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strict\"\n\n//High level idea:\n// 1. Use Clarkson's incremental construction to find convex hull\n// 2. Point location in triangulation by jump and walk\n\nmodule.exports = incrementalConvexHull\n\nvar orient = require(\"robust-orientation\")\nvar compareCell = require(\"simplicial-complex\").compareCells\n\nfunction compareInt(a, b) {\n  return a - b\n}\n\nfunction Simplex(vertices, adjacent, boundary) {\n  this.vertices = vertices\n  this.adjacent = adjacent\n  this.boundary = boundary\n  this.lastVisited = -1\n}\n\nSimplex.prototype.flip = function() {\n  var t = this.vertices[0]\n  this.vertices[0] = this.vertices[1]\n  this.vertices[1] = t\n  var u = this.adjacent[0]\n  this.adjacent[0] = this.adjacent[1]\n  this.adjacent[1] = u\n}\n\nfunction GlueFacet(vertices, cell, index) {\n  this.vertices = vertices\n  this.cell = cell\n  this.index = index\n}\n\nfunction compareGlue(a, b) {\n  return compareCell(a.vertices, b.vertices)\n}\n\nfunction bakeOrient(d) {\n  var code = [\"function orient(){var tuple=this.tuple;return test(\"]\n  for(var i=0; i<=d; ++i) {\n    if(i > 0) {\n      code.push(\",\")\n    }\n    code.push(\"tuple[\", i, \"]\")\n  }\n  code.push(\")}return orient\")\n  var proc = new Function(\"test\", code.join(\"\"))\n  var test = orient[d+1]\n  if(!test) {\n    test = orient\n  }\n  return proc(test)\n}\n\nvar BAKED = []\n\nfunction Triangulation(dimension, vertices, simplices) {\n  this.dimension = dimension\n  this.vertices = vertices\n  this.simplices = simplices\n  this.interior = simplices.filter(function(c) {\n    return !c.boundary\n  })\n\n  this.tuple = new Array(dimension+1)\n  for(var i=0; i<=dimension; ++i) {\n    this.tuple[i] = this.vertices[i]\n  }\n\n  var o = BAKED[dimension]\n  if(!o) {\n    o = BAKED[dimension] = bakeOrient(dimension)\n  }\n  this.orient = o\n}\n\nvar proto = Triangulation.prototype\n\n//Degenerate situation where we are on boundary, but coplanar to face\nproto.handleBoundaryDegeneracy = function(cell, point) {\n  var d = this.dimension\n  var n = this.vertices.length - 1\n  var tuple = this.tuple\n  var verts = this.vertices\n\n  //Dumb solution: Just do dfs from boundary cell until we find any peak, or terminate\n  var toVisit = [ cell ]\n  cell.lastVisited = -n\n  while(toVisit.length > 0) {\n    cell = toVisit.pop()\n    var cellVerts = cell.vertices\n    var cellAdj = cell.adjacent\n    for(var i=0; i<=d; ++i) {\n      var neighbor = cellAdj[i]\n      if(!neighbor.boundary || neighbor.lastVisited <= -n) {\n        continue\n      }\n      var nv = neighbor.vertices\n      for(var j=0; j<=d; ++j) {\n        var vv = nv[j]\n        if(vv < 0) {\n          tuple[j] = point\n        } else {\n          tuple[j] = verts[vv]\n        }\n      }\n      var o = this.orient()\n      if(o > 0) {\n        return neighbor\n      }\n      neighbor.lastVisited = -n\n      if(o === 0) {\n        toVisit.push(neighbor)\n      }\n    }\n  }\n  return null\n}\n\nproto.walk = function(point, random) {\n  //Alias local properties\n  var n = this.vertices.length - 1\n  var d = this.dimension\n  var verts = this.vertices\n  var tuple = this.tuple\n\n  //Compute initial jump cell\n  var initIndex = random ? (this.interior.length * Math.random())|0 : (this.interior.length-1)\n  var cell = this.interior[ initIndex ]\n\n  //Start walking\nouterLoop:\n  while(!cell.boundary) {\n    var cellVerts = cell.vertices\n    var cellAdj = cell.adjacent\n\n    for(var i=0; i<=d; ++i) {\n      tuple[i] = verts[cellVerts[i]]\n    }\n    cell.lastVisited = n\n\n    //Find farthest adjacent cell\n    for(var i=0; i<=d; ++i) {\n      var neighbor = cellAdj[i]\n      if(neighbor.lastVisited >= n) {\n        continue\n      }\n      var prev = tuple[i]\n      tuple[i] = point\n      var o = this.orient()\n      tuple[i] = prev\n      if(o < 0) {\n        cell = neighbor\n        continue outerLoop\n      } else {\n        if(!neighbor.boundary) {\n          neighbor.lastVisited = n\n        } else {\n          neighbor.lastVisited = -n\n        }\n      }\n    }\n    return\n  }\n\n  return cell\n}\n\nproto.addPeaks = function(point, cell) {\n  var n = this.vertices.length - 1\n  var d = this.dimension\n  var verts = this.vertices\n  var tuple = this.tuple\n  var interior = this.interior\n  var simplices = this.simplices\n\n  //Walking finished at boundary, time to add peaks\n  var tovisit = [ cell ]\n\n  //Stretch initial boundary cell into a peak\n  cell.lastVisited = n\n  cell.vertices[cell.vertices.indexOf(-1)] = n\n  cell.boundary = false\n  interior.push(cell)\n\n  //Record a list of all new boundaries created by added peaks so we can glue them together when we are all done\n  var glueFacets = []\n\n  //Do a traversal of the boundary walking outward from starting peak\n  while(tovisit.length > 0) {\n    //Pop off peak and walk over adjacent cells\n    var cell = tovisit.pop()\n    var cellVerts = cell.vertices\n    var cellAdj = cell.adjacent\n    var indexOfN = cellVerts.indexOf(n)\n    if(indexOfN < 0) {\n      continue\n    }\n\n    for(var i=0; i<=d; ++i) {\n      if(i === indexOfN) {\n        continue\n      }\n\n      //For each boundary neighbor of the cell\n      var neighbor = cellAdj[i]\n      if(!neighbor.boundary || neighbor.lastVisited >= n) {\n        continue\n      }\n\n      var nv = neighbor.vertices\n\n      //Test if neighbor is a peak\n      if(neighbor.lastVisited !== -n) {      \n        //Compute orientation of p relative to each boundary peak\n        var indexOfNeg1 = 0\n        for(var j=0; j<=d; ++j) {\n          if(nv[j] < 0) {\n            indexOfNeg1 = j\n            tuple[j] = point\n          } else {\n            tuple[j] = verts[nv[j]]\n          }\n        }\n        var o = this.orient()\n\n        //Test if neighbor cell is also a peak\n        if(o > 0) {\n          nv[indexOfNeg1] = n\n          neighbor.boundary = false\n          interior.push(neighbor)\n          tovisit.push(neighbor)\n          neighbor.lastVisited = n\n          continue\n        } else {\n          neighbor.lastVisited = -n\n        }\n      }\n\n      var na = neighbor.adjacent\n\n      //Otherwise, replace neighbor with new face\n      var vverts = cellVerts.slice()\n      var vadj = cellAdj.slice()\n      var ncell = new Simplex(vverts, vadj, true)\n      simplices.push(ncell)\n\n      //Connect to neighbor\n      var opposite = na.indexOf(cell)\n      if(opposite < 0) {\n        continue\n      }\n      na[opposite] = ncell\n      vadj[indexOfN] = neighbor\n\n      //Connect to cell\n      vverts[i] = -1\n      vadj[i] = cell\n      cellAdj[i] = ncell\n\n      //Flip facet\n      ncell.flip()\n\n      //Add to glue list\n      for(var j=0; j<=d; ++j) {\n        var uu = vverts[j]\n        if(uu < 0 || uu === n) {\n          continue\n        }\n        var nface = new Array(d-1)\n        var nptr = 0\n        for(var k=0; k<=d; ++k) {\n          var vv = vverts[k]\n          if(vv < 0 || k === j) {\n            continue\n          }\n          nface[nptr++] = vv\n        }\n        glueFacets.push(new GlueFacet(nface, ncell, j))\n      }\n    }\n  }\n\n  //Glue boundary facets together\n  glueFacets.sort(compareGlue)\n\n  for(var i=0; i+1<glueFacets.length; i+=2) {\n    var a = glueFacets[i]\n    var b = glueFacets[i+1]\n    var ai = a.index\n    var bi = b.index\n    if(ai < 0 || bi < 0) {\n      continue\n    }\n    a.cell.adjacent[a.index] = b.cell\n    b.cell.adjacent[b.index] = a.cell\n  }\n}\n\nproto.insert = function(point, random) {\n  //Add point\n  var verts = this.vertices\n  verts.push(point)\n\n  var cell = this.walk(point, random)\n  if(!cell) {\n    return\n  }\n\n  //Alias local properties\n  var d = this.dimension\n  var tuple = this.tuple\n\n  //Degenerate case: If point is coplanar to cell, then walk until we find a non-degenerate boundary\n  for(var i=0; i<=d; ++i) {\n    var vv = cell.vertices[i]\n    if(vv < 0) {\n      tuple[i] = point\n    } else {\n      tuple[i] = verts[vv]\n    }\n  }\n  var o = this.orient(tuple)\n  if(o < 0) {\n    return\n  } else if(o === 0) {\n    cell = this.handleBoundaryDegeneracy(cell, point)\n    if(!cell) {\n      return\n    }\n  }\n\n  //Add peaks\n  this.addPeaks(point, cell)\n}\n\n//Extract all boundary cells\nproto.boundary = function() {\n  var d = this.dimension\n  var boundary = []\n  var cells = this.simplices\n  var nc = cells.length\n  for(var i=0; i<nc; ++i) {\n    var c = cells[i]\n    if(c.boundary) {\n      var bcell = new Array(d)\n      var cv = c.vertices\n      var ptr = 0\n      var parity = 0\n      for(var j=0; j<=d; ++j) {\n        if(cv[j] >= 0) {\n          bcell[ptr++] = cv[j]\n        } else {\n          parity = j&1\n        }\n      }\n      if(parity === (d&1)) {\n        var t = bcell[0]\n        bcell[0] = bcell[1]\n        bcell[1] = t\n      }\n      boundary.push(bcell)\n    }\n  }\n  return boundary\n}\n\nfunction incrementalConvexHull(points, randomSearch) {\n  var n = points.length\n  if(n === 0) {\n    throw new Error(\"Must have at least d+1 points\")\n  }\n  var d = points[0].length\n  if(n <= d) {\n    throw new Error(\"Must input at least d+1 points\")\n  }\n\n  //FIXME: This could be degenerate, but need to select d+1 non-coplanar points to bootstrap process\n  var initialSimplex = points.slice(0, d+1)\n\n  //Make sure initial simplex is positively oriented\n  var o = orient.apply(void 0, initialSimplex)\n  if(o === 0) {\n    throw new Error(\"Input not in general position\")\n  }\n  var initialCoords = new Array(d+1)\n  for(var i=0; i<=d; ++i) {\n    initialCoords[i] = i\n  }\n  if(o < 0) {\n    initialCoords[0] = 1\n    initialCoords[1] = 0\n  }\n\n  //Create initial topological index, glue pointers together (kind of messy)\n  var initialCell = new Simplex(initialCoords, new Array(d+1), false)\n  var boundary = initialCell.adjacent\n  var list = new Array(d+2)\n  for(var i=0; i<=d; ++i) {\n    var verts = initialCoords.slice()\n    for(var j=0; j<=d; ++j) {\n      if(j === i) {\n        verts[j] = -1\n      }\n    }\n    var t = verts[0]\n    verts[0] = verts[1]\n    verts[1] = t\n    var cell = new Simplex(verts, new Array(d+1), true)\n    boundary[i] = cell\n    list[i] = cell\n  }\n  list[d+1] = initialCell\n  for(var i=0; i<=d; ++i) {\n    var verts = boundary[i].vertices\n    var adj = boundary[i].adjacent\n    for(var j=0; j<=d; ++j) {\n      var v = verts[j]\n      if(v < 0) {\n        adj[j] = initialCell\n        continue\n      }\n      for(var k=0; k<=d; ++k) {\n        if(boundary[k].vertices.indexOf(v) < 0) {\n          adj[j] = boundary[k]\n        }\n      }\n    }\n  }\n\n  //Initialize triangles\n  var triangles = new Triangulation(d, initialSimplex, list)\n\n  //Insert remaining points\n  var useRandom = !!randomSearch\n  for(var i=d+1; i<n; ++i) {\n    triangles.insert(points[i], useRandom)\n  }\n  \n  //Extract boundary cells\n  return triangles.boundary()\n}","/**\n * Unwrap a coordinate from a Point Feature, Geometry or a single coordinate.\n *\n * @name getCoord\n * @param {Array<number>|Geometry<Point>|Feature<Point>} obj Object\n * @returns {Array<number>} coordinates\n * @example\n * var pt = turf.point([10, 10]);\n *\n * var coord = turf.getCoord(pt);\n * //= [10, 10]\n */\nfunction getCoord(obj) {\n    if (!obj) throw new Error('obj is required');\n\n    var coordinates = getCoords(obj);\n\n    // getCoord() must contain at least two numbers (Point)\n    if (coordinates.length > 1 &&\n        typeof coordinates[0] === 'number' &&\n        typeof coordinates[1] === 'number') {\n        return coordinates;\n    } else {\n        throw new Error('Coordinate is not a valid Point');\n    }\n}\n\n/**\n * Unwrap coordinates from a Feature, Geometry Object or an Array of numbers\n *\n * @name getCoords\n * @param {Array<number>|Geometry|Feature} obj Object\n * @returns {Array<number>} coordinates\n * @example\n * var poly = turf.polygon([[[119.32, -8.7], [119.55, -8.69], [119.51, -8.54], [119.32, -8.7]]]);\n *\n * var coord = turf.getCoords(poly);\n * //= [[[119.32, -8.7], [119.55, -8.69], [119.51, -8.54], [119.32, -8.7]]]\n */\nfunction getCoords(obj) {\n    if (!obj) throw new Error('obj is required');\n    var coordinates;\n\n    // Array of numbers\n    if (obj.length) {\n        coordinates = obj;\n\n    // Geometry Object\n    } else if (obj.coordinates) {\n        coordinates = obj.coordinates;\n\n    // Feature\n    } else if (obj.geometry && obj.geometry.coordinates) {\n        coordinates = obj.geometry.coordinates;\n    }\n    // Checks if coordinates contains a number\n    if (coordinates) {\n        containsNumber(coordinates);\n        return coordinates;\n    }\n    throw new Error('No valid coordinates');\n}\n\n/**\n * Checks if coordinates contains a number\n *\n * @name containsNumber\n * @param {Array<any>} coordinates GeoJSON Coordinates\n * @returns {boolean} true if Array contains a number\n */\nfunction containsNumber(coordinates) {\n    if (coordinates.length > 1 &&\n        typeof coordinates[0] === 'number' &&\n        typeof coordinates[1] === 'number') {\n        return true;\n    }\n\n    if (Array.isArray(coordinates[0]) && coordinates[0].length) {\n        return containsNumber(coordinates[0]);\n    }\n    throw new Error('coordinates must only contain numbers');\n}\n\n/**\n * Enforce expectations about types of GeoJSON objects for Turf.\n *\n * @name geojsonType\n * @param {GeoJSON} value any GeoJSON object\n * @param {string} type expected GeoJSON type\n * @param {string} name name of calling function\n * @throws {Error} if value is not the expected type.\n */\nfunction geojsonType(value, type, name) {\n    if (!type || !name) throw new Error('type and name required');\n\n    if (!value || value.type !== type) {\n        throw new Error('Invalid input to ' + name + ': must be a ' + type + ', given ' + value.type);\n    }\n}\n\n/**\n * Enforce expectations about types of {@link Feature} inputs for Turf.\n * Internally this uses {@link geojsonType} to judge geometry types.\n *\n * @name featureOf\n * @param {Feature} feature a feature with an expected geometry type\n * @param {string} type expected GeoJSON type\n * @param {string} name name of calling function\n * @throws {Error} error if value is not the expected type.\n */\nfunction featureOf(feature, type, name) {\n    if (!feature) throw new Error('No feature passed');\n    if (!name) throw new Error('.featureOf() requires a name');\n    if (!feature || feature.type !== 'Feature' || !feature.geometry) {\n        throw new Error('Invalid input to ' + name + ', Feature with geometry required');\n    }\n    if (!feature.geometry || feature.geometry.type !== type) {\n        throw new Error('Invalid input to ' + name + ': must be a ' + type + ', given ' + feature.geometry.type);\n    }\n}\n\n/**\n * Enforce expectations about types of {@link FeatureCollection} inputs for Turf.\n * Internally this uses {@link geojsonType} to judge geometry types.\n *\n * @name collectionOf\n * @param {FeatureCollection} featureCollection a FeatureCollection for which features will be judged\n * @param {string} type expected GeoJSON type\n * @param {string} name name of calling function\n * @throws {Error} if value is not the expected type.\n */\nfunction collectionOf(featureCollection, type, name) {\n    if (!featureCollection) throw new Error('No featureCollection passed');\n    if (!name) throw new Error('.collectionOf() requires a name');\n    if (!featureCollection || featureCollection.type !== 'FeatureCollection') {\n        throw new Error('Invalid input to ' + name + ', FeatureCollection required');\n    }\n    for (var i = 0; i < featureCollection.features.length; i++) {\n        var feature = featureCollection.features[i];\n        if (!feature || feature.type !== 'Feature' || !feature.geometry) {\n            throw new Error('Invalid input to ' + name + ', Feature with geometry required');\n        }\n        if (!feature.geometry || feature.geometry.type !== type) {\n            throw new Error('Invalid input to ' + name + ': must be a ' + type + ', given ' + feature.geometry.type);\n        }\n    }\n}\n\n/**\n * Get Geometry from Feature or Geometry Object\n *\n * @param {Feature|Geometry} geojson GeoJSON Feature or Geometry Object\n * @returns {Geometry|null} GeoJSON Geometry Object\n * @throws {Error} if geojson is not a Feature or Geometry Object\n * @example\n * var point = {\n *   \"type\": \"Feature\",\n *   \"properties\": {},\n *   \"geometry\": {\n *     \"type\": \"Point\",\n *     \"coordinates\": [110, 40]\n *   }\n * }\n * var geom = turf.getGeom(point)\n * //={\"type\": \"Point\", \"coordinates\": [110, 40]}\n */\nfunction getGeom(geojson) {\n    if (!geojson) throw new Error('geojson is required');\n    if (geojson.geometry !== undefined) return geojson.geometry;\n    if (geojson.coordinates || geojson.geometries) return geojson;\n    throw new Error('geojson must be a valid Feature or Geometry Object');\n}\n\n/**\n * Get Geometry Type from Feature or Geometry Object\n *\n * @param {Feature|Geometry} geojson GeoJSON Feature or Geometry Object\n * @returns {string} GeoJSON Geometry Type\n * @throws {Error} if geojson is not a Feature or Geometry Object\n * @example\n * var point = {\n *   \"type\": \"Feature\",\n *   \"properties\": {},\n *   \"geometry\": {\n *     \"type\": \"Point\",\n *     \"coordinates\": [110, 40]\n *   }\n * }\n * var geom = turf.getGeomType(point)\n * //=\"Point\"\n */\nfunction getGeomType(geojson) {\n    if (!geojson) throw new Error('geojson is required');\n    var geom = getGeom(geojson);\n    if (geom) return geom.type;\n}\n\nmodule.exports = {\n    geojsonType: geojsonType,\n    collectionOf: collectionOf,\n    featureOf: featureOf,\n    getCoord: getCoord,\n    getCoords: getCoords,\n    containsNumber: containsNumber,\n    getGeom: getGeom,\n    getGeomType: getGeomType\n};\n","var flattenEach = require('@turf/meta').flattenEach;\nvar featureCollection = require('@turf/helpers').featureCollection;\n\n/**\n * Flattens any {@link GeoJSON} to a {@link FeatureCollection} inspired by [geojson-flatten](https://github.com/tmcw/geojson-flatten).\n *\n * @name flatten\n * @param {FeatureCollection|Geometry|Feature<any>} geojson any valid GeoJSON Object\n * @returns {FeatureCollection<any>} all Multi-Geometries are flattened into single Features\n * @example\n * var multiGeometry = turf.multiPolygon([\n *   [[[102.0, 2.0], [103.0, 2.0], [103.0, 3.0], [102.0, 3.0], [102.0, 2.0]]],\n *   [[[100.0, 0.0], [101.0, 0.0], [101.0, 1.0], [100.0, 1.0], [100.0, 0.0]],\n *   [[100.2, 0.2], [100.8, 0.2], [100.8, 0.8], [100.2, 0.8], [100.2, 0.2]]]\n * ]);\n *\n * var flatten = turf.flatten(multiGeometry);\n *\n * //addToMap\n * var addToMap = [flatten]\n */\nmodule.exports = function (geojson) {\n    if (!geojson) throw new Error('geojson is required');\n\n    var results = [];\n    flattenEach(geojson, function (feature) {\n        results.push(feature);\n    });\n    return featureCollection(results);\n};\n","/**\n * Callback for coordEach\n *\n * @private\n * @callback coordEachCallback\n * @param {[number, number]} currentCoords The current coordinates being processed.\n * @param {number} currentIndex The index of the current element being processed in the\n * array.Starts at index 0, if an initialValue is provided, and at index 1 otherwise.\n */\n\n/**\n * Iterate over coordinates in any GeoJSON object, similar to Array.forEach()\n *\n * @name coordEach\n * @param {Object} layer any GeoJSON object\n * @param {Function} callback a method that takes (currentCoords, currentIndex)\n * @param {boolean} [excludeWrapCoord=false] whether or not to include\n * the final coordinate of LinearRings that wraps the ring in its iteration.\n * @example\n * var features = {\n *   \"type\": \"FeatureCollection\",\n *   \"features\": [\n *     {\n *       \"type\": \"Feature\",\n *       \"properties\": {},\n *       \"geometry\": {\n *         \"type\": \"Point\",\n *         \"coordinates\": [26, 37]\n *       }\n *     },\n *     {\n *       \"type\": \"Feature\",\n *       \"properties\": {},\n *       \"geometry\": {\n *         \"type\": \"Point\",\n *         \"coordinates\": [36, 53]\n *       }\n *     }\n *   ]\n * };\n * turf.coordEach(features, function (currentCoords, currentIndex) {\n *   //=currentCoords\n *   //=currentIndex\n * });\n */\nfunction coordEach(layer, callback, excludeWrapCoord) {\n    var i, j, k, g, l, geometry, stopG, coords,\n        geometryMaybeCollection,\n        wrapShrink = 0,\n        currentIndex = 0,\n        isGeometryCollection,\n        isFeatureCollection = layer.type === 'FeatureCollection',\n        isFeature = layer.type === 'Feature',\n        stop = isFeatureCollection ? layer.features.length : 1;\n\n  // This logic may look a little weird. The reason why it is that way\n  // is because it's trying to be fast. GeoJSON supports multiple kinds\n  // of objects at its root: FeatureCollection, Features, Geometries.\n  // This function has the responsibility of handling all of them, and that\n  // means that some of the `for` loops you see below actually just don't apply\n  // to certain inputs. For instance, if you give this just a\n  // Point geometry, then both loops are short-circuited and all we do\n  // is gradually rename the input until it's called 'geometry'.\n  //\n  // This also aims to allocate as few resources as possible: just a\n  // few numbers and booleans, rather than any temporary arrays as would\n  // be required with the normalization approach.\n    for (i = 0; i < stop; i++) {\n\n        geometryMaybeCollection = (isFeatureCollection ? layer.features[i].geometry :\n        (isFeature ? layer.geometry : layer));\n        isGeometryCollection = geometryMaybeCollection.type === 'GeometryCollection';\n        stopG = isGeometryCollection ? geometryMaybeCollection.geometries.length : 1;\n\n        for (g = 0; g < stopG; g++) {\n            geometry = isGeometryCollection ?\n            geometryMaybeCollection.geometries[g] : geometryMaybeCollection;\n            coords = geometry.coordinates;\n\n            wrapShrink = (excludeWrapCoord &&\n                (geometry.type === 'Polygon' || geometry.type === 'MultiPolygon')) ?\n                1 : 0;\n\n            if (geometry.type === 'Point') {\n                callback(coords, currentIndex);\n                currentIndex++;\n            } else if (geometry.type === 'LineString' || geometry.type === 'MultiPoint') {\n                for (j = 0; j < coords.length; j++) {\n                    callback(coords[j], currentIndex);\n                    currentIndex++;\n                }\n            } else if (geometry.type === 'Polygon' || geometry.type === 'MultiLineString') {\n                for (j = 0; j < coords.length; j++)\n                    for (k = 0; k < coords[j].length - wrapShrink; k++) {\n                        callback(coords[j][k], currentIndex);\n                        currentIndex++;\n                    }\n            } else if (geometry.type === 'MultiPolygon') {\n                for (j = 0; j < coords.length; j++)\n                    for (k = 0; k < coords[j].length; k++)\n                        for (l = 0; l < coords[j][k].length - wrapShrink; l++) {\n                            callback(coords[j][k][l], currentIndex);\n                            currentIndex++;\n                        }\n            } else if (geometry.type === 'GeometryCollection') {\n                for (j = 0; j < geometry.geometries.length; j++)\n                    coordEach(geometry.geometries[j], callback, excludeWrapCoord);\n            } else {\n                throw new Error('Unknown Geometry Type');\n            }\n        }\n    }\n}\nmodule.exports.coordEach = coordEach;\n\n/**\n * Callback for coordReduce\n *\n * The first time the callback function is called, the values provided as arguments depend\n * on whether the reduce method has an initialValue argument.\n *\n * If an initialValue is provided to the reduce method:\n *  - The previousValue argument is initialValue.\n *  - The currentValue argument is the value of the first element present in the array.\n *\n * If an initialValue is not provided:\n *  - The previousValue argument is the value of the first element present in the array.\n *  - The currentValue argument is the value of the second element present in the array.\n *\n * @private\n * @callback coordReduceCallback\n * @param {*} previousValue The accumulated value previously returned in the last invocation\n * of the callback, or initialValue, if supplied.\n * @param {[number, number]} currentCoords The current coordinate being processed.\n * @param {number} currentIndex The index of the current element being processed in the\n * array.Starts at index 0, if an initialValue is provided, and at index 1 otherwise.\n */\n\n/**\n * Reduce coordinates in any GeoJSON object, similar to Array.reduce()\n *\n * @name coordReduce\n * @param {Object} layer any GeoJSON object\n * @param {Function} callback a method that takes (previousValue, currentCoords, currentIndex)\n * @param {*} [initialValue] Value to use as the first argument to the first call of the callback.\n * @param {boolean} [excludeWrapCoord=false] whether or not to include\n * the final coordinate of LinearRings that wraps the ring in its iteration.\n * @returns {*} The value that results from the reduction.\n * @example\n * var features = {\n *   \"type\": \"FeatureCollection\",\n *   \"features\": [\n *     {\n *       \"type\": \"Feature\",\n *       \"properties\": {},\n *       \"geometry\": {\n *         \"type\": \"Point\",\n *         \"coordinates\": [26, 37]\n *       }\n *     },\n *     {\n *       \"type\": \"Feature\",\n *       \"properties\": {},\n *       \"geometry\": {\n *         \"type\": \"Point\",\n *         \"coordinates\": [36, 53]\n *       }\n *     }\n *   ]\n * };\n * turf.coordReduce(features, function (previousValue, currentCoords, currentIndex) {\n *   //=previousValue\n *   //=currentCoords\n *   //=currentIndex\n *   return currentCoords;\n * });\n */\nfunction coordReduce(layer, callback, initialValue, excludeWrapCoord) {\n    var previousValue = initialValue;\n    coordEach(layer, function (currentCoords, currentIndex) {\n        if (currentIndex === 0 && initialValue === undefined) {\n            previousValue = currentCoords;\n        } else {\n            previousValue = callback(previousValue, currentCoords, currentIndex);\n        }\n    }, excludeWrapCoord);\n    return previousValue;\n}\nmodule.exports.coordReduce = coordReduce;\n\n/**\n * Callback for propEach\n *\n * @private\n * @callback propEachCallback\n * @param {*} currentProperties The current properties being processed.\n * @param {number} currentIndex The index of the current element being processed in the\n * array.Starts at index 0, if an initialValue is provided, and at index 1 otherwise.\n */\n\n/**\n * Iterate over properties in any GeoJSON object, similar to Array.forEach()\n *\n * @name propEach\n * @param {Object} layer any GeoJSON object\n * @param {Function} callback a method that takes (currentProperties, currentIndex)\n * @example\n * var features = {\n *   \"type\": \"FeatureCollection\",\n *   \"features\": [\n *     {\n *       \"type\": \"Feature\",\n *       \"properties\": {\"foo\": \"bar\"},\n *       \"geometry\": {\n *         \"type\": \"Point\",\n *         \"coordinates\": [26, 37]\n *       }\n *     },\n *     {\n *       \"type\": \"Feature\",\n *       \"properties\": {\"hello\": \"world\"},\n *       \"geometry\": {\n *         \"type\": \"Point\",\n *         \"coordinates\": [36, 53]\n *       }\n *     }\n *   ]\n * };\n * turf.propEach(features, function (currentProperties, currentIndex) {\n *   //=currentProperties\n *   //=currentIndex\n * });\n */\nfunction propEach(layer, callback) {\n    var i;\n    switch (layer.type) {\n    case 'FeatureCollection':\n        for (i = 0; i < layer.features.length; i++) {\n            callback(layer.features[i].properties, i);\n        }\n        break;\n    case 'Feature':\n        callback(layer.properties, 0);\n        break;\n    }\n}\nmodule.exports.propEach = propEach;\n\n\n/**\n * Callback for propReduce\n *\n * The first time the callback function is called, the values provided as arguments depend\n * on whether the reduce method has an initialValue argument.\n *\n * If an initialValue is provided to the reduce method:\n *  - The previousValue argument is initialValue.\n *  - The currentValue argument is the value of the first element present in the array.\n *\n * If an initialValue is not provided:\n *  - The previousValue argument is the value of the first element present in the array.\n *  - The currentValue argument is the value of the second element present in the array.\n *\n * @private\n * @callback propReduceCallback\n * @param {*} previousValue The accumulated value previously returned in the last invocation\n * of the callback, or initialValue, if supplied.\n * @param {*} currentProperties The current properties being processed.\n * @param {number} currentIndex The index of the current element being processed in the\n * array.Starts at index 0, if an initialValue is provided, and at index 1 otherwise.\n */\n\n/**\n * Reduce properties in any GeoJSON object into a single value,\n * similar to how Array.reduce works. However, in this case we lazily run\n * the reduction, so an array of all properties is unnecessary.\n *\n * @name propReduce\n * @param {Object} layer any GeoJSON object\n * @param {Function} callback a method that takes (previousValue, currentProperties, currentIndex)\n * @param {*} [initialValue] Value to use as the first argument to the first call of the callback.\n * @returns {*} The value that results from the reduction.\n * @example\n * var features = {\n *   \"type\": \"FeatureCollection\",\n *   \"features\": [\n *     {\n *       \"type\": \"Feature\",\n *       \"properties\": {\"foo\": \"bar\"},\n *       \"geometry\": {\n *         \"type\": \"Point\",\n *         \"coordinates\": [26, 37]\n *       }\n *     },\n *     {\n *       \"type\": \"Feature\",\n *       \"properties\": {\"hello\": \"world\"},\n *       \"geometry\": {\n *         \"type\": \"Point\",\n *         \"coordinates\": [36, 53]\n *       }\n *     }\n *   ]\n * };\n * turf.propReduce(features, function (previousValue, currentProperties, currentIndex) {\n *   //=previousValue\n *   //=currentProperties\n *   //=currentIndex\n *   return currentProperties\n * });\n */\nfunction propReduce(layer, callback, initialValue) {\n    var previousValue = initialValue;\n    propEach(layer, function (currentProperties, currentIndex) {\n        if (currentIndex === 0 && initialValue === undefined) {\n            previousValue = currentProperties;\n        } else {\n            previousValue = callback(previousValue, currentProperties, currentIndex);\n        }\n    });\n    return previousValue;\n}\nmodule.exports.propReduce = propReduce;\n\n/**\n * Callback for featureEach\n *\n * @private\n * @callback featureEachCallback\n * @param {Feature<any>} currentFeature The current feature being processed.\n * @param {number} currentIndex The index of the current element being processed in the\n * array.Starts at index 0, if an initialValue is provided, and at index 1 otherwise.\n */\n\n/**\n * Iterate over features in any GeoJSON object, similar to\n * Array.forEach.\n *\n * @name featureEach\n * @param {Object} layer any GeoJSON object\n * @param {Function} callback a method that takes (currentFeature, currentIndex)\n * @example\n * var features = {\n *   \"type\": \"FeatureCollection\",\n *   \"features\": [\n *     {\n *       \"type\": \"Feature\",\n *       \"properties\": {},\n *       \"geometry\": {\n *         \"type\": \"Point\",\n *         \"coordinates\": [26, 37]\n *       }\n *     },\n *     {\n *       \"type\": \"Feature\",\n *       \"properties\": {},\n *       \"geometry\": {\n *         \"type\": \"Point\",\n *         \"coordinates\": [36, 53]\n *       }\n *     }\n *   ]\n * };\n * turf.featureEach(features, function (currentFeature, currentIndex) {\n *   //=currentFeature\n *   //=currentIndex\n * });\n */\nfunction featureEach(layer, callback) {\n    if (layer.type === 'Feature') {\n        callback(layer, 0);\n    } else if (layer.type === 'FeatureCollection') {\n        for (var i = 0; i < layer.features.length; i++) {\n            callback(layer.features[i], i);\n        }\n    }\n}\nmodule.exports.featureEach = featureEach;\n\n/**\n * Callback for featureReduce\n *\n * The first time the callback function is called, the values provided as arguments depend\n * on whether the reduce method has an initialValue argument.\n *\n * If an initialValue is provided to the reduce method:\n *  - The previousValue argument is initialValue.\n *  - The currentValue argument is the value of the first element present in the array.\n *\n * If an initialValue is not provided:\n *  - The previousValue argument is the value of the first element present in the array.\n *  - The currentValue argument is the value of the second element present in the array.\n *\n * @private\n * @callback featureReduceCallback\n * @param {*} previousValue The accumulated value previously returned in the last invocation\n * of the callback, or initialValue, if supplied.\n * @param {Feature<any>} currentFeature The current Feature being processed.\n * @param {number} currentIndex The index of the current element being processed in the\n * array.Starts at index 0, if an initialValue is provided, and at index 1 otherwise.\n */\n\n/**\n * Reduce features in any GeoJSON object, similar to Array.reduce().\n *\n * @name featureReduce\n * @param {Object} layer any GeoJSON object\n * @param {Function} callback a method that takes (previousValue, currentFeature, currentIndex)\n * @param {*} [initialValue] Value to use as the first argument to the first call of the callback.\n * @returns {*} The value that results from the reduction.\n * @example\n * var features = {\n *   \"type\": \"FeatureCollection\",\n *   \"features\": [\n *     {\n *       \"type\": \"Feature\",\n *       \"properties\": {\"foo\": \"bar\"},\n *       \"geometry\": {\n *         \"type\": \"Point\",\n *         \"coordinates\": [26, 37]\n *       }\n *     },\n *     {\n *       \"type\": \"Feature\",\n *       \"properties\": {\"hello\": \"world\"},\n *       \"geometry\": {\n *         \"type\": \"Point\",\n *         \"coordinates\": [36, 53]\n *       }\n *     }\n *   ]\n * };\n * turf.featureReduce(features, function (previousValue, currentFeature, currentIndex) {\n *   //=previousValue\n *   //=currentFeature\n *   //=currentIndex\n *   return currentFeature\n * });\n */\nfunction featureReduce(layer, callback, initialValue) {\n    var previousValue = initialValue;\n    featureEach(layer, function (currentFeature, currentIndex) {\n        if (currentIndex === 0 && initialValue === undefined) {\n            previousValue = currentFeature;\n        } else {\n            previousValue = callback(previousValue, currentFeature, currentIndex);\n        }\n    });\n    return previousValue;\n}\nmodule.exports.featureReduce = featureReduce;\n\n/**\n * Get all coordinates from any GeoJSON object.\n *\n * @name coordAll\n * @param {Object} layer any GeoJSON object\n * @returns {Array<Array<number>>} coordinate position array\n * @example\n * var features = {\n *   \"type\": \"FeatureCollection\",\n *   \"features\": [\n *     {\n *       \"type\": \"Feature\",\n *       \"properties\": {},\n *       \"geometry\": {\n *         \"type\": \"Point\",\n *         \"coordinates\": [26, 37]\n *       }\n *     },\n *     {\n *       \"type\": \"Feature\",\n *       \"properties\": {},\n *       \"geometry\": {\n *         \"type\": \"Point\",\n *         \"coordinates\": [36, 53]\n *       }\n *     }\n *   ]\n * };\n * var coords = turf.coordAll(features);\n * //=coords\n */\nfunction coordAll(layer) {\n    var coords = [];\n    coordEach(layer, function (coord) {\n        coords.push(coord);\n    });\n    return coords;\n}\nmodule.exports.coordAll = coordAll;\n\n/**\n * Iterate over each geometry in any GeoJSON object, similar to Array.forEach()\n *\n * @name geomEach\n * @param {Object} layer any GeoJSON object\n * @param {Function} callback a method that takes (currentGeometry, currentIndex)\n * @example\n * var features = {\n *   \"type\": \"FeatureCollection\",\n *   \"features\": [\n *     {\n *       \"type\": \"Feature\",\n *       \"properties\": {},\n *       \"geometry\": {\n *         \"type\": \"Point\",\n *         \"coordinates\": [26, 37]\n *       }\n *     },\n *     {\n *       \"type\": \"Feature\",\n *       \"properties\": {},\n *       \"geometry\": {\n *         \"type\": \"Point\",\n *         \"coordinates\": [36, 53]\n *       }\n *     }\n *   ]\n * };\n * turf.geomEach(features, function (currentGeometry, currentIndex) {\n *   //=currentGeometry\n *   //=currentIndex\n * });\n */\nfunction geomEach(layer, callback) {\n    var i, j, g, geometry, stopG,\n        geometryMaybeCollection,\n        isGeometryCollection,\n        currentIndex = 0,\n        isFeatureCollection = layer.type === 'FeatureCollection',\n        isFeature = layer.type === 'Feature',\n        stop = isFeatureCollection ? layer.features.length : 1;\n\n  // This logic may look a little weird. The reason why it is that way\n  // is because it's trying to be fast. GeoJSON supports multiple kinds\n  // of objects at its root: FeatureCollection, Features, Geometries.\n  // This function has the responsibility of handling all of them, and that\n  // means that some of the `for` loops you see below actually just don't apply\n  // to certain inputs. For instance, if you give this just a\n  // Point geometry, then both loops are short-circuited and all we do\n  // is gradually rename the input until it's called 'geometry'.\n  //\n  // This also aims to allocate as few resources as possible: just a\n  // few numbers and booleans, rather than any temporary arrays as would\n  // be required with the normalization approach.\n    for (i = 0; i < stop; i++) {\n\n        geometryMaybeCollection = (isFeatureCollection ? layer.features[i].geometry :\n        (isFeature ? layer.geometry : layer));\n        isGeometryCollection = geometryMaybeCollection.type === 'GeometryCollection';\n        stopG = isGeometryCollection ? geometryMaybeCollection.geometries.length : 1;\n\n        for (g = 0; g < stopG; g++) {\n            geometry = isGeometryCollection ?\n            geometryMaybeCollection.geometries[g] : geometryMaybeCollection;\n\n            if (geometry.type === 'Point' ||\n                geometry.type === 'LineString' ||\n                geometry.type === 'MultiPoint' ||\n                geometry.type === 'Polygon' ||\n                geometry.type === 'MultiLineString' ||\n                geometry.type === 'MultiPolygon') {\n                callback(geometry, currentIndex);\n                currentIndex++;\n            } else if (geometry.type === 'GeometryCollection') {\n                for (j = 0; j < geometry.geometries.length; j++) {\n                    callback(geometry.geometries[j], currentIndex);\n                    currentIndex++;\n                }\n            } else {\n                throw new Error('Unknown Geometry Type');\n            }\n        }\n    }\n}\nmodule.exports.geomEach = geomEach;\n\n/**\n * Callback for geomReduce\n *\n * The first time the callback function is called, the values provided as arguments depend\n * on whether the reduce method has an initialValue argument.\n *\n * If an initialValue is provided to the reduce method:\n *  - The previousValue argument is initialValue.\n *  - The currentValue argument is the value of the first element present in the array.\n *\n * If an initialValue is not provided:\n *  - The previousValue argument is the value of the first element present in the array.\n *  - The currentValue argument is the value of the second element present in the array.\n *\n * @private\n * @callback geomReduceCallback\n * @param {*} previousValue The accumulated value previously returned in the last invocation\n * of the callback, or initialValue, if supplied.\n * @param {*} currentGeometry The current Feature being processed.\n * @param {number} currentIndex The index of the current element being processed in the\n * array.Starts at index 0, if an initialValue is provided, and at index 1 otherwise.\n */\n\n/**\n * Reduce geometry in any GeoJSON object, similar to Array.reduce().\n *\n * @name geomReduce\n * @param {Object} layer any GeoJSON object\n * @param {Function} callback a method that takes (previousValue, currentGeometry, currentIndex)\n * @param {*} [initialValue] Value to use as the first argument to the first call of the callback.\n * @returns {*} The value that results from the reduction.\n * @example\n * var features = {\n *   \"type\": \"FeatureCollection\",\n *   \"features\": [\n *     {\n *       \"type\": \"Feature\",\n *       \"properties\": {\"foo\": \"bar\"},\n *       \"geometry\": {\n *         \"type\": \"Point\",\n *         \"coordinates\": [26, 37]\n *       }\n *     },\n *     {\n *       \"type\": \"Feature\",\n *       \"properties\": {\"hello\": \"world\"},\n *       \"geometry\": {\n *         \"type\": \"Point\",\n *         \"coordinates\": [36, 53]\n *       }\n *     }\n *   ]\n * };\n * turf.geomReduce(features, function (previousValue, currentGeometry, currentIndex) {\n *   //=previousValue\n *   //=currentGeometry\n *   //=currentIndex\n *   return currentGeometry\n * });\n */\nfunction geomReduce(layer, callback, initialValue) {\n    var previousValue = initialValue;\n    geomEach(layer, function (currentGeometry, currentIndex) {\n        if (currentIndex === 0 && initialValue === undefined) {\n            previousValue = currentGeometry;\n        } else {\n            previousValue = callback(previousValue, currentGeometry, currentIndex);\n        }\n    });\n    return previousValue;\n}\nmodule.exports.geomReduce = geomReduce;\n","var featureCollection = require('@turf/helpers').featureCollection;\nvar centroid = require('@turf/center');\nvar distance = require('@turf/distance');\nvar inside = require('@turf/inside');\nvar explode = require('@turf/explode');\n\n/**\n * Takes a feature and returns a {@link Point} guaranteed to be on the surface of the feature.\n *\n * * Given a {@link Polygon}, the point will be in the area of the polygon\n * * Given a {@link LineString}, the point will be along the string\n * * Given a {@link Point}, the point will the same as the input\n *\n * @param {(Feature|FeatureCollection)} fc any feature or set of features\n * @returns {Feature} a point on the surface of `input`\n * @example\n * // create a random polygon\n * var polygon = turf.random('polygon');\n *\n * var pointOnPolygon = turf.pointOnSurface(polygon);\n *\n * //addToMap\n * var addToMap = [polygon, pointOnPolygon];\n */\nfunction pointOnSurface(fc) {\n    // normalize\n    if (fc.type !== 'FeatureCollection') {\n        if (fc.type !== 'Feature') {\n            fc = {\n                type: 'Feature',\n                geometry: fc,\n                properties: {}\n            };\n        }\n        fc = featureCollection([fc]);\n    }\n\n    //get centroid\n    var cent = centroid(fc);\n\n    // check to see if centroid is on surface\n    var onSurface = false;\n    var i = 0;\n    while (!onSurface && i < fc.features.length) {\n        var geom = fc.features[i].geometry;\n        var x, y, x1, y1, x2, y2, k;\n        var onLine = false;\n        if (geom.type === 'Point') {\n            if (cent.geometry.coordinates[0] === geom.coordinates[0] &&\n        cent.geometry.coordinates[1] === geom.coordinates[1]) {\n                onSurface = true;\n            }\n        } else if (geom.type === 'MultiPoint') {\n            var onMultiPoint = false;\n            k = 0;\n            while (!onMultiPoint && k < geom.coordinates.length) {\n                if (cent.geometry.coordinates[0] === geom.coordinates[k][0] &&\n          cent.geometry.coordinates[1] === geom.coordinates[k][1]) {\n                    onSurface = true;\n                    onMultiPoint = true;\n                }\n                k++;\n            }\n        } else if (geom.type === 'LineString') {\n            k = 0;\n            while (!onLine && k < geom.coordinates.length - 1) {\n                x = cent.geometry.coordinates[0];\n                y = cent.geometry.coordinates[1];\n                x1 = geom.coordinates[k][0];\n                y1 = geom.coordinates[k][1];\n                x2 = geom.coordinates[k + 1][0];\n                y2 = geom.coordinates[k + 1][1];\n                if (pointOnSegment(x, y, x1, y1, x2, y2)) {\n                    onLine = true;\n                    onSurface = true;\n                }\n                k++;\n            }\n        } else if (geom.type === 'MultiLineString') {\n            var j = 0;\n            while (j < geom.coordinates.length) {\n                onLine = false;\n                k = 0;\n                var line = geom.coordinates[j];\n                while (!onLine && k < line.length - 1) {\n                    x = cent.geometry.coordinates[0];\n                    y = cent.geometry.coordinates[1];\n                    x1 = line[k][0];\n                    y1 = line[k][1];\n                    x2 = line[k + 1][0];\n                    y2 = line[k + 1][1];\n                    if (pointOnSegment(x, y, x1, y1, x2, y2)) {\n                        onLine = true;\n                        onSurface = true;\n                    }\n                    k++;\n                }\n                j++;\n            }\n        } else if (geom.type === 'Polygon' || geom.type === 'MultiPolygon') {\n            var f = {\n                type: 'Feature',\n                geometry: geom,\n                properties: {}\n            };\n            if (inside(cent, f)) {\n                onSurface = true;\n            }\n        }\n        i++;\n    }\n    if (onSurface) {\n        return cent;\n    } else {\n        var vertices = featureCollection([]);\n        for (i = 0; i < fc.features.length; i++) {\n            vertices.features = vertices.features.concat(explode(fc.features[i]).features);\n        }\n        var closestVertex;\n        var closestDistance = Infinity;\n        for (i = 0; i < vertices.features.length; i++) {\n            var dist = distance(cent, vertices.features[i], 'miles');\n            if (dist < closestDistance) {\n                closestDistance = dist;\n                closestVertex = vertices.features[i];\n            }\n        }\n        return closestVertex;\n    }\n}\n\nfunction pointOnSegment(x, y, x1, y1, x2, y2) {\n    var ab = Math.sqrt((x2 - x1) * (x2 - x1) + (y2 - y1) * (y2 - y1));\n    var ap = Math.sqrt((x - x1) * (x - x1) + (y - y1) * (y - y1));\n    var pb = Math.sqrt((x2 - x) * (x2 - x) + (y2 - y) * (y2 - y));\n    if (ab === ap + pb) {\n        return true;\n    }\n}\n\nmodule.exports = pointOnSurface;\n","var linestring = require('@turf/helpers').lineString;\nvar Spline = require('./spline.js');\n\n/**\n * Takes a {@link LineString|line} and returns a curved version\n * by applying a [Bezier spline](http://en.wikipedia.org/wiki/B%C3%A9zier_spline)\n * algorithm.\n *\n * The bezier spline implementation is by [Leszek Rybicki](http://leszek.rybicki.cc/).\n *\n * @name bezier\n * @param {Feature<LineString>} line input LineString\n * @param {number} [resolution=10000] time in milliseconds between points\n * @param {number} [sharpness=0.85] a measure of how curvy the path should be between splines\n * @returns {Feature<LineString>} curved line\n * @example\n * var line = turf.lineString([\n *   [-76.091308, 18.427501],\n *   [-76.695556, 18.729501],\n *   [-76.552734, 19.40443],\n *   [-74.61914, 19.134789],\n *   [-73.652343, 20.07657],\n *   [-73.157958, 20.210656]\n * ]);\n *\n * var curved = turf.bezier(line);\n *\n * //addToMap\n * var addToMap = [line, curved]\n * curved.properties = { stroke: '#0F0' };\n */\nmodule.exports = function (line, resolution, sharpness) {\n    var coords = [];\n\n    var spline = new Spline({\n        points: line.geometry.coordinates.map(function (pt) {\n            return {x: pt[0], y: pt[1]};\n        }),\n        duration: resolution,\n        sharpness: sharpness\n    });\n\n    for (var i = 0; i < spline.duration; i += 10) {\n        var pos = spline.pos(i);\n        if (Math.floor(i / 100) % 2 === 0) {\n            coords.push([pos.x, pos.y]);\n        }\n    }\n\n    return linestring(coords, line.properties);\n};\n","/**\n * GeoJSON BBox\n *\n * @typedef {[number, number, number, number]} BBox\n */\n\n/**\n * GeoJSON Id\n *\n * @typedef {(number|string)} Id\n */\n\n/**\n * GeoJSON FeatureCollection\n *\n * @typedef {Object} FeatureCollection\n * @property {string} type\n * @property {?Id} id\n * @property {?BBox} bbox\n * @property {Feature[]} features\n */\n\n/**\n * GeoJSON Feature\n *\n * @typedef {Object} Feature\n * @property {string} type\n * @property {?Id} id\n * @property {?BBox} bbox\n * @property {*} properties\n * @property {Geometry} geometry\n */\n\n/**\n * GeoJSON Geometry\n *\n * @typedef {Object} Geometry\n * @property {string} type\n * @property {any[]} coordinates\n */\n\n/**\n * Callback for coordEach\n *\n * @callback coordEachCallback\n * @param {Array<number>} currentCoord The current coordinate being processed.\n * @param {number} coordIndex The current index of the coordinate being processed.\n * Starts at index 0.\n * @param {number} featureIndex The current index of the feature being processed.\n * @param {number} featureSubIndex The current subIndex of the feature being processed.\n */\n\n/**\n * Iterate over coordinates in any GeoJSON object, similar to Array.forEach()\n *\n * @name coordEach\n * @param {(FeatureCollection|Feature|Geometry)} geojson any GeoJSON object\n * @param {Function} callback a method that takes (currentCoord, coordIndex, featureIndex, featureSubIndex)\n * @param {boolean} [excludeWrapCoord=false] whether or not to include the final coordinate of LinearRings that wraps the ring in its iteration.\n * @example\n * var features = turf.featureCollection([\n *   turf.point([26, 37], {\"foo\": \"bar\"}),\n *   turf.point([36, 53], {\"hello\": \"world\"})\n * ]);\n *\n * turf.coordEach(features, function (currentCoord, coordIndex, featureIndex, featureSubIndex) {\n *   //=currentCoord\n *   //=coordIndex\n *   //=featureIndex\n *   //=featureSubIndex\n * });\n */\nfunction coordEach(geojson, callback, excludeWrapCoord) {\n    // Handles null Geometry -- Skips this GeoJSON\n    if (geojson === null) return;\n    var featureIndex, geometryIndex, j, k, l, geometry, stopG, coords,\n        geometryMaybeCollection,\n        wrapShrink = 0,\n        coordIndex = 0,\n        isGeometryCollection,\n        type = geojson.type,\n        isFeatureCollection = type === 'FeatureCollection',\n        isFeature = type === 'Feature',\n        stop = isFeatureCollection ? geojson.features.length : 1;\n\n    // This logic may look a little weird. The reason why it is that way\n    // is because it's trying to be fast. GeoJSON supports multiple kinds\n    // of objects at its root: FeatureCollection, Features, Geometries.\n    // This function has the responsibility of handling all of them, and that\n    // means that some of the `for` loops you see below actually just don't apply\n    // to certain inputs. For instance, if you give this just a\n    // Point geometry, then both loops are short-circuited and all we do\n    // is gradually rename the input until it's called 'geometry'.\n    //\n    // This also aims to allocate as few resources as possible: just a\n    // few numbers and booleans, rather than any temporary arrays as would\n    // be required with the normalization approach.\n    for (featureIndex = 0; featureIndex < stop; featureIndex++) {\n        var featureSubIndex = 0;\n\n        geometryMaybeCollection = (isFeatureCollection ? geojson.features[featureIndex].geometry :\n            (isFeature ? geojson.geometry : geojson));\n        isGeometryCollection = (geometryMaybeCollection) ? geometryMaybeCollection.type === 'GeometryCollection' : false;\n        stopG = isGeometryCollection ? geometryMaybeCollection.geometries.length : 1;\n\n        for (geometryIndex = 0; geometryIndex < stopG; geometryIndex++) {\n            geometry = isGeometryCollection ?\n                geometryMaybeCollection.geometries[geometryIndex] : geometryMaybeCollection;\n\n            // Handles null Geometry -- Skips this geometry\n            if (geometry === null) continue;\n            coords = geometry.coordinates;\n            var geomType = geometry.type;\n\n            wrapShrink = (excludeWrapCoord && (geomType === 'Polygon' || geomType === 'MultiPolygon')) ? 1 : 0;\n\n            switch (geomType) {\n            case null:\n                break;\n            case 'Point':\n                callback(coords, coordIndex, featureIndex, featureSubIndex);\n                coordIndex++;\n                featureSubIndex++;\n                break;\n            case 'LineString':\n            case 'MultiPoint':\n                for (j = 0; j < coords.length; j++) {\n                    callback(coords[j], coordIndex, featureIndex, featureSubIndex);\n                    coordIndex++;\n                    featureSubIndex++;\n                }\n                break;\n            case 'Polygon':\n            case 'MultiLineString':\n                for (j = 0; j < coords.length; j++)\n                    for (k = 0; k < coords[j].length - wrapShrink; k++) {\n                        callback(coords[j][k], coordIndex, featureIndex, featureSubIndex);\n                        coordIndex++;\n                        featureSubIndex++;\n                    }\n                break;\n            case 'MultiPolygon':\n                for (j = 0; j < coords.length; j++)\n                    for (k = 0; k < coords[j].length; k++)\n                        for (l = 0; l < coords[j][k].length - wrapShrink; l++) {\n                            callback(coords[j][k][l], coordIndex, featureIndex, featureSubIndex);\n                            coordIndex++;\n                            featureSubIndex++;\n                        }\n                break;\n            case 'GeometryCollection':\n                for (j = 0; j < geometry.geometries.length; j++)\n                    coordEach(geometry.geometries[j], callback, excludeWrapCoord);\n                break;\n            default:\n                throw new Error('Unknown Geometry Type');\n            }\n        }\n    }\n}\n\n/**\n * Callback for coordReduce\n *\n * The first time the callback function is called, the values provided as arguments depend\n * on whether the reduce method has an initialValue argument.\n *\n * If an initialValue is provided to the reduce method:\n *  - The previousValue argument is initialValue.\n *  - The currentValue argument is the value of the first element present in the array.\n *\n * If an initialValue is not provided:\n *  - The previousValue argument is the value of the first element present in the array.\n *  - The currentValue argument is the value of the second element present in the array.\n *\n * @callback coordReduceCallback\n * @param {*} previousValue The accumulated value previously returned in the last invocation\n * of the callback, or initialValue, if supplied.\n * @param {Array<number>} currentCoord The current coordinate being processed.\n * @param {number} coordIndex The current index of the coordinate being processed.\n * Starts at index 0, if an initialValue is provided, and at index 1 otherwise.\n * @param {number} featureIndex The current index of the feature being processed.\n * @param {number} featureSubIndex The current subIndex of the feature being processed.\n */\n\n/**\n * Reduce coordinates in any GeoJSON object, similar to Array.reduce()\n *\n * @name coordReduce\n * @param {FeatureCollection|Geometry|Feature} geojson any GeoJSON object\n * @param {Function} callback a method that takes (previousValue, currentCoord, coordIndex)\n * @param {*} [initialValue] Value to use as the first argument to the first call of the callback.\n * @param {boolean} [excludeWrapCoord=false] whether or not to include the final coordinate of LinearRings that wraps the ring in its iteration.\n * @returns {*} The value that results from the reduction.\n * @example\n * var features = turf.featureCollection([\n *   turf.point([26, 37], {\"foo\": \"bar\"}),\n *   turf.point([36, 53], {\"hello\": \"world\"})\n * ]);\n *\n * turf.coordReduce(features, function (previousValue, currentCoord, coordIndex, featureIndex, featureSubIndex) {\n *   //=previousValue\n *   //=currentCoord\n *   //=coordIndex\n *   //=featureIndex\n *   //=featureSubIndex\n *   return currentCoord;\n * });\n */\nfunction coordReduce(geojson, callback, initialValue, excludeWrapCoord) {\n    var previousValue = initialValue;\n    coordEach(geojson, function (currentCoord, coordIndex, featureIndex, featureSubIndex) {\n        if (coordIndex === 0 && initialValue === undefined) previousValue = currentCoord;\n        else previousValue = callback(previousValue, currentCoord, coordIndex, featureIndex, featureSubIndex);\n    }, excludeWrapCoord);\n    return previousValue;\n}\n\n/**\n * Callback for propEach\n *\n * @callback propEachCallback\n * @param {Object} currentProperties The current properties being processed.\n * @param {number} featureIndex The index of the current element being processed in the\n * array.Starts at index 0, if an initialValue is provided, and at index 1 otherwise.\n */\n\n/**\n * Iterate over properties in any GeoJSON object, similar to Array.forEach()\n *\n * @name propEach\n * @param {(FeatureCollection|Feature)} geojson any GeoJSON object\n * @param {Function} callback a method that takes (currentProperties, featureIndex)\n * @example\n * var features = turf.featureCollection([\n *     turf.point([26, 37], {foo: 'bar'}),\n *     turf.point([36, 53], {hello: 'world'})\n * ]);\n *\n * turf.propEach(features, function (currentProperties, featureIndex) {\n *   //=currentProperties\n *   //=featureIndex\n * });\n */\nfunction propEach(geojson, callback) {\n    var i;\n    switch (geojson.type) {\n    case 'FeatureCollection':\n        for (i = 0; i < geojson.features.length; i++) {\n            callback(geojson.features[i].properties, i);\n        }\n        break;\n    case 'Feature':\n        callback(geojson.properties, 0);\n        break;\n    }\n}\n\n\n/**\n * Callback for propReduce\n *\n * The first time the callback function is called, the values provided as arguments depend\n * on whether the reduce method has an initialValue argument.\n *\n * If an initialValue is provided to the reduce method:\n *  - The previousValue argument is initialValue.\n *  - The currentValue argument is the value of the first element present in the array.\n *\n * If an initialValue is not provided:\n *  - The previousValue argument is the value of the first element present in the array.\n *  - The currentValue argument is the value of the second element present in the array.\n *\n * @callback propReduceCallback\n * @param {*} previousValue The accumulated value previously returned in the last invocation\n * of the callback, or initialValue, if supplied.\n * @param {*} currentProperties The current properties being processed.\n * @param {number} featureIndex The index of the current element being processed in the\n * array.Starts at index 0, if an initialValue is provided, and at index 1 otherwise.\n */\n\n/**\n * Reduce properties in any GeoJSON object into a single value,\n * similar to how Array.reduce works. However, in this case we lazily run\n * the reduction, so an array of all properties is unnecessary.\n *\n * @name propReduce\n * @param {(FeatureCollection|Feature)} geojson any GeoJSON object\n * @param {Function} callback a method that takes (previousValue, currentProperties, featureIndex)\n * @param {*} [initialValue] Value to use as the first argument to the first call of the callback.\n * @returns {*} The value that results from the reduction.\n * @example\n * var features = turf.featureCollection([\n *     turf.point([26, 37], {foo: 'bar'}),\n *     turf.point([36, 53], {hello: 'world'})\n * ]);\n *\n * turf.propReduce(features, function (previousValue, currentProperties, featureIndex) {\n *   //=previousValue\n *   //=currentProperties\n *   //=featureIndex\n *   return currentProperties\n * });\n */\nfunction propReduce(geojson, callback, initialValue) {\n    var previousValue = initialValue;\n    propEach(geojson, function (currentProperties, featureIndex) {\n        if (featureIndex === 0 && initialValue === undefined) previousValue = currentProperties;\n        else previousValue = callback(previousValue, currentProperties, featureIndex);\n    });\n    return previousValue;\n}\n\n/**\n * Callback for featureEach\n *\n * @callback featureEachCallback\n * @param {Feature<any>} currentFeature The current feature being processed.\n * @param {number} featureIndex The index of the current element being processed in the\n * array.Starts at index 0, if an initialValue is provided, and at index 1 otherwise.\n */\n\n/**\n * Iterate over features in any GeoJSON object, similar to\n * Array.forEach.\n *\n * @name featureEach\n * @param {(FeatureCollection|Feature|Geometry)} geojson any GeoJSON object\n * @param {Function} callback a method that takes (currentFeature, featureIndex)\n * @example\n * var features = turf.featureCollection([\n *   turf.point([26, 37], {foo: 'bar'}),\n *   turf.point([36, 53], {hello: 'world'})\n * ]);\n *\n * turf.featureEach(features, function (currentFeature, featureIndex) {\n *   //=currentFeature\n *   //=featureIndex\n * });\n */\nfunction featureEach(geojson, callback) {\n    if (geojson.type === 'Feature') {\n        callback(geojson, 0);\n    } else if (geojson.type === 'FeatureCollection') {\n        for (var i = 0; i < geojson.features.length; i++) {\n            callback(geojson.features[i], i);\n        }\n    }\n}\n\n/**\n * Callback for featureReduce\n *\n * The first time the callback function is called, the values provided as arguments depend\n * on whether the reduce method has an initialValue argument.\n *\n * If an initialValue is provided to the reduce method:\n *  - The previousValue argument is initialValue.\n *  - The currentValue argument is the value of the first element present in the array.\n *\n * If an initialValue is not provided:\n *  - The previousValue argument is the value of the first element present in the array.\n *  - The currentValue argument is the value of the second element present in the array.\n *\n * @callback featureReduceCallback\n * @param {*} previousValue The accumulated value previously returned in the last invocation\n * of the callback, or initialValue, if supplied.\n * @param {Feature} currentFeature The current Feature being processed.\n * @param {number} featureIndex The index of the current element being processed in the\n * array.Starts at index 0, if an initialValue is provided, and at index 1 otherwise.\n */\n\n/**\n * Reduce features in any GeoJSON object, similar to Array.reduce().\n *\n * @name featureReduce\n * @param {(FeatureCollection|Feature|Geometry)} geojson any GeoJSON object\n * @param {Function} callback a method that takes (previousValue, currentFeature, featureIndex)\n * @param {*} [initialValue] Value to use as the first argument to the first call of the callback.\n * @returns {*} The value that results from the reduction.\n * @example\n * var features = turf.featureCollection([\n *   turf.point([26, 37], {\"foo\": \"bar\"}),\n *   turf.point([36, 53], {\"hello\": \"world\"})\n * ]);\n *\n * turf.featureReduce(features, function (previousValue, currentFeature, featureIndex) {\n *   //=previousValue\n *   //=currentFeature\n *   //=featureIndex\n *   return currentFeature\n * });\n */\nfunction featureReduce(geojson, callback, initialValue) {\n    var previousValue = initialValue;\n    featureEach(geojson, function (currentFeature, featureIndex) {\n        if (featureIndex === 0 && initialValue === undefined) previousValue = currentFeature;\n        else previousValue = callback(previousValue, currentFeature, featureIndex);\n    });\n    return previousValue;\n}\n\n/**\n * Get all coordinates from any GeoJSON object.\n *\n * @name coordAll\n * @param {(FeatureCollection|Feature|Geometry)} geojson any GeoJSON object\n * @returns {Array<Array<number>>} coordinate position array\n * @example\n * var features = turf.featureCollection([\n *   turf.point([26, 37], {foo: 'bar'}),\n *   turf.point([36, 53], {hello: 'world'})\n * ]);\n *\n * var coords = turf.coordAll(features);\n * //= [[26, 37], [36, 53]]\n */\nfunction coordAll(geojson) {\n    var coords = [];\n    coordEach(geojson, function (coord) {\n        coords.push(coord);\n    });\n    return coords;\n}\n\n/**\n * Callback for geomEach\n *\n * @callback geomEachCallback\n * @param {Geometry} currentGeometry The current geometry being processed.\n * @param {number} currentIndex The index of the current element being processed in the\n * array. Starts at index 0, if an initialValue is provided, and at index 1 otherwise.\n * @param {number} currentProperties The current feature properties being processed.\n */\n\n/**\n * Iterate over each geometry in any GeoJSON object, similar to Array.forEach()\n *\n * @name geomEach\n * @param {(FeatureCollection|Feature|Geometry)} geojson any GeoJSON object\n * @param {Function} callback a method that takes (currentGeometry, featureIndex, currentProperties)\n * @example\n * var features = turf.featureCollection([\n *     turf.point([26, 37], {foo: 'bar'}),\n *     turf.point([36, 53], {hello: 'world'})\n * ]);\n *\n * turf.geomEach(features, function (currentGeometry, featureIndex, currentProperties) {\n *   //=currentGeometry\n *   //=featureIndex\n *   //=currentProperties\n * });\n */\nfunction geomEach(geojson, callback) {\n    var i, j, g, geometry, stopG,\n        geometryMaybeCollection,\n        isGeometryCollection,\n        geometryProperties,\n        featureIndex = 0,\n        isFeatureCollection = geojson.type === 'FeatureCollection',\n        isFeature = geojson.type === 'Feature',\n        stop = isFeatureCollection ? geojson.features.length : 1;\n\n    // This logic may look a little weird. The reason why it is that way\n    // is because it's trying to be fast. GeoJSON supports multiple kinds\n    // of objects at its root: FeatureCollection, Features, Geometries.\n    // This function has the responsibility of handling all of them, and that\n    // means that some of the `for` loops you see below actually just don't apply\n    // to certain inputs. For instance, if you give this just a\n    // Point geometry, then both loops are short-circuited and all we do\n    // is gradually rename the input until it's called 'geometry'.\n    //\n    // This also aims to allocate as few resources as possible: just a\n    // few numbers and booleans, rather than any temporary arrays as would\n    // be required with the normalization approach.\n    for (i = 0; i < stop; i++) {\n\n        geometryMaybeCollection = (isFeatureCollection ? geojson.features[i].geometry :\n            (isFeature ? geojson.geometry : geojson));\n        geometryProperties = (isFeatureCollection ? geojson.features[i].properties :\n            (isFeature ? geojson.properties : {}));\n        isGeometryCollection = (geometryMaybeCollection) ? geometryMaybeCollection.type === 'GeometryCollection' : false;\n        stopG = isGeometryCollection ? geometryMaybeCollection.geometries.length : 1;\n\n        for (g = 0; g < stopG; g++) {\n            geometry = isGeometryCollection ?\n                geometryMaybeCollection.geometries[g] : geometryMaybeCollection;\n\n            // Handle null Geometry\n            if (geometry === null) {\n                callback(null, featureIndex, geometryProperties);\n                featureIndex++;\n                continue;\n            }\n            switch (geometry.type) {\n            case 'Point':\n            case 'LineString':\n            case 'MultiPoint':\n            case 'Polygon':\n            case 'MultiLineString':\n            case 'MultiPolygon': {\n                callback(geometry, featureIndex, geometryProperties);\n                featureIndex++;\n                break;\n            }\n            case 'GeometryCollection': {\n                for (j = 0; j < geometry.geometries.length; j++) {\n                    callback(geometry.geometries[j], featureIndex, geometryProperties);\n                    featureIndex++;\n                }\n                break;\n            }\n            default:\n                throw new Error('Unknown Geometry Type');\n            }\n        }\n    }\n}\n\n/**\n * Callback for geomReduce\n *\n * The first time the callback function is called, the values provided as arguments depend\n * on whether the reduce method has an initialValue argument.\n *\n * If an initialValue is provided to the reduce method:\n *  - The previousValue argument is initialValue.\n *  - The currentValue argument is the value of the first element present in the array.\n *\n * If an initialValue is not provided:\n *  - The previousValue argument is the value of the first element present in the array.\n *  - The currentValue argument is the value of the second element present in the array.\n *\n * @callback geomReduceCallback\n * @param {*} previousValue The accumulated value previously returned in the last invocation\n * of the callback, or initialValue, if supplied.\n * @param {Geometry} currentGeometry The current Feature being processed.\n * @param {number} currentIndex The index of the current element being processed in the\n * array.Starts at index 0, if an initialValue is provided, and at index 1 otherwise.\n * @param {Object} currentProperties The current feature properties being processed.\n */\n\n/**\n * Reduce geometry in any GeoJSON object, similar to Array.reduce().\n *\n * @name geomReduce\n * @param {(FeatureCollection|Feature|Geometry)} geojson any GeoJSON object\n * @param {Function} callback a method that takes (previousValue, currentGeometry, featureIndex, currentProperties)\n * @param {*} [initialValue] Value to use as the first argument to the first call of the callback.\n * @returns {*} The value that results from the reduction.\n * @example\n * var features = turf.featureCollection([\n *     turf.point([26, 37], {foo: 'bar'}),\n *     turf.point([36, 53], {hello: 'world'})\n * ]);\n *\n * turf.geomReduce(features, function (previousValue, currentGeometry, featureIndex, currentProperties) {\n *   //=previousValue\n *   //=currentGeometry\n *   //=featureIndex\n *   //=currentProperties\n *   return currentGeometry\n * });\n */\nfunction geomReduce(geojson, callback, initialValue) {\n    var previousValue = initialValue;\n    geomEach(geojson, function (currentGeometry, currentIndex, currentProperties) {\n        if (currentIndex === 0 && initialValue === undefined) previousValue = currentGeometry;\n        else previousValue = callback(previousValue, currentGeometry, currentIndex, currentProperties);\n    });\n    return previousValue;\n}\n\n/**\n * Callback for flattenEach\n *\n * @callback flattenEachCallback\n * @param {Feature} currentFeature The current flattened feature being processed.\n * @param {number} featureIndex The index of the current element being processed in the\n * array. Starts at index 0, if an initialValue is provided, and at index 1 otherwise.\n * @param {number} featureSubIndex The subindex of the current element being processed in the\n * array. Starts at index 0 and increases if the flattened feature was a multi-geometry.\n */\n\n/**\n * Iterate over flattened features in any GeoJSON object, similar to\n * Array.forEach.\n *\n * @name flattenEach\n * @param {(FeatureCollection|Feature|Geometry)} geojson any GeoJSON object\n * @param {Function} callback a method that takes (currentFeature, featureIndex, featureSubIndex)\n * @example\n * var features = turf.featureCollection([\n *     turf.point([26, 37], {foo: 'bar'}),\n *     turf.multiPoint([[40, 30], [36, 53]], {hello: 'world'})\n * ]);\n *\n * turf.flattenEach(features, function (currentFeature, featureIndex, featureSubIndex) {\n *   //=currentFeature\n *   //=featureIndex\n *   //=featureSubIndex\n * });\n */\nfunction flattenEach(geojson, callback) {\n    geomEach(geojson, function (geometry, featureIndex, properties) {\n        // Callback for single geometry\n        var type = (geometry === null) ? null : geometry.type;\n        switch (type) {\n        case null:\n        case 'Point':\n        case 'LineString':\n        case 'Polygon':\n            callback(feature(geometry, properties), featureIndex, 0);\n            return;\n        }\n\n        var geomType;\n\n        // Callback for multi-geometry\n        switch (type) {\n        case 'MultiPoint':\n            geomType = 'Point';\n            break;\n        case 'MultiLineString':\n            geomType = 'LineString';\n            break;\n        case 'MultiPolygon':\n            geomType = 'Polygon';\n            break;\n        }\n\n        geometry.coordinates.forEach(function (coordinate, featureSubIndex) {\n            var geom = {\n                type: geomType,\n                coordinates: coordinate\n            };\n            callback(feature(geom, properties), featureIndex, featureSubIndex);\n        });\n\n    });\n}\n\n/**\n * Callback for flattenReduce\n *\n * The first time the callback function is called, the values provided as arguments depend\n * on whether the reduce method has an initialValue argument.\n *\n * If an initialValue is provided to the reduce method:\n *  - The previousValue argument is initialValue.\n *  - The currentValue argument is the value of the first element present in the array.\n *\n * If an initialValue is not provided:\n *  - The previousValue argument is the value of the first element present in the array.\n *  - The currentValue argument is the value of the second element present in the array.\n *\n * @callback flattenReduceCallback\n * @param {*} previousValue The accumulated value previously returned in the last invocation\n * of the callback, or initialValue, if supplied.\n * @param {Feature} currentFeature The current Feature being processed.\n * @param {number} featureIndex The index of the current element being processed in the\n * array.Starts at index 0, if an initialValue is provided, and at index 1 otherwise.\n * @param {number} featureSubIndex The subindex of the current element being processed in the\n * array. Starts at index 0 and increases if the flattened feature was a multi-geometry.\n */\n\n/**\n * Reduce flattened features in any GeoJSON object, similar to Array.reduce().\n *\n * @name flattenReduce\n * @param {(FeatureCollection|Feature|Geometry)} geojson any GeoJSON object\n * @param {Function} callback a method that takes (previousValue, currentFeature, featureIndex, featureSubIndex)\n * @param {*} [initialValue] Value to use as the first argument to the first call of the callback.\n * @returns {*} The value that results from the reduction.\n * @example\n * var features = turf.featureCollection([\n *     turf.point([26, 37], {foo: 'bar'}),\n *     turf.multiPoint([[40, 30], [36, 53]], {hello: 'world'})\n * ]);\n *\n * turf.flattenReduce(features, function (previousValue, currentFeature, featureIndex, featureSubIndex) {\n *   //=previousValue\n *   //=currentFeature\n *   //=featureIndex\n *   //=featureSubIndex\n *   return currentFeature\n * });\n */\nfunction flattenReduce(geojson, callback, initialValue) {\n    var previousValue = initialValue;\n    flattenEach(geojson, function (currentFeature, featureIndex, featureSubIndex) {\n        if (featureIndex === 0 && featureSubIndex === 0 && initialValue === undefined) previousValue = currentFeature;\n        else previousValue = callback(previousValue, currentFeature, featureIndex, featureSubIndex);\n    });\n    return previousValue;\n}\n\n/**\n * Callback for segmentEach\n *\n * @callback segmentEachCallback\n * @param {Feature<LineString>} currentSegment The current segment being processed.\n * @param {number} featureIndex The index of the current element being processed in the array, starts at index 0.\n * @param {number} featureSubIndex The subindex of the current element being processed in the\n * array. Starts at index 0 and increases for each iterating line segment.\n * @returns {void}\n */\n\n/**\n * Iterate over 2-vertex line segment in any GeoJSON object, similar to Array.forEach()\n * (Multi)Point geometries do not contain segments therefore they are ignored during this operation.\n *\n * @param {(FeatureCollection|Feature|Geometry)} geojson any GeoJSON\n * @param {Function} callback a method that takes (currentSegment, featureIndex, featureSubIndex)\n * @returns {void}\n * @example\n * var polygon = turf.polygon([[[-50, 5], [-40, -10], [-50, -10], [-40, 5], [-50, 5]]]);\n *\n * // Iterate over GeoJSON by 2-vertex segments\n * turf.segmentEach(polygon, function (currentSegment, featureIndex, featureSubIndex) {\n *   //= currentSegment\n *   //= featureIndex\n *   //= featureSubIndex\n * });\n *\n * // Calculate the total number of segments\n * var total = 0;\n * var initialValue = 0;\n * turf.segmentEach(polygon, function () {\n *     total++;\n * }, initialValue);\n */\nfunction segmentEach(geojson, callback) {\n    flattenEach(geojson, function (feature, featureIndex) {\n        var featureSubIndex = 0;\n        // Exclude null Geometries\n        if (!feature.geometry) return;\n        // (Multi)Point geometries do not contain segments therefore they are ignored during this operation.\n        var type = feature.geometry.type;\n        if (type === 'Point' || type === 'MultiPoint') return;\n\n        // Generate 2-vertex line segments\n        coordReduce(feature, function (previousCoords, currentCoord) {\n            var currentSegment = lineString([previousCoords, currentCoord], feature.properties);\n            callback(currentSegment, featureIndex, featureSubIndex);\n            featureSubIndex++;\n            return currentCoord;\n        });\n    });\n}\n\n/**\n * Callback for segmentReduce\n *\n * The first time the callback function is called, the values provided as arguments depend\n * on whether the reduce method has an initialValue argument.\n *\n * If an initialValue is provided to the reduce method:\n *  - The previousValue argument is initialValue.\n *  - The currentValue argument is the value of the first element present in the array.\n *\n * If an initialValue is not provided:\n *  - The previousValue argument is the value of the first element present in the array.\n *  - The currentValue argument is the value of the second element present in the array.\n *\n * @callback segmentReduceCallback\n * @param {*} [previousValue] The accumulated value previously returned in the last invocation\n * of the callback, or initialValue, if supplied.\n * @param {Feature<LineString>} [currentSegment] The current segment being processed.\n * @param {number} [currentIndex] The index of the current element being processed in the\n * array. Starts at index 0, if an initialValue is provided, and at index 1 otherwise.\n * @param {number} [currentSubIndex] The subindex of the current element being processed in the\n * array. Starts at index 0 and increases for each iterating line segment.\n */\n\n/**\n * Reduce 2-vertex line segment in any GeoJSON object, similar to Array.reduce()\n * (Multi)Point geometries do not contain segments therefore they are ignored during this operation.\n *\n * @param {(FeatureCollection|Feature|Geometry)} geojson any GeoJSON\n * @param {Function} callback a method that takes (previousValue, currentSegment, currentIndex)\n * @param {*} [initialValue] Value to use as the first argument to the first call of the callback.\n * @returns {void}\n * @example\n * var polygon = turf.polygon([[[-50, 5], [-40, -10], [-50, -10], [-40, 5], [-50, 5]]]);\n *\n * // Iterate over GeoJSON by 2-vertex segments\n * turf.segmentReduce(polygon, function (previousSegment, currentSegment, currentIndex, currentSubIndex) {\n *   //= previousSegment\n *   //= currentSegment\n *   //= currentIndex\n *   //= currentSubIndex\n *   return currentSegment\n * });\n *\n * // Calculate the total number of segments\n * var initialValue = 0\n * var total = turf.segmentReduce(polygon, function (previousValue) {\n *     previousValue++;\n *     return previousValue;\n * }, initialValue);\n */\nfunction segmentReduce(geojson, callback, initialValue) {\n    var previousValue = initialValue;\n    segmentEach(geojson, function (currentSegment, currentIndex, currentSubIndex) {\n        if (currentIndex === 0 && initialValue === undefined) previousValue = currentSegment;\n        else previousValue = callback(previousValue, currentSegment, currentIndex, currentSubIndex);\n    });\n    return previousValue;\n}\n\n/**\n * Create Feature\n *\n * @private\n * @param {Geometry} geometry GeoJSON Geometry\n * @param {Object} properties Properties\n * @returns {Feature} GeoJSON Feature\n */\nfunction feature(geometry, properties) {\n    if (geometry === undefined) throw new Error('No geometry passed');\n\n    return {\n        type: 'Feature',\n        properties: properties || {},\n        geometry: geometry\n    };\n}\n\n/**\n * Create LineString\n *\n * @private\n * @param {Array<Array<number>>} coordinates Line Coordinates\n * @param {Object} properties Properties\n * @returns {Feature<LineString>} GeoJSON LineString Feature\n */\nfunction lineString(coordinates, properties) {\n    if (!coordinates) throw new Error('No coordinates passed');\n    if (coordinates.length < 2) throw new Error('Coordinates must be an array of two or more positions');\n\n    return {\n        type: 'Feature',\n        properties: properties || {},\n        geometry: {\n            type: 'LineString',\n            coordinates: coordinates\n        }\n    };\n}\n\n\n/**\n * Callback for lineEach\n *\n * @callback lineEachCallback\n * @param {Feature<LineString>} currentLine The current LineString|LinearRing being processed.\n * @param {number} lineIndex The index of the current element being processed in the array, starts at index 0.\n * @param {number} lineSubIndex The sub-index of the current line being processed at index 0\n */\n\n/**\n * Iterate over line or ring coordinates in LineString, Polygon, MultiLineString, MultiPolygon Features or Geometries,\n * similar to Array.forEach.\n *\n * @name lineEach\n * @param {Geometry|Feature<LineString|Polygon|MultiLineString|MultiPolygon>} geojson object\n * @param {Function} callback a method that takes (currentLine, lineIndex, lineSubIndex)\n * @example\n * var mtLn = turf.multiLineString([\n *   turf.lineString([[26, 37], [35, 45]]),\n *   turf.lineString([[36, 53], [38, 50], [41, 55]])\n * ]);\n *\n * turf.lineEach(mtLn, function (currentLine, lineIndex) {\n *   //=currentLine\n *   //=lineIndex\n * });\n */\nfunction lineEach(geojson, callback) {\n    // validation\n    if (!geojson) throw new Error('geojson is required');\n    var type = geojson.geometry ? geojson.geometry.type : geojson.type;\n    if (!type) throw new Error('invalid geojson');\n    if (type === 'FeatureCollection') throw new Error('FeatureCollection is not supported');\n    if (type === 'GeometryCollection') throw new Error('GeometryCollection is not supported');\n    var coordinates = geojson.geometry ? geojson.geometry.coordinates : geojson.coordinates;\n    if (!coordinates) throw new Error('geojson must contain coordinates');\n\n    switch (type) {\n    case 'LineString':\n        callback(coordinates, 0, 0);\n        return;\n    case 'Polygon':\n    case 'MultiLineString':\n        var subIndex = 0;\n        for (var line = 0; line < coordinates.length; line++) {\n            if (type === 'MultiLineString') subIndex = line;\n            callback(coordinates[line], line, subIndex);\n        }\n        return;\n    case 'MultiPolygon':\n        for (var multi = 0; multi < coordinates.length; multi++) {\n            for (var ring = 0; ring < coordinates[multi].length; ring++) {\n                callback(coordinates[multi][ring], ring, multi);\n            }\n        }\n        return;\n    default:\n        throw new Error(type + ' geometry not supported');\n    }\n}\n\n/**\n * Callback for lineReduce\n *\n * The first time the callback function is called, the values provided as arguments depend\n * on whether the reduce method has an initialValue argument.\n *\n * If an initialValue is provided to the reduce method:\n *  - The previousValue argument is initialValue.\n *  - The currentValue argument is the value of the first element present in the array.\n *\n * If an initialValue is not provided:\n *  - The previousValue argument is the value of the first element present in the array.\n *  - The currentValue argument is the value of the second element present in the array.\n *\n * @callback lineReduceCallback\n * @param {*} previousValue The accumulated value previously returned in the last invocation\n * of the callback, or initialValue, if supplied.\n * @param {Feature<LineString>} currentLine The current LineString|LinearRing being processed.\n * @param {number} lineIndex The index of the current element being processed in the\n * array. Starts at index 0, if an initialValue is provided, and at index 1 otherwise.\n * @param {number} lineSubIndex The sub-index of the current line being processed at index 0\n */\n\n/**\n * Reduce features in any GeoJSON object, similar to Array.reduce().\n *\n * @name lineReduce\n * @param {Geometry|Feature<LineString|Polygon|MultiLineString|MultiPolygon>} geojson object\n * @param {Function} callback a method that takes (previousValue, currentFeature, featureIndex)\n * @param {*} [initialValue] Value to use as the first argument to the first call of the callback.\n * @returns {*} The value that results from the reduction.\n * @example\n * var mtp = turf.multiPolygon([\n *   turf.polygon([[[12,48],[2,41],[24,38],[12,48]], [[9,44],[13,41],[13,45],[9,44]]]),\n *   turf.polygon([[[5, 5], [0, 0], [2, 2], [4, 4], [5, 5]]])\n * ]);\n *\n * turf.lineReduce(mtp, function (previousValue, currentLine, lineIndex, lineSubIndex) {\n *   //=previousValue\n *   //=currentLine\n *   //=lineIndex\n *   //=lineSubIndex\n *   return currentLine\n * }, 2);\n */\nfunction lineReduce(geojson, callback, initialValue) {\n    var previousValue = initialValue;\n    lineEach(geojson, function (currentLine, lineIndex, lineSubIndex) {\n        if (lineIndex === 0 && initialValue === undefined) previousValue = currentLine;\n        else previousValue = callback(previousValue, currentLine, lineIndex, lineSubIndex);\n    });\n    return previousValue;\n}\n\nmodule.exports = {\n    coordEach: coordEach,\n    coordReduce: coordReduce,\n    propEach: propEach,\n    propReduce: propReduce,\n    featureEach: featureEach,\n    featureReduce: featureReduce,\n    coordAll: coordAll,\n    geomEach: geomEach,\n    geomReduce: geomReduce,\n    flattenEach: flattenEach,\n    flattenReduce: flattenReduce,\n    segmentEach: segmentEach,\n    segmentReduce: segmentReduce,\n    lineEach: lineEach,\n    lineReduce: lineReduce\n};\n","'use strict';\n\nvar _createClass = function () { function defineProperties(target, props) { for (var i = 0; i < props.length; i++) { var descriptor = props[i]; descriptor.enumerable = descriptor.enumerable || false; descriptor.configurable = true; if (\"value\" in descriptor) descriptor.writable = true; Object.defineProperty(target, descriptor.key, descriptor); } } return function (Constructor, protoProps, staticProps) { if (protoProps) defineProperties(Constructor.prototype, protoProps); if (staticProps) defineProperties(Constructor, staticProps); return Constructor; }; }();\n\nfunction _classCallCheck(instance, Constructor) { if (!(instance instanceof Constructor)) { throw new TypeError(\"Cannot call a class as a function\"); } }\n\nvar Node = require('./Node'),\n    Edge = require('./Edge'),\n    EdgeRing = require('./EdgeRing'),\n    _require = require('@turf/meta'),\n    flattenEach = _require.flattenEach,\n    coordReduce = _require.coordReduce,\n    _require2 = require('@turf/invariant'),\n    featureOf = _require2.featureOf;\n\n/** Validates the geoJson.\n *\n * @param {Geojson} geoJson - input geoJson.\n * @throws {Error} if geoJson is invalid.\n */\nfunction validateGeoJson(geoJson) {\n  if (!geoJson) throw new Error('No geojson passed');\n\n  if (geoJson.type !== 'FeatureCollection' && geoJson.type !== 'GeometryCollection' && geoJson.type !== 'MultiLineString' && geoJson.type !== 'LineString' && geoJson.type !== 'Feature') throw new Error('Invalid input type \\'' + geoJson.type + '\\'. Geojson must be FeatureCollection, GeometryCollection, LineString, MultiLineString or Feature');\n}\n\n/** Represents a planar graph of edges and nodes that can be used to compute a\n * polygonization.\n *\n * Although, this class is inspired by GEOS's `geos::operation::polygonize::PolygonizeGraph`,\n * it isn't a rewrite. As regards algorithm, this class implements the same logic, but it\n * isn't a javascript transcription of the C++ source.\n *\n * This graph is directed (both directions are created)\n */\n\nvar Graph = function () {\n  _createClass(Graph, [{\n    key: 'getNode',\n\n\n    /** Creates or get a Node.\n     *\n     * @param {Number[]} coordinates - Coordinates of the node\n     * @returns {Node} - The created or stored node\n     */\n    value: function getNode(coordinates) {\n      var id = Node.buildId(coordinates);\n      var node = this.nodes[id];\n      if (!node) node = this.nodes[id] = new Node(coordinates);\n\n      return node;\n    }\n\n    /** Adds an Edge and its symetricall.\n     * Edges are added symetrically, i.e.: we also add its symetric\n     *\n     * @param {Node} from - Node which starts the Edge\n     * @param {Node} to - Node which ends the Edge\n     */\n\n  }, {\n    key: 'addEdge',\n    value: function addEdge(from, to) {\n      var edge = new Edge(from, to),\n          symetricEdge = edge.getSymetric();\n\n      this.edges.push(edge);\n      this.edges.push(symetricEdge);\n    }\n  }], [{\n    key: 'fromGeoJson',\n\n    /** Creates a graph from a GeoJSON.\n     *\n     * @param {FeatureCollection<LineString>} geoJson - it must comply with the restrictions detailed in the index\n     * @returns {Graph} - The newly created graph\n     * @throws {Error} if geoJson is invalid.\n     */\n    value: function fromGeoJson(geoJson) {\n      validateGeoJson(geoJson);\n\n      var graph = new Graph();\n      flattenEach(geoJson, function (feature) {\n        featureOf(feature, 'LineString', 'Graph::fromGeoJson');\n        // When a LineString if formed by many segments, split them\n        coordReduce(feature, function (prev, cur) {\n          if (prev) {\n            var start = graph.getNode(prev),\n                end = graph.getNode(cur);\n\n            graph.addEdge(start, end);\n          }\n          return cur;\n        });\n      });\n\n      return graph;\n    }\n  }]);\n\n  function Graph() {\n    _classCallCheck(this, Graph);\n\n    this.edges = []; //< {Edge[]} dirEdges\n\n    // The key is the `id` of the Node (ie: coordinates.join(','))\n    this.nodes = {};\n  }\n\n  /** Removes Dangle Nodes (nodes with grade 1).\n   */\n\n\n  _createClass(Graph, [{\n    key: 'deleteDangles',\n    value: function deleteDangles() {\n      var _this = this;\n\n      Object.keys(this.nodes).map(function (id) {\n        return _this.nodes[id];\n      }).forEach(function (node) {\n        return _this._removeIfDangle(node);\n      });\n    }\n\n    /** Check if node is dangle, if so, remove it.\n     * It calls itself recursively, removing a dangling node might cause another dangling node\n     *\n     * @param {Node} node - Node to check if it's a dangle\n     */\n\n  }, {\n    key: '_removeIfDangle',\n    value: function _removeIfDangle(node) {\n      var _this2 = this;\n\n      // As edges are directed and symetrical, we count only innerEdges\n      if (node.innerEdges.length <= 1) {\n        var outerNodes = node.getOuterEdges().map(function (e) {\n          return e.to;\n        });\n        this.removeNode(node);\n        outerNodes.forEach(function (n) {\n          return _this2._removeIfDangle(n);\n        });\n      }\n    }\n\n    /** Delete cut-edges (bridge edges).\n     *\n     * The graph will be traversed, all the edges will be labeled according the ring\n     * in which they are. (The label is a number incremented by 1). Edges with the same\n     * label are cut-edges.\n     */\n\n  }, {\n    key: 'deleteCutEdges',\n    value: function deleteCutEdges() {\n      var _this3 = this;\n\n      this._computeNextCWEdges();\n      this._findLabeledEdgeRings();\n\n      // Cut-edges (bridges) are edges where both edges have the same label\n      this.edges.forEach(function (edge) {\n        if (edge.label === edge.symetric.label) {\n          _this3.removeEdge(edge.symetric);\n          _this3.removeEdge(edge);\n        }\n      });\n    }\n\n    /** Set the `next` property of each Edge.\n     * The graph will be transversed in a CW form, so, we set the next of the symetrical edge as the previous one.\n     * OuterEdges are sorted CCW.\n     *\n     * @param {Node} [node] - If no node is passed, the function calls itself for every node in the Graph\n     */\n\n  }, {\n    key: '_computeNextCWEdges',\n    value: function _computeNextCWEdges(node) {\n      var _this4 = this;\n\n      if (typeof node === 'undefined') {\n        Object.keys(this.nodes).forEach(function (id) {\n          return _this4._computeNextCWEdges(_this4.nodes[id]);\n        });\n      } else {\n        node.getOuterEdges().forEach(function (edge, i) {\n          node.getOuterEdge((i === 0 ? node.getOuterEdges().length : i) - 1).symetric.next = edge;\n        });\n      }\n    }\n\n    /** Computes the next edge pointers going CCW around the given node, for the given edgering label.\n     * This algorithm has the effect of converting maximal edgerings into minimal edgerings\n     *\n     * XXX: method literally transcribed from `geos::operation::polygonize::PolygonizeGraph::computeNextCCWEdges`,\n     * could be written in a more javascript way.\n     *\n     * @param {Node} node - Node\n     * @param {Number} label - Ring's label\n     */\n\n  }, {\n    key: '_computeNextCCWEdges',\n    value: function _computeNextCCWEdges(node, label) {\n      var edges = node.getOuterEdges();\n      var firstOutDE = void 0,\n          prevInDE = void 0;\n\n      for (var i = edges.length - 1; i >= 0; --i) {\n        var de = edges[i],\n            sym = de.symetric,\n            outDE = void 0,\n            inDE = void 0;\n\n        if (de.label === label) outDE = de;\n\n        if (sym.label === label) inDE = sym;\n\n        if (!outDE || !inDE) // This edge is not in edgering\n          continue;\n\n        if (inDE) prevInDE = inDE;\n\n        if (outDE) {\n          if (prevInDE) {\n            prevInDE.next = outDE;\n            prevInDE = undefined;\n          }\n\n          if (!firstOutDE) firstOutDE = outDE;\n        }\n      }\n\n      if (prevInDE) prevInDE.next = firstOutDE;\n    }\n\n    /** Finds rings and labels edges according to which rings are.\n     * The label is a number which is increased for each ring.\n     *\n     * @returns {Edge[]} edges that start rings\n     */\n\n  }, {\n    key: '_findLabeledEdgeRings',\n    value: function _findLabeledEdgeRings() {\n      var edgeRingStarts = [];\n      var label = 0;\n      this.edges.forEach(function (edge) {\n        if (edge.label >= 0) return;\n\n        edgeRingStarts.push(edge);\n\n        var e = edge;\n        do {\n          e.label = label;\n          e = e.next;\n        } while (!edge.isEqual(e));\n\n        label++;\n      });\n\n      return edgeRingStarts;\n    }\n\n    /** Computes the EdgeRings formed by the edges in this graph.\n     *\n     * @returns {EdgeRing[]} - A list of all the EdgeRings in the graph.\n     */\n\n  }, {\n    key: 'getEdgeRings',\n    value: function getEdgeRings() {\n      var _this5 = this;\n\n      this._computeNextCWEdges();\n\n      // Clear labels\n      this.edges.forEach(function (edge) {\n        edge.label = undefined;\n      });\n\n      this._findLabeledEdgeRings().forEach(function (edge) {\n        // convertMaximalToMinimalEdgeRings\n        _this5._findIntersectionNodes(edge).forEach(function (node) {\n          _this5._computeNextCCWEdges(node, edge.label);\n        });\n      });\n\n      var edgeRingList = [];\n\n      // find all edgerings\n      this.edges.forEach(function (edge) {\n        if (edge.ring) return;\n        edgeRingList.push(_this5._findEdgeRing(edge));\n      });\n\n      return edgeRingList;\n    }\n\n    /** Find all nodes in a Maxima EdgeRing which are self-intersection nodes.\n     *\n     * @param {Node} startEdge - Start Edge of the Ring\n     * @returns {Node[]} - intersection nodes\n     */\n\n  }, {\n    key: '_findIntersectionNodes',\n    value: function _findIntersectionNodes(startEdge) {\n      var intersectionNodes = [];\n      var edge = startEdge;\n\n      var _loop = function _loop() {\n        // getDegree\n        var degree = 0;\n        edge.from.getOuterEdges().forEach(function (e) {\n          if (e.label === startEdge.label) ++degree;\n        });\n\n        if (degree > 1) intersectionNodes.push(edge.from);\n\n        edge = edge.next;\n      };\n\n      do {\n        _loop();\n      } while (!startEdge.isEqual(edge));\n\n      return intersectionNodes;\n    }\n\n    /** Get the edge-ring which starts from the provided Edge.\n     *\n     * @param {Edge} startEdge - starting edge of the edge ring\n     * @returns {EdgeRing} - EdgeRing which start Edge is the provided one.\n     */\n\n  }, {\n    key: '_findEdgeRing',\n    value: function _findEdgeRing(startEdge) {\n      var edge = startEdge;\n      var edgeRing = new EdgeRing();\n\n      do {\n        edgeRing.push(edge);\n        edge.ring = edgeRing;\n        edge = edge.next;\n      } while (!startEdge.isEqual(edge));\n\n      return edgeRing;\n    }\n\n    /** Removes a node from the Graph.\n     *\n     * It also removes edges asociated to that node\n     * @param {Node} node - Node to be removed\n     */\n\n  }, {\n    key: 'removeNode',\n    value: function removeNode(node) {\n      var _this6 = this;\n\n      node.getOuterEdges().forEach(function (edge) {\n        return _this6.removeEdge(edge);\n      });\n      node.innerEdges.forEach(function (edge) {\n        return _this6.removeEdge(edge);\n      });\n      delete this.nodes[node.id];\n    }\n\n    /** Remove edge from the graph and deletes the edge.\n     *\n     * @param {Edge} edge - Edge to be removed\n     */\n\n  }, {\n    key: 'removeEdge',\n    value: function removeEdge(edge) {\n      this.edges = this.edges.filter(function (e) {\n        return !e.isEqual(edge);\n      });\n      edge.deleteEdge();\n    }\n  }]);\n\n  return Graph;\n}();\n\nmodule.exports = Graph;","//index.js\nvar deepEqual = require('deep-equal');\n\nvar Equality = function(opt) {\n  this.precision = opt && opt.precision ? opt.precision : 17;\n  this.direction = opt && opt.direction ? opt.direction : false;\n  this.pseudoNode = opt && opt.pseudoNode ? opt.pseudoNode : false;\n  this.objectComparator = opt && opt.objectComparator ? opt.objectComparator : objectComparator;\n};\n\nEquality.prototype.compare = function(g1,g2) {\n  if (g1.type !== g2.type || !sameLength(g1,g2)) return false;\n\n  switch(g1.type) {\n  case 'Point':\n    return this.compareCoord(g1.coordinates, g2.coordinates);\n    break;\n  case 'LineString':\n    return this.compareLine(g1.coordinates, g2.coordinates,0,false);\n    break;\n  case 'Polygon':\n    return this.comparePolygon(g1,g2);\n    break;\n  case 'Feature':\n    return this.compareFeature(g1, g2);\n  default:\n    if (g1.type.indexOf('Multi') === 0) {\n      var context = this;\n      var g1s = explode(g1);\n      var g2s = explode(g2);\n      return g1s.every(function(g1part) {\n        return this.some(function(g2part) {\n          return context.compare(g1part,g2part);\n        });\n      },g2s);\n    }\n  }\n  return false;\n};\n\nfunction explode(g) {\n  return g.coordinates.map(function(part) {\n    return {\n      type: g.type.replace('Multi', ''),\n      coordinates: part}\n  });\n}\n//compare length of coordinates/array\nfunction sameLength(g1,g2) {\n   return g1.hasOwnProperty('coordinates') ?\n    g1.coordinates.length === g2.coordinates.length\n    : g1.length === g2.length;\n}\n\n// compare the two coordinates [x,y]\nEquality.prototype.compareCoord = function(c1,c2) {\n  if (c1.length !== c2.length) {\n    return false;\n  }\n\n  for (var i=0; i < c1.length; i++) {\n    if (c1[i].toFixed(this.precision) !== c2[i].toFixed(this.precision)) {\n      return false;\n    }\n  }\n  return true;\n};\n\nEquality.prototype.compareLine = function(path1,path2,ind,isPoly) {\n  if (!sameLength(path1,path2)) return false;\n  var p1 = this.pseudoNode ? path1 : this.removePseudo(path1);\n  var p2 = this.pseudoNode ? path2 : this.removePseudo(path2);\n  if (isPoly && !this.compareCoord(p1[0],p2[0])) {\n    // fix start index of both to same point\n    p2 = this.fixStartIndex(p2,p1);\n    if(!p2) return;\n  }\n  // for linestring ind =0 and for polygon ind =1\n  var sameDirection = this.compareCoord(p1[ind],p2[ind]);\n  if (this.direction || sameDirection\n  ) {\n    return this.comparePath(p1, p2);\n  } else {\n    if (this.compareCoord(p1[ind],p2[p2.length - (1+ind)])\n    ) {\n      return this.comparePath(p1.slice().reverse(), p2);\n    }\n    return false;\n  }\n};\nEquality.prototype.fixStartIndex = function(sourcePath,targetPath) {\n  //make sourcePath first point same as of targetPath\n  var correctPath,ind = -1;\n  for (var i=0; i< sourcePath.length; i++) {\n    if(this.compareCoord(sourcePath[i],targetPath[0])) {\n      ind = i;\n      break;\n    }\n  }\n  if (ind >= 0) {\n    correctPath = [].concat(\n      sourcePath.slice(ind,sourcePath.length),\n      sourcePath.slice(1,ind+1));\n  }\n  return correctPath;\n};\nEquality.prototype.comparePath = function (p1,p2) {\n  var cont = this;\n  return p1.every(function(c,i) {\n    return cont.compareCoord(c,this[i]);\n  },p2);\n};\n\nEquality.prototype.comparePolygon = function(g1,g2) {\n  if (this.compareLine(g1.coordinates[0],g2.coordinates[0],1,true)) {\n    var holes1 = g1.coordinates.slice(1,g1.coordinates.length);\n    var holes2 = g2.coordinates.slice(1,g2.coordinates.length);\n    var cont = this;\n    return holes1.every(function(h1) {\n      return this.some(function(h2) {\n        return cont.compareLine(h1,h2,1,true);\n      });\n    },holes2);\n  } else {\n    return false;\n  }\n};\n\nEquality.prototype.compareFeature = function(g1,g2) {\n  if (\n    g1.id !== g2.id ||\n    !this.objectComparator(g1.properties, g2.properties) ||\n    !this.compareBBox(g1,g2)\n  ) {\n    return false;\n  }\n  return this.compare(g1.geometry, g2.geometry);\n};\n\nEquality.prototype.compareBBox = function(g1,g2) {\n  if (\n    (!g1.bbox && !g2.bbox) || \n    (\n      g1.bbox && g2.bbox &&\n      this.compareCoord(g1.bbox, g2.bbox)\n    )\n  )  {\n    return true;\n  }\n  return false;\n};\nEquality.prototype.removePseudo = function(path) {\n  //TODO to be implement\n  return path;\n};\n\nfunction objectComparator(obj1, obj2) {\n  return deepEqual(obj1, obj2, {strict: true});\n}\n\nmodule.exports = Equality;\n","/* - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -  */\n/* Ordnance Survey Grid Reference functions                           (c) Chris Veness 2005-2017  */\n/*                                                                                   MIT Licence  */\n/* www.movable-type.co.uk/scripts/latlong-gridref.html                                            */\n/* www.movable-type.co.uk/scripts/geodesy/docs/module-osgridref.html                              */\n/* - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -  */\n\n'use strict';\nif (typeof module!='undefined' && module.exports) var LatLon = require('./latlon-ellipsoidal.js'); // ≡ import LatLon from 'latlon-ellipsoidal.js'\n\n\n/**\n * Convert OS grid references to/from OSGB latitude/longitude points.\n *\n * Formulation implemented here due to Thomas, Redfearn, etc is as published by OS, but is inferior\n * to Krüger as used by e.g. Karney 2011.\n *\n * www.ordnancesurvey.co.uk/docs/support/guide-coordinate-systems-great-britain.pdf.\n *\n * @module   osgridref\n * @requires latlon-ellipsoidal\n */\n/*\n * Converted 2015 to work with WGS84 by default, OSGB36 as option;\n * www.ordnancesurvey.co.uk/blog/2014/12/confirmation-on-changes-to-latitude-and-longitude\n */\n\n\n/**\n * Creates an OsGridRef object.\n *\n * @constructor\n * @param {number} easting - Easting in metres from OS false origin.\n * @param {number} northing - Northing in metres from OS false origin.\n *\n * @example\n *   var grid = new OsGridRef(651409, 313177);\n */\nfunction OsGridRef(easting, northing) {\n    // allow instantiation without 'new'\n    if (!(this instanceof OsGridRef)) return new OsGridRef(easting, northing);\n\n    this.easting = Number(easting);\n    this.northing = Number(northing);\n}\n\n\n/**\n * Converts latitude/longitude to Ordnance Survey grid reference easting/northing coordinate.\n *\n * Note formulation implemented here due to Thomas, Redfearn, etc is as published by OS, but is\n * inferior to Krüger as used by e.g. Karney 2011.\n *\n * @param   {LatLon}    point - latitude/longitude.\n * @returns {OsGridRef} OS Grid Reference easting/northing.\n *\n * @example\n *   var p = new LatLon(52.65798, 1.71605);\n *   var grid = OsGridRef.latLonToOsGrid(p); // grid.toString(): TG 51409 13177\n *   // for conversion of (historical) OSGB36 latitude/longitude point:\n *   var p = new LatLon(52.65757, 1.71791, LatLon.datum.OSGB36);\n */\nOsGridRef.latLonToOsGrid = function(point) {\n    if (!(point instanceof LatLon)) throw new TypeError('point is not LatLon object');\n\n    // if necessary convert to OSGB36 first\n    if (point.datum != LatLon.datum.OSGB36) point = point.convertDatum(LatLon.datum.OSGB36);\n\n    var φ = point.lat.toRadians();\n    var λ = point.lon.toRadians();\n\n    var a = 6377563.396, b = 6356256.909;              // Airy 1830 major & minor semi-axes\n    var F0 = 0.9996012717;                             // NatGrid scale factor on central meridian\n    var φ0 = (49).toRadians(), λ0 = (-2).toRadians();  // NatGrid true origin is 49°N,2°W\n    var N0 = -100000, E0 = 400000;                     // northing & easting of true origin, metres\n    var e2 = 1 - (b*b)/(a*a);                          // eccentricity squared\n    var n = (a-b)/(a+b), n2 = n*n, n3 = n*n*n;         // n, n², n³\n\n    var cosφ = Math.cos(φ), sinφ = Math.sin(φ);\n    var ν = a*F0/Math.sqrt(1-e2*sinφ*sinφ);            // nu = transverse radius of curvature\n    var ρ = a*F0*(1-e2)/Math.pow(1-e2*sinφ*sinφ, 1.5); // rho = meridional radius of curvature\n    var η2 = ν/ρ-1;                                    // eta = ?\n\n    var Ma = (1 + n + (5/4)*n2 + (5/4)*n3) * (φ-φ0);\n    var Mb = (3*n + 3*n*n + (21/8)*n3) * Math.sin(φ-φ0) * Math.cos(φ+φ0);\n    var Mc = ((15/8)*n2 + (15/8)*n3) * Math.sin(2*(φ-φ0)) * Math.cos(2*(φ+φ0));\n    var Md = (35/24)*n3 * Math.sin(3*(φ-φ0)) * Math.cos(3*(φ+φ0));\n    var M = b * F0 * (Ma - Mb + Mc - Md);              // meridional arc\n\n    var cos3φ = cosφ*cosφ*cosφ;\n    var cos5φ = cos3φ*cosφ*cosφ;\n    var tan2φ = Math.tan(φ)*Math.tan(φ);\n    var tan4φ = tan2φ*tan2φ;\n\n    var I = M + N0;\n    var II = (ν/2)*sinφ*cosφ;\n    var III = (ν/24)*sinφ*cos3φ*(5-tan2φ+9*η2);\n    var IIIA = (ν/720)*sinφ*cos5φ*(61-58*tan2φ+tan4φ);\n    var IV = ν*cosφ;\n    var V = (ν/6)*cos3φ*(ν/ρ-tan2φ);\n    var VI = (ν/120) * cos5φ * (5 - 18*tan2φ + tan4φ + 14*η2 - 58*tan2φ*η2);\n\n    var Δλ = λ-λ0;\n    var Δλ2 = Δλ*Δλ, Δλ3 = Δλ2*Δλ, Δλ4 = Δλ3*Δλ, Δλ5 = Δλ4*Δλ, Δλ6 = Δλ5*Δλ;\n\n    var N = I + II*Δλ2 + III*Δλ4 + IIIA*Δλ6;\n    var E = E0 + IV*Δλ + V*Δλ3 + VI*Δλ5;\n\n    N = Number(N.toFixed(3)); // round to mm precision\n    E = Number(E.toFixed(3));\n\n    return new OsGridRef(E, N); // gets truncated to SW corner of 1m grid square\n};\n\n\n/**\n * Converts Ordnance Survey grid reference easting/northing coordinate to latitude/longitude\n * (SW corner of grid square).\n *\n * Note formulation implemented here due to Thomas, Redfearn, etc is as published by OS, but is\n * inferior to Krüger as used by e.g. Karney 2011.\n *\n * @param   {OsGridRef}    gridref - Grid ref E/N to be converted to lat/long (SW corner of grid square).\n * @param   {LatLon.datum} [datum=WGS84] - Datum to convert grid reference into.\n * @returns {LatLon}       Latitude/longitude of supplied grid reference.\n *\n * @example\n *   var gridref = new OsGridRef(651409.903, 313177.270);\n *   var pWgs84 = OsGridRef.osGridToLatLon(gridref);                     // 52°39′28.723″N, 001°42′57.787″E\n *   // to obtain (historical) OSGB36 latitude/longitude point:\n *   var pOsgb = OsGridRef.osGridToLatLon(gridref, LatLon.datum.OSGB36); // 52°39′27.253″N, 001°43′04.518″E\n */\nOsGridRef.osGridToLatLon = function(gridref, datum) {\n    if (!(gridref instanceof OsGridRef)) throw new TypeError('gridref is not OsGridRef object');\n    if (datum === undefined) datum = LatLon.datum.WGS84;\n\n    var E = gridref.easting;\n    var N = gridref.northing;\n\n    var a = 6377563.396, b = 6356256.909;              // Airy 1830 major & minor semi-axes\n    var F0 = 0.9996012717;                             // NatGrid scale factor on central meridian\n    var φ0 = (49).toRadians(), λ0 = (-2).toRadians();  // NatGrid true origin is 49°N,2°W\n    var N0 = -100000, E0 = 400000;                     // northing & easting of true origin, metres\n    var e2 = 1 - (b*b)/(a*a);                          // eccentricity squared\n    var n = (a-b)/(a+b), n2 = n*n, n3 = n*n*n;         // n, n², n³\n\n    var φ=φ0, M=0;\n    do {\n        φ = (N-N0-M)/(a*F0) + φ;\n\n        var Ma = (1 + n + (5/4)*n2 + (5/4)*n3) * (φ-φ0);\n        var Mb = (3*n + 3*n*n + (21/8)*n3) * Math.sin(φ-φ0) * Math.cos(φ+φ0);\n        var Mc = ((15/8)*n2 + (15/8)*n3) * Math.sin(2*(φ-φ0)) * Math.cos(2*(φ+φ0));\n        var Md = (35/24)*n3 * Math.sin(3*(φ-φ0)) * Math.cos(3*(φ+φ0));\n        M = b * F0 * (Ma - Mb + Mc - Md);              // meridional arc\n\n    } while (N-N0-M >= 0.00001);  // ie until < 0.01mm\n\n    var cosφ = Math.cos(φ), sinφ = Math.sin(φ);\n    var ν = a*F0/Math.sqrt(1-e2*sinφ*sinφ);            // nu = transverse radius of curvature\n    var ρ = a*F0*(1-e2)/Math.pow(1-e2*sinφ*sinφ, 1.5); // rho = meridional radius of curvature\n    var η2 = ν/ρ-1;                                    // eta = ?\n\n    var tanφ = Math.tan(φ);\n    var tan2φ = tanφ*tanφ, tan4φ = tan2φ*tan2φ, tan6φ = tan4φ*tan2φ;\n    var secφ = 1/cosφ;\n    var ν3 = ν*ν*ν, ν5 = ν3*ν*ν, ν7 = ν5*ν*ν;\n    var VII = tanφ/(2*ρ*ν);\n    var VIII = tanφ/(24*ρ*ν3)*(5+3*tan2φ+η2-9*tan2φ*η2);\n    var IX = tanφ/(720*ρ*ν5)*(61+90*tan2φ+45*tan4φ);\n    var X = secφ/ν;\n    var XI = secφ/(6*ν3)*(ν/ρ+2*tan2φ);\n    var XII = secφ/(120*ν5)*(5+28*tan2φ+24*tan4φ);\n    var XIIA = secφ/(5040*ν7)*(61+662*tan2φ+1320*tan4φ+720*tan6φ);\n\n    var dE = (E-E0), dE2 = dE*dE, dE3 = dE2*dE, dE4 = dE2*dE2, dE5 = dE3*dE2, dE6 = dE4*dE2, dE7 = dE5*dE2;\n    φ = φ - VII*dE2 + VIII*dE4 - IX*dE6;\n    var λ = λ0 + X*dE - XI*dE3 + XII*dE5 - XIIA*dE7;\n\n    var point =  new LatLon(φ.toDegrees(), λ.toDegrees(), LatLon.datum.OSGB36);\n    if (datum != LatLon.datum.OSGB36) point = point.convertDatum(datum);\n\n    return point;\n};\n\n\n/**\n * Parses grid reference to OsGridRef object.\n *\n * Accepts standard grid references (eg 'SU 387 148'), with or without whitespace separators, from\n * two-digit references up to 10-digit references (1m × 1m square), or fully numeric comma-separated\n * references in metres (eg '438700,114800').\n *\n * @param   {string}    gridref - Standard format OS grid reference.\n * @returns {OsGridRef} Numeric version of grid reference in metres from false origin (SW corner of\n *   supplied grid square).\n * @throws Error on Invalid grid reference.\n *\n * @example\n *   var grid = OsGridRef.parse('TG 51409 13177'); // grid: { easting: 651409, northing: 313177 }\n */\nOsGridRef.parse = function(gridref) {\n    gridref = String(gridref).trim();\n\n    // check for fully numeric comma-separated gridref format\n    var match = gridref.match(/^(\\d+),\\s*(\\d+)$/);\n    if (match) return new OsGridRef(match[1], match[2]);\n\n    // validate format\n    match = gridref.match(/^[A-Z]{2}\\s*[0-9]+\\s*[0-9]+$/i);\n    if (!match) throw new Error('Invalid grid reference');\n\n    // get numeric values of letter references, mapping A->0, B->1, C->2, etc:\n    var l1 = gridref.toUpperCase().charCodeAt(0) - 'A'.charCodeAt(0);\n    var l2 = gridref.toUpperCase().charCodeAt(1) - 'A'.charCodeAt(0);\n    // shuffle down letters after 'I' since 'I' is not used in grid:\n    if (l1 > 7) l1--;\n    if (l2 > 7) l2--;\n\n    // convert grid letters into 100km-square indexes from false origin (grid square SV):\n    var e100km = ((l1-2)%5)*5 + (l2%5);\n    var n100km = (19-Math.floor(l1/5)*5) - Math.floor(l2/5);\n\n    // skip grid letters to get numeric (easting/northing) part of ref\n    var en = gridref.slice(2).trim().split(/\\s+/);\n    // if e/n not whitespace separated, split half way\n    if (en.length == 1) en = [ en[0].slice(0, en[0].length/2), en[0].slice(en[0].length/2) ];\n\n    // validation\n    if (e100km<0 || e100km>6 || n100km<0 || n100km>12) throw new Error('Invalid grid reference');\n    if (en.length != 2) throw new Error('Invalid grid reference');\n    if (en[0].length != en[1].length) throw new Error('Invalid grid reference');\n\n    // standardise to 10-digit refs (metres)\n    en[0] = (en[0]+'00000').slice(0, 5);\n    en[1] = (en[1]+'00000').slice(0, 5);\n\n    var e = e100km + en[0];\n    var n = n100km + en[1];\n\n    return new OsGridRef(e, n);\n};\n\n\n/**\n * Converts ‘this’ numeric grid reference to standard OS grid reference.\n *\n * @param   {number} [digits=10] - Precision of returned grid reference (10 digits = metres);\n *   digits=0 will return grid reference in numeric format.\n * @returns {string} This grid reference in standard format.\n *\n * @example\n *   var ref = new OsGridRef(651409, 313177).toString(); // TG 51409 13177\n */\nOsGridRef.prototype.toString = function(digits) {\n    digits = (digits === undefined) ? 10 : Number(digits);\n    if (isNaN(digits) || digits%2!=0 || digits>16) throw new RangeError('Invalid precision ‘'+digits+'’');\n\n    var e = this.easting;\n    var n = this.northing;\n    if (isNaN(e) || isNaN(n)) throw new Error('Invalid grid reference');\n\n    // use digits = 0 to return numeric format (in metres, allowing for decimals & for northing > 1e6)\n    if (digits == 0) {\n        var eInt = Math.floor(e), eDec = e - eInt;\n        var nInt = Math.floor(n), nDec = n - nInt;\n        var ePad = ('000000'+eInt).slice(-6) + (eDec>0 ? eDec.toFixed(3).slice(1) : '');\n        var nPad = (nInt<1e6 ? ('000000'+nInt).slice(-6) : nInt) + (nDec>0 ? nDec.toFixed(3).slice(1) : '');\n        return ePad + ',' + nPad;\n    }\n\n    // get the 100km-grid indices\n    var e100k = Math.floor(e/100000), n100k = Math.floor(n/100000);\n\n    if (e100k<0 || e100k>6 || n100k<0 || n100k>12) return '';\n\n    // translate those into numeric equivalents of the grid letters\n    var l1 = (19-n100k) - (19-n100k)%5 + Math.floor((e100k+10)/5);\n    var l2 = (19-n100k)*5%25 + e100k%5;\n\n    // compensate for skipped 'I' and build grid letter-pairs\n    if (l1 > 7) l1++;\n    if (l2 > 7) l2++;\n    var letterPair = String.fromCharCode(l1+'A'.charCodeAt(0), l2+'A'.charCodeAt(0));\n\n    // strip 100km-grid indices from easting & northing, and reduce precision\n    e = Math.floor((e%100000)/Math.pow(10, 5-digits/2));\n    n = Math.floor((n%100000)/Math.pow(10, 5-digits/2));\n\n    // pad eastings & northings with leading zeros (just in case, allow up to 16-digit (mm) refs)\n    e = ('00000000'+e).slice(-digits/2);\n    n = ('00000000'+n).slice(-digits/2);\n\n    return letterPair + ' ' + e + ' ' + n;\n};\n\n\n/* - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -  */\nif (typeof module != 'undefined' && module.exports) module.exports = OsGridRef; // ≡ export default OsGridRef\n","var render = function () {var _vm=this;var _h=_vm.$createElement;var _c=_vm._self._c||_h;return _c('IxVectorLayer',{attrs:{\"features\":_vm.features,\"vector-style\":_vm.vectorStyle,\"z-index\":1}})}\nvar staticRenderFns = []\n\nexport { render, staticRenderFns }","<template lang=\"html\">\r\n  <IxVectorLayer\r\n    :features=\"features\"\r\n    :vector-style=\"vectorStyle\"\r\n    :z-index=\"1\"\r\n  />\r\n</template>\r\n\r\n<script>\r\nimport axios from 'axios'\r\nimport {mapGetters} from 'vuex'\r\n\r\n// TODO use different style for just field outline\r\nimport {fieldBorderSelected} from '@frs/map-styles'\r\n\r\nimport IxVectorLayer from '@components/map/IxVectorLayer'\r\n\r\nexport default {\r\n  components: {\r\n    IxVectorLayer\r\n  },\r\n  data () {\r\n    return {\r\n      loading: false,\r\n      feature: null\r\n    }\r\n  },\r\n  computed: {\r\n    ...mapGetters('fieldRecordSystem', [\r\n      'fieldId',\r\n      'harvestYear'\r\n    ]),\r\n    features () {\r\n      return this.feature ? [this.feature] : []\r\n    },\r\n    vectorStyle () {\r\n      return fieldBorderSelected\r\n    }\r\n  },\r\n  methods: {\r\n    async reloadGeometry () {\r\n      if (this.loading || !this.fieldId || !this.harvestYear) return\r\n\r\n      this.feature = null\r\n      this.loading = true\r\n\r\n      const url = `/api/v2/entities/fields/${this.fieldId}/geodata/${this.harvestYear}`\r\n      const response = await axios.get(url)\r\n\r\n      this.feature = {\r\n        type: 'Feature',\r\n        properties: {},\r\n        geometry: response.data\r\n      }\r\n      this.loading = false\r\n\r\n      await this.$store.dispatch('fieldRecordSystem/map/focus', this.feature)\r\n    }\r\n  },\r\n  watch: {\r\n    fieldId: {\r\n      immediate: true,\r\n      handler: 'reloadGeometry'\r\n    },\r\n    harvestYear: {\r\n      immediate: true,\r\n      handler: 'reloadGeometry'\r\n    }\r\n  }\r\n}\r\n</script>\r\n\r\n<style lang=\"scss\" scoped>\r\n</style>\r\n","import mod from \"-!../../../../../../../node_modules/cache-loader/dist/cjs.js??ref--12-0!../../../../../../../node_modules/thread-loader/dist/cjs.js!../../../../../../../node_modules/babel-loader/lib/index.js!../../../../../../../node_modules/cache-loader/dist/cjs.js??ref--0-0!../../../../../../../node_modules/vue-loader/lib/index.js??vue-loader-options!./FrsCurrentFieldBorderLayer.vue?vue&type=script&lang=js&\"; export default mod; export * from \"-!../../../../../../../node_modules/cache-loader/dist/cjs.js??ref--12-0!../../../../../../../node_modules/thread-loader/dist/cjs.js!../../../../../../../node_modules/babel-loader/lib/index.js!../../../../../../../node_modules/cache-loader/dist/cjs.js??ref--0-0!../../../../../../../node_modules/vue-loader/lib/index.js??vue-loader-options!./FrsCurrentFieldBorderLayer.vue?vue&type=script&lang=js&\"","import { render, staticRenderFns } from \"./FrsCurrentFieldBorderLayer.vue?vue&type=template&id=83de5aaa&scoped=true&lang=html&\"\nimport script from \"./FrsCurrentFieldBorderLayer.vue?vue&type=script&lang=js&\"\nexport * from \"./FrsCurrentFieldBorderLayer.vue?vue&type=script&lang=js&\"\n\n\n/* normalize component */\nimport normalizer from \"!../../../../../../../node_modules/vue-loader/lib/runtime/componentNormalizer.js\"\nvar component = normalizer(\n  script,\n  render,\n  staticRenderFns,\n  false,\n  null,\n  \"83de5aaa\",\n  null\n  \n)\n\nexport default component.exports","\"use strict\"\n\nvar twoProduct = require(\"two-product\")\nvar twoSum = require(\"two-sum\")\n\nmodule.exports = scaleLinearExpansion\n\nfunction scaleLinearExpansion(e, scale) {\n  var n = e.length\n  if(n === 1) {\n    var ts = twoProduct(e[0], scale)\n    if(ts[0]) {\n      return ts\n    }\n    return [ ts[1] ]\n  }\n  var g = new Array(2 * n)\n  var q = [0.1, 0.1]\n  var t = [0.1, 0.1]\n  var count = 0\n  twoProduct(e[0], scale, q)\n  if(q[0]) {\n    g[count++] = q[0]\n  }\n  for(var i=1; i<n; ++i) {\n    twoProduct(e[i], scale, t)\n    var pq = q[1]\n    twoSum(pq, t[0], q)\n    if(q[0]) {\n      g[count++] = q[0]\n    }\n    var a = t[1]\n    var b = q[1]\n    var x = a + b\n    var bv = x - a\n    var y = b - bv\n    q[1] = x\n    if(y) {\n      g[count++] = y\n    }\n  }\n  if(q[1]) {\n    g[count++] = q[1]\n  }\n  if(count === 0) {\n    g[count++] = 0.0\n  }\n  g.length = count\n  return g\n}","var distance = require('@turf/distance');\n\n/**\n * Takes a bounding box and calculates the minimum square bounding box that\n * would contain the input.\n *\n * @name square\n * @param {Array<number>} bbox extent in [west, south, east, north] order\n * @returns {Array<number>} a square surrounding `bbox`\n * @example\n * var bbox = [-20,-20,-15,0];\n * var squared = turf.square(bbox);\n * var features = turf.featureCollection([\n *   turf.bboxPolygon(bbox),\n *   turf.bboxPolygon(squared)\n * ]);\n *\n * //addToMap\n * var addToMap = [features]\n */\nmodule.exports = function (bbox) {\n    var west = bbox[0];\n    var south = bbox[1];\n    var east = bbox[2];\n    var north = bbox[3];\n\n    var horizontalDistance = distance(bbox.slice(0, 2), [east, south]);\n    var verticalDistance = distance(bbox.slice(0, 2), [west, north]);\n    if (horizontalDistance >= verticalDistance) {\n        var verticalMidpoint = (south + north) / 2;\n        return [\n            west,\n            verticalMidpoint - ((east - west) / 2),\n            east,\n            verticalMidpoint + ((east - west) / 2)\n        ];\n    } else {\n        var horizontalMidpoint = (west + east) / 2;\n        return [\n            horizontalMidpoint - ((north - south) / 2),\n            south,\n            horizontalMidpoint + ((north - south) / 2),\n            north\n        ];\n    }\n};\n","/* - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -  */\n/*  MGRS / UTM Conversion Functions                                   (c) Chris Veness 2014-2016  */\n/*                                                                                   MIT Licence  */\n/* www.movable-type.co.uk/scripts/latlong-utm-mgrs.html                                           */\n/* www.movable-type.co.uk/scripts/geodesy/docs/module-mgrs.html                                   */\n/* - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -  */\n\n'use strict';\nif (typeof module!='undefined' && module.exports) var Utm = require('./utm.js');                   // ≡ import Utm from 'utm.js'\nif (typeof module!='undefined' && module.exports) var LatLon = require('./latlon-ellipsoidal.js'); // ≡ import LatLon from 'latlon-ellipsoidal.js'\n\n\n/**\n * Convert between Universal Transverse Mercator (UTM) coordinates and Military Grid Reference\n * System (MGRS/NATO) grid references.\n *\n * @module   mgrs\n * @requires utm\n * @requires latlon-ellipsoidal\n */\n\n/* qv www.fgdc.gov/standards/projects/FGDC-standards-projects/usng/fgdc_std_011_2001_usng.pdf p10 */\n\n\n/*\n * Latitude bands C..X 8° each, covering 80°S to 84°N\n */\nMgrs.latBands = 'CDEFGHJKLMNPQRSTUVWXX'; // X is repeated for 80-84°N\n\n\n/*\n * 100km grid square column (‘e’) letters repeat every third zone\n */\nMgrs.e100kLetters = [ 'ABCDEFGH', 'JKLMNPQR', 'STUVWXYZ' ];\n\n\n/*\n * 100km grid square row (‘n’) letters repeat every other zone\n */\nMgrs.n100kLetters = [ 'ABCDEFGHJKLMNPQRSTUV', 'FGHJKLMNPQRSTUVABCDE' ];\n\n\n/**\n * Creates an Mgrs grid reference object.\n *\n * @constructor\n * @param  {number} zone - 6° longitudinal zone (1..60 covering 180°W..180°E).\n * @param  {string} band - 8° latitudinal band (C..X covering 80°S..84°N).\n * @param  {string} e100k - First letter (E) of 100km grid square.\n * @param  {string} n100k - Second letter (N) of 100km grid square.\n * @param  {number} easting - Easting in metres within 100km grid square.\n * @param  {number} northing - Northing in metres within 100km grid square.\n * @param  {LatLon.datum} [datum=WGS84] - Datum UTM coordinate is based on.\n * @throws {Error}  Invalid MGRS grid reference.\n *\n * @example\n *   var mgrsRef = new Mgrs(31, 'U', 'D', 'Q', 48251, 11932); // 31U DQ 48251 11932\n */\nfunction Mgrs(zone, band, e100k, n100k, easting, northing, datum) {\n    // allow instantiation without 'new'\n    if (!(this instanceof Mgrs)) return new Mgrs(zone, band, e100k, n100k, easting, northing, datum);\n\n    if (datum === undefined) datum = LatLon.datum.WGS84; // default if not supplied\n\n    if (!(1<=zone && zone<=60)) throw new Error('Invalid MGRS grid reference (zone ‘'+zone+'’)');\n    if (band.length != 1) throw new Error('Invalid MGRS grid reference (band ‘'+band+'’)');\n    if (Mgrs.latBands.indexOf(band) == -1) throw new Error('Invalid MGRS grid reference (band ‘'+band+'’)');\n    if (e100k.length!=1) throw new Error('Invalid MGRS grid reference (e100k ‘'+e100k+'’)');\n    if (n100k.length!=1) throw new Error('Invalid MGRS grid reference (n100k ‘'+n100k+'’)');\n\n    this.zone = Number(zone);\n    this.band = band;\n    this.e100k = e100k;\n    this.n100k = n100k;\n    this.easting = Number(easting);\n    this.northing = Number(northing);\n    this.datum = datum;\n}\n\n\n/**\n * Converts UTM coordinate to MGRS reference.\n *\n * @returns {Mgrs}\n * @throws  {Error} Invalid UTM coordinate.\n *\n * @example\n *   var utmCoord = new Utm(31, 'N', 448251, 5411932);\n *   var mgrsRef = utmCoord.toMgrs(); // 31U DQ 48251 11932\n */\nUtm.prototype.toMgrs = function() {\n    if (isNaN(this.zone + this.easting + this.northing)) throw new Error('Invalid UTM coordinate ‘'+this.toString()+'’');\n\n    // MGRS zone is same as UTM zone\n    var zone = this.zone;\n\n    // convert UTM to lat/long to get latitude to determine band\n    var latlong = this.toLatLonE();\n    // grid zones are 8° tall, 0°N is 10th band\n    var band = Mgrs.latBands.charAt(Math.floor(latlong.lat/8+10)); // latitude band\n\n    // columns in zone 1 are A-H, zone 2 J-R, zone 3 S-Z, then repeating every 3rd zone\n    var col = Math.floor(this.easting / 100e3);\n    var e100k = Mgrs.e100kLetters[(zone-1)%3].charAt(col-1); // col-1 since 1*100e3 -> A (index 0), 2*100e3 -> B (index 1), etc.\n\n    // rows in even zones are A-V, in odd zones are F-E\n    var row = Math.floor(this.northing / 100e3) % 20;\n    var n100k = Mgrs.n100kLetters[(zone-1)%2].charAt(row);\n\n    // truncate easting/northing to within 100km grid square\n    var easting = this.easting % 100e3;\n    var northing = this.northing % 100e3;\n\n    // round to nm precision\n    easting = Number(easting.toFixed(6));\n    northing = Number(northing.toFixed(6));\n\n    return new Mgrs(zone, band, e100k, n100k, easting, northing);\n};\n\n\n/**\n * Converts MGRS grid reference to UTM coordinate.\n *\n * @returns {Utm}\n *\n * @example\n *   var utmCoord = Mgrs.parse('31U DQ 448251 11932').toUtm(); // 31 N 448251 5411932\n */\nMgrs.prototype.toUtm = function() {\n    var zone = this.zone;\n    var band = this.band;\n    var e100k = this.e100k;\n    var n100k = this.n100k;\n    var easting = this.easting;\n    var northing = this.northing;\n\n    var hemisphere = band>='N' ? 'N' : 'S';\n\n    // get easting specified by e100k\n    var col = Mgrs.e100kLetters[(zone-1)%3].indexOf(e100k) + 1; // index+1 since A (index 0) -> 1*100e3, B (index 1) -> 2*100e3, etc.\n    var e100kNum = col * 100e3; // e100k in metres\n\n    // get northing specified by n100k\n    var row = Mgrs.n100kLetters[(zone-1)%2].indexOf(n100k);\n    var n100kNum = row * 100e3; // n100k in metres\n\n    // get latitude of (bottom of) band\n    var latBand = (Mgrs.latBands.indexOf(band)-10)*8;\n\n    // northing of bottom of band, extended to include entirety of bottommost 100km square\n    // (100km square boundaries are aligned with 100km UTM northing intervals)\n    var nBand = Math.floor(new LatLon(latBand, 0).toUtm().northing/100e3)*100e3;\n    // 100km grid square row letters repeat every 2,000km north; add enough 2,000km blocks to get\n    // into required band\n    var n2M = 0; // northing of 2,000km block\n    while (n2M + n100kNum + northing < nBand) n2M += 2000e3;\n\n    return new Utm(zone, hemisphere, e100kNum+easting, n2M+n100kNum+northing, this.datum);\n};\n\n\n/**\n * Parses string representation of MGRS grid reference.\n *\n * An MGRS grid reference comprises (space-separated)\n *  - grid zone designator (GZD)\n *  - 100km grid square letter-pair\n *  - easting\n *  - northing.\n *\n * @param   {string} mgrsGridRef - String representation of MGRS grid reference.\n * @returns {Mgrs}   Mgrs grid reference object.\n * @throws  {Error}  Invalid MGRS grid reference.\n *\n * @example\n *   var mgrsRef = Mgrs.parse('31U DQ 48251 11932');\n *   var mgrsRef = Mgrs.parse('31UDQ4825111932');\n *   //  mgrsRef: { zone:31, band:'U', e100k:'D', n100k:'Q', easting:48251, northing:11932 }\n */\nMgrs.parse = function(mgrsGridRef) {\n    mgrsGridRef = mgrsGridRef.trim();\n\n    // check for military-style grid reference with no separators\n    if (!mgrsGridRef.match(/\\s/)) {\n        var en = mgrsGridRef.slice(5); // get easting/northing following zone/band/100ksq\n        en = en.slice(0, en.length/2)+' '+en.slice(-en.length/2); // separate easting/northing\n        mgrsGridRef = mgrsGridRef.slice(0, 3)+' '+mgrsGridRef.slice(3, 5)+' '+en; // insert spaces\n    }\n\n    // match separate elements (separated by whitespace)\n    mgrsGridRef = mgrsGridRef.match(/\\S+/g);\n\n    if (mgrsGridRef==null || mgrsGridRef.length!=4) throw new Error('Invalid MGRS grid reference ‘'+mgrsGridRef+'’');\n\n    // split gzd into zone/band\n    var gzd = mgrsGridRef[0];\n    var zone = gzd.slice(0, 2);\n    var band = gzd.slice(2, 3);\n\n    // split 100km letter-pair into e/n\n    var en100k = mgrsGridRef[1];\n    var e100k = en100k.slice(0, 1);\n    var n100k = en100k.slice(1, 2);\n\n    var e = mgrsGridRef[2], n = mgrsGridRef[3];\n\n    // standardise to 10-digit refs - ie metres) (but only if < 10-digit refs, to allow decimals)\n    e = e.length>=5 ?  e : (e+'00000').slice(0, 5);\n    n = n.length>=5 ?  n : (n+'00000').slice(0, 5);\n\n    return new Mgrs(zone, band, e100k, n100k, e, n);\n};\n\n\n/**\n * Returns a string representation of an MGRS grid reference.\n *\n * To distinguish from civilian UTM coordinate representations, no space is included within the\n * zone/band grid zone designator.\n *\n * Components are separated by spaces: for a military-style unseparated string, use\n * Mgrs.toString().replace(/ /g, '');\n *\n * Note that MGRS grid references get truncated, not rounded (unlike UTM coordinates).\n *\n * @param   {number} [digits=10] - Precision of returned grid reference (eg 4 = km, 10 = m).\n * @returns {string} This grid reference in standard format.\n * @throws  {Error}  Invalid precision.\n *\n * @example\n *   var mgrsStr = new Mgrs(31, 'U', 'D', 'Q', 48251, 11932).toString(); // '31U DQ 48251 11932'\n */\nMgrs.prototype.toString = function(digits) {\n    digits = (digits === undefined) ? 10 : Number(digits);\n    if ([ 2,4,6,8,10 ].indexOf(digits) == -1) throw new Error('Invalid precision ‘'+digits+'’');\n\n    var zone = ('00'+this.zone).slice(-2); // ensure leading zero\n    var band = this.band;\n\n    var e100k = this.e100k;\n    var n100k = this.n100k;\n\n    // truncate to required precision\n    var eRounded = Math.floor(this.easting/Math.pow(10, 5-digits/2));\n    var nRounded = Math.floor(this.northing/Math.pow(10, 5-digits/2));\n\n    // ensure leading zeros\n    var easting = ('00000'+eRounded).slice(-digits/2);\n    var northing = ('00000'+nRounded).slice(-digits/2);\n\n    return zone+band + ' ' + e100k+n100k + ' '  + easting + ' ' + northing;\n};\n\n\n/* - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -  */\nif (typeof module != 'undefined' && module.exports) module.exports = Mgrs; // ≡ export default Mgrs\n","var random = require('geojson-random');\n\n/**\n * Generates random {@link GeoJSON} data, including {@link Point|Points} and {@link Polygon|Polygons}, for testing\n * and experimentation.\n *\n * @name random\n * @param {string} [type='point'] type of features desired: 'points' or 'polygons'\n * @param {number} [count=1] how many geometries should be generated.\n * @param {Object} options options relevant to the feature desired. Can include:\n * @param {Array<number>} options.bbox a bounding box inside of which geometries\n * are placed. In the case of {@link Point} features, they are guaranteed to be within this bounds,\n * while {@link Polygon} features have their centroid within the bounds.\n * @param {number} [options.num_vertices=10] options.vertices the number of vertices added\n * to polygon features.\n * @param {Number} [options.max_radial_length=10] the total number of decimal\n * degrees longitude or latitude that a polygon can extent outwards to\n * from its center.\n * @returns {FeatureCollection} generated random features\n * @example\n * var points = turf.random('points', 100, {\n *   bbox: [-70, 40, -60, 60]\n * });\n *\n * var polygons = turf.random('polygons', 4, {\n *   bbox: [-70, 40, -60, 60]\n * });\n *\n * //addToMap\n * var addToMap = [points, polygons]\n */\nmodule.exports = function (type, count, options) {\n    options = options || {};\n    count = count || 1;\n    switch (type) {\n    case 'point':\n    case 'points':\n    case undefined:\n        return random.point(count, options.bbox);\n    case 'polygon':\n    case 'polygons':\n        return random.polygon(\n            count,\n            options.num_vertices,\n            options.max_radial_length,\n            options.bbox);\n    default:\n        throw new Error('Unknown type given: valid options are points and polygons');\n    }\n};\n","/*!\n* @license GNU Affero General Public License.\n* Copyright (c) 2015, 2015 Ronny Lorenz <ronny@tbi.univie.ac.at>\n* v. 1.2.0\n* https://github.com/RaumZeit/MarchingSquares.js\n*/\n\n(function (root, factory) {\n    if (typeof define === 'function' && define.amd) {\n        // AMD. Register as an anonymous module.\n        define([], function() { return { isoContours : factory() }; })\n    } else if (typeof module === 'object' && module.exports) {\n        // Node. Does not work with strict CommonJS, but\n        // only CommonJS-like environments that support module.exports,\n        // like Node.\n        module.exports = { isoContours : factory() };\n    } else {\n        // Browser globals (root is window)\n        root.MarchingSquaresJS = {\n                                    isoContours : factory(),\n                                    isoBands : (root.MarchingSquaresJS) ? root.MarchingSquaresJS.isoBands : null\n                                 };\n    }\n}(this, function () {\n\n  /*\n    Compute the isocontour(s) of a scalar 2D field given\n    a certain threshold by applying the Marching Squares\n    Algorithm. The function returns a list of path coordinates\n  */\n  var defaultSettings = {\n    successCallback:  null,\n    verbose:          false\n  };\n\n  var settings = {};\n\n  function isoContours(data, threshold, options){\n    /* process options */\n    options = options ? options : {};\n\n    var optionKeys = Object.keys(defaultSettings);\n\n    for(var i = 0; i < optionKeys.length; i++){\n      var key = optionKeys[i];\n      var val = options[key];\n      val = ((typeof val !== 'undefined') && (val !== null)) ? val : defaultSettings[key];\n\n      settings[key] = val;\n    }\n\n    if(settings.verbose)\n      console.log(\"MarchingSquaresJS-isoContours: computing isocontour for \" + threshold);\n\n    var ret = ContourGrid2Paths(computeContourGrid(data, threshold));\n\n    if(typeof settings.successCallback === 'function')\n      settings.successCallback(ret);\n\n    return ret;\n  }\n\n  /*\n    Thats all for the public interface, below follows the actual\n    implementation\n  */\n\n  /*\n  ################################\n  Isocontour implementation below\n  ################################\n  */\n\n  /* assume that x1 == 1 &&  x0 == 0 */\n  function interpolateX(y, y0, y1){\n    return (y - y0) / (y1 - y0);\n  }\n\n  /* compute the isocontour 4-bit grid */\n  function computeContourGrid(data, threshold){\n    var rows = data.length - 1;\n    var cols = data[0].length - 1;\n    var ContourGrid = { rows: rows, cols: cols, cells: [] };\n\n    for(var j = 0; j < rows; ++j){\n      ContourGrid.cells[j] = [];\n      for(var i = 0; i < cols; ++i){\n        /* compose the 4-bit corner representation */\n        var cval = 0;\n\n        var tl = data[j+1][i];\n        var tr = data[j+1][i+1];\n        var br = data[j][i+1];\n        var bl = data[j][i];\n\n        if(isNaN(tl) || isNaN(tr) || isNaN(br) || isNaN(bl)){\n          continue;\n        }\n        cval |= ((tl >= threshold) ? 8 : 0);\n        cval |= ((tr >= threshold) ? 4 : 0);\n        cval |= ((br >= threshold) ? 2 : 0);\n        cval |= ((bl >= threshold) ? 1 : 0);\n\n        /* resolve ambiguity for cval == 5 || 10 via averaging */\n        var flipped = false;\n        if(cval === 5 || cval === 10){\n          var average = (tl + tr + br + bl) / 4;\n          if(cval === 5 && (average < threshold)){\n            cval = 10;\n            flipped = true;\n          } else if(cval === 10 && (average < threshold)){\n            cval = 5;\n            flipped = true;\n          }\n        }\n\n        /* add cell to ContourGrid if it contains edges */\n        if(cval != 0 && cval != 15){\n          var top, bottom, left, right;\n          top = bottom = left = right = 0.5;\n          /* interpolate edges of cell */\n          if(cval === 1){\n            left    = 1 - interpolateX(threshold, tl, bl);\n            bottom  = 1 - interpolateX(threshold, br, bl);\n          } else if(cval === 2){\n            bottom  = interpolateX(threshold, bl, br);\n            right   = 1 - interpolateX(threshold, tr, br);\n          } else if(cval === 3){\n            left    = 1 - interpolateX(threshold, tl, bl);\n            right   = 1 - interpolateX(threshold, tr, br);\n          } else if(cval === 4){\n            top     = interpolateX(threshold, tl, tr);\n            right   = interpolateX(threshold, br, tr);\n          } else if(cval === 5){\n            top     = interpolateX(threshold, tl, tr);\n            right   = interpolateX(threshold, br, tr);\n            bottom  = 1 - interpolateX(threshold, br, bl);\n            left    = 1 - interpolateX(threshold, tl, bl);\n          } else if(cval === 6){\n            bottom  = interpolateX(threshold, bl, br);\n            top     = interpolateX(threshold, tl, tr);\n          } else if(cval === 7){\n            left    = 1 - interpolateX(threshold, tl, bl);\n            top     = interpolateX(threshold, tl, tr);\n          } else if(cval === 8){\n            left    = interpolateX(threshold, bl, tl);\n            top     = 1 - interpolateX(threshold, tr, tl);\n          } else if(cval === 9){\n            bottom  = 1 - interpolateX(threshold, br, bl);\n            top     = 1 - interpolateX(threshold, tr, tl);\n          } else if(cval === 10){\n            top     = 1 - interpolateX(threshold, tr, tl);\n            right   = 1 - interpolateX(threshold, tr, br);\n            bottom  = interpolateX(threshold, bl, br);\n            left    = interpolateX(threshold, bl, tl);\n          } else if(cval === 11){\n            top     = 1 - interpolateX(threshold, tr, tl);\n            right   = 1 - interpolateX(threshold, tr, br);\n          } else if(cval === 12){\n            left    = interpolateX(threshold, bl, tl);\n            right   = interpolateX(threshold, br, tr);\n          } else if(cval === 13){\n            bottom  = 1 - interpolateX(threshold, br, bl);\n            right   = interpolateX(threshold, br, tr);\n          } else if(cval === 14){\n            left    = interpolateX(threshold, bl, tl);\n            bottom  = interpolateX(threshold, bl, br);\n          } else {\n            console.log(\"MarchingSquaresJS-isoContours: Illegal cval detected: \" + cval);\n          }\n          ContourGrid.cells[j][i] = {\n                                      cval:     cval,\n                                      flipped:  flipped,\n                                      top:      top,\n                                      right:    right,\n                                      bottom:   bottom,\n                                      left:     left\n                                    };\n        }\n\n      }\n    }\n\n    return ContourGrid;\n  }\n\n  function isSaddle(cell){\n    return cell.cval === 5 || cell.cval === 10;\n  }\n\n  function isTrivial(cell){\n    return cell.cval === 0 || cell.cval === 15;\n  }\n\n  function clearCell(cell){\n    if((!isTrivial(cell)) && (cell.cval !== 5) && (cell.cval !== 10)){\n      cell.cval = 15;\n    }\n  }\n\n  function getXY(cell, edge){\n    if(edge === \"top\"){\n      return [cell.top, 1.0];\n    } else if(edge === \"bottom\"){\n      return [cell.bottom, 0.0];\n    } else if(edge === \"right\"){\n      return [1.0, cell.right];\n    } else if(edge === \"left\"){\n      return [0.0, cell.left];\n    }\n  }\n\n  function ContourGrid2Paths(grid){\n    var paths = [];\n    var path_idx = 0;\n    var rows = grid.rows;\n    var cols = grid.cols;\n    var epsilon = 1e-7;\n\n    grid.cells.forEach(function(g, j){\n      g.forEach(function(gg, i){\n        if((typeof gg !== 'undefined') && (!isSaddle(gg)) && (!isTrivial(gg))){\n          var p = tracePath(grid.cells, j, i);\n          var merged = false;\n          /* we may try to merge paths at this point */\n          if(p.info === \"mergeable\"){\n            /*\n              search backwards through the path array to find an entry\n              that starts with where the current path ends...\n            */\n            var x = p.path[p.path.length - 1][0],\n                y = p.path[p.path.length - 1][1];\n\n            for(var k = path_idx - 1; k >= 0; k--){\n              if((Math.abs(paths[k][0][0] - x) <= epsilon) && (Math.abs(paths[k][0][1] - y) <= epsilon)){\n                for(var l = p.path.length - 2; l >= 0; --l){\n                  paths[k].unshift(p.path[l]);\n                }\n                merged = true;\n                break;\n              }\n            }\n          }\n          if(!merged)\n            paths[path_idx++] = p.path;\n        }\n      });\n    });\n\n    return paths;\n  }\n\n  /*\n    construct consecutive line segments from starting cell by\n    walking arround the enclosed area clock-wise\n   */\n  function tracePath(grid, j, i){\n    var maxj = grid.length;\n    var p = [];\n    var dxContour = [0, 0, 1, 1, 0, 0, 0, 0, -1, 0, 1, 1, -1, 0, -1, 0];\n    var dyContour = [0, -1, 0, 0, 1, 1, 1, 1, 0, -1, 0, 0, 0, -1, 0, 0];\n    var dx, dy;\n    var startEdge = [\"none\", \"left\", \"bottom\", \"left\", \"right\", \"none\", \"bottom\", \"left\", \"top\", \"top\", \"none\", \"top\", \"right\", \"right\", \"bottom\", \"none\"];\n    var nextEdge  = [\"none\", \"bottom\", \"right\", \"right\", \"top\", \"top\", \"top\", \"top\", \"left\", \"bottom\", \"right\", \"right\", \"left\", \"bottom\", \"left\", \"none\"];\n    var edge;\n\n    var startCell   = grid[j][i];\n    var currentCell = grid[j][i];\n\n    var cval = currentCell.cval;\n    var edge = startEdge[cval];\n\n    var pt = getXY(currentCell, edge);\n\n    /* push initial segment */\n    p.push([i + pt[0], j + pt[1]]);\n    edge = nextEdge[cval];\n    pt = getXY(currentCell, edge);\n    p.push([i + pt[0], j + pt[1]]);\n    clearCell(currentCell);\n\n    /* now walk arround the enclosed area in clockwise-direction */\n    var k = i + dxContour[cval];\n    var l = j + dyContour[cval];\n    var prev_cval = cval;\n\n    while((k >= 0) && (l >= 0) && (l < maxj) && ((k != i) || (l != j))){\n      currentCell = grid[l][k];\n      if(typeof currentCell === 'undefined'){ /* path ends here */\n        //console.log(k + \" \" + l + \" is undefined, stopping path!\");\n        break;\n      }\n      cval = currentCell.cval;\n      if((cval === 0) || (cval === 15)){\n        return { path: p, info: \"mergeable\" };\n      }\n      edge  = nextEdge[cval];\n      dx    = dxContour[cval];\n      dy    = dyContour[cval];\n      if((cval === 5) || (cval === 10)){\n        /* select upper or lower band, depending on previous cells cval */\n        if(cval === 5){\n          if(currentCell.flipped){ /* this is actually a flipped case 10 */\n            if(dyContour[prev_cval] === -1){\n              edge  = \"left\";\n              dx    = -1;\n              dy    = 0;\n            } else {\n              edge  = \"right\";\n              dx    = 1;\n              dy    = 0;\n            }\n          } else { /* real case 5 */\n            if(dxContour[prev_cval] === -1){\n              edge  = \"bottom\";\n              dx    = 0;\n              dy    = -1;\n            }\n          }\n        } else if(cval === 10){\n          if(currentCell.flipped){ /* this is actually a flipped case 5 */\n            if(dxContour[prev_cval] === -1){\n              edge  = \"top\";\n              dx    = 0;\n              dy    = 1;\n            } else {\n              edge  = \"bottom\";\n              dx    = 0;\n              dy    = -1;\n            }\n          } else {  /* real case 10 */\n            if(dyContour[prev_cval] === 1){\n              edge  = \"left\";\n              dx    = -1;\n              dy    = 0;\n            }\n          }\n        }\n      }\n      pt = getXY(currentCell, edge);\n      p.push([k + pt[0], l + pt[1]]);\n      clearCell(currentCell);\n      k += dx;\n      l += dy;\n      prev_cval = cval;\n    }\n\n    return { path: p, info: \"closed\" };\n  }\n\n  return isoContours;\n\n}));\n","'use strict';\n\nvar _createClass = function () { function defineProperties(target, props) { for (var i = 0; i < props.length; i++) { var descriptor = props[i]; descriptor.enumerable = descriptor.enumerable || false; descriptor.configurable = true; if (\"value\" in descriptor) descriptor.writable = true; Object.defineProperty(target, descriptor.key, descriptor); } } return function (Constructor, protoProps, staticProps) { if (protoProps) defineProperties(Constructor.prototype, protoProps); if (staticProps) defineProperties(Constructor, staticProps); return Constructor; }; }();\n\nfunction _classCallCheck(instance, Constructor) { if (!(instance instanceof Constructor)) { throw new TypeError(\"Cannot call a class as a function\"); } }\n\nvar _require = require('./util'),\n    orientationIndex = _require.orientationIndex;\n\nvar Node = function () {\n  _createClass(Node, null, [{\n    key: 'buildId',\n    value: function buildId(coordinates) {\n      return coordinates.join(',');\n    }\n  }]);\n\n  function Node(coordinates) {\n    _classCallCheck(this, Node);\n\n    this.id = Node.buildId(coordinates);\n    this.coordinates = coordinates; //< {Number[]}\n    this.innerEdges = []; //< {Edge[]}\n\n    // We wil store to (out) edges in an CCW order as geos::planargraph::DirectedEdgeStar does\n    this.outerEdges = []; //< {Edge[]}\n    this.outerEdgesSorted = false; //< {Boolean} flag that stores if the outer Edges had been sorted\n  }\n\n  _createClass(Node, [{\n    key: 'removeInnerEdge',\n    value: function removeInnerEdge(edge) {\n      this.innerEdges = this.innerEdges.filter(function (e) {\n        return e.from.id !== edge.from.id;\n      });\n    }\n  }, {\n    key: 'removeOuterEdge',\n    value: function removeOuterEdge(edge) {\n      this.outerEdges = this.outerEdges.filter(function (e) {\n        return e.to.id !== edge.to.id;\n      });\n    }\n\n    /** Outer edges are stored CCW order.\n     * @param {Edge} edge - Edge to add as an outerEdge.\n     */\n\n  }, {\n    key: 'addOuterEdge',\n    value: function addOuterEdge(edge) {\n      this.outerEdges.push(edge);\n      this.outerEdgesSorted = false;\n    }\n\n    /** Sorts outer edges in CCW way.\n     * @private\n     */\n\n  }, {\n    key: 'sortOuterEdges',\n    value: function sortOuterEdges() {\n      var _this = this;\n\n      if (!this.outerEdgesSorted) {\n        //this.outerEdges.sort((a, b) => a.compareTo(b));\n        // Using this comparator in order to be deterministic\n        this.outerEdges.sort(function (a, b) {\n          var aNode = a.to,\n              bNode = b.to;\n\n          if (aNode.coordinates[0] - _this.coordinates[0] >= 0 && bNode.coordinates[0] - _this.coordinates[0] < 0) return 1;\n          if (aNode.coordinates[0] - _this.coordinates[0] < 0 && bNode.coordinates[0] - _this.coordinates[0] >= 0) return -1;\n\n          if (aNode.coordinates[0] - _this.coordinates[0] === 0 && bNode.coordinates[0] - _this.coordinates[0] === 0) {\n            if (aNode.coordinates[1] - _this.coordinates[1] >= 0 || bNode.coordinates[1] - _this.coordinates[1] >= 0) return aNode.coordinates[1] - bNode.coordinates[1];\n            return bNode.coordinates[1] - aNode.coordinates[1];\n          }\n\n          var det = orientationIndex(_this.coordinates, aNode.coordinates, bNode.coordinates);\n          if (det < 0) return 1;\n          if (det > 0) return -1;\n\n          var d1 = Math.pow(aNode.coordinates[0] - _this.coordinates[0], 2) + Math.pow(aNode.coordinates[1] - _this.coordinates[1], 2),\n              d2 = Math.pow(bNode.coordinates[0] - _this.coordinates[0], 2) + Math.pow(bNode.coordinates[1] - _this.coordinates[1], 2);\n\n          return d1 - d2;\n        });\n        this.outerEdgesSorted = true;\n      }\n    }\n\n    /** Retrieves outer edges.\n     * They are sorted if they aren't in the CCW order.\n     * @returns {Edge[]} - List of outer edges sorted in a CCW order.\n     */\n\n  }, {\n    key: 'getOuterEdges',\n    value: function getOuterEdges() {\n      this.sortOuterEdges();\n      return this.outerEdges;\n    }\n  }, {\n    key: 'getOuterEdge',\n    value: function getOuterEdge(i) {\n      this.sortOuterEdges();\n      return this.outerEdges[i];\n    }\n  }, {\n    key: 'addInnerEdge',\n    value: function addInnerEdge(edge) {\n      this.innerEdges.push(edge);\n    }\n  }]);\n\n  return Node;\n}();\n\nmodule.exports = Node;","/**\n * Helpers.\n */\n\nvar s = 1000;\nvar m = s * 60;\nvar h = m * 60;\nvar d = h * 24;\nvar y = d * 365.25;\n\n/**\n * Parse or format the given `val`.\n *\n * Options:\n *\n *  - `long` verbose formatting [false]\n *\n * @param {String|Number} val\n * @param {Object} [options]\n * @throws {Error} throw an error if val is not a non-empty string or a number\n * @return {String|Number}\n * @api public\n */\n\nmodule.exports = function(val, options) {\n  options = options || {};\n  var type = typeof val;\n  if (type === 'string' && val.length > 0) {\n    return parse(val);\n  } else if (type === 'number' && isNaN(val) === false) {\n    return options.long ? fmtLong(val) : fmtShort(val);\n  }\n  throw new Error(\n    'val is not a non-empty string or a valid number. val=' +\n      JSON.stringify(val)\n  );\n};\n\n/**\n * Parse the given `str` and return milliseconds.\n *\n * @param {String} str\n * @return {Number}\n * @api private\n */\n\nfunction parse(str) {\n  str = String(str);\n  if (str.length > 100) {\n    return;\n  }\n  var match = /^((?:\\d+)?\\.?\\d+) *(milliseconds?|msecs?|ms|seconds?|secs?|s|minutes?|mins?|m|hours?|hrs?|h|days?|d|years?|yrs?|y)?$/i.exec(\n    str\n  );\n  if (!match) {\n    return;\n  }\n  var n = parseFloat(match[1]);\n  var type = (match[2] || 'ms').toLowerCase();\n  switch (type) {\n    case 'years':\n    case 'year':\n    case 'yrs':\n    case 'yr':\n    case 'y':\n      return n * y;\n    case 'days':\n    case 'day':\n    case 'd':\n      return n * d;\n    case 'hours':\n    case 'hour':\n    case 'hrs':\n    case 'hr':\n    case 'h':\n      return n * h;\n    case 'minutes':\n    case 'minute':\n    case 'mins':\n    case 'min':\n    case 'm':\n      return n * m;\n    case 'seconds':\n    case 'second':\n    case 'secs':\n    case 'sec':\n    case 's':\n      return n * s;\n    case 'milliseconds':\n    case 'millisecond':\n    case 'msecs':\n    case 'msec':\n    case 'ms':\n      return n;\n    default:\n      return undefined;\n  }\n}\n\n/**\n * Short format for `ms`.\n *\n * @param {Number} ms\n * @return {String}\n * @api private\n */\n\nfunction fmtShort(ms) {\n  if (ms >= d) {\n    return Math.round(ms / d) + 'd';\n  }\n  if (ms >= h) {\n    return Math.round(ms / h) + 'h';\n  }\n  if (ms >= m) {\n    return Math.round(ms / m) + 'm';\n  }\n  if (ms >= s) {\n    return Math.round(ms / s) + 's';\n  }\n  return ms + 'ms';\n}\n\n/**\n * Long format for `ms`.\n *\n * @param {Number} ms\n * @return {String}\n * @api private\n */\n\nfunction fmtLong(ms) {\n  return plural(ms, d, 'day') ||\n    plural(ms, h, 'hour') ||\n    plural(ms, m, 'minute') ||\n    plural(ms, s, 'second') ||\n    ms + ' ms';\n}\n\n/**\n * Pluralization helper.\n */\n\nfunction plural(ms, n, name) {\n  if (ms < n) {\n    return;\n  }\n  if (ms < n * 1.5) {\n    return Math.floor(ms / n) + ' ' + name;\n  }\n  return Math.ceil(ms / n) + ' ' + name + 's';\n}\n","var coordEach = require('@turf/meta').coordEach;\n\n/**\n * Takes input features and flips all of their coordinates from `[x, y]` to `[y, x]`.\n *\n * @name flip\n * @param {FeatureCollection|Feature<any>} geojson input features\n * @param {boolean} [mutate=false] allows GeoJSON input to be mutated (significant performance increase if true)\n * @returns {FeatureCollection|Feature<any>} a feature or set of features of the same type as `input` with flipped coordinates\n * @example\n * var serbia = turf.point([20.566406, 43.421008]);\n *\n * var saudiArabia = turf.flip(serbia);\n *\n * //addToMap\n * var addToMap = [serbia, saudiArabia];\n */\nmodule.exports = function (geojson, mutate) {\n    if (!geojson) throw new Error('geojson is required');\n    // ensure that we don't modify features in-place and changes to the\n    // output do not change the previous feature, including changes to nested\n    // properties.\n    if (mutate === false || mutate === undefined) geojson = JSON.parse(JSON.stringify(geojson));\n\n    coordEach(geojson, function (coord) {\n        var x = coord[0];\n        var y = coord[1];\n        coord[0] = y;\n        coord[1] = x;\n    });\n    return geojson;\n};\n","var d3 = require('d3-geo');\nvar jsts = require('jsts');\nvar meta = require('@turf/meta');\nvar center = require('@turf/center');\nvar helpers = require('@turf/helpers');\nvar turfBbox = require('@turf/bbox');\nvar projection = require('@turf/projection');\nvar toWgs84 = projection.toWgs84;\nvar feature = helpers.feature;\nvar geomEach = meta.geomEach;\nvar toMercator = projection.toMercator;\nvar featureEach = meta.featureEach;\nvar featureCollection = helpers.featureCollection;\nvar radiansToDistance = helpers.radiansToDistance;\nvar distanceToRadians = helpers.distanceToRadians;\n\n/**\n * Calculates a buffer for input features for a given radius. Units supported are miles, kilometers, and degrees.\n *\n * When using a negative radius, the resulting geometry may be invalid if\n * it's too small compared to the radius magnitude. If the input is a\n * FeatureCollection, only valid members will be returned in the output\n * FeatureCollection - i.e., the output collection may have fewer members than\n * the input, or even be empty.\n *\n * @name buffer\n * @param {FeatureCollection|Geometry|Feature<any>} geojson input to be buffered\n * @param {number} radius distance to draw the buffer (negative values are allowed)\n * @param {string} [units=kilometers] any of the options supported by turf units\n * @param {number} [steps=64] number of steps\n * @returns {FeatureCollection|Feature<Polygon|MultiPolygon>|undefined} buffered features\n * @example\n * var point = turf.point([-90.548630, 14.616599]);\n * var buffered = turf.buffer(point, 500, 'miles');\n *\n * //addToMap\n * var addToMap = [point, buffered]\n */\nmodule.exports = function (geojson, radius, units, steps) {\n    // validation\n    if (!geojson) throw new Error('geojson is required');\n    // Allow negative buffers (\"erosion\") or zero-sized buffers (\"repair geometry\")\n    if (radius === undefined) throw new Error('radius is required');\n    if (steps <= 0) throw new Error('steps must be greater than 0');\n\n    // default params\n    steps = steps || 64;\n    units = units || 'kilometers';\n\n    var results = [];\n    switch (geojson.type) {\n    case 'GeometryCollection':\n        geomEach(geojson, function (geometry) {\n            var buffered = buffer(geometry, radius, units, steps);\n            if (buffered) results.push(buffered);\n        });\n        return featureCollection(results);\n    case 'FeatureCollection':\n        featureEach(geojson, function (feature) {\n            var multiBuffered = buffer(feature, radius, units, steps);\n            if (multiBuffered) {\n                featureEach(multiBuffered, function (buffered) {\n                    if (buffered) results.push(buffered);\n                });\n            }\n        });\n        return featureCollection(results);\n    }\n    return buffer(geojson, radius, units, steps);\n};\n\n/**\n * Buffer single Feature/Geometry\n *\n * @private\n * @param {Feature<any>} geojson input to be buffered\n * @param {number} radius distance to draw the buffer\n * @param {string} [units='kilometers'] any of the options supported by turf units\n * @param {number} [steps=64] number of steps\n * @returns {Feature<Polygon|MultiPolygon>} buffered feature\n */\nfunction buffer(geojson, radius, units, steps) {\n    var properties = geojson.properties || {};\n    var geometry = (geojson.type === 'Feature') ? geojson.geometry : geojson;\n\n    // Geometry Types faster than jsts\n    if (geometry.type === 'GeometryCollection') {\n        var results = [];\n        geomEach(geojson, function (geometry) {\n            var buffered = buffer(geometry, radius, units, steps);\n            if (buffered) results.push(buffered);\n        });\n        return featureCollection(results);\n    }\n\n    // Project GeoJSON to Transverse Mercator projection (convert to Meters)\n    var projected;\n    var bbox = turfBbox(geojson);\n    var needsTransverseMercator = bbox[1] > 50 && bbox[3] > 50;\n\n    if (needsTransverseMercator) {\n        var projection = defineProjection(geometry);\n        projected = {\n            type: geometry.type,\n            coordinates: projectCoords(geometry.coordinates, projection)\n        };\n    } else {\n        projected = toMercator(geometry);\n    }\n\n    // JSTS buffer operation\n    var reader = new jsts.io.GeoJSONReader();\n    var geom = reader.read(projected);\n    var distance = radiansToDistance(distanceToRadians(radius, units), 'meters');\n    var buffered = geom.buffer(distance);\n    var writer = new jsts.io.GeoJSONWriter();\n    buffered = writer.write(buffered);\n\n    // Detect if empty geometries\n    if (coordsIsNaN(buffered.coordinates)) return undefined;\n\n    // Unproject coordinates (convert to Degrees)\n    var result;\n    if (needsTransverseMercator) {\n        result = {\n            type: buffered.type,\n            coordinates: unprojectCoords(buffered.coordinates, projection)\n        };\n    } else {\n        result = toWgs84(buffered);\n    }\n\n    return (result.geometry) ? result : feature(result, properties);\n}\n\n/**\n * Coordinates isNaN\n *\n * @private\n * @param {Array<any>} coords GeoJSON Coordinates\n * @returns {Boolean} if NaN exists\n */\nfunction coordsIsNaN(coords) {\n    if (Array.isArray(coords[0])) return coordsIsNaN(coords[0]);\n    return isNaN(coords[0]);\n}\n\n/**\n * Project coordinates to projection\n *\n * @private\n * @param {Array<any>} coords to project\n * @param {GeoProjection} projection D3 Geo Projection\n * @returns {Array<any>} projected coordinates\n */\nfunction projectCoords(coords, projection) {\n    if (typeof coords[0] !== 'object') return projection(coords);\n    return coords.map(function (coord) {\n        return projectCoords(coord, projection);\n    });\n}\n\n/**\n * Un-Project coordinates to projection\n *\n * @private\n * @param {Array<any>} coords to un-project\n * @param {GeoProjection} projection D3 Geo Projection\n * @returns {Array<any>} un-projected coordinates\n */\nfunction unprojectCoords(coords, projection) {\n    if (typeof coords[0] !== 'object') return projection.invert(coords);\n    return coords.map(function (coord) {\n        return unprojectCoords(coord, projection);\n    });\n}\n\n/**\n * Define Transverse Mercator projection\n *\n * @private\n * @param {Geometry|Feature<any>} geojson Base projection on center of GeoJSON\n * @returns {GeoProjection} D3 Geo Transverse Mercator Projection\n */\nfunction defineProjection(geojson) {\n    var coords = center(geojson).geometry.coordinates.reverse();\n    var rotate = coords.map(function (coord) { return -coord; });\n    var projection = d3.geoTransverseMercator()\n        .center(coords)\n        .rotate(rotate)\n        .scale(6373000);\n\n    return projection;\n}\n","var invariant = require('@turf/invariant');\nvar getCoord = invariant.getCoord;\nvar getGeom = invariant.getGeom;\n\n/**\n * Takes a triangular plane as a {@link Polygon}\n * and a {@link Point} within that triangle and returns the z-value\n * at that point. The Polygon should have properties `a`, `b`, and `c`\n * that define the values at its three corners. Alternatively, the z-values\n * of each triangle point can be provided by their respective 3rd coordinate\n * if their values are not provided as properties.\n *\n * @name planepoint\n * @param {Geometry|Feature<Point>|Array<number>} point the Point for which a z-value will be calculated\n * @param {Geometry|Feature<Polygon>} triangle a Polygon feature with three vertices\n * @returns {number} the z-value for `interpolatedPoint`\n * @example\n * var point = turf.point([-75.3221, 39.529]);\n * // \"a\", \"b\", and \"c\" values represent the values of the coordinates in order.\n * var triangle = turf.polygon([[\n *   [-75.1221, 39.57],\n *   [-75.58, 39.18],\n *   [-75.97, 39.86],\n *   [-75.1221, 39.57]\n * ]], {\n *   \"a\": 11,\n *   \"b\": 122,\n *   \"c\": 44\n * });\n *\n * var zValue = turf.planepoint(point, triangle);\n * point.properties.zValue = zValue;\n *\n * //addToMap\n * var addToMap = [triangle, point];\n */\nmodule.exports = function (point, triangle) {\n    // Normalize input\n    var coord = getCoord(point);\n    var geom = getGeom(triangle);\n    var coords = geom.coordinates;\n    var outer = coords[0];\n    if (outer.length < 4) throw new Error('OuterRing of a Polygon must have 4 or more Positions.');\n    var properties = triangle.properties || {};\n    var a = properties.a;\n    var b = properties.b;\n    var c = properties.c;\n\n    // Planepoint\n    var x = coord[0];\n    var y = coord[1];\n    var x1 = outer[0][0];\n    var y1 = outer[0][1];\n    var z1 = (a !== undefined ? a : outer[0][2]);\n    var x2 = outer[1][0];\n    var y2 = outer[1][1];\n    var z2 = (b !== undefined ? b : outer[1][2]);\n    var x3 = outer[2][0];\n    var y3 = outer[2][1];\n    var z3 = (c !== undefined ? c : outer[2][2]);\n    var z = (z3 * (x - x1) * (y - y2) + z1 * (x - x2) * (y - y3) + z2 * (x - x3) * (y - y1) -\n             z2 * (x - x1) * (y - y3) - z3 * (x - x2) * (y - y1) - z1 * (x - x3) * (y - y2)) /\n           ((x - x1) * (y - y2) + (x - x2) * (y - y3) + (x - x3) * (y - y1) -\n            (x - x1) * (y - y3) - (x - x2) * (y - y1) - (x - x3) * (y - y2));\n\n    return z;\n};\n","\"use strict\"\n\nvar convexHull1d = require('./lib/ch1d')\nvar convexHull2d = require('./lib/ch2d')\nvar convexHullnd = require('./lib/chnd')\n\nmodule.exports = convexHull\n\nfunction convexHull(points) {\n  var n = points.length\n  if(n === 0) {\n    return []\n  } else if(n === 1) {\n    return [[0]]\n  }\n  var d = points[0].length\n  if(d === 0) {\n    return []\n  } else if(d === 1) {\n    return convexHull1d(points)\n  } else if(d === 2) {\n    return convexHull2d(points)\n  }\n  return convexHullnd(points, d)\n}","//http://en.wikipedia.org/wiki/Delaunay_triangulation\n//https://github.com/ironwallaby/delaunay\nvar helpers = require('@turf/helpers');\nvar polygon = helpers.polygon;\nvar featurecollection = helpers.featureCollection;\n\n/**\n * Takes a set of {@link Point|points} and creates a\n * [Triangulated Irregular Network](http://en.wikipedia.org/wiki/Triangulated_irregular_network),\n * or a TIN for short, returned as a collection of Polygons. These are often used\n * for developing elevation contour maps or stepped heat visualizations.\n *\n * If an optional z-value property is provided then it is added as properties called `a`, `b`,\n * and `c` representing its value at each of the points that represent the corners of the\n * triangle.\n *\n * @name tin\n * @param {FeatureCollection<Point>} points input points\n * @param {String} [z] name of the property from which to pull z values\n * This is optional: if not given, then there will be no extra data added to the derived triangles.\n * @returns {FeatureCollection<Polygon>} TIN output\n * @example\n * // generate some random point data\n * var points = turf.random('points', 30, {\n *   bbox: [50, 30, 70, 50]\n * });\n * // add a random property to each point between 0 and 9\n * for (var i = 0; i < points.features.length; i++) {\n *   points.features[i].properties.z = ~~(Math.random() * 9);\n * }\n * var tin = turf.tin(points, 'z');\n *\n * //addToMap\n * var addToMap = [tin, points]\n * for (var i = 0; i < tin.features.length; i++) {\n *   var properties  = tin.features[i].properties;\n *   properties.fill = '#' + properties.a + properties.b + properties.c;\n * }\n */\nmodule.exports = function (points, z) {\n    if (points.type !== 'FeatureCollection') throw new Error('points must be a FeatureCollection');\n    //break down points\n    var isPointZ = false;\n    return featurecollection(triangulate(points.features.map(function (p) {\n        var point = {\n            x: p.geometry.coordinates[0],\n            y: p.geometry.coordinates[1]\n        };\n        if (z) {\n            point.z = p.properties[z];\n        } else if (p.geometry.coordinates.length === 3) {\n            isPointZ = true;\n            point.z = p.geometry.coordinates[2];\n        }\n        return point;\n    })).map(function (triangle) {\n\n        var a = [triangle.a.x, triangle.a.y];\n        var b = [triangle.b.x, triangle.b.y];\n        var c = [triangle.c.x, triangle.c.y];\n        var properties = {};\n\n        // Add z coordinates to triangle points if user passed\n        // them in that way otherwise add it as a property.\n        if (isPointZ) {\n            a.push(triangle.a.z);\n            b.push(triangle.b.z);\n            c.push(triangle.c.z);\n        } else {\n            properties = {\n                a: triangle.a.z,\n                b: triangle.b.z,\n                c: triangle.c.z\n            };\n        }\n\n        return polygon([[a, b, c, a]], properties);\n\n    }));\n};\n\nfunction Triangle(a, b, c) {\n    this.a = a;\n    this.b = b;\n    this.c = c;\n\n    var A = b.x - a.x,\n        B = b.y - a.y,\n        C = c.x - a.x,\n        D = c.y - a.y,\n        E = A * (a.x + b.x) + B * (a.y + b.y),\n        F = C * (a.x + c.x) + D * (a.y + c.y),\n        G = 2 * (A * (c.y - b.y) - B * (c.x - b.x)),\n        dx, dy;\n\n    // If the points of the triangle are collinear, then just find the\n    // extremes and use the midpoint as the center of the circumcircle.\n    this.x = (D * E - B * F) / G;\n    this.y = (A * F - C * E) / G;\n    dx = this.x - a.x;\n    dy = this.y - a.y;\n    this.r = dx * dx + dy * dy;\n}\n\nfunction byX(a, b) {\n    return b.x - a.x;\n}\n\nfunction dedup(edges) {\n    var j = edges.length,\n        a, b, i, m, n;\n\n    outer:\n    while (j) {\n        b = edges[--j];\n        a = edges[--j];\n        i = j;\n        while (i) {\n            n = edges[--i];\n            m = edges[--i];\n            if ((a === m && b === n) || (a === n && b === m)) {\n                edges.splice(j, 2);\n                edges.splice(i, 2);\n                j -= 2;\n                continue outer;\n            }\n        }\n    }\n}\n\nfunction triangulate(vertices) {\n    // Bail if there aren't enough vertices to form any triangles.\n    if (vertices.length < 3)\n        return [];\n\n    // Ensure the vertex array is in order of descending X coordinate\n    // (which is needed to ensure a subquadratic runtime), and then find\n    // the bounding box around the points.\n    vertices.sort(byX);\n\n    var i = vertices.length - 1,\n        xmin = vertices[i].x,\n        xmax = vertices[0].x,\n        ymin = vertices[i].y,\n        ymax = ymin,\n        epsilon = 1e-12;\n\n    var a,\n        b,\n        c,\n        A,\n        B,\n        G;\n\n    while (i--) {\n        if (vertices[i].y < ymin)\n            ymin = vertices[i].y;\n        if (vertices[i].y > ymax)\n            ymax = vertices[i].y;\n    }\n\n    //Find a supertriangle, which is a triangle that surrounds all the\n    //vertices. This is used like something of a sentinel value to remove\n    //cases in the main algorithm, and is removed before we return any\n    // results.\n\n    // Once found, put it in the \"open\" list. (The \"open\" list is for\n    // triangles who may still need to be considered; the \"closed\" list is\n    // for triangles which do not.)\n    var dx = xmax - xmin,\n        dy = ymax - ymin,\n        dmax = (dx > dy) ? dx : dy,\n        xmid = (xmax + xmin) * 0.5,\n        ymid = (ymax + ymin) * 0.5,\n        open = [\n            new Triangle({\n                x: xmid - 20 * dmax,\n                y: ymid - dmax,\n                __sentinel: true\n            }, {\n                x: xmid,\n                y: ymid + 20 * dmax,\n                __sentinel: true\n            }, {\n                x: xmid + 20 * dmax,\n                y: ymid - dmax,\n                __sentinel: true\n            }\n            )],\n        closed = [],\n        edges = [],\n        j;\n\n    // Incrementally add each vertex to the mesh.\n    i = vertices.length;\n    while (i--) {\n        // For each open triangle, check to see if the current point is\n        // inside it's circumcircle. If it is, remove the triangle and add\n        // it's edges to an edge list.\n        edges.length = 0;\n        j = open.length;\n        while (j--) {\n            // If this point is to the right of this triangle's circumcircle,\n            // then this triangle should never get checked again. Remove it\n            // from the open list, add it to the closed list, and skip.\n            dx = vertices[i].x - open[j].x;\n            if (dx > 0 && dx * dx > open[j].r) {\n                closed.push(open[j]);\n                open.splice(j, 1);\n                continue;\n            }\n\n            // If not, skip this triangle.\n            dy = vertices[i].y - open[j].y;\n            if (dx * dx + dy * dy > open[j].r)\n                continue;\n\n            // Remove the triangle and add it's edges to the edge list.\n            edges.push(\n                open[j].a, open[j].b,\n                open[j].b, open[j].c,\n                open[j].c, open[j].a\n            );\n            open.splice(j, 1);\n        }\n\n        // Remove any doubled edges.\n        dedup(edges);\n\n        // Add a new triangle for each edge.\n        j = edges.length;\n        while (j) {\n            b = edges[--j];\n            a = edges[--j];\n            c = vertices[i];\n            // Avoid adding colinear triangles (which have error-prone\n            // circumcircles)\n            A = b.x - a.x;\n            B = b.y - a.y;\n            G = 2 * (A * (c.y - b.y) - B * (c.x - b.x));\n            if (Math.abs(G) > epsilon) {\n                open.push(new Triangle(a, b, c));\n            }\n        }\n    }\n\n    // Copy any remaining open triangles to the closed list, and then\n    // remove any triangles that share a vertex with the supertriangle.\n    Array.prototype.push.apply(closed, open);\n\n    i = closed.length;\n    while (i--)\n        if (closed[i].a.__sentinel ||\n            closed[i].b.__sentinel ||\n            closed[i].c.__sentinel)\n            closed.splice(i, 1);\n\n    return closed;\n}\n","var meta = require('@turf/meta');\nvar clone = require('@turf/clone');\nvar center = require('@turf/center');\nvar helpers = require('@turf/helpers');\nvar centroid = require('@turf/centroid');\nvar turfBBox = require('@turf/bbox');\nvar invariant = require('@turf/invariant');\nvar rhumbBearing = require('@turf/rhumb-bearing');\nvar rhumbDistance = require('@turf/rhumb-distance');\nvar rhumbDestination = require('@turf/rhumb-destination');\nvar point = helpers.point;\nvar coordEach = meta.coordEach;\nvar featureEach = meta.featureEach;\nvar getCoord = invariant.getCoord;\nvar getCoords = invariant.getCoords;\nvar getGeomType = invariant.getGeomType;\n\n\n/**\n * Scale a GeoJSON from a given point by a factor of scaling (ex: factor=2 would make the GeoJSON 200% larger).\n * If a FeatureCollection is provided, the origin point will be calculated based on each individual Feature.\n *\n * @name transformScale\n * @param {GeoJSON} geojson GeoJSON to be scaled\n * @param {number} factor of scaling, positive or negative values greater than 0\n * @param {string|Geometry|Feature<Point>|Array<number>} [origin=\"centroid\"] Point from which the scaling will occur (string options: sw/se/nw/ne/center/centroid)\n * @param {boolean} [mutate=false] allows GeoJSON input to be mutated (significant performance increase if true)\n * @returns {GeoJSON} scaled GeoJSON\n * @example\n * var poly = turf.polygon([[[0,29],[3.5,29],[2.5,32],[0,29]]]);\n * var scaledPoly = turf.transformScale(poly, 3);\n *\n * //addToMap\n * var addToMap = [poly, scaledPoly];\n * scaledPoly.properties = {stroke: '#F00', 'stroke-width': 4};\n */\nmodule.exports = function (geojson, factor, origin, mutate) {\n    // Input validation\n    if (!geojson) throw new Error('geojson required');\n    if (typeof factor !== 'number' || factor === 0) throw new Error('invalid factor');\n    var originIsPoint = Array.isArray(origin) || typeof origin === 'object';\n\n    // Clone geojson to avoid side effects\n    if (mutate !== true) geojson = clone(geojson);\n\n    // Scale each Feature separately\n    if (geojson.type === 'FeatureCollection' && !originIsPoint) {\n        featureEach(geojson, function (feature, index) {\n            geojson.features[index] = scale(feature, factor, origin);\n        });\n        return geojson;\n    }\n    // Scale Feature/Geometry\n    return scale(geojson, factor, origin);\n};\n\n/**\n * Scale Feature/Geometry\n *\n * @private\n * @param {Feature|Geometry} feature GeoJSON Feature/Geometry\n * @param {number} factor of scaling, positive or negative values greater than 0\n * @param {string|Geometry|Feature<Point>|Array<number>} [origin=\"centroid\"] Point from which the scaling will occur (string options: sw/se/nw/ne/center/centroid)\n * @returns {Feature|Geometry} scaled GeoJSON Feature/Geometry\n */\nfunction scale(feature, factor, origin) {\n    // Default params\n    var isPoint = getGeomType(feature) === 'Point';\n    origin = defineOrigin(feature, origin);\n\n    // Shortcut no-scaling\n    if (factor === 1 || isPoint) return feature;\n\n    // Scale each coordinate\n    coordEach(feature, function (coord) {\n        var originalDistance = rhumbDistance(origin, coord);\n        var bearing = rhumbBearing(origin, coord);\n        var newDistance = originalDistance * factor;\n        var newCoord = getCoords(rhumbDestination(origin, newDistance, bearing));\n        coord[0] = newCoord[0];\n        coord[1] = newCoord[1];\n        if (coord.length === 3) coord[2] *= factor;\n    });\n\n    return feature;\n}\n\n/**\n * Define Origin\n *\n * @private\n * @param {GeoJSON} geojson GeoJSON\n * @param {string|Geometry|Feature<Point>|Array<number>} origin sw/se/nw/ne/center/centroid\n * @returns {Feature<Point>} Point origin\n */\nfunction defineOrigin(geojson, origin) {\n    // Default params\n    if (origin === undefined || origin === null) origin = 'centroid';\n\n    // Input Geometry|Feature<Point>|Array<number>\n    if (Array.isArray(origin) || typeof origin === 'object') return getCoord(origin);\n\n    // Define BBox\n    var bbox = (geojson.bbox) ? geojson.bbox : turfBBox(geojson);\n    var west = bbox[0];\n    var south = bbox[1];\n    var east = bbox[2];\n    var north = bbox[3];\n\n    switch (origin) {\n    case 'sw':\n    case 'southwest':\n    case 'westsouth':\n    case 'bottomleft':\n        return point([west, south]);\n    case 'se':\n    case 'southeast':\n    case 'eastsouth':\n    case 'bottomright':\n        return point([east, south]);\n    case 'nw':\n    case 'northwest':\n    case 'westnorth':\n    case 'topleft':\n        return point([west, north]);\n    case 'ne':\n    case 'northeast':\n    case 'eastnorth':\n    case 'topright':\n        return point([east, north]);\n    case 'center':\n        return center(geojson);\n    case undefined:\n    case null:\n    case 'centroid':\n        return centroid(geojson);\n    default:\n        throw new Error('invalid origin');\n    }\n}\n","\"use strict\"\n\nmodule.exports = convexHull1d\n\nfunction convexHull1d(points) {\n  var lo = 0\n  var hi = 0\n  for(var i=1; i<points.length; ++i) {\n    if(points[i][0] < points[lo][0]) {\n      lo = i\n    }\n    if(points[i][0] > points[hi][0]) {\n      hi = i\n    }\n  }\n  if(lo < hi) {\n    return [[lo], [hi]]\n  } else if(lo > hi) {\n    return [[hi], [lo]]\n  } else {\n    return [[lo]]\n  }\n}","/**\n * Callback for coordEach\n *\n * @private\n * @callback coordEachCallback\n * @param {[number, number]} currentCoords The current coordinates being processed.\n * @param {number} currentIndex The index of the current element being processed in the\n * array.Starts at index 0, if an initialValue is provided, and at index 1 otherwise.\n */\n\n/**\n * Iterate over coordinates in any GeoJSON object, similar to Array.forEach()\n *\n * @name coordEach\n * @param {Object} layer any GeoJSON object\n * @param {Function} callback a method that takes (currentCoords, currentIndex)\n * @param {boolean} [excludeWrapCoord=false] whether or not to include\n * the final coordinate of LinearRings that wraps the ring in its iteration.\n * @example\n * var features = {\n *   \"type\": \"FeatureCollection\",\n *   \"features\": [\n *     {\n *       \"type\": \"Feature\",\n *       \"properties\": {},\n *       \"geometry\": {\n *         \"type\": \"Point\",\n *         \"coordinates\": [26, 37]\n *       }\n *     },\n *     {\n *       \"type\": \"Feature\",\n *       \"properties\": {},\n *       \"geometry\": {\n *         \"type\": \"Point\",\n *         \"coordinates\": [36, 53]\n *       }\n *     }\n *   ]\n * };\n * turf.coordEach(features, function (currentCoords, currentIndex) {\n *   //=currentCoords\n *   //=currentIndex\n * });\n */\nfunction coordEach(layer, callback, excludeWrapCoord) {\n    var i, j, k, g, l, geometry, stopG, coords,\n        geometryMaybeCollection,\n        wrapShrink = 0,\n        currentIndex = 0,\n        isGeometryCollection,\n        isFeatureCollection = layer.type === 'FeatureCollection',\n        isFeature = layer.type === 'Feature',\n        stop = isFeatureCollection ? layer.features.length : 1;\n\n  // This logic may look a little weird. The reason why it is that way\n  // is because it's trying to be fast. GeoJSON supports multiple kinds\n  // of objects at its root: FeatureCollection, Features, Geometries.\n  // This function has the responsibility of handling all of them, and that\n  // means that some of the `for` loops you see below actually just don't apply\n  // to certain inputs. For instance, if you give this just a\n  // Point geometry, then both loops are short-circuited and all we do\n  // is gradually rename the input until it's called 'geometry'.\n  //\n  // This also aims to allocate as few resources as possible: just a\n  // few numbers and booleans, rather than any temporary arrays as would\n  // be required with the normalization approach.\n    for (i = 0; i < stop; i++) {\n\n        geometryMaybeCollection = (isFeatureCollection ? layer.features[i].geometry :\n        (isFeature ? layer.geometry : layer));\n        isGeometryCollection = geometryMaybeCollection.type === 'GeometryCollection';\n        stopG = isGeometryCollection ? geometryMaybeCollection.geometries.length : 1;\n\n        for (g = 0; g < stopG; g++) {\n            geometry = isGeometryCollection ?\n            geometryMaybeCollection.geometries[g] : geometryMaybeCollection;\n            coords = geometry.coordinates;\n\n            wrapShrink = (excludeWrapCoord &&\n                (geometry.type === 'Polygon' || geometry.type === 'MultiPolygon')) ?\n                1 : 0;\n\n            if (geometry.type === 'Point') {\n                callback(coords, currentIndex);\n                currentIndex++;\n            } else if (geometry.type === 'LineString' || geometry.type === 'MultiPoint') {\n                for (j = 0; j < coords.length; j++) {\n                    callback(coords[j], currentIndex);\n                    currentIndex++;\n                }\n            } else if (geometry.type === 'Polygon' || geometry.type === 'MultiLineString') {\n                for (j = 0; j < coords.length; j++)\n                    for (k = 0; k < coords[j].length - wrapShrink; k++) {\n                        callback(coords[j][k], currentIndex);\n                        currentIndex++;\n                    }\n            } else if (geometry.type === 'MultiPolygon') {\n                for (j = 0; j < coords.length; j++)\n                    for (k = 0; k < coords[j].length; k++)\n                        for (l = 0; l < coords[j][k].length - wrapShrink; l++) {\n                            callback(coords[j][k][l], currentIndex);\n                            currentIndex++;\n                        }\n            } else if (geometry.type === 'GeometryCollection') {\n                for (j = 0; j < geometry.geometries.length; j++)\n                    coordEach(geometry.geometries[j], callback, excludeWrapCoord);\n            } else {\n                throw new Error('Unknown Geometry Type');\n            }\n        }\n    }\n}\nmodule.exports.coordEach = coordEach;\n\n/**\n * Callback for coordReduce\n *\n * The first time the callback function is called, the values provided as arguments depend\n * on whether the reduce method has an initialValue argument.\n *\n * If an initialValue is provided to the reduce method:\n *  - The previousValue argument is initialValue.\n *  - The currentValue argument is the value of the first element present in the array.\n *\n * If an initialValue is not provided:\n *  - The previousValue argument is the value of the first element present in the array.\n *  - The currentValue argument is the value of the second element present in the array.\n *\n * @private\n * @callback coordReduceCallback\n * @param {*} previousValue The accumulated value previously returned in the last invocation\n * of the callback, or initialValue, if supplied.\n * @param {[number, number]} currentCoords The current coordinate being processed.\n * @param {number} currentIndex The index of the current element being processed in the\n * array.Starts at index 0, if an initialValue is provided, and at index 1 otherwise.\n */\n\n/**\n * Reduce coordinates in any GeoJSON object, similar to Array.reduce()\n *\n * @name coordReduce\n * @param {Object} layer any GeoJSON object\n * @param {Function} callback a method that takes (previousValue, currentCoords, currentIndex)\n * @param {*} [initialValue] Value to use as the first argument to the first call of the callback.\n * @param {boolean} [excludeWrapCoord=false] whether or not to include\n * the final coordinate of LinearRings that wraps the ring in its iteration.\n * @returns {*} The value that results from the reduction.\n * @example\n * var features = {\n *   \"type\": \"FeatureCollection\",\n *   \"features\": [\n *     {\n *       \"type\": \"Feature\",\n *       \"properties\": {},\n *       \"geometry\": {\n *         \"type\": \"Point\",\n *         \"coordinates\": [26, 37]\n *       }\n *     },\n *     {\n *       \"type\": \"Feature\",\n *       \"properties\": {},\n *       \"geometry\": {\n *         \"type\": \"Point\",\n *         \"coordinates\": [36, 53]\n *       }\n *     }\n *   ]\n * };\n * turf.coordReduce(features, function (previousValue, currentCoords, currentIndex) {\n *   //=previousValue\n *   //=currentCoords\n *   //=currentIndex\n *   return currentCoords;\n * });\n */\nfunction coordReduce(layer, callback, initialValue, excludeWrapCoord) {\n    var previousValue = initialValue;\n    coordEach(layer, function (currentCoords, currentIndex) {\n        if (currentIndex === 0 && initialValue === undefined) {\n            previousValue = currentCoords;\n        } else {\n            previousValue = callback(previousValue, currentCoords, currentIndex);\n        }\n    }, excludeWrapCoord);\n    return previousValue;\n}\nmodule.exports.coordReduce = coordReduce;\n\n/**\n * Callback for propEach\n *\n * @private\n * @callback propEachCallback\n * @param {*} currentProperties The current properties being processed.\n * @param {number} currentIndex The index of the current element being processed in the\n * array.Starts at index 0, if an initialValue is provided, and at index 1 otherwise.\n */\n\n/**\n * Iterate over properties in any GeoJSON object, similar to Array.forEach()\n *\n * @name propEach\n * @param {Object} layer any GeoJSON object\n * @param {Function} callback a method that takes (currentProperties, currentIndex)\n * @example\n * var features = {\n *   \"type\": \"FeatureCollection\",\n *   \"features\": [\n *     {\n *       \"type\": \"Feature\",\n *       \"properties\": {\"foo\": \"bar\"},\n *       \"geometry\": {\n *         \"type\": \"Point\",\n *         \"coordinates\": [26, 37]\n *       }\n *     },\n *     {\n *       \"type\": \"Feature\",\n *       \"properties\": {\"hello\": \"world\"},\n *       \"geometry\": {\n *         \"type\": \"Point\",\n *         \"coordinates\": [36, 53]\n *       }\n *     }\n *   ]\n * };\n * turf.propEach(features, function (currentProperties, currentIndex) {\n *   //=currentProperties\n *   //=currentIndex\n * });\n */\nfunction propEach(layer, callback) {\n    var i;\n    switch (layer.type) {\n    case 'FeatureCollection':\n        for (i = 0; i < layer.features.length; i++) {\n            callback(layer.features[i].properties, i);\n        }\n        break;\n    case 'Feature':\n        callback(layer.properties, 0);\n        break;\n    }\n}\nmodule.exports.propEach = propEach;\n\n\n/**\n * Callback for propReduce\n *\n * The first time the callback function is called, the values provided as arguments depend\n * on whether the reduce method has an initialValue argument.\n *\n * If an initialValue is provided to the reduce method:\n *  - The previousValue argument is initialValue.\n *  - The currentValue argument is the value of the first element present in the array.\n *\n * If an initialValue is not provided:\n *  - The previousValue argument is the value of the first element present in the array.\n *  - The currentValue argument is the value of the second element present in the array.\n *\n * @private\n * @callback propReduceCallback\n * @param {*} previousValue The accumulated value previously returned in the last invocation\n * of the callback, or initialValue, if supplied.\n * @param {*} currentProperties The current properties being processed.\n * @param {number} currentIndex The index of the current element being processed in the\n * array.Starts at index 0, if an initialValue is provided, and at index 1 otherwise.\n */\n\n/**\n * Reduce properties in any GeoJSON object into a single value,\n * similar to how Array.reduce works. However, in this case we lazily run\n * the reduction, so an array of all properties is unnecessary.\n *\n * @name propReduce\n * @param {Object} layer any GeoJSON object\n * @param {Function} callback a method that takes (previousValue, currentProperties, currentIndex)\n * @param {*} [initialValue] Value to use as the first argument to the first call of the callback.\n * @returns {*} The value that results from the reduction.\n * @example\n * var features = {\n *   \"type\": \"FeatureCollection\",\n *   \"features\": [\n *     {\n *       \"type\": \"Feature\",\n *       \"properties\": {\"foo\": \"bar\"},\n *       \"geometry\": {\n *         \"type\": \"Point\",\n *         \"coordinates\": [26, 37]\n *       }\n *     },\n *     {\n *       \"type\": \"Feature\",\n *       \"properties\": {\"hello\": \"world\"},\n *       \"geometry\": {\n *         \"type\": \"Point\",\n *         \"coordinates\": [36, 53]\n *       }\n *     }\n *   ]\n * };\n * turf.propReduce(features, function (previousValue, currentProperties, currentIndex) {\n *   //=previousValue\n *   //=currentProperties\n *   //=currentIndex\n *   return currentProperties\n * });\n */\nfunction propReduce(layer, callback, initialValue) {\n    var previousValue = initialValue;\n    propEach(layer, function (currentProperties, currentIndex) {\n        if (currentIndex === 0 && initialValue === undefined) {\n            previousValue = currentProperties;\n        } else {\n            previousValue = callback(previousValue, currentProperties, currentIndex);\n        }\n    });\n    return previousValue;\n}\nmodule.exports.propReduce = propReduce;\n\n/**\n * Callback for featureEach\n *\n * @private\n * @callback featureEachCallback\n * @param {Feature<any>} currentFeature The current feature being processed.\n * @param {number} currentIndex The index of the current element being processed in the\n * array.Starts at index 0, if an initialValue is provided, and at index 1 otherwise.\n */\n\n/**\n * Iterate over features in any GeoJSON object, similar to\n * Array.forEach.\n *\n * @name featureEach\n * @param {Object} layer any GeoJSON object\n * @param {Function} callback a method that takes (currentFeature, currentIndex)\n * @example\n * var features = {\n *   \"type\": \"FeatureCollection\",\n *   \"features\": [\n *     {\n *       \"type\": \"Feature\",\n *       \"properties\": {},\n *       \"geometry\": {\n *         \"type\": \"Point\",\n *         \"coordinates\": [26, 37]\n *       }\n *     },\n *     {\n *       \"type\": \"Feature\",\n *       \"properties\": {},\n *       \"geometry\": {\n *         \"type\": \"Point\",\n *         \"coordinates\": [36, 53]\n *       }\n *     }\n *   ]\n * };\n * turf.featureEach(features, function (currentFeature, currentIndex) {\n *   //=currentFeature\n *   //=currentIndex\n * });\n */\nfunction featureEach(layer, callback) {\n    if (layer.type === 'Feature') {\n        callback(layer, 0);\n    } else if (layer.type === 'FeatureCollection') {\n        for (var i = 0; i < layer.features.length; i++) {\n            callback(layer.features[i], i);\n        }\n    }\n}\nmodule.exports.featureEach = featureEach;\n\n/**\n * Callback for featureReduce\n *\n * The first time the callback function is called, the values provided as arguments depend\n * on whether the reduce method has an initialValue argument.\n *\n * If an initialValue is provided to the reduce method:\n *  - The previousValue argument is initialValue.\n *  - The currentValue argument is the value of the first element present in the array.\n *\n * If an initialValue is not provided:\n *  - The previousValue argument is the value of the first element present in the array.\n *  - The currentValue argument is the value of the second element present in the array.\n *\n * @private\n * @callback featureReduceCallback\n * @param {*} previousValue The accumulated value previously returned in the last invocation\n * of the callback, or initialValue, if supplied.\n * @param {Feature<any>} currentFeature The current Feature being processed.\n * @param {number} currentIndex The index of the current element being processed in the\n * array.Starts at index 0, if an initialValue is provided, and at index 1 otherwise.\n */\n\n/**\n * Reduce features in any GeoJSON object, similar to Array.reduce().\n *\n * @name featureReduce\n * @param {Object} layer any GeoJSON object\n * @param {Function} callback a method that takes (previousValue, currentFeature, currentIndex)\n * @param {*} [initialValue] Value to use as the first argument to the first call of the callback.\n * @returns {*} The value that results from the reduction.\n * @example\n * var features = {\n *   \"type\": \"FeatureCollection\",\n *   \"features\": [\n *     {\n *       \"type\": \"Feature\",\n *       \"properties\": {\"foo\": \"bar\"},\n *       \"geometry\": {\n *         \"type\": \"Point\",\n *         \"coordinates\": [26, 37]\n *       }\n *     },\n *     {\n *       \"type\": \"Feature\",\n *       \"properties\": {\"hello\": \"world\"},\n *       \"geometry\": {\n *         \"type\": \"Point\",\n *         \"coordinates\": [36, 53]\n *       }\n *     }\n *   ]\n * };\n * turf.featureReduce(features, function (previousValue, currentFeature, currentIndex) {\n *   //=previousValue\n *   //=currentFeature\n *   //=currentIndex\n *   return currentFeature\n * });\n */\nfunction featureReduce(layer, callback, initialValue) {\n    var previousValue = initialValue;\n    featureEach(layer, function (currentFeature, currentIndex) {\n        if (currentIndex === 0 && initialValue === undefined) {\n            previousValue = currentFeature;\n        } else {\n            previousValue = callback(previousValue, currentFeature, currentIndex);\n        }\n    });\n    return previousValue;\n}\nmodule.exports.featureReduce = featureReduce;\n\n/**\n * Get all coordinates from any GeoJSON object.\n *\n * @name coordAll\n * @param {Object} layer any GeoJSON object\n * @returns {Array<Array<number>>} coordinate position array\n * @example\n * var features = {\n *   \"type\": \"FeatureCollection\",\n *   \"features\": [\n *     {\n *       \"type\": \"Feature\",\n *       \"properties\": {},\n *       \"geometry\": {\n *         \"type\": \"Point\",\n *         \"coordinates\": [26, 37]\n *       }\n *     },\n *     {\n *       \"type\": \"Feature\",\n *       \"properties\": {},\n *       \"geometry\": {\n *         \"type\": \"Point\",\n *         \"coordinates\": [36, 53]\n *       }\n *     }\n *   ]\n * };\n * var coords = turf.coordAll(features);\n * //=coords\n */\nfunction coordAll(layer) {\n    var coords = [];\n    coordEach(layer, function (coord) {\n        coords.push(coord);\n    });\n    return coords;\n}\nmodule.exports.coordAll = coordAll;\n\n/**\n * Iterate over each geometry in any GeoJSON object, similar to Array.forEach()\n *\n * @name geomEach\n * @param {Object} layer any GeoJSON object\n * @param {Function} callback a method that takes (currentGeometry, currentIndex)\n * @example\n * var features = {\n *   \"type\": \"FeatureCollection\",\n *   \"features\": [\n *     {\n *       \"type\": \"Feature\",\n *       \"properties\": {},\n *       \"geometry\": {\n *         \"type\": \"Point\",\n *         \"coordinates\": [26, 37]\n *       }\n *     },\n *     {\n *       \"type\": \"Feature\",\n *       \"properties\": {},\n *       \"geometry\": {\n *         \"type\": \"Point\",\n *         \"coordinates\": [36, 53]\n *       }\n *     }\n *   ]\n * };\n * turf.geomEach(features, function (currentGeometry, currentIndex) {\n *   //=currentGeometry\n *   //=currentIndex\n * });\n */\nfunction geomEach(layer, callback) {\n    var i, j, g, geometry, stopG,\n        geometryMaybeCollection,\n        isGeometryCollection,\n        currentIndex = 0,\n        isFeatureCollection = layer.type === 'FeatureCollection',\n        isFeature = layer.type === 'Feature',\n        stop = isFeatureCollection ? layer.features.length : 1;\n\n  // This logic may look a little weird. The reason why it is that way\n  // is because it's trying to be fast. GeoJSON supports multiple kinds\n  // of objects at its root: FeatureCollection, Features, Geometries.\n  // This function has the responsibility of handling all of them, and that\n  // means that some of the `for` loops you see below actually just don't apply\n  // to certain inputs. For instance, if you give this just a\n  // Point geometry, then both loops are short-circuited and all we do\n  // is gradually rename the input until it's called 'geometry'.\n  //\n  // This also aims to allocate as few resources as possible: just a\n  // few numbers and booleans, rather than any temporary arrays as would\n  // be required with the normalization approach.\n    for (i = 0; i < stop; i++) {\n\n        geometryMaybeCollection = (isFeatureCollection ? layer.features[i].geometry :\n        (isFeature ? layer.geometry : layer));\n        isGeometryCollection = geometryMaybeCollection.type === 'GeometryCollection';\n        stopG = isGeometryCollection ? geometryMaybeCollection.geometries.length : 1;\n\n        for (g = 0; g < stopG; g++) {\n            geometry = isGeometryCollection ?\n            geometryMaybeCollection.geometries[g] : geometryMaybeCollection;\n\n            if (geometry.type === 'Point' ||\n                geometry.type === 'LineString' ||\n                geometry.type === 'MultiPoint' ||\n                geometry.type === 'Polygon' ||\n                geometry.type === 'MultiLineString' ||\n                geometry.type === 'MultiPolygon') {\n                callback(geometry, currentIndex);\n                currentIndex++;\n            } else if (geometry.type === 'GeometryCollection') {\n                for (j = 0; j < geometry.geometries.length; j++) {\n                    callback(geometry.geometries[j], currentIndex);\n                    currentIndex++;\n                }\n            } else {\n                throw new Error('Unknown Geometry Type');\n            }\n        }\n    }\n}\nmodule.exports.geomEach = geomEach;\n\n/**\n * Callback for geomReduce\n *\n * The first time the callback function is called, the values provided as arguments depend\n * on whether the reduce method has an initialValue argument.\n *\n * If an initialValue is provided to the reduce method:\n *  - The previousValue argument is initialValue.\n *  - The currentValue argument is the value of the first element present in the array.\n *\n * If an initialValue is not provided:\n *  - The previousValue argument is the value of the first element present in the array.\n *  - The currentValue argument is the value of the second element present in the array.\n *\n * @private\n * @callback geomReduceCallback\n * @param {*} previousValue The accumulated value previously returned in the last invocation\n * of the callback, or initialValue, if supplied.\n * @param {*} currentGeometry The current Feature being processed.\n * @param {number} currentIndex The index of the current element being processed in the\n * array.Starts at index 0, if an initialValue is provided, and at index 1 otherwise.\n */\n\n/**\n * Reduce geometry in any GeoJSON object, similar to Array.reduce().\n *\n * @name geomReduce\n * @param {Object} layer any GeoJSON object\n * @param {Function} callback a method that takes (previousValue, currentGeometry, currentIndex)\n * @param {*} [initialValue] Value to use as the first argument to the first call of the callback.\n * @returns {*} The value that results from the reduction.\n * @example\n * var features = {\n *   \"type\": \"FeatureCollection\",\n *   \"features\": [\n *     {\n *       \"type\": \"Feature\",\n *       \"properties\": {\"foo\": \"bar\"},\n *       \"geometry\": {\n *         \"type\": \"Point\",\n *         \"coordinates\": [26, 37]\n *       }\n *     },\n *     {\n *       \"type\": \"Feature\",\n *       \"properties\": {\"hello\": \"world\"},\n *       \"geometry\": {\n *         \"type\": \"Point\",\n *         \"coordinates\": [36, 53]\n *       }\n *     }\n *   ]\n * };\n * turf.geomReduce(features, function (previousValue, currentGeometry, currentIndex) {\n *   //=previousValue\n *   //=currentGeometry\n *   //=currentIndex\n *   return currentGeometry\n * });\n */\nfunction geomReduce(layer, callback, initialValue) {\n    var previousValue = initialValue;\n    geomEach(layer, function (currentGeometry, currentIndex) {\n        if (currentIndex === 0 && initialValue === undefined) {\n            previousValue = currentGeometry;\n        } else {\n            previousValue = callback(previousValue, currentGeometry, currentIndex);\n        }\n    });\n    return previousValue;\n}\nmodule.exports.geomReduce = geomReduce;\n","/**\n * Earth Radius used with the Harvesine formula and approximates using a spherical (non-ellipsoid) Earth.\n */\nvar earthRadius = 6371008.8;\n\n/**\n * Unit of measurement factors using a spherical (non-ellipsoid) earth radius.\n */\nvar factors = {\n    meters: earthRadius,\n    metres: earthRadius,\n    millimeters: earthRadius * 1000,\n    millimetres: earthRadius * 1000,\n    centimeters: earthRadius * 100,\n    centimetres: earthRadius * 100,\n    kilometers: earthRadius / 1000,\n    kilometres: earthRadius / 1000,\n    miles: earthRadius / 1609.344,\n    nauticalmiles: earthRadius / 1852,\n    inches: earthRadius * 39.370,\n    yards: earthRadius / 1.0936,\n    feet: earthRadius * 3.28084,\n    radians: 1,\n    degrees: earthRadius / 111325,\n};\n\n/**\n * Units of measurement factors based on 1 meter.\n */\nvar unitsFactors = {\n    meters: 1,\n    metres: 1,\n    millimeters: 1000,\n    millimetres: 1000,\n    centimeters: 100,\n    centimetres: 100,\n    kilometers: 1 / 1000,\n    kilometres: 1 / 1000,\n    miles: 1 / 1609.344,\n    nauticalmiles: 1 / 1852,\n    inches: 39.370,\n    yards: 1 / 1.0936,\n    feet: 3.28084,\n    radians: 1 / earthRadius,\n    degrees: 1 / 111325,\n};\n\n/**\n * Area of measurement factors based on 1 square meter.\n */\nvar areaFactors = {\n    meters: 1,\n    metres: 1,\n    millimeters: 1000000,\n    millimetres: 1000000,\n    centimeters: 10000,\n    centimetres: 10000,\n    kilometers: 0.000001,\n    kilometres: 0.000001,\n    acres: 0.000247105,\n    miles: 3.86e-7,\n    yards: 1.195990046,\n    feet: 10.763910417,\n    inches: 1550.003100006\n};\n\n/**\n * Wraps a GeoJSON {@link Geometry} in a GeoJSON {@link Feature}.\n *\n * @name feature\n * @param {Geometry} geometry input geometry\n * @param {Object} [properties={}] an Object of key-value pairs to add as properties\n * @param {Object} [options={}] Optional Parameters\n * @param {Array<number>} [options.bbox] Bounding Box Array [west, south, east, north] associated with the Feature\n * @param {string|number} [options.id] Identifier associated with the Feature\n * @returns {Feature} a GeoJSON Feature\n * @example\n * var geometry = {\n *   \"type\": \"Point\",\n *   \"coordinates\": [110, 50]\n * };\n *\n * var feature = turf.feature(geometry);\n *\n * //=feature\n */\nfunction feature(geometry, properties, options) {\n    // Optional Parameters\n    options = options || {};\n    if (!isObject(options)) throw new Error('options is invalid');\n    var bbox = options.bbox;\n    var id = options.id;\n\n    // Validation\n    if (geometry === undefined) throw new Error('geometry is required');\n    if (properties && properties.constructor !== Object) throw new Error('properties must be an Object');\n    if (bbox) validateBBox(bbox);\n    if (id) validateId(id);\n\n    // Main\n    var feat = {type: 'Feature'};\n    if (id) feat.id = id;\n    if (bbox) feat.bbox = bbox;\n    feat.properties = properties || {};\n    feat.geometry = geometry;\n    return feat;\n}\n\n/**\n * Creates a GeoJSON {@link Geometry} from a Geometry string type & coordinates.\n * For GeometryCollection type use `helpers.geometryCollection`\n *\n * @name geometry\n * @param {string} type Geometry Type\n * @param {Array<number>} coordinates Coordinates\n * @param {Object} [options={}] Optional Parameters\n * @param {Array<number>} [options.bbox] Bounding Box Array [west, south, east, north] associated with the Geometry\n * @returns {Geometry} a GeoJSON Geometry\n * @example\n * var type = 'Point';\n * var coordinates = [110, 50];\n *\n * var geometry = turf.geometry(type, coordinates);\n *\n * //=geometry\n */\nfunction geometry(type, coordinates, options) {\n    // Optional Parameters\n    options = options || {};\n    if (!isObject(options)) throw new Error('options is invalid');\n    var bbox = options.bbox;\n\n    // Validation\n    if (!type) throw new Error('type is required');\n    if (!coordinates) throw new Error('coordinates is required');\n    if (!Array.isArray(coordinates)) throw new Error('coordinates must be an Array');\n    if (bbox) validateBBox(bbox);\n\n    // Main\n    var geom;\n    switch (type) {\n    case 'Point': geom = point(coordinates).geometry; break;\n    case 'LineString': geom = lineString(coordinates).geometry; break;\n    case 'Polygon': geom = polygon(coordinates).geometry; break;\n    case 'MultiPoint': geom = multiPoint(coordinates).geometry; break;\n    case 'MultiLineString': geom = multiLineString(coordinates).geometry; break;\n    case 'MultiPolygon': geom = multiPolygon(coordinates).geometry; break;\n    default: throw new Error(type + ' is invalid');\n    }\n    if (bbox) geom.bbox = bbox;\n    return geom;\n}\n\n/**\n * Creates a {@link Point} {@link Feature} from a Position.\n *\n * @name point\n * @param {Array<number>} coordinates longitude, latitude position (each in decimal degrees)\n * @param {Object} [properties={}] an Object of key-value pairs to add as properties\n * @param {Object} [options={}] Optional Parameters\n * @param {Array<number>} [options.bbox] Bounding Box Array [west, south, east, north] associated with the Feature\n * @param {string|number} [options.id] Identifier associated with the Feature\n * @returns {Feature<Point>} a Point feature\n * @example\n * var point = turf.point([-75.343, 39.984]);\n *\n * //=point\n */\nfunction point(coordinates, properties, options) {\n    if (!coordinates) throw new Error('coordinates is required');\n    if (!Array.isArray(coordinates)) throw new Error('coordinates must be an Array');\n    if (coordinates.length < 2) throw new Error('coordinates must be at least 2 numbers long');\n    if (!isNumber(coordinates[0]) || !isNumber(coordinates[1])) throw new Error('coordinates must contain numbers');\n\n    return feature({\n        type: 'Point',\n        coordinates: coordinates\n    }, properties, options);\n}\n\n/**\n * Creates a {@link Point} {@link FeatureCollection} from an Array of Point coordinates.\n *\n * @name points\n * @param {Array<Array<number>>} coordinates an array of Points\n * @param {Object} [properties={}] Translate these properties to each Feature\n * @param {Object} [options={}] Optional Parameters\n * @param {Array<number>} [options.bbox] Bounding Box Array [west, south, east, north] associated with the FeatureCollection\n * @param {string|number} [options.id] Identifier associated with the FeatureCollection\n * @returns {FeatureCollection<Point>} Point Feature\n * @example\n * var points = turf.points([\n *   [-75, 39],\n *   [-80, 45],\n *   [-78, 50]\n * ]);\n *\n * //=points\n */\nfunction points(coordinates, properties, options) {\n    if (!coordinates) throw new Error('coordinates is required');\n    if (!Array.isArray(coordinates)) throw new Error('coordinates must be an Array');\n\n    return featureCollection(coordinates.map(function (coords) {\n        return point(coords, properties);\n    }), options);\n}\n\n/**\n * Creates a {@link Polygon} {@link Feature} from an Array of LinearRings.\n *\n * @name polygon\n * @param {Array<Array<Array<number>>>} coordinates an array of LinearRings\n * @param {Object} [properties={}] an Object of key-value pairs to add as properties\n * @param {Object} [options={}] Optional Parameters\n * @param {Array<number>} [options.bbox] Bounding Box Array [west, south, east, north] associated with the Feature\n * @param {string|number} [options.id] Identifier associated with the Feature\n * @returns {Feature<Polygon>} Polygon Feature\n * @example\n * var polygon = turf.polygon([[[-5, 52], [-4, 56], [-2, 51], [-7, 54], [-5, 52]]], { name: 'poly1' });\n *\n * //=polygon\n */\nfunction polygon(coordinates, properties, options) {\n    if (!coordinates) throw new Error('coordinates is required');\n\n    for (var i = 0; i < coordinates.length; i++) {\n        var ring = coordinates[i];\n        if (ring.length < 4) {\n            throw new Error('Each LinearRing of a Polygon must have 4 or more Positions.');\n        }\n        for (var j = 0; j < ring[ring.length - 1].length; j++) {\n            // Check if first point of Polygon contains two numbers\n            if (i === 0 && j === 0 && !isNumber(ring[0][0]) || !isNumber(ring[0][1])) throw new Error('coordinates must contain numbers');\n            if (ring[ring.length - 1][j] !== ring[0][j]) {\n                throw new Error('First and last Position are not equivalent.');\n            }\n        }\n    }\n\n    return feature({\n        type: 'Polygon',\n        coordinates: coordinates\n    }, properties, options);\n}\n\n/**\n * Creates a {@link Polygon} {@link FeatureCollection} from an Array of Polygon coordinates.\n *\n * @name polygons\n * @param {Array<Array<Array<Array<number>>>>} coordinates an array of Polygon coordinates\n * @param {Object} [properties={}] an Object of key-value pairs to add as properties\n * @param {Object} [options={}] Optional Parameters\n * @param {Array<number>} [options.bbox] Bounding Box Array [west, south, east, north] associated with the Feature\n * @param {string|number} [options.id] Identifier associated with the FeatureCollection\n * @returns {FeatureCollection<Polygon>} Polygon FeatureCollection\n * @example\n * var polygons = turf.polygons([\n *   [[[-5, 52], [-4, 56], [-2, 51], [-7, 54], [-5, 52]]],\n *   [[[-15, 42], [-14, 46], [-12, 41], [-17, 44], [-15, 42]]],\n * ]);\n *\n * //=polygons\n */\nfunction polygons(coordinates, properties, options) {\n    if (!coordinates) throw new Error('coordinates is required');\n    if (!Array.isArray(coordinates)) throw new Error('coordinates must be an Array');\n\n    return featureCollection(coordinates.map(function (coords) {\n        return polygon(coords, properties);\n    }), options);\n}\n\n/**\n * Creates a {@link LineString} {@link Feature} from an Array of Positions.\n *\n * @name lineString\n * @param {Array<Array<number>>} coordinates an array of Positions\n * @param {Object} [properties={}] an Object of key-value pairs to add as properties\n * @param {Object} [options={}] Optional Parameters\n * @param {Array<number>} [options.bbox] Bounding Box Array [west, south, east, north] associated with the Feature\n * @param {string|number} [options.id] Identifier associated with the Feature\n * @returns {Feature<LineString>} LineString Feature\n * @example\n * var linestring1 = turf.lineString([[-24, 63], [-23, 60], [-25, 65], [-20, 69]], {name: 'line 1'});\n * var linestring2 = turf.lineString([[-14, 43], [-13, 40], [-15, 45], [-10, 49]], {name: 'line 2'});\n *\n * //=linestring1\n * //=linestring2\n */\nfunction lineString(coordinates, properties, options) {\n    if (!coordinates) throw new Error('coordinates is required');\n    if (coordinates.length < 2) throw new Error('coordinates must be an array of two or more positions');\n    // Check if first point of LineString contains two numbers\n    if (!isNumber(coordinates[0][1]) || !isNumber(coordinates[0][1])) throw new Error('coordinates must contain numbers');\n\n    return feature({\n        type: 'LineString',\n        coordinates: coordinates\n    }, properties, options);\n}\n\n/**\n * Creates a {@link LineString} {@link FeatureCollection} from an Array of LineString coordinates.\n *\n * @name lineStrings\n * @param {Array<Array<number>>} coordinates an array of LinearRings\n * @param {Object} [properties={}] an Object of key-value pairs to add as properties\n * @param {Object} [options={}] Optional Parameters\n * @param {Array<number>} [options.bbox] Bounding Box Array [west, south, east, north] associated with the FeatureCollection\n * @param {string|number} [options.id] Identifier associated with the FeatureCollection\n * @returns {FeatureCollection<LineString>} LineString FeatureCollection\n * @example\n * var linestrings = turf.lineStrings([\n *   [[-24, 63], [-23, 60], [-25, 65], [-20, 69]],\n *   [[-14, 43], [-13, 40], [-15, 45], [-10, 49]]\n * ]);\n *\n * //=linestrings\n */\nfunction lineStrings(coordinates, properties, options) {\n    if (!coordinates) throw new Error('coordinates is required');\n    if (!Array.isArray(coordinates)) throw new Error('coordinates must be an Array');\n\n    return featureCollection(coordinates.map(function (coords) {\n        return lineString(coords, properties);\n    }), options);\n}\n\n/**\n * Takes one or more {@link Feature|Features} and creates a {@link FeatureCollection}.\n *\n * @name featureCollection\n * @param {Feature[]} features input features\n * @param {Object} [options={}] Optional Parameters\n * @param {Array<number>} [options.bbox] Bounding Box Array [west, south, east, north] associated with the Feature\n * @param {string|number} [options.id] Identifier associated with the Feature\n * @returns {FeatureCollection} FeatureCollection of Features\n * @example\n * var locationA = turf.point([-75.343, 39.984], {name: 'Location A'});\n * var locationB = turf.point([-75.833, 39.284], {name: 'Location B'});\n * var locationC = turf.point([-75.534, 39.123], {name: 'Location C'});\n *\n * var collection = turf.featureCollection([\n *   locationA,\n *   locationB,\n *   locationC\n * ]);\n *\n * //=collection\n */\nfunction featureCollection(features, options) {\n    // Optional Parameters\n    options = options || {};\n    if (!isObject(options)) throw new Error('options is invalid');\n    var bbox = options.bbox;\n    var id = options.id;\n\n    // Validation\n    if (!features) throw new Error('No features passed');\n    if (!Array.isArray(features)) throw new Error('features must be an Array');\n    if (bbox) validateBBox(bbox);\n    if (id) validateId(id);\n\n    // Main\n    var fc = {type: 'FeatureCollection'};\n    if (id) fc.id = id;\n    if (bbox) fc.bbox = bbox;\n    fc.features = features;\n    return fc;\n}\n\n/**\n * Creates a {@link Feature<MultiLineString>} based on a\n * coordinate array. Properties can be added optionally.\n *\n * @name multiLineString\n * @param {Array<Array<Array<number>>>} coordinates an array of LineStrings\n * @param {Object} [properties={}] an Object of key-value pairs to add as properties\n * @param {Object} [options={}] Optional Parameters\n * @param {Array<number>} [options.bbox] Bounding Box Array [west, south, east, north] associated with the Feature\n * @param {string|number} [options.id] Identifier associated with the Feature\n * @returns {Feature<MultiLineString>} a MultiLineString feature\n * @throws {Error} if no coordinates are passed\n * @example\n * var multiLine = turf.multiLineString([[[0,0],[10,10]]]);\n *\n * //=multiLine\n */\nfunction multiLineString(coordinates, properties, options) {\n    if (!coordinates) throw new Error('coordinates is required');\n\n    return feature({\n        type: 'MultiLineString',\n        coordinates: coordinates\n    }, properties, options);\n}\n\n/**\n * Creates a {@link Feature<MultiPoint>} based on a\n * coordinate array. Properties can be added optionally.\n *\n * @name multiPoint\n * @param {Array<Array<number>>} coordinates an array of Positions\n * @param {Object} [properties={}] an Object of key-value pairs to add as properties\n * @param {Object} [options={}] Optional Parameters\n * @param {Array<number>} [options.bbox] Bounding Box Array [west, south, east, north] associated with the Feature\n * @param {string|number} [options.id] Identifier associated with the Feature\n * @returns {Feature<MultiPoint>} a MultiPoint feature\n * @throws {Error} if no coordinates are passed\n * @example\n * var multiPt = turf.multiPoint([[0,0],[10,10]]);\n *\n * //=multiPt\n */\nfunction multiPoint(coordinates, properties, options) {\n    if (!coordinates) throw new Error('coordinates is required');\n\n    return feature({\n        type: 'MultiPoint',\n        coordinates: coordinates\n    }, properties, options);\n}\n\n/**\n * Creates a {@link Feature<MultiPolygon>} based on a\n * coordinate array. Properties can be added optionally.\n *\n * @name multiPolygon\n * @param {Array<Array<Array<Array<number>>>>} coordinates an array of Polygons\n * @param {Object} [properties={}] an Object of key-value pairs to add as properties\n * @param {Object} [options={}] Optional Parameters\n * @param {Array<number>} [options.bbox] Bounding Box Array [west, south, east, north] associated with the Feature\n * @param {string|number} [options.id] Identifier associated with the Feature\n * @returns {Feature<MultiPolygon>} a multipolygon feature\n * @throws {Error} if no coordinates are passed\n * @example\n * var multiPoly = turf.multiPolygon([[[[0,0],[0,10],[10,10],[10,0],[0,0]]]]);\n *\n * //=multiPoly\n *\n */\nfunction multiPolygon(coordinates, properties, options) {\n    if (!coordinates) throw new Error('coordinates is required');\n\n    return feature({\n        type: 'MultiPolygon',\n        coordinates: coordinates\n    }, properties, options);\n}\n\n/**\n * Creates a {@link Feature<GeometryCollection>} based on a\n * coordinate array. Properties can be added optionally.\n *\n * @name geometryCollection\n * @param {Array<Geometry>} geometries an array of GeoJSON Geometries\n * @param {Object} [properties={}] an Object of key-value pairs to add as properties\n * @param {Object} [options={}] Optional Parameters\n * @param {Array<number>} [options.bbox] Bounding Box Array [west, south, east, north] associated with the Feature\n * @param {string|number} [options.id] Identifier associated with the Feature\n * @returns {Feature<GeometryCollection>} a GeoJSON GeometryCollection Feature\n * @example\n * var pt = {\n *     \"type\": \"Point\",\n *       \"coordinates\": [100, 0]\n *     };\n * var line = {\n *     \"type\": \"LineString\",\n *     \"coordinates\": [ [101, 0], [102, 1] ]\n *   };\n * var collection = turf.geometryCollection([pt, line]);\n *\n * //=collection\n */\nfunction geometryCollection(geometries, properties, options) {\n    if (!geometries) throw new Error('geometries is required');\n    if (!Array.isArray(geometries)) throw new Error('geometries must be an Array');\n\n    return feature({\n        type: 'GeometryCollection',\n        geometries: geometries\n    }, properties, options);\n}\n\n/**\n * Round number to precision\n *\n * @param {number} num Number\n * @param {number} [precision=0] Precision\n * @returns {number} rounded number\n * @example\n * turf.round(120.4321)\n * //=120\n *\n * turf.round(120.4321, 2)\n * //=120.43\n */\nfunction round(num, precision) {\n    if (num === undefined || num === null || isNaN(num)) throw new Error('num is required');\n    if (precision && !(precision >= 0)) throw new Error('precision must be a positive number');\n    var multiplier = Math.pow(10, precision || 0);\n    return Math.round(num * multiplier) / multiplier;\n}\n\n/**\n * Convert a distance measurement (assuming a spherical Earth) from radians to a more friendly unit.\n * Valid units: miles, nauticalmiles, inches, yards, meters, metres, kilometers, centimeters, feet\n *\n * @name radiansToLength\n * @param {number} radians in radians across the sphere\n * @param {string} [units='kilometers'] can be degrees, radians, miles, or kilometers inches, yards, metres, meters, kilometres, kilometers.\n * @returns {number} distance\n */\nfunction radiansToLength(radians, units) {\n    if (radians === undefined || radians === null) throw new Error('radians is required');\n\n    if (units && typeof units !== 'string') throw new Error('units must be a string');\n    var factor = factors[units || 'kilometers'];\n    if (!factor) throw new Error(units + ' units is invalid');\n    return radians * factor;\n}\n\n/**\n * Convert a distance measurement (assuming a spherical Earth) from a real-world unit into radians\n * Valid units: miles, nauticalmiles, inches, yards, meters, metres, kilometers, centimeters, feet\n *\n * @name lengthToRadians\n * @param {number} distance in real units\n * @param {string} [units='kilometers'] can be degrees, radians, miles, or kilometers inches, yards, metres, meters, kilometres, kilometers.\n * @returns {number} radians\n */\nfunction lengthToRadians(distance, units) {\n    if (distance === undefined || distance === null) throw new Error('distance is required');\n\n    if (units && typeof units !== 'string') throw new Error('units must be a string');\n    var factor = factors[units || 'kilometers'];\n    if (!factor) throw new Error(units + ' units is invalid');\n    return distance / factor;\n}\n\n/**\n * Convert a distance measurement (assuming a spherical Earth) from a real-world unit into degrees\n * Valid units: miles, nauticalmiles, inches, yards, meters, metres, centimeters, kilometres, feet\n *\n * @name lengthToDegrees\n * @param {number} distance in real units\n * @param {string} [units='kilometers'] can be degrees, radians, miles, or kilometers inches, yards, metres, meters, kilometres, kilometers.\n * @returns {number} degrees\n */\nfunction lengthToDegrees(distance, units) {\n    return radiansToDegrees(lengthToRadians(distance, units));\n}\n\n/**\n * Converts any bearing angle from the north line direction (positive clockwise)\n * and returns an angle between 0-360 degrees (positive clockwise), 0 being the north line\n *\n * @name bearingToAzimuth\n * @param {number} bearing angle, between -180 and +180 degrees\n * @returns {number} angle between 0 and 360 degrees\n */\nfunction bearingToAzimuth(bearing) {\n    if (bearing === null || bearing === undefined) throw new Error('bearing is required');\n\n    var angle = bearing % 360;\n    if (angle < 0) angle += 360;\n    return angle;\n}\n\n/**\n * Converts an angle in radians to degrees\n *\n * @name radiansToDegrees\n * @param {number} radians angle in radians\n * @returns {number} degrees between 0 and 360 degrees\n */\nfunction radiansToDegrees(radians) {\n    if (radians === null || radians === undefined) throw new Error('radians is required');\n\n    var degrees = radians % (2 * Math.PI);\n    return degrees * 180 / Math.PI;\n}\n\n/**\n * Converts an angle in degrees to radians\n *\n * @name degreesToRadians\n * @param {number} degrees angle between 0 and 360 degrees\n * @returns {number} angle in radians\n */\nfunction degreesToRadians(degrees) {\n    if (degrees === null || degrees === undefined) throw new Error('degrees is required');\n\n    var radians = degrees % 360;\n    return radians * Math.PI / 180;\n}\n\n/**\n * Converts a length to the requested unit.\n * Valid units: miles, nauticalmiles, inches, yards, meters, metres, kilometers, centimeters, feet\n *\n * @param {number} length to be converted\n * @param {string} originalUnit of the length\n * @param {string} [finalUnit='kilometers'] returned unit\n * @returns {number} the converted length\n */\nfunction convertLength(length, originalUnit, finalUnit) {\n    if (length === null || length === undefined) throw new Error('length is required');\n    if (!(length >= 0)) throw new Error('length must be a positive number');\n\n    return radiansToLength(lengthToRadians(length, originalUnit), finalUnit || 'kilometers');\n}\n\n/**\n * Converts a area to the requested unit.\n * Valid units: kilometers, kilometres, meters, metres, centimetres, millimeters, acres, miles, yards, feet, inches\n * @param {number} area to be converted\n * @param {string} [originalUnit='meters'] of the distance\n * @param {string} [finalUnit='kilometers'] returned unit\n * @returns {number} the converted distance\n */\nfunction convertArea(area, originalUnit, finalUnit) {\n    if (area === null || area === undefined) throw new Error('area is required');\n    if (!(area >= 0)) throw new Error('area must be a positive number');\n\n    var startFactor = areaFactors[originalUnit || 'meters'];\n    if (!startFactor) throw new Error('invalid original units');\n\n    var finalFactor = areaFactors[finalUnit || 'kilometers'];\n    if (!finalFactor) throw new Error('invalid final units');\n\n    return (area / startFactor) * finalFactor;\n}\n\n/**\n * isNumber\n *\n * @param {*} num Number to validate\n * @returns {boolean} true/false\n * @example\n * turf.isNumber(123)\n * //=true\n * turf.isNumber('foo')\n * //=false\n */\nfunction isNumber(num) {\n    return !isNaN(num) && num !== null && !Array.isArray(num);\n}\n\n/**\n * isObject\n *\n * @param {*} input variable to validate\n * @returns {boolean} true/false\n * @example\n * turf.isObject({elevation: 10})\n * //=true\n * turf.isObject('foo')\n * //=false\n */\nfunction isObject(input) {\n    return (!!input) && (input.constructor === Object);\n}\n\n/**\n * Validate BBox\n *\n * @private\n * @param {Array<number>} bbox BBox to validate\n * @returns {void}\n * @throws Error if BBox is not valid\n * @example\n * validateBBox([-180, -40, 110, 50])\n * //=OK\n * validateBBox([-180, -40])\n * //=Error\n * validateBBox('Foo')\n * //=Error\n * validateBBox(5)\n * //=Error\n * validateBBox(null)\n * //=Error\n * validateBBox(undefined)\n * //=Error\n */\nfunction validateBBox(bbox) {\n    if (!bbox) throw new Error('bbox is required');\n    if (!Array.isArray(bbox)) throw new Error('bbox must be an Array');\n    if (bbox.length !== 4 && bbox.length !== 6) throw new Error('bbox must be an Array of 4 or 6 numbers');\n    bbox.forEach(function (num) {\n        if (!isNumber(num)) throw new Error('bbox must only contain numbers');\n    });\n}\n\n/**\n * Validate Id\n *\n * @private\n * @param {string|number} id Id to validate\n * @returns {void}\n * @throws Error if Id is not valid\n * @example\n * validateId([-180, -40, 110, 50])\n * //=Error\n * validateId([-180, -40])\n * //=Error\n * validateId('Foo')\n * //=OK\n * validateId(5)\n * //=OK\n * validateId(null)\n * //=Error\n * validateId(undefined)\n * //=Error\n */\nfunction validateId(id) {\n    if (!id) throw new Error('id is required');\n    if (['string', 'number'].indexOf(typeof id) === -1) throw new Error('id must be a number or a string');\n}\n\n// Deprecated methods\nfunction radians2degrees() {\n    throw new Error('method has been renamed to `radiansToDegrees`');\n}\n\nfunction degrees2radians() {\n    throw new Error('method has been renamed to `degreesToRadians`');\n}\n\nfunction distanceToDegrees() {\n    throw new Error('method has been renamed to `lengthToDegrees`');\n}\n\nfunction distanceToRadians() {\n    throw new Error('method has been renamed to `lengthToRadians`');\n}\n\nfunction radiansToDistance() {\n    throw new Error('method has been renamed to `radiansToLength`');\n}\n\nfunction bearingToAngle() {\n    throw new Error('method has been renamed to `bearingToAzimuth`');\n}\n\nfunction convertDistance() {\n    throw new Error('method has been renamed to `convertLength`');\n}\n\nexport { earthRadius, factors, unitsFactors, areaFactors, feature, geometry, point, points, polygon, polygons, lineString, lineStrings, featureCollection, multiLineString, multiPoint, multiPolygon, geometryCollection, round, radiansToLength, lengthToRadians, lengthToDegrees, bearingToAzimuth, radiansToDegrees, degreesToRadians, convertLength, convertArea, isNumber, isObject, validateBBox, validateId, radians2degrees, degrees2radians, distanceToDegrees, distanceToRadians, radiansToDistance, bearingToAngle, convertDistance };\n","import { isNumber } from '@turf/helpers';\n\n/**\n * Unwrap a coordinate from a Point Feature, Geometry or a single coordinate.\n *\n * @name getCoord\n * @param {Array<number>|Geometry<Point>|Feature<Point>} coord GeoJSON Point or an Array of numbers\n * @returns {Array<number>} coordinates\n * @example\n * var pt = turf.point([10, 10]);\n *\n * var coord = turf.getCoord(pt);\n * //= [10, 10]\n */\nfunction getCoord(coord) {\n    if (!coord) throw new Error('coord is required');\n    if (coord.type === 'Feature' && coord.geometry !== null && coord.geometry.type === 'Point') return coord.geometry.coordinates;\n    if (coord.type === 'Point') return coord.coordinates;\n    if (Array.isArray(coord) && coord.length >= 2 && coord[0].length === undefined && coord[1].length === undefined) return coord;\n\n    throw new Error('coord must be GeoJSON Point or an Array of numbers');\n}\n\n/**\n * Unwrap coordinates from a Feature, Geometry Object or an Array\n *\n * @name getCoords\n * @param {Array<any>|Geometry|Feature} coords Feature, Geometry Object or an Array\n * @returns {Array<any>} coordinates\n * @example\n * var poly = turf.polygon([[[119.32, -8.7], [119.55, -8.69], [119.51, -8.54], [119.32, -8.7]]]);\n *\n * var coords = turf.getCoords(poly);\n * //= [[[119.32, -8.7], [119.55, -8.69], [119.51, -8.54], [119.32, -8.7]]]\n */\nfunction getCoords(coords) {\n    if (!coords) throw new Error('coords is required');\n\n    // Feature\n    if (coords.type === 'Feature' && coords.geometry !== null) return coords.geometry.coordinates;\n\n    // Geometry\n    if (coords.coordinates) return coords.coordinates;\n\n    // Array of numbers\n    if (Array.isArray(coords)) return coords;\n\n    throw new Error('coords must be GeoJSON Feature, Geometry Object or an Array');\n}\n\n/**\n * Checks if coordinates contains a number\n *\n * @name containsNumber\n * @param {Array<any>} coordinates GeoJSON Coordinates\n * @returns {boolean} true if Array contains a number\n */\nfunction containsNumber(coordinates) {\n    if (coordinates.length > 1 && isNumber(coordinates[0]) && isNumber(coordinates[1])) {\n        return true;\n    }\n\n    if (Array.isArray(coordinates[0]) && coordinates[0].length) {\n        return containsNumber(coordinates[0]);\n    }\n    throw new Error('coordinates must only contain numbers');\n}\n\n/**\n * Enforce expectations about types of GeoJSON objects for Turf.\n *\n * @name geojsonType\n * @param {GeoJSON} value any GeoJSON object\n * @param {string} type expected GeoJSON type\n * @param {string} name name of calling function\n * @throws {Error} if value is not the expected type.\n */\nfunction geojsonType(value, type, name) {\n    if (!type || !name) throw new Error('type and name required');\n\n    if (!value || value.type !== type) {\n        throw new Error('Invalid input to ' + name + ': must be a ' + type + ', given ' + value.type);\n    }\n}\n\n/**\n * Enforce expectations about types of {@link Feature} inputs for Turf.\n * Internally this uses {@link geojsonType} to judge geometry types.\n *\n * @name featureOf\n * @param {Feature} feature a feature with an expected geometry type\n * @param {string} type expected GeoJSON type\n * @param {string} name name of calling function\n * @throws {Error} error if value is not the expected type.\n */\nfunction featureOf(feature, type, name) {\n    if (!feature) throw new Error('No feature passed');\n    if (!name) throw new Error('.featureOf() requires a name');\n    if (!feature || feature.type !== 'Feature' || !feature.geometry) {\n        throw new Error('Invalid input to ' + name + ', Feature with geometry required');\n    }\n    if (!feature.geometry || feature.geometry.type !== type) {\n        throw new Error('Invalid input to ' + name + ': must be a ' + type + ', given ' + feature.geometry.type);\n    }\n}\n\n/**\n * Enforce expectations about types of {@link FeatureCollection} inputs for Turf.\n * Internally this uses {@link geojsonType} to judge geometry types.\n *\n * @name collectionOf\n * @param {FeatureCollection} featureCollection a FeatureCollection for which features will be judged\n * @param {string} type expected GeoJSON type\n * @param {string} name name of calling function\n * @throws {Error} if value is not the expected type.\n */\nfunction collectionOf(featureCollection, type, name) {\n    if (!featureCollection) throw new Error('No featureCollection passed');\n    if (!name) throw new Error('.collectionOf() requires a name');\n    if (!featureCollection || featureCollection.type !== 'FeatureCollection') {\n        throw new Error('Invalid input to ' + name + ', FeatureCollection required');\n    }\n    for (var i = 0; i < featureCollection.features.length; i++) {\n        var feature = featureCollection.features[i];\n        if (!feature || feature.type !== 'Feature' || !feature.geometry) {\n            throw new Error('Invalid input to ' + name + ', Feature with geometry required');\n        }\n        if (!feature.geometry || feature.geometry.type !== type) {\n            throw new Error('Invalid input to ' + name + ': must be a ' + type + ', given ' + feature.geometry.type);\n        }\n    }\n}\n\n/**\n * Get Geometry from Feature or Geometry Object\n *\n * @param {Feature|Geometry} geojson GeoJSON Feature or Geometry Object\n * @returns {Geometry|null} GeoJSON Geometry Object\n * @throws {Error} if geojson is not a Feature or Geometry Object\n * @example\n * var point = {\n *   \"type\": \"Feature\",\n *   \"properties\": {},\n *   \"geometry\": {\n *     \"type\": \"Point\",\n *     \"coordinates\": [110, 40]\n *   }\n * }\n * var geom = turf.getGeom(point)\n * //={\"type\": \"Point\", \"coordinates\": [110, 40]}\n */\nfunction getGeom(geojson) {\n    if (!geojson) throw new Error('geojson is required');\n    if (geojson.geometry !== undefined) return geojson.geometry;\n    if (geojson.coordinates || geojson.geometries) return geojson;\n    throw new Error('geojson must be a valid Feature or Geometry Object');\n}\n\n/**\n * Get Geometry Type from Feature or Geometry Object\n *\n * @throws {Error} **DEPRECATED** in v5.0.0 in favor of getType\n */\nfunction getGeomType() {\n    throw new Error('invariant.getGeomType has been deprecated in v5.0 in favor of invariant.getType');\n}\n\n/**\n * Get GeoJSON object's type, Geometry type is prioritize.\n *\n * @param {GeoJSON} geojson GeoJSON object\n * @param {string} [name=\"geojson\"] name of the variable to display in error message\n * @returns {string} GeoJSON type\n * @example\n * var point = {\n *   \"type\": \"Feature\",\n *   \"properties\": {},\n *   \"geometry\": {\n *     \"type\": \"Point\",\n *     \"coordinates\": [110, 40]\n *   }\n * }\n * var geom = turf.getType(point)\n * //=\"Point\"\n */\nfunction getType(geojson, name) {\n    if (!geojson) throw new Error((name || 'geojson') + ' is required');\n    // GeoJSON Feature & GeometryCollection\n    if (geojson.geometry && geojson.geometry.type) return geojson.geometry.type;\n    // GeoJSON Geometry & FeatureCollection\n    if (geojson.type) return geojson.type;\n    throw new Error((name || 'geojson') + ' is invalid');\n}\n\nexport { getCoord, getCoords, containsNumber, geojsonType, featureOf, collectionOf, getGeom, getGeomType, getType };\n","import { feature, isObject, lineString, point } from '@turf/helpers';\n\n/**\n * Callback for coordEach\n *\n * @callback coordEachCallback\n * @param {Array<number>} currentCoord The current coordinate being processed.\n * @param {number} coordIndex The current index of the coordinate being processed.\n * @param {number} featureIndex The current index of the Feature being processed.\n * @param {number} multiFeatureIndex The current index of the Multi-Feature being processed.\n * @param {number} geometryIndex The current index of the Geometry being processed.\n */\n\n/**\n * Iterate over coordinates in any GeoJSON object, similar to Array.forEach()\n *\n * @name coordEach\n * @param {FeatureCollection|Feature|Geometry} geojson any GeoJSON object\n * @param {Function} callback a method that takes (currentCoord, coordIndex, featureIndex, multiFeatureIndex)\n * @param {boolean} [excludeWrapCoord=false] whether or not to include the final coordinate of LinearRings that wraps the ring in its iteration.\n * @returns {void}\n * @example\n * var features = turf.featureCollection([\n *   turf.point([26, 37], {\"foo\": \"bar\"}),\n *   turf.point([36, 53], {\"hello\": \"world\"})\n * ]);\n *\n * turf.coordEach(features, function (currentCoord, coordIndex, featureIndex, multiFeatureIndex, geometryIndex) {\n *   //=currentCoord\n *   //=coordIndex\n *   //=featureIndex\n *   //=multiFeatureIndex\n *   //=geometryIndex\n * });\n */\nfunction coordEach(geojson, callback, excludeWrapCoord) {\n    // Handles null Geometry -- Skips this GeoJSON\n    if (geojson === null) return;\n    var j, k, l, geometry, stopG, coords,\n        geometryMaybeCollection,\n        wrapShrink = 0,\n        coordIndex = 0,\n        isGeometryCollection,\n        type = geojson.type,\n        isFeatureCollection = type === 'FeatureCollection',\n        isFeature = type === 'Feature',\n        stop = isFeatureCollection ? geojson.features.length : 1;\n\n    // This logic may look a little weird. The reason why it is that way\n    // is because it's trying to be fast. GeoJSON supports multiple kinds\n    // of objects at its root: FeatureCollection, Features, Geometries.\n    // This function has the responsibility of handling all of them, and that\n    // means that some of the `for` loops you see below actually just don't apply\n    // to certain inputs. For instance, if you give this just a\n    // Point geometry, then both loops are short-circuited and all we do\n    // is gradually rename the input until it's called 'geometry'.\n    //\n    // This also aims to allocate as few resources as possible: just a\n    // few numbers and booleans, rather than any temporary arrays as would\n    // be required with the normalization approach.\n    for (var featureIndex = 0; featureIndex < stop; featureIndex++) {\n        geometryMaybeCollection = (isFeatureCollection ? geojson.features[featureIndex].geometry :\n            (isFeature ? geojson.geometry : geojson));\n        isGeometryCollection = (geometryMaybeCollection) ? geometryMaybeCollection.type === 'GeometryCollection' : false;\n        stopG = isGeometryCollection ? geometryMaybeCollection.geometries.length : 1;\n\n        for (var geomIndex = 0; geomIndex < stopG; geomIndex++) {\n            var multiFeatureIndex = 0;\n            var geometryIndex = 0;\n            geometry = isGeometryCollection ?\n                geometryMaybeCollection.geometries[geomIndex] : geometryMaybeCollection;\n\n            // Handles null Geometry -- Skips this geometry\n            if (geometry === null) continue;\n            coords = geometry.coordinates;\n            var geomType = geometry.type;\n\n            wrapShrink = (excludeWrapCoord && (geomType === 'Polygon' || geomType === 'MultiPolygon')) ? 1 : 0;\n\n            switch (geomType) {\n            case null:\n                break;\n            case 'Point':\n                if (callback(coords, coordIndex, featureIndex, multiFeatureIndex, geometryIndex) === false) return false;\n                coordIndex++;\n                multiFeatureIndex++;\n                break;\n            case 'LineString':\n            case 'MultiPoint':\n                for (j = 0; j < coords.length; j++) {\n                    if (callback(coords[j], coordIndex, featureIndex, multiFeatureIndex, geometryIndex) === false) return false;\n                    coordIndex++;\n                    if (geomType === 'MultiPoint') multiFeatureIndex++;\n                }\n                if (geomType === 'LineString') multiFeatureIndex++;\n                break;\n            case 'Polygon':\n            case 'MultiLineString':\n                for (j = 0; j < coords.length; j++) {\n                    for (k = 0; k < coords[j].length - wrapShrink; k++) {\n                        if (callback(coords[j][k], coordIndex, featureIndex, multiFeatureIndex, geometryIndex) === false) return false;\n                        coordIndex++;\n                    }\n                    if (geomType === 'MultiLineString') multiFeatureIndex++;\n                    if (geomType === 'Polygon') geometryIndex++;\n                }\n                if (geomType === 'Polygon') multiFeatureIndex++;\n                break;\n            case 'MultiPolygon':\n                for (j = 0; j < coords.length; j++) {\n                    if (geomType === 'MultiPolygon') geometryIndex = 0;\n                    for (k = 0; k < coords[j].length; k++) {\n                        for (l = 0; l < coords[j][k].length - wrapShrink; l++) {\n                            if (callback(coords[j][k][l], coordIndex, featureIndex, multiFeatureIndex, geometryIndex) === false) return false;\n                            coordIndex++;\n                        }\n                        geometryIndex++;\n                    }\n                    multiFeatureIndex++;\n                }\n                break;\n            case 'GeometryCollection':\n                for (j = 0; j < geometry.geometries.length; j++)\n                    if (coordEach(geometry.geometries[j], callback, excludeWrapCoord) === false) return false;\n                break;\n            default:\n                throw new Error('Unknown Geometry Type');\n            }\n        }\n    }\n}\n\n/**\n * Callback for coordReduce\n *\n * The first time the callback function is called, the values provided as arguments depend\n * on whether the reduce method has an initialValue argument.\n *\n * If an initialValue is provided to the reduce method:\n *  - The previousValue argument is initialValue.\n *  - The currentValue argument is the value of the first element present in the array.\n *\n * If an initialValue is not provided:\n *  - The previousValue argument is the value of the first element present in the array.\n *  - The currentValue argument is the value of the second element present in the array.\n *\n * @callback coordReduceCallback\n * @param {*} previousValue The accumulated value previously returned in the last invocation\n * of the callback, or initialValue, if supplied.\n * @param {Array<number>} currentCoord The current coordinate being processed.\n * @param {number} coordIndex The current index of the coordinate being processed.\n * Starts at index 0, if an initialValue is provided, and at index 1 otherwise.\n * @param {number} featureIndex The current index of the Feature being processed.\n * @param {number} multiFeatureIndex The current index of the Multi-Feature being processed.\n * @param {number} geometryIndex The current index of the Geometry being processed.\n */\n\n/**\n * Reduce coordinates in any GeoJSON object, similar to Array.reduce()\n *\n * @name coordReduce\n * @param {FeatureCollection|Geometry|Feature} geojson any GeoJSON object\n * @param {Function} callback a method that takes (previousValue, currentCoord, coordIndex)\n * @param {*} [initialValue] Value to use as the first argument to the first call of the callback.\n * @param {boolean} [excludeWrapCoord=false] whether or not to include the final coordinate of LinearRings that wraps the ring in its iteration.\n * @returns {*} The value that results from the reduction.\n * @example\n * var features = turf.featureCollection([\n *   turf.point([26, 37], {\"foo\": \"bar\"}),\n *   turf.point([36, 53], {\"hello\": \"world\"})\n * ]);\n *\n * turf.coordReduce(features, function (previousValue, currentCoord, coordIndex, featureIndex, multiFeatureIndex, geometryIndex) {\n *   //=previousValue\n *   //=currentCoord\n *   //=coordIndex\n *   //=featureIndex\n *   //=multiFeatureIndex\n *   //=geometryIndex\n *   return currentCoord;\n * });\n */\nfunction coordReduce(geojson, callback, initialValue, excludeWrapCoord) {\n    var previousValue = initialValue;\n    coordEach(geojson, function (currentCoord, coordIndex, featureIndex, multiFeatureIndex, geometryIndex) {\n        if (coordIndex === 0 && initialValue === undefined) previousValue = currentCoord;\n        else previousValue = callback(previousValue, currentCoord, coordIndex, featureIndex, multiFeatureIndex, geometryIndex);\n    }, excludeWrapCoord);\n    return previousValue;\n}\n\n/**\n * Callback for propEach\n *\n * @callback propEachCallback\n * @param {Object} currentProperties The current Properties being processed.\n * @param {number} featureIndex The current index of the Feature being processed.\n */\n\n/**\n * Iterate over properties in any GeoJSON object, similar to Array.forEach()\n *\n * @name propEach\n * @param {FeatureCollection|Feature} geojson any GeoJSON object\n * @param {Function} callback a method that takes (currentProperties, featureIndex)\n * @returns {void}\n * @example\n * var features = turf.featureCollection([\n *     turf.point([26, 37], {foo: 'bar'}),\n *     turf.point([36, 53], {hello: 'world'})\n * ]);\n *\n * turf.propEach(features, function (currentProperties, featureIndex) {\n *   //=currentProperties\n *   //=featureIndex\n * });\n */\nfunction propEach(geojson, callback) {\n    var i;\n    switch (geojson.type) {\n    case 'FeatureCollection':\n        for (i = 0; i < geojson.features.length; i++) {\n            if (callback(geojson.features[i].properties, i) === false) break;\n        }\n        break;\n    case 'Feature':\n        callback(geojson.properties, 0);\n        break;\n    }\n}\n\n\n/**\n * Callback for propReduce\n *\n * The first time the callback function is called, the values provided as arguments depend\n * on whether the reduce method has an initialValue argument.\n *\n * If an initialValue is provided to the reduce method:\n *  - The previousValue argument is initialValue.\n *  - The currentValue argument is the value of the first element present in the array.\n *\n * If an initialValue is not provided:\n *  - The previousValue argument is the value of the first element present in the array.\n *  - The currentValue argument is the value of the second element present in the array.\n *\n * @callback propReduceCallback\n * @param {*} previousValue The accumulated value previously returned in the last invocation\n * of the callback, or initialValue, if supplied.\n * @param {*} currentProperties The current Properties being processed.\n * @param {number} featureIndex The current index of the Feature being processed.\n */\n\n/**\n * Reduce properties in any GeoJSON object into a single value,\n * similar to how Array.reduce works. However, in this case we lazily run\n * the reduction, so an array of all properties is unnecessary.\n *\n * @name propReduce\n * @param {FeatureCollection|Feature} geojson any GeoJSON object\n * @param {Function} callback a method that takes (previousValue, currentProperties, featureIndex)\n * @param {*} [initialValue] Value to use as the first argument to the first call of the callback.\n * @returns {*} The value that results from the reduction.\n * @example\n * var features = turf.featureCollection([\n *     turf.point([26, 37], {foo: 'bar'}),\n *     turf.point([36, 53], {hello: 'world'})\n * ]);\n *\n * turf.propReduce(features, function (previousValue, currentProperties, featureIndex) {\n *   //=previousValue\n *   //=currentProperties\n *   //=featureIndex\n *   return currentProperties\n * });\n */\nfunction propReduce(geojson, callback, initialValue) {\n    var previousValue = initialValue;\n    propEach(geojson, function (currentProperties, featureIndex) {\n        if (featureIndex === 0 && initialValue === undefined) previousValue = currentProperties;\n        else previousValue = callback(previousValue, currentProperties, featureIndex);\n    });\n    return previousValue;\n}\n\n/**\n * Callback for featureEach\n *\n * @callback featureEachCallback\n * @param {Feature<any>} currentFeature The current Feature being processed.\n * @param {number} featureIndex The current index of the Feature being processed.\n */\n\n/**\n * Iterate over features in any GeoJSON object, similar to\n * Array.forEach.\n *\n * @name featureEach\n * @param {FeatureCollection|Feature|Geometry} geojson any GeoJSON object\n * @param {Function} callback a method that takes (currentFeature, featureIndex)\n * @returns {void}\n * @example\n * var features = turf.featureCollection([\n *   turf.point([26, 37], {foo: 'bar'}),\n *   turf.point([36, 53], {hello: 'world'})\n * ]);\n *\n * turf.featureEach(features, function (currentFeature, featureIndex) {\n *   //=currentFeature\n *   //=featureIndex\n * });\n */\nfunction featureEach(geojson, callback) {\n    if (geojson.type === 'Feature') {\n        callback(geojson, 0);\n    } else if (geojson.type === 'FeatureCollection') {\n        for (var i = 0; i < geojson.features.length; i++) {\n            if (callback(geojson.features[i], i) === false) break;\n        }\n    }\n}\n\n/**\n * Callback for featureReduce\n *\n * The first time the callback function is called, the values provided as arguments depend\n * on whether the reduce method has an initialValue argument.\n *\n * If an initialValue is provided to the reduce method:\n *  - The previousValue argument is initialValue.\n *  - The currentValue argument is the value of the first element present in the array.\n *\n * If an initialValue is not provided:\n *  - The previousValue argument is the value of the first element present in the array.\n *  - The currentValue argument is the value of the second element present in the array.\n *\n * @callback featureReduceCallback\n * @param {*} previousValue The accumulated value previously returned in the last invocation\n * of the callback, or initialValue, if supplied.\n * @param {Feature} currentFeature The current Feature being processed.\n * @param {number} featureIndex The current index of the Feature being processed.\n */\n\n/**\n * Reduce features in any GeoJSON object, similar to Array.reduce().\n *\n * @name featureReduce\n * @param {FeatureCollection|Feature|Geometry} geojson any GeoJSON object\n * @param {Function} callback a method that takes (previousValue, currentFeature, featureIndex)\n * @param {*} [initialValue] Value to use as the first argument to the first call of the callback.\n * @returns {*} The value that results from the reduction.\n * @example\n * var features = turf.featureCollection([\n *   turf.point([26, 37], {\"foo\": \"bar\"}),\n *   turf.point([36, 53], {\"hello\": \"world\"})\n * ]);\n *\n * turf.featureReduce(features, function (previousValue, currentFeature, featureIndex) {\n *   //=previousValue\n *   //=currentFeature\n *   //=featureIndex\n *   return currentFeature\n * });\n */\nfunction featureReduce(geojson, callback, initialValue) {\n    var previousValue = initialValue;\n    featureEach(geojson, function (currentFeature, featureIndex) {\n        if (featureIndex === 0 && initialValue === undefined) previousValue = currentFeature;\n        else previousValue = callback(previousValue, currentFeature, featureIndex);\n    });\n    return previousValue;\n}\n\n/**\n * Get all coordinates from any GeoJSON object.\n *\n * @name coordAll\n * @param {FeatureCollection|Feature|Geometry} geojson any GeoJSON object\n * @returns {Array<Array<number>>} coordinate position array\n * @example\n * var features = turf.featureCollection([\n *   turf.point([26, 37], {foo: 'bar'}),\n *   turf.point([36, 53], {hello: 'world'})\n * ]);\n *\n * var coords = turf.coordAll(features);\n * //= [[26, 37], [36, 53]]\n */\nfunction coordAll(geojson) {\n    var coords = [];\n    coordEach(geojson, function (coord) {\n        coords.push(coord);\n    });\n    return coords;\n}\n\n/**\n * Callback for geomEach\n *\n * @callback geomEachCallback\n * @param {Geometry} currentGeometry The current Geometry being processed.\n * @param {number} featureIndex The current index of the Feature being processed.\n * @param {Object} featureProperties The current Feature Properties being processed.\n * @param {Array<number>} featureBBox The current Feature BBox being processed.\n * @param {number|string} featureId The current Feature Id being processed.\n */\n\n/**\n * Iterate over each geometry in any GeoJSON object, similar to Array.forEach()\n *\n * @name geomEach\n * @param {FeatureCollection|Feature|Geometry} geojson any GeoJSON object\n * @param {Function} callback a method that takes (currentGeometry, featureIndex, featureProperties, featureBBox, featureId)\n * @returns {void}\n * @example\n * var features = turf.featureCollection([\n *     turf.point([26, 37], {foo: 'bar'}),\n *     turf.point([36, 53], {hello: 'world'})\n * ]);\n *\n * turf.geomEach(features, function (currentGeometry, featureIndex, featureProperties, featureBBox, featureId) {\n *   //=currentGeometry\n *   //=featureIndex\n *   //=featureProperties\n *   //=featureBBox\n *   //=featureId\n * });\n */\nfunction geomEach(geojson, callback) {\n    var i, j, g, geometry, stopG,\n        geometryMaybeCollection,\n        isGeometryCollection,\n        featureProperties,\n        featureBBox,\n        featureId,\n        featureIndex = 0,\n        isFeatureCollection = geojson.type === 'FeatureCollection',\n        isFeature = geojson.type === 'Feature',\n        stop = isFeatureCollection ? geojson.features.length : 1;\n\n    // This logic may look a little weird. The reason why it is that way\n    // is because it's trying to be fast. GeoJSON supports multiple kinds\n    // of objects at its root: FeatureCollection, Features, Geometries.\n    // This function has the responsibility of handling all of them, and that\n    // means that some of the `for` loops you see below actually just don't apply\n    // to certain inputs. For instance, if you give this just a\n    // Point geometry, then both loops are short-circuited and all we do\n    // is gradually rename the input until it's called 'geometry'.\n    //\n    // This also aims to allocate as few resources as possible: just a\n    // few numbers and booleans, rather than any temporary arrays as would\n    // be required with the normalization approach.\n    for (i = 0; i < stop; i++) {\n\n        geometryMaybeCollection = (isFeatureCollection ? geojson.features[i].geometry :\n            (isFeature ? geojson.geometry : geojson));\n        featureProperties = (isFeatureCollection ? geojson.features[i].properties :\n            (isFeature ? geojson.properties : {}));\n        featureBBox = (isFeatureCollection ? geojson.features[i].bbox :\n            (isFeature ? geojson.bbox : undefined));\n        featureId = (isFeatureCollection ? geojson.features[i].id :\n            (isFeature ? geojson.id : undefined));\n        isGeometryCollection = (geometryMaybeCollection) ? geometryMaybeCollection.type === 'GeometryCollection' : false;\n        stopG = isGeometryCollection ? geometryMaybeCollection.geometries.length : 1;\n\n        for (g = 0; g < stopG; g++) {\n            geometry = isGeometryCollection ?\n                geometryMaybeCollection.geometries[g] : geometryMaybeCollection;\n\n            // Handle null Geometry\n            if (geometry === null) {\n                if (callback(null, featureIndex, featureProperties, featureBBox, featureId) === false) return false;\n                continue;\n            }\n            switch (geometry.type) {\n            case 'Point':\n            case 'LineString':\n            case 'MultiPoint':\n            case 'Polygon':\n            case 'MultiLineString':\n            case 'MultiPolygon': {\n                if (callback(geometry, featureIndex, featureProperties, featureBBox, featureId) === false) return false;\n                break;\n            }\n            case 'GeometryCollection': {\n                for (j = 0; j < geometry.geometries.length; j++) {\n                    if (callback(geometry.geometries[j], featureIndex, featureProperties, featureBBox, featureId) === false) return false;\n                }\n                break;\n            }\n            default:\n                throw new Error('Unknown Geometry Type');\n            }\n        }\n        // Only increase `featureIndex` per each feature\n        featureIndex++;\n    }\n}\n\n/**\n * Callback for geomReduce\n *\n * The first time the callback function is called, the values provided as arguments depend\n * on whether the reduce method has an initialValue argument.\n *\n * If an initialValue is provided to the reduce method:\n *  - The previousValue argument is initialValue.\n *  - The currentValue argument is the value of the first element present in the array.\n *\n * If an initialValue is not provided:\n *  - The previousValue argument is the value of the first element present in the array.\n *  - The currentValue argument is the value of the second element present in the array.\n *\n * @callback geomReduceCallback\n * @param {*} previousValue The accumulated value previously returned in the last invocation\n * of the callback, or initialValue, if supplied.\n * @param {Geometry} currentGeometry The current Geometry being processed.\n * @param {number} featureIndex The current index of the Feature being processed.\n * @param {Object} featureProperties The current Feature Properties being processed.\n * @param {Array<number>} featureBBox The current Feature BBox being processed.\n * @param {number|string} featureId The current Feature Id being processed.\n */\n\n/**\n * Reduce geometry in any GeoJSON object, similar to Array.reduce().\n *\n * @name geomReduce\n * @param {FeatureCollection|Feature|Geometry} geojson any GeoJSON object\n * @param {Function} callback a method that takes (previousValue, currentGeometry, featureIndex, featureProperties, featureBBox, featureId)\n * @param {*} [initialValue] Value to use as the first argument to the first call of the callback.\n * @returns {*} The value that results from the reduction.\n * @example\n * var features = turf.featureCollection([\n *     turf.point([26, 37], {foo: 'bar'}),\n *     turf.point([36, 53], {hello: 'world'})\n * ]);\n *\n * turf.geomReduce(features, function (previousValue, currentGeometry, featureIndex, featureProperties, featureBBox, featureId) {\n *   //=previousValue\n *   //=currentGeometry\n *   //=featureIndex\n *   //=featureProperties\n *   //=featureBBox\n *   //=featureId\n *   return currentGeometry\n * });\n */\nfunction geomReduce(geojson, callback, initialValue) {\n    var previousValue = initialValue;\n    geomEach(geojson, function (currentGeometry, featureIndex, featureProperties, featureBBox, featureId) {\n        if (featureIndex === 0 && initialValue === undefined) previousValue = currentGeometry;\n        else previousValue = callback(previousValue, currentGeometry, featureIndex, featureProperties, featureBBox, featureId);\n    });\n    return previousValue;\n}\n\n/**\n * Callback for flattenEach\n *\n * @callback flattenEachCallback\n * @param {Feature} currentFeature The current flattened feature being processed.\n * @param {number} featureIndex The current index of the Feature being processed.\n * @param {number} multiFeatureIndex The current index of the Multi-Feature being processed.\n */\n\n/**\n * Iterate over flattened features in any GeoJSON object, similar to\n * Array.forEach.\n *\n * @name flattenEach\n * @param {FeatureCollection|Feature|Geometry} geojson any GeoJSON object\n * @param {Function} callback a method that takes (currentFeature, featureIndex, multiFeatureIndex)\n * @example\n * var features = turf.featureCollection([\n *     turf.point([26, 37], {foo: 'bar'}),\n *     turf.multiPoint([[40, 30], [36, 53]], {hello: 'world'})\n * ]);\n *\n * turf.flattenEach(features, function (currentFeature, featureIndex, multiFeatureIndex) {\n *   //=currentFeature\n *   //=featureIndex\n *   //=multiFeatureIndex\n * });\n */\nfunction flattenEach(geojson, callback) {\n    geomEach(geojson, function (geometry, featureIndex, properties, bbox, id) {\n        // Callback for single geometry\n        var type = (geometry === null) ? null : geometry.type;\n        switch (type) {\n        case null:\n        case 'Point':\n        case 'LineString':\n        case 'Polygon':\n            if (callback(feature(geometry, properties, {bbox: bbox, id: id}), featureIndex, 0) === false) return false;\n            return;\n        }\n\n        var geomType;\n\n        // Callback for multi-geometry\n        switch (type) {\n        case 'MultiPoint':\n            geomType = 'Point';\n            break;\n        case 'MultiLineString':\n            geomType = 'LineString';\n            break;\n        case 'MultiPolygon':\n            geomType = 'Polygon';\n            break;\n        }\n\n        for (var multiFeatureIndex = 0; multiFeatureIndex < geometry.coordinates.length; multiFeatureIndex++) {\n            var coordinate = geometry.coordinates[multiFeatureIndex];\n            var geom = {\n                type: geomType,\n                coordinates: coordinate\n            };\n            if (callback(feature(geom, properties), featureIndex, multiFeatureIndex) === false) return false;\n        }\n    });\n}\n\n/**\n * Callback for flattenReduce\n *\n * The first time the callback function is called, the values provided as arguments depend\n * on whether the reduce method has an initialValue argument.\n *\n * If an initialValue is provided to the reduce method:\n *  - The previousValue argument is initialValue.\n *  - The currentValue argument is the value of the first element present in the array.\n *\n * If an initialValue is not provided:\n *  - The previousValue argument is the value of the first element present in the array.\n *  - The currentValue argument is the value of the second element present in the array.\n *\n * @callback flattenReduceCallback\n * @param {*} previousValue The accumulated value previously returned in the last invocation\n * of the callback, or initialValue, if supplied.\n * @param {Feature} currentFeature The current Feature being processed.\n * @param {number} featureIndex The current index of the Feature being processed.\n * @param {number} multiFeatureIndex The current index of the Multi-Feature being processed.\n */\n\n/**\n * Reduce flattened features in any GeoJSON object, similar to Array.reduce().\n *\n * @name flattenReduce\n * @param {FeatureCollection|Feature|Geometry} geojson any GeoJSON object\n * @param {Function} callback a method that takes (previousValue, currentFeature, featureIndex, multiFeatureIndex)\n * @param {*} [initialValue] Value to use as the first argument to the first call of the callback.\n * @returns {*} The value that results from the reduction.\n * @example\n * var features = turf.featureCollection([\n *     turf.point([26, 37], {foo: 'bar'}),\n *     turf.multiPoint([[40, 30], [36, 53]], {hello: 'world'})\n * ]);\n *\n * turf.flattenReduce(features, function (previousValue, currentFeature, featureIndex, multiFeatureIndex) {\n *   //=previousValue\n *   //=currentFeature\n *   //=featureIndex\n *   //=multiFeatureIndex\n *   return currentFeature\n * });\n */\nfunction flattenReduce(geojson, callback, initialValue) {\n    var previousValue = initialValue;\n    flattenEach(geojson, function (currentFeature, featureIndex, multiFeatureIndex) {\n        if (featureIndex === 0 && multiFeatureIndex === 0 && initialValue === undefined) previousValue = currentFeature;\n        else previousValue = callback(previousValue, currentFeature, featureIndex, multiFeatureIndex);\n    });\n    return previousValue;\n}\n\n/**\n * Callback for segmentEach\n *\n * @callback segmentEachCallback\n * @param {Feature<LineString>} currentSegment The current Segment being processed.\n * @param {number} featureIndex The current index of the Feature being processed.\n * @param {number} multiFeatureIndex The current index of the Multi-Feature being processed.\n * @param {number} geometryIndex The current index of the Geometry being processed.\n * @param {number} segmentIndex The current index of the Segment being processed.\n * @returns {void}\n */\n\n/**\n * Iterate over 2-vertex line segment in any GeoJSON object, similar to Array.forEach()\n * (Multi)Point geometries do not contain segments therefore they are ignored during this operation.\n *\n * @param {FeatureCollection|Feature|Geometry} geojson any GeoJSON\n * @param {Function} callback a method that takes (currentSegment, featureIndex, multiFeatureIndex, geometryIndex, segmentIndex)\n * @returns {void}\n * @example\n * var polygon = turf.polygon([[[-50, 5], [-40, -10], [-50, -10], [-40, 5], [-50, 5]]]);\n *\n * // Iterate over GeoJSON by 2-vertex segments\n * turf.segmentEach(polygon, function (currentSegment, featureIndex, multiFeatureIndex, geometryIndex, segmentIndex) {\n *   //=currentSegment\n *   //=featureIndex\n *   //=multiFeatureIndex\n *   //=geometryIndex\n *   //=segmentIndex\n * });\n *\n * // Calculate the total number of segments\n * var total = 0;\n * turf.segmentEach(polygon, function () {\n *     total++;\n * });\n */\nfunction segmentEach(geojson, callback) {\n    flattenEach(geojson, function (feature$$1, featureIndex, multiFeatureIndex) {\n        var segmentIndex = 0;\n\n        // Exclude null Geometries\n        if (!feature$$1.geometry) return;\n        // (Multi)Point geometries do not contain segments therefore they are ignored during this operation.\n        var type = feature$$1.geometry.type;\n        if (type === 'Point' || type === 'MultiPoint') return;\n\n        // Generate 2-vertex line segments\n        var previousCoords;\n        if (coordEach(feature$$1, function (currentCoord, coordIndex, featureIndexCoord, mutliPartIndexCoord, geometryIndex) {\n            // Simulating a meta.coordReduce() since `reduce` operations cannot be stopped by returning `false`\n            if (previousCoords === undefined) {\n                previousCoords = currentCoord;\n                return;\n            }\n            var currentSegment = lineString([previousCoords, currentCoord], feature$$1.properties);\n            if (callback(currentSegment, featureIndex, multiFeatureIndex, geometryIndex, segmentIndex) === false) return false;\n            segmentIndex++;\n            previousCoords = currentCoord;\n        }) === false) return false;\n    });\n}\n\n/**\n * Callback for segmentReduce\n *\n * The first time the callback function is called, the values provided as arguments depend\n * on whether the reduce method has an initialValue argument.\n *\n * If an initialValue is provided to the reduce method:\n *  - The previousValue argument is initialValue.\n *  - The currentValue argument is the value of the first element present in the array.\n *\n * If an initialValue is not provided:\n *  - The previousValue argument is the value of the first element present in the array.\n *  - The currentValue argument is the value of the second element present in the array.\n *\n * @callback segmentReduceCallback\n * @param {*} previousValue The accumulated value previously returned in the last invocation\n * of the callback, or initialValue, if supplied.\n * @param {Feature<LineString>} currentSegment The current Segment being processed.\n * @param {number} featureIndex The current index of the Feature being processed.\n * @param {number} multiFeatureIndex The current index of the Multi-Feature being processed.\n * @param {number} geometryIndex The current index of the Geometry being processed.\n * @param {number} segmentIndex The current index of the Segment being processed.\n */\n\n/**\n * Reduce 2-vertex line segment in any GeoJSON object, similar to Array.reduce()\n * (Multi)Point geometries do not contain segments therefore they are ignored during this operation.\n *\n * @param {FeatureCollection|Feature|Geometry} geojson any GeoJSON\n * @param {Function} callback a method that takes (previousValue, currentSegment, currentIndex)\n * @param {*} [initialValue] Value to use as the first argument to the first call of the callback.\n * @returns {void}\n * @example\n * var polygon = turf.polygon([[[-50, 5], [-40, -10], [-50, -10], [-40, 5], [-50, 5]]]);\n *\n * // Iterate over GeoJSON by 2-vertex segments\n * turf.segmentReduce(polygon, function (previousSegment, currentSegment, featureIndex, multiFeatureIndex, geometryIndex, segmentIndex) {\n *   //= previousSegment\n *   //= currentSegment\n *   //= featureIndex\n *   //= multiFeatureIndex\n *   //= geometryIndex\n *   //= segmentInex\n *   return currentSegment\n * });\n *\n * // Calculate the total number of segments\n * var initialValue = 0\n * var total = turf.segmentReduce(polygon, function (previousValue) {\n *     previousValue++;\n *     return previousValue;\n * }, initialValue);\n */\nfunction segmentReduce(geojson, callback, initialValue) {\n    var previousValue = initialValue;\n    var started = false;\n    segmentEach(geojson, function (currentSegment, featureIndex, multiFeatureIndex, geometryIndex, segmentIndex) {\n        if (started === false && initialValue === undefined) previousValue = currentSegment;\n        else previousValue = callback(previousValue, currentSegment, featureIndex, multiFeatureIndex, geometryIndex, segmentIndex);\n        started = true;\n    });\n    return previousValue;\n}\n\n/**\n * Callback for lineEach\n *\n * @callback lineEachCallback\n * @param {Feature<LineString>} currentLine The current LineString|LinearRing being processed\n * @param {number} featureIndex The current index of the Feature being processed\n * @param {number} multiFeatureIndex The current index of the Multi-Feature being processed\n * @param {number} geometryIndex The current index of the Geometry being processed\n */\n\n/**\n * Iterate over line or ring coordinates in LineString, Polygon, MultiLineString, MultiPolygon Features or Geometries,\n * similar to Array.forEach.\n *\n * @name lineEach\n * @param {Geometry|Feature<LineString|Polygon|MultiLineString|MultiPolygon>} geojson object\n * @param {Function} callback a method that takes (currentLine, featureIndex, multiFeatureIndex, geometryIndex)\n * @example\n * var multiLine = turf.multiLineString([\n *   [[26, 37], [35, 45]],\n *   [[36, 53], [38, 50], [41, 55]]\n * ]);\n *\n * turf.lineEach(multiLine, function (currentLine, featureIndex, multiFeatureIndex, geometryIndex) {\n *   //=currentLine\n *   //=featureIndex\n *   //=multiFeatureIndex\n *   //=geometryIndex\n * });\n */\nfunction lineEach(geojson, callback) {\n    // validation\n    if (!geojson) throw new Error('geojson is required');\n\n    flattenEach(geojson, function (feature$$1, featureIndex, multiFeatureIndex) {\n        if (feature$$1.geometry === null) return;\n        var type = feature$$1.geometry.type;\n        var coords = feature$$1.geometry.coordinates;\n        switch (type) {\n        case 'LineString':\n            if (callback(feature$$1, featureIndex, multiFeatureIndex, 0, 0) === false) return false;\n            break;\n        case 'Polygon':\n            for (var geometryIndex = 0; geometryIndex < coords.length; geometryIndex++) {\n                if (callback(lineString(coords[geometryIndex], feature$$1.properties), featureIndex, multiFeatureIndex, geometryIndex) === false) return false;\n            }\n            break;\n        }\n    });\n}\n\n/**\n * Callback for lineReduce\n *\n * The first time the callback function is called, the values provided as arguments depend\n * on whether the reduce method has an initialValue argument.\n *\n * If an initialValue is provided to the reduce method:\n *  - The previousValue argument is initialValue.\n *  - The currentValue argument is the value of the first element present in the array.\n *\n * If an initialValue is not provided:\n *  - The previousValue argument is the value of the first element present in the array.\n *  - The currentValue argument is the value of the second element present in the array.\n *\n * @callback lineReduceCallback\n * @param {*} previousValue The accumulated value previously returned in the last invocation\n * of the callback, or initialValue, if supplied.\n * @param {Feature<LineString>} currentLine The current LineString|LinearRing being processed.\n * @param {number} featureIndex The current index of the Feature being processed\n * @param {number} multiFeatureIndex The current index of the Multi-Feature being processed\n * @param {number} geometryIndex The current index of the Geometry being processed\n */\n\n/**\n * Reduce features in any GeoJSON object, similar to Array.reduce().\n *\n * @name lineReduce\n * @param {Geometry|Feature<LineString|Polygon|MultiLineString|MultiPolygon>} geojson object\n * @param {Function} callback a method that takes (previousValue, currentLine, featureIndex, multiFeatureIndex, geometryIndex)\n * @param {*} [initialValue] Value to use as the first argument to the first call of the callback.\n * @returns {*} The value that results from the reduction.\n * @example\n * var multiPoly = turf.multiPolygon([\n *   turf.polygon([[[12,48],[2,41],[24,38],[12,48]], [[9,44],[13,41],[13,45],[9,44]]]),\n *   turf.polygon([[[5, 5], [0, 0], [2, 2], [4, 4], [5, 5]]])\n * ]);\n *\n * turf.lineReduce(multiPoly, function (previousValue, currentLine, featureIndex, multiFeatureIndex, geometryIndex) {\n *   //=previousValue\n *   //=currentLine\n *   //=featureIndex\n *   //=multiFeatureIndex\n *   //=geometryIndex\n *   return currentLine\n * });\n */\nfunction lineReduce(geojson, callback, initialValue) {\n    var previousValue = initialValue;\n    lineEach(geojson, function (currentLine, featureIndex, multiFeatureIndex, geometryIndex) {\n        if (featureIndex === 0 && initialValue === undefined) previousValue = currentLine;\n        else previousValue = callback(previousValue, currentLine, featureIndex, multiFeatureIndex, geometryIndex);\n    });\n    return previousValue;\n}\n\n/**\n * Finds a particular 2-vertex LineString Segment from a GeoJSON using `@turf/meta` indexes.\n *\n * Negative indexes are permitted.\n * Point & MultiPoint will always return null.\n *\n * @param {FeatureCollection|Feature|Geometry} geojson Any GeoJSON Feature or Geometry\n * @param {Object} [options={}] Optional parameters\n * @param {number} [options.featureIndex=0] Feature Index\n * @param {number} [options.multiFeatureIndex=0] Multi-Feature Index\n * @param {number} [options.geometryIndex=0] Geometry Index\n * @param {number} [options.segmentIndex=0] Segment Index\n * @param {Object} [options.properties={}] Translate Properties to output LineString\n * @param {BBox} [options.bbox={}] Translate BBox to output LineString\n * @param {number|string} [options.id={}] Translate Id to output LineString\n * @returns {Feature<LineString>} 2-vertex GeoJSON Feature LineString\n * @example\n * var multiLine = turf.multiLineString([\n *     [[10, 10], [50, 30], [30, 40]],\n *     [[-10, -10], [-50, -30], [-30, -40]]\n * ]);\n *\n * // First Segment (defaults are 0)\n * turf.findSegment(multiLine);\n * // => Feature<LineString<[[10, 10], [50, 30]]>>\n *\n * // First Segment of 2nd Multi Feature\n * turf.findSegment(multiLine, {multiFeatureIndex: 1});\n * // => Feature<LineString<[[-10, -10], [-50, -30]]>>\n *\n * // Last Segment of Last Multi Feature\n * turf.findSegment(multiLine, {multiFeatureIndex: -1, segmentIndex: -1});\n * // => Feature<LineString<[[-50, -30], [-30, -40]]>>\n */\nfunction findSegment(geojson, options) {\n    // Optional Parameters\n    options = options || {};\n    if (!isObject(options)) throw new Error('options is invalid');\n    var featureIndex = options.featureIndex || 0;\n    var multiFeatureIndex = options.multiFeatureIndex || 0;\n    var geometryIndex = options.geometryIndex || 0;\n    var segmentIndex = options.segmentIndex || 0;\n\n    // Find FeatureIndex\n    var properties = options.properties;\n    var geometry;\n\n    switch (geojson.type) {\n    case 'FeatureCollection':\n        if (featureIndex < 0) featureIndex = geojson.features.length + featureIndex;\n        properties = properties || geojson.features[featureIndex].properties;\n        geometry = geojson.features[featureIndex].geometry;\n        break;\n    case 'Feature':\n        properties = properties || geojson.properties;\n        geometry = geojson.geometry;\n        break;\n    case 'Point':\n    case 'MultiPoint':\n        return null;\n    case 'LineString':\n    case 'Polygon':\n    case 'MultiLineString':\n    case 'MultiPolygon':\n        geometry = geojson;\n        break;\n    default:\n        throw new Error('geojson is invalid');\n    }\n\n    // Find SegmentIndex\n    if (geometry === null) return null;\n    var coords = geometry.coordinates;\n    switch (geometry.type) {\n    case 'Point':\n    case 'MultiPoint':\n        return null;\n    case 'LineString':\n        if (segmentIndex < 0) segmentIndex = coords.length + segmentIndex - 1;\n        return lineString([coords[segmentIndex], coords[segmentIndex + 1]], properties, options);\n    case 'Polygon':\n        if (geometryIndex < 0) geometryIndex = coords.length + geometryIndex;\n        if (segmentIndex < 0) segmentIndex = coords[geometryIndex].length + segmentIndex - 1;\n        return lineString([coords[geometryIndex][segmentIndex], coords[geometryIndex][segmentIndex + 1]], properties, options);\n    case 'MultiLineString':\n        if (multiFeatureIndex < 0) multiFeatureIndex = coords.length + multiFeatureIndex;\n        if (segmentIndex < 0) segmentIndex = coords[multiFeatureIndex].length + segmentIndex - 1;\n        return lineString([coords[multiFeatureIndex][segmentIndex], coords[multiFeatureIndex][segmentIndex + 1]], properties, options);\n    case 'MultiPolygon':\n        if (multiFeatureIndex < 0) multiFeatureIndex = coords.length + multiFeatureIndex;\n        if (geometryIndex < 0) geometryIndex = coords[multiFeatureIndex].length + geometryIndex;\n        if (segmentIndex < 0) segmentIndex = coords[multiFeatureIndex][geometryIndex].length - segmentIndex - 1;\n        return lineString([coords[multiFeatureIndex][geometryIndex][segmentIndex], coords[multiFeatureIndex][geometryIndex][segmentIndex + 1]], properties, options);\n    }\n    throw new Error('geojson is invalid');\n}\n\n/**\n * Finds a particular Point from a GeoJSON using `@turf/meta` indexes.\n *\n * Negative indexes are permitted.\n *\n * @param {FeatureCollection|Feature|Geometry} geojson Any GeoJSON Feature or Geometry\n * @param {Object} [options={}] Optional parameters\n * @param {number} [options.featureIndex=0] Feature Index\n * @param {number} [options.multiFeatureIndex=0] Multi-Feature Index\n * @param {number} [options.geometryIndex=0] Geometry Index\n * @param {number} [options.coordIndex=0] Coord Index\n * @param {Object} [options.properties={}] Translate Properties to output Point\n * @param {BBox} [options.bbox={}] Translate BBox to output Point\n * @param {number|string} [options.id={}] Translate Id to output Point\n * @returns {Feature<Point>} 2-vertex GeoJSON Feature Point\n * @example\n * var multiLine = turf.multiLineString([\n *     [[10, 10], [50, 30], [30, 40]],\n *     [[-10, -10], [-50, -30], [-30, -40]]\n * ]);\n *\n * // First Segment (defaults are 0)\n * turf.findPoint(multiLine);\n * // => Feature<Point<[10, 10]>>\n *\n * // First Segment of the 2nd Multi-Feature\n * turf.findPoint(multiLine, {multiFeatureIndex: 1});\n * // => Feature<Point<[-10, -10]>>\n *\n * // Last Segment of last Multi-Feature\n * turf.findPoint(multiLine, {multiFeatureIndex: -1, coordIndex: -1});\n * // => Feature<Point<[-30, -40]>>\n */\nfunction findPoint(geojson, options) {\n    // Optional Parameters\n    options = options || {};\n    if (!isObject(options)) throw new Error('options is invalid');\n    var featureIndex = options.featureIndex || 0;\n    var multiFeatureIndex = options.multiFeatureIndex || 0;\n    var geometryIndex = options.geometryIndex || 0;\n    var coordIndex = options.coordIndex || 0;\n\n    // Find FeatureIndex\n    var properties = options.properties;\n    var geometry;\n\n    switch (geojson.type) {\n    case 'FeatureCollection':\n        if (featureIndex < 0) featureIndex = geojson.features.length + featureIndex;\n        properties = properties || geojson.features[featureIndex].properties;\n        geometry = geojson.features[featureIndex].geometry;\n        break;\n    case 'Feature':\n        properties = properties || geojson.properties;\n        geometry = geojson.geometry;\n        break;\n    case 'Point':\n    case 'MultiPoint':\n        return null;\n    case 'LineString':\n    case 'Polygon':\n    case 'MultiLineString':\n    case 'MultiPolygon':\n        geometry = geojson;\n        break;\n    default:\n        throw new Error('geojson is invalid');\n    }\n\n    // Find Coord Index\n    if (geometry === null) return null;\n    var coords = geometry.coordinates;\n    switch (geometry.type) {\n    case 'Point':\n        return point(coords, properties, options);\n    case 'MultiPoint':\n        if (multiFeatureIndex < 0) multiFeatureIndex = coords.length + multiFeatureIndex;\n        return point(coords[multiFeatureIndex], properties, options);\n    case 'LineString':\n        if (coordIndex < 0) coordIndex = coords.length + coordIndex;\n        return point(coords[coordIndex], properties, options);\n    case 'Polygon':\n        if (geometryIndex < 0) geometryIndex = coords.length + geometryIndex;\n        if (coordIndex < 0) coordIndex = coords[geometryIndex].length + coordIndex;\n        return point(coords[geometryIndex][coordIndex], properties, options);\n    case 'MultiLineString':\n        if (multiFeatureIndex < 0) multiFeatureIndex = coords.length + multiFeatureIndex;\n        if (coordIndex < 0) coordIndex = coords[multiFeatureIndex].length + coordIndex;\n        return point(coords[multiFeatureIndex][coordIndex], properties, options);\n    case 'MultiPolygon':\n        if (multiFeatureIndex < 0) multiFeatureIndex = coords.length + multiFeatureIndex;\n        if (geometryIndex < 0) geometryIndex = coords[multiFeatureIndex].length + geometryIndex;\n        if (coordIndex < 0) coordIndex = coords[multiFeatureIndex][geometryIndex].length - coordIndex;\n        return point(coords[multiFeatureIndex][geometryIndex][coordIndex], properties, options);\n    }\n    throw new Error('geojson is invalid');\n}\n\nexport { coordEach, coordReduce, propEach, propReduce, featureEach, featureReduce, coordAll, geomEach, geomReduce, flattenEach, flattenReduce, segmentEach, segmentReduce, lineEach, lineReduce, findSegment, findPoint };\n","import {getCoords, collectionOf} from '@turf/invariant';\nimport {featureEach} from '@turf/meta';\nimport {isObject} from '@turf/helpers';\n\n/**\n * Takes a {@link Point} grid and returns a correspondent matrix {Array<Array<number>>}\n * of the 'property' values\n *\n * @name gridToMatrix\n * @param {FeatureCollection<Point>} grid of points\n * @param {Object} [options={}] Optional parameters\n * @param {string} [options.zProperty='elevation'] the property name in `points` from which z-values will be pulled\n * @param {boolean} [options.flip=false] returns the matrix upside-down\n * @param {boolean} [options.flags=false] flags, adding a `matrixPosition` array field ([row, column]) to its properties,\n * the grid points with coordinates on the matrix\n * @returns {Array<Array<number>>} matrix of property values\n * @example\n *   var extent = [-70.823364, -33.553984, -70.473175, -33.302986];\n *   var cellSize = 3;\n *   var grid = turf.pointGrid(extent, cellSize);\n *   // add a random property to each point between 0 and 60\n *   for (var i = 0; i < grid.features.length; i++) {\n *     grid.features[i].properties.elevation = (Math.random() * 60);\n *   }\n *   gridToMatrix(grid);\n *   //= [\n *     [ 1, 13, 10,  9, 10, 13, 18],\n *     [34,  8,  5,  4,  5,  8, 13],\n *     [10,  5,  2,  1,  2,  5,  4],\n *     [ 0,  4, 56, 19,  1,  4,  9],\n *     [10,  5,  2,  1,  2,  5, 10],\n *     [57,  8,  5,  4,  5,  0, 57],\n *     [ 3, 13, 10,  9,  5, 13, 18],\n *     [18, 13, 10,  9, 78, 13, 18]\n *   ]\n */\nexport default function gridToMatrix(grid, options) {\n    // Optional parameters\n    options = options || {};\n    if (!isObject(options)) throw new Error('options is invalid');\n    var zProperty = options.zProperty || 'elevation';\n    var flip = options.flip;\n    var flags = options.flags;\n\n    // validation\n    collectionOf(grid, 'Point', 'input must contain Points');\n\n    var pointsMatrix = sortPointsByLatLng(grid, flip);\n\n    var matrix = [];\n    // create property matrix from sorted points\n    // looping order matters here\n    for (var r = 0; r < pointsMatrix.length; r++) {\n        var pointRow = pointsMatrix[r];\n        var row = [];\n        for (var c = 0; c < pointRow.length; c++) {\n            var point = pointRow[c];\n            // Check if zProperty exist\n            if (point.properties[zProperty]) row.push(point.properties[zProperty]);\n            else row.push(0);\n            // add flags\n            if (flags === true) point.properties.matrixPosition = [r, c];\n        }\n        matrix.push(row);\n    }\n\n    return matrix;\n}\n\n/**\n * Sorts points by latitude and longitude, creating a 2-dimensional array of points\n *\n * @private\n * @param {FeatureCollection<Point>} points GeoJSON Point features\n * @param {boolean} [flip=false] returns the matrix upside-down\n * @returns {Array<Array<Point>>} points ordered by latitude and longitude\n */\nfunction sortPointsByLatLng(points, flip) {\n    var pointsByLatitude = {};\n\n    // divide points by rows with the same latitude\n    featureEach(points, function (point) {\n        var lat = getCoords(point)[1];\n        if (!pointsByLatitude[lat]) pointsByLatitude[lat] = [];\n        pointsByLatitude[lat].push(point);\n    });\n\n    // sort points (with the same latitude) by longitude\n    var orderedRowsByLatitude = Object.keys(pointsByLatitude).map(function (lat) {\n        var row = pointsByLatitude[lat];\n        var rowOrderedByLongitude = row.sort(function (a, b) {\n            return getCoords(a)[0] - getCoords(b)[0];\n        });\n        return rowOrderedByLongitude;\n    });\n\n    // sort rows (of points with the same latitude) by latitude\n    var pointMatrix = orderedRowsByLatitude.sort(function (a, b) {\n        if (flip) return getCoords(a[0])[1] - getCoords(b[0])[1];\n        else return getCoords(b[0])[1] - getCoords(a[0])[1];\n    });\n\n    return pointMatrix;\n}\n","var render = function () {var _vm=this;var _h=_vm.$createElement;var _c=_vm._self._c||_h;return _c('transition',[_c('i',{directives:[{name:\"show\",rawName:\"v-show\",value:(_vm.show),expression:\"show\"}],staticClass:\"fa fa-close fa-lg clear-button\",style:({right: _vm.right}),attrs:{\"tabindex\":\"0\",\"role\":\"button\",\"aria-label\":\"clear\"},on:{\"click\":function($event){$event.stopPropagation();return _vm.$emit('click')}}})])}\nvar staticRenderFns = []\n\nexport { render, staticRenderFns }","<template lang=\"html\">\r\n  <transition>\r\n    <i\r\n      v-show=\"show\" class=\"fa fa-close fa-lg clear-button\"\r\n      :style=\"{right}\"\r\n      tabindex=\"0\"\r\n      role=\"button\"\r\n      aria-label=\"clear\"\r\n      @click.stop=\"$emit('click')\"\r\n    />\r\n  </transition>\r\n</template>\r\n\r\n<script>\r\nexport default {\r\n  props: {\r\n    show: Boolean,\r\n    right: String\r\n  }\r\n}\r\n</script>\r\n\r\n<style lang=\"scss\" scoped>\r\n.v-enter, .v-leave-to {\r\n  opacity: 0;\r\n}\r\n\r\n.clear-button {\r\n  position: absolute;\r\n  top: 7px;\r\n  // right: 46px;\r\n  z-index: 2;\r\n\r\n  color: #808080;\r\n  // background-color: #dfdfdf;\r\n\r\n  height: 22px;\r\n  width: 22px;\r\n  border-radius: 11px;\r\n\r\n  padding: 4px;\r\n\r\n  cursor: pointer;\r\n\r\n  transition: opacity 0.15s, color 0.3s, background-color 0.3s;\r\n\r\n  &:hover {\r\n    color: darken(#808080, 10%);\r\n    background-color: darken(#dfdfdf, 10%);\r\n  }\r\n}\r\n</style>\r\n","import mod from \"-!../../../../node_modules/cache-loader/dist/cjs.js??ref--12-0!../../../../node_modules/thread-loader/dist/cjs.js!../../../../node_modules/babel-loader/lib/index.js!../../../../node_modules/cache-loader/dist/cjs.js??ref--0-0!../../../../node_modules/vue-loader/lib/index.js??vue-loader-options!./InputClearButton.vue?vue&type=script&lang=js&\"; export default mod; export * from \"-!../../../../node_modules/cache-loader/dist/cjs.js??ref--12-0!../../../../node_modules/thread-loader/dist/cjs.js!../../../../node_modules/babel-loader/lib/index.js!../../../../node_modules/cache-loader/dist/cjs.js??ref--0-0!../../../../node_modules/vue-loader/lib/index.js??vue-loader-options!./InputClearButton.vue?vue&type=script&lang=js&\"","import { render, staticRenderFns } from \"./InputClearButton.vue?vue&type=template&id=451fb25d&scoped=true&lang=html&\"\nimport script from \"./InputClearButton.vue?vue&type=script&lang=js&\"\nexport * from \"./InputClearButton.vue?vue&type=script&lang=js&\"\nimport style0 from \"./InputClearButton.vue?vue&type=style&index=0&id=451fb25d&lang=scss&scoped=true&\"\n\n\n/* normalize component */\nimport normalizer from \"!../../../../node_modules/vue-loader/lib/runtime/componentNormalizer.js\"\nvar component = normalizer(\n  script,\n  render,\n  staticRenderFns,\n  false,\n  null,\n  \"451fb25d\",\n  null\n  \n)\n\nexport default component.exports","\"use strict\"; \"use restrict\";\n\nvar bits      = require(\"bit-twiddle\")\n  , UnionFind = require(\"union-find\")\n\n//Returns the dimension of a cell complex\nfunction dimension(cells) {\n  var d = 0\n    , max = Math.max\n  for(var i=0, il=cells.length; i<il; ++i) {\n    d = max(d, cells[i].length)\n  }\n  return d-1\n}\nexports.dimension = dimension\n\n//Counts the number of vertices in faces\nfunction countVertices(cells) {\n  var vc = -1\n    , max = Math.max\n  for(var i=0, il=cells.length; i<il; ++i) {\n    var c = cells[i]\n    for(var j=0, jl=c.length; j<jl; ++j) {\n      vc = max(vc, c[j])\n    }\n  }\n  return vc+1\n}\nexports.countVertices = countVertices\n\n//Returns a deep copy of cells\nfunction cloneCells(cells) {\n  var ncells = new Array(cells.length)\n  for(var i=0, il=cells.length; i<il; ++i) {\n    ncells[i] = cells[i].slice(0)\n  }\n  return ncells\n}\nexports.cloneCells = cloneCells\n\n//Ranks a pair of cells up to permutation\nfunction compareCells(a, b) {\n  var n = a.length\n    , t = a.length - b.length\n    , min = Math.min\n  if(t) {\n    return t\n  }\n  switch(n) {\n    case 0:\n      return 0;\n    case 1:\n      return a[0] - b[0];\n    case 2:\n      var d = a[0]+a[1]-b[0]-b[1]\n      if(d) {\n        return d\n      }\n      return min(a[0],a[1]) - min(b[0],b[1])\n    case 3:\n      var l1 = a[0]+a[1]\n        , m1 = b[0]+b[1]\n      d = l1+a[2] - (m1+b[2])\n      if(d) {\n        return d\n      }\n      var l0 = min(a[0], a[1])\n        , m0 = min(b[0], b[1])\n        , d  = min(l0, a[2]) - min(m0, b[2])\n      if(d) {\n        return d\n      }\n      return min(l0+a[2], l1) - min(m0+b[2], m1)\n    \n    //TODO: Maybe optimize n=4 as well?\n    \n    default:\n      var as = a.slice(0)\n      as.sort()\n      var bs = b.slice(0)\n      bs.sort()\n      for(var i=0; i<n; ++i) {\n        t = as[i] - bs[i]\n        if(t) {\n          return t\n        }\n      }\n      return 0\n  }\n}\nexports.compareCells = compareCells\n\nfunction compareZipped(a, b) {\n  return compareCells(a[0], b[0])\n}\n\n//Puts a cell complex into normal order for the purposes of findCell queries\nfunction normalize(cells, attr) {\n  if(attr) {\n    var len = cells.length\n    var zipped = new Array(len)\n    for(var i=0; i<len; ++i) {\n      zipped[i] = [cells[i], attr[i]]\n    }\n    zipped.sort(compareZipped)\n    for(var i=0; i<len; ++i) {\n      cells[i] = zipped[i][0]\n      attr[i] = zipped[i][1]\n    }\n    return cells\n  } else {\n    cells.sort(compareCells)\n    return cells\n  }\n}\nexports.normalize = normalize\n\n//Removes all duplicate cells in the complex\nfunction unique(cells) {\n  if(cells.length === 0) {\n    return []\n  }\n  var ptr = 1\n    , len = cells.length\n  for(var i=1; i<len; ++i) {\n    var a = cells[i]\n    if(compareCells(a, cells[i-1])) {\n      if(i === ptr) {\n        ptr++\n        continue\n      }\n      cells[ptr++] = a\n    }\n  }\n  cells.length = ptr\n  return cells\n}\nexports.unique = unique;\n\n//Finds a cell in a normalized cell complex\nfunction findCell(cells, c) {\n  var lo = 0\n    , hi = cells.length-1\n    , r  = -1\n  while (lo <= hi) {\n    var mid = (lo + hi) >> 1\n      , s   = compareCells(cells[mid], c)\n    if(s <= 0) {\n      if(s === 0) {\n        r = mid\n      }\n      lo = mid + 1\n    } else if(s > 0) {\n      hi = mid - 1\n    }\n  }\n  return r\n}\nexports.findCell = findCell;\n\n//Builds an index for an n-cell.  This is more general than dual, but less efficient\nfunction incidence(from_cells, to_cells) {\n  var index = new Array(from_cells.length)\n  for(var i=0, il=index.length; i<il; ++i) {\n    index[i] = []\n  }\n  var b = []\n  for(var i=0, n=to_cells.length; i<n; ++i) {\n    var c = to_cells[i]\n    var cl = c.length\n    for(var k=1, kn=(1<<cl); k<kn; ++k) {\n      b.length = bits.popCount(k)\n      var l = 0\n      for(var j=0; j<cl; ++j) {\n        if(k & (1<<j)) {\n          b[l++] = c[j]\n        }\n      }\n      var idx=findCell(from_cells, b)\n      if(idx < 0) {\n        continue\n      }\n      while(true) {\n        index[idx++].push(i)\n        if(idx >= from_cells.length || compareCells(from_cells[idx], b) !== 0) {\n          break\n        }\n      }\n    }\n  }\n  return index\n}\nexports.incidence = incidence\n\n//Computes the dual of the mesh.  This is basically an optimized version of buildIndex for the situation where from_cells is just the list of vertices\nfunction dual(cells, vertex_count) {\n  if(!vertex_count) {\n    return incidence(unique(skeleton(cells, 0)), cells, 0)\n  }\n  var res = new Array(vertex_count)\n  for(var i=0; i<vertex_count; ++i) {\n    res[i] = []\n  }\n  for(var i=0, len=cells.length; i<len; ++i) {\n    var c = cells[i]\n    for(var j=0, cl=c.length; j<cl; ++j) {\n      res[c[j]].push(i)\n    }\n  }\n  return res\n}\nexports.dual = dual\n\n//Enumerates all cells in the complex\nfunction explode(cells) {\n  var result = []\n  for(var i=0, il=cells.length; i<il; ++i) {\n    var c = cells[i]\n      , cl = c.length|0\n    for(var j=1, jl=(1<<cl); j<jl; ++j) {\n      var b = []\n      for(var k=0; k<cl; ++k) {\n        if((j >>> k) & 1) {\n          b.push(c[k])\n        }\n      }\n      result.push(b)\n    }\n  }\n  return normalize(result)\n}\nexports.explode = explode\n\n//Enumerates all of the n-cells of a cell complex\nfunction skeleton(cells, n) {\n  if(n < 0) {\n    return []\n  }\n  var result = []\n    , k0     = (1<<(n+1))-1\n  for(var i=0; i<cells.length; ++i) {\n    var c = cells[i]\n    for(var k=k0; k<(1<<c.length); k=bits.nextCombination(k)) {\n      var b = new Array(n+1)\n        , l = 0\n      for(var j=0; j<c.length; ++j) {\n        if(k & (1<<j)) {\n          b[l++] = c[j]\n        }\n      }\n      result.push(b)\n    }\n  }\n  return normalize(result)\n}\nexports.skeleton = skeleton;\n\n//Computes the boundary of all cells, does not remove duplicates\nfunction boundary(cells) {\n  var res = []\n  for(var i=0,il=cells.length; i<il; ++i) {\n    var c = cells[i]\n    for(var j=0,cl=c.length; j<cl; ++j) {\n      var b = new Array(c.length-1)\n      for(var k=0, l=0; k<cl; ++k) {\n        if(k !== j) {\n          b[l++] = c[k]\n        }\n      }\n      res.push(b)\n    }\n  }\n  return normalize(res)\n}\nexports.boundary = boundary;\n\n//Computes connected components for a dense cell complex\nfunction connectedComponents_dense(cells, vertex_count) {\n  var labels = new UnionFind(vertex_count)\n  for(var i=0; i<cells.length; ++i) {\n    var c = cells[i]\n    for(var j=0; j<c.length; ++j) {\n      for(var k=j+1; k<c.length; ++k) {\n        labels.link(c[j], c[k])\n      }\n    }\n  }\n  var components = []\n    , component_labels = labels.ranks\n  for(var i=0; i<component_labels.length; ++i) {\n    component_labels[i] = -1\n  }\n  for(var i=0; i<cells.length; ++i) {\n    var l = labels.find(cells[i][0])\n    if(component_labels[l] < 0) {\n      component_labels[l] = components.length\n      components.push([cells[i].slice(0)])\n    } else {\n      components[component_labels[l]].push(cells[i].slice(0))\n    }\n  }\n  return components\n}\n\n//Computes connected components for a sparse graph\nfunction connectedComponents_sparse(cells) {\n  var vertices  = unique(normalize(skeleton(cells, 0)))\n    , labels    = new UnionFind(vertices.length)\n  for(var i=0; i<cells.length; ++i) {\n    var c = cells[i]\n    for(var j=0; j<c.length; ++j) {\n      var vj = findCell(vertices, [c[j]])\n      for(var k=j+1; k<c.length; ++k) {\n        labels.link(vj, findCell(vertices, [c[k]]))\n      }\n    }\n  }\n  var components        = []\n    , component_labels  = labels.ranks\n  for(var i=0; i<component_labels.length; ++i) {\n    component_labels[i] = -1\n  }\n  for(var i=0; i<cells.length; ++i) {\n    var l = labels.find(findCell(vertices, [cells[i][0]]));\n    if(component_labels[l] < 0) {\n      component_labels[l] = components.length\n      components.push([cells[i].slice(0)])\n    } else {\n      components[component_labels[l]].push(cells[i].slice(0))\n    }\n  }\n  return components\n}\n\n//Computes connected components for a cell complex\nfunction connectedComponents(cells, vertex_count) {\n  if(vertex_count) {\n    return connectedComponents_dense(cells, vertex_count)\n  }\n  return connectedComponents_sparse(cells)\n}\nexports.connectedComponents = connectedComponents\n","module.exports = function() {\n    throw new Error('call .point() or .polygon() instead');\n};\n\nfunction position(bbox) {\n    if (bbox) return coordInBBBOX(bbox);\n    else return [lon(), lat()];\n}\n\nmodule.exports.position = position;\n\nmodule.exports.point = function(count, bbox) {\n    var features = [];\n    for (i = 0; i < count; i++) {\n        features.push(feature(bbox ? point(position(bbox)) : point()));\n    }\n    return collection(features);\n};\n\nmodule.exports.polygon = function(count, num_vertices, max_radial_length, bbox) {\n    if (typeof num_vertices !== 'number') num_vertices = 10;\n    if (typeof max_radial_length !== 'number') max_radial_length = 10;\n    var features = [];\n    for (i = 0; i < count; i++) {\n        var vertices = [],\n            circle_offsets = Array.apply(null,\n                new Array(num_vertices + 1)).map(Math.random);\n\n        circle_offsets.forEach(sumOffsets);\n        circle_offsets.forEach(scaleOffsets);\n        vertices[vertices.length - 1] = vertices[0]; // close the ring\n\n        // center the polygon around something\n        vertices = vertices.map(vertexToCoordinate(position(bbox)));\n        features.push(feature(polygon([vertices])));\n    }\n\n    function sumOffsets(cur, index, arr) {\n        arr[index] = (index > 0) ? cur + arr[index - 1] : cur;\n    }\n\n    function scaleOffsets(cur, index) {\n        cur = cur * 2 * Math.PI / circle_offsets[circle_offsets.length - 1];\n        var radial_scaler = Math.random();\n        vertices.push([\n            radial_scaler * max_radial_length * Math.sin(cur),\n            radial_scaler * max_radial_length * Math.cos(cur)\n        ]);\n    }\n\n    return collection(features);\n};\n\n\nfunction vertexToCoordinate(hub) {\n    return function(cur, index) { return [cur[0] + hub[0], cur[1] + hub[1]]; };\n}\n\nfunction rnd() { return Math.random() - 0.5; }\nfunction lon() { return rnd() * 360; }\nfunction lat() { return rnd() * 180; }\n\nfunction point(coordinates) {\n    return {\n        type: 'Point',\n        coordinates: coordinates || [lon(), lat()]\n    };\n}\n\nfunction coordInBBBOX(bbox) {\n    return [\n        (Math.random() * (bbox[2] - bbox[0])) + bbox[0],\n        (Math.random() * (bbox[3] - bbox[1])) + bbox[1]];\n}\n\nfunction pointInBBBOX() {\n    return {\n        type: 'Point',\n        coordinates: [lon(), lat()]\n    };\n}\n\nfunction polygon(coordinates) {\n    return {\n        type: 'Polygon',\n        coordinates: coordinates\n    };\n}\n\nfunction feature(geom) {\n    return {\n        type: 'Feature',\n        geometry: geom,\n        properties: {}\n    };\n}\n\nfunction collection(f) {\n    return {\n        type: 'FeatureCollection',\n        features: f\n    };\n}\n","// https://en.wikipedia.org/wiki/Rhumb_line\n// http://www.movable-type.co.uk/scripts/latlong.html#rhumblines\nvar helpers = require('@turf/helpers');\nvar getCoord = require('@turf/invariant').getCoord;\nvar GeodesyLatLon = require('geodesy').LatLonSpherical;\nvar point = helpers.point;\nvar radiansToDistance = helpers.radiansToDistance;\nvar distanceToRadians = helpers.distanceToRadians;\n\n/**\n * Returns the destination {@link Point} having travelled the given distance along a Rhumb line from the\n * origin Point with the (constant) given bearing.\n *\n * @name rhumbDestination\n * @param {Geometry|Feature<Point>|Array<number>} origin starting point\n * @param {number} distance distance from the starting point\n * @param {number} bearing constant bearing angle ranging from -180 to 180 degrees from north\n * @param {string} [units=kilometers] miles, kilometers, degrees, or radians\n * @returns {Feature<Point>} Destination point.\n * @example\n * var point = turf.point([-75.343, 39.984], {\"marker-color\": \"F00\"});\n * var distance = 50;\n * var bearing = 90;\n * var units = 'miles';\n *\n * var destination = turf.rhumbDestination(point, distance, bearing, units);\n *\n * //addToMap\n * var addToMap = [point, destination]\n * destination.properties['marker-color'] = '#00F';\n */\nmodule.exports = function (origin, distance, bearing, units) {\n    // validation\n    if (!origin) throw new Error('origin is required');\n    if (distance === undefined || distance === null) throw new Error('distance is required');\n    if (bearing === undefined || bearing === null) throw new Error('bearing is required');\n    if (!(distance >= 0)) throw new Error('distance must be greater than 0');\n\n    units = units || 'kilometers';\n    var distanceInMeters = radiansToDistance(distanceToRadians(distance, units), 'meters');\n    var coords = getCoord(origin);\n    var pt = new GeodesyLatLon(coords[1], coords[0]);\n    var destination = pt.rhumbDestinationPoint(distanceInMeters, bearing);\n\n    // compensate the crossing of the 180th meridian (https://macwright.org/2016/09/26/the-180th-meridian.html)\n    // solution from https://github.com/mapbox/mapbox-gl-js/issues/3250#issuecomment-294887678\n    destination.lon += (destination.lon - coords[0] > 180) ? -360 : (coords[0] - destination.lon > 180) ? 360 : 0;\n    return point([destination.lon, destination.lat]);\n};\n","'use strict';\n\nmodule.exports = lineclip;\n\nlineclip.polyline = lineclip;\nlineclip.polygon = polygonclip;\n\n\n// Cohen-Sutherland line clippign algorithm, adapted to efficiently\n// handle polylines rather than just segments\n\nfunction lineclip(points, bbox, result) {\n\n    var len = points.length,\n        codeA = bitCode(points[0], bbox),\n        part = [],\n        i, a, b, codeB, lastCode;\n\n    if (!result) result = [];\n\n    for (i = 1; i < len; i++) {\n        a = points[i - 1];\n        b = points[i];\n        codeB = lastCode = bitCode(b, bbox);\n\n        while (true) {\n\n            if (!(codeA | codeB)) { // accept\n                part.push(a);\n\n                if (codeB !== lastCode) { // segment went outside\n                    part.push(b);\n\n                    if (i < len - 1) { // start a new line\n                        result.push(part);\n                        part = [];\n                    }\n                } else if (i === len - 1) {\n                    part.push(b);\n                }\n                break;\n\n            } else if (codeA & codeB) { // trivial reject\n                break;\n\n            } else if (codeA) { // a outside, intersect with clip edge\n                a = intersect(a, b, codeA, bbox);\n                codeA = bitCode(a, bbox);\n\n            } else { // b outside\n                b = intersect(a, b, codeB, bbox);\n                codeB = bitCode(b, bbox);\n            }\n        }\n\n        codeA = lastCode;\n    }\n\n    if (part.length) result.push(part);\n\n    return result;\n}\n\n// Sutherland-Hodgeman polygon clipping algorithm\n\nfunction polygonclip(points, bbox) {\n\n    var result, edge, prev, prevInside, i, p, inside;\n\n    // clip against each side of the clip rectangle\n    for (edge = 1; edge <= 8; edge *= 2) {\n        result = [];\n        prev = points[points.length - 1];\n        prevInside = !(bitCode(prev, bbox) & edge);\n\n        for (i = 0; i < points.length; i++) {\n            p = points[i];\n            inside = !(bitCode(p, bbox) & edge);\n\n            // if segment goes through the clip window, add an intersection\n            if (inside !== prevInside) result.push(intersect(prev, p, edge, bbox));\n\n            if (inside) result.push(p); // add a point if it's inside\n\n            prev = p;\n            prevInside = inside;\n        }\n\n        points = result;\n\n        if (!points.length) break;\n    }\n\n    return result;\n}\n\n// intersect a segment against one of the 4 lines that make up the bbox\n\nfunction intersect(a, b, edge, bbox) {\n    return edge & 8 ? [a[0] + (b[0] - a[0]) * (bbox[3] - a[1]) / (b[1] - a[1]), bbox[3]] : // top\n           edge & 4 ? [a[0] + (b[0] - a[0]) * (bbox[1] - a[1]) / (b[1] - a[1]), bbox[1]] : // bottom\n           edge & 2 ? [bbox[2], a[1] + (b[1] - a[1]) * (bbox[2] - a[0]) / (b[0] - a[0])] : // right\n           edge & 1 ? [bbox[0], a[1] + (b[1] - a[1]) * (bbox[0] - a[0]) / (b[0] - a[0])] : // left\n           null;\n}\n\n// bit code reflects the point position relative to the bbox:\n\n//         left  mid  right\n//    top  1001  1000  1010\n//    mid  0001  0000  0010\n// bottom  0101  0100  0110\n\nfunction bitCode(p, bbox) {\n    var code = 0;\n\n    if (p[0] < bbox[0]) code |= 1; // left\n    else if (p[0] > bbox[2]) code |= 2; // right\n\n    if (p[1] < bbox[1]) code |= 4; // bottom\n    else if (p[1] > bbox[3]) code |= 8; // top\n\n    return code;\n}\n","import mod from \"-!../../../../../../../node_modules/mini-css-extract-plugin/dist/loader.js??ref--8-oneOf-1-0!../../../../../../../node_modules/css-loader/index.js??ref--8-oneOf-1-1!../../../../../../../node_modules/vue-loader/lib/loaders/stylePostLoader.js!../../../../../../../node_modules/postcss-loader/src/index.js??ref--8-oneOf-1-2!../../../../../../../node_modules/sass-loader/lib/loader.js??ref--8-oneOf-1-3!../../../../../../../node_modules/cache-loader/dist/cjs.js??ref--0-0!../../../../../../../node_modules/vue-loader/lib/index.js??vue-loader-options!./FrsModuleRoot.vue?vue&type=style&index=0&id=7e864fa8&lang=scss&scoped=true&\"; export default mod; export * from \"-!../../../../../../../node_modules/mini-css-extract-plugin/dist/loader.js??ref--8-oneOf-1-0!../../../../../../../node_modules/css-loader/index.js??ref--8-oneOf-1-1!../../../../../../../node_modules/vue-loader/lib/loaders/stylePostLoader.js!../../../../../../../node_modules/postcss-loader/src/index.js??ref--8-oneOf-1-2!../../../../../../../node_modules/sass-loader/lib/loader.js??ref--8-oneOf-1-3!../../../../../../../node_modules/cache-loader/dist/cjs.js??ref--0-0!../../../../../../../node_modules/vue-loader/lib/index.js??vue-loader-options!./FrsModuleRoot.vue?vue&type=style&index=0&id=7e864fa8&lang=scss&scoped=true&\"","/* - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -  */\n/* Vincenty Direct and Inverse Solution of Geodesics on the Ellipsoid (c) Chris Veness 2002-2017  */\n/*                                                                                   MIT Licence  */\n/* www.movable-type.co.uk/scripts/latlong-vincenty.html                                           */\n/* www.movable-type.co.uk/scripts/geodesy/docs/module-latlon-vincenty.html                        */\n/* - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -  */\n\n'use strict';\nif (typeof module!='undefined' && module.exports) var LatLon = require('./latlon-ellipsoidal.js'); // ≡ import LatLon from 'latlon-ellipsoidal.js'\n\n\n/**\n * Direct and inverse solutions of geodesics on the ellipsoid using Vincenty formulae.\n *\n * From: T Vincenty, \"Direct and Inverse Solutions of Geodesics on the Ellipsoid with application of\n *       nested equations\", Survey Review, vol XXIII no 176, 1975.\n *       www.ngs.noaa.gov/PUBS_LIB/inverse.pdf.\n *\n * @module  latlon-vincenty\n * @extends latlon-ellipsoidal\n */\n/** @class LatLon */\n\n\n/**\n * Returns the distance between ‘this’ point and destination point along a geodesic, using Vincenty\n * inverse solution.\n *\n * Note: the datum used is of ‘this’ point; distance is on the surface of the ellipsoid (height is\n * ignored).\n *\n * @param   {LatLon} point - Latitude/longitude of destination point.\n * @returns (Number} Distance in metres between points or NaN if failed to converge.\n *\n * @example\n *   var p1 = new LatLon(50.06632, -5.71475);\n *   var p2 = new LatLon(58.64402, -3.07009);\n *   var d = p1.distanceTo(p2); // 969,954.166 m\n */\nLatLon.prototype.distanceTo = function(point) {\n    if (!(point instanceof LatLon)) throw new TypeError('point is not LatLon object');\n\n    try {\n        return Number(this.inverse(point).distance.toFixed(3)); // round to 1mm precision\n    } catch (e) {\n        return NaN; // failed to converge\n    }\n};\n\n\n/**\n * Returns the initial bearing (forward azimuth) to travel along a geodesic from ‘this’ point to the\n * specified point, using Vincenty inverse solution.\n *\n * Note: the datum used is of ‘this’ point.\n *\n * @param   {LatLon} point - Latitude/longitude of destination point.\n * @returns {number}  initial Bearing in degrees from north (0°..360°) or NaN if failed to converge.\n *\n * @example\n *   var p1 = new LatLon(50.06632, -5.71475);\n *   var p2 = new LatLon(58.64402, -3.07009);\n *   var b1 = p1.initialBearingTo(p2); // 9.1419°\n */\nLatLon.prototype.initialBearingTo = function(point) {\n    if (!(point instanceof LatLon)) throw new TypeError('point is not LatLon object');\n\n    try {\n        return Number(this.inverse(point).initialBearing.toFixed(9)); // round to 0.00001″ precision\n    } catch (e) {\n        return NaN; // failed to converge\n    }\n};\n\n\n/**\n * Returns the final bearing (reverse azimuth) having travelled along a geodesic from ‘this’ point\n * to the specified point, using Vincenty inverse solution.\n *\n * Note: the datum used is of ‘this’ point.\n *\n * @param   {LatLon} point - Latitude/longitude of destination point.\n * @returns {number}  Initial bearing in degrees from north (0°..360°) or NaN if failed to converge.\n *\n * @example\n *   var p1 = new LatLon(50.06632, -5.71475);\n *   var p2 = new LatLon(58.64402, -3.07009);\n *   var b2 = p1.finalBearingTo(p2); // 11.2972°\n */\nLatLon.prototype.finalBearingTo = function(point) {\n    if (!(point instanceof LatLon)) throw new TypeError('point is not LatLon object');\n\n    try {\n        return Number(this.inverse(point).finalBearing.toFixed(9)); // round to 0.00001″ precision\n    } catch (e) {\n        return NaN; // failed to converge\n    }\n};\n\n\n/**\n * Returns the destination point having travelled the given distance along a geodesic given by\n * initial bearing from ‘this’ point, using Vincenty direct solution.\n *\n * Note: the datum used is of ‘this’ point; distance is on the surface of the ellipsoid (height is\n * ignored).\n *\n * @param   {number} distance - Distance travelled along the geodesic in metres.\n * @param   {number} initialBearing - Initial bearing in degrees from north.\n * @returns {LatLon} Destination point.\n *\n * @example\n *   var p1 = new LatLon(-37.95103, 144.42487);\n *   var p2 = p1.destinationPoint(54972.271, 306.86816); // 37.6528°S, 143.9265°E\n */\nLatLon.prototype.destinationPoint = function(distance, initialBearing) {\n    return this.direct(Number(distance), Number(initialBearing)).point;\n};\n\n\n/**\n * Returns the final bearing (reverse azimuth) having travelled along a geodesic given by initial\n * bearing for a given distance from ‘this’ point, using Vincenty direct solution.\n *\n * Note: the datum used is of ‘this’ point; distance is on the surface of the ellipsoid (height is\n * ignored).\n *\n * @param   {number} distance - Distance travelled along the geodesic in metres.\n * @param   {LatLon} initialBearing - Initial bearing in degrees from north.\n * @returns {number} Final bearing in degrees from north (0°..360°).\n *\n * @example\n *   var p1 = new LatLon(-37.95103, 144.42487);\n *   var b2 = p1.finalBearingOn(306.86816, 54972.271); // 307.1736°\n */\nLatLon.prototype.finalBearingOn = function(distance, initialBearing) {\n    return Number(this.direct(Number(distance), Number(initialBearing)).finalBearing.toFixed(9)); // round to 0.00001″ precision\n};\n\n\n/**\n * Vincenty direct calculation.\n *\n * @private\n * @param   {number} distance - Distance along bearing in metres.\n * @param   {number} initialBearing - Initial bearing in degrees from north.\n * @returns (Object} Object including point (destination point), finalBearing.\n * @throws  {Error}  If formula failed to converge.\n */\nLatLon.prototype.direct = function(distance, initialBearing) {\n    var φ1 = this.lat.toRadians(), λ1 = this.lon.toRadians();\n    var α1 = initialBearing.toRadians();\n    var s = distance;\n\n    var a = this.datum.ellipsoid.a, b = this.datum.ellipsoid.b, f = this.datum.ellipsoid.f;\n\n    var sinα1 = Math.sin(α1);\n    var cosα1 = Math.cos(α1);\n\n    var tanU1 = (1-f) * Math.tan(φ1), cosU1 = 1 / Math.sqrt((1 + tanU1*tanU1)), sinU1 = tanU1 * cosU1;\n    var σ1 = Math.atan2(tanU1, cosα1);\n    var sinα = cosU1 * sinα1;\n    var cosSqα = 1 - sinα*sinα;\n    var uSq = cosSqα * (a*a - b*b) / (b*b);\n    var A = 1 + uSq/16384*(4096+uSq*(-768+uSq*(320-175*uSq)));\n    var B = uSq/1024 * (256+uSq*(-128+uSq*(74-47*uSq)));\n\n    var cos2σM, sinσ, cosσ, Δσ;\n\n    var σ = s / (b*A), σʹ, iterations = 0;\n    do {\n        cos2σM = Math.cos(2*σ1 + σ);\n        sinσ = Math.sin(σ);\n        cosσ = Math.cos(σ);\n        Δσ = B*sinσ*(cos2σM+B/4*(cosσ*(-1+2*cos2σM*cos2σM)-\n            B/6*cos2σM*(-3+4*sinσ*sinσ)*(-3+4*cos2σM*cos2σM)));\n        σʹ = σ;\n        σ = s / (b*A) + Δσ;\n    } while (Math.abs(σ-σʹ) > 1e-12 && ++iterations<100);\n    if (iterations >= 100) throw new Error('Formula failed to converge'); // not possible!\n\n    var x = sinU1*sinσ - cosU1*cosσ*cosα1;\n    var φ2 = Math.atan2(sinU1*cosσ + cosU1*sinσ*cosα1, (1-f)*Math.sqrt(sinα*sinα + x*x));\n    var λ = Math.atan2(sinσ*sinα1, cosU1*cosσ - sinU1*sinσ*cosα1);\n    var C = f/16*cosSqα*(4+f*(4-3*cosSqα));\n    var L = λ - (1-C) * f * sinα *\n        (σ + C*sinσ*(cos2σM+C*cosσ*(-1+2*cos2σM*cos2σM)));\n    var λ2 = (λ1+L+3*Math.PI)%(2*Math.PI) - Math.PI;  // normalise to -180..+180\n\n    var α2 = Math.atan2(sinα, -x);\n    α2 = (α2 + 2*Math.PI) % (2*Math.PI); // normalise to 0..360\n\n    return {\n        point:        new LatLon(φ2.toDegrees(), λ2.toDegrees(), this.datum),\n        finalBearing: α2.toDegrees(),\n        iterations:   iterations,\n    };\n};\n\n\n/**\n * Vincenty inverse calculation.\n *\n * @private\n * @param   {LatLon} point - Latitude/longitude of destination point.\n * @returns {Object} Object including distance, initialBearing, finalBearing.\n * @throws  {Error}  If λ > π or formula failed to converge.\n */\nLatLon.prototype.inverse = function(point) {\n    var p1 = this, p2 = point;\n    if (p1.lon == -180) p1.lon = 180;\n    var φ1 = p1.lat.toRadians(), λ1 = p1.lon.toRadians();\n    var φ2 = p2.lat.toRadians(), λ2 = p2.lon.toRadians();\n\n    var a = this.datum.ellipsoid.a, b = this.datum.ellipsoid.b, f = this.datum.ellipsoid.f;\n\n    var L = λ2 - λ1;\n    var tanU1 = (1-f) * Math.tan(φ1), cosU1 = 1 / Math.sqrt((1 + tanU1*tanU1)), sinU1 = tanU1 * cosU1;\n    var tanU2 = (1-f) * Math.tan(φ2), cosU2 = 1 / Math.sqrt((1 + tanU2*tanU2)), sinU2 = tanU2 * cosU2;\n\n    var sinλ, cosλ, sinSqσ, sinσ=0, cosσ=0, σ=0, sinα, cosSqα=0, cos2σM=0, C;\n\n    var λ = L, λʹ, iterations = 0;\n    do {\n        sinλ = Math.sin(λ);\n        cosλ = Math.cos(λ);\n        sinSqσ = (cosU2*sinλ) * (cosU2*sinλ) + (cosU1*sinU2-sinU1*cosU2*cosλ) * (cosU1*sinU2-sinU1*cosU2*cosλ);\n        if (sinSqσ == 0) break; // co-incident points\n        sinσ = Math.sqrt(sinSqσ);\n        cosσ = sinU1*sinU2 + cosU1*cosU2*cosλ;\n        σ = Math.atan2(sinσ, cosσ);\n        sinα = cosU1 * cosU2 * sinλ / sinσ;\n        cosSqα = 1 - sinα*sinα;\n        cos2σM = (cosSqα != 0) ? (cosσ - 2*sinU1*sinU2/cosSqα) : 0; // equatorial line: cosSqα=0 (§6)\n        C = f/16*cosSqα*(4+f*(4-3*cosSqα));\n        λʹ = λ;\n        λ = L + (1-C) * f * sinα * (σ + C*sinσ*(cos2σM+C*cosσ*(-1+2*cos2σM*cos2σM)));\n        if (Math.abs(λ) > Math.PI) throw new Error('λ > π');\n    } while (Math.abs(λ-λʹ) > 1e-12 && ++iterations<1000);\n    if (iterations >= 1000) throw new Error('Formula failed to converge');\n\n    var uSq = cosSqα * (a*a - b*b) / (b*b);\n    var A = 1 + uSq/16384*(4096+uSq*(-768+uSq*(320-175*uSq)));\n    var B = uSq/1024 * (256+uSq*(-128+uSq*(74-47*uSq)));\n    var Δσ = B*sinσ*(cos2σM+B/4*(cosσ*(-1+2*cos2σM*cos2σM)-\n        B/6*cos2σM*(-3+4*sinσ*sinσ)*(-3+4*cos2σM*cos2σM)));\n\n    var s = b*A*(σ-Δσ);\n\n    var α1 = Math.atan2(cosU2*sinλ,  cosU1*sinU2-sinU1*cosU2*cosλ);\n    var α2 = Math.atan2(cosU1*sinλ, -sinU1*cosU2+cosU1*sinU2*cosλ);\n\n    α1 = (α1 + 2*Math.PI) % (2*Math.PI); // normalise to 0..360\n    α2 = (α2 + 2*Math.PI) % (2*Math.PI); // normalise to 0..360\n\n    return {\n        distance:       s,\n        initialBearing: s==0 ? NaN : α1.toDegrees(),\n        finalBearing:   s==0 ? NaN : α2.toDegrees(),\n        iterations:     iterations,\n    };\n};\n\n\n/* - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -  */\n\n/** Extend Number object with method to convert numeric degrees to radians */\nif (Number.prototype.toRadians === undefined) {\n    Number.prototype.toRadians = function() { return this * Math.PI / 180; };\n}\n\n/** Extend Number object with method to convert radians to numeric (signed) degrees */\nif (Number.prototype.toDegrees === undefined) {\n    Number.prototype.toDegrees = function() { return this * 180 / Math.PI; };\n}\n\n/* - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -  */\nif (typeof module != 'undefined' && module.exports) module.exports = LatLon; // ≡ export default LatLon\n","var inside = require('@turf/inside');\nvar flattenEach = require('@turf/meta').flattenEach;\nvar lineIntersect = require('@turf/line-intersect');\nvar polyToLinestring = require('@turf/polygon-to-linestring');\n\n/**\n * Boolean-disjoint returns (TRUE) if the intersection of the two geometries is an empty set.\n *\n * @name booleanDisjoint\n * @param {Geometry|Feature<any>} feature1 GeoJSON Feature or Geometry\n * @param {Geometry|Feature<any>} feature2 GeoJSON Feature or Geometry\n * @returns {Boolean} true/false\n * @example\n * const point = turf.point([2, 2]);\n * const line = turf.lineString([[1, 1], [1, 2], [1, 3], [1, 4]]);\n *\n * turf.booleanDisjoint(line, point);\n * //=true\n */\nmodule.exports = function (feature1, feature2) {\n    var boolean;\n    flattenEach(feature1, function (flatten1) {\n        flattenEach(feature2, function (flatten2) {\n            if (boolean === false) return false;\n            boolean = disjoint(flatten1.geometry, flatten2.geometry);\n        });\n    });\n    return boolean;\n};\n\n/**\n * Disjoint operation for simple Geometries (Point/LineString/Polygon)\n *\n * @private\n * @param {Geometry<any>} geom1 GeoJSON Geometry\n * @param {Geometry<any>} geom2 GeoJSON Geometry\n * @returns {Boolean} true/false\n */\nfunction disjoint(geom1, geom2) {\n    switch (geom1.type) {\n    case 'Point':\n        switch (geom2.type) {\n        case 'Point':\n            return !compareCoords(geom1.coordinates, geom2.coordinates);\n        case 'LineString':\n            return !isPointOnLine(geom2, geom1);\n        case 'Polygon':\n            return !inside(geom1, geom2);\n        }\n        /* istanbul ignore next */\n        break;\n    case 'LineString':\n        switch (geom2.type) {\n        case 'Point':\n            return !isPointOnLine(geom1, geom2);\n        case 'LineString':\n            return !isLineOnLine(geom1, geom2);\n        case 'Polygon':\n            return !isLineInPoly(geom2, geom1);\n        }\n        /* istanbul ignore next */\n        break;\n    case 'Polygon':\n        switch (geom2.type) {\n        case 'Point':\n            return !inside(geom2, geom1);\n        case 'LineString':\n            return !isLineInPoly(geom1, geom2);\n        case 'Polygon':\n            return !isPolyInPoly(geom2, geom1);\n        }\n    }\n}\n\n// http://stackoverflow.com/a/11908158/1979085\nfunction isPointOnLine(lineString, point) {\n    for (var i = 0; i < lineString.coordinates.length - 1; i++) {\n        if (isPointOnLineSegment(lineString.coordinates[i], lineString.coordinates[i + 1], point.coordinates)) {\n            return true;\n        }\n    }\n    return false;\n}\n\nfunction isLineOnLine(lineString1, lineString2) {\n    var doLinesIntersect = lineIntersect(lineString1, lineString2);\n    if (doLinesIntersect.features.length > 0) {\n        return true;\n    }\n    return false;\n}\n\nfunction isLineInPoly(polygon, lineString) {\n    var doLinesIntersect = lineIntersect(lineString, polyToLinestring(polygon));\n    if (doLinesIntersect.features.length > 0) {\n        return true;\n    }\n    return false;\n}\n\n/**\n * Is Polygon (geom1) in Polygon (geom2)\n * Only takes into account outer rings\n * See http://stackoverflow.com/a/4833823/1979085\n *\n * @private\n * @param {Geometry|Feature<Polygon>} feature1 Polygon1\n * @param {Geometry|Feature<Polygon>} feature2 Polygon2\n * @returns {Boolean} true/false\n */\nfunction isPolyInPoly(feature1, feature2) {\n    for (var i = 0; i < feature1.coordinates[0].length; i++) {\n        if (inside(feature1.coordinates[0][i], feature2)) {\n            return true;\n        }\n    }\n    for (var i2 = 0; i2 < feature2.coordinates[0].length; i2++) {\n        if (inside(feature2.coordinates[0][i2], feature1)) {\n            return true;\n        }\n    }\n    return false;\n}\n\nfunction isPointOnLineSegment(LineSegmentStart, LineSegmentEnd, Point) {\n    var dxc = Point[0] - LineSegmentStart[0];\n    var dyc = Point[1] - LineSegmentStart[1];\n    var dxl = LineSegmentEnd[0] - LineSegmentStart[0];\n    var dyl = LineSegmentEnd[1] - LineSegmentStart[1];\n    var cross = dxc * dyl - dyc * dxl;\n    if (cross !== 0) {\n        return false;\n    }\n    if (Math.abs(dxl) >= Math.abs(dyl)) {\n        if (dxl > 0) {\n            return LineSegmentStart[0] <= Point[0] && Point[0] <= LineSegmentEnd[0];\n        } else {\n            return LineSegmentEnd[0] <= Point[0] && Point[0] <= LineSegmentStart[0];\n        }\n    } else if (dyl > 0) {\n        return LineSegmentStart[1] <= Point[1] && Point[1] <= LineSegmentEnd[1];\n    } else {\n        return LineSegmentEnd[1] <= Point[1] && Point[1] <= LineSegmentStart[1];\n    }\n}\n\n/**\n * compareCoords\n *\n * @private\n * @param {[number, number]} pair1 point [x,y]\n * @param {[number, number]} pair2 point [x,y]\n * @returns {boolean} true/false if coord pairs match\n */\nfunction compareCoords(pair1, pair2) {\n    return pair1[0] === pair2[0] && pair1[1] === pair2[1];\n}\n","import mod from \"-!../../../../../node_modules/mini-css-extract-plugin/dist/loader.js??ref--8-oneOf-1-0!../../../../../node_modules/css-loader/index.js??ref--8-oneOf-1-1!../../../../../node_modules/vue-loader/lib/loaders/stylePostLoader.js!../../../../../node_modules/postcss-loader/src/index.js??ref--8-oneOf-1-2!../../../../../node_modules/sass-loader/lib/loader.js??ref--8-oneOf-1-3!../../../../../node_modules/cache-loader/dist/cjs.js??ref--0-0!../../../../../node_modules/vue-loader/lib/index.js??vue-loader-options!./RedBorderPreview.vue?vue&type=style&index=0&lang=scss&\"; export default mod; export * from \"-!../../../../../node_modules/mini-css-extract-plugin/dist/loader.js??ref--8-oneOf-1-0!../../../../../node_modules/css-loader/index.js??ref--8-oneOf-1-1!../../../../../node_modules/vue-loader/lib/loaders/stylePostLoader.js!../../../../../node_modules/postcss-loader/src/index.js??ref--8-oneOf-1-2!../../../../../node_modules/sass-loader/lib/loader.js??ref--8-oneOf-1-3!../../../../../node_modules/cache-loader/dist/cjs.js??ref--0-0!../../../../../node_modules/vue-loader/lib/index.js??vue-loader-options!./RedBorderPreview.vue?vue&type=style&index=0&lang=scss&\"","var coordEach = require('@turf/meta').coordEach;\nvar clone = require('@turf/clone');\n\nmodule.exports = {\n    toMercator: toMercator,\n    toWgs84: toWgs84\n};\n\n/**\n * Converts a WGS84 GeoJSON object into Mercator (EPSG:900913) projection\n *\n * @name toMercator\n * @param {GeoJSON} geojson WGS84 GeoJSON object\n * @param {boolean} [mutate=false] allows GeoJSON input to be mutated (significant performance increase if true)\n * @returns {GeoJSON} true/false\n * @example\n * var pt = turf.point([-71,41]);\n * var converted = turf.toMercator(pt);\n *\n * //addToMap\n * var addToMap = [pt, converted];\n */\nfunction toMercator(geojson, mutate) {\n    return convert(geojson, mutate, 'mercator');\n}\n\n/**\n * Converts a Mercator (EPSG:900913) GeoJSON object into WGS84 projection\n *\n * @name toWgs84\n * @param {GeoJSON} geojson Mercator GeoJSON object\n * @param {boolean} [mutate=false] allows GeoJSON input to be mutated (significant performance increase if true)\n * @returns {GeoJSON} true/false\n * @example\n * var pt = turf.point([-7903683.846322424, 5012341.663847514]);\n * var converted = turf.toWgs84(pt);\n *\n * //addToMap\n * var addToMap = [pt, converted];\n */\nfunction toWgs84(geojson, mutate) {\n    return convert(geojson, mutate, 'wgs84');\n}\n\n\n/**\n * Converts a GeoJSON coordinates to the defined `projection`\n *\n * @private\n * @param {GeoJSON} geojson GeoJSON Feature or Geometry\n * @param {boolean} [mutate=false] allows GeoJSON input to be mutated (significant performance increase if true)\n * @param {string} projection defines the projection system to convert the coordinates to\n * @returns {GeoJSON} true/false\n */\nfunction convert(geojson, mutate, projection) {\n    if (!geojson) throw new Error('geojson is required');\n\n    if (mutate !== true) geojson = clone(geojson);\n\n    coordEach(geojson, function (coord) {\n        var newCoord = (projection === 'mercator') ? convertToMercator(coord) : convertToWgs84(coord);\n        coord[0] = newCoord[0];\n        coord[1] = newCoord[1];\n    });\n\n    return geojson;\n}\n\n/**\n * Convert lon/lat values to 900913 x/y.\n * (from https://github.com/mapbox/sphericalmercator)\n *\n * @private\n * @param {Array<number>} lonLat WGS84 point\n * @returns {Array<number>} Mercator [x, y] point\n */\nfunction convertToMercator(lonLat) {\n    var D2R = Math.PI / 180,\n        // 900913 properties\n        A = 6378137.0,\n        MAXEXTENT = 20037508.342789244;\n\n    // compensate longitudes passing the 180th meridian\n    // from https://github.com/proj4js/proj4js/blob/master/lib/common/adjust_lon.js\n    var adjusted = (Math.abs(lonLat[0]) <= 180) ? lonLat[0] : (lonLat[0] - (sign(lonLat[0]) * 360));\n    var xy = [\n        A * adjusted * D2R,\n        A * Math.log(Math.tan((Math.PI * 0.25) + (0.5 * lonLat[1] * D2R)))\n    ];\n\n    // if xy value is beyond maxextent (e.g. poles), return maxextent\n    if (xy[0] > MAXEXTENT) xy[0] = MAXEXTENT;\n    if (xy[0] < -MAXEXTENT) xy[0] = -MAXEXTENT;\n    if (xy[1] > MAXEXTENT) xy[1] = MAXEXTENT;\n    if (xy[1] < -MAXEXTENT) xy[1] = -MAXEXTENT;\n\n    return xy;\n}\n\n/**\n * Convert 900913 x/y values to lon/lat.\n * (from https://github.com/mapbox/sphericalmercator)\n *\n * @private\n * @param {Array<number>} xy Mercator [x, y] point\n * @returns {Array<number>} WGS84 [lon, lat] point\n */\nfunction convertToWgs84(xy) {\n    // 900913 properties.\n    var R2D = 180 / Math.PI,\n        A = 6378137.0;\n\n    return [\n        (xy[0] * R2D / A),\n        ((Math.PI * 0.5) - 2.0 * Math.atan(Math.exp(-xy[1] / A))) * R2D\n    ];\n}\n\n/**\n * Returns the sign of the input, or zero\n *\n * @private\n * @param {number} x input\n * @returns {number} -1|0|1 output\n */\nfunction sign(x) {\n    return (x < 0) ? -1 : (x > 0) ? 1 : 0;\n}\n","exports = module.exports = typeof Object.keys === 'function'\n  ? Object.keys : shim;\n\nexports.shim = shim;\nfunction shim (obj) {\n  var keys = [];\n  for (var key in obj) keys.push(key);\n  return keys;\n}\n","var destination = require('@turf/destination');\nvar polygon = require('@turf/helpers').polygon;\n\n/**\n * Takes a {@link Point} and calculates the circle polygon given a radius in degrees, radians, miles, or kilometers; and steps for precision.\n *\n * @name circle\n * @param {Feature<Point>|number[]} center center point\n * @param {number} radius radius of the circle\n * @param {number} [steps=64] number of steps\n * @param {string} [units=kilometers] miles, kilometers, degrees, or radians\n * @param {Object} [properties={}] properties\n * @returns {Feature<Polygon>} circle polygon\n * @example\n * var center = [-75.343, 39.984];\n * var radius = 5;\n * var steps = 10;\n * var units = 'kilometers';\n * var properties = {foo: 'bar'};\n *\n * var circle = turf.circle(center, radius, steps, units, properties);\n *\n * //addToMap\n * var addToMap = [turf.point(center), circle]\n */\nmodule.exports = function (center, radius, steps, units, properties) {\n    // validation\n    if (!center) throw new Error('center is required');\n    if (!radius) throw new Error('radius is required');\n\n    // default params\n    steps = steps || 64;\n    properties = properties || center.properties || {};\n\n    var coordinates = [];\n    for (var i = 0; i < steps; i++) {\n        coordinates.push(destination(center, radius, i * 360 / steps, units).geometry.coordinates);\n    }\n    coordinates.push(coordinates[0]);\n\n    return polygon([coordinates], properties);\n};\n","import mod from \"-!../../../../../node_modules/mini-css-extract-plugin/dist/loader.js??ref--8-oneOf-1-0!../../../../../node_modules/css-loader/index.js??ref--8-oneOf-1-1!../../../../../node_modules/vue-loader/lib/loaders/stylePostLoader.js!../../../../../node_modules/postcss-loader/src/index.js??ref--8-oneOf-1-2!../../../../../node_modules/sass-loader/lib/loader.js??ref--8-oneOf-1-3!../../../../../node_modules/cache-loader/dist/cjs.js??ref--0-0!../../../../../node_modules/vue-loader/lib/index.js??vue-loader-options!./ListCard.vue?vue&type=style&index=0&id=234b201c&lang=scss&scoped=true&\"; export default mod; export * from \"-!../../../../../node_modules/mini-css-extract-plugin/dist/loader.js??ref--8-oneOf-1-0!../../../../../node_modules/css-loader/index.js??ref--8-oneOf-1-1!../../../../../node_modules/vue-loader/lib/loaders/stylePostLoader.js!../../../../../node_modules/postcss-loader/src/index.js??ref--8-oneOf-1-2!../../../../../node_modules/sass-loader/lib/loader.js??ref--8-oneOf-1-3!../../../../../node_modules/cache-loader/dist/cjs.js??ref--0-0!../../../../../node_modules/vue-loader/lib/index.js??vue-loader-options!./ListCard.vue?vue&type=style&index=0&id=234b201c&lang=scss&scoped=true&\"","/**\n * This is the web browser implementation of `debug()`.\n *\n * Expose `debug()` as the module.\n */\n\nexports = module.exports = require('./debug');\nexports.log = log;\nexports.formatArgs = formatArgs;\nexports.save = save;\nexports.load = load;\nexports.useColors = useColors;\nexports.storage = 'undefined' != typeof chrome\n               && 'undefined' != typeof chrome.storage\n                  ? chrome.storage.local\n                  : localstorage();\n\n/**\n * Colors.\n */\n\nexports.colors = [\n  'lightseagreen',\n  'forestgreen',\n  'goldenrod',\n  'dodgerblue',\n  'darkorchid',\n  'crimson'\n];\n\n/**\n * Currently only WebKit-based Web Inspectors, Firefox >= v31,\n * and the Firebug extension (any Firefox version) are known\n * to support \"%c\" CSS customizations.\n *\n * TODO: add a `localStorage` variable to explicitly enable/disable colors\n */\n\nfunction useColors() {\n  // NB: In an Electron preload script, document will be defined but not fully\n  // initialized. Since we know we're in Chrome, we'll just detect this case\n  // explicitly\n  if (typeof window !== 'undefined' && window.process && window.process.type === 'renderer') {\n    return true;\n  }\n\n  // is webkit? http://stackoverflow.com/a/16459606/376773\n  // document is undefined in react-native: https://github.com/facebook/react-native/pull/1632\n  return (typeof document !== 'undefined' && document.documentElement && document.documentElement.style && document.documentElement.style.WebkitAppearance) ||\n    // is firebug? http://stackoverflow.com/a/398120/376773\n    (typeof window !== 'undefined' && window.console && (window.console.firebug || (window.console.exception && window.console.table))) ||\n    // is firefox >= v31?\n    // https://developer.mozilla.org/en-US/docs/Tools/Web_Console#Styling_messages\n    (typeof navigator !== 'undefined' && navigator.userAgent && navigator.userAgent.toLowerCase().match(/firefox\\/(\\d+)/) && parseInt(RegExp.$1, 10) >= 31) ||\n    // double check webkit in userAgent just in case we are in a worker\n    (typeof navigator !== 'undefined' && navigator.userAgent && navigator.userAgent.toLowerCase().match(/applewebkit\\/(\\d+)/));\n}\n\n/**\n * Map %j to `JSON.stringify()`, since no Web Inspectors do that by default.\n */\n\nexports.formatters.j = function(v) {\n  try {\n    return JSON.stringify(v);\n  } catch (err) {\n    return '[UnexpectedJSONParseError]: ' + err.message;\n  }\n};\n\n\n/**\n * Colorize log arguments if enabled.\n *\n * @api public\n */\n\nfunction formatArgs(args) {\n  var useColors = this.useColors;\n\n  args[0] = (useColors ? '%c' : '')\n    + this.namespace\n    + (useColors ? ' %c' : ' ')\n    + args[0]\n    + (useColors ? '%c ' : ' ')\n    + '+' + exports.humanize(this.diff);\n\n  if (!useColors) return;\n\n  var c = 'color: ' + this.color;\n  args.splice(1, 0, c, 'color: inherit')\n\n  // the final \"%c\" is somewhat tricky, because there could be other\n  // arguments passed either before or after the %c, so we need to\n  // figure out the correct index to insert the CSS into\n  var index = 0;\n  var lastC = 0;\n  args[0].replace(/%[a-zA-Z%]/g, function(match) {\n    if ('%%' === match) return;\n    index++;\n    if ('%c' === match) {\n      // we only are interested in the *last* %c\n      // (the user may have provided their own)\n      lastC = index;\n    }\n  });\n\n  args.splice(lastC, 0, c);\n}\n\n/**\n * Invokes `console.log()` when available.\n * No-op when `console.log` is not a \"function\".\n *\n * @api public\n */\n\nfunction log() {\n  // this hackery is required for IE8/9, where\n  // the `console.log` function doesn't have 'apply'\n  return 'object' === typeof console\n    && console.log\n    && Function.prototype.apply.call(console.log, console, arguments);\n}\n\n/**\n * Save `namespaces`.\n *\n * @param {String} namespaces\n * @api private\n */\n\nfunction save(namespaces) {\n  try {\n    if (null == namespaces) {\n      exports.storage.removeItem('debug');\n    } else {\n      exports.storage.debug = namespaces;\n    }\n  } catch(e) {}\n}\n\n/**\n * Load `namespaces`.\n *\n * @return {String} returns the previously persisted debug modes\n * @api private\n */\n\nfunction load() {\n  var r;\n  try {\n    r = exports.storage.debug;\n  } catch(e) {}\n\n  // If debug isn't set in LS, and we're in Electron, try to load $DEBUG\n  if (!r && typeof process !== 'undefined' && 'env' in process) {\n    r = process.env.DEBUG;\n  }\n\n  return r;\n}\n\n/**\n * Enable namespaces listed in `localStorage.debug` initially.\n */\n\nexports.enable(load());\n\n/**\n * Localstorage attempts to return the localstorage.\n *\n * This is necessary because safari throws\n * when a user disables cookies/localstorage\n * and you attempt to access it.\n *\n * @return {LocalStorage}\n * @api private\n */\n\nfunction localstorage() {\n  try {\n    return window.localStorage;\n  } catch (e) {}\n}\n","var meta = require('@turf/meta');\nvar helpers = require('@turf/helpers');\nvar point = helpers.point;\nvar coordEach = meta.coordEach;\nvar featureEach = meta.featureEach;\nvar featureCollection = helpers.featureCollection;\n\n/**\n * Takes a feature or set of features and returns all positions as {@link Point|points}.\n *\n * @name explode\n * @param {FeatureCollection|Feature<any>} geojson input features\n * @returns {FeatureCollection<point>} points representing the exploded input features\n * @throws {Error} if it encounters an unknown geometry type\n * @example\n * var polygon = turf.polygon([[[-81, 41], [-88, 36], [-84, 31], [-80, 33], [-77, 39], [-81, 41]]]);\n *\n * var explode = turf.explode(polygon);\n *\n * //addToMap\n * var addToMap = [polygon, explode]\n */\nmodule.exports = function (geojson) {\n    var points = [];\n    if (geojson.type === 'FeatureCollection') {\n        featureEach(geojson, function (feature) {\n            coordEach(feature, function (coord) {\n                points.push(point(coord, feature.properties));\n            });\n        });\n    } else {\n        coordEach(geojson, function (coord) {\n            points.push(point(coord, geojson.properties));\n        });\n    }\n    return featureCollection(points);\n};\n","// Computes the bounding box of the specified hash of GeoJSON objects.\nexport default function(objects) {\n  var x0 = Infinity,\n      y0 = Infinity,\n      x1 = -Infinity,\n      y1 = -Infinity;\n\n  function boundGeometry(geometry) {\n    if (geometry != null && boundGeometryType.hasOwnProperty(geometry.type)) boundGeometryType[geometry.type](geometry);\n  }\n\n  var boundGeometryType = {\n    GeometryCollection: function(o) { o.geometries.forEach(boundGeometry); },\n    Point: function(o) { boundPoint(o.coordinates); },\n    MultiPoint: function(o) { o.coordinates.forEach(boundPoint); },\n    LineString: function(o) { boundLine(o.arcs); },\n    MultiLineString: function(o) { o.arcs.forEach(boundLine); },\n    Polygon: function(o) { o.arcs.forEach(boundLine); },\n    MultiPolygon: function(o) { o.arcs.forEach(boundMultiLine); }\n  };\n\n  function boundPoint(coordinates) {\n    var x = coordinates[0],\n        y = coordinates[1];\n    if (x < x0) x0 = x;\n    if (x > x1) x1 = x;\n    if (y < y0) y0 = y;\n    if (y > y1) y1 = y;\n  }\n\n  function boundLine(coordinates) {\n    coordinates.forEach(boundPoint);\n  }\n\n  function boundMultiLine(coordinates) {\n    coordinates.forEach(boundLine);\n  }\n\n  for (var key in objects) {\n    boundGeometry(objects[key]);\n  }\n\n  return x1 >= x0 && y1 >= y0 ? [x0, y0, x1, y1] : undefined;\n}\n","export default function(size, hash, equal, type, empty) {\n  if (arguments.length === 3) {\n    type = Array;\n    empty = null;\n  }\n\n  var store = new type(size = 1 << Math.max(4, Math.ceil(Math.log(size) / Math.LN2))),\n      mask = size - 1;\n\n  for (var i = 0; i < size; ++i) {\n    store[i] = empty;\n  }\n\n  function add(value) {\n    var index = hash(value) & mask,\n        match = store[index],\n        collisions = 0;\n    while (match != empty) {\n      if (equal(match, value)) return true;\n      if (++collisions >= size) throw new Error(\"full hashset\");\n      match = store[index = (index + 1) & mask];\n    }\n    store[index] = value;\n    return true;\n  }\n\n  function has(value) {\n    var index = hash(value) & mask,\n        match = store[index],\n        collisions = 0;\n    while (match != empty) {\n      if (equal(match, value)) return true;\n      if (++collisions >= size) break;\n      match = store[index = (index + 1) & mask];\n    }\n    return false;\n  }\n\n  function values() {\n    var values = [];\n    for (var i = 0, n = store.length; i < n; ++i) {\n      var match = store[i];\n      if (match != empty) values.push(match);\n    }\n    return values;\n  }\n\n  return {\n    add: add,\n    has: has,\n    values: values\n  };\n}\n","export default function(size, hash, equal, keyType, keyEmpty, valueType) {\n  if (arguments.length === 3) {\n    keyType = valueType = Array;\n    keyEmpty = null;\n  }\n\n  var keystore = new keyType(size = 1 << Math.max(4, Math.ceil(Math.log(size) / Math.LN2))),\n      valstore = new valueType(size),\n      mask = size - 1;\n\n  for (var i = 0; i < size; ++i) {\n    keystore[i] = keyEmpty;\n  }\n\n  function set(key, value) {\n    var index = hash(key) & mask,\n        matchKey = keystore[index],\n        collisions = 0;\n    while (matchKey != keyEmpty) {\n      if (equal(matchKey, key)) return valstore[index] = value;\n      if (++collisions >= size) throw new Error(\"full hashmap\");\n      matchKey = keystore[index = (index + 1) & mask];\n    }\n    keystore[index] = key;\n    valstore[index] = value;\n    return value;\n  }\n\n  function maybeSet(key, value) {\n    var index = hash(key) & mask,\n        matchKey = keystore[index],\n        collisions = 0;\n    while (matchKey != keyEmpty) {\n      if (equal(matchKey, key)) return valstore[index];\n      if (++collisions >= size) throw new Error(\"full hashmap\");\n      matchKey = keystore[index = (index + 1) & mask];\n    }\n    keystore[index] = key;\n    valstore[index] = value;\n    return value;\n  }\n\n  function get(key, missingValue) {\n    var index = hash(key) & mask,\n        matchKey = keystore[index],\n        collisions = 0;\n    while (matchKey != keyEmpty) {\n      if (equal(matchKey, key)) return valstore[index];\n      if (++collisions >= size) break;\n      matchKey = keystore[index = (index + 1) & mask];\n    }\n    return missingValue;\n  }\n\n  function keys() {\n    var keys = [];\n    for (var i = 0, n = keystore.length; i < n; ++i) {\n      var matchKey = keystore[i];\n      if (matchKey != keyEmpty) keys.push(matchKey);\n    }\n    return keys;\n  }\n\n  return {\n    set: set,\n    maybeSet: maybeSet, // set if unset\n    get: get,\n    keys: keys\n  };\n}\n","export default function(pointA, pointB) {\n  return pointA[0] === pointB[0] && pointA[1] === pointB[1];\n}\n","// TODO if quantized, use simpler Int32 hashing?\n\nvar buffer = new ArrayBuffer(16),\n    floats = new Float64Array(buffer),\n    uints = new Uint32Array(buffer);\n\nexport default function(point) {\n  floats[0] = point[0];\n  floats[1] = point[1];\n  var hash = uints[0] ^ uints[1];\n  hash = hash << 5 ^ hash >> 7 ^ uints[2] ^ uints[3];\n  return hash & 0x7fffffff;\n}\n","import hashset from \"./hash/hashset\";\nimport hashmap from \"./hash/hashmap\";\nimport equalPoint from \"./hash/point-equal\";\nimport hashPoint from \"./hash/point-hash\";\n\n// Given an extracted (pre-)topology, identifies all of the junctions. These are\n// the points at which arcs (lines or rings) will need to be cut so that each\n// arc is represented uniquely.\n//\n// A junction is a point where at least one arc deviates from another arc going\n// through the same point. For example, consider the point B. If there is a arc\n// through ABC and another arc through CBA, then B is not a junction because in\n// both cases the adjacent point pairs are {A,C}. However, if there is an\n// additional arc ABD, then {A,D} != {A,C}, and thus B becomes a junction.\n//\n// For a closed ring ABCA, the first point A’s adjacent points are the second\n// and last point {B,C}. For a line, the first and last point are always\n// considered junctions, even if the line is closed; this ensures that a closed\n// line is never rotated.\nexport default function(topology) {\n  var coordinates = topology.coordinates,\n      lines = topology.lines,\n      rings = topology.rings,\n      indexes = index(),\n      visitedByIndex = new Int32Array(coordinates.length),\n      leftByIndex = new Int32Array(coordinates.length),\n      rightByIndex = new Int32Array(coordinates.length),\n      junctionByIndex = new Int8Array(coordinates.length),\n      junctionCount = 0, // upper bound on number of junctions\n      i, n,\n      previousIndex,\n      currentIndex,\n      nextIndex;\n\n  for (i = 0, n = coordinates.length; i < n; ++i) {\n    visitedByIndex[i] = leftByIndex[i] = rightByIndex[i] = -1;\n  }\n\n  for (i = 0, n = lines.length; i < n; ++i) {\n    var line = lines[i],\n        lineStart = line[0],\n        lineEnd = line[1];\n    currentIndex = indexes[lineStart];\n    nextIndex = indexes[++lineStart];\n    ++junctionCount, junctionByIndex[currentIndex] = 1; // start\n    while (++lineStart <= lineEnd) {\n      sequence(i, previousIndex = currentIndex, currentIndex = nextIndex, nextIndex = indexes[lineStart]);\n    }\n    ++junctionCount, junctionByIndex[nextIndex] = 1; // end\n  }\n\n  for (i = 0, n = coordinates.length; i < n; ++i) {\n    visitedByIndex[i] = -1;\n  }\n\n  for (i = 0, n = rings.length; i < n; ++i) {\n    var ring = rings[i],\n        ringStart = ring[0] + 1,\n        ringEnd = ring[1];\n    previousIndex = indexes[ringEnd - 1];\n    currentIndex = indexes[ringStart - 1];\n    nextIndex = indexes[ringStart];\n    sequence(i, previousIndex, currentIndex, nextIndex);\n    while (++ringStart <= ringEnd) {\n      sequence(i, previousIndex = currentIndex, currentIndex = nextIndex, nextIndex = indexes[ringStart]);\n    }\n  }\n\n  function sequence(i, previousIndex, currentIndex, nextIndex) {\n    if (visitedByIndex[currentIndex] === i) return; // ignore self-intersection\n    visitedByIndex[currentIndex] = i;\n    var leftIndex = leftByIndex[currentIndex];\n    if (leftIndex >= 0) {\n      var rightIndex = rightByIndex[currentIndex];\n      if ((leftIndex !== previousIndex || rightIndex !== nextIndex)\n        && (leftIndex !== nextIndex || rightIndex !== previousIndex)) {\n        ++junctionCount, junctionByIndex[currentIndex] = 1;\n      }\n    } else {\n      leftByIndex[currentIndex] = previousIndex;\n      rightByIndex[currentIndex] = nextIndex;\n    }\n  }\n\n  function index() {\n    var indexByPoint = hashmap(coordinates.length * 1.4, hashIndex, equalIndex, Int32Array, -1, Int32Array),\n        indexes = new Int32Array(coordinates.length);\n\n    for (var i = 0, n = coordinates.length; i < n; ++i) {\n      indexes[i] = indexByPoint.maybeSet(i, i);\n    }\n\n    return indexes;\n  }\n\n  function hashIndex(i) {\n    return hashPoint(coordinates[i]);\n  }\n\n  function equalIndex(i, j) {\n    return equalPoint(coordinates[i], coordinates[j]);\n  }\n\n  visitedByIndex = leftByIndex = rightByIndex = null;\n\n  var junctionByPoint = hashset(junctionCount * 1.4, hashPoint, equalPoint), j;\n\n  // Convert back to a standard hashset by point for caller convenience.\n  for (i = 0, n = coordinates.length; i < n; ++i) {\n    if (junctionByIndex[j = indexes[i]]) {\n      junctionByPoint.add(coordinates[j]);\n    }\n  }\n\n  return junctionByPoint;\n}\n","import join from \"./join\";\n\n// Given an extracted (pre-)topology, cuts (or rotates) arcs so that all shared\n// point sequences are identified. The topology can then be subsequently deduped\n// to remove exact duplicate arcs.\nexport default function(topology) {\n  var junctions = join(topology),\n      coordinates = topology.coordinates,\n      lines = topology.lines,\n      rings = topology.rings,\n      next,\n      i, n;\n\n  for (i = 0, n = lines.length; i < n; ++i) {\n    var line = lines[i],\n        lineMid = line[0],\n        lineEnd = line[1];\n    while (++lineMid < lineEnd) {\n      if (junctions.has(coordinates[lineMid])) {\n        next = {0: lineMid, 1: line[1]};\n        line[1] = lineMid;\n        line = line.next = next;\n      }\n    }\n  }\n\n  for (i = 0, n = rings.length; i < n; ++i) {\n    var ring = rings[i],\n        ringStart = ring[0],\n        ringMid = ringStart,\n        ringEnd = ring[1],\n        ringFixed = junctions.has(coordinates[ringStart]);\n    while (++ringMid < ringEnd) {\n      if (junctions.has(coordinates[ringMid])) {\n        if (ringFixed) {\n          next = {0: ringMid, 1: ring[1]};\n          ring[1] = ringMid;\n          ring = ring.next = next;\n        } else { // For the first junction, we can rotate rather than cut.\n          rotateArray(coordinates, ringStart, ringEnd, ringEnd - ringMid);\n          coordinates[ringEnd] = coordinates[ringStart];\n          ringFixed = true;\n          ringMid = ringStart; // restart; we may have skipped junctions\n        }\n      }\n    }\n  }\n\n  return topology;\n}\n\nfunction rotateArray(array, start, end, offset) {\n  reverse(array, start, end);\n  reverse(array, start, start + offset);\n  reverse(array, start + offset, end);\n}\n\nfunction reverse(array, start, end) {\n  for (var mid = start + ((end-- - start) >> 1), t; start < mid; ++start, --end) {\n    t = array[start], array[start] = array[end], array[end] = t;\n  }\n}\n","import hashmap from \"./hash/hashmap\";\nimport equalPoint from \"./hash/point-equal\";\nimport hashPoint from \"./hash/point-hash\";\n\n// Given a cut topology, combines duplicate arcs.\nexport default function(topology) {\n  var coordinates = topology.coordinates,\n      lines = topology.lines, line,\n      rings = topology.rings, ring,\n      arcCount = lines.length + rings.length,\n      i, n;\n\n  delete topology.lines;\n  delete topology.rings;\n\n  // Count the number of (non-unique) arcs to initialize the hashmap safely.\n  for (i = 0, n = lines.length; i < n; ++i) {\n    line = lines[i]; while (line = line.next) ++arcCount;\n  }\n  for (i = 0, n = rings.length; i < n; ++i) {\n    ring = rings[i]; while (ring = ring.next) ++arcCount;\n  }\n\n  var arcsByEnd = hashmap(arcCount * 2 * 1.4, hashPoint, equalPoint),\n      arcs = topology.arcs = [];\n\n  for (i = 0, n = lines.length; i < n; ++i) {\n    line = lines[i];\n    do {\n      dedupLine(line);\n    } while (line = line.next);\n  }\n\n  for (i = 0, n = rings.length; i < n; ++i) {\n    ring = rings[i];\n    if (ring.next) { // arc is no longer closed\n      do {\n        dedupLine(ring);\n      } while (ring = ring.next);\n    } else {\n      dedupRing(ring);\n    }\n  }\n\n  function dedupLine(arc) {\n    var startPoint,\n        endPoint,\n        startArcs, startArc,\n        endArcs, endArc,\n        i, n;\n\n    // Does this arc match an existing arc in order?\n    if (startArcs = arcsByEnd.get(startPoint = coordinates[arc[0]])) {\n      for (i = 0, n = startArcs.length; i < n; ++i) {\n        startArc = startArcs[i];\n        if (equalLine(startArc, arc)) {\n          arc[0] = startArc[0];\n          arc[1] = startArc[1];\n          return;\n        }\n      }\n    }\n\n    // Does this arc match an existing arc in reverse order?\n    if (endArcs = arcsByEnd.get(endPoint = coordinates[arc[1]])) {\n      for (i = 0, n = endArcs.length; i < n; ++i) {\n        endArc = endArcs[i];\n        if (reverseEqualLine(endArc, arc)) {\n          arc[1] = endArc[0];\n          arc[0] = endArc[1];\n          return;\n        }\n      }\n    }\n\n    if (startArcs) startArcs.push(arc); else arcsByEnd.set(startPoint, [arc]);\n    if (endArcs) endArcs.push(arc); else arcsByEnd.set(endPoint, [arc]);\n    arcs.push(arc);\n  }\n\n  function dedupRing(arc) {\n    var endPoint,\n        endArcs,\n        endArc,\n        i, n;\n\n    // Does this arc match an existing line in order, or reverse order?\n    // Rings are closed, so their start point and end point is the same.\n    if (endArcs = arcsByEnd.get(endPoint = coordinates[arc[0]])) {\n      for (i = 0, n = endArcs.length; i < n; ++i) {\n        endArc = endArcs[i];\n        if (equalRing(endArc, arc)) {\n          arc[0] = endArc[0];\n          arc[1] = endArc[1];\n          return;\n        }\n        if (reverseEqualRing(endArc, arc)) {\n          arc[0] = endArc[1];\n          arc[1] = endArc[0];\n          return;\n        }\n      }\n    }\n\n    // Otherwise, does this arc match an existing ring in order, or reverse order?\n    if (endArcs = arcsByEnd.get(endPoint = coordinates[arc[0] + findMinimumOffset(arc)])) {\n      for (i = 0, n = endArcs.length; i < n; ++i) {\n        endArc = endArcs[i];\n        if (equalRing(endArc, arc)) {\n          arc[0] = endArc[0];\n          arc[1] = endArc[1];\n          return;\n        }\n        if (reverseEqualRing(endArc, arc)) {\n          arc[0] = endArc[1];\n          arc[1] = endArc[0];\n          return;\n        }\n      }\n    }\n\n    if (endArcs) endArcs.push(arc); else arcsByEnd.set(endPoint, [arc]);\n    arcs.push(arc);\n  }\n\n  function equalLine(arcA, arcB) {\n    var ia = arcA[0], ib = arcB[0],\n        ja = arcA[1], jb = arcB[1];\n    if (ia - ja !== ib - jb) return false;\n    for (; ia <= ja; ++ia, ++ib) if (!equalPoint(coordinates[ia], coordinates[ib])) return false;\n    return true;\n  }\n\n  function reverseEqualLine(arcA, arcB) {\n    var ia = arcA[0], ib = arcB[0],\n        ja = arcA[1], jb = arcB[1];\n    if (ia - ja !== ib - jb) return false;\n    for (; ia <= ja; ++ia, --jb) if (!equalPoint(coordinates[ia], coordinates[jb])) return false;\n    return true;\n  }\n\n  function equalRing(arcA, arcB) {\n    var ia = arcA[0], ib = arcB[0],\n        ja = arcA[1], jb = arcB[1],\n        n = ja - ia;\n    if (n !== jb - ib) return false;\n    var ka = findMinimumOffset(arcA),\n        kb = findMinimumOffset(arcB);\n    for (var i = 0; i < n; ++i) {\n      if (!equalPoint(coordinates[ia + (i + ka) % n], coordinates[ib + (i + kb) % n])) return false;\n    }\n    return true;\n  }\n\n  function reverseEqualRing(arcA, arcB) {\n    var ia = arcA[0], ib = arcB[0],\n        ja = arcA[1], jb = arcB[1],\n        n = ja - ia;\n    if (n !== jb - ib) return false;\n    var ka = findMinimumOffset(arcA),\n        kb = n - findMinimumOffset(arcB);\n    for (var i = 0; i < n; ++i) {\n      if (!equalPoint(coordinates[ia + (i + ka) % n], coordinates[jb - (i + kb) % n])) return false;\n    }\n    return true;\n  }\n\n  // Rings are rotated to a consistent, but arbitrary, start point.\n  // This is necessary to detect when a ring and a rotated copy are dupes.\n  function findMinimumOffset(arc) {\n    var start = arc[0],\n        end = arc[1],\n        mid = start,\n        minimum = mid,\n        minimumPoint = coordinates[mid];\n    while (++mid < end) {\n      var point = coordinates[mid];\n      if (point[0] < minimumPoint[0] || point[0] === minimumPoint[0] && point[1] < minimumPoint[1]) {\n        minimum = mid;\n        minimumPoint = point;\n      }\n    }\n    return minimum - start;\n  }\n\n  return topology;\n}\n","// Given an array of arcs in absolute (but already quantized!) coordinates,\n// converts to fixed-point delta encoding.\n// This is a destructive operation that modifies the given arcs!\nexport default function(arcs) {\n  var i = -1,\n      n = arcs.length;\n\n  while (++i < n) {\n    var arc = arcs[i],\n        j = 0,\n        k = 1,\n        m = arc.length,\n        point = arc[0],\n        x0 = point[0],\n        y0 = point[1],\n        x1,\n        y1;\n\n    while (++j < m) {\n      point = arc[j], x1 = point[0], y1 = point[1];\n      if (x1 !== x0 || y1 !== y0) arc[k++] = [x1 - x0, y1 - y0], x0 = x1, y0 = y1;\n    }\n\n    if (k === 1) arc[k++] = [0, 0]; // Each arc must be an array of two or more positions.\n\n    arc.length = k;\n  }\n\n  return arcs;\n}\n","// Extracts the lines and rings from the specified hash of geometry objects.\n//\n// Returns an object with three properties:\n//\n// * coordinates - shared buffer of [x, y] coordinates\n// * lines - lines extracted from the hash, of the form [start, end]\n// * rings - rings extracted from the hash, of the form [start, end]\n//\n// For each ring or line, start and end represent inclusive indexes into the\n// coordinates buffer. For rings (and closed lines), coordinates[start] equals\n// coordinates[end].\n//\n// For each line or polygon geometry in the input hash, including nested\n// geometries as in geometry collections, the `coordinates` array is replaced\n// with an equivalent `arcs` array that, for each line (for line string\n// geometries) or ring (for polygon geometries), points to one of the above\n// lines or rings.\nexport default function(objects) {\n  var index = -1,\n      lines = [],\n      rings = [],\n      coordinates = [];\n\n  function extractGeometry(geometry) {\n    if (geometry && extractGeometryType.hasOwnProperty(geometry.type)) extractGeometryType[geometry.type](geometry);\n  }\n\n  var extractGeometryType = {\n    GeometryCollection: function(o) { o.geometries.forEach(extractGeometry); },\n    LineString: function(o) { o.arcs = extractLine(o.arcs); },\n    MultiLineString: function(o) { o.arcs = o.arcs.map(extractLine); },\n    Polygon: function(o) { o.arcs = o.arcs.map(extractRing); },\n    MultiPolygon: function(o) { o.arcs = o.arcs.map(extractMultiRing); }\n  };\n\n  function extractLine(line) {\n    for (var i = 0, n = line.length; i < n; ++i) coordinates[++index] = line[i];\n    var arc = {0: index - n + 1, 1: index};\n    lines.push(arc);\n    return arc;\n  }\n\n  function extractRing(ring) {\n    for (var i = 0, n = ring.length; i < n; ++i) coordinates[++index] = ring[i];\n    var arc = {0: index - n + 1, 1: index};\n    rings.push(arc);\n    return arc;\n  }\n\n  function extractMultiRing(rings) {\n    return rings.map(extractRing);\n  }\n\n  for (var key in objects) {\n    extractGeometry(objects[key]);\n  }\n\n  return {\n    type: \"Topology\",\n    coordinates: coordinates,\n    lines: lines,\n    rings: rings,\n    objects: objects\n  };\n}\n","// Given a hash of GeoJSON objects, returns a hash of GeoJSON geometry objects.\n// Any null input geometry objects are represented as {type: null} in the output.\n// Any feature.{id,properties,bbox} are transferred to the output geometry object.\n// Each output geometry object is a shallow copy of the input (e.g., properties, coordinates)!\nexport default function(inputs) {\n  var outputs = {}, key;\n  for (key in inputs) outputs[key] = geomifyObject(inputs[key]);\n  return outputs;\n}\n\nfunction geomifyObject(input) {\n  return input == null ? {type: null}\n      : (input.type === \"FeatureCollection\" ? geomifyFeatureCollection\n      : input.type === \"Feature\" ? geomifyFeature\n      : geomifyGeometry)(input);\n}\n\nfunction geomifyFeatureCollection(input) {\n  var output = {type: \"GeometryCollection\", geometries: input.features.map(geomifyFeature)};\n  if (input.bbox != null) output.bbox = input.bbox;\n  return output;\n}\n\nfunction geomifyFeature(input) {\n  var output = geomifyGeometry(input.geometry), key; // eslint-disable-line no-unused-vars\n  if (input.id != null) output.id = input.id;\n  if (input.bbox != null) output.bbox = input.bbox;\n  for (key in input.properties) { output.properties = input.properties; break; }\n  return output;\n}\n\nfunction geomifyGeometry(input) {\n  if (input == null) return {type: null};\n  var output = input.type === \"GeometryCollection\" ? {type: \"GeometryCollection\", geometries: input.geometries.map(geomifyGeometry)}\n      : input.type === \"Point\" || input.type === \"MultiPoint\" ? {type: input.type, coordinates: input.coordinates}\n      : {type: input.type, arcs: input.coordinates}; // TODO Check for unknown types?\n  if (input.bbox != null) output.bbox = input.bbox;\n  return output;\n}\n","export default function(objects, bbox, n) {\n  var x0 = bbox[0],\n      y0 = bbox[1],\n      x1 = bbox[2],\n      y1 = bbox[3],\n      kx = x1 - x0 ? (n - 1) / (x1 - x0) : 1,\n      ky = y1 - y0 ? (n - 1) / (y1 - y0) : 1;\n\n  function quantizePoint(input) {\n    return [Math.round((input[0] - x0) * kx), Math.round((input[1] - y0) * ky)];\n  }\n\n  function quantizePoints(input, m) {\n    var i = -1,\n        j = 0,\n        n = input.length,\n        output = new Array(n), // pessimistic\n        pi,\n        px,\n        py,\n        x,\n        y;\n\n    while (++i < n) {\n      pi = input[i];\n      x = Math.round((pi[0] - x0) * kx);\n      y = Math.round((pi[1] - y0) * ky);\n      if (x !== px || y !== py) output[j++] = [px = x, py = y]; // non-coincident points\n    }\n\n    output.length = j;\n    while (j < m) j = output.push([output[0][0], output[0][1]]);\n    return output;\n  }\n\n  function quantizeLine(input) {\n    return quantizePoints(input, 2);\n  }\n\n  function quantizeRing(input) {\n    return quantizePoints(input, 4);\n  }\n\n  function quantizePolygon(input) {\n    return input.map(quantizeRing);\n  }\n\n  function quantizeGeometry(o) {\n    if (o != null && quantizeGeometryType.hasOwnProperty(o.type)) quantizeGeometryType[o.type](o);\n  }\n\n  var quantizeGeometryType = {\n    GeometryCollection: function(o) { o.geometries.forEach(quantizeGeometry); },\n    Point: function(o) { o.coordinates = quantizePoint(o.coordinates); },\n    MultiPoint: function(o) { o.coordinates = o.coordinates.map(quantizePoint); },\n    LineString: function(o) { o.arcs = quantizeLine(o.arcs); },\n    MultiLineString: function(o) { o.arcs = o.arcs.map(quantizeLine); },\n    Polygon: function(o) { o.arcs = quantizePolygon(o.arcs); },\n    MultiPolygon: function(o) { o.arcs = o.arcs.map(quantizePolygon); }\n  };\n\n  for (var key in objects) {\n    quantizeGeometry(objects[key]);\n  }\n\n  return {\n    scale: [1 / kx, 1 / ky],\n    translate: [x0, y0]\n  };\n}\n","import bounds from \"./bounds\";\nimport cut from \"./cut\";\nimport dedup from \"./dedup\";\nimport delta from \"./delta\";\nimport extract from \"./extract\";\nimport geometry from \"./geometry\";\nimport hashmap from \"./hash/hashmap\";\nimport prequantize from \"./prequantize\";\n\n// Constructs the TopoJSON Topology for the specified hash of features.\n// Each object in the specified hash must be a GeoJSON object,\n// meaning FeatureCollection, a Feature or a geometry object.\nexport default function(objects, quantization) {\n  var bbox = bounds(objects = geometry(objects)),\n      transform = quantization > 0 && bbox && prequantize(objects, bbox, quantization),\n      topology = dedup(cut(extract(objects))),\n      coordinates = topology.coordinates,\n      indexByArc = hashmap(topology.arcs.length * 1.4, hashArc, equalArc);\n\n  objects = topology.objects; // for garbage collection\n  topology.bbox = bbox;\n  topology.arcs = topology.arcs.map(function(arc, i) {\n    indexByArc.set(arc, i);\n    return coordinates.slice(arc[0], arc[1] + 1);\n  });\n\n  delete topology.coordinates;\n  coordinates = null;\n\n  function indexGeometry(geometry) {\n    if (geometry && indexGeometryType.hasOwnProperty(geometry.type)) indexGeometryType[geometry.type](geometry);\n  }\n\n  var indexGeometryType = {\n    GeometryCollection: function(o) { o.geometries.forEach(indexGeometry); },\n    LineString: function(o) { o.arcs = indexArcs(o.arcs); },\n    MultiLineString: function(o) { o.arcs = o.arcs.map(indexArcs); },\n    Polygon: function(o) { o.arcs = o.arcs.map(indexArcs); },\n    MultiPolygon: function(o) { o.arcs = o.arcs.map(indexMultiArcs); }\n  };\n\n  function indexArcs(arc) {\n    var indexes = [];\n    do {\n      var index = indexByArc.get(arc);\n      indexes.push(arc[0] < arc[1] ? index : ~index);\n    } while (arc = arc.next);\n    return indexes;\n  }\n\n  function indexMultiArcs(arcs) {\n    return arcs.map(indexArcs);\n  }\n\n  for (var key in objects) {\n    indexGeometry(objects[key]);\n  }\n\n  if (transform) {\n    topology.transform = transform;\n    topology.arcs = delta(topology.arcs);\n  }\n\n  return topology;\n}\n\nfunction hashArc(arc) {\n  var i = arc[0], j = arc[1], t;\n  if (j < i) t = i, i = j, j = t;\n  return i + 31 * j;\n}\n\nfunction equalArc(arcA, arcB) {\n  var ia = arcA[0], ja = arcA[1],\n      ib = arcB[0], jb = arcB[1], t;\n  if (ja < ia) t = ia, ia = ja, ja = t;\n  if (jb < ib) t = ib, ib = jb, jb = t;\n  return ia === ib && ja === jb;\n}\n","export {default as topology} from \"./src/topology\";\n","var meta = require('@turf/meta');\nvar invariant = require('@turf/invariant');\nvar lineOverlap = require('@turf/line-overlap');\nvar lineIntersect = require('@turf/line-intersect');\nvar GeojsonEquality = require('geojson-equality');\nvar coordAll = meta.coordAll;\nvar segmentEach = meta.segmentEach;\nvar getGeomType = invariant.getGeomType;\n\n/**\n * Compares two geometries of the same dimension and returns true if their intersection set results in a geometry\n * different from both but of the same dimension. It applies to Polygon/Polygon, LineString/LineString,\n * Multipoint/Multipoint, MultiLineString/MultiLineString and MultiPolygon/MultiPolygon.\n *\n * @name booleanOverlap\n * @param  {Geometry|Feature<LineString|MultiLineString|Polygon|MultiPolygon>} feature1 input\n * @param  {Geometry|Feature<LineString|MultiLineString|Polygon|MultiPolygon>} feature2 input\n * @returns {boolean} true/false\n * @example\n * var poly1 = turf.polygon([[[0,0],[0,5],[5,5],[5,0],[0,0]]]);\n * var poly2 = turf.polygon([[[1,1],[1,6],[6,6],[6,1],[1,1]]]);\n * var poly3 = turf.polygon([[[10,10],[10,15],[15,15],[15,10],[10,10]]]);\n *\n * turf.booleanOverlap(poly1, poly2)\n * //=true\n * turf.booleanOverlap(poly2, poly3)\n * //=false\n */\nmodule.exports = function (feature1, feature2) {\n    // validation\n    if (!feature1) throw new Error('feature1 is required');\n    if (!feature2) throw new Error('feature2 is required');\n    var type1 = getGeomType(feature1);\n    var type2 = getGeomType(feature2);\n    if (type1 !== type2) throw new Error('features must be of the same type');\n    if (type1 === 'Point') throw new Error('Point geometry not supported');\n\n    // features must be not equal\n    var equality = new GeojsonEquality({precision: 6});\n    if (equality.compare(feature1, feature2)) return false;\n\n    var overlap = 0;\n\n    switch (type1) {\n    case 'MultiPoint':\n        var coords1 = coordAll(feature1);\n        var coords2 = coordAll(feature2);\n        coords1.forEach(function (coord1) {\n            coords2.forEach(function (coord2) {\n                if (coord1[0] === coord2[0] && coord1[1] === coord2[1]) overlap++;\n            });\n        });\n        break;\n\n    case 'LineString':\n    case 'MultiLineString':\n        segmentEach(feature1, function (segment1) {\n            segmentEach(feature2, function (segment2) {\n                if (lineOverlap(segment1, segment2).features.length) overlap++;\n            });\n        });\n        break;\n\n    case 'Polygon':\n    case 'MultiPolygon':\n        segmentEach(feature1, function (segment1) {\n            segmentEach(feature2, function (segment2) {\n                if (lineIntersect(segment1, segment2).features.length) overlap++;\n            });\n        });\n        break;\n    }\n\n    return overlap > 0;\n};\n","var area = require('@mapbox/geojson-area').geometry;\nvar geomReduce = require('@turf/meta').geomReduce;\n\n/**\n * Takes one or more features and returns their area in square meters.\n *\n * @name area\n * @param {FeatureCollection|Feature<any>} geojson input GeoJSON feature(s)\n * @returns {number} area in square meters\n * @example\n * var polygon = turf.polygon([[[125, -15], [113, -22], [154, -27], [144, -15], [125, -15]]]);\n *\n * var area = turf.area(polygon);\n *\n * //addToMap\n * var addToMap = [polygon]\n * polygon.properties.area = area\n */\nmodule.exports = function (geojson) {\n    return geomReduce(geojson, function (value, geometry) {\n        return value + area(geometry);\n    }, 0);\n};\n","var inside = require('@turf/inside');\nvar featureCollection = require('@turf/helpers').featureCollection;\n\n/**\n * Takes a set of {@link Point|points} and a set of {@link Polygon|polygons} and returns the points that fall within the polygons.\n *\n * @name within\n * @param {FeatureCollection<Point>} points input points\n * @param {FeatureCollection<Polygon>} polygons input polygons\n * @returns {FeatureCollection<Point>} points that land within at least one polygon\n * @example\n * var searchWithin = turf.featureCollection([\n *     turf.polygon([[\n *         [-46.653,-23.543],\n *         [-46.634,-23.5346],\n *         [-46.613,-23.543],\n *         [-46.614,-23.559],\n *         [-46.631,-23.567],\n *         [-46.653,-23.560],\n *         [-46.653,-23.543]\n *     ]])\n * ]);\n * var points = turf.featureCollection([\n *     turf.point([-46.6318, -23.5523]),\n *     turf.point([-46.6246, -23.5325]),\n *     turf.point([-46.6062, -23.5513]),\n *     turf.point([-46.663, -23.554]),\n *     turf.point([-46.643, -23.557])\n * ]);\n *\n * var ptsWithin = turf.within(points, searchWithin);\n *\n * //addToMap\n * var addToMap = [points, searchWithin, ptsWithin]\n * turf.featureEach(ptsWithin, function (currentFeature) {\n *   currentFeature.properties['marker-size'] = 'large';\n *   currentFeature.properties['marker-color'] = '#000';\n * });\n */\nmodule.exports = function (points, polygons) {\n    var pointsWithin = featureCollection([]);\n    for (var i = 0; i < polygons.features.length; i++) {\n        for (var j = 0; j < points.features.length; j++) {\n            var isInside = inside(points.features[j], polygons.features[i]);\n            if (isInside) {\n                pointsWithin.features.push(points.features[j]);\n            }\n        }\n    }\n    return pointsWithin;\n};\n","var lineSliceAlong = require('@turf/line-slice-along');\nvar lineDistance = require('@turf/line-distance');\nvar featureCollection = require('@turf/helpers').featureCollection;\nvar flattenEach = require('@turf/meta').flattenEach;\n\n/**\n * Divides a {@link LineString} into chunks of a specified length.\n * If the line is shorter than the segment length then the original line is returned.\n *\n * @name lineChunk\n * @param {FeatureCollection|Geometry|Feature<LineString|MultiLineString>} geojson the lines to split\n * @param {number} segmentLength how long to make each segment\n * @param {string}[units='kilometers'] units can be degrees, radians, miles, or kilometers\n * @param {boolean}[reverse=false] reverses coordinates to start the first chunked segment at the end\n * @returns {FeatureCollection<LineString>} collection of line segments\n * @example\n * var line = turf.lineString([[-95, 40], [-93, 45], [-85, 50]]);\n *\n * var chunk = turf.lineChunk(line, 15, 'miles');\n *\n * //addToMap\n * var addToMap = [chunk];\n */\nmodule.exports = function (geojson, segmentLength, units, reverse) {\n    if (!geojson) throw new Error('geojson is required');\n    if (segmentLength <= 0) throw new Error('segmentLength must be greater than 0');\n    var results = [];\n\n    // Flatten each feature to simple LineString\n    flattenEach(geojson, function (feature) {\n        // reverses coordinates to start the first chunked segment at the end\n        if (reverse) feature.geometry.coordinates = feature.geometry.coordinates.reverse();\n\n        sliceLineSegments(feature, segmentLength, units, function (segment) {\n            results.push(segment);\n        });\n    });\n    return featureCollection(results);\n};\n\n/**\n * Slice Line Segments\n *\n * @private\n * @param {Feature<LineString>} line GeoJSON LineString\n * @param {number} segmentLength how long to make each segment\n * @param {string}[units='kilometers'] units can be degrees, radians, miles, or kilometers\n * @param {Function} callback iterate over sliced line segments\n * @returns {void}\n */\nfunction sliceLineSegments(line, segmentLength, units, callback) {\n    var lineLength = lineDistance(line, units);\n\n    // If the line is shorter than the segment length then the orginal line is returned.\n    if (lineLength <= segmentLength) return callback(line);\n\n    var numberOfSegments = Math.floor(lineLength / segmentLength) + 1;\n    for (var i = 0; i < numberOfSegments; i++) {\n        var outline = lineSliceAlong(line, segmentLength * i, segmentLength * (i + 1), units);\n        callback(outline, i);\n    }\n}\n","(function () {\n  var gju = this.gju = {};\n\n  // Export the geojson object for **CommonJS**\n  if (typeof module !== 'undefined' && module.exports) {\n    module.exports = gju;\n  }\n\n  // adapted from http://www.kevlindev.com/gui/math/intersection/Intersection.js\n  gju.lineStringsIntersect = function (l1, l2) {\n    var intersects = [];\n    for (var i = 0; i <= l1.coordinates.length - 2; ++i) {\n      for (var j = 0; j <= l2.coordinates.length - 2; ++j) {\n        var a1 = {\n          x: l1.coordinates[i][1],\n          y: l1.coordinates[i][0]\n        },\n          a2 = {\n            x: l1.coordinates[i + 1][1],\n            y: l1.coordinates[i + 1][0]\n          },\n          b1 = {\n            x: l2.coordinates[j][1],\n            y: l2.coordinates[j][0]\n          },\n          b2 = {\n            x: l2.coordinates[j + 1][1],\n            y: l2.coordinates[j + 1][0]\n          },\n          ua_t = (b2.x - b1.x) * (a1.y - b1.y) - (b2.y - b1.y) * (a1.x - b1.x),\n          ub_t = (a2.x - a1.x) * (a1.y - b1.y) - (a2.y - a1.y) * (a1.x - b1.x),\n          u_b = (b2.y - b1.y) * (a2.x - a1.x) - (b2.x - b1.x) * (a2.y - a1.y);\n        if (u_b != 0) {\n          var ua = ua_t / u_b,\n            ub = ub_t / u_b;\n          if (0 <= ua && ua <= 1 && 0 <= ub && ub <= 1) {\n            intersects.push({\n              'type': 'Point',\n              'coordinates': [a1.x + ua * (a2.x - a1.x), a1.y + ua * (a2.y - a1.y)]\n            });\n          }\n        }\n      }\n    }\n    if (intersects.length == 0) intersects = false;\n    return intersects;\n  }\n\n  // Bounding Box\n\n  function boundingBoxAroundPolyCoords (coords) {\n    var xAll = [], yAll = []\n\n    for (var i = 0; i < coords[0].length; i++) {\n      xAll.push(coords[0][i][1])\n      yAll.push(coords[0][i][0])\n    }\n\n    xAll = xAll.sort(function (a,b) { return a - b })\n    yAll = yAll.sort(function (a,b) { return a - b })\n\n    return [ [xAll[0], yAll[0]], [xAll[xAll.length - 1], yAll[yAll.length - 1]] ]\n  }\n\n  gju.pointInBoundingBox = function (point, bounds) {\n    return !(point.coordinates[1] < bounds[0][0] || point.coordinates[1] > bounds[1][0] || point.coordinates[0] < bounds[0][1] || point.coordinates[0] > bounds[1][1]) \n  }\n\n  // Point in Polygon\n  // http://www.ecse.rpi.edu/Homepages/wrf/Research/Short_Notes/pnpoly.html#Listing the Vertices\n\n  function pnpoly (x,y,coords) {\n    var vert = [ [0,0] ]\n\n    for (var i = 0; i < coords.length; i++) {\n      for (var j = 0; j < coords[i].length; j++) {\n        vert.push(coords[i][j])\n      }\n\t  vert.push(coords[i][0])\n      vert.push([0,0])\n    }\n\n    var inside = false\n    for (var i = 0, j = vert.length - 1; i < vert.length; j = i++) {\n      if (((vert[i][0] > y) != (vert[j][0] > y)) && (x < (vert[j][1] - vert[i][1]) * (y - vert[i][0]) / (vert[j][0] - vert[i][0]) + vert[i][1])) inside = !inside\n    }\n\n    return inside\n  }\n\n  gju.pointInPolygon = function (p, poly) {\n    var coords = (poly.type == \"Polygon\") ? [ poly.coordinates ] : poly.coordinates\n\n    var insideBox = false\n    for (var i = 0; i < coords.length; i++) {\n      if (gju.pointInBoundingBox(p, boundingBoxAroundPolyCoords(coords[i]))) insideBox = true\n    }\n    if (!insideBox) return false\n\n    var insidePoly = false\n    for (var i = 0; i < coords.length; i++) {\n      if (pnpoly(p.coordinates[1], p.coordinates[0], coords[i])) insidePoly = true\n    }\n\n    return insidePoly\n  }\n\n  // support multi (but not donut) polygons\n  gju.pointInMultiPolygon = function (p, poly) {\n    var coords_array = (poly.type == \"MultiPolygon\") ? [ poly.coordinates ] : poly.coordinates\n\n    var insideBox = false\n    var insidePoly = false\n    for (var i = 0; i < coords_array.length; i++){\n      var coords = coords_array[i];\n      for (var j = 0; j < coords.length; j++) {\n        if (!insideBox){\n          if (gju.pointInBoundingBox(p, boundingBoxAroundPolyCoords(coords[j]))) {\n            insideBox = true\n          }\n        }\n      }\n      if (!insideBox) return false\n      for (var j = 0; j < coords.length; j++) {\n        if (!insidePoly){\n          if (pnpoly(p.coordinates[1], p.coordinates[0], coords[j])) {\n            insidePoly = true\n          }\n        }\n      }\n    }\n\n    return insidePoly\n  }\n\n  gju.numberToRadius = function (number) {\n    return number * Math.PI / 180;\n  }\n\n  gju.numberToDegree = function (number) {\n    return number * 180 / Math.PI;\n  }\n\n  // written with help from @tautologe\n  gju.drawCircle = function (radiusInMeters, centerPoint, steps) {\n    var center = [centerPoint.coordinates[1], centerPoint.coordinates[0]],\n      dist = (radiusInMeters / 1000) / 6371,\n      // convert meters to radiant\n      radCenter = [gju.numberToRadius(center[0]), gju.numberToRadius(center[1])],\n      steps = steps || 15,\n      // 15 sided circle\n      poly = [[center[0], center[1]]];\n    for (var i = 0; i < steps; i++) {\n      var brng = 2 * Math.PI * i / steps;\n      var lat = Math.asin(Math.sin(radCenter[0]) * Math.cos(dist)\n              + Math.cos(radCenter[0]) * Math.sin(dist) * Math.cos(brng));\n      var lng = radCenter[1] + Math.atan2(Math.sin(brng) * Math.sin(dist) * Math.cos(radCenter[0]),\n                                          Math.cos(dist) - Math.sin(radCenter[0]) * Math.sin(lat));\n      poly[i] = [];\n      poly[i][1] = gju.numberToDegree(lat);\n      poly[i][0] = gju.numberToDegree(lng);\n    }\n    return {\n      \"type\": \"Polygon\",\n      \"coordinates\": [poly]\n    };\n  }\n\n  // assumes rectangle starts at lower left point\n  gju.rectangleCentroid = function (rectangle) {\n    var bbox = rectangle.coordinates[0];\n    var xmin = bbox[0][0],\n      ymin = bbox[0][1],\n      xmax = bbox[2][0],\n      ymax = bbox[2][1];\n    var xwidth = xmax - xmin;\n    var ywidth = ymax - ymin;\n    return {\n      'type': 'Point',\n      'coordinates': [xmin + xwidth / 2, ymin + ywidth / 2]\n    };\n  }\n\n  // from http://www.movable-type.co.uk/scripts/latlong.html\n  gju.pointDistance = function (pt1, pt2) {\n    var lon1 = pt1.coordinates[0],\n      lat1 = pt1.coordinates[1],\n      lon2 = pt2.coordinates[0],\n      lat2 = pt2.coordinates[1],\n      dLat = gju.numberToRadius(lat2 - lat1),\n      dLon = gju.numberToRadius(lon2 - lon1),\n      a = Math.pow(Math.sin(dLat / 2), 2) + Math.cos(gju.numberToRadius(lat1))\n        * Math.cos(gju.numberToRadius(lat2)) * Math.pow(Math.sin(dLon / 2), 2),\n      c = 2 * Math.atan2(Math.sqrt(a), Math.sqrt(1 - a));\n    return (6371 * c) * 1000; // returns meters\n  },\n\n  // checks if geometry lies entirely within a circle\n  // works with Point, LineString, Polygon\n  gju.geometryWithinRadius = function (geometry, center, radius) {\n    if (geometry.type == 'Point') {\n      return gju.pointDistance(geometry, center) <= radius;\n    } else if (geometry.type == 'LineString' || geometry.type == 'Polygon') {\n      var point = {};\n      var coordinates;\n      if (geometry.type == 'Polygon') {\n        // it's enough to check the exterior ring of the Polygon\n        coordinates = geometry.coordinates[0];\n      } else {\n        coordinates = geometry.coordinates;\n      }\n      for (var i in coordinates) {\n        point.coordinates = coordinates[i];\n        if (gju.pointDistance(point, center) > radius) {\n          return false;\n        }\n      }\n    }\n    return true;\n  }\n\n  // adapted from http://paulbourke.net/geometry/polyarea/javascript.txt\n  gju.area = function (polygon) {\n    var area = 0;\n    // TODO: polygon holes at coordinates[1]\n    var points = polygon.coordinates[0];\n    var j = points.length - 1;\n    var p1, p2;\n\n    for (var i = 0; i < points.length; j = i++) {\n      var p1 = {\n        x: points[i][1],\n        y: points[i][0]\n      };\n      var p2 = {\n        x: points[j][1],\n        y: points[j][0]\n      };\n      area += p1.x * p2.y;\n      area -= p1.y * p2.x;\n    }\n\n    area /= 2;\n    return area;\n  },\n\n  // adapted from http://paulbourke.net/geometry/polyarea/javascript.txt\n  gju.centroid = function (polygon) {\n    var f, x = 0,\n      y = 0;\n    // TODO: polygon holes at coordinates[1]\n    var points = polygon.coordinates[0];\n    var j = points.length - 1;\n    var p1, p2;\n\n    for (var i = 0; i < points.length; j = i++) {\n      var p1 = {\n        x: points[i][1],\n        y: points[i][0]\n      };\n      var p2 = {\n        x: points[j][1],\n        y: points[j][0]\n      };\n      f = p1.x * p2.y - p2.x * p1.y;\n      x += (p1.x + p2.x) * f;\n      y += (p1.y + p2.y) * f;\n    }\n\n    f = gju.area(polygon) * 6;\n    return {\n      'type': 'Point',\n      'coordinates': [y / f, x / f]\n    };\n  },\n\n  gju.simplify = function (source, kink) { /* source[] array of geojson points */\n    /* kink\tin metres, kinks above this depth kept  */\n    /* kink depth is the height of the triangle abc where a-b and b-c are two consecutive line segments */\n    kink = kink || 20;\n    source = source.map(function (o) {\n      return {\n        lng: o.coordinates[0],\n        lat: o.coordinates[1]\n      }\n    });\n\n    var n_source, n_stack, n_dest, start, end, i, sig;\n    var dev_sqr, max_dev_sqr, band_sqr;\n    var x12, y12, d12, x13, y13, d13, x23, y23, d23;\n    var F = (Math.PI / 180.0) * 0.5;\n    var index = new Array(); /* aray of indexes of source points to include in the reduced line */\n    var sig_start = new Array(); /* indices of start & end of working section */\n    var sig_end = new Array();\n\n    /* check for simple cases */\n\n    if (source.length < 3) return (source); /* one or two points */\n\n    /* more complex case. initialize stack */\n\n    n_source = source.length;\n    band_sqr = kink * 360.0 / (2.0 * Math.PI * 6378137.0); /* Now in degrees */\n    band_sqr *= band_sqr;\n    n_dest = 0;\n    sig_start[0] = 0;\n    sig_end[0] = n_source - 1;\n    n_stack = 1;\n\n    /* while the stack is not empty  ... */\n    while (n_stack > 0) {\n\n      /* ... pop the top-most entries off the stacks */\n\n      start = sig_start[n_stack - 1];\n      end = sig_end[n_stack - 1];\n      n_stack--;\n\n      if ((end - start) > 1) { /* any intermediate points ? */\n\n        /* ... yes, so find most deviant intermediate point to\n        either side of line joining start & end points */\n\n        x12 = (source[end].lng() - source[start].lng());\n        y12 = (source[end].lat() - source[start].lat());\n        if (Math.abs(x12) > 180.0) x12 = 360.0 - Math.abs(x12);\n        x12 *= Math.cos(F * (source[end].lat() + source[start].lat())); /* use avg lat to reduce lng */\n        d12 = (x12 * x12) + (y12 * y12);\n\n        for (i = start + 1, sig = start, max_dev_sqr = -1.0; i < end; i++) {\n\n          x13 = source[i].lng() - source[start].lng();\n          y13 = source[i].lat() - source[start].lat();\n          if (Math.abs(x13) > 180.0) x13 = 360.0 - Math.abs(x13);\n          x13 *= Math.cos(F * (source[i].lat() + source[start].lat()));\n          d13 = (x13 * x13) + (y13 * y13);\n\n          x23 = source[i].lng() - source[end].lng();\n          y23 = source[i].lat() - source[end].lat();\n          if (Math.abs(x23) > 180.0) x23 = 360.0 - Math.abs(x23);\n          x23 *= Math.cos(F * (source[i].lat() + source[end].lat()));\n          d23 = (x23 * x23) + (y23 * y23);\n\n          if (d13 >= (d12 + d23)) dev_sqr = d23;\n          else if (d23 >= (d12 + d13)) dev_sqr = d13;\n          else dev_sqr = (x13 * y12 - y13 * x12) * (x13 * y12 - y13 * x12) / d12; // solve triangle\n          if (dev_sqr > max_dev_sqr) {\n            sig = i;\n            max_dev_sqr = dev_sqr;\n          }\n        }\n\n        if (max_dev_sqr < band_sqr) { /* is there a sig. intermediate point ? */\n          /* ... no, so transfer current start point */\n          index[n_dest] = start;\n          n_dest++;\n        } else { /* ... yes, so push two sub-sections on stack for further processing */\n          n_stack++;\n          sig_start[n_stack - 1] = sig;\n          sig_end[n_stack - 1] = end;\n          n_stack++;\n          sig_start[n_stack - 1] = start;\n          sig_end[n_stack - 1] = sig;\n        }\n      } else { /* ... no intermediate points, so transfer current start point */\n        index[n_dest] = start;\n        n_dest++;\n      }\n    }\n\n    /* transfer last point */\n    index[n_dest] = n_source - 1;\n    n_dest++;\n\n    /* make return array */\n    var r = new Array();\n    for (var i = 0; i < n_dest; i++)\n      r.push(source[index[i]]);\n\n    return r.map(function (o) {\n      return {\n        type: \"Point\",\n        coordinates: [o.lng, o.lat]\n      }\n    });\n  }\n\n  // http://www.movable-type.co.uk/scripts/latlong.html#destPoint\n  gju.destinationPoint = function (pt, brng, dist) {\n    dist = dist/6371;  // convert dist to angular distance in radians\n    brng = gju.numberToRadius(brng);\n\n    var lon1 = gju.numberToRadius(pt.coordinates[0]);\n    var lat1 = gju.numberToRadius(pt.coordinates[1]);\n\n    var lat2 = Math.asin( Math.sin(lat1)*Math.cos(dist) +\n                          Math.cos(lat1)*Math.sin(dist)*Math.cos(brng) );\n    var lon2 = lon1 + Math.atan2(Math.sin(brng)*Math.sin(dist)*Math.cos(lat1),\n                                 Math.cos(dist)-Math.sin(lat1)*Math.sin(lat2));\n    lon2 = (lon2+3*Math.PI) % (2*Math.PI) - Math.PI;  // normalise to -180..+180º\n\n    return {\n      'type': 'Point',\n      'coordinates': [gju.numberToDegree(lon2), gju.numberToDegree(lat2)]\n    };\n  };\n\n})();\n","var render = function () {var _vm=this;var _h=_vm.$createElement;var _c=_vm._self._c||_h;return _c('LabelAndMessage',{attrs:{\"id\":_vm.id,\"label\":_vm.label,\"description\":_vm.combinedDescription}},[_c('span',{staticClass:\"bs-checkbox\",class:{inline: _vm.inline, 'has-error': _vm.dirty && _vm.required && !_vm.checked, 'has-success': _vm.dirty && _vm.required && _vm.checked}},[(!_vm.inline)?_c('div',{staticClass:\"checkbox\"},[_c('label',[_c('input',{directives:[{name:\"model\",rawName:\"v-model\",value:(_vm.checked),expression:\"checked\"}],ref:\"checkbox\",attrs:{\"type\":\"checkbox\",\"disabled\":_vm.disabled},domProps:{\"checked\":Array.isArray(_vm.checked)?_vm._i(_vm.checked,null)>-1:(_vm.checked)},on:{\"change\":function($event){var $$a=_vm.checked,$$el=$event.target,$$c=$$el.checked?(true):(false);if(Array.isArray($$a)){var $$v=null,$$i=_vm._i($$a,$$v);if($$el.checked){$$i<0&&(_vm.checked=$$a.concat([$$v]))}else{$$i>-1&&(_vm.checked=$$a.slice(0,$$i).concat($$a.slice($$i+1)))}}else{_vm.checked=$$c}}}}),_vm._t(\"default\")],2)]):_c('label',{staticClass:\"checkbox-inline\"},[_c('input',{directives:[{name:\"model\",rawName:\"v-model\",value:(_vm.checked),expression:\"checked\"}],ref:\"checkbox\",attrs:{\"type\":\"checkbox\",\"disabled\":_vm.disabled},domProps:{\"checked\":Array.isArray(_vm.checked)?_vm._i(_vm.checked,null)>-1:(_vm.checked)},on:{\"change\":function($event){var $$a=_vm.checked,$$el=$event.target,$$c=$$el.checked?(true):(false);if(Array.isArray($$a)){var $$v=null,$$i=_vm._i($$a,$$v);if($$el.checked){$$i<0&&(_vm.checked=$$a.concat([$$v]))}else{$$i>-1&&(_vm.checked=$$a.slice(0,$$i).concat($$a.slice($$i+1)))}}else{_vm.checked=$$c}}}}),_vm._t(\"default\")],2)]),_vm._t(\"label\",null,{\"slot\":\"label\"}),(_vm.$slots.description)?_vm._t(\"description\",null,{\"slot\":\"description\"}):_vm._e()],2)}\nvar staticRenderFns = []\n\nexport { render, staticRenderFns }","<template lang=\"html\">\r\n  <LabelAndMessage :id=\"id\" :label=\"label\" :description=\"combinedDescription\">\r\n    <span class=\"bs-checkbox\" :class=\"{inline, 'has-error': dirty && required && !checked, 'has-success': dirty && required && checked}\">\r\n      <div v-if=\"!inline\" class=\"checkbox\">\r\n        <label>\r\n          <input\r\n            ref=\"checkbox\" v-model=\"checked\"\r\n            type=\"checkbox\"\r\n            :disabled=\"disabled\"\r\n          >\r\n          <slot />\r\n        </label>\r\n      </div>\r\n      <label v-else class=\"checkbox-inline\">\r\n        <input\r\n          ref=\"checkbox\" v-model=\"checked\"\r\n          type=\"checkbox\"\r\n          :disabled=\"disabled\"\r\n        >\r\n        <slot />\r\n      </label>\r\n    </span>\r\n    <slot slot=\"label\" name=\"label\" />\r\n    <slot v-if=\"$slots.description\" slot=\"description\" name=\"description\" />\r\n  </LabelAndMessage>\r\n</template>\r\n\r\n<script>\r\nimport {isEqual} from 'lodash'\r\nimport LabelAndMessage from '@components/forms/input-base/LabelAndMessage'\r\n\r\nlet counter = 0\r\n\r\nexport default {\r\n  components: {\r\n    LabelAndMessage\r\n  },\r\n  model: {\r\n    prop: 'state',\r\n    event: 'input'\r\n  },\r\n  props: {\r\n    value: {},\r\n    state: {},\r\n    inline: Boolean,\r\n    tristate: Boolean,\r\n    disabled: Boolean,\r\n    required: Boolean,\r\n    label: String,\r\n    description: String\r\n  },\r\n  data () {\r\n    return {\r\n      dirty: false,\r\n      id: `bs-checkbox-${counter++}`\r\n    }\r\n  },\r\n  computed: {\r\n    checked: {\r\n      get () {\r\n        return this.state instanceof Array ? this.state.some(x => isEqual(x, this.value)) : this.state !== false\r\n      },\r\n      set (value) {\r\n        this.dirty = true\r\n        if (this.tristate && !value && this.state !== null) {\r\n          value = null\r\n        }\r\n        if (this.tristate && value && this.state === null) {\r\n          value = false\r\n        }\r\n        this.$forceUpdate()\r\n\r\n        if (this.state !== undefined && this.value && !this.tristate) {\r\n          const options = this.state.filter(x => !isEqual(x, this.value))\r\n          if (value) {\r\n            options.push(this.value)\r\n          }\r\n          this.$emit('input', options)\r\n        } else {\r\n          this.$emit('input', value)\r\n        }\r\n      }\r\n    },\r\n    combinedDescription () {\r\n      return [this.description].filter(x => x)\r\n    }\r\n  },\r\n  methods: {\r\n    reset () {\r\n      this.$refs.checkbox.indeterminate = this.state === null\r\n    }\r\n  },\r\n  watch: {\r\n    state () {\r\n      this.reset()\r\n    },\r\n    value () {\r\n      this.reset()\r\n    }\r\n  },\r\n  mounted () {\r\n    this.reset()\r\n  }\r\n}\r\n</script>\r\n\r\n<style lang=\"scss\" scoped>\r\n.bs-checkbox.inline {\r\n  margin-right: 0.5em;\r\n}\r\n.compact {\r\n  margin-top: 3px;\r\n  margin-bottom: 3px;\r\n}\r\ninput {\r\n  cursor: pointer;\r\n}\r\n</style>\r\n","import mod from \"-!../../../../../node_modules/cache-loader/dist/cjs.js??ref--12-0!../../../../../node_modules/thread-loader/dist/cjs.js!../../../../../node_modules/babel-loader/lib/index.js!../../../../../node_modules/cache-loader/dist/cjs.js??ref--0-0!../../../../../node_modules/vue-loader/lib/index.js??vue-loader-options!./BsCheckbox.vue?vue&type=script&lang=js&\"; export default mod; export * from \"-!../../../../../node_modules/cache-loader/dist/cjs.js??ref--12-0!../../../../../node_modules/thread-loader/dist/cjs.js!../../../../../node_modules/babel-loader/lib/index.js!../../../../../node_modules/cache-loader/dist/cjs.js??ref--0-0!../../../../../node_modules/vue-loader/lib/index.js??vue-loader-options!./BsCheckbox.vue?vue&type=script&lang=js&\"","import { render, staticRenderFns } from \"./BsCheckbox.vue?vue&type=template&id=ca14c080&scoped=true&lang=html&\"\nimport script from \"./BsCheckbox.vue?vue&type=script&lang=js&\"\nexport * from \"./BsCheckbox.vue?vue&type=script&lang=js&\"\nimport style0 from \"./BsCheckbox.vue?vue&type=style&index=0&id=ca14c080&lang=scss&scoped=true&\"\n\n\n/* normalize component */\nimport normalizer from \"!../../../../../node_modules/vue-loader/lib/runtime/componentNormalizer.js\"\nvar component = normalizer(\n  script,\n  render,\n  staticRenderFns,\n  false,\n  null,\n  \"ca14c080\",\n  null\n  \n)\n\nexport default component.exports","/**\n * Callback for coordEach\n *\n * @private\n * @callback coordEachCallback\n * @param {[number, number]} currentCoords The current coordinates being processed.\n * @param {number} currentIndex The index of the current element being processed in the\n * array.Starts at index 0, if an initialValue is provided, and at index 1 otherwise.\n */\n\n/**\n * Iterate over coordinates in any GeoJSON object, similar to Array.forEach()\n *\n * @name coordEach\n * @param {Object} layer any GeoJSON object\n * @param {Function} callback a method that takes (currentCoords, currentIndex)\n * @param {boolean} [excludeWrapCoord=false] whether or not to include\n * the final coordinate of LinearRings that wraps the ring in its iteration.\n * @example\n * var features = {\n *   \"type\": \"FeatureCollection\",\n *   \"features\": [\n *     {\n *       \"type\": \"Feature\",\n *       \"properties\": {},\n *       \"geometry\": {\n *         \"type\": \"Point\",\n *         \"coordinates\": [26, 37]\n *       }\n *     },\n *     {\n *       \"type\": \"Feature\",\n *       \"properties\": {},\n *       \"geometry\": {\n *         \"type\": \"Point\",\n *         \"coordinates\": [36, 53]\n *       }\n *     }\n *   ]\n * };\n * turf.coordEach(features, function (currentCoords, currentIndex) {\n *   //=currentCoords\n *   //=currentIndex\n * });\n */\nfunction coordEach(layer, callback, excludeWrapCoord) {\n    var i, j, k, g, l, geometry, stopG, coords,\n        geometryMaybeCollection,\n        wrapShrink = 0,\n        currentIndex = 0,\n        isGeometryCollection,\n        isFeatureCollection = layer.type === 'FeatureCollection',\n        isFeature = layer.type === 'Feature',\n        stop = isFeatureCollection ? layer.features.length : 1;\n\n  // This logic may look a little weird. The reason why it is that way\n  // is because it's trying to be fast. GeoJSON supports multiple kinds\n  // of objects at its root: FeatureCollection, Features, Geometries.\n  // This function has the responsibility of handling all of them, and that\n  // means that some of the `for` loops you see below actually just don't apply\n  // to certain inputs. For instance, if you give this just a\n  // Point geometry, then both loops are short-circuited and all we do\n  // is gradually rename the input until it's called 'geometry'.\n  //\n  // This also aims to allocate as few resources as possible: just a\n  // few numbers and booleans, rather than any temporary arrays as would\n  // be required with the normalization approach.\n    for (i = 0; i < stop; i++) {\n\n        geometryMaybeCollection = (isFeatureCollection ? layer.features[i].geometry :\n        (isFeature ? layer.geometry : layer));\n        isGeometryCollection = geometryMaybeCollection.type === 'GeometryCollection';\n        stopG = isGeometryCollection ? geometryMaybeCollection.geometries.length : 1;\n\n        for (g = 0; g < stopG; g++) {\n            geometry = isGeometryCollection ?\n            geometryMaybeCollection.geometries[g] : geometryMaybeCollection;\n            coords = geometry.coordinates;\n\n            wrapShrink = (excludeWrapCoord &&\n                (geometry.type === 'Polygon' || geometry.type === 'MultiPolygon')) ?\n                1 : 0;\n\n            if (geometry.type === 'Point') {\n                callback(coords, currentIndex);\n                currentIndex++;\n            } else if (geometry.type === 'LineString' || geometry.type === 'MultiPoint') {\n                for (j = 0; j < coords.length; j++) {\n                    callback(coords[j], currentIndex);\n                    currentIndex++;\n                }\n            } else if (geometry.type === 'Polygon' || geometry.type === 'MultiLineString') {\n                for (j = 0; j < coords.length; j++)\n                    for (k = 0; k < coords[j].length - wrapShrink; k++) {\n                        callback(coords[j][k], currentIndex);\n                        currentIndex++;\n                    }\n            } else if (geometry.type === 'MultiPolygon') {\n                for (j = 0; j < coords.length; j++)\n                    for (k = 0; k < coords[j].length; k++)\n                        for (l = 0; l < coords[j][k].length - wrapShrink; l++) {\n                            callback(coords[j][k][l], currentIndex);\n                            currentIndex++;\n                        }\n            } else if (geometry.type === 'GeometryCollection') {\n                for (j = 0; j < geometry.geometries.length; j++)\n                    coordEach(geometry.geometries[j], callback, excludeWrapCoord);\n            } else {\n                throw new Error('Unknown Geometry Type');\n            }\n        }\n    }\n}\nmodule.exports.coordEach = coordEach;\n\n/**\n * Callback for coordReduce\n *\n * The first time the callback function is called, the values provided as arguments depend\n * on whether the reduce method has an initialValue argument.\n *\n * If an initialValue is provided to the reduce method:\n *  - The previousValue argument is initialValue.\n *  - The currentValue argument is the value of the first element present in the array.\n *\n * If an initialValue is not provided:\n *  - The previousValue argument is the value of the first element present in the array.\n *  - The currentValue argument is the value of the second element present in the array.\n *\n * @private\n * @callback coordReduceCallback\n * @param {*} previousValue The accumulated value previously returned in the last invocation\n * of the callback, or initialValue, if supplied.\n * @param {[number, number]} currentCoords The current coordinate being processed.\n * @param {number} currentIndex The index of the current element being processed in the\n * array.Starts at index 0, if an initialValue is provided, and at index 1 otherwise.\n */\n\n/**\n * Reduce coordinates in any GeoJSON object, similar to Array.reduce()\n *\n * @name coordReduce\n * @param {Object} layer any GeoJSON object\n * @param {Function} callback a method that takes (previousValue, currentCoords, currentIndex)\n * @param {*} [initialValue] Value to use as the first argument to the first call of the callback.\n * @param {boolean} [excludeWrapCoord=false] whether or not to include\n * the final coordinate of LinearRings that wraps the ring in its iteration.\n * @returns {*} The value that results from the reduction.\n * @example\n * var features = {\n *   \"type\": \"FeatureCollection\",\n *   \"features\": [\n *     {\n *       \"type\": \"Feature\",\n *       \"properties\": {},\n *       \"geometry\": {\n *         \"type\": \"Point\",\n *         \"coordinates\": [26, 37]\n *       }\n *     },\n *     {\n *       \"type\": \"Feature\",\n *       \"properties\": {},\n *       \"geometry\": {\n *         \"type\": \"Point\",\n *         \"coordinates\": [36, 53]\n *       }\n *     }\n *   ]\n * };\n * turf.coordReduce(features, function (previousValue, currentCoords, currentIndex) {\n *   //=previousValue\n *   //=currentCoords\n *   //=currentIndex\n *   return currentCoords;\n * });\n */\nfunction coordReduce(layer, callback, initialValue, excludeWrapCoord) {\n    var previousValue = initialValue;\n    coordEach(layer, function (currentCoords, currentIndex) {\n        if (currentIndex === 0 && initialValue === undefined) {\n            previousValue = currentCoords;\n        } else {\n            previousValue = callback(previousValue, currentCoords, currentIndex);\n        }\n    }, excludeWrapCoord);\n    return previousValue;\n}\nmodule.exports.coordReduce = coordReduce;\n\n/**\n * Callback for propEach\n *\n * @private\n * @callback propEachCallback\n * @param {*} currentProperties The current properties being processed.\n * @param {number} currentIndex The index of the current element being processed in the\n * array.Starts at index 0, if an initialValue is provided, and at index 1 otherwise.\n */\n\n/**\n * Iterate over properties in any GeoJSON object, similar to Array.forEach()\n *\n * @name propEach\n * @param {Object} layer any GeoJSON object\n * @param {Function} callback a method that takes (currentProperties, currentIndex)\n * @example\n * var features = {\n *   \"type\": \"FeatureCollection\",\n *   \"features\": [\n *     {\n *       \"type\": \"Feature\",\n *       \"properties\": {\"foo\": \"bar\"},\n *       \"geometry\": {\n *         \"type\": \"Point\",\n *         \"coordinates\": [26, 37]\n *       }\n *     },\n *     {\n *       \"type\": \"Feature\",\n *       \"properties\": {\"hello\": \"world\"},\n *       \"geometry\": {\n *         \"type\": \"Point\",\n *         \"coordinates\": [36, 53]\n *       }\n *     }\n *   ]\n * };\n * turf.propEach(features, function (currentProperties, currentIndex) {\n *   //=currentProperties\n *   //=currentIndex\n * });\n */\nfunction propEach(layer, callback) {\n    var i;\n    switch (layer.type) {\n    case 'FeatureCollection':\n        for (i = 0; i < layer.features.length; i++) {\n            callback(layer.features[i].properties, i);\n        }\n        break;\n    case 'Feature':\n        callback(layer.properties, 0);\n        break;\n    }\n}\nmodule.exports.propEach = propEach;\n\n\n/**\n * Callback for propReduce\n *\n * The first time the callback function is called, the values provided as arguments depend\n * on whether the reduce method has an initialValue argument.\n *\n * If an initialValue is provided to the reduce method:\n *  - The previousValue argument is initialValue.\n *  - The currentValue argument is the value of the first element present in the array.\n *\n * If an initialValue is not provided:\n *  - The previousValue argument is the value of the first element present in the array.\n *  - The currentValue argument is the value of the second element present in the array.\n *\n * @private\n * @callback propReduceCallback\n * @param {*} previousValue The accumulated value previously returned in the last invocation\n * of the callback, or initialValue, if supplied.\n * @param {*} currentProperties The current properties being processed.\n * @param {number} currentIndex The index of the current element being processed in the\n * array.Starts at index 0, if an initialValue is provided, and at index 1 otherwise.\n */\n\n/**\n * Reduce properties in any GeoJSON object into a single value,\n * similar to how Array.reduce works. However, in this case we lazily run\n * the reduction, so an array of all properties is unnecessary.\n *\n * @name propReduce\n * @param {Object} layer any GeoJSON object\n * @param {Function} callback a method that takes (previousValue, currentProperties, currentIndex)\n * @param {*} [initialValue] Value to use as the first argument to the first call of the callback.\n * @returns {*} The value that results from the reduction.\n * @example\n * var features = {\n *   \"type\": \"FeatureCollection\",\n *   \"features\": [\n *     {\n *       \"type\": \"Feature\",\n *       \"properties\": {\"foo\": \"bar\"},\n *       \"geometry\": {\n *         \"type\": \"Point\",\n *         \"coordinates\": [26, 37]\n *       }\n *     },\n *     {\n *       \"type\": \"Feature\",\n *       \"properties\": {\"hello\": \"world\"},\n *       \"geometry\": {\n *         \"type\": \"Point\",\n *         \"coordinates\": [36, 53]\n *       }\n *     }\n *   ]\n * };\n * turf.propReduce(features, function (previousValue, currentProperties, currentIndex) {\n *   //=previousValue\n *   //=currentProperties\n *   //=currentIndex\n *   return currentProperties\n * });\n */\nfunction propReduce(layer, callback, initialValue) {\n    var previousValue = initialValue;\n    propEach(layer, function (currentProperties, currentIndex) {\n        if (currentIndex === 0 && initialValue === undefined) {\n            previousValue = currentProperties;\n        } else {\n            previousValue = callback(previousValue, currentProperties, currentIndex);\n        }\n    });\n    return previousValue;\n}\nmodule.exports.propReduce = propReduce;\n\n/**\n * Callback for featureEach\n *\n * @private\n * @callback featureEachCallback\n * @param {Feature<any>} currentFeature The current feature being processed.\n * @param {number} currentIndex The index of the current element being processed in the\n * array.Starts at index 0, if an initialValue is provided, and at index 1 otherwise.\n */\n\n/**\n * Iterate over features in any GeoJSON object, similar to\n * Array.forEach.\n *\n * @name featureEach\n * @param {Object} layer any GeoJSON object\n * @param {Function} callback a method that takes (currentFeature, currentIndex)\n * @example\n * var features = {\n *   \"type\": \"FeatureCollection\",\n *   \"features\": [\n *     {\n *       \"type\": \"Feature\",\n *       \"properties\": {},\n *       \"geometry\": {\n *         \"type\": \"Point\",\n *         \"coordinates\": [26, 37]\n *       }\n *     },\n *     {\n *       \"type\": \"Feature\",\n *       \"properties\": {},\n *       \"geometry\": {\n *         \"type\": \"Point\",\n *         \"coordinates\": [36, 53]\n *       }\n *     }\n *   ]\n * };\n * turf.featureEach(features, function (currentFeature, currentIndex) {\n *   //=currentFeature\n *   //=currentIndex\n * });\n */\nfunction featureEach(layer, callback) {\n    if (layer.type === 'Feature') {\n        callback(layer, 0);\n    } else if (layer.type === 'FeatureCollection') {\n        for (var i = 0; i < layer.features.length; i++) {\n            callback(layer.features[i], i);\n        }\n    }\n}\nmodule.exports.featureEach = featureEach;\n\n/**\n * Callback for featureReduce\n *\n * The first time the callback function is called, the values provided as arguments depend\n * on whether the reduce method has an initialValue argument.\n *\n * If an initialValue is provided to the reduce method:\n *  - The previousValue argument is initialValue.\n *  - The currentValue argument is the value of the first element present in the array.\n *\n * If an initialValue is not provided:\n *  - The previousValue argument is the value of the first element present in the array.\n *  - The currentValue argument is the value of the second element present in the array.\n *\n * @private\n * @callback featureReduceCallback\n * @param {*} previousValue The accumulated value previously returned in the last invocation\n * of the callback, or initialValue, if supplied.\n * @param {Feature<any>} currentFeature The current Feature being processed.\n * @param {number} currentIndex The index of the current element being processed in the\n * array.Starts at index 0, if an initialValue is provided, and at index 1 otherwise.\n */\n\n/**\n * Reduce features in any GeoJSON object, similar to Array.reduce().\n *\n * @name featureReduce\n * @param {Object} layer any GeoJSON object\n * @param {Function} callback a method that takes (previousValue, currentFeature, currentIndex)\n * @param {*} [initialValue] Value to use as the first argument to the first call of the callback.\n * @returns {*} The value that results from the reduction.\n * @example\n * var features = {\n *   \"type\": \"FeatureCollection\",\n *   \"features\": [\n *     {\n *       \"type\": \"Feature\",\n *       \"properties\": {\"foo\": \"bar\"},\n *       \"geometry\": {\n *         \"type\": \"Point\",\n *         \"coordinates\": [26, 37]\n *       }\n *     },\n *     {\n *       \"type\": \"Feature\",\n *       \"properties\": {\"hello\": \"world\"},\n *       \"geometry\": {\n *         \"type\": \"Point\",\n *         \"coordinates\": [36, 53]\n *       }\n *     }\n *   ]\n * };\n * turf.featureReduce(features, function (previousValue, currentFeature, currentIndex) {\n *   //=previousValue\n *   //=currentFeature\n *   //=currentIndex\n *   return currentFeature\n * });\n */\nfunction featureReduce(layer, callback, initialValue) {\n    var previousValue = initialValue;\n    featureEach(layer, function (currentFeature, currentIndex) {\n        if (currentIndex === 0 && initialValue === undefined) {\n            previousValue = currentFeature;\n        } else {\n            previousValue = callback(previousValue, currentFeature, currentIndex);\n        }\n    });\n    return previousValue;\n}\nmodule.exports.featureReduce = featureReduce;\n\n/**\n * Get all coordinates from any GeoJSON object.\n *\n * @name coordAll\n * @param {Object} layer any GeoJSON object\n * @returns {Array<Array<number>>} coordinate position array\n * @example\n * var features = {\n *   \"type\": \"FeatureCollection\",\n *   \"features\": [\n *     {\n *       \"type\": \"Feature\",\n *       \"properties\": {},\n *       \"geometry\": {\n *         \"type\": \"Point\",\n *         \"coordinates\": [26, 37]\n *       }\n *     },\n *     {\n *       \"type\": \"Feature\",\n *       \"properties\": {},\n *       \"geometry\": {\n *         \"type\": \"Point\",\n *         \"coordinates\": [36, 53]\n *       }\n *     }\n *   ]\n * };\n * var coords = turf.coordAll(features);\n * //=coords\n */\nfunction coordAll(layer) {\n    var coords = [];\n    coordEach(layer, function (coord) {\n        coords.push(coord);\n    });\n    return coords;\n}\nmodule.exports.coordAll = coordAll;\n\n/**\n * Iterate over each geometry in any GeoJSON object, similar to Array.forEach()\n *\n * @name geomEach\n * @param {Object} layer any GeoJSON object\n * @param {Function} callback a method that takes (currentGeometry, currentIndex)\n * @example\n * var features = {\n *   \"type\": \"FeatureCollection\",\n *   \"features\": [\n *     {\n *       \"type\": \"Feature\",\n *       \"properties\": {},\n *       \"geometry\": {\n *         \"type\": \"Point\",\n *         \"coordinates\": [26, 37]\n *       }\n *     },\n *     {\n *       \"type\": \"Feature\",\n *       \"properties\": {},\n *       \"geometry\": {\n *         \"type\": \"Point\",\n *         \"coordinates\": [36, 53]\n *       }\n *     }\n *   ]\n * };\n * turf.geomEach(features, function (currentGeometry, currentIndex) {\n *   //=currentGeometry\n *   //=currentIndex\n * });\n */\nfunction geomEach(layer, callback) {\n    var i, j, g, geometry, stopG,\n        geometryMaybeCollection,\n        isGeometryCollection,\n        currentIndex = 0,\n        isFeatureCollection = layer.type === 'FeatureCollection',\n        isFeature = layer.type === 'Feature',\n        stop = isFeatureCollection ? layer.features.length : 1;\n\n  // This logic may look a little weird. The reason why it is that way\n  // is because it's trying to be fast. GeoJSON supports multiple kinds\n  // of objects at its root: FeatureCollection, Features, Geometries.\n  // This function has the responsibility of handling all of them, and that\n  // means that some of the `for` loops you see below actually just don't apply\n  // to certain inputs. For instance, if you give this just a\n  // Point geometry, then both loops are short-circuited and all we do\n  // is gradually rename the input until it's called 'geometry'.\n  //\n  // This also aims to allocate as few resources as possible: just a\n  // few numbers and booleans, rather than any temporary arrays as would\n  // be required with the normalization approach.\n    for (i = 0; i < stop; i++) {\n\n        geometryMaybeCollection = (isFeatureCollection ? layer.features[i].geometry :\n        (isFeature ? layer.geometry : layer));\n        isGeometryCollection = geometryMaybeCollection.type === 'GeometryCollection';\n        stopG = isGeometryCollection ? geometryMaybeCollection.geometries.length : 1;\n\n        for (g = 0; g < stopG; g++) {\n            geometry = isGeometryCollection ?\n            geometryMaybeCollection.geometries[g] : geometryMaybeCollection;\n\n            if (geometry.type === 'Point' ||\n                geometry.type === 'LineString' ||\n                geometry.type === 'MultiPoint' ||\n                geometry.type === 'Polygon' ||\n                geometry.type === 'MultiLineString' ||\n                geometry.type === 'MultiPolygon') {\n                callback(geometry, currentIndex);\n                currentIndex++;\n            } else if (geometry.type === 'GeometryCollection') {\n                for (j = 0; j < geometry.geometries.length; j++) {\n                    callback(geometry.geometries[j], currentIndex);\n                    currentIndex++;\n                }\n            } else {\n                throw new Error('Unknown Geometry Type');\n            }\n        }\n    }\n}\nmodule.exports.geomEach = geomEach;\n\n/**\n * Callback for geomReduce\n *\n * The first time the callback function is called, the values provided as arguments depend\n * on whether the reduce method has an initialValue argument.\n *\n * If an initialValue is provided to the reduce method:\n *  - The previousValue argument is initialValue.\n *  - The currentValue argument is the value of the first element present in the array.\n *\n * If an initialValue is not provided:\n *  - The previousValue argument is the value of the first element present in the array.\n *  - The currentValue argument is the value of the second element present in the array.\n *\n * @private\n * @callback geomReduceCallback\n * @param {*} previousValue The accumulated value previously returned in the last invocation\n * of the callback, or initialValue, if supplied.\n * @param {*} currentGeometry The current Feature being processed.\n * @param {number} currentIndex The index of the current element being processed in the\n * array.Starts at index 0, if an initialValue is provided, and at index 1 otherwise.\n */\n\n/**\n * Reduce geometry in any GeoJSON object, similar to Array.reduce().\n *\n * @name geomReduce\n * @param {Object} layer any GeoJSON object\n * @param {Function} callback a method that takes (previousValue, currentGeometry, currentIndex)\n * @param {*} [initialValue] Value to use as the first argument to the first call of the callback.\n * @returns {*} The value that results from the reduction.\n * @example\n * var features = {\n *   \"type\": \"FeatureCollection\",\n *   \"features\": [\n *     {\n *       \"type\": \"Feature\",\n *       \"properties\": {\"foo\": \"bar\"},\n *       \"geometry\": {\n *         \"type\": \"Point\",\n *         \"coordinates\": [26, 37]\n *       }\n *     },\n *     {\n *       \"type\": \"Feature\",\n *       \"properties\": {\"hello\": \"world\"},\n *       \"geometry\": {\n *         \"type\": \"Point\",\n *         \"coordinates\": [36, 53]\n *       }\n *     }\n *   ]\n * };\n * turf.geomReduce(features, function (previousValue, currentGeometry, currentIndex) {\n *   //=previousValue\n *   //=currentGeometry\n *   //=currentIndex\n *   return currentGeometry\n * });\n */\nfunction geomReduce(layer, callback, initialValue) {\n    var previousValue = initialValue;\n    geomEach(layer, function (currentGeometry, currentIndex) {\n        if (currentIndex === 0 && initialValue === undefined) {\n            previousValue = currentGeometry;\n        } else {\n            previousValue = callback(previousValue, currentGeometry, currentIndex);\n        }\n    });\n    return previousValue;\n}\nmodule.exports.geomReduce = geomReduce;\n","var meta = require('@turf/meta');\nvar getCoords = require('@turf/invariant').getCoords;\nvar booleanClockwise = require('@turf/boolean-clockwise');\nvar featureCollection = require('@turf/helpers').featureCollection;\nvar geomEach = meta.geomEach;\nvar featureEach = meta.featureEach;\n\n/**\n * Rewind {@link LineString|(Multi)LineString} or {@link Polygon|(Multi)Polygon} outer ring counterclockwise and inner rings clockwise (Uses {@link http://en.wikipedia.org/wiki/Shoelace_formula|Shoelace Formula}).\n *\n * @name rewind\n * @param {FeatureCollection|Geometry|Feature<Polygon|MultiPolygon|LineString|MultiLineString>} geojson input GeoJSON Polygon\n * @param {Boolean} [reverse=false] enable reverse winding\n * @param {boolean} [mutate=false] allows GeoJSON input to be mutated (significant performance increase if true)\n * @returns {FeatureCollection|Geometry|Feature<Polygon|MultiPolygon|LineString|MultiLineString>} rewind Polygon\n * @example\n * var polygon = turf.polygon([[[121, -29], [138, -29], [138, -18], [121, -18], [121, -29]]]);\n *\n * var rewind = turf.rewind(polygon);\n *\n * //addToMap\n * var addToMap = [rewind];\n */\nmodule.exports = function (geojson, reverse, mutate) {\n    // default params\n    reverse = (reverse !== undefined) ? reverse : false;\n    mutate = (mutate !== undefined) ? mutate : false;\n\n    // validation\n    if (!geojson) throw new Error('<geojson> is required');\n    if (typeof reverse !== 'boolean') throw new Error('<reverse> must be a boolean');\n    if (typeof mutate !== 'boolean') throw new Error('<mutate> must be a boolean');\n\n    // prevent input mutation\n    if (mutate === false || mutate === undefined) geojson = JSON.parse(JSON.stringify(geojson));\n\n    // Support Feature Collection or Geometry Collection\n    var results = [];\n    switch (geojson.type) {\n    case 'GeometryCollection':\n        geomEach(geojson, function (geometry) {\n            rewind(geometry, reverse);\n        });\n        return geojson;\n    case 'FeatureCollection':\n        featureEach(geojson, function (feature) {\n            featureEach(rewind(feature, reverse), function (result) {\n                results.push(result);\n            });\n        });\n        return featureCollection(results);\n    }\n    // Support Feature or Geometry Objects\n    return rewind(geojson, reverse);\n};\n\n/**\n * Rewind\n *\n * @private\n * @param {Geometry|Feature<any>} geojson Geometry or Feature\n * @param {Boolean} [reverse=false] enable reverse winding\n * @returns {Geometry|Feature<any>} rewind Geometry or Feature\n */\nfunction rewind(geojson, reverse) {\n    var type = (geojson.type === 'Feature') ? geojson.geometry.type : geojson.type;\n\n    // Support all GeoJSON Geometry Objects\n    switch (type) {\n    case 'GeometryCollection':\n        geomEach(geojson, function (geometry) {\n            rewind(geometry, reverse);\n        });\n        return geojson;\n    case 'LineString':\n        rewindLineString(getCoords(geojson), reverse);\n        return geojson;\n    case 'Polygon':\n        rewindPolygon(getCoords(geojson), reverse);\n        return geojson;\n    case 'MultiLineString':\n        getCoords(geojson).forEach(function (lineCoords) {\n            rewindLineString(lineCoords, reverse);\n        });\n        return geojson;\n    case 'MultiPolygon':\n        getCoords(geojson).forEach(function (lineCoords) {\n            rewindPolygon(lineCoords, reverse);\n        });\n        return geojson;\n    case 'Point':\n    case 'MultiPoint':\n        return geojson;\n    }\n}\n\n/**\n * Rewind LineString - outer ring clockwise\n *\n * @private\n * @param {Array<Array<number>>} coords GeoJSON LineString geometry coordinates\n * @param {Boolean} [reverse=false] enable reverse winding\n * @returns {void} mutates coordinates\n */\nfunction rewindLineString(coords, reverse) {\n    if (booleanClockwise(coords) === reverse) coords.reverse();\n}\n\n/**\n * Rewind Polygon - outer ring counterclockwise and inner rings clockwise.\n *\n * @private\n * @param {Array<Array<Array<number>>>} coords GeoJSON Polygon geometry coordinates\n * @param {Boolean} [reverse=false] enable reverse winding\n * @returns {void} mutates coordinates\n */\nfunction rewindPolygon(coords, reverse) {\n    // outer ring\n    if (booleanClockwise(coords[0]) !== reverse) {\n        coords[0].reverse();\n    }\n    // inner rings\n    for (var i = 1; i < coords.length; i++) {\n        if (booleanClockwise(coords[i]) === reverse) {\n            coords[i].reverse();\n        }\n    }\n}\n","/*!\n* MarchingSquaresJS\n* version 1.3.2\n* https://github.com/RaumZeit/MarchingSquares.js\n*\n* @license GNU Affero General Public License.\n* Copyright (c) 2015-2018 Ronny Lorenz <ronny@tbi.univie.ac.at>\n*/\n\n\n/*\n *  Compute the distance of a value 'v' from 'a' through linear interpolation\n *  between the values of 'a' and 'b'\n *\n *  Note, that we assume that 'a' and 'b' have unit distance (i.e. 1)\n */\nfunction linear(a, b, v) {\n  if (a < b)\n    return (v - a) / (b - a);\n\n  return (a - v) / (a - b);\n}\n\n\n/*\n *  Compute the distance of a pair of values ('v0', 'v1') from 'a' through linear interpolation\n *  between the values of 'a' and 'b'\n *\n *  This function assumes that exactly one value, 'v0' or 'v1', is actually located\n *  between 'a' and 'b', and choses the right one automagically\n *\n *  Note, that we assume that 'a' and 'b' have unit distance (i.e. 1)\n */\nfunction linear_ab(a, b, v0, v1) {\n  var tmp;\n\n  if (v0 > v1) {\n    tmp = v0;\n    v0  = v1;\n    v1  = tmp;\n  }\n\n  if (a < b) {\n    if (a < v0)\n      return (v0 - a) / (b - a);\n    else\n      return (v1 - a) / (b - a);\n  } else if (a > v1) {\n    return (a - v1) / (a - b);\n  }\n\n  return (a - v0) / (a - b);\n}\n\n\n/*\n *  Compute the distance of a pair of values ('v0', 'v1') from 'a' through linear interpolation\n *  between the values of 'a' and 'b'\n *\n *  This function automagically choses the value 'vN' that is closer to 'a'\n *\n *  Note, that we assume that 'a' and 'b' have unit distance (i.e. 1)\n */\nfunction linear_a(a, b, minV, maxV) {\n  if (a < b)\n    return (minV - a) / (b - a);\n\n  return (a - maxV) / (a - b);\n}\n\n\n/*\n *  Compute the distance of a pair of values ('v0', 'v1') from 'a' through linear interpolation\n *  between the values of 'a' and 'b'\n *\n *  This function automagically choses the value 'vN' that is closer to 'b'\n *\n *  Note, that we assume that 'a' and 'b' have unit distance (i.e. 1)\n */\nfunction linear_b(a, b, minV, maxV) {\n  if (a < b)\n    return (maxV - a) / (b - a);\n\n  return (a - minV) / (a - b);\n}\n\nfunction Options() {\n  /* Settings common to all implemented algorithms */\n  this.successCallback  = null;\n  this.verbose          = false;\n  this.polygons         = false;\n  this.polygons_full    = false;\n  this.linearRing       = true;\n  this.noQuadTree       = false;\n}\n\n\n/* Compose settings specific to IsoBands algorithm */\nfunction isoBandOptions(userSettings) {\n  var i,\n    key,\n    val,\n    bandOptions,\n    optionKeys;\n\n  bandOptions   = new Options();\n  userSettings  = userSettings ? userSettings : {};\n  optionKeys    = Object.keys(bandOptions);\n\n  for(i = 0; i < optionKeys.length; i++) {\n    key = optionKeys[i];\n    val = userSettings[key];\n    if ((typeof val !== 'undefined') && (val !== null))\n      bandOptions[key] = val;\n  }\n\n  /* restore compatibility */\n  bandOptions.polygons_full  = !bandOptions.polygons;\n\n  /* add interpolation functions (not yet user customizable) */\n  bandOptions.interpolate   = linear_ab;\n  bandOptions.interpolate_a = linear_a;\n  bandOptions.interpolate_b = linear_b;\n\n  return bandOptions;\n}\n\n\n/* Compose settings specific to IsoLines algorithm */\nfunction isoLineOptions(userSettings) {\n  var i,\n    key,\n    val,\n    lineOptions,\n    optionKeys;\n\n  lineOptions   = new Options();\n  userSettings  = userSettings ? userSettings : {};\n  optionKeys    = Object.keys(lineOptions);\n\n  for(i = 0; i < optionKeys.length; i++) {\n    key = optionKeys[i];\n    val = userSettings[key];\n    if ((typeof val !== 'undefined') && (val !== null))\n      lineOptions[key] = val;\n  }\n\n  /* restore compatibility */\n  lineOptions.polygons_full  = !lineOptions.polygons;\n\n  /* add interpolation functions (not yet user customizable) */\n  lineOptions.interpolate   = linear;\n\n  return lineOptions;\n}\n\nfunction cell2Polygons(cell, x, y, settings) {\n  var polygons = [];\n\n  cell.polygons.forEach(function(p) {\n    p.forEach(function(pp) {\n      pp[0] += x;\n      pp[1] += y;\n    });\n\n    if (settings.linearRing)\n      p.push(p[0]);\n\n    polygons.push(p);\n  });\n\n  return polygons;\n}\n\nfunction entry_coordinate(x, y, mode, path) {\n  if (mode === 0) { /* down */\n    x += 1;\n    y += path[0][1];\n  } else if (mode === 1) { /* left */\n    x += path[0][0];\n  } else if (mode === 2) { /* up */\n    y += path[0][1];\n  } else if (mode === 3) { /* right */\n    x += path[0][0];\n    y += 1;\n  }\n\n  return [ x, y ];\n}\n\n\nfunction skip_coordinate(x, y, mode) {\n  if (mode === 0) { /* down */\n    x++;\n  } else if (mode === 1) ; else if (mode === 2) { /* up */\n    y++;\n  } else if (mode === 3) { /* right */\n    x++;\n    y++;\n  }\n\n  return [ x, y ];\n}\n\n\nfunction requireFrame(data, lowerBound, upperBound) {\n  var frameRequired,\n    cols,\n    rows,\n    i,\n    j;\n\n  frameRequired = true;\n  cols          = data[0].length;\n  rows          = data.length;\n\n  for (j = 0; j < rows; j++) {\n    if ((data[j][0] < lowerBound) ||\n        (data[j][0] > upperBound) ||\n        (data[j][cols - 1] < lowerBound) ||\n        (data[j][cols - 1] > upperBound)) {\n      frameRequired = false;\n      break;\n    }\n  }\n\n  if ((frameRequired) &&\n      ((data[rows - 1][0] < lowerBound) ||\n      (data[rows - 1][0] > upperBound) ||\n      (data[rows - 1][cols - 1] < lowerBound) ||\n      (data[rows - 1][cols - 1] > upperBound))) {\n    frameRequired = false;\n  }\n\n  if (frameRequired)\n    for (i = 0; i < cols - 1; i++) {\n      if ((data[0][i] < lowerBound) ||\n          (data[0][i] > upperBound) ||\n          (data[rows - 1][i] < lowerBound) ||\n          (data[rows - 1][i] > upperBound)) {\n        frameRequired = false;\n        break;\n      }\n    }\n\n\n  return frameRequired;\n}\n\n\nfunction requireLineFrame(data, threshold) {\n  var frameRequired,\n    cols,\n    rows,\n    i,\n    j;\n\n  frameRequired = true;\n  cols          = data[0].length;\n  rows          = data.length;\n\n  for (j = 0; j < rows; j++) {\n    if ((data[j][0] >= threshold) ||\n        (data[j][cols - 1] >= threshold)) {\n      frameRequired = false;\n      break;\n    }\n  }\n\n  if ((frameRequired) &&\n      ((data[rows - 1][0] >= threshold) ||\n      (data[rows - 1][cols - 1] >= threshold))) {\n    frameRequired = false;\n  }\n\n  if (frameRequired)\n    for (i = 0; i < cols - 1; i++) {\n      if ((data[0][i] >= threshold) ||\n          (data[rows - 1][i] > threshold)) {\n        frameRequired = false;\n        break;\n      }\n    }\n\n  return frameRequired;\n}\n\n\nfunction traceBandPaths(data, cellGrid, settings) {\n  var nextedge,\n    path,\n    e,\n    ee,\n    s,\n    ve,\n    enter,\n    x,\n    y,\n    finalized,\n    origin,\n    cc,\n    dir,\n    count,\n    point,\n    found_entry;\n\n  var polygons = [];\n  var rows = data.length - 1;\n  var cols = data[0].length - 1;\n\n  /*\n   * directions for out-of-grid moves are:\n   * 0 ... \"down\",\n   * 1 ... \"left\",\n   * 2 ... \"up\",\n   * 3 ... \"right\"\n   */\n  var valid_entries = [ ['rt', 'rb'], /* down */\n    ['br', 'bl'], /* left */\n    ['lb', 'lt'], /* up */\n    ['tl', 'tr']  /* right */\n  ];\n  var add_x         = [ 0, -1, 0, 1 ];\n  var add_y         = [ -1, 0, 1, 0 ];\n  var available_starts = [ 'bl', 'lb', 'lt', 'tl', 'tr', 'rt', 'rb', 'br' ];\n  var entry_dir     =  {\n    bl: 1, br: 1,\n    lb: 2, lt: 2,\n    tl: 3, tr: 3,\n    rt: 0, rb: 0\n  };\n\n  if (requireFrame(data, settings.minV, settings.maxV)) {\n    if (settings.linearRing)\n      polygons.push([ [0, 0], [0, rows], [cols, rows], [cols, 0], [0, 0] ]);\n    else\n      polygons.push([ [0, 0], [0, rows], [cols, rows], [cols, 0] ]);\n  }\n\n  /* finally, start tracing back first polygon(s) */\n  cellGrid.forEach(function(a, i) {\n    a.forEach(function(cell, j) {\n      nextedge = null;\n\n      /* trace paths for all available edges that go through this cell */\n      for (e = 0; e < 8; e++) {\n        nextedge = available_starts[e];\n\n        if (typeof cell.edges[nextedge] !== 'object')\n          continue;\n\n        /* start a new, full path */\n        path              = [];\n        ee                = cell.edges[nextedge];\n        enter             = nextedge;\n        x                 = i;\n        y                 = j;\n        finalized         = false;\n        origin            = [ i + ee.path[0][0], j + ee.path[0][1] ];\n\n        /* add start coordinate */\n        path.push(origin);\n\n        /* start traceback */\n        while (!finalized) {\n          cc = cellGrid[x][y];\n\n          if (typeof cc.edges[enter] !== 'object')\n            break;\n\n          ee = cc.edges[enter];\n\n          /* remove edge from cell */\n          delete cc.edges[enter];\n\n          /* add last point of edge to path arra, since we extend a polygon */\n          point = ee.path[1];\n          point[0] += x;\n          point[1] += y;\n          path.push(point);\n\n          enter = ee.move.enter;\n          x     = x + ee.move.x;\n          y     = y + ee.move.y;\n\n          /* handle out-of-grid moves */\n          if ((typeof cellGrid[x] === 'undefined') ||\n              (typeof cellGrid[x][y] === 'undefined')) {\n            dir   = 0;\n            count = 0;\n\n            if (x === cols) {\n              x--;\n              dir = 0;  /* move downwards */\n            } else if (x < 0) {\n              x++;\n              dir = 2;  /* move upwards */\n            } else if (y === rows) {\n              y--;\n              dir = 3;  /* move right */\n            } else if (y < 0) {\n              y++;\n              dir = 1;  /* move left */\n            } else {\n              throw new Error('Left the grid somewhere in the interior!');\n            }\n\n            if ((x === i) && (y === j) && (dir === entry_dir[nextedge])) {\n              finalized = true;\n              enter     = nextedge;\n              break;\n            }\n\n            while (1) {\n              found_entry = false;\n\n              if (count > 4)\n                throw new Error('Direction change counter overflow! This should never happen!');\n\n              if (!((typeof cellGrid[x] === 'undefined') ||\n                    (typeof cellGrid[x][y] === 'undefined'))) {\n                cc = cellGrid[x][y];\n\n                /* check for re-entry */\n                for (s = 0; s < valid_entries[dir].length; s++) {\n                  ve = valid_entries[dir][s];\n                  if (typeof cc.edges[ve] === 'object') {\n                    /* found re-entry */\n                    ee = cc.edges[ve];\n                    path.push(entry_coordinate(x, y, dir, ee.path));\n                    enter = ve;\n                    found_entry = true;\n                    break;\n                  }\n                }\n              }\n\n              if (found_entry) {\n                break;\n              } else {\n                path.push(skip_coordinate(x, y, dir));\n\n                x += add_x[dir];\n                y += add_y[dir];\n\n                /* change direction if we'e moved out of grid again */\n                if ((typeof cellGrid[x] === 'undefined') ||\n                    (typeof cellGrid[x][y] === 'undefined')) {\n                  if (((dir === 0) && (y < 0)) ||\n                      ((dir === 1) && (x < 0)) ||\n                      ((dir === 2) && (y === rows)) ||\n                      ((dir === 3) && (x === cols))) {\n                    x -= add_x[dir];\n                    y -= add_y[dir];\n\n                    dir = (dir + 1) % 4;\n                    count++;\n                  }\n                }\n\n                if ((x === i) && (y === j) && (dir === entry_dir[nextedge])) {\n                /* we are back where we started off, so finalize the polygon */\n                  finalized = true;\n                  enter     = nextedge;\n                  break;\n                }\n              }\n            }\n          }\n        }\n\n        if ((settings.linearRing) &&\n          ((path[path.length - 1][0] !== origin[0]) ||\n          (path[path.length - 1][1] !== origin[1])))\n          path.push(origin);\n\n        polygons.push(path);\n      } /* end forall entry sites */\n    }); /* end foreach i */\n  }); /* end foreach j */\n\n  return polygons;\n}\n\n\nfunction traceLinePaths(data, cellGrid, settings) {\n  var nextedge,\n    e,\n    ee,\n    cc,\n    path,\n    enter,\n    x,\n    y,\n    finalized,\n    origin,\n    point,\n    dir,\n    count,\n    found_entry,\n    ve;\n\n  var polygons = [];\n  var rows = data.length - 1;\n  var cols = data[0].length - 1;\n\n  /*\n   * directions for out-of-grid moves are:\n   * 0 ... \"down\",\n   * 1 ... \"left\",\n   * 2 ... \"up\",\n   * 3 ... \"right\"\n   */\n  var valid_entries = [ 'right',  /* down */\n    'bottom', /* left */\n    'left',   /* up */\n    'top'     /* right */\n  ];\n  var add_x         = [ 0, -1, 0, 1 ];\n  var add_y         = [ -1, 0, 1, 0 ];\n  var entry_dir     =  {\n    bottom: 1,\n    left: 2,\n    top: 3,\n    right: 0\n  };\n\n  /* first, detect whether we need any outer frame */\n  if (requireLineFrame(data, settings.threshold)) {\n    if (settings.linearRing)\n      polygons.push([ [0, 0], [0, rows], [cols, rows], [cols, 0], [0, 0] ]);\n    else\n      polygons.push([ [0, 0], [0, rows], [cols, rows], [cols, 0] ]);\n  }\n\n  /* finally, start tracing back first polygon(s) */\n\n  cellGrid.forEach(function(a, i) {\n    a.forEach(function(cell, j) {\n      nextedge = null;\n\n      /* trace paths for all available edges that go through this cell */\n      for (e = 0; e < 4; e++) {\n        nextedge = valid_entries[e];\n\n        if (typeof cell.edges[nextedge] !== 'object')\n          continue;\n\n        /* start a new, full path */\n        path              = [];\n        ee                = cell.edges[nextedge];\n        enter             = nextedge;\n        x                 = i;\n        y                 = j;\n        finalized         = false;\n        origin            = [ i + ee.path[0][0], j + ee.path[0][1] ];\n\n        /* add start coordinate */\n        path.push(origin);\n\n        /* start traceback */\n        while (!finalized) {\n          cc = cellGrid[x][y];\n\n          if (typeof cc.edges[enter] !== 'object')\n            break;\n\n          ee = cc.edges[enter];\n\n          /* remove edge from cell */\n          delete cc.edges[enter];\n\n          /* add last point of edge to path arra, since we extend a polygon */\n          point = ee.path[1];\n          point[0] += x;\n          point[1] += y;\n          path.push(point);\n\n          enter = ee.move.enter;\n          x     = x + ee.move.x;\n          y     = y + ee.move.y;\n\n          /* handle out-of-grid moves */\n          if ((typeof cellGrid[x] === 'undefined') ||\n              (typeof cellGrid[x][y] === 'undefined')) {\n\n            if (!settings.linearRing)\n              break;\n\n            dir   = 0;\n            count = 0;\n\n            if (x === cols) {\n              x--;\n              dir = 0;  /* move downwards */\n            } else if (x < 0) {\n              x++;\n              dir = 2;  /* move upwards */\n            } else if (y === rows) {\n              y--;\n              dir = 3;  /* move right */\n            } else if (y < 0) {\n              y++;\n              dir = 1;  /* move left */\n            }\n\n            if ((x === i) && (y === j) && (dir === entry_dir[nextedge])) {\n              finalized = true;\n              enter     = nextedge;\n              break;\n            }\n\n            while (1) {\n              found_entry = false;\n\n              if (count > 4)\n                throw new Error('Direction change counter overflow! This should never happen!');\n\n              if (!((typeof cellGrid[x] === 'undefined') ||\n                    (typeof cellGrid[x][y] === 'undefined'))) {\n                cc = cellGrid[x][y];\n\n                /* check for re-entry */\n                ve = valid_entries[dir];\n                if (typeof cc.edges[ve] === 'object') {\n                  /* found re-entry */\n                  ee = cc.edges[ve];\n                  path.push(entry_coordinate(x, y, dir, ee.path));\n                  enter = ve;\n                  found_entry = true;\n                  break;\n                }\n              }\n\n              if (found_entry) {\n                break;\n              } else {\n                path.push(skip_coordinate(x, y, dir));\n\n                x += add_x[dir];\n                y += add_y[dir];\n\n                /* change direction if we'e moved out of grid again */\n                if ((typeof cellGrid[x] === 'undefined') ||\n                  (typeof cellGrid[x][y] === 'undefined')) {\n                  if (((dir === 0) && (y < 0)) ||\n                      ((dir === 1) && (x < 0)) ||\n                      ((dir === 2) && (y === rows)) ||\n                      ((dir === 3) && (x === cols))) {\n                    x -= add_x[dir];\n                    y -= add_y[dir];\n\n                    dir = (dir + 1) % 4;\n                    count++;\n                  }\n                }\n\n                if ((x === i) && (y === j) && (dir === entry_dir[nextedge])) {\n                  /* we are back where we started off, so finalize the polygon */\n                  finalized = true;\n                  enter     = nextedge;\n                  break;\n                }\n              }\n            }\n          }\n        }\n\n        if ((settings.linearRing) &&\n            ((path[path.length - 1][0] !== origin[0]) ||\n            (path[path.length - 1][1] !== origin[1])))\n          path.push(origin);\n\n        polygons.push(path);\n      } /* end forall entry sites */\n    }); /* end foreach i */\n  }); /* end foreach j */\n\n  return polygons;\n}\n\n/* quadTree node constructor */\nfunction TreeNode(data, x, y, dx, dy) {\n  var dx_tmp = dx,\n    dy_tmp = dy,\n    msb_x  = 0,\n    msb_y  = 0;\n\n  /* left-bottom corner of current quadrant */\n  this.x = x;\n  this.y = y;\n\n  /* minimum value in subtree under this node */\n  this.lowerBound = null;\n  /* maximum value in subtree under this node */\n  this.upperBound = null;\n\n  /*\n   *  child nodes are layed out in the following way:\n   *\n   *  (x, y + 1) ---- (x + 1, y + 1)\n   *  |             |              |\n   *  |      D      |      C       |\n   *  |             |              |\n   *  |----------------------------|\n   *  |             |              |\n   *  |      A      |      B       |\n   *  |             |              |\n   *  (x, y) ------------ (x + 1, y)\n   */\n  this.childA = null;\n  this.childB = null;\n  this.childC = null;\n  this.childD = null;\n\n  if ((dx === 1) && (dy === 1)) {\n    /* do not further subdivision */\n    this.lowerBound = Math.min(\n      data[y][x],\n      data[y][x + 1],\n      data[y + 1][x + 1],\n      data[y + 1][x]\n    );\n    this.upperBound = Math.max(\n      data[y][x],\n      data[y][x + 1],\n      data[y + 1][x + 1],\n      data[y + 1][x]\n    );\n  } else {\n    /* get most significant bit from dx */\n    if (dx > 1) {\n      while (dx_tmp !== 0) {\n        dx_tmp = dx_tmp >> 1;\n        msb_x++;\n      }\n\n      if (dx === (1 << (msb_x - 1)))\n        msb_x--;\n\n      dx_tmp = 1 << (msb_x - 1);\n    }\n\n    /* get most significant bit from dx */\n    if (dy > 1) {\n      while (dy_tmp !== 0) {\n        dy_tmp = dy_tmp >> 1;\n        msb_y++;\n      }\n\n      if (dy === (1 << (msb_y - 1)))\n        msb_y--;\n\n      dy_tmp = 1 << (msb_y - 1);\n    }\n\n    this.childA = new TreeNode(data, x, y, dx_tmp, dy_tmp);\n    this.lowerBound = this.childA.lowerBound;\n    this.upperBound = this.childA.upperBound;\n\n    if (dx - dx_tmp > 0) {\n      this.childB = new TreeNode(data, x + dx_tmp, y, dx - dx_tmp, dy_tmp);\n      this.lowerBound = Math.min(this.lowerBound, this.childB.lowerBound);\n      this.upperBound = Math.max(this.upperBound, this.childB.upperBound);\n\n      if (dy - dy_tmp > 0) {\n        this.childC = new TreeNode(data, x + dx_tmp, y + dy_tmp, dx - dx_tmp, dy - dy_tmp);\n        this.lowerBound = Math.min(this.lowerBound, this.childC.lowerBound);\n        this.upperBound = Math.max(this.upperBound, this.childC.upperBound);\n      }\n    }\n\n    if (dy - dy_tmp > 0) {\n      this.childD = new TreeNode(data, x, y + dy_tmp, dx_tmp, dy - dy_tmp);\n      this.lowerBound = Math.min(this.lowerBound, this.childD.lowerBound);\n      this.upperBound = Math.max(this.upperBound, this.childD.upperBound);\n    }\n  }\n}\n\n\n/**\n *  Retrieve a list of cells within a particular range of values by\n *  recursivly traversing the quad tree to it's leaves.\n *\n *  @param  subsumed  If 'true' include all cells that are completely\n *                    subsumed within the specified range. Otherwise,\n *                    return only cells where at least one corner is\n *                    outside the specified range.\n *\n *  @return   An array of objects 'o' where each object has exactly two\n *            properties: 'o.x' and 'o.y' denoting the left-bottom corner\n *            of the corresponding cell.\n */\nTreeNode.prototype.cellsInBand = function(lowerBound, upperBound, subsumed) {\n  var cells = [];\n\n  subsumed = (typeof subsumed === 'undefined') ? true : subsumed;\n\n  if ((this.lowerBound > upperBound) || (this.upperBound < lowerBound))\n    return cells;\n\n  if (!(this.childA || this.childB || this.childC || this.childD)) {\n    if ((subsumed) ||\n        (this.lowerBound <= lowerBound) ||\n        (this.upperBound >= upperBound)) {\n      cells.push({\n        x: this.x,\n        y: this.y\n      });\n    }\n  } else {\n    if (this.childA)\n      cells = cells.concat(this.childA.cellsInBand(lowerBound, upperBound, subsumed));\n\n    if (this.childB)\n      cells = cells.concat(this.childB.cellsInBand(lowerBound, upperBound, subsumed));\n\n    if (this.childD)\n      cells = cells.concat(this.childD.cellsInBand(lowerBound, upperBound, subsumed));\n\n    if (this.childC)\n      cells = cells.concat(this.childC.cellsInBand(lowerBound, upperBound, subsumed));\n  }\n\n  return cells;\n};\n\n\nTreeNode.prototype.cellsBelowThreshold = function(threshold, subsumed) {\n  var cells = [];\n\n  subsumed = (typeof subsumed === 'undefined') ? true : subsumed;\n\n  if (this.lowerBound > threshold)\n    return cells;\n\n  if (!(this.childA || this.childB || this.childC || this.childD)) {\n    if ((subsumed) ||\n        (this.upperBound >= threshold)) {\n      cells.push({\n        x: this.x,\n        y: this.y\n      });\n    }\n  } else {\n    if (this.childA)\n      cells = cells.concat(this.childA.cellsBelowThreshold(threshold, subsumed));\n\n    if (this.childB)\n      cells = cells.concat(this.childB.cellsBelowThreshold(threshold, subsumed));\n\n    if (this.childD)\n      cells = cells.concat(this.childD.cellsBelowThreshold(threshold, subsumed));\n\n    if (this.childC)\n      cells = cells.concat(this.childC.cellsBelowThreshold(threshold, subsumed));\n  }\n\n  return cells;\n};\n\n\n/*\n * Given a scalar field `data` construct a QuadTree\n * to efficiently lookup those parts of the scalar\n * field where values are within a particular\n * range of [lowerbound, upperbound] limits.\n */\nfunction QuadTree(data) {\n  var i, cols;\n\n  /* do some input checking */\n  if (!data)\n    throw new Error('data is required');\n\n  if (!Array.isArray(data) ||\n      !Array.isArray(data[0]))\n    throw new Error('data must be scalar field, i.e. array of arrays');\n\n  if (data.length < 2)\n    throw new Error('data must contain at least two rows');\n\n  /* check if we've got a regular grid */\n  cols = data[0].length;\n\n  if (cols < 2)\n    throw new Error('data must contain at least two columns');\n\n  for (i = 1; i < data.length; i++) {\n    if (!Array.isArray(data[i]))\n      throw new Error('Row ' + i + ' is not an array');\n\n    if (data[i].length != cols)\n      throw new Error('unequal row lengths detected, please provide a regular grid');\n  }\n\n  /* create pre-processing object */\n  this.data = data;\n  /* root node, i.e. entry to the data */\n  this.root = new TreeNode(data, 0, 0, data[0].length - 1, data.length - 1);\n}\n\n/* eslint no-console: [\"error\", { allow: [\"log\"] }] */\n\n\n/*\n * Compute the iso lines for a scalar 2D field given\n * a certain threshold by applying the Marching Squares\n * Algorithm. The function returns a list of path coordinates\n */\n\nfunction isoLines(input, threshold, options) {\n  var settings,\n    i,\n    j,\n    useQuadTree   = false,\n    multiLine     = false,\n    tree          = null,\n    root          = null,\n    data          = null,\n    cellGrid      = null,\n    linePolygons  = null,\n    ret           = [];\n\n  /* validation */\n  if (!input) throw new Error('data is required');\n  if (threshold === undefined || threshold === null) throw new Error('threshold is required');\n  if ((!!options) && (typeof options !== 'object')) throw new Error('options must be an object');\n\n  /* process options */\n  settings = isoLineOptions(options);\n\n  /* check for input data */\n  if (input instanceof QuadTree) {\n    tree = input;\n    root = input.root;\n    data = input.data;\n    if (!settings.noQuadTree)\n      useQuadTree = true;\n  } else if (Array.isArray(input) && Array.isArray(input[0])) {\n    data = input;\n  } else {\n    throw new Error('input is neither array of arrays nor object retrieved from \\'QuadTree()\\'');\n  }\n\n  /* check and prepare input threshold(s) */\n  if (Array.isArray(threshold)) {\n    multiLine = true;\n\n    /* activate QuadTree optimization if not explicitly forbidden by user settings */\n    if (!settings.noQuadTree)\n      useQuadTree = true;\n\n    /* check if all minV are numbers */\n    for (i = 0; i < threshold.length; i++)\n      if (isNaN(+threshold[i]))\n        throw new Error('threshold[' + i + '] is not a number');\n  } else {\n    if (isNaN(+threshold))\n      throw new Error('threshold must be a number or array of numbers');\n\n    threshold = [ threshold ];\n  }\n\n  /* create QuadTree root node if not already present */\n  if ((useQuadTree) && (!root)) {\n    tree = new QuadTree(data);\n    root = tree.root;\n    data = tree.data;\n  }\n\n  if (settings.verbose) {\n    if(settings.polygons)\n      console.log('MarchingSquaresJS-isoLines: returning single lines (polygons) for each grid cell');\n    else\n      console.log('MarchingSquaresJS-isoLines: returning line paths (polygons) for entire data grid');\n\n    if (multiLine)\n      console.log('MarchingSquaresJS-isoLines: multiple lines requested, returning array of line paths instead of lines for a single threshold');\n  }\n\n  /* Done with all input validation, now let's start computing stuff */\n\n  /* loop over all threhsold values */\n  threshold.forEach(function(t, i) {\n    linePolygons = [];\n\n    /* store bounds for current computation in settings object */\n    settings.threshold = t;\n\n    if(settings.verbose)\n      console.log('MarchingSquaresJS-isoLines: computing iso lines for threshold ' + t);\n\n    if (settings.polygons) {\n      /* compose list of polygons for each single cell */\n      if (useQuadTree) {\n        /* go through list of cells retrieved from QuadTree */\n        root\n          .cellsBelowThreshold(settings.threshold, true)\n          .forEach(function(c) {\n            linePolygons  = linePolygons.concat(\n              cell2Polygons(\n                prepareCell(data,\n                  c.x,\n                  c.y,\n                  settings),\n                c.x,\n                c.y,\n                settings\n              ));\n          });\n      } else {\n        /* go through entire array of input data */\n        for (j = 0; j < data.length - 1; ++j) {\n          for (i = 0; i < data[0].length - 1; ++i)\n            linePolygons  = linePolygons.concat(\n              cell2Polygons(\n                prepareCell(data,\n                  i,\n                  j,\n                  settings),\n                i,\n                j,\n                settings\n              ));\n        }\n      }\n    } else {\n      /* sparse grid of input data cells */\n      cellGrid = [];\n      for (i = 0; i < data[0].length - 1; ++i)\n        cellGrid[i] = [];\n\n      /* compose list of polygons for entire input grid */\n      if (useQuadTree) {\n        /* collect the cells */\n        root\n          .cellsBelowThreshold(settings.threshold, false)\n          .forEach(function(c) {\n            cellGrid[c.x][c.y] = prepareCell(data,\n              c.x,\n              c.y,\n              settings);\n          });\n      } else {\n        /* prepare cells */\n        for (i = 0; i < data[0].length - 1; ++i) {\n          for (j = 0; j < data.length - 1; ++j) {\n            cellGrid[i][j]  = prepareCell(data,\n              i,\n              j,\n              settings);\n          }\n        }\n      }\n\n      linePolygons = traceLinePaths(data, cellGrid, settings);\n    }\n\n    /* finally, add polygons to output array */\n    if (multiLine)\n      ret.push(linePolygons);\n    else\n      ret = linePolygons;\n\n    if(typeof settings.successCallback === 'function')\n      settings.successCallback(ret, t);\n\n  });\n\n  return ret;\n}\n\n/*\n * Thats all for the public interface, below follows the actual\n * implementation\n */\n\n/*\n * ################################\n * Isocontour implementation below\n * ################################\n */\n\nfunction prepareCell(grid, x, y, settings) {\n  var left,\n    right,\n    top,\n    bottom,\n    average,\n    cell;\n\n  var cval      = 0;\n  var x3        = grid[y + 1][x];\n  var x2        = grid[y + 1][x + 1];\n  var x1        = grid[y][x + 1];\n  var x0        = grid[y][x];\n  var threshold = settings.threshold;\n\n  /*\n   * Note that missing data within the grid will result\n   * in horribly failing to trace full polygon paths\n   */\n  if(isNaN(x0) || isNaN(x1) || isNaN(x2) || isNaN(x3)) {\n    return;\n  }\n\n  /*\n   * Here we detect the type of the cell\n   *\n   * x3 ---- x2\n   * |      |\n   * |      |\n   * x0 ---- x1\n   *\n   * with edge points\n   *\n   * x0 = (x,y),\n   * x1 = (x + 1, y),\n   * x2 = (x + 1, y + 1), and\n   * x3 = (x, y + 1)\n   *\n   * and compute the polygon intersections with the edges\n   * of the cell. Each edge value may be (i) smaller, or (ii)\n   * greater or equal to the iso line threshold. We encode\n   * this property using 1 bit of information, where\n   *\n   * 0 ... below,\n   * 1 ... above or equal\n   *\n   * Then we store the cells value as vector\n   *\n   * cval = (x0, x1, x2, x3)\n   *\n   * where x0 is the least significant bit (0th),\n   * x1 the 2nd bit, and so on. This essentially\n   * enables us to work with a single integer number\n   */\n\n  cval |= ((x3 >= threshold) ? 8 : 0);\n  cval |= ((x2 >= threshold) ? 4 : 0);\n  cval |= ((x1 >= threshold) ? 2 : 0);\n  cval |= ((x0 >= threshold) ? 1 : 0);\n\n  /* make sure cval is a number */\n  cval = +cval;\n\n  /* compose the cell object */\n  cell = {\n    cval:         cval,\n    polygons:     [],\n    edges:        {},\n    x0:           x0,\n    x1:           x1,\n    x2:           x2,\n    x3:           x3\n  };\n\n  /*\n   * Compute interpolated intersections of the polygon(s)\n   * with the cell borders and (i) add edges for polygon\n   * trace-back, or (ii) a list of small closed polygons\n   */\n  switch (cval) {\n  case 0:\n    if (settings.polygons)\n      cell.polygons.push([ [0, 0], [0, 1], [1, 1], [1, 0] ]);\n\n    break;\n\n  case 15:\n    /* cell is outside (above) threshold, no polygons */\n    break;\n\n  case 14: /* 1110 */\n    left    = settings.interpolate(x0, x3, threshold);\n    bottom  = settings.interpolate(x0, x1, threshold);\n\n    if (settings.polygons_full) {\n      cell.edges.left = {\n        path: [ [0, left], [bottom, 0] ],\n        move: {\n          x:      0,\n          y:      -1,\n          enter:  'top'\n        }\n      };\n    }\n\n    if (settings.polygons)\n      cell.polygons.push([ [0, 0], [0, left], [bottom, 0] ]);\n\n    break;\n\n  case 13: /* 1101 */\n    bottom  = settings.interpolate(x0, x1, threshold);\n    right   = settings.interpolate(x1, x2, threshold);\n\n    if (settings.polygons_full) {\n      cell.edges.bottom = {\n        path: [ [bottom, 0], [1, right] ],\n        move: {\n          x:      1,\n          y:      0,\n          enter:  'left'\n        }\n      };\n    }\n\n    if (settings.polygons)\n      cell.polygons.push([ [bottom, 0], [1, right], [1, 0] ]);\n\n    break;\n\n  case 11: /* 1011 */\n    right = settings.interpolate(x1, x2, threshold);\n    top   = settings.interpolate(x3, x2, threshold);\n\n    if (settings.polygons_full) {\n      cell.edges.right = {\n        path: [ [1, right], [top, 1] ],\n        move: {\n          x:      0,\n          y:      1,\n          enter:  'bottom'\n        }\n      };\n    }\n\n    if (settings.polygons)\n      cell.polygons.push([ [1, right], [top, 1], [1, 1] ]);\n\n    break;\n\n  case 7: /* 0111 */\n    left  = settings.interpolate(x0, x3, threshold);\n    top   = settings.interpolate(x3, x2, threshold);\n\n    if (settings.polygons_full) {\n      cell.edges.top = {\n        path: [ [top, 1], [0, left] ],\n        move: {\n          x:      -1,\n          y:      0,\n          enter:  'right'\n        }\n      };\n    }\n\n    if (settings.polygons)\n      cell.polygons.push([ [top, 1], [0, left], [0, 1] ]);\n\n    break;\n\n  case 1: /* 0001 */\n    left    = settings.interpolate(x0, x3, threshold);\n    bottom  = settings.interpolate(x0, x1, threshold);\n\n    if (settings.polygons_full) {\n      cell.edges.bottom = {\n        path: [ [bottom, 0], [0, left] ],\n        move: {\n          x:      -1,\n          y:      0,\n          enter:  'right'\n        }\n      };\n    }\n\n    if (settings.polygons)\n      cell.polygons.push([ [bottom, 0], [0, left], [0, 1], [1, 1], [1, 0] ]);\n\n    break;\n\n  case 2: /* 0010 */\n    bottom  = settings.interpolate(x0, x1, threshold);\n    right   = settings.interpolate(x1, x2, threshold);\n\n    if (settings.polygons_full) {\n      cell.edges.right = {\n        path: [ [1, right], [bottom, 0] ],\n        move: {\n          x:      0,\n          y:      -1,\n          enter:  'top'\n        }\n      };\n    }\n\n    if (settings.polygons)\n      cell.polygons.push([ [0, 0], [0, 1], [1, 1], [1, right], [bottom, 0] ]);\n\n    break;\n\n  case 4: /* 0100 */\n    right = settings.interpolate(x1, x2, threshold);\n    top   = settings.interpolate(x3, x2, threshold);\n\n    if (settings.polygons_full) {\n      cell.edges.top = {\n        path: [ [top, 1], [1, right] ],\n        move: {\n          x:      1,\n          y:      0,\n          enter:  'left'\n        }\n      };\n    }\n\n    if (settings.polygons)\n      cell.polygons.push([ [0, 0], [0, 1], [top, 1], [1, right], [1, 0] ]);\n\n    break;\n\n  case 8: /* 1000 */\n    left  = settings.interpolate(x0, x3, threshold);\n    top   = settings.interpolate(x3, x2, threshold);\n\n    if (settings.polygons_full) {\n      cell.edges.left = {\n        path: [ [0, left], [top, 1] ],\n        move: {\n          x:      0,\n          y:      1,\n          enter:  'bottom'\n        }\n      };\n    }\n\n    if (settings.polygons)\n      cell.polygons.push([ [0, 0], [0, left], [top, 1], [1, 1], [1, 0] ]);\n\n    break;\n\n  case 12: /* 1100 */\n    left  = settings.interpolate(x0, x3, threshold);\n    right = settings.interpolate(x1, x2, threshold);\n\n    if (settings.polygons_full) {\n      cell.edges.left = {\n        path: [ [0, left], [1, right] ],\n        move: {\n          x:      1,\n          y:      0,\n          enter:  'left'\n        }\n      };\n    }\n\n    if (settings.polygons)\n      cell.polygons.push([ [0, 0], [0, left], [1, right], [1, 0] ]);\n\n    break;\n\n  case 9: /* 1001 */\n    bottom  = settings.interpolate(x0, x1, threshold);\n    top     = settings.interpolate(x3, x2, threshold);\n\n    if (settings.polygons_full) {\n      cell.edges.bottom = {\n        path: [ [bottom, 0], [top, 1] ],\n        move: {\n          x:      0,\n          y:      1,\n          enter:  'bottom'\n        }\n      };\n    }\n\n    if (settings.polygons)\n      cell.polygons.push([ [bottom, 0], [top, 1], [1, 1], [1, 0] ]);\n\n    break;\n\n  case 3: /* 0011 */\n    left  = settings.interpolate(x0, x3, threshold);\n    right = settings.interpolate(x1, x2, threshold);\n\n    if (settings.polygons_full) {\n      cell.edges.right = {\n        path: [ [1, right], [0, left] ],\n        move: {\n          x:      -1,\n          y:      0,\n          enter:  'right'\n        }\n      };\n    }\n\n    if (settings.polygons)\n      cell.polygons.push([ [0, left], [0, 1], [1, 1], [1, right] ]);\n\n    break;\n\n  case 6: /* 0110 */\n    bottom  = settings.interpolate(x0, x1, threshold);\n    top     = settings.interpolate(x3, x2, threshold);\n\n    if (settings.polygons_full) {\n      cell.edges.top = {\n        path: [ [top, 1], [bottom, 0] ],\n        move: {\n          x:      0,\n          y:      -1,\n          enter:  'top'\n        }\n      };\n    }\n\n    if (settings.polygons)\n      cell.polygons.push([ [0, 0], [0, 1], [top, 1], [bottom, 0] ]);\n\n    break;\n\n  case 10: /* 1010 */\n    left    = settings.interpolate(x0, x3, threshold);\n    right   = settings.interpolate(x1, x2, threshold);\n    bottom  = settings.interpolate(x0, x1, threshold);\n    top     = settings.interpolate(x3, x2, threshold);\n    average = (x0 + x1 + x2 + x3) / 4;\n\n    if (settings.polygons_full) {\n      if (average < threshold) {\n        cell.edges.left = {\n          path: [ [0, left], [top, 1] ],\n          move: {\n            x:      0,\n            y:      1,\n            enter:  'bottom'\n          }\n        };\n        cell.edges.right = {\n          path: [ [1, right], [bottom, 0] ],\n          move: {\n            x:      0,\n            y:      -1,\n            enter:  'top'\n          }\n        };\n      } else {\n        cell.edges.right = {\n          path: [ [1, right], [top, 1] ],\n          move: {\n            x:      0,\n            y:      1,\n            enter:  'bottom'\n          }\n        };\n        cell.edges.left = {\n          path: [ [0, left], [bottom, 0] ],\n          move: {\n            x:      0,\n            y:      -1,\n            enter:  'top'\n          }\n        };\n      }\n    }\n\n    if (settings.polygons) {\n      if (average < threshold) {\n        cell.polygons.push([ [0, 0], [0, left], [top, 1], [1, 1], [1, right], [bottom, 0] ]);\n      } else {\n        cell.polygons.push([ [0, 0], [0, left], [bottom, 0] ]);\n        cell.polygons.push([ [top, 1], [1, 1], [1, right] ]);\n      }\n    }\n\n    break;\n\n  case 5: /* 0101 */\n    left    = settings.interpolate(x0, x3, threshold);\n    right   = settings.interpolate(x1, x2, threshold);\n    bottom  = settings.interpolate(x0, x1, threshold);\n    top     = settings.interpolate(x3, x2, threshold);\n    average = (x0 + x1 + x2 + x3) / 4;\n\n    if (settings.polygons_full) {\n      if (average < threshold) {\n        cell.edges.bottom = {\n          path: [ [bottom, 0], [0, left] ],\n          move: {\n            x:      -1,\n            y:      0,\n            enter:  'right'\n          }\n        };\n        cell.edges.top = {\n          path: [ [top, 1], [1, right] ],\n          move: {\n            x:      1,\n            y:      0,\n            enter:  'left'\n          }\n        };\n      } else {\n        cell.edges.top = {\n          path: [ [top, 1], [0, left] ],\n          move: {\n            x:      -1,\n            y:      0,\n            enter:  'right'\n          }\n        };\n        cell.edges.bottom = {\n          path: [ [bottom, 0], [1, right] ],\n          move: {\n            x:      1,\n            y:      0,\n            enter:  'left'\n          }\n        };\n      }\n    }\n\n    if (settings.polygons) {\n      if (average < threshold) {\n        cell.polygons.push([ [0, left], [0, 1], [top, 1], [1, right], [1, 0], [bottom, 0] ]);\n      } else {\n        cell.polygons.push([ [0, left], [0, 1], [top, 1] ]);\n        cell.polygons.push([ [bottom, 0], [1, right], [1, 0] ]);\n      }\n    }\n\n    break;\n  }\n\n  return cell;\n}\n\n/* eslint no-console: [\"error\", { allow: [\"log\"] }] */\n\n\n/*\n * lookup table to generate polygon paths or edges required to\n * trace the full polygon(s)\n */\nvar shapeCoordinates = {\n  square:       function(cell, x0, x1, x2, x3, opt) {\n    if (opt.polygons)\n      cell.polygons.push([ [0,0], [0, 1], [1, 1], [1, 0] ]);\n  },\n\n  triangle_bl:  function(cell, x0, x1, x2, x3, opt) {\n    var bottomleft = opt.interpolate(x0, x1, opt.minV, opt.maxV);\n    var leftbottom = opt.interpolate(x0, x3, opt.minV, opt.maxV);\n\n    if (opt.polygons_full) {\n      cell.edges.lb = {\n        path: [ [0, leftbottom], [bottomleft, 0] ],\n        move: {\n          x:      0,\n          y:      -1,\n          enter:  'tl'\n        }\n      };\n    }\n\n    if (opt.polygons)\n      cell.polygons.push([ [0, leftbottom], [bottomleft, 0], [0, 0] ]);\n  },\n\n  triangle_br:  function(cell, x0, x1, x2, x3, opt) {\n    var bottomright = opt.interpolate(x0, x1, opt.minV, opt.maxV);\n    var rightbottom = opt.interpolate(x1, x2, opt.minV, opt.maxV);\n\n    if (opt.polygons_full) {\n      cell.edges.br = {\n        path: [ [bottomright, 0], [1, rightbottom] ],\n        move: {\n          x:      1,\n          y:      0,\n          enter:  'lb'\n        }\n      };\n    }\n\n    if (opt.polygons)\n      cell.polygons.push([ [bottomright, 0], [1, rightbottom], [1, 0] ]);\n  },\n\n  triangle_tr:  function(cell, x0, x1, x2, x3, opt) {\n    var righttop = opt.interpolate(x1, x2, opt.minV, opt.maxV);\n    var topright = opt.interpolate(x3, x2, opt.minV, opt.maxV);\n\n    if (opt.polygons_full) {\n      cell.edges.rt = {\n        path: [ [1, righttop], [topright, 1] ],\n        move: {\n          x:      0,\n          y:      1,\n          enter:  'br'\n        }\n      };\n    }\n\n    if (opt.polygons)\n      cell.polygons.push([ [1, righttop], [topright, 1], [1, 1] ]);\n  },\n\n  triangle_tl:  function(cell, x0, x1, x2, x3, opt) {\n    var topleft = opt.interpolate(x3, x2, opt.minV, opt.maxV);\n    var lefttop = opt.interpolate(x0, x3, opt.minV, opt.maxV);\n\n    if (opt.polygons_full) {\n      cell.edges.tl = {\n        path: [ [topleft, 1], [0, lefttop] ],\n        move: {\n          x:      -1,\n          y:      0,\n          enter:  'rt'\n        }\n      };\n    }\n\n    if (opt.polygons)\n      cell.polygons.push([ [0, lefttop], [0, 1], [topleft, 1] ]);\n  },\n\n  tetragon_t:   function(cell, x0, x1, x2, x3, opt) {\n    var righttop  = opt.interpolate(x1, x2, opt.minV, opt.maxV);\n    var lefttop   = opt.interpolate(x0, x3, opt.minV, opt.maxV);\n\n    if (opt.polygons_full) {\n      cell.edges.rt = {\n        path: [ [1, righttop], [0, lefttop] ],\n        move: {\n          x:      -1,\n          y:      0,\n          enter:  'rt'\n        }\n      };\n    }\n\n    if (opt.polygons)\n      cell.polygons.push([ [0, lefttop], [0, 1], [1, 1], [1, righttop] ]);\n  },\n\n  tetragon_r:   function(cell, x0, x1, x2, x3, opt) {\n    var bottomright = opt.interpolate(x0, x1, opt.minV, opt.maxV);\n    var topright    = opt.interpolate(x3, x2, opt.minV, opt.maxV);\n    if (opt.polygons_full) {\n      cell.edges.br = {\n        path: [ [bottomright, 0], [topright, 1] ],\n        move: {\n          x:      0,\n          y:      1,\n          enter:  'br'\n        }\n      };\n    }\n\n    if (opt.polygons)\n      cell.polygons.push([ [bottomright, 0], [topright, 1], [1, 1], [1, 0] ]);\n  },\n\n  tetragon_b:   function(cell, x0, x1, x2, x3, opt) {\n    var leftbottom  = opt.interpolate(x0, x3, opt.minV, opt.maxV);\n    var rightbottom = opt.interpolate(x1, x2, opt.minV, opt.maxV);\n\n    if (opt.polygons_full) {\n      cell.edges.lb = {\n        path: [ [0, leftbottom], [1, rightbottom] ],\n        move: {\n          x:      1,\n          y:      0,\n          enter:  'lb'\n        }\n      };\n    }\n\n    if (opt.polygons)\n      cell.polygons.push([ [0, 0], [0, leftbottom], [1, rightbottom], [1, 0] ]);\n  },\n\n  tetragon_l:   function(cell, x0, x1, x2, x3, opt) {\n    var topleft     = opt.interpolate(x3, x2, opt.minV, opt.maxV);\n    var bottomleft  = opt.interpolate(x0, x1, opt.minV, opt.maxV);\n\n    if (opt.polygons_full) {\n      cell.edges.tl = {\n        path: [ [topleft, 1], [bottomleft, 0] ],\n        move: {\n          x:      0,\n          y:      -1,\n          enter:  'tl'\n        }\n      };\n    }\n\n    if (opt.polygons)\n      cell.polygons.push([ [0, 0], [0, 1], [topleft, 1], [bottomleft, 0] ]);\n  },\n\n  tetragon_bl:  function(cell, x0, x1, x2, x3, opt) {\n    var bottomleft  = opt.interpolate_a(x0, x1, opt.minV, opt.maxV);\n    var bottomright = opt.interpolate_b(x0, x1, opt.minV, opt.maxV);\n    var leftbottom  = opt.interpolate_a(x0, x3, opt.minV, opt.maxV);\n    var lefttop     = opt.interpolate_b(x0, x3, opt.minV, opt.maxV);\n\n    if (opt.polygons_full) {\n      cell.edges.bl = {\n        path: [ [bottomleft, 0], [0, leftbottom] ],\n        move: {\n          x:      -1,\n          y:      0,\n          enter:  'rb'\n        }\n      };\n      cell.edges.lt = {\n        path: [ [0, lefttop], [bottomright, 0] ],\n        move: {\n          x:      0,\n          y:      -1,\n          enter:  'tr'\n        }\n      };\n    }\n\n    if (opt.polygons)\n      cell.polygons.push([ [bottomleft, 0], [0, leftbottom], [0, lefttop], [bottomright, 0] ]);\n  },\n\n  tetragon_br:  function(cell, x0, x1, x2, x3, opt) {\n    var bottomleft  = opt.interpolate_a(x0, x1, opt.minV, opt.maxV);\n    var bottomright = opt.interpolate_b(x0, x1, opt.minV, opt.maxV);\n    var rightbottom = opt.interpolate_a(x1, x2, opt.minV, opt.maxV);\n    var righttop    = opt.interpolate_b(x1, x2, opt.minV, opt.maxV);\n\n    if (opt.polygons_full) {\n      cell.edges.bl = {\n        path: [ [bottomleft, 0], [1, righttop] ],\n        move: {\n          x: 1,\n          y: 0,\n          enter: 'lt'\n        }\n      };\n      cell.edges.rb = {\n        path: [ [1, rightbottom], [bottomright, 0] ],\n        move: {\n          x: 0,\n          y: -1,\n          enter: 'tr'\n        }\n      };\n    }\n\n    if (opt.polygons)\n      cell.polygons.push([ [bottomleft, 0], [1, righttop], [1, rightbottom], [bottomright, 0] ]);\n  },\n\n  tetragon_tr:  function(cell, x0, x1, x2, x3, opt) {\n    var topleft     = opt.interpolate_a(x3, x2, opt.minV, opt.maxV);\n    var topright    = opt.interpolate_b(x3, x2, opt.minV, opt.maxV);\n    var righttop    = opt.interpolate_b(x1, x2, opt.minV, opt.maxV);\n    var rightbottom = opt.interpolate_a(x1, x2, opt.minV, opt.maxV);\n\n    if (opt.polygons_full) {\n      cell.edges.rb = {\n        path: [ [1, rightbottom], [topleft, 1] ],\n        move: {\n          x: 0,\n          y: 1,\n          enter: 'bl'\n        }\n      };\n      cell.edges.tr = {\n        path: [ [topright, 1], [1, righttop] ],\n        move: {\n          x: 1,\n          y: 0,\n          enter: 'lt'\n        }\n      };\n    }\n\n    if (opt.polygons)\n      cell.polygons.push([ [1, rightbottom], [topleft, 1], [topright, 1], [1, righttop] ]);\n  },\n\n  tetragon_tl:  function(cell, x0, x1, x2, x3, opt) {\n    var topleft     = opt.interpolate_a(x3, x2, opt.minV, opt.maxV);\n    var topright    = opt.interpolate_b(x3, x2, opt.minV, opt.maxV);\n    var lefttop     = opt.interpolate_b(x0, x3, opt.minV, opt.maxV);\n    var leftbottom  = opt.interpolate_a(x0, x3, opt.minV, opt.maxV);\n\n    if (opt.polygons_full) {\n      cell.edges.tr = {\n        path: [ [topright, 1], [0, leftbottom] ],\n        move: {\n          x:      -1,\n          y:      0,\n          enter:  'rb'\n        }\n      };\n      cell.edges.lt = {\n        path: [ [0, lefttop], [topleft, 1] ],\n        move: {\n          x:      0,\n          y:      1,\n          enter:  'bl'\n        }\n      };\n    }\n\n    if (opt.polygons)\n      cell.polygons.push([ [topright, 1], [0, leftbottom], [0, lefttop], [topleft, 1] ]);\n  },\n\n  tetragon_lr:  function(cell, x0, x1, x2, x3, opt) {\n    var leftbottom  = opt.interpolate_a(x0, x3, opt.minV, opt.maxV);\n    var lefttop     = opt.interpolate_b(x0, x3, opt.minV, opt.maxV);\n    var righttop    = opt.interpolate_b(x1, x2, opt.minV, opt.maxV);\n    var rightbottom = opt.interpolate_a(x1, x2, opt.minV, opt.maxV);\n\n    if (opt.polygons_full) {\n      cell.edges.lt = {\n        path: [ [0, lefttop], [1, righttop] ],\n        move: {\n          x:      1,\n          y:      0,\n          enter:  'lt'\n        }\n      };\n      cell.edges.rb = {\n        path: [ [1, rightbottom], [0, leftbottom] ],\n        move: {\n          x:      -1,\n          y:      0,\n          enter:  'rb'\n        }\n      };\n    }\n\n    if (opt.polygons)\n      cell.polygons.push([ [0, leftbottom], [0, lefttop], [1, righttop], [1, rightbottom] ]);\n  },\n\n  tetragon_tb:  function(cell, x0, x1, x2, x3, opt) {\n    var topleft     = opt.interpolate_a(x3, x2, opt.minV, opt.maxV);\n    var topright    = opt.interpolate_b(x3, x2, opt.minV, opt.maxV);\n    var bottomright = opt.interpolate_b(x0, x1, opt.minV, opt.maxV);\n    var bottomleft  = opt.interpolate_a(x0, x1, opt.minV, opt.maxV);\n\n    if (opt.polygons_full) {\n      cell.edges.tr =  {\n        path: [ [topright, 1], [bottomright, 0] ],\n        move: {\n          x:      0,\n          y:      -1,\n          enter:  'tr'\n        }\n      };\n      cell.edges.bl = {\n        path: [ [bottomleft, 0], [topleft, 1] ],\n        move: {\n          x:      0,\n          y:      1,\n          enter:  'bl'\n        }\n      };\n    }\n\n    if (opt.polygons)\n      cell.polygons.push([ [bottomleft, 0], [topleft, 1], [topright, 1], [bottomright, 0] ]);\n  },\n\n  pentagon_tr:  function(cell, x0, x1, x2, x3, opt) {\n    var topleft     = opt.interpolate(x3, x2, opt.minV, opt.maxV);\n    var rightbottom = opt.interpolate(x1, x2, opt.minV, opt.maxV);\n\n    if (opt.polygons_full) {\n      cell.edges.tl = {\n        path: [[topleft, 1], [1, rightbottom]],\n        move: {\n          x:      1,\n          y:      0,\n          enter:  'lb'\n        }\n      };\n    }\n\n    if (opt.polygons)\n      cell.polygons.push([ [0, 0], [0, 1], [topleft, 1], [1, rightbottom], [1, 0] ]);\n  },\n\n  pentagon_tl:  function(cell, x0, x1, x2, x3, opt) {\n    var leftbottom  = opt.interpolate(x0, x3, opt.minV, opt.maxV);\n    var topright    = opt.interpolate(x3, x2, opt.minV, opt.maxV);\n\n    if (opt.polygons_full) {\n      cell.edges.lb = {\n        path: [ [0, leftbottom], [topright, 1] ],\n        move: {\n          x:      0,\n          y:      1,\n          enter:  'br'\n        }\n      };\n    }\n\n    if (opt.polygons)\n      cell.polygons.push([ [0, 0], [0, leftbottom], [topright, 1], [1, 1], [1, 0] ]);\n  },\n\n  pentagon_br:  function(cell, x0, x1, x2, x3, opt) {\n    var bottomleft  = opt.interpolate(x0, x1, opt.minV, opt.maxV);\n    var righttop    = opt.interpolate(x1, x2, opt.minV, opt.maxV);\n\n    if (opt.polygons_full) {\n      cell.edges.rt = {\n        path: [ [1, righttop], [bottomleft, 0] ],\n        move: {\n          x:      0,\n          y:      -1,\n          enter:  'tl'\n        }\n      };\n    }\n    if (opt.polygons)\n      cell.polygons.push([ [0, 0], [0, 1], [1, 1], [1, righttop], [bottomleft, 0] ]);\n  },\n\n  pentagon_bl:  function(cell, x0, x1, x2, x3, opt) {\n    var lefttop     = opt.interpolate(x0, x3, opt.minV, opt.maxV);\n    var bottomright = opt.interpolate(x0, x1, opt.minV, opt.maxV);\n\n    if (opt.polygons_full) {\n      cell.edges.br = {\n        path: [ [bottomright, 0], [0, lefttop] ],\n        move: {\n          x:      -1,\n          y:      0,\n          enter:  'rt'\n        }\n      };\n    }\n\n    if (opt.polygons)\n      cell.polygons.push([ [0, lefttop], [0, 1], [1, 1], [1, 0], [bottomright, 0] ]);\n  },\n\n  pentagon_tr_rl: function(cell, x0, x1, x2, x3, opt) {\n    var lefttop     = opt.interpolate(x0, x3, opt.minV, opt.maxV);\n    var topleft     = opt.interpolate(x3, x2, opt.minV, opt.maxV);\n    var righttop    = opt.interpolate_b(x1, x2, opt.minV, opt.maxV);\n    var rightbottom = opt.interpolate_a(x1, x2, opt.minV, opt.maxV);\n\n    if (opt.polygons_full) {\n      cell.edges.tl = {\n        path: [ [topleft, 1], [1, righttop] ],\n        move: {\n          x:      1,\n          y:      0,\n          enter:  'lt'\n        }\n      };\n      cell.edges.rb = {\n        path: [ [1, rightbottom], [0, lefttop] ],\n        move: {\n          x:      -1,\n          y:      0,\n          enter:  'rt'\n        }\n      };\n    }\n\n    if (opt.polygons)\n      cell.polygons.push([ [0, lefttop], [0, 1], [topleft, 1], [1, righttop], [1, rightbottom] ]);\n  },\n\n  pentagon_rb_bt: function(cell, x0, x1, x2, x3, opt) {\n    var righttop    = opt.interpolate(x1, x2, opt.minV, opt.maxV);\n    var bottomright = opt.interpolate_b(x0, x1, opt.minV, opt.maxV);\n    var bottomleft  = opt.interpolate_a(x0, x1, opt.minV, opt.maxV);\n    var topright    = opt.interpolate(x3, x2, opt.minV, opt.maxV);\n\n    if (opt.polygons_full) {\n      cell.edges.rt = {\n        path: [ [1, righttop], [bottomright, 0] ],\n        move: {\n          x:      0,\n          y:      -1,\n          enter:  'tr'\n        }\n      };\n      cell.edges.bl = {\n        path: [ [bottomleft, 0], [topright, 1] ],\n        move: {\n          x:      0,\n          y:      1,\n          enter:  'br'\n        }\n      };\n    }\n\n    if (opt.polygons)\n      cell.polygons.push([ [topright, 1], [1, 1], [1, righttop], [bottomright, 0], [bottomleft, 0] ]);\n  },\n\n  pentagon_bl_lr: function(cell, x0, x1, x2, x3, opt) {\n    var bottomright = opt.interpolate(x0, x1, opt.minV, opt.maxV);\n    var leftbottom  = opt.interpolate_a(x0, x3, opt.minV, opt.maxV);\n    var lefttop     = opt.interpolate_b(x0, x3, opt.minV, opt.maxV);\n    var rightbottom = opt.interpolate(x1, x2, opt.minV, opt.maxV);\n\n    if (opt.polygons_full) {\n      cell.edges.br = {\n        path: [ [bottomright, 0], [0, leftbottom] ],\n        move: {\n          x:      -1,\n          y:      0,\n          enter:  'rb'\n        }\n      };\n      cell.edges.lt = {\n        path: [ [0, lefttop], [1, rightbottom] ],\n        move: {\n          x:      1,\n          y:      0,\n          enter:  'lb'\n        }\n      };\n    }\n\n    if (opt.polygons)\n      cell.polygons.push([ [bottomright, 0], [0, leftbottom], [0, lefttop], [1, rightbottom], [1, 0] ]);\n  },\n\n  pentagon_lt_tb: function(cell, x0, x1, x2, x3, opt) {\n    var leftbottom  = opt.interpolate(x0, x3, opt.minV, opt.maxV);\n    var topleft     = opt.interpolate_a(x3, x2, opt.minV, opt.maxV);\n    var topright    = opt.interpolate_b(x3, x2, opt.minV, opt.maxV);\n    var bottomleft  = opt.interpolate(x0, x1, opt.minV, opt.maxV);\n\n    if (opt.polygons_full) {\n      cell.edges.lb = {\n        path: [ [0, leftbottom], [topleft, 1] ],\n        move: {\n          x:      0,\n          y:      1,\n          enter:  'bl'\n        }\n      };\n      cell.edges.tr = {\n        path: [ [topright, 1], [bottomleft, 0] ],\n        move: {\n          x:      0,\n          y:      -1,\n          enter:  'tl'\n        }\n      };\n    }\n\n    if (opt.polygons)\n      cell.polygons.push([ [0, 0], [0, leftbottom], [topleft, 1], [topright, 1], [bottomleft, 0] ]);\n  },\n\n  pentagon_bl_tb: function(cell, x0, x1, x2, x3, opt) {\n    var lefttop     = opt.interpolate(x0, x3, opt.minV, opt.maxV);\n    var topleft     = opt.interpolate(x3, x2, opt.minV, opt.maxV);\n    var bottomright = opt.interpolate_b(x0, x1, opt.minV, opt.maxV);\n    var bottomleft  = opt.interpolate_a(x0, x1, opt.minV, opt.maxV);\n\n    if (opt.polygons_full) {\n      cell.edges.bl = {\n        path: [ [bottomleft, 0], [0, lefttop] ],\n        move: {\n          x:      -1,\n          y:      0,\n          enter:  'rt'\n        }\n      };\n      cell.edges.tl = {\n        path: [ [ topleft, 1], [bottomright, 0] ],\n        move: {\n          x:      0,\n          y:      -1,\n          enter:  'tr'\n        }\n      };\n    }\n\n    if (opt.polygons)\n      cell.polygons.push([ [0, lefttop], [0, 1], [topleft, 1], [bottomright, 0], [bottomleft, 0] ]);\n  },\n\n  pentagon_lt_rl: function(cell, x0, x1, x2, x3, opt) {\n    var leftbottom  = opt.interpolate_a(x0, x3, opt.minV, opt.maxV);\n    var lefttop     = opt.interpolate_b(x0, x3, opt.minV, opt.maxV);\n    var topright    = opt.interpolate(x3, x2, opt.minV, opt.maxV);\n    var righttop    = opt.interpolate(x1, x3, opt.minV, opt.maxV);\n\n    if (opt.polygons_full) {\n      cell.edges.lt = {\n        path: [ [0, lefttop], [topright, 1] ],\n        move: {\n          x:      0,\n          y:      1,\n          enter:  'br'\n        }\n      };\n      cell.edges.rt = {\n        path: [ [1, righttop], [0, leftbottom] ],\n        move: {\n          x:      -1,\n          y:      0,\n          enter:  'rb'\n        }\n      };\n    }\n\n    if (opt.polygons)\n      cell.polygons.push([ [0, leftbottom], [0, lefttop], [topright, 1], [1, 1], [1, righttop] ]);\n  },\n\n  pentagon_tr_bt: function(cell, x0, x1, x2, x3, opt) {\n    var topleft     = opt.interpolate_a(x3, x2, opt.minV, opt.maxV);\n    var topright    = opt.interpolate_b(x3, x2, opt.minV, opt.maxV);\n    var rightbottom = opt.interpolate(x1, x2, opt.minV, opt.maxV);\n    var bottomright = opt.interpolate(x0, x1, opt.minV, opt.maxV);\n\n    if (opt.polygons_full) {\n      cell.edges.br = {\n        path: [ [bottomright, 0], [topleft, 1] ],\n        move: {\n          x:      0,\n          y:      1,\n          enter:  'bl'\n        }\n      };\n      cell.edges.tr = {\n        path: [ [topright, 1], [1, rightbottom] ],\n        move: {\n          x:      1,\n          y:      0,\n          enter:  'lb'\n        }\n      };\n    }\n\n    if (opt.polygons)\n      cell.polygons.push([ [topleft, 1], [topright, 1], [1, rightbottom], [1, 0], [bottomright, 0] ]);\n  },\n\n  pentagon_rb_lr: function(cell, x0, x1, x2, x3, opt) {\n    var leftbottom  = opt.interpolate(x0, x3, opt.minV, opt.maxV);\n    var righttop    = opt.interpolate_b(x1, x2, opt.minV, opt.maxV);\n    var rightbottom = opt.interpolate_a(x1, x2, opt.minV, opt.maxV);\n    var bottomleft  = opt.interpolate(x0, x1, opt.minV, opt.maxV);\n\n    if (opt.polygons_full) {\n      cell.edges.lb = {\n        path: [ [0, leftbottom], [1, righttop] ],\n        move: {\n          x:      1,\n          y:      0,\n          enter:  'lt'\n        }\n      };\n      cell.edges.rb = {\n        path: [ [1, rightbottom], [bottomleft, 0] ],\n        move: {\n          x:      0,\n          y:      -1,\n          enter:  'tl'\n        }\n      };\n    }\n    if (opt.polygons)\n      cell.polygons.push([ [0, 0], [0, leftbottom], [1, righttop], [1, rightbottom], [bottomleft, 0] ]);\n  },\n\n  hexagon_lt_tr:  function(cell, x0, x1, x2, x3, opt) {\n    var leftbottom  = opt.interpolate(x0, x3, opt.minV, opt.maxV);\n    var topleft     = opt.interpolate_a(x3, x2, opt.minV, opt.maxV);\n    var topright    = opt.interpolate_b(x3, x2, opt.minV, opt.maxV);\n    var rightbottom = opt.interpolate(x1, x2, opt.minV, opt.maxV);\n\n    if (opt.polygons_full) {\n      cell.edges.lb = {\n        path: [ [0, leftbottom], [topleft, 1] ],\n        move: {\n          x:      0,\n          y:      1,\n          enter:  'bl'\n        }\n      };\n      cell.edges.tr = {\n        path: [ [topright, 1], [1, rightbottom] ],\n        move: {\n          x:      1,\n          y:      0,\n          enter:  'lb'\n        }\n      };\n    }\n\n    if (opt.polygons)\n      cell.polygons.push([ [0, 0], [0, leftbottom], [topleft, 1], [topright, 1], [1, rightbottom], [1, 0] ]);\n  },\n\n  hexagon_bl_lt:  function(cell, x0, x1, x2, x3, opt) {\n    var bottomright = opt.interpolate(x0, x1, opt.minV, opt.maxV);\n    var leftbottom  = opt.interpolate_a(x0, x3, opt.minV, opt.maxV);\n    var lefttop     = opt.interpolate_b(x0, x3, opt.minV, opt.maxV);\n    var topright    = opt.interpolate(x3, x2, opt.minV, opt.maxV);\n\n    if (opt.polygons_full) {\n      cell.edges.br = {\n        path: [ [bottomright, 0], [0, leftbottom] ],\n        move: {\n          x:      -1,\n          y:      0,\n          enter:  'rb'\n        }\n      };\n      cell.edges.lt = {\n        path: [ [0, lefttop], [topright, 1] ],\n        move: {\n          x:      0,\n          y:      1,\n          enter:  'br'\n        }\n      };\n    }\n\n    if (opt.polygons)\n      cell.polygons.push([ [bottomright, 0], [0, leftbottom], [0, lefttop], [topright, 1], [1, 1], [1, 0] ]);\n  },\n\n  hexagon_bl_rb:  function(cell, x0, x1, x2, x3, opt) {\n    var bottomleft  = opt.interpolate_a(x0, x1, opt.minV, opt.maxV);\n    var bottomright = opt.interpolate_b(x0, x1, opt.minV, opt.maxV);\n    var lefttop     = opt.interpolate(x0, x3, opt.minV, opt.maxV);\n    var righttop    = opt.interpolate(x1, x2, opt.minV, opt.maxV);\n\n    if (opt.polygons_full) {\n      cell.edges.bl = {\n        path: [ [bottomleft, 0], [0, lefttop] ],\n        move: {\n          x:      -1,\n          y:      0,\n          enter:  'rt'\n        }\n      };\n      cell.edges.rt = {\n        path: [ [1, righttop], [bottomright, 0] ],\n        move: {\n          x:      0,\n          y:      -1,\n          enter:  'tr'\n        }\n      };\n    }\n\n    if (opt.polygons)\n      cell.polygons.push([ [bottomleft, 0], [0, lefttop], [0, 1], [1, 1], [1, righttop], [bottomright, 0] ]);\n  },\n\n  hexagon_tr_rb:  function(cell, x0, x1, x2, x3, opt) {\n    var bottomleft  = opt.interpolate(x0, x1, opt.minV, opt.maxV);\n    var topleft     = opt.interpolate(x3, x2, opt.minV, opt.maxV);\n    var righttop    = opt.interpolate_b(x1, x2, opt.minV, opt.maxV);\n    var rightbottom = opt.interpolate_a(x1, x2, opt.minV, opt.maxV);\n\n    if (opt.polygons_full) {\n      cell.edges.tl = {\n        path: [ [topleft, 1], [1, righttop] ],\n        move: {\n          x:      1,\n          y:      0,\n          enter:  'lt'\n        }\n      };\n      cell.edges.rb = {\n        path: [ [1, rightbottom], [bottomleft, 0] ],\n        move: {\n          x:      0,\n          y:      -1,\n          enter:  'tl'\n        }\n      };\n    }\n\n    if (opt.polygons)\n      cell.polygons.push([ [0, 0], [0, 1], [topleft, 1], [1, righttop], [1, rightbottom], [bottomleft, 0] ]);\n  },\n\n  hexagon_lt_rb:  function(cell, x0, x1, x2, x3, opt) {\n    var leftbottom  = opt.interpolate(x0, x3, opt.minV, opt.maxV);\n    var topright    = opt.interpolate(x3, x2, opt.minV, opt.maxV);\n    var righttop    = opt.interpolate(x1, x2, opt.minV, opt.maxV);\n    var bottomleft  = opt.interpolate(x0, x1, opt.minV, opt.maxV);\n\n    if (opt.polygons_full) {\n      cell.edges.lb = {\n        path: [ [0, leftbottom], [topright, 1] ],\n        move: {\n          x:      0,\n          y:      1,\n          enter:  'br'\n        }\n      };\n      cell.edges.rt = {\n        path: [ [1, righttop], [bottomleft, 0] ],\n        move: {\n          x:      0,\n          y:      -1,\n          enter:  'tl'\n        }\n      };\n    }\n\n    if (opt.polygons)\n      cell.polygons.push([ [0, 0], [0, leftbottom], [topright, 1], [1, 1], [1, righttop], [bottomleft, 0] ]);\n  },\n\n  hexagon_bl_tr:  function(cell, x0, x1, x2, x3, opt) {\n    var bottomright = opt.interpolate(x0, x1, opt.minV, opt.maxV);\n    var lefttop     = opt.interpolate(x0, x3, opt.minV, opt.maxV);\n    var topleft     = opt.interpolate(x3, x2, opt.minV, opt.maxV);\n    var rightbottom = opt.interpolate(x1, x2, opt.minV, opt.maxV);\n\n    if (opt.polygons_full) {\n      cell.edges.br = {\n        path: [ [bottomright, 0], [0, lefttop] ],\n        move: {\n          x:      -1,\n          y:      0,\n          enter:  'rt'\n        }\n      };\n      cell.edges.tl = {\n        path: [ [topleft, 1], [1, rightbottom] ],\n        move: {\n          x:      1,\n          y:      0,\n          enter:  'lb'\n        }\n      };\n    }\n\n    if (opt.polygons)\n      cell.polygons.push([ [bottomright, 0], [0, lefttop], [0, 1], [topleft, 1], [1, rightbottom], [1, 0] ]);\n  },\n\n  heptagon_tr:    function(cell, x0, x1, x2, x3, opt) {\n    var bottomleft  = opt.interpolate_a(x0, x1, opt.minV, opt.maxV);\n    var bottomright = opt.interpolate_b(x0, x1, opt.minV, opt.maxV);\n    var leftbottom  = opt.interpolate_a(x0, x3, opt.minV, opt.maxV);\n    var lefttop     = opt.interpolate_b(x0, x3, opt.minV, opt.maxV);\n    var topright    = opt.interpolate(x3, x2, opt.minV, opt.maxV);\n    var righttop    = opt.interpolate(x1, x2, opt.minV, opt.maxV);\n\n    if (opt.polygons_full) {\n      cell.edges.bl = {\n        path: [ [bottomleft, 0], [0, leftbottom] ],\n        move: {\n          x:      -1,\n          y:      0,\n          enter:  'rb'\n        }\n      };\n      cell.edges.lt = {\n        path: [ [0, lefttop], [topright, 1] ],\n        move: {\n          x:      0,\n          y:      1,\n          enter:  'br'\n        }\n      };\n      cell.edges.rt = {\n        path: [ [1, righttop], [bottomright, 0] ],\n        move: {\n          x:      0,\n          y:      -1,\n          enter:  'tr'\n        }\n      };\n    }\n\n    if (opt.polygons)\n      cell.polygons.push([ [bottomleft, 0], [0, leftbottom], [0, lefttop], [topright, 1], [1, 1], [1, righttop], [bottomright, 0] ]);\n  },\n\n  heptagon_bl:    function(cell, x0, x1, x2, x3, opt) {\n    var bottomleft  = opt.interpolate(x0, x1, opt.minV, opt.maxV);\n    var leftbottom  = opt.interpolate(x0, x3, opt.minV, opt.maxV);\n    var topleft     = opt.interpolate_a(x3, x2, opt.minV, opt.maxV);\n    var topright    = opt.interpolate_b(x3, x2, opt.minV, opt.maxV);\n    var righttop    = opt.interpolate_b(x1, x2, opt.minV, opt.maxV);\n    var rightbottom = opt.interpolate_a(x1, x2, opt.minV, opt.maxV);\n\n    if (opt.polygons_full) {\n      cell.edges.lb = {\n        path: [ [0, leftbottom], [topleft, 1] ],\n        move: {\n          x:      0,\n          y:      1,\n          enter:  'bl'\n        }\n      };\n      cell.edges.tr = {\n        path: [ [topright, 1], [1, righttop] ],\n        move: {\n          x:      1,\n          y:      0,\n          enter:  'lt'\n        }\n      };\n      cell.edges.rb = {\n        path: [ [1, rightbottom], [bottomleft, 0] ],\n        move: {\n          x:      0,\n          y:      -1,\n          enter:  'tl'\n        }\n      };\n    }\n\n    if (opt.polygons)\n      cell.polygons.push([ [0, 0], [0, leftbottom], [topleft, 1], [topright, 1], [1, righttop], [1, rightbottom], [bottomleft, 0] ]);\n  },\n\n  heptagon_tl:    function(cell, x0, x1, x2, x3, opt) {\n    var bottomleft  = opt.interpolate_a(x0, x1, opt.minV, opt.maxV);\n    var bottomright = opt.interpolate_b(x0, x1, opt.minV, opt.maxV);\n    var lefttop     = opt.interpolate(x0, x3, opt.minV, opt.maxV);\n    var topleft     = opt.interpolate(x3, x2, opt.minV, opt.maxV);\n    var righttop    = opt.interpolate_b(x1, x2, opt.minV, opt.maxV);\n    var rightbottom = opt.interpolate_a(x1, x2, opt.minV, opt.maxV);\n\n    if (opt.polygons_full) {\n      cell.edges.bl = {\n        path: [ [bottomleft, 0], [0, lefttop] ],\n        move: {\n          x:      -1,\n          y:      0,\n          enter:  'rt'\n        }\n      };\n      cell.edges.tl = {\n        path: [ [topleft, 1], [1, righttop] ],\n        move: {\n          x:      1,\n          y:      0,\n          enter:  'lt'\n        }\n      };\n      cell.edges.rb = {\n        path: [ [1, rightbottom], [bottomright, 0] ],\n        move: {\n          x:      0,\n          y:      -1,\n          enter:  'tr'\n        }\n      };\n    }\n\n    if (opt.polygons)\n      cell.polygons.push([ [bottomleft, 0], [0, lefttop], [0, 1], [topleft, 1], [1, righttop], [1, rightbottom], [bottomright, 0] ]);\n  },\n\n  heptagon_br:    function(cell, x0, x1, x2, x3, opt) {\n    var bottomright = opt.interpolate(x0, x1, opt.minV, opt.maxV);\n    var leftbottom  = opt.interpolate_a(x0, x3, opt.minV, opt.maxV);\n    var lefttop     = opt.interpolate_b(x0, x3, opt.minV, opt.maxV);\n    var topleft     = opt.interpolate_a(x3, x2, opt.minV, opt.maxV);\n    var topright    = opt.interpolate_b(x3, x2, opt.minV, opt.maxV);\n    var rightbottom = opt.interpolate(x1, x2, opt.minV, opt.maxV);\n\n    if (opt.polygons_full) {\n      cell.edges.br = {\n        path: [ [bottomright, 0], [0, leftbottom] ],\n        move: {\n          x:      -1,\n          y:      0,\n          enter:  'rb'\n        }\n      };\n      cell.edges.lt = {\n        path: [ [0, lefttop], [topleft, 1] ],\n        move: {\n          x:      0,\n          y:      1,\n          enter:  'bl'\n        }\n      };\n      cell.edges.tr = {\n        path: [ [topright, 1], [1, rightbottom] ],\n        move: {\n          x:      1,\n          y:      0,\n          enter:  'lb'\n        }\n      };\n    }\n\n    if (opt.polygons)\n      cell.polygons.push([ [bottomright,0], [0, leftbottom], [0, lefttop], [topleft, 1], [topright, 1], [1, rightbottom], [1, 0] ]);\n  },\n\n  octagon:        function(cell, x0, x1, x2, x3, opt) {\n    var bottomleft  = opt.interpolate_a(x0, x1, opt.minV, opt.maxV);\n    var bottomright = opt.interpolate_b(x0, x1, opt.minV, opt.maxV);\n    var leftbottom  = opt.interpolate_a(x0, x3, opt.minV, opt.maxV);\n    var lefttop     = opt.interpolate_b(x0, x3, opt.minV, opt.maxV);\n    var topleft     = opt.interpolate_a(x3, x2, opt.minV, opt.maxV);\n    var topright    = opt.interpolate_b(x3, x2, opt.minV, opt.maxV);\n    var righttop    = opt.interpolate_b(x1, x2, opt.minV, opt.maxV);\n    var rightbottom = opt.interpolate_a(x1, x2, opt.minV, opt.maxV);\n\n    if (opt.polygons_full) {\n      cell.edges.bl = {\n        path: [ [bottomleft, 0], [0, leftbottom] ],\n        move: {\n          x:      -1,\n          y:      0,\n          enter:  'rb'\n        }\n      };\n      cell.edges.lt = {\n        path: [ [0, lefttop], [topleft, 1] ],\n        move: {\n          x:      0,\n          y:      1,\n          enter:  'bl'\n        }\n      };\n      cell.edges.tr = {\n        path: [ [topright, 1], [1, righttop] ],\n        move: {\n          x:      1,\n          y:      0,\n          enter:  'lt'\n        }\n      };\n      cell.edges.rb = {\n        path: [ [1, rightbottom], [bottomright, 0] ],\n        move: {\n          x:      0,\n          y:      -1,\n          enter:  'tr'\n        }\n      };\n    }\n\n    if (opt.polygons)\n      cell.polygons.push([ [bottomleft, 0], [0, leftbottom], [0, lefttop], [topleft, 1], [topright, 1], [1, righttop], [1, rightbottom], [bottomright, 0] ]);\n  }\n};\n\n\n/*\n * Compute isobands(s) for a scalar 2D field given a certain\n * threshold and a bandwidth by applying the Marching Squares\n * Algorithm. The function returns a list of path coordinates\n * either for individual polygons within each grid cell, or the\n * outline of connected polygons.\n */\nfunction isoBands(input, minV, bandWidth, options) {\n  var i,\n    j,\n    settings,\n    useQuadTree   = false,\n    tree          = null,\n    root          = null,\n    data          = null,\n    cellGrid      = null,\n    multiBand     = false,\n    bw            = [],\n    bandPolygons  = [],\n    ret           = [];\n\n  /* basic input validation */\n  if (!input) throw new Error('data is required');\n  if (minV === undefined || minV === null) throw new Error('lowerBound is required');\n  if (bandWidth === undefined || bandWidth === null) throw new Error('bandWidth is required');\n  if ((!!options) && (typeof options !== 'object')) throw new Error('options must be an object');\n\n  settings = isoBandOptions(options);\n\n  /* check for input data */\n  if (input instanceof QuadTree) {\n    tree = input;\n    root = input.root;\n    data = input.data;\n    if (!settings.noQuadTree)\n      useQuadTree = true;\n  } else if (Array.isArray(input) && Array.isArray(input[0])) {\n    data = input;\n  } else {\n    throw new Error('input is neither array of arrays nor object retrieved from \\'QuadTree()\\'');\n  }\n\n  /* check and prepare input thresholds */\n  if (Array.isArray(minV)) {\n    multiBand = true;\n\n    /* activate QuadTree optimization if not explicitly forbidden by user settings */\n    if (!settings.noQuadTree)\n      useQuadTree = true;\n\n    /* check if all minV are numbers */\n    for (i = 0; i < minV.length; i++)\n      if (isNaN(+minV[i]))\n        throw new Error('lowerBound[' + i + '] is not a number');\n\n    if (Array.isArray(bandWidth)) {\n      if (minV.length !== bandWidth.length)\n        throw new Error('lowerBound and bandWidth have unequal lengths');\n\n      /* check bandwidth values */\n      for (i = 0; i < bandWidth.length; i++)\n        if (isNaN(+bandWidth[i]))\n          throw new Error('bandWidth[' + i + '] is not a number');\n    } else {\n      if (isNaN(+bandWidth))\n        throw new Error('bandWidth must be a number');\n\n      bw = [];\n      for (i = 0; i < minV.length; i++) {\n        bw.push(bandWidth);\n      }\n      bandWidth = bw;\n    }\n  } else {\n    if (isNaN(+minV))\n      throw new Error('lowerBound must be a number');\n\n    minV = [ minV ];\n\n    if (isNaN(+bandWidth))\n      throw new Error('bandWidth must be a number');\n\n    bandWidth = [ bandWidth ];\n  }\n\n  /* create QuadTree root node if not already present */\n  if ((useQuadTree) && (!root)) {\n    tree = new QuadTree(data);\n    root = tree.root;\n    data = tree.data;\n  }\n\n  if (settings.verbose) {\n    if(settings.polygons)\n      console.log('MarchingSquaresJS-isoBands: returning single polygons for each grid cell');\n    else\n      console.log('MarchingSquaresJS-isoBands: returning polygon paths for entire data grid');\n\n    if (multiBand)\n      console.log('MarchingSquaresJS-isoBands: multiple bands requested, returning array of band polygons instead of polygons for a single band');\n  }\n\n  /* Done with all input validation, now let's start computing stuff */\n\n  /* loop over all minV values */\n  minV.forEach(function(lowerBound, b) {\n    bandPolygons = [];\n\n    /* store bounds for current computation in settings object */\n    settings.minV = lowerBound;\n    settings.maxV = lowerBound + bandWidth[b];\n\n    if(settings.verbose)\n      console.log('MarchingSquaresJS-isoBands: computing isobands for [' + lowerBound + ':' + (lowerBound + bandWidth[b]) + ']');\n\n    if (settings.polygons) {\n      /* compose list of polygons for each single cell */\n      if (useQuadTree) {\n        /* go through list of cells retrieved from QuadTree */\n        root\n          .cellsInBand(settings.minV, settings.maxV, true)\n          .forEach(function(c) {\n            bandPolygons  = bandPolygons.concat(\n              cell2Polygons(\n                prepareCell$1(data,\n                  c.x,\n                  c.y,\n                  settings),\n                c.x,\n                c.y,\n                settings\n              ));\n          });\n      } else {\n        /* go through entire array of input data */\n        for (j = 0; j < data.length - 1; ++j) {\n          for (i = 0; i < data[0].length - 1; ++i)\n            bandPolygons  = bandPolygons.concat(\n              cell2Polygons(\n                prepareCell$1(data,\n                  i,\n                  j,\n                  settings),\n                i,\n                j,\n                settings\n              ));\n        }\n      }\n    } else {\n      /* sparse grid of input data cells */\n      cellGrid = [];\n      for (i = 0; i < data[0].length - 1; ++i)\n        cellGrid[i] = [];\n\n      /* compose list of polygons for entire input grid */\n      if (useQuadTree) {\n        /* collect the cells */\n        root\n          .cellsInBand(settings.minV, settings.maxV, false)\n          .forEach(function(c) {\n            cellGrid[c.x][c.y] = prepareCell$1(data,\n              c.x,\n              c.y,\n              settings);\n          });\n      } else {\n        /* prepare cells */\n        for (i = 0; i < data[0].length - 1; ++i) {\n          for (j = 0; j < data.length - 1; ++j) {\n            cellGrid[i][j]  = prepareCell$1(data,\n              i,\n              j,\n              settings);\n          }\n        }\n      }\n\n      bandPolygons = traceBandPaths(data, cellGrid, settings);\n    }\n\n    /* finally, add polygons to output array */\n    if (multiBand)\n      ret.push(bandPolygons);\n    else\n      ret = bandPolygons;\n\n    if(typeof settings.successCallback === 'function')\n      settings.successCallback(ret, lowerBound, bandWidth[b]);\n  });\n\n  return ret;\n}\n\n/*\n * Thats all for the public interface, below follows the actual\n * implementation\n */\n\n/*\n *  For isoBands, each square is defined by the three states\n * of its corner points. However, since computers use power-2\n * values, we use 2bits per trit, i.e.:\n *\n * 00 ... below minV\n * 01 ... between minV and maxV\n * 10 ... above maxV\n *\n * Hence we map the 4-trit configurations as follows:\n *\n * 0000 => 0\n * 0001 => 1\n * 0002 => 2\n * 0010 => 4\n * 0011 => 5\n * 0012 => 6\n * 0020 => 8\n * 0021 => 9\n * 0022 => 10\n * 0100 => 16\n * 0101 => 17\n * 0102 => 18\n * 0110 => 20\n * 0111 => 21\n * 0112 => 22\n * 0120 => 24\n * 0121 => 25\n * 0122 => 26\n * 0200 => 32\n * 0201 => 33\n * 0202 => 34\n * 0210 => 36\n * 0211 => 37\n * 0212 => 38\n * 0220 => 40\n * 0221 => 41\n * 0222 => 42\n * 1000 => 64\n * 1001 => 65\n * 1002 => 66\n * 1010 => 68\n * 1011 => 69\n * 1012 => 70\n * 1020 => 72\n * 1021 => 73\n * 1022 => 74\n * 1100 => 80\n * 1101 => 81\n * 1102 => 82\n * 1110 => 84\n * 1111 => 85\n * 1112 => 86\n * 1120 => 88\n * 1121 => 89\n * 1122 => 90\n * 1200 => 96\n * 1201 => 97\n * 1202 => 98\n * 1210 => 100\n * 1211 => 101\n * 1212 => 102\n * 1220 => 104\n * 1221 => 105\n * 1222 => 106\n * 2000 => 128\n * 2001 => 129\n * 2002 => 130\n * 2010 => 132\n * 2011 => 133\n * 2012 => 134\n * 2020 => 136\n * 2021 => 137\n * 2022 => 138\n * 2100 => 144\n * 2101 => 145\n * 2102 => 146\n * 2110 => 148\n * 2111 => 149\n * 2112 => 150\n * 2120 => 152\n * 2121 => 153\n * 2122 => 154\n * 2200 => 160\n * 2201 => 161\n * 2202 => 162\n * 2210 => 164\n * 2211 => 165\n * 2212 => 166\n * 2220 => 168\n * 2221 => 169\n * 2222 => 170\n */\n\n/*\n * ####################################\n * Some small helper functions\n * ####################################\n */\n\nfunction computeCenterAverage(bl, br, tr, tl, minV, maxV) {\n  var average = (tl + tr + br + bl) / 4;\n\n  if (average > maxV)\n    return 2; /* above isoband limits */\n\n  if (average < minV)\n    return 0; /* below isoband limits */\n\n  return 1; /* within isoband limits */\n}\n\n\nfunction prepareCell$1(grid, x, y, opt) {\n  var cell,\n    center_avg;\n\n  /*  compose the 4-trit corner representation */\n  var cval = 0;\n  var x3 = grid[y + 1][x];\n  var x2 = grid[y + 1][x + 1];\n  var x1 = grid[y][x + 1];\n  var x0 = grid[y][x];\n  var minV  = opt.minV;\n  var maxV  = opt.maxV;\n\n  /*\n   * Note that missing data within the grid will result\n   * in horribly failing to trace full polygon paths\n   */\n  if(isNaN(x0) || isNaN(x1) || isNaN(x2) || isNaN(x3)) {\n    return;\n  }\n\n  /*\n   * Here we detect the type of the cell\n   *\n   * x3 ---- x2\n   * |      |\n   * |      |\n   * x0 ---- x1\n   *\n   * with edge points\n   *\n   * x0 = (x,y),\n   * x1 = (x + 1, y),\n   * x2 = (x + 1, y + 1), and\n   * x3 = (x, y + 1)\n   *\n   * and compute the polygon intersections with the edges\n   * of the cell. Each edge value may be (i) below, (ii) within,\n   * or (iii) above the values of the isoband limits. We\n   * encode this property using 2 bits of information, where\n   *\n   * 00 ... below,\n   * 01 ... within, and\n   * 10 ... above\n   *\n   * Then we store the cells value as vector\n   *\n   * cval = (x0, x1, x2, x3)\n   *\n   * where x0 are the two least significant bits (0th, 1st),\n   * x1 the 2nd and 3rd bit, and so on. This essentially\n   * enables us to work with a single integer number\n   */\n\n  cval |= (x3 < minV) ? 0 : (x3 > maxV) ? 128 : 64;\n  cval |= (x2 < minV) ? 0 : (x2 > maxV) ? 32 : 16;\n  cval |= (x1 < minV) ? 0 : (x1 > maxV) ? 8 : 4;\n  cval |= (x0 < minV) ? 0 : (x0 > maxV) ? 2 : 1;\n\n  /* make sure cval is a number */\n  cval = +cval;\n\n  /*\n   * cell center average trit for ambiguous cases, where\n   * 0 ... below iso band\n   * 1 ... within iso band\n   * 2 ... above isoband\n   */\n  center_avg = 0;\n\n  cell = {\n    cval:         cval,\n    polygons:     [],\n    edges:        {},\n    x0:           x0,\n    x1:           x1,\n    x2:           x2,\n    x3:           x3,\n    x:            x,\n    y:            y\n  };\n\n  /*\n   * Compute interpolated intersections of the polygon(s)\n   * with the cell borders and (i) add edges for polygon\n   * trace-back, or (ii) a list of small closed polygons\n   * according to look-up table\n   */\n  switch (cval) {\n  case 85:  /* 1111 */\n    shapeCoordinates.square(cell, x0, x1, x2, x3, opt);\n    /* fall through */\n  case 0:   /* 0000 */\n    /* fall through */\n  case 170: /* 2222 */\n    break;\n\n    /* single triangle cases */\n\n  case 169: /* 2221 */\n    shapeCoordinates.triangle_bl(cell, x0, x1, x2, x3, opt);\n    break;\n\n  case 166: /* 2212 */\n    shapeCoordinates.triangle_br(cell, x0, x1, x2, x3, opt);\n    break;\n\n  case 154: /* 2122 */\n    shapeCoordinates.triangle_tr(cell, x0, x1, x2, x3, opt);\n    break;\n\n  case 106: /* 1222 */\n    shapeCoordinates.triangle_tl(cell, x0, x1, x2, x3, opt);\n    break;\n\n  case 1: /* 0001 */\n    shapeCoordinates.triangle_bl(cell, x0, x1, x2, x3, opt);\n    break;\n\n  case 4: /* 0010 */\n    shapeCoordinates.triangle_br(cell, x0, x1, x2, x3, opt);\n    break;\n\n  case 16: /* 0100 */\n    shapeCoordinates.triangle_tr(cell, x0, x1, x2, x3, opt);\n    break;\n\n  case 64: /* 1000 */\n    shapeCoordinates.triangle_tl(cell, x0, x1, x2, x3, opt);\n    break;\n\n\n    /* single trapezoid cases */\n\n  case 168: /* 2220 */\n    shapeCoordinates.tetragon_bl(cell, x0, x1, x2, x3, opt);\n    break;\n\n  case 162: /* 2202 */\n    shapeCoordinates.tetragon_br(cell, x0, x1, x2, x3, opt);\n    break;\n\n  case 138: /* 2022 */\n    shapeCoordinates.tetragon_tr(cell, x0, x1, x2, x3, opt);\n    break;\n\n  case 42: /* 0222 */\n    shapeCoordinates.tetragon_tl(cell, x0, x1, x2, x3, opt);\n    break;\n\n  case 2: /* 0002 */\n    shapeCoordinates.tetragon_bl(cell, x0, x1, x2, x3, opt);\n    break;\n\n  case 8: /* 0020 */\n    shapeCoordinates.tetragon_br(cell, x0, x1, x2, x3, opt);\n    break;\n\n  case 32: /* 0200 */\n    shapeCoordinates.tetragon_tr(cell, x0, x1, x2, x3, opt);\n    break;\n\n  case 128: /* 2000 */\n    shapeCoordinates.tetragon_tl(cell, x0, x1, x2, x3, opt);\n    break;\n\n\n    /* single rectangle cases */\n\n  case 5: /* 0011 */\n    shapeCoordinates.tetragon_b(cell, x0, x1, x2, x3, opt);\n    break;\n\n  case 20: /* 0110 */\n    shapeCoordinates.tetragon_r(cell, x0, x1, x2, x3, opt);\n    break;\n\n  case 80: /* 1100 */\n    shapeCoordinates.tetragon_t(cell, x0, x1, x2, x3, opt);\n    break;\n\n  case 65: /* 1001 */\n    shapeCoordinates.tetragon_l(cell, x0, x1, x2, x3, opt);\n    break;\n\n  case 165: /* 2211 */\n    shapeCoordinates.tetragon_b(cell, x0, x1, x2, x3, opt);\n    break;\n\n  case 150: /* 2112 */\n    shapeCoordinates.tetragon_r(cell, x0, x1, x2, x3, opt);\n    break;\n\n  case 90: /* 1122 */\n    shapeCoordinates.tetragon_t(cell, x0, x1, x2, x3, opt);\n    break;\n\n  case 105: /* 1221 */\n    shapeCoordinates.tetragon_l(cell, x0, x1, x2, x3, opt);\n    break;\n\n  case 160: /* 2200 */\n    shapeCoordinates.tetragon_lr(cell, x0, x1, x2, x3, opt);\n    break;\n\n  case 130: /* 2002 */\n    shapeCoordinates.tetragon_tb(cell, x0, x1, x2, x3, opt);\n    break;\n\n  case 10: /* 0022 */\n    shapeCoordinates.tetragon_lr(cell, x0, x1, x2, x3, opt);\n    break;\n\n  case 40: /* 0220 */\n    shapeCoordinates.tetragon_tb(cell, x0, x1, x2, x3, opt);\n    break;\n\n\n    /* single pentagon cases */\n\n  case 101: /* 1211 */\n    shapeCoordinates.pentagon_tr(cell, x0, x1, x2, x3, opt);\n    break;\n\n  case 149: /* 2111 */\n    shapeCoordinates.pentagon_tl(cell, x0, x1, x2, x3, opt);\n    break;\n\n  case 86: /* 1112 */\n    shapeCoordinates.pentagon_bl(cell, x0, x1, x2, x3, opt);\n    break;\n\n  case 89: /* 1121 */\n    shapeCoordinates.pentagon_br(cell, x0, x1, x2, x3, opt);\n    break;\n\n  case 69: /* 1011 */\n    shapeCoordinates.pentagon_tr(cell, x0, x1, x2, x3, opt);\n    break;\n\n  case 21: /* 0111 */\n    shapeCoordinates.pentagon_tl(cell, x0, x1, x2, x3, opt);\n    break;\n\n  case 84: /* 1110 */\n    shapeCoordinates.pentagon_bl(cell, x0, x1, x2, x3, opt);\n    break;\n\n  case 81: /* 1101 */\n    shapeCoordinates.pentagon_br(cell, x0, x1, x2, x3, opt);\n    break;\n\n  case 96: /* 1200 */\n    shapeCoordinates.pentagon_tr_rl(cell, x0, x1, x2, x3, opt);\n    break;\n\n  case 24: /* 0120 */\n    shapeCoordinates.pentagon_rb_bt(cell, x0, x1, x2, x3, opt);\n    break;\n\n  case 6: /* 0012 */\n    shapeCoordinates.pentagon_bl_lr(cell, x0, x1, x2, x3, opt);\n    break;\n\n  case 129: /* 2001 */\n    shapeCoordinates.pentagon_lt_tb(cell, x0, x1, x2, x3, opt);\n    break;\n\n  case 74: /* 1022 */\n    shapeCoordinates.pentagon_tr_rl(cell, x0, x1, x2, x3, opt);\n    break;\n\n  case 146: /* 2102 */\n    shapeCoordinates.pentagon_rb_bt(cell, x0, x1, x2, x3, opt);\n    break;\n\n  case 164: /* 2210 */\n    shapeCoordinates.pentagon_bl_lr(cell, x0, x1, x2, x3, opt);\n    break;\n\n  case 41: /* 0221 */\n    shapeCoordinates.pentagon_lt_tb(cell, x0, x1, x2, x3, opt);\n    break;\n\n  case 66: /* 1002 */\n    shapeCoordinates.pentagon_bl_tb(cell, x0, x1, x2, x3, opt);\n    break;\n\n  case 144: /* 2100 */\n    shapeCoordinates.pentagon_lt_rl(cell, x0, x1, x2, x3, opt);\n    break;\n\n  case 36: /* 0210 */\n    shapeCoordinates.pentagon_tr_bt(cell, x0, x1, x2, x3, opt);\n    break;\n\n  case 9: /* 0021 */\n    shapeCoordinates.pentagon_rb_lr(cell, x0, x1, x2, x3, opt);\n    break;\n\n  case 104: /* 1220 */\n    shapeCoordinates.pentagon_bl_tb(cell, x0, x1, x2, x3, opt);\n    break;\n\n  case 26: /* 0122 */\n    shapeCoordinates.pentagon_lt_rl(cell, x0, x1, x2, x3, opt);\n    break;\n\n  case 134: /* 2012 */\n    shapeCoordinates.pentagon_tr_bt(cell, x0, x1, x2, x3, opt);\n    break;\n\n  case 161: /* 2201 */\n    shapeCoordinates.pentagon_rb_lr(cell, x0, x1, x2, x3, opt);\n    break;\n\n\n    /* single hexagon cases */\n\n  case 37: /* 0211 */\n    shapeCoordinates.hexagon_lt_tr(cell, x0, x1, x2, x3, opt);\n    break;\n\n  case 148: /* 2110 */\n    shapeCoordinates.hexagon_bl_lt(cell, x0, x1, x2, x3, opt);\n    break;\n\n  case 82: /* 1102 */\n    shapeCoordinates.hexagon_bl_rb(cell, x0, x1, x2, x3, opt);\n    break;\n\n  case 73: /* 1021 */\n    shapeCoordinates.hexagon_tr_rb(cell, x0, x1, x2, x3, opt);\n    break;\n\n  case 133: /* 2011 */\n    shapeCoordinates.hexagon_lt_tr(cell, x0, x1, x2, x3, opt);\n    break;\n\n  case 22: /* 0112 */\n    shapeCoordinates.hexagon_bl_lt(cell, x0, x1, x2, x3, opt);\n    break;\n\n  case 88: /* 1120 */\n    shapeCoordinates.hexagon_bl_rb(cell, x0, x1, x2, x3, opt);\n    break;\n\n  case 97: /* 1201 */\n    shapeCoordinates.hexagon_tr_rb(cell, x0, x1, x2, x3, opt);\n    break;\n\n  case 145: /* 2101 */\n    shapeCoordinates.hexagon_lt_rb(cell, x0, x1, x2, x3, opt);\n    break;\n\n  case 25: /* 0121 */\n    shapeCoordinates.hexagon_lt_rb(cell, x0, x1, x2, x3, opt);\n    break;\n\n  case 70: /* 1012 */\n    shapeCoordinates.hexagon_bl_tr(cell, x0, x1, x2, x3, opt);\n    break;\n\n  case 100: /* 1210 */\n    shapeCoordinates.hexagon_bl_tr(cell, x0, x1, x2, x3, opt);\n    break;\n\n\n    /* 6-sided saddles */\n\n  case 17: /* 0101 */\n    center_avg = computeCenterAverage(x0, x1, x2, x3, minV, maxV);\n    /* should never be center_avg === 2 */\n    if (center_avg === 0) {\n      shapeCoordinates.triangle_bl(cell, x0, x1, x2, x3, opt);\n      shapeCoordinates.triangle_tr(cell, x0, x1, x2, x3, opt);\n    } else {\n      shapeCoordinates.hexagon_lt_rb(cell, x0, x1, x2, x3, opt);\n    }\n    break;\n\n  case 68: /* 1010 */\n    center_avg = computeCenterAverage(x0, x1, x2, x3, minV, maxV);\n    /* should never be center_avg === 2 */\n    if (center_avg === 0) {\n      shapeCoordinates.triangle_tl(cell, x0, x1, x2, x3, opt);\n      shapeCoordinates.triangle_br(cell, x0, x1, x2, x3, opt);\n    } else {\n      shapeCoordinates.hexagon_bl_tr(cell, x0, x1, x2, x3, opt);\n    }\n    break;\n\n  case 153: /* 2121 */\n    center_avg = computeCenterAverage(x0, x1, x2, x3, minV, maxV);\n    /* should never be center_avg === 0 */\n    if (center_avg === 2) {\n      shapeCoordinates.triangle_bl(cell, x0, x1, x2, x3, opt);\n      shapeCoordinates.triangle_tr(cell, x0, x1, x2, x3, opt);\n    } else {\n      shapeCoordinates.hexagon_lt_rb(cell, x0, x1, x2, x3, opt);\n    }\n    break;\n\n  case 102: /* 1212 */\n    center_avg = computeCenterAverage(x0, x1, x2, x3, minV, maxV);\n    /* should never be center_avg === 0 */\n    if (center_avg === 2) {\n      shapeCoordinates.triangle_tl(cell, x0, x1, x2, x3, opt);\n      shapeCoordinates.triangle_br(cell, x0, x1, x2, x3, opt);\n    } else {\n      shapeCoordinates.hexagon_bl_tr(cell, x0, x1, x2, x3, opt);\n    }\n    break;\n\n\n    /* 7-sided saddles */\n\n  case 152: /* 2120 */\n\n    center_avg = computeCenterAverage(x0, x1, x2, x3, minV, maxV);\n    /* should never be center_avg === 0 */\n    if (center_avg === 2) {\n      shapeCoordinates.triangle_tr(cell, x0, x1, x2, x3, opt);\n      shapeCoordinates.tetragon_bl(cell, x0, x1, x2, x3, opt);\n    } else {\n      shapeCoordinates.heptagon_tr(cell, x0, x1, x2, x3, opt);\n    }\n    break;\n\n  case 137: /* 2021 */\n    center_avg = computeCenterAverage(x0, x1, x2, x3, minV, maxV);\n    /* should never be center_avg === 0 */\n    if (center_avg === 2) {\n      shapeCoordinates.triangle_bl(cell, x0, x1, x2, x3, opt);\n      shapeCoordinates.tetragon_tr(cell, x0, x1, x2, x3, opt);\n    } else {\n      shapeCoordinates.heptagon_bl(cell, x0, x1, x2, x3, opt);\n    }\n    break;\n\n  case 98: /* 1202 */\n    center_avg = computeCenterAverage(x0, x1, x2, x3, minV, maxV);\n    /* should never be center_avg === 0 */\n    if (center_avg === 2) {\n      shapeCoordinates.triangle_tl(cell, x0, x1, x2, x3, opt);\n      shapeCoordinates.tetragon_br(cell, x0, x1, x2, x3, opt);\n    } else {\n      shapeCoordinates.heptagon_tl(cell, x0, x1, x2, x3, opt);\n    }\n    break;\n\n  case 38: /* 0212 */\n    center_avg = computeCenterAverage(x0, x1, x2, x3, minV, maxV);\n    /* should never be center_avg === 0 */\n    if (center_avg === 2) {\n      shapeCoordinates.triangle_br(cell, x0, x1, x2, x3, opt);\n      shapeCoordinates.tetragon_tl(cell, x0, x1, x2, x3, opt);\n    } else {\n      shapeCoordinates.heptagon_br(cell, x0, x1, x2, x3, opt);\n    }\n    break;\n\n  case 18: /* 0102 */\n    center_avg = computeCenterAverage(x0, x1, x2, x3, minV, maxV);\n    /* should never be center_avg === 2 */\n    if (center_avg === 0) {\n      shapeCoordinates.triangle_tr(cell, x0, x1, x2, x3, opt);\n      shapeCoordinates.tetragon_bl(cell, x0, x1, x2, x3, opt);\n    } else {\n      shapeCoordinates.heptagon_tr(cell, x0, x1, x2, x3, opt);\n    }\n    break;\n\n  case 33: /* 0201 */\n    center_avg = computeCenterAverage(x0, x1, x2, x3, minV, maxV);\n    /* should never be center_avg === 2 */\n    if (center_avg === 0) {\n      shapeCoordinates.triangle_bl(cell, x0, x1, x2, x3, opt);\n      shapeCoordinates.tetragon_tr(cell, x0, x1, x2, x3, opt);\n    } else {\n      shapeCoordinates.heptagon_bl(cell, x0, x1, x2, x3, opt);\n    }\n    break;\n\n  case 72: /* 1020 */\n    center_avg = computeCenterAverage(x0, x1, x2, x3, minV, maxV);\n    /* should never be center_avg === 2 */\n    if (center_avg === 0) {\n      shapeCoordinates.triangle_tl(cell, x0, x1, x2, x3, opt);\n      shapeCoordinates.tetragon_br(cell, x0, x1, x2, x3, opt);\n    } else {\n      shapeCoordinates.heptagon_tl(cell, x0, x1, x2, x3, opt);\n    }\n    break;\n\n  case 132: /* 2010 */\n    center_avg = computeCenterAverage(x0, x1, x2, x3, minV, maxV);\n    /* should never be center_avg === 2 */\n    if (center_avg === 0) {\n      shapeCoordinates.triangle_br(cell, x0, x1, x2, x3, opt);\n      shapeCoordinates.tetragon_tl(cell, x0, x1, x2, x3, opt);\n    } else {\n      shapeCoordinates.heptagon_br(cell, x0, x1, x2, x3, opt);\n    }\n    break;\n\n\n    /* 8-sided saddles */\n\n  case 136: /* 2020 */\n    center_avg = computeCenterAverage(x0, x1, x2, x3, minV, maxV);\n    if (center_avg === 0) {\n      shapeCoordinates.tetragon_tl(cell, x0, x1, x2, x3, opt);\n      shapeCoordinates.tetragon_br(cell, x0, x1, x2, x3, opt);\n    } else if (center_avg === 1) {\n      shapeCoordinates.octagon(cell, x0, x1, x2, x3, opt);\n    } else {\n      shapeCoordinates.tetragon_bl(cell, x0, x1, x2, x3, opt);\n      shapeCoordinates.tetragon_tr(cell, x0, x1, x2, x3, opt);\n    }\n    break;\n\n  case 34: /* 0202 */\n    center_avg = computeCenterAverage(x0, x1, x2, x3, minV, maxV);\n    if (center_avg === 0) {\n      shapeCoordinates.tetragon_bl(cell, x0, x1, x2, x3, opt);\n      shapeCoordinates.tetragon_tr(cell, x0, x1, x2, x3, opt);\n    } else if (center_avg === 1) {\n      shapeCoordinates.octagon(cell, x0, x1, x2, x3, opt);\n    } else {\n      shapeCoordinates.tetragon_tl(cell, x0, x1, x2, x3, opt);\n      shapeCoordinates.tetragon_br(cell, x0, x1, x2, x3, opt);\n    }\n    break;\n  }\n\n  return cell;\n}\n\nexport { isoLines, isoLines as isoContours, isoBands, QuadTree, QuadTree as quadTree };\n","var coordEach = require('@turf/meta').coordEach;\n\n/**\n * Takes a set of features, calculates the bbox of all input features, and returns a bounding box.\n *\n * @name bbox\n * @param {FeatureCollection|Feature<any>} geojson input features\n * @returns {Array<number>} bbox extent in [minX, minY, maxX, maxY] order\n * @example\n * var line = turf.lineString([[-74, 40], [-78, 42], [-82, 35]]);\n * var bbox = turf.bbox(line);\n * var bboxPolygon = turf.bboxPolygon(bbox);\n *\n * //addToMap\n * var addToMap = [line, bboxPolygon]\n */\nmodule.exports = function (geojson) {\n    var bbox = [Infinity, Infinity, -Infinity, -Infinity];\n    coordEach(geojson, function (coord) {\n        if (bbox[0] > coord[0]) bbox[0] = coord[0];\n        if (bbox[1] > coord[1]) bbox[1] = coord[1];\n        if (bbox[2] < coord[0]) bbox[2] = coord[0];\n        if (bbox[3] < coord[1]) bbox[3] = coord[1];\n    });\n    return bbox;\n};\n","var jsts = require('jsts');\n\n/**\n * Takes two or more {@link Polygon|polygons} and returns a combined polygon. If the input polygons are not contiguous, this function returns a {@link MultiPolygon} feature.\n *\n * @name union\n * @param {...Feature<Polygon>} A polygon to combine\n * @returns {Feature<(Polygon|MultiPolygon)>} a combined {@link Polygon} or {@link MultiPolygon} feature\n * @example\n * var poly1 = turf.polygon([[\n *     [-82.574787, 35.594087],\n *     [-82.574787, 35.615581],\n *     [-82.545261, 35.615581],\n *     [-82.545261, 35.594087],\n *     [-82.574787, 35.594087]\n * ]], {\"fill\": \"#0f0\"});\n * var poly2 = turf.polygon([[\n *     [-82.560024, 35.585153],\n *     [-82.560024, 35.602602],\n *     [-82.52964, 35.602602],\n *     [-82.52964, 35.585153],\n *     [-82.560024, 35.585153]\n * ]], {\"fill\": \"#00f\"});\n *\n * var union = turf.union(poly1, poly2);\n *\n * //addToMap\n * var addToMap = [poly1, poly2, union];\n */\nmodule.exports = function () {\n    var reader = new jsts.io.GeoJSONReader();\n    var result = reader.read(JSON.stringify(arguments[0].geometry));\n\n    for (var i = 1; i < arguments.length; i++) {\n        result = result.union(reader.read(JSON.stringify(arguments[i].geometry)));\n    }\n\n    var writer = new jsts.io.GeoJSONWriter();\n    result = writer.write(result);\n\n    return {\n        type: 'Feature',\n        geometry: result,\n        properties: arguments[0].properties\n    };\n};\n","// https://en.wikipedia.org/wiki/Rhumb_line\n// http://www.movable-type.co.uk/scripts/latlong.html#rhumblines\nvar helpers = require('@turf/helpers');\nvar getCoord = require('@turf/invariant').getCoord;\nvar GeodesyLatLon = require('geodesy').LatLonSpherical;\nvar radiansToDistance = helpers.radiansToDistance;\nvar distanceToRadians = helpers.distanceToRadians;\n\n/**\n * Calculates the distance along a rhumb line between two {@link Point|points} in degrees, radians,\n * miles, or kilometers.\n *\n * @name rhumbDistance\n * @param {Geometry|Feature<Point>|Array<number>} from origin point\n * @param {Geometry|Feature<Point>|Array<number>} to destination point\n * @param {string} [units=kilometers] can be degrees, radians, miles, or kilometers\n * @returns {number} distance between the two points\n * @example\n * var from = turf.point([-75.343, 39.984]);\n * var to = turf.point([-75.534, 39.123]);\n *\n * var distance = turf.rhumbDistance(from, to, \"miles\");\n *\n * //addToMap\n * var addToMap = [from, to];\n * from.properties.distance = distance;\n * to.properties.distance = distance;\n */\nmodule.exports = function (from, to, units) {\n    // validation\n    if (!from) throw new Error('from point is required');\n    if (!to) throw new Error('to point is required');\n\n    units = units || 'kilometers';\n\n    var coordsFrom = getCoord(from);\n    var coordsTo = getCoord(to);\n    var origin = new GeodesyLatLon(coordsFrom[1], coordsFrom[0]);\n    var destination = new GeodesyLatLon(coordsTo[1], coordsTo[0]);\n\n    // compensate the crossing of the 180th meridian (https://macwright.org/2016/09/26/the-180th-meridian.html)\n    // solution from https://github.com/mapbox/mapbox-gl-js/issues/3250#issuecomment-294887678\n    destination[0] += (destination[0] - origin[0] > 180) ? -360 : (origin[0] - destination[0] > 180) ? 360 : 0;\n    var distanceInMeters = origin.rhumbDistanceTo(destination);\n    var distance = radiansToDistance(distanceToRadians(distanceInMeters, 'meters'), units);\n    return distance;\n};\n","var render = function () {var _vm=this;var _h=_vm.$createElement;var _c=_vm._self._c||_h;return _c('div',{staticClass:\"red-border\"},[_c('div',{staticClass:\"red-border-inputs\"},[_c('div',{staticClass:\"red-border-checkbox\"},[_c('BsCheckbox',{scopedSlots:_vm._u([{key:\"label\",fn:function(){return [_c('IxRes',[_vm._v(\"Common.SR_Common.checkbox.label.useRedBorder\")])]},proxy:true},{key:\"description\",fn:function(){return [_c('IxRes',[_vm._v(\"Common.SR_Common.infos.useRedBorder\")])]},proxy:true}]),model:{value:(_vm.enabledModel),callback:function ($$v) {_vm.enabledModel=$$v},expression:\"enabledModel\"}})],1),_c('NumericInput',{attrs:{\"disabled\":!_vm.enabled,\"rule\":function (x) { return x > 0; },\"integer\":\"\",\"unit\":\"m\",\"name\":\"buffer\"},scopedSlots:_vm._u([{key:\"label\",fn:function(){return [_c('IxRes',[_vm._v(\"Common.SR_Common.inputs.label.redBorderBuffer\")])]},proxy:true}]),model:{value:(_vm.valueModel),callback:function ($$v) {_vm.valueModel=$$v},expression:\"valueModel\"}})],1),(_vm.bufferedFeature === undefined)?_c('HelpBox',{attrs:{\"type\":\"danger\"}},[_c('IxRes',[_vm._v(\"Common.SR_Common.hints.wrongBufferSize\")])],1):_vm._e(),_c('IxVectorLayer',{attrs:{\"features\":_vm.previewFeatures,\"vector-style\":_vm.style,\"z-index\":3}})],1)}\nvar staticRenderFns = []\n\nexport { render, staticRenderFns }","<template lang=\"html\">\r\n  <div class=\"red-border\">\r\n    <div class=\"red-border-inputs\">\r\n      <div class=\"red-border-checkbox\">\r\n        <BsCheckbox\r\n          v-model=\"enabledModel\"\r\n        >\r\n          <template #label>\r\n            <IxRes>Common.SR_Common.checkbox.label.useRedBorder</IxRes>\r\n          </template>\r\n          <template #description>\r\n            <IxRes>Common.SR_Common.infos.useRedBorder</IxRes>\r\n          </template>\r\n        </BsCheckbox>\r\n      </div>\r\n      <NumericInput\r\n        v-model=\"valueModel\"\r\n        :disabled=\"!enabled\"\r\n        :rule=\"x => x > 0\"\r\n        integer unit=\"m\"\r\n        name=\"buffer\"\r\n      >\r\n        <template #label>\r\n          <IxRes>Common.SR_Common.inputs.label.redBorderBuffer</IxRes>\r\n        </template>\r\n      </NumericInput>\r\n    </div>\r\n\r\n    <HelpBox v-if=\"bufferedFeature === undefined\" type=\"danger\">\r\n      <IxRes>Common.SR_Common.hints.wrongBufferSize</IxRes>\r\n    </HelpBox>\r\n\r\n    <IxVectorLayer :features=\"previewFeatures\" :vector-style=\"style\" :z-index=\"3\" />\r\n  </div>\r\n</template>\r\n\r\n<script>\r\nimport buffer from '@turf/buffer'\r\n\r\nimport {fieldBorder} from '@frs/map-styles'\r\n\r\nimport BsCheckbox from '@components/bootstrap/BsCheckbox'\r\nimport NumericInput from '@components/forms/NumericInput'\r\nimport HelpBox from '@components/help/HelpBox'\r\nimport IxVectorLayer from '@components/map/IxVectorLayer'\r\n\r\nexport default {\r\n  components: {\r\n    IxVectorLayer,\r\n    BsCheckbox,\r\n    NumericInput,\r\n    HelpBox\r\n  },\r\n  props: {\r\n    originalBorder: Object,\r\n    value: Number,\r\n    enabled: Boolean\r\n  },\r\n  computed: {\r\n    valueModel: {\r\n      get () { return this.value },\r\n      set (value) { this.$emit('input', value) }\r\n    },\r\n    enabledModel: {\r\n      get () { return this.enabled },\r\n      set (enabled) { this.$emit('update:enabled', enabled) }\r\n    },\r\n    bufferedFeature () {\r\n      if (!this.originalBorder || !this.enabled || !this.value || this.value <= 0) {\r\n        return null\r\n      }\r\n\r\n      return buffer(this.originalBorder, this.value * (-1.0), 'meters')\r\n    },\r\n    previewFeatures (state, getters, rootState, rootGetters) {\r\n      return this.bufferedFeature ? [this.bufferedFeature] : []\r\n    },\r\n    style () {\r\n      return fieldBorder\r\n    }\r\n  },\r\n  watch: {\r\n    bufferedFeature: {\r\n      immediate: true,\r\n      handler (feature) {\r\n        this.$emit('error', feature === undefined)\r\n      }\r\n    }\r\n  }\r\n}\r\n</script>\r\n\r\n<style lang=\"scss\">\r\n.red-border {\r\n  display: flex;\r\n  flex-direction: column;\r\n  margin-right: 5px;\r\n\r\n  .red-border-inputs {\r\n    display: flex;\r\n\r\n    ::v-deep .input-field {\r\n      width: 100px;\r\n    }\r\n    margin-bottom: 10px;\r\n  }\r\n}\r\n\r\n.red-border-checkbox {\r\n  margin-right: 5px;\r\n}\r\n</style>\r\n","import mod from \"-!../../../../../node_modules/cache-loader/dist/cjs.js??ref--12-0!../../../../../node_modules/thread-loader/dist/cjs.js!../../../../../node_modules/babel-loader/lib/index.js!../../../../../node_modules/cache-loader/dist/cjs.js??ref--0-0!../../../../../node_modules/vue-loader/lib/index.js??vue-loader-options!./RedBorderPreview.vue?vue&type=script&lang=js&\"; export default mod; export * from \"-!../../../../../node_modules/cache-loader/dist/cjs.js??ref--12-0!../../../../../node_modules/thread-loader/dist/cjs.js!../../../../../node_modules/babel-loader/lib/index.js!../../../../../node_modules/cache-loader/dist/cjs.js??ref--0-0!../../../../../node_modules/vue-loader/lib/index.js??vue-loader-options!./RedBorderPreview.vue?vue&type=script&lang=js&\"","import { render, staticRenderFns } from \"./RedBorderPreview.vue?vue&type=template&id=39b7d188&lang=html&\"\nimport script from \"./RedBorderPreview.vue?vue&type=script&lang=js&\"\nexport * from \"./RedBorderPreview.vue?vue&type=script&lang=js&\"\nimport style0 from \"./RedBorderPreview.vue?vue&type=style&index=0&lang=scss&\"\n\n\n/* normalize component */\nimport normalizer from \"!../../../../../node_modules/vue-loader/lib/runtime/componentNormalizer.js\"\nvar component = normalizer(\n  script,\n  render,\n  staticRenderFns,\n  false,\n  null,\n  null,\n  null\n  \n)\n\nexport default component.exports","'use strict';\n\nvar _createClass = function () { function defineProperties(target, props) { for (var i = 0; i < props.length; i++) { var descriptor = props[i]; descriptor.enumerable = descriptor.enumerable || false; descriptor.configurable = true; if (\"value\" in descriptor) descriptor.writable = true; Object.defineProperty(target, descriptor.key, descriptor); } } return function (Constructor, protoProps, staticProps) { if (protoProps) defineProperties(Constructor.prototype, protoProps); if (staticProps) defineProperties(Constructor, staticProps); return Constructor; }; }();\n\nfunction _classCallCheck(instance, Constructor) { if (!(instance instanceof Constructor)) { throw new TypeError(\"Cannot call a class as a function\"); } }\n\nvar _require = require('./util'),\n    orientationIndex = _require.orientationIndex,\n    envelopeIsEqual = _require.envelopeIsEqual,\n    envelopeContains = _require.envelopeContains,\n    coordinatesEqual = _require.coordinatesEqual,\n    _require2 = require('@turf/helpers'),\n    multiPoint = _require2.multiPoint,\n    polygon = _require2.polygon,\n    point = _require2.point,\n    envelope = require('@turf/envelope'),\n    _inside = require('@turf/inside');\n\n/** Ring of edges which form a polygon.\n * The ring may be either an outer shell or a hole.\n *\n * This class is inspired in GEOS's geos::operation::polygonize::EdgeRing\n */\n\n\nvar EdgeRing = function () {\n  function EdgeRing() {\n    _classCallCheck(this, EdgeRing);\n\n    this.edges = [];\n    this.polygon = undefined; //< Caches Polygon representation\n    this.envelope = undefined; //< Caches Envelope representation\n  }\n\n  /** Add an edge to the ring, inserting it in the last position.\n   *\n   * @param {Edge} edge - Edge to be inserted\n   */\n\n\n  _createClass(EdgeRing, [{\n    key: 'push',\n    value: function push(edge) {\n      // Emulate Array getter ([]) behaviour\n      this[this.edges.length] = edge;\n      this.edges.push(edge);\n      this.polygon = this.envelope = undefined;\n    }\n\n    /** Get Edge.\n     *\n     * @param {Number} i - Index\n     * @returns {Edge} - Edge in the i position\n     */\n\n  }, {\n    key: 'get',\n    value: function get(i) {\n      return this.edges[i];\n    }\n\n    /** Getter of length property.\n     *\n     * @returns {Number} - Length of the edge ring.\n     */\n\n  }, {\n    key: 'forEach',\n\n\n    /** Similar to Array.prototype.forEach for the list of Edges in the EdgeRing.\n     *\n     * @param {Function} f - The same function to be passed to Array.prototype.forEach\n     */\n    value: function forEach(f) {\n      this.edges.forEach(f);\n    }\n\n    /** Similar to Array.prototype.map for the list of Edges in the EdgeRing.\n     *\n     * @param {Function} f - The same function to be passed to Array.prototype.map\n     * @returns {Array} - The mapped values in the function\n     */\n\n  }, {\n    key: 'map',\n    value: function map(f) {\n      return this.edges.map(f);\n    }\n\n    /** Similar to Array.prototype.some for the list of Edges in the EdgeRing.\n     *\n     * @param {Function} f - The same function to be passed to Array.prototype.some\n     * @returns {Boolean} - True if an Edge check the condition\n     */\n\n  }, {\n    key: 'some',\n    value: function some(f) {\n      return this.edges.some(f);\n    }\n\n    /** Check if the ring is valid in geomtry terms.\n     * A ring must have either 0 or 4 or more points. The first and the last must be\n     * equal (in 2D)\n     * geos::geom::LinearRing::validateConstruction\n     *\n     * @returns {Boolean} - Validity of the EdgeRing\n     */\n\n  }, {\n    key: 'isValid',\n    value: function isValid() {\n      // TODO: stub\n      return true;\n    }\n\n    /** Tests whether this ring is a hole.\n     * A ring is a hole if it is oriented counter-clockwise.\n     * Similar implementation of geos::algorithm::CGAlgorithms::isCCW\n     * @returns {Boolean} - true: if it is a hole\n     */\n\n  }, {\n    key: 'isHole',\n    value: function isHole() {\n      var _this = this;\n\n      // XXX: Assuming Ring is valid\n      // Find highest point\n      var hiIndex = this.edges.reduce(function (high, edge, i) {\n        if (edge.from.coordinates[1] > _this.edges[high].from.coordinates[1]) high = i;\n        return high;\n      }, 0),\n          iPrev = (hiIndex === 0 ? this.length : hiIndex) - 1,\n          iNext = (hiIndex + 1) % this.length,\n          disc = orientationIndex(this.edges[iPrev].from.coordinates, this.edges[hiIndex].from.coordinates, this.edges[iNext].from.coordinates);\n\n      if (disc === 0) return this.edges[iPrev].from.coordinates[0] > this.edges[iNext].from.coordinates[0];\n      return disc > 0;\n    }\n\n    /** Creates a MultiPoint representing the EdgeRing (discarts edges directions).\n     * @returns {Feature<MultiPoint>} - Multipoint representation of the EdgeRing\n     */\n\n  }, {\n    key: 'toMultiPoint',\n    value: function toMultiPoint() {\n      return multiPoint(this.edges.map(function (edge) {\n        return edge.from.coordinates;\n      }));\n    }\n\n    /** Creates a Polygon representing the EdgeRing.\n     * @returns {Feature<Polygon>} - Polygon representation of the Edge Ring\n     */\n\n  }, {\n    key: 'toPolygon',\n    value: function toPolygon() {\n      if (this.polygon) return this.polygon;\n      var coordinates = this.edges.map(function (edge) {\n        return edge.from.coordinates;\n      });\n      coordinates.push(this.edges[0].from.coordinates);\n      return this.polygon = polygon([coordinates]);\n    }\n\n    /** Calculates the envelope of the EdgeRing.\n     * @returns {Feature<Polygon>} - envelope\n     */\n\n  }, {\n    key: 'getEnvelope',\n    value: function getEnvelope() {\n      if (this.envelope) return this.envelope;\n      return this.envelope = envelope(this.toPolygon());\n    }\n\n    /**\n     * `geos::operation::polygonize::EdgeRing::findEdgeRingContaining`\n     *\n     * @param {EdgeRing} testEdgeRing - EdgeRing to look in the list\n     * @param {EdgeRing[]} shellList - List of EdgeRing in which to search\n     *\n     * @returns {EdgeRing} - EdgeRing which contains the testEdgeRing\n     */\n\n  }, {\n    key: 'inside',\n\n\n    /** Checks if the point is inside the edgeRing\n     *\n     * @param {Feature<Point>} point - Point to check if it is inside the edgeRing\n     * @returns {Boolean} - True if it is inside, False otherwise\n     */\n    value: function inside(point) {\n      return _inside(point, this.toPolygon());\n    }\n  }, {\n    key: 'length',\n    get: function get() {\n      return this.edges.length;\n    }\n  }], [{\n    key: 'findEdgeRingContaining',\n    value: function findEdgeRingContaining(testEdgeRing, shellList) {\n      var testEnvelope = testEdgeRing.getEnvelope();\n\n      var minEnvelope = void 0,\n          minShell = void 0;\n      shellList.forEach(function (shell) {\n        var tryEnvelope = shell.getEnvelope();\n\n        if (minShell) minEnvelope = minShell.getEnvelope();\n\n        // the hole envelope cannot equal the shell envelope\n        if (envelopeIsEqual(tryEnvelope, testEnvelope)) return;\n\n        if (envelopeContains(tryEnvelope, testEnvelope)) {\n          var testPoint = testEdgeRing.map(function (edge) {\n            return edge.from.coordinates;\n          }).find(function (pt) {\n            return !shell.some(function (edge) {\n              return coordinatesEqual(pt, edge.from.coordinates);\n            });\n          });\n\n          if (testPoint && shell.inside(point(testPoint))) {\n            if (!minShell || envelopeContains(minEnvelope, tryEnvelope)) minShell = shell;\n          }\n        }\n      });\n\n      return minShell;\n    }\n  }]);\n\n  return EdgeRing;\n}();\n\nmodule.exports = EdgeRing;","import mod from \"-!../../../../../node_modules/mini-css-extract-plugin/dist/loader.js??ref--8-oneOf-1-0!../../../../../node_modules/css-loader/index.js??ref--8-oneOf-1-1!../../../../../node_modules/vue-loader/lib/loaders/stylePostLoader.js!../../../../../node_modules/postcss-loader/src/index.js??ref--8-oneOf-1-2!../../../../../node_modules/sass-loader/lib/loader.js??ref--8-oneOf-1-3!../../../../../node_modules/cache-loader/dist/cjs.js??ref--0-0!../../../../../node_modules/vue-loader/lib/index.js??vue-loader-options!./BsCheckbox.vue?vue&type=style&index=0&id=ca14c080&lang=scss&scoped=true&\"; export default mod; export * from \"-!../../../../../node_modules/mini-css-extract-plugin/dist/loader.js??ref--8-oneOf-1-0!../../../../../node_modules/css-loader/index.js??ref--8-oneOf-1-1!../../../../../node_modules/vue-loader/lib/loaders/stylePostLoader.js!../../../../../node_modules/postcss-loader/src/index.js??ref--8-oneOf-1-2!../../../../../node_modules/sass-loader/lib/loader.js??ref--8-oneOf-1-3!../../../../../node_modules/cache-loader/dist/cjs.js??ref--0-0!../../../../../node_modules/vue-loader/lib/index.js??vue-loader-options!./BsCheckbox.vue?vue&type=style&index=0&id=ca14c080&lang=scss&scoped=true&\"","var bbox = require('@turf/bbox');\nvar point = require('@turf/helpers').point;\n\n/**\n * Takes a {@link Feature} or {@link FeatureCollection} and returns the absolute center point of all features.\n *\n * @name center\n * @param {GeoJSON} geojson GeoJSON to be centered\n * @param {Object} [properties] an Object that is used as the {@link Feature}'s properties\n * @returns {Feature<Point>} a Point feature at the absolute center point of all input features\n * @example\n * var features = turf.featureCollection([\n *   turf.point( [-97.522259, 35.4691]),\n *   turf.point( [-97.502754, 35.463455]),\n *   turf.point( [-97.508269, 35.463245])\n * ]);\n *\n * var center = turf.center(features);\n *\n * //addToMap\n * var addToMap = [features, center]\n * center.properties['marker-size'] = 'large';\n * center.properties['marker-color'] = '#000';\n */\nmodule.exports = function (geojson, properties) {\n    var ext = bbox(geojson);\n    var x = (ext[0] + ext[2]) / 2;\n    var y = (ext[1] + ext[3]) / 2;\n    return point([x, y], properties);\n};\n","var tin = require('@turf/tin');\nvar helpers = require('@turf/helpers');\nvar distance = require('@turf/distance');\nvar dissolve = require('geojson-dissolve');\nvar featureEach = require('@turf/meta').featureEach;\nvar feature = helpers.feature;\nvar featureCollection = helpers.featureCollection;\n\n/**\n * Takes a set of {@link Point|points} and returns a concave hull Polygon or MultiPolygon.\n * Internally, this uses [turf-tin](https://github.com/Turfjs/turf-tin) to generate geometries.\n *\n * @name concave\n * @param {FeatureCollection<Point>} points input points\n * @param {number} maxEdge the length (in 'units') of an edge necessary for part of the hull to become concave\n * @param {string} [units=kilometers] can be degrees, radians, miles, or kilometers\n * @returns {Feature<(Polygon|MultiPolygon)>} a concave hull\n * @throws {Error} if maxEdge parameter is missing or unable to compute hull\n * @example\n * var points = turf.featureCollection([\n *   turf.point([-63.601226, 44.642643]),\n *   turf.point([-63.591442, 44.651436]),\n *   turf.point([-63.580799, 44.648749]),\n *   turf.point([-63.573589, 44.641788]),\n *   turf.point([-63.587665, 44.64533]),\n *   turf.point([-63.595218, 44.64765])\n * ]);\n *\n * var hull = turf.concave(points, 1, 'miles');\n *\n * //addToMap\n * var addToMap = [points, hull]\n */\nmodule.exports = function (points, maxEdge, units) {\n    // validation\n    if (!points) throw new Error('points is required');\n    if (maxEdge === undefined || maxEdge === null) throw new Error('maxEdge is required');\n    if (typeof maxEdge !== 'number') throw new Error('invalid maxEdge');\n\n    var cleaned = removeDuplicates(points);\n\n    var tinPolys = tin(cleaned);\n    // calculate length of all edges and area of all triangles\n    // and remove triangles that fail the max length test\n    tinPolys.features = tinPolys.features.filter(function (triangle) {\n        var pt1 = triangle.geometry.coordinates[0][0];\n        var pt2 = triangle.geometry.coordinates[0][1];\n        var pt3 = triangle.geometry.coordinates[0][2];\n        var dist1 = distance(pt1, pt2, units);\n        var dist2 = distance(pt2, pt3, units);\n        var dist3 = distance(pt1, pt3, units);\n        return (dist1 <= maxEdge && dist2 <= maxEdge && dist3 <= maxEdge);\n    });\n\n    if (tinPolys.features.length < 1) throw new Error('too few polygons found to compute concave hull');\n\n    // merge the adjacent triangles\n    var dissolved = dissolve(tinPolys.features);\n    // geojson-dissolve always returns a MultiPolygon\n    if (dissolved.coordinates.length === 1) {\n        dissolved.coordinates = dissolved.coordinates[0];\n        dissolved.type = 'Polygon';\n    }\n    return feature(dissolved);\n};\n\n/**\n * Removes duplicated points in a collection returning a new collection\n *\n * @private\n * @param {FeatureCollection<Point>} points to be cleaned\n * @returns {FeatureCollection<Point>} cleaned set of points\n */\nfunction removeDuplicates(points) {\n    var cleaned = [];\n    var existing = {};\n\n    featureEach(points, function (pt) {\n        if (!pt.geometry) return;\n        var key = pt.geometry.coordinates.join('-');\n        if (!existing.hasOwnProperty(key)) {\n            cleaned.push(pt);\n            existing[key] = true;\n        }\n    });\n    return featureCollection(cleaned);\n}\n","var bbox = require('@turf/bbox');\nvar distance = require('@turf/distance');\nvar centroid = require('@turf/centroid');\nvar squareGrid = require('@turf/square-grid');\n\n/**\n *\n * Takes a FeatureCollection of points with known value, a power parameter, a cell depth, a unit of measurement\n * and returns a FeatureCollection of polygons in a square-grid with an interpolated value property \"IDW\" for each grid cell.\n * It finds application when in need of creating a continuous surface (i.e. rainfall, temperature, chemical dispersion surface...)\n * from a set of spatially scattered points.\n *\n * @name idw\n * @param {FeatureCollection<Point>} controlPoints Sampled points with known value\n * @param {string} valueField GeoJSON field containing the known value to interpolate on\n * @param {number} weight Exponent regulating the distance-decay weighting\n * @param {number} cellWidth The distance across each cell\n * @param {string} [units=kilometers] used in calculating cellSize, can be degrees, radians, miles, or kilometers\n * @returns {FeatureCollection<Polygon>} grid A grid of polygons with a property field named as `valueField`\n */\nmodule.exports = function (controlPoints, valueField, weight, cellWidth, units) {\n    // validation\n    if (!valueField) throw new Error('valueField is required');\n    if (weight === undefined || weight === null) throw new Error('weight is required');\n    if (cellWidth === undefined || cellWidth === null) throw new Error('cellWidth is required');\n\n    // check if field containing data exists.\n    var filtered = controlPoints.features.filter(function (feature) {\n        return feature.properties &&\n            feature.properties.hasOwnProperty(valueField);\n    });\n    if (filtered.length === 0) throw new Error('Specified Data Field is Missing');\n\n    // create a sample square grid\n    // compared to a point grid helps visualizing the output (like a raster..)\n    var samplingGrid = squareGrid(bbox(controlPoints), cellWidth, units);\n    var N = samplingGrid.features.length;\n    for (var i = 0; i < N; i++) {\n        var zw = 0;\n        var sw = 0;\n        // calculate the distance from each control point to cell's centroid\n        for (var j = 0; j < controlPoints.features.length; j++) {\n            var d = distance(centroid(samplingGrid.features[i]), controlPoints.features[j], units);\n            if (d === 0) {\n                zw = controlPoints.features[j].properties[valueField];\n            }\n            var w = 1.0 / Math.pow(d, weight);\n            sw += w;\n            zw += w * controlPoints.features[j].properties[valueField];\n        }\n        // write IDW value for each grid cell\n        samplingGrid.features[i].properties[valueField] = zw / sw;\n    }\n    return samplingGrid;\n};\n","var render = function () {var _vm=this;var _h=_vm.$createElement;var _c=_vm._self._c||_h;return _c('FrsModuleRoot',{attrs:{\"module\":_vm.module,\"module-path\":['fieldRecordSystem', 'zoneMaps'],\"translation-namespaces\":['fi', 'Common.SR_Common'],\"setup\":_vm.loadPrerequisiteData},scopedSlots:_vm._u([{key:\"left\",fn:function(){return [_c('SatelliteImageSelection')]},proxy:true}])},[_c('ZoneMapCreation')],1)}\nvar staticRenderFns = []\n\nexport { render, staticRenderFns }","var render = function () {var _vm=this;var _h=_vm.$createElement;var _c=_vm._self._c||_h;return _c('div',{staticClass:\"zone-map-creation\"},[_c('h3',[_c('IxRes',[_vm._v(\"frs.zoneMaps.header.zoneMapCreation\")])],1),_c('HelpBox',[_c('IxRes',[_vm._v(\"frs.zoneMaps.hints.introduction\")])],1),_c('RedBorderPreview',{attrs:{\"enabled\":_vm.useRedBorder,\"original-border\":_vm.borderGeometry},on:{\"update:enabled\":function($event){_vm.useRedBorder=$event},\"error\":function($event){return _vm.$emit('error', $event)}},model:{value:(_vm.buffer),callback:function ($$v) {_vm.buffer=$$v},expression:\"buffer\"}}),_c('VueSelectize',{attrs:{\"options\":_vm.algorithmOptions,\"name\":\"algorithm\",\"required\":\"\",\"fields\":_vm.algorithmFields},scopedSlots:_vm._u([{key:\"label\",fn:function(){return [_c('IxRes',[_vm._v(\"frs.zoneMaps.label.algorithm\")])]},proxy:true}]),model:{value:(_vm.algorithm),callback:function ($$v) {_vm.algorithm=$$v},expression:\"algorithm\"}}),_c('div',{staticClass:\"algorithm-parameters\"},[_c('h4',[_c('IxRes',[_vm._v(\"frs.zoneMaps.headers.algorithmParameters\")])],1),_c('NumericInput',{attrs:{\"name\":\"minimumCorrelation\",\"required\":\"\"},scopedSlots:_vm._u([{key:\"label\",fn:function(){return [_c('IxRes',[_vm._v(\"frs.zoneMaps.label.minimumCorrelation\")])]},proxy:true}]),model:{value:(_vm.minimumCorrelation),callback:function ($$v) {_vm.minimumCorrelation=$$v},expression:\"minimumCorrelation\"}}),(_vm.algorithm !== 'Old')?_c('div',[_c('VueSelectize',{attrs:{\"options\":_vm.zoneCountOptions,\"name\":\"zoneCount\",\"required\":\"\",\"allow-empty\":\"\",\"placeholder\":\"Auto\"},scopedSlots:_vm._u([{key:\"label\",fn:function(){return [_c('IxRes',[_vm._v(\"frs.zoneMaps.label.zoneCount\")])]},proxy:true}],null,false,438987546),model:{value:(_vm.zoneCount),callback:function ($$v) {_vm.zoneCount=$$v},expression:\"zoneCount\"}})],1):_vm._e(),(_vm.algorithm === 'Old')?_c('div',[_c('NumericInput',{attrs:{\"name\":\"classLimit\",\"required\":\"\"},scopedSlots:_vm._u([{key:\"label\",fn:function(){return [_c('IxRes',[_vm._v(\"frs.zoneMaps.label.classLimit\")])]},proxy:true}],null,false,178426812),model:{value:(_vm.classLimit),callback:function ($$v) {_vm.classLimit=$$v},expression:\"classLimit\"}}),_c('NumericInput',{attrs:{\"name\":\"outerClassLimit\",\"required\":\"\"},scopedSlots:_vm._u([{key:\"label\",fn:function(){return [_c('IxRes',[_vm._v(\"frs.zoneMaps.label.outerClassLimit\")])]},proxy:true}],null,false,3723304869),model:{value:(_vm.outerClassLimit),callback:function ($$v) {_vm.outerClassLimit=$$v},expression:\"outerClassLimit\"}})],1):_vm._e()],1),(_vm.fieldStates.selectedImageIds === 'error')?_c('HelpBox',{attrs:{\"type\":\"danger\"}},[_c('IxRes',[_vm._v(\"frs.zoneMaps.hints.noImagesSelected\")])],1):_vm._e(),_c('TextInput',{attrs:{\"name\":\"orderId\",\"rule\":_vm.validateOrderIdRule,\"required\":\"\"},scopedSlots:_vm._u([{key:\"label\",fn:function(){return [_c('IxRes',[_vm._v(\"frs.zoneMaps.label.orderId\")])]},proxy:true}]),model:{value:(_vm.orderId),callback:function ($$v) {_vm.orderId=$$v},expression:\"orderId\"}}),(_vm.orderId === null || _vm.orderId === '')?_c('HelpBox',{attrs:{\"type\":\"warning\"}},[_c('IxRes',[_vm._v(\"frs.zoneMaps.hints.noOrderIdConsequencesWarning\")])],1):_vm._e(),(_vm.mapCountForOrder > 0)?_c('HelpBox',[_c('IxRes',[_vm._v(\"frs.zoneMaps.hints.orderAlreadyHasMapsWarning\")])],1):_vm._e(),(_vm.mapCountForOrder === -1)?_c('HelpBox',{attrs:{\"type\":\"danger\"}},[_c('IxRes',[_vm._v(\"frs.zoneMaps.hints.orderIdNotFoundWarning\")])],1):_vm._e(),_c('div',{staticClass:\"buttons\"},[_c('FrsLoadingIndicator',{attrs:{\"loading\":_vm.creating || _vm.isLoadingMapCount,\"small\":\"\"}}),_c('IxButton',{staticClass:\"quit-button\",attrs:{\"large\":\"\",\"cancel\":\"\"},on:{\"click\":_vm.quit}}),_c('IxButton',{attrs:{\"large\":\"\",\"save\":\"\"},on:{\"click\":function($event){return _vm.onCreate()}}},[_c('IxRes',[_vm._v(\"frs.zoneMaps.buttons.create\")])],1),_c('IxButton',{attrs:{\"large\":\"\",\"save\":\"\"},on:{\"click\":function($event){return _vm.onCreate(true)}}},[_c('IxRes',[_vm._v(\"frs.zoneMaps.buttons.createAndQuit\")])],1)],1),_c('div',{staticClass:\"cultivationTableContainer\"},[_c('FrsLoadingIndicator',{attrs:{\"requests\":['frs.zoneMaps.getAllCultivationDataForField']}}),_c('FrsCultivationOverviewTable',{attrs:{\"cultivations\":_vm.cultivations}})],1)],1)}\nvar staticRenderFns = []\n\nexport { render, staticRenderFns }","<template lang=\"html\">\r\n  <div class=\"zone-map-creation\">\r\n    <h3>\r\n      <IxRes>frs.zoneMaps.header.zoneMapCreation</IxRes>\r\n    </h3>\r\n\r\n    <HelpBox>\r\n      <IxRes>frs.zoneMaps.hints.introduction</IxRes>\r\n    </HelpBox>\r\n\r\n    <RedBorderPreview\r\n      v-model=\"buffer\"\r\n      :enabled.sync=\"useRedBorder\"\r\n      :original-border=\"borderGeometry\"\r\n      @error=\"$emit('error', $event)\"\r\n    />\r\n\r\n    <VueSelectize\r\n      v-model=\"algorithm\" :options=\"algorithmOptions\"\r\n      name=\"algorithm\" required\r\n      :fields=\"algorithmFields\"\r\n    >\r\n      <template #label>\r\n        <IxRes>frs.zoneMaps.label.algorithm</IxRes>\r\n      </template>\r\n    </VueSelectize>\r\n\r\n    <div class=\"algorithm-parameters\">\r\n      <h4>\r\n        <IxRes>frs.zoneMaps.headers.algorithmParameters</IxRes>\r\n      </h4>\r\n\r\n      <NumericInput v-model=\"minimumCorrelation\" name=\"minimumCorrelation\" required>\r\n        <template #label>\r\n          <IxRes>frs.zoneMaps.label.minimumCorrelation</IxRes>\r\n        </template>\r\n      </NumericInput>\r\n\r\n      <div v-if=\"algorithm !== 'Old'\">\r\n        <VueSelectize\r\n          v-model=\"zoneCount\" :options=\"zoneCountOptions\"\r\n          name=\"zoneCount\" required\r\n          allow-empty placeholder=\"Auto\"\r\n        >\r\n          <template #label>\r\n            <IxRes>frs.zoneMaps.label.zoneCount</IxRes>\r\n          </template>\r\n        </VueSelectize>\r\n      </div>\r\n\r\n      <div v-if=\"algorithm === 'Old'\">\r\n        <NumericInput v-model=\"classLimit\" name=\"classLimit\" required>\r\n          <template #label>\r\n            <IxRes>frs.zoneMaps.label.classLimit</IxRes>\r\n          </template>\r\n        </NumericInput>\r\n        <NumericInput v-model=\"outerClassLimit\" name=\"outerClassLimit\" required>\r\n          <template #label>\r\n            <IxRes>frs.zoneMaps.label.outerClassLimit</IxRes>\r\n          </template>\r\n        </NumericInput>\r\n      </div>\r\n    </div>\r\n\r\n    <HelpBox v-if=\"fieldStates.selectedImageIds === 'error'\" type=\"danger\">\r\n      <IxRes>frs.zoneMaps.hints.noImagesSelected</IxRes>\r\n    </HelpBox>\r\n\r\n    <TextInput\r\n      v-model=\"orderId\" name=\"orderId\"\r\n      :rule=\"validateOrderIdRule\" required\r\n    >\r\n      <template #label>\r\n        <IxRes>frs.zoneMaps.label.orderId</IxRes>\r\n      </template>\r\n    </TextInput>\r\n\r\n    <HelpBox v-if=\"orderId === null || orderId === ''\" type=\"warning\">\r\n      <IxRes>frs.zoneMaps.hints.noOrderIdConsequencesWarning</IxRes>\r\n    </HelpBox>\r\n\r\n    <HelpBox v-if=\"mapCountForOrder > 0\">\r\n      <IxRes>frs.zoneMaps.hints.orderAlreadyHasMapsWarning</IxRes>\r\n    </HelpBox>\r\n\r\n    <HelpBox v-if=\"mapCountForOrder === -1\" type=\"danger\">\r\n      <IxRes>frs.zoneMaps.hints.orderIdNotFoundWarning</IxRes>\r\n    </HelpBox>\r\n\r\n    <div class=\"buttons\">\r\n      <FrsLoadingIndicator :loading=\"creating || isLoadingMapCount\" small />\r\n      <IxButton\r\n        class=\"quit-button\"\r\n        large cancel\r\n        @click=\"quit\"\r\n      />\r\n      <IxButton large save @click=\"onCreate()\">\r\n        <IxRes>frs.zoneMaps.buttons.create</IxRes>\r\n      </IxButton>\r\n      <IxButton large save @click=\"onCreate(true)\">\r\n        <IxRes>frs.zoneMaps.buttons.createAndQuit</IxRes>\r\n      </IxButton>\r\n    </div>\r\n\r\n    <div class=\"cultivationTableContainer\">\r\n      <FrsLoadingIndicator :requests=\"['frs.zoneMaps.getAllCultivationDataForField']\" />\r\n      <FrsCultivationOverviewTable :cultivations=\"cultivations\" />\r\n    </div>\r\n  </div>\r\n</template>\r\n\r\n<script>\r\nimport {mapActions, mapState} from 'vuex'\r\n\r\nimport {mapFormFields} from '@helpers/vuex'\r\n\r\nimport {notifications} from 'src/js/infrastructure'\r\nimport {updateNotifications} from 'src/coffee/infrastructure/ixmap/notifications-panel'\r\n\r\nimport FrsCultivationOverviewTable from '@frs/components/base/FrsCultivationOverviewTable'\r\n\r\nimport NumericInput from '@components/forms/NumericInput'\r\nimport TextInput from '@components/forms/TextInput'\r\nimport VueSelectize from '@components/VueSelectize'\r\nimport IxButton from '@components/IxButton'\r\nimport HelpBox from '@components/help/HelpBox'\r\nimport RedBorderPreview from '@components/geometry/RedBorderPreview'\r\nimport FormPartMixin from '@components/forms/FormPartMixin'\r\n\r\nimport FrsLoadingIndicator from '@frs/components/base/FrsLoadingIndicator'\r\n\r\nimport DisableDefaultMapInteractionsMixin from '@frs/mixins/DisableDefaultMapInteractionsMixin'\r\n\r\nexport default {\r\n  components: {\r\n    FrsCultivationOverviewTable,\r\n    NumericInput,\r\n    TextInput,\r\n    VueSelectize,\r\n    HelpBox,\r\n    IxButton,\r\n    FrsLoadingIndicator,\r\n    RedBorderPreview\r\n  },\r\n  mixins: [\r\n    FormPartMixin,\r\n    DisableDefaultMapInteractionsMixin\r\n  ],\r\n  data () {\r\n    return {\r\n      creating: false\r\n    }\r\n  },\r\n  computed: {\r\n    ...mapState('fieldRecordSystem/zoneMaps', [\r\n      'cultivations',\r\n      'borderGeometry'\r\n    ]),\r\n    ...mapState('fieldRecordSystem/zoneMaps', {\r\n      selectedImageIds: state => state.settings.selectedImageIds,\r\n      mapCountForOrder: state => state.mapCountForOrder\r\n    }),\r\n    ...mapFormFields('fieldRecordSystem/zoneMaps', [\r\n      'settings.minimumCorrelation',\r\n      'settings.zoneCount',\r\n      'settings.classLimit',\r\n      'settings.outerClassLimit',\r\n      'settings.algorithm',\r\n      'settings.orderId',\r\n      'settings.useRedBorder',\r\n      'settings.buffer'\r\n    ]),\r\n    algorithmOptions () {\r\n      // these correspond exactly to the C# AlgorithmTypeEnum values\r\n      return [\r\n        'Old',\r\n        'AbsoluteTreatment',\r\n        'RelativeTreatment',\r\n        'OldExtended'\r\n      ]\r\n    },\r\n    algorithmFields () {\r\n      return {\r\n        text: value => this.$i18n.translate('frs.zoneMaps.algorithm.option.' + value)\r\n      }\r\n    },\r\n    zoneCountOptions () {\r\n      return [1, 3, 5, 7, 9, 11, 13, 15]\r\n    },\r\n    hasValidOrderId () {\r\n      return !!this.orderId && !this.validateOrderIdRule(this.orderId)\r\n    },\r\n    isLoadingMapCount () {\r\n      return this.hasValidOrderId && this.mapCountForOrder === null\r\n    }\r\n  },\r\n  methods: {\r\n    ...mapActions('fieldRecordSystem/zoneMaps', [\r\n      'save',\r\n      'createZoneMap',\r\n      'getMapCountForOrder',\r\n      'resetMapCount'\r\n    ]),\r\n    async quit () {\r\n      await this.save()\r\n\r\n      this.$router.push({name: 'fieldDashboard', params: this.$route.params})\r\n    },\r\n    async onCreate (quit) {\r\n      this.validate()\r\n      this.validateSelectedImageIds()\r\n\r\n      await this.$nextTick()\r\n\r\n      if (this.state !== 'success') {\r\n        return\r\n      }\r\n\r\n      try {\r\n        this.creating = true\r\n\r\n        await this.createZoneMap()\r\n        notifications.success(\r\n          this.$i18n.translate('frs.zoneMaps.creation.messages.creationSuccessProgressInMessageWindowHint'),\r\n          this.$i18n.translate('frs.zoneMaps.creation.messages.creationSuccessfullyTriggered')\r\n        )\r\n\r\n        if (quit) {\r\n          await this.quit()\r\n        }\r\n      } catch (error) {\r\n        if (error.response && error.response.data === 'OrderIdInvalid') {\r\n          notifications.error(this.$i18n.translate('frs.zoneMaps.creation.messages.orderIdInvalid'))\r\n        } else {\r\n          notifications.error(this.$i18n.translate('frs.zoneMaps.creation.messages.creationTriggerFailed'))\r\n        }\r\n      } finally {\r\n        this.creating = false\r\n        updateNotifications()\r\n      }\r\n    },\r\n    validateSelectedImageIds () {\r\n      this.$set(this.fieldStates, 'selectedImageIds', this.selectedImageIds.length ? 'success' : 'error')\r\n    },\r\n    validateOrderIdRule (orderId) {\r\n      const regex = /^[a-fA-F0-9]{8}-[a-fA-F0-9]{4}-[a-fA-F0-9]{4}-[a-fA-F0-9]{4}-[a-fA-F0-9]{12}$/g\r\n      return regex.test(orderId) ? undefined : this.$i18n.translate('frs.zoneMaps.creation.messages.orderIdBadlyFormatted')\r\n    }\r\n  },\r\n  watch: {\r\n    selectedImageIds (ids) {\r\n      // NOTE only display error on manual validate/save because the store will set the ids from time to time, resulting in invalid state without user input, which should not be shown as an error\r\n      if (ids.length) {\r\n        this.validateSelectedImageIds()\r\n      }\r\n    },\r\n    orderId: {\r\n      immediate: true,\r\n      handler () {\r\n        if (!!this.orderId && !this.validateOrderIdRule(this.orderId)) {\r\n          this.getMapCountForOrder()\r\n        } else {\r\n          this.resetMapCount()\r\n        }\r\n      }\r\n    }\r\n  }\r\n}\r\n</script>\r\n\r\n<style lang=\"scss\" scoped>\r\n.algorithm-parameters {\r\n  border: 1px solid lightgray;\r\n  padding: 0.5em;\r\n}\r\n\r\n.buttons {\r\n  position: relative;\r\n  display: flex;\r\n  margin-top: 1em;\r\n\r\n  .quit-button {\r\n    margin-right: auto;\r\n  }\r\n}\r\n\r\n.cultivationTableContainer {\r\n  margin-top: 30px;\r\n  position: relative;\r\n}\r\n\r\n.zone-map-creation {\r\n  padding: 5px;\r\n}\r\n</style>\r\n","import mod from \"-!../../../../../../../node_modules/cache-loader/dist/cjs.js??ref--12-0!../../../../../../../node_modules/thread-loader/dist/cjs.js!../../../../../../../node_modules/babel-loader/lib/index.js!../../../../../../../node_modules/cache-loader/dist/cjs.js??ref--0-0!../../../../../../../node_modules/vue-loader/lib/index.js??vue-loader-options!./ZoneMapCreation.vue?vue&type=script&lang=js&\"; export default mod; export * from \"-!../../../../../../../node_modules/cache-loader/dist/cjs.js??ref--12-0!../../../../../../../node_modules/thread-loader/dist/cjs.js!../../../../../../../node_modules/babel-loader/lib/index.js!../../../../../../../node_modules/cache-loader/dist/cjs.js??ref--0-0!../../../../../../../node_modules/vue-loader/lib/index.js??vue-loader-options!./ZoneMapCreation.vue?vue&type=script&lang=js&\"","import { render, staticRenderFns } from \"./ZoneMapCreation.vue?vue&type=template&id=1887498b&scoped=true&lang=html&\"\nimport script from \"./ZoneMapCreation.vue?vue&type=script&lang=js&\"\nexport * from \"./ZoneMapCreation.vue?vue&type=script&lang=js&\"\nimport style0 from \"./ZoneMapCreation.vue?vue&type=style&index=0&id=1887498b&lang=scss&scoped=true&\"\n\n\n/* normalize component */\nimport normalizer from \"!../../../../../../../node_modules/vue-loader/lib/runtime/componentNormalizer.js\"\nvar component = normalizer(\n  script,\n  render,\n  staticRenderFns,\n  false,\n  null,\n  \"1887498b\",\n  null\n  \n)\n\nexport default component.exports","var render = function () {var _vm=this;var _h=_vm.$createElement;var _c=_vm._self._c||_h;return _c('div',{staticClass:\"satellite-image-selection\"},[_c('div',{staticClass:\"settings\"},[(_vm.shownImage)?_c('ChannelSelector',{attrs:{\"image\":_vm.shownImage},model:{value:(_vm.shownChannel),callback:function ($$v) {_vm.shownChannel=$$v},expression:\"shownChannel\"}}):_vm._e(),_c('FilterSelector',{model:{value:(_vm.filter),callback:function ($$v) {_vm.filter=$$v},expression:\"filter\"}}),_c('Search',{attrs:{\"data\":_vm.sortedImages,\"keys\":_vm.searchKeys,\"threshold\":0.15},on:{\"result\":function($event){_vm.searchResult = $event}},model:{value:(_vm.searchText),callback:function ($$v) {_vm.searchText=$$v},expression:\"searchText\"}})],1),(_vm.shownImageId)?_c('SatImageLayer',{attrs:{\"image\":_vm.shownImage,\"channel\":_vm.shownChannel}}):_vm._e(),_c('FrsCurrentFieldBorderLayer'),_c('div',{staticClass:\"image-list\"},[(_vm.searchResult || _vm.filter)?_c('HelpBox',[(_vm.filter === 'cultivations')?[_c('IxRes',[_vm._v(\"frs.zoneMaps.hints.filterImagesByCultivations\")])]:(_vm.filter === 'selected')?[_c('IxRes',[_vm._v(\"frs.zoneMaps.hints.showingOnlySelected\")])]:_vm._e(),(_vm.searchResult)?[(_vm.searchResult.length)?_c('IxRes',{attrs:{\"context\":{0: _vm.searchResult.length}}},[_vm._v(\"frs.zoneMaps.hints.searchResultCount\")]):_c('IxRes',[_vm._v(\"frs.zoneMaps.hints.noSearchResult\")])]:_vm._e(),(_vm.notVisibleCount)?_c('IxRes',{attrs:{\"context\":{0: _vm.notVisibleCount}}},[_vm._v(\"frs.zoneMaps.hints.moreSelectedButNotVisible\")]):_vm._e()],2):_vm._e(),_vm._l(((_vm.searchResult || _vm.sortedItems)),function(item){return [(item.id)?_c('SatImageCard',{key:item.id,attrs:{\"image\":item,\"selected\":_vm.selectedImageIds.includes(item.id),\"active\":_vm.shownImageId === item.id},on:{\"toggle\":function($event){return _vm.toggleImage(item.id)}},nativeOn:{\"click\":function($event){return _vm.onClick(item.id)}}}):(_vm.filter !== 'selected')?_c('LoadMoreButton',{key:((item.from) + \"-\" + (item.to)),attrs:{\"date-range\":item,\"scheduled-date-ranges\":_vm.scheduledDateRanges},on:{\"click\":function($event){return _vm.loadSatelliteImages([item])}}}):_vm._e()]})],2)],1)}\nvar staticRenderFns = []\n\nexport { render, staticRenderFns }","var render = function () {var _vm=this;var _h=_vm.$createElement;var _c=_vm._self._c||_h;return _c('div',{staticClass:\"channel-selector\"},[_c('label',[_c('IxRes',[_vm._v(\"frs.zoneMaps.labels.channelSelector\")])],1),_c('div',{staticClass:\"btn-group btn-group-justified\"},_vm._l((_vm.availableChannels),function(channel){return _c('div',{key:channel,staticClass:\"btn-group\"},[_c('ToggleButton',{attrs:{\"value\":channel,\"disabled\":_vm.image.dataSource === 'Landsat' && channel === 'clm',\"title\":_vm.toggleButtonTitle(channel),\"required\":\"\"},model:{value:(_vm.modelProxy),callback:function ($$v) {_vm.modelProxy=$$v},expression:\"modelProxy\"}},[_vm._v(\"\\n        \"+_vm._s(channel.toUpperCase())+\"\\n      \")])],1)}),0)])}\nvar staticRenderFns = []\n\nexport { render, staticRenderFns }","<template lang=\"html\">\r\n  <div class=\"channel-selector\">\r\n    <label>\r\n      <IxRes>frs.zoneMaps.labels.channelSelector</IxRes>\r\n    </label>\r\n\r\n    <div class=\"btn-group btn-group-justified\">\r\n      <div\r\n        v-for=\"channel in availableChannels\" :key=\"channel\"\r\n        class=\"btn-group\"\r\n      >\r\n        <ToggleButton\r\n          v-model=\"modelProxy\"\r\n          :value=\"channel\"\r\n          :disabled=\"image.dataSource === 'Landsat' && channel === 'clm'\"\r\n          :title=\"toggleButtonTitle(channel)\"\r\n          required\r\n        >\r\n          {{ channel.toUpperCase() }}\r\n        </ToggleButton>\r\n      </div>\r\n    </div>\r\n  </div>\r\n</template>\r\n\r\n<script>\r\nimport ToggleButton from '@components/ToggleButton'\r\n\r\nimport {modelProxy} from '@helpers/vuex'\r\n\r\nexport default {\r\n  components: {\r\n    ToggleButton\r\n  },\r\n  props: {\r\n    value: String,\r\n    image: Object\r\n  },\r\n  computed: {\r\n    modelProxy,\r\n    availableChannels () {\r\n      return ['ndvi', 'cir', 'cloud', 'clm']\r\n    }\r\n  },\r\n  methods: {\r\n    toggleButtonTitle (channel) {\r\n      if (this.image.dataSource === 'Landsat' && channel === 'clm') {\r\n        return this.$i18n.translate('frs.zoneMaps.channelSelector.dataSource.title.disabledClm')\r\n      }\r\n    }\r\n  }\r\n}\r\n</script>\r\n\r\n<style lang=\"scss\" scoped>\r\n.channel-selector {\r\n  display: flex;\r\n  flex-direction: column;\r\n}\r\n</style>\r\n","import mod from \"-!../../../../../../../node_modules/cache-loader/dist/cjs.js??ref--12-0!../../../../../../../node_modules/thread-loader/dist/cjs.js!../../../../../../../node_modules/babel-loader/lib/index.js!../../../../../../../node_modules/cache-loader/dist/cjs.js??ref--0-0!../../../../../../../node_modules/vue-loader/lib/index.js??vue-loader-options!./ChannelSelector.vue?vue&type=script&lang=js&\"; export default mod; export * from \"-!../../../../../../../node_modules/cache-loader/dist/cjs.js??ref--12-0!../../../../../../../node_modules/thread-loader/dist/cjs.js!../../../../../../../node_modules/babel-loader/lib/index.js!../../../../../../../node_modules/cache-loader/dist/cjs.js??ref--0-0!../../../../../../../node_modules/vue-loader/lib/index.js??vue-loader-options!./ChannelSelector.vue?vue&type=script&lang=js&\"","import { render, staticRenderFns } from \"./ChannelSelector.vue?vue&type=template&id=9191524a&scoped=true&lang=html&\"\nimport script from \"./ChannelSelector.vue?vue&type=script&lang=js&\"\nexport * from \"./ChannelSelector.vue?vue&type=script&lang=js&\"\nimport style0 from \"./ChannelSelector.vue?vue&type=style&index=0&id=9191524a&lang=scss&scoped=true&\"\n\n\n/* normalize component */\nimport normalizer from \"!../../../../../../../node_modules/vue-loader/lib/runtime/componentNormalizer.js\"\nvar component = normalizer(\n  script,\n  render,\n  staticRenderFns,\n  false,\n  null,\n  \"9191524a\",\n  null\n  \n)\n\nexport default component.exports","var render = function () {var _vm=this;var _h=_vm.$createElement;var _c=_vm._self._c||_h;return _c('div',{staticClass:\"filter-selector\"},[_c('label',[_c('IxRes',[_vm._v(\"frs.zoneMaps.labels.filterSelector\")])],1),_c('div',{staticClass:\"btn-group btn-group-justified\"},_vm._l((_vm.availableFilters),function(filter){return _c('div',{key:filter,staticClass:\"btn-group\"},[_c('ToggleButton',{attrs:{\"value\":filter,\"required\":\"\"},model:{value:(_vm.modelProxy),callback:function ($$v) {_vm.modelProxy=$$v},expression:\"modelProxy\"}},[_c('IxRes',[_vm._v(\"frs.zoneMaps.buttons.filter_\"+_vm._s(filter || 'none'))])],1)],1)}),0)])}\nvar staticRenderFns = []\n\nexport { render, staticRenderFns }","<template lang=\"html\">\r\n  <div class=\"filter-selector\">\r\n    <label>\r\n      <IxRes>frs.zoneMaps.labels.filterSelector</IxRes>\r\n    </label>\r\n\r\n    <div class=\"btn-group btn-group-justified\">\r\n      <div\r\n        v-for=\"filter in availableFilters\" :key=\"filter\"\r\n        class=\"btn-group\"\r\n      >\r\n        <ToggleButton v-model=\"modelProxy\" :value=\"filter\" required>\r\n          <IxRes>frs.zoneMaps.buttons.filter_{{ filter || 'none' }}</IxRes>\r\n        </ToggleButton>\r\n      </div>\r\n    </div>\r\n  </div>\r\n</template>\r\n\r\n<script>\r\nimport ToggleButton from '@components/ToggleButton'\r\n\r\nimport {modelProxy} from '@helpers/vuex'\r\n\r\nexport default {\r\n  components: {\r\n    ToggleButton\r\n  },\r\n  props: {\r\n    value: String\r\n  },\r\n  computed: {\r\n    modelProxy,\r\n    availableFilters () {\r\n      return [null, 'cultivations', 'selected']\r\n    }\r\n  }\r\n}\r\n</script>\r\n\r\n<style lang=\"scss\" scoped>\r\n.channel-selector {\r\n  display: flex;\r\n  flex-direction: column;\r\n}\r\n</style>\r\n","import mod from \"-!../../../../../../../node_modules/cache-loader/dist/cjs.js??ref--12-0!../../../../../../../node_modules/thread-loader/dist/cjs.js!../../../../../../../node_modules/babel-loader/lib/index.js!../../../../../../../node_modules/cache-loader/dist/cjs.js??ref--0-0!../../../../../../../node_modules/vue-loader/lib/index.js??vue-loader-options!./FilterSelector.vue?vue&type=script&lang=js&\"; export default mod; export * from \"-!../../../../../../../node_modules/cache-loader/dist/cjs.js??ref--12-0!../../../../../../../node_modules/thread-loader/dist/cjs.js!../../../../../../../node_modules/babel-loader/lib/index.js!../../../../../../../node_modules/cache-loader/dist/cjs.js??ref--0-0!../../../../../../../node_modules/vue-loader/lib/index.js??vue-loader-options!./FilterSelector.vue?vue&type=script&lang=js&\"","import { render, staticRenderFns } from \"./FilterSelector.vue?vue&type=template&id=cd193c48&scoped=true&lang=html&\"\nimport script from \"./FilterSelector.vue?vue&type=script&lang=js&\"\nexport * from \"./FilterSelector.vue?vue&type=script&lang=js&\"\nimport style0 from \"./FilterSelector.vue?vue&type=style&index=0&id=cd193c48&lang=scss&scoped=true&\"\n\n\n/* normalize component */\nimport normalizer from \"!../../../../../../../node_modules/vue-loader/lib/runtime/componentNormalizer.js\"\nvar component = normalizer(\n  script,\n  render,\n  staticRenderFns,\n  false,\n  null,\n  \"cd193c48\",\n  null\n  \n)\n\nexport default component.exports","var render = function () {var _vm=this;var _h=_vm.$createElement;var _c=_vm._self._c||_h;return _c('IxWmsLayer',{attrs:{\"url\":_vm.url,\"layers\":_vm.layer}})}\nvar staticRenderFns = []\n\nexport { render, staticRenderFns }","<template lang=\"html\">\r\n  <IxWmsLayer :url=\"url\" :layers=\"layer\" />\r\n</template>\r\n\r\n<script>\r\nimport {config} from 'src/js/infrastructure'\r\n\r\nimport IxWmsLayer from '@components/map/IxWmsLayer'\r\n\r\nexport default {\r\n  components: {\r\n    IxWmsLayer\r\n  },\r\n  props: {\r\n    image: {\r\n      type: Object,\r\n      required: true\r\n    },\r\n    channel: {\r\n      type: String,\r\n      default: 'ndvi',\r\n      validator: value => /ndvi|cir|cloud|clm/.test(value)\r\n    }\r\n  },\r\n  computed: {\r\n    baseUrl () {\r\n      return config.sentinelHubPreviewInstances[this.image.dataSource]\r\n    },\r\n    url () {\r\n      const {recordingDate} = this.image\r\n\r\n      return `${this.baseUrl}?TIME=${recordingDate}/${recordingDate}`\r\n    },\r\n    layerPrefix () {\r\n      switch (this.image.dataSource) {\r\n      case 'Sentinel2': return 'S2_L1C_'\r\n      case 'Sentinel2AtmosphericallyCorrected': return 'S2_L2A_'\r\n      case 'Landsat': return 'L8_'\r\n      default: return ''\r\n      }\r\n    },\r\n    layerSuffix () {\r\n      switch (this.channel) {\r\n      case 'cir': return 'CIR'\r\n      case 'ndvi': return 'NDVI'\r\n      case 'cloud': return 'CLOUD'\r\n      case 'clm': return 'CLMCLP'\r\n      default: throw new Error('invalid channel')\r\n      }\r\n    },\r\n    layer () {\r\n      return this.layerPrefix + this.layerSuffix\r\n    }\r\n  }\r\n}\r\n</script>\r\n\r\n<style lang=\"scss\" scoped>\r\n</style>\r\n","import mod from \"-!../../../../../../../node_modules/cache-loader/dist/cjs.js??ref--12-0!../../../../../../../node_modules/thread-loader/dist/cjs.js!../../../../../../../node_modules/babel-loader/lib/index.js!../../../../../../../node_modules/cache-loader/dist/cjs.js??ref--0-0!../../../../../../../node_modules/vue-loader/lib/index.js??vue-loader-options!./SatImageLayer.vue?vue&type=script&lang=js&\"; export default mod; export * from \"-!../../../../../../../node_modules/cache-loader/dist/cjs.js??ref--12-0!../../../../../../../node_modules/thread-loader/dist/cjs.js!../../../../../../../node_modules/babel-loader/lib/index.js!../../../../../../../node_modules/cache-loader/dist/cjs.js??ref--0-0!../../../../../../../node_modules/vue-loader/lib/index.js??vue-loader-options!./SatImageLayer.vue?vue&type=script&lang=js&\"","import { render, staticRenderFns } from \"./SatImageLayer.vue?vue&type=template&id=7d428daa&scoped=true&lang=html&\"\nimport script from \"./SatImageLayer.vue?vue&type=script&lang=js&\"\nexport * from \"./SatImageLayer.vue?vue&type=script&lang=js&\"\n\n\n/* normalize component */\nimport normalizer from \"!../../../../../../../node_modules/vue-loader/lib/runtime/componentNormalizer.js\"\nvar component = normalizer(\n  script,\n  render,\n  staticRenderFns,\n  false,\n  null,\n  \"7d428daa\",\n  null\n  \n)\n\nexport default component.exports","var render = function () {var _vm=this;var _h=_vm.$createElement;var _c=_vm._self._c||_h;return _c('ListCard',{attrs:{\"selected\":_vm.active},scopedSlots:_vm._u([{key:\"title\",fn:function(){return [_c('span',[_vm._v(_vm._s(_vm.$i18n.format(_vm.image.recordingDate, 'date'))+\" \")]),_c('small',[_vm._v(_vm._s(_vm.readableDataSource))])]},proxy:true},{key:\"header\",fn:function(){return [(_vm.goodEnough)?_c('span',{staticClass:\"thumbs-up\"},[_vm._v(\"👍\")]):_vm._e(),_c('div',{staticClass:\"bars\",attrs:{\"title\":_vm.statistics}},[_c('div',{staticClass:\"ndvi\",style:({width: ((Math.max(0, _vm.image.ndviMean * 100)) + \"%\")})}),_c('div',{staticClass:\"cloud\",style:({width: ((_vm.image.cloudMean * 100) + \"%\")})})])]},proxy:true},{key:\"addon\",fn:function(){return [_c('div',{staticClass:\"checkbox-container\",on:{\"click\":function($event){$event.stopPropagation();return _vm.$emit('toggle')}}},[_c('i',{staticClass:\"fa fa-lg\",class:[_vm.icon]})])]},proxy:true}])})}\nvar staticRenderFns = []\n\nexport { render, staticRenderFns }","<template lang=\"html\">\r\n  <ListCard :selected=\"active\">\r\n    <template #title>\r\n      <span>{{ $i18n.format(image.recordingDate, 'date') }} </span>\r\n      <small>{{ readableDataSource }}</small>\r\n    </template>\r\n    <template #header>\r\n      <span v-if=\"goodEnough\" class=\"thumbs-up\">👍</span>\r\n      <div class=\"bars\" :title=\"statistics\">\r\n        <div class=\"ndvi\" :style=\"{width: `${Math.max(0, image.ndviMean * 100)}%`}\" />\r\n        <div class=\"cloud\" :style=\"{width: `${image.cloudMean * 100}%`}\" />\r\n      </div>\r\n    </template>\r\n    <template #addon>\r\n      <div class=\"checkbox-container\" @click.stop=\"$emit('toggle')\">\r\n        <i class=\"fa fa-lg\" :class=\"[icon]\" />\r\n      </div>\r\n    </template>\r\n  </ListCard>\r\n</template>\r\n\r\n<script>\r\nimport ListCard from '@components/card/ListCard'\r\n\r\nexport default {\r\n  components: {\r\n    ListCard\r\n  },\r\n  props: {\r\n    selected: Boolean,\r\n    active: Boolean,\r\n    image: Object\r\n  },\r\n  computed: {\r\n    icon () {\r\n      return this.selected ? 'fa-check-square-o' : 'fa-square-o'\r\n    },\r\n    statistics () {\r\n      if (this.image.dataSource === 'Sentinel2AtmosphericallyCorrected') {\r\n        return `NDVI ${this.$i18n.format(this.image.ndviMean, 'f2')}\\n${this.$i18n.format(this.image.cloudMean, 'percent')} ⛅`\r\n      } else {\r\n        const correctedNdvi = this.$i18n.format(this.image.ndviMean + 0.085, 'f2')\r\n        return `NDVI ${this.$i18n.format(this.image.ndviMean, 'f2')} (${this.$i18n.translate('frs.zoneMaps.image.correctedNdvi')} ${correctedNdvi})\\n${this.$i18n.format(this.image.cloudMean, 'percent')} ⛅`\r\n      }\r\n    },\r\n    readableDataSource () {\r\n      switch (this.image.dataSource) {\r\n      case 'Sentinel2': return 'S2-L1C'\r\n      case 'Sentinel2AtmosphericallyCorrected': return 'S2-L2A'\r\n      default: return this.image.dataSource\r\n      }\r\n    },\r\n    goodEnough () {\r\n      return this.image.validForAuto\r\n    }\r\n  }\r\n}\r\n</script>\r\n\r\n<style lang=\"scss\" scoped>\r\n.fa {\r\n  cursor: pointer;\r\n  transition: color 0.25s;\r\n\r\n  &.fa-square-o {\r\n    margin-right: 2px;\r\n  }\r\n\r\n  &:hover {\r\n    color: darkgray;\r\n  }\r\n}\r\n\r\nsmall {\r\n  color: gray;\r\n}\r\n\r\n.checkbox-container {\r\n  flex: 1;\r\n  display: flex;\r\n  align-items: center;\r\n}\r\n\r\n.thumbs-up {\r\n  margin-left: auto;\r\n  align-self: center;\r\n  margin-right: 0.5em;\r\n}\r\n\r\n.bars {\r\n  align-self: center;\r\n\r\n  display: flex;\r\n  flex-direction: column;\r\n  align-items: flex-end;\r\n\r\n  width: 50px;\r\n  height: 40%;\r\n  padding: 1px;\r\n  background-color: #eaeaea;\r\n  cursor: help;\r\n\r\n  &:first-child {\r\n    margin-left: auto;\r\n  }\r\n\r\n  .ndvi {\r\n    flex: 2;\r\n    background-color: #71a72b;\r\n    margin-bottom: 1px;\r\n  }\r\n\r\n  .cloud {\r\n    flex: 1;\r\n    background-color: #a9a9a9;\r\n  }\r\n}\r\n\r\n// .channel-buttons {\r\n//   display: flex;\r\n//   flex-direction: column;\r\n//   flex: 1;\r\n//\r\n//   > button {\r\n//     flex: 1 1 0;\r\n//     min-height: 0;\r\n//     display: flex;\r\n//     justify-content: center;\r\n//     align-items: center;\r\n//\r\n//     font-size: 0.75em;\r\n//\r\n//     border: 1px solid gray;\r\n//\r\n//     &:not(:first-child) {\r\n//       border-top: none;\r\n//     }\r\n//   }\r\n// }\r\n</style>\r\n","import mod from \"-!../../../../../../../node_modules/cache-loader/dist/cjs.js??ref--12-0!../../../../../../../node_modules/thread-loader/dist/cjs.js!../../../../../../../node_modules/babel-loader/lib/index.js!../../../../../../../node_modules/cache-loader/dist/cjs.js??ref--0-0!../../../../../../../node_modules/vue-loader/lib/index.js??vue-loader-options!./SatImageCard.vue?vue&type=script&lang=js&\"; export default mod; export * from \"-!../../../../../../../node_modules/cache-loader/dist/cjs.js??ref--12-0!../../../../../../../node_modules/thread-loader/dist/cjs.js!../../../../../../../node_modules/babel-loader/lib/index.js!../../../../../../../node_modules/cache-loader/dist/cjs.js??ref--0-0!../../../../../../../node_modules/vue-loader/lib/index.js??vue-loader-options!./SatImageCard.vue?vue&type=script&lang=js&\"","import { render, staticRenderFns } from \"./SatImageCard.vue?vue&type=template&id=99411b72&scoped=true&lang=html&\"\nimport script from \"./SatImageCard.vue?vue&type=script&lang=js&\"\nexport * from \"./SatImageCard.vue?vue&type=script&lang=js&\"\nimport style0 from \"./SatImageCard.vue?vue&type=style&index=0&id=99411b72&lang=scss&scoped=true&\"\n\n\n/* normalize component */\nimport normalizer from \"!../../../../../../../node_modules/vue-loader/lib/runtime/componentNormalizer.js\"\nvar component = normalizer(\n  script,\n  render,\n  staticRenderFns,\n  false,\n  null,\n  \"99411b72\",\n  null\n  \n)\n\nexport default component.exports","var render = function () {var _vm=this;var _h=_vm.$createElement;var _c=_vm._self._c||_h;return _c('div',{staticClass:\"load-more\"},[_c('FrsLoadingIndicator',{attrs:{\"small\":\"\",\"loading\":_vm.scheduledDateRanges.some(function (x) { return x.to === _vm.dateRange.to && x.from === _vm.dateRange.from; })}}),_c('IxButton',{on:{\"click\":function($event){return _vm.$emit('click', _vm.dateRange)}}},[_c('IxRes',{attrs:{\"context\":{from: _vm.$i18n.format(_vm.dateRange.from, 'date'), to: _vm.$i18n.format(_vm.dateRange.to, 'date')}}},[_vm._v(\"\\n      frs.zoneMaps.buttons.loadMoreImages\\n    \")])],1)],1)}\nvar staticRenderFns = []\n\nexport { render, staticRenderFns }","<template lang=\"html\">\r\n  <div class=\"load-more\">\r\n    <FrsLoadingIndicator\r\n      small\r\n      :loading=\"scheduledDateRanges.some(x => x.to === dateRange.to && x.from === dateRange.from)\"\r\n    />\r\n    <IxButton\r\n      @click=\"$emit('click', dateRange)\"\r\n    >\r\n      <IxRes :context=\"{from: $i18n.format(dateRange.from, 'date'), to: $i18n.format(dateRange.to, 'date')}\">\r\n        frs.zoneMaps.buttons.loadMoreImages\r\n      </IxRes>\r\n    </IxButton>\r\n  </div>\r\n</template>\r\n\r\n<script>\r\nimport IxButton from '@components/IxButton'\r\nimport FrsLoadingIndicator from '@frs/components/base/FrsLoadingIndicator'\r\n\r\nexport default {\r\n  components: {\r\n    FrsLoadingIndicator,\r\n    IxButton\r\n  },\r\n  props: {\r\n    dateRange: {\r\n      type: Object,\r\n      required: true\r\n    },\r\n    scheduledDateRanges: {\r\n      type: Array,\r\n      required: true\r\n    }\r\n  }\r\n}\r\n</script>\r\n\r\n<style lang=\"scss\" scoped>\r\n.load-more {\r\n  position: relative;\r\n  padding: 0.5em;\r\n  display: flex;\r\n  justify-content: center;\r\n}\r\n</style>\r\n","import mod from \"-!../../../../../../../node_modules/cache-loader/dist/cjs.js??ref--12-0!../../../../../../../node_modules/thread-loader/dist/cjs.js!../../../../../../../node_modules/babel-loader/lib/index.js!../../../../../../../node_modules/cache-loader/dist/cjs.js??ref--0-0!../../../../../../../node_modules/vue-loader/lib/index.js??vue-loader-options!./LoadMoreButton.vue?vue&type=script&lang=js&\"; export default mod; export * from \"-!../../../../../../../node_modules/cache-loader/dist/cjs.js??ref--12-0!../../../../../../../node_modules/thread-loader/dist/cjs.js!../../../../../../../node_modules/babel-loader/lib/index.js!../../../../../../../node_modules/cache-loader/dist/cjs.js??ref--0-0!../../../../../../../node_modules/vue-loader/lib/index.js??vue-loader-options!./LoadMoreButton.vue?vue&type=script&lang=js&\"","import { render, staticRenderFns } from \"./LoadMoreButton.vue?vue&type=template&id=2913f7ac&scoped=true&lang=html&\"\nimport script from \"./LoadMoreButton.vue?vue&type=script&lang=js&\"\nexport * from \"./LoadMoreButton.vue?vue&type=script&lang=js&\"\nimport style0 from \"./LoadMoreButton.vue?vue&type=style&index=0&id=2913f7ac&lang=scss&scoped=true&\"\n\n\n/* normalize component */\nimport normalizer from \"!../../../../../../../node_modules/vue-loader/lib/runtime/componentNormalizer.js\"\nvar component = normalizer(\n  script,\n  render,\n  staticRenderFns,\n  false,\n  null,\n  \"2913f7ac\",\n  null\n  \n)\n\nexport default component.exports","<template lang=\"html\">\r\n  <div class=\"satellite-image-selection\">\r\n    <div class=\"settings\">\r\n      <ChannelSelector v-if=\"shownImage\" v-model=\"shownChannel\" :image=\"shownImage\" />\r\n\r\n      <FilterSelector v-model=\"filter\" />\r\n\r\n      <Search\r\n        v-model=\"searchText\" :data=\"sortedImages\"\r\n        :keys=\"searchKeys\"\r\n        :threshold=\"0.15\" @result=\"searchResult = $event\"\r\n      />\r\n    </div>\r\n\r\n    <SatImageLayer v-if=\"shownImageId\" :image=\"shownImage\" :channel=\"shownChannel\" />\r\n\r\n    <FrsCurrentFieldBorderLayer />\r\n\r\n    <div class=\"image-list\">\r\n      <HelpBox v-if=\"searchResult || filter\">\r\n        <template v-if=\"filter === 'cultivations'\">\r\n          <IxRes>frs.zoneMaps.hints.filterImagesByCultivations</IxRes>\r\n        </template>\r\n        <template v-else-if=\"filter === 'selected'\">\r\n          <IxRes>frs.zoneMaps.hints.showingOnlySelected</IxRes>\r\n        </template>\r\n        <template v-if=\"searchResult\">\r\n          <IxRes v-if=\"searchResult.length\" :context=\"{0: searchResult.length}\">frs.zoneMaps.hints.searchResultCount</IxRes>\r\n          <IxRes v-else>frs.zoneMaps.hints.noSearchResult</IxRes>\r\n        </template>\r\n\r\n        <IxRes v-if=\"notVisibleCount\" :context=\"{0: notVisibleCount}\">frs.zoneMaps.hints.moreSelectedButNotVisible</IxRes>\r\n      </HelpBox>\r\n\r\n      <template v-for=\"item in (searchResult || sortedItems)\">\r\n        <SatImageCard\r\n          v-if=\"item.id\"\r\n          :key=\"item.id\"\r\n          :image=\"item\"\r\n          :selected=\"selectedImageIds.includes(item.id)\"\r\n          :active=\"shownImageId === item.id\"\r\n          @toggle=\"toggleImage(item.id)\"\r\n          @click.native=\"onClick(item.id)\"\r\n        />\r\n        <LoadMoreButton\r\n          v-else-if=\"filter !== 'selected'\"\r\n          :key=\"`${item.from}-${item.to}`\"\r\n          :date-range=\"item\"\r\n          :scheduled-date-ranges=\"scheduledDateRanges\"\r\n          @click=\"loadSatelliteImages([item])\"\r\n        />\r\n      </template>\r\n    </div>\r\n  </div>\r\n</template>\r\n\r\n<script>\r\nimport moment from 'moment'\r\nimport {orderBy} from 'lodash'\r\nimport {mapState, mapGetters, mapActions, mapMutations} from 'vuex'\r\n\r\nimport {mapFormFields} from '@helpers/vuex'\r\n\r\nimport Search from '@components/search/Search'\r\nimport HelpBox from '@components/help/HelpBox'\r\nimport FrsCurrentFieldBorderLayer from '@frs/components/base/FrsCurrentFieldBorderLayer'\r\n\r\nimport ChannelSelector from './ChannelSelector'\r\nimport FilterSelector from './FilterSelector'\r\nimport SatImageLayer from './SatImageLayer'\r\nimport SatImageCard from './SatImageCard'\r\nimport LoadMoreButton from './LoadMoreButton'\r\n\r\nexport default {\r\n  components: {\r\n    Search,\r\n    HelpBox,\r\n    ChannelSelector,\r\n    FilterSelector,\r\n    SatImageLayer,\r\n    FrsCurrentFieldBorderLayer,\r\n    SatImageCard,\r\n    LoadMoreButton\r\n  },\r\n  data () {\r\n    return {\r\n      selectedImage: null,\r\n      searchText: '',\r\n      searchKeys: ['dataSource', 'recordingDate'],\r\n      searchResult: null\r\n    }\r\n  },\r\n  computed: {\r\n    ...mapState('fieldRecordSystem/zoneMaps', [\r\n      'satelliteImages',\r\n      'scheduledDateRanges'\r\n    ]),\r\n    ...mapState('fieldRecordSystem/zoneMaps', {\r\n      selectedImageIds: state => state.settings.selectedImageIds\r\n    }),\r\n    ...mapFormFields('fieldRecordSystem/zoneMaps', [\r\n      'ui.shownChannel',\r\n      'ui.filter',\r\n      'settings.shownImageId'\r\n    ]),\r\n    ...mapGetters('fieldRecordSystem/zoneMaps', [\r\n      'yearsWithCultivations',\r\n      'nextDateRanges'\r\n    ]),\r\n    notVisibleCount () {\r\n      const images = this.searchResult || this.sortedImages\r\n\r\n      return this.selectedImageIds.filter(id => !images.find(x => x.id === id)).length\r\n    },\r\n    shownImage () {\r\n      return this.satelliteImages.find(x => x.id === this.shownImageId)\r\n    },\r\n    filteredImages () {\r\n      switch (this.filter) {\r\n      case 'cultivations': return this.satelliteImages\r\n        .filter(image => this.yearsWithCultivations.includes(moment(image.recordingDate).year()))\r\n      case 'selected': return this.satelliteImages\r\n        .filter(image => this.selectedImageIds.includes(image.id))\r\n      default: return this.satelliteImages\r\n      }\r\n    },\r\n    sortedImages () {\r\n      return orderBy(this.filteredImages, ['recordingDate'], ['desc'])\r\n    },\r\n    sortedItems () {\r\n      const items = this.filteredImages.concat(this.nextDateRanges)\r\n\r\n      return orderBy(items, x => x.recordingDate || x.from, ['desc'])\r\n    }\r\n  },\r\n  methods: {\r\n    ...mapMutations('fieldRecordSystem/zoneMaps', [\r\n      'toggleImage',\r\n      'setShownChannel'\r\n    ]),\r\n    ...mapActions('fieldRecordSystem/zoneMaps', [\r\n      'loadSatelliteImages'\r\n    ]),\r\n    onClick (imageId) {\r\n      if (this.shownImageId === imageId) {\r\n        this.shownImageId = null\r\n      } else {\r\n        this.shownImageId = imageId\r\n      }\r\n    }\r\n  },\r\n  watch: {\r\n    shownImage (image) {\r\n      if (!image) return\r\n      if (image.dataSource === 'Landsat' && this.shownChannel === 'clm') {\r\n        this.setShownChannel('ndvi')\r\n      }\r\n    }\r\n  }\r\n}\r\n</script>\r\n\r\n<style lang=\"scss\" scoped>\r\n.satellite-image-selection {\r\n  flex: 1;\r\n  display: flex;\r\n  flex-direction: column;\r\n\r\n  min-height: 0;\r\n\r\n  .image-list {\r\n    flex: 1;\r\n\r\n    display: flex;\r\n    flex-direction: column;\r\n\r\n    padding: 0.25em;\r\n    overflow-y: auto;\r\n  }\r\n\r\n  .settings {\r\n    display: flex;\r\n    flex-direction: column;\r\n    padding: 0.5em;\r\n\r\n    > .filter-selector {\r\n      margin-bottom: 0.5em;\r\n    }\r\n  }\r\n}\r\n</style>\r\n","import mod from \"-!../../../../../../../node_modules/cache-loader/dist/cjs.js??ref--12-0!../../../../../../../node_modules/thread-loader/dist/cjs.js!../../../../../../../node_modules/babel-loader/lib/index.js!../../../../../../../node_modules/cache-loader/dist/cjs.js??ref--0-0!../../../../../../../node_modules/vue-loader/lib/index.js??vue-loader-options!./SatelliteImageSelection.vue?vue&type=script&lang=js&\"; export default mod; export * from \"-!../../../../../../../node_modules/cache-loader/dist/cjs.js??ref--12-0!../../../../../../../node_modules/thread-loader/dist/cjs.js!../../../../../../../node_modules/babel-loader/lib/index.js!../../../../../../../node_modules/cache-loader/dist/cjs.js??ref--0-0!../../../../../../../node_modules/vue-loader/lib/index.js??vue-loader-options!./SatelliteImageSelection.vue?vue&type=script&lang=js&\"","import { render, staticRenderFns } from \"./SatelliteImageSelection.vue?vue&type=template&id=b55de902&scoped=true&lang=html&\"\nimport script from \"./SatelliteImageSelection.vue?vue&type=script&lang=js&\"\nexport * from \"./SatelliteImageSelection.vue?vue&type=script&lang=js&\"\nimport style0 from \"./SatelliteImageSelection.vue?vue&type=style&index=0&id=b55de902&lang=scss&scoped=true&\"\n\n\n/* normalize component */\nimport normalizer from \"!../../../../../../../node_modules/vue-loader/lib/runtime/componentNormalizer.js\"\nvar component = normalizer(\n  script,\n  render,\n  staticRenderFns,\n  false,\n  null,\n  \"b55de902\",\n  null\n  \n)\n\nexport default component.exports","<template lang=\"html\">\r\n  <FrsModuleRoot\r\n    :module=\"module\"\r\n    :module-path=\"['fieldRecordSystem', 'zoneMaps']\"\r\n    :translation-namespaces=\"['fi', 'Common.SR_Common']\"\r\n    :setup=\"loadPrerequisiteData\"\r\n  >\r\n    <ZoneMapCreation />\r\n\r\n    <template #left>\r\n      <SatelliteImageSelection />\r\n    </template>\r\n  </FrsModuleRoot>\r\n</template>\r\n\r\n<script>\r\nimport {mapActions} from 'vuex'\r\n\r\nimport FrsModuleRoot from '@frs/components/base/FrsModuleRoot'\r\n\r\nimport ZoneMapCreation from './ZoneMapCreation'\r\nimport SatelliteImageSelection from './SatelliteImageSelection'\r\n\r\nexport default {\r\n  components: {\r\n    FrsModuleRoot,\r\n    ZoneMapCreation,\r\n    SatelliteImageSelection\r\n  },\r\n  computed: {\r\n    module () {\r\n      return () => import('@store/modules/field-record-system/zone-maps')\r\n    }\r\n  },\r\n  methods: {\r\n    ...mapActions('fieldRecordSystem/zoneMaps', [\r\n      'loadPrerequisiteData'\r\n    ])\r\n  }\r\n}\r\n</script>\r\n\r\n<style lang=\"scss\" scoped>\r\n</style>\r\n","import mod from \"-!../../../../../../../node_modules/cache-loader/dist/cjs.js??ref--12-0!../../../../../../../node_modules/thread-loader/dist/cjs.js!../../../../../../../node_modules/babel-loader/lib/index.js!../../../../../../../node_modules/cache-loader/dist/cjs.js??ref--0-0!../../../../../../../node_modules/vue-loader/lib/index.js??vue-loader-options!./ZoneMapsModuleRoot.vue?vue&type=script&lang=js&\"; export default mod; export * from \"-!../../../../../../../node_modules/cache-loader/dist/cjs.js??ref--12-0!../../../../../../../node_modules/thread-loader/dist/cjs.js!../../../../../../../node_modules/babel-loader/lib/index.js!../../../../../../../node_modules/cache-loader/dist/cjs.js??ref--0-0!../../../../../../../node_modules/vue-loader/lib/index.js??vue-loader-options!./ZoneMapsModuleRoot.vue?vue&type=script&lang=js&\"","import { render, staticRenderFns } from \"./ZoneMapsModuleRoot.vue?vue&type=template&id=5a0a74e6&scoped=true&lang=html&\"\nimport script from \"./ZoneMapsModuleRoot.vue?vue&type=script&lang=js&\"\nexport * from \"./ZoneMapsModuleRoot.vue?vue&type=script&lang=js&\"\n\n\n/* normalize component */\nimport normalizer from \"!../../../../../../../node_modules/vue-loader/lib/runtime/componentNormalizer.js\"\nvar component = normalizer(\n  script,\n  render,\n  staticRenderFns,\n  false,\n  null,\n  \"5a0a74e6\",\n  null\n  \n)\n\nexport default component.exports","var coordEach = require('@turf/meta').coordEach;\n\n/**\n * Takes a GeoJSON Feature or FeatureCollection and truncates the precision of the geometry.\n *\n * @name truncate\n * @param {FeatureCollection|Feature<any>} geojson any GeoJSON Feature, FeatureCollection, Geometry or GeometryCollection.\n * @param {number} [precision=6] coordinate decimal precision\n * @param {number} [coordinates=3] maximum number of coordinates (primarly used to remove z coordinates)\n * @param {boolean} [mutate=false] allows GeoJSON input to be mutated (significant performance increase if true)\n * @returns {FeatureCollection|Feature<any>} layer with truncated geometry\n * @example\n * var point = turf.point([\n *     70.46923055566859,\n *     58.11088890802906,\n *     1508\n * ]);\n *\n * var truncated = turf.truncate(point);\n *\n * //addToMap\n * var addToMap = [truncated];\n */\nmodule.exports = function (geojson, precision, coordinates, mutate) {\n    // default params\n    precision = (precision === undefined || precision === null || isNaN(precision)) ? 6 : precision;\n    coordinates = (coordinates === undefined || coordinates === null || isNaN(coordinates)) ? 3 : coordinates;\n\n    // validation\n    if (!geojson) throw new Error('<geojson> is required');\n    if (typeof precision !== 'number') throw new Error('<precision> must be a number');\n    if (typeof coordinates !== 'number') throw new Error('<coordinates> must be a number');\n\n    // prevent input mutation\n    if (mutate === false || mutate === undefined) geojson = JSON.parse(JSON.stringify(geojson));\n\n    var factor = Math.pow(10, precision);\n\n    // Truncate Coordinates\n    coordEach(geojson, function (coords) {\n        truncate(coords, factor, coordinates);\n    });\n    return geojson;\n};\n\n/**\n * Truncate Coordinates - Mutates coordinates in place\n *\n * @private\n * @param {Array<any>} coords Geometry Coordinates\n * @param {number} factor rounding factor for coordinate decimal precision\n * @param {number} coordinates maximum number of coordinates (primarly used to remove z coordinates)\n * @returns {Array<any>} mutated coordinates\n */\nfunction truncate(coords, factor, coordinates) {\n    // Remove extra coordinates (usually elevation coordinates and more)\n    if (coords.length > coordinates) coords.splice(coordinates, coords.length);\n\n    // Truncate coordinate decimals\n    for (var i = 0; i < coords.length; i++) {\n        coords[i] = Math.round(coords[i] * factor) / factor;\n    }\n    return coords;\n}\n","import mod from \"-!../../../../../../../node_modules/mini-css-extract-plugin/dist/loader.js??ref--8-oneOf-1-0!../../../../../../../node_modules/css-loader/index.js??ref--8-oneOf-1-1!../../../../../../../node_modules/vue-loader/lib/loaders/stylePostLoader.js!../../../../../../../node_modules/postcss-loader/src/index.js??ref--8-oneOf-1-2!../../../../../../../node_modules/sass-loader/lib/loader.js??ref--8-oneOf-1-3!../../../../../../../node_modules/cache-loader/dist/cjs.js??ref--0-0!../../../../../../../node_modules/vue-loader/lib/index.js??vue-loader-options!./ChannelSelector.vue?vue&type=style&index=0&id=9191524a&lang=scss&scoped=true&\"; export default mod; export * from \"-!../../../../../../../node_modules/mini-css-extract-plugin/dist/loader.js??ref--8-oneOf-1-0!../../../../../../../node_modules/css-loader/index.js??ref--8-oneOf-1-1!../../../../../../../node_modules/vue-loader/lib/loaders/stylePostLoader.js!../../../../../../../node_modules/postcss-loader/src/index.js??ref--8-oneOf-1-2!../../../../../../../node_modules/sass-loader/lib/loader.js??ref--8-oneOf-1-3!../../../../../../../node_modules/cache-loader/dist/cjs.js??ref--0-0!../../../../../../../node_modules/vue-loader/lib/index.js??vue-loader-options!./ChannelSelector.vue?vue&type=style&index=0&id=9191524a&lang=scss&scoped=true&\"","var polygon = require('@turf/helpers').polygon;\n\n/**\n * Takes a bbox and returns an equivalent {@link Polygon|polygon}.\n *\n * @name bboxPolygon\n * @param {Array<number>} bbox extent in [minX, minY, maxX, maxY] order\n * @returns {Feature<Polygon>} a Polygon representation of the bounding box\n * @example\n * var bbox = [0, 0, 10, 10];\n *\n * var poly = turf.bboxPolygon(bbox);\n *\n * //addToMap\n * var addToMap = [poly]\n */\nmodule.exports = function (bbox) {\n    var lowLeft = [bbox[0], bbox[1]];\n    var topLeft = [bbox[0], bbox[3]];\n    var topRight = [bbox[2], bbox[3]];\n    var lowRight = [bbox[2], bbox[1]];\n\n    return polygon([[\n        lowLeft,\n        lowRight,\n        topRight,\n        topLeft,\n        lowLeft\n    ]]);\n};\n","var bbox = require('@turf/bbox');\nvar point = require('@turf/helpers').point;\n\n/**\n * Takes a {@link Feature} or {@link FeatureCollection} and returns the absolute center point of all features.\n *\n * @name center\n * @param {GeoJSON} geojson GeoJSON to be centered\n * @param {Object} [properties] an Object that is used as the {@link Feature}'s properties\n * @returns {Feature<Point>} a Point feature at the absolute center point of all input features\n * @example\n * var features = turf.featureCollection([\n *   turf.point( [-97.522259, 35.4691]),\n *   turf.point( [-97.502754, 35.463455]),\n *   turf.point( [-97.508269, 35.463245])\n * ]);\n *\n * var center = turf.center(features);\n *\n * //addToMap\n * var addToMap = [features, center]\n * center.properties['marker-size'] = 'large';\n * center.properties['marker-color'] = '#000';\n */\nmodule.exports = function (geojson, properties) {\n    var ext = bbox(geojson);\n    var x = (ext[0] + ext[2]) / 2;\n    var y = (ext[1] + ext[3]) / 2;\n    return point([x, y], properties);\n};\n","import mod from \"-!../../../../../../../node_modules/mini-css-extract-plugin/dist/loader.js??ref--8-oneOf-1-0!../../../../../../../node_modules/css-loader/index.js??ref--8-oneOf-1-1!../../../../../../../node_modules/vue-loader/lib/loaders/stylePostLoader.js!../../../../../../../node_modules/postcss-loader/src/index.js??ref--8-oneOf-1-2!../../../../../../../node_modules/sass-loader/lib/loader.js??ref--8-oneOf-1-3!../../../../../../../node_modules/cache-loader/dist/cjs.js??ref--0-0!../../../../../../../node_modules/vue-loader/lib/index.js??vue-loader-options!./LoadMoreButton.vue?vue&type=style&index=0&id=2913f7ac&lang=scss&scoped=true&\"; export default mod; export * from \"-!../../../../../../../node_modules/mini-css-extract-plugin/dist/loader.js??ref--8-oneOf-1-0!../../../../../../../node_modules/css-loader/index.js??ref--8-oneOf-1-1!../../../../../../../node_modules/vue-loader/lib/loaders/stylePostLoader.js!../../../../../../../node_modules/postcss-loader/src/index.js??ref--8-oneOf-1-2!../../../../../../../node_modules/sass-loader/lib/loader.js??ref--8-oneOf-1-3!../../../../../../../node_modules/cache-loader/dist/cjs.js??ref--0-0!../../../../../../../node_modules/vue-loader/lib/index.js??vue-loader-options!./LoadMoreButton.vue?vue&type=style&index=0&id=2913f7ac&lang=scss&scoped=true&\"","var bbox = require('@turf/bbox');\nvar meta = require('@turf/meta');\nvar helpers = require('@turf/helpers');\nvar invariant = require('@turf/invariant');\nvar gridToMatrix = require('grid-to-matrix');\nvar marchingsquares = require('marchingsquares');\nvar multiLineString = helpers.multiLineString;\nvar coordEach = meta.coordEach;\nvar collectionOf = invariant.collectionOf;\nvar featureCollection = helpers.featureCollection;\n\n/**\n * Takes a grid {@link FeatureCollection} of {@link Point} features with z-values and an array of\n * value breaks and generates [isolines](http://en.wikipedia.org/wiki/Isoline).\n *\n * @name isolines\n * @param {FeatureCollection<Point>} pointGrid input points\n * @param {Array<number>} breaks values of `zProperty` where to draw isolines\n * @param {string} [zProperty='elevation'] the property name in `points` from which z-values will be pulled\n * @param {Object} [propertiesToAllIsolines={}] GeoJSON properties passed to ALL isolines\n * @param {Array<Object>} [propertiesPerIsoline=[]] GeoJSON properties passed, in order, to the correspondent isoline;\n * the breaks array will define the order in which the isolines are created\n * @returns {FeatureCollection<MultiLineString>} a FeatureCollection of {@link MultiLineString} features representing isolines\n * @example\n * // create a grid of points with random z-values in their properties\n * var extent = [0, 30, 20, 50];\n * var cellWidth = 100;\n * var units = 'miles';\n * var pointGrid = turf.pointGrid(extent, cellWidth, units);\n * for (var i = 0; i < pointGrid.features.length; i++) {\n *     pointGrid.features[i].properties.temperature = Math.random() * 10;\n * }\n * var breaks = [0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10];\n *\n * var isolines = turf.isolines(pointGrid, breaks, 'temperature');\n *\n * //addToMap\n * var addToMap = [isolines];\n */\nmodule.exports = function (pointGrid, breaks, zProperty, propertiesToAllIsolines, propertiesPerIsoline) {\n    // Default Params\n    zProperty = zProperty || 'elevation';\n    propertiesToAllIsolines = propertiesToAllIsolines || {};\n    propertiesPerIsoline = propertiesPerIsoline || [];\n\n    // Input validation\n    collectionOf(pointGrid, 'Point', 'Input must contain Points');\n    if (!breaks) throw new Error('breaks is required');\n    if (!Array.isArray(breaks)) throw new Error('breaks must be an Array');\n    if (!isObject(propertiesToAllIsolines)) throw new Error('propertiesToAllIsolines must be an Object');\n    if (!Array.isArray(propertiesPerIsoline)) throw new Error('propertiesPerIsoline must be an Array');\n    if (typeof zProperty !== 'string') throw new Error('zProperty must be a string');\n\n    // Isoline methods\n    var matrix = gridToMatrix(pointGrid, zProperty, true);\n    var isolines = createIsoLines(matrix, breaks, zProperty, propertiesToAllIsolines, propertiesPerIsoline);\n    var scaledIsolines = rescaleIsolines(isolines, matrix, pointGrid);\n\n    return featureCollection(scaledIsolines);\n};\n\n/**\n * Creates the isolines lines (featuresCollection of MultiLineString features) from the 2D data grid\n *\n * Marchingsquares process the grid data as a 3D representation of a function on a 2D plane, therefore it\n * assumes the points (x-y coordinates) are one 'unit' distance. The result of the isolines function needs to be\n * rescaled, with turfjs, to the original area and proportions on the map\n *\n * @private\n * @param {Array<Array<number>>} matrix Grid Data\n * @param {Array<number>} breaks Breaks\n * @param {string} zProperty name of the z-values property\n * @param {Object} [propertiesToAllIsolines={}] GeoJSON properties passed to ALL isolines\n * @param {Object} [propertiesPerIsoline=[]] GeoJSON properties passed to the correspondent isoline\n * @returns {Array<MultiLineString>} isolines\n */\nfunction createIsoLines(matrix, breaks, zProperty, propertiesToAllIsolines, propertiesPerIsoline) {\n    var isolines = [];\n    for (var i = 1; i < breaks.length; i++) {\n        var threshold = +breaks[i]; // make sure it's a number\n\n        var properties = Object.assign(\n            {},\n            propertiesToAllIsolines,\n            propertiesPerIsoline[i]\n        );\n        properties[zProperty] = threshold;\n        var isoline = multiLineString(marchingsquares.isoContours(matrix, threshold), properties);\n\n        isolines.push(isoline);\n    }\n    return isolines;\n}\n\n/**\n * Translates and scales isolines\n *\n * @private\n * @param {Array<MultiLineString>} isolines to be rescaled\n * @param {Array<Array<number>>} matrix Grid Data\n * @param {Object} points Points by Latitude\n * @returns {Array<MultiLineString>} isolines\n */\nfunction rescaleIsolines(isolines, matrix, points) {\n\n    // get dimensions (on the map) of the original grid\n    var gridBbox = bbox(points); // [ minX, minY, maxX, maxY ]\n    var originalWidth = gridBbox[2] - gridBbox[0];\n    var originalHeigth = gridBbox[3] - gridBbox[1];\n\n    // get origin, which is the first point of the last row on the rectangular data on the map\n    var x0 = gridBbox[0];\n    var y0 = gridBbox[1];\n\n    // get number of cells per side\n    var matrixWidth = matrix[0].length - 1;\n    var matrixHeight = matrix.length - 1;\n\n    // calculate the scaling factor between matrix and rectangular grid on the map\n    var scaleX = originalWidth / matrixWidth;\n    var scaleY = originalHeigth / matrixHeight;\n\n    var resize = function (point) {\n        point[0] = point[0] * scaleX + x0;\n        point[1] = point[1] * scaleY + y0;\n    };\n\n    // resize and shift each point/line of the isolines\n    isolines.forEach(function (isoline) {\n        coordEach(isoline, resize);\n    });\n    return isolines;\n}\n\n/**\n * Checks input type\n *\n * @private\n * @param {*} input to be checked\n * @returns {boolean} true if the input is an Object\n */\nfunction isObject(input) {\n    return (!!input) && (input.constructor === Object);\n}\n","/*\n (c) 2017, Vladimir Agafonkin\n Simplify.js, a high-performance JS polyline simplification library\n mourner.github.io/simplify-js\n*/\n\n(function () { 'use strict';\n\n// to suit your point format, run search/replace for '.x' and '.y';\n// for 3D version, see 3d branch (configurability would draw significant performance overhead)\n\n// square distance between 2 points\nfunction getSqDist(p1, p2) {\n\n    var dx = p1.x - p2.x,\n        dy = p1.y - p2.y;\n\n    return dx * dx + dy * dy;\n}\n\n// square distance from a point to a segment\nfunction getSqSegDist(p, p1, p2) {\n\n    var x = p1.x,\n        y = p1.y,\n        dx = p2.x - x,\n        dy = p2.y - y;\n\n    if (dx !== 0 || dy !== 0) {\n\n        var t = ((p.x - x) * dx + (p.y - y) * dy) / (dx * dx + dy * dy);\n\n        if (t > 1) {\n            x = p2.x;\n            y = p2.y;\n\n        } else if (t > 0) {\n            x += dx * t;\n            y += dy * t;\n        }\n    }\n\n    dx = p.x - x;\n    dy = p.y - y;\n\n    return dx * dx + dy * dy;\n}\n// rest of the code doesn't care about point format\n\n// basic distance-based simplification\nfunction simplifyRadialDist(points, sqTolerance) {\n\n    var prevPoint = points[0],\n        newPoints = [prevPoint],\n        point;\n\n    for (var i = 1, len = points.length; i < len; i++) {\n        point = points[i];\n\n        if (getSqDist(point, prevPoint) > sqTolerance) {\n            newPoints.push(point);\n            prevPoint = point;\n        }\n    }\n\n    if (prevPoint !== point) newPoints.push(point);\n\n    return newPoints;\n}\n\nfunction simplifyDPStep(points, first, last, sqTolerance, simplified) {\n    var maxSqDist = sqTolerance,\n        index;\n\n    for (var i = first + 1; i < last; i++) {\n        var sqDist = getSqSegDist(points[i], points[first], points[last]);\n\n        if (sqDist > maxSqDist) {\n            index = i;\n            maxSqDist = sqDist;\n        }\n    }\n\n    if (maxSqDist > sqTolerance) {\n        if (index - first > 1) simplifyDPStep(points, first, index, sqTolerance, simplified);\n        simplified.push(points[index]);\n        if (last - index > 1) simplifyDPStep(points, index, last, sqTolerance, simplified);\n    }\n}\n\n// simplification using Ramer-Douglas-Peucker algorithm\nfunction simplifyDouglasPeucker(points, sqTolerance) {\n    var last = points.length - 1;\n\n    var simplified = [points[0]];\n    simplifyDPStep(points, 0, last, sqTolerance, simplified);\n    simplified.push(points[last]);\n\n    return simplified;\n}\n\n// both algorithms combined for awesome performance\nfunction simplify(points, tolerance, highestQuality) {\n\n    if (points.length <= 2) return points;\n\n    var sqTolerance = tolerance !== undefined ? tolerance * tolerance : 1;\n\n    points = highestQuality ? points : simplifyRadialDist(points, sqTolerance);\n    points = simplifyDouglasPeucker(points, sqTolerance);\n\n    return points;\n}\n\n// export as AMD module / Node module / browser or worker variable\nif (typeof define === 'function' && define.amd) define(function() { return simplify; });\nelse if (typeof module !== 'undefined') {\n    module.exports = simplify;\n    module.exports.default = simplify;\n} else if (typeof self !== 'undefined') self.simplify = simplify;\nelse window.simplify = simplify;\n\n})();\n","'use strict';\n\nmodule.exports = earcut;\nmodule.exports.default = earcut;\n\nfunction earcut(data, holeIndices, dim) {\n\n    dim = dim || 2;\n\n    var hasHoles = holeIndices && holeIndices.length,\n        outerLen = hasHoles ? holeIndices[0] * dim : data.length,\n        outerNode = linkedList(data, 0, outerLen, dim, true),\n        triangles = [];\n\n    if (!outerNode || outerNode.next === outerNode.prev) return triangles;\n\n    var minX, minY, maxX, maxY, x, y, invSize;\n\n    if (hasHoles) outerNode = eliminateHoles(data, holeIndices, outerNode, dim);\n\n    // if the shape is not too simple, we'll use z-order curve hash later; calculate polygon bbox\n    if (data.length > 80 * dim) {\n        minX = maxX = data[0];\n        minY = maxY = data[1];\n\n        for (var i = dim; i < outerLen; i += dim) {\n            x = data[i];\n            y = data[i + 1];\n            if (x < minX) minX = x;\n            if (y < minY) minY = y;\n            if (x > maxX) maxX = x;\n            if (y > maxY) maxY = y;\n        }\n\n        // minX, minY and invSize are later used to transform coords into integers for z-order calculation\n        invSize = Math.max(maxX - minX, maxY - minY);\n        invSize = invSize !== 0 ? 1 / invSize : 0;\n    }\n\n    earcutLinked(outerNode, triangles, dim, minX, minY, invSize);\n\n    return triangles;\n}\n\n// create a circular doubly linked list from polygon points in the specified winding order\nfunction linkedList(data, start, end, dim, clockwise) {\n    var i, last;\n\n    if (clockwise === (signedArea(data, start, end, dim) > 0)) {\n        for (i = start; i < end; i += dim) last = insertNode(i, data[i], data[i + 1], last);\n    } else {\n        for (i = end - dim; i >= start; i -= dim) last = insertNode(i, data[i], data[i + 1], last);\n    }\n\n    if (last && equals(last, last.next)) {\n        removeNode(last);\n        last = last.next;\n    }\n\n    return last;\n}\n\n// eliminate colinear or duplicate points\nfunction filterPoints(start, end) {\n    if (!start) return start;\n    if (!end) end = start;\n\n    var p = start,\n        again;\n    do {\n        again = false;\n\n        if (!p.steiner && (equals(p, p.next) || area(p.prev, p, p.next) === 0)) {\n            removeNode(p);\n            p = end = p.prev;\n            if (p === p.next) break;\n            again = true;\n\n        } else {\n            p = p.next;\n        }\n    } while (again || p !== end);\n\n    return end;\n}\n\n// main ear slicing loop which triangulates a polygon (given as a linked list)\nfunction earcutLinked(ear, triangles, dim, minX, minY, invSize, pass) {\n    if (!ear) return;\n\n    // interlink polygon nodes in z-order\n    if (!pass && invSize) indexCurve(ear, minX, minY, invSize);\n\n    var stop = ear,\n        prev, next;\n\n    // iterate through ears, slicing them one by one\n    while (ear.prev !== ear.next) {\n        prev = ear.prev;\n        next = ear.next;\n\n        if (invSize ? isEarHashed(ear, minX, minY, invSize) : isEar(ear)) {\n            // cut off the triangle\n            triangles.push(prev.i / dim);\n            triangles.push(ear.i / dim);\n            triangles.push(next.i / dim);\n\n            removeNode(ear);\n\n            // skipping the next vertex leads to less sliver triangles\n            ear = next.next;\n            stop = next.next;\n\n            continue;\n        }\n\n        ear = next;\n\n        // if we looped through the whole remaining polygon and can't find any more ears\n        if (ear === stop) {\n            // try filtering points and slicing again\n            if (!pass) {\n                earcutLinked(filterPoints(ear), triangles, dim, minX, minY, invSize, 1);\n\n            // if this didn't work, try curing all small self-intersections locally\n            } else if (pass === 1) {\n                ear = cureLocalIntersections(ear, triangles, dim);\n                earcutLinked(ear, triangles, dim, minX, minY, invSize, 2);\n\n            // as a last resort, try splitting the remaining polygon into two\n            } else if (pass === 2) {\n                splitEarcut(ear, triangles, dim, minX, minY, invSize);\n            }\n\n            break;\n        }\n    }\n}\n\n// check whether a polygon node forms a valid ear with adjacent nodes\nfunction isEar(ear) {\n    var a = ear.prev,\n        b = ear,\n        c = ear.next;\n\n    if (area(a, b, c) >= 0) return false; // reflex, can't be an ear\n\n    // now make sure we don't have other points inside the potential ear\n    var p = ear.next.next;\n\n    while (p !== ear.prev) {\n        if (pointInTriangle(a.x, a.y, b.x, b.y, c.x, c.y, p.x, p.y) &&\n            area(p.prev, p, p.next) >= 0) return false;\n        p = p.next;\n    }\n\n    return true;\n}\n\nfunction isEarHashed(ear, minX, minY, invSize) {\n    var a = ear.prev,\n        b = ear,\n        c = ear.next;\n\n    if (area(a, b, c) >= 0) return false; // reflex, can't be an ear\n\n    // triangle bbox; min & max are calculated like this for speed\n    var minTX = a.x < b.x ? (a.x < c.x ? a.x : c.x) : (b.x < c.x ? b.x : c.x),\n        minTY = a.y < b.y ? (a.y < c.y ? a.y : c.y) : (b.y < c.y ? b.y : c.y),\n        maxTX = a.x > b.x ? (a.x > c.x ? a.x : c.x) : (b.x > c.x ? b.x : c.x),\n        maxTY = a.y > b.y ? (a.y > c.y ? a.y : c.y) : (b.y > c.y ? b.y : c.y);\n\n    // z-order range for the current triangle bbox;\n    var minZ = zOrder(minTX, minTY, minX, minY, invSize),\n        maxZ = zOrder(maxTX, maxTY, minX, minY, invSize);\n\n    var p = ear.prevZ,\n        n = ear.nextZ;\n\n    // look for points inside the triangle in both directions\n    while (p && p.z >= minZ && n && n.z <= maxZ) {\n        if (p !== ear.prev && p !== ear.next &&\n            pointInTriangle(a.x, a.y, b.x, b.y, c.x, c.y, p.x, p.y) &&\n            area(p.prev, p, p.next) >= 0) return false;\n        p = p.prevZ;\n\n        if (n !== ear.prev && n !== ear.next &&\n            pointInTriangle(a.x, a.y, b.x, b.y, c.x, c.y, n.x, n.y) &&\n            area(n.prev, n, n.next) >= 0) return false;\n        n = n.nextZ;\n    }\n\n    // look for remaining points in decreasing z-order\n    while (p && p.z >= minZ) {\n        if (p !== ear.prev && p !== ear.next &&\n            pointInTriangle(a.x, a.y, b.x, b.y, c.x, c.y, p.x, p.y) &&\n            area(p.prev, p, p.next) >= 0) return false;\n        p = p.prevZ;\n    }\n\n    // look for remaining points in increasing z-order\n    while (n && n.z <= maxZ) {\n        if (n !== ear.prev && n !== ear.next &&\n            pointInTriangle(a.x, a.y, b.x, b.y, c.x, c.y, n.x, n.y) &&\n            area(n.prev, n, n.next) >= 0) return false;\n        n = n.nextZ;\n    }\n\n    return true;\n}\n\n// go through all polygon nodes and cure small local self-intersections\nfunction cureLocalIntersections(start, triangles, dim) {\n    var p = start;\n    do {\n        var a = p.prev,\n            b = p.next.next;\n\n        if (!equals(a, b) && intersects(a, p, p.next, b) && locallyInside(a, b) && locallyInside(b, a)) {\n\n            triangles.push(a.i / dim);\n            triangles.push(p.i / dim);\n            triangles.push(b.i / dim);\n\n            // remove two nodes involved\n            removeNode(p);\n            removeNode(p.next);\n\n            p = start = b;\n        }\n        p = p.next;\n    } while (p !== start);\n\n    return p;\n}\n\n// try splitting polygon into two and triangulate them independently\nfunction splitEarcut(start, triangles, dim, minX, minY, invSize) {\n    // look for a valid diagonal that divides the polygon into two\n    var a = start;\n    do {\n        var b = a.next.next;\n        while (b !== a.prev) {\n            if (a.i !== b.i && isValidDiagonal(a, b)) {\n                // split the polygon in two by the diagonal\n                var c = splitPolygon(a, b);\n\n                // filter colinear points around the cuts\n                a = filterPoints(a, a.next);\n                c = filterPoints(c, c.next);\n\n                // run earcut on each half\n                earcutLinked(a, triangles, dim, minX, minY, invSize);\n                earcutLinked(c, triangles, dim, minX, minY, invSize);\n                return;\n            }\n            b = b.next;\n        }\n        a = a.next;\n    } while (a !== start);\n}\n\n// link every hole into the outer loop, producing a single-ring polygon without holes\nfunction eliminateHoles(data, holeIndices, outerNode, dim) {\n    var queue = [],\n        i, len, start, end, list;\n\n    for (i = 0, len = holeIndices.length; i < len; i++) {\n        start = holeIndices[i] * dim;\n        end = i < len - 1 ? holeIndices[i + 1] * dim : data.length;\n        list = linkedList(data, start, end, dim, false);\n        if (list === list.next) list.steiner = true;\n        queue.push(getLeftmost(list));\n    }\n\n    queue.sort(compareX);\n\n    // process holes from left to right\n    for (i = 0; i < queue.length; i++) {\n        eliminateHole(queue[i], outerNode);\n        outerNode = filterPoints(outerNode, outerNode.next);\n    }\n\n    return outerNode;\n}\n\nfunction compareX(a, b) {\n    return a.x - b.x;\n}\n\n// find a bridge between vertices that connects hole with an outer ring and and link it\nfunction eliminateHole(hole, outerNode) {\n    outerNode = findHoleBridge(hole, outerNode);\n    if (outerNode) {\n        var b = splitPolygon(outerNode, hole);\n        filterPoints(b, b.next);\n    }\n}\n\n// David Eberly's algorithm for finding a bridge between hole and outer polygon\nfunction findHoleBridge(hole, outerNode) {\n    var p = outerNode,\n        hx = hole.x,\n        hy = hole.y,\n        qx = -Infinity,\n        m;\n\n    // find a segment intersected by a ray from the hole's leftmost point to the left;\n    // segment's endpoint with lesser x will be potential connection point\n    do {\n        if (hy <= p.y && hy >= p.next.y && p.next.y !== p.y) {\n            var x = p.x + (hy - p.y) * (p.next.x - p.x) / (p.next.y - p.y);\n            if (x <= hx && x > qx) {\n                qx = x;\n                if (x === hx) {\n                    if (hy === p.y) return p;\n                    if (hy === p.next.y) return p.next;\n                }\n                m = p.x < p.next.x ? p : p.next;\n            }\n        }\n        p = p.next;\n    } while (p !== outerNode);\n\n    if (!m) return null;\n\n    if (hx === qx) return m.prev; // hole touches outer segment; pick lower endpoint\n\n    // look for points inside the triangle of hole point, segment intersection and endpoint;\n    // if there are no points found, we have a valid connection;\n    // otherwise choose the point of the minimum angle with the ray as connection point\n\n    var stop = m,\n        mx = m.x,\n        my = m.y,\n        tanMin = Infinity,\n        tan;\n\n    p = m.next;\n\n    while (p !== stop) {\n        if (hx >= p.x && p.x >= mx && hx !== p.x &&\n                pointInTriangle(hy < my ? hx : qx, hy, mx, my, hy < my ? qx : hx, hy, p.x, p.y)) {\n\n            tan = Math.abs(hy - p.y) / (hx - p.x); // tangential\n\n            if ((tan < tanMin || (tan === tanMin && p.x > m.x)) && locallyInside(p, hole)) {\n                m = p;\n                tanMin = tan;\n            }\n        }\n\n        p = p.next;\n    }\n\n    return m;\n}\n\n// interlink polygon nodes in z-order\nfunction indexCurve(start, minX, minY, invSize) {\n    var p = start;\n    do {\n        if (p.z === null) p.z = zOrder(p.x, p.y, minX, minY, invSize);\n        p.prevZ = p.prev;\n        p.nextZ = p.next;\n        p = p.next;\n    } while (p !== start);\n\n    p.prevZ.nextZ = null;\n    p.prevZ = null;\n\n    sortLinked(p);\n}\n\n// Simon Tatham's linked list merge sort algorithm\n// http://www.chiark.greenend.org.uk/~sgtatham/algorithms/listsort.html\nfunction sortLinked(list) {\n    var i, p, q, e, tail, numMerges, pSize, qSize,\n        inSize = 1;\n\n    do {\n        p = list;\n        list = null;\n        tail = null;\n        numMerges = 0;\n\n        while (p) {\n            numMerges++;\n            q = p;\n            pSize = 0;\n            for (i = 0; i < inSize; i++) {\n                pSize++;\n                q = q.nextZ;\n                if (!q) break;\n            }\n            qSize = inSize;\n\n            while (pSize > 0 || (qSize > 0 && q)) {\n\n                if (pSize !== 0 && (qSize === 0 || !q || p.z <= q.z)) {\n                    e = p;\n                    p = p.nextZ;\n                    pSize--;\n                } else {\n                    e = q;\n                    q = q.nextZ;\n                    qSize--;\n                }\n\n                if (tail) tail.nextZ = e;\n                else list = e;\n\n                e.prevZ = tail;\n                tail = e;\n            }\n\n            p = q;\n        }\n\n        tail.nextZ = null;\n        inSize *= 2;\n\n    } while (numMerges > 1);\n\n    return list;\n}\n\n// z-order of a point given coords and inverse of the longer side of data bbox\nfunction zOrder(x, y, minX, minY, invSize) {\n    // coords are transformed into non-negative 15-bit integer range\n    x = 32767 * (x - minX) * invSize;\n    y = 32767 * (y - minY) * invSize;\n\n    x = (x | (x << 8)) & 0x00FF00FF;\n    x = (x | (x << 4)) & 0x0F0F0F0F;\n    x = (x | (x << 2)) & 0x33333333;\n    x = (x | (x << 1)) & 0x55555555;\n\n    y = (y | (y << 8)) & 0x00FF00FF;\n    y = (y | (y << 4)) & 0x0F0F0F0F;\n    y = (y | (y << 2)) & 0x33333333;\n    y = (y | (y << 1)) & 0x55555555;\n\n    return x | (y << 1);\n}\n\n// find the leftmost node of a polygon ring\nfunction getLeftmost(start) {\n    var p = start,\n        leftmost = start;\n    do {\n        if (p.x < leftmost.x) leftmost = p;\n        p = p.next;\n    } while (p !== start);\n\n    return leftmost;\n}\n\n// check if a point lies within a convex triangle\nfunction pointInTriangle(ax, ay, bx, by, cx, cy, px, py) {\n    return (cx - px) * (ay - py) - (ax - px) * (cy - py) >= 0 &&\n           (ax - px) * (by - py) - (bx - px) * (ay - py) >= 0 &&\n           (bx - px) * (cy - py) - (cx - px) * (by - py) >= 0;\n}\n\n// check if a diagonal between two polygon nodes is valid (lies in polygon interior)\nfunction isValidDiagonal(a, b) {\n    return a.next.i !== b.i && a.prev.i !== b.i && !intersectsPolygon(a, b) &&\n           locallyInside(a, b) && locallyInside(b, a) && middleInside(a, b);\n}\n\n// signed area of a triangle\nfunction area(p, q, r) {\n    return (q.y - p.y) * (r.x - q.x) - (q.x - p.x) * (r.y - q.y);\n}\n\n// check if two points are equal\nfunction equals(p1, p2) {\n    return p1.x === p2.x && p1.y === p2.y;\n}\n\n// check if two segments intersect\nfunction intersects(p1, q1, p2, q2) {\n    if ((equals(p1, q1) && equals(p2, q2)) ||\n        (equals(p1, q2) && equals(p2, q1))) return true;\n    return area(p1, q1, p2) > 0 !== area(p1, q1, q2) > 0 &&\n           area(p2, q2, p1) > 0 !== area(p2, q2, q1) > 0;\n}\n\n// check if a polygon diagonal intersects any polygon segments\nfunction intersectsPolygon(a, b) {\n    var p = a;\n    do {\n        if (p.i !== a.i && p.next.i !== a.i && p.i !== b.i && p.next.i !== b.i &&\n                intersects(p, p.next, a, b)) return true;\n        p = p.next;\n    } while (p !== a);\n\n    return false;\n}\n\n// check if a polygon diagonal is locally inside the polygon\nfunction locallyInside(a, b) {\n    return area(a.prev, a, a.next) < 0 ?\n        area(a, b, a.next) >= 0 && area(a, a.prev, b) >= 0 :\n        area(a, b, a.prev) < 0 || area(a, a.next, b) < 0;\n}\n\n// check if the middle point of a polygon diagonal is inside the polygon\nfunction middleInside(a, b) {\n    var p = a,\n        inside = false,\n        px = (a.x + b.x) / 2,\n        py = (a.y + b.y) / 2;\n    do {\n        if (((p.y > py) !== (p.next.y > py)) && p.next.y !== p.y &&\n                (px < (p.next.x - p.x) * (py - p.y) / (p.next.y - p.y) + p.x))\n            inside = !inside;\n        p = p.next;\n    } while (p !== a);\n\n    return inside;\n}\n\n// link two polygon vertices with a bridge; if the vertices belong to the same ring, it splits polygon into two;\n// if one belongs to the outer ring and another to a hole, it merges it into a single ring\nfunction splitPolygon(a, b) {\n    var a2 = new Node(a.i, a.x, a.y),\n        b2 = new Node(b.i, b.x, b.y),\n        an = a.next,\n        bp = b.prev;\n\n    a.next = b;\n    b.prev = a;\n\n    a2.next = an;\n    an.prev = a2;\n\n    b2.next = a2;\n    a2.prev = b2;\n\n    bp.next = b2;\n    b2.prev = bp;\n\n    return b2;\n}\n\n// create a node and optionally link it with previous one (in a circular doubly linked list)\nfunction insertNode(i, x, y, last) {\n    var p = new Node(i, x, y);\n\n    if (!last) {\n        p.prev = p;\n        p.next = p;\n\n    } else {\n        p.next = last.next;\n        p.prev = last;\n        last.next.prev = p;\n        last.next = p;\n    }\n    return p;\n}\n\nfunction removeNode(p) {\n    p.next.prev = p.prev;\n    p.prev.next = p.next;\n\n    if (p.prevZ) p.prevZ.nextZ = p.nextZ;\n    if (p.nextZ) p.nextZ.prevZ = p.prevZ;\n}\n\nfunction Node(i, x, y) {\n    // vertex index in coordinates array\n    this.i = i;\n\n    // vertex coordinates\n    this.x = x;\n    this.y = y;\n\n    // previous and next vertex nodes in a polygon ring\n    this.prev = null;\n    this.next = null;\n\n    // z-order curve value\n    this.z = null;\n\n    // previous and next nodes in z-order\n    this.prevZ = null;\n    this.nextZ = null;\n\n    // indicates whether this is a steiner point\n    this.steiner = false;\n}\n\n// return a percentage difference between the polygon area and its triangulation area;\n// used to verify correctness of triangulation\nearcut.deviation = function (data, holeIndices, dim, triangles) {\n    var hasHoles = holeIndices && holeIndices.length;\n    var outerLen = hasHoles ? holeIndices[0] * dim : data.length;\n\n    var polygonArea = Math.abs(signedArea(data, 0, outerLen, dim));\n    if (hasHoles) {\n        for (var i = 0, len = holeIndices.length; i < len; i++) {\n            var start = holeIndices[i] * dim;\n            var end = i < len - 1 ? holeIndices[i + 1] * dim : data.length;\n            polygonArea -= Math.abs(signedArea(data, start, end, dim));\n        }\n    }\n\n    var trianglesArea = 0;\n    for (i = 0; i < triangles.length; i += 3) {\n        var a = triangles[i] * dim;\n        var b = triangles[i + 1] * dim;\n        var c = triangles[i + 2] * dim;\n        trianglesArea += Math.abs(\n            (data[a] - data[c]) * (data[b + 1] - data[a + 1]) -\n            (data[a] - data[b]) * (data[c + 1] - data[a + 1]));\n    }\n\n    return polygonArea === 0 && trianglesArea === 0 ? 0 :\n        Math.abs((trianglesArea - polygonArea) / polygonArea);\n};\n\nfunction signedArea(data, start, end, dim) {\n    var sum = 0;\n    for (var i = start, j = end - dim; i < end; i += dim) {\n        sum += (data[j] - data[i]) * (data[i + 1] + data[j + 1]);\n        j = i;\n    }\n    return sum;\n}\n\n// turn a polygon in a multi-dimensional array form (e.g. as in GeoJSON) into a form Earcut accepts\nearcut.flatten = function (data) {\n    var dim = data[0][0].length,\n        result = {vertices: [], holes: [], dimensions: dim},\n        holeIndex = 0;\n\n    for (var i = 0; i < data.length; i++) {\n        for (var j = 0; j < data[i].length; j++) {\n            for (var d = 0; d < dim; d++) result.vertices.push(data[i][j][d]);\n        }\n        if (i > 0) {\n            holeIndex += data[i - 1].length;\n            result.holes.push(holeIndex);\n        }\n    }\n    return result;\n};\n","/* npm main module */\n'use strict';\nexports.LatLonSpherical   = require('./latlon-spherical.js');\nexports.LatLonEllipsoidal = require('./latlon-ellipsoidal.js');\n// merge vincenty methods into LatLonEllipsoidal\nvar V = require('./latlon-vincenty.js');\nfor (var prop in V) exports.LatLonEllipsoidal[prop] = V[prop];\nexports.LatLonVectors     = require('./latlon-vectors.js');\nexports.Vector3d          = require('./vector3d.js');\nexports.Utm               = require('./utm.js');\nexports.Mgrs              = require('./mgrs.js');\nexports.OsGridRef         = require('./osgridref.js');\nexports.Dms               = require('./dms.js');\n","var render = function () {var _vm=this;var _h=_vm.$createElement;var _c=_vm._self._c||_h;return _c('div',{staticClass:\"search-bar\"},[_c('div',{staticClass:\"input-group\"},[_vm._m(0),_c('input',{ref:\"input\",staticClass:\"form-control\",attrs:{\"type\":\"text\",\"placeholder\":_vm.SR_Common.Searching},domProps:{\"value\":_vm.localValue},on:{\"input\":_vm.onInput,\"focus\":function($event){_vm.hasFocus = true},\"blur\":_vm.onFocusLoss}}),_c('InputClearButton',{attrs:{\"show\":!!_vm.value,\"right\":\"6px\"},on:{\"click\":_vm.clear}})],1)])}\nvar staticRenderFns = [function () {var _vm=this;var _h=_vm.$createElement;var _c=_vm._self._c||_h;return _c('span',{staticClass:\"input-group-addon\",attrs:{\"id\":\"search-input-icon\"}},[_c('span',{staticClass:\"glyphicon glyphicon-search\",attrs:{\"aria-hidden\":\"true\"}})])}]\n\nexport { render, staticRenderFns }","<template lang=\"html\">\r\n  <div class=\"search-bar\">\r\n    <div class=\"input-group\">\r\n      <span id=\"search-input-icon\" class=\"input-group-addon\">\r\n        <span class=\"glyphicon glyphicon-search\" aria-hidden=\"true\" />\r\n      </span>\r\n      <input\r\n        ref=\"input\"\r\n        type=\"text\" class=\"form-control\"\r\n        :placeholder=\"SR_Common.Searching\"\r\n        :value=\"localValue\"\r\n        @input=\"onInput\"\r\n        @focus=\"hasFocus = true\"\r\n        @blur=\"onFocusLoss\"\r\n      >\r\n\r\n      <InputClearButton :show=\"!!value\" right=\"6px\" @click=\"clear\" />\r\n    </div>\r\n  </div>\r\n</template>\r\n\r\n<script>\r\nimport {debounce} from 'lodash'\r\n\r\nimport {mapResources} from '@helpers/vuex'\r\n\r\nimport InputClearButton from '@components/InputClearButton'\r\n\r\nexport default {\r\n  components: {\r\n    InputClearButton\r\n  },\r\n  props: {\r\n    value: String,\r\n    debounced: Boolean\r\n  },\r\n  data () {\r\n    return {\r\n      hasFocus: false,\r\n      localValue: ''\r\n    }\r\n  },\r\n  computed: {\r\n    ...mapResources([\r\n      'Common.SR_Common'\r\n    ])\r\n  },\r\n  methods: {\r\n    onFocusLoss () {\r\n      this.hasFocus = false\r\n      this.$emit('input', this.localValue)\r\n      this.localValue = this.value\r\n    },\r\n    onInput (event) {\r\n      this.localValue = event.target.value\r\n\r\n      if (this.debounced) {\r\n        this.emitDebounced()\r\n      } else {\r\n        this.emit()\r\n      }\r\n    },\r\n    emitDebounced: debounce(function (event) {\r\n      this.emit(event)\r\n    }, 300),\r\n    emit () {\r\n      this.$emit('input', this.localValue)\r\n    },\r\n    clear () {\r\n      this.localValue = ''\r\n      this.emit()\r\n      this.$refs.input.focus()\r\n    }\r\n  },\r\n  watch: {\r\n    value (value) {\r\n      if (!this.hasFocus) {\r\n        this.localValue = value\r\n      }\r\n    }\r\n  },\r\n  created () {\r\n    this.localValue = this.value\r\n  }\r\n}\r\n</script>\r\n\r\n<style lang=\"scss\" scoped>\r\n</style>\r\n","import mod from \"-!../../../../../node_modules/cache-loader/dist/cjs.js??ref--12-0!../../../../../node_modules/thread-loader/dist/cjs.js!../../../../../node_modules/babel-loader/lib/index.js!../../../../../node_modules/cache-loader/dist/cjs.js??ref--0-0!../../../../../node_modules/vue-loader/lib/index.js??vue-loader-options!./SearchBar.vue?vue&type=script&lang=js&\"; export default mod; export * from \"-!../../../../../node_modules/cache-loader/dist/cjs.js??ref--12-0!../../../../../node_modules/thread-loader/dist/cjs.js!../../../../../node_modules/babel-loader/lib/index.js!../../../../../node_modules/cache-loader/dist/cjs.js??ref--0-0!../../../../../node_modules/vue-loader/lib/index.js??vue-loader-options!./SearchBar.vue?vue&type=script&lang=js&\"","import { render, staticRenderFns } from \"./SearchBar.vue?vue&type=template&id=747c6c04&scoped=true&lang=html&\"\nimport script from \"./SearchBar.vue?vue&type=script&lang=js&\"\nexport * from \"./SearchBar.vue?vue&type=script&lang=js&\"\n\n\n/* normalize component */\nimport normalizer from \"!../../../../../node_modules/vue-loader/lib/runtime/componentNormalizer.js\"\nvar component = normalizer(\n  script,\n  render,\n  staticRenderFns,\n  false,\n  null,\n  \"747c6c04\",\n  null\n  \n)\n\nexport default component.exports","var createTopology = require('topojson-server').topology\nvar mergeTopology = require('topojson-client').merge\nvar dissolveLineStrings = require('geojson-linestring-dissolve')\nvar geomEach = require('@turf/meta').geomEach\nvar flatten = require('geojson-flatten')\n\nmodule.exports = dissolve\n\nfunction toArray (args) {\n  if (!args.length) return []\n  return Array.isArray(args[0]) ? args[0] : Array.prototype.slice.call(args)\n}\n\nfunction dissolvePolygons (geoms) {\n  // Topojson modifies in place, so we need to deep clone first\n  var objects = {\n    geoms: {\n      type: 'GeometryCollection',\n      geometries: JSON.parse(JSON.stringify(geoms))\n    }\n  }\n  var topo = createTopology(objects)\n  return mergeTopology(topo, topo.objects.geoms.geometries)\n}\n\n// [GeoJSON] -> String|Null\nfunction getHomogenousType (geoms) {\n  var type = null\n  for (var i = 0; i < geoms.length; i++) {\n    if (!type) {\n      type = geoms[i].type\n    } else if (type !== geoms[i].type) {\n      return null\n    }\n  }\n  return type\n}\n\n// Transform function: attempts to dissolve geojson objects where possible\n// [GeoJSON] -> GeoJSON geometry\nfunction dissolve () {\n  // accept an array of geojson objects, or an argument list\n  var objects = toArray(arguments)\n  var geoms = objects.reduce(function (acc, o) {\n    // flatten any Multi-geom into features of simple types\n    var flat = flatten(o)\n    if (!Array.isArray(flat)) flat = [flat]\n    for (var i = 0; i < flat.length; i++) {\n      // get an array of all flatten geometry objects\n      geomEach(flat[i], function (geom) {\n        acc.push(geom)\n      })\n    }\n    return acc\n  }, [])\n  // Assert homogenity\n  var type = getHomogenousType(geoms)\n  if (!type) {\n    throw new Error('List does not contain only homoegenous GeoJSON')\n  }\n\n  switch (type) {\n    case 'LineString':\n      return dissolveLineStrings(geoms)\n    case 'Polygon':\n      return dissolvePolygons(geoms)\n    default:\n      return geoms\n  }\n}\n\n","var helpers = require('@turf/helpers');\nvar lineclip = require('lineclip');\nvar getCoords = require('@turf/invariant').getCoords;\nvar lineString = helpers.lineString;\nvar multiLineString = helpers.multiLineString;\nvar polygon = helpers.polygon;\nvar multiPolygon = helpers.multiPolygon;\n\n/**\n * Takes a {@link Feature} and a bbox and clips the feature to the bbox using [lineclip](https://github.com/mapbox/lineclip).\n * May result in degenerate edges when clipping Polygons.\n *\n * @name bboxClip\n * @param {Feature<LineString|MultiLineString|Polygon|MultiPolygon>} feature feature to clip to the bbox\n * @param {Array<number>} bbox extent in [minX, minY, maxX, maxY] order\n * @returns {Feature<LineString|MultiLineString|Polygon|MultiPolygon>} clipped Feature\n * @example\n * var bbox = [0, 0, 10, 10];\n * var poly = turf.polygon([[[2, 2], [8, 4], [12, 8], [3, 7], [2, 2]]]);\n *\n * var clipped = turf.bboxClip(poly, bbox);\n *\n * //addToMap\n * var addToMap = [bbox, poly, clipped]\n */\nmodule.exports = function (feature, bbox) {\n    var geom = getGeom(feature);\n    var coords = getCoords(feature);\n    var properties = feature.properties;\n\n    switch (geom) {\n    case 'LineString':\n    case 'MultiLineString':\n        var lines = [];\n        if (geom === 'LineString') coords = [coords];\n        coords.forEach(function (line) {\n            lineclip(line, bbox, lines);\n        });\n        if (lines.length === 1) return lineString(lines[0], properties);\n        return multiLineString(lines, properties);\n    case 'Polygon':\n        return polygon(clipPolygon(coords, bbox), properties);\n    case 'MultiPolygon':\n        return multiPolygon(coords.map(function (polygon) {\n            return clipPolygon(polygon, bbox);\n        }), properties);\n    default:\n        throw new Error('geometry ' + geom + ' not supported');\n    }\n};\n\nfunction clipPolygon(rings, bbox) {\n    var outRings = [];\n    for (var i = 0; i < rings.length; i++) {\n        var clipped = lineclip.polygon(rings[i], bbox);\n        if (clipped.length > 0) {\n            if (clipped[0][0] !== clipped[clipped.length - 1][0] || clipped[0][1] !== clipped[clipped.length - 1][1]) {\n                clipped.push(clipped[0]);\n            }\n            if (clipped.length >= 4) {\n                outRings.push(clipped);\n            }\n        }\n    }\n    return outRings;\n}\n\nfunction getGeom(feature) {\n    return (feature.geometry) ? feature.geometry.type : feature.type;\n}\n","var inside = require('@turf/inside');\nvar calcBbox = require('@turf/bbox');\nvar isPointOnLine = require('@turf/boolean-point-on-line');\nvar invariant = require('@turf/invariant');\nvar getGeom = invariant.getGeom;\nvar getCoords = invariant.getCoords;\nvar getGeomType = invariant.getGeomType;\n\n/**\n * Boolean-contains returns True if the second geometry is completely contained by the first geometry.\n * The interiors of both geometries must intersect and, the interior and boundary of the secondary (geometry b)\n * must not intersect the exterior of the primary (geometry a).\n * Boolean-contains returns the exact opposite result of the `@turf/boolean-within`.\n *\n * @name booleanContains\n * @param {Geometry|Feature<any>} feature1 GeoJSON Feature or Geometry\n * @param {Geometry|Feature<any>} feature2 GeoJSON Feature or Geometry\n * @returns {boolean} true/false\n * @example\n * const line = turf.lineString([[1, 1], [1, 2], [1, 3], [1, 4]]);\n * const point = turf.point([1, 2]);\n *\n * turf.booleanContains(line, point);\n * //=true\n */\nmodule.exports = function (feature1, feature2) {\n    var type1 = getGeomType(feature1);\n    var type2 = getGeomType(feature2);\n    var geom1 = getGeom(feature1);\n    var geom2 = getGeom(feature2);\n    var coords1 = getCoords(feature1);\n    var coords2 = getCoords(feature2);\n\n    switch (type1) {\n    case 'Point':\n        switch (type2) {\n        case 'Point':\n            return compareCoords(coords1, coords2);\n        default:\n            throw new Error('feature2 ' + type2 + ' geometry not supported');\n        }\n    case 'MultiPoint':\n        switch (type2) {\n        case 'Point':\n            return isPointInMultiPoint(geom1, geom2);\n        case 'MultiPoint':\n            return isMultiPointInMultiPoint(geom1, geom2);\n        default:\n            throw new Error('feature2 ' + type2 + ' geometry not supported');\n        }\n    case 'LineString':\n        switch (type2) {\n        case 'Point':\n            return isPointOnLine(geom2, geom1, true);\n        case 'LineString':\n            return isLineOnLine(geom1, geom2);\n        case 'MultiPoint':\n            return isMultiPointOnLine(geom1, geom2);\n        default:\n            throw new Error('feature2 ' + type2 + ' geometry not supported');\n        }\n    case 'Polygon':\n        switch (type2) {\n        case 'Point':\n            return inside(geom2, geom1, true);\n        case 'LineString':\n            return isLineInPoly(geom1, geom2);\n        case 'Polygon':\n            return isPolyInPoly(geom1, geom2);\n        case 'MultiPoint':\n            return isMultiPointInPoly(geom1, geom2);\n        default:\n            throw new Error('feature2 ' + type2 + ' geometry not supported');\n        }\n    default:\n        throw new Error('feature1 ' + type1 + ' geometry not supported');\n    }\n};\n\nfunction isPointInMultiPoint(multiPoint, point) {\n    var i;\n    var output = false;\n    for (i = 0; i < multiPoint.coordinates.length; i++) {\n        if (compareCoords(multiPoint.coordinates[i], point.coordinates)) {\n            output = true;\n            break;\n        }\n    }\n    return output;\n}\n\nfunction isMultiPointInMultiPoint(multiPoint1, multiPoint2) {\n    for (var i = 0; i < multiPoint2.coordinates.length; i++) {\n        var matchFound = false;\n        for (var i2 = 0; i2 < multiPoint1.coordinates.length; i2++) {\n            if (compareCoords(multiPoint2.coordinates[i], multiPoint1.coordinates[i2])) {\n                matchFound = true;\n                break;\n            }\n        }\n        if (!matchFound) {\n            return false;\n        }\n    }\n    return true;\n}\n\n\nfunction isMultiPointOnLine(lineString, multiPoint) {\n    var haveFoundInteriorPoint = false;\n    for (var i = 0; i < multiPoint.coordinates.length; i++) {\n        if (isPointOnLine(multiPoint.coordinates[i], lineString, true)) {\n            haveFoundInteriorPoint = true;\n        }\n        if (!isPointOnLine(multiPoint.coordinates[i], lineString)) {\n            return false;\n        }\n    }\n    if (haveFoundInteriorPoint) {\n        return true;\n    }\n    return false;\n}\n\nfunction isMultiPointInPoly(polygon, multiPoint) {\n    for (var i = 0; i < multiPoint.coordinates.length; i++) {\n        if (!inside(multiPoint.coordinates[i], polygon, true)) {\n            return false;\n        }\n    }\n    return true;\n}\n\nfunction isLineOnLine(lineString1, lineString2) {\n    var haveFoundInteriorPoint = false;\n    for (var i = 0; i < lineString2.coordinates.length; i++) {\n        if (isPointOnLine({type: 'Point', coordinates: lineString2.coordinates[i]}, lineString1, true)) {\n            haveFoundInteriorPoint = true;\n        }\n        if (!isPointOnLine({type: 'Point', coordinates: lineString2.coordinates[i]}, lineString1, false)) {\n            return false;\n        }\n    }\n    return haveFoundInteriorPoint;\n}\n\nfunction isLineInPoly(polygon, linestring) {\n    var output = false;\n    var i = 0;\n\n    var polyBbox = calcBbox(polygon);\n    var lineBbox = calcBbox(linestring);\n    if (!doBBoxOverlap(polyBbox, lineBbox)) {\n        return false;\n    }\n    for (i; i < linestring.coordinates.length - 1; i++) {\n        var midPoint = getMidpoint(linestring.coordinates[i], linestring.coordinates[i + 1]);\n        if (inside({type: 'Point', coordinates: midPoint}, polygon, true)) {\n            output = true;\n            break;\n        }\n    }\n    return output;\n}\n\n/**\n * Is Polygon2 in Polygon1\n * Only takes into account outer rings\n *\n * @private\n * @param {Geometry|Feature<Polygon>} feature1 Polygon1\n * @param {Geometry|Feature<Polygon>} feature2 Polygon2\n * @returns {boolean} true/false\n */\nfunction isPolyInPoly(feature1, feature2) {\n    var poly1Bbox = calcBbox(feature1);\n    var poly2Bbox = calcBbox(feature2);\n    if (!doBBoxOverlap(poly1Bbox, poly2Bbox)) {\n        return false;\n    }\n    for (var i = 0; i < feature2.coordinates[0].length; i++) {\n        if (!inside(feature2.coordinates[0][i], feature1)) {\n            return false;\n        }\n    }\n    return true;\n}\n\nfunction doBBoxOverlap(bbox1, bbox2) {\n    if (bbox1[0] > bbox2[0]) return false;\n    if (bbox1[2] < bbox2[2]) return false;\n    if (bbox1[1] > bbox2[1]) return false;\n    if (bbox1[3] < bbox2[3]) return false;\n    return true;\n}\n\n/**\n * compareCoords\n *\n * @private\n * @param {[number, number]} pair1 point [x,y]\n * @param {[number, number]} pair2 point [x,y]\n * @returns {boolean} true/false if coord pairs match\n */\nfunction compareCoords(pair1, pair2) {\n    return pair1[0] === pair2[0] && pair1[1] === pair2[1];\n}\n\nfunction getMidpoint(pair1, pair2) {\n    return [(pair1[0] + pair2[0]) / 2, (pair1[1] + pair2[1]) / 2];\n}\n","import mod from \"-!../../../../../node_modules/mini-css-extract-plugin/dist/loader.js??ref--8-oneOf-1-0!../../../../../node_modules/css-loader/index.js??ref--8-oneOf-1-1!../../../../../node_modules/vue-loader/lib/loaders/stylePostLoader.js!../../../../../node_modules/postcss-loader/src/index.js??ref--8-oneOf-1-2!../../../../../node_modules/sass-loader/lib/loader.js??ref--8-oneOf-1-3!../../../../../node_modules/cache-loader/dist/cjs.js??ref--0-0!../../../../../node_modules/vue-loader/lib/index.js??vue-loader-options!./NumericInput.vue?vue&type=style&index=0&id=505bcb48&lang=scss&scoped=true&\"; export default mod; export * from \"-!../../../../../node_modules/mini-css-extract-plugin/dist/loader.js??ref--8-oneOf-1-0!../../../../../node_modules/css-loader/index.js??ref--8-oneOf-1-1!../../../../../node_modules/vue-loader/lib/loaders/stylePostLoader.js!../../../../../node_modules/postcss-loader/src/index.js??ref--8-oneOf-1-2!../../../../../node_modules/sass-loader/lib/loader.js??ref--8-oneOf-1-3!../../../../../node_modules/cache-loader/dist/cjs.js??ref--0-0!../../../../../node_modules/vue-loader/lib/index.js??vue-loader-options!./NumericInput.vue?vue&type=style&index=0&id=505bcb48&lang=scss&scoped=true&\"","var getCoords = require('@turf/invariant').getCoords;\nvar helpers = require('@turf/helpers');\nvar featureCollection = helpers.featureCollection;\n\n/**\n * Finds the tangents of a {@link Polygon|(Multi)Polygon} from a {@link Point}.\n *\n * @name polygonTangents\n * @param {Feature<Point>} point to calculate the tangent points from\n * @param {Feature<Polygon|MultiPolygon>} polygon to get tangents from\n * @returns {FeatureCollection<Point>} Feature Collection containing the two tangent points\n * @example\n * var polygon = turf.polygon([[[11, 0], [22, 4], [31, 0], [31, 11], [21, 15], [11, 11], [11, 0]]]);\n * var point = turf.point([61, 5]);\n *\n * var tangents = turf.polygonTangents(point, polygon)\n *\n * //addToMap\n * var addToMap = [tangents, point, polygon];\n */\nmodule.exports = function (point, polygon) {\n    var eprev;\n    var enext;\n    var rtan;\n    var ltan;\n    var pointCoords = getCoords(point);\n    var polyCoords = getCoords(polygon);\n\n    var type = getGeomType(polygon);\n    switch (type) {\n    case 'Polygon':\n        rtan = 0;\n        ltan = 0;\n        eprev = isLeft(polyCoords[0][0], polyCoords[0][1], pointCoords);\n        var out = processPolygon(polyCoords[0], pointCoords, eprev, enext, rtan, ltan);\n        rtan = out[0];\n        ltan = out[1];\n        break;\n    case 'MultiPolygon':\n        rtan = 0;\n        ltan = 0;\n        eprev = isLeft(polyCoords[0][0][0], polyCoords[0][0][1], pointCoords);\n        polyCoords.forEach(function (ring) {\n            var out = processPolygon(ring[0], pointCoords, eprev, enext, rtan, ltan);\n            rtan = out[0];\n            ltan = out[1];\n        });\n        break;\n    }\n    return featureCollection([helpers.point(rtan), helpers.point(ltan)]);\n};\n\nfunction processPolygon(polygonCoords, ptCoords, eprev, enext, rtan, ltan) {\n    for (var i = 0; i < polygonCoords.length; i++) {\n        var currentCoords = polygonCoords[i];\n        var nextCoordPair = polygonCoords[i + 1];\n        if (i === polygonCoords.length - 1) {\n            nextCoordPair = polygonCoords[0];\n        }\n        enext = isLeft(currentCoords, nextCoordPair, ptCoords);\n        if (eprev <= 0 && enext > 0) {\n            if (!isBelow(ptCoords, currentCoords, rtan)) {\n                rtan = currentCoords;\n            }\n        }\n        if (eprev > 0 && enext <= 0) {\n            if (!isAbove(ptCoords, currentCoords, ltan)) {\n                ltan = currentCoords;\n            }\n        }\n        eprev = enext;\n    }\n    return [rtan, ltan];\n}\n\nfunction isAbove(point1, point2, point3) {\n    return isLeft(point1, point2, point3) >= 0;\n}\n\nfunction isBelow(point1, point2, point3) {\n    return isLeft(point1, point2, point3) <= 0;\n}\n\nfunction isLeft(point1, point2, point3) {\n    return (point2[0] - point1[0]) * (point3[1] - point1[1]) - (point3[0] - point1[0]) * (point2[1] - point1[1]);\n}\n\n// will be included in @turf/invariant\nfunction getGeomType(geojson) {\n    return (geojson.geometry) ? geojson.geometry.type : geojson.type;\n}\n","//http://en.wikipedia.org/wiki/Haversine_formula\n//http://www.movable-type.co.uk/scripts/latlong.html\nvar getCoord = require('@turf/invariant').getCoord;\nvar helpers = require('@turf/helpers');\nvar point = helpers.point;\nvar distanceToRadians = helpers.distanceToRadians;\n\n/**\n * Takes a {@link Point} and calculates the location of a destination point given a distance in degrees, radians, miles, or kilometers; and bearing in degrees. This uses the [Haversine formula](http://en.wikipedia.org/wiki/Haversine_formula) to account for global curvature.\n *\n * @name destination\n * @param {Geometry|Feature<Point>|Array<number>} origin starting point\n * @param {number} distance distance from the origin point\n * @param {number} bearing ranging from -180 to 180\n * @param {string} [units=kilometers] miles, kilometers, degrees, or radians\n * @returns {Feature<Point>} destination point\n * @example\n * var point = turf.point([-75.343, 39.984]);\n * var distance = 50;\n * var bearing = 90;\n * var units = 'miles';\n *\n * var destination = turf.destination(point, distance, bearing, units);\n *\n * //addToMap\n * var addToMap = [point, destination]\n * destination.properties['marker-color'] = '#f00';\n * point.properties['marker-color'] = '#0f0';\n */\nmodule.exports = function (origin, distance, bearing, units) {\n    var degrees2radians = Math.PI / 180;\n    var radians2degrees = 180 / Math.PI;\n    var coordinates1 = getCoord(origin);\n    var longitude1 = degrees2radians * coordinates1[0];\n    var latitude1 = degrees2radians * coordinates1[1];\n    var bearing_rad = degrees2radians * bearing;\n\n    var radians = distanceToRadians(distance, units);\n\n    var latitude2 = Math.asin(Math.sin(latitude1) * Math.cos(radians) +\n        Math.cos(latitude1) * Math.sin(radians) * Math.cos(bearing_rad));\n    var longitude2 = longitude1 + Math.atan2(Math.sin(bearing_rad) * Math.sin(radians) * Math.cos(latitude1),\n        Math.cos(radians) - Math.sin(latitude1) * Math.sin(latitude2));\n\n    return point([radians2degrees * longitude2, radians2degrees * latitude2]);\n};\n","var meta = require('@turf/meta');\nvar helpers = require('@turf/helpers');\nvar simplepolygon = require('simplepolygon');\nvar flattenEach = meta.flattenEach;\nvar featureEach = meta.featureEach;\nvar polygon = helpers.polygon;\nvar featureCollection = helpers.featureCollection;\n\n/**\n * Takes a kinked polygon and returns a feature collection of polygons that have no kinks.\n * Uses [simplepolygon](https://github.com/mclaeysb/simplepolygon) internally.\n *\n * @name unkinkPolygon\n * @param {FeatureCollection|Feature<Polygon|MultiPolygon>} geojson GeoJSON Polygon or MultiPolygon\n * @returns {FeatureCollection<Polygon>} Unkinked polygons\n * @example\n * var poly = turf.polygon([[[0, 0], [2, 0], [0, 2], [2, 2], [0, 0]]]);\n *\n * var result = turf.unkinkPolygon(poly);\n *\n * //addToMap\n * var addToMap = [poly, result]\n */\nmodule.exports = function (geojson) {\n    var features = [];\n    flattenEach(geojson, function (feature) {\n        if (feature.geometry.type !== 'Polygon') return;\n        featureEach(simplepolygon(feature), function (poly) {\n            features.push(polygon(poly.geometry.coordinates, feature.properties));\n        });\n    });\n    return featureCollection(features);\n};\n","/* - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -  */\n/* Geodesy tools for an ellipsoidal earth model                       (c) Chris Veness 2005-2016  */\n/*                                                                                   MIT Licence  */\n/* www.movable-type.co.uk/scripts/latlong-convert-coords.html                                     */\n/* www.movable-type.co.uk/scripts/geodesy/docs/module-latlon-ellipsoidal.html                     */\n/* - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -  */\n\n'use strict';\nif (typeof module!='undefined' && module.exports) var Vector3d = require('./vector3d.js'); // ≡ import Vector3d from 'vector3d.js'\nif (typeof module!='undefined' && module.exports) var Dms = require('./dms.js');           // ≡ import Dms from 'dms.js'\n\n\n/**\n * Library of geodesy functions for operations on an ellipsoidal earth model.\n *\n * Includes ellipsoid parameters and datums for different coordinate systems, and methods for\n * converting between them and to cartesian coordinates.\n *\n * q.v. Ordnance Survey ‘A guide to coordinate systems in Great Britain’ Section 6\n * www.ordnancesurvey.co.uk/docs/support/guide-coordinate-systems-great-britain.pdf.\n *\n * @module   latlon-ellipsoidal\n * @requires dms\n */\n\n\n/**\n * Creates lat/lon (polar) point with latitude & longitude values, on a specified datum.\n *\n * @constructor\n * @param {number}       lat - Geodetic latitude in degrees.\n * @param {number}       lon - Longitude in degrees.\n * @param {LatLon.datum} [datum=WGS84] - Datum this point is defined within.\n *\n * @example\n *     var p1 = new LatLon(51.4778, -0.0016, LatLon.datum.WGS84);\n */\nfunction LatLon(lat, lon, datum) {\n    // allow instantiation without 'new'\n    if (!(this instanceof LatLon)) return new LatLon(lat, lon, datum);\n\n    if (datum === undefined) datum = LatLon.datum.WGS84;\n\n    this.lat = Number(lat);\n    this.lon = Number(lon);\n    this.datum = datum;\n}\n\n\n/**\n * Ellipsoid parameters; major axis (a), minor axis (b), and flattening (f) for each ellipsoid.\n */\nLatLon.ellipsoid = {\n    WGS84:         { a: 6378137,     b: 6356752.314245, f: 1/298.257223563 },\n    Airy1830:      { a: 6377563.396, b: 6356256.909,    f: 1/299.3249646   },\n    AiryModified:  { a: 6377340.189, b: 6356034.448,    f: 1/299.3249646   },\n    Bessel1841:    { a: 6377397.155, b: 6356078.962818, f: 1/299.1528128   },\n    Clarke1866:    { a: 6378206.4,   b: 6356583.8,      f: 1/294.978698214 },\n    Clarke1880IGN: { a: 6378249.2,   b: 6356515.0,      f: 1/293.466021294 },\n    GRS80:         { a: 6378137,     b: 6356752.314140, f: 1/298.257222101 },\n    Intl1924:      { a: 6378388,     b: 6356911.946,    f: 1/297           }, // aka Hayford\n    WGS72:         { a: 6378135,     b: 6356750.5,      f: 1/298.26        },\n};\n\n/**\n * Datums; with associated ellipsoid, and Helmert transform parameters to convert from WGS 84 into\n * given datum.\n *\n * Note that precision of various datums will vary, and WGS-84 (original) is not defined to be\n * accurate to better than ±1 metre. No transformation should be assumed to be accurate to better\n * than a meter; for many datums somewhat less.\n */\nLatLon.datum = {\n    // transforms: t in metres, s in ppm, r in arcseconds                    tx       ty        tz       s        rx       ry       rz\n    ED50:       { ellipsoid: LatLon.ellipsoid.Intl1924,      transform: [   89.5,    93.8,    123.1,    -1.2,     0.0,     0.0,     0.156  ] },\n    Irl1975:    { ellipsoid: LatLon.ellipsoid.AiryModified,  transform: [ -482.530, 130.596, -564.557,  -8.150,  -1.042,  -0.214,  -0.631  ] },\n    NAD27:      { ellipsoid: LatLon.ellipsoid.Clarke1866,    transform: [    8,    -160,     -176,       0,       0,       0,       0      ] },\n    NAD83:      { ellipsoid: LatLon.ellipsoid.GRS80,         transform: [    1.004,  -1.910,   -0.515,  -0.0015,  0.0267,  0.00034, 0.011  ] },\n    NTF:        { ellipsoid: LatLon.ellipsoid.Clarke1880IGN, transform: [  168,      60,     -320,       0,       0,       0,       0      ] },\n    OSGB36:     { ellipsoid: LatLon.ellipsoid.Airy1830,      transform: [ -446.448, 125.157, -542.060,  20.4894, -0.1502, -0.2470, -0.8421 ] },\n    Potsdam:    { ellipsoid: LatLon.ellipsoid.Bessel1841,    transform: [ -582,    -105,     -414,      -8.3,     1.04,    0.35,   -3.08   ] },\n    TokyoJapan: { ellipsoid: LatLon.ellipsoid.Bessel1841,    transform: [  148,    -507,     -685,       0,       0,       0,       0      ] },\n    WGS72:      { ellipsoid: LatLon.ellipsoid.WGS72,         transform: [    0,       0,     -4.5,      -0.22,    0,       0,       0.554  ] },\n    WGS84:      { ellipsoid: LatLon.ellipsoid.WGS84,         transform: [    0.0,     0.0,      0.0,     0.0,     0.0,     0.0,     0.0    ] },\n};\n/* sources:\n * - ED50:          www.gov.uk/guidance/oil-and-gas-petroleum-operations-notices#pon-4\n * - Irl1975:       www.osi.ie/wp-content/uploads/2015/05/transformations_booklet.pdf\n *   ... note: many sources have opposite sign to rotations - to be checked!\n * - NAD27:         en.wikipedia.org/wiki/Helmert_transformation\n * - NAD83: (2009); www.uvm.edu/giv/resources/WGS84_NAD83.pdf\n *   ... note: functionally ≡ WGS84 - if you *really* need to convert WGS84<->NAD83, you need more knowledge than this!\n * - NTF:           Nouvelle Triangulation Francaise geodesie.ign.fr/contenu/fichiers/Changement_systeme_geodesique.pdf\n * - OSGB36:        www.ordnancesurvey.co.uk/docs/support/guide-coordinate-systems-great-britain.pdf\n * - Potsdam:       kartoweb.itc.nl/geometrics/Coordinate%20transformations/coordtrans.html\n * - TokyoJapan:    www.geocachingtoolbox.com?page=datumEllipsoidDetails\n * - WGS72:         www.icao.int/safety/pbn/documentation/eurocontrol/eurocontrol wgs 84 implementation manual.pdf\n *\n * more transform parameters are available from earth-info.nga.mil/GandG/coordsys/datums/NATO_DT.pdf,\n * www.fieldenmaps.info/cconv/web/cconv_params.js\n */\n\n\n/**\n * Converts ‘this’ lat/lon coordinate to new coordinate system.\n *\n * @param   {LatLon.datum} toDatum - Datum this coordinate is to be converted to.\n * @returns {LatLon} This point converted to new datum.\n *\n * @example\n *     var pWGS84 = new LatLon(51.4778, -0.0016, LatLon.datum.WGS84);\n *     var pOSGB = pWGS84.convertDatum(LatLon.datum.OSGB36); // 51.4773°N, 000.0000°E\n */\nLatLon.prototype.convertDatum = function(toDatum) {\n    var oldLatLon = this;\n    var transform = null;\n\n    if (oldLatLon.datum == LatLon.datum.WGS84) {\n        // converting from WGS 84\n        transform = toDatum.transform;\n    }\n    if (toDatum == LatLon.datum.WGS84) {\n        // converting to WGS 84; use inverse transform (don't overwrite original!)\n        transform = [];\n        for (var p=0; p<7; p++) transform[p] = -oldLatLon.datum.transform[p];\n    }\n    if (transform == null) {\n        // neither this.datum nor toDatum are WGS84: convert this to WGS84 first\n        oldLatLon = this.convertDatum(LatLon.datum.WGS84);\n        transform = toDatum.transform;\n    }\n\n    var oldCartesian = oldLatLon.toCartesian();                // convert polar to cartesian...\n    var newCartesian = oldCartesian.applyTransform(transform); // ...apply transform...\n    var newLatLon = newCartesian.toLatLonE(toDatum);           // ...and convert cartesian to polar\n\n    return newLatLon;\n};\n\n\n/**\n * Converts ‘this’ point from (geodetic) latitude/longitude coordinates to (geocentric) cartesian\n * (x/y/z) coordinates.\n *\n * @returns {Vector3d} Vector pointing to lat/lon point, with x, y, z in metres from earth centre.\n */\nLatLon.prototype.toCartesian = function() {\n    var φ = this.lat.toRadians(), λ = this.lon.toRadians();\n    var h = 0; // height above ellipsoid - not currently used\n    var a = this.datum.ellipsoid.a, f = this.datum.ellipsoid.f;\n\n    var sinφ = Math.sin(φ), cosφ = Math.cos(φ);\n    var sinλ = Math.sin(λ), cosλ = Math.cos(λ);\n\n    var eSq = 2*f - f*f;                      // 1st eccentricity squared ≡ (a²-b²)/a²\n    var ν = a / Math.sqrt(1 - eSq*sinφ*sinφ); // radius of curvature in prime vertical\n\n    var x = (ν+h) * cosφ * cosλ;\n    var y = (ν+h) * cosφ * sinλ;\n    var z = (ν*(1-eSq)+h) * sinφ;\n\n    var point = new Vector3d(x, y, z);\n\n    return point;\n};\n\n\n/**\n * Converts ‘this’ (geocentric) cartesian (x/y/z) point to (ellipsoidal geodetic) latitude/longitude\n * coordinates on specified datum.\n *\n * Uses Bowring’s (1985) formulation for μm precision in concise form.\n *\n * @param {LatLon.datum.transform} datum - Datum to use when converting point.\n */\nVector3d.prototype.toLatLonE = function(datum) {\n    var x = this.x, y = this.y, z = this.z;\n    var a = datum.ellipsoid.a, b = datum.ellipsoid.b, f = datum.ellipsoid.f;\n\n    var e2 = 2*f - f*f;   // 1st eccentricity squared ≡ (a²-b²)/a²\n    var ε2 = e2 / (1-e2); // 2nd eccentricity squared ≡ (a²-b²)/b²\n    var p = Math.sqrt(x*x + y*y); // distance from minor axis\n    var R = Math.sqrt(p*p + z*z); // polar radius\n\n    // parametric latitude (Bowring eqn 17, replacing tanβ = z·a / p·b)\n    var tanβ = (b*z)/(a*p) * (1+ε2*b/R);\n    var sinβ = tanβ / Math.sqrt(1+tanβ*tanβ);\n    var cosβ = sinβ / tanβ;\n\n    // geodetic latitude (Bowring eqn 18: tanφ = z+ε²bsin³β / p−e²cos³β)\n    var φ = isNaN(cosβ) ? 0 : Math.atan2(z + ε2*b*sinβ*sinβ*sinβ, p - e2*a*cosβ*cosβ*cosβ);\n\n    // longitude\n    var λ = Math.atan2(y, x);\n\n    // height above ellipsoid (Bowring eqn 7) [not currently used]\n    var sinφ = Math.sin(φ), cosφ = Math.cos(φ);\n    var ν = a/Math.sqrt(1-e2*sinφ*sinφ); // length of the normal terminated by the minor axis\n    var h = p*cosφ + z*sinφ - (a*a/ν);\n\n    var point = new LatLon(φ.toDegrees(), λ.toDegrees(), datum);\n\n    return point;\n};\n\n/**\n * Applies Helmert transform to ‘this’ point using transform parameters t.\n *\n * @private\n * @param   {number[]} t - Transform to apply to this point.\n * @returns {Vector3} Transformed point.\n */\nVector3d.prototype.applyTransform = function(t)   {\n    // this point\n    var x1 = this.x, y1 = this.y, z1 = this.z;\n\n    // transform parameters\n    var tx = t[0];                    // x-shift\n    var ty = t[1];                    // y-shift\n    var tz = t[2];                    // z-shift\n    var s1 = t[3]/1e6 + 1;            // scale: normalise parts-per-million to (s+1)\n    var rx = (t[4]/3600).toRadians(); // x-rotation: normalise arcseconds to radians\n    var ry = (t[5]/3600).toRadians(); // y-rotation: normalise arcseconds to radians\n    var rz = (t[6]/3600).toRadians(); // z-rotation: normalise arcseconds to radians\n\n    // apply transform\n    var x2 = tx + x1*s1 - y1*rz + z1*ry;\n    var y2 = ty + x1*rz + y1*s1 - z1*rx;\n    var z2 = tz - x1*ry + y1*rx + z1*s1;\n\n    return new Vector3d(x2, y2, z2);\n};\n\n\n/**\n * Returns a string representation of ‘this’ point, formatted as degrees, degrees+minutes, or\n * degrees+minutes+seconds.\n *\n * @param   {string} [format=dms] - Format point as 'd', 'dm', 'dms'.\n * @param   {number} [dp=0|2|4] - Number of decimal places to use - default 0 for dms, 2 for dm, 4 for d.\n * @returns {string} Comma-separated latitude/longitude.\n */\nLatLon.prototype.toString = function(format, dp) {\n    return Dms.toLat(this.lat, format, dp) + ', ' + Dms.toLon(this.lon, format, dp);\n};\n\n\n/* - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -  */\n\n/** Extend Number object with method to convert numeric degrees to radians */\nif (Number.prototype.toRadians === undefined) {\n    Number.prototype.toRadians = function() { return this * Math.PI / 180; };\n}\n\n/** Extend Number object with method to convert radians to numeric (signed) degrees */\nif (Number.prototype.toDegrees === undefined) {\n    Number.prototype.toDegrees = function() { return this * 180 / Math.PI; };\n}\n\n/* - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -  */\nif (typeof module != 'undefined' && module.exports) module.exports = LatLon, module.exports.Vector3d = Vector3d; // ≡ export { LatLon as default, Vector3d }\n","import mod from \"-!../../../../../../../node_modules/mini-css-extract-plugin/dist/loader.js??ref--8-oneOf-1-0!../../../../../../../node_modules/css-loader/index.js??ref--8-oneOf-1-1!../../../../../../../node_modules/vue-loader/lib/loaders/stylePostLoader.js!../../../../../../../node_modules/postcss-loader/src/index.js??ref--8-oneOf-1-2!../../../../../../../node_modules/sass-loader/lib/loader.js??ref--8-oneOf-1-3!../../../../../../../node_modules/cache-loader/dist/cjs.js??ref--0-0!../../../../../../../node_modules/vue-loader/lib/index.js??vue-loader-options!./SatelliteImageSelection.vue?vue&type=style&index=0&id=b55de902&lang=scss&scoped=true&\"; export default mod; export * from \"-!../../../../../../../node_modules/mini-css-extract-plugin/dist/loader.js??ref--8-oneOf-1-0!../../../../../../../node_modules/css-loader/index.js??ref--8-oneOf-1-1!../../../../../../../node_modules/vue-loader/lib/loaders/stylePostLoader.js!../../../../../../../node_modules/postcss-loader/src/index.js??ref--8-oneOf-1-2!../../../../../../../node_modules/sass-loader/lib/loader.js??ref--8-oneOf-1-3!../../../../../../../node_modules/cache-loader/dist/cjs.js??ref--0-0!../../../../../../../node_modules/vue-loader/lib/index.js??vue-loader-options!./SatelliteImageSelection.vue?vue&type=style&index=0&id=b55de902&lang=scss&scoped=true&\"","module.exports.RADIUS = 6378137;\nmodule.exports.FLATTENING = 1/298.257223563;\nmodule.exports.POLAR_RADIUS = 6356752.3142;\n","var meta = require('@turf/meta');\n\n/**\n * Combines a {@link FeatureCollection} of {@link Point}, {@link LineString}, or {@link Polygon} features\n * into {@link MultiPoint}, {@link MultiLineString}, or {@link MultiPolygon} features.\n *\n * @name combine\n * @param {FeatureCollection<Point|LineString|Polygon>} fc a FeatureCollection of any type\n * @returns {FeatureCollection<MultiPoint|MultiLineString|MultiPolygon>} a FeatureCollection of corresponding type to input\n * @example\n * var fc = turf.featureCollection([\n *   turf.point([19.026432, 47.49134]),\n *   turf.point([19.074497, 47.509548])\n * ]);\n *\n * var combined = turf.combine(fc);\n *\n * //addToMap\n * var addToMap = [combined]\n */\nmodule.exports = function (fc) {\n    var groups = {\n        MultiPoint: {coordinates: [], properties: []},\n        MultiLineString: {coordinates: [], properties: []},\n        MultiPolygon: {coordinates: [], properties: []}\n    };\n\n    var multiMapping = Object.keys(groups).reduce(function (memo, item) {\n        memo[item.replace('Multi', '')] = item;\n        return memo;\n    }, {});\n\n    function addToGroup(feature, key, multi) {\n        if (!multi) {\n            groups[key].coordinates.push(feature.geometry.coordinates);\n        } else {\n            groups[key].coordinates = groups[key].coordinates.concat(feature.geometry.coordinates);\n        }\n        groups[key].properties.push(feature.properties);\n    }\n\n    meta.featureEach(fc, function (feature) {\n        if (!feature.geometry) return;\n        if (groups[feature.geometry.type]) {\n            addToGroup(feature, feature.geometry.type, true);\n        } else if (multiMapping[feature.geometry.type]) {\n            addToGroup(feature, multiMapping[feature.geometry.type], false);\n        }\n    });\n\n    return {\n        type: 'FeatureCollection',\n        features: Object.keys(groups)\n            .filter(function (key) {\n                return groups[key].coordinates.length;\n            })\n            .sort()\n            .map(function (key) {\n                return {\n                    type: 'Feature',\n                    properties: {\n                        collectedProperties: groups[key].properties\n                    },\n                    geometry: {\n                        type: key,\n                        coordinates: groups[key].coordinates\n                    }\n                };\n            })\n    };\n};\n","var rbush = require('rbush');\nvar meta = require('@turf/meta');\nvar featureEach = meta.featureEach;\nvar coordEach = meta.coordEach;\n\n/**\n * GeoJSON implementation of [RBush](https://github.com/mourner/rbush#rbush) spatial index.\n *\n * @name rbush\n * @param {number} [maxEntries=9] defines the maximum number of entries in a tree node. 9 (used by default) is a\n * reasonable choice for most applications. Higher value means faster insertion and slower search, and vice versa.\n * @returns {RBush} GeoJSON RBush\n * @example\n * var rbush = require('geojson-rbush')\n * var tree = rbush()\n */\nmodule.exports = function (maxEntries) {\n    var tree = rbush(maxEntries);\n    /**\n     * [insert](https://github.com/mourner/rbush#data-format)\n     *\n     * @param {Feature<any>} feature insert single GeoJSON Feature\n     * @returns {RBush} GeoJSON RBush\n     * @example\n     * var polygon = {\n     *   \"type\": \"Feature\",\n     *   \"properties\": {},\n     *   \"geometry\": {\n     *     \"type\": \"Polygon\",\n     *     \"coordinates\": [[[-78, 41], [-67, 41], [-67, 48], [-78, 48], [-78, 41]]]\n     *   }\n     * }\n     * tree.insert(polygon)\n     */\n    tree.insert = function (feature) {\n        if (Array.isArray(feature)) {\n            var bbox = feature;\n            feature = bboxPolygon(bbox);\n            feature.bbox = bbox;\n        } else {\n            feature.bbox = feature.bbox ? feature.bbox : turfBBox(feature);\n        }\n        return rbush.prototype.insert.call(this, feature);\n    };\n\n    /**\n     * [load](https://github.com/mourner/rbush#bulk-inserting-data)\n     *\n     * @param {BBox[]|FeatureCollection<any>} features load entire GeoJSON FeatureCollection\n     * @returns {RBush} GeoJSON RBush\n     * @example\n     * var polygons = {\n     *   \"type\": \"FeatureCollection\",\n     *   \"features\": [\n     *     {\n     *       \"type\": \"Feature\",\n     *       \"properties\": {},\n     *       \"geometry\": {\n     *         \"type\": \"Polygon\",\n     *         \"coordinates\": [[[-78, 41], [-67, 41], [-67, 48], [-78, 48], [-78, 41]]]\n     *       }\n     *     },\n     *     {\n     *       \"type\": \"Feature\",\n     *       \"properties\": {},\n     *       \"geometry\": {\n     *         \"type\": \"Polygon\",\n     *         \"coordinates\": [[[-93, 32], [-83, 32], [-83, 39], [-93, 39], [-93, 32]]]\n     *       }\n     *     }\n     *   ]\n     * }\n     * tree.load(polygons)\n     */\n    tree.load = function (features) {\n        var load = [];\n        // Load an Array of BBox\n        if (Array.isArray(features)) {\n            features.forEach(function (bbox) {\n                var feature = bboxPolygon(bbox);\n                feature.bbox = bbox;\n                load.push(feature);\n            });\n        } else {\n            // Load FeatureCollection\n            featureEach(features, function (feature) {\n                feature.bbox = feature.bbox ? feature.bbox : turfBBox(feature);\n                load.push(feature);\n            });\n        }\n        return rbush.prototype.load.call(this, load);\n    };\n\n    /**\n     * [remove](https://github.com/mourner/rbush#removing-data)\n     *\n     * @param {BBox|Feature<any>} feature remove single GeoJSON Feature\n     * @returns {RBush} GeoJSON RBush\n     * @example\n     * var polygon = {\n     *   \"type\": \"Feature\",\n     *   \"properties\": {},\n     *   \"geometry\": {\n     *     \"type\": \"Polygon\",\n     *     \"coordinates\": [[[-78, 41], [-67, 41], [-67, 48], [-78, 48], [-78, 41]]]\n     *   }\n     * }\n     * tree.remove(polygon)\n     */\n    tree.remove = function (feature) {\n        if (Array.isArray(feature)) {\n            var bbox = feature;\n            feature = bboxPolygon(bbox);\n            feature.bbox = bbox;\n        }\n        return rbush.prototype.remove.call(this, feature);\n    };\n\n    /**\n     * [clear](https://github.com/mourner/rbush#removing-data)\n     *\n     * @returns {RBush} GeoJSON Rbush\n     * @example\n     * tree.clear()\n     */\n    tree.clear = function () {\n        return rbush.prototype.clear.call(this);\n    };\n\n    /**\n     * [search](https://github.com/mourner/rbush#search)\n     *\n     * @param {BBox|FeatureCollection|Feature<any>} geojson search with GeoJSON\n     * @returns {FeatureCollection<any>} all features that intersects with the given GeoJSON.\n     * @example\n     * var polygon = {\n     *   \"type\": \"Feature\",\n     *   \"properties\": {},\n     *   \"geometry\": {\n     *     \"type\": \"Polygon\",\n     *     \"coordinates\": [[[-78, 41], [-67, 41], [-67, 48], [-78, 48], [-78, 41]]]\n     *   }\n     * }\n     * tree.search(polygon)\n     */\n    tree.search = function (geojson) {\n        var features = rbush.prototype.search.call(this, this.toBBox(geojson));\n        return {\n            type: 'FeatureCollection',\n            features: features\n        };\n    };\n\n    /**\n     * [collides](https://github.com/mourner/rbush#collisions)\n     *\n     * @param {BBox|FeatureCollection|Feature<any>} geojson collides with GeoJSON\n     * @returns {boolean} true if there are any items intersecting the given GeoJSON, otherwise false.\n     * @example\n     * var polygon = {\n     *   \"type\": \"Feature\",\n     *   \"properties\": {},\n     *   \"geometry\": {\n     *     \"type\": \"Polygon\",\n     *     \"coordinates\": [[[-78, 41], [-67, 41], [-67, 48], [-78, 48], [-78, 41]]]\n     *   }\n     * }\n     * tree.collides(polygon)\n     */\n    tree.collides = function (geojson) {\n        return rbush.prototype.collides.call(this, this.toBBox(geojson));\n    };\n\n    /**\n     * [all](https://github.com/mourner/rbush#search)\n     *\n     * @returns {FeatureCollection<any>} all the features in RBush\n     * @example\n     * tree.all()\n     * //=FeatureCollection\n     */\n    tree.all = function () {\n        var features = rbush.prototype.all.call(this);\n        return {\n            type: 'FeatureCollection',\n            features: features\n        };\n    };\n\n    /**\n     * [toJSON](https://github.com/mourner/rbush#export-and-import)\n     *\n     * @returns {any} export data as JSON object\n     * @example\n     * var exported = tree.toJSON()\n     * //=JSON object\n     */\n    tree.toJSON = function () {\n        return rbush.prototype.toJSON.call(this);\n    };\n\n    /**\n     * [fromJSON](https://github.com/mourner/rbush#export-and-import)\n     *\n     * @param {any} json import previously exported data\n     * @returns {RBush} GeoJSON RBush\n     * @example\n     * var exported = {\n     *   \"children\": [\n     *     {\n     *       \"type\": \"Feature\",\n     *       \"geometry\": {\n     *         \"type\": \"Point\",\n     *         \"coordinates\": [110, 50]\n     *       },\n     *       \"properties\": {},\n     *       \"bbox\": [110, 50, 110, 50]\n     *     }\n     *   ],\n     *   \"height\": 1,\n     *   \"leaf\": true,\n     *   \"minX\": 110,\n     *   \"minY\": 50,\n     *   \"maxX\": 110,\n     *   \"maxY\": 50\n     * }\n     * tree.fromJSON(exported)\n     */\n    tree.fromJSON = function (json) {\n        return rbush.prototype.fromJSON.call(this, json);\n    };\n\n    /**\n     * Converts GeoJSON to {minX, minY, maxX, maxY} schema\n     *\n     * @private\n     * @param {BBox|FeatureCollectio|Feature<any>} geojson feature(s) to retrieve BBox from\n     * @returns {Object} converted to {minX, minY, maxX, maxY}\n     */\n    tree.toBBox = function (geojson) {\n        var bbox;\n        if (geojson.bbox) bbox = geojson.bbox;\n        else if (Array.isArray(geojson) && geojson.length === 4) bbox = geojson;\n        else bbox = turfBBox(geojson);\n\n        return {\n            minX: bbox[0],\n            minY: bbox[1],\n            maxX: bbox[2],\n            maxY: bbox[3]\n        };\n    };\n    return tree;\n};\n\n/**\n * Takes a bbox and returns an equivalent {@link Polygon|polygon}.\n *\n * @private\n * @name bboxPolygon\n * @param {Array<number>} bbox extent in [minX, minY, maxX, maxY] order\n * @returns {Feature<Polygon>} a Polygon representation of the bounding box\n * @example\n * var bbox = [0, 0, 10, 10];\n *\n * var poly = turf.bboxPolygon(bbox);\n *\n * //addToMap\n * var addToMap = [poly]\n */\nfunction bboxPolygon(bbox) {\n    var lowLeft = [bbox[0], bbox[1]];\n    var topLeft = [bbox[0], bbox[3]];\n    var topRight = [bbox[2], bbox[3]];\n    var lowRight = [bbox[2], bbox[1]];\n    var coordinates = [[lowLeft, lowRight, topRight, topLeft, lowLeft]];\n\n    return {\n        type: 'Feature',\n        bbox: bbox,\n        properties: {},\n        geometry: {\n            type: 'Polygon',\n            coordinates: coordinates\n        }\n    };\n}\n\n/**\n * Takes a set of features, calculates the bbox of all input features, and returns a bounding box.\n *\n * @private\n * @name bbox\n * @param {FeatureCollection|Feature<any>} geojson input features\n * @returns {Array<number>} bbox extent in [minX, minY, maxX, maxY] order\n * @example\n * var line = turf.lineString([[-74, 40], [-78, 42], [-82, 35]]);\n * var bbox = turf.bbox(line);\n * var bboxPolygon = turf.bboxPolygon(bbox);\n *\n * //addToMap\n * var addToMap = [line, bboxPolygon]\n */\nfunction turfBBox(geojson) {\n    var bbox = [Infinity, Infinity, -Infinity, -Infinity];\n    coordEach(geojson, function (coord) {\n        if (bbox[0] > coord[0]) bbox[0] = coord[0];\n        if (bbox[1] > coord[1]) bbox[1] = coord[1];\n        if (bbox[2] < coord[0]) bbox[2] = coord[0];\n        if (bbox[3] < coord[1]) bbox[3] = coord[1];\n    });\n    return bbox;\n}\n","var distance = require('@turf/distance');\nvar turfBBox = require('@turf/bbox');\nvar helpers = require('@turf/helpers');\nvar point = helpers.point;\nvar polygon = helpers.polygon;\nvar featureCollection = helpers.featureCollection;\n\n/**\n * Creates a square grid from a bounding box, {@link Feature} or {@link FeatureCollection}.\n *\n * @name squareGrid\n * @param {Array<number>|FeatureCollection|Feature<any>} bbox extent in [minX, minY, maxX, maxY] order\n * @param {number} cellSize width of each cell\n * @param {string} [units=kilometers] used in calculating cellSize, can be degrees, radians, miles, or kilometers\n * @param {boolean} [completelyWithin=false] adjust width & height cellSize to fit exactly within bbox\n * @returns {FeatureCollection<Polygon>} grid a grid of polygons\n * @example\n * var bbox = [-95, 30 ,-85, 40];\n * var cellSize = 50;\n * var units = 'miles';\n *\n * var squareGrid = turf.squareGrid(bbox, cellSize, units);\n *\n * //addToMap\n * var addToMap = [squareGrid]\n */\nmodule.exports = function squareGrid(bbox, cellSize, units, completelyWithin) {\n    var results = [];\n\n    // validation\n    if (!bbox) throw new Error('bbox is required');\n    if (!Array.isArray(bbox)) bbox = turfBBox(bbox); // Convert GeoJSON to bbox\n    if (bbox.length !== 4) throw new Error('bbox must contain 4 numbers');\n\n    var west = bbox[0];\n    var south = bbox[1];\n    var east = bbox[2];\n    var north = bbox[3];\n\n    // distance\n    var xDistance = distance(point([west, south]), point([east, south]), units);\n    var yDistance = distance(point([west, south]), point([west, north]), units);\n\n    // rows & columns\n    var columns = Math.ceil(xDistance / cellSize);\n    var rows = Math.ceil(yDistance / cellSize);\n\n    // columns | width | x\n    var xFraction = cellSize / xDistance;\n    var cellWidth = xFraction * (east - west);\n    if (completelyWithin === true) cellWidth = cellWidth * ((xDistance / cellSize) / columns);\n\n    // rows | height | y\n    var yFraction = cellSize / yDistance;\n    var cellHeight = yFraction * (north - south);\n    if (completelyWithin === true) cellHeight = cellHeight * ((yDistance / cellSize) / rows);\n\n    // iterate over columns & rows\n    var currentX = west;\n    for (var column = 0; column < columns; column++) {\n        var currentY = south;\n        for (var row = 0; row < rows; row++) {\n            var cellPoly = polygon([[\n                [currentX, currentY],\n                [currentX, currentY + cellHeight],\n                [currentX + cellWidth, currentY + cellHeight],\n                [currentX + cellWidth, currentY],\n                [currentX, currentY]\n            ]]);\n            results.push(cellPoly);\n\n            currentY += cellHeight;\n        }\n        currentX += cellWidth;\n    }\n    return featureCollection(results);\n};\n","var distance = require('@turf/distance');\nvar helpers = require('@turf/helpers');\nvar polygon = helpers.polygon;\nvar featureCollection = helpers.featureCollection;\n\n/**\n * Takes a bounding box and a cell depth and returns a set of triangular {@link Polygon|polygons} in a grid.\n *\n * @name triangleGrid\n * @param {Array<number>} bbox extent in [minX, minY, maxX, maxY] order\n * @param {number} cellSize dimension of each cell\n * @param {string} [units=kilometers] used in calculating cellSize, can be degrees, radians, miles, or kilometers\n * @returns {FeatureCollection<Polygon>} grid of polygons\n * @example\n * var bbox = [-95, 30 ,-85, 40];\n * var cellSize = 50;\n * var units = 'miles';\n *\n * var triangleGrid = turf.triangleGrid(bbox, cellSize, units);\n *\n * //addToMap\n * var addToMap = [triangleGrid];\n */\nmodule.exports = function (bbox, cellSize, units) {\n    var fc = featureCollection([]);\n    var xFraction = cellSize / (distance([bbox[0], bbox[1]], [bbox[2], bbox[1]], units));\n    var cellWidth = xFraction * (bbox[2] - bbox[0]);\n    var yFraction = cellSize / (distance([bbox[0], bbox[1]], [bbox[0], bbox[3]], units));\n    var cellHeight = yFraction * (bbox[3] - bbox[1]);\n\n    var xi = 0;\n    var currentX = bbox[0];\n    while (currentX <= bbox[2]) {\n        var yi = 0;\n        var currentY = bbox[1];\n        while (currentY <= bbox[3]) {\n            if (xi % 2 === 0 && yi % 2 === 0) {\n                fc.features.push(polygon([[\n                    [currentX, currentY],\n                    [currentX, currentY + cellHeight],\n                    [currentX + cellWidth, currentY],\n                    [currentX, currentY]\n                ]]), polygon([[\n                    [currentX, currentY + cellHeight],\n                    [currentX + cellWidth, currentY + cellHeight],\n                    [currentX + cellWidth, currentY],\n                    [currentX, currentY + cellHeight]\n                ]]));\n            } else if (xi % 2 === 0 && yi % 2 === 1) {\n                fc.features.push(polygon([[\n                    [currentX, currentY],\n                    [currentX + cellWidth, currentY + cellHeight],\n                    [currentX + cellWidth, currentY],\n                    [currentX, currentY]\n                ]]), polygon([[\n                    [currentX, currentY],\n                    [currentX, currentY + cellHeight],\n                    [currentX + cellWidth, currentY + cellHeight],\n                    [currentX, currentY]\n                ]]));\n            } else if (yi % 2 === 0 && xi % 2 === 1) {\n                fc.features.push(polygon([[\n                    [currentX, currentY],\n                    [currentX, currentY + cellHeight],\n                    [currentX + cellWidth, currentY + cellHeight],\n                    [currentX, currentY]\n                ]]), polygon([[\n                    [currentX, currentY],\n                    [currentX + cellWidth, currentY + cellHeight],\n                    [currentX + cellWidth, currentY],\n                    [currentX, currentY]\n                ]]));\n            } else if (yi % 2 === 1 && xi % 2 === 1) {\n                fc.features.push(polygon([[\n                    [currentX, currentY],\n                    [currentX, currentY + cellHeight],\n                    [currentX + cellWidth, currentY],\n                    [currentX, currentY]\n                ]]), polygon([[\n                    [currentX, currentY + cellHeight],\n                    [currentX + cellWidth, currentY + cellHeight],\n                    [currentX + cellWidth, currentY],\n                    [currentX, currentY + cellHeight]\n                ]]));\n            }\n            currentY += cellHeight;\n            yi++;\n        }\n        xi++;\n        currentX += cellWidth;\n    }\n    return fc;\n};\n\n","// depend on jsts for now http://bjornharrtell.github.io/jsts/\nvar jsts = require('jsts');\nvar truncate = require('@turf/truncate');\nvar feature = require('@turf/helpers').feature;\n\n/**\n * Takes two {@link Polygon|polygons} and finds their intersection. If they share a border, returns the border; if they don't intersect, returns undefined.\n *\n * @name intersect\n * @param {Feature<Polygon>} poly1 the first polygon\n * @param {Feature<Polygon>} poly2 the second polygon\n * @returns {Feature|null} returns a feature representing the point(s) they share (in case of a {@link Point}  or {@link MultiPoint}), the borders they share (in case of a {@link LineString} or a {@link MultiLineString}), the area they share (in case of {@link Polygon} or {@link MultiPolygon}). If they do not share any point, returns `null`.\n * @example\n * var poly1 = turf.polygon([[\n *   [-122.801742, 45.48565],\n *   [-122.801742, 45.60491],\n *   [-122.584762, 45.60491],\n *   [-122.584762, 45.48565],\n *   [-122.801742, 45.48565]\n * ]]);\n *\n * var poly2 = turf.polygon([[\n *   [-122.520217, 45.535693],\n *   [-122.64038, 45.553967],\n *   [-122.720031, 45.526554],\n *   [-122.669906, 45.507309],\n *   [-122.723464, 45.446643],\n *   [-122.532577, 45.408574],\n *   [-122.487258, 45.477466],\n *   [-122.520217, 45.535693]\n * ]]);\n *\n * var intersection = turf.intersect(poly1, poly2);\n *\n * //addToMap\n * var addToMap = [poly1, poly2, intersection];\n */\nmodule.exports = function (poly1, poly2) {\n    var geom1 = (poly1.type === 'Feature') ? poly1.geometry : poly1;\n    var geom2 = (poly2.type === 'Feature') ? poly2.geometry : poly2;\n\n    var reader = new jsts.io.GeoJSONReader();\n    var a = reader.read(truncate(geom1));\n    var b = reader.read(truncate(geom2));\n    var intersection = a.intersection(b);\n\n    // https://github.com/Turfjs/turf/issues/951\n    if (intersection.isEmpty()) return null;\n\n    var writer = new jsts.io.GeoJSONWriter();\n    var geom = writer.write(intersection);\n    return feature(geom);\n};\n","/**\n * GeoJSON BBox\n *\n * @private\n * @typedef {[number, number, number, number]} BBox\n */\n\n/**\n * GeoJSON Id\n *\n * @private\n * @typedef {(number|string)} Id\n */\n\n/**\n * GeoJSON FeatureCollection\n *\n * @private\n * @typedef {Object} FeatureCollection\n * @property {string} type\n * @property {?Id} id\n * @property {?BBox} bbox\n * @property {Feature[]} features\n */\n\n/**\n * GeoJSON Feature\n *\n * @private\n * @typedef {Object} Feature\n * @property {string} type\n * @property {?Id} id\n * @property {?BBox} bbox\n * @property {*} properties\n * @property {Geometry} geometry\n */\n\n/**\n * GeoJSON Geometry\n *\n * @private\n * @typedef {Object} Geometry\n * @property {string} type\n * @property {any[]} coordinates\n */\n\n/**\n * Callback for coordEach\n *\n * @callback coordEachCallback\n * @param {Array<number>} currentCoord The current coordinate being processed.\n * @param {number} coordIndex The current index of the coordinate being processed.\n * Starts at index 0.\n * @param {number} featureIndex The current index of the feature being processed.\n * @param {number} featureSubIndex The current subIndex of the feature being processed.\n */\n\n/**\n * Iterate over coordinates in any GeoJSON object, similar to Array.forEach()\n *\n * @name coordEach\n * @param {(FeatureCollection|Feature|Geometry)} geojson any GeoJSON object\n * @param {Function} callback a method that takes (currentCoord, coordIndex, featureIndex, featureSubIndex)\n * @param {boolean} [excludeWrapCoord=false] whether or not to include the final coordinate of LinearRings that wraps the ring in its iteration.\n * @example\n * var features = turf.featureCollection([\n *   turf.point([26, 37], {\"foo\": \"bar\"}),\n *   turf.point([36, 53], {\"hello\": \"world\"})\n * ]);\n *\n * turf.coordEach(features, function (currentCoord, coordIndex, featureIndex, featureSubIndex) {\n *   //=currentCoord\n *   //=coordIndex\n *   //=featureIndex\n *   //=featureSubIndex\n * });\n */\nexport function coordEach(geojson, callback, excludeWrapCoord) {\n    // Handles null Geometry -- Skips this GeoJSON\n    if (geojson === null) return;\n    var featureIndex, geometryIndex, j, k, l, geometry, stopG, coords,\n        geometryMaybeCollection,\n        wrapShrink = 0,\n        coordIndex = 0,\n        isGeometryCollection,\n        type = geojson.type,\n        isFeatureCollection = type === 'FeatureCollection',\n        isFeature = type === 'Feature',\n        stop = isFeatureCollection ? geojson.features.length : 1;\n\n    // This logic may look a little weird. The reason why it is that way\n    // is because it's trying to be fast. GeoJSON supports multiple kinds\n    // of objects at its root: FeatureCollection, Features, Geometries.\n    // This function has the responsibility of handling all of them, and that\n    // means that some of the `for` loops you see below actually just don't apply\n    // to certain inputs. For instance, if you give this just a\n    // Point geometry, then both loops are short-circuited and all we do\n    // is gradually rename the input until it's called 'geometry'.\n    //\n    // This also aims to allocate as few resources as possible: just a\n    // few numbers and booleans, rather than any temporary arrays as would\n    // be required with the normalization approach.\n    for (featureIndex = 0; featureIndex < stop; featureIndex++) {\n        geometryMaybeCollection = (isFeatureCollection ? geojson.features[featureIndex].geometry :\n            (isFeature ? geojson.geometry : geojson));\n        isGeometryCollection = (geometryMaybeCollection) ? geometryMaybeCollection.type === 'GeometryCollection' : false;\n        stopG = isGeometryCollection ? geometryMaybeCollection.geometries.length : 1;\n\n        for (geometryIndex = 0; geometryIndex < stopG; geometryIndex++) {\n            var featureSubIndex = 0;\n            geometry = isGeometryCollection ?\n                geometryMaybeCollection.geometries[geometryIndex] : geometryMaybeCollection;\n\n            // Handles null Geometry -- Skips this geometry\n            if (geometry === null) continue;\n            coords = geometry.coordinates;\n            var geomType = geometry.type;\n\n            wrapShrink = (excludeWrapCoord && (geomType === 'Polygon' || geomType === 'MultiPolygon')) ? 1 : 0;\n\n            switch (geomType) {\n            case null:\n                break;\n            case 'Point':\n                callback(coords, coordIndex, featureIndex, featureSubIndex);\n                coordIndex++;\n                featureSubIndex++;\n                break;\n            case 'LineString':\n            case 'MultiPoint':\n                for (j = 0; j < coords.length; j++) {\n                    callback(coords[j], coordIndex, featureIndex, featureSubIndex);\n                    coordIndex++;\n                    if (geomType === 'MultiPoint') featureSubIndex++;\n                }\n                if (geomType === 'LineString') featureSubIndex++;\n                break;\n            case 'Polygon':\n            case 'MultiLineString':\n                for (j = 0; j < coords.length; j++) {\n                    for (k = 0; k < coords[j].length - wrapShrink; k++) {\n                        callback(coords[j][k], coordIndex, featureIndex, featureSubIndex);\n                        coordIndex++;\n                    }\n                    if (geomType === 'MultiLineString') featureSubIndex++;\n                }\n                if (geomType === 'Polygon') featureSubIndex++;\n                break;\n            case 'MultiPolygon':\n                for (j = 0; j < coords.length; j++) {\n                    for (k = 0; k < coords[j].length; k++)\n                        for (l = 0; l < coords[j][k].length - wrapShrink; l++) {\n                            callback(coords[j][k][l], coordIndex, featureIndex, featureSubIndex);\n                            coordIndex++;\n                        }\n                    featureSubIndex++;\n                }\n                break;\n            case 'GeometryCollection':\n                for (j = 0; j < geometry.geometries.length; j++)\n                    coordEach(geometry.geometries[j], callback, excludeWrapCoord);\n                break;\n            default:\n                throw new Error('Unknown Geometry Type');\n            }\n        }\n    }\n}\n\n/**\n * Callback for coordReduce\n *\n * The first time the callback function is called, the values provided as arguments depend\n * on whether the reduce method has an initialValue argument.\n *\n * If an initialValue is provided to the reduce method:\n *  - The previousValue argument is initialValue.\n *  - The currentValue argument is the value of the first element present in the array.\n *\n * If an initialValue is not provided:\n *  - The previousValue argument is the value of the first element present in the array.\n *  - The currentValue argument is the value of the second element present in the array.\n *\n * @callback coordReduceCallback\n * @param {*} previousValue The accumulated value previously returned in the last invocation\n * of the callback, or initialValue, if supplied.\n * @param {Array<number>} currentCoord The current coordinate being processed.\n * @param {number} coordIndex The current index of the coordinate being processed.\n * Starts at index 0, if an initialValue is provided, and at index 1 otherwise.\n * @param {number} featureIndex The current index of the feature being processed.\n * @param {number} featureSubIndex The current subIndex of the feature being processed.\n */\n\n/**\n * Reduce coordinates in any GeoJSON object, similar to Array.reduce()\n *\n * @name coordReduce\n * @param {FeatureCollection|Geometry|Feature} geojson any GeoJSON object\n * @param {Function} callback a method that takes (previousValue, currentCoord, coordIndex)\n * @param {*} [initialValue] Value to use as the first argument to the first call of the callback.\n * @param {boolean} [excludeWrapCoord=false] whether or not to include the final coordinate of LinearRings that wraps the ring in its iteration.\n * @returns {*} The value that results from the reduction.\n * @example\n * var features = turf.featureCollection([\n *   turf.point([26, 37], {\"foo\": \"bar\"}),\n *   turf.point([36, 53], {\"hello\": \"world\"})\n * ]);\n *\n * turf.coordReduce(features, function (previousValue, currentCoord, coordIndex, featureIndex, featureSubIndex) {\n *   //=previousValue\n *   //=currentCoord\n *   //=coordIndex\n *   //=featureIndex\n *   //=featureSubIndex\n *   return currentCoord;\n * });\n */\nexport function coordReduce(geojson, callback, initialValue, excludeWrapCoord) {\n    var previousValue = initialValue;\n    coordEach(geojson, function (currentCoord, coordIndex, featureIndex, featureSubIndex) {\n        if (coordIndex === 0 && initialValue === undefined) previousValue = currentCoord;\n        else previousValue = callback(previousValue, currentCoord, coordIndex, featureIndex, featureSubIndex);\n    }, excludeWrapCoord);\n    return previousValue;\n}\n\n/**\n * Callback for propEach\n *\n * @callback propEachCallback\n * @param {Object} currentProperties The current properties being processed.\n * @param {number} featureIndex The index of the current element being processed in the\n * array.Starts at index 0, if an initialValue is provided, and at index 1 otherwise.\n */\n\n/**\n * Iterate over properties in any GeoJSON object, similar to Array.forEach()\n *\n * @name propEach\n * @param {(FeatureCollection|Feature)} geojson any GeoJSON object\n * @param {Function} callback a method that takes (currentProperties, featureIndex)\n * @example\n * var features = turf.featureCollection([\n *     turf.point([26, 37], {foo: 'bar'}),\n *     turf.point([36, 53], {hello: 'world'})\n * ]);\n *\n * turf.propEach(features, function (currentProperties, featureIndex) {\n *   //=currentProperties\n *   //=featureIndex\n * });\n */\nexport function propEach(geojson, callback) {\n    var i;\n    switch (geojson.type) {\n    case 'FeatureCollection':\n        for (i = 0; i < geojson.features.length; i++) {\n            callback(geojson.features[i].properties, i);\n        }\n        break;\n    case 'Feature':\n        callback(geojson.properties, 0);\n        break;\n    }\n}\n\n\n/**\n * Callback for propReduce\n *\n * The first time the callback function is called, the values provided as arguments depend\n * on whether the reduce method has an initialValue argument.\n *\n * If an initialValue is provided to the reduce method:\n *  - The previousValue argument is initialValue.\n *  - The currentValue argument is the value of the first element present in the array.\n *\n * If an initialValue is not provided:\n *  - The previousValue argument is the value of the first element present in the array.\n *  - The currentValue argument is the value of the second element present in the array.\n *\n * @callback propReduceCallback\n * @param {*} previousValue The accumulated value previously returned in the last invocation\n * of the callback, or initialValue, if supplied.\n * @param {*} currentProperties The current properties being processed.\n * @param {number} featureIndex The index of the current element being processed in the\n * array.Starts at index 0, if an initialValue is provided, and at index 1 otherwise.\n */\n\n/**\n * Reduce properties in any GeoJSON object into a single value,\n * similar to how Array.reduce works. However, in this case we lazily run\n * the reduction, so an array of all properties is unnecessary.\n *\n * @name propReduce\n * @param {(FeatureCollection|Feature)} geojson any GeoJSON object\n * @param {Function} callback a method that takes (previousValue, currentProperties, featureIndex)\n * @param {*} [initialValue] Value to use as the first argument to the first call of the callback.\n * @returns {*} The value that results from the reduction.\n * @example\n * var features = turf.featureCollection([\n *     turf.point([26, 37], {foo: 'bar'}),\n *     turf.point([36, 53], {hello: 'world'})\n * ]);\n *\n * turf.propReduce(features, function (previousValue, currentProperties, featureIndex) {\n *   //=previousValue\n *   //=currentProperties\n *   //=featureIndex\n *   return currentProperties\n * });\n */\nexport function propReduce(geojson, callback, initialValue) {\n    var previousValue = initialValue;\n    propEach(geojson, function (currentProperties, featureIndex) {\n        if (featureIndex === 0 && initialValue === undefined) previousValue = currentProperties;\n        else previousValue = callback(previousValue, currentProperties, featureIndex);\n    });\n    return previousValue;\n}\n\n/**\n * Callback for featureEach\n *\n * @callback featureEachCallback\n * @param {Feature<any>} currentFeature The current feature being processed.\n * @param {number} featureIndex The index of the current element being processed in the\n * array.Starts at index 0, if an initialValue is provided, and at index 1 otherwise.\n */\n\n/**\n * Iterate over features in any GeoJSON object, similar to\n * Array.forEach.\n *\n * @name featureEach\n * @param {(FeatureCollection|Feature|Geometry)} geojson any GeoJSON object\n * @param {Function} callback a method that takes (currentFeature, featureIndex)\n * @example\n * var features = turf.featureCollection([\n *   turf.point([26, 37], {foo: 'bar'}),\n *   turf.point([36, 53], {hello: 'world'})\n * ]);\n *\n * turf.featureEach(features, function (currentFeature, featureIndex) {\n *   //=currentFeature\n *   //=featureIndex\n * });\n */\nexport function featureEach(geojson, callback) {\n    if (geojson.type === 'Feature') {\n        callback(geojson, 0);\n    } else if (geojson.type === 'FeatureCollection') {\n        for (var i = 0; i < geojson.features.length; i++) {\n            callback(geojson.features[i], i);\n        }\n    }\n}\n\n/**\n * Callback for featureReduce\n *\n * The first time the callback function is called, the values provided as arguments depend\n * on whether the reduce method has an initialValue argument.\n *\n * If an initialValue is provided to the reduce method:\n *  - The previousValue argument is initialValue.\n *  - The currentValue argument is the value of the first element present in the array.\n *\n * If an initialValue is not provided:\n *  - The previousValue argument is the value of the first element present in the array.\n *  - The currentValue argument is the value of the second element present in the array.\n *\n * @callback featureReduceCallback\n * @param {*} previousValue The accumulated value previously returned in the last invocation\n * of the callback, or initialValue, if supplied.\n * @param {Feature} currentFeature The current Feature being processed.\n * @param {number} featureIndex The index of the current element being processed in the\n * array.Starts at index 0, if an initialValue is provided, and at index 1 otherwise.\n */\n\n/**\n * Reduce features in any GeoJSON object, similar to Array.reduce().\n *\n * @name featureReduce\n * @param {(FeatureCollection|Feature|Geometry)} geojson any GeoJSON object\n * @param {Function} callback a method that takes (previousValue, currentFeature, featureIndex)\n * @param {*} [initialValue] Value to use as the first argument to the first call of the callback.\n * @returns {*} The value that results from the reduction.\n * @example\n * var features = turf.featureCollection([\n *   turf.point([26, 37], {\"foo\": \"bar\"}),\n *   turf.point([36, 53], {\"hello\": \"world\"})\n * ]);\n *\n * turf.featureReduce(features, function (previousValue, currentFeature, featureIndex) {\n *   //=previousValue\n *   //=currentFeature\n *   //=featureIndex\n *   return currentFeature\n * });\n */\nexport function featureReduce(geojson, callback, initialValue) {\n    var previousValue = initialValue;\n    featureEach(geojson, function (currentFeature, featureIndex) {\n        if (featureIndex === 0 && initialValue === undefined) previousValue = currentFeature;\n        else previousValue = callback(previousValue, currentFeature, featureIndex);\n    });\n    return previousValue;\n}\n\n/**\n * Get all coordinates from any GeoJSON object.\n *\n * @name coordAll\n * @param {(FeatureCollection|Feature|Geometry)} geojson any GeoJSON object\n * @returns {Array<Array<number>>} coordinate position array\n * @example\n * var features = turf.featureCollection([\n *   turf.point([26, 37], {foo: 'bar'}),\n *   turf.point([36, 53], {hello: 'world'})\n * ]);\n *\n * var coords = turf.coordAll(features);\n * //= [[26, 37], [36, 53]]\n */\nexport function coordAll(geojson) {\n    var coords = [];\n    coordEach(geojson, function (coord) {\n        coords.push(coord);\n    });\n    return coords;\n}\n\n/**\n * Callback for geomEach\n *\n * @callback geomEachCallback\n * @param {Geometry} currentGeometry The current geometry being processed.\n * @param {number} currentIndex The index of the current element being processed in the\n * array. Starts at index 0, if an initialValue is provided, and at index 1 otherwise.\n * @param {number} currentProperties The current feature properties being processed.\n */\n\n/**\n * Iterate over each geometry in any GeoJSON object, similar to Array.forEach()\n *\n * @name geomEach\n * @param {(FeatureCollection|Feature|Geometry)} geojson any GeoJSON object\n * @param {Function} callback a method that takes (currentGeometry, featureIndex, currentProperties)\n * @example\n * var features = turf.featureCollection([\n *     turf.point([26, 37], {foo: 'bar'}),\n *     turf.point([36, 53], {hello: 'world'})\n * ]);\n *\n * turf.geomEach(features, function (currentGeometry, featureIndex, currentProperties) {\n *   //=currentGeometry\n *   //=featureIndex\n *   //=currentProperties\n * });\n */\nexport function geomEach(geojson, callback) {\n    var i, j, g, geometry, stopG,\n        geometryMaybeCollection,\n        isGeometryCollection,\n        geometryProperties,\n        featureIndex = 0,\n        isFeatureCollection = geojson.type === 'FeatureCollection',\n        isFeature = geojson.type === 'Feature',\n        stop = isFeatureCollection ? geojson.features.length : 1;\n\n    // This logic may look a little weird. The reason why it is that way\n    // is because it's trying to be fast. GeoJSON supports multiple kinds\n    // of objects at its root: FeatureCollection, Features, Geometries.\n    // This function has the responsibility of handling all of them, and that\n    // means that some of the `for` loops you see below actually just don't apply\n    // to certain inputs. For instance, if you give this just a\n    // Point geometry, then both loops are short-circuited and all we do\n    // is gradually rename the input until it's called 'geometry'.\n    //\n    // This also aims to allocate as few resources as possible: just a\n    // few numbers and booleans, rather than any temporary arrays as would\n    // be required with the normalization approach.\n    for (i = 0; i < stop; i++) {\n\n        geometryMaybeCollection = (isFeatureCollection ? geojson.features[i].geometry :\n            (isFeature ? geojson.geometry : geojson));\n        geometryProperties = (isFeatureCollection ? geojson.features[i].properties :\n            (isFeature ? geojson.properties : {}));\n        isGeometryCollection = (geometryMaybeCollection) ? geometryMaybeCollection.type === 'GeometryCollection' : false;\n        stopG = isGeometryCollection ? geometryMaybeCollection.geometries.length : 1;\n\n        for (g = 0; g < stopG; g++) {\n            geometry = isGeometryCollection ?\n                geometryMaybeCollection.geometries[g] : geometryMaybeCollection;\n\n            // Handle null Geometry\n            if (geometry === null) {\n                callback(null, featureIndex, geometryProperties);\n                continue;\n            }\n            switch (geometry.type) {\n            case 'Point':\n            case 'LineString':\n            case 'MultiPoint':\n            case 'Polygon':\n            case 'MultiLineString':\n            case 'MultiPolygon': {\n                callback(geometry, featureIndex, geometryProperties);\n                break;\n            }\n            case 'GeometryCollection': {\n                for (j = 0; j < geometry.geometries.length; j++) {\n                    callback(geometry.geometries[j], featureIndex, geometryProperties);\n                }\n                break;\n            }\n            default:\n                throw new Error('Unknown Geometry Type');\n            }\n        }\n        // Only increase `featureIndex` per each feature\n        featureIndex++;\n    }\n}\n\n/**\n * Callback for geomReduce\n *\n * The first time the callback function is called, the values provided as arguments depend\n * on whether the reduce method has an initialValue argument.\n *\n * If an initialValue is provided to the reduce method:\n *  - The previousValue argument is initialValue.\n *  - The currentValue argument is the value of the first element present in the array.\n *\n * If an initialValue is not provided:\n *  - The previousValue argument is the value of the first element present in the array.\n *  - The currentValue argument is the value of the second element present in the array.\n *\n * @callback geomReduceCallback\n * @param {*} previousValue The accumulated value previously returned in the last invocation\n * of the callback, or initialValue, if supplied.\n * @param {Geometry} currentGeometry The current Feature being processed.\n * @param {number} currentIndex The index of the current element being processed in the\n * array.Starts at index 0, if an initialValue is provided, and at index 1 otherwise.\n * @param {Object} currentProperties The current feature properties being processed.\n */\n\n/**\n * Reduce geometry in any GeoJSON object, similar to Array.reduce().\n *\n * @name geomReduce\n * @param {(FeatureCollection|Feature|Geometry)} geojson any GeoJSON object\n * @param {Function} callback a method that takes (previousValue, currentGeometry, featureIndex, currentProperties)\n * @param {*} [initialValue] Value to use as the first argument to the first call of the callback.\n * @returns {*} The value that results from the reduction.\n * @example\n * var features = turf.featureCollection([\n *     turf.point([26, 37], {foo: 'bar'}),\n *     turf.point([36, 53], {hello: 'world'})\n * ]);\n *\n * turf.geomReduce(features, function (previousValue, currentGeometry, featureIndex, currentProperties) {\n *   //=previousValue\n *   //=currentGeometry\n *   //=featureIndex\n *   //=currentProperties\n *   return currentGeometry\n * });\n */\nexport function geomReduce(geojson, callback, initialValue) {\n    var previousValue = initialValue;\n    geomEach(geojson, function (currentGeometry, currentIndex, currentProperties) {\n        if (currentIndex === 0 && initialValue === undefined) previousValue = currentGeometry;\n        else previousValue = callback(previousValue, currentGeometry, currentIndex, currentProperties);\n    });\n    return previousValue;\n}\n\n/**\n * Callback for flattenEach\n *\n * @callback flattenEachCallback\n * @param {Feature} currentFeature The current flattened feature being processed.\n * @param {number} featureIndex The index of the current element being processed in the\n * array. Starts at index 0, if an initialValue is provided, and at index 1 otherwise.\n * @param {number} featureSubIndex The subindex of the current element being processed in the\n * array. Starts at index 0 and increases if the flattened feature was a multi-geometry.\n */\n\n/**\n * Iterate over flattened features in any GeoJSON object, similar to\n * Array.forEach.\n *\n * @name flattenEach\n * @param {(FeatureCollection|Feature|Geometry)} geojson any GeoJSON object\n * @param {Function} callback a method that takes (currentFeature, featureIndex, featureSubIndex)\n * @example\n * var features = turf.featureCollection([\n *     turf.point([26, 37], {foo: 'bar'}),\n *     turf.multiPoint([[40, 30], [36, 53]], {hello: 'world'})\n * ]);\n *\n * turf.flattenEach(features, function (currentFeature, featureIndex, featureSubIndex) {\n *   //=currentFeature\n *   //=featureIndex\n *   //=featureSubIndex\n * });\n */\nexport function flattenEach(geojson, callback) {\n    geomEach(geojson, function (geometry, featureIndex, properties) {\n        // Callback for single geometry\n        var type = (geometry === null) ? null : geometry.type;\n        switch (type) {\n        case null:\n        case 'Point':\n        case 'LineString':\n        case 'Polygon':\n            callback(feature(geometry, properties), featureIndex, 0);\n            return;\n        }\n\n        var geomType;\n\n        // Callback for multi-geometry\n        switch (type) {\n        case 'MultiPoint':\n            geomType = 'Point';\n            break;\n        case 'MultiLineString':\n            geomType = 'LineString';\n            break;\n        case 'MultiPolygon':\n            geomType = 'Polygon';\n            break;\n        }\n\n        geometry.coordinates.forEach(function (coordinate, featureSubIndex) {\n            var geom = {\n                type: geomType,\n                coordinates: coordinate\n            };\n            callback(feature(geom, properties), featureIndex, featureSubIndex);\n        });\n\n    });\n}\n\n/**\n * Callback for flattenReduce\n *\n * The first time the callback function is called, the values provided as arguments depend\n * on whether the reduce method has an initialValue argument.\n *\n * If an initialValue is provided to the reduce method:\n *  - The previousValue argument is initialValue.\n *  - The currentValue argument is the value of the first element present in the array.\n *\n * If an initialValue is not provided:\n *  - The previousValue argument is the value of the first element present in the array.\n *  - The currentValue argument is the value of the second element present in the array.\n *\n * @callback flattenReduceCallback\n * @param {*} previousValue The accumulated value previously returned in the last invocation\n * of the callback, or initialValue, if supplied.\n * @param {Feature} currentFeature The current Feature being processed.\n * @param {number} featureIndex The index of the current element being processed in the\n * array.Starts at index 0, if an initialValue is provided, and at index 1 otherwise.\n * @param {number} featureSubIndex The subindex of the current element being processed in the\n * array. Starts at index 0 and increases if the flattened feature was a multi-geometry.\n */\n\n/**\n * Reduce flattened features in any GeoJSON object, similar to Array.reduce().\n *\n * @name flattenReduce\n * @param {(FeatureCollection|Feature|Geometry)} geojson any GeoJSON object\n * @param {Function} callback a method that takes (previousValue, currentFeature, featureIndex, featureSubIndex)\n * @param {*} [initialValue] Value to use as the first argument to the first call of the callback.\n * @returns {*} The value that results from the reduction.\n * @example\n * var features = turf.featureCollection([\n *     turf.point([26, 37], {foo: 'bar'}),\n *     turf.multiPoint([[40, 30], [36, 53]], {hello: 'world'})\n * ]);\n *\n * turf.flattenReduce(features, function (previousValue, currentFeature, featureIndex, featureSubIndex) {\n *   //=previousValue\n *   //=currentFeature\n *   //=featureIndex\n *   //=featureSubIndex\n *   return currentFeature\n * });\n */\nexport function flattenReduce(geojson, callback, initialValue) {\n    var previousValue = initialValue;\n    flattenEach(geojson, function (currentFeature, featureIndex, featureSubIndex) {\n        if (featureIndex === 0 && featureSubIndex === 0 && initialValue === undefined) previousValue = currentFeature;\n        else previousValue = callback(previousValue, currentFeature, featureIndex, featureSubIndex);\n    });\n    return previousValue;\n}\n\n/**\n * Callback for segmentEach\n *\n * @callback segmentEachCallback\n * @param {Feature<LineString>} currentSegment The current segment being processed.\n * @param {number} featureIndex The featureIndex currently being processed, starts at index 0.\n * @param {number} featureSubIndex The featureSubIndex currently being processed, starts at index 0.\n * @param {number} segmentIndex The segmentIndex currently being processed, starts at index 0.\n * @returns {void}\n */\n\n/**\n * Iterate over 2-vertex line segment in any GeoJSON object, similar to Array.forEach()\n * (Multi)Point geometries do not contain segments therefore they are ignored during this operation.\n *\n * @param {(FeatureCollection|Feature|Geometry)} geojson any GeoJSON\n * @param {Function} callback a method that takes (currentSegment, featureIndex, featureSubIndex)\n * @returns {void}\n * @example\n * var polygon = turf.polygon([[[-50, 5], [-40, -10], [-50, -10], [-40, 5], [-50, 5]]]);\n *\n * // Iterate over GeoJSON by 2-vertex segments\n * turf.segmentEach(polygon, function (currentSegment, featureIndex, featureSubIndex, segmentIndex) {\n *   //= currentSegment\n *   //= featureIndex\n *   //= featureSubIndex\n *   //= segmentIndex\n * });\n *\n * // Calculate the total number of segments\n * var total = 0;\n * turf.segmentEach(polygon, function () {\n *     total++;\n * });\n */\nexport function segmentEach(geojson, callback) {\n    flattenEach(geojson, function (feature, featureIndex, featureSubIndex) {\n        var segmentIndex = 0;\n\n        // Exclude null Geometries\n        if (!feature.geometry) return;\n        // (Multi)Point geometries do not contain segments therefore they are ignored during this operation.\n        var type = feature.geometry.type;\n        if (type === 'Point' || type === 'MultiPoint') return;\n\n        // Generate 2-vertex line segments\n        coordReduce(feature, function (previousCoords, currentCoord) {\n            var currentSegment = lineString([previousCoords, currentCoord], feature.properties);\n            callback(currentSegment, featureIndex, featureSubIndex, segmentIndex);\n            segmentIndex++;\n            return currentCoord;\n        });\n    });\n}\n\n/**\n * Callback for segmentReduce\n *\n * The first time the callback function is called, the values provided as arguments depend\n * on whether the reduce method has an initialValue argument.\n *\n * If an initialValue is provided to the reduce method:\n *  - The previousValue argument is initialValue.\n *  - The currentValue argument is the value of the first element present in the array.\n *\n * If an initialValue is not provided:\n *  - The previousValue argument is the value of the first element present in the array.\n *  - The currentValue argument is the value of the second element present in the array.\n *\n * @callback segmentReduceCallback\n * @param {*} [previousValue] The accumulated value previously returned in the last invocation\n * of the callback, or initialValue, if supplied.\n * @param {Feature<LineString>} [currentSegment] The current segment being processed.\n * @param {number} featureIndex The featureIndex currently being processed, starts at index 0.\n * @param {number} featureSubIndex The featureSubIndex currently being processed, starts at index 0.\n * @param {number} segmentIndex The segmentIndex currently being processed, starts at index 0.\n */\n\n/**\n * Reduce 2-vertex line segment in any GeoJSON object, similar to Array.reduce()\n * (Multi)Point geometries do not contain segments therefore they are ignored during this operation.\n *\n * @param {(FeatureCollection|Feature|Geometry)} geojson any GeoJSON\n * @param {Function} callback a method that takes (previousValue, currentSegment, currentIndex)\n * @param {*} [initialValue] Value to use as the first argument to the first call of the callback.\n * @returns {void}\n * @example\n * var polygon = turf.polygon([[[-50, 5], [-40, -10], [-50, -10], [-40, 5], [-50, 5]]]);\n *\n * // Iterate over GeoJSON by 2-vertex segments\n * turf.segmentReduce(polygon, function (previousSegment, currentSegment, featureIndex, featureSubIndex, segmentIndex) {\n *   //= previousSegment\n *   //= currentSegment\n *   //= featureIndex\n *   //= featureSubIndex\n *   //= segmentInex\n *   return currentSegment\n * });\n *\n * // Calculate the total number of segments\n * var initialValue = 0\n * var total = turf.segmentReduce(polygon, function (previousValue) {\n *     previousValue++;\n *     return previousValue;\n * }, initialValue);\n */\nexport function segmentReduce(geojson, callback, initialValue) {\n    var previousValue = initialValue;\n    var started = false;\n    segmentEach(geojson, function (currentSegment, featureIndex, featureSubIndex, segmentIndex) {\n        if (started === false && initialValue === undefined) previousValue = currentSegment;\n        else previousValue = callback(previousValue, currentSegment, featureIndex, featureSubIndex, segmentIndex);\n        started = true;\n    });\n    return previousValue;\n}\n\n/**\n * Create Feature\n *\n * @private\n * @param {Geometry} geometry GeoJSON Geometry\n * @param {Object} properties Properties\n * @returns {Feature} GeoJSON Feature\n */\nexport function feature(geometry, properties) {\n    if (geometry === undefined) throw new Error('No geometry passed');\n\n    return {\n        type: 'Feature',\n        properties: properties || {},\n        geometry: geometry\n    };\n}\n\n/**\n * Create LineString\n *\n * @private\n * @param {Array<Array<number>>} coordinates Line Coordinates\n * @param {Object} properties Properties\n * @returns {Feature<LineString>} GeoJSON LineString Feature\n */\nexport function lineString(coordinates, properties) {\n    if (!coordinates) throw new Error('No coordinates passed');\n    if (coordinates.length < 2) throw new Error('Coordinates must be an array of two or more positions');\n\n    return {\n        type: 'Feature',\n        properties: properties || {},\n        geometry: {\n            type: 'LineString',\n            coordinates: coordinates\n        }\n    };\n}\n\n\n/**\n * Callback for lineEach\n *\n * @callback lineEachCallback\n * @param {Feature<LineString>} currentLine The current LineString|LinearRing being processed.\n * @param {number} lineIndex The index of the current element being processed in the array, starts at index 0.\n * @param {number} lineSubIndex The sub-index of the current line being processed at index 0\n */\n\n/**\n * Iterate over line or ring coordinates in LineString, Polygon, MultiLineString, MultiPolygon Features or Geometries,\n * similar to Array.forEach.\n *\n * @name lineEach\n * @param {Geometry|Feature<LineString|Polygon|MultiLineString|MultiPolygon>} geojson object\n * @param {Function} callback a method that takes (currentLine, lineIndex, lineSubIndex)\n * @example\n * var mtLn = turf.multiLineString([\n *   turf.lineString([[26, 37], [35, 45]]),\n *   turf.lineString([[36, 53], [38, 50], [41, 55]])\n * ]);\n *\n * turf.lineEach(mtLn, function (currentLine, lineIndex) {\n *   //=currentLine\n *   //=lineIndex\n * });\n */\nexport function lineEach(geojson, callback) {\n    // validation\n    if (!geojson) throw new Error('geojson is required');\n    var type = geojson.geometry ? geojson.geometry.type : geojson.type;\n    if (!type) throw new Error('invalid geojson');\n    if (type === 'FeatureCollection') throw new Error('FeatureCollection is not supported');\n    if (type === 'GeometryCollection') throw new Error('GeometryCollection is not supported');\n    var coordinates = geojson.geometry ? geojson.geometry.coordinates : geojson.coordinates;\n    if (!coordinates) throw new Error('geojson must contain coordinates');\n\n    switch (type) {\n    case 'LineString':\n        callback(coordinates, 0, 0);\n        return;\n    case 'Polygon':\n    case 'MultiLineString':\n        var subIndex = 0;\n        for (var line = 0; line < coordinates.length; line++) {\n            if (type === 'MultiLineString') subIndex = line;\n            callback(coordinates[line], line, subIndex);\n        }\n        return;\n    case 'MultiPolygon':\n        for (var multi = 0; multi < coordinates.length; multi++) {\n            for (var ring = 0; ring < coordinates[multi].length; ring++) {\n                callback(coordinates[multi][ring], ring, multi);\n            }\n        }\n        return;\n    default:\n        throw new Error(type + ' geometry not supported');\n    }\n}\n\n/**\n * Callback for lineReduce\n *\n * The first time the callback function is called, the values provided as arguments depend\n * on whether the reduce method has an initialValue argument.\n *\n * If an initialValue is provided to the reduce method:\n *  - The previousValue argument is initialValue.\n *  - The currentValue argument is the value of the first element present in the array.\n *\n * If an initialValue is not provided:\n *  - The previousValue argument is the value of the first element present in the array.\n *  - The currentValue argument is the value of the second element present in the array.\n *\n * @callback lineReduceCallback\n * @param {*} previousValue The accumulated value previously returned in the last invocation\n * of the callback, or initialValue, if supplied.\n * @param {Feature<LineString>} currentLine The current LineString|LinearRing being processed.\n * @param {number} lineIndex The index of the current element being processed in the\n * array. Starts at index 0, if an initialValue is provided, and at index 1 otherwise.\n * @param {number} lineSubIndex The sub-index of the current line being processed at index 0\n */\n\n/**\n * Reduce features in any GeoJSON object, similar to Array.reduce().\n *\n * @name lineReduce\n * @param {Geometry|Feature<LineString|Polygon|MultiLineString|MultiPolygon>} geojson object\n * @param {Function} callback a method that takes (previousValue, currentFeature, featureIndex)\n * @param {*} [initialValue] Value to use as the first argument to the first call of the callback.\n * @returns {*} The value that results from the reduction.\n * @example\n * var mtp = turf.multiPolygon([\n *   turf.polygon([[[12,48],[2,41],[24,38],[12,48]], [[9,44],[13,41],[13,45],[9,44]]]),\n *   turf.polygon([[[5, 5], [0, 0], [2, 2], [4, 4], [5, 5]]])\n * ]);\n *\n * turf.lineReduce(mtp, function (previousValue, currentLine, lineIndex, lineSubIndex) {\n *   //=previousValue\n *   //=currentLine\n *   //=lineIndex\n *   //=lineSubIndex\n *   return currentLine\n * }, 2);\n */\nexport function lineReduce(geojson, callback, initialValue) {\n    var previousValue = initialValue;\n    lineEach(geojson, function (currentLine, lineIndex, lineSubIndex) {\n        if (lineIndex === 0 && initialValue === undefined) previousValue = currentLine;\n        else previousValue = callback(previousValue, currentLine, lineIndex, lineSubIndex);\n    });\n    return previousValue;\n}\n","var bearing = require('@turf/bearing');\nvar destination = require('@turf/destination');\nvar distance = require('@turf/distance');\n\n/**\n * Takes two {@link Point|points} and returns a point midway between them.\n * The midpoint is calculated geodesically, meaning the curvature of the earth is taken into account.\n *\n * @name midpoint\n * @param {Geometry|Feature<Point>|Array<number>} point1 first point\n * @param {Geometry|Feature<Point>|Array<number>} point2 second point\n * @returns {Feature<Point>} a point midway between `pt1` and `pt2`\n * @example\n * var point1 = turf.point([144.834823, -37.771257]);\n * var point2 = turf.point([145.14244, -37.830937]);\n *\n * var midpoint = turf.midpoint(point1, point2);\n *\n * //addToMap\n * var addToMap = [point1, point2, midpoint];\n * midpoint.properties['marker-color'] = '#f00';\n */\nmodule.exports = function (point1, point2) {\n    var dist = distance(point1, point2, 'miles');\n    var heading = bearing(point1, point2);\n    var midpoint = destination(point1, dist / 2, heading, 'miles');\n\n    return midpoint;\n};\n","import mod from \"-!../../../../../../../node_modules/mini-css-extract-plugin/dist/loader.js??ref--8-oneOf-1-0!../../../../../../../node_modules/css-loader/index.js??ref--8-oneOf-1-1!../../../../../../../node_modules/vue-loader/lib/loaders/stylePostLoader.js!../../../../../../../node_modules/postcss-loader/src/index.js??ref--8-oneOf-1-2!../../../../../../../node_modules/sass-loader/lib/loader.js??ref--8-oneOf-1-3!../../../../../../../node_modules/cache-loader/dist/cjs.js??ref--0-0!../../../../../../../node_modules/vue-loader/lib/index.js??vue-loader-options!./ZoneMapCreation.vue?vue&type=style&index=0&id=1887498b&lang=scss&scoped=true&\"; export default mod; export * from \"-!../../../../../../../node_modules/mini-css-extract-plugin/dist/loader.js??ref--8-oneOf-1-0!../../../../../../../node_modules/css-loader/index.js??ref--8-oneOf-1-1!../../../../../../../node_modules/vue-loader/lib/loaders/stylePostLoader.js!../../../../../../../node_modules/postcss-loader/src/index.js??ref--8-oneOf-1-2!../../../../../../../node_modules/sass-loader/lib/loader.js??ref--8-oneOf-1-3!../../../../../../../node_modules/cache-loader/dist/cjs.js??ref--0-0!../../../../../../../node_modules/vue-loader/lib/index.js??vue-loader-options!./ZoneMapCreation.vue?vue&type=style&index=0&id=1887498b&lang=scss&scoped=true&\"","var getCoords = require('@turf/invariant').getCoords;\nvar helpers = require('@turf/helpers');\nvar lineString = helpers.lineString;\nvar multiLineString = helpers.multiLineString;\nvar featureCollection = helpers.featureCollection;\n\n/**\n * Converts a {@link Polygon} to {@link LineString|(Multi)LineString} or {@link MultiPolygon} to a {@link FeatureCollection} of {@link LineString|(Multi)LineString}.\n *\n * @name polygonToLineString\n * @param {Feature<Polygon|MultiPolygon>} polygon Feature to convert\n * @param {Object} [properties] translates GeoJSON properties to Feature\n * @returns {FeatureCollection|Feature<LineString|MultiLinestring>} converted (Multi)Polygon to (Multi)LineString\n * @example\n * var poly = turf.polygon([[[125, -30], [145, -30], [145, -20], [125, -20], [125, -30]]]);\n *\n * var line = turf.polygonToLineString(poly);\n *\n * //addToMap\n * var addToMap = [line];\n */\nmodule.exports = function (polygon, properties) {\n    var geom = getGeomType(polygon);\n    var coords = getCoords(polygon);\n    properties = properties || polygon.properties || {};\n\n    if (!coords.length) throw new Error('polygon must contain coordinates');\n\n    switch (geom) {\n    case 'Polygon':\n        return coordsToLine(coords, properties);\n    case 'MultiPolygon':\n        var lines = [];\n        coords.forEach(function (coord) {\n            lines.push(coordsToLine(coord, properties));\n        });\n        return featureCollection(lines);\n    default:\n        throw new Error('geom ' + geom + ' not supported');\n    }\n};\n\nfunction coordsToLine(coords, properties) {\n    if (coords.length > 1) return multiLineString(coords, properties);\n    return lineString(coords[0], properties);\n}\n\nfunction getGeomType(feature) {\n    return (feature.geometry) ? feature.geometry.type : feature.type;\n}\n","'use strict'\n\nmodule.exports = affineHull\n\nvar orient = require('robust-orientation')\n\nfunction linearlyIndependent(points, d) {\n  var nhull = new Array(d+1)\n  for(var i=0; i<points.length; ++i) {\n    nhull[i] = points[i]\n  }\n  for(var i=0; i<=points.length; ++i) {\n    for(var j=points.length; j<=d; ++j) {\n      var x = new Array(d)\n      for(var k=0; k<d; ++k) {\n        x[k] = Math.pow(j+1-i, k)\n      }\n      nhull[j] = x\n    }\n    var o = orient.apply(void 0, nhull)\n    if(o) {\n      return true\n    }\n  }\n  return false\n}\n\nfunction affineHull(points) {\n  var n = points.length\n  if(n === 0) {\n    return []\n  }\n  if(n === 1) {\n    return [0]\n  }\n  var d = points[0].length\n  var frame = [ points[0] ]\n  var index = [ 0 ]\n  for(var i=1; i<n; ++i) {\n    frame.push(points[i])\n    if(!linearlyIndependent(frame, d)) {\n      frame.pop()\n      continue\n    }\n    index.push(i)\n    if(index.length === d+1) {\n      return index\n    }\n  }\n  return index\n}","import mod from \"-!../../../../node_modules/mini-css-extract-plugin/dist/loader.js??ref--6-oneOf-1-0!../../../../node_modules/css-loader/index.js??ref--6-oneOf-1-1!../../../../node_modules/vue-loader/lib/loaders/stylePostLoader.js!../../../../node_modules/postcss-loader/src/index.js??ref--6-oneOf-1-2!../../../../node_modules/cache-loader/dist/cjs.js??ref--0-0!../../../../node_modules/vue-loader/lib/index.js??vue-loader-options!./ToggleButton.vue?vue&type=style&index=0&lang=css&\"; export default mod; export * from \"-!../../../../node_modules/mini-css-extract-plugin/dist/loader.js??ref--6-oneOf-1-0!../../../../node_modules/css-loader/index.js??ref--6-oneOf-1-1!../../../../node_modules/vue-loader/lib/loaders/stylePostLoader.js!../../../../node_modules/postcss-loader/src/index.js??ref--6-oneOf-1-2!../../../../node_modules/cache-loader/dist/cjs.js??ref--0-0!../../../../node_modules/vue-loader/lib/index.js??vue-loader-options!./ToggleButton.vue?vue&type=style&index=0&lang=css&\"","var distance = require('@turf/distance');\nvar segmentReduce = require('@turf/meta').segmentReduce;\n\n/**\n * Takes a {@link GeoJSON} and measures its length in the specified units, {@link (Multi)Point|Point}'s distance are ignored.\n *\n * @name lineDistance\n * @param {FeatureCollection|Feature|Geometry} geojson GeoJSON to measure\n * @param {string} [units=kilometers] can be degrees, radians, miles, or kilometers\n * @returns {number} length of GeoJSON\n * @example\n * var line = turf.lineString([[115, -32], [131, -22], [143, -25], [150, -34]]);\n * var length = turf.lineDistance(line, 'miles');\n *\n * //addToMap\n * var addToMap = [line];\n * line.properties.distance = length;\n */\nmodule.exports = function lineDistance(geojson, units) {\n    // Input Validation\n    if (!geojson) throw new Error('geojson is required');\n\n    // Calculate distance from 2-vertex line segements\n    return segmentReduce(geojson, function (previousValue, segment) {\n        var coords = segment.geometry.coordinates;\n        return previousValue + distance(coords[0], coords[1], units);\n    }, 0);\n};\n","var pSlice = Array.prototype.slice;\nvar objectKeys = require('./lib/keys.js');\nvar isArguments = require('./lib/is_arguments.js');\n\nvar deepEqual = module.exports = function (actual, expected, opts) {\n  if (!opts) opts = {};\n  // 7.1. All identical values are equivalent, as determined by ===.\n  if (actual === expected) {\n    return true;\n\n  } else if (actual instanceof Date && expected instanceof Date) {\n    return actual.getTime() === expected.getTime();\n\n  // 7.3. Other pairs that do not both pass typeof value == 'object',\n  // equivalence is determined by ==.\n  } else if (!actual || !expected || typeof actual != 'object' && typeof expected != 'object') {\n    return opts.strict ? actual === expected : actual == expected;\n\n  // 7.4. For all other Object pairs, including Array objects, equivalence is\n  // determined by having the same number of owned properties (as verified\n  // with Object.prototype.hasOwnProperty.call), the same set of keys\n  // (although not necessarily the same order), equivalent values for every\n  // corresponding key, and an identical 'prototype' property. Note: this\n  // accounts for both named and indexed properties on Arrays.\n  } else {\n    return objEquiv(actual, expected, opts);\n  }\n}\n\nfunction isUndefinedOrNull(value) {\n  return value === null || value === undefined;\n}\n\nfunction isBuffer (x) {\n  if (!x || typeof x !== 'object' || typeof x.length !== 'number') return false;\n  if (typeof x.copy !== 'function' || typeof x.slice !== 'function') {\n    return false;\n  }\n  if (x.length > 0 && typeof x[0] !== 'number') return false;\n  return true;\n}\n\nfunction objEquiv(a, b, opts) {\n  var i, key;\n  if (isUndefinedOrNull(a) || isUndefinedOrNull(b))\n    return false;\n  // an identical 'prototype' property.\n  if (a.prototype !== b.prototype) return false;\n  //~~~I've managed to break Object.keys through screwy arguments passing.\n  //   Converting to array solves the problem.\n  if (isArguments(a)) {\n    if (!isArguments(b)) {\n      return false;\n    }\n    a = pSlice.call(a);\n    b = pSlice.call(b);\n    return deepEqual(a, b, opts);\n  }\n  if (isBuffer(a)) {\n    if (!isBuffer(b)) {\n      return false;\n    }\n    if (a.length !== b.length) return false;\n    for (i = 0; i < a.length; i++) {\n      if (a[i] !== b[i]) return false;\n    }\n    return true;\n  }\n  try {\n    var ka = objectKeys(a),\n        kb = objectKeys(b);\n  } catch (e) {//happens when one is a string literal and the other isn't\n    return false;\n  }\n  // having the same number of owned properties (keys incorporates\n  // hasOwnProperty)\n  if (ka.length != kb.length)\n    return false;\n  //the same set of keys (although not necessarily the same order),\n  ka.sort();\n  kb.sort();\n  //~~~cheap key test\n  for (i = ka.length - 1; i >= 0; i--) {\n    if (ka[i] != kb[i])\n      return false;\n  }\n  //equivalent values for every corresponding key, and\n  //~~~possibly expensive deep test\n  for (i = ka.length - 1; i >= 0; i--) {\n    key = ka[i];\n    if (!deepEqual(a[key], b[key], opts)) return false;\n  }\n  return typeof a === typeof b;\n}\n","var linestring = require('@turf/helpers').lineString;\nvar pointOnLine = require('@turf/point-on-line');\n\n/**\n * Takes a {@link LineString|line}, a start {@link Point}, and a stop point\n * and returns a subsection of the line in-between those points.\n * The start & stop points don't need to fall exactly on the line.\n *\n * This can be useful for extracting only the part of a route between waypoints.\n *\n * @name lineSlice\n * @param {Feature<Point>} startPt starting point\n * @param {Feature<Point>} stopPt stopping point\n * @param {Feature<LineString>|LineString} line line to slice\n * @returns {Feature<LineString>} sliced line\n * @example\n * var line = turf.lineString([\n *     [-77.031669, 38.878605],\n *     [-77.029609, 38.881946],\n *     [-77.020339, 38.884084],\n *     [-77.025661, 38.885821],\n *     [-77.021884, 38.889563],\n *     [-77.019824, 38.892368]\n * ]);\n * var start = turf.point([-77.029609, 38.881946]);\n * var stop = turf.point([-77.021884, 38.889563]);\n *\n * var sliced = turf.lineSlice(start, stop, line);\n *\n * //addToMap\n * var addToMap = [start, stop, line]\n */\nmodule.exports = function lineSlice(startPt, stopPt, line) {\n    var coords;\n    if (line.type === 'Feature') {\n        coords = line.geometry.coordinates;\n    } else if (line.type === 'LineString') {\n        coords = line.coordinates;\n    } else {\n        throw new Error('input must be a LineString Feature or Geometry');\n    }\n\n    var startVertex = pointOnLine(line, startPt);\n    var stopVertex = pointOnLine(line, stopPt);\n    var ends;\n    if (startVertex.properties.index <= stopVertex.properties.index) {\n        ends = [startVertex, stopVertex];\n    } else {\n        ends = [stopVertex, startVertex];\n    }\n    var clipCoords = [ends[0].geometry.coordinates];\n    for (var i = ends[0].properties.index + 1; i < ends[1].properties.index + 1; i++) {\n        clipCoords.push(coords[i]);\n    }\n    clipCoords.push(ends[1].geometry.coordinates);\n    return linestring(clipCoords, line.properties);\n};\n","<template lang=\"html\">\r\n  <LabelAndMessage\r\n    :required=\"required\" :label=\"label\"\r\n    :feedback-classes=\"feedbackClasses\"\r\n    :description=\"combinedDescription\" :message=\"message\"\r\n  >\r\n    <div class=\"vue-selectize\">\r\n      <select ref=\"select\" :name=\"name\" />\r\n    </div>\r\n    <slot slot=\"label\" name=\"label\" />\r\n    <slot slot=\"description\" name=\"description\" />\r\n  </LabelAndMessage>\r\n</template>\r\n\r\n<script>\r\nimport 'selectize'\r\nimport {debounce, sortBy} from 'lodash'\r\n\r\nimport {getCurrentLanguage} from 'src/js/i18n'\r\nimport LabelAndMessage from 'src/vue/components/forms/input-base/LabelAndMessage'\r\n\r\nimport {mapResources} from '@helpers/vuex'\r\nimport {map} from '@helpers/objects'\r\n\r\nimport InputMixin from '@components/forms/input-base/InputMixin'\r\nimport FormPartMixin from '@components/forms/FormPartMixin'\r\nimport ChangeDetectionMixin from '@components/forms/ChangeDetectionMixin'\r\nimport RuleMixin from '@components/forms/RuleMixin'\r\n\r\nconst comboboxLabeledOption = (data, escape) => {\r\n  if (data.label) {\r\n    return `<div><span>${escape(data.text)}</span> <span class='combobox-option-label'>${escape(data.label)}</span></div>`\r\n  } else {\r\n    return `<div><span>${escape(data.text)}</span></div>`\r\n  }\r\n}\r\n\r\nconst comboboxLabeledItem = (data, escape) => {\r\n  if (data.label) {\r\n    return `<div><span>${escape(data.text)}</span> <span class='combobox-item-label'>${escape(data.label)}</span></div>`\r\n  } else {\r\n    return `<div><span>${escape(data.text)}</span></div>`\r\n  }\r\n}\r\n\r\nconst Empty = Symbol('VueSelectize internal empty value')\r\nconst optionTemplate = {\r\n  text: null,\r\n  value: null,\r\n  label: null,\r\n  group: null\r\n}\r\n\r\nexport default {\r\n  components: {\r\n    LabelAndMessage\r\n  },\r\n  mixins: [\r\n    InputMixin,\r\n    FormPartMixin,\r\n    ChangeDetectionMixin,\r\n    RuleMixin\r\n  ],\r\n  props: {\r\n    options: {\r\n      type: Array,\r\n      required: true\r\n    },\r\n    groups: Array,\r\n    value: {},\r\n    multiple: Boolean,\r\n    fields: Object,\r\n    maxItems: Number,\r\n    create: [Boolean, Function],\r\n    placeholder: String,\r\n    label: String,\r\n    allowEmpty: Boolean,\r\n    ordered: Boolean,\r\n    sortField: {},\r\n    useBodyAsParent: {\r\n      default: false,\r\n      type: Boolean\r\n    },\r\n    disabled: {\r\n      type: Boolean,\r\n      default: false\r\n    },\r\n    description: String,\r\n    required: Boolean,\r\n    name: String,\r\n    resetValue: {},\r\n    comboboxLabeledOption: {\r\n      type: Function,\r\n      default: () => comboboxLabeledOption\r\n    },\r\n    comboboxLabeledItem: {\r\n      type: Function\r\n    }\r\n  },\r\n  computed: {\r\n    ...mapResources([\r\n      'Messages.Info.SR_InfoMessages'\r\n    ]),\r\n    // make sure that a field config object exists with all keys for other functions\r\n    sanitizedFieldConfig () {\r\n      return map(optionTemplate, (x, key) => (this.fields || {})[key] || key)\r\n    },\r\n    // make sure there is always a valid maxItems value for other functions\r\n    sanitizedMaxItems () {\r\n      return this.maxItems || (this.multiple ? null : 1)\r\n    },\r\n    selectize () {\r\n      return this.$refs.select.selectize\r\n    },\r\n    internalOptions () {\r\n      if (!this.allowEmpty && !this.options.length) {\r\n        throw new Error('[VueSelectize] empty options array but allowEmpty prop is false')\r\n      }\r\n\r\n      const sortedOptions = this.ordered\r\n        ? this.options\r\n        : sortBy(this.options, [this.sortField || (x => this.resolveField(x, 'text'))])\r\n\r\n      const options = sortedOptions.map(this.convertOption)\r\n\r\n      if (this.allowEmpty && this.sanitizedMaxItems === 1 && !this.required) {\r\n        options.unshift(this.emptyOption)\r\n      }\r\n\r\n      return options\r\n    },\r\n    emptyOption () {\r\n      return {\r\n        $order: 0,\r\n        value: Empty.toString(),\r\n        text: this.placeholder ? this.placeholder.toString() : this.SR_InfoMessages.NoSelection\r\n      }\r\n    },\r\n    internalGroups () {\r\n      if (this.groups) return this.groups.map(x => typeof x === 'object' ? x : {value: x, label: x})\r\n\r\n      const groups = {}\r\n      this.internalOptions.forEach(option => {\r\n        if (option.group) {\r\n          if (typeof option.group === 'object') {\r\n            groups[option.group.value] = option.group\r\n          } else {\r\n            groups[option.group] = {value: option.group, label: option.group}\r\n          }\r\n        }\r\n      })\r\n\r\n      return Object.keys(groups).map(x => groups[x])\r\n    },\r\n    internalItems () {\r\n      const normalize = value => typeof value === 'object'\r\n        ? this.resolveField(value, 'value')\r\n        : value\r\n\r\n      let items\r\n\r\n      if (this.sanitizedMaxItems === 1) {\r\n        if (this.value !== null) {\r\n          items = [normalize(this.value)]\r\n        } else if (this.allowEmpty && this.value === null) {\r\n          items = []\r\n        } else {\r\n          throw new Error(`[VueSelectize] invalid value for single select: '${this.value}'`)\r\n        }\r\n      } else {\r\n        if (!Array.isArray(this.value)) {\r\n          throw new Error(`[VueSelectize] invalid value for multiple select: '${this.value}'`)\r\n        }\r\n\r\n        if (!this.allowEmpty && !this.value.length) {\r\n          throw new Error('[VueSelectize] allowEmpty is false, empty array value not allowed')\r\n        }\r\n\r\n        items = this.value.map(normalize)\r\n      }\r\n\r\n      const correspondingOptions = items.map(x => this.internalOptions.find(option => option.value === x))\r\n\r\n      if (correspondingOptions.some(x => !x)) {\r\n        const invalidIndices = correspondingOptions.map((x, i) => [!x, i]).filter(x => x[0]).map(x => x[1])\r\n\r\n        throw new Error(`[VueSelectize] no corresponding option found for values: indices '${invalidIndices}' in values '${this.value}'`)\r\n      }\r\n\r\n      return items\r\n    },\r\n    combinedDescription () {\r\n      return [this.ruleDescription, this.description].filter(x => x)\r\n    },\r\n    message () {\r\n      const builtinMessages = {\r\n        error: this.SR_InfoMessages.RequiredField\r\n      }\r\n      const combinedMessages = Object.assign(builtinMessages, this.ruleMessages)\r\n\r\n      return combinedMessages[this.state]\r\n    },\r\n    state () {\r\n      // never validate without user entry\r\n      if (!this.dirty) {\r\n        return undefined\r\n      }\r\n\r\n      const states = {}\r\n\r\n      if (this.required) {\r\n        if (this.value !== null) {\r\n          states.required = 'success'\r\n        } else {\r\n          states.required = 'error'\r\n        }\r\n      }\r\n      states.rule = this.ruleState\r\n\r\n      // the 'or success' part coerces the undefined state that you get when no rules are available into a success state\r\n      return this.combineStates(states) || 'success'\r\n    }\r\n  },\r\n  methods: {\r\n    resolveField (option, field) {\r\n      const resolve = field => {\r\n        const mapping = this.sanitizedFieldConfig[field]\r\n\r\n        return mapping instanceof Function\r\n          ? mapping(option)\r\n          : typeof option === 'object'\r\n            ? option[mapping]\r\n            // also support primitive options like strings and numbers\r\n            : field === 'value' || field === 'text'\r\n              ? option\r\n              : undefined\r\n      }\r\n\r\n      const fieldValue = resolve(field)\r\n\r\n      if (fieldValue === undefined && field === 'value') {\r\n        return resolve('text')\r\n      }\r\n      if (fieldValue === undefined && field === 'text') {\r\n        return resolve('value')\r\n      }\r\n\r\n      return fieldValue\r\n    },\r\n    // make selectize option object from actual option\r\n    convertOption (option) {\r\n      return map(this.sanitizedFieldConfig, (x, field) => this.resolveField(option, field))\r\n    },\r\n    // get a reference to one of the external options by its value\r\n    getOption (value) {\r\n      return this.options.find(option => typeof option === 'object'\r\n        ? this.resolveField(option, 'value') === value\r\n        : option === value)\r\n    },\r\n    // communicate changed value to parent\r\n    onSelectionChanged () {\r\n      if (this.$_VueSelectize_internalUpdate) {\r\n        return\r\n      }\r\n\r\n      const selectedItems = this.selectize.items\r\n        .filter(x => x !== Empty)\r\n        .map(x => this.selectize.options[x].value) // NOTE probably due to type conversion of selectize items to string?\r\n        .map(this.getOption)\r\n        .filter(x => x !== undefined)\r\n\r\n      const finalSelection = this.sanitizedMaxItems === 1\r\n        ? selectedItems[0] === undefined\r\n          ? this.allowEmpty\r\n            ? null\r\n            : this.value\r\n          : selectedItems[0]\r\n        : !selectedItems.length && !this.allowEmpty\r\n          ? this.value\r\n          : selectedItems\r\n\r\n      if (this.value !== finalSelection) {\r\n        this.$emit('input', finalSelection)\r\n      } else {\r\n        // rollback selection change, since the new selection is invalid\r\n        // update internal selectize, emitting the same value again would not trigger `value` watcher\r\n        this.updateValues()\r\n      }\r\n    },\r\n    // handles the change event on the DOM select, necessary since selectize triggers\r\n    // a change event here upon removing the option using .clearOptions()\r\n    onSelectChanged (evt) {\r\n      if (this.$_VueSelectize_internalUpdate) {\r\n        evt.preventDefault()\r\n        evt.stopPropagation()\r\n      }\r\n    },\r\n    onType (str) {\r\n      this.$emit('type', str)\r\n    },\r\n    // update selectize options from props\r\n    updateOptions () {\r\n      this.$_VueSelectize_internalUpdate = true\r\n\r\n      this.selectize.clearOptions()\r\n      this.selectize.addOption(this.internalOptions)\r\n      this.selectize.refreshOptions(false)\r\n\r\n      this.selectize.clearOptionGroups()\r\n      this.internalGroups.forEach(group => {\r\n        this.selectize.addOptionGroup(group.value, group)\r\n      })\r\n\r\n      this.$_VueSelectize_internalUpdate = false\r\n\r\n      this.updateValues()\r\n    },\r\n    // update selectize items from props\r\n    updateValues () {\r\n      this.$_VueSelectize_internalUpdate = true\r\n\r\n      this.selectize.clear(true)\r\n\r\n      this.internalItems.forEach(item => {\r\n        this.selectize.addItem(item, true)\r\n      })\r\n\r\n      this.$_VueSelectize_internalUpdate = false\r\n    },\r\n    focus () {\r\n      this.selectize.focus()\r\n    },\r\n    setDisable () {\r\n      if (this.disabled) {\r\n        this.selectize.disable()\r\n      } else {\r\n        this.selectize.enable()\r\n      }\r\n    }\r\n  },\r\n  // selectize needs to be updated non-reactively\r\n  watch: {\r\n    value: 'updateValues',\r\n    options: 'updateOptions',\r\n    allowEmpty: 'updateOptions',\r\n    disabled () {\r\n      this.setDisable()\r\n    }\r\n  },\r\n  // all setup for selectize has to happen when the DOM elements are all ready\r\n  mounted () {\r\n    const options = {\r\n      optgroupField: 'group',\r\n      create: this.create,\r\n      maxItems: this.sanitizedMaxItems,\r\n      selectOnTab: true,\r\n      placeholder: this.placeholder\r\n        ? this.placeholder.toString()\r\n        : this.allowEmpty\r\n          ? this.SR_InfoMessages.NoSelection\r\n          : this.SR_InfoMessages.PleaseSelectSomething,\r\n      allowEmptyOption: this.allowEmpty,\r\n      dropdownParent: this.useBodyAsParent ? 'body' : null\r\n    }\r\n\r\n    options.render = {\r\n      option: comboboxLabeledOption,\r\n      item: this.comboboxLabeledItem || comboboxLabeledItem\r\n    }\r\n\r\n    options.searchField = ['text', 'label']\r\n\r\n    if (this.sanitizedMaxItems !== 1) {\r\n      options.plugins = {'remove_button': {label: '<i class=\"fa fa-times\"></i>'}}\r\n    }\r\n\r\n    const $select = $(this.$refs.select)\r\n    $select.selectize(options)\r\n\r\n    this.setDisable()\r\n\r\n    if (this.sanitizedMaxItems > 1) {\r\n      const $maxSelectionInfo = $('<div class=\"selectize-max-selected-message fade\">')\r\n        .prependTo($select.next())\r\n\r\n      // TODO use resource\r\n      switch (getCurrentLanguage()) {\r\n      case 'de':\r\n        $maxSelectionInfo.text('Auswahllimit erreicht')\r\n        break\r\n      default:\r\n        $maxSelectionInfo.text('Selection limit reached')\r\n      }\r\n\r\n      $select.on('change', () => {\r\n        if (this.selectize.items.length === options.maxItems) {\r\n          $maxSelectionInfo.addClass('in')\r\n        } else {\r\n          $maxSelectionInfo.removeClass('in')\r\n        }\r\n      })\r\n    }\r\n\r\n    // fire event when user changes the selection\r\n    this.selectize.on('change', this.onSelectionChanged)\r\n\r\n    // fire event when user types something into the selectize box\r\n    this.selectize.on('type', debounce(this.onType, 200))\r\n\r\n    // hook DOM select change event, this is used to prevent change event propagation on internal updates\r\n    $select.on('change', this.onSelectChanged)\r\n\r\n    // set inital focus when component is loaded\r\n    // this.selectize.focus()\r\n\r\n    this.updateOptions(this.options)\r\n  },\r\n  beforeDestroy () {\r\n    $(this.$refs.select).off('change')\r\n\r\n    this.selectize.destroy()\r\n  }\r\n}\r\n</script>\r\n\r\n<style lang=\"scss\" scoped>\r\n</style>\r\n","import mod from \"-!../../../../../node_modules/mini-css-extract-plugin/dist/loader.js??ref--8-oneOf-1-0!../../../../../node_modules/css-loader/index.js??ref--8-oneOf-1-1!../../../../../node_modules/vue-loader/lib/loaders/stylePostLoader.js!../../../../../node_modules/postcss-loader/src/index.js??ref--8-oneOf-1-2!../../../../../node_modules/sass-loader/lib/loader.js??ref--8-oneOf-1-3!../../../../../node_modules/cache-loader/dist/cjs.js??ref--0-0!../../../../../node_modules/vue-loader/lib/index.js??vue-loader-options!./IxWmsLayer.vue?vue&type=style&index=0&id=41702c76&lang=scss&scoped=true&\"; export default mod; export * from \"-!../../../../../node_modules/mini-css-extract-plugin/dist/loader.js??ref--8-oneOf-1-0!../../../../../node_modules/css-loader/index.js??ref--8-oneOf-1-1!../../../../../node_modules/vue-loader/lib/loaders/stylePostLoader.js!../../../../../node_modules/postcss-loader/src/index.js??ref--8-oneOf-1-2!../../../../../node_modules/sass-loader/lib/loader.js??ref--8-oneOf-1-3!../../../../../node_modules/cache-loader/dist/cjs.js??ref--0-0!../../../../../node_modules/vue-loader/lib/index.js??vue-loader-options!./IxWmsLayer.vue?vue&type=style&index=0&id=41702c76&lang=scss&scoped=true&\"","var turfUnion = require('@turf/union');\nvar booleanOverlap = require('@turf/boolean-overlap');\nvar turfbbox = require('@turf/bbox');\nvar Rbush = require('rbush');\nvar gju = require('geojson-utils');\nvar getClosest = require('get-closest');\n\n/**\n * Dissolves a FeatureCollection of polygons based on a property. Note that multipart features within the collection are not supported\n *\n * @name dissolve\n * @param {FeatureCollection<Polygon>} featureCollection input feature collection to be dissolved\n * @param {string} [propertyName] property name on which to dissolve features\n * @returns {FeatureCollection<Polygon>} a FeatureCollection containing the dissolved polygons\n * @example\n * var features = turf.featureCollection([\n *   turf.polygon([[[0, 0], [0, 1], [1, 1], [1, 0], [0, 0]]], {\"combine\": \"yes\"}),\n *   turf.polygon([[[0, -1], [0, 0], [1, 0], [1, -1], [0,-1]]], {\"combine\": \"yes\"}),\n *   turf.polygon([[[1,-1],[1, 0], [2, 0], [2, -1], [1, -1]]], {\"combine\": \"no\"}),\n * ]);\n *\n * var dissolved = turf.dissolve(features, 'combine');\n *\n * //addToMap\n * var addToMap = [features, dissolved]\n */\nmodule.exports = function (featureCollection, propertyName) {\n\n    var originalIndexOfItemsRemoved = [];\n    var treeItems = [];\n    var rtree = new Rbush();\n    for (var polyIndex = 0; polyIndex < featureCollection.features.length; polyIndex++) {\n        var inputFeatureBbox = turfbbox(featureCollection.features[polyIndex]);\n        var treeObj = {\n            minX: inputFeatureBbox[0],\n            minY: inputFeatureBbox[1],\n            maxX: inputFeatureBbox[2],\n            maxY: inputFeatureBbox[3],\n            origIndexPosition: polyIndex\n        };\n        treeItems.push(treeObj);\n    }\n    rtree.load(treeItems);\n\n    for (var i = 0; i < featureCollection.features.length; i++) {\n        var polygon = featureCollection.features[i];\n\n        var polyBoundingBox = turfbbox(polygon);\n        var searchObj = {\n            minX: polyBoundingBox[0],\n            minY: polyBoundingBox[1],\n            maxX: polyBoundingBox[2],\n            maxY: polyBoundingBox[3]\n        };\n        var potentialMatchingFeatures = rtree.search(searchObj);\n\n        var featureChanged = false;\n\n        for (var searchIndex = 0; searchIndex < potentialMatchingFeatures.length; searchIndex++) {\n            polygon = featureCollection.features[i];\n\n            var matchFeaturePosition = potentialMatchingFeatures[searchIndex].origIndexPosition;\n\n            if (originalIndexOfItemsRemoved.length > 0 && matchFeaturePosition !== 0) {\n                if (matchFeaturePosition > originalIndexOfItemsRemoved[originalIndexOfItemsRemoved.length - 1]) {\n                    matchFeaturePosition = matchFeaturePosition - (originalIndexOfItemsRemoved.length);\n                } else {\n                    var closestNumber = getClosest.greaterNumber(matchFeaturePosition, originalIndexOfItemsRemoved);\n                    if (closestNumber !== 0) {\n                        matchFeaturePosition = matchFeaturePosition - closestNumber;\n                    }\n                }\n            }\n\n            if (matchFeaturePosition === i) {\n                continue;\n            }\n            var matchFeature = featureCollection.features[matchFeaturePosition];\n\n            if (typeof propertyName !== undefined) {\n                if (matchFeature.properties[propertyName] !== polygon.properties[propertyName]) {\n                    continue;\n                }\n            }\n\n            var overlapCheck = booleanOverlap(polygon, matchFeature);\n\n            if (!overlapCheck) {\n                var polyClone = JSON.stringify(polygon);\n                var polyBeingCheckedClone = JSON.stringify(matchFeature);\n                var linestring1 = toLinestring(JSON.parse(polyClone));\n                var linestring2 = toLinestring(JSON.parse(polyBeingCheckedClone));\n                overlapCheck = gju.lineStringsIntersect(linestring1.geometry, linestring2.geometry);\n            }\n            if (!overlapCheck) {\n                continue;\n            }\n\n            featureCollection.features[i] = turfUnion(polygon, matchFeature);\n            originalIndexOfItemsRemoved.push(potentialMatchingFeatures[searchIndex].origIndexPosition);\n            originalIndexOfItemsRemoved.sort(function (a, b) {\n                return a - b;\n            });\n\n            rtree.remove(potentialMatchingFeatures[searchIndex]);\n            featureCollection.features.splice(matchFeaturePosition, 1);\n            searchObj.origIndexPosition = i;\n            rtree.remove(searchObj, function (a, b) {\n                return a.origIndexPosition === b.origIndexPosition;\n            });\n            featureChanged = true;\n        }\n        if (featureChanged) {\n            var newBoundingBox = turfbbox(polygon);\n            rtree.insert({\n                minX: newBoundingBox[0],\n                minY: newBoundingBox[1],\n                maxX: newBoundingBox[2],\n                maxY: newBoundingBox[3],\n                origIndexPosition: i\n            });\n            i--;\n        }\n    }\n    return featureCollection;\n};\n\nfunction toLinestring(polygon) {\n    if (polygon === null || polygon === undefined) throw new Error('No polygon was passed');\n    polygon.geometry.type = 'LineString';\n    var flat_arr = [].concat.apply([], polygon.geometry.coordinates);\n    polygon.geometry.coordinates = flat_arr;\n    return polygon;\n}\n","var invariant = require('@turf/invariant');\nvar getCoord = invariant.getCoord;\nvar getCoords = invariant.getCoords;\n\n// http://en.wikipedia.org/wiki/Even%E2%80%93odd_rule\n// modified from: https://github.com/substack/point-in-polygon/blob/master/index.js\n// which was modified from http://www.ecse.rpi.edu/Homepages/wrf/Research/Short_Notes/pnpoly.html\n\n/**\n * Takes a {@link Point} and a {@link Polygon} or {@link MultiPolygon} and determines if the point resides inside the polygon. The polygon can\n * be convex or concave. The function accounts for holes.\n *\n * @name inside\n * @param {Feature<Point>} point input point\n * @param {Feature<Polygon|MultiPolygon>} polygon input polygon or multipolygon\n * @param {boolean} [ignoreBoundary=false] True if polygon boundary should be ignored when determining if the point is inside the polygon otherwise false.\n * @returns {boolean} `true` if the Point is inside the Polygon; `false` if the Point is not inside the Polygon\n * @example\n * var pt = turf.point([-77, 44]);\n * var poly = turf.polygon([[\n *   [-81, 41],\n *   [-81, 47],\n *   [-72, 47],\n *   [-72, 41],\n *   [-81, 41]\n * ]]);\n *\n * turf.inside(pt, poly);\n * //= true\n */\nmodule.exports = function (point, polygon, ignoreBoundary) {\n    // validation\n    if (!point) throw new Error('point is required');\n    if (!polygon) throw new Error('polygon is required');\n\n    var pt = getCoord(point);\n    var polys = getCoords(polygon);\n    var type = (polygon.geometry) ? polygon.geometry.type : polygon.type;\n    var bbox = polygon.bbox;\n\n    // Quick elimination if point is not inside bbox\n    if (bbox && inBBox(pt, bbox) === false) return false;\n\n    // normalize to multipolygon\n    if (type === 'Polygon') polys = [polys];\n\n    for (var i = 0, insidePoly = false; i < polys.length && !insidePoly; i++) {\n        // check if it is in the outer ring first\n        if (inRing(pt, polys[i][0], ignoreBoundary)) {\n            var inHole = false;\n            var k = 1;\n            // check for the point in any of the holes\n            while (k < polys[i].length && !inHole) {\n                if (inRing(pt, polys[i][k], !ignoreBoundary)) {\n                    inHole = true;\n                }\n                k++;\n            }\n            if (!inHole) insidePoly = true;\n        }\n    }\n    return insidePoly;\n};\n\n/**\n * inRing\n *\n * @private\n * @param {[number, number]} pt [x,y]\n * @param {Array<[number, number]>} ring [[x,y], [x,y],..]\n * @param {boolean} ignoreBoundary ignoreBoundary\n * @returns {boolean} inRing\n */\nfunction inRing(pt, ring, ignoreBoundary) {\n    var isInside = false;\n    if (ring[0][0] === ring[ring.length - 1][0] && ring[0][1] === ring[ring.length - 1][1]) ring = ring.slice(0, ring.length - 1);\n\n    for (var i = 0, j = ring.length - 1; i < ring.length; j = i++) {\n        var xi = ring[i][0], yi = ring[i][1];\n        var xj = ring[j][0], yj = ring[j][1];\n        var onBoundary = (pt[1] * (xi - xj) + yi * (xj - pt[0]) + yj * (pt[0] - xi) === 0) &&\n            ((xi - pt[0]) * (xj - pt[0]) <= 0) && ((yi - pt[1]) * (yj - pt[1]) <= 0);\n        if (onBoundary) return !ignoreBoundary;\n        var intersect = ((yi > pt[1]) !== (yj > pt[1])) &&\n        (pt[0] < (xj - xi) * (pt[1] - yi) / (yj - yi) + xi);\n        if (intersect) isInside = !isInside;\n    }\n    return isInside;\n}\n\n/**\n * inBBox\n *\n * @private\n * @param {[number, number]} pt point [x,y]\n * @param {[number, number, number, number]} bbox BBox [west, south, east, north]\n * @returns {boolean} true/false if point is inside BBox\n */\nfunction inBBox(pt, bbox) {\n    return bbox[0] <= pt[0] &&\n           bbox[1] <= pt[1] &&\n           bbox[2] >= pt[0] &&\n           bbox[3] >= pt[1];\n}\n","var bbox = require('@turf/bbox');\nvar bboxPolygon = require('@turf/bbox-polygon');\n\n/**\n * Takes any number of features and returns a rectangular {@link Polygon} that encompasses all vertices.\n *\n * @name envelope\n * @param {FeatureCollection|Feature<any>} geojson input features\n * @returns {Feature<Polygon>} a rectangular Polygon feature that encompasses all vertices\n * @example\n * var features = turf.featureCollection([\n *   turf.point([-75.343, 39.984], {\"name\": \"Location A\"}),\n *   turf.point([-75.833, 39.284], {\"name\": \"Location B\"}),\n *   turf.point([-75.534, 39.123], {\"name\": \"Location C\"})\n * ]);\n *\n * var enveloped = turf.envelope(features);\n *\n * //addToMap\n * var addToMap = [features, enveloped];\n */\nmodule.exports = function (geojson) {\n    return bboxPolygon(bbox(geojson));\n};\n","var invariant = require('@turf/invariant');\n\n// http://en.wikipedia.org/wiki/Even%E2%80%93odd_rule\n// modified from: https://github.com/substack/point-in-polygon/blob/master/index.js\n// which was modified from http://www.ecse.rpi.edu/Homepages/wrf/Research/Short_Notes/pnpoly.html\n\n/**\n * Takes a {@link Point} and a {@link Polygon} or {@link MultiPolygon} and determines if the point resides inside the polygon. The polygon can\n * be convex or concave. The function accounts for holes.\n *\n * @name inside\n * @param {Feature<Point>} point input point\n * @param {Feature<(Polygon|MultiPolygon)>} polygon input polygon or multipolygon\n * @returns {boolean} `true` if the Point is inside the Polygon; `false` if the Point is not inside the Polygon\n * @example\n * var pt = turf.point([-77, 44]);\n * var poly = turf.polygon([[\n *   [-81, 41],\n *   [-81, 47],\n *   [-72, 47],\n *   [-72, 41],\n *   [-81, 41]\n * ]]);\n *\n * var isInside = turf.inside(pt, poly);\n *\n * //=isInside\n */\nmodule.exports = function (point, polygon) {\n    var pt = invariant.getCoord(point);\n    var polys = polygon.geometry.coordinates;\n    // normalize to multipolygon\n    if (polygon.geometry.type === 'Polygon') polys = [polys];\n\n    for (var i = 0, insidePoly = false; i < polys.length && !insidePoly; i++) {\n        // check if it is in the outer ring first\n        if (inRing(pt, polys[i][0])) {\n            var inHole = false;\n            var k = 1;\n            // check for the point in any of the holes\n            while (k < polys[i].length && !inHole) {\n                if (inRing(pt, polys[i][k], true)) {\n                    inHole = true;\n                }\n                k++;\n            }\n            if (!inHole) insidePoly = true;\n        }\n    }\n    return insidePoly;\n};\n\n// pt is [x,y] and ring is [[x,y], [x,y],..]\nfunction inRing(pt, ring, ignoreBoundary) {\n    var isInside = false;\n    if (ring[0][0] === ring[ring.length - 1][0] && ring[0][1] === ring[ring.length - 1][1]) ring = ring.slice(0, ring.length - 1);\n\n    for (var i = 0, j = ring.length - 1; i < ring.length; j = i++) {\n        var xi = ring[i][0], yi = ring[i][1];\n        var xj = ring[j][0], yj = ring[j][1];\n        var onBoundary = (pt[1] * (xi - xj) + yi * (xj - pt[0]) + yj * (pt[0] - xi) === 0) &&\n            ((xi - pt[0]) * (xj - pt[0]) <= 0) && ((yi - pt[1]) * (yj - pt[1]) <= 0);\n        if (onBoundary) return !ignoreBoundary;\n        var intersect = ((yi > pt[1]) !== (yj > pt[1])) &&\n        (pt[0] < (xj - xi) * (pt[1] - yi) / (yj - yi) + xi);\n        if (intersect) isInside = !isInside;\n    }\n    return isInside;\n}\n","var bearing = require('@turf/bearing');\nvar distance = require('@turf/distance');\nvar destination = require('@turf/destination');\nvar lineString = require('@turf/helpers').lineString;\n\n/**\n * Takes a {@link LineString|line}, a specified distance along the line to a start {@link Point},\n * and a specified  distance along the line to a stop point\n * and returns a subsection of the line in-between those points.\n *\n * This can be useful for extracting only the part of a route between two distances.\n *\n * @name lineSliceAlong\n * @param {Feature<LineString>|LineString} line input line\n * @param {number} startDist distance along the line to starting point\n * @param {number} stopDist distance along the line to ending point\n * @param {string} [units=kilometers] can be degrees, radians, miles, or kilometers\n * @returns {Feature<LineString>} sliced line\n * @example\n * var line = turf.lineString([[7, 45], [9, 45], [14, 40], [14, 41]]);\n * var start = 12.5;\n * var stop = 25;\n * var sliced = turf.lineSliceAlong(line, start, stop, 'miles');\n *\n * //addToMap\n * var addToMap = [line, start, stop, sliced]\n */\nmodule.exports = function (line, startDist, stopDist, units) {\n    var coords;\n    var slice = [];\n    if (line.type === 'Feature') coords = line.geometry.coordinates;\n    else if (line.type === 'LineString') coords = line.coordinates;\n    else throw new Error('input must be a LineString Feature or Geometry');\n\n    var travelled = 0;\n    var overshot, direction, interpolated;\n    for (var i = 0; i < coords.length; i++) {\n        if (startDist >= travelled && i === coords.length - 1) break;\n        else if (travelled > startDist && slice.length === 0) {\n            overshot = startDist - travelled;\n            if (!overshot) {\n                slice.push(coords[i]);\n                return lineString(slice);\n            }\n            direction = bearing(coords[i], coords[i - 1]) - 180;\n            interpolated = destination(coords[i], overshot, direction, units);\n            slice.push(interpolated.geometry.coordinates);\n        }\n\n        if (travelled >= stopDist) {\n            overshot = stopDist - travelled;\n            if (!overshot) {\n                slice.push(coords[i]);\n                return lineString(slice);\n            }\n            direction = bearing(coords[i], coords[i - 1]) - 180;\n            interpolated = destination(coords[i], overshot, direction, units);\n            slice.push(interpolated.geometry.coordinates);\n            return lineString(slice);\n        }\n\n        if (travelled >= startDist) {\n            slice.push(coords[i]);\n        }\n\n        if (i === coords.length - 1) {\n            return lineString(slice);\n        }\n\n        travelled += distance(coords[i], coords[i + 1], units);\n    }\n    return lineString(coords[coords.length - 1]);\n};\n","var coordEach = require('@turf/meta').coordEach;\nvar point = require('@turf/helpers').point;\n\n/**\n * Takes one or more features and calculates the centroid using the mean of all vertices.\n * This lessens the effect of small islands and artifacts when calculating the centroid of a set of polygons.\n *\n * @name centroid\n * @param {GeoJSON} geojson GeoJSON to be centered\n * @param {Object} [properties] an Object that is used as the {@link Feature}'s properties\n * @returns {Feature<Point>} the centroid of the input features\n * @example\n * var polygon = turf.polygon([[[-81, 41], [-88, 36], [-84, 31], [-80, 33], [-77, 39], [-81, 41]]]);\n *\n * var centroid = turf.centroid(polygon);\n *\n * //addToMap\n * var addToMap = [polygon, centroid]\n */\nmodule.exports = function (geojson, properties) {\n    var xSum = 0;\n    var ySum = 0;\n    var len = 0;\n    coordEach(geojson, function (coord) {\n        xSum += coord[0];\n        ySum += coord[1];\n        len++;\n    }, true);\n    return point([xSum / len, ySum / len], properties);\n};\n","/**\n * https://github.com/rook2pawn/node-intersection\n *\n * Author @rook2pawn\n */\n\n/**\n * AB\n *\n * @private\n * @param {Array<Array<number>>} segment - 2 vertex line segment\n * @returns {Array<number>} coordinates [x, y]\n */\nfunction ab(segment) {\n    var start = segment[0];\n    var end = segment[1];\n    return [end[0] - start[0], end[1] - start[1]];\n}\n\n/**\n * Cross Product\n *\n * @private\n * @param {Array<number>} v1 coordinates [x, y]\n * @param {Array<number>} v2 coordinates [x, y]\n * @returns {Array<number>} Cross Product\n */\nfunction crossProduct(v1, v2) {\n    return (v1[0] * v2[1]) - (v2[0] * v1[1]);\n}\n\n/**\n * Add\n *\n * @private\n * @param {Array<number>} v1 coordinates [x, y]\n * @param {Array<number>} v2 coordinates [x, y]\n * @returns {Array<number>} Add\n */\nfunction add(v1, v2) {\n    return [v1[0] + v2[0], v1[1] + v2[1]];\n}\n\n/**\n * Sub\n *\n * @private\n * @param {Array<number>} v1 coordinates [x, y]\n * @param {Array<number>} v2 coordinates [x, y]\n * @returns {Array<number>} Sub\n */\nfunction sub(v1, v2) {\n    return [v1[0] - v2[0], v1[1] - v2[1]];\n}\n\n/**\n * scalarMult\n *\n * @private\n * @param {number} s scalar\n * @param {Array<number>} v coordinates [x, y]\n * @returns {Array<number>} scalarMult\n */\nfunction scalarMult(s, v) {\n    return [s * v[0], s * v[1]];\n}\n\n/**\n * Intersect Segments\n *\n * @private\n * @param {Array<number>} a coordinates [x, y]\n * @param {Array<number>} b coordinates [x, y]\n * @returns {Array<number>} intersection\n */\nfunction intersectSegments(a, b) {\n    var p = a[0];\n    var r = ab(a);\n    var q = b[0];\n    var s = ab(b);\n\n    var cross = crossProduct(r, s);\n    var qmp = sub(q, p);\n    var numerator = crossProduct(qmp, s);\n    var t = numerator / cross;\n    var intersection = add(p, scalarMult(t, r));\n    return intersection;\n}\n\n/**\n * Is Parallel\n *\n * @private\n * @param {Array<number>} a coordinates [x, y]\n * @param {Array<number>} b coordinates [x, y]\n * @returns {boolean} true if a and b are parallel (or co-linear)\n */\nfunction isParallel(a, b) {\n    var r = ab(a);\n    var s = ab(b);\n    return (crossProduct(r, s) === 0);\n}\n\n/**\n * Intersection\n *\n * @private\n * @param {Array<number>} a coordinates [x, y]\n * @param {Array<number>} b coordinates [x, y]\n * @returns {Array<number>|boolean} true if a and b are parallel (or co-linear)\n */\nfunction intersection(a, b) {\n    if (isParallel(a, b)) return false;\n    return intersectSegments(a, b);\n}\n\nmodule.exports = intersection;\n","// JSTS. 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if(2===arguments.length){var u=arguments[0],l=arguments[1],n=null,i=null,h=null,c=null,r=null,s=null,o=null,a=null;r=this.hi+u,h=this.lo+l,o=r-this.hi,a=h-this.lo,s=r-o,c=h-a,s=u-o+(this.hi-s),c=l-a+(this.lo-c),o=s+h,n=r+o,i=o+(r-n),o=c+i;var f=n+o,g=o+(n-f);return this.hi=f,this.lo=g,this}},selfMultiply:function(){if(1===arguments.length){if(arguments[0]instanceof _){var t=arguments[0];return this.selfMultiply(t.hi,t.lo)}if(\"number\"==typeof arguments[0]){var e=arguments[0];return this.selfMultiply(e,0)}}else if(2===arguments.length){var n=arguments[0],i=arguments[1],r=null,s=null,o=null,a=null,u=null,l=null;u=_.SPLIT*this.hi,r=u-this.hi,l=_.SPLIT*n,r=u-r,s=this.hi-r,o=l-n,u=this.hi*n,o=l-o,a=n-o,l=r*o-u+r*a+s*o+s*a+(this.hi*i+this.lo*n);var h=u+l;r=u-h;var c=l+r;return this.hi=h,this.lo=c,this}},selfSqr:function(){return this.selfMultiply(this)},floor:function(){if(this.isNaN())return _.NaN;var t=Math.floor(this.hi),e=0;return t===this.hi&&(e=Math.floor(this.lo)),new 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r.selfMultiply(a).selfSubtract(s.selfMultiply(o)).signum()},M.signOfDet2x2=function(t,e,n,i){var r=t.multiply(i).selfSubtract(e.multiply(n));return r.signum()},M.intersection=function(t,e,n,i){var r=_.valueOf(i.y).selfSubtract(n.y).selfMultiply(_.valueOf(e.x).selfSubtract(t.x)),s=_.valueOf(i.x).selfSubtract(n.x).selfMultiply(_.valueOf(e.y).selfSubtract(t.y)),o=r.subtract(s),a=_.valueOf(i.x).selfSubtract(n.x).selfMultiply(_.valueOf(t.y).selfSubtract(n.y)),u=_.valueOf(i.y).selfSubtract(n.y).selfMultiply(_.valueOf(t.x).selfSubtract(n.x)),l=a.subtract(u),h=l.selfDivide(o).doubleValue(),c=_.valueOf(t.x).selfAdd(_.valueOf(e.x).selfSubtract(t.x).selfMultiply(h)).doubleValue(),f=_.valueOf(e.x).selfSubtract(t.x).selfMultiply(_.valueOf(t.y).selfSubtract(n.y)),d=_.valueOf(e.y).selfSubtract(t.y).selfMultiply(_.valueOf(t.x).selfSubtract(n.x)),p=f.subtract(d),v=p.selfDivide(o).doubleValue(),m=_.valueOf(n.y).selfAdd(_.valueOf(i.y).selfSubtract(n.y).selfMultiply(v)).doubleValue();return new 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G}}),e(q.prototype,{filter:function(t){},interfaces_:function(){return[]},getClass:function(){return q}}),e(B.prototype,{isGeometryCollection:function(){return this.getSortIndex()===B.SORTINDEX_GEOMETRYCOLLECTION},getFactory:function(){return this.factory},getGeometryN:function(t){return this},getArea:function(){return 0},isRectangle:function(){return!1},equals:function(){if(1===arguments.length){if(arguments[0]instanceof B){var t=arguments[0];return null!==t&&this.equalsTopo(t)}if(arguments[0]instanceof Object){var e=arguments[0];if(!(e instanceof B))return!1;var n=e;return this.equalsExact(n)}}},equalsExact:function(t){return this===t||this.equalsExact(t,0)},geometryChanged:function(){this.apply(B.geometryChangedFilter)},geometryChangedAction:function(){this.envelope=null},equalsNorm:function(t){return null!==t&&this.norm().equalsExact(t.norm())},getLength:function(){return 0},getNumGeometries:function(){return 1},compareTo:function(){if(1===arguments.length){var t=arguments[0],e=t;return this.getSortIndex()!==e.getSortIndex()?this.getSortIndex()-e.getSortIndex():this.isEmpty()&&e.isEmpty()?0:this.isEmpty()?-1:e.isEmpty()?1:this.compareToSameClass(t)}if(2===arguments.length){var n=arguments[0],i=arguments[1],e=n;return this.getSortIndex()!==e.getSortIndex()?this.getSortIndex()-e.getSortIndex():this.isEmpty()&&e.isEmpty()?0:this.isEmpty()?-1:e.isEmpty()?1:this.compareToSameClass(n,i)}},getUserData:function(){return this.userData},getSRID:function(){return this.SRID},getEnvelope:function(){return this.getFactory().toGeometry(this.getEnvelopeInternal())},checkNotGeometryCollection:function(t){if(t.getSortIndex()===B.SORTINDEX_GEOMETRYCOLLECTION)throw new i(\"This method does not support GeometryCollection arguments\")},equal:function(t,e,n){return 0===n?t.equals(e):t.distance(e)<=n},norm:function(){var t=this.copy();return t.normalize(),t},getPrecisionModel:function(){return this.factory.getPrecisionModel()},getEnvelopeInternal:function(){return null===this.envelope&&(this.envelope=this.computeEnvelopeInternal()),new C(this.envelope)},setSRID:function(t){this.SRID=t},setUserData:function(t){this.userData=t},compare:function(t,e){for(var n=t.iterator(),i=e.iterator();n.hasNext()&&i.hasNext();){var r=n.next(),s=i.next(),o=r.compareTo(s);if(0!==o)return o}return n.hasNext()?1:i.hasNext()?-1:0},hashCode:function(){return this.getEnvelopeInternal().hashCode()},isGeometryCollectionOrDerived:function(){return this.getSortIndex()===B.SORTINDEX_GEOMETRYCOLLECTION||this.getSortIndex()===B.SORTINDEX_MULTIPOINT||this.getSortIndex()===B.SORTINDEX_MULTILINESTRING||this.getSortIndex()===B.SORTINDEX_MULTIPOLYGON},interfaces_:function(){return[o,s,u]},getClass:function(){return B}}),B.hasNonEmptyElements=function(t){for(var e=0;e<t.length;e++)if(!t[e].isEmpty())return!0;return!1},B.hasNullElements=function(t){for(var e=0;e<t.length;e++)if(null===t[e])return!0;return!1},B.serialVersionUID=0x799ea46522854c00,B.SORTINDEX_POINT=0,B.SORTINDEX_MULTIPOINT=1,B.SORTINDEX_LINESTRING=2,B.SORTINDEX_LINEARRING=3,B.SORTINDEX_MULTILINESTRING=4,B.SORTINDEX_POLYGON=5,B.SORTINDEX_MULTIPOLYGON=6,B.SORTINDEX_GEOMETRYCOLLECTION=7,B.geometryChangedFilter={interfaces_:function(){return[q]},filter:function(t){t.geometryChangedAction()}},e(z.prototype,{filter:function(t){},interfaces_:function(){return[]},getClass:function(){return z}}),e(V.prototype,{isInBoundary:function(t){},interfaces_:function(){return[]},getClass:function(){return V}}),e(k.prototype,{isInBoundary:function(t){return t%2===1},interfaces_:function(){return[V]},getClass:function(){return k}}),e(Y.prototype,{isInBoundary:function(t){return t>0},interfaces_:function(){return[V]},getClass:function(){return Y}}),e(U.prototype,{isInBoundary:function(t){return t>1},interfaces_:function(){return[V]},getClass:function(){return U}}),e(X.prototype,{isInBoundary:function(t){return 1===t},interfaces_:function(){return[V]},getClass:function(){return X}}),V.Mod2BoundaryNodeRule=k,V.EndPointBoundaryNodeRule=Y,V.MultiValentEndPointBoundaryNodeRule=U,V.MonoValentEndPointBoundaryNodeRule=X,V.MOD2_BOUNDARY_RULE=new k,V.ENDPOINT_BOUNDARY_RULE=new Y,V.MULTIVALENT_ENDPOINT_BOUNDARY_RULE=new U,V.MONOVALENT_ENDPOINT_BOUNDARY_RULE=new X,V.OGC_SFS_BOUNDARY_RULE=V.MOD2_BOUNDARY_RULE,e(H.prototype,{interfaces_:function(){return[]},getClass:function(){return H}}),H.isRing=function(t){return!(t.length<4)&&!!t[0].equals2D(t[t.length-1])},H.ptNotInList=function(t,e){for(var n=0;n<t.length;n++){var i=t[n];if(H.indexOf(i,e)<0)return i}return null},H.scroll=function(t,e){var n=H.indexOf(e,t);if(n<0)return null;var i=new Array(t.length).fill(null);A.arraycopy(t,n,i,0,t.length-n),A.arraycopy(t,0,i,t.length-n,n),A.arraycopy(i,0,t,0,t.length)},H.equals=function(){if(2===arguments.length){var t=arguments[0],e=arguments[1];if(t===e)return!0;if(null===t||null===e)return!1;if(t.length!==e.length)return!1;for(var n=0;n<t.length;n++)if(!t[n].equals(e[n]))return!1;return!0}if(3===arguments.length){var i=arguments[0],r=arguments[1],s=arguments[2];if(i===r)return!0;if(null===i||null===r)return!1;if(i.length!==r.length)return!1;for(var n=0;n<i.length;n++)if(0!==s.compare(i[n],r[n]))return!1;return!0}},H.intersection=function(t,e){for(var n=new N,i=0;i<t.length;i++)e.intersects(t[i])&&n.add(t[i],!0);return n.toCoordinateArray()},H.hasRepeatedPoints=function(t){for(var e=1;e<t.length;e++)if(t[e-1].equals(t[e]))return!0;return!1},H.removeRepeatedPoints=function(t){if(!H.hasRepeatedPoints(t))return t;var e=new N(t,(!1));return e.toCoordinateArray()},H.reverse=function(t){for(var e=t.length-1,n=Math.trunc(e/2),i=0;i<=n;i++){var r=t[i];t[i]=t[e-i],t[e-i]=r}},H.removeNull=function(t){for(var e=0,n=0;n<t.length;n++)null!==t[n]&&e++;var i=new Array(e).fill(null);if(0===e)return i;for(var 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i=t.create(n,e.getDimension()),r=e.size();if(Ct.copy(e,0,i,0,r),r>0)for(var s=r;s<n;s++)Ct.copy(e,r-1,i,s,1);return i},Ct.reverse=function(t){for(var e=t.size()-1,n=Math.trunc(e/2),i=0;i<=n;i++)Ct.swap(t,i,e-i)},Ct.swap=function(t,e,n){if(e===n)return null;for(var i=0;i<t.getDimension();i++){var r=t.getOrdinate(e,i);t.setOrdinate(e,i,t.getOrdinate(n,i)),t.setOrdinate(n,i,r)}},Ct.copy=function(t,e,n,i,r){for(var s=0;s<r;s++)Ct.copyCoord(t,e+s,n,i+s)},Ct.toString=function(){if(1===arguments.length){var t=arguments[0],e=t.size();if(0===e)return\"()\";var n=t.getDimension(),i=new P;i.append(\"(\");for(var r=0;r<e;r++){r>0&&i.append(\" \");for(var s=0;s<n;s++)s>0&&i.append(\",\"),i.append(Nt.toString(t.getOrdinate(r,s)))}return i.append(\")\"),i.toString()}},Ct.ensureValidRing=function(t,e){var n=e.size();if(0===n)return e;if(n<=3)return Ct.createClosedRing(t,e,4);var i=e.getOrdinate(0,D.X)===e.getOrdinate(n-1,D.X)&&e.getOrdinate(0,D.Y)===e.getOrdinate(n-1,D.Y);return i?e:Ct.createClosedRing(t,e,n+1)},Ct.createClosedRing=function(t,e,n){var i=t.create(n,e.getDimension()),r=e.size();Ct.copy(e,0,i,0,r);for(var s=r;s<n;s++)Ct.copy(e,0,i,s,1);return i},h(St,B),e(St.prototype,{computeEnvelopeInternal:function(){return this.isEmpty()?new C:this.points.expandEnvelope(new C)},isRing:function(){return this.isClosed()&&this.isSimple()},getSortIndex:function(){return B.SORTINDEX_LINESTRING},getCoordinates:function(){return this.points.toCoordinateArray()},equalsExact:function(){if(2===arguments.length){var t=arguments[0],e=arguments[1];if(!this.isEquivalentClass(t))return!1;var n=t;if(this.points.size()!==n.points.size())return!1;for(var i=0;i<this.points.size();i++)if(!this.equal(this.points.getCoordinate(i),n.points.getCoordinate(i),e))return!1;return!0}return B.prototype.equalsExact.apply(this,arguments)},normalize:function(){for(var t=0;t<Math.trunc(this.points.size()/2);t++){var e=this.points.size()-1-t;if(!this.points.getCoordinate(t).equals(this.points.getCoordinate(e)))return this.points.getCoordinate(t).compareTo(this.points.getCoordinate(e))>0&&Ct.reverse(this.points),null}},getCoordinate:function(){return this.isEmpty()?null:this.points.getCoordinate(0)},getBoundaryDimension:function(){return this.isClosed()?lt.FALSE:0},isClosed:function(){return!this.isEmpty()&&this.getCoordinateN(0).equals2D(this.getCoordinateN(this.getNumPoints()-1))},getEndPoint:function(){return this.isEmpty()?null:this.getPointN(this.getNumPoints()-1)},getDimension:function(){return 1},getLength:function(){return he.computeLength(this.points)},getNumPoints:function(){return this.points.size()},reverse:function(){var t=this.points.copy();Ct.reverse(t);var e=this.getFactory().createLineString(t);return e},compareToSameClass:function(){if(1===arguments.length){for(var t=arguments[0],e=t,n=0,i=0;n<this.points.size()&&i<e.points.size();){var r=this.points.getCoordinate(n).compareTo(e.points.getCoordinate(i));if(0!==r)return r;n++,i++}return n<this.points.size()?1:i<e.points.size()?-1:0}if(2===arguments.length){var s=arguments[0],o=arguments[1],e=s;return o.compare(this.points,e.points)}},apply:function(){if(R(arguments[0],z))for(var t=arguments[0],e=0;e<this.points.size();e++)t.filter(this.points.getCoordinate(e));else if(R(arguments[0],ct)){var n=arguments[0];if(0===this.points.size())return null;for(var e=0;e<this.points.size()&&(n.filter(this.points,e),!n.isDone());e++);n.isGeometryChanged()&&this.geometryChanged()}else if(R(arguments[0],ht)){var i=arguments[0];i.filter(this)}else if(R(arguments[0],q)){var r=arguments[0];r.filter(this)}},getBoundary:function(){return new dt(this).getBoundary()},isEquivalentClass:function(t){return t instanceof St},clone:function(){var t=B.prototype.clone.call(this);return t.points=this.points.clone(),t},getCoordinateN:function(t){return this.points.getCoordinate(t)},getGeometryType:function(){return\"LineString\"},copy:function(){return new St(this.points.copy(),this.factory)},getCoordinateSequence:function(){return this.points},isEmpty:function(){return 0===this.points.size()},init:function(t){if(null===t&&(t=this.getFactory().getCoordinateSequenceFactory().create([])),1===t.size())throw new i(\"Invalid number of points in LineString (found \"+t.size()+\" - must be 0 or >= 2)\");this.points=t},isCoordinate:function(t){for(var e=0;e<this.points.size();e++)if(this.points.getCoordinate(e).equals(t))return!0;return!1},getStartPoint:function(){return this.isEmpty()?null:this.getPointN(0)},getPointN:function(t){return this.getFactory().createPoint(this.points.getCoordinate(t))},interfaces_:function(){return[st]},getClass:function(){return St}}),St.serialVersionUID=0x2b2b51ba435c8e00,e(wt.prototype,{interfaces_:function(){return[]},getClass:function(){return wt}}),h(Lt,B),e(Lt.prototype,{computeEnvelopeInternal:function(){if(this.isEmpty())return new C;var t=new C;return t.expandToInclude(this.coordinates.getX(0),this.coordinates.getY(0)),t},getSortIndex:function(){return B.SORTINDEX_POINT},getCoordinates:function(){return this.isEmpty()?[]:[this.getCoordinate()]},equalsExact:function(){if(2===arguments.length){var t=arguments[0],e=arguments[1];return!!this.isEquivalentClass(t)&&(!(!this.isEmpty()||!t.isEmpty())||this.isEmpty()===t.isEmpty()&&this.equal(t.getCoordinate(),this.getCoordinate(),e))}return B.prototype.equalsExact.apply(this,arguments)},normalize:function(){},getCoordinate:function(){return 0!==this.coordinates.size()?this.coordinates.getCoordinate(0):null},getBoundaryDimension:function(){return lt.FALSE},getDimension:function(){return 0},getNumPoints:function(){return this.isEmpty()?0:1},reverse:function(){return this.copy()},getX:function(){if(null===this.getCoordinate())throw new IllegalStateException(\"getX called on empty Point\");return this.getCoordinate().x},compareToSameClass:function(){if(1===arguments.length){var t=arguments[0],e=t;return this.getCoordinate().compareTo(e.getCoordinate())}if(2===arguments.length){var n=arguments[0],i=arguments[1],e=n;return i.compare(this.coordinates,e.coordinates)}},apply:function(){if(R(arguments[0],z)){var t=arguments[0];if(this.isEmpty())return null;t.filter(this.getCoordinate())}else if(R(arguments[0],ct)){var e=arguments[0];if(this.isEmpty())return null;e.filter(this.coordinates,0),e.isGeometryChanged()&&this.geometryChanged()}else if(R(arguments[0],ht)){var n=arguments[0];n.filter(this)}else if(R(arguments[0],q)){var i=arguments[0];i.filter(this)}},getBoundary:function(){return this.getFactory().createGeometryCollection(null)},clone:function(){var t=B.prototype.clone.call(this);return t.coordinates=this.coordinates.clone(),t},getGeometryType:function(){return\"Point\"},copy:function(){return new Lt(this.coordinates.copy(),this.factory)},getCoordinateSequence:function(){return this.coordinates},getY:function(){if(null===this.getCoordinate())throw new IllegalStateException(\"getY called on empty Point\");return this.getCoordinate().y},isEmpty:function(){return 0===this.coordinates.size()},init:function(t){null===t&&(t=this.getFactory().getCoordinateSequenceFactory().create([])),f.isTrue(t.size()<=1),this.coordinates=t},isSimple:function(){return!0},interfaces_:function(){return[wt]},getClass:function(){return Lt}}),Lt.serialVersionUID=0x44077bad161cbc00,e(Rt.prototype,{interfaces_:function(){return[]},getClass:function(){return Rt}}),h(Tt,B),e(Tt.prototype,{computeEnvelopeInternal:function(){return this.shell.getEnvelopeInternal()},getSortIndex:function(){return B.SORTINDEX_POLYGON},getCoordinates:function(){if(this.isEmpty())return[];for(var t=new Array(this.getNumPoints()).fill(null),e=-1,n=this.shell.getCoordinates(),i=0;i<n.length;i++)e++,t[e]=n[i];for(var r=0;r<this.holes.length;r++)for(var s=this.holes[r].getCoordinates(),o=0;o<s.length;o++)e++,t[e]=s[o];return t},getArea:function(){var t=0;t+=Math.abs(he.signedArea(this.shell.getCoordinateSequence()));for(var e=0;e<this.holes.length;e++)t-=Math.abs(he.signedArea(this.holes[e].getCoordinateSequence()));return t},isRectangle:function(){if(0!==this.getNumInteriorRing())return!1;if(null===this.shell)return!1;if(5!==this.shell.getNumPoints())return!1;for(var t=this.shell.getCoordinateSequence(),e=this.getEnvelopeInternal(),n=0;n<5;n++){var i=t.getX(n);if(i!==e.getMinX()&&i!==e.getMaxX())return!1;var r=t.getY(n);if(r!==e.getMinY()&&r!==e.getMaxY())return!1}for(var s=t.getX(0),o=t.getY(0),n=1;n<=4;n++){var i=t.getX(n),r=t.getY(n),a=i!==s,u=r!==o;if(a===u)return!1;s=i,o=r}return!0},equalsExact:function(){if(2===arguments.length){var t=arguments[0],e=arguments[1];if(!this.isEquivalentClass(t))return!1;var n=t,i=this.shell,r=n.shell;if(!i.equalsExact(r,e))return!1;if(this.holes.length!==n.holes.length)return!1;for(var s=0;s<this.holes.length;s++)if(!this.holes[s].equalsExact(n.holes[s],e))return!1;return!0}return B.prototype.equalsExact.apply(this,arguments)},normalize:function(){if(0===arguments.length){this.normalize(this.shell,!0);for(var t=0;t<this.holes.length;t++)this.normalize(this.holes[t],!1);ut.sort(this.holes)}else if(2===arguments.length){var e=arguments[0],n=arguments[1];if(e.isEmpty())return null;var i=new Array(e.getCoordinates().length-1).fill(null);A.arraycopy(e.getCoordinates(),0,i,0,i.length);var r=H.minCoordinate(e.getCoordinates());H.scroll(i,r),A.arraycopy(i,0,e.getCoordinates(),0,i.length),e.getCoordinates()[i.length]=i[0],he.isCCW(e.getCoordinates())===n&&H.reverse(e.getCoordinates())}},getCoordinate:function(){return this.shell.getCoordinate()},getNumInteriorRing:function(){return this.holes.length},getBoundaryDimension:function(){return 1},getDimension:function(){return 2},getLength:function(){var t=0;t+=this.shell.getLength();for(var e=0;e<this.holes.length;e++)t+=this.holes[e].getLength();return t},getNumPoints:function(){for(var t=this.shell.getNumPoints(),e=0;e<this.holes.length;e++)t+=this.holes[e].getNumPoints();return t},reverse:function(){var t=this.copy();t.shell=this.shell.copy().reverse(),t.holes=new Array(this.holes.length).fill(null);for(var e=0;e<this.holes.length;e++)t.holes[e]=this.holes[e].copy().reverse();return t},convexHull:function(){return this.getExteriorRing().convexHull()},compareToSameClass:function(){if(1===arguments.length){var t=arguments[0],e=this.shell,n=t.shell;return e.compareToSameClass(n)}if(2===arguments.length){var i=arguments[0],r=arguments[1],s=i,e=this.shell,n=s.shell,o=e.compareToSameClass(n,r);if(0!==o)return o;for(var a=this.getNumInteriorRing(),u=s.getNumInteriorRing(),l=0;l<a&&l<u;){var h=this.getInteriorRingN(l),c=s.getInteriorRingN(l),f=h.compareToSameClass(c,r);if(0!==f)return f;l++}return l<a?1:l<u?-1:0}},apply:function(){if(R(arguments[0],z)){var t=arguments[0];this.shell.apply(t);for(var e=0;e<this.holes.length;e++)this.holes[e].apply(t)}else if(R(arguments[0],ct)){var n=arguments[0];if(this.shell.apply(n),!n.isDone())for(var e=0;e<this.holes.length&&(this.holes[e].apply(n),!n.isDone());e++);n.isGeometryChanged()&&this.geometryChanged()}else if(R(arguments[0],ht)){var i=arguments[0];i.filter(this)}else if(R(arguments[0],q)){var r=arguments[0];r.filter(this),this.shell.apply(r);for(var e=0;e<this.holes.length;e++)this.holes[e].apply(r)}},getBoundary:function(){if(this.isEmpty())return this.getFactory().createMultiLineString();var t=new Array(this.holes.length+1).fill(null);t[0]=this.shell;for(var e=0;e<this.holes.length;e++)t[e+1]=this.holes[e];return t.length<=1?this.getFactory().createLinearRing(t[0].getCoordinateSequence()):this.getFactory().createMultiLineString(t)},clone:function(){var t=B.prototype.clone.call(this);t.shell=this.shell.clone(),t.holes=new Array(this.holes.length).fill(null);for(var e=0;e<this.holes.length;e++)t.holes[e]=this.holes[e].clone();return t},getGeometryType:function(){return\"Polygon\"},copy:function(){for(var t=this.shell.copy(),e=new Array(this.holes.length).fill(null),n=0;n<e.length;n++)e[n]=this.holes[n].copy();return new Tt(t,e,this.factory)},getExteriorRing:function(){return this.shell},isEmpty:function(){return this.shell.isEmpty()},getInteriorRingN:function(t){return this.holes[t]},interfaces_:function(){return[Rt]},getClass:function(){return Tt}}),Tt.serialVersionUID=-0x307ffefd8dc97200,h(Pt,ft),e(Pt.prototype,{getSortIndex:function(){return B.SORTINDEX_MULTIPOINT},isValid:function(){return!0},equalsExact:function(){if(2===arguments.length){var t=arguments[0],e=arguments[1];return!!this.isEquivalentClass(t)&&ft.prototype.equalsExact.call(this,t,e)}return ft.prototype.equalsExact.apply(this,arguments)},getCoordinate:function(){if(1===arguments.length){var t=arguments[0];return this.geometries[t].getCoordinate()}return ft.prototype.getCoordinate.apply(this,arguments)},getBoundaryDimension:function(){return lt.FALSE},getDimension:function(){return 0},getBoundary:function(){return this.getFactory().createGeometryCollection(null)},getGeometryType:function(){return\"MultiPoint\"},copy:function(){for(var t=new Array(this.geometries.length).fill(null),e=0;e<t.length;e++)t[e]=this.geometries[e].copy();return new Pt(t,this.factory)},interfaces_:function(){return[wt]},getClass:function(){return Pt}}),Pt.serialVersionUID=-0x6fb1ed4162e0fc00,h(bt,St),e(bt.prototype,{getSortIndex:function(){return B.SORTINDEX_LINEARRING},getBoundaryDimension:function(){return lt.FALSE},isClosed:function(){return!!this.isEmpty()||St.prototype.isClosed.call(this)},reverse:function(){var t=this.points.copy();Ct.reverse(t);var e=this.getFactory().createLinearRing(t);return e},validateConstruction:function(){if(!this.isEmpty()&&!St.prototype.isClosed.call(this))throw new i(\"Points of LinearRing do not form a closed linestring\");if(this.getCoordinateSequence().size()>=1&&this.getCoordinateSequence().size()<bt.MINIMUM_VALID_SIZE)throw new i(\"Invalid number of points in LinearRing (found \"+this.getCoordinateSequence().size()+\" - must be 0 or >= 4)\")},getGeometryType:function(){return\"LinearRing\"},copy:function(){return new bt(this.points.copy(),this.factory)},interfaces_:function(){return[]},getClass:function(){return bt}}),bt.MINIMUM_VALID_SIZE=4,bt.serialVersionUID=-0x3b229e262367a600,h(Ot,ft),e(Ot.prototype,{getSortIndex:function(){return B.SORTINDEX_MULTIPOLYGON},equalsExact:function(){if(2===arguments.length){var t=arguments[0],e=arguments[1];return!!this.isEquivalentClass(t)&&ft.prototype.equalsExact.call(this,t,e)}return ft.prototype.equalsExact.apply(this,arguments)},getBoundaryDimension:function(){return 1},getDimension:function(){return 2},reverse:function(){for(var t=this.geometries.length,e=new Array(t).fill(null),n=0;n<this.geometries.length;n++)e[n]=this.geometries[n].reverse();return this.getFactory().createMultiPolygon(e)},getBoundary:function(){if(this.isEmpty())return this.getFactory().createMultiLineString();for(var t=new I,e=0;e<this.geometries.length;e++)for(var n=this.geometries[e],i=n.getBoundary(),r=0;r<i.getNumGeometries();r++)t.add(i.getGeometryN(r));var s=new Array(t.size()).fill(null);return this.getFactory().createMultiLineString(t.toArray(s))},getGeometryType:function(){return\"MultiPolygon\"},copy:function(){for(var t=new Array(this.geometries.length).fill(null),e=0;e<t.length;e++)t[e]=this.geometries[e].copy();return new Ot(t,this.factory)},interfaces_:function(){return[Rt]},getClass:function(){return Ot}}),Ot.serialVersionUID=-0x7a5aa1369171980,e(_t.prototype,{setCopyUserData:function(t){this.isUserDataCopied=t},edit:function(t,e){if(null===t)return null;var n=this.editInternal(t,e);return this.isUserDataCopied&&n.setUserData(t.getUserData()),n},editInternal:function(t,e){return null===this.factory&&(this.factory=t.getFactory()),t instanceof ft?this.editGeometryCollection(t,e):t instanceof Tt?this.editPolygon(t,e):t instanceof Lt?e.edit(t,this.factory):t instanceof St?e.edit(t,this.factory):(f.shouldNeverReachHere(\"Unsupported Geometry class: \"+t.getClass().getName()),null)},editGeometryCollection:function(t,e){for(var n=e.edit(t,this.factory),i=new I,r=0;r<n.getNumGeometries();r++){var s=this.edit(n.getGeometryN(r),e);null===s||s.isEmpty()||i.add(s)}return n.getClass()===Pt?this.factory.createMultiPoint(i.toArray([])):n.getClass()===gt?this.factory.createMultiLineString(i.toArray([])):n.getClass()===Ot?this.factory.createMultiPolygon(i.toArray([])):this.factory.createGeometryCollection(i.toArray([]))},editPolygon:function(t,e){var n=e.edit(t,this.factory);if(null===n&&(n=this.factory.createPolygon(null)),n.isEmpty())return n;var i=this.edit(n.getExteriorRing(),e);if(null===i||i.isEmpty())return this.factory.createPolygon();for(var r=new I,s=0;s<n.getNumInteriorRing();s++){var o=this.edit(n.getInteriorRingN(s),e);null===o||o.isEmpty()||r.add(o)}return this.factory.createPolygon(i,r.toArray([]))},interfaces_:function(){return[]},getClass:function(){return _t}}),_t.GeometryEditorOperation=Mt,e(Dt.prototype,{edit:function(t,e){return t},interfaces_:function(){return[Mt]},getClass:function(){return Dt}}),e(At.prototype,{edit:function(t,e){var n=this.editCoordinates(t.getCoordinates(),t);return null===n?t:t instanceof bt?e.createLinearRing(n):t instanceof St?e.createLineString(n):t instanceof Lt?n.length>0?e.createPoint(n[0]):e.createPoint():t},interfaces_:function(){return[Mt]},getClass:function(){return At}}),e(Ft.prototype,{edit:function(t,e){return t instanceof bt?e.createLinearRing(this.edit(t.getCoordinateSequence(),t)):t instanceof St?e.createLineString(this.edit(t.getCoordinateSequence(),t)):t instanceof Lt?e.createPoint(this.edit(t.getCoordinateSequence(),t)):t},interfaces_:function(){return[Mt]},getClass:function(){return Ft}}),_t.NoOpGeometryOperation=Dt,_t.CoordinateOperation=At,_t.CoordinateSequenceOperation=Ft,e(Gt.prototype,{setOrdinate:function(t,e,n){switch(e){case D.X:this.coordinates[t].x=n;break;case D.Y:this.coordinates[t].y=n;break;case D.Z:this.coordinates[t].z=n;break;default:throw new i(\"invalid ordinateIndex\")}},size:function(){return this.coordinates.length},getOrdinate:function(t,e){switch(e){case D.X:return this.coordinates[t].x;case D.Y:return this.coordinates[t].y;case D.Z:return this.coordinates[t].z}return r.NaN},getCoordinate:function(){if(1===arguments.length){var t=arguments[0];return this.coordinates[t]}if(2===arguments.length){var e=arguments[0],n=arguments[1];n.x=this.coordinates[e].x,n.y=this.coordinates[e].y,n.z=this.coordinates[e].z}},getCoordinateCopy:function(t){return new g(this.coordinates[t])},getDimension:function(){return this.dimension},getX:function(t){return this.coordinates[t].x},clone:function(){for(var t=new Array(this.size()).fill(null),e=0;e<this.coordinates.length;e++)t[e]=this.coordinates[e].clone();return new Gt(t,this.dimension)},expandEnvelope:function(t){for(var e=0;e<this.coordinates.length;e++)t.expandToInclude(this.coordinates[e]);return t},copy:function(){for(var t=new Array(this.size()).fill(null),e=0;e<this.coordinates.length;e++)t[e]=this.coordinates[e].copy();return new Gt(t,this.dimension)},toString:function(){if(this.coordinates.length>0){var t=new P(17*this.coordinates.length);t.append(\"(\"),t.append(this.coordinates[0]);for(var e=1;e<this.coordinates.length;e++)t.append(\", \"),t.append(this.coordinates[e]);return t.append(\")\"),t.toString()}return\"()\"},getY:function(t){return this.coordinates[t].y},toCoordinateArray:function(){return this.coordinates},interfaces_:function(){return[D,u]},getClass:function(){return Gt}}),Gt.serialVersionUID=-0xcb44a778db18e00,e(qt.prototype,{readResolve:function(){return qt.instance()},create:function(){if(1===arguments.length){if(arguments[0]instanceof Array){var t=arguments[0];return new Gt(t)}if(R(arguments[0],D)){var e=arguments[0];return new Gt(e)}}else if(2===arguments.length){var n=arguments[0],i=arguments[1];return i>3&&(i=3),i<2?new Gt(n):new Gt(n,i)}},interfaces_:function(){return[G,u]},getClass:function(){return qt}}),qt.instance=function(){return qt.instanceObject},qt.serialVersionUID=-0x38e49fa6cf6f2e00,qt.instanceObject=new qt;var no,io=Object.defineProperty,ro=zt({delete:kt,has:Xt,get:Yt,set:Ht,keys:jt,values:Kt,entries:Zt,forEach:$t,clear:Wt}),so=\"undefined\"!=typeof Map&&Map.prototype.values?Map:ro;te.prototype=new K,te.prototype.get=function(t){return this.map_.get(t)||null},te.prototype.put=function(t,e){return this.map_.set(t,e),e},te.prototype.values=function(){for(var t=new I,e=this.map_.values(),n=e.next();!n.done;)t.add(n.value),n=e.next();return t},te.prototype.entrySet=function(){var t=new J;return this.map_.entries().forEach(function(e){return t.add(e)}),t},te.prototype.size=function(){return this.map_.size()},e(ee.prototype,{equals:function(t){if(!(t instanceof ee))return!1;var e=t;return this.modelType===e.modelType&&this.scale===e.scale},compareTo:function(t){var e=t,n=this.getMaximumSignificantDigits(),i=e.getMaximumSignificantDigits();return new b(n).compareTo(new b(i))},getScale:function(){return this.scale},isFloating:function(){return this.modelType===ee.FLOATING||this.modelType===ee.FLOATING_SINGLE},getType:function(){return this.modelType},toString:function(){var t=\"UNKNOWN\";return this.modelType===ee.FLOATING?t=\"Floating\":this.modelType===ee.FLOATING_SINGLE?t=\"Floating-Single\":this.modelType===ee.FIXED&&(t=\"Fixed (Scale=\"+this.getScale()+\")\"),t},makePrecise:function(){if(\"number\"==typeof arguments[0]){var t=arguments[0];if(r.isNaN(t))return t;if(this.modelType===ee.FLOATING_SINGLE){var e=t;return e}return this.modelType===ee.FIXED?Math.round(t*this.scale)/this.scale:t}if(arguments[0]instanceof g){var n=arguments[0];if(this.modelType===ee.FLOATING)return null;n.x=this.makePrecise(n.x),n.y=this.makePrecise(n.y)}},getMaximumSignificantDigits:function(){var t=16;return this.modelType===ee.FLOATING?t=16:this.modelType===ee.FLOATING_SINGLE?t=6:this.modelType===ee.FIXED&&(t=1+Math.trunc(Math.ceil(Math.log(this.getScale())/Math.log(10)))),t},setScale:function(t){this.scale=Math.abs(t)},interfaces_:function(){return[u,s]},getClass:function(){return ee}}),ee.mostPrecise=function(t,e){return t.compareTo(e)>=0?t:e},e(ne.prototype,{readResolve:function(){return ne.nameToTypeMap.get(this.name)},toString:function(){return this.name},interfaces_:function(){return[u]},getClass:function(){return ne}}),ne.serialVersionUID=-552860263173159e4,ne.nameToTypeMap=new te,ee.Type=ne,ee.serialVersionUID=0x6bee6404e9a25c00,ee.FIXED=new ne(\"FIXED\"),ee.FLOATING=new ne(\"FLOATING\"),ee.FLOATING_SINGLE=new ne(\"FLOATING SINGLE\"),ee.maximumPreciseValue=9007199254740992,e(ie.prototype,{toGeometry:function(t){return t.isNull()?this.createPoint(null):t.getMinX()===t.getMaxX()&&t.getMinY()===t.getMaxY()?this.createPoint(new g(t.getMinX(),t.getMinY())):t.getMinX()===t.getMaxX()||t.getMinY()===t.getMaxY()?this.createLineString([new g(t.getMinX(),t.getMinY()),new g(t.getMaxX(),t.getMaxY())]):this.createPolygon(this.createLinearRing([new g(t.getMinX(),t.getMinY()),new g(t.getMinX(),t.getMaxY()),new g(t.getMaxX(),t.getMaxY()),new g(t.getMaxX(),t.getMinY()),new g(t.getMinX(),t.getMinY())]),null)},createLineString:function(){if(0===arguments.length)return this.createLineString(this.getCoordinateSequenceFactory().create([]));if(1===arguments.length){if(arguments[0]instanceof Array){var t=arguments[0];return this.createLineString(null!==t?this.getCoordinateSequenceFactory().create(t):null)}if(R(arguments[0],D)){var e=arguments[0];return new St(e,this)}}},createMultiLineString:function(){if(0===arguments.length)return new gt(null,this);if(1===arguments.length){var t=arguments[0];return new gt(t,this)}},buildGeometry:function(t){for(var e=null,n=!1,i=!1,r=t.iterator();r.hasNext();){var s=r.next(),o=s.getClass();null===e&&(e=o),o!==e&&(n=!0),s.isGeometryCollectionOrDerived()&&(i=!0)}if(null===e)return this.createGeometryCollection();if(n||i)return this.createGeometryCollection(ie.toGeometryArray(t));var a=t.iterator().next(),u=t.size()>1;if(u){if(a instanceof Tt)return this.createMultiPolygon(ie.toPolygonArray(t));if(a instanceof St)return this.createMultiLineString(ie.toLineStringArray(t));if(a instanceof Lt)return this.createMultiPoint(ie.toPointArray(t));f.shouldNeverReachHere(\"Unhandled class: \"+a.getClass().getName())}return a},createMultiPointFromCoords:function(t){return this.createMultiPoint(null!==t?this.getCoordinateSequenceFactory().create(t):null)},createPoint:function(){if(0===arguments.length)return this.createPoint(this.getCoordinateSequenceFactory().create([]));if(1===arguments.length){if(arguments[0]instanceof g){var t=arguments[0];return this.createPoint(null!==t?this.getCoordinateSequenceFactory().create([t]):null)}if(R(arguments[0],D)){var e=arguments[0];return new Lt(e,this)}}},getCoordinateSequenceFactory:function(){return this.coordinateSequenceFactory},createPolygon:function(){if(0===arguments.length)return new Tt(null,null,this);if(1===arguments.length){if(R(arguments[0],D)){var t=arguments[0];return this.createPolygon(this.createLinearRing(t))}if(arguments[0]instanceof Array){var e=arguments[0];return this.createPolygon(this.createLinearRing(e))}if(arguments[0]instanceof bt){var n=arguments[0];return this.createPolygon(n,null)}}else if(2===arguments.length){var i=arguments[0],r=arguments[1];return new Tt(i,r,this)}},getSRID:function(){return this.SRID},createGeometryCollection:function(){if(0===arguments.length)return new ft(null,this);if(1===arguments.length){var t=arguments[0];return new ft(t,this)}},createGeometry:function(t){var e=new _t(this);return e.edit(t,{edit:function(){if(2===arguments.length){var t=arguments[0];arguments[1];return this.coordinateSequenceFactory.create(t)}}})},getPrecisionModel:function(){return this.precisionModel},createLinearRing:function(){if(0===arguments.length)return this.createLinearRing(this.getCoordinateSequenceFactory().create([]));if(1===arguments.length){if(arguments[0]instanceof Array){var t=arguments[0];return this.createLinearRing(null!==t?this.getCoordinateSequenceFactory().create(t):null)}if(R(arguments[0],D)){var e=arguments[0];return new bt(e,this)}}},createMultiPolygon:function(){if(0===arguments.length)return new Ot(null,this);if(1===arguments.length){var t=arguments[0];return new Ot(t,this)}},createMultiPoint:function(){if(0===arguments.length)return new Pt(null,this);if(1===arguments.length){if(arguments[0]instanceof Array){var t=arguments[0];return new Pt(t,this)}if(arguments[0]instanceof Array){var e=arguments[0];return this.createMultiPoint(null!==e?this.getCoordinateSequenceFactory().create(e):null)}if(R(arguments[0],D)){var n=arguments[0];if(null===n)return this.createMultiPoint(new Array(0).fill(null));for(var i=new Array(n.size()).fill(null),r=0;r<n.size();r++){var s=this.getCoordinateSequenceFactory().create(1,n.getDimension());Ct.copy(n,r,s,0,1),i[r]=this.createPoint(s)}return this.createMultiPoint(i)}}},interfaces_:function(){return[u]},getClass:function(){return ie}}),ie.toMultiPolygonArray=function(t){var e=new Array(t.size()).fill(null);return t.toArray(e)},ie.toGeometryArray=function(t){if(null===t)return null;var e=new Array(t.size()).fill(null);return t.toArray(e)},ie.getDefaultCoordinateSequenceFactory=function(){return qt.instance()},ie.toMultiLineStringArray=function(t){var e=new Array(t.size()).fill(null);return t.toArray(e)},ie.toLineStringArray=function(t){var e=new Array(t.size()).fill(null);return t.toArray(e)},ie.toMultiPointArray=function(t){var e=new Array(t.size()).fill(null);return t.toArray(e)},ie.toLinearRingArray=function(t){var e=new Array(t.size()).fill(null);return t.toArray(e)},ie.toPointArray=function(t){var e=new Array(t.size()).fill(null);return t.toArray(e)},ie.toPolygonArray=function(t){var e=new Array(t.size()).fill(null);return t.toArray(e)},ie.createPointFromInternalCoord=function(t,e){return e.getPrecisionModel().makePrecise(t),e.getFactory().createPoint(t)},ie.serialVersionUID=-0x5ea75f2051eeb400;var oo={typeStr:/^\\s*(\\w+)\\s*\\(\\s*(.*)\\s*\\)\\s*$/,emptyTypeStr:/^\\s*(\\w+)\\s*EMPTY\\s*$/,spaces:/\\s+/,parenComma:/\\)\\s*,\\s*\\(/,doubleParenComma:/\\)\\s*\\)\\s*,\\s*\\(\\s*\\(/,trimParens:/^\\s*\\(?(.*?)\\)?\\s*$/};e(re.prototype,{read:function(t){var e,n,i;t=t.replace(/[\\n\\r]/g,\" \");var r=oo.typeStr.exec(t);if(t.search(\"EMPTY\")!==-1&&(r=oo.emptyTypeStr.exec(t),r[2]=void 0),r&&(n=r[1].toLowerCase(),\ni=r[2],uo[n]&&(e=uo[n].apply(this,[i]))),void 0===e)throw new Error(\"Could not parse WKT \"+t);return e},write:function(t){return this.extractGeometry(t)},extractGeometry:function(t){var e=t.getGeometryType().toLowerCase();if(!ao[e])return null;var n,i=e.toUpperCase();return n=t.isEmpty()?i+\" EMPTY\":i+\"(\"+ao[e].apply(this,[t])+\")\"}});var ao={coordinate:function(t){return t.x+\" \"+t.y},point:function(t){return ao.coordinate.call(this,t.coordinates.coordinates[0])},multipoint:function(t){for(var e=[],n=0,i=t.geometries.length;n<i;++n)e.push(\"(\"+ao.point.apply(this,[t.geometries[n]])+\")\");return e.join(\",\")},linestring:function(t){for(var e=[],n=0,i=t.points.coordinates.length;n<i;++n)e.push(ao.coordinate.apply(this,[t.points.coordinates[n]]));return e.join(\",\")},linearring:function(t){for(var e=[],n=0,i=t.points.coordinates.length;n<i;++n)e.push(ao.coordinate.apply(this,[t.points.coordinates[n]]));return e.join(\",\")},multilinestring:function(t){for(var e=[],n=0,i=t.geometries.length;n<i;++n)e.push(\"(\"+ao.linestring.apply(this,[t.geometries[n]])+\")\");return e.join(\",\")},polygon:function(t){var e=[];e.push(\"(\"+ao.linestring.apply(this,[t.shell])+\")\");for(var n=0,i=t.holes.length;n<i;++n)e.push(\"(\"+ao.linestring.apply(this,[t.holes[n]])+\")\");return e.join(\",\")},multipolygon:function(t){for(var e=[],n=0,i=t.geometries.length;n<i;++n)e.push(\"(\"+ao.polygon.apply(this,[t.geometries[n]])+\")\");return e.join(\",\")},geometrycollection:function(t){for(var e=[],n=0,i=t.geometries.length;n<i;++n)e.push(this.extractGeometry(t.geometries[n]));return e.join(\",\")}},uo={point:function(t){if(void 0===t)return this.geometryFactory.createPoint();var e=t.trim().split(oo.spaces);return this.geometryFactory.createPoint(new g(Number.parseFloat(e[0]),Number.parseFloat(e[1])))},multipoint:function(t){if(void 0===t)return this.geometryFactory.createMultiPoint();for(var e,n=t.trim().split(\",\"),i=[],r=0,s=n.length;r<s;++r)e=n[r].replace(oo.trimParens,\"$1\"),i.push(uo.point.apply(this,[e]));return this.geometryFactory.createMultiPoint(i)},linestring:function(t){if(void 0===t)return this.geometryFactory.createLineString();for(var e,n=t.trim().split(\",\"),i=[],r=0,s=n.length;r<s;++r)e=n[r].trim().split(oo.spaces),i.push(new g(Number.parseFloat(e[0]),Number.parseFloat(e[1])));return this.geometryFactory.createLineString(i)},linearring:function(t){if(void 0===t)return this.geometryFactory.createLinearRing();for(var e,n=t.trim().split(\",\"),i=[],r=0,s=n.length;r<s;++r)e=n[r].trim().split(oo.spaces),i.push(new g(Number.parseFloat(e[0]),Number.parseFloat(e[1])));return this.geometryFactory.createLinearRing(i)},multilinestring:function(t){if(void 0===t)return this.geometryFactory.createMultiLineString();for(var e,n=t.trim().split(oo.parenComma),i=[],r=0,s=n.length;r<s;++r)e=n[r].replace(oo.trimParens,\"$1\"),i.push(uo.linestring.apply(this,[e]));return this.geometryFactory.createMultiLineString(i)},polygon:function(t){if(void 0===t)return this.geometryFactory.createPolygon();for(var e,n,i,r,s=t.trim().split(oo.parenComma),o=[],a=0,u=s.length;a<u;++a)e=s[a].replace(oo.trimParens,\"$1\"),n=uo.linestring.apply(this,[e]),i=this.geometryFactory.createLinearRing(n.points),0===a?r=i:o.push(i);return this.geometryFactory.createPolygon(r,o)},multipolygon:function(t){if(void 0===t)return this.geometryFactory.createMultiPolygon();for(var e,n=t.trim().split(oo.doubleParenComma),i=[],r=0,s=n.length;r<s;++r)e=n[r].replace(oo.trimParens,\"$1\"),i.push(uo.polygon.apply(this,[e]));return this.geometryFactory.createMultiPolygon(i)},geometrycollection:function(t){if(void 0===t)return this.geometryFactory.createGeometryCollection();t=t.replace(/,\\s*([A-Za-z])/g,\"|$1\");for(var e=t.trim().split(\"|\"),n=[],i=0,r=e.length;i<r;++i)n.push(this.read(e[i]));return this.geometryFactory.createGeometryCollection(n)}};e(se.prototype,{write:function(t){return this.parser.write(t)}}),e(se,{toLineString:function(t,e){if(2!==arguments.length)throw new Error(\"Not implemented\");return\"LINESTRING ( \"+t.x+\" \"+t.y+\", \"+e.x+\" \"+e.y+\" )\"}}),e(oe.prototype,{getIndexAlongSegment:function(t,e){return this.computeIntLineIndex(),this.intLineIndex[t][e]},getTopologySummary:function(){var t=new P;return this.isEndPoint()&&t.append(\" endpoint\"),this._isProper&&t.append(\" proper\"),this.isCollinear()&&t.append(\" collinear\"),t.toString()},computeIntersection:function(t,e,n,i){this.inputLines[0][0]=t,this.inputLines[0][1]=e,this.inputLines[1][0]=n,this.inputLines[1][1]=i,this.result=this.computeIntersect(t,e,n,i)},getIntersectionNum:function(){return this.result},computeIntLineIndex:function(){if(0===arguments.length)null===this.intLineIndex&&(this.intLineIndex=Array(2).fill().map(function(){return Array(2)}),this.computeIntLineIndex(0),this.computeIntLineIndex(1));else if(1===arguments.length){var t=arguments[0],e=this.getEdgeDistance(t,0),n=this.getEdgeDistance(t,1);e>n?(this.intLineIndex[t][0]=0,this.intLineIndex[t][1]=1):(this.intLineIndex[t][0]=1,this.intLineIndex[t][1]=0)}},isProper:function(){return this.hasIntersection()&&this._isProper},setPrecisionModel:function(t){this.precisionModel=t},isInteriorIntersection:function(){if(0===arguments.length)return!!this.isInteriorIntersection(0)||!!this.isInteriorIntersection(1);if(1===arguments.length){for(var t=arguments[0],e=0;e<this.result;e++)if(!this.intPt[e].equals2D(this.inputLines[t][0])&&!this.intPt[e].equals2D(this.inputLines[t][1]))return!0;return!1}},getIntersection:function(t){return this.intPt[t]},isEndPoint:function(){return this.hasIntersection()&&!this._isProper},hasIntersection:function(){return this.result!==oe.NO_INTERSECTION},getEdgeDistance:function(t,e){var n=oe.computeEdgeDistance(this.intPt[e],this.inputLines[t][0],this.inputLines[t][1]);return n},isCollinear:function(){return this.result===oe.COLLINEAR_INTERSECTION},toString:function(){return se.toLineString(this.inputLines[0][0],this.inputLines[0][1])+\" - \"+se.toLineString(this.inputLines[1][0],this.inputLines[1][1])+this.getTopologySummary()},getEndpoint:function(t,e){return this.inputLines[t][e]},isIntersection:function(t){for(var e=0;e<this.result;e++)if(this.intPt[e].equals2D(t))return!0;return!1},getIntersectionAlongSegment:function(t,e){return this.computeIntLineIndex(),this.intPt[this.intLineIndex[t][e]]},interfaces_:function(){return[]},getClass:function(){return oe}}),oe.computeEdgeDistance=function(t,e,n){var i=Math.abs(n.x-e.x),r=Math.abs(n.y-e.y),s=-1;if(t.equals(e))s=0;else if(t.equals(n))s=i>r?i:r;else{var o=Math.abs(t.x-e.x),a=Math.abs(t.y-e.y);s=i>r?o:a,0!==s||t.equals(e)||(s=Math.max(o,a))}return f.isTrue(!(0===s&&!t.equals(e)),\"Bad distance calculation\"),s},oe.nonRobustComputeEdgeDistance=function(t,e,n){var i=t.x-e.x,r=t.y-e.y,s=Math.sqrt(i*i+r*r);return f.isTrue(!(0===s&&!t.equals(e)),\"Invalid distance calculation\"),s},oe.DONT_INTERSECT=0,oe.DO_INTERSECT=1,oe.COLLINEAR=2,oe.NO_INTERSECTION=0,oe.POINT_INTERSECTION=1,oe.COLLINEAR_INTERSECTION=2,h(ae,oe),e(ae.prototype,{isInSegmentEnvelopes:function(t){var e=new C(this.inputLines[0][0],this.inputLines[0][1]),n=new C(this.inputLines[1][0],this.inputLines[1][1]);return e.contains(t)&&n.contains(t)},computeIntersection:function(){if(3!==arguments.length)return oe.prototype.computeIntersection.apply(this,arguments);var t=arguments[0],e=arguments[1],n=arguments[2];return this._isProper=!1,C.intersects(e,n,t)&&0===he.orientationIndex(e,n,t)&&0===he.orientationIndex(n,e,t)?(this._isProper=!0,(t.equals(e)||t.equals(n))&&(this._isProper=!1),this.result=oe.POINT_INTERSECTION,null):void(this.result=oe.NO_INTERSECTION)},normalizeToMinimum:function(t,e,n,i,r){r.x=this.smallestInAbsValue(t.x,e.x,n.x,i.x),r.y=this.smallestInAbsValue(t.y,e.y,n.y,i.y),t.x-=r.x,t.y-=r.y,e.x-=r.x,e.y-=r.y,n.x-=r.x,n.y-=r.y,i.x-=r.x,i.y-=r.y},safeHCoordinateIntersection:function(t,e,n,i){var r=null;try{r=F.intersection(t,e,n,i)}catch(s){if(!(s instanceof w))throw s;r=ae.nearestEndpoint(t,e,n,i)}finally{}return r},intersection:function(t,e,n,i){var r=this.intersectionWithNormalization(t,e,n,i);return this.isInSegmentEnvelopes(r)||(r=new g(ae.nearestEndpoint(t,e,n,i))),null!==this.precisionModel&&this.precisionModel.makePrecise(r),r},smallestInAbsValue:function(t,e,n,i){var r=t,s=Math.abs(r);return Math.abs(e)<s&&(r=e,s=Math.abs(e)),Math.abs(n)<s&&(r=n,s=Math.abs(n)),Math.abs(i)<s&&(r=i),r},checkDD:function(t,e,n,i,r){var s=M.intersection(t,e,n,i),o=this.isInSegmentEnvelopes(s);A.out.println(\"DD in env = \"+o+\"  --------------------- \"+s),r.distance(s)>1e-4&&A.out.println(\"Distance = \"+r.distance(s))},intersectionWithNormalization:function(t,e,n,i){var r=new g(t),s=new g(e),o=new g(n),a=new g(i),u=new g;this.normalizeToEnvCentre(r,s,o,a,u);var l=this.safeHCoordinateIntersection(r,s,o,a);return l.x+=u.x,l.y+=u.y,l},computeCollinearIntersection:function(t,e,n,i){var r=C.intersects(t,e,n),s=C.intersects(t,e,i),o=C.intersects(n,i,t),a=C.intersects(n,i,e);return r&&s?(this.intPt[0]=n,this.intPt[1]=i,oe.COLLINEAR_INTERSECTION):o&&a?(this.intPt[0]=t,this.intPt[1]=e,oe.COLLINEAR_INTERSECTION):r&&o?(this.intPt[0]=n,this.intPt[1]=t,!n.equals(t)||s||a?oe.COLLINEAR_INTERSECTION:oe.POINT_INTERSECTION):r&&a?(this.intPt[0]=n,this.intPt[1]=e,!n.equals(e)||s||o?oe.COLLINEAR_INTERSECTION:oe.POINT_INTERSECTION):s&&o?(this.intPt[0]=i,this.intPt[1]=t,!i.equals(t)||r||a?oe.COLLINEAR_INTERSECTION:oe.POINT_INTERSECTION):s&&a?(this.intPt[0]=i,this.intPt[1]=e,!i.equals(e)||r||o?oe.COLLINEAR_INTERSECTION:oe.POINT_INTERSECTION):oe.NO_INTERSECTION},normalizeToEnvCentre:function(t,e,n,i,r){var s=t.x<e.x?t.x:e.x,o=t.y<e.y?t.y:e.y,a=t.x>e.x?t.x:e.x,u=t.y>e.y?t.y:e.y,l=n.x<i.x?n.x:i.x,h=n.y<i.y?n.y:i.y,c=n.x>i.x?n.x:i.x,f=n.y>i.y?n.y:i.y,g=s>l?s:l,d=a<c?a:c,p=o>h?o:h,v=u<f?u:f,m=(g+d)/2,y=(p+v)/2;r.x=m,r.y=y,t.x-=r.x,t.y-=r.y,e.x-=r.x,e.y-=r.y,n.x-=r.x,n.y-=r.y,i.x-=r.x,i.y-=r.y},computeIntersect:function(t,e,n,i){if(this._isProper=!1,!C.intersects(t,e,n,i))return oe.NO_INTERSECTION;var r=he.orientationIndex(t,e,n),s=he.orientationIndex(t,e,i);if(r>0&&s>0||r<0&&s<0)return oe.NO_INTERSECTION;var o=he.orientationIndex(n,i,t),a=he.orientationIndex(n,i,e);if(o>0&&a>0||o<0&&a<0)return oe.NO_INTERSECTION;var u=0===r&&0===s&&0===o&&0===a;return u?this.computeCollinearIntersection(t,e,n,i):(0===r||0===s||0===o||0===a?(this._isProper=!1,t.equals2D(n)||t.equals2D(i)?this.intPt[0]=t:e.equals2D(n)||e.equals2D(i)?this.intPt[0]=e:0===r?this.intPt[0]=new g(n):0===s?this.intPt[0]=new g(i):0===o?this.intPt[0]=new g(t):0===a&&(this.intPt[0]=new g(e))):(this._isProper=!0,this.intPt[0]=this.intersection(t,e,n,i)),oe.POINT_INTERSECTION)},interfaces_:function(){return[]},getClass:function(){return ae}}),ae.nearestEndpoint=function(t,e,n,i){var r=t,s=he.distancePointLine(t,n,i),o=he.distancePointLine(e,n,i);return o<s&&(s=o,r=e),o=he.distancePointLine(n,t,e),o<s&&(s=o,r=n),o=he.distancePointLine(i,t,e),o<s&&(s=o,r=i),r},e(ue.prototype,{interfaces_:function(){return[]},getClass:function(){return ue}}),ue.orientationIndex=function(t,e,n){var i=e.x-t.x,r=e.y-t.y,s=n.x-e.x,o=n.y-e.y;return ue.signOfDet2x2(i,r,s,o)},ue.signOfDet2x2=function(t,e,n,i){var r=null,s=null,o=null,a=0;if(r=1,0===t||0===i)return 0===e||0===n?0:e>0?n>0?-r:r:n>0?r:-r;if(0===e||0===n)return i>0?t>0?r:-r:t>0?-r:r;if(0<e?0<i?e<=i||(r=-r,s=t,t=n,n=s,s=e,e=i,i=s):e<=-i?(r=-r,n=-n,i=-i):(s=t,t=-n,n=s,s=e,e=-i,i=s):0<i?-e<=i?(r=-r,t=-t,e=-e):(s=-t,t=n,n=s,s=-e,e=i,i=s):e>=i?(t=-t,e=-e,n=-n,i=-i):(r=-r,s=-t,t=-n,n=s,s=-e,e=-i,i=s),0<t){if(!(0<n))return r;if(!(t<=n))return r}else{if(0<n)return-r;if(!(t>=n))return-r;r=-r,t=-t,n=-n}for(;;){if(a+=1,o=Math.floor(n/t),n-=o*t,i-=o*e,i<0)return-r;if(i>e)return r;if(t>n+n){if(e<i+i)return r}else{if(e>i+i)return-r;n=t-n,i=e-i,r=-r}if(0===i)return 0===n?0:-r;if(0===n)return r;if(o=Math.floor(t/n),t-=o*n,e-=o*i,e<0)return r;if(e>i)return-r;if(n>t+t){if(i<e+e)return-r}else{if(i>e+e)return r;t=n-t,e=i-e,r=-r}if(0===e)return 0===t?0:r;if(0===t)return-r}},e(le.prototype,{countSegment:function(t,e){if(t.x<this.p.x&&e.x<this.p.x)return null;if(this.p.x===e.x&&this.p.y===e.y)return this.isPointOnSegment=!0,null;if(t.y===this.p.y&&e.y===this.p.y){var n=t.x,i=e.x;return n>i&&(n=e.x,i=t.x),this.p.x>=n&&this.p.x<=i&&(this.isPointOnSegment=!0),null}if(t.y>this.p.y&&e.y<=this.p.y||e.y>this.p.y&&t.y<=this.p.y){var r=t.x-this.p.x,s=t.y-this.p.y,o=e.x-this.p.x,a=e.y-this.p.y,u=ue.signOfDet2x2(r,s,o,a);if(0===u)return this.isPointOnSegment=!0,null;a<s&&(u=-u),u>0&&this.crossingCount++}},isPointInPolygon:function(){return this.getLocation()!==L.EXTERIOR},getLocation:function(){return this.isPointOnSegment?L.BOUNDARY:this.crossingCount%2===1?L.INTERIOR:L.EXTERIOR},isOnSegment:function(){return this.isPointOnSegment},interfaces_:function(){return[]},getClass:function(){return le}}),le.locatePointInRing=function(){if(arguments[0]instanceof g&&R(arguments[1],D)){for(var t=arguments[0],e=arguments[1],n=new le(t),i=new g,r=new g,s=1;s<e.size();s++)if(e.getCoordinate(s,i),e.getCoordinate(s-1,r),n.countSegment(i,r),n.isOnSegment())return n.getLocation();return n.getLocation()}if(arguments[0]instanceof g&&arguments[1]instanceof Array){for(var o=arguments[0],a=arguments[1],n=new le(o),s=1;s<a.length;s++){var i=a[s],r=a[s-1];if(n.countSegment(i,r),n.isOnSegment())return n.getLocation()}return n.getLocation()}},e(he.prototype,{interfaces_:function(){return[]},getClass:function(){return he}}),he.orientationIndex=function(t,e,n){return M.orientationIndex(t,e,n)},he.signedArea=function(){if(arguments[0]instanceof Array){var t=arguments[0];if(t.length<3)return 0;for(var e=0,n=t[0].x,i=1;i<t.length-1;i++){var r=t[i].x-n,s=t[i+1].y,o=t[i-1].y;e+=r*(o-s)}return e/2}if(R(arguments[0],D)){var a=arguments[0],u=a.size();if(u<3)return 0;var l=new g,h=new g,c=new g;a.getCoordinate(0,h),a.getCoordinate(1,c);var n=h.x;c.x-=n;for(var e=0,i=1;i<u-1;i++)l.y=h.y,h.x=c.x,h.y=c.y,a.getCoordinate(i+1,c),c.x-=n,e+=h.x*(l.y-c.y);return e/2}},he.distanceLineLine=function(t,e,n,i){if(t.equals(e))return he.distancePointLine(t,n,i);if(n.equals(i))return he.distancePointLine(i,t,e);var r=!1;if(C.intersects(t,e,n,i)){var s=(e.x-t.x)*(i.y-n.y)-(e.y-t.y)*(i.x-n.x);if(0===s)r=!0;else{var o=(t.y-n.y)*(i.x-n.x)-(t.x-n.x)*(i.y-n.y),a=(t.y-n.y)*(e.x-t.x)-(t.x-n.x)*(e.y-t.y),u=a/s,l=o/s;(l<0||l>1||u<0||u>1)&&(r=!0)}}else r=!0;return r?T.min(he.distancePointLine(t,n,i),he.distancePointLine(e,n,i),he.distancePointLine(n,t,e),he.distancePointLine(i,t,e)):0},he.isPointInRing=function(t,e){return he.locatePointInRing(t,e)!==L.EXTERIOR},he.computeLength=function(t){var e=t.size();if(e<=1)return 0;var n=0,i=new g;t.getCoordinate(0,i);for(var r=i.x,s=i.y,o=1;o<e;o++){t.getCoordinate(o,i);var a=i.x,u=i.y,l=a-r,h=u-s;n+=Math.sqrt(l*l+h*h),r=a,s=u}return n},he.isCCW=function(t){var e=t.length-1;if(e<3)throw new i(\"Ring has fewer than 4 points, so orientation cannot be determined\");for(var n=t[0],r=0,s=1;s<=e;s++){var o=t[s];o.y>n.y&&(n=o,r=s)}var a=r;do a-=1,a<0&&(a=e);while(t[a].equals2D(n)&&a!==r);var u=r;do u=(u+1)%e;while(t[u].equals2D(n)&&u!==r);var l=t[a],h=t[u];if(l.equals2D(n)||h.equals2D(n)||l.equals2D(h))return!1;var c=he.computeOrientation(l,n,h),f=!1;return f=0===c?l.x>h.x:c>0},he.locatePointInRing=function(t,e){return le.locatePointInRing(t,e)},he.distancePointLinePerpendicular=function(t,e,n){var i=(n.x-e.x)*(n.x-e.x)+(n.y-e.y)*(n.y-e.y),r=((e.y-t.y)*(n.x-e.x)-(e.x-t.x)*(n.y-e.y))/i;return Math.abs(r)*Math.sqrt(i)},he.computeOrientation=function(t,e,n){return he.orientationIndex(t,e,n)},he.distancePointLine=function(){if(2===arguments.length){var t=arguments[0],e=arguments[1];if(0===e.length)throw new i(\"Line array must contain at least one vertex\");for(var n=t.distance(e[0]),r=0;r<e.length-1;r++){var s=he.distancePointLine(t,e[r],e[r+1]);s<n&&(n=s)}return n}if(3===arguments.length){var o=arguments[0],a=arguments[1],u=arguments[2];if(a.x===u.x&&a.y===u.y)return o.distance(a);var l=(u.x-a.x)*(u.x-a.x)+(u.y-a.y)*(u.y-a.y),h=((o.x-a.x)*(u.x-a.x)+(o.y-a.y)*(u.y-a.y))/l;if(h<=0)return o.distance(a);if(h>=1)return o.distance(u);var c=((a.y-o.y)*(u.x-a.x)-(a.x-o.x)*(u.y-a.y))/l;return Math.abs(c)*Math.sqrt(l)}},he.isOnLine=function(t,e){for(var n=new ae,i=1;i<e.length;i++){var r=e[i-1],s=e[i];if(n.computeIntersection(t,r,s),n.hasIntersection())return!0}return!1},he.CLOCKWISE=-1,he.RIGHT=he.CLOCKWISE,he.COUNTERCLOCKWISE=1,he.LEFT=he.COUNTERCLOCKWISE,he.COLLINEAR=0,he.STRAIGHT=he.COLLINEAR,e(ce.prototype,{minX:function(){return Math.min(this.p0.x,this.p1.x)},orientationIndex:function(){if(arguments[0]instanceof ce){var t=arguments[0],e=he.orientationIndex(this.p0,this.p1,t.p0),n=he.orientationIndex(this.p0,this.p1,t.p1);return e>=0&&n>=0?Math.max(e,n):e<=0&&n<=0?Math.max(e,n):0}if(arguments[0]instanceof g){var i=arguments[0];return he.orientationIndex(this.p0,this.p1,i)}},toGeometry:function(t){return t.createLineString([this.p0,this.p1])},isVertical:function(){return this.p0.x===this.p1.x},equals:function(t){if(!(t instanceof ce))return!1;var e=t;return this.p0.equals(e.p0)&&this.p1.equals(e.p1)},intersection:function(t){var e=new ae;return e.computeIntersection(this.p0,this.p1,t.p0,t.p1),e.hasIntersection()?e.getIntersection(0):null},project:function(){if(arguments[0]instanceof g){var t=arguments[0];if(t.equals(this.p0)||t.equals(this.p1))return new g(t);var e=this.projectionFactor(t),n=new g;return n.x=this.p0.x+e*(this.p1.x-this.p0.x),n.y=this.p0.y+e*(this.p1.y-this.p0.y),n}if(arguments[0]instanceof ce){var i=arguments[0],r=this.projectionFactor(i.p0),s=this.projectionFactor(i.p1);if(r>=1&&s>=1)return null;if(r<=0&&s<=0)return null;var o=this.project(i.p0);r<0&&(o=this.p0),r>1&&(o=this.p1);var a=this.project(i.p1);return s<0&&(a=this.p0),s>1&&(a=this.p1),new ce(o,a)}},normalize:function(){this.p1.compareTo(this.p0)<0&&this.reverse()},angle:function(){return Math.atan2(this.p1.y-this.p0.y,this.p1.x-this.p0.x)},getCoordinate:function(t){return 0===t?this.p0:this.p1},distancePerpendicular:function(t){return he.distancePointLinePerpendicular(t,this.p0,this.p1)},minY:function(){return Math.min(this.p0.y,this.p1.y)},midPoint:function(){return ce.midPoint(this.p0,this.p1)},projectionFactor:function(t){if(t.equals(this.p0))return 0;if(t.equals(this.p1))return 1;var e=this.p1.x-this.p0.x,n=this.p1.y-this.p0.y,i=e*e+n*n;if(i<=0)return r.NaN;var s=((t.x-this.p0.x)*e+(t.y-this.p0.y)*n)/i;return s},closestPoints:function(t){var e=this.intersection(t);if(null!==e)return[e,e];var n=new Array(2).fill(null),i=r.MAX_VALUE,s=null,o=this.closestPoint(t.p0);i=o.distance(t.p0),n[0]=o,n[1]=t.p0;var a=this.closestPoint(t.p1);s=a.distance(t.p1),s<i&&(i=s,n[0]=a,n[1]=t.p1);var u=t.closestPoint(this.p0);s=u.distance(this.p0),s<i&&(i=s,n[0]=this.p0,n[1]=u);var l=t.closestPoint(this.p1);return s=l.distance(this.p1),s<i&&(i=s,n[0]=this.p1,n[1]=l),n},closestPoint:function(t){var e=this.projectionFactor(t);if(e>0&&e<1)return this.project(t);var n=this.p0.distance(t),i=this.p1.distance(t);return n<i?this.p0:this.p1},maxX:function(){return Math.max(this.p0.x,this.p1.x)},getLength:function(){return this.p0.distance(this.p1)},compareTo:function(t){var e=t,n=this.p0.compareTo(e.p0);return 0!==n?n:this.p1.compareTo(e.p1)},reverse:function(){var t=this.p0;this.p0=this.p1,this.p1=t},equalsTopo:function(t){return this.p0.equals(t.p0)&&this.p1.equals(t.p1)||this.p0.equals(t.p1)&&this.p1.equals(t.p0)},lineIntersection:function(t){try{var e=F.intersection(this.p0,this.p1,t.p0,t.p1);return e}catch(t){if(!(t instanceof w))throw t}finally{}return null},maxY:function(){return Math.max(this.p0.y,this.p1.y)},pointAlongOffset:function(t,e){var n=this.p0.x+t*(this.p1.x-this.p0.x),i=this.p0.y+t*(this.p1.y-this.p0.y),r=this.p1.x-this.p0.x,s=this.p1.y-this.p0.y,o=Math.sqrt(r*r+s*s),a=0,u=0;if(0!==e){if(o<=0)throw new IllegalStateException(\"Cannot compute offset from zero-length line segment\");a=e*r/o,u=e*s/o}var l=n-u,h=i+a,c=new g(l,h);return c},setCoordinates:function(){if(1===arguments.length){var t=arguments[0];this.setCoordinates(t.p0,t.p1)}else if(2===arguments.length){var e=arguments[0],n=arguments[1];this.p0.x=e.x,this.p0.y=e.y,this.p1.x=n.x,this.p1.y=n.y}},segmentFraction:function(t){var e=this.projectionFactor(t);return e<0?e=0:(e>1||r.isNaN(e))&&(e=1),e},toString:function(){return\"LINESTRING( \"+this.p0.x+\" \"+this.p0.y+\", \"+this.p1.x+\" \"+this.p1.y+\")\"},isHorizontal:function(){return this.p0.y===this.p1.y},distance:function(){if(arguments[0]instanceof ce){var t=arguments[0];return he.distanceLineLine(this.p0,this.p1,t.p0,t.p1)}if(arguments[0]instanceof g){var e=arguments[0];return he.distancePointLine(e,this.p0,this.p1)}},pointAlong:function(t){var e=new g;return e.x=this.p0.x+t*(this.p1.x-this.p0.x),e.y=this.p0.y+t*(this.p1.y-this.p0.y),e},hashCode:function(){var t=java.lang.Double.doubleToLongBits(this.p0.x);t^=31*java.lang.Double.doubleToLongBits(this.p0.y);var e=Math.trunc(t)^Math.trunc(t>>32),n=java.lang.Double.doubleToLongBits(this.p1.x);n^=31*java.lang.Double.doubleToLongBits(this.p1.y);var i=Math.trunc(n)^Math.trunc(n>>32);return e^i},interfaces_:function(){return[s,u]},getClass:function(){return ce}}),ce.midPoint=function(t,e){return new g((t.x+e.x)/2,(t.y+e.y)/2)},ce.serialVersionUID=0x2d2172135f411c00,e(fe.prototype,{isIntersects:function(){return!this.isDisjoint()},isCovers:function(){var t=fe.isTrue(this.matrix[L.INTERIOR][L.INTERIOR])||fe.isTrue(this.matrix[L.INTERIOR][L.BOUNDARY])||fe.isTrue(this.matrix[L.BOUNDARY][L.INTERIOR])||fe.isTrue(this.matrix[L.BOUNDARY][L.BOUNDARY]);return t&&this.matrix[L.EXTERIOR][L.INTERIOR]===lt.FALSE&&this.matrix[L.EXTERIOR][L.BOUNDARY]===lt.FALSE},isCoveredBy:function(){var t=fe.isTrue(this.matrix[L.INTERIOR][L.INTERIOR])||fe.isTrue(this.matrix[L.INTERIOR][L.BOUNDARY])||fe.isTrue(this.matrix[L.BOUNDARY][L.INTERIOR])||fe.isTrue(this.matrix[L.BOUNDARY][L.BOUNDARY]);return t&&this.matrix[L.INTERIOR][L.EXTERIOR]===lt.FALSE&&this.matrix[L.BOUNDARY][L.EXTERIOR]===lt.FALSE},set:function(){if(1===arguments.length)for(var t=arguments[0],e=0;e<t.length;e++){var n=Math.trunc(e/3),i=e%3;this.matrix[n][i]=lt.toDimensionValue(t.charAt(e))}else if(3===arguments.length){var r=arguments[0],s=arguments[1],o=arguments[2];this.matrix[r][s]=o}},isContains:function(){return fe.isTrue(this.matrix[L.INTERIOR][L.INTERIOR])&&this.matrix[L.EXTERIOR][L.INTERIOR]===lt.FALSE&&this.matrix[L.EXTERIOR][L.BOUNDARY]===lt.FALSE},setAtLeast:function(){if(1===arguments.length)for(var t=arguments[0],e=0;e<t.length;e++){var n=Math.trunc(e/3),i=e%3;this.setAtLeast(n,i,lt.toDimensionValue(t.charAt(e)))}else if(3===arguments.length){var r=arguments[0],s=arguments[1],o=arguments[2];this.matrix[r][s]<o&&(this.matrix[r][s]=o)}},setAtLeastIfValid:function(t,e,n){t>=0&&e>=0&&this.setAtLeast(t,e,n)},isWithin:function(){return fe.isTrue(this.matrix[L.INTERIOR][L.INTERIOR])&&this.matrix[L.INTERIOR][L.EXTERIOR]===lt.FALSE&&this.matrix[L.BOUNDARY][L.EXTERIOR]===lt.FALSE},isTouches:function(t,e){return t>e?this.isTouches(e,t):(t===lt.A&&e===lt.A||t===lt.L&&e===lt.L||t===lt.L&&e===lt.A||t===lt.P&&e===lt.A||t===lt.P&&e===lt.L)&&(this.matrix[L.INTERIOR][L.INTERIOR]===lt.FALSE&&(fe.isTrue(this.matrix[L.INTERIOR][L.BOUNDARY])||fe.isTrue(this.matrix[L.BOUNDARY][L.INTERIOR])||fe.isTrue(this.matrix[L.BOUNDARY][L.BOUNDARY])))},isOverlaps:function(t,e){return t===lt.P&&e===lt.P||t===lt.A&&e===lt.A?fe.isTrue(this.matrix[L.INTERIOR][L.INTERIOR])&&fe.isTrue(this.matrix[L.INTERIOR][L.EXTERIOR])&&fe.isTrue(this.matrix[L.EXTERIOR][L.INTERIOR]):t===lt.L&&e===lt.L&&(1===this.matrix[L.INTERIOR][L.INTERIOR]&&fe.isTrue(this.matrix[L.INTERIOR][L.EXTERIOR])&&fe.isTrue(this.matrix[L.EXTERIOR][L.INTERIOR]))},isEquals:function(t,e){return t===e&&(fe.isTrue(this.matrix[L.INTERIOR][L.INTERIOR])&&this.matrix[L.INTERIOR][L.EXTERIOR]===lt.FALSE&&this.matrix[L.BOUNDARY][L.EXTERIOR]===lt.FALSE&&this.matrix[L.EXTERIOR][L.INTERIOR]===lt.FALSE&&this.matrix[L.EXTERIOR][L.BOUNDARY]===lt.FALSE)},toString:function(){for(var t=new P(\"123456789\"),e=0;e<3;e++)for(var n=0;n<3;n++)t.setCharAt(3*e+n,lt.toDimensionSymbol(this.matrix[e][n]));return t.toString()},setAll:function(t){for(var e=0;e<3;e++)for(var n=0;n<3;n++)this.matrix[e][n]=t},get:function(t,e){return this.matrix[t][e]},transpose:function(){var t=this.matrix[1][0];return this.matrix[1][0]=this.matrix[0][1],this.matrix[0][1]=t,t=this.matrix[2][0],this.matrix[2][0]=this.matrix[0][2],this.matrix[0][2]=t,t=this.matrix[2][1],this.matrix[2][1]=this.matrix[1][2],this.matrix[1][2]=t,this},matches:function(t){if(9!==t.length)throw new i(\"Should be length 9: \"+t);for(var e=0;e<3;e++)for(var n=0;n<3;n++)if(!fe.matches(this.matrix[e][n],t.charAt(3*e+n)))return!1;return!0},add:function(t){for(var e=0;e<3;e++)for(var n=0;n<3;n++)this.setAtLeast(e,n,t.get(e,n))},isDisjoint:function(){return this.matrix[L.INTERIOR][L.INTERIOR]===lt.FALSE&&this.matrix[L.INTERIOR][L.BOUNDARY]===lt.FALSE&&this.matrix[L.BOUNDARY][L.INTERIOR]===lt.FALSE&&this.matrix[L.BOUNDARY][L.BOUNDARY]===lt.FALSE},isCrosses:function(t,e){return t===lt.P&&e===lt.L||t===lt.P&&e===lt.A||t===lt.L&&e===lt.A?fe.isTrue(this.matrix[L.INTERIOR][L.INTERIOR])&&fe.isTrue(this.matrix[L.INTERIOR][L.EXTERIOR]):t===lt.L&&e===lt.P||t===lt.A&&e===lt.P||t===lt.A&&e===lt.L?fe.isTrue(this.matrix[L.INTERIOR][L.INTERIOR])&&fe.isTrue(this.matrix[L.EXTERIOR][L.INTERIOR]):t===lt.L&&e===lt.L&&0===this.matrix[L.INTERIOR][L.INTERIOR]},interfaces_:function(){return[o]},getClass:function(){return fe}}),fe.matches=function(){if(Number.isInteger(arguments[0])&&\"string\"==typeof arguments[1]){var t=arguments[0],e=arguments[1];return e===lt.SYM_DONTCARE||(e===lt.SYM_TRUE&&(t>=0||t===lt.TRUE)||(e===lt.SYM_FALSE&&t===lt.FALSE||(e===lt.SYM_P&&t===lt.P||(e===lt.SYM_L&&t===lt.L||e===lt.SYM_A&&t===lt.A))))}if(\"string\"==typeof arguments[0]&&\"string\"==typeof arguments[1]){var n=arguments[0],i=arguments[1],r=new fe(n);return r.matches(i)}},fe.isTrue=function(t){return t>=0||t===lt.TRUE};var lo=Object.freeze({Coordinate:g,CoordinateList:N,Envelope:C,LineSegment:ce,GeometryFactory:ie,Geometry:B,Point:Lt,LineString:St,LinearRing:bt,Polygon:Tt,GeometryCollection:ft,MultiPoint:Pt,MultiLineString:gt,MultiPolygon:Ot,Dimension:lt,IntersectionMatrix:fe,PrecisionModel:ee});e(ge.prototype,{addPoint:function(t){this.ptCount+=1,this.ptCentSum.x+=t.x,this.ptCentSum.y+=t.y},setBasePoint:function(t){null===this.areaBasePt&&(this.areaBasePt=t)},addLineSegments:function(t){for(var e=0,n=0;n<t.length-1;n++){var i=t[n].distance(t[n+1]);if(0!==i){e+=i;var r=(t[n].x+t[n+1].x)/2;this.lineCentSum.x+=i*r;var s=(t[n].y+t[n+1].y)/2;this.lineCentSum.y+=i*s}}this.totalLength+=e,0===e&&t.length>0&&this.addPoint(t[0])},addHole:function(t){for(var e=he.isCCW(t),n=0;n<t.length-1;n++)this.addTriangle(this.areaBasePt,t[n],t[n+1],e);this.addLineSegments(t)},getCentroid:function(){var t=new g;if(Math.abs(this.areasum2)>0)t.x=this.cg3.x/3/this.areasum2,t.y=this.cg3.y/3/this.areasum2;else if(this.totalLength>0)t.x=this.lineCentSum.x/this.totalLength,t.y=this.lineCentSum.y/this.totalLength;else{if(!(this.ptCount>0))return null;t.x=this.ptCentSum.x/this.ptCount,t.y=this.ptCentSum.y/this.ptCount}return t},addShell:function(t){t.length>0&&this.setBasePoint(t[0]);for(var e=!he.isCCW(t),n=0;n<t.length-1;n++)this.addTriangle(this.areaBasePt,t[n],t[n+1],e);this.addLineSegments(t)},addTriangle:function(t,e,n,i){var r=i?1:-1;ge.centroid3(t,e,n,this.triangleCent3);var s=ge.area2(t,e,n);this.cg3.x+=r*s*this.triangleCent3.x,this.cg3.y+=r*s*this.triangleCent3.y,this.areasum2+=r*s},add:function(){if(arguments[0]instanceof Tt){var t=arguments[0];this.addShell(t.getExteriorRing().getCoordinates());for(var e=0;e<t.getNumInteriorRing();e++)this.addHole(t.getInteriorRingN(e).getCoordinates())}else if(arguments[0]instanceof B){var n=arguments[0];if(n.isEmpty())return null;if(n instanceof Lt)this.addPoint(n.getCoordinate());else if(n instanceof St)this.addLineSegments(n.getCoordinates());else if(n instanceof Tt){var i=n;this.add(i)}else if(n instanceof ft)for(var r=n,e=0;e<r.getNumGeometries();e++)this.add(r.getGeometryN(e))}},interfaces_:function(){return[]},getClass:function(){return ge}}),ge.area2=function(t,e,n){return(e.x-t.x)*(n.y-t.y)-(n.x-t.x)*(e.y-t.y)},ge.centroid3=function(t,e,n,i){return i.x=t.x+e.x+n.x,i.y=t.y+e.y+n.y,null},ge.getCentroid=function(t){var e=new ge(t);return e.getCentroid()},de.prototype=new Error,de.prototype.name=\"EmptyStackException\",pe.prototype=new y,pe.prototype.add=function(t){return this.array_.push(t),!0},pe.prototype.get=function(t){if(t<0||t>=this.size())throw new IndexOutOfBoundsException;return this.array_[t]},pe.prototype.push=function(t){return this.array_.push(t),t},pe.prototype.pop=function(t){if(0===this.array_.length)throw new de;return this.array_.pop()},pe.prototype.peek=function(){if(0===this.array_.length)throw new de;return this.array_[this.array_.length-1]},pe.prototype.empty=function(){return 0===this.array_.length},pe.prototype.isEmpty=function(){return this.empty()},pe.prototype.search=function(t){return this.array_.indexOf(t)},pe.prototype.size=function(){return this.array_.length},pe.prototype.toArray=function(){for(var t=[],e=0,n=this.array_.length;e<n;e++)t.push(this.array_[e]);return t},e(ve.prototype,{filter:function(t){this.treeSet.contains(t)||(this.list.add(t),this.treeSet.add(t))},getCoordinates:function(){var t=new Array(this.list.size()).fill(null);return this.list.toArray(t)},interfaces_:function(){return[z]},getClass:function(){return ve}}),ve.filterCoordinates=function(t){for(var e=new ve,n=0;n<t.length;n++)e.filter(t[n]);return e.getCoordinates()},e(me.prototype,{preSort:function(t){for(var e=null,n=1;n<t.length;n++)(t[n].y<t[0].y||t[n].y===t[0].y&&t[n].x<t[0].x)&&(e=t[0],t[0]=t[n],t[n]=e);return ut.sort(t,1,t.length,new ye(t[0])),t},computeOctRing:function(t){var e=this.computeOctPts(t),n=new N;return n.add(e,!1),n.size()<3?null:(n.closeRing(),n.toCoordinateArray())},lineOrPolygon:function(t){if(t=this.cleanRing(t),3===t.length)return this.geomFactory.createLineString([t[0],t[1]]);var e=this.geomFactory.createLinearRing(t);return this.geomFactory.createPolygon(e,null)},cleanRing:function(t){f.equals(t[0],t[t.length-1]);for(var e=new I,n=null,i=0;i<=t.length-2;i++){var r=t[i],s=t[i+1];r.equals(s)||null!==n&&this.isBetween(n,r,s)||(e.add(r),n=r)}e.add(t[t.length-1]);var o=new Array(e.size()).fill(null);return e.toArray(o)},isBetween:function(t,e,n){if(0!==he.computeOrientation(t,e,n))return!1;if(t.x!==n.x){if(t.x<=e.x&&e.x<=n.x)return!0;if(n.x<=e.x&&e.x<=t.x)return!0}if(t.y!==n.y){if(t.y<=e.y&&e.y<=n.y)return!0;if(n.y<=e.y&&e.y<=t.y)return!0}return!1},reduce:function(t){var e=this.computeOctRing(t);if(null===e)return t;for(var n=new at,i=0;i<e.length;i++)n.add(e[i]);for(var i=0;i<t.length;i++)he.isPointInRing(t[i],e)||n.add(t[i]);var r=H.toCoordinateArray(n);return r.length<3?this.padArray3(r):r},getConvexHull:function(){if(0===this.inputPts.length)return this.geomFactory.createGeometryCollection(null);if(1===this.inputPts.length)return this.geomFactory.createPoint(this.inputPts[0]);if(2===this.inputPts.length)return this.geomFactory.createLineString(this.inputPts);var t=this.inputPts;this.inputPts.length>50&&(t=this.reduce(this.inputPts));var e=this.preSort(t),n=this.grahamScan(e),i=this.toCoordinateArray(n);return this.lineOrPolygon(i)},padArray3:function(t){for(var e=new Array(3).fill(null),n=0;n<e.length;n++)n<t.length?e[n]=t[n]:e[n]=t[0];return e},computeOctPts:function(t){for(var e=new Array(8).fill(null),n=0;n<e.length;n++)e[n]=t[0];for(var i=1;i<t.length;i++)t[i].x<e[0].x&&(e[0]=t[i]),t[i].x-t[i].y<e[1].x-e[1].y&&(e[1]=t[i]),t[i].y>e[2].y&&(e[2]=t[i]),t[i].x+t[i].y>e[3].x+e[3].y&&(e[3]=t[i]),t[i].x>e[4].x&&(e[4]=t[i]),t[i].x-t[i].y>e[5].x-e[5].y&&(e[5]=t[i]),t[i].y<e[6].y&&(e[6]=t[i]),t[i].x+t[i].y<e[7].x+e[7].y&&(e[7]=t[i]);return e},toCoordinateArray:function(t){for(var e=new Array(t.size()).fill(null),n=0;n<t.size();n++){var i=t.get(n);e[n]=i}return e},grahamScan:function(t){var e=null,n=new pe;e=n.push(t[0]),e=n.push(t[1]),e=n.push(t[2]);for(var i=3;i<t.length;i++){for(e=n.pop();!n.empty()&&he.computeOrientation(n.peek(),e,t[i])>0;)e=n.pop();e=n.push(e),e=n.push(t[i]);\n}return e=n.push(t[0]),n},interfaces_:function(){return[]},getClass:function(){return me}}),me.extractCoordinates=function(t){var e=new ve;return t.apply(e),e.getCoordinates()},e(ye.prototype,{compare:function(t,e){var n=t,i=e;return ye.polarCompare(this.origin,n,i)},interfaces_:function(){return[a]},getClass:function(){return ye}}),ye.polarCompare=function(t,e,n){var i=e.x-t.x,r=e.y-t.y,s=n.x-t.x,o=n.y-t.y,a=he.computeOrientation(t,e,n);if(a===he.COUNTERCLOCKWISE)return 1;if(a===he.CLOCKWISE)return-1;var u=i*i+r*r,l=s*s+o*o;return u<l?-1:u>l?1:0},me.RadialComparator=ye,e(xe.prototype,{transformPoint:function(t,e){return this.factory.createPoint(this.transformCoordinates(t.getCoordinateSequence(),t))},transformPolygon:function(t,e){var n=!0,i=this.transformLinearRing(t.getExteriorRing(),t);null!==i&&i instanceof bt&&!i.isEmpty()||(n=!1);for(var r=new I,s=0;s<t.getNumInteriorRing();s++){var o=this.transformLinearRing(t.getInteriorRingN(s),t);null===o||o.isEmpty()||(o instanceof bt||(n=!1),r.add(o))}if(n)return this.factory.createPolygon(i,r.toArray([]));var a=new I;return null!==i&&a.add(i),a.addAll(r),this.factory.buildGeometry(a)},createCoordinateSequence:function(t){return this.factory.getCoordinateSequenceFactory().create(t)},getInputGeometry:function(){return this.inputGeom},transformMultiLineString:function(t,e){for(var n=new I,i=0;i<t.getNumGeometries();i++){var r=this.transformLineString(t.getGeometryN(i),t);null!==r&&(r.isEmpty()||n.add(r))}return this.factory.buildGeometry(n)},transformCoordinates:function(t,e){return this.copy(t)},transformLineString:function(t,e){return this.factory.createLineString(this.transformCoordinates(t.getCoordinateSequence(),t))},transformMultiPoint:function(t,e){for(var n=new I,i=0;i<t.getNumGeometries();i++){var r=this.transformPoint(t.getGeometryN(i),t);null!==r&&(r.isEmpty()||n.add(r))}return this.factory.buildGeometry(n)},transformMultiPolygon:function(t,e){for(var n=new I,i=0;i<t.getNumGeometries();i++){var r=this.transformPolygon(t.getGeometryN(i),t);null!==r&&(r.isEmpty()||n.add(r))}return this.factory.buildGeometry(n)},copy:function(t){return t.copy()},transformGeometryCollection:function(t,e){for(var n=new I,i=0;i<t.getNumGeometries();i++){var r=this.transform(t.getGeometryN(i));null!==r&&(this.pruneEmptyGeometry&&r.isEmpty()||n.add(r))}return this.preserveGeometryCollectionType?this.factory.createGeometryCollection(ie.toGeometryArray(n)):this.factory.buildGeometry(n)},transform:function(t){if(this.inputGeom=t,this.factory=t.getFactory(),t instanceof Lt)return this.transformPoint(t,null);if(t instanceof Pt)return this.transformMultiPoint(t,null);if(t instanceof bt)return this.transformLinearRing(t,null);if(t instanceof St)return this.transformLineString(t,null);if(t instanceof gt)return this.transformMultiLineString(t,null);if(t instanceof Tt)return this.transformPolygon(t,null);if(t instanceof Ot)return this.transformMultiPolygon(t,null);if(t instanceof ft)return this.transformGeometryCollection(t,null);throw new i(\"Unknown Geometry subtype: \"+t.getClass().getName())},transformLinearRing:function(t,e){var n=this.transformCoordinates(t.getCoordinateSequence(),t);if(null===n)return this.factory.createLinearRing(null);var i=n.size();return i>0&&i<4&&!this.preserveType?this.factory.createLineString(n):this.factory.createLinearRing(n)},interfaces_:function(){return[]},getClass:function(){return xe}}),e(Ee.prototype,{snapVertices:function(t,e){for(var n=this._isClosed?t.size()-1:t.size(),i=0;i<n;i++){var r=t.get(i),s=this.findSnapForVertex(r,e);null!==s&&(t.set(i,new g(s)),0===i&&this._isClosed&&t.set(t.size()-1,new g(s)))}},findSnapForVertex:function(t,e){for(var n=0;n<e.length;n++){if(t.equals2D(e[n]))return null;if(t.distance(e[n])<this.snapTolerance)return e[n]}return null},snapTo:function(t){var e=new N(this.srcPts);this.snapVertices(e,t),this.snapSegments(e,t);var n=e.toCoordinateArray();return n},snapSegments:function(t,e){if(0===e.length)return null;var n=e.length;e[0].equals2D(e[e.length-1])&&(n=e.length-1);for(var i=0;i<n;i++){var r=e[i],s=this.findSegmentIndexToSnap(r,t);s>=0&&t.add(s+1,new g(r),!1)}},findSegmentIndexToSnap:function(t,e){for(var n=r.MAX_VALUE,i=-1,s=0;s<e.size()-1;s++){if(this.seg.p0=e.get(s),this.seg.p1=e.get(s+1),this.seg.p0.equals2D(t)||this.seg.p1.equals2D(t)){if(this.allowSnappingToSourceVertices)continue;return-1}var o=this.seg.distance(t);o<this.snapTolerance&&o<n&&(n=o,i=s)}return i},setAllowSnappingToSourceVertices:function(t){this.allowSnappingToSourceVertices=t},interfaces_:function(){return[]},getClass:function(){return Ee}}),Ee.isClosed=function(t){return!(t.length<=1)&&t[0].equals2D(t[t.length-1])},e(Ie.prototype,{snapTo:function(t,e){var n=this.extractTargetCoordinates(t),i=new Ne(e,n);return i.transform(this.srcGeom)},snapToSelf:function(t,e){var n=this.extractTargetCoordinates(this.srcGeom),i=new Ne(t,n,(!0)),r=i.transform(this.srcGeom),s=r;return e&&R(s,Rt)&&(s=r.buffer(0)),s},computeSnapTolerance:function(t){var e=this.computeMinimumSegmentLength(t),n=e/10;return n},extractTargetCoordinates:function(t){for(var e=new at,n=t.getCoordinates(),i=0;i<n.length;i++)e.add(n[i]);return e.toArray(new Array(0).fill(null))},computeMinimumSegmentLength:function(t){for(var e=r.MAX_VALUE,n=0;n<t.length-1;n++){var i=t[n].distance(t[n+1]);i<e&&(e=i)}return e},interfaces_:function(){return[]},getClass:function(){return Ie}}),Ie.snap=function(t,e,n){var i=new Array(2).fill(null),r=new Ie(t);i[0]=r.snapTo(e,n);var s=new Ie(e);return i[1]=s.snapTo(i[0],n),i},Ie.computeOverlaySnapTolerance=function(){if(1===arguments.length){var t=arguments[0],e=Ie.computeSizeBasedSnapTolerance(t),n=t.getPrecisionModel();if(n.getType()===ee.FIXED){var i=1/n.getScale()*2/1.415;i>e&&(e=i)}return e}if(2===arguments.length){var r=arguments[0],s=arguments[1];return Math.min(Ie.computeOverlaySnapTolerance(r),Ie.computeOverlaySnapTolerance(s))}},Ie.computeSizeBasedSnapTolerance=function(t){var e=t.getEnvelopeInternal(),n=Math.min(e.getHeight(),e.getWidth()),i=n*Ie.SNAP_PRECISION_FACTOR;return i},Ie.snapToSelf=function(t,e,n){var i=new Ie(t);return i.snapToSelf(e,n)},Ie.SNAP_PRECISION_FACTOR=1e-9,h(Ne,xe),e(Ne.prototype,{snapLine:function(t,e){var n=new Ee(t,this.snapTolerance);return n.setAllowSnappingToSourceVertices(this.isSelfSnap),n.snapTo(e)},transformCoordinates:function(t,e){var n=t.toCoordinateArray(),i=this.snapLine(n,this.snapPts);return this.factory.getCoordinateSequenceFactory().create(i)},interfaces_:function(){return[]},getClass:function(){return Ne}}),e(Ce.prototype,{getCommon:function(){return r.longBitsToDouble(this.commonBits)},add:function(t){var e=r.doubleToLongBits(t);if(this.isFirst)return this.commonBits=e,this.commonSignExp=Ce.signExpBits(this.commonBits),this.isFirst=!1,null;var n=Ce.signExpBits(e);return n!==this.commonSignExp?(this.commonBits=0,null):(this.commonMantissaBitsCount=Ce.numCommonMostSigMantissaBits(this.commonBits,e),void(this.commonBits=Ce.zeroLowerBits(this.commonBits,64-(12+this.commonMantissaBitsCount))))},toString:function(){if(1===arguments.length){var t=arguments[0],e=r.longBitsToDouble(t),n=Long.toBinaryString(t),i=\"0000000000000000000000000000000000000000000000000000000000000000\"+n,s=i.substring(i.length-64),o=s.substring(0,1)+\"  \"+s.substring(1,12)+\"(exp) \"+s.substring(12)+\" [ \"+e+\" ]\";return o}},interfaces_:function(){return[]},getClass:function(){return Ce}}),Ce.getBit=function(t,e){var n=1<<e;return 0!==(t&n)?1:0},Ce.signExpBits=function(t){return t>>52},Ce.zeroLowerBits=function(t,e){var n=(1<<e)-1,i=~n,r=t&i;return r},Ce.numCommonMostSigMantissaBits=function(t,e){for(var n=0,i=52;i>=0;i--){if(Ce.getBit(t,i)!==Ce.getBit(e,i))return n;n++}return 52},e(Se.prototype,{addCommonBits:function(t){var e=new Le(this.commonCoord);t.apply(e),t.geometryChanged()},removeCommonBits:function(t){if(0===this.commonCoord.x&&0===this.commonCoord.y)return t;var e=new g(this.commonCoord);e.x=-e.x,e.y=-e.y;var n=new Le(e);return t.apply(n),t.geometryChanged(),t},getCommonCoordinate:function(){return this.commonCoord},add:function(t){t.apply(this.ccFilter),this.commonCoord=this.ccFilter.getCommonCoordinate()},interfaces_:function(){return[]},getClass:function(){return Se}}),e(we.prototype,{filter:function(t){this.commonBitsX.add(t.x),this.commonBitsY.add(t.y)},getCommonCoordinate:function(){return new g(this.commonBitsX.getCommon(),this.commonBitsY.getCommon())},interfaces_:function(){return[z]},getClass:function(){return we}}),e(Le.prototype,{filter:function(t,e){var n=t.getOrdinate(e,0)+this.trans.x,i=t.getOrdinate(e,1)+this.trans.y;t.setOrdinate(e,0,n),t.setOrdinate(e,1,i)},isDone:function(){return!1},isGeometryChanged:function(){return!0},interfaces_:function(){return[ct]},getClass:function(){return Le}}),Se.CommonCoordinateFilter=we,Se.Translater=Le,e(Re.prototype,{next:function(){if(this.atStart)return this.atStart=!1,Re.isAtomic(this.parent)&&this.index++,this.parent;if(null!==this.subcollectionIterator){if(this.subcollectionIterator.hasNext())return this.subcollectionIterator.next();this.subcollectionIterator=null}if(this.index>=this.max)throw new x;var t=this.parent.getGeometryN(this.index++);return t instanceof ft?(this.subcollectionIterator=new Re(t),this.subcollectionIterator.next()):t},remove:function(){throw new UnsupportedOperationException(this.getClass().getName())},hasNext:function(){if(this.atStart)return!0;if(null!==this.subcollectionIterator){if(this.subcollectionIterator.hasNext())return!0;this.subcollectionIterator=null}return!(this.index>=this.max)},interfaces_:function(){return[p]},getClass:function(){return Re}}),Re.isAtomic=function(t){return!(t instanceof ft)},e(Te.prototype,{locateInternal:function(){if(arguments[0]instanceof g&&arguments[1]instanceof Tt){var t=arguments[0],e=arguments[1];if(e.isEmpty())return L.EXTERIOR;var n=e.getExteriorRing(),i=this.locateInPolygonRing(t,n);if(i===L.EXTERIOR)return L.EXTERIOR;if(i===L.BOUNDARY)return L.BOUNDARY;for(var r=0;r<e.getNumInteriorRing();r++){var s=e.getInteriorRingN(r),o=this.locateInPolygonRing(t,s);if(o===L.INTERIOR)return L.EXTERIOR;if(o===L.BOUNDARY)return L.BOUNDARY}return L.INTERIOR}if(arguments[0]instanceof g&&arguments[1]instanceof St){var a=arguments[0],u=arguments[1];if(!u.getEnvelopeInternal().intersects(a))return L.EXTERIOR;var l=u.getCoordinates();return u.isClosed()||!a.equals(l[0])&&!a.equals(l[l.length-1])?he.isOnLine(a,l)?L.INTERIOR:L.EXTERIOR:L.BOUNDARY}if(arguments[0]instanceof g&&arguments[1]instanceof Lt){var h=arguments[0],c=arguments[1],f=c.getCoordinate();return f.equals2D(h)?L.INTERIOR:L.EXTERIOR}},locateInPolygonRing:function(t,e){return e.getEnvelopeInternal().intersects(t)?he.locatePointInRing(t,e.getCoordinates()):L.EXTERIOR},intersects:function(t,e){return this.locate(t,e)!==L.EXTERIOR},updateLocationInfo:function(t){t===L.INTERIOR&&(this.isIn=!0),t===L.BOUNDARY&&this.numBoundaries++},computeLocation:function(t,e){if(e instanceof Lt&&this.updateLocationInfo(this.locateInternal(t,e)),e instanceof St)this.updateLocationInfo(this.locateInternal(t,e));else if(e instanceof Tt)this.updateLocationInfo(this.locateInternal(t,e));else if(e instanceof gt)for(var n=e,i=0;i<n.getNumGeometries();i++){var r=n.getGeometryN(i);this.updateLocationInfo(this.locateInternal(t,r))}else if(e instanceof Ot)for(var s=e,i=0;i<s.getNumGeometries();i++){var o=s.getGeometryN(i);this.updateLocationInfo(this.locateInternal(t,o))}else if(e instanceof ft)for(var a=new Re(e);a.hasNext();){var u=a.next();u!==e&&this.computeLocation(t,u)}},locate:function(t,e){return e.isEmpty()?L.EXTERIOR:e instanceof St?this.locateInternal(t,e):e instanceof Tt?this.locateInternal(t,e):(this.isIn=!1,this.numBoundaries=0,this.computeLocation(t,e),this.boundaryRule.isInBoundary(this.numBoundaries)?L.BOUNDARY:this.numBoundaries>0||this.isIn?L.INTERIOR:L.EXTERIOR)},interfaces_:function(){return[]},getClass:function(){return Te}}),e(Pe.prototype,{interfaces_:function(){return[]},getClass:function(){return Pe}}),Pe.octant=function(){if(\"number\"==typeof arguments[0]&&\"number\"==typeof arguments[1]){var t=arguments[0],e=arguments[1];if(0===t&&0===e)throw new i(\"Cannot compute the octant for point ( \"+t+\", \"+e+\" )\");var n=Math.abs(t),r=Math.abs(e);return t>=0?e>=0?n>=r?0:1:n>=r?7:6:e>=0?n>=r?3:2:n>=r?4:5}if(arguments[0]instanceof g&&arguments[1]instanceof g){var s=arguments[0],o=arguments[1],a=o.x-s.x,u=o.y-s.y;if(0===a&&0===u)throw new i(\"Cannot compute the octant for two identical points \"+s);return Pe.octant(a,u)}},e(be.prototype,{getCoordinates:function(){},size:function(){},getCoordinate:function(t){},isClosed:function(){},setData:function(t){},getData:function(){},interfaces_:function(){return[]},getClass:function(){return be}}),e(Oe.prototype,{getCoordinates:function(){return this.pts},size:function(){return this.pts.length},getCoordinate:function(t){return this.pts[t]},isClosed:function(){return this.pts[0].equals(this.pts[this.pts.length-1])},getSegmentOctant:function(t){return t===this.pts.length-1?-1:Pe.octant(this.getCoordinate(t),this.getCoordinate(t+1))},setData:function(t){this.data=t},getData:function(){return this.data},toString:function(){return se.toLineString(new Gt(this.pts))},interfaces_:function(){return[be]},getClass:function(){return Oe}}),e(_e.prototype,{getBounds:function(){},interfaces_:function(){return[]},getClass:function(){return _e}}),e(Me.prototype,{getItem:function(){return this.item},getBounds:function(){return this.bounds},interfaces_:function(){return[_e,u]},getClass:function(){return Me}}),e(De.prototype,{poll:function(){if(this.isEmpty())return null;var t=this.items.get(1);return this.items.set(1,this.items.get(this._size)),this._size-=1,this.reorder(1),t},size:function(){return this._size},reorder:function(t){for(var e=null,n=this.items.get(t);2*t<=this._size&&(e=2*t,e!==this._size&&this.items.get(e+1).compareTo(this.items.get(e))<0&&e++,this.items.get(e).compareTo(n)<0);t=e)this.items.set(t,this.items.get(e));this.items.set(t,n)},clear:function(){this._size=0,this.items.clear()},isEmpty:function(){return 0===this._size},add:function(t){this.items.add(null),this._size+=1;var e=this._size;for(this.items.set(0,t);t.compareTo(this.items.get(Math.trunc(e/2)))<0;e/=2)this.items.set(e,this.items.get(Math.trunc(e/2)));this.items.set(e,t)},interfaces_:function(){return[]},getClass:function(){return De}}),e(Ae.prototype,{visitItem:function(t){},interfaces_:function(){return[]},getClass:function(){return Ae}}),e(Fe.prototype,{insert:function(t,e){},remove:function(t,e){},query:function(){if(1===arguments.length){arguments[0]}else if(2===arguments.length){arguments[0],arguments[1]}},interfaces_:function(){return[]},getClass:function(){return Fe}}),e(Ge.prototype,{getLevel:function(){return this.level},size:function(){return this.childBoundables.size()},getChildBoundables:function(){return this.childBoundables},addChildBoundable:function(t){f.isTrue(null===this.bounds),this.childBoundables.add(t)},isEmpty:function(){return this.childBoundables.isEmpty()},getBounds:function(){return null===this.bounds&&(this.bounds=this.computeBounds()),this.bounds},interfaces_:function(){return[_e,u]},getClass:function(){return Ge}}),Ge.serialVersionUID=0x5a1e55ec41369800;var ho={reverseOrder:function(){return{compare:function(t,e){return e.compareTo(t)}}},min:function(t){return ho.sort(t),t.get(0)},sort:function(t,e){var n=t.toArray();e?ut.sort(n,e):ut.sort(n);for(var i=t.iterator(),r=0,s=n.length;r<s;r++)i.next(),i.set(n[r])},singletonList:function(t){var e=new I;return e.add(t),e}};e(qe.prototype,{expandToQueue:function(t,e){var n=qe.isComposite(this.boundable1),r=qe.isComposite(this.boundable2);if(n&&r)return qe.area(this.boundable1)>qe.area(this.boundable2)?(this.expand(this.boundable1,this.boundable2,t,e),null):(this.expand(this.boundable2,this.boundable1,t,e),null);if(n)return this.expand(this.boundable1,this.boundable2,t,e),null;if(r)return this.expand(this.boundable2,this.boundable1,t,e),null;throw new i(\"neither boundable is composite\")},isLeaves:function(){return!(qe.isComposite(this.boundable1)||qe.isComposite(this.boundable2))},compareTo:function(t){var e=t;return this._distance<e._distance?-1:this._distance>e._distance?1:0},expand:function(t,e,n,i){for(var r=t.getChildBoundables(),s=r.iterator();s.hasNext();){var o=s.next(),a=new qe(o,e,this.itemDistance);a.getDistance()<i&&n.add(a)}},getBoundable:function(t){return 0===t?this.boundable1:this.boundable2},getDistance:function(){return this._distance},distance:function(){return this.isLeaves()?this.itemDistance.distance(this.boundable1,this.boundable2):this.boundable1.getBounds().distance(this.boundable2.getBounds())},interfaces_:function(){return[s]},getClass:function(){return qe}}),qe.area=function(t){return t.getBounds().getArea()},qe.isComposite=function(t){return t instanceof Ge},e(Be.prototype,{getNodeCapacity:function(){return this.nodeCapacity},lastNode:function(t){return t.get(t.size()-1)},size:function t(){if(0===arguments.length)return this.isEmpty()?0:(this.build(),this.size(this.root));if(1===arguments.length){for(var e=arguments[0],t=0,n=e.getChildBoundables().iterator();n.hasNext();){var i=n.next();i instanceof Ge?t+=this.size(i):i instanceof Me&&(t+=1)}return t}},removeItem:function(t,e){for(var n=null,i=t.getChildBoundables().iterator();i.hasNext();){var r=i.next();r instanceof Me&&r.getItem()===e&&(n=r)}return null!==n&&(t.getChildBoundables().remove(n),!0)},itemsTree:function(){if(0===arguments.length){this.build();var t=this.itemsTree(this.root);return null===t?new I:t}if(1===arguments.length){for(var e=arguments[0],n=new I,i=e.getChildBoundables().iterator();i.hasNext();){var r=i.next();if(r instanceof Ge){var s=this.itemsTree(r);null!==s&&n.add(s)}else r instanceof Me?n.add(r.getItem()):f.shouldNeverReachHere()}return n.size()<=0?null:n}},insert:function(t,e){f.isTrue(!this.built,\"Cannot insert items into an STR packed R-tree after it has been built.\"),this.itemBoundables.add(new Me(t,e))},boundablesAtLevel:function(){if(1===arguments.length){var t=arguments[0],e=new I;return this.boundablesAtLevel(t,this.root,e),e}if(3===arguments.length){var n=arguments[0],i=arguments[1],r=arguments[2];if(f.isTrue(n>-2),i.getLevel()===n)return r.add(i),null;for(var s=i.getChildBoundables().iterator();s.hasNext();){var o=s.next();o instanceof Ge?this.boundablesAtLevel(n,o,r):(f.isTrue(o instanceof Me),n===-1&&r.add(o))}return null}},query:function(){if(1===arguments.length){var t=arguments[0];this.build();var e=new I;return this.isEmpty()?e:(this.getIntersectsOp().intersects(this.root.getBounds(),t)&&this.query(t,this.root,e),e)}if(2===arguments.length){var n=arguments[0],i=arguments[1];if(this.build(),this.isEmpty())return null;this.getIntersectsOp().intersects(this.root.getBounds(),n)&&this.query(n,this.root,i)}else if(3===arguments.length)if(R(arguments[2],Ae)&&arguments[0]instanceof Object&&arguments[1]instanceof Ge)for(var r=arguments[0],s=arguments[1],o=arguments[2],a=s.getChildBoundables(),u=0;u<a.size();u++){var l=a.get(u);this.getIntersectsOp().intersects(l.getBounds(),r)&&(l instanceof Ge?this.query(r,l,o):l instanceof Me?o.visitItem(l.getItem()):f.shouldNeverReachHere())}else if(R(arguments[2],y)&&arguments[0]instanceof Object&&arguments[1]instanceof Ge)for(var h=arguments[0],c=arguments[1],g=arguments[2],a=c.getChildBoundables(),u=0;u<a.size();u++){var l=a.get(u);this.getIntersectsOp().intersects(l.getBounds(),h)&&(l instanceof Ge?this.query(h,l,g):l instanceof Me?g.add(l.getItem()):f.shouldNeverReachHere())}},build:function(){return this.built?null:(this.root=this.itemBoundables.isEmpty()?this.createNode(0):this.createHigherLevels(this.itemBoundables,-1),this.itemBoundables=null,void(this.built=!0))},getRoot:function(){return this.build(),this.root},remove:function(){if(2===arguments.length){var t=arguments[0],e=arguments[1];return this.build(),!!this.getIntersectsOp().intersects(this.root.getBounds(),t)&&this.remove(t,this.root,e)}if(3===arguments.length){var n=arguments[0],i=arguments[1],r=arguments[2],s=this.removeItem(i,r);if(s)return!0;for(var o=null,a=i.getChildBoundables().iterator();a.hasNext();){var u=a.next();if(this.getIntersectsOp().intersects(u.getBounds(),n)&&u instanceof Ge&&(s=this.remove(n,u,r))){o=u;break}}return null!==o&&o.getChildBoundables().isEmpty()&&i.getChildBoundables().remove(o),s}},createHigherLevels:function(t,e){f.isTrue(!t.isEmpty());var n=this.createParentBoundables(t,e+1);return 1===n.size()?n.get(0):this.createHigherLevels(n,e+1)},depth:function(){if(0===arguments.length)return this.isEmpty()?0:(this.build(),this.depth(this.root));if(1===arguments.length){for(var t=arguments[0],e=0,n=t.getChildBoundables().iterator();n.hasNext();){var i=n.next();if(i instanceof Ge){var r=this.depth(i);r>e&&(e=r)}}return e+1}},createParentBoundables:function(t,e){f.isTrue(!t.isEmpty());var n=new I;n.add(this.createNode(e));var i=new I(t);ho.sort(i,this.getComparator());for(var r=i.iterator();r.hasNext();){var s=r.next();this.lastNode(n).getChildBoundables().size()===this.getNodeCapacity()&&n.add(this.createNode(e)),this.lastNode(n).addChildBoundable(s)}return n},isEmpty:function(){return this.built?this.root.isEmpty():this.itemBoundables.isEmpty()},interfaces_:function(){return[u]},getClass:function(){return Be}}),Be.compareDoubles=function(t,e){return t>e?1:t<e?-1:0},Be.IntersectsOp=ze,Be.serialVersionUID=-0x35ef64c82d4c5400,Be.DEFAULT_NODE_CAPACITY=10,e(Ve.prototype,{distance:function(t,e){},interfaces_:function(){return[]},getClass:function(){return Ve}}),h(ke,Be),e(ke.prototype,{createParentBoundablesFromVerticalSlices:function(t,e){f.isTrue(t.length>0);for(var n=new I,i=0;i<t.length;i++)n.addAll(this.createParentBoundablesFromVerticalSlice(t[i],e));return n},createNode:function(t){return new Ye(t)},size:function(){return 0===arguments.length?Be.prototype.size.call(this):Be.prototype.size.apply(this,arguments)},insert:function(){if(2!==arguments.length)return Be.prototype.insert.apply(this,arguments);var t=arguments[0],e=arguments[1];return t.isNull()?null:void Be.prototype.insert.call(this,t,e)},getIntersectsOp:function(){return ke.intersectsOp},verticalSlices:function(t,e){for(var n=Math.trunc(Math.ceil(t.size()/e)),i=new Array(e).fill(null),r=t.iterator(),s=0;s<e;s++){i[s]=new I;for(var o=0;r.hasNext()&&o<n;){var a=r.next();i[s].add(a),o++}}return i},query:function(){if(1===arguments.length){var t=arguments[0];return Be.prototype.query.call(this,t)}if(2===arguments.length){var e=arguments[0],n=arguments[1];Be.prototype.query.call(this,e,n)}else if(3===arguments.length)if(R(arguments[2],Ae)&&arguments[0]instanceof Object&&arguments[1]instanceof Ge){var i=arguments[0],r=arguments[1],s=arguments[2];Be.prototype.query.call(this,i,r,s)}else if(R(arguments[2],y)&&arguments[0]instanceof Object&&arguments[1]instanceof Ge){var o=arguments[0],a=arguments[1],u=arguments[2];Be.prototype.query.call(this,o,a,u)}},getComparator:function(){return ke.yComparator},createParentBoundablesFromVerticalSlice:function(t,e){return Be.prototype.createParentBoundables.call(this,t,e)},remove:function(){if(2===arguments.length){var t=arguments[0],e=arguments[1];return Be.prototype.remove.call(this,t,e)}return Be.prototype.remove.apply(this,arguments)},depth:function(){return 0===arguments.length?Be.prototype.depth.call(this):Be.prototype.depth.apply(this,arguments)},createParentBoundables:function(t,e){f.isTrue(!t.isEmpty());var n=Math.trunc(Math.ceil(t.size()/this.getNodeCapacity())),i=new I(t);ho.sort(i,ke.xComparator);var r=this.verticalSlices(i,Math.trunc(Math.ceil(Math.sqrt(n))));return this.createParentBoundablesFromVerticalSlices(r,e)},nearestNeighbour:function(){if(1===arguments.length){if(R(arguments[0],Ve)){var t=arguments[0],e=new qe(this.getRoot(),this.getRoot(),t);return this.nearestNeighbour(e)}if(arguments[0]instanceof qe){var n=arguments[0];return this.nearestNeighbour(n,r.POSITIVE_INFINITY)}}else if(2===arguments.length){if(arguments[0]instanceof ke&&R(arguments[1],Ve)){var i=arguments[0],s=arguments[1],e=new qe(this.getRoot(),i.getRoot(),s);return this.nearestNeighbour(e)}if(arguments[0]instanceof qe&&\"number\"==typeof arguments[1]){var o=arguments[0],a=arguments[1],u=a,l=null,h=new De;for(h.add(o);!h.isEmpty()&&u>0;){var c=h.poll(),f=c.getDistance();if(f>=u)break;c.isLeaves()?(u=f,l=c):c.expandToQueue(h,u)}return[l.getBoundable(0).getItem(),l.getBoundable(1).getItem()]}}else if(3===arguments.length){var g=arguments[0],d=arguments[1],p=arguments[2],v=new Me(g,d),e=new qe(this.getRoot(),v,p);return this.nearestNeighbour(e)[0]}},interfaces_:function(){return[Fe,u]},getClass:function(){return ke}}),ke.centreX=function(t){return ke.avg(t.getMinX(),t.getMaxX())},ke.avg=function(t,e){return(t+e)/2},ke.centreY=function(t){return ke.avg(t.getMinY(),t.getMaxY())},h(Ye,Ge),e(Ye.prototype,{computeBounds:function(){for(var t=null,e=this.getChildBoundables().iterator();e.hasNext();){var n=e.next();null===t?t=new C(n.getBounds()):t.expandToInclude(n.getBounds())}return t},interfaces_:function(){return[]},getClass:function(){return Ye}}),ke.STRtreeNode=Ye,ke.serialVersionUID=0x39920f7d5f261e0,ke.xComparator={interfaces_:function(){return[a]},compare:function(t,e){return Be.compareDoubles(ke.centreX(t.getBounds()),ke.centreX(e.getBounds()))}},ke.yComparator={interfaces_:function(){return[a]},compare:function(t,e){return Be.compareDoubles(ke.centreY(t.getBounds()),ke.centreY(e.getBounds()))}},ke.intersectsOp={interfaces_:function(){return[IntersectsOp]},intersects:function(t,e){return t.intersects(e)}},ke.DEFAULT_NODE_CAPACITY=10,e(Ue.prototype,{interfaces_:function(){return[]},getClass:function(){return Ue}}),Ue.relativeSign=function(t,e){return t<e?-1:t>e?1:0},Ue.compare=function(t,e,n){if(e.equals2D(n))return 0;var i=Ue.relativeSign(e.x,n.x),r=Ue.relativeSign(e.y,n.y);switch(t){case 0:return Ue.compareValue(i,r);case 1:return Ue.compareValue(r,i);case 2:return Ue.compareValue(r,-i);case 3:return Ue.compareValue(-i,r);case 4:return Ue.compareValue(-i,-r);case 5:return Ue.compareValue(-r,-i);case 6:return Ue.compareValue(-r,i);case 7:return Ue.compareValue(i,-r)}return f.shouldNeverReachHere(\"invalid octant value\"),0},Ue.compareValue=function(t,e){return t<0?-1:t>0?1:e<0?-1:e>0?1:0},e(Xe.prototype,{getCoordinate:function(){return this.coord},print:function(t){t.print(this.coord),t.print(\" seg # = \"+this.segmentIndex)},compareTo:function(t){var e=t;return this.segmentIndex<e.segmentIndex?-1:this.segmentIndex>e.segmentIndex?1:this.coord.equals2D(e.coord)?0:Ue.compare(this.segmentOctant,this.coord,e.coord)},isEndPoint:function(t){return 0===this.segmentIndex&&!this._isInterior||this.segmentIndex===t},isInterior:function(){return this._isInterior},interfaces_:function(){return[s]},getClass:function(){return Xe}}),e(He.prototype,{getSplitCoordinates:function(){var t=new N;this.addEndpoints();for(var e=this.iterator(),n=e.next();e.hasNext();){var i=e.next();this.addEdgeCoordinates(n,i,t),n=i}return t.toCoordinateArray()},addCollapsedNodes:function(){var t=new I;this.findCollapsesFromInsertedNodes(t),this.findCollapsesFromExistingVertices(t);for(var e=t.iterator();e.hasNext();){var n=e.next().intValue();this.add(this.edge.getCoordinate(n),n)}},print:function(t){t.println(\"Intersections:\");for(var e=this.iterator();e.hasNext();){var n=e.next();n.print(t)}},findCollapsesFromExistingVertices:function(t){for(var e=0;e<this.edge.size()-2;e++){var n=this.edge.getCoordinate(e),i=(this.edge.getCoordinate(e+1),this.edge.getCoordinate(e+2));n.equals2D(i)&&t.add(new b(e+1))}},addEdgeCoordinates:function(t,e,n){var i=e.segmentIndex-t.segmentIndex+2,r=this.edge.getCoordinate(e.segmentIndex),s=e.isInterior()||!e.coord.equals2D(r);s||i--;n.add(new g(t.coord),!1);for(var o=t.segmentIndex+1;o<=e.segmentIndex;o++)n.add(this.edge.getCoordinate(o));s&&n.add(new g(e.coord))},iterator:function(){return this.nodeMap.values().iterator()},addSplitEdges:function(t){this.addEndpoints(),this.addCollapsedNodes();for(var e=this.iterator(),n=e.next();e.hasNext();){var i=e.next(),r=this.createSplitEdge(n,i);t.add(r),n=i}},findCollapseIndex:function(t,e,n){if(!t.coord.equals2D(e.coord))return!1;var i=e.segmentIndex-t.segmentIndex;return e.isInterior()||i--,1===i&&(n[0]=t.segmentIndex+1,!0)},findCollapsesFromInsertedNodes:function(t){for(var e=new Array(1).fill(null),n=this.iterator(),i=n.next();n.hasNext();){var r=n.next(),s=this.findCollapseIndex(i,r,e);s&&t.add(new b(e[0])),i=r}},getEdge:function(){return this.edge},addEndpoints:function(){var t=this.edge.size()-1;this.add(this.edge.getCoordinate(0),0),this.add(this.edge.getCoordinate(t),t)},createSplitEdge:function(t,e){var n=e.segmentIndex-t.segmentIndex+2,i=this.edge.getCoordinate(e.segmentIndex),r=e.isInterior()||!e.coord.equals2D(i);r||n--;var s=new Array(n).fill(null),o=0;s[o++]=new g(t.coord);for(var a=t.segmentIndex+1;a<=e.segmentIndex;a++)s[o++]=this.edge.getCoordinate(a);return r&&(s[o]=new g(e.coord)),new Ke(s,this.edge.getData())},add:function(t,e){var n=new Xe(this.edge,t,e,this.edge.getSegmentOctant(e)),i=this.nodeMap.get(n);return null!==i?(f.isTrue(i.coord.equals2D(t),\"Found equal nodes with different coordinates\"),i):(this.nodeMap.put(n,n),n)},checkSplitEdgesCorrectness:function(t){var e=this.edge.getCoordinates(),n=t.get(0),i=n.getCoordinate(0);if(!i.equals2D(e[0]))throw new l(\"bad split edge start point at \"+i);var r=t.get(t.size()-1),s=r.getCoordinates(),o=s[s.length-1];if(!o.equals2D(e[e.length-1]))throw new l(\"bad split edge end point at \"+o)},interfaces_:function(){return[]},getClass:function(){return He}}),e(We.prototype,{next:function(){return null===this.currNode?(this.currNode=this.nextNode,this.currSegIndex=this.currNode.segmentIndex,this.readNextNode(),this.currNode):null===this.nextNode?null:this.nextNode.segmentIndex===this.currNode.segmentIndex?(this.currNode=this.nextNode,this.currSegIndex=this.currNode.segmentIndex,this.readNextNode(),this.currNode):(this.nextNode.segmentIndex>this.currNode.segmentIndex,null)},remove:function(){throw new UnsupportedOperationException(this.getClass().getName())},hasNext:function(){return null!==this.nextNode},readNextNode:function(){this.nodeIt.hasNext()?this.nextNode=this.nodeIt.next():this.nextNode=null},interfaces_:function(){return[p]},getClass:function(){return We}}),e(je.prototype,{addIntersection:function(t,e){},interfaces_:function(){return[be]},getClass:function(){return je}}),e(Ke.prototype,{getCoordinates:function(){return this.pts},size:function(){return this.pts.length},getCoordinate:function(t){return this.pts[t]},isClosed:function(){return this.pts[0].equals(this.pts[this.pts.length-1])},getSegmentOctant:function(t){return t===this.pts.length-1?-1:this.safeOctant(this.getCoordinate(t),this.getCoordinate(t+1))},setData:function(t){this.data=t},safeOctant:function(t,e){return t.equals2D(e)?0:Pe.octant(t,e)},getData:function(){return this.data},addIntersection:function(){if(2===arguments.length){var t=arguments[0],e=arguments[1];this.addIntersectionNode(t,e)}else if(4===arguments.length){var n=arguments[0],i=arguments[1],r=(arguments[2],arguments[3]),s=new g(n.getIntersection(r));this.addIntersection(s,i)}},toString:function(){return se.toLineString(new Gt(this.pts))},getNodeList:function(){return this.nodeList},addIntersectionNode:function(t,e){var n=e,i=n+1;if(i<this.pts.length){var r=this.pts[i];t.equals2D(r)&&(n=i)}var s=this.nodeList.add(t,n);return s},addIntersections:function(t,e,n){for(var i=0;i<t.getIntersectionNum();i++)this.addIntersection(t,e,n,i)},interfaces_:function(){return[je]},getClass:function(){return Ke}}),Ke.getNodedSubstrings=function(){if(1===arguments.length){var t=arguments[0],e=new I;return Ke.getNodedSubstrings(t,e),e}if(2===arguments.length)for(var n=arguments[0],i=arguments[1],r=n.iterator();r.hasNext();){var s=r.next();s.getNodeList().addSplitEdges(i)}},e(Ze.prototype,{overlap:function(){if(2===arguments.length){arguments[0],arguments[1]}else if(4===arguments.length){var t=arguments[0],e=arguments[1],n=arguments[2],i=arguments[3];t.getLineSegment(e,this.overlapSeg1),\nn.getLineSegment(i,this.overlapSeg2),this.overlap(this.overlapSeg1,this.overlapSeg2)}},interfaces_:function(){return[]},getClass:function(){return Ze}}),e(Qe.prototype,{getLineSegment:function(t,e){e.p0=this.pts[t],e.p1=this.pts[t+1]},computeSelect:function(t,e,n,i){var r=this.pts[e],s=this.pts[n];if(i.tempEnv1.init(r,s),n-e===1)return i.select(this,e),null;if(!t.intersects(i.tempEnv1))return null;var o=Math.trunc((e+n)/2);e<o&&this.computeSelect(t,e,o,i),o<n&&this.computeSelect(t,o,n,i)},getCoordinates:function(){for(var t=new Array(this.end-this.start+1).fill(null),e=0,n=this.start;n<=this.end;n++)t[e++]=this.pts[n];return t},computeOverlaps:function(t,e){this.computeOverlapsInternal(this.start,this.end,t,t.start,t.end,e)},setId:function(t){this.id=t},select:function(t,e){this.computeSelect(t,this.start,this.end,e)},getEnvelope:function(){if(null===this.env){var t=this.pts[this.start],e=this.pts[this.end];this.env=new C(t,e)}return this.env},getEndIndex:function(){return this.end},getStartIndex:function(){return this.start},getContext:function(){return this.context},getId:function(){return this.id},computeOverlapsInternal:function(t,e,n,i,r,s){var o=this.pts[t],a=this.pts[e],u=n.pts[i],l=n.pts[r];if(e-t===1&&r-i===1)return s.overlap(this,t,n,i),null;if(s.tempEnv1.init(o,a),s.tempEnv2.init(u,l),!s.tempEnv1.intersects(s.tempEnv2))return null;var h=Math.trunc((t+e)/2),c=Math.trunc((i+r)/2);t<h&&(i<c&&this.computeOverlapsInternal(t,h,n,i,c,s),c<r&&this.computeOverlapsInternal(t,h,n,c,r,s)),h<e&&(i<c&&this.computeOverlapsInternal(h,e,n,i,c,s),c<r&&this.computeOverlapsInternal(h,e,n,c,r,s))},interfaces_:function(){return[]},getClass:function(){return Qe}}),e(Je.prototype,{interfaces_:function(){return[]},getClass:function(){return Je}}),Je.isNorthern=function(t){return t===Je.NE||t===Je.NW},Je.isOpposite=function(t,e){if(t===e)return!1;var n=(t-e+4)%4;return 2===n},Je.commonHalfPlane=function(t,e){if(t===e)return t;var n=(t-e+4)%4;if(2===n)return-1;var i=t<e?t:e,r=t>e?t:e;return 0===i&&3===r?3:i},Je.isInHalfPlane=function(t,e){return e===Je.SE?t===Je.SE||t===Je.SW:t===e||t===e+1},Je.quadrant=function(){if(\"number\"==typeof arguments[0]&&\"number\"==typeof arguments[1]){var t=arguments[0],e=arguments[1];if(0===t&&0===e)throw new i(\"Cannot compute the quadrant for point ( \"+t+\", \"+e+\" )\");return t>=0?e>=0?Je.NE:Je.SE:e>=0?Je.NW:Je.SW}if(arguments[0]instanceof g&&arguments[1]instanceof g){var n=arguments[0],r=arguments[1];if(r.x===n.x&&r.y===n.y)throw new i(\"Cannot compute the quadrant for two identical points \"+n);return r.x>=n.x?r.y>=n.y?Je.NE:Je.SE:r.y>=n.y?Je.NW:Je.SW}},Je.NE=0,Je.NW=1,Je.SW=2,Je.SE=3,e($e.prototype,{interfaces_:function(){return[]},getClass:function(){return $e}}),$e.getChainStartIndices=function(t){var e=0,n=new I;n.add(new b(e));do{var i=$e.findChainEnd(t,e);n.add(new b(i)),e=i}while(e<t.length-1);var r=$e.toIntArray(n);return r},$e.findChainEnd=function(t,e){for(var n=e;n<t.length-1&&t[n].equals2D(t[n+1]);)n++;if(n>=t.length-1)return t.length-1;for(var i=Je.quadrant(t[n],t[n+1]),r=e+1;r<t.length;){if(!t[r-1].equals2D(t[r])){var s=Je.quadrant(t[r-1],t[r]);if(s!==i)break}r++}return r-1},$e.getChains=function(){if(1===arguments.length){var t=arguments[0];return $e.getChains(t,null)}if(2===arguments.length){for(var e=arguments[0],n=arguments[1],i=new I,r=$e.getChainStartIndices(e),s=0;s<r.length-1;s++){var o=new Qe(e,r[s],r[s+1],n);i.add(o)}return i}},$e.toIntArray=function(t){for(var e=new Array(t.size()).fill(null),n=0;n<e.length;n++)e[n]=t.get(n).intValue();return e},e(tn.prototype,{computeNodes:function(t){},getNodedSubstrings:function(){},interfaces_:function(){return[]},getClass:function(){return tn}}),e(en.prototype,{setSegmentIntersector:function(t){this.segInt=t},interfaces_:function(){return[tn]},getClass:function(){return en}}),h(nn,en),e(nn.prototype,{getMonotoneChains:function(){return this.monoChains},getNodedSubstrings:function(){return Ke.getNodedSubstrings(this.nodedSegStrings)},getIndex:function(){return this.index},add:function(t){for(var e=$e.getChains(t.getCoordinates(),t),n=e.iterator();n.hasNext();){var i=n.next();i.setId(this.idCounter++),this.index.insert(i.getEnvelope(),i),this.monoChains.add(i)}},computeNodes:function(t){this.nodedSegStrings=t;for(var e=t.iterator();e.hasNext();)this.add(e.next());this.intersectChains()},intersectChains:function(){for(var t=new rn(this.segInt),e=this.monoChains.iterator();e.hasNext();)for(var n=e.next(),i=this.index.query(n.getEnvelope()),r=i.iterator();r.hasNext();){var s=r.next();if(s.getId()>n.getId()&&(n.computeOverlaps(s,t),this.nOverlaps++),this.segInt.isDone())return null}},interfaces_:function(){return[]},getClass:function(){return nn}}),h(rn,Ze),e(rn.prototype,{overlap:function(){if(4!==arguments.length)return Ze.prototype.overlap.apply(this,arguments);var t=arguments[0],e=arguments[1],n=arguments[2],i=arguments[3],r=t.getContext(),s=n.getContext();this.si.processIntersections(r,e,s,i)},interfaces_:function(){return[]},getClass:function(){return rn}}),nn.SegmentOverlapAction=rn,h(sn,l),e(sn.prototype,{getCoordinate:function(){return this.pt},interfaces_:function(){return[]},getClass:function(){return sn}}),sn.msgWithCoord=function(t,e){return null!==e?t+\" [ \"+e+\" ]\":t},e(on.prototype,{processIntersections:function(t,e,n,i){},isDone:function(){},interfaces_:function(){return[]},getClass:function(){return on}}),e(an.prototype,{getInteriorIntersection:function(){return this.interiorIntersection},setCheckEndSegmentsOnly:function(t){this.isCheckEndSegmentsOnly=t},getIntersectionSegments:function(){return this.intSegments},count:function(){return this.intersectionCount},getIntersections:function(){return this.intersections},setFindAllIntersections:function(t){this.findAllIntersections=t},setKeepIntersections:function(t){this.keepIntersections=t},processIntersections:function(t,e,n,i){if(!this.findAllIntersections&&this.hasIntersection())return null;if(t===n&&e===i)return null;if(this.isCheckEndSegmentsOnly){var r=this.isEndSegment(t,e)||this.isEndSegment(n,i);if(!r)return null}var s=t.getCoordinates()[e],o=t.getCoordinates()[e+1],a=n.getCoordinates()[i],u=n.getCoordinates()[i+1];this.li.computeIntersection(s,o,a,u),this.li.hasIntersection()&&this.li.isInteriorIntersection()&&(this.intSegments=new Array(4).fill(null),this.intSegments[0]=s,this.intSegments[1]=o,this.intSegments[2]=a,this.intSegments[3]=u,this.interiorIntersection=this.li.getIntersection(0),this.keepIntersections&&this.intersections.add(this.interiorIntersection),this.intersectionCount++)},isEndSegment:function(t,e){return 0===e||e>=t.size()-2},hasIntersection:function(){return null!==this.interiorIntersection},isDone:function(){return!this.findAllIntersections&&null!==this.interiorIntersection},interfaces_:function(){return[on]},getClass:function(){return an}}),an.createAllIntersectionsFinder=function(t){var e=new an(t);return e.setFindAllIntersections(!0),e},an.createAnyIntersectionFinder=function(t){return new an(t)},an.createIntersectionCounter=function(t){var e=new an(t);return e.setFindAllIntersections(!0),e.setKeepIntersections(!1),e},e(un.prototype,{execute:function(){return null!==this.segInt?null:void this.checkInteriorIntersections()},getIntersections:function(){return this.segInt.getIntersections()},isValid:function(){return this.execute(),this._isValid},setFindAllIntersections:function(t){this.findAllIntersections=t},checkInteriorIntersections:function(){this._isValid=!0,this.segInt=new an(this.li),this.segInt.setFindAllIntersections(this.findAllIntersections);var t=new nn;if(t.setSegmentIntersector(this.segInt),t.computeNodes(this.segStrings),this.segInt.hasIntersection())return this._isValid=!1,null},checkValid:function(){if(this.execute(),!this._isValid)throw new sn(this.getErrorMessage(),this.segInt.getInteriorIntersection())},getErrorMessage:function(){if(this._isValid)return\"no intersections found\";var t=this.segInt.getIntersectionSegments();return\"found non-noded intersection between \"+se.toLineString(t[0],t[1])+\" and \"+se.toLineString(t[2],t[3])},interfaces_:function(){return[]},getClass:function(){return un}}),un.computeIntersections=function(t){var e=new un(t);return e.setFindAllIntersections(!0),e.isValid(),e.getIntersections()},e(ln.prototype,{checkValid:function(){this.nv.checkValid()},interfaces_:function(){return[]},getClass:function(){return ln}}),ln.toSegmentStrings=function(t){for(var e=new I,n=t.iterator();n.hasNext();){var i=n.next();e.add(new Oe(i.getCoordinates(),i))}return e},ln.checkValid=function(t){var e=new ln(t);e.checkValid()},e(hn.prototype,{map:function(t){for(var e=new I,n=0;n<t.getNumGeometries();n++){var i=this.mapOp.map(t.getGeometryN(n));i.isEmpty()||e.add(i)}return t.getFactory().createGeometryCollection(ie.toGeometryArray(e))},interfaces_:function(){return[]},getClass:function(){return hn}}),hn.map=function(t,e){var n=new hn(e);return n.map(t)},e(cn.prototype,{interfaces_:function(){return[]},getClass:function(){return cn}}),cn.opposite=function(t){return t===cn.LEFT?cn.RIGHT:t===cn.RIGHT?cn.LEFT:t},cn.ON=0,cn.LEFT=1,cn.RIGHT=2,e(fn.prototype,{setAllLocations:function(t){for(var e=0;e<this.location.length;e++)this.location[e]=t},isNull:function(){for(var t=0;t<this.location.length;t++)if(this.location[t]!==L.NONE)return!1;return!0},setAllLocationsIfNull:function(t){for(var e=0;e<this.location.length;e++)this.location[e]===L.NONE&&(this.location[e]=t)},isLine:function(){return 1===this.location.length},merge:function(t){if(t.location.length>this.location.length){var e=new Array(3).fill(null);e[cn.ON]=this.location[cn.ON],e[cn.LEFT]=L.NONE,e[cn.RIGHT]=L.NONE,this.location=e}for(var n=0;n<this.location.length;n++)this.location[n]===L.NONE&&n<t.location.length&&(this.location[n]=t.location[n])},getLocations:function(){return this.location},flip:function(){if(this.location.length<=1)return null;var t=this.location[cn.LEFT];this.location[cn.LEFT]=this.location[cn.RIGHT],this.location[cn.RIGHT]=t},toString:function(){var t=new P;return this.location.length>1&&t.append(L.toLocationSymbol(this.location[cn.LEFT])),t.append(L.toLocationSymbol(this.location[cn.ON])),this.location.length>1&&t.append(L.toLocationSymbol(this.location[cn.RIGHT])),t.toString()},setLocations:function(t,e,n){this.location[cn.ON]=t,this.location[cn.LEFT]=e,this.location[cn.RIGHT]=n},get:function(t){return t<this.location.length?this.location[t]:L.NONE},isArea:function(){return this.location.length>1},isAnyNull:function(){for(var t=0;t<this.location.length;t++)if(this.location[t]===L.NONE)return!0;return!1},setLocation:function(){if(1===arguments.length){var t=arguments[0];this.setLocation(cn.ON,t)}else if(2===arguments.length){var e=arguments[0],n=arguments[1];this.location[e]=n}},init:function(t){this.location=new Array(t).fill(null),this.setAllLocations(L.NONE)},isEqualOnSide:function(t,e){return this.location[e]===t.location[e]},allPositionsEqual:function(t){for(var e=0;e<this.location.length;e++)if(this.location[e]!==t)return!1;return!0},interfaces_:function(){return[]},getClass:function(){return fn}}),e(gn.prototype,{getGeometryCount:function(){var t=0;return this.elt[0].isNull()||t++,this.elt[1].isNull()||t++,t},setAllLocations:function(t,e){this.elt[t].setAllLocations(e)},isNull:function(t){return this.elt[t].isNull()},setAllLocationsIfNull:function(){if(1===arguments.length){var t=arguments[0];this.setAllLocationsIfNull(0,t),this.setAllLocationsIfNull(1,t)}else if(2===arguments.length){var e=arguments[0],n=arguments[1];this.elt[e].setAllLocationsIfNull(n)}},isLine:function(t){return this.elt[t].isLine()},merge:function(t){for(var e=0;e<2;e++)null===this.elt[e]&&null!==t.elt[e]?this.elt[e]=new fn(t.elt[e]):this.elt[e].merge(t.elt[e])},flip:function(){this.elt[0].flip(),this.elt[1].flip()},getLocation:function(){if(1===arguments.length){var t=arguments[0];return this.elt[t].get(cn.ON)}if(2===arguments.length){var e=arguments[0],n=arguments[1];return this.elt[e].get(n)}},toString:function(){var t=new P;return null!==this.elt[0]&&(t.append(\"A:\"),t.append(this.elt[0].toString())),null!==this.elt[1]&&(t.append(\" B:\"),t.append(this.elt[1].toString())),t.toString()},isArea:function(){if(0===arguments.length)return this.elt[0].isArea()||this.elt[1].isArea();if(1===arguments.length){var t=arguments[0];return this.elt[t].isArea()}},isAnyNull:function(t){return this.elt[t].isAnyNull()},setLocation:function(){if(2===arguments.length){var t=arguments[0],e=arguments[1];this.elt[t].setLocation(cn.ON,e)}else if(3===arguments.length){var n=arguments[0],i=arguments[1],r=arguments[2];this.elt[n].setLocation(i,r)}},isEqualOnSide:function(t,e){return this.elt[0].isEqualOnSide(t.elt[0],e)&&this.elt[1].isEqualOnSide(t.elt[1],e)},allPositionsEqual:function(t,e){return this.elt[t].allPositionsEqual(e)},toLine:function(t){this.elt[t].isArea()&&(this.elt[t]=new fn(this.elt[t].location[0]))},interfaces_:function(){return[]},getClass:function(){return gn}}),gn.toLineLabel=function(t){for(var e=new gn(L.NONE),n=0;n<2;n++)e.setLocation(n,t.getLocation(n));return e},e(dn.prototype,{computeRing:function(){if(null!==this.ring)return null;for(var t=new Array(this.pts.size()).fill(null),e=0;e<this.pts.size();e++)t[e]=this.pts.get(e);this.ring=this.geometryFactory.createLinearRing(t),this._isHole=he.isCCW(this.ring.getCoordinates())},isIsolated:function(){return 1===this.label.getGeometryCount()},computePoints:function(t){this.startDe=t;var e=t,n=!0;do{if(null===e)throw new sn(\"Found null DirectedEdge\");if(e.getEdgeRing()===this)throw new sn(\"Directed Edge visited twice during ring-building at \"+e.getCoordinate());this.edges.add(e);var i=e.getLabel();f.isTrue(i.isArea()),this.mergeLabel(i),this.addPoints(e.getEdge(),e.isForward(),n),n=!1,this.setEdgeRing(e,this),e=this.getNext(e)}while(e!==this.startDe)},getLinearRing:function(){return this.ring},getCoordinate:function(t){return this.pts.get(t)},computeMaxNodeDegree:function(){this.maxNodeDegree=0;var t=this.startDe;do{var e=t.getNode(),n=e.getEdges().getOutgoingDegree(this);n>this.maxNodeDegree&&(this.maxNodeDegree=n),t=this.getNext(t)}while(t!==this.startDe);this.maxNodeDegree*=2},addPoints:function(t,e,n){var i=t.getCoordinates();if(e){var r=1;n&&(r=0);for(var s=r;s<i.length;s++)this.pts.add(i[s])}else{var r=i.length-2;n&&(r=i.length-1);for(var s=r;s>=0;s--)this.pts.add(i[s])}},isHole:function(){return this._isHole},setInResult:function(){var t=this.startDe;do t.getEdge().setInResult(!0),t=t.getNext();while(t!==this.startDe)},containsPoint:function(t){var e=this.getLinearRing(),n=e.getEnvelopeInternal();if(!n.contains(t))return!1;if(!he.isPointInRing(t,e.getCoordinates()))return!1;for(var i=this.holes.iterator();i.hasNext();){var r=i.next();if(r.containsPoint(t))return!1}return!0},addHole:function(t){this.holes.add(t)},isShell:function(){return null===this.shell},getLabel:function(){return this.label},getEdges:function(){return this.edges},getMaxNodeDegree:function(){return this.maxNodeDegree<0&&this.computeMaxNodeDegree(),this.maxNodeDegree},getShell:function(){return this.shell},mergeLabel:function(){if(1===arguments.length){var t=arguments[0];this.mergeLabel(t,0),this.mergeLabel(t,1)}else if(2===arguments.length){var e=arguments[0],n=arguments[1],i=e.getLocation(n,cn.RIGHT);if(i===L.NONE)return null;if(this.label.getLocation(n)===L.NONE)return this.label.setLocation(n,i),null}},setShell:function(t){this.shell=t,null!==t&&t.addHole(this)},toPolygon:function(t){for(var e=new Array(this.holes.size()).fill(null),n=0;n<this.holes.size();n++)e[n]=this.holes.get(n).getLinearRing();var i=t.createPolygon(this.getLinearRing(),e);return i},interfaces_:function(){return[]},getClass:function(){return dn}}),h(pn,dn),e(pn.prototype,{setEdgeRing:function(t,e){t.setMinEdgeRing(e)},getNext:function(t){return t.getNextMin()},interfaces_:function(){return[]},getClass:function(){return pn}}),h(vn,dn),e(vn.prototype,{buildMinimalRings:function(){var t=new I,e=this.startDe;do{if(null===e.getMinEdgeRing()){var n=new pn(e,this.geometryFactory);t.add(n)}e=e.getNext()}while(e!==this.startDe);return t},setEdgeRing:function(t,e){t.setEdgeRing(e)},linkDirectedEdgesForMinimalEdgeRings:function(){var t=this.startDe;do{var e=t.getNode();e.getEdges().linkMinimalDirectedEdges(this),t=t.getNext()}while(t!==this.startDe)},getNext:function(t){return t.getNext()},interfaces_:function(){return[]},getClass:function(){return vn}}),e(mn.prototype,{setVisited:function(t){this._isVisited=t},setInResult:function(t){this._isInResult=t},isCovered:function(){return this._isCovered},isCoveredSet:function(){return this._isCoveredSet},setLabel:function(t){this.label=t},getLabel:function(){return this.label},setCovered:function(t){this._isCovered=t,this._isCoveredSet=!0},updateIM:function(t){f.isTrue(this.label.getGeometryCount()>=2,\"found partial label\"),this.computeIM(t)},isInResult:function(){return this._isInResult},isVisited:function(){return this._isVisited},interfaces_:function(){return[]},getClass:function(){return mn}}),h(yn,mn),e(yn.prototype,{isIncidentEdgeInResult:function(){for(var t=this.getEdges().getEdges().iterator();t.hasNext();){var e=t.next();if(e.getEdge().isInResult())return!0}return!1},isIsolated:function(){return 1===this.label.getGeometryCount()},getCoordinate:function(){return this.coord},print:function(t){t.println(\"node \"+this.coord+\" lbl: \"+this.label)},computeIM:function(t){},computeMergedLocation:function(t,e){var n=L.NONE;if(n=this.label.getLocation(e),!t.isNull(e)){var i=t.getLocation(e);n!==L.BOUNDARY&&(n=i)}return n},setLabel:function(){if(2!==arguments.length)return mn.prototype.setLabel.apply(this,arguments);var t=arguments[0],e=arguments[1];null===this.label?this.label=new gn(t,e):this.label.setLocation(t,e)},getEdges:function(){return this.edges},mergeLabel:function(){if(arguments[0]instanceof yn){var t=arguments[0];this.mergeLabel(t.label)}else if(arguments[0]instanceof gn)for(var e=arguments[0],n=0;n<2;n++){var i=this.computeMergedLocation(e,n),r=this.label.getLocation(n);r===L.NONE&&this.label.setLocation(n,i)}},add:function(t){this.edges.insert(t),t.setNode(this)},setLabelBoundary:function(t){if(null===this.label)return null;var e=L.NONE;null!==this.label&&(e=this.label.getLocation(t));var n=null;switch(e){case L.BOUNDARY:n=L.INTERIOR;break;case L.INTERIOR:n=L.BOUNDARY;break;default:n=L.BOUNDARY}this.label.setLocation(t,n)},interfaces_:function(){return[]},getClass:function(){return yn}}),e(xn.prototype,{find:function(t){return this.nodeMap.get(t)},addNode:function(){if(arguments[0]instanceof g){var t=arguments[0],e=this.nodeMap.get(t);return null===e&&(e=this.nodeFact.createNode(t),this.nodeMap.put(t,e)),e}if(arguments[0]instanceof yn){var n=arguments[0],e=this.nodeMap.get(n.getCoordinate());return null===e?(this.nodeMap.put(n.getCoordinate(),n),n):(e.mergeLabel(n),e)}},print:function(t){for(var e=this.iterator();e.hasNext();){var n=e.next();n.print(t)}},iterator:function(){return this.nodeMap.values().iterator()},values:function(){return this.nodeMap.values()},getBoundaryNodes:function(t){for(var e=new I,n=this.iterator();n.hasNext();){var i=n.next();i.getLabel().getLocation(t)===L.BOUNDARY&&e.add(i)}return e},add:function(t){var e=t.getCoordinate(),n=this.addNode(e);n.add(t)},interfaces_:function(){return[]},getClass:function(){return xn}}),e(En.prototype,{compareDirection:function(t){return this.dx===t.dx&&this.dy===t.dy?0:this.quadrant>t.quadrant?1:this.quadrant<t.quadrant?-1:he.computeOrientation(t.p0,t.p1,this.p1)},getDy:function(){return this.dy},getCoordinate:function(){return this.p0},setNode:function(t){this.node=t},print:function(t){var e=Math.atan2(this.dy,this.dx),n=this.getClass().getName(),i=n.lastIndexOf(\".\"),r=n.substring(i+1);t.print(\"  \"+r+\": \"+this.p0+\" - \"+this.p1+\" \"+this.quadrant+\":\"+e+\"   \"+this.label)},compareTo:function(t){var e=t;return this.compareDirection(e)},getDirectedCoordinate:function(){return this.p1},getDx:function(){return this.dx},getLabel:function(){return this.label},getEdge:function(){return this.edge},getQuadrant:function(){return this.quadrant},getNode:function(){return this.node},toString:function(){var t=Math.atan2(this.dy,this.dx),e=this.getClass().getName(),n=e.lastIndexOf(\".\"),i=e.substring(n+1);return\"  \"+i+\": \"+this.p0+\" - \"+this.p1+\" \"+this.quadrant+\":\"+t+\"   \"+this.label},computeLabel:function(t){},init:function(t,e){this.p0=t,this.p1=e,this.dx=e.x-t.x,this.dy=e.y-t.y,this.quadrant=Je.quadrant(this.dx,this.dy),f.isTrue(!(0===this.dx&&0===this.dy),\"EdgeEnd with identical endpoints found\")},interfaces_:function(){return[s]},getClass:function(){return En}}),h(In,En),e(In.prototype,{getNextMin:function(){return this.nextMin},getDepth:function(t){return this.depth[t]},setVisited:function(t){this._isVisited=t},computeDirectedLabel:function(){this.label=new gn(this.edge.getLabel()),this._isForward||this.label.flip()},getNext:function(){return this.next},setDepth:function(t,e){if(this.depth[t]!==-999&&this.depth[t]!==e)throw new sn(\"assigned depths do not match\",this.getCoordinate());this.depth[t]=e},isInteriorAreaEdge:function t(){for(var t=!0,e=0;e<2;e++)this.label.isArea(e)&&this.label.getLocation(e,cn.LEFT)===L.INTERIOR&&this.label.getLocation(e,cn.RIGHT)===L.INTERIOR||(t=!1);return t},setNextMin:function(t){this.nextMin=t},print:function(t){En.prototype.print.call(this,t),t.print(\" \"+this.depth[cn.LEFT]+\"/\"+this.depth[cn.RIGHT]),t.print(\" (\"+this.getDepthDelta()+\")\"),this._isInResult&&t.print(\" inResult\")},setMinEdgeRing:function(t){this.minEdgeRing=t},isLineEdge:function(){var t=this.label.isLine(0)||this.label.isLine(1),e=!this.label.isArea(0)||this.label.allPositionsEqual(0,L.EXTERIOR),n=!this.label.isArea(1)||this.label.allPositionsEqual(1,L.EXTERIOR);return t&&e&&n},setEdgeRing:function(t){this.edgeRing=t},getMinEdgeRing:function(){return this.minEdgeRing},getDepthDelta:function(){var t=this.edge.getDepthDelta();return this._isForward||(t=-t),t},setInResult:function(t){this._isInResult=t},getSym:function(){return this.sym},isForward:function(){return this._isForward},getEdge:function(){return this.edge},printEdge:function(t){this.print(t),t.print(\" \"),this._isForward?this.edge.print(t):this.edge.printReverse(t)},setSym:function(t){this.sym=t},setVisitedEdge:function(t){this.setVisited(t),this.sym.setVisited(t)},setEdgeDepths:function(t,e){var n=this.getEdge().getDepthDelta();this._isForward||(n=-n);var i=1;t===cn.LEFT&&(i=-1);var r=cn.opposite(t),s=n*i,o=e+s;this.setDepth(t,e),this.setDepth(r,o)},getEdgeRing:function(){return this.edgeRing},isInResult:function(){return this._isInResult},setNext:function(t){this.next=t},isVisited:function(){return this._isVisited},interfaces_:function(){return[]},getClass:function(){return In}}),In.depthFactor=function(t,e){return t===L.EXTERIOR&&e===L.INTERIOR?1:t===L.INTERIOR&&e===L.EXTERIOR?-1:0},e(Nn.prototype,{createNode:function(t){return new yn(t,null)},interfaces_:function(){return[]},getClass:function(){return Nn}}),e(Cn.prototype,{printEdges:function(t){t.println(\"Edges:\");for(var e=0;e<this.edges.size();e++){t.println(\"edge \"+e+\":\");var n=this.edges.get(e);n.print(t),n.eiList.print(t)}},find:function(t){return this.nodes.find(t)},addNode:function(){if(arguments[0]instanceof yn){var t=arguments[0];return this.nodes.addNode(t)}if(arguments[0]instanceof g){var e=arguments[0];return this.nodes.addNode(e)}},getNodeIterator:function(){return this.nodes.iterator()},linkResultDirectedEdges:function(){for(var t=this.nodes.iterator();t.hasNext();){var e=t.next();e.getEdges().linkResultDirectedEdges()}},debugPrintln:function(t){A.out.println(t)},isBoundaryNode:function(t,e){var n=this.nodes.find(e);if(null===n)return!1;var i=n.getLabel();return null!==i&&i.getLocation(t)===L.BOUNDARY},linkAllDirectedEdges:function(){for(var t=this.nodes.iterator();t.hasNext();){var e=t.next();e.getEdges().linkAllDirectedEdges()}},matchInSameDirection:function(t,e,n,i){return!!t.equals(n)&&(he.computeOrientation(t,e,i)===he.COLLINEAR&&Je.quadrant(t,e)===Je.quadrant(n,i))},getEdgeEnds:function(){return this.edgeEndList},debugPrint:function(t){A.out.print(t)},getEdgeIterator:function(){return this.edges.iterator()},findEdgeInSameDirection:function(t,e){for(var n=0;n<this.edges.size();n++){var i=this.edges.get(n),r=i.getCoordinates();if(this.matchInSameDirection(t,e,r[0],r[1]))return i;if(this.matchInSameDirection(t,e,r[r.length-1],r[r.length-2]))return i}return null},insertEdge:function(t){this.edges.add(t)},findEdgeEnd:function(t){for(var e=this.getEdgeEnds().iterator();e.hasNext();){var n=e.next();if(n.getEdge()===t)return n}return null},addEdges:function(t){for(var e=t.iterator();e.hasNext();){var n=e.next();this.edges.add(n);var i=new In(n,(!0)),r=new In(n,(!1));i.setSym(r),r.setSym(i),this.add(i),this.add(r)}},add:function(t){this.nodes.add(t),this.edgeEndList.add(t)},getNodes:function(){return this.nodes.values()},findEdge:function(t,e){for(var n=0;n<this.edges.size();n++){var i=this.edges.get(n),r=i.getCoordinates();if(t.equals(r[0])&&e.equals(r[1]))return i}return null},interfaces_:function(){return[]},getClass:function(){return Cn}}),Cn.linkResultDirectedEdges=function(t){for(var e=t.iterator();e.hasNext();){var n=e.next();n.getEdges().linkResultDirectedEdges()}},e(Sn.prototype,{sortShellsAndHoles:function(t,e,n){for(var i=t.iterator();i.hasNext();){var r=i.next();r.isHole()?n.add(r):e.add(r)}},computePolygons:function(t){for(var e=new I,n=t.iterator();n.hasNext();){var i=n.next(),r=i.toPolygon(this.geometryFactory);e.add(r)}return e},placeFreeHoles:function(t,e){for(var n=e.iterator();n.hasNext();){var i=n.next();if(null===i.getShell()){var r=this.findEdgeRingContaining(i,t);if(null===r)throw new sn(\"unable to assign hole to a shell\",i.getCoordinate(0));i.setShell(r)}}},buildMinimalEdgeRings:function(t,e,n){for(var i=new I,r=t.iterator();r.hasNext();){var s=r.next();if(s.getMaxNodeDegree()>2){s.linkDirectedEdgesForMinimalEdgeRings();var o=s.buildMinimalRings(),a=this.findShell(o);null!==a?(this.placePolygonHoles(a,o),e.add(a)):n.addAll(o)}else i.add(s)}return i},containsPoint:function(t){for(var e=this.shellList.iterator();e.hasNext();){var n=e.next();if(n.containsPoint(t))return!0}return!1},buildMaximalEdgeRings:function(t){for(var e=new I,n=t.iterator();n.hasNext();){var i=n.next();if(i.isInResult()&&i.getLabel().isArea()&&null===i.getEdgeRing()){var r=new vn(i,this.geometryFactory);e.add(r),r.setInResult()}}return e},placePolygonHoles:function(t,e){for(var n=e.iterator();n.hasNext();){var i=n.next();i.isHole()&&i.setShell(t)}},getPolygons:function(){var t=this.computePolygons(this.shellList);return t},findEdgeRingContaining:function(t,e){for(var n=t.getLinearRing(),i=n.getEnvelopeInternal(),r=n.getCoordinateN(0),s=null,o=null,a=e.iterator();a.hasNext();){var u=a.next(),l=u.getLinearRing(),h=l.getEnvelopeInternal();null!==s&&(o=s.getLinearRing().getEnvelopeInternal());var c=!1;h.contains(i)&&he.isPointInRing(r,l.getCoordinates())&&(c=!0),c&&(null===s||o.contains(h))&&(s=u)}return s},findShell:function(t){for(var e=0,n=null,i=t.iterator();i.hasNext();){var r=i.next();r.isHole()||(n=r,e++)}return f.isTrue(e<=1,\"found two shells in MinimalEdgeRing list\"),n},add:function(){if(1===arguments.length){var t=arguments[0];this.add(t.getEdgeEnds(),t.getNodes())}else if(2===arguments.length){var e=arguments[0],n=arguments[1];Cn.linkResultDirectedEdges(n);var i=this.buildMaximalEdgeRings(e),r=new I,s=this.buildMinimalEdgeRings(i,this.shellList,r);this.sortShellsAndHoles(s,this.shellList,r),this.placeFreeHoles(this.shellList,r)}},interfaces_:function(){return[]},getClass:function(){return Sn}}),e(wn.prototype,{collectLines:function(t){for(var e=this.op.getGraph().getEdgeEnds().iterator();e.hasNext();){var n=e.next();this.collectLineEdge(n,t,this.lineEdgesList),this.collectBoundaryTouchEdge(n,t,this.lineEdgesList)}},labelIsolatedLine:function(t,e){var n=this.ptLocator.locate(t.getCoordinate(),this.op.getArgGeometry(e));t.getLabel().setLocation(e,n)},build:function(t){return this.findCoveredLineEdges(),this.collectLines(t),this.buildLines(t),this.resultLineList},collectLineEdge:function(t,e,n){var i=t.getLabel(),r=t.getEdge();t.isLineEdge()&&(t.isVisited()||!ii.isResultOfOp(i,e)||r.isCovered()||(n.add(r),t.setVisitedEdge(!0)))},findCoveredLineEdges:function(){for(var t=this.op.getGraph().getNodes().iterator();t.hasNext();){var e=t.next();e.getEdges().findCoveredLineEdges()}for(var n=this.op.getGraph().getEdgeEnds().iterator();n.hasNext();){var i=n.next(),r=i.getEdge();if(i.isLineEdge()&&!r.isCoveredSet()){var s=this.op.isCoveredByA(i.getCoordinate());r.setCovered(s)}}},labelIsolatedLines:function(t){for(var e=t.iterator();e.hasNext();){var n=e.next(),i=n.getLabel();n.isIsolated()&&(i.isNull(0)?this.labelIsolatedLine(n,0):this.labelIsolatedLine(n,1))}},buildLines:function(t){for(var e=this.lineEdgesList.iterator();e.hasNext();){var n=e.next(),i=(n.getLabel(),this.geometryFactory.createLineString(n.getCoordinates()));this.resultLineList.add(i),n.setInResult(!0)}},collectBoundaryTouchEdge:function(t,e,n){var i=t.getLabel();return t.isLineEdge()?null:t.isVisited()?null:t.isInteriorAreaEdge()?null:t.getEdge().isInResult()?null:(f.isTrue(!(t.isInResult()||t.getSym().isInResult())||!t.getEdge().isInResult()),void(ii.isResultOfOp(i,e)&&e===ii.INTERSECTION&&(n.add(t.getEdge()),t.setVisitedEdge(!0))))},interfaces_:function(){return[]},getClass:function(){return wn}}),e(Ln.prototype,{filterCoveredNodeToPoint:function(t){var e=t.getCoordinate();if(!this.op.isCoveredByLA(e)){var n=this.geometryFactory.createPoint(e);this.resultPointList.add(n)}},extractNonCoveredResultNodes:function(t){for(var e=this.op.getGraph().getNodes().iterator();e.hasNext();){var n=e.next();if(!(n.isInResult()||n.isIncidentEdgeInResult()||0!==n.getEdges().getDegree()&&t!==ii.INTERSECTION)){var i=n.getLabel();ii.isResultOfOp(i,t)&&this.filterCoveredNodeToPoint(n)}}},build:function(t){return this.extractNonCoveredResultNodes(t),this.resultPointList},interfaces_:function(){return[]},getClass:function(){return Ln}}),e(Rn.prototype,{locate:function(t){},interfaces_:function(){return[]},getClass:function(){return Rn}}),e(Tn.prototype,{locate:function(t){return Tn.locate(t,this.geom)},interfaces_:function(){return[Rn]},getClass:function(){return Tn}}),Tn.isPointInRing=function(t,e){return!!e.getEnvelopeInternal().intersects(t)&&he.isPointInRing(t,e.getCoordinates())},Tn.containsPointInPolygon=function(t,e){if(e.isEmpty())return!1;var n=e.getExteriorRing();if(!Tn.isPointInRing(t,n))return!1;for(var i=0;i<e.getNumInteriorRing();i++){var r=e.getInteriorRingN(i);if(Tn.isPointInRing(t,r))return!1}return!0},Tn.containsPoint=function(t,e){if(e instanceof Tt)return Tn.containsPointInPolygon(t,e);if(e instanceof ft)for(var n=new Re(e);n.hasNext();){var i=n.next();if(i!==e&&Tn.containsPoint(t,i))return!0}return!1},Tn.locate=function(t,e){return e.isEmpty()?L.EXTERIOR:Tn.containsPoint(t,e)?L.INTERIOR:L.EXTERIOR},e(Pn.prototype,{getNextCW:function(t){this.getEdges();var e=this.edgeList.indexOf(t),n=e-1;return 0===e&&(n=this.edgeList.size()-1),this.edgeList.get(n)},propagateSideLabels:function(t){for(var e=L.NONE,n=this.iterator();n.hasNext();){var i=n.next(),r=i.getLabel();r.isArea(t)&&r.getLocation(t,cn.LEFT)!==L.NONE&&(e=r.getLocation(t,cn.LEFT))}if(e===L.NONE)return null;for(var s=e,n=this.iterator();n.hasNext();){var i=n.next(),r=i.getLabel();if(r.getLocation(t,cn.ON)===L.NONE&&r.setLocation(t,cn.ON,s),r.isArea(t)){var o=r.getLocation(t,cn.LEFT),a=r.getLocation(t,cn.RIGHT);if(a!==L.NONE){if(a!==s)throw new sn(\"side location conflict\",i.getCoordinate());o===L.NONE&&f.shouldNeverReachHere(\"found single null side (at \"+i.getCoordinate()+\")\"),s=o}else f.isTrue(r.getLocation(t,cn.LEFT)===L.NONE,\"found single null side\"),r.setLocation(t,cn.RIGHT,s),r.setLocation(t,cn.LEFT,s)}}},getCoordinate:function(){var t=this.iterator();if(!t.hasNext())return null;var e=t.next();return e.getCoordinate()},print:function(t){A.out.println(\"EdgeEndStar:   \"+this.getCoordinate());for(var e=this.iterator();e.hasNext();){var n=e.next();\nn.print(t)}},isAreaLabelsConsistent:function(t){return this.computeEdgeEndLabels(t.getBoundaryNodeRule()),this.checkAreaLabelsConsistent(0)},checkAreaLabelsConsistent:function(t){var e=this.getEdges();if(e.size()<=0)return!0;var n=e.size()-1,i=e.get(n).getLabel(),r=i.getLocation(t,cn.LEFT);f.isTrue(r!==L.NONE,\"Found unlabelled area edge\");for(var s=r,o=this.iterator();o.hasNext();){var a=o.next(),u=a.getLabel();f.isTrue(u.isArea(t),\"Found non-area edge\");var l=u.getLocation(t,cn.LEFT),h=u.getLocation(t,cn.RIGHT);if(l===h)return!1;if(h!==s)return!1;s=l}return!0},findIndex:function(t){this.iterator();for(var e=0;e<this.edgeList.size();e++){var n=this.edgeList.get(e);if(n===t)return e}return-1},iterator:function(){return this.getEdges().iterator()},getEdges:function(){return null===this.edgeList&&(this.edgeList=new I(this.edgeMap.values())),this.edgeList},getLocation:function(t,e,n){return this.ptInAreaLocation[t]===L.NONE&&(this.ptInAreaLocation[t]=Tn.locate(e,n[t].getGeometry())),this.ptInAreaLocation[t]},toString:function(){var t=new P;t.append(\"EdgeEndStar:   \"+this.getCoordinate()),t.append(\"\\n\");for(var e=this.iterator();e.hasNext();){var n=e.next();t.append(n),t.append(\"\\n\")}return t.toString()},computeEdgeEndLabels:function(t){for(var e=this.iterator();e.hasNext();){var n=e.next();n.computeLabel(t)}},computeLabelling:function(t){this.computeEdgeEndLabels(t[0].getBoundaryNodeRule()),this.propagateSideLabels(0),this.propagateSideLabels(1);for(var e=[!1,!1],n=this.iterator();n.hasNext();)for(var i=n.next(),r=i.getLabel(),s=0;s<2;s++)r.isLine(s)&&r.getLocation(s)===L.BOUNDARY&&(e[s]=!0);for(var n=this.iterator();n.hasNext();)for(var i=n.next(),r=i.getLabel(),s=0;s<2;s++)if(r.isAnyNull(s)){var o=L.NONE;if(e[s])o=L.EXTERIOR;else{var a=i.getCoordinate();o=this.getLocation(s,a,t)}r.setAllLocationsIfNull(s,o)}},getDegree:function(){return this.edgeMap.size()},insertEdgeEnd:function(t,e){this.edgeMap.put(t,e),this.edgeList=null},interfaces_:function(){return[]},getClass:function(){return Pn}}),h(bn,Pn),e(bn.prototype,{linkResultDirectedEdges:function(){this.getResultAreaEdges();for(var t=null,e=null,n=this.SCANNING_FOR_INCOMING,i=0;i<this.resultAreaEdgeList.size();i++){var r=this.resultAreaEdgeList.get(i),s=r.getSym();if(r.getLabel().isArea())switch(null===t&&r.isInResult()&&(t=r),n){case this.SCANNING_FOR_INCOMING:if(!s.isInResult())continue;e=s,n=this.LINKING_TO_OUTGOING;break;case this.LINKING_TO_OUTGOING:if(!r.isInResult())continue;e.setNext(r),n=this.SCANNING_FOR_INCOMING}}if(n===this.LINKING_TO_OUTGOING){if(null===t)throw new sn(\"no outgoing dirEdge found\",this.getCoordinate());f.isTrue(t.isInResult(),\"unable to link last incoming dirEdge\"),e.setNext(t)}},insert:function(t){var e=t;this.insertEdgeEnd(e,e)},getRightmostEdge:function(){var t=this.getEdges(),e=t.size();if(e<1)return null;var n=t.get(0);if(1===e)return n;var i=t.get(e-1),r=n.getQuadrant(),s=i.getQuadrant();if(Je.isNorthern(r)&&Je.isNorthern(s))return n;if(!Je.isNorthern(r)&&!Je.isNorthern(s))return i;return 0!==n.getDy()?n:0!==i.getDy()?i:(f.shouldNeverReachHere(\"found two horizontal edges incident on node\"),null)},print:function(t){A.out.println(\"DirectedEdgeStar: \"+this.getCoordinate());for(var e=this.iterator();e.hasNext();){var n=e.next();t.print(\"out \"),n.print(t),t.println(),t.print(\"in \"),n.getSym().print(t),t.println()}},getResultAreaEdges:function(){if(null!==this.resultAreaEdgeList)return this.resultAreaEdgeList;this.resultAreaEdgeList=new I;for(var t=this.iterator();t.hasNext();){var e=t.next();(e.isInResult()||e.getSym().isInResult())&&this.resultAreaEdgeList.add(e)}return this.resultAreaEdgeList},updateLabelling:function(t){for(var e=this.iterator();e.hasNext();){var n=e.next(),i=n.getLabel();i.setAllLocationsIfNull(0,t.getLocation(0)),i.setAllLocationsIfNull(1,t.getLocation(1))}},linkAllDirectedEdges:function(){this.getEdges();for(var t=null,e=null,n=this.edgeList.size()-1;n>=0;n--){var i=this.edgeList.get(n),r=i.getSym();null===e&&(e=r),null!==t&&r.setNext(t),t=i}e.setNext(t)},computeDepths:function(){if(1===arguments.length){var t=arguments[0],e=this.findIndex(t),n=(t.getLabel(),t.getDepth(cn.LEFT)),i=t.getDepth(cn.RIGHT),r=this.computeDepths(e+1,this.edgeList.size(),n),s=this.computeDepths(0,e,r);if(s!==i)throw new sn(\"depth mismatch at \"+t.getCoordinate())}else if(3===arguments.length){for(var o=arguments[0],a=arguments[1],u=arguments[2],l=u,h=o;h<a;h++){var c=this.edgeList.get(h);c.getLabel();c.setEdgeDepths(cn.RIGHT,l),l=c.getDepth(cn.LEFT)}return l}},mergeSymLabels:function(){for(var t=this.iterator();t.hasNext();){var e=t.next(),n=e.getLabel();n.merge(e.getSym().getLabel())}},linkMinimalDirectedEdges:function(t){for(var e=null,n=null,i=this.SCANNING_FOR_INCOMING,r=this.resultAreaEdgeList.size()-1;r>=0;r--){var s=this.resultAreaEdgeList.get(r),o=s.getSym();switch(null===e&&s.getEdgeRing()===t&&(e=s),i){case this.SCANNING_FOR_INCOMING:if(o.getEdgeRing()!==t)continue;n=o,i=this.LINKING_TO_OUTGOING;break;case this.LINKING_TO_OUTGOING:if(s.getEdgeRing()!==t)continue;n.setNextMin(s),i=this.SCANNING_FOR_INCOMING}}i===this.LINKING_TO_OUTGOING&&(f.isTrue(null!==e,\"found null for first outgoing dirEdge\"),f.isTrue(e.getEdgeRing()===t,\"unable to link last incoming dirEdge\"),n.setNextMin(e))},getOutgoingDegree:function(){if(0===arguments.length){for(var t=0,e=this.iterator();e.hasNext();){var n=e.next();n.isInResult()&&t++}return t}if(1===arguments.length){for(var i=arguments[0],t=0,e=this.iterator();e.hasNext();){var n=e.next();n.getEdgeRing()===i&&t++}return t}},getLabel:function(){return this.label},findCoveredLineEdges:function(){for(var t=L.NONE,e=this.iterator();e.hasNext();){var n=e.next(),i=n.getSym();if(!n.isLineEdge()){if(n.isInResult()){t=L.INTERIOR;break}if(i.isInResult()){t=L.EXTERIOR;break}}}if(t===L.NONE)return null;for(var r=t,e=this.iterator();e.hasNext();){var n=e.next(),i=n.getSym();n.isLineEdge()?n.getEdge().setCovered(r===L.INTERIOR):(n.isInResult()&&(r=L.EXTERIOR),i.isInResult()&&(r=L.INTERIOR))}},computeLabelling:function(t){Pn.prototype.computeLabelling.call(this,t),this.label=new gn(L.NONE);for(var e=this.iterator();e.hasNext();)for(var n=e.next(),i=n.getEdge(),r=i.getLabel(),s=0;s<2;s++){var o=r.getLocation(s);o!==L.INTERIOR&&o!==L.BOUNDARY||this.label.setLocation(s,L.INTERIOR)}},interfaces_:function(){return[]},getClass:function(){return bn}}),h(On,Nn),e(On.prototype,{createNode:function(t){return new yn(t,new bn)},interfaces_:function(){return[]},getClass:function(){return On}}),e(_n.prototype,{computeIntersections:function(t,e){this.mce.computeIntersectsForChain(this.chainIndex,t.mce,t.chainIndex,e)},interfaces_:function(){return[]},getClass:function(){return _n}}),e(Mn.prototype,{isDelete:function(){return this.eventType===Mn.DELETE},setDeleteEventIndex:function(t){this.deleteEventIndex=t},getObject:function(){return this.obj},compareTo:function(t){var e=t;return this.xValue<e.xValue?-1:this.xValue>e.xValue?1:this.eventType<e.eventType?-1:this.eventType>e.eventType?1:0},getInsertEvent:function(){return this.insertEvent},isInsert:function(){return this.eventType===Mn.INSERT},isSameLabel:function(t){return null!==this.label&&this.label===t.label},getDeleteEventIndex:function(){return this.deleteEventIndex},interfaces_:function(){return[s]},getClass:function(){return Mn}}),Mn.INSERT=1,Mn.DELETE=2,e(Dn.prototype,{interfaces_:function(){return[]},getClass:function(){return Dn}}),e(An.prototype,{isTrivialIntersection:function(t,e,n,i){if(t===n&&1===this.li.getIntersectionNum()){if(An.isAdjacentSegments(e,i))return!0;if(t.isClosed()){var r=t.getNumPoints()-1;if(0===e&&i===r||0===i&&e===r)return!0}}return!1},getProperIntersectionPoint:function(){return this.properIntersectionPoint},setIsDoneIfProperInt:function(t){this.isDoneWhenProperInt=t},hasProperInteriorIntersection:function(){return this.hasProperInterior},isBoundaryPointInternal:function(t,e){for(var n=e.iterator();n.hasNext();){var i=n.next(),r=i.getCoordinate();if(t.isIntersection(r))return!0}return!1},hasProperIntersection:function(){return this.hasProper},hasIntersection:function(){return this._hasIntersection},isDone:function(){return this._isDone},isBoundaryPoint:function(t,e){return null!==e&&(!!this.isBoundaryPointInternal(t,e[0])||!!this.isBoundaryPointInternal(t,e[1]))},setBoundaryNodes:function(t,e){this.bdyNodes=new Array(2).fill(null),this.bdyNodes[0]=t,this.bdyNodes[1]=e},addIntersections:function(t,e,n,i){if(t===n&&e===i)return null;this.numTests++;var r=t.getCoordinates()[e],s=t.getCoordinates()[e+1],o=n.getCoordinates()[i],a=n.getCoordinates()[i+1];this.li.computeIntersection(r,s,o,a),this.li.hasIntersection()&&(this.recordIsolated&&(t.setIsolated(!1),n.setIsolated(!1)),this.numIntersections++,this.isTrivialIntersection(t,e,n,i)||(this._hasIntersection=!0,!this.includeProper&&this.li.isProper()||(t.addIntersections(this.li,e,0),n.addIntersections(this.li,i,1)),this.li.isProper()&&(this.properIntersectionPoint=this.li.getIntersection(0).copy(),this.hasProper=!0,this.isDoneWhenProperInt&&(this._isDone=!0),this.isBoundaryPoint(this.li,this.bdyNodes)||(this.hasProperInterior=!0))))},interfaces_:function(){return[]},getClass:function(){return An}}),An.isAdjacentSegments=function(t,e){return 1===Math.abs(t-e)},h(Fn,Dn),e(Fn.prototype,{prepareEvents:function(){ho.sort(this.events);for(var t=0;t<this.events.size();t++){var e=this.events.get(t);e.isDelete()&&e.getInsertEvent().setDeleteEventIndex(t)}},computeIntersections:function(){if(1===arguments.length){var t=arguments[0];this.nOverlaps=0,this.prepareEvents();for(var e=0;e<this.events.size();e++){var n=this.events.get(e);if(n.isInsert()&&this.processOverlaps(e,n.getDeleteEventIndex(),n,t),t.isDone())break}}else if(3===arguments.length)if(arguments[2]instanceof An&&R(arguments[0],y)&&R(arguments[1],y)){var i=arguments[0],r=arguments[1],s=arguments[2];this.addEdges(i,i),this.addEdges(r,r),this.computeIntersections(s)}else if(\"boolean\"==typeof arguments[2]&&R(arguments[0],y)&&arguments[1]instanceof An){var o=arguments[0],a=arguments[1],u=arguments[2];u?this.addEdges(o,null):this.addEdges(o),this.computeIntersections(a)}},addEdge:function(t,e){for(var n=t.getMonotoneChainEdge(),i=n.getStartIndexes(),r=0;r<i.length-1;r++){var s=new _n(n,r),o=new Mn(e,n.getMinX(r),s);this.events.add(o),this.events.add(new Mn(n.getMaxX(r),o))}},processOverlaps:function(t,e,n,i){for(var r=n.getObject(),s=t;s<e;s++){var o=this.events.get(s);if(o.isInsert()){var a=o.getObject();n.isSameLabel(o)||(r.computeIntersections(a,i),this.nOverlaps++)}}},addEdges:function(){if(1===arguments.length)for(var t=arguments[0],e=t.iterator();e.hasNext();){var n=e.next();this.addEdge(n,n)}else if(2===arguments.length)for(var i=arguments[0],r=arguments[1],e=i.iterator();e.hasNext();){var n=e.next();this.addEdge(n,r)}},interfaces_:function(){return[]},getClass:function(){return Fn}}),e(Gn.prototype,{getMin:function(){return this.min},intersects:function(t,e){return!(this.min>e||this.max<t)},getMax:function(){return this.max},toString:function(){return se.toLineString(new g(this.min,0),new g(this.max,0))},interfaces_:function(){return[]},getClass:function(){return Gn}}),e(qn.prototype,{compare:function(t,e){var n=t,i=e,r=(n.min+n.max)/2,s=(i.min+i.max)/2;return r<s?-1:r>s?1:0},interfaces_:function(){return[a]},getClass:function(){return qn}}),Gn.NodeComparator=qn,h(Bn,Gn),e(Bn.prototype,{query:function(t,e,n){return this.intersects(t,e)?void n.visitItem(this.item):null},interfaces_:function(){return[]},getClass:function(){return Bn}}),h(zn,Gn),e(zn.prototype,{buildExtent:function(t,e){this.min=Math.min(t.min,e.min),this.max=Math.max(t.max,e.max)},query:function(t,e,n){return this.intersects(t,e)?(null!==this.node1&&this.node1.query(t,e,n),void(null!==this.node2&&this.node2.query(t,e,n))):null},interfaces_:function(){return[]},getClass:function(){return zn}}),e(Vn.prototype,{buildTree:function(){ho.sort(this.leaves,new IntervalRTreeNode.NodeComparator);for(var t=this.leaves,e=null,n=new I;;){if(this.buildLevel(t,n),1===n.size())return n.get(0);e=t,t=n,n=e}},insert:function(t,e,n){if(null!==this.root)throw new IllegalStateException(\"Index cannot be added to once it has been queried\");this.leaves.add(new Bn(t,e,n))},query:function(t,e,n){this.init(),this.root.query(t,e,n)},buildRoot:function(){return null!==this.root?null:void(this.root=this.buildTree())},printNode:function(t){A.out.println(se.toLineString(new g(t.min,this.level),new g(t.max,this.level)))},init:function(){return null!==this.root?null:void this.buildRoot()},buildLevel:function(t,e){this.level++,e.clear();for(var n=0;n<t.size();n+=2){var i=t.get(n),r=n+1<t.size()?t.get(n):null;if(null===r)e.add(i);else{var s=new zn(t.get(n),t.get(n+1));e.add(s)}}},interfaces_:function(){return[]},getClass:function(){return Vn}}),e(kn.prototype,{filter:function(t){if(this.isForcedToLineString&&t instanceof bt){var e=t.getFactory().createLineString(t.getCoordinateSequence());return this.lines.add(e),null}t instanceof St&&this.lines.add(t)},setForceToLineString:function(t){this.isForcedToLineString=t},interfaces_:function(){return[q]},getClass:function(){return kn}}),kn.getGeometry=function(){if(1===arguments.length){var t=arguments[0];return t.getFactory().buildGeometry(kn.getLines(t))}if(2===arguments.length){var e=arguments[0],n=arguments[1];return e.getFactory().buildGeometry(kn.getLines(e,n))}},kn.getLines=function(){if(1===arguments.length){var t=arguments[0];return kn.getLines(t,!1)}if(2===arguments.length){if(R(arguments[0],v)&&R(arguments[1],v)){for(var e=arguments[0],n=arguments[1],i=e.iterator();i.hasNext();){var r=i.next();kn.getLines(r,n)}return n}if(arguments[0]instanceof B&&\"boolean\"==typeof arguments[1]){var s=arguments[0],o=arguments[1],a=new I;return s.apply(new kn(a,o)),a}if(arguments[0]instanceof B&&R(arguments[1],v)){var u=arguments[0],l=arguments[1];return u instanceof St?l.add(u):u.apply(new kn(l)),l}}else if(3===arguments.length){if(\"boolean\"==typeof arguments[2]&&R(arguments[0],v)&&R(arguments[1],v)){for(var h=arguments[0],c=arguments[1],f=arguments[2],i=h.iterator();i.hasNext();){var r=i.next();kn.getLines(r,c,f)}return c}if(\"boolean\"==typeof arguments[2]&&arguments[0]instanceof B&&R(arguments[1],v)){var g=arguments[0],d=arguments[1],p=arguments[2];return g.apply(new kn(d,p)),d}}},e(Yn.prototype,{visitItem:function(t){this.items.add(t)},getItems:function(){return this.items},interfaces_:function(){return[Ae]},getClass:function(){return Yn}}),e(Un.prototype,{locate:function(t){var e=new le(t),n=new Xn(e);return this.index.query(t.y,t.y,n),e.getLocation()},interfaces_:function(){return[Rn]},getClass:function(){return Un}}),e(Xn.prototype,{visitItem:function(t){var e=t;this.counter.countSegment(e.getCoordinate(0),e.getCoordinate(1))},interfaces_:function(){return[Ae]},getClass:function(){return Xn}}),e(Hn.prototype,{init:function(t){for(var e=kn.getLines(t),n=e.iterator();n.hasNext();){var i=n.next(),r=i.getCoordinates();this.addLine(r)}},addLine:function(t){for(var e=1;e<t.length;e++){var n=new ce(t[e-1],t[e]),i=Math.min(n.p0.y,n.p1.y),r=Math.max(n.p0.y,n.p1.y);this.index.insert(i,r,n)}},query:function(){if(2===arguments.length){var t=arguments[0],e=arguments[1],n=new Yn;return this.index.query(t,e,n),n.getItems()}if(3===arguments.length){var i=arguments[0],r=arguments[1],s=arguments[2];this.index.query(i,r,s)}},interfaces_:function(){return[]},getClass:function(){return Hn}}),Un.SegmentVisitor=Xn,Un.IntervalIndexedGeometry=Hn,e(Wn.prototype,{getSegmentIndex:function(){return this.segmentIndex},getCoordinate:function(){return this.coord},print:function(t){t.print(this.coord),t.print(\" seg # = \"+this.segmentIndex),t.println(\" dist = \"+this.dist)},compareTo:function(t){var e=t;return this.compare(e.segmentIndex,e.dist)},isEndPoint:function(t){return 0===this.segmentIndex&&0===this.dist||this.segmentIndex===t},toString:function(){return this.coord+\" seg # = \"+this.segmentIndex+\" dist = \"+this.dist},getDistance:function(){return this.dist},compare:function(t,e){return this.segmentIndex<t?-1:this.segmentIndex>t?1:this.dist<e?-1:this.dist>e?1:0},interfaces_:function(){return[s]},getClass:function(){return Wn}}),e(jn.prototype,{print:function(t){t.println(\"Intersections:\");for(var e=this.iterator();e.hasNext();){var n=e.next();n.print(t)}},iterator:function(){return this.nodeMap.values().iterator()},addSplitEdges:function(t){this.addEndpoints();for(var e=this.iterator(),n=e.next();e.hasNext();){var i=e.next(),r=this.createSplitEdge(n,i);t.add(r),n=i}},addEndpoints:function(){var t=this.edge.pts.length-1;this.add(this.edge.pts[0],0,0),this.add(this.edge.pts[t],t,0)},createSplitEdge:function(t,e){var n=e.segmentIndex-t.segmentIndex+2,i=this.edge.pts[e.segmentIndex],r=e.dist>0||!e.coord.equals2D(i);r||n--;var s=new Array(n).fill(null),o=0;s[o++]=new g(t.coord);for(var a=t.segmentIndex+1;a<=e.segmentIndex;a++)s[o++]=this.edge.pts[a];return r&&(s[o]=e.coord),new Jn(s,new gn(this.edge.label))},add:function(t,e,n){var i=new Wn(t,e,n),r=this.nodeMap.get(i);return null!==r?r:(this.nodeMap.put(i,i),i)},isIntersection:function(t){for(var e=this.iterator();e.hasNext();){var n=e.next();if(n.coord.equals(t))return!0}return!1},interfaces_:function(){return[]},getClass:function(){return jn}}),e(Kn.prototype,{getChainStartIndices:function(t){var e=0,n=new I;n.add(new b(e));do{var i=this.findChainEnd(t,e);n.add(new b(i)),e=i}while(e<t.length-1);var r=Kn.toIntArray(n);return r},findChainEnd:function(t,e){for(var n=Je.quadrant(t[e],t[e+1]),i=e+1;i<t.length;){var r=Je.quadrant(t[i-1],t[i]);if(r!==n)break;i++}return i-1},interfaces_:function(){return[]},getClass:function(){return Kn}}),Kn.toIntArray=function(t){for(var e=new Array(t.size()).fill(null),n=0;n<e.length;n++)e[n]=t.get(n).intValue();return e},e(Zn.prototype,{getCoordinates:function(){return this.pts},getMaxX:function(t){var e=this.pts[this.startIndex[t]].x,n=this.pts[this.startIndex[t+1]].x;return e>n?e:n},getMinX:function(t){var e=this.pts[this.startIndex[t]].x,n=this.pts[this.startIndex[t+1]].x;return e<n?e:n},computeIntersectsForChain:function(){if(4===arguments.length){var t=arguments[0],e=arguments[1],n=arguments[2],i=arguments[3];this.computeIntersectsForChain(this.startIndex[t],this.startIndex[t+1],e,e.startIndex[n],e.startIndex[n+1],i)}else if(6===arguments.length){var r=arguments[0],s=arguments[1],o=arguments[2],a=arguments[3],u=arguments[4],l=arguments[5],h=this.pts[r],c=this.pts[s],f=o.pts[a],g=o.pts[u];if(s-r===1&&u-a===1)return l.addIntersections(this.e,r,o.e,a),null;if(this.env1.init(h,c),this.env2.init(f,g),!this.env1.intersects(this.env2))return null;var d=Math.trunc((r+s)/2),p=Math.trunc((a+u)/2);r<d&&(a<p&&this.computeIntersectsForChain(r,d,o,a,p,l),p<u&&this.computeIntersectsForChain(r,d,o,p,u,l)),d<s&&(a<p&&this.computeIntersectsForChain(d,s,o,a,p,l),p<u&&this.computeIntersectsForChain(d,s,o,p,u,l))}},getStartIndexes:function(){return this.startIndex},computeIntersects:function(t,e){for(var n=0;n<this.startIndex.length-1;n++)for(var i=0;i<t.startIndex.length-1;i++)this.computeIntersectsForChain(n,t,i,e)},interfaces_:function(){return[]},getClass:function(){return Zn}}),e(Qn.prototype,{getDepth:function(t,e){return this.depth[t][e]},setDepth:function(t,e,n){this.depth[t][e]=n},isNull:function(){if(0===arguments.length){for(var t=0;t<2;t++)for(var e=0;e<3;e++)if(this.depth[t][e]!==Qn.NULL_VALUE)return!1;return!0}if(1===arguments.length){var n=arguments[0];return this.depth[n][1]===Qn.NULL_VALUE}if(2===arguments.length){var i=arguments[0],r=arguments[1];return this.depth[i][r]===Qn.NULL_VALUE}},normalize:function(){for(var t=0;t<2;t++)if(!this.isNull(t)){var e=this.depth[t][1];this.depth[t][2]<e&&(e=this.depth[t][2]),e<0&&(e=0);for(var n=1;n<3;n++){var i=0;this.depth[t][n]>e&&(i=1),this.depth[t][n]=i}}},getDelta:function(t){return this.depth[t][cn.RIGHT]-this.depth[t][cn.LEFT]},getLocation:function(t,e){return this.depth[t][e]<=0?L.EXTERIOR:L.INTERIOR},toString:function(){return\"A: \"+this.depth[0][1]+\",\"+this.depth[0][2]+\" B: \"+this.depth[1][1]+\",\"+this.depth[1][2]},add:function(){if(1===arguments.length)for(var t=arguments[0],e=0;e<2;e++)for(var n=1;n<3;n++){var i=t.getLocation(e,n);i!==L.EXTERIOR&&i!==L.INTERIOR||(this.isNull(e,n)?this.depth[e][n]=Qn.depthAtLocation(i):this.depth[e][n]+=Qn.depthAtLocation(i))}else if(3===arguments.length){var r=arguments[0],s=arguments[1],o=arguments[2];o===L.INTERIOR&&this.depth[r][s]++}},interfaces_:function(){return[]},getClass:function(){return Qn}}),Qn.depthAtLocation=function(t){return t===L.EXTERIOR?0:t===L.INTERIOR?1:Qn.NULL_VALUE},Qn.NULL_VALUE=-1,h(Jn,mn),e(Jn.prototype,{getDepth:function(){return this.depth},getCollapsedEdge:function(){var t=new Array(2).fill(null);t[0]=this.pts[0],t[1]=this.pts[1];var e=new Jn(t,gn.toLineLabel(this.label));return e},isIsolated:function(){return this._isIsolated},getCoordinates:function(){return this.pts},setIsolated:function(t){this._isIsolated=t},setName:function(t){this.name=t},equals:function(t){if(!(t instanceof Jn))return!1;var e=t;if(this.pts.length!==e.pts.length)return!1;for(var n=!0,i=!0,r=this.pts.length,s=0;s<this.pts.length;s++)if(this.pts[s].equals2D(e.pts[s])||(n=!1),this.pts[s].equals2D(e.pts[--r])||(i=!1),!n&&!i)return!1;return!0},getCoordinate:function(){if(0===arguments.length)return this.pts.length>0?this.pts[0]:null;if(1===arguments.length){var t=arguments[0];return this.pts[t]}},print:function(t){t.print(\"edge \"+this.name+\": \"),t.print(\"LINESTRING (\");for(var e=0;e<this.pts.length;e++)e>0&&t.print(\",\"),t.print(this.pts[e].x+\" \"+this.pts[e].y);t.print(\")  \"+this.label+\" \"+this.depthDelta)},computeIM:function(t){Jn.updateIM(this.label,t)},isCollapsed:function(){return!!this.label.isArea()&&(3===this.pts.length&&!!this.pts[0].equals(this.pts[2]))},isClosed:function(){return this.pts[0].equals(this.pts[this.pts.length-1])},getMaximumSegmentIndex:function(){return this.pts.length-1},getDepthDelta:function(){return this.depthDelta},getNumPoints:function(){return this.pts.length},printReverse:function(t){t.print(\"edge \"+this.name+\": \");for(var e=this.pts.length-1;e>=0;e--)t.print(this.pts[e]+\" \");t.println(\"\")},getMonotoneChainEdge:function(){return null===this.mce&&(this.mce=new Zn(this)),this.mce},getEnvelope:function(){if(null===this.env){this.env=new C;for(var t=0;t<this.pts.length;t++)this.env.expandToInclude(this.pts[t])}return this.env},addIntersection:function(t,e,n,i){var r=new g(t.getIntersection(i)),s=e,o=t.getEdgeDistance(n,i),a=s+1;if(a<this.pts.length){var u=this.pts[a];r.equals2D(u)&&(s=a,o=0)}this.eiList.add(r,s,o)},toString:function(){var t=new P;t.append(\"edge \"+this.name+\": \"),t.append(\"LINESTRING (\");for(var e=0;e<this.pts.length;e++)e>0&&t.append(\",\"),t.append(this.pts[e].x+\" \"+this.pts[e].y);return t.append(\")  \"+this.label+\" \"+this.depthDelta),t.toString()},isPointwiseEqual:function(t){if(this.pts.length!==t.pts.length)return!1;for(var e=0;e<this.pts.length;e++)if(!this.pts[e].equals2D(t.pts[e]))return!1;return!0},setDepthDelta:function(t){this.depthDelta=t},getEdgeIntersectionList:function(){return this.eiList},addIntersections:function(t,e,n){for(var i=0;i<t.getIntersectionNum();i++)this.addIntersection(t,e,n,i)},interfaces_:function(){return[]},getClass:function(){return Jn}}),Jn.updateIM=function(){if(2!==arguments.length)return mn.prototype.updateIM.apply(this,arguments);var t=arguments[0],e=arguments[1];e.setAtLeastIfValid(t.getLocation(0,cn.ON),t.getLocation(1,cn.ON),1),t.isArea()&&(e.setAtLeastIfValid(t.getLocation(0,cn.LEFT),t.getLocation(1,cn.LEFT),2),e.setAtLeastIfValid(t.getLocation(0,cn.RIGHT),t.getLocation(1,cn.RIGHT),2))},h($n,Cn),e($n.prototype,{insertBoundaryPoint:function(t,e){var n=this.nodes.addNode(e),i=n.getLabel(),r=1,s=L.NONE;s=i.getLocation(t,cn.ON),s===L.BOUNDARY&&r++;var o=$n.determineBoundary(this.boundaryNodeRule,r);i.setLocation(t,o)},computeSelfNodes:function(){if(2===arguments.length){var t=arguments[0],e=arguments[1];return this.computeSelfNodes(t,e,!1)}if(3===arguments.length){var n=arguments[0],i=arguments[1],r=arguments[2],s=new An(n,(!0),(!1));s.setIsDoneIfProperInt(r);var o=this.createEdgeSetIntersector(),a=this.parentGeom instanceof bt||this.parentGeom instanceof Tt||this.parentGeom instanceof Ot,u=i||!a;return o.computeIntersections(this.edges,s,u),this.addSelfIntersectionNodes(this.argIndex),s}},computeSplitEdges:function(t){for(var e=this.edges.iterator();e.hasNext();){var n=e.next();n.eiList.addSplitEdges(t)}},computeEdgeIntersections:function(t,e,n){var i=new An(e,n,(!0));i.setBoundaryNodes(this.getBoundaryNodes(),t.getBoundaryNodes());var r=this.createEdgeSetIntersector();return r.computeIntersections(this.edges,t.edges,i),i},getGeometry:function(){return this.parentGeom},getBoundaryNodeRule:function(){return this.boundaryNodeRule},hasTooFewPoints:function(){return this._hasTooFewPoints},addPoint:function(){if(arguments[0]instanceof Lt){var t=arguments[0],e=t.getCoordinate();this.insertPoint(this.argIndex,e,L.INTERIOR)}else if(arguments[0]instanceof g){var n=arguments[0];this.insertPoint(this.argIndex,n,L.INTERIOR)}},addPolygon:function(t){this.addPolygonRing(t.getExteriorRing(),L.EXTERIOR,L.INTERIOR);for(var e=0;e<t.getNumInteriorRing();e++){var n=t.getInteriorRingN(e);this.addPolygonRing(n,L.INTERIOR,L.EXTERIOR)}},addEdge:function(t){this.insertEdge(t);var e=t.getCoordinates();this.insertPoint(this.argIndex,e[0],L.BOUNDARY),this.insertPoint(this.argIndex,e[e.length-1],L.BOUNDARY)},addLineString:function(t){var e=H.removeRepeatedPoints(t.getCoordinates());if(e.length<2)return this._hasTooFewPoints=!0,this.invalidPoint=e[0],null;var n=new Jn(e,new gn(this.argIndex,L.INTERIOR));this.lineEdgeMap.put(t,n),this.insertEdge(n),f.isTrue(e.length>=2,\"found LineString with single point\"),this.insertBoundaryPoint(this.argIndex,e[0]),this.insertBoundaryPoint(this.argIndex,e[e.length-1])},getInvalidPoint:function(){return this.invalidPoint},getBoundaryPoints:function(){for(var t=this.getBoundaryNodes(),e=new Array(t.size()).fill(null),n=0,i=t.iterator();i.hasNext();){var r=i.next();e[n++]=r.getCoordinate().copy()}return e},getBoundaryNodes:function(){return null===this.boundaryNodes&&(this.boundaryNodes=this.nodes.getBoundaryNodes(this.argIndex)),this.boundaryNodes},addSelfIntersectionNode:function(t,e,n){return this.isBoundaryNode(t,e)?null:void(n===L.BOUNDARY&&this.useBoundaryDeterminationRule?this.insertBoundaryPoint(t,e):this.insertPoint(t,e,n))},addPolygonRing:function(t,e,n){if(t.isEmpty())return null;var i=H.removeRepeatedPoints(t.getCoordinates());if(i.length<4)return this._hasTooFewPoints=!0,this.invalidPoint=i[0],null;var r=e,s=n;he.isCCW(i)&&(r=n,s=e);var o=new Jn(i,new gn(this.argIndex,L.BOUNDARY,r,s));this.lineEdgeMap.put(t,o),this.insertEdge(o),this.insertPoint(this.argIndex,i[0],L.BOUNDARY)},insertPoint:function(t,e,n){var i=this.nodes.addNode(e),r=i.getLabel();null===r?i.label=new gn(t,n):r.setLocation(t,n)},createEdgeSetIntersector:function(){return new Fn},addSelfIntersectionNodes:function(t){for(var e=this.edges.iterator();e.hasNext();)for(var n=e.next(),i=n.getLabel().getLocation(t),r=n.eiList.iterator();r.hasNext();){var s=r.next();this.addSelfIntersectionNode(t,s.coord,i)}},add:function(){if(1!==arguments.length)return Cn.prototype.add.apply(this,arguments);var t=arguments[0];if(t.isEmpty())return null;if(t instanceof Ot&&(this.useBoundaryDeterminationRule=!1),t instanceof Tt)this.addPolygon(t);else if(t instanceof St)this.addLineString(t);else if(t instanceof Lt)this.addPoint(t);else if(t instanceof Pt)this.addCollection(t);else if(t instanceof gt)this.addCollection(t);else if(t instanceof Ot)this.addCollection(t);else{if(!(t instanceof ft))throw new UnsupportedOperationException(t.getClass().getName());this.addCollection(t)}},addCollection:function(t){for(var e=0;e<t.getNumGeometries();e++){var n=t.getGeometryN(e);this.add(n)}},locate:function(t){return R(this.parentGeom,Rt)&&this.parentGeom.getNumGeometries()>50?(null===this.areaPtLocator&&(this.areaPtLocator=new Un(this.parentGeom)),this.areaPtLocator.locate(t)):this.ptLocator.locate(t,this.parentGeom)},findEdge:function(){if(1===arguments.length){var t=arguments[0];return this.lineEdgeMap.get(t)}return Cn.prototype.findEdge.apply(this,arguments)},interfaces_:function(){return[]},getClass:function(){return $n}}),$n.determineBoundary=function(t,e){return t.isInBoundary(e)?L.BOUNDARY:L.INTERIOR},e(ti.prototype,{getArgGeometry:function(t){return this.arg[t].getGeometry()},setComputationPrecision:function(t){this.resultPrecisionModel=t,this.li.setPrecisionModel(this.resultPrecisionModel)},interfaces_:function(){return[]},getClass:function(){return ti}}),e(ei.prototype,{compareTo:function(t){var e=t,n=ei.compareOriented(this.pts,this._orientation,e.pts,e._orientation);return n},interfaces_:function(){return[s]},getClass:function(){return ei}}),ei.orientation=function(t){return 1===H.increasingDirection(t)},ei.compareOriented=function(t,e,n,i){for(var r=e?1:-1,s=i?1:-1,o=e?t.length:-1,a=i?n.length:-1,u=e?0:t.length-1,l=i?0:n.length-1;;){var h=t[u].compareTo(n[l]);if(0!==h)return h;u+=r,l+=s;var c=u===o,f=l===a;if(c&&!f)return-1;if(!c&&f)return 1;if(c&&f)return 0}},e(ni.prototype,{print:function(t){t.print(\"MULTILINESTRING ( \");for(var e=0;e<this.edges.size();e++){var n=this.edges.get(e);e>0&&t.print(\",\"),t.print(\"(\");for(var i=n.getCoordinates(),r=0;r<i.length;r++)r>0&&t.print(\",\"),t.print(i[r].x+\" \"+i[r].y);t.println(\")\")}t.print(\")  \")},addAll:function(t){for(var e=t.iterator();e.hasNext();)this.add(e.next())},findEdgeIndex:function(t){for(var e=0;e<this.edges.size();e++)if(this.edges.get(e).equals(t))return e;return-1},iterator:function(){return this.edges.iterator()},getEdges:function(){return this.edges},get:function(t){return this.edges.get(t)},findEqualEdge:function(t){var e=new ei(t.getCoordinates()),n=this.ocaMap.get(e);return n},add:function(t){this.edges.add(t);var e=new ei(t.getCoordinates());this.ocaMap.put(e,t)},interfaces_:function(){return[]},getClass:function(){return ni}}),h(ii,ti),e(ii.prototype,{insertUniqueEdge:function(t){var e=this.edgeList.findEqualEdge(t);if(null!==e){var n=e.getLabel(),i=t.getLabel();e.isPointwiseEqual(t)||(i=new gn(t.getLabel()),i.flip());var r=e.getDepth();r.isNull()&&r.add(n),r.add(i),n.merge(i)}else this.edgeList.add(t)},getGraph:function(){return this.graph},cancelDuplicateResultEdges:function(){for(var t=this.graph.getEdgeEnds().iterator();t.hasNext();){var e=t.next(),n=e.getSym();e.isInResult()&&n.isInResult()&&(e.setInResult(!1),n.setInResult(!1))}},isCoveredByLA:function(t){return!!this.isCovered(t,this.resultLineList)||!!this.isCovered(t,this.resultPolyList)},computeGeometry:function(t,e,n,i){var r=new I;return r.addAll(t),r.addAll(e),r.addAll(n),r.isEmpty()?ii.createEmptyResult(i,this.arg[0].getGeometry(),this.arg[1].getGeometry(),this.geomFact):this.geomFact.buildGeometry(r)},mergeSymLabels:function(){for(var t=this.graph.getNodes().iterator();t.hasNext();){var e=t.next();e.getEdges().mergeSymLabels()}},isCovered:function(t,e){for(var n=e.iterator();n.hasNext();){var i=n.next(),r=this.ptLocator.locate(t,i);if(r!==L.EXTERIOR)return!0}return!1},replaceCollapsedEdges:function(){for(var t=new I,e=this.edgeList.iterator();e.hasNext();){var n=e.next();n.isCollapsed()&&(e.remove(),t.add(n.getCollapsedEdge()))}this.edgeList.addAll(t)},updateNodeLabelling:function(){for(var t=this.graph.getNodes().iterator();t.hasNext();){var e=t.next(),n=e.getEdges().getLabel();e.getLabel().merge(n)}},getResultGeometry:function(t){return this.computeOverlay(t),this.resultGeom},insertUniqueEdges:function(t){for(var e=t.iterator();e.hasNext();){var n=e.next();this.insertUniqueEdge(n)}},computeOverlay:function(t){this.copyPoints(0),this.copyPoints(1),this.arg[0].computeSelfNodes(this.li,!1),this.arg[1].computeSelfNodes(this.li,!1),this.arg[0].computeEdgeIntersections(this.arg[1],this.li,!0);var e=new I;this.arg[0].computeSplitEdges(e),this.arg[1].computeSplitEdges(e);this.insertUniqueEdges(e),this.computeLabelsFromDepths(),this.replaceCollapsedEdges(),\nln.checkValid(this.edgeList.getEdges()),this.graph.addEdges(this.edgeList.getEdges()),this.computeLabelling(),this.labelIncompleteNodes(),this.findResultAreaEdges(t),this.cancelDuplicateResultEdges();var n=new Sn(this.geomFact);n.add(this.graph),this.resultPolyList=n.getPolygons();var i=new wn(this,this.geomFact,this.ptLocator);this.resultLineList=i.build(t);var r=new Ln(this,this.geomFact,this.ptLocator);this.resultPointList=r.build(t),this.resultGeom=this.computeGeometry(this.resultPointList,this.resultLineList,this.resultPolyList,t)},labelIncompleteNode:function(t,e){var n=this.ptLocator.locate(t.getCoordinate(),this.arg[e].getGeometry());t.getLabel().setLocation(e,n)},copyPoints:function(t){for(var e=this.arg[t].getNodeIterator();e.hasNext();){var n=e.next(),i=this.graph.addNode(n.getCoordinate());i.setLabel(t,n.getLabel().getLocation(t))}},findResultAreaEdges:function(t){for(var e=this.graph.getEdgeEnds().iterator();e.hasNext();){var n=e.next(),i=n.getLabel();i.isArea()&&!n.isInteriorAreaEdge()&&ii.isResultOfOp(i.getLocation(0,cn.RIGHT),i.getLocation(1,cn.RIGHT),t)&&n.setInResult(!0)}},computeLabelsFromDepths:function(){for(var t=this.edgeList.iterator();t.hasNext();){var e=t.next(),n=e.getLabel(),i=e.getDepth();if(!i.isNull()){i.normalize();for(var r=0;r<2;r++)n.isNull(r)||!n.isArea()||i.isNull(r)||(0===i.getDelta(r)?n.toLine(r):(f.isTrue(!i.isNull(r,cn.LEFT),\"depth of LEFT side has not been initialized\"),n.setLocation(r,cn.LEFT,i.getLocation(r,cn.LEFT)),f.isTrue(!i.isNull(r,cn.RIGHT),\"depth of RIGHT side has not been initialized\"),n.setLocation(r,cn.RIGHT,i.getLocation(r,cn.RIGHT))))}}},computeLabelling:function(){for(var t=this.graph.getNodes().iterator();t.hasNext();){var e=t.next();e.getEdges().computeLabelling(this.arg)}this.mergeSymLabels(),this.updateNodeLabelling()},labelIncompleteNodes:function(){for(var t=0,e=this.graph.getNodes().iterator();e.hasNext();){var n=e.next(),i=n.getLabel();n.isIsolated()&&(t++,i.isNull(0)?this.labelIncompleteNode(n,0):this.labelIncompleteNode(n,1)),n.getEdges().updateLabelling(i)}},isCoveredByA:function(t){return!!this.isCovered(t,this.resultPolyList)},interfaces_:function(){return[]},getClass:function(){return ii}}),ii.overlayOp=function(t,e,n){var i=new ii(t,e),r=i.getResultGeometry(n);return r},ii.intersection=function(t,e){if(t.isEmpty()||e.isEmpty())return ii.createEmptyResult(ii.INTERSECTION,t,e,t.getFactory());if(t.isGeometryCollection()){var n=e;return hn.map(t,{interfaces_:function(){return[MapOp]},map:function(t){return t.intersection(n)}})}return t.checkNotGeometryCollection(t),t.checkNotGeometryCollection(e),si.overlayOp(t,e,ii.INTERSECTION)},ii.symDifference=function(t,e){if(t.isEmpty()||e.isEmpty()){if(t.isEmpty()&&e.isEmpty())return ii.createEmptyResult(ii.SYMDIFFERENCE,t,e,t.getFactory());if(t.isEmpty())return e.copy();if(e.isEmpty())return t.copy()}return t.checkNotGeometryCollection(t),t.checkNotGeometryCollection(e),si.overlayOp(t,e,ii.SYMDIFFERENCE)},ii.resultDimension=function(t,e,n){var i=e.getDimension(),r=n.getDimension(),s=-1;switch(t){case ii.INTERSECTION:s=Math.min(i,r);break;case ii.UNION:s=Math.max(i,r);break;case ii.DIFFERENCE:s=i;break;case ii.SYMDIFFERENCE:s=Math.max(i,r)}return s},ii.createEmptyResult=function(t,e,n,i){var r=null;switch(ii.resultDimension(t,e,n)){case-1:r=i.createGeometryCollection(new Array(0).fill(null));break;case 0:r=i.createPoint();break;case 1:r=i.createLineString();break;case 2:r=i.createPolygon()}return r},ii.difference=function(t,e){return t.isEmpty()?ii.createEmptyResult(ii.DIFFERENCE,t,e,t.getFactory()):e.isEmpty()?t.copy():(t.checkNotGeometryCollection(t),t.checkNotGeometryCollection(e),si.overlayOp(t,e,ii.DIFFERENCE))},ii.isResultOfOp=function(){if(2===arguments.length){var t=arguments[0],e=arguments[1],n=t.getLocation(0),i=t.getLocation(1);return ii.isResultOfOp(n,i,e)}if(3===arguments.length){var r=arguments[0],s=arguments[1],o=arguments[2];switch(r===L.BOUNDARY&&(r=L.INTERIOR),s===L.BOUNDARY&&(s=L.INTERIOR),o){case ii.INTERSECTION:return r===L.INTERIOR&&s===L.INTERIOR;case ii.UNION:return r===L.INTERIOR||s===L.INTERIOR;case ii.DIFFERENCE:return r===L.INTERIOR&&s!==L.INTERIOR;case ii.SYMDIFFERENCE:return r===L.INTERIOR&&s!==L.INTERIOR||r!==L.INTERIOR&&s===L.INTERIOR}return!1}},ii.INTERSECTION=1,ii.UNION=2,ii.DIFFERENCE=3,ii.SYMDIFFERENCE=4,e(ri.prototype,{selfSnap:function(t){var e=new Ie(t),n=e.snapTo(t,this.snapTolerance);return n},removeCommonBits:function(t){this.cbr=new Se,this.cbr.add(t[0]),this.cbr.add(t[1]);var e=new Array(2).fill(null);return e[0]=this.cbr.removeCommonBits(t[0].copy()),e[1]=this.cbr.removeCommonBits(t[1].copy()),e},prepareResult:function(t){return this.cbr.addCommonBits(t),t},getResultGeometry:function(t){var e=this.snap(this.geom),n=ii.overlayOp(e[0],e[1],t);return this.prepareResult(n)},checkValid:function(t){t.isValid()||A.out.println(\"Snapped geometry is invalid\")},computeSnapTolerance:function(){this.snapTolerance=Ie.computeOverlaySnapTolerance(this.geom[0],this.geom[1])},snap:function(t){var e=this.removeCommonBits(t),n=Ie.snap(e[0],e[1],this.snapTolerance);return n},interfaces_:function(){return[]},getClass:function(){return ri}}),ri.overlayOp=function(t,e,n){var i=new ri(t,e);return i.getResultGeometry(n)},ri.union=function(t,e){return ri.overlayOp(t,e,ii.UNION)},ri.intersection=function(t,e){return ri.overlayOp(t,e,ii.INTERSECTION)},ri.symDifference=function(t,e){return ri.overlayOp(t,e,ii.SYMDIFFERENCE)},ri.difference=function(t,e){return ri.overlayOp(t,e,ii.DIFFERENCE)},e(si.prototype,{getResultGeometry:function(t){var e=null,n=!1,i=null;try{e=ii.overlayOp(this.geom[0],this.geom[1],t);var r=!0;r&&(n=!0)}catch(t){if(!(t instanceof l))throw t;i=t}finally{}if(!n)try{e=ri.overlayOp(this.geom[0],this.geom[1],t)}catch(t){throw t instanceof l?i:t}finally{}return e},interfaces_:function(){return[]},getClass:function(){return si}}),si.overlayOp=function(t,e,n){var i=new si(t,e);return i.getResultGeometry(n)},si.union=function(t,e){return si.overlayOp(t,e,ii.UNION)},si.intersection=function(t,e){return si.overlayOp(t,e,ii.INTERSECTION)},si.symDifference=function(t,e){return si.overlayOp(t,e,ii.SYMDIFFERENCE)},si.difference=function(t,e){return si.overlayOp(t,e,ii.DIFFERENCE)},e(oi.prototype,{addPolygon:function(t){if(t.isEmpty())return null;var e=null,n=0,i=this.horizontalBisector(t);if(0===i.getLength())n=0,e=i.getCoordinate();else{var r=si.overlayOp(i,t,ii.INTERSECTION),s=this.widestGeometry(r);n=s.getEnvelopeInternal().getWidth(),e=oi.centre(s.getEnvelopeInternal())}(null===this.interiorPoint||n>this.maxWidth)&&(this.interiorPoint=e,this.maxWidth=n)},getInteriorPoint:function(){return this.interiorPoint},widestGeometry:function t(){if(arguments[0]instanceof ft){var e=arguments[0];if(e.isEmpty())return e;for(var t=e.getGeometryN(0),n=1;n<e.getNumGeometries();n++)e.getGeometryN(n).getEnvelopeInternal().getWidth()>t.getEnvelopeInternal().getWidth()&&(t=e.getGeometryN(n));return t}if(arguments[0]instanceof B){var i=arguments[0];return i instanceof ft?this.widestGeometry(i):i}},horizontalBisector:function(t){var e=t.getEnvelopeInternal(),n=ai.getBisectorY(t);return this.factory.createLineString([new g(e.getMinX(),n),new g(e.getMaxX(),n)])},add:function(t){if(t instanceof Tt)this.addPolygon(t);else if(t instanceof ft)for(var e=t,n=0;n<e.getNumGeometries();n++)this.add(e.getGeometryN(n))},interfaces_:function(){return[]},getClass:function(){return oi}}),oi.centre=function(t){return new g(oi.avg(t.getMinX(),t.getMaxX()),oi.avg(t.getMinY(),t.getMaxY()))},oi.avg=function(t,e){return(t+e)/2},e(ai.prototype,{updateInterval:function(t){t<=this.centreY?t>this.loY&&(this.loY=t):t>this.centreY&&t<this.hiY&&(this.hiY=t)},getBisectorY:function(){this.process(this.poly.getExteriorRing());for(var t=0;t<this.poly.getNumInteriorRing();t++)this.process(this.poly.getInteriorRingN(t));var e=oi.avg(this.hiY,this.loY);return e},process:function(t){for(var e=t.getCoordinateSequence(),n=0;n<e.size();n++){var i=e.getY(n);this.updateInterval(i)}},interfaces_:function(){return[]},getClass:function(){return ai}}),ai.getBisectorY=function(t){var e=new ai(t);return e.getBisectorY()},oi.SafeBisectorFinder=ai,e(ui.prototype,{addEndpoints:function(){if(arguments[0]instanceof B){var t=arguments[0];if(t instanceof St)this.addEndpoints(t.getCoordinates());else if(t instanceof ft)for(var e=t,n=0;n<e.getNumGeometries();n++)this.addEndpoints(e.getGeometryN(n))}else if(arguments[0]instanceof Array){var i=arguments[0];this.add(i[0]),this.add(i[i.length-1])}},getInteriorPoint:function(){return this.interiorPoint},addInterior:function(){if(arguments[0]instanceof B){var t=arguments[0];if(t instanceof St)this.addInterior(t.getCoordinates());else if(t instanceof ft)for(var e=t,n=0;n<e.getNumGeometries();n++)this.addInterior(e.getGeometryN(n))}else if(arguments[0]instanceof Array)for(var i=arguments[0],n=1;n<i.length-1;n++)this.add(i[n])},add:function(t){var e=t.distance(this.centroid);e<this.minDistance&&(this.interiorPoint=new g(t),this.minDistance=e)},interfaces_:function(){return[]},getClass:function(){return ui}}),e(li.prototype,{getInteriorPoint:function(){return this.interiorPoint},add:function(){if(arguments[0]instanceof B){var t=arguments[0];if(t instanceof Lt)this.add(t.getCoordinate());else if(t instanceof ft)for(var e=t,n=0;n<e.getNumGeometries();n++)this.add(e.getGeometryN(n))}else if(arguments[0]instanceof g){var i=arguments[0],r=i.distance(this.centroid);r<this.minDistance&&(this.interiorPoint=new g(i),this.minDistance=r)}},interfaces_:function(){return[]},getClass:function(){return li}}),e(hi.prototype,{select:function(){if(1===arguments.length){arguments[0]}else if(2===arguments.length){var t=arguments[0],e=arguments[1];t.getLineSegment(e,this.selectedSegment),this.select(this.selectedSegment)}},interfaces_:function(){return[]},getClass:function(){return hi}}),e(ci.prototype,{hasChildren:function(){for(var t=0;t<2;t++)if(null!==this.subnode[t])return!0;return!1},isPrunable:function(){return!(this.hasChildren()||this.hasItems())},addAllItems:function(t){t.addAll(this.items);for(var e=0;e<2;e++)null!==this.subnode[e]&&this.subnode[e].addAllItems(t);return t},size:function(){for(var t=0,e=0;e<2;e++)null!==this.subnode[e]&&(t+=this.subnode[e].size());return t+this.items.size()},addAllItemsFromOverlapping:function(t,e){return null===t||this.isSearchMatch(t)?(e.addAll(this.items),null!==this.subnode[0]&&this.subnode[0].addAllItemsFromOverlapping(t,e),void(null!==this.subnode[1]&&this.subnode[1].addAllItemsFromOverlapping(t,e))):null},hasItems:function(){return!this.items.isEmpty()},remove:function(t,e){if(!this.isSearchMatch(t))return!1;for(var n=!1,i=0;i<2;i++)if(null!==this.subnode[i]&&(n=this.subnode[i].remove(t,e))){this.subnode[i].isPrunable()&&(this.subnode[i]=null);break}return n?n:n=this.items.remove(e)},getItems:function(){return this.items},depth:function(){for(var t=0,e=0;e<2;e++)if(null!==this.subnode[e]){var n=this.subnode[e].depth();n>t&&(t=n)}return t+1},nodeSize:function(){for(var t=0,e=0;e<2;e++)null!==this.subnode[e]&&(t+=this.subnode[e].nodeSize());return t+1},add:function(t){this.items.add(t)},interfaces_:function(){return[]},getClass:function(){return ci}}),ci.getSubnodeIndex=function(t,e){var n=-1;return t.min>=e&&(n=1),t.max<=e&&(n=0),n},e(fi.prototype,{expandToInclude:function(t){t.max>this.max&&(this.max=t.max),t.min<this.min&&(this.min=t.min)},getWidth:function(){return this.max-this.min},overlaps:function(){if(1===arguments.length){var t=arguments[0];return this.overlaps(t.min,t.max)}if(2===arguments.length){var e=arguments[0],n=arguments[1];return!(this.min>n||this.max<e)}},getMin:function(){return this.min},toString:function(){return\"[\"+this.min+\", \"+this.max+\"]\"},contains:function(){if(1===arguments.length){if(arguments[0]instanceof fi){var t=arguments[0];return this.contains(t.min,t.max)}if(\"number\"==typeof arguments[0]){var e=arguments[0];return e>=this.min&&e<=this.max}}else if(2===arguments.length){var n=arguments[0],i=arguments[1];return n>=this.min&&i<=this.max}},init:function(t,e){this.min=t,this.max=e,t>e&&(this.min=e,this.max=t)},getMax:function(){return this.max},interfaces_:function(){return[]},getClass:function(){return fi}}),gi.exponent=function(t){return di(64,t)-1023},gi.powerOf2=function(t){return Math.pow(2,t)},e(pi.prototype,{getInterval:function(){return this.interval},getLevel:function(){return this.level},computeKey:function(t){for(this.level=pi.computeLevel(t),this.interval=new fi,this.computeInterval(this.level,t);!this.interval.contains(t);)this.level+=1,this.computeInterval(this.level,t)},computeInterval:function(t,e){var n=gi.powerOf2(t);this.pt=Math.floor(e.getMin()/n)*n,this.interval.init(this.pt,this.pt+n)},getPoint:function(){return this.pt},interfaces_:function(){return[]},getClass:function(){return pi}}),pi.computeLevel=function(t){var e=t.getWidth(),n=gi.exponent(e)+1;return n},h(vi,ci),e(vi.prototype,{getInterval:function(){return this.interval},find:function(t){var e=ci.getSubnodeIndex(t,this.centre);if(e===-1)return this;if(null!==this.subnode[e]){var n=this.subnode[e];return n.find(t)}return this},insert:function(t){f.isTrue(null===this.interval||this.interval.contains(t.interval));var e=ci.getSubnodeIndex(t.interval,this.centre);if(t.level===this.level-1)this.subnode[e]=t;else{var n=this.createSubnode(e);n.insert(t),this.subnode[e]=n}},isSearchMatch:function(t){return t.overlaps(this.interval)},getSubnode:function(t){return null===this.subnode[t]&&(this.subnode[t]=this.createSubnode(t)),this.subnode[t]},getNode:function(t){var e=ci.getSubnodeIndex(t,this.centre);if(e!==-1){var n=this.getSubnode(e);return n.getNode(t)}return this},createSubnode:function(t){var e=0,n=0;switch(t){case 0:e=this.interval.getMin(),n=this.centre;break;case 1:e=this.centre,n=this.interval.getMax()}var i=new fi(e,n),r=new vi(i,this.level-1);return r},interfaces_:function(){return[]},getClass:function(){return vi}}),vi.createNode=function(t){var e=new pi(t),n=new vi(e.getInterval(),e.getLevel());return n},vi.createExpanded=function(t,e){var n=new fi(e);null!==t&&n.expandToInclude(t.interval);var i=vi.createNode(n);return null!==t&&i.insert(t),i},e(mi.prototype,{interfaces_:function(){return[]},getClass:function(){return mi}});mi.isZeroWidth=function(t,e){var n=e-t;if(0===n)return!0;var i=Math.max(Math.abs(t),Math.abs(e)),r=n/i,s=gi.exponent(r);return s<=mi.MIN_BINARY_EXPONENT};mi.MIN_BINARY_EXPONENT=-50,h(yi,ci),e(yi.prototype,{insert:function(t,e){var n=ci.getSubnodeIndex(t,yi.origin);if(n===-1)return this.add(e),null;var i=this.subnode[n];if(null===i||!i.getInterval().contains(t)){var r=vi.createExpanded(i,t);this.subnode[n]=r}this.insertContained(this.subnode[n],t,e)},isSearchMatch:function(t){return!0},insertContained:function(t,e,n){f.isTrue(t.getInterval().contains(e));var i=mi.isZeroWidth(e.getMin(),e.getMax()),r=null;r=i?t.find(e):t.getNode(e),r.add(n)},interfaces_:function(){return[]},getClass:function(){return yi}}),yi.origin=0,e(xi.prototype,{size:function(){return null!==this.root?this.root.size():0},insert:function(t,e){this.collectStats(t);var n=xi.ensureExtent(t,this.minExtent);this.root.insert(n,e)},query:function(){if(1===arguments.length){if(\"number\"==typeof arguments[0]){var t=arguments[0];return this.query(new fi(t,t))}if(arguments[0]instanceof fi){var e=arguments[0],n=new I;return this.query(e,n),n}}else if(2===arguments.length){var i=arguments[0],r=arguments[1];this.root.addAllItemsFromOverlapping(i,r)}},iterator:function(){var t=new I;return this.root.addAllItems(t),t.iterator()},remove:function(t,e){var n=xi.ensureExtent(t,this.minExtent);return this.root.remove(n,e)},collectStats:function(t){var e=t.getWidth();e<this.minExtent&&e>0&&(this.minExtent=e)},depth:function(){return null!==this.root?this.root.depth():0},nodeSize:function(){return null!==this.root?this.root.nodeSize():0},interfaces_:function(){return[]},getClass:function(){return xi}}),xi.ensureExtent=function(t,e){var n=t.getMin(),i=t.getMax();return n!==i?t:(n===i&&(n-=e/2,i=n+e/2),new fi(n,i))},e(Ei.prototype,{isInside:function(t){},interfaces_:function(){return[]},getClass:function(){return Ei}}),e(Ii.prototype,{testLineSegment:function(t,e){var n=null,i=null,r=null,s=null,o=null,a=e.p0,u=e.p1;i=a.x-t.x,r=a.y-t.y,s=u.x-t.x,o=u.y-t.y,(r>0&&o<=0||o>0&&r<=0)&&(n=ue.signOfDet2x2(i,r,s,o)/(o-r),0<n&&this.crossings++)},buildIndex:function(){this.tree=new xi;for(var t=H.removeRepeatedPoints(this.ring.getCoordinates()),e=$e.getChains(t),n=0;n<e.size();n++){var i=e.get(n),r=i.getEnvelope();this.interval.min=r.getMinY(),this.interval.max=r.getMaxY(),this.tree.insert(this.interval,i)}},testMonotoneChain:function(t,e,n){n.select(t,e)},isInside:function(t){this.crossings=0;var e=new C(r.NEGATIVE_INFINITY,r.POSITIVE_INFINITY,t.y,t.y);this.interval.min=t.y,this.interval.max=t.y;for(var n=this.tree.query(this.interval),i=new Ni(this,t),s=n.iterator();s.hasNext();){var o=s.next();this.testMonotoneChain(e,i,o)}return this.crossings%2===1},interfaces_:function(){return[Ei]},getClass:function(){return Ii}}),h(Ni,hi),e(Ni.prototype,{select:function(){if(1!==arguments.length)return hi.prototype.select.apply(this,arguments);var t=arguments[0];this.mcp.testLineSegment(this.p,t)},interfaces_:function(){return[]},getClass:function(){return Ni}}),Ii.MCSelecter=Ni,e(Ci.prototype,{interfaces_:function(){return[]},getClass:function(){return Ci}}),Ci.toDegrees=function(t){return 180*t/Math.PI},Ci.normalize=function(t){for(;t>Math.PI;)t-=Ci.PI_TIMES_2;for(;t<=-Math.PI;)t+=Ci.PI_TIMES_2;return t},Ci.angle=function(){if(1===arguments.length){var t=arguments[0];return Math.atan2(t.y,t.x)}if(2===arguments.length){var e=arguments[0],n=arguments[1],i=n.x-e.x,r=n.y-e.y;return Math.atan2(r,i)}},Ci.isAcute=function(t,e,n){var i=t.x-e.x,r=t.y-e.y,s=n.x-e.x,o=n.y-e.y,a=i*s+r*o;return a>0},Ci.isObtuse=function(t,e,n){var i=t.x-e.x,r=t.y-e.y,s=n.x-e.x,o=n.y-e.y,a=i*s+r*o;return a<0},Ci.interiorAngle=function(t,e,n){var i=Ci.angle(e,t),r=Ci.angle(e,n);return Math.abs(r-i)},Ci.normalizePositive=function(t){if(t<0){for(;t<0;)t+=Ci.PI_TIMES_2;t>=Ci.PI_TIMES_2&&(t=0)}else{for(;t>=Ci.PI_TIMES_2;)t-=Ci.PI_TIMES_2;t<0&&(t=0)}return t},Ci.angleBetween=function(t,e,n){var i=Ci.angle(e,t),r=Ci.angle(e,n);return Ci.diff(i,r)},Ci.diff=function(t,e){var n=null;return n=t<e?e-t:t-e,n>Math.PI&&(n=2*Math.PI-n),n},Ci.toRadians=function(t){return t*Math.PI/180},Ci.getTurn=function(t,e){var n=Math.sin(e-t);return n>0?Ci.COUNTERCLOCKWISE:n<0?Ci.CLOCKWISE:Ci.NONE},Ci.angleBetweenOriented=function(t,e,n){var i=Ci.angle(e,t),r=Ci.angle(e,n),s=r-i;return s<=-Math.PI?s+Ci.PI_TIMES_2:s>Math.PI?s-Ci.PI_TIMES_2:s},Ci.PI_TIMES_2=2*Math.PI,Ci.PI_OVER_2=Math.PI/2,Ci.PI_OVER_4=Math.PI/4,Ci.COUNTERCLOCKWISE=he.COUNTERCLOCKWISE,Ci.CLOCKWISE=he.CLOCKWISE,Ci.NONE=he.COLLINEAR,e(Si.prototype,{area:function(){return Si.area(this.p0,this.p1,this.p2)},signedArea:function(){return Si.signedArea(this.p0,this.p1,this.p2)},interpolateZ:function(t){if(null===t)throw new i(\"Supplied point is null.\");return Si.interpolateZ(t,this.p0,this.p1,this.p2)},longestSideLength:function(){return Si.longestSideLength(this.p0,this.p1,this.p2)},isAcute:function(){return Si.isAcute(this.p0,this.p1,this.p2)},circumcentre:function(){return Si.circumcentre(this.p0,this.p1,this.p2)},area3D:function(){return Si.area3D(this.p0,this.p1,this.p2)},centroid:function(){return Si.centroid(this.p0,this.p1,this.p2)},inCentre:function(){return Si.inCentre(this.p0,this.p1,this.p2)},interfaces_:function(){return[]},getClass:function(){return Si}}),Si.area=function(t,e,n){return Math.abs(((n.x-t.x)*(e.y-t.y)-(e.x-t.x)*(n.y-t.y))/2)},Si.signedArea=function(t,e,n){return((n.x-t.x)*(e.y-t.y)-(e.x-t.x)*(n.y-t.y))/2},Si.det=function(t,e,n,i){return t*i-e*n},Si.interpolateZ=function(t,e,n,i){var r=e.x,s=e.y,o=n.x-r,a=i.x-r,u=n.y-s,l=i.y-s,h=o*l-a*u,c=t.x-r,f=t.y-s,g=(l*c-a*f)/h,d=(-u*c+o*f)/h,p=e.z+g*(n.z-e.z)+d*(i.z-e.z);return p},Si.longestSideLength=function(t,e,n){var i=t.distance(e),r=e.distance(n),s=n.distance(t),o=i;return r>o&&(o=r),s>o&&(o=s),o},Si.isAcute=function(t,e,n){return!!Ci.isAcute(t,e,n)&&(!!Ci.isAcute(e,n,t)&&!!Ci.isAcute(n,t,e))},Si.circumcentre=function(t,e,n){var i=n.x,r=n.y,s=t.x-i,o=t.y-r,a=e.x-i,u=e.y-r,l=2*Si.det(s,o,a,u),h=Si.det(o,s*s+o*o,u,a*a+u*u),c=Si.det(s,s*s+o*o,a,a*a+u*u),f=i-h/l,d=r+c/l;return new g(f,d)},Si.perpendicularBisector=function(t,e){var n=e.x-t.x,i=e.y-t.y,r=new F(t.x+n/2,t.y+i/2,1),s=new F(t.x-i+n/2,t.y+n+i/2,1);return new F(r,s)},Si.angleBisector=function(t,e,n){var i=e.distance(t),r=e.distance(n),s=i/(i+r),o=n.x-t.x,a=n.y-t.y,u=new g(t.x+s*o,t.y+s*a);return u},Si.area3D=function(t,e,n){var i=e.x-t.x,r=e.y-t.y,s=e.z-t.z,o=n.x-t.x,a=n.y-t.y,u=n.z-t.z,l=r*u-s*a,h=s*o-i*u,c=i*a-r*o,f=l*l+h*h+c*c,g=Math.sqrt(f)/2;return g},Si.centroid=function(t,e,n){var i=(t.x+e.x+n.x)/3,r=(t.y+e.y+n.y)/3;return new g(i,r)},Si.inCentre=function(t,e,n){var i=e.distance(n),r=t.distance(n),s=t.distance(e),o=i+r+s,a=(i*t.x+r*e.x+s*n.x)/o,u=(i*t.y+r*e.y+s*n.y)/o;return new g(a,u)},e(wi.prototype,{getRadius:function(){return this.compute(),this.radius},getDiameter:function(){switch(this.compute(),this.extremalPts.length){case 0:return this.input.getFactory().createLineString();case 1:return this.input.getFactory().createPoint(this.centre)}var t=this.extremalPts[0],e=this.extremalPts[1];return this.input.getFactory().createLineString([t,e])},getExtremalPoints:function(){return this.compute(),this.extremalPts},computeCirclePoints:function(){if(this.input.isEmpty())return this.extremalPts=new Array(0).fill(null),null;if(1===this.input.getNumPoints()){var t=this.input.getCoordinates();return this.extremalPts=[new g(t[0])],null}var e=this.input.convexHull(),n=e.getCoordinates(),t=n;if(n[0].equals2D(n[n.length-1])&&(t=new Array(n.length-1).fill(null),H.copyDeep(n,0,t,0,n.length-1)),t.length<=2)return this.extremalPts=H.copyDeep(t),null;for(var i=wi.lowestPoint(t),r=wi.pointWitMinAngleWithX(t,i),s=0;s<t.length;s++){var o=wi.pointWithMinAngleWithSegment(t,i,r);if(Ci.isObtuse(i,o,r))return this.extremalPts=[new g(i),new g(r)],null;if(Ci.isObtuse(o,i,r))i=o;else{if(!Ci.isObtuse(o,r,i))return this.extremalPts=[new g(i),new g(r),new g(o)],null;r=o}}f.shouldNeverReachHere(\"Logic failure in Minimum Bounding Circle algorithm!\")},compute:function(){return null!==this.extremalPts?null:(this.computeCirclePoints(),this.computeCentre(),void(null!==this.centre&&(this.radius=this.centre.distance(this.extremalPts[0]))))},getFarthestPoints:function(){switch(this.compute(),this.extremalPts.length){case 0:return this.input.getFactory().createLineString();case 1:return this.input.getFactory().createPoint(this.centre)}var t=this.extremalPts[0],e=this.extremalPts[this.extremalPts.length-1];return this.input.getFactory().createLineString([t,e])},getCircle:function(){if(this.compute(),null===this.centre)return this.input.getFactory().createPolygon();var t=this.input.getFactory().createPoint(this.centre);return 0===this.radius?t:t.buffer(this.radius)},getCentre:function(){return this.compute(),this.centre},computeCentre:function(){switch(this.extremalPts.length){case 0:this.centre=null;break;case 1:this.centre=this.extremalPts[0];break;case 2:this.centre=new g((this.extremalPts[0].x+this.extremalPts[1].x)/2,(this.extremalPts[0].y+this.extremalPts[1].y)/2);break;case 3:this.centre=Si.circumcentre(this.extremalPts[0],this.extremalPts[1],this.extremalPts[2])}},interfaces_:function(){return[]},getClass:function(){return wi}}),wi.pointWitMinAngleWithX=function(t,e){for(var n=r.MAX_VALUE,i=null,s=0;s<t.length;s++){var o=t[s];if(o!==e){var a=o.x-e.x,u=o.y-e.y;u<0&&(u=-u);var l=Math.sqrt(a*a+u*u),h=u/l;h<n&&(n=h,i=o)}}return i},wi.lowestPoint=function(t){for(var e=t[0],n=1;n<t.length;n++)t[n].y<e.y&&(e=t[n]);return e},wi.pointWithMinAngleWithSegment=function(t,e,n){for(var i=r.MAX_VALUE,s=null,o=0;o<t.length;o++){var a=t[o];if(a!==e&&a!==n){var u=Ci.angleBetween(e,a,n);u<i&&(i=u,s=a)}}return s},e(Li.prototype,{getWidthCoordinate:function(){return this.computeMinimumDiameter(),this.minWidthPt},getSupportingSegment:function(){return this.computeMinimumDiameter(),this.inputGeom.getFactory().createLineString([this.minBaseSeg.p0,this.minBaseSeg.p1])},getDiameter:function(){if(this.computeMinimumDiameter(),null===this.minWidthPt)return this.inputGeom.getFactory().createLineString(null);var t=this.minBaseSeg.project(this.minWidthPt);return this.inputGeom.getFactory().createLineString([t,this.minWidthPt])},computeWidthConvex:function(t){t instanceof Tt?this.convexHullPts=t.getExteriorRing().getCoordinates():this.convexHullPts=t.getCoordinates(),0===this.convexHullPts.length?(this.minWidth=0,this.minWidthPt=null,this.minBaseSeg=null):1===this.convexHullPts.length?(this.minWidth=0,this.minWidthPt=this.convexHullPts[0],this.minBaseSeg.p0=this.convexHullPts[0],this.minBaseSeg.p1=this.convexHullPts[0]):2===this.convexHullPts.length||3===this.convexHullPts.length?(this.minWidth=0,this.minWidthPt=this.convexHullPts[0],this.minBaseSeg.p0=this.convexHullPts[0],this.minBaseSeg.p1=this.convexHullPts[1]):this.computeConvexRingMinDiameter(this.convexHullPts)},computeConvexRingMinDiameter:function(t){this.minWidth=r.MAX_VALUE;for(var e=1,n=new ce,i=0;i<t.length-1;i++)n.p0=t[i],n.p1=t[i+1],e=this.findMaxPerpDistance(t,n,e)},computeMinimumDiameter:function(){if(null!==this.minWidthPt)return null;if(this.isConvex)this.computeWidthConvex(this.inputGeom);else{var t=new me(this.inputGeom).getConvexHull();this.computeWidthConvex(t)}},getLength:function(){return this.computeMinimumDiameter(),this.minWidth},findMaxPerpDistance:function(t,e,n){for(var i=e.distancePerpendicular(t[n]),r=i,s=n,o=s;r>=i;)i=r,s=o,o=Li.nextIndex(t,s),r=e.distancePerpendicular(t[o]);return i<this.minWidth&&(this.minPtIndex=s,this.minWidth=i,this.minWidthPt=t[this.minPtIndex],this.minBaseSeg=new ce(e)),s},getMinimumRectangle:function(){if(this.computeMinimumDiameter(),0===this.minWidth)return this.minBaseSeg.p0.equals2D(this.minBaseSeg.p1)?this.inputGeom.getFactory().createPoint(this.minBaseSeg.p0):this.minBaseSeg.toGeometry(this.inputGeom.getFactory());for(var t=this.minBaseSeg.p1.x-this.minBaseSeg.p0.x,e=this.minBaseSeg.p1.y-this.minBaseSeg.p0.y,n=r.MAX_VALUE,i=-r.MAX_VALUE,s=r.MAX_VALUE,o=-r.MAX_VALUE,a=0;a<this.convexHullPts.length;a++){var u=Li.computeC(t,e,this.convexHullPts[a]);u>i&&(i=u),u<n&&(n=u);var l=Li.computeC(-e,t,this.convexHullPts[a]);l>o&&(o=l),l<s&&(s=l)}var h=Li.computeSegmentForLine(-t,-e,o),c=Li.computeSegmentForLine(-t,-e,s),f=Li.computeSegmentForLine(-e,t,i),g=Li.computeSegmentForLine(-e,t,n),d=f.lineIntersection(h),p=g.lineIntersection(h),v=g.lineIntersection(c),m=f.lineIntersection(c),y=this.inputGeom.getFactory().createLinearRing([d,p,v,m,d]);return this.inputGeom.getFactory().createPolygon(y,null)},interfaces_:function(){return[]},getClass:function(){return Li}}),Li.nextIndex=function(t,e){return e++,e>=t.length&&(e=0),e},Li.computeC=function(t,e,n){return t*n.y-e*n.x},Li.getMinimumDiameter=function(t){return new Li(t).getDiameter()},Li.getMinimumRectangle=function(t){return new Li(t).getMinimumRectangle()},Li.computeSegmentForLine=function(t,e,n){var i=null,r=null;return Math.abs(e)>Math.abs(t)?(i=new g(0,n/e),r=new g(1,n/e-t/e)):(i=new g(n/t,0),r=new g(n/t-e/t,1)),new ce(i,r)};var co=Object.freeze({Centroid:ge,CGAlgorithms:he,ConvexHull:me,InteriorPointArea:oi,InteriorPointLine:ui,InteriorPointPoint:li,RobustLineIntersector:ae,MCPointInRing:Ii,MinimumBoundingCircle:wi,MinimumDiameter:Li});e(Ri.prototype,{getResultGeometry:function(){return new Ti(this.distanceTolerance).transform(this.inputGeom)},setDistanceTolerance:function(t){if(t<=0)throw new i(\"Tolerance must be positive\");this.distanceTolerance=t},interfaces_:function(){return[]},getClass:function(){return Ri}}),Ri.densifyPoints=function(t,e,n){for(var i=new ce,r=new N,s=0;s<t.length-1;s++){i.p0=t[s],i.p1=t[s+1],r.add(i.p0,!1);var o=i.getLength(),a=Math.trunc(o/e)+1;if(a>1)for(var u=o/a,l=1;l<a;l++){var h=l*u/o,c=i.pointAlong(h);n.makePrecise(c),r.add(c,!1)}}return r.add(t[t.length-1],!1),r.toCoordinateArray()},Ri.densify=function(t,e){var n=new Ri(t);return n.setDistanceTolerance(e),n.getResultGeometry()},h(Ti,xe),e(Ti.prototype,{transformMultiPolygon:function(t,e){var n=xe.prototype.transformMultiPolygon.call(this,t,e);return this.createValidArea(n)},transformPolygon:function(t,e){var n=xe.prototype.transformPolygon.call(this,t,e);return e instanceof Ot?n:this.createValidArea(n)},transformCoordinates:function(t,e){var n=t.toCoordinateArray(),i=Ri.densifyPoints(n,this.distanceTolerance,e.getPrecisionModel());return e instanceof St&&1===i.length&&(i=new Array(0).fill(null)),this.factory.getCoordinateSequenceFactory().create(i)},createValidArea:function(t){return t.buffer(0)},interfaces_:function(){return[]},getClass:function(){return Ti}}),Ri.DensifyTransformer=Ti;var fo=Object.freeze({Densifier:Ri});e(Pi.prototype,{find:function(t){var e=this;do{if(null===e)return null;if(e.dest().equals2D(t))return e;e=e.oNext()}while(e!==this);return null},dest:function(){return this._sym._orig},oNext:function(){return this._sym._next},insert:function(t){if(this.oNext()===this)return this.insertAfter(t),null;var e=this.compareTo(t),n=this;do{var i=n.oNext(),r=i.compareTo(t);if(r!==e||i===this)return n.insertAfter(t),null;n=i}while(n!==this);f.shouldNeverReachHere()},insertAfter:function(t){f.equals(this._orig,t.orig());var e=this.oNext();this._sym.setNext(t),t.sym().setNext(e)},degree:function t(){var t=0,e=this;do t++,e=e.oNext();while(e!==this);return t},equals:function(){if(2===arguments.length){var t=arguments[0],e=arguments[1];return this._orig.equals2D(t)&&this._sym._orig.equals(e)}},deltaY:function(){return this._sym._orig.y-this._orig.y},sym:function(){return this._sym},prev:function(){return this._sym.next()._sym},compareAngularDirection:function(t){var e=this.deltaX(),n=this.deltaY(),i=t.deltaX(),r=t.deltaY();if(e===i&&n===r)return 0;var s=Je.quadrant(e,n),o=Je.quadrant(i,r);return s>o?1:s<o?-1:he.computeOrientation(t._orig,t.dest(),this.dest())},prevNode:function(){for(var t=this;2===t.degree();)if(t=t.prev(),t===this)return null;return t},compareTo:function(t){var e=t,n=this.compareAngularDirection(e);return n},next:function(){return this._next},setSym:function(t){this._sym=t},orig:function(){return this._orig},toString:function(){return\"HE(\"+this._orig.x+\" \"+this._orig.y+\", \"+this._sym._orig.x+\" \"+this._sym._orig.y+\")\"},setNext:function(t){this._next=t},init:function(t){this.setSym(t),t.setSym(this),this.setNext(t),t.setNext(this)},deltaX:function(){return this._sym._orig.x-this._orig.x},interfaces_:function(){return[]},getClass:function(){return Pi}}),Pi.init=function(t,e){if(null!==t._sym||null!==e._sym||null!==t._next||null!==e._next)throw new IllegalStateException(\"Edges are already initialized\");return t.init(e),t},Pi.create=function(t,e){var n=new Pi(t),i=new Pi(e);return n.init(i),n},h(bi,Pi),e(bi.prototype,{mark:function(){this._isMarked=!0},setMark:function(t){this._isMarked=t},isMarked:function(){return this._isMarked},interfaces_:function(){return[]},getClass:function(){return bi}}),bi.setMarkBoth=function(t,e){t.setMark(e),t.sym().setMark(e)},bi.isMarked=function(t){return t.isMarked()},bi.setMark=function(t,e){t.setMark(e)},bi.markBoth=function(t){t.mark(),t.sym().mark()},bi.mark=function(t){t.mark()},e(Oi.prototype,{insert:function(t,e,n){var i=this.create(t,e);null!==n?n.insert(i):this.vertexMap.put(t,i);var r=this.vertexMap.get(e);return null!==r?r.insert(i.sym()):this.vertexMap.put(e,i.sym()),i},create:function(t,e){var n=this.createEdge(t),i=this.createEdge(e);return Pi.init(n,i),n},createEdge:function(t){return new Pi(t)},addEdge:function(t,e){if(!Oi.isValidEdge(t,e))return null;var n=this.vertexMap.get(t),i=null;if(null!==n&&(i=n.find(e)),null!==i)return i;var r=this.insert(t,e,n);return r},getVertexEdges:function(){return this.vertexMap.values()},findEdge:function(t,e){var n=this.vertexMap.get(t);return null===n?null:n.find(e)},interfaces_:function(){\nreturn[]},getClass:function(){return Oi}}),Oi.isValidEdge=function(t,e){var n=e.compareTo(t);return 0!==n},h(_i,bi),e(_i.prototype,{setStart:function(){this._isStart=!0},isStart:function(){return this._isStart},interfaces_:function(){return[]},getClass:function(){return _i}}),h(Mi,Oi),e(Mi.prototype,{createEdge:function(t){return new _i(t)},interfaces_:function(){return[]},getClass:function(){return Mi}}),e(Di.prototype,{addLine:function(t){this.lines.add(this.factory.createLineString(t.toCoordinateArray()))},updateRingStartEdge:function(t){return t.isStart()||(t=t.sym(),t.isStart())?null===this.ringStartEdge?(this.ringStartEdge=t,null):void(t.orig().compareTo(this.ringStartEdge.orig())<0&&(this.ringStartEdge=t)):null},getResult:function(){return null===this.result&&this.computeResult(),this.result},process:function(t){var e=t.prevNode();null===e&&(e=t),this.stackEdges(e),this.buildLines()},buildRing:function(t){var e=new N,n=t;for(e.add(n.orig().copy(),!1);2===n.sym().degree();){var i=n.next();if(i===t)break;e.add(i.orig().copy(),!1),n=i}e.add(n.dest().copy(),!1),this.addLine(e)},buildLine:function(t){var e=new N,n=t;for(this.ringStartEdge=null,bi.markBoth(n),e.add(n.orig().copy(),!1);2===n.sym().degree();){this.updateRingStartEdge(n);var i=n.next();if(i===t)return this.buildRing(this.ringStartEdge),null;e.add(i.orig().copy(),!1),n=i,bi.markBoth(n)}e.add(n.dest().copy(),!1),this.stackEdges(n.sym()),this.addLine(e)},stackEdges:function(t){var e=t;do bi.isMarked(e)||this.nodeEdgeStack.add(e),e=e.oNext();while(e!==t)},computeResult:function(){for(var t=this.graph.getVertexEdges(),e=t.iterator();e.hasNext();){var n=e.next();bi.isMarked(n)||this.process(n)}this.result=this.factory.buildGeometry(this.lines)},buildLines:function(){for(;!this.nodeEdgeStack.empty();){var t=this.nodeEdgeStack.pop();bi.isMarked(t)||this.buildLine(t)}},add:function(){if(arguments[0]instanceof B){var t=arguments[0];t.apply({interfaces_:function(){return[q]},filter:function(t){t instanceof St&&this.add(t)}})}else if(R(arguments[0],v))for(var e=arguments[0],n=e.iterator();n.hasNext();){var i=n.next();this.add(i)}else if(arguments[0]instanceof St){var r=arguments[0];null===this.factory&&(this.factory=r.getFactory());for(var s=r.getCoordinateSequence(),o=!1,n=1;n<s.size();n++){var a=this.graph.addEdge(s.getCoordinate(n-1),s.getCoordinate(n));null!==a&&(o||(a.setStart(),o=!0))}}},interfaces_:function(){return[]},getClass:function(){return Di}}),Di.dissolve=function(t){var e=new Di;return e.add(t),e.getResult()};var go=Object.freeze({LineDissolver:Di}),po=Object.freeze({GeometryGraph:$n});e(Ai.prototype,{hasChildren:function(){for(var t=0;t<4;t++)if(null!==this.subnode[t])return!0;return!1},isPrunable:function(){return!(this.hasChildren()||this.hasItems())},addAllItems:function(t){t.addAll(this.items);for(var e=0;e<4;e++)null!==this.subnode[e]&&this.subnode[e].addAllItems(t);return t},getNodeCount:function(){for(var t=0,e=0;e<4;e++)null!==this.subnode[e]&&(t+=this.subnode[e].size());return t+1},size:function(){for(var t=0,e=0;e<4;e++)null!==this.subnode[e]&&(t+=this.subnode[e].size());return t+this.items.size()},addAllItemsFromOverlapping:function(t,e){if(!this.isSearchMatch(t))return null;e.addAll(this.items);for(var n=0;n<4;n++)null!==this.subnode[n]&&this.subnode[n].addAllItemsFromOverlapping(t,e)},visitItems:function(t,e){for(var n=this.items.iterator();n.hasNext();)e.visitItem(n.next())},hasItems:function(){return!this.items.isEmpty()},remove:function(t,e){if(!this.isSearchMatch(t))return!1;for(var n=!1,i=0;i<4;i++)if(null!==this.subnode[i]&&(n=this.subnode[i].remove(t,e))){this.subnode[i].isPrunable()&&(this.subnode[i]=null);break}return n?n:n=this.items.remove(e)},visit:function(t,e){if(!this.isSearchMatch(t))return null;this.visitItems(t,e);for(var n=0;n<4;n++)null!==this.subnode[n]&&this.subnode[n].visit(t,e)},getItems:function(){return this.items},depth:function(){for(var t=0,e=0;e<4;e++)if(null!==this.subnode[e]){var n=this.subnode[e].depth();n>t&&(t=n)}return t+1},isEmpty:function t(){var t=!0;this.items.isEmpty()||(t=!1);for(var e=0;e<4;e++)null!==this.subnode[e]&&(this.subnode[e].isEmpty()||(t=!1));return t},add:function(t){this.items.add(t)},interfaces_:function(){return[u]},getClass:function(){return Ai}}),Ai.getSubnodeIndex=function(t,e,n){var i=-1;return t.getMinX()>=e&&(t.getMinY()>=n&&(i=3),t.getMaxY()<=n&&(i=1)),t.getMaxX()<=e&&(t.getMinY()>=n&&(i=2),t.getMaxY()<=n&&(i=0)),i},e(Fi.prototype,{getLevel:function(){return this.level},computeKey:function(){if(1===arguments.length){var t=arguments[0];for(this.level=Fi.computeQuadLevel(t),this.env=new C,this.computeKey(this.level,t);!this.env.contains(t);)this.level+=1,this.computeKey(this.level,t)}else if(2===arguments.length){var e=arguments[0],n=arguments[1],i=gi.powerOf2(e);this.pt.x=Math.floor(n.getMinX()/i)*i,this.pt.y=Math.floor(n.getMinY()/i)*i,this.env.init(this.pt.x,this.pt.x+i,this.pt.y,this.pt.y+i)}},getEnvelope:function(){return this.env},getCentre:function(){return new g((this.env.getMinX()+this.env.getMaxX())/2,(this.env.getMinY()+this.env.getMaxY())/2)},getPoint:function(){return this.pt},interfaces_:function(){return[]},getClass:function(){return Fi}}),Fi.computeQuadLevel=function(t){var e=t.getWidth(),n=t.getHeight(),i=e>n?e:n,r=gi.exponent(i)+1;return r},h(Gi,Ai),e(Gi.prototype,{find:function(t){var e=Ai.getSubnodeIndex(t,this.centrex,this.centrey);if(e===-1)return this;if(null!==this.subnode[e]){var n=this.subnode[e];return n.find(t)}return this},isSearchMatch:function(t){return this.env.intersects(t)},getSubnode:function(t){return null===this.subnode[t]&&(this.subnode[t]=this.createSubnode(t)),this.subnode[t]},getEnvelope:function(){return this.env},getNode:function(t){var e=Ai.getSubnodeIndex(t,this.centrex,this.centrey);if(e!==-1){var n=this.getSubnode(e);return n.getNode(t)}return this},createSubnode:function(t){var e=0,n=0,i=0,r=0;switch(t){case 0:e=this.env.getMinX(),n=this.centrex,i=this.env.getMinY(),r=this.centrey;break;case 1:e=this.centrex,n=this.env.getMaxX(),i=this.env.getMinY(),r=this.centrey;break;case 2:e=this.env.getMinX(),n=this.centrex,i=this.centrey,r=this.env.getMaxY();break;case 3:e=this.centrex,n=this.env.getMaxX(),i=this.centrey,r=this.env.getMaxY()}var s=new C(e,n,i,r),o=new Gi(s,this.level-1);return o},insertNode:function(t){f.isTrue(null===this.env||this.env.contains(t.env));var e=Ai.getSubnodeIndex(t.env,this.centrex,this.centrey);if(t.level===this.level-1)this.subnode[e]=t;else{var n=this.createSubnode(e);n.insertNode(t),this.subnode[e]=n}},interfaces_:function(){return[]},getClass:function(){return Gi}}),Gi.createNode=function(t){var e=new Fi(t),n=new Gi(e.getEnvelope(),e.getLevel());return n},Gi.createExpanded=function(t,e){var n=new C(e);null!==t&&n.expandToInclude(t.env);var i=Gi.createNode(n);return null!==t&&i.insertNode(t),i},h(qi,Ai),e(qi.prototype,{insert:function(t,e){var n=Ai.getSubnodeIndex(t,qi.origin.x,qi.origin.y);if(n===-1)return this.add(e),null;var i=this.subnode[n];if(null===i||!i.getEnvelope().contains(t)){var r=Gi.createExpanded(i,t);this.subnode[n]=r}this.insertContained(this.subnode[n],t,e)},isSearchMatch:function(t){return!0},insertContained:function(t,e,n){f.isTrue(t.getEnvelope().contains(e));var i=mi.isZeroWidth(e.getMinX(),e.getMaxX()),r=mi.isZeroWidth(e.getMinY(),e.getMaxY()),s=null;s=i||r?t.find(e):t.getNode(e),s.add(n)},interfaces_:function(){return[]},getClass:function(){return qi}}),qi.origin=new g(0,0),e(Bi.prototype,{size:function(){return null!==this.root?this.root.size():0},insert:function(t,e){this.collectStats(t);var n=Bi.ensureExtent(t,this.minExtent);this.root.insert(n,e)},query:function(){if(1===arguments.length){var t=arguments[0],e=new Yn;return this.query(t,e),e.getItems()}if(2===arguments.length){var n=arguments[0],i=arguments[1];this.root.visit(n,i)}},queryAll:function(){var t=new I;return this.root.addAllItems(t),t},remove:function(t,e){var n=Bi.ensureExtent(t,this.minExtent);return this.root.remove(n,e)},collectStats:function(t){var e=t.getWidth();e<this.minExtent&&e>0&&(this.minExtent=e);var n=t.getHeight();n<this.minExtent&&n>0&&(this.minExtent=n)},depth:function(){return null!==this.root?this.root.depth():0},isEmpty:function(){return null===this.root},interfaces_:function(){return[Fe,u]},getClass:function(){return Bi}}),Bi.ensureExtent=function(t,e){var n=t.getMinX(),i=t.getMaxX(),r=t.getMinY(),s=t.getMaxY();return n!==i&&r!==s?t:(n===i&&(n-=e/2,i=n+e/2),r===s&&(r-=e/2,s=r+e/2),new C(n,i,r,s))},Bi.serialVersionUID=-0x678b60c967a25400;var vo=Object.freeze({Quadtree:Bi}),mo=Object.freeze({STRtree:ke}),yo=Object.freeze({quadtree:vo,strtree:mo}),xo=[\"Point\",\"MultiPoint\",\"LineString\",\"MultiLineString\",\"Polygon\",\"MultiPolygon\"];e(zi.prototype,{read:function(t){var e=void 0;e=\"string\"==typeof t?JSON.parse(t):t;var n=e.type;if(!Eo[n])throw new Error(\"Unknown GeoJSON type: \"+e.type);return xo.indexOf(n)!==-1?Eo[n].apply(this,[e.coordinates]):\"GeometryCollection\"===n?Eo[n].apply(this,[e.geometries]):Eo[n].apply(this,[e])},write:function(t){var e=t.getGeometryType();if(!Io[e])throw new Error(\"Geometry is not supported\");return Io[e].apply(this,[t])}});var Eo={Feature:function(t){var e={};for(var n in t)e[n]=t[n];if(t.geometry){var i=t.geometry.type;if(!Eo[i])throw new Error(\"Unknown GeoJSON type: \"+t.type);e.geometry=this.read(t.geometry)}return t.bbox&&(e.bbox=Eo.bbox.apply(this,[t.bbox])),e},FeatureCollection:function(t){var e={};if(t.features){e.features=[];for(var n=0;n<t.features.length;++n)e.features.push(this.read(t.features[n]))}return t.bbox&&(e.bbox=this.parse.bbox.apply(this,[t.bbox])),e},coordinates:function t(e){for(var t=[],n=0;n<e.length;++n){var i=e[n];t.push(new g(i[0],i[1]))}return t},bbox:function(t){return this.geometryFactory.createLinearRing([new g(t[0],t[1]),new g(t[2],t[1]),new g(t[2],t[3]),new g(t[0],t[3]),new g(t[0],t[1])])},Point:function(t){var e=new g(t[0],t[1]);return this.geometryFactory.createPoint(e)},MultiPoint:function(t){for(var e=[],n=0;n<t.length;++n)e.push(Eo.Point.apply(this,[t[n]]));return this.geometryFactory.createMultiPoint(e)},LineString:function(t){var e=Eo.coordinates.apply(this,[t]);return this.geometryFactory.createLineString(e)},MultiLineString:function(t){for(var e=[],n=0;n<t.length;++n)e.push(Eo.LineString.apply(this,[t[n]]));return this.geometryFactory.createMultiLineString(e)},Polygon:function(t){for(var e=Eo.coordinates.apply(this,[t[0]]),n=this.geometryFactory.createLinearRing(e),i=[],r=1;r<t.length;++r){var s=t[r],o=Eo.coordinates.apply(this,[s]),a=this.geometryFactory.createLinearRing(o);i.push(a)}return this.geometryFactory.createPolygon(n,i)},MultiPolygon:function(t){for(var e=[],n=0;n<t.length;++n){var i=t[n];e.push(Eo.Polygon.apply(this,[i]))}return this.geometryFactory.createMultiPolygon(e)},GeometryCollection:function(t){for(var e=[],n=0;n<t.length;++n){var i=t[n];e.push(this.read(i))}return this.geometryFactory.createGeometryCollection(e)}},Io={coordinate:function(t){return[t.x,t.y]},Point:function(t){var e=Io.coordinate.apply(this,[t.getCoordinate()]);return{type:\"Point\",coordinates:e}},MultiPoint:function(t){for(var e=[],n=0;n<t.geometries.length;++n){var i=t.geometries[n],r=Io.Point.apply(this,[i]);e.push(r.coordinates)}return{type:\"MultiPoint\",coordinates:e}},LineString:function(t){for(var e=[],n=t.getCoordinates(),i=0;i<n.length;++i){var r=n[i];e.push(Io.coordinate.apply(this,[r]))}return{type:\"LineString\",coordinates:e}},MultiLineString:function(t){for(var e=[],n=0;n<t.geometries.length;++n){var i=t.geometries[n],r=Io.LineString.apply(this,[i]);e.push(r.coordinates)}return{type:\"MultiLineString\",coordinates:e}},Polygon:function(t){var e=[],n=Io.LineString.apply(this,[t.shell]);e.push(n.coordinates);for(var i=0;i<t.holes.length;++i){var r=t.holes[i],s=Io.LineString.apply(this,[r]);e.push(s.coordinates)}return{type:\"Polygon\",coordinates:e}},MultiPolygon:function(t){for(var e=[],n=0;n<t.geometries.length;++n){var i=t.geometries[n],r=Io.Polygon.apply(this,[i]);e.push(r.coordinates)}return{type:\"MultiPolygon\",coordinates:e}},GeometryCollection:function(t){for(var e=[],n=0;n<t.geometries.length;++n){var i=t.geometries[n],r=i.getGeometryType();e.push(Io[r].apply(this,[i]))}return{type:\"GeometryCollection\",geometries:e}}};e(Vi.prototype,{read:function(t){var e=this.parser.read(t);return this.precisionModel.getType()===ee.FIXED&&this.reducePrecision(e),e},reducePrecision:function(t){var e,n;if(t.coordinate)this.precisionModel.makePrecise(t.coordinate);else if(t.points)for(e=0,n=t.points.length;e<n;e++)this.precisionModel.makePrecise(t.points[e]);else if(t.geometries)for(e=0,n=t.geometries.length;e<n;e++)this.reducePrecision(t.geometries[e])}}),e(ki.prototype,{write:function(t){return this.parser.write(t)}}),e(Yi.prototype,{read:function(t){var e=this.parser.read(t);return this.precisionModel.getType()===ee.FIXED&&this.reducePrecision(e),e},reducePrecision:function(t){if(t.coordinate)this.precisionModel.makePrecise(t.coordinate);else if(t.points)for(var e=0,n=t.points.coordinates.length;e<n;e++)this.precisionModel.makePrecise(t.points.coordinates[e]);else if(t.geometries)for(var i=0,r=t.geometries.length;i<r;i++)this.reducePrecision(t.geometries[i])}}),e(Xi.prototype,{read:function(t){var e=this.ol;return t instanceof e.geom.Point?this.convertFromPoint(t):t instanceof e.geom.LineString?this.convertFromLineString(t):t instanceof e.geom.LinearRing?this.convertFromLinearRing(t):t instanceof e.geom.Polygon?this.convertFromPolygon(t):t instanceof e.geom.MultiPoint?this.convertFromMultiPoint(t):t instanceof e.geom.MultiLineString?this.convertFromMultiLineString(t):t instanceof e.geom.MultiPolygon?this.convertFromMultiPolygon(t):t instanceof e.geom.GeometryCollection?this.convertFromCollection(t):void 0},convertFromPoint:function(t){var e=t.getCoordinates();return this.geometryFactory.createPoint(new g(e[0],e[1]))},convertFromLineString:function(t){return this.geometryFactory.createLineString(t.getCoordinates().map(function(t){return new g(t[0],t[1])}))},convertFromLinearRing:function(t){return this.geometryFactory.createLinearRing(t.getCoordinates().map(function(t){return new g(t[0],t[1])}))},convertFromPolygon:function(t){for(var e=t.getLinearRings(),n=null,i=[],r=0;r<e.length;r++){var s=this.convertFromLinearRing(e[r]);0===r?n=s:i.push(s)}return this.geometryFactory.createPolygon(n,i)},convertFromMultiPoint:function(t){var e=t.getPoints().map(function(t){return this.convertFromPoint(t)},this);return this.geometryFactory.createMultiPoint(e)},convertFromMultiLineString:function(t){var e=t.getLineStrings().map(function(t){return this.convertFromLineString(t)},this);return this.geometryFactory.createMultiLineString(e)},convertFromMultiPolygon:function(t){var e=t.getPolygons().map(function(t){return this.convertFromPolygon(t)},this);return this.geometryFactory.createMultiPolygon(e)},convertFromCollection:function(t){var e=t.getGeometries().map(function(t){return this.read(t)},this);return this.geometryFactory.createGeometryCollection(e)},write:function(t){return\"Point\"===t.getGeometryType()?this.convertToPoint(t.getCoordinate()):\"LineString\"===t.getGeometryType()?this.convertToLineString(t):\"LinearRing\"===t.getGeometryType()?this.convertToLinearRing(t):\"Polygon\"===t.getGeometryType()?this.convertToPolygon(t):\"MultiPoint\"===t.getGeometryType()?this.convertToMultiPoint(t):\"MultiLineString\"===t.getGeometryType()?this.convertToMultiLineString(t):\"MultiPolygon\"===t.getGeometryType()?this.convertToMultiPolygon(t):\"GeometryCollection\"===t.getGeometryType()?this.convertToCollection(t):void 0},convertToPoint:function(t){return new this.ol.geom.Point([t.x,t.y])},convertToLineString:function(t){var e=t.points.coordinates.map(Ui);return new this.ol.geom.LineString(e)},convertToLinearRing:function(t){var e=t.points.coordinates.map(Ui);return new this.ol.geom.LinearRing(e)},convertToPolygon:function(t){for(var e=[t.shell.points.coordinates.map(Ui)],n=0;n<t.holes.length;n++)e.push(t.holes[n].points.coordinates.map(Ui));return new this.ol.geom.Polygon(e)},convertToMultiPoint:function(t){return new this.ol.geom.MultiPoint(t.getCoordinates().map(Ui))},convertToMultiLineString:function(t){for(var e=[],n=0;n<t.geometries.length;n++)e.push(this.convertToLineString(t.geometries[n]).getCoordinates());return new this.ol.geom.MultiLineString(e)},convertToMultiPolygon:function(t){for(var e=[],n=0;n<t.geometries.length;n++)e.push(this.convertToPolygon(t.geometries[n]).getCoordinates());return new this.ol.geom.MultiPolygon(e)},convertToCollection:function(t){for(var e=[],n=0;n<t.geometries.length;n++){var i=t.geometries[n];e.push(this.write(i))}return new this.ol.geom.GeometryCollection(e)}});var No=Object.freeze({GeoJSONReader:Vi,GeoJSONWriter:ki,OL3Parser:Xi,WKTReader:Yi,WKTWriter:se});e(Hi.prototype,{rescale:function(){if(R(arguments[0],v))for(var t=arguments[0],e=t.iterator();e.hasNext();){var n=e.next();this.rescale(n.getCoordinates())}else if(arguments[0]instanceof Array){var i=arguments[0],r=null,s=null;2===i.length&&(r=new g(i[0]),s=new g(i[1]));for(var e=0;e<i.length;e++)i[e].x=i[e].x/this.scaleFactor+this.offsetX,i[e].y=i[e].y/this.scaleFactor+this.offsetY;2===i.length&&i[0].equals2D(i[1])&&A.out.println(i)}},scale:function(){if(R(arguments[0],v)){for(var t=arguments[0],e=new I,n=t.iterator();n.hasNext();){var i=n.next();e.add(new Ke(this.scale(i.getCoordinates()),i.getData()))}return e}if(arguments[0]instanceof Array){for(var r=arguments[0],s=new Array(r.length).fill(null),n=0;n<r.length;n++)s[n]=new g(Math.round((r[n].x-this.offsetX)*this.scaleFactor),Math.round((r[n].y-this.offsetY)*this.scaleFactor),r[n].z);var o=H.removeRepeatedPoints(s);return o}},isIntegerPrecision:function(){return 1===this.scaleFactor},getNodedSubstrings:function(){var t=this.noder.getNodedSubstrings();return this.isScaled&&this.rescale(t),t},computeNodes:function(t){var e=t;this.isScaled&&(e=this.scale(t)),this.noder.computeNodes(e)},interfaces_:function(){return[tn]},getClass:function(){return Hi}});var Co=Object.freeze({MCIndexNoder:nn,ScaledNoder:Hi,SegmentString:be});e(Wi.prototype,{isSimpleMultiPoint:function(t){if(t.isEmpty())return!0;for(var e=new at,n=0;n<t.getNumGeometries();n++){var i=t.getGeometryN(n),r=i.getCoordinate();if(e.contains(r))return this.nonSimpleLocation=r,!1;e.add(r)}return!0},isSimplePolygonal:function(t){for(var e=kn.getLines(t),n=e.iterator();n.hasNext();){var i=n.next();if(!this.isSimpleLinearGeometry(i))return!1}return!0},hasClosedEndpointIntersection:function(t){for(var e=new rt,n=t.getEdgeIterator();n.hasNext();){var i=n.next(),r=(i.getMaximumSegmentIndex(),i.isClosed()),s=i.getCoordinate(0);this.addEndpoint(e,s,r);var o=i.getCoordinate(i.getNumPoints()-1);this.addEndpoint(e,o,r)}for(var n=e.values().iterator();n.hasNext();){var a=n.next();if(a.isClosed&&2!==a.degree)return this.nonSimpleLocation=a.getCoordinate(),!0}return!1},getNonSimpleLocation:function(){return this.nonSimpleLocation},isSimpleLinearGeometry:function(t){if(t.isEmpty())return!0;var e=new $n(0,t),n=new ae,i=e.computeSelfNodes(n,!0);return!i.hasIntersection()||(i.hasProperIntersection()?(this.nonSimpleLocation=i.getProperIntersectionPoint(),!1):!this.hasNonEndpointIntersection(e)&&(!this.isClosedEndpointsInInterior||!this.hasClosedEndpointIntersection(e)))},hasNonEndpointIntersection:function(t){for(var e=t.getEdgeIterator();e.hasNext();)for(var n=e.next(),i=n.getMaximumSegmentIndex(),r=n.getEdgeIntersectionList().iterator();r.hasNext();){var s=r.next();if(!s.isEndPoint(i))return this.nonSimpleLocation=s.getCoordinate(),!0}return!1},addEndpoint:function(t,e,n){var i=t.get(e);null===i&&(i=new ji(e),t.put(e,i)),i.addEndpoint(n)},computeSimple:function(t){return this.nonSimpleLocation=null,!!t.isEmpty()||(t instanceof St?this.isSimpleLinearGeometry(t):t instanceof gt?this.isSimpleLinearGeometry(t):t instanceof Pt?this.isSimpleMultiPoint(t):R(t,Rt)?this.isSimplePolygonal(t):!(t instanceof ft)||this.isSimpleGeometryCollection(t))},isSimple:function(){return this.nonSimpleLocation=null,this.computeSimple(this.inputGeom)},isSimpleGeometryCollection:function(t){for(var e=0;e<t.getNumGeometries();e++){var n=t.getGeometryN(e);if(!this.computeSimple(n))return!1}return!0},interfaces_:function(){return[]},getClass:function(){return Wi}}),e(ji.prototype,{addEndpoint:function(t){this.degree++,this.isClosed|=t},getCoordinate:function(){return this.pt},interfaces_:function(){return[]},getClass:function(){return ji}}),Wi.EndpointInfo=ji,e(Ki.prototype,{getEndCapStyle:function(){return this.endCapStyle},isSingleSided:function(){return this._isSingleSided},setQuadrantSegments:function(t){this.quadrantSegments=t,0===this.quadrantSegments&&(this.joinStyle=Ki.JOIN_BEVEL),this.quadrantSegments<0&&(this.joinStyle=Ki.JOIN_MITRE,this.mitreLimit=Math.abs(this.quadrantSegments)),t<=0&&(this.quadrantSegments=1),this.joinStyle!==Ki.JOIN_ROUND&&(this.quadrantSegments=Ki.DEFAULT_QUADRANT_SEGMENTS)},getJoinStyle:function(){return this.joinStyle},setJoinStyle:function(t){this.joinStyle=t},setSimplifyFactor:function(t){this.simplifyFactor=t<0?0:t},getSimplifyFactor:function(){return this.simplifyFactor},getQuadrantSegments:function(){return this.quadrantSegments},setEndCapStyle:function(t){this.endCapStyle=t},getMitreLimit:function(){return this.mitreLimit},setMitreLimit:function(t){this.mitreLimit=t},setSingleSided:function(t){this._isSingleSided=t},interfaces_:function(){return[]},getClass:function(){return Ki}}),Ki.bufferDistanceError=function(t){var e=Math.PI/2/t;return 1-Math.cos(e/2)},Ki.CAP_ROUND=1,Ki.CAP_FLAT=2,Ki.CAP_SQUARE=3,Ki.JOIN_ROUND=1,Ki.JOIN_MITRE=2,Ki.JOIN_BEVEL=3,Ki.DEFAULT_QUADRANT_SEGMENTS=8,Ki.DEFAULT_MITRE_LIMIT=5,Ki.DEFAULT_SIMPLIFY_FACTOR=.01,e(Zi.prototype,{getCoordinate:function(){return this.minCoord},getRightmostSide:function(t,e){var n=this.getRightmostSideOfSegment(t,e);return n<0&&(n=this.getRightmostSideOfSegment(t,e-1)),n<0&&(this.minCoord=null,this.checkForRightmostCoordinate(t)),n},findRightmostEdgeAtVertex:function(){var t=this.minDe.getEdge().getCoordinates();f.isTrue(this.minIndex>0&&this.minIndex<t.length,\"rightmost point expected to be interior vertex of edge\");var e=t[this.minIndex-1],n=t[this.minIndex+1],i=he.computeOrientation(this.minCoord,n,e),r=!1;e.y<this.minCoord.y&&n.y<this.minCoord.y&&i===he.COUNTERCLOCKWISE?r=!0:e.y>this.minCoord.y&&n.y>this.minCoord.y&&i===he.CLOCKWISE&&(r=!0),r&&(this.minIndex=this.minIndex-1)},getRightmostSideOfSegment:function(t,e){var n=t.getEdge(),i=n.getCoordinates();if(e<0||e+1>=i.length)return-1;if(i[e].y===i[e+1].y)return-1;var r=cn.LEFT;return i[e].y<i[e+1].y&&(r=cn.RIGHT),r},getEdge:function(){return this.orientedDe},checkForRightmostCoordinate:function(t){for(var e=t.getEdge().getCoordinates(),n=0;n<e.length-1;n++)(null===this.minCoord||e[n].x>this.minCoord.x)&&(this.minDe=t,this.minIndex=n,this.minCoord=e[n])},findRightmostEdgeAtNode:function(){var t=this.minDe.getNode(),e=t.getEdges();this.minDe=e.getRightmostEdge(),this.minDe.isForward()||(this.minDe=this.minDe.getSym(),this.minIndex=this.minDe.getEdge().getCoordinates().length-1)},findEdge:function(t){for(var e=t.iterator();e.hasNext();){var n=e.next();n.isForward()&&this.checkForRightmostCoordinate(n)}f.isTrue(0!==this.minIndex||this.minCoord.equals(this.minDe.getCoordinate()),\"inconsistency in rightmost processing\"),0===this.minIndex?this.findRightmostEdgeAtNode():this.findRightmostEdgeAtVertex(),this.orientedDe=this.minDe;var i=this.getRightmostSide(this.minDe,this.minIndex);i===cn.LEFT&&(this.orientedDe=this.minDe.getSym())},interfaces_:function(){return[]},getClass:function(){return Zi}}),Qi.prototype.addLast=function(t){this.array_.push(t)},Qi.prototype.removeFirst=function(){return this.array_.shift()},Qi.prototype.isEmpty=function(){return 0===this.array_.length},e(Ji.prototype,{clearVisitedEdges:function(){for(var t=this.dirEdgeList.iterator();t.hasNext();){var e=t.next();e.setVisited(!1)}},getRightmostCoordinate:function(){return this.rightMostCoord},computeNodeDepth:function(t){for(var e=null,n=t.getEdges().iterator();n.hasNext();){var i=n.next();if(i.isVisited()||i.getSym().isVisited()){e=i;break}}if(null===e)throw new sn(\"unable to find edge to compute depths at \"+t.getCoordinate());t.getEdges().computeDepths(e);for(var n=t.getEdges().iterator();n.hasNext();){var i=n.next();i.setVisited(!0),this.copySymDepths(i)}},computeDepth:function(t){this.clearVisitedEdges();var e=this.finder.getEdge();e.getNode(),e.getLabel();e.setEdgeDepths(cn.RIGHT,t),this.copySymDepths(e),this.computeDepths(e)},create:function(t){this.addReachable(t),this.finder.findEdge(this.dirEdgeList),this.rightMostCoord=this.finder.getCoordinate()},findResultEdges:function(){for(var t=this.dirEdgeList.iterator();t.hasNext();){var e=t.next();e.getDepth(cn.RIGHT)>=1&&e.getDepth(cn.LEFT)<=0&&!e.isInteriorAreaEdge()&&e.setInResult(!0)}},computeDepths:function(t){var e=new J,n=new Qi,i=t.getNode();for(n.addLast(i),e.add(i),t.setVisited(!0);!n.isEmpty();){var r=n.removeFirst();e.add(r),this.computeNodeDepth(r);for(var s=r.getEdges().iterator();s.hasNext();){var o=s.next(),a=o.getSym();if(!a.isVisited()){var u=a.getNode();e.contains(u)||(n.addLast(u),e.add(u))}}}},compareTo:function(t){var e=t;return this.rightMostCoord.x<e.rightMostCoord.x?-1:this.rightMostCoord.x>e.rightMostCoord.x?1:0},getEnvelope:function(){if(null===this.env){for(var t=new C,e=this.dirEdgeList.iterator();e.hasNext();)for(var n=e.next(),i=n.getEdge().getCoordinates(),r=0;r<i.length-1;r++)t.expandToInclude(i[r]);this.env=t}return this.env},addReachable:function(t){var e=new pe;for(e.add(t);!e.empty();){var n=e.pop();this.add(n,e)}},copySymDepths:function(t){var e=t.getSym();e.setDepth(cn.LEFT,t.getDepth(cn.RIGHT)),e.setDepth(cn.RIGHT,t.getDepth(cn.LEFT))},add:function(t,e){t.setVisited(!0),this.nodes.add(t);for(var n=t.getEdges().iterator();n.hasNext();){var i=n.next();this.dirEdgeList.add(i);var r=i.getSym(),s=r.getNode();s.isVisited()||e.push(s)}},getNodes:function(){return this.nodes},getDirectedEdges:function(){return this.dirEdgeList},interfaces_:function(){return[s]},getClass:function(){return Ji}}),e($i.prototype,{isDeletable:function(t,e,n,i){var r=this.inputLine[t],s=this.inputLine[e],o=this.inputLine[n];return!!this.isConcave(r,s,o)&&(!!this.isShallow(r,s,o,i)&&this.isShallowSampled(r,s,t,n,i))},deleteShallowConcavities:function(){for(var t=1,e=(this.inputLine.length-1,this.findNextNonDeletedIndex(t)),n=this.findNextNonDeletedIndex(e),i=!1;n<this.inputLine.length;){var r=!1;this.isDeletable(t,e,n,this.distanceTol)&&(this.isDeleted[e]=$i.DELETE,r=!0,i=!0),t=r?n:e,e=this.findNextNonDeletedIndex(t),n=this.findNextNonDeletedIndex(e)}return i},isShallowConcavity:function(t,e,n,i){var r=he.computeOrientation(t,e,n),s=r===this.angleOrientation;if(!s)return!1;var o=he.distancePointLine(e,t,n);return o<i},isShallowSampled:function(t,e,n,i,r){var s=Math.trunc((i-n)/$i.NUM_PTS_TO_CHECK);s<=0&&(s=1);for(var o=n;o<i;o+=s)if(!this.isShallow(t,e,this.inputLine[o],r))return!1;return!0},isConcave:function t(e,n,i){var r=he.computeOrientation(e,n,i),t=r===this.angleOrientation;return t},simplify:function(t){this.distanceTol=Math.abs(t),t<0&&(this.angleOrientation=he.CLOCKWISE),this.isDeleted=new Array(this.inputLine.length).fill(null);var e=!1;do e=this.deleteShallowConcavities();while(e);return this.collapseLine()},findNextNonDeletedIndex:function(t){for(var e=t+1;e<this.inputLine.length&&this.isDeleted[e]===$i.DELETE;)e++;return e},isShallow:function(t,e,n,i){var r=he.distancePointLine(e,t,n);return r<i},collapseLine:function(){for(var t=new N,e=0;e<this.inputLine.length;e++)this.isDeleted[e]!==$i.DELETE&&t.add(this.inputLine[e]);return t.toCoordinateArray()},interfaces_:function(){return[]},getClass:function(){return $i}}),$i.simplify=function(t,e){var n=new $i(t);return n.simplify(e)},$i.INIT=0,$i.DELETE=1,$i.KEEP=1,$i.NUM_PTS_TO_CHECK=10,e(tr.prototype,{getCoordinates:function(){var t=this.ptList.toArray(tr.COORDINATE_ARRAY_TYPE);return t},setPrecisionModel:function(t){this.precisionModel=t},addPt:function(t){var e=new g(t);return this.precisionModel.makePrecise(e),this.isRedundant(e)?null:void this.ptList.add(e)},reverse:function(){},addPts:function(t,e){if(e)for(var n=0;n<t.length;n++)this.addPt(t[n]);else for(var n=t.length-1;n>=0;n--)this.addPt(t[n])},isRedundant:function(t){if(this.ptList.size()<1)return!1;var e=this.ptList.get(this.ptList.size()-1),n=t.distance(e);return n<this.minimimVertexDistance},toString:function(){var t=new ie,e=t.createLineString(this.getCoordinates());return e.toString()},closeRing:function(){if(this.ptList.size()<1)return null;var t=new g(this.ptList.get(0)),e=this.ptList.get(this.ptList.size()-1),n=null;return this.ptList.size()>=2&&(n=this.ptList.get(this.ptList.size()-2)),t.equals(e)?null:void this.ptList.add(t)},setMinimumVertexDistance:function(t){this.minimimVertexDistance=t},interfaces_:function(){return[]},getClass:function(){return tr}}),tr.COORDINATE_ARRAY_TYPE=new Array(0).fill(null),e(er.prototype,{addNextSegment:function(t,e){if(this.s0=this.s1,this.s1=this.s2,this.s2=t,this.seg0.setCoordinates(this.s0,this.s1),this.computeOffsetSegment(this.seg0,this.side,this.distance,this.offset0),this.seg1.setCoordinates(this.s1,this.s2),this.computeOffsetSegment(this.seg1,this.side,this.distance,this.offset1),this.s1.equals(this.s2))return null;var n=he.computeOrientation(this.s0,this.s1,this.s2),i=n===he.CLOCKWISE&&this.side===cn.LEFT||n===he.COUNTERCLOCKWISE&&this.side===cn.RIGHT;0===n?this.addCollinear(e):i?this.addOutsideTurn(n,e):this.addInsideTurn(n,e)},addLineEndCap:function(t,e){var n=new ce(t,e),i=new ce;this.computeOffsetSegment(n,cn.LEFT,this.distance,i);var r=new ce;this.computeOffsetSegment(n,cn.RIGHT,this.distance,r);var s=e.x-t.x,o=e.y-t.y,a=Math.atan2(o,s);switch(this.bufParams.getEndCapStyle()){case Ki.CAP_ROUND:this.segList.addPt(i.p1),this.addFilletArc(e,a+Math.PI/2,a-Math.PI/2,he.CLOCKWISE,this.distance),this.segList.addPt(r.p1);break;case Ki.CAP_FLAT:this.segList.addPt(i.p1),this.segList.addPt(r.p1);break;case Ki.CAP_SQUARE:var u=new g;u.x=Math.abs(this.distance)*Math.cos(a),u.y=Math.abs(this.distance)*Math.sin(a);var l=new g(i.p1.x+u.x,i.p1.y+u.y),h=new g(r.p1.x+u.x,r.p1.y+u.y);this.segList.addPt(l),this.segList.addPt(h)}},getCoordinates:function(){var t=this.segList.getCoordinates();return t},addMitreJoin:function(t,e,n,i){var r=!0,s=null;try{s=F.intersection(e.p0,e.p1,n.p0,n.p1);var o=i<=0?1:s.distance(t)/Math.abs(i);o>this.bufParams.getMitreLimit()&&(r=!1)}catch(t){if(!(t instanceof w))throw t;s=new g(0,0),r=!1}finally{}r?this.segList.addPt(s):this.addLimitedMitreJoin(e,n,i,this.bufParams.getMitreLimit())},addFilletCorner:function(t,e,n,i,r){var s=e.x-t.x,o=e.y-t.y,a=Math.atan2(o,s),u=n.x-t.x,l=n.y-t.y,h=Math.atan2(l,u);i===he.CLOCKWISE?a<=h&&(a+=2*Math.PI):a>=h&&(a-=2*Math.PI),this.segList.addPt(e),this.addFilletArc(t,a,h,i,r),this.segList.addPt(n)},addOutsideTurn:function(t,e){return this.offset0.p1.distance(this.offset1.p0)<this.distance*er.OFFSET_SEGMENT_SEPARATION_FACTOR?(this.segList.addPt(this.offset0.p1),null):void(this.bufParams.getJoinStyle()===Ki.JOIN_MITRE?this.addMitreJoin(this.s1,this.offset0,this.offset1,this.distance):this.bufParams.getJoinStyle()===Ki.JOIN_BEVEL?this.addBevelJoin(this.offset0,this.offset1):(e&&this.segList.addPt(this.offset0.p1),this.addFilletCorner(this.s1,this.offset0.p1,this.offset1.p0,t,this.distance),this.segList.addPt(this.offset1.p0)))},createSquare:function(t){this.segList.addPt(new g(t.x+this.distance,t.y+this.distance)),this.segList.addPt(new g(t.x+this.distance,t.y-this.distance)),this.segList.addPt(new g(t.x-this.distance,t.y-this.distance)),this.segList.addPt(new g(t.x-this.distance,t.y+this.distance)),this.segList.closeRing()},addSegments:function(t,e){this.segList.addPts(t,e)},addFirstSegment:function(){this.segList.addPt(this.offset1.p0)},addLastSegment:function(){this.segList.addPt(this.offset1.p1)},initSideSegments:function(t,e,n){this.s1=t,this.s2=e,this.side=n,this.seg1.setCoordinates(t,e),this.computeOffsetSegment(this.seg1,n,this.distance,this.offset1);\n},addLimitedMitreJoin:function(t,e,n,i){var r=this.seg0.p1,s=Ci.angle(r,this.seg0.p0),o=(Ci.angle(r,this.seg1.p1),Ci.angleBetweenOriented(this.seg0.p0,r,this.seg1.p1)),a=o/2,u=Ci.normalize(s+a),l=Ci.normalize(u+Math.PI),h=i*n,c=h*Math.abs(Math.sin(a)),f=n-c,d=r.x+h*Math.cos(l),p=r.y+h*Math.sin(l),v=new g(d,p),m=new ce(r,v),y=m.pointAlongOffset(1,f),x=m.pointAlongOffset(1,-f);this.side===cn.LEFT?(this.segList.addPt(y),this.segList.addPt(x)):(this.segList.addPt(x),this.segList.addPt(y))},computeOffsetSegment:function(t,e,n,i){var r=e===cn.LEFT?1:-1,s=t.p1.x-t.p0.x,o=t.p1.y-t.p0.y,a=Math.sqrt(s*s+o*o),u=r*n*s/a,l=r*n*o/a;i.p0.x=t.p0.x-l,i.p0.y=t.p0.y+u,i.p1.x=t.p1.x-l,i.p1.y=t.p1.y+u},addFilletArc:function(t,e,n,i,r){var s=i===he.CLOCKWISE?-1:1,o=Math.abs(e-n),a=Math.trunc(o/this.filletAngleQuantum+.5);if(a<1)return null;var u=null,l=null;u=0,l=o/a;for(var h=u,c=new g;h<o;){var f=e+s*h;c.x=t.x+r*Math.cos(f),c.y=t.y+r*Math.sin(f),this.segList.addPt(c),h+=l}},addInsideTurn:function(t,e){if(this.li.computeIntersection(this.offset0.p0,this.offset0.p1,this.offset1.p0,this.offset1.p1),this.li.hasIntersection())this.segList.addPt(this.li.getIntersection(0));else if(this._hasNarrowConcaveAngle=!0,this.offset0.p1.distance(this.offset1.p0)<this.distance*er.INSIDE_TURN_VERTEX_SNAP_DISTANCE_FACTOR)this.segList.addPt(this.offset0.p1);else{if(this.segList.addPt(this.offset0.p1),this.closingSegLengthFactor>0){var n=new g((this.closingSegLengthFactor*this.offset0.p1.x+this.s1.x)/(this.closingSegLengthFactor+1),(this.closingSegLengthFactor*this.offset0.p1.y+this.s1.y)/(this.closingSegLengthFactor+1));this.segList.addPt(n);var i=new g((this.closingSegLengthFactor*this.offset1.p0.x+this.s1.x)/(this.closingSegLengthFactor+1),(this.closingSegLengthFactor*this.offset1.p0.y+this.s1.y)/(this.closingSegLengthFactor+1));this.segList.addPt(i)}else this.segList.addPt(this.s1);this.segList.addPt(this.offset1.p0)}},createCircle:function(t){var e=new g(t.x+this.distance,t.y);this.segList.addPt(e),this.addFilletArc(t,0,2*Math.PI,-1,this.distance),this.segList.closeRing()},addBevelJoin:function(t,e){this.segList.addPt(t.p1),this.segList.addPt(e.p0)},init:function(t){this.distance=t,this.maxCurveSegmentError=t*(1-Math.cos(this.filletAngleQuantum/2)),this.segList=new tr,this.segList.setPrecisionModel(this.precisionModel),this.segList.setMinimumVertexDistance(t*er.CURVE_VERTEX_SNAP_DISTANCE_FACTOR)},addCollinear:function(t){this.li.computeIntersection(this.s0,this.s1,this.s1,this.s2);var e=this.li.getIntersectionNum();e>=2&&(this.bufParams.getJoinStyle()===Ki.JOIN_BEVEL||this.bufParams.getJoinStyle()===Ki.JOIN_MITRE?(t&&this.segList.addPt(this.offset0.p1),this.segList.addPt(this.offset1.p0)):this.addFilletCorner(this.s1,this.offset0.p1,this.offset1.p0,he.CLOCKWISE,this.distance))},closeRing:function(){this.segList.closeRing()},hasNarrowConcaveAngle:function(){return this._hasNarrowConcaveAngle},interfaces_:function(){return[]},getClass:function(){return er}}),er.OFFSET_SEGMENT_SEPARATION_FACTOR=.001,er.INSIDE_TURN_VERTEX_SNAP_DISTANCE_FACTOR=.001,er.CURVE_VERTEX_SNAP_DISTANCE_FACTOR=1e-6,er.MAX_CLOSING_SEG_LEN_FACTOR=80,e(nr.prototype,{getOffsetCurve:function(t,e){if(this.distance=e,0===e)return null;var n=e<0,i=Math.abs(e),r=this.getSegGen(i);t.length<=1?this.computePointCurve(t[0],r):this.computeOffsetCurve(t,n,r);var s=r.getCoordinates();return n&&H.reverse(s),s},computeSingleSidedBufferCurve:function(t,e,n){var i=this.simplifyTolerance(this.distance);if(e){n.addSegments(t,!0);var r=$i.simplify(t,-i),s=r.length-1;n.initSideSegments(r[s],r[s-1],cn.LEFT),n.addFirstSegment();for(var o=s-2;o>=0;o--)n.addNextSegment(r[o],!0)}else{n.addSegments(t,!1);var a=$i.simplify(t,i),u=a.length-1;n.initSideSegments(a[0],a[1],cn.LEFT),n.addFirstSegment();for(var o=2;o<=u;o++)n.addNextSegment(a[o],!0)}n.addLastSegment(),n.closeRing()},computeRingBufferCurve:function(t,e,n){var i=this.simplifyTolerance(this.distance);e===cn.RIGHT&&(i=-i);var r=$i.simplify(t,i),s=r.length-1;n.initSideSegments(r[s-1],r[0],e);for(var o=1;o<=s;o++){var a=1!==o;n.addNextSegment(r[o],a)}n.closeRing()},computeLineBufferCurve:function(t,e){var n=this.simplifyTolerance(this.distance),i=$i.simplify(t,n),r=i.length-1;e.initSideSegments(i[0],i[1],cn.LEFT);for(var s=2;s<=r;s++)e.addNextSegment(i[s],!0);e.addLastSegment(),e.addLineEndCap(i[r-1],i[r]);var o=$i.simplify(t,-n),a=o.length-1;e.initSideSegments(o[a],o[a-1],cn.LEFT);for(var s=a-2;s>=0;s--)e.addNextSegment(o[s],!0);e.addLastSegment(),e.addLineEndCap(o[1],o[0]),e.closeRing()},computePointCurve:function(t,e){switch(this.bufParams.getEndCapStyle()){case Ki.CAP_ROUND:e.createCircle(t);break;case Ki.CAP_SQUARE:e.createSquare(t)}},getLineCurve:function(t,e){if(this.distance=e,e<0&&!this.bufParams.isSingleSided())return null;if(0===e)return null;var n=Math.abs(e),i=this.getSegGen(n);if(t.length<=1)this.computePointCurve(t[0],i);else if(this.bufParams.isSingleSided()){var r=e<0;this.computeSingleSidedBufferCurve(t,r,i)}else this.computeLineBufferCurve(t,i);var s=i.getCoordinates();return s},getBufferParameters:function(){return this.bufParams},simplifyTolerance:function(t){return t*this.bufParams.getSimplifyFactor()},getRingCurve:function(t,e,n){if(this.distance=n,t.length<=2)return this.getLineCurve(t,n);if(0===n)return nr.copyCoordinates(t);var i=this.getSegGen(n);return this.computeRingBufferCurve(t,e,i),i.getCoordinates()},computeOffsetCurve:function(t,e,n){var i=this.simplifyTolerance(this.distance);if(e){var r=$i.simplify(t,-i),s=r.length-1;n.initSideSegments(r[s],r[s-1],cn.LEFT),n.addFirstSegment();for(var o=s-2;o>=0;o--)n.addNextSegment(r[o],!0)}else{var a=$i.simplify(t,i),u=a.length-1;n.initSideSegments(a[0],a[1],cn.LEFT),n.addFirstSegment();for(var o=2;o<=u;o++)n.addNextSegment(a[o],!0)}n.addLastSegment()},getSegGen:function(t){return new er(this.precisionModel,this.bufParams,t)},interfaces_:function(){return[]},getClass:function(){return nr}}),nr.copyCoordinates=function(t){for(var e=new Array(t.length).fill(null),n=0;n<e.length;n++)e[n]=new g(t[n]);return e},e(ir.prototype,{findStabbedSegments:function(){if(1===arguments.length){for(var t=arguments[0],e=new I,n=this.subgraphs.iterator();n.hasNext();){var i=n.next(),r=i.getEnvelope();t.y<r.getMinY()||t.y>r.getMaxY()||this.findStabbedSegments(t,i.getDirectedEdges(),e)}return e}if(3===arguments.length)if(R(arguments[2],y)&&arguments[0]instanceof g&&arguments[1]instanceof In)for(var s=arguments[0],o=arguments[1],a=arguments[2],u=o.getEdge().getCoordinates(),n=0;n<u.length-1;n++){this.seg.p0=u[n],this.seg.p1=u[n+1],this.seg.p0.y>this.seg.p1.y&&this.seg.reverse();var l=Math.max(this.seg.p0.x,this.seg.p1.x);if(!(l<s.x||this.seg.isHorizontal()||s.y<this.seg.p0.y||s.y>this.seg.p1.y||he.computeOrientation(this.seg.p0,this.seg.p1,s)===he.RIGHT)){var h=o.getDepth(cn.LEFT);this.seg.p0.equals(u[n])||(h=o.getDepth(cn.RIGHT));var c=new rr(this.seg,h);a.add(c)}}else if(R(arguments[2],y)&&arguments[0]instanceof g&&R(arguments[1],y))for(var f=arguments[0],d=arguments[1],p=arguments[2],n=d.iterator();n.hasNext();){var v=n.next();v.isForward()&&this.findStabbedSegments(f,v,p)}},getDepth:function(t){var e=this.findStabbedSegments(t);if(0===e.size())return 0;var n=ho.min(e);return n.leftDepth},interfaces_:function(){return[]},getClass:function(){return ir}}),e(rr.prototype,{compareTo:function(t){var e=t;if(this.upwardSeg.minX()>=e.upwardSeg.maxX())return 1;if(this.upwardSeg.maxX()<=e.upwardSeg.minX())return-1;var n=this.upwardSeg.orientationIndex(e.upwardSeg);return 0!==n?n:(n=-1*e.upwardSeg.orientationIndex(this.upwardSeg),0!==n?n:this.upwardSeg.compareTo(e.upwardSeg))},compareX:function(t,e){var n=t.p0.compareTo(e.p0);return 0!==n?n:t.p1.compareTo(e.p1)},toString:function(){return this.upwardSeg.toString()},interfaces_:function(){return[s]},getClass:function(){return rr}}),ir.DepthSegment=rr,e(sr.prototype,{addPoint:function(t){if(this.distance<=0)return null;var e=t.getCoordinates(),n=this.curveBuilder.getLineCurve(e,this.distance);this.addCurve(n,L.EXTERIOR,L.INTERIOR)},addPolygon:function(t){var e=this.distance,n=cn.LEFT;this.distance<0&&(e=-this.distance,n=cn.RIGHT);var i=t.getExteriorRing(),r=H.removeRepeatedPoints(i.getCoordinates());if(this.distance<0&&this.isErodedCompletely(i,this.distance))return null;if(this.distance<=0&&r.length<3)return null;this.addPolygonRing(r,e,n,L.EXTERIOR,L.INTERIOR);for(var s=0;s<t.getNumInteriorRing();s++){var o=t.getInteriorRingN(s),a=H.removeRepeatedPoints(o.getCoordinates());this.distance>0&&this.isErodedCompletely(o,-this.distance)||this.addPolygonRing(a,e,cn.opposite(n),L.INTERIOR,L.EXTERIOR)}},isTriangleErodedCompletely:function(t,e){var n=new Si(t[0],t[1],t[2]),i=n.inCentre(),r=he.distancePointLine(i,n.p0,n.p1);return r<Math.abs(e)},addLineString:function(t){if(this.distance<=0&&!this.curveBuilder.getBufferParameters().isSingleSided())return null;var e=H.removeRepeatedPoints(t.getCoordinates()),n=this.curveBuilder.getLineCurve(e,this.distance);this.addCurve(n,L.EXTERIOR,L.INTERIOR)},addCurve:function(t,e,n){if(null===t||t.length<2)return null;var i=new Ke(t,new gn(0,L.BOUNDARY,e,n));this.curveList.add(i)},getCurves:function(){return this.add(this.inputGeom),this.curveList},addPolygonRing:function(t,e,n,i,r){if(0===e&&t.length<bt.MINIMUM_VALID_SIZE)return null;var s=i,o=r;t.length>=bt.MINIMUM_VALID_SIZE&&he.isCCW(t)&&(s=r,o=i,n=cn.opposite(n));var a=this.curveBuilder.getRingCurve(t,n,e);this.addCurve(a,s,o)},add:function(t){if(t.isEmpty())return null;if(t instanceof Tt)this.addPolygon(t);else if(t instanceof St)this.addLineString(t);else if(t instanceof Lt)this.addPoint(t);else if(t instanceof Pt)this.addCollection(t);else if(t instanceof gt)this.addCollection(t);else if(t instanceof Ot)this.addCollection(t);else{if(!(t instanceof ft))throw new UnsupportedOperationException(t.getClass().getName());this.addCollection(t)}},isErodedCompletely:function(t,e){var n=t.getCoordinates();if(n.length<4)return e<0;if(4===n.length)return this.isTriangleErodedCompletely(n,e);var i=t.getEnvelopeInternal(),r=Math.min(i.getHeight(),i.getWidth());return e<0&&2*Math.abs(e)>r},addCollection:function(t){for(var e=0;e<t.getNumGeometries();e++){var n=t.getGeometryN(e);this.add(n)}},interfaces_:function(){return[]},getClass:function(){return sr}}),e(or.prototype,{isTrivialIntersection:function(t,e,n,i){if(t===n&&1===this.li.getIntersectionNum()){if(or.isAdjacentSegments(e,i))return!0;if(t.isClosed()){var r=t.size()-1;if(0===e&&i===r||0===i&&e===r)return!0}}return!1},getProperIntersectionPoint:function(){return this.properIntersectionPoint},hasProperInteriorIntersection:function(){return this.hasProperInterior},getLineIntersector:function(){return this.li},hasProperIntersection:function(){return this.hasProper},processIntersections:function(t,e,n,i){if(t===n&&e===i)return null;this.numTests++;var r=t.getCoordinates()[e],s=t.getCoordinates()[e+1],o=n.getCoordinates()[i],a=n.getCoordinates()[i+1];this.li.computeIntersection(r,s,o,a),this.li.hasIntersection()&&(this.numIntersections++,this.li.isInteriorIntersection()&&(this.numInteriorIntersections++,this.hasInterior=!0),this.isTrivialIntersection(t,e,n,i)||(this._hasIntersection=!0,t.addIntersections(this.li,e,0),n.addIntersections(this.li,i,1),this.li.isProper()&&(this.numProperIntersections++,this.hasProper=!0,this.hasProperInterior=!0)))},hasIntersection:function(){return this._hasIntersection},isDone:function(){return!1},hasInteriorIntersection:function(){return this.hasInterior},interfaces_:function(){return[on]},getClass:function(){return or}}),or.isAdjacentSegments=function(t,e){return 1===Math.abs(t-e)},e(ar.prototype,{setWorkingPrecisionModel:function(t){this.workingPrecisionModel=t},insertUniqueEdge:function(t){var e=this.edgeList.findEqualEdge(t);if(null!==e){var n=e.getLabel(),i=t.getLabel();e.isPointwiseEqual(t)||(i=new gn(t.getLabel()),i.flip()),n.merge(i);var r=ar.depthDelta(i),s=e.getDepthDelta(),o=s+r;e.setDepthDelta(o)}else this.edgeList.add(t),t.setDepthDelta(ar.depthDelta(t.getLabel()))},buildSubgraphs:function(t,e){for(var n=new I,i=t.iterator();i.hasNext();){var r=i.next(),s=r.getRightmostCoordinate(),o=new ir(n),a=o.getDepth(s);r.computeDepth(a),r.findResultEdges(),n.add(r),e.add(r.getDirectedEdges(),r.getNodes())}},createSubgraphs:function(t){for(var e=new I,n=t.getNodes().iterator();n.hasNext();){var i=n.next();if(!i.isVisited()){var r=new Ji;r.create(i),e.add(r)}}return ho.sort(e,ho.reverseOrder()),e},createEmptyResultGeometry:function(){var t=this.geomFact.createPolygon();return t},getNoder:function(t){if(null!==this.workingNoder)return this.workingNoder;var e=new nn,n=new ae;return n.setPrecisionModel(t),e.setSegmentIntersector(new or(n)),e},buffer:function(t,e){var n=this.workingPrecisionModel;null===n&&(n=t.getPrecisionModel()),this.geomFact=t.getFactory();var i=new nr(n,this.bufParams),r=new sr(t,e,i),s=r.getCurves();if(s.size()<=0)return this.createEmptyResultGeometry();this.computeNodedEdges(s,n),this.graph=new Cn(new On),this.graph.addEdges(this.edgeList.getEdges());var o=this.createSubgraphs(this.graph),a=new Sn(this.geomFact);this.buildSubgraphs(o,a);var u=a.getPolygons();if(u.size()<=0)return this.createEmptyResultGeometry();var l=this.geomFact.buildGeometry(u);return l},computeNodedEdges:function(t,e){var n=this.getNoder(e);n.computeNodes(t);for(var i=n.getNodedSubstrings(),r=i.iterator();r.hasNext();){var s=r.next(),o=s.getCoordinates();if(2!==o.length||!o[0].equals2D(o[1])){var a=s.getData(),u=new Jn(s.getCoordinates(),new gn(a));this.insertUniqueEdge(u)}}},setNoder:function(t){this.workingNoder=t},interfaces_:function(){return[]},getClass:function(){return ar}}),ar.depthDelta=function(t){var e=t.getLocation(0,cn.LEFT),n=t.getLocation(0,cn.RIGHT);return e===L.INTERIOR&&n===L.EXTERIOR?1:e===L.EXTERIOR&&n===L.INTERIOR?-1:0},ar.convertSegStrings=function(t){for(var e=new ie,n=new I;t.hasNext();){var i=t.next(),r=e.createLineString(i.getCoordinates());n.add(r)}return e.buildGeometry(n)},e(ur.prototype,{checkEndPtVertexIntersections:function(){if(0===arguments.length)for(var t=this.segStrings.iterator();t.hasNext();){var e=t.next(),n=e.getCoordinates();this.checkEndPtVertexIntersections(n[0],this.segStrings),this.checkEndPtVertexIntersections(n[n.length-1],this.segStrings)}else if(2===arguments.length)for(var i=arguments[0],r=arguments[1],t=r.iterator();t.hasNext();)for(var e=t.next(),n=e.getCoordinates(),s=1;s<n.length-1;s++)if(n[s].equals(i))throw new l(\"found endpt/interior pt intersection at index \"+s+\" :pt \"+i)},checkInteriorIntersections:function(){if(0===arguments.length)for(var t=this.segStrings.iterator();t.hasNext();)for(var e=t.next(),n=this.segStrings.iterator();n.hasNext();){var i=n.next();this.checkInteriorIntersections(e,i)}else if(2===arguments.length)for(var r=arguments[0],s=arguments[1],o=r.getCoordinates(),a=s.getCoordinates(),u=0;u<o.length-1;u++)for(var h=0;h<a.length-1;h++)this.checkInteriorIntersections(r,u,s,h);else if(4===arguments.length){var c=arguments[0],f=arguments[1],g=arguments[2],d=arguments[3];if(c===g&&f===d)return null;var p=c.getCoordinates()[f],v=c.getCoordinates()[f+1],m=g.getCoordinates()[d],y=g.getCoordinates()[d+1];if(this.li.computeIntersection(p,v,m,y),this.li.hasIntersection()&&(this.li.isProper()||this.hasInteriorIntersection(this.li,p,v)||this.hasInteriorIntersection(this.li,m,y)))throw new l(\"found non-noded intersection at \"+p+\"-\"+v+\" and \"+m+\"-\"+y)}},checkValid:function(){this.checkEndPtVertexIntersections(),this.checkInteriorIntersections(),this.checkCollapses()},checkCollapses:function(){if(0===arguments.length)for(var t=this.segStrings.iterator();t.hasNext();){var e=t.next();this.checkCollapses(e)}else if(1===arguments.length)for(var n=arguments[0],i=n.getCoordinates(),t=0;t<i.length-2;t++)this.checkCollapse(i[t],i[t+1],i[t+2])},hasInteriorIntersection:function(t,e,n){for(var i=0;i<t.getIntersectionNum();i++){var r=t.getIntersection(i);if(!r.equals(e)&&!r.equals(n))return!0}return!1},checkCollapse:function(t,e,n){if(t.equals(n))throw new l(\"found non-noded collapse at \"+ur.fact.createLineString([t,e,n]))},interfaces_:function(){return[]},getClass:function(){return ur}}),ur.fact=new ie,e(lr.prototype,{intersectsScaled:function(t,e){var n=Math.min(t.x,e.x),i=Math.max(t.x,e.x),r=Math.min(t.y,e.y),s=Math.max(t.y,e.y),o=this.maxx<n||this.minx>i||this.maxy<r||this.miny>s;if(o)return!1;var a=this.intersectsToleranceSquare(t,e);return f.isTrue(!(o&&a),\"Found bad envelope test\"),a},initCorners:function(t){var e=.5;this.minx=t.x-e,this.maxx=t.x+e,this.miny=t.y-e,this.maxy=t.y+e,this.corner[0]=new g(this.maxx,this.maxy),this.corner[1]=new g(this.minx,this.maxy),this.corner[2]=new g(this.minx,this.miny),this.corner[3]=new g(this.maxx,this.miny)},intersects:function(t,e){return 1===this.scaleFactor?this.intersectsScaled(t,e):(this.copyScaled(t,this.p0Scaled),this.copyScaled(e,this.p1Scaled),this.intersectsScaled(this.p0Scaled,this.p1Scaled))},scale:function(t){return Math.round(t*this.scaleFactor)},getCoordinate:function(){return this.originalPt},copyScaled:function(t,e){e.x=this.scale(t.x),e.y=this.scale(t.y)},getSafeEnvelope:function(){if(null===this.safeEnv){var t=lr.SAFE_ENV_EXPANSION_FACTOR/this.scaleFactor;this.safeEnv=new C(this.originalPt.x-t,this.originalPt.x+t,this.originalPt.y-t,this.originalPt.y+t)}return this.safeEnv},intersectsPixelClosure:function(t,e){return this.li.computeIntersection(t,e,this.corner[0],this.corner[1]),!!this.li.hasIntersection()||(this.li.computeIntersection(t,e,this.corner[1],this.corner[2]),!!this.li.hasIntersection()||(this.li.computeIntersection(t,e,this.corner[2],this.corner[3]),!!this.li.hasIntersection()||(this.li.computeIntersection(t,e,this.corner[3],this.corner[0]),!!this.li.hasIntersection())))},intersectsToleranceSquare:function(t,e){var n=!1,i=!1;return this.li.computeIntersection(t,e,this.corner[0],this.corner[1]),!!this.li.isProper()||(this.li.computeIntersection(t,e,this.corner[1],this.corner[2]),!!this.li.isProper()||(this.li.hasIntersection()&&(n=!0),this.li.computeIntersection(t,e,this.corner[2],this.corner[3]),!!this.li.isProper()||(this.li.hasIntersection()&&(i=!0),this.li.computeIntersection(t,e,this.corner[3],this.corner[0]),!!this.li.isProper()||(!(!n||!i)||(!!t.equals(this.pt)||!!e.equals(this.pt))))))},addSnappedNode:function(t,e){var n=t.getCoordinate(e),i=t.getCoordinate(e+1);return!!this.intersects(n,i)&&(t.addIntersection(this.getCoordinate(),e),!0)},interfaces_:function(){return[]},getClass:function(){return lr}}),lr.SAFE_ENV_EXPANSION_FACTOR=.75,e(hr.prototype,{snap:function(){if(1===arguments.length){var t=arguments[0];return this.snap(t,null,-1)}if(3===arguments.length){var e=arguments[0],n=arguments[1],i=arguments[2],r=e.getSafeEnvelope(),s=new cr(e,n,i);return this.index.query(r,{interfaces_:function(){return[Ae]},visitItem:function(t){var e=t;e.select(r,s)}}),s.isNodeAdded()}},interfaces_:function(){return[]},getClass:function(){return hr}}),h(cr,hi),e(cr.prototype,{isNodeAdded:function(){return this._isNodeAdded},select:function(){if(2!==arguments.length)return hi.prototype.select.apply(this,arguments);var t=arguments[0],e=arguments[1],n=t.getContext();return null!==this.parentEdge&&n===this.parentEdge&&e===this.hotPixelVertexIndex?null:void(this._isNodeAdded=this.hotPixel.addSnappedNode(n,e))},interfaces_:function(){return[]},getClass:function(){return cr}}),hr.HotPixelSnapAction=cr,e(fr.prototype,{processIntersections:function(t,e,n,i){if(t===n&&e===i)return null;var r=t.getCoordinates()[e],s=t.getCoordinates()[e+1],o=n.getCoordinates()[i],a=n.getCoordinates()[i+1];if(this.li.computeIntersection(r,s,o,a),this.li.hasIntersection()&&this.li.isInteriorIntersection()){for(var u=0;u<this.li.getIntersectionNum();u++)this.interiorIntersections.add(this.li.getIntersection(u));t.addIntersections(this.li,e,0),n.addIntersections(this.li,i,1)}},isDone:function(){return!1},getInteriorIntersections:function(){return this.interiorIntersections},interfaces_:function(){return[on]},getClass:function(){return fr}}),e(gr.prototype,{checkCorrectness:function(t){var e=Ke.getNodedSubstrings(t),n=new ur(e);try{n.checkValid()}catch(t){if(!(t instanceof S))throw t;t.printStackTrace()}finally{}},getNodedSubstrings:function(){return Ke.getNodedSubstrings(this.nodedSegStrings)},snapRound:function(t,e){var n=this.findInteriorIntersections(t,e);this.computeIntersectionSnaps(n),this.computeVertexSnaps(t)},findInteriorIntersections:function(t,e){var n=new fr(e);return this.noder.setSegmentIntersector(n),this.noder.computeNodes(t),n.getInteriorIntersections()},computeVertexSnaps:function(){if(R(arguments[0],v))for(var t=arguments[0],e=t.iterator();e.hasNext();){var n=e.next();this.computeVertexSnaps(n)}else if(arguments[0]instanceof Ke)for(var i=arguments[0],r=i.getCoordinates(),s=0;s<r.length;s++){var o=new lr(r[s],this.scaleFactor,this.li),a=this.pointSnapper.snap(o,i,s);a&&i.addIntersection(r[s],s)}},computeNodes:function(t){this.nodedSegStrings=t,this.noder=new nn,this.pointSnapper=new hr(this.noder.getIndex()),this.snapRound(t,this.li)},computeIntersectionSnaps:function(t){for(var e=t.iterator();e.hasNext();){var n=e.next(),i=new lr(n,this.scaleFactor,this.li);this.pointSnapper.snap(i)}},interfaces_:function(){return[tn]},getClass:function(){return gr}}),e(dr.prototype,{bufferFixedPrecision:function(t){var e=new Hi(new gr(new ee(1)),t.getScale()),n=new ar(this.bufParams);n.setWorkingPrecisionModel(t),n.setNoder(e),this.resultGeometry=n.buffer(this.argGeom,this.distance)},bufferReducedPrecision:function(){if(0===arguments.length){for(var t=dr.MAX_PRECISION_DIGITS;t>=0;t--){try{this.bufferReducedPrecision(t)}catch(t){if(!(t instanceof sn))throw t;this.saveException=t}finally{}if(null!==this.resultGeometry)return null}throw this.saveException}if(1===arguments.length){var e=arguments[0],n=dr.precisionScaleFactor(this.argGeom,this.distance,e),i=new ee(n);this.bufferFixedPrecision(i)}},computeGeometry:function(){if(this.bufferOriginalPrecision(),null!==this.resultGeometry)return null;var t=this.argGeom.getFactory().getPrecisionModel();t.getType()===ee.FIXED?this.bufferFixedPrecision(t):this.bufferReducedPrecision()},setQuadrantSegments:function(t){this.bufParams.setQuadrantSegments(t)},bufferOriginalPrecision:function(){try{var t=new ar(this.bufParams);this.resultGeometry=t.buffer(this.argGeom,this.distance)}catch(t){if(!(t instanceof l))throw t;this.saveException=t}finally{}},getResultGeometry:function(t){return this.distance=t,this.computeGeometry(),this.resultGeometry},setEndCapStyle:function(t){this.bufParams.setEndCapStyle(t)},interfaces_:function(){return[]},getClass:function(){return dr}}),dr.bufferOp=function(){if(2===arguments.length){var t=arguments[0],e=arguments[1],n=new dr(t),i=n.getResultGeometry(e);return i}if(3===arguments.length){if(Number.isInteger(arguments[2])&&arguments[0]instanceof B&&\"number\"==typeof arguments[1]){var r=arguments[0],s=arguments[1],o=arguments[2],a=new dr(r);a.setQuadrantSegments(o);var i=a.getResultGeometry(s);return i}if(arguments[2]instanceof Ki&&arguments[0]instanceof B&&\"number\"==typeof arguments[1]){var u=arguments[0],l=arguments[1],h=arguments[2],a=new dr(u,h),i=a.getResultGeometry(l);return i}}else if(4===arguments.length){var c=arguments[0],f=arguments[1],g=arguments[2],d=arguments[3],a=new dr(c);a.setQuadrantSegments(g),a.setEndCapStyle(d);var i=a.getResultGeometry(f);return i}},dr.precisionScaleFactor=function(t,e,n){var i=t.getEnvelopeInternal(),r=T.max(Math.abs(i.getMaxX()),Math.abs(i.getMaxY()),Math.abs(i.getMinX()),Math.abs(i.getMinY())),s=e>0?e:0,o=r+2*s,a=Math.trunc(Math.log(o)/Math.log(10)+1),u=n-a,l=Math.pow(10,u);return l},dr.CAP_ROUND=Ki.CAP_ROUND,dr.CAP_BUTT=Ki.CAP_FLAT,dr.CAP_FLAT=Ki.CAP_FLAT,dr.CAP_SQUARE=Ki.CAP_SQUARE,dr.MAX_PRECISION_DIGITS=12;var So=Object.freeze({BufferOp:dr,BufferParameters:Ki});e(pr.prototype,{filter:function(t){t instanceof Tt&&this.comps.add(t)},interfaces_:function(){return[ht]},getClass:function(){return pr}}),pr.getPolygons=function(){if(1===arguments.length){var t=arguments[0];return pr.getPolygons(t,new I)}if(2===arguments.length){var e=arguments[0],n=arguments[1];return e instanceof Tt?n.add(e):e instanceof ft&&e.apply(new pr(n)),n}},e(vr.prototype,{isInsideArea:function(){return this.segIndex===vr.INSIDE_AREA},getCoordinate:function(){return this.pt},getGeometryComponent:function(){return this.component},getSegmentIndex:function(){return this.segIndex},interfaces_:function(){return[]},getClass:function(){return vr}}),vr.INSIDE_AREA=-1,e(mr.prototype,{filter:function(t){t instanceof Lt&&this.pts.add(t)},interfaces_:function(){return[ht]},getClass:function(){return mr}}),mr.getPoints=function(){if(1===arguments.length){var t=arguments[0];return t instanceof Lt?ho.singletonList(t):mr.getPoints(t,new I)}if(2===arguments.length){var e=arguments[0],n=arguments[1];return e instanceof Lt?n.add(e):e instanceof ft&&e.apply(new mr(n)),n}},e(yr.prototype,{filter:function(t){(t instanceof Lt||t instanceof St||t instanceof Tt)&&this.locations.add(new vr(t,0,t.getCoordinate()))},interfaces_:function(){return[ht]},getClass:function(){return yr}}),yr.getLocations=function(t){var e=new I;return t.apply(new yr(e)),e},e(xr.prototype,{computeContainmentDistance:function(){if(0===arguments.length){var t=new Array(2).fill(null);if(this.computeContainmentDistance(0,t),this.minDistance<=this.terminateDistance)return null;this.computeContainmentDistance(1,t)}else if(2===arguments.length){var e=arguments[0],n=arguments[1],i=1-e,r=pr.getPolygons(this.geom[e]);if(r.size()>0){var s=yr.getLocations(this.geom[i]);if(this.computeContainmentDistance(s,r,n),this.minDistance<=this.terminateDistance)return this.minDistanceLocation[i]=n[0],this.minDistanceLocation[e]=n[1],null}}else if(3===arguments.length)if(arguments[2]instanceof Array&&R(arguments[0],y)&&R(arguments[1],y)){for(var o=arguments[0],a=arguments[1],u=arguments[2],l=0;l<o.size();l++)for(var h=o.get(l),c=0;c<a.size();c++)if(this.computeContainmentDistance(h,a.get(c),u),this.minDistance<=this.terminateDistance)return null}else if(arguments[2]instanceof Array&&arguments[0]instanceof vr&&arguments[1]instanceof Tt){var f=arguments[0],g=arguments[1],d=arguments[2],p=f.getCoordinate();if(L.EXTERIOR!==this.ptLocator.locate(p,g))return this.minDistance=0,d[0]=f,d[1]=new vr(g,p),null}},computeMinDistanceLinesPoints:function(t,e,n){for(var i=0;i<t.size();i++)for(var r=t.get(i),s=0;s<e.size();s++){var o=e.get(s);if(this.computeMinDistance(r,o,n),this.minDistance<=this.terminateDistance)return null}},computeFacetDistance:function(){var t=new Array(2).fill(null),e=kn.getLines(this.geom[0]),n=kn.getLines(this.geom[1]),i=mr.getPoints(this.geom[0]),r=mr.getPoints(this.geom[1]);return this.computeMinDistanceLines(e,n,t),this.updateMinDistance(t,!1),this.minDistance<=this.terminateDistance?null:(t[0]=null,t[1]=null,this.computeMinDistanceLinesPoints(e,r,t),this.updateMinDistance(t,!1),this.minDistance<=this.terminateDistance?null:(t[0]=null,t[1]=null,this.computeMinDistanceLinesPoints(n,i,t),this.updateMinDistance(t,!0),this.minDistance<=this.terminateDistance?null:(t[0]=null,t[1]=null,this.computeMinDistancePoints(i,r,t),void this.updateMinDistance(t,!1))))},nearestLocations:function(){return this.computeMinDistance(),this.minDistanceLocation},updateMinDistance:function(t,e){return null===t[0]?null:void(e?(this.minDistanceLocation[0]=t[1],this.minDistanceLocation[1]=t[0]):(this.minDistanceLocation[0]=t[0],this.minDistanceLocation[1]=t[1]))},nearestPoints:function(){this.computeMinDistance();var t=[this.minDistanceLocation[0].getCoordinate(),this.minDistanceLocation[1].getCoordinate()];return t},computeMinDistance:function(){if(0===arguments.length){if(null!==this.minDistanceLocation)return null;if(this.minDistanceLocation=new Array(2).fill(null),this.computeContainmentDistance(),this.minDistance<=this.terminateDistance)return null;this.computeFacetDistance()}else if(3===arguments.length)if(arguments[2]instanceof Array&&arguments[0]instanceof St&&arguments[1]instanceof Lt){var t=arguments[0],e=arguments[1],n=arguments[2];if(t.getEnvelopeInternal().distance(e.getEnvelopeInternal())>this.minDistance)return null;for(var i=t.getCoordinates(),r=e.getCoordinate(),s=0;s<i.length-1;s++){var o=he.distancePointLine(r,i[s],i[s+1]);if(o<this.minDistance){this.minDistance=o;var a=new ce(i[s],i[s+1]),u=a.closestPoint(r);n[0]=new vr(t,s,u),n[1]=new vr(e,0,r)}if(this.minDistance<=this.terminateDistance)return null}}else if(arguments[2]instanceof Array&&arguments[0]instanceof St&&arguments[1]instanceof St){var l=arguments[0],h=arguments[1],c=arguments[2];if(l.getEnvelopeInternal().distance(h.getEnvelopeInternal())>this.minDistance)return null;for(var i=l.getCoordinates(),f=h.getCoordinates(),s=0;s<i.length-1;s++)for(var g=0;g<f.length-1;g++){var o=he.distanceLineLine(i[s],i[s+1],f[g],f[g+1]);if(o<this.minDistance){this.minDistance=o;var d=new ce(i[s],i[s+1]),p=new ce(f[g],f[g+1]),v=d.closestPoints(p);c[0]=new vr(l,s,v[0]),c[1]=new vr(h,g,v[1])}if(this.minDistance<=this.terminateDistance)return null}}},computeMinDistancePoints:function(t,e,n){for(var i=0;i<t.size();i++)for(var r=t.get(i),s=0;s<e.size();s++){var o=e.get(s),a=r.getCoordinate().distance(o.getCoordinate());if(a<this.minDistance&&(this.minDistance=a,n[0]=new vr(r,0,r.getCoordinate()),n[1]=new vr(o,0,o.getCoordinate())),this.minDistance<=this.terminateDistance)return null}},distance:function(){if(null===this.geom[0]||null===this.geom[1])throw new i(\"null geometries are not supported\");return this.geom[0].isEmpty()||this.geom[1].isEmpty()?0:(this.computeMinDistance(),this.minDistance)},computeMinDistanceLines:function(t,e,n){for(var i=0;i<t.size();i++)for(var r=t.get(i),s=0;s<e.size();s++){var o=e.get(s);if(this.computeMinDistance(r,o,n),this.minDistance<=this.terminateDistance)return null}},interfaces_:function(){return[]},getClass:function(){return xr}}),xr.distance=function(t,e){var n=new xr(t,e);return n.distance()},xr.isWithinDistance=function(t,e,n){var i=new xr(t,e,n);return i.distance()<=n},xr.nearestPoints=function(t,e){var n=new xr(t,e);return n.nearestPoints()};var wo=Object.freeze({DistanceOp:xr});e(Er.prototype,{getCoordinates:function(){if(null===this.coordinates){for(var t=0,e=0,n=new N,i=this.directedEdges.iterator();i.hasNext();){var r=i.next();r.getEdgeDirection()?t++:e++,n.add(r.getEdge().getLine().getCoordinates(),!1,r.getEdgeDirection())}this.coordinates=n.toCoordinateArray(),e>t&&H.reverse(this.coordinates)}return this.coordinates},toLineString:function(){return this.factory.createLineString(this.getCoordinates())},add:function(t){this.directedEdges.add(t)},interfaces_:function(){return[]},getClass:function(){return Er}}),e(Ir.prototype,{setVisited:function(t){this._isVisited=t},isMarked:function(){return this._isMarked},setData:function(t){this.data=t},getData:function(){return this.data},setMarked:function(t){this._isMarked=t},getContext:function(){return this.data},isVisited:function(){return this._isVisited},setContext:function(t){this.data=t},interfaces_:function(){return[]},getClass:function(){return Ir}}),Ir.getComponentWithVisitedState=function(t,e){for(;t.hasNext();){var n=t.next();if(n.isVisited()===e)return n}return null},Ir.setVisited=function(t,e){for(;t.hasNext();){var n=t.next();n.setVisited(e)}},Ir.setMarked=function(t,e){for(;t.hasNext();){var n=t.next();n.setMarked(e)}},h(Nr,Ir),e(Nr.prototype,{isRemoved:function(){return null===this.parentEdge},compareDirection:function(t){return this.quadrant>t.quadrant?1:this.quadrant<t.quadrant?-1:he.computeOrientation(t.p0,t.p1,this.p1)},getCoordinate:function(){return this.from.getCoordinate()},print:function(t){var e=this.getClass().getName(),n=e.lastIndexOf(\".\"),i=e.substring(n+1);t.print(\"  \"+i+\": \"+this.p0+\" - \"+this.p1+\" \"+this.quadrant+\":\"+this.angle)},getDirectionPt:function(){return this.p1},getAngle:function(){return this.angle},compareTo:function(t){var e=t;return this.compareDirection(e)},getFromNode:function(){return this.from},getSym:function(){return this.sym;\n},setEdge:function(t){this.parentEdge=t},remove:function(){this.sym=null,this.parentEdge=null},getEdge:function(){return this.parentEdge},getQuadrant:function(){return this.quadrant},setSym:function(t){this.sym=t},getToNode:function(){return this.to},getEdgeDirection:function(){return this.edgeDirection},interfaces_:function(){return[s]},getClass:function(){return Nr}}),Nr.toEdges=function(t){for(var e=new I,n=t.iterator();n.hasNext();)e.add(n.next().parentEdge);return e},h(Cr,Nr),e(Cr.prototype,{getNext:function(){return 2!==this.getToNode().getDegree()?null:this.getToNode().getOutEdges().getEdges().get(0)===this.getSym()?this.getToNode().getOutEdges().getEdges().get(1):(f.isTrue(this.getToNode().getOutEdges().getEdges().get(1)===this.getSym()),this.getToNode().getOutEdges().getEdges().get(0))},interfaces_:function(){return[]},getClass:function(){return Cr}}),h(Sr,Ir),e(Sr.prototype,{isRemoved:function(){return null===this.dirEdge},setDirectedEdges:function(t,e){this.dirEdge=[t,e],t.setEdge(this),e.setEdge(this),t.setSym(e),e.setSym(t),t.getFromNode().addOutEdge(t),e.getFromNode().addOutEdge(e)},getDirEdge:function(){if(Number.isInteger(arguments[0])){var t=arguments[0];return this.dirEdge[t]}if(arguments[0]instanceof Lr){var e=arguments[0];return this.dirEdge[0].getFromNode()===e?this.dirEdge[0]:this.dirEdge[1].getFromNode()===e?this.dirEdge[1]:null}},remove:function(){this.dirEdge=null},getOppositeNode:function(t){return this.dirEdge[0].getFromNode()===t?this.dirEdge[0].getToNode():this.dirEdge[1].getFromNode()===t?this.dirEdge[1].getToNode():null},interfaces_:function(){return[]},getClass:function(){return Sr}}),e(wr.prototype,{getNextEdge:function(t){var e=this.getIndex(t);return this.outEdges.get(this.getIndex(e+1))},getCoordinate:function(){var t=this.iterator();if(!t.hasNext())return null;var e=t.next();return e.getCoordinate()},iterator:function(){return this.sortEdges(),this.outEdges.iterator()},sortEdges:function(){this.sorted||(ho.sort(this.outEdges),this.sorted=!0)},remove:function(t){this.outEdges.remove(t)},getEdges:function(){return this.sortEdges(),this.outEdges},getNextCWEdge:function(t){var e=this.getIndex(t);return this.outEdges.get(this.getIndex(e-1))},getIndex:function(){if(arguments[0]instanceof Sr){var t=arguments[0];this.sortEdges();for(var e=0;e<this.outEdges.size();e++){var n=this.outEdges.get(e);if(n.getEdge()===t)return e}return-1}if(arguments[0]instanceof Nr){var i=arguments[0];this.sortEdges();for(var e=0;e<this.outEdges.size();e++){var n=this.outEdges.get(e);if(n===i)return e}return-1}if(Number.isInteger(arguments[0])){var r=arguments[0],s=r%this.outEdges.size();return s<0&&(s+=this.outEdges.size()),s}},add:function(t){this.outEdges.add(t),this.sorted=!1},getDegree:function(){return this.outEdges.size()},interfaces_:function(){return[]},getClass:function(){return wr}}),h(Lr,Ir),e(Lr.prototype,{isRemoved:function(){return null===this.pt},addOutEdge:function(t){this.deStar.add(t)},getCoordinate:function(){return this.pt},getOutEdges:function(){return this.deStar},remove:function(){if(0===arguments.length)this.pt=null;else if(1===arguments.length){var t=arguments[0];this.deStar.remove(t)}},getIndex:function(t){return this.deStar.getIndex(t)},getDegree:function(){return this.deStar.getDegree()},interfaces_:function(){return[]},getClass:function(){return Lr}}),Lr.getEdgesBetween=function(t,e){var n=Nr.toEdges(t.getOutEdges().getEdges()),i=new J(n),r=Nr.toEdges(e.getOutEdges().getEdges());return i.retainAll(r),i},h(Rr,Sr),e(Rr.prototype,{getLine:function(){return this.line},interfaces_:function(){return[]},getClass:function(){return Rr}}),e(Tr.prototype,{find:function(t){return this.nodeMap.get(t)},iterator:function(){return this.nodeMap.values().iterator()},remove:function(t){return this.nodeMap.remove(t)},values:function(){return this.nodeMap.values()},add:function(t){return this.nodeMap.put(t.getCoordinate(),t),t},interfaces_:function(){return[]},getClass:function(){return Tr}}),e(Pr.prototype,{findNodesOfDegree:function(t){for(var e=new I,n=this.nodeIterator();n.hasNext();){var i=n.next();i.getDegree()===t&&e.add(i)}return e},dirEdgeIterator:function(){return this.dirEdges.iterator()},edgeIterator:function(){return this.edges.iterator()},remove:function(){if(arguments[0]instanceof Sr){var t=arguments[0];this.remove(t.getDirEdge(0)),this.remove(t.getDirEdge(1)),this.edges.remove(t),t.remove()}else if(arguments[0]instanceof Nr){var e=arguments[0],n=e.getSym();null!==n&&n.setSym(null),e.getFromNode().remove(e),e.remove(),this.dirEdges.remove(e)}else if(arguments[0]instanceof Lr){for(var i=arguments[0],r=i.getOutEdges().getEdges(),s=r.iterator();s.hasNext();){var o=s.next(),n=o.getSym();null!==n&&this.remove(n),this.dirEdges.remove(o);var a=o.getEdge();null!==a&&this.edges.remove(a)}this.nodeMap.remove(i.getCoordinate()),i.remove()}},findNode:function(t){return this.nodeMap.find(t)},getEdges:function(){return this.edges},nodeIterator:function(){return this.nodeMap.iterator()},contains:function(){if(arguments[0]instanceof Sr){var t=arguments[0];return this.edges.contains(t)}if(arguments[0]instanceof Nr){var e=arguments[0];return this.dirEdges.contains(e)}},add:function(){if(arguments[0]instanceof Lr){var t=arguments[0];this.nodeMap.add(t)}else if(arguments[0]instanceof Sr){var e=arguments[0];this.edges.add(e),this.add(e.getDirEdge(0)),this.add(e.getDirEdge(1))}else if(arguments[0]instanceof Nr){var n=arguments[0];this.dirEdges.add(n)}},getNodes:function(){return this.nodeMap.values()},interfaces_:function(){return[]},getClass:function(){return Pr}}),h(br,Pr),e(br.prototype,{addEdge:function(t){if(t.isEmpty())return null;var e=H.removeRepeatedPoints(t.getCoordinates());if(e.length<=1)return null;var n=e[0],i=e[e.length-1],r=this.getNode(n),s=this.getNode(i),o=new Cr(r,s,e[1],(!0)),a=new Cr(s,r,e[e.length-2],(!1)),u=new Rr(t);u.setDirectedEdges(o,a),this.add(u)},getNode:function(t){var e=this.findNode(t);return null===e&&(e=new Lr(t),this.add(e)),e},interfaces_:function(){return[]},getClass:function(){return br}}),e(Or.prototype,{buildEdgeStringsForUnprocessedNodes:function(){for(var t=this.graph.getNodes().iterator();t.hasNext();){var e=t.next();e.isMarked()||(f.isTrue(2===e.getDegree()),this.buildEdgeStringsStartingAt(e),e.setMarked(!0))}},buildEdgeStringsForNonDegree2Nodes:function(){for(var t=this.graph.getNodes().iterator();t.hasNext();){var e=t.next();2!==e.getDegree()&&(this.buildEdgeStringsStartingAt(e),e.setMarked(!0))}},buildEdgeStringsForObviousStartNodes:function(){this.buildEdgeStringsForNonDegree2Nodes()},getMergedLineStrings:function(){return this.merge(),this.mergedLineStrings},buildEdgeStringsStartingAt:function(t){for(var e=t.getOutEdges().iterator();e.hasNext();){var n=e.next();n.getEdge().isMarked()||this.edgeStrings.add(this.buildEdgeStringStartingWith(n))}},merge:function(){if(null!==this.mergedLineStrings)return null;Ir.setMarked(this.graph.nodeIterator(),!1),Ir.setMarked(this.graph.edgeIterator(),!1),this.edgeStrings=new I,this.buildEdgeStringsForObviousStartNodes(),this.buildEdgeStringsForIsolatedLoops(),this.mergedLineStrings=new I;for(var t=this.edgeStrings.iterator();t.hasNext();){var e=t.next();this.mergedLineStrings.add(e.toLineString())}},buildEdgeStringStartingWith:function(t){var e=new Er(this.factory),n=t;do e.add(n),n.getEdge().setMarked(!0),n=n.getNext();while(null!==n&&n!==t);return e},add:function(){if(arguments[0]instanceof B){var t=arguments[0];t.apply({interfaces_:function(){return[q]},filter:function(t){t instanceof St&&this.add(t)}})}else if(R(arguments[0],v)){var e=arguments[0];this.mergedLineStrings=null;for(var n=e.iterator();n.hasNext();){var i=n.next();this.add(i)}}else if(arguments[0]instanceof St){var r=arguments[0];null===this.factory&&(this.factory=r.getFactory()),this.graph.addEdge(r)}},buildEdgeStringsForIsolatedLoops:function(){this.buildEdgeStringsForUnprocessedNodes()},interfaces_:function(){return[]},getClass:function(){return Or}});var Lo=Object.freeze({LineMerger:Or}),Ro=Object.freeze({OverlayOp:ii});h(_r,Nr),e(_r.prototype,{getNext:function(){return this.next},isInRing:function(){return null!==this.edgeRing},setRing:function(t){this.edgeRing=t},setLabel:function(t){this.label=t},getLabel:function(){return this.label},setNext:function(t){this.next=t},getRing:function(){return this.edgeRing},interfaces_:function(){return[]},getClass:function(){return _r}}),h(Mr,Sr),e(Mr.prototype,{getLine:function(){return this.line},interfaces_:function(){return[]},getClass:function(){return Mr}}),e(Dr.prototype,{visitInteriorRing:function(t,e){var n=t.getCoordinates(),i=n[0],r=Dr.findDifferentPoint(n,i),s=e.findEdgeInSameDirection(i,r),o=e.findEdgeEnd(s),a=null;o.getLabel().getLocation(0,cn.RIGHT)===L.INTERIOR?a=o:o.getSym().getLabel().getLocation(0,cn.RIGHT)===L.INTERIOR&&(a=o.getSym()),f.isTrue(null!==a,\"unable to find dirEdge with Interior on RHS\"),this.visitLinkedDirectedEdges(a)},visitShellInteriors:function(t,e){if(t instanceof Tt){var n=t;this.visitInteriorRing(n.getExteriorRing(),e)}if(t instanceof Ot)for(var i=t,r=0;r<i.getNumGeometries();r++){var n=i.getGeometryN(r);this.visitInteriorRing(n.getExteriorRing(),e)}},getCoordinate:function(){return this.disconnectedRingcoord},setInteriorEdgesInResult:function(t){for(var e=t.getEdgeEnds().iterator();e.hasNext();){var n=e.next();n.getLabel().getLocation(0,cn.RIGHT)===L.INTERIOR&&n.setInResult(!0)}},visitLinkedDirectedEdges:function(t){var e=t,n=t;do f.isTrue(null!==n,\"found null Directed Edge\"),n.setVisited(!0),n=n.getNext();while(n!==e)},buildEdgeRings:function(t){for(var e=new I,n=t.iterator();n.hasNext();){var i=n.next();if(i.isInResult()&&null===i.getEdgeRing()){var r=new vn(i,this.geometryFactory);r.linkDirectedEdgesForMinimalEdgeRings();var s=r.buildMinimalRings();e.addAll(s)}}return e},hasUnvisitedShellEdge:function(t){for(var e=0;e<t.size();e++){var n=t.get(e);if(!n.isHole()){var i=n.getEdges(),r=i.get(0);if(r.getLabel().getLocation(0,cn.RIGHT)===L.INTERIOR)for(var s=0;s<i.size();s++)if(r=i.get(s),!r.isVisited())return this.disconnectedRingcoord=r.getCoordinate(),!0}}return!1},isInteriorsConnected:function(){var t=new I;this.geomGraph.computeSplitEdges(t);var e=new Cn(new On);e.addEdges(t),this.setInteriorEdgesInResult(e),e.linkResultDirectedEdges();var n=this.buildEdgeRings(e.getEdgeEnds());return this.visitShellInteriors(this.geomGraph.getGeometry(),e),!this.hasUnvisitedShellEdge(n)},interfaces_:function(){return[]},getClass:function(){return Dr}}),Dr.findDifferentPoint=function(t,e){for(var n=0;n<t.length;n++)if(!t[n].equals(e))return t[n];return null},e(Ar.prototype,{createEdgeEndForNext:function(t,e,n,i){var r=n.segmentIndex+1;if(r>=t.getNumPoints()&&null===i)return null;var s=t.getCoordinate(r);null!==i&&i.segmentIndex===n.segmentIndex&&(s=i.coord);var o=new En(t,n.coord,s,new gn(t.getLabel()));e.add(o)},createEdgeEndForPrev:function(t,e,n,i){var r=n.segmentIndex;if(0===n.dist){if(0===r)return null;r--}var s=t.getCoordinate(r);null!==i&&i.segmentIndex>=r&&(s=i.coord);var o=new gn(t.getLabel());o.flip();var a=new En(t,n.coord,s,o);e.add(a)},computeEdgeEnds:function(){if(1===arguments.length){for(var t=arguments[0],e=new I,n=t;n.hasNext();){var i=n.next();this.computeEdgeEnds(i,e)}return e}if(2===arguments.length){var r=arguments[0],s=arguments[1],o=r.getEdgeIntersectionList();o.addEndpoints();var a=o.iterator(),u=null,l=null;if(!a.hasNext())return null;var h=a.next();do u=l,l=h,h=null,a.hasNext()&&(h=a.next()),null!==l&&(this.createEdgeEndForPrev(r,s,l,u),this.createEdgeEndForNext(r,s,l,h));while(null!==l)}},interfaces_:function(){return[]},getClass:function(){return Ar}}),h(Fr,En),e(Fr.prototype,{insert:function(t){this.edgeEnds.add(t)},print:function(t){t.println(\"EdgeEndBundle--> Label: \"+this.label);for(var e=this.iterator();e.hasNext();){var n=e.next();n.print(t),t.println()}},iterator:function(){return this.edgeEnds.iterator()},getEdgeEnds:function(){return this.edgeEnds},computeLabelOn:function(t,e){for(var n=0,i=!1,r=this.iterator();r.hasNext();){var s=r.next(),o=s.getLabel().getLocation(t);o===L.BOUNDARY&&n++,o===L.INTERIOR&&(i=!0)}var o=L.NONE;i&&(o=L.INTERIOR),n>0&&(o=$n.determineBoundary(e,n)),this.label.setLocation(t,o)},computeLabelSide:function(t,e){for(var n=this.iterator();n.hasNext();){var i=n.next();if(i.getLabel().isArea()){var r=i.getLabel().getLocation(t,e);if(r===L.INTERIOR)return this.label.setLocation(t,e,L.INTERIOR),null;r===L.EXTERIOR&&this.label.setLocation(t,e,L.EXTERIOR)}}},getLabel:function(){return this.label},computeLabelSides:function(t){this.computeLabelSide(t,cn.LEFT),this.computeLabelSide(t,cn.RIGHT)},updateIM:function(t){Jn.updateIM(this.label,t)},computeLabel:function(t){for(var e=!1,n=this.iterator();n.hasNext();){var i=n.next();i.getLabel().isArea()&&(e=!0)}e?this.label=new gn(L.NONE,L.NONE,L.NONE):this.label=new gn(L.NONE);for(var r=0;r<2;r++)this.computeLabelOn(r,t),e&&this.computeLabelSides(r)},interfaces_:function(){return[]},getClass:function(){return Fr}}),h(Gr,Pn),e(Gr.prototype,{updateIM:function(t){for(var e=this.iterator();e.hasNext();){var n=e.next();n.updateIM(t)}},insert:function(t){var e=this.edgeMap.get(t);null===e?(e=new Fr(t),this.insertEdgeEnd(t,e)):e.insert(t)},interfaces_:function(){return[]},getClass:function(){return Gr}}),h(qr,yn),e(qr.prototype,{updateIMFromEdges:function(t){this.edges.updateIM(t)},computeIM:function(t){t.setAtLeastIfValid(this.label.getLocation(0),this.label.getLocation(1),0)},interfaces_:function(){return[]},getClass:function(){return qr}}),h(Br,Nn),e(Br.prototype,{createNode:function(t){return new qr(t,new Gr)},interfaces_:function(){return[]},getClass:function(){return Br}}),e(zr.prototype,{insertEdgeEnds:function(t){for(var e=t.iterator();e.hasNext();){var n=e.next();this.nodes.add(n)}},getNodeIterator:function(){return this.nodes.iterator()},copyNodesAndLabels:function(t,e){for(var n=t.getNodeIterator();n.hasNext();){var i=n.next(),r=this.nodes.addNode(i.getCoordinate());r.setLabel(e,i.getLabel().getLocation(e))}},build:function(t){this.computeIntersectionNodes(t,0),this.copyNodesAndLabels(t,0);var e=new Ar,n=e.computeEdgeEnds(t.getEdgeIterator());this.insertEdgeEnds(n)},computeIntersectionNodes:function(t,e){for(var n=t.getEdgeIterator();n.hasNext();)for(var i=n.next(),r=i.getLabel().getLocation(e),s=i.getEdgeIntersectionList().iterator();s.hasNext();){var o=s.next(),a=this.nodes.addNode(o.coord);r===L.BOUNDARY?a.setLabelBoundary(e):a.getLabel().isNull(e)&&a.setLabel(e,L.INTERIOR)}},interfaces_:function(){return[]},getClass:function(){return zr}}),e(Vr.prototype,{isNodeEdgeAreaLabelsConsistent:function(){for(var t=this.nodeGraph.getNodeIterator();t.hasNext();){var e=t.next();if(!e.getEdges().isAreaLabelsConsistent(this.geomGraph))return this.invalidPoint=e.getCoordinate().copy(),!1}return!0},getInvalidPoint:function(){return this.invalidPoint},hasDuplicateRings:function(){for(var t=this.nodeGraph.getNodeIterator();t.hasNext();)for(var e=t.next(),n=e.getEdges().iterator();n.hasNext();){var i=n.next();if(i.getEdgeEnds().size()>1)return this.invalidPoint=i.getEdge().getCoordinate(0),!0}return!1},isNodeConsistentArea:function(){var t=this.geomGraph.computeSelfNodes(this.li,!0,!0);return t.hasProperIntersection()?(this.invalidPoint=t.getProperIntersectionPoint(),!1):(this.nodeGraph.build(this.geomGraph),this.isNodeEdgeAreaLabelsConsistent())},interfaces_:function(){return[]},getClass:function(){return Vr}}),e(kr.prototype,{buildIndex:function(){this.index=new ke;for(var t=0;t<this.rings.size();t++){var e=this.rings.get(t),n=e.getEnvelopeInternal();this.index.insert(n,e)}},getNestedPoint:function(){return this.nestedPt},isNonNested:function(){this.buildIndex();for(var t=0;t<this.rings.size();t++)for(var e=this.rings.get(t),n=e.getCoordinates(),i=this.index.query(e.getEnvelopeInternal()),r=0;r<i.size();r++){var s=i.get(r),o=s.getCoordinates();if(e!==s&&e.getEnvelopeInternal().intersects(s.getEnvelopeInternal())){var a=Ur.findPtNotNode(n,s,this.graph);if(null!==a){var u=he.isPointInRing(a,o);if(u)return this.nestedPt=a,!1}}}return!0},add:function(t){this.rings.add(t),this.totalEnv.expandToInclude(t.getEnvelopeInternal())},interfaces_:function(){return[]},getClass:function(){return kr}}),e(Yr.prototype,{getErrorType:function(){return this.errorType},getMessage:function(){return Yr.errMsg[this.errorType]},getCoordinate:function(){return this.pt},toString:function(){var t=\"\";return null!==this.pt&&(t=\" at or near point \"+this.pt),this.getMessage()+t},interfaces_:function(){return[]},getClass:function(){return Yr}}),Yr.ERROR=0,Yr.REPEATED_POINT=1,Yr.HOLE_OUTSIDE_SHELL=2,Yr.NESTED_HOLES=3,Yr.DISCONNECTED_INTERIOR=4,Yr.SELF_INTERSECTION=5,Yr.RING_SELF_INTERSECTION=6,Yr.NESTED_SHELLS=7,Yr.DUPLICATE_RINGS=8,Yr.TOO_FEW_POINTS=9,Yr.INVALID_COORDINATE=10,Yr.RING_NOT_CLOSED=11,Yr.errMsg=[\"Topology Validation Error\",\"Repeated Point\",\"Hole lies outside shell\",\"Holes are nested\",\"Interior is disconnected\",\"Self-intersection\",\"Ring Self-intersection\",\"Nested shells\",\"Duplicate Rings\",\"Too few distinct points in geometry component\",\"Invalid Coordinate\",\"Ring is not closed\"],e(Ur.prototype,{checkInvalidCoordinates:function(){if(arguments[0]instanceof Array){for(var t=arguments[0],e=0;e<t.length;e++)if(!Ur.isValid(t[e]))return this.validErr=new Yr(Yr.INVALID_COORDINATE,t[e]),null}else if(arguments[0]instanceof Tt){var n=arguments[0];if(this.checkInvalidCoordinates(n.getExteriorRing().getCoordinates()),null!==this.validErr)return null;for(var e=0;e<n.getNumInteriorRing();e++)if(this.checkInvalidCoordinates(n.getInteriorRingN(e).getCoordinates()),null!==this.validErr)return null}},checkHolesNotNested:function(t,e){for(var n=new kr(e),i=0;i<t.getNumInteriorRing();i++){var r=t.getInteriorRingN(i);n.add(r)}var s=n.isNonNested();s||(this.validErr=new Yr(Yr.NESTED_HOLES,n.getNestedPoint()))},checkConsistentArea:function(t){var e=new Vr(t),n=e.isNodeConsistentArea();return n?void(e.hasDuplicateRings()&&(this.validErr=new Yr(Yr.DUPLICATE_RINGS,e.getInvalidPoint()))):(this.validErr=new Yr(Yr.SELF_INTERSECTION,e.getInvalidPoint()),null)},isValid:function(){return this.checkValid(this.parentGeometry),null===this.validErr},checkShellInsideHole:function(t,e,n){var i=t.getCoordinates(),r=e.getCoordinates(),s=Ur.findPtNotNode(i,e,n);if(null!==s){var o=he.isPointInRing(s,r);if(!o)return s}var a=Ur.findPtNotNode(r,t,n);if(null!==a){var u=he.isPointInRing(a,i);return u?a:null}return f.shouldNeverReachHere(\"points in shell and hole appear to be equal\"),null},checkNoSelfIntersectingRings:function(t){for(var e=t.getEdgeIterator();e.hasNext();){var n=e.next();if(this.checkNoSelfIntersectingRing(n.getEdgeIntersectionList()),null!==this.validErr)return null}},checkConnectedInteriors:function(t){var e=new Dr(t);e.isInteriorsConnected()||(this.validErr=new Yr(Yr.DISCONNECTED_INTERIOR,e.getCoordinate()))},checkNoSelfIntersectingRing:function(t){for(var e=new at,n=!0,i=t.iterator();i.hasNext();){var r=i.next();if(n)n=!1;else{if(e.contains(r.coord))return this.validErr=new Yr(Yr.RING_SELF_INTERSECTION,r.coord),null;e.add(r.coord)}}},checkHolesInShell:function(t,e){for(var n=t.getExteriorRing(),i=new Ii(n),r=0;r<t.getNumInteriorRing();r++){var s=t.getInteriorRingN(r),o=Ur.findPtNotNode(s.getCoordinates(),n,e);if(null===o)return null;var a=!i.isInside(o);if(a)return this.validErr=new Yr(Yr.HOLE_OUTSIDE_SHELL,o),null}},checkTooFewPoints:function(t){if(t.hasTooFewPoints())return this.validErr=new Yr(Yr.TOO_FEW_POINTS,t.getInvalidPoint()),null},getValidationError:function(){return this.checkValid(this.parentGeometry),this.validErr},checkValid:function(){if(arguments[0]instanceof Lt){var t=arguments[0];this.checkInvalidCoordinates(t.getCoordinates())}else if(arguments[0]instanceof Pt){var e=arguments[0];this.checkInvalidCoordinates(e.getCoordinates())}else if(arguments[0]instanceof bt){var n=arguments[0];if(this.checkInvalidCoordinates(n.getCoordinates()),null!==this.validErr)return null;if(this.checkClosedRing(n),null!==this.validErr)return null;var i=new $n(0,n);if(this.checkTooFewPoints(i),null!==this.validErr)return null;var r=new ae;i.computeSelfNodes(r,!0,!0),this.checkNoSelfIntersectingRings(i)}else if(arguments[0]instanceof St){var s=arguments[0];if(this.checkInvalidCoordinates(s.getCoordinates()),null!==this.validErr)return null;var i=new $n(0,s);this.checkTooFewPoints(i)}else if(arguments[0]instanceof Tt){var o=arguments[0];if(this.checkInvalidCoordinates(o),null!==this.validErr)return null;if(this.checkClosedRings(o),null!==this.validErr)return null;var i=new $n(0,o);if(this.checkTooFewPoints(i),null!==this.validErr)return null;if(this.checkConsistentArea(i),null!==this.validErr)return null;if(!this.isSelfTouchingRingFormingHoleValid&&(this.checkNoSelfIntersectingRings(i),null!==this.validErr))return null;if(this.checkHolesInShell(o,i),null!==this.validErr)return null;if(this.checkHolesNotNested(o,i),null!==this.validErr)return null;this.checkConnectedInteriors(i)}else if(arguments[0]instanceof Ot){for(var a=arguments[0],u=0;u<a.getNumGeometries();u++){var l=a.getGeometryN(u);if(this.checkInvalidCoordinates(l),null!==this.validErr)return null;if(this.checkClosedRings(l),null!==this.validErr)return null}var i=new $n(0,a);if(this.checkTooFewPoints(i),null!==this.validErr)return null;if(this.checkConsistentArea(i),null!==this.validErr)return null;if(!this.isSelfTouchingRingFormingHoleValid&&(this.checkNoSelfIntersectingRings(i),null!==this.validErr))return null;for(var u=0;u<a.getNumGeometries();u++){var l=a.getGeometryN(u);if(this.checkHolesInShell(l,i),null!==this.validErr)return null}for(var u=0;u<a.getNumGeometries();u++){var l=a.getGeometryN(u);if(this.checkHolesNotNested(l,i),null!==this.validErr)return null}if(this.checkShellsNotNested(a,i),null!==this.validErr)return null;this.checkConnectedInteriors(i)}else if(arguments[0]instanceof ft)for(var h=arguments[0],u=0;u<h.getNumGeometries();u++){var c=h.getGeometryN(u);if(this.checkValid(c),null!==this.validErr)return null}else if(arguments[0]instanceof B){var f=arguments[0];if(this.validErr=null,f.isEmpty())return null;if(f instanceof Lt)this.checkValid(f);else if(f instanceof Pt)this.checkValid(f);else if(f instanceof bt)this.checkValid(f);else if(f instanceof St)this.checkValid(f);else if(f instanceof Tt)this.checkValid(f);else if(f instanceof Ot)this.checkValid(f);else{if(!(f instanceof ft))throw new UnsupportedOperationException(f.getClass().getName());this.checkValid(f)}}},setSelfTouchingRingFormingHoleValid:function(t){this.isSelfTouchingRingFormingHoleValid=t},checkShellNotNested:function(t,e,n){var i=t.getCoordinates(),r=e.getExteriorRing(),s=r.getCoordinates(),o=Ur.findPtNotNode(i,r,n);if(null===o)return null;var a=he.isPointInRing(o,s);if(!a)return null;if(e.getNumInteriorRing()<=0)return this.validErr=new Yr(Yr.NESTED_SHELLS,o),null;for(var u=null,l=0;l<e.getNumInteriorRing();l++){var h=e.getInteriorRingN(l);if(u=this.checkShellInsideHole(t,h,n),null===u)return null}this.validErr=new Yr(Yr.NESTED_SHELLS,u)},checkClosedRings:function(t){if(this.checkClosedRing(t.getExteriorRing()),null!==this.validErr)return null;for(var e=0;e<t.getNumInteriorRing();e++)if(this.checkClosedRing(t.getInteriorRingN(e)),null!==this.validErr)return null},checkClosedRing:function(t){if(!t.isClosed()){var e=null;t.getNumPoints()>=1&&(e=t.getCoordinateN(0)),this.validErr=new Yr(Yr.RING_NOT_CLOSED,e)}},checkShellsNotNested:function(t,e){for(var n=0;n<t.getNumGeometries();n++)for(var i=t.getGeometryN(n),r=i.getExteriorRing(),s=0;s<t.getNumGeometries();s++)if(n!==s){var o=t.getGeometryN(s);if(this.checkShellNotNested(r,o,e),null!==this.validErr)return null}},interfaces_:function(){return[]},getClass:function(){return Ur}}),Ur.findPtNotNode=function(t,e,n){for(var i=n.findEdge(e),r=i.getEdgeIntersectionList(),s=0;s<t.length;s++){var o=t[s];if(!r.isIntersection(o))return o}return null},Ur.isValid=function(){if(arguments[0]instanceof B){var t=arguments[0],e=new Ur(t);return e.isValid()}if(arguments[0]instanceof g){var n=arguments[0];return!r.isNaN(n.x)&&(!r.isInfinite(n.x)&&(!r.isNaN(n.y)&&!r.isInfinite(n.y)))}},e(Xr.prototype,{isIncluded:function(){return this._isIncluded},getCoordinates:function(){if(null===this.ringPts){for(var t=new N,e=this.deList.iterator();e.hasNext();){var n=e.next(),i=n.getEdge();Xr.addEdge(i.getLine().getCoordinates(),n.getEdgeDirection(),t)}this.ringPts=t.toCoordinateArray()}return this.ringPts},isIncludedSet:function(){return this._isIncludedSet},isValid:function(){return this.getCoordinates(),!(this.ringPts.length<=3)&&(this.getRing(),Ur.isValid(this.ring))},build:function(t){var e=t;do this.add(e),e.setRing(this),e=e.getNext(),f.isTrue(null!==e,\"found null DE in ring\"),f.isTrue(e===t||!e.isInRing(),\"found DE already in ring\");while(e!==t)},isOuterHole:function(){return!!this._isHole&&!this.hasShell()},getPolygon:function(){var t=null;if(null!==this.holes){t=new Array(this.holes.size()).fill(null);for(var e=0;e<this.holes.size();e++)t[e]=this.holes.get(e)}var n=this.factory.createPolygon(this.ring,t);return n},isHole:function(){return this._isHole},isProcessed:function(){return this._isProcessed},addHole:function(){if(arguments[0]instanceof bt){var t=arguments[0];null===this.holes&&(this.holes=new I),this.holes.add(t)}else if(arguments[0]instanceof Xr){var e=arguments[0];e.setShell(this);var n=e.getRing();null===this.holes&&(this.holes=new I),this.holes.add(n)}},setIncluded:function(t){this._isIncluded=t,this._isIncludedSet=!0},getOuterHole:function(){if(this.isHole())return null;for(var t=0;t<this.deList.size();t++){var e=this.deList.get(t),n=e.getSym().getRing();if(n.isOuterHole())return n}return null},computeHole:function(){var t=this.getRing();this._isHole=he.isCCW(t.getCoordinates())},hasShell:function(){return null!==this.shell},isOuterShell:function(){return null!==this.getOuterHole()},getLineString:function(){return this.getCoordinates(),this.factory.createLineString(this.ringPts)},toString:function(){return se.toLineString(new Gt(this.getCoordinates()))},getShell:function(){return this.isHole()?this.shell:this},add:function(t){this.deList.add(t)},getRing:function(){if(null!==this.ring)return this.ring;this.getCoordinates(),this.ringPts.length<3&&A.out.println(this.ringPts);try{this.ring=this.factory.createLinearRing(this.ringPts)}catch(t){if(!(t instanceof S))throw t;A.out.println(this.ringPts)}finally{}return this.ring},updateIncluded:function(){if(this.isHole())return null;for(var t=0;t<this.deList.size();t++){var e=this.deList.get(t),n=e.getSym().getRing().getShell();if(null!==n&&n.isIncludedSet())return this.setIncluded(!n.isIncluded()),null}},setShell:function(t){this.shell=t},setProcessed:function(t){this._isProcessed=t},interfaces_:function(){return[]},getClass:function(){return Xr}}),Xr.findDirEdgesInRing=function(t){var e=t,n=new I;do n.add(e),e=e.getNext(),f.isTrue(null!==e,\"found null DE in ring\"),f.isTrue(e===t||!e.isInRing(),\"found DE already in ring\");while(e!==t);return n},Xr.addEdge=function(t,e,n){if(e)for(var i=0;i<t.length;i++)n.add(t[i],!1);else for(var i=t.length-1;i>=0;i--)n.add(t[i],!1)},Xr.findEdgeRingContaining=function(t,e){for(var n=t.getRing(),i=n.getEnvelopeInternal(),r=n.getCoordinateN(0),s=null,o=null,a=e.iterator();a.hasNext();){var u=a.next(),l=u.getRing(),h=l.getEnvelopeInternal();if(!h.equals(i)&&h.contains(i)){r=H.ptNotInList(n.getCoordinates(),l.getCoordinates());var c=!1;he.isPointInRing(r,l.getCoordinates())&&(c=!0),c&&(null===s||o.contains(h))&&(s=u,o=s.getRing().getEnvelopeInternal())}}return s},e(Hr.prototype,{compare:function(t,e){var n=t,i=e;return n.getRing().getEnvelope().compareTo(i.getRing().getEnvelope())},interfaces_:function(){return[a]},getClass:function(){return Hr}}),Xr.EnvelopeComparator=Hr,h(Wr,Pr),e(Wr.prototype,{findEdgeRing:function(t){var e=new Xr(this.factory);return e.build(t),e},computeDepthParity:function(){if(0===arguments.length)for(;;){var t=null;if(null===t)return null;this.computeDepthParity(t)}else if(1===arguments.length){arguments[0]}},computeNextCWEdges:function(){for(var t=this.nodeIterator();t.hasNext();){var e=t.next();Wr.computeNextCWEdges(e)}},addEdge:function(t){if(t.isEmpty())return null;var e=H.removeRepeatedPoints(t.getCoordinates());if(e.length<2)return null;var n=e[0],i=e[e.length-1],r=this.getNode(n),s=this.getNode(i),o=new _r(r,s,e[1],(!0)),a=new _r(s,r,e[e.length-2],(!1)),u=new Mr(t);u.setDirectedEdges(o,a),this.add(u)},deleteCutEdges:function(){this.computeNextCWEdges(),Wr.findLabeledEdgeRings(this.dirEdges);for(var t=new I,e=this.dirEdges.iterator();e.hasNext();){var n=e.next();if(!n.isMarked()){var i=n.getSym();if(n.getLabel()===i.getLabel()){n.setMarked(!0),i.setMarked(!0);var r=n.getEdge();t.add(r.getLine())}}}return t},getEdgeRings:function(){this.computeNextCWEdges(),Wr.label(this.dirEdges,-1);var t=Wr.findLabeledEdgeRings(this.dirEdges);this.convertMaximalToMinimalEdgeRings(t);for(var e=new I,n=this.dirEdges.iterator();n.hasNext();){var i=n.next();if(!i.isMarked()&&!i.isInRing()){var r=this.findEdgeRing(i);e.add(r)}}return e},getNode:function(t){var e=this.findNode(t);return null===e&&(e=new Lr(t),this.add(e)),e},convertMaximalToMinimalEdgeRings:function(t){for(var e=t.iterator();e.hasNext();){var n=e.next(),i=n.getLabel(),r=Wr.findIntersectionNodes(n,i);if(null!==r)for(var s=r.iterator();s.hasNext();){var o=s.next();Wr.computeNextCCWEdges(o,i)}}},deleteDangles:function(){for(var t=this.findNodesOfDegree(1),e=new J,n=new pe,i=t.iterator();i.hasNext();)n.push(i.next());for(;!n.isEmpty();){var r=n.pop();Wr.deleteAllEdges(r);for(var s=r.getOutEdges().getEdges(),i=s.iterator();i.hasNext();){var o=i.next();o.setMarked(!0);var a=o.getSym();null!==a&&a.setMarked(!0);var u=o.getEdge();e.add(u.getLine());var l=o.getToNode();1===Wr.getDegreeNonDeleted(l)&&n.push(l)}}return e},interfaces_:function(){return[]},getClass:function(){return Wr}}),Wr.findLabeledEdgeRings=function(t){for(var e=new I,n=1,i=t.iterator();i.hasNext();){var r=i.next();if(!(r.isMarked()||r.getLabel()>=0)){e.add(r);var s=Xr.findDirEdgesInRing(r);Wr.label(s,n),n++}}return e},Wr.getDegreeNonDeleted=function(t){for(var e=t.getOutEdges().getEdges(),n=0,i=e.iterator();i.hasNext();){var r=i.next();r.isMarked()||n++}return n},Wr.deleteAllEdges=function(t){for(var e=t.getOutEdges().getEdges(),n=e.iterator();n.hasNext();){var i=n.next();i.setMarked(!0);var r=i.getSym();null!==r&&r.setMarked(!0)}},Wr.label=function(t,e){for(var n=t.iterator();n.hasNext();){var i=n.next();i.setLabel(e)}},Wr.computeNextCWEdges=function(t){for(var e=t.getOutEdges(),n=null,i=null,r=e.getEdges().iterator();r.hasNext();){var s=r.next();if(!s.isMarked()){if(null===n&&(n=s),null!==i){var o=i.getSym();o.setNext(s)}i=s}}if(null!==i){var o=i.getSym();o.setNext(n)}},Wr.computeNextCCWEdges=function(t,e){for(var n=t.getOutEdges(),i=null,r=null,s=n.getEdges(),o=s.size()-1;o>=0;o--){var a=s.get(o),u=a.getSym(),l=null;a.getLabel()===e&&(l=a);var h=null;u.getLabel()===e&&(h=u),null===l&&null===h||(null!==h&&(r=h),null!==l&&(null!==r&&(r.setNext(l),r=null),null===i&&(i=l)))}null!==r&&(f.isTrue(null!==i),r.setNext(i))},Wr.getDegree=function(t,e){for(var n=t.getOutEdges().getEdges(),i=0,r=n.iterator();r.hasNext();){var s=r.next();s.getLabel()===e&&i++}return i},Wr.findIntersectionNodes=function(t,e){var n=t,i=null;do{var r=n.getFromNode();Wr.getDegree(r,e)>1&&(null===i&&(i=new I),i.add(r)),n=n.getNext(),f.isTrue(null!==n,\"found null DE in ring\"),f.isTrue(n===t||!n.isInRing(),\"found DE already in ring\")}while(n!==t);return i},e(jr.prototype,{getGeometry:function(){return null===this.geomFactory&&(this.geomFactory=new ie),this.polygonize(),this.extractOnlyPolygonal?this.geomFactory.buildGeometry(this.polyList):this.geomFactory.createGeometryCollection(ie.toGeometryArray(this.polyList))},getInvalidRingLines:function(){return this.polygonize(),this.invalidRingLines},findValidRings:function(t,e,n){for(var i=t.iterator();i.hasNext();){var r=i.next();r.isValid()?e.add(r):n.add(r.getLineString())}},polygonize:function(){if(null!==this.polyList)return null;\nif(this.polyList=new I,null===this.graph)return null;this.dangles=this.graph.deleteDangles(),this.cutEdges=this.graph.deleteCutEdges();var t=this.graph.getEdgeRings(),e=new I;this.invalidRingLines=new I,this.isCheckingRingsValid?this.findValidRings(t,e,this.invalidRingLines):e=t,this.findShellsAndHoles(e),jr.assignHolesToShells(this.holeList,this.shellList),ho.sort(this.shellList,new Xr.EnvelopeComparator);var n=!0;this.extractOnlyPolygonal&&(jr.findDisjointShells(this.shellList),n=!1),this.polyList=jr.extractPolygons(this.shellList,n)},getDangles:function(){return this.polygonize(),this.dangles},getCutEdges:function(){return this.polygonize(),this.cutEdges},getPolygons:function(){return this.polygonize(),this.polyList},add:function(){if(R(arguments[0],v))for(var t=arguments[0],e=t.iterator();e.hasNext();){var n=e.next();this.add(n)}else if(arguments[0]instanceof St){var i=arguments[0];this.geomFactory=i.getFactory(),null===this.graph&&(this.graph=new Wr(this.geomFactory)),this.graph.addEdge(i)}else if(arguments[0]instanceof B){var r=arguments[0];r.apply(this.lineStringAdder)}},setCheckRingsValid:function(t){this.isCheckingRingsValid=t},findShellsAndHoles:function(t){this.holeList=new I,this.shellList=new I;for(var e=t.iterator();e.hasNext();){var n=e.next();n.computeHole(),n.isHole()?this.holeList.add(n):this.shellList.add(n)}},interfaces_:function(){return[]},getClass:function(){return jr}}),jr.findOuterShells=function(t){for(var e=t.iterator();e.hasNext();){var n=e.next(),i=n.getOuterHole();null===i||i.isProcessed()||(n.setIncluded(!0),i.setProcessed(!0))}},jr.extractPolygons=function(t,e){for(var n=new I,i=t.iterator();i.hasNext();){var r=i.next();(e||r.isIncluded())&&n.add(r.getPolygon())}return n},jr.assignHolesToShells=function(t,e){for(var n=t.iterator();n.hasNext();){var i=n.next();jr.assignHoleToShell(i,e)}},jr.assignHoleToShell=function(t,e){var n=Xr.findEdgeRingContaining(t,e);null!==n&&n.addHole(t)},jr.findDisjointShells=function(t){jr.findOuterShells(t);var e=null;do{e=!1;for(var n=t.iterator();n.hasNext();){var i=n.next();i.isIncludedSet()||(i.updateIncluded(),i.isIncludedSet()||(e=!0))}}while(e)},e(Kr.prototype,{filter:function(t){t instanceof St&&this.p.add(t)},interfaces_:function(){return[q]},getClass:function(){return Kr}}),jr.LineStringAdder=Kr;var To=Object.freeze({Polygonizer:jr});e(Zr.prototype,{insertEdgeEnds:function(t){for(var e=t.iterator();e.hasNext();){var n=e.next();this.nodes.add(n)}},computeProperIntersectionIM:function(t,e){var n=this.arg[0].getGeometry().getDimension(),i=this.arg[1].getGeometry().getDimension(),r=t.hasProperIntersection(),s=t.hasProperInteriorIntersection();2===n&&2===i?r&&e.setAtLeast(\"212101212\"):2===n&&1===i?(r&&e.setAtLeast(\"FFF0FFFF2\"),s&&e.setAtLeast(\"1FFFFF1FF\")):1===n&&2===i?(r&&e.setAtLeast(\"F0FFFFFF2\"),s&&e.setAtLeast(\"1F1FFFFFF\")):1===n&&1===i&&s&&e.setAtLeast(\"0FFFFFFFF\")},labelIsolatedEdges:function(t,e){for(var n=this.arg[t].getEdgeIterator();n.hasNext();){var i=n.next();i.isIsolated()&&(this.labelIsolatedEdge(i,e,this.arg[e].getGeometry()),this.isolatedEdges.add(i))}},labelIsolatedEdge:function(t,e,n){if(n.getDimension()>0){var i=this.ptLocator.locate(t.getCoordinate(),n);t.getLabel().setAllLocations(e,i)}else t.getLabel().setAllLocations(e,L.EXTERIOR)},computeIM:function(){var t=new fe;if(t.set(L.EXTERIOR,L.EXTERIOR,2),!this.arg[0].getGeometry().getEnvelopeInternal().intersects(this.arg[1].getGeometry().getEnvelopeInternal()))return this.computeDisjointIM(t),t;this.arg[0].computeSelfNodes(this.li,!1),this.arg[1].computeSelfNodes(this.li,!1);var e=this.arg[0].computeEdgeIntersections(this.arg[1],this.li,!1);this.computeIntersectionNodes(0),this.computeIntersectionNodes(1),this.copyNodesAndLabels(0),this.copyNodesAndLabels(1),this.labelIsolatedNodes(),this.computeProperIntersectionIM(e,t);var n=new Ar,i=n.computeEdgeEnds(this.arg[0].getEdgeIterator());this.insertEdgeEnds(i);var r=n.computeEdgeEnds(this.arg[1].getEdgeIterator());return this.insertEdgeEnds(r),this.labelNodeEdges(),this.labelIsolatedEdges(0,1),this.labelIsolatedEdges(1,0),this.updateIM(t),t},labelNodeEdges:function(){for(var t=this.nodes.iterator();t.hasNext();){var e=t.next();e.getEdges().computeLabelling(this.arg)}},copyNodesAndLabels:function(t){for(var e=this.arg[t].getNodeIterator();e.hasNext();){var n=e.next(),i=this.nodes.addNode(n.getCoordinate());i.setLabel(t,n.getLabel().getLocation(t))}},labelIntersectionNodes:function(t){for(var e=this.arg[t].getEdgeIterator();e.hasNext();)for(var n=e.next(),i=n.getLabel().getLocation(t),r=n.getEdgeIntersectionList().iterator();r.hasNext();){var s=r.next(),o=this.nodes.find(s.coord);o.getLabel().isNull(t)&&(i===L.BOUNDARY?o.setLabelBoundary(t):o.setLabel(t,L.INTERIOR))}},labelIsolatedNode:function(t,e){var n=this.ptLocator.locate(t.getCoordinate(),this.arg[e].getGeometry());t.getLabel().setAllLocations(e,n)},computeIntersectionNodes:function(t){for(var e=this.arg[t].getEdgeIterator();e.hasNext();)for(var n=e.next(),i=n.getLabel().getLocation(t),r=n.getEdgeIntersectionList().iterator();r.hasNext();){var s=r.next(),o=this.nodes.addNode(s.coord);i===L.BOUNDARY?o.setLabelBoundary(t):o.getLabel().isNull(t)&&o.setLabel(t,L.INTERIOR)}},labelIsolatedNodes:function(){for(var t=this.nodes.iterator();t.hasNext();){var e=t.next(),n=e.getLabel();f.isTrue(n.getGeometryCount()>0,\"node with empty label found\"),e.isIsolated()&&(n.isNull(0)?this.labelIsolatedNode(e,0):this.labelIsolatedNode(e,1))}},updateIM:function(t){for(var e=this.isolatedEdges.iterator();e.hasNext();){var n=e.next();n.updateIM(t)}for(var i=this.nodes.iterator();i.hasNext();){var r=i.next();r.updateIM(t),r.updateIMFromEdges(t)}},computeDisjointIM:function(t){var e=this.arg[0].getGeometry();e.isEmpty()||(t.set(L.INTERIOR,L.EXTERIOR,e.getDimension()),t.set(L.BOUNDARY,L.EXTERIOR,e.getBoundaryDimension()));var n=this.arg[1].getGeometry();n.isEmpty()||(t.set(L.EXTERIOR,L.INTERIOR,n.getDimension()),t.set(L.EXTERIOR,L.BOUNDARY,n.getBoundaryDimension()))},interfaces_:function(){return[]},getClass:function(){return Zr}}),e(Qr.prototype,{isContainedInBoundary:function(t){if(t instanceof Tt)return!1;if(t instanceof Lt)return this.isPointContainedInBoundary(t);if(t instanceof St)return this.isLineStringContainedInBoundary(t);for(var e=0;e<t.getNumGeometries();e++){var n=t.getGeometryN(e);if(!this.isContainedInBoundary(n))return!1}return!0},isLineSegmentContainedInBoundary:function(t,e){if(t.equals(e))return this.isPointContainedInBoundary(t);if(t.x===e.x){if(t.x===this.rectEnv.getMinX()||t.x===this.rectEnv.getMaxX())return!0}else if(t.y===e.y&&(t.y===this.rectEnv.getMinY()||t.y===this.rectEnv.getMaxY()))return!0;return!1},isLineStringContainedInBoundary:function(t){for(var e=t.getCoordinateSequence(),n=new g,i=new g,r=0;r<e.size()-1;r++)if(e.getCoordinate(r,n),e.getCoordinate(r+1,i),!this.isLineSegmentContainedInBoundary(n,i))return!1;return!0},isPointContainedInBoundary:function(){if(arguments[0]instanceof Lt){var t=arguments[0];return this.isPointContainedInBoundary(t.getCoordinate())}if(arguments[0]instanceof g){var e=arguments[0];return e.x===this.rectEnv.getMinX()||e.x===this.rectEnv.getMaxX()||e.y===this.rectEnv.getMinY()||e.y===this.rectEnv.getMaxY()}},contains:function(t){return!!this.rectEnv.contains(t.getEnvelopeInternal())&&!this.isContainedInBoundary(t)},interfaces_:function(){return[]},getClass:function(){return Qr}}),Qr.contains=function(t,e){var n=new Qr(t);return n.contains(e)},e(Jr.prototype,{intersects:function(t,e){var n=new C(t,e);if(!this.rectEnv.intersects(n))return!1;if(this.rectEnv.intersects(t))return!0;if(this.rectEnv.intersects(e))return!0;if(t.compareTo(e)>0){var i=t;t=e,e=i}var r=!1;return e.y>t.y&&(r=!0),r?this.li.computeIntersection(t,e,this.diagDown0,this.diagDown1):this.li.computeIntersection(t,e,this.diagUp0,this.diagUp1),!!this.li.hasIntersection()},interfaces_:function(){return[]},getClass:function(){return Jr}}),e($r.prototype,{applyTo:function(t){for(var e=0;e<t.getNumGeometries()&&!this._isDone;e++){var n=t.getGeometryN(e);if(n instanceof ft)this.applyTo(n);else if(this.visit(n),this.isDone())return this._isDone=!0,null}},interfaces_:function(){return[]},getClass:function(){return $r}}),e(ts.prototype,{intersects:function(t){if(!this.rectEnv.intersects(t.getEnvelopeInternal()))return!1;var e=new es(this.rectEnv);if(e.applyTo(t),e.intersects())return!0;var n=new ns(this.rectangle);if(n.applyTo(t),n.containsPoint())return!0;var i=new is(this.rectangle);return i.applyTo(t),!!i.intersects()},interfaces_:function(){return[]},getClass:function(){return ts}}),ts.intersects=function(t,e){var n=new ts(t);return n.intersects(e)},h(es,$r),e(es.prototype,{isDone:function(){return this._intersects===!0},visit:function(t){var e=t.getEnvelopeInternal();return this.rectEnv.intersects(e)?this.rectEnv.contains(e)?(this._intersects=!0,null):e.getMinX()>=this.rectEnv.getMinX()&&e.getMaxX()<=this.rectEnv.getMaxX()?(this._intersects=!0,null):e.getMinY()>=this.rectEnv.getMinY()&&e.getMaxY()<=this.rectEnv.getMaxY()?(this._intersects=!0,null):void 0:null},intersects:function(){return this._intersects},interfaces_:function(){return[]},getClass:function(){return es}}),h(ns,$r),e(ns.prototype,{isDone:function(){return this._containsPoint===!0},visit:function(t){if(!(t instanceof Tt))return null;var e=t.getEnvelopeInternal();if(!this.rectEnv.intersects(e))return null;for(var n=new g,i=0;i<4;i++)if(this.rectSeq.getCoordinate(i,n),e.contains(n)&&Tn.containsPointInPolygon(n,t))return this._containsPoint=!0,null},containsPoint:function(){return this._containsPoint},interfaces_:function(){return[]},getClass:function(){return ns}}),h(is,$r),e(is.prototype,{intersects:function(){return this.hasIntersection},isDone:function(){return this.hasIntersection===!0},visit:function(t){var e=t.getEnvelopeInternal();if(!this.rectEnv.intersects(e))return null;var n=kn.getLines(t);this.checkIntersectionWithLineStrings(n)},checkIntersectionWithLineStrings:function(t){for(var e=t.iterator();e.hasNext();){var n=e.next();if(this.checkIntersectionWithSegments(n),this.hasIntersection)return null}},checkIntersectionWithSegments:function(t){for(var e=t.getCoordinateSequence(),n=1;n<e.size();n++)if(e.getCoordinate(n-1,this.p0),e.getCoordinate(n,this.p1),this.rectIntersector.intersects(this.p0,this.p1))return this.hasIntersection=!0,null},interfaces_:function(){return[]},getClass:function(){return is}}),h(rs,ti),e(rs.prototype,{getIntersectionMatrix:function(){return this._relate.computeIM()},interfaces_:function(){return[]},getClass:function(){return rs}}),rs.covers=function(t,e){return!!t.getEnvelopeInternal().covers(e.getEnvelopeInternal())&&(!!t.isRectangle()||rs.relate(t,e).isCovers())},rs.intersects=function(t,e){return!!t.getEnvelopeInternal().intersects(e.getEnvelopeInternal())&&(t.isRectangle()?ts.intersects(t,e):e.isRectangle()?ts.intersects(e,t):rs.relate(t,e).isIntersects())},rs.touches=function(t,e){return!!t.getEnvelopeInternal().intersects(e.getEnvelopeInternal())&&rs.relate(t,e).isTouches(t.getDimension(),e.getDimension())},rs.within=function(t,e){return e.contains(t)},rs.coveredBy=function(t,e){return rs.covers(e,t)},rs.relate=function(){if(2===arguments.length){var t=arguments[0],e=arguments[1],n=new rs(t,e),i=n.getIntersectionMatrix();return i}if(3===arguments.length){if(\"string\"==typeof arguments[2]&&arguments[0]instanceof B&&arguments[1]instanceof B){var r=arguments[0],s=arguments[1],o=arguments[2];return rs.relateWithCheck(r,s).matches(o)}if(R(arguments[2],V)&&arguments[0]instanceof B&&arguments[1]instanceof B){var a=arguments[0],u=arguments[1],l=arguments[2],n=new rs(a,u,l),i=n.getIntersectionMatrix();return i}}},rs.overlaps=function(t,e){return!!t.getEnvelopeInternal().intersects(e.getEnvelopeInternal())&&rs.relate(t,e).isOverlaps(t.getDimension(),e.getDimension())},rs.disjoint=function(t,e){return!t.intersects(e)},rs.relateWithCheck=function(t,e){return t.checkNotGeometryCollection(t),t.checkNotGeometryCollection(e),rs.relate(t,e)},rs.crosses=function(t,e){return!!t.getEnvelopeInternal().intersects(e.getEnvelopeInternal())&&rs.relate(t,e).isCrosses(t.getDimension(),e.getDimension())},rs.contains=function(t,e){return!!t.getEnvelopeInternal().contains(e.getEnvelopeInternal())&&(t.isRectangle()?Qr.contains(t,e):rs.relate(t,e).isContains())};var Po=Object.freeze({RelateOp:rs});e(ss.prototype,{extractElements:function(t,e){if(null===t)return null;for(var n=0;n<t.getNumGeometries();n++){var i=t.getGeometryN(n);this.skipEmpty&&i.isEmpty()||e.add(i)}},combine:function(){for(var t=new I,e=this.inputGeoms.iterator();e.hasNext();){var n=e.next();this.extractElements(n,t)}return 0===t.size()?null!==this.geomFactory?this.geomFactory.createGeometryCollection(null):null:this.geomFactory.buildGeometry(t)},interfaces_:function(){return[]},getClass:function(){return ss}}),ss.combine=function(){if(1===arguments.length){var t=arguments[0],e=new ss(t);return e.combine()}if(2===arguments.length){var n=arguments[0],i=arguments[1],e=new ss(ss.createList(n,i));return e.combine()}if(3===arguments.length){var r=arguments[0],s=arguments[1],o=arguments[2],e=new ss(ss.createList(r,s,o));return e.combine()}},ss.extractFactory=function(t){return t.isEmpty()?null:t.iterator().next().getFactory()},ss.createList=function(){if(2===arguments.length){var t=arguments[0],e=arguments[1],n=new I;return n.add(t),n.add(e),n}if(3===arguments.length){var i=arguments[0],r=arguments[1],s=arguments[2],n=new I;return n.add(i),n.add(r),n.add(s),n}},e(os.prototype,{union:function(){for(var t=new Te,e=new at,n=0;n<this.pointGeom.getNumGeometries();n++){var i=this.pointGeom.getGeometryN(n),r=i.getCoordinate(),s=t.locate(r,this.otherGeom);s===L.EXTERIOR&&e.add(r)}if(0===e.size())return this.otherGeom;var o=null,a=H.toCoordinateArray(e);return o=1===a.length?this.geomFact.createPoint(a[0]):this.geomFact.createMultiPointFromCoords(a),ss.combine(o,this.otherGeom)},interfaces_:function(){return[]},getClass:function(){return os}}),os.union=function(t,e){var n=new os(t,e);return n.union()},e(as.prototype,{filter:function(t){this.sortIndex!==-1&&t.getSortIndex()!==this.sortIndex||this.comps.add(t)},interfaces_:function(){return[ht]},getClass:function(){return as}}),as.extract=function(){if(2===arguments.length){var t=arguments[0],e=arguments[1];return as.extract(t,e,new I)}if(3===arguments.length){var n=arguments[0],i=arguments[1],r=arguments[2];return n.getSortIndex()===i?r.add(n):n instanceof ft&&n.apply(new as(i,r)),r}},e(us.prototype,{reduceToGeometries:function(t){for(var e=new I,n=t.iterator();n.hasNext();){var i=n.next(),r=null;R(i,y)?r=this.unionTree(i):i instanceof B&&(r=i),e.add(r)}return e},extractByEnvelope:function(t,e,n){for(var i=new I,r=0;r<e.getNumGeometries();r++){var s=e.getGeometryN(r);s.getEnvelopeInternal().intersects(t)?i.add(s):n.add(s)}return this.geomFactory.buildGeometry(i)},unionOptimized:function(t,e){var n=t.getEnvelopeInternal(),i=e.getEnvelopeInternal();if(!n.intersects(i)){var r=ss.combine(t,e);return r}if(t.getNumGeometries()<=1&&e.getNumGeometries()<=1)return this.unionActual(t,e);var s=n.intersection(i);return this.unionUsingEnvelopeIntersection(t,e,s)},union:function(){if(null===this.inputPolys)throw new IllegalStateException(\"union() method cannot be called twice\");if(this.inputPolys.isEmpty())return null;this.geomFactory=this.inputPolys.iterator().next().getFactory();for(var t=new ke(us.STRTREE_NODE_CAPACITY),e=this.inputPolys.iterator();e.hasNext();){var n=e.next();t.insert(n.getEnvelopeInternal(),n)}this.inputPolys=null;var i=t.itemsTree(),r=this.unionTree(i);return r},binaryUnion:function(){if(1===arguments.length){var t=arguments[0];return this.binaryUnion(t,0,t.size())}if(3===arguments.length){var e=arguments[0],n=arguments[1],i=arguments[2];if(i-n<=1){var r=us.getGeometry(e,n);return this.unionSafe(r,null)}if(i-n===2)return this.unionSafe(us.getGeometry(e,n),us.getGeometry(e,n+1));var s=Math.trunc((i+n)/2),r=this.binaryUnion(e,n,s),o=this.binaryUnion(e,s,i);return this.unionSafe(r,o)}},repeatedUnion:function(t){for(var e=null,n=t.iterator();n.hasNext();){var i=n.next();e=null===e?i.copy():e.union(i)}return e},unionSafe:function(t,e){return null===t&&null===e?null:null===t?e.copy():null===e?t.copy():this.unionOptimized(t,e)},unionActual:function(t,e){return us.restrictToPolygons(t.union(e))},unionTree:function(t){var e=this.reduceToGeometries(t),n=this.binaryUnion(e);return n},unionUsingEnvelopeIntersection:function(t,e,n){var i=new I,r=this.extractByEnvelope(n,t,i),s=this.extractByEnvelope(n,e,i),o=this.unionActual(r,s);i.add(o);var a=ss.combine(i);return a},bufferUnion:function(){if(1===arguments.length){var t=arguments[0],e=t.get(0).getFactory(),n=e.buildGeometry(t),i=n.buffer(0);return i}if(2===arguments.length){var r=arguments[0],s=arguments[1],e=r.getFactory(),n=e.createGeometryCollection([r,s]),i=n.buffer(0);return i}},interfaces_:function(){return[]},getClass:function(){return us}}),us.restrictToPolygons=function(t){if(R(t,Rt))return t;var e=pr.getPolygons(t);return 1===e.size()?e.get(0):t.getFactory().createMultiPolygon(ie.toPolygonArray(e))},us.getGeometry=function(t,e){return e>=t.size()?null:t.get(e)},us.union=function(t){var e=new us(t);return e.union()},us.STRTREE_NODE_CAPACITY=4,e(ls.prototype,{unionNoOpt:function(t){var e=this.geomFact.createPoint();return si.overlayOp(t,e,ii.UNION)},unionWithNull:function(t,e){return null===t&&null===e?null:null===e?t:null===t?e:t.union(e)},extract:function(){if(R(arguments[0],v))for(var t=arguments[0],e=t.iterator();e.hasNext();){var n=e.next();this.extract(n)}else if(arguments[0]instanceof B){var i=arguments[0];null===this.geomFact&&(this.geomFact=i.getFactory()),as.extract(i,B.SORTINDEX_POLYGON,this.polygons),as.extract(i,B.SORTINDEX_LINESTRING,this.lines),as.extract(i,B.SORTINDEX_POINT,this.points)}},union:function t(){if(null===this.geomFact)return null;var e=null;if(this.points.size()>0){var n=this.geomFact.buildGeometry(this.points);e=this.unionNoOpt(n)}var i=null;if(this.lines.size()>0){var r=this.geomFact.buildGeometry(this.lines);i=this.unionNoOpt(r)}var s=null;this.polygons.size()>0&&(s=us.union(this.polygons));var o=this.unionWithNull(i,s),t=null;return t=null===e?o:null===o?e:os.union(e,o),null===t?this.geomFact.createGeometryCollection():t},interfaces_:function(){return[]},getClass:function(){return ls}}),ls.union=function(){if(1===arguments.length){if(R(arguments[0],v)){var t=arguments[0],e=new ls(t);return e.union()}if(arguments[0]instanceof B){var n=arguments[0],e=new ls(n);return e.union()}}else if(2===arguments.length){var i=arguments[0],r=arguments[1],e=new ls(i,r);return e.union()}};var bo=Object.freeze({UnaryUnionOp:ls}),Oo=Object.freeze({IsValidOp:Ur,ConsistentAreaTester:Vr}),_o=Object.freeze({BoundaryOp:dt,IsSimpleOp:Wi,buffer:So,distance:wo,linemerge:Lo,overlay:Ro,polygonize:To,relate:Po,union:bo,valid:Oo});h(hs,_t.CoordinateOperation),e(hs.prototype,{editCoordinates:function(t,e){if(0===t.length)return null;for(var n=new Array(t.length).fill(null),i=0;i<t.length;i++){var r=new g(t[i]);this.targetPM.makePrecise(r),n[i]=r}var s=new N(n,(!1)),o=s.toCoordinateArray(),a=0;e instanceof St&&(a=2),e instanceof bt&&(a=4);var u=n;return this.removeCollapsed&&(u=null),o.length<a?u:o},interfaces_:function(){return[]},getClass:function(){return hs}}),e(cs.prototype,{fixPolygonalTopology:function(t){var e=t;this.changePrecisionModel||(e=this.changePM(t,this.targetPM));var n=e.buffer(0),i=n;return this.changePrecisionModel||(i=this.changePM(n,t.getPrecisionModel())),i},reducePointwise:function(t){var e=null;if(this.changePrecisionModel){var n=this.createFactory(t.getFactory(),this.targetPM);e=new _t(n)}else e=new _t;var i=this.removeCollapsed;t.getDimension()>=2&&(i=!0);var r=e.edit(t,new hs(this.targetPM,i));return r},changePM:function(t,e){var n=this.createEditor(t.getFactory(),e);return n.edit(t,new _t.NoOpGeometryOperation)},setRemoveCollapsedComponents:function(t){this.removeCollapsed=t},createFactory:function(t,e){var n=new ie(e,t.getSRID(),t.getCoordinateSequenceFactory());return n},setChangePrecisionModel:function(t){this.changePrecisionModel=t},reduce:function(t){var e=this.reducePointwise(t);return this.isPointwise?e:R(e,Rt)?e.isValid()?e:this.fixPolygonalTopology(e):e},setPointwise:function(t){this.isPointwise=t},createEditor:function(t,e){if(t.getPrecisionModel()===e)return new _t;var n=this.createFactory(t,e),i=new _t(n);return i},interfaces_:function(){return[]},getClass:function(){return cs}}),cs.reduce=function(t,e){var n=new cs(e);return n.reduce(t)},cs.reducePointwise=function(t,e){var n=new cs(e);return n.setPointwise(!0),n.reduce(t)};var Mo=Object.freeze({GeometryPrecisionReducer:cs});e(fs.prototype,{simplifySection:function(t,e){if(t+1===e)return null;this.seg.p0=this.pts[t],this.seg.p1=this.pts[e];for(var n=-1,i=t,r=t+1;r<e;r++){var s=this.seg.distance(this.pts[r]);s>n&&(n=s,i=r)}if(n<=this.distanceTolerance)for(var r=t+1;r<e;r++)this.usePt[r]=!1;else this.simplifySection(t,i),this.simplifySection(i,e)},setDistanceTolerance:function(t){this.distanceTolerance=t},simplify:function(){this.usePt=new Array(this.pts.length).fill(null);for(var t=0;t<this.pts.length;t++)this.usePt[t]=!0;this.simplifySection(0,this.pts.length-1);for(var e=new N,t=0;t<this.pts.length;t++)this.usePt[t]&&e.add(new g(this.pts[t]));return e.toCoordinateArray()},interfaces_:function(){return[]},getClass:function(){return fs}}),fs.simplify=function(t,e){var n=new fs(t);return n.setDistanceTolerance(e),n.simplify()},e(gs.prototype,{setEnsureValid:function(t){this.isEnsureValidTopology=t},getResultGeometry:function(){return this.inputGeom.isEmpty()?this.inputGeom.copy():new ds(this.isEnsureValidTopology,this.distanceTolerance).transform(this.inputGeom)},setDistanceTolerance:function(t){if(t<0)throw new i(\"Tolerance must be non-negative\");this.distanceTolerance=t},interfaces_:function(){return[]},getClass:function(){return gs}}),gs.simplify=function(t,e){var n=new gs(t);return n.setDistanceTolerance(e),n.getResultGeometry()},h(ds,xe),e(ds.prototype,{transformPolygon:function(t,e){if(t.isEmpty())return null;var n=xe.prototype.transformPolygon.call(this,t,e);return e instanceof Ot?n:this.createValidArea(n)},createValidArea:function(t){return this.isEnsureValidTopology?t.buffer(0):t},transformCoordinates:function(t,e){var n=t.toCoordinateArray(),i=null;return i=0===n.length?new Array(0).fill(null):fs.simplify(n,this.distanceTolerance),this.factory.getCoordinateSequenceFactory().create(i)},transformMultiPolygon:function(t,e){var n=xe.prototype.transformMultiPolygon.call(this,t,e);return this.createValidArea(n)},transformLinearRing:function(t,e){var n=e instanceof Tt,i=xe.prototype.transformLinearRing.call(this,t,e);return!n||i instanceof bt?i:null},interfaces_:function(){return[]},getClass:function(){return ds}}),gs.DPTransformer=ds,h(ps,ce),e(ps.prototype,{getIndex:function(){return this.index},getParent:function(){return this.parent},interfaces_:function(){return[]},getClass:function(){return ps}}),e(vs.prototype,{addToResult:function(t){this.resultSegs.add(t)},asLineString:function(){return this.parentLine.getFactory().createLineString(vs.extractCoordinates(this.resultSegs))},getResultSize:function(){var t=this.resultSegs.size();return 0===t?0:t+1},getParent:function(){return this.parentLine},getSegment:function(t){return this.segs[t]},getParentCoordinates:function(){return this.parentLine.getCoordinates()},getMinimumSize:function(){return this.minimumSize},asLinearRing:function(){return this.parentLine.getFactory().createLinearRing(vs.extractCoordinates(this.resultSegs))},getSegments:function(){return this.segs},init:function(){var t=this.parentLine.getCoordinates();this.segs=new Array(t.length-1).fill(null);for(var e=0;e<t.length-1;e++){var n=new ps(t[e],t[e+1],this.parentLine,e);this.segs[e]=n}},getResultCoordinates:function(){return vs.extractCoordinates(this.resultSegs)},interfaces_:function(){return[]},getClass:function(){return vs}}),vs.extractCoordinates=function(t){for(var e=new Array(t.size()+1).fill(null),n=null,i=0;i<t.size();i++)n=t.get(i),e[i]=n.p0;return e[e.length-1]=n.p1,e},e(ms.prototype,{remove:function(t){this.index.remove(new C(t.p0,t.p1),t)},add:function(){if(arguments[0]instanceof vs)for(var t=arguments[0],e=t.getSegments(),n=0;n<e.length;n++){var i=e[n];this.add(i)}else if(arguments[0]instanceof ce){var r=arguments[0];this.index.insert(new C(r.p0,r.p1),r)}},query:function(t){var e=new C(t.p0,t.p1),n=new ys(t);this.index.query(e,n);var i=n.getItems();return i},interfaces_:function(){return[]},getClass:function(){return ms}}),e(ys.prototype,{visitItem:function(t){var e=t;C.intersects(e.p0,e.p1,this.querySeg.p0,this.querySeg.p1)&&this.items.add(t)},getItems:function(){return this.items},interfaces_:function(){return[Ae]},getClass:function(){return ys}}),e(xs.prototype,{flatten:function(t,e){var n=this.linePts[t],i=this.linePts[e],r=new ce(n,i);return this.remove(this.line,t,e),this.outputIndex.add(r),r},hasBadIntersection:function(t,e,n){return!!this.hasBadOutputIntersection(n)||!!this.hasBadInputIntersection(t,e,n)},setDistanceTolerance:function(t){this.distanceTolerance=t},simplifySection:function(t,e,n){n+=1;var i=new Array(2).fill(null);if(t+1===e){var r=this.line.getSegment(t);return this.line.addToResult(r),null}var s=!0;if(this.line.getResultSize()<this.line.getMinimumSize()){var o=n+1;o<this.line.getMinimumSize()&&(s=!1)}var a=new Array(1).fill(null),u=this.findFurthestPoint(this.linePts,t,e,a);a[0]>this.distanceTolerance&&(s=!1);var l=new ce;if(l.p0=this.linePts[t],l.p1=this.linePts[e],i[0]=t,i[1]=e,this.hasBadIntersection(this.line,i,l)&&(s=!1),s){var r=this.flatten(t,e);return this.line.addToResult(r),null}this.simplifySection(t,u,n),this.simplifySection(u,e,n)},hasBadOutputIntersection:function(t){for(var e=this.outputIndex.query(t),n=e.iterator();n.hasNext();){var i=n.next();if(this.hasInteriorIntersection(i,t))return!0}return!1},findFurthestPoint:function(t,e,n,i){var r=new ce;r.p0=t[e],r.p1=t[n];for(var s=-1,o=e,a=e+1;a<n;a++){var u=t[a],l=r.distance(u);l>s&&(s=l,o=a)}return i[0]=s,o},simplify:function(t){this.line=t,this.linePts=t.getParentCoordinates(),this.simplifySection(0,this.linePts.length-1,0)},remove:function(t,e,n){for(var i=e;i<n;i++){var r=t.getSegment(i);this.inputIndex.remove(r)}},hasInteriorIntersection:function(t,e){return this.li.computeIntersection(t.p0,t.p1,e.p0,e.p1),this.li.isInteriorIntersection()},hasBadInputIntersection:function(t,e,n){for(var i=this.inputIndex.query(n),r=i.iterator();r.hasNext();){var s=r.next();if(this.hasInteriorIntersection(s,n)){if(xs.isInLineSection(t,e,s))continue;return!0}}return!1},interfaces_:function(){return[]},getClass:function(){return xs}}),xs.isInLineSection=function(t,e,n){if(n.getParent()!==t.getParent())return!1;var i=n.getIndex();return i>=e[0]&&i<e[1]},e(Es.prototype,{setDistanceTolerance:function(t){this.distanceTolerance=t},simplify:function(t){for(var e=t.iterator();e.hasNext();)this.inputIndex.add(e.next());for(var e=t.iterator();e.hasNext();){var n=new xs(this.inputIndex,this.outputIndex);n.setDistanceTolerance(this.distanceTolerance),n.simplify(e.next())}},interfaces_:function(){return[]},getClass:function(){return Es}}),e(Is.prototype,{getResultGeometry:function(){if(this.inputGeom.isEmpty())return this.inputGeom.copy();this.linestringMap=new te,this.inputGeom.apply(new Cs(this)),this.lineSimplifier.simplify(this.linestringMap.values());var t=new Ns(this.linestringMap).transform(this.inputGeom);return t},setDistanceTolerance:function(t){if(t<0)throw new i(\"Tolerance must be non-negative\");this.lineSimplifier.setDistanceTolerance(t)},interfaces_:function(){return[]},getClass:function(){return Is}}),Is.simplify=function(t,e){var n=new Is(t);return n.setDistanceTolerance(e),n.getResultGeometry()},h(Ns,xe),e(Ns.prototype,{transformCoordinates:function(t,e){if(0===t.size())return null;if(e instanceof St){var n=this.linestringMap.get(e);return this.createCoordinateSequence(n.getResultCoordinates())}return xe.prototype.transformCoordinates.call(this,t,e)},interfaces_:function(){return[]},getClass:function(){return Ns}}),e(Cs.prototype,{filter:function(t){if(t instanceof St){var e=t;if(e.isEmpty())return null;var n=e.isClosed()?4:2,i=new vs(e,n);this.tps.linestringMap.put(e,i)}},interfaces_:function(){return[q]},getClass:function(){return Cs}}),Is.LineStringTransformer=Ns,Is.LineStringMapBuilderFilter=Cs;var Do=Object.freeze({DouglasPeuckerSimplifier:gs,TopologyPreservingSimplifier:Is});e(Ss.prototype,{splitAt:function(){if(1===arguments.length){var t=arguments[0],e=this.minimumLen/this.segLen;if(t.distance(this.seg.p0)<this.minimumLen)return this.splitPt=this.seg.pointAlong(e),null;if(t.distance(this.seg.p1)<this.minimumLen)return this.splitPt=Ss.pointAlongReverse(this.seg,e),null;this.splitPt=t}else if(2===arguments.length){var n=arguments[0],i=arguments[1],r=this.getConstrainedLength(n),s=r/this.segLen;i.equals2D(this.seg.p0)?this.splitPt=this.seg.pointAlong(s):this.splitPt=Ss.pointAlongReverse(this.seg,s)}},setMinimumLength:function(t){this.minimumLen=t},getConstrainedLength:function(t){return t<this.minimumLen?this.minimumLen:t},getSplitPoint:function(){return this.splitPt},interfaces_:function(){return[]},getClass:function(){return Ss}}),Ss.pointAlongReverse=function(t,e){var n=new g;return n.x=t.p1.x-e*(t.p1.x-t.p0.x),n.y=t.p1.y-e*(t.p1.y-t.p0.y),n},e(ws.prototype,{findSplitPoint:function(t,e){},interfaces_:function(){return[]},getClass:function(){return ws}}),e(Ls.prototype,{findSplitPoint:function(t,e){var n=t.getLineSegment(),i=n.getLength(),r=i/2,s=new Ss(n),o=Ls.projectedSplitPoint(t,e),a=2*o.distance(e)*.8,u=a;return u>r&&(u=r),s.setMinimumLength(u),s.splitAt(o),s.getSplitPoint()},interfaces_:function(){return[ws]},getClass:function(){return Ls}}),Ls.projectedSplitPoint=function(t,e){var n=t.getLineSegment(),i=n.project(e);return i},e(Rs.prototype,{interfaces_:function(){return[]},getClass:function(){return Rs}}),Rs.triArea=function(t,e,n){return(e.x-t.x)*(n.y-t.y)-(e.y-t.y)*(n.x-t.x)},Rs.isInCircleDDNormalized=function(t,e,n,i){var r=_.valueOf(t.x).selfSubtract(i.x),s=_.valueOf(t.y).selfSubtract(i.y),o=_.valueOf(e.x).selfSubtract(i.x),a=_.valueOf(e.y).selfSubtract(i.y),u=_.valueOf(n.x).selfSubtract(i.x),l=_.valueOf(n.y).selfSubtract(i.y),h=r.multiply(a).selfSubtract(o.multiply(s)),c=o.multiply(l).selfSubtract(u.multiply(a)),f=u.multiply(s).selfSubtract(r.multiply(l)),g=r.multiply(r).selfAdd(s.multiply(s)),d=o.multiply(o).selfAdd(a.multiply(a)),p=u.multiply(u).selfAdd(l.multiply(l)),v=g.selfMultiply(c).selfAdd(d.selfMultiply(f)).selfAdd(p.selfMultiply(h)),m=v.doubleValue()>0;return m},Rs.checkRobustInCircle=function(t,e,n,i){var r=Rs.isInCircleNonRobust(t,e,n,i),s=Rs.isInCircleDDSlow(t,e,n,i),o=Rs.isInCircleCC(t,e,n,i),a=Si.circumcentre(t,e,n);A.out.println(\"p radius diff a = \"+Math.abs(i.distance(a)-t.distance(a))/t.distance(a)),r===s&&r===o||(A.out.println(\"inCircle robustness failure (double result = \"+r+\", DD result = \"+s+\", CC result = \"+o+\")\"),A.out.println(se.toLineString(new Gt([t,e,n,i]))),A.out.println(\"Circumcentre = \"+se.toPoint(a)+\" radius = \"+t.distance(a)),A.out.println(\"p radius diff a = \"+Math.abs(i.distance(a)/t.distance(a)-1)),A.out.println(\"p radius diff b = \"+Math.abs(i.distance(a)/e.distance(a)-1)),A.out.println(\"p radius diff c = \"+Math.abs(i.distance(a)/n.distance(a)-1)),A.out.println())},Rs.isInCircleDDFast=function(t,e,n,i){var r=_.sqr(t.x).selfAdd(_.sqr(t.y)).selfMultiply(Rs.triAreaDDFast(e,n,i)),s=_.sqr(e.x).selfAdd(_.sqr(e.y)).selfMultiply(Rs.triAreaDDFast(t,n,i)),o=_.sqr(n.x).selfAdd(_.sqr(n.y)).selfMultiply(Rs.triAreaDDFast(t,e,i)),a=_.sqr(i.x).selfAdd(_.sqr(i.y)).selfMultiply(Rs.triAreaDDFast(t,e,n)),u=r.selfSubtract(s).selfAdd(o).selfSubtract(a),l=u.doubleValue()>0;return l},Rs.isInCircleCC=function(t,e,n,i){var r=Si.circumcentre(t,e,n),s=t.distance(r),o=i.distance(r)-s;return o<=0},Rs.isInCircleNormalized=function(t,e,n,i){var r=t.x-i.x,s=t.y-i.y,o=e.x-i.x,a=e.y-i.y,u=n.x-i.x,l=n.y-i.y,h=r*a-o*s,c=o*l-u*a,f=u*s-r*l,g=r*r+s*s,d=o*o+a*a,p=u*u+l*l,v=g*c+d*f+p*h;\nreturn v>0},Rs.isInCircleDDSlow=function(t,e,n,i){var r=_.valueOf(i.x),s=_.valueOf(i.y),o=_.valueOf(t.x),a=_.valueOf(t.y),u=_.valueOf(e.x),l=_.valueOf(e.y),h=_.valueOf(n.x),c=_.valueOf(n.y),f=o.multiply(o).add(a.multiply(a)).multiply(Rs.triAreaDDSlow(u,l,h,c,r,s)),g=u.multiply(u).add(l.multiply(l)).multiply(Rs.triAreaDDSlow(o,a,h,c,r,s)),d=h.multiply(h).add(c.multiply(c)).multiply(Rs.triAreaDDSlow(o,a,u,l,r,s)),p=r.multiply(r).add(s.multiply(s)).multiply(Rs.triAreaDDSlow(o,a,u,l,h,c)),v=f.subtract(g).add(d).subtract(p),m=v.doubleValue()>0;return m},Rs.isInCircleNonRobust=function(t,e,n,i){var r=(t.x*t.x+t.y*t.y)*Rs.triArea(e,n,i)-(e.x*e.x+e.y*e.y)*Rs.triArea(t,n,i)+(n.x*n.x+n.y*n.y)*Rs.triArea(t,e,i)-(i.x*i.x+i.y*i.y)*Rs.triArea(t,e,n)>0;return r},Rs.isInCircleRobust=function(t,e,n,i){return Rs.isInCircleNormalized(t,e,n,i)},Rs.triAreaDDSlow=function(t,e,n,i,r,s){return n.subtract(t).multiply(s.subtract(e)).subtract(i.subtract(e).multiply(r.subtract(t)))},Rs.triAreaDDFast=function(t,e,n){var i=_.valueOf(e.x).selfSubtract(t.x).selfMultiply(_.valueOf(n.y).selfSubtract(t.y)),r=_.valueOf(e.y).selfSubtract(t.y).selfMultiply(_.valueOf(n.x).selfSubtract(t.x));return i.selfSubtract(r)},e(Ts.prototype,{circleCenter:function(t,e){var n=new Ts(this.getX(),this.getY()),i=this.bisector(n,t),r=this.bisector(t,e),s=new F(i,r),o=null;try{o=new Ts(s.getX(),s.getY())}catch(i){if(!(i instanceof w))throw i;A.err.println(\"a: \"+n+\"  b: \"+t+\"  c: \"+e),A.err.println(i)}finally{}return o},dot:function(t){return this.p.x*t.getX()+this.p.y*t.getY()},magn:function(){return Math.sqrt(this.p.x*this.p.x+this.p.y*this.p.y)},getZ:function(){return this.p.z},bisector:function(t,e){var n=e.getX()-t.getX(),i=e.getY()-t.getY(),r=new F(t.getX()+n/2,t.getY()+i/2,1),s=new F(t.getX()-i+n/2,t.getY()+n+i/2,1);return new F(r,s)},equals:function(){if(1===arguments.length){var t=arguments[0];return this.p.x===t.getX()&&this.p.y===t.getY()}if(2===arguments.length){var e=arguments[0],n=arguments[1];return this.p.distance(e.getCoordinate())<n}},getCoordinate:function(){return this.p},isInCircle:function(t,e,n){return Rs.isInCircleRobust(t.p,e.p,n.p,this.p)},interpolateZValue:function(t,e,n){var i=t.getX(),r=t.getY(),s=e.getX()-i,o=n.getX()-i,a=e.getY()-r,u=n.getY()-r,l=s*u-o*a,h=this.getX()-i,c=this.getY()-r,f=(u*h-o*c)/l,g=(-a*h+s*c)/l,d=t.getZ()+f*(e.getZ()-t.getZ())+g*(n.getZ()-t.getZ());return d},midPoint:function(t){var e=(this.p.x+t.getX())/2,n=(this.p.y+t.getY())/2,i=(this.p.z+t.getZ())/2;return new Ts(e,n,i)},rightOf:function(t){return this.isCCW(t.dest(),t.orig())},isCCW:function(t,e){return(t.p.x-this.p.x)*(e.p.y-this.p.y)-(t.p.y-this.p.y)*(e.p.x-this.p.x)>0},getX:function(){return this.p.x},crossProduct:function(t){return this.p.x*t.getY()-this.p.y*t.getX()},setZ:function(t){this.p.z=t},times:function(t){return new Ts(t*this.p.x,t*this.p.y)},cross:function(){return new Ts(this.p.y,(-this.p.x))},leftOf:function(t){return this.isCCW(t.orig(),t.dest())},toString:function(){return\"POINT (\"+this.p.x+\" \"+this.p.y+\")\"},sub:function(t){return new Ts(this.p.x-t.getX(),this.p.y-t.getY())},getY:function(){return this.p.y},classify:function(t,e){var n=this,i=e.sub(t),r=n.sub(t),s=i.crossProduct(r);return s>0?Ts.LEFT:s<0?Ts.RIGHT:i.getX()*r.getX()<0||i.getY()*r.getY()<0?Ts.BEHIND:i.magn()<r.magn()?Ts.BEYOND:t.equals(n)?Ts.ORIGIN:e.equals(n)?Ts.DESTINATION:Ts.BETWEEN},sum:function(t){return new Ts(this.p.x+t.getX(),this.p.y+t.getY())},distance:function(t,e){return Math.sqrt(Math.pow(e.getX()-t.getX(),2)+Math.pow(e.getY()-t.getY(),2))},circumRadiusRatio:function(t,e){var n=this.circleCenter(t,e),i=this.distance(n,t),r=this.distance(this,t),s=this.distance(t,e);return s<r&&(r=s),s=this.distance(e,this),s<r&&(r=s),i/r},interfaces_:function(){return[]},getClass:function(){return Ts}}),Ts.interpolateZ=function(){if(3===arguments.length){var t=arguments[0],e=arguments[1],n=arguments[2],i=e.distance(n),r=t.distance(e),s=n.z-e.z,o=e.z+s*(r/i);return o}if(4===arguments.length){var a=arguments[0],u=arguments[1],l=arguments[2],h=arguments[3],c=u.x,f=u.y,g=l.x-c,d=h.x-c,p=l.y-f,v=h.y-f,m=g*v-d*p,y=a.x-c,x=a.y-f,E=(v*y-d*x)/m,I=(-p*y+g*x)/m,N=u.z+E*(l.z-u.z)+I*(h.z-u.z);return N}},Ts.LEFT=0,Ts.RIGHT=1,Ts.BEYOND=2,Ts.BEHIND=3,Ts.BETWEEN=4,Ts.ORIGIN=5,Ts.DESTINATION=6,h(Ps,Ts),e(Ps.prototype,{getConstraint:function(){return this.constraint},setOnConstraint:function(t){this._isOnConstraint=t},merge:function(t){t._isOnConstraint&&(this._isOnConstraint=!0,this.constraint=t.constraint)},isOnConstraint:function(){return this._isOnConstraint},setConstraint:function(t){this._isOnConstraint=!0,this.constraint=t},interfaces_:function(){return[]},getClass:function(){return Ps}}),e(bs.prototype,{equalsNonOriented:function(t){return!!this.equalsOriented(t)||!!this.equalsOriented(t.sym())},toLineSegment:function(){return new ce(this.vertex.getCoordinate(),this.dest().getCoordinate())},dest:function(){return this.sym().orig()},oNext:function(){return this.next},equalsOriented:function(t){return!(!this.orig().getCoordinate().equals2D(t.orig().getCoordinate())||!this.dest().getCoordinate().equals2D(t.dest().getCoordinate()))},dNext:function(){return this.sym().oNext().sym()},lPrev:function(){return this.next.sym()},rPrev:function(){return this.sym().oNext()},rot:function(){return this._rot},oPrev:function(){return this._rot.next._rot},sym:function(){return this._rot._rot},setOrig:function(t){this.vertex=t},lNext:function(){return this.invRot().oNext().rot()},getLength:function(){return this.orig().getCoordinate().distance(this.dest().getCoordinate())},invRot:function(){return this._rot.sym()},setDest:function(t){this.sym().setOrig(t)},setData:function(t){this.data=t},getData:function(){return this.data},delete:function(){this._rot=null},orig:function(){return this.vertex},rNext:function(){return this._rot.next.invRot()},toString:function(){var t=this.vertex.getCoordinate(),e=this.dest().getCoordinate();return se.toLineString(t,e)},isLive:function(){return null!==this._rot},getPrimary:function(){return this.orig().getCoordinate().compareTo(this.dest().getCoordinate())<=0?this:this.sym()},dPrev:function(){return this.invRot().oNext().invRot()},setNext:function(t){this.next=t},interfaces_:function(){return[]},getClass:function(){return bs}}),bs.makeEdge=function(t,e){var n=new bs,i=new bs,r=new bs,s=new bs;n._rot=i,i._rot=r,r._rot=s,s._rot=n,n.setNext(n),i.setNext(s),r.setNext(r),s.setNext(i);var o=n;return o.setOrig(t),o.setDest(e),o},bs.swap=function(t){var e=t.oPrev(),n=t.sym().oPrev();bs.splice(t,e),bs.splice(t.sym(),n),bs.splice(t,e.lNext()),bs.splice(t.sym(),n.lNext()),t.setOrig(e.dest()),t.setDest(n.dest())},bs.splice=function(t,e){var n=t.oNext().rot(),i=e.oNext().rot(),r=e.oNext(),s=t.oNext(),o=i.oNext(),a=n.oNext();t.setNext(r),e.setNext(s),n.setNext(o),i.setNext(a)},bs.connect=function(t,e){var n=bs.makeEdge(t.dest(),e.orig());return bs.splice(n,t.lNext()),bs.splice(n.sym(),e),n},e(Os.prototype,{insertSite:function(t){var e=this.subdiv.locate(t);if(this.subdiv.isVertexOfEdge(e,t))return e;this.subdiv.isOnEdge(e,t.getCoordinate())&&(e=e.oPrev(),this.subdiv.delete(e.oNext()));var n=this.subdiv.makeEdge(e.orig(),t);bs.splice(n,e);var i=n;do n=this.subdiv.connect(e,n.sym()),e=n.oPrev();while(e.lNext()!==i);for(;;){var r=e.oPrev();if(r.dest().rightOf(e)&&t.isInCircle(e.orig(),r.dest(),e.dest()))bs.swap(e),e=e.oPrev();else{if(e.oNext()===i)return n;e=e.oNext().lPrev()}}},insertSites:function(t){for(var e=t.iterator();e.hasNext();){var n=e.next();this.insertSite(n)}},interfaces_:function(){return[]},getClass:function(){return Os}}),e(_s.prototype,{locate:function(t){},interfaces_:function(){return[]},getClass:function(){return _s}}),e(Ms.prototype,{init:function(){this.lastEdge=this.findEdge()},locate:function(t){this.lastEdge.isLive()||this.init();var e=this.subdiv.locateFromEdge(t,this.lastEdge);return this.lastEdge=e,e},findEdge:function(){var t=this.subdiv.getEdges();return t.iterator().next()},interfaces_:function(){return[_s]},getClass:function(){return Ms}}),h(Ds,l),e(Ds.prototype,{getSegment:function(){return this.seg},interfaces_:function(){return[]},getClass:function(){return Ds}}),Ds.msgWithSpatial=function(t,e){return null!==e?t+\" [ \"+e+\" ]\":t},e(As.prototype,{visit:function(t){},interfaces_:function(){return[]},getClass:function(){return As}}),e(Fs.prototype,{getTriangleVertices:function(t){var e=new Bs;return this.visitTriangles(e,t),e.getTriangleVertices()},isFrameVertex:function(t){return!!t.equals(this.frameVertex[0])||(!!t.equals(this.frameVertex[1])||!!t.equals(this.frameVertex[2]))},isVertexOfEdge:function(t,e){return!(!e.equals(t.orig(),this.tolerance)&&!e.equals(t.dest(),this.tolerance))},connect:function(t,e){var n=bs.connect(t,e);return this.quadEdges.add(n),n},getVoronoiCellPolygon:function(t,e){var n=new I,i=t;do{var r=t.rot().orig().getCoordinate();n.add(r),t=t.oPrev()}while(t!==i);var s=new N;s.addAll(n,!1),s.closeRing(),s.size()<4&&(A.out.println(s),s.add(s.get(s.size()-1),!0));var o=s.toCoordinateArray(),a=e.createPolygon(e.createLinearRing(o),null),u=i.orig();return a.setUserData(u.getCoordinate()),a},setLocator:function(t){this.locator=t},initSubdiv:function(){var t=this.makeEdge(this.frameVertex[0],this.frameVertex[1]),e=this.makeEdge(this.frameVertex[1],this.frameVertex[2]);bs.splice(t.sym(),e);var n=this.makeEdge(this.frameVertex[2],this.frameVertex[0]);return bs.splice(e.sym(),n),bs.splice(n.sym(),t),t},isFrameBorderEdge:function(t){var e=new Array(3).fill(null);Fs.getTriangleEdges(t,e);var n=new Array(3).fill(null);Fs.getTriangleEdges(t.sym(),n);var i=t.lNext().dest();if(this.isFrameVertex(i))return!0;var r=t.sym().lNext().dest();return!!this.isFrameVertex(r)},makeEdge:function(t,e){var n=bs.makeEdge(t,e);return this.quadEdges.add(n),n},visitTriangles:function(t,e){this.visitedKey++;var n=new pe;n.push(this.startingEdge);for(var i=new J;!n.empty();){var r=n.pop();if(!i.contains(r)){var s=this.fetchTriangleToVisit(r,n,e,i);null!==s&&t.visit(s)}}},isFrameEdge:function(t){return!(!this.isFrameVertex(t.orig())&&!this.isFrameVertex(t.dest()))},isOnEdge:function(t,e){this.seg.setCoordinates(t.orig().getCoordinate(),t.dest().getCoordinate());var n=this.seg.distance(e);return n<this.edgeCoincidenceTolerance},getEnvelope:function(){return new C(this.frameEnv)},createFrame:function(t){var e=t.getWidth(),n=t.getHeight(),i=0;i=e>n?10*e:10*n,this.frameVertex[0]=new Ts((t.getMaxX()+t.getMinX())/2,t.getMaxY()+i),this.frameVertex[1]=new Ts(t.getMinX()-i,t.getMinY()-i),this.frameVertex[2]=new Ts(t.getMaxX()+i,t.getMinY()-i),this.frameEnv=new C(this.frameVertex[0].getCoordinate(),this.frameVertex[1].getCoordinate()),this.frameEnv.expandToInclude(this.frameVertex[2].getCoordinate())},getTriangleCoordinates:function(t){var e=new zs;return this.visitTriangles(e,t),e.getTriangles()},getVertices:function(t){for(var e=new J,n=this.quadEdges.iterator();n.hasNext();){var i=n.next(),r=i.orig();!t&&this.isFrameVertex(r)||e.add(r);var s=i.dest();!t&&this.isFrameVertex(s)||e.add(s)}return e},fetchTriangleToVisit:function(t,e,n,i){var r=t,s=0,o=!1;do{this.triEdges[s]=r,this.isFrameEdge(r)&&(o=!0);var a=r.sym();i.contains(a)||e.push(a),i.add(r),s++,r=r.lNext()}while(r!==t);return o&&!n?null:this.triEdges},getEdges:function(){if(0===arguments.length)return this.quadEdges;if(1===arguments.length){for(var t=arguments[0],e=this.getPrimaryEdges(!1),n=new Array(e.size()).fill(null),i=0,r=e.iterator();r.hasNext();){var s=r.next();n[i++]=t.createLineString([s.orig().getCoordinate(),s.dest().getCoordinate()])}return t.createMultiLineString(n)}},getVertexUniqueEdges:function(t){for(var e=new I,n=new J,i=this.quadEdges.iterator();i.hasNext();){var r=i.next(),s=r.orig();n.contains(s)||(n.add(s),!t&&this.isFrameVertex(s)||e.add(r));var o=r.sym(),a=o.orig();n.contains(a)||(n.add(a),!t&&this.isFrameVertex(a)||e.add(o))}return e},getTriangleEdges:function(t){var e=new qs;return this.visitTriangles(e,t),e.getTriangleEdges()},getPrimaryEdges:function(t){this.visitedKey++;var e=new I,n=new pe;n.push(this.startingEdge);for(var i=new J;!n.empty();){var r=n.pop();if(!i.contains(r)){var s=r.getPrimary();!t&&this.isFrameEdge(s)||e.add(s),n.push(r.oNext()),n.push(r.sym().oNext()),i.add(r),i.add(r.sym())}}return e},delete:function(t){bs.splice(t,t.oPrev()),bs.splice(t.sym(),t.sym().oPrev());var e=t.sym(),n=t.rot(),i=t.rot().sym();this.quadEdges.remove(t),this.quadEdges.remove(e),this.quadEdges.remove(n),this.quadEdges.remove(i),t.delete(),e.delete(),n.delete(),i.delete()},locateFromEdge:function(t,e){for(var n=0,i=this.quadEdges.size(),r=e;;){if(n++,n>i)throw new Ds(r.toLineSegment());if(t.equals(r.orig())||t.equals(r.dest()))break;if(t.rightOf(r))r=r.sym();else if(t.rightOf(r.oNext())){if(t.rightOf(r.dPrev()))break;r=r.dPrev()}else r=r.oNext()}return r},getTolerance:function(){return this.tolerance},getVoronoiCellPolygons:function(t){this.visitTriangles(new Gs,!0);for(var e=new I,n=this.getVertexUniqueEdges(!1),i=n.iterator();i.hasNext();){var r=i.next();e.add(this.getVoronoiCellPolygon(r,t))}return e},getVoronoiDiagram:function(t){var e=this.getVoronoiCellPolygons(t);return t.createGeometryCollection(ie.toGeometryArray(e))},getTriangles:function(t){for(var e=this.getTriangleCoordinates(!1),n=new Array(e.size()).fill(null),i=0,r=e.iterator();r.hasNext();){var s=r.next();n[i++]=t.createPolygon(t.createLinearRing(s),null)}return t.createGeometryCollection(n)},insertSite:function(t){var e=this.locate(t);if(t.equals(e.orig(),this.tolerance)||t.equals(e.dest(),this.tolerance))return e;var n=this.makeEdge(e.orig(),t);bs.splice(n,e);var i=n;do n=this.connect(e,n.sym()),e=n.oPrev();while(e.lNext()!==i);return i},locate:function(){if(1===arguments.length){if(arguments[0]instanceof Ts){var t=arguments[0];return this.locator.locate(t)}if(arguments[0]instanceof g){var e=arguments[0];return this.locator.locate(new Ts(e))}}else if(2===arguments.length){var n=arguments[0],i=arguments[1],r=this.locator.locate(new Ts(n));if(null===r)return null;var s=r;r.dest().getCoordinate().equals2D(n)&&(s=r.sym());var o=s;do{if(o.dest().getCoordinate().equals2D(i))return o;o=o.oNext()}while(o!==s);return null}},interfaces_:function(){return[]},getClass:function(){return Fs}}),Fs.getTriangleEdges=function(t,e){if(e[0]=t,e[1]=e[0].lNext(),e[2]=e[1].lNext(),e[2].lNext()!==e[0])throw new i(\"Edges do not form a triangle\")},e(Gs.prototype,{visit:function(t){for(var e=t[0].orig().getCoordinate(),n=t[1].orig().getCoordinate(),i=t[2].orig().getCoordinate(),r=Si.circumcentre(e,n,i),s=new Ts(r),o=0;o<3;o++)t[o].rot().setOrig(s)},interfaces_:function(){return[As]},getClass:function(){return Gs}}),e(qs.prototype,{getTriangleEdges:function(){return this.triList},visit:function(t){this.triList.add(t.clone())},interfaces_:function(){return[As]},getClass:function(){return qs}}),e(Bs.prototype,{visit:function(t){this.triList.add([t[0].orig(),t[1].orig(),t[2].orig()])},getTriangleVertices:function(){return this.triList},interfaces_:function(){return[As]},getClass:function(){return Bs}}),e(zs.prototype,{checkTriangleSize:function(t){var e=\"\";t.length>=2?e=se.toLineString(t[0],t[1]):t.length>=1&&(e=se.toPoint(t[0]))},visit:function(t){this.coordList.clear();for(var e=0;e<3;e++){var n=t[e].orig();this.coordList.add(n.getCoordinate())}if(this.coordList.size()>0){this.coordList.closeRing();var i=this.coordList.toCoordinateArray();if(4!==i.length)return null;this.triCoords.add(i)}},getTriangles:function(){return this.triCoords},interfaces_:function(){return[As]},getClass:function(){return zs}}),Fs.TriangleCircumcentreVisitor=Gs,Fs.TriangleEdgesListVisitor=qs,Fs.TriangleVertexListVisitor=Bs,Fs.TriangleCoordinatesVisitor=zs,Fs.EDGE_COINCIDENCE_TOL_FACTOR=1e3,e(Vs.prototype,{getLineSegment:function(){return this.ls},getEndZ:function(){var t=this.ls.getCoordinate(1);return t.z},getStartZ:function(){var t=this.ls.getCoordinate(0);return t.z},intersection:function(t){return this.ls.intersection(t.getLineSegment())},getStart:function(){return this.ls.getCoordinate(0)},getEnd:function(){return this.ls.getCoordinate(1)},getEndY:function(){var t=this.ls.getCoordinate(1);return t.y},getStartX:function(){var t=this.ls.getCoordinate(0);return t.x},equalsTopo:function(t){return this.ls.equalsTopo(t.getLineSegment())},getStartY:function(){var t=this.ls.getCoordinate(0);return t.y},setData:function(t){this.data=t},getData:function(){return this.data},getEndX:function(){var t=this.ls.getCoordinate(1);return t.x},toString:function(){return this.ls.toString()},interfaces_:function(){return[]},getClass:function(){return Vs}}),e(ks.prototype,{visit:function(t){},interfaces_:function(){return[]},getClass:function(){return ks}}),e(Ys.prototype,{isRepeated:function(){return this.count>1},getRight:function(){return this.right},getCoordinate:function(){return this.p},setLeft:function(t){this.left=t},getX:function(){return this.p.x},getData:function(){return this.data},getCount:function(){return this.count},getLeft:function(){return this.left},getY:function(){return this.p.y},increment:function(){this.count=this.count+1},setRight:function(t){this.right=t},interfaces_:function(){return[]},getClass:function(){return Ys}}),e(Us.prototype,{insert:function(){if(1===arguments.length){var t=arguments[0];return this.insert(t,null)}if(2===arguments.length){var e=arguments[0],n=arguments[1];if(null===this.root)return this.root=new Ys(e,n),this.root;if(this.tolerance>0){var i=this.findBestMatchNode(e);if(null!==i)return i.increment(),i}return this.insertExact(e,n)}},query:function(){var t=arguments,e=this;if(1===arguments.length){var n=arguments[0],i=new I;return this.query(n,i),i}if(2===arguments.length)if(arguments[0]instanceof C&&R(arguments[1],y))!function(){var n=t[0],i=t[1];e.queryNode(e.root,n,!0,{interfaces_:function(){return[ks]},visit:function(t){i.add(t)}})}();else if(arguments[0]instanceof C&&R(arguments[1],ks)){var r=arguments[0],s=arguments[1];this.queryNode(this.root,r,!0,s)}},queryNode:function(t,e,n,i){if(null===t)return null;var r=null,s=null,o=null;n?(r=e.getMinX(),s=e.getMaxX(),o=t.getX()):(r=e.getMinY(),s=e.getMaxY(),o=t.getY());var a=r<o,u=o<=s;a&&this.queryNode(t.getLeft(),e,!n,i),e.contains(t.getCoordinate())&&i.visit(t),u&&this.queryNode(t.getRight(),e,!n,i)},findBestMatchNode:function(t){var e=new Xs(t,this.tolerance);return this.query(e.queryEnvelope(),e),e.getNode()},isEmpty:function(){return null===this.root},insertExact:function(t,e){for(var n=this.root,i=this.root,r=!0,s=!0;null!==n;){if(null!==n){var o=t.distance(n.getCoordinate())<=this.tolerance;if(o)return n.increment(),n}s=r?t.x<n.getX():t.y<n.getY(),i=n,n=s?n.getLeft():n.getRight(),r=!r}this.numberOfNodes=this.numberOfNodes+1;var a=new Ys(t,e);return s?i.setLeft(a):i.setRight(a),a},interfaces_:function(){return[]},getClass:function(){return Us}}),Us.toCoordinates=function(){if(1===arguments.length){var t=arguments[0];return Us.toCoordinates(t,!1)}if(2===arguments.length){for(var e=arguments[0],n=arguments[1],i=new N,r=e.iterator();r.hasNext();)for(var s=r.next(),o=n?s.getCount():1,a=0;a<o;a++)i.add(s.getCoordinate(),!0);return i.toCoordinateArray()}},e(Xs.prototype,{visit:function(t){var e=this.p.distance(t.getCoordinate()),n=e<=this.tolerance;if(!n)return null;var i=!1;(null===this.matchNode||e<this.matchDist||null!==this.matchNode&&e===this.matchDist&&t.getCoordinate().compareTo(this.matchNode.getCoordinate())<1)&&(i=!0),i&&(this.matchNode=t,this.matchDist=e)},queryEnvelope:function(){var t=new C(this.p);return t.expandBy(this.tolerance),t},getNode:function(){return this.matchNode},interfaces_:function(){return[ks]},getClass:function(){return Xs}}),Us.BestMatchVisitor=Xs,e(Hs.prototype,{getInitialVertices:function(){return this.initialVertices},getKDT:function(){return this.kdt},enforceConstraints:function(){this.addConstraintVertices();var t=0,e=0;do e=this.enforceGabriel(this.segments),t++;while(e>0&&t<Hs.MAX_SPLIT_ITER)},insertSites:function(t){for(var e=t.iterator();e.hasNext();){var n=e.next();this.insertSite(n)}},getVertexFactory:function(){return this.vertexFactory},getPointArray:function(){for(var t=new Array(this.initialVertices.size()+this.segVertices.size()).fill(null),e=0,n=this.initialVertices.iterator();n.hasNext();){var i=n.next();t[e++]=i.getCoordinate()}for(var r=this.segVertices.iterator();r.hasNext();){var i=r.next();t[e++]=i.getCoordinate()}return t},setConstraints:function(t,e){this.segments=t,this.segVertices=e},computeConvexHull:function(){var t=new ie,e=this.getPointArray(),n=new me(e,t);this.convexHull=n.getConvexHull()},addConstraintVertices:function(){this.computeConvexHull(),this.insertSites(this.segVertices)},findNonGabrielPoint:function(t){var e=t.getStart(),n=t.getEnd(),i=new g((e.x+n.x)/2,(e.y+n.y)/2),s=e.distance(i),o=new C(i);o.expandBy(s);for(var a=this.kdt.query(o),u=null,l=r.MAX_VALUE,h=a.iterator();h.hasNext();){var c=h.next(),f=c.getCoordinate();if(!f.equals2D(e)&&!f.equals2D(n)){var d=i.distance(f);if(d<s){var p=d;(null===u||p<l)&&(u=f,l=p)}}}return u},getConstraintSegments:function(){return this.segments},setSplitPointFinder:function(t){this.splitFinder=t},getConvexHull:function(){return this.convexHull},getTolerance:function(){return this.tolerance},enforceGabriel:function(t){for(var e=new I,n=0,i=new I,r=t.iterator();r.hasNext();){var s=r.next(),o=this.findNonGabrielPoint(s);if(null!==o){this.splitPt=this.splitFinder.findSplitPoint(s,o);var a=this.createVertex(this.splitPt,s),u=(this.insertSite(a),new Vs(s.getStartX(),s.getStartY(),s.getStartZ(),a.getX(),a.getY(),a.getZ(),s.getData())),l=new Vs(a.getX(),a.getY(),a.getZ(),s.getEndX(),s.getEndY(),s.getEndZ(),s.getData());e.add(u),e.add(l),i.add(s),n+=1}}return t.removeAll(i),t.addAll(e),n},createVertex:function(){if(1===arguments.length){var t=arguments[0],e=null;return e=null!==this.vertexFactory?this.vertexFactory.createVertex(t,null):new Ps(t)}if(2===arguments.length){var n=arguments[0],i=arguments[1],e=null;return e=null!==this.vertexFactory?this.vertexFactory.createVertex(n,i):new Ps(n),e.setOnConstraint(!0),e}},getSubdivision:function(){return this.subdiv},computeBoundingBox:function(){var t=Hs.computeVertexEnvelope(this.initialVertices),e=Hs.computeVertexEnvelope(this.segVertices),n=new C(t);n.expandToInclude(e);var i=.2*n.getWidth(),r=.2*n.getHeight(),s=Math.max(i,r);this.computeAreaEnv=new C(n),this.computeAreaEnv.expandBy(s)},setVertexFactory:function(t){this.vertexFactory=t},formInitialDelaunay:function(){this.computeBoundingBox(),this.subdiv=new Fs(this.computeAreaEnv,this.tolerance),this.subdiv.setLocator(new Ms(this.subdiv)),this.incDel=new Os(this.subdiv),this.insertSites(this.initialVertices)},insertSite:function(){if(arguments[0]instanceof Ps){var t=arguments[0],e=this.kdt.insert(t.getCoordinate(),t);if(e.isRepeated()){var n=e.getData();return n.merge(t),n}return this.incDel.insertSite(t),t}if(arguments[0]instanceof g){var i=arguments[0];this.insertSite(this.createVertex(i))}},interfaces_:function(){return[]},getClass:function(){return Hs}}),Hs.computeVertexEnvelope=function(t){for(var e=new C,n=t.iterator();n.hasNext();){var i=n.next();e.expandToInclude(i.getCoordinate())}return e},Hs.MAX_SPLIT_ITER=99,e(Ws.prototype,{create:function(){if(null!==this.subdiv)return null;var t=Ws.envelope(this.siteCoords),e=Ws.toVertices(this.siteCoords);this.subdiv=new Fs(t,this.tolerance);var n=new Os(this.subdiv);n.insertSites(e)},setTolerance:function(t){this.tolerance=t},setSites:function(){if(arguments[0]instanceof B){var t=arguments[0];this.siteCoords=Ws.extractUniqueCoordinates(t)}else if(R(arguments[0],v)){var e=arguments[0];this.siteCoords=Ws.unique(H.toCoordinateArray(e))}},getEdges:function(t){return this.create(),this.subdiv.getEdges(t)},getSubdivision:function(){return this.create(),this.subdiv},getTriangles:function(t){return this.create(),this.subdiv.getTriangles(t)},interfaces_:function(){return[]},getClass:function(){return Ws}}),Ws.extractUniqueCoordinates=function(t){if(null===t)return new N;var e=t.getCoordinates();return Ws.unique(e)},Ws.envelope=function(t){for(var e=new C,n=t.iterator();n.hasNext();){var i=n.next();e.expandToInclude(i)}return e},Ws.unique=function(t){var e=H.copyDeep(t);ut.sort(e);var n=new N(e,(!1));return n},Ws.toVertices=function(t){for(var e=new I,n=t.iterator();n.hasNext();){var i=n.next();e.add(new Ts(i))}return e},e(js.prototype,{createSiteVertices:function(t){for(var e=new I,n=t.iterator();n.hasNext();){var i=n.next();this.constraintVertexMap.containsKey(i)||e.add(new Ps(i))}return e},create:function(){if(null!==this.subdiv)return null;var t=Ws.envelope(this.siteCoords),e=new I;null!==this.constraintLines&&(t.expandToInclude(this.constraintLines.getEnvelopeInternal()),this.createVertices(this.constraintLines),e=js.createConstraintSegments(this.constraintLines));var n=this.createSiteVertices(this.siteCoords),i=new Hs(n,this.tolerance);i.setConstraints(e,new I(this.constraintVertexMap.values())),i.formInitialDelaunay(),i.enforceConstraints(),this.subdiv=i.getSubdivision()},setTolerance:function(t){this.tolerance=t},setConstraints:function(t){this.constraintLines=t},setSites:function(t){this.siteCoords=Ws.extractUniqueCoordinates(t)},getEdges:function(t){return this.create(),this.subdiv.getEdges(t)},getSubdivision:function(){return this.create(),this.subdiv},getTriangles:function(t){return this.create(),this.subdiv.getTriangles(t)},createVertices:function(t){for(var e=t.getCoordinates(),n=0;n<e.length;n++){var i=new Ps(e[n]);this.constraintVertexMap.put(e[n],i)}},interfaces_:function(){return[]},getClass:function(){return js}}),js.createConstraintSegments=function(){if(1===arguments.length){for(var t=arguments[0],e=kn.getLines(t),n=new I,i=e.iterator();i.hasNext();){var r=i.next();js.createConstraintSegments(r,n)}return n}if(2===arguments.length)for(var s=arguments[0],o=arguments[1],a=s.getCoordinates(),i=1;i<a.length;i++)o.add(new Vs(a[i-1],a[i]))},e(Ks.prototype,{create:function(){if(null!==this.subdiv)return null;var t=Ws.envelope(this.siteCoords);this.diagramEnv=t;var e=Math.max(this.diagramEnv.getWidth(),this.diagramEnv.getHeight());this.diagramEnv.expandBy(e),null!==this.clipEnv&&this.diagramEnv.expandToInclude(this.clipEnv);var n=Ws.toVertices(this.siteCoords);this.subdiv=new Fs(t,this.tolerance);var i=new Os(this.subdiv);i.insertSites(n)},getDiagram:function(t){this.create();var e=this.subdiv.getVoronoiDiagram(t);return Ks.clipGeometryCollection(e,this.diagramEnv)},setTolerance:function(t){this.tolerance=t},setSites:function(){if(arguments[0]instanceof B){var t=arguments[0];this.siteCoords=Ws.extractUniqueCoordinates(t)}else if(R(arguments[0],v)){var e=arguments[0];this.siteCoords=Ws.unique(H.toCoordinateArray(e))}},setClipEnvelope:function(t){this.clipEnv=t},getSubdivision:function(){return this.create(),this.subdiv},interfaces_:function(){return[]},getClass:function(){return Ks}}),Ks.clipGeometryCollection=function(t,e){for(var n=t.getFactory().toGeometry(e),i=new I,r=0;r<t.getNumGeometries();r++){var s=t.getGeometryN(r),o=null;e.contains(s.getEnvelopeInternal())?o=s:e.intersects(s.getEnvelopeInternal())&&(o=n.intersection(s),o.setUserData(s.getUserData())),null===o||o.isEmpty()||i.add(o)}return t.getFactory().createGeometryCollection(ie.toGeometryArray(i))};var Ao=Object.freeze({Vertex:Ts}),Fo=Object.freeze({ConformingDelaunayTriangulationBuilder:js,DelaunayTriangulationBuilder:Ws,VoronoiDiagramBuilder:Ks,quadedge:Ao});e(Zs.prototype,{interfaces_:function(){return[]},getClass:function(){return Zs}}),Zs.union=function(t,e){if(t.isEmpty()||e.isEmpty()){if(t.isEmpty()&&e.isEmpty())return ii.createEmptyResult(ii.UNION,t,e,t.getFactory());if(t.isEmpty())return e.copy();if(e.isEmpty())return t.copy()}return t.checkNotGeometryCollection(t),t.checkNotGeometryCollection(e),si.overlayOp(t,e,ii.UNION)},e(B.prototype,{equalsTopo:function(t){return!!this.getEnvelopeInternal().equals(t.getEnvelopeInternal())&&rs.relate(this,t).isEquals(this.getDimension(),t.getDimension())},union:function(){if(0===arguments.length)return ls.union(this);if(1===arguments.length){var t=arguments[0];return Zs.union(this,t)}},isValid:function(){return Ur.isValid(this)},intersection:function(t){if(this.isEmpty()||t.isEmpty())return ii.createEmptyResult(ii.INTERSECTION,this,t,this.factory);if(this.isGeometryCollection()){var e=t;return hn.map(this,{interfaces_:function(){return[MapOp]},map:function(t){return t.intersection(e)}})}return this.checkNotGeometryCollection(this),this.checkNotGeometryCollection(t),si.overlayOp(this,t,ii.INTERSECTION)},covers:function(t){return rs.covers(this,t)},coveredBy:function(t){return rs.coveredBy(this,t)},touches:function(t){return rs.touches(this,t)},intersects:function(t){return rs.intersects(this,t)},within:function(t){return rs.within(this,t)},overlaps:function(t){return rs.overlaps(this,t)},disjoint:function(t){return rs.disjoint(this,t)},crosses:function(t){return rs.crosses(this,t)},buffer:function(){if(1===arguments.length){var t=arguments[0];return dr.bufferOp(this,t)}if(2===arguments.length){var e=arguments[0],n=arguments[1];return dr.bufferOp(this,e,n)}if(3===arguments.length){var i=arguments[0],r=arguments[1],s=arguments[2];return dr.bufferOp(this,i,r,s)}},convexHull:function(){return new me(this).getConvexHull()},relate:function(){for(var t=arguments.length,e=Array(t),n=0;n<t;n++)e[n]=arguments[n];return rs.relate.apply(rs,[this].concat(e))},getCentroid:function(){if(this.isEmpty())return this.factory.createPoint();var t=ge.getCentroid(this);return this.createPointFromInternalCoord(t,this)},getInteriorPoint:function(){if(this.isEmpty())return this.factory.createPoint();var t=null,e=this.getDimension();if(0===e){var n=new li(this);t=n.getInteriorPoint()}else if(1===e){var n=new ui(this);t=n.getInteriorPoint()}else{var n=new oi(this);t=n.getInteriorPoint()}return this.createPointFromInternalCoord(t,this)},symDifference:function(t){if(this.isEmpty()||t.isEmpty()){if(this.isEmpty()&&t.isEmpty())return ii.createEmptyResult(ii.SYMDIFFERENCE,this,t,this.factory);if(this.isEmpty())return t.copy();if(t.isEmpty())return this.copy()}return this.checkNotGeometryCollection(this),this.checkNotGeometryCollection(t),si.overlayOp(this,t,ii.SYMDIFFERENCE)},createPointFromInternalCoord:function(t,e){return e.getPrecisionModel().makePrecise(t),e.getFactory().createPoint(t)},toText:function(){var t=new se;return t.write(this)},toString:function(){this.toText()},contains:function(t){return rs.contains(this,t)},difference:function(t){return this.isEmpty()?ii.createEmptyResult(ii.DIFFERENCE,this,t,this.factory):t.isEmpty()?this.copy():(this.checkNotGeometryCollection(this),this.checkNotGeometryCollection(t),si.overlayOp(this,t,ii.DIFFERENCE))},isSimple:function(){var t=new Wi(this);return t.isSimple()},isWithinDistance:function(t,e){var n=this.getEnvelopeInternal().distance(t.getEnvelopeInternal());return!(n>e)&&xr.isWithinDistance(this,t,e)},distance:function(t){return xr.distance(this,t)},isEquivalentClass:function(t){return this.getClass()===t.getClass()}});var Go=\"1.3.0 (6e65adb)\";t.version=Go,t.algorithm=co,t.densify=fo,t.dissolve=go,t.geom=lo,t.geomgraph=po,t.index=yo,t.io=No,t.noding=Co,t.operation=_o,t.precision=Mo,t.simplify=Do,t.triangulate=Fo,Object.defineProperty(t,\"__esModule\",{value:!0})});\n","var getCoord = require('@turf/invariant').getCoord;\nvar radiansToDistance = require('@turf/helpers').radiansToDistance;\n//http://en.wikipedia.org/wiki/Haversine_formula\n//http://www.movable-type.co.uk/scripts/latlong.html\n\n/**\n * Calculates the distance between two {@link Point|points} in degrees, radians,\n * miles, or kilometers. This uses the\n * [Haversine formula](http://en.wikipedia.org/wiki/Haversine_formula)\n * to account for global curvature.\n *\n * @name distance\n * @param {Geometry|Feature<Point>|Array<number>} from origin point\n * @param {Geometry|Feature<Point>|Array<number>} to destination point\n * @param {string} [units=kilometers] can be degrees, radians, miles, or kilometers\n * @returns {number} distance between the two points\n * @example\n * var from = turf.point([-75.343, 39.984]);\n * var to = turf.point([-75.534, 39.123]);\n *\n * var distance = turf.distance(from, to, \"miles\");\n *\n * //addToMap\n * var addToMap = [from, to];\n * from.properties.distance = distance;\n * to.properties.distance = distance;\n */\nmodule.exports = function (from, to, units) {\n    var degrees2radians = Math.PI / 180;\n    var coordinates1 = getCoord(from);\n    var coordinates2 = getCoord(to);\n    var dLat = degrees2radians * (coordinates2[1] - coordinates1[1]);\n    var dLon = degrees2radians * (coordinates2[0] - coordinates1[0]);\n    var lat1 = degrees2radians * coordinates1[1];\n    var lat2 = degrees2radians * coordinates2[1];\n\n    var a = Math.pow(Math.sin(dLat / 2), 2) +\n          Math.pow(Math.sin(dLon / 2), 2) * Math.cos(lat1) * Math.cos(lat2);\n\n    return radiansToDistance(2 * Math.atan2(Math.sqrt(a), Math.sqrt(1 - a)), units);\n};\n","'use strict'\n\nmodule.exports = convexHull2D\n\nvar monotoneHull = require('monotone-convex-hull-2d')\n\nfunction convexHull2D(points) {\n  var hull = monotoneHull(points)\n  var h = hull.length\n  if(h <= 2) {\n    return []\n  }\n  var edges = new Array(h)\n  var a = hull[h-1]\n  for(var i=0; i<h; ++i) {\n    var b = hull[i]\n    edges[i] = [a,b]\n    a = b\n  }\n  return edges\n}\n","var distance = require('@turf/distance');\n\n/**\n * Takes a reference {@link Point|point} and a FeatureCollection of Features\n * with Point geometries and returns the\n * point from the FeatureCollection closest to the reference. This calculation\n * is geodesic.\n *\n * @name nearest\n * @param {Geometry|Feature<Point>|Array<number>} targetPoint the reference point\n * @param {FeatureCollection<Point>} points against input point set\n * @returns {Feature<Point>} the closest point in the set to the reference point\n * @example\n * var targetPoint = turf.point([28.965797, 41.010086], {\"marker-color\": \"#0F0\"});\n * var points = turf.featureCollection([\n *     turf.point([28.973865, 41.011122]),\n *     turf.point([28.948459, 41.024204]),\n *     turf.point([28.938674, 41.013324])\n * ]);\n *\n * var nearest = turf.nearest(targetPoint, points);\n *\n * //addToMap\n * var addToMap = [targetPoint, points, nearest];\n * nearest.properties['marker-color'] = '#F00';\n */\nmodule.exports = function (targetPoint, points) {\n    var nearestPoint, minDist = Infinity;\n    for (var i = 0; i < points.features.length; i++) {\n        var distanceToPoint = distance(targetPoint, points.features[i], 'miles');\n        if (distanceToPoint < minDist) {\n            nearestPoint = points.features[i];\n            minDist = distanceToPoint;\n        }\n    }\n    return nearestPoint;\n};\n","\"use strict\"\n\nvar twoProduct = require(\"two-product\")\nvar robustSum = require(\"robust-sum\")\nvar robustScale = require(\"robust-scale\")\nvar robustSubtract = require(\"robust-subtract\")\n\nvar NUM_EXPAND = 5\n\nvar EPSILON     = 1.1102230246251565e-16\nvar ERRBOUND3   = (3.0 + 16.0 * EPSILON) * EPSILON\nvar ERRBOUND4   = (7.0 + 56.0 * EPSILON) * EPSILON\n\nfunction cofactor(m, c) {\n  var result = new Array(m.length-1)\n  for(var i=1; i<m.length; ++i) {\n    var r = result[i-1] = new Array(m.length-1)\n    for(var j=0,k=0; j<m.length; ++j) {\n      if(j === c) {\n        continue\n      }\n      r[k++] = m[i][j]\n    }\n  }\n  return result\n}\n\nfunction matrix(n) {\n  var result = new Array(n)\n  for(var i=0; i<n; ++i) {\n    result[i] = new Array(n)\n    for(var j=0; j<n; ++j) {\n      result[i][j] = [\"m\", j, \"[\", (n-i-1), \"]\"].join(\"\")\n    }\n  }\n  return result\n}\n\nfunction sign(n) {\n  if(n & 1) {\n    return \"-\"\n  }\n  return \"\"\n}\n\nfunction generateSum(expr) {\n  if(expr.length === 1) {\n    return expr[0]\n  } else if(expr.length === 2) {\n    return [\"sum(\", expr[0], \",\", expr[1], \")\"].join(\"\")\n  } else {\n    var m = expr.length>>1\n    return [\"sum(\", generateSum(expr.slice(0, m)), \",\", generateSum(expr.slice(m)), \")\"].join(\"\")\n  }\n}\n\nfunction determinant(m) {\n  if(m.length === 2) {\n    return [[\"sum(prod(\", m[0][0], \",\", m[1][1], \"),prod(-\", m[0][1], \",\", m[1][0], \"))\"].join(\"\")]\n  } else {\n    var expr = []\n    for(var i=0; i<m.length; ++i) {\n      expr.push([\"scale(\", generateSum(determinant(cofactor(m, i))), \",\", sign(i), m[0][i], \")\"].join(\"\"))\n    }\n    return expr\n  }\n}\n\nfunction orientation(n) {\n  var pos = []\n  var neg = []\n  var m = matrix(n)\n  var args = []\n  for(var i=0; i<n; ++i) {\n    if((i&1)===0) {\n      pos.push.apply(pos, determinant(cofactor(m, i)))\n    } else {\n      neg.push.apply(neg, determinant(cofactor(m, i)))\n    }\n    args.push(\"m\" + i)\n  }\n  var posExpr = generateSum(pos)\n  var negExpr = generateSum(neg)\n  var funcName = \"orientation\" + n + \"Exact\"\n  var code = [\"function \", funcName, \"(\", args.join(), \"){var p=\", posExpr, \",n=\", negExpr, \",d=sub(p,n);\\\nreturn d[d.length-1];};return \", funcName].join(\"\")\n  var proc = new Function(\"sum\", \"prod\", \"scale\", \"sub\", code)\n  return proc(robustSum, twoProduct, robustScale, robustSubtract)\n}\n\nvar orientation3Exact = orientation(3)\nvar orientation4Exact = orientation(4)\n\nvar CACHED = [\n  function orientation0() { return 0 },\n  function orientation1() { return 0 },\n  function orientation2(a, b) { \n    return b[0] - a[0]\n  },\n  function orientation3(a, b, c) {\n    var l = (a[1] - c[1]) * (b[0] - c[0])\n    var r = (a[0] - c[0]) * (b[1] - c[1])\n    var det = l - r\n    var s\n    if(l > 0) {\n      if(r <= 0) {\n        return det\n      } else {\n        s = l + r\n      }\n    } else if(l < 0) {\n      if(r >= 0) {\n        return det\n      } else {\n        s = -(l + r)\n      }\n    } else {\n      return det\n    }\n    var tol = ERRBOUND3 * s\n    if(det >= tol || det <= -tol) {\n      return det\n    }\n    return orientation3Exact(a, b, c)\n  },\n  function orientation4(a,b,c,d) {\n    var adx = a[0] - d[0]\n    var bdx = b[0] - d[0]\n    var cdx = c[0] - d[0]\n    var ady = a[1] - d[1]\n    var bdy = b[1] - d[1]\n    var cdy = c[1] - d[1]\n    var adz = a[2] - d[2]\n    var bdz = b[2] - d[2]\n    var cdz = c[2] - d[2]\n    var bdxcdy = bdx * cdy\n    var cdxbdy = cdx * bdy\n    var cdxady = cdx * ady\n    var adxcdy = adx * cdy\n    var adxbdy = adx * bdy\n    var bdxady = bdx * ady\n    var det = adz * (bdxcdy - cdxbdy) \n            + bdz * (cdxady - adxcdy)\n            + cdz * (adxbdy - bdxady)\n    var permanent = (Math.abs(bdxcdy) + Math.abs(cdxbdy)) * Math.abs(adz)\n                  + (Math.abs(cdxady) + Math.abs(adxcdy)) * Math.abs(bdz)\n                  + (Math.abs(adxbdy) + Math.abs(bdxady)) * Math.abs(cdz)\n    var tol = ERRBOUND4 * permanent\n    if ((det > tol) || (-det > tol)) {\n      return det\n    }\n    return orientation4Exact(a,b,c,d)\n  }\n]\n\nfunction slowOrient(args) {\n  var proc = CACHED[args.length]\n  if(!proc) {\n    proc = CACHED[args.length] = orientation(args.length)\n  }\n  return proc.apply(undefined, args)\n}\n\nfunction generateOrientationProc() {\n  while(CACHED.length <= NUM_EXPAND) {\n    CACHED.push(orientation(CACHED.length))\n  }\n  var args = []\n  var procArgs = [\"slow\"]\n  for(var i=0; i<=NUM_EXPAND; ++i) {\n    args.push(\"a\" + i)\n    procArgs.push(\"o\" + i)\n  }\n  var code = [\n    \"function getOrientation(\", args.join(), \"){switch(arguments.length){case 0:case 1:return 0;\"\n  ]\n  for(var i=2; i<=NUM_EXPAND; ++i) {\n    code.push(\"case \", i, \":return o\", i, \"(\", args.slice(0, i).join(), \");\")\n  }\n  code.push(\"}var s=new Array(arguments.length);for(var i=0;i<arguments.length;++i){s[i]=arguments[i]};return slow(s);}return getOrientation\")\n  procArgs.push(code.join(\"\"))\n\n  var proc = Function.apply(undefined, procArgs)\n  module.exports = proc.apply(undefined, [slowOrient].concat(CACHED))\n  for(var i=0; i<=NUM_EXPAND; ++i) {\n    module.exports[i] = CACHED[i]\n  }\n}\n\ngenerateOrientationProc()","var render = function () {var _vm=this;var _h=_vm.$createElement;var _c=_vm._self._c||_h;return _c('table',{staticClass:\"frs-simple-table table table-striped table-condensed table-bordered table-hover table-responsive\",class:{'fixed-header': _vm.fixedHeader}},[_c('thead',[_c('tr',{style:({width: _vm.headerWidth + 'px'})},_vm._l((_vm.headerData),function(column,i){return _c('th',{key:i,style:({width: column.width})},[_vm._t((\"header-\" + (column.id)),[((_vm.localizeHeaders || column.localize) && column.title)?_c('IxRes',[_vm._v(_vm._s(column.title))]):[_vm._v(\"\\n            \"+_vm._s(column.title)+\"\\n          \")]],{\"title\":column.title}),(column.sortable)?_c('SimpleTableSortingButton',{attrs:{\"active\":i === _vm.sortedBy,\"descending\":_vm.descending,\"type\":column.type},on:{\"click\":function($event){return _vm.sortBy(i)}}}):_vm._e()],2)}),0)]),_c('tbody',{ref:\"tableBody\",on:{\"scroll\":_vm.onScroll}},[(_vm.data.length)?[_vm._l((_vm.sortedData),function(row,i){return _vm._t(\"default\",[_c('tr',{key:i,class:_vm.highlight ? _vm.highlight(row, i) : []},_vm._l((_vm.headerData),function(column,j){return _c('td',{key:j,style:({width: column.width}),on:{\"click\":function($event){_vm.$emit('click', {\n              row: row,\n              column: column,\n              rowIndex: i,\n              columnIndex: j,\n              value: column.value(row, i),\n              event: $event\n            })}}},[_vm._t((\"\" + (column.id)),[_c('SimpleTableAutoCell',{attrs:{\"value\":column.value(row, i),\"type\":column.type,\"format-string\":column.formatString}})],{\"row\":row,\"column\":column,\"rowIndex\":i,\"columnIndex\":j,\"value\":column.value(row, i)})],2)}),0)],{\"row\":row,\"index\":i})})]:_c('tr',[_c('td',{staticClass:\"no-data\",attrs:{\"colspan\":_vm.headerData.length}},[_c('IxRes',[_vm._v(\"Common.SR_Common.SimpleTable.NoData\")])],1)])],2)])}\nvar staticRenderFns = []\n\nexport { render, staticRenderFns }","var render = function () {var _vm=this;var _h=_vm.$createElement;var _c=_vm._self._c||_h;return _c('span',{staticClass:\"sort-button\",class:{active: _vm.active},on:{\"click\":function($event){return _vm.$emit('click')}}},[_c('FaIcon',{attrs:{\"icon\":_vm.icon,\"fixed-width\":\"\"}})],1)}\nvar staticRenderFns = []\n\nexport { render, staticRenderFns }","<template lang=\"html\">\r\n  <span class=\"sort-button\" :class=\"{active}\" @click=\"$emit('click')\">\r\n    <FaIcon :icon=\"icon\" fixed-width />\r\n  </span>\r\n</template>\r\n\r\n<script>\r\nimport {FontAwesomeIcon as FaIcon} from '@fortawesome/vue-fontawesome'\r\nimport {faSort, faSortDown, faSortUp, faSortNumericDown, faSortNumericUp, faSortAlphaDown, faSortAlphaUp, faSortAmountDown, faSortAmountUp} from '@fortawesome/free-solid-svg-icons'\r\n\r\nconst sortIcons = {\r\n  string: [faSortAlphaDown, faSortAlphaUp],\r\n  number: [faSortNumericDown, faSortNumericUp],\r\n  amount: [faSortAmountDown, faSortAmountUp]\r\n}\r\n\r\nexport default {\r\n  components: {\r\n    FaIcon\r\n  },\r\n  props: {\r\n    type: String,\r\n    active: Boolean,\r\n    descending: Boolean\r\n  },\r\n  computed: {\r\n    icon () {\r\n      if (!this.active) return faSort\r\n\r\n      const icons = sortIcons[this.type] || [faSortDown, faSortUp]\r\n\r\n      return icons[Number(this.descending)]\r\n    }\r\n  }\r\n}\r\n</script>\r\n\r\n<style lang=\"scss\" scoped>\r\n.sort-button {\r\n  cursor: pointer;\r\n\r\n  &:not(.active) {\r\n    color: #bbb;\r\n  }\r\n}\r\n</style>\r\n","import mod from \"-!../../../../../node_modules/cache-loader/dist/cjs.js??ref--12-0!../../../../../node_modules/thread-loader/dist/cjs.js!../../../../../node_modules/babel-loader/lib/index.js!../../../../../node_modules/cache-loader/dist/cjs.js??ref--0-0!../../../../../node_modules/vue-loader/lib/index.js??vue-loader-options!./SimpleTableSortingButton.vue?vue&type=script&lang=js&\"; export default mod; export * from \"-!../../../../../node_modules/cache-loader/dist/cjs.js??ref--12-0!../../../../../node_modules/thread-loader/dist/cjs.js!../../../../../node_modules/babel-loader/lib/index.js!../../../../../node_modules/cache-loader/dist/cjs.js??ref--0-0!../../../../../node_modules/vue-loader/lib/index.js??vue-loader-options!./SimpleTableSortingButton.vue?vue&type=script&lang=js&\"","import { render, staticRenderFns } from \"./SimpleTableSortingButton.vue?vue&type=template&id=6c9a549e&scoped=true&lang=html&\"\nimport script from \"./SimpleTableSortingButton.vue?vue&type=script&lang=js&\"\nexport * from \"./SimpleTableSortingButton.vue?vue&type=script&lang=js&\"\nimport style0 from \"./SimpleTableSortingButton.vue?vue&type=style&index=0&id=6c9a549e&lang=scss&scoped=true&\"\n\n\n/* normalize component */\nimport normalizer from \"!../../../../../node_modules/vue-loader/lib/runtime/componentNormalizer.js\"\nvar component = normalizer(\n  script,\n  render,\n  staticRenderFns,\n  false,\n  null,\n  \"6c9a549e\",\n  null\n  \n)\n\nexport default component.exports","<template lang=\"html\">\r\n  <table class=\"frs-simple-table table table-striped table-condensed table-bordered table-hover table-responsive\" :class=\"{'fixed-header': fixedHeader}\">\r\n    <thead>\r\n      <tr :style=\"{width: headerWidth + 'px'}\">\r\n        <th v-for=\"(column, i) in headerData\" :key=\"i\" :style=\"{width: column.width}\">\r\n          <slot :name=\"`header-${column.id}`\" :title=\"column.title\">\r\n            <IxRes v-if=\"(localizeHeaders || column.localize) && column.title\">{{ column.title }}</IxRes>\r\n            <template v-else>\r\n              {{ column.title }}\r\n            </template>\r\n          </slot>\r\n          <SimpleTableSortingButton\r\n            v-if=\"column.sortable\" :active=\"i === sortedBy\"\r\n            :descending=\"descending\"\r\n            :type=\"column.type\" @click=\"sortBy(i)\"\r\n          />\r\n        </th>\r\n      </tr>\r\n    </thead>\r\n    <tbody ref=\"tableBody\" @scroll=\"onScroll\">\r\n      <template v-if=\"data.length\">\r\n        <slot v-for=\"(row, i) in sortedData\" :row=\"row\" :index=\"i\">\r\n          <tr :key=\"i\" :class=\"highlight ? highlight(row, i) : []\">\r\n            <td\r\n              v-for=\"(column, j) in headerData\" :key=\"j\"\r\n              :style=\"{width: column.width}\"\r\n              @click=\"$emit('click', {\r\n                row,\r\n                column,\r\n                rowIndex: i,\r\n                columnIndex: j,\r\n                value: column.value(row, i),\r\n                event: $event\r\n              })\"\r\n            >\r\n              <slot\r\n                :name=\"`${column.id}`\"\r\n                :row=\"row\"\r\n                :column=\"column\"\r\n                :row-index=\"i\"\r\n                :column-index=\"j\"\r\n                :value=\"column.value(row, i)\"\r\n              >\r\n                <SimpleTableAutoCell :value=\"column.value(row, i)\" :type=\"column.type\" :format-string=\"column.formatString\" />\r\n              </slot>\r\n            </td>\r\n          </tr>\r\n        </slot>\r\n      </template>\r\n      <tr v-else>\r\n        <td class=\"no-data\" :colspan=\"headerData.length\">\r\n          <IxRes>Common.SR_Common.SimpleTable.NoData</IxRes>\r\n        </td>\r\n      </tr>\r\n    </tbody>\r\n  </table>\r\n</template>\r\n\r\n<script>\r\nimport moment from 'moment'\r\n\r\nimport SimpleTableSortingButton from './SimpleTableSortingButton'\r\nimport SimpleTableAutoCell from './SimpleTableAutoCell'\r\n\r\nconst defaultSortingFunctions = {\r\n  string: (a, b) => a.localeCompare(b),\r\n  number: (a, b) => a - b,\r\n  date: (a, b) => moment(a) - moment(b),\r\n  datetime: (a, b) => moment(a) - moment(b),\r\n  undefined: (a, b) => a.toString().localeCompare(b.toString())\r\n}\r\n\r\nconst defaultSortingIcons = {\r\n  string: 'sort-alpha',\r\n  number: 'sort-numeric',\r\n  date: 'sort-numeric',\r\n  datetime: 'sort-numeric',\r\n  undefined: 'sort'\r\n}\r\n\r\nexport default {\r\n  components: {\r\n    SimpleTableSortingButton,\r\n    SimpleTableAutoCell\r\n  },\r\n  props: {\r\n    columns: Object,\r\n    localizeHeaders: Boolean,\r\n    fixedHeader: Boolean,\r\n    data: Array,\r\n    highlight: Function, // returns one of the standard bootstrap color classes (info, warning, error, success, active)\r\n    disableInternalSort: {\r\n      type: Boolean,\r\n      default: false\r\n    }\r\n  },\r\n  data () {\r\n    return {\r\n      sortedBy: null,\r\n      descending: true,\r\n      headerWidth: null\r\n    }\r\n  },\r\n  computed: {\r\n    headerData () {\r\n      return Object.keys(this.columns)\r\n        .map(key => {\r\n          const settings = this.columns[key]\r\n          const {type, sortable, value = x => x[key], localize} = settings\r\n          const {sortingFunction = defaultSortingFunctions[type], sortingIcon = defaultSortingIcons[type]} = settings\r\n\r\n          return {\r\n            id: key,\r\n            title: typeof settings === 'string'\r\n              ? settings\r\n              : settings.title !== undefined\r\n                ? settings.title\r\n                : key,\r\n            localize,\r\n            type,\r\n            value,\r\n            sortable,\r\n            sortingFunction,\r\n            sortingIcon,\r\n            width: settings.width,\r\n            formatString: settings.formatString\r\n          }\r\n        })\r\n    },\r\n\r\n    sortedData () {\r\n      if (this.sortedBy === null || this.disableInternalSort) return this.data\r\n\r\n      const data = [...this.data]\r\n      const {value, sortingFunction} = this.headerData[this.sortedBy]\r\n\r\n      const f = this.descending\r\n        ? (a, b) => sortingFunction(value(b, this.data.indexOf(b)), value(a, this.data.indexOf(a)))\r\n        : (a, b) => sortingFunction(value(a, this.data.indexOf(a)), value(b, this.data.indexOf(b)))\r\n\r\n      data.sort(f)\r\n      return data\r\n    }\r\n  },\r\n  methods: {\r\n    sortBy (i) {\r\n      if (this.sortedBy === i && this.descending) {\r\n        this.sortedBy = null\r\n        this.descending = false\r\n      } else if (this.sortedBy === i) {\r\n        this.descending = true\r\n      } else {\r\n        this.sortedBy = i\r\n        this.descending = false\r\n      }\r\n\r\n      const sortedEventArgs = this.sortedBy === null\r\n        ? null\r\n        : {column: this.headerData[i], descending: this.descending}\r\n\r\n      this.$emit('sorted', sortedEventArgs)\r\n    },\r\n\r\n    onScroll (event) {\r\n      this.$emit('scroll', event)\r\n    }\r\n  },\r\n\r\n  updated () {\r\n    this.headerWidth = this.$refs.tableBody.clientWidth\r\n  }\r\n}\r\n</script>\r\n\r\n<style lang=\"scss\" scoped>\r\n.frs-simple-table thead th {\r\n  background-color: #ddd;\r\n  padding-top: 0;\r\n  padding-bottom: 0;\r\n}\r\n\r\n.frs-simple-table tbody tr {\r\n  user-select: none;\r\n}\r\n\r\n.no-data {\r\n  text-align: center;\r\n}\r\n\r\n.frs-simple-table.fixed-header {\r\n\r\n  height: 100%;\r\n\r\n  thead {\r\n    background-color: #ddd;\r\n    tr {\r\n        display: block;\r\n\r\n        th {\r\n          display: inline-block;\r\n        }\r\n      }\r\n  }\r\n\r\n  tbody {\r\n    display: block;\r\n    overflow-y: scroll;\r\n    height: 100%;\r\n  }\r\n}\r\n\r\n</style>\r\n","import mod from \"-!../../../../../node_modules/cache-loader/dist/cjs.js??ref--12-0!../../../../../node_modules/thread-loader/dist/cjs.js!../../../../../node_modules/babel-loader/lib/index.js!../../../../../node_modules/cache-loader/dist/cjs.js??ref--0-0!../../../../../node_modules/vue-loader/lib/index.js??vue-loader-options!./SimpleTable.vue?vue&type=script&lang=js&\"; export default mod; export * from \"-!../../../../../node_modules/cache-loader/dist/cjs.js??ref--12-0!../../../../../node_modules/thread-loader/dist/cjs.js!../../../../../node_modules/babel-loader/lib/index.js!../../../../../node_modules/cache-loader/dist/cjs.js??ref--0-0!../../../../../node_modules/vue-loader/lib/index.js??vue-loader-options!./SimpleTable.vue?vue&type=script&lang=js&\"","import { render, staticRenderFns } from \"./SimpleTable.vue?vue&type=template&id=2728a880&scoped=true&lang=html&\"\nimport script from \"./SimpleTable.vue?vue&type=script&lang=js&\"\nexport * from \"./SimpleTable.vue?vue&type=script&lang=js&\"\nimport style0 from \"./SimpleTable.vue?vue&type=style&index=0&id=2728a880&lang=scss&scoped=true&\"\n\n\n/* normalize component */\nimport normalizer from \"!../../../../../node_modules/vue-loader/lib/runtime/componentNormalizer.js\"\nvar component = normalizer(\n  script,\n  render,\n  staticRenderFns,\n  false,\n  null,\n  \"2728a880\",\n  null\n  \n)\n\nexport default component.exports","/* - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -  */\n/* Vector handling functions                                          (c) Chris Veness 2011-2016  */\n/*                                                                                   MIT Licence  */\n/* www.movable-type.co.uk/scripts/geodesy/docs/module-vector3d.html                               */\n/* - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -  */\n\n'use strict';\n\n\n/**\n * Library of 3-d vector manipulation routines.\n *\n * In a geodesy context, these vectors may be used to represent:\n *  - n-vector representing a normal to point on Earth's surface\n *  - earth-centered, earth fixed vector (≡ Gade’s ‘p-vector’)\n *  - great circle normal to vector (on spherical earth model)\n *  - motion vector on Earth's surface\n *  - etc\n *\n * Functions return vectors as return results, so that operations can be chained.\n * @example var v = v1.cross(v2).dot(v3) // ≡ v1×v2⋅v3\n *\n * @module vector3d\n */\n\n\n/**\n * Creates a 3-d vector.\n *\n * The vector may be normalised, or use x/y/z values for eg height relative to the sphere or\n * ellipsoid, distance from earth centre, etc.\n *\n * @constructor\n * @param {number} x - X component of vector.\n * @param {number} y - Y component of vector.\n * @param {number} z - Z component of vector.\n */\nfunction Vector3d(x, y, z) {\n    // allow instantiation without 'new'\n    if (!(this instanceof Vector3d)) return new Vector3d(x, y, z);\n\n    this.x = Number(x);\n    this.y = Number(y);\n    this.z = Number(z);\n}\n\n\n/**\n * Adds supplied vector to ‘this’ vector.\n *\n * @param   {Vector3d} v - Vector to be added to this vector.\n * @returns {Vector3d} Vector representing sum of this and v.\n */\nVector3d.prototype.plus = function(v) {\n    if (!(v instanceof Vector3d)) throw new TypeError('v is not Vector3d object');\n\n    return new Vector3d(this.x + v.x, this.y + v.y, this.z + v.z);\n};\n\n\n/**\n * Subtracts supplied vector from ‘this’ vector.\n *\n * @param   {Vector3d} v - Vector to be subtracted from this vector.\n * @returns {Vector3d} Vector representing difference between this and v.\n */\nVector3d.prototype.minus = function(v) {\n    if (!(v instanceof Vector3d)) throw new TypeError('v is not Vector3d object');\n\n    return new Vector3d(this.x - v.x, this.y - v.y, this.z - v.z);\n};\n\n\n/**\n * Multiplies ‘this’ vector by a scalar value.\n *\n * @param   {number}   x - Factor to multiply this vector by.\n * @returns {Vector3d} Vector scaled by x.\n */\nVector3d.prototype.times = function(x) {\n    x = Number(x);\n\n    return new Vector3d(this.x * x, this.y * x, this.z * x);\n};\n\n\n/**\n * Divides ‘this’ vector by a scalar value.\n *\n * @param   {number}   x - Factor to divide this vector by.\n * @returns {Vector3d} Vector divided by x.\n */\nVector3d.prototype.dividedBy = function(x) {\n    x = Number(x);\n\n    return new Vector3d(this.x / x, this.y / x, this.z / x);\n};\n\n\n/**\n * Multiplies ‘this’ vector by the supplied vector using dot (scalar) product.\n *\n * @param   {Vector3d} v - Vector to be dotted with this vector.\n * @returns {number} Dot product of ‘this’ and v.\n */\nVector3d.prototype.dot = function(v) {\n    if (!(v instanceof Vector3d)) throw new TypeError('v is not Vector3d object');\n\n    return this.x*v.x + this.y*v.y + this.z*v.z;\n};\n\n\n/**\n * Multiplies ‘this’ vector by the supplied vector using cross (vector) product.\n *\n * @param   {Vector3d} v - Vector to be crossed with this vector.\n * @returns {Vector3d} Cross product of ‘this’ and v.\n */\nVector3d.prototype.cross = function(v) {\n    if (!(v instanceof Vector3d)) throw new TypeError('v is not Vector3d object');\n\n    var x = this.y*v.z - this.z*v.y;\n    var y = this.z*v.x - this.x*v.z;\n    var z = this.x*v.y - this.y*v.x;\n\n    return new Vector3d(x, y, z);\n};\n\n\n/**\n * Negates a vector to point in the opposite direction\n *\n * @returns {Vector3d} Negated vector.\n */\nVector3d.prototype.negate = function() {\n    return new Vector3d(-this.x, -this.y, -this.z);\n};\n\n\n/**\n * Length (magnitude or norm) of ‘this’ vector\n *\n * @returns {number} Magnitude of this vector.\n */\nVector3d.prototype.length = function() {\n    return Math.sqrt(this.x*this.x + this.y*this.y + this.z*this.z);\n};\n\n\n/**\n * Normalizes a vector to its unit vector\n * – if the vector is already unit or is zero magnitude, this is a no-op.\n *\n * @returns {Vector3d} Normalised version of this vector.\n */\nVector3d.prototype.unit = function() {\n    var norm = this.length();\n    if (norm == 1) return this;\n    if (norm == 0) return this;\n\n    var x = this.x/norm;\n    var y = this.y/norm;\n    var z = this.z/norm;\n\n    return new Vector3d(x, y, z);\n};\n\n\n/**\n * Calculates the angle between ‘this’ vector and supplied vector δ = atan2(|p₁×p₂|, p₁·p₂).\n *\n * @param   {Vector3d} v\n * @param   {Vector3d} [n] - Plane normal: if supplied, angle is -π..+π, signed +ve if this->v is\n *     clockwise looking along n, -ve in opposite direction (if not supplied, angle is always 0..π).\n * @returns {number} Angle (in radians) between this vector and supplied vector.\n */\nVector3d.prototype.angleTo = function(v, n) {\n    if (!(v instanceof Vector3d)) throw new TypeError('v is not Vector3d object');\n    if (!(n instanceof Vector3d || n == undefined)) throw new TypeError('n is not Vector3d object');\n\n    var sign = n==undefined ? 1 : Math.sign(this.cross(v).dot(n));\n    var sinθ = this.cross(v).length() * sign;\n    var cosθ = this.dot(v);\n\n    return Math.atan2(sinθ, cosθ);\n};\n\n\n/**\n * Rotates ‘this’ point around an axis by a specified angle.\n *\n * @param   {Vector3d} axis - The axis being rotated around.\n * @param   {number}   theta - The angle of rotation (in radians).\n * @returns {Vector3d} The rotated point.\n */\nVector3d.prototype.rotateAround = function(axis, theta) {\n    if (!(axis instanceof Vector3d)) throw new TypeError('axis is not Vector3d object');\n\n    // en.wikipedia.org/wiki/Rotation_matrix#Rotation_matrix_from_axis_and_angle\n    // en.wikipedia.org/wiki/Quaternions_and_spatial_rotation#Quaternion-derived_rotation_matrix\n    var p1 = this.unit();\n    var p = [ p1.x, p1.y, p1.z ]; // the point being rotated\n    var a = axis.unit();          // the axis being rotated around\n    var s = Math.sin(theta);\n    var c = Math.cos(theta);\n    // quaternion-derived rotation matrix\n    var q = [\n        [ a.x*a.x*(1-c) + c,     a.x*a.y*(1-c) - a.z*s, a.x*a.z*(1-c) + a.y*s ],\n        [ a.y*a.x*(1-c) + a.z*s, a.y*a.y*(1-c) + c,     a.y*a.z*(1-c) - a.x*s ],\n        [ a.z*a.x*(1-c) - a.y*s, a.z*a.y*(1-c) + a.x*s, a.z*a.z*(1-c) + c     ],\n    ];\n    // multiply q × p\n    var qp = [ 0, 0, 0 ];\n    for (var i=0; i<3; i++) {\n        for (var j=0; j<3; j++) {\n            qp[i] += q[i][j] * p[j];\n        }\n    }\n    var p2 = new Vector3d(qp[0], qp[1], qp[2]);\n    return p2;\n    // qv en.wikipedia.org/wiki/Rodrigues'_rotation_formula...\n};\n\n\n/**\n * String representation of vector.\n *\n * @param   {number} [precision=3] - Number of decimal places to be used.\n * @returns {string} Vector represented as [x,y,z].\n */\nVector3d.prototype.toString = function(precision) {\n    var p = (precision === undefined) ? 3 : Number(precision);\n\n    var str = '[' + this.x.toFixed(p) + ',' + this.y.toFixed(p) + ',' + this.z.toFixed(p) + ']';\n\n    return str;\n};\n\n\n/* - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -  */\n\n/** Polyfill Math.sign for old browsers / IE */\nif (Math.sign === undefined) {\n    Math.sign = function(x) {\n        x = +x; // convert to a number\n        if (x === 0 || isNaN(x)) return x;\n        return x > 0 ? 1 : -1;\n    };\n}\n\n/* - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -  */\nif (typeof module != 'undefined' && module.exports) module.exports = Vector3d; // ≡ export default Vector3d\n","/**\n * Wraps a GeoJSON {@link Geometry} in a GeoJSON {@link Feature}.\n *\n * @name feature\n * @param {Geometry} geometry input geometry\n * @param {Object} properties properties\n * @returns {FeatureCollection} a FeatureCollection of input features\n * @example\n * var geometry = {\n *      \"type\": \"Point\",\n *      \"coordinates\": [\n *        67.5,\n *        32.84267363195431\n *      ]\n *    }\n *\n * var feature = turf.feature(geometry);\n *\n * //=feature\n */\nfunction feature(geometry, properties) {\n    if (!geometry) throw new Error('No geometry passed');\n\n    return {\n        type: 'Feature',\n        properties: properties || {},\n        geometry: geometry\n    };\n}\nmodule.exports.feature = feature;\n\n/**\n * Takes coordinates and properties (optional) and returns a new {@link Point} feature.\n *\n * @name point\n * @param {Array<number>} coordinates longitude, latitude position (each in decimal degrees)\n * @param {Object=} properties an Object that is used as the {@link Feature}'s\n * properties\n * @returns {Feature<Point>} a Point feature\n * @example\n * var pt1 = turf.point([-75.343, 39.984]);\n *\n * //=pt1\n */\nmodule.exports.point = function (coordinates, properties) {\n    if (!coordinates) throw new Error('No coordinates passed');\n    if (coordinates.length === undefined) throw new Error('Coordinates must be an array');\n    if (coordinates.length < 2) throw new Error('Coordinates must be at least 2 numbers long');\n    if (typeof coordinates[0] !== 'number' || typeof coordinates[1] !== 'number') throw new Error('Coordinates must numbers');\n\n    return feature({\n        type: 'Point',\n        coordinates: coordinates\n    }, properties);\n};\n\n/**\n * Takes an array of LinearRings and optionally an {@link Object} with properties and returns a {@link Polygon} feature.\n *\n * @name polygon\n * @param {Array<Array<Array<number>>>} coordinates an array of LinearRings\n * @param {Object=} properties a properties object\n * @returns {Feature<Polygon>} a Polygon feature\n * @throws {Error} throw an error if a LinearRing of the polygon has too few positions\n * or if a LinearRing of the Polygon does not have matching Positions at the\n * beginning & end.\n * @example\n * var polygon = turf.polygon([[\n *  [-2.275543, 53.464547],\n *  [-2.275543, 53.489271],\n *  [-2.215118, 53.489271],\n *  [-2.215118, 53.464547],\n *  [-2.275543, 53.464547]\n * ]], { name: 'poly1', population: 400});\n *\n * //=polygon\n */\nmodule.exports.polygon = function (coordinates, properties) {\n    if (!coordinates) throw new Error('No coordinates passed');\n\n    for (var i = 0; i < coordinates.length; i++) {\n        var ring = coordinates[i];\n        if (ring.length < 4) {\n            throw new Error('Each LinearRing of a Polygon must have 4 or more Positions.');\n        }\n        for (var j = 0; j < ring[ring.length - 1].length; j++) {\n            if (ring[ring.length - 1][j] !== ring[0][j]) {\n                throw new Error('First and last Position are not equivalent.');\n            }\n        }\n    }\n\n    return feature({\n        type: 'Polygon',\n        coordinates: coordinates\n    }, properties);\n};\n\n/**\n * Creates a {@link LineString} based on a\n * coordinate array. Properties can be added optionally.\n *\n * @name lineString\n * @param {Array<Array<number>>} coordinates an array of Positions\n * @param {Object=} properties an Object of key-value pairs to add as properties\n * @returns {Feature<LineString>} a LineString feature\n * @throws {Error} if no coordinates are passed\n * @example\n * var linestring1 = turf.lineString([\n *   [-21.964416, 64.148203],\n *   [-21.956176, 64.141316],\n *   [-21.93901, 64.135924],\n *   [-21.927337, 64.136673]\n * ]);\n * var linestring2 = turf.lineString([\n *   [-21.929054, 64.127985],\n *   [-21.912918, 64.134726],\n *   [-21.916007, 64.141016],\n *   [-21.930084, 64.14446]\n * ], {name: 'line 1', distance: 145});\n *\n * //=linestring1\n *\n * //=linestring2\n */\nmodule.exports.lineString = function (coordinates, properties) {\n    if (!coordinates) throw new Error('No coordinates passed');\n\n    return feature({\n        type: 'LineString',\n        coordinates: coordinates\n    }, properties);\n};\n\n/**\n * Takes one or more {@link Feature|Features} and creates a {@link FeatureCollection}.\n *\n * @name featureCollection\n * @param {Feature[]} features input features\n * @returns {FeatureCollection} a FeatureCollection of input features\n * @example\n * var features = [\n *  turf.point([-75.343, 39.984], {name: 'Location A'}),\n *  turf.point([-75.833, 39.284], {name: 'Location B'}),\n *  turf.point([-75.534, 39.123], {name: 'Location C'})\n * ];\n *\n * var fc = turf.featureCollection(features);\n *\n * //=fc\n */\nmodule.exports.featureCollection = function (features) {\n    if (!features) throw new Error('No features passed');\n\n    return {\n        type: 'FeatureCollection',\n        features: features\n    };\n};\n\n/**\n * Creates a {@link Feature<MultiLineString>} based on a\n * coordinate array. Properties can be added optionally.\n *\n * @name multiLineString\n * @param {Array<Array<Array<number>>>} coordinates an array of LineStrings\n * @param {Object=} properties an Object of key-value pairs to add as properties\n * @returns {Feature<MultiLineString>} a MultiLineString feature\n * @throws {Error} if no coordinates are passed\n * @example\n * var multiLine = turf.multiLineString([[[0,0],[10,10]]]);\n *\n * //=multiLine\n *\n */\nmodule.exports.multiLineString = function (coordinates, properties) {\n    if (!coordinates) throw new Error('No coordinates passed');\n\n    return feature({\n        type: 'MultiLineString',\n        coordinates: coordinates\n    }, properties);\n};\n\n/**\n * Creates a {@link Feature<MultiPoint>} based on a\n * coordinate array. Properties can be added optionally.\n *\n * @name multiPoint\n * @param {Array<Array<number>>} coordinates an array of Positions\n * @param {Object=} properties an Object of key-value pairs to add as properties\n * @returns {Feature<MultiPoint>} a MultiPoint feature\n * @throws {Error} if no coordinates are passed\n * @example\n * var multiPt = turf.multiPoint([[0,0],[10,10]]);\n *\n * //=multiPt\n *\n */\nmodule.exports.multiPoint = function (coordinates, properties) {\n    if (!coordinates) throw new Error('No coordinates passed');\n\n    return feature({\n        type: 'MultiPoint',\n        coordinates: coordinates\n    }, properties);\n};\n\n\n/**\n * Creates a {@link Feature<MultiPolygon>} based on a\n * coordinate array. Properties can be added optionally.\n *\n * @name multiPolygon\n * @param {Array<Array<Array<Array<number>>>>} coordinates an array of Polygons\n * @param {Object=} properties an Object of key-value pairs to add as properties\n * @returns {Feature<MultiPolygon>} a multipolygon feature\n * @throws {Error} if no coordinates are passed\n * @example\n * var multiPoly = turf.multiPolygon([[[[0,0],[0,10],[10,10],[10,0],[0,0]]]]);\n *\n * //=multiPoly\n *\n */\nmodule.exports.multiPolygon = function (coordinates, properties) {\n    if (!coordinates) throw new Error('No coordinates passed');\n\n    return feature({\n        type: 'MultiPolygon',\n        coordinates: coordinates\n    }, properties);\n};\n\n/**\n * Creates a {@link Feature<GeometryCollection>} based on a\n * coordinate array. Properties can be added optionally.\n *\n * @name geometryCollection\n * @param {Array<{Geometry}>} geometries an array of GeoJSON Geometries\n * @param {Object=} properties an Object of key-value pairs to add as properties\n * @returns {Feature<GeometryCollection>} a GeoJSON GeometryCollection Feature\n * @example\n * var pt = {\n *     \"type\": \"Point\",\n *       \"coordinates\": [100, 0]\n *     };\n * var line = {\n *     \"type\": \"LineString\",\n *     \"coordinates\": [ [101, 0], [102, 1] ]\n *   };\n * var collection = turf.geometryCollection([pt, line]);\n *\n * //=collection\n */\nmodule.exports.geometryCollection = function (geometries, properties) {\n    if (!geometries) throw new Error('No geometries passed');\n\n    return feature({\n        type: 'GeometryCollection',\n        geometries: geometries\n    }, properties);\n};\n\nvar factors = {\n    miles: 3960,\n    nauticalmiles: 3441.145,\n    degrees: 57.2957795,\n    radians: 1,\n    inches: 250905600,\n    yards: 6969600,\n    meters: 6373000,\n    metres: 6373000,\n    kilometers: 6373,\n    kilometres: 6373,\n    feet: 20908792.65\n};\n\n/*\n * Convert a distance measurement from radians to a more friendly unit.\n *\n * @name radiansToDistance\n * @param {number} distance in radians across the sphere\n * @param {string} [units=kilometers] can be degrees, radians, miles, or kilometers\n * inches, yards, metres, meters, kilometres, kilometers.\n * @returns {number} distance\n */\nmodule.exports.radiansToDistance = function (radians, units) {\n    var factor = factors[units || 'kilometers'];\n    if (factor === undefined) throw new Error('Invalid unit');\n\n    return radians * factor;\n};\n\n/*\n * Convert a distance measurement from a real-world unit into radians\n *\n * @name distanceToRadians\n * @param {number} distance in real units\n * @param {string} [units=kilometers] can be degrees, radians, miles, or kilometers\n * inches, yards, metres, meters, kilometres, kilometers.\n * @returns {number} radians\n */\nmodule.exports.distanceToRadians = function (distance, units) {\n    var factor = factors[units || 'kilometers'];\n    if (factor === undefined) throw new Error('Invalid unit');\n\n    return distance / factor;\n};\n\n/*\n * Convert a distance measurement from a real-world unit into degrees\n *\n * @name distanceToRadians\n * @param {number} distance in real units\n * @param {string} [units=kilometers] can be degrees, radians, miles, or kilometers\n * inches, yards, metres, meters, kilometres, kilometers.\n * @returns {number} degrees\n */\nmodule.exports.distanceToDegrees = function (distance, units) {\n    var factor = factors[units || 'kilometers'];\n    if (factor === undefined) throw new Error('Invalid unit');\n\n    return (distance / factor) * 57.2958;\n};\n","var getCoords = require('@turf/invariant').getCoords;\n\n/**\n * Returns true if a point is on a line. Accepts a optional parameter to ignore the start and end vertices of the linestring.\n *\n * @name booleanPointOnLine\n * @param {Geometry|Feature<Point>} point GeoJSON Feature or Geometry\n * @param {Geometry|Feature<LineString>} linestring GeoJSON Feature or Geometry\n * @param {boolean} [ignoreEndVertices=false] whether to ignore the start and end vertices.\n * @returns {boolean} true/false\n * @example\n * var pt = turf.point([0, 0]);\n * var line = turf.lineString([[-1, -1],[1, 1],[1.5, 2.2]]);\n * var isPointOnLine = turf.booleanPointOnLine(pt, line);\n * //=true\n */\nmodule.exports = function (point, linestring, ignoreEndVertices) {\n    var pointCoords = getCoords(point);\n    var lineCoords = getCoords(linestring);\n    for (var i = 0; i < lineCoords.length - 1; i++) {\n        var ignoreBoundary = false;\n        if (ignoreEndVertices) {\n            if (i === 0) ignoreBoundary = 'start';\n            if (i === lineCoords.length - 2) ignoreBoundary = 'end';\n            if (i === 0 && i + 1 === lineCoords.length - 1) ignoreBoundary = 'both';\n        }\n        if (isPointOnLineSegment(lineCoords[i], lineCoords[i + 1], pointCoords, ignoreBoundary)) return true;\n    }\n    return false;\n};\n\n// See http://stackoverflow.com/a/4833823/1979085\n/**\n * @private\n * @param {Array<number>} lineSegmentStart coord pair of start of line\n * @param {Array<number>} lineSegmentEnd coord pair of end of line\n * @param {Array<number>} point coord pair of point to check\n * @param {boolean|string} excludeBoundary whether the point is allowed to fall on the line ends. If true which end to ignore.\n * @returns {boolean} true/false\n */\nfunction isPointOnLineSegment(lineSegmentStart, lineSegmentEnd, point, excludeBoundary) {\n    var dxc = point[0] - lineSegmentStart[0];\n    var dyc = point[1] - lineSegmentStart[1];\n    var dxl = lineSegmentEnd[0] - lineSegmentStart[0];\n    var dyl = lineSegmentEnd[1] - lineSegmentStart[1];\n    var cross = dxc * dyl - dyc * dxl;\n    if (cross !== 0) {\n        return false;\n    }\n    if (!excludeBoundary) {\n        if (Math.abs(dxl) >= Math.abs(dyl)) {\n            return dxl > 0 ? lineSegmentStart[0] <= point[0] && point[0] <= lineSegmentEnd[0] : lineSegmentEnd[0] <= point[0] && point[0] <= lineSegmentStart[0];\n        }\n        return dyl > 0 ? lineSegmentStart[1] <= point[1] && point[1] <= lineSegmentEnd[1] : lineSegmentEnd[1] <= point[1] && point[1] <= lineSegmentStart[1];\n    } else if (excludeBoundary === 'start') {\n        if (Math.abs(dxl) >= Math.abs(dyl)) {\n            return dxl > 0 ? lineSegmentStart[0] < point[0] && point[0] <= lineSegmentEnd[0] : lineSegmentEnd[0] <= point[0] && point[0] < lineSegmentStart[0];\n        }\n        return dyl > 0 ? lineSegmentStart[1] < point[1] && point[1] <= lineSegmentEnd[1] : lineSegmentEnd[1] <= point[1] && point[1] < lineSegmentStart[1];\n    } else if (excludeBoundary === 'end') {\n        if (Math.abs(dxl) >= Math.abs(dyl)) {\n            return dxl > 0 ? lineSegmentStart[0] <= point[0] && point[0] < lineSegmentEnd[0] : lineSegmentEnd[0] < point[0] && point[0] <= lineSegmentStart[0];\n        }\n        return dyl > 0 ? lineSegmentStart[1] <= point[1] && point[1] < lineSegmentEnd[1] : lineSegmentEnd[1] < point[1] && point[1] <= lineSegmentStart[1];\n    } else if (excludeBoundary === 'both') {\n        if (Math.abs(dxl) >= Math.abs(dyl)) {\n            return dxl > 0 ? lineSegmentStart[0] < point[0] && point[0] < lineSegmentEnd[0] : lineSegmentEnd[0] < point[0] && point[0] < lineSegmentStart[0];\n        }\n        return dyl > 0 ? lineSegmentStart[1] < point[1] && point[1] < lineSegmentEnd[1] : lineSegmentEnd[1] < point[1] && point[1] < lineSegmentStart[1];\n    }\n}\n","\n/**\n * This is the common logic for both the Node.js and web browser\n * implementations of `debug()`.\n *\n * Expose `debug()` as the module.\n */\n\nexports = module.exports = createDebug.debug = createDebug['default'] = createDebug;\nexports.coerce = coerce;\nexports.disable = disable;\nexports.enable = enable;\nexports.enabled = enabled;\nexports.humanize = require('ms');\n\n/**\n * The currently active debug mode names, and names to skip.\n */\n\nexports.names = [];\nexports.skips = [];\n\n/**\n * Map of special \"%n\" handling functions, for the debug \"format\" argument.\n *\n * Valid key names are a single, lower or upper-case letter, i.e. \"n\" and \"N\".\n */\n\nexports.formatters = {};\n\n/**\n * Previous log timestamp.\n */\n\nvar prevTime;\n\n/**\n * Select a color.\n * @param {String} namespace\n * @return {Number}\n * @api private\n */\n\nfunction selectColor(namespace) {\n  var hash = 0, i;\n\n  for (i in namespace) {\n    hash  = ((hash << 5) - hash) + namespace.charCodeAt(i);\n    hash |= 0; // Convert to 32bit integer\n  }\n\n  return exports.colors[Math.abs(hash) % exports.colors.length];\n}\n\n/**\n * Create a debugger with the given `namespace`.\n *\n * @param {String} namespace\n * @return {Function}\n * @api public\n */\n\nfunction createDebug(namespace) {\n\n  function debug() {\n    // disabled?\n    if (!debug.enabled) return;\n\n    var self = debug;\n\n    // set `diff` timestamp\n    var curr = +new Date();\n    var ms = curr - (prevTime || curr);\n    self.diff = ms;\n    self.prev = prevTime;\n    self.curr = curr;\n    prevTime = curr;\n\n    // turn the `arguments` into a proper Array\n    var args = new Array(arguments.length);\n    for (var i = 0; i < args.length; i++) {\n      args[i] = arguments[i];\n    }\n\n    args[0] = exports.coerce(args[0]);\n\n    if ('string' !== typeof args[0]) {\n      // anything else let's inspect with %O\n      args.unshift('%O');\n    }\n\n    // apply any `formatters` transformations\n    var index = 0;\n    args[0] = args[0].replace(/%([a-zA-Z%])/g, function(match, format) {\n      // if we encounter an escaped % then don't increase the array index\n      if (match === '%%') return match;\n      index++;\n      var formatter = exports.formatters[format];\n      if ('function' === typeof formatter) {\n        var val = args[index];\n        match = formatter.call(self, val);\n\n        // now we need to remove `args[index]` since it's inlined in the `format`\n        args.splice(index, 1);\n        index--;\n      }\n      return match;\n    });\n\n    // apply env-specific formatting (colors, etc.)\n    exports.formatArgs.call(self, args);\n\n    var logFn = debug.log || exports.log || console.log.bind(console);\n    logFn.apply(self, args);\n  }\n\n  debug.namespace = namespace;\n  debug.enabled = exports.enabled(namespace);\n  debug.useColors = exports.useColors();\n  debug.color = selectColor(namespace);\n\n  // env-specific initialization logic for debug instances\n  if ('function' === typeof exports.init) {\n    exports.init(debug);\n  }\n\n  return debug;\n}\n\n/**\n * Enables a debug mode by namespaces. This can include modes\n * separated by a colon and wildcards.\n *\n * @param {String} namespaces\n * @api public\n */\n\nfunction enable(namespaces) {\n  exports.save(namespaces);\n\n  exports.names = [];\n  exports.skips = [];\n\n  var split = (typeof namespaces === 'string' ? namespaces : '').split(/[\\s,]+/);\n  var len = split.length;\n\n  for (var i = 0; i < len; i++) {\n    if (!split[i]) continue; // ignore empty strings\n    namespaces = split[i].replace(/\\*/g, '.*?');\n    if (namespaces[0] === '-') {\n      exports.skips.push(new RegExp('^' + namespaces.substr(1) + '$'));\n    } else {\n      exports.names.push(new RegExp('^' + namespaces + '$'));\n    }\n  }\n}\n\n/**\n * Disable debug output.\n *\n * @api public\n */\n\nfunction disable() {\n  exports.enable('');\n}\n\n/**\n * Returns true if the given mode name is enabled, false otherwise.\n *\n * @param {String} name\n * @return {Boolean}\n * @api public\n */\n\nfunction enabled(name) {\n  var i, len;\n  for (i = 0, len = exports.skips.length; i < len; i++) {\n    if (exports.skips[i].test(name)) {\n      return false;\n    }\n  }\n  for (i = 0, len = exports.names.length; i < len; i++) {\n    if (exports.names[i].test(name)) {\n      return true;\n    }\n  }\n  return false;\n}\n\n/**\n * Coerce `val`.\n *\n * @param {Mixed} val\n * @return {Mixed}\n * @api private\n */\n\nfunction coerce(val) {\n  if (val instanceof Error) return val.stack || val.message;\n  return val;\n}\n","/* eslint-disable */\n\n /**\n   * BezierSpline\n   * https://github.com/leszekr/bezier-spline-js\n   *\n   * @private\n   * @copyright\n   * Copyright (c) 2013 Leszek Rybicki\n   *\n   * Permission is hereby granted, free of charge, to any person obtaining a copy\n   * of this software and associated documentation files (the \"Software\"), to deal\n   * in the Software without restriction, including without limitation the rights\n   * to use, copy, modify, merge, publish, distribute, sublicense, and/or sell\n   * copies of the Software, and to permit persons to whom the Software is\n   * furnished to do so, subject to the following conditions:\n   *\n   * The above copyright notice and this permission notice shall be included in all\n   * copies or substantial portions of the Software.\n   *\n   * THE SOFTWARE IS PROVIDED \"AS IS\", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR\n   * IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,\n   * FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE\n   * AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER\n   * LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM,\n   * OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE\n   * SOFTWARE.\n   */\nvar Spline = function (options) {\n    this.points = options.points || [];\n    this.duration = options.duration || 10000;\n    this.sharpness = options.sharpness || 0.85;\n    this.centers = [];\n    this.controls = [];\n    this.stepLength = options.stepLength || 60;\n    this.length = this.points.length;\n    this.delay = 0;\n    // this is to ensure compatibility with the 2d version\n    for (var i = 0; i < this.length; i++) this.points[i].z = this.points[i].z || 0;\n    for (var i = 0; i < this.length - 1; i++) {\n        var p1 = this.points[i];\n        var p2 = this.points[i + 1];\n        this.centers.push({\n            x: (p1.x + p2.x) / 2,\n            y: (p1.y + p2.y) / 2,\n            z: (p1.z + p2.z) / 2\n        });\n    }\n    this.controls.push([this.points[0], this.points[0]]);\n    for (var i = 0; i < this.centers.length - 1; i++) {\n        var p1 = this.centers[i];\n        var p2 = this.centers[i + 1];\n        var dx = this.points[i + 1].x - (this.centers[i].x + this.centers[i + 1].x) / 2;\n        var dy = this.points[i + 1].y - (this.centers[i].y + this.centers[i + 1].y) / 2;\n        var dz = this.points[i + 1].z - (this.centers[i].y + this.centers[i + 1].z) / 2;\n        this.controls.push([{\n            x: (1.0 - this.sharpness) * this.points[i + 1].x + this.sharpness * (this.centers[i].x + dx),\n            y: (1.0 - this.sharpness) * this.points[i + 1].y + this.sharpness * (this.centers[i].y + dy),\n            z: (1.0 - this.sharpness) * this.points[i + 1].z + this.sharpness * (this.centers[i].z + dz)},\n            {\n                x: (1.0 - this.sharpness) * this.points[i + 1].x + this.sharpness * (this.centers[i + 1].x + dx),\n                y: (1.0 - this.sharpness) * this.points[i + 1].y + this.sharpness * (this.centers[i + 1].y + dy),\n                z: (1.0 - this.sharpness) * this.points[i + 1].z + this.sharpness * (this.centers[i + 1].z + dz)}]);\n    }\n    this.controls.push([this.points[this.length - 1], this.points[this.length - 1]]);\n    this.steps = this.cacheSteps(this.stepLength);\n    return this;\n};\n\n  /*\n    Caches an array of equidistant (more or less) points on the curve.\n  */\nSpline.prototype.cacheSteps = function (mindist) {\n    var steps = [];\n    var laststep = this.pos(0);\n    steps.push(0);\n    for (var t = 0; t < this.duration; t += 10) {\n        var step = this.pos(t);\n        var dist = Math.sqrt((step.x - laststep.x) * (step.x - laststep.x) + (step.y - laststep.y) * (step.y - laststep.y) + (step.z - laststep.z) * (step.z - laststep.z));\n        if (dist > mindist) {\n            steps.push(t);\n            laststep = step;\n        }\n    }\n    return steps;\n};\n\n  /*\n    returns angle and speed in the given point in the curve\n  */\nSpline.prototype.vector = function (t) {\n    var p1 = this.pos(t + 10);\n    var p2 = this.pos(t - 10);\n    return {\n        angle:180 * Math.atan2(p1.y - p2.y, p1.x - p2.x) / 3.14,\n        speed:Math.sqrt((p2.x - p1.x) * (p2.x - p1.x) + (p2.y - p1.y) * (p2.y - p1.y) + (p2.z - p1.z) * (p2.z - p1.z))\n    };\n};\n\n  /*\n    Gets the position of the point, given time.\n\n    WARNING: The speed is not constant. The time it takes between control points is constant.\n\n    For constant speed, use Spline.steps[i];\n  */\nSpline.prototype.pos = function (time) {\n\n    function bezier(t, p1, c1, c2, p2) {\n        var B = function (t) {\n            var t2 = t * t, t3 = t2 * t;\n            return [(t3), (3 * t2 * (1 - t)), (3 * t * (1 - t) * (1 - t)), ((1 - t) * (1 - t) * (1 - t))];\n        };\n        var b = B(t);\n        var pos = {\n            x : p2.x * b[0] + c2.x * b[1] + c1.x * b[2] + p1.x * b[3],\n            y : p2.y * b[0] + c2.y * b[1] + c1.y * b[2] + p1.y * b[3],\n            z : p2.z * b[0] + c2.z * b[1] + c1.z * b[2] + p1.z * b[3]\n        };\n        return pos;\n    }\n    var t = time - this.delay;\n    if (t < 0) t = 0;\n    if (t > this.duration) t = this.duration - 1;\n    //t = t-this.delay;\n    var t2 = (t) / this.duration;\n    if (t2 >= 1) return this.points[this.length - 1];\n\n    var n = Math.floor((this.points.length - 1) * t2);\n    var t1 = (this.length - 1) * t2 - n;\n    return bezier(t1, this.points[n], this.controls[n][1], this.controls[n + 1][0], this.points[n + 1]);\n};\n\nmodule.exports = Spline;\n","import mod from \"-!../../../../node_modules/mini-css-extract-plugin/dist/loader.js??ref--8-oneOf-1-0!../../../../node_modules/css-loader/index.js??ref--8-oneOf-1-1!../../../../node_modules/vue-loader/lib/loaders/stylePostLoader.js!../../../../node_modules/postcss-loader/src/index.js??ref--8-oneOf-1-2!../../../../node_modules/sass-loader/lib/loader.js??ref--8-oneOf-1-3!../../../../node_modules/cache-loader/dist/cjs.js??ref--0-0!../../../../node_modules/vue-loader/lib/index.js??vue-loader-options!./InputClearButton.vue?vue&type=style&index=0&id=451fb25d&lang=scss&scoped=true&\"; export default mod; export * from \"-!../../../../node_modules/mini-css-extract-plugin/dist/loader.js??ref--8-oneOf-1-0!../../../../node_modules/css-loader/index.js??ref--8-oneOf-1-1!../../../../node_modules/vue-loader/lib/loaders/stylePostLoader.js!../../../../node_modules/postcss-loader/src/index.js??ref--8-oneOf-1-2!../../../../node_modules/sass-loader/lib/loader.js??ref--8-oneOf-1-3!../../../../node_modules/cache-loader/dist/cjs.js??ref--0-0!../../../../node_modules/vue-loader/lib/index.js??vue-loader-options!./InputClearButton.vue?vue&type=style&index=0&id=451fb25d&lang=scss&scoped=true&\"","var area = require('@mapbox/geojson-area').geometry;\nvar geomReduce = require('@turf/meta').geomReduce;\n\n/**\n * Takes one or more features and returns their area in square meters.\n *\n * @name area\n * @param {FeatureCollection|Feature<any>} geojson input GeoJSON feature(s)\n * @returns {number} area in square meters\n * @addToMap polygon\n * @example\n * var polygon = {\n *   \"type\": \"Feature\",\n *   \"properties\": {},\n *   \"geometry\": {\n *     \"type\": \"Polygon\",\n *     \"coordinates\": [\n *       [\n *         [125, -15],\n *         [113, -22],\n *         [117, -37],\n *         [130, -33],\n *         [148, -39],\n *         [154, -27],\n *         [144, -15],\n *         [125, -15]\n *       ]\n *     ]\n *   }\n * }\n * var area = turf.area(polygon);\n * //=area => square meters\n * //=polygon\n */\nmodule.exports = function (geojson) {\n    return geomReduce(geojson, function (value, geometry) {\n        return value + area(geometry);\n    }, 0);\n};\n","var simplifyJS = require('simplify-js');\nvar cleanCoords = require('@turf/clean-coords');\nvar geomEach = require('@turf/meta').geomEach;\nvar clone = require('@turf/clone');\n\n/**\n * Takes a {@link GeoJSON} object and returns a simplified version. Internally uses\n * [simplify-js](http://mourner.github.io/simplify-js/) to perform simplification.\n *\n * @name simplify\n * @param {GeoJSON} geojson object to be simplified\n * @param {number} [tolerance=1] simplification tolerance\n * @param {boolean} [highQuality=false] whether or not to spend more time to create a higher-quality simplification with a different algorithm\n * @param {boolean} [mutate=false] allows GeoJSON input to be mutated (significant performance increase if true)\n * @returns {GeoJSON} a simplified GeoJSON\n * @example\n * var geojson = turf.polygon([[\n *   [-70.603637, -33.399918],\n *   [-70.614624, -33.395332],\n *   [-70.639343, -33.392466],\n *   [-70.659942, -33.394759],\n *   [-70.683975, -33.404504],\n *   [-70.697021, -33.419406],\n *   [-70.701141, -33.434306],\n *   [-70.700454, -33.446339],\n *   [-70.694274, -33.458369],\n *   [-70.682601, -33.465816],\n *   [-70.668869, -33.472117],\n *   [-70.646209, -33.473835],\n *   [-70.624923, -33.472117],\n *   [-70.609817, -33.468107],\n *   [-70.595397, -33.458369],\n *   [-70.587158, -33.442901],\n *   [-70.587158, -33.426283],\n *   [-70.590591, -33.414248],\n *   [-70.594711, -33.406224],\n *   [-70.603637, -33.399918]\n * ]]);\n * var tolerance = 0.01;\n *\n * var simplified = turf.simplify(geojson, tolerance, false);\n *\n * //addToMap\n * var addToMap = [geojson, simplified]\n */\nmodule.exports = function (geojson, tolerance, highQuality, mutate) {\n    if (!geojson) throw new Error('geojson is required');\n    if (tolerance && tolerance < 0) throw new Error('invalid tolerance');\n\n    // Clone geojson to avoid side effects\n    if (mutate !== true) geojson = clone(geojson);\n\n    geomEach(geojson, function (geom) {\n        simplify(geom, tolerance, highQuality);\n    });\n    return geojson;\n};\n\n/**\n * Simplifies a feature's coordinates\n *\n * @private\n * @param {Geometry} geometry to be simplified\n * @param {number} [tolerance=1] simplification tolerance\n * @param {boolean} [highQuality=false] whether or not to spend more time to create a higher-quality simplification with a different algorithm\n * @returns {Geometry} output\n */\nfunction simplify(geometry, tolerance, highQuality) {\n    var type = geometry.type;\n\n    // \"unsimplyfiable\" geometry types\n    if (type === 'Point' || type === 'MultiPoint') return geometry;\n\n    // Remove any extra coordinates\n    cleanCoords(geometry, true);\n\n    var coordinates = geometry.coordinates;\n    switch (type) {\n    case 'LineString':\n        geometry['coordinates'] = simplifyLine(coordinates, tolerance, highQuality);\n        break;\n    case 'MultiLineString':\n        geometry['coordinates'] = coordinates.map(function (lines) {\n            return simplifyLine(lines, tolerance, highQuality);\n        });\n        break;\n    case 'Polygon':\n        geometry['coordinates'] = simplifyPolygon(coordinates, tolerance, highQuality);\n        break;\n    case 'MultiPolygon':\n        geometry['coordinates'] = coordinates.map(function (rings) {\n            return simplifyPolygon(rings, tolerance, highQuality);\n        });\n    }\n    return geometry;\n}\n\n\n/**\n * Simplifies the coordinates of a LineString with simplify-js\n *\n * @private\n * @param {Array<number>} coordinates to be processed\n * @param {number} tolerance simplification tolerance\n * @param {boolean} highQuality whether or not to spend more time to create a higher-quality\n * @returns {Array<Array<number>>} simplified coords\n */\nfunction simplifyLine(coordinates, tolerance, highQuality) {\n    return simplifyJS(coordinates.map(function (coord) {\n        return {x: coord[0], y: coord[1], z: coord[2]};\n    }), tolerance, highQuality).map(function (coords) {\n        return (coords.z) ? [coords.x, coords.y, coords.z] : [coords.x, coords.y];\n    });\n}\n\n\n/**\n * Simplifies the coordinates of a Polygon with simplify-js\n *\n * @private\n * @param {Array<number>} coordinates to be processed\n * @param {number} tolerance simplification tolerance\n * @param {boolean} highQuality whether or not to spend more time to create a higher-quality\n * @returns {Array<Array<Array<number>>>} simplified coords\n */\nfunction simplifyPolygon(coordinates, tolerance, highQuality) {\n    return coordinates.map(function (ring) {\n        var pts = ring.map(function (coord) {\n            return {x: coord[0], y: coord[1]};\n        });\n        if (pts.length < 4) {\n            throw new Error('invalid polygon');\n        }\n        var simpleRing = simplifyJS(pts, tolerance, highQuality).map(function (coords) {\n            return [coords.x, coords.y];\n        });\n        //remove 1 percent of tolerance until enough points to make a triangle\n        while (!checkValidity(simpleRing)) {\n            tolerance -= tolerance * 0.01;\n            simpleRing = simplifyJS(pts, tolerance, highQuality).map(function (coords) {\n                return [coords.x, coords.y];\n            });\n        }\n        if (\n            (simpleRing[simpleRing.length - 1][0] !== simpleRing[0][0]) ||\n            (simpleRing[simpleRing.length - 1][1] !== simpleRing[0][1])) {\n            simpleRing.push(simpleRing[0]);\n        }\n        return simpleRing;\n    });\n}\n\n\n/**\n * Returns true if ring has at least 3 coordinates and its first coordinate is the same as its last\n *\n * @private\n * @param {Array<number>} ring coordinates to be checked\n * @returns {boolean} true if valid\n */\nfunction checkValidity(ring) {\n    if (ring.length < 3) return false;\n    //if the last point is the same as the first, it's not a triangle\n    return !(ring.length === 3 && ((ring[2][0] === ring[0][0]) && (ring[2][1] === ring[0][1])));\n}\n","var supportsArgumentsClass = (function(){\n  return Object.prototype.toString.call(arguments)\n})() == '[object Arguments]';\n\nexports = module.exports = supportsArgumentsClass ? supported : unsupported;\n\nexports.supported = supported;\nfunction supported(object) {\n  return Object.prototype.toString.call(object) == '[object Arguments]';\n};\n\nexports.unsupported = unsupported;\nfunction unsupported(object){\n  return object &&\n    typeof object == 'object' &&\n    typeof object.length == 'number' &&\n    Object.prototype.hasOwnProperty.call(object, 'callee') &&\n    !Object.prototype.propertyIsEnumerable.call(object, 'callee') ||\n    false;\n};\n","// (logic of computation inspired by:\n// https://stackoverflow.com/questions/32771458/distance-from-lat-lng-point-to-minor-arc-segment)\n\nvar meta = require('@turf/meta');\nvar bearing = require('@turf/bearing');\nvar helpers = require('@turf/helpers');\nvar distance = require('@turf/distance');\nvar invariant = require('@turf/invariant');\nvar rhumbBearing = require('@turf/rhumb-bearing');\nvar rhumbDistance = require('@turf/rhumb-distance');\nvar turfLine = helpers.lineString;\nvar featureOf = invariant.featureOf;\nvar turfPoint = helpers.point;\nvar segmentEach = meta.segmentEach;\nvar bearingToAngle = helpers.bearingToAngle;\nvar convertDistance = helpers.convertDistance;\nvar degrees2radians = helpers.degrees2radians;\n\n/**\n * Returns the minimum distance between a {@link Point} and a {@link LineString}, being the distance from a line the\n * minimum distance between the point and any segment of the `LineString`.\n *\n * @name pointToLineDistance\n * @param {Feature<Point>|Array<number>} point Feature or Geometry\n * @param {Feature<LineString>|Array<Array<number>>} line GeoJSON Feature or Geometry\n * @param {string} [units=kilometers] can be degrees, radians, miles, or kilometers\n * @param {boolean} [mercator=false] if distance should be on Mercator or WGS84 projection\n * @returns {number} distance between point and line\n * @example\n * var pt = turf.point([0, 0]);\n * var line = turf.lineString([[1, 1],[-1, 1]]);\n *\n * var distance = turf.pointToLineDistance(pt, line, 'miles');\n * //=69.11854715938406\n */\nmodule.exports = function (point, line, units, mercator) {\n    // validation\n    if (!point) throw new Error('point is required');\n    if (Array.isArray(point)) point = turfPoint(point);\n    else featureOf(point, 'Point', 'point');\n    if (!line) throw new Error('line is required');\n    if (Array.isArray(line)) line = turfLine(line);\n    else featureOf(line, 'LineString', 'line');\n\n    var distance = Infinity;\n    var p = point.geometry.coordinates;\n    segmentEach(line, function (segment) {\n        var a = segment.geometry.coordinates[0];\n        var b = segment.geometry.coordinates[1];\n        var d = distanceToSegment(p, a, b, units, mercator);\n        if (distance > d) distance = d;\n    });\n    return distance;\n};\n\n\n/**\n * Returns the distance between a point P on a segment AB.\n *\n * @private\n * @param {Array<number>} p external point\n * @param {Array<number>} a first segment point\n * @param {Array<number>} b second segment point\n * @param {string} [units=kilometers] can be degrees, radians, miles, or kilometers\n * @param {boolean} [mercator=false] if distance should be on Mercator or WGS84 projection\n * @returns {number} distance\n */\nfunction distanceToSegment(p, a, b, units, mercator) {\n\n    var distanceAP = (mercator !== true) ? distance(a, p, units) : euclideanDistance(a, p, units);\n    var azimuthAP = bearingToAngle((mercator !== true) ? bearing(a, p) : rhumbBearing(a, p));\n    var azimuthAB = bearingToAngle((mercator !== true) ? bearing(a, b) : rhumbBearing(a, b));\n    var angleA = Math.abs(azimuthAP - azimuthAB);\n    // if (angleA > 180) angleA = Math.abs(angleA - 360);\n    // if the angle PAB is obtuse its projection on the line extending the segment falls outside the segment\n    // thus return distance between P and the start point A\n    /*\n        P__\n        |\\ \\____\n        | \\     \\____\n        |  \\         \\____\n        |   \\_____________\\\n        H    A             B\n     */\n    if (angleA > 90) return distanceAP;\n\n    var azimuthBA = (azimuthAB + 180) % 360;\n    var azimuthBP = bearingToAngle((mercator !== true) ? bearing(b, p) : rhumbBearing(b, p));\n    var angleB = Math.abs(azimuthBP - azimuthBA);\n    if (angleB > 180) angleB = Math.abs(angleB - 360);\n    // also if the angle ABP is acute the projection of P falls outside the segment, on the other side\n    // so return the distance between P and the end point B\n    /*\n                        ____P\n                   ____/   /|\n              ____/       / |\n         ____/           /  |\n        /______________/    |\n       A               B    H\n    */\n    if (angleB > 90) return (mercator !== true) ? distance(p, b, units) : euclideanDistance(p, b, units);\n    // finally if the projection falls inside the segment\n    // return the distance between P and the segment\n    /*\n                     P\n                  __/|\\\n               __/   | \\\n            __/      |  \\\n         __/         |   \\\n        /____________|____\\\n       A             H     B\n    */\n    if (mercator !== true) return distanceAP * Math.sin(degrees2radians(angleA));\n    return mercatorPH(a, b, p, units);\n}\n\n/**\n * Returns the distance between a point P on a segment AB, on Mercator projection\n *\n * @private\n * @param {Array<number>} a first segment point\n * @param {Array<number>} b second segment point\n * @param {Array<number>} p external point\n * @param {string} [units=kilometers] can be degrees, radians, miles, or kilometers\n * @returns {number} distance\n */\nfunction mercatorPH(a, b, p, units) {\n    var delta = 0;\n    // translate points if any is crossing the 180th meridian\n    if (Math.abs(a[0]) >= 180 || Math.abs(b[0]) >= 180 || Math.abs(p[0]) >= 180) {\n        delta = (a[0] > 0 || b[0] > 0 || p[0] > 0) ? -180 : 180;\n    }\n\n    var origin = turfPoint(p);\n    var A = toMercator([a[0] + delta, a[1]]);\n    var B = toMercator([b[0] + delta, b[1]]);\n    var P = toMercator([p[0] + delta, p[1]]);\n    var h = toWGS84(euclideanIntersection(A, B, P));\n\n    if (delta !== 0) h[0] -= delta; // translate back to original position\n    var distancePH = rhumbDistance(origin, h, units);\n    return distancePH;\n}\n\n\n/**\n * Returns the point H projection of a point P on a segment AB, on the euclidean plain\n * from https://stackoverflow.com/questions/10301001/perpendicular-on-a-line-segment-from-a-given-point#answer-12499474\n *            P\n *           |\n *           |\n *  _________|____\n * A          H   B\n *\n * @private\n * @param {Array<number>} a first segment point\n * @param {Array<number>} b second segment point\n * @param {Array<number>} p external point\n * @returns {Array<number>} projected point\n */\nfunction euclideanIntersection(a, b, p) {\n    var x1 = a[0], y1 = a[1],\n        x2 = b[0], y2 = b[1],\n        x3 = p[0], y3 = p[1];\n    var px = x2 - x1, py = y2 - y1;\n    var dab = px * px + py * py;\n    var u = ((x3 - x1) * px + (y3 - y1) * py) / dab;\n    var x = x1 + u * px, y = y1 + u * py;\n    return [x, y]; // H\n}\n\n\n/**\n * Returns euclidean distance between two points\n *\n * @private\n * @param {Object} from first point\n * @param {Object} to second point\n * @param {string} units can be degrees, radians, miles, or kilometers\n * @returns {number} squared distance\n */\nfunction euclideanDistance(from, to, units) {\n    // translate points if any is crossing the 180th meridian\n    var delta = 0;\n    if (Math.abs(from[0]) >= 180) {\n        delta = (from[0] > 0) ? -180 : 180;\n    }\n    if (Math.abs(to[0]) >= 180) {\n        delta = (to[0] > 0) ? -180 : 180;\n    }\n    var p1 = toMercator([from[0] + delta, from[1]]);\n    var p2 = toMercator([to[0] + delta, to[1]]);\n\n    var sqr = function (n) { return n * n; };\n    var squareD = sqr(p1[0] - p2[0]) + sqr(p1[1] - p2[1]);\n    var d = Math.sqrt(squareD);\n    return convertDistance(d, 'meters', units);\n}\n\n/**\n * Convert lon/lat values to 900913 x/y.\n * from https://github.com/mapbox/sphericalmercator\n *\n * @private\n * @param {Array<number>} lonLat WGS84 point\n * @returns {Array<number>} Mercator [x, y] point\n */\nfunction toMercator(lonLat) {\n    var D2R = Math.PI / 180,\n        // 900913 properties.\n        A = 6378137.0,\n        MAXEXTENT = 20037508.342789244;\n\n    var xy = [\n        A * lonLat[0] * D2R,\n        A * Math.log(Math.tan((Math.PI * 0.25) + (0.5 * lonLat[1] * D2R)))\n    ];\n    // if xy value is beyond maxextent (e.g. poles), return maxextent.\n    if (xy[0] > MAXEXTENT) xy[0] = MAXEXTENT;\n    if (xy[0] < -MAXEXTENT) xy[0] = -MAXEXTENT;\n    if (xy[1] > MAXEXTENT) xy[1] = MAXEXTENT;\n    if (xy[1] < -MAXEXTENT) xy[1] = -MAXEXTENT;\n    return xy;\n}\n\n/**\n * Convert 900913 x/y values to lon/lat.\n * from https://github.com/mapbox/sphericalmercator\n *\n * @private\n * @param {Array<number>} xy Mercator [x, y] point\n * @returns {Array<number>} WGS84 [lon, lat] point\n */\nfunction toWGS84(xy) {\n    // 900913 properties.\n    var R2D = 180 / Math.PI,\n        A = 6378137.0;\n\n    return [\n        (xy[0] * R2D / A),\n        ((Math.PI * 0.5) - 2.0 * Math.atan(Math.exp(-xy[1] / A))) * R2D\n    ];\n}\n","var wgs84 = require('wgs84');\n\nmodule.exports.geometry = geometry;\nmodule.exports.ring = ringArea;\n\nfunction geometry(_) {\n    var area = 0, i;\n    switch (_.type) {\n        case 'Polygon':\n            return polygonArea(_.coordinates);\n        case 'MultiPolygon':\n            for (i = 0; i < _.coordinates.length; i++) {\n                area += polygonArea(_.coordinates[i]);\n            }\n            return area;\n        case 'Point':\n        case 'MultiPoint':\n        case 'LineString':\n        case 'MultiLineString':\n            return 0;\n        case 'GeometryCollection':\n            for (i = 0; i < _.geometries.length; i++) {\n                area += geometry(_.geometries[i]);\n            }\n            return area;\n    }\n}\n\nfunction polygonArea(coords) {\n    var area = 0;\n    if (coords && coords.length > 0) {\n        area += Math.abs(ringArea(coords[0]));\n        for (var i = 1; i < coords.length; i++) {\n            area -= Math.abs(ringArea(coords[i]));\n        }\n    }\n    return area;\n}\n\n/**\n * Calculate the approximate area of the polygon were it projected onto\n *     the earth.  Note that this area will be positive if ring is oriented\n *     clockwise, otherwise it will be negative.\n *\n * Reference:\n * Robert. G. Chamberlain and William H. Duquette, \"Some Algorithms for\n *     Polygons on a Sphere\", JPL Publication 07-03, Jet Propulsion\n *     Laboratory, Pasadena, CA, June 2007 http://trs-new.jpl.nasa.gov/dspace/handle/2014/40409\n *\n * Returns:\n * {float} The approximate signed geodesic area of the polygon in square\n *     meters.\n */\n\nfunction ringArea(coords) {\n    var p1, p2, p3, lowerIndex, middleIndex, upperIndex, i,\n    area = 0,\n    coordsLength = coords.length;\n\n    if (coordsLength > 2) {\n        for (i = 0; i < coordsLength; i++) {\n            if (i === coordsLength - 2) {// i = N-2\n                lowerIndex = coordsLength - 2;\n                middleIndex = coordsLength -1;\n                upperIndex = 0;\n            } else if (i === coordsLength - 1) {// i = N-1\n                lowerIndex = coordsLength - 1;\n                middleIndex = 0;\n                upperIndex = 1;\n            } else { // i = 0 to N-3\n                lowerIndex = i;\n                middleIndex = i+1;\n                upperIndex = i+2;\n            }\n            p1 = coords[lowerIndex];\n            p2 = coords[middleIndex];\n            p3 = coords[upperIndex];\n            area += ( rad(p3[0]) - rad(p1[0]) ) * Math.sin( rad(p2[1]));\n        }\n\n        area = area * wgs84.RADIUS * wgs84.RADIUS / 2;\n    }\n\n    return area;\n}\n\nfunction rad(_) {\n    return _ * Math.PI / 180;\n}","var polygonize = require('polygonize');\n\n/**\n * Polygonizes {@link LineString|(Multi)LineString(s)} into {@link Polygons}.\n *\n * Implementation of GEOSPolygonize function (`geos::operation::polygonize::Polygonizer`).\n *\n * Polygonizes a set of lines that represents edges in a planar graph. Edges must be correctly\n * noded, i.e., they must only meet at their endpoints. (NOTE: while TurfJS has no specific function, an easy way to\n * ensure this is to use the QGis library and call unaryUnion() on the set of input geometries and then pass the\n * result to turf-polygonize)\n *\n * The implementation correctly handles:\n *\n * - Dangles: edges which have one or both ends which are not incident on another edge endpoint.\n * - Cut Edges (bridges): edges that are connected at both ends but which do not form part of a polygon.\n *\n * @name polygonize\n * @param {FeatureCollection|Geometry|Feature<LineString|MultiLineString>} geojson Lines in order to polygonize\n * @returns {FeatureCollection<Polygon>} Polygons created\n * @throws {Error} if GeoJSON is invalid.\n */\nmodule.exports = function (geojson) {\n    return polygonize(geojson);\n};\n","var distance = require('@turf/distance');\nvar turfBBox = require('@turf/bbox');\nvar helpers = require('@turf/helpers');\nvar inside = require('@turf/inside');\nvar invariant = require('@turf/invariant');\nvar getGeomType = invariant.getGeomType;\nvar point = helpers.point;\nvar featureCollection = helpers.featureCollection;\n\n/**\n * Creates a {@link Point} grid from a bounding box, {@link FeatureCollection} or {@link Feature}.\n *\n * @name pointGrid\n * @param {Array<number>|FeatureCollection|Feature<any>} bbox extent in [minX, minY, maxX, maxY] order\n * @param {number} cellSide the distance between points\n * @param {string} [units=kilometers] used in calculating cellSide, can be degrees, radians, miles, or kilometers\n * @param {boolean} [centered=true] adjust points position to center the grid into bbox. **This parameter is going to be removed** in the next major release, having the output always centered into bbox.\n * @param {boolean} [bboxIsMask=false] if true, and bbox is a Polygon or MultiPolygon, the grid Point will be created\n * only if inside the bbox Polygon(s)\n * @returns {FeatureCollection<Point>} grid of points\n * @example\n * var extent = [-70.823364, -33.553984, -70.473175, -33.302986];\n * var cellSide = 3;\n * var units = 'miles';\n *\n * var grid = turf.pointGrid(extent, cellSide, units);\n *\n * //addToMap\n * var addToMap = [grid];\n */\nmodule.exports = function (bbox, cellSide, units, centered, bboxIsMask) {\n    var results = [];\n\n    var bboxMask = bbox;\n    // validation\n    if (!bbox) throw new Error('bbox is required');\n    if (!Array.isArray(bbox)) bbox = turfBBox(bbox); // Convert GeoJSON to bbox\n    if (bbox.length !== 4) throw new Error('bbox must contain 4 numbers');\n\n    var west = bbox[0];\n    var south = bbox[1];\n    var east = bbox[2];\n    var north = bbox[3];\n\n    var xFraction = cellSide / (distance(point([west, south]), point([east, south]), units));\n    var cellWidth = xFraction * (east - west);\n    var yFraction = cellSide / (distance(point([west, south]), point([west, north]), units));\n    var cellHeight = yFraction * (north - south);\n\n    if (centered !== false) {\n        var bboxHorizontalSide = (east - west);\n        var bboxVerticalSide = (north - south);\n        var columns = Math.floor(bboxHorizontalSide / cellWidth);\n        var rows = Math.floor(bboxVerticalSide / cellHeight);\n        // adjust origin of the grid\n        var deltaX = (bboxHorizontalSide - columns * cellWidth) / 2;\n        var deltaY = (bboxVerticalSide - rows * cellHeight) / 2;\n    }\n\n    var isPoly = !Array.isArray(bboxMask) && (getGeomType(bboxMask) === 'Polygon' || getGeomType(bboxMask) === 'MultiPolygon');\n\n    var currentX = west;\n    if (centered !== false) currentX += deltaX;\n    while (currentX <= east) {\n        var currentY = south;\n        if (centered !== false) currentY += deltaY;\n        while (currentY <= north) {\n            var pt = point([currentX, currentY]);\n            if (bboxIsMask === true && isPoly) {\n                if (inside(pt, bboxMask)) {\n                    results.push(pt);\n                }\n            } else {\n                results.push(pt);\n            }\n            currentY += cellHeight;\n        }\n        currentX += cellWidth;\n    }\n\n    return featureCollection(results);\n};\n","/* - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -  */\n/* UTM / WGS-84 Conversion Functions                                  (c) Chris Veness 2014-2017  */\n/*                                                                                   MIT Licence  */\n/* www.movable-type.co.uk/scripts/latlong-utm-mgrs.html                                           */\n/* www.movable-type.co.uk/scripts/geodesy/docs/module-utm.html                                    */\n/* - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -  */\n\n'use strict';\nif (typeof module!='undefined' && module.exports) var LatLon = require('./latlon-ellipsoidal.js'); // ≡ import LatLon from 'latlon-ellipsoidal.js'\n/* eslint indent:warn */\n\n\n/**\n * Convert between Universal Transverse Mercator coordinates and WGS 84 latitude/longitude points.\n *\n * Method based on Karney 2011 ‘Transverse Mercator with an accuracy of a few nanometers’,\n * building on Krüger 1912 ‘Konforme Abbildung des Erdellipsoids in der Ebene’.\n *\n * @module   utm\n * @requires latlon-ellipsoidal\n */\n\n\n/**\n * Creates a Utm coordinate object.\n *\n * @constructor\n * @param  {number} zone - UTM 6° longitudinal zone (1..60 covering 180°W..180°E).\n * @param  {string} hemisphere - N for northern hemisphere, S for southern hemisphere.\n * @param  {number} easting - Easting in metres from false easting (-500km from central meridian).\n * @param  {number} northing - Northing in metres from equator (N) or from false northing -10,000km (S).\n * @param  {LatLon.datum} [datum=WGS84] - Datum UTM coordinate is based on.\n * @param  {number} [convergence] - Meridian convergence (bearing of grid north clockwise from true\n *                  north), in degrees\n * @param  {number} [scale] - Grid scale factor\n * @throws {Error}  Invalid UTM coordinate\n *\n * @example\n *   var utmCoord = new Utm(31, 'N', 448251, 5411932);\n */\nfunction Utm(zone, hemisphere, easting, northing, datum, convergence, scale) {\n    if (!(this instanceof Utm)) { // allow instantiation without 'new'\n        return new Utm(zone, hemisphere, easting, northing, datum, convergence, scale);\n    }\n\n    if (datum === undefined) datum = LatLon.datum.WGS84; // default if not supplied\n    if (convergence === undefined) convergence = null;   // default if not supplied\n    if (scale === undefined) scale = null;               // default if not supplied\n\n    if (!(1<=zone && zone<=60)) throw new Error('Invalid UTM zone '+zone);\n    if (!hemisphere.match(/[NS]/i)) throw new Error('Invalid UTM hemisphere '+hemisphere);\n    // range-check easting/northing (with 40km overlap between zones) - is this worthwhile?\n    //if (!(120e3<=easting && easting<=880e3)) throw new Error('Invalid UTM easting '+ easting);\n    //if (!(0<=northing && northing<=10000e3)) throw new Error('Invalid UTM northing '+ northing);\n\n    this.zone = Number(zone);\n    this.hemisphere = hemisphere.toUpperCase();\n    this.easting = Number(easting);\n    this.northing = Number(northing);\n    this.datum = datum;\n    this.convergence = convergence===null ? null : Number(convergence);\n    this.scale = scale===null ? null : Number(scale);\n}\n\n\n/**\n * Converts latitude/longitude to UTM coordinate.\n *\n * Implements Karney’s method, using Krüger series to order n^6, giving results accurate to 5nm for\n * distances up to 3900km from the central meridian.\n *\n * @returns {Utm}   UTM coordinate.\n * @throws  {Error} If point not valid, if point outside latitude range.\n *\n * @example\n *   var latlong = new LatLon(48.8582, 2.2945);\n *   var utmCoord = latlong.toUtm(); // utmCoord.toString(): '31 N 448252 5411933'\n */\nLatLon.prototype.toUtm = function() {\n    if (isNaN(this.lat) || isNaN(this.lon)) throw new Error('Invalid point');\n    if (!(-80<=this.lat && this.lat<=84)) throw new Error('Outside UTM limits');\n\n    var falseEasting = 500e3, falseNorthing = 10000e3;\n\n    var zone = Math.floor((this.lon+180)/6) + 1; // longitudinal zone\n    var λ0 = ((zone-1)*6 - 180 + 3).toRadians(); // longitude of central meridian\n\n    // ---- handle Norway/Svalbard exceptions\n    // grid zones are 8° tall; 0°N is offset 10 into latitude bands array\n    var mgrsLatBands = 'CDEFGHJKLMNPQRSTUVWXX'; // X is repeated for 80-84°N\n    var latBand = mgrsLatBands.charAt(Math.floor(this.lat/8+10));\n    // adjust zone & central meridian for Norway\n    if (zone==31 && latBand=='V' && this.lon>= 3) { zone++; λ0 += (6).toRadians(); }\n    // adjust zone & central meridian for Svalbard\n    if (zone==32 && latBand=='X' && this.lon<  9) { zone--; λ0 -= (6).toRadians(); }\n    if (zone==32 && latBand=='X' && this.lon>= 9) { zone++; λ0 += (6).toRadians(); }\n    if (zone==34 && latBand=='X' && this.lon< 21) { zone--; λ0 -= (6).toRadians(); }\n    if (zone==34 && latBand=='X' && this.lon>=21) { zone++; λ0 += (6).toRadians(); }\n    if (zone==36 && latBand=='X' && this.lon< 33) { zone--; λ0 -= (6).toRadians(); }\n    if (zone==36 && latBand=='X' && this.lon>=33) { zone++; λ0 += (6).toRadians(); }\n\n    var φ = this.lat.toRadians();      // latitude ± from equator\n    var λ = this.lon.toRadians() - λ0; // longitude ± from central meridian\n\n    var a = this.datum.ellipsoid.a, f = this.datum.ellipsoid.f;\n    // WGS 84: a = 6378137, b = 6356752.314245, f = 1/298.257223563;\n\n    var k0 = 0.9996; // UTM scale on the central meridian\n\n    // ---- easting, northing: Karney 2011 Eq 7-14, 29, 35:\n\n    var e = Math.sqrt(f*(2-f)); // eccentricity\n    var n = f / (2 - f);        // 3rd flattening\n    var n2 = n*n, n3 = n*n2, n4 = n*n3, n5 = n*n4, n6 = n*n5; // TODO: compare Horner-form accuracy?\n\n    var cosλ = Math.cos(λ), sinλ = Math.sin(λ), tanλ = Math.tan(λ);\n\n    var τ = Math.tan(φ); // τ ≡ tanφ, τʹ ≡ tanφʹ; prime (ʹ) indicates angles on the conformal sphere\n    var σ = Math.sinh(e*Math.atanh(e*τ/Math.sqrt(1+τ*τ)));\n\n    var τʹ = τ*Math.sqrt(1+σ*σ) - σ*Math.sqrt(1+τ*τ);\n\n    var ξʹ = Math.atan2(τʹ, cosλ);\n    var ηʹ = Math.asinh(sinλ / Math.sqrt(τʹ*τʹ + cosλ*cosλ));\n\n    var A = a/(1+n) * (1 + 1/4*n2 + 1/64*n4 + 1/256*n6); // 2πA is the circumference of a meridian\n\n    var α = [ null, // note α is one-based array (6th order Krüger expressions)\n        1/2*n - 2/3*n2 + 5/16*n3 +   41/180*n4 -     127/288*n5 +      7891/37800*n6,\n              13/48*n2 -  3/5*n3 + 557/1440*n4 +     281/630*n5 - 1983433/1935360*n6,\n                       61/240*n3 -  103/140*n4 + 15061/26880*n5 +   167603/181440*n6,\n                               49561/161280*n4 -     179/168*n5 + 6601661/7257600*n6,\n                                                 34729/80640*n5 - 3418889/1995840*n6,\n                                                              212378941/319334400*n6 ];\n\n    var ξ = ξʹ;\n    for (var j=1; j<=6; j++) ξ += α[j] * Math.sin(2*j*ξʹ) * Math.cosh(2*j*ηʹ);\n\n    var η = ηʹ;\n    for (var j=1; j<=6; j++) η += α[j] * Math.cos(2*j*ξʹ) * Math.sinh(2*j*ηʹ);\n\n    var x = k0 * A * η;\n    var y = k0 * A * ξ;\n\n    // ---- convergence: Karney 2011 Eq 23, 24\n\n    var pʹ = 1;\n    for (var j=1; j<=6; j++) pʹ += 2*j*α[j] * Math.cos(2*j*ξʹ) * Math.cosh(2*j*ηʹ);\n    var qʹ = 0;\n    for (var j=1; j<=6; j++) qʹ += 2*j*α[j] * Math.sin(2*j*ξʹ) * Math.sinh(2*j*ηʹ);\n\n    var γʹ = Math.atan(τʹ / Math.sqrt(1+τʹ*τʹ)*tanλ);\n    var γʺ = Math.atan2(qʹ, pʹ);\n\n    var γ = γʹ + γʺ;\n\n    // ---- scale: Karney 2011 Eq 25\n\n    var sinφ = Math.sin(φ);\n    var kʹ = Math.sqrt(1 - e*e*sinφ*sinφ) * Math.sqrt(1 + τ*τ) / Math.sqrt(τʹ*τʹ + cosλ*cosλ);\n    var kʺ = A / a * Math.sqrt(pʹ*pʹ + qʹ*qʹ);\n\n    var k = k0 * kʹ * kʺ;\n\n    // ------------\n\n    // shift x/y to false origins\n    x = x + falseEasting;             // make x relative to false easting\n    if (y < 0) y = y + falseNorthing; // make y in southern hemisphere relative to false northing\n\n    // round to reasonable precision\n    x = Number(x.toFixed(6)); // nm precision\n    y = Number(y.toFixed(6)); // nm precision\n    var convergence = Number(γ.toDegrees().toFixed(9));\n    var scale = Number(k.toFixed(12));\n\n    var h = this.lat>=0 ? 'N' : 'S'; // hemisphere\n\n    return new Utm(zone, h, x, y, this.datum, convergence, scale);\n};\n\n\n/**\n * Converts UTM zone/easting/northing coordinate to latitude/longitude\n *\n * @param   {Utm}    utmCoord - UTM coordinate to be converted to latitude/longitude.\n * @returns {LatLon} Latitude/longitude of supplied grid reference.\n *\n * @example\n *   var grid = new Utm(31, 'N', 448251.795, 5411932.678);\n *   var latlong = grid.toLatLonE(); // latlong.toString(): 48°51′29.52″N, 002°17′40.20″E\n */\nUtm.prototype.toLatLonE = function() {\n    var z = this.zone;\n    var h = this.hemisphere;\n    var x = this.easting;\n    var y = this.northing;\n\n    if (isNaN(z) || isNaN(x) || isNaN(y)) throw new Error('Invalid coordinate');\n\n    var falseEasting = 500e3, falseNorthing = 10000e3;\n\n    var a = this.datum.ellipsoid.a, f = this.datum.ellipsoid.f;\n    // WGS 84:  a = 6378137, b = 6356752.314245, f = 1/298.257223563;\n\n    var k0 = 0.9996; // UTM scale on the central meridian\n\n    x = x - falseEasting;               // make x ± relative to central meridian\n    y = h=='S' ? y - falseNorthing : y; // make y ± relative to equator\n\n    // ---- from Karney 2011 Eq 15-22, 36:\n\n    var e = Math.sqrt(f*(2-f)); // eccentricity\n    var n = f / (2 - f);        // 3rd flattening\n    var n2 = n*n, n3 = n*n2, n4 = n*n3, n5 = n*n4, n6 = n*n5;\n\n    var A = a/(1+n) * (1 + 1/4*n2 + 1/64*n4 + 1/256*n6); // 2πA is the circumference of a meridian\n\n    var η = x / (k0*A);\n    var ξ = y / (k0*A);\n\n    var β = [ null, // note β is one-based array (6th order Krüger expressions)\n        1/2*n - 2/3*n2 + 37/96*n3 -    1/360*n4 -   81/512*n5 +    96199/604800*n6,\n               1/48*n2 +  1/15*n3 - 437/1440*n4 +   46/105*n5 - 1118711/3870720*n6,\n                        17/480*n3 -   37/840*n4 - 209/4480*n5 +      5569/90720*n6,\n                                 4397/161280*n4 -   11/504*n5 -  830251/7257600*n6,\n                                               4583/161280*n5 -  108847/3991680*n6,\n                                                             20648693/638668800*n6 ];\n\n    var ξʹ = ξ;\n    for (var j=1; j<=6; j++) ξʹ -= β[j] * Math.sin(2*j*ξ) * Math.cosh(2*j*η);\n\n    var ηʹ = η;\n    for (var j=1; j<=6; j++) ηʹ -= β[j] * Math.cos(2*j*ξ) * Math.sinh(2*j*η);\n\n    var sinhηʹ = Math.sinh(ηʹ);\n    var sinξʹ = Math.sin(ξʹ), cosξʹ = Math.cos(ξʹ);\n\n    var τʹ = sinξʹ / Math.sqrt(sinhηʹ*sinhηʹ + cosξʹ*cosξʹ);\n\n    var τi = τʹ;\n    do {\n        var σi = Math.sinh(e*Math.atanh(e*τi/Math.sqrt(1+τi*τi)));\n        var τiʹ = τi * Math.sqrt(1+σi*σi) - σi * Math.sqrt(1+τi*τi);\n        var δτi = (τʹ - τiʹ)/Math.sqrt(1+τiʹ*τiʹ)\n            * (1 + (1-e*e)*τi*τi) / ((1-e*e)*Math.sqrt(1+τi*τi));\n        τi += δτi;\n    } while (Math.abs(δτi) > 1e-12); // using IEEE 754 δτi -> 0 after 2-3 iterations\n    // note relatively large convergence test as δτi toggles on ±1.12e-16 for eg 31 N 400000 5000000\n    var τ = τi;\n\n    var φ = Math.atan(τ);\n\n    var λ = Math.atan2(sinhηʹ, cosξʹ);\n\n    // ---- convergence: Karney 2011 Eq 26, 27\n\n    var p = 1;\n    for (var j=1; j<=6; j++) p -= 2*j*β[j] * Math.cos(2*j*ξ) * Math.cosh(2*j*η);\n    var q = 0;\n    for (var j=1; j<=6; j++) q += 2*j*β[j] * Math.sin(2*j*ξ) * Math.sinh(2*j*η);\n\n    var γʹ = Math.atan(Math.tan(ξʹ) * Math.tanh(ηʹ));\n    var γʺ = Math.atan2(q, p);\n\n    var γ = γʹ + γʺ;\n\n    // ---- scale: Karney 2011 Eq 28\n\n    var sinφ = Math.sin(φ);\n    var kʹ = Math.sqrt(1 - e*e*sinφ*sinφ) * Math.sqrt(1 + τ*τ) * Math.sqrt(sinhηʹ*sinhηʹ + cosξʹ*cosξʹ);\n    var kʺ = A / a / Math.sqrt(p*p + q*q);\n\n    var k = k0 * kʹ * kʺ;\n\n    // ------------\n\n    var λ0 = ((z-1)*6 - 180 + 3).toRadians(); // longitude of central meridian\n    λ += λ0; // move λ from zonal to global coordinates\n\n    // round to reasonable precision\n    var lat = Number(φ.toDegrees().toFixed(11)); // nm precision (1nm = 10^-11°)\n    var lon = Number(λ.toDegrees().toFixed(11)); // (strictly lat rounding should be φ⋅cosφ!)\n    var convergence = Number(γ.toDegrees().toFixed(9));\n    var scale = Number(k.toFixed(12));\n\n    var latLong = new LatLon(lat, lon, this.datum);\n    // ... and add the convergence and scale into the LatLon object ... wonderful JavaScript!\n    latLong.convergence = convergence;\n    latLong.scale = scale;\n\n    return latLong;\n};\n\n\n/**\n * Parses string representation of UTM coordinate.\n *\n * A UTM coordinate comprises (space-separated)\n *  - zone\n *  - hemisphere\n *  - easting\n *  - northing.\n *\n * @param   {string} utmCoord - UTM coordinate (WGS 84).\n * @param   {Datum}  [datum=WGS84] - Datum coordinate is defined in (default WGS 84).\n * @returns {Utm}\n * @throws  {Error}  Invalid UTM coordinate.\n *\n * @example\n *   var utmCoord = Utm.parse('31 N 448251 5411932');\n *   // utmCoord: {zone: 31, hemisphere: 'N', easting: 448251, northing: 5411932 }\n */\nUtm.parse = function(utmCoord, datum) {\n    if (datum === undefined) datum = LatLon.datum.WGS84; // default if not supplied\n\n    // match separate elements (separated by whitespace)\n    utmCoord = utmCoord.trim().match(/\\S+/g);\n\n    if (utmCoord==null || utmCoord.length!=4) throw new Error('Invalid UTM coordinate ‘'+utmCoord+'’');\n\n    var zone = utmCoord[0], hemisphere = utmCoord[1], easting = utmCoord[2], northing = utmCoord[3];\n\n    return new Utm(zone, hemisphere, easting, northing, datum);\n};\n\n\n/**\n * Returns a string representation of a UTM coordinate.\n *\n * To distinguish from MGRS grid zone designators, a space is left between the zone and the\n * hemisphere.\n *\n * Note that UTM coordinates get rounded, not truncated (unlike MGRS grid references).\n *\n * @param   {number} [digits=0] - Number of digits to appear after the decimal point (3 ≡ mm).\n * @returns {string} A string representation of the coordinate.\n *\n * @example\n *   var utm = Utm.parse('31 N 448251 5411932').toString(4);  // 31 N 448251.0000 5411932.0000\n */\nUtm.prototype.toString = function(digits) {\n    digits = Number(digits||0); // default 0 if not supplied\n\n    var z = this.zone<10 ? '0'+this.zone : this.zone; // leading zero\n    var h = this.hemisphere;\n    var e = this.easting;\n    var n = this.northing;\n    if (isNaN(z) || !h.match(/[NS]/) || isNaN(e) || isNaN(n)) return '';\n\n    return z+' '+h+' '+e.toFixed(digits)+' '+n.toFixed(digits);\n};\n\n\n/* - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -  */\n\n/** Polyfill Math.sinh for old browsers / IE */\nif (Math.sinh === undefined) {\n    Math.sinh = function(x) {\n        return (Math.exp(x) - Math.exp(-x)) / 2;\n    };\n}\n\n/** Polyfill Math.cosh for old browsers / IE */\nif (Math.cosh === undefined) {\n    Math.cosh = function(x) {\n        return (Math.exp(x) + Math.exp(-x)) / 2;\n    };\n}\n\n/** Polyfill Math.tanh for old browsers / IE */\nif (Math.tanh === undefined) {\n    Math.tanh = function(x) {\n        return (Math.exp(x) - Math.exp(-x)) / (Math.exp(x) + Math.exp(-x));\n    };\n}\n\n/** Polyfill Math.asinh for old browsers / IE */\nif (Math.asinh === undefined) {\n    Math.asinh = function(x) {\n        return Math.log(x + Math.sqrt(1 + x*x));\n    };\n}\n\n/** Polyfill Math.atanh for old browsers / IE */\nif (Math.atanh === undefined) {\n    Math.atanh = function(x) {\n        return Math.log((1+x) / (1-x)) / 2;\n    };\n}\n\n/* - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -  */\nif (typeof module != 'undefined' && module.exports) module.exports = Utm; // ≡ export default Utm\n","var each = require('@turf/meta').coordEach,\n    convexHull = require('convex-hull'),\n    polygon = require('@turf/helpers').polygon;\n\n/**\n * Takes a {@link Feature} or a {@link FeatureCollection} and returns a convex hull {@link Polygon}.\n *\n * Internally this uses\n * the [convex-hull](https://github.com/mikolalysenko/convex-hull) module that\n * implements a [monotone chain hull](http://en.wikibooks.org/wiki/Algorithm_Implementation/Geometry/Convex_hull/Monotone_chain).\n *\n * @name convex\n * @param {Feature|FeatureCollection} feature input Feature or FeatureCollection\n * @returns {Feature<Polygon>} a convex hull\n * @example\n * var points = turf.featureCollection([\n *   turf.point([10.195312, 43.755225]),\n *   turf.point([10.404052, 43.8424511]),\n *   turf.point([10.579833, 43.659924]),\n *   turf.point([10.360107, 43.516688]),\n *   turf.point([10.14038, 43.588348]),\n *   turf.point([10.195312, 43.755225])\n * ]);\n *\n * var hull = turf.convex(points);\n *\n * //addToMap\n * var addToMap = [points, hull]\n */\nmodule.exports = function (feature) {\n    var points = [];\n\n    // Remove Z in coordinates because it breaks the convexHull algorithm\n    each(feature, function (coord) {\n        points.push([coord[0], coord[1]]);\n    });\n\n    var hull = convexHull(points);\n\n    // Hull should have at least 3 different vertices in order to create a valid polygon\n    if (hull.length >= 3) {\n        var ring = [];\n        for (var i = 0; i < hull.length; i++) {\n            ring.push(points[hull[i][0]]);\n        }\n        ring.push(points[hull[hull.length - 1][1]]);\n        return polygon([ring]);\n    }\n    return undefined;\n};\n","// Adds floating point numbers with twice the normal precision.\n// Reference: J. R. Shewchuk, Adaptive Precision Floating-Point Arithmetic and\n// Fast Robust Geometric Predicates, Discrete & Computational Geometry 18(3)\n// 305–363 (1997).\n// Code adapted from GeographicLib by Charles F. F. Karney,\n// http://geographiclib.sourceforge.net/\n\nexport default function() {\n  return new Adder;\n}\n\nfunction Adder() {\n  this.reset();\n}\n\nAdder.prototype = {\n  constructor: Adder,\n  reset: function() {\n    this.s = // rounded value\n    this.t = 0; // exact error\n  },\n  add: function(y) {\n    add(temp, y, this.t);\n    add(this, temp.s, this.s);\n    if (this.s) this.t += temp.t;\n    else this.s = temp.t;\n  },\n  valueOf: function() {\n    return this.s;\n  }\n};\n\nvar temp = new Adder;\n\nfunction add(adder, a, b) {\n  var x = adder.s = a + b,\n      bv = x - a,\n      av = x - bv;\n  adder.t = (a - av) + (b - bv);\n}\n","export var epsilon = 1e-6;\nexport var epsilon2 = 1e-12;\nexport var pi = Math.PI;\nexport var halfPi = pi / 2;\nexport var quarterPi = pi / 4;\nexport var tau = pi * 2;\n\nexport var degrees = 180 / pi;\nexport var radians = pi / 180;\n\nexport var abs = Math.abs;\nexport var atan = Math.atan;\nexport var atan2 = Math.atan2;\nexport var cos = Math.cos;\nexport var ceil = Math.ceil;\nexport var exp = Math.exp;\nexport var floor = Math.floor;\nexport var log = Math.log;\nexport var pow = Math.pow;\nexport var sin = Math.sin;\nexport var sign = Math.sign || function(x) { return x > 0 ? 1 : x < 0 ? -1 : 0; };\nexport var sqrt = Math.sqrt;\nexport var tan = Math.tan;\n\nexport function acos(x) {\n  return x > 1 ? 0 : x < -1 ? pi : Math.acos(x);\n}\n\nexport function asin(x) {\n  return x > 1 ? halfPi : x < -1 ? -halfPi : Math.asin(x);\n}\n\nexport function haversin(x) {\n  return (x = sin(x / 2)) * x;\n}\n","export default function noop() {}\n","function streamGeometry(geometry, stream) {\n  if (geometry && streamGeometryType.hasOwnProperty(geometry.type)) {\n    streamGeometryType[geometry.type](geometry, stream);\n  }\n}\n\nvar streamObjectType = {\n  Feature: function(object, stream) {\n    streamGeometry(object.geometry, stream);\n  },\n  FeatureCollection: function(object, stream) {\n    var features = object.features, i = -1, n = features.length;\n    while (++i < n) streamGeometry(features[i].geometry, stream);\n  }\n};\n\nvar streamGeometryType = {\n  Sphere: function(object, stream) {\n    stream.sphere();\n  },\n  Point: function(object, stream) {\n    object = object.coordinates;\n    stream.point(object[0], object[1], object[2]);\n  },\n  MultiPoint: function(object, stream) {\n    var coordinates = object.coordinates, i = -1, n = coordinates.length;\n    while (++i < n) object = coordinates[i], stream.point(object[0], object[1], object[2]);\n  },\n  LineString: function(object, stream) {\n    streamLine(object.coordinates, stream, 0);\n  },\n  MultiLineString: function(object, stream) {\n    var coordinates = object.coordinates, i = -1, n = coordinates.length;\n    while (++i < n) streamLine(coordinates[i], stream, 0);\n  },\n  Polygon: function(object, stream) {\n    streamPolygon(object.coordinates, stream);\n  },\n  MultiPolygon: function(object, stream) {\n    var coordinates = object.coordinates, i = -1, n = coordinates.length;\n    while (++i < n) streamPolygon(coordinates[i], stream);\n  },\n  GeometryCollection: function(object, stream) {\n    var geometries = object.geometries, i = -1, n = geometries.length;\n    while (++i < n) streamGeometry(geometries[i], stream);\n  }\n};\n\nfunction streamLine(coordinates, stream, closed) {\n  var i = -1, n = coordinates.length - closed, coordinate;\n  stream.lineStart();\n  while (++i < n) coordinate = coordinates[i], stream.point(coordinate[0], coordinate[1], coordinate[2]);\n  stream.lineEnd();\n}\n\nfunction streamPolygon(coordinates, stream) {\n  var i = -1, n = coordinates.length;\n  stream.polygonStart();\n  while (++i < n) streamLine(coordinates[i], stream, 1);\n  stream.polygonEnd();\n}\n\nexport default function(object, stream) {\n  if (object && streamObjectType.hasOwnProperty(object.type)) {\n    streamObjectType[object.type](object, stream);\n  } else {\n    streamGeometry(object, stream);\n  }\n}\n","import adder from \"./adder\";\nimport {atan2, cos, quarterPi, radians, sin, tau} from \"./math\";\nimport noop from \"./noop\";\nimport stream from \"./stream\";\n\nexport var areaRingSum = adder();\n\nvar areaSum = adder(),\n    lambda00,\n    phi00,\n    lambda0,\n    cosPhi0,\n    sinPhi0;\n\nexport var areaStream = {\n  point: noop,\n  lineStart: noop,\n  lineEnd: noop,\n  polygonStart: function() {\n    areaRingSum.reset();\n    areaStream.lineStart = areaRingStart;\n    areaStream.lineEnd = areaRingEnd;\n  },\n  polygonEnd: function() {\n    var areaRing = +areaRingSum;\n    areaSum.add(areaRing < 0 ? tau + areaRing : areaRing);\n    this.lineStart = this.lineEnd = this.point = noop;\n  },\n  sphere: function() {\n    areaSum.add(tau);\n  }\n};\n\nfunction areaRingStart() {\n  areaStream.point = areaPointFirst;\n}\n\nfunction areaRingEnd() {\n  areaPoint(lambda00, phi00);\n}\n\nfunction areaPointFirst(lambda, phi) {\n  areaStream.point = areaPoint;\n  lambda00 = lambda, phi00 = phi;\n  lambda *= radians, phi *= radians;\n  lambda0 = lambda, cosPhi0 = cos(phi = phi / 2 + quarterPi), sinPhi0 = sin(phi);\n}\n\nfunction areaPoint(lambda, phi) {\n  lambda *= radians, phi *= radians;\n  phi = phi / 2 + quarterPi; // half the angular distance from south pole\n\n  // Spherical excess E for a spherical triangle with vertices: south pole,\n  // previous point, current point.  Uses a formula derived from Cagnoli’s\n  // theorem.  See Todhunter, Spherical Trig. (1871), Sec. 103, Eq. (2).\n  var dLambda = lambda - lambda0,\n      sdLambda = dLambda >= 0 ? 1 : -1,\n      adLambda = sdLambda * dLambda,\n      cosPhi = cos(phi),\n      sinPhi = sin(phi),\n      k = sinPhi0 * sinPhi,\n      u = cosPhi0 * cosPhi + k * cos(adLambda),\n      v = k * sdLambda * sin(adLambda);\n  areaRingSum.add(atan2(v, u));\n\n  // Advance the previous points.\n  lambda0 = lambda, cosPhi0 = cosPhi, sinPhi0 = sinPhi;\n}\n\nexport default function(object) {\n  areaSum.reset();\n  stream(object, areaStream);\n  return areaSum * 2;\n}\n","import {asin, atan2, cos, sin, sqrt} from \"./math\";\n\nexport function spherical(cartesian) {\n  return [atan2(cartesian[1], cartesian[0]), asin(cartesian[2])];\n}\n\nexport function cartesian(spherical) {\n  var lambda = spherical[0], phi = spherical[1], cosPhi = cos(phi);\n  return [cosPhi * cos(lambda), cosPhi * sin(lambda), sin(phi)];\n}\n\nexport function cartesianDot(a, b) {\n  return a[0] * b[0] + a[1] * b[1] + a[2] * b[2];\n}\n\nexport function cartesianCross(a, b) {\n  return [a[1] * b[2] - a[2] * b[1], a[2] * b[0] - a[0] * b[2], a[0] * b[1] - a[1] * b[0]];\n}\n\n// TODO return a\nexport function cartesianAddInPlace(a, b) {\n  a[0] += b[0], a[1] += b[1], a[2] += b[2];\n}\n\nexport function cartesianScale(vector, k) {\n  return [vector[0] * k, vector[1] * k, vector[2] * k];\n}\n\n// TODO return d\nexport function cartesianNormalizeInPlace(d) {\n  var l = sqrt(d[0] * d[0] + d[1] * d[1] + d[2] * d[2]);\n  d[0] /= l, d[1] /= l, d[2] /= l;\n}\n","import adder from \"./adder\";\nimport {areaStream, areaRingSum} from \"./area\";\nimport {cartesian, cartesianCross, cartesianNormalizeInPlace, spherical} from \"./cartesian\";\nimport {abs, degrees, epsilon, radians} from \"./math\";\nimport stream from \"./stream\";\n\nvar lambda0, phi0, lambda1, phi1, // bounds\n    lambda2, // previous lambda-coordinate\n    lambda00, phi00, // first point\n    p0, // previous 3D point\n    deltaSum = adder(),\n    ranges,\n    range;\n\nvar boundsStream = {\n  point: boundsPoint,\n  lineStart: boundsLineStart,\n  lineEnd: boundsLineEnd,\n  polygonStart: function() {\n    boundsStream.point = boundsRingPoint;\n    boundsStream.lineStart = boundsRingStart;\n    boundsStream.lineEnd = boundsRingEnd;\n    deltaSum.reset();\n    areaStream.polygonStart();\n  },\n  polygonEnd: function() {\n    areaStream.polygonEnd();\n    boundsStream.point = boundsPoint;\n    boundsStream.lineStart = boundsLineStart;\n    boundsStream.lineEnd = boundsLineEnd;\n    if (areaRingSum < 0) lambda0 = -(lambda1 = 180), phi0 = -(phi1 = 90);\n    else if (deltaSum > epsilon) phi1 = 90;\n    else if (deltaSum < -epsilon) phi0 = -90;\n    range[0] = lambda0, range[1] = lambda1;\n  }\n};\n\nfunction boundsPoint(lambda, phi) {\n  ranges.push(range = [lambda0 = lambda, lambda1 = lambda]);\n  if (phi < phi0) phi0 = phi;\n  if (phi > phi1) phi1 = phi;\n}\n\nfunction linePoint(lambda, phi) {\n  var p = cartesian([lambda * radians, phi * radians]);\n  if (p0) {\n    var normal = cartesianCross(p0, p),\n        equatorial = [normal[1], -normal[0], 0],\n        inflection = cartesianCross(equatorial, normal);\n    cartesianNormalizeInPlace(inflection);\n    inflection = spherical(inflection);\n    var delta = lambda - lambda2,\n        sign = delta > 0 ? 1 : -1,\n        lambdai = inflection[0] * degrees * sign,\n        phii,\n        antimeridian = abs(delta) > 180;\n    if (antimeridian ^ (sign * lambda2 < lambdai && lambdai < sign * lambda)) {\n      phii = inflection[1] * degrees;\n      if (phii > phi1) phi1 = phii;\n    } else if (lambdai = (lambdai + 360) % 360 - 180, antimeridian ^ (sign * lambda2 < lambdai && lambdai < sign * lambda)) {\n      phii = -inflection[1] * degrees;\n      if (phii < phi0) phi0 = phii;\n    } else {\n      if (phi < phi0) phi0 = phi;\n      if (phi > phi1) phi1 = phi;\n    }\n    if (antimeridian) {\n      if (lambda < lambda2) {\n        if (angle(lambda0, lambda) > angle(lambda0, lambda1)) lambda1 = lambda;\n      } else {\n        if (angle(lambda, lambda1) > angle(lambda0, lambda1)) lambda0 = lambda;\n      }\n    } else {\n      if (lambda1 >= lambda0) {\n        if (lambda < lambda0) lambda0 = lambda;\n        if (lambda > lambda1) lambda1 = lambda;\n      } else {\n        if (lambda > lambda2) {\n          if (angle(lambda0, lambda) > angle(lambda0, lambda1)) lambda1 = lambda;\n        } else {\n          if (angle(lambda, lambda1) > angle(lambda0, lambda1)) lambda0 = lambda;\n        }\n      }\n    }\n  } else {\n    ranges.push(range = [lambda0 = lambda, lambda1 = lambda]);\n  }\n  if (phi < phi0) phi0 = phi;\n  if (phi > phi1) phi1 = phi;\n  p0 = p, lambda2 = lambda;\n}\n\nfunction boundsLineStart() {\n  boundsStream.point = linePoint;\n}\n\nfunction boundsLineEnd() {\n  range[0] = lambda0, range[1] = lambda1;\n  boundsStream.point = boundsPoint;\n  p0 = null;\n}\n\nfunction boundsRingPoint(lambda, phi) {\n  if (p0) {\n    var delta = lambda - lambda2;\n    deltaSum.add(abs(delta) > 180 ? delta + (delta > 0 ? 360 : -360) : delta);\n  } else {\n    lambda00 = lambda, phi00 = phi;\n  }\n  areaStream.point(lambda, phi);\n  linePoint(lambda, phi);\n}\n\nfunction boundsRingStart() {\n  areaStream.lineStart();\n}\n\nfunction boundsRingEnd() {\n  boundsRingPoint(lambda00, phi00);\n  areaStream.lineEnd();\n  if (abs(deltaSum) > epsilon) lambda0 = -(lambda1 = 180);\n  range[0] = lambda0, range[1] = lambda1;\n  p0 = null;\n}\n\n// Finds the left-right distance between two longitudes.\n// This is almost the same as (lambda1 - lambda0 + 360°) % 360°, except that we want\n// the distance between ±180° to be 360°.\nfunction angle(lambda0, lambda1) {\n  return (lambda1 -= lambda0) < 0 ? lambda1 + 360 : lambda1;\n}\n\nfunction rangeCompare(a, b) {\n  return a[0] - b[0];\n}\n\nfunction rangeContains(range, x) {\n  return range[0] <= range[1] ? range[0] <= x && x <= range[1] : x < range[0] || range[1] < x;\n}\n\nexport default function(feature) {\n  var i, n, a, b, merged, deltaMax, delta;\n\n  phi1 = lambda1 = -(lambda0 = phi0 = Infinity);\n  ranges = [];\n  stream(feature, boundsStream);\n\n  // First, sort ranges by their minimum longitudes.\n  if (n = ranges.length) {\n    ranges.sort(rangeCompare);\n\n    // Then, merge any ranges that overlap.\n    for (i = 1, a = ranges[0], merged = [a]; i < n; ++i) {\n      b = ranges[i];\n      if (rangeContains(a, b[0]) || rangeContains(a, b[1])) {\n        if (angle(a[0], b[1]) > angle(a[0], a[1])) a[1] = b[1];\n        if (angle(b[0], a[1]) > angle(a[0], a[1])) a[0] = b[0];\n      } else {\n        merged.push(a = b);\n      }\n    }\n\n    // Finally, find the largest gap between the merged ranges.\n    // The final bounding box will be the inverse of this gap.\n    for (deltaMax = -Infinity, n = merged.length - 1, i = 0, a = merged[n]; i <= n; a = b, ++i) {\n      b = merged[i];\n      if ((delta = angle(a[1], b[0])) > deltaMax) deltaMax = delta, lambda0 = b[0], lambda1 = a[1];\n    }\n  }\n\n  ranges = range = null;\n\n  return lambda0 === Infinity || phi0 === Infinity\n      ? [[NaN, NaN], [NaN, NaN]]\n      : [[lambda0, phi0], [lambda1, phi1]];\n}\n","import {asin, atan2, cos, degrees, epsilon, epsilon2, radians, sin, sqrt} from \"./math\";\nimport noop from \"./noop\";\nimport stream from \"./stream\";\n\nvar W0, W1,\n    X0, Y0, Z0,\n    X1, Y1, Z1,\n    X2, Y2, Z2,\n    lambda00, phi00, // first point\n    x0, y0, z0; // previous point\n\nvar centroidStream = {\n  sphere: noop,\n  point: centroidPoint,\n  lineStart: centroidLineStart,\n  lineEnd: centroidLineEnd,\n  polygonStart: function() {\n    centroidStream.lineStart = centroidRingStart;\n    centroidStream.lineEnd = centroidRingEnd;\n  },\n  polygonEnd: function() {\n    centroidStream.lineStart = centroidLineStart;\n    centroidStream.lineEnd = centroidLineEnd;\n  }\n};\n\n// Arithmetic mean of Cartesian vectors.\nfunction centroidPoint(lambda, phi) {\n  lambda *= radians, phi *= radians;\n  var cosPhi = cos(phi);\n  centroidPointCartesian(cosPhi * cos(lambda), cosPhi * sin(lambda), sin(phi));\n}\n\nfunction centroidPointCartesian(x, y, z) {\n  ++W0;\n  X0 += (x - X0) / W0;\n  Y0 += (y - Y0) / W0;\n  Z0 += (z - Z0) / W0;\n}\n\nfunction centroidLineStart() {\n  centroidStream.point = centroidLinePointFirst;\n}\n\nfunction centroidLinePointFirst(lambda, phi) {\n  lambda *= radians, phi *= radians;\n  var cosPhi = cos(phi);\n  x0 = cosPhi * cos(lambda);\n  y0 = cosPhi * sin(lambda);\n  z0 = sin(phi);\n  centroidStream.point = centroidLinePoint;\n  centroidPointCartesian(x0, y0, z0);\n}\n\nfunction centroidLinePoint(lambda, phi) {\n  lambda *= radians, phi *= radians;\n  var cosPhi = cos(phi),\n      x = cosPhi * cos(lambda),\n      y = cosPhi * sin(lambda),\n      z = sin(phi),\n      w = atan2(sqrt((w = y0 * z - z0 * y) * w + (w = z0 * x - x0 * z) * w + (w = x0 * y - y0 * x) * w), x0 * x + y0 * y + z0 * z);\n  W1 += w;\n  X1 += w * (x0 + (x0 = x));\n  Y1 += w * (y0 + (y0 = y));\n  Z1 += w * (z0 + (z0 = z));\n  centroidPointCartesian(x0, y0, z0);\n}\n\nfunction centroidLineEnd() {\n  centroidStream.point = centroidPoint;\n}\n\n// See J. E. Brock, The Inertia Tensor for a Spherical Triangle,\n// J. Applied Mechanics 42, 239 (1975).\nfunction centroidRingStart() {\n  centroidStream.point = centroidRingPointFirst;\n}\n\nfunction centroidRingEnd() {\n  centroidRingPoint(lambda00, phi00);\n  centroidStream.point = centroidPoint;\n}\n\nfunction centroidRingPointFirst(lambda, phi) {\n  lambda00 = lambda, phi00 = phi;\n  lambda *= radians, phi *= radians;\n  centroidStream.point = centroidRingPoint;\n  var cosPhi = cos(phi);\n  x0 = cosPhi * cos(lambda);\n  y0 = cosPhi * sin(lambda);\n  z0 = sin(phi);\n  centroidPointCartesian(x0, y0, z0);\n}\n\nfunction centroidRingPoint(lambda, phi) {\n  lambda *= radians, phi *= radians;\n  var cosPhi = cos(phi),\n      x = cosPhi * cos(lambda),\n      y = cosPhi * sin(lambda),\n      z = sin(phi),\n      cx = y0 * z - z0 * y,\n      cy = z0 * x - x0 * z,\n      cz = x0 * y - y0 * x,\n      m = sqrt(cx * cx + cy * cy + cz * cz),\n      w = asin(m), // line weight = angle\n      v = m && -w / m; // area weight multiplier\n  X2 += v * cx;\n  Y2 += v * cy;\n  Z2 += v * cz;\n  W1 += w;\n  X1 += w * (x0 + (x0 = x));\n  Y1 += w * (y0 + (y0 = y));\n  Z1 += w * (z0 + (z0 = z));\n  centroidPointCartesian(x0, y0, z0);\n}\n\nexport default function(object) {\n  W0 = W1 =\n  X0 = Y0 = Z0 =\n  X1 = Y1 = Z1 =\n  X2 = Y2 = Z2 = 0;\n  stream(object, centroidStream);\n\n  var x = X2,\n      y = Y2,\n      z = Z2,\n      m = x * x + y * y + z * z;\n\n  // If the area-weighted ccentroid is undefined, fall back to length-weighted ccentroid.\n  if (m < epsilon2) {\n    x = X1, y = Y1, z = Z1;\n    // If the feature has zero length, fall back to arithmetic mean of point vectors.\n    if (W1 < epsilon) x = X0, y = Y0, z = Z0;\n    m = x * x + y * y + z * z;\n    // If the feature still has an undefined ccentroid, then return.\n    if (m < epsilon2) return [NaN, NaN];\n  }\n\n  return [atan2(y, x) * degrees, asin(z / sqrt(m)) * degrees];\n}\n","export default function(x) {\n  return function() {\n    return x;\n  };\n}\n","export default function(a, b) {\n\n  function compose(x, y) {\n    return x = a(x, y), b(x[0], x[1]);\n  }\n\n  if (a.invert && b.invert) compose.invert = function(x, y) {\n    return x = b.invert(x, y), x && a.invert(x[0], x[1]);\n  };\n\n  return compose;\n}\n","import compose from \"./compose\";\nimport {abs, asin, atan2, cos, degrees, pi, radians, sin, tau} from \"./math\";\n\nfunction rotationIdentity(lambda, phi) {\n  return [abs(lambda) > pi ? lambda + Math.round(-lambda / tau) * tau : lambda, phi];\n}\n\nrotationIdentity.invert = rotationIdentity;\n\nexport function rotateRadians(deltaLambda, deltaPhi, deltaGamma) {\n  return (deltaLambda %= tau) ? (deltaPhi || deltaGamma ? compose(rotationLambda(deltaLambda), rotationPhiGamma(deltaPhi, deltaGamma))\n    : rotationLambda(deltaLambda))\n    : (deltaPhi || deltaGamma ? rotationPhiGamma(deltaPhi, deltaGamma)\n    : rotationIdentity);\n}\n\nfunction forwardRotationLambda(deltaLambda) {\n  return function(lambda, phi) {\n    return lambda += deltaLambda, [lambda > pi ? lambda - tau : lambda < -pi ? lambda + tau : lambda, phi];\n  };\n}\n\nfunction rotationLambda(deltaLambda) {\n  var rotation = forwardRotationLambda(deltaLambda);\n  rotation.invert = forwardRotationLambda(-deltaLambda);\n  return rotation;\n}\n\nfunction rotationPhiGamma(deltaPhi, deltaGamma) {\n  var cosDeltaPhi = cos(deltaPhi),\n      sinDeltaPhi = sin(deltaPhi),\n      cosDeltaGamma = cos(deltaGamma),\n      sinDeltaGamma = sin(deltaGamma);\n\n  function rotation(lambda, phi) {\n    var cosPhi = cos(phi),\n        x = cos(lambda) * cosPhi,\n        y = sin(lambda) * cosPhi,\n        z = sin(phi),\n        k = z * cosDeltaPhi + x * sinDeltaPhi;\n    return [\n      atan2(y * cosDeltaGamma - k * sinDeltaGamma, x * cosDeltaPhi - z * sinDeltaPhi),\n      asin(k * cosDeltaGamma + y * sinDeltaGamma)\n    ];\n  }\n\n  rotation.invert = function(lambda, phi) {\n    var cosPhi = cos(phi),\n        x = cos(lambda) * cosPhi,\n        y = sin(lambda) * cosPhi,\n        z = sin(phi),\n        k = z * cosDeltaGamma - y * sinDeltaGamma;\n    return [\n      atan2(y * cosDeltaGamma + z * sinDeltaGamma, x * cosDeltaPhi + k * sinDeltaPhi),\n      asin(k * cosDeltaPhi - x * sinDeltaPhi)\n    ];\n  };\n\n  return rotation;\n}\n\nexport default function(rotate) {\n  rotate = rotateRadians(rotate[0] * radians, rotate[1] * radians, rotate.length > 2 ? rotate[2] * radians : 0);\n\n  function forward(coordinates) {\n    coordinates = rotate(coordinates[0] * radians, coordinates[1] * radians);\n    return coordinates[0] *= degrees, coordinates[1] *= degrees, coordinates;\n  }\n\n  forward.invert = function(coordinates) {\n    coordinates = rotate.invert(coordinates[0] * radians, coordinates[1] * radians);\n    return coordinates[0] *= degrees, coordinates[1] *= degrees, coordinates;\n  };\n\n  return forward;\n}\n","import {cartesian, cartesianNormalizeInPlace, spherical} from \"./cartesian\";\nimport constant from \"./constant\";\nimport {acos, cos, degrees, epsilon, radians, sin, tau} from \"./math\";\nimport {rotateRadians} from \"./rotation\";\n\n// Generates a circle centered at [0°, 0°], with a given radius and precision.\nexport function circleStream(stream, radius, delta, direction, t0, t1) {\n  if (!delta) return;\n  var cosRadius = cos(radius),\n      sinRadius = sin(radius),\n      step = direction * delta;\n  if (t0 == null) {\n    t0 = radius + direction * tau;\n    t1 = radius - step / 2;\n  } else {\n    t0 = circleRadius(cosRadius, t0);\n    t1 = circleRadius(cosRadius, t1);\n    if (direction > 0 ? t0 < t1 : t0 > t1) t0 += direction * tau;\n  }\n  for (var point, t = t0; direction > 0 ? t > t1 : t < t1; t -= step) {\n    point = spherical([cosRadius, -sinRadius * cos(t), -sinRadius * sin(t)]);\n    stream.point(point[0], point[1]);\n  }\n}\n\n// Returns the signed angle of a cartesian point relative to [cosRadius, 0, 0].\nfunction circleRadius(cosRadius, point) {\n  point = cartesian(point), point[0] -= cosRadius;\n  cartesianNormalizeInPlace(point);\n  var radius = acos(-point[1]);\n  return ((-point[2] < 0 ? -radius : radius) + tau - epsilon) % tau;\n}\n\nexport default function() {\n  var center = constant([0, 0]),\n      radius = constant(90),\n      precision = constant(6),\n      ring,\n      rotate,\n      stream = {point: point};\n\n  function point(x, y) {\n    ring.push(x = rotate(x, y));\n    x[0] *= degrees, x[1] *= degrees;\n  }\n\n  function circle() {\n    var c = center.apply(this, arguments),\n        r = radius.apply(this, arguments) * radians,\n        p = precision.apply(this, arguments) * radians;\n    ring = [];\n    rotate = rotateRadians(-c[0] * radians, -c[1] * radians, 0).invert;\n    circleStream(stream, r, p, 1);\n    c = {type: \"Polygon\", coordinates: [ring]};\n    ring = rotate = null;\n    return c;\n  }\n\n  circle.center = function(_) {\n    return arguments.length ? (center = typeof _ === \"function\" ? _ : constant([+_[0], +_[1]]), circle) : center;\n  };\n\n  circle.radius = function(_) {\n    return arguments.length ? (radius = typeof _ === \"function\" ? _ : constant(+_), circle) : radius;\n  };\n\n  circle.precision = function(_) {\n    return arguments.length ? (precision = typeof _ === \"function\" ? _ : constant(+_), circle) : precision;\n  };\n\n  return circle;\n}\n","import noop from \"../noop\";\n\nexport default function() {\n  var lines = [],\n      line;\n  return {\n    point: function(x, y) {\n      line.push([x, y]);\n    },\n    lineStart: function() {\n      lines.push(line = []);\n    },\n    lineEnd: noop,\n    rejoin: function() {\n      if (lines.length > 1) lines.push(lines.pop().concat(lines.shift()));\n    },\n    result: function() {\n      var result = lines;\n      lines = [];\n      line = null;\n      return result;\n    }\n  };\n}\n","import {abs, epsilon} from \"./math\";\n\nexport default function(a, b) {\n  return abs(a[0] - b[0]) < epsilon && abs(a[1] - b[1]) < epsilon;\n}\n","import pointEqual from \"../pointEqual\";\n\nfunction Intersection(point, points, other, entry) {\n  this.x = point;\n  this.z = points;\n  this.o = other; // another intersection\n  this.e = entry; // is an entry?\n  this.v = false; // visited\n  this.n = this.p = null; // next & previous\n}\n\n// A generalized polygon clipping algorithm: given a polygon that has been cut\n// into its visible line segments, and rejoins the segments by interpolating\n// along the clip edge.\nexport default function(segments, compareIntersection, startInside, interpolate, stream) {\n  var subject = [],\n      clip = [],\n      i,\n      n;\n\n  segments.forEach(function(segment) {\n    if ((n = segment.length - 1) <= 0) return;\n    var n, p0 = segment[0], p1 = segment[n], x;\n\n    // If the first and last points of a segment are coincident, then treat as a\n    // closed ring. TODO if all rings are closed, then the winding order of the\n    // exterior ring should be checked.\n    if (pointEqual(p0, p1)) {\n      stream.lineStart();\n      for (i = 0; i < n; ++i) stream.point((p0 = segment[i])[0], p0[1]);\n      stream.lineEnd();\n      return;\n    }\n\n    subject.push(x = new Intersection(p0, segment, null, true));\n    clip.push(x.o = new Intersection(p0, null, x, false));\n    subject.push(x = new Intersection(p1, segment, null, false));\n    clip.push(x.o = new Intersection(p1, null, x, true));\n  });\n\n  if (!subject.length) return;\n\n  clip.sort(compareIntersection);\n  link(subject);\n  link(clip);\n\n  for (i = 0, n = clip.length; i < n; ++i) {\n    clip[i].e = startInside = !startInside;\n  }\n\n  var start = subject[0],\n      points,\n      point;\n\n  while (1) {\n    // Find first unvisited intersection.\n    var current = start,\n        isSubject = true;\n    while (current.v) if ((current = current.n) === start) return;\n    points = current.z;\n    stream.lineStart();\n    do {\n      current.v = current.o.v = true;\n      if (current.e) {\n        if (isSubject) {\n          for (i = 0, n = points.length; i < n; ++i) stream.point((point = points[i])[0], point[1]);\n        } else {\n          interpolate(current.x, current.n.x, 1, stream);\n        }\n        current = current.n;\n      } else {\n        if (isSubject) {\n          points = current.p.z;\n          for (i = points.length - 1; i >= 0; --i) stream.point((point = points[i])[0], point[1]);\n        } else {\n          interpolate(current.x, current.p.x, -1, stream);\n        }\n        current = current.p;\n      }\n      current = current.o;\n      points = current.z;\n      isSubject = !isSubject;\n    } while (!current.v);\n    stream.lineEnd();\n  }\n}\n\nfunction link(array) {\n  if (!(n = array.length)) return;\n  var n,\n      i = 0,\n      a = array[0],\n      b;\n  while (++i < n) {\n    a.n = b = array[i];\n    b.p = a;\n    a = b;\n  }\n  a.n = b = array[0];\n  b.p = a;\n}\n","import adder from \"./adder\";\nimport {cartesian, cartesianCross, cartesianNormalizeInPlace} from \"./cartesian\";\nimport {asin, atan2, cos, epsilon, halfPi, pi, quarterPi, sin, tau} from \"./math\";\n\nvar sum = adder();\n\nexport default function(polygon, point) {\n  var lambda = point[0],\n      phi = point[1],\n      sinPhi = sin(phi),\n      normal = [sin(lambda), -cos(lambda), 0],\n      angle = 0,\n      winding = 0;\n\n  sum.reset();\n\n  if (sinPhi === 1) phi = halfPi + epsilon;\n  else if (sinPhi === -1) phi = -halfPi - epsilon;\n\n  for (var i = 0, n = polygon.length; i < n; ++i) {\n    if (!(m = (ring = polygon[i]).length)) continue;\n    var ring,\n        m,\n        point0 = ring[m - 1],\n        lambda0 = point0[0],\n        phi0 = point0[1] / 2 + quarterPi,\n        sinPhi0 = sin(phi0),\n        cosPhi0 = cos(phi0);\n\n    for (var j = 0; j < m; ++j, lambda0 = lambda1, sinPhi0 = sinPhi1, cosPhi0 = cosPhi1, point0 = point1) {\n      var point1 = ring[j],\n          lambda1 = point1[0],\n          phi1 = point1[1] / 2 + quarterPi,\n          sinPhi1 = sin(phi1),\n          cosPhi1 = cos(phi1),\n          delta = lambda1 - lambda0,\n          sign = delta >= 0 ? 1 : -1,\n          absDelta = sign * delta,\n          antimeridian = absDelta > pi,\n          k = sinPhi0 * sinPhi1;\n\n      sum.add(atan2(k * sign * sin(absDelta), cosPhi0 * cosPhi1 + k * cos(absDelta)));\n      angle += antimeridian ? delta + sign * tau : delta;\n\n      // Are the longitudes either side of the point’s meridian (lambda),\n      // and are the latitudes smaller than the parallel (phi)?\n      if (antimeridian ^ lambda0 >= lambda ^ lambda1 >= lambda) {\n        var arc = cartesianCross(cartesian(point0), cartesian(point1));\n        cartesianNormalizeInPlace(arc);\n        var intersection = cartesianCross(normal, arc);\n        cartesianNormalizeInPlace(intersection);\n        var phiArc = (antimeridian ^ delta >= 0 ? -1 : 1) * asin(intersection[2]);\n        if (phi > phiArc || phi === phiArc && (arc[0] || arc[1])) {\n          winding += antimeridian ^ delta >= 0 ? 1 : -1;\n        }\n      }\n    }\n  }\n\n  // First, determine whether the South pole is inside or outside:\n  //\n  // It is inside if:\n  // * the polygon winds around it in a clockwise direction.\n  // * the polygon does not (cumulatively) wind around it, but has a negative\n  //   (counter-clockwise) area.\n  //\n  // Second, count the (signed) number of times a segment crosses a lambda\n  // from the point to the South pole.  If it is zero, then the point is the\n  // same side as the South pole.\n\n  return (angle < -epsilon || angle < epsilon && sum < -epsilon) ^ (winding & 1);\n}\n","export default function(a, b) {\n  return a < b ? -1 : a > b ? 1 : a >= b ? 0 : NaN;\n}\n","import ascending from \"./ascending\";\n\nexport default function(compare) {\n  if (compare.length === 1) compare = ascendingComparator(compare);\n  return {\n    left: function(a, x, lo, hi) {\n      if (lo == null) lo = 0;\n      if (hi == null) hi = a.length;\n      while (lo < hi) {\n        var mid = lo + hi >>> 1;\n        if (compare(a[mid], x) < 0) lo = mid + 1;\n        else hi = mid;\n      }\n      return lo;\n    },\n    right: function(a, x, lo, hi) {\n      if (lo == null) lo = 0;\n      if (hi == null) hi = a.length;\n      while (lo < hi) {\n        var mid = lo + hi >>> 1;\n        if (compare(a[mid], x) > 0) hi = mid;\n        else lo = mid + 1;\n      }\n      return lo;\n    }\n  };\n}\n\nfunction ascendingComparator(f) {\n  return function(d, x) {\n    return ascending(f(d), x);\n  };\n}\n","import ascending from \"./ascending\";\nimport bisector from \"./bisector\";\n\nvar ascendingBisect = bisector(ascending);\nexport var bisectRight = ascendingBisect.right;\nexport var bisectLeft = ascendingBisect.left;\nexport default bisectRight;\n","import {pair} from \"./pairs\";\n\nexport default function(values0, values1, reduce) {\n  var n0 = values0.length,\n      n1 = values1.length,\n      values = new Array(n0 * n1),\n      i0,\n      i1,\n      i,\n      value0;\n\n  if (reduce == null) reduce = pair;\n\n  for (i0 = i = 0; i0 < n0; ++i0) {\n    for (value0 = values0[i0], i1 = 0; i1 < n1; ++i1, ++i) {\n      values[i] = reduce(value0, values1[i1]);\n    }\n  }\n\n  return values;\n}\n","var array = Array.prototype;\n\nexport var slice = array.slice;\nexport var map = array.map;\n","export default function(start, stop, step) {\n  start = +start, stop = +stop, step = (n = arguments.length) < 2 ? (stop = start, start = 0, 1) : n < 3 ? 1 : +step;\n\n  var i = -1,\n      n = Math.max(0, Math.ceil((stop - start) / step)) | 0,\n      range = new Array(n);\n\n  while (++i < n) {\n    range[i] = start + i * step;\n  }\n\n  return range;\n}\n","var e10 = Math.sqrt(50),\n    e5 = Math.sqrt(10),\n    e2 = Math.sqrt(2);\n\nexport default function(start, stop, count) {\n  var reverse,\n      i = -1,\n      n,\n      ticks,\n      step;\n\n  stop = +stop, start = +start, count = +count;\n  if (start === stop && count > 0) return [start];\n  if (reverse = stop < start) n = start, start = stop, stop = n;\n  if ((step = tickIncrement(start, stop, count)) === 0 || !isFinite(step)) return [];\n\n  if (step > 0) {\n    start = Math.ceil(start / step);\n    stop = Math.floor(stop / step);\n    ticks = new Array(n = Math.ceil(stop - start + 1));\n    while (++i < n) ticks[i] = (start + i) * step;\n  } else {\n    start = Math.floor(start * step);\n    stop = Math.ceil(stop * step);\n    ticks = new Array(n = Math.ceil(start - stop + 1));\n    while (++i < n) ticks[i] = (start - i) / step;\n  }\n\n  if (reverse) ticks.reverse();\n\n  return ticks;\n}\n\nexport function tickIncrement(start, stop, count) {\n  var step = (stop - start) / Math.max(0, count),\n      power = Math.floor(Math.log(step) / Math.LN10),\n      error = step / Math.pow(10, power);\n  return power >= 0\n      ? (error >= e10 ? 10 : error >= e5 ? 5 : error >= e2 ? 2 : 1) * Math.pow(10, power)\n      : -Math.pow(10, -power) / (error >= e10 ? 10 : error >= e5 ? 5 : error >= e2 ? 2 : 1);\n}\n\nexport function tickStep(start, stop, count) {\n  var step0 = Math.abs(stop - start) / Math.max(0, count),\n      step1 = Math.pow(10, Math.floor(Math.log(step0) / Math.LN10)),\n      error = step0 / step1;\n  if (error >= e10) step1 *= 10;\n  else if (error >= e5) step1 *= 5;\n  else if (error >= e2) step1 *= 2;\n  return stop < start ? -step1 : step1;\n}\n","export default function(values) {\n  return Math.ceil(Math.log(values.length) / Math.LN2) + 1;\n}\n","export default function(arrays) {\n  var n = arrays.length,\n      m,\n      i = -1,\n      j = 0,\n      merged,\n      array;\n\n  while (++i < n) j += arrays[i].length;\n  merged = new Array(j);\n\n  while (--n >= 0) {\n    array = arrays[n];\n    m = array.length;\n    while (--m >= 0) {\n      merged[--j] = array[m];\n    }\n  }\n\n  return merged;\n}\n","import transpose from \"./transpose\";\n\nexport default function() {\n  return transpose(arguments);\n}\n","import clipBuffer from \"./buffer\";\nimport clipRejoin from \"./rejoin\";\nimport {epsilon, halfPi} from \"../math\";\nimport polygonContains from \"../polygonContains\";\nimport {merge} from \"d3-array\";\n\nexport default function(pointVisible, clipLine, interpolate, start) {\n  return function(sink) {\n    var line = clipLine(sink),\n        ringBuffer = clipBuffer(),\n        ringSink = clipLine(ringBuffer),\n        polygonStarted = false,\n        polygon,\n        segments,\n        ring;\n\n    var clip = {\n      point: point,\n      lineStart: lineStart,\n      lineEnd: lineEnd,\n      polygonStart: function() {\n        clip.point = pointRing;\n        clip.lineStart = ringStart;\n        clip.lineEnd = ringEnd;\n        segments = [];\n        polygon = [];\n      },\n      polygonEnd: function() {\n        clip.point = point;\n        clip.lineStart = lineStart;\n        clip.lineEnd = lineEnd;\n        segments = merge(segments);\n        var startInside = polygonContains(polygon, start);\n        if (segments.length) {\n          if (!polygonStarted) sink.polygonStart(), polygonStarted = true;\n          clipRejoin(segments, compareIntersection, startInside, interpolate, sink);\n        } else if (startInside) {\n          if (!polygonStarted) sink.polygonStart(), polygonStarted = true;\n          sink.lineStart();\n          interpolate(null, null, 1, sink);\n          sink.lineEnd();\n        }\n        if (polygonStarted) sink.polygonEnd(), polygonStarted = false;\n        segments = polygon = null;\n      },\n      sphere: function() {\n        sink.polygonStart();\n        sink.lineStart();\n        interpolate(null, null, 1, sink);\n        sink.lineEnd();\n        sink.polygonEnd();\n      }\n    };\n\n    function point(lambda, phi) {\n      if (pointVisible(lambda, phi)) sink.point(lambda, phi);\n    }\n\n    function pointLine(lambda, phi) {\n      line.point(lambda, phi);\n    }\n\n    function lineStart() {\n      clip.point = pointLine;\n      line.lineStart();\n    }\n\n    function lineEnd() {\n      clip.point = point;\n      line.lineEnd();\n    }\n\n    function pointRing(lambda, phi) {\n      ring.push([lambda, phi]);\n      ringSink.point(lambda, phi);\n    }\n\n    function ringStart() {\n      ringSink.lineStart();\n      ring = [];\n    }\n\n    function ringEnd() {\n      pointRing(ring[0][0], ring[0][1]);\n      ringSink.lineEnd();\n\n      var clean = ringSink.clean(),\n          ringSegments = ringBuffer.result(),\n          i, n = ringSegments.length, m,\n          segment,\n          point;\n\n      ring.pop();\n      polygon.push(ring);\n      ring = null;\n\n      if (!n) return;\n\n      // No intersections.\n      if (clean & 1) {\n        segment = ringSegments[0];\n        if ((m = segment.length - 1) > 0) {\n          if (!polygonStarted) sink.polygonStart(), polygonStarted = true;\n          sink.lineStart();\n          for (i = 0; i < m; ++i) sink.point((point = segment[i])[0], point[1]);\n          sink.lineEnd();\n        }\n        return;\n      }\n\n      // Rejoin connected segments.\n      // TODO reuse ringBuffer.rejoin()?\n      if (n > 1 && clean & 2) ringSegments.push(ringSegments.pop().concat(ringSegments.shift()));\n\n      segments.push(ringSegments.filter(validSegment));\n    }\n\n    return clip;\n  };\n}\n\nfunction validSegment(segment) {\n  return segment.length > 1;\n}\n\n// Intersections are sorted along the clip edge. For both antimeridian cutting\n// and circle clipping, the same comparison is used.\nfunction compareIntersection(a, b) {\n  return ((a = a.x)[0] < 0 ? a[1] - halfPi - epsilon : halfPi - a[1])\n       - ((b = b.x)[0] < 0 ? b[1] - halfPi - epsilon : halfPi - b[1]);\n}\n","import clip from \"./index\";\nimport {abs, atan, cos, epsilon, halfPi, pi, sin} from \"../math\";\n\nexport default clip(\n  function() { return true; },\n  clipAntimeridianLine,\n  clipAntimeridianInterpolate,\n  [-pi, -halfPi]\n);\n\n// Takes a line and cuts into visible segments. Return values: 0 - there were\n// intersections or the line was empty; 1 - no intersections; 2 - there were\n// intersections, and the first and last segments should be rejoined.\nfunction clipAntimeridianLine(stream) {\n  var lambda0 = NaN,\n      phi0 = NaN,\n      sign0 = NaN,\n      clean; // no intersections\n\n  return {\n    lineStart: function() {\n      stream.lineStart();\n      clean = 1;\n    },\n    point: function(lambda1, phi1) {\n      var sign1 = lambda1 > 0 ? pi : -pi,\n          delta = abs(lambda1 - lambda0);\n      if (abs(delta - pi) < epsilon) { // line crosses a pole\n        stream.point(lambda0, phi0 = (phi0 + phi1) / 2 > 0 ? halfPi : -halfPi);\n        stream.point(sign0, phi0);\n        stream.lineEnd();\n        stream.lineStart();\n        stream.point(sign1, phi0);\n        stream.point(lambda1, phi0);\n        clean = 0;\n      } else if (sign0 !== sign1 && delta >= pi) { // line crosses antimeridian\n        if (abs(lambda0 - sign0) < epsilon) lambda0 -= sign0 * epsilon; // handle degeneracies\n        if (abs(lambda1 - sign1) < epsilon) lambda1 -= sign1 * epsilon;\n        phi0 = clipAntimeridianIntersect(lambda0, phi0, lambda1, phi1);\n        stream.point(sign0, phi0);\n        stream.lineEnd();\n        stream.lineStart();\n        stream.point(sign1, phi0);\n        clean = 0;\n      }\n      stream.point(lambda0 = lambda1, phi0 = phi1);\n      sign0 = sign1;\n    },\n    lineEnd: function() {\n      stream.lineEnd();\n      lambda0 = phi0 = NaN;\n    },\n    clean: function() {\n      return 2 - clean; // if intersections, rejoin first and last segments\n    }\n  };\n}\n\nfunction clipAntimeridianIntersect(lambda0, phi0, lambda1, phi1) {\n  var cosPhi0,\n      cosPhi1,\n      sinLambda0Lambda1 = sin(lambda0 - lambda1);\n  return abs(sinLambda0Lambda1) > epsilon\n      ? atan((sin(phi0) * (cosPhi1 = cos(phi1)) * sin(lambda1)\n          - sin(phi1) * (cosPhi0 = cos(phi0)) * sin(lambda0))\n          / (cosPhi0 * cosPhi1 * sinLambda0Lambda1))\n      : (phi0 + phi1) / 2;\n}\n\nfunction clipAntimeridianInterpolate(from, to, direction, stream) {\n  var phi;\n  if (from == null) {\n    phi = direction * halfPi;\n    stream.point(-pi, phi);\n    stream.point(0, phi);\n    stream.point(pi, phi);\n    stream.point(pi, 0);\n    stream.point(pi, -phi);\n    stream.point(0, -phi);\n    stream.point(-pi, -phi);\n    stream.point(-pi, 0);\n    stream.point(-pi, phi);\n  } else if (abs(from[0] - to[0]) > epsilon) {\n    var lambda = from[0] < to[0] ? pi : -pi;\n    phi = direction * lambda / 2;\n    stream.point(-lambda, phi);\n    stream.point(0, phi);\n    stream.point(lambda, phi);\n  } else {\n    stream.point(to[0], to[1]);\n  }\n}\n","import {cartesian, cartesianAddInPlace, cartesianCross, cartesianDot, cartesianScale, spherical} from \"../cartesian\";\nimport {circleStream} from \"../circle\";\nimport {abs, cos, epsilon, pi, radians, sqrt} from \"../math\";\nimport pointEqual from \"../pointEqual\";\nimport clip from \"./index\";\n\nexport default function(radius) {\n  var cr = cos(radius),\n      delta = 6 * radians,\n      smallRadius = cr > 0,\n      notHemisphere = abs(cr) > epsilon; // TODO optimise for this common case\n\n  function interpolate(from, to, direction, stream) {\n    circleStream(stream, radius, delta, direction, from, to);\n  }\n\n  function visible(lambda, phi) {\n    return cos(lambda) * cos(phi) > cr;\n  }\n\n  // Takes a line and cuts into visible segments. Return values used for polygon\n  // clipping: 0 - there were intersections or the line was empty; 1 - no\n  // intersections 2 - there were intersections, and the first and last segments\n  // should be rejoined.\n  function clipLine(stream) {\n    var point0, // previous point\n        c0, // code for previous point\n        v0, // visibility of previous point\n        v00, // visibility of first point\n        clean; // no intersections\n    return {\n      lineStart: function() {\n        v00 = v0 = false;\n        clean = 1;\n      },\n      point: function(lambda, phi) {\n        var point1 = [lambda, phi],\n            point2,\n            v = visible(lambda, phi),\n            c = smallRadius\n              ? v ? 0 : code(lambda, phi)\n              : v ? code(lambda + (lambda < 0 ? pi : -pi), phi) : 0;\n        if (!point0 && (v00 = v0 = v)) stream.lineStart();\n        // Handle degeneracies.\n        // TODO ignore if not clipping polygons.\n        if (v !== v0) {\n          point2 = intersect(point0, point1);\n          if (!point2 || pointEqual(point0, point2) || pointEqual(point1, point2)) {\n            point1[0] += epsilon;\n            point1[1] += epsilon;\n            v = visible(point1[0], point1[1]);\n          }\n        }\n        if (v !== v0) {\n          clean = 0;\n          if (v) {\n            // outside going in\n            stream.lineStart();\n            point2 = intersect(point1, point0);\n            stream.point(point2[0], point2[1]);\n          } else {\n            // inside going out\n            point2 = intersect(point0, point1);\n            stream.point(point2[0], point2[1]);\n            stream.lineEnd();\n          }\n          point0 = point2;\n        } else if (notHemisphere && point0 && smallRadius ^ v) {\n          var t;\n          // If the codes for two points are different, or are both zero,\n          // and there this segment intersects with the small circle.\n          if (!(c & c0) && (t = intersect(point1, point0, true))) {\n            clean = 0;\n            if (smallRadius) {\n              stream.lineStart();\n              stream.point(t[0][0], t[0][1]);\n              stream.point(t[1][0], t[1][1]);\n              stream.lineEnd();\n            } else {\n              stream.point(t[1][0], t[1][1]);\n              stream.lineEnd();\n              stream.lineStart();\n              stream.point(t[0][0], t[0][1]);\n            }\n          }\n        }\n        if (v && (!point0 || !pointEqual(point0, point1))) {\n          stream.point(point1[0], point1[1]);\n        }\n        point0 = point1, v0 = v, c0 = c;\n      },\n      lineEnd: function() {\n        if (v0) stream.lineEnd();\n        point0 = null;\n      },\n      // Rejoin first and last segments if there were intersections and the first\n      // and last points were visible.\n      clean: function() {\n        return clean | ((v00 && v0) << 1);\n      }\n    };\n  }\n\n  // Intersects the great circle between a and b with the clip circle.\n  function intersect(a, b, two) {\n    var pa = cartesian(a),\n        pb = cartesian(b);\n\n    // We have two planes, n1.p = d1 and n2.p = d2.\n    // Find intersection line p(t) = c1 n1 + c2 n2 + t (n1 ⨯ n2).\n    var n1 = [1, 0, 0], // normal\n        n2 = cartesianCross(pa, pb),\n        n2n2 = cartesianDot(n2, n2),\n        n1n2 = n2[0], // cartesianDot(n1, n2),\n        determinant = n2n2 - n1n2 * n1n2;\n\n    // Two polar points.\n    if (!determinant) return !two && a;\n\n    var c1 =  cr * n2n2 / determinant,\n        c2 = -cr * n1n2 / determinant,\n        n1xn2 = cartesianCross(n1, n2),\n        A = cartesianScale(n1, c1),\n        B = cartesianScale(n2, c2);\n    cartesianAddInPlace(A, B);\n\n    // Solve |p(t)|^2 = 1.\n    var u = n1xn2,\n        w = cartesianDot(A, u),\n        uu = cartesianDot(u, u),\n        t2 = w * w - uu * (cartesianDot(A, A) - 1);\n\n    if (t2 < 0) return;\n\n    var t = sqrt(t2),\n        q = cartesianScale(u, (-w - t) / uu);\n    cartesianAddInPlace(q, A);\n    q = spherical(q);\n\n    if (!two) return q;\n\n    // Two intersection points.\n    var lambda0 = a[0],\n        lambda1 = b[0],\n        phi0 = a[1],\n        phi1 = b[1],\n        z;\n\n    if (lambda1 < lambda0) z = lambda0, lambda0 = lambda1, lambda1 = z;\n\n    var delta = lambda1 - lambda0,\n        polar = abs(delta - pi) < epsilon,\n        meridian = polar || delta < epsilon;\n\n    if (!polar && phi1 < phi0) z = phi0, phi0 = phi1, phi1 = z;\n\n    // Check that the first point is between a and b.\n    if (meridian\n        ? polar\n          ? phi0 + phi1 > 0 ^ q[1] < (abs(q[0] - lambda0) < epsilon ? phi0 : phi1)\n          : phi0 <= q[1] && q[1] <= phi1\n        : delta > pi ^ (lambda0 <= q[0] && q[0] <= lambda1)) {\n      var q1 = cartesianScale(u, (-w + t) / uu);\n      cartesianAddInPlace(q1, A);\n      return [q, spherical(q1)];\n    }\n  }\n\n  // Generates a 4-bit vector representing the location of a point relative to\n  // the small circle's bounding box.\n  function code(lambda, phi) {\n    var r = smallRadius ? radius : pi - radius,\n        code = 0;\n    if (lambda < -r) code |= 1; // left\n    else if (lambda > r) code |= 2; // right\n    if (phi < -r) code |= 4; // below\n    else if (phi > r) code |= 8; // above\n    return code;\n  }\n\n  return clip(visible, clipLine, interpolate, smallRadius ? [0, -radius] : [-pi, radius - pi]);\n}\n","export default function(a, b, x0, y0, x1, y1) {\n  var ax = a[0],\n      ay = a[1],\n      bx = b[0],\n      by = b[1],\n      t0 = 0,\n      t1 = 1,\n      dx = bx - ax,\n      dy = by - ay,\n      r;\n\n  r = x0 - ax;\n  if (!dx && r > 0) return;\n  r /= dx;\n  if (dx < 0) {\n    if (r < t0) return;\n    if (r < t1) t1 = r;\n  } else if (dx > 0) {\n    if (r > t1) return;\n    if (r > t0) t0 = r;\n  }\n\n  r = x1 - ax;\n  if (!dx && r < 0) return;\n  r /= dx;\n  if (dx < 0) {\n    if (r > t1) return;\n    if (r > t0) t0 = r;\n  } else if (dx > 0) {\n    if (r < t0) return;\n    if (r < t1) t1 = r;\n  }\n\n  r = y0 - ay;\n  if (!dy && r > 0) return;\n  r /= dy;\n  if (dy < 0) {\n    if (r < t0) return;\n    if (r < t1) t1 = r;\n  } else if (dy > 0) {\n    if (r > t1) return;\n    if (r > t0) t0 = r;\n  }\n\n  r = y1 - ay;\n  if (!dy && r < 0) return;\n  r /= dy;\n  if (dy < 0) {\n    if (r > t1) return;\n    if (r > t0) t0 = r;\n  } else if (dy > 0) {\n    if (r < t0) return;\n    if (r < t1) t1 = r;\n  }\n\n  if (t0 > 0) a[0] = ax + t0 * dx, a[1] = ay + t0 * dy;\n  if (t1 < 1) b[0] = ax + t1 * dx, b[1] = ay + t1 * dy;\n  return true;\n}\n","import {abs, epsilon} from \"../math\";\nimport clipBuffer from \"./buffer\";\nimport clipLine from \"./line\";\nimport clipRejoin from \"./rejoin\";\nimport {merge} from \"d3-array\";\n\nvar clipMax = 1e9, clipMin = -clipMax;\n\n// TODO Use d3-polygon’s polygonContains here for the ring check?\n// TODO Eliminate duplicate buffering in clipBuffer and polygon.push?\n\nexport default function clipRectangle(x0, y0, x1, y1) {\n\n  function visible(x, y) {\n    return x0 <= x && x <= x1 && y0 <= y && y <= y1;\n  }\n\n  function interpolate(from, to, direction, stream) {\n    var a = 0, a1 = 0;\n    if (from == null\n        || (a = corner(from, direction)) !== (a1 = corner(to, direction))\n        || comparePoint(from, to) < 0 ^ direction > 0) {\n      do stream.point(a === 0 || a === 3 ? x0 : x1, a > 1 ? y1 : y0);\n      while ((a = (a + direction + 4) % 4) !== a1);\n    } else {\n      stream.point(to[0], to[1]);\n    }\n  }\n\n  function corner(p, direction) {\n    return abs(p[0] - x0) < epsilon ? direction > 0 ? 0 : 3\n        : abs(p[0] - x1) < epsilon ? direction > 0 ? 2 : 1\n        : abs(p[1] - y0) < epsilon ? direction > 0 ? 1 : 0\n        : direction > 0 ? 3 : 2; // abs(p[1] - y1) < epsilon\n  }\n\n  function compareIntersection(a, b) {\n    return comparePoint(a.x, b.x);\n  }\n\n  function comparePoint(a, b) {\n    var ca = corner(a, 1),\n        cb = corner(b, 1);\n    return ca !== cb ? ca - cb\n        : ca === 0 ? b[1] - a[1]\n        : ca === 1 ? a[0] - b[0]\n        : ca === 2 ? a[1] - b[1]\n        : b[0] - a[0];\n  }\n\n  return function(stream) {\n    var activeStream = stream,\n        bufferStream = clipBuffer(),\n        segments,\n        polygon,\n        ring,\n        x__, y__, v__, // first point\n        x_, y_, v_, // previous point\n        first,\n        clean;\n\n    var clipStream = {\n      point: point,\n      lineStart: lineStart,\n      lineEnd: lineEnd,\n      polygonStart: polygonStart,\n      polygonEnd: polygonEnd\n    };\n\n    function point(x, y) {\n      if (visible(x, y)) activeStream.point(x, y);\n    }\n\n    function polygonInside() {\n      var winding = 0;\n\n      for (var i = 0, n = polygon.length; i < n; ++i) {\n        for (var ring = polygon[i], j = 1, m = ring.length, point = ring[0], a0, a1, b0 = point[0], b1 = point[1]; j < m; ++j) {\n          a0 = b0, a1 = b1, point = ring[j], b0 = point[0], b1 = point[1];\n          if (a1 <= y1) { if (b1 > y1 && (b0 - a0) * (y1 - a1) > (b1 - a1) * (x0 - a0)) ++winding; }\n          else { if (b1 <= y1 && (b0 - a0) * (y1 - a1) < (b1 - a1) * (x0 - a0)) --winding; }\n        }\n      }\n\n      return winding;\n    }\n\n    // Buffer geometry within a polygon and then clip it en masse.\n    function polygonStart() {\n      activeStream = bufferStream, segments = [], polygon = [], clean = true;\n    }\n\n    function polygonEnd() {\n      var startInside = polygonInside(),\n          cleanInside = clean && startInside,\n          visible = (segments = merge(segments)).length;\n      if (cleanInside || visible) {\n        stream.polygonStart();\n        if (cleanInside) {\n          stream.lineStart();\n          interpolate(null, null, 1, stream);\n          stream.lineEnd();\n        }\n        if (visible) {\n          clipRejoin(segments, compareIntersection, startInside, interpolate, stream);\n        }\n        stream.polygonEnd();\n      }\n      activeStream = stream, segments = polygon = ring = null;\n    }\n\n    function lineStart() {\n      clipStream.point = linePoint;\n      if (polygon) polygon.push(ring = []);\n      first = true;\n      v_ = false;\n      x_ = y_ = NaN;\n    }\n\n    // TODO rather than special-case polygons, simply handle them separately.\n    // Ideally, coincident intersection points should be jittered to avoid\n    // clipping issues.\n    function lineEnd() {\n      if (segments) {\n        linePoint(x__, y__);\n        if (v__ && v_) bufferStream.rejoin();\n        segments.push(bufferStream.result());\n      }\n      clipStream.point = point;\n      if (v_) activeStream.lineEnd();\n    }\n\n    function linePoint(x, y) {\n      var v = visible(x, y);\n      if (polygon) ring.push([x, y]);\n      if (first) {\n        x__ = x, y__ = y, v__ = v;\n        first = false;\n        if (v) {\n          activeStream.lineStart();\n          activeStream.point(x, y);\n        }\n      } else {\n        if (v && v_) activeStream.point(x, y);\n        else {\n          var a = [x_ = Math.max(clipMin, Math.min(clipMax, x_)), y_ = Math.max(clipMin, Math.min(clipMax, y_))],\n              b = [x = Math.max(clipMin, Math.min(clipMax, x)), y = Math.max(clipMin, Math.min(clipMax, y))];\n          if (clipLine(a, b, x0, y0, x1, y1)) {\n            if (!v_) {\n              activeStream.lineStart();\n              activeStream.point(a[0], a[1]);\n            }\n            activeStream.point(b[0], b[1]);\n            if (!v) activeStream.lineEnd();\n            clean = false;\n          } else if (v) {\n            activeStream.lineStart();\n            activeStream.point(x, y);\n            clean = false;\n          }\n        }\n      }\n      x_ = x, y_ = y, v_ = v;\n    }\n\n    return clipStream;\n  };\n}\n","import clipRectangle from \"./rectangle\";\n\nexport default function() {\n  var x0 = 0,\n      y0 = 0,\n      x1 = 960,\n      y1 = 500,\n      cache,\n      cacheStream,\n      clip;\n\n  return clip = {\n    stream: function(stream) {\n      return cache && cacheStream === stream ? cache : cache = clipRectangle(x0, y0, x1, y1)(cacheStream = stream);\n    },\n    extent: function(_) {\n      return arguments.length ? (x0 = +_[0][0], y0 = +_[0][1], x1 = +_[1][0], y1 = +_[1][1], cache = cacheStream = null, clip) : [[x0, y0], [x1, y1]];\n    }\n  };\n}\n","import adder from \"./adder\";\nimport {abs, atan2, cos, radians, sin, sqrt} from \"./math\";\nimport noop from \"./noop\";\nimport stream from \"./stream\";\n\nvar lengthSum = adder(),\n    lambda0,\n    sinPhi0,\n    cosPhi0;\n\nvar lengthStream = {\n  sphere: noop,\n  point: noop,\n  lineStart: lengthLineStart,\n  lineEnd: noop,\n  polygonStart: noop,\n  polygonEnd: noop\n};\n\nfunction lengthLineStart() {\n  lengthStream.point = lengthPointFirst;\n  lengthStream.lineEnd = lengthLineEnd;\n}\n\nfunction lengthLineEnd() {\n  lengthStream.point = lengthStream.lineEnd = noop;\n}\n\nfunction lengthPointFirst(lambda, phi) {\n  lambda *= radians, phi *= radians;\n  lambda0 = lambda, sinPhi0 = sin(phi), cosPhi0 = cos(phi);\n  lengthStream.point = lengthPoint;\n}\n\nfunction lengthPoint(lambda, phi) {\n  lambda *= radians, phi *= radians;\n  var sinPhi = sin(phi),\n      cosPhi = cos(phi),\n      delta = abs(lambda - lambda0),\n      cosDelta = cos(delta),\n      sinDelta = sin(delta),\n      x = cosPhi * sinDelta,\n      y = cosPhi0 * sinPhi - sinPhi0 * cosPhi * cosDelta,\n      z = sinPhi0 * sinPhi + cosPhi0 * cosPhi * cosDelta;\n  lengthSum.add(atan2(sqrt(x * x + y * y), z));\n  lambda0 = lambda, sinPhi0 = sinPhi, cosPhi0 = cosPhi;\n}\n\nexport default function(object) {\n  lengthSum.reset();\n  stream(object, lengthStream);\n  return +lengthSum;\n}\n","import length from \"./length\";\n\nvar coordinates = [null, null],\n    object = {type: \"LineString\", coordinates: coordinates};\n\nexport default function(a, b) {\n  coordinates[0] = a;\n  coordinates[1] = b;\n  return length(object);\n}\n","import {default as polygonContains} from \"./polygonContains\";\nimport {default as distance} from \"./distance\";\nimport {epsilon, radians} from \"./math\";\n\nvar containsObjectType = {\n  Feature: function(object, point) {\n    return containsGeometry(object.geometry, point);\n  },\n  FeatureCollection: function(object, point) {\n    var features = object.features, i = -1, n = features.length;\n    while (++i < n) if (containsGeometry(features[i].geometry, point)) return true;\n    return false;\n  }\n};\n\nvar containsGeometryType = {\n  Sphere: function() {\n    return true;\n  },\n  Point: function(object, point) {\n    return containsPoint(object.coordinates, point);\n  },\n  MultiPoint: function(object, point) {\n    var coordinates = object.coordinates, i = -1, n = coordinates.length;\n    while (++i < n) if (containsPoint(coordinates[i], point)) return true;\n    return false;\n  },\n  LineString: function(object, point) {\n    return containsLine(object.coordinates, point);\n  },\n  MultiLineString: function(object, point) {\n    var coordinates = object.coordinates, i = -1, n = coordinates.length;\n    while (++i < n) if (containsLine(coordinates[i], point)) return true;\n    return false;\n  },\n  Polygon: function(object, point) {\n    return containsPolygon(object.coordinates, point);\n  },\n  MultiPolygon: function(object, point) {\n    var coordinates = object.coordinates, i = -1, n = coordinates.length;\n    while (++i < n) if (containsPolygon(coordinates[i], point)) return true;\n    return false;\n  },\n  GeometryCollection: function(object, point) {\n    var geometries = object.geometries, i = -1, n = geometries.length;\n    while (++i < n) if (containsGeometry(geometries[i], point)) return true;\n    return false;\n  }\n};\n\nfunction containsGeometry(geometry, point) {\n  return geometry && containsGeometryType.hasOwnProperty(geometry.type)\n      ? containsGeometryType[geometry.type](geometry, point)\n      : false;\n}\n\nfunction containsPoint(coordinates, point) {\n  return distance(coordinates, point) === 0;\n}\n\nfunction containsLine(coordinates, point) {\n  var ab = distance(coordinates[0], coordinates[1]),\n      ao = distance(coordinates[0], point),\n      ob = distance(point, coordinates[1]);\n  return ao + ob <= ab + epsilon;\n}\n\nfunction containsPolygon(coordinates, point) {\n  return !!polygonContains(coordinates.map(ringRadians), pointRadians(point));\n}\n\nfunction ringRadians(ring) {\n  return ring = ring.map(pointRadians), ring.pop(), ring;\n}\n\nfunction pointRadians(point) {\n  return [point[0] * radians, point[1] * radians];\n}\n\nexport default function(object, point) {\n  return (object && containsObjectType.hasOwnProperty(object.type)\n      ? containsObjectType[object.type]\n      : containsGeometry)(object, point);\n}\n","import {range} from \"d3-array\";\nimport {abs, ceil, epsilon} from \"./math\";\n\nfunction graticuleX(y0, y1, dy) {\n  var y = range(y0, y1 - epsilon, dy).concat(y1);\n  return function(x) { return y.map(function(y) { return [x, y]; }); };\n}\n\nfunction graticuleY(x0, x1, dx) {\n  var x = range(x0, x1 - epsilon, dx).concat(x1);\n  return function(y) { return x.map(function(x) { return [x, y]; }); };\n}\n\nexport default function graticule() {\n  var x1, x0, X1, X0,\n      y1, y0, Y1, Y0,\n      dx = 10, dy = dx, DX = 90, DY = 360,\n      x, y, X, Y,\n      precision = 2.5;\n\n  function graticule() {\n    return {type: \"MultiLineString\", coordinates: lines()};\n  }\n\n  function lines() {\n    return range(ceil(X0 / DX) * DX, X1, DX).map(X)\n        .concat(range(ceil(Y0 / DY) * DY, Y1, DY).map(Y))\n        .concat(range(ceil(x0 / dx) * dx, x1, dx).filter(function(x) { return abs(x % DX) > epsilon; }).map(x))\n        .concat(range(ceil(y0 / dy) * dy, y1, dy).filter(function(y) { return abs(y % DY) > epsilon; }).map(y));\n  }\n\n  graticule.lines = function() {\n    return lines().map(function(coordinates) { return {type: \"LineString\", coordinates: coordinates}; });\n  };\n\n  graticule.outline = function() {\n    return {\n      type: \"Polygon\",\n      coordinates: [\n        X(X0).concat(\n        Y(Y1).slice(1),\n        X(X1).reverse().slice(1),\n        Y(Y0).reverse().slice(1))\n      ]\n    };\n  };\n\n  graticule.extent = function(_) {\n    if (!arguments.length) return graticule.extentMinor();\n    return graticule.extentMajor(_).extentMinor(_);\n  };\n\n  graticule.extentMajor = function(_) {\n    if (!arguments.length) return [[X0, Y0], [X1, Y1]];\n    X0 = +_[0][0], X1 = +_[1][0];\n    Y0 = +_[0][1], Y1 = +_[1][1];\n    if (X0 > X1) _ = X0, X0 = X1, X1 = _;\n    if (Y0 > Y1) _ = Y0, Y0 = Y1, Y1 = _;\n    return graticule.precision(precision);\n  };\n\n  graticule.extentMinor = function(_) {\n    if (!arguments.length) return [[x0, y0], [x1, y1]];\n    x0 = +_[0][0], x1 = +_[1][0];\n    y0 = +_[0][1], y1 = +_[1][1];\n    if (x0 > x1) _ = x0, x0 = x1, x1 = _;\n    if (y0 > y1) _ = y0, y0 = y1, y1 = _;\n    return graticule.precision(precision);\n  };\n\n  graticule.step = function(_) {\n    if (!arguments.length) return graticule.stepMinor();\n    return graticule.stepMajor(_).stepMinor(_);\n  };\n\n  graticule.stepMajor = function(_) {\n    if (!arguments.length) return [DX, DY];\n    DX = +_[0], DY = +_[1];\n    return graticule;\n  };\n\n  graticule.stepMinor = function(_) {\n    if (!arguments.length) return [dx, dy];\n    dx = +_[0], dy = +_[1];\n    return graticule;\n  };\n\n  graticule.precision = function(_) {\n    if (!arguments.length) return precision;\n    precision = +_;\n    x = graticuleX(y0, y1, 90);\n    y = graticuleY(x0, x1, precision);\n    X = graticuleX(Y0, Y1, 90);\n    Y = graticuleY(X0, X1, precision);\n    return graticule;\n  };\n\n  return graticule\n      .extentMajor([[-180, -90 + epsilon], [180, 90 - epsilon]])\n      .extentMinor([[-180, -80 - epsilon], [180, 80 + epsilon]]);\n}\n\nexport function graticule10() {\n  return graticule()();\n}\n","import {asin, atan2, cos, degrees, haversin, radians, sin, sqrt} from \"./math\";\n\nexport default function(a, b) {\n  var x0 = a[0] * radians,\n      y0 = a[1] * radians,\n      x1 = b[0] * radians,\n      y1 = b[1] * radians,\n      cy0 = cos(y0),\n      sy0 = sin(y0),\n      cy1 = cos(y1),\n      sy1 = sin(y1),\n      kx0 = cy0 * cos(x0),\n      ky0 = cy0 * sin(x0),\n      kx1 = cy1 * cos(x1),\n      ky1 = cy1 * sin(x1),\n      d = 2 * asin(sqrt(haversin(y1 - y0) + cy0 * cy1 * haversin(x1 - x0))),\n      k = sin(d);\n\n  var interpolate = d ? function(t) {\n    var B = sin(t *= d) / k,\n        A = sin(d - t) / k,\n        x = A * kx0 + B * kx1,\n        y = A * ky0 + B * ky1,\n        z = A * sy0 + B * sy1;\n    return [\n      atan2(y, x) * degrees,\n      atan2(z, sqrt(x * x + y * y)) * degrees\n    ];\n  } : function() {\n    return [x0 * degrees, y0 * degrees];\n  };\n\n  interpolate.distance = d;\n\n  return interpolate;\n}\n","import adder from \"../adder\";\nimport {abs} from \"../math\";\nimport noop from \"../noop\";\n\nvar areaSum = adder(),\n    areaRingSum = adder(),\n    x00,\n    y00,\n    x0,\n    y0;\n\nvar areaStream = {\n  point: noop,\n  lineStart: noop,\n  lineEnd: noop,\n  polygonStart: function() {\n    areaStream.lineStart = areaRingStart;\n    areaStream.lineEnd = areaRingEnd;\n  },\n  polygonEnd: function() {\n    areaStream.lineStart = areaStream.lineEnd = areaStream.point = noop;\n    areaSum.add(abs(areaRingSum));\n    areaRingSum.reset();\n  },\n  result: function() {\n    var area = areaSum / 2;\n    areaSum.reset();\n    return area;\n  }\n};\n\nfunction areaRingStart() {\n  areaStream.point = areaPointFirst;\n}\n\nfunction areaPointFirst(x, y) {\n  areaStream.point = areaPoint;\n  x00 = x0 = x, y00 = y0 = y;\n}\n\nfunction areaPoint(x, y) {\n  areaRingSum.add(y0 * x - x0 * y);\n  x0 = x, y0 = y;\n}\n\nfunction areaRingEnd() {\n  areaPoint(x00, y00);\n}\n\nexport default areaStream;\n","export default function(x) {\n  return x;\n}\n","import noop from \"../noop\";\n\nvar x0 = Infinity,\n    y0 = x0,\n    x1 = -x0,\n    y1 = x1;\n\nvar boundsStream = {\n  point: boundsPoint,\n  lineStart: noop,\n  lineEnd: noop,\n  polygonStart: noop,\n  polygonEnd: noop,\n  result: function() {\n    var bounds = [[x0, y0], [x1, y1]];\n    x1 = y1 = -(y0 = x0 = Infinity);\n    return bounds;\n  }\n};\n\nfunction boundsPoint(x, y) {\n  if (x < x0) x0 = x;\n  if (x > x1) x1 = x;\n  if (y < y0) y0 = y;\n  if (y > y1) y1 = y;\n}\n\nexport default boundsStream;\n","import {sqrt} from \"../math\";\n\n// TODO Enforce positive area for exterior, negative area for interior?\n\nvar X0 = 0,\n    Y0 = 0,\n    Z0 = 0,\n    X1 = 0,\n    Y1 = 0,\n    Z1 = 0,\n    X2 = 0,\n    Y2 = 0,\n    Z2 = 0,\n    x00,\n    y00,\n    x0,\n    y0;\n\nvar centroidStream = {\n  point: centroidPoint,\n  lineStart: centroidLineStart,\n  lineEnd: centroidLineEnd,\n  polygonStart: function() {\n    centroidStream.lineStart = centroidRingStart;\n    centroidStream.lineEnd = centroidRingEnd;\n  },\n  polygonEnd: function() {\n    centroidStream.point = centroidPoint;\n    centroidStream.lineStart = centroidLineStart;\n    centroidStream.lineEnd = centroidLineEnd;\n  },\n  result: function() {\n    var centroid = Z2 ? [X2 / Z2, Y2 / Z2]\n        : Z1 ? [X1 / Z1, Y1 / Z1]\n        : Z0 ? [X0 / Z0, Y0 / Z0]\n        : [NaN, NaN];\n    X0 = Y0 = Z0 =\n    X1 = Y1 = Z1 =\n    X2 = Y2 = Z2 = 0;\n    return centroid;\n  }\n};\n\nfunction centroidPoint(x, y) {\n  X0 += x;\n  Y0 += y;\n  ++Z0;\n}\n\nfunction centroidLineStart() {\n  centroidStream.point = centroidPointFirstLine;\n}\n\nfunction centroidPointFirstLine(x, y) {\n  centroidStream.point = centroidPointLine;\n  centroidPoint(x0 = x, y0 = y);\n}\n\nfunction centroidPointLine(x, y) {\n  var dx = x - x0, dy = y - y0, z = sqrt(dx * dx + dy * dy);\n  X1 += z * (x0 + x) / 2;\n  Y1 += z * (y0 + y) / 2;\n  Z1 += z;\n  centroidPoint(x0 = x, y0 = y);\n}\n\nfunction centroidLineEnd() {\n  centroidStream.point = centroidPoint;\n}\n\nfunction centroidRingStart() {\n  centroidStream.point = centroidPointFirstRing;\n}\n\nfunction centroidRingEnd() {\n  centroidPointRing(x00, y00);\n}\n\nfunction centroidPointFirstRing(x, y) {\n  centroidStream.point = centroidPointRing;\n  centroidPoint(x00 = x0 = x, y00 = y0 = y);\n}\n\nfunction centroidPointRing(x, y) {\n  var dx = x - x0,\n      dy = y - y0,\n      z = sqrt(dx * dx + dy * dy);\n\n  X1 += z * (x0 + x) / 2;\n  Y1 += z * (y0 + y) / 2;\n  Z1 += z;\n\n  z = y0 * x - x0 * y;\n  X2 += z * (x0 + x);\n  Y2 += z * (y0 + y);\n  Z2 += z * 3;\n  centroidPoint(x0 = x, y0 = y);\n}\n\nexport default centroidStream;\n","import {tau} from \"../math\";\nimport noop from \"../noop\";\n\nexport default function PathContext(context) {\n  this._context = context;\n}\n\nPathContext.prototype = {\n  _radius: 4.5,\n  pointRadius: function(_) {\n    return this._radius = _, this;\n  },\n  polygonStart: function() {\n    this._line = 0;\n  },\n  polygonEnd: function() {\n    this._line = NaN;\n  },\n  lineStart: function() {\n    this._point = 0;\n  },\n  lineEnd: function() {\n    if (this._line === 0) this._context.closePath();\n    this._point = NaN;\n  },\n  point: function(x, y) {\n    switch (this._point) {\n      case 0: {\n        this._context.moveTo(x, y);\n        this._point = 1;\n        break;\n      }\n      case 1: {\n        this._context.lineTo(x, y);\n        break;\n      }\n      default: {\n        this._context.moveTo(x + this._radius, y);\n        this._context.arc(x, y, this._radius, 0, tau);\n        break;\n      }\n    }\n  },\n  result: noop\n};\n","import adder from \"../adder\";\nimport {sqrt} from \"../math\";\nimport noop from \"../noop\";\n\nvar lengthSum = adder(),\n    lengthRing,\n    x00,\n    y00,\n    x0,\n    y0;\n\nvar lengthStream = {\n  point: noop,\n  lineStart: function() {\n    lengthStream.point = lengthPointFirst;\n  },\n  lineEnd: function() {\n    if (lengthRing) lengthPoint(x00, y00);\n    lengthStream.point = noop;\n  },\n  polygonStart: function() {\n    lengthRing = true;\n  },\n  polygonEnd: function() {\n    lengthRing = null;\n  },\n  result: function() {\n    var length = +lengthSum;\n    lengthSum.reset();\n    return length;\n  }\n};\n\nfunction lengthPointFirst(x, y) {\n  lengthStream.point = lengthPoint;\n  x00 = x0 = x, y00 = y0 = y;\n}\n\nfunction lengthPoint(x, y) {\n  x0 -= x, y0 -= y;\n  lengthSum.add(sqrt(x0 * x0 + y0 * y0));\n  x0 = x, y0 = y;\n}\n\nexport default lengthStream;\n","export default function PathString() {\n  this._string = [];\n}\n\nPathString.prototype = {\n  _radius: 4.5,\n  _circle: circle(4.5),\n  pointRadius: function(_) {\n    if ((_ = +_) !== this._radius) this._radius = _, this._circle = null;\n    return this;\n  },\n  polygonStart: function() {\n    this._line = 0;\n  },\n  polygonEnd: function() {\n    this._line = NaN;\n  },\n  lineStart: function() {\n    this._point = 0;\n  },\n  lineEnd: function() {\n    if (this._line === 0) this._string.push(\"Z\");\n    this._point = NaN;\n  },\n  point: function(x, y) {\n    switch (this._point) {\n      case 0: {\n        this._string.push(\"M\", x, \",\", y);\n        this._point = 1;\n        break;\n      }\n      case 1: {\n        this._string.push(\"L\", x, \",\", y);\n        break;\n      }\n      default: {\n        if (this._circle == null) this._circle = circle(this._radius);\n        this._string.push(\"M\", x, \",\", y, this._circle);\n        break;\n      }\n    }\n  },\n  result: function() {\n    if (this._string.length) {\n      var result = this._string.join(\"\");\n      this._string = [];\n      return result;\n    } else {\n      return null;\n    }\n  }\n};\n\nfunction circle(radius) {\n  return \"m0,\" + radius\n      + \"a\" + radius + \",\" + radius + \" 0 1,1 0,\" + -2 * radius\n      + \"a\" + radius + \",\" + radius + \" 0 1,1 0,\" + 2 * radius\n      + \"z\";\n}\n","import identity from \"../identity\";\nimport stream from \"../stream\";\nimport pathArea from \"./area\";\nimport pathBounds from \"./bounds\";\nimport pathCentroid from \"./centroid\";\nimport PathContext from \"./context\";\nimport pathMeasure from \"./measure\";\nimport PathString from \"./string\";\n\nexport default function(projection, context) {\n  var pointRadius = 4.5,\n      projectionStream,\n      contextStream;\n\n  function path(object) {\n    if (object) {\n      if (typeof pointRadius === \"function\") contextStream.pointRadius(+pointRadius.apply(this, arguments));\n      stream(object, projectionStream(contextStream));\n    }\n    return contextStream.result();\n  }\n\n  path.area = function(object) {\n    stream(object, projectionStream(pathArea));\n    return pathArea.result();\n  };\n\n  path.measure = function(object) {\n    stream(object, projectionStream(pathMeasure));\n    return pathMeasure.result();\n  };\n\n  path.bounds = function(object) {\n    stream(object, projectionStream(pathBounds));\n    return pathBounds.result();\n  };\n\n  path.centroid = function(object) {\n    stream(object, projectionStream(pathCentroid));\n    return pathCentroid.result();\n  };\n\n  path.projection = function(_) {\n    return arguments.length ? (projectionStream = _ == null ? (projection = null, identity) : (projection = _).stream, path) : projection;\n  };\n\n  path.context = function(_) {\n    if (!arguments.length) return context;\n    contextStream = _ == null ? (context = null, new PathString) : new PathContext(context = _);\n    if (typeof pointRadius !== \"function\") contextStream.pointRadius(pointRadius);\n    return path;\n  };\n\n  path.pointRadius = function(_) {\n    if (!arguments.length) return pointRadius;\n    pointRadius = typeof _ === \"function\" ? _ : (contextStream.pointRadius(+_), +_);\n    return path;\n  };\n\n  return path.projection(projection).context(context);\n}\n","export default function(methods) {\n  return {\n    stream: transformer(methods)\n  };\n}\n\nexport function transformer(methods) {\n  return function(stream) {\n    var s = new TransformStream;\n    for (var key in methods) s[key] = methods[key];\n    s.stream = stream;\n    return s;\n  };\n}\n\nfunction TransformStream() {}\n\nTransformStream.prototype = {\n  constructor: TransformStream,\n  point: function(x, y) { this.stream.point(x, y); },\n  sphere: function() { this.stream.sphere(); },\n  lineStart: function() { this.stream.lineStart(); },\n  lineEnd: function() { this.stream.lineEnd(); },\n  polygonStart: function() { this.stream.polygonStart(); },\n  polygonEnd: function() { this.stream.polygonEnd(); }\n};\n","import {default as geoStream} from \"../stream\";\nimport boundsStream from \"../path/bounds\";\n\nfunction fit(projection, fitBounds, object) {\n  var clip = projection.clipExtent && projection.clipExtent();\n  projection.scale(150).translate([0, 0]);\n  if (clip != null) projection.clipExtent(null);\n  geoStream(object, projection.stream(boundsStream));\n  fitBounds(boundsStream.result());\n  if (clip != null) projection.clipExtent(clip);\n  return projection;\n}\n\nexport function fitExtent(projection, extent, object) {\n  return fit(projection, function(b) {\n    var w = extent[1][0] - extent[0][0],\n        h = extent[1][1] - extent[0][1],\n        k = Math.min(w / (b[1][0] - b[0][0]), h / (b[1][1] - b[0][1])),\n        x = +extent[0][0] + (w - k * (b[1][0] + b[0][0])) / 2,\n        y = +extent[0][1] + (h - k * (b[1][1] + b[0][1])) / 2;\n    projection.scale(150 * k).translate([x, y]);\n  }, object);\n}\n\nexport function fitSize(projection, size, object) {\n  return fitExtent(projection, [[0, 0], size], object);\n}\n\nexport function fitWidth(projection, width, object) {\n  return fit(projection, function(b) {\n    var w = +width,\n        k = w / (b[1][0] - b[0][0]),\n        x = (w - k * (b[1][0] + b[0][0])) / 2,\n        y = -k * b[0][1];\n    projection.scale(150 * k).translate([x, y]);\n  }, object);\n}\n\nexport function fitHeight(projection, height, object) {\n  return fit(projection, function(b) {\n    var h = +height,\n        k = h / (b[1][1] - b[0][1]),\n        x = -k * b[0][0],\n        y = (h - k * (b[1][1] + b[0][1])) / 2;\n    projection.scale(150 * k).translate([x, y]);\n  }, object);\n}\n","import {cartesian} from \"../cartesian\";\nimport {abs, asin, atan2, cos, epsilon, radians, sqrt} from \"../math\";\nimport {transformer} from \"../transform\";\n\nvar maxDepth = 16, // maximum depth of subdivision\n    cosMinDistance = cos(30 * radians); // cos(minimum angular distance)\n\nexport default function(project, delta2) {\n  return +delta2 ? resample(project, delta2) : resampleNone(project);\n}\n\nfunction resampleNone(project) {\n  return transformer({\n    point: function(x, y) {\n      x = project(x, y);\n      this.stream.point(x[0], x[1]);\n    }\n  });\n}\n\nfunction resample(project, delta2) {\n\n  function resampleLineTo(x0, y0, lambda0, a0, b0, c0, x1, y1, lambda1, a1, b1, c1, depth, stream) {\n    var dx = x1 - x0,\n        dy = y1 - y0,\n        d2 = dx * dx + dy * dy;\n    if (d2 > 4 * delta2 && depth--) {\n      var a = a0 + a1,\n          b = b0 + b1,\n          c = c0 + c1,\n          m = sqrt(a * a + b * b + c * c),\n          phi2 = asin(c /= m),\n          lambda2 = abs(abs(c) - 1) < epsilon || abs(lambda0 - lambda1) < epsilon ? (lambda0 + lambda1) / 2 : atan2(b, a),\n          p = project(lambda2, phi2),\n          x2 = p[0],\n          y2 = p[1],\n          dx2 = x2 - x0,\n          dy2 = y2 - y0,\n          dz = dy * dx2 - dx * dy2;\n      if (dz * dz / d2 > delta2 // perpendicular projected distance\n          || abs((dx * dx2 + dy * dy2) / d2 - 0.5) > 0.3 // midpoint close to an end\n          || a0 * a1 + b0 * b1 + c0 * c1 < cosMinDistance) { // angular distance\n        resampleLineTo(x0, y0, lambda0, a0, b0, c0, x2, y2, lambda2, a /= m, b /= m, c, depth, stream);\n        stream.point(x2, y2);\n        resampleLineTo(x2, y2, lambda2, a, b, c, x1, y1, lambda1, a1, b1, c1, depth, stream);\n      }\n    }\n  }\n  return function(stream) {\n    var lambda00, x00, y00, a00, b00, c00, // first point\n        lambda0, x0, y0, a0, b0, c0; // previous point\n\n    var resampleStream = {\n      point: point,\n      lineStart: lineStart,\n      lineEnd: lineEnd,\n      polygonStart: function() { stream.polygonStart(); resampleStream.lineStart = ringStart; },\n      polygonEnd: function() { stream.polygonEnd(); resampleStream.lineStart = lineStart; }\n    };\n\n    function point(x, y) {\n      x = project(x, y);\n      stream.point(x[0], x[1]);\n    }\n\n    function lineStart() {\n      x0 = NaN;\n      resampleStream.point = linePoint;\n      stream.lineStart();\n    }\n\n    function linePoint(lambda, phi) {\n      var c = cartesian([lambda, phi]), p = project(lambda, phi);\n      resampleLineTo(x0, y0, lambda0, a0, b0, c0, x0 = p[0], y0 = p[1], lambda0 = lambda, a0 = c[0], b0 = c[1], c0 = c[2], maxDepth, stream);\n      stream.point(x0, y0);\n    }\n\n    function lineEnd() {\n      resampleStream.point = point;\n      stream.lineEnd();\n    }\n\n    function ringStart() {\n      lineStart();\n      resampleStream.point = ringPoint;\n      resampleStream.lineEnd = ringEnd;\n    }\n\n    function ringPoint(lambda, phi) {\n      linePoint(lambda00 = lambda, phi), x00 = x0, y00 = y0, a00 = a0, b00 = b0, c00 = c0;\n      resampleStream.point = linePoint;\n    }\n\n    function ringEnd() {\n      resampleLineTo(x0, y0, lambda0, a0, b0, c0, x00, y00, lambda00, a00, b00, c00, maxDepth, stream);\n      resampleStream.lineEnd = lineEnd;\n      lineEnd();\n    }\n\n    return resampleStream;\n  };\n}\n","import clipAntimeridian from \"../clip/antimeridian\";\nimport clipCircle from \"../clip/circle\";\nimport clipRectangle from \"../clip/rectangle\";\nimport compose from \"../compose\";\nimport identity from \"../identity\";\nimport {cos, degrees, radians, sin, sqrt} from \"../math\";\nimport {rotateRadians} from \"../rotation\";\nimport {transformer} from \"../transform\";\nimport {fitExtent, fitSize, fitWidth, fitHeight} from \"./fit\";\nimport resample from \"./resample\";\n\nvar transformRadians = transformer({\n  point: function(x, y) {\n    this.stream.point(x * radians, y * radians);\n  }\n});\n\nfunction transformRotate(rotate) {\n  return transformer({\n    point: function(x, y) {\n      var r = rotate(x, y);\n      return this.stream.point(r[0], r[1]);\n    }\n  });\n}\n\nfunction scaleTranslate(k, dx, dy) {\n  function transform(x, y) {\n    return [dx + k * x, dy - k * y];\n  }\n  transform.invert = function(x, y) {\n    return [(x - dx) / k, (dy - y) / k];\n  };\n  return transform;\n}\n\nfunction scaleTranslateRotate(k, dx, dy, alpha) {\n  var cosAlpha = cos(alpha),\n      sinAlpha = sin(alpha),\n      a = cosAlpha * k,\n      b = sinAlpha * k,\n      ai = cosAlpha / k,\n      bi = sinAlpha / k,\n      ci = (sinAlpha * dy - cosAlpha * dx) / k,\n      fi = (sinAlpha * dx + cosAlpha * dy) / k;\n  function transform(x, y) {\n    return [a * x - b * y + dx, dy - b * x - a * y];\n  }\n  transform.invert = function(x, y) {\n    return [ai * x - bi * y + ci, fi - bi * x - ai * y];\n  };\n  return transform;\n}\n\nexport default function projection(project) {\n  return projectionMutator(function() { return project; })();\n}\n\nexport function projectionMutator(projectAt) {\n  var project,\n      k = 150, // scale\n      x = 480, y = 250, // translate\n      lambda = 0, phi = 0, // center\n      deltaLambda = 0, deltaPhi = 0, deltaGamma = 0, rotate, // pre-rotate\n      alpha = 0, // post-rotate\n      theta = null, preclip = clipAntimeridian, // pre-clip angle\n      x0 = null, y0, x1, y1, postclip = identity, // post-clip extent\n      delta2 = 0.5, // precision\n      projectResample,\n      projectTransform,\n      projectRotateTransform,\n      cache,\n      cacheStream;\n\n  function projection(point) {\n    return projectRotateTransform(point[0] * radians, point[1] * radians);\n  }\n\n  function invert(point) {\n    point = projectRotateTransform.invert(point[0], point[1]);\n    return point && [point[0] * degrees, point[1] * degrees];\n  }\n\n  projection.stream = function(stream) {\n    return cache && cacheStream === stream ? cache : cache = transformRadians(transformRotate(rotate)(preclip(projectResample(postclip(cacheStream = stream)))));\n  };\n\n  projection.preclip = function(_) {\n    return arguments.length ? (preclip = _, theta = undefined, reset()) : preclip;\n  };\n\n  projection.postclip = function(_) {\n    return arguments.length ? (postclip = _, x0 = y0 = x1 = y1 = null, reset()) : postclip;\n  };\n\n  projection.clipAngle = function(_) {\n    return arguments.length ? (preclip = +_ ? clipCircle(theta = _ * radians) : (theta = null, clipAntimeridian), reset()) : theta * degrees;\n  };\n\n  projection.clipExtent = function(_) {\n    return arguments.length ? (postclip = _ == null ? (x0 = y0 = x1 = y1 = null, identity) : clipRectangle(x0 = +_[0][0], y0 = +_[0][1], x1 = +_[1][0], y1 = +_[1][1]), reset()) : x0 == null ? null : [[x0, y0], [x1, y1]];\n  };\n\n  projection.scale = function(_) {\n    return arguments.length ? (k = +_, recenter()) : k;\n  };\n\n  projection.translate = function(_) {\n    return arguments.length ? (x = +_[0], y = +_[1], recenter()) : [x, y];\n  };\n\n  projection.center = function(_) {\n    return arguments.length ? (lambda = _[0] % 360 * radians, phi = _[1] % 360 * radians, recenter()) : [lambda * degrees, phi * degrees];\n  };\n\n  projection.rotate = function(_) {\n    return arguments.length ? (deltaLambda = _[0] % 360 * radians, deltaPhi = _[1] % 360 * radians, deltaGamma = _.length > 2 ? _[2] % 360 * radians : 0, recenter()) : [deltaLambda * degrees, deltaPhi * degrees, deltaGamma * degrees];\n  };\n\n  projection.angle = function(_) {\n    return arguments.length ? (alpha = _ % 360 * radians, recenter()) : alpha * degrees;\n  };\n\n  projection.precision = function(_) {\n    return arguments.length ? (projectResample = resample(projectTransform, delta2 = _ * _), reset()) : sqrt(delta2);\n  };\n\n  projection.fitExtent = function(extent, object) {\n    return fitExtent(projection, extent, object);\n  };\n\n  projection.fitSize = function(size, object) {\n    return fitSize(projection, size, object);\n  };\n\n  projection.fitWidth = function(width, object) {\n    return fitWidth(projection, width, object);\n  };\n\n  projection.fitHeight = function(height, object) {\n    return fitHeight(projection, height, object);\n  };\n\n  function recenter() {\n    var center = scaleTranslateRotate(k, 0, 0, alpha).apply(null, project(lambda, phi)),\n        transform = (alpha ? scaleTranslateRotate : scaleTranslate)(k, x - center[0], y - center[1], alpha);\n    rotate = rotateRadians(deltaLambda, deltaPhi, deltaGamma);\n    projectTransform = compose(project, transform);\n    projectRotateTransform = compose(rotate, projectTransform);\n    projectResample = resample(projectTransform, delta2);\n    return reset();\n  }\n\n  function reset() {\n    cache = cacheStream = null;\n    return projection;\n  }\n\n  return function() {\n    project = projectAt.apply(this, arguments);\n    projection.invert = project.invert && invert;\n    return recenter();\n  };\n}\n","import {degrees, pi, radians} from \"../math\";\nimport {projectionMutator} from \"./index\";\n\nexport function conicProjection(projectAt) {\n  var phi0 = 0,\n      phi1 = pi / 3,\n      m = projectionMutator(projectAt),\n      p = m(phi0, phi1);\n\n  p.parallels = function(_) {\n    return arguments.length ? m(phi0 = _[0] * radians, phi1 = _[1] * radians) : [phi0 * degrees, phi1 * degrees];\n  };\n\n  return p;\n}\n","import {asin, cos, sin} from \"../math\";\n\nexport function cylindricalEqualAreaRaw(phi0) {\n  var cosPhi0 = cos(phi0);\n\n  function forward(lambda, phi) {\n    return [lambda * cosPhi0, sin(phi) / cosPhi0];\n  }\n\n  forward.invert = function(x, y) {\n    return [x / cosPhi0, asin(y * cosPhi0)];\n  };\n\n  return forward;\n}\n","import {abs, asin, atan2, cos, epsilon, sign, sin, sqrt} from \"../math\";\nimport {conicProjection} from \"./conic\";\nimport {cylindricalEqualAreaRaw} from \"./cylindricalEqualArea\";\n\nexport function conicEqualAreaRaw(y0, y1) {\n  var sy0 = sin(y0), n = (sy0 + sin(y1)) / 2;\n\n  // Are the parallels symmetrical around the Equator?\n  if (abs(n) < epsilon) return cylindricalEqualAreaRaw(y0);\n\n  var c = 1 + sy0 * (2 * n - sy0), r0 = sqrt(c) / n;\n\n  function project(x, y) {\n    var r = sqrt(c - 2 * n * sin(y)) / n;\n    return [r * sin(x *= n), r0 - r * cos(x)];\n  }\n\n  project.invert = function(x, y) {\n    var r0y = r0 - y;\n    return [atan2(x, abs(r0y)) / n * sign(r0y), asin((c - (x * x + r0y * r0y) * n * n) / (2 * n))];\n  };\n\n  return project;\n}\n\nexport default function() {\n  return conicProjection(conicEqualAreaRaw)\n      .scale(155.424)\n      .center([0, 33.6442]);\n}\n","import conicEqualArea from \"./conicEqualArea\";\n\nexport default function() {\n  return conicEqualArea()\n      .parallels([29.5, 45.5])\n      .scale(1070)\n      .translate([480, 250])\n      .rotate([96, 0])\n      .center([-0.6, 38.7]);\n}\n","import {epsilon} from \"../math\";\nimport albers from \"./albers\";\nimport conicEqualArea from \"./conicEqualArea\";\nimport {fitExtent, fitSize, fitWidth, fitHeight} from \"./fit\";\n\n// The projections must have mutually exclusive clip regions on the sphere,\n// as this will avoid emitting interleaving lines and polygons.\nfunction multiplex(streams) {\n  var n = streams.length;\n  return {\n    point: function(x, y) { var i = -1; while (++i < n) streams[i].point(x, y); },\n    sphere: function() { var i = -1; while (++i < n) streams[i].sphere(); },\n    lineStart: function() { var i = -1; while (++i < n) streams[i].lineStart(); },\n    lineEnd: function() { var i = -1; while (++i < n) streams[i].lineEnd(); },\n    polygonStart: function() { var i = -1; while (++i < n) streams[i].polygonStart(); },\n    polygonEnd: function() { var i = -1; while (++i < n) streams[i].polygonEnd(); }\n  };\n}\n\n// A composite projection for the United States, configured by default for\n// 960×500. The projection also works quite well at 960×600 if you change the\n// scale to 1285 and adjust the translate accordingly. The set of standard\n// parallels for each region comes from USGS, which is published here:\n// http://egsc.usgs.gov/isb/pubs/MapProjections/projections.html#albers\nexport default function() {\n  var cache,\n      cacheStream,\n      lower48 = albers(), lower48Point,\n      alaska = conicEqualArea().rotate([154, 0]).center([-2, 58.5]).parallels([55, 65]), alaskaPoint, // EPSG:3338\n      hawaii = conicEqualArea().rotate([157, 0]).center([-3, 19.9]).parallels([8, 18]), hawaiiPoint, // ESRI:102007\n      point, pointStream = {point: function(x, y) { point = [x, y]; }};\n\n  function albersUsa(coordinates) {\n    var x = coordinates[0], y = coordinates[1];\n    return point = null,\n        (lower48Point.point(x, y), point)\n        || (alaskaPoint.point(x, y), point)\n        || (hawaiiPoint.point(x, y), point);\n  }\n\n  albersUsa.invert = function(coordinates) {\n    var k = lower48.scale(),\n        t = lower48.translate(),\n        x = (coordinates[0] - t[0]) / k,\n        y = (coordinates[1] - t[1]) / k;\n    return (y >= 0.120 && y < 0.234 && x >= -0.425 && x < -0.214 ? alaska\n        : y >= 0.166 && y < 0.234 && x >= -0.214 && x < -0.115 ? hawaii\n        : lower48).invert(coordinates);\n  };\n\n  albersUsa.stream = function(stream) {\n    return cache && cacheStream === stream ? cache : cache = multiplex([lower48.stream(cacheStream = stream), alaska.stream(stream), hawaii.stream(stream)]);\n  };\n\n  albersUsa.precision = function(_) {\n    if (!arguments.length) return lower48.precision();\n    lower48.precision(_), alaska.precision(_), hawaii.precision(_);\n    return reset();\n  };\n\n  albersUsa.scale = function(_) {\n    if (!arguments.length) return lower48.scale();\n    lower48.scale(_), alaska.scale(_ * 0.35), hawaii.scale(_);\n    return albersUsa.translate(lower48.translate());\n  };\n\n  albersUsa.translate = function(_) {\n    if (!arguments.length) return lower48.translate();\n    var k = lower48.scale(), x = +_[0], y = +_[1];\n\n    lower48Point = lower48\n        .translate(_)\n        .clipExtent([[x - 0.455 * k, y - 0.238 * k], [x + 0.455 * k, y + 0.238 * k]])\n        .stream(pointStream);\n\n    alaskaPoint = alaska\n        .translate([x - 0.307 * k, y + 0.201 * k])\n        .clipExtent([[x - 0.425 * k + epsilon, y + 0.120 * k + epsilon], [x - 0.214 * k - epsilon, y + 0.234 * k - epsilon]])\n        .stream(pointStream);\n\n    hawaiiPoint = hawaii\n        .translate([x - 0.205 * k, y + 0.212 * k])\n        .clipExtent([[x - 0.214 * k + epsilon, y + 0.166 * k + epsilon], [x - 0.115 * k - epsilon, y + 0.234 * k - epsilon]])\n        .stream(pointStream);\n\n    return reset();\n  };\n\n  albersUsa.fitExtent = function(extent, object) {\n    return fitExtent(albersUsa, extent, object);\n  };\n\n  albersUsa.fitSize = function(size, object) {\n    return fitSize(albersUsa, size, object);\n  };\n\n  albersUsa.fitWidth = function(width, object) {\n    return fitWidth(albersUsa, width, object);\n  };\n\n  albersUsa.fitHeight = function(height, object) {\n    return fitHeight(albersUsa, height, object);\n  };\n\n  function reset() {\n    cache = cacheStream = null;\n    return albersUsa;\n  }\n\n  return albersUsa.scale(1070);\n}\n","import {asin, atan2, cos, sin, sqrt} from \"../math\";\n\nexport function azimuthalRaw(scale) {\n  return function(x, y) {\n    var cx = cos(x),\n        cy = cos(y),\n        k = scale(cx * cy);\n    return [\n      k * cy * sin(x),\n      k * sin(y)\n    ];\n  }\n}\n\nexport function azimuthalInvert(angle) {\n  return function(x, y) {\n    var z = sqrt(x * x + y * y),\n        c = angle(z),\n        sc = sin(c),\n        cc = cos(c);\n    return [\n      atan2(x * sc, z * cc),\n      asin(z && y * sc / z)\n    ];\n  }\n}\n","import {asin, sqrt} from \"../math\";\nimport {azimuthalRaw, azimuthalInvert} from \"./azimuthal\";\nimport projection from \"./index\";\n\nexport var azimuthalEqualAreaRaw = azimuthalRaw(function(cxcy) {\n  return sqrt(2 / (1 + cxcy));\n});\n\nazimuthalEqualAreaRaw.invert = azimuthalInvert(function(z) {\n  return 2 * asin(z / 2);\n});\n\nexport default function() {\n  return projection(azimuthalEqualAreaRaw)\n      .scale(124.75)\n      .clipAngle(180 - 1e-3);\n}\n","import {acos, sin} from \"../math\";\nimport {azimuthalRaw, azimuthalInvert} from \"./azimuthal\";\nimport projection from \"./index\";\n\nexport var azimuthalEquidistantRaw = azimuthalRaw(function(c) {\n  return (c = acos(c)) && c / sin(c);\n});\n\nazimuthalEquidistantRaw.invert = azimuthalInvert(function(z) {\n  return z;\n});\n\nexport default function() {\n  return projection(azimuthalEquidistantRaw)\n      .scale(79.4188)\n      .clipAngle(180 - 1e-3);\n}\n","import {atan, exp, halfPi, log, pi, tan, tau} from \"../math\";\nimport rotation from \"../rotation\";\nimport projection from \"./index\";\n\nexport function mercatorRaw(lambda, phi) {\n  return [lambda, log(tan((halfPi + phi) / 2))];\n}\n\nmercatorRaw.invert = function(x, y) {\n  return [x, 2 * atan(exp(y)) - halfPi];\n};\n\nexport default function() {\n  return mercatorProjection(mercatorRaw)\n      .scale(961 / tau);\n}\n\nexport function mercatorProjection(project) {\n  var m = projection(project),\n      center = m.center,\n      scale = m.scale,\n      translate = m.translate,\n      clipExtent = m.clipExtent,\n      x0 = null, y0, x1, y1; // clip extent\n\n  m.scale = function(_) {\n    return arguments.length ? (scale(_), reclip()) : scale();\n  };\n\n  m.translate = function(_) {\n    return arguments.length ? (translate(_), reclip()) : translate();\n  };\n\n  m.center = function(_) {\n    return arguments.length ? (center(_), reclip()) : center();\n  };\n\n  m.clipExtent = function(_) {\n    return arguments.length ? ((_ == null ? x0 = y0 = x1 = y1 = null : (x0 = +_[0][0], y0 = +_[0][1], x1 = +_[1][0], y1 = +_[1][1])), reclip()) : x0 == null ? null : [[x0, y0], [x1, y1]];\n  };\n\n  function reclip() {\n    var k = pi * scale(),\n        t = m(rotation(m.rotate()).invert([0, 0]));\n    return clipExtent(x0 == null\n        ? [[t[0] - k, t[1] - k], [t[0] + k, t[1] + k]] : project === mercatorRaw\n        ? [[Math.max(t[0] - k, x0), y0], [Math.min(t[0] + k, x1), y1]]\n        : [[x0, Math.max(t[1] - k, y0)], [x1, Math.min(t[1] + k, y1)]]);\n  }\n\n  return reclip();\n}\n","import {abs, atan, atan2, cos, epsilon, halfPi, log, pow, sign, sin, sqrt, tan} from \"../math\";\nimport {conicProjection} from \"./conic\";\nimport {mercatorRaw} from \"./mercator\";\n\nfunction tany(y) {\n  return tan((halfPi + y) / 2);\n}\n\nexport function conicConformalRaw(y0, y1) {\n  var cy0 = cos(y0),\n      n = y0 === y1 ? sin(y0) : log(cy0 / cos(y1)) / log(tany(y1) / tany(y0)),\n      f = cy0 * pow(tany(y0), n) / n;\n\n  if (!n) return mercatorRaw;\n\n  function project(x, y) {\n    if (f > 0) { if (y < -halfPi + epsilon) y = -halfPi + epsilon; }\n    else { if (y > halfPi - epsilon) y = halfPi - epsilon; }\n    var r = f / pow(tany(y), n);\n    return [r * sin(n * x), f - r * cos(n * x)];\n  }\n\n  project.invert = function(x, y) {\n    var fy = f - y, r = sign(n) * sqrt(x * x + fy * fy);\n    return [atan2(x, abs(fy)) / n * sign(fy), 2 * atan(pow(f / r, 1 / n)) - halfPi];\n  };\n\n  return project;\n}\n\nexport default function() {\n  return conicProjection(conicConformalRaw)\n      .scale(109.5)\n      .parallels([30, 30]);\n}\n","import projection from \"./index\";\n\nexport function equirectangularRaw(lambda, phi) {\n  return [lambda, phi];\n}\n\nequirectangularRaw.invert = equirectangularRaw;\n\nexport default function() {\n  return projection(equirectangularRaw)\n      .scale(152.63);\n}\n","import {abs, atan2, cos, epsilon, sign, sin, sqrt} from \"../math\";\nimport {conicProjection} from \"./conic\";\nimport {equirectangularRaw} from \"./equirectangular\";\n\nexport function conicEquidistantRaw(y0, y1) {\n  var cy0 = cos(y0),\n      n = y0 === y1 ? sin(y0) : (cy0 - cos(y1)) / (y1 - y0),\n      g = cy0 / n + y0;\n\n  if (abs(n) < epsilon) return equirectangularRaw;\n\n  function project(x, y) {\n    var gy = g - y, nx = n * x;\n    return [gy * sin(nx), g - gy * cos(nx)];\n  }\n\n  project.invert = function(x, y) {\n    var gy = g - y;\n    return [atan2(x, abs(gy)) / n * sign(gy), g - sign(n) * sqrt(x * x + gy * gy)];\n  };\n\n  return project;\n}\n\nexport default function() {\n  return conicProjection(conicEquidistantRaw)\n      .scale(131.154)\n      .center([0, 13.9389]);\n}\n","import projection from \"./index.js\";\nimport {abs, asin, cos, epsilon2, sin, sqrt} from \"../math.js\";\n\nvar A1 = 1.340264,\n    A2 = -0.081106,\n    A3 = 0.000893,\n    A4 = 0.003796,\n    M = sqrt(3) / 2,\n    iterations = 12;\n\nexport function equalEarthRaw(lambda, phi) {\n  var l = asin(M * sin(phi)), l2 = l * l, l6 = l2 * l2 * l2;\n  return [\n    lambda * cos(l) / (M * (A1 + 3 * A2 * l2 + l6 * (7 * A3 + 9 * A4 * l2))),\n    l * (A1 + A2 * l2 + l6 * (A3 + A4 * l2))\n  ];\n}\n\nequalEarthRaw.invert = function(x, y) {\n  var l = y, l2 = l * l, l6 = l2 * l2 * l2;\n  for (var i = 0, delta, fy, fpy; i < iterations; ++i) {\n    fy = l * (A1 + A2 * l2 + l6 * (A3 + A4 * l2)) - y;\n    fpy = A1 + 3 * A2 * l2 + l6 * (7 * A3 + 9 * A4 * l2);\n    l -= delta = fy / fpy, l2 = l * l, l6 = l2 * l2 * l2;\n    if (abs(delta) < epsilon2) break;\n  }\n  return [\n    M * x * (A1 + 3 * A2 * l2 + l6 * (7 * A3 + 9 * A4 * l2)) / cos(l),\n    asin(sin(l) / M)\n  ];\n};\n\nexport default function() {\n  return projection(equalEarthRaw)\n      .scale(177.158);\n}\n","import {atan, cos, sin} from \"../math\";\nimport {azimuthalInvert} from \"./azimuthal\";\nimport projection from \"./index\";\n\nexport function gnomonicRaw(x, y) {\n  var cy = cos(y), k = cos(x) * cy;\n  return [cy * sin(x) / k, sin(y) / k];\n}\n\ngnomonicRaw.invert = azimuthalInvert(atan);\n\nexport default function() {\n  return projection(gnomonicRaw)\n      .scale(144.049)\n      .clipAngle(60);\n}\n","import clipRectangle from \"../clip/rectangle\";\nimport identity from \"../identity\";\nimport {transformer} from \"../transform\";\nimport {fitExtent, fitSize, fitWidth, fitHeight} from \"./fit\";\n\nfunction scaleTranslate(kx, ky, tx, ty) {\n  return kx === 1 && ky === 1 && tx === 0 && ty === 0 ? identity : transformer({\n    point: function(x, y) {\n      this.stream.point(x * kx + tx, y * ky + ty);\n    }\n  });\n}\n\nexport default function() {\n  var k = 1, tx = 0, ty = 0, sx = 1, sy = 1, transform = identity, // scale, translate and reflect\n      x0 = null, y0, x1, y1, // clip extent\n      postclip = identity,\n      cache,\n      cacheStream,\n      projection;\n\n  function reset() {\n    cache = cacheStream = null;\n    return projection;\n  }\n\n  return projection = {\n    stream: function(stream) {\n      return cache && cacheStream === stream ? cache : cache = transform(postclip(cacheStream = stream));\n    },\n    postclip: function(_) {\n      return arguments.length ? (postclip = _, x0 = y0 = x1 = y1 = null, reset()) : postclip;\n    },\n    clipExtent: function(_) {\n      return arguments.length ? (postclip = _ == null ? (x0 = y0 = x1 = y1 = null, identity) : clipRectangle(x0 = +_[0][0], y0 = +_[0][1], x1 = +_[1][0], y1 = +_[1][1]), reset()) : x0 == null ? null : [[x0, y0], [x1, y1]];\n    },\n    scale: function(_) {\n      return arguments.length ? (transform = scaleTranslate((k = +_) * sx, k * sy, tx, ty), reset()) : k;\n    },\n    translate: function(_) {\n      return arguments.length ? (transform = scaleTranslate(k * sx, k * sy, tx = +_[0], ty = +_[1]), reset()) : [tx, ty];\n    },\n    reflectX: function(_) {\n      return arguments.length ? (transform = scaleTranslate(k * (sx = _ ? -1 : 1), k * sy, tx, ty), reset()) : sx < 0;\n    },\n    reflectY: function(_) {\n      return arguments.length ? (transform = scaleTranslate(k * sx, k * (sy = _ ? -1 : 1), tx, ty), reset()) : sy < 0;\n    },\n    fitExtent: function(extent, object) {\n      return fitExtent(projection, extent, object);\n    },\n    fitSize: function(size, object) {\n      return fitSize(projection, size, object);\n    },\n    fitWidth: function(width, object) {\n      return fitWidth(projection, width, object);\n    },\n    fitHeight: function(height, object) {\n      return fitHeight(projection, height, object);\n    }\n  };\n}\n","import projection from \"./index\";\nimport {abs, epsilon} from \"../math\";\n\nexport function naturalEarth1Raw(lambda, phi) {\n  var phi2 = phi * phi, phi4 = phi2 * phi2;\n  return [\n    lambda * (0.8707 - 0.131979 * phi2 + phi4 * (-0.013791 + phi4 * (0.003971 * phi2 - 0.001529 * phi4))),\n    phi * (1.007226 + phi2 * (0.015085 + phi4 * (-0.044475 + 0.028874 * phi2 - 0.005916 * phi4)))\n  ];\n}\n\nnaturalEarth1Raw.invert = function(x, y) {\n  var phi = y, i = 25, delta;\n  do {\n    var phi2 = phi * phi, phi4 = phi2 * phi2;\n    phi -= delta = (phi * (1.007226 + phi2 * (0.015085 + phi4 * (-0.044475 + 0.028874 * phi2 - 0.005916 * phi4))) - y) /\n        (1.007226 + phi2 * (0.015085 * 3 + phi4 * (-0.044475 * 7 + 0.028874 * 9 * phi2 - 0.005916 * 11 * phi4)));\n  } while (abs(delta) > epsilon && --i > 0);\n  return [\n    x / (0.8707 + (phi2 = phi * phi) * (-0.131979 + phi2 * (-0.013791 + phi2 * phi2 * phi2 * (0.003971 - 0.001529 * phi2)))),\n    phi\n  ];\n};\n\nexport default function() {\n  return projection(naturalEarth1Raw)\n      .scale(175.295);\n}\n","import {asin, cos, epsilon, sin} from \"../math\";\nimport {azimuthalInvert} from \"./azimuthal\";\nimport projection from \"./index\";\n\nexport function orthographicRaw(x, y) {\n  return [cos(y) * sin(x), sin(y)];\n}\n\northographicRaw.invert = azimuthalInvert(asin);\n\nexport default function() {\n  return projection(orthographicRaw)\n      .scale(249.5)\n      .clipAngle(90 + epsilon);\n}\n","import {atan, cos, sin} from \"../math\";\nimport {azimuthalInvert} from \"./azimuthal\";\nimport projection from \"./index\";\n\nexport function stereographicRaw(x, y) {\n  var cy = cos(y), k = 1 + cos(x) * cy;\n  return [cy * sin(x) / k, sin(y) / k];\n}\n\nstereographicRaw.invert = azimuthalInvert(function(z) {\n  return 2 * atan(z);\n});\n\nexport default function() {\n  return projection(stereographicRaw)\n      .scale(250)\n      .clipAngle(142);\n}\n","import {atan, exp, halfPi, log, tan} from \"../math\";\nimport {mercatorProjection} from \"./mercator\";\n\nexport function transverseMercatorRaw(lambda, phi) {\n  return [log(tan((halfPi + phi) / 2)), -lambda];\n}\n\ntransverseMercatorRaw.invert = function(x, y) {\n  return [-y, 2 * atan(exp(x)) - halfPi];\n};\n\nexport default function() {\n  var m = mercatorProjection(transverseMercatorRaw),\n      center = m.center,\n      rotate = m.rotate;\n\n  m.center = function(_) {\n    return arguments.length ? center([-_[1], _[0]]) : (_ = center(), [_[1], -_[0]]);\n  };\n\n  m.rotate = function(_) {\n    return arguments.length ? rotate([_[0], _[1], _.length > 2 ? _[2] + 90 : 90]) : (_ = rotate(), [_[0], _[1], _[2] - 90]);\n  };\n\n  return rotate([0, 0, 90])\n      .scale(159.155);\n}\n","export {default as geoArea} from \"./area\";\nexport {default as geoBounds} from \"./bounds\";\nexport {default as geoCentroid} from \"./centroid\";\nexport {default as geoCircle} from \"./circle\";\nexport {default as geoClipAntimeridian} from \"./clip/antimeridian\";\nexport {default as geoClipCircle} from \"./clip/circle\";\nexport {default as geoClipExtent} from \"./clip/extent\"; // DEPRECATED! Use d3.geoIdentity().clipExtent(…).\nexport {default as geoClipRectangle} from \"./clip/rectangle\";\nexport {default as geoContains} from \"./contains\";\nexport {default as geoDistance} from \"./distance\";\nexport {default as geoGraticule, graticule10 as geoGraticule10} from \"./graticule\";\nexport {default as geoInterpolate} from \"./interpolate\";\nexport {default as geoLength} from \"./length\";\nexport {default as geoPath} from \"./path/index\";\nexport {default as geoAlbers} from \"./projection/albers\";\nexport {default as geoAlbersUsa} from \"./projection/albersUsa\";\nexport {default as geoAzimuthalEqualArea, azimuthalEqualAreaRaw as geoAzimuthalEqualAreaRaw} from \"./projection/azimuthalEqualArea\";\nexport {default as geoAzimuthalEquidistant, azimuthalEquidistantRaw as geoAzimuthalEquidistantRaw} from \"./projection/azimuthalEquidistant\";\nexport {default as geoConicConformal, conicConformalRaw as geoConicConformalRaw} from \"./projection/conicConformal\";\nexport {default as geoConicEqualArea, conicEqualAreaRaw as geoConicEqualAreaRaw} from \"./projection/conicEqualArea\";\nexport {default as geoConicEquidistant, conicEquidistantRaw as geoConicEquidistantRaw} from \"./projection/conicEquidistant\";\nexport {default as geoEqualEarth, equalEarthRaw as geoEqualEarthRaw} from \"./projection/equalEarth\";\nexport {default as geoEquirectangular, equirectangularRaw as geoEquirectangularRaw} from \"./projection/equirectangular\";\nexport {default as geoGnomonic, gnomonicRaw as geoGnomonicRaw} from \"./projection/gnomonic\";\nexport {default as geoIdentity} from \"./projection/identity\";\nexport {default as geoProjection, projectionMutator as geoProjectionMutator} from \"./projection/index\";\nexport {default as geoMercator, mercatorRaw as geoMercatorRaw} from \"./projection/mercator\";\nexport {default as geoNaturalEarth1, naturalEarth1Raw as geoNaturalEarth1Raw} from \"./projection/naturalEarth1\";\nexport {default as geoOrthographic, orthographicRaw as geoOrthographicRaw} from \"./projection/orthographic\";\nexport {default as geoStereographic, stereographicRaw as geoStereographicRaw} from \"./projection/stereographic\";\nexport {default as geoTransverseMercator, transverseMercatorRaw as geoTransverseMercatorRaw} from \"./projection/transverseMercator\";\nexport {default as geoRotation} from \"./rotation\";\nexport {default as geoStream} from \"./stream\";\nexport {default as geoTransform} from \"./transform\";\n","\"use strict\"\n\nmodule.exports = linearExpansionSum\n\n//Easy case: Add two scalars\nfunction scalarScalar(a, b) {\n  var x = a + b\n  var bv = x - a\n  var av = x - bv\n  var br = b - bv\n  var ar = a - av\n  var y = ar + br\n  if(y) {\n    return [y, x]\n  }\n  return [x]\n}\n\nfunction linearExpansionSum(e, f) {\n  var ne = e.length|0\n  var nf = f.length|0\n  if(ne === 1 && nf === 1) {\n    return scalarScalar(e[0], f[0])\n  }\n  var n = ne + nf\n  var g = new Array(n)\n  var count = 0\n  var eptr = 0\n  var fptr = 0\n  var abs = Math.abs\n  var ei = e[eptr]\n  var ea = abs(ei)\n  var fi = f[fptr]\n  var fa = abs(fi)\n  var a, b\n  if(ea < fa) {\n    b = ei\n    eptr += 1\n    if(eptr < ne) {\n      ei = e[eptr]\n      ea = abs(ei)\n    }\n  } else {\n    b = fi\n    fptr += 1\n    if(fptr < nf) {\n      fi = f[fptr]\n      fa = abs(fi)\n    }\n  }\n  if((eptr < ne && ea < fa) || (fptr >= nf)) {\n    a = ei\n    eptr += 1\n    if(eptr < ne) {\n      ei = e[eptr]\n      ea = abs(ei)\n    }\n  } else {\n    a = fi\n    fptr += 1\n    if(fptr < nf) {\n      fi = f[fptr]\n      fa = abs(fi)\n    }\n  }\n  var x = a + b\n  var bv = x - a\n  var y = b - bv\n  var q0 = y\n  var q1 = x\n  var _x, _bv, _av, _br, _ar\n  while(eptr < ne && fptr < nf) {\n    if(ea < fa) {\n      a = ei\n      eptr += 1\n      if(eptr < ne) {\n        ei = e[eptr]\n        ea = abs(ei)\n      }\n    } else {\n      a = fi\n      fptr += 1\n      if(fptr < nf) {\n        fi = f[fptr]\n        fa = abs(fi)\n      }\n    }\n    b = q0\n    x = a + b\n    bv = x - a\n    y = b - bv\n    if(y) {\n      g[count++] = y\n    }\n    _x = q1 + x\n    _bv = _x - q1\n    _av = _x - _bv\n    _br = x - _bv\n    _ar = q1 - _av\n    q0 = _ar + _br\n    q1 = _x\n  }\n  while(eptr < ne) {\n    a = ei\n    b = q0\n    x = a + b\n    bv = x - a\n    y = b - bv\n    if(y) {\n      g[count++] = y\n    }\n    _x = q1 + x\n    _bv = _x - q1\n    _av = _x - _bv\n    _br = x - _bv\n    _ar = q1 - _av\n    q0 = _ar + _br\n    q1 = _x\n    eptr += 1\n    if(eptr < ne) {\n      ei = e[eptr]\n    }\n  }\n  while(fptr < nf) {\n    a = fi\n    b = q0\n    x = a + b\n    bv = x - a\n    y = b - bv\n    if(y) {\n      g[count++] = y\n    } \n    _x = q1 + x\n    _bv = _x - q1\n    _av = _x - _bv\n    _br = x - _bv\n    _ar = q1 - _av\n    q0 = _ar + _br\n    q1 = _x\n    fptr += 1\n    if(fptr < nf) {\n      fi = f[fptr]\n    }\n  }\n  if(q0) {\n    g[count++] = q0\n  }\n  if(q1) {\n    g[count++] = q1\n  }\n  if(!count) {\n    g[count++] = 0.0  \n  }\n  g.length = count\n  return g\n}","/**\n * Bit twiddling hacks for JavaScript.\n *\n * Author: Mikola Lysenko\n *\n * Ported from Stanford bit twiddling hack library:\n *    http://graphics.stanford.edu/~seander/bithacks.html\n */\n\n\"use strict\"; \"use restrict\";\n\n//Number of bits in an integer\nvar INT_BITS = 32;\n\n//Constants\nexports.INT_BITS  = INT_BITS;\nexports.INT_MAX   =  0x7fffffff;\nexports.INT_MIN   = -1<<(INT_BITS-1);\n\n//Returns -1, 0, +1 depending on sign of x\nexports.sign = function(v) {\n  return (v > 0) - (v < 0);\n}\n\n//Computes absolute value of integer\nexports.abs = function(v) {\n  var mask = v >> (INT_BITS-1);\n  return (v ^ mask) - mask;\n}\n\n//Computes minimum of integers x and y\nexports.min = function(x, y) {\n  return y ^ ((x ^ y) & -(x < y));\n}\n\n//Computes maximum of integers x and y\nexports.max = function(x, y) {\n  return x ^ ((x ^ y) & -(x < y));\n}\n\n//Checks if a number is a power of two\nexports.isPow2 = function(v) {\n  return !(v & (v-1)) && (!!v);\n}\n\n//Computes log base 2 of v\nexports.log2 = function(v) {\n  var r, shift;\n  r =     (v > 0xFFFF) << 4; v >>>= r;\n  shift = (v > 0xFF  ) << 3; v >>>= shift; r |= shift;\n  shift = (v > 0xF   ) << 2; v >>>= shift; r |= shift;\n  shift = (v > 0x3   ) << 1; v >>>= shift; r |= shift;\n  return r | (v >> 1);\n}\n\n//Computes log base 10 of v\nexports.log10 = function(v) {\n  return  (v >= 1000000000) ? 9 : (v >= 100000000) ? 8 : (v >= 10000000) ? 7 :\n          (v >= 1000000) ? 6 : (v >= 100000) ? 5 : (v >= 10000) ? 4 :\n          (v >= 1000) ? 3 : (v >= 100) ? 2 : (v >= 10) ? 1 : 0;\n}\n\n//Counts number of bits\nexports.popCount = function(v) {\n  v = v - ((v >>> 1) & 0x55555555);\n  v = (v & 0x33333333) + ((v >>> 2) & 0x33333333);\n  return ((v + (v >>> 4) & 0xF0F0F0F) * 0x1010101) >>> 24;\n}\n\n//Counts number of trailing zeros\nfunction countTrailingZeros(v) {\n  var c = 32;\n  v &= -v;\n  if (v) c--;\n  if (v & 0x0000FFFF) c -= 16;\n  if (v & 0x00FF00FF) c -= 8;\n  if (v & 0x0F0F0F0F) c -= 4;\n  if (v & 0x33333333) c -= 2;\n  if (v & 0x55555555) c -= 1;\n  return c;\n}\nexports.countTrailingZeros = countTrailingZeros;\n\n//Rounds to next power of 2\nexports.nextPow2 = function(v) {\n  v += v === 0;\n  --v;\n  v |= v >>> 1;\n  v |= v >>> 2;\n  v |= v >>> 4;\n  v |= v >>> 8;\n  v |= v >>> 16;\n  return v + 1;\n}\n\n//Rounds down to previous power of 2\nexports.prevPow2 = function(v) {\n  v |= v >>> 1;\n  v |= v >>> 2;\n  v |= v >>> 4;\n  v |= v >>> 8;\n  v |= v >>> 16;\n  return v - (v>>>1);\n}\n\n//Computes parity of word\nexports.parity = function(v) {\n  v ^= v >>> 16;\n  v ^= v >>> 8;\n  v ^= v >>> 4;\n  v &= 0xf;\n  return (0x6996 >>> v) & 1;\n}\n\nvar REVERSE_TABLE = new Array(256);\n\n(function(tab) {\n  for(var i=0; i<256; ++i) {\n    var v = i, r = i, s = 7;\n    for (v >>>= 1; v; v >>>= 1) {\n      r <<= 1;\n      r |= v & 1;\n      --s;\n    }\n    tab[i] = (r << s) & 0xff;\n  }\n})(REVERSE_TABLE);\n\n//Reverse bits in a 32 bit word\nexports.reverse = function(v) {\n  return  (REVERSE_TABLE[ v         & 0xff] << 24) |\n          (REVERSE_TABLE[(v >>> 8)  & 0xff] << 16) |\n          (REVERSE_TABLE[(v >>> 16) & 0xff] << 8)  |\n           REVERSE_TABLE[(v >>> 24) & 0xff];\n}\n\n//Interleave bits of 2 coordinates with 16 bits.  Useful for fast quadtree codes\nexports.interleave2 = function(x, y) {\n  x &= 0xFFFF;\n  x = (x | (x << 8)) & 0x00FF00FF;\n  x = (x | (x << 4)) & 0x0F0F0F0F;\n  x = (x | (x << 2)) & 0x33333333;\n  x = (x | (x << 1)) & 0x55555555;\n\n  y &= 0xFFFF;\n  y = (y | (y << 8)) & 0x00FF00FF;\n  y = (y | (y << 4)) & 0x0F0F0F0F;\n  y = (y | (y << 2)) & 0x33333333;\n  y = (y | (y << 1)) & 0x55555555;\n\n  return x | (y << 1);\n}\n\n//Extracts the nth interleaved component\nexports.deinterleave2 = function(v, n) {\n  v = (v >>> n) & 0x55555555;\n  v = (v | (v >>> 1))  & 0x33333333;\n  v = (v | (v >>> 2))  & 0x0F0F0F0F;\n  v = (v | (v >>> 4))  & 0x00FF00FF;\n  v = (v | (v >>> 16)) & 0x000FFFF;\n  return (v << 16) >> 16;\n}\n\n\n//Interleave bits of 3 coordinates, each with 10 bits.  Useful for fast octree codes\nexports.interleave3 = function(x, y, z) {\n  x &= 0x3FF;\n  x  = (x | (x<<16)) & 4278190335;\n  x  = (x | (x<<8))  & 251719695;\n  x  = (x | (x<<4))  & 3272356035;\n  x  = (x | (x<<2))  & 1227133513;\n\n  y &= 0x3FF;\n  y  = (y | (y<<16)) & 4278190335;\n  y  = (y | (y<<8))  & 251719695;\n  y  = (y | (y<<4))  & 3272356035;\n  y  = (y | (y<<2))  & 1227133513;\n  x |= (y << 1);\n  \n  z &= 0x3FF;\n  z  = (z | (z<<16)) & 4278190335;\n  z  = (z | (z<<8))  & 251719695;\n  z  = (z | (z<<4))  & 3272356035;\n  z  = (z | (z<<2))  & 1227133513;\n  \n  return x | (z << 2);\n}\n\n//Extracts nth interleaved component of a 3-tuple\nexports.deinterleave3 = function(v, n) {\n  v = (v >>> n)       & 1227133513;\n  v = (v | (v>>>2))   & 3272356035;\n  v = (v | (v>>>4))   & 251719695;\n  v = (v | (v>>>8))   & 4278190335;\n  v = (v | (v>>>16))  & 0x3FF;\n  return (v<<22)>>22;\n}\n\n//Computes next combination in colexicographic order (this is mistakenly called nextPermutation on the bit twiddling hacks page)\nexports.nextCombination = function(v) {\n  var t = v | (v - 1);\n  return (t + 1) | (((~t & -~t) - 1) >>> (countTrailingZeros(v) + 1));\n}\n\n","var point = require('@turf/helpers').point;\n\n/**\n * Takes a {@link LineString|linestring}, {@link MultiLineString|multi-linestring}, {@link MultiPolygon|multi-polygon}, or {@link Polygon|polygon} and returns {@link Point|points} at all self-intersections.\n *\n * @name kinks\n * @param {Feature<LineString|MultiLineString|MultiPolygon|Polygon>} featureIn input feature\n * @returns {FeatureCollection<Point>} self-intersections\n * @example\n * var poly = turf.polygon([[\n *   [-12.034835, 8.901183],\n *   [-12.060413, 8.899826],\n *   [-12.03638, 8.873199],\n *   [-12.059383, 8.871418],\n *   [-12.034835, 8.901183]\n * ]]);\n *\n * var kinks = turf.kinks(poly);\n *\n * //addToMap\n * var addToMap = [poly, kinks]\n */\nmodule.exports = function (featureIn) {\n    var coordinates;\n    var feature;\n    var results = {\n        type: 'FeatureCollection',\n        features: []\n    };\n    if (featureIn.type === 'Feature') {\n        feature = featureIn.geometry;\n    } else {\n        feature = featureIn;\n    }\n    if (feature.type === 'LineString') {\n        coordinates = [feature.coordinates];\n    } else if (feature.type === 'MultiLineString') {\n        coordinates = feature.coordinates;\n    } else if (feature.type === 'MultiPolygon') {\n        coordinates = [].concat.apply([], feature.coordinates);\n    } else if (feature.type === 'Polygon') {\n        coordinates = feature.coordinates;\n    } else {\n        throw new Error('Input must be a LineString, MultiLineString, ' +\n            'Polygon, or MultiPolygon Feature or Geometry');\n    }\n    coordinates.forEach(function (line1) {\n        coordinates.forEach(function (line2) {\n            for (var i = 0; i < line1.length - 1; i++) {\n                // start iteration at i, intersections for k < i have already been checked in previous outer loop iterations\n                for (var k = i; k < line2.length - 1; k++) {\n                    if (line1 === line2) {\n                        // segments are adjacent and always share a vertex, not a kink\n                        if (Math.abs(i - k) === 1) {\n                            continue;\n                        }\n                        // first and last segment in a closed lineString or ring always share a vertex, not a kink\n                        if (\n                            // segments are first and last segment of lineString\n                            i === 0 &&\n                            k === line1.length - 2 &&\n                            // lineString is closed\n                            line1[i][0] === line1[line1.length - 1][0] &&\n                            line1[i][1] === line1[line1.length - 1][1]\n                        ) {\n                            continue;\n                        }\n                    }\n\n                    var intersection = lineIntersects(line1[i][0], line1[i][1], line1[i + 1][0], line1[i + 1][1],\n                        line2[k][0], line2[k][1], line2[k + 1][0], line2[k + 1][1]);\n                    if (intersection) {\n                        results.features.push(point([intersection[0], intersection[1]]));\n                    }\n                }\n            }\n        });\n    });\n    return results;\n};\n\n\n// modified from http://jsfiddle.net/justin_c_rounds/Gd2S2/light/\nfunction lineIntersects(line1StartX, line1StartY, line1EndX, line1EndY, line2StartX, line2StartY, line2EndX, line2EndY) {\n    // if the lines intersect, the result contains the x and y of the intersection (treating the lines as infinite) and booleans for whether line segment 1 or line segment 2 contain the point\n    var denominator, a, b, numerator1, numerator2,\n        result = {\n            x: null,\n            y: null,\n            onLine1: false,\n            onLine2: false\n        };\n    denominator = ((line2EndY - line2StartY) * (line1EndX - line1StartX)) - ((line2EndX - line2StartX) * (line1EndY - line1StartY));\n    if (denominator === 0) {\n        if (result.x !== null && result.y !== null) {\n            return result;\n        } else {\n            return false;\n        }\n    }\n    a = line1StartY - line2StartY;\n    b = line1StartX - line2StartX;\n    numerator1 = ((line2EndX - line2StartX) * a) - ((line2EndY - line2StartY) * b);\n    numerator2 = ((line1EndX - line1StartX) * a) - ((line1EndY - line1StartY) * b);\n    a = numerator1 / denominator;\n    b = numerator2 / denominator;\n\n    // if we cast these lines infinitely in both directions, they intersect here:\n    result.x = line1StartX + (a * (line1EndX - line1StartX));\n    result.y = line1StartY + (a * (line1EndY - line1StartY));\n\n    // if line1 is a segment and line2 is infinite, they intersect if:\n    if (a >= 0 && a <= 1) {\n        result.onLine1 = true;\n    }\n    // if line2 is a segment and line1 is infinite, they intersect if:\n    if (b >= 0 && b <= 1) {\n        result.onLine2 = true;\n    }\n    // if line1 and line2 are segments, they intersect if both of the above are true\n    if (result.onLine1 && result.onLine2) {\n        return [result.x, result.y];\n    } else {\n        return false;\n    }\n}\n","var turfbbox = require('@turf/bbox');\nvar inside = require('@turf/inside');\nvar rbush = require('rbush');\n\n/**\n * Merges a specified property from a FeatureCollection of points into a\n * FeatureCollection of polygons. Given an `inProperty` on points and an `outProperty`\n * for polygons, this finds every point that lies within each polygon, collects the\n * `inProperty` values from those points, and adds them as an array to `outProperty`\n * on the polygon.\n *\n * @name collect\n * @param {FeatureCollection<Polygon>} polygons polygons with values on which to aggregate\n * @param {FeatureCollection<Point>} points points to be aggregated\n * @param {string} inProperty property to be nested from\n * @param {string} outProperty property to be nested into\n * @returns {FeatureCollection<Polygon>} polygons with properties listed based on `outField`\n * @example\n * var poly1 = turf.polygon([[[0,0],[10,0],[10,10],[0,10],[0,0]]]);\n * var poly2 = turf.polygon([[[10,0],[20,10],[20,20],[20,0],[10,0]]]);\n * var polyFC = turf.featureCollection([poly1, poly2]);\n * var pt1 = turf.point([5,5], {population: 200});\n * var pt2 = turf.point([1,3], {population: 600});\n * var pt3 = turf.point([14,2], {population: 100});\n * var pt4 = turf.point([13,1], {population: 200});\n * var pt5 = turf.point([19,7], {population: 300});\n * var pointFC = turf.featureCollection([pt1, pt2, pt3, pt4, pt5]);\n * var collected = turf.collect(polyFC, pointFC, 'population', 'values');\n * var values = collected.features[0].properties.values\n * //=values => [200, 600]\n *\n * //addToMap\n * var addToMap = [pointFC, collected]\n */\nmodule.exports = function (polygons, points, inProperty, outProperty) {\n    var rtree = rbush(6);\n\n    var treeItems = points.features.map(function (item) {\n        return {\n            minX: item.geometry.coordinates[0],\n            minY: item.geometry.coordinates[1],\n            maxX: item.geometry.coordinates[0],\n            maxY: item.geometry.coordinates[1],\n            property: item.properties[inProperty]\n        };\n    });\n\n    rtree.load(treeItems);\n    polygons.features.forEach(function (poly) {\n\n        if (!poly.properties) {\n            poly.properties = {};\n        }\n        var bbox = turfbbox(poly);\n        var potentialPoints = rtree.search({minX: bbox[0], minY: bbox[1], maxX: bbox[2], maxY: bbox[3]});\n        var values = [];\n        potentialPoints.forEach(function (pt) {\n            if (inside({'type': 'Point', 'coordinates': [pt.minX, pt.minY]}, poly)) {\n                values.push(pt.property);\n            }\n        });\n\n        poly.properties[outProperty] = values;\n    });\n\n    return polygons;\n};\n","// depend on jsts for now https://github.com/bjornharrtell/jsts/blob/master/examples/overlay.html\nvar jsts = require('jsts');\nvar area = require('@turf/area');\nvar feature = require('@turf/helpers').feature;\nvar getGeom = require('@turf/invariant').getGeom;\nvar flattenEach = require('@turf/meta').flattenEach;\n\n/**\n * Finds the difference between two {@link Polygon|polygons} by clipping the second polygon from the first.\n *\n * @name difference\n * @param {Feature<Polygon|MultiPolygon>} polygon1 input Polygon feature\n * @param {Feature<Polygon|MultiPolygon>} polygon2 Polygon feature to difference from polygon1\n * @returns {Feature<Polygon|MultiPolygon>|null} a Polygon or MultiPolygon feature showing the area of `polygon1` excluding the area of `polygon2` (if empty returns `null`)\n * @example\n * var polygon1 = turf.polygon([[\n *   [128, -26],\n *   [141, -26],\n *   [141, -21],\n *   [128, -21],\n *   [128, -26]\n * ]], {\n *   \"fill\": \"#F00\",\n *   \"fill-opacity\": 0.1\n * });\n * var polygon2 = turf.polygon([[\n *   [126, -28],\n *   [140, -28],\n *   [140, -20],\n *   [126, -20],\n *   [126, -28]\n * ]], {\n *   \"fill\": \"#00F\",\n *   \"fill-opacity\": 0.1\n * });\n *\n * var difference = turf.difference(polygon1, polygon2);\n *\n * //addToMap\n * var addToMap = [polygon1, polygon2, difference];\n */\nmodule.exports = function (polygon1, polygon2) {\n    var geom1 = getGeom(polygon1);\n    var geom2 = getGeom(polygon2);\n    var properties = polygon1.properties || {};\n\n    // Issue #721 - JSTS can't handle empty polygons\n    geom1 = removeEmptyPolygon(geom1);\n    geom2 = removeEmptyPolygon(geom2);\n    if (!geom1) return null;\n    if (!geom2) return feature(geom1, properties);\n\n    // JSTS difference operation\n    var reader = new jsts.io.GeoJSONReader();\n    var a = reader.read(geom1);\n    var b = reader.read(geom2);\n    var differenced = a.difference(b);\n    if (differenced.isEmpty()) return null;\n    var writer = new jsts.io.GeoJSONWriter();\n    var geom = writer.write(differenced);\n\n    return feature(geom, properties);\n};\n\n/**\n * Detect Empty Polygon\n *\n * @private\n * @param {Geometry<Polygon|MultiPolygon>} geom Geometry Object\n * @returns {Geometry<Polygon|MultiPolygon>|null} removed any polygons with no areas\n */\nfunction removeEmptyPolygon(geom) {\n    switch (geom.type) {\n    case 'Polygon':\n        if (area(geom) > 1) return geom;\n        return null;\n    case 'MultiPolygon':\n        var coordinates = [];\n        flattenEach(geom, function (feature) {\n            if (area(feature) > 1) coordinates.push(feature.geometry.coordinates);\n        });\n        if (coordinates.length) return {type: 'MultiPolygon', coordinates: coordinates};\n    }\n}\n","// Find self-intersections in geojson polygon (possibly with interior rings)\nvar rbush = require('rbush');\n\n\nvar merge = function(){\n  var output = {};\n  Array.prototype.slice.call(arguments).forEach(function(arg){\n    if(arg){\n      Object.keys(arg).forEach(function(key){\n        output[key]=arg[key];\n      });\n    }\n  });\n  return output;\n};\ndefaults = {\n  useSpatialIndex: true,\n  epsilon: 0,\n  reportVertexOnVertex: false,\n  reportVertexOnEdge: false\n};\n\nmodule.exports = function(feature, filterFn, options0) {\n  var options;\n  if(\"object\" === typeof options0){\n    options = merge(defaults,options0);\n  } else {\n    options = merge(defaults,{useSpatialIndex:options0});\n  }\n\n  if (feature.geometry.type != \"Polygon\") throw new Error(\"The input feature must be a Polygon\");\n\n  var coord = feature.geometry.coordinates;\n\n  var output = [];\n  var seen = {};\n\n  if (options.useSpatialIndex) {\n    var allEdgesAsRbushTreeItems = [];\n    for (var ring0 = 0; ring0 < coord.length; ring0++) {\n      for (var edge0 = 0; edge0 < coord[ring0].length-1; edge0++) {\n        allEdgesAsRbushTreeItems.push(rbushTreeItem(ring0, edge0))\n      }\n    }\n    var tree = rbush();\n    tree.load(allEdgesAsRbushTreeItems);\n  }\n\n  for (var ring0 = 0; ring0 < coord.length; ring0++) {\n    for (var edge0 = 0; edge0 < coord[ring0].length-1; edge0++) {\n      if (options.useSpatialIndex) {\n        var bboxOverlaps = tree.search(rbushTreeItem(ring0, edge0));\n        bboxOverlaps.forEach(function(bboxIsect) {\n          var ring1 = bboxIsect.ring;\n          var edge1 = bboxIsect.edge;\n          ifIsectAddToOutput(ring0, edge0, ring1, edge1);\n        });\n      }\n      else {\n        for (var ring1 = 0; ring1 < coord.length; ring1++) {\n          for (var edge1 = 0 ; edge1 < coord[ring1].length-1; edge1++) {\n            // TODO: speedup possible if only interested in unique: start last two loops at ring0 and edge0+1\n            ifIsectAddToOutput(ring0, edge0, ring1, edge1);\n          }\n        }\n      }\n    }\n  }\n\n  if (!filterFn) output = {type: \"Feature\", geometry: {type: \"MultiPoint\", coordinates: output}};\n  return output;\n\n  // true if frac is (almost) 1.0 or 0.0\n  function isBoundaryCase(frac){\n    var e2 = options.epsilon * options.epsilon;\n    return e2 >= (frac-1)*(frac-1) || e2 >= frac*frac;\n  }\n  function isOutside(frac){\n    return frac < 0 - options.epsilon || frac > 1 + options.epsilon;\n  }\n  // Function to check if two edges intersect and add the intersection to the output\n  function ifIsectAddToOutput(ring0, edge0, ring1, edge1) {\n    var start0 = coord[ring0][edge0];\n    var end0 = coord[ring0][edge0+1];\n    var start1 = coord[ring1][edge1];\n    var end1 = coord[ring1][edge1+1];\n\n    var isect = intersect(start0, end0, start1, end1);\n\n    if (isect == null) return; // discard parallels and coincidence\n    frac0, frac1;\n    if (end0[0] != start0[0]) {\n      var frac0 = (isect[0]-start0[0])/(end0[0]-start0[0]);\n    } else {\n      var frac0 = (isect[1]-start0[1])/(end0[1]-start0[1]);\n    };\n    if (end1[0] != start1[0]) {\n      var frac1 = (isect[0]-start1[0])/(end1[0]-start1[0]);\n    } else {\n      var frac1 = (isect[1]-start1[1])/(end1[1]-start1[1]);\n    };\n\n    // There are roughly three cases we need to deal with.\n    // 1. If at least one of the fracs lies outside [0,1], there is no intersection.\n    if (isOutside(frac0) || isOutside(frac1)) {\n      return; // require segment intersection\n    }\n\n    // 2. If both are either exactly 0 or exactly 1, this is not an intersection but just\n    // two edge segments sharing a common vertex.\n    if (isBoundaryCase(frac0) && isBoundaryCase(frac1)){\n      if(! options.reportVertexOnVertex) return;\n    }\n\n    // 3. If only one of the fractions is exactly 0 or 1, this is\n    // a vertex-on-edge situation.\n    if (isBoundaryCase(frac0) || isBoundaryCase(frac1)){\n      if(! options.reportVertexOnEdge) return;\n    }\n\n    var key = isect;\n    var unique = !seen[key];\n    if (unique) {\n      seen[key] = true;\n    }\n\n    if (filterFn) {\n      output.push(filterFn(isect, ring0, edge0, start0, end0, frac0, ring1, edge1, start1, end1, frac1, unique));\n    } else {\n      output.push(isect);\n    }\n  }\n\n  // Function to return a rbush tree item given an ring and edge number\n  function rbushTreeItem(ring, edge) {\n\n    var start = coord[ring][edge];\n    var end = coord[ring][edge+1];\n\n    if (start[0] < end[0]) {\n      var minX = start[0], maxX = end[0];\n    } else {\n      var minX = end[0], maxX = start[0];\n    };\n    if (start[1] < end[1]) {\n      var minY = start[1], maxY = end[1];\n    } else {\n      var minY = end[1], maxY = start[1];\n    }\n    return {minX: minX, minY: minY, maxX: maxX, maxY: maxY, ring: ring, edge: edge};\n  }\n\n}\n\n// Function to compute where two lines (not segments) intersect. From https://en.wikipedia.org/wiki/Line%E2%80%93line_intersection\nfunction intersect(start0, end0, start1, end1) {\n  if (equalArrays(start0,start1) || equalArrays(start0,end1) || equalArrays(end0,start1) || equalArrays(end1,start1)) return null;\n  var x0 = start0[0],\n      y0 = start0[1],\n      x1 = end0[0],\n      y1 = end0[1],\n      x2 = start1[0],\n      y2 = start1[1],\n      x3 = end1[0],\n      y3 = end1[1];\n  var denom = (x0 - x1) * (y2 - y3) - (y0 - y1) * (x2 - x3);\n  if (denom == 0) return null;\n  var x4 = ((x0 * y1 - y0 * x1) * (x2 - x3) - (x0 - x1) * (x2 * y3 - y2 * x3)) / denom;\n  var y4 = ((x0 * y1 - y0 * x1) * (y2 - y3) - (y0 - y1) * (x2 * y3 - y2 * x3)) / denom;\n  return [x4, y4];\n}\n\n// Function to compare Arrays of numbers. From http://stackoverflow.com/questions/7837456/how-to-compare-arrays-in-javascript\nfunction equalArrays(array1, array2) {\n  // if the other array is a falsy value, return\n  if (!array1 || !array2)\n      return false;\n\n  // compare lengths - can save a lot of time\n  if (array1.length != array2.length)\n      return false;\n\n  for (var i = 0, l=array1.length; i < l; i++) {\n      // Check if we have nested arrays\n      if (array1[i] instanceof Array && array2[i] instanceof Array) {\n          // recurse into the nested arrays\n          if (!equalArrays(array1[i],array2[i]))\n              return false;\n      }\n      else if (array1[i] != array2[i]) {\n          // Warning - two different object instances will never be equal: {x:20} != {x:20}\n          return false;\n      }\n  }\n  return true;\n}\n","import mod from \"-!../../../../../../../node_modules/mini-css-extract-plugin/dist/loader.js??ref--8-oneOf-1-0!../../../../../../../node_modules/css-loader/index.js??ref--8-oneOf-1-1!../../../../../../../node_modules/vue-loader/lib/loaders/stylePostLoader.js!../../../../../../../node_modules/postcss-loader/src/index.js??ref--8-oneOf-1-2!../../../../../../../node_modules/sass-loader/lib/loader.js??ref--8-oneOf-1-3!../../../../../../../node_modules/cache-loader/dist/cjs.js??ref--0-0!../../../../../../../node_modules/vue-loader/lib/index.js??vue-loader-options!./FilterSelector.vue?vue&type=style&index=0&id=cd193c48&lang=scss&scoped=true&\"; export default mod; export * from \"-!../../../../../../../node_modules/mini-css-extract-plugin/dist/loader.js??ref--8-oneOf-1-0!../../../../../../../node_modules/css-loader/index.js??ref--8-oneOf-1-1!../../../../../../../node_modules/vue-loader/lib/loaders/stylePostLoader.js!../../../../../../../node_modules/postcss-loader/src/index.js??ref--8-oneOf-1-2!../../../../../../../node_modules/sass-loader/lib/loader.js??ref--8-oneOf-1-3!../../../../../../../node_modules/cache-loader/dist/cjs.js??ref--0-0!../../../../../../../node_modules/vue-loader/lib/index.js??vue-loader-options!./FilterSelector.vue?vue&type=style&index=0&id=cd193c48&lang=scss&scoped=true&\"","var getCoord = require('@turf/invariant').getCoord;\n//http://en.wikipedia.org/wiki/Haversine_formula\n//http://www.movable-type.co.uk/scripts/latlong.html\n\n/**\n * Takes two {@link Point|points} and finds the geographic bearing between them,\n * i.e. the angle measured in degrees from the north line (0 degrees)\n *\n * @name bearing\n * @param {Geometry|Feature<Point>|Array<number>} start starting Point\n * @param {Geometry|Feature<Point>|Array<number>} end ending Point\n * @param {boolean} [final=false] calculates the final bearing if true\n * @returns {number} bearing in decimal degrees, between -180 and 180 degrees (positive clockwise)\n * @example\n * var point1 = turf.point([-75.343, 39.984]);\n * var point2 = turf.point([-75.534, 39.123]);\n *\n * var bearing = turf.bearing(point1, point2);\n *\n * //addToMap\n * var addToMap = [point1, point2]\n * point1.properties['marker-color'] = '#f00'\n * point2.properties['marker-color'] = '#0f0'\n * point1.properties.bearing = bearing\n */\nfunction bearing(start, end, final) {\n    if (final === true) return calculateFinalBearing(start, end);\n\n    var degrees2radians = Math.PI / 180;\n    var radians2degrees = 180 / Math.PI;\n    var coordinates1 = getCoord(start);\n    var coordinates2 = getCoord(end);\n\n    var lon1 = degrees2radians * coordinates1[0];\n    var lon2 = degrees2radians * coordinates2[0];\n    var lat1 = degrees2radians * coordinates1[1];\n    var lat2 = degrees2radians * coordinates2[1];\n    var a = Math.sin(lon2 - lon1) * Math.cos(lat2);\n    var b = Math.cos(lat1) * Math.sin(lat2) -\n        Math.sin(lat1) * Math.cos(lat2) * Math.cos(lon2 - lon1);\n\n    var bear = radians2degrees * Math.atan2(a, b);\n\n    return bear;\n}\n\n/**\n * Calculates Final Bearing\n * @private\n * @param {Feature<Point>} start starting Point\n * @param {Feature<Point>} end ending Point\n * @returns {number} bearing\n */\nfunction calculateFinalBearing(start, end) {\n    // Swap start & end\n    var bear = bearing(end, start);\n    bear = (bear + 180) % 360;\n    return bear;\n}\n\nmodule.exports = bearing;\n","var rbush = require('rbush');\nvar union = require('@turf/union');\nvar helpers = require('@turf/helpers');\nvar turfBBox = require('@turf/bbox');\nvar flattenEach = require('@turf/meta').flattenEach;\n\n/**\n * Takes any type of {@link Polygon|polygon} and an optional mask and returns a {@link Polygon|polygon} exterior ring with holes.\n *\n * @name mask\n * @param {FeatureCollection|Feature<Polygon|MultiPolygon>} polygon GeoJSON Polygon used as interior rings or holes.\n * @param {Feature<Polygon>} [mask] GeoJSON Polygon used as the exterior ring (if undefined, the world extent is used)\n * @returns {Feature<Polygon>} Masked Polygon (exterior ring with holes).\n * @example\n * var polygon = turf.polygon([[[112, -21], [116, -36], [146, -39], [153, -24], [133, -10], [112, -21]]]);\n * var mask = turf.polygon([[[90, -55], [170, -55], [170, 10], [90, 10], [90, -55]]]);\n *\n * var masked = turf.mask(polygon, mask);\n *\n * //addToMap\n * var addToMap = [masked]\n */\nmodule.exports = function (polygon, mask) {\n    // Define mask\n    var maskPolygon = createMask(mask);\n\n    // Define polygon\n    var separated = separatePolygons(polygon);\n    var polygonOuters = separated[0];\n    var polygonInners = separated[1];\n\n    // Union Outers & Inners\n    polygonOuters = unionPolygons(polygonOuters);\n    polygonInners = unionPolygons(polygonInners);\n\n    // Create masked area\n    var masked = buildMask(maskPolygon, polygonOuters, polygonInners);\n    return masked;\n};\n\n/**\n * Build Mask\n *\n * @private\n * @param {Feature<Polygon>} maskPolygon Mask Outer\n * @param {FeatureCollection<Polygon>} polygonOuters Polygon Outers\n * @param {FeatureCollection<Polygon>} polygonInners Polygon Inners\n * @returns {Feature<Polygon>} Feature Polygon\n */\nfunction buildMask(maskPolygon, polygonOuters, polygonInners) {\n    var coordinates = [];\n    coordinates.push(maskPolygon.geometry.coordinates[0]);\n\n    flattenEach(polygonOuters, function (feature) {\n        coordinates.push(feature.geometry.coordinates[0]);\n    });\n\n    flattenEach(polygonInners, function (feature) {\n        coordinates.push(feature.geometry.coordinates[0]);\n    });\n    return helpers.polygon(coordinates);\n}\n\n/**\n * Separate Polygons to inners & outers\n *\n * @private\n * @param {FeatureCollection|Feature<Polygon|MultiPolygon>} polygon GeoJSON Feature\n * @returns {Array<FeatureCollection<Polygon>, FeatureCollection<Polygon>>} Outer & Inner lines\n */\nfunction separatePolygons(polygon) {\n    var outers = [];\n    var inners = [];\n    flattenEach(polygon, function (feature) {\n        var coordinates = feature.geometry.coordinates;\n        var featureOuter = coordinates[0];\n        var featureInner = coordinates.slice(1);\n        outers.push(helpers.polygon([featureOuter]));\n        featureInner.forEach(function (inner) {\n            inners.push(helpers.polygon([inner]));\n        });\n    });\n    return [helpers.featureCollection(outers), helpers.featureCollection(inners)];\n}\n\n/**\n * Create Mask Coordinates\n *\n * @private\n * @param {Feature<Polygon>} [mask] default to world if undefined\n * @returns {Feature<Polygon>} mask coordinate\n */\nfunction createMask(mask) {\n    var world = [[[180, 90], [-180, 90], [-180, -90], [180, -90], [180, 90]]];\n    var coordinates = mask && mask.geometry.coordinates || world;\n    return helpers.polygon(coordinates);\n}\n\n/**\n * Union Polygons\n *\n * @private\n * @param {FeatureCollection<Polygon>} polygons collection of polygons\n * @returns {FeatureCollection<Polygon>} polygons only apply union if they collide\n */\nfunction unionPolygons(polygons) {\n    if (polygons.features.length <= 1) return polygons;\n\n    var tree = createIndex(polygons);\n    var results = [];\n    var removed = {};\n\n    flattenEach(polygons, function (currentFeature, currentIndex) {\n        // Exclude any removed features\n        if (removed[currentIndex]) return true;\n\n        // Don't search for itself\n        tree.remove({index: currentIndex}, filterByIndex);\n        removed[currentIndex] = true;\n\n        // Keep applying the union operation until no more overlapping features\n        while (true) {\n            var bbox = turfBBox(currentFeature);\n            var search = tree.search({\n                minX: bbox[0],\n                minY: bbox[1],\n                maxX: bbox[2],\n                maxY: bbox[3]\n            });\n            if (search.length > 0) {\n                var polys = search.map(function (item) {\n                    removed[item.index] = true;\n                    tree.remove({index: item.index}, filterByIndex);\n                    return item.geojson;\n                });\n                polys.push(currentFeature);\n                currentFeature = union.apply(this, polys);\n            }\n            // Done\n            if (search.length === 0) break;\n        }\n        results.push(currentFeature);\n    });\n\n    return helpers.featureCollection(results);\n}\n\n/**\n * Filter by Index - RBush helper function\n *\n * @private\n * @param {Object} a remove item\n * @param {Object} b search item\n * @returns {boolean} true if matches\n */\nfunction filterByIndex(a, b) {\n    return a.index === b.index;\n}\n\n/**\n * Create RBush Tree Index\n *\n * @private\n * @param {FeatureCollection<any>} features GeoJSON FeatureCollection\n * @returns {RBush} RBush Tree\n */\nfunction createIndex(features) {\n    var tree = rbush();\n    var load = [];\n    flattenEach(features, function (feature, index) {\n        var bbox = turfBBox(feature);\n        load.push({\n            minX: bbox[0],\n            minY: bbox[1],\n            maxX: bbox[2],\n            maxY: bbox[3],\n            geojson: feature,\n            index: index\n        });\n    });\n    tree.load(load);\n    return tree;\n}\n","export default {\r\n  mounted () {\r\n    this.$store.commit('fieldRecordSystem/map/setDefaultInteractionsEnabled', false)\r\n  },\r\n  beforeDestroy () {\r\n    this.$store.commit('fieldRecordSystem/map/setDefaultInteractionsEnabled', true)\r\n  }\r\n}\r\n","/* - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -  */\n/*  Vector-based spherical geodetic (latitude/longitude) functions    (c) Chris Veness 2011-2017  */\n/*                                                                                   MIT Licence  */\n/* www.movable-type.co.uk/scripts/latlong-vectors.html                                            */\n/* www.movable-type.co.uk/scripts/geodesy/docs/module-latlon-nvector-spherical.html               */\n/* - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -  */\n\n'use strict';\nif (typeof module!='undefined' && module.exports) var Vector3d = require('./vector3d.js'); // ≡ import Vector3d from 'vector3d.js'\nif (typeof module!='undefined' && module.exports) var Dms = require('./dms.js');           // ≡ import Dms from 'dms.js'\n\n\n/**\n * Tools for working with points and paths on (a spherical model of) the earth’s surface using a\n * vector-based approach using ‘n-vectors’ (rather than the more common spherical trigonometry;\n * a vector-based approach makes many calculations much simpler, and easier to follow, compared\n * with trigonometric equivalents).\n *\n * Note on a spherical model earth, an n-vector is equivalent to a normalised version of an (ECEF)\n * cartesian coordinate.\n *\n * @module   latlon-vectors\n * @requires vector3d\n * @requires dms\n */\n\n\n/**\n * Creates a LatLon point on spherical model earth.\n *\n * @constructor\n * @param {number} lat - Latitude in degrees.\n * @param {number} lon - Longitude in degrees.\n *\n * @example\n *   var p1 = new LatLon(52.205, 0.119);\n */\nfunction LatLon(lat, lon) {\n    // allow instantiation without 'new'\n    if (!(this instanceof LatLon)) return new LatLon(lat, lon);\n\n    this.lat = Number(lat);\n    this.lon = Number(lon);\n}\n\n\n/**\n * Converts ‘this’ lat/lon point to Vector3d n-vector (normal to earth's surface).\n *\n * @returns {Vector3d} Normalised n-vector representing lat/lon point.\n *\n * @example\n *   var p = new LatLon(45, 45);\n *   var v = p.toVector(); // [0.5000,0.5000,0.7071]\n */\nLatLon.prototype.toVector = function() {\n    var φ = this.lat.toRadians();\n    var λ = this.lon.toRadians();\n\n    // right-handed vector: x -> 0°E,0°N; y -> 90°E,0°N, z -> 90°N\n    var x = Math.cos(φ) * Math.cos(λ);\n    var y = Math.cos(φ) * Math.sin(λ);\n    var z = Math.sin(φ);\n\n    return new Vector3d(x, y, z);\n};\n\n\n/**\n * Converts ‘this’ (geocentric) cartesian vector to (spherical) latitude/longitude point.\n *\n * @returns  {LatLon} Latitude/longitude point vector points to.\n *\n * @example\n *   var v = new Vector3d(0.500, 0.500, 0.707);\n *   var p = v.toLatLonS(); // 45.0°N, 45.0°E\n */\nVector3d.prototype.toLatLonS = function() {\n    var φ = Math.atan2(this.z, Math.sqrt(this.x*this.x + this.y*this.y));\n    var λ = Math.atan2(this.y, this.x);\n\n    return new LatLon(φ.toDegrees(), λ.toDegrees());\n};\n\n\n/**\n * N-vector normal to great circle obtained by heading on given bearing from ‘this’ point.\n *\n * Direction of vector is such that initial bearing vector b = c × p.\n *\n * @param   {number}   bearing - Compass bearing in degrees.\n * @returns {Vector3d} Normalised vector representing great circle.\n *\n * @example\n *   var p1 = new LatLon(53.3206, -1.7297);\n *   var gc = p1.greatCircle(96.0); // [-0.794,0.129,0.594]\n */\nLatLon.prototype.greatCircle = function(bearing) {\n    var φ = this.lat.toRadians();\n    var λ = this.lon.toRadians();\n    var θ = Number(bearing).toRadians();\n\n    var x =  Math.sin(λ) * Math.cos(θ) - Math.sin(φ) * Math.cos(λ) * Math.sin(θ);\n    var y = -Math.cos(λ) * Math.cos(θ) - Math.sin(φ) * Math.sin(λ) * Math.sin(θ);\n    var z =  Math.cos(φ) * Math.sin(θ);\n\n    return new Vector3d(x, y, z);\n};\n\n\n/**\n * N-vector normal to great circle obtained by heading on given bearing from point given by ‘this’\n * n-vector.\n *\n * Direction of vector is such that initial bearing vector b = c × p.\n *\n * @param   {number}   bearing - Compass bearing in degrees.\n * @returns {Vector3d} Normalised vector representing great circle.\n *\n * @example\n *   var n1 = new LatLon(53.3206, -1.7297).toNvector();\n *   var gc = n1.greatCircle(96.0); // [-0.794,0.129,0.594]\n */\nVector3d.prototype.greatCircle = function(bearing) {\n    var θ = Number(bearing).toRadians();\n\n    var N = new Vector3d(0, 0, 1);\n    var e = N.cross(this); // easting\n    var n = this.cross(e); // northing\n    var eʹ = e.times(Math.cos(θ)/e.length());\n    var nʹ = n.times(Math.sin(θ)/n.length());\n    var c = nʹ.minus(eʹ);\n\n    return c;\n};\n\n\n/**\n * Returns the distance from ‘this’ point to the specified point.\n *\n * @param   {LatLon} point - Latitude/longitude of destination point.\n * @param   {number} [radius=6371e3] - (Mean) radius of earth (defaults to radius in metres).\n * @returns {number} Distance between this point and destination point, in same units as radius.\n *\n * @example\n *   var p1 = new LatLon(52.205, 0.119);\n *   var p2 = new LatLon(48.857, 2.351);\n *   var d = p1.distanceTo(p2); // 404.3 km\n */\nLatLon.prototype.distanceTo = function(point, radius) {\n    if (!(point instanceof LatLon)) throw new TypeError('point is not LatLon object');\n    radius = (radius === undefined) ? 6371e3 : Number(radius);\n\n    var p1 = this.toVector();\n    var p2 = point.toVector();\n\n    var δ = p1.angleTo(p2); // δ = atan2(|p₁×p₂|, p₁·p₂)\n    var d = δ * radius;\n\n    return d;\n};\n\n\n/**\n * Returns the (initial) bearing from ‘this’ point to the specified point, in compass degrees.\n *\n * @param   {LatLon}    point - Latitude/longitude of destination point.\n * @returns {number}    Initial bearing in degrees from North (0°..360°).\n * @throws  {TypeError} Point is not LatLon object.\n *\n * @example\n *   var p1 = new LatLon(52.205, 0.119);\n *   var p2 = new LatLon(48.857, 2.351);\n *   var b1 = p1.bearingTo(p2); // 156.2°\n */\nLatLon.prototype.bearingTo = function(point) {\n    if (!(point instanceof LatLon)) throw new TypeError('point is not LatLon object');\n\n    var p1 = this.toVector();\n    var p2 = point.toVector();\n\n    var N = new Vector3d(0, 0, 1); // n-vector representing north pole\n\n    var c1 = p1.cross(p2); // great circle through p1 & p2\n    var c2 = p1.cross(N);  // great circle through p1 & north pole\n\n    var θ = c1.angleTo(c2, p1); // bearing is (signed) angle between c1 & c2\n\n    return (θ.toDegrees()+360) % 360; // normalise to 0..360\n};\n\n\n/**\n * Returns the midpoint between ‘this’ point and specified point.\n *\n * @param   {LatLon} point - Latitude/longitude of destination point.\n * @returns {LatLon} Midpoint between this point and destination point.\n *\n * @example\n *   var p1 = new LatLon(52.205, 0.119);\n *   var p2 = new LatLon(48.857, 2.351);\n *   var pMid = p1.midpointTo(p2); // 50.5363°N, 001.2746°E\n */\nLatLon.prototype.midpointTo = function(point) {\n    if (!(point instanceof LatLon)) throw new TypeError('point is not LatLon object');\n\n    var p1 = this.toVector();\n    var p2 = point.toVector();\n\n    var mid = p1.plus(p2).unit();\n\n    return mid.toLatLonS();\n};\n\n\n/**\n * Returns the point at given fraction between ‘this’ point and specified point.\n *\n * @param   {LatLon}    point - Latitude/longitude of destination point.\n * @param   {number}    fraction - Fraction between the two points (0 = this point, 1 = specified point).\n * @returns {LatLon}    Intermediate point between this point and destination point.\n * @throws  {TypeError} Point is not LatLon object.\n *\n * @example\n *   var p1 = new LatLon(52.205, 0.119);\n *   var p2 = new LatLon(48.857, 2.351);\n *   var pInt = p1.intermediatePointTo(p2, 0.25); // 51.3721°N, 000.7073°E\n */\nLatLon.prototype.intermediatePointTo = function(point, fraction) {\n    if (!(point instanceof LatLon)) throw new TypeError('point is not LatLon object');\n\n    // angular distance between points; tanδ = |n₁×n₂| / n₁⋅n₂\n    var n1 = this.toVector();\n    var n2 = point.toVector();\n    var sinθ = n1.cross(n2).length();\n    var cosθ = n1.dot(n2);\n    var δ = Math.atan2(sinθ, cosθ);\n\n    // interpolated angular distance on straight line between points\n    var δi = δ * Number(fraction);\n    var sinδi = Math.sin(δi);\n    var cosδi = Math.cos(δi);\n\n    // direction vector (perpendicular to n1 in plane of n2)\n    var d = n1.cross(n2).unit().cross(n1); // unit(n₁×n₂) × n₁\n\n    // interpolated position\n    var int = n1.times(cosδi).plus(d.times(sinδi)); // n₁⋅cosδᵢ + d⋅sinδᵢ\n\n    return new Vector3d(int.x, int.y, int.z).toLatLonS();\n};\n\n\n/**\n * Returns the latitude/longitude point projected from the point at given fraction on a straight\n * line between between ‘this’ point and specified point.\n *\n * @param   {LatLon}    point - Latitude/longitude of destination point.\n * @param   {number}    fraction - Fraction between the two points (0 = this point, 1 = specified point).\n * @returns {LatLon}    Intermediate point between this point and destination point.\n * @throws  {TypeError} Point is not LatLon object.\n *\n * @example\n *   var p1 = new LatLon(52.205, 0.119);\n *   var p2 = new LatLon(48.857, 2.351);\n *   var pInt = p1.intermediatePointOnChordTo(p2, 0.25); // 51.3723°N, 000.7072°E\n */\nLatLon.prototype.intermediatePointOnChordTo = function(point, fraction) {\n    if (!(point instanceof LatLon)) throw new TypeError('point is not LatLon object');\n\n    var n1 = this.toVector();\n    var n2 = point.toVector();\n\n    var int = n1.plus(n2.minus(n1).times(Number(fraction))); // n₁ + (n₂−n₁)·f ≡ n₁·(1-f) + n₂·f\n\n    return new Vector3d(int.x, int.y, int.z).toLatLonS();\n};\n\n\n/**\n * Returns the destination point from ‘this’ point having travelled the given distance on the\n * given initial bearing (bearing will normally vary before destination is reached).\n *\n * @param   {number} distance - Distance travelled, in same units as earth radius (default: metres).\n * @param   {number} bearing - Initial bearing in degrees from north.\n * @param   {number} [radius=6371e3] - (Mean) radius of earth (defaults to radius in metres).\n * @returns {LatLon} Destination point.\n *\n * @example\n *   var p1 = new LatLon(51.4778, -0.0015);\n *   var p2 = p1.destinationPoint(7794, 300.7); // 51.5135°N, 000.0983°W\n */\nLatLon.prototype.destinationPoint = function(distance, bearing, radius) {\n    radius = (radius === undefined) ? 6371e3 : Number(radius);\n\n    var n1 = this.toVector();\n    var δ = Number(distance) / radius; // angular distance in radians\n    var θ = Number(bearing).toRadians();\n\n    var N = new Vector3d(0, 0, 1); // north pole\n\n    var de = N.cross(n1).unit();   // east direction vector @ n1\n    var dn = n1.cross(de);         // north direction vector @ n1\n\n    var deSinθ = de.times(Math.sin(θ));\n    var dnCosθ = dn.times(Math.cos(θ));\n\n    var d = dnCosθ.plus(deSinθ);   // direction vector @ n1 (≡ C×n1; C = great circle)\n\n    var x = n1.times(Math.cos(δ)); // component of n2 parallel to n1\n    var y = d.times(Math.sin(δ));  // component of n2 perpendicular to n1\n\n    var n2 = x.plus(y);\n\n    return n2.toLatLonS();\n};\n\n\n/**\n * Returns the point of intersection of two paths each defined by point pairs or start point and bearing.\n *\n * @param   {LatLon}        path1start - Start point of first path.\n * @param   {LatLon|number} path1brngEnd - End point of first path or initial bearing from first start point.\n * @param   {LatLon}        path2start - Start point of second path.\n * @param   {LatLon|number} path2brngEnd - End point of second path or initial bearing from second start point.\n * @returns {LatLon}        Destination point (null if no unique intersection defined)\n *\n * @example\n *   var p1 = LatLon(51.8853, 0.2545), brng1 = 108.55;\n *   var p2 = LatLon(49.0034, 2.5735), brng2 =  32.44;\n *   var pInt = LatLon.intersection(p1, brng1, p2, brng2); // 50.9076°N, 004.5086°E\n */\nLatLon.intersection = function(path1start, path1brngEnd, path2start, path2brngEnd) {\n    if (!(path1start instanceof LatLon)) throw new TypeError('path1start is not LatLon object');\n    if (!(path2start instanceof LatLon)) throw new TypeError('path2start is not LatLon object');\n    if (!(path1brngEnd instanceof LatLon) && isNaN(path1brngEnd)) throw new TypeError('path1brngEnd is not LatLon object or bearing');\n    if (!(path2brngEnd instanceof LatLon) && isNaN(path2brngEnd)) throw new TypeError('path2brngEnd is not LatLon object or bearing');\n\n    // if c1 & c2 are great circles through start and end points (or defined by start point + bearing),\n    // then candidate intersections are simply c1 × c2 & c2 × c1; most of the work is deciding correct\n    // intersection point to select! if bearing is given, that determines which intersection, if both\n    // paths are defined by start/end points, take closer intersection\n\n    var p1 = path1start.toVector();\n    var p2 = path2start.toVector();\n\n    var c1, c2, path1def, path2def;\n    // c1 & c2 are vectors defining great circles through start & end points; p × c gives initial bearing vector\n\n    if (path1brngEnd instanceof LatLon) { // path 1 defined by endpoint\n        c1 = p1.cross(path1brngEnd.toVector());\n        path1def = 'endpoint';\n    } else {                              // path 1 defined by initial bearing\n        c1 = path1start.greatCircle(Number(path1brngEnd));\n        path1def = 'bearing';\n    }\n    if (path2brngEnd instanceof LatLon) { // path 2 defined by endpoint\n        c2 = p2.cross(path2brngEnd.toVector());\n        path2def = 'endpoint';\n    } else {                              // path 2 defined by initial bearing\n        c2 = path2start.greatCircle(Number(path2brngEnd));\n        path2def = 'bearing';\n    }\n\n    // there are two (antipodal) candidate intersection points; we have to choose which to return\n    var i1 = c1.cross(c2);\n    var i2 = c2.cross(c1);\n\n    // am I making heavy weather of this? is there a simpler way to do it?\n\n    // selection of intersection point depends on how paths are defined (bearings or endpoints)\n    var intersection=null, dir1=null, dir2=null;\n    switch (path1def+'+'+path2def) {\n        case 'bearing+bearing':\n            // if c×p⋅i1 is +ve, the initial bearing is towards i1, otherwise towards antipodal i2\n            dir1 = Math.sign(c1.cross(p1).dot(i1)); // c1×p1⋅i1 +ve means p1 bearing points to i1\n            dir2 = Math.sign(c2.cross(p2).dot(i1)); // c2×p2⋅i1 +ve means p2 bearing points to i1\n\n            switch (dir1+dir2) {\n                case  2: // dir1, dir2 both +ve, 1 & 2 both pointing to i1\n                    intersection = i1;\n                    break;\n                case -2: // dir1, dir2 both -ve, 1 & 2 both pointing to i2\n                    intersection = i2;\n                    break;\n                case  0: // dir1, dir2 opposite; intersection is at further-away intersection point\n                    // take opposite intersection from mid-point of p1 & p2 [is this always true?]\n                    intersection = p1.plus(p2).dot(i1) > 0 ? i2 : i1;\n                    break;\n            }\n            break;\n        case 'bearing+endpoint': // use bearing c1 × p1\n            dir1 = Math.sign(c1.cross(p1).dot(i1)); // c1×p1⋅i1 +ve means p1 bearing points to i1\n            intersection = dir1>0 ? i1 : i2;\n            break;\n        case 'endpoint+bearing': // use bearing c2 × p2\n            dir2 = Math.sign(c2.cross(p2).dot(i1)); // c2×p2⋅i1 +ve means p2 bearing points to i1\n            intersection = dir2>0 ? i1 : i2;\n            break;\n        case 'endpoint+endpoint': // select nearest intersection to mid-point of all points\n            var mid = p1.plus(p2).plus(path1brngEnd.toVector()).plus(path2brngEnd.toVector());\n            intersection = mid.dot(i1)>0 ? i1 : i2;\n            break;\n    }\n\n    return intersection.toLatLonS();\n};\n\n\n/**\n * Returns (signed) distance from ‘this’ point to great circle defined by start-point and end-point/bearing.\n *\n * @param   {LatLon}        pathStart - Start point of great circle path.\n * @param   {LatLon|number} pathBrngEnd - End point of great circle path or initial bearing from great circle start point.\n * @param   {number}        [radius=6371e3] - (Mean) radius of earth (defaults to radius in metres).\n * @returns {number}        Distance to great circle (-ve if to left, +ve if to right of path).\n *\n * @example\n *   var pCurrent = new LatLon(53.2611, -0.7972);\n *\n *   var p1 = new LatLon(53.3206, -1.7297), brng = 96.0;\n *   var d = pCurrent.crossTrackDistanceTo(p1, brng);// -305.7 m\n *\n *   var p1 = new LatLon(53.3206, -1.7297), p2 = new LatLon(53.1887, 0.1334);\n *   var d = pCurrent.crossTrackDistanceTo(p1, p2);  // -307.5 m\n */\nLatLon.prototype.crossTrackDistanceTo = function(pathStart, pathBrngEnd, radius) {\n    if (!(pathStart instanceof LatLon)) throw new TypeError('pathStart is not LatLon object');\n    var R = (radius === undefined) ? 6371e3 : Number(radius);\n\n    var p = this.toVector();\n\n    var gc = pathBrngEnd instanceof LatLon                   // (note JavaScript is not good at method overloading)\n        ? pathStart.toVector().cross(pathBrngEnd.toVector()) // great circle defined by two points\n        : pathStart.greatCircle(Number(pathBrngEnd));        // great circle defined by point + bearing\n\n    var α = gc.angleTo(p) - Math.PI/2; // angle between point & great-circle\n\n    var d = α * R;\n\n    return d;\n};\n\n\n/**\n * Returns how far ‘this’ point is along a path from from start-point, heading on bearing or towards\n * end-point. That is, if a perpendicular is drawn from ‘this’ point to the (great circle) path, the\n * along-track distance is the distance from the start point to where the perpendicular crosses the\n * path.\n *\n * @param   {LatLon}        pathStart - Start point of great circle path.\n * @param   {LatLon|number} pathBrngEnd - End point of great circle path or initial bearing from great circle start point.\n * @param   {number}        [radius=6371e3] - (Mean) radius of earth (defaults to radius in metres).\n * @returns {number}        Distance along great circle to point nearest ‘this’ point.\n *\n * @example\n *   var pCurrent = new LatLon(53.2611, -0.7972);\n *   var p1 = new LatLon(53.3206, -1.7297);\n *   var p2 = new LatLon(53.1887,  0.1334);\n *   var d = pCurrent.alongTrackDistanceTo(p1, p2);  // 62.331 km\n */\nLatLon.prototype.alongTrackDistanceTo = function(pathStart, pathBrngEnd, radius) {\n    if (!(pathStart instanceof LatLon)) throw new TypeError('pathStart is not LatLon object');\n    var R = (radius === undefined) ? 6371e3 : Number(radius);\n\n    var p = this.toVector();\n\n    var gc = pathBrngEnd instanceof LatLon                   // (note JavaScript is not good at method overloading)\n        ? pathStart.toVector().cross(pathBrngEnd.toVector()) // great circle defined by two points\n        : pathStart.greatCircle(Number(pathBrngEnd));        // great circle defined by point + bearing\n\n    var pat = gc.cross(p).cross(gc); // along-track point c × p × c\n\n    var α = pathStart.toVector().angleTo(pat, gc); // angle between start point and along-track point\n\n    var d = α * R;\n\n    return d;\n};\n\n\n/**\n * Returns closest point on great circle segment between point1 & point2 to ‘this’ point.\n *\n * If this point is ‘within’ the extent of the segment, the point is on the segment between point1 &\n * point2; otherwise, it is the closer of the endpoints defining the segment.\n *\n * @param   {LatLon} point1 - Start point of great circle segment.\n * @param   {LatLon} point2 - End point of great circle segment.\n * @returns {number} point on segment.\n *\n * @example\n *   var p1 = new LatLon(51.0, 1.0), p2 = new LatLon(51.0, 2.0);\n *\n *   var p0 = new LatLon(51.0, 1.9);\n *   var p = p0.nearestPointOnSegment(p1, p2); // 51.0004°N, 001.9000°E\n *   var d = p.distanceTo(p);                  // 42.71 m\n *\n *   var p0 = new LatLon(51.0, 2.1);\n *   var p = p0.nearestPointOnSegment(p1, p2); // 51.0000°N, 002.0000°E\n */\nLatLon.prototype.nearestPointOnSegment = function(point1, point2) {\n    var p = null;\n\n    if (this.isBetween(point1, point2)) {\n        // closer to segment than to its endpoints, find closest point on segment\n        var n0 = this.toVector(), n1 = point1.toVector(), n2 = point2.toVector();\n        var c1 = n1.cross(n2); // n1×n2 = vector representing great circle through p1, p2\n        var c2 = n0.cross(c1); // n0×c1 = vector representing great circle through p0 normal to c1\n        var n = c1.cross(c2);  // c2×c1 = nearest point on c1 to n0\n        p = n.toLatLonS();\n    } else {\n        // beyond segment extent, take closer endpoint\n        var d1 = this.distanceTo(point1);\n        var d2 = this.distanceTo(point2);\n        p = d1<d2 ? point1 : point2;\n    }\n\n    return p;\n};\n\n\n/**\n * Returns whether this point is between point 1 & point 2.\n *\n * If this point is not on the great circle defined by point1 & point 2, returns whether this point\n * is within area bound by perpendiculars to the great circle at each point (in the same hemisphere).\n *\n * @param   {LatLon}  point1 - First point defining segment.\n * @param   {LatLon}  point2 - Second point defining segment.\n * @returns {boolean} Whether this point is within extent of segment.\n */\nLatLon.prototype.isBetween = function(point1, point2) {\n    var n0 = this.toVector(), n1 = point1.toVector(), n2 = point2.toVector(); // n-vectors\n\n    // get vectors representing p0->p1, p0->p2, p1->p2, p2->p1\n    var δ10 = n0.minus(n1), δ12 = n2.minus(n1);\n    var δ20 = n0.minus(n2), δ21 = n1.minus(n2);\n\n    // dot product δ10⋅δ12 tells us if p0 is on p2 side of p1, similarly for δ20⋅δ21\n    var extent1 = δ10.dot(δ12);\n    var extent2 = δ20.dot(δ21);\n\n    var isBetween = extent1>=0 && extent2>=0;\n    var isSameHemisphere = n0.dot(n1)>=0 && n0.dot(n2)>=0;\n\n    return isBetween && isSameHemisphere;\n};\n\n\n/**\n * Tests whether ‘this’ point is enclosed by the polygon defined by a set of points.\n *\n * @param   {LatLon[]} polygon - Ordered array of points defining vertices of polygon.\n * @returns {bool}     Whether this point is enclosed by polygon.\n *\n * @example\n *   var bounds = [ new LatLon(45,1), new LatLon(45,2), new LatLon(46,2), new LatLon(46,1) ];\n *   var p = new LatLon(45.1, 1.1);\n *   var inside = p.enclosedBy(bounds); // true\n */\nLatLon.prototype.enclosedBy = function(polygon) {\n    // this method uses angle summation test; on a plane, angles for an enclosed point will sum\n    // to 360°, angles for an exterior point will sum to 0°. On a sphere, enclosed point angles\n    // will sum to less than 360° (due to spherical excess), exterior point angles will be small\n    // but non-zero. TODO: are any winding number optimisations applicable to spherical surface?\n\n    // close the polygon so that the last point equals the first point\n    var closed = polygon[0].equals(polygon[polygon.length-1]);\n    if (!closed) polygon.push(polygon[0]);\n\n    var nVertices = polygon.length - 1;\n\n    var p = this.toVector();\n\n    // get vectors from p to each vertex\n    var vectorToVertex = [];\n    for (var v=0; v<nVertices; v++) vectorToVertex[v] = p.minus(polygon[v].toVector());\n    vectorToVertex.push(vectorToVertex[0]);\n\n    // sum subtended angles of each edge (using vector p to determine sign)\n    var Σθ = 0;\n    for (var v=0; v<nVertices; v++) {\n        Σθ += vectorToVertex[v].angleTo(vectorToVertex[v+1], p);\n    }\n\n    var enclosed = Math.abs(Σθ) > Math.PI;\n\n    if (!closed) polygon.pop(); // restore polygon to pristine condition\n\n    return enclosed;\n};\n\n\n/**\n * Calculates the area of a spherical polygon where the sides of the polygon are great circle\n * arcs joining the vertices.\n *\n * @param   {LatLon[]} polygon - Array of points defining vertices of the polygon.\n * @param   {number}   [radius=6371e3] - (Mean) radius of earth (defaults to radius in metres).\n * @returns {number}   The area of the polygon in the same units as radius.\n *\n * @example\n *   var polygon = [ new LatLon(0,0), new LatLon(1,0), new LatLon(0,1) ];\n *   var area = LatLon.areaOf(polygon); // 6.18e9 m²\n */\nLatLon.areaOf = function(polygon, radius) {\n    // uses Girard’s theorem: A = [Σθᵢ − (n−2)·π]·R²\n\n    var R = (radius == undefined) ? 6371e3 : Number(radius);\n\n    // close the polygon so that the last point equals the first point\n    var closed = polygon[0].equals(polygon[polygon.length-1]);\n    if (!closed) polygon.push(polygon[0]);\n\n    var n = polygon.length - 1; // number of vertices\n\n    // get great-circle vector for each edge\n    var c = [];\n    for (var v=0; v<n; v++) {\n        var i = polygon[v].toVector();\n        var j = polygon[v+1].toVector();\n        c[v] = i.cross(j); // great circle for segment v..v+1\n    }\n    c.push(c[0]);\n\n    // sum interior angles; depending on whether polygon is cw or ccw, angle between edges is\n    // π−α or π+α, where α is angle between great-circle vectors; so sum α, then take n·π − |Σα|\n    // (cannot use Σ(π−|α|) as concave polygons would fail); use vector to 1st point as plane\n    // normal for sign of α\n    var n1 = polygon[0].toVector();\n    var Σα = 0;\n    for (var v=0; v<n; v++) Σα += c[v].angleTo(c[v+1], n1);\n    var Σθ = n*Math.PI - Math.abs(Σα);\n\n    var E = (Σθ - (n-2)*Math.PI); // spherical excess (in steradians)\n    var A = E * R*R;              // area in units of R²\n\n    if (!closed) polygon.pop(); // restore polygon to pristine condition\n\n    return A;\n};\n\n\n/**\n * Returns point representing geographic mean of supplied points.\n *\n * @param   {LatLon[]} points - Array of points to be averaged.\n * @returns {LatLon}   Point at the geographic mean of the supplied points.\n * @todo Not yet tested.\n */\nLatLon.meanOf = function(points) {\n    var m = new Vector3d(0, 0, 0);\n\n    // add all vectors\n    for (var p=0; p<points.length; p++) {\n        m = m.plus(points[p].toVector());\n    }\n\n    // m is now geographic mean\n    return m.unit().toLatLonS();\n};\n\n\n/**\n * Checks if another point is equal to ‘this’ point.\n *\n * @param   {LatLon} point - Point to be compared against this point.\n * @returns {bool}    True if points are identical.\n *\n * @example\n *   var p1 = new LatLon(52.205, 0.119);\n *   var p2 = new LatLon(52.205, 0.119);\n *   var equal = p1.equals(p2); // true\n */\nLatLon.prototype.equals = function(point) {\n    if (!(point instanceof LatLon)) throw new TypeError('point is not LatLon object');\n\n    if (this.lat != point.lat) return false;\n    if (this.lon != point.lon) return false;\n\n    return true;\n};\n\n\n/**\n * Returns a string representation of ‘this’ point.\n *\n * @param   {string} [format=dms] - Format point as 'd', 'dm', 'dms'.\n * @param   {number} [dp=0|2|4] - Number of decimal places to use: default 0 for dms, 2 for dm, 4 for d.\n * @returns {string} Comma-separated formatted latitude/longitude.\n */\nLatLon.prototype.toString = function(format, dp) {\n    return Dms.toLat(this.lat, format, dp) + ', ' + Dms.toLon(this.lon, format, dp);\n};\n\n\n/* - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -  */\n\n/** Extend Number object with method to convert numeric degrees to radians */\nif (Number.prototype.toRadians === undefined) {\n    Number.prototype.toRadians = function() { return this * Math.PI / 180; };\n}\n\n/** Extend Number object with method to convert radians to numeric (signed) degrees */\nif (Number.prototype.toDegrees === undefined) {\n    Number.prototype.toDegrees = function() { return this * 180 / Math.PI; };\n}\n\n/** Polyfill Math.sign for old browsers / IE */\nif (Math.sign === undefined) {\n    Math.sign = function(x) {\n        x = +x; // convert to a number\n        if (x === 0 || isNaN(x)) return x;\n        return x > 0 ? 1 : -1;\n    };\n}\n\n/* - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -  */\nif (typeof module != 'undefined' && module.exports) module.exports = LatLon, module.exports.Vector3d = Vector3d; // ≡ export { LatLon as default, Vector3d }\n","function flatten(gj) {\n    switch ((gj && gj.type) || null) {\n        case 'FeatureCollection':\n            gj.features = gj.features.reduce(function(mem, feature) {\n                return mem.concat(flatten(feature));\n            }, []);\n            return gj;\n        case 'Feature':\n            if (!gj.geometry) return gj;\n            return flatten(gj.geometry).map(function(geom) {\n                return {\n                    type: 'Feature',\n                    properties: JSON.parse(JSON.stringify(gj.properties)),\n                    geometry: geom\n                };\n            });\n        case 'MultiPoint':\n            return gj.coordinates.map(function(_) {\n                return { type: 'Point', coordinates: _ };\n            });\n        case 'MultiPolygon':\n            return gj.coordinates.map(function(_) {\n                return { type: 'Polygon', coordinates: _ };\n            });\n        case 'MultiLineString':\n            return gj.coordinates.map(function(_) {\n                return { type: 'LineString', coordinates: _ };\n            });\n        case 'GeometryCollection':\n            return gj.geometries.map(flatten).reduce(function(memo, geoms) {\n                return memo.concat(geoms);\n            }, []);\n        case 'Point':\n        case 'Polygon':\n        case 'LineString':\n            return [gj];\n    }\n}\n\nmodule.exports = flatten;\n","var measureDistance = require('@turf/distance');\nvar point = require('@turf/helpers').point;\nvar bearing = require('@turf/bearing');\nvar destination = require('@turf/destination');\n\n/**\n * Takes a {@link LineString|line} and returns a {@link Point|point} at a specified distance along the line.\n *\n * @name along\n * @param {Feature<LineString>} line input line\n * @param {number} distance distance along the line\n * @param {string} [units=kilometers] can be degrees, radians, miles, or kilometers\n * @returns {Feature<Point>} Point `distance` `units` along the line\n * @example\n * var line = turf.lineString([[-83, 30], [-84, 36], [-78, 41]]);\n *\n * var along = turf.along(line, 200, 'miles');\n *\n * //addToMap\n * var addToMap = [along, line]\n */\nmodule.exports = function (line, distance, units) {\n    var coords;\n    if (line.type === 'Feature') coords = line.geometry.coordinates;\n    else if (line.type === 'LineString') coords = line.coordinates;\n    else throw new Error('input must be a LineString Feature or Geometry');\n\n    var travelled = 0;\n    for (var i = 0; i < coords.length; i++) {\n        if (distance >= travelled && i === coords.length - 1) break;\n        else if (travelled >= distance) {\n            var overshot = distance - travelled;\n            if (!overshot) return point(coords[i]);\n            else {\n                var direction = bearing(coords[i], coords[i - 1]) - 180;\n                var interpolated = destination(coords[i], overshot, direction, units);\n                return interpolated;\n            }\n        } else {\n            travelled += measureDistance(coords[i], coords[i + 1], units);\n        }\n    }\n    return point(coords[coords.length - 1]);\n};\n","// http://stackoverflow.com/questions/11935175/sampling-a-random-subset-from-an-array\nvar featureCollection = require('@turf/helpers').featureCollection;\n\n/**\n * Takes a {@link FeatureCollection} and returns a FeatureCollection with given number of {@link Feature|features} at random.\n *\n * @name sample\n * @param {FeatureCollection} featurecollection set of input features\n * @param {number} num number of features to select\n * @returns {FeatureCollection} a FeatureCollection with `n` features\n * @example\n * var points = turf.random('points', 100, {\n *   bbox: [-80, 30, -60, 60]\n * });\n *\n * var sample = turf.sample(points, 5);\n *\n * //addToMap\n * var addToMap = [points, sample]\n * turf.featureEach(sample, function (currentFeature) {\n *   currentFeature.properties['marker-size'] = 'large';\n *   currentFeature.properties['marker-color'] = '#000';\n * });\n */\nmodule.exports = function (featurecollection, num) {\n    var outFC = featureCollection(getRandomSubarray(featurecollection.features, num));\n    return outFC;\n};\n\nfunction getRandomSubarray(arr, size) {\n    var shuffled = arr.slice(0), i = arr.length, min = i - size, temp, index;\n    while (i-- > min) {\n        index = Math.floor((i + 1) * Math.random());\n        temp = shuffled[index];\n        shuffled[index] = shuffled[i];\n        shuffled[i] = temp;\n    }\n    return shuffled.slice(min);\n}\n","/*!\n* @license GNU Affero General Public License.\n* Copyright (c) 2015, 2015 Ronny Lorenz <ronny@tbi.univie.ac.at>\n* v. 1.2.0\n* https://github.com/RaumZeit/MarchingSquares.js\n*/\n\n(function (root, factory) {\n    if (typeof define === 'function' && define.amd) {\n        // AMD. Register as an anonymous module.\n        define([], function() { return { isoBands : factory() }; })\n    } else if (typeof module === 'object' && module.exports) {\n        // Node. Does not work with strict CommonJS, but\n        // only CommonJS-like environments that support module.exports,\n        // like Node.\n        module.exports = { isoBands : factory() };\n    } else {\n        // Browser globals (root is window)\n        root.MarchingSquaresJS = {\n                                    isoBands : factory(),\n                                    isoContours : (root.MarchingSquaresJS) ? root.MarchingSquaresJS.isoContours : null\n                                 };\n    }\n}(this, function () {\n\n  var defaultSettings = {\n    successCallback:  null,\n    verbose:          false,\n    polygons:         false\n  };\n    \n  var settings = {};\n    \n    /*\n      Compute isobands(s) of a scalar 2D field given a certain\n      threshold and a bandwidth by applying the Marching Squares\n      Algorithm. The function returns a list of path coordinates\n      either for individual polygons within each grid cell, or the\n      outline of connected polygons.\n    */\n  function isoBands(data, minV, bandwidth, options){\n    /* process options */\n    options = options ? options : {};\n\n    var optionKeys = Object.keys(defaultSettings);\n\n    for(var i = 0; i < optionKeys.length; i++){\n      var key = optionKeys[i];\n      var val = options[key];\n      val = ((typeof val !== 'undefined') && (val !== null)) ? val : defaultSettings[key];\n\n      settings[key] = val;\n    }\n\n    if(settings.verbose)\n      console.log(\"MarchingSquaresJS-isoBands: computing isobands for [\" + minV + \":\" + (minV + bandwidth) + \"]\");\n\n    var grid = computeBandGrid(data, minV, bandwidth);\n\n    var ret;\n    if(settings.polygons){\n      if (settings.verbose)\n        console.log(\"MarchingSquaresJS-isoBands: returning single polygons for each grid cell\");\n      ret = BandGrid2Areas(grid);\n    } else {\n      if (settings.verbose)\n        console.log(\"MarchingSquaresJS-isoBands: returning polygon paths for entire data grid\");\n      ret = BandGrid2AreaPaths(grid);\n    }\n\n    if(typeof settings.successCallback === 'function')\n      settings.successCallback(ret);\n\n    return ret;\n  }\n\n  /*\n    Thats all for the public interface, below follows the actual\n    implementation\n  */\n\n  /* Some private variables */\n  var Node0 = 64,\n      Node1 = 16,\n      Node2 = 4,\n      Node3 = 1;\n\n  /*  For isoBands, each square is defined by the three states\n      of its corner points. However, since computers use power-2\n      values, we use 2bits per trit, i.e.:\n\n      00 ... below minV\n      01 ... between minV and maxV\n      10 ... above maxV\n\n      Hence we map the 4-trit configurations as follows:\n\n      0000 => 0\n      0001 => 1\n      0002 => 2\n      0010 => 4\n      0011 => 5\n      0012 => 6\n      0020 => 8\n      0021 => 9\n      0022 => 10\n      0100 => 16\n      0101 => 17\n      0102 => 18\n      0110 => 20\n      0111 => 21\n      0112 => 22\n      0120 => 24\n      0121 => 25\n      0122 => 26\n      0200 => 32\n      0201 => 33\n      0202 => 34\n      0210 => 36\n      0211 => 37\n      0212 => 38\n      0220 => 40\n      0221 => 41\n      0222 => 42\n      1000 => 64\n      1001 => 65\n      1002 => 66\n      1010 => 68\n      1011 => 69\n      1012 => 70\n      1020 => 72\n      1021 => 73\n      1022 => 74\n      1100 => 80\n      1101 => 81\n      1102 => 82\n      1110 => 84\n      1111 => 85\n      1112 => 86\n      1120 => 88\n      1121 => 89\n      1122 => 90\n      1200 => 96\n      1201 => 97\n      1202 => 98\n      1210 => 100\n      1211 => 101\n      1212 => 102\n      1220 => 104\n      1221 => 105\n      1222 => 106\n      2000 => 128\n      2001 => 129\n      2002 => 130\n      2010 => 132\n      2011 => 133\n      2012 => 134\n      2020 => 136\n      2021 => 137\n      2022 => 138\n      2100 => 144\n      2101 => 145\n      2102 => 146\n      2110 => 148\n      2111 => 149\n      2112 => 150\n      2120 => 152\n      2121 => 153\n      2122 => 154\n      2200 => 160\n      2201 => 161\n      2202 => 162\n      2210 => 164\n      2211 => 165\n      2212 => 166\n      2220 => 168\n      2221 => 169\n      2222 => 170\n  */\n\n  /*\n    The look-up tables for tracing back the contour path\n    of isoBands\n  */\n\n  var isoBandNextXTL = [];\n  var isoBandNextYTL = [];\n  var isoBandNextOTL = [];\n\n  var isoBandNextXTR = [];\n  var isoBandNextYTR = [];\n  var isoBandNextOTR = [];\n\n  var isoBandNextXRT = [];\n  var isoBandNextYRT = [];\n  var isoBandNextORT = [];\n\n  var isoBandNextXRB = [];\n  var isoBandNextYRB = [];\n  var isoBandNextORB = [];\n\n  var isoBandNextXBL = [];\n  var isoBandNextYBL = [];\n  var isoBandNextOBL = [];\n\n  var isoBandNextXBR = [];\n  var isoBandNextYBR = [];\n  var isoBandNextOBR = [];\n\n  var isoBandNextXLT = [];\n  var isoBandNextYLT = [];\n  var isoBandNextOLT = [];\n\n  var isoBandNextXLB = [];\n  var isoBandNextYLB = [];\n  var isoBandNextOLB = [];\n\n  isoBandNextXRT[85] = isoBandNextXRB[85] = -1;\n  isoBandNextYRT[85] = isoBandNextYRB[85] = 0;\n  isoBandNextORT[85] = isoBandNextORB[85] = 1;\n  isoBandNextXLT[85] = isoBandNextXLB[85] = 1;\n  isoBandNextYLT[85] = isoBandNextYLB[85] = 0;\n  isoBandNextOLT[85] = isoBandNextOLB[85] = 1;\n\n  isoBandNextXTL[85] = isoBandNextXTR[85] = 0;\n  isoBandNextYTL[85] = isoBandNextYTR[85] = -1;\n  isoBandNextOTL[85] = isoBandNextOBL[85] = 0;\n  isoBandNextXBR[85] = isoBandNextXBL[85] = 0;\n  isoBandNextYBR[85] = isoBandNextYBL[85] = 1;\n  isoBandNextOTR[85] = isoBandNextOBR[85] = 1;\n\n\n  /* triangle cases */\n  isoBandNextXLB[1] = isoBandNextXLB[169] = 0;\n  isoBandNextYLB[1] = isoBandNextYLB[169] = -1;\n  isoBandNextOLB[1] = isoBandNextOLB[169] = 0;\n  isoBandNextXBL[1] = isoBandNextXBL[169] = -1;\n  isoBandNextYBL[1] = isoBandNextYBL[169] = 0;\n  isoBandNextOBL[1] = isoBandNextOBL[169] = 0;\n\n  isoBandNextXRB[4] = isoBandNextXRB[166] = 0;\n  isoBandNextYRB[4] = isoBandNextYRB[166] = -1;\n  isoBandNextORB[4] = isoBandNextORB[166] = 1;\n  isoBandNextXBR[4] = isoBandNextXBR[166] = 1;\n  isoBandNextYBR[4] = isoBandNextYBR[166] = 0;\n  isoBandNextOBR[4] = isoBandNextOBR[166] = 0;\n\n  isoBandNextXRT[16] = isoBandNextXRT[154] = 0;\n  isoBandNextYRT[16] = isoBandNextYRT[154] = 1;\n  isoBandNextORT[16] = isoBandNextORT[154] = 1;\n  isoBandNextXTR[16] = isoBandNextXTR[154] = 1;\n  isoBandNextYTR[16] = isoBandNextYTR[154] = 0;\n  isoBandNextOTR[16] = isoBandNextOTR[154] = 1;\n\n  isoBandNextXLT[64] = isoBandNextXLT[106] = 0;\n  isoBandNextYLT[64] = isoBandNextYLT[106] = 1;\n  isoBandNextOLT[64] = isoBandNextOLT[106] = 0;\n  isoBandNextXTL[64] = isoBandNextXTL[106] = -1;\n  isoBandNextYTL[64] = isoBandNextYTL[106] = 0;\n  isoBandNextOTL[64] = isoBandNextOTL[106] = 1;\n\n  /* single trapezoid cases */\n  isoBandNextXLT[2] = isoBandNextXLT[168] = 0;\n  isoBandNextYLT[2] = isoBandNextYLT[168] = -1;\n  isoBandNextOLT[2] = isoBandNextOLT[168] = 1;\n  isoBandNextXLB[2] = isoBandNextXLB[168] = 0;\n  isoBandNextYLB[2] = isoBandNextYLB[168] = -1;\n  isoBandNextOLB[2] = isoBandNextOLB[168] = 0;\n  isoBandNextXBL[2] = isoBandNextXBL[168] = -1;\n  isoBandNextYBL[2] = isoBandNextYBL[168] = 0;\n  isoBandNextOBL[2] = isoBandNextOBL[168] = 0;\n  isoBandNextXBR[2] = isoBandNextXBR[168] = -1;\n  isoBandNextYBR[2] = isoBandNextYBR[168] = 0;\n  isoBandNextOBR[2] = isoBandNextOBR[168] = 1;\n\n  isoBandNextXRT[8] = isoBandNextXRT[162] = 0;\n  isoBandNextYRT[8] = isoBandNextYRT[162] = -1;\n  isoBandNextORT[8] = isoBandNextORT[162] = 0;\n  isoBandNextXRB[8] = isoBandNextXRB[162] = 0;\n  isoBandNextYRB[8] = isoBandNextYRB[162] = -1;\n  isoBandNextORB[8] = isoBandNextORB[162] = 1;\n  isoBandNextXBL[8] = isoBandNextXBL[162] = 1;\n  isoBandNextYBL[8] = isoBandNextYBL[162] = 0;\n  isoBandNextOBL[8] = isoBandNextOBL[162] = 1;\n  isoBandNextXBR[8] = isoBandNextXBR[162] = 1;\n  isoBandNextYBR[8] = isoBandNextYBR[162] = 0;\n  isoBandNextOBR[8] = isoBandNextOBR[162] = 0;\n\n  isoBandNextXRT[32] = isoBandNextXRT[138] = 0;\n  isoBandNextYRT[32] = isoBandNextYRT[138] = 1;\n  isoBandNextORT[32] = isoBandNextORT[138] = 1;\n  isoBandNextXRB[32] = isoBandNextXRB[138] = 0;\n  isoBandNextYRB[32] = isoBandNextYRB[138] = 1;\n  isoBandNextORB[32] = isoBandNextORB[138] = 0;\n  isoBandNextXTL[32] = isoBandNextXTL[138] = 1;\n  isoBandNextYTL[32] = isoBandNextYTL[138] = 0;\n  isoBandNextOTL[32] = isoBandNextOTL[138] = 0;\n  isoBandNextXTR[32] = isoBandNextXTR[138] = 1;\n  isoBandNextYTR[32] = isoBandNextYTR[138] = 0;\n  isoBandNextOTR[32] = isoBandNextOTR[138] = 1;\n\n  isoBandNextXLB[128] = isoBandNextXLB[42] = 0;\n  isoBandNextYLB[128] = isoBandNextYLB[42] = 1;\n  isoBandNextOLB[128] = isoBandNextOLB[42] = 1;\n  isoBandNextXLT[128] = isoBandNextXLT[42] = 0;\n  isoBandNextYLT[128] = isoBandNextYLT[42] = 1;\n  isoBandNextOLT[128] = isoBandNextOLT[42] = 0;\n  isoBandNextXTL[128] = isoBandNextXTL[42] = -1;\n  isoBandNextYTL[128] = isoBandNextYTL[42] = 0;\n  isoBandNextOTL[128] = isoBandNextOTL[42] = 1;\n  isoBandNextXTR[128] = isoBandNextXTR[42] = -1;\n  isoBandNextYTR[128] = isoBandNextYTR[42] = 0;\n  isoBandNextOTR[128] = isoBandNextOTR[42] = 0;\n\n  /* single rectangle cases */\n  isoBandNextXRB[5] = isoBandNextXRB[165] = -1;\n  isoBandNextYRB[5] = isoBandNextYRB[165] = 0;\n  isoBandNextORB[5] = isoBandNextORB[165] = 0;\n  isoBandNextXLB[5] = isoBandNextXLB[165] = 1;\n  isoBandNextYLB[5] = isoBandNextYLB[165] = 0;\n  isoBandNextOLB[5] = isoBandNextOLB[165] = 0;\n\n  isoBandNextXBR[20] = isoBandNextXBR[150] = 0;\n  isoBandNextYBR[20] = isoBandNextYBR[150] = 1;\n  isoBandNextOBR[20] = isoBandNextOBR[150] = 1;\n  isoBandNextXTR[20] = isoBandNextXTR[150] = 0;\n  isoBandNextYTR[20] = isoBandNextYTR[150] = -1;\n  isoBandNextOTR[20] = isoBandNextOTR[150] = 1;\n\n  isoBandNextXRT[80] = isoBandNextXRT[90] = -1;\n  isoBandNextYRT[80] = isoBandNextYRT[90] = 0;\n  isoBandNextORT[80] = isoBandNextORT[90] = 1;\n  isoBandNextXLT[80] = isoBandNextXLT[90] = 1;\n  isoBandNextYLT[80] = isoBandNextYLT[90] = 0;\n  isoBandNextOLT[80] = isoBandNextOLT[90] = 1;\n\n  isoBandNextXBL[65] = isoBandNextXBL[105] = 0;\n  isoBandNextYBL[65] = isoBandNextYBL[105] = 1;\n  isoBandNextOBL[65] = isoBandNextOBL[105] = 0;\n  isoBandNextXTL[65] = isoBandNextXTL[105] = 0;\n  isoBandNextYTL[65] = isoBandNextYTL[105] = -1;\n  isoBandNextOTL[65] = isoBandNextOTL[105] = 0;\n\n  isoBandNextXRT[160] = isoBandNextXRT[10] = -1;\n  isoBandNextYRT[160] = isoBandNextYRT[10] = 0;\n  isoBandNextORT[160] = isoBandNextORT[10] = 1;\n  isoBandNextXRB[160] = isoBandNextXRB[10] = -1;\n  isoBandNextYRB[160] = isoBandNextYRB[10] = 0;\n  isoBandNextORB[160] = isoBandNextORB[10] = 0;\n  isoBandNextXLB[160] = isoBandNextXLB[10] = 1;\n  isoBandNextYLB[160] = isoBandNextYLB[10] = 0;\n  isoBandNextOLB[160] = isoBandNextOLB[10] = 0;\n  isoBandNextXLT[160] = isoBandNextXLT[10] = 1;\n  isoBandNextYLT[160] = isoBandNextYLT[10] = 0;\n  isoBandNextOLT[160] = isoBandNextOLT[10] = 1;\n\n  isoBandNextXBR[130] = isoBandNextXBR[40] = 0;\n  isoBandNextYBR[130] = isoBandNextYBR[40] = 1;\n  isoBandNextOBR[130] = isoBandNextOBR[40] = 1;\n  isoBandNextXBL[130] = isoBandNextXBL[40] = 0;\n  isoBandNextYBL[130] = isoBandNextYBL[40] = 1;\n  isoBandNextOBL[130] = isoBandNextOBL[40] = 0;\n  isoBandNextXTL[130] = isoBandNextXTL[40] = 0;\n  isoBandNextYTL[130] = isoBandNextYTL[40] = -1;\n  isoBandNextOTL[130] = isoBandNextOTL[40] = 0;\n  isoBandNextXTR[130] = isoBandNextXTR[40] = 0;\n  isoBandNextYTR[130] = isoBandNextYTR[40] = -1;\n  isoBandNextOTR[130] = isoBandNextOTR[40] = 1;\n\n  /* single hexagon cases */\n  isoBandNextXRB[37] = isoBandNextXRB[133] = 0;\n  isoBandNextYRB[37] = isoBandNextYRB[133] = 1;\n  isoBandNextORB[37] = isoBandNextORB[133] = 1;\n  isoBandNextXLB[37] = isoBandNextXLB[133] = 0;\n  isoBandNextYLB[37] = isoBandNextYLB[133] = 1;\n  isoBandNextOLB[37] = isoBandNextOLB[133] = 0;\n  isoBandNextXTL[37] = isoBandNextXTL[133] = -1;\n  isoBandNextYTL[37] = isoBandNextYTL[133] = 0;\n  isoBandNextOTL[37] = isoBandNextOTL[133] = 0;\n  isoBandNextXTR[37] = isoBandNextXTR[133] = 1;\n  isoBandNextYTR[37] = isoBandNextYTR[133] = 0;\n  isoBandNextOTR[37] = isoBandNextOTR[133] = 0;\n\n  isoBandNextXBR[148] = isoBandNextXBR[22] = -1;\n  isoBandNextYBR[148] = isoBandNextYBR[22] = 0;\n  isoBandNextOBR[148] = isoBandNextOBR[22] = 0;\n  isoBandNextXLB[148] = isoBandNextXLB[22] = 0;\n  isoBandNextYLB[148] = isoBandNextYLB[22] = -1;\n  isoBandNextOLB[148] = isoBandNextOLB[22] = 1;\n  isoBandNextXLT[148] = isoBandNextXLT[22] = 0;\n  isoBandNextYLT[148] = isoBandNextYLT[22] = 1;\n  isoBandNextOLT[148] = isoBandNextOLT[22] = 1;\n  isoBandNextXTR[148] = isoBandNextXTR[22] = -1;\n  isoBandNextYTR[148] = isoBandNextYTR[22] = 0;\n  isoBandNextOTR[148] = isoBandNextOTR[22] = 1;\n\n  isoBandNextXRT[82] = isoBandNextXRT[88] = 0;\n  isoBandNextYRT[82] = isoBandNextYRT[88] = -1;\n  isoBandNextORT[82] = isoBandNextORT[88] = 1;\n  isoBandNextXBR[82] = isoBandNextXBR[88] = 1;\n  isoBandNextYBR[82] = isoBandNextYBR[88] = 0;\n  isoBandNextOBR[82] = isoBandNextOBR[88] = 1;\n  isoBandNextXBL[82] = isoBandNextXBL[88] = -1;\n  isoBandNextYBL[82] = isoBandNextYBL[88] = 0;\n  isoBandNextOBL[82] = isoBandNextOBL[88] = 1;\n  isoBandNextXLT[82] = isoBandNextXLT[88] = 0;\n  isoBandNextYLT[82] = isoBandNextYLT[88] = -1;\n  isoBandNextOLT[82] = isoBandNextOLT[88] = 0;\n\n  isoBandNextXRT[73] = isoBandNextXRT[97] = 0;\n  isoBandNextYRT[73] = isoBandNextYRT[97] = 1;\n  isoBandNextORT[73] = isoBandNextORT[97] = 0;\n  isoBandNextXRB[73] = isoBandNextXRB[97] = 0;\n  isoBandNextYRB[73] = isoBandNextYRB[97] = -1;\n  isoBandNextORB[73] = isoBandNextORB[97] = 0;\n  isoBandNextXBL[73] = isoBandNextXBL[97] = 1;\n  isoBandNextYBL[73] = isoBandNextYBL[97] = 0;\n  isoBandNextOBL[73] = isoBandNextOBL[97] = 0;\n  isoBandNextXTL[73] = isoBandNextXTL[97] = 1;\n  isoBandNextYTL[73] = isoBandNextYTL[97] = 0;\n  isoBandNextOTL[73] = isoBandNextOTL[97] = 1;\n\n  isoBandNextXRT[145] = isoBandNextXRT[25] = 0;\n  isoBandNextYRT[145] = isoBandNextYRT[25] = -1;\n  isoBandNextORT[145] = isoBandNextORT[25] = 0;\n  isoBandNextXBL[145] = isoBandNextXBL[25] = 1;\n  isoBandNextYBL[145] = isoBandNextYBL[25] = 0;\n  isoBandNextOBL[145] = isoBandNextOBL[25] = 1;\n  isoBandNextXLB[145] = isoBandNextXLB[25] = 0;\n  isoBandNextYLB[145] = isoBandNextYLB[25] = 1;\n  isoBandNextOLB[145] = isoBandNextOLB[25] = 1;\n  isoBandNextXTR[145] = isoBandNextXTR[25] = -1;\n  isoBandNextYTR[145] = isoBandNextYTR[25] = 0;\n  isoBandNextOTR[145] = isoBandNextOTR[25] = 0;\n\n  isoBandNextXRB[70] = isoBandNextXRB[100] = 0;\n  isoBandNextYRB[70] = isoBandNextYRB[100] = 1;\n  isoBandNextORB[70] = isoBandNextORB[100] = 0;\n  isoBandNextXBR[70] = isoBandNextXBR[100] = -1;\n  isoBandNextYBR[70] = isoBandNextYBR[100] = 0;\n  isoBandNextOBR[70] = isoBandNextOBR[100] = 1;\n  isoBandNextXLT[70] = isoBandNextXLT[100] = 0;\n  isoBandNextYLT[70] = isoBandNextYLT[100] = -1;\n  isoBandNextOLT[70] = isoBandNextOLT[100] = 1;\n  isoBandNextXTL[70] = isoBandNextXTL[100] = 1;\n  isoBandNextYTL[70] = isoBandNextYTL[100] = 0;\n  isoBandNextOTL[70] = isoBandNextOTL[100] = 0;\n\n  /* single pentagon cases */\n  isoBandNextXRB[101] = isoBandNextXRB[69] = 0;\n  isoBandNextYRB[101] = isoBandNextYRB[69] = 1;\n  isoBandNextORB[101] = isoBandNextORB[69] = 0;\n  isoBandNextXTL[101] = isoBandNextXTL[69] = 1;\n  isoBandNextYTL[101] = isoBandNextYTL[69] = 0;\n  isoBandNextOTL[101] = isoBandNextOTL[69] = 0;\n\n  isoBandNextXLB[149] = isoBandNextXLB[21] = 0;\n  isoBandNextYLB[149] = isoBandNextYLB[21] = 1;\n  isoBandNextOLB[149] = isoBandNextOLB[21] = 1;\n  isoBandNextXTR[149] = isoBandNextXTR[21] = -1;\n  isoBandNextYTR[149] = isoBandNextYTR[21] = 0;\n  isoBandNextOTR[149] = isoBandNextOTR[21] = 0;\n\n  isoBandNextXBR[86] = isoBandNextXBR[84] = -1;\n  isoBandNextYBR[86] = isoBandNextYBR[84] = 0;\n  isoBandNextOBR[86] = isoBandNextOBR[84] = 1;\n  isoBandNextXLT[86] = isoBandNextXLT[84] = 0;\n  isoBandNextYLT[86] = isoBandNextYLT[84] = -1;\n  isoBandNextOLT[86] = isoBandNextOLT[84] = 1;\n\n  isoBandNextXRT[89] = isoBandNextXRT[81] = 0;\n  isoBandNextYRT[89] = isoBandNextYRT[81] = -1;\n  isoBandNextORT[89] = isoBandNextORT[81] = 0;\n  isoBandNextXBL[89] = isoBandNextXBL[81] = 1;\n  isoBandNextYBL[89] = isoBandNextYBL[81] = 0;\n  isoBandNextOBL[89] = isoBandNextOBL[81] = 1;\n\n  isoBandNextXRT[96] = isoBandNextXRT[74] = 0;\n  isoBandNextYRT[96] = isoBandNextYRT[74] = 1;\n  isoBandNextORT[96] = isoBandNextORT[74] = 0;\n  isoBandNextXRB[96] = isoBandNextXRB[74] = -1;\n  isoBandNextYRB[96] = isoBandNextYRB[74] = 0;\n  isoBandNextORB[96] = isoBandNextORB[74] = 1;\n  isoBandNextXLT[96] = isoBandNextXLT[74] = 1;\n  isoBandNextYLT[96] = isoBandNextYLT[74] = 0;\n  isoBandNextOLT[96] = isoBandNextOLT[74] = 0;\n  isoBandNextXTL[96] = isoBandNextXTL[74] = 1;\n  isoBandNextYTL[96] = isoBandNextYTL[74] = 0;\n  isoBandNextOTL[96] = isoBandNextOTL[74] = 1;\n\n  isoBandNextXRT[24] = isoBandNextXRT[146] = 0;\n  isoBandNextYRT[24] = isoBandNextYRT[146] = -1;\n  isoBandNextORT[24] = isoBandNextORT[146] = 1;\n  isoBandNextXBR[24] = isoBandNextXBR[146] = 1;\n  isoBandNextYBR[24] = isoBandNextYBR[146] = 0;\n  isoBandNextOBR[24] = isoBandNextOBR[146] = 1;\n  isoBandNextXBL[24] = isoBandNextXBL[146] = 0;\n  isoBandNextYBL[24] = isoBandNextYBL[146] = 1;\n  isoBandNextOBL[24] = isoBandNextOBL[146] = 1;\n  isoBandNextXTR[24] = isoBandNextXTR[146] = 0;\n  isoBandNextYTR[24] = isoBandNextYTR[146] = -1;\n  isoBandNextOTR[24] = isoBandNextOTR[146] = 0;\n\n  isoBandNextXRB[6] = isoBandNextXRB[164] = -1;\n  isoBandNextYRB[6] = isoBandNextYRB[164] = 0;\n  isoBandNextORB[6] = isoBandNextORB[164] = 1;\n  isoBandNextXBR[6] = isoBandNextXBR[164] = -1;\n  isoBandNextYBR[6] = isoBandNextYBR[164] = 0;\n  isoBandNextOBR[6] = isoBandNextOBR[164] = 0;\n  isoBandNextXLB[6] = isoBandNextXLB[164] = 0;\n  isoBandNextYLB[6] = isoBandNextYLB[164] = -1;\n  isoBandNextOLB[6] = isoBandNextOLB[164] = 1;\n  isoBandNextXLT[6] = isoBandNextXLT[164] = 1;\n  isoBandNextYLT[6] = isoBandNextYLT[164] = 0;\n  isoBandNextOLT[6] = isoBandNextOLT[164] = 0;\n\n  isoBandNextXBL[129] = isoBandNextXBL[41] = 0;\n  isoBandNextYBL[129] = isoBandNextYBL[41] = 1;\n  isoBandNextOBL[129] = isoBandNextOBL[41] = 1;\n  isoBandNextXLB[129] = isoBandNextXLB[41] = 0;\n  isoBandNextYLB[129] = isoBandNextYLB[41] = 1;\n  isoBandNextOLB[129] = isoBandNextOLB[41] = 0;\n  isoBandNextXTL[129] = isoBandNextXTL[41] = -1;\n  isoBandNextYTL[129] = isoBandNextYTL[41] = 0;\n  isoBandNextOTL[129] = isoBandNextOTL[41] = 0;\n  isoBandNextXTR[129] = isoBandNextXTR[41] = 0;\n  isoBandNextYTR[129] = isoBandNextYTR[41] = -1;\n  isoBandNextOTR[129] = isoBandNextOTR[41] = 0;\n\n  isoBandNextXBR[66] = isoBandNextXBR[104] = 0;\n  isoBandNextYBR[66] = isoBandNextYBR[104] = 1;\n  isoBandNextOBR[66] = isoBandNextOBR[104] = 0;\n  isoBandNextXBL[66] = isoBandNextXBL[104] = -1;\n  isoBandNextYBL[66] = isoBandNextYBL[104] = 0;\n  isoBandNextOBL[66] = isoBandNextOBL[104] = 1;\n  isoBandNextXLT[66] = isoBandNextXLT[104] = 0;\n  isoBandNextYLT[66] = isoBandNextYLT[104] = -1;\n  isoBandNextOLT[66] = isoBandNextOLT[104] = 0;\n  isoBandNextXTL[66] = isoBandNextXTL[104] = 0;\n  isoBandNextYTL[66] = isoBandNextYTL[104] = -1;\n  isoBandNextOTL[66] = isoBandNextOTL[104] = 1;\n\n  isoBandNextXRT[144] = isoBandNextXRT[26] = -1;\n  isoBandNextYRT[144] = isoBandNextYRT[26] = 0;\n  isoBandNextORT[144] = isoBandNextORT[26] = 0;\n  isoBandNextXLB[144] = isoBandNextXLB[26] = 1;\n  isoBandNextYLB[144] = isoBandNextYLB[26] = 0;\n  isoBandNextOLB[144] = isoBandNextOLB[26] = 1;\n  isoBandNextXLT[144] = isoBandNextXLT[26] = 0;\n  isoBandNextYLT[144] = isoBandNextYLT[26] = 1;\n  isoBandNextOLT[144] = isoBandNextOLT[26] = 1;\n  isoBandNextXTR[144] = isoBandNextXTR[26] = -1;\n  isoBandNextYTR[144] = isoBandNextYTR[26] = 0;\n  isoBandNextOTR[144] = isoBandNextOTR[26] = 1;\n\n  isoBandNextXRB[36] = isoBandNextXRB[134] = 0;\n  isoBandNextYRB[36] = isoBandNextYRB[134] = 1;\n  isoBandNextORB[36] = isoBandNextORB[134] = 1;\n  isoBandNextXBR[36] = isoBandNextXBR[134] = 0;\n  isoBandNextYBR[36] = isoBandNextYBR[134] = 1;\n  isoBandNextOBR[36] = isoBandNextOBR[134] = 0;\n  isoBandNextXTL[36] = isoBandNextXTL[134] = 0;\n  isoBandNextYTL[36] = isoBandNextYTL[134] = -1;\n  isoBandNextOTL[36] = isoBandNextOTL[134] = 1;\n  isoBandNextXTR[36] = isoBandNextXTR[134] = 1;\n  isoBandNextYTR[36] = isoBandNextYTR[134] = 0;\n  isoBandNextOTR[36] = isoBandNextOTR[134] = 0;\n\n  isoBandNextXRT[9] = isoBandNextXRT[161] = -1;\n  isoBandNextYRT[9] = isoBandNextYRT[161] = 0;\n  isoBandNextORT[9] = isoBandNextORT[161] = 0;\n  isoBandNextXRB[9] = isoBandNextXRB[161] = 0;\n  isoBandNextYRB[9] = isoBandNextYRB[161] = -1;\n  isoBandNextORB[9] = isoBandNextORB[161] = 0;\n  isoBandNextXBL[9] = isoBandNextXBL[161] = 1;\n  isoBandNextYBL[9] = isoBandNextYBL[161] = 0;\n  isoBandNextOBL[9] = isoBandNextOBL[161] = 0;\n  isoBandNextXLB[9] = isoBandNextXLB[161] = 1;\n  isoBandNextYLB[9] = isoBandNextYLB[161] = 0;\n  isoBandNextOLB[9] = isoBandNextOLB[161] = 1;\n\n  /* 8-sided cases */\n  isoBandNextXRT[136] = 0;\n  isoBandNextYRT[136] = 1;\n  isoBandNextORT[136] = 1;\n  isoBandNextXRB[136] = 0;\n  isoBandNextYRB[136] = 1;\n  isoBandNextORB[136] = 0;\n  isoBandNextXBR[136] = -1;\n  isoBandNextYBR[136] = 0;\n  isoBandNextOBR[136] = 1;\n  isoBandNextXBL[136] = -1;\n  isoBandNextYBL[136] = 0;\n  isoBandNextOBL[136] = 0;\n  isoBandNextXLB[136] = 0;\n  isoBandNextYLB[136] = -1;\n  isoBandNextOLB[136] = 0;\n  isoBandNextXLT[136] = 0;\n  isoBandNextYLT[136] = -1;\n  isoBandNextOLT[136] = 1;\n  isoBandNextXTL[136] = 1;\n  isoBandNextYTL[136] = 0;\n  isoBandNextOTL[136] = 0;\n  isoBandNextXTR[136] = 1;\n  isoBandNextYTR[136] = 0;\n  isoBandNextOTR[136] = 1;\n\n  isoBandNextXRT[34] = 0;\n  isoBandNextYRT[34] = -1;\n  isoBandNextORT[34] = 0;\n  isoBandNextXRB[34] = 0;\n  isoBandNextYRB[34] = -1;\n  isoBandNextORB[34] = 1;\n  isoBandNextXBR[34] = 1;\n  isoBandNextYBR[34] = 0;\n  isoBandNextOBR[34] = 0;\n  isoBandNextXBL[34] = 1;\n  isoBandNextYBL[34] = 0;\n  isoBandNextOBL[34] = 1;\n  isoBandNextXLB[34] = 0;\n  isoBandNextYLB[34] = 1;\n  isoBandNextOLB[34] = 1;\n  isoBandNextXLT[34] = 0;\n  isoBandNextYLT[34] = 1;\n  isoBandNextOLT[34] = 0;\n  isoBandNextXTL[34] = -1;\n  isoBandNextYTL[34] = 0;\n  isoBandNextOTL[34] = 1;\n  isoBandNextXTR[34] = -1;\n  isoBandNextYTR[34] = 0;\n  isoBandNextOTR[34] = 0;\n\n  isoBandNextXRT[35] = 0;\n  isoBandNextYRT[35] = 1;\n  isoBandNextORT[35] = 1;\n  isoBandNextXRB[35] = 0;\n  isoBandNextYRB[35] = -1;\n  isoBandNextORB[35] = 1;\n  isoBandNextXBR[35] = 1;\n  isoBandNextYBR[35] = 0;\n  isoBandNextOBR[35] = 0;\n  isoBandNextXBL[35] = -1;\n  isoBandNextYBL[35] = 0;\n  isoBandNextOBL[35] = 0;\n  isoBandNextXLB[35] = 0;\n  isoBandNextYLB[35] = -1;\n  isoBandNextOLB[35] = 0;\n  isoBandNextXLT[35] = 0;\n  isoBandNextYLT[35] = 1;\n  isoBandNextOLT[35] = 0;\n  isoBandNextXTL[35] = -1;\n  isoBandNextYTL[35] = 0;\n  isoBandNextOTL[35] = 1;\n  isoBandNextXTR[35] = 1;\n  isoBandNextYTR[35] = 0;\n  isoBandNextOTR[35] = 1;\n\n  /* 6-sided cases */\n  isoBandNextXRT[153] = 0;\n  isoBandNextYRT[153] = 1;\n  isoBandNextORT[153] = 1;\n  isoBandNextXBL[153] = -1;\n  isoBandNextYBL[153] = 0;\n  isoBandNextOBL[153] = 0;\n  isoBandNextXLB[153] = 0;\n  isoBandNextYLB[153] = -1;\n  isoBandNextOLB[153] = 0;\n  isoBandNextXTR[153] = 1;\n  isoBandNextYTR[153] = 0;\n  isoBandNextOTR[153] = 1;\n\n  isoBandNextXRB[102] = 0;\n  isoBandNextYRB[102] = -1;\n  isoBandNextORB[102] = 1;\n  isoBandNextXBR[102] = 1;\n  isoBandNextYBR[102] = 0;\n  isoBandNextOBR[102] = 0;\n  isoBandNextXLT[102] = 0;\n  isoBandNextYLT[102] = 1;\n  isoBandNextOLT[102] = 0;\n  isoBandNextXTL[102] = -1;\n  isoBandNextYTL[102] = 0;\n  isoBandNextOTL[102] = 1;\n\n  isoBandNextXRT[155] = 0;\n  isoBandNextYRT[155] = -1;\n  isoBandNextORT[155] = 0;\n  isoBandNextXBL[155] = 1;\n  isoBandNextYBL[155] = 0;\n  isoBandNextOBL[155] = 1;\n  isoBandNextXLB[155] = 0;\n  isoBandNextYLB[155] = 1;\n  isoBandNextOLB[155] = 1;\n  isoBandNextXTR[155] = -1;\n  isoBandNextYTR[155] = 0;\n  isoBandNextOTR[155] = 0;\n\n  isoBandNextXRB[103] = 0;\n  isoBandNextYRB[103] = 1;\n  isoBandNextORB[103] = 0;\n  isoBandNextXBR[103] = -1;\n  isoBandNextYBR[103] = 0;\n  isoBandNextOBR[103] = 1;\n  isoBandNextXLT[103] = 0;\n  isoBandNextYLT[103] = -1;\n  isoBandNextOLT[103] = 1;\n  isoBandNextXTL[103] = 1;\n  isoBandNextYTL[103] = 0;\n  isoBandNextOTL[103] = 0;\n\n  /* 7-sided cases */\n  isoBandNextXRT[152] = 0;\n  isoBandNextYRT[152] = 1;\n  isoBandNextORT[152] = 1;\n  isoBandNextXBR[152] = -1;\n  isoBandNextYBR[152] = 0;\n  isoBandNextOBR[152] = 1;\n  isoBandNextXBL[152] = -1;\n  isoBandNextYBL[152] = 0;\n  isoBandNextOBL[152] = 0;\n  isoBandNextXLB[152] = 0;\n  isoBandNextYLB[152] = -1;\n  isoBandNextOLB[152] = 0;\n  isoBandNextXLT[152] = 0;\n  isoBandNextYLT[152] = -1;\n  isoBandNextOLT[152] = 1;\n  isoBandNextXTR[152] = 1;\n  isoBandNextYTR[152] = 0;\n  isoBandNextOTR[152] = 1;\n\n  isoBandNextXRT[156] = 0;\n  isoBandNextYRT[156] = -1;\n  isoBandNextORT[156] = 1;\n  isoBandNextXBR[156] = 1;\n  isoBandNextYBR[156] = 0;\n  isoBandNextOBR[156] = 1;\n  isoBandNextXBL[156] = -1;\n  isoBandNextYBL[156] = 0;\n  isoBandNextOBL[156] = 0;\n  isoBandNextXLB[156] = 0;\n  isoBandNextYLB[156] = -1;\n  isoBandNextOLB[156] = 0;\n  isoBandNextXLT[156] = 0;\n  isoBandNextYLT[156] = 1;\n  isoBandNextOLT[156] = 1;\n  isoBandNextXTR[156] = -1;\n  isoBandNextYTR[156] = 0;\n  isoBandNextOTR[156] = 1;\n\n  isoBandNextXRT[137] = 0;\n  isoBandNextYRT[137] = 1;\n  isoBandNextORT[137] = 1;\n  isoBandNextXRB[137] = 0;\n  isoBandNextYRB[137] = 1;\n  isoBandNextORB[137] = 0;\n  isoBandNextXBL[137] = -1;\n  isoBandNextYBL[137] = 0;\n  isoBandNextOBL[137] = 0;\n  isoBandNextXLB[137] = 0;\n  isoBandNextYLB[137] = -1;\n  isoBandNextOLB[137] = 0;\n  isoBandNextXTL[137] = 1;\n  isoBandNextYTL[137] = 0;\n  isoBandNextOTL[137] = 0;\n  isoBandNextXTR[137] = 1;\n  isoBandNextYTR[137] = 0;\n  isoBandNextOTR[137] = 1;\n\n  isoBandNextXRT[139] = 0;\n  isoBandNextYRT[139] = 1;\n  isoBandNextORT[139] = 1;\n  isoBandNextXRB[139] = 0;\n  isoBandNextYRB[139] = -1;\n  isoBandNextORB[139] = 0;\n  isoBandNextXBL[139] = 1;\n  isoBandNextYBL[139] = 0;\n  isoBandNextOBL[139] = 0;\n  isoBandNextXLB[139] = 0;\n  isoBandNextYLB[139] = 1;\n  isoBandNextOLB[139] = 0;\n  isoBandNextXTL[139] = -1;\n  isoBandNextYTL[139] = 0;\n  isoBandNextOTL[139] = 0;\n  isoBandNextXTR[139] = 1;\n  isoBandNextYTR[139] = 0;\n  isoBandNextOTR[139] = 1;\n\n  isoBandNextXRT[98] = 0;\n  isoBandNextYRT[98] = -1;\n  isoBandNextORT[98] = 0;\n  isoBandNextXRB[98] = 0;\n  isoBandNextYRB[98] = -1;\n  isoBandNextORB[98] = 1;\n  isoBandNextXBR[98] = 1;\n  isoBandNextYBR[98] = 0;\n  isoBandNextOBR[98] = 0;\n  isoBandNextXBL[98] = 1;\n  isoBandNextYBL[98] = 0;\n  isoBandNextOBL[98] = 1;\n  isoBandNextXLT[98] = 0;\n  isoBandNextYLT[98] = 1;\n  isoBandNextOLT[98] = 0;\n  isoBandNextXTL[98] = -1;\n  isoBandNextYTL[98] = 0;\n  isoBandNextOTL[98] = 1;\n\n  isoBandNextXRT[99] = 0;\n  isoBandNextYRT[99] = 1;\n  isoBandNextORT[99] = 0;\n  isoBandNextXRB[99] = 0;\n  isoBandNextYRB[99] = -1;\n  isoBandNextORB[99] = 1;\n  isoBandNextXBR[99] = 1;\n  isoBandNextYBR[99] = 0;\n  isoBandNextOBR[99] = 0;\n  isoBandNextXBL[99] = -1;\n  isoBandNextYBL[99] = 0;\n  isoBandNextOBL[99] = 1;\n  isoBandNextXLT[99] = 0;\n  isoBandNextYLT[99] = -1;\n  isoBandNextOLT[99] = 0;\n  isoBandNextXTL[99] = 1;\n  isoBandNextYTL[99] = 0;\n  isoBandNextOTL[99] = 1;\n\n  isoBandNextXRB[38] = 0;\n  isoBandNextYRB[38] = -1;\n  isoBandNextORB[38] = 1;\n  isoBandNextXBR[38] = 1;\n  isoBandNextYBR[38] = 0;\n  isoBandNextOBR[38] = 0;\n  isoBandNextXLB[38] = 0;\n  isoBandNextYLB[38] = 1;\n  isoBandNextOLB[38] = 1;\n  isoBandNextXLT[38] = 0;\n  isoBandNextYLT[38] = 1;\n  isoBandNextOLT[38] = 0;\n  isoBandNextXTL[38] = -1;\n  isoBandNextYTL[38] = 0;\n  isoBandNextOTL[38] = 1;\n  isoBandNextXTR[38] = -1;\n  isoBandNextYTR[38] = 0;\n  isoBandNextOTR[38] = 0;\n\n  isoBandNextXRB[39] = 0;\n  isoBandNextYRB[39] = 1;\n  isoBandNextORB[39] = 1;\n  isoBandNextXBR[39] = -1;\n  isoBandNextYBR[39] = 0;\n  isoBandNextOBR[39] = 0;\n  isoBandNextXLB[39] = 0;\n  isoBandNextYLB[39] = -1;\n  isoBandNextOLB[39] = 1;\n  isoBandNextXLT[39] = 0;\n  isoBandNextYLT[39] = 1;\n  isoBandNextOLT[39] = 0;\n  isoBandNextXTL[39] = -1;\n  isoBandNextYTL[39] = 0;\n  isoBandNextOTL[39] = 1;\n  isoBandNextXTR[39] = 1;\n  isoBandNextYTR[39] = 0;\n  isoBandNextOTR[39] = 0;\n\n\n  /*\n   Define helper functions for the polygon_table\n   */\n\n  /* triangle cases */\n  var p00 = function (cell) {\n    return [[cell.bottomleft, 0], [0, 0], [0, cell.leftbottom]];\n  };\n  var p01 = function (cell) {\n    return [[1, cell.rightbottom], [1, 0], [cell.bottomright, 0]];\n  };\n  var p02 = function (cell) {\n    return [[cell.topright, 1], [1, 1], [1, cell.righttop]];\n  };\n  var p03 = function (cell) {\n    return [[0, cell.lefttop], [0, 1], [cell.topleft, 1]];\n  };\n  /* trapezoid cases */\n  var p04 = function (cell) {\n    return [[cell.bottomright, 0], [cell.bottomleft, 0], [0, cell.leftbottom], [0, cell.lefttop]];\n  };\n  var p05 = function (cell) {\n    return [[cell.bottomright, 0], [cell.bottomleft, 0], [1, cell.righttop], [1, cell.rightbottom]];\n  };\n  var p06 = function (cell) {\n    return [[1, cell.righttop], [1, cell.rightbottom], [cell.topleft, 1], [cell.topright, 1]];\n  };\n  var p07 = function (cell) {\n    return [[0, cell.leftbottom], [0, cell.lefttop], [cell.topleft, 1], [cell.topright, 1]];\n  };\n  /* rectangle cases */\n  var p08 = function (cell) {\n    return [[0, 0], [0, cell.leftbottom], [1, cell.rightbottom], [1, 0]];\n  };\n  var p09 = function (cell) {\n    return [[1, 0], [cell.bottomright, 0], [cell.topright, 1], [1, 1]];\n  };\n  var p10 = function (cell) {\n    return [[1, 1], [1, cell.righttop], [0, cell.lefttop], [0, 1]];\n  };\n  var p11 = function (cell) {\n    return [[cell.bottomleft, 0], [0, 0], [0, 1], [cell.topleft, 1]];\n  };\n  var p12 = function (cell) {\n    return [[1, cell.righttop], [1, cell.rightbottom], [0, cell.leftbottom], [0, cell.lefttop]];\n  };\n  var p13 = function (cell) {\n    return [[cell.topleft, 1], [cell.topright, 1], [cell.bottomright, 0], [cell.bottomleft, 0]];\n  };\n  /* square case */\n  var p14 = function () {\n    return [[0, 0], [0, 1], [1, 1], [1, 0]];\n  };\n  /* pentagon cases */\n  var p15 = function (cell) {\n    return [[1, cell.rightbottom], [1, 0], [0, 0], [0, 1], [cell.topleft, 1]];\n  };\n  /* 1211 || 1011 */\n  var p16 = function (cell) {\n    return [[cell.topright, 1], [1, 1], [1, 0], [0, 0], [0, cell.leftbottom]];\n  };\n  /* 2111 || 0111 */\n  var p17 = function (cell) {\n    return [[1, 0], [cell.bottomright, 0], [0, cell.lefttop], [0, 1], [1, 1]];\n  };\n  /* 1112 || 1110 */\n  var p18 = function (cell) {\n    return [[1, 1], [1, cell.righttop], [cell.bottomleft, 0], [0, 0], [0, 1]];\n  };\n  /* 1121 || 1101 */\n  var p19 = function (cell) {\n    return [[1, cell.righttop], [1, cell.rightbottom], [0, cell.lefttop], [0, 1], [cell.topleft, 1]];\n  };\n  /* 1200 || 1022 */\n  var p20 = function (cell) {\n    return [[1, 1], [1, cell.righttop], [cell.bottomright, 0], [cell.bottomleft, 0], [cell.topright, 1]];\n  };\n  /* 0120 || 2102 */\n  var p21 = function (cell) {\n    return [[1, cell.rightbottom], [1, 0], [cell.bottomright, 0], [0, cell.leftbottom], [0, cell.lefttop]];\n  };\n  /* 0012 || 2210 */\n  var p22 = function (cell) {\n    return [[cell.topright, 1], [cell.bottomleft, 0], [0, 0], [0, cell.leftbottom], [cell.topleft, 1]];\n  };\n  /* 2001 || 0221 */\n  var p23 = function (cell) {\n    return [[cell.bottomright, 0], [cell.bottomleft, 0], [0, cell.lefttop], [0, 1], [cell.topleft, 1]];\n  };\n  /* 1002 || 1220 */\n  var p24 = function (cell) {\n    return [[1, 1], [1, cell.righttop], [0, cell.leftbottom], [0, cell.lefttop], [cell.topright, 1]];\n  };\n  /* 2100 || 0122 */\n  var p25 = function (cell) {\n    return [[1, cell.rightbottom], [1, 0], [cell.bottomright, 0], [cell.topleft, 1], [cell.topright, 1]];\n  };\n  /* 0210 || 2012 */\n  var p26 = function (cell) {\n    return [[1, cell.righttop], [1, cell.rightbottom], [cell.bottomleft, 0], [0, 0], [0, cell.leftbottom]];\n  };\n  /* 0021 || 2201 */\n  /*hexagon cases */\n  var p27 = function (cell) {\n    return [[1, cell.rightbottom], [1, 0], [0, 0], [0, cell.leftbottom], [cell.topleft, 1], [cell.topright, 1]];\n  };\n  /* 0211 || 2011 */\n  var p28 = function (cell) {\n    return [[1, 1], [1, 0], [cell.bottomright, 0], [0, cell.leftbottom], [0, cell.lefttop], [cell.topright, 1]];\n  };\n  /* 2110 || 0112 */\n  var p29 = function (cell) {\n    return [[1, 1], [1, cell.righttop], [cell.bottomright, 0], [cell.bottomleft, 0], [0, cell.lefttop], [0, 1]];\n  };\n  /* 1102 || 1120 */\n  var p30 = function (cell) {\n    return [[1, cell.righttop], [1, cell.rightbottom], [cell.bottomleft, 0], [0, 0], [0, 1], [cell.topleft, 1]];\n  };\n  /* 1021 || 1201 */\n  var p31 = function (cell) {\n    return [[1, 1], [1, cell.righttop], [cell.bottomleft, 0], [0, 0], [0, cell.leftbottom], [cell.topright, 1]];\n  };\n  /* 2101 || 0121 */\n  var p32 = function (cell) {\n    return [[1, cell.rightbottom], [1, 0], [cell.bottomright, 0], [0, cell.lefttop], [0, 1], [cell.topleft, 1]];\n  };\n  /* 1012 || 1210 */\n  /* 8-sided cases */\n  var p33 = function (cell) {\n    return [[1, cell.righttop], [1, cell.rightbottom], [cell.bottomright, 0], [cell.bottomleft, 0], [0, cell.leftbottom], [0, cell.lefttop], [cell.topleft, 1], [cell.topright, 1]];\n  };\n  /* flipped == 1 state for 0202 and 2020 */\n  /* 6-sided cases */\n  var p34 = function (cell) {\n    return [[1, 1], [1, cell.righttop], [cell.bottomleft, 0], [0, 0], [0, cell.leftbottom], [cell.topright, 1]];\n  };\n  /* 0101 with flipped == 1 || 2121 with flipped == 1 */\n  var p35 = function (cell) {\n    return [[1, cell.rightbottom], [1, 0], [cell.bottomright, 0], [0, cell.lefttop], [0, 1], [cell.topleft, 1]];\n  };\n  /* 1010 with flipped == 1 || 1212 with flipped == 1 */\n  /* 7-sided cases */\n  var p36 = function (cell) {\n    return [[1, 1], [1, cell.righttop], [cell.bottomright, 0], [cell.bottomleft, 0], [0, cell.leftbottom], [0, cell.lefttop], [cell.topright, 1]];\n  };\n  /* 2120 with flipped == 1 || 0102 with flipped == 1 */\n  var p37 = function (cell) {\n    return [[1, cell.righttop], [1, cell.rightbottom], [cell.bottomleft, 0], [0, 0], [0, cell.leftbottom], [cell.topleft, 1], [cell.topright, 1]];\n  };\n  /* 2021 with flipped == 1 || 0201 with flipped == 1 */\n  var p38 = function (cell) {\n    return [[1, cell.righttop], [1, cell.rightbottom], [cell.bottomright, 0], [cell.bottomleft, 0], [0, cell.lefttop], [0, 1], [cell.topleft, 1]];\n  };\n  /* 1202 with flipped == 1 || 1020 with flipped == 1 */\n  var p39 = function (cell) {\n    return [[1, cell.rightbottom], [1, 0], [cell.bottomright, 0], [0, cell.leftbottom], [0, cell.lefttop], [cell.topleft, 1], [cell.topright, 1]];\n  };\n  /* 0212 with flipped == 1 || 2010 with flipped == 1 */\n\n\n\n  /*\n    The lookup tables for edge number given the polygon\n    is entered at a specific location\n  */\n\n  var isoBandEdgeRT = [];\n  var isoBandEdgeRB = [];\n  var isoBandEdgeBR = [];\n  var isoBandEdgeBL = [];\n  var isoBandEdgeLB = [];\n  var isoBandEdgeLT = [];\n  var isoBandEdgeTL = [];\n  var isoBandEdgeTR = [];\n\n  /* triangle cases */\n  isoBandEdgeBL[1]    = isoBandEdgeLB[1]    = 18;\n  isoBandEdgeBL[169]  = isoBandEdgeLB[169]  = 18;\n  isoBandEdgeBR[4]    = isoBandEdgeRB[4]    = 12;\n  isoBandEdgeBR[166]  = isoBandEdgeRB[166]  = 12;\n  isoBandEdgeRT[16]   = isoBandEdgeTR[16]   = 4;\n  isoBandEdgeRT[154]  = isoBandEdgeTR[154]  = 4;\n  isoBandEdgeLT[64]   = isoBandEdgeTL[64]   = 22;\n  isoBandEdgeLT[106]  = isoBandEdgeTL[106]  = 22;\n\n  /* trapezoid cases */\n  isoBandEdgeBR[2]    = isoBandEdgeLT[2]    = 17;\n  isoBandEdgeBL[2]    = isoBandEdgeLB[2]    = 18;\n  isoBandEdgeBR[168]  = isoBandEdgeLT[168]  = 17;\n  isoBandEdgeBL[168]  = isoBandEdgeLB[168]  = 18;\n  isoBandEdgeRT[8]    = isoBandEdgeBL[8]    = 9;\n  isoBandEdgeRB[8]    = isoBandEdgeBR[8]    = 12;\n  isoBandEdgeRT[162]  = isoBandEdgeBL[162]  = 9;\n  isoBandEdgeRB[162]  = isoBandEdgeBR[162]  = 12;\n  isoBandEdgeRT[32]   = isoBandEdgeTR[32]   = 4;\n  isoBandEdgeRB[32]   = isoBandEdgeTL[32]   = 1;\n  isoBandEdgeRT[138]  = isoBandEdgeTR[138]  = 4;\n  isoBandEdgeRB[138]  = isoBandEdgeTL[138]  = 1;\n  isoBandEdgeLB[128]  = isoBandEdgeTR[128]  = 21;\n  isoBandEdgeLT[128]  = isoBandEdgeTL[128]  = 22;\n  isoBandEdgeLB[42]   = isoBandEdgeTR[42]   = 21;\n  isoBandEdgeLT[42]   = isoBandEdgeTL[42]   = 22;\n\n  /* rectangle cases */\n  isoBandEdgeRB[5] = isoBandEdgeLB[5] = 14;\n  isoBandEdgeRB[165] = isoBandEdgeLB[165] = 14;\n  isoBandEdgeBR[20] = isoBandEdgeTR[20] = 6;\n  isoBandEdgeBR[150] = isoBandEdgeTR[150] = 6;\n  isoBandEdgeRT[80] = isoBandEdgeLT[80] = 11;\n  isoBandEdgeRT[90] = isoBandEdgeLT[90] = 11;\n  isoBandEdgeBL[65] = isoBandEdgeTL[65] = 3;\n  isoBandEdgeBL[105] = isoBandEdgeTL[105] = 3;\n  isoBandEdgeRT[160] = isoBandEdgeLT[160] = 11;\n  isoBandEdgeRB[160] = isoBandEdgeLB[160] = 14;\n  isoBandEdgeRT[10] = isoBandEdgeLT[10] = 11;\n  isoBandEdgeRB[10] = isoBandEdgeLB[10] = 14;\n  isoBandEdgeBR[130] = isoBandEdgeTR[130] = 6;\n  isoBandEdgeBL[130] = isoBandEdgeTL[130] = 3;\n  isoBandEdgeBR[40] = isoBandEdgeTR[40] = 6;\n  isoBandEdgeBL[40] = isoBandEdgeTL[40] = 3;\n\n  /* pentagon cases */\n  isoBandEdgeRB[101] = isoBandEdgeTL[101] = 1;\n  isoBandEdgeRB[69] = isoBandEdgeTL[69] = 1;\n  isoBandEdgeLB[149] = isoBandEdgeTR[149] = 21;\n  isoBandEdgeLB[21] = isoBandEdgeTR[21] = 21;\n  isoBandEdgeBR[86] = isoBandEdgeLT[86] = 17;\n  isoBandEdgeBR[84] = isoBandEdgeLT[84] = 17;\n  isoBandEdgeRT[89] = isoBandEdgeBL[89] = 9;\n  isoBandEdgeRT[81] = isoBandEdgeBL[81] = 9;\n  isoBandEdgeRT[96] = isoBandEdgeTL[96] = 0;\n  isoBandEdgeRB[96] = isoBandEdgeLT[96] = 15;\n  isoBandEdgeRT[74] = isoBandEdgeTL[74] = 0;\n  isoBandEdgeRB[74] = isoBandEdgeLT[74] = 15;\n  isoBandEdgeRT[24] = isoBandEdgeBR[24] = 8;\n  isoBandEdgeBL[24] = isoBandEdgeTR[24] = 7;\n  isoBandEdgeRT[146] = isoBandEdgeBR[146] = 8;\n  isoBandEdgeBL[146] = isoBandEdgeTR[146] = 7;\n  isoBandEdgeRB[6] = isoBandEdgeLT[6] = 15;\n  isoBandEdgeBR[6] = isoBandEdgeLB[6] = 16;\n  isoBandEdgeRB[164] = isoBandEdgeLT[164] = 15;\n  isoBandEdgeBR[164] = isoBandEdgeLB[164] = 16;\n  isoBandEdgeBL[129] = isoBandEdgeTR[129] = 7;\n  isoBandEdgeLB[129] = isoBandEdgeTL[129] = 20;\n  isoBandEdgeBL[41] = isoBandEdgeTR[41] = 7;\n  isoBandEdgeLB[41] = isoBandEdgeTL[41] = 20;\n  isoBandEdgeBR[66] = isoBandEdgeTL[66] = 2;\n  isoBandEdgeBL[66] = isoBandEdgeLT[66] = 19;\n  isoBandEdgeBR[104] = isoBandEdgeTL[104] = 2;\n  isoBandEdgeBL[104] = isoBandEdgeLT[104] = 19;\n  isoBandEdgeRT[144] = isoBandEdgeLB[144] = 10;\n  isoBandEdgeLT[144] = isoBandEdgeTR[144] = 23;\n  isoBandEdgeRT[26] = isoBandEdgeLB[26] = 10;\n  isoBandEdgeLT[26] = isoBandEdgeTR[26] = 23;\n  isoBandEdgeRB[36] = isoBandEdgeTR[36] = 5;\n  isoBandEdgeBR[36] = isoBandEdgeTL[36] = 2;\n  isoBandEdgeRB[134] = isoBandEdgeTR[134] = 5;\n  isoBandEdgeBR[134] = isoBandEdgeTL[134] = 2;\n  isoBandEdgeRT[9] = isoBandEdgeLB[9] = 10;\n  isoBandEdgeRB[9] = isoBandEdgeBL[9] = 13;\n  isoBandEdgeRT[161] = isoBandEdgeLB[161] = 10;\n  isoBandEdgeRB[161] = isoBandEdgeBL[161] = 13;\n\n  /* hexagon cases */\n  isoBandEdgeRB[37] = isoBandEdgeTR[37] = 5;\n  isoBandEdgeLB[37] = isoBandEdgeTL[37] = 20;\n  isoBandEdgeRB[133] = isoBandEdgeTR[133] = 5;\n  isoBandEdgeLB[133] = isoBandEdgeTL[133] = 20;\n  isoBandEdgeBR[148] = isoBandEdgeLB[148] = 16;\n  isoBandEdgeLT[148] = isoBandEdgeTR[148] = 23;\n  isoBandEdgeBR[22] = isoBandEdgeLB[22] = 16;\n  isoBandEdgeLT[22] = isoBandEdgeTR[22] = 23;\n  isoBandEdgeRT[82] = isoBandEdgeBR[82] = 8;\n  isoBandEdgeBL[82] = isoBandEdgeLT[82] = 19;\n  isoBandEdgeRT[88] = isoBandEdgeBR[88] = 8;\n  isoBandEdgeBL[88] = isoBandEdgeLT[88] = 19;\n  isoBandEdgeRT[73] = isoBandEdgeTL[73] = 0;\n  isoBandEdgeRB[73] = isoBandEdgeBL[73] = 13;\n  isoBandEdgeRT[97] = isoBandEdgeTL[97] = 0;\n  isoBandEdgeRB[97] = isoBandEdgeBL[97] = 13;\n  isoBandEdgeRT[145] = isoBandEdgeBL[145] = 9;\n  isoBandEdgeLB[145] = isoBandEdgeTR[145] = 21;\n  isoBandEdgeRT[25] = isoBandEdgeBL[25] = 9;\n  isoBandEdgeLB[25] = isoBandEdgeTR[25] = 21;\n  isoBandEdgeRB[70] = isoBandEdgeTL[70] = 1;\n  isoBandEdgeBR[70] = isoBandEdgeLT[70] = 17;\n  isoBandEdgeRB[100] = isoBandEdgeTL[100] = 1;\n  isoBandEdgeBR[100] = isoBandEdgeLT[100] = 17;\n\n  /* 8-sided cases */\n  isoBandEdgeRT[34] = isoBandEdgeBL[34] = 9;\n  isoBandEdgeRB[34] = isoBandEdgeBR[34] = 12;\n  isoBandEdgeLB[34] = isoBandEdgeTR[34] = 21;\n  isoBandEdgeLT[34] = isoBandEdgeTL[34] = 22;\n  isoBandEdgeRT[136] = isoBandEdgeTR[136] = 4;\n  isoBandEdgeRB[136] = isoBandEdgeTL[136] = 1;\n  isoBandEdgeBR[136] = isoBandEdgeLT[136] = 17;\n  isoBandEdgeBL[136] = isoBandEdgeLB[136] = 18;\n  isoBandEdgeRT[35] = isoBandEdgeTR[35] = 4;\n  isoBandEdgeRB[35] = isoBandEdgeBR[35] = 12;\n  isoBandEdgeBL[35] = isoBandEdgeLB[35] = 18;\n  isoBandEdgeLT[35] = isoBandEdgeTL[35] = 22;\n\n  /* 6-sided cases */\n  isoBandEdgeRT[153] = isoBandEdgeTR[153] = 4;\n  isoBandEdgeBL[153] = isoBandEdgeLB[153] = 18;\n  isoBandEdgeRB[102] = isoBandEdgeBR[102] = 12;\n  isoBandEdgeLT[102] = isoBandEdgeTL[102] = 22;\n  isoBandEdgeRT[155] = isoBandEdgeBL[155] = 9;\n  isoBandEdgeLB[155] = isoBandEdgeTR[155] = 23;\n  isoBandEdgeRB[103] = isoBandEdgeTL[103] = 1;\n  isoBandEdgeBR[103] = isoBandEdgeLT[103] = 17;\n\n  /* 7-sided cases */\n  isoBandEdgeRT[152] = isoBandEdgeTR[152] = 4;\n  isoBandEdgeBR[152] = isoBandEdgeLT[152] = 17;\n  isoBandEdgeBL[152] = isoBandEdgeLB[152] = 18;\n  isoBandEdgeRT[156] = isoBandEdgeBR[156] = 8;\n  isoBandEdgeBL[156] = isoBandEdgeLB[156] = 18;\n  isoBandEdgeLT[156] = isoBandEdgeTR[156] = 23;\n  isoBandEdgeRT[137] = isoBandEdgeTR[137] = 4;\n  isoBandEdgeRB[137] = isoBandEdgeTL[137] = 1;\n  isoBandEdgeBL[137] = isoBandEdgeLB[137] = 18;\n  isoBandEdgeRT[139] = isoBandEdgeTR[139] = 4;\n  isoBandEdgeRB[139] = isoBandEdgeBL[139] = 13;\n  isoBandEdgeLB[139] = isoBandEdgeTL[139] = 20;\n  isoBandEdgeRT[98] = isoBandEdgeBL[98] = 9;\n  isoBandEdgeRB[98] = isoBandEdgeBR[98] = 12;\n  isoBandEdgeLT[98] = isoBandEdgeTL[98] = 22;\n  isoBandEdgeRT[99] = isoBandEdgeTL[99] = 0;\n  isoBandEdgeRB[99] = isoBandEdgeBR[99] = 12;\n  isoBandEdgeBL[99] = isoBandEdgeLT[99] = 19;\n  isoBandEdgeRB[38] = isoBandEdgeBR[38] = 12;\n  isoBandEdgeLB[38] = isoBandEdgeTR[38] = 21;\n  isoBandEdgeLT[38] = isoBandEdgeTL[38] = 22;\n  isoBandEdgeRB[39] = isoBandEdgeTR[39] = 5;\n  isoBandEdgeBR[39] = isoBandEdgeLB[39] = 16;\n  isoBandEdgeLT[39] = isoBandEdgeTL[39] = 22;\n\n  /*\n    The lookup tables for all different polygons that\n    may appear within a grid cell\n  */\n\n  var polygon_table = [];\n\n  /* triangle cases */\n  polygon_table[1] = polygon_table[169] = p00; /* 2221 || 0001 */\n  polygon_table[4] = polygon_table[166] = p01; /* 2212 || 0010 */\n  polygon_table[16] = polygon_table[154] = p02; /* 2122 || 0100 */\n  polygon_table[64] = polygon_table[106] = p03; /* 1222 || 1000 */\n\n  /* trapezoid cases */\n  polygon_table[168] = polygon_table[2] = p04; /* 2220 || 0002 */\n  polygon_table[162] = polygon_table[8] = p05; /* 2202 || 0020 */\n  polygon_table[138] = polygon_table[32] = p06; /* 2022 || 0200 */\n  polygon_table[42] = polygon_table[128] = p07; /* 0222 || 2000 */\n\n  /* rectangle cases */\n  polygon_table[5] = polygon_table[165] = p08; /* 0011 || 2211 */\n  polygon_table[20] = polygon_table[150] = p09; /* 0110 || 2112 */\n  polygon_table[80] = polygon_table[90] = p10; /* 1100 || 1122 */\n  polygon_table[65] = polygon_table[105] = p11; /* 1001 || 1221 */\n  polygon_table[160] = polygon_table[10] = p12; /* 2200 || 0022 */\n  polygon_table[130] = polygon_table[40] = p13; /* 2002 || 0220 */\n\n  /* square case */\n  polygon_table[85] = p14; /* 1111 */\n\n  /* pentagon cases */\n  polygon_table[101] = polygon_table[69] = p15; /* 1211 || 1011 */\n  polygon_table[149] = polygon_table[21] = p16; /* 2111 || 0111 */\n  polygon_table[86] = polygon_table[84] = p17; /* 1112 || 1110 */\n  polygon_table[89] = polygon_table[81] = p18; /* 1121 || 1101 */\n  polygon_table[96] = polygon_table[74] = p19; /* 1200 || 1022 */\n  polygon_table[24] = polygon_table[146] = p20; /* 0120 || 2102 */\n  polygon_table[6] = polygon_table[164] = p21; /* 0012 || 2210 */\n  polygon_table[129] = polygon_table[41] = p22; /* 2001 || 0221 */\n  polygon_table[66] = polygon_table[104] = p23; /* 1002 || 1220 */\n  polygon_table[144] = polygon_table[26] = p24; /* 2100 || 0122 */\n  polygon_table[36] = polygon_table[134] = p25; /* 0210 || 2012 */\n  polygon_table[9] = polygon_table[161] = p26; /* 0021 || 2201 */\n\n  /* hexagon cases */\n  polygon_table[37] = polygon_table[133] = p27; /* 0211 || 2011 */\n  polygon_table[148] = polygon_table[22] = p28; /* 2110 || 0112 */\n  polygon_table[82] = polygon_table[88] = p29; /* 1102 || 1120 */\n  polygon_table[73] = polygon_table[97] = p30; /* 1021 || 1201 */\n  polygon_table[145] = polygon_table[25] = p31; /* 2101 || 0121 */\n  polygon_table[70] = polygon_table[100] = p32; /* 1012 || 1210 */\n\n  /* 8-sided cases */\n  polygon_table[34] = function(c){ return [ p07(c), p05(c) ];}; /* 0202 || 2020 with flipped == 0 */\n  polygon_table[35] = p33; /* flipped == 1 state for 0202 and 2020 */\n  polygon_table[136] = function(c){ return [ p06(c), p04(c) ];}; /* 2020 || 0202 with flipped == 0 */\n\n  /* 6-sided cases */\n  polygon_table[153] = function(c){ return [ p02(c), p00(c) ];}; /* 0101 with flipped == 0 || 2121 with flipped == 2 */\n  polygon_table[102] = function(c){ return [ p01(c), p03(c) ];}; /* 1010 with flipped == 0 || 1212 with flipped == 2 */\n  polygon_table[155] = p34; /* 0101 with flipped == 1 || 2121 with flipped == 1 */\n  polygon_table[103] = p35; /* 1010 with flipped == 1 || 1212 with flipped == 1 */\n\n  /* 7-sided cases */\n  polygon_table[152] = function(c){ return [ p02(c), p04(c) ];}; /* 2120 with flipped == 2 || 0102 with flipped == 0 */\n  polygon_table[156] = p36; /* 2120 with flipped == 1 || 0102 with flipped == 1 */\n  polygon_table[137] = function(c){ return [ p06(c), p00(c) ];}; /* 2021 with flipped == 2 || 0201 with flipped == 0 */\n  polygon_table[139] = p37; /* 2021 with flipped == 1 || 0201 with flipped == 1 */\n  polygon_table[98] = function(c){ return [ p05(c), p03(c) ];}; /* 1202 with flipped == 2 || 1020 with flipped == 0 */\n  polygon_table[99] = p38; /* 1202 with flipped == 1 || 1020 with flipped == 1 */\n  polygon_table[38] = function(c){ return [ p01(c), p07(c) ];}; /* 0212 with flipped == 2 || 2010 with flipped == 0 */\n  polygon_table[39] = p39; /* 0212 with flipped == 1 || 2010 with flipped == 1 */\n  \n  \n  /*\n  ####################################\n  Some small helper functions\n  ####################################\n  */\n\n  /* assume that x1 == 1 &&  x0 == 0 */\n  function interpolateX(y, y0, y1){\n    return (y - y0) / (y1 - y0);\n  }\n\n  function isArray(myArray) {\n    return myArray.constructor.toString().indexOf(\"Array\") > -1;\n  }\n\n  /*\n  ####################################\n  Below is the actual Marching Squares implementation\n  ####################################\n  */\n\n  function computeBandGrid(data, minV, bandwidth){\n    var rows = data.length - 1;\n    var cols = data[0].length - 1;\n    var BandGrid = { rows: rows, cols: cols, cells: [] };\n\n    var maxV = minV + Math.abs(bandwidth);\n\n    for(var j = 0; j < rows; ++j){\n      BandGrid.cells[j] = [];\n      for(var i = 0; i < cols; ++i){\n        /*  compose the 4-trit corner representation */\n        var cval = 0;\n\n        var tl = data[j+1][i];\n        var tr = data[j+1][i+1];\n        var br = data[j][i+1];\n        var bl = data[j][i];\n\n        if(isNaN(tl) || isNaN(tr) || isNaN(br) || isNaN(bl)){\n          continue;\n        }\n\n        cval |= (tl < minV) ? 0 : (tl > maxV) ? 128 : 64;\n        cval |= (tr < minV) ? 0 : (tr > maxV) ? 32 : 16;\n        cval |= (br < minV) ? 0 : (br > maxV) ? 8 : 4;\n        cval |= (bl < minV) ? 0 : (bl > maxV) ? 2 : 1;\n\n        var cval_real = +cval;\n\n        /* resolve ambiguity via averaging */\n        var flipped = 0;\n        if(     (cval === 17) /* 0101 */\n            ||  (cval === 18) /* 0102 */\n            ||  (cval === 33) /* 0201 */\n            ||  (cval === 34) /* 0202 */\n            ||  (cval === 38) /* 0212 */\n            ||  (cval === 68) /* 1010 */\n            ||  (cval === 72) /* 1020 */\n            ||  (cval === 98) /* 1202 */\n            ||  (cval === 102) /* 1212 */\n            ||  (cval === 132) /* 2010 */\n            ||  (cval === 136) /* 2020 */\n            ||  (cval === 137) /* 2021 */\n            ||  (cval === 152) /* 2120 */\n            ||  (cval === 153) /* 2121 */\n        ){\n          var average = (tl + tr + br + bl) / 4;\n          /* set flipped state */\n          flipped = (average > maxV) ? 2 : (average < minV) ? 0 : 1;\n\n          /* adjust cval for flipped cases */\n\n          /* 8-sided cases */\n          if(cval === 34){\n            if(flipped === 1){\n              cval = 35;\n            } else if(flipped === 0){\n              cval = 136;\n            }\n          } else if(cval === 136){\n            if(flipped === 1){\n              cval = 35;\n              flipped = 4;\n            } else if(flipped === 0){\n              cval = 34;\n            }\n          }\n\n          /* 6-sided polygon cases */\n          else if(cval === 17){\n            if(flipped === 1){\n              cval = 155;\n              flipped = 4;\n            } else if(flipped === 0){\n              cval = 153;\n            }\n          } else if(cval === 68){\n            if(flipped === 1){\n              cval = 103;\n              flipped = 4;\n            } else if(flipped === 0){\n              cval = 102;\n            }\n          } else if(cval === 153){\n            if(flipped === 1)\n              cval = 155;\n          } else if(cval === 102){\n            if(flipped === 1)\n              cval = 103;\n          }\n\n          /* 7-sided polygon cases */\n          else if(cval === 152){\n            if(flipped < 2){\n              cval    = 156;\n              flipped = 1;\n            }\n          } else if(cval === 137){\n            if(flipped < 2){\n              cval = 139;\n              flipped = 1;\n            }\n          } else if(cval === 98){\n            if(flipped < 2){\n              cval    = 99;\n              flipped = 1;\n            }\n          } else if(cval === 38){\n            if(flipped < 2){\n              cval    = 39;\n              flipped = 1;\n            }\n          } else if(cval === 18){\n            if(flipped > 0){\n              cval = 156;\n              flipped = 4;\n            } else {\n              cval = 152;\n            }\n          } else if(cval === 33){\n            if(flipped > 0){\n              cval = 139;\n              flipped = 4;\n            } else {\n              cval = 137;\n            }\n          } else if(cval === 72){\n            if(flipped > 0){\n              cval = 99;\n              flipped = 4;\n            } else {\n              cval = 98;\n            }\n          } else if(cval === 132){\n            if(flipped > 0){\n              cval = 39;\n              flipped = 4;\n            } else {\n              cval = 38;\n            }\n          }\n        }\n\n        /* add cell to BandGrid if it contains at least one polygon-side */\n        if((cval != 0) && (cval != 170)){\n          var topleft, topright, bottomleft, bottomright,\n              righttop, rightbottom, lefttop, leftbottom;\n\n          topleft = topright = bottomleft = bottomright = righttop\n                  = rightbottom = lefttop = leftbottom = 0.5;\n\n          var edges = [];\n\n          /* do interpolation here */\n          /* 1st Triangles */\n          if(cval === 1){ /* 0001 */\n            bottomleft = 1 - interpolateX(minV, br, bl);\n            leftbottom = 1 - interpolateX(minV, tl, bl);\n            edges.push(isoBandEdgeBL[cval]);\n          } else if(cval === 169){ /* 2221 */\n            bottomleft = interpolateX(maxV, bl, br);\n            leftbottom = interpolateX(maxV, bl, tl);\n            edges.push(isoBandEdgeBL[cval]);\n          } else if(cval === 4){ /* 0010 */\n            rightbottom = 1 - interpolateX(minV, tr, br);\n            bottomright = interpolateX(minV, bl, br);\n            edges.push(isoBandEdgeRB[cval]);\n          } else if(cval === 166){ /* 2212 */\n            rightbottom = interpolateX(maxV, br, tr);\n            bottomright = 1 - interpolateX(maxV, br, bl);\n            edges.push(isoBandEdgeRB[cval]);\n          } else if(cval === 16){ /* 0100 */\n            righttop = interpolateX(minV, br, tr);\n            topright = interpolateX(minV, tl, tr);\n            edges.push(isoBandEdgeRT[cval]);\n          } else if(cval === 154){ /* 2122 */\n            righttop = 1 - interpolateX(maxV, tr, br);\n            topright = 1 - interpolateX(maxV, tr, tl);\n            edges.push(isoBandEdgeRT[cval]);\n          } else if(cval === 64){ /* 1000 */\n            lefttop = interpolateX(minV, bl, tl);\n            topleft = 1 - interpolateX(minV, tr, tl);\n            edges.push(isoBandEdgeLT[cval]);\n          } else if(cval === 106){ /* 1222 */\n            lefttop = 1 - interpolateX(maxV, tl, bl);\n            topleft = interpolateX(maxV, tl, tr);\n            edges.push(isoBandEdgeLT[cval]);\n          }\n          /* 2nd Trapezoids */\n          else if(cval === 168){ /* 2220 */\n            bottomright = interpolateX(maxV, bl, br);\n            bottomleft = interpolateX(minV, bl, br);\n            leftbottom = interpolateX(minV, bl, tl);\n            lefttop = interpolateX(maxV, bl, tl);\n            edges.push(isoBandEdgeBR[cval]);\n            edges.push(isoBandEdgeBL[cval]);\n          } else if(cval === 2){ /* 0002 */\n            bottomright = 1 - interpolateX(minV, br, bl);\n            bottomleft = 1 - interpolateX(maxV, br, bl);\n            leftbottom = 1 - interpolateX(maxV, tl, bl);\n            lefttop = 1 - interpolateX(minV, tl, bl);\n            edges.push(isoBandEdgeBR[cval]);\n            edges.push(isoBandEdgeBL[cval]);\n          } else if(cval === 162){ /* 2202 */\n            righttop = interpolateX(maxV, br, tr);\n            rightbottom = interpolateX(minV, br, tr);\n            bottomright = 1 - interpolateX(minV, br, bl);\n            bottomleft = 1 - interpolateX(maxV, br, bl);\n            edges.push(isoBandEdgeBR[cval]);\n            edges.push(isoBandEdgeBL[cval]);\n          } else if(cval === 8){ /* 0020 */\n            righttop = 1 - interpolateX(minV, tr, br);\n            rightbottom = 1 - interpolateX(maxV, tr, br);\n            bottomright = interpolateX(maxV, bl, br);\n            bottomleft = interpolateX(minV, bl, br);\n            edges.push(isoBandEdgeRT[cval]);\n            edges.push(isoBandEdgeRB[cval]);\n          } else if(cval === 138){ /* 2022 */\n            righttop = 1 - interpolateX(minV, tr, br);\n            rightbottom = 1 - interpolateX(maxV, tr, br);\n            topleft = 1 - interpolateX(maxV, tr, tl);\n            topright = 1 - interpolateX(minV, tr, tl);\n            edges.push(isoBandEdgeRT[cval]);\n            edges.push(isoBandEdgeRB[cval]);\n          } else if(cval === 32){ /* 0200 */\n            righttop = interpolateX(maxV, br, tr);\n            rightbottom = interpolateX(minV, br, tr);\n            topleft = interpolateX(minV, tl, tr);\n            topright = interpolateX(maxV, tl, tr);\n            edges.push(isoBandEdgeRT[cval]);\n            edges.push(isoBandEdgeRB[cval]);\n          } else if(cval === 42){ /* 0222 */\n            leftbottom = 1 - interpolateX(maxV, tl, bl);\n            lefttop = 1 - interpolateX(minV, tl, bl);\n            topleft = interpolateX(minV, tl, tr);\n            topright = interpolateX(maxV, tl, tr);\n            edges.push(isoBandEdgeLB[cval]);\n            edges.push(isoBandEdgeLT[cval]);\n          } else if(cval === 128){ /* 2000 */\n            leftbottom = interpolateX(minV, bl, tl);\n            lefttop = interpolateX(maxV, bl, tl);\n            topleft = 1 - interpolateX(maxV, tr, tl);\n            topright = 1 - interpolateX(minV, tr, tl);\n            edges.push(isoBandEdgeLB[cval]);\n            edges.push(isoBandEdgeLT[cval]);\n          }\n\n          /* 3rd rectangle cases */\n          if(cval === 5){ /* 0011 */\n            rightbottom = 1 - interpolateX(minV, tr, br);\n            leftbottom = 1 - interpolateX(minV, tl, bl);\n            edges.push(isoBandEdgeRB[cval]);\n          } else if(cval === 165){ /* 2211 */\n            rightbottom = interpolateX(maxV, br, tr);\n            leftbottom = interpolateX(maxV, bl, tl);\n            edges.push(isoBandEdgeRB[cval]);\n          } else if(cval === 20){ /* 0110 */\n            bottomright = interpolateX(minV, bl, br);\n            topright = interpolateX(minV, tl, tr);\n            edges.push(isoBandEdgeBR[cval]);\n          } else if(cval === 150){ /* 2112 */\n            bottomright = 1 - interpolateX(maxV, br, bl);\n            topright = 1 - interpolateX(maxV, tr, tl);\n            edges.push(isoBandEdgeBR[cval]);\n          } else if(cval === 80){ /* 1100 */\n            righttop = interpolateX(minV, br, tr);\n            lefttop = interpolateX(minV, bl, tl);\n            edges.push(isoBandEdgeRT[cval]);\n          } else if(cval === 90){ /* 1122 */\n            righttop = 1 - interpolateX(maxV, tr, br);\n            lefttop = 1 - interpolateX(maxV, tl, bl);\n            edges.push(isoBandEdgeRT[cval]);\n          } else if(cval === 65){ /* 1001 */\n            bottomleft = 1 - interpolateX(minV, br, bl);\n            topleft = 1 - interpolateX(minV, tr, tl);\n            edges.push(isoBandEdgeBL[cval]);\n          } else if(cval === 105){ /* 1221 */\n            bottomleft = interpolateX(maxV, bl, br);\n            topleft = interpolateX(maxV, tl, tr);\n            edges.push(isoBandEdgeBL[cval]);\n          } else if(cval === 160){ /* 2200 */\n            righttop = interpolateX(maxV, br, tr);\n            rightbottom = interpolateX(minV, br, tr);\n            leftbottom = interpolateX(minV, bl, tl);\n            lefttop = interpolateX(maxV, bl, tl);\n            edges.push(isoBandEdgeRT[cval]);\n            edges.push(isoBandEdgeRB[cval]);\n          } else if(cval === 10){ /* 0022 */\n            righttop = 1 - interpolateX(minV, tr, br);\n            rightbottom = 1 - interpolateX(maxV, tr, br);\n            leftbottom = 1 - interpolateX(maxV, tl, bl);\n            lefttop = 1 - interpolateX(minV, tl, bl);\n            edges.push(isoBandEdgeRT[cval]);\n            edges.push(isoBandEdgeRB[cval]);\n          } else if(cval === 130){ /* 2002 */\n            bottomright = 1 - interpolateX(minV, br, bl);\n            bottomleft = 1 - interpolateX(maxV, br, bl);\n            topleft = 1 - interpolateX(maxV, tr, tl);\n            topright = 1 - interpolateX(minV, tr, tl);\n            edges.push(isoBandEdgeBR[cval]);\n            edges.push(isoBandEdgeBL[cval]);\n          } else if(cval === 40){ /* 0220 */\n            bottomright = interpolateX(maxV, bl, br);\n            bottomleft = interpolateX(minV, bl, br);\n            topleft = interpolateX(minV, tl, tr);\n            topright = interpolateX(maxV, tl, tr);\n            edges.push(isoBandEdgeBR[cval]);\n            edges.push(isoBandEdgeBL[cval]);\n          }\n\n          /* 4th single pentagon cases */\n          else if(cval === 101){ /* 1211 */\n            rightbottom = interpolateX(maxV, br, tr);\n            topleft = interpolateX(maxV, tl, tr);\n            edges.push(isoBandEdgeRB[cval]);\n          } else if(cval === 69){ /* 1011 */\n            rightbottom = 1 - interpolateX(minV, tr, br);\n            topleft = 1 - interpolateX(minV, tr, tl);\n            edges.push(isoBandEdgeRB[cval]);\n          } else if(cval === 149){ /* 2111 */\n            leftbottom = interpolateX(maxV, bl, tl);\n            topright = 1 - interpolateX(maxV, tr, tl);\n            edges.push(isoBandEdgeLB[cval]);\n          } else if(cval === 21){ /* 0111 */\n            leftbottom = 1 - interpolateX(minV, tl, bl);\n            topright = interpolateX(minV, tl, tr);\n            edges.push(isoBandEdgeLB[cval]);\n          } else if(cval === 86){ /* 1112 */\n            bottomright = 1 - interpolateX(maxV, br, bl);\n            lefttop = 1 - interpolateX(maxV, tl, bl);\n            edges.push(isoBandEdgeBR[cval]);\n          } else if(cval === 84){ /* 1110 */\n            bottomright = interpolateX(minV, bl, br);\n            lefttop = interpolateX(minV, bl, tl);\n            edges.push(isoBandEdgeBR[cval]);\n          } else if(cval === 89){ /* 1121 */\n            righttop = 1 - interpolateX(maxV, tr, br);\n            bottomleft = interpolateX(maxV, bl, br);\n            edges.push(isoBandEdgeBL[cval]);\n          } else if(cval === 81){ /* 1101 */\n            righttop = interpolateX(minV, br, tr);\n            bottomleft = 1 - interpolateX(minV, br, bl);\n            edges.push(isoBandEdgeBL[cval]);\n          } else if(cval === 96){ /* 1200 */\n            righttop = interpolateX(maxV, br, tr);\n            rightbottom = interpolateX(minV, br, tr);\n            lefttop = interpolateX(minV, bl, tl);\n            topleft = interpolateX(maxV, tl, tr);\n            edges.push(isoBandEdgeRT[cval]);\n            edges.push(isoBandEdgeRB[cval]);\n          } else if(cval === 74){ /* 1022 */\n            righttop = 1 - interpolateX(minV, tr, br);\n            rightbottom = 1- interpolateX(maxV, tr, br);\n            lefttop = 1 - interpolateX(maxV, tl, bl);\n            topleft = 1 - interpolateX(minV, tr, tl);\n            edges.push(isoBandEdgeRT[cval]);\n            edges.push(isoBandEdgeRB[cval]);\n          } else if(cval === 24){ /* 0120 */\n            righttop = 1 - interpolateX(maxV, tr, br);\n            bottomright = interpolateX(maxV, bl, br);\n            bottomleft = interpolateX(minV, bl, br);\n            topright = interpolateX(minV, tl, tr);\n            edges.push(isoBandEdgeRT[cval]);\n            edges.push(isoBandEdgeBL[cval]);\n          } else if(cval === 146){ /* 2102 */\n            righttop = interpolateX(minV, br, tr);\n            bottomright = 1 - interpolateX(minV, br, bl);\n            bottomleft = 1 - interpolateX(maxV, br, bl);\n            topright = 1 - interpolateX(maxV, tr, tl);\n            edges.push(isoBandEdgeRT[cval]);\n            edges.push(isoBandEdgeBL[cval]);\n          } else if(cval === 6){ /* 0012 */\n            rightbottom = 1 - interpolateX(minV, tr, br);\n            bottomright = 1 - interpolateX(maxV, br, bl);\n            leftbottom = 1 - interpolateX(maxV, tl, bl);\n            lefttop = 1 - interpolateX(minV, tl, bl);\n            edges.push(isoBandEdgeRB[cval]);\n            edges.push(isoBandEdgeBR[cval]);\n          } else if(cval === 164){ /* 2210 */\n            rightbottom = interpolateX(maxV, br, tr);\n            bottomright = interpolateX(minV, bl, br);\n            leftbottom = interpolateX(minV, bl, tl);\n            lefttop = interpolateX(maxV, bl, tl);\n            edges.push(isoBandEdgeRB[cval]);\n            edges.push(isoBandEdgeBR[cval]);\n          } else if(cval === 129){ /* 2001 */\n            bottomleft = 1 - interpolateX(minV, br, bl);\n            leftbottom = interpolateX(maxV, bl, tl);\n            topleft = 1 - interpolateX(maxV, tr, tl);\n            topright = 1 - interpolateX(minV, tr, tl);\n            edges.push(isoBandEdgeBL[cval]);\n            edges.push(isoBandEdgeLB[cval]);\n          } else if(cval === 41){ /* 0221 */\n            bottomleft = interpolateX(maxV, bl, br);\n            leftbottom = 1 - interpolateX(minV, tl, bl);\n            topleft = interpolateX(minV, tl, tr);\n            topright = interpolateX(maxV, tl, tr);\n            edges.push(isoBandEdgeBL[cval]);\n            edges.push(isoBandEdgeLB[cval]);\n          } else if(cval === 66){ /* 1002 */\n            bottomright = 1 - interpolateX(minV, br, bl);\n            bottomleft = 1 - interpolateX(maxV, br, bl);\n            lefttop = 1 - interpolateX(maxV, tl, bl);\n            topleft = 1 - interpolateX(minV, tr, tl);\n            edges.push(isoBandEdgeBR[cval]);\n            edges.push(isoBandEdgeBL[cval]);\n          } else if(cval === 104){ /* 1220 */\n            bottomright = interpolateX(maxV, bl, br);\n            bottomleft = interpolateX(minV, bl, br);\n            lefttop = interpolateX(minV, bl, tl);\n            topleft = interpolateX(maxV, tl, tr);\n            edges.push(isoBandEdgeBL[cval]);\n            edges.push(isoBandEdgeTL[cval]);\n          } else if(cval === 144){ /* 2100 */\n            righttop = interpolateX(minV, br, tr);\n            leftbottom = interpolateX(minV, bl, tl);\n            lefttop = interpolateX(maxV, bl, tl);\n            topright = 1 - interpolateX(maxV, tr, tl);\n            edges.push(isoBandEdgeRT[cval]);\n            edges.push(isoBandEdgeLT[cval]);\n          } else if(cval === 26){ /* 0122 */\n            righttop = 1 - interpolateX(maxV, tr, br);\n            leftbottom = 1 - interpolateX(maxV, tl, bl);\n            lefttop = 1 - interpolateX(minV, tl, bl);\n            topright = interpolateX(minV, tl, tr);\n            edges.push(isoBandEdgeRT[cval]);\n            edges.push(isoBandEdgeLT[cval]);\n          } else if(cval === 36){ /* 0210 */\n            rightbottom = interpolateX(maxV, br, tr);\n            bottomright = interpolateX(minV, bl, br);\n            topleft = interpolateX(minV, tl, tr);\n            topright = interpolateX(maxV, tl, tr);\n            edges.push(isoBandEdgeRB[cval]);\n            edges.push(isoBandEdgeBR[cval]);\n          } else if(cval === 134){ /* 2012 */\n            rightbottom = 1 - interpolateX(minV, tr, br);\n            bottomright = 1 - interpolateX(maxV, br, bl);\n            topleft = 1 - interpolateX(maxV, tr, tl);\n            topright = 1 - interpolateX(minV, tr, tl);\n            edges.push(isoBandEdgeRB[cval]);\n            edges.push(isoBandEdgeBR[cval]);\n          } else if(cval === 9){ /* 0021 */\n            righttop = 1 - interpolateX(minV, tr, br);\n            rightbottom = 1 - interpolateX(maxV, tr, br);\n            bottomleft = interpolateX(maxV, bl, br);\n            leftbottom = 1 - interpolateX(minV, tl, bl);\n            edges.push(isoBandEdgeRT[cval]);\n            edges.push(isoBandEdgeRB[cval]);\n          } else if(cval === 161){ /* 2201 */\n            righttop = interpolateX(maxV, br, tr);\n            rightbottom = interpolateX(minV, br, tr);\n            bottomleft = 1 - interpolateX(minV, br, bl);\n            leftbottom = interpolateX(maxV, bl, tl);\n            edges.push(isoBandEdgeRT[cval]);\n            edges.push(isoBandEdgeRB[cval]);\n          }\n\n          /* 5th single hexagon cases */\n          else if(cval === 37){ /* 0211 */\n            rightbottom = interpolateX(maxV, br, tr);\n            leftbottom = 1- interpolateX(minV, tl, bl);\n            topleft = interpolateX(minV, tl, tr);\n            topright = interpolateX(maxV, tl, tr);\n            edges.push(isoBandEdgeRB[cval]);\n            edges.push(isoBandEdgeLB[cval]);\n          } else if(cval === 133){ /* 2011 */\n            rightbottom = 1 - interpolateX(minV, tr, br);\n            leftbottom = interpolateX(maxV, bl, tl);\n            topleft = 1 - interpolateX(maxV, tr, tl);\n            topright = 1 - interpolateX(minV, tr, tl);\n            edges.push(isoBandEdgeRB[cval]);\n            edges.push(isoBandEdgeLB[cval]);\n          } else if(cval === 148){ /* 2110 */\n            bottomright = interpolateX(minV, bl, br);\n            leftbottom = interpolateX(minV, bl, tl);\n            lefttop = interpolateX(maxV, bl, tl);\n            topright = 1 - interpolateX(maxV, tr, tl);\n            edges.push(isoBandEdgeBR[cval]);\n            edges.push(isoBandEdgeLT[cval]);\n          } else if(cval === 22){ /* 0112 */\n            bottomright = 1 - interpolateX(maxV, br, bl);\n            leftbottom = 1 - interpolateX(maxV, tl, bl);\n            lefttop = 1 - interpolateX(minV, tl, bl);\n            topright = interpolateX(minV, tl, tr);\n            edges.push(isoBandEdgeBR[cval]);\n            edges.push(isoBandEdgeLT[cval]);\n          } else if(cval === 82){ /* 1102 */\n            righttop = interpolateX(minV, br, tr);\n            bottomright = 1- interpolateX(minV, br, bl);\n            bottomleft = 1 - interpolateX(maxV, br, bl);\n            lefttop = 1 - interpolateX(maxV, tl, bl);\n            edges.push(isoBandEdgeRT[cval]);\n            edges.push(isoBandEdgeBL[cval]);\n          } else if(cval === 88){ /* 1120 */\n            righttop = 1 - interpolateX(maxV, tr, br);\n            bottomright = interpolateX(maxV, bl, br);\n            bottomleft = interpolateX(minV, bl, br);\n            lefttop = interpolateX(minV, bl, tl);\n            edges.push(isoBandEdgeRT[cval]);\n            edges.push(isoBandEdgeBL[cval]);\n          } else if(cval === 73){ /* 1021 */\n            righttop = 1 - interpolateX(minV, tr, br);\n            rightbottom = 1 - interpolateX(maxV, tr, br);\n            bottomleft = interpolateX(maxV, bl, br);\n            topleft = 1 - interpolateX(minV, tr, tl);\n            edges.push(isoBandEdgeRT[cval]);\n            edges.push(isoBandEdgeRB[cval]);\n          } else if(cval === 97){ /* 1201 */\n            righttop = interpolateX(maxV, br, tr);\n            rightbottom = interpolateX(minV, br, tr);\n            bottomleft = 1 - interpolateX(minV, br, bl);\n            topleft = interpolateX(maxV, tl, tr);\n            edges.push(isoBandEdgeRT[cval]);\n            edges.push(isoBandEdgeRB[cval]);\n          } else if(cval === 145){ /* 2101 */\n            righttop = interpolateX(minV, br, tr);\n            bottomleft = 1 - interpolateX(minV, br, bl);\n            leftbottom = interpolateX(maxV, bl, tl);\n            topright = 1 - interpolateX(maxV, tr, tl);\n            edges.push(isoBandEdgeRT[cval]);\n            edges.push(isoBandEdgeLB[cval]);\n          } else if(cval === 25){ /* 0121 */\n            righttop = 1 - interpolateX(maxV, tr, br);\n            bottomleft = interpolateX(maxV, bl, br);\n            leftbottom = 1 - interpolateX(minV, tl, bl);\n            topright = interpolateX(minV, tl, tr);\n            edges.push(isoBandEdgeRT[cval]);\n            edges.push(isoBandEdgeLB[cval]);\n          } else if(cval === 70){ /* 1012 */\n            rightbottom = 1 - interpolateX(minV, tr, br);\n            bottomright = 1 - interpolateX(maxV, br, bl);\n            lefttop = 1 - interpolateX(maxV, tl, bl);\n            topleft = 1 - interpolateX(minV, tr, tl);\n            edges.push(isoBandEdgeRB[cval]);\n            edges.push(isoBandEdgeBR[cval]);\n          } else if(cval === 100){ /* 1210 */\n            rightbottom = interpolateX(maxV, br, tr);\n            bottomright = interpolateX(minV, bl, br);\n            lefttop = interpolateX(minV, bl, tl);\n            topleft = interpolateX(maxV, tl, tr);\n            edges.push(isoBandEdgeRB[cval]);\n            edges.push(isoBandEdgeBR[cval]);\n          }\n\n          /* 8-sided cases */\n          else if(cval === 34){ /* 0202 || 2020 with flipped == 0 */\n            if(flipped === 0){\n              righttop = 1 - interpolateX(minV, tr, br);\n              rightbottom = 1 - interpolateX(maxV, tr, br);\n              bottomright = interpolateX(maxV, bl, br);\n              bottomleft = interpolateX(minV, bl, br);\n              leftbottom = interpolateX(minV, bl, tl);\n              lefttop = interpolateX(maxV, bl, tl);\n              topleft = 1 - interpolateX(maxV, tr, tl);\n              topright = 1 - interpolateX(minV, tr, tl);\n            } else {\n              righttop = interpolateX(maxV, br, tr);\n              rightbottom = interpolateX(minV, br, tr);\n              bottomright = 1 - interpolateX(minV, br, bl);\n              bottomleft = 1 - interpolateX(maxV, br, bl);\n              leftbottom = 1 - interpolateX(maxV, tl, bl);\n              lefttop = 1 - interpolateX(minV, tl, bl);\n              topleft = interpolateX(minV, tl, tr);\n              topright = interpolateX(maxV, tl, tr);\n            }\n            edges.push(isoBandEdgeRT[cval]);\n            edges.push(isoBandEdgeRB[cval]);\n            edges.push(isoBandEdgeLB[cval]);\n            edges.push(isoBandEdgeLT[cval]);\n          } else if(cval === 35){ /* flipped == 1 state for 0202, and 2020 with flipped == 4*/\n            if(flipped === 4){\n              righttop = 1 - interpolateX(minV, tr, br);\n              rightbottom = 1 - interpolateX(maxV, tr, br);\n              bottomright = interpolateX(maxV, bl, br);\n              bottomleft = interpolateX(minV, bl, br);\n              leftbottom = interpolateX(minV, bl, tl);\n              lefttop = interpolateX(maxV, bl, tl);\n              topleft = 1 - interpolateX(maxV, tr, tl);\n              topright = 1 - interpolateX(minV, tr, tl);\n            } else {\n              righttop = interpolateX(maxV, br, tr);\n              rightbottom = interpolateX(minV, br, tr);\n              bottomright = 1 - interpolateX(minV, br, bl);\n              bottomleft = 1 - interpolateX(maxV, br, bl);\n              leftbottom = 1 - interpolateX(maxV, tl, bl);\n              lefttop = 1 - interpolateX(minV, tl, bl);\n              topleft = interpolateX(minV, tl, tr);\n              topright = interpolateX(maxV, tl, tr);\n            }\n            edges.push(isoBandEdgeRT[cval]);\n            edges.push(isoBandEdgeRB[cval]);\n            edges.push(isoBandEdgeBL[cval]);\n            edges.push(isoBandEdgeLT[cval]);\n          } else if(cval === 136){ /* 2020 || 0202 with flipped == 0 */\n            if(flipped === 0){\n              righttop = interpolateX(maxV, br, tr);\n              rightbottom = interpolateX(minV, br, tr);\n              bottomright = 1 - interpolateX(minV, br, bl);\n              bottomleft = 1 - interpolateX(maxV, br, bl);\n              leftbottom = 1 - interpolateX(maxV, tl, bl);\n              lefttop = 1 - interpolateX(minV, tl, bl);\n              topleft = interpolateX(minV, tl, tr);\n              topright = interpolateX(maxV, tl, tr);\n            } else {\n              righttop = 1 - interpolateX(minV, tr, br);\n              rightbottom = 1 - interpolateX(maxV, tr, br);\n              bottomright = interpolateX(maxV, bl, br);\n              bottomleft = interpolateX(minV, bl, br);\n              leftbottom = interpolateX(minV, bl, tl);\n              lefttop = interpolateX(maxV, bl, tl);\n              topleft = 1 - interpolateX(maxV, tr, tl);\n              topright = 1 - interpolateX(minV, tr, tl);\n            }\n            edges.push(isoBandEdgeRT[cval]);\n            edges.push(isoBandEdgeRB[cval]);\n            edges.push(isoBandEdgeLB[cval]);\n            edges.push(isoBandEdgeLT[cval]);\n          }\n\n          /* 6-sided polygon cases */\n          else if(cval === 153){ /* 0101 with flipped == 0 || 2121 with flipped == 2 */\n            if(flipped === 0){\n              righttop = interpolateX(minV, br, tr);\n              bottomleft = 1 - interpolateX(minV, br, bl);\n              leftbottom = 1 - interpolateX(minV, tl, bl);\n              topright = interpolateX(minV, tl, tr);\n            } else {\n              righttop = 1 - interpolateX(maxV, tr, br);\n              bottomleft = interpolateX(maxV, bl, br);\n              leftbottom = interpolateX(maxV, bl, tl);\n              topright = 1 - interpolateX(maxV, tr, tl);\n            }\n            edges.push(isoBandEdgeRT[cval]);\n            edges.push(isoBandEdgeBL[cval]);\n          } else if(cval === 102){ /* 1010 with flipped == 0 || 1212 with flipped == 2 */\n            if(flipped === 0){\n              rightbottom = 1 - interpolateX(minV, tr, br);\n              bottomright = interpolateX(minV, bl, br);\n              lefttop = interpolateX(minV, bl, tl);\n              topleft = 1 - interpolateX(minV, tr, tl);\n            } else {\n              rightbottom = interpolateX(maxV, br, tr);\n              bottomright = 1 - interpolateX(maxV, br, bl);\n              lefttop = 1 - interpolateX(maxV, tl, bl);\n              topleft = interpolateX(maxV, tl, tr);\n            }\n            edges.push(isoBandEdgeRB[cval]);\n            edges.push(isoBandEdgeLT[cval]);\n          } else if(cval === 155){ /* 0101 with flipped == 4 || 2121 with flipped == 1 */\n            if(flipped === 4){\n              righttop = interpolateX(minV, br, tr);\n              bottomleft = 1 - interpolateX(minV, br, bl);\n              leftbottom = 1 - interpolateX(minV, tl, bl);\n              topright = interpolateX(minV, tl, tr);\n            } else {\n              righttop = 1 - interpolateX(maxV, tr, br);\n              bottomleft = interpolateX(maxV, bl, br);\n              leftbottom = interpolateX(maxV, bl, tl);\n              topright = 1 - interpolateX(maxV, tr, tl);\n            }\n            edges.push(isoBandEdgeRT[cval]);\n            edges.push(isoBandEdgeLB[cval]);\n          } else if(cval === 103){ /* 1010 with flipped == 4 || 1212 with flipped == 1 */\n            if(flipped === 4){\n              rightbottom = 1 - interpolateX(minV, tr, br);\n              bottomright = interpolateX(minV, bl, br);\n              lefttop = interpolateX(minV, bl, tl);\n              topleft = 1 - interpolateX(minV, tr, tl);\n            } else {\n              rightbottom = interpolateX(maxV, br, tr);\n              bottomright = 1 - interpolateX(maxV, br, bl);\n              lefttop = 1 - interpolateX(maxV, tl, bl);\n              topleft = interpolateX(maxV, tl, tr);\n            }\n            edges.push(isoBandEdgeRB[cval]);\n            edges.push(isoBandEdgeBR[cval]);\n          }\n\n          /* 7-sided polygon cases */\n          else if(cval === 152){ /* 2120 with flipped == 2 || 0102 with flipped == 0 */\n            if(flipped === 0){\n              righttop = interpolateX(minV, br, tr);\n              bottomright = 1 - interpolateX(minV, br, bl);\n              bottomleft = 1 - interpolateX(maxV, br, bl);\n              leftbottom = 1 - interpolateX(maxV, tl, bl);\n              lefttop = 1 - interpolateX(minV, tl, bl);\n              topright = interpolateX(minV, tl, tr);\n            } else {\n              righttop = 1 - interpolateX(maxV, tr, br);\n              bottomright = interpolateX(maxV, bl, br);\n              bottomleft = interpolateX(minV, bl, br);\n              leftbottom = interpolateX(minV, bl, tl);\n              lefttop = interpolateX(maxV, bl, tl);\n              topright = 1 - interpolateX(maxV, tr, tl);\n            }\n            edges.push(isoBandEdgeRT[cval]);\n            edges.push(isoBandEdgeBR[cval]);\n            edges.push(isoBandEdgeBL[cval]);\n          } else if(cval === 156){ /* 2120 with flipped == 1 || 0102 with flipped == 4 */\n            if(flipped === 4){\n              righttop = interpolateX(minV, br, tr);\n              bottomright = 1 - interpolateX(minV, br, bl);\n              bottomleft = 1 - interpolateX(maxV, br, bl);\n              leftbottom = 1 - interpolateX(maxV, tl, bl);\n              lefttop = 1 - interpolateX(minV, tl, bl);\n              topright = interpolateX(minV, tl, tr);\n            } else {\n              righttop = 1 - interpolateX(maxV, tr, br);\n              bottomright = interpolateX(maxV, bl, br);\n              bottomleft = interpolateX(minV, bl, br);\n              leftbottom = interpolateX(minV, bl, tl);\n              lefttop = interpolateX(maxV, bl, tl);\n              topright = 1 - interpolateX(maxV, tr, tl);\n            }\n            edges.push(isoBandEdgeRT[cval]);\n            edges.push(isoBandEdgeBL[cval]);\n            edges.push(isoBandEdgeLT[cval]);\n          } else if(cval === 137){ /* 2021 with flipped == 2 || 0201 with flipped == 0 */\n            if(flipped === 0){\n              righttop = interpolateX(maxV, br, tr);\n              rightbottom = interpolateX(minV, br, tr);\n              bottomleft = 1 - interpolateX(minV, br, bl);\n              leftbottom = 1 - interpolateX(minV, tl, bl);\n              topleft = interpolateX(minV, tl, tr);\n              topright = interpolateX(maxV, tl, tr);\n            } else {\n              righttop = 1 - interpolateX(minV, tr, br);\n              rightbottom = 1 - interpolateX(maxV, tr, br);\n              bottomleft = interpolateX(maxV, bl, br);\n              leftbottom = interpolateX(maxV, bl, tl);\n              topleft = 1 - interpolateX(maxV, tr, tl);\n              topright = 1 - interpolateX(minV, tr, tl);\n            }\n            edges.push(isoBandEdgeRT[cval]);\n            edges.push(isoBandEdgeRB[cval]);\n            edges.push(isoBandEdgeBL[cval]);\n          } else if(cval === 139){ /* 2021 with flipped == 1 || 0201 with flipped == 4 */\n            if(flipped === 4){\n              righttop = interpolateX(maxV, br, tr);\n              rightbottom = interpolateX(minV, br, tr);\n              bottomleft = 1 - interpolateX(minV, br, bl);\n              leftbottom = 1 - interpolateX(minV, tl, bl);\n              topleft = interpolateX(minV, tl, tr);\n              topright = interpolateX(maxV, tl, tr);\n            } else {\n              righttop = 1 - interpolateX(minV, tr, br);\n              rightbottom = 1 - interpolateX(maxV, tr, br);\n              bottomleft = interpolateX(maxV, bl, br);\n              leftbottom = interpolateX(maxV, bl, tl);\n              topleft = 1 - interpolateX(maxV, tr, tl);\n              topright = 1 - interpolateX(minV, tr, tl);\n            }\n            edges.push(isoBandEdgeRT[cval]);\n            edges.push(isoBandEdgeRB[cval]);\n            edges.push(isoBandEdgeLB[cval]);\n          } else if(cval === 98){ /* 1202 with flipped == 2 || 1020 with flipped == 0 */\n            if(flipped === 0){\n              righttop = 1 - interpolateX(minV, tr, br);\n              rightbottom = 1 - interpolateX(maxV, tr, br);\n              bottomright = interpolateX(maxV, bl, br);\n              bottomleft = interpolateX(minV, bl, br);\n              lefttop = interpolateX(minV, bl, tl);\n              topleft = 1 - interpolateX(minV, tr, tl);\n            } else {\n              righttop = interpolateX(maxV, br, tr);\n              rightbottom = interpolateX(minV, br, tr);\n              bottomright = 1 - interpolateX(minV, br, bl);\n              bottomleft = 1 - interpolateX(maxV, br, bl);\n              lefttop = 1 - interpolateX(maxV, tl, bl);\n              topleft = interpolateX(maxV, tl, tr);\n            }\n            edges.push(isoBandEdgeRT[cval]);\n            edges.push(isoBandEdgeRB[cval]);\n            edges.push(isoBandEdgeLT[cval]);\n          } else if(cval === 99){ /* 1202 with flipped == 1 || 1020 with flipped == 4 */\n            if(flipped === 4){\n              righttop = 1 - interpolateX(minV, tr, br);\n              rightbottom = 1 - interpolateX(maxV, tr, br);\n              bottomright = interpolateX(maxV, bl, br);\n              bottomleft = interpolateX(minV, bl, br);\n              lefttop = interpolateX(minV, bl, tl);\n              topleft = 1 - interpolateX(minV, tr, tl);\n            } else {\n              righttop = interpolateX(maxV, br, tr);\n              rightbottom = interpolateX(minV, br, tr);\n              bottomright = 1 - interpolateX(minV, br, bl);\n              bottomleft = 1 - interpolateX(maxV, br, bl);\n              lefttop = 1 - interpolateX(maxV, tl, bl);\n              topleft = interpolateX(maxV, tl, tr);\n            }\n            edges.push(isoBandEdgeRT[cval]);\n            edges.push(isoBandEdgeRB[cval]);\n            edges.push(isoBandEdgeBL[cval]);\n          } else if(cval === 38){ /* 0212 with flipped == 2 || 2010 with flipped == 0 */\n            if(flipped === 0){\n              rightbottom = 1 - interpolateX(minV, tr, br);\n              bottomright = interpolateX(minV, bl, br);\n              leftbottom = interpolateX(minV, bl, tl);\n              lefttop = interpolateX(maxV, bl, tl);\n              topleft = 1 - interpolateX(maxV, tr, tl);\n              topright = 1 - interpolateX(minV, tr, tl);\n            } else {\n              rightbottom = interpolateX(maxV, br, tr);\n              bottomright = 1 - interpolateX(maxV, br, bl);\n              leftbottom = 1 - interpolateX(maxV, tl, bl);\n              lefttop = 1 - interpolateX(minV, tl, bl);\n              topleft = interpolateX(minV, tl, tr);\n              topright = interpolateX(maxV, tl, tr);\n            }\n            edges.push(isoBandEdgeRB[cval]);\n            edges.push(isoBandEdgeLB[cval]);\n            edges.push(isoBandEdgeLT[cval]);\n          } else if(cval === 39){ /* 0212 with flipped == 1 || 2010 with flipped == 4 */\n            if(flipped === 4){\n              rightbottom = 1 - interpolateX(minV, tr, br);\n              bottomright = interpolateX(minV, bl, br);\n              leftbottom = interpolateX(minV, bl, tl);\n              lefttop = interpolateX(maxV, bl, tl);\n              topleft = 1 - interpolateX(maxV, tr, tl);\n              topright = 1 - interpolateX(minV, tr, tl);\n            } else {\n              rightbottom = interpolateX(maxV, br, tr);\n              bottomright = 1 - interpolateX(maxV, br, bl);\n              leftbottom = 1 - interpolateX(maxV, tl, bl);\n              lefttop = 1 - interpolateX(minV, tl, bl);\n              topleft = interpolateX(minV, tl, tr);\n              topright = interpolateX(maxV, tl, tr);\n            }\n            edges.push(isoBandEdgeRB[cval]);\n            edges.push(isoBandEdgeBR[cval]);\n            edges.push(isoBandEdgeLT[cval]);\n          }\n\n          else if(cval === 85){\n            righttop = 1;\n            rightbottom = 0;\n            bottomright = 1;\n            bottomleft = 0;\n            leftbottom = 0;\n            lefttop = 1;\n            topleft = 0;\n            topright = 1;\n          }\n\n          if(topleft < 0 || topleft > 1 || topright < 0 || topright > 1 || righttop < 0 || righttop > 1 || bottomright < 0 || bottomright > 1 || leftbottom < 0 || leftbottom > 1 || lefttop < 0 || lefttop > 1){\n            console.log(\"MarchingSquaresJS-isoBands: \" + cval + \" \" + cval_real + \" \" + tl + \",\" + tr + \",\" + br + \",\" + bl + \" \" + flipped + \" \" + topleft + \" \" + topright + \" \" + righttop + \" \" + rightbottom + \" \" + bottomright + \" \" + bottomleft + \" \" + leftbottom + \" \" + lefttop);\n          }\n\n          BandGrid.cells[j][i] = {\n                                    cval:         cval,\n                                    cval_real:    cval_real,\n                                    flipped:      flipped,\n                                    topleft:      topleft,\n                                    topright:     topright,\n                                    righttop:     righttop,\n                                    rightbottom:  rightbottom,\n                                    bottomright:  bottomright,\n                                    bottomleft:   bottomleft,\n                                    leftbottom:   leftbottom,\n                                    lefttop:      lefttop,\n                                    edges:        edges\n                                };\n        }\n      }\n    }\n\n    return BandGrid;\n  }\n\n  function BandGrid2AreaPaths(grid){\n    var areas = [];\n    var rows = grid.rows;\n    var cols = grid.cols;\n    var currentPolygon = [];\n\n    for(var j = 0; j < rows; j++){\n      for(var i = 0; i < cols; i++){\n        if((typeof grid.cells[j][i] !== 'undefined') && (grid.cells[j][i].edges.length > 0)){\n          /* trace back polygon path starting from this cell */\n\n          var cell = grid.cells[j][i];\n\n          /* get start coordinates */\n\n          var prev  = getStartXY(cell),\n              next  = null,\n              p     = i,\n              q     = j;\n\n          if(prev !== null){\n            currentPolygon.push([ prev.p[0] + p, prev.p[1] + q ]);\n            //console.log(cell);\n            //console.log(\"coords: \" + (prev.p[0] + p) + \" \" + (prev.p[1] + q));\n          }\n\n          do{\n            //console.log(p + \",\" + q);\n            //console.log(grid.cells[q][p]);\n            //console.log(grid.cells[q][p].edges);\n            //console.log(\"from : \" + prev.x + \" \" + prev.y + \" \" + prev.o);\n\n            next = getExitXY(grid.cells[q][p], prev.x, prev.y, prev.o);\n            if(next !== null){\n              //console.log(\"coords: \" + (next.p[0] + p) + \" \" + (next.p[1] + q));\n              currentPolygon.push([ next.p[0] + p, next.p[1] + q ]);\n              p += next.x;\n              q += next.y;\n              prev = next;\n            } else {\n              //console.log(\"getExitXY() returned null!\");\n              break;\n            }\n            //console.log(\"to : \" + next.x + \" \" + next.y + \" \" + next.o);\n            /* special case, where we've reached the grid boundaries */\n            if((q < 0) || (q >= rows) || (p < 0) || (p >= cols) || (typeof grid.cells[q][p] === 'undefined')){\n              /* to create a closed path, we need to trace our way\n                  arround the missing data, until we find an entry\n                  point again\n              */\n\n              /* set back coordinates of current cell */\n              p -= next.x;\n              q -= next.y;\n\n              //console.log(\"reached boundary at \" + p + \" \" + q);\n\n              var missing = traceOutOfGridPath(grid, p, q, next.x, next.y, next.o);\n              if(missing !== null){\n                missing.path.forEach(function(pp){\n                  //console.log(\"coords: \" + (pp[0]) + \" \" + (pp[1]));\n                  currentPolygon.push(pp);\n                });\n                p = missing.i;\n                q = missing.j;\n                prev = missing;\n              } else {\n                break;\n              }\n              //console.log(grid.cells[q][p]);\n            }\n          } while(    (typeof grid.cells[q][p] !== 'undefined')\n                   && (grid.cells[q][p].edges.length > 0));\n\n          areas.push(currentPolygon);\n          //console.log(\"next polygon\");\n          //console.log(currentPolygon);\n          currentPolygon = [];\n          if(grid.cells[j][i].edges.length > 0)\n            i--;\n        }\n      }\n    }\n    return areas;\n  }\n\n  function traceOutOfGridPath(grid, i, j, d_x, d_y, d_o){\n    var cell = grid.cells[j][i];\n    var cval = cell.cval_real;\n    var p = i + d_x,\n        q = j + d_y;\n    var path = [];\n    var closed = false;\n\n    while(!closed){\n      //console.log(\"processing cell \" + p + \",\" + q + \" \" + d_x + \" \" + d_y + \" \" + d_o);\n      if((typeof grid.cells[q] === 'undefined') || (typeof grid.cells[q][p] === 'undefined')){\n        //console.log(\"which is undefined\");\n        /* we can't move on, so we have to change direction to proceed further */\n\n        /* go back to previous cell */\n        q -= d_y;\n        p -= d_x;\n        cell = grid.cells[q][p];\n        cval = cell.cval_real;\n\n        /* check where we've left defined cells of the grid... */\n        if(d_y === -1){ /* we came from top */\n          if(d_o === 0){  /* exit left */\n            if(cval & Node3){ /* lower left node is within range, so we move left */\n              path.push([p, q]);\n              d_x = -1;\n              d_y = 0;\n              d_o = 0;\n            } else if(cval & Node2){ /* lower right node is within range, so we move right */\n              path.push([p + 1, q]);\n              d_x = 1;\n              d_y = 0;\n              d_o = 0;\n            } else { /* close the path */\n              path.push([p + cell.bottomright, q]);\n              d_x = 0;\n              d_y = 1;\n              d_o = 1;\n              closed = true;\n              break;\n            }\n          } else {\n            if(cval & Node3){\n              path.push([p, q]);\n              d_x = -1;\n              d_y = 0;\n              d_o = 0;\n            } else if(cval & Node2){\n              path.push([p + cell.bottomright, q]);\n              d_x = 0;\n              d_y = 1;\n              d_o = 1;\n              closed = true;\n              break;\n            } else {\n              path.push([p + cell.bottomleft, q]);\n              d_x = 0;\n              d_y = 1;\n              d_o = 0;\n              closed = true;\n              break;\n            }\n          }\n        } else if(d_y === 1){ /* we came from bottom */\n          //console.log(\"we came from bottom and hit a non-existing cell \" + (p + d_x) + \",\" + (q + d_y) + \"!\");\n          if(d_o === 0){ /* exit left */\n            if(cval & Node1){ /* top right node is within range, so we move right */\n              path.push([p+1,q+1]);\n              d_x = 1;\n              d_y = 0;\n              d_o = 1;\n            } else if(!(cval & Node0)){ /* found entry within same cell */\n              path.push([p + cell.topright, q + 1]);\n              d_x = 0;\n              d_y = -1;\n              d_o = 1;\n              closed = true;\n              //console.log(\"found entry from bottom at \" + p + \",\" + q);\n              break;\n            } else {\n              path.push([p + cell.topleft, q + 1]);\n              d_x = 0;\n              d_y = -1;\n              d_o = 0;\n              closed = true;\n              break;\n            }\n          } else {\n            if(cval & Node1){\n              path.push([p+1, q+1]);\n              d_x = 1;\n              d_y = 0;\n              d_o = 1;\n            } else { /* move right */\n              path.push([p+1, q+1]);\n              d_x = 1;\n              d_y = 0;\n              d_o = 1;\n              //console.log(\"wtf\");\n              //break;\n            }\n          }\n        } else if(d_x === -1){ /* we came from right */\n          //console.log(\"we came from right and hit a non-existing cell at \" + (p + d_x) + \",\" + (q + d_y) + \"!\");\n          if(d_o === 0){\n            //console.log(\"continue at bottom\");\n            if(cval & Node0){\n              path.push([p,q+1]);\n              d_x = 0;\n              d_y = 1;\n              d_o = 0;\n              //console.log(\"moving upwards to \" + (p + d_x) + \",\" + (q + d_y) + \"!\");\n            } else if(!(cval & Node3)){ /* there has to be an entry into the regular grid again! */\n              //console.log(\"exiting top\");\n              path.push([p, q + cell.lefttop]);\n              d_x = 1;\n              d_y = 0;\n              d_o = 1;\n              closed = true;\n              break;\n            } else {\n              //console.log(\"exiting bottom\");\n              path.push([p, q + cell.leftbottom]);\n              d_x = 1;\n              d_y = 0;\n              d_o = 0;\n              closed = true;\n              break;\n            }\n          } else {\n            //console.log(\"continue at top\");\n            if(cval & Node0){\n              path.push([p,q+1]);\n              d_x = 0;\n              d_y = 1;\n              d_o = 0;\n              //console.log(\"moving upwards to \" + (p + d_x) + \",\" + (q + d_y) + \"!\");\n            } else { /* */\n              console.log(\"MarchingSquaresJS-isoBands: wtf\");\n              break;\n            }\n          }\n        } else if(d_x === 1){ /* we came from left */\n          //console.log(\"we came from left and hit a non-existing cell \" + (p + d_x) + \",\" + (q + d_y) + \"!\");\n          if(d_o === 0){ /* exit bottom */\n            if(cval & Node2){\n              path.push([p+1,q]);\n              d_x = 0;\n              d_y = -1;\n              d_o = 1;\n            } else {\n              path.push([p+1,q+cell.rightbottom]);\n              d_x = -1;\n              d_y = 0;\n              d_o = 0;\n              closed = true;\n              break;\n            }\n          } else { /* exit top */\n            if(cval & Node2){\n              path.push([p+1,q]);\n              d_x = 0;\n              d_y = -1;\n              d_o = 1;\n            } else if(!(cval & Node1)){\n              path.push([p + 1, q + cell.rightbottom]);\n              d_x = -1;\n              d_y = 0;\n              d_o = 0;\n              closed = true;\n              break;\n            } else {\n              path.push([p+1,q+cell.righttop]);\n              d_x = -1;\n              d_y = 0;\n              d_o = 1;\n              break;\n            }\n          }\n        } else { /* we came from the same cell */\n          console.log(\"MarchingSquaresJS-isoBands: we came from nowhere!\");\n          break;\n        }\n\n      } else { /* try to find an entry into the regular grid again! */\n        cell = grid.cells[q][p];\n        cval = cell.cval_real;\n        //console.log(\"which is defined\");\n\n        if(d_x === -1){\n          if(d_o === 0){\n            /* try to go downwards */\n            if((typeof grid.cells[q - 1] !== 'undefined') && (typeof grid.cells[q - 1][p] !== 'undefined')){\n              d_x = 0;\n              d_y = -1;\n              d_o = 1;\n            } else if(cval & Node3){ /* proceed searching in x-direction */\n              //console.log(\"proceeding in x-direction!\");\n              path.push([p, q]);\n            } else { /* we must have found an entry into the regular grid */\n              path.push([p + cell.bottomright, q]);\n              d_x = 0;\n              d_y = 1;\n              d_o = 1;\n              closed = true;\n              //console.log(\"found entry from bottom at \" + p + \",\" + q);\n              break;\n            }\n          } else {\n            if(cval & Node0) { /* proceed searchin in x-direction */\n              console.log(\"MarchingSquaresJS-isoBands: proceeding in x-direction!\");\n            } else { /* we must have found an entry into the regular grid */\n              console.log(\"MarchingSquaresJS-isoBands: found entry from top at \" + p + \",\" + q);\n              break;\n            }\n          }\n        } else if(d_x === 1){\n          if(d_o === 0){\n            console.log(\"MarchingSquaresJS-isoBands: wtf\");\n            break;\n          } else {\n            /* try to go upwards */\n            if((typeof grid.cells[q+1] !== 'undefined') && (typeof grid.cells[q+1][p] !== 'undefined')){\n              d_x = 0;\n              d_y = 1;\n              d_o = 0;\n            } else if(cval & Node1){\n              path.push([p+1,q+1]);\n              d_x = 1;\n              d_y = 0;\n              d_o = 1;\n            } else { /* found an entry point into regular grid! */\n              path.push([p+cell.topleft, q + 1]);\n              d_x = 0;\n              d_y = -1;\n              d_o = 0;\n              closed = true;\n              //console.log(\"found entry from bottom at \" + p + \",\" + q);\n              break;\n            }\n          }\n        } else if(d_y === -1){\n          if(d_o === 1){\n            /* try to go right */\n            if(typeof grid.cells[q][p+1] !== 'undefined'){\n              d_x = 1;\n              d_y = 0;\n              d_o = 1;\n            } else if(cval & Node2){\n              path.push([p+1,q]);\n              d_x = 0;\n              d_y = -1;\n              d_o = 1;\n            } else { /* found entry into regular grid! */\n              path.push([p+1, q + cell.righttop]);\n              d_x = -1;\n              d_y = 0;\n              d_o = 1;\n              closed = true;\n              //console.log(\"found entry from top at \" + p + \",\" + q);\n              break;\n            }\n          } else {\n            console.log(\"MarchingSquaresJS-isoBands: wtf\");\n            break;\n          }\n        } else if(d_y === 1){\n          if(d_o === 0){\n            //console.log(\"we came from bottom left and proceed to the left\");\n            /* try to go left */\n            if(typeof grid.cells[q][p - 1] !== 'undefined'){\n              d_x = -1;\n              d_y = 0;\n              d_o = 0;\n            } else if(cval & Node0){\n              path.push([p,q+1]);\n              d_x = 0;\n              d_y = 1;\n              d_o = 0;\n            } else { /* found an entry point into regular grid! */\n              path.push([p, q + cell.leftbottom]);\n              d_x = 1;\n              d_y = 0;\n              d_o = 0;\n              closed = true;\n              //console.log(\"found entry from bottom at \" + p + \",\" + q);\n              break;\n            }\n          } else {\n            //console.log(\"we came from bottom right and proceed to the right\");\n            console.log(\"MarchingSquaresJS-isoBands: wtf\");\n            break;\n          }\n        } else {\n          console.log(\"MarchingSquaresJS-isoBands: where did we came from???\");\n          break;\n        }\n\n      }\n\n      p += d_x;\n      q += d_y;\n      //console.log(\"going on to  \" + p + \",\" + q + \" via \" + d_x + \" \" + d_y + \" \" + d_o);\n\n      if((p === i) && (q === j)){ /* bail out, once we've closed a circle path */\n        break;\n      }\n\n    }\n\n    //console.log(\"exit with \" + p + \",\" + q + \" \" + d_x + \" \" + d_y + \" \" + d_o);\n    return { path: path, i: p, j: q, x: d_x, y: d_y, o: d_o };\n  }\n\n  function deleteEdge(cell, edgeIdx){\n    delete cell.edges[edgeIdx];\n    for(var k = edgeIdx + 1; k < cell.edges.length; k++){\n      cell.edges[k-1] = cell.edges[k];\n    }\n    cell.edges.pop();\n  }\n\n  function getStartXY(cell){\n\n    if(cell.edges.length > 0){\n      var e = cell.edges[cell.edges.length - 1];\n      //console.log(\"starting with edge \" + e);\n      var cval = cell.cval_real;\n      switch(e){\n        case 0:   if(cval & Node1){ /* node 1 within range */\n                    return {p: [1, cell.righttop], x: -1, y: 0, o: 1};\n                  } else { /* node 1 below or above threshold */\n                    return {p: [cell.topleft, 1], x: 0, y: -1, o: 0};\n                  }\n        case 1:   if(cval & Node2){\n                    return {p: [cell.topleft, 1], x: 0, y: -1, o: 0};\n                  } else {\n                    return {p: [1, cell.rightbottom], x: -1, y: 0, o: 0};\n                  }\n        case 2:   if(cval & Node2){\n                    return {p: [cell.bottomright, 0], x: 0, y: 1, o: 1};\n                  } else {\n                    return {p: [cell.topleft, 1], x: 0, y: -1, o: 0};\n                  }\n        case 3:   if(cval & Node3){\n                    return {p: [cell.topleft, 1], x: 0, y: -1, o: 0};\n                  } else {\n                    return {p: [cell.bottomleft, 0], x: 0, y: 1, o: 0};\n                  }\n        case 4:   if(cval & Node1){\n                    return {p: [1, cell.righttop], x: -1, y: 0, o: 1};\n                  } else {\n                    return {p: [cell.topright, 1], x: 0, y: -1, o: 1};\n                  }\n        case 5:   if(cval & Node2){\n                    return {p: [cell.topright, 1], x: 0, y: -1, o: 1};\n                  } else {\n                    return {p: [1, cell.rightbottom], x: -1, y: 0, o: 0};\n                  }\n        case 6:   if(cval & Node2){\n                    return {p: [cell.bottomright, 0], x: 0, y: 1, o: 1};\n                  } else {\n                    return {p: [cell.topright, 1], x: 0, y: -1, o: 1};\n                  }\n        case 7:   if(cval & Node3){\n                    return {p: [cell.topright, 1], x: 0, y: -1, o: 1};\n                  } else {\n                    return {p: [cell.bottomleft, 0], x: 0, y: 1, o: 0};\n                  }\n        case 8:   if(cval & Node2){\n                    return {p: [cell.bottomright, 0], x: 0, y: 1, o: 1};\n                  } else {\n                    return {p: [1, cell.righttop], x: -1, y: 0, o: 1};\n                  }\n        case 9:   if(cval & Node3){\n                    return {p: [1, cell.righttop], x: -1, y: 0, o: 1};\n                  } else {\n                    return {p: [cell.bottomleft, 0], x: 0, y: 1, o: 0};\n                  }\n        case 10:  if(cval & Node3){\n                    return {p: [0, cell.leftbottom], x: 1, y: 0, o: 0};\n                  } else {\n                    return {p: [1, cell.righttop], x: -1, y: 0, o: 1};\n                  }\n        case 11:  if(cval & Node0){\n                    return {p: [1, cell.righttop], x: -1, y: 0, o: 1};\n                  } else {\n                    return {p: [0, cell.lefttop], x: 1, y: 0, o: 1};\n                  }\n        case 12:  if(cval & Node2){\n                    return {p: [cell.bottomright, 0], x: 0, y: 1, o: 1};\n                  } else {\n                    return {p: [1, cell.rightbottom], x: -1, y: 0, o: 0};\n                  }\n        case 13:  if(cval & Node3){\n                    return {p: [1, cell.rightbottom], x: -1, y: 0, o: 0};\n                  } else {\n                    return {p: [cell.bottomleft, 0], x: 0, y: 1, o: 0};\n                  }\n        case 14:  if(cval & Node3){\n                    return {p: [0, cell.leftbottom], x: 1, y: 0, o: 0};\n                  } else {\n                    return {p: [1, cell.rightbottom], x: -1, y: 0, o: 0};\n                  }\n        case 15:  if(cval & Node0){\n                    return {p: [1, cell.rightbottom], x: -1, y: 0, o: 0};\n                  } else {\n                    return {p: [0, cell.lefttop], x: 1, y: 0, o: 1};\n                  }\n        case 16:  if(cval & Node2){\n                    return {p: [cell.bottomright, 0], x: 0, y: 1, o: 1};\n                  } else {\n                    return {p: [0, cell.leftbottom], x: 1, y: 0, o: 0};\n                  }\n        case 17:  if(cval & Node0){\n                    return {p: [cell.bottomright, 0], x: 0, y: 1, o: 1};\n                  } else {\n                    return {p: [0, cell.lefttop], x: 1, y: 0, o: 1};\n                  }\n        case 18:  if(cval & Node3){\n                    return {p: [0, cell.leftbottom], x: 1, y: 0, o: 0};\n                  } else {\n                    return {p: [cell.bottomleft, 0], x: 0, y: 1, o: 0};\n                  }\n        case 19:  if(cval & Node0){\n                    return {p: [cell.bottomleft, 0], x: 0, y: 1, o: 0};\n                  } else {\n                    return {p: [0, cell.lefttop], x: 1, y: 0, o: 1};\n                  }\n        case 20:  if(cval & Node0){\n                    return {p: [cell.topleft, 1], x: 0, y: -1, o: 0};\n                  } else {\n                    return {p: [0, cell.leftbottom], x: 1, y: 0, o: 0};\n                  }\n        case 21:  if(cval & Node1){\n                    return {p: [0, cell.leftbottom], x: 1, y: 0, o: 0};\n                  } else {\n                    return {p: [cell.topright, 1], x: 0, y: -1, o: 1};\n                  }\n        case 22:  if(cval & Node0){\n                    return {p: [cell.topleft, 1], x: 0, y: -1, o: 0};\n                  } else {\n                    return {p: [0, cell.lefttop], x: 1, y: 0, o: 1};\n                  }\n        case 23:  if(cval & Node1){\n                    return {p: [0, cell.lefttop], x: 1, y: 0, o: 1};\n                  } else {\n                    return {p: [cell.topright, 1], x: 0, y: -1, o: 1};\n                  }\n        default:  console.log(\"MarchingSquaresJS-isoBands: edge index out of range!\");\n                  console.log(cell);\n                  break;\n      }\n    }\n\n    return null;\n  }\n\n  function getExitXY(cell, x, y, o){\n\n    var e, id_x, d_x, d_y, cval = cell.cval;\n    var d_o;\n\n    switch(x){\n      case -1:  switch(o){\n                  case 0:   e = isoBandEdgeRB[cval];\n                            d_x = isoBandNextXRB[cval];\n                            d_y = isoBandNextYRB[cval];\n                            d_o = isoBandNextORB[cval];\n                            break;\n                  default:  e = isoBandEdgeRT[cval];\n                            d_x = isoBandNextXRT[cval];\n                            d_y = isoBandNextYRT[cval];\n                            d_o = isoBandNextORT[cval];\n                            break;\n                }\n                break;\n      case 1:   switch(o){\n                  case 0:   e = isoBandEdgeLB[cval];\n                            d_x = isoBandNextXLB[cval];\n                            d_y = isoBandNextYLB[cval];\n                            d_o = isoBandNextOLB[cval];\n                            break;\n                  default:  e = isoBandEdgeLT[cval];\n                            d_x = isoBandNextXLT[cval];\n                            d_y = isoBandNextYLT[cval];\n                            d_o = isoBandNextOLT[cval];\n                            break;\n                }\n                break;\n      default:  switch(y){\n                  case -1:  switch(o){\n                              case 0:   e = isoBandEdgeTL[cval];\n                                        d_x = isoBandNextXTL[cval];\n                                        d_y = isoBandNextYTL[cval];\n                                        d_o = isoBandNextOTL[cval];\n                                        break;\n                              default:  e = isoBandEdgeTR[cval];\n                                        d_x = isoBandNextXTR[cval];\n                                        d_y = isoBandNextYTR[cval];\n                                        d_o = isoBandNextOTR[cval];\n                                        break;\n                            }\n                            break;\n                  case 1:   switch(o){\n                              case 0:   e = isoBandEdgeBL[cval];\n                                        d_x = isoBandNextXBL[cval];\n                                        d_y = isoBandNextYBL[cval];\n                                        d_o = isoBandNextOBL[cval];\n                                        break;\n                              default:  e = isoBandEdgeBR[cval];\n                                        d_x = isoBandNextXBR[cval];\n                                        d_y = isoBandNextYBR[cval];\n                                        d_o = isoBandNextOBR[cval];\n                                        break;\n                            }\n                            break;\n                  default:  break;\n                }\n                break;\n    }\n\n    id_x = cell.edges.indexOf(e);\n    if(typeof cell.edges[id_x] !== 'undefined'){\n      deleteEdge(cell, id_x);\n    } else {\n      //console.log(\"wrong edges...\");\n      //console.log(x + \" \" + y + \" \" + o);\n      //console.log(cell);\n      return null;\n    }\n\n    cval = cell.cval_real;\n\n    switch(e){\n        case 0:   if(cval & Node1){ /* node 1 within range */\n                    x = cell.topleft;\n                    y = 1;\n                  } else { /* node 1 below or above threshold */\n                    x = 1;\n                    y = cell.righttop;\n                  }\n                  break;\n        case 1:   if(cval & Node2){\n                    x = 1;\n                    y = cell.rightbottom;\n                  } else {\n                    x = cell.topleft;\n                    y = 1;\n                  }\n                  break;\n        case 2:   if(cval & Node2){\n                    x = cell.topleft;\n                    y = 1;\n                  } else {\n                    x = cell.bottomright;\n                    y = 0;\n                  }\n                  break;\n        case 3:   if(cval & Node3){\n                    x = cell.bottomleft;\n                    y = 0;\n                  } else {\n                    x = cell.topleft;\n                    y = 1;\n                  }\n                  break;\n        case 4:   if(cval & Node1){\n                    x = cell.topright;\n                    y = 1;\n                  } else {\n                    x = 1;\n                    y = cell.righttop;\n                  }\n                  break;\n        case 5:   if(cval & Node2){\n                    x = 1;\n                    y = cell.rightbottom;\n                  } else {\n                    x = cell.topright;\n                    y = 1;\n                  }\n                  break;\n        case 6:   if(cval & Node2){\n                    x = cell.topright;\n                    y = 1;\n                  } else {\n                    x = cell.bottomright;\n                    y = 0;\n                  }\n                  break;\n        case 7:   if(cval & Node3){\n                    x = cell.bottomleft;\n                    y = 0;\n                  } else {\n                    x = cell.topright;\n                    y = 1;\n                  }\n                  break;\n        case 8:   if(cval & Node2){\n                    x = 1;\n                    y = cell.righttop;\n                  } else {\n                    x = cell.bottomright;\n                    y = 0;\n                  }\n                  break;\n        case 9:   if(cval & Node3){\n                    x = cell.bottomleft;\n                    y = 0;\n                  } else {\n                    x = 1;\n                    y = cell.righttop;\n                  }\n                  break;\n        case 10:  if(cval & Node3){\n                    x = 1;\n                    y = cell.righttop;\n                  } else {\n                    x = 0;\n                    y = cell.leftbottom;\n                  }\n                  break;\n        case 11:  if(cval & Node0){\n                    x = 0;\n                    y = cell.lefttop;\n                  } else {\n                    x = 1;\n                    y = cell.righttop;\n                  }\n                  break;\n        case 12:  if(cval & Node2){\n                    x = 1;\n                    y = cell.rightbottom;\n                  } else {\n                    x = cell.bottomright;\n                    y = 0;\n                  }\n                  break;\n        case 13:  if(cval & Node3){\n                    x = cell.bottomleft;\n                    y = 0;\n                  } else {\n                    x = 1;\n                    y = cell.rightbottom;\n                  }\n                  break;\n        case 14:  if(cval & Node3){\n                    x = 1;\n                    y = cell.rightbottom;\n                  } else {\n                    x = 0;\n                    y = cell.leftbottom;\n                  }\n                  break;\n        case 15:  if(cval & Node0){\n                    x = 0;\n                    y = cell.lefttop;\n                  } else {\n                    x = 1;\n                    y = cell.rightbottom;\n                  }\n                  break;\n        case 16:  if(cval & Node2){\n                    x = 0;\n                    y = cell.leftbottom;\n                  } else {\n                    x = cell.bottomright;\n                    y = 0;\n                  }\n                  break;\n        case 17:  if(cval & Node0){\n                    x = 0;\n                    y = cell.lefttop;\n                  } else {\n                    x = cell.bottomright;\n                    y = 0;\n                  }\n                  break;\n        case 18:  if(cval & Node3){\n                    x = cell.bottomleft;\n                    y = 0;\n                  } else {\n                    x = 0;\n                    y = cell.leftbottom;\n                  }\n                  break;\n        case 19:  if(cval & Node0){\n                    x = 0;\n                    y = cell.lefttop;\n                  } else {\n                    x = cell.bottomleft;\n                    y = 0;\n                  }\n                  break;\n        case 20:  if(cval & Node0){\n                    x = 0;\n                    y = cell.leftbottom;\n                  } else {\n                    x = cell.topleft;\n                    y = 1;\n                  }\n                  break;\n        case 21:  if(cval & Node1){\n                    x = cell.topright;\n                    y = 1;\n                  } else {\n                    x = 0;\n                    y = cell.leftbottom;\n                  }\n                  break;\n        case 22:  if(cval & Node0){\n                    x = 0;\n                    y = cell.lefttop;\n                  } else {\n                    x = cell.topleft;\n                    y = 1;\n                  }\n                  break;\n        case 23:  if(cval & Node1){\n                    x = cell.topright;\n                    y = 1;\n                  } else {\n                    x = 0;\n                    y = cell.lefttop;\n                  }\n                  break;\n        default:  console.log(\"MarchingSquaresJS-isoBands: edge index out of range!\");\n                  console.log(cell);\n                  return null;\n    }\n\n    if((typeof x === 'undefined') || (typeof y === 'undefined') ||\n        (typeof d_x === 'undefined') || (typeof d_y === 'undefined') ||\n        (typeof d_o === 'undefined')){\n      console.log(\"MarchingSquaresJS-isoBands: undefined value!\");\n      console.log(cell);\n      console.log(x + \" \" + y + \" \" + d_x + \" \" + d_y + \" \" + d_o);\n    }\n    return {p: [x, y], x: d_x, y: d_y, o: d_o};\n  }\n\n  function BandGrid2Areas(grid){\n    var areas = [];\n    var area_idx = 0;\n\n    grid.cells.forEach(function(g, j){\n      g.forEach(function(gg, i){\n        if(typeof gg !== 'undefined'){\n          var a = polygon_table[gg.cval](gg);\n          if((typeof a === 'object') && isArray(a)){\n            if((typeof a[0] === 'object') && isArray(a[0])){\n              if((typeof a[0][0] === 'object') && isArray(a[0][0])){\n                a.forEach(function(aa){\n                  aa.forEach(function(aaa){\n                    aaa[0] += i;\n                    aaa[1] += j;\n                  });\n                  areas[area_idx++] = aa;\n                });\n              } else {\n                a.forEach(function(aa){\n                  aa[0] += i;\n                  aa[1] += j;\n                });\n                areas[area_idx++] = a;\n              }\n            } else {\n              console.log(\"MarchingSquaresJS-isoBands: bandcell polygon with malformed coordinates\");\n            }\n          } else {\n            console.log(\"MarchingSquaresJS-isoBands: bandcell polygon with null coordinates\");\n          }\n        }\n      });\n    });\n\n    return areas;\n  }\n\n  return isoBands;\n\n}));\n","var polygon = require('@turf/helpers').polygon;\nvar earcut = require('earcut');\n\n\n/**\n * Tesselates a {@link Feature<Polygon>} into a {@link FeatureCollection<Polygon>} of triangles\n * using [earcut](https://github.com/mapbox/earcut).\n *\n * @name tesselate\n * @param {Feature<Polygon>} poly the polygon to tesselate\n * @returns {FeatureCollection<Polygon>} a geometrycollection feature\n * @example\n * var poly = turf.polygon([[[11, 0], [22, 4], [31, 0], [31, 11], [21, 15], [11, 11], [11, 0]]]);\n * var triangles = turf.tesselate(poly);\n *\n * //addToMap\n * var addToMap = [poly, triangles]\n */\nmodule.exports = function (poly) {\n    if (!poly.geometry || (poly.geometry.type !== 'Polygon' && poly.geometry.type !== 'MultiPolygon')) {\n        throw new Error('input must be a Polygon or MultiPolygon');\n    }\n\n    var fc = {type: 'FeatureCollection', features: []};\n\n    if (poly.geometry.type === 'Polygon') {\n        fc.features = processPolygon(poly.geometry.coordinates);\n    } else {\n        poly.geometry.coordinates.forEach(function (coordinates) {\n            fc.features = fc.features.concat(processPolygon(coordinates));\n        });\n    }\n\n    return fc;\n};\n\nfunction processPolygon(coordinates) {\n    var data = flattenCoords(coordinates);\n    var dim = 2;\n    var result = earcut(data.vertices, data.holes, dim);\n\n    var features = [];\n    var vertices = [];\n\n    result.forEach(function (vert, i) {\n        var index = result[i];\n        vertices.push([data.vertices[index * dim], data.vertices[index * dim + 1]]);\n    });\n\n    for (var i = 0; i < vertices.length; i += 3) {\n        var coords = vertices.slice(i, i + 3);\n        coords.push(vertices[i]);\n        features.push(polygon([coords]));\n    }\n\n    return features;\n}\n\nfunction flattenCoords(data) {\n    var dim = data[0][0].length,\n        result = {vertices: [], holes: [], dimensions: dim},\n        holeIndex = 0;\n\n    for (var i = 0; i < data.length; i++) {\n        for (var j = 0; j < data[i].length; j++) {\n            for (var d = 0; d < dim; d++) result.vertices.push(data[i][j][d]);\n        }\n        if (i > 0) {\n            holeIndex += data[i - 1].length;\n            result.holes.push(holeIndex);\n        }\n    }\n\n    return result;\n}\n","var render = function () {var _vm=this;var _h=_vm.$createElement;var _c=_vm._self._c||_h;return _c('button',{ref:\"button\",staticClass:\"btn btn-default\",class:{active: _vm.active},attrs:{\"title\":_vm.title,\"disabled\":_vm.disabled},on:{\"click\":_vm.onClick}},[_vm._t(\"default\")],2)}\nvar staticRenderFns = []\n\nexport { render, staticRenderFns }","<template lang=\"html\">\r\n  <button\r\n    ref=\"button\" :title=\"title\"\r\n    class=\"btn btn-default\"\r\n    :class=\"{active}\" :disabled=\"disabled\"\r\n    @click=\"onClick\"\r\n  >\r\n    <slot />\r\n  </button>\r\n</template>\r\n\r\n<script>\r\n/// wrap inside a button-group or don't\r\nexport default {\r\n  model: {\r\n    prop: 'toggleValue'\r\n  },\r\n  props: {\r\n    toggleValue: {},\r\n    value: {},\r\n    required: Boolean,\r\n    disabled: Boolean,\r\n    title: String\r\n  },\r\n  computed: {\r\n    active () {\r\n      if (this.toggleValue instanceof Array) {\r\n        return this.toggleValue.includes(this.value)\r\n      } else {\r\n        return this.toggleValue === this.value\r\n      }\r\n    }\r\n  },\r\n  methods: {\r\n    onClick () {\r\n      if (this.toggleValue instanceof Array) {\r\n        if (!this.active) {\r\n          this.$emit('input', this.toggleValue.concat([this.value]))\r\n        } else if (!(this.required && this.toggleValue.length === 1)) {\r\n          this.$emit('input', this.toggleValue.filter(x => x !== this.value))\r\n        }\r\n      } else {\r\n        if (!this.required && this.active) {\r\n          this.$emit('input', null)\r\n        } else {\r\n          this.$emit('input', this.value)\r\n        }\r\n      }\r\n      this.$refs.button.blur()\r\n    }\r\n  }\r\n}\r\n</script>\r\n\r\n<style lang=\"css\">\r\n.btn {\r\n  /* padding-top: 4px; */\r\n}\r\n</style>\r\n","import mod from \"-!../../../../node_modules/cache-loader/dist/cjs.js??ref--12-0!../../../../node_modules/thread-loader/dist/cjs.js!../../../../node_modules/babel-loader/lib/index.js!../../../../node_modules/cache-loader/dist/cjs.js??ref--0-0!../../../../node_modules/vue-loader/lib/index.js??vue-loader-options!./ToggleButton.vue?vue&type=script&lang=js&\"; export default mod; export * from \"-!../../../../node_modules/cache-loader/dist/cjs.js??ref--12-0!../../../../node_modules/thread-loader/dist/cjs.js!../../../../node_modules/babel-loader/lib/index.js!../../../../node_modules/cache-loader/dist/cjs.js??ref--0-0!../../../../node_modules/vue-loader/lib/index.js??vue-loader-options!./ToggleButton.vue?vue&type=script&lang=js&\"","import { render, staticRenderFns } from \"./ToggleButton.vue?vue&type=template&id=73ce89ea&lang=html&\"\nimport script from \"./ToggleButton.vue?vue&type=script&lang=js&\"\nexport * from \"./ToggleButton.vue?vue&type=script&lang=js&\"\nimport style0 from \"./ToggleButton.vue?vue&type=style&index=0&lang=css&\"\n\n\n/* normalize component */\nimport normalizer from \"!../../../../node_modules/vue-loader/lib/runtime/componentNormalizer.js\"\nvar component = normalizer(\n  script,\n  render,\n  staticRenderFns,\n  false,\n  null,\n  null,\n  null\n  \n)\n\nexport default component.exports","var meta = require('@turf/meta');\nvar rbush = require('geojson-rbush');\nvar helpers = require('@turf/helpers');\nvar getCoords = require('@turf/invariant').getCoords;\nvar lineSegment = require('@turf/line-segment');\nvar point = helpers.point;\nvar featureEach = meta.featureEach;\nvar featureCollection = helpers.featureCollection;\n\n/**\n * Takes any LineString or Polygon GeoJSON and returns the intersecting point(s).\n *\n * @name lineIntersect\n * @param {Geometry|FeatureCollection|Feature<LineString|MultiLineString|Polygon|MultiPolygon>} line1 any LineString or Polygon\n * @param {Geometry|FeatureCollection|Feature<LineString|MultiLineString|Polygon|MultiPolygon>} line2 any LineString or Polygon\n * @returns {FeatureCollection<Point>} point(s) that intersect both\n * @example\n * var line1 = turf.lineString([[126, -11], [129, -21]]);\n * var line2 = turf.lineString([[123, -18], [131, -14]]);\n * var intersects = turf.lineIntersect(line1, line2);\n *\n * //addToMap\n * var addToMap = [line1, line2, intersects]\n */\nmodule.exports = function (line1, line2) {\n    var unique = {};\n    var results = [];\n\n    // First, normalize geometries to features\n    // Then, handle simple 2-vertex segments\n    if (line1.type === 'LineString') line1 = helpers.feature(line1);\n    if (line2.type === 'LineString') line2 = helpers.feature(line2);\n    if (line1.type === 'Feature' &&\n        line2.type === 'Feature' &&\n        line1.geometry.type === 'LineString' &&\n        line2.geometry.type === 'LineString' &&\n        line1.geometry.coordinates.length === 2 &&\n        line2.geometry.coordinates.length === 2) {\n        var intersect = intersects(line1, line2);\n        if (intersect) results.push(intersect);\n        return featureCollection(results);\n    }\n\n    // Handles complex GeoJSON Geometries\n    var tree = rbush();\n    tree.load(lineSegment(line2));\n    featureEach(lineSegment(line1), function (segment) {\n        featureEach(tree.search(segment), function (match) {\n            var intersect = intersects(segment, match);\n            if (intersect) {\n                // prevent duplicate points https://github.com/Turfjs/turf/issues/688\n                var key = getCoords(intersect).join(',');\n                if (!unique[key]) {\n                    unique[key] = true;\n                    results.push(intersect);\n                }\n            }\n        });\n    });\n    return featureCollection(results);\n};\n\n/**\n * Find a point that intersects LineStrings with two coordinates each\n *\n * @private\n * @param {Feature<LineString>} line1 GeoJSON LineString (Must only contain 2 coordinates)\n * @param {Feature<LineString>} line2 GeoJSON LineString (Must only contain 2 coordinates)\n * @returns {Feature<Point>} intersecting GeoJSON Point\n */\nfunction intersects(line1, line2) {\n    var coords1 = getCoords(line1);\n    var coords2 = getCoords(line2);\n    if (coords1.length !== 2) {\n        throw new Error('<intersects> line1 must only contain 2 coordinates');\n    }\n    if (coords2.length !== 2) {\n        throw new Error('<intersects> line2 must only contain 2 coordinates');\n    }\n    var x1 = coords1[0][0];\n    var y1 = coords1[0][1];\n    var x2 = coords1[1][0];\n    var y2 = coords1[1][1];\n    var x3 = coords2[0][0];\n    var y3 = coords2[0][1];\n    var x4 = coords2[1][0];\n    var y4 = coords2[1][1];\n    var denom = ((y4 - y3) * (x2 - x1)) - ((x4 - x3) * (y2 - y1));\n    var numeA = ((x4 - x3) * (y1 - y3)) - ((y4 - y3) * (x1 - x3));\n    var numeB = ((x2 - x1) * (y1 - y3)) - ((y2 - y1) * (x1 - x3));\n\n    if (denom === 0) {\n        if (numeA === 0 && numeB === 0) {\n            return null;\n        }\n        return null;\n    }\n\n    var uA = numeA / denom;\n    var uB = numeB / denom;\n\n    if (uA >= 0 && uA <= 1 && uB >= 0 && uB <= 1) {\n        var x = x1 + (uA * (x2 - x1));\n        var y = y1 + (uA * (y2 - y1));\n        return point([x, y]);\n    }\n    return null;\n}\n","import mod from \"-!../../../../../node_modules/mini-css-extract-plugin/dist/loader.js??ref--8-oneOf-1-0!../../../../../node_modules/css-loader/index.js??ref--8-oneOf-1-1!../../../../../node_modules/vue-loader/lib/loaders/stylePostLoader.js!../../../../../node_modules/postcss-loader/src/index.js??ref--8-oneOf-1-2!../../../../../node_modules/sass-loader/lib/loader.js??ref--8-oneOf-1-3!../../../../../node_modules/cache-loader/dist/cjs.js??ref--0-0!../../../../../node_modules/vue-loader/lib/index.js??vue-loader-options!./SimpleTableSortingButton.vue?vue&type=style&index=0&id=6c9a549e&lang=scss&scoped=true&\"; export default mod; export * from \"-!../../../../../node_modules/mini-css-extract-plugin/dist/loader.js??ref--8-oneOf-1-0!../../../../../node_modules/css-loader/index.js??ref--8-oneOf-1-1!../../../../../node_modules/vue-loader/lib/loaders/stylePostLoader.js!../../../../../node_modules/postcss-loader/src/index.js??ref--8-oneOf-1-2!../../../../../node_modules/sass-loader/lib/loader.js??ref--8-oneOf-1-3!../../../../../node_modules/cache-loader/dist/cjs.js??ref--0-0!../../../../../node_modules/vue-loader/lib/index.js??vue-loader-options!./SimpleTableSortingButton.vue?vue&type=style&index=0&id=6c9a549e&lang=scss&scoped=true&\"","/**\n * Unwrap a coordinate from a Point Feature, Geometry or a single coordinate.\n *\n * @param {Array<any>|Geometry|Feature<Point>} obj any value\n * @returns {Array<number>} coordinates\n */\nfunction getCoord(obj) {\n    if (!obj) throw new Error('No obj passed');\n\n    var coordinates = getCoords(obj);\n\n    // getCoord() must contain at least two numbers (Point)\n    if (coordinates.length > 1 &&\n        typeof coordinates[0] === 'number' &&\n        typeof coordinates[1] === 'number') {\n        return coordinates;\n    } else {\n        throw new Error('Coordinate is not a valid Point');\n    }\n}\n\n/**\n * Unwrap coordinates from a Feature, Geometry Object or an Array of numbers\n *\n * @param {Array<any>|Geometry|Feature<any>} obj any value\n * @returns {Array<any>} coordinates\n */\nfunction getCoords(obj) {\n    if (!obj) throw new Error('No obj passed');\n    var coordinates;\n\n    // Array of numbers\n    if (obj.length) {\n        coordinates = obj;\n\n    // Geometry Object\n    } else if (obj.coordinates) {\n        coordinates = obj.coordinates;\n\n    // Feature\n    } else if (obj.geometry && obj.geometry.coordinates) {\n        coordinates = obj.geometry.coordinates;\n    }\n    // Checks if coordinates contains a number\n    if (coordinates) {\n        containsNumber(coordinates);\n        return coordinates;\n    }\n    throw new Error('No valid coordinates');\n}\n\n/**\n * Checks if coordinates contains a number\n *\n * @private\n * @param {Array<any>} coordinates GeoJSON Coordinates\n * @returns {boolean} true if Array contains a number\n */\nfunction containsNumber(coordinates) {\n    if (coordinates.length > 1 &&\n        typeof coordinates[0] === 'number' &&\n        typeof coordinates[1] === 'number') {\n        return true;\n    }\n    if (coordinates[0].length) {\n        return containsNumber(coordinates[0]);\n    }\n    throw new Error('coordinates must only contain numbers');\n}\n\n/**\n * Enforce expectations about types of GeoJSON objects for Turf.\n *\n * @alias geojsonType\n * @param {GeoJSON} value any GeoJSON object\n * @param {string} type expected GeoJSON type\n * @param {string} name name of calling function\n * @throws {Error} if value is not the expected type.\n */\nfunction geojsonType(value, type, name) {\n    if (!type || !name) throw new Error('type and name required');\n\n    if (!value || value.type !== type) {\n        throw new Error('Invalid input to ' + name + ': must be a ' + type + ', given ' + value.type);\n    }\n}\n\n/**\n * Enforce expectations about types of {@link Feature} inputs for Turf.\n * Internally this uses {@link geojsonType} to judge geometry types.\n *\n * @alias featureOf\n * @param {Feature} feature a feature with an expected geometry type\n * @param {string} type expected GeoJSON type\n * @param {string} name name of calling function\n * @throws {Error} error if value is not the expected type.\n */\nfunction featureOf(feature, type, name) {\n    if (!feature) throw new Error('No feature passed');\n    if (!name) throw new Error('.featureOf() requires a name');\n    if (!feature || feature.type !== 'Feature' || !feature.geometry) {\n        throw new Error('Invalid input to ' + name + ', Feature with geometry required');\n    }\n    if (!feature.geometry || feature.geometry.type !== type) {\n        throw new Error('Invalid input to ' + name + ': must be a ' + type + ', given ' + feature.geometry.type);\n    }\n}\n\n/**\n * Enforce expectations about types of {@link FeatureCollection} inputs for Turf.\n * Internally this uses {@link geojsonType} to judge geometry types.\n *\n * @alias collectionOf\n * @param {FeatureCollection} featureCollection a FeatureCollection for which features will be judged\n * @param {string} type expected GeoJSON type\n * @param {string} name name of calling function\n * @throws {Error} if value is not the expected type.\n */\nfunction collectionOf(featureCollection, type, name) {\n    if (!featureCollection) throw new Error('No featureCollection passed');\n    if (!name) throw new Error('.collectionOf() requires a name');\n    if (!featureCollection || featureCollection.type !== 'FeatureCollection') {\n        throw new Error('Invalid input to ' + name + ', FeatureCollection required');\n    }\n    for (var i = 0; i < featureCollection.features.length; i++) {\n        var feature = featureCollection.features[i];\n        if (!feature || feature.type !== 'Feature' || !feature.geometry) {\n            throw new Error('Invalid input to ' + name + ', Feature with geometry required');\n        }\n        if (!feature.geometry || feature.geometry.type !== type) {\n            throw new Error('Invalid input to ' + name + ': must be a ' + type + ', given ' + feature.geometry.type);\n        }\n    }\n}\n\nmodule.exports.geojsonType = geojsonType;\nmodule.exports.collectionOf = collectionOf;\nmodule.exports.featureOf = featureOf;\nmodule.exports.getCoord = getCoord;\nmodule.exports.getCoords = getCoords;\n","/**\n * Wraps a GeoJSON {@link Geometry} in a GeoJSON {@link Feature}.\n *\n * @name feature\n * @param {Geometry} geometry input geometry\n * @param {Object} properties properties\n * @returns {FeatureCollection} a FeatureCollection of input features\n * @example\n * var geometry = {\n *      \"type\": \"Point\",\n *      \"coordinates\": [\n *        67.5,\n *        32.84267363195431\n *      ]\n *    }\n *\n * var feature = turf.feature(geometry);\n *\n * //=feature\n */\nfunction feature(geometry, properties) {\n    if (!geometry) throw new Error('No geometry passed');\n\n    return {\n        type: 'Feature',\n        properties: properties || {},\n        geometry: geometry\n    };\n}\nmodule.exports.feature = feature;\n\n/**\n * Takes coordinates and properties (optional) and returns a new {@link Point} feature.\n *\n * @name point\n * @param {Array<number>} coordinates longitude, latitude position (each in decimal degrees)\n * @param {Object=} properties an Object that is used as the {@link Feature}'s\n * properties\n * @returns {Feature<Point>} a Point feature\n * @example\n * var pt1 = turf.point([-75.343, 39.984]);\n *\n * //=pt1\n */\nmodule.exports.point = function (coordinates, properties) {\n    if (!coordinates) throw new Error('No coordinates passed');\n    if (coordinates.length === undefined) throw new Error('Coordinates must be an array');\n    if (coordinates.length < 2) throw new Error('Coordinates must be at least 2 numbers long');\n    if (typeof coordinates[0] !== 'number' || typeof coordinates[1] !== 'number') throw new Error('Coordinates must numbers');\n\n    return feature({\n        type: 'Point',\n        coordinates: coordinates\n    }, properties);\n};\n\n/**\n * Takes an array of LinearRings and optionally an {@link Object} with properties and returns a {@link Polygon} feature.\n *\n * @name polygon\n * @param {Array<Array<Array<number>>>} coordinates an array of LinearRings\n * @param {Object=} properties a properties object\n * @returns {Feature<Polygon>} a Polygon feature\n * @throws {Error} throw an error if a LinearRing of the polygon has too few positions\n * or if a LinearRing of the Polygon does not have matching Positions at the\n * beginning & end.\n * @example\n * var polygon = turf.polygon([[\n *  [-2.275543, 53.464547],\n *  [-2.275543, 53.489271],\n *  [-2.215118, 53.489271],\n *  [-2.215118, 53.464547],\n *  [-2.275543, 53.464547]\n * ]], { name: 'poly1', population: 400});\n *\n * //=polygon\n */\nmodule.exports.polygon = function (coordinates, properties) {\n    if (!coordinates) throw new Error('No coordinates passed');\n\n    for (var i = 0; i < coordinates.length; i++) {\n        var ring = coordinates[i];\n        if (ring.length < 4) {\n            throw new Error('Each LinearRing of a Polygon must have 4 or more Positions.');\n        }\n        for (var j = 0; j < ring[ring.length - 1].length; j++) {\n            if (ring[ring.length - 1][j] !== ring[0][j]) {\n                throw new Error('First and last Position are not equivalent.');\n            }\n        }\n    }\n\n    return feature({\n        type: 'Polygon',\n        coordinates: coordinates\n    }, properties);\n};\n\n/**\n * Creates a {@link LineString} based on a\n * coordinate array. Properties can be added optionally.\n *\n * @name lineString\n * @param {Array<Array<number>>} coordinates an array of Positions\n * @param {Object=} properties an Object of key-value pairs to add as properties\n * @returns {Feature<LineString>} a LineString feature\n * @throws {Error} if no coordinates are passed\n * @example\n * var linestring1 = turf.lineString([\n *   [-21.964416, 64.148203],\n *   [-21.956176, 64.141316],\n *   [-21.93901, 64.135924],\n *   [-21.927337, 64.136673]\n * ]);\n * var linestring2 = turf.lineString([\n *   [-21.929054, 64.127985],\n *   [-21.912918, 64.134726],\n *   [-21.916007, 64.141016],\n *   [-21.930084, 64.14446]\n * ], {name: 'line 1', distance: 145});\n *\n * //=linestring1\n *\n * //=linestring2\n */\nmodule.exports.lineString = function (coordinates, properties) {\n    if (!coordinates) throw new Error('No coordinates passed');\n\n    return feature({\n        type: 'LineString',\n        coordinates: coordinates\n    }, properties);\n};\n\n/**\n * Takes one or more {@link Feature|Features} and creates a {@link FeatureCollection}.\n *\n * @name featureCollection\n * @param {Feature[]} features input features\n * @returns {FeatureCollection} a FeatureCollection of input features\n * @example\n * var features = [\n *  turf.point([-75.343, 39.984], {name: 'Location A'}),\n *  turf.point([-75.833, 39.284], {name: 'Location B'}),\n *  turf.point([-75.534, 39.123], {name: 'Location C'})\n * ];\n *\n * var fc = turf.featureCollection(features);\n *\n * //=fc\n */\nmodule.exports.featureCollection = function (features) {\n    if (!features) throw new Error('No features passed');\n\n    return {\n        type: 'FeatureCollection',\n        features: features\n    };\n};\n\n/**\n * Creates a {@link Feature<MultiLineString>} based on a\n * coordinate array. Properties can be added optionally.\n *\n * @name multiLineString\n * @param {Array<Array<Array<number>>>} coordinates an array of LineStrings\n * @param {Object=} properties an Object of key-value pairs to add as properties\n * @returns {Feature<MultiLineString>} a MultiLineString feature\n * @throws {Error} if no coordinates are passed\n * @example\n * var multiLine = turf.multiLineString([[[0,0],[10,10]]]);\n *\n * //=multiLine\n *\n */\nmodule.exports.multiLineString = function (coordinates, properties) {\n    if (!coordinates) throw new Error('No coordinates passed');\n\n    return feature({\n        type: 'MultiLineString',\n        coordinates: coordinates\n    }, properties);\n};\n\n/**\n * Creates a {@link Feature<MultiPoint>} based on a\n * coordinate array. Properties can be added optionally.\n *\n * @name multiPoint\n * @param {Array<Array<number>>} coordinates an array of Positions\n * @param {Object=} properties an Object of key-value pairs to add as properties\n * @returns {Feature<MultiPoint>} a MultiPoint feature\n * @throws {Error} if no coordinates are passed\n * @example\n * var multiPt = turf.multiPoint([[0,0],[10,10]]);\n *\n * //=multiPt\n *\n */\nmodule.exports.multiPoint = function (coordinates, properties) {\n    if (!coordinates) throw new Error('No coordinates passed');\n\n    return feature({\n        type: 'MultiPoint',\n        coordinates: coordinates\n    }, properties);\n};\n\n\n/**\n * Creates a {@link Feature<MultiPolygon>} based on a\n * coordinate array. Properties can be added optionally.\n *\n * @name multiPolygon\n * @param {Array<Array<Array<Array<number>>>>} coordinates an array of Polygons\n * @param {Object=} properties an Object of key-value pairs to add as properties\n * @returns {Feature<MultiPolygon>} a multipolygon feature\n * @throws {Error} if no coordinates are passed\n * @example\n * var multiPoly = turf.multiPolygon([[[[0,0],[0,10],[10,10],[10,0],[0,0]]]]);\n *\n * //=multiPoly\n *\n */\nmodule.exports.multiPolygon = function (coordinates, properties) {\n    if (!coordinates) throw new Error('No coordinates passed');\n\n    return feature({\n        type: 'MultiPolygon',\n        coordinates: coordinates\n    }, properties);\n};\n\n/**\n * Creates a {@link Feature<GeometryCollection>} based on a\n * coordinate array. Properties can be added optionally.\n *\n * @name geometryCollection\n * @param {Array<{Geometry}>} geometries an array of GeoJSON Geometries\n * @param {Object=} properties an Object of key-value pairs to add as properties\n * @returns {Feature<GeometryCollection>} a GeoJSON GeometryCollection Feature\n * @example\n * var pt = {\n *     \"type\": \"Point\",\n *       \"coordinates\": [100, 0]\n *     };\n * var line = {\n *     \"type\": \"LineString\",\n *     \"coordinates\": [ [101, 0], [102, 1] ]\n *   };\n * var collection = turf.geometryCollection([pt, line]);\n *\n * //=collection\n */\nmodule.exports.geometryCollection = function (geometries, properties) {\n    if (!geometries) throw new Error('No geometries passed');\n\n    return feature({\n        type: 'GeometryCollection',\n        geometries: geometries\n    }, properties);\n};\n\nvar factors = {\n    miles: 3960,\n    nauticalmiles: 3441.145,\n    degrees: 57.2957795,\n    radians: 1,\n    inches: 250905600,\n    yards: 6969600,\n    meters: 6373000,\n    metres: 6373000,\n    kilometers: 6373,\n    kilometres: 6373,\n    feet: 20908792.65\n};\n\n/*\n * Convert a distance measurement from radians to a more friendly unit.\n *\n * @name radiansToDistance\n * @param {number} distance in radians across the sphere\n * @param {string} [units=kilometers] can be degrees, radians, miles, or kilometers\n * inches, yards, metres, meters, kilometres, kilometers.\n * @returns {number} distance\n */\nmodule.exports.radiansToDistance = function (radians, units) {\n    var factor = factors[units || 'kilometers'];\n    if (factor === undefined) throw new Error('Invalid unit');\n\n    return radians * factor;\n};\n\n/*\n * Convert a distance measurement from a real-world unit into radians\n *\n * @name distanceToRadians\n * @param {number} distance in real units\n * @param {string} [units=kilometers] can be degrees, radians, miles, or kilometers\n * inches, yards, metres, meters, kilometres, kilometers.\n * @returns {number} radians\n */\nmodule.exports.distanceToRadians = function (distance, units) {\n    var factor = factors[units || 'kilometers'];\n    if (factor === undefined) throw new Error('Invalid unit');\n\n    return distance / factor;\n};\n\n/*\n * Convert a distance measurement from a real-world unit into degrees\n *\n * @name distanceToRadians\n * @param {number} distance in real units\n * @param {string} [units=kilometers] can be degrees, radians, miles, or kilometers\n * inches, yards, metres, meters, kilometres, kilometers.\n * @returns {number} degrees\n */\nmodule.exports.distanceToDegrees = function (distance, units) {\n    var factor = factors[units || 'kilometers'];\n    if (factor === undefined) throw new Error('Invalid unit');\n\n    return (distance / factor) * 57.2958;\n};\n","var invariant = require('@turf/invariant');\nvar getCoords = invariant.getCoords;\n\n/**\n * Takes a ring and return true or false whether or not the ring is clockwise or counter-clockwise.\n *\n * @name booleanClockwise\n * @param {Geometry|Feature<LineString>|Array<Array<number>>} line to be evaluated\n * @returns {Boolean} true/false\n * @example\n * var clockwiseRing = turf.lineString([[0,0],[1,1],[1,0],[0,0]]);\n * var counterClockwiseRing = turf.lineString([[0,0],[1,0],[1,1],[0,0]]);\n *\n * turf.booleanClockwise(clockwiseRing)\n * //=true\n * turf.booleanClockwise(counterClockwiseRing)\n * //=false\n */\nmodule.exports = function (line) {\n    // validation\n    if (!line) throw new Error('line is required');\n    var type = (line.geometry) ? line.geometry.type : line.type;\n    if (!Array.isArray(line) && type !== 'LineString') throw new Error('geometry must be a LineString');\n\n    var ring = getCoords(line);\n    var sum = 0;\n    var i = 1;\n    var prev, cur;\n    while (i < ring.length) {\n        prev = cur || ring[0];\n        cur = ring[i];\n        sum += ((cur[0] - prev[0]) * (cur[1] + prev[1]));\n        i++;\n    }\n    return sum > 0;\n};\n","'use strict';\n\nvar D2R = Math.PI / 180;\nvar R2D = 180 / Math.PI;\n\nvar Coord = function (lon, lat) {\n    this.lon = lon;\n    this.lat = lat;\n    this.x = D2R * lon;\n    this.y = D2R * lat;\n};\n\nCoord.prototype.view = function () {\n    return String(this.lon).slice(0, 4) + ',' + String(this.lat).slice(0, 4);\n};\n\nCoord.prototype.antipode = function () {\n    var anti_lat = -1 * this.lat;\n    var anti_lon = (this.lon < 0) ? 180 + this.lon : (180 - this.lon) * -1;\n    return new Coord(anti_lon, anti_lat);\n};\n\nvar LineString = function () {\n    this.coords = [];\n    this.length = 0;\n};\n\nLineString.prototype.move_to = function (coord) {\n    this.length++;\n    this.coords.push(coord);\n};\n\nvar Arc = function (properties) {\n    this.properties = properties || {};\n    this.geometries = [];\n};\n\nArc.prototype.json = function () {\n    if (this.geometries.length <= 0) {\n        return {'geometry': {'type': 'LineString', 'coordinates': null},\n                'type': 'Feature', 'properties': this.properties\n               };\n    } else if (this.geometries.length === 1) {\n        return {'geometry': {'type': 'LineString', 'coordinates': this.geometries[0].coords},\n                'type': 'Feature', 'properties': this.properties\n               };\n    } else {\n        var multiline = [];\n        for (var i = 0; i < this.geometries.length; i++) {\n            multiline.push(this.geometries[i].coords);\n        }\n        return {'geometry': {'type': 'MultiLineString', 'coordinates': multiline},\n                'type': 'Feature', 'properties': this.properties\n               };\n    }\n};\n\n// TODO - output proper multilinestring\nArc.prototype.wkt = function () {\n    var wkt_string = '';\n    var wkt = 'LINESTRING(';\n    var collect = function (c) { wkt += c[0] + ' ' + c[1] + ','; };\n    for (var i = 0; i < this.geometries.length; i++) {\n        if (this.geometries[i].coords.length === 0) {\n            return 'LINESTRING(empty)';\n        } else {\n            var coords = this.geometries[i].coords;\n            coords.forEach(collect);\n            wkt_string += wkt.substring(0, wkt.length - 1) + ')';\n        }\n    }\n    return wkt_string;\n};\n\n/*\n * http://en.wikipedia.org/wiki/Great-circle_distance\n *\n */\nvar GreatCircle = function (start, end, properties) {\n    if (!start || start.x === undefined || start.y === undefined) {\n        throw new Error('GreatCircle constructor expects two args: start and end objects with x and y properties');\n    }\n    if (!end || end.x === undefined || end.y === undefined) {\n        throw new Error('GreatCircle constructor expects two args: start and end objects with x and y properties');\n    }\n    this.start = new Coord(start.x, start.y);\n    this.end = new Coord(end.x, end.y);\n    this.properties = properties || {};\n\n    var w = this.start.x - this.end.x;\n    var h = this.start.y - this.end.y;\n    var z = Math.pow(Math.sin(h / 2.0), 2) +\n                Math.cos(this.start.y) *\n                   Math.cos(this.end.y) *\n                     Math.pow(Math.sin(w / 2.0), 2);\n    this.g = 2.0 * Math.asin(Math.sqrt(z));\n\n    if (this.g === Math.PI) {\n        throw new Error('it appears ' + start.view() + ' and ' + end.view() + ' are \\'antipodal\\', e.g diametrically opposite, thus there is no single route but rather infinite');\n    } else if (isNaN(this.g)) {\n        throw new Error('could not calculate great circle between ' + start + ' and ' + end);\n    }\n};\n\n/*\n * http://williams.best.vwh.net/avform.htm#Intermediate\n */\nGreatCircle.prototype.interpolate = function (f) {\n    var A = Math.sin((1 - f) * this.g) / Math.sin(this.g);\n    var B = Math.sin(f * this.g) / Math.sin(this.g);\n    var x = A * Math.cos(this.start.y) * Math.cos(this.start.x) + B * Math.cos(this.end.y) * Math.cos(this.end.x);\n    var y = A * Math.cos(this.start.y) * Math.sin(this.start.x) + B * Math.cos(this.end.y) * Math.sin(this.end.x);\n    var z = A * Math.sin(this.start.y) + B * Math.sin(this.end.y);\n    var lat = R2D * Math.atan2(z, Math.sqrt(Math.pow(x, 2) + Math.pow(y, 2)));\n    var lon = R2D * Math.atan2(y, x);\n    return [lon, lat];\n};\n\n\n\n/*\n * Generate points along the great circle\n */\nGreatCircle.prototype.Arc = function (npoints, options) {\n    var first_pass = [];\n    if (!npoints || npoints <= 2) {\n        first_pass.push([this.start.lon, this.start.lat]);\n        first_pass.push([this.end.lon, this.end.lat]);\n    } else {\n        var delta = 1.0 / (npoints - 1);\n        for (var i = 0; i < npoints; ++i) {\n            var step = delta * i;\n            var pair = this.interpolate(step);\n            first_pass.push(pair);\n        }\n    }\n    /* partial port of dateline handling from:\n      gdal/ogr/ogrgeometryfactory.cpp\n\n      TODO - does not handle all wrapping scenarios yet\n    */\n    var bHasBigDiff = false;\n    var dfMaxSmallDiffLong = 0;\n    // from http://www.gdal.org/ogr2ogr.html\n    // -datelineoffset:\n    // (starting with GDAL 1.10) offset from dateline in degrees (default long. = +/- 10deg, geometries within 170deg to -170deg will be splited)\n    var dfDateLineOffset = options && options.offset ? options.offset : 10;\n    var dfLeftBorderX = 180 - dfDateLineOffset;\n    var dfRightBorderX = -180 + dfDateLineOffset;\n    var dfDiffSpace = 360 - dfDateLineOffset;\n\n    // https://github.com/OSGeo/gdal/blob/7bfb9c452a59aac958bff0c8386b891edf8154ca/gdal/ogr/ogrgeometryfactory.cpp#L2342\n    for (var j = 1; j < first_pass.length; ++j) {\n        var dfPrevX = first_pass[j - 1][0];\n        var dfX = first_pass[j][0];\n        var dfDiffLong = Math.abs(dfX - dfPrevX);\n        if (dfDiffLong > dfDiffSpace &&\n            ((dfX > dfLeftBorderX && dfPrevX < dfRightBorderX) || (dfPrevX > dfLeftBorderX && dfX < dfRightBorderX))) {\n            bHasBigDiff = true;\n        } else if (dfDiffLong > dfMaxSmallDiffLong) {\n            dfMaxSmallDiffLong = dfDiffLong;\n        }\n    }\n\n    var poMulti = [];\n    if (bHasBigDiff && dfMaxSmallDiffLong < dfDateLineOffset) {\n        var poNewLS = [];\n        poMulti.push(poNewLS);\n        for (var k = 0; k < first_pass.length; ++k) {\n            var dfX0 = parseFloat(first_pass[k][0]);\n            if (k > 0 &&  Math.abs(dfX0 - first_pass[k - 1][0]) > dfDiffSpace) {\n                var dfX1 = parseFloat(first_pass[k - 1][0]);\n                var dfY1 = parseFloat(first_pass[k - 1][1]);\n                var dfX2 = parseFloat(first_pass[k][0]);\n                var dfY2 = parseFloat(first_pass[k][1]);\n                if (dfX1 > -180 && dfX1 < dfRightBorderX && dfX2 === 180 &&\n                    k + 1 < first_pass.length &&\n                   first_pass[k - 1][0] > -180 && first_pass[k - 1][0] < dfRightBorderX) {\n                    poNewLS.push([-180, first_pass[k][1]]);\n                    k++;\n                    poNewLS.push([first_pass[k][0], first_pass[k][1]]);\n                    continue;\n                } else if (dfX1 > dfLeftBorderX && dfX1 < 180 && dfX2 === -180 &&\n                     k + 1 < first_pass.length &&\n                     first_pass[k - 1][0] > dfLeftBorderX && first_pass[k - 1][0] < 180) {\n                    poNewLS.push([180, first_pass[k][1]]);\n                    k++;\n                    poNewLS.push([first_pass[k][0], first_pass[k][1]]);\n                    continue;\n                }\n\n                if (dfX1 < dfRightBorderX && dfX2 > dfLeftBorderX) {\n                    // swap dfX1, dfX2\n                    var tmpX = dfX1;\n                    dfX1 = dfX2;\n                    dfX2 = tmpX;\n                    // swap dfY1, dfY2\n                    var tmpY = dfY1;\n                    dfY1 = dfY2;\n                    dfY2 = tmpY;\n                }\n                if (dfX1 > dfLeftBorderX && dfX2 < dfRightBorderX) {\n                    dfX2 += 360;\n                }\n                if (dfX1 <= 180 && dfX2 >= 180 && dfX1 < dfX2) {\n                    var dfRatio = (180 - dfX1) / (dfX2 - dfX1);\n                    var dfY = dfRatio * dfY2 + (1 - dfRatio) * dfY1;\n                    poNewLS.push([first_pass[k - 1][0] > dfLeftBorderX ? 180 : -180, dfY]);\n                    poNewLS = [];\n                    poNewLS.push([first_pass[k - 1][0] > dfLeftBorderX ? -180 : 180, dfY]);\n                    poMulti.push(poNewLS);\n                } else {\n                    poNewLS = [];\n                    poMulti.push(poNewLS);\n                }\n                poNewLS.push([dfX0, first_pass[k][1]]);\n            } else {\n                poNewLS.push([first_pass[k][0], first_pass[k][1]]);\n            }\n        }\n    } else {\n        // add normally\n        var poNewLS0 = [];\n        poMulti.push(poNewLS0);\n        for (var l = 0; l < first_pass.length; ++l) {\n            poNewLS0.push([first_pass[l][0], first_pass[l][1]]);\n        }\n    }\n\n    var arc = new Arc(this.properties);\n    for (var m = 0; m < poMulti.length; ++m) {\n        var line = new LineString();\n        arc.geometries.push(line);\n        var points = poMulti[m];\n        for (var j0 = 0; j0 < points.length; ++j0) {\n            line.move_to(points[j0]);\n        }\n    }\n    return arc;\n};\n\nmodule.exports = {\n    Coord: Coord,\n    Arc: Arc,\n    GreatCircle: GreatCircle\n};\n","var render = function () {var _vm=this;var _h=_vm.$createElement;var _c=_vm._self._c||_h;return _c('SimpleTable',{staticClass:\"cultivation-table\",attrs:{\"columns\":_vm.cultivationColumns,\"data\":_vm.cultivations},scopedSlots:_vm._u([{key:\"type\",fn:function(ref){\nvar row = ref.row;\nreturn [_vm._v(\"\\n    \"+_vm._s(_vm.cultivationTypeTranslations[row.type])+\"\\n  \")]}},{key:\"cropUsageId\",fn:function(ref){\nvar row = ref.row;\nreturn [_c('span',{staticClass:\"cultivation-item\"},[(row.cropUsageId && row.cropUsageId !== '00000000-0000-0000-0000-000000000000')?_c('IxRes',[_vm._v(\"masterData.crops.usage.\"+_vm._s(row.cropUsageId)+\"_name\")]):_vm._e(),(row.underseedMixtureId)?_c('IxRes',{attrs:{\"context\":{mixture: _vm.mixtures[row.underseedMixtureId].name}}},[_vm._v(\"frs.cultivation.underseedMixture\")]):_vm._e()],1)]}},{key:\"dateTimeRange\",fn:function(ref){\nvar ref_value = ref.value;\nvar start = ref_value.start;\nvar end = ref_value.end;\nreturn [_vm._v(\"\\n    \"+_vm._s(_vm.$i18n.format(start, 'date'))+\" - \"+_vm._s(_vm.$i18n.format(end, 'date'))+\"\\n  \")]}}])})}\nvar staticRenderFns = []\n\nexport { render, staticRenderFns }","<template>\r\n  <SimpleTable class=\"cultivation-table\" :columns=\"cultivationColumns\" :data=\"cultivations\">\r\n    <template #type=\"{row}\">\r\n      {{ cultivationTypeTranslations[row.type] }}\r\n    </template>\r\n    <template #cropUsageId=\"{row}\">\r\n      <span class=\"cultivation-item\">\r\n        <IxRes v-if=\"row.cropUsageId && row.cropUsageId !== '00000000-0000-0000-0000-000000000000'\">masterData.crops.usage.{{ row.cropUsageId }}_name</IxRes>\r\n        <IxRes v-if=\"row.underseedMixtureId\" :context=\"{mixture: mixtures[row.underseedMixtureId].name}\">frs.cultivation.underseedMixture</IxRes>\r\n      </span>\r\n    </template>\r\n    <template #dateTimeRange=\"{value: {start, end}}\">\r\n      {{ $i18n.format(start, 'date') }} - {{ $i18n.format(end, 'date') }}\r\n    </template>\r\n  </SimpleTable>\r\n</template>\r\n\r\n<script>\r\nimport {mapState} from 'vuex'\r\nimport {mapResources} from '@helpers/vuex'\r\n\r\nimport SimpleTable from '@components/table/SimpleTable'\r\n\r\nexport default {\r\n  components: {\r\n    SimpleTable\r\n  },\r\n  props: {\r\n    cultivations: Array\r\n  },\r\n  computed: {\r\n    ...mapResources([\r\n      '@frs.SR_FieldRecordSystem'\r\n    ]),\r\n    ...mapState('fieldRecordSystem', {\r\n      mixtures: state => state.catchCropMixtures.data.selection.orgUnit\r\n    }),\r\n    cultivationColumns () {\r\n      return {\r\n        type: 'Typ',\r\n        cropUsageId: 'Anbau',\r\n        dateTimeRange: 'Zeitraum'\r\n      }\r\n    },\r\n    cultivationTypeTranslations () {\r\n      return {\r\n        main: this.SR_FieldRecordSystem.MainCrop,\r\n        eco: this.SR_FieldRecordSystem.EcologicalPriorityArea,\r\n        catch: this.SR_FieldRecordSystem.CatchCrop\r\n      }\r\n    }\r\n  }\r\n}\r\n</script>\r\n\r\n<style lang=\"scss\" scoped>\r\n.cultivation-table {\r\n  margin-top: 5px;\r\n\r\n  .cultivation-item {\r\n    display: flex;\r\n    flex-direction: column;\r\n  }\r\n}\r\n.table {\r\n  margin-bottom: 0 !important;\r\n}\r\n</style>\r\n","import mod from \"-!../../../../../../../node_modules/cache-loader/dist/cjs.js??ref--12-0!../../../../../../../node_modules/thread-loader/dist/cjs.js!../../../../../../../node_modules/babel-loader/lib/index.js!../../../../../../../node_modules/cache-loader/dist/cjs.js??ref--0-0!../../../../../../../node_modules/vue-loader/lib/index.js??vue-loader-options!./FrsCultivationOverviewTable.vue?vue&type=script&lang=js&\"; export default mod; export * from \"-!../../../../../../../node_modules/cache-loader/dist/cjs.js??ref--12-0!../../../../../../../node_modules/thread-loader/dist/cjs.js!../../../../../../../node_modules/babel-loader/lib/index.js!../../../../../../../node_modules/cache-loader/dist/cjs.js??ref--0-0!../../../../../../../node_modules/vue-loader/lib/index.js??vue-loader-options!./FrsCultivationOverviewTable.vue?vue&type=script&lang=js&\"","import { render, staticRenderFns } from \"./FrsCultivationOverviewTable.vue?vue&type=template&id=21f1e008&scoped=true&\"\nimport script from \"./FrsCultivationOverviewTable.vue?vue&type=script&lang=js&\"\nexport * from \"./FrsCultivationOverviewTable.vue?vue&type=script&lang=js&\"\nimport style0 from \"./FrsCultivationOverviewTable.vue?vue&type=style&index=0&id=21f1e008&lang=scss&scoped=true&\"\n\n\n/* normalize component */\nimport normalizer from \"!../../../../../../../node_modules/vue-loader/lib/runtime/componentNormalizer.js\"\nvar component = normalizer(\n  script,\n  render,\n  staticRenderFns,\n  false,\n  null,\n  \"21f1e008\",\n  null\n  \n)\n\nexport default component.exports","/**\n * Wraps a GeoJSON {@link Geometry} in a GeoJSON {@link Feature}.\n *\n * @name feature\n * @param {Geometry} geometry input geometry\n * @param {Object} [properties={}] an Object of key-value pairs to add as properties\n * @param {Array<number>} [bbox] BBox [west, south, east, north]\n * @param {string|number} [id] Identifier\n * @returns {Feature} a GeoJSON Feature\n * @example\n * var geometry = {\n *   \"type\": \"Point\",\n *   \"coordinates\": [110, 50]\n * };\n *\n * var feature = turf.feature(geometry);\n *\n * //=feature\n */\nfunction feature(geometry, properties, bbox, id) {\n    if (geometry === undefined) throw new Error('geometry is required');\n    if (properties && properties.constructor !== Object) throw new Error('properties must be an Object');\n    if (bbox && bbox.length !== 4) throw new Error('bbox must be an Array of 4 numbers');\n    if (id && ['string', 'number'].indexOf(typeof id) === -1) throw new Error('id must be a number or a string');\n\n    var feat = {type: 'Feature'};\n    if (id) feat.id = id;\n    if (bbox) feat.bbox = bbox;\n    feat.properties = properties || {};\n    feat.geometry = geometry;\n    return feat;\n}\n\n/**\n * Creates a GeoJSON {@link Geometry} from a Geometry string type & coordinates.\n * For GeometryCollection type use `helpers.geometryCollection`\n *\n * @name geometry\n * @param {string} type Geometry Type\n * @param {Array<number>} coordinates Coordinates\n * @param {Array<number>} [bbox] BBox [west, south, east, north]\n * @returns {Geometry} a GeoJSON Geometry\n * @example\n * var type = 'Point';\n * var coordinates = [110, 50];\n *\n * var geometry = turf.geometry(type, coordinates);\n *\n * //=geometry\n */\nfunction geometry(type, coordinates, bbox) {\n    // Validation\n    if (!type) throw new Error('type is required');\n    if (!coordinates) throw new Error('coordinates is required');\n    if (!Array.isArray(coordinates)) throw new Error('coordinates must be an Array');\n    if (bbox && bbox.length !== 4) throw new Error('bbox must be an Array of 4 numbers');\n\n    var geom;\n    switch (type) {\n    case 'Point': geom = point(coordinates).geometry; break;\n    case 'LineString': geom = lineString(coordinates).geometry; break;\n    case 'Polygon': geom = polygon(coordinates).geometry; break;\n    case 'MultiPoint': geom = multiPoint(coordinates).geometry; break;\n    case 'MultiLineString': geom = multiLineString(coordinates).geometry; break;\n    case 'MultiPolygon': geom = multiPolygon(coordinates).geometry; break;\n    default: throw new Error(type + ' is invalid');\n    }\n    if (bbox) geom.bbox = bbox;\n    return geom;\n}\n\n/**\n * Takes coordinates and properties (optional) and returns a new {@link Point} feature.\n *\n * @name point\n * @param {Array<number>} coordinates longitude, latitude position (each in decimal degrees)\n * @param {Object} [properties={}] an Object of key-value pairs to add as properties\n * @param {Array<number>} [bbox] BBox [west, south, east, north]\n * @param {string|number} [id] Identifier\n * @returns {Feature<Point>} a Point feature\n * @example\n * var point = turf.point([-75.343, 39.984]);\n *\n * //=point\n */\nfunction point(coordinates, properties, bbox, id) {\n    if (!coordinates) throw new Error('No coordinates passed');\n    if (coordinates.length === undefined) throw new Error('Coordinates must be an array');\n    if (coordinates.length < 2) throw new Error('Coordinates must be at least 2 numbers long');\n    if (!isNumber(coordinates[0]) || !isNumber(coordinates[1])) throw new Error('Coordinates must contain numbers');\n\n    return feature({\n        type: 'Point',\n        coordinates: coordinates\n    }, properties, bbox, id);\n}\n\n/**\n * Takes an array of LinearRings and optionally an {@link Object} with properties and returns a {@link Polygon} feature.\n *\n * @name polygon\n * @param {Array<Array<Array<number>>>} coordinates an array of LinearRings\n * @param {Object} [properties={}] an Object of key-value pairs to add as properties\n * @param {Array<number>} [bbox] BBox [west, south, east, north]\n * @param {string|number} [id] Identifier\n * @returns {Feature<Polygon>} a Polygon feature\n * @throws {Error} throw an error if a LinearRing of the polygon has too few positions\n * or if a LinearRing of the Polygon does not have matching Positions at the beginning & end.\n * @example\n * var polygon = turf.polygon([[\n *   [-2.275543, 53.464547],\n *   [-2.275543, 53.489271],\n *   [-2.215118, 53.489271],\n *   [-2.215118, 53.464547],\n *   [-2.275543, 53.464547]\n * ]], { name: 'poly1', population: 400});\n *\n * //=polygon\n */\nfunction polygon(coordinates, properties, bbox, id) {\n    if (!coordinates) throw new Error('No coordinates passed');\n\n    for (var i = 0; i < coordinates.length; i++) {\n        var ring = coordinates[i];\n        if (ring.length < 4) {\n            throw new Error('Each LinearRing of a Polygon must have 4 or more Positions.');\n        }\n        for (var j = 0; j < ring[ring.length - 1].length; j++) {\n            // Check if first point of Polygon contains two numbers\n            if (i === 0 && j === 0 && !isNumber(ring[0][0]) || !isNumber(ring[0][1])) throw new Error('Coordinates must contain numbers');\n            if (ring[ring.length - 1][j] !== ring[0][j]) {\n                throw new Error('First and last Position are not equivalent.');\n            }\n        }\n    }\n\n    return feature({\n        type: 'Polygon',\n        coordinates: coordinates\n    }, properties, bbox, id);\n}\n\n/**\n * Creates a {@link LineString} based on a\n * coordinate array. Properties can be added optionally.\n *\n * @name lineString\n * @param {Array<Array<number>>} coordinates an array of Positions\n * @param {Object} [properties={}] an Object of key-value pairs to add as properties\n * @param {Array<number>} [bbox] BBox [west, south, east, north]\n * @param {string|number} [id] Identifier\n * @returns {Feature<LineString>} a LineString feature\n * @throws {Error} if no coordinates are passed\n * @example\n * var linestring1 = turf.lineString([\n *   [-21.964416, 64.148203],\n *   [-21.956176, 64.141316],\n *   [-21.93901, 64.135924],\n *   [-21.927337, 64.136673]\n * ]);\n * var linestring2 = turf.lineString([\n *   [-21.929054, 64.127985],\n *   [-21.912918, 64.134726],\n *   [-21.916007, 64.141016],\n *   [-21.930084, 64.14446]\n * ], {name: 'line 1', distance: 145});\n *\n * //=linestring1\n *\n * //=linestring2\n */\nfunction lineString(coordinates, properties, bbox, id) {\n    if (!coordinates) throw new Error('No coordinates passed');\n    if (coordinates.length < 2) throw new Error('Coordinates must be an array of two or more positions');\n    // Check if first point of LineString contains two numbers\n    if (!isNumber(coordinates[0][1]) || !isNumber(coordinates[0][1])) throw new Error('Coordinates must contain numbers');\n\n    return feature({\n        type: 'LineString',\n        coordinates: coordinates\n    }, properties, bbox, id);\n}\n\n/**\n * Takes one or more {@link Feature|Features} and creates a {@link FeatureCollection}.\n *\n * @name featureCollection\n * @param {Feature[]} features input features\n * @param {Array<number>} [bbox] BBox [west, south, east, north]\n * @param {string|number} [id] Identifier\n * @returns {FeatureCollection} a FeatureCollection of input features\n * @example\n * var features = [\n *  turf.point([-75.343, 39.984], {name: 'Location A'}),\n *  turf.point([-75.833, 39.284], {name: 'Location B'}),\n *  turf.point([-75.534, 39.123], {name: 'Location C'})\n * ];\n *\n * var collection = turf.featureCollection(features);\n *\n * //=collection\n */\nfunction featureCollection(features, bbox, id) {\n    if (!features) throw new Error('No features passed');\n    if (!Array.isArray(features)) throw new Error('features must be an Array');\n    if (bbox && bbox.length !== 4) throw new Error('bbox must be an Array of 4 numbers');\n    if (id && ['string', 'number'].indexOf(typeof id) === -1) throw new Error('id must be a number or a string');\n\n    var fc = {type: 'FeatureCollection'};\n    if (id) fc.id = id;\n    if (bbox) fc.bbox = bbox;\n    fc.features = features;\n    return fc;\n}\n\n/**\n * Creates a {@link Feature<MultiLineString>} based on a\n * coordinate array. Properties can be added optionally.\n *\n * @name multiLineString\n * @param {Array<Array<Array<number>>>} coordinates an array of LineStrings\n * @param {Object} [properties={}] an Object of key-value pairs to add as properties\n * @param {Array<number>} [bbox] BBox [west, south, east, north]\n * @param {string|number} [id] Identifier\n * @returns {Feature<MultiLineString>} a MultiLineString feature\n * @throws {Error} if no coordinates are passed\n * @example\n * var multiLine = turf.multiLineString([[[0,0],[10,10]]]);\n *\n * //=multiLine\n */\nfunction multiLineString(coordinates, properties, bbox, id) {\n    if (!coordinates) throw new Error('No coordinates passed');\n\n    return feature({\n        type: 'MultiLineString',\n        coordinates: coordinates\n    }, properties, bbox, id);\n}\n\n/**\n * Creates a {@link Feature<MultiPoint>} based on a\n * coordinate array. Properties can be added optionally.\n *\n * @name multiPoint\n * @param {Array<Array<number>>} coordinates an array of Positions\n * @param {Object} [properties={}] an Object of key-value pairs to add as properties\n * @param {Array<number>} [bbox] BBox [west, south, east, north]\n * @param {string|number} [id] Identifier\n * @returns {Feature<MultiPoint>} a MultiPoint feature\n * @throws {Error} if no coordinates are passed\n * @example\n * var multiPt = turf.multiPoint([[0,0],[10,10]]);\n *\n * //=multiPt\n */\nfunction multiPoint(coordinates, properties, bbox, id) {\n    if (!coordinates) throw new Error('No coordinates passed');\n\n    return feature({\n        type: 'MultiPoint',\n        coordinates: coordinates\n    }, properties, bbox, id);\n}\n\n/**\n * Creates a {@link Feature<MultiPolygon>} based on a\n * coordinate array. Properties can be added optionally.\n *\n * @name multiPolygon\n * @param {Array<Array<Array<Array<number>>>>} coordinates an array of Polygons\n * @param {Object} [properties={}] an Object of key-value pairs to add as properties\n * @param {Array<number>} [bbox] BBox [west, south, east, north]\n * @param {string|number} [id] Identifier\n * @returns {Feature<MultiPolygon>} a multipolygon feature\n * @throws {Error} if no coordinates are passed\n * @example\n * var multiPoly = turf.multiPolygon([[[[0,0],[0,10],[10,10],[10,0],[0,0]]]]);\n *\n * //=multiPoly\n *\n */\nfunction multiPolygon(coordinates, properties, bbox, id) {\n    if (!coordinates) throw new Error('No coordinates passed');\n\n    return feature({\n        type: 'MultiPolygon',\n        coordinates: coordinates\n    }, properties, bbox, id);\n}\n\n/**\n * Creates a {@link Feature<GeometryCollection>} based on a\n * coordinate array. Properties can be added optionally.\n *\n * @name geometryCollection\n * @param {Array<Geometry>} geometries an array of GeoJSON Geometries\n * @param {Object} [properties={}] an Object of key-value pairs to add as properties\n * @param {Array<number>} [bbox] BBox [west, south, east, north]\n * @param {string|number} [id] Identifier\n * @returns {Feature<GeometryCollection>} a GeoJSON GeometryCollection Feature\n * @example\n * var pt = {\n *     \"type\": \"Point\",\n *       \"coordinates\": [100, 0]\n *     };\n * var line = {\n *     \"type\": \"LineString\",\n *     \"coordinates\": [ [101, 0], [102, 1] ]\n *   };\n * var collection = turf.geometryCollection([pt, line]);\n *\n * //=collection\n */\nfunction geometryCollection(geometries, properties, bbox, id) {\n    if (!geometries) throw new Error('geometries is required');\n    if (!Array.isArray(geometries)) throw new Error('geometries must be an Array');\n\n    return feature({\n        type: 'GeometryCollection',\n        geometries: geometries\n    }, properties, bbox, id);\n}\n\n// https://en.wikipedia.org/wiki/Great-circle_distance#Radius_for_spherical_Earth\nvar factors = {\n    miles: 3960,\n    nauticalmiles: 3441.145,\n    degrees: 57.2957795,\n    radians: 1,\n    inches: 250905600,\n    yards: 6969600,\n    meters: 6373000,\n    metres: 6373000,\n    centimeters: 6.373e+8,\n    centimetres: 6.373e+8,\n    kilometers: 6373,\n    kilometres: 6373,\n    feet: 20908792.65\n};\n\nvar areaFactors = {\n    kilometers: 0.000001,\n    kilometres: 0.000001,\n    meters: 1,\n    metres: 1,\n    centimetres: 10000,\n    millimeter: 1000000,\n    acres: 0.000247105,\n    miles: 3.86e-7,\n    yards: 1.195990046,\n    feet: 10.763910417,\n    inches: 1550.003100006\n};\n/**\n * Round number to precision\n *\n * @param {number} num Number\n * @param {number} [precision=0] Precision\n * @returns {number} rounded number\n * @example\n * turf.round(120.4321)\n * //=120\n *\n * turf.round(120.4321, 2)\n * //=120.43\n */\nfunction round(num, precision) {\n    if (num === undefined || num === null || isNaN(num)) throw new Error('num is required');\n    if (precision && !(precision >= 0)) throw new Error('precision must be a positive number');\n    var multiplier = Math.pow(10, precision || 0);\n    return Math.round(num * multiplier) / multiplier;\n}\n\n/**\n * Convert a distance measurement (assuming a spherical Earth) from radians to a more friendly unit.\n * Valid units: miles, nauticalmiles, inches, yards, meters, metres, kilometers, centimeters, feet\n *\n * @name radiansToDistance\n * @param {number} radians in radians across the sphere\n * @param {string} [units=kilometers] can be degrees, radians, miles, or kilometers inches, yards, metres, meters, kilometres, kilometers.\n * @returns {number} distance\n */\nfunction radiansToDistance(radians, units) {\n    if (radians === undefined || radians === null) throw new Error('radians is required');\n\n    var factor = factors[units || 'kilometers'];\n    if (!factor) throw new Error('units is invalid');\n    return radians * factor;\n}\n\n/**\n * Convert a distance measurement (assuming a spherical Earth) from a real-world unit into radians\n * Valid units: miles, nauticalmiles, inches, yards, meters, metres, kilometers, centimeters, feet\n *\n * @name distanceToRadians\n * @param {number} distance in real units\n * @param {string} [units=kilometers] can be degrees, radians, miles, or kilometers inches, yards, metres, meters, kilometres, kilometers.\n * @returns {number} radians\n */\nfunction distanceToRadians(distance, units) {\n    if (distance === undefined || distance === null) throw new Error('distance is required');\n\n    var factor = factors[units || 'kilometers'];\n    if (!factor) throw new Error('units is invalid');\n    return distance / factor;\n}\n\n/**\n * Convert a distance measurement (assuming a spherical Earth) from a real-world unit into degrees\n * Valid units: miles, nauticalmiles, inches, yards, meters, metres, centimeters, kilometres, feet\n *\n * @name distanceToDegrees\n * @param {number} distance in real units\n * @param {string} [units=kilometers] can be degrees, radians, miles, or kilometers inches, yards, metres, meters, kilometres, kilometers.\n * @returns {number} degrees\n */\nfunction distanceToDegrees(distance, units) {\n    return radians2degrees(distanceToRadians(distance, units));\n}\n\n/**\n * Converts any bearing angle from the north line direction (positive clockwise)\n * and returns an angle between 0-360 degrees (positive clockwise), 0 being the north line\n *\n * @name bearingToAngle\n * @param {number} bearing angle, between -180 and +180 degrees\n * @returns {number} angle between 0 and 360 degrees\n */\nfunction bearingToAngle(bearing) {\n    if (bearing === null || bearing === undefined) throw new Error('bearing is required');\n\n    var angle = bearing % 360;\n    if (angle < 0) angle += 360;\n    return angle;\n}\n\n/**\n * Converts an angle in radians to degrees\n *\n * @name radians2degrees\n * @param {number} radians angle in radians\n * @returns {number} degrees between 0 and 360 degrees\n */\nfunction radians2degrees(radians) {\n    if (radians === null || radians === undefined) throw new Error('radians is required');\n\n    var degrees = radians % (2 * Math.PI);\n    return degrees * 180 / Math.PI;\n}\n\n/**\n * Converts an angle in degrees to radians\n *\n * @name degrees2radians\n * @param {number} degrees angle between 0 and 360 degrees\n * @returns {number} angle in radians\n */\nfunction degrees2radians(degrees) {\n    if (degrees === null || degrees === undefined) throw new Error('degrees is required');\n\n    var radians = degrees % 360;\n    return radians * Math.PI / 180;\n}\n\n\n/**\n * Converts a distance to the requested unit.\n * Valid units: miles, nauticalmiles, inches, yards, meters, metres, kilometers, centimeters, feet\n *\n * @param {number} distance to be converted\n * @param {string} originalUnit of the distance\n * @param {string} [finalUnit=kilometers] returned unit\n * @returns {number} the converted distance\n */\nfunction convertDistance(distance, originalUnit, finalUnit) {\n    if (distance === null || distance === undefined) throw new Error('distance is required');\n    if (!(distance >= 0)) throw new Error('distance must be a positive number');\n\n    var convertedDistance = radiansToDistance(distanceToRadians(distance, originalUnit), finalUnit || 'kilometers');\n    return convertedDistance;\n}\n\n/**\n * Converts a area to the requested unit.\n * Valid units: kilometers, kilometres, meters, metres, centimetres, millimeter, acre, mile, yard, foot, inch\n * @param {number} area to be converted\n * @param {string} [originalUnit=meters] of the distance\n * @param {string} [finalUnit=kilometers] returned unit\n * @returns {number} the converted distance\n */\nfunction convertArea(area, originalUnit, finalUnit) {\n    if (area === null || area === undefined) throw new Error('area is required');\n    if (!(area >= 0)) throw new Error('area must be a positive number');\n\n    var startFactor = areaFactors[originalUnit || 'meters'];\n    if (!startFactor) throw new Error('invalid original units');\n\n    var finalFactor = areaFactors[finalUnit || 'kilometers'];\n    if (!finalFactor) throw new Error('invalid final units');\n\n    return (area / startFactor) * finalFactor;\n}\n\n/**\n * isNumber\n *\n * @param {*} num Number to validate\n * @returns {boolean} true/false\n * @example\n * turf.isNumber(123)\n * //=true\n * turf.isNumber('foo')\n * //=false\n */\nfunction isNumber(num) {\n    return !isNaN(num) && num !== null && !Array.isArray(num);\n}\n\nmodule.exports = {\n    feature: feature,\n    geometry: geometry,\n    featureCollection: featureCollection,\n    geometryCollection: geometryCollection,\n    point: point,\n    multiPoint: multiPoint,\n    lineString: lineString,\n    multiLineString: multiLineString,\n    polygon: polygon,\n    multiPolygon: multiPolygon,\n    radiansToDistance: radiansToDistance,\n    distanceToRadians: distanceToRadians,\n    distanceToDegrees: distanceToDegrees,\n    radians2degrees: radians2degrees,\n    degrees2radians: degrees2radians,\n    bearingToAngle: bearingToAngle,\n    convertDistance: convertDistance,\n    convertArea: convertArea,\n    round: round,\n    isNumber: isNumber\n};\n","var destination = require('@turf/destination');\nvar circle = require('@turf/circle');\nvar lineString = require('@turf/helpers').lineString;\n\n/**\n * Creates a circular arc, of a circle of the given radius and center point, between bearing1 and bearing2;\n * 0 bearing is North of center point, positive clockwise.\n *\n * @name lineArc\n * @param {Feature<Point>} center center point\n * @param {number} radius radius of the circle\n * @param {number} bearing1 angle, in decimal degrees, of the first radius of the arc\n * @param {number} bearing2 angle, in decimal degrees, of the second radius of the arc\n * @param {number} [steps=64] number of steps\n * @param {string} [units=kilometers] miles, kilometers, degrees, or radians\n * @returns {Feature<LineString>} line arc\n * @example\n * var center = turf.point([-75, 40]);\n * var radius = 5;\n * var bearing1 = 25;\n * var bearing2 = 47;\n *\n * var arc = turf.lineArc(center, radius, bearing1, bearing2);\n *\n * //addToMap\n * var addToMap = [center, arc]\n */\nmodule.exports = function (center, radius, bearing1, bearing2, steps, units) {\n    // validation\n    if (!center) throw new Error('center is required');\n    if (bearing1 === undefined || bearing1 === null) throw new Error('bearing1 is required');\n    if (bearing2 === undefined || bearing2 === null) throw new Error('bearing2 is required');\n    if (!radius) throw new Error('radius is required');\n\n    // default params\n    steps = steps || 64;\n\n    var angle1 = convertAngleTo360(bearing1);\n    var angle2 = convertAngleTo360(bearing2);\n    var properties = center.properties;\n\n    // handle angle parameters\n    if (angle1 === angle2) {\n        return lineString(circle(center, radius, steps, units).geometry.coordinates[0], properties);\n    }\n    var arcStartDegree = angle1;\n    var arcEndDegree = (angle1 < angle2) ? angle2 : angle2 + 360;\n\n    var alfa = arcStartDegree;\n    var coordinates = [];\n    var i = 0;\n\n    while (alfa < arcEndDegree) {\n        coordinates.push(destination(center, radius, alfa, units).geometry.coordinates);\n        i++;\n        alfa = arcStartDegree + i * 360 / steps;\n    }\n    if (alfa > arcEndDegree) {\n        coordinates.push(destination(center, radius, arcEndDegree, units).geometry.coordinates);\n    }\n    return lineString(coordinates, properties);\n};\n\n\n/**\n * Takes any angle in  degrees\n * and returns a valid angle between 0-360 degrees\n *\n * @private\n * @param {number} alfa angle between -180-180 degrees\n * @returns {number} angle between 0-360 degrees\n */\nfunction convertAngleTo360(alfa) {\n    var beta = alfa % 360;\n    if (beta < 0) {\n        beta += 360;\n    }\n    return beta;\n}\n","var inside = require('@turf/inside');\n\n/**\n * Takes a set of {@link Point|points} and a set of {@link Polygon|polygons} and performs a spatial join.\n *\n * @name tag\n * @param {FeatureCollection<Point>} points input points\n * @param {FeatureCollection<Polygon>} polygons input polygons\n * @param {string} field property in `polygons` to add to joined {<Point>} features\n * @param {string} outField property in `points` in which to store joined property from `polygons`\n * @returns {FeatureCollection<Point>} points with `containingPolyId` property containing values from `polyId`\n * @example\n * var pt1 = turf.point([-77, 44]);\n * var pt2 = turf.point([-77, 38]);\n * var poly1 = turf.polygon([[\n *   [-81, 41],\n *   [-81, 47],\n *   [-72, 47],\n *   [-72, 41],\n *   [-81, 41]\n * ]], {pop: 3000});\n * var poly2 = turf.polygon([[\n *   [-81, 35],\n *   [-81, 41],\n *   [-72, 41],\n *   [-72, 35],\n *   [-81, 35]\n * ]], {pop: 1000});\n *\n * var points = turf.featureCollection([pt1, pt2]);\n * var polygons = turf.featureCollection([poly1, poly2]);\n *\n * var tagged = turf.tag(points, polygons, 'pop', 'population');\n *\n * //addToMap\n * var addToMap = [tagged, polygons]\n */\nmodule.exports = function (points, polygons, field, outField) {\n    // prevent mutations\n    points = JSON.parse(JSON.stringify(points));\n    polygons = JSON.parse(JSON.stringify(polygons));\n    points.features.forEach(function (pt) {\n        if (!pt.properties) {\n            pt.properties = {};\n        }\n        polygons.features.forEach(function (poly) {\n            if (pt.properties[outField] === undefined) {\n                var isInside = inside(pt, poly);\n                if (isInside) {\n                    pt.properties[outField] = poly.properties[field];\n                }\n            }\n        });\n    });\n    return points;\n};\n","\"use strict\"\n\nmodule.exports = twoProduct\n\nvar SPLITTER = +(Math.pow(2, 27) + 1.0)\n\nfunction twoProduct(a, b, result) {\n  var x = a * b\n\n  var c = SPLITTER * a\n  var abig = c - a\n  var ahi = c - abig\n  var alo = a - ahi\n\n  var d = SPLITTER * b\n  var bbig = d - b\n  var bhi = d - bbig\n  var blo = b - bhi\n\n  var err1 = x - (ahi * bhi)\n  var err2 = err1 - (alo * bhi)\n  var err3 = err2 - (ahi * blo)\n\n  var y = alo * blo - err3\n\n  if(result) {\n    result[0] = y\n    result[1] = x\n    return result\n  }\n\n  return [ y, x ]\n}","import mod from \"-!../../../../../../../node_modules/mini-css-extract-plugin/dist/loader.js??ref--8-oneOf-1-0!../../../../../../../node_modules/css-loader/index.js??ref--8-oneOf-1-1!../../../../../../../node_modules/vue-loader/lib/loaders/stylePostLoader.js!../../../../../../../node_modules/postcss-loader/src/index.js??ref--8-oneOf-1-2!../../../../../../../node_modules/sass-loader/lib/loader.js??ref--8-oneOf-1-3!../../../../../../../node_modules/cache-loader/dist/cjs.js??ref--0-0!../../../../../../../node_modules/vue-loader/lib/index.js??vue-loader-options!./FrsCultivationOverviewTable.vue?vue&type=style&index=0&id=21f1e008&lang=scss&scoped=true&\"; export default mod; export * from \"-!../../../../../../../node_modules/mini-css-extract-plugin/dist/loader.js??ref--8-oneOf-1-0!../../../../../../../node_modules/css-loader/index.js??ref--8-oneOf-1-1!../../../../../../../node_modules/vue-loader/lib/loaders/stylePostLoader.js!../../../../../../../node_modules/postcss-loader/src/index.js??ref--8-oneOf-1-2!../../../../../../../node_modules/sass-loader/lib/loader.js??ref--8-oneOf-1-3!../../../../../../../node_modules/cache-loader/dist/cjs.js??ref--0-0!../../../../../../../node_modules/vue-loader/lib/index.js??vue-loader-options!./FrsCultivationOverviewTable.vue?vue&type=style&index=0&id=21f1e008&lang=scss&scoped=true&\"","/* - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -  */\n/* Geodesy representation conversion functions                        (c) Chris Veness 2002-2017  */\n/*                                                                                   MIT Licence  */\n/* www.movable-type.co.uk/scripts/latlong.html                                                    */\n/* www.movable-type.co.uk/scripts/geodesy/docs/module-dms.html                                    */\n/* - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -  */\n\n'use strict';\n/* eslint no-irregular-whitespace: [2, { skipComments: true }] */\n\n\n/**\n * Latitude/longitude points may be represented as decimal degrees, or subdivided into sexagesimal\n * minutes and seconds.\n *\n * @module dms\n */\n\n\n/**\n * Functions for parsing and representing degrees / minutes / seconds.\n * @class Dms\n */\nvar Dms = {};\n\n// note Unicode Degree = U+00B0. Prime = U+2032, Double prime = U+2033\n\n\n/**\n * Parses string representing degrees/minutes/seconds into numeric degrees.\n *\n * This is very flexible on formats, allowing signed decimal degrees, or deg-min-sec optionally\n * suffixed by compass direction (NSEW). A variety of separators are accepted (eg 3° 37′ 09″W).\n * Seconds and minutes may be omitted.\n *\n * @param   {string|number} dmsStr - Degrees or deg/min/sec in variety of formats.\n * @returns {number} Degrees as decimal number.\n *\n * @example\n *     var lat = Dms.parseDMS('51° 28′ 40.12″ N');\n *     var lon = Dms.parseDMS('000° 00′ 05.31″ W');\n *     var p1 = new LatLon(lat, lon); // 51.4778°N, 000.0015°W\n */\nDms.parseDMS = function(dmsStr) {\n    // check for signed decimal degrees without NSEW, if so return it directly\n    if (typeof dmsStr == 'number' && isFinite(dmsStr)) return Number(dmsStr);\n\n    // strip off any sign or compass dir'n & split out separate d/m/s\n    var dms = String(dmsStr).trim().replace(/^-/, '').replace(/[NSEW]$/i, '').split(/[^0-9.,]+/);\n    if (dms[dms.length-1]=='') dms.splice(dms.length-1);  // from trailing symbol\n\n    if (dms == '') return NaN;\n\n    // and convert to decimal degrees...\n    var deg;\n    switch (dms.length) {\n        case 3:  // interpret 3-part result as d/m/s\n            deg = dms[0]/1 + dms[1]/60 + dms[2]/3600;\n            break;\n        case 2:  // interpret 2-part result as d/m\n            deg = dms[0]/1 + dms[1]/60;\n            break;\n        case 1:  // just d (possibly decimal) or non-separated dddmmss\n            deg = dms[0];\n            // check for fixed-width unseparated format eg 0033709W\n            //if (/[NS]/i.test(dmsStr)) deg = '0' + deg;  // - normalise N/S to 3-digit degrees\n            //if (/[0-9]{7}/.test(deg)) deg = deg.slice(0,3)/1 + deg.slice(3,5)/60 + deg.slice(5)/3600;\n            break;\n        default:\n            return NaN;\n    }\n    if (/^-|[WS]$/i.test(dmsStr.trim())) deg = -deg; // take '-', west and south as -ve\n\n    return Number(deg);\n};\n\n\n/**\n * Separator character to be used to separate degrees, minutes, seconds, and cardinal directions.\n *\n * Set to '\\u202f' (narrow no-break space) for improved formatting.\n *\n * @example\n *   var p = new LatLon(51.2, 0.33);  // 51°12′00.0″N, 000°19′48.0″E\n *   Dms.separator = '\\u202f';        // narrow no-break space\n *   var pʹ = new LatLon(51.2, 0.33); // 51° 12′ 00.0″ N, 000° 19′ 48.0″ E\n */\nDms.separator = '';\n\n\n/**\n * Converts decimal degrees to deg/min/sec format\n *  - degree, prime, double-prime symbols are added, but sign is discarded, though no compass\n *    direction is added.\n *\n * @private\n * @param   {number} deg - Degrees to be formatted as specified.\n * @param   {string} [format=dms] - Return value as 'd', 'dm', 'dms' for deg, deg+min, deg+min+sec.\n * @param   {number} [dp=0|2|4] - Number of decimal places to use – default 0 for dms, 2 for dm, 4 for d.\n * @returns {string} Degrees formatted as deg/min/secs according to specified format.\n */\nDms.toDMS = function(deg, format, dp) {\n    if (isNaN(deg)) return null;  // give up here if we can't make a number from deg\n\n    // default values\n    if (format === undefined) format = 'dms';\n    if (dp === undefined) {\n        switch (format) {\n            case 'd':    case 'deg':         dp = 4; break;\n            case 'dm':   case 'deg+min':     dp = 2; break;\n            case 'dms':  case 'deg+min+sec': dp = 0; break;\n            default:    format = 'dms'; dp = 0;  // be forgiving on invalid format\n        }\n    }\n\n    deg = Math.abs(deg);  // (unsigned result ready for appending compass dir'n)\n\n    var dms, d, m, s;\n    switch (format) {\n        default: // invalid format spec!\n        case 'd': case 'deg':\n            d = deg.toFixed(dp);                       // round/right-pad degrees\n            if (d<100) d = '0' + d;                    // left-pad with leading zeros (note may include decimals)\n            if (d<10) d = '0' + d;\n            dms = d + '°';\n            break;\n        case 'dm': case 'deg+min':\n            d = Math.floor(deg);                       // get component deg\n            m = ((deg*60) % 60).toFixed(dp);           // get component min & round/right-pad\n            if (m == 60) { m = 0; d++; }               // check for rounding up\n            d = ('000'+d).slice(-3);                   // left-pad with leading zeros\n            if (m<10) m = '0' + m;                     // left-pad with leading zeros (note may include decimals)\n            dms = d + '°'+Dms.separator + m + '′';\n            break;\n        case 'dms': case 'deg+min+sec':\n            d = Math.floor(deg);                       // get component deg\n            m = Math.floor((deg*3600)/60) % 60;        // get component min\n            s = (deg*3600 % 60).toFixed(dp);           // get component sec & round/right-pad\n            if (s == 60) { s = (0).toFixed(dp); m++; } // check for rounding up\n            if (m == 60) { m = 0; d++; }               // check for rounding up\n            d = ('000'+d).slice(-3);                   // left-pad with leading zeros\n            m = ('00'+m).slice(-2);                    // left-pad with leading zeros\n            if (s<10) s = '0' + s;                     // left-pad with leading zeros (note may include decimals)\n            dms = d + '°'+Dms.separator + m + '′'+Dms.separator + s + '″';\n            break;\n    }\n\n    return dms;\n};\n\n\n/**\n * Converts numeric degrees to deg/min/sec latitude (2-digit degrees, suffixed with N/S).\n *\n * @param   {number} deg - Degrees to be formatted as specified.\n * @param   {string} [format=dms] - Return value as 'd', 'dm', 'dms' for deg, deg+min, deg+min+sec.\n * @param   {number} [dp=0|2|4] - Number of decimal places to use – default 0 for dms, 2 for dm, 4 for d.\n * @returns {string} Degrees formatted as deg/min/secs according to specified format.\n */\nDms.toLat = function(deg, format, dp) {\n    var lat = Dms.toDMS(deg, format, dp);\n    return lat===null ? '–' : lat.slice(1)+Dms.separator + (deg<0 ? 'S' : 'N');  // knock off initial '0' for lat!\n};\n\n\n/**\n * Convert numeric degrees to deg/min/sec longitude (3-digit degrees, suffixed with E/W)\n *\n * @param   {number} deg - Degrees to be formatted as specified.\n * @param   {string} [format=dms] - Return value as 'd', 'dm', 'dms' for deg, deg+min, deg+min+sec.\n * @param   {number} [dp=0|2|4] - Number of decimal places to use – default 0 for dms, 2 for dm, 4 for d.\n * @returns {string} Degrees formatted as deg/min/secs according to specified format.\n */\nDms.toLon = function(deg, format, dp) {\n    var lon = Dms.toDMS(deg, format, dp);\n    return lon===null ? '–' : lon+Dms.separator + (deg<0 ? 'W' : 'E');\n};\n\n\n/**\n * Converts numeric degrees to deg/min/sec as a bearing (0°..360°)\n *\n * @param   {number} deg - Degrees to be formatted as specified.\n * @param   {string} [format=dms] - Return value as 'd', 'dm', 'dms' for deg, deg+min, deg+min+sec.\n * @param   {number} [dp=0|2|4] - Number of decimal places to use – default 0 for dms, 2 for dm, 4 for d.\n * @returns {string} Degrees formatted as deg/min/secs according to specified format.\n */\nDms.toBrng = function(deg, format, dp) {\n    deg = (Number(deg)+360) % 360;  // normalise -ve values to 180°..360°\n    var brng =  Dms.toDMS(deg, format, dp);\n    return brng===null ? '–' : brng.replace('360', '0');  // just in case rounding took us up to 360°!\n};\n\n\n/**\n * Returns compass point (to given precision) for supplied bearing.\n *\n * @param   {number} bearing - Bearing in degrees from north.\n * @param   {number} [precision=3] - Precision (1:cardinal / 2:intercardinal / 3:secondary-intercardinal).\n * @returns {string} Compass point for supplied bearing.\n *\n * @example\n *   var point = Dms.compassPoint(24);    // point = 'NNE'\n *   var point = Dms.compassPoint(24, 1); // point = 'N'\n */\nDms.compassPoint = function(bearing, precision) {\n    if (precision === undefined) precision = 3;\n    // note precision could be extended to 4 for quarter-winds (eg NbNW), but I think they are little used\n\n    bearing = ((bearing%360)+360)%360; // normalise to range 0..360°\n\n    var cardinals = [\n        'N', 'NNE', 'NE', 'ENE',\n        'E', 'ESE', 'SE', 'SSE',\n        'S', 'SSW', 'SW', 'WSW',\n        'W', 'WNW', 'NW', 'NNW' ];\n    var n = 4 * Math.pow(2, precision-1); // no of compass points at req’d precision (1=>4, 2=>8, 3=>16)\n    var cardinal = cardinals[Math.round(bearing*n/360)%n * 16/n];\n\n    return cardinal;\n};\n\n\n/* - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -  */\nif (typeof module != 'undefined' && module.exports) module.exports = Dms; // ≡ export default Dms\n","module.exports = mergeViableLineStrings\n\n// [Number, Number] -> String\nfunction coordId (coord) {\n  return coord[0].toString() + ',' + coord[1].toString()\n}\n\n// LineString, LineString -> LineString\nfunction mergeLineStrings (a, b) {\n  var s1 = coordId(a.coordinates[0])\n  var e1 = coordId(a.coordinates[a.coordinates.length - 1])\n  var s2 = coordId(b.coordinates[0])\n  var e2 = coordId(b.coordinates[b.coordinates.length - 1])\n\n  // TODO: handle case where more than one of these is true!\n\n  var coords\n  if (s1 === e2) {\n    coords = b.coordinates.concat(a.coordinates.slice(1))\n  } else if (s2 === e1) {\n    coords = a.coordinates.concat(b.coordinates.slice(1))\n  } else if (s1 === s2) {\n    coords = a.coordinates.slice(1).reverse().concat(b.coordinates)\n  } else if (e1 === e2) {\n    coords = a.coordinates.concat(b.coordinates.reverse().slice(1))\n  } else {\n    return null\n  }\n\n  return {\n    type: 'LineString',\n    coordinates: coords\n  }\n}\n\n// Merges all connected (non-forking, non-junctioning) line strings into single\n// line strings.\n// [LineString] -> LineString|MultiLineString\nfunction mergeViableLineStrings (geoms) {\n  // TODO: assert all are linestrings\n\n  var lineStrings = geoms.slice()\n  var result = []\n  while (lineStrings.length > 0) {\n    var ls = lineStrings.shift()\n\n    // Attempt to merge this LineString with the other LineStrings, updating\n    // the reference as it is merged with others and grows.\n    lineStrings = lineStrings.reduce(function (accum, cur) {\n      var merged = mergeLineStrings(ls, cur)\n      if (merged) {\n        // Accumulate the merged LineString\n        ls = merged\n      } else {\n        // Put the unmerged LineString back into the list\n        accum.push(cur)\n      }\n      return accum\n    }, [])\n\n    result.push(ls)\n  }\n\n  if (result.length === 1) {\n    result = result[0]\n  } else {\n    result = {\n      type: 'MultiLineString',\n      coordinates: result.map(function (ls) { return ls.coordinates })\n    }\n  }\n  return result\n}\n\n","var area = require('@mapbox/geojson-area').geometry;\nvar geomReduce = require('@turf/meta').geomReduce;\n\n/**\n * Takes one or more features and returns their area in square meters.\n *\n * @name area\n * @param {FeatureCollection|Feature<any>} geojson input GeoJSON feature(s)\n * @returns {number} area in square meters\n * @addToMap polygon\n * @example\n * var polygon = {\n *   \"type\": \"Feature\",\n *   \"properties\": {},\n *   \"geometry\": {\n *     \"type\": \"Polygon\",\n *     \"coordinates\": [\n *       [\n *         [125, -15],\n *         [113, -22],\n *         [117, -37],\n *         [130, -33],\n *         [148, -39],\n *         [154, -27],\n *         [144, -15],\n *         [125, -15]\n *       ]\n *     ]\n *   }\n * }\n * var area = turf.area(polygon);\n * //=area => square meters\n * //=polygon\n */\nmodule.exports = function (geojson) {\n    return geomReduce(geojson, function (value, geometry) {\n        return value + area(geometry);\n    }, 0);\n};\n","var bbox = require('@turf/bbox');\nvar getCoords = require('@turf/invariant').getCoords;\nvar helpers = require('@turf/helpers');\nvar polygon = helpers.polygon;\nvar multiPolygon = helpers.multiPolygon;\nvar lineString = helpers.lineString;\n\n/**\n * Converts (Multi)LineString(s) to Polygon(s).\n *\n * @name lineStringToPolygon\n * @param {FeatureCollection|Feature<LineString|MultiLineString>} lines Features to convert\n * @param {Object} [properties] translates GeoJSON properties to Feature\n * @param {boolean} [autoComplete=true] auto complete linestrings (matches first & last coordinates)\n * @param {boolean} [orderCoords=true] sorts linestrings to place outer ring at the first position of the coordinates\n * @returns {Feature<Polygon|MultiPolygon>} converted to Polygons\n * @example\n * var line = turf.lineString([[125, -30], [145, -30], [145, -20], [125, -20], [125, -30]]);\n *\n * var polygon = turf.lineStringToPolygon(line);\n *\n * //addToMap\n * var addToMap = [polygon];\n */\nmodule.exports = function (lines, properties, autoComplete, orderCoords) {\n    // validation\n    if (!lines) throw new Error('lines is required');\n\n    // default params\n    autoComplete = (autoComplete !== undefined) ? autoComplete : true;\n    orderCoords = (orderCoords !== undefined) ? orderCoords : true;\n    var type = geomType(lines);\n\n    switch (type) {\n    case 'FeatureCollection':\n    case 'GeometryCollection':\n        var coords = [];\n        var features = (lines.features) ? lines.features : lines.geometries;\n        features.forEach(function (line) {\n            coords.push(getCoords(lineStringToPolygon(line, {}, autoComplete, orderCoords)));\n        });\n        return multiPolygon(coords, properties);\n    }\n    return lineStringToPolygon(lines, properties, autoComplete, orderCoords);\n};\n\n/**\n * LineString to Polygon\n *\n * @private\n * @param {Feature<LineString|MultiLineString>} line line\n * @param {Object} [properties] translates GeoJSON properties to Feature\n * @param {boolean} [autoComplete=true] auto complete linestrings\n * @param {boolean} [orderCoords=true] sorts linestrings to place outer ring at the first position of the coordinates\n * @returns {Feature<Polygon>} line converted to Polygon\n */\nfunction lineStringToPolygon(line, properties, autoComplete, orderCoords) {\n    properties = properties || line.properties || {};\n    var coords = getCoords(line);\n    var type = geomType(line);\n\n    if (!coords.length) throw new Error('line must contain coordinates');\n\n    switch (type) {\n    case 'LineString':\n        if (autoComplete) coords = autoCompleteCoords(coords);\n        return polygon([coords], properties);\n    case 'MultiLineString':\n        var multiCoords = [];\n        var largestArea = 0;\n\n        coords.forEach(function (coord) {\n            if (autoComplete) coord = autoCompleteCoords(coord);\n\n            // Largest LineString to be placed in the first position of the coordinates array\n            if (orderCoords) {\n                var area = calculateArea(bbox(lineString(coord)));\n                if (area > largestArea) {\n                    multiCoords.unshift(coord);\n                    largestArea = area;\n                } else multiCoords.push(coord);\n            } else {\n                multiCoords.push(coord);\n            }\n        });\n        return polygon(multiCoords, properties);\n    default:\n        throw new Error('geometry type ' + type + ' is not supported');\n    }\n}\n\nfunction geomType(feature) {\n    return (feature.geometry) ? feature.geometry.type : feature.type;\n}\n\n/**\n * Auto Complete Coords - matches first & last coordinates\n *\n * @private\n * @param {Array<Array<number>>} coords Coordinates\n * @returns {Array<Array<number>>} auto completed coordinates\n */\nfunction autoCompleteCoords(coords) {\n    var first = coords[0];\n    var x1 = first[0];\n    var y1 = first[1];\n    var last = coords[coords.length - 1];\n    var x2 = last[0];\n    var y2 = last[1];\n    if (x1 !== x2 || y1 !== y2) {\n        coords.push(first);\n    }\n    return coords;\n}\n\n/**\n * area - quick approximate area calculation (used to sort)\n *\n * @private\n * @param {[number, number, number, number]} bbox BBox [west, south, east, north]\n * @returns {number} very quick area calculation\n */\nfunction calculateArea(bbox) {\n    var west = bbox[0];\n    var south = bbox[1];\n    var east = bbox[2];\n    var north = bbox[3];\n    return Math.abs(west - east) * Math.abs(south - north);\n}\n","'use strict';\n\nvar Graph = require('./Graph'),\n    EdgeRing = require('./EdgeRing'),\n    _require = require('@turf/helpers'),\n    featureCollection = _require.featureCollection;\n\n/**\n * Polygonizes {@link LineString|(Multi)LineString(s)} into {@link Polygons}.\n *\n * Implementation of GEOSPolygonize function (`geos::operation::polygonize::Polygonizer`).\n *\n * Polygonizes a set of lines that represents edges in a planar graph. Edges must be correctly\n * noded, i.e., they must only meet at their endpoints.\n *\n * The implementation correctly handles:\n *\n * - Dangles: edges which have one or both ends which are not incident on another edge endpoint.\n * - Cut Edges (bridges): edges that are connected at both ends but which do not form part of a polygon.\n *\n * @name polygonize\n * @param {FeatureCollection|Geometry|Feature<LineString|MultiLineString>} geoJson Lines in order to polygonize\n * @returns {FeatureCollection<Polygon>} Polygons created\n * @throws {Error} if geoJson is invalid.\n */\nmodule.exports = function polygonize(geoJson) {\n  var graph = Graph.fromGeoJson(geoJson);\n\n  // 1. Remove dangle node\n  graph.deleteDangles();\n\n  // 2. Remove cut-edges (bridge edges)\n  graph.deleteCutEdges();\n\n  // 3. Get all holes and shells\n  var holes = [],\n      shells = [];\n\n  graph.getEdgeRings().filter(function (edgeRing) {\n    return edgeRing.isValid();\n  }).forEach(function (edgeRing) {\n    if (edgeRing.isHole()) holes.push(edgeRing);else shells.push(edgeRing);\n  });\n\n  // 4. Assign Holes to Shells\n  holes.forEach(function (hole) {\n    if (EdgeRing.findEdgeRingContaining(hole, shells)) shells.push(hole);\n  });\n\n  // 5. EdgeRings to Polygons\n  return featureCollection(shells.map(function (shell) {\n    return shell.toPolygon();\n  }));\n};","import * as helpers from '@turf/helpers';\nimport {\n    point,\n    polygon,\n    lineString,\n    multiPoint,\n    multiPolygon,\n    multiLineString,\n    feature,\n    geometry,\n    featureCollection,\n    geometryCollection,\n    radiansToDistance,\n    distanceToRadians,\n    distanceToDegrees,\n    bearingToAngle,\n    radians2degrees,\n    degrees2radians,\n    round,\n    convertDistance,\n    convertArea,\n    isNumber} from '@turf/helpers';\nimport * as invariant from '@turf/invariant';\nimport {\n    getGeom,\n    getGeomType,\n    getCoord,\n    getCoords,\n    geojsonType,\n    featureOf,\n    collectionOf,\n    containsNumber} from '@turf/invariant';\nimport * as meta from '@turf/meta';\nimport {\n    coordEach,\n    coordReduce,\n    propEach,\n    propReduce,\n    featureEach,\n    featureReduce,\n    coordAll,\n    geomEach,\n    geomReduce,\n    flattenEach,\n    flattenReduce,\n    segmentEach,\n    segmentReduce,\n    lineEach, // v4.7.0\n    lineReduce // v4.7.0\n} from '@turf/meta';\nimport * as isolines from '@turf/isolines';\nimport * as convex from '@turf/convex';\nimport * as within from '@turf/within';\nimport * as concave from '@turf/concave';\nimport * as difference from '@turf/difference';\nimport * as dissolve from '@turf/dissolve';\nimport * as collect from '@turf/collect';\nimport * as flip from '@turf/flip';\nimport * as simplify from '@turf/simplify';\nimport * as bezier from '@turf/bezier';\nimport * as tag from '@turf/tag';\nimport * as sample from '@turf/sample';\nimport * as envelope from '@turf/envelope';\nimport * as square from '@turf/square';\nimport * as circle from '@turf/circle';\nimport * as midpoint from '@turf/midpoint';\nimport * as buffer from '@turf/buffer';\nimport * as center from '@turf/center';\nimport * as centerOfMass from '@turf/center-of-mass';\nimport * as centroid from '@turf/centroid';\nimport * as combine from '@turf/combine';\nimport * as distance from '@turf/distance';\nimport * as explode from '@turf/explode';\nimport * as bbox from '@turf/bbox';\nimport * as tesselate from '@turf/tesselate';\nimport * as bboxPolygon from '@turf/bbox-polygon';\nimport * as inside from '@turf/inside';\nimport * as intersect from '@turf/intersect';\nimport * as nearest from '@turf/nearest';\nimport * as planepoint from '@turf/planepoint';\nimport * as random from '@turf/random';\nimport * as tin from '@turf/tin';\nimport * as union from '@turf/union';\nimport * as bearing from '@turf/bearing';\nimport * as destination from '@turf/destination';\nimport * as kinks from '@turf/kinks';\nimport * as pointOnSurface from '@turf/point-on-surface';\nimport * as area from '@turf/area';\nimport * as along from '@turf/along';\nimport * as lineDistance from '@turf/line-distance';\nimport * as lineSlice from '@turf/line-slice';\nimport * as lineSliceAlong from '@turf/line-slice-along';\nimport * as pointOnLine from '@turf/point-on-line';\nimport * as pointGrid from '@turf/point-grid';\nimport * as squareGrid from '@turf/square-grid';\nimport * as triangleGrid from '@turf/triangle-grid';\nimport * as hexGrid from '@turf/hex-grid';\nimport * as idw from '@turf/idw';\nimport * as truncate from '@turf/truncate';\nimport * as flatten from '@turf/flatten';\nimport * as lineIntersect from '@turf/line-intersect';\nimport * as mask from '@turf/mask';\nimport * as lineChunk from '@turf/line-chunk';\nimport * as unkinkPolygon from '@turf/unkink-polygon';\nimport * as greatCircle from '@turf/great-circle';\nimport * as lineSegment from '@turf/line-segment';\nimport * as lineSplit from '@turf/line-split';\nimport * as lineArc from '@turf/line-arc';\nimport * as polygonToLineString from '@turf/polygon-to-linestring';\nimport * as lineStringToPolygon from '@turf/linestring-to-polygon';\nimport * as bboxClip from '@turf/bbox-clip';\nimport * as lineOverlap from '@turf/line-overlap';\nimport * as sector from '@turf/sector';\nimport * as rhumbBearing from '@turf/rhumb-bearing';\nimport * as rhumbDistance from '@turf/rhumb-distance';\nimport * as rhumbDestination from '@turf/rhumb-destination';\nimport * as polygonTangents from '@turf/polygon-tangents';\nimport * as rewind from '@turf/rewind';\nimport * as isobands from '@turf/isobands';\nimport * as transformRotate from '@turf/transform-rotate';\nimport * as transformScale from '@turf/transform-scale';\nimport * as transformTranslate from '@turf/transform-translate';\nimport * as lineOffset from '@turf/line-offset';\nimport * as polygonize from '@turf/polygonize';\nimport * as booleanDisjoint from '@turf/boolean-disjoint';\nimport * as booleanContains from '@turf/boolean-contains';\nimport * as booleanCrosses from '@turf/boolean-crosses';\nimport * as booleanClockwise from '@turf/boolean-clockwise';\nimport * as booleanEqual from '@turf/boolean-equal';\nimport * as booleanWithin from '@turf/boolean-within'; // 4.7.0\nimport * as clone from '@turf/clone';\nimport * as cleanCoords from '@turf/clean-coords';\nimport * as pointToLineDistance from '@turf/point-to-line-distance'; // v4.7.0\nexport {\n    isolines,\n    convex,\n    within,\n    concave,\n    difference,\n    dissolve,\n    collect,\n    flip,\n    simplify,\n    bezier,\n    tag,\n    sample,\n    envelope,\n    square,\n    circle,\n    midpoint,\n    buffer,\n    center,\n    centerOfMass,\n    centroid,\n    combine,\n    distance,\n    explode,\n    bbox,\n    tesselate,\n    bboxPolygon,\n    inside,\n    intersect,\n    nearest,\n    planepoint,\n    random,\n    tin,\n    union,\n    bearing,\n    destination,\n    kinks,\n    pointOnSurface,\n    area,\n    along,\n    lineDistance,\n    lineSlice,\n    lineSliceAlong,\n    pointOnLine,\n    pointGrid,\n    squareGrid,\n    triangleGrid,\n    hexGrid,\n    idw,\n    point,\n    polygon,\n    lineString,\n    multiPoint,\n    multiPolygon,\n    multiLineString,\n    feature,\n    geometry,\n    featureCollection,\n    geometryCollection,\n    radiansToDistance,\n    distanceToRadians,\n    distanceToDegrees,\n    getCoord,\n    getCoords,\n    getGeom,\n    getGeomType,\n    geojsonType,\n    featureOf,\n    collectionOf,\n    containsNumber,\n    truncate,\n    flatten,\n    coordEach,\n    coordReduce,\n    propEach,\n    propReduce,\n    featureEach,\n    coordAll,\n    geomEach,\n    lineIntersect,\n    mask,\n    lineChunk,\n    unkinkPolygon,\n    greatCircle,\n    lineSegment,\n    lineSplit,\n    lineArc,\n    polygonToLineString,\n    lineStringToPolygon,\n    bboxClip,\n    lineOverlap,\n    sector,\n    rhumbBearing,\n    rhumbDistance,\n    rhumbDestination,\n    polygonTangents,\n    rewind,\n    isobands,\n    radians2degrees,\n    degrees2radians,\n    round,\n    flattenEach,\n    flattenReduce,\n    convertDistance,\n    convertArea,\n    transformRotate,\n    transformScale,\n    transformTranslate,\n    lineOffset,\n    polygonize,\n    bearingToAngle,\n    featureReduce,\n    geomReduce,\n    booleanWithin,\n    booleanDisjoint,\n    booleanContains,\n    booleanCrosses,\n    booleanClockwise,\n    booleanEqual,\n    clone,\n    segmentEach,\n    segmentReduce,\n    cleanCoords,\n    isNumber,\n    pointToLineDistance, // v4.7.0\n    helpers,\n    meta,\n    invariant,\n    lineEach, // v4.7.0\n    lineReduce // v4.7.0\n};\n","var circle = require('@turf/circle');\nvar coordEach = require('@turf/meta').coordEach;\nvar helpers = require('@turf/helpers');\nvar getCoords = require('@turf/invariant').getCoords;\nvar polygon = helpers.polygon;\nvar lineArc = require('@turf/line-arc');\n\n/**\n * Creates a circular sector of a circle of given radius and center {@link Point},\n * between (clockwise) bearing1 and bearing2; 0 bearing is North of center point, positive clockwise.\n *\n * @name sector\n * @param {Feature<Point>} center center point\n * @param {number} radius radius of the circle\n * @param {number} bearing1 angle, in decimal degrees, of the first radius of the sector\n * @param {number} bearing2 angle, in decimal degrees, of the second radius of the sector\n * @param {number} [steps=64] number of steps\n * @param {string} [units=kilometers] miles, kilometers, degrees, or radians\n * @returns {Feature<Polygon>} sector polygon\n * @example\n * var center = turf.point([-75, 40]);\n * var radius = 5;\n * var bearing1 = 25;\n * var bearing2 = 45;\n *\n * var sector = turf.sector(center, radius, bearing1, bearing2);\n *\n * //addToMap\n * var addToMap = [center, sector];\n */\nmodule.exports = function (center, radius, bearing1, bearing2, steps, units) {\n    // validation\n    if (!center) throw new Error('center is required');\n    if (bearing1 === undefined || bearing1 === null) throw new Error('bearing1 is required');\n    if (bearing2 === undefined || bearing2 === null) throw new Error('bearing2 is required');\n    if (!radius) throw new Error('radius is required');\n\n    // default params\n    steps = steps || 64;\n\n    if (convertAngleTo360(bearing1) === convertAngleTo360(bearing2)) {\n        return circle(center, radius, steps, units);\n    }\n    var coords = getCoords(center);\n    var arc = lineArc(center, radius, bearing1, bearing2, steps, units);\n    var sliceCoords = [[coords]];\n    coordEach(arc, function (currentCoords) {\n        sliceCoords[0].push(currentCoords);\n    });\n    sliceCoords[0].push(coords);\n\n    return polygon(sliceCoords);\n};\n\n/**\n * Takes any angle in degrees\n * and returns a valid angle between 0-360 degrees\n *\n * @private\n * @param {number} alfa angle between -180-180 degrees\n * @returns {number} angle between 0-360 degrees\n */\nfunction convertAngleTo360(alfa) {\n    var beta = alfa % 360;\n    if (beta < 0) {\n        beta += 360;\n    }\n    return beta;\n}\n","import mod from \"-!../../../../../node_modules/mini-css-extract-plugin/dist/loader.js??ref--8-oneOf-1-0!../../../../../node_modules/css-loader/index.js??ref--8-oneOf-1-1!../../../../../node_modules/vue-loader/lib/loaders/stylePostLoader.js!../../../../../node_modules/postcss-loader/src/index.js??ref--8-oneOf-1-2!../../../../../node_modules/sass-loader/lib/loader.js??ref--8-oneOf-1-3!../../../../../node_modules/cache-loader/dist/cjs.js??ref--0-0!../../../../../node_modules/vue-loader/lib/index.js??vue-loader-options!./SimpleTable.vue?vue&type=style&index=0&id=2728a880&lang=scss&scoped=true&\"; export default mod; export * from \"-!../../../../../node_modules/mini-css-extract-plugin/dist/loader.js??ref--8-oneOf-1-0!../../../../../node_modules/css-loader/index.js??ref--8-oneOf-1-1!../../../../../node_modules/vue-loader/lib/loaders/stylePostLoader.js!../../../../../node_modules/postcss-loader/src/index.js??ref--8-oneOf-1-2!../../../../../node_modules/sass-loader/lib/loader.js??ref--8-oneOf-1-3!../../../../../node_modules/cache-loader/dist/cjs.js??ref--0-0!../../../../../node_modules/vue-loader/lib/index.js??vue-loader-options!./SimpleTable.vue?vue&type=style&index=0&id=2728a880&lang=scss&scoped=true&\"","'use strict';\n\nvar _createClass = function () { function defineProperties(target, props) { for (var i = 0; i < props.length; i++) { var descriptor = props[i]; descriptor.enumerable = descriptor.enumerable || false; descriptor.configurable = true; if (\"value\" in descriptor) descriptor.writable = true; Object.defineProperty(target, descriptor.key, descriptor); } } return function (Constructor, protoProps, staticProps) { if (protoProps) defineProperties(Constructor.prototype, protoProps); if (staticProps) defineProperties(Constructor, staticProps); return Constructor; }; }();\n\nfunction _classCallCheck(instance, Constructor) { if (!(instance instanceof Constructor)) { throw new TypeError(\"Cannot call a class as a function\"); } }\n\nvar _require = require('@turf/helpers'),\n    lineString = _require.lineString,\n    _require2 = require('./util'),\n    orientationIndex = _require2.orientationIndex;\n\n/** This class is inspired by GEOS's geos::operation::polygonize::PolygonizeDirectedEdge\n */\n\n\nvar Edge = function () {\n  _createClass(Edge, [{\n    key: 'getSymetric',\n\n    /** Creates or get the symetric Edge.\n     *\n     * @returns {Edge} - Symetric Edge.\n     */\n    value: function getSymetric() {\n      if (!this.symetric) {\n        this.symetric = new Edge(this.to, this.from);\n        this.symetric.symetric = this;\n      }\n\n      return this.symetric;\n    }\n\n    /**\n     * @param {Node} from - start node of the Edge\n     * @param {Node} to - end node of the edge\n     */\n\n  }]);\n\n  function Edge(from, to) {\n    _classCallCheck(this, Edge);\n\n    this.from = from; //< start\n    this.to = to; //< End\n\n    this.next = undefined; //< The edge to be computed after\n    this.label = undefined; //< Used in order to detect Cut Edges (Bridges)\n    this.symetric = undefined; //< The symetric edge of this\n    this.ring = undefined; //< EdgeRing in which the Edge is\n\n    this.from.addOuterEdge(this);\n    this.to.addInnerEdge(this);\n  }\n\n  /** Removes edge from from and to nodes.\n   */\n\n\n  _createClass(Edge, [{\n    key: 'deleteEdge',\n    value: function deleteEdge() {\n      this.from.removeOuterEdge(this);\n      this.to.removeInnerEdge(this);\n    }\n\n    /** Compares Edge equallity.\n     * An edge is equal to another, if the from and to nodes are the same.\n     *\n     * @param {Edge} edge - Another Edge\n     * @returns {Boolean} - True if Edges are equal, False otherwise\n     */\n\n  }, {\n    key: 'isEqual',\n    value: function isEqual(edge) {\n      return this.from.id === edge.from.id && this.to.id === edge.to.id;\n    }\n  }, {\n    key: 'toString',\n    value: function toString() {\n      return 'Edge { ' + this.from.id + ' -> ' + this.to.id + ' }';\n    }\n\n    /** Returns a LineString representation of the Edge\n     *\n     * @returns {Feature<LineString>} - LineString representation of the Edge\n     */\n\n  }, {\n    key: 'toLineString',\n    value: function toLineString() {\n      return lineString([this.from.coordinates, this.to.coordinates]);\n    }\n\n    /** Comparator of two edges.\n     * Implementation of geos::planargraph::DirectedEdge::compareTo.\n     *\n     * @param {Edge} edge - Another edge to compare with this one\n     * @returns {Number} -1 if this Edge has a greater angle with the positive x-axis than b,\n     *          0 if the Edges are colinear,\n     *          1 otherwise\n     */\n\n  }, {\n    key: 'compareTo',\n    value: function compareTo(edge) {\n      return orientationIndex(edge.from.coordinates, edge.to.coordinates, this.to.coordinates);\n    }\n  }]);\n\n  return Edge;\n}();\n\nmodule.exports = Edge;","var bbox = require('@turf/bbox');\nvar area = require('@turf/area');\nvar inside = require('@turf/inside');\nvar helpers = require('@turf/helpers');\nvar explode = require('@turf/explode');\nvar invariant = require('@turf/invariant');\nvar gridToMatrix = require('grid-to-matrix');\nvar marchingsquares = require('marchingsquares');\nvar polygon = helpers.polygon;\nvar multiPolygon = helpers.multiPolygon;\nvar collectionOf = invariant.collectionOf;\nvar featureCollection = helpers.featureCollection;\n\n/**\n * Takes a grid {@link FeatureCollection} of {@link Point} features with z-values and an array of\n * value breaks and generates filled contour isobands.\n *\n * @name isobands\n * @param {FeatureCollection<Point>} pointGrid input points\n * @param {Array<number>} breaks where to draw contours\n * @param {string} [zProperty='elevation'] the property name in `points` from which z-values will be pulled\n * @param {Object} [options={}] options on output\n * @param {Array<Object>} [options.isobandProperties=[]] GeoJSON properties passed, in order, to the correspondent isoband (order defined by breaks)\n * @param {Object} [options.commonProperties={}] GeoJSON properties passed to ALL isobands\n * @returns {FeatureCollection<MultiPolygon>} a FeatureCollection of {@link MultiPolygon} features representing isobands\n * @example\n * // create a grid of points with random z-values in their properties\n * var extent = [-70.823364, -33.553984, -69.823364, -32.553984];\n * var cellWidth = 5;\n * var units = 'miles';\n * var pointGrid = turf.pointGrid(extent, cellWidth, units);\n * for (var i = 0; i < pointGrid.features.length; i++) {\n *     pointGrid.features[i].properties.elevation = Math.random() * 10;\n * }\n * var breaks = [0, 5, 8.5];\n *\n * var isobands = turf.isobands(pointGrid, breaks);\n *\n * //addToMap\n * var addToMap = [isobands];\n */\nmodule.exports = function (pointGrid, breaks, zProperty, options) {\n    // Input validation\n    var isObject = function (input) {\n        return (!!input) && (input.constructor === Object);\n    };\n    collectionOf(pointGrid, 'Point', 'Input must contain Points');\n    if (!breaks || !Array.isArray(breaks)) throw new Error('breaks is required');\n    options = options || {};\n    if (options.commonProperties && !isObject(options.commonProperties)) {\n        throw new Error('commonProperties is not an Object');\n    }\n    if (options.isobandProperties && !Array.isArray(options.isobandProperties)) {\n        throw new Error('isobandProperties is not an Array');\n    }\n    if (zProperty && typeof zProperty !== 'string') { throw new Error('zProperty is not a string'); }\n\n    zProperty = zProperty || 'elevation';\n    var commonProperties = options.commonProperties || {};\n    var isobandProperties = options.isobandProperties || [];\n\n    // Isoband methods\n    var matrix = gridToMatrix(pointGrid, zProperty, true);\n    var contours = createContourLines(matrix, breaks, zProperty);\n    contours = rescaleContours(contours, matrix, pointGrid);\n\n    var multipolygons = contours.map(function (contour, index) {\n        if (isobandProperties[index] && !isObject(isobandProperties[index])) {\n            throw new Error('Each mappedProperty is required to be an Object');\n        }\n        // collect all properties\n        var contourProperties = Object.assign(\n            {},\n            commonProperties,\n            isobandProperties[index]\n        );\n        contourProperties[zProperty] = contour[zProperty];\n        var multiP = multiPolygon(contour.groupedRings, contourProperties);\n        return multiP;\n    });\n\n    return featureCollection(multipolygons);\n};\n\n/**\n * Creates the contours lines (featuresCollection of polygon features) from the 2D data grid\n *\n * Marchingsquares process the grid data as a 3D representation of a function on a 2D plane, therefore it\n * assumes the points (x-y coordinates) are one 'unit' distance. The result of the IsoBands function needs to be\n * rescaled, with turfjs, to the original area and proportions on the map\n *\n * @private\n * @param {Array<Array<number>>} matrix Grid Data\n * @param {Array<number>} breaks Breaks\n * @param {string} [property='elevation'] Property\n * @returns {Array<any>} contours\n */\nfunction createContourLines(matrix, breaks, property) {\n\n    var contours = [];\n    for (var i = 1; i < breaks.length; i++) {\n        var lowerBand = +breaks[i - 1]; // make sure the breaks value is a number\n        var upperBand = +breaks[i];\n\n        var isobandsCoords = marchingsquares.isoBands(matrix, lowerBand, upperBand - lowerBand);\n        // as per GeoJson rules for creating a Polygon, make sure the first element\n        // in the array of LinearRings represents the exterior ring (i.e. biggest area),\n        // and any subsequent elements represent interior rings (i.e. smaller area);\n        // this avoids rendering issues of the MultiPolygons on the map\n        var nestedRings = orderByArea(isobandsCoords);\n        var groupedRings = groupNestedRings(nestedRings);\n        var obj = {};\n        obj['groupedRings'] = groupedRings;\n        obj[property] = lowerBand + '-' + upperBand;\n        contours.push(obj);\n    }\n    return contours;\n}\n\n/**\n * Transform isobands of 2D grid to polygons for the map\n *\n * @private\n * @param {Array<any>} contours Contours\n * @param {Array<Array<number>>} matrix Grid Data\n * @param {Object} points Points by Latitude\n * @returns {Array<any>} contours\n */\nfunction rescaleContours(contours, matrix, points) {\n\n    // get dimensions (on the map) of the original grid\n    var gridBbox = bbox(points); // [ minX, minY, maxX, maxY ]\n    var originalWidth = gridBbox[2] - gridBbox[0];\n    var originalHeigth = gridBbox[3] - gridBbox[1];\n\n    // get origin, which is the first point of the last row on the rectangular data on the map\n    var x0 = gridBbox[0];\n    var y0 = gridBbox[1];\n    // get number of cells per side\n    var matrixWidth = matrix[0].length - 1;\n    var matrixHeight = matrix.length - 1;\n    // calculate the scaling factor between matrix and rectangular grid on the map\n    var scaleX = originalWidth / matrixWidth;\n    var scaleY = originalHeigth / matrixHeight;\n\n    var resize = function (point) {\n        point[0] = point[0] * scaleX + x0;\n        point[1] = point[1] * scaleY + y0;\n    };\n\n    // resize and shift each point/line of the isobands\n    contours.forEach(function (contour) {\n        contour.groupedRings.forEach(function (lineRingSet) {\n            lineRingSet.forEach(function (lineRing) {\n                lineRing.forEach(resize);\n            });\n        });\n    });\n    return contours;\n}\n\n\n/*  utility functions */\n\n\n/**\n * Returns an array of coordinates (of LinearRings) in descending order by area\n *\n * @private\n * @param {Array<LineString>} ringsCoords array of closed LineString\n * @returns {Array} array of the input LineString ordered by area\n */\nfunction orderByArea(ringsCoords) {\n    var ringsWithArea = [];\n    var areas = [];\n    ringsCoords.forEach(function (coords) {\n        // var poly = polygon([points]);\n        var ringArea = area(polygon([coords]));\n        // create an array of areas value\n        areas.push(ringArea);\n        // associate each lineRing with its area\n        ringsWithArea.push({ring: coords, area: ringArea});\n    });\n    areas.sort(function (a, b) { // bigger --> smaller\n        return b - a;\n    });\n    // create a new array of linearRings coordinates ordered by their area\n    var orderedByArea = [];\n    areas.forEach(function (area) {\n        for (var lr = 0; lr < ringsWithArea.length; lr++) {\n            if (ringsWithArea[lr].area === area) {\n                orderedByArea.push(ringsWithArea[lr].ring);\n                ringsWithArea.splice(lr, 1);\n                break;\n            }\n        }\n    });\n    return orderedByArea;\n}\n\n/**\n * Returns an array of arrays of coordinates, each representing\n * a set of (coordinates of) nested LinearRings,\n * i.e. the first ring contains all the others\n *\n * @private\n * @param {Array} orderedLinearRings array of coordinates (of LinearRings) in descending order by area\n * @returns {Array<Array>} Array of coordinates of nested LinearRings\n */\nfunction groupNestedRings(orderedLinearRings) {\n    // create a list of the (coordinates of) LinearRings\n    var lrList = orderedLinearRings.map(function (lr) {\n        return {lrCoordinates: lr, grouped: false};\n    });\n    var groupedLinearRingsCoords = [];\n    while (!allGrouped(lrList)) {\n        for (var i = 0; i < lrList.length; i++) {\n            if (!lrList[i].grouped) {\n                // create new group starting with the larger not already grouped ring\n                var group = [];\n                group.push(lrList[i].lrCoordinates);\n                lrList[i].grouped = true;\n                var outerMostPoly = polygon([lrList[i].lrCoordinates]);\n                // group all the rings contained by the outermost ring\n                for (var j = i + 1; j < lrList.length; j++) {\n                    if (!lrList[j].grouped) {\n                        var lrPoly = polygon([lrList[j].lrCoordinates]);\n                        if (isInside(lrPoly, outerMostPoly)) {\n                            group.push(lrList[j].lrCoordinates);\n                            lrList[j].grouped = true;\n                        }\n                    }\n                }\n                // insert the new group\n                groupedLinearRingsCoords.push(group);\n            }\n        }\n    }\n    return groupedLinearRingsCoords;\n}\n\n/**\n * @private\n * @param {Polygon} testPolygon polygon of interest\n * @param {Polygon} targetPolygon polygon you want to compare with\n * @returns {boolean} true if test-Polygon is inside target-Polygon\n */\nfunction isInside(testPolygon, targetPolygon) {\n    var points = explode(testPolygon);\n    for (var i = 0; i < points.features.length; i++) {\n        if (!inside(points.features[i], targetPolygon)) {\n            return false;\n        }\n    }\n    return true;\n}\n\n/**\n * @private\n * @param {Array<Object>} list list of objects which might contain the 'group' attribute\n * @returns {boolean} true if all the objects in the list are marked as grouped\n */\nfunction allGrouped(list) {\n    for (var i = 0; i < list.length; i++) {\n        if (list[i].grouped === false) {\n            return false;\n        }\n    }\n    return true;\n}\n","'use strict'\n\nmodule.exports = monotoneConvexHull2D\n\nvar orient = require('robust-orientation')[3]\n\nfunction monotoneConvexHull2D(points) {\n  var n = points.length\n\n  if(n < 3) {\n    var result = new Array(n)\n    for(var i=0; i<n; ++i) {\n      result[i] = i\n    }\n\n    if(n === 2 &&\n       points[0][0] === points[1][0] &&\n       points[0][1] === points[1][1]) {\n      return [0]\n    }\n\n    return result\n  }\n\n  //Sort point indices along x-axis\n  var sorted = new Array(n)\n  for(var i=0; i<n; ++i) {\n    sorted[i] = i\n  }\n  sorted.sort(function(a,b) {\n    var d = points[a][0]-points[b][0]\n    if(d) {\n      return d\n    }\n    return points[a][1] - points[b][1]\n  })\n\n  //Construct upper and lower hulls\n  var lower = [sorted[0], sorted[1]]\n  var upper = [sorted[0], sorted[1]]\n\n  for(var i=2; i<n; ++i) {\n    var idx = sorted[i]\n    var p   = points[idx]\n\n    //Insert into lower list\n    var m = lower.length\n    while(m > 1 && orient(\n        points[lower[m-2]], \n        points[lower[m-1]], \n        p) <= 0) {\n      m -= 1\n      lower.pop()\n    }\n    lower.push(idx)\n\n    //Insert into upper list\n    m = upper.length\n    while(m > 1 && orient(\n        points[upper[m-2]], \n        points[upper[m-1]], \n        p) >= 0) {\n      m -= 1\n      upper.pop()\n    }\n    upper.push(idx)\n  }\n\n  //Merge lists together\n  var result = new Array(upper.length + lower.length - 2)\n  var ptr    = 0\n  for(var i=0, nl=lower.length; i<nl; ++i) {\n    result[ptr++] = lower[i]\n  }\n  for(var j=upper.length-2; j>0; --j) {\n    result[ptr++] = upper[j]\n  }\n\n  //Return result\n  return result\n}","'use strict'\n\nmodule.exports = convexHullnD\n\nvar ich = require('incremental-convex-hull')\nvar aff = require('affine-hull')\n\nfunction permute(points, front) {\n  var n = points.length\n  var npoints = new Array(n)\n  for(var i=0; i<front.length; ++i) {\n    npoints[i] = points[front[i]]\n  }\n  var ptr = front.length\n  for(var i=0; i<n; ++i) {\n    if(front.indexOf(i) < 0) {\n      npoints[ptr++] = points[i]\n    }\n  }\n  return npoints\n}\n\nfunction invPermute(cells, front) {\n  var nc = cells.length\n  var nf = front.length\n  for(var i=0; i<nc; ++i) {\n    var c = cells[i]\n    for(var j=0; j<c.length; ++j) {\n      var x = c[j]\n      if(x < nf) {\n        c[j] = front[x]\n      } else {\n        x = x - nf\n        for(var k=0; k<nf; ++k) {\n          if(x >= front[k]) {\n            x += 1\n          }\n        }\n        c[j] = x\n      }\n    }\n  }\n  return cells\n}\n\nfunction convexHullnD(points, d) {\n  try {\n    return ich(points, true)\n  } catch(e) {\n    //If point set is degenerate, try to find a basis and rerun it\n    var ah = aff(points)\n    if(ah.length <= d) {\n      //No basis, no try\n      return []\n    }\n    var npoints = permute(points, ah)\n    var nhull   = ich(npoints, true)\n    return invPermute(nhull, ah)\n  }\n}","var meta = require('@turf/meta');\nvar equal = require('deep-equal');\nvar rbush = require('geojson-rbush');\nvar invariant = require('@turf/invariant');\nvar lineSegment = require('@turf/line-segment');\nvar pointOnLine = require('@turf/point-on-line');\nvar booleanPointOnLine = require('@turf/boolean-point-on-line');\nvar featureCollection = require('@turf/helpers').featureCollection;\nvar getCoords = invariant.getCoords;\nvar featureEach = meta.featureEach;\nvar segmentEach = meta.segmentEach;\n\n/**\n * Takes any LineString or Polygon and returns the overlapping lines between both features.\n *\n * @name lineOverlap\n * @param {Geometry|Feature<LineString|MultiLineString|Polygon|MultiPolygon>} line1 any LineString or Polygon\n * @param {Geometry|Feature<LineString|MultiLineString|Polygon|MultiPolygon>} line2 any LineString or Polygon\n * @param {number} [tolerance=0] Tolerance distance to match overlapping line segments (in kilometers)\n * @returns {FeatureCollection<LineString>} lines(s) that are overlapping between both features\n * @example\n * var line1 = turf.lineString([[115, -35], [125, -30], [135, -30], [145, -35]]);\n * var line2 = turf.lineString([[115, -25], [125, -30], [135, -30], [145, -25]]);\n *\n * var overlapping = turf.lineOverlap(line1, line2);\n *\n * //addToMap\n * var addToMap = [line1, line2, overlapping]\n */\nmodule.exports = function (line1, line2, tolerance) {\n    var features = [];\n    tolerance = tolerance || 0;\n\n    // Create Spatial Index\n    var tree = rbush();\n    tree.load(lineSegment(line1));\n    var overlapSegment;\n\n    // Line Intersection\n\n    // Iterate over line segments\n    segmentEach(line2, function (segment) {\n        var doesOverlaps = false;\n\n        // Iterate over each segments which falls within the same bounds\n        featureEach(tree.search(segment), function (match) {\n            if (doesOverlaps === false) {\n                var coordsSegment = getCoords(segment).sort();\n                var coordsMatch = getCoords(match).sort();\n\n                // Segment overlaps feature\n                if (equal(coordsSegment, coordsMatch)) {\n                    doesOverlaps = true;\n                    // Overlaps already exists - only append last coordinate of segment\n                    if (overlapSegment) overlapSegment = concatSegment(overlapSegment, segment);\n                    else overlapSegment = segment;\n                // Match segments which don't share nodes (Issue #901)\n                } else if (\n                    (tolerance === 0) ?\n                        booleanPointOnLine(coordsSegment[0], match) && booleanPointOnLine(coordsSegment[1], match) :\n                        pointOnLine(match, coordsSegment[0]).properties.dist <= tolerance &&\n                        pointOnLine(match, coordsSegment[1]).properties.dist <= tolerance) {\n                    doesOverlaps = true;\n                    if (overlapSegment) overlapSegment = concatSegment(overlapSegment, segment);\n                    else overlapSegment = segment;\n                } else if (\n                    (tolerance === 0) ?\n                        booleanPointOnLine(coordsMatch[0], segment) && booleanPointOnLine(coordsMatch[1], segment) :\n                        pointOnLine(segment, coordsMatch[0]).properties.dist <= tolerance &&\n                        pointOnLine(segment, coordsMatch[1]).properties.dist <= tolerance) {\n                    // Do not define (doesOverlap = true) since more matches can occur within the same segment\n                    // doesOverlaps = true;\n                    if (overlapSegment) overlapSegment = concatSegment(overlapSegment, match);\n                    else overlapSegment = match;\n                }\n            }\n        });\n\n        // Segment doesn't overlap - add overlaps to results & reset\n        if (doesOverlaps === false && overlapSegment) {\n            features.push(overlapSegment);\n            overlapSegment = undefined;\n        }\n    });\n    // Add last segment if exists\n    if (overlapSegment) features.push(overlapSegment);\n\n    return featureCollection(features);\n};\n\n\n/**\n * Concat Segment\n *\n * @private\n * @param {Feature<LineString>} line LineString\n * @param {Feature<LineString>} segment 2-vertex LineString\n * @returns {Feature<LineString>} concat linestring\n */\nfunction concatSegment(line, segment) {\n    var coords = getCoords(segment);\n    var lineCoords = getCoords(line);\n    var start = lineCoords[0];\n    var end = lineCoords[lineCoords.length - 1];\n    var geom = line.geometry.coordinates;\n\n    if (equal(coords[0], start)) geom.unshift(coords[1]);\n    else if (equal(coords[0], end)) geom.push(coords[1]);\n    else if (equal(coords[1], start)) geom.unshift(coords[0]);\n    else if (equal(coords[1], end)) geom.push(coords[0]);\n    return line;\n}\n","var render = function () {var _vm=this;var _h=_vm.$createElement;var _c=_vm._self._c||_h;return _c('LabelAndMessage',{attrs:{\"required\":_vm.required,\"label\":_vm.label,\"feedback-classes\":_vm.feedbackClasses,\"description\":_vm.combinedDescription,\"message\":_vm.message}},[_c('div',{staticClass:\"vue-selectize\"},[_c('select',{ref:\"select\",attrs:{\"name\":_vm.name}})]),_vm._t(\"label\",null,{\"slot\":\"label\"}),_vm._t(\"description\",null,{\"slot\":\"description\"})],2)}\nvar staticRenderFns = []\n\nexport { render, staticRenderFns }","import mod from \"-!../../../../node_modules/cache-loader/dist/cjs.js??ref--12-0!../../../../node_modules/thread-loader/dist/cjs.js!../../../../node_modules/babel-loader/lib/index.js!../../../../node_modules/cache-loader/dist/cjs.js??ref--0-0!../../../../node_modules/vue-loader/lib/index.js??vue-loader-options!./VueSelectize.vue?vue&type=script&lang=js&\"; export default mod; export * from \"-!../../../../node_modules/cache-loader/dist/cjs.js??ref--12-0!../../../../node_modules/thread-loader/dist/cjs.js!../../../../node_modules/babel-loader/lib/index.js!../../../../node_modules/cache-loader/dist/cjs.js??ref--0-0!../../../../node_modules/vue-loader/lib/index.js??vue-loader-options!./VueSelectize.vue?vue&type=script&lang=js&\"","import { render, staticRenderFns } from \"./VueSelectize.vue?vue&type=template&id=10288aca&scoped=true&lang=html&\"\nimport script from \"./VueSelectize.vue?vue&type=script&lang=js&\"\nexport * from \"./VueSelectize.vue?vue&type=script&lang=js&\"\n\n\n/* normalize component */\nimport normalizer from \"!../../../../node_modules/vue-loader/lib/runtime/componentNormalizer.js\"\nvar component = normalizer(\n  script,\n  render,\n  staticRenderFns,\n  false,\n  null,\n  \"10288aca\",\n  null\n  \n)\n\nexport default component.exports","var render = function () {\nvar _obj;\nvar _vm=this;var _h=_vm.$createElement;var _c=_vm._self._c||_h;return _c('div',{staticClass:\"panel list-card\",class:( _obj = {selected: _vm.selected, 'partially-selected': _vm.selected === null}, _obj[_vm.panelClass] = _vm.panelClass, _obj )},[_c('div',{staticClass:\"panel-body\"},[_c('div',{staticClass:\"list-card-header\"},[(_vm.showAvatar)?_c('div',{staticClass:\"list-card-avatar\"},[_vm._t(\"avatar\")],2):_vm._e(),_c('div',{staticClass:\"default-header\"},[_c('span',{staticClass:\"title\",attrs:{\"title\":_vm.titleTranslate ? _vm.$i18n.translate(_vm.title) : _vm.title}},[(_vm.locked)?_c('i',{staticClass:\"fa fa-lock\"}):_vm._e(),(_vm.titleTranslate)?_c('IxRes',[_vm._v(_vm._s(_vm.title))]):_vm._t(\"title\",[_c('span',[_vm._v(_vm._s(_vm.title))])])],2),_c('span',{staticClass:\"subtitle\",attrs:{\"title\":_vm.subtitle}},[_vm._t(\"subtitle\",[(!_vm.subtitleTranslate)?_c('span',[_vm._v(_vm._s(_vm.subtitle))]):_c('IxRes',[_vm._v(_vm._s(_vm.subtitle))])])],2)]),_c('div',{staticClass:\"header\"},[_vm._t(\"header\")],2),_c('div',{staticClass:\"addon\"},[_vm._t(\"addon\")],2)]),_vm._t(\"tags\"),(_vm.showDetails)?_vm._t(\"default\"):_vm._e()],2),(_vm.$slots.bottom)?_c('div',{staticClass:\"bottom\"},[_vm._t(\"bottom\")],2):_vm._e()])}\nvar staticRenderFns = []\n\nexport { render, staticRenderFns }","<template lang=\"html\">\r\n  <div class=\"panel list-card\" :class=\"{selected, 'partially-selected': selected === null, [panelClass]: panelClass}\">\r\n    <div class=\"panel-body\">\r\n      <div class=\"list-card-header\">\r\n        <div v-if=\"showAvatar\" class=\"list-card-avatar\">\r\n          <slot name=\"avatar\" />\r\n        </div>\r\n        <div class=\"default-header\">\r\n          <span class=\"title\" :title=\"titleTranslate ? $i18n.translate(title) : title\">\r\n            <i v-if=\"locked\" class=\"fa fa-lock\" />\r\n\r\n            <IxRes v-if=\"titleTranslate\">{{ title }}</IxRes>\r\n            <slot v-else name=\"title\">\r\n              <span>{{ title }}</span>\r\n            </slot>\r\n          </span>\r\n          <span class=\"subtitle\" :title=\"subtitle\">\r\n            <slot name=\"subtitle\">\r\n              <span v-if=\"!subtitleTranslate\">{{ subtitle }}</span>\r\n              <IxRes v-else>{{ subtitle }}</IxRes>\r\n            </slot>\r\n          </span>\r\n        </div>\r\n        <div class=\"header\">\r\n          <slot name=\"header\" />\r\n        </div>\r\n        <div class=\"addon\">\r\n          <slot name=\"addon\" />\r\n        </div>\r\n      </div>\r\n      <slot name=\"tags\" />\r\n      <slot v-if=\"showDetails\" />\r\n    </div>\r\n    <div v-if=\"$slots.bottom\" class=\"bottom\">\r\n      <slot name=\"bottom\" />\r\n    </div>\r\n  </div>\r\n</template>\r\n\r\n<script>\r\n\r\nexport default {\r\n  props: {\r\n    title: String,\r\n    subtitle: String,\r\n    selected: {\r\n      validator: prop => typeof prop === 'boolean' || prop === null\r\n    },\r\n    locked: Boolean,\r\n    showAvatar: Boolean,\r\n    panelClass: {\r\n      default: 'panel-default'\r\n    },\r\n    showDetails: Boolean,\r\n    titleTranslate: Boolean,\r\n    subtitleTranslate: Boolean\r\n  }\r\n}\r\n</script>\r\n\r\n<style lang=\"scss\" scoped>\r\n$selectionColor: #eaf0ff;\r\n$stripeColor: lighten($selectionColor, 2%);\r\n\r\n.panel {\r\n  display: flex;\r\n  flex-direction: column;\r\n\r\n  &:last-child {\r\n    margin-bottom: 0;\r\n  }\r\n  &:not(:last-child) {\r\n    margin-bottom: 5px;\r\n  }\r\n\r\n  &:hover {\r\n    border-color: #a0d9ef;\r\n    box-shadow: 0 1px 2px 1px rgba(0, 0, 0, 0.075);\r\n  }\r\n\r\n  transition: all 0.15s;\r\n}\r\n\r\n.panel-body {\r\n  padding: 5px;\r\n  display: flex;\r\n  flex-direction: column;\r\n}\r\n\r\n.panel.selected {\r\n  border-color: #88a3e6;\r\n  background-color: $selectionColor;\r\n\r\n  &:hover {\r\n    border-color: darken(#88a3e6, 10%);\r\n  }\r\n}\r\n\r\n.panel.partially-selected {\r\n  border-color: #88a3e6;\r\n  background-image: linear-gradient(45deg, transparent 25%, $stripeColor 25%, $stripeColor 50%, transparent 50%, transparent 75%, $stripeColor 75%, $stripeColor 100%);\r\n  background-size: 56.57px 56.57px;\r\n\r\n  &:hover {\r\n    border-color: darken(#88a3e6, 10%);\r\n  }\r\n}\r\n\r\n.list-card-header {\r\n  display: flex;\r\n}\r\n\r\n.list-card-avatar {\r\n  width: 40px;\r\n  height: 40px;\r\n  align-self: center;\r\n  margin-right: 7px;\r\n}\r\n\r\n.default-header {\r\n  display: flex;\r\n  flex-direction: column;\r\n  min-width: 0px;\r\n  white-space: nowrap;\r\n\r\n  span {\r\n    text-overflow: ellipsis;\r\n    overflow: hidden;\r\n    white-space: nowrap;\r\n  }\r\n\r\n  cursor: pointer;\r\n\r\n  .title {\r\n    font-size: 1.4em;\r\n\r\n    .fa-lock {\r\n      opacity: 0.5;\r\n      margin-right: 0.5em;\r\n    }\r\n  }\r\n\r\n  .subtitle {\r\n    font-size: 1em;\r\n    color: darkgray;\r\n  }\r\n\r\n  margin-right: auto;\r\n}\r\n\r\n.header {\r\n  display: flex;\r\n  justify-content: flex-end;\r\n  flex: 1;\r\n}\r\n\r\n.addon {\r\n  display: flex;\r\n  flex-direction: column;\r\n\r\n  &:not(:empty) {\r\n    padding-left: 0.5em;\r\n    // margin-left: auto;\r\n    flex-shrink: 0;\r\n  }\r\n}\r\n\r\n.bottom {\r\n  display: flex;\r\n  flex-direction: column;\r\n}\r\n</style>\r\n","import mod from \"-!../../../../../node_modules/cache-loader/dist/cjs.js??ref--12-0!../../../../../node_modules/thread-loader/dist/cjs.js!../../../../../node_modules/babel-loader/lib/index.js!../../../../../node_modules/cache-loader/dist/cjs.js??ref--0-0!../../../../../node_modules/vue-loader/lib/index.js??vue-loader-options!./ListCard.vue?vue&type=script&lang=js&\"; export default mod; export * from \"-!../../../../../node_modules/cache-loader/dist/cjs.js??ref--12-0!../../../../../node_modules/thread-loader/dist/cjs.js!../../../../../node_modules/babel-loader/lib/index.js!../../../../../node_modules/cache-loader/dist/cjs.js??ref--0-0!../../../../../node_modules/vue-loader/lib/index.js??vue-loader-options!./ListCard.vue?vue&type=script&lang=js&\"","import { render, staticRenderFns } from \"./ListCard.vue?vue&type=template&id=234b201c&scoped=true&lang=html&\"\nimport script from \"./ListCard.vue?vue&type=script&lang=js&\"\nexport * from \"./ListCard.vue?vue&type=script&lang=js&\"\nimport style0 from \"./ListCard.vue?vue&type=style&index=0&id=234b201c&lang=scss&scoped=true&\"\n\n\n/* normalize component */\nimport normalizer from \"!../../../../../node_modules/vue-loader/lib/runtime/componentNormalizer.js\"\nvar component = normalizer(\n  script,\n  render,\n  staticRenderFns,\n  false,\n  null,\n  \"234b201c\",\n  null\n  \n)\n\nexport default component.exports","\"use strict\"\n\nmodule.exports = fastTwoSum\n\nfunction fastTwoSum(a, b, result) {\n\tvar x = a + b\n\tvar bv = x - a\n\tvar av = x - bv\n\tvar br = b - bv\n\tvar ar = a - av\n\tif(result) {\n\t\tresult[0] = ar + br\n\t\tresult[1] = x\n\t\treturn result\n\t}\n\treturn [ar+br, x]\n}","var helpers = require('@turf/helpers');\nvar invariant = require('@turf/invariant');\nvar getCoords = invariant.getCoords;\nvar getGeomType = invariant.getGeomType;\n\n/**\n * Removes redundant coordinates from any GeoJSON Geometry.\n *\n * @name cleanCoords\n * @param {Geometry|Feature} geojson Feature or Geometry\n * @param {boolean} [mutate=false] allows GeoJSON input to be mutated\n * @returns {Geometry|Feature} the cleaned input Feature/Geometry\n * @example\n * var line = turf.lineString([[0, 0], [0, 2], [0, 5], [0, 8], [0, 8], [0, 10]]);\n * var multiPoint = turf.multiPoint([[0, 0], [0, 0], [2, 2]]);\n *\n * turf.cleanCoords(line).geometry.coordinates;\n * //= [[0, 0], [0, 10]]\n *\n * turf.cleanCoords(multiPoint).geometry.coordinates;\n * //= [[0, 0], [2, 2]]\n */\nmodule.exports = function (geojson, mutate) {\n    if (!geojson) throw new Error('geojson is required');\n    var type = getGeomType(geojson);\n\n    // Store new \"clean\" points in this Array\n    var newCoords = [];\n\n    switch (type) {\n    case 'LineString':\n        newCoords = cleanCoords(geojson);\n        break;\n    case 'MultiLineString':\n    case 'Polygon':\n        getCoords(geojson).forEach(function (line) {\n            newCoords.push(cleanCoords(line));\n        });\n        break;\n    case 'MultiPolygon':\n        getCoords(geojson).forEach(function (polygons) {\n            var polyPoints = [];\n            polygons.forEach(function (ring) {\n                polyPoints.push(cleanCoords(ring));\n            });\n            newCoords.push(polyPoints);\n        });\n        break;\n    case 'Point':\n        return geojson;\n    case 'MultiPoint':\n        var existing = {};\n        getCoords(geojson).forEach(function (coord) {\n            var key = coord.join('-');\n            if (!existing.hasOwnProperty(key)) {\n                newCoords.push(coord);\n                existing[key] = true;\n            }\n        });\n        break;\n    default:\n        throw new Error(type + ' geometry not supported');\n    }\n\n    // Support input mutation\n    if (geojson.coordinates) {\n        if (mutate === true) {\n            geojson.coordinates = newCoords;\n            return geojson;\n        }\n        return geometry(geojson, type, newCoords);\n    } else {\n        if (mutate === true) {\n            geojson.geometry.coordinates = newCoords;\n            return geojson;\n        }\n        return feature(geojson, type, newCoords);\n    }\n};\n\n/**\n * Create Geometry from existing Geometry\n *\n * @private\n * @param {Geometry} geojson Existing Geometry\n * @param {string} type Geometry Type\n * @param {Array<number>} coordinates Coordinates\n * @returns {Geometry} Geometry\n */\nfunction geometry(geojson, type, coordinates) {\n    var geom = {\n        type: type,\n        coordinates: coordinates\n    };\n    if (geojson.bbox) geom.bbox = geojson.bbox;\n    return geom;\n}\n\n/**\n * Create Feature from existing Feature\n *\n * @private\n * @param {Feature} geojson Existing Feature\n * @param {string} type Feature Type\n * @param {Array<number>} coordinates Coordinates\n * @returns {Feature} Feature\n */\nfunction feature(geojson, type, coordinates) {\n    var feat = helpers.feature(geometry(geojson.geometry, type, coordinates), geojson.properties);\n    if (geojson.id) feat.id = geojson.id;\n    if (geojson.bbox) feat.bbox = geojson.bbox;\n    return feat;\n}\n\n/**\n * Clean Coords\n *\n * @private\n * @param {Array<number>|LineString} line Line\n * @returns {Array<number>} Cleaned coordinates\n */\nfunction cleanCoords(line) {\n    var points = getCoords(line);\n    // handle \"clean\" segment\n    if (points.length === 2 && !equals(points[0], points[1])) return points;\n\n    var prevPoint, point, nextPoint;\n    var newPoints = [];\n    var secondToLast = points.length - 1;\n\n    newPoints.push(points[0]);\n    for (var i = 1; i < secondToLast; i++) {\n        prevPoint = points[i - 1];\n        point = points[i];\n        nextPoint = points[i + 1];\n\n        if (!isPointOnLineSegment(prevPoint, nextPoint, point)) {\n            newPoints.push(point);\n        }\n    }\n    newPoints.push(nextPoint);\n    return newPoints;\n}\n\n/**\n * Compares two points and returns if they are equals\n *\n * @private\n * @param {Array<number>} pt1 point\n * @param {Array<number>} pt2 point\n * @returns {boolean} true if they are equals\n */\nfunction equals(pt1, pt2) {\n    return pt1[0] === pt2[0] && pt1[1] === pt2[1];\n}\n\n/**\n * Returns if `point` is on the segment between `start` and `end`.\n * Borrowed from `@turf/boolean-point-on-line` to speed up the evaluation (instead of using the module as dependency)\n *\n * @private\n * @param {Array<number>} start coord pair of start of line\n * @param {Array<number>} end coord pair of end of line\n * @param {Array<number>} point coord pair of point to check\n * @returns {boolean} true/false\n */\nfunction isPointOnLineSegment(start, end, point) {\n    var x = point[0], y = point[1];\n    var startX = start[0], startY = start[1];\n    var endX = end[0], endY = end[1];\n\n    var dxc = x - startX;\n    var dyc = y - startY;\n    var dxl = endX - startX;\n    var dyl = endY - startY;\n    var cross = dxc * dyl - dyc * dxl;\n\n    if (cross !== 0) return false;\n    else if (Math.abs(dxl) >= Math.abs(dyl)) return dxl > 0 ? startX <= x && x <= endX : endX <= x && x <= startX;\n    else return dyl > 0 ? startY <= y && y <= endY : endY <= y && y <= startY;\n}\n","/* - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -  */\n/* Latitude/longitude spherical geodesy tools                         (c) Chris Veness 2002-2017  */\n/*                                                                                   MIT Licence  */\n/* www.movable-type.co.uk/scripts/latlong.html                                                    */\n/* www.movable-type.co.uk/scripts/geodesy/docs/module-latlon-spherical.html                       */\n/* - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -  */\n\n'use strict';\nif (typeof module!='undefined' && module.exports) var Dms = require('./dms'); // ≡ import Dms from 'dms.js'\n\n\n/**\n * Library of geodesy functions for operations on a spherical earth model.\n *\n * @module   latlon-spherical\n * @requires dms\n */\n\n\n/**\n * Creates a LatLon point on the earth's surface at the specified latitude / longitude.\n *\n * @constructor\n * @param {number} lat - Latitude in degrees.\n * @param {number} lon - Longitude in degrees.\n *\n * @example\n *     var p1 = new LatLon(52.205, 0.119);\n */\nfunction LatLon(lat, lon) {\n    // allow instantiation without 'new'\n    if (!(this instanceof LatLon)) return new LatLon(lat, lon);\n\n    this.lat = Number(lat);\n    this.lon = Number(lon);\n}\n\n\n/**\n * Returns the distance from ‘this’ point to destination point (using haversine formula).\n *\n * @param   {LatLon} point - Latitude/longitude of destination point.\n * @param   {number} [radius=6371e3] - (Mean) radius of earth (defaults to radius in metres).\n * @returns {number} Distance between this point and destination point, in same units as radius.\n *\n * @example\n *     var p1 = new LatLon(52.205, 0.119);\n *     var p2 = new LatLon(48.857, 2.351);\n *     var d = p1.distanceTo(p2); // 404.3 km\n */\nLatLon.prototype.distanceTo = function(point, radius) {\n    if (!(point instanceof LatLon)) throw new TypeError('point is not LatLon object');\n    radius = (radius === undefined) ? 6371e3 : Number(radius);\n\n    // a = sin²(Δφ/2) + cos(φ1)⋅cos(φ2)⋅sin²(Δλ/2)\n    // tanδ = √(a) / √(1−a)\n    // see mathforum.org/library/drmath/view/51879.html for derivation\n\n    var R = radius;\n    var φ1 = this.lat.toRadians(),  λ1 = this.lon.toRadians();\n    var φ2 = point.lat.toRadians(), λ2 = point.lon.toRadians();\n    var Δφ = φ2 - φ1;\n    var Δλ = λ2 - λ1;\n\n    var a = Math.sin(Δφ/2) * Math.sin(Δφ/2)\n          + Math.cos(φ1) * Math.cos(φ2)\n          * Math.sin(Δλ/2) * Math.sin(Δλ/2);\n    var c = 2 * Math.atan2(Math.sqrt(a), Math.sqrt(1-a));\n    var d = R * c;\n\n    return d;\n};\n\n\n/**\n * Returns the (initial) bearing from ‘this’ point to destination point.\n *\n * @param   {LatLon} point - Latitude/longitude of destination point.\n * @returns {number} Initial bearing in degrees from north.\n *\n * @example\n *     var p1 = new LatLon(52.205, 0.119);\n *     var p2 = new LatLon(48.857, 2.351);\n *     var b1 = p1.bearingTo(p2); // 156.2°\n */\nLatLon.prototype.bearingTo = function(point) {\n    if (!(point instanceof LatLon)) throw new TypeError('point is not LatLon object');\n\n    // tanθ = sinΔλ⋅cosφ2 / cosφ1⋅sinφ2 − sinφ1⋅cosφ2⋅cosΔλ\n    // see mathforum.org/library/drmath/view/55417.html for derivation\n\n    var φ1 = this.lat.toRadians(), φ2 = point.lat.toRadians();\n    var Δλ = (point.lon-this.lon).toRadians();\n    var y = Math.sin(Δλ) * Math.cos(φ2);\n    var x = Math.cos(φ1)*Math.sin(φ2) -\n            Math.sin(φ1)*Math.cos(φ2)*Math.cos(Δλ);\n    var θ = Math.atan2(y, x);\n\n    return (θ.toDegrees()+360) % 360;\n};\n\n\n/**\n * Returns final bearing arriving at destination destination point from ‘this’ point; the final bearing\n * will differ from the initial bearing by varying degrees according to distance and latitude.\n *\n * @param   {LatLon} point - Latitude/longitude of destination point.\n * @returns {number} Final bearing in degrees from north.\n *\n * @example\n *     var p1 = new LatLon(52.205, 0.119);\n *     var p2 = new LatLon(48.857, 2.351);\n *     var b2 = p1.finalBearingTo(p2); // 157.9°\n */\nLatLon.prototype.finalBearingTo = function(point) {\n    if (!(point instanceof LatLon)) throw new TypeError('point is not LatLon object');\n\n    // get initial bearing from destination point to this point & reverse it by adding 180°\n    return ( point.bearingTo(this)+180 ) % 360;\n};\n\n\n/**\n * Returns the midpoint between ‘this’ point and the supplied point.\n *\n * @param   {LatLon} point - Latitude/longitude of destination point.\n * @returns {LatLon} Midpoint between this point and the supplied point.\n *\n * @example\n *     var p1 = new LatLon(52.205, 0.119);\n *     var p2 = new LatLon(48.857, 2.351);\n *     var pMid = p1.midpointTo(p2); // 50.5363°N, 001.2746°E\n */\nLatLon.prototype.midpointTo = function(point) {\n    if (!(point instanceof LatLon)) throw new TypeError('point is not LatLon object');\n\n    // φm = atan2( sinφ1 + sinφ2, √( (cosφ1 + cosφ2⋅cosΔλ) ⋅ (cosφ1 + cosφ2⋅cosΔλ) ) + cos²φ2⋅sin²Δλ )\n    // λm = λ1 + atan2(cosφ2⋅sinΔλ, cosφ1 + cosφ2⋅cosΔλ)\n    // see mathforum.org/library/drmath/view/51822.html for derivation\n\n    var φ1 = this.lat.toRadians(), λ1 = this.lon.toRadians();\n    var φ2 = point.lat.toRadians();\n    var Δλ = (point.lon-this.lon).toRadians();\n\n    var Bx = Math.cos(φ2) * Math.cos(Δλ);\n    var By = Math.cos(φ2) * Math.sin(Δλ);\n\n    var x = Math.sqrt((Math.cos(φ1) + Bx) * (Math.cos(φ1) + Bx) + By * By);\n    var y = Math.sin(φ1) + Math.sin(φ2);\n    var φ3 = Math.atan2(y, x);\n\n    var λ3 = λ1 + Math.atan2(By, Math.cos(φ1) + Bx);\n\n    return new LatLon(φ3.toDegrees(), (λ3.toDegrees()+540)%360-180); // normalise to −180..+180°\n};\n\n\n/**\n * Returns the point at given fraction between ‘this’ point and specified point.\n *\n * @param   {LatLon} point - Latitude/longitude of destination point.\n * @param   {number} fraction - Fraction between the two points (0 = this point, 1 = specified point).\n * @returns {LatLon} Intermediate point between this point and destination point.\n *\n * @example\n *   let p1 = new LatLon(52.205, 0.119);\n *   let p2 = new LatLon(48.857, 2.351);\n *   let pMid = p1.intermediatePointTo(p2, 0.25); // 51.3721°N, 000.7073°E\n */\nLatLon.prototype.intermediatePointTo = function(point, fraction) {\n    if (!(point instanceof LatLon)) throw new TypeError('point is not LatLon object');\n\n    var φ1 = this.lat.toRadians(), λ1 = this.lon.toRadians();\n    var φ2 = point.lat.toRadians(), λ2 = point.lon.toRadians();\n    var sinφ1 = Math.sin(φ1), cosφ1 = Math.cos(φ1), sinλ1 = Math.sin(λ1), cosλ1 = Math.cos(λ1);\n    var sinφ2 = Math.sin(φ2), cosφ2 = Math.cos(φ2), sinλ2 = Math.sin(λ2), cosλ2 = Math.cos(λ2);\n\n    // distance between points\n    var Δφ = φ2 - φ1;\n    var Δλ = λ2 - λ1;\n    var a = Math.sin(Δφ/2) * Math.sin(Δφ/2)\n        + Math.cos(φ1) * Math.cos(φ2) * Math.sin(Δλ/2) * Math.sin(Δλ/2);\n    var δ = 2 * Math.atan2(Math.sqrt(a), Math.sqrt(1-a));\n\n    var A = Math.sin((1-fraction)*δ) / Math.sin(δ);\n    var B = Math.sin(fraction*δ) / Math.sin(δ);\n\n    var x = A * cosφ1 * cosλ1 + B * cosφ2 * cosλ2;\n    var y = A * cosφ1 * sinλ1 + B * cosφ2 * sinλ2;\n    var z = A * sinφ1 + B * sinφ2;\n\n    var φ3 = Math.atan2(z, Math.sqrt(x*x + y*y));\n    var λ3 = Math.atan2(y, x);\n\n    return new LatLon(φ3.toDegrees(), (λ3.toDegrees()+540)%360-180); // normalise lon to −180..+180°\n};\n\n\n/**\n * Returns the destination point from ‘this’ point having travelled the given distance on the\n * given initial bearing (bearing normally varies around path followed).\n *\n * @param   {number} distance - Distance travelled, in same units as earth radius (default: metres).\n * @param   {number} bearing - Initial bearing in degrees from north.\n * @param   {number} [radius=6371e3] - (Mean) radius of earth (defaults to radius in metres).\n * @returns {LatLon} Destination point.\n *\n * @example\n *     var p1 = new LatLon(51.4778, -0.0015);\n *     var p2 = p1.destinationPoint(7794, 300.7); // 51.5135°N, 000.0983°W\n */\nLatLon.prototype.destinationPoint = function(distance, bearing, radius) {\n    radius = (radius === undefined) ? 6371e3 : Number(radius);\n\n    // sinφ2 = sinφ1⋅cosδ + cosφ1⋅sinδ⋅cosθ\n    // tanΔλ = sinθ⋅sinδ⋅cosφ1 / cosδ−sinφ1⋅sinφ2\n    // see mathforum.org/library/drmath/view/52049.html for derivation\n\n    var δ = Number(distance) / radius; // angular distance in radians\n    var θ = Number(bearing).toRadians();\n\n    var φ1 = this.lat.toRadians();\n    var λ1 = this.lon.toRadians();\n\n    var sinφ1 = Math.sin(φ1), cosφ1 = Math.cos(φ1);\n    var sinδ = Math.sin(δ), cosδ = Math.cos(δ);\n    var sinθ = Math.sin(θ), cosθ = Math.cos(θ);\n\n    var sinφ2 = sinφ1*cosδ + cosφ1*sinδ*cosθ;\n    var φ2 = Math.asin(sinφ2);\n    var y = sinθ * sinδ * cosφ1;\n    var x = cosδ - sinφ1 * sinφ2;\n    var λ2 = λ1 + Math.atan2(y, x);\n\n    return new LatLon(φ2.toDegrees(), (λ2.toDegrees()+540)%360-180); // normalise to −180..+180°\n};\n\n\n/**\n * Returns the point of intersection of two paths defined by point and bearing.\n *\n * @param   {LatLon} p1 - First point.\n * @param   {number} brng1 - Initial bearing from first point.\n * @param   {LatLon} p2 - Second point.\n * @param   {number} brng2 - Initial bearing from second point.\n * @returns {LatLon|null} Destination point (null if no unique intersection defined).\n *\n * @example\n *     var p1 = LatLon(51.8853, 0.2545), brng1 = 108.547;\n *     var p2 = LatLon(49.0034, 2.5735), brng2 =  32.435;\n *     var pInt = LatLon.intersection(p1, brng1, p2, brng2); // 50.9078°N, 004.5084°E\n */\nLatLon.intersection = function(p1, brng1, p2, brng2) {\n    if (!(p1 instanceof LatLon)) throw new TypeError('p1 is not LatLon object');\n    if (!(p2 instanceof LatLon)) throw new TypeError('p2 is not LatLon object');\n\n    // see www.edwilliams.org/avform.htm#Intersection\n\n    var φ1 = p1.lat.toRadians(), λ1 = p1.lon.toRadians();\n    var φ2 = p2.lat.toRadians(), λ2 = p2.lon.toRadians();\n    var θ13 = Number(brng1).toRadians(), θ23 = Number(brng2).toRadians();\n    var Δφ = φ2-φ1, Δλ = λ2-λ1;\n\n    // angular distance p1-p2\n    var δ12 = 2*Math.asin( Math.sqrt( Math.sin(Δφ/2)*Math.sin(Δφ/2)\n        + Math.cos(φ1)*Math.cos(φ2)*Math.sin(Δλ/2)*Math.sin(Δλ/2) ) );\n    if (δ12 == 0) return null;\n\n    // initial/final bearings between points\n    var θa = Math.acos( ( Math.sin(φ2) - Math.sin(φ1)*Math.cos(δ12) ) / ( Math.sin(δ12)*Math.cos(φ1) ) );\n    if (isNaN(θa)) θa = 0; // protect against rounding\n    var θb = Math.acos( ( Math.sin(φ1) - Math.sin(φ2)*Math.cos(δ12) ) / ( Math.sin(δ12)*Math.cos(φ2) ) );\n\n    var θ12 = Math.sin(λ2-λ1)>0 ? θa : 2*Math.PI-θa;\n    var θ21 = Math.sin(λ2-λ1)>0 ? 2*Math.PI-θb : θb;\n\n    var α1 = θ13 - θ12; // angle 2-1-3\n    var α2 = θ21 - θ23; // angle 1-2-3\n\n    if (Math.sin(α1)==0 && Math.sin(α2)==0) return null; // infinite intersections\n    if (Math.sin(α1)*Math.sin(α2) < 0) return null;      // ambiguous intersection\n\n    var α3 = Math.acos( -Math.cos(α1)*Math.cos(α2) + Math.sin(α1)*Math.sin(α2)*Math.cos(δ12) );\n    var δ13 = Math.atan2( Math.sin(δ12)*Math.sin(α1)*Math.sin(α2), Math.cos(α2)+Math.cos(α1)*Math.cos(α3) );\n    var φ3 = Math.asin( Math.sin(φ1)*Math.cos(δ13) + Math.cos(φ1)*Math.sin(δ13)*Math.cos(θ13) );\n    var Δλ13 = Math.atan2( Math.sin(θ13)*Math.sin(δ13)*Math.cos(φ1), Math.cos(δ13)-Math.sin(φ1)*Math.sin(φ3) );\n    var λ3 = λ1 + Δλ13;\n\n    return new LatLon(φ3.toDegrees(), (λ3.toDegrees()+540)%360-180); // normalise to −180..+180°\n};\n\n\n/**\n * Returns (signed) distance from ‘this’ point to great circle defined by start-point and end-point.\n *\n * @param   {LatLon} pathStart - Start point of great circle path.\n * @param   {LatLon} pathEnd - End point of great circle path.\n * @param   {number} [radius=6371e3] - (Mean) radius of earth (defaults to radius in metres).\n * @returns {number} Distance to great circle (-ve if to left, +ve if to right of path).\n *\n * @example\n *   var pCurrent = new LatLon(53.2611, -0.7972);\n *   var p1 = new LatLon(53.3206, -1.7297);\n *   var p2 = new LatLon(53.1887,  0.1334);\n *   var d = pCurrent.crossTrackDistanceTo(p1, p2);  // -307.5 m\n */\nLatLon.prototype.crossTrackDistanceTo = function(pathStart, pathEnd, radius) {\n    if (!(pathStart instanceof LatLon)) throw new TypeError('pathStart is not LatLon object');\n    if (!(pathEnd instanceof LatLon)) throw new TypeError('pathEnd is not LatLon object');\n    var R = (radius === undefined) ? 6371e3 : Number(radius);\n\n    var δ13 = pathStart.distanceTo(this, R) / R;\n    var θ13 = pathStart.bearingTo(this).toRadians();\n    var θ12 = pathStart.bearingTo(pathEnd).toRadians();\n\n    var δxt = Math.asin(Math.sin(δ13) * Math.sin(θ13-θ12));\n\n    return δxt * R;\n};\n\n\n/**\n * Returns how far ‘this’ point is along a path from from start-point, heading towards end-point.\n * That is, if a perpendicular is drawn from ‘this’ point to the (great circle) path, the along-track\n * distance is the distance from the start point to where the perpendicular crosses the path.\n *\n * @param   {LatLon} pathStart - Start point of great circle path.\n * @param   {LatLon} pathEnd - End point of great circle path.\n * @param   {number} [radius=6371e3] - (Mean) radius of earth (defaults to radius in metres).\n * @returns {number} Distance along great circle to point nearest ‘this’ point.\n *\n * @example\n *   var pCurrent = new LatLon(53.2611, -0.7972);\n *   var p1 = new LatLon(53.3206, -1.7297);\n *   var p2 = new LatLon(53.1887,  0.1334);\n *   var d = pCurrent.alongTrackDistanceTo(p1, p2);  // 62.331 km\n */\nLatLon.prototype.alongTrackDistanceTo = function(pathStart, pathEnd, radius) {\n    if (!(pathStart instanceof LatLon)) throw new TypeError('pathStart is not LatLon object');\n    if (!(pathEnd instanceof LatLon)) throw new TypeError('pathEnd is not LatLon object');\n    var R = (radius === undefined) ? 6371e3 : Number(radius);\n\n    var δ13 = pathStart.distanceTo(this, R) / R;\n    var θ13 = pathStart.bearingTo(this).toRadians();\n    var θ12 = pathStart.bearingTo(pathEnd).toRadians();\n\n    var δxt = Math.asin(Math.sin(δ13) * Math.sin(θ13-θ12));\n\n    var δat = Math.acos(Math.cos(δ13) / Math.abs(Math.cos(δxt)));\n\n    return δat*Math.sign(Math.cos(θ12-θ13)) * R;\n};\n\n\n/**\n * Returns maximum latitude reached when travelling on a great circle on given bearing from this\n * point ('Clairaut's formula'). Negate the result for the minimum latitude (in the Southern\n * hemisphere).\n *\n * The maximum latitude is independent of longitude; it will be the same for all points on a given\n * latitude.\n *\n * @param {number} bearing - Initial bearing.\n * @param {number} latitude - Starting latitude.\n */\nLatLon.prototype.maxLatitude = function(bearing) {\n    var θ = Number(bearing).toRadians();\n\n    var φ = this.lat.toRadians();\n\n    var φMax = Math.acos(Math.abs(Math.sin(θ)*Math.cos(φ)));\n\n    return φMax.toDegrees();\n};\n\n\n/**\n * Returns the pair of meridians at which a great circle defined by two points crosses the given\n * latitude. If the great circle doesn't reach the given latitude, null is returned.\n *\n * @param {LatLon} point1 - First point defining great circle.\n * @param {LatLon} point2 - Second point defining great circle.\n * @param {number} latitude - Latitude crossings are to be determined for.\n * @returns {Object|null} Object containing { lon1, lon2 } or null if given latitude not reached.\n */\nLatLon.crossingParallels = function(point1, point2, latitude) {\n    var φ = Number(latitude).toRadians();\n\n    var φ1 = point1.lat.toRadians();\n    var λ1 = point1.lon.toRadians();\n    var φ2 = point2.lat.toRadians();\n    var λ2 = point2.lon.toRadians();\n\n    var Δλ = λ2 - λ1;\n\n    var x = Math.sin(φ1) * Math.cos(φ2) * Math.cos(φ) * Math.sin(Δλ);\n    var y = Math.sin(φ1) * Math.cos(φ2) * Math.cos(φ) * Math.cos(Δλ) - Math.cos(φ1) * Math.sin(φ2) * Math.cos(φ);\n    var z = Math.cos(φ1) * Math.cos(φ2) * Math.sin(φ) * Math.sin(Δλ);\n\n    if (z*z > x*x + y*y) return null; // great circle doesn't reach latitude\n\n    var λm = Math.atan2(-y, x);                  // longitude at max latitude\n    var Δλi = Math.acos(z / Math.sqrt(x*x+y*y)); // Δλ from λm to intersection points\n\n    var λi1 = λ1 + λm - Δλi;\n    var λi2 = λ1 + λm + Δλi;\n\n    return { lon1: (λi1.toDegrees()+540)%360-180, lon2: (λi2.toDegrees()+540)%360-180 }; // normalise to −180..+180°\n};\n\n\n/* Rhumb - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -  */\n\n/**\n * Returns the distance travelling from ‘this’ point to destination point along a rhumb line.\n *\n * @param   {LatLon} point - Latitude/longitude of destination point.\n * @param   {number} [radius=6371e3] - (Mean) radius of earth (defaults to radius in metres).\n * @returns {number} Distance in km between this point and destination point (same units as radius).\n *\n * @example\n *     var p1 = new LatLon(51.127, 1.338);\n *     var p2 = new LatLon(50.964, 1.853);\n *     var d = p1.distanceTo(p2); // 40.31 km\n */\nLatLon.prototype.rhumbDistanceTo = function(point, radius) {\n    if (!(point instanceof LatLon)) throw new TypeError('point is not LatLon object');\n    radius = (radius === undefined) ? 6371e3 : Number(radius);\n\n    // see www.edwilliams.org/avform.htm#Rhumb\n\n    var R = radius;\n    var φ1 = this.lat.toRadians(), φ2 = point.lat.toRadians();\n    var Δφ = φ2 - φ1;\n    var Δλ = Math.abs(point.lon-this.lon).toRadians();\n    // if dLon over 180° take shorter rhumb line across the anti-meridian:\n    if (Δλ > Math.PI) Δλ -= 2*Math.PI;\n\n    // on Mercator projection, longitude distances shrink by latitude; q is the 'stretch factor'\n    // q becomes ill-conditioned along E-W line (0/0); use empirical tolerance to avoid it\n    var Δψ = Math.log(Math.tan(φ2/2+Math.PI/4)/Math.tan(φ1/2+Math.PI/4));\n    var q = Math.abs(Δψ) > 10e-12 ? Δφ/Δψ : Math.cos(φ1);\n\n    // distance is pythagoras on 'stretched' Mercator projection\n    var δ = Math.sqrt(Δφ*Δφ + q*q*Δλ*Δλ); // angular distance in radians\n    var dist = δ * R;\n\n    return dist;\n};\n\n\n/**\n * Returns the bearing from ‘this’ point to destination point along a rhumb line.\n *\n * @param   {LatLon} point - Latitude/longitude of destination point.\n * @returns {number} Bearing in degrees from north.\n *\n * @example\n *     var p1 = new LatLon(51.127, 1.338);\n *     var p2 = new LatLon(50.964, 1.853);\n *     var d = p1.rhumbBearingTo(p2); // 116.7 m\n */\nLatLon.prototype.rhumbBearingTo = function(point) {\n    if (!(point instanceof LatLon)) throw new TypeError('point is not LatLon object');\n\n    var φ1 = this.lat.toRadians(), φ2 = point.lat.toRadians();\n    var Δλ = (point.lon-this.lon).toRadians();\n    // if dLon over 180° take shorter rhumb line across the anti-meridian:\n    if (Δλ >  Math.PI) Δλ -= 2*Math.PI;\n    if (Δλ < -Math.PI) Δλ += 2*Math.PI;\n\n    var Δψ = Math.log(Math.tan(φ2/2+Math.PI/4)/Math.tan(φ1/2+Math.PI/4));\n\n    var θ = Math.atan2(Δλ, Δψ);\n\n    return (θ.toDegrees()+360) % 360;\n};\n\n\n/**\n * Returns the destination point having travelled along a rhumb line from ‘this’ point the given\n * distance on the  given bearing.\n *\n * @param   {number} distance - Distance travelled, in same units as earth radius (default: metres).\n * @param   {number} bearing - Bearing in degrees from north.\n * @param   {number} [radius=6371e3] - (Mean) radius of earth (defaults to radius in metres).\n * @returns {LatLon} Destination point.\n *\n * @example\n *     var p1 = new LatLon(51.127, 1.338);\n *     var p2 = p1.rhumbDestinationPoint(40300, 116.7); // 50.9642°N, 001.8530°E\n */\nLatLon.prototype.rhumbDestinationPoint = function(distance, bearing, radius) {\n    radius = (radius === undefined) ? 6371e3 : Number(radius);\n\n    var δ = Number(distance) / radius; // angular distance in radians\n    var φ1 = this.lat.toRadians(), λ1 = this.lon.toRadians();\n    var θ = Number(bearing).toRadians();\n\n    var Δφ = δ * Math.cos(θ);\n    var φ2 = φ1 + Δφ;\n\n    // check for some daft bugger going past the pole, normalise latitude if so\n    if (Math.abs(φ2) > Math.PI/2) φ2 = φ2>0 ? Math.PI-φ2 : -Math.PI-φ2;\n\n    var Δψ = Math.log(Math.tan(φ2/2+Math.PI/4)/Math.tan(φ1/2+Math.PI/4));\n    var q = Math.abs(Δψ) > 10e-12 ? Δφ / Δψ : Math.cos(φ1); // E-W course becomes ill-conditioned with 0/0\n\n    var Δλ = δ*Math.sin(θ)/q;\n    var λ2 = λ1 + Δλ;\n\n    return new LatLon(φ2.toDegrees(), (λ2.toDegrees()+540) % 360 - 180); // normalise to −180..+180°\n};\n\n\n/**\n * Returns the loxodromic midpoint (along a rhumb line) between ‘this’ point and second point.\n *\n * @param   {LatLon} point - Latitude/longitude of second point.\n * @returns {LatLon} Midpoint between this point and second point.\n *\n * @example\n *     var p1 = new LatLon(51.127, 1.338);\n *     var p2 = new LatLon(50.964, 1.853);\n *     var pMid = p1.rhumbMidpointTo(p2); // 51.0455°N, 001.5957°E\n */\nLatLon.prototype.rhumbMidpointTo = function(point) {\n    if (!(point instanceof LatLon)) throw new TypeError('point is not LatLon object');\n\n    // see mathforum.org/kb/message.jspa?messageID=148837\n\n    var φ1 = this.lat.toRadians(), λ1 = this.lon.toRadians();\n    var φ2 = point.lat.toRadians(), λ2 = point.lon.toRadians();\n\n    if (Math.abs(λ2-λ1) > Math.PI) λ1 += 2*Math.PI; // crossing anti-meridian\n\n    var φ3 = (φ1+φ2)/2;\n    var f1 = Math.tan(Math.PI/4 + φ1/2);\n    var f2 = Math.tan(Math.PI/4 + φ2/2);\n    var f3 = Math.tan(Math.PI/4 + φ3/2);\n    var λ3 = ( (λ2-λ1)*Math.log(f3) + λ1*Math.log(f2) - λ2*Math.log(f1) ) / Math.log(f2/f1);\n\n    if (!isFinite(λ3)) λ3 = (λ1+λ2)/2; // parallel of latitude\n\n    var p = LatLon(φ3.toDegrees(), (λ3.toDegrees()+540)%360-180); // normalise to −180..+180°\n\n    return p;\n};\n\n\n/* Area - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - */\n\n\n/**\n * Calculates the area of a spherical polygon where the sides of the polygon are great circle\n * arcs joining the vertices.\n *\n * @param   {LatLon[]} polygon - Array of points defining vertices of the polygon\n * @param   {number} [radius=6371e3] - (Mean) radius of earth (defaults to radius in metres).\n * @returns {number} The area of the polygon, in the same units as radius.\n *\n * @example\n *   var polygon = [new LatLon(0,0), new LatLon(1,0), new LatLon(0,1)];\n *   var area = LatLon.areaOf(polygon); // 6.18e9 m²\n */\nLatLon.areaOf = function(polygon, radius) {\n    // uses method due to Karney: osgeo-org.1560.x6.nabble.com/Area-of-a-spherical-polygon-td3841625.html;\n    // for each edge of the polygon, tan(E/2) = tan(Δλ/2)·(tan(φ1/2) + tan(φ2/2)) / (1 + tan(φ1/2)·tan(φ2/2))\n    // where E is the spherical excess of the trapezium obtained by extending the edge to the equator\n\n    var R = (radius === undefined) ? 6371e3 : Number(radius);\n\n    // close polygon so that last point equals first point\n    var closed = polygon[0].equals(polygon[polygon.length-1]);\n    if (!closed) polygon.push(polygon[0]);\n\n    var nVertices = polygon.length - 1;\n\n    var S = 0; // spherical excess in steradians\n    for (var v=0; v<nVertices; v++) {\n        var φ1 = polygon[v].lat.toRadians();\n        var φ2 = polygon[v+1].lat.toRadians();\n        var Δλ = (polygon[v+1].lon - polygon[v].lon).toRadians();\n        var E = 2 * Math.atan2(Math.tan(Δλ/2) * (Math.tan(φ1/2)+Math.tan(φ2/2)), 1 + Math.tan(φ1/2)*Math.tan(φ2/2));\n        S += E;\n    }\n\n    if (isPoleEnclosedBy(polygon)) S = Math.abs(S) - 2*Math.PI;\n\n    var A = Math.abs(S * R*R); // area in units of R\n\n    if (!closed) polygon.pop(); // restore polygon to pristine condition\n\n    return A;\n\n    // returns whether polygon encloses pole: sum of course deltas around pole is 0° rather than\n    // normal ±360°: blog.element84.com/determining-if-a-spherical-polygon-contains-a-pole.html\n    function isPoleEnclosedBy(polygon) {\n        // TODO: any better test than this?\n        var ΣΔ = 0;\n        var prevBrng = polygon[0].bearingTo(polygon[1]);\n        for (var v=0; v<polygon.length-1; v++) {\n            var initBrng = polygon[v].bearingTo(polygon[v+1]);\n            var finalBrng = polygon[v].finalBearingTo(polygon[v+1]);\n            ΣΔ += (initBrng - prevBrng + 540) % 360 - 180;\n            ΣΔ += (finalBrng - initBrng + 540) % 360 - 180;\n            prevBrng = finalBrng;\n        }\n        var initBrng = polygon[0].bearingTo(polygon[1]);\n        ΣΔ += (initBrng - prevBrng + 540) % 360 - 180;\n        // TODO: fix (intermittant) edge crossing pole - eg (85,90), (85,0), (85,-90)\n        var enclosed = Math.abs(ΣΔ) < 90; // 0°-ish\n        return enclosed;\n    }\n};\n\n\n/* - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -  */\n\n\n/**\n * Checks if another point is equal to ‘this’ point.\n *\n * @param   {LatLon} point - Point to be compared against this point.\n * @returns {bool}   True if points are identical.\n *\n * @example\n *   var p1 = new LatLon(52.205, 0.119);\n *   var p2 = new LatLon(52.205, 0.119);\n *   var equal = p1.equals(p2); // true\n */\nLatLon.prototype.equals = function(point) {\n    if (!(point instanceof LatLon)) throw new TypeError('point is not LatLon object');\n\n    if (this.lat != point.lat) return false;\n    if (this.lon != point.lon) return false;\n\n    return true;\n};\n\n\n/**\n * Returns a string representation of ‘this’ point, formatted as degrees, degrees+minutes, or\n * degrees+minutes+seconds.\n *\n * @param   {string} [format=dms] - Format point as 'd', 'dm', 'dms'.\n * @param   {number} [dp=0|2|4] - Number of decimal places to use - default 0 for dms, 2 for dm, 4 for d.\n * @returns {string} Comma-separated latitude/longitude.\n */\nLatLon.prototype.toString = function(format, dp) {\n    return Dms.toLat(this.lat, format, dp) + ', ' + Dms.toLon(this.lon, format, dp);\n};\n\n\n/* - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -  */\n\n/** Extend Number object with method to convert numeric degrees to radians */\nif (Number.prototype.toRadians === undefined) {\n    Number.prototype.toRadians = function() { return this * Math.PI / 180; };\n}\n\n/** Extend Number object with method to convert radians to numeric (signed) degrees */\nif (Number.prototype.toDegrees === undefined) {\n    Number.prototype.toDegrees = function() { return this * 180 / Math.PI; };\n}\n\n/* - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -  */\nif (typeof module != 'undefined' && module.exports) module.exports = LatLon; // ≡ export default LatLon\n","// https://en.wikipedia.org/wiki/Rhumb_line\n// http://www.movable-type.co.uk/scripts/latlong.html#rhumblines\nvar getCoord = require('@turf/invariant').getCoord;\nvar GeodesyLatLon = require('geodesy').LatLonSpherical;\n\n/**\n * Takes two {@link Point|points} and finds the bearing angle between them along a Rhumb line\n * i.e. the angle measured in degrees start the north line (0 degrees)\n *\n * @name rhumbBearing\n * @param {Geometry|Feature<Point>|Array<number>} start starting Point\n * @param {Geometry|Feature<Point>|Array<number>} end ending Point\n * @param {boolean} [final=false] calculates the final bearing if true\n * @returns {number} bearing from north in decimal degrees, between -180 and 180 degrees (positive clockwise)\n * @example\n * var point1 = turf.point([-75.343, 39.984], {\"marker-color\": \"#F00\"});\n * var point2 = turf.point([-75.534, 39.123], {\"marker-color\": \"#00F\"});\n *\n * var bearing = turf.rhumbBearing(point1, point2);\n *\n * //addToMap\n * var addToMap = [point1, point2]\n * point1.properties.bearing = bearing\n * point2.properties.bearing = bearing\n */\nmodule.exports = function (start, end, final) {\n    // validation\n    if (!start) throw new Error('start point is required');\n    if (!end) throw new Error('end point is required');\n\n    var coordsStart = getCoord(start);\n    var coordsEnd = getCoord(end);\n    var origin = new GeodesyLatLon(coordsStart[1], coordsStart[0]);\n    var destination = new GeodesyLatLon(coordsEnd[1], coordsEnd[0]);\n    var bear360;\n\n    if (final) bear360 = destination.rhumbBearingTo(origin);\n    else bear360 = origin.rhumbBearingTo(destination);\n\n    var bear180 = (bear360 > 180) ? -(360 - bear360) : bear360;\n\n    return bear180;\n};\n","var render = function () {var _vm=this;var _h=_vm.$createElement;var _c=_vm._self._c||_h;return (_vm.debug)?_c('div',{staticClass:\"wfs-map-layer\"},[_c('p',[_c('strong',[_vm._v(\"URL: \")]),_vm._v(_vm._s(_vm.url))])]):_vm._e()}\nvar staticRenderFns = []\n\nexport { render, staticRenderFns }","<template>\r\n  <div v-if=\"debug\" class=\"wfs-map-layer\">\r\n    <p><strong>URL: </strong>{{ url }}</p>\r\n  </div>\r\n</template>\r\n<script>\r\n\r\nimport {makeWMSLayer} from '@helpers/openlayers/layers'\r\nimport {geoJsonFormat} from '@helpers/openlayers/features'\r\nimport {extend, createEmpty} from 'ol/extent'\r\nimport {buffer} from '@turf/turf'\r\n\r\nexport default {\r\n  inject: [\r\n    'getMap'\r\n  ],\r\n  props: {\r\n    url: String,\r\n    layers: {},\r\n    debug: Boolean,\r\n    clipFeatures: Array\r\n  },\r\n  methods: {\r\n    recreate () {\r\n      const {url, layers} = this\r\n\r\n      if (this.layer) {\r\n        this.map.getLayers().remove(this.layer)\r\n        this.layer = null\r\n      }\r\n\r\n      this.layer = makeWMSLayer({url, layers})\r\n\r\n      if (this.clipFeatures) {\r\n        const olFeatures = this.clipFeatures.map(feature => geoJsonFormat.readFeature(buffer(feature, 500, 'meters')))\r\n\r\n        const extent = olFeatures.reduce((combined, x) => extend(combined, x.getGeometry().getExtent()), createEmpty())\r\n\r\n        this.layer.setExtent(extent)\r\n      }\r\n\r\n      this.map.getLayers().push(this.layer)\r\n    }\r\n  },\r\n  watch: {\r\n    url (url) {\r\n      this.layer.getSource().setUrl(url)\r\n    },\r\n    layers (layers) {\r\n      this.layer.getSource().updateParams({\r\n        LAYERS: layers\r\n      })\r\n    }\r\n  },\r\n  updated () {\r\n    this.recreate()\r\n  },\r\n  created () {\r\n    this.getMap().then(map => {\r\n      this.map = map\r\n\r\n      this.recreate()\r\n    })\r\n  },\r\n  beforeDestroy () {\r\n    if (this.layer) {\r\n      this.map.getLayers().remove(this.layer)\r\n    }\r\n  },\r\n  render () {\r\n    return null\r\n  }\r\n}\r\n</script>\r\n\r\n<style lang=\"scss\" scoped>\r\n.wfs-map-layer {\r\n  display: flex;\r\n  flex-direction: column;\r\n  align-items: stretch;\r\n\r\n  border: 1px solid red;\r\n  background-color: lighten(red, 40%);\r\n}\r\n</style>\r\n","import mod from \"-!../../../../../node_modules/cache-loader/dist/cjs.js??ref--12-0!../../../../../node_modules/thread-loader/dist/cjs.js!../../../../../node_modules/babel-loader/lib/index.js!../../../../../node_modules/cache-loader/dist/cjs.js??ref--0-0!../../../../../node_modules/vue-loader/lib/index.js??vue-loader-options!./IxWmsLayer.vue?vue&type=script&lang=js&\"; export default mod; export * from \"-!../../../../../node_modules/cache-loader/dist/cjs.js??ref--12-0!../../../../../node_modules/thread-loader/dist/cjs.js!../../../../../node_modules/babel-loader/lib/index.js!../../../../../node_modules/cache-loader/dist/cjs.js??ref--0-0!../../../../../node_modules/vue-loader/lib/index.js??vue-loader-options!./IxWmsLayer.vue?vue&type=script&lang=js&\"","import { render, staticRenderFns } from \"./IxWmsLayer.vue?vue&type=template&id=41702c76&scoped=true&\"\nimport script from \"./IxWmsLayer.vue?vue&type=script&lang=js&\"\nexport * from \"./IxWmsLayer.vue?vue&type=script&lang=js&\"\nimport style0 from \"./IxWmsLayer.vue?vue&type=style&index=0&id=41702c76&lang=scss&scoped=true&\"\n\n\n/* normalize component */\nimport normalizer from \"!../../../../../node_modules/vue-loader/lib/runtime/componentNormalizer.js\"\nvar component = normalizer(\n  script,\n  render,\n  staticRenderFns,\n  false,\n  null,\n  \"41702c76\",\n  null\n  \n)\n\nexport default component.exports","var meta = require('@turf/meta');\nvar rbush = require('geojson-rbush');\nvar helpers = require('@turf/helpers');\nvar flatten = require('@turf/flatten');\nvar truncate = require('@turf/truncate');\nvar invariant = require('@turf/invariant');\nvar lineSegment = require('@turf/line-segment');\nvar pointOnLine = require('@turf/point-on-line');\nvar lineIntersect = require('@turf/line-intersect');\nvar getCoords = invariant.getCoords;\nvar lineString = helpers.lineString;\nvar getGeomType = invariant.getGeomType;\nvar featureEach = meta.featureEach;\nvar featureReduce = meta.featureReduce;\nvar featureCollection = helpers.featureCollection;\n\n/**\n * Split a LineString by another GeoJSON Feature.\n *\n * @name lineSplit\n * @param {Feature<LineString>} line LineString Feature to split\n * @param {Feature} splitter Feature used to split line\n * @returns {FeatureCollection<LineString>} Split LineStrings\n * @example\n * var line = turf.lineString([[120, -25], [145, -25]]);\n * var splitter = turf.lineString([[130, -15], [130, -35]]);\n *\n * var split = turf.lineSplit(line, splitter);\n *\n * //addToMap\n * var addToMap = [line, splitter]\n */\nmodule.exports = function (line, splitter) {\n    if (!line) throw new Error('line is required');\n    if (!splitter) throw new Error('splitter is required');\n\n    var lineType = getGeomType(line);\n    var splitterType = getGeomType(splitter);\n\n    if (lineType !== 'LineString') throw new Error('line must be LineString');\n    if (splitterType === 'FeatureCollection') throw new Error('splitter cannot be a FeatureCollection');\n    if (splitterType === 'GeometryCollection') throw new Error('splitter cannot be a GeometryCollection');\n\n    // remove excessive decimals from splitter\n    // to avoid possible approximation issues in rbush\n    var truncatedSplitter = truncate(splitter, 7);\n\n    switch (splitterType) {\n    case 'Point':\n        return splitLineWithPoint(line, truncatedSplitter);\n    case 'MultiPoint':\n        return splitLineWithPoints(line, flatten(truncatedSplitter));\n    case 'LineString':\n    case 'MultiLineString':\n    case 'Polygon':\n    case 'MultiPolygon':\n        return splitLineWithPoints(line, lineIntersect(line, truncatedSplitter));\n    }\n};\n\n/**\n * Split LineString with MultiPoint\n *\n * @private\n * @param {Feature<LineString>} line LineString\n * @param {FeatureCollection<Point>} splitter Point\n * @returns {FeatureCollection<LineString>} split LineStrings\n */\nfunction splitLineWithPoints(line, splitter) {\n    var results = [];\n    var tree = rbush();\n\n    featureEach(splitter, function (point) {\n        // Add index/id to features (needed for filter)\n        results.forEach(function (feature, index) {\n            feature.id = index;\n        });\n        // First Point - doesn't need to handle any previous line results\n        if (!results.length) {\n            results = splitLineWithPoint(line, point).features;\n            tree.load(featureCollection(results));\n        // Split with remaining points - lines might needed to be split multiple times\n        } else {\n            // Find all lines that are within the splitter's bbox\n            var search = tree.search(point);\n\n            // RBush might return multiple lines - only process the closest line to splitter\n            var closestLine = findClosestFeature(point, search);\n\n            // Remove closest line from results since this will be split into two lines\n            // This removes any duplicates inside the results & index\n            results = results.filter(function (feature) { return feature.id !== closestLine.id; });\n            tree.remove(closestLine);\n\n            // Append the two newly split lines into the results\n            featureEach(splitLineWithPoint(closestLine, point), function (line) {\n                results.push(line);\n                tree.insert(line);\n            });\n        }\n    });\n    return featureCollection(results);\n}\n\n/**\n * Split LineString with Point\n *\n * @private\n * @param {Feature<LineString>} line LineString\n * @param {Feature<Point>} splitter Point\n * @returns {FeatureCollection<LineString>} split LineStrings\n */\nfunction splitLineWithPoint(line, splitter) {\n    var results = [];\n\n    // handle endpoints\n    var startPoint = getCoords(line)[0];\n    var endPoint = getCoords(line)[line.geometry.coordinates.length - 1];\n    if (pointsEquals(startPoint, getCoords(splitter)) ||\n        pointsEquals(endPoint, getCoords(splitter))) return featureCollection([line]);\n\n    // Create spatial index\n    var tree = rbush();\n    var segments = lineSegment(line);\n    tree.load(segments);\n\n    // Find all segments that are within bbox of splitter\n    var search = tree.search(splitter);\n\n    // Return itself if point is not within spatial index\n    if (!search.features.length) return featureCollection([line]);\n\n    // RBush might return multiple lines - only process the closest line to splitter\n    var closestSegment = findClosestFeature(splitter, search);\n\n    // Initial value is the first point of the first segments (beginning of line)\n    var initialValue = [startPoint];\n    var lastCoords = featureReduce(segments, function (previous, current, index) {\n        var currentCoords = getCoords(current)[1];\n        var splitterCoords = getCoords(splitter);\n\n        // Location where segment intersects with line\n        if (index === closestSegment.id) {\n            previous.push(splitterCoords);\n            results.push(lineString(previous));\n            // Don't duplicate splitter coordinate (Issue #688)\n            if (pointsEquals(splitterCoords, currentCoords)) return [splitterCoords];\n            return [splitterCoords, currentCoords];\n\n        // Keep iterating over coords until finished or intersection is found\n        } else {\n            previous.push(currentCoords);\n            return previous;\n        }\n    }, initialValue);\n    // Append last line to final split results\n    if (lastCoords.length > 1) {\n        results.push(lineString(lastCoords));\n    }\n    return featureCollection(results);\n}\n\n\n/**\n * Find Closest Feature\n *\n * @private\n * @param {Feature<Point>} point Feature must be closest to this point\n * @param {FeatureCollection<LineString>} lines Collection of Features\n * @returns {Feature<LineString>} closest LineString\n */\nfunction findClosestFeature(point, lines) {\n    if (!lines.features) throw new Error('<lines> must contain features');\n    // Filter to one segment that is the closest to the line\n    if (lines.features.length === 1) return lines.features[0];\n\n    var closestFeature;\n    var closestDistance = Infinity;\n    featureEach(lines, function (segment) {\n        var pt = pointOnLine(segment, point);\n        var dist = pt.properties.dist;\n        if (dist < closestDistance) {\n            closestFeature = segment;\n            closestDistance = dist;\n        }\n    });\n    return closestFeature;\n}\n\n/**\n * Compares two points and returns if they are equals\n *\n * @private\n * @param {Array<number>} pt1 point\n * @param {Array<number>} pt2 point\n * @returns {boolean} true if they are equals\n */\nfunction pointsEquals(pt1, pt2) {\n    return pt1[0] === pt2[0] && pt1[1] === pt2[1];\n}\n","'use strict';\n\nvar inside = require('@turf/inside'),\n    _require = require('@turf/helpers'),\n    point = _require.point;\n\n/** Returns the direction of the point q relative to the vector p1 -> p2.\n * Implementation of geos::algorithm::CGAlgorithm::orientationIndex()\n * (same as geos::algorithm::CGAlgorithm::computeOrientation())\n *\n * @param {Number[]} p1 - the origin point of the vector\n * @param {Number[]} p2 - the final point of the vector\n * @param {Number[]} q - the point to compute the direction to\n *\n * @returns {Number} - 1 if q is ccw (left) from p1->p2,\n *    -1 if q is cw (right) from p1->p2,\n *     0 if q is colinear with p1->p2\n */\nfunction orientationIndex(p1, p2, q) {\n  var dx1 = p2[0] - p1[0],\n      dy1 = p2[1] - p1[1],\n      dx2 = q[0] - p2[0],\n      dy2 = q[1] - p2[1];\n\n  return Math.sign(dx1 * dy2 - dx2 * dy1);\n}\n\n/** Checks if two envelopes are equal.\n * The function assumes that the arguments are envelopes, i.e.: Rectangular polygon\n *\n * @param {Feature<Polygon>} env1 - Envelope\n * @param {Feature<Polygon>} env2 - Envelope\n * @returns {Boolean} - True if the envelopes are equal\n */\nfunction envelopeIsEqual(env1, env2) {\n  var envX1 = env1.geometry.coordinates.map(function (c) {\n    return c[0];\n  }),\n      envY1 = env1.geometry.coordinates.map(function (c) {\n    return c[1];\n  }),\n      envX2 = env2.geometry.coordinates.map(function (c) {\n    return c[0];\n  }),\n      envY2 = env2.geometry.coordinates.map(function (c) {\n    return c[1];\n  });\n\n  return Math.max(null, envX1) === Math.max(null, envX2) && Math.max(null, envY1) === Math.max(null, envY2) && Math.min(null, envX1) === Math.min(null, envX2) && Math.min(null, envY1) === Math.min(null, envY2);\n}\n\n/** Check if a envelope is contained in other one.\n * The function assumes that the arguments are envelopes, i.e.: Convex polygon\n * XXX: Envelopes are rectangular, checking if a point is inside a rectangule is something easy,\n * this could be further improved.\n *\n * @param {Feature<Polygon>} self - Envelope\n * @param {Feature<Polygon>} env - Envelope\n * @returns {Boolean} - True if env is contained in self\n */\nfunction envelopeContains(self, env) {\n  return env.geometry.coordinates[0].every(function (c) {\n    return inside(point(c), self);\n  });\n}\n\n/** Checks if two coordinates are equal.\n *\n * @param {Number[]} coord1 - First coordinate\n * @param {Number[]} coord2 - Second coordinate\n * @returns {Boolean} - True if coordinates are equal\n */\nfunction coordinatesEqual(coord1, coord2) {\n  return coord1[0] === coord2[0] && coord1[1] === coord2[1];\n}\n\nmodule.exports = {\n  orientationIndex: orientationIndex,\n  envelopeIsEqual: envelopeIsEqual,\n  envelopeContains: envelopeContains,\n  coordinatesEqual: coordinatesEqual\n};","var render = function () {var _vm=this;var _h=_vm.$createElement;var _c=_vm._self._c||_h;return _c('LabelAndMessage',{attrs:{\"id\":_vm.id,\"label\":_vm.label,\"required\":_vm.required,\"placement\":_vm.placement,\"feedback-classes\":_vm.feedbackClasses,\"description\":_vm.combinedDescription,\"message\":_vm.message}},[_c('div',{staticClass:\"input-field\",class:{'input-group': _vm.addon || _vm.unit || _vm.usePercent || _vm.$slots.inputGroup}},[_c('div',{staticClass:\"input-wrapper\",attrs:{\"title\":_vm.title}},[_c('input',{ref:\"input\",staticClass:\"form-control\",class:{faded: _vm.faded, 'has-input': _vm.inputText, centered: _vm.centered},attrs:{\"id\":_vm.id,\"name\":_vm.name,\"readonly\":_vm.readonly || _vm.disabled,\"disabled\":_vm.readonly || _vm.disabled,\"type\":\"text\",\"aria-describedby\":(_vm.id + \"-sr-status\"),\"placeholder\":_vm.placeholder},domProps:{\"value\":_vm.displayValue},on:{\"input\":function($event){return _vm.onInput($event.target.value)},\"blur\":_vm.updateText}}),(_vm.clearButton)?_c('InputClearButton',{attrs:{\"show\":!!_vm.value,\"right\":\"6px\"},on:{\"click\":_vm.clear}}):_c('div',{staticClass:\"icon\"},[_vm._t(\"icon\")],2)],1),(_vm.state)?_c('span',{staticClass:\"sr-only\",attrs:{\"id\":(_vm.id + \"-status-sr\")}},[_vm._v(_vm._s(_vm.srState))]):_vm._e(),(_vm.addon || _vm.unit || _vm.usePercent)?_c('span',{staticClass:\"input-group-addon\"},[(_vm.usePercent)?_c('span',[_vm._v(_vm._s(_vm.$i18n.translateUnit('%')))]):_vm._e(),(_vm.unit && _vm.unit !== '%')?_c('span',[_vm._v(_vm._s(_vm.$i18n.translateUnit(_vm.unit)))]):_vm._e(),_vm._v(\" \"+_vm._s(_vm.addon)+\"\\n    \")]):_vm._e(),_vm._t(\"inputGroup\")],2),_vm._t(\"label\",null,{\"slot\":\"label\"}),(_vm.$slots.description)?_vm._t(\"description\",null,{\"slot\":\"description\"}):_vm._e()],2)}\nvar staticRenderFns = []\n\nexport { render, staticRenderFns }","<template lang=\"html\">\r\n  <LabelAndMessage\r\n    :id=\"id\" :label=\"label\"\r\n    :required=\"required\" :placement=\"placement\"\r\n    :feedback-classes=\"feedbackClasses\" :description=\"combinedDescription\"\r\n    :message=\"message\"\r\n  >\r\n    <div :class=\"{'input-group': addon || unit || usePercent || $slots.inputGroup}\" class=\"input-field\">\r\n      <div class=\"input-wrapper\" :title=\"title\">\r\n        <input\r\n          :id=\"id\" ref=\"input\"\r\n          :name=\"name\" :readonly=\"readonly || disabled\"\r\n          :disabled=\"readonly || disabled\" type=\"text\"\r\n          class=\"form-control\" :class=\"{faded, 'has-input': inputText, centered}\"\r\n          :aria-describedby=\"`${id}-sr-status`\"\r\n          :value=\"displayValue\" :placeholder=\"placeholder\"\r\n          @input=\"onInput($event.target.value)\" @blur=\"updateText\"\r\n        >\r\n        <InputClearButton\r\n          v-if=\"clearButton\"\r\n          :show=\"!!value\"\r\n          right=\"6px\"\r\n          @click=\"clear\"\r\n        />\r\n        <div v-else class=\"icon\">\r\n          <slot name=\"icon\" />\r\n        </div>\r\n        <!-- <transition name=\"icon\" mode=\"out-in\">\r\n          <span\r\n            v-if=\"state\" :key=\"icon\"\r\n            class=\"glyphicon form-control-feedback\"\r\n            :class=\"[icon ? `glyphicon-${icon}` : null]\" aria-hidden=\"true\"\r\n          />\r\n        </transition> -->\r\n      </div>\r\n      <span v-if=\"state\" :id=\"`${id}-status-sr`\" class=\"sr-only\">{{ srState }}</span>\r\n      <span v-if=\"addon || unit || usePercent\" class=\"input-group-addon\">\r\n        <span v-if=\"usePercent\">{{ $i18n.translateUnit('%') }}</span>\r\n        <span v-if=\"unit && unit !== '%'\">{{ $i18n.translateUnit(unit) }}</span> {{ addon }}\r\n      </span>\r\n      <slot name=\"inputGroup\" />\r\n    </div>\r\n    <slot slot=\"label\" name=\"label\" />\r\n    <slot v-if=\"$slots.description\" slot=\"description\" name=\"description\" />\r\n  </LabelAndMessage>\r\n</template>\r\n\r\n<script>\r\nimport {debounce} from 'lodash'\r\n\r\nimport RuleMixin from './RuleMixin'\r\nimport InputMixin from './input-base/InputMixin'\r\nimport FormPartMixin from 'src/vue/components/forms/FormPartMixin'\r\nimport ChangeDetectionMixin from 'src/vue/components/forms/ChangeDetectionMixin'\r\nimport makeResourceMixin from 'src/vue/mixins/make-resource-mixin'\r\n\r\nimport InputClearButton from '@components/InputClearButton'\r\nimport LabelAndMessage from './input-base/LabelAndMessage'\r\n\r\nconst resources = {\r\n  SR_Common: 'Common.SR_Common',\r\n  SR_ErrorMessages: 'Messages.Error.SR_ErrorMessages',\r\n  SR_InfoMessages: 'Messages.Info.SR_InfoMessages'\r\n}\r\n\r\nlet counter = 0\r\n\r\nexport default {\r\n  components: {\r\n    LabelAndMessage,\r\n    InputClearButton\r\n  },\r\n  mixins: [\r\n    RuleMixin,\r\n    InputMixin,\r\n    makeResourceMixin(resources),\r\n    FormPartMixin,\r\n    ChangeDetectionMixin\r\n  ],\r\n  props: {\r\n    value: Number,\r\n    format: String, // default, f2, f4\r\n    placeholder: String, // placeholder has higher priority than default property of messages object\r\n    integer: Boolean,\r\n    addon: String,\r\n    placement: String,\r\n    description: String,\r\n    readonly: Boolean,\r\n    disabled: Boolean,\r\n    name: String,\r\n    hideDescription: Boolean,\r\n    centered: Boolean,\r\n    resetValue: Number,\r\n    clearButton: Boolean,\r\n    percent: Boolean,\r\n    percentNotNormalized: Boolean,\r\n    unit: {\r\n      type: String,\r\n      default: null\r\n    },\r\n    title: {\r\n      type: String,\r\n      default: ''\r\n    }\r\n  },\r\n  data () {\r\n    return {\r\n      id: `numeric-input-${counter++}`,\r\n      convertedValue: null,\r\n      truncatedValue: null,\r\n      inputText: '',\r\n      faded: false,\r\n      dirty: false,\r\n\r\n      onInput: debounce(this.onInputDebounced, 300)\r\n    }\r\n  },\r\n  computed: {\r\n    usePercent () {\r\n      return this.percent || this.unit === '%' || this.percentNotNormalized\r\n    },\r\n    combinedDescription () {\r\n      if (this.hideDescription) {\r\n        return\r\n      }\r\n      const parts = [this.description, this.ruleDescription]\r\n      return parts.filter(x => x)\r\n    },\r\n    overrideInputText () {\r\n      return this.truncatedValue !== this.value && !isNaN(this.value)\r\n    },\r\n    formattedValue () {\r\n      const newValue = this.usePercent && !this.percentNotNormalized ? this.value * 100 : this.value\r\n      return this.value || this.value === 0\r\n        ? this.$i18n.format(newValue, this.integer\r\n          ? 'f0'\r\n          : this.format)\r\n        : ''\r\n    },\r\n    displayValue () {\r\n      return this.overrideInputText\r\n        ? this.formattedValue\r\n        : this.inputText\r\n    },\r\n    fractionalDigits () {\r\n      if (this.integer) {\r\n        return 0\r\n      }\r\n      switch (this.format) {\r\n      case 'f0': return 0\r\n      case 'exact': return 20\r\n      case 'f4': return 4\r\n      case 'f2':\r\n      default: return 2\r\n      }\r\n    },\r\n    willBeTruncated () {\r\n      return this.convertedValue !== this.truncatedValue\r\n    },\r\n    state () {\r\n      // never validate without user entry\r\n      if (!this.dirty) {\r\n        return undefined\r\n      }\r\n\r\n      const states = {}\r\n\r\n      if (this.required) {\r\n        if (!this.value && this.value !== 0) { // 0 is falsy but allowed\r\n          states.required = 'error'\r\n        } else {\r\n          states.required = 'success'\r\n        }\r\n      }\r\n\r\n      if (this.value !== null && isNaN(this.value)) {\r\n        states.isNumber = 'error'\r\n      }\r\n\r\n      if (this.willBeTruncated) {\r\n        states.truncated = 'warning'\r\n      }\r\n\r\n      states.rules = this.ruleState\r\n\r\n      // the 'or success' part coerces the undefined state that you get when no rules are available into a success state\r\n      return this.combineStates(states) || 'success'\r\n    },\r\n    message () {\r\n      const key = this.state || 'default'\r\n\r\n      const internalHighPriority = {}\r\n      const internalLowPriority = {\r\n        error: this.SR_InfoMessages.RequiredField,\r\n        warning: this.SR_Common.Truncate + ' ' + this.truncatedValue\r\n      }\r\n\r\n      if (isNaN(this.value)) {\r\n        internalHighPriority.error = this.integer\r\n          ? this.SR_ErrorMessages.OnlyIntegers\r\n          : this.SR_ErrorMessages.OnlyFloatingNumbers\r\n      }\r\n\r\n      const prioritizedMessages = Object.assign(internalLowPriority, this.ruleMessages, internalHighPriority)\r\n      return prioritizedMessages[key]\r\n    }\r\n  },\r\n  methods: {\r\n    updateText () {\r\n      if (!this.$refs.input) return\r\n      // TODO maybe only fade if new formatted text differs from this.inputText\r\n      const convertedInput = this.convert(this.$refs.input.value)\r\n      this.$emit('input', convertedInput)\r\n      this.$emit('blur', convertedInput)\r\n\r\n      this.faded = true\r\n      setTimeout(() => {\r\n        this.convertedValue = null\r\n        this.truncatedValue = null\r\n        this.faded = false\r\n      }, 250)\r\n    },\r\n    convert (value) {\r\n      this.inputText = value\r\n\r\n      if (value === '') {\r\n        this.convertedValue = null\r\n        this.truncatedValue = null\r\n      } else {\r\n        this.convertedValue = this.usePercent && !this.percentNotNormalized\r\n          ? (this.$i18n.parse(value, 'number') / 100)\r\n          : this.$i18n.parse(value, 'number')\r\n        this.truncatedValue = parseFloat(this.convertedValue.toFixed(this.fractionalDigits))\r\n      }\r\n\r\n      return this.truncatedValue\r\n    },\r\n    onInputDebounced (value) {\r\n      this.dirty = true\r\n      this.$emit('input', this.convert(value))\r\n    },\r\n    clear () {\r\n      this.inputText = ''\r\n      this.$emit('input', null)\r\n      this.$refs.input.focus()\r\n    }\r\n  },\r\n  watch: {\r\n    value () {\r\n      if (document.activeElement === this.$refs.input) return\r\n\r\n      this.inputText = this.formattedValue\r\n    }\r\n  }\r\n}\r\n</script>\r\n\r\n<style lang=\"scss\" scoped>\r\n/* additional used classes may come from bootstrap */\r\n\r\n@import '~./input-base/input.scss';\r\n\r\ninput {\r\n  transition: color 0.25s;\r\n}\r\n\r\ninput.faded {\r\n  color: white;\r\n}\r\n\r\ninput::placeholder {\r\n  transition: opacity 0.35s ease-in-out;\r\n}\r\n\r\ninput.has-input::placeholder {\r\n  opacity: 0;\r\n}\r\n\r\ninput.centered {\r\n  text-align: center;\r\n}\r\n\r\n// workaround for glyphicon removal\r\n.has-feedback .form-control {\r\n  padding-right: 12px;\r\n}\r\n\r\n.input-wrapper {\r\n  position: relative;\r\n}\r\n\r\n.icon {\r\n  position: absolute;\r\n  width: 100%;\r\n  top: 0;\r\n  transform: translateY(50%);\r\n  z-index: 2;\r\n\r\n  font-size: 0.8em;\r\n  padding-right: 0.4em;\r\n\r\n  display: flex;\r\n  justify-content: flex-end;\r\n  align-items: center;\r\n\r\n  pointer-events: none;\r\n}\r\n</style>\r\n","import mod from \"-!../../../../../node_modules/cache-loader/dist/cjs.js??ref--12-0!../../../../../node_modules/thread-loader/dist/cjs.js!../../../../../node_modules/babel-loader/lib/index.js!../../../../../node_modules/cache-loader/dist/cjs.js??ref--0-0!../../../../../node_modules/vue-loader/lib/index.js??vue-loader-options!./NumericInput.vue?vue&type=script&lang=js&\"; export default mod; export * from \"-!../../../../../node_modules/cache-loader/dist/cjs.js??ref--12-0!../../../../../node_modules/thread-loader/dist/cjs.js!../../../../../node_modules/babel-loader/lib/index.js!../../../../../node_modules/cache-loader/dist/cjs.js??ref--0-0!../../../../../node_modules/vue-loader/lib/index.js??vue-loader-options!./NumericInput.vue?vue&type=script&lang=js&\"","import { render, staticRenderFns } from \"./NumericInput.vue?vue&type=template&id=505bcb48&scoped=true&lang=html&\"\nimport script from \"./NumericInput.vue?vue&type=script&lang=js&\"\nexport * from \"./NumericInput.vue?vue&type=script&lang=js&\"\nimport style0 from \"./NumericInput.vue?vue&type=style&index=0&id=505bcb48&lang=scss&scoped=true&\"\n\n\n/* normalize component */\nimport normalizer from \"!../../../../../node_modules/vue-loader/lib/runtime/componentNormalizer.js\"\nvar component = normalizer(\n  script,\n  render,\n  staticRenderFns,\n  false,\n  null,\n  \"505bcb48\",\n  null\n  \n)\n\nexport default component.exports","\"use strict\"; \"use restrict\";\n\nmodule.exports = UnionFind;\n\nfunction UnionFind(count) {\n  this.roots = new Array(count);\n  this.ranks = new Array(count);\n  \n  for(var i=0; i<count; ++i) {\n    this.roots[i] = i;\n    this.ranks[i] = 0;\n  }\n}\n\nvar proto = UnionFind.prototype\n\nObject.defineProperty(proto, \"length\", {\n  \"get\": function() {\n    return this.roots.length\n  }\n})\n\nproto.makeSet = function() {\n  var n = this.roots.length;\n  this.roots.push(n);\n  this.ranks.push(0);\n  return n;\n}\n\nproto.find = function(x) {\n  var x0 = x\n  var roots = this.roots;\n  while(roots[x] !== x) {\n    x = roots[x]\n  }\n  while(roots[x0] !== x) {\n    var y = roots[x0]\n    roots[x0] = x\n    x0 = y\n  }\n  return x;\n}\n\nproto.link = function(x, y) {\n  var xr = this.find(x)\n    , yr = this.find(y);\n  if(xr === yr) {\n    return;\n  }\n  var ranks = this.ranks\n    , roots = this.roots\n    , xd    = ranks[xr]\n    , yd    = ranks[yr];\n  if(xd < yd) {\n    roots[xr] = yr;\n  } else if(yd < xd) {\n    roots[yr] = xr;\n  } else {\n    roots[yr] = xr;\n    ++ranks[xr];\n  }\n}","var featureCollection = require('@turf/helpers').featureCollection;\nvar featureEach = require('@turf/meta').featureEach;\nvar coordEach = require('@turf/meta').coordEach;\nvar point = require('@turf/helpers').point;\n\n/**\n * Takes a feature or set of features and returns all positions as\n * {@link Point|points}.\n *\n * @name explode\n * @param {(Feature|FeatureCollection)} geojson input features\n * @returns {FeatureCollection<point>} points representing the exploded input features\n * @throws {Error} if it encounters an unknown geometry type\n * @example\n * var poly = {\n *   \"type\": \"Feature\",\n *   \"properties\": {},\n *   \"geometry\": {\n *     \"type\": \"Polygon\",\n *     \"coordinates\": [[\n *       [177.434692, -17.77517],\n *       [177.402076, -17.779093],\n *       [177.38079, -17.803937],\n *       [177.40242, -17.826164],\n *       [177.438468, -17.824857],\n *       [177.454948, -17.796746],\n *       [177.434692, -17.77517]\n *     ]]\n *   }\n * };\n *\n * var points = turf.explode(poly);\n *\n * //=poly\n *\n * //=points\n */\nmodule.exports = function (geojson) {\n    var points = [];\n    if (geojson.type === 'FeatureCollection') {\n        featureEach(geojson, function (feature) {\n            coordEach(feature, function (coord) {\n                points.push(point(coord, feature.properties));\n            });\n        });\n    } else {\n        coordEach(geojson, function (coord) {\n            points.push(point(coord, geojson.properties));\n        });\n    }\n    return featureCollection(points);\n};\n","export default function(x) {\n  return x;\n}\n","import identity from \"./identity\";\n\nexport default function(transform) {\n  if (transform == null) return identity;\n  var x0,\n      y0,\n      kx = transform.scale[0],\n      ky = transform.scale[1],\n      dx = transform.translate[0],\n      dy = transform.translate[1];\n  return function(input, i) {\n    if (!i) x0 = y0 = 0;\n    var j = 2, n = input.length, output = new Array(n);\n    output[0] = (x0 += input[0]) * kx + dx;\n    output[1] = (y0 += input[1]) * ky + dy;\n    while (j < n) output[j] = input[j], ++j;\n    return output;\n  };\n}\n","import transform from \"./transform\";\n\nexport default function(topology) {\n  var t = transform(topology.transform), key,\n      x0 = Infinity, y0 = x0, x1 = -x0, y1 = -x0;\n\n  function bboxPoint(p) {\n    p = t(p);\n    if (p[0] < x0) x0 = p[0];\n    if (p[0] > x1) x1 = p[0];\n    if (p[1] < y0) y0 = p[1];\n    if (p[1] > y1) y1 = p[1];\n  }\n\n  function bboxGeometry(o) {\n    switch (o.type) {\n      case \"GeometryCollection\": o.geometries.forEach(bboxGeometry); break;\n      case \"Point\": bboxPoint(o.coordinates); break;\n      case \"MultiPoint\": o.coordinates.forEach(bboxPoint); break;\n    }\n  }\n\n  topology.arcs.forEach(function(arc) {\n    var i = -1, n = arc.length, p;\n    while (++i < n) {\n      p = t(arc[i], i);\n      if (p[0] < x0) x0 = p[0];\n      if (p[0] > x1) x1 = p[0];\n      if (p[1] < y0) y0 = p[1];\n      if (p[1] > y1) y1 = p[1];\n    }\n  });\n\n  for (key in topology.objects) {\n    bboxGeometry(topology.objects[key]);\n  }\n\n  return [x0, y0, x1, y1];\n}\n","export default function(array, n) {\n  var t, j = array.length, i = j - n;\n  while (i < --j) t = array[i], array[i++] = array[j], array[j] = t;\n}\n","import reverse from \"./reverse\";\nimport transform from \"./transform\";\n\nexport default function(topology, o) {\n  return o.type === \"GeometryCollection\"\n      ? {type: \"FeatureCollection\", features: o.geometries.map(function(o) { return feature(topology, o); })}\n      : feature(topology, o);\n}\n\nexport function feature(topology, o) {\n  var id = o.id,\n      bbox = o.bbox,\n      properties = o.properties == null ? {} : o.properties,\n      geometry = object(topology, o);\n  return id == null && bbox == null ? {type: \"Feature\", properties: properties, geometry: geometry}\n      : bbox == null ? {type: \"Feature\", id: id, properties: properties, geometry: geometry}\n      : {type: \"Feature\", id: id, bbox: bbox, properties: properties, geometry: geometry};\n}\n\nexport function object(topology, o) {\n  var transformPoint = transform(topology.transform),\n      arcs = topology.arcs;\n\n  function arc(i, points) {\n    if (points.length) points.pop();\n    for (var a = arcs[i < 0 ? ~i : i], k = 0, n = a.length; k < n; ++k) {\n      points.push(transformPoint(a[k], k));\n    }\n    if (i < 0) reverse(points, n);\n  }\n\n  function point(p) {\n    return transformPoint(p);\n  }\n\n  function line(arcs) {\n    var points = [];\n    for (var i = 0, n = arcs.length; i < n; ++i) arc(arcs[i], points);\n    if (points.length < 2) points.push(points[0]); // This should never happen per the specification.\n    return points;\n  }\n\n  function ring(arcs) {\n    var points = line(arcs);\n    while (points.length < 4) points.push(points[0]); // This may happen if an arc has only two points.\n    return points;\n  }\n\n  function polygon(arcs) {\n    return arcs.map(ring);\n  }\n\n  function geometry(o) {\n    var type = o.type, coordinates;\n    switch (type) {\n      case \"GeometryCollection\": return {type: type, geometries: o.geometries.map(geometry)};\n      case \"Point\": coordinates = point(o.coordinates); break;\n      case \"MultiPoint\": coordinates = o.coordinates.map(point); break;\n      case \"LineString\": coordinates = line(o.arcs); break;\n      case \"MultiLineString\": coordinates = o.arcs.map(line); break;\n      case \"Polygon\": coordinates = polygon(o.arcs); break;\n      case \"MultiPolygon\": coordinates = o.arcs.map(polygon); break;\n      default: return null;\n    }\n    return {type: type, coordinates: coordinates};\n  }\n\n  return geometry(o);\n}\n","export default function(topology, arcs) {\n  var stitchedArcs = {},\n      fragmentByStart = {},\n      fragmentByEnd = {},\n      fragments = [],\n      emptyIndex = -1;\n\n  // Stitch empty arcs first, since they may be subsumed by other arcs.\n  arcs.forEach(function(i, j) {\n    var arc = topology.arcs[i < 0 ? ~i : i], t;\n    if (arc.length < 3 && !arc[1][0] && !arc[1][1]) {\n      t = arcs[++emptyIndex], arcs[emptyIndex] = i, arcs[j] = t;\n    }\n  });\n\n  arcs.forEach(function(i) {\n    var e = ends(i),\n        start = e[0],\n        end = e[1],\n        f, g;\n\n    if (f = fragmentByEnd[start]) {\n      delete fragmentByEnd[f.end];\n      f.push(i);\n      f.end = end;\n      if (g = fragmentByStart[end]) {\n        delete fragmentByStart[g.start];\n        var fg = g === f ? f : f.concat(g);\n        fragmentByStart[fg.start = f.start] = fragmentByEnd[fg.end = g.end] = fg;\n      } else {\n        fragmentByStart[f.start] = fragmentByEnd[f.end] = f;\n      }\n    } else if (f = fragmentByStart[end]) {\n      delete fragmentByStart[f.start];\n      f.unshift(i);\n      f.start = start;\n      if (g = fragmentByEnd[start]) {\n        delete fragmentByEnd[g.end];\n        var gf = g === f ? f : g.concat(f);\n        fragmentByStart[gf.start = g.start] = fragmentByEnd[gf.end = f.end] = gf;\n      } else {\n        fragmentByStart[f.start] = fragmentByEnd[f.end] = f;\n      }\n    } else {\n      f = [i];\n      fragmentByStart[f.start = start] = fragmentByEnd[f.end = end] = f;\n    }\n  });\n\n  function ends(i) {\n    var arc = topology.arcs[i < 0 ? ~i : i], p0 = arc[0], p1;\n    if (topology.transform) p1 = [0, 0], arc.forEach(function(dp) { p1[0] += dp[0], p1[1] += dp[1]; });\n    else p1 = arc[arc.length - 1];\n    return i < 0 ? [p1, p0] : [p0, p1];\n  }\n\n  function flush(fragmentByEnd, fragmentByStart) {\n    for (var k in fragmentByEnd) {\n      var f = fragmentByEnd[k];\n      delete fragmentByStart[f.start];\n      delete f.start;\n      delete f.end;\n      f.forEach(function(i) { stitchedArcs[i < 0 ? ~i : i] = 1; });\n      fragments.push(f);\n    }\n  }\n\n  flush(fragmentByEnd, fragmentByStart);\n  flush(fragmentByStart, fragmentByEnd);\n  arcs.forEach(function(i) { if (!stitchedArcs[i < 0 ? ~i : i]) fragments.push([i]); });\n\n  return fragments;\n}\n","import {object} from \"./feature\";\nimport stitch from \"./stitch\";\n\nexport default function(topology) {\n  return object(topology, meshArcs.apply(this, arguments));\n}\n\nexport function meshArcs(topology, object, filter) {\n  var arcs, i, n;\n  if (arguments.length > 1) arcs = extractArcs(topology, object, filter);\n  else for (i = 0, arcs = new Array(n = topology.arcs.length); i < n; ++i) arcs[i] = i;\n  return {type: \"MultiLineString\", arcs: stitch(topology, arcs)};\n}\n\nfunction extractArcs(topology, object, filter) {\n  var arcs = [],\n      geomsByArc = [],\n      geom;\n\n  function extract0(i) {\n    var j = i < 0 ? ~i : i;\n    (geomsByArc[j] || (geomsByArc[j] = [])).push({i: i, g: geom});\n  }\n\n  function extract1(arcs) {\n    arcs.forEach(extract0);\n  }\n\n  function extract2(arcs) {\n    arcs.forEach(extract1);\n  }\n\n  function extract3(arcs) {\n    arcs.forEach(extract2);\n  }\n\n  function geometry(o) {\n    switch (geom = o, o.type) {\n      case \"GeometryCollection\": o.geometries.forEach(geometry); break;\n      case \"LineString\": extract1(o.arcs); break;\n      case \"MultiLineString\": case \"Polygon\": extract2(o.arcs); break;\n      case \"MultiPolygon\": extract3(o.arcs); break;\n    }\n  }\n\n  geometry(object);\n\n  geomsByArc.forEach(filter == null\n      ? function(geoms) { arcs.push(geoms[0].i); }\n      : function(geoms) { if (filter(geoms[0].g, geoms[geoms.length - 1].g)) arcs.push(geoms[0].i); });\n\n  return arcs;\n}\n","import {object} from \"./feature\";\nimport stitch from \"./stitch\";\n\nfunction planarRingArea(ring) {\n  var i = -1, n = ring.length, a, b = ring[n - 1], area = 0;\n  while (++i < n) a = b, b = ring[i], area += a[0] * b[1] - a[1] * b[0];\n  return Math.abs(area); // Note: doubled area!\n}\n\nexport default function(topology) {\n  return object(topology, mergeArcs.apply(this, arguments));\n}\n\nexport function mergeArcs(topology, objects) {\n  var polygonsByArc = {},\n      polygons = [],\n      groups = [];\n\n  objects.forEach(geometry);\n\n  function geometry(o) {\n    switch (o.type) {\n      case \"GeometryCollection\": o.geometries.forEach(geometry); break;\n      case \"Polygon\": extract(o.arcs); break;\n      case \"MultiPolygon\": o.arcs.forEach(extract); break;\n    }\n  }\n\n  function extract(polygon) {\n    polygon.forEach(function(ring) {\n      ring.forEach(function(arc) {\n        (polygonsByArc[arc = arc < 0 ? ~arc : arc] || (polygonsByArc[arc] = [])).push(polygon);\n      });\n    });\n    polygons.push(polygon);\n  }\n\n  function area(ring) {\n    return planarRingArea(object(topology, {type: \"Polygon\", arcs: [ring]}).coordinates[0]);\n  }\n\n  polygons.forEach(function(polygon) {\n    if (!polygon._) {\n      var group = [],\n          neighbors = [polygon];\n      polygon._ = 1;\n      groups.push(group);\n      while (polygon = neighbors.pop()) {\n        group.push(polygon);\n        polygon.forEach(function(ring) {\n          ring.forEach(function(arc) {\n            polygonsByArc[arc < 0 ? ~arc : arc].forEach(function(polygon) {\n              if (!polygon._) {\n                polygon._ = 1;\n                neighbors.push(polygon);\n              }\n            });\n          });\n        });\n      }\n    }\n  });\n\n  polygons.forEach(function(polygon) {\n    delete polygon._;\n  });\n\n  return {\n    type: \"MultiPolygon\",\n    arcs: groups.map(function(polygons) {\n      var arcs = [], n;\n\n      // Extract the exterior (unique) arcs.\n      polygons.forEach(function(polygon) {\n        polygon.forEach(function(ring) {\n          ring.forEach(function(arc) {\n            if (polygonsByArc[arc < 0 ? ~arc : arc].length < 2) {\n              arcs.push(arc);\n            }\n          });\n        });\n      });\n\n      // Stitch the arcs into one or more rings.\n      arcs = stitch(topology, arcs);\n\n      // If more than one ring is returned,\n      // at most one of these rings can be the exterior;\n      // choose the one with the greatest absolute area.\n      if ((n = arcs.length) > 1) {\n        for (var i = 1, k = area(arcs[0]), ki, t; i < n; ++i) {\n          if ((ki = area(arcs[i])) > k) {\n            t = arcs[0], arcs[0] = arcs[i], arcs[i] = t, k = ki;\n          }\n        }\n      }\n\n      return arcs;\n    })\n  };\n}\n","export default function(a, x) {\n  var lo = 0, hi = a.length;\n  while (lo < hi) {\n    var mid = lo + hi >>> 1;\n    if (a[mid] < x) lo = mid + 1;\n    else hi = mid;\n  }\n  return lo;\n}\n","import bisect from \"./bisect\";\n\nexport default function(objects) {\n  var indexesByArc = {}, // arc index -> array of object indexes\n      neighbors = objects.map(function() { return []; });\n\n  function line(arcs, i) {\n    arcs.forEach(function(a) {\n      if (a < 0) a = ~a;\n      var o = indexesByArc[a];\n      if (o) o.push(i);\n      else indexesByArc[a] = [i];\n    });\n  }\n\n  function polygon(arcs, i) {\n    arcs.forEach(function(arc) { line(arc, i); });\n  }\n\n  function geometry(o, i) {\n    if (o.type === \"GeometryCollection\") o.geometries.forEach(function(o) { geometry(o, i); });\n    else if (o.type in geometryType) geometryType[o.type](o.arcs, i);\n  }\n\n  var geometryType = {\n    LineString: line,\n    MultiLineString: polygon,\n    Polygon: polygon,\n    MultiPolygon: function(arcs, i) { arcs.forEach(function(arc) { polygon(arc, i); }); }\n  };\n\n  objects.forEach(geometry);\n\n  for (var i in indexesByArc) {\n    for (var indexes = indexesByArc[i], m = indexes.length, j = 0; j < m; ++j) {\n      for (var k = j + 1; k < m; ++k) {\n        var ij = indexes[j], ik = indexes[k], n;\n        if ((n = neighbors[ij])[i = bisect(n, ik)] !== ik) n.splice(i, 0, ik);\n        if ((n = neighbors[ik])[i = bisect(n, ij)] !== ij) n.splice(i, 0, ij);\n      }\n    }\n  }\n\n  return neighbors;\n}\n","import identity from \"./identity\";\n\nexport default function(transform) {\n  if (transform == null) return identity;\n  var x0,\n      y0,\n      kx = transform.scale[0],\n      ky = transform.scale[1],\n      dx = transform.translate[0],\n      dy = transform.translate[1];\n  return function(input, i) {\n    if (!i) x0 = y0 = 0;\n    var j = 2,\n        n = input.length,\n        output = new Array(n),\n        x1 = Math.round((input[0] - dx) / kx),\n        y1 = Math.round((input[1] - dy) / ky);\n    output[0] = x1 - x0, x0 = x1;\n    output[1] = y1 - y0, y0 = y1;\n    while (j < n) output[j] = input[j], ++j;\n    return output;\n  };\n}\n","import bbox from \"./bbox\";\nimport untransform from \"./untransform\";\n\nexport default function(topology, transform) {\n  if (topology.transform) throw new Error(\"already quantized\");\n\n  if (!transform || !transform.scale) {\n    if (!((n = Math.floor(transform)) >= 2)) throw new Error(\"n must be ≥2\");\n    box = topology.bbox || bbox(topology);\n    var x0 = box[0], y0 = box[1], x1 = box[2], y1 = box[3], n;\n    transform = {scale: [x1 - x0 ? (x1 - x0) / (n - 1) : 1, y1 - y0 ? (y1 - y0) / (n - 1) : 1], translate: [x0, y0]};\n  } else {\n    box = topology.bbox;\n  }\n\n  var t = untransform(transform), box, key, inputs = topology.objects, outputs = {};\n\n  function quantizePoint(point) {\n    return t(point);\n  }\n\n  function quantizeGeometry(input) {\n    var output;\n    switch (input.type) {\n      case \"GeometryCollection\": output = {type: \"GeometryCollection\", geometries: input.geometries.map(quantizeGeometry)}; break;\n      case \"Point\": output = {type: \"Point\", coordinates: quantizePoint(input.coordinates)}; break;\n      case \"MultiPoint\": output = {type: \"MultiPoint\", coordinates: input.coordinates.map(quantizePoint)}; break;\n      default: return input;\n    }\n    if (input.id != null) output.id = input.id;\n    if (input.bbox != null) output.bbox = input.bbox;\n    if (input.properties != null) output.properties = input.properties;\n    return output;\n  }\n\n  function quantizeArc(input) {\n    var i = 0, j = 1, n = input.length, p, output = new Array(n); // pessimistic\n    output[0] = t(input[0], 0);\n    while (++i < n) if ((p = t(input[i], i))[0] || p[1]) output[j++] = p; // non-coincident points\n    if (j === 1) output[j++] = [0, 0]; // an arc must have at least two points\n    output.length = j;\n    return output;\n  }\n\n  for (key in inputs) outputs[key] = quantizeGeometry(inputs[key]);\n\n  return {\n    type: \"Topology\",\n    bbox: box,\n    transform: transform,\n    objects: outputs,\n    arcs: topology.arcs.map(quantizeArc)\n  };\n}\n","export {default as bbox} from \"./src/bbox\";\nexport {default as feature} from \"./src/feature\";\nexport {default as mesh, meshArcs} from \"./src/mesh\";\nexport {default as merge, mergeArcs} from \"./src/merge\";\nexport {default as neighbors} from \"./src/neighbors\";\nexport {default as quantize} from \"./src/quantize\";\nexport {default as transform} from \"./src/transform\";\nexport {default as untransform} from \"./src/untransform\";\n","var arc = require('./arc');\nvar getCoord = require('@turf/invariant').getCoord;\n\n/**\n * Calculate great circles routes as {@link LineString}\n *\n * @name greatCircle\n * @param {Geometry|Feature<Point>|Array<number>} start source point feature\n * @param {Geometry|Feature<Point>|Array<number>} end destination point feature\n * @param {Object} [properties={}] line feature properties\n * @param {number} [npoints=100] number of points\n * @param {number} [offset=10] offset controls the likelyhood that lines will\n * be split which cross the dateline. The higher the number the more likely.\n * @returns {Feature<LineString>} great circle line feature\n * @example\n * var start = turf.point([-122, 48]);\n * var end = turf.point([-77, 39]);\n *\n * var greatCircle = turf.greatCircle(start, end, {'name': 'Seattle to DC'});\n *\n * //addToMap\n * var addToMap = [start, end, greatCircle]\n */\nmodule.exports = function (start, end, properties, npoints, offset) {\n    start = getCoord(start);\n    end = getCoord(end);\n    properties = properties || {};\n    npoints = npoints || 100;\n    offset = offset || 10;\n\n    var generator = new arc.GreatCircle({x: start[0], y: start[1]}, {x: end[0], y: end[1]}, properties);\n    /* eslint-disable */\n    var line = generator.Arc(npoints, {offset: offset});\n    /* eslint-enable */\n\n    return line.json();\n};\n","\"use strict\"\n\nmodule.exports = robustSubtract\n\n//Easy case: Add two scalars\nfunction scalarScalar(a, b) {\n  var x = a + b\n  var bv = x - a\n  var av = x - bv\n  var br = b - bv\n  var ar = a - av\n  var y = ar + br\n  if(y) {\n    return [y, x]\n  }\n  return [x]\n}\n\nfunction robustSubtract(e, f) {\n  var ne = e.length|0\n  var nf = f.length|0\n  if(ne === 1 && nf === 1) {\n    return scalarScalar(e[0], -f[0])\n  }\n  var n = ne + nf\n  var g = new Array(n)\n  var count = 0\n  var eptr = 0\n  var fptr = 0\n  var abs = Math.abs\n  var ei = e[eptr]\n  var ea = abs(ei)\n  var fi = -f[fptr]\n  var fa = abs(fi)\n  var a, b\n  if(ea < fa) {\n    b = ei\n    eptr += 1\n    if(eptr < ne) {\n      ei = e[eptr]\n      ea = abs(ei)\n    }\n  } else {\n    b = fi\n    fptr += 1\n    if(fptr < nf) {\n      fi = -f[fptr]\n      fa = abs(fi)\n    }\n  }\n  if((eptr < ne && ea < fa) || (fptr >= nf)) {\n    a = ei\n    eptr += 1\n    if(eptr < ne) {\n      ei = e[eptr]\n      ea = abs(ei)\n    }\n  } else {\n    a = fi\n    fptr += 1\n    if(fptr < nf) {\n      fi = -f[fptr]\n      fa = abs(fi)\n    }\n  }\n  var x = a + b\n  var bv = x - a\n  var y = b - bv\n  var q0 = y\n  var q1 = x\n  var _x, _bv, _av, _br, _ar\n  while(eptr < ne && fptr < nf) {\n    if(ea < fa) {\n      a = ei\n      eptr += 1\n      if(eptr < ne) {\n        ei = e[eptr]\n        ea = abs(ei)\n      }\n    } else {\n      a = fi\n      fptr += 1\n      if(fptr < nf) {\n        fi = -f[fptr]\n        fa = abs(fi)\n      }\n    }\n    b = q0\n    x = a + b\n    bv = x - a\n    y = b - bv\n    if(y) {\n      g[count++] = y\n    }\n    _x = q1 + x\n    _bv = _x - q1\n    _av = _x - _bv\n    _br = x - _bv\n    _ar = q1 - _av\n    q0 = _ar + _br\n    q1 = _x\n  }\n  while(eptr < ne) {\n    a = ei\n    b = q0\n    x = a + b\n    bv = x - a\n    y = b - bv\n    if(y) {\n      g[count++] = y\n    }\n    _x = q1 + x\n    _bv = _x - q1\n    _av = _x - _bv\n    _br = x - _bv\n    _ar = q1 - _av\n    q0 = _ar + _br\n    q1 = _x\n    eptr += 1\n    if(eptr < ne) {\n      ei = e[eptr]\n    }\n  }\n  while(fptr < nf) {\n    a = fi\n    b = q0\n    x = a + b\n    bv = x - a\n    y = b - bv\n    if(y) {\n      g[count++] = y\n    } \n    _x = q1 + x\n    _bv = _x - q1\n    _av = _x - _bv\n    _br = x - _bv\n    _ar = q1 - _av\n    q0 = _ar + _br\n    q1 = _x\n    fptr += 1\n    if(fptr < nf) {\n      fi = -f[fptr]\n    }\n  }\n  if(q0) {\n    g[count++] = q0\n  }\n  if(q1) {\n    g[count++] = q1\n  }\n  if(!count) {\n    g[count++] = 0.0  \n  }\n  g.length = count\n  return g\n}","var coordEach = require('@turf/meta').coordEach;\n\n/**\n * Takes a set of features, calculates the bbox of all input features, and returns a bounding box.\n *\n * @name bbox\n * @param {FeatureCollection|Feature<any>} geojson input features\n * @returns {Array<number>} bbox extent in [minX, minY, maxX, maxY] order\n * @example\n * var line = turf.lineString([[-74, 40], [-78, 42], [-82, 35]]);\n * var bbox = turf.bbox(line);\n * var bboxPolygon = turf.bboxPolygon(bbox);\n *\n * //addToMap\n * var addToMap = [line, bboxPolygon]\n */\nmodule.exports = function (geojson) {\n    var bbox = [Infinity, Infinity, -Infinity, -Infinity];\n    coordEach(geojson, function (coord) {\n        if (bbox[0] > coord[0]) bbox[0] = coord[0];\n        if (bbox[1] > coord[1]) bbox[1] = coord[1];\n        if (bbox[2] < coord[0]) bbox[2] = coord[0];\n        if (bbox[3] < coord[1]) bbox[3] = coord[1];\n    });\n    return bbox;\n};\n","var GeojsonEquality = require('geojson-equality');\nvar cleanCoords = require('@turf/clean-coords');\nvar invariant = require('@turf/invariant');\nvar getGeomType = invariant.getGeomType;\n\n/**\n * Determine whether two geometries of the same type have identical X,Y coordinate values.\n * See http://edndoc.esri.com/arcsde/9.0/general_topics/understand_spatial_relations.htm\n *\n * @name booleanEqual\n * @param {Geometry|Feature} feature1 GeoJSON input\n * @param {Geometry|Feature} feature2 GeoJSON input\n * @returns {boolean} true if the objects are equal, false otherwise\n * @example\n * var pt1 = turf.point([0, 0]);\n * var pt2 = turf.point([0, 0]);\n * var pt3 = turf.point([1, 1]);\n *\n * turf.booleanEqual(pt1, pt2);\n * //= true\n * turf.booleanEqual(pt2, pt3);\n * //= false\n */\nmodule.exports = function (feature1, feature2) {\n    // validation\n    if (!feature1) throw new Error('feature1 is required');\n    if (!feature2) throw new Error('feature2 is required');\n    var type1 = getGeomType(feature1);\n    var type2 = getGeomType(feature2);\n    if (type1 !== type2) return false;\n\n    var equality = new GeojsonEquality({precision: 6});\n    return equality.compare(cleanCoords(feature1), cleanCoords(feature2));\n};\n","var render = function () {var _vm=this;var _h=_vm.$createElement;var _c=_vm._self._c||_h;return _c('div',{staticClass:\"search\"},[_c('LabelAndMessage',{scopedSlots:_vm._u([(_vm.$slots.label)?{key:\"label\",fn:function(){return [_vm._t(\"label\")]},proxy:true}:null],null,true)},[_c('SearchBar',{attrs:{\"value\":_vm.value,\"debounced\":\"\"},on:{\"input\":function($event){return _vm.$emit('input', $event)}}})],1)],1)}\nvar staticRenderFns = []\n\nexport { render, staticRenderFns }","<template lang=\"html\">\r\n  <div class=\"search\">\r\n    <LabelAndMessage>\r\n      <template v-if=\"$slots.label\" #label>\r\n        <slot name=\"label\" />\r\n      </template>\r\n      <SearchBar :value=\"value\" debounced @input=\"$emit('input', $event)\" />\r\n    </LabelAndMessage>\r\n  </div>\r\n</template>\r\n\r\n<script>\r\nimport Fuse from 'fuse.js'\r\n\r\nimport LabelAndMessage from '@components/forms/input-base/LabelAndMessage'\r\nimport SearchBar from './SearchBar'\r\n\r\nexport default {\r\n  components: {\r\n    SearchBar,\r\n    LabelAndMessage\r\n  },\r\n  props: {\r\n    value: {type: String, required: true},\r\n    data: {type: Array, required: true},\r\n    keys: {type: Array, required: true}, // NOTE if this is supplied as an array literal in the template, it may result in an infinite loop due to interactions with the `fuse` computed. For unknown reasons sometimes the `fuse` computed is re-calculated because the literal changes identity, stalling the process.\r\n    threshold: {type: Number, default: 0.6}\r\n  },\r\n  computed: {\r\n    fuse () {\r\n      return new Fuse(this.data, {\r\n        keys: JSON.parse(JSON.stringify(this.keys)),\r\n        threshold: this.threshold\r\n      })\r\n    },\r\n    result () {\r\n      return this.value ? [...this.fuse.search(this.value)] : null\r\n    }\r\n  },\r\n  watch: {\r\n    result (result) {\r\n      this.$emit('result', result)\r\n    }\r\n  }\r\n}\r\n</script>\r\n\r\n<style lang=\"scss\" scoped>\r\n</style>\r\n","import mod from \"-!../../../../../node_modules/cache-loader/dist/cjs.js??ref--12-0!../../../../../node_modules/thread-loader/dist/cjs.js!../../../../../node_modules/babel-loader/lib/index.js!../../../../../node_modules/cache-loader/dist/cjs.js??ref--0-0!../../../../../node_modules/vue-loader/lib/index.js??vue-loader-options!./Search.vue?vue&type=script&lang=js&\"; export default mod; export * from \"-!../../../../../node_modules/cache-loader/dist/cjs.js??ref--12-0!../../../../../node_modules/thread-loader/dist/cjs.js!../../../../../node_modules/babel-loader/lib/index.js!../../../../../node_modules/cache-loader/dist/cjs.js??ref--0-0!../../../../../node_modules/vue-loader/lib/index.js??vue-loader-options!./Search.vue?vue&type=script&lang=js&\"","import { render, staticRenderFns } from \"./Search.vue?vue&type=template&id=2278b0d6&scoped=true&lang=html&\"\nimport script from \"./Search.vue?vue&type=script&lang=js&\"\nexport * from \"./Search.vue?vue&type=script&lang=js&\"\n\n\n/* normalize component */\nimport normalizer from \"!../../../../../node_modules/vue-loader/lib/runtime/componentNormalizer.js\"\nvar component = normalizer(\n  script,\n  render,\n  staticRenderFns,\n  false,\n  null,\n  \"2278b0d6\",\n  null\n  \n)\n\nexport default component.exports","var meta = require('@turf/meta');\nvar helpers = require('@turf/helpers');\nvar bearing = require('@turf/bearing');\nvar distance = require('@turf/distance');\nvar invariant = require('@turf/invariant');\nvar destination = require('@turf/destination');\nvar lineIntersects = require('@turf/line-intersect');\nvar point = helpers.point;\nvar getCoords = invariant.getCoords;\nvar lineString = helpers.lineString;\nvar flattenEach = meta.flattenEach;\n\n/**\n * Takes a {@link Point} and a {@link LineString} and calculates the closest Point on the (Multi)LineString.\n *\n * @name pointOnLine\n * @param {Geometry|Feature<LineString|MultiLineString>} lines lines to snap to\n * @param {Geometry|Feature<Point>|number[]} pt point to snap from\n * @param {string} [units=kilometers] can be degrees, radians, miles, or kilometers\n * @returns {Feature<Point>} closest point on the `line` to `point`. The properties object will contain three values: `index`: closest point was found on nth line part, `dist`: distance between pt and the closest point, `location`: distance along the line between start and the closest point.\n * @example\n * var line = turf.lineString([\n *     [-77.031669, 38.878605],\n *     [-77.029609, 38.881946],\n *     [-77.020339, 38.884084],\n *     [-77.025661, 38.885821],\n *     [-77.021884, 38.889563],\n *     [-77.019824, 38.892368]\n * ]);\n * var pt = turf.point([-77.037076, 38.884017]);\n *\n * var snapped = turf.pointOnLine(line, pt, 'miles');\n *\n * //addToMap\n * var addToMap = [line, pt, snapped];\n * snapped.properties['marker-color'] = '#00f';\n */\nmodule.exports = function (lines, pt, units) {\n    // validation\n    var type = (lines.geometry) ? lines.geometry.type : lines.type;\n    if (type !== 'LineString' && type !== 'MultiLineString') {\n        throw new Error('lines must be LineString or MultiLineString');\n    }\n\n    var closestPt = point([Infinity, Infinity], {\n        dist: Infinity\n    });\n\n    var length = 0.0;\n    flattenEach(lines, function (line) {\n        var coords = getCoords(line);\n\n        for (var i = 0; i < coords.length - 1; i++) {\n            //start\n            var start = point(coords[i]);\n            start.properties.dist = distance(pt, start, units);\n            //stop\n            var stop = point(coords[i + 1]);\n            stop.properties.dist = distance(pt, stop, units);\n            // sectionLength\n            var sectionLength = distance(start, stop, units);\n            //perpendicular\n            var heightDistance = Math.max(start.properties.dist, stop.properties.dist);\n            var direction = bearing(start, stop);\n            var perpendicularPt1 = destination(pt, heightDistance, direction + 90, units);\n            var perpendicularPt2 = destination(pt, heightDistance, direction - 90, units);\n            var intersect = lineIntersects(lineString([perpendicularPt1.geometry.coordinates, perpendicularPt2.geometry.coordinates]), lineString([start.geometry.coordinates, stop.geometry.coordinates]));\n            var intersectPt = null;\n            if (intersect.features.length > 0) {\n                intersectPt = intersect.features[0];\n                intersectPt.properties.dist = distance(pt, intersectPt, units);\n                intersectPt.properties.location = length + distance(start, intersectPt, units);\n            }\n\n            if (start.properties.dist < closestPt.properties.dist) {\n                closestPt = start;\n                closestPt.properties.index = i;\n                closestPt.properties.location = length;\n            }\n            if (stop.properties.dist < closestPt.properties.dist) {\n                closestPt = stop;\n                closestPt.properties.index = i + 1;\n                closestPt.properties.location = length + sectionLength;\n            }\n            if (intersectPt && intersectPt.properties.dist < closestPt.properties.dist) {\n                closestPt = intersectPt;\n                closestPt.properties.index = i;\n            }\n            // update length\n            length += sectionLength;\n        }\n\n    });\n\n    return closestPt;\n};\n","var each = require('@turf/meta').coordEach;\n\n/**\n * Takes a set of features, calculates the bbox of all input features, and returns a bounding box.\n *\n * @name bbox\n * @param {(Feature|FeatureCollection)} geojson input features\n * @returns {Array<number>} bbox extent in [minX, minY, maxX, maxY] order\n * @addToMap features, bboxPolygon\n * @example\n * var pt1 = turf.point([114.175329, 22.2524])\n * var pt2 = turf.point([114.170007, 22.267969])\n * var pt3 = turf.point([114.200649, 22.274641])\n * var pt4 = turf.point([114.200649, 22.274641])\n * var pt5 = turf.point([114.186744, 22.265745])\n * var features = turf.featureCollection([pt1, pt2, pt3, pt4, pt5])\n *\n * var bbox = turf.bbox(features);\n *\n * var bboxPolygon = turf.bboxPolygon(bbox);\n *\n * //=bbox\n *\n * //=bboxPolygon\n */\nmodule.exports = function (geojson) {\n    var bbox = [Infinity, Infinity, -Infinity, -Infinity];\n    each(geojson, function (coord) {\n        if (bbox[0] > coord[0]) bbox[0] = coord[0];\n        if (bbox[1] > coord[1]) bbox[1] = coord[1];\n        if (bbox[2] < coord[0]) bbox[2] = coord[0];\n        if (bbox[3] < coord[1]) bbox[3] = coord[1];\n    });\n    return bbox;\n};\n","var inside = require('@turf/inside');\nvar calcBbox = require('@turf/bbox');\nvar invariant = require('@turf/invariant');\nvar isPointOnLine = require('@turf/boolean-point-on-line');\nvar getGeom = invariant.getGeom;\nvar getGeomType = invariant.getGeomType;\n\n/**\n * Boolean-within returns true if the first geometry is completely within the second geometry.\n * The interiors of both geometries must intersect and, the interior and boundary of the primary (geometry a)\n * must not intersect the exterior of the secondary (geometry b).\n * Boolean-within returns the exact opposite result of the `@turf/boolean-contains`.\n *\n * @name booleanWithin\n * @param {Geometry|Feature<any>} feature1 GeoJSON Feature or Geometry\n * @param {Geometry|Feature<any>} feature2 GeoJSON Feature or Geometry\n * @returns {boolean} true/false\n * @example\n * const line = turf.lineString([[1, 1], [1, 2], [1, 3], [1, 4]]);\n * const point = turf.point([1, 2]);\n *\n * turf.booleanWithin(point, line);\n * //=true\n */\nmodule.exports = function (feature1, feature2) {\n    var type1 = getGeomType(feature1);\n    var type2 = getGeomType(feature2);\n    var geom1 = getGeom(feature1);\n    var geom2 = getGeom(feature2);\n\n    switch (type1) {\n    case 'Point':\n        switch (type2) {\n        case 'MultiPoint':\n            return isPointInMultiPoint(geom1, geom2);\n        case 'LineString':\n            return isPointOnLine(geom1, geom2, true);\n        case 'Polygon':\n            return inside(geom1, geom2, true);\n        default:\n            throw new Error('feature2 ' + type2 + ' geometry not supported');\n        }\n    case 'MultiPoint':\n        switch (type2) {\n        case 'MultiPoint':\n            return isMultiPointInMultiPoint(geom1, geom2);\n        case 'LineString':\n            return isMultiPointOnLine(geom1, geom2);\n        case 'Polygon':\n            return isMultiPointInPoly(geom1, geom2);\n        default:\n            throw new Error('feature2 ' + type2 + ' geometry not supported');\n        }\n    case 'LineString':\n        switch (type2) {\n        case 'LineString':\n            return isLineOnLine(geom1, geom2);\n        case 'Polygon':\n            return isLineInPoly(geom1, geom2);\n        default:\n            throw new Error('feature2 ' + type2 + ' geometry not supported');\n        }\n    case 'Polygon':\n        switch (type2) {\n        case 'Polygon':\n            return isPolyInPoly(geom1, geom2);\n        default:\n            throw new Error('feature2 ' + type2 + ' geometry not supported');\n        }\n    default:\n        throw new Error('feature1 ' + type1 + ' geometry not supported');\n    }\n};\n\nfunction isPointInMultiPoint(point, multiPoint) {\n    var i;\n    var output = false;\n    for (i = 0; i < multiPoint.coordinates.length; i++) {\n        if (compareCoords(multiPoint.coordinates[i], point.coordinates)) {\n            output = true;\n            break;\n        }\n    }\n    return output;\n}\n\nfunction isMultiPointInMultiPoint(multiPoint1, multiPoint2) {\n    for (var i = 0; i < multiPoint1.coordinates.length; i++) {\n        var anyMatch = false;\n        for (var i2 = 0; i2 < multiPoint2.coordinates.length; i2++) {\n            if (compareCoords(multiPoint1.coordinates[i], multiPoint2.coordinates[i2])) {\n                anyMatch = true;\n            }\n        }\n        if (!anyMatch) {\n            return false;\n        }\n    }\n    return true;\n}\n\nfunction isMultiPointOnLine(multiPoint, lineString) {\n    var foundInsidePoint = false;\n\n    for (var i = 0; i < multiPoint.coordinates.length; i++) {\n        if (!isPointOnLine(multiPoint.coordinates[i], lineString)) {\n            return false;\n        }\n        if (!foundInsidePoint) {\n            foundInsidePoint = isPointOnLine(multiPoint.coordinates[i], lineString, true);\n        }\n    }\n    return foundInsidePoint;\n}\n\nfunction isMultiPointInPoly(multiPoint, polygon) {\n    var output = true;\n    var oneInside = false;\n    for (var i = 0; i < multiPoint.coordinates.length; i++) {\n        var isInside = inside(multiPoint.coordinates[1], polygon);\n        if (!isInside) {\n            output = false;\n            break;\n        }\n        if (!oneInside) {\n            isInside = inside(multiPoint.coordinates[1], polygon, true);\n        }\n    }\n    return output && isInside;\n}\n\nfunction isLineOnLine(lineString1, lineString2) {\n    for (var i = 0; i < lineString1.coordinates.length; i++) {\n        if (!isPointOnLine(lineString1.coordinates[i], lineString2)) {\n            return false;\n        }\n    }\n    return true;\n}\n\nfunction isLineInPoly(linestring, polygon) {\n    var polyBbox = calcBbox(polygon);\n    var lineBbox = calcBbox(linestring);\n    if (!doBBoxOverlap(polyBbox, lineBbox)) {\n        return false;\n    }\n    var foundInsidePoint = false;\n\n    for (var i = 0; i < linestring.coordinates.length - 1; i++) {\n        if (!inside(linestring.coordinates[i], polygon)) {\n            return false;\n        }\n        if (!foundInsidePoint) {\n            foundInsidePoint = inside(linestring.coordinates[i], polygon, true);\n        }\n        if (!foundInsidePoint) {\n            var midpoint = getMidpoint(linestring.coordinates[i], linestring.coordinates[i + 1]);\n            foundInsidePoint = inside(midpoint, polygon, true);\n\n        }\n    }\n    return foundInsidePoint;\n}\n\n/**\n * Is Polygon2 in Polygon1\n * Only takes into account outer rings\n *\n * @private\n * @param {Geometry|Feature<Polygon>} feature1 Polygon1\n * @param {Geometry|Feature<Polygon>} feature2 Polygon2\n * @returns {boolean} true/false\n */\nfunction isPolyInPoly(feature1, feature2) {\n    var poly1Bbox = calcBbox(feature1);\n    var poly2Bbox = calcBbox(feature2);\n    if (!doBBoxOverlap(poly2Bbox, poly1Bbox)) {\n        return false;\n    }\n    for (var i = 0; i < feature1.coordinates[0].length; i++) {\n        if (!inside(feature1.coordinates[0][i], feature2)) {\n            return false;\n        }\n    }\n    return true;\n}\n\nfunction doBBoxOverlap(bbox1, bbox2) {\n    if (bbox1[0] > bbox2[0]) return false;\n    if (bbox1[2] < bbox2[2]) return false;\n    if (bbox1[1] > bbox2[1]) return false;\n    if (bbox1[3] < bbox2[3]) return false;\n    return true;\n}\n\n/**\n * compareCoords\n *\n * @private\n * @param {[number, number]} pair1 point [x,y]\n * @param {[number, number]} pair2 point [x,y]\n * @returns {boolean} true/false if coord pairs match\n */\nfunction compareCoords(pair1, pair2) {\n    return pair1[0] === pair2[0] && pair1[1] === pair2[1];\n}\n\n/**\n * getMidpoint\n *\n * @private\n * @param {[number, number]} pair1 point [x,y]\n * @param {[number, number]} pair2 point [x,y]\n * @returns {[number, number]} midpoint of pair1 and pair2\n */\nfunction getMidpoint(pair1, pair2) {\n    return [(pair1[0] + pair2[0]) / 2, (pair1[1] + pair2[1]) / 2];\n}\n","var distance = require('@turf/distance');\nvar helpers = require('@turf/helpers');\nvar point = helpers.point;\nvar polygon = helpers.polygon;\nvar featureCollection = helpers.featureCollection;\n\n// Precompute cosines and sines of angles used in hexagon creation\n// for performance gain\nvar cosines = [];\nvar sines = [];\nfor (var i = 0; i < 6; i++) {\n    var angle = 2 * Math.PI / 6 * i;\n    cosines.push(Math.cos(angle));\n    sines.push(Math.sin(angle));\n}\n\n/**\n * Takes a bounding box and the diameter of the cell and returns a {@link FeatureCollection} of flat-topped\n * hexagons or triangles ({@link Polygon} features) aligned in an \"odd-q\" vertical grid as\n * described in [Hexagonal Grids](http://www.redblobgames.com/grids/hexagons/).\n *\n * @name hexGrid\n * @param {Array<number>} bbox extent in [minX, minY, maxX, maxY] order\n * @param {number} cellDiameter diameter of the circumcircle of the hexagons, in specified units\n * @param {string} [units=kilometers] used in calculating cell size, can be degrees, radians, miles, or kilometers\n * @param {boolean} [triangles=false] whether to return as triangles instead of hexagons\n * @returns {FeatureCollection<Polygon>} a hexagonal grid\n * @example\n * var bbox = [-96,31,-84,40];\n * var cellDiameter = 50;\n * var units = 'miles';\n *\n * var hexgrid = turf.hexGrid(bbox, cellDiameter, units);\n *\n * //addToMap\n * var addToMap = [hexgrid];\n */\nmodule.exports = function hexGrid(bbox, cellDiameter, units, triangles) {\n    var west = bbox[0];\n    var south = bbox[1];\n    var east = bbox[2];\n    var north = bbox[3];\n    var centerY = (south + north) / 2;\n    var centerX = (west + east) / 2;\n\n    // https://github.com/Turfjs/turf/issues/758\n    var xFraction = cellDiameter / (distance(point([west, centerY]), point([east, centerY]), units));\n    var cellWidth = xFraction * (east - west);\n    var yFraction = cellDiameter / (distance(point([centerX, south]), point([centerX, north]), units));\n    var cellHeight = yFraction * (north - south);\n    var radius = cellWidth / 2;\n\n    var hex_width = radius * 2;\n    var hex_height = Math.sqrt(3) / 2 * cellHeight;\n\n    var box_width = east - west;\n    var box_height = north - south;\n\n    var x_interval = 3 / 4 * hex_width;\n    var y_interval = hex_height;\n\n    var x_span = box_width / (hex_width - radius / 2);\n    var x_count = Math.ceil(x_span);\n    if (Math.round(x_span) === x_count) {\n        x_count++;\n    }\n\n    var x_adjust = ((x_count * x_interval - radius / 2) - box_width) / 2 - radius / 2;\n\n    var y_count = Math.ceil(box_height / hex_height);\n\n    var y_adjust = (box_height - y_count * hex_height) / 2;\n\n    var hasOffsetY = y_count * hex_height - box_height > hex_height / 2;\n    if (hasOffsetY) {\n        y_adjust -= hex_height / 4;\n    }\n\n    var fc = featureCollection([]);\n    for (var x = 0; x < x_count; x++) {\n        for (var y = 0; y <= y_count; y++) {\n\n            var isOdd = x % 2 === 1;\n            if (y === 0 && isOdd) {\n                continue;\n            }\n\n            if (y === 0 && hasOffsetY) {\n                continue;\n            }\n\n            var center_x = x * x_interval + west - x_adjust;\n            var center_y = y * y_interval + south + y_adjust;\n\n            if (isOdd) {\n                center_y -= hex_height / 2;\n            }\n            if (triangles) {\n                fc.features.push.apply(fc.features, hexTriangles([center_x, center_y], cellWidth / 2, cellHeight / 2));\n            } else {\n                fc.features.push(hexagon([center_x, center_y], cellWidth / 2, cellHeight / 2));\n            }\n        }\n    }\n\n    return fc;\n};\n\n//Center should be [x, y]\nfunction hexagon(center, rx, ry) {\n    var vertices = [];\n    for (var i = 0; i < 6; i++) {\n        var x = center[0] + rx * cosines[i];\n        var y = center[1] + ry * sines[i];\n        vertices.push([x, y]);\n    }\n    //first and last vertex must be the same\n    vertices.push(vertices[0].slice());\n    return polygon([vertices]);\n}\n\n//Center should be [x, y]\nfunction hexTriangles(center, rx, ry) {\n    var triangles = [];\n    for (var i = 0; i < 6; i++) {\n        var vertices = [];\n        vertices.push(center);\n        vertices.push([\n            center[0] + rx * cosines[i],\n            center[1] + ry * sines[i]\n        ]);\n        vertices.push([\n            center[0] + rx * cosines[(i + 1) % 6],\n            center[1] + ry * sines[(i + 1) % 6]\n        ]);\n        vertices.push(center);\n        triangles.push(polygon([vertices]));\n    }\n    return triangles;\n}\n","var meta = require('@turf/meta');\nvar invariant = require('@turf/invariant');\nvar rhumbDestination = require('@turf/rhumb-destination');\nvar coordEach = meta.coordEach;\nvar getCoords = invariant.getCoords;\n\n/**\n * Moves any geojson Feature or Geometry of a specified distance along a Rhumb Line\n * on the provided direction angle.\n *\n * @name transformTranslate\n * @param {GeoJSON} geojson object to be translated\n * @param {number} distance length of the motion; negative values determine motion in opposite direction\n * @param {number} direction of the motion; angle from North in decimal degrees, positive clockwise\n * @param {string} [units=kilometers] in which `distance` will be express; miles, kilometers, degrees, or radians\n * @param {number} [zTranslation=0] length of the vertical motion, same unit of distance\n * @param {boolean} [mutate=false] allows GeoJSON input to be mutated (significant performance increase if true)\n * @returns {GeoJSON} the translated GeoJSON object\n * @example\n * var poly = turf.polygon([[[0,29],[3.5,29],[2.5,32],[0,29]]]);\n * var translatedPoly = turf.transformTranslate(poly, 100, 35);\n *\n * //addToMap\n * var addToMap = [poly, translatedPoly];\n * translatedPoly.properties = {stroke: '#F00', 'stroke-width': 4};\n */\nmodule.exports = function (geojson, distance, direction, units, zTranslation, mutate) {\n    // Input validation\n    if (!geojson) throw new Error('geojson is required');\n    if (distance === undefined || distance === null || isNaN(distance)) throw new Error('distance is required');\n    if (zTranslation && typeof zTranslation !== 'number' && isNaN(zTranslation)) throw new Error('zTranslation is not a number');\n\n    // Shortcut no-motion\n    zTranslation = (zTranslation !== undefined) ? zTranslation : 0;\n    if (distance === 0 && zTranslation === 0) return geojson;\n\n    if (direction === undefined || direction === null || isNaN(direction)) throw new Error('direction is required');\n\n    // Invert with negative distances\n    if (distance < 0) {\n        distance = -distance;\n        direction = -direction;\n    }\n\n    // Clone geojson to avoid side effects\n    if (mutate === false || mutate === undefined) geojson = JSON.parse(JSON.stringify(geojson));\n\n    // Translate each coordinate\n    coordEach(geojson, function (pointCoords) {\n        var newCoords = getCoords(rhumbDestination(pointCoords, distance, direction, units));\n        pointCoords[0] = newCoords[0];\n        pointCoords[1] = newCoords[1];\n        if (zTranslation && pointCoords.length === 3) pointCoords[2] += zTranslation;\n    });\n    return geojson;\n};\n","var helpers = require('@turf/helpers');\nvar inside = require('@turf/inside');\nvar lineIntersect = require('@turf/line-intersect');\nvar polyToLinestring = require('@turf/polygon-to-linestring');\nvar invariant = require('@turf/invariant');\nvar getGeom = invariant.getGeom;\nvar getGeomType = invariant.getGeomType;\n\n/**\n * Boolean-Crosses returns True if the intersection results in a geometry whose dimension is one less than\n * the maximum dimension of the two source geometries and the intersection set is interior to\n * both source geometries.\n *\n * Boolean-Crosses returns t (TRUE) for only multipoint/polygon, multipoint/linestring, linestring/linestring, linestring/polygon, and linestring/multipolygon comparisons.\n *\n * @name booleanCrosses\n * @param {Geometry|Feature<any>} feature1 GeoJSON Feature or Geometry\n * @param {Geometry|Feature<any>} feature2 GeoJSON Feature or Geometry\n * @returns {boolean} true/false\n * @example\n * var line1 = turf.lineString([[-2, 2], [4, 2]]);\n * var line2 = turf.lineString([[1, 1], [1, 2], [1, 3], [1, 4]]);\n *\n * var cross = turf.booleanCrosses(line1, line2);\n * //=true\n */\nmodule.exports = function (feature1, feature2) {\n    var type1 = getGeomType(feature1);\n    var type2 = getGeomType(feature2);\n    var geom1 = getGeom(feature1);\n    var geom2 = getGeom(feature2);\n\n    switch (type1) {\n    case 'MultiPoint':\n        switch (type2) {\n        case 'LineString':\n            return doMultiPointAndLineStringCross(geom1, geom2);\n        case 'Polygon':\n            return doesMultiPointCrossPoly(geom1, geom2);\n        default:\n            throw new Error('feature2 ' + type2 + ' geometry not supported');\n        }\n    case 'LineString':\n        switch (type2) {\n        case 'MultiPoint': // An inverse operation\n            return doMultiPointAndLineStringCross(geom2, geom1);\n        case 'LineString':\n            return doLineStringsCross(geom1, geom2);\n        case 'Polygon':\n            return doLineStringAndPolygonCross(geom1, geom2);\n        default:\n            throw new Error('feature2 ' + type2 + ' geometry not supported');\n        }\n    case 'Polygon':\n        switch (type2) {\n        case 'MultiPoint': // An inverse operation\n            return doesMultiPointCrossPoly(geom2, geom1);\n        case 'LineString': // An inverse operation\n            return doLineStringAndPolygonCross(geom2, geom1);\n        default:\n            throw new Error('feature2 ' + type2 + ' geometry not supported');\n        }\n    default:\n        throw new Error('feature1 ' + type1 + ' geometry not supported');\n    }\n};\n\nfunction doMultiPointAndLineStringCross(multiPoint, lineString) {\n    var foundIntPoint = false;\n    var foundExtPoint = false;\n    var pointLength = multiPoint.coordinates.length;\n    var i = 0;\n    while (i < pointLength && !foundIntPoint && !foundExtPoint) {\n        for (var i2 = 0; i2 < lineString.coordinates.length - 1; i2++) {\n            var incEndVertices = true;\n            if (i2 === 0 || i2 === lineString.coordinates.length - 2) {\n                incEndVertices = false;\n            }\n            if (isPointOnLineSegment(lineString.coordinates[i2], lineString.coordinates[i2 + 1], multiPoint.coordinates[i], incEndVertices)) {\n                foundIntPoint = true;\n            } else {\n                foundExtPoint = true;\n            }\n        }\n        i++;\n    }\n    return foundIntPoint && foundExtPoint;\n}\n\nfunction doLineStringsCross(lineString1, lineString2) {\n    var doLinesIntersect = lineIntersect(lineString1, lineString2);\n    if (doLinesIntersect.features.length > 0) {\n        for (var i = 0; i < lineString1.coordinates.length - 1; i++) {\n            for (var i2 = 0; i2 < lineString2.coordinates.length - 1; i2++) {\n                var incEndVertices = true;\n                if (i2 === 0 || i2 === lineString2.coordinates.length - 2) {\n                    incEndVertices = false;\n                }\n                if (isPointOnLineSegment(lineString1.coordinates[i], lineString1.coordinates[i + 1], lineString2.coordinates[i2], incEndVertices)) {\n                    return true;\n                }\n            }\n        }\n    }\n    return false;\n}\n\nfunction doLineStringAndPolygonCross(lineString, polygon) {\n    var doLinesIntersect = lineIntersect(lineString, polyToLinestring(polygon));\n    if (doLinesIntersect.features.length > 0) {\n        return true;\n    }\n    return false;\n}\n\nfunction isPointInPoly(polygon, point) {\n    return inside(point, polygon);\n}\n\nfunction doesMultiPointCrossPoly(multiPoint, polygon) {\n    var foundIntPoint = false;\n    var foundExtPoint = false;\n    var pointLength = multiPoint.coordinates[0].length;\n    var i = 0;\n    while (i < pointLength && foundIntPoint && foundExtPoint) {\n        if (isPointInPoly(polygon, helpers.point(multiPoint.coordinates[0][i]), true)) {\n            foundIntPoint = true;\n        } else {\n            foundExtPoint = true;\n        }\n        i++;\n    }\n\n    return foundExtPoint && foundExtPoint;\n}\n\n/**\n * Is a point on a line segment\n * Only takes into account outer rings\n * See http://stackoverflow.com/a/4833823/1979085\n *\n * @private\n * @param {Array} lineSegmentStart coord pair of start of line\n * @param {Array} lineSegmentEnd coord pair of end of line\n * @param {Array} point coord pair of point to check\n * @param {boolean} incEnd whether the point is allowed to fall on the line ends\n * @returns {boolean} true/false\n */\nfunction isPointOnLineSegment(lineSegmentStart, lineSegmentEnd, point, incEnd) {\n    var dxc = point[0] - lineSegmentStart[0];\n    var dyc = point[1] - lineSegmentStart[1];\n    var dxl = lineSegmentEnd[0] - lineSegmentStart[0];\n    var dyl = lineSegmentEnd[1] - lineSegmentStart[1];\n    var cross = dxc * dyl - dyc * dxl;\n    if (cross !== 0) {\n        return false;\n    }\n    if (incEnd) {\n        if (Math.abs(dxl) >= Math.abs(dyl)) {\n            return dxl > 0 ? lineSegmentStart[0] <= point[0] && point[0] <= lineSegmentEnd[0] : lineSegmentEnd[0] <= point[0] && point[0] <= lineSegmentStart[0];\n        }\n        return dyl > 0 ? lineSegmentStart[1] <= point[1] && point[1] <= lineSegmentEnd[1] : lineSegmentEnd[1] <= point[1] && point[1] <= lineSegmentStart[1];\n    } else {\n        if (Math.abs(dxl) >= Math.abs(dyl)) {\n            return dxl > 0 ? lineSegmentStart[0] < point[0] && point[0] < lineSegmentEnd[0] : lineSegmentEnd[0] < point[0] && point[0] < lineSegmentStart[0];\n        }\n        return dyl > 0 ? lineSegmentStart[1] < point[1] && point[1] < lineSegmentEnd[1] : lineSegmentEnd[1] < point[1] && point[1] < lineSegmentStart[1];\n    }\n}\n","/**\n* @license get-closest https://github.com/cosmosio/get-closest\n*\n* The MIT License (MIT)\n*\n* Copyright (c) 2014-2017 Olivier Scherrer <pode.fr@gmail.com>\n*/\n\"use strict\";\n\n/**\n * Get the closest number in an array\n * @param {Number} item the base number\n * @param {Array} array the array to search into\n * @param {Function} getDiff returns the difference between the base number and\n *   and the currently read item in the array. The item which returned the smallest difference wins.\n * @private\n */\nfunction _getClosest(item, array, getDiff) {\n    var closest,\n        diff;\n\n    if (!Array.isArray(array)) {\n        throw new Error(\"Get closest expects an array as second argument\");\n    }\n\n    array.forEach(function (comparedItem, comparedItemIndex) {\n        var thisDiff = getDiff(comparedItem, item);\n\n        if (thisDiff >= 0 && (typeof diff == \"undefined\" || thisDiff < diff)) {\n            diff = thisDiff;\n            closest = comparedItemIndex;\n        }\n    });\n\n    return closest;\n}\n\nmodule.exports = {\n\n  /**\n   * Get the closest number in an array given a base number\n   * Example: closest(30, [20, 0, 50, 29]) will return 3 as 29 is the closest item\n   * @param {Number} item the base number\n   * @param {Array} array the array of numbers to search into\n   * @returns {Number} the index of the closest item in the array\n   */\n  number: function closestNumber(item, array) {\n      return _getClosest(item, array, function (comparedItem, item) {\n          return Math.abs(comparedItem - item);\n      });\n  },\n\n  /**\n   * Get the closest greater number in an array given a base number\n   * Example: closest(30, [20, 0, 50, 29]) will return 2 as 50 is the closest greater item\n   * @param {Number} item the base number\n   * @param {Array} array the array of numbers to search into\n   * @returns {Number} the index of the closest item in the array\n   */\n  greaterNumber: function closestGreaterNumber(item, array) {\n      return _getClosest(item, array, function (comparedItem, item) {\n          return comparedItem - item;\n      });\n  },\n\n  /**\n   * Get the closest lower number in an array given a base number\n   * Example: closest(30, [20, 0, 50, 29]) will return 0 as 20 is the closest lower item\n   * @param {Number} item the base number\n   * @param {Array} array the array of numbers to search into\n   * @returns {Number} the index of the closest item in the array\n   */\n  lowerNumber: function closestLowerNumber(item, array) {\n    return _getClosest(item, array, function (comparedItem, item) {\n        return item - comparedItem;\n    });\n  },\n\n  /**\n   * Get the closest item in an array given a base item and a comparator function\n   * Example (closest(\"lundi\", [\"mundi\", \"mardi\"], getLevenshteinDistance)) will return 0 for \"lundi\"\n   * @param {*} item the base item\n   * @param {Array} array an array of items\n   * @param {Function} comparator a comparatof function to compare the items\n   *\n   * The function looks like:\n   *\n   * // comparedItem comes from the array\n   * // baseItem is the item to compare the others to\n   * // It returns a number\n   * function comparator(comparedItem, baseItem) {\n   *     return comparedItem - baseItem;\n   * }\n   */\n  custom: function closestCustom(item, array, comparator) {\n    return _getClosest(item, array, comparator);\n  }\n\n};\n","var render = function (_h,_vm) {var _c=_vm._c;return _c('i',{staticClass:\"fa\",class:[_vm.props.value === null ? 'fa-question' : _vm.props.value ? 'fa-check' : 'fa-close']})}\nvar staticRenderFns = []\n\nexport { render, staticRenderFns }","<template lang=\"html\" functional>\r\n  <i class=\"fa\" :class=\"[props.value === null ? 'fa-question' : props.value ? 'fa-check' : 'fa-close']\" />\r\n</template>\r\n\r\n<script>\r\nexport default {\r\n  props: {\r\n    value: Boolean\r\n  }\r\n}\r\n</script>\r\n","import mod from \"-!../../../../../node_modules/cache-loader/dist/cjs.js??ref--12-0!../../../../../node_modules/thread-loader/dist/cjs.js!../../../../../node_modules/babel-loader/lib/index.js!../../../../../node_modules/cache-loader/dist/cjs.js??ref--0-0!../../../../../node_modules/vue-loader/lib/index.js??vue-loader-options!./SimpleTableBoolean.vue?vue&type=script&lang=js&\"; export default mod; export * from \"-!../../../../../node_modules/cache-loader/dist/cjs.js??ref--12-0!../../../../../node_modules/thread-loader/dist/cjs.js!../../../../../node_modules/babel-loader/lib/index.js!../../../../../node_modules/cache-loader/dist/cjs.js??ref--0-0!../../../../../node_modules/vue-loader/lib/index.js??vue-loader-options!./SimpleTableBoolean.vue?vue&type=script&lang=js&\"","import { render, staticRenderFns } from \"./SimpleTableBoolean.vue?vue&type=template&id=376a24ea&lang=html&functional=true&\"\nimport script from \"./SimpleTableBoolean.vue?vue&type=script&lang=js&\"\nexport * from \"./SimpleTableBoolean.vue?vue&type=script&lang=js&\"\n\n\n/* normalize component */\nimport normalizer from \"!../../../../../node_modules/vue-loader/lib/runtime/componentNormalizer.js\"\nvar component = normalizer(\n  script,\n  render,\n  staticRenderFns,\n  true,\n  null,\n  null,\n  null\n  \n)\n\nexport default component.exports","export default {\r\n  props: {\r\n    value: {},\r\n    type: String\r\n  },\r\n  functional: true,\r\n  render (h, context) {\r\n    return h('span', context.props.value.map(value => value.name || value).join(', '))\r\n  }\r\n}\r\n","import SimpleTableBoolean from './SimpleTableBoolean'\r\nimport SimpleTableStringArray from './SimpleTableStringArray'\r\nimport {format} from 'src/js/i18n/conversion'\r\n\r\nexport default {\r\n  props: {\r\n    value: {},\r\n    type: String,\r\n    formatString: String\r\n  },\r\n  functional: true,\r\n  render (h, context) {\r\n    const {value, type, formatString} = context.props\r\n\r\n    if (Array.isArray(value)) {\r\n      return h(SimpleTableStringArray, {props: {value, type}})\r\n    } else if (typeof value === 'boolean' || type === 'boolean') {\r\n      return h(SimpleTableBoolean, {props: {value}})\r\n    } else if (value !== null && (typeof value === 'number' || type === 'number')) {\r\n      return h('span', format(value, formatString))\r\n    } else if (value !== null && (type === 'date' || type === 'datetime')) {\r\n      return h('span', format(value, type))\r\n    } else if (value && value.name) {\r\n      return h('span', value.name)\r\n    } else {\r\n      return h('span', (value !== null && value !== undefined) ? value.toString() : '')\r\n    }\r\n  }\r\n}\r\n","/**\n * Returns a cloned copy of the passed GeoJSON Object, including possible 'Foreign Members'.\n * ~3-5x faster than the common JSON.parse + JSON.stringify combo method.\n *\n * @name clone\n * @param {GeoJSON} geojson GeoJSON Object\n * @returns {GeoJSON} cloned GeoJSON Object\n * @example\n * var line = turf.lineString([[-74, 40], [-78, 42], [-82, 35]], {color: 'red'});\n *\n * var lineCloned = turf.clone(line);\n */\nmodule.exports = function (geojson) {\n    if (!geojson) throw new Error('geojson is required');\n\n    switch (geojson.type) {\n    case 'Feature':\n        return cloneFeature(geojson);\n    case 'FeatureCollection':\n        return cloneFeatureCollection(geojson);\n    case 'Point':\n    case 'LineString':\n    case 'Polygon':\n    case 'MultiPoint':\n    case 'MultiLineString':\n    case 'MultiPolygon':\n    case 'GeometryCollection':\n        return cloneGeometry(geojson);\n    default:\n        throw new Error('unknown GeoJSON type');\n    }\n};\n\n/**\n * Clone Feature\n *\n * @private\n * @param {Feature<any>} geojson GeoJSON Feature\n * @returns {Feature<any>} cloned Feature\n */\nfunction cloneFeature(geojson) {\n    var cloned = {type: 'Feature'};\n    // Preserve Foreign Members\n    Object.keys(geojson).forEach(function (key) {\n        switch (key) {\n        case 'type':\n        case 'properties':\n        case 'geometry':\n            return;\n        default:\n            cloned[key] = geojson[key];\n        }\n    });\n    // Add properties & geometry last\n    cloned.properties = cloneProperties(geojson.properties);\n    cloned.geometry = cloneGeometry(geojson.geometry);\n    return cloned;\n}\n\n/**\n * Clone Properties\n *\n * @private\n * @param {Object} properties GeoJSON Properties\n * @returns {Object} cloned Properties\n */\nfunction cloneProperties(properties) {\n    var cloned = {};\n    if (!properties) return cloned;\n    Object.keys(properties).forEach(function (key) {\n        var value = properties[key];\n        if (typeof value === 'object') {\n            // handle Array\n            if (value.length) cloned[key] = value.map(function (item) {\n                return item;\n            });\n            // handle Object\n            cloned[key] = cloneProperties(value);\n        } else cloned[key] = value;\n    });\n    return cloned;\n}\n\n/**\n * Clone Feature Collection\n *\n * @private\n * @param {FeatureCollection<any>} geojson GeoJSON Feature Collection\n * @returns {FeatureCollection<any>} cloned Feature Collection\n */\nfunction cloneFeatureCollection(geojson) {\n    var cloned = {type: 'FeatureCollection'};\n\n    // Preserve Foreign Members\n    Object.keys(geojson).forEach(function (key) {\n        switch (key) {\n        case 'type':\n        case 'features':\n            return;\n        default:\n            cloned[key] = geojson[key];\n        }\n    });\n    // Add features\n    cloned.features = geojson.features.map(function (feature) {\n        return cloneFeature(feature);\n    });\n    return cloned;\n}\n\n/**\n * Clone Geometry\n *\n * @private\n * @param {Geometry<any>} geometry GeoJSON Geometry\n * @returns {Geometry<any>} cloned Geometry\n */\nfunction cloneGeometry(geometry) {\n    var geom = {type: geometry.type};\n    if (geometry.bbox) geom.bbox = geometry.bbox;\n\n    if (geometry.type === 'GeometryCollection') {\n        geom.geometries = geometry.geometries.map(function (geom) {\n            return cloneGeometry(geom);\n        });\n        return geom;\n    }\n    geom.coordinates = deepSlice(geometry.coordinates);\n    return geom;\n}\n\n/**\n * Deep Slice coordinates\n *\n * @private\n * @param {Coordinates} coords Coordinates\n * @returns {Coordinates} all coordinates sliced\n */\nfunction deepSlice(coords) {\n    if (typeof coords[0] !== 'object') { return coords.slice(); }\n    return coords.map(function (coord) {\n        return deepSlice(coord);\n    });\n}\n","import mod from \"-!../../../../../../../node_modules/mini-css-extract-plugin/dist/loader.js??ref--8-oneOf-1-0!../../../../../../../node_modules/css-loader/index.js??ref--8-oneOf-1-1!../../../../../../../node_modules/vue-loader/lib/loaders/stylePostLoader.js!../../../../../../../node_modules/postcss-loader/src/index.js??ref--8-oneOf-1-2!../../../../../../../node_modules/sass-loader/lib/loader.js??ref--8-oneOf-1-3!../../../../../../../node_modules/cache-loader/dist/cjs.js??ref--0-0!../../../../../../../node_modules/vue-loader/lib/index.js??vue-loader-options!./SatImageCard.vue?vue&type=style&index=0&id=99411b72&lang=scss&scoped=true&\"; export default mod; export * from \"-!../../../../../../../node_modules/mini-css-extract-plugin/dist/loader.js??ref--8-oneOf-1-0!../../../../../../../node_modules/css-loader/index.js??ref--8-oneOf-1-1!../../../../../../../node_modules/vue-loader/lib/loaders/stylePostLoader.js!../../../../../../../node_modules/postcss-loader/src/index.js??ref--8-oneOf-1-2!../../../../../../../node_modules/sass-loader/lib/loader.js??ref--8-oneOf-1-3!../../../../../../../node_modules/cache-loader/dist/cjs.js??ref--0-0!../../../../../../../node_modules/vue-loader/lib/index.js??vue-loader-options!./SatImageCard.vue?vue&type=style&index=0&id=99411b72&lang=scss&scoped=true&\"","var point = require('@turf/helpers').point;\nvar convex = require('@turf/convex');\nvar explode = require('@turf/explode');\nvar centroid = require('@turf/centroid');\nvar getCoord = require('@turf/invariant').getCoord;\nvar coordEach = require('@turf/meta').coordEach;\n\n/**\n * Takes any {@link Feature} or a {@link FeatureCollection} and returns its [center of mass](https://en.wikipedia.org/wiki/Center_of_mass) using this formula: [Centroid of Polygon](https://en.wikipedia.org/wiki/Centroid#Centroid_of_polygon).\n *\n * @name centerOfMass\n * @param {GeoJSON} geojson GeoJSON to be centered\n * @param {Object} [properties] an Object that is used as the {@link Feature}'s properties\n * @returns {Feature<Point>} the center of mass\n * @example\n * var polygon = turf.polygon([[[-81, 41], [-88, 36], [-84, 31], [-80, 33], [-77, 39], [-81, 41]]]);\n *\n * var center = turf.centerOfMass(polygon);\n *\n * //addToMap\n * var addToMap = [polygon, center]\n */\nfunction centerOfMass(geojson, properties) {\n    var type = (geojson.geometry) ? geojson.geometry.type : geojson.type;\n\n    switch (type) {\n    case 'Point':\n        return point(getCoord(geojson), properties);\n    case 'Polygon':\n        var coords = [];\n        coordEach(geojson, function (coord) {\n            coords.push(coord);\n        });\n\n        // First, we neutralize the feature (set it around coordinates [0,0]) to prevent rounding errors\n        // We take any point to translate all the points around 0\n        var centre = centroid(geojson, properties);\n        var translation = centre.geometry.coordinates;\n        var sx = 0;\n        var sy = 0;\n        var sArea = 0;\n        var i, pi, pj, xi, xj, yi, yj, a;\n\n        var neutralizedPoints = coords.map(function (point) {\n            return [\n                point[0] - translation[0],\n                point[1] - translation[1]\n            ];\n        });\n\n        for (i = 0; i < coords.length - 1; i++) {\n            // pi is the current point\n            pi = neutralizedPoints[i];\n            xi = pi[0];\n            yi = pi[1];\n\n            // pj is the next point (pi+1)\n            pj = neutralizedPoints[i + 1];\n            xj = pj[0];\n            yj = pj[1];\n\n            // a is the common factor to compute the signed area and the final coordinates\n            a = xi * yj - xj * yi;\n\n            // sArea is the sum used to compute the signed area\n            sArea += a;\n\n            // sx and sy are the sums used to compute the final coordinates\n            sx += (xi + xj) * a;\n            sy += (yi + yj) * a;\n        }\n\n        // Shape has no area: fallback on turf.centroid\n        if (sArea === 0) {\n            return centre;\n        } else {\n            // Compute the signed area, and factorize 1/6A\n            var area = sArea * 0.5;\n            var areaFactor = 1 / (6 * area);\n\n            // Compute the final coordinates, adding back the values that have been neutralized\n            return point([\n                translation[0] + areaFactor * sx,\n                translation[1] + areaFactor * sy\n            ], properties);\n        }\n    default:\n        // Not a polygon: Compute the convex hull and work with that\n        var hull = convex(explode(geojson));\n\n        if (hull) {\n            return centerOfMass(hull, properties);\n        } else {\n            // Hull is empty: fallback on the centroid\n            return centroid(geojson, properties);\n        }\n    }\n}\n\nmodule.exports = centerOfMass;\n","var invariant = require('@turf/invariant');\nvar getCoords = invariant.getCoords;\nvar featureEach = require('@turf/meta').featureEach;\n\n/**\n * Takes a {@link Point} grid and returns a correspondent matrix {Array<Array<number>>}\n * of the 'property' values\n *\n * @name gridToMatrix\n * @param {FeatureCollection<Point>} grid of points\n * @param {string} [property='elevation'] the property name in `points` from which z-values will be pulled\n * @param {boolean} [flip=false] returns the matrix upside-down\n * @returns {Array<Array<number>>} matrix of property values\n * @example\n *   var pointGrid = require('@turf/point-grid');\n *   var extent = [-70.823364, -33.553984, -70.473175, -33.302986];\n *   var cellSize = 3;\n *   var grid = pointGrid(extent, cellSize);\n *   // add a random property to each point between 0 and 60\n *   for (var i = 0; i < grid.features.length; i++) {\n *     grid.features[i].properties.elevation = (Math.random() * 60);\n *   }\n *   gridToMatrix(grid);\n *   //= [\n *     [ 1, 13, 10,  9, 10, 13, 18],\n *     [34,  8,  5,  4,  5,  8, 13],\n *     [10,  5,  2,  1,  2,  5,  4],\n *     [ 0,  4, 56, 19,  1,  4,  9],\n *     [10,  5,  2,  1,  2,  5, 10],\n *     [57,  8,  5,  4,  5,  0, 57],\n *     [ 3, 13, 10,  9,  5, 13, 18],\n *     [18, 13, 10,  9, 78, 13, 18]\n *   ]\n */\nmodule.exports = function (grid, property, flip) {\n    // validation\n    invariant.collectionOf(grid, 'Point', 'input must contain Points');\n    property = property || 'elevation';\n\n    var pointsMatrix = sortPointsByLatLng(grid, flip);\n\n    var matrix = [];\n\n    // create property matrix from sorted points\n    // looping order matters here\n    for (var r = 0; r < pointsMatrix.length; r++) {\n        var pointRow = pointsMatrix[r];\n        var row = [];\n        for (var c = 0; c < pointRow.length; c++) {\n            var point = pointRow[c];\n            // property exist\n            if (point.properties[property]) {\n                row.push(point.properties[property]);\n            } else {\n                row.push(0);\n            }\n        }\n        matrix.push(row);\n    }\n\n    return matrix;\n};\n\n/**\n * Sorts points by latitude and longitude, creating a 2-dimensional array of points\n *\n * @private\n * @param {FeatureCollection<Point>} points GeoJSON Point features\n * @param {boolean} [flip=false] returns the matrix upside-down\n * @returns {Array<Array<Point>>} points by latitude and longitude\n */\nfunction sortPointsByLatLng(points, flip) {\n    var pointsByLatitude = {};\n\n    // divide points by rows with the same latitude\n    featureEach(points, function (point) {\n        var lat = getCoords(point)[1];\n        if (!pointsByLatitude[lat]) { pointsByLatitude[lat] = []; }\n        pointsByLatitude[lat].push(point);\n    });\n\n    // sort points (with the same latitude) by longitude\n    var orderedRowsByLatitude = Object.keys(pointsByLatitude).map(function (lat) {\n        var row = pointsByLatitude[lat];\n        var rowOrderedByLongitude = row.sort(function (a, b) {\n            return getCoords(a)[0] - getCoords(b)[0];\n        });\n        return rowOrderedByLongitude;\n    });\n\n    // sort rows (of points with the same latitude) by latitude\n    var pointMatrix = orderedRowsByLatitude.sort(function (a, b) {\n        if (flip) {\n            return getCoords(a[0])[1] - getCoords(b[0])[1];\n        } else {\n            return getCoords(b[0])[1] - getCoords(a[0])[1];\n        }\n    });\n    return pointMatrix;\n}\n","var helpers = require('@turf/helpers');\nvar getCoords = require('@turf/invariant').getCoords;\nvar flattenEach = require('@turf/meta').flattenEach;\nvar lineString = helpers.lineString;\nvar featureCollection = helpers.featureCollection;\n\n/**\n * Creates a {@link FeatureCollection} of 2-vertex {@link LineString} segments from a {@link LineString|(Multi)LineString} or {@link Polygon|(Multi)Polygon}.\n *\n * @name lineSegment\n * @param {Geometry|FeatureCollection|Feature<LineString|MultiLineString|MultiPolygon|Polygon>} geojson GeoJSON Polygon or LineString\n * @returns {FeatureCollection<LineString>} 2-vertex line segments\n * @example\n * var polygon = turf.polygon([[[-50, 5], [-40, -10], [-50, -10], [-40, 5], [-50, 5]]]);\n * var segments = turf.lineSegment(polygon);\n *\n * //addToMap\n * var addToMap = [polygon, segments]\n */\nmodule.exports = function (geojson) {\n    if (!geojson) throw new Error('geojson is required');\n\n    var results = [];\n    flattenEach(geojson, function (feature) {\n        lineSegment(feature, results);\n    });\n    return featureCollection(results);\n};\n\n/**\n * Line Segment\n *\n * @private\n * @param {Feature<LineString|Polygon>} geojson Line or polygon feature\n * @param {Array} results push to results\n * @returns {void}\n */\nfunction lineSegment(geojson, results) {\n    var coords = [];\n    var geometry = geojson.geometry;\n    switch (geometry.type) {\n    case 'Polygon':\n        coords = getCoords(geometry);\n        break;\n    case 'LineString':\n        coords = [getCoords(geometry)];\n    }\n    coords.forEach(function (coord) {\n        var segments = createSegments(coord, geojson.properties);\n        segments.forEach(function (segment) {\n            segment.id = results.length;\n            results.push(segment);\n        });\n    });\n}\n\n/**\n * Create Segments from LineString coordinates\n *\n * @private\n * @param {LineString} coords LineString coordinates\n * @param {*} properties GeoJSON properties\n * @returns {Array<Feature<LineString>>} line segments\n */\nfunction createSegments(coords, properties) {\n    var segments = [];\n    coords.reduce(function (previousCoords, currentCoords) {\n        var segment = lineString([previousCoords, currentCoords], properties);\n        segment.bbox = bbox(previousCoords, currentCoords);\n        segments.push(segment);\n        return currentCoords;\n    });\n    return segments;\n}\n\n/**\n * Create BBox between two coordinates (faster than @turf/bbox)\n *\n * @private\n * @param {[number, number]} coords1 Point coordinate\n * @param {[number, number]} coords2 Point coordinate\n * @returns {BBox} [west, south, east, north]\n */\nfunction bbox(coords1, coords2) {\n    var x1 = coords1[0];\n    var y1 = coords1[1];\n    var x2 = coords2[0];\n    var y2 = coords2[1];\n    var west = (x1 < x2) ? x1 : x2;\n    var south = (y1 < y2) ? y1 : y2;\n    var east = (x1 > x2) ? x1 : x2;\n    var north = (y1 > y2) ? y1 : y2;\n    return [west, south, east, north];\n}\n","/*!\n* @license GNU Affero General Public License.\n* Copyright (c) 2015, 2015 Ronny Lorenz <ronny@tbi.univie.ac.at>\n* v. 1.2.0\n* https://github.com/RaumZeit/MarchingSquares.js\n*/\n\n(function (root, factory) {\n    if (typeof define === 'function' && define.amd) {\n        // AMD. Register as an anonymous module.\n        define(['./marchingsquares-isobands', './marchingsquares-isocontours'], factory);\n    } else if (typeof module === 'object' && module.exports) {\n        // Node. Does not work with strict CommonJS, but\n        // only CommonJS-like environments that support module.exports,\n        // like Node.\n        module.exports = factory(require('./marchingsquares-isobands'),require('./marchingsquares-isocontours'));\n    } else {\n        // Browser globals (root is window)\n        root.MarchingSquaresJS = factory(\n                                    (root.MarchingSquaresJS) ? root.MarchingSquaresJS.isoBands : null,\n                                    (root.MarchingSquaresJS) ? root.MarchingSquaresJS.isoContours : null\n                                  );\n    }\n}(this, function (isoBands, isoContours) {\n  return {\n      isoBands : (typeof isoBands === 'function') ? isoBands : (((typeof isoBands === 'object') && (typeof isoBands.isoBands === 'function')) ? isoBands.isoBands : null),\n      isoContours: (typeof isoContours === 'function') ? isoContours : (((typeof isoContours === 'object') && (typeof isoContours.isoContours === 'function')) ? isoContours.isoContours : null)\n  };\n}));\n","var isects = require('geojson-polygon-self-intersections');\nvar helpers = require('@turf/helpers');\nvar inside = require('@turf/inside');\nvar area = require('@turf/area');\nvar rbush = require('rbush');\nvar debug = require('debug')('simplepolygon');\nvar debugAll = require('debug')('simplepolygon:all');\n\n/**\n* Takes a complex (i.e. self-intersecting) geojson polygon, and breaks it down into its composite simple, non-self-intersecting one-ring polygons.\n*\n* @module simplepolygon\n* @param {Feature} feature Input polygon. This polygon may be unconform the {@link https://en.wikipedia.org/wiki/Simple_Features|Simple Features standard} in the sense that it's inner and outer rings may cross-intersect or self-intersect, that the outer ring must not contain the optional inner rings and that the winding number must not be positive for the outer and negative for the inner rings.\n* @return {FeatureCollection} Feature collection containing the simple, non-self-intersecting one-ring polygon features that the complex polygon is composed of. These simple polygons have properties such as their parent polygon, winding number and net winding number.\n*\n* @example\n* var poly = {\n*   \"type\": \"Feature\",\n*   \"geometry\": {\n*     \"type\": \"Polygon\",\n*     \"coordinates\": [[[0,0],[2,0],[0,2],[2,2],[0,0]]]\n*   }\n* };\n*\n* var result = simplepolygon(poly);\n*\n* // =result\n* // which will be a featureCollection of two polygons, one with coordinates [[[0,0],[2,0],[1,1],[0,0]]], parent -1, winding 1 and net winding 1, and one with coordinates [[[1,1],[0,2],[2,2],[1,1]]], parent -1, winding -1 and net winding -1\n*/\n\nmodule.exports = function(feature) {\n  // Check input\n  if (feature.type != \"Feature\") throw new Error(\"The input must a geojson object of type Feature\");\n  if ((feature.geometry === undefined) || (feature.geometry == null)) throw new Error(\"The input must a geojson object with a non-empty geometry\");\n  if (feature.geometry.type != \"Polygon\") throw new Error(\"The input must be a geojson Polygon\");\n\n  // Process input\n  var numRings = feature.geometry.coordinates.length;\n  var vertices = [];\n  for (var i = 0; i < numRings; i++) {\n    var ring = feature.geometry.coordinates[i];\n    if (!equalArrays(ring[0],ring[ring.length-1])) {\n      ring.push(ring[0]) // Close input ring if it is not\n    }\n    vertices.push.apply(vertices,ring.slice(0,ring.length-1));\n  }\n  if (!isUnique(vertices)) throw new Error(\"The input polygon may not have duplicate vertices (except for the first and last vertex of each ring)\");\n  var numvertices = vertices.length; // number of input ring vertices, with the last closing vertices not counted\n  debug(\"Processing input\");\n\n  // Compute self-intersections\n  var selfIsectsData = isects(feature, function filterFn(isect, ring0, edge0, start0, end0, frac0, ring1, edge1, start1, end1, frac1, unique){\n    return [isect, ring0, edge0, start0, end0, frac0, ring1, edge1, start1, end1, frac1, unique];\n  });\n  var numSelfIsect = selfIsectsData.length;\n  debug(\"Computing self-intersections\");\n\n  // If no self-intersections are found, the input rings are the output rings. Hence, we must only compute their winding numbers, net winding numbers and (since ohers rings could lie outside the first ring) parents.\n  if (numSelfIsect == 0) {\n    var outputFeatureArray = [];\n    for(var i = 0; i < numRings; i++) {\n      outputFeatureArray.push(helpers.polygon([feature.geometry.coordinates[i]],{parent: -1, winding: windingOfRing(feature.geometry.coordinates[i])}));\n    }\n    var output = helpers.featureCollection(outputFeatureArray)\n    determineParents();\n    setNetWinding();\n    debugAll(\"No self-intersections found. Input rings are output rings. Computed winding numbers, net winding numbers and parents\");\n    debug(\"Finishing without self-intersections\");\n    return output;\n  }\n\n  // If self-intersections are found, we will compute the output rings with the help of two intermediate variables\n  // First, we build the pseudo vertex list and intersection list\n  // The Pseudo vertex list is an array with for each ring an array with for each edge an array containing the pseudo-vertices (as made by their constructor) that have this ring and edge as ringAndEdgeIn, sorted for each edge by their fractional distance on this edge. It's length hence equals numRings.\n  var pseudoVtxListByRingAndEdge = [];\n  // The intersection list is an array containing intersections (as made by their constructor). First all numvertices ring-vertex-intersections, then all self-intersections (intra- and inter-ring). The order of the latter is not important but is permanent once given.\n  var isectList = [];\n  // Adding ring-pseudo-vertices to pseudoVtxListByRingAndEdge and ring-vertex-intersections to isectList\n  for (var i = 0; i < numRings; i++) {\n    pseudoVtxListByRingAndEdge.push([]);\n    for (var j = 0; j < feature.geometry.coordinates[i].length-1; j++) {\n      // Each edge will feature one ring-pseudo-vertex in its array, on the last position. i.e. edge j features the ring-pseudo-vertex of the ring vertex j+1, which has ringAndEdgeIn = [i,j], on the last position.\n      pseudoVtxListByRingAndEdge[i].push([new PseudoVtx(feature.geometry.coordinates[i][(j+1).modulo(feature.geometry.coordinates[i].length-1)], 1, [i, j], [i, (j+1).modulo(feature.geometry.coordinates[i].length-1)], undefined)]);\n      // The first numvertices elements in isectList correspond to the ring-vertex-intersections\n      isectList.push(new Isect(feature.geometry.coordinates[i][j], [i, (j-1).modulo(feature.geometry.coordinates[i].length-1)], [i, j], undefined, undefined, false, true));\n    }\n  }\n  // Adding intersection-pseudo-vertices to pseudoVtxListByRingAndEdge and self-intersections to isectList\n  for (var i = 0; i < numSelfIsect; i++) {\n    // Adding intersection-pseudo-vertices made using selfIsectsData to pseudoVtxListByRingAndEdge's array corresponding to the incomming ring and edge\n    pseudoVtxListByRingAndEdge[selfIsectsData[i][1]][selfIsectsData[i][2]].push(new PseudoVtx(selfIsectsData[i][0], selfIsectsData[i][5], [selfIsectsData[i][1], selfIsectsData[i][2]], [selfIsectsData[i][6], selfIsectsData[i][7]], undefined));\n    // selfIsectsData contains double mentions of each intersection, but we only want to add them once to isectList\n    if (selfIsectsData[i][11]) isectList.push(new Isect(selfIsectsData[i][0], [selfIsectsData[i][1], selfIsectsData[i][2]], [selfIsectsData[i][6], selfIsectsData[i][7]], undefined, undefined, true, true));\n  }\n  var numIsect = isectList.length;\n  // Sort edge arrays of pseudoVtxListByRingAndEdge by the fractional distance 'param'\n  for (var i = 0; i < pseudoVtxListByRingAndEdge.length; i++) {\n    for (var j = 0; j < pseudoVtxListByRingAndEdge[i].length; j++) {\n      pseudoVtxListByRingAndEdge[i][j].sort(function(a, b){ return (a.param < b.param) ? -1 : 1 ; } );\n    }\n  }\n  debug(\"Setting up pseudoVtxListByRingAndEdge and isectList\");\n\n  // Make a spatial index of intersections, in preperation for the following two steps\n  allIsectsAsIsectRbushTreeItem = [];\n  for (var i = 0; i < numIsect; i++) {\n    allIsectsAsIsectRbushTreeItem.push({minX: isectList[i].coord[0], minY: isectList[i].coord[1], maxX: isectList[i].coord[0], maxY: isectList[i].coord[1], index: i}); // could pass isect: isectList[i], but not necessary\n  }\n  var isectRbushTree = rbush();\n  isectRbushTree.load(allIsectsAsIsectRbushTreeItem);\n\n  // Now we will teach each intersection in isectList which is the next intersection along both it's [ring, edge]'s, in two steps.\n  // First, we find the next intersection for each pseudo-vertex in pseudoVtxListByRingAndEdge:\n  // For each pseudovertex in pseudoVtxListByRingAndEdge (3 loops) look at the next pseudovertex on that edge and find the corresponding intersection by comparing coordinates\n  for (var i = 0; i < pseudoVtxListByRingAndEdge.length; i++){\n    for (var j = 0; j < pseudoVtxListByRingAndEdge[i].length; j++){\n      for (var k = 0; k < pseudoVtxListByRingAndEdge[i][j].length; k++){\n        var coordToFind;\n        if (k == pseudoVtxListByRingAndEdge[i][j].length-1) { // If it's the last pseudoVertex on that edge, then the next pseudoVertex is the first one on the next edge of that ring.\n          coordToFind = pseudoVtxListByRingAndEdge[i][(j+1).modulo(feature.geometry.coordinates[i].length-1)][0].coord;\n        } else {\n          coordToFind = pseudoVtxListByRingAndEdge[i][j][k+1].coord;\n        }\n        var IsectRbushTreeItemFound = isectRbushTree.search({minX: coordToFind[0], minY: coordToFind[1], maxX: coordToFind[0], maxY: coordToFind[1]})[0]; // We can take [0] of the result, because there is only one isect correponding to a pseudo-vertex\n        pseudoVtxListByRingAndEdge[i][j][k].nxtIsectAlongEdgeIn = IsectRbushTreeItemFound.index;\n      }\n    }\n  }\n  debug(\"Computing nextIsect for pseudoVtxListByRingAndEdge\");\n\n  // Second, we port this knowledge of the next intersection over to the intersections in isectList, by finding the intersection corresponding to each pseudo-vertex and copying the pseudo-vertex' knownledge of the next-intersection over to the intersection\n  for (var i = 0; i < pseudoVtxListByRingAndEdge.length; i++){\n    for (var j = 0; j < pseudoVtxListByRingAndEdge[i].length; j++){\n      for (var k = 0; k < pseudoVtxListByRingAndEdge[i][j].length; k++){\n        var coordToFind = pseudoVtxListByRingAndEdge[i][j][k].coord;\n        var IsectRbushTreeItemFound = isectRbushTree.search({minX: coordToFind[0], minY: coordToFind[1], maxX: coordToFind[0], maxY: coordToFind[1]})[0]; // We can take [0] of the result, because there is only one isect correponding to a pseudo-vertex\n        var l = IsectRbushTreeItemFound.index;\n        if (l < numvertices) { // Special treatment at ring-vertices: we correct the misnaming that happened in the previous block, since ringAndEdgeOut = ringAndEdge2 for ring vertices.\n            isectList[l].nxtIsectAlongRingAndEdge2 = pseudoVtxListByRingAndEdge[i][j][k].nxtIsectAlongEdgeIn;\n        } else { // Port the knowledge of the next intersection from the pseudo-vertices to the intersections, depending on how the edges are labeled in the pseudo-vertex and intersection.\n          if (equalArrays(isectList[l].ringAndEdge1, pseudoVtxListByRingAndEdge[i][j][k].ringAndEdgeIn)) {\n            isectList[l].nxtIsectAlongRingAndEdge1 = pseudoVtxListByRingAndEdge[i][j][k].nxtIsectAlongEdgeIn;\n          } else {\n            isectList[l].nxtIsectAlongRingAndEdge2 = pseudoVtxListByRingAndEdge[i][j][k].nxtIsectAlongEdgeIn;\n          }\n        }\n      }\n    }\n  }\n  // This explains why, eventhough when we will walk away from an intersection, we will walk way from the corresponding pseudo-vertex along edgeOut, pseudo-vertices have the property 'nxtIsectAlongEdgeIn' in stead of some propery 'nxtPseudoVtxAlongEdgeOut'. This is because this property (which is easy to find out) is used in the above for nxtIsectAlongRingAndEdge1 and nxtIsectAlongRingAndEdge2!\n  debug(\"Porting nextIsect to isectList\");\n\n  // Before we start walking over the intersections to build the output rings, we prepare a queue that stores information on intersections we still have to deal with, and put at least one intersection in it.\n  // This queue will contain information on intersections where we can start walking from once the current walk is finished, and its parent output ring (the smallest output ring it lies within, -1 if no parent or parent unknown yet) and its winding number (which we can already determine).\n  var queue = []\n  // For each output ring, add the ring-vertex-intersection with the smalles x-value (i.e. the left-most) as a start intersection. By choosing such an extremal intersections, we are sure to start at an intersection that is a convex vertex of its output ring. By adding them all to the queue, we are sure that no rings will be forgotten. If due to ring-intersections such an intersection will be encountered while walking, it will be removed from the queue.\n  var i = 0;\n  for (var j = 0; j < numRings; j++) {\n    var leftIsect = i;\n    for (var k = 0; k < feature.geometry.coordinates[j].length-1; k++) {\n      if (isectList[i].coord[0] < isectList[leftIsect].coord[0]) {\n        leftIsect = i;\n      }\n      i++;\n    }\n    // Compute winding at this left-most ring-vertex-intersection. We thus this by using our knowledge that this extremal vertex must be a convex vertex.\n    // We first find the intersection before and after it, and then use them to determine the winding number of the corresponding output ring, since we know that an extremal vertex of a simple, non-self-intersecting ring is always convex, so the only reason it would not be is because the winding number we use to compute it is wrong\n    var isectAfterLeftIsect = isectList[leftIsect].nxtIsectAlongRingAndEdge2;\n    for (var k = 0; k < isectList.length; k++) {\n      if ((isectList[k].nxtIsectAlongRingAndEdge1 == leftIsect) || (isectList[k].nxtIsectAlongRingAndEdge2 == leftIsect)) {\n        var isectBeforeLeftIsect = k;\n        break\n      }\n    }\n    var windingAtIsect = isConvex([isectList[isectBeforeLeftIsect].coord,isectList[leftIsect].coord,isectList[isectAfterLeftIsect].coord],true) ? 1 : -1;\n\n    queue.push({isect: leftIsect, parent: -1, winding: windingAtIsect})\n  }\n  // Sort the queue by the same criterion used to find the leftIsect: the left-most leftIsect must be last in the queue, such that it will be popped first, such that we will work from out to in regarding input rings. This assumtion is used when predicting the winding number and parent of a new queue member.\n  queue.sort(function(a, b){ return (isectList[a.isect].coord > isectList[b.isect].coord) ? -1 : 1 });\n  debugAll(\"Initial state of the queue: \" + JSON.stringify(queue));\n  debug(\"Setting up queue\");\n\n  // Initialise output\n  var outputFeatureArray = [];\n\n  // While the queue is not empty, take the last object (i.e. its intersection) out and start making an output ring by walking in the direction that has not been walked away over yet.\n  while (queue.length>0) {\n    // Get the last object out of the queue\n    var popped = queue.pop();\n    var startIsect = popped.isect;\n    var currentOutputRingParent = popped.parent;\n    var currentOutputRingWinding = popped.winding;\n    // Make new output ring and add vertex from starting intersection\n    var currentOutputRing = outputFeatureArray.length;\n    var currentOutputRingCoords = [isectList[startIsect].coord];\n    debugAll(\"# Starting output ring number \" + outputFeatureArray.length + \" with winding \" + currentOutputRingWinding + \" from intersection \" + startIsect);\n    if (startIsect < numvertices) debugAll(\"This is a ring-vertex-intersections, which means this output ring does not touch existing output rings\");\n    // Set up the variables used while walking over intersections: 'currentIsect', 'nxtIsect' and 'walkingRingAndEdge'\n    var currentIsect = startIsect;\n    if (isectList[startIsect].ringAndEdge1Walkable) {\n      var walkingRingAndEdge = isectList[startIsect].ringAndEdge1;\n      var nxtIsect = isectList[startIsect].nxtIsectAlongRingAndEdge1;\n    } else {\n      var walkingRingAndEdge = isectList[startIsect].ringAndEdge2;\n      var nxtIsect = isectList[startIsect].nxtIsectAlongRingAndEdge2;\n    }\n    // While we have not arrived back at the same intersection, keep walking\n    while (!equalArrays(isectList[startIsect].coord,isectList[nxtIsect].coord)){\n      debugAll(\"Walking from intersection \" + currentIsect + \" to \" + nxtIsect + \" over ring \" + walkingRingAndEdge[0] + \" and edge \" + walkingRingAndEdge[1]);\n      currentOutputRingCoords.push(isectList[nxtIsect].coord);\n      debugAll(\"Adding intersection \" + nxtIsect + \" to current output ring\");\n      // If the next intersection is queued, we can remove it, because we will go there now.\n      var nxtIsectInQueue = undefined;\n      for(var i = 0; i < queue.length; i++) { if (queue[i].isect == nxtIsect) {nxtIsectInQueue = i; break; } }\n      if (nxtIsectInQueue != undefined) {\n        debugAll(\"Removing intersection \" + nxtIsect + \" from queue\");\n        queue.splice(nxtIsectInQueue,1);\n      }\n      // Arriving at this new intersection, we know which will be our next walking ring and edge (if we came from 1 we will walk away from 2 and vice versa),\n      // So we can set it as our new walking ring and intersection and remember that we (will) have walked over it\n      // If we have never walked away from this new intersection along the other ring and edge then we will soon do, add the intersection (and the parent wand winding number) to the queue\n      // (We can predict the winding number and parent as follows: if the edge is convex, the other output ring started from there will have the alternate winding and lie outside of the current one, and thus have the same parent ring as the current ring. Otherwise, it will have the same winding number and lie inside of the current ring. We are, however, only sure of this of an output ring started from there does not enclose the current ring. This is why the initial queue's intersections must be sorted such that outer ones come out first.)\n      // We then update the other two walking variables.\n      if (equalArrays(walkingRingAndEdge,isectList[nxtIsect].ringAndEdge1)) {\n        walkingRingAndEdge = isectList[nxtIsect].ringAndEdge2;\n        isectList[nxtIsect].ringAndEdge2Walkable = false;\n        if (isectList[nxtIsect].ringAndEdge1Walkable) {\n          debugAll(\"Adding intersection \" + nxtIsect + \" to queue\");\n          var pushing = {isect: nxtIsect};\n          if (isConvex([isectList[currentIsect].coord, isectList[nxtIsect].coord, isectList[isectList[nxtIsect].nxtIsectAlongRingAndEdge2].coord],currentOutputRingWinding == 1)) {\n            pushing.parent = currentOutputRingParent;\n            pushing.winding = -currentOutputRingWinding;\n          } else {\n            pushing.parent = currentOutputRing;\n            pushing.winding = currentOutputRingWinding;\n          }\n          queue.push(pushing);\n        }\n        currentIsect = nxtIsect;\n        nxtIsect = isectList[nxtIsect].nxtIsectAlongRingAndEdge2;\n      } else {\n        walkingRingAndEdge = isectList[nxtIsect].ringAndEdge1;\n        isectList[nxtIsect].ringAndEdge1Walkable = false;\n        if (isectList[nxtIsect].ringAndEdge2Walkable) {\n          debugAll(\"Adding intersection \" + nxtIsect + \" to queue\");\n          var pushing = {isect: nxtIsect};\n          if (isConvex([isectList[currentIsect].coord, isectList[nxtIsect].coord, isectList[isectList[nxtIsect].nxtIsectAlongRingAndEdge1].coord],currentOutputRingWinding == 1)) {\n            pushing.parent = currentOutputRingParent;\n            pushing.winding = -currentOutputRingWinding;\n          } else {\n            pushing.parent = currentOutputRing;\n            pushing.winding = currentOutputRingWinding;\n          }\n          queue.push(pushing);\n        }\n        currentIsect = nxtIsect;\n        nxtIsect = isectList[nxtIsect].nxtIsectAlongRingAndEdge1;\n      }\n      debugAll(\"Current state of the queue: \" + JSON.stringify(queue));\n    }\n    debugAll(\"Walking from intersection \" + currentIsect + \" to \" + nxtIsect + \" over ring \" + walkingRingAndEdge[0] + \" and edge \" + walkingRingAndEdge[1] + \" and closing ring\");\n    // Close output ring\n    currentOutputRingCoords.push(isectList[nxtIsect].coord);\n    // Push output ring to output\n    outputFeatureArray.push(helpers.polygon([currentOutputRingCoords],{index: currentOutputRing, parent: currentOutputRingParent, winding: currentOutputRingWinding, netWinding: undefined}));\n  }\n\n  var output = helpers.featureCollection(outputFeatureArray);\n  debug(\"Walking\");\n\n  determineParents();\n  debug(\"Determining parents\");\n\n  setNetWinding();\n  debug(\"Setting winding number\");\n\n  // These functions are also used if no intersections are found\n  function determineParents() {\n    var featuresWithoutParent = [];\n    for (var i = 0; i < output.features.length; i++) {\n      debugAll(\"Output ring \" + i + \" has parent \" + output.features[i].properties.parent);\n      if (output.features[i].properties.parent == -1) featuresWithoutParent.push(i);\n    }\n    debugAll(\"The following output ring(s) have no parent: \" + featuresWithoutParent);\n    if (featuresWithoutParent.length > 1) {\n      for (var i = 0; i < featuresWithoutParent.length; i++) {\n        var parent = -1;\n        var parentArea = Infinity;\n        for (var j = 0; j < output.features.length; j++) {\n          if (featuresWithoutParent[i] == j) continue\n          if (inside(helpers.point(output.features[featuresWithoutParent[i]].geometry.coordinates[0][0]), output.features[j], true)) {\n            if (area(output.features[j]) < parentArea) {\n              parent = j;\n              debugAll(\"Ring \"+featuresWithoutParent[i]+\" lies inside output ring \"+j);\n            }\n          }\n        }\n        output.features[featuresWithoutParent[i]].properties.parent = parent;\n        debugAll(\"Ring \"+featuresWithoutParent[i]+\" is assigned parent \"+parent);\n      }\n    }\n  }\n\n  function setNetWinding() {\n    for (var i = 0; i < output.features.length; i++) {\n      if (output.features[i].properties.parent == -1) {\n        var netWinding = output.features[i].properties.winding\n        output.features[i].properties.netWinding = netWinding;\n        setNetWindingOfChildren(i,netWinding)\n      }\n    }\n  }\n\n  function setNetWindingOfChildren(parent,ParentNetWinding){\n    for (var i = 0; i < output.features.length; i++) {\n      if (output.features[i].properties.parent == parent){\n        var netWinding = ParentNetWinding + output.features[i].properties.winding\n        output.features[i].properties.netWinding = netWinding;\n        setNetWindingOfChildren(i,netWinding)\n      }\n    }\n  }\n\n  debugAll(\"# Total of \" + output.features.length + \" rings\");\n\n  return output;\n}\n\n\n\n// Constructor for (ring- or intersection-) pseudo-vertices.\nvar PseudoVtx = function (coord, param, ringAndEdgeIn, ringAndEdgeOut, nxtIsectAlongEdgeIn) {\n  this.coord = coord; // [x,y] of this pseudo-vertex\n  this.param = param; // fractional distance of this intersection on incomming edge\n  this.ringAndEdgeIn = ringAndEdgeIn; // [ring index, edge index] of incomming edge\n  this.ringAndEdgeOut = ringAndEdgeOut; // [ring index, edge index] of outgoing edge\n  this.nxtIsectAlongEdgeIn = nxtIsectAlongEdgeIn; // The next intersection when following the incomming edge (so not when following ringAndEdgeOut!)\n}\n\n// Constructor for an intersection. There are two intersection-pseudo-vertices per self-intersection and one ring-pseudo-vertex per ring-vertex-intersection. Their labels 1 and 2 are not assigned a particular meaning but are permanent once given.\nvar Isect = function (coord, ringAndEdge1, ringAndEdge2, nxtIsectAlongRingAndEdge1, nxtIsectAlongRingAndEdge2, ringAndEdge1Walkable, ringAndEdge2Walkable) {\n  this.coord = coord; // [x,y] of this intersection\n  this.ringAndEdge1 = ringAndEdge1; // first edge of this intersection\n  this.ringAndEdge2 = ringAndEdge2; // second edge of this intersection\n  this.nxtIsectAlongRingAndEdge1 = nxtIsectAlongRingAndEdge1; // the next intersection when following ringAndEdge1\n  this.nxtIsectAlongRingAndEdge2 = nxtIsectAlongRingAndEdge2; // the next intersection when following ringAndEdge2\n  this.ringAndEdge1Walkable = ringAndEdge1Walkable; // May we (still) walk away from this intersection over ringAndEdge1?\n  this.ringAndEdge2Walkable = ringAndEdge2Walkable; // May we (still) walk away from this intersection over ringAndEdge2?\n}\n\n// Function to determine if three consecutive points of a simple, non-self-intersecting ring make up a convex vertex, assuming the ring is right- or lefthanded\nfunction isConvex(pts, righthanded){\n  // 'pts' is an [x,y] pair\n  // 'righthanded' is a boolean\n  if (typeof(righthanded) === 'undefined') righthanded = true;\n  if (pts.length != 3) throw new Error(\"This function requires an array of three points [x,y]\");\n  var d = (pts[1][0] - pts[0][0]) * (pts[2][1] - pts[0][1]) - (pts[1][1] - pts[0][1]) * (pts[2][0] - pts[0][0]);\n  return (d >= 0) == righthanded;\n}\n\n// Function to compute winding of simple, non-self-intersecting ring\nfunction windingOfRing(ring){\n  // 'ring' is an array of [x,y] pairs with the last equal to the first\n  // Compute the winding number based on the vertex with the smallest x-value, it precessor and successor. An extremal vertex of a simple, non-self-intersecting ring is always convex, so the only reason it is not is because the winding number we use to compute it is wrong\n  var leftVtx = 0;\n  for (var i = 0; i < ring.length-1; i++) { if (ring[i][0] < ring[leftVtx][0]) leftVtx = i; }\n  if (isConvex([ring[(leftVtx-1).modulo(ring.length-1)],ring[leftVtx],ring[(leftVtx+1).modulo(ring.length-1)]],true)) {\n    var winding = 1;\n  } else {\n    var winding = -1;\n  }\n  return winding\n}\n\n// Function to compare Arrays of numbers. From http://stackoverflow.com/questions/7837456/how-to-compare-arrays-in-javascript\nfunction equalArrays(array1, array2) {\n  // if the other array is a falsy value, return\n  if (!array1 || !array2)\n      return false;\n\n  // compare lengths - can save a lot of time\n  if (array1.length != array2.length)\n      return false;\n\n  for (var i = 0, l=array1.length; i < l; i++) {\n      // Check if we have nested arrays\n      if (array1[i] instanceof Array && array2[i] instanceof Array) {\n          // recurse into the nested arrays\n          if (!equalArrays(array1[i],array2[i]))\n              return false;\n      }\n      else if (array1[i] != array2[i]) {\n          // Warning - two different object instances will never be equal: {x:20} != {x:20}\n          return false;\n      }\n  }\n  return true;\n}\n\n// Fix Javascript modulo for negative number. From http://stackoverflow.com/questions/4467539/javascript-modulo-not-behaving\nNumber.prototype.modulo = function(n) {\n  return ((this % n) + n) % n;\n}\n\n// Function to get array with only unique elements. From http://stackoverflow.com/questions/1960473/unique-values-in-an-array\nfunction getUnique(array) {\n var u = {}, a = [];\n for(var i = 0, l = array.length; i < l; ++i){\n    if(u.hasOwnProperty(array[i])) {\n       continue;\n    }\n    a.push(array[i]);\n    u[array[i]] = 1;\n }\n return a;\n}\n\n// Function to check if array is unique (i.e. all unique elements, i.e. no duplicate elements)\nfunction isUnique(array) {\n var u = {}, a = [];\n var isUnique = 1;\n for(var i = 0, l = array.length; i < l; ++i){\n    if(u.hasOwnProperty(array[i])) {\n      isUnique = 0;\n      break;\n    }\n    u[array[i]] = 1;\n }\n return isUnique;\n}\n","var render = function () {var _vm=this;var _h=_vm.$createElement;var _c=_vm._self._c||_h;return _c('div',{staticClass:\"module-root\"},[(_vm.ready)?_vm._t(\"default\"):_vm._e(),_c('Portal',{attrs:{\"to\":\"leftSidebar\"}},[(_vm.ready)?_vm._t(\"left\"):_vm._e(),_c('FrsLoadingIndicator',{attrs:{\"loading\":!_vm.loaded,\"error\":_vm.error}})],2),_c('FrsLoadingIndicator',{attrs:{\"loading\":!_vm.loaded,\"error\":_vm.error},scopedSlots:_vm._u([{key:\"error\",fn:function(){return [_c('IxButton',{attrs:{\"back\":\"\"},on:{\"click\":_vm.backToDashboard}},[_c('IxRes',[_vm._v(\"frs.buttons.moduleLoadFailed\")])],1)]},proxy:true}])})],2)}\nvar staticRenderFns = []\n\nexport { render, staticRenderFns }","<template lang=\"html\">\r\n  <div class=\"module-root\">\r\n    <slot v-if=\"ready\" />\r\n    <Portal to=\"leftSidebar\">\r\n      <slot v-if=\"ready\" name=\"left\" />\r\n      <FrsLoadingIndicator :loading=\"!loaded\" :error=\"error\" />\r\n    </Portal>\r\n\r\n    <FrsLoadingIndicator :loading=\"!loaded\" :error=\"error\">\r\n      <template #error>\r\n        <IxButton back @click=\"backToDashboard\">\r\n          <IxRes>frs.buttons.moduleLoadFailed</IxRes>\r\n        </IxButton>\r\n      </template>\r\n    </FrsLoadingIndicator>\r\n  </div>\r\n</template>\r\n\r\n<script>\r\nimport {mapMutations} from 'vuex'\r\n\r\nimport IxButton from '@components/IxButton'\r\nimport FrsLoadingIndicator from '@frs/components/base/FrsLoadingIndicator'\r\n\r\nimport ModuleRootMixin from '@mixins/ModuleRootMixin'\r\n\r\nexport default {\r\n  components: {\r\n    FrsLoadingIndicator,\r\n    IxButton\r\n  },\r\n  mixins: [\r\n    ModuleRootMixin\r\n  ],\r\n  methods: {\r\n    ...mapMutations('fieldRecordSystem', [\r\n      'setRightView'\r\n    ]),\r\n    backToDashboard () {\r\n      this.setRightView('default')\r\n    }\r\n  }\r\n}\r\n</script>\r\n\r\n<style lang=\"scss\" scoped>\r\n.module-root {\r\n  margin: -5px;\r\n  flex: 1;\r\n  display: flex;\r\n  flex-direction: column;\r\n  overflow-y: auto;\r\n  min-height: 0;\r\n}\r\n</style>\r\n","import mod from \"-!../../../../../../../node_modules/cache-loader/dist/cjs.js??ref--12-0!../../../../../../../node_modules/thread-loader/dist/cjs.js!../../../../../../../node_modules/babel-loader/lib/index.js!../../../../../../../node_modules/cache-loader/dist/cjs.js??ref--0-0!../../../../../../../node_modules/vue-loader/lib/index.js??vue-loader-options!./FrsModuleRoot.vue?vue&type=script&lang=js&\"; export default mod; export * from \"-!../../../../../../../node_modules/cache-loader/dist/cjs.js??ref--12-0!../../../../../../../node_modules/thread-loader/dist/cjs.js!../../../../../../../node_modules/babel-loader/lib/index.js!../../../../../../../node_modules/cache-loader/dist/cjs.js??ref--0-0!../../../../../../../node_modules/vue-loader/lib/index.js??vue-loader-options!./FrsModuleRoot.vue?vue&type=script&lang=js&\"","import { render, staticRenderFns } from \"./FrsModuleRoot.vue?vue&type=template&id=7e864fa8&scoped=true&lang=html&\"\nimport script from \"./FrsModuleRoot.vue?vue&type=script&lang=js&\"\nexport * from \"./FrsModuleRoot.vue?vue&type=script&lang=js&\"\nimport style0 from \"./FrsModuleRoot.vue?vue&type=style&index=0&id=7e864fa8&lang=scss&scoped=true&\"\n\n\n/* normalize component */\nimport normalizer from \"!../../../../../../../node_modules/vue-loader/lib/runtime/componentNormalizer.js\"\nvar component = normalizer(\n  script,\n  render,\n  staticRenderFns,\n  false,\n  null,\n  \"7e864fa8\",\n  null\n  \n)\n\nexport default component.exports","var meta = require('@turf/meta');\nvar centroid = require('@turf/centroid');\nvar invariant = require('@turf/invariant');\nvar rhumbBearing = require('@turf/rhumb-bearing');\nvar rhumbDistance = require('@turf/rhumb-distance');\nvar rhumbDestination = require('@turf/rhumb-destination');\nvar coordEach = meta.coordEach;\nvar getCoords = invariant.getCoords;\n\n/**\n * Rotates any geojson Feature or Geometry of a specified angle, around its `centroid` or a given `pivot` point;\n * all rotations follow the right-hand rule: https://en.wikipedia.org/wiki/Right-hand_rule\n *\n * @name transformRotate\n * @param {GeoJSON} geojson object to be rotated\n * @param {number} angle of rotation (along the vertical axis), from North in decimal degrees, negative clockwise\n * @param {Geometry|Feature<Point>|Array<number>} [pivot=`centroid`] point around which the rotation will be performed\n * @param {boolean} [mutate=false] allows GeoJSON input to be mutated (significant performance increase if true)\n * @returns {GeoJSON} the rotated GeoJSON feature\n * @example\n * var poly = turf.polygon([[[0,29],[3.5,29],[2.5,32],[0,29]]]);\n * var rotatedPoly = turf.transformRotate(poly, 10, [0, 25]);\n *\n * //addToMap\n * var addToMap = [poly, rotatedPoly];\n * rotatedPoly.properties = {stroke: '#F00', 'stroke-width': 4};\n */\nmodule.exports = function (geojson, angle, pivot, mutate) {\n    // Input validation\n    if (!geojson) throw new Error('geojson is required');\n    if (angle === undefined || angle === null || isNaN(angle)) throw new Error('angle is required');\n\n    // Shortcut no-rotation\n    if (angle === 0) return geojson;\n\n    // Use centroid of GeoJSON if pivot is not provided\n    if (!pivot) pivot = centroid(geojson);\n\n    // Clone geojson to avoid side effects\n    if (mutate === false || mutate === undefined) geojson = JSON.parse(JSON.stringify(geojson));\n\n    // Rotate each coordinate\n    coordEach(geojson, function (pointCoords) {\n        var initialAngle = rhumbBearing(pivot, pointCoords);\n        var finalAngle = initialAngle + angle;\n        var distance = rhumbDistance(pivot, pointCoords);\n        var newCoords = getCoords(rhumbDestination(pivot, distance, finalAngle));\n        pointCoords[0] = newCoords[0];\n        pointCoords[1] = newCoords[1];\n    });\n    return geojson;\n};\n","/**\n * Wraps a GeoJSON {@link Geometry} in a GeoJSON {@link Feature}.\n *\n * @name feature\n * @param {Geometry} geometry input geometry\n * @param {Object} [properties={}] an Object of key-value pairs to add as properties\n * @param {Array<number>} [bbox] BBox [west, south, east, north]\n * @param {string|number} [id] Identifier\n * @returns {Feature} a GeoJSON Feature\n * @example\n * var geometry = {\n *   \"type\": \"Point\",\n *   \"coordinates\": [110, 50]\n * };\n *\n * var feature = turf.feature(geometry);\n *\n * //=feature\n */\nfunction feature(geometry, properties, bbox, id) {\n    if (geometry === undefined) throw new Error('geometry is required');\n    if (properties && properties.constructor !== Object) throw new Error('properties must be an Object');\n    if (bbox && bbox.length !== 4) throw new Error('bbox must be an Array of 4 numbers');\n    if (id && ['string', 'number'].indexOf(typeof id) === -1) throw new Error('id must be a number or a string');\n\n    var feat = {type: 'Feature'};\n    if (id) feat.id = id;\n    if (bbox) feat.bbox = bbox;\n    feat.properties = properties || {};\n    feat.geometry = geometry;\n    return feat;\n}\n\n/**\n * Creates a GeoJSON {@link Geometry} from a Geometry string type & coordinates.\n * For GeometryCollection type use `helpers.geometryCollection`\n *\n * @name geometry\n * @param {string} type Geometry Type\n * @param {Array<number>} coordinates Coordinates\n * @param {Array<number>} [bbox] BBox [west, south, east, north]\n * @returns {Geometry} a GeoJSON Geometry\n * @example\n * var type = 'Point';\n * var coordinates = [110, 50];\n *\n * var geometry = turf.geometry(type, coordinates);\n *\n * //=geometry\n */\nfunction geometry(type, coordinates, bbox) {\n    // Validation\n    if (!type) throw new Error('type is required');\n    if (!coordinates) throw new Error('coordinates is required');\n    if (!Array.isArray(coordinates)) throw new Error('coordinates must be an Array');\n    if (bbox && bbox.length !== 4) throw new Error('bbox must be an Array of 4 numbers');\n\n    var geom;\n    switch (type) {\n    case 'Point': geom = point(coordinates).geometry; break;\n    case 'LineString': geom = lineString(coordinates).geometry; break;\n    case 'Polygon': geom = polygon(coordinates).geometry; break;\n    case 'MultiPoint': geom = multiPoint(coordinates).geometry; break;\n    case 'MultiLineString': geom = multiLineString(coordinates).geometry; break;\n    case 'MultiPolygon': geom = multiPolygon(coordinates).geometry; break;\n    default: throw new Error(type + ' is invalid');\n    }\n    if (bbox) geom.bbox = bbox;\n    return geom;\n}\n\n/**\n * Takes coordinates and properties (optional) and returns a new {@link Point} feature.\n *\n * @name point\n * @param {Array<number>} coordinates longitude, latitude position (each in decimal degrees)\n * @param {Object} [properties={}] an Object of key-value pairs to add as properties\n * @param {Array<number>} [bbox] BBox [west, south, east, north]\n * @param {string|number} [id] Identifier\n * @returns {Feature<Point>} a Point feature\n * @example\n * var point = turf.point([-75.343, 39.984]);\n *\n * //=point\n */\nfunction point(coordinates, properties, bbox, id) {\n    if (!coordinates) throw new Error('No coordinates passed');\n    if (coordinates.length === undefined) throw new Error('Coordinates must be an array');\n    if (coordinates.length < 2) throw new Error('Coordinates must be at least 2 numbers long');\n    if (!isNumber(coordinates[0]) || !isNumber(coordinates[1])) throw new Error('Coordinates must contain numbers');\n\n    return feature({\n        type: 'Point',\n        coordinates: coordinates\n    }, properties, bbox, id);\n}\n\n/**\n * Takes an array of LinearRings and optionally an {@link Object} with properties and returns a {@link Polygon} feature.\n *\n * @name polygon\n * @param {Array<Array<Array<number>>>} coordinates an array of LinearRings\n * @param {Object} [properties={}] an Object of key-value pairs to add as properties\n * @param {Array<number>} [bbox] BBox [west, south, east, north]\n * @param {string|number} [id] Identifier\n * @returns {Feature<Polygon>} a Polygon feature\n * @throws {Error} throw an error if a LinearRing of the polygon has too few positions\n * or if a LinearRing of the Polygon does not have matching Positions at the beginning & end.\n * @example\n * var polygon = turf.polygon([[\n *   [-2.275543, 53.464547],\n *   [-2.275543, 53.489271],\n *   [-2.215118, 53.489271],\n *   [-2.215118, 53.464547],\n *   [-2.275543, 53.464547]\n * ]], { name: 'poly1', population: 400});\n *\n * //=polygon\n */\nfunction polygon(coordinates, properties, bbox, id) {\n    if (!coordinates) throw new Error('No coordinates passed');\n\n    for (var i = 0; i < coordinates.length; i++) {\n        var ring = coordinates[i];\n        if (ring.length < 4) {\n            throw new Error('Each LinearRing of a Polygon must have 4 or more Positions.');\n        }\n        for (var j = 0; j < ring[ring.length - 1].length; j++) {\n            // Check if first point of Polygon contains two numbers\n            if (i === 0 && j === 0 && !isNumber(ring[0][0]) || !isNumber(ring[0][1])) throw new Error('Coordinates must contain numbers');\n            if (ring[ring.length - 1][j] !== ring[0][j]) {\n                throw new Error('First and last Position are not equivalent.');\n            }\n        }\n    }\n\n    return feature({\n        type: 'Polygon',\n        coordinates: coordinates\n    }, properties, bbox, id);\n}\n\n/**\n * Creates a {@link LineString} based on a\n * coordinate array. Properties can be added optionally.\n *\n * @name lineString\n * @param {Array<Array<number>>} coordinates an array of Positions\n * @param {Object} [properties={}] an Object of key-value pairs to add as properties\n * @param {Array<number>} [bbox] BBox [west, south, east, north]\n * @param {string|number} [id] Identifier\n * @returns {Feature<LineString>} a LineString feature\n * @throws {Error} if no coordinates are passed\n * @example\n * var linestring1 = turf.lineString([\n *   [-21.964416, 64.148203],\n *   [-21.956176, 64.141316],\n *   [-21.93901, 64.135924],\n *   [-21.927337, 64.136673]\n * ]);\n * var linestring2 = turf.lineString([\n *   [-21.929054, 64.127985],\n *   [-21.912918, 64.134726],\n *   [-21.916007, 64.141016],\n *   [-21.930084, 64.14446]\n * ], {name: 'line 1', distance: 145});\n *\n * //=linestring1\n *\n * //=linestring2\n */\nfunction lineString(coordinates, properties, bbox, id) {\n    if (!coordinates) throw new Error('No coordinates passed');\n    if (coordinates.length < 2) throw new Error('Coordinates must be an array of two or more positions');\n    // Check if first point of LineString contains two numbers\n    if (!isNumber(coordinates[0][1]) || !isNumber(coordinates[0][1])) throw new Error('Coordinates must contain numbers');\n\n    return feature({\n        type: 'LineString',\n        coordinates: coordinates\n    }, properties, bbox, id);\n}\n\n/**\n * Takes one or more {@link Feature|Features} and creates a {@link FeatureCollection}.\n *\n * @name featureCollection\n * @param {Feature[]} features input features\n * @param {Array<number>} [bbox] BBox [west, south, east, north]\n * @param {string|number} [id] Identifier\n * @returns {FeatureCollection} a FeatureCollection of input features\n * @example\n * var features = [\n *  turf.point([-75.343, 39.984], {name: 'Location A'}),\n *  turf.point([-75.833, 39.284], {name: 'Location B'}),\n *  turf.point([-75.534, 39.123], {name: 'Location C'})\n * ];\n *\n * var collection = turf.featureCollection(features);\n *\n * //=collection\n */\nfunction featureCollection(features, bbox, id) {\n    if (!features) throw new Error('No features passed');\n    if (!Array.isArray(features)) throw new Error('features must be an Array');\n    if (bbox && bbox.length !== 4) throw new Error('bbox must be an Array of 4 numbers');\n    if (id && ['string', 'number'].indexOf(typeof id) === -1) throw new Error('id must be a number or a string');\n\n    var fc = {type: 'FeatureCollection'};\n    if (id) fc.id = id;\n    if (bbox) fc.bbox = bbox;\n    fc.features = features;\n    return fc;\n}\n\n/**\n * Creates a {@link Feature<MultiLineString>} based on a\n * coordinate array. Properties can be added optionally.\n *\n * @name multiLineString\n * @param {Array<Array<Array<number>>>} coordinates an array of LineStrings\n * @param {Object} [properties={}] an Object of key-value pairs to add as properties\n * @param {Array<number>} [bbox] BBox [west, south, east, north]\n * @param {string|number} [id] Identifier\n * @returns {Feature<MultiLineString>} a MultiLineString feature\n * @throws {Error} if no coordinates are passed\n * @example\n * var multiLine = turf.multiLineString([[[0,0],[10,10]]]);\n *\n * //=multiLine\n */\nfunction multiLineString(coordinates, properties, bbox, id) {\n    if (!coordinates) throw new Error('No coordinates passed');\n\n    return feature({\n        type: 'MultiLineString',\n        coordinates: coordinates\n    }, properties, bbox, id);\n}\n\n/**\n * Creates a {@link Feature<MultiPoint>} based on a\n * coordinate array. Properties can be added optionally.\n *\n * @name multiPoint\n * @param {Array<Array<number>>} coordinates an array of Positions\n * @param {Object} [properties={}] an Object of key-value pairs to add as properties\n * @param {Array<number>} [bbox] BBox [west, south, east, north]\n * @param {string|number} [id] Identifier\n * @returns {Feature<MultiPoint>} a MultiPoint feature\n * @throws {Error} if no coordinates are passed\n * @example\n * var multiPt = turf.multiPoint([[0,0],[10,10]]);\n *\n * //=multiPt\n */\nfunction multiPoint(coordinates, properties, bbox, id) {\n    if (!coordinates) throw new Error('No coordinates passed');\n\n    return feature({\n        type: 'MultiPoint',\n        coordinates: coordinates\n    }, properties, bbox, id);\n}\n\n/**\n * Creates a {@link Feature<MultiPolygon>} based on a\n * coordinate array. Properties can be added optionally.\n *\n * @name multiPolygon\n * @param {Array<Array<Array<Array<number>>>>} coordinates an array of Polygons\n * @param {Object} [properties={}] an Object of key-value pairs to add as properties\n * @param {Array<number>} [bbox] BBox [west, south, east, north]\n * @param {string|number} [id] Identifier\n * @returns {Feature<MultiPolygon>} a multipolygon feature\n * @throws {Error} if no coordinates are passed\n * @example\n * var multiPoly = turf.multiPolygon([[[[0,0],[0,10],[10,10],[10,0],[0,0]]]]);\n *\n * //=multiPoly\n *\n */\nfunction multiPolygon(coordinates, properties, bbox, id) {\n    if (!coordinates) throw new Error('No coordinates passed');\n\n    return feature({\n        type: 'MultiPolygon',\n        coordinates: coordinates\n    }, properties, bbox, id);\n}\n\n/**\n * Creates a {@link Feature<GeometryCollection>} based on a\n * coordinate array. Properties can be added optionally.\n *\n * @name geometryCollection\n * @param {Array<Geometry>} geometries an array of GeoJSON Geometries\n * @param {Object} [properties={}] an Object of key-value pairs to add as properties\n * @param {Array<number>} [bbox] BBox [west, south, east, north]\n * @param {string|number} [id] Identifier\n * @returns {Feature<GeometryCollection>} a GeoJSON GeometryCollection Feature\n * @example\n * var pt = {\n *     \"type\": \"Point\",\n *       \"coordinates\": [100, 0]\n *     };\n * var line = {\n *     \"type\": \"LineString\",\n *     \"coordinates\": [ [101, 0], [102, 1] ]\n *   };\n * var collection = turf.geometryCollection([pt, line]);\n *\n * //=collection\n */\nfunction geometryCollection(geometries, properties, bbox, id) {\n    if (!geometries) throw new Error('geometries is required');\n    if (!Array.isArray(geometries)) throw new Error('geometries must be an Array');\n\n    return feature({\n        type: 'GeometryCollection',\n        geometries: geometries\n    }, properties, bbox, id);\n}\n\n// https://en.wikipedia.org/wiki/Great-circle_distance#Radius_for_spherical_Earth\nvar factors = {\n    miles: 3960,\n    nauticalmiles: 3441.145,\n    degrees: 57.2957795,\n    radians: 1,\n    inches: 250905600,\n    yards: 6969600,\n    meters: 6373000,\n    metres: 6373000,\n    centimeters: 6.373e+8,\n    centimetres: 6.373e+8,\n    kilometers: 6373,\n    kilometres: 6373,\n    feet: 20908792.65\n};\n\nvar areaFactors = {\n    kilometers: 0.000001,\n    kilometres: 0.000001,\n    meters: 1,\n    metres: 1,\n    centimetres: 10000,\n    millimeter: 1000000,\n    acres: 0.000247105,\n    miles: 3.86e-7,\n    yards: 1.195990046,\n    feet: 10.763910417,\n    inches: 1550.003100006\n};\n/**\n * Round number to precision\n *\n * @param {number} num Number\n * @param {number} [precision=0] Precision\n * @returns {number} rounded number\n * @example\n * turf.round(120.4321)\n * //=120\n *\n * turf.round(120.4321, 2)\n * //=120.43\n */\nfunction round(num, precision) {\n    if (num === undefined || num === null || isNaN(num)) throw new Error('num is required');\n    if (precision && !(precision >= 0)) throw new Error('precision must be a positive number');\n    var multiplier = Math.pow(10, precision || 0);\n    return Math.round(num * multiplier) / multiplier;\n}\n\n/**\n * Convert a distance measurement (assuming a spherical Earth) from radians to a more friendly unit.\n * Valid units: miles, nauticalmiles, inches, yards, meters, metres, kilometers, centimeters, feet\n *\n * @name radiansToDistance\n * @param {number} radians in radians across the sphere\n * @param {string} [units=kilometers] can be degrees, radians, miles, or kilometers inches, yards, metres, meters, kilometres, kilometers.\n * @returns {number} distance\n */\nfunction radiansToDistance(radians, units) {\n    if (radians === undefined || radians === null) throw new Error('radians is required');\n\n    var factor = factors[units || 'kilometers'];\n    if (!factor) throw new Error('units is invalid');\n    return radians * factor;\n}\n\n/**\n * Convert a distance measurement (assuming a spherical Earth) from a real-world unit into radians\n * Valid units: miles, nauticalmiles, inches, yards, meters, metres, kilometers, centimeters, feet\n *\n * @name distanceToRadians\n * @param {number} distance in real units\n * @param {string} [units=kilometers] can be degrees, radians, miles, or kilometers inches, yards, metres, meters, kilometres, kilometers.\n * @returns {number} radians\n */\nfunction distanceToRadians(distance, units) {\n    if (distance === undefined || distance === null) throw new Error('distance is required');\n\n    var factor = factors[units || 'kilometers'];\n    if (!factor) throw new Error('units is invalid');\n    return distance / factor;\n}\n\n/**\n * Convert a distance measurement (assuming a spherical Earth) from a real-world unit into degrees\n * Valid units: miles, nauticalmiles, inches, yards, meters, metres, centimeters, kilometres, feet\n *\n * @name distanceToDegrees\n * @param {number} distance in real units\n * @param {string} [units=kilometers] can be degrees, radians, miles, or kilometers inches, yards, metres, meters, kilometres, kilometers.\n * @returns {number} degrees\n */\nfunction distanceToDegrees(distance, units) {\n    return radians2degrees(distanceToRadians(distance, units));\n}\n\n/**\n * Converts any bearing angle from the north line direction (positive clockwise)\n * and returns an angle between 0-360 degrees (positive clockwise), 0 being the north line\n *\n * @name bearingToAngle\n * @param {number} bearing angle, between -180 and +180 degrees\n * @returns {number} angle between 0 and 360 degrees\n */\nfunction bearingToAngle(bearing) {\n    if (bearing === null || bearing === undefined) throw new Error('bearing is required');\n\n    var angle = bearing % 360;\n    if (angle < 0) angle += 360;\n    return angle;\n}\n\n/**\n * Converts an angle in radians to degrees\n *\n * @name radians2degrees\n * @param {number} radians angle in radians\n * @returns {number} degrees between 0 and 360 degrees\n */\nfunction radians2degrees(radians) {\n    if (radians === null || radians === undefined) throw new Error('radians is required');\n\n    var degrees = radians % (2 * Math.PI);\n    return degrees * 180 / Math.PI;\n}\n\n/**\n * Converts an angle in degrees to radians\n *\n * @name degrees2radians\n * @param {number} degrees angle between 0 and 360 degrees\n * @returns {number} angle in radians\n */\nfunction degrees2radians(degrees) {\n    if (degrees === null || degrees === undefined) throw new Error('degrees is required');\n\n    var radians = degrees % 360;\n    return radians * Math.PI / 180;\n}\n\n\n/**\n * Converts a distance to the requested unit.\n * Valid units: miles, nauticalmiles, inches, yards, meters, metres, kilometers, centimeters, feet\n *\n * @param {number} distance to be converted\n * @param {string} originalUnit of the distance\n * @param {string} [finalUnit=kilometers] returned unit\n * @returns {number} the converted distance\n */\nfunction convertDistance(distance, originalUnit, finalUnit) {\n    if (distance === null || distance === undefined) throw new Error('distance is required');\n    if (!(distance >= 0)) throw new Error('distance must be a positive number');\n\n    var convertedDistance = radiansToDistance(distanceToRadians(distance, originalUnit), finalUnit || 'kilometers');\n    return convertedDistance;\n}\n\n/**\n * Converts a area to the requested unit.\n * Valid units: kilometers, kilometres, meters, metres, centimetres, millimeter, acre, mile, yard, foot, inch\n * @param {number} area to be converted\n * @param {string} [originalUnit=meters] of the distance\n * @param {string} [finalUnit=kilometers] returned unit\n * @returns {number} the converted distance\n */\nfunction convertArea(area, originalUnit, finalUnit) {\n    if (area === null || area === undefined) throw new Error('area is required');\n    if (!(area >= 0)) throw new Error('area must be a positive number');\n\n    var startFactor = areaFactors[originalUnit || 'meters'];\n    if (!startFactor) throw new Error('invalid original units');\n\n    var finalFactor = areaFactors[finalUnit || 'kilometers'];\n    if (!finalFactor) throw new Error('invalid final units');\n\n    return (area / startFactor) * finalFactor;\n}\n\n/**\n * isNumber\n *\n * @param {*} num Number to validate\n * @returns {boolean} true/false\n * @example\n * turf.isNumber(123)\n * //=true\n * turf.isNumber('foo')\n * //=false\n */\nfunction isNumber(num) {\n    return !isNaN(num) && num !== null && !Array.isArray(num);\n}\n\nmodule.exports = {\n    feature: feature,\n    geometry: geometry,\n    featureCollection: featureCollection,\n    geometryCollection: geometryCollection,\n    point: point,\n    multiPoint: multiPoint,\n    lineString: lineString,\n    multiLineString: multiLineString,\n    polygon: polygon,\n    multiPolygon: multiPolygon,\n    radiansToDistance: radiansToDistance,\n    distanceToRadians: distanceToRadians,\n    distanceToDegrees: distanceToDegrees,\n    radians2degrees: radians2degrees,\n    degrees2radians: degrees2radians,\n    bearingToAngle: bearingToAngle,\n    convertDistance: convertDistance,\n    convertArea: convertArea,\n    round: round,\n    isNumber: isNumber\n};\n","var meta = require('@turf/meta');\nvar helpers = require('@turf/helpers');\nvar getCoords = require('@turf/invariant').getCoords;\nvar intersection = require('./intersection');\nvar flattenEach = meta.flattenEach;\nvar lineString = helpers.lineString;\nvar multiLineString = helpers.multiLineString;\nvar distanceToDegrees = helpers.distanceToDegrees;\n\n/**\n * Takes a {@link LineString|line} and returns a {@link LineString|line} at offset by the specified distance.\n *\n * @name lineOffset\n * @param {Geometry|Feature<LineString|MultiLineString>} geojson input GeoJSON\n * @param {number} distance distance to offset the line (can be of negative value)\n * @param {string} [units=kilometers] can be degrees, radians, miles, kilometers, inches, yards, meters\n * @returns {Feature<LineString|MultiLineString>} Line offset from the input line\n * @example\n * var line = turf.lineString([[-83, 30], [-84, 36], [-78, 41]], { \"stroke\": \"#F00\" });\n *\n * var offsetLine = turf.lineOffset(line, 2, \"miles\");\n *\n * //addToMap\n * var addToMap = [offsetLine, line]\n * offsetLine.properties.stroke = \"#00F\"\n */\nmodule.exports = function (geojson, distance, units) {\n    if (!geojson) throw new Error('geojson is required');\n    if (distance === undefined || distance === null || isNaN(distance)) throw new Error('distance is required');\n    var type = (geojson.type === 'Feature') ? geojson.geometry.type : geojson.type;\n    var properties = geojson.properties;\n\n    switch (type) {\n    case 'LineString':\n        return lineOffset(geojson, distance, units);\n    case 'MultiLineString':\n        var coords = [];\n        flattenEach(geojson, function (feature) {\n            coords.push(lineOffset(feature, distance, units).geometry.coordinates);\n        });\n        return multiLineString(coords, properties);\n    default:\n        throw new Error('geometry ' + type + ' is not supported');\n    }\n};\n\n/**\n * Line Offset\n *\n * @private\n * @param {Geometry|Feature<LineString>} line input line\n * @param {number} distance distance to offset the line (can be of negative value)\n * @param {string} [units=kilometers] units\n * @returns {Feature<LineString>} Line offset from the input line\n */\nfunction lineOffset(line, distance, units) {\n    var segments = [];\n    var offsetDegrees = distanceToDegrees(distance, units);\n    var coords = getCoords(line);\n    var finalCoords = [];\n    coords.forEach(function (currentCoords, index) {\n        if (index !== coords.length - 1) {\n            var segment = processSegment(currentCoords, coords[index + 1], offsetDegrees);\n            segments.push(segment);\n            if (index > 0) {\n                var seg2Coords = segments[index - 1];\n                var intersects = intersection(segment, seg2Coords);\n\n                // Handling for line segments that aren't straight\n                if (intersects !== false) {\n                    seg2Coords[1] = intersects;\n                    segment[0] = intersects;\n                }\n\n                finalCoords.push(seg2Coords[0]);\n                if (index === coords.length - 2) {\n                    finalCoords.push(segment[0]);\n                    finalCoords.push(segment[1]);\n                }\n            }\n            // Handling for lines that only have 1 segment\n            if (coords.length === 2) {\n                finalCoords.push(segment[0]);\n                finalCoords.push(segment[1]);\n            }\n        }\n    });\n    return lineString(finalCoords, line.properties);\n}\n\n/**\n * Process Segment\n * Inspiration taken from http://stackoverflow.com/questions/2825412/draw-a-parallel-line\n *\n * @private\n * @param {Array<number>} point1 Point coordinates\n * @param {Array<number>} point2 Point coordinates\n * @param {number} offset Offset\n * @returns {Array<Array<number>>} offset points\n */\nfunction processSegment(point1, point2, offset) {\n    var L = Math.sqrt((point1[0] - point2[0]) * (point1[0] - point2[0]) + (point1[1] - point2[1]) * (point1[1] - point2[1]));\n\n    var out1x = point1[0] + offset * (point2[1] - point1[1]) / L;\n    var out2x = point2[0] + offset * (point2[1] - point1[1]) / L;\n    var out1y = point1[1] + offset * (point1[0] - point2[0]) / L;\n    var out2y = point2[1] + offset * (point1[0] - point2[0]) / L;\n    return [[out1x, out1y], [out2x, out2y]];\n}\n","/*!\n * Fuse.js v3.3.0 - Lightweight fuzzy-search (http://fusejs.io)\n * \n * Copyright (c) 2012-2017 Kirollos Risk (http://kiro.me)\n * All Rights Reserved. Apache Software License 2.0\n * \n * http://www.apache.org/licenses/LICENSE-2.0\n */\n(function webpackUniversalModuleDefinition(root, factory) {\n\tif(typeof exports === 'object' && typeof module === 'object')\n\t\tmodule.exports = factory();\n\telse if(typeof define === 'function' && define.amd)\n\t\tdefine(\"Fuse\", [], factory);\n\telse if(typeof exports === 'object')\n\t\texports[\"Fuse\"] = factory();\n\telse\n\t\troot[\"Fuse\"] = factory();\n})(this, function() {\nreturn /******/ (function(modules) { // webpackBootstrap\n/******/ \t// The module cache\n/******/ \tvar installedModules = {};\n/******/\n/******/ \t// The require function\n/******/ \tfunction __webpack_require__(moduleId) {\n/******/\n/******/ \t\t// Check if module is in cache\n/******/ \t\tif(installedModules[moduleId]) {\n/******/ \t\t\treturn installedModules[moduleId].exports;\n/******/ \t\t}\n/******/ \t\t// Create a new module (and put it into the cache)\n/******/ \t\tvar module = installedModules[moduleId] = {\n/******/ \t\t\ti: moduleId,\n/******/ \t\t\tl: false,\n/******/ \t\t\texports: {}\n/******/ \t\t};\n/******/\n/******/ \t\t// Execute the module function\n/******/ \t\tmodules[moduleId].call(module.exports, module, module.exports, __webpack_require__);\n/******/\n/******/ \t\t// Flag the module as loaded\n/******/ \t\tmodule.l = true;\n/******/\n/******/ \t\t// Return the exports of the module\n/******/ \t\treturn module.exports;\n/******/ \t}\n/******/\n/******/\n/******/ \t// expose the modules object (__webpack_modules__)\n/******/ \t__webpack_require__.m = modules;\n/******/\n/******/ \t// expose the module cache\n/******/ \t__webpack_require__.c = installedModules;\n/******/\n/******/ \t// identity function for calling harmony imports with the correct context\n/******/ \t__webpack_require__.i = function(value) { return value; };\n/******/\n/******/ \t// define getter function for harmony exports\n/******/ \t__webpack_require__.d = function(exports, name, getter) {\n/******/ \t\tif(!__webpack_require__.o(exports, name)) {\n/******/ \t\t\tObject.defineProperty(exports, name, {\n/******/ \t\t\t\tconfigurable: false,\n/******/ \t\t\t\tenumerable: true,\n/******/ \t\t\t\tget: getter\n/******/ \t\t\t});\n/******/ \t\t}\n/******/ \t};\n/******/\n/******/ \t// getDefaultExport function for compatibility with non-harmony modules\n/******/ \t__webpack_require__.n = function(module) {\n/******/ \t\tvar getter = module && module.__esModule ?\n/******/ \t\t\tfunction getDefault() { return module['default']; } :\n/******/ \t\t\tfunction getModuleExports() { return module; };\n/******/ \t\t__webpack_require__.d(getter, 'a', getter);\n/******/ \t\treturn getter;\n/******/ \t};\n/******/\n/******/ \t// Object.prototype.hasOwnProperty.call\n/******/ \t__webpack_require__.o = function(object, property) { return Object.prototype.hasOwnProperty.call(object, property); };\n/******/\n/******/ \t// __webpack_public_path__\n/******/ \t__webpack_require__.p = \"\";\n/******/\n/******/ \t// Load entry module and return exports\n/******/ \treturn __webpack_require__(__webpack_require__.s = 8);\n/******/ })\n/************************************************************************/\n/******/ ([\n/* 0 */\n/***/ (function(module, exports, __webpack_require__) {\n\n\"use strict\";\n\n\nmodule.exports = function (obj) {\n  return !Array.isArray ? Object.prototype.toString.call(obj) === '[object Array]' : Array.isArray(obj);\n};\n\n/***/ }),\n/* 1 */\n/***/ (function(module, exports, __webpack_require__) {\n\n\"use strict\";\n\n\nvar _createClass = function () { function defineProperties(target, props) { for (var i = 0; i < props.length; i++) { var descriptor = props[i]; descriptor.enumerable = descriptor.enumerable || false; descriptor.configurable = true; if (\"value\" in descriptor) descriptor.writable = true; Object.defineProperty(target, descriptor.key, descriptor); } } return function (Constructor, protoProps, staticProps) { if (protoProps) defineProperties(Constructor.prototype, protoProps); if (staticProps) defineProperties(Constructor, staticProps); return Constructor; }; }();\n\nfunction _classCallCheck(instance, Constructor) { if (!(instance instanceof Constructor)) { throw new TypeError(\"Cannot call a class as a function\"); } }\n\nvar bitapRegexSearch = __webpack_require__(5);\nvar bitapSearch = __webpack_require__(7);\nvar patternAlphabet = __webpack_require__(4);\n\nvar Bitap = function () {\n  function Bitap(pattern, _ref) {\n    var _ref$location = _ref.location,\n        location = _ref$location === undefined ? 0 : _ref$location,\n        _ref$distance = _ref.distance,\n        distance = _ref$distance === undefined ? 100 : _ref$distance,\n        _ref$threshold = _ref.threshold,\n        threshold = _ref$threshold === undefined ? 0.6 : _ref$threshold,\n        _ref$maxPatternLength = _ref.maxPatternLength,\n        maxPatternLength = _ref$maxPatternLength === undefined ? 32 : _ref$maxPatternLength,\n        _ref$isCaseSensitive = _ref.isCaseSensitive,\n        isCaseSensitive = _ref$isCaseSensitive === undefined ? false : _ref$isCaseSensitive,\n        _ref$tokenSeparator = _ref.tokenSeparator,\n        tokenSeparator = _ref$tokenSeparator === undefined ? / +/g : _ref$tokenSeparator,\n        _ref$findAllMatches = _ref.findAllMatches,\n        findAllMatches = _ref$findAllMatches === undefined ? false : _ref$findAllMatches,\n        _ref$minMatchCharLeng = _ref.minMatchCharLength,\n        minMatchCharLength = _ref$minMatchCharLeng === undefined ? 1 : _ref$minMatchCharLeng;\n\n    _classCallCheck(this, Bitap);\n\n    this.options = {\n      location: location,\n      distance: distance,\n      threshold: threshold,\n      maxPatternLength: maxPatternLength,\n      isCaseSensitive: isCaseSensitive,\n      tokenSeparator: tokenSeparator,\n      findAllMatches: findAllMatches,\n      minMatchCharLength: minMatchCharLength\n    };\n\n    this.pattern = this.options.isCaseSensitive ? pattern : pattern.toLowerCase();\n\n    if (this.pattern.length <= maxPatternLength) {\n      this.patternAlphabet = patternAlphabet(this.pattern);\n    }\n  }\n\n  _createClass(Bitap, [{\n    key: 'search',\n    value: function search(text) {\n      if (!this.options.isCaseSensitive) {\n        text = text.toLowerCase();\n      }\n\n      // Exact match\n      if (this.pattern === text) {\n        return {\n          isMatch: true,\n          score: 0,\n          matchedIndices: [[0, text.length - 1]]\n        };\n      }\n\n      // When pattern length is greater than the machine word length, just do a a regex comparison\n      var _options = this.options,\n          maxPatternLength = _options.maxPatternLength,\n          tokenSeparator = _options.tokenSeparator;\n\n      if (this.pattern.length > maxPatternLength) {\n        return bitapRegexSearch(text, this.pattern, tokenSeparator);\n      }\n\n      // Otherwise, use Bitap algorithm\n      var _options2 = this.options,\n          location = _options2.location,\n          distance = _options2.distance,\n          threshold = _options2.threshold,\n          findAllMatches = _options2.findAllMatches,\n          minMatchCharLength = _options2.minMatchCharLength;\n\n      return bitapSearch(text, this.pattern, this.patternAlphabet, {\n        location: location,\n        distance: distance,\n        threshold: threshold,\n        findAllMatches: findAllMatches,\n        minMatchCharLength: minMatchCharLength\n      });\n    }\n  }]);\n\n  return Bitap;\n}();\n\n// let x = new Bitap(\"od mn war\", {})\n// let result = x.search(\"Old Man's War\")\n// console.log(result)\n\nmodule.exports = Bitap;\n\n/***/ }),\n/* 2 */\n/***/ (function(module, exports, __webpack_require__) {\n\n\"use strict\";\n\n\nvar isArray = __webpack_require__(0);\n\nvar deepValue = function deepValue(obj, path, list) {\n  if (!path) {\n    // If there's no path left, we've gotten to the object we care about.\n    list.push(obj);\n  } else {\n    var dotIndex = path.indexOf('.');\n    var firstSegment = path;\n    var remaining = null;\n\n    if (dotIndex !== -1) {\n      firstSegment = path.slice(0, dotIndex);\n      remaining = path.slice(dotIndex + 1);\n    }\n\n    var value = obj[firstSegment];\n\n    if (value !== null && value !== undefined) {\n      if (!remaining && (typeof value === 'string' || typeof value === 'number')) {\n        list.push(value.toString());\n      } else if (isArray(value)) {\n        // Search each item in the array.\n        for (var i = 0, len = value.length; i < len; i += 1) {\n          deepValue(value[i], remaining, list);\n        }\n      } else if (remaining) {\n        // An object. Recurse further.\n        deepValue(value, remaining, list);\n      }\n    }\n  }\n\n  return list;\n};\n\nmodule.exports = function (obj, path) {\n  return deepValue(obj, path, []);\n};\n\n/***/ }),\n/* 3 */\n/***/ (function(module, exports, __webpack_require__) {\n\n\"use strict\";\n\n\nmodule.exports = function () {\n  var matchmask = arguments.length > 0 && arguments[0] !== undefined ? arguments[0] : [];\n  var minMatchCharLength = arguments.length > 1 && arguments[1] !== undefined ? arguments[1] : 1;\n\n  var matchedIndices = [];\n  var start = -1;\n  var end = -1;\n  var i = 0;\n\n  for (var len = matchmask.length; i < len; i += 1) {\n    var match = matchmask[i];\n    if (match && start === -1) {\n      start = i;\n    } else if (!match && start !== -1) {\n      end = i - 1;\n      if (end - start + 1 >= minMatchCharLength) {\n        matchedIndices.push([start, end]);\n      }\n      start = -1;\n    }\n  }\n\n  // (i-1 - start) + 1 => i - start\n  if (matchmask[i - 1] && i - start >= minMatchCharLength) {\n    matchedIndices.push([start, i - 1]);\n  }\n\n  return matchedIndices;\n};\n\n/***/ }),\n/* 4 */\n/***/ (function(module, exports, __webpack_require__) {\n\n\"use strict\";\n\n\nmodule.exports = function (pattern) {\n  var mask = {};\n  var len = pattern.length;\n\n  for (var i = 0; i < len; i += 1) {\n    mask[pattern.charAt(i)] = 0;\n  }\n\n  for (var _i = 0; _i < len; _i += 1) {\n    mask[pattern.charAt(_i)] |= 1 << len - _i - 1;\n  }\n\n  return mask;\n};\n\n/***/ }),\n/* 5 */\n/***/ (function(module, exports, __webpack_require__) {\n\n\"use strict\";\n\n\nvar SPECIAL_CHARS_REGEX = /[\\-\\[\\]\\/\\{\\}\\(\\)\\*\\+\\?\\.\\\\\\^\\$\\|]/g;\n\nmodule.exports = function (text, pattern) {\n  var tokenSeparator = arguments.length > 2 && arguments[2] !== undefined ? arguments[2] : / +/g;\n\n  var regex = new RegExp(pattern.replace(SPECIAL_CHARS_REGEX, '\\\\$&').replace(tokenSeparator, '|'));\n  var matches = text.match(regex);\n  var isMatch = !!matches;\n  var matchedIndices = [];\n\n  if (isMatch) {\n    for (var i = 0, matchesLen = matches.length; i < matchesLen; i += 1) {\n      var match = matches[i];\n      matchedIndices.push([text.indexOf(match), match.length - 1]);\n    }\n  }\n\n  return {\n    // TODO: revisit this score\n    score: isMatch ? 0.5 : 1,\n    isMatch: isMatch,\n    matchedIndices: matchedIndices\n  };\n};\n\n/***/ }),\n/* 6 */\n/***/ (function(module, exports, __webpack_require__) {\n\n\"use strict\";\n\n\nmodule.exports = function (pattern, _ref) {\n  var _ref$errors = _ref.errors,\n      errors = _ref$errors === undefined ? 0 : _ref$errors,\n      _ref$currentLocation = _ref.currentLocation,\n      currentLocation = _ref$currentLocation === undefined ? 0 : _ref$currentLocation,\n      _ref$expectedLocation = _ref.expectedLocation,\n      expectedLocation = _ref$expectedLocation === undefined ? 0 : _ref$expectedLocation,\n      _ref$distance = _ref.distance,\n      distance = _ref$distance === undefined ? 100 : _ref$distance;\n\n  var accuracy = errors / pattern.length;\n  var proximity = Math.abs(expectedLocation - currentLocation);\n\n  if (!distance) {\n    // Dodge divide by zero error.\n    return proximity ? 1.0 : accuracy;\n  }\n\n  return accuracy + proximity / distance;\n};\n\n/***/ }),\n/* 7 */\n/***/ (function(module, exports, __webpack_require__) {\n\n\"use strict\";\n\n\nvar bitapScore = __webpack_require__(6);\nvar matchedIndices = __webpack_require__(3);\n\nmodule.exports = function (text, pattern, patternAlphabet, _ref) {\n  var _ref$location = _ref.location,\n      location = _ref$location === undefined ? 0 : _ref$location,\n      _ref$distance = _ref.distance,\n      distance = _ref$distance === undefined ? 100 : _ref$distance,\n      _ref$threshold = _ref.threshold,\n      threshold = _ref$threshold === undefined ? 0.6 : _ref$threshold,\n      _ref$findAllMatches = _ref.findAllMatches,\n      findAllMatches = _ref$findAllMatches === undefined ? false : _ref$findAllMatches,\n      _ref$minMatchCharLeng = _ref.minMatchCharLength,\n      minMatchCharLength = _ref$minMatchCharLeng === undefined ? 1 : _ref$minMatchCharLeng;\n\n  var expectedLocation = location;\n  // Set starting location at beginning text and initialize the alphabet.\n  var textLen = text.length;\n  // Highest score beyond which we give up.\n  var currentThreshold = threshold;\n  // Is there a nearby exact match? (speedup)\n  var bestLocation = text.indexOf(pattern, expectedLocation);\n\n  var patternLen = pattern.length;\n\n  // a mask of the matches\n  var matchMask = [];\n  for (var i = 0; i < textLen; i += 1) {\n    matchMask[i] = 0;\n  }\n\n  if (bestLocation !== -1) {\n    var score = bitapScore(pattern, {\n      errors: 0,\n      currentLocation: bestLocation,\n      expectedLocation: expectedLocation,\n      distance: distance\n    });\n    currentThreshold = Math.min(score, currentThreshold);\n\n    // What about in the other direction? (speed up)\n    bestLocation = text.lastIndexOf(pattern, expectedLocation + patternLen);\n\n    if (bestLocation !== -1) {\n      var _score = bitapScore(pattern, {\n        errors: 0,\n        currentLocation: bestLocation,\n        expectedLocation: expectedLocation,\n        distance: distance\n      });\n      currentThreshold = Math.min(_score, currentThreshold);\n    }\n  }\n\n  // Reset the best location\n  bestLocation = -1;\n\n  var lastBitArr = [];\n  var finalScore = 1;\n  var binMax = patternLen + textLen;\n\n  var mask = 1 << patternLen - 1;\n\n  for (var _i = 0; _i < patternLen; _i += 1) {\n    // Scan for the best match; each iteration allows for one more error.\n    // Run a binary search to determine how far from the match location we can stray\n    // at this error level.\n    var binMin = 0;\n    var binMid = binMax;\n\n    while (binMin < binMid) {\n      var _score3 = bitapScore(pattern, {\n        errors: _i,\n        currentLocation: expectedLocation + binMid,\n        expectedLocation: expectedLocation,\n        distance: distance\n      });\n\n      if (_score3 <= currentThreshold) {\n        binMin = binMid;\n      } else {\n        binMax = binMid;\n      }\n\n      binMid = Math.floor((binMax - binMin) / 2 + binMin);\n    }\n\n    // Use the result from this iteration as the maximum for the next.\n    binMax = binMid;\n\n    var start = Math.max(1, expectedLocation - binMid + 1);\n    var finish = findAllMatches ? textLen : Math.min(expectedLocation + binMid, textLen) + patternLen;\n\n    // Initialize the bit array\n    var bitArr = Array(finish + 2);\n\n    bitArr[finish + 1] = (1 << _i) - 1;\n\n    for (var j = finish; j >= start; j -= 1) {\n      var currentLocation = j - 1;\n      var charMatch = patternAlphabet[text.charAt(currentLocation)];\n\n      if (charMatch) {\n        matchMask[currentLocation] = 1;\n      }\n\n      // First pass: exact match\n      bitArr[j] = (bitArr[j + 1] << 1 | 1) & charMatch;\n\n      // Subsequent passes: fuzzy match\n      if (_i !== 0) {\n        bitArr[j] |= (lastBitArr[j + 1] | lastBitArr[j]) << 1 | 1 | lastBitArr[j + 1];\n      }\n\n      if (bitArr[j] & mask) {\n        finalScore = bitapScore(pattern, {\n          errors: _i,\n          currentLocation: currentLocation,\n          expectedLocation: expectedLocation,\n          distance: distance\n        });\n\n        // This match will almost certainly be better than any existing match.\n        // But check anyway.\n        if (finalScore <= currentThreshold) {\n          // Indeed it is\n          currentThreshold = finalScore;\n          bestLocation = currentLocation;\n\n          // Already passed `loc`, downhill from here on in.\n          if (bestLocation <= expectedLocation) {\n            break;\n          }\n\n          // When passing `bestLocation`, don't exceed our current distance from `expectedLocation`.\n          start = Math.max(1, 2 * expectedLocation - bestLocation);\n        }\n      }\n    }\n\n    // No hope for a (better) match at greater error levels.\n    var _score2 = bitapScore(pattern, {\n      errors: _i + 1,\n      currentLocation: expectedLocation,\n      expectedLocation: expectedLocation,\n      distance: distance\n    });\n\n    // console.log('score', score, finalScore)\n\n    if (_score2 > currentThreshold) {\n      break;\n    }\n\n    lastBitArr = bitArr;\n  }\n\n  // console.log('FINAL SCORE', finalScore)\n\n  // Count exact matches (those with a score of 0) to be \"almost\" exact\n  return {\n    isMatch: bestLocation >= 0,\n    score: finalScore === 0 ? 0.001 : finalScore,\n    matchedIndices: matchedIndices(matchMask, minMatchCharLength)\n  };\n};\n\n/***/ }),\n/* 8 */\n/***/ (function(module, exports, __webpack_require__) {\n\n\"use strict\";\n\n\nvar _createClass = function () { function defineProperties(target, props) { for (var i = 0; i < props.length; i++) { var descriptor = props[i]; descriptor.enumerable = descriptor.enumerable || false; descriptor.configurable = true; if (\"value\" in descriptor) descriptor.writable = true; Object.defineProperty(target, descriptor.key, descriptor); } } return function (Constructor, protoProps, staticProps) { if (protoProps) defineProperties(Constructor.prototype, protoProps); if (staticProps) defineProperties(Constructor, staticProps); return Constructor; }; }();\n\nfunction _classCallCheck(instance, Constructor) { if (!(instance instanceof Constructor)) { throw new TypeError(\"Cannot call a class as a function\"); } }\n\nvar Bitap = __webpack_require__(1);\nvar deepValue = __webpack_require__(2);\nvar isArray = __webpack_require__(0);\n\nvar Fuse = function () {\n  function Fuse(list, _ref) {\n    var _ref$location = _ref.location,\n        location = _ref$location === undefined ? 0 : _ref$location,\n        _ref$distance = _ref.distance,\n        distance = _ref$distance === undefined ? 100 : _ref$distance,\n        _ref$threshold = _ref.threshold,\n        threshold = _ref$threshold === undefined ? 0.6 : _ref$threshold,\n        _ref$maxPatternLength = _ref.maxPatternLength,\n        maxPatternLength = _ref$maxPatternLength === undefined ? 32 : _ref$maxPatternLength,\n        _ref$caseSensitive = _ref.caseSensitive,\n        caseSensitive = _ref$caseSensitive === undefined ? false : _ref$caseSensitive,\n        _ref$tokenSeparator = _ref.tokenSeparator,\n        tokenSeparator = _ref$tokenSeparator === undefined ? / +/g : _ref$tokenSeparator,\n        _ref$findAllMatches = _ref.findAllMatches,\n        findAllMatches = _ref$findAllMatches === undefined ? false : _ref$findAllMatches,\n        _ref$minMatchCharLeng = _ref.minMatchCharLength,\n        minMatchCharLength = _ref$minMatchCharLeng === undefined ? 1 : _ref$minMatchCharLeng,\n        _ref$id = _ref.id,\n        id = _ref$id === undefined ? null : _ref$id,\n        _ref$keys = _ref.keys,\n        keys = _ref$keys === undefined ? [] : _ref$keys,\n        _ref$shouldSort = _ref.shouldSort,\n        shouldSort = _ref$shouldSort === undefined ? true : _ref$shouldSort,\n        _ref$getFn = _ref.getFn,\n        getFn = _ref$getFn === undefined ? deepValue : _ref$getFn,\n        _ref$sortFn = _ref.sortFn,\n        sortFn = _ref$sortFn === undefined ? function (a, b) {\n      return a.score - b.score;\n    } : _ref$sortFn,\n        _ref$tokenize = _ref.tokenize,\n        tokenize = _ref$tokenize === undefined ? false : _ref$tokenize,\n        _ref$matchAllTokens = _ref.matchAllTokens,\n        matchAllTokens = _ref$matchAllTokens === undefined ? false : _ref$matchAllTokens,\n        _ref$includeMatches = _ref.includeMatches,\n        includeMatches = _ref$includeMatches === undefined ? false : _ref$includeMatches,\n        _ref$includeScore = _ref.includeScore,\n        includeScore = _ref$includeScore === undefined ? false : _ref$includeScore,\n        _ref$verbose = _ref.verbose,\n        verbose = _ref$verbose === undefined ? false : _ref$verbose;\n\n    _classCallCheck(this, Fuse);\n\n    this.options = {\n      location: location,\n      distance: distance,\n      threshold: threshold,\n      maxPatternLength: maxPatternLength,\n      isCaseSensitive: caseSensitive,\n      tokenSeparator: tokenSeparator,\n      findAllMatches: findAllMatches,\n      minMatchCharLength: minMatchCharLength,\n      id: id,\n      keys: keys,\n      includeMatches: includeMatches,\n      includeScore: includeScore,\n      shouldSort: shouldSort,\n      getFn: getFn,\n      sortFn: sortFn,\n      verbose: verbose,\n      tokenize: tokenize,\n      matchAllTokens: matchAllTokens\n    };\n\n    this.setCollection(list);\n  }\n\n  _createClass(Fuse, [{\n    key: 'setCollection',\n    value: function setCollection(list) {\n      this.list = list;\n      return list;\n    }\n  }, {\n    key: 'search',\n    value: function search(pattern) {\n      this._log('---------\\nSearch pattern: \"' + pattern + '\"');\n\n      var _prepareSearchers2 = this._prepareSearchers(pattern),\n          tokenSearchers = _prepareSearchers2.tokenSearchers,\n          fullSearcher = _prepareSearchers2.fullSearcher;\n\n      var _search2 = this._search(tokenSearchers, fullSearcher),\n          weights = _search2.weights,\n          results = _search2.results;\n\n      this._computeScore(weights, results);\n\n      if (this.options.shouldSort) {\n        this._sort(results);\n      }\n\n      return this._format(results);\n    }\n  }, {\n    key: '_prepareSearchers',\n    value: function _prepareSearchers() {\n      var pattern = arguments.length > 0 && arguments[0] !== undefined ? arguments[0] : '';\n\n      var tokenSearchers = [];\n\n      if (this.options.tokenize) {\n        // Tokenize on the separator\n        var tokens = pattern.split(this.options.tokenSeparator);\n        for (var i = 0, len = tokens.length; i < len; i += 1) {\n          tokenSearchers.push(new Bitap(tokens[i], this.options));\n        }\n      }\n\n      var fullSearcher = new Bitap(pattern, this.options);\n\n      return { tokenSearchers: tokenSearchers, fullSearcher: fullSearcher };\n    }\n  }, {\n    key: '_search',\n    value: function _search() {\n      var tokenSearchers = arguments.length > 0 && arguments[0] !== undefined ? arguments[0] : [];\n      var fullSearcher = arguments[1];\n\n      var list = this.list;\n      var resultMap = {};\n      var results = [];\n\n      // Check the first item in the list, if it's a string, then we assume\n      // that every item in the list is also a string, and thus it's a flattened array.\n      if (typeof list[0] === 'string') {\n        // Iterate over every item\n        for (var i = 0, len = list.length; i < len; i += 1) {\n          this._analyze({\n            key: '',\n            value: list[i],\n            record: i,\n            index: i\n          }, {\n            resultMap: resultMap,\n            results: results,\n            tokenSearchers: tokenSearchers,\n            fullSearcher: fullSearcher\n          });\n        }\n\n        return { weights: null, results: results };\n      }\n\n      // Otherwise, the first item is an Object (hopefully), and thus the searching\n      // is done on the values of the keys of each item.\n      var weights = {};\n      for (var _i = 0, _len = list.length; _i < _len; _i += 1) {\n        var item = list[_i];\n        // Iterate over every key\n        for (var j = 0, keysLen = this.options.keys.length; j < keysLen; j += 1) {\n          var key = this.options.keys[j];\n          if (typeof key !== 'string') {\n            weights[key.name] = {\n              weight: 1 - key.weight || 1\n            };\n            if (key.weight <= 0 || key.weight > 1) {\n              throw new Error('Key weight has to be > 0 and <= 1');\n            }\n            key = key.name;\n          } else {\n            weights[key] = {\n              weight: 1\n            };\n          }\n\n          this._analyze({\n            key: key,\n            value: this.options.getFn(item, key),\n            record: item,\n            index: _i\n          }, {\n            resultMap: resultMap,\n            results: results,\n            tokenSearchers: tokenSearchers,\n            fullSearcher: fullSearcher\n          });\n        }\n      }\n\n      return { weights: weights, results: results };\n    }\n  }, {\n    key: '_analyze',\n    value: function _analyze(_ref2, _ref3) {\n      var key = _ref2.key,\n          _ref2$arrayIndex = _ref2.arrayIndex,\n          arrayIndex = _ref2$arrayIndex === undefined ? -1 : _ref2$arrayIndex,\n          value = _ref2.value,\n          record = _ref2.record,\n          index = _ref2.index;\n      var _ref3$tokenSearchers = _ref3.tokenSearchers,\n          tokenSearchers = _ref3$tokenSearchers === undefined ? [] : _ref3$tokenSearchers,\n          _ref3$fullSearcher = _ref3.fullSearcher,\n          fullSearcher = _ref3$fullSearcher === undefined ? [] : _ref3$fullSearcher,\n          _ref3$resultMap = _ref3.resultMap,\n          resultMap = _ref3$resultMap === undefined ? {} : _ref3$resultMap,\n          _ref3$results = _ref3.results,\n          results = _ref3$results === undefined ? [] : _ref3$results;\n\n      // Check if the texvaluet can be searched\n      if (value === undefined || value === null) {\n        return;\n      }\n\n      var exists = false;\n      var averageScore = -1;\n      var numTextMatches = 0;\n\n      if (typeof value === 'string') {\n        this._log('\\nKey: ' + (key === '' ? '-' : key));\n\n        var mainSearchResult = fullSearcher.search(value);\n        this._log('Full text: \"' + value + '\", score: ' + mainSearchResult.score);\n\n        if (this.options.tokenize) {\n          var words = value.split(this.options.tokenSeparator);\n          var scores = [];\n\n          for (var i = 0; i < tokenSearchers.length; i += 1) {\n            var tokenSearcher = tokenSearchers[i];\n\n            this._log('\\nPattern: \"' + tokenSearcher.pattern + '\"');\n\n            // let tokenScores = []\n            var hasMatchInText = false;\n\n            for (var j = 0; j < words.length; j += 1) {\n              var word = words[j];\n              var tokenSearchResult = tokenSearcher.search(word);\n              var obj = {};\n              if (tokenSearchResult.isMatch) {\n                obj[word] = tokenSearchResult.score;\n                exists = true;\n                hasMatchInText = true;\n                scores.push(tokenSearchResult.score);\n              } else {\n                obj[word] = 1;\n                if (!this.options.matchAllTokens) {\n                  scores.push(1);\n                }\n              }\n              this._log('Token: \"' + word + '\", score: ' + obj[word]);\n              // tokenScores.push(obj)\n            }\n\n            if (hasMatchInText) {\n              numTextMatches += 1;\n            }\n          }\n\n          averageScore = scores[0];\n          var scoresLen = scores.length;\n          for (var _i2 = 1; _i2 < scoresLen; _i2 += 1) {\n            averageScore += scores[_i2];\n          }\n          averageScore = averageScore / scoresLen;\n\n          this._log('Token score average:', averageScore);\n        }\n\n        var finalScore = mainSearchResult.score;\n        if (averageScore > -1) {\n          finalScore = (finalScore + averageScore) / 2;\n        }\n\n        this._log('Score average:', finalScore);\n\n        var checkTextMatches = this.options.tokenize && this.options.matchAllTokens ? numTextMatches >= tokenSearchers.length : true;\n\n        this._log('\\nCheck Matches: ' + checkTextMatches);\n\n        // If a match is found, add the item to <rawResults>, including its score\n        if ((exists || mainSearchResult.isMatch) && checkTextMatches) {\n          // Check if the item already exists in our results\n          var existingResult = resultMap[index];\n          if (existingResult) {\n            // Use the lowest score\n            // existingResult.score, bitapResult.score\n            existingResult.output.push({\n              key: key,\n              arrayIndex: arrayIndex,\n              value: value,\n              score: finalScore,\n              matchedIndices: mainSearchResult.matchedIndices\n            });\n          } else {\n            // Add it to the raw result list\n            resultMap[index] = {\n              item: record,\n              output: [{\n                key: key,\n                arrayIndex: arrayIndex,\n                value: value,\n                score: finalScore,\n                matchedIndices: mainSearchResult.matchedIndices\n              }]\n            };\n\n            results.push(resultMap[index]);\n          }\n        }\n      } else if (isArray(value)) {\n        for (var _i3 = 0, len = value.length; _i3 < len; _i3 += 1) {\n          this._analyze({\n            key: key,\n            arrayIndex: _i3,\n            value: value[_i3],\n            record: record,\n            index: index\n          }, {\n            resultMap: resultMap,\n            results: results,\n            tokenSearchers: tokenSearchers,\n            fullSearcher: fullSearcher\n          });\n        }\n      }\n    }\n  }, {\n    key: '_computeScore',\n    value: function _computeScore(weights, results) {\n      this._log('\\n\\nComputing score:\\n');\n\n      for (var i = 0, len = results.length; i < len; i += 1) {\n        var output = results[i].output;\n        var scoreLen = output.length;\n\n        var currScore = 1;\n        var bestScore = 1;\n\n        for (var j = 0; j < scoreLen; j += 1) {\n          var weight = weights ? weights[output[j].key].weight : 1;\n          var score = weight === 1 ? output[j].score : output[j].score || 0.001;\n          var nScore = score * weight;\n\n          if (weight !== 1) {\n            bestScore = Math.min(bestScore, nScore);\n          } else {\n            output[j].nScore = nScore;\n            currScore *= nScore;\n          }\n        }\n\n        results[i].score = bestScore === 1 ? currScore : bestScore;\n\n        this._log(results[i]);\n      }\n    }\n  }, {\n    key: '_sort',\n    value: function _sort(results) {\n      this._log('\\n\\nSorting....');\n      results.sort(this.options.sortFn);\n    }\n  }, {\n    key: '_format',\n    value: function _format(results) {\n      var finalOutput = [];\n\n      if (this.options.verbose) {\n        this._log('\\n\\nOutput:\\n\\n', JSON.stringify(results));\n      }\n\n      var transformers = [];\n\n      if (this.options.includeMatches) {\n        transformers.push(function (result, data) {\n          var output = result.output;\n          data.matches = [];\n\n          for (var i = 0, len = output.length; i < len; i += 1) {\n            var item = output[i];\n\n            if (item.matchedIndices.length === 0) {\n              continue;\n            }\n\n            var obj = {\n              indices: item.matchedIndices,\n              value: item.value\n            };\n            if (item.key) {\n              obj.key = item.key;\n            }\n            if (item.hasOwnProperty('arrayIndex') && item.arrayIndex > -1) {\n              obj.arrayIndex = item.arrayIndex;\n            }\n            data.matches.push(obj);\n          }\n        });\n      }\n\n      if (this.options.includeScore) {\n        transformers.push(function (result, data) {\n          data.score = result.score;\n        });\n      }\n\n      for (var i = 0, len = results.length; i < len; i += 1) {\n        var result = results[i];\n\n        if (this.options.id) {\n          result.item = this.options.getFn(result.item, this.options.id)[0];\n        }\n\n        if (!transformers.length) {\n          finalOutput.push(result.item);\n          continue;\n        }\n\n        var data = {\n          item: result.item\n        };\n\n        for (var j = 0, _len2 = transformers.length; j < _len2; j += 1) {\n          transformers[j](result, data);\n        }\n\n        finalOutput.push(data);\n      }\n\n      return finalOutput;\n    }\n  }, {\n    key: '_log',\n    value: function _log() {\n      if (this.options.verbose) {\n        var _console;\n\n        (_console = console).log.apply(_console, arguments);\n      }\n    }\n  }]);\n\n  return Fuse;\n}();\n\nmodule.exports = Fuse;\n\n/***/ })\n/******/ ]);\n});\n//# sourceMappingURL=fuse.js.map"],"sourceRoot":""}