webpackJsonp([2],{
/***/ "./node_modules/Leaflet.Geodesic/Leaflet.Geodesic.js":
/***/ (function(module, exports, __webpack_require__) {
"use strict";
eval("\n\n// This file is part of Leaflet.Geodesic.\n// Copyright (C) 2017 Henry Thasler\n// based on code by Chris Veness Copyright (C) 2014 https://github.com/chrisveness/geodesy\n//\n// Leaflet.Geodesic is free software: you can redistribute it and/or modify\n// it under the terms of the GNU General Public License as published by\n// the Free Software Foundation, either version 3 of the License, or\n// (at your option) any later version.\n//\n// Leaflet.Geodesic is distributed in the hope that it will be useful,\n// but WITHOUT ANY WARRANTY; without even the implied warranty of\n// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the\n// GNU General Public License for more details.\n//\n// You should have received a copy of the GNU General Public License\n// along with Leaflet.Geodesic. If not, see .\n\n\n/** Extend Number object with method to convert numeric degrees to radians */\nif (typeof Number.prototype.toRadians === \"undefined\") {\n Number.prototype.toRadians = function() {\n return this * Math.PI / 180;\n };\n}\n\n/** Extend Number object with method to convert radians to numeric (signed) degrees */\nif (typeof Number.prototype.toDegrees === \"undefined\") {\n Number.prototype.toDegrees = function() {\n return this * 180 / Math.PI;\n };\n}\n\nvar INTERSECT_LNG = 179.999; // Lng used for intersection and wrap around on map edges\n\nL.Geodesic = L.Polyline.extend({\n options: {\n color: \"blue\",\n steps: 10,\n dash: 1,\n wrap: true\n },\n\n initialize: function(latlngs, options) {\n this.options = this._merge_options(this.options, options);\n this.options.dash = Math.max(1e-3, Math.min(1, parseFloat(this.options.dash) || 1));\n this.datum = {};\n this.datum.ellipsoid = {\n a: 6378137,\n b: 6356752.3142,\n f: 1 / 298.257223563\n }; // WGS-84\n this._latlngs = this._generate_Geodesic(latlngs);\n L.Polyline.prototype.initialize.call(this, this._latlngs, this.options);\n },\n\n setLatLngs: function(latlngs) {\n this._latlngs = this._generate_Geodesic(latlngs);\n L.Polyline.prototype.setLatLngs.call(this, this._latlngs);\n },\n\n /**\n * Calculates some statistic values of current geodesic multipolyline\n * @returns (Object} Object with several properties (e.g. overall distance)\n */\n getStats: function() {\n let obj = {\n distance: 0,\n points: 0,\n polygons: this._latlngs.length\n }, poly, points;\n\n for (poly = 0; poly < this._latlngs.length; poly++) {\n obj.points += this._latlngs[poly].length;\n for (points = 0; points < (this._latlngs[poly].length - 1); points++) {\n obj.distance += this._vincenty_inverse(this._latlngs[poly][points],\n this._latlngs[poly][points + 1]).distance;\n }\n }\n return obj;\n },\n\n\n /**\n * Creates geodesic lines from geoJson. Replaces all current features of this instance.\n * Supports LineString, MultiLineString and Polygon\n * @param {Object} geojson - geosjon as object.\n */\n geoJson: function(geojson) {\n\n let normalized = L.GeoJSON.asFeature(geojson);\n let features = normalized.type === \"FeatureCollection\" ? normalized.features : [\n normalized\n ];\n this._latlngs = [];\n for (let feature of features) {\n let geometry = feature.type === \"Feature\" ? feature.geometry :\n feature,\n coords = geometry.coordinates;\n\n switch (geometry.type) {\n case \"LineString\":\n this._latlngs.push(this._generate_Geodesic([L.GeoJSON.coordsToLatLngs(\n coords, 0)]));\n break;\n case \"MultiLineString\":\n case \"Polygon\":\n this._latlngs.push(this._generate_Geodesic(L.GeoJSON.coordsToLatLngs(\n coords, 1)));\n break;\n case \"Point\":\n case \"MultiPoint\":\n console.log(\"Dude, points can't be drawn as geodesic lines...\");\n break;\n default:\n console.log(\"Drawing \" + geometry.type +\n \" as a geodesic is not supported. Skipping...\");\n }\n }\n L.Polyline.prototype.setLatLngs.call(this, this._latlngs);\n },\n\n /**\n * Creates a great circle. Replaces all current lines.\n * @param {Object} center - geographic position\n * @param {number} radius - radius of the circle in metres\n */\n createCircle: function(center, radius) {\n let polylineIndex = 0;\n let prev = {\n lat: 0,\n lng: 0,\n brg: 0\n };\n let step;\n\n this._latlngs = [];\n this._latlngs[polylineIndex] = [];\n\n let direct = this._vincenty_direct(L.latLng(center), 0, radius, this.options\n .wrap);\n prev = L.latLng(direct.lat, direct.lng);\n this._latlngs[polylineIndex].push(prev);\n for (step = 1; step <= this.options.steps;) {\n direct = this._vincenty_direct(L.latLng(center), 360 / this.options\n .steps * step, radius, this.options.wrap);\n let gp = L.latLng(direct.lat, direct.lng);\n if (Math.abs(gp.lng - prev.lng) > 180) {\n let inverse = this._vincenty_inverse(prev, gp);\n let sec = this._intersection(prev, inverse.initialBearing, {\n lat: -89,\n lng: ((gp.lng - prev.lng) > 0) ? -INTERSECT_LNG : INTERSECT_LNG\n }, 0);\n if (sec) {\n this._latlngs[polylineIndex].push(L.latLng(sec.lat, sec.lng));\n polylineIndex++;\n this._latlngs[polylineIndex] = [];\n prev = L.latLng(sec.lat, -sec.lng);\n this._latlngs[polylineIndex].push(prev);\n } else {\n polylineIndex++;\n this._latlngs[polylineIndex] = [];\n this._latlngs[polylineIndex].push(gp);\n prev = gp;\n step++;\n }\n } else {\n this._latlngs[polylineIndex].push(gp);\n prev = gp;\n step++;\n }\n }\n\n L.Polyline.prototype.setLatLngs.call(this, this._latlngs);\n },\n\n /**\n * Creates a geodesic Polyline from given coordinates\n * Note: dashed lines are under work\n * @param {Object} latlngs - One or more polylines as an array. See Leaflet doc about Polyline\n * @returns (Object} An array of arrays of geographical points.\n */\n _generate_Geodesic: function(latlngs) {\n let _geo = [], _geocnt = 0;\n\n for (let poly = 0; poly < latlngs.length; poly++) {\n _geo[_geocnt] = [];\n let prev = L.latLng(latlngs[poly][0]);\n for (let points = 0; points < (latlngs[poly].length - 1); points++) {\n // use prev, so that wrapping behaves correctly\n let pointA = prev;\n let pointB = L.latLng(latlngs[poly][points + 1]);\n if (pointA.equals(pointB)) {\n continue;\n }\n let inverse = this._vincenty_inverse(pointA, pointB);\n _geo[_geocnt].push(prev);\n for (let s = 1; s <= this.options.steps;) {\n let distance = inverse.distance / this.options.steps;\n // dashed lines don't go the full distance between the points\n let dist_mult = s - 1 + this.options.dash;\n let direct = this._vincenty_direct(pointA, inverse.initialBearing, distance*dist_mult, this.options.wrap);\n let gp = L.latLng(direct.lat, direct.lng);\n if (Math.abs(gp.lng - prev.lng) > 180) {\n let sec = this._intersection(pointA, inverse.initialBearing, {\n lat: -89,\n lng: ((gp.lng - prev.lng) > 0) ? -INTERSECT_LNG : INTERSECT_LNG\n }, 0);\n if (sec) {\n _geo[_geocnt].push(L.latLng(sec.lat, sec.lng));\n _geocnt++;\n _geo[_geocnt] = [];\n prev = L.latLng(sec.lat, -sec.lng);\n _geo[_geocnt].push(prev);\n } else {\n _geocnt++;\n _geo[_geocnt] = [];\n _geo[_geocnt].push(gp);\n prev = gp;\n s++;\n } \n } else {\n _geo[_geocnt].push(gp);\n // Dashed lines start a new line\n if (this.options.dash < 1){\n _geocnt++;\n // go full distance this time, to get starting point for next line\n let direct_full = this._vincenty_direct(pointA, inverse.initialBearing, distance*s, this.options.wrap);\n _geo[_geocnt] = [];\n prev = L.latLng(direct_full.lat, direct_full.lng);\n _geo[_geocnt].push(prev);\n }\n else prev = gp;\n s++;\n }\n }\n }\n _geocnt++;\n }\n return _geo;\n },\n\n /**\n * Vincenty direct calculation.\n * based on the work of Chris Veness (https://github.com/chrisveness/geodesy)\n *\n * @private\n * @param {number} initialBearing - Initial bearing in degrees from north.\n * @param {number} distance - Distance along bearing in metres.\n * @returns (Object} Object including point (destination point), finalBearing.\n */\n\n _vincenty_direct: function(p1, initialBearing, distance, wrap) {\n var φ1 = p1.lat.toRadians(),\n λ1 = p1.lng.toRadians();\n var α1 = initialBearing.toRadians();\n var s = distance;\n\n var a = this.datum.ellipsoid.a,\n b = this.datum.ellipsoid.b,\n 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),\n cosU1 = 1 / Math.sqrt((1 + tanU1 * tanU1)),\n 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 *\n uSq)));\n var B = uSq / 1024 * (256 + uSq * (-128 + uSq * (74 - 47 * uSq)));\n\n var σ = s / (b * A),\n σʹ, iterations = 0;\n var sinσ, cosσ;\n var cos2σM;\n do {\n cos2σM = Math.cos(2 * σ1 + σ);\n sinσ = Math.sin(σ);\n cosσ = Math.cos(σ);\n var Δσ = B * sinσ * (cos2σM + B / 4 * (cosσ * (-1 + 2 * cos2σM *\n cos2σM) -\n B / 6 * cos2σM * (-3 + 4 * sinσ * sinσ) * (-3 + 4 * cos2σM *\n cos2σM)));\n σʹ = σ;\n σ = s / (b * A) + Δσ;\n } while (Math.abs(σ - σʹ) > 1e-12 && ++iterations);\n\n var x = sinU1 * sinσ - cosU1 * cosσ * cosα1;\n var φ2 = Math.atan2(sinU1 * cosσ + cosU1 * sinσ * cosα1, (1 - f) *\n 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\n var λ2;\n if (wrap) {\n λ2 = (λ1 + L + 3 * Math.PI) % (2 * Math.PI) - Math.PI; // normalise to -180...+180\n } else {\n λ2 = (λ1 + L); // do not normalize\n }\n\n var revAz = Math.atan2(sinα, -x);\n\n return {\n lat: φ2.toDegrees(),\n lng: λ2.toDegrees(),\n finalBearing: revAz.toDegrees()\n };\n },\n\n /**\n * Vincenty inverse calculation.\n * based on the work of Chris Veness (https://github.com/chrisveness/geodesy)\n *\n * @private\n * @param {LatLng} p1 - Latitude/longitude of start point.\n * @param {LatLng} p2 - Latitude/longitude of destination point.\n * @returns {Object} Object including distance, initialBearing, finalBearing.\n * @throws {Error} If formula failed to converge.\n */\n _vincenty_inverse: function(p1, p2) {\n var φ1 = p1.lat.toRadians(),\n λ1 = p1.lng.toRadians();\n var φ2 = p2.lat.toRadians(),\n λ2 = p2.lng.toRadians();\n\n var a = this.datum.ellipsoid.a,\n b = this.datum.ellipsoid.b,\n f = this.datum.ellipsoid.f;\n\n var L = λ2 - λ1;\n var tanU1 = (1 - f) * Math.tan(φ1),\n cosU1 = 1 / Math.sqrt((1 + tanU1 * tanU1)),\n sinU1 = tanU1 * cosU1;\n var tanU2 = (1 - f) * Math.tan(φ2),\n cosU2 = 1 / Math.sqrt((1 + tanU2 * tanU2)),\n sinU2 = tanU2 * cosU2;\n\n var λ = L,\n λʹ, iterations = 0;\n var cosSqα, sinσ, cos2σM, cosσ, σ, sinλ, cosλ;\n do {\n sinλ = Math.sin(λ);\n cosλ = Math.cos(λ);\n var sinSqσ = (cosU2 * sinλ) * (cosU2 * sinλ) + (cosU1 * sinU2 -\n sinU1 * cosU2 * cosλ) * (cosU1 * sinU2 - sinU1 * cosU2 * cosλ);\n sinσ = Math.sqrt(sinSqσ);\n if (sinσ == 0) return 0; // co-incident points\n cosσ = sinU1 * sinU2 + cosU1 * cosU2 * cosλ;\n σ = Math.atan2(sinσ, cosσ);\n var sinα = cosU1 * cosU2 * sinλ / sinσ;\n cosSqα = 1 - sinα * sinα;\n cos2σM = cosσ - 2 * sinU1 * sinU2 / cosSqα;\n if (isNaN(cos2σM)) cos2σM = 0; // equatorial line: cosSqα=0 (§6)\n var 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 * (-\n 1 + 2 * cos2σM * cos2σM)));\n } while (Math.abs(λ - λʹ) > 1e-12 && ++iterations < 100);\n if (iterations >= 100) {\n console.log(\"Formula failed to converge. Altering target position.\");\n return this._vincenty_inverse(p1, {\n lat: p2.lat,\n lng: p2.lng - 0.01\n });\n // throw new Error('Formula failed to converge');\n }\n\n var uSq = cosSqα * (a * a - b * b) / (b * b);\n var A = 1 + uSq / 16384 * (4096 + uSq * (-768 + uSq * (320 - 175 *\n 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 *\n cos2σM) -\n B / 6 * cos2σM * (-3 + 4 * sinσ * sinσ) * (-3 + 4 * cos2σM *\n cos2σM)));\n\n var s = b * A * (σ - Δσ);\n\n var fwdAz = Math.atan2(cosU2 * sinλ, cosU1 * sinU2 - sinU1 * cosU2 *\n cosλ);\n var revAz = Math.atan2(cosU1 * sinλ, -sinU1 * cosU2 + cosU1 * sinU2 *\n cosλ);\n\n s = Number(s.toFixed(3)); // round to 1mm precision\n return {\n distance: s,\n initialBearing: fwdAz.toDegrees(),\n finalBearing: revAz.toDegrees()\n };\n },\n\n\n /**\n * Returns the point of intersection of two paths defined by point and bearing.\n * based on the work of Chris Veness (https://github.com/chrisveness/geodesy)\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 {Object} containing lat/lng information of intersection.\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); // pInt.toString(): 50.9078°N, 4.5084°E\n */\n _intersection: function(p1, brng1, p2, brng2) {\n // see http://williams.best.vwh.net/avform.htm#Intersection\n\n var φ1 = p1.lat.toRadians(),\n λ1 = p1.lng.toRadians();\n var φ2 = p2.lat.toRadians(),\n λ2 = p2.lng.toRadians();\n var θ13 = Number(brng1).toRadians(),\n θ23 = Number(brng2).toRadians();\n var Δφ = φ2 - φ1,\n Δλ = λ2 - λ1;\n\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 /\n 2)));\n if (δ12 == 0) return null;\n\n // initial/final bearings between points\n var θ1 = Math.acos((Math.sin(φ2) - Math.sin(φ1) * Math.cos(δ12)) /\n (Math.sin(δ12) * Math.cos(φ1)));\n if (isNaN(θ1)) θ1 = 0; // protect against rounding\n var θ2 = Math.acos((Math.sin(φ1) - Math.sin(φ2) * Math.cos(δ12)) /\n (Math.sin(δ12) * Math.cos(φ2)));\n var θ12, θ21;\n if (Math.sin(λ2 - λ1) > 0) {\n θ12 = θ1;\n θ21 = 2 * Math.PI - θ2;\n } else {\n θ12 = 2 * Math.PI - θ1;\n θ21 = θ2;\n }\n\n var α1 = (θ13 - θ12 + Math.PI) % (2 * Math.PI) - Math.PI; // angle 2-1-3\n var α2 = (θ21 - θ23 + Math.PI) % (2 * Math.PI) - Math.PI; // 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 //α1 = Math.abs(α1);\n //α2 = Math.abs(α2);\n // ... 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See the\n// GNU General Public License for more details.\n//\n// You should have received a copy of the GNU General Public License\n// along with Leaflet.Geodesic.  If not, see <http://www.gnu.org/licenses/>.\n\n\n/** Extend Number object with method to convert numeric degrees to radians */\nif (typeof Number.prototype.toRadians === \"undefined\") {\n  Number.prototype.toRadians = function() {\n    return this * Math.PI / 180;\n  };\n}\n\n/** Extend Number object with method to convert radians to numeric (signed) degrees */\nif (typeof Number.prototype.toDegrees === \"undefined\") {\n  Number.prototype.toDegrees = function() {\n    return this * 180 / Math.PI;\n  };\n}\n\nvar INTERSECT_LNG = 179.999; // Lng used for intersection and wrap around on map edges\n\nL.Geodesic = L.Polyline.extend({\n  options: {\n    color: \"blue\",\n    steps: 10,\n    dash: 1,\n    wrap: true\n  },\n\n  initialize: function(latlngs, options) {\n    this.options = this._merge_options(this.options, options);\n    this.options.dash = Math.max(1e-3, Math.min(1, parseFloat(this.options.dash) || 1));\n    this.datum = {};\n    this.datum.ellipsoid = {\n        a: 6378137,\n        b: 6356752.3142,\n        f: 1 / 298.257223563\n      }; // WGS-84\n    this._latlngs = this._generate_Geodesic(latlngs);\n    L.Polyline.prototype.initialize.call(this, this._latlngs, this.options);\n  },\n\n  setLatLngs: function(latlngs) {\n    this._latlngs = this._generate_Geodesic(latlngs);\n    L.Polyline.prototype.setLatLngs.call(this, this._latlngs);\n  },\n\n  /**\n   * Calculates some statistic values of current geodesic multipolyline\n   * @returns (Object} Object with several properties (e.g. overall distance)\n   */\n  getStats: function() {\n    let obj = {\n        distance: 0,\n        points: 0,\n        polygons: this._latlngs.length\n      }, poly, points;\n\n    for (poly = 0; poly < this._latlngs.length; poly++) {\n      obj.points += this._latlngs[poly].length;\n      for (points = 0; points < (this._latlngs[poly].length - 1); points++) {\n        obj.distance += this._vincenty_inverse(this._latlngs[poly][points],\n          this._latlngs[poly][points + 1]).distance;\n      }\n    }\n    return obj;\n  },\n\n\n  /**\n   * Creates geodesic lines from geoJson. Replaces all current features of this instance.\n   * Supports LineString, MultiLineString and Polygon\n   * @param {Object} geojson - geosjon as object.\n   */\n  geoJson: function(geojson) {\n\n    let normalized = L.GeoJSON.asFeature(geojson);\n    let features = normalized.type === \"FeatureCollection\" ? normalized.features : [\n      normalized\n    ];\n    this._latlngs = [];\n    for (let feature of features) {\n      let geometry = feature.type === \"Feature\" ? feature.geometry :\n        feature,\n        coords = geometry.coordinates;\n\n      switch (geometry.type) {\n        case \"LineString\":\n          this._latlngs.push(this._generate_Geodesic([L.GeoJSON.coordsToLatLngs(\n            coords, 0)]));\n          break;\n        case \"MultiLineString\":\n        case \"Polygon\":\n          this._latlngs.push(this._generate_Geodesic(L.GeoJSON.coordsToLatLngs(\n            coords, 1)));\n          break;\n        case \"Point\":\n        case \"MultiPoint\":\n          console.log(\"Dude, points can't be drawn as geodesic lines...\");\n          break;\n        default:\n          console.log(\"Drawing \" + geometry.type +\n            \" as a geodesic is not supported. Skipping...\");\n      }\n    }\n    L.Polyline.prototype.setLatLngs.call(this, this._latlngs);\n  },\n\n  /**\n   * Creates a great circle. Replaces all current lines.\n   * @param {Object} center - geographic position\n   * @param {number} radius - radius of the circle in metres\n   */\n  createCircle: function(center, radius) {\n    let polylineIndex = 0;\n    let prev = {\n      lat: 0,\n      lng: 0,\n      brg: 0\n    };\n    let step;\n\n    this._latlngs = [];\n    this._latlngs[polylineIndex] = [];\n\n    let direct = this._vincenty_direct(L.latLng(center), 0, radius, this.options\n      .wrap);\n    prev = L.latLng(direct.lat, direct.lng);\n    this._latlngs[polylineIndex].push(prev);\n    for (step = 1; step <= this.options.steps;) {\n      direct = this._vincenty_direct(L.latLng(center), 360 / this.options\n        .steps * step, radius, this.options.wrap);\n      let gp = L.latLng(direct.lat, direct.lng);\n      if (Math.abs(gp.lng - prev.lng) > 180) {\n        let inverse = this._vincenty_inverse(prev, gp);\n        let sec = this._intersection(prev, inverse.initialBearing, {\n          lat: -89,\n          lng: ((gp.lng - prev.lng) > 0) ? -INTERSECT_LNG : INTERSECT_LNG\n        }, 0);\n        if (sec) {\n          this._latlngs[polylineIndex].push(L.latLng(sec.lat, sec.lng));\n          polylineIndex++;\n          this._latlngs[polylineIndex] = [];\n          prev = L.latLng(sec.lat, -sec.lng);\n          this._latlngs[polylineIndex].push(prev);\n        } else {\n          polylineIndex++;\n          this._latlngs[polylineIndex] = [];\n          this._latlngs[polylineIndex].push(gp);\n          prev = gp;\n          step++;\n        }\n      } else {\n        this._latlngs[polylineIndex].push(gp);\n        prev = gp;\n        step++;\n      }\n    }\n\n    L.Polyline.prototype.setLatLngs.call(this, this._latlngs);\n  },\n\n  /**\n   * Creates a geodesic Polyline from given coordinates\n   * Note: dashed lines are under work\n   * @param {Object} latlngs - One or more polylines as an array. See Leaflet doc about Polyline\n   * @returns (Object} An array of arrays of geographical points.\n   */\n  _generate_Geodesic: function(latlngs) {\n    let _geo = [], _geocnt = 0;\n\n    for (let poly = 0; poly < latlngs.length; poly++) {\n      _geo[_geocnt] = [];\n      let prev = L.latLng(latlngs[poly][0]);\n      for (let points = 0; points < (latlngs[poly].length - 1); points++) {\n        // use prev, so that wrapping behaves correctly\n        let pointA = prev;\n        let pointB = L.latLng(latlngs[poly][points + 1]);\n        if (pointA.equals(pointB)) {\n          continue;\n        }\n        let inverse = this._vincenty_inverse(pointA, pointB);\n        _geo[_geocnt].push(prev);\n        for (let s = 1; s <= this.options.steps;) {\n          let distance = inverse.distance / this.options.steps;\n          // dashed lines don't go the full distance between the points\n          let dist_mult = s - 1 + this.options.dash;\n          let direct = this._vincenty_direct(pointA, inverse.initialBearing, distance*dist_mult, this.options.wrap);\n          let gp = L.latLng(direct.lat, direct.lng);\n          if (Math.abs(gp.lng - prev.lng) > 180) {\n            let sec = this._intersection(pointA, inverse.initialBearing, {\n              lat: -89,\n              lng: ((gp.lng - prev.lng) > 0) ? -INTERSECT_LNG : INTERSECT_LNG\n            }, 0);\n            if (sec) {\n              _geo[_geocnt].push(L.latLng(sec.lat, sec.lng));\n              _geocnt++;\n              _geo[_geocnt] = [];\n              prev = L.latLng(sec.lat, -sec.lng);\n              _geo[_geocnt].push(prev);\n            } else {\n              _geocnt++;\n              _geo[_geocnt] = [];\n              _geo[_geocnt].push(gp);\n              prev = gp;\n              s++;\n            }  \n          } else {\n            _geo[_geocnt].push(gp);\n            // Dashed lines start a new line\n            if (this.options.dash < 1){\n                _geocnt++;\n                // go full distance this time, to get starting point for next line\n                let direct_full = this._vincenty_direct(pointA, inverse.initialBearing, distance*s, this.options.wrap);\n                _geo[_geocnt] = [];\n                prev = L.latLng(direct_full.lat, direct_full.lng);\n                _geo[_geocnt].push(prev);\n            }\n            else prev = gp;\n            s++;\n          }\n        }\n      }\n      _geocnt++;\n    }\n    return _geo;\n  },\n\n  /**\n   * Vincenty direct calculation.\n   * based on the work of Chris Veness (https://github.com/chrisveness/geodesy)\n   *\n   * @private\n   * @param {number} initialBearing - Initial bearing in degrees from north.\n   * @param {number} distance - Distance along bearing in metres.\n   * @returns (Object} Object including point (destination point), finalBearing.\n   */\n\n  _vincenty_direct: function(p1, initialBearing, distance, wrap) {\n    var φ1 = p1.lat.toRadians(),\n      λ1 = p1.lng.toRadians();\n    var α1 = initialBearing.toRadians();\n    var s = distance;\n\n    var a = this.datum.ellipsoid.a,\n      b = this.datum.ellipsoid.b,\n      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),\n      cosU1 = 1 / Math.sqrt((1 + tanU1 * tanU1)),\n      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 *\n      uSq)));\n    var B = uSq / 1024 * (256 + uSq * (-128 + uSq * (74 - 47 * uSq)));\n\n    var σ = s / (b * A),\n      σʹ, iterations = 0;\n    var sinσ, cosσ;\n    var cos2σM;\n    do {\n      cos2σM = Math.cos(2 * σ1 + σ);\n      sinσ = Math.sin(σ);\n      cosσ = Math.cos(σ);\n      var Δσ = B * sinσ * (cos2σM + B / 4 * (cosσ * (-1 + 2 * cos2σM *\n          cos2σM) -\n        B / 6 * cos2σM * (-3 + 4 * sinσ * sinσ) * (-3 + 4 * cos2σM *\n          cos2σM)));\n      σʹ = σ;\n      σ = s / (b * A) + Δσ;\n    } while (Math.abs(σ - σʹ) > 1e-12 && ++iterations);\n\n    var x = sinU1 * sinσ - cosU1 * cosσ * cosα1;\n    var φ2 = Math.atan2(sinU1 * cosσ + cosU1 * sinσ * cosα1, (1 - f) *\n      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\n    var λ2;\n    if (wrap) {\n      λ2 = (λ1 + L + 3 * Math.PI) % (2 * Math.PI) - Math.PI; // normalise to -180...+180\n    } else {\n      λ2 = (λ1 + L); // do not normalize\n    }\n\n    var revAz = Math.atan2(sinα, -x);\n\n    return {\n      lat: φ2.toDegrees(),\n      lng: λ2.toDegrees(),\n      finalBearing: revAz.toDegrees()\n    };\n  },\n\n  /**\n   * Vincenty inverse calculation.\n   * based on the work of Chris Veness (https://github.com/chrisveness/geodesy)\n   *\n   * @private\n   * @param {LatLng} p1 - Latitude/longitude of start point.\n   * @param {LatLng} p2 - Latitude/longitude of destination point.\n   * @returns {Object} Object including distance, initialBearing, finalBearing.\n   * @throws {Error} If formula failed to converge.\n   */\n  _vincenty_inverse: function(p1, p2) {\n    var φ1 = p1.lat.toRadians(),\n      λ1 = p1.lng.toRadians();\n    var φ2 = p2.lat.toRadians(),\n      λ2 = p2.lng.toRadians();\n\n    var a = this.datum.ellipsoid.a,\n      b = this.datum.ellipsoid.b,\n      f = this.datum.ellipsoid.f;\n\n    var L = λ2 - λ1;\n    var tanU1 = (1 - f) * Math.tan(φ1),\n      cosU1 = 1 / Math.sqrt((1 + tanU1 * tanU1)),\n      sinU1 = tanU1 * cosU1;\n    var tanU2 = (1 - f) * Math.tan(φ2),\n      cosU2 = 1 / Math.sqrt((1 + tanU2 * tanU2)),\n      sinU2 = tanU2 * cosU2;\n\n    var λ = L,\n      λʹ, iterations = 0;\n    var cosSqα, sinσ, cos2σM, cosσ, σ, sinλ, cosλ;\n    do {\n      sinλ = Math.sin(λ);\n      cosλ = Math.cos(λ);\n      var sinSqσ = (cosU2 * sinλ) * (cosU2 * sinλ) + (cosU1 * sinU2 -\n        sinU1 * cosU2 * cosλ) * (cosU1 * sinU2 - sinU1 * cosU2 * cosλ);\n      sinσ = Math.sqrt(sinSqσ);\n      if (sinσ == 0) return 0; // co-incident points\n      cosσ = sinU1 * sinU2 + cosU1 * cosU2 * cosλ;\n      σ = Math.atan2(sinσ, cosσ);\n      var sinα = cosU1 * cosU2 * sinλ / sinσ;\n      cosSqα = 1 - sinα * sinα;\n      cos2σM = cosσ - 2 * sinU1 * sinU2 / cosSqα;\n      if (isNaN(cos2σM)) cos2σM = 0; // equatorial line: cosSqα=0 (§6)\n      var 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 * (-\n        1 + 2 * cos2σM * cos2σM)));\n    } while (Math.abs(λ - λʹ) > 1e-12 && ++iterations < 100);\n    if (iterations >= 100) {\n      console.log(\"Formula failed to converge. Altering target position.\");\n      return this._vincenty_inverse(p1, {\n          lat: p2.lat,\n          lng: p2.lng - 0.01\n        });\n        //  throw new Error('Formula failed to converge');\n    }\n\n    var uSq = cosSqα * (a * a - b * b) / (b * b);\n    var A = 1 + uSq / 16384 * (4096 + uSq * (-768 + uSq * (320 - 175 *\n      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 *\n        cos2σM) -\n      B / 6 * cos2σM * (-3 + 4 * sinσ * sinσ) * (-3 + 4 * cos2σM *\n        cos2σM)));\n\n    var s = b * A * (σ - Δσ);\n\n    var fwdAz = Math.atan2(cosU2 * sinλ, cosU1 * sinU2 - sinU1 * cosU2 *\n      cosλ);\n    var revAz = Math.atan2(cosU1 * sinλ, -sinU1 * cosU2 + cosU1 * sinU2 *\n      cosλ);\n\n    s = Number(s.toFixed(3)); // round to 1mm precision\n    return {\n      distance: s,\n      initialBearing: fwdAz.toDegrees(),\n      finalBearing: revAz.toDegrees()\n    };\n  },\n\n\n  /**\n   * Returns the point of intersection of two paths defined by point and bearing.\n   * based on the work of Chris Veness (https://github.com/chrisveness/geodesy)\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 {Object} containing lat/lng information of intersection.\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); // pInt.toString(): 50.9078°N, 4.5084°E\n   */\n  _intersection: function(p1, brng1, p2, brng2) {\n    // see http://williams.best.vwh.net/avform.htm#Intersection\n\n    var φ1 = p1.lat.toRadians(),\n      λ1 = p1.lng.toRadians();\n    var φ2 = p2.lat.toRadians(),\n      λ2 = p2.lng.toRadians();\n    var θ13 = Number(brng1).toRadians(),\n      θ23 = Number(brng2).toRadians();\n    var Δφ = φ2 - φ1,\n      Δλ = λ2 - λ1;\n\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 /\n        2)));\n    if (δ12 == 0) return null;\n\n    // initial/final bearings between points\n    var θ1 = Math.acos((Math.sin(φ2) - Math.sin(φ1) * Math.cos(δ12)) /\n      (Math.sin(δ12) * Math.cos(φ1)));\n    if (isNaN(θ1)) θ1 = 0; // protect against rounding\n    var θ2 = Math.acos((Math.sin(φ1) - Math.sin(φ2) * Math.cos(δ12)) /\n      (Math.sin(δ12) * Math.cos(φ2)));\n    var θ12, θ21;\n    if (Math.sin(λ2 - λ1) > 0) {\n      θ12 = θ1;\n      θ21 = 2 * Math.PI - θ2;\n    } else {\n      θ12 = 2 * Math.PI - θ1;\n      θ21 = θ2;\n    }\n\n    var α1 = (θ13 - θ12 + Math.PI) % (2 * Math.PI) - Math.PI; // angle 2-1-3\n    var α2 = (θ21 - θ23 + Math.PI) % (2 * Math.PI) - Math.PI; // 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    //α1 = Math.abs(α1);\n    //α2 = Math.abs(α2);\n    // ... Ed Williams takes abs of α1/α2, but seems to break calculation?\n\n    var α3 = Math.acos(-Math.cos(α1) * Math.cos(α2) +\n      Math.sin(α1) * Math.sin(α2) * Math.cos(δ12));\n    var δ13 = Math.atan2(Math.sin(δ12) * Math.sin(α1) * Math.sin(α2),\n      Math.cos(α2) + Math.cos(α1) * Math.cos(α3));\n    var φ3 = Math.asin(Math.sin(φ1) * Math.cos(δ13) +\n      Math.cos(φ1) * Math.sin(δ13) * Math.cos(θ13));\n    var Δλ13 = Math.atan2(Math.sin(θ13) * Math.sin(δ13) * Math.cos(φ1),\n      Math.cos(δ13) - Math.sin(φ1) * Math.sin(φ3));\n    var λ3 = λ1 + Δλ13;\n    λ3 = (λ3 + 3 * Math.PI) % (2 * Math.PI) - Math.PI; // normalise to -180..+180º\n\n    return {\n      lat: φ3.toDegrees(),\n      lng: λ3.toDegrees()\n    };\n  },\n\n  /**\n   * Overwrites obj1's values with obj2's and adds obj2's if non existent in obj1\n   * @param obj1\n   * @param obj2\n   * @returns obj3 a new object based on obj1 and obj2\n   */\n  _merge_options: function(obj1, obj2) {\n    let obj3 = {};\n    for (let attrname in obj1) {\n      obj3[attrname] = obj1[attrname];\n    }\n    for (let attrname in obj2) {\n      obj3[attrname] = obj2[attrname];\n    }\n    return obj3;\n  }\n});\n\nL.geodesic = function(latlngs, options) {\n  return new L.Geodesic(latlngs, options);\n};\n\n\n\n//////////////////\n// WEBPACK FOOTER\n// ./node_modules/Leaflet.Geodesic/Leaflet.Geodesic.js\n// module id = ./node_modules/Leaflet.Geodesic/Leaflet.Geodesic.js\n// module chunks = 2"],"sourceRoot":""}\n//# sourceURL=webpack-internal:///./node_modules/Leaflet.Geodesic/Leaflet.Geodesic.js\n");
/***/ }),
/***/ "./node_modules/jquery/dist/jquery.js":
/***/ (function(module, exports, __webpack_require__) {
eval("var __WEBPACK_AMD_DEFINE_ARRAY__, __WEBPACK_AMD_DEFINE_RESULT__;/*!\n * jQuery JavaScript Library v3.3.1\n * https://jquery.com/\n *\n * Includes Sizzle.js\n * https://sizzlejs.com/\n *\n * Copyright JS Foundation and other contributors\n * Released under the MIT license\n * https://jquery.org/license\n *\n * Date: 2018-01-20T17:24Z\n */\n( function( global, factory ) {\n\n\t\"use strict\";\n\n\tif ( typeof module === \"object\" && typeof module.exports === \"object\" ) {\n\n\t\t// For CommonJS and CommonJS-like environments where a proper `window`\n\t\t// is present, execute the factory and get jQuery.\n\t\t// For environments that do not have a `window` with a `document`\n\t\t// (such as Node.js), expose a factory as module.exports.\n\t\t// This accentuates the need for the creation of a real `window`.\n\t\t// e.g. var jQuery = require(\"jquery\")(window);\n\t\t// See ticket #14549 for more info.\n\t\tmodule.exports = global.document ?\n\t\t\tfactory( global, true ) :\n\t\t\tfunction( w ) {\n\t\t\t\tif ( !w.document ) {\n\t\t\t\t\tthrow new Error( \"jQuery requires a window with a document\" );\n\t\t\t\t}\n\t\t\t\treturn factory( w );\n\t\t\t};\n\t} else {\n\t\tfactory( global );\n\t}\n\n// Pass this if window is not defined yet\n} )( typeof window !== \"undefined\" ? window : this, function( window, noGlobal ) {\n\n// Edge <= 12 - 13+, Firefox <=18 - 45+, IE 10 - 11, Safari 5.1 - 9+, iOS 6 - 9.1\n// throw exceptions when non-strict code (e.g., ASP.NET 4.5) accesses strict mode\n// arguments.callee.caller (trac-13335). But as of jQuery 3.0 (2016), strict mode should be common\n// enough that all such attempts are guarded in a try block.\n\"use strict\";\n\nvar arr = [];\n\nvar document = window.document;\n\nvar getProto = Object.getPrototypeOf;\n\nvar slice = arr.slice;\n\nvar concat = arr.concat;\n\nvar push = arr.push;\n\nvar indexOf = arr.indexOf;\n\nvar class2type = {};\n\nvar toString = class2type.toString;\n\nvar hasOwn = class2type.hasOwnProperty;\n\nvar fnToString = hasOwn.toString;\n\nvar ObjectFunctionString = fnToString.call( Object );\n\nvar support = {};\n\nvar isFunction = function isFunction( obj ) {\n\n // Support: Chrome <=57, Firefox <=52\n // In some browsers, typeof returns \"function\" for HTML