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@arcgis/core

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ArcGIS Maps SDK for JavaScript: A complete 2D and 3D mapping and data visualization API

js.arcgis.com

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1
"use strict";(self.webpackChunkRemoteClient=self.webpackChunkRemoteClient||[]).push([[6061,6312,6342,8125],{36633(e,t,r){r.d(t,{O:()=>g});var n=r(55537),s=r(79187),i=r(83661),o=r(15756);function a(){return u(new i.P,-1,Number.NaN)}function u(e,t,r){return{m_coordinate:e.clone(),m_vertexIndex:t,m_geometryIndex:0,m_distance:r,m_bRightSide:!1,isEmpty:c}}function c(){return Number.isNaN(this.m_distance)}function h(e,t,r=-1,a=-1){if(e.isEmpty())return 3;const u=e.getGeometryType();if((0,n.f)(u))return function(e,t,r,s){if(r>=0||s>=0)return(0,n.a)("");if(e.isDegenerate(0))return e.getStartXY().equals(t)?2:3;if(!e.isCurve()){const r=i.P.orientationRobust(t,e.getStartXY(),e.getEndXY());return r<0?1:r>0?0:2}const o=e.getClosestCoordinate(t,!1),a=e.getTangent(o),u=e.getCoord2D(o),c=i.P.orientationRobust(t,u,u.add(a));return c<0?1:c>0?0:2}(e,t,r,a);if(u===n.G.enumPolygon)return function(e,t,r,i){(r>=0||i>=0)&&(0,n.a)("");const a=new s.Envelope2D;e.queryEnvelope(a);const u=(0,o.l)(e,t,0);return 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n=r(5482),s=r(69397),i=r(16930),o=(r(70328),r(19419)),a=r(60408),u=r(21325),c=r(513),h=r(50954),l=r(79567),g=r(52006),m=r(49663),f=r(46068),x=r(92722);class p{constructor({type:e,spatialReference:t,vertexCount:r,vertexXY:n,vertexZ:s,vertexM:i,partCount:o,partOffsets:a,partFlags:u,segmentFlags:c,segmentIndices:h,segmentParams:l,segmentCountArc:g,segmentCountBezier:m}){this.segmentCountArc=0,this.segmentCountBezier=0,this.type=e,this.spatialReference=t,this.vertexCount=r,this.vertexXY=n,this.vertexZ=s,this.vertexM=i,this.partCount=o,this.partOffsets=a,this.partFlags=u,this.segmentFlags=c,this.segmentIndices=h,this.segmentParams=l,this.segmentCountArc=g,this.segmentCountBezier=m}get segmentParamCount(){return 10*this.segmentCountArc+4*this.segmentCountBezier}get segmentCountLine(){const{segmentCount:e,segmentCountArc:t,segmentCountBezier:r}=this;return e&&e-t-r}get segmentCount(){return"polyline"===this.type?this.vertexCount-this.partCount:"polygon"===this.type?this.vertexCount:0}get hasZ(){return null!=this.vertexZ}get hasM(){return null!=this.vertexM}hasCurves(){return null!=this.segmentFlags}isMultipart(){return"polyline"===this.type||"polygon"===this.type}get usedMemory(){function e(e){return e?s.Ul+e.byteLength:0}return e(this.vertexXY)+e(this.vertexZ)+e(this.vertexM)+e(this.partOffsets)+e(this.partFlags)+e(this.segmentFlags)+e(this.segmentIndices)+e(this.segmentParams)}clone(){const{type:e,vertexCount:t,partCount:r,hasZ:n,hasM:s,segmentCountArc:i,segmentCountBezier:o}=this,a=A(e,t,r,n,s,this.hasCurves(),i,o);a.spatialReference=this.spatialReference;const{vertexXY:u,vertexZ:c,vertexM:h}=this;if(a.vertexXY.set(u.subarray(0,2*t),0),a.vertexZ?.set(c.subarray(0,t),0),a.vertexM?.set(h.subarray(0,t),0),this.isMultipart()){const{partOffsets:e,partFlags:t}=this;a.partFlags.set(t.subarray(0,r+1)),a.partOffsets.set(e.subarray(0,r+1))}if(this.hasCurves()){const{segmentFlags:e,segmentIndices:r,segmentParams:n,segmentParamCount:s}=this;a.segmentFlags.set(e.subarray(0,t),0),a.segmentIndices.set(r.subarray(0,t),0),a.segmentParams.set(n.subarray(0,s),0)}return a}equals(e){return this.equalsWithinTolerance(e,0)}equalsWithinTolerance(e,t){if(null==e)return!1;if(this===e)return!0;if(!(0,u.aI)(this.spatialReference,e.spatialReference))return!1;if(this.vertexCount!==e.vertexCount||this.partCount!==e.partCount)return!1;if(this.hasZ!==e.hasZ||this.hasM!==e.hasM)return!1;if(this.hasCurves()!==e.hasCurves()||this.segmentCountArc!==e.segmentCountArc||this.segmentCountBezier!==e.segmentCountBezier)return!1;const r=0===t?(e,t)=>e!==t||isNaN(e)!==isNaN(t):(e,r)=>Math.abs(e-r)>t||isNaN(e)!==isNaN(r);for(let t=0;t<this.vertexCount;++t)if(r(this.vertexXY[2*t],e.vertexXY[2*t])||r(this.vertexXY[2*t+1],e.vertexXY[2*t+1]))return!1;if(this.hasZ)for(let t=0;t<this.vertexCount;++t)if(r(this.vertexZ[t],e.vertexZ[t]))return!1;if(this.hasM)for(let t=0;t<this.vertexCount;++t)if(r(this.vertexM[t],e.vertexM[t]))return!1;for(let t=0;t<this.partCount;++t)if(this.partFlags[t]!==e.partFlags[t]||this.partOffsets[t]!==e.partOffsets[t])return!1;if(this.hasCurves()){for(let t=0;t<this.vertexCount;++t)if(this.segmentFlags[t]!==e.segmentFlags[t]||this.segmentIndices[t]!==e.segmentIndices[t])return!1;for(let t=0;t<this.segmentParamCount;++t)if(r(this.segmentParams[t],e.segmentParams[t]))return!1}return!0}get parts(){return this.isMultipart()?new y(this):[][Symbol.iterator]()}}class y{constructor(e){this.geometry=e,this.value=new d(e)}get done(){return this.value.index>=this.geometry.partCount}next(){return++this.value.index,this}[Symbol.iterator](){return this}}class d{constructor(e){this.geometry=e,this.index=-1,this._readVertex=N(e),this._segments=new v(this)}get segments(){return this._segments.reset(),this._segments}get startVertex(){return this._readVertex(this.geometry.partOffsets[this.index])}get vertexCount(){const e=this.geometry.partOffsets;return e[this.index+1]-e[this.index]}}class v{constructor(e){this._part=e,this._partStart=0,this._partEnd=0,this._isPolygon="polygon"===e.geometry.type,this.value=new C(e.geometry)}get done(){return this.value.indexOfStartVertex>this._partEnd}next(){++this.value.indexOfStartVertex;const e=this.value.indexOfStartVertex>=this._partEnd;return this.value.indexOfEndVertex=e&&this._isPolygon?this._partStart:this.value.indexOfStartVertex+1,this}[Symbol.iterator](){return this}reset(){const{index:e}=this._part,t=this._part.geometry.partOffsets;this._partStart=t[e],this._partEnd=t[e+1]-(this._isPolygon?1:2),this.value.indexOfStartVertex=this._partStart-1}}class C{constructor(e){this.geometry=e,this.indexOfStartVertex=-1,this.indexOfEndVertex=-1,this._readVertex=N(e)}get xStart(){return this.geometry.vertexXY[2*this.indexOfStartVertex]}get yStart(){return this.geometry.vertexXY[2*this.indexOfStartVertex+1]}get zStart(){return this.geometry.vertexZ[this.indexOfStartVertex]}get mStart(){return this.geometry.vertexM[this.indexOfStartVertex]}get xEnd(){return this.geometry.vertexXY[2*this.indexOfEndVertex]}get yEnd(){return this.geometry.vertexXY[2*this.indexOfEndVertex+1]}get zEnd(){return 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