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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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a.Envelope2D,this.m_env2DgeometryB=new a.Envelope2D,e.queryEnvelope(this.m_env2DgeometryA),t.queryEnvelope(this.m_env2DgeometryB),!_(this.m_env2DgeometryA.distanceFromEnvelope(this.m_env2DgeometryB),this.m_maxDistance)))return Number.POSITIVE_INFINITY;const o=l(new u.P,(0,u.j)(),Number.NaN),s=l(new u.P,(0,u.j)(),Number.NaN),i=this._ExecuteBruteForce(e,t,o,s);return _(i,this.m_maxDistance)?(null!==n&&h(n,o),null!==r&&h(r,s),i):Number.POSITIVE_INFINITY}isNear(e,t){if(this.m_bIsNearCalc=!0,e.isEmpty()||t.isEmpty())return!1;if(e===t)return!0;let n=!0;if(e.getGeometryType()!==c.P.type&&e.getGeometryType()!==c.E.type||t.getGeometryType()!==c.P.type&&t.getGeometryType()!==c.E.type||(n=!1),n){if(this.m_env2DgeometryA=new a.Envelope2D,this.m_env2DgeometryB=new a.Envelope2D,e.queryEnvelope(this.m_env2DgeometryA),t.queryEnvelope(this.m_env2DgeometryB),!(this.m_env2DgeometryA.sqrMaxMinDistanceEnvelope(this.m_env2DgeometryB)>this.m_maxSqrDistance))return!0;if(this.m_env2DgeometryA.sqrDistanceEnvelope(this.m_env2DgeometryB,null,null)>this.m_maxSqrDistance)return!1}const r=l(new u.P,(0,u.j)(),Number.NaN),o=l(new u.P,(0,u.j)(),Number.NaN);return this._ExecuteBruteForce(e,t,r,o)<=this.m_maxDistance}progress_(e=!1){}_ExecuteBruteForce(e,t,n,r){switch(e.getGeometryType()){case o.G.enumPoint:return this.distancePointGeometry(e,t,n,r);case o.G.enumMultiPoint:return this.distanceMultipointGeometry(e,t,n,r);case o.G.enumEnvelope:return this.distanceEnvelopeGeometry(e,t,n,r);case o.G.enumPolyline:case o.G.enumPolygon:return this.distanceMultipathGeometry(e,t,n,r);default:return Number.NaN}}distancePointGeometry(e,t,n,r){switch(t.getGeometryType()){case o.G.enumPoint:return this.distancePointPoint(e,t,n,r);case o.G.enumMultiPoint:return this.distancePointMultipoint(e,t,n,r);case o.G.enumPolyline:case o.G.enumPolygon:return this.distancePointMultipath(e,t,n,r);case o.G.enumEnvelope:return this.distancePointEnvelope(e,t,n,r);default:return Number.NaN}}distancePointPoint(e,t,n,r){const o=e.getXY(),s=t.getXY();return f(n,o,0,0),f(r,s,0,0),Math.sqrt(u.P.sqrDistance(o,s))}distancePointMultipoint(e,t,n,r){const o=e.getXY();let s=this.m_maxSqrDistance,i=s,a=!1;const c=t.getPointCount(),m=new u.P;for(let e=0;e<c;++e)if(t.queryXY(e,m),i=u.P.sqrDistance(o,m),this.m_bIsNearCalc){if(i<=s)return 0}else if(!(i>s)&&(!a&&i===s||i<s)&&(s=i,f(n,o,0,0),f(r,m,e,0),a=!0,0===s))return 0;return a?Math.sqrt(s):Number.POSITIVE_INFINITY}distancePointMultipath(e,t,n,r){const s=!this.m_env2DgeometryA.isIntersecting(this.m_env2DgeometryB),c=e.getXY();if(!s&&t.getGeometryType()===o.G.enumPolygon&&0!==(0,i.l)(t,c,0))return f(n,c,0,0),f(r,c,-1,Number.NaN),0;t.getImpl().getAccelerators();let m=this.m_maxSqrDistance,l=m,h=-1;const y=new a.Envelope2D,p=t.querySegmentIterator();let d=!1;for(;p.nextPath();)for(;p.hasNextSegment();){const e=p.nextSegment();e.queryEnvelope(y);const t=y.sqrDistance(c);if(t>m)continue;if(!this.m_bIsNearCalc&&d&&t===m)continue;h=e.getClosestCoordinate(c,!1);const o=e.getCoord2D(h);if(l=u.P.sqrDistance(c,o),this.m_bIsNearCalc){if(l<=m)return 0}else if(!(l>m)&&(!d||l<m)&&(m=l,f(n,c,0,0),f(r,o,p.getStartPointIndex(),h),d=!0,0===m))return 0}return d?Math.sqrt(m):Number.POSITIVE_INFINITY}distancePointEnvelope(e,t,n,r){const o=e.getXY();f(n,o,0,0),f(r,o,-1,Number.NaN);const s=t.asEnvelope2D();return s.contains(o)?0:Math.sqrt(s.sqrDistance(o,r.outPoint))}distanceMultipointGeometry(e,t,n,r){switch(t.getGeometryType()){case o.G.enumPoint:{this.m_env2DgeometryB=(0,u.c)(this.m_env2DgeometryA,this.m_env2DgeometryA=this.m_env2DgeometryB);const o=this.distancePointMultipoint(t,e,r,n);return this.m_env2DgeometryB=(0,u.c)(this.m_env2DgeometryA,this.m_env2DgeometryA=this.m_env2DgeometryB),o}case 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h;return r.x=e.x,r.y=e.y,r.m_next=-1,r.m_prev=-1,r.z=t,r.m=n,r.type=0,r}clone(){const e=new h;return e.x=this.x,e.y=this.y,e.m_next=this.m_next,e.m_prev=this.m_prev,e.z=this.z,e.m=this.m,e.type=this.type,e}asPoint2D(){return new a.P(this.x,this.y)}}class y{constructor(e){this.m_distance=-1,this.m_tolerance=-1,this.m_miterLimit=10,this.m_joins=0,this.m_progressCounter=0,this.m_bUseZ=!1,this.m_bUseM=!1,this.m_srcPts=[],this.m_srcPtCount=0,this.m_offsetPts=[],this.m_offsetPtCount=0,this.m_a1=0,this.m_a2=0,this.m_progressTracker=e}constructOffset(){const e=this.m_inputGeometry.getGeometryType();if(e===i.G.enumLine)return this.offsetLine();if(e===i.G.enumEnvelope)return this.offsetEnvelope();if((0,i.f)(e)){const e=new u.a;return e.addSegment(this.m_inputGeometry,!0),this.m_inputGeometry=e,this.constructOffset()}if(e===i.G.enumPolyline){const e=new u.a;return this.offsetMultiPath(e),e}if(e===i.G.enumPolygon){const e=new u.P;return this.offsetMultiPath(e),e}(0,i.t)("")}offsetLine(){const 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o=new h;let s;s=0===t?n-2:1===t?n-1:t-2;const i=this.m_srcPts[s],u=Math.atan2(r.y-i.y,r.x-i.x);if(y.buildPoint(r,this.m_distance,u-a.o,o),this.m_offsetPts[this.m_offsetPtCount-1]=o.clone(),1===this.m_joins||2===this.m_joins){o.x=.5*(o.x+r.x),o.y=.5*(o.y+r.y),this.addPoint(o),y.buildPoint(r,this.m_distance,this.m_a1+a.o,o);const e=o.clone();e.x=.5*(e.x+r.x),e.y=.5*(e.y+r.y),e.type|=l,this.addPoint(e),this.addPoint(o)}else y.buildPoint(r,this.m_distance,this.m_a1+a.o,o),o.type|=l,this.addPoint(o);this.addPointEx(e,t)}else{const e=new h;if(y.buildPoint(o,this.m_distance,this.m_a1+a.o,e),this.addPoint(e),1===this.m_joins||2===this.m_joins){e.x=.5*(e.x+o.x),e.y=.5*(e.y+o.y),this.addPoint(e),y.buildPoint(o,this.m_distance,this.m_a2-a.o,e);const t=e.clone();t.x=.5*(t.x+o.x),t.y=.5*(t.y+o.y),t.type|=l,this.addPoint(t),this.addPoint(e)}else y.buildPoint(o,this.m_distance,this.m_a2-a.o,e),e.type|=l,this.addPoint(e)}}buildOffset(){const e=new h,t=this.m_srcPtCount;this.m_offsetPtCount=0;const n=.5*this.m_tolerance;let r=0,o=0;for(let s=0;s<t;s++){const i=this.m_srcPts[s],u=0===s?this.m_srcPts[t-1]:this.m_srcPts[s-1],h=s===t-1?this.m_srcPts[0]:this.m_srcPts[s+1];let p,d,g=0;{const e=u.x-i.x,t=u.y-i.y,n=h.x-i.x,c=h.y-i.y;p=Math.atan2(t,e),d=Math.atan2(c,n),this.m_a1=p,this.m_a2=d,0===s&&(r=p,o=d),g=a.P.orientationRobust(i.asPoint2D(),u.asPoint2D(),h.asPoint2D())}const _=d;if(d<p&&(d+=a.p),!(Math.abs(Math.abs(p-d)-Math.PI)<1e-8))if(g*this.m_distance>0)if(1===this.m_joins||2===this.m_joins){y.buildPoint(i,this.m_distance,p+a.o,e),this.addPoint(e);const t=.001;e.x=i.x+(e.x-i.x)*t,e.y=i.y+(e.y-i.y)*t,this.addPoint(e),y.buildPoint(i,this.m_distance,d-a.o,e);const n=e.clone();n.x=i.x+(n.x-i.x)*t,n.y=i.y+(n.y-i.y)*t,n.type|=l,this.addPoint(n),this.addPoint(e)}else{const t=.5*(d-p),n=0===t?this.m_distance:this.m_distance/Math.abs(Math.sin(t));y.buildPoint(i,n,.5*(p+d),e),this.addPointEx(e,s)}else{if(512&i.type){const t=1-n/Math.abs(this.m_distance);let r=1,o=this.m_distance<0?-Math.PI:Math.PI;if(t>-1&&t<1){let e=2*Math.acos(t);e<m&&(e=m),r=Math.trunc(Math.PI/e+1.5),r>1&&(o/=r)}r<=1&&(r=2,o/=2);let u=p+a.o;y.buildPoint(i,this.m_distance,u,e),0===s&&(e.type|=f),this.addPointEx(e,s);const c=this.m_distance/Math.cos(o/2);for(u+=o/2,y.buildPoint(i,c,u,e),e.type|=f,this.addPoint(e);--r>0;)u+=o,y.buildPoint(i,c,u,e),e.type|=f,this.addPoint(e);y.buildPoint(i,this.m_distance,d-a.o,e),e.type|=f,this.addPoint(e);continue}if(1!==this.m_joins){if(0===this.m_joins){const t=1-n/Math.abs(this.m_distance);let r=1,o=d-a.o-(p+a.o);if(t>-1&&t<1){let e=2*Math.acos(t);e<m&&(e=m),r=Math.trunc(Math.abs(o)/e+1.5),r>1&&(o/=r)}const u=this.m_distance/Math.cos(.5*o);let c=p+a.o+.5*o;for(y.buildPoint(i,u,c,e),this.addPointEx(e,s);--r>0;)c+=o,y.buildPoint(i,u,c,e),this.addPoint(e);continue}if(2===this.m_joins){const t=u.x-i.x,n=u.y-i.y,r=h.x-i.x,o=h.y-i.y;let m=(t*r+n*o)/Math.sqrt(t*t+n*n)/Math.sqrt(r*r+o*o);if(m=Math.max(m,-1),m>1-1e-8){y.buildPoint(i,c*this.m_distance,d-.25*Math.PI,e),this.addPointEx(e,s),y.buildPoint(i,c*this.m_distance,d+.25*Math.PI,e),this.addPoint(e);continue}const l=Math.abs(this.m_distance/Math.sin(.5*Math.acos(m))),f=Math.abs(this.m_miterLimit*this.m_distance);if(l>f){const t=.5*(d-p),n=this.m_distance/Math.abs(Math.sin(t));y.buildPoint(i,n,.5*(p+d),e);const r=a.P.construct(e.x,e.y),o=a.P.construct(i.x,i.y),u=new a.P;u.setSub(r,o);const c=new a.P;c.setScaleAdd(f/u.length(),u,o);const m=Math.sqrt(l*l-this.m_distance*this.m_distance),h=(l-f)*Math.abs(this.m_distance)/m;this.m_distance>0?u.rightPerpendicularThis():u.leftPerpendicularThis(),u.scale(h/u.length());const g=new a.P;g.setAdd(c,u);const _=new a.P;_.setSub(c,u),e.x=g.x,e.y=g.y,this.addPointEx(e,s),e.x=_.x,e.y=_.y,this.addPoint(e);continue}const g=.5*(d-p),_=this.m_distance/Math.abs(Math.sin(g));y.buildPoint(i,_,.5*(p+d),e),this.addPointEx(e,s);continue}{let t;if(d=_,this.m_distance>0?(d>p&&(d-=a.p),t=p-d<a.o):(d<p&&(d+=a.p),t=d-p<a.o),t){const t=this.m_distance*c;let n;n=t<0?p+.25*Math.PI:p+3*Math.PI*.25,y.buildPoint(i,t,n,e),this.addPointEx(e,s),n=t<0?d-.25*Math.PI:d-3*Math.PI*.25,y.buildPoint(i,t,n,e),this.addPoint(e)}else{const t=.5*(d-p),n=this.m_distance/Math.abs(Math.sin(t));d<p&&(d+=a.p),y.buildPoint(i,n,(p+d)/2,e),this.addPointEx(e,s)}}}else y.buildPoint(i,this.m_distance,p+a.o,e),this.addPointEx(e,s),y.buildPoint(i,this.m_distance,d-a.o,e),this.addPoint(e)}}return this.m_a1=r,this.m_a2=o,this.addPointEx(this.m_offsetPts[0],0),this.m_offsetPts[0]=this.m_offsetPts[this.m_offsetPtCount-1].clone(),this.removeBadSegsFast()}removeBadSegsFast(){let e=!1;for(let e=0;e<this.m_offsetPtCount;e++){const t=this.m_offsetPts[e];t.m_next=e+1,t.m_prev=e-1}this.m_offsetPts[0].m_prev=this.m_offsetPtCount-2,this.m_offsetPts[this.m_offsetPtCount-2].m_next=0;let t=0;for(let n=0;n<this.m_offsetPtCount;n++)if(this.m_offsetPts[t].type&l){const n=this.deleteClosedSeg(t);if(-1===n){e=!0;break}t=n}else t=this.m_offsetPts[t].m_next;return!e&&(this.compressOffsetArray(t),!0)}deleteClosedSeg(e){const t=this.m_offsetPtCount-1;let n,r,o=e;for(let s=1;s<=t-2;s++){o=this.m_offsetPts[o].m_next,n=o,r=e;for(let e=1;e<=s;e++){if(r=this.m_offsetPts[r].m_prev,0===(this.m_offsetPts[r].type&l)&&0===(this.m_offsetPts[n].type&l)){const e=this.handleClosedIntersection(r,n);if(-1!==e)return e}n=this.m_offsetPts[n].m_prev}}return-1}handleClosedIntersection(e,t){const n=this.m_offsetPts[this.m_offsetPts[e].m_prev],r=this.m_offsetPts[e],o=this.m_offsetPts[this.m_offsetPts[t].m_prev],s=this.m_offsetPts[t];if(!this.sectGraphicRect(n,r,o,s))return-1;const i={pt:new h,bAtExistingPt:!1};if(((r.x-n.x)*(s.y-o.y)-(r.y-n.y)*(s.x-o.x))*this.m_distance<0&&this.findIntersection(n,r,o,s,i)&&!i.bAtExistingPt){const u=1e-8,a=Math.sqrt((r.x-n.x)*(r.x-n.x)+(r.y-n.y)*(r.y-n.y)),c=(r.x-n.x)/a,m=(r.y-n.y)/a,l=Math.sqrt((s.x-o.x)*(s.x-o.x)+(s.y-o.y)*(s.y-o.y)),f=(s.x-o.