@arcgis/core/chunks/OperatorGeodesicBuffer.js

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

/* COPYRIGHT Esri - https://js.arcgis.com/5.0.8/LICENSE.txt */
import{G as e}from"./GeometryCursor.js";import{d as t,t as s,a as n,c as i,i as r,G as o,m,f as a,e as h,h as c,o as u}from"./Geometry.js";import{Envelope2D as l}from"./Envelope2D.js";import{p as _,a as f,a2 as d,a3 as g,O as p,M as P,a4 as x,y,a5 as b,a6 as w,a7 as C,o as S,f as v,a8 as D,a9 as I,aa as G,R as M,S as T,U as N,ab as k,ac as A,ad as E,ae as q,af as R,ag as z}from"./SpatialReference.js";import{__addDisposableResource as X,__disposeResources as B}from"tslib";import{P as Y,a as O,E as j}from"./MultiPathImpl.js";import{h as F,c as W,P as J,e as U,j as H,k as L,s as V}from"./Envelope.js";import{T as K}from"./Transformation2D.js";import{d as Q,m as Z,P as $,S as ee,o as te,p as se}from"./Point2D.js";import{c as ne}from"./OperatorClip.js";import{c as ie}from"./GeometryCleaner-BEJM7I4l.js";import{O as re}from"./OperatorDensify.js";import{S as oe}from"./SimpleGeometryCursor.js";function me(e,t,s,m,a,h){m<Number.MAX_VALUE&&m>-Number.MAX_VALUE||n("Geodesic_bufferer.buffer - bad distance"),i(e);const c=ie(e),u=c.getGeometryType();if(r(u)){const e=c.getPointCount(),n=8e6;if(Math.abs(m)>n&&(e>50||u!==o.enumMultiPoint&&4===s&&e>2)){let e=c;const i=m>0?1:-1,r=7e6;let o=m,u=1;do{u++,o=(Math.abs(o)-r)*i}while(Math.abs(o)>n);o=m;for(let n=0;n<u-1;n++)e=he(e,t,s,r*i,a,u,h),o=(Math.abs(o)-r)*i;return e=he(e,t,s,o,a,u,h),e}}return he(c,t,s,m,a,1,h)}class ae{constructor(e){this.m_sr=null,this.m_gcs=null,this.m_transform=null,this.m_a=0,this.m_eSquared=0,this.m_rpu=0,this.m_radTolerance=0,this.m_q90=0,this.m_gcs90=0,this.m_gcs180=0,this.m_gcs360=0,this.m_gcs60=0,this.m_ellipticToGeodesicMaxRatio=0,this.m_curveType=0,this.m_bShapePreserving=!1,this.m_distance=0,this.m_absDistance=0,this.m_convergenceOffset=0,this.m_cornerStep=0,this.m_segmentStep=0,this.m_progressTracker=e}bufferPolygon(e){const t=new Y,s=new we(this,e,t);return this.processGnomonicBufferPiecesCursor(!0,s)}bufferPolyline(e){const t=new we(this,e,null);return this.processGnomonicBufferPiecesCursor(!0,t)}bufferMultiPoint(e){const t=new Ce(this,e);return this.processGnomonicBufferPiecesCursor(!1,t)}bufferPoint(e){const t=e.getXY();t.scale(this.m_rpu);let s=new Y;if(this.bufferPoint2D(t,!1,s)){const e=U(null,s,!0);s=y(s,e,!0,!0,-1,this.m_progressTracker,0,!1)}return s=(new p).foldInto360RangeGeodetic(s,this.m_gcs,2),s}processGnomonicBufferPiecesCursor(e,t){const s=t;let n=s.getGnomonic();const i=b(w());let r=new C,o=(new _).executeMany(r,i,this.m_progressTracker,2);const m=Q(6,!1),a=Z(l,6);this.initializeGrid(m,a);const h=[null,null,null,null,null,null],c=[null,null,null,null,null,null],u=[null,null,null,null,null,null];let f,d,g;for(;null!==(f=s.next());){if(d=s.getGnomonic(),d!==n){if(null!==n){let t=o.next();if(r=null,o=null,null!=t){const s=U(i,t,!0),r=F(s);t=n.unproject(t,r,this.m_progressTracker),this.putInGridCursors(e,t,i,!0,m,a,h,c,u)}}null!==d&&(r=new C,o=(new _).executeMany(r,i,this.m_progressTracker,2)),n=d}if(s.isRunningInGnomonic()){if(d.project(f),s.needsSimplify()){const e=U(null,f,!0);f=y(f,e,!0,!0,-1,this.m_progressTracker,0,!1)}r.tick(ye(f)),o.tock()}else this.putInGridCursors(e,f,i,!0,m,a,h,c,u)}let P=!1;for(let l=0;l<6;l++)if(null!=u[l]){P=!0;break}if(P){let t=!1;const l=[null,null,null,null,null,null];if(e){const n=s.m_densified;if(s.m_densified=null,null!==n){const s=new K;s.scale(1/this.m_rpu,1/this.m_rpu),n.applyTransformation(s),this.m_distance>0?this.putInGridCursors(e,n,i,!1,m,a,h,c,u):(this.processInGrid(e,n,!1,m,a,h,l),t=!0)}}const f=new C,d=(new _).executeMany(f,this.m_gcs,this.m_progressTracker,2);if(null!==o){let t=o.next();r=null,o=null;const s=U(i,t,!0),l=F(s);t=n.unproject(t,l,this.m_progressTracker),this.putInGridCursors(e,t,i,!0,m,a,h,c,u)}for(let e=0;e<6;e++)if(null!=u[e]){let s=u[e].next();u[e]=null,c[e]=null,t&&null!==l[e]&&(s=(new S).execute(l[e],s,i,this.m_progressTracker));const n=U(i,s,!0),r=F(n);s=h[e].unproject(s,r,this.m_progressTracker),s=(new v).execute(s,this.m_gcs,!0,this.m_progressTracker),f.tick(ye(s)),d.tock()}g=d.next()}else{let t,m=!1;if(e){let e=s.m_densified;if(s.m_densified=null,null!==e){const s=new K;s.scale(1/this.m_rpu,1/this.m_rpu),e.applyTransformation(s),d.project(e);const n=U(null,e,!0);e=y(e,n,!1,!0,-1,this.m_progressTracker,0,!1),this.m_distance>0?(r.tick(ye(e)),o.tock()):(t=e,m=!0)}}let a=o.next();r=null,o=null,m&&(a=(new S).execute(t,a,i,this.m_progressTracker));const h=U(i,a,!0),c=F(h);g=n.unproject(a,c,this.m_progressTracker),g=(new v).execute(g,this.m_gcs,!0,this.m_progressTracker)}return g=(new p).foldInto360RangeGeodetic(g,this.m_gcs,2),g}putInGridCursors(e,t,s,n,i,r,o,m,a){const h=[null,null,null,null,null,null];this.processInGrid(e,t,n,i,r,o,h);for(let c=0;c<6;c++)null!==h[c]&&(null===m[c]&&(m[c]=new C,a[c]=(new _).executeMany(m[c],s,this.m_progressTracker,2)),m[c].tick(ye(h[c])),a[c].tock())}processInGrid(e,t,s,n,i,r,o){const m=.01,a=this.insertGeodeticPointsAlongGrid(t,i,m);for(let h=0;h<6;h++){if(n[h])continue;const e=i[h].clone();e.inflateCoords(m,m);const c=H(t,e),u=W(null,c,!1).total();let l=ne(a,e,u,Number.NaN,this.m_progressTracker);if(null!==l&&!l.isEmpty()){if(l===a&&(l=l.clone()),null===r[h]){const e=new $;h<3?e.setCoords(0,1):e.setCoords(0,-1);const t=new $;t.setAdd(i[h].getCenter(),e),r[h]=xe(this.m_gcs,t)}r[h].project(l);const e=U(null,l,!0);l=y(l,e,s,!0,-1,this.m_progressTracker,0,!1),o[h]=l}}}insertGeodeticPointsAlongGrid(e,t,s){const n=l.construct(t[3].xmin,t[3].ymin,t[2].xmax,t[2].ymax),i=D(this.m_gcs,n,e,!0,this.m_progressTracker),r=new j,o=r.addGeometry(i);return I(r,o,this.m_gcs,0,2,!0,t[0].xmax+s),I(r,o,this.m_gcs,0,2,!0,t[1].xmax+s),I(r,o,this.m_gcs,0,2,!1,t[1].ymin+s),0!==s&&(I(r,o,this.m_gcs,0,2,!0,t[0].xmax-s),I(r,o,this.m_gcs,0,2,!0,t[1].xmax-s),I(r,o,this.m_gcs,0,2,!1,t[1].ymin-s)),r.getGeometry(o)}initializeGrid(e,t){for(let s=0;s<6;s++)e[s]=!1;t[0].setCoords({xmin:-this.m_gcs180,ymin:0,xmax:-this.m_gcs60,ymax:this.m_gcs90}),t[1].setCoords({xmin:-this.m_gcs60,ymin:0,xmax:this.m_gcs60,ymax:this.m_gcs90}),t[2].setCoords({xmin:this.m_gcs60,ymin:0,xmax:this.m_gcs180,ymax:this.m_gcs90}),t[3].setCoords({xmin:-this.m_gcs180,ymin:-this.m_gcs90,xmax:-this.m_gcs60,ymax:0}),t[4].setCoords({xmin:-this.m_gcs60,ymin:-this.m_gcs90,xmax:this.m_gcs60,ymax:0}),t[5].setCoords({xmin:this.m_gcs60,ymin:-this.m_gcs90,xmax:this.m_gcs180,ymax:0})}checkAndPrepSegmentForCrossingAzimuthsOrPoleWrap(e,t,s,n,i,r){const o=e[0],m=e.at(-1),a=o.y<m.y?o.y:m.y,h=o.y>m.y?o.y:m.y,c=d.q(this.m_a,this.m_eSquared,a),u=d.q(this.m_a,this.m_eSquared,h);if(this.m_q90-(c+t+this.m_absDistance)>.001&&this.m_q90+(u-t-this.m_absDistance)>.001)return!1;const l=s-te,_=n+te,f=l-Math.PI,g=l+Math.PI,p=_+Math.PI,P=[Number.NaN],x=[Number.NaN],y=[Number.NaN],b=[Number.NaN];let w=!1;if(le(this.m_a,this.m_eSquared,this.m_rpu,this.m_absDistance,o,l,f,m,_,P,x),le(this.m_a,this.m_eSquared,this.m_rpu,this.m_absDistance,m,p,_,o,f,y,b),(_<P[0]&&P[0]<p||_<x[0]&&x[0]<p)&&(w=!0),w||(f<y[0]&&y[0]<l||f<b[0]&&b[0]<l)&&(w=!0),!w&&i)return!1;const C=[];for(let d=e.length-1;d>=0;d--)C.push(e[d]);r.setEmpty(),r.addPathPoint2D(null,0,!0);let S=0;S=ce(this.m_a,this.m_eSquared,this.m_rpu,this.m_absDistance,this.m_curveType,e,l,_,i,S,r),S=ue(this.m_a,this.m_eSquared,this.m_rpu,this.m_absDistance,m,_,p,this.m_cornerStep,i,S,r,P[0],x[0]),S=ce(this.m_a,this.m_eSquared,this.m_rpu,this.m_absDistance,this.m_curveType,C,p,g,i,S,r),S=ue(this.m_a,this.m_eSquared,this.m_rpu,this.m_absDistance,o,f,l,this.m_cornerStep,i,S,r,y[0],b[0]);let v=!1;return i||(v=this.checkAndPrepForPole(r)),w||v}bufferPoint2D(e,t,s){s.setEmpty(),s.addPathPoint2D(null,0,!0);const n=0;ue(this.m_a,this.m_eSquared,this.m_rpu,this.m_absDistance,e,-this.m_cornerStep,2*Math.PI,this.m_cornerStep,t,n,s);let i=!1;return t||(i=this.checkAndPrepForPole(s)),i}checkAndPrepForPole(e){const t=this.checkAndPrepForPoleTouch(e),s=this.checkAndPrepForPoleWrap(e);return t||s}checkAndPrepForPoleTouch(e){const t=new l;return e.queryEnvelope(t),!(!G(t.ymax,this.m_gcs90)&&!G(t.ymin,-this.m_gcs90))&&(this.prepPoleTouch(e),!0)}checkAndPrepForPoleWrap(e){const t=e.getXY(0),s=e.getXY(e.getPointCount()-1);return Math.abs(t.x-s.x)>this.m_gcs180?(this.prepSinglePoleWrap(e),!0):this.checkAndPrepForDoublePoleWrap(e)}checkAndPrepForDoublePoleWrap(e){return e.calculateArea2D()<0&&(this.prepDoublePoleWrap(e),!0)}prepPoleTouch(e){const t=new Y;t.insertPath2D(-1,null,0,0,!0);const s=e.getPathStart(0),n=e.getPathEnd(0),i=n-s;let r=-1;for(r=s;r<n;r++){const t=e.getXY(r),s=G(t.y,this.m_gcs90),n=G(t.y,-this.m_gcs90);if(!s&&!n)break}let o=r,m=!1,a=Number.NaN;do{const n=e.getXY(o),r=G(n.y,this.m_gcs90),h=G(n.y,-this.m_gcs90),c=s+(o+1-s)%i;if(r||h){let s=$.construct(a,n.y);t.insertPoint2D(0,-1,s);const i=e.getXY(c),r=G(i.y,this.m_gcs90),o=G(i.y,-this.m_gcs90);r||o||(s=$.construct(i.x,n.y),m?t.setXY(t.getPointCount()-1,s):t.insertPoint2D(0,-1,s)),m=!0}else t.insertPoint2D(0,-1,n),a=n.x,m=!1;o=c}while(o!==r);e.setEmpty(),e.add(t,!1)}prepSinglePoleWrap(e){const t=new Y,s=new Y,n=new K,i=e.getXY(e.getPathStart(0)),r=e.getXY(e.getPathEnd(0)-1),o=this.m_gcs360,m=this.m_gcs180,a=new l;a.setCoords({xmin:-this.m_gcs180,ymin:-this.m_gcs90,xmax:this.m_gcs180,ymax:this.m_gcs90});const h=new l;e.queryEnvelope(h);const c=Math.ceil(h.width()/o);let u,_;i.x>r.x?(u=-o,_=this.m_gcs90):(u=o,_=-this.m_gcs90),n.setShiftCoords(u,0),t.addPath(e,0,!0),s.add(t,!1);const f=new J;for(let l=0;l<c;l++)s.applyTransformation(n),s.getPointByVal(0,f),t.lineToPoint(f),t.addSegmentsFromPath(s,0,0,s.getSegmentCount()-1,!1);const d=t.getXY(0),g=t.getXY(t.getPointCount()-1);d.y=_,g.y=_,t.lineTo(g);const p=new $;for(p.setCoordsPoint2D(g),p.x-=.5*u;Math.abs(p.x-d.x)>m;)t.lineTo(p),p.x-=.5*u;t.lineTo(d);const P=a.getCenterX(),x=new l;t.queryEnvelope(x);let y=0;const b=x.getCenter().x;b-P>m?y=-Math.ceil((b-P-m)/o):P-b>m&&(y=Math.ceil((P-b-m)/o)),0!==y&&(n.setShiftCoords(y*o,0),t.applyTransformation(n));const w=new j,C=w.addGeometry(t);I(w,C,this.m_gcs,0,2,!0,a.xmin),I(w,C,this.m_gcs,0,2,!0,a.xmax);const S=w.getGeometry(C),v=H(S,a);v.inflateCoords(0,1);const D=W(null,v,!0).total(),G=ne(S,a,D,Number.NaN,this.m_progressTracker);e.setEmpty(),e.add(G,!1)}prepDoublePoleWrap(e){const t=this.m_gcs360,s=this.m_gcs180,n=new l;n.setCoords({xmin:-this.m_gcs180,ymin:-this.m_gcs90,xmax:this.m_gcs180,ymax:this.m_gcs90});const i=n.getCenter().x,r=new l;e.queryPathEnvelope(0,r);let o,m=0,a=r.getCenter().x;if(a-i>s?m=-Math.ceil((a-i-s)/t):i-a>s&&(m=Math.ceil((i-a-s)/t)),0!==m){const s=new K;s.setShiftCoords(m*t,0),e.getImpl().applyTransformationToPath(s,0),e.queryPathEnvelope(0,r),a=r.getCenter().x}const h=new l;n.containsExclusiveEnvelope(r)?(o=!1,h.setCoords({env2D:n})):(o=!0,h.setCoords({env2D:n}),h.xmin-=t,h.xmax+=t);let c=e.createInstance();c.addPathPoint2D(null,0,!0);const u=new $;if(u.setCoords(h.xmin,h.ymin),c.insertPoint2D(0,-1,u),u.setCoords(h.xmin,h.ymax),c.insertPoint2D(0,-1,u),u.setCoords(.5*(h.xmin+h.xmax),h.ymax),c.insertPoint2D(0,-1,u),u.setCoords(h.xmax,h.ymax),c.insertPoint2D(0,-1,u),u.setCoords(h.xmax,h.ymin),c.insertPoint2D(0,-1,u),u.setCoords(.5*(h.xmin+h.xmax),h.ymin),c.insertPoint2D(0,-1,u),o){c.addPath(e,0,!0);const s=new K;a<i?s.setShiftCoords(t,0):s.setShiftCoords(-t,0),e.getImpl().applyTransformationToPath(s,0),c.addPath(e,0,!0);const r=new j,o=r.addGeometry(c);I(r,o,this.m_gcs,0,2,!0,n.xmin),I(r,o,this.m_gcs,0,2,!0,n.xmax),c=r.getGeometry(o);const m=H(c,n);m.inflateCoords(0,1);const h=W(null,m,!0).total();c=ne(c,n,h,Number.NaN,this.m_progressTracker)}else c.addPath(e,0,!0);e.setEmpty(),e.add(c,!1)}setMinCornerStep(){const e={stack:[],error:void 0,hasError:!1};try{let s=Math.min(Math.PI*this.m_a-this.m_absDistance,this.m_absDistance);s=Math.min(s,.125*this.m_a*Math.PI);const n=new $;n.setCoords(0,10*this.m_rpu);const i=0;let r=45*this.m_rpu;const o=X(e,new ee(new M,new M),!1),m=X(e,new ee(new M,new M),!1),a=X(e,new ee(new M,new M),!1),h=X(e,new ee(new M,new M),!1),c=new $,u=new $,l=new $,_=new $;for(T.geodesicCoordinate(this.m_a,this.m_eSquared,n.x,n.y,s,i,o.at(0),o.at(1)),c.setCoords(o.at(0).val,o.at(1).val),T.geodesicCoordinate(this.m_a,this.m_eSquared,n.x,n.y,s,r,m.at(0),m.at(1)),u.setCoords(m.at(0).val,m.at(1).val);;){const e={stack:[],error:void 0,hasError:!1};try{const t=.5*(i+r);T.geodesicCoordinate(this.m_a,this.m_eSquared,n.x,n.y,s,t,a.at(0),a.at(1)),l.setCoords(a.at(0).val,a.at(1).val);const o=X(e,new M,!1),f=X(e,new M,!1);T.geodeticDistance(this.m_a,this.m_eSquared,c.x,c.y,u.x,u.y,o,f,null,2),T.geodeticCoordinate(this.m_a,this.m_eSquared,c.x,c.y,.5*o.val,f.val,h.at(0),h.at(1),2),_.setCoords(h.at(0).val,h.at(1).val);const d=X(e,new M,!1);T.geodeticDistance(this.m_a,this.m_eSquared,l.x,l.y,_.x,_.y,d,null,null,2);if(d.val<=this.m_convergenceOffset)break;r*=.9,T.geodesicCoordinate(this.m_a,this.m_eSquared,n.x,n.y,s,r,m.at(0),m.at(1)),u.setCoords(m.at(0).val,m.at(1).val)}catch(t){e.error=t,e.hasError=!0}finally{B(e)}}const f=r-i,d=2*Math.PI/Math.ceil(2*Math.PI/f);this.m_cornerStep=d}catch(s){e.error=s,e.hasError=!0}finally{B(e)}}setMinSegmentStep(){const e={stack:[],error:void 0,hasError:!1};try{let n=Math.min(Math.PI*this.m_a-this.m_absDistance,this.m_absDistance);n=Math.min(n,.125*this.m_a*Math.PI);const i=new $,r=new $;i.setCoords(0,10*this.m_rpu),r.setCoords(10*this.m_rpu,10*this.m_rpu);const o=X(e,new M,!1),m=X(e,new M,!1),a=X(e,new M,!1);T.geodeticDistance(this.m_a,this.m_eSquared,i.x,i.y,r.x,r.y,a,o,m,this.m_curveType);const h=X(e,new ee(new M,new M),!1),c=X(e,new ee(new M,new M),!1),u=new $,l=X(e,new M,!1),_=X(e,new ee(new M,new M),!1),f=X(e,new ee(new M,new M),!1),d=X(e,new ee(new M,new M),!1),g=X(e,new ee(new M,new M),!1),p=new $,P=new $,x=new $,y=new $,b=0;let w=1;const C=o.val,S=m.val,v=C-.5*Math.PI,D=S+.5*Math.PI,I=a.val;for(T.geodesicCoordinate(this.m_a,this.m_eSquared,i.x,i.y,n,v,_.at(0),_.at(1)),p.setCoords(_.at(0).val,_.at(1).val),T.geodesicCoordinate(this.m_a,this.m_eSquared,r.x,r.y,n,D,f.at(0),f.at(1)),P.setCoords(f.at(0).val,f.at(1).val);;){const e={stack:[],error:void 0,hasError:!1};try{const s=.5*(b+w);T.geodeticCoordinate(this.m_a,this.m_eSquared,i.x,i.y,s*I,C,h.at(0),h.at(1),this.m_curveType),u.setCoords(h.at(0).val,h.at(1).val),T.geodeticDistance(this.m_a,this.m_eSquared,i.x,i.y,u.x,u.y,null,null,l,this.m_curveType);const o=l.val+.5*Math.PI;T.geodesicCoordinate(this.m_a,this.m_eSquared,u.x,u.y,n,o,d.at(0),d.at(1)),x.setCoords(d.at(0).val,d.at(1).val);const m=X(e,new M,!1),a=X(e,new M,!1);T.geodeticDistance(this.m_a,this.m_eSquared,p.x,p.y,P.x,P.y,m,a,null,2),T.geodeticCoordinate(this.m_a,this.m_eSquared,p.x,p.y,.5*m.val,a.val,g.at(0),g.at(1),2),y.setCoords(g.at(0).val,g.at(1).val);const _=X(e,new M,!1);T.geodeticDistance(this.m_a,this.m_eSquared,x.x,x.y,y.x,y.y,_,null,null,2);if(_.val<=this.m_convergenceOffset)break;{const e={stack:[],error:void 0,hasError:!1};try{w*=.9,T.geodeticCoordinate(this.m_a,this.m_eSquared,i.x,i.y,w*I,C,c.at(0),c.at(1),this.m_curveType),r.setCoords(c.at(0).val,c.at(1).val);const t=X(e,new M,!1);T.geodeticDistance(this.m_a,this.m_eSquared,i.x,i.y,r.x,r.y,null,null,t,this.m_curveType);const s=t.val+.5*Math.PI;T.geodesicCoordinate(this.m_a,this.m_eSquared,r.x,r.y,n,s,f.at(0),f.at(1)),P.setCoords(f.at(0).val,f.at(1).val)}catch(t){e.error=t,e.hasError=!0}finally{B(e)}}}catch(s){e.error=s,e.hasError=!0}finally{B(e)}}let G=w*I;G>1e5&&(G=1e5),this.m_segmentStep=G}catch(n){e.error=n,e.hasError=!0}finally{B(e)}}setConvergenceOffset(){let e;e=this.m_absDistance>5e4?100:this.m_absDistance>1e4?10:1,this.m_absDistance/e<500&&(e=this.m_absDistance/500),e<.01&&(e=.01),this.m_convergenceOffset=e}}function he(e,t,s,n,i,r,_){if(e.isEmpty())return new Y({vd:e.getDescription()});let y=e;if(m(y)){const e=10*t.getTolerance(0);y=(new re).execute(y,0,e,0,_,12e3)}const b=new ae(_);b.m_sr=t,b.m_gcs=t.getGCS(),b.m_transform=f(t,b.m_gcs,null);const w=N();b.m_gcs.querySpheroidData(w);const C=new l;y.queryEnvelope(C),b.m_a=w.majorSemiAxis,b.m_eSquared=w.e2,b.m_rpu=b.m_gcs.getUnit().getUnitToBaseFactor(),b.m_gcs90=.5*Math.PI/b.m_rpu,b.m_gcs180=Math.PI/b.m_rpu,b.m_gcs360=2*Math.PI/b.m_rpu,b.m_gcs60=b.m_gcs360/6,b.m_q90=d.q90(b.m_a,b.m_eSquared),b.m_ellipticToGeodesicMaxRatio=.5*b.m_a*Math.PI/b.m_q90;const S=b.m_gcs.getTolerance(0);b.m_radTolerance=S*b.m_rpu,4===s?(b.m_curveType=2,b.m_bShapePreserving=!0):(b.m_curveType=s,b.m_bShapePreserving=!1),b.m_distance=n,b.m_absDistance=Math.abs(n),Number.isNaN(i)||i<=0?b.setConvergenceOffset():b.m_convergenceOffset=Math.max(i,.001),b.m_convergenceOffset/=r;let v,D=y.getGeometryType();if(a(D)){const e=new O({vd:y.getDescription()});e.addSegment(y,!0),v=e,D=o.enumPolyline}else if(D===o.enumEnvelope){const e=y,t=new l;e.queryEnvelope(t);const s=F(W(b.m_sr,C,!0));if(t.minDimension()<=s)if(0===t.maxDimension()){const t=new J({vd:y.getDescription()});e.getCenter(t),v=t,D=o.enumPoint}else{const t=new O({vd:y.getDescription()});t.addEnvelope(e,!1),v=t,D=o.enumPolyline}else{const t=new Y({vd:y.getDescription()});t.addEnvelope(e,!1),v=t,D=o.enumPolygon}}else v=y;if(b.setMinCornerStep(),h(D)||b.setMinSegmentStep(),b.m_absDistance<=.5*b.m_convergenceOffset)return D!==o.enumPolygon?new Y({vd:v.getDescription()}):b.m_bShapePreserving?v:g(v,b.m_sr,b.m_curveType,b.m_segmentStep,-1,_);if(b.m_distance<0&&D!==o.enumPolygon)return new Y({vd:v.getDescription()});if(b.m_bShapePreserving&&c(D)){const e=g(v,t,4,Number.NaN,b.m_convergenceOffset,_);v=(new p).execute(e,b.m_transform,_)}else v=(new p).execute(v,b.m_transform,_);if(v=P(v,b.m_gcs),v.isEmpty())return new Y({vd:v.getDescription()});!b.m_bShapePreserving&&c(D)&&(v=x(b.m_rpu,v)),v=fe(v,b.m_gcs);let I=new Y;switch(D){case o.enumPolygon:I=b.bufferPolygon(v);break;case o.enumPolyline:I=b.bufferPolyline(v);break;case o.enumMultiPoint:I=b.bufferMultiPoint(v);break;case o.enumPoint:I=b.bufferPoint(v);break;default:u("")}const G=(new p).execute(I,b.m_transform.getInverse(),_);return G.mergeVertexDescription(v.getDescription()),G}function ce(e,t,s,n,i,r,o,m,a,h,c){const u={stack:[],error:void 0,hasError:!1};try{const l=new $;l.setNAN(),a||c.getPointCount()>0&&(l.setCoordsPoint2D(c.getXY(c.getPointCount()-1)),l.scale(s));const _=X(u,new M,!1),f=X(u,new ee(new M,new M),!1),d=new $,g=new $,p=r.at(-1),P=1/s;for(let s=0;s<r.length;s++){const u=r[s];let x;0===s?x=o:s===r.length-1?x=m:(T.geodeticDistance(e,t,p.x,p.y,u.x,u.y,null,null,_,i),x=_.val-.5*Math.PI),T.geodesicCoordinate(e,t,u.x,u.y,n,x,f.at(0),f.at(1)),a?g.setCoords(f.at(0).val,f.at(1).val):(d.setCoords(f.at(0).val,f.at(1).val),h=_e(u.x,d.x,l.x,h),g.setCoords(h+d.x,d.y),l.setCoordsPoint2D(g)),g.scale(P),c.insertPoint2D(0,-1,g)}return h}catch(l){u.error=l,u.hasError=!0}finally{B(u)}}function ue(e,t,s,n,i,r,o,m,a,h,c,u=Number.NaN,l=Number.NaN){const _={stack:[],error:void 0,hasError:!1};try{if(o-r<m)return h;const f=X(_,new ee(new M,new M),!1),d=new $,g=new $,p=new $;g.setNAN(),a||c.getPointCount()>0&&(g.setCoordsPoint2D(c.getXY(c.getPointCount()-1)),g.scale(s));let P=Math.ceil(r/m),x=P++*m;x===r&&(x=P++*m);let y=r;const b=1/s;for(;x<o+m&&(y<u&&u<x?(x=u,P--):y<l&&l<x&&(x=l,P--),!(x>=o));)T.geodesicCoordinate(e,t,i.x,i.y,n,x,f.at(0),f.at(1)),a?p.setCoords(f.at(0).val,f.at(1).val):(d.setCoords(f.at(0).val,f.at(1).val),h=_e(i.x,d.x,g.x,h),p.setCoords(h+d.x,d.y),g.setCoordsPoint2D(p)),p.scale(b),c.insertPoint2D(0,-1,p),y=x,x=P++*m;return h}catch(f){_.error=f,_.hasError=!0}finally{B(_)}}function le(e,t,s,n,i,r,o,m,a,h,c){const u={stack:[],error:void 0,hasError:!1};try{const s=new $,l=new $,_=X(u,new ee(new M,new M),!1);T.geodesicCoordinate(e,t,i.x,i.y,n,r,_.at(0),_.at(1)),s.setCoords(_.at(0).val,_.at(1).val),T.geodesicCoordinate(e,t,i.x,i.y,n,o,_.at(0),_.at(1)),l.setCoords(_.at(0).val,_.at(1).val);const f=X(u,new M,!1);for(T.geodeticDistance(e,t,m.x,m.y,s.x,s.y,null,f,null,0),h[0]=f.val,T.geodeticDistance(e,t,m.x,m.y,l.x,l.y,null,f,null,0),c[0]=f.val;h[0]<=c[0];)h[0]+=se;for(;h[0]>c[0];)h[0]-=se;for(;h[0]>=a;)h[0]-=se,c[0]-=se;for(;h[0]<a;)h[0]+=se,c[0]+=se}catch(l){u.error=l,u.hasError=!0}finally{B(u)}}function _e(e,t,s,n){if(Number.isNaN(s)){for(;n+t-e>Math.PI;)n-=se;for(;e-(n+t)>Math.PI;)n+=se;return n}return n+t-s>Math.PI?n-=se:s-(n+t)>Math.PI&&(n+=se),n}function fe(e,t){const s=e.getGeometryType();let n;if(n=c(s)?e.getPathCount():s===o.enumMultiPoint?e.getPointCount():1,1===n)return e;const i=[],r=[];for(let o=0;o<n;o++){i.push(o);const n=new $;if(c(s)){const t=new l;e.queryPathEnvelope(o,t),n.assign(t.getCenter())}else n.assign(e.getXY(o));const m=t.toGeohash(n);r.push(m)}i.sort((e,t)=>r[e]<r[t]?-1:r[e]>r[t]?1:0);const m=e.createInstance();for(let o=0;o<n;o++){const t=i[o];c(s)?m.addPath(e,t,!0):m.addPoints(e,t,t+1)}return m}function de(e,t,s,n,i,r){const o={stack:[],error:void 0,hasError:!1};try{if(n>=r)return!1;const m=s[0],a=s.at(-1),h=X(o,new M,!1),c=X(o,new M,!1),u=X(o,new M,!1);T.greatEllipticDistance(e,t,i.x,i.y,m.x,m.y,h,null,null),T.greatEllipticDistance(e,t,i.x,i.y,a.x,a.y,c,null,null),T.greatEllipticDistance(e,t,m.x,m.y,a.x,a.y,u,null,null);let l=Math.min(h.val,c.val)+u.val,_=l+n;if(_<r)return!0;const f=X(o,new M,!1);l=Math.max(h.val,c.val);for(let n=1;n<s.length-1;n++){const r=s[n];T.greatEllipticDistance(e,t,i.x,i.y,r.x,r.y,f,null,null),f.val>l&&(l=f.val)}return _=l+n,_<r}catch(m){o.error=m,o.hasError=!0}finally{B(o)}}function ge(e,t,s,n,i,r,o,m){let a;if(n.length%2==0){const e=n.length>>1,t=n[e],s=n[e-1];a=$.lerp(t,s,.5)}else{a=n[n.length-1>>1].clone()}const h=a.clone(),c=k(e,t,h,75/180*Math.PI);return!!de(e,t,n,i,h,c)&&(null!==r&&(r.setCoordsPoint2D(a),r.scale(1/s)),null!==o&&o.setCoordsPoint2D(h),null!==m&&(m[0]=c),!0)}function pe(e,t,s,n,i,r){const o={stack:[],error:void 0,hasError:!1};try{if(n>=r)return!1;const m=X(o,new M,!1);T.greatEllipticDistance(e,t,i.x,i.y,s.x,s.y,m,null,null);return m.val+n<r}catch(m){o.error=m,o.hasError=!0}finally{B(o)}}function Pe(e,t,s,n,i,r,o,m){const a=k(e,t,n,75/180*Math.PI);return!!pe(e,t,n,i,n,a)&&(null!==r&&(r.setCoordsPoint2D(n),r.scale(1/s)),null!==o&&o.setCoordsPoint2D(n),null!==m&&(m[0]=a),!0)}function xe(e,t){return new z(e,t)}function ye(e){return L(e,0)||V(e,0),e}class be{constructor(e){this.m_bRunningInGnomonic=!1,this.m_bNeedsSimplify=!1,this.m_gnomonic=null,this.m_gnomonicCenterRad=new $,this.m_minGnomonicRadius=Number.NaN,this.m_progressTracker=e}isRunningInGnomonic(){return this.m_bRunningInGnomonic}needsSimplify(){return this.m_bNeedsSimplify}getGnomonic(){return this.m_gnomonic}}class we extends be{constructor(e,t,s){super(e.m_progressTracker),this.m_segIter=null,this.m_bNextSegmentCannotJoin=!1,this.m_currentDensifiedDelta=[0],this.m_currentBufferedDelta=0,this.m_lastAzimuth=0,this.m_startAzimuth=[0],this.m_endAzimuth=[0],this.m_numWinds=0,this.m_debugCounter=0,this.m_bufferHelper=new Y,this.m_densifiedPoints=[],this.m_bufferer=e,this.m_multiPath=t,this.m_densified=s,this.m_bNeedsSimplify=!0;const n=new l;this.m_multiPath.queryEnvelope(n);const i=n.getCenter(),r=i.clone();r.scale(this.m_bufferer.m_rpu),this.m_gnomonic=xe(this.m_bufferer.m_gcs,i),this.m_gnomonicCenterRad=r.clone(),this.m_minGnomonicRadius=k(this.m_bufferer.m_a,this.m_bufferer.m_eSquared,r,75/180*Math.PI)}next(){let e;if(this.m_bNextSegmentCannotJoin)return this.m_bNextSegmentCannotJoin=!1,this.m_segIter.nextSegment(),e=this.m_bufferHelper.clone(),e;if(null===this.m_segIter){if(this.m_segIter=this.m_multiPath.getImpl().querySegmentIterator(),!this.m_segIter.nextPath())return null;null!==this.m_densified&&this.m_densified.addPathPoint2D(null,0,!0)}if(!this.m_segIter.hasNextSegment()){if(!this.m_segIter.nextPath())return null;null!=this.m_densified&&this.m_densified.addPathPoint2D(null,0,!0)}let t=null;this.m_currentBufferedDelta=0,this.m_currentDensifiedDelta=[0],this.m_numWinds=0,this.m_lastAzimuth=Number.NaN,this.m_bNextSegmentCannotJoin=!1,this.m_densifiedPoints.length=0;const s=16;let n=0;const i=new $,r=new $;for(;this.m_segIter.hasNextSegment()&&this.m_numWinds<s;){const e=this.m_segIter.nextSegment();if(i.setCoordsPoint2D(e.getStartXY()),r.setCoordsPoint2D(e.getEndXY()),i.scale(this.m_bufferer.m_rpu),r.scale(this.m_bufferer.m_rpu),A(i,r))i.x=r.x;else if(E(i,r))r.x=i.x;else{let e=-1,t=-1;const s=this.m_segIter.getPathIndex(),n=this.m_multiPath.getPathStart(s),o=this.m_multiPath.getPathEnd(s);if(e=this.m_segIter.getStartPointIndex()-1,t=this.m_segIter.getEndPointIndex()+1,e<n&&(e=this.m_multiPath.isClosedPath(s)?o-1:-1),t>o-1&&(t=this.m_multiPath.isClosedPath(s)?n:-1),-1!==e){const t=this.m_multiPath.getXY(e);t.scale(this.m_bufferer.m_rpu),E(t,i)&&(i.x=t.x)}if(-1!==t){const e=this.m_multiPath.getXY(t);e.scale(this.m_bufferer.m_rpu),A(r,e)&&(r.x=e.x)}}this.m_densifiedPoints.length=0;const s=q(this.m_bufferer.m_a,this.m_bufferer.m_eSquared,this.m_bufferer.m_curveType,i,r,this.m_bufferer.m_segmentStep,Number.NaN,this.m_bufferer.m_radTolerance,this.m_startAzimuth,this.m_endAzimuth,this.m_densifiedPoints,this.m_currentDensifiedDelta);if(0===n)this.m_bRunningInGnomonic=this.isSegmentBufferInCurrentGnomonic(this.m_densifiedPoints),this.m_bRunningInGnomonic||(this.m_bRunningInGnomonic=this.tryUpdateGnomonic(this.m_densifiedPoints));else if(this.m_bRunningInGnomonic){if(!this.isSegmentBufferInCurrentGnomonic(this.m_densifiedPoints)){this.m_segIter.previousSegment(),this.m_segIter.previousSegment(),this.m_segIter.nextSegment();break}}else{if(ge(this.m_bufferer.m_a,this.m_bufferer.m_eSquared,this.m_bufferer.m_rpu,this.m_densifiedPoints,this.m_bufferer.m_absDistance*this.m_bufferer.m_ellipticToGeodesicMaxRatio,null,null,null)){this.m_segIter.previousSegment(),this.m_segIter.previousSegment(),this.m_segIter.nextSegment();break}}if(0===s||R(i,r)?(this.m_bufferHelper.setEmpty(),this.m_bufferer.bufferPoint2D(i,this.m_bRunningInGnomonic,this.m_bufferHelper),this.m_bNextSegmentCannotJoin=!0):(this.m_bufferHelper.setEmpty(),this.m_bNextSegmentCannotJoin=this.checkAndPrepSegmentForCrossingAzimuthsOrPoleWrap(s,this.m_bufferHelper)),this.m_bNextSegmentCannotJoin){this.m_segIter.previousSegment(),this.m_segIter.hasPreviousSegment()?(this.m_segIter.previousSegment(),this.m_segIter.nextSegment()):this.m_segIter.resetToFirstSegment(),null!=this.m_densified&&this.m_densified.insertPointsFromPoints(this.m_densified.getPathCount()-1,-1,this.m_densifiedPoints,0,this.m_densifiedPoints.length-1,!0);break}null!=this.m_densified&&this.m_densified.insertPointsFromPoints(this.m_densified.getPathCount()-1,-1,this.m_densifiedPoints,0,this.m_densifiedPoints.length-1,!0),null===t&&(t=new Y,t.addPathPoint2D(null,0,!0)),this.addJoinAndBufferLeftSide(t),n++}if(this.m_currentDensifiedDelta=[0],n>0){const e=this.m_segIter.getStartPointIndex(),s=this.m_segIter.getPathIndex();for(;n>0;){if(this.m_segIter.previousSegment(),i.setCoordsPoint2D(this.m_multiPath.getXY(this.m_segIter.getStartPointIndex())),r.setCoordsPoint2D(this.m_multiPath.getXY(this.m_segIter.getEndPointIndex())),i.scale(this.m_bufferer.m_rpu),r.scale(this.m_bufferer.m_rpu),this.m_bRunningInGnomonic)if(A(i,r))i.x=r.x;else if(E(i,r))r.x=i.x;else{let e=-1,t=-1;const s=this.m_segIter.getPathIndex(),n=this.m_multiPath.getPathStart(s),o=this.m_multiPath.getPathEnd(s);if(e=this.m_segIter.getStartPointIndex()-1,t=this.m_segIter.getEndPointIndex()+1,e<n&&(e=this.m_multiPath.isClosedPath(s)?o-1:-1),t>o-1&&(t=this.m_multiPath.isClosedPath(s)?n:-1),-1!==e){const t=this.m_multiPath.getXY(e);t.scale(this.m_bufferer.m_rpu),E(t,i)&&(i.x=t.x)}if(-1!==t){const e=this.m_multiPath.getXY(t);e.scale(this.m_bufferer.m_rpu),A(r,e)&&(r.x=e.x)}}this.m_densifiedPoints.length=0,q(this.m_bufferer.m_a,this.m_bufferer.m_eSquared,this.m_bufferer.m_curveType,r,i,this.m_bufferer.m_segmentStep,Number.NaN,this.m_bufferer.m_radTolerance,this.m_startAzimuth,this.m_endAzimuth,this.m_densifiedPoints,this.m_currentDensifiedDelta),this.addJoinAndBufferLeftSide(t),n--}return i.setCoordsPoint2D(this.m_multiPath.getXY(this.m_segIter.getStartPointIndex())),i.scale(this.m_bufferer.m_rpu),this.m_currentBufferedDelta=ue(this.m_bufferer.m_a,this.m_bufferer.m_eSquared,this.m_bufferer.m_rpu,this.m_bufferer.m_absDistance,i,this.m_lastAzimuth+.5*Math.PI,this.m_lastAzimuth+1.5*Math.PI,this.m_bufferer.m_cornerStep,this.m_bRunningInGnomonic,this.m_currentBufferedDelta,t),this.m_segIter.resetToVertex(e,s),this.m_segIter.nextSegment(),t}return this.m_bNextSegmentCannotJoin=!1,this.m_segIter.nextSegment(),e=this.m_bufferHelper.clone(),e}isSegmentBufferInCurrentGnomonic(e){return null!==this.m_gnomonic&&de(this.m_bufferer.m_a,this.m_bufferer.m_eSquared,e,this.m_bufferer.m_absDistance*this.m_bufferer.m_ellipticToGeodesicMaxRatio,this.m_gnomonicCenterRad,this.m_minGnomonicRadius)}tryUpdateGnomonic(e){const t=new $,s=new $,n=[0];return ge(this.m_bufferer.m_a,this.m_bufferer.m_eSquared,this.m_bufferer.m_rpu,e,this.m_bufferer.m_absDistance*this.m_bufferer.m_ellipticToGeodesicMaxRatio,t,s,n)?(this.m_gnomonicCenterRad.setCoordsPoint2D(s),this.m_minGnomonicRadius=n[0],this.m_gnomonic=xe(this.m_bufferer.m_gcs,t),!0):(this.m_gnomonic=null,!1)}checkAndPrepSegmentForCrossingAzimuthsOrPoleWrap(e,t){return this.m_bufferer.checkAndPrepSegmentForCrossingAzimuthsOrPoleWrap(this.m_densifiedPoints,e,this.m_startAzimuth[0],this.m_endAzimuth[0],this.m_bRunningInGnomonic,t)}addJoinAndBufferLeftSide(e){const t=this.m_densifiedPoints[0];let s=Number.NaN,n=this.m_startAzimuth[0]-te;const i=this.m_endAzimuth[0]+te;let r=!1;if(!Number.isNaN(this.m_lastAzimuth)){this.m_lastAzimuth>=this.m_startAzimuth[0]?(s=this.m_lastAzimuth+te,n=s+Math.PI-(this.m_lastAzimuth-this.m_startAzimuth[0])):(s=this.m_lastAzimuth+te,n=s+Math.PI-(se-(this.m_startAzimuth[0]-this.m_lastAzimuth))),r=!(this.m_lastAzimuth>=this.m_startAzimuth[0]&&this.m_lastAzimuth-this.m_startAzimuth[0]<=Math.PI)&&!(this.m_lastAzimuth<this.m_startAzimuth[0]&&this.m_startAzimuth[0]-this.m_lastAzimuth>=Math.PI);let i=!1;if(Math.abs(n-s)<=.5*this.m_bufferer.m_cornerStep&&(r||(i=!0)),i){if(e.removePointFromPath(0,e.getPointCount()-1),!this.m_bRunningInGnomonic){const t=new $;t.setCoordsPoint2D(e.getXY(e.getPointCount()-1)),t.scale(this.m_bufferer.m_rpu),t.x-this.m_currentBufferedDelta<-Math.PI?this.m_currentBufferedDelta-=se:t.x-this.m_currentBufferedDelta>Math.PI&&(this.m_currentBufferedDelta+=se)}n=.5*(n+s)}else if(r){const s=new $;s.setCoordsPoint2D(t),s.scale(1/this.m_bufferer.m_rpu),e.insertPoint2D(0,-1,s)}else ue(this.m_bufferer.m_a,this.m_bufferer.m_eSquared,this.m_bufferer.m_rpu,this.m_bufferer.m_absDistance,this.m_densifiedPoints[0],s,n,this.m_bufferer.m_cornerStep,this.m_bRunningInGnomonic,this.m_currentBufferedDelta,e)}this.m_startAzimuth[0]!==this.m_lastAzimuth&&this.m_numWinds++,ce(this.m_bufferer.m_a,this.m_bufferer.m_eSquared,this.m_bufferer.m_rpu,this.m_bufferer.m_absDistance,this.m_bufferer.m_curveType,this.m_densifiedPoints,n,i,this.m_bRunningInGnomonic,this.m_currentBufferedDelta,e),this.m_lastAzimuth=this.m_endAzimuth[0]}}class Ce extends be{constructor(e,t){super(e.m_progressTracker),this.m_pointIndex=-1,this.m_bufferer=e,this.m_multiPoint=t,this.m_bNeedsSimplify=!1;const s=new l;this.m_multiPoint.queryEnvelope(s);const n=s.getCenter(),i=n.clone();i.scale(this.m_bufferer.m_rpu),this.m_gnomonic=xe(this.m_bufferer.m_gcs,n),this.m_gnomonicCenterRad=i.clone(),this.m_minGnomonicRadius=k(this.m_bufferer.m_a,this.m_bufferer.m_eSquared,i,75/180*Math.PI)}next(){if(this.m_bNeedsSimplify=!1,++this.m_pointIndex===this.m_multiPoint.getPointCount())return null;const e=this.m_multiPoint.getXY(this.m_pointIndex);e.scale(this.m_bufferer.m_rpu),this.m_bRunningInGnomonic=this.isPointBufferInCurrentGnomonic(e),this.m_bRunningInGnomonic||(this.m_bRunningInGnomonic=this.tryUpdateGnomonic(e));const t=new Y,s=this.m_bufferer.bufferPoint2D(e,this.m_bRunningInGnomonic,t);return this.m_bNeedsSimplify=s,t}isPointBufferInCurrentGnomonic(e){return null!==this.m_gnomonic&&pe(this.m_bufferer.m_a,this.m_bufferer.m_eSquared,e,this.m_bufferer.m_absDistance*this.m_bufferer.m_ellipticToGeodesicMaxRatio,this.m_gnomonicCenterRad,this.m_minGnomonicRadius)}tryUpdateGnomonic(e){const t=new $,s=new $,n=[0];return Pe(this.m_bufferer.m_a,this.m_bufferer.m_eSquared,this.m_bufferer.m_rpu,e,this.m_bufferer.m_absDistance*this.m_bufferer.m_ellipticToGeodesicMaxRatio,t,s,n)?(this.m_gnomonicCenterRad.setCoordsPoint2D(s),this.m_minGnomonicRadius=n[0],this.m_gnomonic=xe(this.m_bufferer.m_gcs,t),!0):(this.m_gnomonic=null,!1)}}class Se{getOperatorType(){return 10110}supportsCurves(){return!0}accelerateGeometry(e,t,s){return!1}canAccelerateGeometry(e){return!1}executeMany(e,t,s,n,i,r,o,m){if(o){const o=new ve(e,t,s,n,i,!1,r,m);return(new _).executeMany(o,t,m)}return new ve(e,t,s,n,i,!1,r,m)}execute(e,s,n,i,r,o,m){const a=new oe([e]),h=[i],c=this.executeMany(a,s,n,h,r,!1,o,m).next();return c||t("geodesic buffer null output"),c}}class ve extends e{constructor(e,t,i,r,o,m,a,h){super(),this.m_currentUnionEnvelope2D=new l,this.m_index=-1,this.m_dindex=-1,this.m_progressTracker=h,m&&s(""),t||n("");0===t.getCoordinateSystemType()&&n(""),this.m_inputGeoms=e,this.m_spatialReference=t,this.m_curveType=i,this.m_distances=r,this.m_convergenceOffset=o,this.m_bOutlineOnly=m,this.m_bUnion=a}next(){let e;for(;e=this.m_inputGeoms.next();)return i(e),this.m_index=this.m_inputGeoms.getGeometryID(),this.m_dindex+1<this.m_distances.length&&this.m_dindex++,this.geodesicBuffer(e,this.m_distances[this.m_dindex]);return null}getGeometryID(){return this.m_index}tock(){return!0}getRank(){return 1}geodesicBuffer(e,t){return me(e,this.m_spatialReference,this.m_curveType,t,this.m_convergenceOffset,this.m_progressTracker)}}export{Se as OperatorGeodesicBuffer};