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- /*
- All material copyright ESRI, All Rights Reserved, unless otherwise specified.
- See https://js.arcgis.com/4.24/esri/copyright.txt for details.
- */
- import"../geometry.js";import{open as n}from"../core/workers/workers.js";import t from"./Point.js";import{fromJSON as r}from"./support/jsonUtils.js";function e(n){return Array.isArray(n)?n[0]?.spatialReference:n?.spatialReference}function i(n){return n?Array.isArray(n)?n.map(i):n.toJSON?n.toJSON():n:n}function o(n){return Array.isArray(n)?n.map((n=>r(n))):r(n)}function a(n,t){let r;return Array.isArray(n)?r=n:(r=[],r.push(n),null!=t&&r.push(t)),r}let c;async function u(){return c||(c=n("geometryEngineWorker",{strategy:"distributed"})),c}async function s(n,t){return(await u()).invoke("executeGEOperation",{operation:n,parameters:i(t)})}function f(n){return s("extendedSpatialReferenceInfo",[n])}async function l(n,t){return o(await s("clip",[e(n),n,t]))}async function y(n,t){return o(await s("cut",[e(n),n,t]))}function p(n,t){return s("contains",[e(n),n,t])}function w(n,t){return s("crosses",[e(n),n,t])}function m(n,t,r){return s("distance",[e(n),n,t,r])}function d(n,t){return s("equals",[e(n),n,t])}function g(n,t){return s("intersects",[e(n),n,t])}function A(n,t){return s("touches",[e(n),n,t])}function x(n,t){return s("within",[e(n),n,t])}function S(n,t){return s("disjoint",[e(n),n,t])}function O(n,t){return s("overlaps",[e(n),n,t])}function h(n,t,r){return s("relate",[e(n),n,t,r])}function J(n){return s("isSimple",[e(n),n])}async function N(n){return o(await s("simplify",[e(n),n]))}async function R(n,t=!1){return o(await s("convexHull",[e(n),n,t]))}async function E(n,t){return o(await s("difference",[e(n),n,t]))}async function j(n,t){return o(await s("symmetricDifference",[e(n),n,t]))}async function k(n,t){return o(await s("intersect",[e(n),n,t]))}async function I(n,t=null){const r=a(n,t);return o(await s("union",[e(r),r]))}async function v(n,t,r,i,a,c){return o(await s("offset",[e(n),n,t,r,i,a,c]))}async function V(n,t,r,i=!1){const a=[e(n),n,t,r,i];return o(await s("buffer",a))}async function b(n,t,r,i,a,c){const u=[e(n),n,t,r,i,a,c];return o(await s("geodesicBuffer",u))}async function z(n,r,i=!0){const o=await s("nearestCoordinate",[e(n),n,r,i]);return{...o,coordinate:t.fromJSON(o.coordinate)}}async function D(n,r){const i=await s("nearestVertex",[e(n),n,r]);return{...i,coordinate:t.fromJSON(i.coordinate)}}async function H(n,r,i,o){return(await s("nearestVertices",[e(n),n,r,i,o])).map((n=>({...n,coordinate:t.fromJSON(n.coordinate)})))}function L(n){return"xmin"in n?n.center:"x"in n?n:n.extent.center}async function q(n,t,r){if(null==n)throw new Error("Illegal Argument Exception");const e=n.spatialReference;r=r??L(n);const i=n.constructor.fromJSON(await s("rotate",[e,n,t,r]));return i.spatialReference=e,i}async function B(n,t){if(null==n)throw new Error("Illegal Argument Exception");const r=n.spatialReference;t=t??L(n);const e=n.constructor.fromJSON(await s("flipHorizontal",[r,n,t]));return e.spatialReference=r,e}async function C(n,t){if(null==n)throw new Error("Illegal Argument Exception");const r=n.spatialReference;t=t??L(n);const e=n.constructor.fromJSON(await s("flipVertical",[r,n,t]));return e.spatialReference=r,e}async function G(n,t,r,i){return o(await s("generalize",[e(n),n,t,r,i]))}async function P(n,t,r){return o(await s("densify",[e(n),n,t,r]))}async function U(n,t,r,i=0){return o(await s("geodesicDensify",[e(n),n,t,r,i]))}function W(n,t){return s("planarArea",[e(n),n,t])}function F(n,t){return s("planarLength",[e(n),n,t])}function K(n,t,r){return s("geodesicArea",[e(n),n,t,r])}function M(n,t,r){return s("geodesicLength",[e(n),n,t,r])}export{V as buffer,l as clip,p as contains,R as convexHull,w as crosses,y as cut,P as densify,E as difference,S as disjoint,m as distance,d as equals,f as extendedSpatialReferenceInfo,B as flipHorizontal,C as flipVertical,G as generalize,K as geodesicArea,b as geodesicBuffer,U as geodesicDensify,M as geodesicLength,k as intersect,g as intersects,J as isSimple,z as nearestCoordinate,D as nearestVertex,H as nearestVertices,v as offset,O as overlaps,W as planarArea,F as planarLength,h as relate,q as rotate,N as simplify,j as symmetricDifference,A as touches,I as union,x as within};
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