/*
All material copyright ESRI, All Rights Reserved, unless otherwise specified.
See https://js.arcgis.com/4.25/esri/copyright.txt for details.
*/
import n from"../core/Error.js";import{clamp as e,deg2rad as t,rad2deg as r,asinClamped as l}from"../core/mathUtils.js";import{isNone as u,unwrap as o,isSome as s}from"../core/maybe.js";import{throwIfAborted as i,waitTick as a}from"../core/promiseUtils.js";import{getMetersPerUnitForSR as c}from"../core/unitUtils.js";import{trackAccess as E}from"../core/accessorSupport/tracking.js";import{SimpleObservable as C}from"../core/accessorSupport/tracking/SimpleObservable.js";import{f as R,i as f,t as A}from"../chunks/mat4.js";import{c as _,a as S,b as P,n as p,l as L,s as O}from"../chunks/vec3.js";import{c as M}from"../chunks/vec3f64.js";import N from"./Extent.js";import G from"./Multipoint.js";import{l as h,p as W,i as m}from"../chunks/pe.js";import T from"./Point.js";import F from"./Polygon.js";import I from"./Polyline.js";import{SphericalECEFSpatialReference as d,WGS84ECEFSpatialReference as H,SphericalPCPFMars as g,SphericalPCPFMoon as B}from"./projectionEllipsoid.js";import{copy as j}from"./support/aaBoundingRect.js";import{earth as y,moon as w,mars as U}from"./support/Ellipsoid.js";import{earthEllipsoidConstants as x}from"./support/geodesicConstants.js";import K from"./support/GeographicTransformation.js";import{equals as b,isValid as k,isWGS84 as z,isWebMercator as v,isPlateCarree as q,isMars as Z,isMoon as V}from"./support/spatialReferenceUtils.js";import{SupportedGCSWkids as X}from"./support/SupportedGCSWkids.js";import{getGeometryZScaler as D}from"./support/zscale.js";let J=null,Q=null,Y=null,$={};const nn=new C;function en(){return!!J&&m()}function tn(n){return u(Y)&&(Y=Promise.all([h(),import("../chunks/geometryEngineBase.js").then((n=>n.g)),import("./geometryAdapters/hydrated.js")])),Y.then((([,e,{hydratedAdapter:t}])=>{i(n),Q=t,J=e.default,J._enableProjection(W),nn.notify()}))}function rn(n,e,t=null,r=null){return Array.isArray(n)?0===n.length?[]:ln(Q,n,n[0].spatialReference,e,t,r):ln(Q,[n],n.spatialReference,e,t,r)[0]}function ln(n,e,t,r,l=null,i=null){if(u(t)||u(r))return e;if(An(t,r,l))return e.map((n=>o(Pn(n,t,r))));if(u(l)){const n=K.cacheKey(t,r);void 0!==$[n]?l=$[n]:(l=sn(t,r,void 0),u(l)&&(l=new K),$[n]=l)}if(u(J)||u(n))throw new cn;return s(i)?J._project(n,e,t,r,l,i):J._project(n,e,t,r,l)}function un(n,e){const t=on([n],e);return s(t.pending)?{pending:t.pending,geometry:null}:s(t.geometries)?{pending:null,geometry:t.geometries[0]}:{pending:null,geometry:null}}function on(n,e){if(!en())for(const t of n)if(s(t)&&!b(t.spatialReference,e)&&k(t.spatialReference)&&k(e)&&!An(t.spatialReference,e))return E(nn),{pending:tn(),geometries:null};return{pending:null,geometries:n.map((n=>u(n)?null:b(n.spatialReference,e)?n:k(n.spatialReference)&&k(e)?fn(n,e):null))}}function sn(n,e,t=null){if(u(n)||u(e))return null;if(u(J)||u(Q))throw new cn;const r=J._getTransformation(Q,n,e,t,t?.spatialReference);return null!==r?K.fromGE(r):null}function an(n,e,t=null){if(u(J)||u(Q))throw new cn;const r=J._getTransformationBySuitability(Q,n,e,t,t?.spatialReference);if(null!==r){const n=[];for(const e of r)n.push(K.fromGE(e));return n}return[]}class cn extends n{constructor(){super("projection:not-loaded","projection engine not fully loaded yet, please call load()")}}var En;function Cn(){J=null,Q=null,Y=null,$={}}!function(n){n[n.UNKNOWN=0]="UNKNOWN",n[n.SPHERICAL_ECEF=1]="SPHERICAL_ECEF",n[n.WGS84=2]="WGS84",n[n.WEB_MERCATOR=3]="WEB_MERCATOR",n[n.WGS84_ECEF=4]="WGS84_ECEF",n[n.CGCS2000=5]="CGCS2000",n[n.WGS84_COMPARABLE_LON_LAT=6]="WGS84_COMPARABLE_LON_LAT",n[n.SPHERICAL_MARS_PCPF=7]="SPHERICAL_MARS_PCPF",n[n.GCSMARS2000=8]="GCSMARS2000",n[n.SPHERICAL_MOON_PCPF=9]="SPHERICAL_MOON_PCPF",n[n.GCSMOON2000=10]="GCSMOON2000",n[n.LON_LAT=11]="LON_LAT",n[n.PLATE_CARREE=12]="PLATE_CARREE"}(En||(En={}));const Rn={get loadPromise(){return Y}};function fn(n,e){try{const t=rn(n,e);if(null==t)return null;"xmin"in n&&"xmin"in t&&(t.zmin=n.zmin,t.zmax=n.zmax);const 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de(n,e,t=ge()){return u(n)||u(e)?null:He(n,e,t).projector}function He(n,e,t){if(u(n)||u(e)||t.source.spatialReference===n&&t.dest.spatialReference===e)return t;const r=Jn(n,t.source),l=Jn(e,t.dest);return r===En.UNKNOWN&&l===En.UNKNOWN?b(n,e)?t.projector=Qn:t.projector=null:t.projector=Ie[r][l],t}function ge(){return{source:{spatialReference:null,spatialReferenceId:En.UNKNOWN,metersPerUnit:1},dest:{spatialReference:null,spatialReferenceId:En.UNKNOWN,metersPerUnit:1},projector:Qn}}const Be={spatialReference:null,spatialReferenceId:En.UNKNOWN},je={spatialReference:null,spatialReferenceId:En.UNKNOWN},ye=ge(),we=ge(),Ue=t(1),xe=r(1),Ke=M(),be=M(),ke=M(),ze=M(),ve=M();export{Re as canProjectToWGS84ComparableLonLat,An as canProjectWithoutEngine,Xn as computeENUToSphericalPCPFLocalRotation,Dn as computeSphericalPCPFToENULocalRotation,Zn as computeTranslationToOriginAndRotation,Sn as getProjectorName,sn as getTransformation,an as getTransformations,_n as initializeProjection,en as isLoaded,tn as load,qn as localLinearScaleFactors,fe as lonLatToSphericalPCPF,ee as lonLatToWebMercatorComparable,rn as project,vn as projectBoundingRect,kn as projectBoundingSphere,xn as projectBuffer,Kn as projectDirection,Fn as projectExtent,ln as projectMany,On as projectMultipoint,un as projectOrLoad,on as projectOrLoadMany,pn as projectPoint,gn as projectPointToVector,yn as projectPointToWGS84ComparableLonLat,mn as projectPolygon,Wn as projectPolygonToWGS84ComparableLonLat,Nn as projectPolyline,hn as projectPolylineToWGS84ComparableLonLat,Hn as projectVectorToDehydratedPoint,dn as projectVectorToPoint,jn as projectVectorToVector,wn as projectVectorToWGS84ComparableLonLat,Pn as projectWithoutEngine,Bn as projectXYZToVector,pe as sphericalPCPFtoLonLatElevation,Rn as test,fn as tryProjectWithZConversion,Cn as unload};