/**
 * SmartEarth WebSDK - https://websdk.terra-it.cn
 * Version 5.4.1
 */

import{a as _}from"./chunk-5PNG4QKZ.js";import{a as te}from"./chunk-FVZBCGC7.js";import{a as ie,b as j,f as Z,g as fe}from"./chunk-RQCJJCAO.js";import{b as e,c as se,d as ee,f as O}from"./chunk-UMC5CP2H.js";import{a as Q}from"./chunk-72V3KRTJ.js";import{a as le}from"./chunk-VJ26MOOM.js";import{e as $}from"./chunk-E3YQ3WWZ.js";var Ee={ROUNDED:0,MITERED:1,BEVELED:2},G=Object.freeze(Ee);var me={};function P(r,n){if(!$(r))throw new le("identifier is required.");$(me[r])||(me[r]=!0,console.warn(n??r))}P.geometryOutlines="Entity geometry outlines are unsupported on terrain. Outlines will be disabled. 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Ie(r,n){let a=r.length,o=new Array(a*6),t=0,c=n.x+n.width/2,f=n.y+n.height/2,l=r[0];o[t++]=l.x-c,o[t++]=0,o[t++]=l.y-f;for(let m=1;m<a;m++){l=r[m];let s=l.x-c,S=l.y-f;o[t++]=s,o[t++]=0,o[t++]=S,o[t++]=s,o[t++]=0,o[t++]=S}return l=r[0],o[t++]=l.x-c,o[t++]=0,o[t++]=l.y-f,o}function de(r,n){let a=r.length,o=new Array(a*3),t=0,c=n.x+n.width/2,f=n.y+n.height/2;for(let l=0;l<a;l++)o[t++]=r[l].x-c,o[t++]=0,o[t++]=r[l].y-f;return o}var ge=new Z,ye=new e,we=new O;function pe(r,n,a,o,t,c,f,l,m,s){let S=e.angleBetween(e.subtract(n,r,I),e.subtract(a,r,W)),d=o===G.BEVELED?0:Math.ceil(S/Q.toRadians(5)),x;t?x=O.fromQuaternion(Z.fromAxisAngle(e.negate(r,I),S/(d+1),ge),we):x=O.fromQuaternion(Z.fromAxisAngle(r,S/(d+1),ge),we);let i,g;if(n=e.clone(n,ye),d>0){let D=s?2:1;for(let y=0;y<d;y++)n=O.multiplyByVector(x,n,n),i=e.subtract(n,r,I),i=e.normalize(i,i),t||(i=e.negate(i,i)),g=c.scaleToGeodeticSurface(n,W),f=v(g,i,l,f,c,m,1,D)}else i=e.subtract(n,r,I),i=e.normalize(i,i),t||(i=e.negate(i,i)),g=c.scaleToGeodeticSurface(n,W),f=v(g,i,l,f,c,m,1,1),a=e.clone(a,ye),i=e.subtract(a,r,I),i=e.normalize(i,i),t||(i=e.negate(i,i)),g=c.scaleToGeodeticSurface(a,W),f=v(g,i,l,f,c,m,1,1);return f}R.removeDuplicatesFromShape=function(r){let n=r.length,a=[];for(let o=n-1,t=0;t<n;o=t++){let c=r[o],f=r[t];ee.equals(c,f)||a.push(f)}return a};R.angleIsGreaterThanPi=function(r,n,a,o){let t=new te(a,o),c=t.projectPointOntoPlane(e.add(a,r,X),X),f=t.projectPointOntoPlane(e.add(a,n,Y),Y);return f.x*c.y-f.y*c.x>=0};var Le=new e,qe=new e;R.computePositions=function(r,n,a,o,t){let c=o._ellipsoid,f=De(r,c),l=o._granularity,m=o._cornerType,s=t?Ie(n,a):de(n,a),S=t?de(n,a):void 0,d=a.height/2,x=a.width/2,i=r.length,g=[],D=t?[]:void 0,y=Se,b=Te,h=Be,E=Ce,B=ze,C=Ae,z=be,u=Oe,T=ve,p=r[0],M=r[1];E=c.geodeticSurfaceNormal(p,E),y=e.subtract(M,p,y),y=e.normalize(y,y),u=e.cross(E,y,u),u=e.normalize(u,u);let N=f[0],A=f[1];t&&(D=v(p,u,S,D,c,N+d,1,1)),T=e.clone(p,T),p=M,b=e.negate(y,b);let V,F;for(let U=1;U<i-1;U++){let ae=t?2:1;if(M=r[U+1],p.equals(M)){ue("Positions are too close and are considered equivalent with rounding error.");continue}y=e.subtract(M,p,y),y=e.normalize(y,y),E=c.geodeticSurfaceNormal(p,E);let L=e.multiplyByScalar(E,e.dot(y,E),Le);e.subtract(y,L,L),e.normalize(L,L);let q=e.multiplyByScalar(E,e.dot(b,E),qe);if(e.subtract(b,q,q),e.normalize(q,q),!Q.equalsEpsilon(Math.abs(e.dot(L,q)),1,Q.EPSILON7)){h=e.add(y,b,h),h=e.normalize(h,h),h=e.cross(h,E,h),h=e.cross(E,h,h),h=e.normalize(h,h);let k=1/Math.max(.25,e.magnitude(e.cross(h,b,I))),K=R.angleIsGreaterThanPi(y,b,p,c);K?(B=e.add(p,e.multiplyByScalar(h,k*x,h),B),C=e.add(B,e.multiplyByScalar(u,x,C),C),w[0]=e.clone(T,w[0]),w[1]=e.clone(C,w[1]),V=ne(w,N+d,A+d,l),F=_.generateArc({positions:w,granularity:l,ellipsoid:c}),g=ce(F,u,s,g,c,V,1),u=e.cross(E,y,u),u=e.normalize(u,u),z=e.add(B,e.multiplyByScalar(u,x,z),z),m===G.ROUNDED||m===G.BEVELED?pe(B,C,z,m,K,c,g,s,A+d,t):(h=e.negate(h,h),g=v(p,h,s,g,c,A+d,k,ae)),T=e.clone(z,T)):(B=e.add(p,e.multiplyByScalar(h,k*x,h),B),C=e.add(B,e.multiplyByScalar(u,-x,C),C),w[0]=e.clone(T,w[0]),w[1]=e.clone(C,w[1]),V=ne(w,N+d,A+d,l),F=_.generateArc({positions:w,granularity:l,ellipsoid:c}),g=ce(F,u,s,g,c,V,1),u=e.cross(E,y,u),u=e.normalize(u,u),z=e.add(B,e.multiplyByScalar(u,-x,z),z),m===G.ROUNDED||m===G.BEVELED?pe(B,C,z,m,K,c,g,s,A+d,t):g=v(p,h,s,g,c,A+d,k,ae),T=e.clone(z,T)),b=e.negate(y,b)}else g=v(T,u,s,g,c,N+d,1,1),T=p;N=A,A=f[U+1],p=M}w[0]=e.clone(T,w[0]),w[1]=e.clone(p,w[1]),V=ne(w,N+d,A+d,l),F=_.generateArc({positions:w,granularity:l,ellipsoid:c}),g=ce(F,u,s,g,c,V,1),t&&(D=v(p,u,S,D,c,A+d,1,1)),i=g.length;let xe=t?i+D.length:i,J=new Float64Array(xe);return J.set(g),t&&J.set(D,i),J};var ct=R;export{G as a,ue as b,ct as c};