weatherlayers-gl/dist/weatherlayers-deck.min.cjs

WeatherLayers GL - Weather Visualization Layers for deck.gl

/*!
 * Copyright (c) 2021-2026 WeatherLayers.com
 *
 * WeatherLayers GL 2026.5.1
 *
 * Package and source code is dual-licensed, the choice of license is MPL-2.0 or our License Terms of Use. Contact support@weatherlayers.com for details.
 *
 * Homepage - https://weatherlayers.com/
 * Demo - https://demo.weatherlayers.com/
 * Docs - https://docs.weatherlayers.com/
 * WeatherLayers GL License Terms of Use - https://weatherlayers.com/license-terms-of-use.html
 */

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ht={name:"palette",vs:ut,fs:ut,uniformTypes:{[dt]:"vec2<f32>",[mt]:"vec4<f32>"},getUniforms:function(e={}){return{[pt]:e.paletteTexture,[dt]:e.paletteBounds??[0,0],[mt]:e.paletteColor?Le(e.paletteColor):[0,0,0,0]}}},Ct={imageTexture:{type:"object",value:null},imageTexture2:{type:"object",value:null},imageSmoothing:{type:"number",value:0},imageInterpolation:{type:"object",value:Z.CUBIC},imageWeight:{type:"number",value:0},imageType:{type:"object",value:R.SCALAR},imageUnscale:{type:"array",value:null},imageMinValue:{type:"object",value:null},imageMaxValue:{type:"object",value:null},bounds:{type:"array",value:[-180,-90,180,90],compare:!0},minZoom:{type:"object",value:null},maxZoom:{type:"object",value:null},palette:{type:"object",value:null},borderEnabled:{type:"boolean",value:!1},borderWidth:{type:"number",value:1},borderColor:{type:"color",value:B},gridEnabled:{type:"boolean",value:!1},gridSize:{type:"number",value:1},gridColor:{type:"color",value:B}};class It extends n.BitmapLayer{getShaders(){const e=super.getShaders();return{...e,vs:e.vs.replaceAll("bitmap.coordinateConversion",`bitmap2.${ze}`),fs:"#version 300 es\n#define SHADER_NAME  raster-bitmap-layer-fragment-shader\n#ifdef GL_ES\nprecision highp float;\n#endif\nvec4 AG(sampler2D AH,vec2 AI,vec2 AJ,vec2 AK){\nvec2 uv=(AJ+AK+0.5)/AI;\nreturn texture(AH,uv);\n}\nconst vec4 AL=vec4(3.,-6.,0.,4.)/6.;\nconst vec4 AM=vec4(-1.,6.,-12.,8.)/6.;\nvec4 AN(float J){\nreturn vec4(J*J*J,J*J,J,1.);\n}\nvec4 AO(vec4 AP,vec4 AQ,vec4 AR,vec4 AS,float AT){\nvec4 O=AP*dot(AM,AN(AT+1.))+AQ*dot(AL,AN(AT))+AR*dot(AL,AN(1.-AT))+AS*dot(AM,AN(2.-AT));\nO.a=(AP.a>0.&&AQ.a>0.&&AR.a>0.&&AS.a>0.)?max(max(max(AP.a,AQ.a),AR.a),AS.a):0.;\nreturn O;\n}\nvec4 AU(sampler2D AH,vec2 AI,vec2 uv){\nvec2 AV=uv*AI-0.5;\nvec2 AJ=floor(AV);\nvec2 AW=fract(AV);\nreturn AO(AO(AG(AH,AI,AJ,vec2(-1,-1)),AG(AH,AI,AJ,vec2(0,-1)),AG(AH,AI,AJ,vec2(1,-1)),AG(AH,AI,AJ,vec2(2,-1)),AW.x),AO(AG(AH,AI,AJ,vec2(-1,0)),AG(AH,AI,AJ,vec2(0,0)),AG(AH,AI,AJ,vec2(1,0)),AG(AH,AI,AJ,vec2(2,0)),AW.x),AO(AG(AH,AI,AJ,vec2(-1,1)),AG(AH,AI,AJ,vec2(0,1)),AG(AH,AI,AJ,vec2(1,1)),AG(AH,AI,AJ,vec2(2,1)),AW.x),AO(AG(AH,AI,AJ,vec2(-1,2)),AG(AH,AI,AJ,vec2(0,2)),AG(AH,AI,AJ,vec2(1,2)),AG(AH,AI,AJ,vec2(2,2)),AW.x),AW.y);\n}\nvec4 AX(sampler2D AH,vec2 AI,vec2 uv){\nvec2 AV=uv*AI-0.5;\nvec2 AJ=floor(AV);\nvec2 AW=fract(AV);\nreturn mix(mix(AG(AH,AI,AJ,vec2(0,0)),AG(AH,AI,AJ,vec2(1,0)),AW.x),mix(AG(AH,AI,AJ,vec2(0,1)),AG(AH,AI,AJ,vec2(1,1)),AW.x),AW.y);\n}\nvec4 AY(sampler2D AH,vec2 AI,vec2 uv){\nvec2 AV=uv*AI-0.5;\nvec2 AJ=floor(AV+0.5);\nreturn AG(AH,AI,AJ,vec2(0,0));\n}\nvec4 AZ(sampler2D AH,vec2 AI,float a,vec2 uv){\nif(a==2.){\nreturn AU(AH,AI,uv);\n}\nif(a==1.){\nreturn AX(AH,AI,uv);\n}\nelse{\nreturn AY(AH,AI,uv);\n}\n}\nvec4 Aa(sampler2D AH,sampler2D Ab,vec2 AI,float a,float b,bool B,vec2 uv){\nvec2 Ac;\nAc.x=B?uv.x+0.5/AI.x:mix(0.+0.5/AI.x,1.-0.5/AI.x,uv.x);\nAc.y=mix(0.+0.5/AI.y,1.-0.5/AI.y,uv.y);\nif(b>0.){\nvec4 Ad=AZ(AH,AI,a,Ac);\nvec4 Ae=AZ(Ab,AI,a,Ac);\nreturn mix(Ad,Ae,b);\n}\nelse{\nreturn AZ(AH,AI,a,Ac);\n}\n}\nvec4 Af(sampler2D AH,sampler2D Ab,vec2 Y,float Z,float a,float b,bool B,vec2 uv){\nfloat Ag=1.+max(0.,Z);\nvec2 AI=Y/Ag;\nreturn Aa(AH,Ab,AI,a,b,B,uv);\n}\nconst float Ah=3.1415926536;\nfloat Ai(float K,float J){\nreturn J==0.?sign(K)*Ah/2.:atan(K,J);\n}\nbool Aj(float q){\nuint Ak=floatBitsToUint(q);\nreturn(Ak&0x7fffffffu)>0x7f800000u;\n}\nbool Al(vec4 Ad,vec2 d){\nif(d[0]<d[1]){\nreturn Ad.a>=1.;\n}\nelse{\nreturn!Aj(Ad.x);\n}\n}\nfloat Am(vec4 Ad,float c,vec2 d){\nif(c==1.){\nreturn 0.;\n}\nelse{\nif(d[0]<d[1]){\nreturn mix(d[0],d[1],Ad.x);\n}\nelse{\nreturn Ad.x;\n}\n}\n}\nvec2 An(vec4 Ad,float c,vec2 d){\nif(c==1.){\nif(d[0]<d[1]){\nreturn mix(vec2(d[0]),vec2(d[1]),Ad.xy);\n}\nelse{\nreturn Ad.xy;\n}\n}\nelse{\nreturn vec2(0.);\n}\n}\nfloat Ao(vec4 Ad,float c,vec2 d){\nif(c==1.){\nvec2 q=An(Ad,c,d);\nreturn length(q);\n}\nelse{\nreturn Am(Ad,c,d);\n}\n}\nfloat Ap(vec4 Ad,float c,vec2 d){\nif(c==1.){\nvec2 q=An(Ad,c,d);\nreturn mod((360.-(Ai(q.y,q.x)/Ah*180.+180.))-270.,360.)/360.;\n}\nelse{\nreturn 0.;\n}\n}\nin vec2 vTexCoord;\nin vec2 vTexPos;\nout vec4 fragColor;\nvoid main(void){\nvec2 uv=S(vTexCoord,vTexPos);\nvec4 Ad=Af(W,X,raster.Y,raster.Z,raster.a,raster.b,bitmap2.B,uv);\nif(!Al(Ad,raster.d)){\ndiscard;\n}\nfloat q=Ao(Ad,raster.c,raster.d);\nif((!Aj(raster.e)&&q<raster.e)||(!Aj(raster.f)&&q>raster.f)){\ndiscard;\n}\nvec4 Aq=r(m,palette.n,palette.o,q);\nfragColor=N(Aq.rgb,Aq.a*layer.opacity);\nif(bool(raster.g)){\nvec2 Ar=vec2(length(dFdx(uv)),length(dFdy(uv)));\nvec2 h=raster.h/2.*Ar;\nif((uv.x<h.x||uv.x>1.-h.x)||(uv.y<h.y||uv.y>1.-h.y)){\nfragColor=N(raster.i.rgb,raster.i.a*layer.opacity*2.);\n}\n}\nif(bool(raster.j)){\nfloat Ag=1.+max(0.,raster.Z);\nvec2 AI=raster.Y/Ag;\nvec2 Ac;\nAc.x=bitmap2.B?uv.x+0.5/AI.x:mix(0.+0.5/AI.x,1.-0.5/AI.x,uv.x);\nAc.y=mix(0.+0.5/AI.y,1.-0.5/AI.y,uv.y);\nvec2 AV=Ac*AI-0.5;\nvec2 AW=fract(AV);\nvec2 Ar=vec2(length(dFdx(uv)),length(dFdy(uv)));\nvec2 k=raster.k/2.*Ar*raster.Y;\nif((AW.x<k.x||AW.x>1.-k.x)&&(AW.y<k.y||AW.y>1.-k.y)){\nfragColor=N(raster.l.rgb,raster.l.a*layer.opacity*2.);\n}\n}\ngeometry.uv=uv;\nDECKGL_FILTER_COLOR(fragColor,geometry);\nif(bool(picking.isActive)&&!bool(picking.isAttribute)){\nfloat s=p(palette.n[0],palette.n[1],q);\nfloat As=Ap(Ad,raster.c,raster.d);\nfragColor=vec4(s,As,0,1);\n}\n}\n",modules:[...e.modules.filter((e=>"bitmap"!==e.name)),Ke,gt,ht]}}updateState(e){const{palette:t}=e.props;super.updateState(e),t!==e.oldProps.palette&&this._updatePalette()}draw(e){const{device:t,viewport:n}=this.context,{model:a}=this.state,{imageTexture:r,imageTexture2:o,imageSmoothing:i,imageInterpolation:A,imageWeight:s,imageType:l,imageUnscale:c,imageMinValue:g,imageMaxValue:u,bounds:p,_imageCoordinateSystem:d,transparentColor:m,minZoom:h,maxZoom:C,borderEnabled:I,borderWidth:v,borderColor:f,gridEnabled:E,gridSize:B,gridColor:y}=T(this.props,Ct),{paletteTexture:Q,paletteBounds:b}=this.state;if(!r)return;const w=ye(n);a&&be(n,h,C)&&(a.shaderInputs.setProps({[Ke.name]:{viewportGlobe:w,bounds:p,_imageCoordinateSystem:d,transparentColor:m},[gt.name]:{imageTexture:r??ve(t),imageTexture2:o??ve(t),imageSmoothing:i,imageInterpolation:A,imageWeight:s,imageType:l,imageUnscale:c,imageMinValue:g,imageMaxValue:u,borderEnabled:I,borderWidth:v,borderColor:f,gridEnabled:E,gridSize:B,gridColor:y},[ht.name]:{paletteTexture:Q??ve(t),paletteBounds:b}}),this.props.image=r,super.draw(e),this.props.image=null)}_updatePalette(){const{device:t}=this.context,{palette:n}=T(this.props,Ct);if(!n)return void this.setState({paletteTexture:void 0,paletteBounds:void 0});const a=e.parsePalette(n),{paletteBounds:r,paletteTexture:o}=Pe(t,a);this.setState({paletteTexture:o,paletteBounds:r})}_getRasterMagnitudeValue(e,t){return t[0]+e[0]/255*(t[1]-t[0])}_getRasterDirectionValue(e){const{imageType:t}=T(this.props,Ct);return t===R.VECTOR?e[1]/255*360:NaN}getPickingInfo(e){const t=super.getPickingInfo(e),{imageType:n}=T(this.props,Ct),{paletteBounds:a}=this.state;if(!t.color)return t;let r;const o=this._getRasterMagnitudeValue(t.color,a??[0,0]);if(n===R.VECTOR){r={value:o,direction:this._getRasterDirectionValue(t.color)}}else r={value:o};return t.raster=r,t}}It.layerName="RasterBitmapLayer",It.defaultProps=Ct;const vt={...It.defaultProps,imageTexture:void 0,imageTexture2:void 0,image:{type:"object",value:null},image2:{type:"object",value:null},bounds:{type:"array",value:[-180,-90,180,90],compare:!0}};class ft extends t.CompositeLayer{renderLayers(){const{device:e}=this.context,{props:n,imageTexture:a,imageTexture2:r}=this.state;return n&&a?[new It(this.props,this.getSubLayerProps({id:"bitmap",imageTexture:a,imageTexture2:r,_imageCoordinateSystem:t.COORDINATE_SYSTEM.LNGLAT,parameters:{cullMode:"back",depthCompare:"always",...this.props.parameters},image:ve(e),image2:ve(e)}))]:[]}updateState(e){const{image:t,image2:n,imageUnscale:a,bounds:r}=e.props;if(super.updateState(e),t&&a&&!(t.data instanceof Uint8Array||t.data instanceof Uint8ClampedArray))throw new Error("imageUnscale can be applied to Uint8 data only");if(t!==e.oldProps.image||n!==e.oldProps.image2){const{device:e}=this.context,{image:t,image2:n}=this.props,a=t?Ce(e,t,ge(r)):null,o=n?Ce(e,n,ge(r)):null;this.setState({imageTexture:a,imageTexture2:o})}this.setState({props:e.props})}}ft.layerName="RasterLayer",ft.defaultProps=vt;const Et="layout(std140)uniform contourUniforms{\nfloat t;\nfloat u;\nfloat v;\n}\ncontour;\n",Bt="t",yt="u",Qt="v";const bt={name:"contour",vs:Et,fs:Et,uniformTypes:{[Bt]:"f32",[yt]:"f32",[Qt]:"f32"},getUniforms:function(e={}){return{[Bt]:e.interval,[yt]:e.majorInterval,[Qt]:e.width}}},wt={imageTexture:{type:"object",value:null},imageTexture2:{type:"object",value:null},imageSmoothing:{type:"number",value:0},imageInterpolation:{type:"object",value:Z.CUBIC},imageWeight:{type:"number",value:0},imageType:{type:"object",value:R.SCALAR},imageUnscale:{type:"object",value:null},imageMinValue:{type:"object",value:null},imageMaxValue:{type:"object",value:null},bounds:{type:"array",value:[-180,-90,180,90],compare:!0},minZoom:{type:"object",value:null},maxZoom:{type:"object",value:10},palette:{type:"object",value:null},color:{type:"color",value:B},interval:{type:"number",value:0},majorInterval:{type:"number",value:0},width:{type:"number",value:1}};class xt extends n.BitmapLayer{getShaders(){const e=super.getShaders();return{...e,vs:e.vs.replaceAll("bitmap.coordinateConversion",`bitmap2.${ze}`),fs:"#version 300 es\n#define SHADER_NAME  contour-bitmap-layer-fragment-shader\n#ifdef GL_ES\nprecision highp float;\n#endif\nvec4 AG(sampler2D AH,vec2 AI,vec2 AJ,vec2 AK){\nvec2 uv=(AJ+AK+0.5)/AI;\nreturn texture(AH,uv);\n}\nconst vec4 AL=vec4(3.,-6.,0.,4.)/6.;\nconst vec4 AM=vec4(-1.,6.,-12.,8.)/6.;\nvec4 AN(float J){\nreturn vec4(J*J*J,J*J,J,1.);\n}\nvec4 AO(vec4 AP,vec4 AQ,vec4 AR,vec4 AS,float AT){\nvec4 O=AP*dot(AM,AN(AT+1.))+AQ*dot(AL,AN(AT))+AR*dot(AL,AN(1.-AT))+AS*dot(AM,AN(2.-AT));\nO.a=(AP.a>0.&&AQ.a>0.&&AR.a>0.&&AS.a>0.)?max(max(max(AP.a,AQ.a),AR.a),AS.a):0.;\nreturn O;\n}\nvec4 AU(sampler2D AH,vec2 AI,vec2 uv){\nvec2 AV=uv*AI-0.5;\nvec2 AJ=floor(AV);\nvec2 AW=fract(AV);\nreturn AO(AO(AG(AH,AI,AJ,vec2(-1,-1)),AG(AH,AI,AJ,vec2(0,-1)),AG(AH,AI,AJ,vec2(1,-1)),AG(AH,AI,AJ,vec2(2,-1)),AW.x),AO(AG(AH,AI,AJ,vec2(-1,0)),AG(AH,AI,AJ,vec2(0,0)),AG(AH,AI,AJ,vec2(1,0)),AG(AH,AI,AJ,vec2(2,0)),AW.x),AO(AG(AH,AI,AJ,vec2(-1,1)),AG(AH,AI,AJ,vec2(0,1)),AG(AH,AI,AJ,vec2(1,1)),AG(AH,AI,AJ,vec2(2,1)),AW.x),AO(AG(AH,AI,AJ,vec2(-1,2)),AG(AH,AI,AJ,vec2(0,2)),AG(AH,AI,AJ,vec2(1,2)),AG(AH,AI,AJ,vec2(2,2)),AW.x),AW.y);\n}\nvec4 AX(sampler2D AH,vec2 AI,vec2 uv){\nvec2 AV=uv*AI-0.5;\nvec2 AJ=floor(AV);\nvec2 AW=fract(AV);\nreturn mix(mix(AG(AH,AI,AJ,vec2(0,0)),AG(AH,AI,AJ,vec2(1,0)),AW.x),mix(AG(AH,AI,AJ,vec2(0,1)),AG(AH,AI,AJ,vec2(1,1)),AW.x),AW.y);\n}\nvec4 AY(sampler2D AH,vec2 AI,vec2 uv){\nvec2 AV=uv*AI-0.5;\nvec2 AJ=floor(AV+0.5);\nreturn AG(AH,AI,AJ,vec2(0,0));\n}\nvec4 AZ(sampler2D AH,vec2 AI,float a,vec2 uv){\nif(a==2.){\nreturn AU(AH,AI,uv);\n}\nif(a==1.){\nreturn AX(AH,AI,uv);\n}\nelse{\nreturn AY(AH,AI,uv);\n}\n}\nvec4 Aa(sampler2D AH,sampler2D Ab,vec2 AI,float a,float b,bool B,vec2 uv){\nvec2 Ac;\nAc.x=B?uv.x+0.5/AI.x:mix(0.+0.5/AI.x,1.-0.5/AI.x,uv.x);\nAc.y=mix(0.+0.5/AI.y,1.-0.5/AI.y,uv.y);\nif(b>0.){\nvec4 Ad=AZ(AH,AI,a,Ac);\nvec4 Ae=AZ(Ab,AI,a,Ac);\nreturn mix(Ad,Ae,b);\n}\nelse{\nreturn AZ(AH,AI,a,Ac);\n}\n}\nvec4 Af(sampler2D AH,sampler2D Ab,vec2 Y,float Z,float a,float b,bool B,vec2 uv){\nfloat Ag=1.+max(0.,Z);\nvec2 AI=Y/Ag;\nreturn Aa(AH,Ab,AI,a,b,B,uv);\n}\nconst float Ah=3.1415926536;\nfloat Ai(float K,float J){\nreturn J==0.?sign(K)*Ah/2.:atan(K,J);\n}\nbool Aj(float q){\nuint Ak=floatBitsToUint(q);\nreturn(Ak&0x7fffffffu)>0x7f800000u;\n}\nbool Al(vec4 Ad,vec2 d){\nif(d[0]<d[1]){\nreturn Ad.a>=1.;\n}\nelse{\nreturn!Aj(Ad.x);\n}\n}\nfloat Am(vec4 Ad,float c,vec2 d){\nif(c==1.){\nreturn 0.;\n}\nelse{\nif(d[0]<d[1]){\nreturn mix(d[0],d[1],Ad.x);\n}\nelse{\nreturn Ad.x;\n}\n}\n}\nvec2 An(vec4 Ad,float c,vec2 d){\nif(c==1.){\nif(d[0]<d[1]){\nreturn mix(vec2(d[0]),vec2(d[1]),Ad.xy);\n}\nelse{\nreturn Ad.xy;\n}\n}\nelse{\nreturn vec2(0.);\n}\n}\nfloat Ao(vec4 Ad,float c,vec2 d){\nif(c==1.){\nvec2 q=An(Ad,c,d);\nreturn length(q);\n}\nelse{\nreturn Am(Ad,c,d);\n}\n}\nfloat Ap(vec4 Ad,float c,vec2 d){\nif(c==1.){\nvec2 q=An(Ad,c,d);\nreturn mod((360.-(Ai(q.y,q.x)/Ah*180.+180.))-270.,360.)/360.;\n}\nelse{\nreturn 0.;\n}\n}\nin vec2 vTexCoord;\nin vec2 vTexPos;\nout vec4 fragColor;\nvoid main(void){\nvec2 uv=S(vTexCoord,vTexPos);\nvec4 Ad=Af(W,X,raster.Y,raster.Z,raster.a,raster.b,bitmap2.B,uv);\nif(!Al(Ad,raster.d)){\ndiscard;\n}\nfloat q=Ao(Ad,raster.c,raster.d);\nif((!Aj(raster.e)&&q<raster.e)||(!Aj(raster.f)&&q>raster.f)){\ndiscard;\n}\nfloat Aq=contour.u>contour.t?floor(contour.u/contour.t):1.;\nfloat Ar=q/contour.t;\nfloat As=(step(fract(Ar/Aq),0.1)+1.)/2.;\nfloat At=contour.v*As;\nfloat Au=abs(fract(Ar+0.5)-0.5);\nfloat Av=length(vec2(dFdx(Ar),dFdy(Ar)));\nfloat Aw=1.-clamp((Au/Av)+0.5-At,0.,1.);\nif(Av==0.){\nAw=0.;\n}\nfloat Ax=Aw*As;\nvec4 Ay=r(m,palette.n,palette.o,q);\nfragColor=vec4(Ay.rgb,Ay.a*Ax*layer.opacity);\ngeometry.uv=uv;\nDECKGL_FILTER_COLOR(fragColor,geometry);\n}\n",modules:[...e.modules.filter((e=>"bitmap"!==e.name)),Ke,gt,ht,bt]}}updateState(e){const{palette:t}=e.props;super.updateState(e),t!==e.oldProps.palette&&this._updatePalette()}draw(e){const{device:t,viewport:n}=this.context,{model:a}=this.state,{imageTexture:r,imageTexture2:o,imageSmoothing:i,imageInterpolation:A,imageWeight:s,imageType:l,imageUnscale:c,imageMinValue:g,imageMaxValue:u,bounds:p,_imageCoordinateSystem:d,transparentColor:m,minZoom:h,maxZoom:C,color:I,interval:v,majorInterval:f,width:E}=T(this.props,wt),{paletteTexture:B,paletteBounds:y}=this.state;if(!r)return;const Q=ye(n);a&&be(n,h,C)&&(a.shaderInputs.setProps({[Ke.name]:{viewportGlobe:Q,bounds:p,_imageCoordinateSystem:d,transparentColor:m},[gt.name]:{imageTexture:r??ve(t),imageTexture2:o??ve(t),imageSmoothing:i,imageInterpolation:A,imageWeight:s,imageType:l,imageUnscale:c,imageMinValue:g,imageMaxValue:u},[ht.name]:{paletteTexture:B??ve(t),paletteBounds:y,paletteColor:I},[bt.name]:{interval:v,majorInterval:f,width:E}}),this.props.image=r,super.draw(e),this.props.image=null)}_updatePalette(){const{device:t}=this.context,{palette:n}=T(this.props,wt);if(!n)return void this.setState({paletteTexture:void 0,paletteBounds:void 0});const a=e.parsePalette(n),{paletteBounds:r,paletteTexture:o}=Pe(t,a);this.setState({paletteTexture:o,paletteBounds:r})}}xt.layerName="ContourBitmapLayer",xt.defaultProps=wt;const Tt={...xt.defaultProps,imageTexture:void 0,imageTexture2:void 0,image:{type:"object",value:null},image2:{type:"object",value:null}};class Mt extends t.CompositeLayer{renderLayers(){const{device:e}=this.context,{props:n,imageTexture:a,imageTexture2:r}=this.state;return n&&a?[new xt(this.props,this.getSubLayerProps({id:"bitmap",imageTexture:a,imageTexture2:r,_imageCoordinateSystem:t.COORDINATE_SYSTEM.LNGLAT,parameters:{cullMode:"back",depthCompare:"always",...this.props.parameters},image:ve(e),image2:ve(e)}))]:[]}updateState(e){const{image:t,image2:n,imageUnscale:a,bounds:r}=e.props;if(super.updateState(e),t&&a&&!(t.data instanceof Uint8Array||t.data instanceof Uint8ClampedArray))throw new Error("imageUnscale can be applied to Uint8 data only");if(t!==e.oldProps.image||n!==e.oldProps.image2){const{device:e}=this.context,{image:t,image2:n}=this.props,a=t?Ce(e,t,ge(r)):null,o=n?Ce(e,n,ge(r)):null;this.setState({imageTexture:a,imageTexture2:o})}this.setState({props:e.props})}}Mt.layerName="ContourLayer",Mt.defaultProps=Tt;const Ot="abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ0123456789";function St(e=20){return new Array(e).fill(void 0).map((()=>Ot.charAt(Math.floor(62*Math.random())))).join("")}const Pt=i.transform((Lt=function(){const e=Symbol("Comlink.proxy"),t=Symbol("Comlink.endpoint"),n=Symbol("Comlink.releaseProxy"),a=Symbol("Comlink.finalizer"),r=Symbol("Comlink.thrown"),o=e=>"object"==typeof e&&null!==e||"function"==typeof e,i={canHandle:t=>o(t)&&t[e],serialize(e){const{port1:t,port2:n}=new MessageChannel;return s(e,t),[n,[n]]},deserialize:e=>(e.start(),function(e,t){const n=new Map;return e.addEventListener("message",(function(e){const{data:t}=e;if(!t||!t.id)return;const a=n.get(t.id);if(a)try{a(t)}finally{n.delete(t.id)}})),d(e,n,[],t)}(e))},A=new Map([["proxy",i],["throw",{canHandle:e=>o(e)&&r in e,serialize({value:e}){let t;return t=e instanceof Error?{isError:!0,value:{message:e.message,name:e.name,stack:e.stack}}:{isError:!1,value:e},[t,[]]},deserialize(e){if(e.isError)throw Object.assign(new Error(e.value.message),e.value);throw e.value}}]]);function s(t,n=globalThis,o=["*"]){n.addEventListener("message",(function i(A){if(!A||!A.data)return;if(!function(e,t){for(const n of e){if(t===n||"*"===n)return!0;if(n instanceof RegExp&&n.test(t))return!0}return!1}(o,A.origin))return void console.warn(`Invalid origin '${A.origin}' for comlink proxy`);const{id:c,type:g,path:u}=Object.assign({path:[]},A.data),p=(A.data.argumentList||[]).map(v);let d;try{const n=u.slice(0,-1).reduce(((e,t)=>e[t]),t),a=u.reduce(((e,t)=>e[t]),t);switch(g){case"GET":d=a;break;case"SET":n[u.slice(-1)[0]]=v(A.data.value),d=!0;break;case"APPLY":d=a.apply(n,p);break;case"CONSTRUCT":d=function(t){return Object.assign(t,{[e]:!0})}(new a(...p));break;case"ENDPOINT":{const{port1:e,port2:n}=new MessageChannel;s(t,n),d=C(e,[e])}break;case"RELEASE":d=void 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Jt(e,t,n){const{image:a,image2:r,imageSmoothing:i,imageInterpolation:A,imageWeight:s,imageType:l,imageUnscale:c,imageMinValue:g,imageMaxValue:u}=e,{data:p,width:d,height:m}=a,{data:h=null,width:C=null,height:I=null}=r||{},v=p.slice(0),f=h?h.slice(0):null,E=function(e){let t=0;const n=[],a=e[t++];for(let r=0;r<a;r++){const a=[e[t++],e[t++]],r=e[t++];n.push(Ut(a,{type:Dt.HIGH,value:r}))}const r=e[t++];for(let a=0;a<r;a++){const a=[e[t++],e[t++]],r=e[t++];n.push(Ut(a,{type:Dt.LOW,value:r}))}return n}(await Nt.getHighLowPointData(o.transfer(v,[v.buffer]),d,m,f?o.transfer(f,[f.buffer]):null,C,I,i,A,s,l,c,g,u,t,n));return{type:"FeatureCollection",features:E}}const Ft="high-low-label";function Zt(e,t,n){return e.properties.type===Dt.HIGH?Math.round((e.properties.value-n)/n*100):Math.round((t-e.properties.value)/t*100)}const 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n.TextLayer(this.getSubLayerProps({id:"value",data:r,getPixelOffset:[0,Oe(e,1.2*c/2)],getPosition:e=>e.geometry.coordinates,getText:e=>s(e.properties.value,A),getSize:c,getColor:e=>d?Ve(d(e.properties.value).rgba()):g,getAngle:Se(e,0),outlineWidth:u,outlineColor:p,fontFamily:l,fontSettings:{sdf:!0},billboard:!1,extensions:[new a.CollisionFilterExtension],collisionEnabled:!0,collisionGroup:Ft,collisionTestProps:{sizeScale:5},getCollisionPriority:e=>Zt(e,o,i),parameters:{cullMode:"front",depthCompare:"always",...this.props.parameters}}))]}filterSubLayer(e){const{viewport:t}=e,{minZoom:n,maxZoom:a}=T(this.props,Rt);return be(t,n,a)}updateState(e){const{image:t,image2:n,imageSmoothing:a,imageInterpolation:r,imageWeight:o,imageType:i,imageUnscale:A,imageMinValue:s,imageMaxValue:l,radius:c,unitFormat:g,textFormatFunction:u,textFontFamily:p,textSize:d,textColor:m,textOutlineWidth:h,textOutlineColor:C,palette:I,visible:v}=e.props;super.updateState(e),c&&v?(t===e.oldProps.image&&n===e.oldProps.image2&&a===e.oldProps.imageSmoothing&&r===e.oldProps.imageInterpolation&&o===e.oldProps.imageWeight&&i===e.oldProps.imageType&&A===e.oldProps.imageUnscale&&s===e.oldProps.imageMinValue&&l===e.oldProps.imageMaxValue&&c===e.oldProps.radius&&v===e.oldProps.visible||this._updateFeatures(),I!==e.oldProps.palette&&this._updatePalette(),g===e.oldProps.unitFormat&&u===e.oldProps.textFormatFunction&&p===e.oldProps.textFontFamily&&d===e.oldProps.textSize&&m===e.oldProps.textColor&&h===e.oldProps.textOutlineWidth&&C===e.oldProps.textOutlineColor||this._redrawVisibleFeatures(),this.setState({props:e.props})):this.setState({points:void 0,minValue:void 0,maxValue:void 0})}async _updateFeatures(){const{image:e,image2:t,imageSmoothing:n,imageInterpolation:a,imageType:r,imageUnscale:o,imageMinValue:i,imageMaxValue:A,imageWeight:s,bounds:l,radius:c}=T(this.props,Rt);if(!e)return;const g=St();this.state.requestId=g;const u={image:e,image2:t,imageSmoothing:n,imageInterpolation:a,imageWeight:s,imageType:r,imageUnscale:o,imageMinValue:i,imageMaxValue:A},p=(await Jt(u,l,c)).features;if(this.state.requestId!==g)return;const d=p.map((e=>e.properties.value)),m=Math.min(...d),h=Math.max(...d);this.setState({points:p,minValue:m,maxValue:h})}_updatePalette(){const{palette:t}=T(this.props,Rt);if(!t)return this.setState({paletteScale:void 0}),void this._redrawVisibleFeatures();const n=e.parsePalette(t);this.setState({paletteScale:n}),this._redrawVisibleFeatures()}_redrawVisibleFeatures(){this.setState({points:Array.isArray(this.state.points)?Array.from(this.state.points):this.state.points})}}qt.layerName="HighLowCompositeLayer",qt.defaultProps=Rt;const Wt={...qt.defaultProps};class kt extends t.CompositeLayer{renderLayers(){const{props:e}=this.state;return e?[new qt(this.props,this.getSubLayerProps({id:"composite"}))]:[]}updateState(e){const{image:t,imageUnscale:n}=e.props;if(super.updateState(e),t&&n&&!(t.data instanceof Uint8Array||t.data instanceof Uint8ClampedArray))throw new Error("imageUnscale can be applied to Uint8 data only");this.setState({props:e.props})}}kt.layerName="HighLowLayer",kt.defaultProps=Wt;const Gt={COLD:"COLD",WARM:"WARM",OCCLUDED:"OCCLUDED",STATIONARY:"STATIONARY"},Kt={iconAtlas:"data:image/png;base64,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",iconMapping:{COLD:{x: