1"use strict";(self.webpackChunk_N_E=self.webpackChunk_N_E||[]).push([[6431],{25245:function(e,t,r){let i;r.d(t,{qA:function(){return ez}});var a,n=r(17610),o=r(7653),s=r(97551),l=r(78813),f=r(55379);let u=e=>e&&e.isCubeTexture;class c extends l.Mesh{constructor(e,t){var r,i;let a=u(e),n=Math.floor(Math.log2((null!=(i=a?null==(r=e.image[0])?void 0:r.width:e.image.width)?i:1024)/4)),o=Math.pow(2,n),s=` 2 varying vec3 vWorldPosition; 3 void main() 4 { 5 vec4 worldPosition = ( modelMatrix * vec4( position, 1.0 ) ); 6 vWorldPosition = worldPosition.xyz; 7 8 gl_Position = projectionMatrix * modelViewMatrix * vec4( position, 1.0 ); 9 } 10 `,c=[a?"#define ENVMAP_TYPE_CUBE":"",`#define CUBEUV_TEXEL_WIDTH ${1/(3*Math.max(o,112))}`,`#define CUBEUV_TEXEL_HEIGHT ${1/(4*o)}`,`#define CUBEUV_MAX_MIP ${n}.0`].join("\n")+` 11 #define ENVMAP_TYPE_CUBE_UV 12 varying vec3 vWorldPosition; 13 uniform float radius; 14 uniform float height; 15 uniform float angle; 16 #ifdef ENVMAP_TYPE_CUBE 17 uniform samplerCube map; 18 #else 19 uniform sampler2D map; 20 #endif 21 // From: https://www.shadertoy.com/view/4tsBD7 22 float diskIntersectWithBackFaceCulling( vec3 ro, vec3 rd, vec3 c, vec3 n, float r ) 23 { 24 float d = dot ( rd, n ); 25 26 if( d > 0.0 ) { return 1e6; } 27 28 vec3 o = ro - c; 29 float t = - dot( n, o ) / d; 30 vec3 q = o + rd * t; 31 32 return ( dot( q, q ) < r * r ) ? t : 1e6; 33 } 34 // From: https://www.iquilezles.org/www/articles/intersectors/intersectors.htm 35 float sphereIntersect( vec3 ro, vec3 rd, vec3 ce, float ra ) 36 { 37 vec3 oc = ro - ce; 38 float b = dot( oc, rd ); 39 float c = dot( oc, oc ) - ra * ra; 40 float h = b * b - c; 41 42 if( h < 0.0 ) { return -1.0; } 43 44 h = sqrt( h ); 45 46 return - b + h; 47 } 48 vec3 project() 49 { 50 vec3 p = normalize( vWorldPosition ); 51 vec3 camPos = cameraPosition; 52 camPos.y -= height; 53 float intersection = sphereIntersect( camPos, p, vec3( 0.0 ), radius ); 54 if( intersection > 0.0 ) { 55 56 vec3 h = vec3( 0.0, - height, 0.0 ); 57 float intersection2 = diskIntersectWithBackFaceCulling( camPos, p, h, vec3( 0.0, 1.0, 0.0 ), radius ); 58 p = ( camPos + min( intersection, intersection2 ) * p ) / radius; 59 } else { 60 p = vec3( 0.0, 1.0, 0.0 ); 61 } 62 return p; 63 } 64 #include <common> 65 #include <cube_uv_reflection_fragment> 66 void main() 67 { 68 vec3 projectedWorldPosition = project(); 69 70 #ifdef ENVMAP_TYPE_CUBE 71 vec3 outcolor = textureCube( map, projectedWorldPosition ).rgb; 72 #else 73 vec3 direction = normalize( projectedWorldPosition ); 74 vec2 uv = equirectUv( direction ); 75 vec3 outcolor = texture2D( map, uv ).rgb; 76 #endif 77 gl_FragColor = vec4( outcolor, 1.0 ); 78 #include <tonemapping_fragment> 79 #include <${f.i>=154?"colorspace_fragment":"encodings_fragment"}> 80 } 81 `;super(new l.IcosahedronGeometry(1,16),new l.ShaderMaterial({uniforms:{map:{value:e},height:{value:(null==t?void 0:t.height)||15},radius:{value:(null==t?void 0:t.radius)||100}},fragmentShader:c,vertexShader:s,side:l.DoubleSide}))}set radius(e){this.material.uniforms.radius.value=e}get radius(){return this.material.uniforms.radius.value}set height(e){this.material.uniforms.height.value=e}get height(){return this.material.uniforms.height.value}}class h extends l.DataTextureLoader{constructor(e){super(e),this.type=l.HalfFloatType}parse(e){let t,r,i;let a=function(e,t){switch(e){case 1:throw Error("THREE.RGBELoader: Read Error: "+(t||""));case 2:throw Error("THREE.RGBELoader: Write Error: "+(t||""));case 3:throw Error("THREE.RGBELoader: Bad File Format: "+(t||""));default:throw Error("THREE.RGBELoader: Memory Error: "+(t||""))}},n=function(e,t,r){t=t||1024;let i=e.pos,a=-1,n=0,o="",s=String.fromCharCode.apply(null,new Uint16Array(e.subarray(i,i+128)));for(;0>(a=s.indexOf("\n"))&&n<t&&i<e.byteLength;)o+=s,n+=s.length,i+=128,s+=String.fromCharCode.apply(null,new Uint16Array(e.subarray(i,i+128)));return -1<a&&(!1!==r&&(e.pos+=n+a+1),o+s.slice(0,a))},o=new Uint8Array(e);o.pos=0;let s=function(e){let t,r;
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y,w=63&e[v.p[y]];g<w&&l.value<m;)n(d,g,r,l),d=a.c,g=a.lc;if(g>=w&&e[v.p[y]]>>6==(d>>g-w&(1<<w)-1)){g-=w,s(v.p[y],u,d,g,r,i,l,h,p,c),d=o.c,g=o.lc;break}}if(y==v.lit)throw"hufDecode issues"}}var x=8-f&7;for(d>>=x,g-=x;g>0;){var v=t[d<<14-g&16383];if(v.len)g-=v.len,s(v.lit,u,d,g,r,i,l,h,p,c),d=o.c,g=o.lc;else throw"hufDecode issues"}}(v,y,e,l,f,m,g,h,c,{value:0})}function d(e){for(var t=1;t<e.length;t++){var r=e[t-1]+e[t]-128;e[t]=r}}function g(e,t){for(var r=0,i=Math.floor((e.length+1)/2),a=0,n=e.length-1;!(a>n)&&(t[a++]=e[r++],!(a>n));)t[a++]=e[i++]}function m(e){for(var t=e.byteLength,r=[],i=0,a=new DataView(e);t>0;){var n=a.getInt8(i++);if(n<0){var o=-n;t-=o+1;for(var s=0;s<o;s++)r.push(a.getUint8(i++))}else{var o=n;t-=2;for(var l=a.getUint8(i++),s=0;s<o+1;s++)r.push(l)}}return r}function v(e){return new DataView(e.array.buffer,e.offset.value,e.size)}function y(e){var t=new Uint8Array(m(e.viewer.buffer.slice(e.offset.value,e.offset.value+e.size))),r=new
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81function M(e,t){for(var r=new Uint8Array(e),i=0;0!=r[t.value+i];)i+=1;var a=new TextDecoder().decode(r.slice(t.value,t.value+i));return t.value=t.value+i+1,a}function D(e,t){var r=e.getInt32(t.value,!0);return t.value=t.value+4,r}function E(e,t){var r=e.getUint32(t.value,!0);return t.value=t.value+4,r}function T(e,t){var r=e[t.value];return t.value=t.value+1,r}function F(e,t){var r=e.getUint8(t.value);return t.value=t.value+1,r}let B=function(e,t){let r;return"getBigInt64"in DataView.prototype?r=Number(e.getBigInt64(t.value,!0)):r=e.getUint32(t.value+4,!0)+Number(e.getUint32(t.value,!0)<<32),t.value+=8,r};function I(e,t){var r=e.getFloat32(t.value,!0);return t.value+=4,r}function P(e,t){return l.DataUtils.toHalfFloat(I(e,t))}function C(e){var t=(31744&e)>>10,r=1023&e;return(e>>15?-1:1)*(t?31===t?r?NaN:1/0:Math.pow(2,t-15)*(1+r/1024):r/1024*6103515625e-14)}function L(e,t){var r=e.getUint16(t.value,!0);return t.value+=2,r}function R(e,t){return C(L(e,t))}let U=new DataView(e),A=new Uint8Array(e),z={value:0},O=function(e,t,r){let i={};if(20000630!=e.getUint32(0,!0))throw"THREE.EXRLoader: provided file doesn't appear to be in OpenEXR format.";i.version=e.getUint8(4);let a=e.getUint8(5);i.spec={singleTile:!!(2&a),longName:!!(4&a),deepFormat:!!(8&a),multiPart:!!(16&a)},r.value=8;for(var n=!0;n;){var o=M(t,r);if(0==o)n=!1;else{var s=M(t,r),l=E(e,r),f=function(e,t,r,i,a){var n,o,s,l,f;if("string"===i||"stringvector"===i||"iccProfile"===i)return n=new TextDecoder().decode(new Uint8Array(t).slice(r.value,r.value+a)),r.value=r.value+a,n;if("chlist"===i)return function(e,t,r,i){for(var a=r.value,n=[];r.value<a+i-1;){var o=M(t,r),s=D(e,r),l=F(e,r);r.value+=3;var f=D(e,r),u=D(e,r);n.push({name:o,pixelType:s,pLinear:l,xSampling:f,ySampling:u})}return r.value+=1,n}(e,t,r,a);if("chromaticities"===i)return o=I(e,r),s=I(e,r),l=I(e,r),f=I(e,r),{redX:o,redY:s,greenX:l,greenY:f,blueX:I(e,r),blueY:I(e,r),whiteX:I(e,r),whiteY:I(e,r)};if("compression"===i)return["NO_COMPRESSION","RLE_COMPRESSION","ZIPS_COMPRESSION","ZIP_COMPRESSION","PIZ_COMPRESSION","PXR24_COMPRESSION","B44_COMPRESSION","B44A_COMPRESSION","DWAA_COMPRESSION","DWAB_COMPRESSION"][F(e,r)];if("box2i"===i)return{xMin:E(e,r),yMin:E(e,r),xMax:E(e,r),yMax:E(e,r)};if("lineOrder"===i)return["INCREASING_Y"][F(e,r)];if("float"===i)return I(e,r);else if("v2f"===i)return[I(e,r),I(e,r)];else if("v3f"===i)return[I(e,r),I(e,r),I(e,r)];else if("int"===i)return D(e,r);else if("rational"===i)return[D(e,r),E(e,r)];else if("timecode"===i)return[E(e,r),E(e,r)];else return"preview"===i?(r.value+=a,"skipped"):void(r.value+=a)}(e,t,r,s,l);void 0===f?console.warn(`EXRLoader.parse: skipped unknown header attribute type '${s}'.`):i[o]=f}}if((-5&a)!=0)throw console.error("EXRHeader:",i),"THREE.EXRLoader: provided file is currently unsupported.";return i}(U,e,z),k=function(e,t,r,i,a){let n={size:0,viewer:t,array:r,offset:i,width:e.dataWindow.xMax-e.dataWindow.xMin+1,height:e.dataWindow.yMax-e.dataWindow.yMin+1,channels:e.channels.length,bytesPerLine:null,lines:null,inputSize:null,type:e.channels[0].pixelType,uncompress:null,getter:null,format:null,[ee?"colorSpace":"encoding"]:null};switch(e.compression){case"NO_COMPRESSION":n.lines=1,n.uncompress=v;break;case"RLE_COMPRESSION":n.lines=1,n.uncompress=y;break;case"ZIPS_COMPRESSION":n.lines=1,n.uncompress=w;break;case"ZIP_COMPRESSION":n.lines=16,n.uncompress=w;break;case"PIZ_COMPRESSION":n.lines=32,n.uncompress=x;break;case"PXR24_COMPRESSION":n.lines=16,n.uncompress=b;break;case"DWAA_COMPRESSION":n.lines=32,n.uncompress=S;break;case"DWAB_COMPRESSION":n.lines=256,n.uncompress=S;break;default:throw"EXRLoader.parse: "+e.compression+" is unsupported"}if(n.scanlineBlockSize=n.lines,1==n.type)switch(a){case l.FloatType:n.getter=R,n.inputSize=2;break;case l.HalfFloatType:n.getter=L,n.inputSize=2}else if(2==n.type)switch(a){case l.FloatType:n.getter=I,n.inputSize=4;break;case l.HalfFloatType:n.getter=P,n.inputSize=4}else throw"EXRLoader.parse: unsupported pixelType "+n.type+" for "+e.compression+".";n.blockCount=(e.dataWindow.yMax+1)/n.scanlineBlockSize;for(var o=0;o<n.blockCount;o++)B(t,i);
81n.outputChannels=3==n.channels?4:n.channels;let s=n.width*n.height*n.outputChannels;switch(a){case l.FloatType:n.byteArray=new Float32Array(s),n.channels<n.outputChannels&&n.byteArray.fill(1,0,s);break;case l.HalfFloatType:n.byteArray=new Uint16Array(s),n.channels<n.outputChannels&&n.byteArray.fill(15360,0,s);break;default:console.error("THREE.EXRLoader: unsupported type: ",a)}return n.bytesPerLine=n.width*n.inputSize*n.channels,4==n.outputChannels?n.format=l.RGBAFormat:n.format=l.RedFormat,ee?n.colorSpace="srgb-linear":n.encoding=3e3,n}(O,U,A,z,this.type),N={value:0},H={R:0,G:1,B:2,A:3,Y:0};for(let e=0;e<k.height/k.scanlineBlockSize;e++){let t=E(U,z);k.size=E(U,z),k.lines=t+k.scanlineBlockSize>k.height?k.height-t:k.scanlineBlockSize;let r=k.size<k.lines*k.bytesPerLine?k.uncompress(k):v(k);z.value+=k.size;for(let t=0;t<k.scanlineBlockSize;t++){let i=t+e*k.scanlineBlockSize;if(i>=k.height)break;for(let e=0;e<k.channels;e++){let a=H[O.channels[e].name];for(let n=0;n<k.width;n++){N.value=(k.channels*k.width*t+e*k.width+n)*k.inputSize;let o=(k.height-1-i)*(k.width*k.outputChannels)+n*k.outputChannels+a;k.byteArray[o]=k.getter(r,N)}}}}return{header:O,width:k.width,height:k.height,data:k.byteArray,format:k.format,[ee?"colorSpace":"encoding"]:k[ee?"colorSpace":"encoding"],type:this.t
81ype}}setDataType(e){return this.type=e,this}load(e,t,r,i){return super.load(e,function(e,r){ee?e.colorSpace=r.colorSpace:e.encoding=r.encoding,e.minFilter=l.LinearFilter,e.magFilter=l.LinearFilter,e.generateMipmaps=!1,e.flipY=!1,t&&t(e,r)},r,i)}}let er=(e,t,r)=>{let i;switch(e){case l.UnsignedByteType:i=new Uint8ClampedArray(t*r*4);break;case l.HalfFloatType:i=new Uint16Array(t*r*4);break;case l.UnsignedIntType:i=new Uint32Array(t*r*4);break;case l.ByteType:i=new Int8Array(t*r*4);break;case l.ShortType:i=new Int16Array(t*r*4);break;case l.IntType:i=new Int32Array(t*r*4);break;case l.FloatType:i=new Float32Array(t*r*4);break;default:throw Error("Unsupported data type")}return i},ei=(e,t,r,a)=>{if(void 0!==i)return i;let n=new l.WebGLRenderTarget(1,1,a);t.setRenderTarget(n);let o=new l.Mesh(new l.PlaneGeometry,new l.MeshBasicMaterial({color:16777215}));t.render(o,r),t.setRenderTarget(null);let s=er(e,n.width,n.height);return t.readRenderTargetPixels(n,0,0,n.width,n.height,s),n.dispose(),o.geometry.dispose(),o.material.dispose(),i=0!==s[0]};class ea{_renderer;_rendererIsDisposable=!1;_material;_scene;_camera;_quad;_renderTarget;_width;_height;_type;_colorSpace;_supportsReadPixels=!0;constructor(e){this._width=e.width,this._height=e.height,this._type=e.type,this._colorSpace
81=e.colorSpace;let t={format:l.RGBAFormat,depthBuffer:!1,stencilBuffer:!1,type:this._type,colorSpace:this._colorSpace,anisotropy:e.renderTargetOptions?.anisotropy!==void 0?e.renderTargetOptions?.anisotropy:1,generateMipmaps:e.renderTargetOptions?.generateMipmaps!==void 0&&e.renderTargetOptions?.generateMipmaps,magFilter:e.renderTargetOptions?.magFilter!==void 0?e.renderTargetOptions?.magFilter:l.LinearFilter,minFilter:e.renderTargetOptions?.minFilter!==void 0?e.renderTargetOptions?.minFilter:l.LinearFilter,samples:e.renderTargetOptions?.samples!==void 0?e.renderTargetOptions?.samples:void 0,wrapS:e.renderTargetOptions?.wrapS!==void 0?e.renderTargetOptions?.wrapS:l.ClampToEdgeWrapping,wrapT:e.renderTargetOptions?.wrapT!==void 0?e.renderTargetOptions?.wrapT:l.ClampToEdgeWrapping};if(this._material=e.material,e.renderer?this._renderer=e.renderer:(this._renderer=ea.instantiateRenderer(),this._rendererIsDisposable=!0),this._scene=new l.Scene,this._camera=new l.OrthographicCamera,this._camera.position.set(0,0,10),this._camera.left=-.5,this._camera.right=.5,this._camera.top=.5,this._camera.bottom=-.5,this._camera.updateProjectionMatrix(),!ei(this._type,this._renderer,this._camera,t)){let e;this._type===l.HalfFloatType&&(e=this._renderer.extensions.has("EXT_color_buffer_float")?l.FloatType:void 0),void 0!==e?(console.warn(`This browser does not support reading pixels from ${this._type} RenderTargets, switching to ${l.FloatType}`),this._type=e):(this._supportsReadPixels=!1,console.warn("This browser dos not support toArray or toDataTexture, calls to those methods will result in an error thrown"))}this._quad=new l.Mesh(new l.PlaneGeometry,this._material),this._quad.geometry.computeBoundingBox(),this._scene.add(this._quad),this._renderTarget=new l.WebGLRenderTarget(this.width,this.height,t),this._renderTarget.texture.mapping=e.renderTargetOptions?.mapping!==void 0?e.renderTargetOptions?.mapping:l.UVMapping}static instantiateRenderer(){let e=new l.WebGLRenderer;return e.setSize(128,128),e}render=()=>{this._renderer.setRenderTarget(this._renderTarget);try{this._renderer.render(this._scene,this._camera)}catch(e){throw this._renderer.setRenderTarget(null),e}this._renderer.setRenderTarget(null)};toArray(){if(!this._supportsReadPixels)throw Error("Can't read pixels in this browser");let e=er(this._type,this._width,this._height);return this._renderer.readRenderTargetPixels(this._renderTarget,0,0,this._width,this._height,e),e}toDataTexture(e){let t=new l.DataTexture(this.toArray(),this.width,this.height,l.RGBAFormat,this._type,e?.mapping||l.UVMapping,e?.wrapS||l.ClampToEdgeWrapping,e?.wrapT||l.ClampToEdgeWrapping,e?.magFilter||l.LinearFilter,e?.minFilter||l.LinearFilter,e?.anisotropy||1,l.LinearSRGBColorSpace);return t.generateMipmaps=e?.generateMipmaps!==void 0&&e?.generateMipmaps,t}disposeOnDemandRenderer(){this._renderer.setRenderTarget(null),this._rendererIsDisposable&&(this._renderer.dispose(),this._renderer.forceContextLoss())}dispose(e){this.disposeOnDemandRenderer(),e&&this.renderTarget.dispose(),this.material instanceof l.ShaderMaterial&&Object.values(this.material.uniforms).forEach(e=>{e.value instanceof l.Texture&&e.value.dispose()}),Object.values(this.material).forEach(e=>{e instanceof l.Texture&&e.dispose()}),this.material.dispose(),this._quad.geometry.dispose()}get width(){return this._width}set width(e){this._width=e,this._renderTarget.setSize(this._width,this._height)}get height(){return this._height}set height(e){this._height=e,this._renderTarget.setSize(this._width,this._height)}get renderer(){return this._renderer}get renderTarget(){return this._renderTarget}set renderTarget(e){this._renderTarget=e,this._width=e.width,this._height=e.height}get material(){return this._material}get type(){return this._type}get colorSpace(){return this._colorSpace}}class en extends Error{}
81class eo extends Error{}let es=(e,t,r)=>{let i=RegExp(`${t}="([^"]*)"`,"i").exec(e);if(i)return i[1];let a=RegExp(`<${t}[^>]*>([\\s\\S]*?)</${t}>`,"i").exec(e);if(a){let e=a[1].match(/<rdf:li>([^<]*)<\/rdf:li>/g);return e&&3===e.length?e.map(e=>e.replace(/<\/?rdf:li>/g,"")):a[1].trim()}if(void 0!==r)return r;throw Error(`Can't find ${t} in gainmap metadata`)},el=e=>{let t;"undefined"!=typeof TextDecoder?t=new TextDecoder().decode(e):t=e.toString();let r=t.indexOf("<x:xmpmeta");for(;-1!==r;){let e=t.indexOf("x:xmpmeta>",r),i=t.slice(r,e+10);try{let e=es(i,"hdrgm:GainMapMin","0"),t=es(i,"hdrgm:GainMapMax"),r=es(i,"hdrgm:Gamma","1"),a=es(i,"hdrgm:OffsetSDR","0.015625"),n=es(i,"hdrgm:OffsetHDR","0.015625"),o=/hdrgm:HDRCapacityMin="([^"]*)"/.exec(i),s=o?o[1]:"0",l=/hdrgm:HDRCapacityMax="([^"]*)"/.exec(i);if(!l)throw Error("Incomplete gainmap metadata");let f=l[1];return{gainMapMin:Array.isArray(e)?e.map(e=>parseFloat(e)):[parseFloat(e),parseFloat(e),parseFloat(e)],gainMapMax:Array.isArray(t)?t.map(e=>parseFloat(e)):[parseFloat(t),parseFloat(t),parseFloat(t)],gamma:Array.isArray(r)?r.map(e=>parseFloat(e)):[parseFloat(r),parseFloat(r),parseFloat(r)],offsetSdr:Array.isArray(a)?a.map(e=>parseFloat(e)):[parseFloat(a),parseFloat(a),parseFloat(a)],offsetHdr:Array.isArray(n)?n.map(e=>parseFloat(e)):[parseFloat(n),parseFloat(n),parseFloat(n)],hdrCapacityMin:parseFloat(s),hdrCapacityMax:parseFloat(f)}}catch(e){}r=t.indexOf("<x:xmpmeta",e)}};class ef{options;constructor(e){this.options={debug:!!e&&void 0!==e.debug&&e.debug,extractFII:!e||void 0===e.extractFII||e.extractFII,extractNonFII:!e||void 0===e.extractNonFII||e.extractNonFII}}extract(e){return new Promise((t,r)=>{let i;let a=this.options.debug,n=new DataView(e.buffer);if(65496!==n.getUint16(0)){r(Error("Not a valid jpeg"));return}let o=n.byteLength,s=2,l=0;for(;s<o;){if(++l>250){r(Error(`Found no marker after ${l} loops ðµ`));return}if(255!==n.getUint8(s)){r(Error(`Not a valid marker at offset 0x${s.toString(16)}, found: 0x${n.getUint8(s).toString(16)}`));return}if(i=n.getUint8(s+1),a&&console.log(`Marker: ${i.toString(16)}`),226===i){a&&console.log("Found APP2 marker (0xffe2)");let e=s+4;if(1297106432===n.getUint32(e)){let i;let a=e+4;if(18761===n.getUint16(a))i=!1;else if(19789===n.getUint16(a))i=!0;else{r(Error("No valid endianness marker found in TIFF header"));return}if(42!==n.getUint16(a+2,!i)){r(Error("Not valid TIFF data! (no 0x002A marker)"));return}let o=n.getUint32(a+4,!i);if(o<8){r(Error("Not valid TIFF data! (First offset less than 8)"));return}let s=a+o,l=n.getUint16(s,!i),f=s+2,u=0;for(let e=f;e<f+12*l;e+=12)45057===n.getUint16(e,!i)&&(u=n.getUint32(e+8,!i));let c=s+2+12*l+4,h=[];for(let e=c;e<c+16*u;e+=16){let t={MPType:n.getUint32(e,!i),size:n.getUint32(e+4,!i),dataOffset:n.getUint32(e+8,!i),dependantImages:n.getUint32(e+12,!i),start:-1,end:-1,isFII:!1};t.dataOffset?(t.start=a+t.dataOffset,t.isFII=!1):(t.start=0,t.isFII=!0),t.end=t.start+t.size,h.push(t)}if(this.options.extractNonFII&&h.length){let e=new Blob([n]),r=[];for(let t of h){if(t.isFII&&!this.options.extractFII)continue;let i=e.slice(t.start,t.end+1,"image/jpeg");r.push(i)}t(r)}}}s+=2+n.getUint16(s+2)}})}}let eu=async e=>{let t=el(e);if(!t)throw new eo("Gain map XMP metadata not found");let r=new ef({extractFII:!0,extractNonFII:!0}),i=await r.extract(e);if(2!==i.length)throw new en("Gain map recovery image not found");return{sdr:new Uint8Array(await i[0].arrayBuffer()),gainMap:new Uint8Array(await i[1].arrayBuffer()),metadata:t}},ec=e=>new Promise((t,r)=>{let i=document.createElement("img");i.onload=()=>{t(i)},i.onerror=e=>{r(e)},i.src=URL.createObjectURL(e)});class eh extends l.Loader{_renderer;_renderTargetOptions;_internalLoadingManager;_config;constructor(e,t){super(t),this._config=e,e.renderer&&(this._renderer=e.renderer),this._internalLoadingManager=new l.LoadingManager}setRenderer(e){return this._renderer=e,this}setRenderTargetOptions(e){return this._renderTargetOptions=e,this}prepareQuadRenderer(){this._renderer||console.warn("WARNING: A Renderer was not passed to this Loader constructor or in setRenderer, the result of this Loa
81der will need to be converted to a Data Texture with toDataTexture() before you can use it in your renderer.");let e=this._config.createMaterial({gainMapMax:[1,1,1],gainMapMin:[0,0,0],gamma:[1,1,1],offsetHdr:[1,1,1],offsetSdr:[1,1,1],hdrCapacityMax:1,hdrCapacityMin:0,maxDisplayBoost:1,gainMap:new l.Texture,sdr:new l.Texture});return this._config.createQuadRenderer({width:16,height:16,type:l.HalfFloatType,colorSpace:l.LinearSRGBColorSpace,material:e,renderer:this._renderer,renderTargetOptions:this._renderTargetOptions})}async processImages(e,t,r){let i,a;let n=t?new Blob([t],{type:"image/jpeg"}):void 0,o=new Blob([e],{type:"image/jpeg"}),s=!1;if("undefined"==typeof createImageBitmap){let e=await Promise.all([n?ec(n):Promise.resolve(void 0),ec(o)]);a=e[0],i=e[1],s="flipY"===r}else{let e=await Promise.all([n?createImageBitmap(n,{imageOrientation:r||"flipY"}):Promise.resolve(void 0),createImageBitmap(o,{imageOrientation:r||"flipY"})]);a=e[0],i=e[1]}return{sdrImage:i,gainMapImage:a,needsFlip:s}}createTextures(e,t,r){let i=new l.Texture(t||new ImageData(2,2),l.UVMapping,l.ClampToEdgeWrapping,l.ClampToEdgeWrapping,l.LinearFilter,l.LinearMipMapLinearFilter,l.RGBAFormat,l.UnsignedByteType,1,l.LinearSRGBColorSpace);i.flipY=r,i.needsUpdate=!0;let a=new l.Texture(e,l.UVMapping,l.ClampToEdgeWrapping,l.ClampToEdgeWrapping,l.LinearFilter,l.LinearMipMapLinearFilter,l.RGBAFormat,l.UnsignedByteType,1,l.SRGBColorSpace);return a.flipY=r,a.needsUpdate=!0,{gainMap:i,sdr:a}}updateQuadRenderer(e,t,r,i,a){e.width=t.width,e.height=t.height,e.material.gainMap=r,e.material.sdr=i,e.material.gainMapMin=a.gainMapMin,e.material.gainMapMax=a.gainMapMax,e.material.offsetHdr=a.offsetHdr,e.material.offsetSdr=a.offsetSdr,e.material.gamma=a.gamma,e.material.hdrCapacityMin=a.hdrCapacityMin,e.material.hdrCapacityMax=a.hdrCapacityMax,e.material.maxDisplayBoost=Math.pow(2,a.hdrCapacityMax),e.material.needsUpdate=!0}}let ep=` 82varying vec2 vUv; 83 84void main() { 85 vUv = uv; 86 gl_Position = projectionMatrix * modelViewMatrix * vec4(position, 1.0); 87} 88`,ed=` 89// min half float value 90#define HALF_FLOAT_MIN vec3( -65504, -65504, -65504 ) 91// max half float value 92#define HALF_FLOAT_MAX vec3( 65504, 65504, 65504 ) 93 94uniform sampler2D sdr; 95uniform sampler2D gainMap; 96uniform vec3 gamma; 97uniform vec3 offsetHdr; 98uniform vec3 offsetSdr; 99uniform vec3 gainMapMin; 100uniform vec3 gainMapMax; 101uniform float weightFactor; 102 103varying vec2 vUv; 104 105void main() { 106 vec3 rgb = texture2D( sdr, vUv ).rgb; 107 vec3 recovery = texture2D( gainMap, vUv ).rgb; 108 vec3 logRecovery = pow( recovery, gamma ); 109 vec3 logBoost = gainMapMin * ( 1.0 - logRecovery ) + gainMapMax * logRecovery; 110 vec3 hdrColor = (rgb + offsetSdr) * exp2( logBoost * weightFactor ) - offsetHdr; 111 vec3 clampedHdrColor = max( HALF_FLOAT_MIN, min( HALF_FLOAT_MAX, hdrColor )); 112 gl_FragColor = vec4( clampedHdrColor , 1.0 ); 113} 114`;class eg extends l.ShaderMaterial{_maxDisplayBoost;_hdrCapacityMin;_hdrCapacityMax;constructor({gamma:e,offsetHdr:t,offsetSdr:r,gainMapMin:i,gainMapMax:a,maxDisplayBoost:n,hdrCapacityMin:o,hdrCapacityMax:s,sdr:f,gainMap:u}){super({name:"GainMapDecoderMaterial",vertexShader:ep,fragmentShader:ed,uniforms:{sdr:{value:f},gainMap:{value:u},gamma:{value:new l.Vector3(1/e[0],1/e[1],1/e[2])},offsetHdr:{value:new l.Vector3().fromArray(t)},offsetSdr:{value:new l.Vector3().fromArray(r)},gainMapMin:{value:new l.Vector3().fromArray(i)},gainMapMax:{value:new l.Vector3().fromArray(a)},weightFactor:{value:(Math.log2(n)-o)/(s-o)}},blending:l.NoBlending,depthTest:!1,depthWrite:!1}),this._maxDisplayBoost=n,this._hdrCapacityMin=o,this._hdrCapacityMax=s,this.needsUpdate=!0,this.uniformsNeedUpdate=!0}get sdr(){return this.uniforms.sdr.value}set sdr(e){this.uniforms.sdr.value=e}get gainMap(){return this.uniforms.gainMap.value}set gainMap(e){this.uniforms.gainMap.value=e}get offsetHdr(){return this.uniforms.offsetHdr.value.toArray()}set offsetHdr(e){this.uniforms.offsetHdr.value.fromArray(e)}get offsetSdr(){return this.uniforms.offsetSdr.value.toArray()}set offsetSdr(e){this.uniforms.offsetSdr.value.fromArray(e)}get gainMapMin(){return this.uniforms.gainMapMin.value.toArray()}set gainMapMin(e){this.uniforms.gainMapMin.value.fromArray(e)}get gainMapMax(){return this.uniforms.gainMapMax.value.toArray()}set gainMapMax(e){this.uniforms.gainMapMax.value.fromArray(e)}get gamma(){let e=this.uniforms.gamma.value;return[1/e.x,1/e.y,1/e.z]}set gamma(e){let t=this.uniforms.gamma.value;t.x=1/e[0],t.y=1/e[1],t.z=1/e[2]}get hdrCapacityMin(){return this._hdrCapacityMin}set hdrCapacityMin(e){this._hdrCapacityMin=e,this.calculateWeight()}get hdrCapacityMax(){return this._hdrCapacityMax}set hdrCapacityMax(e){this._hdrCapacityMax=e,this.calculateWeight()}get maxDisplayBoost(){return this._maxDisplayBoost}set maxDisplayBoost(e){this._maxDisplayBoost=Math.max(1,Math.min(65504,e)),this.calculateWeight()}calculateWeight(){let e=(Math.log2(this._maxDisplayBoost)-this._hdrCapacityMin)/(this._hdrCapacityMax-this._hdrCapacityMin);this.uniforms.weightFactor.value=Math.max(0,Math.min(1,e))}}a={renderer:l.WebGLRenderer,createMaterial:e=>new eg(e),createQuadRenderer:e=>new ea(e)},e=>{let{sdr:t,gainMap:r,renderer:i}=e;t.colorSpace!==l.SRGBColorSpace&&(console.warn("SDR Colorspace needs to be *SRGBColorSpace*, setting it automatically"),t.colorSpace
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122uniform sampler2D sceneDiffuse; 123uniform highp sampler2D sceneNormal; 124uniform highp sampler2D sceneDepth; 125uniform mat4 projectionMatrixInv; 126uniform mat4 viewMatrixInv; 127uniform mat4 projMat; 128uniform mat4 viewMat; 129uniform mat4 projViewMat; 130uniform vec3 cameraPos; 131uniform vec2 resolution; 132uniform float time; 133uniform vec3[SAMPLES] samples; 134uniform float[SAMPLES] samplesR; 135uniform float radius; 136uniform float distanceFalloff; 137uniform float near; 138uniform float far; 139uniform bool logDepth; 140uniform bool ortho; 141uniform bool screenSpaceRadius; 142uniform sampler2D bluenoise; 143 varying vec2 vUv; 144 highp float linearize_depth(highp float d, highp float zNear,highp float zFar) 145 { 146 return (zFar * zNear) / (zFar - d * (zFar - zNear)); 147 } 148 highp float linearize_depth_ortho(highp float d, highp float nearZ, highp float farZ) { 149 return nearZ + (farZ - nearZ) * d; 150 } 151 highp float linearize_depth_log(highp float d, highp float nearZ,highp float farZ) { 152 float depth = pow(2.0, d * log2(farZ + 1.0)) - 1.0; 153 float a = farZ / (farZ - nearZ); 154 float b = farZ * nearZ / (nearZ - farZ); 155 float linDepth = a + b / depth; 156 return ortho ? linearize_depth_ortho( 157 linDepth, 158 nearZ, 159 farZ 160 ) :linearize_depth(linDepth, nearZ, farZ); 161 } 162 163 vec3 getWorldPosLog(vec3 posS) { 164 vec2 uv = posS.xy; 165 float z = posS.z; 166 float nearZ =near; 167 float farZ = far; 168 float depth = pow(2.0, z * log2(farZ + 1.0)) - 1.0; 169 float a = farZ / (farZ - nearZ); 170 float b = farZ * nearZ / (nearZ - farZ); 171 float linDepth = a + b / depth; 172 vec4 clipVec = vec4(uv, linDepth, 1.0) * 2.0 - 1.0; 173 vec4 wpos = projectionMatrixInv * clipVec; 174 return wpos.xyz / wpos.w; 175 } 176 vec3 getWorldPos(float depth, vec2 coord) { 177 #ifdef LOGDEPTH 178 return getWorldPosLog(vec3(coord, depth)); 179 #endif 180 float z = depth * 2.0 - 1.0; 181 vec4 clipSpacePosition = vec4(coord * 2.0 - 1.0, z, 1.0); 182 vec4 viewSpacePosition = projectionMatrixInv * clipSpacePosition; 183 // Perspective division 184 vec4 worldSpacePosition = viewSpacePosition; 185 worldSpacePosition.xyz /= worldSpacePosition.w; 186 return worldSpacePosition.xyz; 187 } 188 189 vec3 computeNormal(vec3 worldPos, vec2 vUv) { 190 ivec2 p = ivec2(vUv * resolution); 191 float c0 = texelFetch(sceneDepth, p, 0).x; 192 float l2 = texelFetch(sceneDepth, p - ivec2(2, 0), 0).x; 193 float l1 = texelFetch(sceneDepth, p - ivec2(1, 0), 0).x; 194 float r1 = texelFetch(sceneDepth, p + ivec2(1, 0), 0).x; 195 float r2 = texelFetch(sceneDepth, p + ivec2(2, 0), 0).x; 196 float b2 = texelFetch(sceneDepth, p - ivec2(0, 2), 0).x; 197 float b1 = texelFetch(sceneDepth, p - ivec2(0, 1), 0).x; 198 float t1 = texelFetch(sceneDepth, p + ivec2(0, 1), 0).x; 199 float t2 = texelFetch(sceneDepth, p + ivec2(0, 2), 0).x; 200 201 float dl = abs((2.0 * l1 - l2) - c0); 202 float dr = abs((2.0 * r1 - r2) - c0); 203 float db = abs((2.0 * b1 - b2) - c0); 204 float dt = abs((2.0 * t1 - t2) - c0); 205 206 vec3 ce = getWorldPos(c0, vUv).xyz; 207 208 vec3 dpdx = (dl < dr) ? ce - getWorldPos(l1, (vUv - vec2(1.0 / resolution.x, 0.0))).xyz 209 : -ce + getWorldPos(r1, (vUv + vec2(1.0 / resolution.x, 0.0))).xyz; 210 vec3 dpdy = (db < dt) ? ce - getWorldPos(b1, (vUv - vec2(0.0, 1.0 / resolution.y))).xyz 211 : -ce + getWorldPos(t1, (vUv + vec2(0.0, 1.0 / resolution.y))).xyz; 212 213 return normalize(cross(dpdx, dpdy)); 214} 215 216void main() { 217 vec4 diffuse = texture2D(sceneDiffuse, vUv); 218 float depth = texture2D(sceneDepth, vUv).x; 219 if (depth == 1.0) { 220 gl_FragColor = vec4(vec3(1.0), 1.0); 221 return; 222 } 223 vec3 worldPos = getWorldPos(depth, vUv); 224 // vec3 normal = texture2D(sceneNormal, vUv).rgb;//computeNormal(worldPos, vUv); 225 #ifdef HALFRES 226 vec3 normal = texture2D(sceneNormal, vUv).rgb; 227 #else 228 vec3 normal = computeNormal(worldPos, vUv); 229 #endif 230 vec4 noise = texture2D(bluenoise, gl_FragCoord.xy / 128.0); 231 vec3 randomVec = normalize(noise.rgb * 2.0 - 1.0); 232 vec3 tangent = normalize(randomVec - normal * dot(randomVec, normal)); 233 vec3 bitangent = cross(normal, tangent); 234 mat3 tbn = mat3(tangent, bitangent, normal); 235 float occluded = 0.0; 236 float totalWeight = 0.0; 237 /* float radiusScreen = distance( 238 worldPos, 239 getWorldPos(depth, vUv + 240 vec2(48.0, 0.0) / resolution) 241 );/*vUv.x < 0.5 ? radius : min(distance( 242 worldPos, 243 getWorldPos(depth, vUv + 244 vec2(100.0, 0.0) / resolution) 245 ), radius);
246 float distanceFalloffScreen = radiusScreen * 0.2;*/ 247 float radiusToUse = screenSpaceRadius ? distance( 248 worldPos, 249 getWorldPos(depth, vUv + 250 vec2(radius, 0.0) / resolution) 251 ) : radius; 252 float distanceFalloffToUse =screenSpaceRadius ? 253 radiusToUse * distanceFalloff 254 : distanceFalloff; 255 float bias = (0.1 / near) * fwidth(distance(worldPos, cameraPos)) / radiusToUse; 256 for(float i = 0.0; i < FSAMPLES; i++) { 257 vec3 sampleDirection = 258 tbn * 259 samples[int(i)]; 260 ; 261 float moveAmt = samplesR[int(mod(i + noise.a * FSAMPLES, FSAMPLES))]; 262 vec3 samplePos = worldPos + radiusToUse * moveAmt * sampleDirection; 263 vec4 offset = projMat * vec4(samplePos, 1.0); 264 offset.xyz /= offset.w; 265 offset.xyz = offset.xyz * 0.5 + 0.5; 266 float sampleDepth = textureLod(sceneDepth, offset.xy, 0.0).x; 267 /*float distSample = logDepth ? linearize_depth_log(sampleDepth, near, far) 268 (ortho ? linearize_depth_ortho(sampleDepth, near, far) : linearize_depth(sampleDepth, near, far));*/ 269 #ifdef LOGDEPTH 270 float distSample = linearize_depth_log(sampleDepth, near, far); 271 #else 272 float distSample = ortho ? linearize_depth_ortho(sampleDepth, near, far) : linearize_depth(sampleDepth, near, far); 273 #endif 274 float distWorld = ortho ? linearize_depth_ortho(offset.z, near, far) : linearize_depth(offset.z, near, far); 275 float rangeCheck = smoothstep(0.0, 1.0, distanceFalloffToUse / (abs(distSample - distWorld))); 276 vec2 diff = gl_FragCoord.xy - ( offset.xy * resolution); 277 float weight = dot(sampleDirection, normal); 278 occluded += rangeCheck * weight * 279 (distSample + bias 280 < distWorld ? 1.0 : 0.0) * ( 281 (dot( 282 diff, 283 diff 284 285 ) < 1.0 || (sampleDepth == depth) || ( 286 offset.x < 0.0 || offset.x > 1.0 || offset.y < 0.0 || offset.y > 1.0 287 ) ? 0.0 : 1.0) 288 ); 289 totalWeight += weight; 290 } 291 float occ = clamp(1.0 - occluded / totalWeight, 0.0, 1.0); 292 gl_FragColor = vec4(0.5 + 0.5 * normal, occ); 293}`},m=parseInt(n.REVISION.replace(/\D+/g,"")),v={uniforms:{sceneDiffuse:{value:null},sceneDepth:{value:null},tDiffuse:{value:null},projMat:{value:new n.Matrix4},viewMat:{value:new n.Matrix4},projectionMatrixInv:{value:new n.Matrix4},viewMatrixInv:{value:new n.Matrix4},cameraPos:{value:new n.Vector3},resolution:{value:new n.Vector2},color:{value:new n.Vector3(0,0,0)},blueNoise:{value:null},downsampledDepth:{value:null},time:{value:0},intensity:{value:10},renderMode:{value:0},gammaCorrection:{value:!1},logDepth:{value:!1},ortho:{value:!1},near:{value:.1},far:{value:1e3},screenSpaceRadius:{value:!1},radius:{value:0},distanceFalloff:{value:1},fog:{value:!1},fogExp:{value:!1},fogDensity:{value:0},fogNear:{value:1/0},fogFar:{value:1/0},colorMultiply:{value:!0}},depthWrite:!1,depthTest:!1,vertexShader:` 294 varying vec2 vUv; 295 void main() { 296 vUv = uv; 297 gl_Position = vec4(position, 1); 298 }`,fragmentShader:`
299 uniform sampler2D sceneDiffuse; 300 uniform highp sampler2D sceneDepth; 301 uniform highp sampler2D downsampledDepth; 302 uniform sampler2D tDiffuse; 303 uniform sampler2D blueNoise; 304 uniform vec2 resolution; 305 uniform vec3 color; 306 uniform mat4 projectionMatrixInv; 307 uniform mat4 viewMatrixInv; 308 uniform float intensity; 309 uniform float renderMode; 310 uniform float near; 311 uniform float far; 312 uniform bool gammaCorrection; 313 uniform bool logDepth; 314 uniform bool ortho; 315 uniform bool screenSpaceRadius; 316 uniform bool fog; 317 uniform bool fogExp; 318 uniform bool colorMultiply; 319 uniform float fogDensity; 320 uniform float fogNear; 321 uniform float fogFar; 322 uniform float radius; 323 uniform float distanceFalloff; 324 uniform vec3 cameraPos; 325 varying vec2 vUv; 326 highp float linearize_depth(highp float d, highp float zNear,highp float zFar) 327 { 328 return (zFar * zNear) / (zFar - d * (zFar - zNear)); 329 } 330 highp float linearize_depth_ortho(highp float d, highp float nearZ, highp float farZ) { 331 return nearZ + (farZ - nearZ) * d; 332 } 333 highp float linearize_depth_log(highp float d, highp float nearZ,highp float farZ) { 334 float depth = pow(2.0, d * log2(farZ + 1.0)) - 1.0; 335 float a = farZ / (farZ - nearZ); 336 float b = farZ * nearZ / (nearZ - farZ); 337 float linDepth = a + b / depth; 338 return ortho ? linearize_depth_ortho( 339 linDepth, 340 nearZ, 341 farZ 342 ) :linearize_depth(linDepth, nearZ, farZ); 343 } 344 vec3 getWorldPosLog(vec3 posS) { 345 vec2 uv = posS.xy; 346 float z = posS.z; 347 float nearZ =near; 348 float farZ = far; 349 float depth = pow(2.0, z * log2(farZ + 1.0)) - 1.0; 350 float a = farZ / (farZ - nearZ); 351 float b = farZ * nearZ / (nearZ - farZ); 352 float linDepth = a + b / depth; 353 vec4 clipVec = vec4(uv, linDepth, 1.0) * 2.0 - 1.0; 354 vec4 wpos = projectionMatrixInv * clipVec; 355 return wpos.xyz / wpos.w; 356 } 357 vec3 getWorldPos(float depth, vec2 coord) { 358 // if (logDepth) { 359 #ifdef LOGDEPTH 360 return getWorldPosLog(vec3(coord, depth)); 361 #endif 362 // } 363 float z = depth * 2.0 - 1.0; 364 vec4 clipSpacePosition = vec4(coord * 2.0 - 1.0, z, 1.0); 365 vec4 viewSpacePosition = projectionMatrixInv * clipSpacePosition; 366 // Perspective division 367 vec4 worldSpacePosition = viewSpacePosition; 368 worldSpacePosition.xyz /= worldSpacePosition.w; 369 return worldSpacePosition.xyz; 370 } 371 372 vec3 computeNormal(vec3 worldPos, vec2 vUv) { 373 ivec2 p = ivec2(vUv * resolution); 374 float c0 = texelFetch(sceneDepth, p, 0).x; 375 float l2 = texelFetch(sceneDepth, p - ivec2(2, 0), 0).x; 376 float l1 = texelFetch(sceneDepth, p - ivec2(1, 0), 0).x; 377 float r1 = texelFetch(sceneDepth, p + ivec2(1, 0), 0).x; 378 float r2 = texelFetch(sceneDepth, p + ivec2(2, 0), 0).x; 379 float b2 = texelFetch(sceneDepth, p - ivec2(0, 2), 0).x; 380 float b1 = texelFetch(sceneDepth, p - ivec2(0, 1), 0).x; 381 float t1 = texelFetch(sceneDepth, p + ivec2(0, 1), 0).x; 382 float t2 = texelFetch(sceneDepth, p + ivec2(0, 2), 0).x; 383 384 float dl = abs((2.0 * l1 - l2) - c0); 385 float dr = abs((2.0 * r1 - r2) - c0); 386 float db = abs((2.0 * b1 - b2) - c0); 387 float dt = abs((2.0 * t1 - t2) - c0); 388 389 vec3 ce = getWorldPos(c0, vUv).xyz; 390 391 vec3 dpdx = (dl < dr) ? ce - getWorldPos(l1, (vUv - vec2(1.0 / resolution.x, 0.0))).xyz 392 : -ce + getWorldPos(r1, (vUv + vec2(1.0 / resolution.x, 0.0))).xyz; 393 vec3 dpdy = (db < dt) ? ce - getWorldPos(b1, (vUv - vec2(0.0, 1.0 / resolution.y))).xyz 394 : -ce + getWorldPos(t1, (vUv + vec2(0.0, 1.0 / resolution.y))).xyz; 395 396 return normalize(cross(dpdx, dpdy)); 397 } 398 399 #include <common> 400 #include <dithering_pars_fragment> 401 void main() { 402 //vec4 texel = texture2D(tDiffuse, vUv);//vec3(0.0); 403 vec4 sceneTexel = texture2D(sceneDiffuse, vUv); 404 float depth = texture2D( 405 sceneDepth, 406 vUv 407 ).x; 408 #ifdef HALFRES 409 vec4 texel; 410 if (depth == 1.0) { 411 texel = vec4(0.0, 0.0, 0.0, 1.0); 412 } else { 413 vec3 worldPos = getWorldPos(depth, vUv); 414 vec3 normal = computeNormal(getWorldPos(depth, vUv), vUv); 415 // vec4 texel = texture2D(tDiffuse, vUv); 416 // Find closest depth; 417 float totalWeight = 0.0; 418 float radiusToUse = screenSpaceRadius ? distance( 419 worldPos, 420 getWorldPos(depth, vUv + 421 vec2(radius, 0.0) / resolution)
422 ) : radius; 423 float distanceFalloffToUse =screenSpaceRadius ? 424 radiusToUse * distanceFalloff 425 : distanceFalloff; 426 for(float x = -1.0; x <= 1.0; x++) { 427 for(float y = -1.0; y <= 1.0; y++) { 428 vec2 offset = vec2(x, y); 429 ivec2 p = ivec2( 430 (vUv * resolution * 0.5) + offset 431 ); 432 vec2 pUv = vec2(p) / (resolution * 0.5); 433 float sampleDepth = texelFetch(downsampledDepth,p, 0).x; 434 vec4 sampleInfo = texelFetch(tDiffuse, p, 0); 435 vec3 normalSample = sampleInfo.xyz * 2.0 - 1.0; 436 vec3 worldPosSample = getWorldPos(sampleDepth, pUv); 437 float tangentPlaneDist = abs(dot(worldPos - worldPosSample, normal)); 438 float rangeCheck = exp(-1.0 * tangentPlaneDist * (1.0 / distanceFalloffToUse)) * max(dot(normal, normalSample), 0.0); 439 float weight = rangeCheck; 440 totalWeight += weight; 441 texel += sampleInfo * weight; 442 } 443 } 444 if (totalWeight == 0.0) { 445 texel = texture2D(tDiffuse, vUv); 446 } else { 447 texel /= totalWeight; 448 } 449 } 450 #else 451 vec4 texel = texture2D(tDiffuse, vUv); 452 #endif 453 454 #ifdef LOGDEPTH 455 texel.a = clamp(texel.a, 0.0, 1.0); 456 if (texel.a == 0.0) { 457 texel.a = 1.0; 458 } 459 #endif 460 461 float finalAo = pow(texel.a, intensity); 462 float fogFactor; 463 float fogDepth = distance( 464 cameraPos, 465 getWorldPos(depth, vUv) 466 ); 467 if (fog) { 468 if (fogExp) { 469 fogFactor = 1.0 - exp( - fogDensity * fogDensity * fogDepth * fogDepth ); 470 } else { 471 fogFactor = smoothstep( fogNear, fogFar, fogDepth ); 472 } 473 } 474 finalAo = mix(finalAo, 1.0, fogFactor); 475 vec3 aoApplied = color * mix(vec3(1.0), sceneTexel.rgb, float(colorMultiply)); 476 if (renderMode == 0.0) { 477 gl_FragColor = vec4( mix(sceneTexel.rgb, aoApplied, 1.0 - finalAo), sceneTexel.a); 478 } else if (renderMode == 1.0) { 479 gl_FragColor = vec4( mix(vec3(1.0), aoApplied, 1.0 - finalAo), sceneTexel.a); 480 } else if (renderMode == 2.0) { 481 gl_FragColor = vec4( sceneTexel.rgb, sceneTexel.a); 482 } else if (renderMode == 3.0) { 483 if (vUv.x < 0.5) { 484 gl_FragColor = vec4( sceneTexel.rgb, sceneTexel.a); 485 } else if (abs(vUv.x - 0.5) < 1.0 / resolution.x) { 486 gl_FragColor = vec4(1.0); 487 } else { 488 gl_FragColor = vec4( mix(sceneTexel.rgb, aoApplied, 1.0 - finalAo), sceneTexel.a); 489 } 490 } else if (renderMode == 4.0) { 491 if (vUv.x < 0.5) { 492 gl_FragColor = vec4( sceneTexel.rgb, sceneTexel.a); 493 } else if (abs(vUv.x - 0.5) < 1.0 / resolution.x) { 494 gl_FragColor = vec4(1.0); 495 } else { 496 gl_FragColor = vec4( mix(vec3(1.0), aoApplied, 1.0 - finalAo), sceneTexel.a); 497 } 498 } 499 #include <dithering_fragment> 500 if (gammaCorrection) { 501 gl_FragColor = ${m>=167?"sRGBTransferOETF":"LinearTosRGB"}(gl_FragColor); 502 } 503 } 504 `},y={uniforms:{sceneDiffuse:{value:null},sceneDepth:{value:null},tDiffuse:{value:null},projMat:{value:new n.Matrix4},viewMat:{value:new n.Matrix4},projectionMatrixInv:{value:new n.Matrix4},viewMatrixInv:{value:new n.Matrix4},cameraPos:{value:new n.Vector3},resolution:{value:new n.Vector2},time:{value:0},r:{value:5},blueNoise:{value:null},radius:{value:12},worldRadius:{value:5},index:{value:0},poissonDisk:{value:[]},distanceFalloff:{value:1},near:{value:.1},far:{value:1e3},logDepth:{value:!1},screenSpaceRadius:{value:!1}},depthWrite:!1,depthTest:!1,vertexShader:` 505 varying vec2 vUv; 506 void main() { 507 vUv = uv; 508 gl_Position = vec4(position, 1.0); 509 }`,fragmentShader:`
510 uniform sampler2D sceneDiffuse; 511 uniform highp sampler2D sceneDepth; 512 uniform sampler2D tDiffuse; 513 uniform sampler2D blueNoise; 514 uniform mat4 projectionMatrixInv; 515 uniform mat4 viewMatrixInv; 516 uniform vec2 resolution; 517 uniform float r; 518 uniform float radius; 519 uniform float worldRadius; 520 uniform float index; 521 uniform float near; 522 uniform float far; 523 uniform float distanceFalloff; 524 uniform bool logDepth; 525 uniform bool screenSpaceRadius; 526 varying vec2 vUv; 527 528 highp float linearize_depth(highp float d, highp float zNear,highp float zFar) 529 { 530 highp float z_n = 2.0 * d - 1.0; 531 return 2.0 * zNear * zFar / (zFar + zNear - z_n * (zFar - zNear)); 532 } 533 highp float linearize_depth_log(highp float d, highp float nearZ,highp float farZ) { 534 float depth = pow(2.0, d * log2(farZ + 1.0)) - 1.0; 535 float a = farZ / (farZ - nearZ); 536 float b = farZ * nearZ / (nearZ - farZ); 537 float linDepth = a + b / depth; 538 return linearize_depth(linDepth, nearZ, farZ); 539 } 540 highp float linearize_depth_ortho(highp float d, highp float nearZ, highp float farZ) { 541 return nearZ + (farZ - nearZ) * d; 542 } 543 vec3 getWorldPosLog(vec3 posS) { 544 vec2 uv = posS.xy; 545 float z = posS.z; 546 float nearZ =near; 547 float farZ = far; 548 float depth = pow(2.0, z * log2(farZ + 1.0)) - 1.0; 549 float a = farZ / (farZ - nearZ); 550 float b = farZ * nearZ / (nearZ - farZ); 551 float linDepth = a + b / depth; 552 vec4 clipVec = vec4(uv, linDepth, 1.0) * 2.0 - 1.0; 553 vec4 wpos = projectionMatrixInv * clipVec; 554 return wpos.xyz / wpos.w; 555 } 556 vec3 getWorldPos(float depth, vec2 coord) { 557 #ifdef LOGDEPTH 558 return getWorldPosLog(vec3(coord, depth)); 559 #endif 560 561 float z = depth * 2.0 - 1.0; 562 vec4 clipSpacePosition = vec4(coord * 2.0 - 1.0, z, 1.0); 563 vec4 viewSpacePosition = projectionMatrixInv * clipSpacePosition; 564 // Perspective division 565 vec4 worldSpacePosition = viewSpacePosition; 566 worldSpacePosition.xyz /= worldSpacePosition.w; 567 return worldSpacePosition.xyz; 568 } 569 #include <common> 570 #define NUM_SAMPLES 16 571 uniform vec2 poissonDisk[NUM_SAMPLES]; 572 void main() { 573 const float pi = 3.14159; 574 vec2 texelSize = vec2(1.0 / resolution.x, 1.0 / resolution.y); 575 vec2 uv = vUv; 576 vec4 data = texture2D(tDiffuse, vUv); 577 float occlusion = data.a; 578 float baseOcc = data.a; 579 vec3 normal = data.rgb * 2.0 - 1.0; 580 float count = 1.0; 581 float d = texture2D(sceneDepth, vUv).x; 582 if (d == 1.0) { 583 gl_FragColor = data; 584 return; 585 } 586 vec3 worldPos = getWorldPos(d, vUv); 587 float size = radius; 588 float angle; 589 if (index == 0.0) { 590 angle = texture2D(blueNoise, gl_FragCoord.xy / 128.0).x * PI2; 591 } else if (index == 1.0) { 592 angle = texture2D(blueNoise, gl_FragCoord.xy / 128.0).y * PI2; 593 } else if (index == 2.0) { 594 angle = texture2D(blueNoise, gl_FragCoord.xy / 128.0).z * PI2; 595 } else { 596 angle = texture2D(blueNoise, gl_FragCoord.xy / 128.0).w * PI2; 597 } 598 599 mat2 rotationMatrix = mat2(cos(angle), -sin(angle), sin(angle), cos(angle)); 600 float radiusToUse = screenSpaceRadius ? distance( 601 worldPos, 602 getWorldPos(d, vUv + 603 vec2(worldRadius, 0.0) / resolution) 604 ) : worldRadius; 605 float distanceFalloffToUse =screenSpaceRadius ? 606 radiusToUse * distanceFalloff 607 : distanceFalloff; 608 609 610 for(int i = 0; i < NUM_SAMPLES; i++) { 611 vec2 offset = (rotationMatrix * poissonDisk[i]) * texelSize * size; 612 vec4 dataSample = texture2D(tDiffuse, uv + offset); 613 float occSample = dataSample.a; 614 vec3 normalSample = dataSample.rgb * 2.0 - 1.0; 615 float dSample = texture2D(sceneDepth, uv + offset).x; 616 vec3 worldPosSample = getWorldPos(dSample, uv + offset); 617 float tangentPlaneDist = abs(dot(worldPos - worldPosSample, normal)); 618 float rangeCheck = dSample == 1.0 ? 0.0 :exp(-1.0 * tangentPlaneDist * (1.0 / distanceFalloffToUse)) * max(dot(normal, normalSample), 0.0) * (1.0 - abs(occSample - baseOcc)); 619 occlusion += occSample * rangeCheck; 620 count += rangeCheck; 621 } 622 if (count > 0.0) { 623 occlusion /= count; 624 } 625 #ifdef LOGDEPTH 626 occlusion = clamp(occlusion, 0.0, 1.0); 627 if (occlusion == 0.0) { 628 occlusion = 1.0; 629 } 630 #endif 631 gl_FragColor = vec4(0.5 + 0.5 * normal, occlusion); 632 } 633 `},w={uniforms:{sceneDepth:{value:null},resolution:{value:new n.Vector2},near:{value:.1},far:{value:1e3},viewMatrixInv:{value:new n.Matrix4},projectionMatrixInv:{value:new n.Matrix4},logDepth:{value:!1}},depthWrite:!1,depthTest:!1,vertexShader:` 634 varying vec2 vUv; 635 void main() { 636 vUv = uv; 637 gl_Position = vec4(position, 1); 638 }`,fragmentShader:`
639 uniform highp sampler2D sceneDepth; 640 uniform vec2 resolution; 641 uniform float near; 642 uniform float far; 643 uniform bool logDepth; 644 uniform mat4 viewMatrixInv; 645 uniform mat4 projectionMatrixInv; 646 varying vec2 vUv; 647 layout(location = 1) out vec4 gNormal; 648 vec3 getWorldPosLog(vec3 posS) { 649 vec2 uv = posS.xy; 650 float z = posS.z; 651 float nearZ =near; 652 float farZ = far; 653 float depth = pow(2.0, z * log2(farZ + 1.0)) - 1.0; 654 float a = farZ / (farZ - nearZ); 655 float b = farZ * nearZ / (nearZ - farZ); 656 float linDepth = a + b / depth; 657 vec4 clipVec = vec4(uv, linDepth, 1.0) * 2.0 - 1.0; 658 vec4 wpos = projectionMatrixInv * clipVec; 659 return wpos.xyz / wpos.w; 660 } 661 vec3 getWorldPos(float depth, vec2 coord) { 662 if (logDepth) { 663 return getWorldPosLog(vec3(coord, depth)); 664 } 665 float z = depth * 2.0 - 1.0; 666 vec4 clipSpacePosition = vec4(coord * 2.0 - 1.0, z, 1.0); 667 vec4 viewSpacePosition = projectionMatrixInv * clipSpacePosition; 668 // Perspective division 669 vec4 worldSpacePosition = viewSpacePosition; 670 worldSpacePosition.xyz /= worldSpacePosition.w; 671 return worldSpacePosition.xyz; 672 } 673 674 vec3 computeNormal(vec3 worldPos, vec2 vUv) { 675 ivec2 p = ivec2(vUv * resolution); 676 float c0 = texelFetch(sceneDepth, p, 0).x; 677 float l2 = texelFetch(sceneDepth, p - ivec2(2, 0), 0).x; 678 float l1 = texelFetch(sceneDepth, p - ivec2(1, 0), 0).x; 679 float r1 = texelFetch(sceneDepth, p + ivec2(1, 0), 0).x; 680 float r2 = texelFetch(sceneDepth, p + ivec2(2, 0), 0).x; 681 float b2 = texelFetch(sceneDepth, p - ivec2(0, 2), 0).x; 682 float b1 = texelFetch(sceneDepth, p - ivec2(0, 1), 0).x; 683 float t1 = texelFetch(sceneDepth, p + ivec2(0, 1), 0).x; 684 float t2 = texelFetch(sceneDepth, p + ivec2(0, 2), 0).x; 685 686 float dl = abs((2.0 * l1 - l2) - c0); 687 float dr = abs((2.0 * r1 - r2) - c0); 688 float db = abs((2.0 * b1 - b2) - c0); 689 float dt = abs((2.0 * t1 - t2) - c0); 690 691 vec3 ce = getWorldPos(c0, vUv).xyz; 692 693 vec3 dpdx = (dl < dr) ? ce - getWorldPos(l1, (vUv - vec2(1.0 / resolution.x, 0.0))).xyz 694 : -ce + getWorldPos(r1, (vUv + vec2(1.0 / resolution.x, 0.0))).xyz; 695 vec3 dpdy = (db < dt) ? ce - getWorldPos(b1, (vUv - vec2(0.0, 1.0 / resolution.y))).xyz 696 : -ce + getWorldPos(t1, (vUv + vec2(0.0, 1.0 / resolution.y))).xyz; 697 698 return normalize(cross(dpdx, dpdy)); 699 } 700 void main() { 701 vec2 uv = vUv - vec2(0.5) / resolution; 702 vec2 pixelSize = vec2(1.0) / resolution; 703 vec2[] uvSamples = vec2[4]( 704 uv, 705 uv + vec2(pixelSize.x, 0.0), 706 uv + vec2(0.0, pixelSize.y), 707 uv + pixelSize 708 ); 709 float depth00 = texture2D(sceneDepth, uvSamples[0]).r; 710 float depth10 = texture2D(sceneDepth, uvSamples[1]).r; 711 float depth01 = texture2D(sceneDepth, uvSamples[2]).r; 712 float depth11 = texture2D(sceneDepth, uvSamples[3]).r; 713 float minDepth = min(min(depth00, depth10), min(depth01, depth11)); 714 float maxDepth = max(max(depth00, depth10), max(depth01, depth11)); 715 float targetDepth = minDepth; 716 // Checkerboard pattern to avoid artifacts 717 if (mod(gl_FragCoord.x + gl_FragCoord.y, 2.0) > 0.5) { 718 targetDepth = maxDepth; 719 } 720 int chosenIndex = 0; 721 float[] samples = float[4](depth00, depth10, depth01, depth11); 722 for(int i = 0; i < 4; ++i) { 723 if (samples[i] == targetDepth) { 724 chosenIndex = i; 725 break; 726 } 727 } 728 gl_FragColor = vec4(samples[chosenIndex], 0.0, 0.0, 1.0); 729 gNormal = vec4(computeNormal( 730 getWorldPos(samples[chosenIndex], uvSamples[chosenIndex]), uvSamples[chosenIndex] 731 ), 0.0); 732 /* float[] samples = float[4](depth00, depth10, depth01, depth11); 733 float c = 0.25 * (depth00 + depth10 + depth01 + depth11); 734 float[] distances = float[4](depth00, depth10, depth01, depth11); 735 float maxDistance = max(max(distances[0], distances[1]), max(distances[2], distances[3])); 736 737 int remaining[3]; 738 int rejected[3]; 739 int i, j, k; 740 741 for(i = 0, j = 0, k = 0; i < 4; ++i) { 742 if (distances[i] < maxDistance) { 743 remaining[j++] = i; 744 } else { 745 rejected[k++] = i; 746 } 747 } 748 for(;j < 3;++j) { 749 remaining[j] = rejected[--k]; 750 } 751 vec3 s = vec3( 752 samples[remaining[0]], 753 samples[remaining[1]], 754 samples[remaining[2]] 755 ); 756 c = (s.x + s.y + s.z) / 3.0; 757 758 distances[0] = abs(c - s.x); 759 distances[1] = abs(c - s.y); 760 distances[2] = abs(c - s.z); 761 762 float minDistance = min(min(distances[0], distances[1]), distances[2]); 763 764 for(i = 0; i < 3; ++i) { 765 if (distances[i] == minDistance) { 766 break; 767 } 768 }*/ 769 /* gl_FragColor = vec4(samples[remaining[i]], 0.0, 0.0, 0.0); 770 gNormal = vec4(computeNormal( 771 getWorldPos(samples[remaining[i]], uvSamples[remaining[i]]), uvSamples[remaining[i]] 772 ), 0.0);*/ 773 }`},x=s.lW.from("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IFLmEDzr1Gkh9G3zisG4pqM/MV6XIz+CtDUh6
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","base64");class b extends o.w2{constructor(e,t,r=512,i=512){super(),this.width=r,this.height=i,this.clear=!0,this.camera=t,this.scene=e,this.autosetGamma=!0,this.configuration=new Proxy({aoSamples:16,aoRadius:5,denoiseSamples:8,denoiseRadius:12,distanceFalloff:1,intensity:5,denoiseIterations:2,renderMode:0,color:new n.Color(0,0,0),gammaCorrection:!0,logarithmicDepthBuffer:!1,screenSpaceRadius:!1,halfRes:!1,depthAwareUpsampling:!0,colorMultiply:!0},{set:(e,t,r)=>{let i=e[t];return e[t]=r,"aoSamples"===t&&i!==r&&this.configureAOPass(this.configuration.logarithmicDepthBuffer),"denoiseSamples"===t&&i!==r&&this.configureDenoisePass(this.configuration.logarithmicDepthBuffer),"halfRes"===t&&i!==r&&(this.configureAOPass(this.configuration.logarithmicDepthBuffer),this.configureHalfResTargets(),this.configureEffectCompositer(this.configuration.logarithmicDepthBuffer),this.setSize(this.width,this.height)),"depthAwareUpsampling"===t&&i!==r&&this.configureEffectCompositer(this.configuration.logarithmicDepthBuffer),"gammaCorrection"===t&&(this.autosetGamma=!1),!0}}),this.samples=[],this.samplesR=[],this.samplesDenoise=[],this.configureEffectCompositer(this.configuration.logarithmicDepthBuffer),this.configureSampleDependentPasses(),this.configureHalfResTargets(),this.copyQuad=new d(new n.ShaderMaterial({uniforms:{tDiffuse:{value:null}},depthWrite:!1,vertexShader:` 774 varying vec2 vUv; 775 void main() { 776 vUv = uv; 777 gl_Position = vec4(position, 1); 778 } 779 `,fragmentShader:` 780 uniform sampler2D tDiffuse; 781 varying vec2 vUv; 782 void main() { 783 gl_FragColor = texture2D(tDiffuse, vUv); 784 } 785 `})),this.writeTargetInternal=new n.WebGLRenderTarget(this.width,this.height,{minFilter:n.LinearFilter,magFilter:n.LinearFilter,depthBuffer:!1}),this.readTargetInternal=new n.WebGLRenderTarget(this.width,this.height,{minFilter:n.LinearFilter,magFilter:n.LinearFilter,depthBuffer:!1}),this.outputTargetInternal=new n.WebGLRenderTarget(this.width,this.height,{minFilter:n.LinearFilter,magFilter:n.LinearFilter,depthBuffer:!1}),this.bluenoise=new n.DataTexture(x,128,128),this.bluenoise.colorSpace
785=n.NoColorSpace,this.bluenoise.wrapS=n.RepeatWrapping,this.bluenoise.wrapT=n.RepeatWrapping,this.bluenoise.minFilter=n.NearestFilter,this.bluenoise.magFilter=n.NearestFilter,this.bluenoise.needsUpdate=!0,this.lastTime=0,this.needsDepthTexture=!0,this.needsSwap=!0,this._r=new n.Vector2,this._c=new n.Color}configureHalfResTargets(){this.configuration.halfRes?(this.depthDownsampleTarget=new n.WebGLMultipleRenderTargets(this.width/2,this.height/2,2),this.depthDownsampleTarget.texture[0].format=n.RedFormat,this.depthDownsampleTarget.texture[0].type=n.FloatType,this.depthDownsampleTarget.texture[0].minFilter=n.NearestFilter,this.depthDownsampleTarget.texture[0].magFilter=n.NearestFilter,this.depthDownsampleTarget.texture[0].depthBuffer=!1,this.depthDownsampleTarget.texture[1].format=n.RGBAFormat,this.depthDownsampleTarget.texture[1].type=n.HalfFloatType,this.depthDownsampleTarget.texture[1].minFilter=n.NearestFilter,this.depthDownsampleTarget.texture[1].magFilter=n.NearestFilter,this.depthDownsampleTarget.texture[1].depthBuffer=!1,this.depthDownsampleQuad=new d(new n.ShaderMaterial(w))):(this.depthDownsampleTarget&&(this.depthDownsampleTarget.dispose(),this.depthDownsampleTarget=null),this.depthDownsampleQuad&&(this.depthDownsampleQuad.dispose(),this.depthDownsampleQuad=null))}configureSampleDependentPasses(){this.configureAOPass(this.configuration.logarithmicDepthBuffer),this.configureDenoisePass(this.configuration.logarithmicDepthBuffer)}configureAOPass(e=!1){this.samples=this.generateHemisphereSamples(this.configuration.aoSamples),this.samplesR=this.generateHemisphereSamplesR(this.configuration.aoSamples);let t={...g};t.fragmentShader=t.fragmentShader.replace("16",this.configuration.aoSamples).replace("16.0",this.configuration.aoSamples+".0"),e&&(t.fragmentShader="#define LOGDEPTH\n"+t.fragmentShader),this.configuration.halfRes&&(t.fragmentShader="#define HALFRES\n"+t.fragmentShader),this.effectShaderQuad?(this.effectShaderQuad.material.dispose(),this.effectShaderQuad.material=new n.ShaderMaterial(t)):this.effectShaderQuad=new d(new n.ShaderMaterial(t))}configureDenoisePass(e=!1){this.samplesDenoise=this.generateDenoiseSamples(this.configuration.denoiseSamples,11);let t={...y};t.fragmentShader=t.fragmentShader.replace("16",this.configuration.denoiseSamples),e&&(t.fragmentShader="#define LOGDEPTH\n"+t.fragmentShader),this.poissonBlurQuad?(this.poissonBlurQuad.material.dispose(),this.poissonBlurQuad.material=new n.ShaderMaterial(t)):this.poissonBlurQuad=new d(new n.ShaderMaterial(t))}configureEffectCompositer(e=!1){let t={...v};e&&(t.fragmentShader="#define LOGDEPTH\n"+t.fragmentShader),this.configuration.halfRes&&this.configuration.depthAwareUpsampling&&(t.fragmentShader="#define HALFRES\n"+t.fragmentShader),this.effectCompositerQuad?(this.effectCompositerQuad.material.dispose(),this.effectCompositerQuad.material=new n.ShaderMaterial(t)):this.effectCompositerQuad=new d(new n.ShaderMaterial(t))}generateHemisphereSamples(e){let t=[];for(let r=0;r<e;r++){let i=2.399963*r,a=Math.sqrt(r+.5)/Math.sqrt(e),o=a*Math.cos(i),s=a*Math.sin(i),l=Math.sqrt(1-(o*o+s*s));t.push(new n.Vector3(o,s,l))}return t}generateHemisphereSamplesR(e){let t=[];for(let r=0;r<e;r++)t.push((r+1)/e);return t}generateDenoiseSamples(e,t){let r=2*Math.PI*t/e,i=1/e,a=[],o=i,s=0;for(let t=0;t<e;t++)a.push(new n.Vector2(Math.cos(s),Math.sin(s)).multiplyScalar(Math.pow(o,.75))),o+=i,s+=r;return a}setSize(e,t){this.width=e,this.height=t;let r=this.configuration.halfRes?.5:1;this.writeTargetInternal.setSize(e*r,t*r),this.readTargetInternal.setSize(e*r,t*r),this.configuration.halfRes&&this.depthDownsampleTarget.setSize(e*r,t*r),this.outputTargetInternal.setSize(e,t)}setDepthTexture(e){this.depthTexture=e}render(e,t,r){let i,a,o;let s=e.xr.enabled;e.xr.enabled=!1,e.capabilities.logarithmicDepthBuffer!==this.configuration.logarithmicDepthBuffer&&(this.configuration.logarithmicDepthBuffer=e.capabilities.logarithmicDepthBuffer,this.configureAOPass(this.configuration.logarithmicDepthBuffer),this.configureDenoisePass(this.configuration.logarithmicDepthBuffer),this.configureEffectCompositer(this.configuration.logarithmicDepthBuffer)),t.texture.type!==this.outputTargetInternal.texture.type&&(this.outputTargetInternal.texture.type=t.texture.type,this.outputTargetInternal.texture.needsUpdate=!0),this.debugMode&&null===(a=(i=e.getContext()).getExtension("EXT_disjoint_timer_query_webgl2"))&&(console.error("EXT_disjoint_timer_query_webgl2 not available, disabling debug mode."),this.debugMode=!1),this.debugMode&&(o=i.createQuery(),i.beginQuery(a.TIME_ELAPSED_EXT,o)),this.camera.updateMatrixWorld(),this._r.set(this.width,this.height);let l=this.configuration.aoRadius;this.configuration.halfRes&&this.configuration.screenSpaceRadius&&(l*=.5),this.configuration.halfRes&&(e.setRenderTarget(this.depthDownsampleTarget),this.depthDownsampleQuad.material.uniforms.sceneDepth.value=this.depthTexture,this.depthDownsampleQuad.material.uniforms.resolution.value=this._r,this.depthDownsampleQuad.material.uniforms.near.value=this.camera.near,this.depthDownsampleQuad.material.uniforms.far.value=this.camera.far,this.depthDownsampleQuad.material.uniforms.projectionMatrixInv.value=this.camera.projectionMatrixInverse,this.depthDownsampleQuad.material.uniforms.viewMatrixInv.value=this.camera.matrixWorld,this.depthDownsampleQuad.material.uniforms.logDepth.value=this.configuration.logarithmicDepthBuffer,this.depthDownsampleQuad.render(e)),this.effectShaderQuad.material.uniforms.sceneDiffuse.value=t.texture,this.effectShaderQuad.material.uniforms.sceneDepth.value=this.configuration.halfRes?this.depthDownsampleTarget.texture[0]:this.depthTexture,this.effectShaderQuad.material.uniforms.sceneNormal.value=this.configuration.halfRes?this.depthDownsampleTarget.texture[1]:null,this.effectShaderQuad.material.uniforms.projMat.value=this.camera.projectionMatrix,this.effectShaderQuad.material.uniforms.viewMat.value=this.camera.matrixWorldInverse,this.effectShaderQuad.material.uniforms.projViewMat.value=this.camera.projectionMatrix.clone().multiply(this.camera.matrixWorldInverse.clone()),this.effectShaderQuad.material.uniforms.projectionMatrixInv.value=this.camera.projectionMatrixInverse,this.effectShaderQuad.material.uniforms.viewMatrixInv.value=this.camera.matrixWorld,this.effectShaderQuad.material.uniforms.cameraPos.value=this.camera.getWorldPosition(new n.Vector3),this.effectShaderQuad.material.uniforms.resolution.value=this.configuration.halfRes?this._r.clone().multiplyScalar(.5).floor():this._r,this.effectShaderQuad.material.uniforms.time.value=performance.now()/1e3,this.effectShaderQuad.material.uniforms.samples.value=this.samples,this.effectShaderQuad.material.uniforms.samplesR.value=this.samplesR,this.effectShaderQuad.material.uniforms.bluenoise.value=this.bluenoise,this.effectShaderQuad.material.uniforms.radius.value=l,this.effectShaderQuad.material.uniforms.distanceFalloff.value=this.configuration.distanceFalloff,this.effectShaderQuad.material.uniforms.near.value=this.camera.near,this.effectShaderQuad.material.uniforms.far.value=this.camera.far,this.effectShaderQuad.material.uniforms.logDepth.value=e.capabilities.logarithmicDepthBuffer,this.effectShaderQuad.material.uniforms.ortho.value=this.camera.isOrthographicCamera,this.effectShaderQuad.material.uniforms.screenSpaceRadius.value=this.configuration.screenSpaceRadius,e.setRenderTarget(this.writeTargetInternal),this.effectShaderQuad.render(e);for(let t=0;t<this.configuration.denoiseIterations;t++)[this.writeTargetInternal,this.readTargetInternal]=[this.readTargetInternal,this.writeTargetInternal],this.poissonBlurQuad.material.uniforms.tDiffuse.value=this.readTargetInternal.texture,this.poissonBlurQuad.material.uniforms.sceneDepth.value=this.configuration.halfRes?this.depthDownsampleTarget.texture[0]:this.depthTexture,this.poissonBlurQuad.material.uniforms.projMat.value=this.camera.projectionMatrix,this.poissonBlurQuad.material.uniforms.viewMat.value=this.camera.matrixWorldInverse,this.poissonBlurQuad.material.uniforms.projectionMatrixInv.value=this.camera.projectionMatrixInverse,this.poissonBlurQuad.material.uniforms.viewMatrixInv.value=this.camera.matrixWorld,this.poissonBlurQuad.material.uniforms.cameraPos.value=this.camera.getWorldPosition(new n.Vector3),this.poissonBlurQuad.material.uniforms.resolution.value=this.configuration.halfRes?this._r.clone().multiplyScalar(.5).floor():this._r,this.poissonBlurQuad.material.uniforms.time.value=performance.now()/1e3,this.poissonBlurQuad.material.uniforms.blueNoise.value=this.bluenoise,this.poissonBlurQuad.material.uniforms.radius.value=this.configuration.denoiseRadius*(this.configuration.halfRes?.5:1),this.poissonBlurQuad.material.uniforms.worldRadius.value=l,this.poissonBlurQuad.material.uniforms.distanceFalloff.value=this.configuration.distanceFalloff,this.poissonBlurQuad.material.uniforms.index.value=t,this.poissonBlurQuad.material.uniforms.poissonDisk.value=this.samplesDenoise,this.poissonBlurQuad.material.uniforms.near.value=this.camera.near,this.poissonBlurQuad.material.uniforms.far.value=this.camera.far,this.poissonBlurQuad.material.uniforms.logDepth.value=e.capabilities.logarithmicDepthBuffer,this.poissonBlurQuad.material.uniforms.screenSpaceRadius.value=this.configuration.screenSpaceRadius,e.setRenderTarget(this.writeTargetInternal),this.poissonBlurQuad.render(e);this.effectCompositerQuad.material.uniforms.sceneDiffuse.value=t.texture,this.effectCompositerQuad.material.uniforms.sceneDepth.value=this.depthTexture,this.effectCompositerQuad.material.uniforms.near.value=this.camera.near,this.effectCompositerQuad.material.uniforms.far.value=this.camera.far,this.effectCompositerQuad.material.uniforms.projectionMatrixInv.value=this.camera.projectionMatrixInverse,this.effectCompositerQuad.material.uniforms.viewMatrixInv.value=this.camera.matrixWorld,this.effectCompositerQuad.material.uniforms.logDepth.value=e.capabilities.logarithmicDepthBuffer,this.effectCompositerQuad.material.uniforms.ortho.value=this.camera.isOrthographicCamera,this.effectCompositerQuad.material.uniforms.downsampledDepth.value=this.configuration.halfRes?this.depthDownsampleTarget.texture[0]:this.depthTexture,this.effectCompositerQuad.material.uniforms.resolution.value=this._r,this.effectCompositerQuad.material.uniforms.blueNoise.value=this.bluenoise,this.effectCompositerQuad.material.uniforms.intensity.value=this.configuration.intensity,this.effectCompositerQuad.material.uniforms.renderMode.value=this.configuration.renderMode,this.effectCompositerQuad.material.uniforms.screenSpaceRadius.value=this.configuration.screenSpaceRadius,this.effectCompositerQuad.material.uniforms.radius.value=l,this.effectCompositerQuad.material.uniforms.distanceFalloff.value=this.configuration.distanceFalloff,this.effectCompositerQuad.material.uniforms.gammaCorrection.value=this.autosetGamma?this.renderToScreen:this.configuration.gammaCorrection,this.effectCompositerQuad.material.uniforms.tDiffuse.value=this.writeTargetInternal.texture,this.effectCompositerQuad.material.uniforms.color.value=this._c.copy(this.configuration.color).convertSRGBToLinear(),this.effectCompositerQuad.material.uniforms.colorMultiply.value=this.configuration.colorMultiply,this.effectCompositerQuad.material.uniforms.cameraPos.value=this.camera.getWorldPosition(new n.Vector3),this.effectCompositerQuad.material.uniforms.fog.value=!!this.scene.fog,this.scene.fog&&(this.scene.fog.isFog?(this.effectCompositerQuad.material.uniforms.fogExp.value=!1,this.effectCompositerQuad.material.uniforms.fogNear.value=this.scene.fog.near,this.effectCompositerQuad.material.uniforms.fogFar.value=this.scene.fog.far):this.scene.fog.isFogExp2?(this.effectCompositerQuad.material.uniforms.fogExp.value=!0,this.effectCompositerQuad.material.uniforms.fogDensity.value=this.scene.fog.density):console.error(`Unsupported fog type ${this.scene.fog.constructor.name} in SSAOPass.`)),e.setRenderTarget(this.outputTargetInternal),this.effectCompositerQuad.render(e),e.setRenderTarget(this.renderToScreen?null:r),this.copyQuad.material.uniforms.tDiffuse.value=this.outputTargetInternal.texture,this.copyQuad.render(e),this.debugMode&&(i.endQuery(a.TIME_ELAPSED_EXT),function e(t,r,i){if(r.getQueryParameter(t,r.QUERY_RESULT_AVAILABLE)){let e=r.getQueryParameter(t,r.QUERY_RESULT);i.lastTime=e/1e6}else setTimeout(()=>{e(t,r,i)},1)}(o,i,this)),e.xr.enabled=s}enableDebugMode(){this.debugMode=!0}disableDebugMode(){this.debugMode=!1}setDisplayMode(e){this.configuration.renderMode=["Combined","AO","No AO","Split","Split AO"].indexOf(e)}setQualityMode(e){"Performance"===e?(this.configuration.aoSamples=8,this.configuration.denoiseSamples=4,this.configuration.denoiseRadius=12):"Low"===e?(this.configuration.aoSamples=16,this.configuration.denoiseSamples=4,this.configuration.denoiseRadius=12):"Medium"===e?(this.configuration.aoSamples=16,this.configuration.denoiseSamples=8,this.configuration.denoiseRadius=12):"High"===e?(this.configuration.aoSamples=64,this.configuration.denoiseSamples=8,this.configuration.denoiseRadius=6):"Ultra"===e&&(this.configuration.aoSamples=64,this.configuration.denoiseSamples=16,this.configuration.denoiseRadius=6)}}var S=r(97551);let M=(0,a.forwardRef)(({halfRes:e,screenSpaceRadius:t,quality:r,depthAwareUpsampling:n=!0,aoRadius:o=5,aoSamples:s=16,denoiseSamples:l=4,denoiseRadius:f=12,distanceFalloff:u=1,intensity:c=1,color:h,renderMode:p=0},d)=>
785{let{camera:g,scene:m}=(0,S.D)(),v=(0,a.useMemo)(()=>new b(m,g),[]);return(0,a.useLayoutEffect)(()=>{(0,S.k)(v.configuration,{color:h,aoRadius:o,distanceFalloff:u,intensity:c,aoSamples:s,denoiseSamples:l,denoiseRadius:f,screenSpaceRadius:t,renderMode:p,halfRes:e,depthAwareUpsampling:n})},[t,h,o,u,c,s,l,f,p,e,n]),(0,a.useLayoutEffect)(()=>{r&&v.setQualityMode(r.charAt(0).toUpperCase()+r.slice(1))},[r]),(0,i.jsx)("primitive",{ref:d,object:v})})},5655:function(e,t,r){r.d(t,{$1:function(){return i}});function i(e){let t=arguments.length>1&&void 0!==arguments[1]?arguments[1]:1e-4;t=Math.max(t,Number.EPSILON);let r={},i=e.getIndex(),a=e.getAttribute("position"),n=i?i.count:a.count,o=0,s=Object.keys(e.attributes),l={},f={},u=[],c=["getX","getY","getZ","getW"],h=["setX","setY","setZ","setW"];for(let t=0,r=s.length;t<r;t++){let r=s[t],i=e.attributes[r];l[r]=new i.constructor(new i.array.constructor(i.count*i.itemSize),i.itemSize,i.normalized);let a=e.morphAttributes[r];a&&(f[r]||(f[r]=[]),a.forEach((e,t)=>{let i=new e.array.constructor(e.count*e.itemSize);f[r][t]=new e.constructor(i,e.itemSize,e.normalized)}))}let p=.5*t,d=Math.pow(10,Math.log10(1/t)),g=p*d;for(let t=0;t<n;t++){let a=i?i.getX(t):t,n="";for(let t=0,r=s.length;t<r;t++){let r=s[t],i=e.getAttribute(r),o=i.itemSize;for(let e=0;e<o;e++)n+="".concat(~~(i[c[e]](a)*d+g),",")}if(n in r)u.push(r[n]);else{for(let t=0,r=s.length;t<r;t++){let r=s[t],i=e.getAttribute(r),n=e.morphAttributes[r],u=i.itemSize,p=l[r],d=f[r];for(let e=0;e<u;e++){let t=c[e],r=h[e];if(p[r](o,i[t](a)),n)for(let e=0,i=n.length;e<i;e++)d[e][r](o,n[e][t](a))}}r[n]=o,u.push(o),o++}}let m=e.clone();for(let t in e.attributes){let e=l[t];if(m.setAttribute(t,new e.constructor(e.array.slice(0,o*e.itemSize),e.itemSize,e.normalized)),t in f)for(let e=0;e<f[t].length;e++){let r=f[t][e];m.morphAttributes[t][e]=new r.constructor(r.array.slice(0,o*r.itemSize),r.itemSize,r.normalized)}}return m.setIndex(u),m}}}]);
Line numbers count LF bytes from the start of the resource, as the search results do. Vendor segments are library code the classifier recognised; they are stored but not indexed. Bytes are shown as Latin1 characters, one per byte.