| 1 |
- {"ast":null,"code":"import { Vector3 } from \"../../Maths/math.vector.js\";\nimport { Clamp } from \"../../Maths/math.scalar.functions.js\";\nimport { SphericalPolynomial, SphericalHarmonics } from \"../../Maths/sphericalPolynomial.js\";\nimport { ToLinearSpace } from \"../../Maths/math.constants.js\";\nimport { Color3 } from \"../../Maths/math.color.js\";\nclass FileFaceOrientation {\n constructor(name, worldAxisForNormal, worldAxisForFileX, worldAxisForFileY) {\n this.name = name;\n this.worldAxisForNormal = worldAxisForNormal;\n this.worldAxisForFileX = worldAxisForFileX;\n this.worldAxisForFileY = worldAxisForFileY;\n }\n}\n/**\n * Helper class dealing with the extraction of spherical polynomial dataArray\n * from a cube map.\n */\nexport class CubeMapToSphericalPolynomialTools {\n /**\n * Converts a texture to the according Spherical Polynomial data.\n * This extracts the first 3 orders only as they are the only one used in the lighting.\n *\n * @param texture The texture to extract the information from.\n * @returns The Spherical Polynomial data.\n */\n static ConvertCubeMapTextureToSphericalPolynomial(texture) {\n var _texture$getScene;\n if (!texture.isCube) {\n // Only supports cube Textures currently.\n return null;\n }\n (_texture$getScene = texture.getScene()) === null || _texture$getScene === void 0 || _texture$getScene.getEngine().flushFramebuffer();\n const size = texture.getSize().width;\n const rightPromise = texture.readPixels(0, undefined, undefined, false);\n const leftPromise = texture.readPixels(1, undefined, undefined, false);\n let upPromise;\n let downPromise;\n if (texture.isRenderTarget) {\n upPromise = texture.readPixels(3, undefined, undefined, false);\n downPromise = texture.readPixels(2, undefined, undefined, false);\n } else {\n upPromise = texture.readPixels(2, undefined, undefined, false);\n downPromise = texture.readPixels(3, undefined, undefined, false);\n }\n const frontPromise = texture.readPixels(4, undefined, undefined, false);\n const backPromise = texture.readPixels(5, undefined, undefined, false);\n const gammaSpace = texture.gammaSpace;\n // Always read as RGBA.\n const format = 5;\n let type = 0;\n if (texture.textureType == 1 || texture.textureType == 2) {\n type = 1;\n }\n return new Promise(resolve => {\n Promise.all([leftPromise, rightPromise, upPromise, downPromise, frontPromise, backPromise]).then(([left, right, up, down, front, back]) => {\n const cubeInfo = {\n size,\n right,\n left,\n up,\n down,\n front,\n back,\n format,\n type,\n gammaSpace\n };\n resolve(this.ConvertCubeMapToSphericalPolynomial(cubeInfo));\n });\n });\n }\n /**\n * Compute the area on the unit sphere of the rectangle defined by (x,y) and the origin\n * See https://www.rorydriscoll.com/2012/01/15/cubemap-texel-solid-angle/\n * @param x\n * @param y\n * @returns the area\n */\n static _AreaElement(x, y) {\n return Math.atan2(x * y, Math.sqrt(x * x + y * y + 1));\n }\n /**\n * Converts a cubemap to the according Spherical Polynomial data.\n * This extracts the first 3 orders only as they are the only one used in the lighting.\n *\n * @param cubeInfo The Cube map to extract the information from.\n * @returns The Spherical Polynomial data.\n */\n static ConvertCubeMapToSphericalPolynomial(cubeInfo) {\n const sphericalHarmonics = new SphericalHarmonics();\n let totalSolidAngle = 0.0;\n // The (u,v) range is [-1,+1], so the distance between each texel is 2/Size.\n const du = 2.0 / cubeInfo.size;\n const dv = du;\n const halfTexel = 0.5 * du;\n // The (u,v) of the first texel is half a texel from the corner (-1,-1).\n const minUV = halfTexel - 1.0;\n for (let faceIndex = 0; faceIndex < 6; faceIndex++) {\n const fileFace = this._FileFaces[faceIndex];\n const dataArray = cubeInfo[fileFace.name];\n let v = minUV;\n // TODO: we could perform the summation directly into a SphericalPolynomial (SP), which is more efficient than SphericalHarmonic (SH).\n // This is possible because during the summation we do not need the SH-specific properties, e.g. orthogonality.\n // Because SP is still linear, so summation is fine in that basis.\n const stride = cubeInfo.format === 5 ? 4 : 3;\n for (let y = 0; y < cubeInfo.size; y++) {\n let u = minUV;\n for (let x = 0; x < cubeInfo.size; x++) {\n // World direction (not normalised)\n const worldDirection = fileFace.worldAxisForFileX.scale(u).add(fileFace.worldAxisForFileY.scale(v)).add(fileFace.worldAxisForNormal);\n worldDirection.normalize();\n const deltaSolidAngle = this._AreaElement(u - halfTexel, v - halfTexel) - this._AreaElement(u - halfTexel, v + halfTexel) - this._AreaElement(u + halfTexel, v - halfTexel) + this._AreaElement(u + halfTexel, v + halfTexel);\n let r = dataArray[y * cubeInfo.size * stride + x * stride + 0];\n let g = dataArray[y * cubeInfo.size * stride + x * stride + 1];\n let b = dataArray[y * cubeInfo.size * stride + x * stride + 2];\n // Prevent NaN harmonics with extreme HDRI data.\n if (isNaN(r)) {\n r = 0;\n }\n if (isNaN(g)) {\n g = 0;\n }\n if (isNaN(b)) {\n b = 0;\n }\n // Handle Integer types.\n if (cubeInfo.type === 0) {\n r /= 255;\n g /= 255;\n b /= 255;\n }\n // Handle Gamma space textures.\n if (cubeInfo.gammaSpace) {\n r = Math.pow(Clamp(r), ToLinearSpace);\n g = Math.pow(Clamp(g), ToLinearSpace);\n b = Math.pow(Clamp(b), ToLinearSpace);\n }\n // Prevent to explode in case of really high dynamic ranges.\n // sh 3 would not be enough to accurately represent it.\n const max = this.MAX_HDRI_VALUE;\n if (this.PRESERVE_CLAMPED_COLORS) {\n const currentMax = Math.max(r, g, b);\n if (currentMax > max) {\n const factor = max / currentMax;\n r *= factor;\n g *= factor;\n b *= factor;\n }\n } else {\n r = Clamp(r, 0, max);\n g = Clamp(g, 0, max);\n b = Clamp(b, 0, max);\n }\n const color = new Color3(r, g, b);\n sphericalHarmonics.addLight(worldDirection, color, deltaSolidAngle);\n totalSolidAngle += deltaSolidAngle;\n u += du;\n }\n v += dv;\n }\n }\n // Solid angle for entire sphere is 4*pi\n const sphereSolidAngle = 4.0 * Math.PI;\n // Adjust the solid angle to allow for how many faces we processed.\n const facesProcessed = 6.0;\n const expectedSolidAngle = sphereSolidAngle * facesProcessed / 6.0;\n // Adjust the harmonics so that the accumulated solid angle matches the expected solid angle.\n // This is needed because the numerical integration over the cube uses a\n // small angle approximation of solid angle for each texel (see deltaSolidAngle),\n // and also to compensate for accumulative error due to float precision in the summation.\n const correctionFactor = expectedSolidAngle / totalSolidAngle;\n sphericalHarmonics.scaleInPlace(correctionFactor);\n sphericalHarmonics.convertIncidentRadianceToIrradiance();\n sphericalHarmonics.convertIrradianceToLambertianRadiance();\n return SphericalPolynomial.FromHarmonics(sphericalHarmonics);\n }\n}\nCubeMapToSphericalPolynomialTools._FileFaces = [new FileFaceOrientation(\"right\", new Vector3(1, 0, 0), new Vector3(0, 0, -1), new Vector3(0, -1, 0)),\n// +X east\nnew FileFaceOrientation(\"left\", new Vector3(-1, 0, 0), new Vector3(0, 0, 1), new Vector3(0, -1, 0)),\n// -X west\nnew FileFaceOrientation(\"up\", new Vector3(0, 1, 0), new Vector3(1, 0, 0), new Vector3(0, 0, 1)),\n// +Y north\nnew FileFaceOrientation(\"down\", new Vector3(0, -1, 0), new Vector3(1, 0, 0), new Vector3(0, 0, -1)),\n// -Y south\nnew FileFaceOrientation(\"front\", new Vector3(0, 0, 1), new Vector3(1, 0, 0), new Vector3(0, -1, 0)),\n// +Z top\nnew FileFaceOrientation(\"back\", new Vector3(0, 0, -1), new Vector3(-1, 0, 0), new Vector3(0, -1, 0)) // -Z bottom\n];\n/** @internal */\nCubeMapToSphericalPolynomialTools.MAX_HDRI_VALUE = 4096;\n/** @internal */\nCubeMapToSphericalPolynomialTools.PRESERVE_CLAMPED_COLORS = false;","map":{"version":3,"names":["Vector3","Clamp","SphericalPolynomial","SphericalHarmonics","ToLinearSpace","Color3","FileFaceOrientation","constructor","name","worldAxisForNormal","worldAxisForFileX","worldAxisForFileY","CubeMapToSphericalPolynomialTools","ConvertCubeMapTextureToSphericalPolynomial","texture","_texture$getScene","isCube","getScene","getEngine","flushFramebuffer","size","getSize","width","rightPromise","readPixels","undefined","leftPromise","upPromise","downPromise","isRenderTarget","frontPromise","backPromise","gammaSpace","format","type","textureType","Promise","resolve","all","then","left","right","up","down","front","back","cubeInfo","ConvertCubeMapToSphericalPolynomial","_AreaElement","x","y","Math","atan2","sqrt","sphericalHarmonics","totalSolidAngle","du","dv","halfTexel","minUV","faceIndex","fileFace","_FileFaces","dataArray","v","stride","u","worldDirection","scale","add","normalize","deltaSolidAngle","r","g","b","isNaN","pow","max","MAX_HDRI_VALUE","PRESERVE_CLAMPED_COLORS","currentMax","factor","color","addLight","sphereSolidAngle","PI","facesProcessed","expectedSolidAngle","correctionFactor","scaleInPlace","convertIncidentRadianceToIrradiance","convertIrradianceToLambertianRadiance","FromHarmonics"],"sources":["F:/workspace/202226701027/huinongbao-app/node_modules/@babylonjs/core/Misc/HighDynamicRange/cubemapToSphericalPolynomial.js"],"sourcesContent":["import { Vector3 } from \"../../Maths/math.vector.js\";\nimport { Clamp } from \"../../Maths/math.scalar.functions.js\";\nimport { SphericalPolynomial, SphericalHarmonics } from \"../../Maths/sphericalPolynomial.js\";\n\nimport { ToLinearSpace } from \"../../Maths/math.constants.js\";\nimport { Color3 } from \"../../Maths/math.color.js\";\nclass FileFaceOrientation {\n constructor(name, worldAxisForNormal, worldAxisForFileX, worldAxisForFileY) {\n this.name = name;\n this.worldAxisForNormal = worldAxisForNormal;\n this.worldAxisForFileX = worldAxisForFileX;\n this.worldAxisForFileY = worldAxisForFileY;\n }\n}\n/**\n * Helper class dealing with the extraction of spherical polynomial dataArray\n * from a cube map.\n */\nexport class CubeMapToSphericalPolynomialTools {\n /**\n * Converts a texture to the according Spherical Polynomial data.\n * This extracts the first 3 orders only as they are the only one used in the lighting.\n *\n * @param texture The texture to extract the information from.\n * @returns The Spherical Polynomial data.\n */\n static ConvertCubeMapTextureToSphericalPolynomial(texture) {\n if (!texture.isCube) {\n // Only supports cube Textures currently.\n return null;\n }\n texture.getScene()?.getEngine().flushFramebuffer();\n const size = texture.getSize().width;\n const rightPromise = texture.readPixels(0, undefined, undefined, false);\n const leftPromise = texture.readPixels(1, undefined, undefined, false);\n let upPromise;\n let downPromise;\n if (texture.isRenderTarget) {\n upPromise = texture.readPixels(3, undefined, undefined, false);\n downPromise = texture.readPixels(2, undefined, undefined, false);\n }\n else {\n upPromise = texture.readPixels(2, undefined, undefined, false);\n downPromise = texture.readPixels(3, undefined, undefined, false);\n }\n const frontPromise = texture.readPixels(4, undefined, undefined, false);\n const backPromise = texture.readPixels(5, undefined, undefined, false);\n const gammaSpace = texture.gammaSpace;\n // Always read as RGBA.\n const format = 5;\n let type = 0;\n if (texture.textureType == 1 || texture.textureType == 2) {\n type = 1;\n }\n return new Promise((resolve) => {\n Promise.all([leftPromise, rightPromise, upPromise, downPromise, frontPromise, backPromise]).then(([left, right, up, down, front, back]) => {\n const cubeInfo = {\n size,\n right,\n left,\n up,\n down,\n front,\n back,\n format,\n type,\n gammaSpace,\n };\n resolve(this.ConvertCubeMapToSphericalPolynomial(cubeInfo));\n });\n });\n }\n /**\n * Compute the area on the unit sphere of the rectangle defined by (x,y) and the origin\n * See https://www.rorydriscoll.com/2012/01/15/cubemap-texel-solid-angle/\n * @param x\n * @param y\n * @returns the area\n */\n static _AreaElement(x, y) {\n return Math.atan2(x * y, Math.sqrt(x * x + y * y + 1));\n }\n /**\n * Converts a cubemap to the according Spherical Polynomial data.\n * This extracts the first 3 orders only as they are the only one used in the lighting.\n *\n * @param cubeInfo The Cube map to extract the information from.\n * @returns The Spherical Polynomial data.\n */\n static ConvertCubeMapToSphericalPolynomial(cubeInfo) {\n const sphericalHarmonics = new SphericalHarmonics();\n let totalSolidAngle = 0.0;\n // The (u,v) range is [-1,+1], so the distance between each texel is 2/Size.\n const du = 2.0 / cubeInfo.size;\n const dv = du;\n const halfTexel = 0.5 * du;\n // The (u,v) of the first texel is half a texel from the corner (-1,-1).\n const minUV = halfTexel - 1.0;\n for (let faceIndex = 0; faceIndex < 6; faceIndex++) {\n const fileFace = this._FileFaces[faceIndex];\n const dataArray = cubeInfo[fileFace.name];\n let v = minUV;\n // TODO: we could perform the summation directly into a SphericalPolynomial (SP), which is more efficient than SphericalHarmonic (SH).\n // This is possible because during the summation we do not need the SH-specific properties, e.g. orthogonality.\n // Because SP is still linear, so summation is fine in that basis.\n const stride = cubeInfo.format === 5 ? 4 : 3;\n for (let y = 0; y < cubeInfo.size; y++) {\n let u = minUV;\n for (let x = 0; x < cubeInfo.size; x++) {\n // World direction (not normalised)\n const worldDirection = fileFace.worldAxisForFileX.scale(u).add(fileFace.worldAxisForFileY.scale(v)).add(fileFace.worldAxisForNormal);\n worldDirection.normalize();\n const deltaSolidAngle = this._AreaElement(u - halfTexel, v - halfTexel) -\n this._AreaElement(u - halfTexel, v + halfTexel) -\n this._AreaElement(u + halfTexel, v - halfTexel) +\n this._AreaElement(u + halfTexel, v + halfTexel);\n let r = dataArray[y * cubeInfo.size * stride + x * stride + 0];\n let g = dataArray[y * cubeInfo.size * stride + x * stride + 1];\n let b = dataArray[y * cubeInfo.size * stride + x * stride + 2];\n // Prevent NaN harmonics with extreme HDRI data.\n if (isNaN(r)) {\n r = 0;\n }\n if (isNaN(g)) {\n g = 0;\n }\n if (isNaN(b)) {\n b = 0;\n }\n // Handle Integer types.\n if (cubeInfo.type === 0) {\n r /= 255;\n g /= 255;\n b /= 255;\n }\n // Handle Gamma space textures.\n if (cubeInfo.gammaSpace) {\n r = Math.pow(Clamp(r), ToLinearSpace);\n g = Math.pow(Clamp(g), ToLinearSpace);\n b = Math.pow(Clamp(b), ToLinearSpace);\n }\n // Prevent to explode in case of really high dynamic ranges.\n // sh 3 would not be enough to accurately represent it.\n const max = this.MAX_HDRI_VALUE;\n if (this.PRESERVE_CLAMPED_COLORS) {\n const currentMax = Math.max(r, g, b);\n if (currentMax > max) {\n const factor = max / currentMax;\n r *= factor;\n g *= factor;\n b *= factor;\n }\n }\n else {\n r = Clamp(r, 0, max);\n g = Clamp(g, 0, max);\n b = Clamp(b, 0, max);\n }\n const color = new Color3(r, g, b);\n sphericalHarmonics.addLight(worldDirection, color, deltaSolidAngle);\n totalSolidAngle += deltaSolidAngle;\n u += du;\n }\n v += dv;\n }\n }\n // Solid angle for entire sphere is 4*pi\n const sphereSolidAngle = 4.0 * Math.PI;\n // Adjust the solid angle to allow for how many faces we processed.\n const facesProcessed = 6.0;\n const expectedSolidAngle = (sphereSolidAngle * facesProcessed) / 6.0;\n // Adjust the harmonics so that the accumulated solid angle matches the expected solid angle.\n // This is needed because the numerical integration over the cube uses a\n // small angle approximation of solid angle for each texel (see deltaSolidAngle),\n // and also to compensate for accumulative error due to float precision in the summation.\n const correctionFactor = expectedSolidAngle / totalSolidAngle;\n sphericalHarmonics.scaleInPlace(correctionFactor);\n sphericalHarmonics.convertIncidentRadianceToIrradiance();\n sphericalHarmonics.convertIrradianceToLambertianRadiance();\n return SphericalPolynomial.FromHarmonics(sphericalHarmonics);\n }\n}\nCubeMapToSphericalPolynomialTools._FileFaces = [\n new FileFaceOrientation(\"right\", new Vector3(1, 0, 0), new Vector3(0, 0, -1), new Vector3(0, -1, 0)), // +X east\n new FileFaceOrientation(\"left\", new Vector3(-1, 0, 0), new Vector3(0, 0, 1), new Vector3(0, -1, 0)), // -X west\n new FileFaceOrientation(\"up\", new Vector3(0, 1, 0), new Vector3(1, 0, 0), new Vector3(0, 0, 1)), // +Y north\n new FileFaceOrientation(\"down\", new Vector3(0, -1, 0), new Vector3(1, 0, 0), new Vector3(0, 0, -1)), // -Y south\n new FileFaceOrientation(\"front\", new Vector3(0, 0, 1), new Vector3(1, 0, 0), new Vector3(0, -1, 0)), // +Z top\n new FileFaceOrientation(\"back\", new Vector3(0, 0, -1), new Vector3(-1, 0, 0), new Vector3(0, -1, 0)), // -Z bottom\n];\n/** @internal */\nCubeMapToSphericalPolynomialTools.MAX_HDRI_VALUE = 4096;\n/** @internal */\nCubeMapToSphericalPolynomialTools.PRESERVE_CLAMPED_COLORS = 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