| 1 |
- {"ast":null,"code":"import _asyncToGenerator from \"F:/workspace/202226701027/huinongbao-app/node_modules/@babel/runtime/helpers/esm/asyncToGenerator.js\";\nimport { Texture } from \"../Materials/Textures/texture.js\";\nimport { RenderTargetTexture } from \"../Materials/Textures/renderTargetTexture.js\";\nimport { PassPostProcess } from \"../PostProcesses/passPostProcess.js\";\nimport { PostProcess } from \"../PostProcesses/postProcess.js\";\n/**\n * Uses the GPU to create a copy texture rescaled at a given size\n * @param texture Texture to copy from\n * @param width defines the desired width\n * @param height defines the desired height\n * @param useBilinearMode defines if bilinear mode has to be used\n * @returns the generated texture\n */\nexport function CreateResizedCopy(texture, width, height, useBilinearMode = true) {\n const scene = texture.getScene();\n const engine = scene.getEngine();\n const rtt = new RenderTargetTexture(\"resized\" + texture.name, {\n width: width,\n height: height\n }, scene, !texture.noMipmap, true, texture._texture.type, false, texture.samplingMode, false);\n rtt.wrapU = texture.wrapU;\n rtt.wrapV = texture.wrapV;\n rtt.uOffset = texture.uOffset;\n rtt.vOffset = texture.vOffset;\n rtt.uScale = texture.uScale;\n rtt.vScale = texture.vScale;\n rtt.uAng = texture.uAng;\n rtt.vAng = texture.vAng;\n rtt.wAng = texture.wAng;\n rtt.coordinatesIndex = texture.coordinatesIndex;\n rtt.level = texture.level;\n rtt.anisotropicFilteringLevel = texture.anisotropicFilteringLevel;\n rtt._texture.isReady = false;\n texture.wrapU = Texture.CLAMP_ADDRESSMODE;\n texture.wrapV = Texture.CLAMP_ADDRESSMODE;\n const passPostProcess = new PassPostProcess(\"pass\", 1, null, useBilinearMode ? Texture.BILINEAR_SAMPLINGMODE : Texture.NEAREST_SAMPLINGMODE, engine, false, 0);\n passPostProcess.externalTextureSamplerBinding = true;\n passPostProcess.onEffectCreatedObservable.addOnce(e => {\n e.executeWhenCompiled(() => {\n passPostProcess.onApply = function (effect) {\n effect.setTexture(\"textureSampler\", texture);\n };\n const internalTexture = rtt.renderTarget;\n if (internalTexture) {\n scene.postProcessManager.directRender([passPostProcess], internalTexture);\n engine.unBindFramebuffer(internalTexture);\n rtt.disposeFramebufferObjects();\n passPostProcess.dispose();\n rtt.getInternalTexture().isReady = true;\n }\n });\n });\n return rtt;\n}\n/**\n * Apply a post process to a texture\n * @param postProcessName name of the fragment post process\n * @param internalTexture the texture to encode\n * @param scene the scene hosting the texture\n * @param type type of the output texture. If not provided, use the one from internalTexture\n * @param samplingMode sampling mode to use to sample the source texture. If not provided, use the one from internalTexture\n * @param format format of the output texture. If not provided, use the one from internalTexture\n * @param width width of the output texture. If not provided, use the one from internalTexture\n * @param height height of the output texture. If not provided, use the one from internalTexture\n * @returns a promise with the internalTexture having its texture replaced by the result of the processing\n */\nexport function ApplyPostProcess(postProcessName, internalTexture, scene, type, samplingMode, format, width, height) {\n var _samplingMode, _type, _format, _width, _height;\n // Gets everything ready.\n const engine = internalTexture.getEngine();\n internalTexture.isReady = false;\n samplingMode = (_samplingMode = samplingMode) !== null && _samplingMode !== void 0 ? _samplingMode : internalTexture.samplingMode;\n type = (_type = type) !== null && _type !== void 0 ? _type : internalTexture.type;\n format = (_format = format) !== null && _format !== void 0 ? _format : internalTexture.format;\n width = (_width = width) !== null && _width !== void 0 ? _width : internalTexture.width;\n height = (_height = height) !== null && _height !== void 0 ? _height : internalTexture.height;\n if (type === -1) {\n type = 0;\n }\n return new Promise(resolve => {\n // Create the post process\n const postProcess = new PostProcess(\"postprocess\", postProcessName, null, null, 1, null, samplingMode, engine, false, undefined, type, undefined, null, false, format);\n postProcess.externalTextureSamplerBinding = true;\n // Hold the output of the decoding.\n const encodedTexture = engine.createRenderTargetTexture({\n width: width,\n height: height\n }, {\n generateDepthBuffer: false,\n generateMipMaps: false,\n generateStencilBuffer: false,\n samplingMode,\n type,\n format\n });\n postProcess.onEffectCreatedObservable.addOnce(e => {\n e.executeWhenCompiled(() => {\n // PP Render Pass\n postProcess.onApply = effect => {\n effect._bindTexture(\"textureSampler\", internalTexture);\n effect.setFloat2(\"scale\", 1, 1);\n };\n scene.postProcessManager.directRender([postProcess], encodedTexture, true);\n // Cleanup\n engine.restoreDefaultFramebuffer();\n engine._releaseTexture(internalTexture);\n if (postProcess) {\n postProcess.dispose();\n }\n // Internal Swap\n encodedTexture._swapAndDie(internalTexture);\n // Ready to get rolling again.\n internalTexture.type = type;\n internalTexture.format = 5;\n internalTexture.isReady = true;\n resolve(internalTexture);\n });\n });\n });\n}\n// ref: http://stackoverflow.com/questions/32633585/how-do-you-convert-to-half-floats-in-javascript\nlet floatView;\nlet int32View;\n/**\n * Converts a number to half float\n * @param value number to convert\n * @returns converted number\n */\nexport function ToHalfFloat(value) {\n if (!floatView) {\n floatView = new Float32Array(1);\n int32View = new Int32Array(floatView.buffer);\n }\n floatView[0] = value;\n const x = int32View[0];\n let bits = x >> 16 & 0x8000; /* Get the sign */\n let m = x >> 12 & 0x07ff; /* Keep one extra bit for rounding */\n const e = x >> 23 & 0xff; /* Using int is faster here */\n /* If zero, or denormal, or exponent underflows too much for a denormal\n * half, return signed zero. */\n if (e < 103) {\n return bits;\n }\n /* If NaN, return NaN. If Inf or exponent overflow, return Inf. */\n if (e > 142) {\n bits |= 0x7c00;\n /* If exponent was 0xff and one mantissa bit was set, it means NaN,\n * not Inf, so make sure we set one mantissa bit too. */\n bits |= (e == 255 ? 0 : 1) && x & 0x007fffff;\n return bits;\n }\n /* If exponent underflows but not too much, return a denormal */\n if (e < 113) {\n m |= 0x0800;\n /* Extra rounding may overflow and set mantissa to 0 and exponent\n * to 1, which is OK. */\n bits |= (m >> 114 - e) + (m >> 113 - e & 1);\n return bits;\n }\n bits |= e - 112 << 10 | m >> 1;\n bits += m & 1;\n return bits;\n}\n/**\n * Converts a half float to a number\n * @param value half float to convert\n * @returns converted half float\n */\nexport function FromHalfFloat(value) {\n const s = (value & 0x8000) >> 15;\n const e = (value & 0x7c00) >> 10;\n const f = value & 0x03ff;\n if (e === 0) {\n return (s ? -1 : 1) * Math.pow(2, -14) * (f / Math.pow(2, 10));\n } else if (e == 0x1f) {\n return f ? NaN : (s ? -1 : 1) * Infinity;\n }\n return (s ? -1 : 1) * Math.pow(2, e - 15) * (1 + f / Math.pow(2, 10));\n}\nconst ProcessAsync = /*#__PURE__*/function () {\n var _ref = _asyncToGenerator(function* (texture, width, height, face, lod) {\n const scene = texture.getScene();\n const engine = scene.getEngine();\n if (!engine.isWebGPU) {\n if (texture.isCube) {\n yield import(\"../Shaders/lodCube.fragment.js\");\n } else {\n yield import(\"../Shaders/lod.fragment.js\");\n }\n } else {\n if (texture.isCube) {\n yield import(\"../ShadersWGSL/lodCube.fragment.js\");\n } else {\n yield import(\"../ShadersWGSL/lod.fragment.js\");\n }\n }\n let lodPostProcess;\n if (!texture.isCube) {\n lodPostProcess = new PostProcess(\"lod\", \"lod\", {\n uniforms: [\"lod\", \"gamma\"],\n samplingMode: Texture.NEAREST_NEAREST_MIPNEAREST,\n engine,\n shaderLanguage: engine.isWebGPU ? 1 /* ShaderLanguage.WGSL */ : 0 /* ShaderLanguage.GLSL */\n });\n } else {\n const faceDefines = [\"#define POSITIVEX\", \"#define NEGATIVEX\", \"#define POSITIVEY\", \"#define NEGATIVEY\", \"#define POSITIVEZ\", \"#define NEGATIVEZ\"];\n lodPostProcess = new PostProcess(\"lodCube\", \"lodCube\", {\n uniforms: [\"lod\", \"gamma\"],\n samplingMode: Texture.NEAREST_NEAREST_MIPNEAREST,\n engine,\n defines: faceDefines[face],\n shaderLanguage: engine.isWebGPU ? 1 /* ShaderLanguage.WGSL */ : 0 /* ShaderLanguage.GLSL */\n });\n }\n yield new Promise(resolve => {\n lodPostProcess.onEffectCreatedObservable.addOnce(e => {\n e.executeWhenCompiled(() => {\n resolve(0);\n });\n });\n });\n const rtt = new RenderTargetTexture(\"temp\", {\n width: width,\n height: height\n }, scene, false);\n lodPostProcess.onApply = function (effect) {\n effect.setTexture(\"textureSampler\", texture);\n effect.setFloat(\"lod\", lod);\n effect.setInt(\"gamma\", texture.gammaSpace ? 1 : 0);\n };\n const internalTexture = texture.getInternalTexture();\n try {\n if (rtt.renderTarget && internalTexture) {\n const samplingMode = internalTexture.samplingMode;\n if (lod !== 0) {\n texture.updateSamplingMode(Texture.NEAREST_NEAREST_MIPNEAREST);\n } else {\n texture.updateSamplingMode(Texture.NEAREST_NEAREST);\n }\n scene.postProcessManager.directRender([lodPostProcess], rtt.renderTarget, true);\n texture.updateSamplingMode(samplingMode);\n //Reading datas from WebGL\n const bufferView = yield engine.readPixels(0, 0, width, height);\n const data = new Uint8Array(bufferView.buffer, 0, bufferView.byteLength);\n // Unbind\n engine.unBindFramebuffer(rtt.renderTarget);\n return data;\n } else {\n throw Error(\"Render to texture failed.\");\n }\n } finally {\n rtt.dispose();\n lodPostProcess.dispose();\n }\n });\n return function ProcessAsync(_x, _x2, _x3, _x4, _x5) {\n return _ref.apply(this, arguments);\n };\n}();\n/**\n * Gets the data of the specified texture by rendering it to an intermediate RGBA texture and retrieving the bytes from it.\n * This is convienent to get 8-bit RGBA values for a texture in a GPU compressed format.\n * @param texture the source texture\n * @param width the width of the result, which does not have to match the source texture width\n * @param height the height of the result, which does not have to match the source texture height\n * @param face if the texture has multiple faces, the face index to use for the source\n * @param lod if the texture has multiple LODs, the lod index to use for the source\n * @returns the 8-bit texture data\n */\nexport function GetTextureDataAsync(_x6, _x7, _x8) {\n return _GetTextureDataAsync.apply(this, arguments);\n}\n/**\n * Class used to host texture specific utilities\n */\nfunction _GetTextureDataAsync() {\n _GetTextureDataAsync = _asyncToGenerator(function* (texture, width, height, face = 0, lod = 0) {\n if (!texture.isReady() && texture._texture) {\n yield new Promise((resolve, reject) => {\n if (texture._texture === null) {\n reject(0);\n return;\n }\n texture._texture.onLoadedObservable.addOnce(() => {\n resolve(0);\n });\n });\n }\n return yield ProcessAsync(texture, width, height, face, lod);\n });\n return _GetTextureDataAsync.apply(this, arguments);\n}\nexport const TextureTools = {\n /**\n * Uses the GPU to create a copy texture rescaled at a given size\n * @param texture Texture to copy from\n * @param width defines the desired width\n * @param height defines the desired height\n * @param useBilinearMode defines if bilinear mode has to be used\n * @returns the generated texture\n */\n CreateResizedCopy,\n /**\n * Apply a post process to a texture\n * @param postProcessName name of the fragment post process\n * @param internalTexture the texture to encode\n * @param scene the scene hosting the texture\n * @param type type of the output texture. If not provided, use the one from internalTexture\n * @param samplingMode sampling mode to use to sample the source texture. If not provided, use the one from internalTexture\n * @param format format of the output texture. If not provided, use the one from internalTexture\n * @returns a promise with the internalTexture having its texture replaced by the result of the processing\n */\n ApplyPostProcess,\n /**\n * Converts a number to half float\n * @param value number to convert\n * @returns converted number\n */\n ToHalfFloat,\n /**\n * Converts a half float to a number\n * @param value half float to convert\n * @returns converted half float\n */\n FromHalfFloat,\n /**\n * Gets the data of the specified texture by rendering it to an intermediate RGBA texture and retrieving the bytes from it.\n * This is convienent to get 8-bit RGBA values for a texture in a GPU compressed format.\n * @param texture the source texture\n * @param width the width of the result, which does not have to match the source texture width\n * @param height the height of the result, which does not have to match the source texture height\n * @param face if the texture has multiple faces, the face index to use for the source\n * @param channels a filter for which of the RGBA channels to return in the result\n * @param lod if the texture has multiple LODs, the lod index to use for the source\n * @returns the 8-bit texture data\n */\n GetTextureDataAsync\n};","map":{"version":3,"names":["Texture","RenderTargetTexture","PassPostProcess","PostProcess","CreateResizedCopy","texture","width","height","useBilinearMode","scene","getScene","engine","getEngine","rtt","name","noMipmap","_texture","type","samplingMode","wrapU","wrapV","uOffset","vOffset","uScale","vScale","uAng","vAng","wAng","coordinatesIndex","level","anisotropicFilteringLevel","isReady","CLAMP_ADDRESSMODE","passPostProcess","BILINEAR_SAMPLINGMODE","NEAREST_SAMPLINGMODE","externalTextureSamplerBinding","onEffectCreatedObservable","addOnce","e","executeWhenCompiled","onApply","effect","setTexture","internalTexture","renderTarget","postProcessManager","directRender","unBindFramebuffer","disposeFramebufferObjects","dispose","getInternalTexture","ApplyPostProcess","postProcessName","format","_samplingMode","_type","_format","_width","_height","Promise","resolve","postProcess","undefined","encodedTexture","createRenderTargetTexture","generateDepthBuffer","generateMipMaps","generateStencilBuffer","_bindTexture","setFloat2","restoreDefaultFramebuffer","_releaseTexture","_swapAndDie","floatView","int32View","ToHalfFloat","value","Float32Array","Int32Array","buffer","x","bits","m","FromHalfFloat","s","f","Math","pow","NaN","Infinity","ProcessAsync","_ref","_asyncToGenerator","face","lod","isWebGPU","isCube","lodPostProcess","uniforms","NEAREST_NEAREST_MIPNEAREST","shaderLanguage","faceDefines","defines","setFloat","setInt","gammaSpace","updateSamplingMode","NEAREST_NEAREST","bufferView","readPixels","data","Uint8Array","byteLength","Error","_x","_x2","_x3","_x4","_x5","apply","arguments","GetTextureDataAsync","_x6","_x7","_x8","_GetTextureDataAsync","reject","onLoadedObservable","TextureTools"],"sources":["F:/workspace/202226701027/huinongbao-app/node_modules/@babylonjs/core/Misc/textureTools.js"],"sourcesContent":["import { Texture } from \"../Materials/Textures/texture.js\";\nimport { RenderTargetTexture } from \"../Materials/Textures/renderTargetTexture.js\";\nimport { PassPostProcess } from \"../PostProcesses/passPostProcess.js\";\n\nimport { PostProcess } from \"../PostProcesses/postProcess.js\";\n/**\n * Uses the GPU to create a copy texture rescaled at a given size\n * @param texture Texture to copy from\n * @param width defines the desired width\n * @param height defines the desired height\n * @param useBilinearMode defines if bilinear mode has to be used\n * @returns the generated texture\n */\nexport function CreateResizedCopy(texture, width, height, useBilinearMode = true) {\n const scene = texture.getScene();\n const engine = scene.getEngine();\n const rtt = new RenderTargetTexture(\"resized\" + texture.name, { width: width, height: height }, scene, !texture.noMipmap, true, texture._texture.type, false, texture.samplingMode, false);\n rtt.wrapU = texture.wrapU;\n rtt.wrapV = texture.wrapV;\n rtt.uOffset = texture.uOffset;\n rtt.vOffset = texture.vOffset;\n rtt.uScale = texture.uScale;\n rtt.vScale = texture.vScale;\n rtt.uAng = texture.uAng;\n rtt.vAng = texture.vAng;\n rtt.wAng = texture.wAng;\n rtt.coordinatesIndex = texture.coordinatesIndex;\n rtt.level = texture.level;\n rtt.anisotropicFilteringLevel = texture.anisotropicFilteringLevel;\n rtt._texture.isReady = false;\n texture.wrapU = Texture.CLAMP_ADDRESSMODE;\n texture.wrapV = Texture.CLAMP_ADDRESSMODE;\n const passPostProcess = new PassPostProcess(\"pass\", 1, null, useBilinearMode ? Texture.BILINEAR_SAMPLINGMODE : Texture.NEAREST_SAMPLINGMODE, engine, false, 0);\n passPostProcess.externalTextureSamplerBinding = true;\n passPostProcess.onEffectCreatedObservable.addOnce((e) => {\n e.executeWhenCompiled(() => {\n passPostProcess.onApply = function (effect) {\n effect.setTexture(\"textureSampler\", texture);\n };\n const internalTexture = rtt.renderTarget;\n if (internalTexture) {\n scene.postProcessManager.directRender([passPostProcess], internalTexture);\n engine.unBindFramebuffer(internalTexture);\n rtt.disposeFramebufferObjects();\n passPostProcess.dispose();\n rtt.getInternalTexture().isReady = true;\n }\n });\n });\n return rtt;\n}\n/**\n * Apply a post process to a texture\n * @param postProcessName name of the fragment post process\n * @param internalTexture the texture to encode\n * @param scene the scene hosting the texture\n * @param type type of the output texture. If not provided, use the one from internalTexture\n * @param samplingMode sampling mode to use to sample the source texture. If not provided, use the one from internalTexture\n * @param format format of the output texture. If not provided, use the one from internalTexture\n * @param width width of the output texture. If not provided, use the one from internalTexture\n * @param height height of the output texture. If not provided, use the one from internalTexture\n * @returns a promise with the internalTexture having its texture replaced by the result of the processing\n */\nexport function ApplyPostProcess(postProcessName, internalTexture, scene, type, samplingMode, format, width, height) {\n // Gets everything ready.\n const engine = internalTexture.getEngine();\n internalTexture.isReady = false;\n samplingMode = samplingMode ?? internalTexture.samplingMode;\n type = type ?? internalTexture.type;\n format = format ?? internalTexture.format;\n width = width ?? internalTexture.width;\n height = height ?? internalTexture.height;\n if (type === -1) {\n type = 0;\n }\n return new Promise((resolve) => {\n // Create the post process\n const postProcess = new PostProcess(\"postprocess\", postProcessName, null, null, 1, null, samplingMode, engine, false, undefined, type, undefined, null, false, format);\n postProcess.externalTextureSamplerBinding = true;\n // Hold the output of the decoding.\n const encodedTexture = engine.createRenderTargetTexture({ width: width, height: height }, {\n generateDepthBuffer: false,\n generateMipMaps: false,\n generateStencilBuffer: false,\n samplingMode,\n type,\n format,\n });\n postProcess.onEffectCreatedObservable.addOnce((e) => {\n e.executeWhenCompiled(() => {\n // PP Render Pass\n postProcess.onApply = (effect) => {\n effect._bindTexture(\"textureSampler\", internalTexture);\n effect.setFloat2(\"scale\", 1, 1);\n };\n scene.postProcessManager.directRender([postProcess], encodedTexture, true);\n // Cleanup\n engine.restoreDefaultFramebuffer();\n engine._releaseTexture(internalTexture);\n if (postProcess) {\n postProcess.dispose();\n }\n // Internal Swap\n encodedTexture._swapAndDie(internalTexture);\n // Ready to get rolling again.\n internalTexture.type = type;\n internalTexture.format = 5;\n internalTexture.isReady = true;\n resolve(internalTexture);\n });\n });\n });\n}\n// ref: http://stackoverflow.com/questions/32633585/how-do-you-convert-to-half-floats-in-javascript\nlet floatView;\nlet int32View;\n/**\n * Converts a number to half float\n * @param value number to convert\n * @returns converted number\n */\nexport function ToHalfFloat(value) {\n if (!floatView) {\n floatView = new Float32Array(1);\n int32View = new Int32Array(floatView.buffer);\n }\n floatView[0] = value;\n const x = int32View[0];\n let bits = (x >> 16) & 0x8000; /* Get the sign */\n let m = (x >> 12) & 0x07ff; /* Keep one extra bit for rounding */\n const e = (x >> 23) & 0xff; /* Using int is faster here */\n /* If zero, or denormal, or exponent underflows too much for a denormal\n * half, return signed zero. */\n if (e < 103) {\n return bits;\n }\n /* If NaN, return NaN. If Inf or exponent overflow, return Inf. */\n if (e > 142) {\n bits |= 0x7c00;\n /* If exponent was 0xff and one mantissa bit was set, it means NaN,\n * not Inf, so make sure we set one mantissa bit too. */\n bits |= (e == 255 ? 0 : 1) && x & 0x007fffff;\n return bits;\n }\n /* If exponent underflows but not too much, return a denormal */\n if (e < 113) {\n m |= 0x0800;\n /* Extra rounding may overflow and set mantissa to 0 and exponent\n * to 1, which is OK. */\n bits |= (m >> (114 - e)) + ((m >> (113 - e)) & 1);\n return bits;\n }\n bits |= ((e - 112) << 10) | (m >> 1);\n bits += m & 1;\n return bits;\n}\n/**\n * Converts a half float to a number\n * @param value half float to convert\n * @returns converted half float\n */\nexport function FromHalfFloat(value) {\n const s = (value & 0x8000) >> 15;\n const e = (value & 0x7c00) >> 10;\n const f = value & 0x03ff;\n if (e === 0) {\n return (s ? -1 : 1) * Math.pow(2, -14) * (f / Math.pow(2, 10));\n }\n else if (e == 0x1f) {\n return f ? NaN : (s ? -1 : 1) * Infinity;\n }\n return (s ? -1 : 1) * Math.pow(2, e - 15) * (1 + f / Math.pow(2, 10));\n}\nconst ProcessAsync = async (texture, width, height, face, lod) => {\n const scene = texture.getScene();\n const engine = scene.getEngine();\n if (!engine.isWebGPU) {\n if (texture.isCube) {\n await import(\"../Shaders/lodCube.fragment.js\");\n }\n else {\n await import(\"../Shaders/lod.fragment.js\");\n }\n }\n else {\n if (texture.isCube) {\n await import(\"../ShadersWGSL/lodCube.fragment.js\");\n }\n else {\n await import(\"../ShadersWGSL/lod.fragment.js\");\n }\n }\n let lodPostProcess;\n if (!texture.isCube) {\n lodPostProcess = new PostProcess(\"lod\", \"lod\", {\n uniforms: [\"lod\", \"gamma\"],\n samplingMode: Texture.NEAREST_NEAREST_MIPNEAREST,\n engine,\n shaderLanguage: engine.isWebGPU ? 1 /* ShaderLanguage.WGSL */ : 0 /* ShaderLanguage.GLSL */,\n });\n }\n else {\n const faceDefines = [\"#define POSITIVEX\", \"#define NEGATIVEX\", \"#define POSITIVEY\", \"#define NEGATIVEY\", \"#define POSITIVEZ\", \"#define NEGATIVEZ\"];\n lodPostProcess = new PostProcess(\"lodCube\", \"lodCube\", {\n uniforms: [\"lod\", \"gamma\"],\n samplingMode: Texture.NEAREST_NEAREST_MIPNEAREST,\n engine,\n defines: faceDefines[face],\n shaderLanguage: engine.isWebGPU ? 1 /* ShaderLanguage.WGSL */ : 0 /* ShaderLanguage.GLSL */,\n });\n }\n await new Promise((resolve) => {\n lodPostProcess.onEffectCreatedObservable.addOnce((e) => {\n e.executeWhenCompiled(() => {\n resolve(0);\n });\n });\n });\n const rtt = new RenderTargetTexture(\"temp\", { width: width, height: height }, scene, false);\n lodPostProcess.onApply = function (effect) {\n effect.setTexture(\"textureSampler\", texture);\n effect.setFloat(\"lod\", lod);\n effect.setInt(\"gamma\", texture.gammaSpace ? 1 : 0);\n };\n const internalTexture = texture.getInternalTexture();\n try {\n if (rtt.renderTarget && internalTexture) {\n const samplingMode = internalTexture.samplingMode;\n if (lod !== 0) {\n texture.updateSamplingMode(Texture.NEAREST_NEAREST_MIPNEAREST);\n }\n else {\n texture.updateSamplingMode(Texture.NEAREST_NEAREST);\n }\n scene.postProcessManager.directRender([lodPostProcess], rtt.renderTarget, true);\n texture.updateSamplingMode(samplingMode);\n //Reading datas from WebGL\n const bufferView = await engine.readPixels(0, 0, width, height);\n const data = new Uint8Array(bufferView.buffer, 0, bufferView.byteLength);\n // Unbind\n engine.unBindFramebuffer(rtt.renderTarget);\n return data;\n }\n else {\n throw Error(\"Render to texture failed.\");\n }\n }\n finally {\n rtt.dispose();\n lodPostProcess.dispose();\n }\n};\n/**\n * Gets the data of the specified texture by rendering it to an intermediate RGBA texture and retrieving the bytes from it.\n * This is convienent to get 8-bit RGBA values for a texture in a GPU compressed format.\n * @param texture the source texture\n * @param width the width of the result, which does not have to match the source texture width\n * @param height the height of the result, which does not have to match the source texture height\n * @param face if the texture has multiple faces, the face index to use for the source\n * @param lod if the texture has multiple LODs, the lod index to use for the source\n * @returns the 8-bit texture data\n */\nexport async function GetTextureDataAsync(texture, width, height, face = 0, lod = 0) {\n if (!texture.isReady() && texture._texture) {\n await new Promise((resolve, reject) => {\n if (texture._texture === null) {\n reject(0);\n return;\n }\n texture._texture.onLoadedObservable.addOnce(() => {\n resolve(0);\n });\n });\n }\n return await ProcessAsync(texture, width, height, face, lod);\n}\n/**\n * Class used to host texture specific utilities\n */\nexport const TextureTools = {\n /**\n * Uses the GPU to create a copy texture rescaled at a given size\n * @param texture Texture to copy from\n * @param width defines the desired width\n * @param height defines the desired height\n * @param useBilinearMode defines if bilinear mode has to be used\n * @returns the generated texture\n */\n CreateResizedCopy,\n /**\n * Apply a post process to a texture\n * @param postProcessName name of the fragment post process\n * @param internalTexture the texture to encode\n * @param scene the scene hosting the texture\n * @param type type of the output texture. If not provided, use the one from internalTexture\n * @param samplingMode sampling mode to use to sample the source texture. If not provided, use the one from internalTexture\n * @param format format of the output texture. If not provided, use the one from internalTexture\n * @returns a promise with the internalTexture having its texture replaced by the result of the processing\n */\n ApplyPostProcess,\n /**\n * Converts a number to half float\n * @param value number to convert\n * @returns converted number\n */\n ToHalfFloat,\n /**\n * Converts a half float to a number\n * @param value half float to convert\n * @returns converted half float\n */\n FromHalfFloat,\n /**\n * Gets the data of the specified texture by rendering it to an intermediate RGBA texture and retrieving the bytes from it.\n * This is convienent to get 8-bit RGBA values for a texture in a GPU compressed format.\n * @param texture the source texture\n * @param width the width of the result, which does not have to match the source texture width\n * @param height the height of the result, which does not have to match the source texture height\n * @param face if the texture has multiple faces, the face index to use for the source\n * @param channels a filter for which of the RGBA channels to return in the result\n * @param lod if the texture has multiple LODs, the lod index to use for the source\n * @returns the 8-bit texture data\n */\n 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