[Home](./index.md) > [@three3d/volume](./volume.md) ## volume package ThreeJS 的云效果 ## Remarks - 点状云 - 线状云 - 热力云 ## Classes | Class | Description | | --- | --- | | [ColorFogPointsMaterial](./volume.colorfogpointsmaterial.md) | | | [ExampleVolumeMaterial\_1](./volume.examplevolumematerial_1.md) | 体积材质 | | [ExampleVolumeMaterial\_Cloud](./volume.examplevolumematerial_cloud.md) | 示例体积材质-云 | | [ExampleVolumeMaterial\_Perlin](./volume.examplevolumematerial_perlin.md) | 示例体积材质-花边 | | [FogPointsMaterial](./volume.fogpointsmaterial.md) | | | [GradientData3DTexture](./volume.gradientdata3dtexture.md) | 3D数据纹理 | | [GradientFogPointsMaterial](./volume.gradientfogpointsmaterial.md) | 梯度雾点材质 | | [GradientVolumeMaterial](./volume.gradientvolumematerial.md) | 梯度体积材质 | | [ImageData3DTexture](./volume.imagedata3dtexture.md) | 3D图像纹理 | | [ImageData3DTextureSlice](./volume.imagedata3dtextureslice.md) | 获取3D图像切片的工具 | | [ImageVolumeMaterial](./volume.imagevolumematerial.md) | 图像体积材质 | | [SliceMaterial](./volume.slicematerial.md) | 切片材质 | | [SliceMesh](./volume.slicemesh.md) | 呈现3D图像切片的Mesh | | [SphereFogMaterial](./volume.spherefogmaterial.md) | 体积雾材质 | | [VolumeMesh](./volume.volumemesh.md) | 体积Mesh | ## Abstract Classes | Abstract Class | Description | | --- | --- | | [VolumeMaterial](./volume.volumematerial.md) | 体积材质 | ## Enumerations | Enumeration | Description | | --- | --- | | [VolumeFit](./volume.volumefit.md) | 体积材质填充模式 | | [VolumeRenderStyle](./volume.volumerenderstyle.md) | 体积渲染样式 | ## Functions | Function | Description | | --- | --- | | [computeHeatData3DForPoint(pointInfo, extraInfo, intersects)](./volume.computeheatdata3dforpoint.md) | 根据热力点来计算并生成相关的3D数据 | | [createColorFogPoints(options)](./volume.createcolorfogpoints.md) | 创建颜色雾点 | | [createGradientData3DTexture(data3D, options)](./volume.creategradientdata3dtexture.md) | 创建梯度 Data3DTexture | | [createGradientFogPoints(options)](./volume.creategradientfogpoints.md) | 创建梯度雾点 | | [createHeatData3D(options)](./volume.createheatdata3d.md) | 创建热力3D数据 | | [createImageData3DTextureByExtrudeImage(image, depth, options)](./volume.createimagedata3dtexturebyextrudeimage.md) | 通过挤出Image来创建 ImageData3DTexture | | [createImageData3DTextureFromGradient(gradientData3D, options)](./volume.createimagedata3dtexturefromgradient.md) | 从梯度数据 创建梯度图像 ImageData3DTexture | | [createLineData3D(options)](./volume.createlinedata3d.md) | 创建线性Data3D数据 | | [gradientData3DToImageData3D(data3D, gradient, options)](./volume.gradientdata3dtoimagedata3d.md) | 梯度 Data3D 转 ImageData3D | | [hollowGradient\_Default({ startHollow, addedHollow, ratio })](./volume.hollowgradient_default.md) | 默认的空心比率梯度函数 | | [lineValueGradient\_Default({ startValue, addedValue, ratio })](./volume.linevaluegradient_default.md) | 默认的轴线值梯度函数 | | [makeOriginOnBoundingBoxMinOfGeometry(geometry)](./volume.makeoriginonboundingboxminofgeometry.md) | 将几何体的原点移动包围盒的最小点处 | | [numberValuesAccumulate\_Default(values, clim)](./volume.numbervaluesaccumulate_default.md) | 默认的数值累积函数 | | [optimizeGradientOptions(gradientOptions, options)](./volume.optimizegradientoptions.md) | 对梯度选项进行优化 | | [radiusGradient\_Default({ startRadius, addedRadius, ratio })](./volume.radiusgradient_default.md) | 默认的半径梯度函数 | | [transformGradientOptions(options, matrix)](./volume.transformgradientoptions.md) | 对梯度选项应用矩阵变换 | | [translateScaleGradientOptions(options, translate, scale)](./volume.translatescalegradientoptions.md) | 对梯度选项进行平移后再缩放 | | [valueGradient\_Default({ ratio, value })](./volume.valuegradient_default.md) | 默认的值梯度函数 | | [valuesAccumulate\_Default(values, clim)](./volume.valuesaccumulate_default.md) | 默认的值累积函数 | ## Interfaces | Interface | Description | | --- | --- | | [ColorFogPointsMaterialOptions](./volume.colorfogpointsmaterialoptions.md) | 雾点材质的选项 | | [ColorFogPointsOptions](./volume.colorfogpointsoptions.md) | | | [CreateGradientData3DTextureOptions](./volume.creategradientdata3dtextureoptions.md) | | | [ExampleVolumeMaterial\_1Options](./volume.examplevolumematerial_1options.md) | 体积材质选项 | | [ExampleVolumeMaterial\_1Uniforms](./volume.examplevolumematerial_1uniforms.md) | | | [ExampleVolumeMaterial\_CloudOptions](./volume.examplevolumematerial_cloudoptions.md) | 示例体积材质-云 的选项 | | [ExampleVolumeMaterial\_CloudUniforms](./volume.examplevolumematerial_clouduniforms.md) | 示例体积材质-云 的 uniforms | | [ExampleVolumeMaterial\_PerlinOptions](./volume.examplevolumematerial_perlinoptions.md) | 体积切片材质选项 | | [ExampleVolumeMaterial\_PerlinUniforms](./volume.examplevolumematerial_perlinuniforms.md) | 示例体积材质-花边 的 uniforms | | [FogPointsMaterialOptions](./volume.fogpointsmaterialoptions.md) | 雾点材质的选项 | | [FogPointsMaterialUniforms](./volume.fogpointsmaterialuniforms.md) | 雾点材质的 uniforms | | [GradientData3DOptions](./volume.gradientdata3doptions.md) | 梯度 Data3D 选项 | | [GradientData3DToImageData3DOptions](./volume.gradientdata3dtoimagedata3doptions.md) | 梯度 Data3D 转 ImageData3D 的选项 | | [GradientFogPointsGeometryOptions](./volume.gradientfogpointsgeometryoptions.md) | | | [GradientFogPointsMaterialOptions](./volume.gradientfogpointsmaterialoptions.md) | 梯度雾点材质的选项 | | [GradientFogPointsMaterialUniforms](./volume.gradientfogpointsmaterialuniforms.md) | 梯度雾点材质的 uniforms | | [GradientFogPointsOptions](./volume.gradientfogpointsoptions.md) | | | [GradientOptionsOptimizeOptions](./volume.gradientoptionsoptimizeoptions.md) | 优化选项 | | [GradientParams](./volume.gradientparams.md) | 梯度函数的参数 | | [GradientVolumeMaterialOptions](./volume.gradientvolumematerialoptions.md) | 梯度体积材质选项 | | [GradientVolumeMaterialUniforms](./volume.gradientvolumematerialuniforms.md) | GradientVolumeMaterial 的 uniforms 类型 | | [HeatData3DOptions](./volume.heatdata3doptions.md) | 创建热力3D数据的选项 | | [HeatParticleVolumeFeature](./volume.heatparticlevolumefeature.md) | 热力粒子体积特性 | | [LineData3DOptions](./volume.linedata3doptions.md) | 创建线性3D数据的选项 | | [LineGradientParams](./volume.linegradientparams.md) | 轴线梯度函数的参数 | | [ParticleVolumeFeature](./volume.particlevolumefeature.md) | 粒子体积特征 | | [SliceMaterialOptions](./volume.slicematerialoptions.md) | 切片材质的选项 | | [SliceMaterialUniforms](./volume.slicematerialuniforms.md) | 切片材质的 uniforms | | [SphereFogMaterialOptions](./volume.spherefogmaterialoptions.md) | 球形雾材质选项 | | [SphereFogMaterialUniforms](./volume.spherefogmaterialuniforms.md) | 球形雾的 uniforms | | [SphereParticleVolumeFeature](./volume.sphereparticlevolumefeature.md) | | | [TransferableGradientFeature](./volume.transferablegradientfeature.md) | 梯度特性 | | [TransferableGradientOptions](./volume.transferablegradientoptions.md) | 可变换的梯度选项 | | [VolumeFeature](./volume.volumefeature.md) | 体积特征 | | [VolumeMaterialOptions](./volume.volumematerialoptions.md) | 体积材质的选项 | | [VolumeMaterialUniforms](./volume.volumematerialuniforms.md) | 体积材质的 Uniforms 类型 | ## Type Aliases | Type Alias | Description | | --- | --- | | [ColorFogPoint](./volume.colorfogpoint.md) | | | [ColorFogPointsMaterialUniforms](./volume.colorfogpointsmaterialuniforms.md) | 雾点材质的 uniforms | | [CreateColorFogPointsOptions](./volume.createcolorfogpointsoptions.md) | | | [CreateGradientFogPointsOptions](./volume.creategradientfogpointsoptions.md) | | | [CreateImageData3DTextureFromGradientOptions](./volume.createimagedata3dtexturefromgradientoptions.md) | | | [Data3DPointExtraInfo](./volume.data3dpointextrainfo.md) | 计算 Data3D 点所需要的额外信息 | | [GetGradientValue](./volume.getgradientvalue.md) | 值梯度函数 | | [GetLineGradientValue](./volume.getlinegradientvalue.md) | 轴线值梯度函数 | | [GradientFogPoint](./volume.gradientfogpoint.md) | | | [HeatAccumulateValue](./volume.heataccumulatevalue.md) | 热力值及其相关信息 | | [HeatParticleVolumeFeaturePoint](./volume.heatparticlevolumefeaturepoint.md) | 热力点 | | [HeatParticleVolumeFeaturePointInfo](./volume.heatparticlevolumefeaturepointinfo.md) | 热力点信息 | | [HeatParticleVolumeFeatureVectorInfo](./volume.heatparticlevolumefeaturevectorinfo.md) | 热力向量信息 | | [HeatValuesAccumulate](./volume.heatvaluesaccumulate.md) | 热力值累积函数 | | [NumberValuesAccumulate](./volume.numbervaluesaccumulate.md) | 数值累积函数 | | [ParticleVolumeFeaturePoint](./volume.particlevolumefeaturepoint.md) | | | [ParticleVolumeFeaturePointInfo](./volume.particlevolumefeaturepointinfo.md) | | | [ParticleVolumeFeatureVectorInfo](./volume.particlevolumefeaturevectorinfo.md) | | | [PointsUniforms](./volume.pointsuniforms.md) | |