data class DeviceDescriptor(val label: String? = null, val requiredFeatures: Set<FeatureName> = setOf(), val requiredLimits: Map<String, GPUSize64> = mapOf(), val defaultQueue: QueueDescriptor = QueueDescriptor())

DeviceLostReason

expect enum DeviceLostReason : Enum<DeviceLostReason>

actual enum DeviceLostReason : Enum<DeviceLostReason>

DrawableHolder

expect sealed interface DrawableHolder

actual interface DrawableHolder

EnumerationWithValue

interface EnumerationWithValue

ErrorFilter

expect enum ErrorFilter : Enum<ErrorFilter>

actual enum ErrorFilter : Enum<ErrorFilter>

ErrorType

expect enum ErrorType : Enum<ErrorType>

actual enum ErrorType : Enum<ErrorType>

FeatureName

expect enum FeatureName : Enum<FeatureName>

actual enum FeatureName : Enum<FeatureName>

FilterMode

expect enum FilterMode : Enum<FilterMode>

actual enum FilterMode : Enum<FilterMode>

FrontFace

expect enum FrontFace : Enum<FrontFace>

actual enum FrontFace : Enum<FrontFace>

GPUBufferDynamicOffset

typealias GPUBufferDynamicOffset = ULong

GPUBufferUsageFlags

typealias GPUBufferUsageFlags = Int

GPUColorWriteFlags

typealias GPUColorWriteFlags = Int

GPUDepthBias

typealias GPUDepthBias = Int

GPUFlagsConstant

typealias GPUFlagsConstant = UInt

GPUIndex32

typealias GPUIndex32 = UInt

GPUIntegerCoordinate

typealias GPUIntegerCoordinate = UInt

GPUIntegerCoordinateOut

typealias GPUIntegerCoordinateOut = UInt

GPUIntegerCoordinates

typealias GPUIntegerCoordinates = Pair<GPUIntegerCoordinate, GPUIntegerCoordinate>

GPUMapModeFlags

typealias GPUMapModeFlags = Int

GPUPipelineConstantValue

typealias GPUPipelineConstantValue = Double

GPUSampleMask

typealias GPUSampleMask = UInt

GPUShaderStageFlags

typealias GPUShaderStageFlags = Int

GPUSignedOffset32

typealias GPUSignedOffset32 = Int

GPUSize32

typealias GPUSize32 = UInt

GPUSize32Out

typealias GPUSize32Out = UInt

GPUSize64

typealias GPUSize64 = ULong

GPUStencilValue

typealias GPUStencilValue = UInt

GPUTextureUsageFlags

typealias GPUTextureUsageFlags = Int

ImageBitmapHolder

expect class ImageBitmapHolder : DrawableHolder, AutoCloseable

actual class ImageBitmapHolder : DrawableHolder, AutoCloseable

ImageCopyBuffer

data class ImageCopyBuffer(val buffer: Buffer, val offset: GPUSize64, val bytesPerRow: GPUSize32, val rowsPerImage: GPUSize32)

ImageCopyExternalImage

data class ImageCopyExternalImage(val source: DrawableHolder, val origin: GPUIntegerCoordinates = 0u to 0u, val flipY: Boolean = false)

ImageCopyTexture

data class ImageCopyTexture(val texture: Texture, val mipLevel: GPUIntegerCoordinate, val origin: Origin3D = Origin3D(0u, 0u), val aspect: TextureAspect = TextureAspect.All)

ImageCopyTextureTagged

data class ImageCopyTextureTagged(val colorSpace: PredefinedColorSpace = PredefinedColorSpace.srgb, val premultipliedAlpha: Boolean = false, val texture: Texture, val mipLevel: GPUIntegerCoordinate, val origin: Origin3D = Origin3D(), val aspect: TextureAspect = TextureAspect.All)

IndexFormat

expect enum IndexFormat : Enum<IndexFormat>

actual enum IndexFormat : Enum<IndexFormat>

Limits

data class Limits(val maxTextureDimension1D: UInt, val maxTextureDimension2D: UInt, val maxTextureDimension3D: UInt, val maxTextureArrayLayers: UInt, val maxBindGroups: UInt, val maxBindGroupsPlusVertexBuffers: UInt, val maxBindingsPerBindGroup: UInt, val maxDynamicUniformBuffersPerPipelineLayout: UInt, val maxDynamicStorageBuffersPerPipelineLayout: UInt, val maxSampledTexturesPerShaderStage: UInt, val maxSamplersPerShaderStage: UInt, val maxStorageBuffersPerShaderStage: UInt, val maxStorageTexturesPerShaderStage: UInt, val maxUniformBuffersPerShaderStage: UInt, val maxUniformBufferBindingSize: ULong, val maxStorageBufferBindingSize: ULong, val minUniformBufferOffsetAlignment: UInt, val minStorageBufferOffsetAlignment: UInt, val maxVertexBuffers: UInt, val maxBufferSize: ULong, val maxVertexAttributes: UInt, val maxVertexBufferArrayStride: UInt, val maxInterStageShaderVariables: UInt, val maxColorAttachments: UInt, val maxColorAttachmentBytesPerSample: UInt, val maxComputeWorkgroupStorageSize: UInt, val maxComputeInvocationsPerWorkgroup: UInt, val maxComputeWorkgroupSizeX: UInt, val maxComputeWorkgroupSizeY: UInt, val maxComputeWorkgroupSizeZ: UInt, val maxComputeWorkgroupsPerDimension: UInt)

LoadOp

expect enum LoadOp : Enum<LoadOp>

actual enum LoadOp : Enum<LoadOp>

MapMode

enum MapMode : Enum<MapMode> , EnumerationWithValue

MipmapFilterMode

expect enum MipmapFilterMode : Enum<MipmapFilterMode>

actual enum MipmapFilterMode : Enum<MipmapFilterMode>

NativeSurface

class NativeSurface(handler: WGPUSurface) : AutoCloseable

navigator

external object navigator

Origin3D

data class Origin3D(val x: GPUIntegerCoordinate, val y: GPUIntegerCoordinate, val z: GPUIntegerCoordinate)

PipelineLayout

expect class PipelineLayout : AutoCloseable

actual class PipelineLayout : AutoCloseable

PipelineLayoutDescriptor

data class PipelineLayoutDescriptor(val bindGroupLayouts: List<BindGroupLayout> = listOf(), val label: String? = null)

PowerPreference

expect enum PowerPreference : Enum<PowerPreference>

actual enum PowerPreference : Enum<PowerPreference>

PredefinedColorSpace

enum PredefinedColorSpace : Enum<PredefinedColorSpace>

PresentMode

expect enum PresentMode : Enum<PresentMode>

actual enum PresentMode : Enum<PresentMode>

PrimitiveTopology

expect enum PrimitiveTopology : Enum<PrimitiveTopology>

actual enum PrimitiveTopology : Enum<PrimitiveTopology>

QuerySet

expect class QuerySet

actual class QuerySet

QuerySetDescriptor

data class QuerySetDescriptor(val label: String? = null, val type: QueryType, val count: GPUSize32)

QueryType

expect enum QueryType : Enum<QueryType>

actual enum QueryType : Enum<QueryType>

Queue

expect class Queue

actual class Queue

QueueDescriptor

data class QueueDescriptor(val label: String? = null)

QueueWorkDoneStatus

expect enum QueueWorkDoneStatus : Enum<QueueWorkDoneStatus>

actual enum QueueWorkDoneStatus : Enum<QueueWorkDoneStatus>

RenderBundle

expect class RenderBundle

actual class RenderBundle

RenderBundleDescriptor

class RenderBundleDescriptor(val label: String? = null)

RenderBundleEncoder

expect class RenderBundleEncoder : AutoCloseable

actual class RenderBundleEncoder : AutoCloseable

RenderBundleEncoderDescriptor

data class RenderBundleEncoderDescriptor(val label: String? = null, val colorFormats: List<TextureFormat>, val depthStencilFormat: TextureFormat, val sampleCount: GPUSize32, val depthReadOnly: Boolean = false, val stencilReadOnly: Boolean = false)

RenderPassDescriptor

data class RenderPassDescriptor(val colorAttachments: List<RenderPassDescriptor.ColorAttachment> = listOf(), val depthStencilAttachment: RenderPassDescriptor.DepthStencilAttachment? = null, val occlusionQuerySet: QuerySet? = null, val timestampWrites: RenderPassTimestampWrites? = null, val maxDrawCount: GPUSize64, val label: String? = null)

RenderPassEncoder

expect class RenderPassEncoder

actual class RenderPassEncoder

RenderPassTimestampWrites

class RenderPassTimestampWrites

RenderPipeline

expect class RenderPipeline : AutoCloseable

actual class RenderPipeline : AutoCloseable

RenderPipelineDescriptor

data class RenderPipelineDescriptor(val vertex: RenderPipelineDescriptor.VertexState, val label: String? = null, val layout: PipelineLayout? = null, val primitive: RenderPipelineDescriptor.PrimitiveState = PrimitiveState(), val depthStencil: RenderPipelineDescriptor.DepthStencilState? = null, val fragment: RenderPipelineDescriptor.FragmentState? = null, val multisample: RenderPipelineDescriptor.MultisampleState = MultisampleState())

RequestAdapterStatus

expect enum RequestAdapterStatus : Enum<RequestAdapterStatus>

actual enum RequestAdapterStatus : Enum<RequestAdapterStatus>

RequestDeviceStatus

expect enum RequestDeviceStatus : Enum<RequestDeviceStatus>

actual enum RequestDeviceStatus : Enum<RequestDeviceStatus>

Sampler

expect class Sampler : AutoCloseable

A GPUSampler encodes transformations and filtering information that can be used in a shader to interpret texture resource data.

actual class Sampler : AutoCloseable

SamplerBindingType

expect enum SamplerBindingType : Enum<SamplerBindingType>

actual enum SamplerBindingType : Enum<SamplerBindingType>

SamplerDescriptor

data class SamplerDescriptor(val addressModeU: AddressMode = AddressMode.ClampToEdge, val addressModeV: AddressMode = AddressMode.ClampToEdge, val addressModeW: AddressMode = AddressMode.ClampToEdge, val magFilter: FilterMode = FilterMode.Nearest, val minFilter: FilterMode = FilterMode.Nearest, val mipmapFilter: MipmapFilterMode = MipmapFilterMode.Nearest, val lodMinClamp: Float = 0.0f, val lodMaxClamp: Float = 32.0f, val compare: CompareFunction? = null, val maxAnisotropy: UShort, val label: String? = null)

A GPUSamplerDescriptor specifies the options to use to create a GPUSampler.

ShaderModule

expect class ShaderModule : AutoCloseable

actual class ShaderModule : AutoCloseable

ShaderModuleDescriptor

data class ShaderModuleDescriptor(val code: String, val label: String? = null, val sourceMap: Any? = null, val compilationHints: List<ShaderModuleDescriptor.CompilationHint> = listOf())

ShaderStage

enum ShaderStage : Enum<ShaderStage> , EnumerationWithValue

Size3D

data class Size3D(val width: UInt, val height: UInt, val depthOrArrayLayers: UInt)

StencilOperation

expect enum StencilOperation : Enum<StencilOperation>

actual enum StencilOperation : Enum<StencilOperation>

StorageTextureAccess

expect enum StorageTextureAccess : Enum<StorageTextureAccess>

actual enum StorageTextureAccess : Enum<StorageTextureAccess>

StoreOp

expect enum StoreOp : Enum<StoreOp>

actual enum StoreOp : Enum<StoreOp>

SType

expect enum SType : Enum<SType>

actual enum SType : Enum<SType>

SupportedLimits

data class SupportedLimits(val maxTextureDimension1D: UInt, val maxTextureDimension2D: UInt, val maxTextureDimension3D: UInt, val maxTextureArrayLayers: UInt, val maxBindGroups: UInt, val maxBindGroupsPlusVertexBuffers: UInt, val maxBindingsPerBindGroup: UInt, val maxDynamicUniformBuffersPerPipelineLayout: UInt, val maxDynamicStorageBuffersPerPipelineLayout: UInt, val maxSampledTexturesPerShaderStage: UInt, val maxSamplersPerShaderStage: UInt, val maxStorageBuffersPerShaderStage: UInt, val maxStorageTexturesPerShaderStage: UInt, val maxUniformBuffersPerShaderStage: UInt, val maxUniformBufferBindingSize: ULong, val maxStorageBufferBindingSize: ULong, val minUniformBufferOffsetAlignment: UInt, val minStorageBufferOffsetAlignment: UInt, val maxVertexBuffers: UInt, val maxBufferSize: ULong, val maxVertexAttributes: UInt, val maxVertexBufferArrayStride: UInt, val maxInterStageShaderVariables: UInt, val maxColorAttachments: UInt, val maxColorAttachmentBytesPerSample: UInt, val maxComputeWorkgroupStorageSize: UInt, val maxComputeInvocationsPerWorkgroup: UInt, val maxComputeWorkgroupSizeX: UInt, val maxComputeWorkgroupSizeY: UInt, val maxComputeWorkgroupSizeZ: UInt, val maxComputeWorkgroupsPerDimension: UInt)

The GPUSupportedLimits interface of the WebGPU API describes the limits supported by a Adapter.

SurfaceConfiguration

data class SurfaceConfiguration(val device: Device, val format: TextureFormat, val usage: Set<TextureUsage> = setOf(TextureUsage.RenderAttachment), val viewFormats: Set<TextureFormat> = setOf(), val colorSpace: PredefinedColorSpace = PredefinedColorSpace.srgb, val alphaMode: CompositeAlphaMode = CompositeAlphaMode.Opaque, val presentMode: PresentMode = PresentMode.Fifo)

SurfaceGetCurrentTextureStatus

expect enum SurfaceGetCurrentTextureStatus : Enum<SurfaceGetCurrentTextureStatus>

actual enum SurfaceGetCurrentTextureStatus : Enum<SurfaceGetCurrentTextureStatus>

SurfaceTexture

data class SurfaceTexture(val texture: Texture, val status: SurfaceTextureStatus)

SurfaceTextureStatus

enum SurfaceTextureStatus : Enum<SurfaceTextureStatus>

Texture

expect class Texture : AutoCloseable

actual class Texture : AutoCloseable

TextureAspect

expect enum TextureAspect : Enum<TextureAspect>

actual enum TextureAspect : Enum<TextureAspect>

TextureDataLayout

data class TextureDataLayout(val offset: GPUSize64, val bytesPerRow: GPUSize32? = null, val rowsPerImage: GPUSize32? = null)

TextureDescriptor

data class TextureDescriptor(val size: Size3D, val format: TextureFormat, val usage: Set<TextureUsage>, val mipLevelCount: GPUIntegerCoordinate, val sampleCount: GPUSize32, val dimension: TextureDimension = TextureDimension.TwoD, val viewFormats: List<TextureFormat> = listOf(), val label: String? = null)

TextureDimension