ThinEngine class

class ThinEngine

Implementers

• Engine

Annotations

• @JS()

Constructors

ThinEngine()

ThinEngine.args(dynamic canvasOrContext, [bool antialias, EngineOptions options, bool adaptToDeviceRatio])

Properties

alphaState → AlphaState

no setter

bindBuffer ↔ dynamic

getter/setter pair

cullBackFaces ↔ bool

getter/setter pair

currentViewport → IViewportLike

no setter

depthCullingState → DepthCullingState

no setter

description → String

no setter

disableUniformBuffers ↔ bool

getter/setter pair

disableVertexArrayObjects ↔ bool

getter/setter pair

doNotHandleContextLost ↔ bool

getter/setter pair

emptyCubeTexture → InternalTexture

no setter

emptyTexture → InternalTexture

no setter

emptyTexture2DArray → InternalTexture

no setter

emptyTexture3D → InternalTexture

no setter

enableUnpackFlipYCached ↔ bool

getter/setter pair

forcePOTTextures ↔ bool

getter/setter pair

hashCode → int

The hash code for this object.

no setter, inherited

HasMajorPerformanceCaveat → bool

no setter

hostInformation ↔ HostInformation

getter/setter pair

isFullscreen ↔ bool

getter/setter pair

isStencilEnable → bool

no setter

IsSupported → bool

no setter

needPOTTextures → bool

no setter

NpmPackage → String

no setter

onBeforeTextureInitObservable ↔ Observable<Texture>

getter/setter pair

onContextLostObservable ↔ Observable<ThinEngine>

getter/setter pair

onContextRestoredObservable ↔ Observable<ThinEngine>

getter/setter pair

premultipliedAlpha → bool

no setter

preventCacheWipeBetweenFrames ↔ bool

getter/setter pair

renderEvenInBackground ↔ bool

getter/setter pair

runtimeType → Type

A representation of the runtime type of the object.

no setter, inherited

ShadersRepository ↔ String

getter/setter pair

stencilState → StencilState

no setter

supportsUniformBuffers → bool

no setter

useReverseDepthBuffer ↔ bool

getter/setter pair

validateShaderPrograms ↔ bool

getter/setter pair

Version → String

no setter

webGLVersion → num

no setter

Methods

applyStates() → void

areAllEffectsReady() → bool

beginFrame() → void

bindArrayBuffer(DataBuffer buffer) → void

bindAttachments(List<num> attachments) → void

bindBuffers(dynamic vertexBuffers, DataBuffer indexBuffer, Effect effect) → void

bindBuffersDirectly(DataBuffer vertexBuffer, DataBuffer indexBuffer, List<num> vertexDeclaration, num vertexStrideSize, Effect effect) → void

bindFramebuffer(InternalTexture texture, [num faceIndex, num requiredWidth, num requiredHeight, bool forceFullscreenViewport, num lodLevel, num layer]) → void

bindInstancesBuffer(DataBuffer instancesBuffer, List<InstancingAttributeInfo> attributesInfo, [bool computeStride]) → void

bindSamplers(Effect effect) → void

bindUniformBlock(IPipelineContext pipelineContext, String blockName, num index) → void

bindUniformBuffer(DataBuffer buffer) → void

bindUniformBufferBase(DataBuffer buffer, num location) → void

bindVertexArrayObject(VertexArrayObject vertexArrayObject, DataBuffer indexBuffer) → void

buildTextureLayout(List<bool> textureStatus) → List<num>

clear(IColor4Like color, bool backBuffer, bool depth, [bool stencil]) → void

clearInternalTexturesCache() → void

createCubeTexture(String rootUrl, Scene scene, List<String> files, dynamic noMipmap, void onLoad(dynamic data), void onError(String message, dynamic exception), dynamic format, dynamic forcedExtension, bool createPolynomials, num lodScale, num lodOffset, InternalTexture fallback, dynamic loaderOptions) → InternalTexture

createDepthStencilTexture(RenderTargetTextureSize size, DepthTextureCreationOptions options) → InternalTexture

createDynamicTexture(num width, num height, bool generateMipMaps, num samplingMode) → InternalTexture

createDynamicUniformBuffer(Float32List elements) → DataBuffer

createDynamicVertexBuffer(ByteBuffer data) → DataBuffer

createEffect(dynamic baseName, dynamic attributesNamesOrOptions, dynamic uniformsNamesOrEngine, [List<String> samplers, String defines, IEffectFallbacks fallbacks, void onCompiled(Effect effect), void onError(Effect effect, String errors), dynamic indexParameters]) → Effect

createIndexBuffer(Int32List indices, [bool updatable]) → DataBuffer

createMultipleRenderTarget(dynamic size, IMultiRenderTargetOptions options) → List<InternalTexture>

createPipelineContext() → IPipelineContext

createPrefilteredCubeTexture(String rootUrl, Scene scene, num lodScale, num lodOffset, [void onLoad(InternalTexture internalTexture), void onError(String message, dynamic exception), num format, dynamic forcedExtension, bool createPolynomials]) → InternalTexture

createRawCubeTexture(List<List> data, num size, num format, num type, bool generateMipMaps, bool invertY, num samplingMode, String compression) → InternalTexture

createRawShaderProgram(IPipelineContext pipelineContext, String vertexCode, String fragmentCode, [RenderingContext context, List<String> transformFeedbackVaryings]) → Program

createRawTexture(List data, num width, num height, num format, bool generateMipMaps, bool invertY, num samplingMode, String compression, num type) → InternalTexture

createRawTexture2DArray(List data, num width, num height, num depth, num format, bool generateMipMaps, bool invertY, num samplingMode, String compression, num textureType) → InternalTexture

createRawTexture3D(List data, num width, num height, num depth, num format, bool generateMipMaps, bool invertY, num samplingMode, String compression, num textureType) → InternalTexture

createRenderTargetCubeTexture(num size, [RenderTargetCreationOptions options]) → InternalTexture

createRenderTargetTexture(RenderTargetTextureSize size, dynamic options) → InternalTexture

createShaderProgram(IPipelineContext pipelineContext, String vertexCode, String fragmentCode, String defines, [RenderingContext context, List<String> transformFeedbackVaryings]) → Program

createTexture(String url, bool noMipmap, bool invertY, ISceneLike scene, [num samplingMode, void onLoad(), void onError(String message, dynamic exception), dynamic buffer, InternalTexture fallback, num format, String forcedExtension, String mimeType, dynamic loaderOptions]) → InternalTexture

createUniformBuffer(Float32List elements) → DataBuffer

createVertexBuffer(ByteBuffer data) → DataBuffer

disableAttributeByIndex(num attributeLocation) → void

disableInstanceAttribute(num attributeLocation) → void

disableInstanceAttributeByName(String name) → void

dispose() → void

draw(bool useTriangles, num indexStart, num indexCount, [num instancesCount]) → void

drawArraysType(num fillMode, num verticesStart, num verticesCount, [num instancesCount]) → void

drawElementsType(num fillMode, num indexStart, num indexCount, [num instancesCount]) → void

drawPointClouds(num verticesStart, num verticesCount, [num instancesCount]) → void

drawUnIndexed(bool useTriangles, num verticesStart, num verticesCount, [num instancesCount]) → void

enableEffect(Effect effect) → void

endFrame() → void

flushFramebuffer() → void

getAlphaEquation() → num

getAlphaMode() → num

getAttributes(IPipelineContext pipelineContext, List<String> attributesNames) → List<num>

getCaps() → EngineCapabilities

getClassName() → String

getColorWrite() → bool

getError() → num

getHardwareScalingLevel() → num

getHostDocument() → Document

getHostWindow() → Window

getLoadedTexturesCache() → List<InternalTexture>

getRenderHeight([bool useScreen]) → num

getRenderingCanvas() → CanvasElement

getRenderWidth([bool useScreen]) → num

getUniforms(IPipelineContext pipelineContext, List<String> uniformsNames) → List<UniformLocation>

noSuchMethod(Invocation invocation) → dynamic

Invoked when a nonexistent method or property is accessed.

inherited

readPixels(num x, num y, num width, num height, [bool hasAlpha]) → Uint8List

recordVertexArrayObject(dynamic vertexBuffers, DataBuffer indexBuffer, Effect effect) → VertexArrayObject

releaseEffects() → void

releaseVertexArrayObject(VertexArrayObject vao) → void

resetTextureCache() → void

resize() → void

restoreDefaultFramebuffer() → void

restoreSingleAttachment() → void

runRenderLoop(void renderFunction()) → void

setAlphaConstants(num r, num g, num b, num a) → void

setAlphaEquation(num equation) → void

setAlphaMode(num mode, [bool noDepthWriteChange]) → void

setArray(UniformLocation uniform, dynamic array) → bool

setArray2(UniformLocation uniform, dynamic array) → bool

setArray3(UniformLocation uniform, dynamic array) → bool

setArray4(UniformLocation uniform, dynamic array) → bool

setColorWrite(bool enable) → void

setFloat(UniformLocation uniform, num value) → bool

setFloat2(UniformLocation uniform, num x, num y) → bool

setFloat3(UniformLocation uniform, num x, num y, num z) → bool

setFloat4(UniformLocation uniform, num x, num y, num z, num w) → bool

setHardwareScalingLevel(num level) → void

setInt(UniformLocation uniform, num value) → bool

setIntArray(UniformLocation uniform, Int32List array) → bool

setIntArray2(UniformLocation uniform, Int32List array) → bool

setIntArray3(UniformLocation uniform, Int32List array) → bool

setIntArray4(UniformLocation uniform, Int32List array) → bool

setMatrices(UniformLocation uniform, Float32List matrices) → bool

setMatrix2x2(UniformLocation uniform, Float32List matrix) → bool

setMatrix3x3(UniformLocation uniform, Float32List matrix) → bool

setSize(num width, num height) → bool

setTexture(num channel, UniformLocation uniform, ThinTexture texture) → void

setTextureArray(num channel, UniformLocation uniform, List<ThinTexture> textures) → void

setViewport(IViewportLike viewport, [num requiredWidth, num requiredHeight]) → void

stopRenderLoop([void renderFunction()]) → void

toString() → String

A string representation of this object.

inherited

unbindAllAttributes() → void

unbindAllTextures() → void

unBindFramebuffer(InternalTexture texture, [bool disableGenerateMipMaps, void onBeforeUnbind()]) → void

unbindInstanceAttributes() → void

unBindMultiColorAttachmentFramebuffer(List<InternalTexture> textures, bool disableGenerateMipMaps, [void onBeforeUnbind()]) → void

updateAndBindInstancesBuffer(DataBuffer instancesBuffer, Float32List data, dynamic offsetLocations) → void

updateArrayBuffer(Float32List data) → void

updateDynamicIndexBuffer(DataBuffer indexBuffer, Int32List indices, [num offset]) → void

updateDynamicTexture(InternalTexture texture, dynamic source, [bool invertY, bool premulAlpha, num format, bool forceBindTexture]) → void

updateDynamicVertexBuffer(DataBuffer vertexBuffer, ByteBuffer data, [num byteOffset, num byteLength]) → void

updateMultipleRenderTargetTextureSampleCount(List<InternalTexture> textures, num samples) → num

updateRawCubeTexture(InternalTexture texture, List<List> data, num format, num type, bool invertY) → void

updateRawTexture(InternalTexture texture, List data, num format, bool invertY) → void

updateRawTexture2DArray(InternalTexture texture, List data, num format, bool invertY) → void

updateRawTexture3D(InternalTexture texture, List data, num format, bool invertY) → void

updateTextureData(InternalTexture texture, List imageData, num xOffset, num yOffset, num width, num height, [num faceIndex, num lod]) → void

updateTextureSamplingMode(num samplingMode, InternalTexture texture, [bool generateMipMaps]) → void

updateTextureWrappingMode(InternalTexture texture, num wrapU, [num wrapV, num wrapR]) → void

updateUniformBuffer(DataBuffer uniformBuffer, Float32List elements, [num offset, num count]) → void

updateVideoTexture(InternalTexture texture, VideoElement video, bool invertY) → void

wipeCaches([bool bruteForce]) → void

Operators

operator ==(Object other) → bool

The equality operator.

inherited

Static Properties

CollisionsEpsilon ↔ num

getter/setter pair

Static Methods

CeilingPOT(num x) → num

FloorPOT(num x) → num

GetExponentOfTwo(num value, num max, [num mode]) → num

isSupported() → bool

NearestPOT(num x) → num

QueueNewFrame(void func(), [dynamic requester]) → num