Class CubeTexture

constructor

• new CubeTexture(
      redGPUContext: RedGPUContext.RedGPUContext,
      srcList: SrcInfo,
      useMipMap?: boolean,
      onLoad?: (cubeTextureInstance?: CubeTexture) => void,
      onError?: (error: Error) => void,
      format?: GPUTextureFormat,
  ): CubeTexture

  CubeTexture 생성자

  Parameters

  • redGPUContext: RedGPUContext.RedGPUContext

    RedGPUContext 인스턴스

  • srcList: SrcInfo

    큐브 텍스처 소스 정보

  • useMipMap: boolean = true

    밉맵 사용 여부(기본값: true)

  • OptionalonLoad: (cubeTextureInstance?: CubeTexture) => void

    로드 완료 콜백

  • OptionalonError: (error: Error) => void

    에러 콜백

  • Optionalformat: GPUTextureFormat

    텍스처 포맷(옵션)

  Returns CubeTexture

StaticdefaultViewDescriptor

gpuTexture

• get gpuTexture(): GPUTexture

  GPUTexture 객체 반환

  Returns GPUTexture

mipLevelCount

• get mipLevelCount(): number

  밉맵 레벨 개수 반환

  Returns number

srcList

• get srcList(): string[]

  텍스처 소스 경로 리스트 반환

  Returns string[]

• set srcList(value: SrcInfo): void

  텍스처 소스 경로 리스트 설정 및 로드

  Parameters

  • value: SrcInfo

  Returns void

useMipmap

• get useMipmap(): boolean

  밉맵 사용 여부 반환

  Returns boolean

• set useMipmap(value: boolean): void

  밉맵 사용 여부 설정 및 텍스처 재생성

  Parameters

  • value: boolean

  Returns void

videoMemorySize

• get videoMemorySize(): number

  비디오 메모리 사용량(byte) 반환

  Returns number

viewDescriptor

• get viewDescriptor(): {
      arrayLayerCount?: number;
      aspect?: GPUTextureAspect;
      baseArrayLayer?: number;
      baseMipLevel?: number;
      dimension?: GPUTextureViewDimension;
      format?: GPUTextureFormat;
      label?: string;
      mipLevelCount: number;
      usage?: number;
  }

  뷰 디스크립터 반환

  Returns {
      arrayLayerCount?: number;
      aspect?: GPUTextureAspect;
      baseArrayLayer?: number;
      baseMipLevel?: number;
      dimension?: GPUTextureViewDimension;
      format?: GPUTextureFormat;
      label?: string;
      mipLevelCount: number;
      usage?: number;
  }

  • OptionalarrayLayerCount?: number

    How many array layers, starting with GPUTextureViewDescriptor#baseArrayLayer, are accessible to the texture view.

  • Optionalaspect?: GPUTextureAspect

    Which GPUTextureAspect | aspect(s) of the texture are accessible to the texture view.

  • OptionalbaseArrayLayer?: number

    The index of the first array layer accessible to the texture view.

  • OptionalbaseMipLevel?: number

    The first (most detailed) mipmap level accessible to the texture view.

  • Optionaldimension?: GPUTextureViewDimension

    The dimension to view the texture as.

  • Optionalformat?: GPUTextureFormat

    The format of the texture view. Must be either the GPUTextureDescriptor#format of the texture or one of the GPUTextureDescriptor#viewFormats specified during its creation.

  • Optionallabel?: string

    The initial value of GPUObjectBase#label | GPUObjectBase.label.

  • mipLevelCount: number

  • Optionalusage?: number

    The allowed GPUTextureUsage | usage(s) for the texture view. Must be a subset of the GPUTexture#usage flags of the texture. If 0, defaults to the full set of GPUTexture#usage flags of the texture. Note: If the view's GPUTextureViewDescriptor#format doesn't support all of the texture's GPUTextureDescriptor#usages, the default will fail, and the view's GPUTextureViewDescriptor#usage must be specified explicitly.

destroy

• destroy(): void

  텍스처와 리소스 해제

  Returns void

setGPUTextureDirectly

• setGPUTextureDirectly(
      gpuTexture: GPUTexture,
      cacheKey?: string,
      useMipmap?: boolean,
  ): void

  GPUTexture를 직접 설정합니다.

  Parameters

  • gpuTexture: GPUTexture

    GPUTexture 객체

  • OptionalcacheKey: string

    캐시 키(옵션)

  • useMipmap: boolean = true

    밉맵 사용 여부(기본값: true)

  Returns void