Texture

Class	Type	Name	Interface Description
DataType	Enum	UBNorm F16 F32	• Represents an 8-Bit unsigned normalized integer data type. • Represents a 16-bit floating-point data type. • Represents a 32-bit floating-point data type.
FilterMipmap_Mode	Enum	None Nearest Linearest	• Do not use Mipmap. • Use the nearest neighbor sampling method. • Use the linear sampling method.
FilterMode	Enum	Nears Linear	• Use the nearest neighbor sampling method. • Use the linear sampling method.
InternalFormat	Enum	RGB8U RGBA8U RGB16F RGBA16F RGB32F RGBA32F	• Represents 8-bit unsigned integer in RGB format. • Represents an 8-bit unsigned integer in RGBA format. • Represents a 16-bit floating-point number in RGB format. • Represents a 16-bit floating-point number in RGBA format. • Represents a 32-bit floating-point number in RGB format. • Represents a 32-bit floating-point number in RGBA format.
PixelFormat	Enum	RGB8Unorm RGB16SFloat RGBA16SFloat RGBA32SFloat RGBA32SFloat	• Represents 8-bit unsigned normalized integer in RGB format. • Represents an 8-bit unsigned normalized integer in RGBA format. • Represents a 16-bit floating-point number in RGB format. • Represents a 16-bit floating-point number in RGBA format. • Represents a 32-bit floating-point number in RGB format. • Represents a 32-bit floating-point number in RGBA format.
WrapMode	Enum	Repeat Clamp Mirror	• Texture repeat mode. • Texture clamping mode. • Texture mirroring mode.

Class	Type	Name	Interface Description
Texture	Variables	enableMipmap: boolean	• Function: Indicates whether Mipmap is enabled.
Texture	Variables	filterMin: FilterMode	• Function: The minimum filtering mode of the texture.
Texture	Variables	filterMag: FilterMode	• Function: The maximum filtering mode of the texture.
Texture	Variables	filterMipmap: FilterMipmapMode	• Function: The Mipmap filtering mode of the texture.
Texture	Variables	wrapMode: WrapMode	• Function: The wrapping mode of the texture.
Texture	Variables	wrapModeS: WrapMode	• Function: The wrapping mode of the texture in the S direction.
Texture	Variables	wrapModeT: WrapMode	• Function: The wrapping mode of the texture in the T direction.
Texture	Variables	wrapModeR: WrapMode	• Function: The wrapping mode of the texture in the R direction.
Texture	Variables	maxAnisotropy: number	• Function: The maximum anisotropic filtering value of the texture.

Examples

enableMipmap: boolean

tex.enableMipmap = true

filterMin: FilterMode

tex.filterMin = APJS.FilterMode.Nears

filterMag: FilterMode

tex.filterMax = APJS.FilterMode.Nears

filterMipmap: FilterMipmapMode

tex.filterMipmap = APJS.FilterMipmapMode.None

wrapMode: WrapMode

tex.wrapMode = APJS.WrapMode.Repeat

wrapModeS: WrapMode

tex.wrapModeS = APJS.WrapMode.Repea

wrapModeT: WrapMode

tex.wrapModeT = APJS.WrapMode.Repeat

wrapModeR: WrapMode

tex.wrapModeR = APJS.WrapMode.Repeat

maxAnisotropy: number

tex.maxAnisotropy = 1

Use Case

@component()
export class NewBehaviourScript extends APJS.BasicScriptComponent {
    private tex:Texture; // get texture in some way
  onStart() {
    const result = `enableMipmap: ${this.tex.enableMipmap}
filterMin: ${this.tex.filterMin}
filterMag: ${this.tex.filterMag}
filterMipmap: ${this.tex.filterMipmap}
wrapModeR: ${this.tex.wrapModeR}
wrapModeT: ${this.tex.wrapModeT}
wrapModeS: ${this.tex.wrapModeS}
maxAnisotropy: ${this.tex.maxAnisotropy}`

  }
  onUpdate(deltaTime: number) {
  }
  }

Class	Type	Name	Interface Description
Texture	Functions	getWidth(): number	• Function: Get the width of the texture.
Texture	Functions	getHeight(): number	• Function: Get the height of the texture.
Texture	Functions	getDepth(): number	• Function: Get the depth of the texture.

Examples

getWidth(): number

let texture = new Texture();
let width = texture.getWidth();

getHeight(): number

let texture = new Texture();
let height = texture.getHeight();

getDepth(): number

let texture = new Texture();
let depth = texture.getDepth();

Use Case

@component()
export class NewBehaviourScript extends APJS.BasicScriptComponent {
    private tex:Texture; // get texture in some way
  onStart() {
    const result = `${this.tex.getWidth()}x${this.tex.getHeight()}
Depth: ${this.tex.getDepth()}`;

  }
  onUpdate(deltaTime: number) {
  }
  }