Texture2d /

Allows specification of some Area other than the Texture's full area for cases where not all pixels in the Texture are usable / "clean"; common in video decoding pipelines in particular. Specified in pixels, and relative to upper-left origin coordinate system regardless of whether Textre is top-down or not.

Updates the pixels of a Texture with the data pointed to by data , of format dataFormat (Ex: GL_RGB), and type dataType (Ex: GL_UNSIGNED_BYTE) of size ( width , height ). destLowerLeftOffset specifies a texel offset to copy to within the Texture.

Updates the pixels of a Texture with contents of surface . Expects surface's size to match the Texture's at mipLevel . destLowerLeftOffset specifies a texel offset to copy to within the Texture.

Updates the pixels of a Texture with contents of channel . Expects channel's size to match the Texture's at mipLevel . destLowerLeftOffset specifies a texel offset to copy to within the Texture.

Updates the pixels of a Texture with contents of surface . Expects surface's size to match the Texture's at mipLevel . destLowerLeftOffset specifies a texel offset to copy to within the Texture.

Updates the pixels of a Texture with contents of channel . Expects channel's size to match the Texture's at mipLevel . destLowerLeftOffset specifies a texel offset to copy to within the Texture.

Updates the pixels of a Texture with contents of surface . Expects surface's size to match the Texture's at mipLevel . destLowerLeftOffset specifies a texel offset to copy to within the Texture.

Updates the pixels of a Texture with contents of channel . Expects channel's size to match the Texture's at mipLevel . destLowerLeftOffset specifies a texel offset to copy to within the Texture.

Updates the pixels of a Texture with contents of textureData . Inefficient if the bounds of textureData don't match those of this .

Updates the pixels of a Texture with the contents of a PBO (whose target must be GL_PIXEL_UNPACK_BUFFER ) at mipmap level mipLevel . format and type correspond to parameters of glTexSubImage2D, and would often be GL_RGB and GL_UNSIGNED_BYTE respectively. Reads from the PBO starting at pboByteOffset .

Updates a subregion (measured as origin upper-left) of the pixels of a Texture with the contents of a PBO (whose target must be GL_PIXEL_UNPACK_BUFFER ) at mipmap level mipLevel . format and type correspond to parameters of glTexSubImage2D, and would often be GL_RGB and GL_UNSIGNED_BYTE respectively. Reads from the PBO starting at pboByteOffset .

Updates a Texture from a KTX file. Uses intermediatePbo if supplied; requires it to be large enough to hold all MIP levels and throws if it is not.

Updates a Texture from a DDS file. Uses intermediatePbo if supplied; requires it to be large enough to hold all MIP levels and throws if it is not.

Replaces the pixels (and data store) of a Texture with contents of textureData . Use update() instead if the bounds of this match those of textureData .

Returns the width of the texture in pixels.

Returns the height of the texture in pixels.

Returns the depth of the texture in pixels.

Returns the true width of the texture in pixels, which may be larger than it's "clean" area.

Returns the true height of the texture in pixels, which may be larger than it's "clean" area.

Returns size of the texture in pixels, igonring clean bounds.

Returns the UV coordinates which correspond to the pixels contained in area (as expressed with an upper-left origin, relative to clean bounds). Accounts for top-down storage and target (0-1 for GL_TEXTURE_2D and pixels for GL_TEXTURE_RECTANGLE )

Returns whether the scanlines of the image are stored top-down in memory relative to the base address. Default is false .

Marks whether the scanlines of the image are stored top-down in memory relative to the base address. Default is false .

Explicitly regenerate mipmaps assuming mipmapping is enabled.

Returns an ImageSource pointing to this Texture.

Determines whether the Texture will call glDeleteTextures() to free the associated texture objects on destruction.

the Texture's internal format, which is the format that OpenGL stores the texture data in memory. Common values include GL_RGB , GL_RGBA and GL_LUMINANCE

the ID number for the texture, appropriate to pass to calls like glBindTexture()

the target associated with texture. Typical values are GL_TEXTURE_2D and GL_TEXTURE_RECTANGLE_ARB

Binds the Texture's texture to its target in the multitexturing unit GL_TEXTURE0 + textureUnit .

Unbinds the Texture currently bound in the Texture's target.

Returns the 2D aspect ratio of the texture (width / height), ignoring clean bounds.

Returns the Area defining the Texture's bounds in pixels, ignoring clean bounds.

Returns whether the Texture has an alpha channel based on its internal format.

Sets the wrapping behavior when a texture coordinate falls outside the range of [0,1]. Possible values are GL_REPEAT , GL_CLAMP_TO_EDGE , etc. Default is GL_CLAMP_TO_EDGE .

Sets the wrapping behavior when a texture coordinate falls outside the range of [0,1]. Possible values are GL_REPEAT , GL_CLAMP_TO_EDGE , etc. Default is GL_CLAMP_TO_EDGE .

Sets the horizontal wrapping behavior when a texture coordinate falls outside the range of [0,1]. Possible values are GL_REPEAT and GL_CLAMP_TO_EDGE , etc. Default is GL_CLAMP_TO_EDGE .

Sets the vertical wrapping behavior when a texture coordinate falls outside the range of [0,1]. Possible values are GL_REPEAT , GL_CLAMP_TO_EDGE , etc. Default is GL_CLAMP_TO_EDGE .

Sets the depth wrapping behavior when a texture coordinate falls outside the range of [0,1]. Possible values are GL_REPEAT , GL_CLAMP_TO_EDGE , etc. Default is GL_CLAMP_TO_EDGE .

Sets the filtering behavior when a texture is displayed at a lower resolution than its native resolution. Possible values are.

GL_NEAREST

Sets the filtering behavior when a texture is displayed at a higher resolution than its native resolution. Possible values are

GL_NEAREST

Sets the anisotropic filtering amount. A value greater than 1.0 "enables" anisotropic filtering. Maximum of getMaxAnisotropyMax() ;.

Returns whether the Texture has Mipmapping enabled.

Returns the Texture's swizzle mask (corresponding to GL_TEXTURE_SWIZZLE_RGBA )

Returns the debugging label associated with the Texture.

Sets the debugging label associated with the Texture. Calls glObjectLabel() when available.

Constructs a texture of size( width , height ) and allocates storage.

Constructs a texture of size( width , height ). Pixel data is provided by data in format dataFormat (Ex: GL_RGB , GL_RGBA ). Use format.setDataType() to specify a dataType other than GL_UNSIGNED_CHAR . Ignores format.loadTopDown() .

Constructs a Texture based on the contents of surface .

Constructs a Texture based on the contents of channel . Sets swizzle mask to {R,R,R,1} where supported unless otherwise specified in format .

Constructs a Texture based on the contents of surface .

Constructs a Texture based on the contents of channel . Sets swizzle mask to {R,R,R,1} where supported unless otherwise specified in format .

Constructs a Texture based on the contents of surface .

Constructs a texture based on the contents of channel . A default value of -1 for internalFormat chooses an appropriate internal format automatically.

Constructs a Texture based on imageSource . A default value of -1 for internalFormat chooses an appropriate internal format based on the contents of imageSource . Uses a Format 's intermediate PBO when available, which is resized as necessary.

Constructs a Texture based on an externally initialized OpenGL texture. doNotDispose specifies whether the Texture is responsible for disposing of the associated OpenGL resource. Supports a custom deleter.

Constructs a Texture based on an instance of TextureData .

Constructs a Texture from an optionally compressed KTX file. Enables mipmapping if KTX file contains mipmaps and Format has not specified false for mipmapping. Uses Format 's intermediate PBO if supplied; requires it to be large enough to hold all MIP levels and throws if it is not. ( http://www.khronos.org/opengles/sdk/tools/KTX/file_format_spec/ )

Constructs a Texture from a DDS file. Supports DXT1, DTX3, and DTX5. Supports BC7 in the presence of GL_ARB_texture_compression_bptc . Enables mipmapping if DDS contains mipmaps and Format has not specified false for mipmapping. ANGLE version requires textures to be a multiple of 4 due to DX limitation.

Returns the appropriate parameter to glGetIntegerv() for a specific target; ie GL_TEXTURE_2D -> GL_TEXTURE_BINDING_2D. Returns 0 on failure.

Returns the corresponding legal values for glTexImage*D() calls for dataFormat and dataType based on internalFormat , as well as whether the internal format contains an alpha channel, is compressed, and is in the sRGB color space.

Returns the number of mip levels necessary to represent a texture of width , height and depth .

Returns whether a Surface of width , rowBytes and surfaceChannelOrder would require an intermediate Surface in order to be copied into a GL Texture.

Converts a SurfaceChannelOrder into an appropriate OpenGL dataFormat and type.

calculate the size of mipMap for the corresponding level

Returns the maximum anisotropic filtering maximum allowed by the hardware.

Returns whether this hardware supports texture swizzling (via GL_TEXTURE_SWIZZLE_RGBA )