org.rajawali3d.materials.textures

Package org.rajawali3d.materials.textures

Types

ACompressedTexture	`abstract class ACompressedTexture : ATexture` `abstract class ACompressedTexture : ATexture`
AlphaMapTexture	`open class AlphaMapTexture : ASingleTexture` `open class AlphaMapTexture : ASingleTexture`
AMultiTexture	`abstract class AMultiTexture : ATexture` `abstract class AMultiTexture : ATexture`
AnimatedGIFTexture	`open class AnimatedGIFTexture : ASingleTexture` `open class AnimatedGIFTexture : ASingleTexture` Creates a texture from an animated GIF.
ASingleTexture	`abstract class ASingleTexture : ATexture` `abstract class ASingleTexture : ATexture` This class is used to specify texture options.
AtcTexture	`open class AtcTexture : ACompressedTexture` `open class AtcTexture : ACompressedTexture`
ATexture	`abstract class ATexture` `abstract class ATexture`
CubeMapTexture	`open class CubeMapTexture : AMultiTexture` `open class CubeMapTexture : AMultiTexture`
Dxt1Texture	`open class Dxt1Texture : ACompressedTexture` `open class Dxt1Texture : ACompressedTexture`
Etc1Texture	`open class Etc1Texture : ACompressedTexture` `open class Etc1Texture : ACompressedTexture`
Etc2Texture	`open class Etc2Texture : ACompressedTexture` `open class Etc2Texture : ACompressedTexture` Rajawali container for an ETC2 texture. Due to the nature of ETC2 textures, you may also use this to load an ETC1 texture. The following GL internal formats are supported: - `GLES11Ext#GL_ETC1_RGB8_OES` - `GLES30#GL_COMPRESSED_RGB8_ETC2` - `GLES30#GL_COMPRESSED_RGBA8_ETC2_EAC` - `GLES30#GL_COMPRESSED_RGB8_PUNCHTHROUGH_ALPHA1_ETC2` - `GLES30#GL_COMPRESSED_R11_EAC` - `GLES30#GL_COMPRESSED_RG11_EAC` - `GLES30#GL_COMPRESSED_SIGNED_R11_EAC` - `GLES30#GL_COMPRESSED_SIGNED_RG11_EAC` In theory, the sRGB types `GLES30#GL_COMPRESSED_SRGB8_ETC2`, `GLES30#GL_COMPRESSED_SRGB8_ALPHA8_ETC2_EAC`, and `GLES30#GL_COMPRESSED_SRGB8_PUNCHTHROUGH_ALPHA1_ETC2` are also supported, but they will currently fail the header check because no source was available to determine their internal type codes. //TODO: Find internal type codes for sRGB formats.
LightMapTexture	`open class LightMapTexture : ASingleTexture` `open class LightMapTexture : ASingleTexture`
NormalMapTexture	`open class NormalMapTexture : ASingleTexture` `open class NormalMapTexture : ASingleTexture`
PalettedTexture	`open class PalettedTexture : ACompressedTexture` `open class PalettedTexture : ACompressedTexture`
PvrtcTexture	`open class PvrtcTexture : ACompressedTexture` `open class PvrtcTexture : ACompressedTexture`
RenderTargetTexture	`open class RenderTargetTexture : ATexture` `open class RenderTargetTexture : ATexture`
SpecularMapTexture	`open class SpecularMapTexture : ASingleTexture` `open class SpecularMapTexture : ASingleTexture`
SphereMapTexture	`open class SphereMapTexture : ASingleTexture` `open class SphereMapTexture : ASingleTexture`
StreamingTexture	`open class StreamingTexture : ATexture` `open class StreamingTexture : ATexture`
Texture	`open class Texture : ASingleTexture` `open class Texture : ASingleTexture`
TextureAtlas	`open class TextureAtlas` `open class TextureAtlas`
TextureManager	`class TextureManager : AResourceManager` `class TextureManager : AResourceManager` A singleton class that keeps track of all textures used by the application. All textures will be restored when the OpenGL context is being recreated. This however needs to be indicated by setting `ATexture#shouldRecycle(boolean)` to true (which is the default). It will then keep a reference to the Bitmap which means the application will take up more memory.
TexturePacker	`open class TexturePacker` `open class TexturePacker`
ThreeDcTexture	`open class ThreeDcTexture : ACompressedTexture` `open class ThreeDcTexture : ACompressedTexture`