Namespace where all the classes and functions provided by GLI are exposed. More...

Classes
class	dx
	Translation class to convert GLI enums into DirectX enums. More...

class	gl
	Translation class to convert GLI enums into OpenGL values. More...

class	image
	Image, representation for a single texture level. More...

class	sampler
	Genetic sampler class. More...

class	sampler1d
	1d texture sampler More...

class	sampler1d_array
	1d array texture sampler More...

class	sampler2d
	2d texture sampler More...

class	sampler2d_array
	2d array texture sampler More...

class	sampler3d
	3d texture sampler More...

class	sampler_cube
	Cube map texture sampler. More...

class	sampler_cube_array
	Cube map array texture sampler. More...

class	texture
	Genetic texture class. It can support any target. More...

class	texture1d
	1d texture More...

class	texture1d_array
	1d array texture More...

class	texture2d
	2d texture More...

class	texture2d_array
	2d array texture More...

class	texture3d
	3d texture More...

class	texture_cube
	Cube map texture. More...

class	texture_cube_array
	Cube map array texture. More...

Enumerations
enum	filter
	Texture filtring modes.

enum	format
	Texture data format.

enum	swizzle
	Represent the source of a channel.

enum	target
	Texture target: type/shape of the texture storage_linear.

enum	wrap
	Texture coordinate wrapping mode.

Functions
ivec3	block_extent (format Format)
	Return the dimensions in texels of the block for a format.

size_t	block_size (format Format)
	Return the size in bytes of a block for a format.

template<typename texture_type >
void	clear (texture_type &Texture)
	Clear a complete texture.

template<typename texture_type , typename gen_type >
void	clear (texture_type &Texture, gen_type const &BlockData)
	Clear a complete texture.

template<typename texture_type , typename gen_type >
void	clear (texture_type &Texture, size_t Layer, size_t Face, size_t Level, gen_type const &BlockData)
	Clear a specific image of a texture.

size_t	component_count (format Format)
	Return the number of components of a format.

template<typename texture_type >
texture_type	convert (texture_type const &Texture, format Format)
	Convert texture data to a new format. More...

template<typename texture_src_type , typename texture_dst_type >
void	copy (texture_src_type const &TextureSrc, size_t LayerSrc, size_t FaceSrc, size_t LevelSrc, texture_dst_type &TextureDst, size_t LayerDst, size_t FaceDst, size_t LevelDst)
	Copy a specific image of a texture.

template<typename texture_src_type , typename texture_dst_type >
void	copy (texture_src_type const &TextureSrc, texture_dst_type &TextureDst)
	Copy a texture.

image	duplicate (image const &Image)
	Duplicate an image and create a new image with a new storage_linear allocation.

template<typename texType >
texture	duplicate (texType const &Texture)
	Duplicate a texture and create a new texture with a new storage_linear allocation.

template<typename texType >
texture	duplicate (texType const &Texture, format Format)
	Duplicate a texture and create a new texture with a new storage_linear allocation but a different format. More...

texture	duplicate (texture1d const &Texture, texture1d::size_type BaseLevel, texture1d::size_type MaxLevel)
	Duplicate a subset of a texture and create a new texture with a new storage_linear allocation.

texture	duplicate (texture1d_array const &Texture, texture1d_array::size_type BaseLayer, texture1d_array::size_type MaxLayer, texture1d_array::size_type BaseLevel, texture1d_array::size_type MaxLevel)
	Duplicate a subset of a texture and create a new texture with a new storage_linear allocation.

texture	duplicate (texture2d const &Texture, texture2d::size_type BaseLevel, texture2d::size_type MaxLevel)
	Duplicate a subset of a texture and create a new texture with a new storage_linear allocation.

texture	duplicate (texture2d_array const &Texture, texture2d_array::size_type BaseLayer, texture2d_array::size_type MaxLayer, texture2d_array::size_type BaseLevel, texture2d_array::size_type MaxLevel)
	Duplicate a subset of a texture and create a new texture with a new storage_linear allocation.

texture	duplicate (texture3d const &Texture, texture3d::size_type BaseLevel, texture3d::size_type MaxLevel)
	Duplicate a subset of a texture and create a new texture with a new storage_linear allocation.

texture	duplicate (texture_cube const &Texture, texture_cube::size_type BaseFace, texture_cube::size_type MaxFace, texture_cube::size_type BaseLevel, texture_cube::size_type MaxLevel)
	Duplicate a subset of a texture and create a new texture with a new storage_linear allocation.

texture	duplicate (texture_cube_array const &Texture, texture_cube_array::size_type BaseLayer, texture_cube_array::size_type MaxLayer, texture_cube_array::size_type BaseFace, texture_cube_array::size_type MaxFace, texture_cube_array::size_type BaseLevel, texture_cube_array::size_type MaxLevel)
	Duplicate a subset of a texture and create a new texture with a new storage_linear allocation.

template<typename texture_type >
texture_type	generate_mipmaps (texture_type const &Texture, filter Minification)
	Allocate a texture and generate all the mipmaps of the texture using the Minification filter.

texture1d	generate_mipmaps (texture1d const &Texture, texture1d::size_type BaseLevel, texture1d::size_type MaxLevel, filter Minification)
	Allocate a texture and generate the mipmaps of the texture from the BaseLevel to the MaxLevel included using the Minification filter.

texture1d_array	generate_mipmaps (texture1d_array const &Texture, texture1d_array::size_type BaseLayer, texture1d_array::size_type MaxLayer, texture1d_array::size_type BaseLevel, texture1d_array::size_type MaxLevel, filter Minification)
	Allocate a texture and generate the mipmaps of the texture from the BaseLayer to the MaxLayer and from the BaseLevel to the MaxLevel included levels using the Minification filter.

texture2d	generate_mipmaps (texture2d const &Texture, texture2d::size_type BaseLevel, texture2d::size_type MaxLevel, filter Minification)
	Allocate a texture and generate the mipmaps of the texture from the BaseLevel to the MaxLevel included using the Minification filter.

texture2d_array	generate_mipmaps (texture2d_array const &Texture, texture2d_array::size_type BaseLayer, texture2d_array::size_type MaxLayer, texture2d_array::size_type BaseLevel, texture2d_array::size_type MaxLevel, filter Minification)
	Allocate a texture and generate the mipmaps of the texture from the BaseLayer to the MaxLayer and from the BaseLevel to the MaxLevel included levels using the Minification filter.

texture3d	generate_mipmaps (texture3d const &Texture, texture3d::size_type BaseLevel, texture3d::size_type MaxLevel, filter Minification)
	Allocate a texture and generate the mipmaps of the texture from the BaseLevel to the MaxLevel included using the Minification filter.

texture_cube	generate_mipmaps (texture_cube const &Texture, texture_cube::size_type BaseFace, texture_cube::size_type MaxFace, texture_cube::size_type BaseLevel, texture_cube::size_type MaxLevel, filter Minification)
	Allocate a texture and generate the mipmaps of the texture from the BaseLayer to the MaxLayer, from the BaseFace to the MaxFace and from the BaseLevel to the MaxLevel included levels using the Minification filter.

texture_cube_array	generate_mipmaps (texture_cube_array const &Texture, texture_cube_array::size_type BaseLayer, texture_cube_array::size_type MaxLayer, texture_cube_array::size_type BaseFace, texture_cube_array::size_type MaxFace, texture_cube_array::size_type BaseLevel, texture_cube_array::size_type MaxLevel, filter Minification)
	Allocate a texture and generate the mipmaps of the texture from the BaseLayer to the MaxLayer and from the BaseLevel to the MaxLevel included levels using the Minification filter.

bool	is_border (wrap Wrap)
	Evaluate whether the texture coordinate wrapping mode relies on border color.

bool	is_channel (swizzle Swizzle)
	Determine whether the Swizzle value represent a channel.

bool	is_compressed (format Format)
	Evaluate whether a format is compressed.

bool	is_dds_ext (target Target, format Format)
	Evaluate whether a target and format combinaison is only supported by the DDS container through GLI DDS extension.

bool	is_float (format Format)
	Evaluate whether the format is an float format.

bool	is_integer (format Format)
	Evaluate whether the format is an integer format.

bool	is_normalized (format Format)
	Evaluate whether the format is normalized.

bool	is_packed (format Format)
	Evaluate whether the format is packed.

bool	is_s3tc_compressed (format Format)
	Evaluate whether a format is compressed with an S3TC algorithm.

bool	is_signed (format Format)
	Evaluate whether a format is signed.

bool	is_signed_integer (format Format)
	Evaluate whether the format is a signed integer format.

bool	is_snorm (format Format)
	Evaluate whether the format is a signed normalized format.

bool	is_srgb (format Format)
	Evaluate whether a format stores sRGB color space values.

bool	is_target_1d (target Target)
	Check whether a target is a 1D target.

bool	is_target_array (target Target)
	Check whether a target is an array target.

bool	is_target_cube (target Target)
	Check whether a target is a cube map target.

bool	is_target_rect (target Target)
	Check whether a target is a rectangle target.

bool	is_unorm (format Format)
	Evaluate whether the format is an unsigned normalized format.

bool	is_unsigned (format Format)
	Evaluate whether a format is unsigned.

bool	is_unsigned_integer (format Format)
	Evaluate whether the format is an unsigned integer format.

bool	is_valid (format Format)
	Evaluate whether a format value is value or not.

template<typename T , precision P, template< typename, precision > class vecType>
T	levels (vecType< T, P > const &Extent)
	Compute the number of mipmaps levels necessary to create a mipmap complete texture. More...

texture	load (char const *Path)
	Loads a texture storage_linear from file. More...

texture	load (std::string const &Path)
	Loads a texture storage_linear from file. More...

texture	load (char const *Data, std::size_t Size)
	Loads a texture storage_linear from memory. More...

texture	load_dds (char const *Path)
	Loads a texture storage_linear from DDS file. More...

texture	load_dds (std::string const &Path)
	Loads a texture storage_linear from DDS file. More...

texture	load_dds (char const *Data, std::size_t Size)
	Loads a texture storage_linear from DDS memory. More...

texture	load_kmg (char const *Path)
	Loads a texture storage_linear from KMG (Khronos Image) file. More...

texture	load_kmg (std::string const &Path)
	Loads a texture storage_linear from KMG (Khronos Image) file. More...

texture	load_kmg (char const *Data, std::size_t Size)
	Loads a texture storage_linear from KMG (Khronos Image) memory. More...

texture	load_ktx (char const *Path)
	Loads a texture storage_linear from KTX file. More...

texture	load_ktx (std::string const &Path)
	Loads a texture storage_linear from KTX file. More...

texture	load_ktx (char const *Data, std::size_t Size)
	Loads a texture storage_linear from KTX memory. More...

bool	operator!= (image const &ImageA, image const &ImageB)
	Compare two images. Two images are equal when the date is the same.

bool	operator!= (texture const &A, texture const &B)
	Compare two textures. Two textures are the same when the data, the format and the targets are the same.

bool	operator== (image const &ImageA, image const &ImageB)
	Compare two images. Two images are equal when the date is the same.

bool	operator== (texture const &A, texture const &B)
	Compare two textures. Two textures are the same when the data, the format and the targets are the same.

template<typename vec_type >
vec_type	reduce (texture1d const &In0, texture1d const &In1, typename reduce_func< vec_type >::type TexelFunc, typename reduce_func< vec_type >::type ReduceFunc)
	Compute per-texel operations using a user defined function. More...

template<typename vec_type >
vec_type	reduce (texture1d_array const &In0, texture1d_array const &In1, typename reduce_func< vec_type >::type TexelFunc, typename reduce_func< vec_type >::type ReduceFunc)
	Compute per-texel operations using a user defined function. More...

template<typename vec_type >
vec_type	reduce (texture2d const &In0, texture2d const &In1, typename reduce_func< vec_type >::type TexelFunc, typename reduce_func< vec_type >::type ReduceFunc)
	Compute per-texel operations using a user defined function. More...

template<typename vec_type >
vec_type	reduce (texture2d_array const &In0, texture2d_array const &In1, typename reduce_func< vec_type >::type TexelFunc, typename reduce_func< vec_type >::type ReduceFunc)
	Compute per-texel operations using a user defined function. More...

template<typename vec_type >
vec_type	reduce (texture3d const &In0, texture3d const &In1, typename reduce_func< vec_type >::type TexelFunc, typename reduce_func< vec_type >::type ReduceFunc)
	Compute per-texel operations using a user defined function. More...

template<typename vec_type >
vec_type	reduce (texture_cube const &In0, texture_cube const &In1, typename reduce_func< vec_type >::type TexelFunc, typename reduce_func< vec_type >::type ReduceFunc)
	Compute per-texel operations using a user defined function. More...

template<typename vec_type >
vec_type	reduce (texture_cube_array const &In0, texture_cube_array const &In1, typename reduce_func< vec_type >::type TexelFunc, typename reduce_func< vec_type >::type ReduceFunc)
	Compute per-texel operations using a user defined function. More...

template<typename texture_type , typename vec_type >
vec_type	reduce (texture_type const &In0, texture_type const &In1, typename reduce_func< vec_type >::type TexelFunc, typename reduce_func< vec_type >::type ReduceFunc)
	Compute per-texel operations using a user defined function. More...

bool	save (texture const &Texture, char const *Path)
	Save a texture storage_linear to file. More...

bool	save (texture const &Texture, std::string const &Path)
	Save a texture storage_linear to file. More...

bool	save_dds (texture const &Texture, char const *Path)
	Save a texture storage_linear to a DDS file. More...

bool	save_dds (texture const &Texture, std::string const &Path)
	Save a texture storage_linear to a DDS file. More...

bool	save_dds (texture const &Texture, std::vector< char > &Memory)
	Save a texture storage_linear to a DDS file. More...

bool	save_kmg (texture const &Texture, char const *Path)
	Save a texture storage_linear to a KMG (Khronos Image) file. More...

bool	save_kmg (texture const &Texture, std::string const &Path)
	Save a texture storage_linear to a KMG (Khronos Image) file. More...

bool	save_kmg (texture const &Texture, std::vector< char > &Memory)
	Save a texture storage_linear to a KMG (Khronos Image) file. More...

bool	save_ktx (texture const &Texture, char const *Path)
	Save a texture storage_linear to a KTX file. More...

bool	save_ktx (texture const &Texture, std::string const &Path)
	Save a texture storage_linear to a KTX file. More...

bool	save_ktx (texture const &Texture, std::vector< char > &Memory)
	Save a texture storage_linear to a KTX file. More...

template<typename vec_type >
void	transform (texture1d &Out, texture1d const &In0, texture1d const &In1, typename transform_func< vec_type >::type TexelFunc)
	Compute per-texel operations using a user defined function. More...

template<typename vec_type >
void	transform (texture1d_array &Out, texture1d_array const &In0, texture1d_array const &In1, typename transform_func< vec_type >::type TexelFunc)
	Compute per-texel operations using a user defined function. More...

template<typename vec_type >
void	transform (texture2d &Out, texture2d const &In0, texture2d const &In1, typename transform_func< vec_type >::type TexelFunc)
	Compute per-texel operations using a user defined function. More...

template<typename vec_type >
void	transform (texture2d_array &Out, texture2d_array const &In0, texture2d_array const &In1, typename transform_func< vec_type >::type TexelFunc)
	Compute per-texel operations using a user defined function. More...

template<typename vec_type >
void	transform (texture3d &Out, texture3d const &In0, texture3d const &In1, typename transform_func< vec_type >::type TexelFunc)
	Compute per-texel operations using a user defined function. More...

template<typename vec_type >
void	transform (texture_cube &Out, texture_cube const &In0, texture_cube const &In1, typename transform_func< vec_type >::type TexelFunc)
	Compute per-texel operations using a user defined function. More...

template<typename vec_type >
void	transform (texture_cube_array &Out, texture_cube_array const &In0, texture_cube_array const &In1, typename transform_func< vec_type >::type TexelFunc)
	Compute per-texel operations using a user defined function. More...

image	view (image const &Image)
	Create an image view of an existing image, sharing the same memory storage_linear.

texture	view (texture const &Texture)
	Create a texture view of an existing texture, sharing the same memory storage_linear.

texture	view (texture const &Texture, texture::size_type BaseLayer, texture::size_type MaxLayer, texture::size_type BaseFace, texture::size_type MaxFace, texture::size_type BaseLevel, texture::size_type MaxLevel)
	Create a texture view of an existing texture, sharing the same memory storage_linear but giving access only to a subset of layers, levels and faces.

template<typename texType >
texture	view (texType const &Texture)
	Create a texture view of an existing texture, sharing the same memory storage_linear.

template<typename texType >
texture	view (texType const &Texture, format Format)
	Create a texture view of an existing texture, sharing the same memory storage_linear but a different format. More...

texture	view (texture1d const &Texture, texture1d::size_type BaseLevel, texture1d::size_type MaxLevel)
	Create a texture view of an existing texture, sharing the same memory storage_linear but giving access only to a subset of levels.

texture	view (texture1d_array const &Texture, texture1d_array::size_type BaseLayer, texture1d_array::size_type MaxLayer, texture1d_array::size_type BaseLevel, texture1d_array::size_type MaxLevel)
	Create a texture view of an existing texture, sharing the same memory storage_linear but giving access only to a subset of levels and layers.

texture	view (texture2d const &Texture, texture2d::size_type BaseLevel, texture2d::size_type MaxLevel)
	Create a texture view of an existing texture, sharing the same memory storage_linear but giving access only to a subset of levels.

texture	view (texture2d_array const &Texture, texture2d_array::size_type BaseLayer, texture2d_array::size_type MaxLayer, texture2d_array::size_type BaseLevel, texture2d_array::size_type MaxLevel)
	Create a texture view of an existing texture, sharing the same memory storage_linear but giving access only to a subset of levels and layers.

texture	view (texture3d const &Texture, texture3d::size_type BaseLevel, texture3d::size_type MaxLevel)
	Create a texture view of an existing texture, sharing the same memory storage_linear but giving access only to a subset of levels.

texture	view (texture_cube const &Texture, texture_cube::size_type BaseFace, texture_cube::size_type MaxFace, texture_cube::size_type BaseLevel, texture_cube::size_type MaxLevel)
	Create a texture view of an existing texture, sharing the same memory storage_linear but giving access only to a subset of levels and faces.

texture	view (texture_cube_array const &Texture, texture_cube_array::size_type BaseLayer, texture_cube_array::size_type MaxLayer, texture_cube_array::size_type BaseFace, texture_cube_array::size_type MaxFace, texture_cube_array::size_type BaseLevel, texture_cube_array::size_type MaxLevel)
	Create a texture view of an existing texture, sharing the same memory storage_linear but giving access only to a subset of layers, levels and faces.

Detailed Description

Namespace where all the classes and functions provided by GLI are exposed.

Function Documentation

texture_type gli::convert	(	texture_type const &	Texture,
		format	Format
	)

Convert texture data to a new format.

Parameters

Texture	Source texture, the format must be uncompressed.
Format	Destination Texture format, it must be uncompressed.

texture gli::duplicate	(	texType const &	Texture,
		format	Format
	)

Duplicate a texture and create a new texture with a new storage_linear allocation but a different format.

The format must be a compatible format, a format which block size match the original format.

T gli::levels ( vecType< T, P > const & Extent )

Compute the number of mipmaps levels necessary to create a mipmap complete texture.

Parameters

Extent Extent of the texture base level mipmap

Template Parameters

vecType

Vector type used to express the dimensions of a texture of any kind.

#include <gli/texture2d.hpp>
#include <gli/levels.hpp>
...
gli::texture2d::extent_type Extent(32, 10);
gli::texture2d Texture(gli::levels(Extent));

texture gli::load ( char const * Path )

Loads a texture storage_linear from file.

Returns an empty storage_linear in case of failure.

Parameters

Path	Path of the file to open including filaname and filename extension

texture gli::load ( std::string const & Path )

Loads a texture storage_linear from file.

Returns an empty storage_linear in case of failure.

Parameters

Path	Path of the file to open including filaname and filename extension

texture gli::load	(	char const *	Data,
		std::size_t	Size
	)

Loads a texture storage_linear from memory.

Returns an empty storage_linear in case of failure.

Parameters

Data	Data of a texture
Size	Size of the data

texture gli::load_dds ( char const * Path )

Loads a texture storage_linear from DDS file.

Returns an empty storage_linear in case of failure.

Parameters

Path	Path of the file to open including filaname and filename extension

texture gli::load_dds ( std::string const & Path )

Loads a texture storage_linear from DDS file.

Returns an empty storage_linear in case of failure.

Parameters

Path	Path of the file to open including filaname and filename extension

texture gli::load_dds	(	char const *	Data,
		std::size_t	Size
	)

Loads a texture storage_linear from DDS memory.

Returns an empty storage_linear in case of failure.

Parameters

Data	Pointer to the beginning of the texture container data to read
Size	Size of texture container Data to read

texture gli::load_kmg ( char const * Path )

Loads a texture storage_linear from KMG (Khronos Image) file.

Returns an empty storage_linear in case of failure.

Parameters

Path	Path of the file to open including filaname and filename extension

texture gli::load_kmg ( std::string const & Path )

Loads a texture storage_linear from KMG (Khronos Image) file.

Returns an empty storage_linear in case of failure.

Parameters

Path	Path of the file to open including filaname and filename extension

texture gli::load_kmg	(	char const *	Data,
		std::size_t	Size
	)

Loads a texture storage_linear from KMG (Khronos Image) memory.

Returns an empty storage_linear in case of failure.

Parameters

Data	Pointer to the beginning of the texture container data to read
Size	Size of texture container Data to read

texture gli::load_ktx ( char const * Path )

Loads a texture storage_linear from KTX file.

Returns an empty storage_linear in case of failure.

Parameters

Path	Path of the file to open including filaname and filename extension

texture gli::load_ktx ( std::string const & Path )

Loads a texture storage_linear from KTX file.

Returns an empty storage_linear in case of failure.

Parameters

Path	Path of the file to open including filaname and filename extension

texture gli::load_ktx	(	char const *	Data,
		std::size_t	Size
	)

Loads a texture storage_linear from KTX memory.

Returns an empty storage_linear in case of failure.

Parameters

Data	Pointer to the beginning of the texture container data to read
Size	Size of texture container Data to read

vec_type gli::reduce	(	texture1d const &	In0,
		texture1d const &	In1,
		typename reduce_func< vec_type >::type	TexelFunc,
		typename reduce_func< vec_type >::type	ReduceFunc
	)

Compute per-texel operations using a user defined function.

Parameters

In0	First input texture.
In1	Second input texture.
TexelFunc	Pointer to a binary function for per texel operation.
ReduceFunc	Pointer to a binary function to reduce texels.

vec_type gli::reduce	(	texture1d_array const &	In0,
		texture1d_array const &	In1,
		typename reduce_func< vec_type >::type	TexelFunc,
		typename reduce_func< vec_type >::type	ReduceFunc
	)

Compute per-texel operations using a user defined function.

Parameters

In0	First input texture.
In1	Second input texture.
TexelFunc	Pointer to a binary function for per texel operation.
ReduceFunc	Pointer to a binary function to reduce texels.

vec_type gli::reduce	(	texture2d const &	In0,
		texture2d const &	In1,
		typename reduce_func< vec_type >::type	TexelFunc,
		typename reduce_func< vec_type >::type	ReduceFunc
	)

Compute per-texel operations using a user defined function.

Parameters

In0	First input texture.
In1	Second input texture.
TexelFunc	Pointer to a binary function for per texel operation.
ReduceFunc	Pointer to a binary function to reduce texels.

vec_type gli::reduce	(	texture2d_array const &	In0,
		texture2d_array const &	In1,
		typename reduce_func< vec_type >::type	TexelFunc,
		typename reduce_func< vec_type >::type	ReduceFunc
	)

Compute per-texel operations using a user defined function.

Parameters

In0	First input texture.
In1	Second input texture.
TexelFunc	Pointer to a binary function for per texel operation.
ReduceFunc	Pointer to a binary function to reduce texels.

vec_type gli::reduce	(	texture3d const &	In0,
		texture3d const &	In1,
		typename reduce_func< vec_type >::type	TexelFunc,
		typename reduce_func< vec_type >::type	ReduceFunc
	)

Compute per-texel operations using a user defined function.

Parameters

In0	First input texture.
In1	Second input texture.
TexelFunc	Pointer to a binary function for per texel operation.
ReduceFunc	Pointer to a binary function to reduce texels.

vec_type gli::reduce	(	texture_cube const &	In0,
		texture_cube const &	In1,
		typename reduce_func< vec_type >::type	TexelFunc,
		typename reduce_func< vec_type >::type	ReduceFunc
	)

Compute per-texel operations using a user defined function.

Parameters

In0	First input texture.
In1	Second input texture.
TexelFunc	Pointer to a binary function for per texel operation.
ReduceFunc	Pointer to a binary function to reduce texels.

vec_type gli::reduce	(	texture_cube_array const &	In0,
		texture_cube_array const &	In1,
		typename reduce_func< vec_type >::type	TexelFunc,
		typename reduce_func< vec_type >::type	ReduceFunc
	)

Compute per-texel operations using a user defined function.

Parameters

In0	First input texture.
In1	Second input texture.
TexelFunc	Pointer to a binary function for per texel operation.
ReduceFunc	Pointer to a binary function to reduce texels.

vec_type gli::reduce	(	texture_type const &	In0,
		texture_type const &	In1,
		typename reduce_func< vec_type >::type	TexelFunc,
		typename reduce_func< vec_type >::type	ReduceFunc
	)

Compute per-texel operations using a user defined function.

Parameters

In0	First input texture.
In1	Second input texture.
TexelFunc	Pointer to a binary function for per texel operation.
ReduceFunc	Pointer to a binary function to reduce texels.

bool gli::save	(	texture const &	Texture,
		char const *	Path
	)

Save a texture storage_linear to file.

Parameters

Texture	Source texture to save
Path	Path for where to save the file. It must include the filaname and filename extension. The function use the filename extension included in the path to figure out the file container to use.

Returns: Returns false if the function fails to save the file.

bool gli::save	(	texture const &	Texture,
		std::string const &	Path
	)

Save a texture storage_linear to file.

Parameters

Texture	Source texture to save
Path	Path for where to save the file. It must include the filaname and filename extension. The function use the filename extension included in the path to figure out the file container to use.

Returns: Returns false if the function fails to save the file.

bool gli::save_dds	(	texture const &	Texture,
		char const *	Path
	)

Save a texture storage_linear to a DDS file.

Parameters

Texture	Source texture to save
Path	Path for where to save the file. It must include the filaname and filename extension. This function ignores the filename extension in the path and save to DDS anyway but keep the requested filename extension.

Returns: Returns false if the function fails to save the file.

bool gli::save_dds	(	texture const &	Texture,
		std::string const &	Path
	)

Save a texture storage_linear to a DDS file.

Parameters

Texture	Source texture to save
Path	Path for where to save the file. It must include the filaname and filename extension. This function ignores the filename extension in the path and save to DDS anyway but keep the requested filename extension.

Returns: Returns false if the function fails to save the file.

bool gli::save_dds	(	texture const &	Texture,
		std::vector< char > &	Memory
	)

Save a texture storage_linear to a DDS file.

Parameters

Texture	Source texture to save
Memory	Storage for the DDS container. The function resizes the containers to fit the necessary storage_linear.

Returns: Returns false if the function fails to save the file.

bool gli::save_kmg	(	texture const &	Texture,
		char const *	Path
	)

Save a texture storage_linear to a KMG (Khronos Image) file.

Parameters

Texture	Source texture to save
Path	Path for where to save the file. It must include the filaname and filename extension. This function ignores the filename extension in the path and save to KMG anyway but keep the requested filename extension.

Returns: Returns false if the function fails to save the file.

bool gli::save_kmg	(	texture const &	Texture,
		std::string const &	Path
	)

Save a texture storage_linear to a KMG (Khronos Image) file.

Parameters

Texture	Source texture to save
Path	Path for where to save the file. It must include the filaname and filename extension. This function ignores the filename extension in the path and save to KMG anyway but keep the requested filename extension.

Returns: Returns false if the function fails to save the file.

bool gli::save_kmg	(	texture const &	Texture,
		std::vector< char > &	Memory
	)

Save a texture storage_linear to a KMG (Khronos Image) file.

Parameters

Texture	Source texture to save
Memory	Storage for the KMG container. The function resizes the containers to fit the necessary storage_linear.

Returns: Returns false if the function fails to save the file.

bool gli::save_ktx	(	texture const &	Texture,
		char const *	Path
	)

Save a texture storage_linear to a KTX file.

Parameters

Texture	Source texture to save
Path	Path for where to save the file. It must include the filaname and filename extension. This function ignores the filename extension in the path and save to KTX anyway but keep the requested filename extension.

Returns: Returns false if the function fails to save the file.

bool gli::save_ktx	(	texture const &	Texture,
		std::string const &	Path
	)

Save a texture storage_linear to a KTX file.

Parameters

Texture	Source texture to save
Path	Path for where to save the file. It must include the filaname and filename extension. This function ignores the filename extension in the path and save to KTX anyway but keep the requested filename extension.

Returns: Returns false if the function fails to save the file.

bool gli::save_ktx	(	texture const &	Texture,
		std::vector< char > &	Memory
	)

Save a texture storage_linear to a KTX file.

Parameters

Texture	Source texture to save
Memory	Storage for the KTX container. The function resizes the containers to fit the necessary storage_linear.

Returns: Returns false if the function fails to save the file.

void gli::transform	(	texture1d &	Out,
		texture1d const &	In0,
		texture1d const &	In1,
		typename transform_func< vec_type >::type	TexelFunc
	)

Compute per-texel operations using a user defined function.

Parameters

Out	Output texture.
In0	First input texture.
In1	Second input texture.
TexelFunc	Pointer to a binary function.

void gli::transform	(	texture1d_array &	Out,
		texture1d_array const &	In0,
		texture1d_array const &	In1,
		typename transform_func< vec_type >::type	TexelFunc
	)

Compute per-texel operations using a user defined function.

Parameters

Out	Output texture.
In0	First input texture.
In1	Second input texture.
TexelFunc	Pointer to a binary function.

void gli::transform	(	texture2d &	Out,
		texture2d const &	In0,
		texture2d const &	In1,
		typename transform_func< vec_type >::type	TexelFunc
	)

Compute per-texel operations using a user defined function.

Parameters

Out	Output texture.
In0	First input texture.
In1	Second input texture.
TexelFunc	Pointer to a binary function.

void gli::transform	(	texture2d_array &	Out,
		texture2d_array const &	In0,
		texture2d_array const &	In1,
		typename transform_func< vec_type >::type	TexelFunc
	)

Compute per-texel operations using a user defined function.

Parameters

Out	Output texture.
In0	First input texture.
In1	Second input texture.
TexelFunc	Pointer to a binary function.

void gli::transform	(	texture3d &	Out,
		texture3d const &	In0,
		texture3d const &	In1,
		typename transform_func< vec_type >::type	TexelFunc
	)

Compute per-texel operations using a user defined function.

Parameters

Out	Output texture.
In0	First input texture.
In1	Second input texture.
TexelFunc	Pointer to a binary function.

void gli::transform	(	texture_cube &	Out,
		texture_cube const &	In0,
		texture_cube const &	In1,
		typename transform_func< vec_type >::type	TexelFunc
	)

Compute per-texel operations using a user defined function.

Parameters

Out	Output texture.
In0	First input texture.
In1	Second input texture.
TexelFunc	Pointer to a binary function.

void gli::transform	(	texture_cube_array &	Out,
		texture_cube_array const &	In0,
		texture_cube_array const &	In1,
		typename transform_func< vec_type >::type	TexelFunc
	)

Compute per-texel operations using a user defined function.

Parameters

Out	Output texture.
In0	First input texture.
In1	Second input texture.
TexelFunc	Pointer to a binary function.

texture gli::view	(	texType const &	Texture,
		format	Format
	)

Create a texture view of an existing texture, sharing the same memory storage_linear but a different format.

The format must be a compatible format, a format which block size match the original format.

Classes

Enumerations

Functions

Detailed Description

Function Documentation