CL_ProgramObject Class Reference [clanDisplay Display]

OpenGL Program Object. More...

#include <program_object.h>

Inheritance diagram for CL_ProgramObject:

List of all members.

Public Member Functions
Attributes
bool	is_null () const
	Returns true if this object is invalid.
void	throw_if_null () const
	Throw an exception if this object is invalid.
CL_ProgramObjectProvider *	get_provider () const
	Retrieves the provider.
unsigned int	get_handle () const
	Returns the OpenGL program object handle.
std::vector< CL_ShaderObject >	get_shaders () const
	Returns the shaders attached to the program object.
CL_String	get_info_log () const
	Returns the current info log for the program object.
int	get_attribute_count () const
	Returns the count of active attributes.
std::vector< CL_ProgramAttribute >	get_attributes () const
	Returns the active attributes.
int	get_attribute_location (const CL_StringRef &name) const
	Returns the location of a named active attribute.
int	get_uniform_count () const
	Returns the count of active uniform variables.
std::vector< CL_ProgramUniform >	get_uniforms () const
	Returns the active uniforms.
int	get_uniform_location (const CL_StringRef &name) const
	Returns the location of a named uniform variable.
Operations
bool	operator== (const CL_ProgramObject &other) const
	Equality operator.
void	attach (const CL_ShaderObject &obj)
	Add shader to program object.
void	detach (const CL_ShaderObject &obj)
	Remove shader from program object.
void	bind_attribute_location (int index, const CL_StringRef &name)
	Bind attribute to specific location.
void	bind_frag_data_location (int color_number, const CL_StringRef &name)
	Bind shader out variable a specific color buffer location.
bool	link ()
	Link program.
bool	validate ()
	Validate program.
void	set_uniform1i (const CL_StringRef &name, int value_a)
	Set uniform variable(s).
void	set_uniform2i (const CL_StringRef &name, int value_a, int value_b)
	Set uniform2i.
void	set_uniform3i (const CL_StringRef &name, int value_a, int value_b, int value_c)
	Set uniform2i.
void	set_uniform4i (const CL_StringRef &name, int value_a, int value_b, int value_c, int value_d)
	Set uniform4i.
void	set_uniformiv (const CL_StringRef &name, int size, int count, int *data)
	Set uniformiv.
void	set_uniform2i (const CL_StringRef &name, CL_Vec2i vec)
	Set uniform2i.
void	set_uniform3i (const CL_StringRef &name, CL_Vec3i vec)
	Set uniform3i.
void	set_uniform4i (const CL_StringRef &name, CL_Vec4i vec)
	Set uniform4i.
void	set_uniform2s (const CL_StringRef &name, CL_Vec2s vec)
	Set uniform2s.
void	set_uniform3s (const CL_StringRef &name, CL_Vec3s vec)
	Set uniform3s.
void	set_uniform4s (const CL_StringRef &name, CL_Vec4s vec)
	Set uniform4s.
void	set_uniform2b (const CL_StringRef &name, CL_Vec2b vec)
	Set uniform2b.
void	set_uniform3b (const CL_StringRef &name, CL_Vec3b vec)
	Set uniform3b.
void	set_uniform4b (const CL_StringRef &name, CL_Vec4b vec)
	Set uniform4b.
void	set_uniformiv (const CL_StringRef &name, int count, CL_Vec2i *data)
	Set uniformiv.
void	set_uniformiv (const CL_StringRef &name, int count, CL_Vec3i *data)
	Set uniformiv.
void	set_uniformiv (const CL_StringRef &name, int count, CL_Vec4i *data)
	Set uniformiv.
void	set_uniform1f (const CL_StringRef &name, float value_a)
	Set uniform1f.
void	set_uniform2f (const CL_StringRef &name, float value_a, float value_b)
	Set uniform2f.
void	set_uniform3f (const CL_StringRef &name, float value_a, float value_b, float value_c)
	Set uniform2f.
void	set_uniform4f (const CL_StringRef &name, float value_a, float value_b, float value_c, float value_d)
	Set uniform4f.
void	set_uniformfv (const CL_StringRef &name, int size, int count, float *data)
	Set uniformfv.
void	set_uniform2f (const CL_StringRef &name, CL_Vec2f vec)
	Set uniform2f.
void	set_uniform3f (const CL_StringRef &name, CL_Vec3f vec)
	Set uniform3f.
void	set_uniform4f (const CL_StringRef &name, CL_Vec4f vec)
	Set uniform4f.
void	set_uniformfv (const CL_StringRef &name, int count, CL_Vec2f *data)
	Set uniformfv.
void	set_uniformfv (const CL_StringRef &name, int count, CL_Vec3f *data)
	Set uniformfv.
void	set_uniformfv (const CL_StringRef &name, int count, CL_Vec4f *data)
	Set uniformfv.
void	set_uniform_matrix (const CL_StringRef &name, int size, int count, bool transpose, float *data)
	Set uniform matrices.
void	set_uniform_matrix (const CL_StringRef &name, CL_Mat2f matrix)
	Set uniform matrix.
void	set_uniform_matrix (const CL_StringRef &name, CL_Mat3f matrix)
	Set uniform matrix.
void	set_uniform_matrix (const CL_StringRef &name, CL_Mat4f matrix)
	Set uniform matrix.
void	set_uniform_matrix (const CL_StringRef &name, int count, CL_Mat2f *matrix)
	Set uniform matrix.
void	set_uniform_matrix (const CL_StringRef &name, int count, CL_Mat3f *matrix)
	Set uniform matrix.
void	set_uniform_matrix (const CL_StringRef &name, int count, CL_Mat4f *matrix)
	Set uniform matrix.
Construction
	CL_ProgramObject ()
	Construct a null instance.
	CL_ProgramObject (CL_GraphicContext &gc)
	Constructs a ProgramObject.
	CL_ProgramObject (CL_GraphicContextProvider *gc_provider)
	Constructs a ProgramObject.
	CL_ProgramObject (CL_ProgramObjectProvider *provider)
	Constructs a ProgramObject.
virtual	~CL_ProgramObject ()
static CL_ProgramObject	load (CL_GraphicContext &gc, const CL_StringRef &resource_id, CL_ResourceManager *resman)
	Load.
static CL_ProgramObject	load (CL_GraphicContext &gc, const CL_StringRef &vertex_fullname, const CL_StringRef &fragment_fullname)
	Load.
static CL_ProgramObject	load (CL_GraphicContext &gc, const CL_StringRef &vertex_fullname, const CL_StringRef &geometry_fullname, const CL_StringRef &fragment_fullname)
	Load.
static CL_ProgramObject	load (CL_GraphicContext &gc, const CL_StringRef &vertex_filename, const CL_StringRef &fragment_filename, const CL_VirtualDirectory &directory)
	Load.
static CL_ProgramObject	load (CL_GraphicContext &gc, const CL_StringRef &vertex_filename, const CL_StringRef &geometry_filename, const CL_StringRef &fragment_filename, const CL_VirtualDirectory &directory)
	Load.
static CL_ProgramObject	load (CL_GraphicContext &gc, CL_IODevice &vertex_file, CL_IODevice &fragment_file)
	Load.
static CL_ProgramObject	load (CL_GraphicContext &gc, CL_IODevice &vertex_file, CL_IODevice &geometry_file, CL_IODevice &fragment_file)
	Load.
static CL_ProgramObject	load (CL_GraphicContext &gc, const CL_StringRef &fragment_fullname)
	Load.
static CL_ProgramObject	load (CL_GraphicContext &gc, const CL_StringRef &fragment_filename, const CL_VirtualDirectory &directory)
	Load.
static CL_ProgramObject	load (CL_GraphicContext &gc, CL_IODevice &fragment_file)
	Load.
static CL_ProgramObject	load_and_link (CL_GraphicContext &gc, const CL_StringRef &vertex_fullname, const CL_StringRef &fragment_fullname)
	Load and link.
static CL_ProgramObject	load_and_link (CL_GraphicContext &gc, const CL_StringRef &vertex_fullname, const CL_StringRef &geometry_fullname, const CL_StringRef &fragment_fullname)
	Load and link.
static CL_ProgramObject	load_and_link (CL_GraphicContext &gc, const CL_StringRef &vertex_filename, const CL_StringRef &fragment_filename, const CL_VirtualDirectory &directory)
	Load and link.
static CL_ProgramObject	load_and_link (CL_GraphicContext &gc, const CL_StringRef &vertex_filename, const CL_StringRef &geometry_filename, const CL_StringRef &fragment_filename, const CL_VirtualDirectory &directory)
	Load and link.
static CL_ProgramObject	load_and_link (CL_GraphicContext &gc, CL_IODevice &vertex_file, CL_IODevice &fragment_file)
	Load and link.
static CL_ProgramObject	load_and_link (CL_GraphicContext &gc, CL_IODevice &vertex_file, CL_IODevice &geometry_file, CL_IODevice &fragment_file)
	Load and link.
static CL_ProgramObject	load_and_link (CL_GraphicContext &gc, const CL_StringRef &fragment_fullname)
	Load and link.
static CL_ProgramObject	load_and_link (CL_GraphicContext &gc, const CL_StringRef &fragment_filename, const CL_VirtualDirectory &directory)
	Load and link.
static CL_ProgramObject	load_and_link (CL_GraphicContext &gc, CL_IODevice &fragment_file)
	Load and link.

---

Detailed Description

OpenGL Program Object.

The shader objects that are to be used by programmable stages of OpenGL are collected together to form a program object. CL_ProgramObject is ClanLib's C++ interface to OpenGL program objects.

To construct a program object programatically, the procedure is as follows:

       CL_ShaderObject vertex_shader(cl_shadertype_vertex, vertex_glsl_sourcecode);
       CL_ShaderObject fragment_shader(cl_shadertype_fragment, fragment_glsl_sourcecode);
       CL_ProgramObject program;
       program.attach(vertex_shader);
       program.attach(fragment_shader);
       program.link();
       

For more information about program objects, see the OpenGL 2.0 specification at www.opengl.org. Documentation about the OpenGL Shader Language (GLSL) is also available from www.opengl.org.

---

Constructor & Destructor Documentation

CL_ProgramObject::CL_ProgramObject

(

)

Construct a null instance.

CL_ProgramObject::CL_ProgramObject

(

CL_GraphicContext &

gc

)

Constructs a ProgramObject.

Parameters:

gc

= Graphic Context

CL_ProgramObject::CL_ProgramObject

(

CL_GraphicContextProvider *

gc_provider

)

Constructs a ProgramObject.

Parameters:

gc_provider

= Graphic Context Provider

CL_ProgramObject::CL_ProgramObject

(

CL_ProgramObjectProvider *

provider

)

Constructs a ProgramObject.

Parameters:

provider

= Font Provider

virtual CL_ProgramObject::~CL_ProgramObject

(

)

[virtual]

---

Member Function Documentation

void CL_ProgramObject::attach

(

const CL_ShaderObject &

obj

)

Add shader to program object.

void CL_ProgramObject::bind_attribute_location	(	int	index,
		const CL_StringRef &	name
	)

Bind attribute to specific location.

This function must be called before linking.

void CL_ProgramObject::bind_frag_data_location	(	int	color_number,
		const CL_StringRef &	name
	)

Bind shader out variable a specific color buffer location.

This function must be called before linking.

void CL_ProgramObject::detach

(

const CL_ShaderObject &

obj

)

Remove shader from program object.

int CL_ProgramObject::get_attribute_count

(

)

const

Returns the count of active attributes.

int CL_ProgramObject::get_attribute_location

(

const CL_StringRef &

name

)

const

Returns the location of a named active attribute.

std::vector<CL_ProgramAttribute> CL_ProgramObject::get_attributes

(

)

const

Returns the active attributes.

unsigned int CL_ProgramObject::get_handle

(

)

const

Returns the OpenGL program object handle.

CL_String CL_ProgramObject::get_info_log

(

)

const

Returns the current info log for the program object.

CL_ProgramObjectProvider* CL_ProgramObject::get_provider

(

)

const

Retrieves the provider.

Reimplemented in CL_ProgramObject_SWRender.

std::vector<CL_ShaderObject> CL_ProgramObject::get_shaders

(

)

const

Returns the shaders attached to the program object.

int CL_ProgramObject::get_uniform_count

(

)

const

Returns the count of active uniform variables.

int CL_ProgramObject::get_uniform_location

(

const CL_StringRef &

name

)

const

Returns the location of a named uniform variable.

std::vector<CL_ProgramUniform> CL_ProgramObject::get_uniforms

(

)

const

Returns the active uniforms.

bool CL_ProgramObject::is_null

(

)

const [inline]

Returns true if this object is invalid.

bool CL_ProgramObject::link

(

)

Link program.

If the linking fails, get_info_log() will return the link log.

static CL_ProgramObject CL_ProgramObject::load	(	CL_GraphicContext &	gc,
		const CL_StringRef &	fragment_fullname
	)			[static]

Load.

Parameters:

	gc	= Graphic Context
	fragment_fullname	= String Ref

Returns:

Program Object

static CL_ProgramObject CL_ProgramObject::load	(	CL_GraphicContext &	gc,
		const CL_StringRef &	vertex_filename,
		const CL_StringRef &	fragment_filename,
		const CL_VirtualDirectory &	directory
	)			[static]

Load.

Parameters:

	gc	= Graphic Context
	vertex_filename	= String Ref
	fragment_filename	= String Ref
	directory	= Virtual Directory

Returns:

Program Object

static CL_ProgramObject CL_ProgramObject::load	(	CL_GraphicContext &	gc,
		const CL_StringRef &	fragment_filename,
		const CL_VirtualDirectory &	directory
	)			[static]

Load.

Parameters:

	gc	= Graphic Context
	fragment_filename	= String Ref
	directory	= Virtual Directory

Returns:

Program Object

static CL_ProgramObject CL_ProgramObject::load	(	CL_GraphicContext &	gc,
		const CL_StringRef &	vertex_filename,
		const CL_StringRef &	geometry_filename,
		const CL_StringRef &	fragment_filename,
		const CL_VirtualDirectory &	directory
	)			[static]

Load.

Parameters:

	gc	= Graphic Context
	vertex_filename	= String Ref
	geometry_filename	= String Ref
	fragment_filename	= String Ref
	directory	= Virtual Directory

Returns:

Program Object

static CL_ProgramObject CL_ProgramObject::load	(	CL_GraphicContext &	gc,
		CL_IODevice &	fragment_file
	)			[static]

Load.

Parameters:

	gc	= Graphic Context
	fragment_file	= IODevice

Returns:

Program Object

static CL_ProgramObject CL_ProgramObject::load	(	CL_GraphicContext &	gc,
		const CL_StringRef &	resource_id,
		CL_ResourceManager *	resman
	)			[static]

Load.

Parameters:

	gc	= Graphic Context
	resource_id	= String Ref
	resman	= Resource Manager

Returns:

Program Object

static CL_ProgramObject CL_ProgramObject::load	(	CL_GraphicContext &	gc,
		const CL_StringRef &	vertex_fullname,
		const CL_StringRef &	fragment_fullname
	)			[static]

Load.

Parameters:

	gc	= Graphic Context
	vertex_fullname	= String Ref
	fragment_fullname	= String Ref

Returns:

Program Object

static CL_ProgramObject CL_ProgramObject::load	(	CL_GraphicContext &	gc,
		const CL_StringRef &	vertex_fullname,
		const CL_StringRef &	geometry_fullname,
		const CL_StringRef &	fragment_fullname
	)			[static]

Load.

Parameters:

	gc	= Graphic Context
	vertex_fullname	= String Ref
	geometry_fullname	= String Ref
	fragment_fullname	= String Ref

Returns:

Program Object

static CL_ProgramObject CL_ProgramObject::load	(	CL_GraphicContext &	gc,
		CL_IODevice &	vertex_file,
		CL_IODevice &	fragment_file
	)			[static]

Load.

Parameters:

	gc	= Graphic Context
	vertex_file	= IODevice
	fragment_file	= IODevice

Returns:

Program Object

static CL_ProgramObject CL_ProgramObject::load	(	CL_GraphicContext &	gc,
		CL_IODevice &	vertex_file,
		CL_IODevice &	geometry_file,
		CL_IODevice &	fragment_file
	)			[static]

Load.

Parameters:

	gc	= Graphic Context
	vertex_file	= IODevice
	geometry_file	= IODevice
	fragment_file	= IODevice

Returns:

Program Object

static CL_ProgramObject CL_ProgramObject::load_and_link	(	CL_GraphicContext &	gc,
		CL_IODevice &	vertex_file,
		CL_IODevice &	geometry_file,
		CL_IODevice &	fragment_file
	)			[static]

Load and link.

Parameters:

	gc	= Graphic Context
	vertex_file	= IODevice
	geometry_file	= IODevice
	fragment_file	= IODevice

Returns:

Program Object

static CL_ProgramObject CL_ProgramObject::load_and_link	(	CL_GraphicContext &	gc,
		const CL_StringRef &	fragment_fullname
	)			[static]

Load and link.

Parameters:

	gc	= Graphic Context
	fragment_fullname	= String Ref

Returns:

Program Object

static CL_ProgramObject CL_ProgramObject::load_and_link	(	CL_GraphicContext &	gc,
		const CL_StringRef &	fragment_filename,
		const CL_VirtualDirectory &	directory
	)			[static]

Load and link.

Parameters:

	gc	= Graphic Context
	fragment_filename	= String Ref
	directory	= Virtual Directory

Returns:

Program Object

static CL_ProgramObject CL_ProgramObject::load_and_link	(	CL_GraphicContext &	gc,
		CL_IODevice &	fragment_file
	)			[static]

Load and link.

Parameters:

	gc	= Graphic Context
	fragment_file	= IODevice

Returns:

Program Object

static CL_ProgramObject CL_ProgramObject::load_and_link	(	CL_GraphicContext &	gc,
		const CL_StringRef &	vertex_fullname,
		const CL_StringRef &	fragment_fullname
	)			[static]

Load and link.

Parameters:

	gc	= Graphic Context
	vertex_fullname	= String Ref
	fragment_fullname	= String Ref

Returns:

Program Object

static CL_ProgramObject CL_ProgramObject::load_and_link	(	CL_GraphicContext &	gc,
		const CL_StringRef &	vertex_fullname,
		const CL_StringRef &	geometry_fullname,
		const CL_StringRef &	fragment_fullname
	)			[static]

Load and link.

Parameters:

	gc	= Graphic Context
	vertex_fullname	= String Ref
	geometry_fullname	= String Ref
	fragment_fullname	= String Ref

Returns:

Program Object

static CL_ProgramObject CL_ProgramObject::load_and_link	(	CL_GraphicContext &	gc,
		const CL_StringRef &	vertex_filename,
		const CL_StringRef &	fragment_filename,
		const CL_VirtualDirectory &	directory
	)			[static]

Load and link.

Parameters:

	gc	= Graphic Context
	vertex_filename	= String Ref
	fragment_filename	= String Ref
	directory	= Virtual Directory

Returns:

Program Object

static CL_ProgramObject CL_ProgramObject::load_and_link	(	CL_GraphicContext &	gc,
		const CL_StringRef &	vertex_filename,
		const CL_StringRef &	geometry_filename,
		const CL_StringRef &	fragment_filename,
		const CL_VirtualDirectory &	directory
	)			[static]

Load and link.

Parameters:

	gc	= Graphic Context
	vertex_filename	= String Ref
	geometry_filename	= String Ref
	fragment_filename	= String Ref
	directory	= Virtual Directory

Returns:

Program Object

static CL_ProgramObject CL_ProgramObject::load_and_link	(	CL_GraphicContext &	gc,
		CL_IODevice &	vertex_file,
		CL_IODevice &	fragment_file
	)			[static]

Load and link.

Parameters:

	gc	= Graphic Context
	vertex_file	= IODevice
	fragment_file	= IODevice

Returns:

Program Object

bool CL_ProgramObject::operator==

(

const CL_ProgramObject &

other

)

const

Equality operator.

void CL_ProgramObject::set_uniform1f	(	const CL_StringRef &	name,
		float	value_a
	)

Set uniform1f.

Parameters:

	name	= String Ref
	value_a	= value

void CL_ProgramObject::set_uniform1i	(	const CL_StringRef &	name,
		int	value_a
	)

Set uniform variable(s).

Parameters:

	name	= String Ref
	value_a	= value

void CL_ProgramObject::set_uniform2b	(	const CL_StringRef &	name,
		CL_Vec2b	vec
	)			[inline]

Set uniform2b.

Parameters:

	name	= String Ref
	vec	= Vec2b

References CL_Vec2< Type >::x, and CL_Vec2< Type >::y.

void CL_ProgramObject::set_uniform2f	(	const CL_StringRef &	name,
		float	value_a,
		float	value_b
	)

Set uniform2f.

Parameters:

	name	= String Ref
	value_a	= value
	value_b	= value

void CL_ProgramObject::set_uniform2f	(	const CL_StringRef &	name,
		CL_Vec2f	vec
	)			[inline]

Set uniform2f.

Parameters:

	name	= String Ref
	vec	= Vec2f

References set_uniform2f(), CL_Vec2< Type >::x, and CL_Vec2< Type >::y.

Referenced by set_uniform2f().

void CL_ProgramObject::set_uniform2i	(	const CL_StringRef &	name,
		int	value_a,
		int	value_b
	)

Set uniform2i.

Parameters:

	name	= String Ref
	value_a	= value
	value_b	= value

void CL_ProgramObject::set_uniform2i	(	const CL_StringRef &	name,
		CL_Vec2i	vec
	)			[inline]

Set uniform2i.

Parameters:

	name	= String Ref
	vec	= Vec2i

References set_uniform2i(), CL_Vec2< Type >::x, and CL_Vec2< Type >::y.

Referenced by set_uniform2i().

void CL_ProgramObject::set_uniform2s	(	const CL_StringRef &	name,
		CL_Vec2s	vec
	)			[inline]

Set uniform2s.

Parameters:

	name	= String Ref
	vec	= Vec2s

References CL_Vec2< Type >::x, and CL_Vec2< Type >::y.

void CL_ProgramObject::set_uniform3b	(	const CL_StringRef &	name,
		CL_Vec3b	vec
	)			[inline]

Set uniform3b.

Parameters:

	name	= String Ref
	vec	= Vec3b

References CL_Vec3< Type >::x, CL_Vec3< Type >::y, and CL_Vec3< Type >::z.

void CL_ProgramObject::set_uniform3f	(	const CL_StringRef &	name,
		float	value_a,
		float	value_b,
		float	value_c
	)

Set uniform2f.

Parameters:

	name	= String Ref
	value_a	= value
	value_b	= value
	value_c	= value

void CL_ProgramObject::set_uniform3f	(	const CL_StringRef &	name,
		CL_Vec3f	vec
	)			[inline]

Set uniform3f.

Parameters:

	name	= String Ref
	vec	= Vec3f

References set_uniform3f(), CL_Vec3< Type >::x, CL_Vec3< Type >::y, and CL_Vec3< Type >::z.

Referenced by set_uniform3f().

void CL_ProgramObject::set_uniform3i	(	const CL_StringRef &	name,
		int	value_a,
		int	value_b,
		int	value_c
	)

Set uniform2i.

Parameters:

	name	= String Ref
	value_a	= value
	value_b	= value
	value_c	= value

void CL_ProgramObject::set_uniform3i	(	const CL_StringRef &	name,
		CL_Vec3i	vec
	)			[inline]

Set uniform3i.

Parameters:

	name	= String Ref
	vec	= Vec3i

References set_uniform3i(), CL_Vec3< Type >::x, CL_Vec3< Type >::y, and CL_Vec3< Type >::z.

Referenced by set_uniform3i().

void CL_ProgramObject::set_uniform3s	(	const CL_StringRef &	name,
		CL_Vec3s	vec
	)			[inline]

Set uniform3s.

Parameters:

	name	= String Ref
	vec	= Vec3s

References CL_Vec3< Type >::x, CL_Vec3< Type >::y, and CL_Vec3< Type >::z.

void CL_ProgramObject::set_uniform4b	(	const CL_StringRef &	name,
		CL_Vec4b	vec
	)			[inline]

Set uniform4b.

Parameters:

	name	= String Ref
	vec	= Vec4b

References CL_Vec4< Type >::w, CL_Vec4< Type >::x, CL_Vec4< Type >::y, and CL_Vec4< Type >::z.

void CL_ProgramObject::set_uniform4f	(	const CL_StringRef &	name,
		float	value_a,
		float	value_b,
		float	value_c,
		float	value_d
	)

Set uniform4f.

Parameters:

	name	= String Ref
	value_a	= value
	value_b	= value
	value_c	= value
	value_d	= value

void CL_ProgramObject::set_uniform4f	(	const CL_StringRef &	name,
		CL_Vec4f	vec
	)			[inline]

Set uniform4f.

Parameters:

	name	= String Ref
	vec	= Vec4f

References set_uniform4f(), CL_Vec4< Type >::w, CL_Vec4< Type >::x, CL_Vec4< Type >::y, and CL_Vec4< Type >::z.

Referenced by set_uniform4f().

void CL_ProgramObject::set_uniform4i	(	const CL_StringRef &	name,
		CL_Vec4i	vec
	)			[inline]

Set uniform4i.

Parameters:

	name	= String Ref
	vec	= Vec4i

References set_uniform4i(), CL_Vec4< Type >::w, CL_Vec4< Type >::x, CL_Vec4< Type >::y, and CL_Vec4< Type >::z.

Referenced by set_uniform4i().

void CL_ProgramObject::set_uniform4i	(	const CL_StringRef &	name,
		int	value_a,
		int	value_b,
		int	value_c,
		int	value_d
	)

Set uniform4i.

Parameters:

	name	= String Ref
	value_a	= value
	value_b	= value
	value_c	= value
	value_d	= value

void CL_ProgramObject::set_uniform4s	(	const CL_StringRef &	name,
		CL_Vec4s	vec
	)			[inline]

Set uniform4s.

Parameters:

	name	= String Ref
	vec	= Vec4s

References CL_Vec4< Type >::w, CL_Vec4< Type >::x, CL_Vec4< Type >::y, and CL_Vec4< Type >::z.

void CL_ProgramObject::set_uniform_matrix	(	const CL_StringRef &	name,
		int	count,
		CL_Mat3f *	matrix
	)			[inline]

Set uniform matrix.

Parameters:

	name	= String Ref
	count	= value
	matrix	= Mat3f

References CL_Mat3< Type >::matrix, and set_uniform_matrix().

Referenced by set_uniform_matrix().

void CL_ProgramObject::set_uniform_matrix	(	const CL_StringRef &	name,
		int	size,
		int	count,
		bool	transpose,
		float *	data
	)

Set uniform matrices.

void CL_ProgramObject::set_uniform_matrix	(	const CL_StringRef &	name,
		int	count,
		CL_Mat4f *	matrix
	)			[inline]

Set uniform matrix.

Parameters:

	name	= String Ref
	count	= value
	matrix	= Mat4f

References CL_Mat4< Type >::matrix, and set_uniform_matrix().

Referenced by set_uniform_matrix().

void CL_ProgramObject::set_uniform_matrix	(	const CL_StringRef &	name,
		CL_Mat3f	matrix
	)			[inline]

Set uniform matrix.

Parameters:

	name	= String Ref
	matrix	= Mat3f

References CL_Mat3< Type >::matrix, and set_uniform_matrix().

Referenced by set_uniform_matrix().

void CL_ProgramObject::set_uniform_matrix	(	const CL_StringRef &	name,
		CL_Mat2f	matrix
	)			[inline]

Set uniform matrix.

Parameters:

	name	= String Ref
	matrix	= Mat2f

References CL_Mat2< Type >::matrix, and set_uniform_matrix().

Referenced by set_uniform_matrix().

void CL_ProgramObject::set_uniform_matrix	(	const CL_StringRef &	name,
		int	count,
		CL_Mat2f *	matrix
	)			[inline]

Set uniform matrix.

Parameters:

	name	= String Ref
	count	= value
	matrix	= Mat2f

References CL_Mat2< Type >::matrix, and set_uniform_matrix().

Referenced by set_uniform_matrix().

void CL_ProgramObject::set_uniform_matrix	(	const CL_StringRef &	name,
		CL_Mat4f	matrix
	)			[inline]

Set uniform matrix.

Parameters:

	name	= String Ref
	matrix	= Mat4f

References CL_Mat4< Type >::matrix, and set_uniform_matrix().

Referenced by set_uniform_matrix().

void CL_ProgramObject::set_uniformfv	(	const CL_StringRef &	name,
		int	count,
		CL_Vec4f *	data
	)			[inline]

Set uniformfv.

Parameters:

	name	= String Ref
	count	= value
	data	= Vec4f

References set_uniformfv().

Referenced by set_uniformfv().

void CL_ProgramObject::set_uniformfv	(	const CL_StringRef &	name,
		int	count,
		CL_Vec3f *	data
	)			[inline]

Set uniformfv.

Parameters:

	name	= String Ref
	count	= value
	data	= Vec3f

References set_uniformfv().

Referenced by set_uniformfv().

void CL_ProgramObject::set_uniformfv	(	const CL_StringRef &	name,
		int	size,
		int	count,
		float *	data
	)

Set uniformfv.

Parameters:

	name	= String Ref
	size	= value
	count	= value
	data	= value

void CL_ProgramObject::set_uniformfv	(	const CL_StringRef &	name,
		int	count,
		CL_Vec2f *	data
	)			[inline]

Set uniformfv.

Parameters:

	name	= String Ref
	count	= value
	data	= Vec2f

References set_uniformfv().

Referenced by set_uniformfv().

void CL_ProgramObject::set_uniformiv	(	const CL_StringRef &	name,
		int	size,
		int	count,
		int *	data
	)

Set uniformiv.

Parameters:

	name	= String Ref
	size	= value
	count	= value
	data	= value

void CL_ProgramObject::set_uniformiv	(	const CL_StringRef &	name,
		int	count,
		CL_Vec2i *	data
	)			[inline]

Set uniformiv.

Parameters:

	name	= String Ref
	count	= value
	data	= Vec2i

References set_uniformiv().

Referenced by set_uniformiv().

void CL_ProgramObject::set_uniformiv	(	const CL_StringRef &	name,
		int	count,
		CL_Vec3i *	data
	)			[inline]

Set uniformiv.

Parameters:

	name	= String Ref
	count	= value
	data	= Vec3i

References set_uniformiv().

Referenced by set_uniformiv().

void CL_ProgramObject::set_uniformiv	(	const CL_StringRef &	name,
		int	count,
		CL_Vec4i *	data
	)			[inline]

Set uniformiv.

Parameters:

	name	= String Ref
	count	= value
	data	= Vec4i

References set_uniformiv().

Referenced by set_uniformiv().

void CL_ProgramObject::throw_if_null

(

)

const

Throw an exception if this object is invalid.

bool CL_ProgramObject::validate

(

)

Validate program.

If the validation fails, get_info_log() will return the validation log.

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The documentation for this class was generated from the following file:

• program_object.h