al::Shader Class Reference

Shader object. More...

#include <C:/Users/Andres/source/repos/casm_viewer/external/tinc/external/allolib/include/al/graphics/al_Shader.hpp>

Inheritance diagram for al::Shader:

Public Types
enum	Type { VERTEX , GEOMETRY , FRAGMENT }

Public Member Functions
	Shader (const std::string &source="", Shader::Type type=FRAGMENT)
virtual	~Shader ()
Shader &	source (const std::string &v)
Shader &	source (const std::string &v, Shader::Type type)
Shader &	compile ()
bool	compiled () const
Shader::Type	type () const
const char *	log () const
	Returns info log or 0 if none.
void	printLog () const
	Prints info log, if any.
bool	created () const
	Returns whether object has been created.
void	create ()
	Creates object on GPU.
void	destroy ()
	Destroys object on GPU.
unsigned long	id () const
	Returns the assigned object id.
void	id (unsigned long v)
void	validate ()
	Ensure that the GPUObject is ready to use. More...
void	invalidate ()
	Triggers re-creation of object safely.

Protected Attributes
unsigned int	mID
bool	mResubmit

Detailed Description

Shader object.

A shader object represents your source code. You are able to pass your source code to a shader object and compile the shader object.

Definition at line 83 of file al_Shader.hpp.

Constructor & Destructor Documentation

~Shader()

virtual al::Shader::~Shader ( )

inlinevirtual

This will automatically delete the shader object when it is no longer attached to any program object.

Definition at line 91 of file al_Shader.hpp.

Member Function Documentation

validate()

void al::GPUObject::validate ( )

inherited

Ensure that the GPUObject is ready to use.

This is typically placed before any rendering implementation. If the object has been invalidated, the object will be destroyed and then created again. Otherwise, the object will simply be created if not already created.

---

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

• al_Shader.hpp