Ogre::GLSLMonolithicProgramManager Class Reference

Ogre assumes that there are separate vertex and fragment programs to deal with but GLSL has one program object that represents the active vertex and fragment shader objects during a rendering state. More...

#include <OgreGLSLMonolithicProgramManager.h>

Inheritance diagram for Ogre::GLSLMonolithicProgramManager:

Public Member Functions
	GLSLMonolithicProgramManager (const GL3PlusSupport &support)
	~GLSLMonolithicProgramManager ()
GLSLMonolithicProgram *	getActiveMonolithicProgram ()
	Get the program object that links the two active shader objects together if a program object was not already created and linked a new one is created and linked. More...
void	setActiveComputeShader (GLSLShader *computeGpuProgram)
	Set the active compute shader for the next rendering state. More...
void	setActiveDomainShader (GLSLShader *domainGpuProgram)
	Set the active domain(evaluation) shader for the next rendering state. More...
void	setActiveFragmentShader (GLSLShader *fragmentGpuProgram)
	Set the active fragment shader for the next rendering state. More...
void	setActiveGeometryShader (GLSLShader *geometryGpuProgram)
	Set the active geometry shader for the next rendering state. More...
void	setActiveHullShader (GLSLShader *hullGpuProgram)
	Set the active hull(control) shader for the next rendering state. More...
void	setActiveVertexShader (GLSLShader *vertexGpuProgram)
	Set the active vertex shader for the next rendering state. More...
Public Member Functions inherited from Ogre::GLSLProgramManager
	GLSLProgramManager (const GL3PlusSupport &support)
void	extractUniformsFromGLSL (const String &src, GpuNamedConstants &constantDefs, const String &filename)
	Populate a list of uniforms based on GLSL source and store them in GpuNamedConstants. More...
void	extractUniformsFromProgram (GLuint programObject, const GpuConstantDefinitionMap *vertexConstantDefs, const GpuConstantDefinitionMap *hullConstantDefs, const GpuConstantDefinitionMap *domainConstantDefs, const GpuConstantDefinitionMap *geometryConstantDefs, const GpuConstantDefinitionMap *fragmentConstantDefs, const GpuConstantDefinitionMap *computeConstantDefs, GLUniformReferenceList &uniformList)
	Populate a list of uniforms based on an OpenGL program object. More...
Public Member Functions inherited from Ogre::Singleton< GLSLMonolithicProgramManager >
	Singleton ()
	~Singleton ()

Static Public Member Functions
static GLSLMonolithicProgramManager &	getSingleton ()
static GLSLMonolithicProgramManager *	getSingletonPtr ()
Static Public Member Functions inherited from Ogre::Singleton< GLSLMonolithicProgramManager >
static GLSLMonolithicProgramManager &	getSingleton ()
static GLSLMonolithicProgramManager *	getSingletonPtr ()

Detailed Description

Ogre assumes that there are separate vertex and fragment programs to deal with but GLSL has one program object that represents the active vertex and fragment shader objects during a rendering state.

GLSL Vertex and fragment shader objects are compiled separately and then attached to a program object and then the program object is linked. Since Ogre can only handle one vertex program and one fragment program being active in a pass, the GLSL Link Program Manager does the same. The GLSL Link program manager acts as a state machine and activates a program object based on the active vertex and fragment program. Previously created program objects are stored along with a unique key in a hash_map for quick retrieval the next time the program object is required.

Constructor & Destructor Documentation

GLSLMonolithicProgramManager()

Ogre::GLSLMonolithicProgramManager::GLSLMonolithicProgramManager

(

const GL3PlusSupport &

support

)

~GLSLMonolithicProgramManager()

Ogre::GLSLMonolithicProgramManager::~GLSLMonolithicProgramManager

(

)

Member Function Documentation

getActiveMonolithicProgram()

GLSLMonolithicProgram* Ogre::GLSLMonolithicProgramManager::getActiveMonolithicProgram

(

)

Get the program object that links the two active shader objects together if a program object was not already created and linked a new one is created and linked.

getSingleton()

static GLSLMonolithicProgramManager& Ogre::GLSLMonolithicProgramManager::getSingleton ( )

static

getSingletonPtr()

static GLSLMonolithicProgramManager* Ogre::GLSLMonolithicProgramManager::getSingletonPtr ( )

static

setActiveComputeShader()

void Ogre::GLSLMonolithicProgramManager::setActiveComputeShader

(

GLSLShader *

computeGpuProgram

)

Set the active compute shader for the next rendering state.

The active program object will be cleared. Normally called from the GLSLShader::bindProgram and unbindProgram methods

setActiveDomainShader()

void Ogre::GLSLMonolithicProgramManager::setActiveDomainShader

(

GLSLShader *

domainGpuProgram

)

Set the active domain(evaluation) shader for the next rendering state.

The active program object will be cleared. Normally called from the GLSLShader::bindProgram and unbindProgram methods

setActiveFragmentShader()

void Ogre::GLSLMonolithicProgramManager::setActiveFragmentShader

(

GLSLShader *

fragmentGpuProgram

)

Set the active fragment shader for the next rendering state.

The active program object will be cleared. Normally called from the GLSLShader::bindProgram and unbindProgram methods

setActiveGeometryShader()

void Ogre::GLSLMonolithicProgramManager::setActiveGeometryShader

(

GLSLShader *

geometryGpuProgram

)

Set the active geometry shader for the next rendering state.

The active program object will be cleared. Normally called from the GLSLShader::bindProgram and unbindProgram methods

setActiveHullShader()

void Ogre::GLSLMonolithicProgramManager::setActiveHullShader

(

GLSLShader *

hullGpuProgram

)

Set the active hull(control) shader for the next rendering state.

The active program object will be cleared. Normally called from the GLSLShader::bindProgram and unbindProgram methods

setActiveVertexShader()

void Ogre::GLSLMonolithicProgramManager::setActiveVertexShader

(

GLSLShader *

vertexGpuProgram

)

Set the active vertex shader for the next rendering state.

The active program object will be cleared. Normally called from the GLSLShader::bindProgram and unbindProgram methods

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

• OgreGLSLMonolithicProgramManager.h