OGLMachine Class Reference
[VirtualMachine Related Documentations]

#include <OGLMachine.h>

Inherited by OGLMachineLinux, and OGLMachineWinDxSound.

Detailed Description

Defines a AzurVeda platform independant OpenGL Machine. Still, this class is virtual, doesn't manage screen opening, doesn't manage sounds, But unify all OpenGL code, for any machine willing to use OpenGL.

Definition at line 121 of file OGLMachine.h.

Public Types

enum eVMResult { vmr_OK = 0, vmr_FAILED }

error enum for InitMachine() More...

enum InternalObject3DBuffer_InitBit { bOb3D_VertexNormal = 1, bOb3D_VertexUVMapping = 2, bOb3D_VertexRGBA = 4 }

see VirtualMachine::NewObject3DBuffer() More...

enum eMachineLocalization {
eMachineLocalization_LocalisationNotImplemented = 0, eMachineLocalization_English, eMachineLocalization_French, eMachineLocalization_SpanishCastellano,
eMachineLocalization_German, eMachineLocalization_Italian, eMachineLocalization_Polish, eMachineLocalization_Portuguese
}

This enum spots a cultural langage. returned by GetCurrentWorldLocalizationEnum(). More...

Public Member Functions

OGLMachine (void)

Constructor.

virtual ~OGLMachine (void)

Destructor.

virtual eVMResult InitMachine ()

Init the machine. It would open a screen and do the init for each theme (3D,sound,...) the machine closing should be done at deletion.

virtual void SwapMainScreenBuffer ()=0

Swap default VP buffer: so that what was drawn is shown.

virtual void NewObject3DBuffer (InternalObject3DBuffer **_ppVertexAndPolygonBufferOut, unsigned int _maxNbVertex, unsigned int _maxNbTriangle, unsigned int _extraMemberFlags)

Ask the Creation of a new InternalObject3DBuffer you can then fill with InternalObject3DBuffer::GetFirstVertex() , InternalObject3DBuffer::GetFirstTriangle() and InternalObject3DBuffer::SetNumberOfActiveTriangle() . Then the object can be positionned with the matrix methods, and drawn with RenderMesh() The object shape can be dynamic and rebuilt, until a call to CompileAsStatic(). In edition mode, object has to be destroyed with DeleteObject3DBuffer().

virtual void NewTexture (InternalTexture **_ppTextureOut)

Ask the Creation of a new InternalTexture, then used to render 3D objects with RenderMesh(). In edition mode, InternalTexture has to be destroyed with DeleteTexture().

virtual void DeleteTexture (InternalTexture **_ppTextureToDestroy)

Destroy objects previously created with NewTexture().

virtual void NewViewPortChild (InternalViewPort **_ppViewPortOut, InternalViewPort *_pFatherViewPort=0L)

Ask the Creation of a new InternalViewPort, that must be the child of another ViewPort, specified by _pFatherViewPort.if no father is specified, the new ViewPort will be the child of the default root ViewPort. To create another Root ViewPort, create a texture and use VirtualMedia::NewViewPortOnTexture(). In edition mode, each InternalViewPort has to be destroyed with DeleteViewPort().

virtual void NewViewPortOnTexture (InternalViewPort **_ppViewPortOut, InternalTexture *_pRootTexture, unsigned int _np2PixelWidth, unsigned int _np2PixelHeight, InternalTexture::TextureImageLayerEnum _layerToAffect)

Ask the Creation of a new Root InternalViewPort, that will render on a texture image. specified by _pRootTexture. You got to create a texture first for parameter _pRootTexture. In edition mode, each InternalViewPort has to be destroyed with DeleteViewPort().

virtual void DeleteViewPort (InternalViewPort **_ppViewPortToDestroy)

Destroy any objects previously created with NewViewPortChild() or NewViewPortOnTexture().

virtual void NewObject3DBuffer (InternalObject3DBuffer **_ppVertexAndPolygonBufferOut, unsigned int _maxNbVertex, unsigned int _maxNbTriangle, unsigned int _extraMemberFlags)=0

Ask the Creation of a new InternalObject3DBuffer you can then fill with InternalObject3DBuffer::GetFirstVertex() , InternalObject3DBuffer::GetFirstTriangle(). Important: All the vertex members and polygon index are inited to zero when built. and InternalObject3DBuffer::SetNumberOfActiveTriangle() . Then the object can be positionned with the matrix methods in VirtualMachine::InternalViewPort, and drawn with VirtualMachine::InternalViewPort::RenderMesh(). The object shape can be dynamic and rebuilt, until a call to VirtualMachine::InternalObject3DBuffer::CompileAsStatic(). In edition compilation mode, objects had to be destroyed with VirtualMachine::DeleteObject3DBuffer().

virtual void DeleteObject3DBuffer (InternalObject3DBuffer **_ppBufferToDestroy)=0

Destroy objects previously created with NewObject3DBuffer().

virtual void NewTexture (InternalTexture **_ppTextureOut)=0

Ask the Creation of a new InternalTexture, then used to render 3D objects with RenderMesh(). In edition mode, InternalTexture has to be destroyed with DeleteTexture().

virtual void DeleteTexture (InternalTexture **_ppTextureToDestroy)=0

Destroy objects previously created with NewTexture().

virtual void NewViewPortChild (InternalViewPort **_ppViewPortOut, InternalViewPort *_pFatherViewPort=0L)=0

Ask the Creation of a new InternalViewPort, that must be the child of another ViewPort, specified by _pFatherViewPort.if no father is specified, the new ViewPort will be the child of the default root ViewPort. To create another Root ViewPort, create a texture and use VirtualMedia::NewViewPortOnTexture(). In edition mode, each InternalViewPort has to be destroyed with DeleteViewPort().

virtual void NewViewPortOnTexture (InternalViewPort **_ppViewPortOut, InternalTexture *_pRootTexture, unsigned int _np2PixelWidth, unsigned int _np2PixelHeight, InternalTexture::TextureImageLayerEnum _layerToAffect)=0

Ask the Creation of a new Root InternalViewPort, that will render on a texture image. specified by _pRootTexture. You got to create a texture first for parameter _pRootTexture. In edition mode, each InternalViewPort has to be destroyed with DeleteViewPort().

virtual void DeleteViewPort (InternalViewPort **_ppViewPortToDestroy)=0

Destroy any objects previously created with NewViewPortChild() or NewViewPortOnTexture(). If it has children, children are detached , not destoyed, but are invalid.

InternalViewPort * GetDefaultViewPort ()

Access to the default screen object created with InitMachine().

virtual float GetPlayFrequency ()=0

Return the machine main play frequency, in herz, (tick per sec).

virtual void EnableMediaSound (SoundInterface *_pNoisyObject, bool _enable=true)

Register a SoundInterface object that will then generate a mixed sound through SoundInterface::ProcessSoundInterupt(). The sound will start instantly. if false, Unregister a media object previously registered with EnableMediaSound(,true). The sound stops instantly. Note, that if you choose to use the BaseObject implementation, class VirtualMedia will manage the sound in its own way, and you will not need to use this method.

virtual void SetSoundCurrentTime (int _seconds, unsigned int _fraction)=0

force a date to the clock passed to the sound objects.

virtual void SetSoundVolume (float _newVolumeValue)=0

tool: change main volume [0,1]. Yes, you can saturate when >1.

virtual float GetSoundVolume ()=0

tool: get main volume value [0,1].

virtual void GetCurrentSoundBufferImage (float **const _ppSoundBuffer, unsigned int *_pLength) const =0

return an image of the current short sound buffer which is currently played. This is always a 2 float(stereo left,right) table. the play frequency of this sound signal is given by GetPlayFrequency() . The buffer size may vary in time and implementation, and this table is refresh on an undefined rate. It can be used by sound preview methods or live effects.

virtual void ShutTheFuckUp ()

Now, AzurVeda virtual machine implements a very efficient BASS technology known as "ShutTheFuckUp" ! Yes, it will unregister all sound objects to silent the machine.

virtual eMachineLocalization GetCurrentWorldLocalizationEnum ()=0

Return the language of the machine, as a simple enum. It can be used to display one or the other langage.

virtual void ProcessInterface ()=0

Process the Machine's interface messages (mouse,keyboard,...), in the real time. Then methods like VirtualMachine::GetQuitMessage() are updated.

bool GetQuitMessage ()

If true, means that the user want to quit:.

virtual bool FileRequester (const char *_pDisplayString, char *_pResultFileName, unsigned int _nameMaxLength)=0

In edition mode, ask a file path to a file requester. the string format should vary, but will be compatible with LoadFile() and SaveFile().

virtual bool SaveFile (const char *_pFilePath, const char *_chunkToWrite, unsigned int _ChunkLength, bool _append=false)=0

DEPRECATED for the moment: use class PackResource instead load a file into a memory chunk. You can load all in one row, or stream. memory is to be deleted by the CALLER with operator: "delete [] pointer", for each succesfull call. return 0L if failed. write a file from a memory chunk. You can save all in one row, or stream.

virtual void Sleep (unsigned int _milliseconds)=0

in edition mode, redirection of machine task wait.

Static Public Attributes

static PFNGLACTIVETEXTUREARBPROC glActiveTextureARB

static PFNGLCLIENTACTIVETEXTUREARBPROC glClientActiveTextureARB

static bool m_RenderObjectExtension

static PFNGLGENRENDERBUFFERSEXTPROC glGenRenderbuffersEXT

static PFNGLGENFRAMEBUFFERSEXTPROC glGenFramebuffersEXT

static PFNGLBINDRENDERBUFFEREXTPROC glBindRenderbufferEXT

static PFNGLRENDERBUFFERSTORAGEEXTPROC glRenderbufferStorageEXT

static PFNGLDELETEFRAMEBUFFERSEXTPROC glDeleteFramebuffersEXT

static PFNGLDELETERENDERBUFFERSEXTPROC glDeleteRenderbuffersEXT

static PFNGLBINDFRAMEBUFFEREXTPROC glBindFramebufferEXT

static PFNGLFRAMEBUFFERTEXTURE2DEXTPROC glFramebufferTexture2DEXT

static PFNGLFRAMEBUFFERRENDERBUFFEREXTPROC glFramebufferRenderbufferEXT

Protected Attributes

InternalViewPort * m_pDefaultViewPort

this is the default viewport, it stands the whole screen by default. Used by GetDefaultViewPort().

bool m_QuitMessage

If true, means that the user want to quit. Updated by ProcessInterface().

SoundUpdateListCell * m_pFirstSoundObject

start of the chained list of the sound object update method:

Classes

class OGLInternalObject3DBuffer

Nested class that implements a 3D object as a vertex and a polygon list. You ask the creation of it with VirtualMachine::NewObject3DBuffer(), then defines its shape by filling the list you get with GetFirstVertex() and GetFirstTriangle(), then it can be rendered with VirtualMachine::RenderMesh(). In order to optimize a static shape, use VirtualMachine::CompileAsStatic() In edition mode, it can be destroyed with VirtualMachine::DeleteObject3DBuffer(). More...

class OGLInternalTexture

class OGLInternalViewPort

Constructor & Destructor Documentation

OGLMachine ( void )

Constructor.

virtual ~OGLMachine ( void ) [virtual]

Destructor.

Member Function Documentation

virtual void DeleteTexture ( InternalTexture ** _ppTextureToDestroy ) [virtual]

Destroy objects previously created with NewTexture().

Parameters:

_ppTextureToDestroy object to destroy, and set to 0L.

virtual void DeleteViewPort ( InternalViewPort ** _ppViewPortToDestroy ) [virtual]

Destroy any objects previously created with NewViewPortChild() or NewViewPortOnTexture().

Parameters:

_ppViewPortToDestroy pointer to object to destroy, and set to 0L.

virtual eVMResult InitMachine ( ) [virtual]

Init the machine. It would open a screen and do the init for each theme (3D,sound,...) the machine closing should be done at deletion.

Returns:
vmr_OK or vmr_FAILED

Implements VirtualMachine.
Reimplemented in OGLMachineWinDxSound, and OGLMachineLinux.

virtual void NewObject3DBuffer ( InternalObject3DBuffer ** _ppVertexAndPolygonBufferOut,

unsigned int _maxNbVertex,

unsigned int _maxNbTriangle,

unsigned int _extraMemberFlags

) [virtual]

Ask the Creation of a new InternalObject3DBuffer you can then fill with InternalObject3DBuffer::GetFirstVertex() , InternalObject3DBuffer::GetFirstTriangle() and InternalObject3DBuffer::SetNumberOfActiveTriangle() . Then the object can be positionned with the matrix methods, and drawn with RenderMesh() The object shape can be dynamic and rebuilt, until a call to CompileAsStatic(). In edition mode, object has to be destroyed with DeleteObject3DBuffer().

Parameters:

_ppVertexAndPolygonBufferOut the object returned, or 0L if failed.(no mem ?)

_maxNbVertex maximum number of vertex to fill.

_maxNbTriangle maximum number of Triangle to fill.

_extraMemberFlags or'ed bits (bOb3D_...) to activate extra vertex members.

virtual void NewTexture ( InternalTexture ** _ppTextureOut ) [pure virtual, inherited]

Ask the Creation of a new InternalTexture, then used to render 3D objects with RenderMesh(). In edition mode, InternalTexture has to be destroyed with DeleteTexture().

Parameters:

_ppTextureOut the object returned, or 0L if failed.(no mem ?)

virtual void NewTexture ( InternalTexture ** _ppTextureOut ) [virtual]

Ask the Creation of a new InternalTexture, then used to render 3D objects with RenderMesh(). In edition mode, InternalTexture has to be destroyed with DeleteTexture().

Parameters:

_ppTextureOut the object returned, or 0L if failed.(no mem ?)

virtual void NewViewPortChild ( InternalViewPort ** _ppViewPortOut,

InternalViewPort * _pFatherViewPort = 0L

) [virtual]

Ask the Creation of a new InternalViewPort, that must be the child of another ViewPort, specified by _pFatherViewPort.if no father is specified, the new ViewPort will be the child of the default root ViewPort. To create another Root ViewPort, create a texture and use VirtualMedia::NewViewPortOnTexture(). In edition mode, each InternalViewPort has to be destroyed with DeleteViewPort().

Parameters:

_ppViewPortOut the object returned, or 0L if failed.(no mem ?)

_pFatherViewPort the father viewport. If 0L, it uses the default root.

virtual void NewViewPortOnTexture ( InternalViewPort ** _ppViewPortOut,

InternalTexture * _pRootTexture,

unsigned int _np2PixelWidth,

unsigned int _np2PixelHeight,

InternalTexture::TextureImageLayerEnum _layerToAffect

) [virtual]

Ask the Creation of a new Root InternalViewPort, that will render on a texture image. specified by _pRootTexture. You got to create a texture first for parameter _pRootTexture. In edition mode, each InternalViewPort has to be destroyed with DeleteViewPort().

Parameters:

_ppViewPortOut the object returned, or 0L if failed.(no mem ?)

_pRootTexture an InternalTexture. Can't be null.

_np2PixelWidth integer which can be 1,2,4,8,16,32,64,128,256,512 that stand for the square of the pixel width.

_np2PixelHeight integer which can be 1,2,4,8,16,32,64,128,256,512 that stand for the square of the pixel height.

_layerToAffect the texture layer (simple mapping, environment) where to render.

virtual void SwapMainScreenBuffer ( ) [pure virtual]

Swap default VP buffer: so that what was drawn is shown.

Implemented in OGLMachineWinDxSound, and OGLMachineLinux.

Member Data Documentation

InternalViewPort* m_pDefaultViewPort [protected, inherited]

this is the default viewport, it stands the whole screen by default. Used by GetDefaultViewPort().

Definition at line 840 of file VirtualMachine.h.
Referenced by VirtualMachine::GetDefaultViewPort().

SoundUpdateListCell* m_pFirstSoundObject [protected, inherited]

start of the chained list of the sound object update method:

Definition at line 852 of file VirtualMachine.h.

bool m_QuitMessage [protected, inherited]

If true, means that the user want to quit. Updated by ProcessInterface().

Definition at line 843 of file VirtualMachine.h.
Referenced by VirtualMachine::GetQuitMessage().

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

VedaMachineOGL/OGLMachine.h

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     ___________  __//___   /________  |/    / ___________\_______/    \
    /   _   _   \/   _     /    _   /      _/_/____/    _       __     /
   /    /   /       /     /    /    \      \/     /    /    \   \     /
  \\___/___/___/    ¯    _____/_____/       ______\___/_____/\________\\
               \________/_ ___ __ l____\      /elD!  
                 http://www.m4nkind.com \____/


Public Types
enum	eVMResult { vmr_OK = 0, vmr_FAILED }
	error enum for InitMachine() More...
enum	InternalObject3DBuffer_InitBit { bOb3D_VertexNormal = 1, bOb3D_VertexUVMapping = 2, bOb3D_VertexRGBA = 4 }
	see VirtualMachine::NewObject3DBuffer() More...
enum	eMachineLocalization { eMachineLocalization_LocalisationNotImplemented = 0, eMachineLocalization_English, eMachineLocalization_French, eMachineLocalization_SpanishCastellano, eMachineLocalization_German, eMachineLocalization_Italian, eMachineLocalization_Polish, eMachineLocalization_Portuguese }
	This enum spots a cultural langage. returned by GetCurrentWorldLocalizationEnum(). More...
Public Member Functions
	OGLMachine (void)
	Constructor.
virtual	~OGLMachine (void)
	Destructor.
virtual eVMResult	InitMachine ()
	Init the machine. It would open a screen and do the init for each theme (3D,sound,...) the machine closing should be done at deletion.
virtual void	SwapMainScreenBuffer ()=0
	Swap default VP buffer: so that what was drawn is shown.
virtual void	NewObject3DBuffer (InternalObject3DBuffer **_ppVertexAndPolygonBufferOut, unsigned int _maxNbVertex, unsigned int _maxNbTriangle, unsigned int _extraMemberFlags)
	Ask the Creation of a new InternalObject3DBuffer you can then fill with InternalObject3DBuffer::GetFirstVertex() , InternalObject3DBuffer::GetFirstTriangle() and InternalObject3DBuffer::SetNumberOfActiveTriangle() . Then the object can be positionned with the matrix methods, and drawn with RenderMesh() The object shape can be dynamic and rebuilt, until a call to CompileAsStatic(). In edition mode, object has to be destroyed with DeleteObject3DBuffer().
virtual void	NewTexture (InternalTexture **_ppTextureOut)
	Ask the Creation of a new InternalTexture, then used to render 3D objects with RenderMesh(). In edition mode, InternalTexture has to be destroyed with DeleteTexture().
virtual void	DeleteTexture (InternalTexture **_ppTextureToDestroy)
	Destroy objects previously created with NewTexture().
virtual void	NewViewPortChild (InternalViewPort *_ppViewPortOut, InternalViewPort _pFatherViewPort=0L)
	Ask the Creation of a new InternalViewPort, that must be the child of another ViewPort, specified by _pFatherViewPort.if no father is specified, the new ViewPort will be the child of the default root ViewPort. To create another Root ViewPort, create a texture and use VirtualMedia::NewViewPortOnTexture(). In edition mode, each InternalViewPort has to be destroyed with DeleteViewPort().
virtual void	NewViewPortOnTexture (InternalViewPort *_ppViewPortOut, InternalTexture _pRootTexture, unsigned int _np2PixelWidth, unsigned int _np2PixelHeight, InternalTexture::TextureImageLayerEnum _layerToAffect)
	Ask the Creation of a new Root InternalViewPort, that will render on a texture image. specified by _pRootTexture. You got to create a texture first for parameter _pRootTexture. In edition mode, each InternalViewPort has to be destroyed with DeleteViewPort().
virtual void	DeleteViewPort (InternalViewPort **_ppViewPortToDestroy)
	Destroy any objects previously created with NewViewPortChild() or NewViewPortOnTexture().
virtual void	NewObject3DBuffer (InternalObject3DBuffer **_ppVertexAndPolygonBufferOut, unsigned int _maxNbVertex, unsigned int _maxNbTriangle, unsigned int _extraMemberFlags)=0
	Ask the Creation of a new InternalObject3DBuffer you can then fill with InternalObject3DBuffer::GetFirstVertex() , InternalObject3DBuffer::GetFirstTriangle(). Important: All the vertex members and polygon index are inited to zero when built. and InternalObject3DBuffer::SetNumberOfActiveTriangle() . Then the object can be positionned with the matrix methods in VirtualMachine::InternalViewPort, and drawn with VirtualMachine::InternalViewPort::RenderMesh(). The object shape can be dynamic and rebuilt, until a call to VirtualMachine::InternalObject3DBuffer::CompileAsStatic(). In edition compilation mode, objects had to be destroyed with VirtualMachine::DeleteObject3DBuffer().
virtual void	DeleteObject3DBuffer (InternalObject3DBuffer **_ppBufferToDestroy)=0
	Destroy objects previously created with NewObject3DBuffer().
virtual void	NewTexture (InternalTexture **_ppTextureOut)=0
	Ask the Creation of a new InternalTexture, then used to render 3D objects with RenderMesh(). In edition mode, InternalTexture has to be destroyed with DeleteTexture().
virtual void	DeleteTexture (InternalTexture **_ppTextureToDestroy)=0
	Destroy objects previously created with NewTexture().
virtual void	NewViewPortChild (InternalViewPort *_ppViewPortOut, InternalViewPort _pFatherViewPort=0L)=0
	Ask the Creation of a new InternalViewPort, that must be the child of another ViewPort, specified by _pFatherViewPort.if no father is specified, the new ViewPort will be the child of the default root ViewPort. To create another Root ViewPort, create a texture and use VirtualMedia::NewViewPortOnTexture(). In edition mode, each InternalViewPort has to be destroyed with DeleteViewPort().
virtual void	NewViewPortOnTexture (InternalViewPort *_ppViewPortOut, InternalTexture _pRootTexture, unsigned int _np2PixelWidth, unsigned int _np2PixelHeight, InternalTexture::TextureImageLayerEnum _layerToAffect)=0
	Ask the Creation of a new Root InternalViewPort, that will render on a texture image. specified by _pRootTexture. You got to create a texture first for parameter _pRootTexture. In edition mode, each InternalViewPort has to be destroyed with DeleteViewPort().
virtual void	DeleteViewPort (InternalViewPort **_ppViewPortToDestroy)=0
	Destroy any objects previously created with NewViewPortChild() or NewViewPortOnTexture(). If it has children, children are detached , not destoyed, but are invalid.
InternalViewPort *	GetDefaultViewPort ()
	Access to the default screen object created with InitMachine().
virtual float	GetPlayFrequency ()=0
	Return the machine main play frequency, in herz, (tick per sec).
virtual void	EnableMediaSound (SoundInterface *_pNoisyObject, bool _enable=true)
	Register a SoundInterface object that will then generate a mixed sound through SoundInterface::ProcessSoundInterupt(). The sound will start instantly. if false, Unregister a media object previously registered with EnableMediaSound(,true). The sound stops instantly. Note, that if you choose to use the BaseObject implementation, class VirtualMedia will manage the sound in its own way, and you will not need to use this method.
virtual void	SetSoundCurrentTime (int _seconds, unsigned int _fraction)=0
	force a date to the clock passed to the sound objects.
virtual void	SetSoundVolume (float _newVolumeValue)=0
	tool: change main volume [0,1]. Yes, you can saturate when >1.
virtual float	GetSoundVolume ()=0
	tool: get main volume value [0,1].
virtual void	GetCurrentSoundBufferImage (float *const _ppSoundBuffer, unsigned int _pLength) const =0
	return an image of the current short sound buffer which is currently played. This is always a 2 float(stereo left,right) table. the play frequency of this sound signal is given by GetPlayFrequency() . The buffer size may vary in time and implementation, and this table is refresh on an undefined rate. It can be used by sound preview methods or live effects.
virtual void	ShutTheFuckUp ()
	Now, AzurVeda virtual machine implements a very efficient BASS technology known as "ShutTheFuckUp" ! Yes, it will unregister all sound objects to silent the machine.
virtual eMachineLocalization	GetCurrentWorldLocalizationEnum ()=0
	Return the language of the machine, as a simple enum. It can be used to display one or the other langage.
virtual void	ProcessInterface ()=0
	Process the Machine's interface messages (mouse,keyboard,...), in the real time. Then methods like VirtualMachine::GetQuitMessage() are updated.
bool	GetQuitMessage ()
	If true, means that the user want to quit:.
virtual bool	FileRequester (const char _pDisplayString, char _pResultFileName, unsigned int _nameMaxLength)=0
	In edition mode, ask a file path to a file requester. the string format should vary, but will be compatible with LoadFile() and SaveFile().
virtual bool	SaveFile (const char _pFilePath, const char _chunkToWrite, unsigned int _ChunkLength, bool _append=false)=0
	DEPRECATED for the moment: use class PackResource instead load a file into a memory chunk. You can load all in one row, or stream. memory is to be deleted by the CALLER with operator: "delete [] pointer", for each succesfull call. return 0L if failed. write a file from a memory chunk. You can save all in one row, or stream.
virtual void	Sleep (unsigned int _milliseconds)=0
	in edition mode, redirection of machine task wait.
Static Public Attributes
static PFNGLACTIVETEXTUREARBPROC	glActiveTextureARB
static PFNGLCLIENTACTIVETEXTUREARBPROC	glClientActiveTextureARB
static bool	m_RenderObjectExtension
static PFNGLGENRENDERBUFFERSEXTPROC	glGenRenderbuffersEXT
static PFNGLGENFRAMEBUFFERSEXTPROC	glGenFramebuffersEXT
static PFNGLBINDRENDERBUFFEREXTPROC	glBindRenderbufferEXT
static PFNGLRENDERBUFFERSTORAGEEXTPROC	glRenderbufferStorageEXT
static PFNGLDELETEFRAMEBUFFERSEXTPROC	glDeleteFramebuffersEXT
static PFNGLDELETERENDERBUFFERSEXTPROC	glDeleteRenderbuffersEXT
static PFNGLBINDFRAMEBUFFEREXTPROC	glBindFramebufferEXT
static PFNGLFRAMEBUFFERTEXTURE2DEXTPROC	glFramebufferTexture2DEXT
static PFNGLFRAMEBUFFERRENDERBUFFEREXTPROC	glFramebufferRenderbufferEXT
Protected Attributes
InternalViewPort *	m_pDefaultViewPort
	this is the default viewport, it stands the whole screen by default. Used by GetDefaultViewPort().
bool	m_QuitMessage
	If true, means that the user want to quit. Updated by ProcessInterface().
SoundUpdateListCell *	m_pFirstSoundObject
	start of the chained list of the sound object update method:
Classes
class	OGLInternalObject3DBuffer
	Nested class that implements a 3D object as a vertex and a polygon list. You ask the creation of it with VirtualMachine::NewObject3DBuffer(), then defines its shape by filling the list you get with GetFirstVertex() and GetFirstTriangle(), then it can be rendered with VirtualMachine::RenderMesh(). In order to optimize a static shape, use VirtualMachine::CompileAsStatic() In edition mode, it can be destroyed with VirtualMachine::DeleteObject3DBuffer(). More...
class	OGLInternalTexture
class	OGLInternalViewPort

OGLMachine Class Reference [VirtualMachine Related Documentations]

Detailed Description

Public Types

Public Member Functions

Static Public Attributes

Protected Attributes

Classes

Constructor & Destructor Documentation

Member Function Documentation

Member Data Documentation

OGLMachine Class Reference
[VirtualMachine Related Documentations]