makVrv::DtIndirectViewParameters Class Reference

The structure that is used to communicate the camera viewing parameters to the DtICullingAndLOD interface. More...

Public Member Functions
	DtIndirectViewParameters ()
virtual	~DtIndirectViewParameters ()
virtual void	setViewMatrix (const Matrix4_64 &viewMatrix)
	setters
virtual void	setProjectionMatrix (const Matrix4_64 &projectionMatrix)
virtual void	setCameraPosition (const Vector3_64 &cameraPosition)
virtual void	setCameraRelative (bool cameraRelative)
virtual void	setZoomMagnification (float zoomMag)
virtual void	setOrthoCulling (bool orthoCull)
virtual void	setAltitude2D (float altitude2D)
virtual const Matrix4_64 &	viewMatrix (void) const
	getters
virtual const Matrix4_64 &	projectionMatrix (void) const
virtual const Vector3_64 &	cameraPosition (void) const
virtual bool	cameraRelative (void) const
virtual float	zoomMagnification (void) const
virtual bool	orthoCulling (void) const
virtual float	altitude2D (void) const
virtual Matrix4_64 &	viewMatrix (void)

Protected Attributes
Matrix4_64	myViewMatrix64
Matrix4_64	myProjectionMatrix64
Vector3_64	myCameraPosition64
bool	myIsCameraRelative
	To support 64 bit precisions, this needs to be true the internal GPU culling and lod will then zero out the viewing translation and subtract this from each instance's 64 bit transform.
float	myZoomMagnification
bool	myOrthoCulling
float	myAltitude2D

Detailed Description

The structure that is used to communicate the camera viewing parameters to the DtICullingAndLOD interface.

Constructor & Destructor Documentation

makVrv::DtIndirectViewParameters::DtIndirectViewParameters

(

)

virtual makVrv::DtIndirectViewParameters::~DtIndirectViewParameters ( )

virtual

Member Function Documentation

virtual void makVrv::DtIndirectViewParameters::setViewMatrix ( const Matrix4_64 &  viewMatrix )

virtual

setters

virtual void makVrv::DtIndirectViewParameters::setProjectionMatrix ( const Matrix4_64 &  projectionMatrix )

virtual

virtual void makVrv::DtIndirectViewParameters::setCameraPosition ( const Vector3_64 &  cameraPosition )

virtual

virtual void makVrv::DtIndirectViewParameters::setCameraRelative ( bool  cameraRelative )

virtual

virtual void makVrv::DtIndirectViewParameters::setZoomMagnification ( float  zoomMag )

virtual

virtual void makVrv::DtIndirectViewParameters::setOrthoCulling ( bool  orthoCull )

virtual

virtual void makVrv::DtIndirectViewParameters::setAltitude2D ( float  altitude2D )

virtual

virtual const Matrix4_64& makVrv::DtIndirectViewParameters::viewMatrix ( void  ) const

virtual

getters

virtual const Matrix4_64& makVrv::DtIndirectViewParameters::projectionMatrix ( void  ) const

virtual

virtual const Vector3_64& makVrv::DtIndirectViewParameters::cameraPosition ( void  ) const

virtual

virtual bool makVrv::DtIndirectViewParameters::cameraRelative ( void  ) const

virtual

virtual float makVrv::DtIndirectViewParameters::zoomMagnification ( void  ) const

virtual

virtual bool makVrv::DtIndirectViewParameters::orthoCulling ( void  ) const

virtual

virtual float makVrv::DtIndirectViewParameters::altitude2D ( void  ) const

virtual

virtual Matrix4_64& makVrv::DtIndirectViewParameters::viewMatrix ( void  )

virtual

Member Data Documentation

Matrix4_64 makVrv::DtIndirectViewParameters::myViewMatrix64

protected

Matrix4_64 makVrv::DtIndirectViewParameters::myProjectionMatrix64

protected

Vector3_64 makVrv::DtIndirectViewParameters::myCameraPosition64

protected

bool makVrv::DtIndirectViewParameters::myIsCameraRelative

protected

To support 64 bit precisions, this needs to be true the internal GPU culling and lod will then zero out the viewing translation and subtract this from each instance's 64 bit transform.

If this is false, the 64 bit values for viewing and projection are simply cast to 32 bit values and sent to the GPU. Same with the 64 bit transforms of the instances

float makVrv::DtIndirectViewParameters::myZoomMagnification

protected

bool makVrv::DtIndirectViewParameters::myOrthoCulling

protected

float makVrv::DtIndirectViewParameters::myAltitude2D

protected

---

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

• /exports/nfedora7-1/nightly/docs/vrforcesDevelopment.vrf4-6-branch/include/vrvIndirectRendering/DtGpuCullingAndLodDefines.h