Helper for managing indirect geometry, its intersection group and registrar corresponding to a 'tile node' (gs cell or gt cell) DtCellToIndirectGeoMap in turn manages a map of feature tile nodes (for a layer) to a corresponding instance of DtCellIndirectGeo. More...

Inheritance diagram for makVrv::DtCellIndirectGeo:

[legend]

Public Member Functions
	DtCellIndirectGeo (DtDe &de, DtIndirectGeometryCreator &indirectGeometryCreator, DtIndirectGeoComputeBoundCallbackCreator &indirectGeoComputeCallbackCreator, DtIndirectVisitorControlGroupCreator &indirectGeoIntersectionGroupCreator, bool includeIntersectionGeoInNodePath, bool terrainPatch, const DtIndirectFadeParameters &fadeParameters)
	CTOR. More...

virtual	~DtCellIndirectGeo ()
	DTOR. More...

virtual void	setModelsContainer (DtIndirectModelsContainer *modelsContainer, bool ownsModelsContainer)
	set the models container. More...

virtual void	setCullShaderConfig (const DtCullShaderConfig &cullShaderConfig)
	set the cull shader config More...

virtual void	setParent (const osg::Group *parent)
	Sets up the parent of the indirect geometry which this manages. More...

virtual const osg::BoundingBoxd &	boundingBox (void) const
	An indirect geometry doesn't know how to calculate bounding box since this is related to the instances as well as the osg models (that indirect geometry knows nothing about This class computes it for it, and sets itself up as the compute bound call back for the indirect geometry. More...

virtual const DtIndirectGeometry *	indirectGeometry (void) const
	internal. Access the internally held indirect geometry More...

virtual DtIndirectGeometry *	indirectGeometry (void)
	internal. Access the internally held indirect geometry More...

virtual osg::Group *	indirectIntersectionGroup ()
	get the intersection group for this cell More...

Protected Member Functions
virtual void	expandBoundingBox (const osg::Node *modelNode, const osg::Matrixd &instanceXForm)
	internal method to actually expand the bounding box based on the instance xform as well as the model node (and hence the model bbox in question) More...

virtual void	addInstanceInternal (const osg::Matrixd &instanceXForm, const int modelId, const osg::Node *modelNode, const osg::NodePath &nodePath, const DtIndirectLodManager::DequeIndirectLodInfos &lodInfo=DtIndirectLodManager::DequeIndirectLodInfos(), bool addToIntersectionGroup=true, const DtIndirectSwitchManager::DequeNodeSwitchInfoPairs &switchStack=DtIndirectSwitchManager::DequeNodeSwitchInfoPairs())
	internal method to add intersection geometry for an instance of the modelNode, with transform as instanceXForm More...

Protected Attributes
DtIndirectModelsContainer *	myModelsContainer

bool	myOwnsModelsContainer

osg::ref_ptr< DtIndirectGeometry >	myIndirectGeometry

osg::ref_ptr< osg::Group >	myIndirectGeoIntersectionGroup

osg::BoundingBoxd	myBoundingBox
	bounding box computation management More...

Threading::Mutex	myMutableBoundingBoxMutex

DtDe &	myDe

bool	myFirstInstance

DtIndirectVisitorControlGroupCreator &	myIndirectGeoIntersectionGroupCreator

bool	myIncludeIntersectionGeoInNodePath

Private Member Functions
	DtCellIndirectGeo ()
	default constructor not implemented More...

	DtCellIndirectGeo (const DtCellIndirectGeo &other)
	Copy Constructor not implemented – Copy Not Allowed. More...

DtCellIndirectGeo &	operator= (const DtCellIndirectGeo &other)
	Assignment Operator Not implemented � Assignment Not Allowed. More...

Detailed Description

Helper for managing indirect geometry, its intersection group and registrar corresponding to a 'tile node' (gs cell or gt cell) DtCellToIndirectGeoMap in turn manages a map of feature tile nodes (for a layer) to a corresponding instance of DtCellIndirectGeo.

Constructor & Destructor Documentation

makVrv::DtCellIndirectGeo::DtCellIndirectGeo	(	DtDe &	de,
		DtIndirectGeometryCreator &	indirectGeometryCreator,
		DtIndirectGeoComputeBoundCallbackCreator &	indirectGeoComputeCallbackCreator,
		DtIndirectVisitorControlGroupCreator &	indirectGeoIntersectionGroupCreator,
		bool	includeIntersectionGeoInNodePath,
		bool	terrainPatch,
		const DtIndirectFadeParameters &	fadeParameters
	)

CTOR.

virtual makVrv::DtCellIndirectGeo::~DtCellIndirectGeo ( )

virtual

DTOR.

makVrv::DtCellIndirectGeo::DtCellIndirectGeo ( )

private

default constructor not implemented

makVrv::DtCellIndirectGeo::DtCellIndirectGeo ( const DtCellIndirectGeo & other )

private

Copy Constructor not implemented – Copy Not Allowed.

Member Function Documentation

DtCellIndirectGeo& makVrv::DtCellIndirectGeo::operator= ( const DtCellIndirectGeo & other )

private

Assignment Operator Not implemented � Assignment Not Allowed.

virtual void makVrv::DtCellIndirectGeo::setModelsContainer	(	DtIndirectModelsContainer *	modelsContainer,
		bool	ownsModelsContainer
	)

virtual

set the models container.

Parameters

ownsModelsContainer whether cell owns the container (and hence should delete on its own destruction. Essentially a value of true transfers ownership to the cell

virtual void makVrv::DtCellIndirectGeo::setCullShaderConfig ( const DtCullShaderConfig & cullShaderConfig )

virtual

set the cull shader config

virtual void makVrv::DtCellIndirectGeo::setParent ( const osg::Group * parent )

virtual

Sets up the parent of the indirect geometry which this manages.

virtual const osg::BoundingBoxd& makVrv::DtCellIndirectGeo::boundingBox ( void ) const

virtual

An indirect geometry doesn't know how to calculate bounding box since this is related to the instances as well as the osg models (that indirect geometry knows nothing about This class computes it for it, and sets itself up as the compute bound call back for the indirect geometry.

virtual const DtIndirectGeometry* makVrv::DtCellIndirectGeo::indirectGeometry ( void ) const

virtual

internal. Access the internally held indirect geometry

virtual DtIndirectGeometry* makVrv::DtCellIndirectGeo::indirectGeometry ( void )

virtual

internal. Access the internally held indirect geometry

virtual osg::Group* makVrv::DtCellIndirectGeo::indirectIntersectionGroup ( )

virtual

get the intersection group for this cell

virtual void makVrv::DtCellIndirectGeo::expandBoundingBox	(	const osg::Node *	modelNode,
		const osg::Matrixd &	instanceXForm
	)

protectedvirtual

internal method to actually expand the bounding box based on the instance xform as well as the model node (and hence the model bbox in question)

virtual void makVrv::DtCellIndirectGeo::addInstanceInternal	(	const osg::Matrixd &	instanceXForm,
		const int	modelId,
		const osg::Node *	modelNode,
		const osg::NodePath &	nodePath,
		const DtIndirectLodManager::DequeIndirectLodInfos &	lodInfo = `DtIndirectLodManager::DequeIndirectLodInfos()`,
		bool	addToIntersectionGroup = `true`,
		const DtIndirectSwitchManager::DequeNodeSwitchInfoPairs &	switchStack = `DtIndirectSwitchManager::DequeNodeSwitchInfoPairs()`
	)

protectedvirtual

internal method to add intersection geometry for an instance of the modelNode, with transform as instanceXForm

Member Data Documentation

DtIndirectModelsContainer* makVrv::DtCellIndirectGeo::myModelsContainer

protected

bool makVrv::DtCellIndirectGeo::myOwnsModelsContainer

protected

osg::ref_ptr<DtIndirectGeometry> makVrv::DtCellIndirectGeo::myIndirectGeometry

protected

osg::ref_ptr<osg::Group> makVrv::DtCellIndirectGeo::myIndirectGeoIntersectionGroup

protected

osg::BoundingBoxd makVrv::DtCellIndirectGeo::myBoundingBox

protected

bounding box computation management

Threading::Mutex makVrv::DtCellIndirectGeo::myMutableBoundingBoxMutex

mutableprotected

DtDe& makVrv::DtCellIndirectGeo::myDe

protected

bool makVrv::DtCellIndirectGeo::myFirstInstance

protected

DtIndirectVisitorControlGroupCreator& makVrv::DtCellIndirectGeo::myIndirectGeoIntersectionGroupCreator

protected

bool makVrv::DtCellIndirectGeo::myIncludeIntersectionGeoInNodePath

protected

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

/data/exports/nrhent7-1/nightly/docs/vrForces.vrf4-8-branch/include/vrvOsg/DtCellIndirectGeo.h

Public Member Functions

Protected Member Functions

Protected Attributes

Private Member Functions

Detailed Description

Constructor & Destructor Documentation

Member Function Documentation

Member Data Documentation