makVrv::DtTritonDrawable Class Reference

An OSG Drawable representing Triton's infinite ocean. More...

Inheritance diagram for makVrv::DtTritonDrawable:

Public Types
enum	TritonQuality { TritonQuality_Good, TritonQuality_Better, TritonQuality_Best }

Public Member Functions
	DtTritonDrawable (makVrv::DtDe &de, const DtTritonManager &tritonManager, DtEnvironmentInfo &environmentInfo, bool geocentric, osg::TextureCubeMap *cubeMap=NULL)
	CTOR.
virtual bool	isSameKindAs (const Object *obj) const
virtual Object *	cloneType () const
virtual Object *	clone (const osg::CopyOp &copyop) const
virtual Triton::Ocean *	ocean ()
	Return the underlying Triton::Ocean object.
virtual Triton::Environment *	environment ()
	Return the underlying Triton::Environment object.
virtual void	setBeach (osg::Vec3 beachOrigin, osg::Vec3 normal)
	Pass info to Triton about the local ocean depth and floor slope.
virtual void	drawImplementation (osg::RenderInfo &renderInfo) const
	Perform drawing of the Ocean from the render thread.
virtual void	setPlanarReflections (bool enabled)
	Toggle use of planar reflections of local objects.
virtual bool	planarReflections () const
virtual void	setBreakingWaveAmplitude (float meters)
	Set height of breaking waves at shorelines. Set to 0 to disable.
virtual float	getBreakingWaveAmplitude () const
virtual void	setHeightMap (bool enabled)
	Toggle use of automatically generated height maps for coastal effects Only enable if you have bathymetry and no sea-level ocean polygons in the database!
virtual bool	heightMap () const
virtual void	setQuality (TritonQuality quality)
	Set quality of wave simulation - "good" yields best performance but least detail, "best" favors quality over performance.
virtual TritonQuality	getQuality () const
virtual void	setBreakingWavesMap (bool enabled)
	Toggle use of shapefile-based breaking wave areas and directions If off, breaking waves will be everywhere and direction determined from bathymetry.
virtual bool	breakingWavesMap () const
virtual void	setWaveDampingDistance (float meters)
	Sets distance at which waves go away to fight aliasing.
virtual float	waveDampingDistance () const
virtual void	setMaxReflectionWindSpeed (double metersPerSecond)
	Set the wind speed at which we blend out planar reflections (default 20 m/s)
virtual void	setUnderwaterFogColor (const osg::Vec4 &color)
	Set the base (unlit) fog color when underwater.
virtual const osg::Vec4 &	getUnderwaterFogColor () const
virtual void	setUnderwaterVisibility (double visibility)
	Set the visibility when underwater.
virtual double	getUnderwaterVisibility () const
virtual void	setWaterVisibility (double visibility)
	The visibility of the water when viewed from above (affects the transparency)
virtual double	getWaterVisibility () const
virtual void	setSurgeDepth (float depth)
	The depth at which we start dampening wave displacement.
virtual float	getSurgeDepth () const
virtual bool	getIsInitialized () const
	Whether Triton has been fully initialized (after its first frame.)
void	setAllowUnderwaterEffects (bool allow)
	Whether underwater fog etc.
bool	getAllowUnderwaterEffects () const
	Whether underwater fog is enabled.
virtual void	setHeightMapResolution (float metersPerTexel)
	Get/set the resolution of the height map for shallow water effects (meters per texel)
virtual float	getHeightMapResolution () const
virtual void	setBreakingWavesMapResolution (float metersPerTexel)
	Get/set the resolution of the breaking waves direction map (meters per texel)
virtual float	getBreakingWavesMapResolution () const
virtual void	enableReflections (bool enabled)
	Temporarily enable or disable the planar reflection camera(s).
virtual void	releaseGLObjects (osg::State *state=0) const
	Destroy the openGL objects.
void	heightMapChanged ()
	Notify the drawable of an updated height map.
void	breakingWavesMapChanged ()
	Notify the drawable of an updated breaking waves map.

Public Attributes
boost::signal< void()>	signal_postInitialize
	Emitted when Triton has been initialized.

Protected Member Functions
void	shaderUpdateLightUniforms (osg::RenderInfo &info, osg::State &state, GLint shader, int shaderType) const
void	shaderUpdateViewMatrices (osg::State &state, GLint shader, int shaderType, const Matrix4_32 &view_matrix_32, const Matrix4_32 &view_inverse_transpose_matrix_32) const
void	updateCloudShadows (osg::State &state, GLint shader, int shaderType, GLboolean bIsCloudShadowActive, unsigned int cloudshadowTextureUnit, unsigned int cloudshadowTextureIndex, osg::Matrixf textureViewProjMatrix) const
void	GetShaderUniformHandles (GLint shader, int shaderType) const
osg::ref_ptr< DtPlanarReflection >	getOrCreatePlanarReflection (osg::RenderInfo &renderInfo)
osg::ref_ptr< DtPlanarReflection >	setupPlanarReflections (osg::RenderInfo &renderInfo)
DtTritonHeightMapManager *	getOrCreateHeightMapManager (osg::RenderInfo &renderInfo)
DtTritonBreakingWavesMapManager *	getOrCreateBreakingWavesMapManager (osg::RenderInfo &renderInfo)
void	setup (void)
void	cleanup (void)
void	removePlanarReflections ()
osg::Node *	createReflectionWorldGraph (makVrv::DtOsgRenderer &osgRenderer, const osg::Matrix &localToWorld, const osg::Vec3 currentPos)
void	computeReflectionMatrix (const osg::Vec3 &currentPosition)
void	GetShaderUniformHandles () const
void	applyLighting (osg::RenderInfo &info) const
void	applyQuality () const
void	updateShader (osg::Node *node, const osg::State &state) const
void	computeReflectionBlend (const osg::Vec3 &currentPosition)
void	adjustDisplacementDampingDistance ()
void	updateReflectionCamFogColor (osg::Camera *reflectionCam) const
	slot for the fog color changing so we can set the clear color on the reflection maps to match
virtual	~DtTritonDrawable ()

Protected Attributes
osg::ref_ptr< osg::TextureCubeMap >	myCubeMap
Triton::ResourceLoader *	myResourceLoader
Triton::Environment *	myEnvironment
Triton::Ocean *	myOcean
double	myDefaultDampingDistance
osg::Vec3	myOceanFloorNormal
osg::Vec3	myOceanFloorOrigin
bool	myGeocentricFlag
bool	myPlanarReflectionsFlag
float	myReflectionBlend
float	myMaxReflectionBlend
float	myMaxWindForReflections
bool	myReflectionsActive
bool	myHeightMapFlag
bool	myHeightMapChangedFlag
bool	myBreakingWavesMapFlag
bool	myBreakingWavesMapChangedFlag
float	myDefaultVisibility
float	mySurgeDepth
bool	myInitializationComplete
bool	myPrecipitationOverridden
bool	mySavedPrecipitationState
float	myHeightMapResolution
float	myBreakingWavesMapResolution
bool	myAllowUnderwater
float	myLightThreshold
bool	myPlanarReflectionsEnabled
osg::Vec4	myUnderwaterFogColor
double	myUnderwaterVisibility
float	myBreakerAmplitude
makVrv::DtEnvironmentInfo &	myEnvironmentInfo
makVrv::DtDe &	myDe
std::map< osg::Camera *, osg::ref_ptr < makVrv::DtPlanarReflection > >	myPlanarReflectionCameraMap
std::map< osg::Camera *, makVrv::DtTritonHeightMapManager * >	myHeightMapManagerMap
std::map< osg::Camera *, makVrv::DtTritonBreakingWavesMapManager * >	myBreakingWavesMapManagerMap
osg::ref_ptr< osg::ClipNode >	myClipNode
osg::Plane	myReflectionPlane
osg::Matrix	myReflectionMatrix
DtVector	myLastGeocentricReference
int	myViewPortSizeUniform [NUM_TRITON_SHADER_TYPES]
int	myLightTextureUniform [NUM_TRITON_SHADER_TYPES]
int	myTileLightIndexListTextureUniform [NUM_TRITON_SHADER_TYPES]
int	myTileLightGridCountOffsetsTextureUniform [NUM_TRITON_SHADER_TYPES]
int	myColorRampTextureUniform [NUM_TRITON_SHADER_TYPES]
int	myModelViewMatrixUniform [NUM_TRITON_SHADER_TYPES]
int	myModelViewInverseTransposeMatrixUniform [NUM_TRITON_SHADER_TYPES]
int	myLightGridTileDimUniform [NUM_TRITON_SHADER_TYPES]
int	myLightGridMaxDimUniform [NUM_TRITON_SHADER_TYPES]
int	myCloudShadowTextureUniform [NUM_TRITON_SHADER_TYPES]
int	myCloudShadowTexGenUniform [NUM_TRITON_SHADER_TYPES]
int	myCloudShadowActive [NUM_TRITON_SHADER_TYPES]
std::vector< unsigned int >	myUserShaderVector
GLuint	myDefaultFragShaderId
GLuint	myDefaultVertShaderId
TritonQuality	myQuality
const DtTritonManager &	myTritonManager
DtSignalConnectionManager	myConnections

Detailed Description

An OSG Drawable representing Triton's infinite ocean.

Member Enumeration Documentation

enum makVrv::DtTritonDrawable::TritonQuality

Enumerator:

TritonQuality_Good
TritonQuality_Better
TritonQuality_Best

Constructor & Destructor Documentation

makVrv::DtTritonDrawable::DtTritonDrawable	(	makVrv::DtDe &	de,
		const DtTritonManager &	tritonManager,
		DtEnvironmentInfo &	environmentInfo,
		bool	geocentric,
		osg::TextureCubeMap *	cubeMap = NULL
	)

CTOR.

Referenced by clone(), and cloneType().

virtual makVrv::DtTritonDrawable::~DtTritonDrawable ( )

protectedvirtual

Member Function Documentation

virtual bool makVrv::DtTritonDrawable::isSameKindAs ( const Object *  obj ) const

inlinevirtual

virtual Object* makVrv::DtTritonDrawable::cloneType ( ) const

inlinevirtual

References DtTritonDrawable(), myDe, myEnvironmentInfo, myGeocentricFlag, and myTritonManager.

virtual Object* makVrv::DtTritonDrawable::clone ( const osg::CopyOp &  copyop ) const

inlinevirtual

References DtTritonDrawable(), myDe, myEnvironmentInfo, myGeocentricFlag, and myTritonManager.

virtual Triton::Ocean* makVrv::DtTritonDrawable::ocean ( )

inlinevirtual

Return the underlying Triton::Ocean object.

References myOcean.

virtual Triton::Environment* makVrv::DtTritonDrawable::environment ( )

inlinevirtual

Return the underlying Triton::Environment object.

References myEnvironment.

virtual void makVrv::DtTritonDrawable::setBeach ( osg::Vec3  beachOrigin, osg::Vec3  normal  )

virtual

Pass info to Triton about the local ocean depth and floor slope.

virtual void makVrv::DtTritonDrawable::drawImplementation ( osg::RenderInfo &  renderInfo ) const

virtual

Perform drawing of the Ocean from the render thread.

virtual void makVrv::DtTritonDrawable::setPlanarReflections ( bool  enabled )

virtual

Toggle use of planar reflections of local objects.

virtual bool makVrv::DtTritonDrawable::planarReflections ( ) const

virtual

virtual void makVrv::DtTritonDrawable::setBreakingWaveAmplitude ( float  meters )

virtual

Set height of breaking waves at shorelines. Set to 0 to disable.

virtual float makVrv::DtTritonDrawable::getBreakingWaveAmplitude ( ) const

virtual

virtual void makVrv::DtTritonDrawable::setHeightMap ( bool  enabled )

virtual

Toggle use of automatically generated height maps for coastal effects Only enable if you have bathymetry and no sea-level ocean polygons in the database!

virtual bool makVrv::DtTritonDrawable::heightMap ( ) const

virtual

virtual void makVrv::DtTritonDrawable::setQuality ( TritonQuality  quality )

virtual

Set quality of wave simulation - "good" yields best performance but least detail, "best" favors quality over performance.

Default is good.

virtual TritonQuality makVrv::DtTritonDrawable::getQuality ( ) const

virtual

virtual void makVrv::DtTritonDrawable::setBreakingWavesMap ( bool  enabled )

virtual

Toggle use of shapefile-based breaking wave areas and directions If off, breaking waves will be everywhere and direction determined from bathymetry.

virtual bool makVrv::DtTritonDrawable::breakingWavesMap ( ) const

virtual

virtual void makVrv::DtTritonDrawable::setWaveDampingDistance ( float  meters )

virtual

Sets distance at which waves go away to fight aliasing.

virtual float makVrv::DtTritonDrawable::waveDampingDistance ( ) const

virtual

virtual void makVrv::DtTritonDrawable::setMaxReflectionWindSpeed ( double  metersPerSecond )

inlinevirtual

Set the wind speed at which we blend out planar reflections (default 20 m/s)

References myMaxWindForReflections.

virtual void makVrv::DtTritonDrawable::setUnderwaterFogColor ( const osg::Vec4 &  color )

inlinevirtual

Set the base (unlit) fog color when underwater.

References myUnderwaterFogColor.

virtual const osg::Vec4& makVrv::DtTritonDrawable::getUnderwaterFogColor ( ) const

inlinevirtual

References myUnderwaterFogColor.

virtual void makVrv::DtTritonDrawable::setUnderwaterVisibility ( double  visibility )

inlinevirtual

Set the visibility when underwater.

References myUnderwaterVisibility.

virtual double makVrv::DtTritonDrawable::getUnderwaterVisibility ( ) const

inlinevirtual

References myUnderwaterVisibility.

virtual void makVrv::DtTritonDrawable::setWaterVisibility ( double  visibility )

inlinevirtual

The visibility of the water when viewed from above (affects the transparency)

References myDefaultVisibility.

virtual double makVrv::DtTritonDrawable::getWaterVisibility ( ) const

inlinevirtual

References myDefaultVisibility.

virtual void makVrv::DtTritonDrawable::setSurgeDepth ( float  depth )

inlinevirtual

The depth at which we start dampening wave displacement.

References mySurgeDepth.

virtual float makVrv::DtTritonDrawable::getSurgeDepth ( ) const

inlinevirtual

References mySurgeDepth.

virtual bool makVrv::DtTritonDrawable::getIsInitialized ( ) const

inlinevirtual

Whether Triton has been fully initialized (after its first frame.)

References myInitializationComplete.

void makVrv::DtTritonDrawable::setAllowUnderwaterEffects ( bool  allow )

inline

Whether underwater fog etc.

is triggered when eye goes under the water surface

References myAllowUnderwater.

bool makVrv::DtTritonDrawable::getAllowUnderwaterEffects ( ) const

inline

Whether underwater fog is enabled.

References myAllowUnderwater.

virtual void makVrv::DtTritonDrawable::setHeightMapResolution ( float  metersPerTexel )

virtual

Get/set the resolution of the height map for shallow water effects (meters per texel)

virtual float makVrv::DtTritonDrawable::getHeightMapResolution ( ) const

virtual

virtual void makVrv::DtTritonDrawable::setBreakingWavesMapResolution ( float  metersPerTexel )

virtual

Get/set the resolution of the breaking waves direction map (meters per texel)

virtual float makVrv::DtTritonDrawable::getBreakingWavesMapResolution ( ) const

virtual

virtual void makVrv::DtTritonDrawable::enableReflections ( bool  enabled )

virtual

Temporarily enable or disable the planar reflection camera(s).

virtual void makVrv::DtTritonDrawable::releaseGLObjects ( osg::State *  state = 0 ) const

virtual

Destroy the openGL objects.

void makVrv::DtTritonDrawable::heightMapChanged

(

)

Notify the drawable of an updated height map.

void makVrv::DtTritonDrawable::breakingWavesMapChanged

(

)

Notify the drawable of an updated breaking waves map.

void makVrv::DtTritonDrawable::shaderUpdateLightUniforms ( osg::RenderInfo &  info, osg::State &  state, GLint  shader, int  shaderType  ) const

protected

void makVrv::DtTritonDrawable::shaderUpdateViewMatrices ( osg::State &  state, GLint  shader, int  shaderType, const Matrix4_32 &  view_matrix_32, const Matrix4_32 &  view_inverse_transpose_matrix_32  ) const

protected

void makVrv::DtTritonDrawable::updateCloudShadows ( osg::State &  state, GLint  shader, int  shaderType, GLboolean  bIsCloudShadowActive, unsigned int  cloudshadowTextureUnit, unsigned int  cloudshadowTextureIndex, osg::Matrixf  textureViewProjMatrix  ) const

protected

void makVrv::DtTritonDrawable::GetShaderUniformHandles ( GLint  shader, int  shaderType  ) const

protected

osg::ref_ptr<DtPlanarReflection> makVrv::DtTritonDrawable::getOrCreatePlanarReflection ( osg::RenderInfo &  renderInfo )

protected

osg::ref_ptr<DtPlanarReflection> makVrv::DtTritonDrawable::setupPlanarReflections ( osg::RenderInfo &  renderInfo )

protected

DtTritonHeightMapManager* makVrv::DtTritonDrawable::getOrCreateHeightMapManager ( osg::RenderInfo &  renderInfo )

protected

DtTritonBreakingWavesMapManager* makVrv::DtTritonDrawable::getOrCreateBreakingWavesMapManager ( osg::RenderInfo &  renderInfo )

protected

void makVrv::DtTritonDrawable::setup ( void  )

protected

void makVrv::DtTritonDrawable::cleanup ( void  )

protected

void makVrv::DtTritonDrawable::removePlanarReflections ( )

protected

osg::Node* makVrv::DtTritonDrawable::createReflectionWorldGraph ( makVrv::DtOsgRenderer &  osgRenderer, const osg::Matrix &  localToWorld, const osg::Vec3  currentPos  )

protected

void makVrv::DtTritonDrawable::computeReflectionMatrix ( const osg::Vec3 &  currentPosition )

protected

void makVrv::DtTritonDrawable::GetShaderUniformHandles ( ) const

protected

void makVrv::DtTritonDrawable::applyLighting ( osg::RenderInfo &  info ) const

protected

void makVrv::DtTritonDrawable::applyQuality ( ) const

protected

void makVrv::DtTritonDrawable::updateShader ( osg::Node *  node, const osg::State &  state  ) const

protected

void makVrv::DtTritonDrawable::computeReflectionBlend ( const osg::Vec3 &  currentPosition )

protected

void makVrv::DtTritonDrawable::adjustDisplacementDampingDistance ( )

protected

void makVrv::DtTritonDrawable::updateReflectionCamFogColor ( osg::Camera *  reflectionCam ) const

protected

slot for the fog color changing so we can set the clear color on the reflection maps to match

Member Data Documentation

boost::signal<void ()> makVrv::DtTritonDrawable::signal_postInitialize

Emitted when Triton has been initialized.

osg::ref_ptr< osg::TextureCubeMap > makVrv::DtTritonDrawable::myCubeMap

protected

Triton::ResourceLoader* makVrv::DtTritonDrawable::myResourceLoader

protected

Triton::Environment* makVrv::DtTritonDrawable::myEnvironment

protected

Referenced by environment().

Triton::Ocean* makVrv::DtTritonDrawable::myOcean

protected

Referenced by ocean().

double makVrv::DtTritonDrawable::myDefaultDampingDistance

protected

osg::Vec3 makVrv::DtTritonDrawable::myOceanFloorNormal

protected

osg::Vec3 makVrv::DtTritonDrawable::myOceanFloorOrigin

protected

bool makVrv::DtTritonDrawable::myGeocentricFlag

protected

Referenced by clone(), and cloneType().

bool makVrv::DtTritonDrawable::myPlanarReflectionsFlag

protected

float makVrv::DtTritonDrawable::myReflectionBlend

protected

float makVrv::DtTritonDrawable::myMaxReflectionBlend

protected

float makVrv::DtTritonDrawable::myMaxWindForReflections

protected

Referenced by setMaxReflectionWindSpeed().

bool makVrv::DtTritonDrawable::myReflectionsActive

protected

bool makVrv::DtTritonDrawable::myHeightMapFlag

protected

bool makVrv::DtTritonDrawable::myHeightMapChangedFlag

protected

bool makVrv::DtTritonDrawable::myBreakingWavesMapFlag

protected

bool makVrv::DtTritonDrawable::myBreakingWavesMapChangedFlag

protected

float makVrv::DtTritonDrawable::myDefaultVisibility

protected

Referenced by getWaterVisibility(), and setWaterVisibility().

float makVrv::DtTritonDrawable::mySurgeDepth

protected

Referenced by getSurgeDepth(), and setSurgeDepth().

bool makVrv::DtTritonDrawable::myInitializationComplete

protected

Referenced by getIsInitialized().

bool makVrv::DtTritonDrawable::myPrecipitationOverridden

protected

bool makVrv::DtTritonDrawable::mySavedPrecipitationState

protected

float makVrv::DtTritonDrawable::myHeightMapResolution

protected

float makVrv::DtTritonDrawable::myBreakingWavesMapResolution

protected

bool makVrv::DtTritonDrawable::myAllowUnderwater

protected

Referenced by getAllowUnderwaterEffects(), and setAllowUnderwaterEffects().

float makVrv::DtTritonDrawable::myLightThreshold

protected

bool makVrv::DtTritonDrawable::myPlanarReflectionsEnabled

protected

osg::Vec4 makVrv::DtTritonDrawable::myUnderwaterFogColor

protected

Referenced by getUnderwaterFogColor(), and setUnderwaterFogColor().

double makVrv::DtTritonDrawable::myUnderwaterVisibility

protected

Referenced by getUnderwaterVisibility(), and setUnderwaterVisibility().

float makVrv::DtTritonDrawable::myBreakerAmplitude

protected

makVrv::DtEnvironmentInfo& makVrv::DtTritonDrawable::myEnvironmentInfo

protected

Referenced by clone(), and cloneType().

makVrv::DtDe& makVrv::DtTritonDrawable::myDe

protected

Referenced by clone(), and cloneType().

std::map<osg::Camera *, osg::ref_ptr<makVrv::DtPlanarReflection> > makVrv::DtTritonDrawable::myPlanarReflectionCameraMap

protected

std::map<osg::Camera *, makVrv::DtTritonHeightMapManager *> makVrv::DtTritonDrawable::myHeightMapManagerMap

protected

std::map<osg::Camera *, makVrv::DtTritonBreakingWavesMapManager *> makVrv::DtTritonDrawable::myBreakingWavesMapManagerMap

protected

osg::ref_ptr< osg::ClipNode > makVrv::DtTritonDrawable::myClipNode

protected

osg::Plane makVrv::DtTritonDrawable::myReflectionPlane

protected

osg::Matrix makVrv::DtTritonDrawable::myReflectionMatrix

protected

DtVector makVrv::DtTritonDrawable::myLastGeocentricReference

protected

int makVrv::DtTritonDrawable::myViewPortSizeUniform[NUM_TRITON_SHADER_TYPES]

mutableprotected

int makVrv::DtTritonDrawable::myLightTextureUniform[NUM_TRITON_SHADER_TYPES]

mutableprotected

int makVrv::DtTritonDrawable::myTileLightIndexListTextureUniform[NUM_TRITON_SHADER_TYPES]

mutableprotected

int makVrv::DtTritonDrawable::myTileLightGridCountOffsetsTextureUniform[NUM_TRITON_SHADER_TYPES]

mutableprotected

int makVrv::DtTritonDrawable::myColorRampTextureUniform[NUM_TRITON_SHADER_TYPES]

mutableprotected

int makVrv::DtTritonDrawable::myModelViewMatrixUniform[NUM_TRITON_SHADER_TYPES]

mutableprotected

int makVrv::DtTritonDrawable::myModelViewInverseTransposeMatrixUniform[NUM_TRITON_SHADER_TYPES]

mutableprotected

int makVrv::DtTritonDrawable::myLightGridTileDimUniform[NUM_TRITON_SHADER_TYPES]

mutableprotected

int makVrv::DtTritonDrawable::myLightGridMaxDimUniform[NUM_TRITON_SHADER_TYPES]

mutableprotected

int makVrv::DtTritonDrawable::myCloudShadowTextureUniform[NUM_TRITON_SHADER_TYPES]

mutableprotected

int makVrv::DtTritonDrawable::myCloudShadowTexGenUniform[NUM_TRITON_SHADER_TYPES]

mutableprotected

int makVrv::DtTritonDrawable::myCloudShadowActive[NUM_TRITON_SHADER_TYPES]

mutableprotected

std::vector<unsigned int> makVrv::DtTritonDrawable::myUserShaderVector

mutableprotected

GLuint makVrv::DtTritonDrawable::myDefaultFragShaderId

protected

GLuint makVrv::DtTritonDrawable::myDefaultVertShaderId

protected

TritonQuality makVrv::DtTritonDrawable::myQuality

protected

const DtTritonManager& makVrv::DtTritonDrawable::myTritonManager

protected

Referenced by clone(), and cloneType().

DtSignalConnectionManager makVrv::DtTritonDrawable::myConnections

protected

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

• /exports/nfedora7-1/nightly/docs/vrforcesDevelopment.vrf4-3-branch/include/vrvTriton/DtTritonDrawable.h