A single Shape tactical graphic element. Examples of this would be an area or line. This class creates and manages DtVertexTacticalGraphicElements.

Inheritance diagram for makVrv::DtShapeTacticalGraphicElement:

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Public Member Functions
	DtShapeTacticalGraphicElement (DtBaseConnection &conn, DtStateListener &listener)

virtual	~DtShapeTacticalGraphicElement ()

	DtShapeTacticalGraphicElement ()=delete

	DtShapeTacticalGraphicElement (const DtShapeTacticalGraphicElement &)=delete

DtShapeTacticalGraphicElement &	operator= (const DtShapeTacticalGraphicElement &)=delete

virtual const DtElementEntry::ElementType	elementType () const override

virtual void	visualize (const DtSharedModelSetSettings::ModelSetVisualizedMap &sets) override

virtual DtVertexTacticalGraphicElement *	findVertexElement (const DtElementID id) const

virtual DtVertexTacticalGraphicElement *	vertexElement (unsigned int index) const


virtual void	setVertexElementDefinition (DtUnicode definition)

virtual DtUnicode	vertexElementDefinition ()


virtual const std::vector < DtVertexTacticalGraphicElement * > &	vertexElements () const

virtual std::vector < DtVertexTacticalGraphicElement * > &	vertexElements ()

Public Member Functions inherited from makVrv::DtTacticalGraphicElement
	DtTacticalGraphicElement (DtBaseConnection &conn, DtStateListener &listener)

virtual	~DtTacticalGraphicElement ()

	DtTacticalGraphicElement ()=delete

	DtTacticalGraphicElement (const DtTacticalGraphicElement &)=delete

DtTacticalGraphicElement &	operator= (const DtTacticalGraphicElement &)=delete

virtual void	setModelSetEnabled (DtModelSetId modelSet, bool enabled) override

virtual void	createVisualizersByModelSetAndType (DtModelSetId modelSet, int visualType)

virtual void	destroyVisualizersByModelSetAndType (DtModelSetId modelSet, int visualType)

template<typename VisualizerClass >
void	findVisualizers (std::vector< VisualizerClass * > &visualizers)

template<typename VisualizerClass >
void	findVisualizersByDynamicCast (std::vector< VisualizerClass * > &visualizers)

virtual void	setObjectIsVisible (bool vis)

virtual const ModelSetDataArray &	modelSetDataArray () const

virtual DtEnvironmentalKinematicState *	findKinematicState () const

virtual DtTacticalGraphicStateListener &	tacticalGraphicStateListener ()

virtual void	slot_forceChanged (DtForceType force)

virtual const DtTacticalGraphicModelSetData *	findModelSetData (DtModelSetId modelSet) const

virtual DtTacticalGraphicModelSetData *	findModelSetData (DtModelSetId modelSet)

virtual DtSceneObjectAgent *	findSceneObjectForModelSet (DtModelSetId modelSet) const

virtual DtTacticalGraphicVisualizerSet *	findVisualizerSetForModelSet (DtModelSetId modelSet) const

virtual void	setPickable (bool pickable)

virtual void	setPickable (bool pickable, DtModelSetId modelSet)

virtual std::vector< DtUniqueID >	sceneObjectUniqueIds ()

virtual DtUniqueID	sceneObjectIdForModelSet (DtModelSetId modelSet)

Public Member Functions inherited from makVrv::DtElement
	DtElement (DtBaseConnection &conn, DtElementID elementId)

virtual	~DtElement ()

	DtElement ()=delete

	DtElement (const DtElement &)=delete

DtElement &	operator= (const DtElement &)=delete

virtual void	setVisible (bool visible)

virtual bool	visible () const

virtual void	setElementId (const DtElementID)

DtElementID	elementID () const

virtual const DtUnicode &	elementDefinition () const

virtual void	setElementDefinition (const DtUnicode &definition)

virtual std::string	displayUnitCollectionName () const

virtual void	setDisplayUnitCollectionName (const std::string &definition)

virtual void	setDriverType (const std::string &driverType)

virtual void	setElementSubtype (DtElementAttributes::ElementSubtypes subtype)

virtual void	changeElementAttribute (const DtElementAttribute *attr)

virtual void	updateElementDefinitionFromDefinitions ()

virtual void	updateElementDefinitionFromDefinitions (std::vector< DtUnicode > &definitions)

virtual ModelSetToSceneObjectIdMap &	modelSetToSceneObjectIdMap ()

virtual void	setSceneObjectIdForModelSet (DtModelSetId modelSet, DtUniqueID id)

virtual void	removeSceneObjectIdForModelSet (DtModelSetId modelSet)

virtual DtUniqueID	sceneObjectIdForModelSet (DtModelSetId modelSet) const

Static Public Member Functions
static const DtElementEntry::ElementType	theElementType ()

Static Public Member Functions inherited from makVrv::DtTacticalGraphicElement
static const DtElementEntry::ElementType	theElementType ()

Public Attributes
std::vector < DtVertexTacticalGraphicElement * >	myVertexElements

DtUnicode	myVertexElementDefinition

bool	myVertexSignalsConnected

Protected Member Functions
virtual void	slot_vertexListUpdated (const DtEnvironmentalStateListener::VertexList &vertices)

virtual void	slot_vertexAdded ()

virtual void	slot_vertexRemoved (int)

virtual void	slot_vertexInserted (int)

virtual DtEnvironmentalKinematicState *	createKinState () override


virtual DtVertexTacticalGraphicElement *	addVertexElement (int iIndex)

virtual void	removeVertexElement (int iIndex)

Protected Member Functions inherited from makVrv::DtTacticalGraphicElement
virtual void	processElementParameters ()

void	setKindAndCategory (int kind, int category)

virtual void	reportKindAndCategory ()

virtual void	slot_visibilityChanged (bool vis)

Protected Member Functions inherited from makVrv::DtElement
void	slot_updateOverlayNameRaw (const char *text)

void	slot_updateConnectionObjectID (const std::string &id)

void	slot_updateConnectionObjectType (const std::string &type)

void	slot_updateDisplayName (const std::string &text)

void	slot_updateOverlayName (const std::string &pname)

void	slot_updateDamageState (EntityStateListener::DamageState state)

virtual void	getDefinitions (std::vector< DtUnicode > &definitions)

virtual void	warnVisualizationFailed (const std::string &file, int line, const std::string &function, DtVisualizerSet visSet, DtSceneObjectAgent sceneObject, DtModelSetId modelSet, DtException ex)

virtual void	reportElementCreated ()

virtual void	reportDisplayName ()

virtual void	reportConnectionObjectID ()

virtual void	reportConnectionObjectType ()

virtual void	reportOverlayNameChanged ()

virtual void	reportVisibility ()

virtual void	reportDamageStateChanged ()

virtual void	reportDriverType ()

virtual void	reportElementSubtype ()

virtual void	reportElementDefinitionName ()

virtual void	reportDisplayUnitCollectionName ()

virtual bool	distribute () const

virtual void	setDistribute (const bool distribute)

Additional Inherited Members
Public Types inherited from makVrv::DtTacticalGraphicElement
using	ModelSetDataArray = std::array< DtTacticalGraphicModelSetData, MAX_MODEL_SETS >

Public Types inherited from makVrv::DtElement
using	ModelSetToSceneObjectIdMap = boost::unordered_map< DtModelSetId, DtUniqueID >

Protected Attributes inherited from makVrv::DtTacticalGraphicElement
DtTacticalGraphicStateListener &	myListener

DtEnvironmentalKinematicState *	myKinematicState

ModelSetDataArray	myModelSetDataArray

DtSignalConnectionManager	myConnections

std::pair< int, int >	myKindCategory

Protected Attributes inherited from makVrv::DtElement
DtAgentManagerInterface &	mySceneInterface

DtSharedSettingsManager &	mySettingsManager

const DtVisualizerCreationSettings::VisualTypeVisualizerCreationMap &	myVisualTypeVisualizerCreationMap

DtBaseConnection &	myBaseConnection

DtElementID	myElementId

DtUnicode	myElementDefinitionName

const DtElementDefinition *	myElementDefinition

std::string	myDisplayUnitCollectionName

std::string	myConnectionObjectID

std::string	myConnectionObjectType

std::string	myDisplayName

std::string	myElementOverlayName

std::string	myDriverType

DtElementAttributes::ElementSubtypes	myElementSubtype

EntityStateListener::DamageState	myDamageState

bool	myElementVisible

bool	myElementReported

bool	myDistribute

ModelSetToSceneObjectIdMap	myModelSetToSceneObjectIdMap

Constructor & Destructor Documentation

makVrv::DtShapeTacticalGraphicElement::DtShapeTacticalGraphicElement	(	DtBaseConnection &	conn,
		DtStateListener &	listener
	)

CTOR.

virtual makVrv::DtShapeTacticalGraphicElement::~DtShapeTacticalGraphicElement ( )

virtual

DTOR.

makVrv::DtShapeTacticalGraphicElement::DtShapeTacticalGraphicElement ( )

delete

not allowed - default constructor

makVrv::DtShapeTacticalGraphicElement::DtShapeTacticalGraphicElement ( const DtShapeTacticalGraphicElement & )

delete

not allowed - copy constructor

Member Function Documentation

DtShapeTacticalGraphicElement& makVrv::DtShapeTacticalGraphicElement::operator= ( const DtShapeTacticalGraphicElement & )

delete

not allowed - equals operator

virtual const DtElementEntry::ElementType makVrv::DtShapeTacticalGraphicElement::elementType ( ) const

overridevirtual

Returns the element type, in this case tactical graphic shape.

Reimplemented from makVrv::DtTacticalGraphicElement.

static const DtElementEntry::ElementType makVrv::DtShapeTacticalGraphicElement::theElementType ( )

static

virtual void makVrv::DtShapeTacticalGraphicElement::visualize ( const DtSharedModelSetSettings::ModelSetVisualizedMap & sets )

overridevirtual

Visualize the element. This override sets the element definition that is to be used for vertices, it has to be done here rather than in the constructor as we do not know this element's definition in the constructor Also connects to the vertex signals from the listener to avoid the vertices being created too early.

Reimplemented from makVrv::DtTacticalGraphicElement.

virtual void makVrv::DtShapeTacticalGraphicElement::setVertexElementDefinition ( DtUnicode definition )

virtual

Vertex Element Definition Default is "Vertex".

virtual DtUnicode makVrv::DtShapeTacticalGraphicElement::vertexElementDefinition ( )

virtual

Vertex Element Definition Default is "Vertex".

virtual DtVertexTacticalGraphicElement* makVrv::DtShapeTacticalGraphicElement::findVertexElement ( const DtElementID id ) const

virtual

Attempt to find the element from the in param ID.

virtual DtVertexTacticalGraphicElement* makVrv::DtShapeTacticalGraphicElement::vertexElement ( unsigned int index ) const

virtual

Returns the vertex element at the given index.

virtual const std::vector< DtVertexTacticalGraphicElement* >& makVrv::DtShapeTacticalGraphicElement::vertexElements ( ) const

virtual

Get access to the vertex elements.

virtual std::vector< DtVertexTacticalGraphicElement* >& makVrv::DtShapeTacticalGraphicElement::vertexElements ( )

virtual

Get access to the vertex elements.

virtual void makVrv::DtShapeTacticalGraphicElement::slot_vertexListUpdated ( const DtEnvironmentalStateListener::VertexList & vertices )

protectedvirtual

Connected to signal_vertexListUpdated and signal_offsetPointsSet.

virtual void makVrv::DtShapeTacticalGraphicElement::slot_vertexAdded ( )

protectedvirtual

Connected to signal_vertexAdded This class does not care about the position of the vertex, that is left for kinematic state to process.

virtual void makVrv::DtShapeTacticalGraphicElement::slot_vertexRemoved ( int )

protectedvirtual

Connected to signal_aboutToRemoveVertex.

virtual void makVrv::DtShapeTacticalGraphicElement::slot_vertexInserted ( int )

protectedvirtual

Connected to signal_insertVertex.

virtual DtVertexTacticalGraphicElement* makVrv::DtShapeTacticalGraphicElement::addVertexElement ( int iIndex )

protectedvirtual

Vertex Elements.

virtual void makVrv::DtShapeTacticalGraphicElement::removeVertexElement ( int iIndex )

protectedvirtual

Vertex Elements.

virtual DtEnvironmentalKinematicState* makVrv::DtShapeTacticalGraphicElement::createKinState ( )

overrideprotectedvirtual

Create a DtShapeEnvironmentalKinematicState object.

Reimplemented from makVrv::DtTacticalGraphicElement.

Member Data Documentation

std::vector< DtVertexTacticalGraphicElement* > makVrv::DtShapeTacticalGraphicElement::myVertexElements

DtUnicode makVrv::DtShapeTacticalGraphicElement::myVertexElementDefinition

bool makVrv::DtShapeTacticalGraphicElement::myVertexSignalsConnected

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

/data/exports/nrhent7-1/nightly/docs/vrForces.vrf5-2-branch/include/vrvCore/DtShapeTacticalGraphicElement.h

Public Member Functions

Static Public Member Functions

Public Attributes

Protected Member Functions

Additional Inherited Members

Constructor & Destructor Documentation

Member Function Documentation

Member Data Documentation