Detailed Description

DtVortexPhysicalWorld handles the initialization, management, and execution of the Vortex physics engine within the simulation. It manages terrain, collision detection, and physics simulation updates.

#include <vortexPhysicalWorld.h>

Inheritance diagram for makVre::DtVortexPhysicalWorld:

[legend]

Public Member Functions
	DtVortexPhysicalWorld (DtSimulationServices simManager, DtLocalObjectManager localObjManager, DtCgf *cgf)

virtual	~DtVortexPhysicalWorld () override

virtual void	tick () override

Vx::VxSmartPtr< VxSim::VxApplication >	vortexApplication ()

VxSim::VxSmartInterface< VxContent::Scene >	vortexScene ()

makVre::DtInitializer *	configInitializer ()

makVre::DtCoordinateConvert *	geocentricCoordConverter ()

virtual void	updateCoordinateConverter ()

virtual void	setUniverse (Vx::VxUniverse *universe)

virtual Vx::VxUniverse *	getUniverse ()

virtual void	setPagedTerrainProducer (DtVortexPagedTerrainProducer *producer)

virtual DtVortexPagedTerrainProducer *	pagedTerrainProducer ()

virtual void	setPagedTerrain (DtVortexPagedTerrainInterface *pagedTerrainInterface)

virtual DtVortexPagedTerrainInterface *	pagedTerrain ()

virtual std::shared_ptr< makVre::DtVortexDynamicTerrainHandler >	vortexDynamicTerrainHandler ()

virtual void	setVortexDynamicTerrainHandler (std::shared_ptr< makVre::DtVortexDynamicTerrainHandler > handler)

virtual makVre::DtVortexCollisionProxyGenerator *	getCollisionProxyGenerator ()

virtual DtLocalObjectManager *	localObjectManager ()

virtual std::shared_ptr< DtVortexDebug >	vortexDebug ()

virtual std::shared_ptr< DtVreThreadPool >	threadPool ()

virtual Vx::VxMaterialTable *	getMaterialTable ()

bool	isDestructingCGF ()

double	checkDistanceToCoordinateOrigin () const

void	setCheckDistanceToCoordinateOrigin (double val)

bool	checkToCoordinateOrigin () const

void	setCheckToCoordinateOrigin (bool val)

Static Public Member Functions
static DtVortexPhysicalWorld *	instance ()

Protected Member Functions
virtual void	updateCoordinateConverterFromGeocentric (const DtVector &worldPos)

virtual void	updateUniverseSettings (Vx::VxUniverse *univ)

virtual void	resetVortexApplication ()

virtual void	runVortexApplication ()

virtual void	pauseVortexApplication ()

virtual void	updateVortex (const std::function< bool(void)> func)

virtual void	updateVortex (VxSim::eApplicationMode targetMode)

virtual void	initializeVortexApplication ()

virtual bool	initializeCollisionManager (DtCgf *cgf)

virtual void	processPreScenarioRewindCallback ()

virtual void	processPostScenarioRewindCallback ()

virtual void	processPreLoadScenario ()

virtual void	processPostLoadScenario ()

virtual void	processPreLoadTerrain ()

virtual void	processPostLoadTerrain ()

virtual void	processPreCloseScenarioCallback ()

virtual void	processPostCloseScenarioCallback ()

virtual void	processScenarioRunCallback ()

virtual void	processScenarioPauseCallback ()

virtual void	processPostTickInitCallback ()

virtual void	processCgfAboutToBeDestroyed ()

virtual void	updateImgui ()

Static Protected Member Functions
static void	preScenarioRollbackCallback (void *data)

static void	postScenarioRollbackCallback (void *data)

static void	preLoadScenarioCallback (DtScenario &scenario, void *data)

static void	postLoadScenarioCallback (const DtScenario &scenario, void *data)

static void	preLoadTerrainCallback (const DtFilename &scenario, void *data)

static void	postLoadTerrainCallback (const DtFilename &terrain, void *data)

static void	preCloseScenarioCallback (void *data)

static void	postCloseScenarioCallback (void *data)

static void	scenarioRunCallback (void *data)

static void	scenarioPauseCallback (void *data)

static void	postTickInitCallback (void *data)

static void	cgfAboutToBeDestroyed (void *data)

static void	renderImguiCallback (void *args)

Protected Attributes
bool	myDestructingCGF

DtCgf *	myCgf

makVre::DtVortexCollisionProxyGenerator *	myVortexCollisionManager

VxSim::VxSmartInterface< VxSim::IMaterialTable >	myMaterialTable

VxSim::VxSmartInterface< DtVxSimModule >	myModule

Vx::VxSmartPtr< VxSim::VxExtension >	myTerrainExt

VxSim::VxSmartInterface< VxContent::Scene >	myScene

Vx::VxSmartPtr< VxSim::VxApplication >	myApplication

Vx::VxSmartPtr< VxSim::VxSimulationState >	mySimulationState

DtVortexPagedTerrainProducer *	myPagedTerrainProducer

DtVortexPagedTerrainInterface *	myPagedTerrainInterface

Vx::VxUniverse *	myUniverse

std::shared_ptr< DtVxPluginManagerListener >	myListener

std::shared_ptr< DtVreThreadPool >	myThreadPool

makVre::DtInitializer *	myConfigInitializer

makVre::DtCoordinateConvert	myCoordConverter

bool	myOverrideCoordinateConverterLocation

boost::signals2::connection	myFirstObjectCreatedConnection

std::shared_ptr< DtVortexDebug >	myVortexDebug

std::shared_ptr< makVre::DtVortexDynamicTerrainHandler >	myDynamicTerrainHandler

double	myCheckDistanceToCoordinateOrigin

bool	myCheckToCoordinateOrigin

Static Protected Attributes
static DtVortexPhysicalWorld *	thePhysicalWorld

Constructor & Destructor Documentation

◆ DtVortexPhysicalWorld()

makVre::DtVortexPhysicalWorld::DtVortexPhysicalWorld	(	DtSimulationServices *	simManager,
		DtLocalObjectManager *	localObjManager,
		DtCgf *	cgf )

explicit

Constructs a new Vortex physical world.

Parameters

simManager	Pointer to the simulation services manager
localObjManager	Pointer to the local object manager
cgf	Pointer to the CGF instance

Referenced by instance().

◆ ~DtVortexPhysicalWorld()

virtual makVre::DtVortexPhysicalWorld::~DtVortexPhysicalWorld ( )

overridevirtual

Virtual destructor.

Member Function Documentation

◆ instance()

static DtVortexPhysicalWorld * makVre::DtVortexPhysicalWorld::instance ( )

static

Gets the singleton instance of the Vortex Physical World.

Returns: Pointer to the DtVortexPhysicalWorld instance

References DtVortexPhysicalWorld().

◆ tick()

virtual void makVre::DtVortexPhysicalWorld::tick ( )

overridevirtual

Main update function for the physics simulation.

Updates the Vortex Application, VortexDebug, VortexCollisionProxyGenerator, and VortexDynamicTerrainHandler components.

◆ vortexApplication()

Vx::VxSmartPtr< VxSim::VxApplication > makVre::DtVortexPhysicalWorld::vortexApplication ( )

Gets the Vortex application instance.

Returns: Smart pointer to the VxApplication

◆ vortexScene()

VxSim::VxSmartInterface< VxContent::Scene > makVre::DtVortexPhysicalWorld::vortexScene ( )

Gets the Vortex scene instance.

Returns: Smart interface to the Scene

◆ configInitializer()

makVre::DtInitializer * makVre::DtVortexPhysicalWorld::configInitializer ( )

Gets the configuration initializer.

Returns: Pointer to the DtInitializer instance

◆ geocentricCoordConverter()

makVre::DtCoordinateConvert * makVre::DtVortexPhysicalWorld::geocentricCoordConverter ( )

Gets the geocentric coordinate converter.

Returns: Pointer to the coordinate converter, NULL if using flat earth/UTM/topographic terrain

◆ updateCoordinateConverter()

virtual void makVre::DtVortexPhysicalWorld::updateCoordinateConverter ( )

virtual

Updates the coordinate converter based on different conditions Called from.

See also: processPostLoadScenario with a list of entities. If there are local, vortex entities loaded: Gets the average position of them all and calls; updateCoordinateConverterFromGeocentric() If there are no entities above, then waits for first vortex entity created and then sets the origin at that location.

◆ setUniverse()

virtual void makVre::DtVortexPhysicalWorld::setUniverse ( Vx::VxUniverse * universe )

virtual

Sets the Vortex universe instance.

Parameters

universe Pointer to the VxUniverse to set

◆ getUniverse()

virtual Vx::VxUniverse * makVre::DtVortexPhysicalWorld::getUniverse ( )

virtual

Gets the current Vortex universe instance.

Returns: Pointer to the current VxUniverse

◆ setPagedTerrainProducer()

virtual void makVre::DtVortexPhysicalWorld::setPagedTerrainProducer ( DtVortexPagedTerrainProducer * producer )

virtual

Sets the paged terrain producer.

Parameters

producer Pointer to the terrain producer instance

◆ pagedTerrainProducer()

virtual DtVortexPagedTerrainProducer * makVre::DtVortexPhysicalWorld::pagedTerrainProducer ( )

virtual

Gets the current paged terrain producer.

Returns: Pointer to the current terrain producer

◆ setPagedTerrain()

virtual void makVre::DtVortexPhysicalWorld::setPagedTerrain ( DtVortexPagedTerrainInterface * pagedTerrainInterface )

virtual

Sets the paged terrain interface.

Parameters

pagedTerrainInterface Pointer to the terrain interface

◆ pagedTerrain()

virtual DtVortexPagedTerrainInterface * makVre::DtVortexPhysicalWorld::pagedTerrain ( )

virtual

Gets the current paged terrain interface.

Returns: Pointer to the current terrain interface

◆ vortexDynamicTerrainHandler()

virtual std::shared_ptr< makVre::DtVortexDynamicTerrainHandler > makVre::DtVortexPhysicalWorld::vortexDynamicTerrainHandler ( )

virtual

Gets the dynamic terrain handler.

Returns: Shared pointer to the terrain handler

◆ setVortexDynamicTerrainHandler()

virtual void makVre::DtVortexPhysicalWorld::setVortexDynamicTerrainHandler ( std::shared_ptr< makVre::DtVortexDynamicTerrainHandler > handler )

virtual

Sets the dynamic terrain handler.

Parameters

handler Shared pointer to the new terrain handler

◆ getCollisionProxyGenerator()

virtual makVre::DtVortexCollisionProxyGenerator * makVre::DtVortexPhysicalWorld::getCollisionProxyGenerator ( )

virtual

Gets the collision proxy generator.

Returns: Pointer to the collision proxy generator

Note: Returns NULL if enableNonVortexToVortexCollisions is false in vortexConfig.lua

◆ localObjectManager()

virtual DtLocalObjectManager * makVre::DtVortexPhysicalWorld::localObjectManager ( )

virtual

Gets the local object manager.

Returns: Pointer to the local object manager

◆ vortexDebug()

virtual std::shared_ptr< DtVortexDebug > makVre::DtVortexPhysicalWorld::vortexDebug ( )

virtual

Gets the debug interface.

Returns: Shared pointer to the debug interface

◆ threadPool()

virtual std::shared_ptr< DtVreThreadPool > makVre::DtVortexPhysicalWorld::threadPool ( )

virtual

Gets the thread pool for paged terrain.

Returns: Shared pointer to the thread pool

◆ getMaterialTable()

virtual Vx::VxMaterialTable * makVre::DtVortexPhysicalWorld::getMaterialTable ( )

virtual

Gets the material table.

Returns: Pointer to the material table

◆ isDestructingCGF()

bool makVre::DtVortexPhysicalWorld::isDestructingCGF ( )

Checks if the CGF is being destroyed.

Returns: true if CGF is in process of destruction, false otherwise

◆ checkDistanceToCoordinateOrigin()

double makVre::DtVortexPhysicalWorld::checkDistanceToCoordinateOrigin ( ) const

Gets the distance to check to the coordinate origin. Distance is in km. Set in the vortexConfig.lua.

Returns: the distance (km)

◆ setCheckDistanceToCoordinateOrigin()

void makVre::DtVortexPhysicalWorld::setCheckDistanceToCoordinateOrigin ( double val )

The distance to check for how the vehicle from the coordinate origin. Distance is in km. Set in the vortexConfig.lua by default.

Parameters

val	distance (km)

◆ checkToCoordinateOrigin()

bool makVre::DtVortexPhysicalWorld::checkToCoordinateOrigin ( ) const

Check for how far we are from the coordinate origin. Purely informational check, provides no simulation impact.

Returns: true if we should do our check

◆ setCheckToCoordinateOrigin()

void makVre::DtVortexPhysicalWorld::setCheckToCoordinateOrigin ( bool val )

Set for Check distance from origin.

Parameters

val

◆ updateCoordinateConverterFromGeocentric()

virtual void makVre::DtVortexPhysicalWorld::updateCoordinateConverterFromGeocentric ( const DtVector & worldPos )

protectedvirtual

Updates the geocentric coordinate converter to a new position Given a new world position, reinitializes the coordinate converter to reference the passed in point as your new 0,0,0 in flat earth coordinates.

Parameters

worldPos The world location in GeocentricCoordinates

◆ updateUniverseSettings()

virtual void makVre::DtVortexPhysicalWorld::updateUniverseSettings ( Vx::VxUniverse * univ )

protectedvirtual

Updates the physics universe settings.

Parameters

univ	Pointer to the universe to update

◆ resetVortexApplication()

virtual void makVre::DtVortexPhysicalWorld::resetVortexApplication ( )

protectedvirtual

Resets the Vortex application to its initial state.

◆ runVortexApplication()

virtual void makVre::DtVortexPhysicalWorld::runVortexApplication ( )

protectedvirtual

Starts the Vortex application.

◆ pauseVortexApplication()

virtual void makVre::DtVortexPhysicalWorld::pauseVortexApplication ( )

protectedvirtual

Pauses the Vortex application.

◆ updateVortex() [1/2]

virtual void makVre::DtVortexPhysicalWorld::updateVortex ( const std::function< bool(void)> func )

protectedvirtual

Updates Vortex until a condition is met.

Parameters

func	Function returning bool that determines when to stop updating

◆ updateVortex() [2/2]

virtual void makVre::DtVortexPhysicalWorld::updateVortex ( VxSim::eApplicationMode targetMode )

protectedvirtual

Updates Vortex until a specific application mode is reached.

Parameters

targetMode The target application mode

◆ initializeVortexApplication()

virtual void makVre::DtVortexPhysicalWorld::initializeVortexApplication ( )

protectedvirtual

Initializes the Vortex application.

◆ initializeCollisionManager()

virtual bool makVre::DtVortexPhysicalWorld::initializeCollisionManager ( DtCgf * cgf )

protectedvirtual

Initializes the collision manager.

Parameters

cgf	Pointer to the CGF instance

Returns: true if initialization successful, false otherwise

◆ preScenarioRollbackCallback()

static void makVre::DtVortexPhysicalWorld::preScenarioRollbackCallback ( void * data )

staticprotected

Static callback for pre-scenario rollback events.

Parameters

data	Pointer to user data (typically the DtVortexPhysicalWorld instance)

◆ processPreScenarioRewindCallback()

virtual void makVre::DtVortexPhysicalWorld::processPreScenarioRewindCallback ( )

protectedvirtual

Processes pre-scenario rewind events.

◆ postScenarioRollbackCallback()

static void makVre::DtVortexPhysicalWorld::postScenarioRollbackCallback ( void * data )

staticprotected

Static callback for post-scenario rollback events.

Parameters

data	Pointer to user data (typically the DtVortexPhysicalWorld instance)

◆ processPostScenarioRewindCallback()

virtual void makVre::DtVortexPhysicalWorld::processPostScenarioRewindCallback ( )

protectedvirtual

Processes post-scenario rewind events.

◆ preLoadScenarioCallback()

static void makVre::DtVortexPhysicalWorld::preLoadScenarioCallback	(	DtScenario &	scenario,
		void *	data )

staticprotected

Static callback for pre-load scenario events.

Parameters

scenario	Reference to the scenario being loaded
data	Pointer to user data (typically the DtVortexPhysicalWorld instance)

◆ processPreLoadScenario()

virtual void makVre::DtVortexPhysicalWorld::processPreLoadScenario ( )

protectedvirtual

Processes pre-load scenario events.

◆ postLoadScenarioCallback()

static void makVre::DtVortexPhysicalWorld::postLoadScenarioCallback	(	const DtScenario &	scenario,
		void *	data )

staticprotected

Static callback for post-load scenario events.

Parameters

scenario	Reference to the loaded scenario
data	Pointer to user data (typically the DtVortexPhysicalWorld instance)

◆ processPostLoadScenario()

virtual void makVre::DtVortexPhysicalWorld::processPostLoadScenario ( )

protectedvirtual

Processes post-load scenario events.

◆ preLoadTerrainCallback()

static void makVre::DtVortexPhysicalWorld::preLoadTerrainCallback	(	const DtFilename &	scenario,
		void *	data )

staticprotected

Static callback for pre-load terrain events.

Parameters

scenario	Filename of the scenario being loaded
data	Pointer to user data (typically the DtVortexPhysicalWorld instance)

◆ processPreLoadTerrain()

virtual void makVre::DtVortexPhysicalWorld::processPreLoadTerrain ( )

protectedvirtual

Processes pre-load terrain events.

◆ postLoadTerrainCallback()

static void makVre::DtVortexPhysicalWorld::postLoadTerrainCallback	(	const DtFilename &	terrain,
		void *	data )

staticprotected

Static callback for post-load terrain events.

Parameters

terrain	Filename of the loaded terrain
data	Pointer to user data (typically the DtVortexPhysicalWorld instance)

◆ processPostLoadTerrain()

virtual void makVre::DtVortexPhysicalWorld::processPostLoadTerrain ( )

protectedvirtual

Processes post-load terrain events.

◆ preCloseScenarioCallback()

static void makVre::DtVortexPhysicalWorld::preCloseScenarioCallback ( void * data )

staticprotected

Static callback for pre-close scenario events.

Parameters

data	Pointer to user data (typically the DtVortexPhysicalWorld instance)

◆ processPreCloseScenarioCallback()

virtual void makVre::DtVortexPhysicalWorld::processPreCloseScenarioCallback ( )

protectedvirtual

Processes pre-close scenario events.

◆ postCloseScenarioCallback()

static void makVre::DtVortexPhysicalWorld::postCloseScenarioCallback ( void * data )

staticprotected

Static callback for post-close scenario events.

Parameters

data	Pointer to user data (typically the DtVortexPhysicalWorld instance)

◆ processPostCloseScenarioCallback()

virtual void makVre::DtVortexPhysicalWorld::processPostCloseScenarioCallback ( )

protectedvirtual

Processes post-close scenario events.

◆ scenarioRunCallback()

static void makVre::DtVortexPhysicalWorld::scenarioRunCallback ( void * data )

staticprotected

Static callback for scenario run events.

Parameters

data	Pointer to user data (typically the DtVortexPhysicalWorld instance)

◆ processScenarioRunCallback()

virtual void makVre::DtVortexPhysicalWorld::processScenarioRunCallback ( )

protectedvirtual

Processes scenario run events.

◆ scenarioPauseCallback()

static void makVre::DtVortexPhysicalWorld::scenarioPauseCallback ( void * data )

staticprotected

Static callback for scenario pause events.

Parameters

data	Pointer to user data (typically the DtVortexPhysicalWorld instance)

◆ processScenarioPauseCallback()

virtual void makVre::DtVortexPhysicalWorld::processScenarioPauseCallback ( )

protectedvirtual

Processes scenario pause events.

◆ postTickInitCallback()

static void makVre::DtVortexPhysicalWorld::postTickInitCallback ( void * data )

staticprotected

Static callback for post-tick initialization events.

Parameters

data	Pointer to user data (typically the DtVortexPhysicalWorld instance)

◆ processPostTickInitCallback()

virtual void makVre::DtVortexPhysicalWorld::processPostTickInitCallback ( )

protectedvirtual

Processes post-tick initialization events.

◆ cgfAboutToBeDestroyed()

static void makVre::DtVortexPhysicalWorld::cgfAboutToBeDestroyed ( void * data )

staticprotected

Static callback for CGF destruction events.

Parameters

data	Pointer to user data (typically the DtVortexPhysicalWorld instance)

◆ processCgfAboutToBeDestroyed()

virtual void makVre::DtVortexPhysicalWorld::processCgfAboutToBeDestroyed ( )

protectedvirtual

Processes CGF destruction events.

◆ renderImguiCallback()

static void makVre::DtVortexPhysicalWorld::renderImguiCallback ( void * args )

staticprotected

Static callback for ImGui rendering events.

Parameters

args	Pointer to arguments for the callback

◆ updateImgui()

virtual void makVre::DtVortexPhysicalWorld::updateImgui ( )

protectedvirtual

Updates ImGui interface elements.

Member Data Documentation

◆ myDestructingCGF

bool makVre::DtVortexPhysicalWorld::myDestructingCGF

protected

Flag indicating if CGF is being destroyed.

◆ thePhysicalWorld

DtVortexPhysicalWorld* makVre::DtVortexPhysicalWorld::thePhysicalWorld

staticprotected

Singleton instance of the physical world.

◆ myCgf

DtCgf* makVre::DtVortexPhysicalWorld::myCgf

protected

Pointer to the CGF instance.

◆ myVortexCollisionManager

makVre::DtVortexCollisionProxyGenerator* makVre::DtVortexPhysicalWorld::myVortexCollisionManager

protected

Collision proxy generator for handling collisions.

◆ myMaterialTable

VxSim::VxSmartInterface<VxSim::IMaterialTable> makVre::DtVortexPhysicalWorld::myMaterialTable

protected

Material table for physics interactions.

◆ myModule

VxSim::VxSmartInterface<DtVxSimModule> makVre::DtVortexPhysicalWorld::myModule

protected

Vortex simulation module.

◆ myTerrainExt

Vx::VxSmartPtr<VxSim::VxExtension> makVre::DtVortexPhysicalWorld::myTerrainExt

protected

Terrain extension for Vortex.

◆ myScene

VxSim::VxSmartInterface<VxContent::Scene> makVre::DtVortexPhysicalWorld::myScene

protected

Vortex scene interface.

◆ myApplication

Vx::VxSmartPtr<VxSim::VxApplication> makVre::DtVortexPhysicalWorld::myApplication

protected

Vortex application instance.

◆ mySimulationState

Vx::VxSmartPtr<VxSim::VxSimulationState> makVre::DtVortexPhysicalWorld::mySimulationState

protected

Simulation state for Vortex.

◆ myPagedTerrainProducer

DtVortexPagedTerrainProducer* makVre::DtVortexPhysicalWorld::myPagedTerrainProducer

protected

Producer for paged terrain.

◆ myPagedTerrainInterface

DtVortexPagedTerrainInterface* makVre::DtVortexPhysicalWorld::myPagedTerrainInterface

protected

Interface for paged terrain.

◆ myUniverse

Vx::VxUniverse* makVre::DtVortexPhysicalWorld::myUniverse

protected

Vortex universe instance.

◆ myListener

std::shared_ptr<DtVxPluginManagerListener> makVre::DtVortexPhysicalWorld::myListener

protected

Plugin manager listener.

◆ myThreadPool

std::shared_ptr<DtVreThreadPool> makVre::DtVortexPhysicalWorld::myThreadPool

protected

Thread pool for parallel processing.

◆ myConfigInitializer

makVre::DtInitializer* makVre::DtVortexPhysicalWorld::myConfigInitializer

protected

Configuration initializer.

◆ myCoordConverter

makVre::DtCoordinateConvert makVre::DtVortexPhysicalWorld::myCoordConverter

protected

Coordinate converter for transformations.

◆ myOverrideCoordinateConverterLocation

bool makVre::DtVortexPhysicalWorld::myOverrideCoordinateConverterLocation

protected

◆ myFirstObjectCreatedConnection

boost::signals2::connection makVre::DtVortexPhysicalWorld::myFirstObjectCreatedConnection

protected

◆ myVortexDebug

std::shared_ptr<DtVortexDebug> makVre::DtVortexPhysicalWorld::myVortexDebug

protected

Debug interface for Vortex.

◆ myDynamicTerrainHandler

std::shared_ptr<makVre::DtVortexDynamicTerrainHandler> makVre::DtVortexPhysicalWorld::myDynamicTerrainHandler

protected

Handler for dynamic terrain.

◆ myCheckDistanceToCoordinateOrigin

double makVre::DtVortexPhysicalWorld::myCheckDistanceToCoordinateOrigin

protected

◆ myCheckToCoordinateOrigin

bool makVre::DtVortexPhysicalWorld::myCheckToCoordinateOrigin

protected

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

include/vrfExtensions/vreVrfVortex/vortexPhysicalWorld.h

Detailed Description

Public Member Functions

Static Public Member Functions

Protected Member Functions

Static Protected Member Functions

Protected Attributes

Static Protected Attributes

Constructor & Destructor Documentation

◆ DtVortexPhysicalWorld()

◆ ~DtVortexPhysicalWorld()

Member Function Documentation

◆ instance()

◆ tick()

◆ vortexApplication()

◆ vortexScene()

◆ configInitializer()

◆ geocentricCoordConverter()

◆ updateCoordinateConverter()

◆ setUniverse()

◆ getUniverse()

◆ setPagedTerrainProducer()

◆ pagedTerrainProducer()

◆ setPagedTerrain()

◆ pagedTerrain()

◆ vortexDynamicTerrainHandler()

◆ setVortexDynamicTerrainHandler()

◆ getCollisionProxyGenerator()

◆ localObjectManager()

◆ vortexDebug()

◆ threadPool()

◆ getMaterialTable()

◆ isDestructingCGF()

◆ checkDistanceToCoordinateOrigin()

◆ setCheckDistanceToCoordinateOrigin()

◆ checkToCoordinateOrigin()

◆ setCheckToCoordinateOrigin()

◆ updateCoordinateConverterFromGeocentric()

◆ updateUniverseSettings()

◆ resetVortexApplication()

◆ runVortexApplication()

◆ pauseVortexApplication()

◆ updateVortex() [1/2]

◆ updateVortex() [2/2]

◆ initializeVortexApplication()

◆ initializeCollisionManager()

◆ preScenarioRollbackCallback()

◆ processPreScenarioRewindCallback()

◆ postScenarioRollbackCallback()

◆ processPostScenarioRewindCallback()

◆ preLoadScenarioCallback()

◆ processPreLoadScenario()

◆ postLoadScenarioCallback()

◆ processPostLoadScenario()

◆ preLoadTerrainCallback()

◆ processPreLoadTerrain()

◆ postLoadTerrainCallback()

◆ processPostLoadTerrain()

◆ preCloseScenarioCallback()

◆ processPreCloseScenarioCallback()

◆ postCloseScenarioCallback()

◆ processPostCloseScenarioCallback()

◆ scenarioRunCallback()

◆ processScenarioRunCallback()

◆ scenarioPauseCallback()

◆ processScenarioPauseCallback()

◆ postTickInitCallback()

◆ processPostTickInitCallback()

◆ cgfAboutToBeDestroyed()

◆ processCgfAboutToBeDestroyed()

◆ renderImguiCallback()

◆ updateImgui()

Member Data Documentation

◆ myDestructingCGF

◆ thePhysicalWorld

◆ myCgf

◆ myVortexCollisionManager

◆ myMaterialTable

◆ myModule

◆ myTerrainExt

◆ myScene