The DtDe is the core component of any VR-Vantage application. It owns a DtRenderer, DtDeCommunicator, as well as a DtDisplay and other things.

Inheritance diagram for makVrv::DtDe:

[legend]

Public Types
enum	RenderingApiType { RenderingApiType::None, RenderingApiType::OpenGL }

enum	InitializationResult { Initialized = 1, UnableToInitialize = 0, UnableToInitializeDueToLicense = -1 }

typedef std::vector< std::pair < DtDeError, bool > >	DeErrors

Public Member Functions
	DtDe ()

virtual	~DtDe ()

bool	destructing ()

bool	resetting ()

virtual void	setDeInitializer (const DtDeInitializer &initializer)

virtual void	setPathConfiguration (const DtDePathConfiguration &pathConfig)

virtual InitializationResult	initialize (bool abortOnLicenseFailure=true, bool useLicenseErrorDialog=true)

bool	initialized () const

DtThreadId	threadId ()

virtual void	setDeConfiguration (const DtDeConfiguration &deConfig)

virtual void	tick (double simTime)

void	retick ()

virtual bool	timeToStop () const

virtual void	setTimeToStop (bool flag=true)

virtual void	quit ()

virtual void	reset ()

virtual void	updateScene ()

void	registerInitFunction (void *address)

bool	isInitFunctionRegistered (void *address)

bool	shouldSendMesssage ()

virtual void	setTargetFrameTime (double frameTimeInMs)

virtual double	targetFrameTime ()

virtual void	startProfilerNextFrame ()

virtual void	stopProfilerNextFrame ()

virtual double	lastUpdateTime () const

virtual void	setShowErrorDialogs (bool show)

virtual bool	showErrorDialogs () const

virtual void	setRenderingApi (DtDe::RenderingApiType type)

virtual DtDe::RenderingApiType	renderingApi () const

Accessors
virtual const DtDeConfiguration &	deConfiguration () const

virtual DtDeCommunicator &	igCommunicator ()

DtMainEventQueue &	mainEventQueue ()

virtual DtDisplay *	display ()

virtual DtScene &	scene ()

virtual DtDataBank &	dataBank ()

virtual DtDriverManager &	driverManager ()

bool	driverManagerCreated () const

virtual DtMessageDispatcher &	dispatcher ()

DtDebugLog &	log ()

DtAgentManager &	agentManager ()

DtBackgroundLoader &	backgroundLoader ()

virtual double	simulationTime () const

virtual double	syncedTime () const

virtual DtSynchronizedTimeManager *	findSynchronizedTimeManager ()

virtual int	displayCount () const

virtual const DtDeInitializer &	deInitializer () const

virtual const DtDePathConfiguration &	dePathConfiguration () const

virtual bool	isInMasterMode () const

virtual bool	isInSlaveMode () const

virtual DtDeSharedState &	sharedState ()

virtual const DtDeSharedState &	sharedState () const

virtual const DtDeSharedState *const	sharedStatePtr () const

virtual const DtSchemaManager *	findSchemaManager () const

virtual DtSchemaManager *	findSchemaManager ()

virtual DtFileCache *	fileCache ()

virtual const DeErrors	deErrors () const

virtual void	clearDeErrors ()

virtual DtRenderer &	renderer () const

bool	renderFrameThisTick () const

virtual bool	licenseAvailable () const

virtual DtDrawnIntersectorManager *	drawnIntersectorManager ()

virtual const DtDrawnIntersectorManager *	drawnIntersectorManager () const

Distributed Functions
virtual bool	addDisplayConfiguration (const DtDisplayConfiguration &)

virtual void	realizeDisplayConfiguration (const std::string &clientName, const std::string &displayName)

virtual void	destroyDisplay (DtDisplayProxySP display)

virtual void	destroyDisplay (const std::string &displayName)

virtual void	destroyAllDisplays ()

virtual bool	modifyDisplay (const std::string &displayName, const DtDisplayConfiguration &config)

Slots
virtual void	onSlaveConnected (const std::string &igName)

virtual void	emitDeError (const DtDeError &error, bool criticalError)

Static Public Member Functions
static const char *	className ()

Public Attributes
Signals
boost::signalslib::signal< void()>	signal_initializeDefaultState

boost::signalslib::signal< void()>	signal_postInitialize

boost::signalslib::signal < void(DtDe &)>	signal_preTick

boost::signalslib::signal< void()>	signal_postTick

boost::signalslib::signal < void(const std::string &, const std::string &)>	signal_displayConfigurationRealized

boost::signalslib::signal < void(const DtDisplayConfiguration &)>	signal_displayConfigurationAdded

boost::signalslib::signal < void(const std::string &)>	signal_displayToBeDestroyed

boost::signalslib::signal < void(const std::string &, const DtDisplayConfiguration &)>	signal_displayModified

boost::signalslib::signal < void(const std::string &, const DtWindowConfiguration &)>	signal_windowConfigurationAdded

boost::signalslib::signal < void(const std::string &, const std::string &)>	signal_windowConfigurationToBeDestroyed

boost::signalslib::signal < void(const std::string &, const std::string &, const DtWindowConfiguration &)>	signal_windowConfigurationModified

boost::signalslib::signal < void(const std::string &, const std::string &, const DtChannelConfiguration &)>	signal_channelConfigurationAdded

boost::signalslib::signal < void(const std::string &, const std::string &, const std::string &)>	signal_channelToBeDestroyed

boost::signalslib::signal < void(const std::string &, const std::string &, const std::string &, const DtChannelConfiguration &)>	signal_channelConfigurationModified

boost::signalslib::signal < void(const DtDeError &error, bool critical)>	signal_deError

boost::signalslib::signal< void()>	signal_quit

boost::signalslib::signal< void()>	signal_pause

boost::signalslib::signal< void()>	signal_resume

boost::signalslib::signal< void()>	signal_aboutToAutoStartDrivers

Protected Types
enum	LicenseTypes { NoLicense = -1, Master3D_License = 0, XR_License = 1, PVD_License = 2 }

typedef std::vector< void * >	InitFunctionVector

typedef std::map< std::string, DtVirtualBaseClass * >	RootedSingletonMap

typedef std::map < StaticInstanceFunction, DtVirtualBaseClass * >	FastRootedSingletonMap

typedef std::map< std::string, DtDisplayProxyWP >	DisplayEngineProxyMap

Protected Member Functions
void	slaveTick ()

void	masterTick (double simulationTime)

void	renderTick (double elapsedTime)

DtDeProctor *	proctor ()

virtual bool	local_realizeDisplayConfiguration (const std::string &clientName, const std::string &displayName)

virtual void	local_destroyDisplay (const std::string &displayName)

virtual bool	local_modifyDisplay (const std::string &displayName, const DtDisplayConfiguration &config)

void	createDisplay (DtDisplayConfiguration &)

void	createIgCommunicator (DtDriverConfiguration &config)

void	destroyDisplay ()

bool	local_addDisplayConfiguration (const DtDisplayConfiguration &dec)

virtual void	intializeStatsManager (void)

Protected methods
virtual unsigned int	countEmbeddedWindows (const DtDisplayConfiguration &dec)

Initialization helper functions
virtual void	initializeSchemaManager ()

virtual void	initializeLibXmlIfNecessary ()

virtual bool	shouldSkipThisTick (double simulationTime)

virtual void	postInitialize ()

virtual void	postInitializeMaster ()

virtual void	checkForData ()

Protected Attributes
RootedSingletonMap	myRootedSingletonMap

FastRootedSingletonMap	myFastRootedSingletonMap

DtDeInitializer	myInitializer

DtDePathConfiguration	myPathConfiguration

bool	myStopFlag

bool	myInitializeFlag

double	mySimulationTime

unsigned int	myCurrentFrameNumber

double	myNextFixedTime

DtDebugLog *	myDebugLog

DtDeConfiguration	myConfiguration

DtMainEventQueue	myMainEventQueue

DtDisplay *	myDisplayEngine

DtDeCommunicator *	myCommunicator

DtMessageDispatcher *	myDispatcher

DtDeProctor *	myIgProctor

DtDriverManager *	myDriverManager

DtAgentManager *	myAgentManager

DisplayEngineProxyMap	myDisplayProxies

DtDeSharedState *	myDeSharedState

DtDataBank *	myDataBank

DtSchemaManager *	mySchemaManager

DtBackgroundLoader *	myBackgroundLoader

InitFunctionVector	myRegisteredInitFunctions

void *	myRegInitFunction

DtFileCache *	myFileCache

DeErrors	myIgErrors

DtRenderer *	myRenderer

bool	mySceneNeedsUpdateFlag

bool	myDestructionFlag

bool	myInTickFlag

std::vector< bool >	myActiveModelSets

std::string	myLastInstanceName

RootedSingletonMap::const_iterator	myLastInstance

tbb::mutex	myInternalDataMutex

tbb::recursive_mutex	myErrorMutex

DtThreadId	myThreadId

DtClock *	mySimulationClock

DtSynchronizedTimeManager *	mySynchronizedTimeManager

LicenseTypes	myLicenseType

DtInMemoryProfilerDistributorAgent *	myFrameTimeLogger

bool	myRenderedLastFrame

bool	myResettingFlag

double	mySystemPausedTime

double	myTargetFrameTime

double	myLastUpdateTime

bool	myStartProfilerNextFrame

bool	myStopProfilerNextFrame

DtDrawnIntersectorManager *	myDrawnIntersectorManager = nullptr

bool	myShowErrorDialogs

RenderingApiType	myRenderingApi

Static Protected Attributes
static const char *	myClassName

Friends
class	DtDeProctor

Local Functions
typedef DtVirtualBaseClass &(*	StaticInstanceFunction )(DtDe &)

virtual void	setSimulationTime (double time)

virtual double	systemTime () const

virtual void	setCurrentFrameNumber (unsigned int frameNumber)

virtual unsigned int	currentFrameNumber () const

virtual bool	isPaused () const

virtual void	pause ()

virtual void	resume ()

double	pausedTime () const

virtual DtVirtualBaseClass *	findFastInstance (StaticInstanceFunction classInstanceFunction) const

template<typename Class >
DtVirtualBaseClass *	findFastInstance (Class &(*staticInstFunc)(DtDe &)) const

virtual void	registerFastInstance (StaticInstanceFunction classInstanceFunction, DtVirtualBaseClass *inst)

template<typename Class >
void	registerFastInstance (Class &(staticInstFunc)(DtDe &), DtVirtualBaseClass inst)

virtual DtVirtualBaseClass *	findInstance (const std::string &instanceName) const

virtual void	registerInstance (const std::string &instanceName, DtVirtualBaseClass *instance)

virtual void	registerProctor (unsigned short handlerId, DtProctor *)

virtual void	unregisterProctor (unsigned short handlerId)

DtProctor *	findProctor (unsigned short handlerId) const

DtDisplayProxySP	findDisplay (const std::string &displayName)

virtual DtDisplayProxySP	findDisplayByIndex (int index)

void	setRenderFrameThisTick (bool update)

virtual bool	modelSetActive (DtModelSetId i) const

virtual void	determineActiveModelSets ()

virtual bool	isValidDisplayConfiguration (const DtDisplayConfiguration &dec)

virtual void	createDebugLog (const std::string &fileName, DtDebugLog::PrintLevel level)

virtual void	startLogFrameTime ()

virtual void	stopLogFrameTime ()

Member Typedef Documentation

typedef std::vector<std::pair<DtDeError,bool> > makVrv::DtDe::DeErrors

Typedef of a vector of error/critical.

typedef DtVirtualBaseClass&(* makVrv::DtDe::StaticInstanceFunction)(DtDe &)

Define the static instance function type for fast instance lookup.

typedef std::vector<void*> makVrv::DtDe::InitFunctionVector

protected

This vector stores the address of registered init functions.

typedef std::map<std::string,DtVirtualBaseClass*> makVrv::DtDe::RootedSingletonMap

protected

typedef std::map<StaticInstanceFunction,DtVirtualBaseClass*> makVrv::DtDe::FastRootedSingletonMap

protected

typedef std::map<std::string,DtDisplayProxyWP> makVrv::DtDe::DisplayEngineProxyMap

protected

Member Enumeration Documentation

enum makVrv::DtDe::RenderingApiType

strong

The type of rendering API being used.

Enumerator
None
OpenGL

enum makVrv::DtDe::InitializationResult

Result codes for the initialize() function.

Enumerator
Initialized
UnableToInitialize
UnableToInitializeDueToLicense

enum makVrv::DtDe::LicenseTypes

protected

Enumerator
NoLicense
Master3D_License
XR_License
PVD_License

Constructor & Destructor Documentation

makVrv::DtDe::DtDe ( )

CTOR.

virtual makVrv::DtDe::~DtDe ( )

virtual

DTOR occur after the subclass of DtDe has been called.

Member Function Documentation

bool makVrv::DtDe::destructing ( )

Get if the Display Engine is in the process of destructing (typically steps like disconnecting signals is unnecessary). During destruction members will become invalid.

bool makVrv::DtDe::resetting ( )

During a reset, order of destruction of agent-based or singleton objects is not guaranteed. Check this flag first if you are assuming that something you have a pointer to that meets the criteria above hasn't been deleted yet. Even trickier is raising signals when destructing, because is you are in a reset() or exit situation there may be things with signal connections to that destructing single that have been deleted.

virtual void makVrv::DtDe::setDeInitializer ( const DtDeInitializer & initializer )

virtual

Set the Display Engine initializer used to initialize the Display Engine. This call will do nothing if the Display Engine is already initialized. Also sets the DtDePathConfiguration and DtDeConfiguration from the initializer.

Reimplemented in DtGuiOnlyDe.

virtual void makVrv::DtDe::setPathConfiguration ( const DtDePathConfiguration & pathConfig )

virtual

Set the path configuration for an uninitialized Display Engine. This call will do nothing if the Display Engine is already initialized. Note: setDeInitializer will override the path configuration with the initializer's path configuration.

virtual InitializationResult makVrv::DtDe::initialize	(	bool	abortOnLicenseFailure = `true`,
		bool	useLicenseErrorDialog = `true`
	)

virtual

Initialize the application prior to running it. It is required that this function be called prior to a call to run. If the default DtDe::run is not used, and rather tick is called repeatedly, it is still required that this function get called. Note that the Display Engine must run in the thread that calls initialize. If useLicenseErrorDialog is true and the appropriate DLLs have been included, failure to check out a VR-Vantage license will cause a dialog to be raised requesting licensing information. (this may still ultimately result in not finding a license). If abortOnLicenseFailure is true, the application will exit on license failure. Set this to false to utilize the InitializationResult return value.

Reimplemented in DtGuiOnlyDe, and DtSingleton.

bool makVrv::DtDe::initialized ( ) const

Get whether the application is initialized.

Referenced by makVrv::defaultManagerInstanceFunction(), and makVrv::defaultManagerRegisterInstanceFunction().

DtThreadId makVrv::DtDe::threadId ( )

Get the thread id that the Display Engine was initialized in and must rung in.

Exceptions

DtCorruptedState if called before initialized.

virtual void makVrv::DtDe::setDeConfiguration ( const DtDeConfiguration & deConfig )

virtual

Set the de configuration. This call is only valid BEFORE calls to initialize. Note: setDeInitializer will override the de configuration with the initializer's de configuration.

Throws DtCorruptsState if the Display Engine has already been initialized.

virtual void makVrv::DtDe::tick ( double simTime )

virtual

A very important function which provides a since tick of execution which is required for the app to run for one 'logical' frame. This function must be called repeatedly typically as often as possible.

Exceptions

DtCorruptedState if called before the Display Engine is initialized.

Parameters

Input
simTime	is the simulation time of the 'update cycle'. Typically this is the amount of time in seconds since the DtDe was started (to get real time behavior).

Reimplemented in DtGuiOnlyDe, and makVrf::DtVrfDe.

void makVrv::DtDe::retick ( )

inline

Retick is a helper function for simply ticking using the current Simulation time. This may be necessary if performing multiple 'passes' over the same time.

virtual bool makVrv::DtDe::timeToStop ( ) const

virtual

Method for checking to see if the app should stop ticking. This works only with the defaultRun function, unless explicitly used in the alternate run function's implementation.

virtual void makVrv::DtDe::setTimeToStop ( bool flag = true )

virtual

Set whether it is time to stop ticking.

virtual void makVrv::DtDe::quit ( )

virtual

Call this method to quit and exit the application.

Reimplemented in DtDisplayWidgetDe, and makVrf::DtVrfDe.

virtual void makVrv::DtDe::reset ( )

virtual

Resets DtIG to a pre-configured state.

virtual void makVrv::DtDe::updateScene ( )

virtual

Update the scene if it needs to be updated.

virtual const DtDeConfiguration& makVrv::DtDe::deConfiguration ( ) const

virtual

DtDeConfiguration accessor.

virtual DtDeCommunicator& makVrv::DtDe::igCommunicator ( )

virtual

DtDeCommunicator accessor.

Exceptions

DtCorruptedState if called before the Display Engine is initialized.

DtMainEventQueue& makVrv::DtDe::mainEventQueue ( )

DtMainEventQueue.

virtual DtDisplay* makVrv::DtDe::display ( )

virtual

DtDisplay accessor. The returned pointer will be NULL before initialize is called, and may be null after.

virtual DtScene& makVrv::DtDe::scene ( )

virtual

The DtScene accessor.

Warning: The scene is not available on Slave Display Engine instances.

Exceptions

DtCorruptedState	if called before the Display Engine is initialized.
DtCorruptedState	if the Display Engine is configured to be a slave.

virtual DtDataBank& makVrv::DtDe::dataBank ( )

virtual

The DtDataBank accessor.

Warning: The DtDataBank is not available on Slave Display Engine instances.

Exceptions

DtCorruptedState if the Display Engine is configured to be a slave.

Referenced by makVrv::DtSimObjectEntryCollection< T >::DtSimObjectEntryCollection(), and makVrv::DtStateViewCollection< T >::DtStateViewCollection().

virtual DtDriverManager& makVrv::DtDe::driverManager ( )

virtual

The DtMasterScene accessor. The function will throw before the initialize function is called.

Exceptions

DtCorruptedState if called before the Display Engine is initialized.

bool makVrv::DtDe::driverManagerCreated ( ) const

You can call this method to see if the DtDriverManager exists.

virtual DtMessageDispatcher& makVrv::DtDe::dispatcher ( )

virtual

DtMessageDispatcher accessor.

DtDebugLog& makVrv::DtDe::log ( )

inline

Inline access for the debug log object.

Referenced by makVrv::DtAerodromeNode< ComponentTypeData >::DtAerodromeNode().

DtAgentManager& makVrv::DtDe::agentManager ( )

Get the scene manager.

Exceptions

DtCorruptedState if called before the Display Engine is initialized.

Referenced by makVrv::Cast< DesiredType >::toFunctionType().

DtBackgroundLoader& makVrv::DtDe::backgroundLoader ( )

Get the background loader.

virtual double makVrv::DtDe::simulationTime ( ) const

virtual

Get the simulation time.

virtual double makVrv::DtDe::syncedTime ( ) const

virtual

Get the simulation time or the synced NTP time (if the –hasNTPSync / -O flag has been set) Currently this method is used to synchronize triton ocean and speedtree.

virtual DtSynchronizedTimeManager* makVrv::DtDe::findSynchronizedTimeManager ( )

virtual

The DtSynchronizedTimeManager manages synchronized time when used. The accessor to it makes it possible to use the sync time manager's API, which allows for time scaling and a time offset. These are not used in VR-Vantage.

virtual int makVrv::DtDe::displayCount ( ) const

virtual

Get the display count.

virtual const DtDeInitializer& makVrv::DtDe::deInitializer ( ) const

virtual

Return the DtDeInitializer.

Referenced by makVrv::DtCommonBaseSettingsManager< makArchives::DtEntitySettingsRecord >::loadDefaults().

virtual const DtDePathConfiguration& makVrv::DtDe::dePathConfiguration ( ) const

virtual

Return the DtDePathConfiguration.

virtual bool makVrv::DtDe::isInMasterMode ( ) const

virtual

Returns true if the DtDe is in master mode.

virtual bool makVrv::DtDe::isInSlaveMode ( ) const

virtual

Returns true if the DtDe is in slave mode.

Referenced by makVrv::defaultManagerInstanceFunction().

virtual DtDeSharedState& makVrv::DtDe::sharedState ( )

virtual

Returns the DtDeSharedState object.

virtual const DtDeSharedState& makVrv::DtDe::sharedState ( ) const

virtual

DtDeConfiguration accessor.

virtual const DtDeSharedState* const makVrv::DtDe::sharedStatePtr ( ) const

virtual

DtDeConfiguration accessor.

virtual const DtSchemaManager* makVrv::DtDe::findSchemaManager ( ) const

virtual

DtSchemaManager accessor.

Exceptions

DtCorruptedState if called before the DtDe is initialized.

virtual DtSchemaManager* makVrv::DtDe::findSchemaManager ( )

virtual

DtDeConfiguration accessor.

virtual DtFileCache* makVrv::DtDe::fileCache ( )

virtual

Returns DtFileCache.

virtual const DeErrors makVrv::DtDe::deErrors ( ) const

virtual

Returns myIgErrors.

virtual void makVrv::DtDe::clearDeErrors ( )

virtual

Clears myIgErrors.

virtual DtRenderer& makVrv::DtDe::renderer ( ) const

virtual

Get the renderer.

Referenced by makVrv::DtTemplatedTickableCreator< TickableToCreate, add >::create().

bool makVrv::DtDe::renderFrameThisTick ( ) const

Gets if we will render this frame.

virtual bool makVrv::DtDe::licenseAvailable ( ) const

virtual

Gets if a license can be found to run with the features specified in the DtDeInitializer. Therefore this must be called AFTER SetDeInitializer to get the correct result.

virtual DtDrawnIntersectorManager* makVrv::DtDe::drawnIntersectorManager ( )

virtual

access the intersector draw manager. non-const

virtual const DtDrawnIntersectorManager* makVrv::DtDe::drawnIntersectorManager ( ) const

virtual

access the intersector draw manager. const

virtual bool makVrv::DtDe::addDisplayConfiguration ( const DtDisplayConfiguration & )

virtual

Add a new display, if the display engine matches the local name then the de display engine is realized. This function should not be called before the display engine is initialized.

virtual void makVrv::DtDe::realizeDisplayConfiguration	(	const std::string &	clientName,
		const std::string &	displayName
	)

virtual

Make a client realize a display configuration.

Parameters

Input
clientName	is the name of the client, this is queriable from the master DtDe's client list.
displayName	is the name of the display configuration to realize.

Warning: A configuration with the given name must be added before making this call.

Exceptions

DtInvalidInput if no client has the clientName or if no configuration has the displayName.

virtual void makVrv::DtDe::destroyDisplay ( DtDisplayProxySP display )

virtual

Remove a display. The proxy will be invalid after this call, and can not be used.

virtual void makVrv::DtDe::destroyDisplay ( const std::string & displayName )

virtual

Remove a display. If the display matches the local name then the de display is destroyed.

virtual void makVrv::DtDe::destroyAllDisplays ( )

virtual

Removes all display.

virtual bool makVrv::DtDe::modifyDisplay	(	const std::string &	displayName,
		const DtDisplayConfiguration &	config
	)

virtual

Modify a display.

virtual void makVrv::DtDe::setSimulationTime ( double time )

virtual

Set the simulation time.

Warning: This function also sets the random number seed.

Reimplemented in makVrf::DtVrfDe.

virtual double makVrv::DtDe::systemTime ( ) const

virtual

Used in special cases of absolute time stamping, this will return absolute wall clock time from the DtClock. This might or might not be the same time as the simulationTime.

virtual void makVrv::DtDe::setCurrentFrameNumber ( unsigned int frameNumber )

virtual

called by the renderer to keep the de in sync with the viewer

virtual unsigned int makVrv::DtDe::currentFrameNumber ( ) const

virtual

Used to keep the viewer using the same frame number even if the display is recreated.

virtual bool makVrv::DtDe::isPaused ( ) const

virtual

Returns whether simulation time is paused.

virtual void makVrv::DtDe::pause ( )

virtual

This pauses the advancement of time, but the renderer continues to render. This will cause all dead reckoning, particle system updates, dynamic ocean updates, etc. to stop. While paused, simulationTime() will return the same value.

virtual void makVrv::DtDe::resume ( )

virtual

Resume the advancement of simulation time.

double makVrv::DtDe::pausedTime ( ) const

pausedTime() provides an advancing time for use by objects that need it (such as the observer and observer eventProcessor) when simTime is paused. Users of this method are responsible for dealing with the fact that when switching from paused time back to sim time, there will be a backwards jump

virtual DtVirtualBaseClass* makVrv::DtDe::findFastInstance ( StaticInstanceFunction classInstanceFunction ) const

virtual

Find an instance with the given name. If no instance is found than a null pointer is returned.

Referenced by makVrv::defaultManagerInstanceFunction().

template<typename Class >

DtVirtualBaseClass* makVrv::DtDe::findFastInstance ( Class &(*)(DtDe &) staticInstFunc ) const

inline

The instance key is always return the subclass of the virtual base class, since it returns a reference (aka a pointer) it is safe to cast the function pointer.

virtual void makVrv::DtDe::registerFastInstance	(	StaticInstanceFunction	classInstanceFunction,
		DtVirtualBaseClass *	inst
	)

virtual

Register a fast instance, if the inst is a null pointer the instance key is removed.

Referenced by makVrv::defaultManagerRegisterInstanceFunction().

template<typename Class >

void makVrv::DtDe::registerFastInstance	(	Class &(*)(DtDe &)	staticInstFunc,
		DtVirtualBaseClass *	inst
	)

inline

The instance key is always return the subclass of the virtual base class, since it returns a reference (aka a pointer) it is safe to cast the function pointer.

virtual DtVirtualBaseClass* makVrv::DtDe::findInstance ( const std::string & instanceName ) const

virtual

Find an instance with the given name. If no instance is found than a null pointer is returned.

Reimplemented in DtDisplayWidgetDe.

Referenced by makVrv::DtSubjectAnnouncer< T >::findInstance(), and makVrv::DtVirtualBaseClassCreator< ClassToCreate, ConstructorArgs >::instance().

virtual void makVrv::DtDe::registerInstance	(	const std::string &	instanceName,
		DtVirtualBaseClass *	instance
	)

virtual

Register an instance with a given name for later retrieval. Once registered, the DtDe takes ownership and manages the lifetime of the instance. Ownership cannot be transfered back from the DtDe. Registering a new instance under an existing name will cause the existing instance to be destroyed. Registering a NULL instance under an existing name will cause the existing instance to be destroyed. Because the DtDe manages the lifetime of the registered instances, do not save handles to any instance as they can be destroyed without notice.

Referenced by makVrv::DtSubjectAnnouncer< T >::findInstance(), makVrv::DtVirtualBaseClassCreator< ClassToCreate, ConstructorArgs >::instance(), and makVrv::DtVirtualBaseClassCustomCreator< CustomClassToCreate, BaseCreatorClass, ConstructorArgs >::registerInstance().

virtual void makVrv::DtDe::registerProctor	(	unsigned short	handlerId,
		DtProctor *
	)

virtual

Register an proctor object.

virtual void makVrv::DtDe::unregisterProctor ( unsigned short handlerId )

virtual

Unregister a handler This should be called before the handler is deallocated..

DtProctor* makVrv::DtDe::findProctor ( unsigned short handlerId ) const

Find a handler.

DtDisplayProxySP makVrv::DtDe::findDisplay ( const std::string & displayName )

Find a Display by name.

Exceptions

DtCorruptedState if proxy is invalid.

virtual DtDisplayProxySP makVrv::DtDe::findDisplayByIndex ( int index )

virtual

Get the display by index.

void makVrv::DtDe::setRenderFrameThisTick ( bool update )

Sets that the frame will be rendered this tick.

virtual bool makVrv::DtDe::modelSetActive ( DtModelSetId i ) const

virtual

Indicate if the specified model set is active this tick. Values out of range return false.

virtual void makVrv::DtDe::determineActiveModelSets ( )

virtual

Determine which model sets are active this frame. A model set is active if there is an observer using that model set.

virtual bool makVrv::DtDe::isValidDisplayConfiguration ( const DtDisplayConfiguration & dec )

virtual

Returns true if the display configuration is valid and can be realized.

virtual void makVrv::DtDe::createDebugLog	(	const std::string &	fileName,
		DtDebugLog::PrintLevel	level
	)

virtual

create the debug log for logging information to a file

Reimplemented in DtDisplayWidgetDe, makVrf::DtVrfDe, and DtVrfDe.

virtual void makVrv::DtDe::startLogFrameTime ( )

virtual

Start logging a list of frametimes. If a log is currently in progress, this will reset the log. There is a hard-coded limit to the number of frames that can be logged (36000, 10 minutes @ 60hz). If that value is exceeded, the current list of frames is outputted and the logging stops. By default, this is bound to the 'P' key in the Observer Frame key map.

virtual void makVrv::DtDe::stopLogFrameTime ( )

virtual

Define the static instance function type for fast instance lookup.

virtual void makVrv::DtDe::onSlaveConnected ( const std::string & igName )

virtual

Called when a client is added.

virtual void makVrv::DtDe::emitDeError	(	const DtDeError &	error,
		bool	criticalError
	)

virtual

Called when an error is emitted.

static const char* makVrv::DtDe::className ( )

static

Returns the name of this class. Required for DtSubjectAnnouncer::findInstance().

void makVrv::DtDe::registerInitFunction ( void * address )

Register address of init function so DtDe instance knows that module was already instanced.

bool makVrv::DtDe::isInitFunctionRegistered ( void * address )

Returns true if init function has already been registered.

bool makVrv::DtDe::shouldSendMesssage ( )

inline

Helper function used to check if a message needs to be created and sent.

virtual void makVrv::DtDe::setTargetFrameTime ( double frameTimeInMs )

virtual

used to control running the ICO and main thread system at the end of the frame, defaults to .016

virtual double makVrv::DtDe::targetFrameTime ( )

virtual

how long each frame should take, VRV will use extra time at the end of rendering to stream more data down to the gpu

virtual void makVrv::DtDe::startProfilerNextFrame ( )

virtual

starts the profiler next frame, only safe for IMGui to call

virtual void makVrv::DtDe::stopProfilerNextFrame ( )

virtual

stops the profiler next frame, only safe for IMGui to call

virtual double makVrv::DtDe::lastUpdateTime ( ) const

virtual

last update time for profiling

virtual void makVrv::DtDe::setShowErrorDialogs ( bool show )

virtual

Set whether or not critical emitDeError messages raise a dialog, or just go to console.

virtual bool makVrv::DtDe::showErrorDialogs ( ) const

virtual

Get whether or not critical emitDeError messages raise a dialog, or just go to console.

virtual void makVrv::DtDe::setRenderingApi ( DtDe::RenderingApiType type )

virtual

Set the rendering API being used. This is called internally only and currently called by and controlled by vrvOsg::Init.

virtual DtDe::RenderingApiType makVrv::DtDe::renderingApi ( ) const

virtual

Returns the rendering API being used.

virtual unsigned int makVrv::DtDe::countEmbeddedWindows ( const DtDisplayConfiguration & dec )

protectedvirtual

Count the number of embedded windows in the display configuration.

virtual void makVrv::DtDe::initializeSchemaManager ( )

protectedvirtual

Check whether the DtDe should skip this tick to maintain a fixed frame rate.

Reimplemented in makVrf::DtVrfDe.

virtual void makVrv::DtDe::initializeLibXmlIfNecessary ( )

protectedvirtual

Check whether the DtDe should skip this tick to maintain a fixed frame rate.

virtual bool makVrv::DtDe::shouldSkipThisTick ( double simulationTime )

protectedvirtual

Check whether the DtDe should skip this tick to maintain a fixed frame rate.

virtual void makVrv::DtDe::postInitialize ( )

protectedvirtual

Connect initialized components and call postInit signal.

Reimplemented in DtDisplayWidgetDe, DtGuiOnlyDe, DtVrfDe, and DtEditingWindowDe.

virtual void makVrv::DtDe::postInitializeMaster ( )

protectedvirtual

Master-only post initialize code.

virtual void makVrv::DtDe::checkForData ( )

protectedvirtual

Check that the data package is installed, and emit an error if not.

void makVrv::DtDe::slaveTick ( )

protected

Default implementation of a slave's tick.

void makVrv::DtDe::masterTick ( double simulationTime )

protected

Default implementation of a master's tick.

void makVrv::DtDe::renderTick ( double elapsedTime )

protected

Update the scene and render, elapsedTimeis used to figure out how much time is left for additional streaming.

DtDeProctor* makVrv::DtDe::proctor ( )

protected

Get the proctor.

virtual bool makVrv::DtDe::local_realizeDisplayConfiguration	(	const std::string &	clientName,
		const std::string &	displayName
	)

protectedvirtual

Attempt to realize a display configuration.

virtual void makVrv::DtDe::local_destroyDisplay ( const std::string & displayName )

protectedvirtual

Remove a display. If the display matches the local name then the de display is destroyed.

virtual bool makVrv::DtDe::local_modifyDisplay	(	const std::string &	displayName,
		const DtDisplayConfiguration &	config
	)

protectedvirtual

Modify a display.

void makVrv::DtDe::createDisplay ( DtDisplayConfiguration & )

protected

create the display engine.

void makVrv::DtDe::createIgCommunicator ( DtDriverConfiguration & config )

protected

Create the Display Engine Driver.

void makVrv::DtDe::destroyDisplay ( )

protected

Destroy the display.

bool makVrv::DtDe::local_addDisplayConfiguration ( const DtDisplayConfiguration & dec )

protected

Internal implementation of adding a display.

virtual void makVrv::DtDe::intializeStatsManager ( void )

protectedvirtual

Internal initialization of stats manager.

Friends And Related Function Documentation

friend class DtDeProctor

friend

Member Data Documentation

boost::signalslib::signal<void ()> makVrv::DtDe::signal_initializeDefaultState

Signal emitted during initialization at at time when it is possible to initialize default state. The De will not be initialized, also other objects may not exist. Typically it is only safe for an object to connect to this signal to initialize itself often from a file on disk.

Referenced by makVrv::defaultManagerRegisterInstanceFunction().

boost::signalslib::signal<void ()> makVrv::DtDe::signal_postInitialize

Signal emitted at the end of the initialization function. This is useful for executing code after the Display Engine is initialized, but before it starts running. Such as updating values from settings objects since they cannot be accessed during initialization.

boost::signalslib::signal<void (DtDe&)> makVrv::DtDe::signal_preTick

Signal emitted at the beginning of the tick function. This is useful for executing code before the Display Engine does anything during its tick. Sometimes there is code which is necessary for multiplexing the Display Engine aka setting the Display Engine by a temporal pattern since multiple IGs may not tick at the same time.

Referenced by makVrv::DtKeyedDataManagerTemplate< KeyType, KeyTypeHasher >::DtKeyedDataManagerTemplate().

boost::signalslib::signal<void ()> makVrv::DtDe::signal_postTick

Signal emitted at the end of the tick function. This is useful for executing code after the Display Engine does everything during its tick. Sometimes there is code which is necessary for multiplexing the Display Engine aka setting the Display Engine by a temporal pattern since multiple IGs may not tick at the same time.

Referenced by makVrv::DtKeyedDataManagerTemplate< KeyType, KeyTypeHasher >::DtKeyedDataManagerTemplate().

boost::signalslib::signal<void (const std::string&, const std::string&)> makVrv::DtDe::signal_displayConfigurationRealized

Emitted when a Display Engine is told to realize a display configuration. Signal with the name of the Display Engine, and the name of the Display realized.

boost::signalslib::signal<void (const DtDisplayConfiguration&)> makVrv::DtDe::signal_displayConfigurationAdded

Emitted when a display is added. Signal with a const DtDisplayConfiguration& argument and a void return value.

boost::signalslib::signal<void (const std::string&)> makVrv::DtDe::signal_displayToBeDestroyed

Emitted when a display is removed. The signal is emitted then the configuration is destroyed. Signal with a const std::string& argument and a void return value.

boost::signalslib::signal<void (const std::string&, const DtDisplayConfiguration&)> makVrv::DtDe::signal_displayModified

Emitted when a display is modified. Signal with display engine name and display configuration argument and a void return value.

boost::signalslib::signal<void (const std::string&, const DtWindowConfiguration&)> makVrv::DtDe::signal_windowConfigurationAdded

Emitted when a window is added. Signal with a display engine name and DtViewConfiguration argument and a void return value.

boost::signalslib::signal<void (const std::string&, const std::string&)> makVrv::DtDe::signal_windowConfigurationToBeDestroyed

Emitted when a window is destroyed. The signal is emitted then the configuration is destroyed. Signal with a display engine name and a window name argument and a void return value.

boost::signalslib::signal<void (const std::string&, const std::string&, const DtWindowConfiguration&)> makVrv::DtDe::signal_windowConfigurationModified

Emitted when an realized window is modified. Signal with a display engine name and a window name and window config argument and a void return value.

boost::signalslib::signal<void (const std::string&, const std::string&, const DtChannelConfiguration&)> makVrv::DtDe::signal_channelConfigurationAdded

Emitted when a channel is added. Signal with a display engine name, window name and DtChannelConfiguration argument and a void return value.

boost::signalslib::signal<void (const std::string&, const std::string&, const std::string&)> makVrv::DtDe::signal_channelToBeDestroyed

Signal is emitted, then the channel is destroyed. Signal with a display engine name,window name and channel name arguments and a void return value.

boost::signalslib::signal<void (const std::string&, const std::string&, const std::string&, const DtChannelConfiguration&)> makVrv::DtDe::signal_channelConfigurationModified

Emitted when a channel is modified. Signal with a display engine name, window name , old channel name and DtChannelConfiguration argument and a void return value.

boost::signalslib::signal<void (const DtDeError& error, bool critical)> makVrv::DtDe::signal_deError

Listen to this signal for Display Engine errors. DO NOT EMIT using this signal. Emit using the emit function below.

boost::signalslib::signal<void ()> makVrv::DtDe::signal_quit

Signal emitted by the quit method. Applications should listen for this signal and respond appropriately.

boost::signalslib::signal<void()> makVrv::DtDe::signal_pause

signal emitted by the pause method.

boost::signalslib::signal<void()> makVrv::DtDe::signal_resume

signal emitted by the resume method.

boost::signalslib::signal<void()> makVrv::DtDe::signal_aboutToAutoStartDrivers

Signal emitted during initialization at at time when it is possible to initialize default state. The De will not be initialized, also other objects may not exist. Typically it is only safe for an object to connect to this signal to initialize itself often from a file on disk.

const char* makVrv::DtDe::myClassName

staticprotected

RootedSingletonMap makVrv::DtDe::myRootedSingletonMap

protected

FastRootedSingletonMap makVrv::DtDe::myFastRootedSingletonMap

protected

DtDeInitializer makVrv::DtDe::myInitializer

protected

DtDePathConfiguration makVrv::DtDe::myPathConfiguration

protected

bool makVrv::DtDe::myStopFlag

protected

bool makVrv::DtDe::myInitializeFlag

protected

double makVrv::DtDe::mySimulationTime

protected

unsigned int makVrv::DtDe::myCurrentFrameNumber

protected

double makVrv::DtDe::myNextFixedTime

protected

DtDebugLog* makVrv::DtDe::myDebugLog

protected

DtDeConfiguration makVrv::DtDe::myConfiguration

protected

DtMainEventQueue makVrv::DtDe::myMainEventQueue

protected

DtDisplay* makVrv::DtDe::myDisplayEngine

protected

DtDeCommunicator* makVrv::DtDe::myCommunicator

protected

DtMessageDispatcher* makVrv::DtDe::myDispatcher

protected

DtDeProctor* makVrv::DtDe::myIgProctor

protected

DtDriverManager* makVrv::DtDe::myDriverManager

protected

DtAgentManager* makVrv::DtDe::myAgentManager

protected

DisplayEngineProxyMap makVrv::DtDe::myDisplayProxies

protected

DtDeSharedState* makVrv::DtDe::myDeSharedState

protected

DtDataBank* makVrv::DtDe::myDataBank

protected

DtSchemaManager* makVrv::DtDe::mySchemaManager

protected

DtBackgroundLoader* makVrv::DtDe::myBackgroundLoader

protected

InitFunctionVector makVrv::DtDe::myRegisteredInitFunctions

protected

void* makVrv::DtDe::myRegInitFunction

protected

DtFileCache* makVrv::DtDe::myFileCache

protected

DeErrors makVrv::DtDe::myIgErrors

protected

DtRenderer* makVrv::DtDe::myRenderer

protected

bool makVrv::DtDe::mySceneNeedsUpdateFlag

protected

bool makVrv::DtDe::myDestructionFlag

protected

bool makVrv::DtDe::myInTickFlag

protected

std::vector<bool> makVrv::DtDe::myActiveModelSets

protected

std::string makVrv::DtDe::myLastInstanceName

mutableprotected

RootedSingletonMap::const_iterator makVrv::DtDe::myLastInstance

mutableprotected

tbb::mutex makVrv::DtDe::myInternalDataMutex

mutableprotected

tbb::recursive_mutex makVrv::DtDe::myErrorMutex

mutableprotected

DtThreadId makVrv::DtDe::myThreadId

protected

DtClock* makVrv::DtDe::mySimulationClock

protected

DtSynchronizedTimeManager* makVrv::DtDe::mySynchronizedTimeManager

protected

LicenseTypes makVrv::DtDe::myLicenseType

protected

DtInMemoryProfilerDistributorAgent* makVrv::DtDe::myFrameTimeLogger

protected

bool makVrv::DtDe::myRenderedLastFrame

protected

bool makVrv::DtDe::myResettingFlag

protected

double makVrv::DtDe::mySystemPausedTime

protected

double makVrv::DtDe::myTargetFrameTime

protected

used to budget streaming at the end of a frame

double makVrv::DtDe::myLastUpdateTime

protected

used by stats system

bool makVrv::DtDe::myStartProfilerNextFrame

protected

bool makVrv::DtDe::myStopProfilerNextFrame

protected

DtDrawnIntersectorManager* makVrv::DtDe::myDrawnIntersectorManager = nullptr

protected

bool makVrv::DtDe::myShowErrorDialogs

protected

RenderingApiType makVrv::DtDe::myRenderingApi

protected

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

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

Public Types

Public Member Functions

Static Public Member Functions

Public Attributes

Protected Types

Protected Member Functions

Protected Attributes

Static Protected Attributes

Friends

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Member Typedef Documentation

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Constructor & Destructor Documentation

Member Function Documentation

Friends And Related Function Documentation

Member Data Documentation