Clock class keeps representation of virtual/simulated time. More...

#include <Clock.h>

Inheritance diagram for agx::Clock:

Classes
class	Frame
	Internal class. More...

class	FrameWrapper
	Internal class. More...

Public Types
typedef agx::observer_ptr< const Event >	EventConstObserver

typedef agx::ref_ptr< const Event >	EventConstRef

typedef agx::observer_ptr< Event >	EventObserver

typedef agx::Vector< EventObserver >	EventObserverVector

typedef agx::VectorPOD< Event * >	EventPtrVector

typedef agx::ref_ptr< Event >	EventRef

typedef agx::Vector< EventRef >	EventRefVector

typedef agx::observer_ptr< const FrameWrapper >	FrameWrapperConstObserver

typedef agx::ref_ptr< const FrameWrapper >	FrameWrapperConstRef

typedef agx::observer_ptr< FrameWrapper >	FrameWrapperObserver

typedef agx::Vector< FrameWrapperObserver >	FrameWrapperObserverVector

typedef agx::VectorPOD< FrameWrapper * >	FrameWrapperPtrVector

typedef agx::ref_ptr< FrameWrapper >	FrameWrapperRef

typedef agx::Vector< FrameWrapperRef >	FrameWrapperRefVector

typedef Event1< Clock * >	TickEvent

Public Types inherited from agx::Component
typedef Event2< Component , Object >	ObjectEvent
	Event when adding removing child objects.

typedef Callback1< Object * >	TraverseCallback

Public Types inherited from agx::Object
typedef agx::observer_ptr< const Event >	EventConstObserver

typedef agx::ref_ptr< const Event >	EventConstRef

typedef agx::observer_ptr< Event >	EventObserver

typedef agx::Vector< EventObserver >	EventObserverVector

typedef agx::VectorPOD< Event * >	EventPtrVector

typedef agx::ref_ptr< Event >	EventRef

typedef agx::Vector< EventRef >	EventRefVector

Public Types inherited from agx::EventT< Callback >
typedef VectorPOD< const CallbackType * >	CallbackPtrVector

typedef Callback	CallbackType

Public Member Functions
	Clock (const agx::Name &name="clock", agx::Real frequency=60)

void	addEvent (agx::Clock::Event *event)
	Add an event to the clock to be triggered as specified by the event.

void	addFrameJob (agx::Job *job)
	Add a job to be executed on each tick.

void	addFrameTask (agx::Task *task)
	Add a task to be executed on each tick.

void	addSlave (agx::Clock *slave)
	Add a slave clock, to be driven by this clock.

void	bind (const agx::Path &path)
	Bind the clock to a reference clock using a bindpath.

virtual void	configure (TiXmlElement *eClock) override

virtual void	configure (TiXmlElement *eEvent) override

	Event (const agx::Callback &callback, agx::Real startDelay, agx::Real interval=-1.0)

	Event (const agx::Name &name="Event")
	Constructor.

const agx::Path &	getBindPath () const

agx::Clock *	getClock ()

agx::UInt	getFrame () const

agx::Real	getFrequency () const

size_t	getIndex () const

agx::Real	getInterval () const
	Get the trigger interval.

bool	getIsThreadTimelineResponsible () const

agx::Clock *	getReference ()

const agx::ClockPtrVector &	getSlaves () const

agx::Real	getStartDelay () const

agx::Real	getTime () const

agx::Real	getTimeModulation () const

agx::Real	getTimeStep () const

agx::Bool	isEnabled () const

bool	isRepeating () const

virtual void	rebind () override

void	removeEvent (agx::Clock::Event *event)
	Remove an event from the clock.

void	removeFrameJob (agx::Job *job)
	Remove a frame job.

void	removeFrameTask (agx::Task *task)
	Remove a frame task.

void	removeSlave (agx::Clock *slave)
	Remove a slave clock.

void	reset ()
	Reset to frame zero (and time=0), remove all events.

void	reset ()
	Reset event, with start delay.

virtual void	save (TiXmlElement *eParent) const override

void	setEnable (agx::Bool flag)
	Set to false to disable the clock, tick will be void operation.

void	setEnable (bool flag)
	Pause/unpause.

void	setFrame (UInt frame)
	Explicitly set the current frame index.

void	setFrequency (agx::Real frequency)
	Set the clock frequency.

void	setInterval (agx::Real interval)
	Set the trigger interval.

void	setIsThreadTimelineResponsible (bool isResponsible)
	Control whether this Clock is the main clock for thread timeline generation.

void	setRepeating (bool flag)
	Set if event trigger multiple times.

void	setStartDelay (agx::Real time)
	Set the start delay when added to a clock or reset.

void	setTime (agx::Real64 time)
	Set the time explicitly, without ticking.

void	setTimeModulation (agx::Real modulation)
	Set the time modulation of the clock, default is 1.0.

bool	setTimeStep (agx::Real dt)
	Set the time step of the clock, 1/frequency.

void	start ()
	Same as setEnable(true)

void	stepForward (agx::Real delta)
	Advance the clock a specified interval.

void	stepTo (agx::Real time)
	Advance the clock to a specified time.

void	stop ()
	Same as setEnable(false)

void	tick (bool blocking=true)
	Advance the clock to the next time step.

Public Member Functions inherited from agx::Component
	Component (const agx::Name &name=agx::Name(), agx::Model model=agx::Component::ClassModel(), agx::Device device=nullptr)

virtual void	addObject (agx::Object *object, bool assignContext=true)
	Add an object to the component.

virtual String	autoComplete (const String &partialName, StringVector &matchingNames) const

virtual void	buildNavigationTree (agxJson::Value &eNode) const override

void	configure (Model *model)

virtual void	configure (TiXmlElement *eComponent) override

agx::Device *	getDevice ()

template<typename T >
T *	getDevice ()

const agx::Device *	getDevice () const

template<typename T >
const T *	getDevice () const

size_t	getNumObjects (const agx::Name &name) const

agx::Object *	getObject (const agx::Name &name, agx::Model *model, size_t index=0)

const agx::Object *	getObject (const agx::Name &name, agx::Model *model, size_t index=0) const

agx::Object *	getObject (const agx::Name &name, size_t index=0)

template<typename T >
T *	getObject (const agx::Name &name, size_t index=0)

const agx::Object *	getObject (const agx::Name &name, size_t index=0) const

template<typename T >
const T *	getObject (const agx::Name &name, size_t index=0) const

const agx::ObjectRefVector &	getObjects () const

template<typename T >
void	getObjects (agx::ObjectPtrVector &result, bool recursive=false) const
	Returns All child objects of a specified type in the result container.

void	getObjects (agx::ObjectPtrVector &result, const agx::Model *model, bool recursive=false) const

virtual Object *	getResourceImpl (const Path &path, agx::Model *model) override

virtual void	printSubtree () const override

void	printSubtree (std::ostream &stream, int depth=0) const

virtual void	rebind () override

void	removeAllObjects ()
	Remove all components.

virtual void	removeObject (agx::Object *object)
	Remove an object from the component.

void	removeObject (const agx::Name &name, size_t index=0)
	Remove an object with a specified name (and optional index) from the component.

virtual void	snapshot (TiXmlNode *eParent, const String &directory) const override

void	traverse (ComponentVisitor *)

void	traverse (const TraverseCallback &callback)

Public Member Functions inherited from agx::Object
	Object (const Name &name=Name(), Model *model=Object::ClassModel())

void	addListener (EventListener *listener)

virtual void	buildNavigationTree (agxJson::Value &eNode) const

virtual void	configure (TiXmlElement *)

agx::String	fullName () const

agx::String	fullPath () const

agx::String	fullPath (const agx::Object *root) const

template<typename T >
T *	getAutoScopedResource (const agx::Path &path)

template<typename T >
const T *	getAutoScopedResource (const agx::Path &path) const

agx::Object *	getAutoScopedResource (const agx::Path &path, agx::Model *model=nullptr)

const agx::Object *	getAutoScopedResource (const agx::Path &path, agx::Model *model=nullptr) const

agx::Object *	getContext ()

template<typename T >
T *	getContext ()

const agx::Object *	getContext () const

template<typename T >
const T *	getContext () const

agx::UInt32	getId () const

const agx::Name &	getImplementationName () const

agx::Model *	getModel ()

const agx::Model *	getModel () const

const agx::Name &	getName () const

agx::Object *	getNextSibling ()

const agx::Object *	getNextSibling () const

agx::Path	getPath () const

agx::Path	getPath (const agx::Object *root) const

template<typename T >
T *	getResource (const agx::Path &path)

template<typename T >
const T *	getResource (const agx::Path &path) const

agx::Object *	getResource (const agx::Path &path, agx::Model *model=nullptr)

const agx::Object *	getResource (const agx::Path &path, agx::Model *model=nullptr) const

virtual agx::Object *	getResourceImpl (const agx::Path &path, agx::Model *model)

agx::Object *	getRootContext ()

const agx::Object *	getRootContext () const

bool	hasListener (EventListener *listener)

bool	hasParent (const agx::Object *node) const

bool	isUnique () const

virtual void	printSubtree () const

virtual void	rebind ()

void	removeListener (EventListener *listener)

virtual void	save (TiXmlElement *) const

virtual void	setContext (agx::Object *context)

void	setId (UInt32 id)

void	setModel (agx::Model *model)
	Set the object model (handled automatically).

void	setName (const agx::Name &name)
	Set the name of the object.

virtual void	snapshot (TiXmlNode *, const String &) const

Public Member Functions inherited from agx::Referenced
	Referenced ()
	Default constructor.

	Referenced (const Referenced &)

template<typename T >
T *	as ()
	Subclass casting.

template<typename T >
const T *	as () const

template<typename T >
T *	asSafe ()
	Safe subclass casting, return nullptr if template type does not match.

template<typename T >
const T *	asSafe () const

int	getReferenceCount () const

template<typename T >
bool	is () const
	Subclass test.

Referenced &	operator= (const Referenced &)
	Assignment operator. Will increment the number of references to the referenced object.

void	reference (void *ptr=nullptr) const
	Explicitly increment the reference count by one, indicating that this object has another pointer which is referencing it.

void	unreference (void *ptr=nullptr) const
	Decrement the reference count by one, indicating that a pointer to this object is referencing it.

void	unreference_nodelete () const
	Decrement the reference count by one, indicating that a pointer to this object is referencing it.

Public Member Functions inherited from agx::Event
	Event (const agx::Name &name=agx::Name())

void	trigger ()
	Trigger the event.

Public Member Functions inherited from agx::EventT< Callback >
	EventT (const agx::Name &name=agx::Name())

void	addCallback (const Callback *callback)
	Add a callback to the event.

void	addCallbackFirst (const Callback *callback)
	Add a callback to the front of the callback list.

bool	containsCallback (const Callback *callback) const

const CallbackPtrVector &	getCallbacks () const

const agx::Name &	getName () const

void	removeAllCallbacks ()
	Remove all callbacks.

bool	removeCallback (const Callback *callback)

Static Public Member Functions
static agx::Model *	ClassModel ()

static agx::Model *	ClassModel ()

static Clock *	load (TiXmlElement eClock, Device device)

static Clock::Event *	load (TiXmlElement eEvent, Device device)

Static Public Member Functions inherited from agx::Component
static Component *	_load (TiXmlElement eComponent, Device device)

static agx::Model *	ClassModel ()

static Component *	load (const Path &path, const Name &implementation, Device *device, const Path &_namespace=Path())

static Component *	load (const String &path, const Path &_namespace=Path())

static Component *	load (const String &path, Device *device, const Path &_namespace=Path())

static Component *	load (TiXmlElement eComponent, Device device)

Static Public Member Functions inherited from agx::Object
static agx::Model *	ClassModel ()

static agx::String	generateName (const agx::String &bindPath)

static const HashSet< Object * > &	getActiveObjects ()

static bool	getEnableRebind ()
	Should rebinding be allowed? Right now a global setting.

static Object *	load (const String &path, Device *device, const String &type, const String &attribute, const String &value)

template<typename T >
static T *	load (const String &path, Device *device, const String &type, const String &attribute, const String &value)

static Object *	load (const String &path, Device *device, const String &type="", size_t instance=0)

template<typename T >
static T *	load (const String &path, Device *device, const String &type="", size_t instance=0)

static void	load (const String &path, Device *device, ObjectPtrVector &loadedObjects)

static Object *	load (TiXmlElement eObject, Device device)

template<typename T >
static T *	load (TiXmlElement eObject, Device device)

static TiXmlDocument	openDocument (const String &path)

static void	setEnableRebind (bool flag)
	Sets if rebinding of objects should be allowed (Right now a global setting).

Static Public Member Functions inherited from agx::Referenced
template<typename T >
static bool	ValidateCast (const Referenced *object)

Public Attributes
TickEvent	postTick

TickEvent	preTick

Public Attributes inherited from agx::Component
ObjectEvent	addObjectEvent

ObjectEvent	removeObjectEvent

Protected Member Functions
virtual	~Clock ()

virtual	~Event ()

Protected Member Functions inherited from agx::Component
virtual	~Component ()

String	expandAutoCompletionMatch (const String &query, const StringVector &matchingNames) const

void	setDevice (Device *device)

Protected Member Functions inherited from agx::Object
virtual	~Object ()

Protected Member Functions inherited from agx::Referenced
virtual	~Referenced ()
	Destructor.

void	allocateObserverVector () const

void	deleteUsingDeleteHandler () const

Additional Inherited Members
Static Protected Member Functions inherited from agx::Referenced
static DeleteHandler *	getDeleteHandler ()

static void	setDeleteHandler (DeleteHandler *handler)
	Internal: Set a DeleteHandler to which deletion of all referenced counted objects will be delegated to.

Protected Attributes inherited from agx::Referenced
Mutex	m_mutex

ObserverContainer	m_observers

AtomicValue	m_refCount

Protected Attributes inherited from agx::EventT< Callback >
Thread *	m_activeThread

CallbackPtrVector	m_callbacks

agx::UInt32	m_iterationIndex

Name	m_name

Detailed Description

Clock class keeps representation of virtual/simulated time.

An event to be triggered after a specified time.

Clocks can be connected in a hierarchy using different frequencies. Tasks can be triggered when the clock ticks. Events can be scheduled with specified interval.

Optionally repeating with a specified interval.

Definition at line 37 of file Clock.h.

Member Typedef Documentation

◆ EventConstObserver

typedef agx::observer_ptr< const Event > agx::Clock::EventConstObserver

Definition at line 50 of file Clock.h.

◆ EventConstRef

typedef agx::ref_ptr< const Event > agx::Clock::EventConstRef

Definition at line 50 of file Clock.h.

◆ EventObserver

typedef agx::observer_ptr< Event > agx::Clock::EventObserver

Definition at line 50 of file Clock.h.

◆ EventObserverVector

typedef agx::Vector< EventObserver> agx::Clock::EventObserverVector

Definition at line 51 of file Clock.h.

◆ EventPtrVector

typedef agx::VectorPOD< Event *> agx::Clock::EventPtrVector

Definition at line 51 of file Clock.h.

◆ EventRef

typedef agx::ref_ptr< Event > agx::Clock::EventRef

Definition at line 50 of file Clock.h.

◆ EventRefVector

typedef agx::Vector< EventRef> agx::Clock::EventRefVector

Definition at line 51 of file Clock.h.

◆ FrameWrapperConstObserver

typedef agx::observer_ptr< const FrameWrapper > agx::Clock::FrameWrapperConstObserver

Definition at line 47 of file Clock.h.

◆ FrameWrapperConstRef

typedef agx::ref_ptr< const FrameWrapper > agx::Clock::FrameWrapperConstRef

Definition at line 47 of file Clock.h.

◆ FrameWrapperObserver

typedef agx::observer_ptr< FrameWrapper > agx::Clock::FrameWrapperObserver

Definition at line 47 of file Clock.h.

◆ FrameWrapperObserverVector

typedef agx::Vector< FrameWrapperObserver> agx::Clock::FrameWrapperObserverVector

Definition at line 48 of file Clock.h.

◆ FrameWrapperPtrVector

typedef agx::VectorPOD< FrameWrapper *> agx::Clock::FrameWrapperPtrVector

Definition at line 48 of file Clock.h.

◆ FrameWrapperRef

typedef agx::ref_ptr< FrameWrapper > agx::Clock::FrameWrapperRef

Definition at line 47 of file Clock.h.

◆ FrameWrapperRefVector

typedef agx::Vector< FrameWrapperRef> agx::Clock::FrameWrapperRefVector

Definition at line 48 of file Clock.h.

◆ TickEvent

typedef Event1<Clock *> agx::Clock::TickEvent

Definition at line 54 of file Clock.h.

Constructor & Destructor Documentation

◆ Clock()

agx::Clock::Clock	(	const agx::Name &	name = `"clock"`,
		agx::Real	frequency = `60`
	)

◆ ~Clock()

virtual agx::Clock::~Clock ( )

protectedvirtual

◆ ~Event()

virtual agx::Clock::~Event ( )

protectedvirtual

Member Function Documentation

◆ addEvent()

void agx::Clock::addEvent ( agx::Clock::Event * event )

Add an event to the clock to be triggered as specified by the event.

Parameters

event The event

◆ addFrameJob()

void agx::Clock::addFrameJob ( agx::Job * job )

Add a job to be executed on each tick.

Parameters

job The job

◆ addFrameTask()

void agx::Clock::addFrameTask ( agx::Task * task )

Add a task to be executed on each tick.

Parameters

task The task

◆ addSlave()

void agx::Clock::addSlave ( agx::Clock * slave )

Add a slave clock, to be driven by this clock.

Parameters

slave The slave clock

◆ bind()

void agx::Clock::bind ( const agx::Path & path )

Bind the clock to a reference clock using a bindpath.

◆ ClassModel() [1/2]

static agx::Model * agx::Clock::ClassModel ( )

static

◆ ClassModel() [2/2]

static agx::Model * agx::Clock::ClassModel ( )

static

◆ configure() [1/2]

virtual void agx::Clock::configure ( TiXmlElement * eClock )

overridevirtual

Reimplemented from agx::Component.

◆ configure() [2/2]

virtual void agx::Clock::configure ( TiXmlElement * eEvent )

overridevirtual

Reimplemented from agx::Component.

◆ Event() [1/2]

agx::Clock::Event	(	const agx::Callback &	callback,
		agx::Real	startDelay,
		agx::Real	interval = `-1.0`
	)

◆ Event() [2/2]

agx::Clock::Event ( const agx::Name & name = "Event" )

Constructor.

◆ getBindPath()

const agx::Path & agx::Clock::getBindPath ( ) const

Returns: The bind path

◆ getClock()

agx::Clock * agx::Clock::getClock ( )

Returns: The clock which is responsible for triggering the event.

◆ getFrame()

agx::UInt agx::Clock::getFrame ( ) const

Returns: The current frame index.

◆ getFrequency()

agx::Real agx::Clock::getFrequency ( ) const

Returns: The frequency of the clock, 1/timeStep

◆ getIndex()

size_t agx::Clock::getIndex ( ) const

◆ getInterval()

agx::Real agx::Clock::getInterval ( ) const

Get the trigger interval.

Returns: the trigger interval

◆ getIsThreadTimelineResponsible()

bool agx::Clock::getIsThreadTimelineResponsible ( ) const

Returns: True if this clock is the main thread timeline clock. False otherwise.

◆ getReference()

agx::Clock * agx::Clock::getReference ( )

Returns: The reference clock to which this clock is a slave.

◆ getSlaves()

const agx::ClockPtrVector & agx::Clock::getSlaves ( ) const

Returns: The list of slaves.

◆ getStartDelay()

agx::Real agx::Clock::getStartDelay ( ) const

Returns: the start delay when added to a clock or reset.

◆ getTime()

agx::Real agx::Clock::getTime ( ) const

Returns: The current time.

Referenced by agxSDK::Simulation::getTimeStamp().

◆ getTimeModulation()

agx::Real agx::Clock::getTimeModulation ( ) const

Returns: The time modulation of the clock.

◆ getTimeStep()

agx::Real agx::Clock::getTimeStep ( ) const

Returns: The current time step.

◆ isEnabled()

agx::Bool agx::Clock::isEnabled ( ) const

Returns: true if the clock is enabled.

◆ isRepeating()

bool agx::Clock::isRepeating ( ) const

Returns: true if event trigger multiple times.

◆ load() [1/2]

static Clock * agx::Clock::load	(	TiXmlElement *	eClock,
		Device *	device
	)

static

◆ load() [2/2]

static Clock::Event * agx::Clock::load	(	TiXmlElement *	eEvent,
		Device *	device
	)

static

◆ rebind()

virtual void agx::Clock::rebind ( )

overridevirtual

Reimplemented from agx::Component.

◆ removeEvent()

void agx::Clock::removeEvent ( agx::Clock::Event * event )

Remove an event from the clock.

Parameters

event The event

◆ removeFrameJob()

void agx::Clock::removeFrameJob ( agx::Job * job )

Remove a frame job.

Parameters

job The job

◆ removeFrameTask()

void agx::Clock::removeFrameTask ( agx::Task * task )

Remove a frame task.

Parameters

task The task

◆ removeSlave()

void agx::Clock::removeSlave ( agx::Clock * slave )

Remove a slave clock.

Parameters

slave The slave clock

◆ reset() [1/2]

void agx::Clock::reset ( )

Reset to frame zero (and time=0), remove all events.

◆ reset() [2/2]

void agx::Clock::reset ( )

Reset event, with start delay.

◆ save()

virtual void agx::Clock::save ( TiXmlElement * eParent ) const

overridevirtual

Reimplemented from agx::Object.

◆ setEnable() [1/2]

void agx::Clock::setEnable ( agx::Bool flag )

Set to false to disable the clock, tick will be void operation.

◆ setEnable() [2/2]

void agx::Clock::setEnable ( bool flag )

Pause/unpause.

◆ setFrame()

void agx::Clock::setFrame ( UInt frame )

Explicitly set the current frame index.

◆ setFrequency()

void agx::Clock::setFrequency ( agx::Real frequency )

Set the clock frequency.

◆ setInterval()

void agx::Clock::setInterval ( agx::Real interval )

Set the trigger interval.

◆ setIsThreadTimelineResponsible()

void agx::Clock::setIsThreadTimelineResponsible ( bool isResponsible )

Control whether this Clock is the main clock for thread timeline generation.

Default is true. Set to false for example when using a sub-simulation that is stepped from within the main simulation.

◆ setRepeating()

void agx::Clock::setRepeating ( bool flag )

Set if event trigger multiple times.

◆ setStartDelay()

void agx::Clock::setStartDelay ( agx::Real time )

Set the start delay when added to a clock or reset.

Parameters

time	- in seconds

◆ setTime()

void agx::Clock::setTime ( agx::Real64 time )

Set the time explicitly, without ticking.

◆ setTimeModulation()

void agx::Clock::setTimeModulation ( agx::Real modulation )

Set the time modulation of the clock, default is 1.0.

◆ setTimeStep()

bool agx::Clock::setTimeStep ( agx::Real dt )

Set the time step of the clock, 1/frequency.

◆ start()

void agx::Clock::start ( )

Same as setEnable(true)

◆ stepForward()

void agx::Clock::stepForward ( agx::Real delta )

Advance the clock a specified interval.

Parameters

delta The interval

◆ stepTo()

void agx::Clock::stepTo ( agx::Real time )

Advance the clock to a specified time.

Parameters

time	The specified time

◆ stop()

void agx::Clock::stop ( )

Same as setEnable(false)

◆ tick()

void agx::Clock::tick ( bool blocking = true )

Advance the clock to the next time step.

Parameters

blocking Will wait for all tick tasks if true

Member Data Documentation

◆ postTick

TickEvent agx::Clock::postTick

Definition at line 56 of file Clock.h.

◆ preTick

TickEvent agx::Clock::preTick

Definition at line 55 of file Clock.h.

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

Clock.h

Classes

Public Types

Public Member Functions

Static Public Member Functions

Public Attributes

Protected Member Functions

Additional Inherited Members

Detailed Description

Member Typedef Documentation

◆ EventConstObserver

◆ EventConstRef

◆ EventObserver

◆ EventObserverVector

◆ EventPtrVector

◆ EventRef

◆ EventRefVector

◆ FrameWrapperConstObserver

◆ FrameWrapperConstRef

◆ FrameWrapperObserver

◆ FrameWrapperObserverVector

◆ FrameWrapperPtrVector

◆ FrameWrapperRef

◆ FrameWrapperRefVector

◆ TickEvent

Constructor & Destructor Documentation

◆ Clock()

◆ ~Clock()

◆ ~Event()

Member Function Documentation

◆ addEvent()

◆ addFrameJob()

◆ addFrameTask()

◆ addSlave()

◆ bind()

◆ ClassModel() [1/2]

◆ ClassModel() [2/2]

◆ configure() [1/2]

◆ configure() [2/2]

◆ Event() [1/2]

◆ Event() [2/2]

◆ getBindPath()

◆ getClock()

◆ getFrame()

◆ getFrequency()

◆ getIndex()

◆ getInterval()

◆ getIsThreadTimelineResponsible()

◆ getReference()

◆ getSlaves()

◆ getStartDelay()

◆ getTime()

◆ getTimeModulation()

◆ getTimeStep()

◆ isEnabled()

◆ isRepeating()

◆ load() [1/2]

◆ load() [2/2]

◆ rebind()

◆ removeEvent()

◆ removeFrameJob()

◆ removeFrameTask()

◆ removeSlave()

◆ reset() [1/2]

◆ reset() [2/2]

◆ save()

◆ setEnable() [1/2]

◆ setEnable() [2/2]

◆ setFrame()

◆ setFrequency()

◆ setInterval()

◆ setIsThreadTimelineResponsible()

◆ setRepeating()

◆ setStartDelay()

◆ setTime()

◆ setTimeModulation()

◆ setTimeStep()

◆ start()

◆ stepForward()

◆ stepTo()

◆ stop()