#include <Stepper.h>

Inheritance diagram for fe::ext::Stepper:

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Public Member Functions
void	compileStepper (const t_note_id &a_note_id)

virtual void	perform (const t_note_id &a_note_id)
	Perform processing due to having been signaled. More...

virtual void	connectOrchestrator (sp< OrchestratorI > a_spOrchestrator)
	Callback for the System to register itself to the orchestrator. More...

virtual void	compile (const t_note_id &a_note_id)
	Compile internal structure for dataset. More...

virtual void	step (t_moa_real a_dt)=0
	Move system forward in time by a timestep. More...

Public Member Functions inherited from fe::Component
const String &	name (void) const
	Return the components chosen name. More...

const String	verboseName (void) const
	Return the annotated chosen name. More...

void	setName (const String &name)
	Rename the component to anything you want. More...

hp< Registry >	registry (void) const
	Get the Registry that created this component. More...

void	adjoin (sp< Component > spComponent)
	Tie this component's lifetime to another. More...

sp< Component >	create (const String &implementation, BWORD quiet=FALSE) const
	Convienience function to registry()->create() More...

void	disjoin (void)
	Untie component from Hub, if connected. More...

String	factoryName (void)

void	setLibrary (sp< Library > spLibrary)
	Store a reference to the library used to instantiate this component. More...

sp< Library >	library (void)
	Get the library that created the component. More...

void	setFactoryIndex (I32 a_factoryIndex)
	Set the library's factory index. More...

I32	factoryIndex (void)
	Get the library's factory index. More...

void	setSingleton (BWORD set)
	Specify whether component is a singleton. More...

BWORD	isSingleton (void)
	Return whether component is a singleton. More...

virtual void	acquire (void)
	Specialized reference increment. More...

virtual void	release (void)
	Specialized reference decrement. More...

Public Member Functions inherited from fe::Handled< Component >
const hp< Component > &	getHandle (void) const
	Get a safe handle to this object. More...

Public Member Functions inherited from fe::Protectable
virtual I32	protection (void) const

virtual void	protect (void)

virtual void	unprotect (void)

virtual Protectable *	clone (Protectable *pInstance=NULL)

Public Member Functions inherited from fe::Counted
virtual void	acquire (int &rCount)
	Increment the reference count (and get the count) More...

virtual void	abandon (void)
	Decrement the reference count. More...

int	count (void) const
	Return the count of references. More...

void	setName (const String &)

void	trackReference (void *pReference, String what)

void	untrackReference (void *pReference)

void	registerRegion (void *pT, U32 bytes)

Public Member Functions inherited from fe::Initialized
void	initializeAll (void)

void	setActive (bool a_active)

Protected Attributes
t_moa_real	m_time

AsTime	m_asTime

Record	r_time

t_note_id	m_note_step

sp< RecordGroup >	m_rg_dataset

sp< OrchestratorI >	m_spOrchestrator

Additional Inherited Members
Static Public Member Functions inherited from fe::Counted
static String	reportTracker (void)

static U32	trackerCount (void)

Protected Types inherited from fe::Initialized
typedef void(*	InitializeFunction) (Initialized *)

Protected Member Functions inherited from fe::Handled< Component >
void	abandonHandle (void)

Protected Member Functions inherited from fe::Counted
int	releaseInternal (void)
	Decrement the reference count. More...

void	suppressReport (void)

Protected Member Functions inherited from fe::Initialized
void	addInitializer (InitializeFunction function)

Related Functions inherited from fe::Component
FE_DL_EXPORT void FE_CDECL	checkUnload (sp< Library > &pLibrary, Component *pComponent=NULL)
	Delete the component and unload libraries where appropriate. More...

Detailed Description

Time Stepping System.

Member Function Documentation

◆ compile()

virtual void fe::ext::Stepper::compile ( const t_note_id & a_note_id )

inlinevirtual

Compile internal structure for dataset.

Reimplemented in fe::ext::BrushTireSystem, fe::ext::SoftSystem, fe::ext::RigSystem, fe::ext::RigParticleMountSystem, fe::ext::ParticleMountSystem, fe::ext::MountSystem, fe::ext::SurfaceGroundTireSystem, fe::ext::ClosestGroundContactSystem, fe::ext::GroundCollisionSystem, fe::ext::TireContactSystem, fe::ext::DrivelineISystem, and fe::ext::TireISystem.

◆ connectOrchestrator()

void fe::ext::Stepper::connectOrchestrator ( sp< OrchestratorI > a_spOrchestrator )

inlinevirtual

Callback for the System to register itself to the orchestrator.

This allows you to specify which ticks you'd like to react to.

Parameters

a_spOrchestrator Orchestrator for you to connect to.

Implements fe::ext::SystemI.

Reimplemented in fe::ext::OrbiterSystem, fe::ext::DrivelineISystem, and fe::ext::TireISystem.

Referenced by fe::ext::TireISystem::connectOrchestrator(), fe::ext::DrivelineISystem::connectOrchestrator(), and fe::ext::OrbiterSystem::connectOrchestrator().

◆ perform()

void fe::ext::Stepper::perform ( const t_note_id & a_note_id )

inlinevirtual

Perform processing due to having been signaled.

Parameters

a_note_id The id of the tick type that we are reacting to.

This is a convenience function, wrapping "note" connecting.

orchestrator->connect(this, "a signal name"); // without functional connects to this perform(), such as: orchestrator->connect(this, &SystemI::perform, "a signal name");

Reimplemented from fe::ext::SystemI.

Reimplemented in fe::ext::DrivelineISystem.

Referenced by fe::ext::DrivelineISystem::perform().