#include <StateEventState.h>

Inheritance diagram for StateEventState:

Public Member Functions
const char *	className () const

State *	clone () const

StringList	currentValue () const

StateEvent::direction	getPendingState (size_t pIdx)

void	initialize ()

void	initializeStateVector (double *pValHandle, size_t tStartIdx, StateEvent::direction pSetFlags, const StateEvent::direction *pGetFlags)

int	isA (const char *) const

const StateEventState &	operator= (const RVector &pVal)

double &	operator[] (size_t pIdx)

void	resize (size_t pNewSize)

void	resize (size_t pNewSize, StateEvent::direction pDirection)

void	set (const RVector &pVal)

void	set (const double *pVal, size_t pNum)

void	setEventCondition (size_t pIdx, StateEvent::direction pCondition)

void	setEventCondition (StateEvent::direction pCondition)

int	size () const

const char *	type () const

bool	setInputInfluence ()

bool	setInputInfluence (InCTDEPort &pPort)

bool	setInputInfluence (size_t tMyIdx, InCTDEPort &pPort)

bool	setInputInfluence (size_t tMyIdx, InCTDEPort &pPort, size_t pInIdx)

bool	unsetInputInfluence ()

bool	unsetInputInfluence (InCTDEPort &pPort)

bool	unsetInputInfluence (size_t tMyIdx, InCTDEPort &pPort)

bool	unsetInputInfluence (size_t tMyIdx, InCTDEPort &pPort, size_t pInIdx)

bool	setStateInfluence ()

bool	setStateInfluence (IntegratorState &pPort)

bool	setStateInfluence (size_t tMyIdx, IntegratorState &pPort)

bool	setStateInfluence (size_t tMyIdx, IntegratorState &pPort, size_t pInIdx)

bool	unsetStateInfluence ()

bool	unsetStateInfluence (IntegratorState &pPort)

bool	unsetStateInfluence (size_t tMyIdx, IntegratorState &pPort)

bool	unsetStateInfluence (size_t tMyIdx, IntegratorState &pPort, size_t pInIdx)

void	accept (StateVisitor &v)

Detailed Description

Represent a continuous state variable. States in continuous simulation differ from conventional primitive states. They are used by the ODE solver. The representation of the value is stored in a model-wide state vector. This class keeps an handle and an index value to this external state vector.

Member Function Documentation

void StateEventState::accept ( StateVisitor & v )

inline

State visitor interface

StateEvent::direction StateEventState::getPendingState ( size_t pIdx )

Return whether the signal indexed by inpIdx has an state event pending.

void StateEventState::initialize ( )

Overrides

void StateEventState::initializeStateVector	(	double **	pValHandle,
		size_t	tStartIdx,
		StateEvent::direction *	pSetFlags,
		const StateEvent::direction *	pGetFlags
	)

fill the global state vector with my initial value for now, simply use initialize(), change to shadow value later (See IntegratorArrayState)

const StateEventState& StateEventState::operator= ( const RVector & pVal )

Assign the value of the state event function (operator form).

double& StateEventState::operator[] ( size_t pIdx )

Get a writable reference to an index of the state event vector. Used for element-wise assignment of the state event function.

void StateEventState::resize ( size_t pNewSize )

Change the size of the state. the direction settings for persisting elements are preserved, if the size is enlarged, new elements get the direction setting StateEvent::both

void StateEventState::resize	(	size_t	pNewSize,
		StateEvent::direction	pDirection
	)

Change the size of the state. The direction settings for all elements is set to pDirection

void StateEventState::set ( const RVector & pVal )

Assign the value of the state event function (method version).

void StateEventState::set	(	const double *	pVal,
		size_t	pNum
	)

Assign the value of the state event function from a c-style array.

void StateEventState::setEventCondition	(	size_t	pIdx,
		StateEvent::direction	pCondition
	)

Declare which signal crossings will be notified This method is callable in the primitives setup() or go() method, but not from evalOutput

void StateEventState::setEventCondition ( StateEvent::direction pCondition )

Set event condition for complete state

See Also: setEventCondition( size_t pIdx, StateEvent::direction pCondition )

bool StateEventState::setInputInfluence ( )

Define dependency relations

int StateEventState::size ( ) const

inline

Unfortunately, this method is virtual and its return type is (signed) int due to its declaration in State.

Public Member Functions

Detailed Description

Member Function Documentation