OutCTDEPort Class Reference

Inheritance diagram for OutCTDEPort:

Public Member Functions
Geodesic *	allocateGeodesic ()
OutSignalDescriptor	getAlias (size_t pIndex) const
size_t	getIOVecIndex (size_t pSigIndex) const
OutSignalDescriptor	getRealSignal (size_t pIndex) const
bool	hasAlias (size_t pIndex) const
void	initialize ()
int	isItOutput () const
OutCTDEPort &	operator= (const RVector &pInpV)
double &	operator[] (unsigned int pIdx)
const double &	operator[] (unsigned int pIdx) const
Particle &	put (double stamp)
void	sendData ()
bool	setAlias (size_t pMyIdx, const InCTDEPort &pInPort, size_t pInIdx)
bool	setIOVector (RVector *pVec, const std::valarray< size_t > &pIndexArray)
void	setVector (const RVector &pVal)
void	setVector (std::vector< double > pVal)
void	setVector (const double *pVal, size_t pSz)
void	setWidth (int pNewWidth)
Public Member Functions inherited from CTDEPortHole
	~CTDEPortHole ()
	constructor More...
const char *	className () const
int	getWidth () const
int	isA (const char *className) const
	Class identification. More...
void	setWidth (int pNewWidth)
Public Member Functions inherited from OutDEPort
int	isItOutput () const
Particle &	put (double stamp)
void	sendData ()
Public Member Functions inherited from DEPortHole
const char *	className () const
virtual void	cleanIt ()
void	initialize ()
int	isA (const char *) const
Particle &	operator% (int)
const Particle &	operator% (int) const
StringList	getDataAsStrings () const
StringList	getDataAsStrings () const
virtual size_t	getCurrentParticleNumber () const throw ( PortAccessException )
virtual const Particle &	getCurrentParticleAtIndex (size_t pIndex) const throw ( PortAccessException )
bool	checkNotify () const
std::valarray< InSignalDescriptor >	mAliases
std::valarray< size_t >	mIndexVec
bool	setInputInfluence ()
bool	setInputInfluence (const InCTDEPort &pIn)
bool	setInputInfluence (size_t pMyIdx, const InCTDEPort &pIn)
bool	setInputInfluence (size_t pMyIdx, const InCTDEPort &pIn, size_t pInIdx)
bool	unsetInputInfluence ()
bool	unsetInputInfluence (const InCTDEPort &pIn)
bool	unsetInputInfluence (size_t pMyIdx, const InCTDEPort &pIn)
bool	unsetInputInfluence (size_t pMyidx, const InCTDEPort &pIn, size_t pInIdx)
bool	setStateInfluence ()
bool	setStateInfluence (const IntegratorState &pState)
bool	setStateInfluence (size_t pMyIdx, const IntegratorState &pState)
bool	setStateInfluence (size_t pMyIdx, const IntegratorState &pState, size_t pStateIdx)
bool	unsetStateInfluence ()
bool	unsetStateInfluence (const IntegratorState &pState)
bool	unsetStateInfluence (size_t pMyIdx, const IntegratorState &pState)
bool	unsetStateInfluence (size_t pMyidx, const IntegratorState &pState, size_t pStateIdx)
CTDEStar *	getValidParent ()

Additional Inherited Members
Public Attributes inherited from DEPortHole
int	dataNew
int	depth
double	timeStamp
Protected Member Functions inherited from CTDEPortHole
void	initialize ()
bool	initDebugVector ()
Protected Attributes inherited from CTDEPortHole
RVector *	mIOVec
int	mWidth
FloatVectorR *	mVector
Protected Attributes inherited from DEPortHole
CircularBuffer	mBuffer
size_t	mBufferSize

Member Function Documentation

bool OutCTDEPort::checkNotify

(

)

const

check for attached notify object and trigger an notification At the moment, it also checks for the sDebugPorts flag.

Returns

false in case an error occured.

OutSignalDescriptor OutCTDEPort::getAlias

(

size_t

pIndex

)

const

new interface: set iovec independent of connect() calls & in arbitrary order

StringList OutCTDEPort::getDataAsStrings

(

)

const

Debug and visualisation interface Return a StringList containing string representations of the particles residing in the buffer. does not support element access.

OutSignalDescriptor OutCTDEPort::getRealSignal

(

size_t

pIndex

)

const

Returns

the 'real' source output signal. In case of a cyclic reference, the null< > object of the class is returned

CTDEStar* OutCTDEPort::getValidParent ( )

protected

convenience method for getting the parent block of this state and checking its correct type

OutCTDEPort & OutCTDEPort::operator= ( const RVector &  pInpV )

inline

Assign the value of a continuous vector port.

Returns

Reference to myself, compliant to normal definition of operator=

double & OutCTDEPort::operator[] ( unsigned int  pIdx )

inline

Get a writable reference to an entry of an vectorized output

const double & OutCTDEPort::operator[] ( unsigned int  pIdx ) const

inline

get a const reference to an output port signal. used for debugging and visualisation

Particle& OutCTDEPort::put

(

double

stamp

)

only for discrete-event Type operator to return a zero delayed Particle, which is same as operator % (0). set the timestamp. for continuous ports, warn and ignore (possibly abort?)

void OutCTDEPort::sendData

(

)

Send Data according to PortHole Type For continuous type, dispatch to base class method for discrete event, use DE implementation

bool OutCTDEPort::setInputInfluence

(

)

Influence declaration methods. Declare that an continuous output (or a specific signal element of the output) depends on (or is independed of) the continuous inputs of the containing primitive/ a specific input/a specific signal element of an input port. Output ports can also depend on dynamic (integrator) states of the primitive.Declare the port to depend on all continuous inputs.

bool OutCTDEPort::setInputInfluence

(

const InCTDEPort &

pIn

)

Declare the port to depend on all input pIn.

bool OutCTDEPort::setInputInfluence	(	size_t	pMyIdx,
		const InCTDEPort &	pIn
	)

Declare element pMyIdx of the output vector to depend on input pIn.

bool OutCTDEPort::setInputInfluence	(	size_t	pMyIdx,
		const InCTDEPort &	pIn,
		size_t	pInIdx
	)

Declare element pMyIdx of the output vector to depend on elements pInIdx of input pIn.

bool OutCTDEPort::setStateInfluence

(

)

Declare the port to depend on all integrator states of the containing primitive.

bool OutCTDEPort::setStateInfluence

(

const IntegratorState &

pState

)

Declare the port to depend on the integrator state pState.

bool OutCTDEPort::setStateInfluence	(	size_t	pMyIdx,
		const IntegratorState &	pState
	)

Declare element pMyIdx</> of the output vector to depend on the integrator state pState.

bool OutCTDEPort::setStateInfluence	(	size_t	pMyIdx,
		const IntegratorState &	pState,
		size_t	pStateIdx
	)

Declare element pMyIdx</> of the output vector to depend on element pStateIdx of the integrator state pState.

bool OutCTDEPort::unsetInputInfluence

(

)

Declare the port not to depend on any continuous input of the containing primitive.

bool OutCTDEPort::unsetInputInfluence

(

const InCTDEPort &

pIn

)

Declare the port not to depend on the input pIn.

bool OutCTDEPort::unsetInputInfluence	(	size_t	pMyIdx,
		const InCTDEPort &	pIn
	)

Declare element pMyIdx of the output vector to be independent of input pIn.

bool OutCTDEPort::unsetInputInfluence	(	size_t	pMyidx,
		const InCTDEPort &	pIn,
		size_t	pInIdx
	)

Declare element pMyIdx of the output vector to be independent of element pInIdx of input pIn.

bool OutCTDEPort::unsetStateInfluence

(

)

Declare the port not to depend on any integrator state within the containing primitive.

bool OutCTDEPort::unsetStateInfluence

(

const IntegratorState &

pState

)

Declare the port not to depend on the integrator state pState .

bool OutCTDEPort::unsetStateInfluence	(	size_t	pMyIdx,
		const IntegratorState &	pState
	)

Declare element pMyIdx</> of the output vector to be independent of the integrator state pState.

bool OutCTDEPort::unsetStateInfluence	(	size_t	pMyidx,
		const IntegratorState &	pState,
		size_t	pStateIdx
	)

Declare element pMyIdx</> of the output vector to be independent of element pStateIdx of the integrator state pState.