Inheritance diagram for ComponentSystem:

Public Types
enum	UniqeNameEnumT { UniqueComponentNameType , UniqueSysportNameTyp , UniqueSysparamNameType , UniqueAliasNameType , UniqueReservedNameType }

typedef std::map< HString, std::pair< std::vector< HString >, std::vector< HString > > >	SetParametersMapT

Public Types inherited from Component
enum	CQSEnumT { CType , QType , SType , UndefinedCQSType }
	Enum type for all CQS types.

Public Member Functions
virtual void	configure ()
	Configures a component by setting up ports, variables, constants and other resources.

bool	isComponentSystem () const
	Check if a component is a System-Component.

CQSEnumT	getTypeCQS () const
	Get the C, Q or S type of the component as enum.

void	setTypeCQS (CQSEnumT cqs_type, bool doOnlyLocalSet=false)
	Set the type C, Q, or S of the subsystem.

bool	changeSubComponentSystemTypeCQS (const HString &rName, const CQSEnumT newType)
	Change the CQS type of a stored subsystem component.

void	determineCQSType ()
	This function automatically determines the CQS type depending on the what has been connected to the systemports.

bool	isTopLevelSystem () const

bool	isExternalSystem () const

void	setExternalModelFilePath (const HString &rPath)

HString	getExternalModelFilePath () const

void	addComponents (std::vector< Component * > &rComponents)
	Add multiple components to the system.

void	addComponent (Component *pComponent)
	Add a component to the system.

void	renameSubComponent (const HString &rOldName, const HString &rNewName)
	Rename a sub component and automatically fix unique names.

void	removeSubComponent (const HString &rName, bool doDelete=false)
	Remove a dub component from a system, can also be used to actually delete the component.

void	removeSubComponent (Component *pComponent, bool doDelete=false)
	Remove a sub component from a system, can also be used to actually delete the component.

HString	reserveUniqueName (const HString &rDesiredName, const UniqeNameEnumT type=UniqueReservedNameType)
	Reserves a unique name in the system.

void	unReserveUniqueName (const HString &rName)
	unReserves a unique name in the system

bool	renameParameter (const HString &rOldName, const HString &rNewName)
	Rename a system parameter.

virtual std::list< HString >	getModelAssets () const

Port *	addSystemPort (HString portName, const HString &rDescription="", const Port::RequireConnectionEnumT reqConnect=Port::Required)
	Adds a transparent SubSystemPort.

HString	renameSystemPort (const HString &rOldname, const HString &rNewname)
	Rename system port.

void	deleteSystemPort (const HString &rName)
	Delete a System port from the component.

Component *	getSubComponentOrThisIfSysPort (const HString &rName)
	Get a Component ptr to the component with supplied name, can also return a ptr to self if no subcomponent found but systemport with name found.

Component *	getSubComponent (const HString &rName) const

const std::vector< Component * >	getSubComponents () const

ComponentSystem *	getSubComponentSystem (const HString &rName) const

std::vector< HString >	getSubComponentNames () const

bool	haveSubComponent (const HString &rName) const
	Check if a system has a subcomponent with given name.

bool	isEmpty () const
	Checks if a system is empty (if there are no components or systemports)

AliasHandler &	getAliasHandler ()

bool	connect (Port pPort1, Port pPort2)
	Connect two components with specified ports to each other.

bool	connect (const HString &compname1, const HString &portname1, const HString &compname2, const HString &portname2)
	Connect two components, string version.

bool	disconnect (const HString &compname1, const HString &portname1, const HString &compname2, const HString &portname2)
	Disconnect two ports, string version.

bool	disconnect (Port pPort1, Port pPort2)
	Disconnects two ports and remove node if no one is using it any more.

bool	keepsValuesAsStartValues ()
	Returns whether or not to keep node values instead of over writing with defaultStartValues.

void	setKeepValuesAsStartValues (bool load)
	Set if node data values should be used as start values instead of the default start values or expressions.

void	loadStartValues ()
	Load start values by telling each component to load their start values.

void	loadStartValuesFromSimulation ()
	Load start values from last simulation to start value container.

void	evaluateParametersRecursively ()
	Recurse through the model system hierarchy and evaluate all parameters.

size_t	loadParameterValues (const HString &rFilePath)
	Loads parameters from a file.

bool	evaluateNumHopScriptRecursively ()
	Recurse through the model system hierarchy and evaluate all system-level numhop scripts.

bool	runNumHopScript (const HString &rScript, bool printOutput, HString &rOutput)
	Interprets and evaluates (runs) a numhop scripts.

void	setNumHopScript (const HString &rScript)
	Set the system-level numhop script.

HString	getNumHopScript () const

bool	checkModelBeforeSimulation ()
	Checks that everything is OK before simulation.

virtual bool	preInitialize ()

bool	initialize (const double startT, const double stopT)
	Initializes a system and all its contained components before a simulation. Also allocates log data memory.

void	simulate (const double stopT)
	Simulate function for single-threaded simulations.

bool	startRealtimeSimulation (double realTimeFactor=1)

virtual void	simulateMultiThreaded (const double startT, const double stopT, const size_t nDesiredThreads=0, const bool noChanges=false, ParallelAlgorithmT algorithm=APrioriScheduling)
	Simulate function that overrides multi-threaded simulation call with a single-threaded call In case multi-threaded support is not available.

void	finalize ()
	Finalizes a system component and all its contained components after a simulation.

bool	simulateAndMeasureTime (const size_t nSteps)
	Helper function that simulates all components and measure their average time requirements.

double	getTotalMeasuredTime ()
	Returns the total sum of the measured time of the components in the system.

void	sortComponentVectorsByMeasuredTime ()
	Helper function that sorts C- and Q- component vectors by simulation time for each component.

void	distributeCcomponents (std::vector< std::vector< Component * > > &rSplitCVector, size_t nThreads)

void	distributeQcomponents (std::vector< std::vector< Component * > > &rSplitQVector, size_t nThreads)

void	distributeSignalcomponents (std::vector< std::vector< Component * > > &rSplitSignalVector, size_t nThreads)

void	distributeNodePointers (std::vector< std::vector< Node * > > &rSplitNodeVector, size_t nThreads)

void	reschedule (size_t nThreads)

void	setDesiredTimestep (const double timestep)
	Sets the desired time step in a component system.

void	setInheritTimestep (const bool inherit=true)

bool	doesInheritTimestep () const

double	getDesiredTimeStep () const

void	logTimeAndNodes (const size_t simStep)

void	enableLog ()
	Enable node data logging.

void	disableLog ()
	Disable node data logging.

std::vector< double > *	getLogTimeVector ()

void	setNumLogSamples (const size_t nLogSamples)
	Set the desired number of log samples.

double	getLogStartTime () const

void	setLogStartTime (const double logStartTime)

size_t	getNumLogSamples () const
	Returns the desired number of log samples.

size_t	getNumActuallyLoggedSamples () const
	Returns the number of actually logged data samples.

void	stopSimulation (const HString &rReason)
	Set the stop simulation flag to abort the initialization or simulation loops.

void	stopSimulation ()
	Set the stop simulation flag to abort the initialization or simulation loops, (without messages being added)

bool	wasSimulationAborted () const
	Check if the simulation was aborted.

bool	setOrAddSystemParameter (const HString &rName, const HString &rValue, const HString &rType, const HString &rDescription="", const HString &rUnitOrQuantity="", const bool internal=false, const bool force=false)
	Set, add or change a system parameter including all meta data.

bool	setSystemParameter (const HString &rName, const HString &rValue, const HString &rType, const HString &rDescription="", const HString &rUnitOrQuantity="", const bool internal=false, const bool force=false)
	Set or change a system parameter including all meta data.

void	unRegisterParameter (const HString &name)
	Removes a parameter from the component.

void	addSearchPath (HString searchPath)
	Adds a search path that can be used by its components to look for external files, e.g. area curves.

void	addSubNode (Node *pNode)
	Add a node as subnode in the system, if the node is already owned by someone else, transfer ownership to this system.

void	removeSubNode (Node *pNode)
	Removes a previously added node.

Public Member Functions inherited from Component
virtual void	reconfigure ()
	Re-configures a component, depending on e.g. parameter values or external files.

virtual void	deconfigure ()
	Deconfigure a component, use this to cleanup and memory/resource allocations you have made in configure.

void	setDisabled (bool value)

bool	isDisabled () const

void	setDesiredTimestep (const double timestep)

void	setInheritTimestep (const bool inherit=true)
	Set whether the component should inherit timestep from its system parent.

bool	doesInheritTimestep () const
	Check if a component inherits timestep from its system parent.

void	setName (HString name)
	Set the desired component name.

const HString &	getName () const
	Get the component name.

const HString &	getTypeName () const
	Get the TypeName of the component.

const HString &	getSubTypeName () const
	Get the SubType name of the component.

void	setSubTypeName (const HString &rSubTypeName)
	Set the SubType name of the component.

HString	getTypeCQSString () const
	Get the CQStype as string.

virtual bool	isComponentC () const
	Check if a component is a C-Component.

virtual bool	isComponentQ () const
	Check if a component is a Q-Component.

virtual bool	isComponentSignal () const
	Check if a component is a Signal-Component.

virtual bool	isExperimental () const
	Check if component is tagged as experimental.

virtual bool	isObsolete () const
	Check if component is tagged as obsolete.

void	addConstant (const HString &rName, const HString &rDescription, const HString &rQuantityOrUnit, const double defaultValue, double &rData)
	Add (register) a constant parameter with a default value to the component.

void	addConstant (const HString &rName, const HString &rDescription, const HString &rQuantity, const HString &rUnit, const double defaultValue, double &rData)
	Add (register) a constant parameter with a default value to the component.

void	addConstant (const HString &rName, const HString &rDescription, HTextBlock &rData)

void	addConstant (const HString &rName, const HString &rDescription, HFilePath &rData)

void	addConditionalConstant (const HString &rName, const HString &rDescription, std::vector< HString > &rConditions, int &rData)
	Add (register) a conditional constant parameter to the component.

void	addConditionalConstant (const HString &rName, const HString &rDescription, std::vector< HString > &rConditions, const int defaultValue, int &rData)
	Add (register) a conditional constant parameter to the component.

void	setReconfigurationParameter (const HString &rName)

const std::vector< VariameterDescription > *	getVariameters ()

void	registerConditionalParameter (const HString &rName, const HString &rDescription, std::vector< HString > &rConditions, int &rValue)
	Register a conditional parameter value so that it can be accessed for read and write.

bool	hasParameter (const HString &rName) const
	Check if a component has a specific parameter.

void	getParameterNames (std::vector< HString > &rParameterNames)

const std::vector< ParameterEvaluator * > *	getParametersVectorPtr () const

const ParameterEvaluator *	getParameter (const HString &rName)

void	getParameterValue (const HString &rName, HString &rValue)

void *	getParameterDataPtr (const HString &rName)
	Returns a pointer directly to the parameter data variable.

bool	setParameterValue (const HString &rName, const HString &rValue, bool force=false)

bool	checkParameters (HString &errParName)

void	evaluateParameters ()

bool	evaluateParameter (const HString &rName, HString &rEvaluatedParameterValue, const HString &rType)

void	setDefaultStartValue (Port *pPort, const size_t idx, const double value)
	Set the default startvalue in a port.

void	setDefaultStartValue (const HString &rPortName, const HString &rDataName, const double value)
	Set the default startvalue in a port.

double	getDefaultStartValue (Port *pPort, const size_t idx, const size_t portIdx=0)
	Get the an actual start value of a port.

double	getDefaultStartValue (const HString &rPortName, const HString &rDataName, const size_t portIdx=0)
	Get the an actual start value of a port.

void	disableStartValue (Port *pPort, const size_t idx)
	Disable a start value to prevent the user from setting it, this is usefully if you calculate the value internally.

void	disableStartValue (const HString &rPortName, const size_t idx)
	Disable a start value to prevent the user from setting it, this is usefully if you calculate the value internally.

void	disableStartValue (const HString &rPortName, const HString &rDataName)
	Disable a start value to prevent the user from setting it, this is usefully if you calculate the value internally.

std::vector< Port * >	getPortPtrVector () const

Port *	getPort (const HString &rPortname) const
	Returns a pointer to the port with the given name.

std::vector< HString >	getPortNames ()
	Returns a string vector containing names of all ports in the component.

double *	getSafeNodeDataPtr (Port *pPort, const int dataId)
	Get a pointer to the node data variable, (Port pointer version)

double *	getSafeNodeDataPtr (const HString &rPortName, const int dataId)
	Get a pointer to the node data variable, (Port name version)

double *	getSafeMultiPortNodeDataPtr (Port *pPort, const size_t portIdx, const int dataId)
	Get a pointer to node data in a subport in a multiport.

double *	getSafeMultiPortNodeDataPtr (Port *pPort, const size_t portIdx, const int dataId, const double defaultValue)
	Get a pointer to node data in a subport in a multiport (also setting initial value at the same time)

double	readNodeSafe (const HString &rPortName, const HString &rDataName, const size_t subPortIdx=0)
	Read value based on the port and node data name.

double	readNodeSafe (const HString &rPortName, const size_t dataId, const size_t subPortIdx=0)
	Read value based on the port name and node data id.

void	writeNodeSafe (const HString &rPortName, const HString &rDataName, const double value, const size_t subPortIdx=0)
	Write node data based on port and data name.

void	writeNodeSafe (const HString &rPortName, const size_t dataId, const double value, const size_t subPortIdx=0)
	Write node data based on port and data id.

ComponentSystem *	getSystemParent () const

size_t	getModelHierarchyDepth () const

double	getTimestep () const
	Returns the component simulation time step.

double *	getTimePtr ()
	Returns a pointer to the simulation time variable in the component.

double	getTime () const
	Get the current simulation time.

void	setMeasuredTime (const double time)

double	getMeasuredTime () const
	Returns the measured time variable for the component. This is used to measure time requirements when sorting components for multicore purposes.

void	addDebugMessage (const HString &rMessage, const HString &rTag="") const
	Write an Debug message, i.e. for debugging purposes.

void	addWarningMessage (const HString &rMessage, const HString &rTag="") const
	Write an Warning message.

void	addErrorMessage (const HString &rMessage, const HString &rTag="") const
	Write an Error message.

void	addInfoMessage (const HString &rMessage, const HString &rTag="") const
	Write an Info message.

void	addFatalMessage (const HString &rMessage, const HString &rTag="") const
	Writes a Fatal message and tells the receiver of the message to close program in a controlled way. Also prints message to log file.

void	stopSimulation (const HString &rReason="")
	Terminate/stop a running initialization or simulation.

HopsanEssentials *	getHopsanEssentials ()

HString	findFilePath (const HString &rFileName) const
	Find and return the full file path name of fileName within the system search path, parent systems included (path to HMF file is always in here)

std::vector< HString >	getSearchPaths () const

virtual void	reInitializeValuesFromNodes ()

virtual void	solveSystem ()

virtual double	getStateVariableDerivative (int)

virtual double	getStateVariableSecondDerivative (int)

virtual void	getResiduals (double , double )

virtual void	getJacobian (double , double , double *)

void	addConstant (const HString &rName, const HString &rDescription, const HString &rUnit, double &rData)
	Add (register) a constant parameter to the component.

void	addConstant (const HString &rName, const HString &rDescription, const HString &rUnit, int &rData)
	Add (register) a constant parameter to the component.

void	addConstant (const HString &rName, const HString &rDescription, const HString &rUnit, HString &rData)
	Add (register) a constant parameter to the component.

void	addConstant (const HString &rName, const HString &rDescription, const HString &rUnit, bool &rData)
	Add (register) a constant parameter to the component.

void	addConstant (const HString &rName, const HString &rDescription, const HString &rUnit, const int defaultValue, int &rData)
	Add (register) a constant parameter with a default value to the component.

void	addConstant (const HString &rName, const HString &rDescription, const HString &rUnit, const HString &defaultValue, HString &rData)
	Add (register) a constant parameter with a default value to the component.

void	addConstant (const HString &rName, const HString &rDescription, const HString &rUnit, const bool defaultValue, bool &rData)
	Add (register) a constant parameter with a default value to the component.

void	setConstantValue (const HString &rName, const double value)
	Set the value of a constant parameter.

void	setConstantValue (const HString &rName, const int value)
	Set the value of a constant parameter.

void	setConstantValue (const HString &rName, const HString &rValue)
	Set the value of a constant parameter.

void	setConstantValue (const HString &rName, const char *value)
	Set the value of a constant parameter.

void	setConstantValue (const HString &rName, const bool value)
	Set the value of a constant parameter.

Static Public Member Functions
static Component *	Creator ()

Protected Types
typedef std::map< HString, Component * >	SubComponentMapT

Protected Attributes
bool	mWarnIfUnusedSystemParameters
	This bool can be toggled off in programmed subsystems to avoid annoying warnings.

std::vector< size_t >	mLogTheseTimeSteps

size_t	mTotalTakenSimulationSteps

SubComponentMapT	mSubComponentMap

NumHopHelper *	mpNumHopHelper

HString	mNumHopScript

Protected Attributes inherited from Component
ComponentSystem *	mpSystemParent

bool	mInheritTimestep

double	mTimestep

double	mDesiredTimestep

double	mTime = 0

size_t	mModelHierarchyDepth
	This variable contains the depth of the system in the model hierarchy, (used by connect to figure out where to store nodes)

std::vector< HString >	mSearchPaths

Friends
class	ConnectionAssistant

class	AliasHandler

Additional Inherited Members
Protected Member Functions inherited from Component
	Component ()
	Component base class Constructor.

virtual void	initialize ()
	The initialize function must be overloaded in each component, it is used to initialize the component just before simulation begins.

virtual void	simulateOneTimestep ()
	Simulates one time step. This component must be overloaded en each component.

virtual size_t	calcNumSimSteps (const double startT, const double stopT) const

Port *	addInputVariable (const HString &rName, const HString &rDescription, const HString &rQuantityOrUnit, const double defaultValue, double **ppNodeData=0)
	Add an inputVariable (Scalar signal ReadPort)

Port *	addOutputVariable (const HString &rName, const HString &rDescription, const HString &rQuantityOrUnit, double **ppNodeData=0)
	Add an outputVariable (Scalar signal WritePort) without default value.

Port *	addOutputVariable (const HString &rName, const HString &rDescription, const HString &rQuantityOrUnit, const double defaultValue, double **ppNodeData=0)
	Add an outputVariable (Scalar signal WritePort) with default value.

void	initializeAutoSignalNodeDataPtrs ()
	Automatically retrieve and assign node data pointers that have been registered.

Port *	addPort (const HString &rPortName, const PortTypesEnumT portType, const HString &rNodeType, const HString &rDescription, const Port::RequireConnectionEnumT reqConnection)
	Adds a port to the component, do not call this function directly unless you have to.

Port *	addPowerPort (const HString &rPortName, const HString &rNodeType, const HString &rDescription="", const Port::RequireConnectionEnumT reqConnect=Port::Required)
	Add a PowerPort with description to the component.

Port *	addReadPort (const HString &rPortName, const HString &rNodeType, const HString &rDescription="", const Port::RequireConnectionEnumT reqConnect=Port::Required)
	Add a ReadPort with description to the component.

Port *	addPowerMultiPort (const HString &rPortName, const HString &rNodeType, const HString &rDescription="", const Port::RequireConnectionEnumT reqConnect=Port::Required)
	Add a PowerMultiPort with description to the component.

Port *	addReadMultiPort (const HString &rPortName, const HString &rNodeType, const HString &rDescription="", const Port::RequireConnectionEnumT reqConnect=Port::Required)
	Add a ReadMultiPort with description to the component.

Port *	addWritePort (const HString &rPortName, const HString &rNodeType, const HString &rDescription="", const Port::RequireConnectionEnumT reqConnect=Port::Required)
	Add a WritePort with description to the component.

void	removePort (const HString &rPortName)

bool	getPort (const HString &rPortname, Port *&rpPort)
	Get a port as reference to pointer.

HString	renamePort (const HString &rOldname, const HString &rNewname)
	Rename a port.

void	deletePort (const HString &rName)
	Removes and deletes a port from a component.

Member Function Documentation

◆ addComponent()

void addComponent ( Component * pComponent )

Add a component to the system.

◆ addSearchPath()

void addSearchPath ( HString searchPath )

Adds a search path that can be used by its components to look for external files, e.g. area curves.

Parameters

[in] rSearchPath The search path to be added

◆ checkModelBeforeSimulation()

bool checkModelBeforeSimulation ( )

virtual

Checks that everything is OK before simulation.

Returns: true if everything is OK, else false (simulation not permitted)

Reimplemented from Component.

◆ configure()

void configure ( )

virtual

Configures a component by setting up ports, variables, constants and other resources.

Every function must overload this function, in this function ports variables and constants will be added The component author is however free to add any other desired code as well. This function is called immediately after a component instance has been created

Reimplemented from Component.

Reimplemented in ConditionalComponentSystem.

◆ connect() [1/2]

bool connect	(	const HString &	compname1,
		const HString &	portname1,
		const HString &	compname2,
		const HString &	portname2 )

Connect two components, string version.

Parameters

[in]	compname1	The name of the first component
[in]	portname1	The name of the port on the first component
[in]	compname2	The name of the second component
[in]	portname2	The name of the port on the second component

Returns: True if success else False

◆ connect() [2/2]

bool connect	(	Port *	pPort1,
		Port *	pPort2 )

Connect two components with specified ports to each other.

Parameters

[in]	pPort1	A pointer to the first port
[in]	pPort2	A pointer to the second port

Returns: True if success, False if failed

◆ deleteSystemPort()

void deleteSystemPort ( const HString & rName )

Delete a System port from the component.

Parameters

[in] rName The name of the port to delete

◆ determineCQSType()

void determineCQSType ( )

This function automatically determines the CQS type depending on the what has been connected to the systemports.

◆ disconnect() [1/2]

bool disconnect	(	const HString &	compname1,
		const HString &	portname1,
		const HString &	compname2,
		const HString &	portname2 )

Disconnect two ports, string version.

Parameters

[in]	compname1	The name of the first component
[in]	portname1	The name of the port on the first component
[in]	compname2	The name of the second component
[in]	portname2	The name of the port on the second component

Returns: True if success, False if failed

◆ disconnect() [2/2]

bool disconnect	(	Port *	pPort1,
		Port *	pPort2 )

Disconnects two ports and remove node if no one is using it any more.

Parameters

pPort1	Pointer to first port
pPort2	Pointer to second port

◆ evaluateNumHopScriptRecursively()

bool evaluateNumHopScriptRecursively ( )

Recurse through the model system hierarchy and evaluate all system-level numhop scripts.

Returns: true if no errors occurred, false otherwise

◆ finalize()

void finalize ( )

virtual

Finalizes a system component and all its contained components after a simulation.

Reimplemented from Component.

◆ getModelAssets()

std::list< HString > getModelAssets ( ) const

virtual

Reimplemented from Component.

◆ getNumActuallyLoggedSamples()

size_t getNumActuallyLoggedSamples ( ) const

Returns the number of actually logged data samples.

Returns: Number of available logged data samples in storage

◆ getSubComponentNames()

std::vector< HString > getSubComponentNames ( ) const

◆ getSubComponentOrThisIfSysPort()

Component * getSubComponentOrThisIfSysPort ( const HString & rName )

Get a Component ptr to the component with supplied name, can also return a ptr to self if no subcomponent found but systemport with name found.

For this to work we need to make sure that the sub components and systemports have unique names

◆ getTypeCQS()

Component::CQSEnumT getTypeCQS ( ) const

virtual

Get the C, Q or S type of the component as enum.

Reimplemented from Component.

◆ haveSubComponent()

bool haveSubComponent ( const HString & rName ) const

Check if a system has a subcomponent with given name.

Parameters

[in] rName The name to check for

Returns: true or false

◆ initialize()

bool initialize	(	const double	startT,
		const double	stopT )

virtual

Initializes a system and all its contained components before a simulation. Also allocates log data memory.

Parameters

[in]	startT	Start time of simulation
[in]	stopT	Stop time of simulation

Reimplemented from Component.

◆ isComponentSystem()

bool isComponentSystem ( ) const

inlinevirtual

Check if a component is a System-Component.

Returns: true or false

Reimplemented from Component.

◆ loadParameterValues()

size_t loadParameterValues ( const HString & rFilePath )

virtual

Loads parameters from a file.

Parameters

[in] rFilePath The file to load from

Returns: Number of changed parameters

Reimplemented from Component.

◆ loadStartValues()

void loadStartValues ( )

virtual

Load start values by telling each component to load their start values.

Reimplemented from Component.

◆ loadStartValuesFromSimulation()

void loadStartValuesFromSimulation ( )

virtual

Load start values from last simulation to start value container.

Reimplemented from Component.

◆ logTimeAndNodes()

void logTimeAndNodes ( const size_t simStep )

◆ preInitialize()

bool preInitialize ( )

virtual

Reimplemented from Component.

◆ removeSubComponent() [1/2]

void removeSubComponent	(	Component *	pComponent,
		bool	doDelete = false )

Remove a sub component from a system, can also be used to actually delete the component.

Parameters

[in]	pComponent	A pointer to the component to remove
[in]	doDelete	Set this to true if the component should be deleted after removal

◆ removeSubComponent() [2/2]

void removeSubComponent	(	const HString &	rName,
		bool	doDelete = false )

Remove a dub component from a system, can also be used to actually delete the component.

Parameters

[in]	rName	The name of the component to remove from the system
[in]	doDelete	Set this to true if the component should be deleted after removal

◆ reserveUniqueName()

HString reserveUniqueName	(	const HString &	rDesiredName,
		const UniqeNameEnumT	type = UniqueReservedNameType )

Reserves a unique name in the system.

Parameters

[in]	rDesiredName	The desired name to reserve
[in]	type	The type of entity that the unique name represents

Returns: The actual name reserved

◆ runNumHopScript()

bool runNumHopScript	(	const HString &	rScript,
		bool	printOutput,
		HString &	rOutput )

Interprets and evaluates (runs) a numhop scripts.

Parameters

[in]	rScript	The script string
[in]	printOutput	Toggle whether to print output
[out]	rOutput	The output string to print to, (if printing activated)

Returns: true if no errors occurred, false otherwise

◆ setDesiredTimestep()

void setDesiredTimestep ( const double timestep )

Sets the desired time step in a component system.

Parameters

[in] timestep New desired time step

◆ setKeepValuesAsStartValues()

void setKeepValuesAsStartValues ( bool tf )

Set if node data values should be used as start values instead of the default start values or expressions.

If this is true, start values will not be loaded, if it is false default start values will be loaded

Parameters

[in] tf true or false, whether to keep node values instead of over writing with defaultStartValues

◆ setNumHopScript()

void setNumHopScript ( const HString & rScript )

Set the system-level numhop script.

Parameters

[in] rScript The script string

◆ simulate()

void simulate ( const double stopT )

virtual

Simulate function for single-threaded simulations.

Parameters

[in] stopT Simulate from current time until stop time

Reimplemented from Component.

Reimplemented in ConditionalComponentSystem.

◆ simulateAndMeasureTime()

bool simulateAndMeasureTime ( const size_t nSteps )

Helper function that simulates all components and measure their average time requirements.

Parameters

steps How many steps to simulate

◆ simulateMultiThreaded()

void simulateMultiThreaded	(	const double	startT,
		const double	stopT,
		const size_t	nDesiredThreads = 0,
		const bool	noChanges = false,
		ParallelAlgorithmT	algorithm = APrioriScheduling )

virtual

Simulate function that overrides multi-threaded simulation call with a single-threaded call In case multi-threaded support is not available.

Reimplemented in ConditionalComponentSystem.

◆ sortComponentVectorsByMeasuredTime()

void sortComponentVectorsByMeasuredTime ( )

Helper function that sorts C- and Q- component vectors by simulation time for each component.

◆ stopSimulation() [1/2]

void stopSimulation ( )

Set the stop simulation flag to abort the initialization or simulation loops, (without messages being added)

◆ stopSimulation() [2/2]

void stopSimulation ( const HString & rReason )

Set the stop simulation flag to abort the initialization or simulation loops.

Parameters

[in] rReason An optional HString describing the reason for the stop This method can be used by users e.g. GUIs to stop an start a initialization/simulation process

◆ unRegisterParameter()

void unRegisterParameter ( const HString & rName )

virtual

Removes a parameter from the component.

Reimplemented from Component.

◆ unReserveUniqueName()

void unReserveUniqueName ( const HString & rName )

unReserves a unique name in the system

Parameters

[in] rName The name to unreserve

◆ wasSimulationAborted()

bool wasSimulationAborted ( ) const

Check if the simulation was aborted.

Returns: true if Initialize, Simulate, or Finalize was aborted

Public Types

Public Member Functions

Static Public Member Functions

Protected Types

Protected Attributes

Friends

Additional Inherited Members

Member Function Documentation

◆ addComponent()

◆ addSearchPath()

◆ checkModelBeforeSimulation()

◆ configure()

◆ connect() [1/2]

◆ connect() [2/2]

◆ deleteSystemPort()

◆ determineCQSType()

◆ disconnect() [1/2]

◆ disconnect() [2/2]

◆ evaluateNumHopScriptRecursively()

◆ finalize()

◆ getModelAssets()

◆ getNumActuallyLoggedSamples()

◆ getSubComponentNames()

◆ getSubComponentOrThisIfSysPort()

◆ getTypeCQS()

◆ haveSubComponent()

◆ initialize()

◆ isComponentSystem()

◆ loadParameterValues()

◆ loadStartValues()

◆ loadStartValuesFromSimulation()

◆ logTimeAndNodes()

◆ preInitialize()

◆ removeSubComponent() [1/2]

◆ removeSubComponent() [2/2]

◆ reserveUniqueName()

◆ runNumHopScript()

◆ setDesiredTimestep()

◆ setKeepValuesAsStartValues()

◆ setNumHopScript()

◆ simulate()

◆ simulateAndMeasureTime()

◆ simulateMultiThreaded()

◆ sortComponentVectorsByMeasuredTime()

◆ stopSimulation() [1/2]

◆ stopSimulation() [2/2]

◆ unRegisterParameter()

◆ unReserveUniqueName()

◆ wasSimulationAborted()