ComponentSetupFunctions

Functions
void	addConditionalConstant (const HString &rName, const HString &rDescription, std::vector< HString > &rConditions, int &rData)
	Add (register) a conditional constant parameter to the component. More...
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. More...
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. More...
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. More...
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. More...
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. More...
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. More...
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. More...
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. More...
Port *	addInputVariable (const HString &rName, const HString &rDescription, const HString &rQuantityOrUnit, const double defaultValue, double **ppNodeData=0)
	Add an inputVariable (Scalar signal ReadPort) More...
Port *	addOutputVariable (const HString &rName, const HString &rDescription, const HString &rQuantityOrUnit, double **ppNodeData=0)
	Add an outputVariable (Scalar signal WritePort) without default value. More...
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. More...
double	getDefaultStartValue (Port *pPort, const size_t idx, const size_t portIdx=0)
	Get the an actual start value of a port. More...
double	getDefaultStartValue (const HString &rPortName, const HString &rDataName, const size_t portIdx=0)
	Get the an actual start value of a port. More...
void	setDefaultStartValue (Port *pPort, const size_t idx, const double value)
	Set the default startvalue in a port. More...
void	setDefaultStartValue (const HString &rPortName, const HString &rDataName, const double value)
	Set the default startvalue in a port. More...
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) More...
void	setConstantValue (const HString &rName, const double value)
	Set the value of a constant parameter. More...
void	setConstantValue (const HString &rName, const int value)
	Set the value of a constant parameter. More...
void	setConstantValue (const HString &rName, const HString &rValue)
	Set the value of a constant parameter. More...
void	setConstantValue (const HString &rName, const char *value)
	Set the value of a constant parameter. More...
void	setConstantValue (const HString &rName, const bool value)
	Set the value of a constant parameter. More...
void	addConstant (const HString &rName, const HString &rDescription, const HString &rUnit, double &rData)
	Add (register) a constant parameter to the component. More...
void	addConstant (const HString &rName, const HString &rDescription, const HString &rUnit, int &rData)
	Add (register) a constant parameter to the component. More...
void	addConstant (const HString &rName, const HString &rDescription, const HString &rUnit, HString &rData)
	Add (register) a constant parameter to the component. More...
void	addConstant (const HString &rName, const HString &rDescription, const HString &rUnit, bool &rData)
	Add (register) a constant parameter to the component. More...
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. More...
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. More...
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. More...

Detailed Description

Function Documentation

addConditionalConstant() [1/2]

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.

Parameters

[in]	rName	The name of the constant
[in]	rDescription	The description of the constant
[in]	rConditions	The condition descriptions as a vector of text
[in]	defaultValue	The default value
[in]	rData	A reference to the condition data constant

addConditionalConstant() [2/2]

void addConditionalConstant	(	const HString &	rName,
		const HString &	rDescription,
		std::vector< HString > &	rConditions,
		int &	rData
	)

Add (register) a conditional constant parameter to the component.

Parameters

[in]	rName	The name of the constant
[in]	rDescription	The description of the constant
[in]	rConditions	The condition descriptions as a vector of text
[in]	rData	A reference to the condition data constant (it will automatically get default value 0)

addConstant() [1/9]

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.

Parameters

[in]	rName	The name of the constant
[in]	rDescription	The description of the constant
[in]	rQuantity	The physical quantity type (if any)
[in]	rUnit	The unit of the constant value
[in]	defaultValue	Default constant value
[in]	rData	A reference to the data variable

addConstant() [2/9]

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.

Parameters

[in]	rName	The name of the constant
[in]	rDescription	The description of the constant
[in]	rQuantityOrUnit	The Quantity or Unit of the constant value
[in]	defaultValue	Default constant value
[in]	rData	A reference to the data variable

addConstant() [3/9]

void addConstant	(	const HString &	rName,
		const HString &	rDescription,
		const HString &	rUnit,
		bool &	rData
	)

Add (register) a constant parameter to the component.

Parameters

[in]	rName	The name of the constant
[in]	rDescription	The description of the constant
[in]	rUnit	The unit of the constant value
[in]	rData	A reference to the data constant

addConstant() [4/9]

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.

Parameters

[in]	rName	The name of the constant
[in]	rDescription	The description of the constant
[in]	rUnit	The unit of the constant value
[in]	defaultValue	Default constant value
[in]	rData	A reference to the data variable

addConstant() [5/9]

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.

Parameters

[in]	rName	The name of the constant
[in]	rDescription	The description of the constant
[in]	rUnit	The unit of the constant value
[in]	defaultValue	Default constant value
[in]	rData	A reference to the data variable

addConstant() [6/9]

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.

Parameters

[in]	rName	The name of the constant
[in]	rDescription	The description of the constant
[in]	rUnit	The unit of the constant value
[in]	defaultValue	Default constant value
[in]	rData	A reference to the data variable

addConstant() [7/9]

void addConstant	(	const HString &	rName,
		const HString &	rDescription,
		const HString &	rUnit,
		double &	rData
	)

Add (register) a constant parameter to the component.

Parameters

[in]	rName	The name of the constant
[in]	rDescription	The description of the constant
[in]	rUnit	The unit of the constant value
[in]	rData	A reference to the data constant

addConstant() [8/9]

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

Add (register) a constant parameter to the component.

Parameters

[in]	rName	The name of the constant
[in]	rDescription	The description of the constant
[in]	rUnit	The unit of the constant value
[in]	rData	A reference to the data constant

addConstant() [9/9]

void addConstant	(	const HString &	rName,
		const HString &	rDescription,
		const HString &	rUnit,
		int &	rData
	)

Add (register) a constant parameter to the component.

Parameters

[in]	rName	The name of the constant
[in]	rDescription	The description of the constant
[in]	rUnit	The unit of the constant value
[in]	rData	A reference to the data constant

addInputVariable()

Port * addInputVariable ( const HString &  rName, const HString &  rDescription, const HString &  rQuantityOrUnit, const double  defaultValue, double **  ppNodeData = 0  )

protected

Add an inputVariable (Scalar signal ReadPort)

Parameters

[in]	rName	The name of the variable
[in]	rDescription	The description of the variable
[in]	rQuantityOrUnit	The quantity or unit of the variable value
[in]	defaultValue	The default variable value (if not connected)
[in,out]	ppNodeData	Optional pointer to pointer to data. The data pointer will be registered and automatically assigned before initialisation)

Returns

A pointer to the port created.

addOutputVariable() [1/2]

Port * addOutputVariable ( const HString &  rName, const HString &  rDescription, const HString &  rQuantityOrUnit, const double  defaultValue, double **  ppNodeData = 0  )

protected

Add an outputVariable (Scalar signal WritePort) with default value.

Parameters

[in]	rName	The name of the variable
[in]	rDescription	The description of the variable
[in]	rQuantityOrUnit	The quantity or unit of the variable value
[in]	defaultValue	The default variable value (if not connected)
[in,out]	ppNodeData	Optional pointer to pointer to data. The data pointer will be registered and automatically assigned before initialisation)

Returns

A pointer to the port created.

addOutputVariable() [2/2]

Port * addOutputVariable ( const HString &  rName, const HString &  rDescription, const HString &  rQuantityOrUnit, double **  ppNodeData = 0  )

protected

Add an outputVariable (Scalar signal WritePort) without default value.

Parameters

[in]	rName	The name of the variable
[in]	rDescription	The description of the variable
[in]	rQuantityOrUnit	The quantity or unit of the variable value
[in,out]	ppNodeData	Optional pointer to pointer to data. The data pointer will be registered and automatically assigned before initialisation)

Returns

A pointer to the port created.

addPowerMultiPort()

Port * addPowerMultiPort ( const HString &  rPortName, const HString &  rNodeType, const HString &  rDescription = "", const Port::RequireConnectionEnumT  reqConnect = Port::Required  )

protected

Add a PowerMultiPort with description to the component.

Parameters

[in]	rPortName	The desired name of the port (may be automatically changed)
[in]	rNodeType	The type of node that must be connected to the port
[in]	rDescription	The port description
[in]	reqConnect	Specify if the port must be connected or if it is optional (Required or NotRequired)

Returns

A pointer to the created port

addPowerPort()

Port * addPowerPort ( const HString &  rPortName, const HString &  rNodeType, const HString &  rDescription = "", const Port::RequireConnectionEnumT  reqConnect = Port::Required  )

protected

Add a PowerPort with description to the component.

Parameters

[in]	rPortName	The desired name of the port (may be automatically changed)
[in]	rNodeType	The type of node that must be connected to the port
[in]	rDescription	The port description
[in]	reqConnect	Specify if the port must be connected or if it is optional (Required or NotRequired)

Returns

A pointer to the created port

addReadMultiPort()

Port * addReadMultiPort ( const HString &  rPortName, const HString &  rNodeType, const HString &  rDescription = "", const Port::RequireConnectionEnumT  reqConnect = Port::Required  )

protected

Add a ReadMultiPort with description to the component.

Parameters

[in]	rPortName	The desired name of the port (may be automatically changed)
[in]	rNodeType	The type of node that must be connected to the port
[in]	rDescription	The port description
[in]	reqConnect	Specify if the port must be connected or if it is optional (Required or NotRequired)

Returns

A pointer to the created port

addReadPort()

Port * addReadPort ( const HString &  rPortName, const HString &  rNodeType, const HString &  rDescription = "", const Port::RequireConnectionEnumT  reqConnect = Port::Required  )

protected

Add a ReadPort with description to the component.

Note

Usually you should use addInputVariable instead of this one

Parameters

[in]	rPortName	The desired name of the port (may be automatically changed)
[in]	rNodeType	The type of node that must be connected to the port
[in]	rDescription	The port description
[in]	reqConnect	Specify if the port must be connected or if it is optional (Required or NotRequired)

Returns

A pointer to the created port

addWritePort()

Port * addWritePort ( const HString &  rPortName, const HString &  rNodeType, const HString &  rDescription = "", const Port::RequireConnectionEnumT  reqConnect = Port::Required  )

protected

Add a WritePort with description to the component.

Note

Usually you should use addOutputVariable instead of this one unless you need a "sniffer port"

Parameters

[in]	rPortName	The desired name of the port (may be automatically changed)
[in]	rNodeType	The type of node that must be connected to the port
[in]	rDescription	The port description
[in]	reqConnect	Specify if the port must be connected or if it is optional (Required or NotRequired)

Returns

A pointer to the created port

findFilePath()

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)

With this function you can find external files based on a path relative to the model file path This makes it possible to avoid absolute paths for external file resources

Parameters

rFileName

the name of the file to search for

Returns

full file name path, empty string if it does not exists

getDefaultStartValue() [1/2]

double getDefaultStartValue	(	const HString &	rPortName,
		const HString &	rDataName,
		const size_t	portIdx = 0
	)

Get the an actual start value of a port.

Parameters

[in]	rPortName	is the port which should be read from
[in]	rDataName	The name of the data in the port to read from example: "Pressure"
[in]	portIdx	The index of a subport in a multiport. If pPort is not a multiport this value will be ignored

Returns

The default start value

This slower version uses string names for lookup, and will report errors if names are incorrect

getDefaultStartValue() [2/2]

double getDefaultStartValue	(	Port *	pPort,
		const size_t	idx,
		const size_t	portIdx = 0
	)

Get the an actual start value of a port.

Parameters

[in]	pPort	is the port which should be read from
[in]	idx	is the index of the start value e.g. NodeHydraulic::Pressure
[in]	portIdx	The index of a subport in a multiport. If pPort is not a multiport this value will be ignored

Returns

The default start value

setConstantValue() [1/5]

void setConstantValue	(	const HString &	rName,
		const bool	value
	)

Set the value of a constant parameter.

Note

Don't use this function during simulation, it is slow

setConstantValue() [2/5]

void setConstantValue	(	const HString &	rName,
		const char *	value
	)

Set the value of a constant parameter.

Note

Don't use this function during simulation, it is slow

setConstantValue() [3/5]

void setConstantValue	(	const HString &	rName,
		const double	value
	)

Set the value of a constant parameter.

Note

Don't use this function during simulation, it is slow

setConstantValue() [4/5]

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

Set the value of a constant parameter.

Note

Don't use this function during simulation, it is slow

setConstantValue() [5/5]

void setConstantValue	(	const HString &	rName,
		const int	value
	)

Set the value of a constant parameter.

Note

Don't use this function during simulation, it is slow

setDefaultStartValue() [1/2]

void setDefaultStartValue	(	const HString &	rPortName,
		const HString &	rDataName,
		const double	value
	)

Set the default startvalue in a port.

Parameters

[in]	rPortName	The name of the port that should be written to
[in]	rDataName	The port variable to be written to, Example: "Pressure"
[in]	value	is the start value that should be written

This slower version uses string names for lookup, and will report errors if names are incorrect

setDefaultStartValue() [2/2]

void setDefaultStartValue	(	Port *	pPort,
		const size_t	idx,
		const double	value
	)

Set the default startvalue in a port.

Parameters

[in]	pPort	is the port which should be written to
[in]	idx	is the index of the start value e.g. NodeHydraulic::Pressure
[in]	value	is the start value that should be written