ResponseTableCorrection class is used to specify the a corrections for the speed-type efficiency map response table.
The class can be called from the Study class.
. More...

Public Member Functions
double	AdditionalRotorLeakageInductance ()
	Returns the additional rotor leakage inductance correction value. More...

double	AdditionalStatorLeakageInductance ()
	Returns the additional stator leakage inductance correction value. More...

double	CoilResistance ()
	Returns the coil resistance value. More...

double	CoilStandardTemp ()
	Returns the reference temperature for the coil at which the properties were defined. More...

double	CoilTemp ()
	Returns the temperature of the coil used for the correction. More...

double	CoilTempFactor ()
	Returns the coil resistance temperature coefficient. More...

String	CustomExpression (String &variable)
	Returns the expression for the custom calculation associated with a variable. More...

String	CustomPythonScript (String &variable)
	Returns the python script for the custom calculation associated with a variable. More...

String	CustomVariable (int index)
	Returns the varbiable associated with a given custom calculations. More...

double	ExcitingConductanceFactor ()
	Returns the exciting conductance coeficient. More...

double	FieldCoilResistance ()
	Returns the field coil resistance value. More...

double	FieldCoilStandardTemp ()
	Returns the reference temperature for the field coil at which the properties were defined. More...

double	FieldCoilTemp ()
	Returns the temperature of the field coil used for the correction. More...

double	FieldCoilTempFactor ()
	Returns the field coil resistance temperature coefficient. More...

double	FluxFactor ()
	Returns the value of the magnet flux correction factor. More...

bool	GetIMRotorSkew ()
	Returns whether to consider IM rotor skew. More...

bool	GetInductanceCorrection ()
	Returns whether the inductance correction table is set. More...

DataSet *	GetInductanceCorrectionTable ()
	Returns the sequence of points in the inductance correction table. More...

bool	GetIronlossCorrection ()
	Returns whether the iron loss correction table is set. More...

DataSet *	GetIronlossCorrectionTable ()
	Returns the sequence of points in the iron loss correction table. More...

bool	GetL1Correction ()
	Returns whether the L1 correction table is set. More...

DataSet *	GetL1CorrectionTable ()
	Returns the sequence of points in the L1 correction table. More...

bool	GetL2Correction ()
	Returns whether the L2 correction table is set. More...

DataSet *	GetL2CorrectionTable ()
	Returns the sequence of points in the L2 correction table. More...

bool	GetLmCorrection ()
	Returns whether the Lm correction table is set. More...

DataSet *	GetLmCorrectionTable ()
	Returns the sequence of points in the Lm correction table. More...

bool	GetMagneticFluxCorrection ()
	Returns whether the magnetic flux correction table is set. More...

DataSet *	GetMagneticFluxCorrectionTable ()
	Returns the sequence of points in the magnetic flux correction table. More...

bool	GetRotorResistanceCorrection ()
	Returns whether the rotor resistance correction table is set. More...

DataSet *	GetRotorResistanceCorrectionTable ()
	Returns the sequence of points in the rotor resistance correction table. More...

bool	GetTorqueCorrection ()
	Returns whether the torque correction table is set. More...

DataSet *	GetTorqueCorrectionTable ()
	Returns the sequence of points in the torque correction table. More...

bool	GetTotalFluxlinkageCorrection ()
	Returns whether the total flux-linkage correction table is set. More...

DataSet *	GetTotalFluxlinkageCorrectionTable ()
	Returns the sequence of points in the total flux-linkage correction table. More...

double	IMRotorSkewAngle ()
	Returns the skew angle for the IM rotor. More...

double	InductanceFactor ()
	Returns the value of the inductance correction factor. More...

virtual bool	IsValid ()
	Returns True if an object is valid. More...

double	LeakageInductance ()
	Returns the leakage inductance value for the corrected table. More...

double	LossFactor ()
	Returns the total loss correction factor. More...

double	MagnetizingInductanceFactor ()
	Returns the magnetizing inductance coeficient. More...

double	MagnetStandardTemp ()
	Returns the reference temperature for the magnet at which the properties were defined. More...

double	MagnetTemp ()
	Returns the temperature of the magnet used for the correction. More...

double	MagnetTempFactor ()
	Returns the magnet flux temperature coeficient. More...

String	Name ()
	Returns the table correction name as a string. More...

int	NumCustomCalculation ()
	Returns the number of custom calculations. More...

double	RotorConductorStandardTemp ()
	Returns the reference temperature for the rotor conductor at which the properties were defined. More...

double	RotorConductorTemp ()
	Returns the temperature of the rotor conductor used for the correction. More...

double	RotorConductorTempFactor ()
	Returns the rotor conductor temperature coeficient. More...

double	RotorLeakageInductanceFactor ()
	Returns the rotor leakage inductance coeficient. More...

double	RotorResistanceFactor ()
	Returns the rotor resistance coeficient. More...

double	RotorSkewAngle ()
	Returns the skew angle for the rotor. More...

int	RotorSkewSteps ()
	Returns the number of steps for the rotor skew (step skew only). More...

String	RotorSkewType ()
	Returns the skew type for the rotor. Types are "none", "linear", "vskew" and "step". More...

void	SetAdditionalRotorLeakageInductance (Variant &value)
	Specifies the additional rotor leakage inductance coefficient. More...

void	SetAdditionalStatorLeakageInductance (Variant &value)
	Specifies the additional stator leakage inductance coefficient. More...

void	SetCoilResistance (Variant &value)
	Specifies the coil resistance value. More...

void	SetCoilStandardTemp (Variant &temp)
	Specifies the reference temperature for the coil at which the properties were defined. More...

void	SetCoilTemp (Variant &temp)
	Specifies the temperature of the coil used for the correction. More...

void	SetCoilTempFactor (Variant &factor)
	Specifies the coil resistance temperature coefficient. More...

void	SetCustomExpression (String &variable, String &expr)
	Specifies a custom expression for a calculation. More...

void	SetCustomPythonScript (String &variable, String &script)
	Specifies a custom python script for a calculation. More...

void	SetExcitingConductanceFactor (Variant &factor)
	Specifies the exciting conductance coefficient. More...

void	SetFEAResult (String &variable)
	Specifies the type of analysis result. More...

void	SetFieldCoilResistance (Variant &value)
	Specifies the field coil resistance value. More...

void	SetFieldCoilStandardTemp (Variant &temp)
	Specifies the reference temperature for the field coil at which the properties were defined. More...

void	SetFieldCoilTemp (Variant &temp)
	Specifies the temperature of the field coil used for the correction. More...

void	SetFieldCoilTempFactor (Variant &factor)
	Specifies the field coil resistance temperature coefficient. More...

void	SetFluxFactor (Variant &factor)
	Specifies the value of the magnet flux correction factor. More...

void	SetIMRotorSkew (bool skew)
	Set whether to consider IM rotor skew. More...

void	SetIMRotorSkewAngle (Variant &angle)
	Specifies the skew angle for the IM rotor. More...

void	SetInductanceCorrection (bool correct)
	Specifies whether to specify the inductance correction table. More...

void	SetInductanceCorrectionTable (DataSet *set)
	Specifies a sequence of points in the inductance correction table. More...

void	SetInductanceFactor (Variant &factor)
	Specifies the value of the inductance correction factor. More...

void	SetIronlossCorrection (bool correct)
	Specifies whether to specify the iron loss correction table. More...

void	SetIronlossCorrectionTable (DataSet *sety)
	Specifies a sequence of points in the iron loss correction table. More...

void	SetL1Correction (bool correct)
	Specifies whether to specify the L1 correction table. More...

void	SetL1CorrectionTable (DataSet *set)
	Specifies a sequence of points in the L1 correction table. More...

void	SetL2Correction (bool correct)
	Specifies whether to specify the L2 correction table. More...

void	SetL2CorrectionTable (DataSet *set)
	Specifies a sequence of points in the L2 correction table. More...

void	SetLeakageInductance (Variant &value)
	Specifies the leakage inductance value for the corrected table. More...

void	SetLmCorrection (bool correct)
	Specifies whether to specify the Lm correction table. More...

void	SetLmCorrectionTable (DataSet *set)
	Specifies a sequence of points in the Lm correction table. More...

void	SetLossFactor (Variant &factor)
	Specifies the total loss correction factor. More...

void	SetMagneticFluxCorrection (bool correct)
	Specifies whether to specify the magnetic flux correction table. More...

void	SetMagneticFluxCorrectionTable (DataSet *set)
	Specifies a sequence of points in the magnetic flux correction table. More...

void	SetMagnetizingInductanceFactor (Variant &factor)
	Specifies the magnetizing inductance coefficient. More...

void	SetMagnetStandardTemp (Variant &temp)
	Specifies the reference temperature for the magnet at which the properties were defined. More...

void	SetMagnetTemp (Variant &temp)
	Specifies the temperature of the magnet used for the correction. More...

void	SetMagnetTempFactor (Variant &factor)
	Specifies the magnet flux temperature coeficient. More...

void	SetName (String &title)
	Specifies the name of this table correction definition. More...

void	SetRotorConductorStandardTemp (Variant &temp)
	Specifies the reference temperature for the rotor conductor at which the properties were defined. More...

void	SetRotorConductorTemp (Variant &temp)
	Specifies the temperature of the rotor conductor used for the correction. More...

void	SetRotorConductorTempFactor (Variant &factor)
	Specifies the rotor conductor resistance temperature coefficient. More...

void	SetRotorLeakageInductanceFactor (Variant &factor)
	Specifies the rotor leakage inductance coefficient. More...

void	SetRotorResistanceCorrection (bool correct)
	Specifies whether to specify the rotor resistance correction table. More...

void	SetRotorResistanceCorrectionTable (DataSet *set)
	Specifies a sequence of points in the rotor resistance correction table. More...

void	SetRotorResistanceFactor (Variant &factor)

void	SetRotorSkewAngle (Variant &angle)
	Specifies the skew angle for the rotor. More...

void	SetRotorSkewSteps (Variant &steps)
	Specifies the number of steps for the rotor skew (step skew only). More...

void	SetRotorSkewType (Variant &type)
	Specifies the skew type for the rotor. Types are "none", "linear", "vskew" and "step". More...

void	SetStatorLeakageInductanceFactor (Variant &factor)
	Specifies the stator leakage inductance coefficient. More...

void	SetStatorSkewAngle (Variant &angle)
	Specifies the skew angle for the stator. More...

void	SetStatorSkewSteps (Variant &steps)
	Specifies the number of steps for the stator skew (step skew only). More...

void	SetStatorSkewType (Variant &type)
	Specifies the skew type for the stator. Types are "none", "linear", "vskew" and "step". More...

void	SetTable (String &name)
	Specifies the name of the referenced response table used to create the response table. More...

void	SetTorqueCorrection (bool correct)
	Specifies whether to specify the torque correction table. More...

void	SetTorqueCorrectionTable (DataSet *set)
	Specifies a sequence of points in the torque correction table. More...

void	SetTotalFluxlinkageCorrection (bool correct)
	Specifies whether to specify the total flux-linkage correction table. More...

void	SetTotalFluxlinkageCorrectionTable (DataSet *set)
	Specifies a sequence of points in the total flux-linkage correction table. More...

double	StatorLeakageInductanceFactor ()
	Returns the stator leakage inductance coeficient. More...

double	StatorSkewAngle ()
	Returns the skew angle for the stator. More...

int	StatorSkewSteps ()
	Returns the number of steps for the stator skew (step skew only). More...

String	StatorSkewType ()
	Returns the skew type for the stator. Types are "none", "linear", "vskew" and "step". More...

String	TableName ()
	Returns the name of the referenced response table to use when creating the response value table. More...

Detailed Description

ResponseTableCorrection class is used to specify the a corrections for the speed-type efficiency map response table.
The class can be called from the Study class.
.

Example of calling the class object:

app.GetModel(0).GetStudy(0).GetTableCorrection(0)

Member Function Documentation

double ResponseTableCorrection::AdditionalRotorLeakageInductance ( )

Returns the additional rotor leakage inductance correction value.

Returns: Correction value

double ResponseTableCorrection::AdditionalStatorLeakageInductance ( )

Returns the additional stator leakage inductance correction value.

Returns: Correction value

double ResponseTableCorrection::CoilResistance ( )

Returns the coil resistance value.

Returns: Coil resistance value

double ResponseTableCorrection::CoilStandardTemp ( )

Returns the reference temperature for the coil at which the properties were defined.

Returns: Reference coil temperature

double ResponseTableCorrection::CoilTemp ( )

Returns the temperature of the coil used for the correction.

Returns: Coil temperature

double ResponseTableCorrection::CoilTempFactor ( )

Returns the coil resistance temperature coefficient.

Returns: Resistance coefficient

String ResponseTableCorrection::CustomExpression ( String & variable )

Returns the expression for the custom calculation associated with a variable.

Parameters

variable Variable name

Returns: Custom expression

String ResponseTableCorrection::CustomPythonScript ( String & variable )

Returns the python script for the custom calculation associated with a variable.

Parameters

variable Variable name

Returns: Custom python script

String ResponseTableCorrection::CustomVariable ( int index )

Returns the varbiable associated with a given custom calculations.

Parameters

index Index of the calculation

Returns: Variable name

double ResponseTableCorrection::ExcitingConductanceFactor ( )

Returns the exciting conductance coeficient.

Returns: Coefficient

double ResponseTableCorrection::FieldCoilResistance ( )

Returns the field coil resistance value.

Returns: Field coil resistance value

double ResponseTableCorrection::FieldCoilStandardTemp ( )

Returns the reference temperature for the field coil at which the properties were defined.

Returns: Reference temperature

double ResponseTableCorrection::FieldCoilTemp ( )

Returns the temperature of the field coil used for the correction.

Returns: Temperature

double ResponseTableCorrection::FieldCoilTempFactor ( )

Returns the field coil resistance temperature coefficient.

Returns: Resistance coefficient

double ResponseTableCorrection::FluxFactor ( )

Returns the value of the magnet flux correction factor.

Returns: Correction factor

bool ResponseTableCorrection::GetIMRotorSkew ( )

Returns whether to consider IM rotor skew.

Returns: Flag for considering rotor skew of IM

bool ResponseTableCorrection::GetInductanceCorrection ( )

Returns whether the inductance correction table is set.

Returns: Flag of whether inductance correction table is set

DataSet * ResponseTableCorrection::GetInductanceCorrectionTable ( )

Returns the sequence of points in the inductance correction table.

Returns: DataSet (table)

bool ResponseTableCorrection::GetIronlossCorrection ( )

Returns whether the iron loss correction table is set.

Returns: Flag of whether iron loss correction table is set

DataSet * ResponseTableCorrection::GetIronlossCorrectionTable ( )

Returns the sequence of points in the iron loss correction table.

Returns: DataSet (table)

bool ResponseTableCorrection::GetL1Correction ( )

Returns whether the L1 correction table is set.

Returns: Flag of whether L1 correction table is set

DataSet * ResponseTableCorrection::GetL1CorrectionTable ( )

Returns the sequence of points in the L1 correction table.

Returns: DataSet (table)

bool ResponseTableCorrection::GetL2Correction ( )

Returns whether the L2 correction table is set.

Returns: Flag of whether L2 correction table is set

DataSet * ResponseTableCorrection::GetL2CorrectionTable ( )

Returns the sequence of points in the L2 correction table.

Returns: DataSet (table)

bool ResponseTableCorrection::GetLmCorrection ( )

Returns whether the Lm correction table is set.

Returns: Flag of whether Lm correction table is set

DataSet * ResponseTableCorrection::GetLmCorrectionTable ( )

Returns the sequence of points in the Lm correction table.

Returns: DataSet (table)

bool ResponseTableCorrection::GetMagneticFluxCorrection ( )

Returns whether the magnetic flux correction table is set.

Returns: Flag of whether magnetic flux correction table is set

DataSet * ResponseTableCorrection::GetMagneticFluxCorrectionTable ( )

Returns the sequence of points in the magnetic flux correction table.

Returns: DataSet (table)

bool ResponseTableCorrection::GetRotorResistanceCorrection ( )

Returns whether the rotor resistance correction table is set.

Returns: Flag of whether rotor resistance correction table is set

DataSet * ResponseTableCorrection::GetRotorResistanceCorrectionTable ( )

Returns the sequence of points in the rotor resistance correction table.

Returns: DataSet (table)

bool ResponseTableCorrection::GetTorqueCorrection ( )

Returns whether the torque correction table is set.

Returns: Flag of whether torque correction table is set

DataSet * ResponseTableCorrection::GetTorqueCorrectionTable ( )

Returns the sequence of points in the torque correction table.

Returns: DataSet (table)

bool ResponseTableCorrection::GetTotalFluxlinkageCorrection ( )

Returns whether the total flux-linkage correction table is set.

Returns: Flag of whether total flux-linkage correction table is set

DataSet * ResponseTableCorrection::GetTotalFluxlinkageCorrectionTable ( )

Returns the sequence of points in the total flux-linkage correction table.

Returns: DataSet (table)

double ResponseTableCorrection::IMRotorSkewAngle ( )

Returns the skew angle for the IM rotor.

Returns: Skew angle

double ResponseTableCorrection::InductanceFactor ( )

Returns the value of the inductance correction factor.

Returns: Correction factor

bool ResponseTableCorrection::IsValid ( )

virtual

Returns True if an object is valid.

Returns: Whether or not the ResponseTableCorrection object is valid

double ResponseTableCorrection::LeakageInductance ( )

Returns the leakage inductance value for the corrected table.

Returns: Leakage inductance

double ResponseTableCorrection::LossFactor ( )

Returns the total loss correction factor.

Returns: Ccorrection factor

double ResponseTableCorrection::MagnetizingInductanceFactor ( )

Returns the magnetizing inductance coeficient.

Returns: Coefficient

double ResponseTableCorrection::MagnetStandardTemp ( )

Returns the reference temperature for the magnet at which the properties were defined.

Returns: Reference temperature

double ResponseTableCorrection::MagnetTemp ( )

Returns the temperature of the magnet used for the correction.

Returns: Temperature

double ResponseTableCorrection::MagnetTempFactor ( )

Returns the magnet flux temperature coeficient.

Returns: Correction coefficient

String ResponseTableCorrection::Name ( )

Returns the table correction name as a string.

Returns: Name

int ResponseTableCorrection::NumCustomCalculation ( )

Returns the number of custom calculations.

Returns: Number of calculations

double ResponseTableCorrection::RotorConductorStandardTemp ( )

Returns the reference temperature for the rotor conductor at which the properties were defined.

Returns: Reference temperature

double ResponseTableCorrection::RotorConductorTemp ( )

Returns the temperature of the rotor conductor used for the correction.

Returns: Temperature

double ResponseTableCorrection::RotorConductorTempFactor ( )

Returns the rotor conductor temperature coeficient.

Returns: Correction coefficient

double ResponseTableCorrection::RotorLeakageInductanceFactor ( )

Returns the rotor leakage inductance coeficient.

Returns: Coefficient

double ResponseTableCorrection::RotorResistanceFactor ( )

Returns the rotor resistance coeficient.

Returns: Coefficient

double ResponseTableCorrection::RotorSkewAngle ( )

Returns the skew angle for the rotor.

Returns: Skew angle

int ResponseTableCorrection::RotorSkewSteps ( )

Returns the number of steps for the rotor skew (step skew only).

Returns: Number of skew steps

String ResponseTableCorrection::RotorSkewType ( )

Returns the skew type for the rotor. Types are "none", "linear", "vskew" and "step".

Returns: Skew type

void ResponseTableCorrection::SetAdditionalRotorLeakageInductance ( Variant & value )

Specifies the additional rotor leakage inductance coefficient.

Parameters

value Coefficient

void ResponseTableCorrection::SetAdditionalStatorLeakageInductance ( Variant & value )

Specifies the additional stator leakage inductance coefficient.

Parameters

value Coefficient

void ResponseTableCorrection::SetCoilResistance ( Variant & value )

Specifies the coil resistance value.

Parameters

value Coil resistance

void ResponseTableCorrection::SetCoilStandardTemp ( Variant & temp )

Specifies the reference temperature for the coil at which the properties were defined.

Parameters

temp	Reference coil temperature

void ResponseTableCorrection::SetCoilTemp ( Variant & temp )

Specifies the temperature of the coil used for the correction.

Parameters

temp	Coil temperature

void ResponseTableCorrection::SetCoilTempFactor ( Variant & factor )

Specifies the coil resistance temperature coefficient.

Parameters

factor Resistance coefficient

void ResponseTableCorrection::SetCustomExpression	(	String &	variable,
		String &	expr
	)

Specifies a custom expression for a calculation.

Parameters

variable	Variable name
expr	Custom expression

void ResponseTableCorrection::SetCustomPythonScript	(	String &	variable,
		String &	script
	)

Specifies a custom python script for a calculation.

Parameters

variable	Variable name
script	Custom python script

void ResponseTableCorrection::SetExcitingConductanceFactor ( Variant & factor )

Specifies the exciting conductance coefficient.

Parameters

factor Coefficient

void ResponseTableCorrection::SetFEAResult ( String & variable )

Specifies the type of analysis result.

Parameters

variable Variable name

void ResponseTableCorrection::SetFieldCoilResistance ( Variant & value )

Specifies the field coil resistance value.

Parameters

value Field coil resistance

void ResponseTableCorrection::SetFieldCoilStandardTemp ( Variant & temp )

Specifies the reference temperature for the field coil at which the properties were defined.

Parameters

temp	Reference field coil temperature

void ResponseTableCorrection::SetFieldCoilTemp ( Variant & temp )

Specifies the temperature of the field coil used for the correction.

Parameters

temp	Field coil temperature

void ResponseTableCorrection::SetFieldCoilTempFactor ( Variant & factor )

Specifies the field coil resistance temperature coefficient.

Parameters

factor Resistance coefficient

void ResponseTableCorrection::SetFluxFactor ( Variant & factor )

Specifies the value of the magnet flux correction factor.

Parameters

factor Correction factor

void ResponseTableCorrection::SetIMRotorSkew ( bool skew )

Set whether to consider IM rotor skew.

Parameters

skew	Flag for considering rotor skew of IM

void ResponseTableCorrection::SetIMRotorSkewAngle ( Variant & angle )

Specifies the skew angle for the IM rotor.

Parameters

angle Skew angle

void ResponseTableCorrection::SetInductanceCorrection ( bool correct )

Specifies whether to specify the inductance correction table.

Parameters

correct Flag to specify the inductance correction table

void ResponseTableCorrection::SetInductanceCorrectionTable ( DataSet * set )

Specifies a sequence of points in the inductance correction table.

Parameters

set	DataSet (table)

void ResponseTableCorrection::SetInductanceFactor ( Variant & factor )

Specifies the value of the inductance correction factor.

Parameters

factor Correction factor

void ResponseTableCorrection::SetIronlossCorrection ( bool correct )

Specifies whether to specify the iron loss correction table.

Parameters

correct Flag to specify the iron loss correction table

void ResponseTableCorrection::SetIronlossCorrectionTable ( DataSet * sety )

Specifies a sequence of points in the iron loss correction table.

Parameters

set	DataSet (table)

void ResponseTableCorrection::SetL1Correction ( bool correct )

Specifies whether to specify the L1 correction table.

Parameters

correct Flag to specify the L1 correction table

void ResponseTableCorrection::SetL1CorrectionTable ( DataSet * set )

Specifies a sequence of points in the L1 correction table.

Parameters

set	DataSet (table)

void ResponseTableCorrection::SetL2Correction ( bool correct )

Specifies whether to specify the L2 correction table.

Parameters

correct Flag to specify the L2 correction table

void ResponseTableCorrection::SetL2CorrectionTable ( DataSet * set )

Specifies a sequence of points in the L2 correction table.

Parameters

set	DataSet (table)

void ResponseTableCorrection::SetLeakageInductance ( Variant & value )

Specifies the leakage inductance value for the corrected table.

Parameters

value Leakage inductance

void ResponseTableCorrection::SetLmCorrection ( bool correct )

Specifies whether to specify the Lm correction table.

Parameters

correct Flag to specify the Lm correction table

void ResponseTableCorrection::SetLmCorrectionTable ( DataSet * set )

Specifies a sequence of points in the Lm correction table.

Parameters

set	DataSet (table)

void ResponseTableCorrection::SetLossFactor ( Variant & factor )

Specifies the total loss correction factor.

Parameters

factor Correction factor

void ResponseTableCorrection::SetMagneticFluxCorrection ( bool correct )

Specifies whether to specify the magnetic flux correction table.

Parameters

correct Flag to specify the magnetic flux correction table

void ResponseTableCorrection::SetMagneticFluxCorrectionTable ( DataSet * set )

Specifies a sequence of points in the magnetic flux correction table.

Parameters

set	DataSet (table)

void ResponseTableCorrection::SetMagnetizingInductanceFactor ( Variant & factor )

Specifies the magnetizing inductance coefficient.

Parameters

factor Coefficient

void ResponseTableCorrection::SetMagnetStandardTemp ( Variant & temp )

Specifies the reference temperature for the magnet at which the properties were defined.

Parameters

temp	Reference temperature

void ResponseTableCorrection::SetMagnetTemp ( Variant & temp )

Specifies the temperature of the magnet used for the correction.

Parameters

temp	Magnet temperature

void ResponseTableCorrection::SetMagnetTempFactor ( Variant & factor )

Specifies the magnet flux temperature coeficient.

Parameters

factor Correction coefficient

void ResponseTableCorrection::SetName ( String & title )

Specifies the name of this table correction definition.

Parameters

title Name of the table

void ResponseTableCorrection::SetRotorConductorStandardTemp ( Variant & temp )

Specifies the reference temperature for the rotor conductor at which the properties were defined.

Parameters

temp	Reference rotor conductor temperature

void ResponseTableCorrection::SetRotorConductorTemp ( Variant & temp )

Specifies the temperature of the rotor conductor used for the correction.

Parameters

temp	Rotor conductor temperature

void ResponseTableCorrection::SetRotorConductorTempFactor ( Variant & factor )

Specifies the rotor conductor resistance temperature coefficient.

Parameters

factor Resistance coefficient

void ResponseTableCorrection::SetRotorLeakageInductanceFactor ( Variant & factor )

Specifies the rotor leakage inductance coefficient.

Parameters

factor Coefficient

void ResponseTableCorrection::SetRotorResistanceCorrection ( bool correct )

Specifies whether to specify the rotor resistance correction table.

Parameters

correct Flag to specify the rotor resistance correction table

void ResponseTableCorrection::SetRotorResistanceCorrectionTable ( DataSet * set )

Specifies a sequence of points in the rotor resistance correction table.

Parameters

set	DataSet (table)

void ResponseTableCorrection::SetRotorResistanceFactor ( Variant & factor )

Specifies the rotor resistance coefficient.

Parameters

factor Coefficient

void ResponseTableCorrection::SetRotorSkewAngle ( Variant & angle )

Specifies the skew angle for the rotor.

Parameters

angle Skew angle

void ResponseTableCorrection::SetRotorSkewSteps ( Variant & steps )

Specifies the number of steps for the rotor skew (step skew only).

Parameters

steps Number of skew steps

void ResponseTableCorrection::SetRotorSkewType ( Variant & type )

Specifies the skew type for the rotor. Types are "none", "linear", "vskew" and "step".

Parameters

type Skew type

void ResponseTableCorrection::SetStatorLeakageInductanceFactor ( Variant & factor )

Specifies the stator leakage inductance coefficient.

Parameters

factor Coefficient

void ResponseTableCorrection::SetStatorSkewAngle ( Variant & angle )

Specifies the skew angle for the stator.

Parameters

angle Skew angle

void ResponseTableCorrection::SetStatorSkewSteps ( Variant & steps )

Specifies the number of steps for the stator skew (step skew only).

Parameters

steps Number of skew steps

void ResponseTableCorrection::SetStatorSkewType ( Variant & type )

Specifies the skew type for the stator. Types are "none", "linear", "vskew" and "step".

Parameters

type	The skew type

void ResponseTableCorrection::SetTable ( String & name )

Specifies the name of the referenced response table used to create the response table.

Parameters

name	Name of the response table

void ResponseTableCorrection::SetTorqueCorrection ( bool correct )

Specifies whether to specify the torque correction table.

Parameters

correct Flag to specify the torque correction table

void ResponseTableCorrection::SetTorqueCorrectionTable ( DataSet * set )

Specifies a sequence of points in the torque correction table.

Parameters

set	DataSet (table)

void ResponseTableCorrection::SetTotalFluxlinkageCorrection ( bool correct )

Specifies whether to specify the total flux-linkage correction table.

Parameters

correct Flag to specify the total flux-linkage correction table

void ResponseTableCorrection::SetTotalFluxlinkageCorrectionTable ( DataSet * set )

Specifies a sequence of points in the total flux-linkage correction table.

Parameters

set	DataSet (table)

double ResponseTableCorrection::StatorLeakageInductanceFactor ( )

Returns the stator leakage inductance coeficient.

Returns: Coefficient

double ResponseTableCorrection::StatorSkewAngle ( )

Returns the skew angle for the stator.

Returns: Skew angle

int ResponseTableCorrection::StatorSkewSteps ( )

Returns the number of steps for the stator skew (step skew only).

Returns: Number of skew steps

String ResponseTableCorrection::StatorSkewType ( )

Returns the skew type for the stator. Types are "none", "linear", "vskew" and "step".

Returns: Skew type

String ResponseTableCorrection::TableName ( )

Returns the name of the referenced response table to use when creating the response value table.

Returns: Name of the table

Public Member Functions

Detailed Description

Member Function Documentation