EfficiencyMapDefinition class is used to specify the settings for an efficiency map.
The class can be called from the Study class.
. More...

Public Member Functions
bool	AddACLoss ()
	Returns whether to add an approximate AC copper loss. More...

bool	AddPWMIronLoss ()
	Returns whether to add an approximate PWM iron loss. More...

double	AverageSlotWidth ()
	Returns the average slot width for AC copper loss approximation calculation. More...

double	CarrierFrequency ()
	Returns the carrier frequency value for approximate PWM losses. More...

int	ClusterPoints ()
	Returns the number of cluster points in the efficiency map. More...

double	CoilStandardTemp ()
	Returns the coil reference temperature to be set to the electrical conductivity for the approximate calculation of AC copper loss. More...

double	CoilTempFactor ()
	Returns the coil correction factor to be set to the electrical conductivity for the approximate calculation of AC copper loss. More...

double	Conductivity ()
	Returns the conductivity for AC copper loss approximation calculation. More...

double	ConductorDiameter ()
	Returns the conductor diameter for AC copper loss approximation calculation. More...

double	ConductorHeight ()
	Returns the conductor height for AC copper loss approximation calculation. More...

double	ConductorsSlotWidth ()
	Returns the conductors in slot width for AC copper loss approximation calculation. More...

int	ConductorType ()
	Returns the conductor type for AC copper loss approximation calculation. More...

double	ConductorWidth ()
	Returns the conductor width for AC copper loss approximation calculation. More...

String	ControlName ()
	Returns the name of the basic motor control scheme when the motor control type is "basic". Values are "mtpa", mtpa+fw", "unitypf" or "id=0" (Speed Priority). More...

String	CorrectionType ()
	Returns the current correction table type ("none", "efficiency" or "loss"). More...

double	DCBusVoltage ()
	Returns the DC bus voltage value used for approximate PWM losses. More...

bool	GetACLossCorrection ()
	Returns whether to correct the AC loss of the efficiency map. More...

bool	GetAddMagnetLoss ()
	Returns whether to add an approximate PWM magnet loss. More...

double	GetAirGapCorrection ()
	Returns the air gap correction set for approximate PWM magnet loss. More...

double	GetAxialSegmentation ()
	Returns the axial segmentation set for approximate PWM magnet loss. More...

double	GetCoilCorrectionBaseTemperature ()
	Returns the coil base temperature in the efficiency map. More...

double	GetCoilCorrectionCoefficient ()
	Returns the coil temperature coefficient in the efficiency map. More...

double	GetCoilCorrectionTemperature (int index)
	Returns the coil temperature value. More...

int	GetCoilCorrectionType ()
	Returns the coil correction type in the efficiency map. More...

int	GetCoilDivision ()
	Returns the coil temperature division value in the efficiency map. More...

bool	GetCoilTemperatureCorrection ()
	Returns whether to use coil temperature correction. More...

double	GetDriveCycleAirDensity ()
	Returns the air density for driving mode in the efficiency map. More...

double	GetDriveCycleCrossSectionalArea ()
	Returns the cross sectional area for driving mode in the efficiency map. More...

double	GetDriveCycleDragCoefficient ()
	Returns the drag coefficient for driving mode in the efficiency map. More...

double	GetDriveCycleGearRatio ()
	Returns the gear ratio for driving mode in the efficiency map. More...

double	GetDriveCycleGravity ()
	Returns gravitational acceleration for driving mode in the efficiency map. More...

double	GetDriveCycleRollingResistance ()
	Returns the rolling resistance coefficient for driving mode in the efficiency map. More...

double	GetDriveCycleTireDiameter ()
	Returns the tire diameter for driving mode in the efficiency map. More...

double	GetDriveCycleTotalWeight ()
	Returns the total weight for driving mode in the efficiency map. More...

bool	GetDriveCycleUseVehicleParameters ()
	Returns whether to use vehicle parameters for driving mode in the efficiency map. More...

bool	GetDriveCycleUseVehicleSpeedTable ()
	Returns whether to use the vehicle speed point array for driving mode in the efficiency map. More...

Variant	GetDriveCycleVoltageTimeTable ()
	Returns the time change table of the voltage in driving mode. More...

bool	GetEfficiencyCorrection ()
	Returns whether to correct the efficiency of the efficiency map. More...

double	GetEndCoilTemperature ()
	Returns the coil end temperature value in the efficiency map. More...

double	GetEndFieldCoilTemperature ()
	Returns the field coil end temperature value in the efficiency map. More...

double	GetEndMagnetTemperature ()
	Returns the magnet end temperature value in the efficiency map. More...

double	GetEndMultiMaxVoltage ()
	Returns the end value of multiple maximum voltages. More...

double	GetEndRotorConductorTemperature ()
	Returns the rotor conductor end temperature value in the efficiency map. More...

bool	GetExtrapolation ()
	Returns whether to extrapolate the 0 speed and torque of the efficiency map. More...

double	GetFieldCoilCorrectionBaseTemperature ()
	Returns the field coil base temperature in the efficiency map. More...

double	GetFieldCoilCorrectionCoefficient ()
	Returns the field coil temperature coefficient in the efficiency map. More...

double	GetFieldCoilCorrectionTemperature (int index)
	Returns the field coil temperature value. More...

int	GetFieldCoilCorrectionType ()
	Returns the field coil correction type in the efficiency map. More...

int	GetFieldCoilDivision ()
	Returns the field coil temperature division value in the efficiency map. More...

bool	GetFieldCoilTemperatureCorrection ()
	Returns whether to use field coil temperature correction. More...

double	GetInitialCoilTemperature ()
	Returns the coil initial temperature value in the efficiency map. More...

double	GetInitialFieldCoilTemperature ()
	Returns the field coil initial temperature value in the efficiency map. More...

double	GetInitialMagnetTemperature ()
	Returns the magnet initial temperature value in the efficiency map. More...

double	GetInitialMultiMaxVoltage ()
	Returns the initial value of the multiple maximum voltages. More...

double	GetInitialRotorConductorTemperature ()
	Returns the rotor conductor initial temperature value in the efficiency map. More...

bool	GetLossCorrection ()
	Returns whether to correct the loss of the efficiency map. More...

double	GetMagnetConductivity (int index)
	Returns the electrical conductivity of the magnet parts, set for approximate PWM magnet loss. More...

double	GetMagnetCorrectionBaseTemperature ()
	Returns the magnet base temperature in the efficiency map. More...

double	GetMagnetCorrectionCoefficient ()
	Returns the magnet temperature coefficient in the efficiency map. More...

double	GetMagnetCorrectionTemperature (int index)
	Returns the magnet temperature value. More...

int	GetMagnetCorrectionType ()
	Returns the magnet correction type in the efficiency map. More...

int	GetMagnetDivision ()
	Returns the magnet temperature division value in the efficiency map. More...

bool	GetMagnetTemperatureCorrection ()
	Returns whether to use magnet temperature correction. More...

int	GetMultiMaxVoltageDivision ()
	Returns the division value of multiple maximum voltages. More...

int	GetMultiMaxVoltageType ()
	Returns the setting type of multiple maximum voltages. More...

double	GetMultiMaxVoltageValue (int index)
	Returns the multiple maximum voltages. More...

bool	GetOverrideMaterialConductivity ()
	Returns whether to override material conductivity when evaluating the efficiency map (Speed Priority). More...

String	GetResponseResultTypeCaption (Variant &type)
	Returns the caption of the result by using the result type. More...

double	GetRotorConductorCorrectionBaseTemperature ()
	Returns the rotor conductor base temperature in the efficiency map. More...

double	GetRotorConductorCorrectionCoefficient ()
	Returns the rotor conductor temperature coefficient in the efficiency map. More...

double	GetRotorConductorCorrectionTemperature (int index)
	Returns the rotor conductor temperature value. More...

int	GetRotorConductorCorrectionType ()
	Returns the rotor conductor correction type in the efficiency map. More...

int	GetRotorConductorDivision ()
	Returns the rotor conductor temperature division value in the efficiency map. More...

bool	GetRotorConductorTemperatureCorrection ()
	Returns whether to use rotor conductor temperature correction. More...

bool	GetUseMaxVoltageDCBus ()
	Returns whether to use the maximum DC bus voltage for PWM loss approximation calculation. More...

bool	GetUseMultiMaxVoltage ()
	Returns whether multiple maximum voltages are set. More...

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

double	MaxCurrent ()
	Returns the maximum current value used when evaluating the efficiency map (Speed Priority). More...

double	MaxFieldCurrent ()
	Returns the maximum field current value used when evaluating the efficiency map (WFSM Speed Priority). More...

double	MaxPowerLimit ()
	Returns the power constraint value used when evaluating the efficiency map. More...

double	MaxVoltage ()
	Returns the maximum DC voltage value used when evaluating the efficiency map (Speed Priority). More...

double	MechancialLossFactor ()
	Returns the mechancial loss factor. More...

String	MotorControlType ()
	Returns the motor control type to use. Values are "maximum_efficiency" or "basic" (Speed Priority). More...

String	MotorMode ()
	Returns the motor mode ("motor" or "generation"). More...

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

double	ParallelConductorsSlotHeight ()
	Returns the parallel conductors in slot height for AC copper loss approximation calculation. More...

String	PowerLimitType ()
	Returns the type of power limit. Values are "none", "input_power" or "output_power" . More...

double	SeriesConductorsSlotHeight ()
	Returns the series conductors in slot height for AC copper loss approximation calculation. More...

void	SetACLossCorrection (bool correction)
	Specifies whether to correct the AC loss of the efficiency map. More...

void	SetACLossCorrectionTable (String array &array)
	Specifies a correction table to correct the AC loss of the efficiency map. More...

void	SetAddACLoss (bool value)
	Specifies whether to add an approximate AC copper loss. More...

void	SetAddMagnetLoss (bool addMagnetLoss)
	Specifies whether to add an approximate PWM magnet loss. More...

void	SetAddPWMIronLoss (bool value)
	Specifies whether to add an approximate PWM iron loss. More...

void	SetAirGapCorrection (Variant &airGap)
	Specifies the air gap correction. More...

void	SetAverageSlotWidth (Variant &averageSlotWidth)
	Specifies the average slot width for approximate AC copper loss setting. More...

void	SetAxialSegmentation (Variant &axialSegmentation)
	Specifies the axial segmentation. More...

void	SetCarrierFrequency (Variant &frequency)
	Specifies the carrier frequency for approximate PWM losses. More...

void	SetClusterPoints (Variant &value)
	Specifies the number of cluster points in the efficiency map. More...

void	SetCoilCorrection (double initialValue, double endValue, int division)
	Specifies the divisions for coil temperature. More...

void	SetCoilCorrectionBaseTemperature (Variant &value)
	Specifies the coil base temperature in the efficiency map. More...

void	SetCoilCorrectionCoefficient (Variant &value)
	Specifies the coil temperature coefficient in the efficiency map. More...

void	SetCoilCorrectionTemperature (int index, Variant &temperatureValue)
	Specifies the discrete temperature values for coil temperature. More...

void	SetCoilStandardTemp (Variant &temp)
	Specifies the coil reference temperature to be set to electrical conductivity for approximation of AC copper loss. More...

void	SetCoilTemperatureCorrection (bool use)
	Specifies whether to use coil temperature correction. More...

void	SetCoilTempFactor (Variant &factor)
	Specifies the coil correction factor to be set to electrical conductivity for approximation of AC copper loss. More...

void	SetConductivity (Variant &conductivity)
	Specifies conductivity for approximate AC copper loss setting. More...

void	SetConductorDiameter (Variant &diameter)
	Specifies conductor diameter for approximate AC copper loss setting. More...

void	SetConductorHeight (Variant &height)
	Specifies conductor height for approximate AC copper loss setting. More...

void	SetConductorsSlotWidth (Variant &slotWidth)
	Specifies conductors slot width for approximate AC copper loss setting. More...

void	SetConductorType (int type)
	Specifies the conductor type for approximate AC copper loss setting. More...

void	SetConductorWidth (Variant &width)
	Specifies conductor width for approximate AC copper loss setting. More...

void	SetControlType (Variant &type)
	Specifies the name of the basic motor control scheme when the motor control type is "basic". Values are "mtpa", mtpa+fw", "unitypf" or "id=0" (Speed Priority) More...

void	SetCorrectionTable (String array &array)
	Specifies the correction table to modify the efficiency map display. More...

void	SetCorrectionType (Variant &type)
	Specifies the correction table type ("none", "efficiency" or "loss"). More...

void	SetDCBusVoltage (Variant &voltage)
	Specifies the DC bus voltage for approximate PWM losses. More...

void	SetDriveCycleAirDensity (Variant &value)
	Specifies the air density for driving mode in the efficiency map. More...

void	SetDriveCycleCrossSectionalArea (Variant &value)
	Specifies the cross sectional area for driving mode in the efficiency map. More...

void	SetDriveCycleDragCoefficient (Variant &value)
	Specifies the drag coefficient for driving mode in the efficiency map. More...

void	SetDriveCycleGearRatio (Variant &value)
	Specifies the gear retio for driving mode in the efficiency map. More...

void	SetDriveCycleGravity (Variant &value)
	Specifies the gravitational acceleration for driving mode in the efficiency map. More...

void	SetDriveCycleRollingResistance (Variant &value)
	Specifies the rolling resistance for driving mode in the efficiency map. More...

void	SetDriveCycleTable (String array &array)
	Specifies the driving mode of the efficiency map on the table. More...

void	SetDriveCycleTireDiameter (Variant &value)
	Specifies the tire diameter for driving mode in the efficiency map. More...

void	SetDriveCycleTotalWeight (Variant &value)
	Specifies the total weight for driving mode in the efficiency map. More...

void	SetDriveCycleUseVehicleParameters (bool use)
	Specifies whether to use vehicle parameters for driving mode in the efficiency map. More...

void	SetDriveCycleUseVehicleSpeedTable (bool use)
	Specifies whether to use the vehicle speed point array for driving mode in the efficiency map. More...

void	SetDriveCycleVehicleSpeedDatabase (String &)
	Returns the vehicle database for driving mode in the efficiency map. More...

void	SetDriveCycleVehicleSpeedTable (String array &array)
	Specifies a vehicle speed table. More...

void	SetDriveCycleVoltageTimeTable (String array &array)
	Specifies the variation of the voltage with time in the driving mode of the efficiency map. More...

void	SetEfficiencyCorrection (bool correction)
	Specifies whether to correct the efficiency of the efficiency map. More...

void	SetEfficiencyCorrectionTable (String array &array)
	Specifies a correction table to correct the efficiency of the efficiency map. More...

void	SetExtrapolation (bool value)
	Specifies whether to extrapolate the 0 speed and torque of the efficiency map. More...

void	SetFieldCoilCorrection (double initialValue, double endValue, int division)
	Specifies the divisions for field coil temperature. More...

void	SetFieldCoilCorrectionBaseTemperature (Variant &value)
	Specifies the field coil base temperature in the efficiency map. More...

void	SetFieldCoilCorrectionCoefficient (Variant &value)
	Specifies the field coil temperature coefficient in the efficiency map. More...

void	SetFieldCoilCorrectionTemperature (int index, Variant &temperatureValue)
	Specifies the discrete temperature values for field coil temperature. More...

void	SetFieldCoilTemperatureCorrection (bool use)
	Specifies whether to use field coil temperature correction. More...

void	SetLossCorrection (bool correction)
	Specifies whether to correct the loss of the efficiency map. More...

void	SetLossCorrectionTable (String array &array)
	Specifies a correction table to correct the loss of the efficiency map. More...

void	SetMagnetConductivity (int index, Variant &conductivity)
	Specifies the electrical conductivity of the magnet parts for approximate PWM magnet loss. More...

void	SetMagnetCorrection (double initialValue, double endValue, int division)
	Specifies the divisions for magnet temperature. More...

void	SetMagnetCorrectionBaseTemperature (Variant &value)
	Specifies the magnet base temperature in the efficiency map. More...

void	SetMagnetCorrectionCoefficient (Variant &value)
	Specifies the magnet temperature coefficient in the efficiency map. More...

void	SetMagnetCorrectionTemperature (int index, Variant &temperatureValue)
	Specifies the discrete temperature values for magnet temperature. More...

void	SetMagnetTemperatureCorrection (bool use)
	Specifies whether to use magnet temperature correction. More...

void	SetMaxCurrent (Variant &current)
	Specifies the maximum line current to use when evaluating the efficiency map (speed priority). More...

void	SetMaxFieldCurrent (Variant &fieldCurrent)
	Specifies the maximum field current to use when evaluating the efficiency map (WFSM speed priority). More...

void	SetMaxPowerLimit (Variant &power)
	Specifies the power constraint value to use when evaluating the efficiency map. More...

void	SetMaxVoltage (Variant &voltage)
	Specifies the maximum DC voltage to use when evaluating the efficiency map (speed priority). More...

void	SetMechancialLossFactor (Variant &factor)
	Specifies the mechancial loss coefficient for calculating the mechanical loss. More...

void	SetMotorControlType (Variant &type)
	Specifies the motor control type for effective map (speed priority) analysis. Values are "maximum_efficiency" or "basic". More...

void	SetMotorMode (Variant &mode)
	Specifies the motor mode ("motor" or "generation"). More...

void	SetMultiMaxVoltage (double initialValue, double endValue, int division)
	Specifies the maximum voltage division number. More...

void	SetMultiMaxVoltageTable (int index, Variant &value)
	Specifies the discrete value of the maximum voltage. More...

void	SetName (String &title)
	Specifies the name for this efficency map definition. More...

void	SetOverrideMaterialConductivity (bool override)
	Specifies whether to override material conductivity for approximate PWM magnet loss. More...

void	SetParallelConductorsSlotHeight (Variant &slotHeight)
	Specifies parallel conductors slot height for approximate AC copper loss setting. More...

void	SetPowerLimitType (Variant &type)
	Specifies the power limit type for effective map . Values are "none", "input_power" or "output_power". More...

void	SetRotorConductorCorrection (double initialValue, double endValue, int division)
	Specifies the divisions for rotor conductor temperature. More...

void	SetRotorConductorCorrectionBaseTemperature (Variant &value)
	Specifies the rotor conductor base temperature in the efficiency map. More...

void	SetRotorConductorCorrectionCoefficient (Variant &value)
	Specifies the rotor conductor temperature coefficient in the efficiency map. More...

void	SetRotorConductorCorrectionTemperature (int index, Variant &temperatureValue)
	Specifies the discrete temperature values for rotor conductor temperature. More...

void	SetRotorConductorTemperatureCorrection (bool use)
	Specifies whether to use rotor conductor temperature correction. More...

void	SetSeriesConductorsSlotHeight (Variant &slotHeight)
	Specifies series conductors slot height for approximate AC copper loss setting. More...

void	SetSpecifyCoilTemp (bool value)
	Specifies whether to apply coil temperature compensation to electrical conductivity for approximation of AC copper loss. More...

void	SetTable (String &name)
	Specifies the name of the response table to use for the efficency map display. More...

void	SetTorqueType (Variant &type)
	Specifies the torque type ("shaft" or "electromagnetic"). More...

void	SetUseMaxVoltageDCBus (bool value)
	Specifies whether to use the maximum DC bus voltage for PWM loss approximation calculation. More...

void	SetUseMultiMaxVoltage (bool value)
	Specifies whether to set multiple maximum voltages. More...

void	SetVoltageLimitType (Variant &type)
	Specifies the voltage limit type for effective map (speed priority) analysis. Values are "peak" or "fundamental". More...

void	SetXAxisDivisions (Variant &value)
	Specifies the number of speed divisions to use when evaluating the efficiency map (speed priority). More...

void	SetYAxisDivisions (Variant &value)
	Specifies the number of torque divisions to use when evaluating the efficency map (speed priority). More...

bool	SpecifyCoilTemp ()
	Returns whether to perform coil temperature correction on the electrical conductivity for AC copper loss approximation calculation. More...

String	TableName ()
	Returns the name of the response table to use when drawing the efficiency map. More...

String	TorqueType ()
	Returns the torque type ("shaft" or "electromagnetic"). More...

String	VoltageLimitType ()
	Returns the type of voltage limit. Values are "peak" or "fundamental" (Speed Priority). More...

int	XAxisDivisions ()
	Returns the number of speed divisions to use when evaluating the efficiency map (Speed Priority). More...

int	YAxisDivisions ()
	Returns the number of torque divisions to use when evaluating the efficency map (Speed Priority). More...

Detailed Description

EfficiencyMapDefinition class is used to specify the settings for an efficiency map.
The class can be called from the Study class.
.

Example of calling the class object:

app.GetModel(0).GetStudy(0).GetEfficiencyMapDefinition(0)

Member Function Documentation

bool EfficiencyMapDefinition::AddACLoss ( )

Returns whether to add an approximate AC copper loss.

Returns: Flag to add AC Copper loss

bool EfficiencyMapDefinition::AddPWMIronLoss ( )

Returns whether to add an approximate PWM iron loss.

Returns: Flag to add PWM iron loss

double EfficiencyMapDefinition::AverageSlotWidth ( )

Returns the average slot width for AC copper loss approximation calculation.

Returns: Average slot width

double EfficiencyMapDefinition::CarrierFrequency ( )

Returns the carrier frequency value for approximate PWM losses.

Returns: Carrier frequency value

int EfficiencyMapDefinition::ClusterPoints ( )

Returns the number of cluster points in the efficiency map.

Returns: Number of cluster points

double EfficiencyMapDefinition::CoilStandardTemp ( )

Returns the coil reference temperature to be set to the electrical conductivity for the approximate calculation of AC copper loss.

Returns: Coil reference temperature

double EfficiencyMapDefinition::CoilTempFactor ( )

Returns the coil correction factor to be set to the electrical conductivity for the approximate calculation of AC copper loss.

Returns: Coil correction factor

double EfficiencyMapDefinition::Conductivity ( )

Returns the conductivity for AC copper loss approximation calculation.

Returns: Conductivity

double EfficiencyMapDefinition::ConductorDiameter ( )

Returns the conductor diameter for AC copper loss approximation calculation.

Returns: Conductor diameter

double EfficiencyMapDefinition::ConductorHeight ( )

Returns the conductor height for AC copper loss approximation calculation.

Returns: Conductor height

double EfficiencyMapDefinition::ConductorsSlotWidth ( )

Returns the conductors in slot width for AC copper loss approximation calculation.

Returns: Conductors in slot width

int EfficiencyMapDefinition::ConductorType ( )

Returns the conductor type for AC copper loss approximation calculation.

Returns: Conductor type

double EfficiencyMapDefinition::ConductorWidth ( )

Returns the conductor width for AC copper loss approximation calculation.

Returns: Conductor width

String EfficiencyMapDefinition::ControlName ( )

Returns the name of the basic motor control scheme when the motor control type is "basic". Values are "mtpa", mtpa+fw", "unitypf" or "id=0" (Speed Priority).

Returns: Motor control scheme

String EfficiencyMapDefinition::CorrectionType ( )

Returns the current correction table type ("none", "efficiency" or "loss").

Returns: Correction type

double EfficiencyMapDefinition::DCBusVoltage ( )

Returns the DC bus voltage value used for approximate PWM losses.

Returns: DC bus voltage value

bool EfficiencyMapDefinition::GetACLossCorrection ( )

Returns whether to correct the AC loss of the efficiency map.

Returns: Flag to correct AC loss

bool EfficiencyMapDefinition::GetAddMagnetLoss ( )

Returns whether to add an approximate PWM magnet loss.

Returns: Flag to add PWM magnet loss

double EfficiencyMapDefinition::GetAirGapCorrection ( )

Returns the air gap correction set for approximate PWM magnet loss.

Returns: Air gap correction

double EfficiencyMapDefinition::GetAxialSegmentation ( )

Returns the axial segmentation set for approximate PWM magnet loss.

Returns: Axial segmentation

double EfficiencyMapDefinition::GetCoilCorrectionBaseTemperature ( )

Returns the coil base temperature in the efficiency map.

Returns: Coil base temperature

double EfficiencyMapDefinition::GetCoilCorrectionCoefficient ( )

Returns the coil temperature coefficient in the efficiency map.

Returns: Coil temperature coefficient

double EfficiencyMapDefinition::GetCoilCorrectionTemperature ( int index )

Returns the coil temperature value.

Parameters

index The index of the coil temperature

Returns: The discrete value of the coil temperature

The index in this function is in the display order in the temperature table. The index numbering begins with 0.

int EfficiencyMapDefinition::GetCoilCorrectionType ( )

Returns the coil correction type in the efficiency map.

Returns: Coil correction type

int EfficiencyMapDefinition::GetCoilDivision ( )

Returns the coil temperature division value in the efficiency map.

Returns: Coil temperature division value

bool EfficiencyMapDefinition::GetCoilTemperatureCorrection ( )

Returns whether to use coil temperature correction.

Returns: Flag to use coil temperature correction

double EfficiencyMapDefinition::GetDriveCycleAirDensity ( )

Returns the air density for driving mode in the efficiency map.

Returns: Air density

double EfficiencyMapDefinition::GetDriveCycleCrossSectionalArea ( )

Returns the cross sectional area for driving mode in the efficiency map.

Returns: Cross sectional area

double EfficiencyMapDefinition::GetDriveCycleDragCoefficient ( )

Returns the drag coefficient for driving mode in the efficiency map.

Returns: Drag coefficient

double EfficiencyMapDefinition::GetDriveCycleGearRatio ( )

Returns the gear ratio for driving mode in the efficiency map.

Returns: Gear ratio

double EfficiencyMapDefinition::GetDriveCycleGravity ( )

Returns gravitational acceleration for driving mode in the efficiency map.

Returns: Gravitational acceleration

double EfficiencyMapDefinition::GetDriveCycleRollingResistance ( )

Returns the rolling resistance coefficient for driving mode in the efficiency map.

Returns: Rolling resistance coefficient

double EfficiencyMapDefinition::GetDriveCycleTireDiameter ( )

Returns the tire diameter for driving mode in the efficiency map.

Returns: Tire diameter

double EfficiencyMapDefinition::GetDriveCycleTotalWeight ( )

Returns the total weight for driving mode in the efficiency map.

Returns: Total weight

bool EfficiencyMapDefinition::GetDriveCycleUseVehicleParameters ( )

Returns whether to use vehicle parameters for driving mode in the efficiency map.

Returns: Flag to use vehicle parameters

bool EfficiencyMapDefinition::GetDriveCycleUseVehicleSpeedTable ( )

Returns whether to use the vehicle speed point array for driving mode in the efficiency map.

Returns: Flag to use the vehicle speed point array

Variant EfficiencyMapDefinition::GetDriveCycleVoltageTimeTable ( )

Returns the time change table of the voltage in driving mode.

Returns: Voltage time change table

bool EfficiencyMapDefinition::GetEfficiencyCorrection ( )

Returns whether to correct the efficiency of the efficiency map.

Returns: Flag to correct efficiency

double EfficiencyMapDefinition::GetEndCoilTemperature ( )

Returns the coil end temperature value in the efficiency map.

Returns: Coil end temperature value

double EfficiencyMapDefinition::GetEndFieldCoilTemperature ( )

Returns the field coil end temperature value in the efficiency map.

Returns: Field coil end temperature value

double EfficiencyMapDefinition::GetEndMagnetTemperature ( )

Returns the magnet end temperature value in the efficiency map.

Returns: Magnet end temperature value

double EfficiencyMapDefinition::GetEndMultiMaxVoltage ( )

Returns the end value of multiple maximum voltages.

Returns: End value of multiple maximum voltages

double EfficiencyMapDefinition::GetEndRotorConductorTemperature ( )

Returns the rotor conductor end temperature value in the efficiency map.

Returns: Rotor conductor end temperature value

bool EfficiencyMapDefinition::GetExtrapolation ( )

Returns whether to extrapolate the 0 speed and torque of the efficiency map.

Returns: Extrapolation flag

double EfficiencyMapDefinition::GetFieldCoilCorrectionBaseTemperature ( )

Returns the field coil base temperature in the efficiency map.

Returns: Field coil base temperature

double EfficiencyMapDefinition::GetFieldCoilCorrectionCoefficient ( )

Returns the field coil temperature coefficient in the efficiency map.

Returns: Field coil temperature coefficient

double EfficiencyMapDefinition::GetFieldCoilCorrectionTemperature ( int index )

Returns the field coil temperature value.

Parameters

index The index of the field coil temperature

Returns: The discrete value of the field coil temperature

The index in this function is in the display order in the temperature table. The index numbering begins with 0.

int EfficiencyMapDefinition::GetFieldCoilCorrectionType ( )

Returns the field coil correction type in the efficiency map.

Returns: Field coil correction type

int EfficiencyMapDefinition::GetFieldCoilDivision ( )

Returns the field coil temperature division value in the efficiency map.

Returns: Field coil temperature division value

bool EfficiencyMapDefinition::GetFieldCoilTemperatureCorrection ( )

Returns whether to use field coil temperature correction.

Returns: Flag to use field coil temperature correction

double EfficiencyMapDefinition::GetInitialCoilTemperature ( )

Returns the coil initial temperature value in the efficiency map.

Returns: Coil initial temperature value

double EfficiencyMapDefinition::GetInitialFieldCoilTemperature ( )

Returns the field coil initial temperature value in the efficiency map.

Returns: Field coil initial temperature value

double EfficiencyMapDefinition::GetInitialMagnetTemperature ( )

Returns the magnet initial temperature value in the efficiency map.

Returns: Magnet initial temperature value

double EfficiencyMapDefinition::GetInitialMultiMaxVoltage ( )

Returns the initial value of the multiple maximum voltages.

Returns: Initial values of multiple maximum voltages

double EfficiencyMapDefinition::GetInitialRotorConductorTemperature ( )

Returns the rotor conductor initial temperature value in the efficiency map.

Returns: Rotor conductor initial temperature value

bool EfficiencyMapDefinition::GetLossCorrection ( )

Returns whether to correct the loss of the efficiency map.

Returns: Flag to correct loss

double EfficiencyMapDefinition::GetMagnetConductivity ( int index )

Returns the electrical conductivity of the magnet parts, set for approximate PWM magnet loss.

Parameters

index The index of the magnet part

Returns: The electrical conductivity of the magnet parts

The index in this function is in the display order in the table shown in the figure below. The index numbering begins with 0.

double EfficiencyMapDefinition::GetMagnetCorrectionBaseTemperature ( )

Returns the magnet base temperature in the efficiency map.

Returns: Magnet base temperature

double EfficiencyMapDefinition::GetMagnetCorrectionCoefficient ( )

Returns the magnet temperature coefficient in the efficiency map.

Returns: Magnet temperature coefficient

double EfficiencyMapDefinition::GetMagnetCorrectionTemperature ( int index )

Returns the magnet temperature value.

Parameters

index The index of the magnet temperature

Returns: The discrete value of the magnet temperature

The index in this function is in the display order in the temperature table. The index numbering begins with 0.

int EfficiencyMapDefinition::GetMagnetCorrectionType ( )

Returns the magnet correction type in the efficiency map.

Returns: Magnet correction type

int EfficiencyMapDefinition::GetMagnetDivision ( )

Returns the magnet temperature division value in the efficiency map.

Returns: Magnet temperature division value

bool EfficiencyMapDefinition::GetMagnetTemperatureCorrection ( )

Returns whether to use magnet temperature correction.

Returns: Flag to use magnet temperature correction

int EfficiencyMapDefinition::GetMultiMaxVoltageDivision ( )

Returns the division value of multiple maximum voltages.

Returns: Multiple maximum voltage division values

int EfficiencyMapDefinition::GetMultiMaxVoltageType ( )

Returns the setting type of multiple maximum voltages.

Returns: Multiple maximum voltage setting types

double EfficiencyMapDefinition::GetMultiMaxVoltageValue ( int index )

Returns the multiple maximum voltages.

Parameters

index Multiple maximum voltage indexes

Returns: Multiple discrete maximum voltage values

The index in this function is in the display order in the voltage table. The index numbering begins with 0.

bool EfficiencyMapDefinition::GetOverrideMaterialConductivity ( )

Returns whether to override material conductivity when evaluating the efficiency map (Speed Priority).

Returns: Flag to override material conductivity

String EfficiencyMapDefinition::GetResponseResultTypeCaption ( Variant & type )

Returns the caption of the result by using the result type.

Parameters

type	Result type

Returns: The caption of the result

double EfficiencyMapDefinition::GetRotorConductorCorrectionBaseTemperature ( )

Returns the rotor conductor base temperature in the efficiency map.

Returns: Rotor conductor base temperature

double EfficiencyMapDefinition::GetRotorConductorCorrectionCoefficient ( )

Returns the rotor conductor temperature coefficient in the efficiency map.

Returns: Rotor conductor temperature coefficient

double EfficiencyMapDefinition::GetRotorConductorCorrectionTemperature ( int index )

Returns the rotor conductor temperature value.

Parameters

index The index of the rotor conductor temperature

Returns: The discrete value of the rotor conductor temperature

The index in this function is in the display order in the temperature table. The index numbering begins with 0.

int EfficiencyMapDefinition::GetRotorConductorCorrectionType ( )

Returns the rotor conductor correction type in the efficiency map.

Returns: Rotor conductor correction type

int EfficiencyMapDefinition::GetRotorConductorDivision ( )

Returns the rotor conductor temperature division value in the efficiency map.

Returns: Rotor conductor temperature division value

bool EfficiencyMapDefinition::GetRotorConductorTemperatureCorrection ( )

Returns whether to use rotor conductor temperature correction.

Returns: Flag to use rotor conductor temperature correction

bool EfficiencyMapDefinition::GetUseMaxVoltageDCBus ( )

Returns whether to use the maximum DC bus voltage for PWM loss approximation calculation.

Returns: Flag for using maximum voltage for DC bus voltage

bool EfficiencyMapDefinition::GetUseMultiMaxVoltage ( )

Returns whether multiple maximum voltages are set.

Returns: Flag multiple maximum voltages

bool EfficiencyMapDefinition::IsValid ( )

virtual

Returns True if an object is valid.

Returns: Whether or not the EfficiencyMapDefinition object is valid

double EfficiencyMapDefinition::MaxCurrent ( )

Returns the maximum current value used when evaluating the efficiency map (Speed Priority).

Returns: Current value

double EfficiencyMapDefinition::MaxFieldCurrent ( )

Returns the maximum field current value used when evaluating the efficiency map (WFSM Speed Priority).

Returns: Field current value

double EfficiencyMapDefinition::MaxPowerLimit ( )

Returns the power constraint value used when evaluating the efficiency map.

Returns: Power constraint value

double EfficiencyMapDefinition::MaxVoltage ( )

Returns the maximum DC voltage value used when evaluating the efficiency map (Speed Priority).

Returns: Voltage value

double EfficiencyMapDefinition::MechancialLossFactor ( )

Returns the mechancial loss factor.

Returns: Loss factor

String EfficiencyMapDefinition::MotorControlType ( )

Returns the motor control type to use. Values are "maximum_efficiency" or "basic" (Speed Priority).

Returns: Motor control type

String EfficiencyMapDefinition::MotorMode ( )

Returns the motor mode ("motor" or "generation").

Returns: type Motor mode

String EfficiencyMapDefinition::Name ( )

Returns the result table definition name as a string.

Returns: Name or the definition

double EfficiencyMapDefinition::ParallelConductorsSlotHeight ( )

Returns the parallel conductors in slot height for AC copper loss approximation calculation.

Returns: Parallel conductors in slot height

String EfficiencyMapDefinition::PowerLimitType ( )

Returns the type of power limit. Values are "none", "input_power" or "output_power" .

none
input_power
output_power

Returns: Limit type as a string

double EfficiencyMapDefinition::SeriesConductorsSlotHeight ( )

Returns the series conductors in slot height for AC copper loss approximation calculation.

Returns: Series conductors in slot height

void EfficiencyMapDefinition::SetACLossCorrection ( bool correction )

Specifies whether to correct the AC loss of the efficiency map.

Parameters

correction Flag to correct AC loss

void EfficiencyMapDefinition::SetACLossCorrectionTable ( String array & array )

Specifies a correction table to correct the AC loss of the efficiency map.

Parameters

array Correction table

void EfficiencyMapDefinition::SetAddACLoss ( bool value )

Specifies whether to add an approximate AC copper loss.

Parameters

value Flag to add AC copper loss

void EfficiencyMapDefinition::SetAddMagnetLoss ( bool addMagnetLoss )

Specifies whether to add an approximate PWM magnet loss.

Parameters

addMagnetLoss Flag to add approximate PWM magnet loss

void EfficiencyMapDefinition::SetAddPWMIronLoss ( bool value )

Specifies whether to add an approximate PWM iron loss.

Parameters

value Flag to add PWM iron loss

void EfficiencyMapDefinition::SetAirGapCorrection ( Variant & airGap )

Specifies the air gap correction.

Parameters

airGap Air gap correction value

void EfficiencyMapDefinition::SetAverageSlotWidth ( Variant & averageSlotWidth )

Specifies the average slot width for approximate AC copper loss setting.

Parameters

averageSlotWidth Average slot width

void EfficiencyMapDefinition::SetAxialSegmentation ( Variant & axialSegmentation )

Specifies the axial segmentation.

Parameters

axialSegmentation Axial segmentation value

void EfficiencyMapDefinition::SetCarrierFrequency ( Variant & frequency )

Specifies the carrier frequency for approximate PWM losses.

Parameters

frequency Carrier frequency value

void EfficiencyMapDefinition::SetClusterPoints ( Variant & value )

Specifies the number of cluster points in the efficiency map.

Parameters

value Number of cluster points

void EfficiencyMapDefinition::SetCoilCorrection	(	double	initialValue,
		double	endValue,
		int	division
	)

Specifies the divisions for coil temperature.

Parameters

initialValue	Initial temperature
endValue	End temperature
division	Number of divisions

void EfficiencyMapDefinition::SetCoilCorrectionBaseTemperature ( Variant & value )

Specifies the coil base temperature in the efficiency map.

Parameters

value Coil base temperature

void EfficiencyMapDefinition::SetCoilCorrectionCoefficient ( Variant & value )

Specifies the coil temperature coefficient in the efficiency map.

Parameters

value Coil temperature coefficient

void EfficiencyMapDefinition::SetCoilCorrectionTemperature	(	int	index,
		Variant &	temperatureValue
	)

Specifies the discrete temperature values for coil temperature.

Parameters

index	Index for coil temperature table
temperatureValue	Discrete temperature value

void EfficiencyMapDefinition::SetCoilStandardTemp ( Variant & temp )

Specifies the coil reference temperature to be set to electrical conductivity for approximation of AC copper loss.

Parameters

temp	Coil Reference Temperature

void EfficiencyMapDefinition::SetCoilTemperatureCorrection ( bool use )

Specifies whether to use coil temperature correction.

Parameters

use	Flag to use coil temperature correction

void EfficiencyMapDefinition::SetCoilTempFactor ( Variant & factor )

Specifies the coil correction factor to be set to electrical conductivity for approximation of AC copper loss.

Parameters

factor Coil correction factor

void EfficiencyMapDefinition::SetConductivity ( Variant & conductivity )

Specifies conductivity for approximate AC copper loss setting.

Parameters

conductivity Conducitivty value

void EfficiencyMapDefinition::SetConductorDiameter ( Variant & diameter )

Specifies conductor diameter for approximate AC copper loss setting.

Parameters

diameter Conductor diameter

void EfficiencyMapDefinition::SetConductorHeight ( Variant & height )

Specifies conductor height for approximate AC copper loss setting.

Parameters

height Conductor height

void EfficiencyMapDefinition::SetConductorsSlotWidth ( Variant & slotWidth )

Specifies conductors slot width for approximate AC copper loss setting.

Parameters

slotWidth Conductors slot width

void EfficiencyMapDefinition::SetConductorType ( int type )

Specifies the conductor type for approximate AC copper loss setting.

Parameters

type	Conductor type

void EfficiencyMapDefinition::SetConductorWidth ( Variant & width )

Specifies conductor width for approximate AC copper loss setting.

Parameters

width Conductor width

void EfficiencyMapDefinition::SetControlType ( Variant & type )

Specifies the name of the basic motor control scheme when the motor control type is "basic". Values are "mtpa", mtpa+fw", "unitypf" or "id=0" (Speed Priority)

Parameters

type	Motor control scheme

void EfficiencyMapDefinition::SetCorrectionTable ( String array & array )

Specifies the correction table to modify the efficiency map display.

Parameters

array Correction table

void EfficiencyMapDefinition::SetCorrectionType ( Variant & type )

Specifies the correction table type ("none", "efficiency" or "loss").

Parameters

type	Correction type

void EfficiencyMapDefinition::SetDCBusVoltage ( Variant & voltage )

Specifies the DC bus voltage for approximate PWM losses.

Parameters

voltage DC bus voltage value

void EfficiencyMapDefinition::SetDriveCycleAirDensity ( Variant & value )

Specifies the air density for driving mode in the efficiency map.

Parameters

value Air density

void EfficiencyMapDefinition::SetDriveCycleCrossSectionalArea ( Variant & value )

Specifies the cross sectional area for driving mode in the efficiency map.

Parameters

value Cross sectional area

void EfficiencyMapDefinition::SetDriveCycleDragCoefficient ( Variant & value )

Specifies the drag coefficient for driving mode in the efficiency map.

Parameters

value Drag coefficient

void EfficiencyMapDefinition::SetDriveCycleGearRatio ( Variant & value )

Specifies the gear retio for driving mode in the efficiency map.

Parameters

value Gear retio

void EfficiencyMapDefinition::SetDriveCycleGravity ( Variant & value )

Specifies the gravitational acceleration for driving mode in the efficiency map.

Parameters

value Gravitational acceleration

void EfficiencyMapDefinition::SetDriveCycleRollingResistance ( Variant & value )

Specifies the rolling resistance for driving mode in the efficiency map.

Parameters

value Rolling resistance

void EfficiencyMapDefinition::SetDriveCycleTable ( String array & array )

Specifies the driving mode of the efficiency map on the table.

Parameters

array Driving mode table data

void EfficiencyMapDefinition::SetDriveCycleTireDiameter ( Variant & value )

Specifies the tire diameter for driving mode in the efficiency map.

Parameters

value Tire diameter

void EfficiencyMapDefinition::SetDriveCycleTotalWeight ( Variant & value )

Specifies the total weight for driving mode in the efficiency map.

Parameters

value Total weight

void EfficiencyMapDefinition::SetDriveCycleUseVehicleParameters ( bool use )

Specifies whether to use vehicle parameters for driving mode in the efficiency map.

Parameters

use	Flag to use vehicle parameters

void EfficiencyMapDefinition::SetDriveCycleUseVehicleSpeedTable ( bool use )

Specifies whether to use the vehicle speed point array for driving mode in the efficiency map.

Parameters

use	Flag to use the vehicle speed point array

void EfficiencyMapDefinition::SetDriveCycleVehicleSpeedDatabase ( String & database )

Returns the vehicle database for driving mode in the efficiency map.

Returns: Vehicle database

void EfficiencyMapDefinition::SetDriveCycleVehicleSpeedTable ( String array & array )

Specifies a vehicle speed table.

Parameters

array Vehicle speed table

void EfficiencyMapDefinition::SetDriveCycleVoltageTimeTable ( String array & array )

Specifies the variation of the voltage with time in the driving mode of the efficiency map.

Parameters

array Voltage variation over time table

void EfficiencyMapDefinition::SetEfficiencyCorrection ( bool correction )

Specifies whether to correct the efficiency of the efficiency map.

Parameters

correction Flag to correct efficiency

void EfficiencyMapDefinition::SetEfficiencyCorrectionTable ( String array & array )

Specifies a correction table to correct the efficiency of the efficiency map.

Parameters

array Correction table

void EfficiencyMapDefinition::SetExtrapolation ( bool value )

Specifies whether to extrapolate the 0 speed and torque of the efficiency map.

Parameters

value Extrapolation flag

void EfficiencyMapDefinition::SetFieldCoilCorrection	(	double	initialValue,
		double	endValue,
		int	division
	)

Specifies the divisions for field coil temperature.

Parameters

initialValue	Initial temperature
endValue	End temperature
division	Number of divisions

void EfficiencyMapDefinition::SetFieldCoilCorrectionBaseTemperature ( Variant & value )

Specifies the field coil base temperature in the efficiency map.

Parameters

value Field coil base temperature

void EfficiencyMapDefinition::SetFieldCoilCorrectionCoefficient ( Variant & value )

Specifies the field coil temperature coefficient in the efficiency map.

Parameters

value Field coil temperature coefficient

void EfficiencyMapDefinition::SetFieldCoilCorrectionTemperature	(	int	index,
		Variant &	temperatureValue
	)

Specifies the discrete temperature values for field coil temperature.

Parameters

index	Index for field coil temperature table
temperatureValue	Discrete temperature value

void EfficiencyMapDefinition::SetFieldCoilTemperatureCorrection ( bool use )

Specifies whether to use field coil temperature correction.

Parameters

use	Flag to use field coil temperature correction

void EfficiencyMapDefinition::SetLossCorrection ( bool correction )

Specifies whether to correct the loss of the efficiency map.

Parameters

correction Flag to correct loss

void EfficiencyMapDefinition::SetLossCorrectionTable ( String array & array )

Specifies a correction table to correct the loss of the efficiency map.

Parameters

array Correction table

void EfficiencyMapDefinition::SetMagnetConductivity	(	int	index,
		Variant &	conductivity
	)

Specifies the electrical conductivity of the magnet parts for approximate PWM magnet loss.

Parameters

index	Index of the magnet part
conductivity	Electrical conductivity of the magnet parts

void EfficiencyMapDefinition::SetMagnetCorrection	(	double	initialValue,
		double	endValue,
		int	division
	)

Specifies the divisions for magnet temperature.

Parameters

initialValue	Initial temperature
endValue	End temperature
division	Number of divisions

void EfficiencyMapDefinition::SetMagnetCorrectionBaseTemperature ( Variant & value )

Specifies the magnet base temperature in the efficiency map.

Parameters

value Magnet base temperature

void EfficiencyMapDefinition::SetMagnetCorrectionCoefficient ( Variant & value )

Specifies the magnet temperature coefficient in the efficiency map.

Parameters

value Magnet temperature coefficient

void EfficiencyMapDefinition::SetMagnetCorrectionTemperature	(	int	index,
		Variant &	temperatureValue
	)

Specifies the discrete temperature values for magnet temperature.

Parameters

index	Index for magnet temperature table
temperatureValue	Discrete temperature value

void EfficiencyMapDefinition::SetMagnetTemperatureCorrection ( bool use )

Specifies whether to use magnet temperature correction.

Parameters

use	Flag to use magnet temperature correction

void EfficiencyMapDefinition::SetMaxCurrent ( Variant & current )

Specifies the maximum line current to use when evaluating the efficiency map (speed priority).

Parameters

current Current value

void EfficiencyMapDefinition::SetMaxFieldCurrent ( Variant & fieldCurrent )

Specifies the maximum field current to use when evaluating the efficiency map (WFSM speed priority).

Parameters

fieldCurrent Field Current value

void EfficiencyMapDefinition::SetMaxPowerLimit ( Variant & power )

Specifies the power constraint value to use when evaluating the efficiency map.

Parameters

power Power constraint value

void EfficiencyMapDefinition::SetMaxVoltage ( Variant & voltage )

Specifies the maximum DC voltage to use when evaluating the efficiency map (speed priority).

Parameters

voltage Voltage value

void EfficiencyMapDefinition::SetMechancialLossFactor ( Variant & factor )

Specifies the mechancial loss coefficient for calculating the mechanical loss.

Parameters

factor Loss coefficient

void EfficiencyMapDefinition::SetMotorControlType ( Variant & type )

Specifies the motor control type for effective map (speed priority) analysis. Values are "maximum_efficiency" or "basic".

Parameters

type	Motor control type

void EfficiencyMapDefinition::SetMotorMode ( Variant & mode )

Specifies the motor mode ("motor" or "generation").

Parameters

mode	Motor mode

void EfficiencyMapDefinition::SetMultiMaxVoltage	(	double	initialValue,
		double	endValue,
		int	division
	)

Specifies the maximum voltage division number.

Parameters

initialValue	Initial voltage
endValue	End voltage
division	Number of divisions

void EfficiencyMapDefinition::SetMultiMaxVoltageTable	(	int	index,
		Variant &	value
	)

Specifies the discrete value of the maximum voltage.

Parameters

index	Maximum voltage table tndex
value	Maximum voltage table values

void EfficiencyMapDefinition::SetName ( String & title )

Specifies the name for this efficency map definition.

Parameters

title Name for the definition.

void EfficiencyMapDefinition::SetOverrideMaterialConductivity ( bool override )

Specifies whether to override material conductivity for approximate PWM magnet loss.

Parameters

override Flag to override material conductivity

void EfficiencyMapDefinition::SetParallelConductorsSlotHeight ( Variant & slotHeight )

Specifies parallel conductors slot height for approximate AC copper loss setting.

Parameters

slotHeight Parallel conductors slot height

void EfficiencyMapDefinition::SetPowerLimitType ( Variant & type )

Specifies the power limit type for effective map . Values are "none", "input_power" or "output_power".

Parameters

type	Power limit type

void EfficiencyMapDefinition::SetRotorConductorCorrection	(	double	initialValue,
		double	endValue,
		int	division
	)

Specifies the divisions for rotor conductor temperature.

Parameters

initialValue	Initial temperature
endValue	End temperature
division	Number of divisions

void EfficiencyMapDefinition::SetRotorConductorCorrectionBaseTemperature ( Variant & value )

Specifies the rotor conductor base temperature in the efficiency map.

Parameters

value Rotor conductor base temperature

void EfficiencyMapDefinition::SetRotorConductorCorrectionCoefficient ( Variant & value )

Specifies the rotor conductor temperature coefficient in the efficiency map.

Parameters

value Rotor conductor temperature coefficient

void EfficiencyMapDefinition::SetRotorConductorCorrectionTemperature	(	int	index,
		Variant &	temperatureValue
	)

Specifies the discrete temperature values for rotor conductor temperature.

Parameters

index	Index for rotor conductor temperature table
temperatureValue	Discrete temperature value

void EfficiencyMapDefinition::SetRotorConductorTemperatureCorrection ( bool use )

Specifies whether to use rotor conductor temperature correction.

Parameters

use	Flag to use rotor conductor temperature correction

void EfficiencyMapDefinition::SetSeriesConductorsSlotHeight ( Variant & slotHeight )

Specifies series conductors slot height for approximate AC copper loss setting.

Parameters

slotHeight Series conductors slot height

void EfficiencyMapDefinition::SetSpecifyCoilTemp ( bool value )

Specifies whether to apply coil temperature compensation to electrical conductivity for approximation of AC copper loss.

Parameters

value Flag for coil temperature compensation

void EfficiencyMapDefinition::SetTable ( String & name )

Specifies the name of the response table to use for the efficency map display.

Parameters

name	Name of the response table

void EfficiencyMapDefinition::SetTorqueType ( Variant & type )

Specifies the torque type ("shaft" or "electromagnetic").

Parameters

type	Torque type

void EfficiencyMapDefinition::SetUseMaxVoltageDCBus ( bool value )

Specifies whether to use the maximum DC bus voltage for PWM loss approximation calculation.

Parameters

value Flag for using maximum voltage in DC bus voltage for PWM loss approximation calculation

void EfficiencyMapDefinition::SetUseMultiMaxVoltage ( bool use )

Specifies whether to set multiple maximum voltages.

Parameters

use	Flag for setting multiple maximum voltages

void EfficiencyMapDefinition::SetVoltageLimitType ( Variant & type )

Specifies the voltage limit type for effective map (speed priority) analysis. Values are "peak" or "fundamental".

Parameters

type	Voltage limit type

void EfficiencyMapDefinition::SetXAxisDivisions ( Variant & value )

Specifies the number of speed divisions to use when evaluating the efficiency map (speed priority).

Parameters

value Number of divisions

void EfficiencyMapDefinition::SetYAxisDivisions ( Variant & value )

Specifies the number of torque divisions to use when evaluating the efficency map (speed priority).

Parameters

value Number of divisions

bool EfficiencyMapDefinition::SpecifyCoilTemp ( )

Returns whether to perform coil temperature correction on the electrical conductivity for AC copper loss approximation calculation.

Returns: Flag for whether to perform coil temperature compensation for electrical conductivity

String EfficiencyMapDefinition::TableName ( )

Returns the name of the response table to use when drawing the efficiency map.

Returns: Name of the table

String EfficiencyMapDefinition::TorqueType ( )

Returns the torque type ("shaft" or "electromagnetic").

Returns: type Torque type

String EfficiencyMapDefinition::VoltageLimitType ( )

Returns the type of voltage limit. Values are "peak" or "fundamental" (Speed Priority).

peak

fundamental

Returns: Limit type as a string

int EfficiencyMapDefinition::XAxisDivisions ( )

Returns the number of speed divisions to use when evaluating the efficiency map (Speed Priority).

Returns: Number of divisions

int EfficiencyMapDefinition::YAxisDivisions ( )

Returns the number of torque divisions to use when evaluating the efficency map (Speed Priority).

Returns: Number of divisions

Public Member Functions

Detailed Description

Member Function Documentation