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

Public Member Functions
void	AddPoint (double x, double y)
	Adds the operating point of the efficiency map. More...

void	AddPoints (String array &array)
	Adds the point sequence of multidimensional array for the operating point list of the efficiency map. More...

void	AddPointsFromRange (double x_start, double x_end, int x_division, double y_start, double y_end, int y_division)
	Adds a ranged operating point. More...

void	DeleteAllPoints ()
	Deletes all operating points of the efficiency map.

void	DeletePoint (int index)
	Deletes the operating point of the efficiency map. More...

void	DuplicateStudyWithOperatingPoint (String &filename=String(), bool movePoint=false, double tolerance=0.0, int inductanceType=0, double speed=0.0, double torque=0.0)
	Creates an accuracy priority efficiency map study that includes the operating point taken from the study. More...

void	DuplicateStudyWithOperatingPointFromRange (double x_start, double x_end, int x_division, double y_start, double y_end, int y_division, String &filename=String(), bool movePoint=false, double tolerance=0.0, int inductanceType=0, double speed=0.0, double torque=0.0)
	Creates an accuracy priority efficiency map study that includes the operating point with a specified range taken from the study. More...

void	DuplicateStudyWithOperatingPointFromRangeTemp (double x_start, double x_end, int x_division, double y_start, double y_end, int y_division, String &filename, bool movePoint, double tolerance, int inductanceType, double speed, double torque, double temp1, double temp2, double voltage=0.0)
	Creates an accuracy priority efficiency map study that includes the operating point with a specified range taken from the study. More...

void	DuplicateStudyWithOperatingPointTemp (String &filename, bool movePoint, double tolerance, int inductanceType, double speed, double torque, double temp1, double temp2, double voltage=0.0)
	Creates an accuracy priority efficiency map study that includes the operating point taken from the study. More...

void	ExportClusterPointData (int type, String &filename, double temp1=0.0, double temp2=0.0, double voltage=0.0)
	Exports the result of the efficiency map drive cycle cluster points. More...

void	ExportData (Variant &type, String &filename, double temp1=0.0, double temp2=0.0, double voltage=0.0)
	Exports the result of the efficiency map operating point ([CSV Export] in the [Efficiency Map] dialog). More...

void	ExportDataFromRange (Variant &type, String &filename, double x_start, double x_end, int x_division, double y_start, double y_end, int y_division, double temp1=0.0, double temp2=0.0, double voltage=0.0)
	Exports the result of the efficiency map operating point with a range. More...

void	ExportDriveCycleData (int type, String &filename, double temp1=0.0, double temp2=0.0, double voltage=0.0)
	Exports the result of the efficiency map drive cycle. More...

void	ExportOperatingPoint (String &filename, bool movePoint=false, double tolerance=0.0)
	Exports the operating point information of the efficiency map. More...

void	ExportOperatingPointFromRange (String &filename, double x_start, double x_end, int x_division, double y_start, double y_end, int y_division, bool movePoint=false, double tolerance=0.0)
	Exports the operating point information of the efficiency map with a specified range. More...

void	ExportOperatingPointFromRangeTemp (String &filename, double x_start, double x_end, int x_division, double y_start, double y_end, int y_division, bool movePoint=false, double tolerance=0.0, double temp1=0.0, double temp2=0.0, double voltage=0.0)
	Exports the operating point information of the efficiency map with a specified range (Temperature specification). More...

void	ExportOperatingPointTemp (String &filename, bool movePoint=false, double tolerance=0.0, double temp1=0.0, double temp2=0.0, double voltage=0.0)
	Exports the operating point information of the efficiency map (Temperature specification). More...

void	ExportRttFile (bool overWrite, String &filename, double arbitraryTemp, double coil, int x_division, int y_division, double voltage, double current, bool publish, bool copySimulatorFiles=false)
	Exports the rtt file. More...

void	ExportTorqueTable (String &filename, double start, double end, int division, bool motorMode, double temp1=0.0, double temp2=0.0, double voltage=0.0)
	Exports the torque table of the efficiency map operating point with a range. More...

String	GetName ()
	Returns the name of the efficiency map plot as a string. More...

double	GetPointResult (Variant &type, double x, double y, double temp1=0.0, double temp2=0.0, double voltage=0.0)
	Returns the result value for specified type at specified operating point of the efficiency map. More...

Variant	GetProperty (String &propName, int displayType=TEfficiencyMapProperty::kMap, int type=ResponseDatabase::TOperatingPoint::kEfficiency)
	Returns setting for a specified item. More...

double	GetResultMaxXValue (double temp1=0.0, double temp2=0.0, double voltage=0.0)
	Returns the maximum value of the efficiency map X-axis. More...

double	GetResultMaxYValue (double temp1=0.0, double temp2=0.0, double voltage=0.0)
	Returns the maximum value of the efficiency map Y-axis. More...

double	GetResultMinXValue (double temp1=0.0, double temp2=0.0, double voltage=0.0)
	Returns the minimum value of the efficiency map X-axis. More...

double	GetResultMinYValue (double temp1=0.0, double temp2=0.0, double voltage=0.0)
	Returns the minimum value of the efficiency map Y-axis. More...

int	GetResultType (int index)
	Returns the result type of the efficiency map. More...

String	GetResultTypeName (int index)
	Returns the result type name of the efficiency map. More...

int	GetResultXDivisions (double temp1=0.0, double temp2=0.0, double voltage=0.0)
	Returns the number of X-axis divisions of the efficiency map. 0 is returned for the Accuracy Priority mode. More...

int	GetResultYDivisions (double temp1=0.0, double temp2=0.0, double voltage=0.0)
	Returns the number of Y-axis divisions of the efficiency map. 0 is returned for the Accuracy Priority mode. More...

double	GetTorqueTableResult (String &type, double speed, double temp1=0.0, double temp2=0.0, double voltage=0.0)
	Returns the torque table value for the specified result type in the efficiency map. More...

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

bool	IsValidPoint (double x, double y, double temp1=0.0, double temp2=0.0, double voltage=0.0)
	Returns whether the point is a valid point in the efficiency map. More...

int	NTCurveDivisions ()
	Returns the number of divisions in the NT curve settings of the efficiency map. More...

double	NTCurveEndValue ()
	Returns the end value of the NT curve setting of the efficiency map. More...

double	NTCurveInitialValue ()
	Returns the initial value of the NT curve setting of the efficiency map. More...

int	NTCurveMotorMode ()
	Returns the motor mode of the NT curve setting of the efficiency map. More...

int	NumResults ()
	Returns the number of result types in the efficiency map. More...

bool	SaveMapImage (Variant &type, String &filename, int width, int height, int displayType=0, double temp1=0.0, double temp2=0.0, double voltage=0.0)
	Saves a map image with a specified size. More...

void	SetName (String &name)
	Specifies the name of the efficiency map plot. More...

void	SetNTCurveDivisions (Variant &value)
	Specifies the number of divisions in the NT curve settings of the efficiency map. More...

void	SetNTCurveEndValue (Variant &value)
	Specifies the end value of the NT curve setting of the efficiency map. More...

void	SetNTCurveInitialValue (Variant &value)
	Specifies the initial value of the NT curve setting of the efficiency map. More...

void	SetNTCurveMotorMode (Variant &value)
	Specifies the motor mode for the NT curve settings in the efficiency map. More...

void	SetProperty (String &propName, Variant &var, int displayType=TEfficiencyMapProperty::kMap, int type=ResponseDatabase::TOperatingPoint::kEfficiency)
	Specifies the efficiency map properties. More...

void	ShowDialog (Variant &type)
	Opens the map dialog and selects the given type. More...

Detailed Description

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

Example of calling the class object:

app.GetModel(0).GetStudy(0).GetEfficiencyMapPlot(0)

Member Function Documentation

void EfficiencyMapPlot::AddPoint	(	double	x,
		double	y
	)

Adds the operating point of the efficiency map.

Parameters

x	X coordinate
y	Y coordinate

void EfficiencyMapPlot::AddPoints ( String array & array )

Adds the point sequence of multidimensional array for the operating point list of the efficiency map.

Parameters

array Multidimensional array

void EfficiencyMapPlot::AddPointsFromRange	(	double	x_start,
		double	x_end,
		int	x_division,
		double	y_start,
		double	y_end,
		int	y_division
	)

Adds a ranged operating point.

Parameters

x_start	X-axis initial value
x_end	X-axis end value
x_division	X-axis number of divisions
y_start	Y-axis initial value
y_end	Y-axis end value
y_division	Y-axis number of divisions

void EfficiencyMapPlot::DeletePoint ( int index )

Deletes the operating point of the efficiency map.

Parameters

index Index

void EfficiencyMapPlot::DuplicateStudyWithOperatingPoint	(	String &	filename = `String()`,
		bool	movePoint = `false`,
		double	tolerance = `0.0`,
		int	inductanceType = `0`,
		double	speed = `0.0`,
		double	torque = `0.0`
	)

Creates an accuracy priority efficiency map study that includes the operating point taken from the study.

Parameters

filename	File name to use scriptfile(*.py)
movePoint	Moves or adds an operating point on the N-T curve with the specified X coordinate value
tolerance	Movement tolerance
inductanceType	Additional type of inductance equation
speed	Speed
torque	Torque

void EfficiencyMapPlot::DuplicateStudyWithOperatingPointFromRange	(	double	x_start,
		double	x_end,
		int	x_division,
		double	y_start,
		double	y_end,
		int	y_division,
		String &	filename = `String()`,
		bool	movePoint = `false`,
		double	tolerance = `0.0`,
		int	inductanceType = `0`,
		double	speed = `0.0`,
		double	torque = `0.0`
	)

Creates an accuracy priority efficiency map study that includes the operating point with a specified range taken from the study.

Parameters

x_start	X-axis initial value
x_end	X-axis end value
x_division	X-axis number of divisions
y_start	Y-axis initial value
y_end	Y-axis end value
y_division	Y-axis number of divisions
filename	File name to use scriptfile(*.py)
movePoint	Moves or adds an operating point on the N-T curve with the specified X coordinate value
tolerance	Movement tolerance
inductanceType	Additional type of inductance equation
speed	Speed
torque	Torque

void EfficiencyMapPlot::DuplicateStudyWithOperatingPointFromRangeTemp	(	double	x_start,
		double	x_end,
		int	x_division,
		double	y_start,
		double	y_end,
		int	y_division,
		String &	filename,
		bool	movePoint,
		double	tolerance,
		int	inductanceType,
		double	speed,
		double	torque,
		double	temp1,
		double	temp2,
		double	voltage = `0.0`
	)

Creates an accuracy priority efficiency map study that includes the operating point with a specified range taken from the study.

Parameters

x_start	X-axis initial value
x_end	X-axis end value
x_division	X-axis number of divisions
y_start	Y-axis initial value
y_end	Y-axis end value
y_division	Y-axis number of divisions
filename	File name to use scriptfile(*.py)
movePoint	Moves or adds an operating point on the N-T curve with the specified X coordinate value
tolerance	Movement tolerance
inductanceType	Additional type of inductance equation
speed	Speed
torque	Torque
temp1	Temperature specification（PMSM/SyncRM:Manget, WFSM:Coil）
temp2	Temperature specification（PMSM/SyncRM:Coil, WFSM:Field Coil）
voltage	Voltage specification

void EfficiencyMapPlot::DuplicateStudyWithOperatingPointTemp	(	String &	filename,
		bool	movePoint,
		double	tolerance,
		int	inductanceType,
		double	speed,
		double	torque,
		double	temp1,
		double	temp2,
		double	voltage = `0.0`
	)

Creates an accuracy priority efficiency map study that includes the operating point taken from the study.

Parameters

filename	File name to use scriptfile(*.py)
movePoint	Moves or adds an operating point on the N-T curve with the specified X coordinate value
tolerance	Movement tolerance
inductanceType	Additional type of inductance equation
speed	Speed
torque	Torque
temp1	Temperature specification（PMSM/SyncRM:Manget, WFSM:Coil）
temp2	Temperature specification（PMSM/SyncRM:Coil, WFSM:Field Coil）
voltage	Voltage specification

void EfficiencyMapPlot::ExportClusterPointData	(	int	type,
		String &	filename,
		double	temp1 = `0.0`,
		double	temp2 = `0.0`,
		double	voltage = `0.0`
	)

Exports the result of the efficiency map drive cycle cluster points.

Parameters

type	Result type
filename	File name to output
temp1	Temperature specification（PMSM/SyncRM:Manget, WFSM:Coil）
temp2	Temperature specification（PMSM/SyncRM:Coil, WFSM:Field Coil）
voltage	Voltage specification

For more information about the result type, see GetPointResult() .

void EfficiencyMapPlot::ExportData	(	Variant &	type,
		String &	filename,
		double	temp1 = `0.0`,
		double	temp2 = `0.0`,
		double	voltage = `0.0`
	)

Exports the result of the efficiency map operating point ([CSV Export] in the [Efficiency Map] dialog).

Parameters

type	Result type
filename	File name to output
temp1	Temperature specification（PMSM/SyncRM:Manget, WFSM:Coil）
temp2	Temperature specification（PMSM/SyncRM:Coil, WFSM:Field Coil）
voltage	Voltage specification

For more information about the result type, see GetPointResult .

void EfficiencyMapPlot::ExportDataFromRange	(	Variant &	type,
		String &	filename,
		double	x_start,
		double	x_end,
		int	x_division,
		double	y_start,
		double	y_end,
		int	y_division,
		double	temp1 = `0.0`,
		double	temp2 = `0.0`,
		double	voltage = `0.0`
	)

Exports the result of the efficiency map operating point with a range.

Parameters

type	Result type
filename	File name to output
x_start	X-axis initial value
x_end	X-axis end value
x_division	X-axis number of divisions
y_start	Y-axis initial value
y_end	Y-axis end value
y_division	Y-axis number of divisions
temp1	Temperature specification（PMSM/SyncRM:Manget, WFSM:Coil）
temp2	Temperature specification（PMSM/SyncRM:Coil, WFSM:Field Coil）
voltage	Voltage specification

For more information about the result type, see GetPointResult .

void EfficiencyMapPlot::ExportDriveCycleData	(	int	type,
		String &	filename,
		double	temp1 = `0.0`,
		double	temp2 = `0.0`,
		double	voltage = `0.0`
	)

Exports the result of the efficiency map drive cycle.

Parameters

type	Result type
filename	File name to output
temp1	Temperature specification（PMSM/SyncRM:Manget, WFSM:Coil）
temp2	Temperature specification（PMSM/SyncRM:Coil, WFSM:Field Coil）
voltage	Voltage specification

For more information about the result type, see GetPointResult() .

void EfficiencyMapPlot::ExportOperatingPoint	(	String &	filename,
		bool	movePoint = `false`,
		double	tolerance = `0.0`
	)

Exports the operating point information of the efficiency map.

Parameters

filename	File name to output
movePoint	Moves or adds an operating point on the N-T curve with the specified X coordinate value
tolerance	Movement tolerance

void EfficiencyMapPlot::ExportOperatingPointFromRange	(	String &	filename,
		double	x_start,
		double	x_end,
		int	x_division,
		double	y_start,
		double	y_end,
		int	y_division,
		bool	movePoint = `false`,
		double	tolerance = `0.0`
	)

Exports the operating point information of the efficiency map with a specified range.

Parameters

filename	File name to output
x_start	X-axis initial value
x_end	X-axis end value
x_division	X-axis number of divisions
y_start	Y-axis initial value
y_end	Y-axis end value
y_division	Y-axis number of divisions
movePoint	Moves or adds an operating point on the N-T curve with the specified X coordinate value
tolerance	Movement tolerance

void EfficiencyMapPlot::ExportOperatingPointFromRangeTemp	(	String &	filename,
		double	x_start,
		double	x_end,
		int	x_division,
		double	y_start,
		double	y_end,
		int	y_division,
		bool	movePoint = `false`,
		double	tolerance = `0.0`,
		double	temp1 = `0.0`,
		double	temp2 = `0.0`,
		double	voltage = `0.0`
	)

Exports the operating point information of the efficiency map with a specified range (Temperature specification).

Parameters

filename	File name to output
x_start	X-axis initial value
x_end	X-axis end value
x_division	X-axis number of divisions
y_start	Y-axis initial value
y_end	Y-axis end value
y_division	Y-axis number of divisions
movePoint	Moves or adds an operating point on the N-T curve with the specified X coordinate value
tolerance	Movement tolerance
temp1	Temperature specification（PMSM/SyncRM:Manget, WFSM:Coil）
temp2	Temperature specification（PMSM/SyncRM:Coil, WFSM:Field Coil）
voltage	Voltage specification

void EfficiencyMapPlot::ExportOperatingPointTemp	(	String &	filename,
		bool	movePoint = `false`,
		double	tolerance = `0.0`,
		double	temp1 = `0.0`,
		double	temp2 = `0.0`,
		double	voltage = `0.0`
	)

Exports the operating point information of the efficiency map (Temperature specification).

Parameters

filename	File name to output
movePoint	Moves or adds an operating point on the N-T curve with the specified X coordinate value
tolerance	Movement tolerance
temp1	Temperature specification（PMSM/SyncRM:Manget, WFSM:Coil）
temp2	Temperature specification（PMSM/SyncRM:Coil, WFSM:Field Coil）
voltage	Voltage specification

void EfficiencyMapPlot::ExportRttFile	(	bool	overWrite,
		String &	filename,
		double	magnet,
		double	coil,
		int	x_division,
		int	y_division,
		double	voltage,
		double	current,
		bool	publish,
		bool	copySimulatorFiles = `false`
	)

Exports the rtt file.

Parameters

overWrite	Overwrite exist file
filename	File name to output
magnet	Magnet temperature
coil	Coil temperature
x_division	Divisions of x-axis
y_division	Divisions of y-axis
voltage	Max voltage
current	Max current
publish	Publish efficiency map information
copySimulatorFiles	Copy simulator files

void EfficiencyMapPlot::ExportTorqueTable	(	String &	filename,
		double	start,
		double	end,
		int	division,
		bool	motorMode,
		double	temp1 = `0.0`,
		double	temp2 = `0.0`,
		double	voltage = `0.0`
	)

Exports the torque table of the efficiency map operating point with a range.

Parameters

filename	File name to output
start	Speed initial value
end	Speed end value
division	Speed number of divisions
motor	Motor mode
temp1	Temperature specification（PMSM/SyncRM:Manget, WFSM:Coil）
temp2	Temperature specification（PMSM/SyncRM:Coil, WFSM:Field Coil）
voltage	Voltage specification

String EfficiencyMapPlot::GetName ( )

Returns the name of the efficiency map plot as a string.

Returns: Name of the efficiency map plot

double EfficiencyMapPlot::GetPointResult	(	Variant &	type,
		double	x,
		double	y,
		double	temp1 = `0.0`,
		double	temp2 = `0.0`,
		double	voltage = `0.0`
	)

Returns the result value for specified type at specified operating point of the efficiency map.

Parameters

type

Result type

Item name	Description
RotationSpeed	Speed
Slip	Slip
Efficiency	Efficiency
AverageTorque	Torque
TorqueRipple	Torque Ripple
OutputPower	Output Power
PowerFactor	Power Factor
PowerFactor2	Power Factor 2
Current	Current
Id	Current (Id)
Iq	Current (Iq)
Voltage	Voltage
Vd	Voltage (Vd)
Vq	Voltage (Vq)
Vd2	Voltage (Vd 2)
Vq2	Voltage (Vq 2)
TotalLoss	Total Loss
IronLoss	Iron Loss
JouleLoss	Eddy Current Loss (Iron Loss)
HysteresisLoss	Hysteresis Loss (Iron Loss)
ClassicalEddyLoss	Classical Eddy Current Loss (Iron Loss)
ExcessEddyLoss	Excess Eddy Current Loss (Iron Loss)
PwmJouleLoss	PWM Eddy Current Loss (Iron Loss)
CopperLoss	Copper Loss
StatorCopperLoss	Stator Copper Loss
RotorCopperLoss	Rotor Copper Loss
AcJouleLoss	AC Copper Loss
MechanicalLoss	Mechanical Loss
StrayLoss	Stray Loss
CircuitLoss	Circuit Loss
DirectAxisFlux	Flux (d-Axis)
QuadratureAxisFlux	Flux (q-Axis)
DirectAxisFlux2	Flux (d-Axis 2)
QuadratureAxisFlux2	Flux (q-Axis 2)
Phase	Load Angle
UserParameter	User Parameter

If you use the UserParameters, add the index number.
Example:
SetEfficiencyResultType("var", "UserParameter1");

x X-coordinate

y Y-coordinate

temp1 Temperature specification（PMSM/SyncRM:Manget, WFSM:Coil）

temp2 Temperature specification（PMSM/SyncRM:Coil, WFSM:Field Coil）

voltage Voltage specification

Returns: Result value for specified type

Variant EfficiencyMapPlot::GetProperty	(	String &	name,
		int	displayType = `TEfficiencyMapProperty::kMap`,
		int	type = `ResponseDatabase::TOperatingPoint::kEfficiency`
	)

Returns setting for a specified item.

Parameters

name

Item name

Item name	Description
XMaxDefault	Default use flag for maximum value of X-axis
XMaxRange	Maximum value of X-axis
XMinDefault	Default use flag for minimum value of X-axis
XMinRange	Minimum value of X-axis
LeftYMaxDefault	Default use flag for maximum value of Y-axis (left)
LeftYMaxRange	Maximum value of Y-axis (left)
LeftYMinDefault	Default use flag for minimum value of Y-axis (left)
LeftYMinRange	Minimum value of Y-axis (left)
RightYMaxDefault	Default use flag for maximum value of Y-axis (right)
RightYMaxRange	Maximum value of Y-axis (right)
RightYMinDefault	Default use flag for minimum value of Y-axis (right)
RightYMinRange	Minimum value of Y-axis (right) is used
XPlotTitleDefault	Default use flag for X-axis title
XPlotTitleName	X-axis title
LeftYPlotTitleDefault	Default use flag for Y-axis (left) title
LeftYPlotTitleName	Y-axis (left) title
RightYPlotTitleDefault	Default use flag for Y-axis (right) title
RightYPlotTitleName	Y-axis (right) title
GridLine	Grid type
XPrecision	Number of significant figures for X-axis
LeftYPrecision	Number of significant figures for Y-axis (left)
RightYPrecision	Number of significant figures for Y-axis (right)
XMajorTicksDefault	Default use flag for major tick marks of X-Axis
XMajorTicks	Number of major tick marks for the X-axis
LeftYMajorTicksDefault	Default use flag for major tick marks of Y-Axis (left)
LeftYMajorTicks	Number of major tick marks for the Y-Axis (left)
XMinorTicksDefault	Default use flag for minor tick marks of X-Axis
XMinorTicks	Number of minor tick marks for the X-axis
LeftYMinorTicksDefault	Default use flag for minor tick marks of Y-Axis (left)
LeftYMinorTicks	Number of minor tick marks for the Y-Axis (left)
SmoothShaded	Smooth or color band
Gradient	Color gradation type
NumLevels	Number of levels
NumLabelsDefault	Default use flag for labels of Y-axis (right)
NumLabels	Number of labels for Y-axis (right)
ShowIsoLines	Isolines display flag
ShowLables	Value display flag
NumLabelPrecision	Number of precision value for display value

displayType Display Type

type Result Type

Returns: Value of specified item

double EfficiencyMapPlot::GetResultMaxXValue	(	double	temp1 = `0.0`,
		double	temp2 = `0.0`,
		double	voltage = `0.0`
	)

Returns the maximum value of the efficiency map X-axis.

Parameters

temp1	Temperature specification（PMSM/SyncRM:Manget, WFSM:Coil）
temp2	Temperature specification（PMSM/SyncRM:Coil, WFSM:Field Coil）
voltage	Voltage specification

Returns: X-axis maximum value

double EfficiencyMapPlot::GetResultMaxYValue	(	double	temp1 = `0.0`,
		double	temp2 = `0.0`,
		double	voltage = `0.0`
	)

Returns the maximum value of the efficiency map Y-axis.

Parameters

temp1	Temperature specification（PMSM/SyncRM:Manget, WFSM:Coil）
temp2	Temperature specification（PMSM/SyncRM:Coil, WFSM:Field Coil）
voltage	Voltage specification

Returns: Y-axis maximum value

double EfficiencyMapPlot::GetResultMinXValue	(	double	temp1 = `0.0`,
		double	temp2 = `0.0`,
		double	voltage = `0.0`
	)

Returns the minimum value of the efficiency map X-axis.

Parameters

temp1	Temperature specification（PMSM/SyncRM:Manget, WFSM:Coil）
temp2	Temperature specification（PMSM/SyncRM:Coil, WFSM:Field Coil）
voltage	Voltage specification

Returns: X-axis minimum value

double EfficiencyMapPlot::GetResultMinYValue	(	double	temp1 = `0.0`,
		double	temp2 = `0.0`,
		double	voltage = `0.0`
	)

Returns the minimum value of the efficiency map Y-axis.

Parameters

temp1	Temperature specification（PMSM/SyncRM:Manget, WFSM:Coil）
temp2	Temperature specification（PMSM/SyncRM:Coil, WFSM:Field Coil）
voltage	Voltage specification

Returns: Y-axis minimum value

int EfficiencyMapPlot::GetResultType ( int index )

Returns the result type of the efficiency map.

Parameters

index Index

Returns: Result type

String EfficiencyMapPlot::GetResultTypeName ( int index )

Returns the result type name of the efficiency map.

Parameters

index Index

Returns: Result type name

int EfficiencyMapPlot::GetResultXDivisions	(	double	temp1 = `0.0`,
		double	temp2 = `0.0`,
		double	voltage = `0.0`
	)

Returns the number of X-axis divisions of the efficiency map. 0 is returned for the Accuracy Priority mode.

Parameters

temp1	Temperature specification（PMSM/SyncRM:Manget, WFSM:Coil）
temp2	Temperature specification（PMSM/SyncRM:Coil, WFSM:Field Coil）
voltage	Voltage specification

Returns: X-axis division number

int EfficiencyMapPlot::GetResultYDivisions	(	double	temp1 = `0.0`,
		double	temp2 = `0.0`,
		double	voltage = `0.0`
	)

Returns the number of Y-axis divisions of the efficiency map. 0 is returned for the Accuracy Priority mode.

Parameters

temp1	Temperature specification（PMSM/SyncRM:Manget, WFSM:Coil）
temp2	Temperature specification（PMSM/SyncRM:Coil, WFSM:Field Coil）
voltage	Voltage specification

Returns: Y-axis division number

double EfficiencyMapPlot::GetTorqueTableResult	(	String &	type,
		double	speed,
		double	temp1 = `0.0`,
		double	temp2 = `0.0`,
		double	voltage = `0.0`
	)

Returns the torque table value for the specified result type in the efficiency map.

Parameters

type

Result type

Item name	Description
torque	Torque
id	Current (Id)
iq	Current (Iq)
iam	Current amplitude
phase	Current phase
slip	Slip
output power	Output power

speed Speed

temp1 Temperature specification（PMSM/SyncRM:Manget, WFSM:Coil）

temp2 Temperature specification（PMSM/SyncRM:Coil, WFSM:Field Coil）

voltage Voltage specification

Returns: Result value for specified type

bool EfficiencyMapPlot::IsValid ( )

virtual

Returns True if an object is valid.

Returns: Whether or not the EfficiencyMapPlot object is valid

bool EfficiencyMapPlot::IsValidPoint	(	double	x,
		double	y,
		double	temp1 = `0.0`,
		double	temp2 = `0.0`,
		double	voltage = `0.0`
	)

Returns whether the point is a valid point in the efficiency map.

Parameters

x	X-coordinate
y	Y-coordinate
temp1	Temperature specification（PMSM/SyncRM:Manget, WFSM:Coil）
temp2	Temperature specification（PMSM/SyncRM:Coil, WFSM:Field Coil）
voltage	Voltage specification

Returns: Whether point is valid

int EfficiencyMapPlot::NTCurveDivisions ( )

Returns the number of divisions in the NT curve settings of the efficiency map.

Returns: Number of divisions

double EfficiencyMapPlot::NTCurveEndValue ( )

Returns the end value of the NT curve setting of the efficiency map.

Returns: End value

double EfficiencyMapPlot::NTCurveInitialValue ( )

Returns the initial value of the NT curve setting of the efficiency map.

Returns: Initial value

int EfficiencyMapPlot::NTCurveMotorMode ( )

Returns the motor mode of the NT curve setting of the efficiency map.

motor

generation

Returns: Motor mode

int EfficiencyMapPlot::NumResults ( )

Returns the number of result types in the efficiency map.

Returns: Number of result types

bool EfficiencyMapPlot::SaveMapImage	(	Variant &	type,
		String &	filename,
		int	width,
		int	height,
		int	displayType = `0`,
		double	temp1 = `0.0`,
		double	temp2 = `0.0`,
		double	voltage = `0.0`
	)

Saves a map image with a specified size.

Parameters

type	Result type
filename	File path (jpeg, png, bmp, svg)
width	Width of the image
height	Height of the image
displayType	Display Type
temp1	Temperature specification（PMSM/SyncRM:Manget, WFSM:Coil）
temp2	Temperature specification（PMSM/SyncRM:Coil, WFSM:Field Coil）
voltage	Voltage specification

Returns: Whether or not a graph image is saved

For more information about the result type, see GetPointResult() .

void EfficiencyMapPlot::SetName ( String & name )

Specifies the name of the efficiency map plot.

Parameters

name	Name of the efficiency map plot

void EfficiencyMapPlot::SetNTCurveDivisions ( Variant & value )

Specifies the number of divisions in the NT curve settings of the efficiency map.

Parameters

value Divisions

void EfficiencyMapPlot::SetNTCurveEndValue ( Variant & value )

Specifies the end value of the NT curve setting of the efficiency map.

Parameters

value End value

void EfficiencyMapPlot::SetNTCurveInitialValue ( Variant & value )

Specifies the initial value of the NT curve setting of the efficiency map.

Parameters

value Initial value

void EfficiencyMapPlot::SetNTCurveMotorMode ( Variant & value )

Specifies the motor mode for the NT curve settings in the efficiency map.

motor

generation

Parameters

value Motor mode

void EfficiencyMapPlot::SetProperty	(	String &	propName,
		Variant &	var,
		int	displayType = `TEfficiencyMapProperty::kMap`,
		int	type = `ResponseDatabase::TOperatingPoint::kEfficiency`
	)

Specifies the efficiency map properties.

Parameters

name

Item name

Item name	Description
XMaxDefault	Default use flag for maximum value of X-axis
XMaxRange	Maximum value of X-axis
XMinDefault	Default use flag for minimum value of X-axis
XMinRange	Minimum value of X-axis
LeftYMaxDefault	Default use flag for maximum value of Y-axis (left)
LeftYMaxRange	Maximum value of Y-axis (left)
LeftYMinDefault	Default use flag for minimum value of Y-axis (left)
LeftYMinRange	Minimum value of Y-axis (left)
RightYMaxDefault	Default use flag for maximum value of Y-axis (right)
RightYMaxRange	Maximum value of Y-axis (right)
RightYMinDefault	Default use flag for minimum value of Y-axis (right)
RightYMinRange	Minimum value of Y-axis (right) is used
XPlotTitleDefault	Default use flag for X-axis title
XPlotTitleName	X-axis title
LeftYPlotTitleDefault	Default use flag for Y-axis (left) title
LeftYPlotTitleName	Y-axis (left) title
RightYPlotTitleDefault	Default use flag for Y-axis (right) title
RightYPlotTitleName	Y-axis (right) title
GridLine	Grid type
XPrecision	Number of significant figures for X-axis
LeftYPrecision	Number of significant figures for Y-axis (left)
RightYPrecision	Number of significant figures for Y-axis (right)
XMajorTicksDefault	Default use flag for major tick marks of X-Axis
XMajorTicks	Number of major tick marks for the X-axis
LeftYMajorTicksDefault	Default use flag for major tick marks of Y-Axis (left)
LeftYMajorTicks	Number of major tick marks for the Y-Axis (left)
XMinorTicksDefault	Default use flag for minor tick marks of X-Axis
XMinorTicks	Number of minor tick marks for the X-axis
LeftYMinorTicksDefault	Default use flag for minor tick marks of Y-Axis (left)
LeftYMinorTicks	Number of minor tick marks for the Y-Axis (left)
SmoothShaded	Smooth or color band
Gradient	Color gradation type
NumLevels	Number of levels
NumLabelsDefault	Default use flag for labels of Y-axis (right)
NumLabels	Number of labels for Y-axis (right)
ShowIsoLines	Isolines display flag
ShowLables	Value display flag
NumLabelPrecision	Number of precision value for display value

var

Value

Flag type parameter
ON: True, OFF: False

SmoothShaded
Smooth： True, color band： False

Gradient
"purple-red", "cmr", "grayscale"

GridLine

Value	Description
0	Grid is not displayed
1	Grid is displayed
2	Major and minor grid lines are displayed

displayType Display Type

type Result Type

bool EfficiencyMapPlot::ShowDialog ( Variant & type )

Opens the map dialog and selects the given type.

Parameters

type	Result type

For more information about the result type, see GetPointResult .

Public Member Functions

Detailed Description

Member Function Documentation