DataManager class is used to obtain or handle DataSet objects of the graph manager.
The class can be called from Application class.
. More...

Public Member Functions
DataSet *	CombineSets (DataSet xset, DataSet yset, int xseries, String &mapping, bool createGraph=false, String &title=String())
	Combines a data set (Lissajous). More...

GraphModel *	CreateAllCasesCalculationGraphModel (CalculationDefinition *data, String &title="")
	Creates a graph for all cases specifying a calculation data set. More...

GraphModel *	CreateAllCasesGraphModel (DataSet *data, String &title="")
	Creates a graph for all cases by specifying a data set. More...

GraphModel *	CreateAllCasesNTCurveGraphModel (EfficiencyMapDefinition *data, int type, String &title="")
	Creates an NT curve graph for all cases by specifying an efficiency map. More...

GraphModel *	CreateAllCasesNTCurveGraphModel (ThermalEfficiencyMapDefinition *data, int type, String &title="")
	Creates an NT curve graph for all cases by specifying an efficiency map of thermal analysis. More...

GraphModel *	CreateAllCasesProbeGraphModel (ProbeDefinition *data, String &title="")
	Creates a graph for all cases specifying a probe. More...

GraphModel *	CreateAllCasesResponseTableGraphModel (int type, ResponseTableCorrection *data, String &title="")
	Creates a graph of response values for all cases from the response value table. More...

GraphModel *	CreateAllCasesSectionGraphModel (SectionGraph *data, String &title="")
	Creates a graph for all cases by specifying a section graph. More...

GraphModel *	CreateAllCasesVectorExpressionGraphModel (VectorExpression *data, String &title="")
	Creates a graph for all cases by specifying a vector expression. More...

DataSet *	CreateAverageVersusDepth (GraphIntegralParameter *parameter)
	Calculates the average value of each line and plots versus lamination depth, with properties as specified in the GraphIntegralParameter object. More...

DataSet *	CreateExtractFrequency (ExtractFrequencyParameter *parameter)
	Creates an extract frequency graph by specifying the ExtractFrequencyParameter object. More...

DataSet *	CreateFFT (DataSet *dataset, int col, String &type, double multiplier, Variant &min, Variant &max, bool createGraph=false)
	Performs the FFT. More...

DataSet *	CreateFFTWithParameter (FFTParameter *parameter)
	Performs the FFT by specifying the FFTParameter object. More...

GraphModel *	CreateFilterCalculationGraphModel (CalculationDefinition data, FilterDefinition filter, String &title="")
	Creates a filter graph, specifying the result calculation and the filter. More...

GraphModel *	CreateFilterGraphModel (DataSet data, FilterDefinition filter, String &title="")
	Creates a filter graph specifying a dataset and a filter. More...

GraphModel *	CreateFilterNTCurveGraphModel (EfficiencyMapDefinition data, FilterDefinition filter, int type, String &title="")
	Creates a filter graph by specifying an efficiency map and a filter. More...

GraphModel *	CreateFilterNTCurveGraphModel (ThermalEfficiencyMapDefinition data, FilterDefinition filter, int type, String &title="")
	Creates a filter graph by specifying an efficiency map of thermal analysis and a filter. More...

GraphModel *	CreateFilterProbeGraphModel (ProbeDefinition data, FilterDefinition filter, String &title="")
	Creates a filter graph, specifying probes and filters. More...

GraphModel *	CreateFilterResponseTableGraphModel (FilterDefinition filter, int type, ResponseTableCorrection data, String &title="")
	Creates afilter graph by specifying filters from the response value table. More...

GraphModel *	CreateFilterSectionGraphModel (SectionGraph data, FilterDefinition filter, String &title="")
	Creates a filter graph by specifying a section graph and a filter. More...

DataSet *	CreateFromDataSet (String &title, String &xtitle, String &ytitle, String array &mat)
	Creates data set by specifying the point sequence for a multidimensional array. More...

DataSet *	CreateFromFile (String &filename, String &title, String &xtitle, String &ytitle)
	Creates a new data set from a file. More...

DataSet *	CreateFromStudy (DataSetParameter *parameter)
	Creates dataset by specifying the result for a study. More...

GraphModel *	CreateGraphModel (DataSet *data, String &title="")
	Creates a graph by specifying a data set. More...

DataSet *	CreateLoopIntegral (GraphIntegralParameter *parameter)
	Calculates the loop integral of a Lissajous figure using parameters specified in the GraphIntegralParameter object. More...

DataSet *	CreateMovingAverage (DataSet *dataset, int col, Variant &width, bool createGraph=false, String &title=String())
	Creates a moving average graph from a data set. More...

GraphModel *	CreateNTCurveGraphModel (EfficiencyMapDefinition *data, int type, String &title="")
	Creates an NT curve graph for the current case by specifying an efficiency map. More...

GraphModel *	CreateNTCurveGraphModel (ThermalEfficiencyMapDefinition *data, int type, String &title="")
	Creates an NT curve graph for the current case by specifying an efficiency map of thermal analysis. More...

DataSet *	CreateParametricData (DataSet *dataset, String &type, Variant &start, Variant &end, String &xaxisunit="")
	Creates a response graph. More...

DataSet *	CreateParametricDataWithName (String &name, DataSet *dataset, String &type, Variant &start, Variant &end, String &xaxisunit="")
	Creates a response graph by specifying a name. More...

DataSet *	CreateParametricDataWithParameter (DataSet dataset, ResponseDataParameter parameter)
	Creates a response graph by specifying a parameter. More...

DataSet *	CreatePointArray (String &type, String &title="")
	Creates a point sequence. More...

GraphModel *	CreateResponseTableGraphModel (int type, ResponseTableCorrection *data, String &title="")
	Creates a graph of the response values of the current case from the response value table. More...

DataSet *	CreateSkewGraph (DataSet *dataset, int col, Variant &skew, Variant &period, Variant &step)
	Creates a skew graph from a data set. More...

DataSet *	CreateSkewGraphWithUnit (DataSet *dataset, int col, Variant &skew, String &skewunit, Variant &period, String &periodunit, Variant &step)
	Creates a skew graph from a data set by specifying the unit. More...

DataSet *	CreateUserSet (String &title, String &xtitle, String &ytitle)
	Creates a data set. More...

void	DeleteDataSet (Variant &val)
	Deletes the data set. More...

void	DeleteDataSetObject (DataSet *dataset)
	Deletes the data set. More...

void	DeleteGraphModelObject (GraphModel *graph)
	Deletes a graph. More...

Variant	GetAllNames ()
	Returns the names of all data set as a list of strings. More...

Variant	GetAllXAxisTypes (Variant &val)
	Returns list of names of types that can be set on X-axis. More...

DataSet *	GetDataSet (Variant &val)
	Returns a DataSet object by specifying the name or index. More...

GraphModel *	GetGraphModel (Variant &val)
	Returns a GraphModel object by specifying a name or index. More...

String	GetGraphName (int setIndex)
	Returns the name of the data (graph) set with the specified index as a string. More...

String	GetName (int setIndex)
	Returns the name of the data set (point sequence) with the specified index. More...

String	GetXAxisType (Variant &val)
	Returns list of names of types that can be set on X-axis. More...

void	Hide (Variant &val)
	Hides the [Graph] dialog. More...

bool	IsSingleton ()
	Since this is an internal function, it is not officially supported. More...

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

int	NumGraphs ()
	Returns the number of graphs as an integer. More...

int	NumSets ()
	Returns the number of data sets (point sequence) as an integer. More...

bool	SaveGraphImage (Variant &val, String &filename, int width, int height)
	Saves a graph image with a specified size. More...

void	SetXAxisType (Variant &val, String &type)
	Changes X-axis type to another type. More...

void	Show (Variant &val)
	Shows the [Graph] dialog. More...

Detailed Description

DataManager class is used to obtain or handle DataSet objects of the graph manager.
The class can be called from Application class.
.

Example of obtaining the class object:

app.GetDataManager()

Member Function Documentation

DataSet * DataManager::CombineSets	(	DataSet *	xset,
		DataSet *	yset,
		int	xseries,
		String &	mapping,
		bool	createGraph = `false`,
		String &	title = `String()`
	)

Combines a data set (Lissajous).

Parameters

xset	DataSet object for the X-axis
yset	DataSet object for the Y-axis
xseries	Line ID (dataset ID to be the X-axis when multiple datasets exist)
mapping	Type of mapping (step, time, displacement etc.)
createGraph	True=1 : Creates a graph False=0 : Does not create graph
title	Graph title

Returns: DataSet object after being combined

createGraph can be omitted. The value becomes False (does not create graph) when createGraph is omitted.

GraphModel * DataManager::CreateAllCasesCalculationGraphModel	(	CalculationDefinition *	data,
		String &	title = `""`
	)

Creates a graph for all cases specifying a calculation data set.

Parameters

data	CalculationDefinition object
title	Graph title

Returns: GraphModel object

GraphModel * DataManager::CreateAllCasesGraphModel	(	DataSet *	data,
		String &	title = `""`
	)

Creates a graph for all cases by specifying a data set.

Parameters

data	DataSet object
title	Graph title

Returns: GraphModel object

GraphModel * DataManager::CreateAllCasesNTCurveGraphModel	(	EfficiencyMapDefinition *	data,
		int	type,
		String &	title = `""`
	)

Creates an NT curve graph for all cases by specifying an efficiency map.

Parameters

data	EfficiencyMapDefinition object
type	Curve type
title	Graph title

Returns: GraphModel object

GraphModel * DataManager::CreateAllCasesNTCurveGraphModel	(	ThermalEfficiencyMapDefinition *	data,
		int	type,
		String &	title = `""`
	)

Creates an NT curve graph for all cases by specifying an efficiency map of thermal analysis.

Parameters

data	ThermalEfficiencyMapDefinition object
type	Curve type
title	Graph title

Returns: GraphModel object

GraphModel * DataManager::CreateAllCasesProbeGraphModel	(	ProbeDefinition *	data,
		String &	title = `""`
	)

Creates a graph for all cases specifying a probe.

Parameters

data	ProbeDefinition object
title	Graph title

Returns: GraphModel object

GraphModel * DataManager::CreateAllCasesResponseTableGraphModel	(	int	type,
		ResponseTableCorrection *	data,
		String &	title = `""`
	)

Creates a graph of response values for all cases from the response value table.

Creates a graph of response values for all cases by specifying a corrected response value table.

Parameters

type	Type
data	Study object
title	Graph title

Returns: GraphModel object

Parameters

type	Type
data	ResponseTableCorrection object
title	Graph title

Returns: GraphModel object

GraphModel * DataManager::CreateAllCasesSectionGraphModel	(	SectionGraph *	data,
		String &	title = `""`
	)

Creates a graph for all cases by specifying a section graph.

Parameters

data	SectionGraph object
title	Graph title

Returns: GraphModel object

GraphModel * DataManager::CreateAllCasesVectorExpressionGraphModel	(	VectorExpression *	data,
		String &	title = `""`
	)

Creates a graph for all cases by specifying a vector expression.

Parameters

data	VectorExpression object
title	Graph title

Returns: GraphModel object

DataSet * DataManager::CreateAverageVersusDepth ( GraphIntegralParameter * parameter )

Calculates the average value of each line and plots versus lamination depth, with properties as specified in the GraphIntegralParameter object.

Parameters

parameter GraphIntegralParameter object

Returns: DataSet object

DataSet * DataManager::CreateExtractFrequency ( ExtractFrequencyParameter * parameter )

Creates an extract frequency graph by specifying the ExtractFrequencyParameter object.

Parameters

parameter ExtractFrequencyParameter object

Returns: DataSet object

DataSet * DataManager::CreateFFT	(	DataSet *	dataset,
		int	col,
		String &	type,
		double	multiplier,
		Variant &	min,
		Variant &	max,
		bool	createGraph = `false`
	)

Performs the FFT.

Parameters

dataset	DataSet object
col	Index of a line included in DataSet
type	Output type "AmplitudeAndPhase" "RealAndImaginary" "Decibel"
multiplier	Decibel multiplier
min	Minimum value in the X-axis range
max	Maximum value in the X-axis range
createGraph	True=1 : Creates a graph False=0 : Does not create graph

Returns: DataSet object after FFT

Specify the index of a line contained in DataSet using "col". For example, for a graph of the current of a circuit (LineCurrent), a line for each FEM coil component is included in DataSet.
For "multiplier", set the decibel multiplier to either "10" or "20". This is valid when the Type is "Decibel".
createGraph can be omitted. The value becomes False (does not create graph) when createGraph is omitted.

DataSet * DataManager::CreateFFTWithParameter ( FFTParameter * parameter )

Performs the FFT by specifying the FFTParameter object.

Parameters

parameter FFTParameter object

Returns: DataSet object

GraphModel * DataManager::CreateFilterCalculationGraphModel	(	CalculationDefinition *	data,
		FilterDefinition *	filter,
		String &	title = `""`
	)

Creates a filter graph, specifying the result calculation and the filter.

Parameters

data	CalculationDefinition object
filter	FilterDefinition object
title	Graph title

Returns: GraphModel object

GraphModel * DataManager::CreateFilterGraphModel	(	DataSet *	data,
		FilterDefinition *	filter,
		String &	title = `""`
	)

Creates a filter graph specifying a dataset and a filter.

Parameters

data	DataSet object
filter	FilterDefinition object
title	Graph title

Returns: GraphModel object

GraphModel * DataManager::CreateFilterNTCurveGraphModel	(	EfficiencyMapDefinition *	data,
		FilterDefinition *	filter,
		int	type,
		String &	title = `""`
	)

Creates a filter graph by specifying an efficiency map and a filter.

Parameters

data	SectionGraph object
filter	FilterDefinition object
type	Curve type
title	Graph title

Returns: GraphModel object

GraphModel * DataManager::CreateFilterNTCurveGraphModel	(	ThermalEfficiencyMapDefinition *	data,
		FilterDefinition *	filter,
		int	type,
		String &	title = `""`
	)

Creates a filter graph by specifying an efficiency map of thermal analysis and a filter.

Parameters

data	ThermalEfficiencyMapDefinition object
filter	FilterDefinition object
type	Curve type
title	Graph title

Returns: GraphModel object

GraphModel * DataManager::CreateFilterProbeGraphModel	(	ProbeDefinition *	data,
		FilterDefinition *	filter,
		String &	title = `""`
	)

Creates a filter graph, specifying probes and filters.

Parameters

data	ProbeDefinition object
filter	FilterDefinition object
title	Graph title

Returns: GraphModel object

GraphModel * DataManager::CreateFilterResponseTableGraphModel	(	FilterDefinition *	filter,
		int	type,
		ResponseTableCorrection *	data,
		String &	title = `""`
	)

Creates afilter graph by specifying filters from the response value table.

Creates a filter graph by specifying the corrected response value table and filters.

Parameters

filter	FilterDefinition object
type	Type
data	Study object
title	Graph title

Returns: GraphModel object

Parameters

filter	FilterDefinition object
type	Type
data	ResponseTableCorrection object
title	Graph title

Returns: GraphModel object

GraphModel * DataManager::CreateFilterSectionGraphModel	(	SectionGraph *	data,
		FilterDefinition *	filter,
		String &	title = `""`
	)

Creates a filter graph by specifying a section graph and a filter.

Parameters

data	SectionGraph object
filter	FilterDefinition object
title	Graph title

Returns: GraphModel object

DataSet * DataManager::CreateFromDataSet	(	String &	title,
		String &	xtitle,
		String &	ytitle,
		String array &	mat
	)

Creates data set by specifying the point sequence for a multidimensional array.

Parameters

title	Data set title
xtitle	X-axis title
ytitle	Y-axis title
mat	Point sequence (Multidimensional array)

Returns: DataSet object

DataSet * DataManager::CreateFromFile	(	String &	filename,
		String &	title,
		String &	xtitle,
		String &	ytitle
	)

Creates a new data set from a file.

Parameters

filename	File name
title	Data set title
xtitle	X-axis title
ytitle	Y-axis title

Returns: DataSet object

DataSet * DataManager::CreateFromStudy ( DataSetParameter * parameter )

Creates dataset by specifying the result for a study.

Parameters

parameter DataSetParameter object

Returns: DataSet object

GraphModel * DataManager::CreateGraphModel	(	DataSet *	data,
		String &	title = `""`
	)

Creates a graph by specifying a data set.

Parameters

data	DataSet object
title	Graph title

Returns: GraphModel object

DataSet * DataManager::CreateLoopIntegral ( GraphIntegralParameter * parameter )

Calculates the loop integral of a Lissajous figure using parameters specified in the GraphIntegralParameter object.

Parameters

parameter GraphIntegralParameter object

Returns: DataSet object

DataSet * DataManager::CreateMovingAverage	(	DataSet *	dataset,
		int	col,
		Variant &	width,
		bool	createGraph = `false`,
		String &	title = `String()`
	)

Creates a moving average graph from a data set.

Parameters

dataset	DataSet object Select a line from DataSet to create a moving average graph. Counts from 0.
width	Averaging width
createGraph	True=1 : Creates a graph False=0 : Does not create graph
title	Graph title

Returns: DataSet object for the moving average graph createGraph can be omitted. The value becomes False (does not create graph) when createGraph is omitted.

GraphModel * DataManager::CreateNTCurveGraphModel	(	EfficiencyMapDefinition *	data,
		int	type,
		String &	title = `""`
	)

Creates an NT curve graph for the current case by specifying an efficiency map.

Parameters

data	EfficiencyMapDefinition object
type	Curve type
title	Graph title

Returns: GraphModel object

GraphModel * DataManager::CreateNTCurveGraphModel	(	ThermalEfficiencyMapDefinition *	data,
		int	type,
		String &	title = `""`
	)

Creates an NT curve graph for the current case by specifying an efficiency map of thermal analysis.

Parameters

data	ThermalEfficiencyMapDefinition object
type	Curve type
title	Graph title

Returns: GraphModel object

DataSet * DataManager::CreateParametricData	(	DataSet *	dataset,
		String &	type,
		Variant &	start,
		Variant &	end,
		String &	xaxisunit = `""`
	)

Creates a response graph.

Parameters

dataset	DataSet object
type	Typeofcalculationmethod SimpleAverage: Simple average IntegralAverage: Integration average RMS: RMS (root mean square) Minimum: Minimum value Maximum: Maximum value SingleValue: Single value Range: Range(maximum value - minimum value) RippleRate: Ripple rate MaximumAbsoluteGradient: Maximum gradient(absolute value) Sum: Total sum Threshold: Time to threshold AboveThreshold: Time above threshold BelowThreshold: Time below threshold Harmonic: Harmonic amplitude MaxInColumn: MaximumValueinColumn MaxDifference: Maximum(Lq-Ld) MaxRatio: Maximum(Lq/Ld)
start	Start point for calculating area
end	End point for calculating area
xaxisunit	Specifies units for start and end points Example: Time - > "s" Step -> "Step"

Returns: DataSet object

DataSet * DataManager::CreateParametricDataWithName	(	String &	name,
		DataSet *	dataset,
		String &	type,
		Variant &	start,
		Variant &	end,
		String &	xaxisunit = `""`
	)

Creates a response graph by specifying a name.

Parameters

name	Name of the response graph
dataset	DataSet object
type	Type of calculation method SimpleAverage: Simple average IntegralAverage: Integration average RMS: RMS (root mean square) Minimum: Minimum value Maximum: Maximum value SingleValue: Single value Range:Range(Maximum value - minimum value) RippleRate: Ripple rate MaximumAbsoluteGradient: Maximum gradient(absolute value) Sum: Total sum Threshold: Time to threshold AboveThreshold: Time above threshold BelowThreshold: Time below threshold Harmonic: Harmonic amplitude MaxInColumn: MaximumValueinColumn MaxDifference: Maximum(Lq-Ld) MaxRatio: Maximum(Lq/Ld)
start	Start point for calculating area
end	End point for calculating area
xaxisunit	Specifies units for start and end points Example: Time - > "s" Step -> "Step"

Returns: DataSet object

DataSet * DataManager::CreateParametricDataWithParameter	(	DataSet *	dataset,
		ResponseDataParameter *	parameter
	)

Creates a response graph by specifying a parameter.

Parameters

dataset	DataSet object
parameter	ResponseDataParameter object

Returns: DataSet object

DataSet * DataManager::CreatePointArray	(	String &	type,
		String &	title = `""`
	)

Creates a point sequence.

Parameters

type	Type of point sequence
title	Title of point sequence

Returns: DataSet object

The types of point sequences for CreatePointArray that can be specified with Type of point sequence are the following.

Example: Specify the point array as follows in case of the first line in the table below.

CreatePointArray("point_array/timevsnonlinear")

Type of point sequence

Magnetic field analysis , Electrical circuit , Thermal analysis , Thermal circuit , Structural analysis , Electric field analysis , Thermal stress analysis , Transformer analysis

Magnetic field analysis

Type of point array	Description
point_array/timevsnonlinear	Step control / Time point sequence
point_array/timevsdivision	Step control / Regular intervals per section
point_array/frequency_vs_nonlinear	Frequency control / Frequency point sequence
point_array/frequency_vs_division	Frequency control / Regular intervals per section
time_vs_frequency	Frequency control / Frequency vs time sequence
point_array/output_timing_table	Control of output interval / Control output interval table
point_array/currentvstime	Current condition / Current vs time sequence
point_array/currentvsstep	Current condition / Current vs step sequence
point_array/currentvsangle	Current condition / Current vs angle sequence
point_array/currentvsposition	Current condition / Current vs displacement sequence
point_array/complex/currentvsfrequency	Current condition / Current vs frequency sequence
point_array/currentpermetersqurevstime	Current density condition / Current density vs time sequence
point_array/currentpermetersqurevsstep	Current density condition / Current density vs step sequence
point_array/currentpermetersqurevsangle	Current density condition / Current density vs angle sequence
point_array/currentpermetersqurevsposition	Current density condition / Current density vs displacement sequence
point_array/complex/currentpermetersqurevsfrequency	Current density condition / Current density vs frequency sequence
point_array/angular_velocity_vs_time	Motion (rotation) condition / Speed point sequence
point_array/angle_vs_step	Motion (rotation) condition / Displacement point sequence
point_array/angle_vs_time	Motion (rotation) condition / Cumulative displacement point sequence
point_array/rotation_load_vs_time	Motion (rotation) condition / Equation of motion / Load torque vs time sequence
point_array/load_vs_angle	Motion (rotation) condition / Equation of motion / Load torque vs angle sequence
point_array/load_vs_angular_velocity	Motion (rotation) condition / Equation of motion / Load torque vs angular velocity sequence
point_array/rotation_damper_vs_angular_velocity	Motion (rotation) condition / Equation of motion / Attenuation vs angular velocity sequence
inertiaspringconstant	Motion (rotation) condition / Equation of motion / Spring constant sequence
point_array/velocity_vs_time	Motion (translation) condition / Speed point sequence
point_array/length_vs_step	Motion (translation) condition / Displacement point sequence
point_array/length_vs_time	Motion (translation) condition / Cumulative displacement point sequence
point_array/load_vs_displacement	Motion (translation) condition / Equation of motion / Load vs time sequence
point_array/load_vs_velocity	Motion (translation) condition / Equation of motion / Load vs displacement sequence
point_array/translation_damper_vs_velocity	Motion (translation) condition / Equation of motion / Load vs velocity sequence
point_array/translation_damper_vs_velocity	Motion (translation) condition / Equation of motion / Attenuation vs velocity sequence
point_array/springconstant	Motion (translation) condition / Equation of motion / Spring constant sequence
point_array/fluxdensityvstime	External field condition / Flux density vs time sequence

Electrical circuit

Type of point array	Description
temparature_vs_resistance	Resistor component / Resistance vs temperature sequence
point_array/time_vs_resistance	Resistor component / Temperature vs time sequence
point_array/step_vs_resistance	Resistor component / Resistance vs step sequence
point_array/angle_vs_resistance	Resistor component / Resistance vs angle sequence
point_array/position_vs_resistance	Resistor component / Resistance vs displacement sequence
point_array/current_vs_resistance	Resistor component / Resistance vs current sequence
point_array/voltage_vs_resistance	Resistor component / Resistance vs voltage sequence
time_vs_temparature	Resistor component / Temperature dependent resistance / Temperature vs time sequence
point_array/currentvsvoltage	Diode component / Current vs voltage sequence
temparature_vs_resistance	FEM coil component / Resistance vs temperature sequence
time_vs_temparature	FEM coil component / Temperature dependent resistance / Temperature vs time sequence
point_array/intensityvstime	Switch component / Intensity vs time sequence
Intensityvsstep	Switch component / Intensity vs step sequence
Intensityvsangle	Switch component / Intensity vs angle sequence
Intensityvsposition	Switch component / Intensity vs displacement sequence
Intensityvscurrent	Switch component / Intensity vs current sequence
Intensityvsvoltage	Switch component / Intensity vs voltage sequence
point_array/voltagevstime	Electric potential source (1 terminal) component or voltage source (2 terminals) component / Voltage vs time sequence
point_array/voltagevsstep	Electric potential source (1 terminal) component or voltage source (2 terminals) component / Voltage vs step sequence
point_array/voltagevsangle	Electric potential source (1 terminal) component or voltage source (2 terminals) component / Voltage vs angle sequence
point_array/voltagevsposition	Electric potential source (1 terminal) component or voltage source (2 terminals) components / Voltage vs displacement sequence
point_array/complex/voltagevsfrequency	Electric potential source (1 terminal) component or voltage source (2 terminals) component / Voltage vs frequency sequence
point_array/currentvstime	Current source component / Current vs time sequence
point_array/currentvsstep	Current source component /Current vs step sequence
point_array/currentvsangle	Current source component / Current vs angle sequence
point_array/currentvsposition	Current source component / Current vs displacement sequence
point_array/complex/currentvsfrequency	Current source component / Current vs frequency sequence
point_array/time_vs_power	Power source component / Power vs time sequence
point_array/contact_angle_ratio_vs_area_ratio	Brush / commutator component / Area ratio vs contact angle ratio sequence

Thermal analysis

Type of point array	Description
point_array/time_array	Step control / Time point sequence
point_array/output_timing_table	Control of output interval / Control output interval table
reference_temperature_vs_time	Heat transfer boundary condition /Temperature vs time sequence
transfer_coefficient_vs_temp_table	Heat transfer boundary condition / Temperature vs heat transfer coefficient sequence
point_array/temperature_vs_emissivity	Radiation heat transfer boundary condition / Temperature vs emissivity sequence
point_array/time_vs_heat_generation_density	Heat source condition / Heat source density vs time sequence
point_array/time_vs_heat_generation_density	Heat source condition / Heat source amount vs time sequence
time_vs_scale	Heat source condition / Scale vs time sequence
point_array/angular_velocity_vs_time	Motion (rotation) condition / Velocity table
point_array/velocity_vs_time	Motion (translation) condition / Velocity table
heat/point_array/temperature_vs_thermal_conductivity	Contact thermal resistance condition / Temperature vs thermal conductivity sequence
heat/point_array/temperature_vs_thermal_resistance	Contact thermal resistance condition / Temperature vs thermal resistance sequence
efficiency_drive_cycle	Efficiency drive cycle sequence
efficiency_vehicle_speed	Efficiency vehicle speed sequence

Thermal circuit

Type of point array	Description
point_array/temperature_vs_thermal_resistance	Thermal resistor component / Thermal resistance vs temperature point sequence
point_array/temperature_vs_heat_capacity	Heat capacitor component / Heat capacity vs temperature sequence
point_array/temperature_vs_heat_generation	Heat generation component / Heat generation vs temperature sequence
point_array/temperature_vs_heat_transfer	Heat transfer component / Heat transfer vs temperature sequence
point_array/revolution_vs_time	Speed vs time sequence
point_array/coolant_material_attribute	Coolant material attribute sequence

Structural analysis

Type of point array	Description
point_array/frequency_array	Frequency control / Frequency point sequence
point_array/frequency_vs_damping	Eigen value / Frequency vs modal damping sequence
point_array/frequency_vs_load	Concentrated load condition / Frequency vs load sequence

Electric field analysis

Type of point array	Description
point_array/frequency_array	Frequency control / Frequency point sequence

Thermal stress analysis

Type of point array	Description
point_array/time_array	Step control / Time point sequence
trans-fer_coefficient_vs_temp_table	Heat transfer boundary condition / Temperature vs heat transfer coefficient sequence
point_array/temperature_vs_emissivity	Radiation heat transfer boundary condition / Temperature vs emissivity sequence
point_array/time_vs_heat_generation_density	Heat source condition / Heat source density vs time sequence
point_array/time_vs_heat_generation_density	Heat source condition / Heat source amount vs time sequence
time_vs_scale	Heat source condition / Scale vs time sequence
heat/point_array/temperature_vs_thermal_conductivity	Contact thermal resistance condition / Temperature vs thermal conductivity sequence
heat/point_array/temperature_vs_thermal_resistance	Contact thermal resistance condition / Temperature vs thermal resistance sequence
point_array/frequency_vs_load	Concentrated load condition / Frequency vs load sequence

Transformer analysis

Type of point array	Description
point_array/timevsnonlinear	Step control / Time point sequence
point_array/output_timing_table	Control of output interval / Control output interval table

GraphModel * DataManager::CreateResponseTableGraphModel	(	int	type,
		ResponseTableCorrection *	data,
		String &	title = `""`
	)

Creates a graph of the response values of the current case from the response value table.

Creates a graph of response values for the current case by specifying a corrected response value table.

Parameters

type	Type
data	Study object
title	Graph title

Returns: GraphModel object

Parameters

type	Type
data	ResponseTableCorrection object
title	Graph title

Returns: GraphModel object

DataSet * DataManager::CreateSkewGraph	(	DataSet *	dataset,
		int	col,
		Variant &	skew,
		Variant &	period,
		Variant &	step
	)

Creates a skew graph from a data set.

Parameters

data	DataSet object Graph used to create a skew graph
col	Column ID Selects a line from DataSet to create a skew graph. Counts from 0.
skew	Skew angle (skew cycle)
period	Angle per period (displacement per period)
step	Number of steps in the step skew. Specify 0 when not using a step skew.

Returns: DataSet object for the skew graph

DataSet * DataManager::CreateSkewGraphWithUnit	(	DataSet *	dataset,
		int	col,
		Variant &	skew,
		String &	skewunit,
		Variant &	period,
		String &	periodunit,
		Variant &	step
	)

Creates a skew graph from a data set by specifying the unit.

Parameters

data	DataSet object Graph used to create a skew graph
col	Column ID Select a line from DataSet to create a skew graph. Counts from 0.
skew	Skew angle (skew cycle)
skewunit	Skew unit
period	Angle per period (displacement per period)
periodunit	Period unit
step	Number of steps in the step skew. Specify 0 when not using a step skew.

Returns: DataSet object for the skew graph

DataSet * DataManager::CreateUserSet	(	String &	title,
		String &	xtitle,
		String &	ytitle
	)

Creates a data set.

Parameters

title	Data set title
xtitle	X-axis title
ytitle	Y-axis title

Returns: DataSet object

void DataManager::DeleteDataSet ( Variant & val )

Deletes the data set.

Parameters

val	Name or index of the data set

void DataManager::DeleteDataSetObject ( DataSet * dataset )

Deletes the data set.

Parameters

dataset DataSet object

void DataManager::DeleteGraphModelObject ( GraphModel * graph )

Deletes a graph.

Parameters

graph GraphModel object

Variant DataManager::GetAllNames ( )

Returns the names of all data set as a list of strings.

Returns: Names of all data sets (point sequence)

Variant DataManager::GetAllXAxisTypes ( Variant & val )

Returns list of names of types that can be set on X-axis.

Parameters

val	Name or index of the dataset

Returns: List of X-axis type that can be set

DataSet * DataManager::GetDataSet ( Variant & val )

Returns a DataSet object by specifying the name or index.

Parameters

val	Name or index of the dataset

Returns: DataSet object

GraphModel * DataManager::GetGraphModel ( Variant & val )

Returns a GraphModel object by specifying a name or index.

Parameters

val	Name or index of the graph model

Returns: GraphModel object

String DataManager::GetGraphName ( int setIndex )

Returns the name of the data (graph) set with the specified index as a string.

Parameters

setIndex Data set (graph) index

Returns: Name of the data set (graph)

String DataManager::GetName ( int setIndex )

Returns the name of the data set (point sequence) with the specified index.

Parameters

setIndex Data set (point sequence) index

Returns: Name of the data set (point sequence)

String DataManager::GetXAxisType ( Variant & val )

Returns list of names of types that can be set on X-axis.

Parameters

val	Name or index of the dataset

Returns: X-axis type

void DataManager::Hide ( Variant & val )

Hides the [Graph] dialog.

Parameters

val	Name or index of the dataset

bool DataManager::IsSingleton ( )

Since this is an internal function, it is not officially supported.

Deprecated:

bool DataManager::IsValid ( )

Returns True if an object is valid.

Returns: Whether or not the DataManager objects in the list are valid

int DataManager::NumGraphs ( )

Returns the number of graphs as an integer.

Returns: Number of graphs

int DataManager::NumSets ( )

Returns the number of data sets (point sequence) as an integer.

Returns: Number of data sets (point sequence)

bool DataManager::SaveGraphImage	(	Variant &	val,
		String &	filename,
		int	width,
		int	height
	)

Saves a graph image with a specified size.

Parameters

val	Name or index of the dataset
filename	File path
width	Width of the image
height	Height of the image

Returns: Whether or not a graph image is saved

void DataManager::SetXAxisType	(	Variant &	val,
		String &	type
	)

Changes X-axis type to another type.

Parameters

val	Name or index of the dataset
type	Type name of specified X-axis

Type name of specified X-axis

step
time
angle
harmonic
frequency
length

void DataManager::Show ( Variant & val )

Shows the [Graph] dialog.

Parameters

val	Name or index of the dataset

Public Member Functions

Detailed Description

Member Function Documentation

Type of point sequence

Magnetic field analysis

Electrical circuit

Thermal analysis

Thermal circuit

Structural analysis

Electric field analysis

Thermal stress analysis

Transformer analysis