Plot

animationWindow(): Animations:

Constraints: User interface, Results loaded

averageNodes(AverageNodes)

Average: Average results on nodes

Constraints: User interface, Results loaded

Parameters:: AverageNodes (bool) – Flag to set average nodes.

averageNodesAcrossSE(AverageNodesAcrossSE)

Across SE: Average results on nodes across structural elements

Constraints: User interface, Results loaded

Parameters:: AverageNodesAcrossSE (bool) – Flag to set average nodes across structural elements.

closeAllTabs(): Close all tabs

Constraints: User interface

closeTab(TabName)

Close a tab given its name

Constraints: User interface

Parameters:: TabName (str) – Tab title.

closeTab(Tab)

Close a tab given its name

Constraints: User interface

Parameters:: Tab (str) – Tab to look for.

copyListTabToClipboard(Tab)

Copy selected tab to clipboard

Constraints: User interface

Parameters:: Tab (str) – Tab to look for.

DerivedResults(): Derived: Create derived results

Constraints: User interface

diagramFactor(LineResultFactor)

Diagram factor: Factor to draw diagram results on linear elements. New result plot is neccesary to apply the factor.

Constraints: User interface

Parameters:: LineResultFactor (Double) – Diagram factor: Factor to draw diagram results on linear elements. New result plot is neccesary to apply the factor..

Envelope(): Envelope: Create the envelope of a set of results

getActiveTab()

Get the active tab name

Constraints: User interface

Return type:: Active tab name

getCellFromTab(Tab, Row, Column)

Get the text from a cell inside a tab

Constraints: User interface

Parameters:

Tab (str) – Tab to look for.
Row (int) – List row.
Column (int) – List column.

Return type:

Cell text

getNumColumnsFromTab(Tab)

Returns number of columns from tab

Constraints: User interface

Parameters:: Tab (str) – Tab to look for.
Return type:: Number of columns

getNumRowsFromTab(Tab)

Returns number of rows from tab

Constraints: User interface

Parameters:: Tab (str) – Tab to look for.
Return type:: Number of rows

HistoryResult(): History plot: Create history plots of the analysis results

integrateArea(IntegrationAreaSurface)

Area integration: Area integration

Parameters:: IntegrationAreaSurface (POCCQuad) – Surface. Conditions: The input must be non-empty. “” does not exist in the dropdown list.

listHistoryResult(HRTitle, VariablesRows)

Plot the history results object

Alias: listHR

Parameters:

HRTitle (str) – Title to plot/list history results.
VariablesRows (List) – Index of variables to plot/list.

listResultsSel(Entities)

List selection: List the result of a selection group

Constraints: User interface, Results loaded

Parameters:: Entities (PVectorConst) – Entities: Select the entities to draw/list results. Conditions: “” does not exist in the dropdown list.

listResultsSel(SelectionGroup)

List selection: List the result of a selection group

Constraints: User interface, Results loaded

Parameters:: SelectionGroup (Entity) – Selection group: Selectin group to select entities. Conditions: “” does not exist in the dropdown list.

listResultsSel(Entities)

List selection: List the result of a selection group

Constraints: User interface, Results loaded

Parameters:: Entities (PVectorConst) – Entities: Select the entities to draw/list results. Conditions: “” does not exist in the dropdown list.

listResultsSel(SelectionGroup)

List selection: List the result of a selection group

Constraints: User interface, Results loaded

Parameters:: SelectionGroup (Entity) – Selection group: Selectin group to select entities. Conditions: “” does not exist in the dropdown list.

listResultsSel(Entities)

List selection: List the result of a selection group

Constraints: User interface, Results loaded

Parameters:: Entities (PVectorConst) – Entities: Select the entities to draw/list results. Conditions: “” does not exist in the dropdown list.

listResultsSel(SelectionGroup)

List selection: List the result of a selection group

Constraints: User interface, Results loaded

Parameters:: SelectionGroup (Entity) – Selection group: Selectin group to select entities. Conditions: “” does not exist in the dropdown list.

listStressLinearization(Solid, SolidPointStart, SolidPointEnd, NumSteps)

Stress linearization: Create tables and diagrams showing stress linearization

Constraints: User interface, Results loaded

Parameters:

Solid (SESolid3D) – Solid. Conditions: “” does not exist in the dropdown list.
SolidPointStart (Point) – Start solid point.
SolidPointEnd (Point) – End solid point.
NumSteps (int) – Steps: Number of steps inside the thickness path. Conditions: Value must be greater or equal than 8.00 and lower or equal than 200.00. The value of steps has to be odd.

loadCombinationsOnWindow(CombinationsArg)

Load the combination to its window

Constraints: User interface

Parameters:: CombinationsArg (Entity) – Combination.

loadDerivedResultsOnWindow(DerivedResultsArg)

Load the derived result to its window

Constraints: User interface

Parameters:: DerivedResultsArg (Entity) – Derived result.

loadEnvelopeConcomitantOnWindow(EnvelopeArg)

Load the envelope to its window

Constraints: User interface

Parameters:: EnvelopeArg (Entity) – Envelope.

loadEnvelopeTotalMinMaxOnWindow(EnvelopeArg)

Load the envelope to its window

Constraints: User interface

Parameters:: EnvelopeArg (Entity) – Envelope.

navigateRes(NavDirection)

Sets the navigation direction for the new result

Alias: navRes

Constraints: User interface, Results loaded

Parameters:: Enumerate – { PreviousRes, NextRes, FirstRes, LastRes } NavDirection: Sets the navigation direction for the new result.

orderListTabDownToUp(Tab, Column)

Sorts the column of the selected tab from lowest to highest value

Constraints: User interface

Parameters:

Tab (str) – Tab to look for.
Column (int) – List column.

orderListTabUpToDown(Tab, Column)

Sorts the column of the selected tab from highest to lowest value

Constraints: User interface

Parameters:

Tab (str) – Tab to look for.
Column (int) – List column.

pathPlot(ListCoords, Spacing)

Path plot: Results path with points

Parameters:

ListCoords (List) – Points: List of coordinates of points to fit the curve.
Spacing (int) – Number of points: Number of points between path points.

pauseAnimation(): Resume/Pause: Resume or pause results animation

Constraints: User interface

playAnimation(): Play: Start playback of results animation

Constraints: User interface

plotHistoryResult(HRTitle, VariablesRows)

List the history results object

Alias: plotHR

Parameters:

HRTitle (str) – Title to plot/list history results.
VariablesRows (List) – Index of variables to plot/list.

plotLabelMaximum(ActivateLabel)

Max label: Label pointing to maximum result

Constraints: User interface

Parameters:: ActivateLabel (bool) – No solid section results to plot.

plotLabelMinimum(ActivateLabel)

Min. label: Label pointing to minimum result

Constraints: User interface

Parameters:: ActivateLabel (bool) – No solid section results to plot.

plotResults(): Plot: Plot the result

Constraints: User interface, Results loaded

plotResultsSel(Entities)

Plot selection: Plot the result of a selection group

Constraints: User interface, Results loaded

Parameters:: Entities (PVectorConst) – Entities: Select the entities to draw/list results. Conditions: “” does not exist in the dropdown list.

plotResultsSel(SelectionGroup)

Plot selection: Plot the result of a selection group

Constraints: User interface, Results loaded

Parameters:: SelectionGroup (Entity) – Selection group: Selectin group to select entities. Conditions: “” does not exist in the dropdown list.

plotResultsSel(Entities)

Plot selection: Plot the result of a selection group

Constraints: User interface, Results loaded

Parameters:: Entities (PVectorConst) – Entities: Select the entities to draw/list results. Conditions: “” does not exist in the dropdown list.

plotResultsSel(SelectionGroup)

Plot selection: Plot the result of a selection group

Constraints: User interface, Results loaded

Parameters:: SelectionGroup (Entity) – Selection group: Selectin group to select entities. Conditions: “” does not exist in the dropdown list.

plotResultsSel(Entities)

Plot selection: Plot the result of a selection group

Constraints: User interface, Results loaded

Parameters:: Entities (PVectorConst) – Entities: Select the entities to draw/list results. Conditions: “” does not exist in the dropdown list.

plotResultsSel(SelectionGroup)

Plot selection: Plot the result of a selection group

Constraints: User interface, Results loaded

Parameters:: SelectionGroup (Entity) – Selection group: Selectin group to select entities. Conditions: “” does not exist in the dropdown list.

plotTimeFreq(List)

Time/Frequency plot:

Alias: plotTF

Constraints: Transient analysis, User interface, Results loaded

Parameters:: List – Node list as [iNode,…] or ends list as [aElem, aNode, bElem, bNode, …] or elements list as [aElem, aNode, aIntegrationPoint, bElem, bNode, bIntegrationPoint].

plotTimeFreq(HarmonicPlotType, List)

Time/Frequency plot:

Alias: plotTF

Constraints: Harmonic analysis, User interface, Results loaded

Parameters:

HarmonicPlotType – Plot type.
List – Node list as [iNode,…] or ends list as [aElem, aNode, bElem, bNode, …] or elements list as [aElem, aNode, aIntegrationPoint, bElem, bNode, bIntegrationPoint].

recordVideo(VideoPath, Resolution)

Record video: Record video results animation

Constraints: User interface

Parameters:

VideoPath (Path) – Video file.
Enumerate – { Res4K, Res1920x1080, Res1366x768, Res1280x1024, Res1024x768, Res800x600, WindowSize } Resolution: Video resolution.

recordVideoImages(VideoPath, Resolution)

Record video images: Record video images of results animation

Constraints: User interface

Parameters:

VideoPath (Path) – Video file.
Enumerate – { Res4K, Res1920x1080, Res1366x768, Res1280x1024, Res1024x768, Res800x600, WindowSize } Resolution: Video resolution.

removeResultsPlot(): Clear: Clear the results from the model

Constraints: User interface

resetRange(AutoMinMaxRange)

Auto range: Maximum and minimum values for the legend will be automatically calculated

Constraints: User interface, Results loaded

Parameters:: AutoMinMaxRange (bool) – Flag to set auto min max range for legend.

resetScale(AutoScale)

Reset scale: Reset the deformed shape scale factor

Constraints: User interface, Results loaded

Parameters:: AutoScale (bool) – Flag to set auto scale factor for legend.

resultPalette(LineResultFactor)

Palette: Palette used for displaying the color plot

Constraints: User interface

Parameters:: LineResultFactor (Double) – Diagram factor: Factor to draw diagram results on linear elements. New result plot is neccesary to apply the factor..

resultPalette(RangeValues)

Palette: Palette used for displaying the color plot

Constraints: User interface

Parameters:: RangeValues – Values: Inroduce the values for the color scale.

resultPalette(ColorMapType, Continuous)

Palette: Palette used for displaying the color plot

Constraints: User interface

Parameters:

Enumerate – { HSV, HSV_INVERTED, GRAYSCALE } ColorMapType: Color map: Color map that will be used to plot the results.
Continuous (bool) – Continuous: Sets if the color map is continuous or discrete.

resultPalette(ColorMapType, Continuous, NumColors)

Palette: Palette used for displaying the color plot

Constraints: User interface

Parameters:

Enumerate – { HSV, HSV_INVERTED, GRAYSCALE } ColorMapType: Color map: Color map that will be used to plot the results.
Continuous (bool) – Continuous: Sets if the color map is continuous or discrete.
NumColors (int) – Number of colors: Number of colors for the discrete map. Conditions: Value must be greater than 0.

resultPalette(ColorMapType, Continuous, NumColors, UserRange)

Palette: Palette used for displaying the color plot

Constraints: User interface

Parameters:

Enumerate – { HSV, HSV_INVERTED, GRAYSCALE } ColorMapType: Color map: Color map that will be used to plot the results.
Continuous (bool) – Continuous: Sets if the color map is continuous or discrete.
NumColors (int) – Number of colors: Number of colors for the discrete map. Conditions: Value must be greater than 0.
UserRange (bool) – User color scale: Sets if the values of the color scale are introduced by the user or calculated automatically.

resultPalette(ColorMapType, Continuous, NumColors, UserRange, RangeValues)

Palette: Palette used for displaying the color plot

Constraints: User interface

Parameters:

Enumerate – { HSV, HSV_INVERTED, GRAYSCALE } ColorMapType: Color map: Color map that will be used to plot the results.
Continuous (bool) – Continuous: Sets if the color map is continuous or discrete.
NumColors (int) – Number of colors: Number of colors for the discrete map. Conditions: Value must be greater than 0.
UserRange (bool) – User color scale: Sets if the values of the color scale are introduced by the user or calculated automatically.
RangeValues – Values: Inroduce the values for the color scale.

setMinMaxRangeResult(AnimationTime)

Set min and max range for results legend

Constraints: User interface

Parameters:: AnimationTime (Double) – Time per result for frames.

setMinMaxRangeResult(Min, Max)

Set min and max range for results legend

Constraints: User interface, Results loaded

Parameters:

Min (Double) – Min range for results legend.
Max (Double) – Max range for results legend.

setScaleFactorResult(Scale)

Set the scale factor for results legend

Constraints: User interface, Results loaded

Parameters:: Scale (Double) – Scale factor for results legend.

stopAnimation(): Stop: Stop results animation

Constraints: User interface

UserCombination(): User combinations: User linear combinations

Constraints: User interface

vectorPlot(VectorPlot)

Vector plot: Activate the vector plot mode

Constraints: User interface, Results loaded

Parameters:: VectorPlot (bool) – Flag to set vector plot mode.

vectorPlotSettings(Scale)

Vectors: Vectors used for displaying the vector plot

Alias: vectPlotSet

Constraints: User interface

Parameters:: Scale (Double) – Scale: Scale factor multiplier. Conditions: Value must be greater than 0.