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Flux PEEC PyFlux Documentation
All Flux PEEC functions and entities
FluxPEEC Functions
List of all FluxPEEC functions
ComputeOf2DGridCurrentDensity
Compute isovalues of current density on 2D grid

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Flux 2D PyFlux Documentation
All Flux 2D functions and entities
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All Flux PEEC functions and entities
- FluxPEEC Entities
  List of all FluxPEEC entities
- FluxPEEC Functions
  List of all FluxPEEC functions
  - 2DViewStandard1
    Set standard view 1
  - aboutFlux
    About Altair Flux...
  - AboutPEEC
    About InCa3D ...
  - AddVolumeElementsVisualizationBySelectionPlane
    Add to visualization by selection plane
  - adjust
    Adjust intersections
  - ArcadComputeArrowsOfConductorsCurrentDensity
    Compute arrows of current density on conductors
  - ArcadComputeArrowsOfConductorsInduction
    Compute arrows of magnetic flux density on conductors
  - ArcadComputeArrowsOfConductorsLaplaceForce
    Compute arrows of Laplace force per length unit on conductors
  - ArcadComputeArrowsOfConductorsLaplaceForceDensity
    Compute arrows of volumic Laplace force density on conductors
  - ArcadComputeConductorsLaplaceForce
    Compute Laplace force on conductors
  - ArcadComputeIsovaluesOfConductorsLaplaceForceDensity
    Compute isovalues of Laplace force density on conductors
  - ArcadComputeSpatialCurveOfLaplaceForceDensity
    Plot curves of Laplace force volumic density on a spatial curve
  - ArcadConductorsImport
    ARCAD conductors import
  - ArcadParametricSolving
    Parametric solving
  - ArcadPointsImport
    ARCAD points import
  - ArcadValuesExport
    Values export
  - assignMeshGeneratorToFace
    Assign mesh generator to faces (completion mode)
  - assignMeshGeneratorToVolumes
    Assign mesh generator to volumes (completion mode)
  - assignRegionToFaces
    Assign regions to faces (completion mode)
  - assignRegionToVolumes
    Assign regions to volumes (completion mode)
  - AutomaticConnexion
    Automatic creation of connections
  - AutomaticImpedanceSensor
    Automatic creation of impedance probes
  - backgroundImage
    Modify the background image size
  - bevel
    Chamfer
  - build3DContourFaceRegion
    Build 3D contours on face regions
  - buildFaces
    Build faces
  - buildFacesSketcher
    Build faces
  - buildFacesWithOldAlgo
    Building of the faces with old algo
  - BuildProblem
    Build Problem
  - buildVolumes
    Build volumes
  - buildVolumesWithOldAlgo
    Building of the volumes with old algorithm
  - checkAllGeometry
    Check geometry
  - checkGeometry
    Check geometry
  - checkMesh
    Check mesh
  - checkPhysic
    Check physics
  - checkPhysicAQ
    Check physics
  - checkShellElementsFaceRegion
    Check shell Elements on face regions
  - circleRepetition
    Circular repetition
  - CircuitViewRefresh
    Refresh circuit view
  - CircuitViewZoomAll
    Zoom all
  - CircuitViewZoomInit
    Initial zoom
  - CircuitViewZoomRegion
    Zoom region
  - cleanAllMeshInformation
    Clean all mesh information
  - closeBoxes
    Close all opened dialog boxes
  - closeBPMOverlay
    Leave the "BPM Motor" overlay
  - closeImageImportContext
    Close image import context
  - closeIMDOverlay
    Leave the "IMD Motor" overlay
  - closeIODataContext
    Close the Input/Ouput data context (beta version)
  - closeLibrary
    Fermer librairie...
  - closeMechanicalAnalysisContext
    Close mechanical analysis context
  - closeModelerContext
    Leave the modeler context and return to standard geometry context
  - closeNDTOverlay
    Leave the "NDT Sensor" overlay
  - closePngViewerContext
    Close png viewer
  - closeProject
    Close the current project
  - closeSketcher2dContext
    Close Sketcher2DContext
  - closeSpy
    Close the spy file
  - collectData
    Collect data
  - compileSpy
    Compile a command file
  - computeArrowsGrid2D
    Arrows on 2D grids
  - computeArrowsGrid3D
    Arrows on 3D grids
  - computeArrowsGrid3DBorder
    Arrows on border of 3D grids
  - ComputeArrowsOf2DgridCurrentDensity
    Compute arrows of current density on 2D grid
  - ComputeArrowsOf2DgridInduction
    Compute arrows of magnetic flux density on 2D grid
  - ComputeArrowsOf2DgridLaplaceForceDensity
    Compute arrows of Laplace force volumic density on 2D grid
  - ComputeArrowsOfConductorsCurrentDensity
    Compute arrows of current density on conductors
  - ComputeArrowsOfConductorsInduction
    Compute arrows of magnetic flux density on conductors
  - ComputeArrowsOfConductorsLaplaceForceDensity
    Compute arrows of Laplace force volumic density on conductors
  - computeBoundingBox
    Compute bounding box of problem
  - computeCapacitanceMatrix
    Compute capacitance matrix
  - ComputeConductorsLaplaceForce
    Compute Laplace forces in a list of conductors
  - ComputeConductorsLosses
    Compute losses in a list of conductors
  - ComputeCurrentDensityCoordPEEC
    Current density compution on a point (with coordinates)
  - ComputeInductionCoordPEEC
    Induction compution on a point (with coordinates)
  - computeIsolinesCutPlane
    Isolines on cut planes
  - computeIsolinesGrid2D
    Isolines on 2D grids
  - computeIsolinesGrid3D
    Isolines on 3D grids
  - ComputeIsolinesOf2DGridCurrentDensity
    Compute isolines of current density on 2D grid
  - ComputeIsolinesOf2DGridInduction
    Compute isolines of magnetic flux density on 2D grid
  - ComputeIsolinesOf2DGridLaplaceForceDensity
    Compute isolines of Laplace force volumic density on 2D grid
  - ComputeIsolinesOf2DGridLosses
    Compute isolines of losses density on 2D grid
  - ComputeIsolinesOfConductorsCurrentDensity
    Compute isolines of current density on conductors
  - ComputeIsolinesOfConductorsInduction
    Compute isolines of magnetic flux density on conductors
  - ComputeIsolinesOfConductorsLaplaceForceDensity
    Compute isolines of Laplace force volumic density on conductors
  - ComputeIsolinesOfConductorsLosses
    Compute isolines of losses density on conductors
  - computeIsovaluesCutPlane
    Isovalues on cut planes
  - computeIsovaluesGrid2D
    Isovalues on 2D grids
  - computeIsovaluesGrid3D
    Isovalues on 3D grids
  - ComputeIsovaluesOfConductorsCurrentDensity
    Compute isovalues of current density on conductors
  - ComputeIsovaluesOfConductorsInduction
    Compute isovalues of magnetic flux density on conductors
  - ComputeIsovaluesOfConductorsLaplaceForceDensity
    Compute isovalues of Laplace force volumic density on conductors
  - ComputeIsovaluesOfConductorsLosses
    Compute isovalues of losses density on conductors
  - ComputeOf2DGridCurrentDensity
    Compute isovalues of current density on 2D grid
  - ComputeOf2DGridInduction
    Compute isovalues of magnetic flux density on 2D grid
  - ComputeOf2DGridLaplaceForceDensity
    Compute isovalues of Laplace force volumic density on 2D grid
  - ComputeOf2DGridLosses
    Compute isovalues of losses density on 2D grid
  - ComputeSpatialCurveOfCurrentDensity
    Plot curves of current density on a spatial curve
  - ComputeSpatialCurveOfInduction
    Plot curves of magnetic flux density for spatial curve
  - ComputeSpatialCurveOfLaplaceForceDensity
    Plot curves of Laplace force volumic density on a spatial curve
  - ComputeSpatialCurveOfLossesDensity
    Plot curves of losses density for spatial curve
  - conge
    Fillet
  - ConnectedGroup
    Check groups of connected conductors
  - ContinueSolvingAuto
    Continue the solving process
  - ContinueSolvingEvol
    Continue the solving process with a variation parameter
  - ContinueSolvingIter
    Continue the solving process on the iteration
  - convertPropagated
    Convert propagated entities
  - copy
    Copy
  - CopyCircuitElements
    Copy (Ctrl+C)
  - CreateConnectCaps
    Create and connect capacitors to conductors
  - CreateConnectCapsWithPinOption
    Create and connect capacitors to conductors
  - CreateMotor
    Create Motor
  - createTransientStartupFile
    Create file for transient startup
  - CurvesForImpendance
    Plot curves of self or mutual impedance
  - CurvesOfCurrentForComponent
    Plot curves of current in components
  - CurvesOfCurrentForUnidirectionnalConductor
    Plot curves of current in unidirectional conductors
  - CurvesOfLaplaceForceForConductors
    Plot curves of Laplace force on conductors
  - cut
    Cut
  - CutCircuitElements
    Cut (Ctrl+X)
  - defineCoordinatesSystem
    Define coordinates system
  - defineEchelle
    Define echelle
  - delete
    Delete
  - DeleteAllResults
    Delete all project results
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    Delete Arrows
  - deleteCapacitiveResults
    Delete capacitive results
  - DeleteCircuitElements
    Delete (Del)
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    Delete current application
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    Delete all results of the project
  - deleteGeometry
    Delete
  - deleteImage
    Delete image
  - DeleteInductiveResults
    Delete scenario results
  - deleteIsolines
    Delete isolines
  - deleteIsovalues
    Delete isovalues
  - deleteMesh
    Delete meshing
  - deleteMeshCapacitive
    Delete capacitive meshing
  - DeleteMotor
    Delete Motor
  - DeleteProblem
    Delete Problem
  - deleteSelection
    Delete selection
  - DeleteWinding
    Delete Winding
  - disableExecution
    Switch in a writing mode without execution
  - DisconnectDeleteCaps
    Disconnect capacitors from conductors and delete
  - displayArrows
    Display or hide arrows
  - displayFormattedFileOption
    Afficher etat fortran de la variable FLUX_FORMATTED_FILE
  - displayIsolines
    Display or hide isolines
  - displayIsovalues
    Display or hide isovalues
  - displayOrHideGrid
    Display or hide grid
  - displayOrHideImage
    Display or hide image
  - displayOrHidePoints
    Display or hide points
  - displayOrHideRepere
    Display or hide coordinate system
  - displayOrHideTable
    Display or hide table
  - drawArc2PointsAngle
    Arc 2 points without center
  - drawArc2PointsRadius
    Arc 2 points with center
  - drawArc3Points
    Arc 3 points
  - drawCircleDiameter
    Circle diameter
  - drawCircleRadius
    Circle center+radius
  - drawLine
    Polyline
  - drawPoints
    Draw points
  - drawRectangle
    Rectangle diagonal
  - drawRectangleCenter
    Rectangle Center
  - drawRefLine
    Reference line
  - drawRefPoint
    Reference point
  - EditCurrentApplication
    Edit current application
  - EditMotor
    Edit Motor
  - enableExecution
    Switch in normal mode with execution
  - evaluateGeometry
    Evaluate geometry
  - executeByteCode
    Run a compiled command file
  - exit
    Close the application
  - exportCADFromAcisFile
    Export to a SAT file
  - exportCADFromCatiaV4File
    Export to a CATIA V4 file
  - exportCADFromCatiaV5File
    Export to a CATIA V5 file
  - exportCADFromIGESFile
    Export to an IGES file
  - exportCADFromSTEPFile
    Export to a STEP file
  - exportDXF
    Export geometry to a DXF file
  - ExporterFastCap
    Export to FastCap
  - exportGeometryFromAcisFile
    Export to a SAT file
  - exportGeometryFromCatiaV4File
    Export to a CATIA V4 file
  - exportGeometryFromCatiaV5File
    Export to a CATIA V5 file
  - exportGeometryFromIGESFile
    Export to an IGES file
  - exportGeometryFromSTEPFile
    Export to a STEP file
  - exportMeshToDEC
    Export mesh to a DEC file (Flux Expert)
  - exportMeshToMED
    Export mesh to a MED file (Available only in version Flux <= 12.3)
  - exportMeshToModulef
    Export mesh to a MODULEF file
  - exportMeshToPF3
    Export mesh to a PF3 file
  - exportMeshToTRA
    Export mesh to a TRA file (Flux2D)
  - exportMeshToUNV1
    Export mesh to an UNV file (IDEAS)
  - ExportNodeCoordRegions
    Export node coordinates of regions
  - ExportNodeCoordSpatialFormula
    Export node coordinates and spatial formula
  - ExportSpatialFormulaOnSupportMultipoint
    Export spatial formula on a multipoint support
  - exportToINPFile
    Export to FastHenry
  - exportToSOLCFile
    Export to SOLC file
  - exportToSOLFile
    Export to SOL file
  - exportToSOLIFile
    Export to SOLI file
  - extendLines
    Extend line
  - faq
    User portal - ALTAIR gate
  - fillHoleWithWireRatio
    Fill a hole with wire
  - fillHoleWithWireThickness
    Fill a hole with wire
  - fractionate
    Fractionate
  - generateFirstOrderElements
    Generate first order elements
  - generateGotItCouplingComponent
    Generate component for GOT-It coupling
  - generateHSTCouplingComponent
    Generate component for HyperStudy coupling (for HyperStudy 2019.1 and later)
  - generatePSCADCouplingComponent
    Generate component for PSCAD coupling
  - generateSecondOrderElements
    Generate second order elements
  - generateShellElements
    Generate Shell element
  - getActiveScenario
    Get Active Scenario( in post processing only)
  - getMeshElementsOnDomainFace
    Get mesh Elements on face domain
  - getMeshElementsOnDomainVolume
    Get mesh Elements on Domain
  - getMeshElementsOnRegionFace
    Get mesh Elements on face domain
  - getMeshElementsOnRegionVolume
    Get mesh Elements on Domain
  - getMeshNodesOnRegionFace
    Get nodes on face region
  - getMeshNodesOnRegionVolume
    Get nodes on volume region
  - healAllIntersections
    Heal all intersections
  - healAllSuperpositions
    Heal all superpositions
  - healAndSimplifyAllGeometry
    Heal and simplify all geometry
  - healGeometry
    Automatically heal geometry
  - healingCADGeometryContext
    Enter the "healing" context
  - healingCADToStandardGeometry
    Leave the "healing" context
  - healingFacetGeometryContext
    Enter the "facet geometry" context
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    Leave the "facet geometry" context
  - healingImportCADContext
    Enter the "healing import CAD" context
  - healingImportCADToStandardGeometry
    Return to standard geometry context
  - helpContents
    Help (html documentation)
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    Index...
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    Hide Beta Features (standard mode)
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    Horizontal mirror
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    Redo
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    Undo
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    Impedance matrix
  - importCADFromAcisFile
    Import of a SAT file
  - importCADFromCatiaV4File
    Import of a CATIA V4 file
  - importCADFromCatiaV5File
    Import of a CATIA V5 file
  - importCADFromIGESFile
    Import of an IGES file
  - importCADFromProEFile
    Import of a Pro/E file
  - importCADFromSTEPFile
    Import of a STEP file
  - importGeomFromCATIAV4
    Import geometry from a CATIAV4 file
  - importGeomFromCATIAV5
    Import geometry from a CATIAV5 file
  - importGeomFromDXF
    Import geometry from a DXF file
  - importGeomFromDXFAdvanced
    Import geometry from a DXF file (advanced mode)
  - importGeomFromFBD
    Import geometry from a FBD file (FLUX2D)
  - importGeomFromIGES
    Import geometry from an IGES file
  - importGeomFromIGESAdvanced
    Import geometry from a IGES file (advanced mode)
  - importGeomFromInter
    Import geometry from an IF3 file (INTER)
  - importGeomFromInventor
    Import geometry from a Inventor file
  - importGeomFromNX
    Import geometry from a NX file
  - importGeomFromParasolid
    Import geometry from a PARASOLID file
  - importGeomFromProE
    Import geometry from a ProE file
  - importGeomFromSAT
    Import geometry from a SAT file
  - importGeomFromSolidWorks
    Import geometry from a SOLIDWORKS file
  - importGeomFromSTEP
    Import geometry from a STEP file
  - importGeomFromSTEPAdvanced
    Import geometry from a STEP file (advanced mode)
  - importGeomFromSTL
    Import geometry from a STL file
  - ImportGerberLayerPEEC
    Import of a Gerber layer
  - ImportGerberViaPEEC
    Import of Gerber vias
  - importMeshFromHMSLOSNastran
    Import mesh from a HyperMesh/SimLab/OptiStruct (Nastran) file
  - importMeshFromMED
    Import mesh from a MED file (Available only in version Flux <= 12.3)
  - importMeshFromNASTRAN
    Import mesh from a NASTRAN file
  - importMeshFromPATRAN
    Import mesh from a PATRAN file
  - importMeshFromUNV
    Import mesh from an UNV file (IDEAS)
  - importObjectFromFlux
    Import FLUX object
  - importObjectInSketcherFromFlux
    Import FLUX object
  - ImportSpatialQuantity
    Import spatial quantity
  - ImportSpeedMotor
    Import Speed Motor
  - integralDomain
    Integral on the domain
  - integralFace
    Integral on face
  - integralLine
    Integral on line
  - interruptSpy
    Interrupt to write command in file
  - LabelLine
    Display line numbers
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    Display point numbers
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    Display tube lines numbers from graphic
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    Leave overlay
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    Linear repetition (matrix)
  - loadMacro
    Load a macro ...
  - loadOverlay
    Load a certified overlay
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    Open an existing project
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    Load a user overlay
  - LossesCurvesForConductors
    Plot curves of losses in conductors
  - magnetization
    Magnetization grid activation
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    Make a blend defeaturing
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    Make a chamfer defeaturing
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    Make a defeaturing
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    Make a hole defeaturing
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    Make parametrization uniform on complex lines
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    Merge faces with angle and a start face
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    Merge two contiguous lines into one
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    Merge a list of faces
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    Conductors mesh
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    Conductors mesh for post processing
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    Mesh dielectrics and capacitive regions
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    Mesh the domain
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    Mesh the faces
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    Mesh lines
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    Meshing report in file
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    Meshing report
  - meshVolumes
    Mesh the volumes
  - meshVolumesOldAlgo
    Mesh volumes (old algo)
  - mesure
    Measure
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    RL macroblock for Modelica
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    Monitor
  - NeutralFiberCreation
    Create Geometric Tubes or Tube Points from assimilation volumes
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    New project
  - openAnimationViewerContext
    Open animation viewer
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    Brushless Permanent Magnet motor
  - OpenBPMOverlayImport
    Import SPEED motor
  - OpenBpmOverlayNew
    Create new Motor
  - openImage
    Open image
  - openImageImportContext
    Open the context for images-based creation
  - openIMDOverlay
    Induction motor
  - OpenIMDOverlayImport
    Import SPEED motor
  - OpenImdOverlayNew
    Create new Motor
  - openIODataContext
    Open data Import/Export context
  - openLibrary
    Ouvrir librairie ...
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    Modeler Context
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    NDT Sensor
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    Sketcher 2D context
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    Choose the name of the new command file
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    Optim mesh
  - paste
    Paste
  - PasteCircuitElements
    Paste (Ctrl+V)
  - PlotCurvesOfCurrentForTerminals
    Plot curves for current in terminals
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    RL macroblock for Portunus
  - Presentations
    Presentations on Altair Flux - TV
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    Print the active view in a file
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    Print the active view
  - RaiseCriticalError
    RaiseCriticalError
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    RaiseCriticalErrorAndClose
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    RaiseCriticalErrorAndExit
  - RDM6Export
    RDM6 export
  - redo
    Redo
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    Refresh all views
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    Evaluate parametrized formulas
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    Resize image
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    Resume to write command in file
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    Rotation
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    Rotate (R)
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    Rotate image
  - runPy
    Run a python file with complete GUI refresh
  - runPyInSilentMode
    Run a python file with reduced GUI refresh (faster)
  - runPyInSilentModeAndExit
    Execute a command file in batch mode and exit
  - SaberFilesExport
    RL macroblock for Saber
  - saveProject
    Save current project
  - saveProjectAs
    Save current project as
  - scaling
    Scaling
  - searchFaceAbnormalEpsilon
    Search abnormal faces with user epsilon
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    Search line-face intersections
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    Search line-line intersections
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    Search open wires
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    Search superimposed points
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    Search abnormal lines with user epsilon
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    Select mesh defaults
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    Select capacitors
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    Select All
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    Select capacitive regions
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    Select non meshed coils
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    Select bidirectional conductors
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    Select unidirectional conductors
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    Select connections
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    Allow to rotate around picked points or not (CTRL to invert it)
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    Set invisible all parasitic capacitances
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    Set neutral application
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    Set visible parasitic capacitances between regions
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    Skin depth computation
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    Solve without defect
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    Solve without remeshing
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    Superimpose 2D curves (path)
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    Structure faces for mapped mesh (completion mode)
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    Merge faces
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    Linear repetition (vector)
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    Set standard view 1
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    Set X plane view
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    Set Y plane view
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    Set Z plane view
  - waitForFile
    Wait action on file

ComputeOf2DGridCurrentDensity

Compute isovalues of current density on 2D grid

Syntax

ComputeOf2DGridCurrentDensity(Grid2D, component, coordSys)

Parameters

Grid2D : 2D Grid - [0..N] Grid2D
component : Component - [0..1] Enumeration

Potential values :
- XComponent
- YComponent
- ZComponent
coordSys : Coordinate System for component computation - [0..1] CoordSys

Returns

No return value