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Flux PEEC PyFlux Documentation
All Flux PEEC functions and entities
FluxPEEC Entities
List of all FluxPEEC entities
TubePoint
Tube Point

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- FluxPEEC Entities
  List of all FluxPEEC entities
  - AdaptiveSolverOptions
    Adaptive solver options
  - AidedMesh
    Aided mesh
  - AngleUnit
    Angle Unit (degree, radian, ... )
  - Animation
    Animation
  - ApplicationElectricConduction2D
    Electric Conduction 2D
  - ApplicationElectricConduction3D
    Electric Conduction 3D
  - ApplicationElectricConductionThermal2D
    Electric Conduction coupled with Transient Thermal 2D
  - ApplicationElectricTransient2D
    Transient Electric 2D
  - ApplicationElectricTransient3D
    Transient Electric 3D
  - ApplicationElectroHarmonic2D
    Steady State AC Electric 2D
  - ApplicationElectroHarmonic3D
    Steady State AC Electric 3D
  - ApplicationElectroHarmonicThermal2D
    Steady State AC Electric coupled with Transient Thermal 2D
  - ApplicationElectrolysis3D
    Electrolysis 3D
  - ApplicationElectroStatic2D
    Electro Static 2D
  - ApplicationElectroStatic3D
    Electro Static 3D
  - ApplicationImpedanceConductorsPEEC
    Computation of conductor impedances
  - ApplicationMagneticAC2D
    Steady State AC Magnetic 2D
  - ApplicationMagneticAC3D
    Steady State AC Magnetic 3D
  - ApplicationMagneticACThermal2D
    Steady State AC Magnetic coupled with Transient Thermal 2D
  - ApplicationMagneticACThermal3D
    Steady State AC Magnetic coupled with Transient Thermal 3D
  - ApplicationMagneticDC2D
    Magneto Static 2D
  - ApplicationMagneticDC3D
    Magneto Static 3D
  - ApplicationMagneticIEMDC3D
    Magneto Static - Integral Method
  - ApplicationMagneticTransient2D
    Transient Magnetic 2D
  - ApplicationMagneticTransient3D
    Transient Magnetic 3D
  - ApplicationSkewedRotatingMachineMagneticAC
    Rotating Induction Machine (skewed model) in Steady State AC Magnetic
  - ApplicationSkewedRotatingMachineMagneticDC
    Rotating Machine (skewed model) in Magneto Static
  - ApplicationSkewedRotatingMachineMagneticTransient
    Rotating Machine (skewed model) in Transient Magnetic
  - ApplicationSuppliedConductorsPEEC
    Computation of current in supplied conductors
  - ApplicationThermalSteady2D
    Steady State Thermal 2D
  - ApplicationThermalSteady3D
    Steady State Thermal 3D
  - ApplicationThermalTransient2D
    Transient Thermal 2D
  - ApplicationThermalTransient3D
    Transient Thermal 3D
  - AuditReport
    Auditing a scenario
  - BrushSegment
    Brush-segment
  - BuildCapacitiveRegions
    Build capacitive regions
  - BuildDielectrics
    Build dielectrics
  - CapacitanceMatrix
    Parasitic capacitive matrix
  - Capacitor
    Capacitor
  - Coil
    Type of the coil
  - CoilConductor
    Stranded coil conductor type
  - Color
    Color
  - CompoundPath
    Compound path
  - ComputePhysic
    Compute on physic entity
  - ComputeSpatial3DCurveOfCurrentDensity
    Plot curves of current density on a 2D grid
  - ComputeSpatial3DCurveOfInduction
    Plot curves of magnetic flux density on a 2D grid
  - ComputeSpatial3DCurveOfLaplaceForceDensity
    Plot curves of Laplace force volumic density on a 2D grid
  - ComputeSpatial3DCurveOfLossesDensity
    Plot curves of losses density on a 2D grid
  - ComputeSpatialVariation3DCurveOfCurrentDensity
    Plot curves of current density
  - ComputeSpatialVariation3DCurveOfInduction
    Plot curves of magnetic flux density
  - ComputeSpatialVariation3DCurveOfLaplaceForceDensity
    Plot curves of Laplace force volumic density
  - ComputeSpatialVariation3DCurveOfLossesDensity
    Plot curves of losses density
  - ConductorBidirectional
    Bidirectional Conductor
  - ConductorUnidirectional
    Type of Unidirectional Conductor
  - ConnectedConductorsGroup
    Group of connected conductors
  - CoordSys
    Type of Coordinate System
  - createGeomTubesFromVolumes
    Create geometric tubes from volumes
  - CreateMultipointSupportFromConductors
    Create multipoint support from conductors
  - CurrentSource
    Current source
  - Curve3dOfCurrentForUnidirectionnalConductors
    Current in unidirectional conductors
  - CurveOfCurrentForUnidirectionnalConductors
    Current in unidirectional conductors
  - CurveParametrizedSpatial3D
    3D parametrized spatial curve
  - Curves3dOfCurrentForComponents
    Compute current in components
  - Curves3dOfForcesForConductors
    Laplace forces in a list of conductors
  - Curves3dOfImpedance
    Compute impedance between probes
  - Curves3dOfLossesForConductors
    Losses in a list of conductors
  - CurvesOfCurrentForComponents
    Current in components
  - CurvesOfForcesForConductors
    Laplace forces in a list of conductors
  - CurvesOfImpedance
    Compute impedance between probes
  - CurvesOfLossesForConductors
    Losses in a list of conductors
  - CurveSpatial2D
    2D spatial curve
  - CurveSpatial3D
    3D spatial curve
  - CurveVariation2D
    2D variation curve
  - CurveVariation3D
    3D variation curve
  - CutPlane
    Type of Cut Plane
  - DEFAUT_GEOM
    Defect in geometric description
  - DemagnetizationRatio
    Evaluation of the demagnetization
  - Dielectric
    Dielectric
  - Diode
    Diode
  - DomainType
    2D or 3D Domain
  - EdgeSubEntityGeometricObject
    Edge sub entity of geometric object
  - ElectricLoopCut
    Type of the electric loop cut
  - ElectricTerminal
    Type of electric terminal.
  - Equipotential
    Equipotential of the electric circuit
  - exportGeomToCATIAV4
    Export geometry to a CATIAV4 file
  - exportGeomToCATIAV5
    Export geometry to a CATIAV5 file
  - exportGeomToIGES
    Export geometry to a IGES file
  - exportGeomToSAT
    Export geometry to a SAT file
  - exportGeomToSTEP
    Export geometry to a STEP file
  - ExportNodeCoordinatesRegion
    Support for exportation
  - ExportOfValuesPEEC
    Export of Values
  - Face
    Type of face
  - FaceElement
    Surface finite element
  - FaceElementVisualization
    Surface finite element of visualization
  - FaceSubEntityGeometricObject
    Face sub entity of geometric object
  - FreeMechanicalSetPosition
    Free mechanical set in position
  - GasBreakdownResult
    Gas breakdown
  - GeometricalObjectPlane
    Definition of the cut plane
  - GeometricObject
    Geometric object
  - GeomMeshOptions
    Geometry Mesh Options
  - GeomTube
    Type of geometric Tube
  - Grid2D
    Type of 2D grid
  - Grid3D
    Type of 3D grid
  - Ground
    Ground
  - Groupcomponent
    Components group
  - Groupspatial
    Spatial group
  - GTO
    GTO
  - ImpedanceProbe
    Sonde d'impédance
  - Inductor
    Inductor
  - InfiniteBox
    Type of the Infinite Box
  - IronLosses
    Iron losses
  - Layer
    ECAD Layer
  - LengthUnit
    Length Unit (meter, millimeter, inch ...)
  - Line
    Type of line
  - LineElement
    Line finite element
  - LineElementVisualization
    Line finite element of Visualization
  - Macro
    Macro command
  - MagneticCircuitCut
    Magnetic circuit cut
  - Material
    Physical properties of a material
  - MaterialCurve
    2D material curve
  - MechanicalSet
    Type of mechanical set
  - MeshDefect
    Defect in mesh
  - MeshGenerator
    Mesh Generator Type
  - MeshLine
    Type of the Mesh Line
  - MeshObject
    Mesh object
  - MeshPoint
    Distance between nodes (SMALL, MEDIUM, LARGE ...)
  - MultipointSupport
    Multipoint support
  - MultipointSupportImportingCoordinates
    New mutipoint support by importation of a list of points
  - Node
    Discretization (mesh) nodes
  - NodeOfVisualization
    Node of visualization
  - Overlay
    User overlays
  - ParameterGeom
    Geometric parameter
  - Periodicity
    Geometrical type of the periodicity
  - PhysCircOptions
    Physics and circuit options
  - Point
    Type of point
  - PointComputation
    Session Quantities computation on points
  - PolarizationLaw
    Polarization_law
  - PowerBalanceSystem
    Power Balance
  - Profile
    Profile
  - PropArrowContour
    Arrows on boundary
  - PropArrowPath
    Arrows on path
  - PropArrows
    Support for arrows
  - PropIsolines
    Support for isolines
  - PropIsovalues
    Support for isovalues
  - RegionCapacitive
    capacitive region
  - RegionFace
    Face region
  - RegionLine
    Line region
  - RegionPoint
    Point region
  - RegionVolume
    Volume Region
  - RelaxFace
    Mesh relaxation on face
  - RelaxLine
    Mesh relaxation on line
  - RelaxVolume
    Mesh relaxation on volume
  - ResDedErrorCriterion
    Error Criterion
  - Resistor
    Resistor
  - Result
    Result
  - RotatingMachineCurve3D
    3D curve dedicated to rotating machines
  - Scenario
    Solving Scenario
  - Sensor
    Type of sensor
  - Server
    Server
  - ShadowFace
    Shadow Face
  - SketcherOption
    Sketcher 2D Options
  - SolidConductor2Terminals
    Solid conductor 2 terminals
  - SolidConductorNTerminals
    Solid conductor n terminals
  - SolvingOptions
    Solving process options
  - SolvingOptionsPEEC
    Solving process options
  - SourceField
    Type of magnetic field source
  - SpatialParameter
    Type of the spatial quantity
  - SquirrelCage
    Squirrel cage
  - SubSystem
    Type of sub-system
  - SupportTorque
    Direction
  - Switch
    Switch
  - Symmetry
    Geometrical type of the symmetry
  - TermConnection
    Terminals connection
  - Terminal
    Terminal
  - Thyristor
    Thyristor
  - TopSubEntityGeometricObject
    Top sub entity of geometric object
  - Transf
    Type of Geometric Transformation
  - TubePoint
    Tube Point
  - VariationParameter
    Type of Physical parameter
  - VoltageSource
    Voltage source type
  - Volume
    Volume of the geometry defined by faces
  - VolumeElement
    Volume finite element
  - VolumeElementVisualization
    Volume finite element of Visualization
- FluxPEEC Functions
  List of all FluxPEEC functions

TubePoint

Tube Point

Abstract Class TubePoint

SubTypes

Fields Summary

Field: Description
color: Tube Point Color
visibility: Tube Point Visibility

Methods Summary

Method: Description
computeTubePointDistance: Compute distance between tube points
computeTubePointPosition: Compute tube point coordinates
NoLinkTubePoints: Propagate tube points - NOT related to origin ones
PropagatedTubePoints: Propagate tube points - related to origin ones
setInvisible: Set invisible selected tube points
setVisible: Set visible selected tube points

Fields Details

color: color : Tube Point Color - [1..1] Color
visibility: visibility : Tube Point Visibility - [1..1] Visibility

Method Details

computeTubePointDistance

Syntax

result = computeTubePointDistance(tubePoint, coordSys)
Parameters
- tubePoint : Second tube points for distance - [1..N] TubePoint
- coordSys : Coordinates system for tube points distance - [0..1] CoordSys
Returns
- distance : distance - [0..N] Double

computeTubePointPosition

Syntax

result = computeTubePointPosition(coordSys)
Parameters
- coordSys : Coordinates system for tube points position - [0..1] CoordSys
Returns
- position : position - [0..N] Double

NoLinkTubePoints

Syntax

result = NoLinkTubePoints(transformation, repetitionNumber)
Parameters
- transformation : Transformation for propagation - [1..1] Transf
- repetitionNumber : Number of times to apply the transformation - [1..1] Integer
Returns
- tubePoints Enumeration : Tube points - [0..N] TubePoint

PropagatedTubePoints

Syntax

result = PropagatedTubePoints(transformation, repetitionNumber)
Parameters
- transformation : Transformation for propagation - [1..1] Transf
- repetitionNumber : Number of times to apply the transformation - [1..1] Integer
Returns
- tubePoints Enumeration : Tube points - [0..N] TubePoint

setInvisible

Syntax

setInvisible()
Parameters

No parameter
Returns

No return value

setVisible

Syntax

setVisible()
Parameters

No parameter
Returns

No return value