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PyFlux Documentation (Beta version)
PyFlux Documentation (Beta version)

2025
  1. Home
  2. Flux PEEC PyFlux Documentation

    All Flux PEEC functions and entities

  3. FluxPEEC Entities

    List of all FluxPEEC entities

  4. RelaxFace

    Mesh relaxation on face

  • Welcome
  • Flux 2D PyFlux Documentation

    All Flux 2D functions and entities

  • Flux 3D PyFlux Documentation

    All Flux 3D functions and entities

  • Flux SKEW PyFlux Documentation

    All Flux Skew functions and entities

  • Flux PEEC PyFlux Documentation

    All Flux PEEC functions and entities

    • 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

RelaxFace

Mesh relaxation on face

Abstract Class RelaxFace

SubTypes

  • RelaxFaceHigh
  • RelaxFaceInactive
  • RelaxFaceLow
  • RelaxFaceMedium
  • RelaxFaceNull
  • RelaxFaceUser

Fields Summary

Field
Description
color
Relaxation Face Color
name
Name of the Relaxation Face

Methods Summary

no methods

Fields Details

color
color : Relaxation Face Color - [1..1] Color
name
name : Name of the Relaxation Face - [1..1] String

Method Details

no methods

On this page
  • SubTypes
  • Fields Summary
  • Methods Summary
  • Fields Details
  • Method Details

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