Altair Feko 2022 Documentation
Altair Feko 2022 Documentation
  1. Home
  2. Appendix

    Reference information is provided in the appendix.

  3. Application Programming Interface (API)

    CADFEKO and POSTFEKO have a powerful, fast, lightweight scripting language integrated into the application that allows you to create models, get hold of simulation results and model configuration information and much more.

  4. CADFEKO API

    The CADFEKO application programming interface provides details regarding the hierarchy of the object as well as the methods, functions and properties available for each object.

  5. Enumeration Types (API)

    Enumerations are lists of values that can be used. The enumerations CADFEKO are available under the cf namespace and grouped together under enums.

  6. FaceSolutionMethodEnum
  • リリースノート
  • はじめに
  • 例題集
  • Fekoの概要
  • CADFEKO
  • POSTFEKO
  • EDITFEKO
  • Feko解析方法
  • Fekoの最適化
  • Fekoのユーティリティ
  • Fekoの出力ファイルの説明
  • Fekoアプリケーションマクロ
  • スクリプトとアプリケーションプログラミングインターフェース（API）
  • Appendix
Index
Altair Feko 2022 Documentation
Altair Feko 2022 Documentation
  • リリースノート

    最新のリリースで新規に追加された機能の紹介です。

  • はじめに

    Feko Getting Started Guideでは、Fekoをはじめて使用する場合に必要となる部分を手順を追って紹介します。

  • 例題集

    Feko Example Guideでは、Fekoのコンセプトと基本を学ぶための例題集を掲載しています。

  • Fekoの概要

    Fekoは、任意形状の3Dオブジェクトを含む電磁界解析に使用される複数の解法を備えた包括的な電磁気ソルバーです。

  • CADFEKO

    CADFEKOを使用して、グラフィカル環境で形状またはモデルのメッシュを作成およびメッシングし、解析設定と計算要求を指定します。

  • POSTFEKO

    POSTFEKOはFekoのポストプロセッサであり、モデル（設定とメッシュ）、グラフ上の結果、3Dビューの表示に使用します。

  • EDITFEKO

    EDITFEKOは、ループや条件文を含む高水準のスクリプト言語を使用して（形状要件と解析要件の両面で）高度なモデルを構築するために使用されます。

  • Feko解析方法

    Fekoの主な特長として、独自の解析方法と復号化した解析方法が幅広く用意されていることが挙げられます。Fekoの機能を効果的に使用するには、使用可能な手法を理解する必要があります。

  • Fekoの最適化

    Fekoは、遺伝的アルゴリズム（GA）などの手法に基づく最先端の最適化エンジンを提供します。これを使用することにより、設計を自動的に最適化し、最適解を決定することができます。

  • Fekoのユーティリティ

    Fekoのユーティリティは、PREFEKO、OPTFEKO、ADAPTFEKO、Launcher ユーティリティ、アップデーター、およびクラッシュレポーターで構成されています。

  • Fekoの出力ファイルの説明

    Fekoでは、すべての結果が、ASCII出力ファイル.outと、POSTFEKOで使用するバイナリ出力ファイル.bofに書き込まれます。解析に関する追加情報を入手するには.outファイルを使用します。

  • Fekoアプリケーションマクロ

    アプリケーションマクロは、CADFEKOとPOSTFEKOで利用可能です。

  • スクリプトとアプリケーションプログラミングインターフェース（API）

    CADFEKOとPOSTFEKOでは、高機能、高速で軽量なスクリプト言語がアプリケーションに組み込まれています。この言語を使用すると、モデルの作成、シミュレーション結果やモデル設定情報の取得、データの操作、繰り返し処理の自動化などが実現します。

  • Appendix

    Reference information is provided in the appendix.

    • Application Programming Interface (API)

      CADFEKO and POSTFEKO have a powerful, fast, lightweight scripting language integrated into the application that allows you to create models, get hold of simulation results and model configuration information and much more.

      • CADFEKO API

        The CADFEKO application programming interface provides details regarding the hierarchy of the object as well as the methods, functions and properties available for each object.

        • Objects (API)
        • Collections (API)
        • Namespaces and Static Functions

          Many objects have static functions, but only a limited number of functions are available directly in the application namespace (cf) or sub-namespace.

        • Enumeration Types (API)

          Enumerations are lists of values that can be used. The enumerations CADFEKO are available under the cf namespace and grouped together under enums.

          • ASCIIImportDelimiterEnum
          • AdvancedSolverTypeEnum
          • AnalyticalCurveDefinitionMethodEnum
          • AntennaArrayDistributionTypeEnum
          • ApproximationMethodEnum
          • BasisFunctionAccuracyEnum
          • BoundaryFaceDefinitionEnum
          • BoundaryFacePropertiesEnum
          • BoxSizeSpecificationTypeEnum
          • CableBundleShieldTypeEnum
          • CableBundleTwistDirectionEnum
          • CableCoaxialDefinitionEnum
          • CableComplexLoadTypeEnum
          • CableConnectorPositionDefinitionEnum
          • CableHarnessCouplingEnum
          • CableHarnessSchematicProjectionMethodEnum
          • CableHarnessSolutionMethodEnum
          • CablePerUnitLengthAccuracyEnum
          • CablePredefinedCoaxialTypeEnum
          • CableProbeLocationTypeEnum
          • CableProbeTypeEnum
          • CableShieldAdmittanceDefinitionEnum
          • CableShieldDefinitionEnum
          • CableShieldFrequencyDefinitionSourceEnum
          • CableShieldInterpolationMethodEnum
          • CableShieldLayerOptionsEnum
          • CableShieldStretchingOptimisationMethodEnum
          • CableShieldSurfaceImpedanceFrequencyDefinitionSourceEnum
          • CableShieldTransferAdmittanceFrequencyDefinitionSourceEnum
          • CableShieldTransferImpedanceFrequencyDefinitionSourceEnum
          • CableShieldWeaveDefinitionMethodEnum
          • CableSpiceNetworkSourceTypeEnum
          • CableTransformerPhaseDefinitionEnum
          • ColourEnum
          • ConeDefinitionMethodEnum
          • ConstrainedSurfSymmetryPlaneConstParamEnum
          • ConstrainedSurfSymmetryPlaneEnum
          • CuboidDefinitionMethodEnum
          • CurrentsScopeTypeEnum
          • CylinderDefinitionMethodEnum
          • EdgePortGroundConnectionEnum
          • EdgeSolutionMethodEnum
          • EllipticArcDefinitionMethodEnum
          • EllipticArcMajorAxisDirectionEnum
          • ErrorEstimationCalculationScopeEnum
          • ExportACISVersionEnum
          • ExportCATIAV5VersionEnum
          • ExportFileFormatEnum
          • ExportGeometryFileFormatEnum
          • ExportMeshTypeEnum
          • ExportParasolidVersionEnum
          • FEMElementOrderEnum
          • FEMLineMeshPortDefinitionMethodEnum
          • FEMLinePortDefinitionMethodEnum
          • FEMModalMeshPortDefinitionMethodEnum
          • FEMModalPortDefinitionMethodEnum
          • FaceAbsorptionTypeEnum
          • FaceSolutionMethodEnum
          • FactorisationTypeEnum
          • FarFieldCalculationDirectionEnum
          • FarFieldCoordinateSystemEnum
          • FarFieldDataFileTypeEnum
          • FarFieldRequestTypeEnum
          • FieldCalculationScopeTypeEnum
          • FieldDataFileImportDefinitionEnum
          • FillHoleBoundaryTransitionTypeEnum
          • FillHolePatchTopologyTypeEnum
          • FlareDefinitionMethodEnum
          • FormLayoutEnum
          • FormSeparatorEnum
          • FrequencyConvergenceAccuracyTypeEnum
          • FrequencyExportSamplingTypeEnum
          • FrequencyFDTDTimeIntervalTypeEnum
          • FrequencyRangeTypeEnum
          • GeneralNetworkDataTypeEnum
          • GeneralNetworkSPICEPortReferenceEnum
          • GeneralNetworkSourceEnum
          • GeometryEdgeEnum
          • GroundBottomTypeEnum
          • GroundPlaneDefinitionMethodEnum
          • HOBFElementOrderEnum
          • HelixDefinitionMethodEnum
          • HighFrequencyPOMoMCouplingTypeEnum
          • HyperbolicArcDefinitionMethodEnum
          • ImportHealingTypeEnum
          • ImportMeshConversionTypeEnum
          • ImpressedCurrentSourceClosestVertexTypeEnum
          • IntegralEquationTypeEnum
          • LoadTypeEnum
          • LoftConstraintTypeEnum
          • LoopedPlaneWaveCompressionEnum
          • MLFMMFarFieldCalculationMethodEnum
          • MLFMMNearFieldCalculationMethodEnum
          • MagneticDipoleCurrentTypeEnum
          • MagnetostaticFieldDirectionEnum
          • MediumDielectricConductivityTypeEnum
          • MediumDielectricDefinitionMethodEnum
          • MediumImpedanceDefinitionMethodEnum
          • MediumMagneticDefinitionMethodEnum
          • MediumMetallicDefinitionMethodEnum
          • MediumSourceDefinitionMethodEnum
          • MeshCurvilinearOptionsEnum
          • MeshSizeOptionEnum
          • MeshSmallGeometryOptionsEnum
          • MeshVoxelAspectRatioOptionsEnum
          • MeshVoxelGrowthRateOptionsEnum
          • MeshVoxelSmallGeometryOptionsEnum
          • MirrorPlaneEnum
          • ModelColouringOptionsEnum
          • ModelDecompositionScopeTypeEnum
          • ModelSolutionSolveTypeEnum
          • ModelSymmetryTypeEnum
          • ModelUnitEnum
          • NGFControlTypeEnum
          • NearFieldCalculationTypeEnum
          • NearFieldDataCoordinateTypeEnum
          • NearFieldDataFileStructureDataTypeEnum
          • NearFieldDataFullImportDataTypeEnum
          • NearFieldDataReferencePointEnum
          • NearFieldDataSourceTypeEnum
          • NearFieldDefinitionMethodEnum
          • NearFieldPointSpecificationTypeEnum
          • NearFieldPotentialTypeEnum
          • NearFieldReceivingAntennaDataTypeEnum
          • OptimisationCombineTypeEnum
          • OptimisationConstraintRelationEnum
          • OptimisationConvergenceAccuracyEnum
          • OptimisationFarFieldFocusTypeEnum
          • OptimisationFarFieldPolarisationTypeEnum
          • OptimisationGoalOperatorEnum
          • OptimisationGoalProcessingStepsEnum
          • OptimisationImpedanceFocusTypeEnum
          • OptimisationMethodTypeEnum
          • OptimisationNearFieldCoordSystemEnum
          • OptimisationNearFieldDirectComponentEnum
          • OptimisationNearFieldFocusTypeEnum
          • OptimisationPowerFocusTypeEnum
          • OptimisationRandomNumberGenerationOptionEnum
          • OptimisationReceivingAntennaFocusTypeEnum
          • OptimisationSARTypeEnum
          • OptimisationSParameterFocusTypeEnum
          • OptimisationTargetValueTypeEnum
          • OptimisationTransmissionReflectionFocusTypeEnum
          • OptimisationTransmissionReflectionPolarisationTypeEnum
          • OutputFileSettingsEnum
          • ParabolicArcDefinitionMethodEnum
          • ParallelAuthenticationMethodEnum
          • ParasolidExportFileFormatEnum
          • ParasolidTopologyTypeEnum
          • PathSweepAlignmentEnum
          • PeriodicBoundaryDimensionsEnum
          • PeriodicBoundaryPhaseShiftMethodEnum
          • PlaneWaveDefinitionMethodEnum
          • PlaneWavePolarityTypeEnum
          • PowerScaleSettingsEnum
          • PrecisionSettingsEnum
          • PreconditionerTypeEnum
          • ProcessPriorityTypeEnum
          • RLGOConvergenceAccuracyTypeEnum
          • RLGOIncrementTypeEnum
          • RectangleDefinitionMethodEnum
          • RegionDefinitionMethodEnum
          • RegionSolutionMethodEnum
          • RemoteExecutionMethodEnum
          • RepairPartSimplifyBlendTypeEnum
          • SARCalculationTypeEnum
          • SARLocationOptionTypeEnum
          • SARRegionTypeEnum
          • SParameterWaveguideModeTypeEnum
          • SamplingPointDensityEnum
          • SimplifyPartRepresentationSimplifyBlendTypeEnum
          • SphericalModesDataIndexSchemeMethodEnum
          • SphericalModesDataPropagationDirectionMethodEnum
          • SphericalModesDataTeTmTypeMethodEnum
          • SpheroidDefinitionMethodEnum
          • SplitPlanesEnum
          • SurfaceCoatingTypeEnum
          • SurfaceRegularLinesConstantParameterEnum
          • SurfaceRegularLinesSpacingMethodEnum
          • TensorDescriptionMethodEnum
          • TetrahedralMeshRegionSolutionMethodEnum
          • TransmissionLineDefinitionMethodEnum
          • TwistDirectionEnum
          • UTDRayContributionsTypeEnum
          • UnlinkMeshOptionEnum
          • ViewDirectionEnum
          • ViewDisplayModeEnum
          • WaveguidePortReferenceDirectionRotationEnum
          • WaveguideSourceDefinitionTypeEnum
          • WindscreenElementTypeEnum
          • WirePortDefinitionMethodEnum
          • WirePortLocationEnum
          • 34 more
        • Data Types (API)
        • Constants (API)

          Constants have been defined for use in expressions and calculations.

      • POSTFEKO API

        The POSTFEKO application programming interface provides details regarding the hierarchy of the object as well as the methods, functions and properties available for each object.

    • EDITFEKO Cards

      Each geometry and calculation request are entered on a separate line in the .pre and are referred to as cards.

    • How-Tos

      A collection of how-tos are included that covers advanced concepts.

    • Meshing

      When meshing a model, you can either use the automatic meshing algorithm to calculate the appropriate mesh settings or you can specify the mesh sizes. When you specify the mesh sizes, the mesh sizes should adhere to certain guidelines.

    • SAR Standards

      Feko makes use of a local peak SAR algorithm.

    • Solution Control

      Control the execution of Feko by specifying the memory management and environment variables.

    • Read MAT, LUD, RHS and STR Files

      The .mat file, .lud file and .rhs file are not generated by default, but can be read externally.

    • Integration With Other Tools

      Feko integrates with various products within Altair Simulation Products such as HyperStudy. Integration with third-party products is also supported through the powerful scripting and plug-in infrastructure.

    • SPICE3f5

      Use the correct structure, convention and syntax for a SPICE circuit definition in Feko.

    • List of Acronyms and Abbreviations

      View the list of commonly used acronyms in Feko.

    • Summary of Files

      Feko creates and uses many different file types. It is useful to know what is stored in the various files and weather they were created by Feko and if it is safe to delete them. The files are grouped as either native files that have been created by Feko or non-native files that are supported by Feko. Non-native files are often exported by Feko even if the formats are not under the control of the Feko development team.

    • Common Errors and Warnings

      A Feko Errors, Warnings and Notes Reference Guide is available as a reference for messages that may be encountered in Feko.

Altair Feko 2022 Documentation
Altair Feko 2022 Documentation
  1. Home
  2. ...
    • CADFEKO API

      The CADFEKO application programming interface provides details regarding the hierarchy of the object as well as the methods, functions and properties available for each object.

    • Application Programming Interface (API)

      CADFEKO and POSTFEKO have a powerful, fast, lightweight scripting language integrated into the application that allows you to create models, get hold of simulation results and model configuration information and much more.

    • Appendix

      Reference information is provided in the appendix.

    • Enumeration Types (API)

      Enumerations are lists of values that can be used. The enumerations CADFEKO are available under the cf namespace and grouped together under enums.

  3. FaceSolutionMethodEnum
  • リリースノート
  • はじめに
  • 例題集
  • Fekoの概要
  • CADFEKO
  • POSTFEKO
  • EDITFEKO
  • Feko解析方法
  • Fekoの最適化
  • Fekoのユーティリティ
  • Fekoの出力ファイルの説明
  • Fekoアプリケーションマクロ
  • スクリプトとアプリケーションプログラミングインターフェース（API）
  • Appendix
Index

トピック

  • Enumeration Option List

FaceSolutionMethodEnum

Enumeration Option List

The FaceSolutionMethodEnum enumeration is accessed as illustrated below.

cf.Enums.FaceSolutionMethodEnum.<enum option>
Aperture
Aperture
FacetedUTD
FacetedUTD
LEPOAlwaysIlluminated
LEPOAlwaysIlluminated
LEPOFrontIlluminated
LEPOFrontIlluminated
LEPOFullRayTracing
LEPOFullRayTracing
None
None
POAlwaysIlluminated
POAlwaysIlluminated
POFrontIlluminated
POFrontIlluminated
POFullRayTracing
POFullRayTracing
RLGO
RLGO
UTD
UTD
Windscreen
Windscreen

トピック

  • Enumeration Option List

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