**ADAPTFEKOLaunchOptions**

ADAPTFEKO launch options.**AngularGraphAxis**

The graph angular axis properties.**Application**

The POSTFEKO application object which is returned by the pf.GetApplication() method.**Arrows3DFormat**

The 3D plot arrows properties.**Axes3DFormat**

The 3D plot local coordinate axis properties.**AxisGridSpacing**

The axis grid spacing properties.**AxisRange**

The axis range properties.**CartesianGraph**

A 2D Cartesian graph where results can be plotted.**CartesianGraphGrid**

The Cartesian graph grid properties.**CartesianGridLines**

The Cartesian graph grid lines properties.**CartesianSurfaceGraph**

A Cartesian surface graph where results can be plotted.**CartesianSurfaceGraphGrid**

The Cartesian graph grid properties.**CartesianSurfaceGraphGridLines**

The Cartesian graph grid lines properties.**CharacteristicModeData**

Characteristic mode results generated by the Feko Solver.**CharacteristicModeQuantity**

The characteristic mode quantity properties.**CharacteristicModeStoredData**

Stored characteristic mode results.**CharacteristicModeTrace**

A characteristic mode 2D trace.**Complex**

A complex number.**ComplexMatrix**

A two-dimensional matrix.**ComplexMatrixIndexer**

This is an intermediate object that allows convenient indexing of multidimensional matrices.**ComponentLaunchOptions**

The components launch options that specifies the command line parameters for the various Altair Feko components.**Contours3DFormat**

The 3D plot contours properties.**Currents3DFormat**

The currents 3D plot visualisation properties.**CustomData3DFormat**

The custom data 3D plot visualisation properties.**CustomData3DPlot**

A custom data 3D result.**CustomDataQuantity**

The custom data quantity properties.**CustomDataSmithTrace**

A custom data 2D Smith trace.**CustomDataSurfacePlot**

A custom data surface plot result.**CustomDataTrace**

A custom data 2D trace.**CustomMathScript**

Custom math script data that can be plotted.**CustomSmithTraceQuantity**

The custom data Smith trace quantity properties.**CustomStoredData**

Stored custom data.**DataSet**

The structure used for containing math results. A DataSet contains axes that indicate where quantities are defined, as well as the values for those quantities at each point.**DataSetAxis**

Every DataSet contains axes and quantities. The DataSetAxis describes the definition of an axis.**DataSetIndexer**

When iterating over a data set, the DataSetIndexer provides a means to access the currently indexed point and to retrieve information about its position in the data set. For instance, it is possible to determine where in space a point is located and at what frequency. By using the indexed point, the index, name, unit and value of the associated axes can be determined.**DataSetMetaData**

Additional information that further helps to define a data set.**DataSetQuantity**

Every DataSet contains axes and quantities. The DataSetQuantity describes the definition of a quantity.**DependentAxisFormat**

The trace dependent axis properties.**ErrorEstimate3DPlot**

An error estimate 3D result.**ErrorEstimateData**

Error estimates generated by the Feko Solver.**ErrorEstimatesQuantity**

The error estimate quantity properties.**ExcitationData**

Excitation results generated by the Feko Solver.**ExcitationMathScript**

Excitation math script data that can be plotted.**ExcitationQuantity**

The excitation quantity properties.**ExcitationSmithQuantity**

The Smith excitation quantity properties.**ExcitationSmithTrace**

An excitation 2D Smith trace.**ExcitationStoredData**

Stored excitation results.**ExcitationTrace**

A excitation 2D trace.**FEKOGPUOptions**

Feko Solver graphical processing units (GPU) launch options.**FEKOLaunchOptions**

Feko Solver launch options.**FEKOParallelDiagnosticTests**

Feko Solver parallel diagnostic test launch options. These settings should be disabled for normal Feko Solver runs to not degrade performance.**FEKOParallelExecutionOptions**

Feko Solver parallel execution launch options.**FEKORemoteExecutionOptions**

Feko Solver remote execution launch options.**FarField3DFormat**

The far field 3D plot visualisation properties.**FarField3DPlot**

A far field 3D result.**FarFieldData**

Far field results generated by the Feko Solver.**FarFieldMathScript**

Far field math script data that can be plotted.**FarFieldPowerIntegralData**

Far field power integral results generated by the Feko Solver.**FarFieldPowerIntegralStoredData**

Stored far field power integral results.**FarFieldPowerIntegralTrace**

A far field power integral 2D trace.**FarFieldQuantity**

The far field quantity properties.**FarFieldReceivingAntennaData**

Receiving antenna results generated by the Feko Solver.**FarFieldStoredData**

Stored far field results.**FarFieldSurfacePlot**

A far field surface plot.**FarFieldTrace**

A far field 2D trace.**FontFormat**

The font format property.**Form**

A fully customisable dialog. The form can be used as the base component for facilitating feedback from interactive scripts.**FormButtons**

The form buttons.**FormCheckBox**

A check box item. Check boxes are used mainly in two cases. The first case is when a simple yes/no response is required. The second case is when multiple selections from a number options is permitted. In this case each option will be presented by a separate check box.**FormComboBox**

A combo box item. A combo box provides a list of options of which at least one must be selected.**FormConfigurationSelector**

Selects a solution configuration.**FormDataSelector**

Select result data of the specified type.**FormDirectoryBrowser**

A directory browser item. When working with multiple files, it is often simplest to specify only the directory where the files are located. When generating multiple files, it is also useful to specify where the files should be stored. The directory browser is then a tool for navigating through the operating system's directory structures to set an active directory of interest.**FormDoubleSpinBox**

A spin box item supporting doubles. Spin boxes are sometimes also referred to as numeric steppers or spinners. Spin boxes are used to obtain a numerical value. Up and down arrows are provided to increment or decrement the value respectively. Alternatively, the numerical value can be typed into the input field.**FormFileBrowser**

A file browser item. The file browser can be used to navigate an operating system's directory structure to look for and select a file.**FormFileSaveAsBrowser**

A file browser item. The file browser can be used to navigate an operating system's directory structure to look for and select a file.**FormGroupBox**

A group box is a type of frame that contains other items. Group boxes are often used to make logical groupings of items and are therefore mainly design components. Functionally, group boxes make it easier to hide or disable several items simultaneously by simply modifying the properties of the group box container.**FormImage**

An image item. Images can be added to any form or group box. Supported formats include PNG, BMP and JPG/JPEG files.**FormIntegerSpinBox**

A spin box item. Spin boxes are sometimes also referred to as numeric steppers or spinners. Spin boxes can be used to obtain an integer value. Up and down arrows are provided to increment or decrement the value respectively. Alternatively, the numerical value can be typed into the input field.**FormItem**

The structure of all form items. All form items share a set of common properties that are listed here.**FormLabel**

A label item or a simple string of text. Labels are typically used to explain the contents of a form. Note that most form items already have a built-in label associated with it.**FormLabelledItem**

Allows access to built-in label objects associated with the derived form item.**FormLayout**

A layout is a type of frame that contains other items. Layouts are often used to make logical groupings of items and are therefore mainly design components. Functionally, layouts make it easier to hide or disable several items simultaneously by simply modifying the properties of the layout.**FormLineEdit**

A line edit item; also known as a text box or text field. A line edit is used to obtain text-based input from a user.**FormModelSelector**

Selects a Feko model.**FormProgressDialog**

A progress dialog provides feedback for actions that take a long time to execute.When the progress value reaches 100 the dialog automatically closes.**FormPushButton**

A push button item. Push button are used to trigger a function/call back that is associated with the button.**FormRadioButtonGroup**

A radio button group item. Radio button groups are used when precisely one option out of a set of options can be selected.**FormScrollArea**

A scroll area is a type of frame that contains a scrolling view of other items. Scroll areas are often used to make logical groupings of items where many items need to be displayed.**FormSeparator**

A Separator item. Separators are used to visually group (or separate) items on a form. Both horizontal and vertical separators are available.**FormTree**

A tree.**FormTreeItem**

A tree item.**FrameFormat**

The frame format property.**Graph**

A 2D graph where results can be plotted.**GraphAxisLabels**

The graph axis labels properties.**GraphAxisTitle**

The graph axis title properties.**GraphLegend**

The graph legend properties.**GraphLineFormat**

The line format property.**HorizontalGraphAxis**

The graph horizontal axis properties.**HorizontalSurfaceGraphAxis**

The graph horizontal axis properties.**ImportSet**

Sets of imported data from external files.**IndependentAxisFormat**

The trace independent axis properties.**Interpolator**

An interpolator object.**InterpolatorSettings**

Interpolator settings object.**IsoSurface3DFormat**

The near field plot isosurface properties.**LaunchResult**

The result of last Feko or external process run.**Launcher**

The object coordinating the launching of Feko and external processes.**Legend3DLinearRangeFormat**

The 3D plot legend linear range properties.**Legend3DLogarithmicRangeFormat**

The 3D plot legend logarithmic range properties.**LoadCable**

Cable load results generated by the Feko Solver.**LoadCoaxial**

Coaxial load results generated by the Feko Solver.**LoadComplex**

Complex load results generated by the Feko Solver.**LoadData**

Load results generated by the Feko Solver.**LoadDistributed**

Distributed load results generated by the Feko Solver.**LoadEdge**

Edge load results generated by the Feko Solver.**LoadFEM**

FEM load results generated by the Feko Solver.**LoadMathScript**

Load math script data that can be plotted.**LoadNetwork**

Network load results generated by the Feko Solver.**LoadParallel**

Parallel load results generated by the Feko Solver.**LoadQuantity**

The load quantity properties.**LoadSeries**

Series load results generated by the Feko Solver.**LoadSmithQuantity**

The Smith load quantity properties.**LoadSmithTrace**

A load 2D Smith trace.**LoadStoredData**

Stored load results.**LoadTrace**

A loads 2D trace.**LoadVertex**

Vertex load results generated by the Feko Solver.**LoadVoxel**

Load results generated by the Feko Solver.**MathScript**

Math script data that can be plotted.**MathTrace**

A 2D math trace.**Matrix**

A two-dimensional matrix.**MatrixIndexer**

This is an intermediate object that allows convenient indexing of multidimensional matrices.**Mesh**

A mesh consisting of mesh entities that represents the simulated model.**MeshCube**

A cube in 3D space. Exists as part of a mesh.**MeshCubeRegion**

A mesh entity representing a region meshed with cubes.**MeshCubes**

The list of mesh cubes.**MeshCurvilinearSegment**

A curvilinear segment in 3D space. Exists as part of a mesh.**MeshCurvilinearSegmentWire**

A mesh entity representing a wire meshed using curvilinear segments.**MeshCurvilinearSegments**

The list of mesh curvilinear segments.**MeshCurvilinearTriangle**

A curvilinear triangle in 3D space defined by three corner points and three midpoints halfway along each side. Exists as part of a mesh.**MeshCurvilinearTriangleFace**

A mesh entity representing a face meshed using curvilinear triangles.**MeshCurvilinearTriangles**

The list of mesh curvilinear triangles.**MeshCylinder**

A cylinder in 3D space. A geometry cylinder's mesh equivalent that can be directly interpreted by the solver (e.g. using the UTD solution method).**MeshCylinders**

The list of mesh cylinders.**MeshEdgesFormat**

The mesh edge properties.**MeshEntity**

A mesh entity forming part of a mesh.**MeshFacesFormat**

The mesh face properties.**MeshLegendFormat**

The mesh legend properties.**MeshPolygon**

A polygon in 3D space. A geometry polygon's mesh equivalent that can be directly interpreted by the solver (e.g. using the UTD solution method).**MeshPolygons**

The list of mesh polygons.**MeshRendering**

The mesh rendering properties.**MeshSegment**

A segment in 3D space. Exists as part of a mesh.**MeshSegmentWire**

A mesh entity representing a wire meshed using segments.**MeshSegments**

The list of mesh segments.**MeshSegmentsFormat**

The mesh segments properties.**MeshTetrahedra**

The list of mesh tetrahedra.**MeshTetrahedron**

A tetrahedron in 3D space. Exists as part of a mesh.**MeshTetrahedronRegion**

A mesh entity representing a region meshed with tetrahedra.**MeshTriangle**

A triangle in 3D space defined by three points. Exists as part of a mesh.**MeshTriangleFace**

A mesh entity representing a face meshed using triangles.**MeshTriangles**

The list of mesh triangles.**MeshUnmeshedCylinderRegion**

A mesh entity representing one or more unmeshed cylinders. This type of mesh is typically solved using a solution method that does not require fine subdivision, like the uniform theory of diffraction.**MeshUnmeshedPolygonFace**

A mesh entity representing one or more unmeshed polygons. This type of mesh is typically solved using a solution method that does not require fine subdivision, like the uniform theory of diffraction.**MeshVerticesFormat**

The mesh vertices properties.**MeshVolumesFormat**

The mesh volume properties.**MeshWiresFormat**

The mesh wires properties.**ModalExcitationStoredData**

Stored excitation results.**Model**

A model object containing simulated results.**NearField3DFormat**

The near field 3D plot visualisation properties.**NearField3DPlot**

A near field 3D result.**NearFieldData**

Near field results generated by the Feko Solver.**NearFieldMathScript**

Near field math script data that can be plotted.**NearFieldPowerIntegralData**

Near field power integral results generated by the Feko Solver.**NearFieldPowerIntegralStoredData**

Stored near field results.**NearFieldPowerIntegralTrace**

A near field power integral 2D trace.**NearFieldQuantity**

The near field quantity properties.**NearFieldReceivingAntennaData**

Receiving antenna results generated by the Feko Solver.**NearFieldStoredData**

Stored near field results.**NearFieldSurfacePlot**

A near field surface plot.**NearFieldTrace**

A near field 2D trace.**NetworkData**

Network results generated by the Feko Solver.**NetworkMathScript**

Network math script data that can be plotted.**NetworkStoredData**

Stored network results.**NetworkTrace**

A Networks 2D trace.**Normalisation**

The axis normalisation properties.**OPTFEKOLaunchOptions**

OPTFEKO launch options.**PREFEKOLaunchOptions**

PREFEKO launch options.**PREFEKOVariableExportOptions**

PREFEKO variables (names, values, comments) export launch options.**Plot3DLegendFormat**

The 3D plot legend properties.**PlotSamplingFormat**

The plot sampling format property.**Point**

A point in 3D space. This object lives in the Lua session only. Points are defined by numbers and cannot be defined with expressions. Mathematical operations can be done on points.**Points**

A list of points in 3D space.**PolarGraph**

A 2D Polar graph where results can be plotted.**PolarGraphGrid**

The polar graph grid properties.**PolarGridLines**

The polar graph grid lines properties.**PowerData**

Power results generated by the Feko Solver.**PowerIntegralQuantity**

The power integral quantity properties.**PowerMathScript**

Power math script data that can be plotted.**PowerQuantity**

The power quantity properties.**PowerStoredData**

Stored power results.**PowerTrace**

A power 2D trace.**QuickReport**

A quick report document to generate.**RadialGraphAxis**

The graph radial axis properties.**Ray3DPlot**

Rays 3D result.**RayData**

Ray results generated by the Feko Solver.**Rays3DFormat**

The rays 3D plot visualisation properties.**RaysQuantity**

The rays quantity properties.**ReceivingAntennaData**

Receiving antenna results generated by the Feko Solver.**ReceivingAntennaQuantity**

The receiving antenna quantity properties.**ReceivingAntennaTrace**

A receiving antenna 2D trace.**ReportImageSizeSetting**

Image export size properties.**ReportTemplate**

A report template document to generate.**ReportTemplateTagSettings**

The report template tag and associated window settings.**RequestPoints3DFormat**

The 3D plot request points properties.**Result3DPlot**

A 3D plot of result.**ResultArrow**

A 2D results arrow.**ResultData**

Result data that can be plotted.**ResultPlot**

Graph data plotted on either 2D or 3D graphs.**ResultReport**

The base class for report types.**ResultSurfacePlot**

A result surface plot.**ResultTextBox**

A 2D results text box.**ResultTrace**

A 2D results trace.**SAR3DPlot**

A SAR 3D result.**SARData**

SAR results generated by the Feko Solver.**SARQuantity**

The SAR quantity properties.**SARStoredData**

Stored SAR results.**SARTrace**

A SAR 2D trace.**SParameterData**

S-parameter results generated by the Feko Solver.**SParameterMathScript**

S-parameter math script data that can be plotted.**SParameterQuantity**

The S-parameter quantity properties.**SParameterStoredData**

Stored S-parameter results.**SParameterSurfacePlot**

A S-parameter surface plot.**SParameterTrace**

A S-parameter 2D trace.**ShadowFormat**

The shadow format property.**SmithChart**

A 2D Smith chart where results can be plotted.**SmithChartGrid**

The Smith chart grid properties.**SolutionConfiguration**

A solution configuration for which the model is simulated.**SourceAperture**

Aperture field excitation results generated by the Feko Solver.**SourceCoaxial**

Coaxial approximation excitation results generated by the Feko Solver.**SourceCurrentRegion**

Impressed electric current in a region excitation results generated by the Feko Solver.**SourceCurrentSpace**

Impressed electric current in space excitation results generated by the Feko Solver.**SourceCurrentTriangle**

Impressed current connected to triangle excitation results generated by the Feko Solver.**SourceElectricDipole**

Electric dipole excitation results generated by the Feko Solver.**SourceMagneticDipole**

Magnetic dipole excitation results generated by the Feko Solver.**SourceMagneticFrill**

Magnetic frill excitation results generated by the Feko Solver.**SourceModal**

Modal port excitation results generated by the Feko Solver.**SourcePCB**

PCB excitation results generated by the Feko Solver.**SourcePlaneWave**

Plane wave excitation results generated by the Feko Solver.**SourceRadiationPattern**

Radiation pattern excitation results generated by the Feko Solver.**SourceSolutionCoefficient**

Solution coefficient excitation results generated by the Feko Solver.**SourceSphericalModes**

Spherical mode excitation results generated by the Feko Solver.**SourceVoltageCable**

Voltage on a cable excitation results generated by the Feko Solver.**SourceVoltageEdge**

Voltage on an edge excitation results generated by the Feko Solver.**SourceVoltageNetwork**

Voltage on a network excitation results generated by the Feko Solver.**SourceVoltageSegment**

Voltage on a segment excitation results generated by the Feko Solver.**SourceVoltageVertex**

Voltage on a vertex excitation results generated by the Feko Solver.**SourceWaveguide**

Waveguide excitation results generated by the Feko Solver.**SphericalModesReceivingAntennaData**

Receiving antenna results generated by the Feko Solver.**SpiceProbeData**

SpiceProbe results generated by the Feko Solver.**SpiceProbeQuantity**

The SPICE probe quantity properties.**SpiceProbeStoredData**

Stored far field power integral results.**SpiceProbeTrace**

A SpiceProbe 2D trace.**SurfaceCurrents3DPlot**

A surface currents and charges 3D result.**SurfaceCurrentsAndChargesStoredData**

Stored surface currents and charges results.**SurfaceCurrentsData**

Surface currents generated by the Feko Solver.**SurfaceCurrentsMathScript**

Surface currents math script data that can be plotted.**SurfaceCurrentsQuantity**

The surface currents and charges quantity properties.**SurfaceGraph**

A surface graph where results can be plotted.**SurfaceGraphAxisGridSpacing**

The axis grid spacing properties.**SurfaceGraphAxisLabels**

The graph axis labels properties.**SurfaceGraphAxisRange**

The axis range properties.**SurfaceGraphAxisTitle**

The graph axis title properties.**SurfaceGraphFontFormat**

The font format property.**SurfaceGraphFrameFormat**

The frame format property.**SurfaceGraphLegend**

The graph legend properties.**SurfaceGraphLineFormat**

The line format property.**SurfaceGraphShadowFormat**

The shadow format property.**SurfaceGraphTextBox**

The text box properties.**SurfacePlotLegendFormat**

The surface plot legend properties.**SurfacePlotLegendLinearRangeFormat**

The surface plot legend linear range properties.**SurfacePlotLegendLogarithmicRangeFormat**

The surface plot legend logarithmic range properties.**SurfacePlotSamplingFormat**

The surface plot sampling format property.**TRCoefficientData**

Transmission reflection coefficient results generated by the Feko Solver.**TRCoefficientMathScript**

Transmission reflection coefficient math script data that can be plotted.**TRCoefficientStoredData**

Stored transmission reflection coefficient results.**TRCoefficientTrace**

A transmission reflection coefficient 2D trace.**TRQuantity**

The transmission reflection coefficient quantity properties.**TextBox**

The text box properties.**TraceAxes**

The trace axes properties.**TraceLegendFormat**

The trace legend properties.**TraceLineFormat**

The line format property.**TraceMarkersFormat**

The trace markers format property.**TraceMathExpression**

The trace math expression.**TraceSamplingFormat**

The trace sampling format property.**TransmissionLineData**

Transmission line results generated by the Feko Solver.**Version**

An object that describes that application version in detail.**VerticalGraphAxis**

The graph vertical axis properties.**VerticalSurfaceGraphAxis**

The graph vertical axis properties.**View**

A 3D model view where results can be plotted.**View3DAnimationFormat**

The animation properties.**View3DAxesFormat**

The view 3D axes properties.**View3DFormat**

The view 3D format properties.**View3DLegendRangeFormat**

The view 3D legend range properties.**View3DSolutionEntityFormat**

The view 3D solution entity properties.**View3DSourceFormat**

The view 3D source properties.**WaveguideExcitationStoredData**

Stored waveguide excitation results.**Window**

A view where results can be plotted.**WireCurrents3DPlot**

A wire currents 3D result.**WireCurrentsAndChargesStoredData**

Stored wire currents and charges results.**WireCurrentsData**

Wire currents generated by the Feko Solver.**WireCurrentsMathScript**

Wire currents math script data that can be plotted.**WireCurrentsQuantity**

The wire currents and charges quantity properties.**WireCurrentsTrace**

A wire currents 2D trace.