IntegrationWeights

Type:section Appearance:simple Excludes:CartesianToFourierTransform, ConvertToPowerFlux, CreateReducedBasis, DensityIntegration, DipoleEmission, EvaluateReducedBasis, ExportFields, ExportGrid, FarField, FluxIntegration, FourierTransform, GridStatistics, LayeredMediaSolver, ModeOverlap, MultipoleExpansion, OpticalImaging, PupilField, Radiation, ResonanceExpansion, ResonanceOverlap, ScatteringMatrix, Superposition, SurfaceDensityIntegration

Use this post-process to export the integration nodes and weights required to numerically integrate a field of order IntegrationOrder exactly.

Storage format

The output is stored in a JCM table file under the path OutputFileName with the following columns:

• Columns 1-3: PointsX, PointsY, PointsZ

  Position of the integration nodes in Cartesian coordinates.

• Column 4: DomainId

  The DomainId denotes the physical domain as specified in the layout that contains the integration node.

• Columns 5: Weight

  The integration weight for the integration nodes.

• Columns 6–…: <Quantity>_<iF>, <Quantity><Component>_<iF>, or <Quantity><Component1><Component2>_<iF>

  These columns occur only when OutputQuantity is requested. They store the complex scalar, vector, or rank-two-tensor values at the quadrature node. Material quantities have no field index.

The header metadata IntegrationOrder records the requested minimum integration order.