[Source]
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Specifies the source from which to map data. The name of this property changes to one of the following, based on the type of data mapper:
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Source Surfaces
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For Surface Data Mappers, you can specify one or more surfaces from which to map data. Source surfaces can either be 2D regions, region boundaries, part surfaces, or surfaces defined on an imported CAE model.
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Source Volumes
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For Volume Data Mappers, you can specify one or more volumes from which to map data. Source volumes can either be
Simcenter STAR-CCM+ regions or parts, or volumes defined on an imported CAE model.
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Source Beams
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For Beam Data Mappers, you can specify a single beam from which to map data. The source beam can only be an imported CAE beam.
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Source Phases
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For Parcel Data Mappers, you can specify any Lagrangian phases defined in the simulation.
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Source Stencil
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Specifies the location where the solution data is available on the source mesh. If the solution available on the source mesh was computed using finite volume (FV) techniques, the source stencil is most likely either a cell or a face. If the solution available on the source mesh was computed using finite elements (FE) techniques, the source stencil is typically a vertex. Choosing the wrong combination of stencils reduces the integrity of the mapping operation.
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Face
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Instructs the data mapper to map field data available at the source mesh faces. Typically, this stencil is appropriate for surface data mappers that map data from surfaces of a finite volume mesh, for example boundaries or part surfaces of a
Simcenter STAR-CCM+ FV model.
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Cell
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Instructs the data mapper to map field data available at the source mesh cell centroids. Typically, this stencil is appropriate for volume data mappers that map data from volumes (cells) of a finite volume mesh, for example regions or parts of a
Simcenter STAR-CCM+ FV model.
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Vertex
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Instructs the data mapper to map field data available at the source mesh vertices. Typically, this stencil is appropriate for surface, volume, and beam data mappers that map data from a finite element source mesh. For example, part surfaces, parts, or regions of
Simcenter STAR-CCM+ FE models, surfaces or volumes of imported FE models, imported beams.
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Scalar
Functions
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Specify scalar and/or vector fields for mapping. The data mapper interpolates the specified fields, available at the source faces, cells, or vertices as specified in the
Source Stencil property, to the target mesh.
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Vector
Functions
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Mapped Names
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The fields that you specify for mapping become available as field functions when you execute the data mapper or the
Pre-Register Mapped Fields option. See
Data Mappers Reference. The mapped data field functions have the default name,
Mapped<Target_stencil><Field_name>. Using this property, you can specify/edit an alternative name for each of the field functions generated by the data mapper.
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Representation
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For
Simcenter STAR-CCM+ source meshes, this property allows you to select the representation to get source data from, which could be either the
Volume Mesh representation or any representations available in a simulation history file. See
Recording And Viewing Solutions. This property has no effect when the source mesh is an imported CAE model.
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Use original mesh
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When activated, instructs the data mapper to use the original mesh as the reference mesh for mapping. When deactivated, the data mapper uses the current mesh as the reference mesh for mapping. See
Mapping Between Structure And Fluid Grids.
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Verbosity
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Controls the level of verbosity of the selected data mapper. When activated, the
Output window displays additional details on the mapping process, such as the percentage of target source faces, cells, or vertices that is mapped successfully.
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