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- List workflow step by step in a numbered list.
- Use bold to indicate a used or needed feature.
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CUBIT
Mesh Validation with CUBIT
- build mesh in CUBIT
- run acdtool (acdtool mesh stats mesh.ncdf) to check euler numbers for the mesh.
- check mesh quality of all volumes with the "Distortion" metric within CUBIT
- fix the mesh in these areas, using CUBIT
- repeat until mesh achieves the recommended values are achieved for the various quality metrics.
- run acdtool (acdtool mesh stats mesh.ncdf) to check euler numbers for the mesh.
- run acdtool (acdtool mesh check mesh.ncdf) to check for invalid elements in the mesh.
- run acdtool (acdtool mesh fix mesh.ncdf mesh.fixed.ncdf) to fix any invalid elements in the mesh.
Mesh Validation with ParaView
- build mesh in CUBIT
- run acdtool (acdtool mesh stats mesh.ncdf) acd's tool to check euler numbers for the mesh.
- load mesh in ParaView
- apply Mesh Quality filter
- look at 2D Spreadsheet View of quality to find cutoff quality for n worst elements
- apply Threshold filter, to select only elements with quality worse than cutoff
- optionally glyph the thresholded vertices with spheres so that they show up
- optionally make mesh surface visible, but transparent to give context for where the meshing errors are.
- fix the mesh in these areas, using CUBIT
- repeat until mesh achieves the recommended values are achieved for the various quality metrics.
- run acdtool (acdtool mesh stats mesh.ncdf) to check euler numbers for the mesh.
- run acdtool (acdtool mesh check mesh.ncdf) to check for invalid elements in the mesh.
- run acdtool (acdtool mesh fix mesh.ncdf mesh.fixed.ncdf) to fix any invalid elements in the mesh.
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Omega3P
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S3P
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Track3p
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Multipacting Analysis
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