Simulate with complex geometries and complex physics
CuttingCurveCluster
define clusters of boundary elements by cutting the geometry along given curves
To cut the boundary geometry by cutting curves given in the IGES file FileName
and to determine the CuttingCurveCluster IDs, use:
include_CCC_curves{FileName}
The IDs can then be used, for example in Equations and INTEGRATION statements,
via the functions CID() and isCID().
Example:
SAVE_ITEM = ( %SAVE_scalar%, [CID(0)], "CCCID" )
See below for further optional parameters that can be set.
| List of members: | |
|---|---|
| CCC_maxSegmentLength | maximum segment length for linearization of cutting curves (optional) |
| CCC_minNewEdgeLength | minimum absolute length for new triangle edges (optional) |
| CCC_relativeEdgeLength | minimum relative length for new triangle edges (optional) |
| CCC_CuttingDistance | distance up to which boundary element nodes are considered to lie on a cutting curve (optional) |
| CCC_clusterAllTriangles | flag whether or not to determine clusters without given starting points (optional) |
| CCC_seeds | seeds starting points for CuttingCurveCluster (optional) |
| include_CCC_curves | define the geometry file containing cutting curves for clustering |