*adaptive_wrapper_build

Builds the skeletal octree structure for the adaptive wrap mesher.

Syntax

Type

HyperMesh Tcl Modify

Description

This command builds the skeletal octree structure for the adaptive wrap mesher. It performs proximity checks, refines the octree based on various input parameters, and also identifies gaps/holes and patches them.

This command must be called between *adaptive_wrapper_init and *adaptive_wrapper_end.

It uses input defined by *adaptive_wrapper_set_features, *adaptive_wrapper_set_params and *adaptive_wrapper_proximity_params.

Examples

#Initialization of wrapper mesh with base mesh
*createmark elements 1 "all"
*adaptive_wrapper_init elements 1 1 0

# Define features
*clearmark elements 1 
*adaptive_wrapper_set_features 1 1 30 1 1

#Set various meshing and refinement parameters
*createstringarray 7 "LeakCheckNodes: 20 24 19" "GapPatchTolerance: 3.0" "HolePatchTolerance: 10.0" "RefineByBoxCompIds: 4 5 6" "RefineByNodeCurvature: 1" "RefineByFeatureProximity: 0" "RefineByAllElemSize: 1"
*adaptive_wrapper_set_params 10 0.1 1 7

#Proximity options
eval *createstringarray 3 "WithinGroup: 0.5 1 3 10 12 13" "WithinGroup: 1.5 3 9 20" "AcrossGroup: 0.5 3 10 12 13 4 9 8 7 19"
*adaptive_wrapper_proximity_params 1 0.2 1 3

#Build skeletal octree structure
*adaptive_wrapper_build

#Generate mesh
*createstringarray 2  "DoRemesh: 1" "RemeshGrowthRate: 1.2"
*adaptive_wrapper_mesh 0 1 2

#End of wrapper mesh
*adaptive_wrapper_end

Errors

Incorrect usage results in a Tcl error. To detect errors, you can use the catch command:

if { [ catch {command_name...} ] } {
   # Handle error
}

Version History

13.0