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CIBC:Documentation:SCIRun:Reference:CardioWaveInterface:DMDCreateDomain

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DMDCreateDomain

Information

Package: CardioWaveInterface
Catagory: DiscreteMultiDomain
Author(s): Jeroen Stinstra
Status: Supported in latest version
Version: 3.0

Description

Summary

This module creates the domain for the discrete multidomain computation.

Detailed Description

This module creates the domain for the discrete multidomain computation. The module needs two input fields named Conductivity and ElementType. The field Conductivty describes the conductivity throughout the domain and needs to have the mesh as ElementType which describes the layout of the domains. ElementType contains integer values and each domain is defined as the elements with the same the value in elementtype. Before one can use the field it is good to split the the field into regions that connect elements of the same type, but do not connect elements from different domains. Use the module SplitFieldByElementData to split the field properly.

All other inputs are optional: ConductivityTable specifies the conductivies in case the Conductivity field is indexed into a table. One can use the BioPSE definitions here as well and hence this field is optional and not needed if the field already has a conductivity table. GeomToComp and CompToGeom specify the geometrical mesh to comptutational grid mapping. In theory only on of these needs to be computed as the other one will be automatically generated. However if one has both tables it is more efficient to supply both. Note that the LinkFieldBoundary and LinkFieldBoundaryByElement modules already assign these properties to the fields. Use these inputs only if you want to do any manually collapsing of nodes into one computational node. The last input MembraneLink is mapping matrix that contains information on whether Membranes need to be linked over the boundary. This mapping matrix is automatically generated by LinkFieldBoundaryByElement.



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