This object controls the model simplification settings for a specific solver.
SolverType ( enum solverkey, enum meshkey )
The settings below apply to the solver which is
specified by the solverkey:
|
"Transient solver" |
|
"Frequency domain solver" |
|
"Asymptotic solver" |
|
"Eigenmode solver" |
|
"Electrostatics solver" |
|
"Magnetostatic solver" |
|
"LF Frequency domain solver" |
|
"LF Frequency domain solver (EQS)" |
|
"Stationary current solver" |
|
"Particle tracking solver" |
|
"Thermal solver" |
|
"Integral equation solver" |
|
"Multilayer solver" |
|
"LF Time domain solver (MQS)" |
|
"LF Time domain solver (EQS)" |
|
"Thermal transient solver" |
|
"Structural mechanics solver" |
The following values are allowed for the meshkey:
|
"Hexahedral" |
|
"Tetrahedral" |
|
"Surface" |
IgnoreLossyMetals ( bool flag )
Do not consider losses of metal materials during a simulation run.
IgnoreLossyDielectrics ( bool flag )
Do not consider losses of normal materials during a simulation run.
IgnoreLossyMetalsForWires ( bool flag )
Neglect losses of metal materials for wires during a simulation run.
IgnoreNonlinearMaterials ( bool flag )
Neglect nonlinear material settings and simulate all materials as normal.
UseThinWireModel ( bool flag )
Use infinite thin wires mapped to the mesh during a simulation run.
UseZeroWireRadius (bool flag )
Do not consider a radius greater zero wires during a simulation run.
SolverType ("", "")
IgnoreLossyMetals ("False")
IgnoreLossyDielectrics ("False")
IgnoreLossyMetalsForWires ("False")
UseThinWireModel ("False")
UseZeroWireRadius ("False")
Example: Settings for the T-Solver
With SolverParameter
.SolverType "Transient solver", "Hexahedral"
.IgnoreLossyMetals "False"
.IgnoreLossyDielectrics "True"
.IgnoreLossyMetalsForWires "False"
.UseThinWireModel "False"
.UseZeroWireRadius "False"
End With