|
on | off
|
|||
|
pout | psteps
|
|||
|
Choose physics interfaces to solve for. The length of the vector is two times the number of physics interfaces. For example, with two physics interfaces, g and c:
new String[]{"g", "on", "c", "off"}. |
|||
|
Select discretizations for physics interfaces. The length of the vector is two times the number of physics interfaces. For example, with two physics interfaces, g and c:
new String[]{"g", "disc1", "c", "disc2"}. |
|||
|
on | off
|
|
init | sol
|
|||
|
Reference to study or "zero" for zero solution.
|
|||
|
init | sol
|
|||
|
Reference to study or "zero" for zero solution.
|
|||
|
on | off
|
|||
|
on | off
|
|||
|
all | selection
|
|
Select meshes for geometries. The length of the vector is two times the number of geometries. Example value when two geometries geom1 and geom2 are available is: new String[]{"geom1","mesh1","geom2", "mesh2"}.
|
|
on | off
|
|||
|
on | off
|
Controls if the mesh can be coarsened by the general modification method (meshadaptmethod set to modify).
|
||
|
Geometric entity selection for the adaptation. edge is only available in 3D.
|
|||
|
l2errest | goalerrest
|
|||
|
gfpredef | gfman
|
|||
|
true | false
|
|||
|
Solution selection: the first or last solution, a all solutions, or manual, using weights and solution number indices in adapsolnum. Eigenfrequency studies use all with weights set to 1, which then uses the first solution only.
|
|||
|
Controls refinement if elselect=worst (for adaptation).
|
|
Matrix with only "off"
|
|||
|
Matrix with only "off"
|
|||
|
on | off
|
|||
|
filled | sparse
|
|||
|
on | off
|
|||
|
on | off
|