Parametric
Handle parameters for parameter stepping for stationary problems.
Syntax
model.sol(sname).create(fname,"Stationary")
model.sol(sname).feature(fname).create(parname,"Parametric")
model.sol(sname).feature(fname).feature(parname).set(pname,pvalue)
Description
Attribute feature.
Use all for continuation, if uselsqdata is set to true.
Name of the controlling study step or user if the feature is controlled manually.
off | on | auto
Setting this property to on the initial damping factor is used for all parameter steps.
on | off
Setting this property to on enables the use of the properties pinitstep, pmaxstep, and pminstep.
no | last | manual
For pcontinuationmode=manual this is one of the parameter names from pname.
on | off
auto | manual
Parametric values loop order. If set to auto, a more efficient loop order is used if possible.
stop | skip | empty
constant | linear
plist | psteps
When pout is set to plist, output solutions for the parameters in plist. When pout is set to psteps, output solutions at the parameter values chosen by the solver.
on | off
no | yes | auto
pout | psteps
Probes to use when probesel=manual.
all | none | manual
on | off
sparse | filled
Method for doing the parameter variation. For sweeptype=sparse, the parameter tuples defined by the columns in plistarr are solved for. This method requires equal length for the rows. For sweeptype=filled, all parameter combinations given by plistarr are solved for.
on | off