add#

OptimizationSetups.add(calculation=None, ranges=None, variables=None, optimization_type='Optimization', condition='<=', goal_value=1, goal_weight=1, solution=None, name=None, context=None, subdesign_id=None, polyline_points=1001, report_type=None)[source]#

Add a basic optimization analysis. You can customize all options after the analysis is added.

Parameters:

calculationstr, optional: Name of the calculation.
rangesdict, optional: Dictionary of ranges with respective values. Values can be: a list of discrete values, a dict with tuple args of start and stop range. It includes intrinsics like “Freq”, “Time”, “Theta”, “Distance”.
variableslist, optional: List of variables to include in the optimization. By default all variables are included.
optimization_typestrm optional: Optimization Type. Possible values are “Optimization”, “DXDOE”,`”DesignExplorer”,”Sensitivity”,”Statistical”` and “optiSLang”.
conditionstr, optional: The default is "<=".
goal_valueoptional: Value for the goal. The default is 1.
goal_weightoptional: Value for the goal weight. The default is 1.
solutionstr, optional: Type of the solution. The default is None, in which case the default solution is used.
namestr, optional: Name of the analysis. The default is None, in which case a default name is assigned.
contextstr, optional: Calculation contexts. It can be a sphere, a matrix or a polyline.
subdesign_idint, optional: Subdesign id for Circuit and HFSS 3D Layout objects.
polyline_pointsint, optional: Number of points for Polyline context.
report_typestr, optional: Override the auto computation of Calculation Type.

Returns:

ansys.aedt.core.modules.design_xploration.SetupOpti: Optimization object.

References

>>> oModule.InsertSetup