Model Reduction
Use a Model Reduction study step to perform simulations with reduced models or to produce reduced models.
A Model reduction study step will involve the following settings
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Syntax
model.study(stdname).create(fname,"ModelReduction");
model.study(stdname).feature(fname).set(pname,value);
Description
Study step for model reduction. The following general and common properties are available.
Error expressions, if reducedModelType is awe.
Scale of the error variables, if reducedModelType is awe.
Unit of the error functions, if reducedModelType is awe.
Error expressions, if reducedModelType is awe.
Model error/output variables, if reducedModelType is awe.
modal | awe
true | false
Variable names for outputs, if reducedModelType is modal.
true | false
on | off
Frequency domain study step, if reducedModelType is awe.
For the modal model reduction method, the following methods are available..
initially | always
The following properties are available for a time-dependent unreduced study (an unreducedModelStep).
on | off
The following properties are available for a frequency-dependent unreduced study (an unreducedModelStep).
on | off
Physics and Variables Selection Properties
The following properties, in the physics and variables selection (common to many study steps) for variables not solved for reconstruction, can be used if available.