For more information, see “Specify Parameter Samples for Batch Linearization” on page
3-62.If param specifies tunable parameters only, then the software batch linearizes the model
using a single compilation. If you also configure sllin.OperatingPoints with
operating point objects only, the software uses single model compilation.For an example showing how batch linearization with parameter sampling works, see
“Vary Parameter Values and Obtain Multiple Transfer Functions” on page 3-32.To compute the offsets required by the LPV System block, specify param, and set
sllin.Options.StoreOffsets to true. You can then return additional linearization
information when calling linearization functions such as getIOTransfer, and extract the
offsets using getOffsetsForLPV.op — Operating point for linearizing mdl
operating point object | array of operating point objects | vector of positive scalarsOperating point for linearizing mdl, specified as:- Operating point object, created using findop with either a single operating point
specification, or a single snapshot time. - Array of operating point objects, specifying multiple operating points.
To create an array of operating point objects, you can:- Extract operating points at multiple snapshot times using findop.
- Batch trim your model using multiple operating point specifications. For more
information, see “Batch Compute Steady-State Operating Points for Multiple
Specifications” on page 1-91. - Batch trim your model using parameter variations. For more information, see
“Batch Compute Steady-State Operating Points for Parameter Variation” on page 1-
95. - Vector of positive scalars, specifying simulation snapshot times.
If you configure sllin.Parameters, then specify op as one of the following:- Single operating point.
- Array of operating point objects whose size matches that of the parameter grid
specified by the Parameters property. When you batch linearize mdl, the software
15 Alphabetical List