Input Arguments
Name-Value Pair Arguments
Specify optional comma-separated pairs of Name,Value arguments. Name is the
argument name and Value is the corresponding value. Name must appear inside quotes.
You can specify several name and value pair arguments in any order as
Name1,Value1,...,NameN,ValueN.
Example: 'RateConversionMethod','prewarp' sets the rate conversion method to
the Tustin method with prewarping.LinearizationAlgorithm — Algorithm used for linearization
'blockbyblock' (default) | 'numericalpert'Algorithm used for linearization, specified as the comma-separated pair consisting of
'LinearizationAlgorithm' and one of the following:- 'blockbyblock' — Individually linearize each block in the model, and combine the
results to produce the linearization of the specified system. - 'numericalpert' — Full-model numerical-perturbation linearization in which root-
level inports and states are perturbed using forward differences; that is, by adding
perturbations to the input and state values. This perturbation method is typically
faster than the 'numericalpert2' method. - 'numericalpert2' — Full-model numerical-perturbation linearization in which root-
level inports and states are numerically perturbed using central differences; that is, by
perturbing the input and state values in both positive and negative directions. This
perturbation method is typically more accurate than the 'numericalpert' method.
The numerical perturbation linearization methods ignore linear analysis points set in the
model and use root-level inports and outports instead.Block-by-block linearization has several advantages over full-model numerical
perturbation:- Many Simulink blocks have a preprogrammed linearization that provides an exact
linearization of the block. - You can use linear analysis points to specify a portion of the model to linearize.
- You can configure blocks to use custom linearizations without affecting your model
simulation.
15 Alphabetical List