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404 3. Reference Manual
The rules mode i −> {settings i
} specify the analysis modes to be used during error control and some
mode-specific settings for the simplification routines. Here, mode i can be DT (DC-transfer analysis) or
AC. If the AC analysis is chosen, DT settings have to be specified, too. The mode settings settings i
are given by a sequence of rules. The format is described below.
Additionally, NonlinearSetup provides the following option:
option name
Protocol
default value
Inherited[AnalogInsydes]
standard Analog Insydes protocol
specification (see Section 3.14.5)
Options for NonlinearSetup.
You can use
NonlinearSettings (Section 3.12.5) to inspect the settings of the nonlinear simplifications currently
stored in a DAEObject. Use GetDAEOptions[dae, NonlinearOptions] to get a list of all nonlinear
simplification settings stored in the DAEObject.
See also: GetVariables (Section 3.6.7), GetParameters (Section 3.6.9),
NonlinearSettings (Section 3.12.5), Section 3.7.2.
DT mode specifications
Range−>paramsweep
SimulationFunction−>simfct
ErrorFunction−>errfct
MaxError−>errlist
parameter sweep specification for all input variables
simulation function used for DT analysis; default value:
DefaultDTSimulation
error function used for DT analysis; default value:
DefaultDTError
Maximum error specification for the output variables;
default value: {}
Settings for DT mode.
The range in which to sweep the input parameters during simplification is specified by the paramsweep
value of the Range option. The range specification has to be given in the standard format for Analog
Insydes parameter sweeps which is described in Section 3.7.2. Note that you have to specify a range
for each input parameter.
SimulationFunction, ErrorFunction, and MaxError are optional, whereas Range is a required
argument.