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3.12 Nonlinear Simplification Techniques 417<br />

SimplifySamplePoints returns a sparsed list of sample points such that the function values,<br />

evaluated on adjacent points, do not exceed the given tolerance. The argument range must be a<br />

valid parameter sweep specification as described in Section 3.7.2. If range is a n-dimensional sweep<br />

range then func must be a function of n arguments which returns a single real number.<br />

SimplifySamplePoints provides the following options:<br />

option name<br />

default value<br />

ReturnSymbols True whether to return a list of rules or a list of<br />

numerical values<br />

SearchDirections All specifies the direction in which to search for<br />

adjacent points<br />

Options for SimplifySamplePoints.<br />

See also: Section 3.7.2.<br />

Options Description<br />

ReturnSymbols<br />

If ReturnSymbols is set to True, the sparsed list is returned as a flat list of rules. If it is set<br />

to False, the sparsed list is returned as a flat list of numerical values. In the former case the return<br />

value is a valid parameter sweep specification and can be used as argument to NonlinearSetup<br />

(Section 3.12.1). The default setting is ReturnSymbols −> True.<br />

SearchDirections<br />

The option SearchDirections specifies the direction in which to search for adjacent points. The<br />

value can be All or a list of symbols which appear in the given parameter sweep. If the value is<br />

a list of symbols, adjacent points are only searched for the given variables. The default setting is<br />

SearchDirections −> All which means to search in all directions.<br />

3.12.5 NonlinearSettings<br />

NonlinearSettings[dae]<br />

prints all settings for nonlinear simplifications stored in dae<br />

Command structure of NonlinearSettings.

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