Welcome to Adams/Solver Subroutines - Kxcad.net
Welcome to Adams/Solver Subroutines - Kxcad.net
Welcome to Adams/Solver Subroutines - Kxcad.net
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Input Argument<br />
<strong>Welcome</strong> <strong>to</strong> <strong>Adams</strong>/<strong>Solver</strong> <strong>Subroutines</strong><br />
id An integer variable that specifies the ID of the FLEX_BODY statement.<br />
Output Argument<br />
mode An integer array that contains the original mode numbers of all the active<br />
modes associated with the specified FLEX_BODY.<br />
freq A double-precision array that contains the modal frequencies, in cycles per<br />
user-defined time, of all active modes associated with the specified<br />
FLEX_BODY.<br />
errflg A logical variable that returns true if an error has occurred during the call <strong>to</strong><br />
MODINF.<br />
Caution: You must be sure mode and freq are dimensioned large enough <strong>to</strong> contain all the values<br />
returned by MODINF. You can check the number of active modes using NMODES.<br />
Example<br />
For examples of how MODINF is used, see the following files:<br />
For Windows, in the direc<strong>to</strong>ry /install_dir/solver/samples, where install_dir is the direc<strong>to</strong>ry in which you<br />
installed your <strong>Adams</strong> software.<br />
For UNIX, in the direc<strong>to</strong>ry /install_dir/solver/samples, where install_dir is the direc<strong>to</strong>ry in which you<br />
installed your <strong>Adams</strong> software.<br />
• sysary_sample.acf<br />
• sysary_sample.adm<br />
• sysary_sample.f<br />
• sysary_sample.mtx<br />
NMODES<br />
NMODES returns the number of modal generalized coordinates associated with a FLEX_BODY<br />
statement (C++ or FORTRAN).<br />
Use<br />
Called By<br />
When errflg is true, the values of mode and freq may be wrong.<br />
Any user-written subroutine<br />
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