EXBOPT, OUTINV2,
OUTTCMS, OUTSUB,
OUTCMS, OUTCOMP,
OUTRM, NOINV,
OUTELE
Specifies .EXB file output options in a CMS generation
pass.
OUTINV2
Output control for 2nd order invariant:
0 | — | Do not output (default). |
1 | — | Output the second order invariant. |
OUTTCMS
Output control for .TCMS file:
0 | — | Do not output (default). |
1 | — | Output the .TCMS file. |
OUTSUB
Output control for .SUB file:
0 | — | Do not output (default). |
1 | — | Output the .SUB file. |
OUTCMS
Output control for .CMS file:
0 | — | Do not output (default). |
1 | — | Output the .CMS file. |
OUTCOMP
Output control for node and element component information:
0 | — | Do not output any component information. |
1 | — | Output node component information only. |
2 | — | Output element component information only. |
3 | — | Output both node and element component information (default). |
OUTRM
Output control for the recovery matrix:
0 | — | Do not output (default). |
1 | — | Output the recovery matrix to file.EXB. |
2 | — | Output the recovery matrix to a separate file, file_RECOVER.EXB. |
NOINV
Invariant calculation:
0 | — | Calculate all invariants (default). |
1 | — | Suppress calculation of the 1st and 2nd order invariants. NOINV = 1 suppresses OUTINV2 = 1. |
OUTELE
Output control for the element data:
0 | — | Do not output (default). |
1 | — | Output the element data. |
When the body property file (file.EXB) is requested in a CMS generation pass (CMSOPT,,,,,,,EXB command), the .TCMS, .SUB, and .CMS files are not output by default. Use the EXBOPT command to request these files, as needed.
EXBOPT can also be used to manage some content in the
.EXB file for improving performance and storage (see the
OUTINV2, OUTCOMP,
OUTRM, NOINV, and
OUTELE arguments described above).
If both recovery matrix output (OUTRM = 1 or 2) and the
.TCMS file (OUTTCMS = 1) are requested, the
.TCMS file writing is turned off due to potentially large in-core memory
use.
For more information on how to generate file.EXB, see ANSYS Interface to AVL EXCITE in the Mechanical APDL Substructuring Analysis Guide