$ $ THIS ALTER IS CONFIDENTIAL AND A TRADE SECRET OF THE $ MSC.SOFTWARE CORP. THE RECEIPT OR POSSESSION OF $ THIS ALTER DOES NOT CONVEY ANY RIGHTS TO REPRODUCE OR $ DISCLOSE ITS CONTENTS, OR TO MANUFACTURE, USE, OR SELL $ ANYTHING HEREIN, IN WHOLE OR IN PART, WITHOUT THE $ SPECIFIC WRITTEN CONSENT OF THE MSC.SOFTWARE CORPORATION. $ $FILE: pstmac2r.rdm Alter to convert test modes to output2 file Alter Name pstmac2a.alt Purpose Convert test mode dmig files to output2 for post processing. Solution Sequence SOL 103 (semodes) Input File Management Section (output2 file automatically assigned) Executive Control SOL 103 INCLUDE 'pstmac2a.alt' Case Control DISP=ALL (or DISP(PLOT)=ALL) Bulk Data Several inputs are required: 1. DMIG entries (PHITEST) representing the test modal displacements. 2. GRID entries for the grid points corresponding to the test locations (geometry is optional). 3. DMI entries (LAMATST) for correct frequency labels. (optional, if omitted, Mode 1 = 1 Hz, Mode 2 = 2 Hz, etc.) 4. PARAM, POST, -1 Output 1. In .f06 file printout of eigenvalue table printout of eigenvector table 2. .op2 file contains ougv1, ready to read into MSC/PATRAN Limitations displacements will only be generated for the input specified (i.e. the aset displacements). The user will probably need to generate "dummy" bar elements, or plotel elements, within MSC/PATRAN to view meaningful results. Sample Files pstmac2.dat input file pstmac2l.dmi user defined eigenvalues for test data pstmact.tst dmig file of eigenvectors