Laserfiche WebLink
<br />0""/0 <br />J.1.L'1: U <br /> <br />. Operate Mhydro from \CRSM\LR\MHYDRO as follows (Note, MHYDRO is <br />required to be executed first because it generates a system specific binary data file for <br />input to CRSM): <br /> <br />Execute Enter <br />1. OPEN40 open40 <br />2. MHYDRO mhydro <br /> update <br /> crsm <br /> <br />Description <br />Create space for scratch <br />files. <br />Execute MHYDRO <br />Fill scratch files with data <br />Build a binary data file for <br />CRSM <br /> <br />. Operate SMDm from \CRSM\LR\SMDID as follows (Note, if you want to use the <br />test data set provided, you can skip the execution of SMDlD). <br /> <br />Execute <br /> <br />Enter <br />smdid <br /> <br />Description <br />Build an ascii data file for <br />CRSM. <br /> <br />3. SMDID <br /> <br />. Operate CRSM from \CRSM\LR\CRSMD as follows:. <br /> <br />Execute <br /> <br />Enter <br /> <br />copy <br />CONCOLl +\CRSM\DA T\ <br />ICAP893 TAPE60 <br /> <br />Description <br />Merge the CRSM control <br />file (CONCOLl) and <br />SMDID results (ICAP893). <br />Execute CRSM and build a <br />binary data file for <br />TAPEDIT. <br /> <br />4. CRSM <br /> <br />crsm <br /> <br />. Operate TAPEDIT from \CRSM\LR\TAPEDIT as follows:. <br /> <br />Execute <br /> <br />Enter <br />tapedit <br /> <br />Description <br />Process the results of <br />CRSM into ASCII tables. <br /> <br />5. TAPEDIT <br /> <br />3 <br />