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operations:documentation:lba_sched_file_prep [2013/03/21 04:37] Jim Lovell created |
operations:documentation:lba_sched_file_prep [2013/03/21 04:47] (current) Jim Lovell |
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| - | !!! Additional procedures | + | ==== Additional procedures ==== |
| - | Now you need to add in some @@preob@@, @@postob@@ and @@systemp@@ procedures. Run @@cat /usr2/proc/ke12m.prc >> v465ake.prc@@ to attach the preob routine. For the postob routine, you need to know the number channels being recorded - check the ATNF wiki for the experiment. v465a records 8 channels, so the command to attach the postob routine is @@cat /usr2/proc/postob_8x16MHz_2 >> v465ake.prc@@. Here, @@8x16MHz@@ refers to the number of channels and bandwidth, and @@_2@@ to two-bit recording. Finally, systemp - v465a is recording S-band, dual polarisation so the command is @@cat /usr2/proc/systemp12srl >> v465ake.prc@@. | + | |
| - | Finally, copy the edited procedure to the correct directory with @@mv v465ake.prc /usr2/proc/@@ | + | Now you need to add in some ''preob'', ''postob'' and ''systemp'' procedures. Run <code>cat /usr2/proc/ke12m.prc >> v465ake.prc</code> to attach the preob routine. For the postob routine, you need to know the number channels being recorded - check the ATNF wiki for the experiment. v465a records 8 channels, so the command to attach the postob routine is <code>cat /usr2/proc/postob_8x16MHz_2 >> v465ake.prc</code>. Here, ''8x16MHz'' refers to the number of channels and bandwidth, and ''_2'' to two-bit recording. Finally, systemp - v465a is recording S-band, dual polarisation so the command is <code>cat /usr2/proc/systemp12srl >> v465ake.prc</code>. |
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| + | Finally, copy the edited procedure to the correct directory with <code>mv v465ake.prc /usr2/proc/</code> | ||
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| + | ===== Drudging Fringe-check schedules ===== | ||
| - | !!'''Drudging Fringe-check schedules'''[[#fring]] | ||
| First, download the vex files into @@/usr2/sched/@@ on pcfske. The easiest way is to use the following commands | First, download the vex files into @@/usr2/sched/@@ on pcfske. The easiest way is to use the following commands | ||