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Entry  Tue Nov 1 19:26:38 2011, Zach, Update, SUS, "Dr. SUS" progress 
    Reply  Wed Nov 2 01:53:08 2011, Zach, Update, SUS, "Dr. SUS" progress 
       Reply  Wed Nov 2 11:29:04 2011, not Zach, Update, SUS, "Dr. SUS" progress 
Message ID: 5779     Entry time: Tue Nov 1 19:26:38 2011     Reply to this: 5781
Author: Zach 
Type: Update 
Category: SUS 
Subject: "Dr. SUS" progress 

EDIT: Ran Jamie's NDS2 reset method and it's still not serving up MC data.

I am debugging the SUS input matrix diagonalization code (which I have affectionately termed "Dr. SUS") offline by running everything except the actual writing of the matrices (%writeSUSinmat()) in a sandbox directory. Some notes:

  • nodus doesn't know NDS2, but this isn't a problem given Kiwamu's reply, since we don't want to push results to the elog. I will still have the script push "optics kicked---don't touch" alerts to the elog, but I realized this can be done easily from a remote computer via in-script SSH commands. My next choice was pianosa, but even though she knows NDS2, she spits out MEX errors when I try to get data. Third stop was allegra, and she plays nice 
  • NDS2 is unable to read the MC mirror sensor data. Data from all other optics are retrieved without a problem. I verified that raw data was being written by plotting playback data in dataviewer, and I tried various times and the problem persisted. I suspect the problem is on the NDS2 server side:

The most recent entry in .../users/jzweizig/nds2-mafalda/channel_history shows nothing for MC1 2 or 3

 

mafalda:channel_history>more C-R-999986048-178368.cls | grep SENSOR
C1:SUS-BS_SENSOR_LL raw 0 real_4 2048 C-R
C1:SUS-BS_SENSOR_LR raw 0 real_4 2048 C-R
C1:SUS-BS_SENSOR_SIDE raw 0 real_4 2048 C-R
C1:SUS-BS_SENSOR_UL raw 0 real_4 2048 C-R
C1:SUS-BS_SENSOR_UR raw 0 real_4 2048 C-R
C1:SUS-ETMX_SENSOR_LL raw 0 real_4 2048 C-R
C1:SUS-ETMX_SENSOR_LR raw 0 real_4 2048 C-R
C1:SUS-ETMX_SENSOR_SIDE raw 0 real_4 2048 C-R
C1:SUS-ETMX_SENSOR_UL raw 0 real_4 2048 C-R
C1:SUS-ETMX_SENSOR_UR raw 0 real_4 2048 C-R
C1:SUS-ETMY_SENSOR_LL raw 0 real_4 2048 C-R
C1:SUS-ETMY_SENSOR_LR raw 0 real_4 2048 C-R
C1:SUS-ETMY_SENSOR_SIDE raw 0 real_4 2048 C-R
C1:SUS-ETMY_SENSOR_UL raw 0 real_4 2048 C-R
C1:SUS-ETMY_SENSOR_UR raw 0 real_4 2048 C-R
C1:SUS-ITMX_SENSOR_LL raw 0 real_4 2048 C-R
C1:SUS-ITMX_SENSOR_LR raw 0 real_4 2048 C-R
C1:SUS-ITMX_SENSOR_SIDE raw 0 real_4 2048 C-R
C1:SUS-ITMX_SENSOR_UL raw 0 real_4 2048 C-R
C1:SUS-ITMX_SENSOR_UR raw 0 real_4 2048 C-R
C1:SUS-ITMY_SENSOR_LL raw 0 real_4 2048 C-R
C1:SUS-ITMY_SENSOR_LR raw 0 real_4 2048 C-R
C1:SUS-ITMY_SENSOR_SIDE raw 0 real_4 2048 C-R
C1:SUS-ITMY_SENSOR_UL raw 0 real_4 2048 C-R
C1:SUS-ITMY_SENSOR_UR raw 0 real_4 2048 C-R
C1:SUS-PRM_SENSOR_LL raw 0 real_4 2048 C-R
C1:SUS-PRM_SENSOR_LR raw 0 real_4 2048 C-R
C1:SUS-PRM_SENSOR_SIDE raw 0 real_4 2048 C-R
C1:SUS-PRM_SENSOR_UL raw 0 real_4 2048 C-R
C1:SUS-PRM_SENSOR_UR raw 0 real_4 2048 C-R
C1:SUS-SRM_SENSOR_LL raw 0 real_4 2048 C-R
C1:SUS-SRM_SENSOR_LR raw 0 real_4 2048 C-R
C1:SUS-SRM_SENSOR_SIDE raw 0 real_4 2048 C-R
C1:SUS-SRM_SENSOR_UL raw 0 real_4 2048 C-R
C1:SUS-SRM_SENSOR_UR raw 0 real_4 2048 C-R

 

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