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• Camera "Software Development Kit" (SDK) manual can be found here: Andor CCD
• Do not set the exposure time to 5 ms: 2ms is the max exposure time for 120 hz, it takes 5+ ms for the readout so you are dropping every other event (with autocorrect at 120Hz).  A too-large setting will be seen in the main IOC panel with the "sync status" oscillating between locked/unlocked.
• Also they have the evr delay set to zero, but with a large enough window that might be okay
  • Looks like the last time they ran the VLS at SXR the evr delay was 0.00085 s and the width was 1e-5 seconds
• The IOC shutter settings do not matter: they are only to control an external shutter (which we don't have in TMO)
• you can also try to experiment with toggling TMO:VLS:CAM:01:AndorKeepClean to see what effect that has (use Stop-Acquire before changing this setting).  use the pvget/pvput commands to modify the value.
• use the "python viewer" at the top of the IOC screen to view images.  the edm viewer is broken.
• run Dan's IOC panels on tmo-console using this command: /cds/group/pcds/epics-dev/ddamiani/ioc/common/andorCam/children/build/iocBoot/ioc-tmo-andor1/edm-ioc-tmo-andor1.cmd

• As far as I can tell there are only a few PVs that actually matter for the temp:
  TMO:VLS:CAM:01:Temperature_RBV # readback of the actual setpoint temp. I am not sure this one works
TMO:VLS:CAM:01:Temperature # get/put the temperature setpoint (edited) 

  # turn on/off the cooling
  TMO:VLS:CAM:01:AndorCooler
  # readback the on/off state
  TMO:VLS:CAM:01:AndorCooler_RBV
  # string "status" message about the cooling state
  TMO:VLS:CAM:01:AndorTempStatus_RBV
• TMO:VLS:CAM:01:TemperatureActual is supposedly the temperature readback