...
- Make sure your environment is setup correctly:
- Log into a SLAC machine. You will need to have X11 forwarding enabled (the -X or -Y option if not enabled by default).
- If one is not already sourced in your .bashrc or .cshrc then:
- This will set environment variables like $GLASTROOT and the path to the GUI you will use below.
- Make sure that you have write permissions to the $LATCalibRoot directory.
- If not, ask Tom Glanzman .
- Copy files to the "normal" place (if the instrument people haven't already):
- TKR: $LATCalibRoot/TKR
- CAL: $LATCalibRoot/CAL/p7repro
- Figure out the transition time:
- Go to the data processing page.
- Find the most recent run. It will be at the top, unless deliveries have arrived out of order.
- Click on the run number.
- Note the start time.
- Go to the mission planning timeline
- Find the first SAA passage that is still in the future processing wise.
- Pick a time that is in the middle of the SAA passage. That is when we will start the new calibration.
- Start the
rdbGUI
. - Go to the
File
menu and select 'Open DB Schema
'. - Navigate to the directory
/afs/slac/g/glast/applications/dbSchemas/calib
- You can paste this into the
File Name
box. - You can bookmark this location for future session by clicking on the flag icon.
- Open the calib.xml file and click on
metadata_v2r1
under the Tables box. - Under the
Session
menu, click on Open connection
. This will open a pop up box. - Fill in the box like the image below. The
profile name
and profile description
boxes can be anything. The password is "calibr8tor".
{"serverDuration": 46, "requestCorrelationId": "53e28aeb6e77e20d"}