Difference between revisions of "Spot++"
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# You need to be logged on to the a-onl account | # You need to be logged on to the a-onl account | ||
#* <font face="Courier">ssh –X aonl2 –l a-onl</font> | #* <font face="Courier">ssh –X aonl2 –l a-onl</font> | ||
+ | #Make sure CODA is running with beam on | ||
+ | #* The Counting DAQ, not the Parity DAQ. You'll need some triggers (adjust prescale factors to get at least 50 Hz of something, if possible). | ||
#Then type either: | #Then type either: | ||
#* <font face="Courier"> spot_L ''run#'' </font> for the LHRS (Recommended) <p> <font face="Courier"> spot_R ''run#'' </font> for the RHRS </p> | #* <font face="Courier"> spot_L ''run#'' </font> for the LHRS (Recommended) <p> <font face="Courier"> spot_R ''run#'' </font> for the RHRS </p> | ||
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Notes to be incorporated into the above list: | Notes to be incorporated into the above list: | ||
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* Need a link to how to run the HRS CODA | * Need a link to how to run the HRS CODA | ||
Revision as of 17:21, 11 June 2019
In the process of editing and updating this page. Please contact Juliette Mammei crowder@jlab.org with questions or suggestions.
PREX Main<< Information for Shift Takers << Shift Leader << HOW TOs
How To Run spot++
- You need to be logged on to the a-onl account
- ssh –X aonl2 –l a-onl
- Make sure CODA is running with beam on
- The Counting DAQ, not the Parity DAQ. You'll need some triggers (adjust prescale factors to get at least 50 Hz of something, if possible).
- Then type either:
- spot_L run# for the LHRS (Recommended)
spot_R run# for the RHRS
- If no run # is given, analyzes last run taken
- spot_L run# for the LHRS (Recommended)
- Plots should pop up after a few seconds
- When prompted, type y or n to upload the plots to the Elog (or not)
Notes to be incorporated into the above list:
- Need a link to how to run the HRS CODA
- You can get "strange printouts" of errors if you only type spot++ and the last run was for R-HRS, so it's clearer to do what is listed above than to use spot++. (note, this is because spot++ is actually spot_L).
- Hint: Type "spot help" to learn more options.
What do the plots mean?
Need to put examples of output when we have them
BPMA y vs x: Shows the beam location at BPM A
BPMA x: Shows the number of events at each x value in BPM A
BPMA y: Shows the number of events at each y value in BPM A
BPMB y vs x, BPMB x, BPMB y: Same as above but for BPM B
Beam at target y vs x, …x, …y: Same as above for at the target
BPMA Antenna 1, 2, 3, 4: Signal at the four wires of BPM A, one for X+, X-, Y+, Y-, respectively
BPMB Antenna 1, 2, 3, 4: Same as above but for BPM B