• Cleanup branches in npanalysis (remove old vamos branch and add MW TDC ones)
  
• Check the MW TDC, make an offset calibration to align them
  
• Implement the calibration in the analysis and out a MW_T branch with all the time
  
• Allow for multiplicity in EDC
  
  

• Ex And Ex normalised with coinc gamma overlay (Tac conditions for both) Indicate the Sn on this plot.
  
• Kinematic plot with kinematic all line overlay (add fonctions to add kine line for 47Kdp 47Tidp 47Kpp 47Kdd 47Kdt 47KCC)
  
• Ex vs EDC
  
• Ex vs ThetaLab
  
• Gamma-Gamma
  

• Add a separate macro with gate on gamma to produce ThetaLab distribution for each states
  
• Do a simulation and produce a Solid angle for the g.s. And apply it to the distribution
  
• Overlay the ADWA calculation with appropriate scaling (on a reference angle bin to be chosen)
  

• T_Si_CATS1 (stop should be CATS n FAG --> to be checked)
  
• T_Si_VAMOS (seen now in T_CATS1_CATS2) --> check the signals (if CATS is the START we should use CATS n FAG, if it is the stop it should be delayed by 800 ns , the delay is prepared)
  

• Raw run files are located in /data/mugastX/mugast/acquisition/run/
  
• Converting FSC run: 622 to 629 : run_0630.dat.06-03-21_13h15m06s
  
• Converting alpha run: 630. warning: there is 3 files for this run :run_0630.dat.06-03-21_13h15m06s and run_0630.dat.06-03-21_13h15m06s.1 and run_0630.dat.06-03-21_13h15m06s.2
  
  

• Extract histograms for FSC run with the macro located : /home/mugast/analysis/nptool/Projects/calibration/Time/ExtractRawHisto_T.C
  
• Extract histograms for alpha run with the macro located : /home/mugast/analysis/nptool/Projects/calibration/Energy/ExtractRawHisto_E.C
  

• FSC: /home/mugast/analysis/nptool/Projects/calibration/Time/TimeCalibrator.C
  
• alpha: /home/mugast/analysis/nptool/Projects/calibration/Energy/EnergyCalibrator.C
  

• List all the file you just generated in /home/mugast/analysis/nptool/Projects/MUGAST/Calibration.txt
  
• Do some cleanup in the file so it is more readable.
  
• Check for missing/noisy strips and adjust config file in /home/mugast/analysis/nptool/Projects/MUGAST/configs
  

• check T:strip and E:strip
  
• Post a summary of the resolution for each detector
  

• Check the range of each tac
  
• wired the start/stop to the TAC inputs
  
• do an acquisition with enough statitics
  
• analyse it and put the calibration file in Calibration.txt
  

What remains to be done
- Do the time calibration of all boards (time calibrator has to be connected)
        . When checking the pulser on all boards we saw that MG5 has no triggers on Y and MG9 does not see the pulser (neither X or Y). So we will not get time calibration for those
- Plug the STOP in the MUVI (either clean HF that was used in the previous experiment or CATS2 clean that was also prepared during the last experiment but should be connected)
- Rename parameters in the GECO of the experiment
        . We now run only with 3 MUVI, MG9 (square) is put in channel 3 of MUVI2 (where MG6 was plugged before)
        . We changed the names for the ACTION_mugast.CHC_PAR but it has to be done for the experiment file)
- Targets will be mounted last week before the experiment. The surveyor have to remeasure the position of all targets.
- hvm_watcher has to be modified according to the changes made on the distribution boxes : 
        . MG9 is on the LV/BT of the new distribution box on channel 6
        . MM1 is on channel 5 of the MUST2 distribution box (instead of channel 1).


We noticed instabilities in the current of the MUST2 detectors : T1 is fluctuating from time to time and T2 current is increasing slowly but surely.
We now run with 60V on MM1 and MM2 and 70V on MM3 and MM4.
The fluctuations on MM1 are usually solved when cooling down to 0 degree.

!! We do not leave HV and LV on when there is nobody to check the temperature of the boards and the coolers.