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MUST2 SAMURAI_2018 S3-LEB-LPC SUPERNEMO MUGAST EXPAND SCALP GALATRON HiCARI VELO

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Status	ExpNbr	Date	Author	Type	Category	Target-Source	Subject
Fixed	e768s	Wed Jul 17 01:51:10 2019	mugast	BEAM	General		Faisceau perdu
Un Q-pole dans L3 est tombé. L'opérateur a du mal à le redémarrer. Bertrand et un technicien ont essayé de réparer mais sans succès. L'astreinte a été appelée à 2h50.
Fixed	e768s	Wed Jul 17 09:07:19 2019	mugast	BEAM	General		beam settings
values as it is now
Attachment 1: 20190717_061639.jpg

Fixed	e768s	Wed Jul 17 09:50:44 2019	mugast	MUST2	General	N/A	MUST2 CAEN alim burned down
Yesterday at around 23h the CAEN alim stopped working. - The 48V power supply is blown up - The Main controller is still starting - We can see all card from the powered crate so hopefully no damage on the card themselves Nicolas left a 6am this morning to pickup a spare at Orsay. In the mean time we run 15N with VAMOS-AGATA daq.
Fixed	e768s	Thu Jul 18 14:38:04 2019	mugast	GRIT	General	N/A	time calibrator for MG10 X
Here is the plot
Attachment 1: TAC_MUGAST_HF_StripByStrip_MG10_20190718.png

Attachment 2: calibT_StripByStrip_MG10_20190718.png

Fixed	e768s	Thu Jul 18 23:35:26 2019	mugast	RUN	General	N/A	run 102
VAMOS ref run: Brho = 0.5854 Tm P(CHIO) = 45 mbar P(drift) = 6 mbar hole = 7mm I(15O) = 1.5e3 pps
Fixed	e768s	Thu Jul 18 23:42:44 2019	mugast	RUN	General		run 103 -> Brho scan

Fixed	e768s	Fri Jul 19 00:59:20 2019	mugast	RUN	General		RUN 107 - Reference Target Run
Reference Target Run after beam tuning Brho 0.5854 Tm
Fixed	e768s	Fri Jul 19 01:02:54 2019	mugast	OTHER	General		15O beam parameters
Brho manip = Brho after target - 2% = 0.556 Tm RMN = 2821.476 Gauss Q32 = 15.2 A Q31 = 16.8 A Q41 = 148.070 A Q42 = 217.452 A Dipole D4p = 187.632 A
Fixed	e768s	Fri Jul 19 01:05:26 2019	mugast	RUN	General		RUN 108
Brho Change to 0.556 Tm Moving Plate : Final Position +7mm with 6 kHz Slowly increasing
Fixed	e768s	Fri Jul 19 09:32:45 2019	mugast	BEAM	General	LiF	Beam is fluctuating
There was a temporary beam loss during the run 113
Attachment 1: run_113_temporary_beam_loss.png

Fixed	e768s	Fri Jul 19 09:38:05 2019	mugast	GRIT	General	LiF	Impact matrix for MUGAST

Attachment 1: mugast_missing_strip.png

Fixed	e768s	Fri Jul 19 13:09:14 2019	mugast	BEAM	General	LiF	Counting rates as a function of beam intensity
checking counting rates as a function of increasing beam intensity
Attachment 1: IMG_20190719_130411.jpg

Fixed	e768s	Fri Jul 19 13:24:01 2019	mugast	OFFLINE	General	LiF	g-ray spectrum (run 112) requiring 19Ne in VAMOS

Attachment 1: 21.png

Fixed	e768s	Fri Jul 19 15:11:10 2019	mugast	OFFLINE	General		Procedure for run conversion and analysis
Here is the procedure to convert a run with VAMOS and AGATA data and add those data to the Kinematic plot. Every 4GB there will be a file change, to see if there is a file change type: ls -ltrh /data/mugastX/e768s/acquisition/run/ Convert the last 4GB file and add it to the chain through the following steps: Open a terminal from one of the Mugast computer: Type: source $HOME/GoToVamosAna Type: MyVAna -d2Ar -f /data/mugastX/e768s/acquisition/run/run_$$$$-DD-MM-YY.HHhMMmSSs /data/mugastX/e768s/acquisition/run/RootA/r$$$$_000a.root OR (in case the run is split in more files) Type: MyVAna -d2Ar -f /data/mugastX/e768s/acquisition/run/run_$$$$-DD-MM-YY.HHhMMmSSs.N /data/mugastX/e768s/acquisition/run/RootA/r$$$$_00Na.root (If you get the error "Could not find the BrhoRef for the run <RunNr> ", update the ./Calibs/ListBrho.dat file with relevant Brho for RunNr) Now you would be already able to run npanalysis to analyze the data VAMOS+Mugast with the following procedure: Type: exit (to exit the VAMOS environment) Type: lpcgrit (to load the analysis environment) Type: npp MUGAST Edit the exe_e768s.sh to specify which runs to analyze. The command should be the following: npanalysis -D mugast.detector -C Calibration.txt -E ./Reaction/15N7Lit.reaction -T /data/mugastX/e768s/acquisition/run/RootA/r$$$$_00Na.root AD -O run_$$$$_N.root Type: ./exe_e768s.sh To convert a run including the AGATA data, the procedure is the following: Go to the AGATA analysis computer (last on the right close to the window in the acquisition room), open a terminal and type the following commands: > a4 > t e768s > cd Replay >./do_global_replay.sh -run ## (## is the number of the run you want to convert). When it is finished, copy the root file to the GANIL world: > mkdir /dataganil/e768s/acquisition/root_agata/run_00##/ > cp ./run_00##/Out/Analysis/Tree_00*.root /dataganil/e768s/acquisition/root_agata/run_00##/. Now you can analyze the file using npanalysis. The command in the exe_e768s.sh file should now look like: npanalysis -D mugast.detector -C Calibration.txt -E ./Reaction/15N7Lit.reaction -T /data/mugastX/e768s/acquisition/root_agata/run_00##/Tree_000N.root TreeMaster -O run_00##_N_agata.root The run will be created in the ./NPOutputs folder. Bon courage!
Fixed	e768s	Fri Jul 19 15:55:38 2019	mugast	RUN	General		Beam is fluctuating
Run 115 stopped at 16h40.
Attachment 1: VAMOS_MUGAST_IDENTIFICATION1.png

Attachment 2: run_115_scaler3.png

Attachment 3: run_115_scaler2.png

Attachment 4: run_115_scaler1.png

Attachment 5: run_115_IC_IC.png

Attachment 6: run_115_REC.png

Attachment 7: run_115_TAC.png

Attachment 8: run_115_IC2.png

Attachment 9: run_115_IC.png

Attachment 10: run_115_Ewire.png

Attachment 11: run_115_DCY.png

Attachment 12: run_115_DCXpng.png

Attachment 13: run_115_MM_MG_ERaw.png

Attachment 14: run_115_Tac.png

Attachment 15: run_115_MG_ToF.png

Attachment 16: run_115_MM_DeE.png

Attachment 17: run_115_MM_Tof.png

Attachment 18: run_115_MG_impact.png

Attachment 19: run_115_MM_impact.png

Fixed	e768s	Fri Jul 19 17:15:46 2019	mugast	RUN	General	LiF	Run 116

Attachment 1: run116-Scaler2.png

Fixed	e768s	Fri Jul 19 18:57:12 2019	mugast	ONLINE	General	LiF	screenshots run 116

Attachment 1: Diamond_VAMOS_run116_3.png

Attachment 2: Scalers_run116_3.png

Attachment 3: IC_run116_3.png

Attachment 4: PF_run116_3.png

Attachment 5: T_MUGAST_VAMOS_run116_3.png

Attachment 6: ID1d_run116_3.png

Attachment 7: MW_run116_3.png

Attachment 8: Ewire_run116_3.png

Attachment 9: Twire_run116_3.png

Attachment 10: SumDC_run116_3.png

Attachment 11: MM_MG_Eraw_run116_3.png

Attachment 12: MM_ETOF_run116_3.png

Attachment 13: MG_ETOF_run116_3.png

Attachment 14: MM_EDE_run116_3.png

Attachment 15: TAC_run116_3.png

Attachment 16: MM_Impact_run116_3.png

Attachment 17: MG_Impact_run116_3.png

Fixed	e768s	Fri Jul 19 22:16:43 2019	mugast	ONLINE	General	N/A	How to restart the vamos spectrum visualization (on the mugast daq computer)
On the mugast DAQ computer: * Open a terminal * Type "GoToVamosAna" * Type "vigru" * In vigru: File, Open config -> vigru_ganp154.xml * Then: Setup, Sources, Host/FileName: "ganp154", port:9090 If a spectrum is missing -> Add it with "display one histo"
Fixed	e768s	Sat Jul 20 17:03:23 2019	mugast	RUN	General	LiF	Run 117 stopped
Run 117 stopped because VAMOS VXI went offline
Fixed	e768s	Sat Jul 20 17:06:12 2019	mugast	RUN	General	LiF	Run 118 Scaler
Start run 118
Attachment 1: scaler_run118_1.png

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