| Status |
ExpNbr |
Date |
Author |
Type |
Category |
Target-Source |
Subject |
| Fixed | TEST |
Tue Feb 26 13:21:32 2019 |
iulian freddy | GRIT | Software | N/A | run 42 Calimero run MUVI 1 on X sectors |
run #42
Calimero MUVI1 X
run #41
Calimero MUVI secttor 1X |
| Fixed | TEST |
Tue Feb 26 13:50:36 2019 |
iulian freddy | GRIT | Software | N/A | run 43 Calimero run MUVI 1 on Y sectors |
run #43
Calimero MUVI1 Y |
| Fixed | TEST |
Tue Feb 26 14:52:49 2019 |
iulian freddy | GRIT | Software | N/A | run 44 Calimero run MUVI 2 on X sectors (bad run) |
run #44 bad run
Calimero MUVI2 X
During the run we noticed that time calibrator is on MUVI1 only . |
| Attachment 1: run44_error_calimero.png
|
|
| Fixed | TEST |
Tue Mar 5 10:16:03 2019 |
iulian | MUST2 | Software | N/A | run 57 Gamme 300 ns Time Calibration run (Calimero) on MUVI 3 (MUST) X sectors more stats (10000) |
RUNS 53,54,55,56 are bad runs
Run 57
Calimero on Muvi3 MM1(X)
Gamme 300 ns
Procedure:
0) HT on the detectors Off
1) Apply Das config
2) Put Das offline
3) Start Geco
4) Activate on each of the sector to calibrate the X side (see bellow image)
5) execute Calimero.exe in calimero directory
6) modify the calimero config on Geco (see bellow near config button)
7) Start the run in RCC
8) Start calimero (start button in Geco) |
| Attachment 1: run57_calimero_config.png
|
|
| Attachment 2: run57_calimero_mm1.png
|
|
| Fixed | TEST |
Tue Mar 5 12:13:41 2019 |
iulian Marlene | MUST2 | Software | N/A | run 60 Gamme 600 ns Time Calibration run (Calimero) on MUVI 3 MM1 X |
RUNS 58,59,60 are bad runs
Run 61
Calimero on Muvi3 MM1(X)
Gamme 600 ns
Procedure:
0) HT on the detectors Off
1) Apply Das config
2) Put Das offline
3) Start Geco
4) Activate on each of the sector to calibrate the X side (see bellow image)
5) execute Calimero.exe in calimero directory
6) modify the calimero config on Geco (see bellow near config button)
7) Start the run in RCC
8) Start calimero (start button in Geco) |
| Attachment 1: run60_calimero_mm1X.png
|
|
| Attachment 2: run60_calimero_mm1X_spectra.png
|
|
| Fixed | TEST |
Tue Mar 5 15:53:04 2019 |
iulian Marlene | MUST2 | Software | N/A | Calimero problems |
problems with Calimero solved by killing some processes on lpcgrit related with Narval.
to find the processes on lpcgrit:
ps aux | grep Cali*
ps aux | grep Narval
kill -9 all the ids
Other possible solution:
start_acq on lpcgrit
tk followed by kall
exit |
| Fixed | TEST |
Tue Mar 5 16:20:11 2019 |
iulian Marlene | MUST2 | Software | N/A | run 77 Gamme 600 ns Time Calibration run (Calimero) on MUVI 3 MM1 X . good run |
Run 76
Calimero on Muvi3 MM1(X)
Gamme 600 ns
Procedure:
0) HT on the detectors Off
1) Apply Das config
2) Put Das offline
3) Start Geco
4) Activate on each of the sector to calibrate the X side (see bellow image)
5) execute Calimero.exe in calimero directory
6) modify the calimero config on Geco (see bellow near config button)
7) Start the run in RCC
8) Start calimero (start button in Geco) |
| Attachment 1: run77_calimero_mm1X_spectra.png
|
|
| Fixed | TEST |
Tue Mar 5 16:42:56 2019 |
iulian Marlene | MUST2 | Software | N/A | run 79 Gamme 600 ns Time Calibration run (Calimero) on MUVI 3 MM2 X . good run |
Run 79
Run 78 bad
Calimero on Muvi3 MM2(X)
Gamme 600 ns
Procedure:
0) HT on the detectors Off
1) Apply Das config
2) Put Das offline
3) Start Geco
4) Activate on each of the sector to calibrate the X side (see bellow image)
5) execute Calimero.exe in calimero directory
6) modify the calimero config on Geco (see bellow near config button)
7) Start the run in RCC
8) Start calimero (start button in Geco) |
| Attachment 1: run79_calimero_mm2X_spectra.png
|
|
| Fixed | TEST |
Tue Mar 5 17:11:29 2019 |
iulian Marlene | MUST2 | Software | N/A | run 81 Gamme 600 ns Time Calibration run (Calimero) on MUVI 3 MM3 X . good run |
Run 81
Run 80 bad
Calimero on Muvi3 MM3(X)
Gamme 600 ns
Procedure:
0) HT on the detectors Off
1) Apply Das config
2) Put Das offline
3) Start Geco
4) Activate on each of the sector to calibrate the X side (see bellow image)
5) execute Calimero.exe in calimero directory
6) modify the calimero config on Geco (see bellow near config button)
7) Start the run in RCC
8) Start calimero (start button in Geco) |
| Attachment 1: run81_calimero_mm3X_spectra.png
|
|
| Fixed | TEST |
Tue Mar 5 17:48:38 2019 |
iulian Marlene | MUST2 | Software | N/A | run 82 Gamme 600 ns Time Calibration run (Calimero) on MUVI 3 MM4 X . good run |
Run 82
Calimero on Muvi3 MM4(X)
Gamme 600 ns |
| Attachment 1: run82_calimero_mm4X_spectra.png
|
|
| Fixed | TEST |
Tue Mar 5 18:03:24 2019 |
iulian Marlene | MUST2 | Software | N/A | Calimero problem on Y side |
| Calimero not working properly on Y side of any mm detector |
| Attachment 1: run83_calimero_mm4Y_spectra.png
|
|
| Attachment 2: run834calimero_mm2Y_spectra.png
|
|
| Fixed | TEST |
Thu Mar 21 13:28:06 2019 |
Valerian and Adrien | DAQ | Software | N/A | First fully functionnal time calibration run on X and Y of MG1 |
| Our program is able to perform the time calibration of our detector for both X and Y, see picture attached. |
| Attachment 1: CALIMEROY1.png
|
|
| Attachment 2: FIRST_TIMECALIBRATION_WITHOUT_CALIMERO.png
|
|
| Fixed | TEST |
Sat Mar 23 15:26:06 2019 |
Adrien Matta | OTHER | Software | N/A | To do list |
FSC:
- Autoconf programme to set all regular parameter (PAC gain, TAC range, ORD, no mask, no pulser)
Sentinel:
- Making the program
- Preparing start script
- Preparing stop script
- Preparing init script
Online/offline:
- Look into ZMQ to replace GRU
- Datum through zmq
- Switch NPSpectraServer/Client to ZMQ and datum
- CsI Calibration with db scan
- 3-alpha calibration using NPCalibration
HV:
- Remote read
- Auto logging
- Alert on trip
- Bt/HV/sector on/off
|
| Fixed | TEST |
Thu Mar 28 15:39:01 2019 |
Valerian | OFFLINE | Software | N/A | Status of the converion with VAMOS program |
The conversion with VAMOS program was validated using run_0020 from com2019
Program output as a ref :
T1 : 9978458
T2 : 9978458
checking multiplicities
Reading: 99.9152 %MULTIPLICITIES OK!
checking values
Reading: 99.9152 %%
DETECTOR NUMBERS ARE OK!!!!!
STRIP NUMBERS ARE OK!!!!!
ENERGY VALUES ARE OK!!!!!
TIME VALUES ARE OK!!!!! |
| Fixed | com2019 |
Wed Apr 3 11:05:36 2019 |
Adrien Matta | DAQ | Software | N/A | MFM scaler reading |
| MfM scaler are read correctly for Must2 U2M but output some -1 for the numexo2 integrated scaler. |
| Fixed | com2019 |
Wed Apr 3 16:24:37 2019 |
Adrien | CATS | Software | N/A | Calib file from T.Roger |
| Here are the calibration file provided by T. Roger. |
| Attachment 1: CATS2_Y.vamos2019
|
0.00000e+00 0.00000e+00 0.00000e+00
2.71193e+02 3.51955e+01 9.20106e-01
2.54820e+02 3.85477e+01 1.02407e+00
2.70765e+02 9.63413e+01 1.01270e+00
2.38067e+02 -1.94775e+02 2.02755e+00
2.70950e+02 2.18371e+01 9.74726e-01
2.71165e+02 1.20869e+02 1.07928e+00
9.13653e+00 3.16800e+02 1.00754e+00
5.66055e+02 -2.33425e+02 9.05174e-01
2.87582e+02 4.24426e+01 9.10918e-01
2.71272e+02 3.51955e+01 9.20106e-01
2.87581e+02 1.47364e+01 9.01484e-01
2.87546e+02 6.66734e+00 9.93090e-01
2.05666e+02 1.43008e+02 9.85243e-01
3.03492e+02 0.00000e+00 1.00000e+00
3.03819e+02 -6.17854e+00 9.23957e-01
7.46067e+01 2.16790e+02 8.97818e-01
4.18173e+02 -1.88169e+01 8.82782e-01
2.70940e+02 6.14310e+01 8.89892e-01
2.38432e+02 9.12262e+01 8.87560e-01
2.38441e+02 7.85597e+01 8.77800e-01
2.38442e+02 8.48885e+01 8.70873e-01
2.22035e+02 1.14424e+02 8.95446e-01
2.54389e+02 8.12120e+01 8.90312e-01
2.21670e+02 1.59730e+02 9.33857e-01
2.70937e+02 7.20531e+01 8.66403e-01
5.82149e+01 2.32593e+02 8.43761e-01
2.87581e+02 -1.28631e+02 2.74796e+00
|
| Attachment 2: CATS2_X.vamos2019
|
0.00000e+00 0.00000e+00 0.00000e+00
0.00000e+00 0.00000e+00 0.00000e+00
3.44896e+02 5.63680e+01 9.41419e-01
3.44871e+02 2.74924e+01 8.93518e-01
3.12042e+02 2.41995e+02 9.38371e-01
2.79148e+02 3.23114e+02 1.10331e+00
1.48358e+02 3.41540e+02 9.18807e-01
1.80540e+02 4.53841e+02 9.26752e-01
4.10458e+02 -5.02746e+01 9.52866e-01
3.44871e+02 -2.17129e+02 1.19034e+00
3.77669e+02 3.74782e+01 9.33222e-01
3.77669e+02 8.51246e+01 8.96266e-01
3.77644e+02 1.11250e+02 9.87395e-01
3.44871e+02 -1.76949e+01 9.49754e-01
3.77669e+02 0.00000e+00 1.00000e+00
3.77663e+02 7.06397e+01 9.18807e-01
2.13851e+02 1.68237e+02 9.52866e-01
3.11592e+02 2.51688e+02 9.15915e-01
2.79820e+02 1.11250e+02 9.87395e-01
2.46601e+02 1.27417e+02 1.03243e+00
2.79372e+02 1.46788e+02 8.79335e-01
2.79380e+02 2.32394e+02 8.93518e-01
3.12042e+02 1.81364e+02 9.23798e-01
2.79366e+02 1.00739e+02 9.18807e-01
2.46616e+02 1.03641e+02 9.03826e-01
2.46587e+02 1.39501e+02 9.36753e-01
3.44871e+02 2.12105e+02 9.11509e-01
2.79146e+02 1.51065e+02 2.75169e+00
|
| Attachment 3: CATS1_Y.vamos2019
|
0.00000e+00 0.00000e+00 0.00000e+00
0.00000e+00 0.00000e+00 0.00000e+00
1.13931e+03 -3.52970e+02 9.68936e-01
8.44459e+02 -1.44555e+02 1.07619e+00
4.01828e+02 2.94406e+02 8.99414e-01
3.53072e+02 3.83002e+02 1.07128e+00
4.18602e+02 2.07103e+02 9.97538e-01
4.18604e+02 2.22703e+02 9.35567e-01
3.20322e+02 4.63142e+02 1.12991e+00
3.69469e+02 3.68467e+02 9.91268e-01
3.69466e+02 3.40471e+02 1.00655e+00
3.69533e+02 3.23507e+02 9.85421e-01
3.20391e+02 4.16747e+02 1.00459e+00
3.03942e+02 3.77691e+02 9.26262e-01
7.29833e+02 -1.81899e-12 1.00000e+00
3.36702e+02 4.72202e+02 1.07558e+00
3.20323e+02 5.25219e+02 1.01355e+00
2.71183e+02 3.20537e+02 8.57953e-01
3.20324e+02 4.53551e+02 9.49811e-01
2.38494e+02 5.25479e+02 9.09205e-01
3.20349e+02 4.37876e+02 8.58610e-01
4.18602e+02 3.18712e+02 9.32195e-01
3.85855e+02 2.52608e+02 9.56052e-01
4.34843e+02 2.54458e+02 9.89716e-01
4.50450e+02 1.87712e+02 8.76905e-01
3.20254e+02 8.14065e+02 1.60565e+00
3.53085e+02 2.57256e+02 9.52991e-01
0.00000e+00 0.00000e+00 0.00000e+00
|
| Attachment 4: CATS1_X.vamos2019
|
0.00000e+00 0.00000e+00 0.00000e+00
0.00000e+00 0.00000e+00 0.00000e+00
1.40161e+02 9.92071e+01 9.76396e-01
1.89289e+02 -2.69023e+00 1.68488e+00
3.20343e+02 2.87366e+02 9.03085e-01
1.56522e+02 6.72206e+01 9.76396e-01
1.07402e+02 4.08998e+01 8.72104e-01
1.40150e+02 8.09504e+01 1.02684e+00
1.89310e+02 -5.35298e+01 1.48523e+00
3.20322e+02 -1.42885e+02 9.20481e-01
2.22045e+02 -2.12294e+01 1.00833e+00
1.23762e+02 4.60139e+01 8.42356e-01
1.40150e+02 1.46407e+02 1.09613e+00
2.70859e+02 -2.25241e+02 1.59755e+00
2.05264e+02 -9.09495e-13 1.00000e+00
2.71182e+02 -3.42651e+01 8.87728e-01
3.36702e+02 1.07801e+02 8.72316e-01
3.36720e+02 1.24392e+02 9.02291e-01
3.03966e+02 1.23800e+02 9.90423e-01
2.87562e+02 1.39729e+02 9.89467e-01
3.36702e+02 1.30358e+02 8.86667e-01
3.03668e+02 1.68313e+02 8.83800e-01
3.20254e+02 1.38346e+02 7.81607e-01
3.20392e+02 1.41100e+02 7.62264e-01
3.69438e+02 -1.65316e+02 1.32820e+00
3.53090e+02 8.71354e+01 7.81607e-01
3.36451e+02 9.07214e+01 7.77743e-01
2.87388e+02 1.41433e+02 6.18790e-01
|
| Fixed | com2019 |
Sat Apr 6 02:48:39 2019 |
Iulian Ruxandra | RUN | Software | | Online Spectra run 256 @2h30 am 06/04 (for reference) |
The online spectra (for reference)
No timing on Mg3 & Mg4 side X. Those correspond with the masked channels on the Muvi1 |
| Attachment 1: Run_256_Impact_Matrix.png
|
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| Attachment 2: Run_256_Must_X_side.png
|
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| Attachment 3: Run_256_TACs.png
|
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| Attachment 4: Run_256_Must_Y_side.png
|
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| Attachment 5: Run_256_Must_X_side.png
|
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| Attachment 6: Run_256_Impact_Matrix.png
|
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| Attachment 7: Run_256_Vamos_1.png
|
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| Attachment 8: Run_256_Vamos_2.png
|
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| Attachment 9: Run_256_Vamos_3.png
|
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| Attachment 10: Run_256_Vamos_4.png
|
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| Attachment 11: Run_256_Vamos_5.png
|
|
| Fixed | com2019 |
Sat Apr 6 02:52:51 2019 |
Iulian Ruxandra | RUN | Software | | Online Scalers run 256 @2h30 am 06/04 for reference |
|
| Attachment 1: Run_256_Scaler1.png
|
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| Attachment 2: Run_256_Scaler2.png
|
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| Attachment 3: Run_256_Scaler3.png
|
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| Attachment 4: Run_256_Scaler4.png
|
|
| Fixed | com2019 |
Sat Apr 6 03:22:30 2019 |
Iulian Ruxandra | RUN | Software | | New Kinematics plots (4h of stats) |
More statistics on the script written by Adrian and Valerian (first image)
Second image is a comparison between the excited states produced between 90-130 deg and 130-180 deg. Effects of angular distribution?
the kinematic line seen in the Elab vs Theta at backward angles can be observed in figure 3. Are those protons? |
| Attachment 1: Kine256_0-256_3.pdf
|
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| Attachment 2: Kine256_0-256_3_comparison.pdf
|
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| Attachment 3: Elab_vs_ThetaLab_backward.pdf
|
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| Fixed | com2019 |
Sat Apr 6 06:24:04 2019 |
mugast | RUN | Software | CD2 | new data 5more statistics° |
|
| Attachment 1: Run_256_kin.png
|
|