| ID |
Date |
Author |
Category |
Subject |
|
4
|
Fri Dec 7 10:56:04 2018 |
Jan Glorius | SlowControl | EPICS ioc on raspberry |
We have an EPCIS server (ioc) running on our raspberry (ext-027377). It talks to our MesyTec modules (MSCF shapers, MHV4 high-voltages).
In principal it should be running all the time, but here is the manual how to check/start it:
-login on GSI-linux using <litv-exp> user
-type in console: e121pi (alias for: 'ssh -X litv-exp@ext-027377.gsi.de')
-open the "mrcc" screen session: screen -x mrcc
-if the ioc is running you will see here terminal outputs like:
| Quote: | cbLow: Active ringpi:mrcc:mhv2:getRcStatus
cbLow: Active ringpi:mrcc:mhv2:getCurrent1 |
-if this is not the case, you have to restart the ioc:
- <Ctrl>+c to end any running ioc (if it has errors)
- the command to start the ioc: e121_ioc (alias for '/home/litv-exp/epics/mrcc_ioc/bin/linux-arm/mrcc /home/litv-exp/epics/mrcc_ioc/iocBoot/iocmrcc/start_ringpi.cmd')
- now the terminal outputs should be as quoted above (errors show up in red)
- finally <Ctrl>+a d to exit the screen session |
|
5
|
Fri Dec 7 11:39:41 2018 |
Jan Glorius | SlowControl | GUI for remote control of MSCF+MHV4 |
We have a GUI for remote controlling our MesyTec modules MSCF16 and MHV4 for E121 experiment.
Here is the instructions to run it:
1. login to GSI-linux using <litv-exp> user
2. get the EPICS environment by typing in terminal: epicsfind
3. type in terminal: GUIe121 (alias for 'medm -x /u/litv-exp/E121/medm/e121.adl')
if you get the message: 'medm: command not found' you didn't load the EPICS environment (2.)
The GUI is more or less self-explaining.
Be sure to follow this procedure when changing a value (e.g. threshold for MSCF):
1. click on small text-panel with value
2. leave mouse pointer inside panel
3. change value by typing
4. press enter |
|
8
|
Tue May 7 15:52:47 2019 |
Chen, Sidhu | SlowControl | GUI for remote control of MSCF+MHV4 [detailed] |
We have a GUI for remote controlling our MesyTec modules MSCF16 and MHV4 for E121 experiment.
Here is the instructions to run it:
1. login to GSI-linux using <litv-exp> user
litv-exp@astrum1:~$ ssh -X litv-exp@lxg1254.gsi.de
2. get the EPICS environment by typing in terminal: epicsfind
litv-exp@lxg1254:~$ epicsfind
Found nice EPICS in /u/litv-exp/epics/opt_x86_64-linux-gnu_4.9.2.
3. type in terminal: GUIe121 (alias for 'medm -x /u/litv-exp/E121/medm/e121.adl')
litv-exp@lxg1254:~$ GUIe121
if you get the message: 'medm: command not found' you didn't load the EPICS environment (1.)
The GUI is more or less self-explaining.
Be sure to follow this procedure when changing a value (e.g. threshold for MSCF):
1. click on small text-panel with value
2. leave mouse pointer inside panel
3. change value by typing
4. press enter |
|
35
|
Sat Mar 28 13:19:56 2020 |
Ragan | Runs | Template |
beam:
energy:
storage time:
purpose: data with TARGET ON
Detector position (CsISiPHOS): mm
Detector position (MWPC): mm
run start at xx:xx , first file: run0xxx.lmd
run stop at xx:xx , last file: run0xxx.lmd
_______________________________________________________________________________
time:
I_cooler = mA
HV1
CH1 voltage: 60V
CH1 leakage current: uA
CH2 voltage: 60V
CH2 leakage current: uA
CH3 voltage: 60V
CH3 leakage current: uA
CH4 voltage: 60V
CH4 leakage current: uA
HV2
CH1 voltage: 60V
CH1 leakage current: uA
CH2 voltage: 60V
CH2 leakage current: uA
CH3 voltage: -50V
CH3 leakage current: uA
CH4 voltage: -160V
CH4 leakage current: uA
SIS particles before:
ESR particles after stacking:
Number of stackings:
Target ON density:
Target on time for measurement:
NTCAp file:
IQ_2020-03-27_21-02-31/0000xxx.iq.tdms
SC_2020-03-27_21-02-31/0000xxx.iq.tdms
copy and repeat the above (below the line) every 30 minutes |
|
48
|
Sun Mar 29 11:12:00 2020 |
Ragan | Runs | start run e121_run_0239.lmd |
Sergey and Yuri are tuning Tl beam. The particle number in ers is about 1e4. I(SIS)=5e8
some events on MWPC can be seen ! |
|
50
|
Sun Mar 29 13:04:32 2020 |
Ragan, RuiJiu | Runs | run file: 1298 |
The Tl fragments are being stacked (almost ~20 staacks) and tried to store nicely in ESR.
The plan is to see the number of contaminants on the inner detector (CsISiPHOS) after the gas jet is on (Ar gas jet) and minimise this number for different FRS settings !!
P.S. Prayers have magical powers :) :) |
| Attachment 1: 61308F61-2C4C-4651-8C74-608E4E585B14.jpeg
|
|
| Attachment 2: EB5CA42A-B8DC-4892-8357-9006A1C3BAC0.jpeg
|
|
|
56
|
Sun Mar 29 18:55:19 2020 |
Shahab | Runs | Frequency list for identification |
Here are some frequencies for identification of the fragments.
Center freq: 243.352675
span: 2 MHz
from left to right:
242.480175
242.645175
242.807675
242.855175
242.972675
243.247675
243.260175
243.300175
243.330175
243.342675
243.352675 --> largest peak possibly 205-Tl-81+ (not 100% sure)
243.415175
243.450175
243.555175
243.627675
243.752675
243.790175
243.807675
243.955175
244.117675
244.282675 |
| Attachment 1: freqs.jpg
|
|
|
59
|
Sun Mar 29 21:34:46 2020 |
Ragan | Runs | First run |
beam: 206Pb81+
energy: 400 MeV/u
purpose: data with primary beam for detector efficiency and cross-section calculations
Detector position (CsISiPHOS): 60 mm
Detector position (MWPC): -10 mm
run start at 21:25 , run file: run0250.lmd
run stop at 21:31 , close file: run0250.lmd
_______________________________________________________________________________
time: 21:25
I_cooler = 177 mA
SIS particles before: 2E8
ESR particles when gas jet is on: 3.6E6
Target ON density: 4.34E12
NTCAp file:
SC_2020-03-29_21-27-57
IQ_2020-03-29_21-27-57
copy and repeat the above (below the line) every 30 minutes |
|
63
|
Mon Mar 30 00:32:32 2020 |
Ragan | Runs | First measurement with 206Pb81+ beam |
beam: 206Pb81+
energy: 400 MeV/u
purpose: data with primary beam for detector efficiency and cross-section calculations
Detector position (CsISiPHOS): 60 mm
Detector position (MWPC): -10 mm
run start at 00:28 , run file: run0252.lmd
run stop at xx:xx , close file: run0.lmd
_______________________________________________________________________________
time: 00:28
I_cooler = 176 mA
SIS particles before: 3E8
ESR particles when gas jet is on: 2.4E6
Target ON density: 4.45E12
Target on time : 5 minutes
NTCAp file:
SC_2020-03-30_00_28_45
IQ_2020-03-30_00_28_45
(saved in drive: p)
copy and repeat the above (below the line) every 30 minutes |
|
64
|
Mon Mar 30 01:01:53 2020 |
Ragan | Runs | First measurement with 206Pb81+ beam |
beam: 206Pb81+
energy: 400 MeV/u
purpose: data with primary beam for detector efficiency and cross-section calculations
Detector position (CsISiPHOS): 60 mm
Detector position (MWPC): -10 mm
run start at 00:28 , run file: run0252.lmd
file currently running: run0257.lmd
_______________________________________________________________________________
time: 01:00
I_cooler = 176 mA
SIS particles before: 3.3E8
ESR particles when gas jet is on: 2.4E6
Target ON density: 4.49E12
Target on time : 5 minutes
NTCAp file:
SC_2020-03-30_00_28_45 (run ongoing)
IQ_2020-03-30_00_28_45 (run ongoing)
(saved in drive: p)
copy and repeat the above (below the line) every 30 minutes |
|
66
|
Mon Mar 30 01:25:57 2020 |
Ragan | Runs | First measurement with 206Pb81+ beam |
01:17 Problem with SIS is solved
01:19 run start 0258.lmd
beam: 206Pb81+
energy: 400 MeV/u
purpose: data with primary beam for detector efficiency and cross-section calculations
Detector position (CsISiPHOS): 60 mm
Detector position (MWPC): -10 mm
run start at 01:19 , run file: run0258.lmd
file currently running:
_______________________________________________________________________________
time: 01:19
I_cooler = 176 mA
SIS particles before: 1.5E8
ESR particles when gas jet is on: 2.8E6
Target ON density: 4.49E12
Target on time : 5 minutes
NTCAp file:
SC_2020-03-30_01-18-31
IQ_2020-03-30_00_22-52
(saved in drive: p)
copy and repeat the above (below the line) every 30 minutes |
|
68
|
Mon Mar 30 02:00:46 2020 |
Ragan | Runs | First measurement with 206Pb81+ beam |
beam: 206Pb81+
energy: 400 MeV/u
purpose: data with primary beam for detector efficiency and cross-section calculations
Detector position (CsISiPHOS): 60 mm
Detector position (MWPC): -10 mm
run start at 01:19 , run file: run0258.lmd
run stop at 02:05: stop file: 0265.lmd
_______________________________________________________________________________
time: 02:05
I_cooler = 176 mA
SIS particles before: 3.3E8
ESR particles when gas jet is on: 4E6
Target ON density: 4.53E12
Target on time : 5 minutes
NTCAp file:
SC_2020-03-30_01-18-31
IQ_2020-03-30_00_22-52
(saved in drive: p)
copy and repeat the above (below the line) every 30 minutes |
|
69
|
Mon Mar 30 02:27:44 2020 |
Ragan | Runs | Second measurement with 206Pb81+ beam at I_cooler = 200 mA |
I_cooler = 200 mA
beam: 206Pb81+
energy: 400 MeV/u
purpose: data for the measurement of half life of 206Pb81+ due to its interaction with electron cooler and residual gas
Detector position (CsISiPHOS): 60 mm
Detector position (MWPC): -10 mm
run start at 02:24 , run file: run0267.lmd (0266.lmd is garbage file)
run stop at :
_______________________________________________________________________________
time: 02:24
I_cooler = 176 mA
SIS particles before: 2.5E8
ESR particles: 4.9E6
NTCAp file:
SC_2020-03-30_02-27-10
IQ_2020-03-30_02-27-10
(saved in drive: p)
copy and repeat the above (below the line) every 30 minutes |
|
71
|
Mon Mar 30 02:58:51 2020 |
Sergiy, Dima | Runs | Second measurement with 206Pb81+ beam at I_cooler = 200 mA |
I_cooler = 200 mA
beam: 206Pb81+
energy: 400 MeV/u
purpose: data for the measurement of half life of 206Pb81+ due to its interaction with electron cooler and residual gas
Detector position (CsISiPHOS): 60 mm
Detector position (MWPC): -10 mm
run start at 02:24 , run file: run0267.lmd (0266.lmd is garbage file)
file running: 0267.lmd
_______________________________________________________________________________
time: 03:00
I_cooler = 176 mA
ESR particles: 4.2E6
NTCAp file:
SC_2020-03-30_02-27-10
IQ_2020-03-30_02-27-10
(saved in drive: p)
copy and repeat the above (below the line) every 30 minutes |
|
72
|
Mon Mar 30 03:30:03 2020 |
Sergiy, Dima | Runs | Second measurement with 206Pb81+ beam at I_cooler = 200 mA |
I_cooler = 200 mA
beam: 206Pb81+
energy: 400 MeV/u
purpose: data for the measurement of half life of 206Pb81+ due to its interaction with electron cooler and residual gas
Detector position (CsISiPHOS): 60 mm
Detector position (MWPC): -10 mm
run start at 02:24 , run file: run0267.lmd (0266.lmd is garbage file)
file running: 0267.lmd
_______________________________________________________________________________
time: 03:30
I_cooler = 176 mA
ESR particles: 3.6E6
NTCAp file:
SC_2020-03-30_02-27-10
IQ_2020-03-30_02-27-10
(saved in drive: p)
copy and repeat the above (below the line) every 30 minutes |
|
73
|
Mon Mar 30 04:00:19 2020 |
Sergiy, Dima | Runs | Second measurement with 206Pb81+ beam at I_cooler = 200 mA |
I_cooler = 200 mA
beam: 206Pb81+
energy: 400 MeV/u
purpose: data for the measurement of half life of 206Pb81+ due to its interaction with electron cooler and residual gas
Detector position (CsISiPHOS): 60 mm
Detector position (MWPC): -10 mm
run start at 02:24 , run file: run0267.lmd (0266.lmd is garbage file)
file running: 0267.lmd
_______________________________________________________________________________
time: 04:00
I_cooler = 176 mA
ESR particles: 3.0E6
NTCAp file:
SC_2020-03-30_02-27-10
IQ_2020-03-30_02-27-10
(saved in drive: p)
copy and repeat the above (below the line) every 30 minutes |
|
75
|
Mon Mar 30 04:30:17 2020 |
Sergiy, Dima | Runs | Second measurement with 206Pb81+ beam at I_cooler = 200 mA |
I_cooler = 200 mA
beam: 206Pb81+
energy: 400 MeV/u
purpose: data for the measurement of half life of 206Pb81+ due to its interaction with electron cooler and residual gas
Detector position (CsISiPHOS): 60 mm
Detector position (MWPC): -10 mm
run start at 02:24 , run file: run0267.lmd (0266.lmd is garbage file)
file running: 0267.lmd
_______________________________________________________________________________
time: 04:30
I_cooler = 176 mA
ESR particles: 2.5E6
NTCAp file:
SC_2020-03-30_02-27-10
IQ_2020-03-30_02-27-10
(saved in drive: p)
copy and repeat the above (below the line) every 30 minutes |
|
76
|
Mon Mar 30 06:15:13 2020 |
Ragan | Runs | Second measurement with 206Pb81+ beam at I_cooler = 20 mA |
I_cooler = 20 mA
beam: 206Pb81+
energy: 400 MeV/u
purpose: data for the measurement of half life of 206Pb81+ due to its interaction with electron cooler and residual gas
Detector position (CsISiPHOS): 60 mm
Detector position (MWPC): -10 mm
run start at 06:08 , run file: run0270.lmd (0268.lmd and 0269.lmd are garbage files)
run stop at :
_______________________________________________________________________________
time: 06:08
I_cooler = -1 mA
SIS particles before: 2.5E8
ESR particles: 3.01E6
NTCAp file:
SC_2020-03-30_06-11-08
IQ_2020-03-30_06-11-16
(saved in drive: p)
copy and repeat the above (below the line) every 30 minutes |
|
78
|
Mon Mar 30 06:30:52 2020 |
Ragan | Runs | Second measurement with 206Pb81+ beam at I_cooler = 20 mA |
I_cooler = 20 mA
beam: 206Pb81+
energy: 400 MeV/u
purpose: data for the measurement of half life of 206Pb81+ due to its interaction with electron cooler and residual gas
Detector position (CsISiPHOS): 60 mm
Detector position (MWPC): -10 mm
run start at 06:08 , run file: run0270.lmd (0268.lmd and 0269.lmd are garbage files)
file running: 0270.lmd
_______________________________________________________________________________
time: 06:30
I_cooler = -1 mA
ESR particles: 2.6E5
NTCAp file:
SC_2020-03-30_06-11-08
IQ_2020-03-30_06-11-16
(saved in drive: p)
copy and repeat the above (below the line) every 30 minutes |
|
80
|
Mon Mar 30 07:02:15 2020 |
tino | Runs | Second measurement with 206Pb81+ beam at I_cooler = 20 mA |
I_cooler = 20 mA
beam: 206Pb81+
energy: 400 MeV/u
purpose: data for the measurement of half life of 206Pb81+ due to its interaction with electron cooler and residual gas
Detector position (CsISiPHOS): 60 mm
Detector position (MWPC): -10 mm
run start at 06:08 , run file: run0270.lmd (0268.lmd and 0269.lmd are garbage files)
file running: 0270.lmd
_______________________________________________________________________________
time: 07:00
I_cooler = -01 mA
ESR particles: 2.2E5
NTCAp file:
SC_2020-03-30_06-11-08
IQ_2020-03-30_06-11-16
(saved in drive: p)
copy and repeat the above (below the line) every 30 minutes |