 Fri Mar 28 19:42:20 2025, Ruijiu Chen, Analysis, Queqiao Program for RSA Data
|
The `queqiao` program used for RSA data analysis is located at:
(pyroot) gpuuser@appc256:/data.local/G22-00018_00203/scripts/OnlineDataAnalysisSystem_rsa/queqiao
It is currently running in the screen session named:
OnlineDataAnalysisSystem_rsa
1. Login the server gpuuser@appc256
2. Reattach to the session, use:
screen -rd OnlineDataAnalysisSystem_rsa
3. Run the program manually, activate the pyroot environment and execute the following command:
queqiao ../parameters/queqiaosettings_194Pb_rsa.toml
4. Then press "start" botton, the `queqiao` program copies data from:
/mnt/ntcap-data2/G22-00018_00203/data/analyzers/RSA01
/mnt/ntcap-data2/G22-00018_00203/data/analyzers/RSA02
to:
/data.local/G22-00018_00203/data/analyzers/RSA01
/data.local/G22-00018_00203/data/analyzers/RSA02 |
Thu Mar 27 17:20:40 2025, Esther, Yue, Carlo, Zac, Shahab, Detectors, Setup Genesys 
|
We set up the Genesys. Channel map:
tr0:
IO1: Trigger MBS
IO2: Trigger NTCAP
IO3: None
IO4: Trigger RSA01
IO5: Trigger RSA02
tr1:
None |
|
Thu Mar 27 09:42:04 2025, Ruijiu Chen, Simulations, Simulation Results for 194Pb and 188Hf 9x
|
Summary:
1.Simulated spectra for 194Pb and 188Hf.
2.The results are attached.
3. For the 188Hf simulation, some nuclides in the fragments are missing from the AME database, causing errors in the LiseReader program.
To fix this, please download the attached reader.py file and replace your local file at lisereader-main\lisereader\reader.py.
After replacing the file, recompile the program. Once recompiled, you should be able to simulate the 188Hf spectrum without issues. |
|
Mon Mar 24 14:42:33 2025, Jan Glorius, Collaboration, Proposals
|
Attached are the proposals submitted to and approved by G-PAC. |
|