new analysis settings for NPZ files:

[analysis]
nframes = 190
lframes = 65536
navg = 1


first file with this setting:

'RSA02-2025.04.07.18.57.17.454.tiq', 'RSA02-2025.04.07.18.57.02.328.tiq', 'RSA02-2025.04.07.18.58.17.958.tiq', 'RSA02-2025.04.07.18.57.40.143.tiq', 'RSA02-2025.04.07.18.58.25.520.tiq', 
'RSA02-2025.04.07.18.57.09.892.tiq', 'RSA02-2025.04.07.18.57.32.580.tiq', 'RSA02-2025.04.07.18.57.25.017.tiq', 'RSA02-2025.04.07.18.58.10.395.tiq', 'RSA02-2025.04.07.18.57.55.271.tiq', 
'RSA02-2025.04.07.18.56.54.765.tiq', 'RSA02-2025.04.07.18.58.02.833.tiq', 'RSA02-2025.04.07.18.57.47.707.tiq', 'RSA02-2025.04.07.18.56.47.202.tiq'

NTCAP Started

RSAs started:

New plunger settings for 410 --> 20mm
frequencies: 410 -->
245 -->

recording time: 1.7s
ACQ BW--> 5 MHz
fs --> 6.25 MSPS
trigger --> 8%

lframes = 65536
nframes = 160

first good file in this setting is: 20:34 onwards

last file with old setting:

RSA01-2025.04.08.21.55.22.661.tiq

new plunger position 410: 13mm
new plunger position 245: 390mm

new frequency 410: 413555918
new frequency 245: 243.497403


first good file in this setting:

RSA02-2025.04.08.22.09.53.178.tiq

The NTCAP computer and crate are switched off.
The triggers are disconnected from the RSAs, but they remain on.

Attached are the proposals submitted to and approved by G-PAC.

mesycontrol process starts but shows no GUI at all.

Around 02:51 we wanted to record leakage currents for PLEIADES. 
The windows of the mesycontrol were not present on the screens. 

We followed the instructions for restart:
-ssh -X into x86l-128 (-X is important, otherwise qt will not be initialized)
-mesycontrol

as a result we see nothing but the terminal is busy, and the process exists. 
We noticed that ssh connection establishes very slow, the terminal after the connection responds to typing with a delay of several seconds(one press 'm', after 1-2 sec that letter appears on 
the screen).
 
htop hanged the terminal entirely without showing a thing. Several minutes before we started htop and 12th thread(processor?) has been fully busy, 100%.

our assumption is that GUI has been closed because computer had not enough resources for sustaining it. We would not expect such a slow response even in terminal. 
Could anybody have a look on x86l-128 and figure out why is it so slow? 

UPD: started mesycontrol around 03:40, until 04:02 nothing happened except first two commands. 
Tried to start it from x86l-124 and everything works fine except that the connection to /dev/tty/USB0 can't be established (because it is occupied by x86l-128?)
So we are not able to read leakage currents. 

 

Settings similar to the 2-photon experiment.

Central frequency: 411.742243 MHz (based on Ruijius identification for 188Hf72+)

New settings for resonators:

410: plunger stay the same
center: 411.756955 MHz


245: plunger now at 150
center: 245.507668 MHz


first files on the resonators:


RSA01-2025.04.05.18.09.08.519.tiq
RSA02-2025.04.05.18.09.09.618.tiq

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

This program is used to combine spectrum of many injections into one spectrum.

Example of usage:

(pyroot) gpuuser@appc256:/data.local/G22-00018_00203/scripts/OnlineDataAnalysisSystem/shift/20250331/data$ bash generate_data.sh /data.local/G22-00018_00203/results/analyzers/RSA01 RSA01- 
'*.tiq_spectrogram.npz' 2025.04.01.04.00.00.000 2025.04.01.19.00.00.000 0.001 408590000 408620000 0.3

At HKR, there is a Windows computer equipped with X2go software, which allows users to log in to the GPU computer. The login process is as follows: [login steps detailed below]. Once you 
have successfully logged into the GPU computer, you can run the rionid program to identify ions at HKR.

1. convert copy a tdms file into the folder:
(pyroot) gpuuser@appc256:/data.local/G22-00018_00203/data/ntcap/sc/SC_2025-03-28_18-48-51$ cp /mnt/ntcap-data2/G22-00018_00203/data/ntcap/sc/SC_2025-03-28_18-
48-51/0000216.sc.tdms ./
2. convert the tdms file into root file.
(pyroot) gpuuser@appc256:/data.local/G22-00018_00203/data/ntcap/sc/SC_2025-03-28_18-48-51$ /data.local/G22-
00018_00203/scripts/OnlineDataAnalysisSystem/iqt7/convert_iqt_sc -i 0000216.sc.tdms  -o ./
3. plot the result.
picture 1,2: trigger vs time
picture 3: solfware trigger vs time

datafile = "/data.local/G22-00018_00203/results/analyzers/RSA01/RSA01-2025.03.31.22.18.16.965.tiq_spectrum.npz"
filep = "/data.local/G22-00018_00203/scripts/OnlineDataAnalysisSystem/rionid_exercises/exercise_194Pb_Exp_2025/New_TEline2022-ESR-194Pb-208Pb-nostripper_524MeV.lpp"
alphap = "1.4"
harmonics = "212"
refion = "194Pb+82"
circumference = "108.34"
mode = "Bρ"
value = "7.196596"
reload_data = true
nions = "100"

this is the new setting after we lost the old one.


datafile = "/data.local/G22-00018_00203/results/analyzers/RSA01/RSA01-2025.04.01.00.55.55.572.tiq_spectrum.npz"
filep = "/data.local/G22-00018_00203/scripts/OnlineDataAnalysisSystem/rionid_exercises/exercise_194Pb_Exp_2025/New_TEline2022-ESR-194Pb-208Pb-nostripper_524MeV.lpp"
alphap = "1.399"
harmonics = "211"
refion = "194Pb+82"
circumference = "108.34"
mode = "Frequency"
value = "408637000"
reload_data = true
nions = "100"

frequency of 194Pb82+ at 211 408606000
frequency of 194Pb82+ at 126 244001000

datafile = "/data.local/G22-00018_00203/results/analyzers/RSA01/RSA01-2025.04.01.14.13.07.068.tiq_spectrum.npz"
filep = "/data.local/G22-00018_00203/scripts/OnlineDataAnalysisSystem/rionid_exercises/exercise_194Pb_Exp_2025/New_TEline2022-ESR-194Pb-208Pb-nostripper_524MeV.lpp"
alphap = "1.399"
harmonics = "211"
refion = "194Pb+82"
circumference = "108.34"
mode = "Frequency"
value = "408602000"
reload_data = true
nions = "100"

The following images display the frequency spectrum at the start of every hour from 3:00 to 14:00.