CSV software
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Repositories
- https://github.com/JeffersonLab/hallc_replay_sidis_fall18 (Main online repository)
- https://github.com/whit2333/online_csv (CSV specific run lists, database, online/offline scripts)
- https://github.com/whit2333/hallc_tools (Generic Hall-C toolkit)
- https://github.com/whit2333/hcana (cmake_demangled)
- https://github.com/whit2333/analyzer (cmake_demangled)
- https://github.com/whit2333/cool_halls (superbuild of evio/analyzer/hcana)
- https://github.com/whit2333/hallc_epics_run_info ( epics run info stuff)
- https://github.com/whit2333/spectrometer_angles (WIP to automatically determine the angle from the camera image.)
Working on the farm
File System
Large File Output: /volatile
That is what /volatile and /cache are designed for large file output.
CSV has a tape volume /mss/hallc/E12-09-002/ allocated to it.
Your workflow should be
- writing to /volatile for tests (followed by pushing those files to tape if the results are useful).
- or if you have 'known good' replay scripts, then you can actually 'write' directly to /cache (which is automagically backed to tape) and cut out the /volatile middleman.
See the write-through cache docs here for details.
Analysis Code: /group
The /group disks are backed up like home directories. Here we have limited space 60GB and only code scripts and small data files should be kept here.
The CSV software is installed under /group/c-csv/local.
modules files
CSV software can be found in /group/c-csv/local and is setup to use environment-modules (modulefiles).
If module avail doesn't work then you must add source /etc/profile.d/modules.sh to your .bashrc.
group disk: /group/c-csv
Running
module avail should produce something like following.
--------------------------------------- /group/c-csv/local/etc/modulefiles ---------------------------------------- cmake/3.10.3 epics/latest hcana/1.0 root/6.14.04 cmake/3.12.2 experimental/imgui_dm/0.0.1 hcana/latest root/6.15.0x cmake/latest gcc/8.1.0 llvm/6.0.1 root/dev csv/1.0 gcc/8.2.0 llvm/latest root/latest csv/latest gcc/latest ncurses/6.1 tmux/2.7 curl/7.61.1 git/2.18.0 ncurses/latest tmux/latest curl/latest git/latest python/2.7.15 eigen3/3.3.5 hallc_tools/0.1 python/3.7.1 epics/base_7.0.1 hallc_tools/latest root/6.14.0
Run the following to setup your environment
source /group/c-csv/local/setup.sh module load csv/latest
Batch Jobs
Auger XML Example
Note the numerous places you need to fix with your own information below.
<Request>
<Email email="you@jlab.org" request="false" job="false"/>
<Project name="c-comm2017"/>
<Track name="reconstruction"/>
<Name name="sidis_2018"/>
<OS name="centos7"/>
<Memory space="3024" unit="MB"/>
<List name="runs">
6000
6001
etc...
</List>
<ForEach list="runs">
<Job>
<Input src="mss:/mss/hallc/spring17/raw/coin_all_0${runs}.dat" dest="coin_all_0${runs}.dat"/>
<Output src="ROOTfiles/coin_replay_production_${runs}_-1.root"
dest="/volatile/hallc/your_volatile/ROOTfiles/coin_replay_production_${runs}_-1.root"/>
<Output src="REPORT_OUTPUT/COIN/PRODUCTION/replay_coin_production_${runs}_-1.report"
dest="/volatile/hallc/your_work/REPORT_OUTPUT/COIN/PRODUCTION/replay_coin_production_${runs}_-1.report"/>
<Output src="REPORT_OUTPUT/COIN/PRODUCTION/summary_production_${runs}_-1.report"
dest="/volatile/hallc/your_volatile/REPORT_OUTPUT/COIN/PRODUCTION/summary_production_${runs}_-1.report"/>
<Command><![CDATA[
/bin/bash <<EOF
echo " YOU SHOULD CHANGE THIS "
#source /home/whit/.bashrc
#make_hallc_replay_symlinks -c
#make_hallc_replay -c
#mkdir ROOTfiles
#ls -lrth
#./bin/hc_coin -n -1 -r ${runs}
#ls -lrth ROOTfiles
#ls -lrth
EOF
]]></Command>
</Job>
</ForEach>
</Request>
Submit your job with the command
jsub -xml your_file.xml
Online
Working on cdaq machines
For details on how to load different environments run:
bash_csv help
replay
Online replay directory was the same as the pt sidis.
To get to a good bash environment run
bash_csv counter
Run Information Monitor (blue screen)
To get things started, on cdaql1 run:
bash_csv run_info
which will launch (or attach) the run_info tmux session. Use ctrl-a n to cycle through the windows. The IOC window should be launched at start.
The bulk of the work is done by the EPICS software IOC found here.
New process variables
hcHMSAngleEncoderOffset -- HMS offset used to calculate corrected angle: CorrectedAngle = Encoder + EncoderOffset hcSHMSAngleEncoderOffset -- SHMS offset. hcRunSettingHMSAngle -- not used hcRunSettingSHMSAngle -- not used hcRunPlanChargeGoal -- hcRunPlanTimeRemainingEst hcCOINIntRunNumber -- Mirrors hcCOINRunNumber (not supplied by this IOC) hcSHMSIntRunNumber -- Mirrors hcCOINRunNumber (not supplied by this IOC) hcHMSIntRunNumber -- Mirrors hcCOINRunNumber (not supplied by this IOC) hcDAQ_ps1 hcDAQ_ps2 hcDAQ_ps3 hcDAQ_ps4 hcDAQ_ps5 hcDAQ_ps6 hcRunSettingNumber -- A count that is incremented at the start of a new run when hcRunSettingReconfigured is non-zero. hcRunSettingReconfigured -- becomes nonzero when the spectrometer angle, momentum, or target is changed. Resets "RunSetting" counters hcKinematicSettingNumber -- user supplied hcKinematicSettingGroup -- user supplied hcKinematicSettingID -- user supplied hcRunPlanCountGoal hcRunPlanNTrigEventsGoal hcCOINRunAccumulatedCharge -- Latest/current run charge while beam > 1uA hcCOINRunTime -- Latest/current run time while beam > 1uA hcCOINRunAverageBeamCurrent -- Average beam current while beam > 1uA hcSHMSRunAccumulatedCharge hcSHMSRunTime hcSHMSRunAverageBeamCurrent hcHMSRunAccumulatedCharge hcHMSRunTime hcHMSRunAverageBeamCurrent hcHMSCorrectedAngle hcSHMSCorrectedAngle hcHMSMomentum -- mirrored set momentum value hcSHMSMomentum -- mirrored set momentum value hcHMSAngleChanged -- hcBDSSELECT_mirror -- mirrors target selected hcCreateNewRunSetting hcRunSettingAccumulatedCharge hcRunSettingTime hcRunSettingAverageBeamCurrent hcStartNewRunSetting hcCOINRunChargeReset hcCOINResetRunTime hcSHMSRunChargeReset hcSHMSResetRunTime hcHMSRunChargeReset hcHMSResetRunTime hcHMSSettingChange hcSHMSSettingChange hcSHMSAngleChanged hcTargetChange hcRunSettingIncrement hcResetRunSetting hcRunSettingChargeReset hcResetRunSettingTime
Tips and Tricks
userweb
Want a userweb.jlab.org/~USER account?
- Fill out this form.
- More information here.
Note: /userweb/USER/public_html is not mounted on the farm nodes. You just be on labl4 or a similar node.
How to effectively use userweb:
- On the farm, you write a script that outputs
myplot.pdf ssh jlabl4 'mkdir -p /userweb/USER/public_html/hallc/my_analysis/'scp myplot.pdf jlabl4:/userweb/USER/public_html/hallc/my_analysis/.
Or better yet, inside your root script.
...
TCanvas* c = ...
...
c->SaveAs("myplot.png");
c->SaveAs("myplot.pdf");
std::system("ssh jlabl4 'mkdir -p /userweb/USER/public_html/hallc/my_analysis/");
std::system("scp myplot.pdf jlabl4:/userweb/USER/public_html/hallc/my_analysis/.");
Where we assume that passwordless ssh (see below) has been setup.
Now you can get your plots at https://userweb.jlab.org/~USER/hallc/my_analysis/. It helps to save a png and pdf for plots because a png is easily viewed in the browser while a pdf is generally better.
