Difference between revisions of "CSV software"
| Line 34: | Line 34: | ||
module load csv/latest | module load csv/latest | ||
</pre> | </pre> | ||
| + | |||
| + | === 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. [https://scicomp.jlab.org/docs/write-through-cache See the write-through cache docs here | ||
| + | for details]. | ||
== Online == | == Online == | ||
Revision as of 11:05, 4 December 2018
Repositories
- 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)
Working on the farm
CSV software can be found in /group/c-csv/local and is setup to use environment-modules (modulefiles).
modules files
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
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. [https://scicomp.jlab.org/docs/write-through-cache See the write-through cache docs here for details].
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
