Difference between revisions of "DAQ Doc Portal"
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Documentation for the DAQ systems is curated here | Documentation for the DAQ systems is curated here | ||
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| + | [[https://prex.jlab.org/wiki/index.php/DAQ_Meeting#List_of_Meetings|DAQ Meeting list]] | ||
== DAQ Experts == | == DAQ Experts == | ||
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** Chandan Ghosh has written a full installation process documentation guide for the Stony Brook group's [https://kk-router.physics.sunysb.edu ELOG] which is also available [[CODA_Installation_Guide|here]]. | ** Chandan Ghosh has written a full installation process documentation guide for the Stony Brook group's [https://kk-router.physics.sunysb.edu ELOG] which is also available [[CODA_Installation_Guide|here]]. | ||
* [[NFS_Installation_Guide|Installing an NFS file server]] on a machine (for use in serving Centos OS and CODA files for installation and booting) | * [[NFS_Installation_Guide|Installing an NFS file server]] on a machine (for use in serving Centos OS and CODA files for installation and booting) | ||
| + | * [[media:HelicityUsersGuideFeb4.pdf|Helicity Control Board User's Guide]] | ||
== Goals for PrexII running == | == Goals for PrexII running == | ||
Revision as of 23:52, 24 May 2018
Documentation for the DAQ systems is curated here
DAQ Experts
Shift Operators
FAQ and common problems and solutions
- If you want help installing CODA and the relevant environment software on a local machine, contact Bryan Moffit.
- The CODA (2.6.2 - relevant to Prex DAQ) software is documented and has an installation guide on the CODA Website.
- Chandan Ghosh has written a full installation process documentation guide for the Stony Brook group's ELOG which is also available here.
- Installing an NFS file server on a machine (for use in serving Centos OS and CODA files for installation and booting)
- Helicity Control Board User's Guide
Goals for PrexII running
- Work on the Parity DAQ to bring the Trigger Supervisor (TS) into its proper overseer role
- ✓ This requires shifting from COMPTON to ADAQ3 computer and verifying all connections and .crl files behave as expected (completed in 5-23-2018 meeting)
- ✓ Set up Trigger Supervisor DAQ to communicate correctly with Injector DAQ from ADAQ3 computer
- ✓ Set up Counting Room DAQ and add to TS (should be easy)
- ✓ Set up RHRS DAQ and add to TS (completed in 5-24-2018 meeting)
- Set up LHRS DAQ with new QWeak ADCs, connect it to RHRS, and add to TS (should be harder)
- We want an automated system that will vastly simplify the life of WACs (Fall 2018)
- It should read information from CODA, EPICS, and shift operator schedules as runs start and stop
- It should make standard analysis plots
- And it should display these diagnostic and physics results on a collaboration viewable webpage
- This will likely involve mimicking the existing ELOG automated systems
- We should rewrite the existing PAN (Parity ANalyzer) into JAPAN (Just Another Parity ANalyzer)
- This is partly to update the codebase to incorporate the QWeak analysis updates
- And also to build expertise and familiarity in the current collaboration
- JAPAN is currently in development at www.github.com/JeffersonLab/Japan (private)
