Difference between revisions of "SuperBigBite"

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(GEM MPD Test Lab setup)
(Running MPD with CODA)
Line 93: Line 93:
 
   Login on triton
 
   Login on triton
 
   Start CODA
 
   Start CODA
  If ROC is not started yet : on sbsvme1a type coda_roc3.5 -name MPD11 -type ROC
+
If ROC is not started yet : on sbsvme1a type ,
  In Run Control : select the MPD configuration
+
  source coda_user_setup
  Start a run
+
  coda_roc3.5 -name MPD11 -type ROC
 +
In Run Control : select the MPD configuration and start a run
  
 
[[GEM DAQ JLAB/INFN meeting]]
 
[[GEM DAQ JLAB/INFN meeting]]

Revision as of 16:51, 21 September 2015

Index of the wiki pages related to Super BigBite

Overview

Documents

Meetings

Experiments

Form Factors

Neutron Form Factors

SBS Neutron FF Kinematic Settings

Proton Electric Form Factor

(SI)DIS

Detectors

LogBook

Coordinate Detector

DAQ

SBS DAQ Test setup

GEM

GEM JLab Test Setup

GEM Electronics Review

GEM MPD Test Lab setup

DAQ computer is uvagem

Intel VME CPU is sbsvme1a

We have MPDs in slot 3,4,5,6 (v3.0 firmware with FIR)

Checkout of Bryan's MPD is in git/mpd , repository is located at /site/coda/contrib/devel/

Turning V1495 pulser on

 login on srcdaq as a-onl
 go in /home/a-onl/altera/10.1sp1/quartus/bin
 launch quartus
 open  /home/a-onl/Downloads/V1495/FIT
 open programmer
 load the firmware

Running MPD with CODA

 Login on triton
 Start CODA

If ROC is not started yet : on sbsvme1a type ,

 source coda_user_setup
 coda_roc3.5 -name MPD11 -type ROC

In Run Control : select the MPD configuration and start a run

GEM DAQ JLAB/INFN meeting

Software

g4sbs: GEANT4 Monte Carlo Simulation package on github

g4sbs documentation page

Documentation of g4sbs

People

Links