=== Data taking FEBV1 ===

==== Connect to lyocmsmu01 ====

* Check job control is running

   sudo /opt/dhcal/bin/ljcd status
      * /opt/zdaq/bin/ljc is running

* Restart it if stopped :
   sudo  /opt/dhcal/bin/ljcd start
   
Check your environment :
    MGDBLOGIN=xxxx/xxxxx@lyocmsmu04:27017@LYONROC  => MongoDB access

    DAQSETUP=CMS_RPC  => experiment name (for runs db)
    DAQMONGO=testcmsnew:1 => Process configuration testcmsnew_1.json in /dev/shm/mgroc (see MongoDB wiki)
    
Everything is in **.daqsetup**


==== Put LVON ====
     >>> import genesys
     >>> s=genesys.genesys("/dev/ttyUSB1",1)
     /dev/ttyUSB1
     OK
     >>> s.status(0)
     [u'WMV(0.0021)', u'PV(5.0027)', u'MC(000.00)', u'PC(015.33)', u'SR(04)', u'FR(00)\r']
     >>> s.setOn(0)
     WOK
     >>> s.status(0)
     [u'MV(5.0030)', u'PV(5.0027)', u'MC(005.91)', u'PC(015.33)', u'SR(05)', u'FR(00)\r']
     >>> 

==== Start a DAQ ====

===== Spy process of the FEB =====

In a separate shell
     alias spyv1='ps -laef | grep lydaq |grep FEBV1 | awk '\''{print "tail -f /tmp/fsmjobPID"$4".log"}'\'' | /bin/bash - '
     
When processes are started , just type **spyv1**

===== Start process and configure them =====

  JOBSTART
 
and to view the processes status

  VIEW or VIEW -v
  
===== Initialise DAQ =====


   INIT (if not repowered FEB)
   
   INIT --dead 7000 ( Send a reset TDC from MDC and wait 7. s before initialising FEB)
   
===== LUT Calibration =====

If power was cycled you have to recalculate LUT fro all channels of FEB and set the measurement masks (./do_lut_calibration)

   #!/bin/bash
   source .daqsetup
   echo " You must have run before 'START;INIT --dead 10000'"
   # LUT calib
   combdaq --feb-lutcalib --channel=56 --tdc=0

    # Measurement mask
    # 34 channels , channel 19 masked on FEB 15 (adapter issue)
    combdaq --feb-lutmask --tdc=0 --mask=0x7fff7ffff --feb 15
    # 34 channels
    combdaq --feb-lutmask --tdc=0 --mask=0x7ffffffff --feb 14

===== CONFIGURE the ASICs =====

====== Download the version you want to use ======
    mgroc --states (to see the version)
    combdaq --daq-download --dbstate=CMSRPC_DOME --dbversion=29 --name TDCSERVER

====== CONFIGURE ======

     CONFIGURE
     
====== Information on the DAQ   ======

  INFO
  
====== Start a pedestal run ======

     RUN --comment " One test of Pedestal for Ecce and Konstantin channel/channel)"
     combdaq -M SCURVE -A TDCSERVER -P '{"last":510,"first":450,"channel":1023,"step":2}'
     INFO ( when no data are received anymore you can stop)
     STOP

======= Analysis pedestal =======
   cd /opt/TdcAnalysis
   export PYTHONPATH=./scripts/:$PYTHONPATH 
   export LD_LIBRARY_PATH=./lib:$ROOTSYS/lib:/opt/dhcal/lib:$LD_LIBRARY_PATH 
   bin/tdcr  -d/data/local/Oct2020/ -g/opt/TdcAnalysis/dome_geom.json -r1307
   python -c 'import fitscurve;fitscurve.fitped(1307,14,452,530,2,34)'

===== Cosmic data taking =====

In //set_running_cosmic//
  #!/bin/bash
  source .daqsetup
  # Turn normal run MDCC
  combdaq -M CALIBON -A MDCCSERVER -P '{"value":0}'
  combdaq -M CALIBOFF -A MDCCSERVER -P '{}'
  combdaq -M SETCALIBCOUNT -A MDCCSERVER -P '{"nclock":0}'
  combdaq -M SPILLOFF -A MDCCSERVER -P '{"nclock":100}'
  combdaq -M SPILLON -A MDCCSERVER -P '{"nclock":20000000}'
  combdaq -M SETEXTERNAL -A MDCCSERVER -P '{"value":0}'
  combdaq -M SETSPILLREGISTER -A MDCCSERVER -P '{"value":32}'


  # Set Thresholds mode and delays
  combdaq --daq-download --dbstate=CMSRPC_DOME --dbversion=29 --name TDCSERVER
  combdaq --daq-configure 
  combdaq -M SETVTHTIME -A TDCSERVER -P '{"value":520}'
  combdaq --daq-configure
  combdaq -M SETMODE -A TDCSERVER -P '{"value":0}'
  combdaq -M SETDELAY -A TDCSERVER -P '{"value":3}'
  combdaq -M SETDURATION -A TDCSERVER -P '{"value":3}'


The you can start

  RUN --comment " Mon run a moi qui est super et tres beau"
  RESUME
  INFO
  PAUSE
  STOP
  
Spying the ASIC parameters 

  less /dev/shm/mgroc/CMSRPC_DOME_29.json