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HOW TO LOOK AT DATA 

Login into the Offline PC (pcglast37) as:
 
User = online

...

Download data from SLAC:  

Done automatically (M. Kuss).

Data available in the directory /data30/glast/pipelineData with same subdirectories as at SLAC.

...

  1. go to  https://confluence.slac.stanford.edu/display/BeamTest/Home  (SLAC confluence page)
  2. go into "Operations" part of the page, and click into Data Monitoring where you find a list of runs.
  3. Deatailed informations about a given run can be found going back to the confluence page, down in the Data Analysis part, in the line Data Access click on Summary of Run Types

 

Run the OfflineMonitor

Shifters should run the OfflineMonitor version on pcglast37 in the directory /home/online/OfflineMonitor_Shift

The macro RunIt.C reads merit and BTtuple for a given run receiving in input the run information coded as following:

...

and the particle type is coded as:      01=e-   02=e+   03=pions  04=all particles  05=muons  06=protons  07=Full brems  08=tagged photons

THEN PROCEED WITH THE FOLLOWING COMMANDS:

Create a link to the downloaded data with the correct name:

Go to the directory   /home/online/OfflineMonitor_Shift and run the script link.pl with the online run number as argument, e.g. for run 1181

 > ./link.pl 700001181

that creates a link in the directory /home/online/OfflineMonitor_Shift/data to the downloaded merit and BTtuples with the correct names  

...

Example for the run  700001181:        711810025000007600201

The links (done by the script) will be:

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Results are saved in      /home/online/OfflineMonitor_Shift/output/Histos711810025000007600201.root
                                  /home/online/OfflineMonitor_Shift/output/Report....711810025000007600201.ps

 

Report Result

 On Confluence , in the "Operations" part of the page, in the section Data Taking edit  and fill the Offline Monitor Logbook.

 

 

LIST OF VARIABLES IN THE PLOTS 

For more details refer to descritpion of  merit and BTtuple  ( svac)  tuples .

Wiki Markup    ============= 1D Histo List ===================   //        Tracker   \
  //        Tracker
  --------------------------\-     TkrNumTracks          Number of tracks found (Maximum is set by TkrRecon, currently 10)     Tkr1FirstLayer           First layer in track (layer 0 is the bottom of the tracker)     Tkr1Gaps                  Total number of gaps in track     Tkr1\-
    TkrNumTracks          Number of tracks found (Maximum is set by TkrRecon, currently 10)
    Tkr1FirstLayer           First layer in track (layer 0 is the bottom of the tracker)
    Tkr1Gaps                  Total number of gaps in track
    Tkr1[X/Y/Z\]Dir            Track \]Dir            Track [x/y/z\] direction cosine     Vtx\cosine
    Vtx[X/Y/Z\]Dir              \]Dir              [x/y/z\] direction cosine of the (1st) vertex     Vtx\vertex
    Vtx[X/Y/Z\]0                 \]0                 [x/y/z\] coordinate of vertex; if the two tracks making up the vertex are nearly parallel, the coordinates of the vertex may become very large     Vtx\large
    Vtx[X/Y/Z\]in                \]in                [x/y/z\] coordinate of entry point in the CU     DirErr                         PSF (only for tagged gammas)     TkrNumDigis              Number of TKR digis. A digi is produced whenever there is at least one strip hit in a silicon plane Wiki Markup//  \CU
    DirErr                         PSF (only for tagged gammas)
    TkrNumDigis              Number of TKR digis. A digi is produced whenever there is at least one strip hit in a silicon plane

//  ------------------------\-   //       Calorimeter   -
  //       Calorimeter
  //------------------------\-     CalEnergyCorr         Cal Energy corrected -
    CalEnergyCorr         Cal Energy corrected layer-by-layer for edges and leakage     Cal\leakage
    Cal[X/Y/Z\]Ecntr         Energy centroid in \]Ecntr         Energy centroid in [x/y/z\]     CalMipRatio              Ratio of measured energy to that expected from a minimum-ionizing particle     Cal\]
    CalMipRatio              Ratio of measured energy to that expected from a minimum-ionizing particle
    Cal[X/Y/Z\]Dir            \]Dir            [x/y/z\] direction cosine of CAL "track"     CalTrackDoca         Distance between the projected vertex (or track if only one track) and the energy centroid, evaluated at the z of the centroid     EnergyErr                Error on photon reconstructed energy (only for tagged gammas)     CalTransRms          rms of transverse position measurements  
    CalTrackDoca         Distance between the projected vertex (or track if only one track) and the energy centroid, evaluated at the z of the centroid
    EnergyErr                Error on photon reconstructed energy (only for tagged gammas)
    CalTransRms          rms of transverse position measurements
  //------------------------\-   //      ACD   -
  //      ACD
  //-----------------------\-     AcdTotalEnergy            Total energy deposited in ACD     AcdTileCount                 Number of tiles fired   -
    AcdTotalEnergy            Total energy deposited in ACD
    AcdTileCount                 Number of tiles fired
  //------------------------\-   //      Trigger   -
  //      Trigger
  //------------------------\-    GEM Conditions Summary word               Trigger Summary word     ROI = 0x01          CNO = 0x10                                                                                                                 TKR = 0x02          PERIODIC = 0x2                                                                                                                 CALLE = 0x04      SOLICITED = 0x4                                                                                                                 CALHE = 0x08     EXTERNAL = -
   GEM Conditions Summary word               Trigger Summary word     ROI = 0x01          CNO = 0x10
                                                                                                                TKR = 0x02          PERIODIC = 0x2
                                                                                                                CALLE = 0x04      SOLICITED = 0x4
                                                                                                                CALHE = 0x08     EXTERNAL = 0x80

   GEM Condition arrival times                       time distance in 50 ns ticks from the condition that opened the trigger window (30 ticks wide).
                                                                       See section 4.13 in the GEM document for a detailed description.

   GEM Condition arrival times                       for events with the corresponding ConditionSummary true          
  //-------------------------
  //      EVENT
  //-------------------------
  EvtEnergyCorr            Event energy formed by adding the corrected tracker energy (TkrEnergyCorr) to the layer-by-layer corrected cal. energy CalEnergyCorr

Wiki Markup&nbsp; //--------------------&nbsp;&nbsp;&nbsp; &nbsp;&nbsp;&nbsp; &nbsp;&nbsp;&nbsp;&nbsp;&nbsp; &nbsp;// Ancillary&nbsp;&nbsp;&nbsp; &nbsp;&nbsp;&nbsp; &nbsp;&nbsp;&nbsp; &nbsp;&nbsp;&nbsp;&nbsp;&nbsp;<span style="color: #cc0000"><strong>NO CORRECT INFO FROM ANCILLARY IN BTtuple YET</strong></span> &nbsp;//             
 // Ancillary                 NO CORRECT INFO FROM ANCILLARY IN BTtuple YET
 //--------------------&nbsp;&nbsp;&nbsp; &nbsp;&nbsp;&nbsp; &nbsp;&nbsp;&nbsp;&nbsp;&nbsp; &nbsp;&nbsp;&nbsp;              
    TAG_XYZ\[3,4\]&nbsp;&nbsp; &nbsp;&nbsp; &nbsp;&nbsp; ]         X,Y,Z coordinates of highest cluster in each of the four silicon tagger station &nbsp; &nbsp;&nbsp;&nbsp;&nbsp;station