An example GUI to display the periodic report during the analysis
  is included.  (rustats.tcl).  The commands to startup the GUI
  are in hodtest.C, but commented out.

  Also use root 6

   Gets rid of vars.push_back(RVarDef ... stuff

Also do some whitespace cleanup

  This is so that hodoscope paddles in Eve are illuminated

the best track.

-Changed the name of a Good tdc variables
-Added all good adc and tdc variables
modified:   src/THcScintillatorPlane.cxx
modified:   src/THcScintillatorPlane.h

example:
-fTotNumPosAdcHits (raw hodo+ multiplicity)
-fTotNumNegAdcHits (raw hodo- multiplicity)
-fTotNumAdcHits (raw hodo multiplicity)

Indentation cleanup

   Added to THcScintillatorPlane.h
   Initialize and clear in THcScintillatorPlane.cxx
Add raw multiplicities for ADCs and TDCs

  With this commit, db_run.dat is not needed in hcana
  If THcRunParms is used, hcana will get the beam momentum from the
  parameter "gpbeam" instead of db_run.dat.  To use, use the
  THaRun::SetRunParamClass method to set the run parameter class
  to "THcRunParameters".

  THaRun* run = new THaRun(RunFileName);
  run->SetRunParamClass("THcRunParameters");

  Also use wildcard to make SRC list of sources

autogeneration of src/HallC_LinkDef.h - all using SCons

Eliminate print statement for tzero per wire in THcDriftChamberPlane:…

Fix mistake in THcScintillatorPlane::ProcessHits

Accidentally deleted line
btdcraw_pos = kTRUE;

in previouse commit

-Added fAdcTimeWindow Min/Max to THcHodoscope.cxx (.h)
-Added fAdcTimeWindow Min/Max to THcScintillatorPlane.cxx (.h)
-Initialized loop over number of hits inside the FillDynamic_Pedestal() method
-added some variables in the THcScintillatorPlane.cxx Dynamic Pedestal Method
-Added loop over adc_pos and adc_neg hits, and required the hits to fall
within fAdcTimeWindow Min/Max
-Added the requirement of at least a valid (adc && tdc) on either end of a bar
-re-defined boolean operator for adc_pos/adc_neg to be True if  they passed the errorflag and timeCUT requirements in the fADC_Dynamic Pedestal method.
-- deleted adc_pos/neg initial definitions, and set their initial values to -999.

Merge branch 'shms_presh_develop' of https://github.com/Yero1990/hcana into Yero1990-shms_presh_develop

  Add "Good" variables to calorimeter class
     occupancies and multiplicities
     required to pass time and threshold cut
  Change some variables from arrays to vectors
  Modify how thresholds are calculated
  Remove obsolete variables: posadchits, negadchits
  Add flash adc debug flag
  Correctly delete pointers in destructor

  Add "Good" variables to calorimeter class
     occupancies and multiplicities
     required to pass time and threshold cut
  Change some variables from arrays to vectors
  Modify how thresholds are calculated
  Remove obsolete variables: posadchits, negadchits
  Add flash adc debug flag
  Correctly delete pointers in destructor

Make matched cluster variables of the array part of calorimeter private.

Initialize fY variable in the THcShowerHit::THcShowerHit default
constructor.

Correct typo in THcShowerArray::Clear, assign -1000 to fMatchClY.

Edit debug output in THcShowerArray::CoarseProcess and remove obsolete
comments THcShowerArray::MatchCluster.

Clear fSizeClustArray and fNblockHighEnergy quantitites in
THcShower::Clear, for just in case.

So files don't split.
Seems to be working, hcana has not crashed yet with file sizes
upto 2.6 GB.

Main purpose is to calculate the DC efficiency per wire
using the track information of the golden track.


THcDC.h
-----------
1) add method EfficiciencyPerWire
2) Add variables fWire_hit_did and fWire_hit_should

THcDC.cxx
------------
1) fWire_hit_did and fWire_hit_should are fixed length arrays
   the size of NPlanes that in set in method Init
2) Add variables wireHitDid and wireHitShould to the tree
3) In method SetFocalPlaneBestTrack add call to EfficiencyPerWire method
4) added EfficiencyPerWire method which loops over the hits
    and compares the wire number for the hit to the the track
    position at the plane (convert back to wire number).
    Then fills fWire_hit_did with the wire number if
    equal to the wire position of the hit equals the track.
    Also does loop over all planes and fills fWire_hit_should
    with the wire number of the track in each plane.

THcDriftChamberPlane.h and cxx
---------------------
1) Added method CalcWireFromPos