We'll start with version 0.90.0 and increment the second number up to 99.
  Goal is to declare a verison 1.0.0 sometime over the summer.

  To change the version, edit both SConscript.py and Makefile.

  Also use wildcard to make SRC list of sources

  Provides methods get NSA, NSB, and NPED for each crate

Dummy spectrometer class.
Added a dummy spectrometer class to ease the construction of teststands for single detectors.

  Fixed for make and scons
  Put libHallC before libHallA before root libs

  Rename ScalerLoc so it doesn't conflict with class of same name in podd
  Ignore .pcm files
  Makefile does version check for root 6
  Address warnings in hodtest.C

       This is to match the class name defined in those files
       Also add THcShowerHit to the Makefile

  Added as an optional sub detector THcShowerArray to the THcShower class
  Get hit data with GetData method instead of hit member variables
    so as to be compatible with FADC compatible hit list

  Makefile and THcInterface changes to reflect the changes in podd
  scaler code

   Don't repeat comparisons of tdc values
   with fScinTdcMin and fScinTdcMax because hits only get added to
   fHodoHits (and previously fPosTDCHits, fNegTDCHits, ...) if
   the times are within these ranges.
  In THcHodoscop, remove members of fTOFPInfo that are just used
   locally.

  This is anticipation of a new hit class for processed hits.
  To make it clear that this hit class is for decoding into hit lists

  CCDB must be installed and CCDB_HOME defined before compiling.
  If CCDB_HOME is not defined, hcana is compiled without CCDB support
  scons has not been updated to compile with CCDB support
  To use, instead of gHcParms->Load(filename), do
    gHcParms->OpenCCDB(runnum, ccdb_connection_string)
    gHcParms->LoadCCDBDirectory("hms","h")
    gHcParms->LoadCCDBDirectory("sos","s")
    gHcParms->LoadCCDBDirectory("gen","g")
  Parmaters will be loaded into the same internal gHcParms list as with
  ThcParmList::Load, so no changes to detector classes are needed.
  Scripts to convert existing parameters into CCDB are under development.
  Currently all ccdb constants are loaded as doubles as there is not
  a way to easily query ccdb to get the data type.
  Also strings are not loaded.

  THcRasterRawHit class to helps with the decoding of the raster
     signals via THcHitList class.
  THcRasteredBeam class derives from THaApparatus to handle rastered beam.
  Modify Makefile and HallC_LinkDef.h to compile new classes

Inspired by ENGINE/CTP report generator
  Reports generated by
    THcAnalyzer::PrintReport(templatefilename,outputfilename)
    template is copied to output, {stuff} is replaced by the
       value of stuff.  Value can be formated with c formater, eg.
           {stuff:%.2f}
  ThcFormula added to allow more flexibility of variables.
    Can get number of times cuts pass or are called with:
       cutname.npassed (or cutname.scaler) and cutname.ncalled

  Use HALLC_MODS in make file to turn on Hall C changes in Podd.
  Remove unneeded and now broken includes of THaDB.h.

  THcDriftChamber::SpacePoint -> THcSpacePoint
  That way space points can be put in a TClonesArray and be made known
  to THcDC when stub information is added.

  New class THcDC is whole set of wire chambers.
  THcDriftChamber is one chamber (6 planes)
  Implement space point finding from h_pattern_recognition up to point
     before where space point lists from the two chambers are combined.
  Includes
      FindEasySpacePoint   (h_find_easy_space_point)
      FindHardSpacePoints  (find_space_points)
      DestroyPoorSpacePoints (h_sp_destroy)
      SpacePointMultiwire  (h_sp_multiwire)
      ChooseSingleHit 	   (h_choose_single_hit)
      SelectSpacePoint	   (select_space_points)

Space points are arrays of structures in the THcDriftChamber class.  Will
probably need to take space points out class so that they can be looked at
at the THcDC level.

New code is only tested to see that it compiles and that space points
are sometimes found.

      Start adding to the drift chamber code.   Setup a class structure
      similar to what podd uses for the VDCs.  Raw hit class renamed
      to THcRawDCHit.  Signal hits are how THcDCHit, modeled after
      podd hits.  Add THcDCWire, and classes for time to distance conversion.
      Time to distnace conversion doesn't do anything yet.

      Find some improved DC parameter files so that min and max TDC limits
      are good for the run we are using.

      THcDriftChamberPlane asks ThcDriftChamber for many parameters.

locations (e.g. via rpm) instead of under a common ROOTSYS.

function or detector.

be made either in output.def or by analyzing root tree.

add simple code to register ADC and TDC hits into global
variables so that hit maps can be made.

Add ThcSignalHit class

Follow SRC model and make a scintillator plane class.