- The target was not created and thus the Material not register in the dE/dx table. So NPS crash when trying to write the table. The table is no longer written if the size of the target is 0

* Fixing issue when EventGeneratorIsotropic is used for gamma emission

 - NPS was giving conflict between NP system of Unit and CLHEP one, this is was fixed by a nested ifdef on HEP_SYSTEM_OF_UNIT

* Fixing issue with S1:
 - in Detector Manager a tipo was desabling the condition compilation of S1

* Fixing issue in Isotropic:
 - conflict when the particle was light nuclei given by its name (eg proton instead of 1H)
 - Problem is fixed and user can use gamma, proton, deuton, triton and alpha spelling

 - Tree was not declared in non proof mode

 - The analysis project is in pMakePhysicalTree
 - The macro is launch putting the usual NPTool option in the macro string argument
 - Parrallel computation and merging of the output tree in memory (not suitable for very large run...)
 - Some change in the ROOTOuput to fit the requierement of pROOF, using the NPTOptionManager option --proof to activate them

 - The NPA project where not changed to include the new file and keep old ref to CLHEP path

   + this allows to remove CLHEP dependency in NPLib
   + this allows to remove Constant.h file

   directly from the command line

   default initialization of min, max, xmin, xmax to 0

 * Update Speg analysis so the event generator is 
   taken directly from the command line

 * Add Speg and EXL to NPAnalysis

  environment variables.

* The $NPTOOL env. variable is now the only one to be defined for
  running the project.

* Add comments in the $NPTOOL/NPLib/liblist file to specify that
  this file is created automatically.

* renaming Must2Scorer to MUST2Scorer in NPS

 - MakeFriendTrees("RunToRead1","RunToRead2")
 - can be called within CINT

 - Now Detector have two method to initialize the root input, one for the Raw data and one for physical data
 - An option ca be given in NPA to specified the input is of physical type

* Identify and correct some bug on the SSSD

 - project contain macro for thickness correction for SSSD used with Must2

* Adding Calibration Macro for Must2 in the macro folder in NPA must2

 - Template can be used also to make physical tree, so it is renamed MakePhysicalTree

   -install_name $(CURDIR)/ had to be removed because NPSimulation was not
   executing anymore

* New Makefile and file arrangements for Gaspard in NPAnalysis

 - Calibration Manager is now called inside the detector manager
 - Code is ligther in NPA without explicit call of the Calibration Manager

* Still a error message remain while launching the Template
 - Dont know where but he try to read the EG file somewhere inside the RootInput....

 -Test on different machine need to be done

 - further test need to be done to test the new way to acces detector via the detector manager


* the map of detector manager is now private and acces via a GetDetector Method
 - If the detector does not exist, the programm issued an error message and exit

* Adding line for avoiding warning when compiling NPS