* Automaticly write the table corresponding to the target and light/beam particle in the input/EnergyLoss directory

	- an empty target is instantiate every time
	- if the target is empty, the energy loss process is not called

* Now interaction coordinate and Energy loss of the beam are compute using a target method, called in the different event generator
	- Some test have been done, results are OK
	- Simulation is slightly slow done by this process of slowing done the beam, mainly because an Energy loss table is called every events...

     and 'c8cc701c792485a9cc004cd4f1a74daa101bc2ed'

     and '98640326cf806975952a031900fd27c6114ad9ff'

   + Token NBLAYERS is used to slow down the beam in the target from the
     entrance to the beam interaction point

	- Now NPS also use the liblist

	- Now everytime a library is added to NPLib there is no need to edit NPA nake file
	- compatibility with tcsh and MacOs should be performed

* Scorer scheme has been updated for Gaspard and S1 detector
   + General scorers of the NPTool package are used whenever possible

     and '6246ec5d30fa8b1a8fccc50ea588d18a923b8d64'

   + Only tested for Gaspard at the moment
   + Target properties are directly private members of the DetectorManager
     class. A dedicated class treating the target could be done in the
     future if necessary.

   + Target.{hh,cc} class now has a method returning the target material
   + VEventGenerator.{hh,cc} class now returns the effective thickness
     of target seen by the beam before interaction (method CalculateBeamInteraction)
   + Propagate these changes in the different EvenGenerators

* Update Gaspard documentation

* Support of new Physics class in NPA 10He project

	- Manage calibration of the SSSDData. very basics right now

* Change method name in SSSDData to something understandable

* removing debugging cout in MUST2Physics

	- Everything is now done in one single class, TMust2Physics

	- Adding AddParameterToCalibrationManager
	- ReadCalibrationFile should desapear soon

* Fixing stuff in CalibrationManager
	- Now if the calibration parameter is not found, the raw value is return without warning, wich is good for simulation

	- Now every volume is independents and have is own name
	- enable pad number function in MUST2

* Adding data to Match_SiLI_Si function in TMust2Physics
	- according to geometry of detector

* Little improvment on MUST2 scorer
	- Map for X,Y and Pad/cristalNumber are now G4int instead of G4double
	- StripPitch is now a private member of X and Y scorer and is no longer calculated at every event
* Adding some file that should be here like the Dummy detector, the ThinSiData or the DummyDetector.detector input file

* Progress on MUST2 Physics improvement

	- Algo is now looking at the two last caracter of the volume name and checking if there is one or two number.
	- Specifying if the scorer is applied to SiLi or CsI is no longer needed
* Changing cut value in PhysicsList to 1000pc to avoid  warning at compilation

	- Algo need to be fixed because it work only if the array of telescope is under 10

   + finish the NPSimulation part of the documentation

	- Default value for second argument is now in .hh file instead of .cxx file so last argument could be ommited

	- Wrong detector name was given, problem fixed

* Setting a hi-cup on secondaries
	- There is no more secondaries generated (especially e- in the cryo target)

* Fixing comment in some detector

	-This class describe a simple Dummy Detector :                           
 	a simple cylinder of predifined material. user can choose to place it        
        where he want using spherical coordinate and choose between two naterial 

* Updating comment in ThinSi detector (NPS)