+ A lot of work has been done

   + TGaspardTrackerPhysicsNew class
     This class now *only* hold the physical information as calculated
     from NPAnalysis.

   + Status:
     running NPAnalysis gives the same results with the new structure
     than before in case of the gaspardTestSpheric detector (only one
     shape)

   + Everything is prepared for multi-shape but whould be tested

   + TGaspardTrackerDummyShape.{h,cxx} and TGaspardTrackerTrapezoid.{h,cxx} added
      These classes will deal with reading the configuration, calculating the 
      geometry and building physical events.

   + TGaspardTrackerPhysicsNew.{h,cxx}
      This class holds the TGaspardTrackerData class and knows all the detectors
      to analyze through a map relating the detector number and the corresponding
      TGaspardTrackerModule object.

* Status:
   Configuration files with heterogeneous shapes are read and the map
   is filled correctly

  be hold

   - mainly adds support for solid D2 cryogenic target

   + NPLib
      - Add TParisPhysics.{h,cxx} class 
      - Add Paris.{h,cxx} class 

   + NPSimulation
      - Add Cluster class for Paris
      - Add Shields classes for Paris
      - Add scorers
      - Add reaction chamber class (Chamber.{hh,cc})

   + NPAnalysis
      - Add framework for analysings the results of the G4 simulation

   + Inputs
      - Add a lot of different Paris geometrical files 

	- Token in NPLib now fit the one of NPS
	- No more error in NPA initialisation of the detector configuration

	- No strip inversion...

	- Now things are coherent with notation
	- Problem come from confusion in MUST2 local referencial: U is analog to Y, V to X axis

	- Wrong mass was substract in ReconstructRelativistic
	- Replace some french variable name by english name

	-Now test for compatibility in SiLi and CsI time
	-Allow time to be not coded, usefull for real data

	- Now deal with case where the excitation energy lead below threshold
	- Breit-Wigner is nicely obtained from analysis

	- Little test has been performed and things seems to work correctly

 - Adding missing call of VDetector::AddParameterToCalibManager in the DetectorManager class
 - Modifing the algorithm that read the calibration file so it should work (hopefully)
 - Modifiyng analysis project so it's instantiate things in the correct order

Put the constructor and destructor of the Calibration Manager as protected to prevent multi-instantiation of the CalibrationManager
 - Destructor and COnstructor are now protected

   - This is a preliminary version

   - Effect of beam tracker is now taken into account

* Add new cross-section files

	- No more problem in strip position calculation if the distance between two corner of Si is not exactly 98mm

   + this was fixed in previous version but lost in the series of merge

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* 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 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