+ D. Beaumel physics case (Pygmee Dipole Resonance)

* Remove useless detector declarations in gaspHyde.detector file

* Add NPOptionManager->Destroy in Simulation.cc

   + bug was in the correspondance between strip number and coordinates
   + excitation energy is now well reconstructed

* Add Destroy method in the singleton class NPOptionManager
   + it is used in the Gaspard analysis code

* Change default ROOT file name in general analysis macros
   + mySimul.root is now myResult.root

* Add DumpStrippingScheme method in GaspardTracker
   + it allows to dump the correspondance between strips and coordinates
     for any detector part of Gaspard
   + for the moment indexes are hardcoded for annular detector (should be
     improved)

* Changing default simulation name in Gaspar

              and 'dc0f8ae1232dbbda8cd28620a453b84b908c9f67'
        to branch 'NPTool.dev'

 - Bug in NPNucleus fixed
 - Bug strip numerotation on Gaspard Annular
 - Bug on numeric limit fixed by adding #include<limits> header

   + when finding a specific isotope, the size of the symbol is now taken
     into account: 31S and 31S are now well treated for example.

* Add screen outputs for Gaspard NPA

   + NPS and NPA are consistent in case of Trapezoid shape placed in
     cartesian coordinates.
   + This should be checked when Trapezoid shape is placed in spherical
     coordinates.

* Removing old files in NPLib/Gaspard

           ------
          /      \           ^
         /        \          | v
        /          \         |
       --------------   <-----
                           u = (128,1) - (1,128)
       w = u x v in direction of third stage

* Cartesian and spherical positioning of GaspardTrackerTrapezoid is consistent

* gaspHyde.detector has been modified to take these changes into account

* Stripping scheme in NPS and NPA still to be done

 - User can now edit a ConfigSSSD.dat file in order to disable channel

 * code is now coherente with EvaluateInitialEnergy function

 - Test Performed everything is Ok!

* Modifing code of the Reaction and Detector Manager so you can also put absolute or relative path to the different file
 - Still support the use of environment path
 - Transparent for user, the two way are equivalent

 - A singleton class to make more easy to use NPTool Prog.
 - Class is implemented and tested on one Ananlysis Project

   + makefile.sh script added
   + this script loop on all sub-directories containing a Makefile and 
     run it.

   + header files are copied to include dir before creating the objects

   + scripts are used to move header files, libraries to the include and
     lib directories
   + scripts are located in NPLib/scripts
   + liblist is know created on the fly and is removed from the NPTool 
     package

* Update NPL Makefile to include Paris and Shield detectors

 - Explicite constructor and destructor implementation were needed by root to allow the .so librairy to be load
 - Class as been tested in a Macro and is now working
 - Test on a tree to be perform

 - Adding generation of the root Dictionnary in the makefile of Tools directory
 - Fixing Namespace problem, now TagManager is NPTagManager class 

 - Class is implemented and file are added
 - Class need to be tested befor adding to the dev branch

      ---------------        ^
      \             /        | v   u = (128,1) - (1,1)
       \           /         |     v = (1,128) - (1,1)
        \         /    <------ 
         \       /        u        and w = u x v in direction
          -------                  of third stage

* gaspHyde geometry is now well-defined

* Stripping scheme in NPS and NPA still to be done

   + new positioning method in cartesian coordinates:
       w = u x v where u = (128,1) - (1,1)
                       v = (1,128) - (1,1)
       comment: this differs from Must2 positioning scheme 
                where w = v x u
   + this ensures a full consistency between simulations
     and analysis when GaspardTrackerDummyShape is positioned
     at the *same* place with cartesion or spherical coordinates
   + this was checked with a GaspardTrackerDummyShape module at
     R = 100, THETA = 180 and PHI = 0

* Add support in NPA for GaspardTrackerSquare shape
   + same changes as for GaspardTrackerDummyShape both in NPS
     and NPA
   + full consistency is achieved when GaspardTrackerModule are 
     positioned at the *same* place with cartesian or spherical 
     coordinates
   + this was checked with the barrel of the gaspHyde geometry

* Misc:
   + remove compilation warnings in ParisCluster
   + begin work on GaspardTrackerTrapezoid (NPS + NPA)

 - this optional folder of analysis project is there to hold the configuration file of each detector. 
 - Each of this file hold value that can be set-up for custom analysis (threshold,...) as well as the channel that should be turned of

 - Using a PreTreat to desactivate some telescopes, channel or layer
 - New way of treating time for CsI and SiLi. The time is not always code to avoid problem with SiLi Orsay that use standard electronic instead of MUST2 ASIC

*Updating Modification date of a couple of file

 - X and Y was inverted in the PSStripNumberX and PSStripNumberY function causing a wrong analysed spectra of excitation energy

* Clean GaspardTrackerTrapezoidi.cc and GaspardTrackerAnnular.cc code
   + remove dummy code for aluminium dead layer
   + adapt variable names for gaspard detecor

* ParisPhoswich: remove compilation warning

   + add reliable scorer functionality for theta and phi strips in NPS
   + add theta and phi strips position determination in NPL

* Status:
   + Analysis is working well, except that excitation energy, when using
     the strips, is reconstructed -20 keV off.

   + Theta and Phi strips are added

* Cosmetic changes in AnnularS1.cc