- Placement of Box detector Ok for Pad and Single layer case
 - Restauring original colour of the PCB

- Setp 1: remove the problematic file

   of gcc (>= 4.6.3) on Linux

 - Try as an absolute or relative path
 - if fail try in the standard location
 - if fail exit with error code 1

 - The line starting with % was not ignore during the reading phase

 - Renaming of private member of Initial Condition
 - Beam energy was not set in Read Configuration

 - Can emmit gamma or nuclei
 - use the particle stack

 - fixing couple of bug
 - remove some warning
 - enhance performance

 - Only one read configuration file method
 - lighter code
 - possibility to use TH1F for cross section shoot

 - Add associate class in NPL
 - Add Function in NPL

Some code clean up has been done as well (cosmetic change for the most)

 * Add #ifdef statements in NPSimulation - DetectorConstruction
   however, if a subset of detectors is selected with ./configure
   from NPLib, it breaks NPSimulation compilation since all projets
   are compiled by default in NPSimulation

- QQQ working
- Adding PAD in progress

- Box Detector Ok
- QQQ starting

* Progress on the Sharc detector
* Correcting bug on the particle stack: Initial condition was not cleared at end of event, generating massive root file

  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.

   + Clear for map scorers was misplaced at the end of all ReadSensitive()
     methods in GaspardTracker* shapes.
   + The same applied for the DetectorNumber_itr++ statement
   + The line Energy_itr = EnergyHitMap->GetMap()->begin(); was missing
     when looping on the energy map.

* Strip numbers are now integer instead of double

* renaming Must2Scorer to MUST2Scorer in NPS

 - 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

   + limit on deposited energy for each step is now 0.1 keV instead of 100 keV
   + this produced double kinematical lines spaced by 100 keV