- Correcting wrong include path in DDInitialGenerator.

First attempt to build the Structure of Radon Inverse code

- Propagate change from ElementaryUtils project.

- Fixed DEXP integrator : missing members in copy constructors.

from @Luca Colaneri
I found an error in Brent.h on line 26
you have two variables with the same name one must change "fpre" into "fcur"

- Initialize some variables to 0.

- New MatrixD operations (multiplication, etc).
- VectorD to MatrixD conversion.
- Tests in MatrixD to avoid index out of bounds.
- Corrected NumA_Tests

- Refactoring of quadratures.

- Fixed Gauss-Legendre

- Initial version

- Fixed DExp

- Correct tolerances in GK21_ADAPTIVE.

- Correct tolerances in DEXP.

- Add missing copy constructor and clone function.

- Add new method to generate steps for Interval (NORMAL & LOG)

- Correct infinite loop

- Implement Interval class.

- Update output format for tolerances

- Update project folder tree.
- Move math tools from PARTONS to NumA++ (Tolerances, Differences, MathUtils ...)
- Switch from basic template function to new architecture with inheritance and virtuality to provide powerful integration method layer for PARTONS. Adding generic way to configure integration method module (like in PARTONS).
- Add one dimension function definition

Keywords : Functors, Template class, inheritance, module, configure, generic parameters

- Added NumA++ doxyfile

- GapEquationSolverModule: Added the ability to resume iterations from previous computed solution
- Avoid recalculating same quantities

- modifications to build.xml ("clean" removes CMakeCache.txt) and CMakeLists.txt

- New build.xml for Eclipse VM

- Remove CMakeCache

- New modules FindEigen3 and FindROOTrtual Machine

- new CMakeLists.txt independant of Virtual Machine

- Impossible to use template and virtual together

- Draft refactoring integration mechanisms

- new assign() method in VectorD and MatrixD
- new concatenate() and getStdVector() methods in VectorD
- relative diff in NewtonMD

- Added VectorD::norm()
- Modification in Newton.h to return x everytime
- Implemented NewtonMD::solve()

- Update Newtown return for each case.

- Added a list of substitution for Eigen header. Please import it to your Eclipse global configuration (C++ -> Organize Includes -> Header substitution).
- Made the VectorD operators const (to avoid some compilation problems).
- First draft of NewtonMD (Newton multi-dimensional).
- Added other methods for linear solve from Eigen.

- Comments

- Refactorization (moved MatrixD to NumA).
- Modification of MatrixD and VectorD
- First implementation of LinearSystem::solve using Eigen
- Refactorization of DSE modules and beans

- Removed static variables and methods in GLNP
- Test of Legendre

- Update CMake & project configuration file

- Refactoring GSL integration mode
- Adding two root finding algorythme
- Updating NumA++ project configuration file

- Update CMake configuration file

- Update CERN ROOT library configuration

- Update CERN ROOT library configuration