Completed creation of mess form factor that supports polarized calculations; refactor: remove spaces before public, protected, private

Refactor: changed evaluate interface of interference functions and form factors to use angle bins instead of only angles

Moved some implementations out of header file; fixed ParticleCoreShell for matrix form factor creation

Merged form factor material decorators into FormFactorDecoratorMaterial (for both matrix and scalar materials); moved matrix evaluate to IFormFactor; removed FormFactorPol

Refactor: internally store material pointers in FormFactorDecoratorScalarMaterial instead of the refractive indices

Refactor: rename form factor decorators containing material information to FormFactorDecoratorScalarMaterial and FormFactorDecoratorMatrixMaterial

Refactored FormFactor chain: transformation now sits in Particle; wavevector scattering factor and scattering density reside in the same class (FormFactorDecoratorRefractiveIndex and FormFactorDecoratorMaterial for scalar and matrix scattering respectively)

Use scalar reflection/transmission coefficients in absence of magnetization in layers (also when the particles might be magnetized)

Conflicts:
	Core/Tools/inc/MagneticCoefficientsMap.h

Conflicts:
	Core/Algorithms/inc/SpecularMagnetic.h
	Core/Algorithms/inc/SpecularMatrix.h
	Core/Tools/inc/DoubleToComplexInterpolatingFunction.h
	Core/Tools/src/DoubleToComplexInterpolatingFunction.cpp

MSVC:  inline functions that use static members are moved into *.cpp files to avoid undefined symbols

MSVC: switch to boost::time instead of linux time, RootMinimizers now compiled as static, switch to MathFunctions::isnan in functional tests

Moved to LayerSpecularInfo for polarized calculations (removed MagneticCoefficientsMap completely); Xcode project adapted