Language: C++

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The proposed algorithms and their implementation are part of a larger project to create a library of open access scientific software. It all started with the analysis of neutron noise on IBR-2M (FoxLima FFT, basic element method, clustering, etc.). The C++ (low inheritance/virtualization) design patterns and the Math-on-Paper concept (polymorphic code) are discussed and explained in the CPX, VEC, and MTX classes specifically designed for trigger software.

CPX class
        - authors: Mihai-Tiberiu and Maria Dima - JINR, Dubna-Russia
        - web-page with downloads and documentation
        - polymorphic complex-number utility

DXF digital filter
        - authors: Mihai-Tiberiu and Maria Dima - JINR, Dubna-Russia
        - web-page with downloads and documentation
        - signal digital filter of given frequency

VEC / MTX class
        - authors: Mihai-Tiberiu and Maria Dima - JINR, Dubna-Russia
        - web-page with downloads and documentation
        - polymorphic 3D vec / mtx utility

FoxLima Fourier Transform
        - author: Mihai-Octavian Dima - JINR, Dubna-Russia
        - web-page with downloads and documentation
        - polymorphic Fourier utility with oversampling, Fourier-space apodisation
          and Weyl-Wigner Fourier Transform

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