Added some comments, added coherent template grid of ni_s^(m)

    end

end

%PARTI DA FARE GUARDANDO L'OVERLEAF:

% - Create (...)a coherent template bank in the ν(m) space

% - Save this template bank, we'll need it later

%%  Create (...)a coherent template bank in the ν_s(m) space

%%  Save this template bank, we'll need it later

% Nni+1 is the number of ni_s^(m) points in the grid (counting borders, 

% Nni is the number of steps) for each s,m couple.

% We make sure to oversample with respect to eq. 23 M2015 to ensure the max

% mismatch is not exceeded.

Nni = zeros(M,s_s);

for s = 1:s_s

    Nni(:,s) = ceil((nismax(:,s)-nismin(:,s))/delta_ni(mu_s,s,g_jj(s)));

end

% nism is a structure which holds the various vectors of ni_s^(m) (our

% coherent template bank)

% each nism{m,s} is the array giving the respective grid, and its i-th 

% element is accessed as nism{m,s}(i)

for m = 1:M

    for s = 1:s_s

        a=nismin(m,s):((nismax(m,s)-nismin(m,s))/(Nni(m,s))):nismax(m,s);

        nism{m,s}=a;

    end

end

%Fourier transform on original time-series --------------------------------

%per mantenere l'informazione di fase, non faccio il valore assoluto al quadrato della fft