function win = createTemporalWindow(t, duration_signal, duration_win, sampling_freq, win_type)

%{
fuction win = createTemporalWindow(t, duration_signal, duration_win, sampling_freq, win_type)
Ex: win = createTemporalWindow(t, 6, 2, 40, 1)

Task: create the 4 types of windowing functions

Inputs:
    -t: time vector of the signal
    -duration_signal: duration of the signal (in s)
    -duration_win: duration of the window
    -sampling_freq: how many samples per second
    -win_type: 1 for rectangle, 2 for hamming, 3 for hanning, 4 for blackman
    
Output:
     win : window amplitude with the same duraion as the temporal vector
Author: Tikea TE
Date: 13/04/2025
%}

% create a vector of 0 the same length as the signal
win = zeros(1,length(t));

for I_sample = 1:duration_win * sampling_freq % nuber of samples in the window 
    % for rectangle
    if (win_type == 1)
        win(I_sample + (duration_signal - duration_win)/2 * sampling_freq ) = 1;
    end
    % for hanning 
    if (win_type == 2)
        win(I_sample + (duration_signal - duration_win)/2 * sampling_freq ) = 0.5 - 0.5*cos(2*pi*I_sample/(duration_win*sampling_freq));
    end
    % for hamming
    if (win_type == 3)
        win(I_sample + (duration_signal - duration_win)/2 * sampling_freq ) = 0.54 - 0.46*cos(2*pi*I_sample/(duration_win*sampling_freq));
    end
    % for blackman
    if (win_type == 4)
        win(I_sample + (duration_signal - duration_win)/2 * sampling_freq ) = 0.42 - 0.5*cos(2*pi*I_sample/(duration_win*sampling_freq)) + 0.08*cos(4*pi*I_sample/(duration_win*sampling_freq));
    end
end