taps_ffe = [200, 3, 2];
taps_dfe = [5, 2, 1];
trlen = 4096*2;
trloops = 5;
ddloops = 5;
K_FFE = 1;
DCmu = 0.005;
mu_ffe_values = [0.001, 0.0005, 0.001];
mu_dfe_values = 0.0007;
DDmu = [mu_ffe_values, mu_dfe_values];
DFEmu = 0.004;
FFEmu = 0;
plot_final = 0;
idealdfe = 1;
num_pf_coeffs = 1;
damp_factor = 1;
norm_loop_bw = 0.01;
det_gain = 2.7;

step_size = 0.0001;

BER = [];
taps_ffe_and_dfe = zeros(1,6);
for i = 1:6
    for j = 1:200
        taps_ffe_and_dfe(i) = j;
        BER_run = first_analysis_2(taps_ffe_and_dfe(1:3), taps_ffe_and_dfe(4:6), trlen, trloops, ddloops, ...
            K_FFE, DCmu, DDmu, DFEmu, FFEmu, plot_final, idealdfe, num_pf_coeffs, ...
            damp_factor, norm_loop_bw, det_gain);
        BER = [BER, BER_run];
        close all
    end
    [~,index_minimum_ber] = min(BER);
    taps_ffe_and_dfe(i) = index_minimum_ber;
end
disp(taps_ffe_and_dfe)