SCALING_CONSTANT_1 = 0.5/((2^-10)*((2^10)-1))
SCALING_CONSTANT_2 = ((2^-15)*((2^15)-1))/0.5
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
ADC_subtracted_value = -(2^-10)*((2^10)-1):2^-10:(2^-10)*((2^10)-1);
to_FFT = ADC_subtracted_value * SCALING_CONSTANT_1;
to_DAC = to_FFT * SCALING_CONSTANT_2;
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
A(1, 1) = max(ADC_subtracted_value);
A(1, 2) = max(to_FFT);
A(1, 3) = max(to_DAC);
A(2, 1) = min(ADC_subtracted_value);
A(2, 2) = min(to_FFT);
A(2, 3) = min(to_DAC);
A
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
X = dec2q(ADC_subtracted_value, 0, 15, 'bin');
Y = dec2q(to_FFT, 0, 15, 'bin');
Z = dec2q(to_DAC, 0, 15, 'bin');
X = char(X+" ");
Y = char(Y+" ");
T = [X, Y, Z]
dlmwrite('scaling.txt',T,'delimiter','');