comparison src/CAR.cpp @ 488:af4bc33b2e1c carfac_cpp

(none)

 CAR_coefficients::CAR_coefficients(CAR_parameters* car_params, float fs,
                                    FloatArray pole_freqs){
 
   float f = pow(car_params->zero_ratio_, 2) + 1;
 
-  // dirty FloatArray initialisation. Redo this later
+  // TODO: dirty FloatArray initialisation. Redo this later
   r1_coeffs_= pole_freqs;
   a0_coeffs_= pole_freqs;
   c0_coeffs_= pole_freqs;
   h_coeffs_= pole_freqs;
   g0_coeffs_= pole_freqs;

 
   float min_zeta_mod;
   float x;
   float ff = car_params->high_f_damping_compression_;
 
-  // temp loop until we get eigen in
-  for(float i=0; i<theta.size(); i++){
+  // TODO: temp loop until we get eigen in  (or we just leave it like this)
+  for(float i=0; i<pole_freqs.size(); i++){
       theta[i] *= (2*kPi*fs); // scalar mult.
       c0_coeffs_[i] = sin(theta[i]);
       a0_coeffs_[i] = cos(theta[i]);
 
       x = theta[i]/kPi;
       zr_coeffs_[i] = kPi * (x - ff * x*x*x);
 
       min_zeta_mod = (car_params->min_zeta_ + 0.25 *
           (CARFAC::ERB_Hz(pole_freqs[i])/pole_freqs[i]-car_params->min_zeta_));
-
       r1_coeffs_[i] = 1-zr_coeffs_[i]*min_zeta_mod;
 
       h_coeffs_[i] = c0_coeffs_[i] * f;
+
+      g0_coeffs_[i] = 0; // TODO: matlab design a bit hacky - think for bit
   }
-
-  // g0_coeffs_[i] = ... TODO: restructure this!
 
 }
 
 CAR_coefficients::~CAR_coefficients(){
   // TODO Auto-generated destructor stub