process method

void process(List<double> input, List<double> outputLeft, List<double> outputRight)

Implementation

void process(List<double> input, List<double> outputLeft, List<double> outputRight) {
  outputLeft.fillRange(0, outputLeft.length, 0.0);
  outputRight.fillRange(0, outputRight.length, 0.0);

  for (CombFilter cf in cfsL) {
    cf.process(input, outputLeft);
  }

  for (AllPassFilter apf in apfsL) {
    apf.process(outputLeft);
  }

  for (CombFilter cf in cfsR) {
    cf.process(input, outputRight);
  }

  for (AllPassFilter apf in apfsR) {
    apf.process(outputRight);
  }

  // With the default settings, we can skip this part.
  if (1.0 - _wet1 > 1.0E-3 || _wet2 > 1.0E-3) {
    for (int t = 0; t < input.length; t++) {
      double left = outputLeft[t];
      double right = outputRight[t];
      outputLeft[t] = left * _wet1 + right * _wet2;
      outputRight[t] = right * _wet1 + left * _wet2;
    }
  }
}