void approach(const VolumeMatrix &source, const IntegrationCoefficients<T> &coefficients)
{
for (size_t i = 0; i < CHANNELS; i++) {
for (size_t j = 0; j < CHANNELS; j++) {
coefficients.integrate(source.volume_[i][j], volume_[i][j]);
}
}
}
S applyWithMinimum(S input, S minimum)
{
return coeffs.integrate(
coeffs.integrate(holdMax.apply(Values::max(input, minimum)),
i1), i2);
}
S apply(S input)
{
return coeffs.integrate(coeffs.integrate(holdMax.apply(input), i1),
i2);
}
void setMetrics(double integrationSamples, size_t holdCount)
{
holdMax.setHoldCount(holdCount);
coeffs.setCharacteristicSamples(integrationSamples);
}
void configure(double sampleRate, double rc, Matrix initialVolumes)
{
integration.setCharacteristicSamples(sampleRate * rc);
userVolume = initialVolumes;
actualVolume.setAll(0);
}
VolumeControl()
{
userVolume.setAll(0);
actualVolume.setAll(0);
integration.setCharacteristicSamples(96000 * 0.05);
}
