private void UpdateAll()
{
GainTF.SetParam(Gain.P_GAIN, Utils.LogResponse(ParameterInfo[P_GAIN].Value));
PostGain.SetParam(postGain.P_GAIN, Utils.ExpResponse(ParameterInfo[P_GAIN].Value));
Tonestack.SetParam(Tonestack.P_BASS, Utils.ExpResponse(ParameterInfo[P_BASS].Value));
Tonestack.SetParam(Tonestack.P_TREBLE, ParameterInfo[P_TREBLE].Value);
Tonestack.SetParam(Tonestack.P_MID, 1);
Contour.SetParam(Contour.P_CONTOUR, Utils.LogResponse(1 - ParameterInfo[P_CONTOUR].Value));
OutLP.SetParam(0, 1600f + Utils.ExpResponse(ParameterInfo[P_HAIR].Value) * 11000f);
Hp1.Update();
LpNoise.Update();
GainTF.Update();
PostGain.Update();
SaturateLP.Update();
ClipperHP.Update();
Tonestack.Update();
TF2.Update();
Contour.Update();
OutHP.Update();
OutLP.Update();
}
private void UpdateAll()
{
Hipass1.SetParam(0, 10f + (float)Math.Round(ParameterInfo[P_TIGHT].Value) * 300f);
Hipass1.Update();
Lowpass1.Update();
Gain.SetParam(TFGain.P_GAIN, Utils.ExpResponse(ParameterInfo[P_GAIN].Value));
Gain.SetParam(TFGain.P_RUETZ, Math.Round(ParameterInfo[P_RUETZ].Value));
Gain.Update();
HipassDC.Update();
double freq = (1.0 / (2.0 * Math.PI * 0.0033e-6 * (2500 + 100000 * Utils.ExpResponse(ParameterInfo[P_FILTER].Value)))); // Range: 19292.0Hz to 470.0Hz
Filter.SetParam(Lowpass1.P_FREQ, freq);
Filter.Update();
Hipass3.Update();
if (e != null)
{
e.UpdateParameters();
}
}
