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()
{
HpInput.SetParam(Highpass1.P_FREQ, 15);
TFStage.Update();
var lowpassFreq = 1592 + Utils.ExpResponse(ParameterInfo[P_FILTER].Value) * 8000;
LowpassFilter.SetParam(Lowpass1.P_FREQ, lowpassFreq);
HpOutput.SetParam(Highpass1.P_FREQ, 30);
}
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();
}
}
private void Update(int?parameter)
{
if (parameter == null)
{
HighpassInput.SetParam(Highpass1.P_FREQ, 180);
h3.SetParam(Highpass1.P_FREQ, 59.45f);
hipassZenerB.SetParam(Highpass1.P_FREQ, 8);
LowpassOutput.SetParam(Lowpass1.P_FREQ, 10000);
// Channel A ------------------------------------------------------
TF1A.Update();
TF2A.SetParam(TF2.P_USE_R3, 0.0);
}
if (parameter == null || parameter == P_GAIN_A)
{
TF2A.SetParam(TF2.P_GAIN, Utils.ExpResponse(ParameterInfo[P_GAIN_A].Value));
}
if (parameter == null)
{
PostVolumeHpA.SetParam(Highpass1.P_FREQ, 30);
//Stage1A.Bias = -0.5f;
Stage1A.Bias = -0.14f;
Stage2A.Bias = -0.15f;
}
if (parameter == null || parameter == P_BASS_A || parameter == P_MID_A || parameter == P_TREBLE_A)
{
TonestackA.SetParam(Tonestack.P_BASS, Utils.ExpResponse(ParameterInfo[P_BASS_A].Value));
TonestackA.SetParam(Tonestack.P_MID, ParameterInfo[P_MID_A].Value);
TonestackA.SetParam(Tonestack.P_TREBLE, ParameterInfo[P_TREBLE_A].Value);
}
if (parameter == null || parameter == P_PRES_A)
{
TFPresA.SetParam(TFPres.P_PRES, ParameterInfo[P_PRES_A].Value);
}
// Channel B ------------------------------------------------------
if (parameter == null)
{
TF1B.Update();
TF2B.SetParam(TF2.P_USE_R3, 1.0);
TF1xB.Update();
}
if (parameter == null || parameter == P_GAIN_B)
{
TF2B.SetParam(TF2.P_GAIN, Utils.ExpResponse(ParameterInfo[P_GAIN_B].Value));
}
if (parameter == null || parameter == P_VOL_B)
{
TFVolumeB.SetParam(TFVolume.P_VOL, Utils.ExpResponse(ParameterInfo[P_VOL_B].Value));
}
if (parameter == null)
{
Stage1B.Bias = 0.47 - 0.5f;
Stage2B.Bias = 0.63 - 0.5f;
}
if (parameter == null || parameter == P_BASS_B || parameter == P_MID_B || parameter == P_TREBLE_B)
{
TonestackB.SetParam(Tonestack.P_BASS, Utils.ExpResponse(ParameterInfo[P_BASS_B].Value));
TonestackB.SetParam(Tonestack.P_MID, ParameterInfo[P_MID_B].Value);
TonestackB.SetParam(Tonestack.P_TREBLE, ParameterInfo[P_TREBLE_B].Value);
}
if (parameter == null || parameter == P_PRES_B)
{
TFPresB.SetParam(TFPres.P_PRES, ParameterInfo[P_PRES_B].Value);
}
if (Editor != null)
{
Editor.UpdateParameters();
}
}
public void InitializeDevice()
{
DevInfo.DeviceID = "Low Profile - Rodent.V2";
#if DEBUG
DevInfo.DeviceID = DevInfo.DeviceID + " - Dev";
#endif
DevInfo.Developer = "Valdemar Erlingsson";
DevInfo.EditorHeight = e.Height;
DevInfo.EditorWidth = e.Width;
DevInfo.HasEditor = true;
DevInfo.Name = "Rodent V2";
DevInfo.ProgramCount = 1;
DevInfo.Type = DeviceType.Effect;
DevInfo.Version = 2200;
DevInfo.VstId = DeviceUtilities.GenerateIntegerId(DevInfo.DeviceID);
PortInfo[0].Direction = PortDirection.Input;
PortInfo[0].Name = "Mono Input";
PortInfo[0].NumberOfChannels = 1;
PortInfo[1].Direction = PortDirection.Output;
PortInfo[1].Name = "Stereo Output";
PortInfo[1].NumberOfChannels = 2;
for (int i = 0; i < ParameterInfo.Length; i++)
{
var p = new Parameter();
p.Display = "0.49";
p.Index = (uint)i;
p.Name = ParameterNames[i];
p.Steps = 0;
p.Value = 0.49;
ParameterInfo[i] = p;
}
Hipass1 = new Highpass1((float)Samplerate);
Lowpass1 = new Lowpass1((float)Samplerate);
Gain = new TFGain((float)Samplerate);
HipassDC = new Highpass1((float)Samplerate);
Clipper = new SplineInterpolator(Splines.D1N914TF);
/*Clipper2 = new LUT();
* Clipper2.ReadRecord(Tables.LEDTF.Split('\n'));
* Clipper2.Table = Tables.Upsample(Clipper2.Table, 100000);*/
Clipper2 = new SplineInterpolator(Splines.LEDTF);
Filter = new Lowpass1((float)Samplerate);
Hipass3 = new Highpass1((float)Samplerate);
// Frequency of 0.01uF cap + 1k + 1Meg = 7.227 Hz
Hipass1.SetParam(0, 10f + (float)Math.Round(ParameterInfo[P_TIGHT].Value) * 300f);
// Low pass rolloff because of 1n cap, estimate
Lowpass1.SetParam(0, 5000f);
// This is the cap after the gain, just some value to remove DC offset
HipassDC.SetParam(0, 10f);
// Final cutoff frequency ~ 7.7Hz
Hipass3.SetParam(0, 7.7f);
SetParam(P_ON, 1.0);
// initialize all blocks
UpdateAll();
e.UpdateParameters();
}
public void InitializeDevice()
{
DevInfo.DeviceID = "Low Profile - Smash Master";
#if DEBUG
DevInfo.DeviceID = DevInfo.DeviceID + " - Dev";
#endif
DevInfo.Developer = "Valdemar Erlingsson";
DevInfo.EditorHeight = 0;
DevInfo.EditorWidth = 0;
DevInfo.HasEditor = false;
DevInfo.Name = "Smash Master";
DevInfo.ProgramCount = 1;
DevInfo.Type = DeviceType.Effect;
DevInfo.Version = 1000;
DevInfo.VstId = DeviceUtilities.GenerateIntegerId(DevInfo.DeviceID);
PortInfo[0].Direction = PortDirection.Input;
PortInfo[0].Name = "Stereo Input";
PortInfo[0].NumberOfChannels = 2;
PortInfo[1].Direction = PortDirection.Output;
PortInfo[1].Name = "Stereo Output";
PortInfo[1].NumberOfChannels = 2;
for (int i = 0; i < ParameterInfo.Length; i++)
{
var p = new Parameter();
p.Display = "0.5";
p.Index = (uint)i;
p.Name = ParameterNames[i];
p.Steps = 0;
p.Value = 0.5;
ParameterInfo[i] = p;
}
Hp1 = new Highpass1((float)Samplerate);
LpNoise = new Lowpass1((float)Samplerate);
GainTF = new Gain(this.Samplerate);
PostGain = new postGain(Samplerate);
SaturateLP = new Lowpass1((float)Samplerate);
ClipperHP = new Highpass1((float)Samplerate);
Clipper = new LUT();
Clipper.ReadRecord(Tables.D1N914TF.Split('\n'));
Clipper.Table = Tables.Upsample(Clipper.Table, 100000);
Tonestack = new Tonestack((float)Samplerate);
TF2 = new TF2(Samplerate);
Contour = new Contour(Samplerate);
OutHP = new Highpass1((float)Samplerate);
OutLP = new Lowpass1((float)Samplerate);
// 16Hz, remove DC bias from input
Hp1.SetParam(0, 16f);
LpNoise.SetParam(0, 3500f);
ClipperHP.SetParam(0, 10f);
SaturateLP.SetParam(0, 15000);
Tonestack.FenderMode = true;
Tonestack.setComponents(0.022e-6, 0.22e-6, 0.022e-6, 1000, 5e6, 6.8e3, 25e3, 1e3, 100e3);
OutHP.SetParam(0, 30f);
// initialize all blocks
UpdateAll();
}
