private void init()
{
InitializeComponent();
switch (filterMode)
{
case FFTFilterMode.LowPass:
dl2.Hide();
Width = Width - dl2.Width;
dl1.title = "f";
dl1.val = f1;
dl1.valueChanged += Dl1_valueChanged;
title = string.Format("LP{0}", blockSize);
break;
case FFTFilterMode.HighPass:
dl2.Hide();
Width = Width - dl2.Width;
dl1.title = "f";
dl1.val = f1;
dl1.valueChanged += Dl1_valueChanged;
title = string.Format("HP{0}", blockSize);
break;
case FFTFilterMode.BandPass:
dl1.title = "f1";
dl1.val = f1;
dl1.valueChanged += Dl1_valueChanged;
dl2.title = "f2";
dl2.val = f2;
dl2.valueChanged += Dl2_valueChanged;
title = string.Format("BP{0}", blockSize);
break;
case FFTFilterMode.BandStop:
dl1.title = "f1";
dl1.val = f1;
dl1.valueChanged += Dl1_valueChanged;
dl2.title = "f2";
dl2.val = f2;
dl2.valueChanged += Dl2_valueChanged;
title = string.Format("BS{0}", blockSize);
break;
case FFTFilterMode.AllPass:
dl2.Hide();
Width = Width - dl2.Width;
dl1.title = "phi";
dl1.logScale = false;
dl1.minVal = -180;
dl1.maxVal = 180;
dl1.val = phi * 180 / Math.PI;
dl1.valueChanged += Dl1_valueChanged;
title = string.Format("AP{0}", blockSize);
break;
case FFTFilterMode.FrequencyShifter:
dl2.Hide();
Width = Width - dl2.Width;
dl1.title = "f";
dl1.val = f1;
dl1.valueChanged += Dl1_valueChanged;
title = string.Format("FS{0}", blockSize);
break;
}
processingType = ProcessingType.Processor;
}
private void init()
{
InitializeComponent();
string ord = "";
switch (filterOrder)
{
case FilterOrder.First: ord = "1st O."; break;
case FilterOrder.Second: ord = "2nd O."; break;
case FilterOrder.Fourth: ord = "4th O."; break;
}
switch (filterType)
{
case BiQuad.BiQuadMode.LowPass: title = "LP " + ord; break;
case BiQuad.BiQuadMode.HighPass: title = "HP " + ord; break;
case BiQuad.BiQuadMode.BandPass: title = "BP " + ord; break;
case BiQuad.BiQuadMode.BandStop: title = "BS " + ord; break;
case BiQuad.BiQuadMode.Allpass: title = "AP " + ord; break;
}
int h = Height;
if (channels < 8)
{
ioI8.Hide(); ioO8.Hide(); h = ioO8.Location.Y;
}
if (channels < 7)
{
ioI7.Hide(); ioO7.Hide(); h = ioO7.Location.Y;
}
if (channels < 6)
{
ioI6.Hide(); ioO6.Hide(); h = ioO6.Location.Y;
}
if (channels < 5)
{
ioI5.Hide(); ioO5.Hide(); h = ioO5.Location.Y;
}
if (channels < 4)
{
ioI4.Hide(); ioO4.Hide(); h = ioO5.Location.Y;
}
if (channels < 3)
{
ioI3.Hide(); ioO3.Hide(); h = ioO5.Location.Y;
}
if (channels < 2)
{
ioI2.Hide(); ioO2.Hide(); h = ioO5.Location.Y;
}
Height = h;
if (filterOrder == FilterOrder.First)
{
dlQ.Hide();
Width = Width - dlQ.Width;
}
dlFreq.val = fc;
if (filterOrder != FilterOrder.First)
{
dlQ.val = Q;
}
dlFreq.valueChanged += DlFreq_valueChanged;
if (filterOrder != FilterOrder.First)
{
dlQ.valueChanged += DlQ_valueChanged;
}
updateNeeded = false;
processingType = ProcessingType.Processor;
}
private void init()
{
InitializeComponent();
int w = Width;
int dx = dl8.Location.X - dl7.Location.X;
if (inputs < 8)
{
ioI8.Hide(); dl8.Hide(); w -= dx;
}
if (inputs < 7)
{
ioI7.Hide(); dl7.Hide(); w -= dx;
}
if (inputs < 6)
{
ioI6.Hide(); dl6.Hide(); w -= dx;
}
if (inputs < 5)
{
ioI5.Hide(); dl5.Hide(); w -= dx;
}
if (inputs < 4)
{
ioI4.Hide(); dl4.Hide(); w -= dx;
}
if (inputs < 3)
{
ioI3.Hide(); dl3.Hide(); w -= dx;
}
if (inputs < 2)
{
ioI2.Hide(); dl2.Hide(); w -= dx;
}
Width = w;
if (inputs >= 1)
{
dl1.val = gain[0];
}
if (inputs >= 2)
{
dl2.val = gain[1];
}
if (inputs >= 3)
{
dl3.val = gain[2];
}
if (inputs >= 4)
{
dl4.val = gain[3];
}
if (inputs >= 5)
{
dl5.val = gain[4];
}
if (inputs >= 6)
{
dl6.val = gain[5];
}
if (inputs >= 7)
{
dl7.val = gain[6];
}
if (inputs >= 8)
{
dl8.val = gain[7];
}
if (inputs >= 1)
{
dl1.valueChanged += Dl1_valueChanged;
}
if (inputs >= 2)
{
dl2.valueChanged += Dl2_valueChanged;
}
if (inputs >= 3)
{
dl3.valueChanged += Dl3_valueChanged;
}
if (inputs >= 4)
{
dl4.valueChanged += Dl4_valueChanged;
}
if (inputs >= 5)
{
dl5.valueChanged += Dl5_valueChanged;
}
if (inputs >= 6)
{
dl6.valueChanged += Dl6_valueChanged;
}
if (inputs >= 7)
{
dl7.valueChanged += Dl7_valueChanged;
}
if (inputs >= 8)
{
dl8.valueChanged += Dl8_valueChanged;
}
processingType = ProcessingType.Processor;
}