public void fourier_DataReady(object sender, FourierTransformEventArgs e)
{
if (abortRendering) return;
if (e.Channel != 0) return;
lock (fourierDataLock)
{
fourierLength = e.TransformLength;
fourierReal = e.Real;
fourierImaginary = e.Imaginary;
}
format = (sender as FourierTransform).Format;
//if (InvokeRequired)
//{
// if (stopped) return;
// this.Invoke(new Action(() => fourier_DataReady(sender, e)));
// return;
//}
}
private void calculateTransform(ChannelData channel)
{
for (int i = 0; i < transformLength; i++)
{
channel.Complex[i] = new Complex
{
X = channel.InputHistory[i] * window[i],
Y = 0f
};
}
transformProvider.FFT(true, m, channel.Complex);
var e = new FourierTransformEventArgs(
transformLength,
channel.Index,
channel.Complex);
if (DataReady != null)
{
DataReady.Invoke(this, e);
}
}
private void calculateTransform(ChannelData channel)
{
for (int i = 0; i < transformLength; i++)
{
channel.Complex[i] = new Complex
{
X = channel.InputHistory[i] * window[i],
Y = 0f
};
}
transformProvider.FFT(true, m, channel.Complex);
var e = new FourierTransformEventArgs(
transformLength,
channel.Index,
channel.Complex);
if (DataReady != null)
{
DataReady.Invoke(this, e);
}
}