private void calcTiming(object sender, EventArgs e)
{
if (mTimingCalcualting)
{
return;
}
try
{
mTimingCalcualting = true;
NumericUpDown upDown = (NumericUpDown)sender;
var param = new TimingParam();
param.Set((double)uiRefresh.Value, (int)uiRate.Value, (double)uiReadTime.Value);
if (upDown == uiRate)
{
uiBw.Value = (decimal)param.Bw;
}
else if (upDown == uiReadTime)
{
uiDeltaF.Value = (decimal)param.DeltaF;
}
else if (upDown == uiRefresh)
{
uiRefresh.Value = (decimal)param.Refresh;
}
}
finally
{
mTimingCalcualting = false;
}
}
public void TestFilter()
{
mTimingParam = new TimingParam();
mTimingParam.Set(1.0 / 10, 200, 10);
var chs = new string[] { "CH1", "CH2", "Diff" };
//data storage for graph, log
mData.SetupTime(chs, mTimingParam.DeltaT * 1, mTimingParam.NumDpFft);
mData.SetupFrequency(chs, mTimingParam.DeltaF, mTimingParam.NumDpFftFreq);
//fft
Filter.SetupPlan(mTimingParam.NumDpFft);
Filter.TimingParam = mTimingParam;
double[][][] timeData = new double[1][][];
var diff = mTimeData.Zip(testData2, (x, y) => (x - y)).ToArray();
timeData[0] = new double[][] { mTimeData, testData2 }; //, diff };
onNewData(timeData);
}
