private void Reader_OnRead(object sender, IntensityReader.DataChunk e)
{
// how many measurement values we have.
int count = e.IsCounterData ? e.CounterData.GetLength(1) : e.AnalogData.GetLength(1);
int avgCount = Convert.ToInt32(Math.Floor(IntergrationSpan.TotalSeconds * Reader.SamplingFrequency));
lock (m_dataCollector)
{
for (int i = 0; i < count; i++)
{
m_curData += e.CounterData[0, i];
m_curDataAvgCount += 1;
if (m_curDataAvgCount >= avgCount)
{
EnqueueNext(m_curData * Reader.SamplingFrequency / m_curDataAvgCount);
m_curData = 0;
m_curDataAvgCount = 0;
}
}
}
LastDataPoint = e.CounterData[0, count - 1];
}
private void Reader_OnRead(object sender, IntensityReader.DataChunk data)
{
if (!IsScanning)
{
return;
}
if (WaitingForScan)
{
return;
}
// Calculate the time of the start using the current reader count.
double seconds = (data.ReadStartOffset - ScanStartReaderTimeOffset).TotalSeconds;
// Error check.
if (seconds < 0)
{
ScanTimerError = true;
return;
}
ScanTimerError = false;
// end error check.
for (int i = 0; i < data.DataCount; i++)
{
//double currentSecond = secs + i / CurrentScan.SamplingFrequency;
//double timePerPixel = CurrentScan.TicksPerPixel / CurrentScan.SamplingFrequency;
CurStreamIndex += 1;
if (CurStreamIndex < 0)
{
continue;
}
int xyIndex = CurStreamIndex / CurrentScan.TicksPerPixel;
if (xyIndex >= CurrentScan.YPixels * CurrentScan.XPixels)
{
if (!IsScanning)
{
return;
}
WaitingForScan = false;
IsRecording = false;
Abort();
Task.Run(() =>
{
if (OnComplete != null)
{
OnComplete(this, null);
}
});
if (CurrentScan.SetXYVolAfterScan)
{
Writer.SetPosition(CurrentScan.XVolAfterScan, CurrentScan.YVolAfterScan);
}
return;
}
//int xidx = xyIndex % CurrentScan.YPixels;
//int yidx = (xyIndex - xidx) / CurrentScan.XPixels;
int xidx = 0;
int yidx = 0;
CurrentScan.PositionFromPixelIndex(xyIndex, out xidx, out yidx);
Image[xidx, yidx] += data.IsCounterData ? data.CounterData[0, i] : data.AnalogData[0, i];
LastRecordingTime = DateTime.Now;
//need to insert a parameter to record last data point in datacount use that as the differential for the next buffer reading
}
}