public void HandleBufferDone(object sender, BufferDoneEventArgs bufferDoneData)
{
double pritisak = 0;
double protok = 0;
if (this.InvokeRequired)
{
this.Invoke(new BufferDoneHandler(HandleBufferDone), new object[] { sender, bufferDoneData });
}
else
{
OlBuffer olBuffer = bufferDoneData.OlBuffer;
if (olBuffer.ValidSamples > 0)
{
//Get the data as sensor values
double[] buf = olBuffer.GetDataAsSensor();
//if (continuousRadioButton.Checked)
// To keep the acquisition running, requeue the completed buffer
ainSS.BufferQueue.QueueBuffer(olBuffer);
// Output the first 10 samples to the user form
for (int i = 0; i < 20; ++i)
{
// OlBufferDataTable.Rows[i][0] = buf[i];
if (IsOdd(i))
{
pritisak += buf[i];
}
else
{
protok += buf[i];
}
}
lbl_h.Text = Math.Round(pritisak / 10, 2).ToString();
lbl_q.Text = Math.Round(protok / 10, 2).ToString();
skalaX = (double)xtacka / ((double)klikX - (double)nulaX);
skalaY = (double)ytacka / ((double)nulaY - (double)klikY);
skalaP = (double)ptacka / ((double)nulaP - (double)klikP);
pritisak1 = nulaY - Convert.ToInt32(pritisak / 10 / skalaY);
protok1 = nulaX + Convert.ToInt32(protok / 10 / skalaX);
this.Invoke(new EventHandler(TimerEventProcessor));
}
}
}
private void HandleBufferDone(object sender, BufferDoneEventArgs bufferDoneData)
{
OlBuffer olBuffer = bufferDoneData.OlBuffer;
if (olBuffer.ValidSamples > 0)
{
++m_buffersComplete;
// Get the data as voltages
double[] buf = olBuffer.GetDataAsVolts();
doneSignalHandler(ref buf);
m_ainSS.BufferQueue.QueueBuffer(olBuffer);
Log(String.Format("{0} Buffer Complete.", m_buffersComplete));
}
}
private void HandleBufferDone(object sender, BufferDoneEventArgs bufferDoneData)
{
OlBuffer olBuffer = bufferDoneData.OlBuffer;
if (olBuffer.ValidSamples > 0)
{
++m_buffersComplete;
// Get the data as voltages
double[] buf = olBuffer.GetDataAsVolts();
doneSignalHandler(ref buf);
m_ainSS.BufferQueue.QueueBuffer(olBuffer);
Log(String.Format("{0} Buffer Complete.", m_buffersComplete));
}
}
