private void timer1_Tick(object sender, System.EventArgs e)
{
if (ApplicationBuffer != null)
{
int cPos, cWrit;
ApplicationBuffer.GetCurrentPosition(out cPos, out cWrit);
//ApplicationBuffer.;
if (cPos > (trackBar3.Value * 100))
{
ApplicationBuffer.SetCurrentPosition(trackBar2.Value * 100);
//ApplicationBuffer.Frequency = - 44000;
}
label2.Text = pos(cPos);
}
else
{
label2.Text = "waiting....";
}
if (devx != null)
{
int cPos, cWrit;
bufferx.GetCurrentPosition(out cPos, out cWrit);
cPos = cPos * 10;
label2.Text = pos(cPos);
BufferCaps cap;
cap = bufferx.Caps;
//int xxx = cap.BufferBytes / sps;
int xxx = cap.BufferBytes / (trackBar1.Value * 2);
int xxx1 = cap.PlayCpuOverhead;
label5.Text = xxx.ToString() + " " + xxx1.ToString();
xxx++;
}
//captureBuffer.GetCurrentPosition(out capturePos, out readPos);
//http://www.acoustics.salford.ac.uk/acoustics_world/id/VR/VirtualEnvironments.asp
}