public void EnqueueSamples(object sender, EnqueueSamplesEventArgs e)
{
if (sampleQueue.Count > 4)
{
sampleQueue.Clear();
}
sampleQueue.Enqueue(e.Samples);
}
public void EnqueueSamples(object sender, EnqueueSamplesEventArgs e)
{
waveformControlCh1.EnqueueSamples(e.ChannelSamples[0]);
waveformControlCh2.EnqueueSamples(e.ChannelSamples[1]);
waveformControlCh3.EnqueueSamples(e.ChannelSamples[2]);
waveformControlCh4.EnqueueSamples(e.ChannelSamples[3]);
this.CheckInvokeMethod(() =>
{
lblChannel1Muted.Text = (e.IsChannelMuted[0] ? "(Muted)" : string.Empty);
lblChannel2Muted.Text = (e.IsChannelMuted[1] ? "(Muted)" : string.Empty);
lblChannel3Muted.Text = (e.IsChannelMuted[2] ? "(Muted)" : string.Empty);
lblChannel4Muted.Text = (e.IsChannelMuted[3] ? "(Muted)" : string.Empty);
});
waveformControlChAll.EnqueueSamples(e.MixedSamples);
}
public void EnqueueSamples(object sender, EnqueueSamplesEventArgs e)
{
if (sampleQueue.Count > MaxQueueLength)
{
var samplesToDrop = (sampleQueue.Count - MaxQueueLength);
onScreenDisplayHandler.EnqueueMessageDebug($"({GetType().Name}/{DateTime.Now.Second:D2}s) Sample queue overflow; dropping {samplesToDrop} of {sampleQueue.Count} samples.");
for (int i = 0; i < samplesToDrop; i++)
{
if (sampleQueue.Count != 0)
{
sampleQueue.Dequeue();
}
}
}
sampleQueue.Enqueue(e.MixedSamples.ToArray());
if (IsRecording)
{
dataChunk.AddSampleData(e.MixedSamples);
waveHeader.FileLength += (uint)e.MixedSamples.Length;
}
}
public virtual void OnEnqueueSamples(EnqueueSamplesEventArgs e)
{
EnqueueSamples?.Invoke(this, e);
}
