void SampleChannelPreVolumeMeter(object sender, StreamVolumeEventArgs e)
{
if (LevelChanged != null)
{
LevelChanged(this, new LevelChangedEventArgs(e.MaxSampleValues));
}
}
void OnPreVolumeMeter(object sender, StreamVolumeEventArgs e)
{
if (PreVolumeMeter != null)
{
PreVolumeMeter(this, e);
}
}
protected virtual void OnVolumeAnnounced(StreamVolumeEventArgs e)
{
if (VolumeAnnounced != null)
{
VolumeAnnounced(this, e);
}
}
void MeteringProviderStreamVolume(object sender, StreamVolumeEventArgs e)
{
if (LevelChanged != null)
{
LevelChanged(this, new LevelChangedEventArgs(e.MaxSampleValues));
}
}
private void _waveSourceMeter_StreamVolume(object sender, StreamVolumeEventArgs e)
{
if (OnMicVolumeChanged != null)
{
OnMicVolumeChanged(e.MaxSampleValues.Average());
}
}
private void OnPreVolumeMeter(object sender, StreamVolumeEventArgs e)
{
// we know it is stereo
//waveformPainter1.AddMax(e.MaxSampleValues[0]);
//waveformPainter2.AddMax(e.MaxSampleValues[1]);
float[] max = e.MaxSampleValues;
}
private void RunOutputMeter(Object sender, StreamVolumeEventArgs e, VerticalMeter meter)
{
OutputMeterSpan = DateTime.Now - lastOutputMeter;
lastOutputMeter = DateTime.Now;
// Return Time
currentOutDbFS -= returnPrSec * (OutputMeterSpan.TotalMilliseconds / 1000d);
double max = 0;
if (e.MaxSampleValues[0] < 1)
{
max = 20 * Math.Log10(e.MaxSampleValues[0]);
}
else if (e.MaxSampleValues[0] >= 1)
{
max = 20;
}
if (currentOutDbFS < max)
{
currentOutDbFS = max;
}
if (!float.IsNaN(e.MaxSampleValues[0]))
{
Invoke(new Action(() =>
{
meter.setValue2((int)currentOutDbFS + 18);
}));
}
else
{
Invoke(new Action(() => { meter.setValue2(-40); }));
}
}
private void meteringStream_StreamVolume(object sender, StreamVolumeEventArgs e)
{
if (e.MaxSampleValues.Length >= 2)
{
stereoVUMeter1.AmplitudeLeft = e.MaxSampleValues[0];
stereoVUMeter1.AmplitudeRight = e.MaxSampleValues[1];
}
}
private void OnStreamVolume(object sender, StreamVolumeEventArgs e)
{
MaxVolume?.Invoke(sender, new VolumeEventArgs
{
Position = (float)_waveProvider.CurrentTime.TotalSeconds,
MaxVolume = e.MaxSampleValues
});
}
void SampleChannelPreVolumeMeter(object sender, StreamVolumeEventArgs e)
{
var lc = LevelChanged;
if (lc != null)
{
lc.Invoke(this, new LevelChangedEventArgs(e.MaxSampleValues));
}
}
/// <summary>
///
/// </summary>
/// <param name="sender"></param>
/// <param name="e"></param>
void SampleChannel_PreVolumeMeter(object?sender, StreamVolumeEventArgs e)
{
int prog = 100 * (int)Current.TotalMilliseconds / (int)Length.TotalMilliseconds;
StatusEvent?.Invoke(this, new StatusEventArgs()
{
Progress = prog
});
}
/// <summary>
///
/// </summary>
/// <param name="sender"></param>
/// <param name="e"></param>
void PostVolumeMeter_StreamVolume(object?sender, StreamVolumeEventArgs e)
{
levelL.AddValue(e.MaxSampleValues[0]);
levelR.AddValue(e.MaxSampleValues.Length > 1 ? e.MaxSampleValues[1] : 0); // stereo?
timeBar.Current = _audioFileReader !.CurrentTime;
//waveViewerL.Marker1 = (int)(_audioFileReader.Position / _audioFileReader.BlockAlign);
//waveViewerR.Marker2 = (int)(_audioFileReader.Position / _audioFileReader.BlockAlign);
}
private void Player_VolumeAnnounced_VolumeMeter(object sender, StreamVolumeEventArgs e)
{
Dispatcher.BeginInvoke((Action) delegate {
if (e.MaxSampleValues.Length >= 2)
{
stereoVUMeter1.AmplitudeLeft = e.MaxSampleValues[0];
stereoVUMeter1.AmplitudeRight = e.MaxSampleValues[1];
}
});
}
void OnPostVolumeMeter(object sender, StreamVolumeEventArgs e)
{
TimeSpan currentTime = (waveOut.PlaybackState == PlaybackState.Stopped) ? TimeSpan.Zero : fileWaveStream.CurrentTime;
string time = String.Format("{0:00}:{1:00}:{2:00}", (int)currentTime.TotalMinutes, currentTime.Seconds, currentTime.Milliseconds);
// we know it is stereo
volumeMeter1.Amplitude = e.MaxSampleValues[0];
MainLogClass.Log = string.Format("[0] v {0} t {1} \n", volumeMeter1.Amplitude, time);
volumeMeter2.Amplitude = e.MaxSampleValues[1];
MainLogClass.Log = string.Format("[0] v {0} t {1} \n", volumeMeter1.Amplitude, time);
}
void postVolumeMeter_StreamVolume(object sender, StreamVolumeEventArgs e)
{
//Draw bitmap
if (mGraphics != null && mGraphics1 != null)
{
float volume;
float volume1;
if (e.MaxSampleValues.Length > 1)
{
if (mVolumnNum == 2)
{
volume = e.MaxSampleValues[0] * (float)(mPngHeight / 2.0);
volume1 = e.MaxSampleValues[1] * (float)(mPngHeight / 2.0);
}
else
{
volume = Math.Max(e.MaxSampleValues[0], e.MaxSampleValues[1]) * (float)(mPngHeight / 2.0);
volume1 = 0;
}
}
else
{
if (mVolumnNum == 2)
{
volume = e.MaxSampleValues[0] * (float)(mPngHeight / 2.0);
volume1 = volume;
}
else
{
volume = e.MaxSampleValues[0] * (float)(mPngHeight / 2.0);
volume1 = 0;
}
}
PointF volume11 = new PointF(mPos, (float)(mPngHeight / 2.0) - mVolume);
PointF volume111 = new PointF(mPos, (float)(mPngHeight / 2.0) - mVolume1);
PointF volume12 = new PointF(mPos, (float)(mPngHeight / 2.0) + mVolume);
PointF volume112 = new PointF(mPos, (float)(mPngHeight / 2.0) + mVolume1);
mPos += 1;
PointF volume21 = new PointF(mPos, (float)(mPngHeight / 2.0) - volume);
PointF volume121 = new PointF(mPos, (float)(mPngHeight / 2.0) - volume1);
PointF volume22 = new PointF(mPos, (float)(mPngHeight / 2.0) + volume);
PointF volume122 = new PointF(mPos, (float)(mPngHeight / 2.0) + volume1);
PointF[] points = { volume11, volume21, volume22, volume12 };
PointF[] points1 = { volume111, volume121, volume122, volume112 };
mGraphics.FillPolygon(mDrawBrush, points);
mGraphics1.FillPolygon(mDrawBrush, points1);
//mGraphics.FillPolygon(Brushes.Blue, points);
mVolume = volume;
mVolume1 = volume1;
}
}
private void Meter_StreamVolume(Object sender, StreamVolumeEventArgs e)
{
try
{
LevelLeftValue = Math.Truncate(e.MaxSampleValues[0] * 150);
LevelRightValue = Math.Truncate(e.MaxSampleValues[1] * 150);
}
catch
{
LevelLeftValue = 0;
LevelRightValue = 0;
}
}
private void OnPostVolumeMeter(object sender, StreamVolumeEventArgs e)
{
// we know it is stereo
System.Threading.Tasks.Task.Factory.StartNew(new Action(() =>
{
Dispatcher.Invoke(delegate
{
// Update meter async
volumeMeter1.Amplitude = e.MaxSampleValues[0];
});
}));
//volumeMeter2.Amplitude = e.MaxSampleValues[1];
}
/// <summary>
/// 믹서 채널용 생성자
/// </summary>
/// <param name="source">Source Sample Provider</param>
public VolumePanningSampleProvider(ISampleProvider source, int samplesPerNotification)
{
this.source = source;
Volume = 1.0f;
Panning = 0.0f;
Mute = false;
_channels = source.WaveFormat.Channels;
_maxSamples = new float[_channels];
SamplesPerNotification = samplesPerNotification;
_eventArgs = new StreamVolumeEventArgs()
{
MaxSampleValues = _maxSamples
};
}
void OnPostVolumeMeter(object sender, StreamVolumeEventArgs e)
{
///left
///-
///-60 to 0 dB volume
/// 0 dB to 5 dB volume
volumeMeter1.Amplitude = e.MaxSampleValues[0];
volumeMeter3.Amplitude = e.MaxSampleValues[0];
///right
///-
///-60 to 0 dB volume
/// 0 dB to 5 dB volume
volumeMeter2.Amplitude = e.MaxSampleValues[1];
volumeMeter4.Amplitude = e.MaxSampleValues[0];
}
private void OnAudioRecordingMeterStreamVolume(object sender, StreamVolumeEventArgs e)
{
AudioEngineRecordingVolumeChanged handler = this.OnMicVolumeChanged;
if (handler != null && this.enabled)
{
try
{
handler(e.MaxSampleValues.Average());
}
catch (Exception ex)
{
Logger.Log(LogLevel.Error, ex.Message);
}
}
}
private void OnPreVolumeMeter(object sender, StreamVolumeEventArgs e)
{
var sampleValues = e.MaxSampleValues;
var channels = sampleValues.Length;
Debug.Assert(channels == waveformPainters.Count, "channels == waveformPainters.Count");
if (channels == waveformPainters.Count)
{
for (int ch = 0; ch < channels; ch++)
{
var painter = waveformPainters[ch];
var sampleVal = e.MaxSampleValues[ch];
painter.AddMax(sampleVal);
}
}
}
private void PostVolumeMeter_StreamVolume(object sender, StreamVolumeEventArgs e)
{
var maxSample0 = e.MaxSampleValues[0];
//if (e.MaxSampleValues.Count() > 1)
//{
// var maxSample1 = e.MaxSampleValues[1];
// logger.Debug("MaxSampleValues" + maxSample0 + " " + maxSample1);
//}
//else
//{
// logger.Debug("MaxSampleValues" + maxSample0);
//}
waveformPainter?.AddMax(maxSample0);
}
/// ------------------------------------------------------------------------------------
protected void HandlePlaybackMetering(object sender, StreamVolumeEventArgs e)
{
if (PlaybackUpdate != null)
{
PlaybackUpdate(this, _playbackStream.CurrentTime, _playbackStream.TotalTime);
}
var newTime = _playbackStream.CurrentTime.Add(-TimeSpan.FromMilliseconds(_waveOut.DesiredLatency / 2.0));
if (newTime >= (_playbackRange.End > TimeSpan.Zero ? _playbackRange.End : WaveStream.TotalTime))
{
SetCursor(_playbackRange.End);
}
else
{
SetCursor(newTime);
}
}
private void MeterSampleProvider_StreamVolume(object sender, StreamVolumeEventArgs e)
{
PeakValueLeft = Normalize(e.MaxSampleValues[0]);
if (e.MaxSampleValues.Length > 1)
{
PeakValueRight = Normalize(e.MaxSampleValues[1]);
}
else
{
PeakValueRight = PeakValueLeft;
}
OnPeak?.Invoke(new PeakEventArgs {
Left = PeakValueLeft,
Right = PeakValueRight
});
}
void OnPreVolumeMeter(object sender, StreamVolumeEventArgs e)
{
// we know it is stereo
float max1 = e.MaxSampleValues[0];
float max2 = e.MaxSampleValues[1];
Console.WriteLine(string.Format("max1:{0} max2:{1}", max1, max2));
currentValue = max1;
if (currentChannel == "L")
{
L_valueLable.Text = "value:" + max1.ToString();
}
else
{
R_valueLable.Text = "value:" + max1.ToString();
}
// waveformPainter1.AddMax(e.MaxSampleValues[0]);
//waveformPainter2.AddMax(e.MaxSampleValues[1]);
}
void onPostVolumeMeter(object sender, StreamVolumeEventArgs e)
{
// we know it is stereo
volumeMeter1.Amplitude = e.MaxSampleValues[0];
volumeMeter2.Amplitude = e.MaxSampleValues[1];
}
void SampleChannelPreVolumeMeter(object sender, StreamVolumeEventArgs e)
{
LevelChanged?.Invoke(this, new LevelChangedEventArgs(e.MaxSampleValues));
}
void _meteringProvider_StreamVolume(object sender, StreamVolumeEventArgs e)
{
UpdateLevel(e.MaxSampleValues[0]);
//UpdateLevel(0);
}
void OnPreVolumeMeter(object sender, StreamVolumeEventArgs e)
{
// we know it is stereo
waveformPainter1.AddMax(e.MaxSampleValues[0]);
waveformPainter2.AddMax(e.MaxSampleValues[1]);
}
private void Notifier_StreamVolume(object sender, StreamVolumeEventArgs e)
{
volumeMeter.Amplitude = e.MaxSampleValues[0];
}