private void HandleUnloaded(object sender, RoutedEventArgs e)
{
if (_clockSource != null)
{
_clockSource.Dispose();
}
_clockSource = null;
}
private void HandleLoaded(object sender, RoutedEventArgs e)
{
if (_clockSource != null)
{
_clockSource.Dispose();
}
_clockSource = null;
if (!this.IsInDesignMode())
{
_clockSource = new AudioClockDivider(_audioLink, METER_REFRESH_FREQ, id => HandleControlClockTick());
}
}
public LfoCore(IAudioLink audioLink, float initialFrequency = 5, float initialAmount = 0)
{
if (audioLink == null)
{
throw new ArgumentNullException("audioLink");
}
_audioLink = audioLink;
InitializeInputs(initialFrequency, initialAmount);
_clockSource = new AudioClockDivider(_audioLink, 100, id => HandleControlClockTick());
HandleQualityChanged(null, null);
_audioLink.SampleRateChanged += HandleQualityChanged;
}
public GlideCore(IAudioLink audioLink)
{
if (audioLink == null)
{
throw new ArgumentNullException("audioLink");
}
_audioLink = audioLink;
SourceValue = new FloatInput("Source Value", 0, float.MinValue, float.MaxValue, ValueOutOfRangeStrategy.Accept, (name, v0, v1) => HandleSourceValueChanged(v1));
Rate = new FloatInput("Rate", 1, 0, 1, ValueOutOfRangeStrategy.ForceIntoRange, (name, v0, v1) => HandleRateChanged());
HandleQualityChanged(null, null);
_audioLink.SampleRateChanged += HandleQualityChanged;
_clockSource = new AudioClockDivider(_audioLink, 100, id => HandleControlClockTick());
}
public EnvelopeCore(IAudioLink audioLink)
{
if (audioLink == null)
{
throw new ArgumentNullException("audioLink");
}
_audioLink = audioLink;
SetOutput(0);
InitializeInputs();
InitializeStepCollections();
_steps = new[] { Attack, Loop, Release };
_audioLink.SampleRateChanged += HandleQualityChanged;
_clockSource = new AudioClockDivider(_audioLink, 50, id => HandleControlClockTick());
HandleQualityChanged(null, null);
}
