protected void FillWithResampledData(GATData sourceData, GATData targetData, int fromIndex, int targetLength, double pitch)
{
//check that we have enough samples to fulfill the request:
int appliedLength = GATMaths.ClampedResampledLength(sourceData.Count - fromIndex, targetLength, pitch);
if (appliedLength < 0)
{
#if GAT_DEBUG
Debug.LogWarning("requested offset is out of bounds.");
#endif
return;
}
sourceData.ResampleCopyTo(fromIndex, targetData, appliedLength, pitch);
//if we did not have enough samples, clear the rest:
if (appliedLength < targetLength)
{
targetData.Clear(appliedLength, targetData.Count - appliedLength);
}
}
protected void FillWithResampledData( GATData sourceData, GATData targetData, int fromIndex, int targetLength, double pitch )
{
//check that we have enough samples to fulfill the request:
int appliedLength = GATMaths.ClampedResampledLength( sourceData.Count - fromIndex, targetLength, pitch );
if( appliedLength < 0 )
{
#if GAT_DEBUG
Debug.LogWarning( "requested offset is out of bounds." );
#endif
return;
}
sourceData.ResampleCopyTo( fromIndex, targetData, appliedLength, pitch );
//if we did not have enough samples, clear the rest:
if( appliedLength < targetLength )
{
targetData.Clear( appliedLength, targetData.Count - appliedLength );
}
}
// Called by GATPlayer.
// Applies effects, and pan-mixes
// to the audio buffer.
public bool FXAndMixTo(float[] audioBuffer)
{
if (!_active)
{
return(false);
}
int i;
bool isEmptyData = false;
if (_hasData == false) //no sample overwrote the buffer, let's clear it
{
if (_bufferIsDirty)
{
_trackBuffer.Clear();
_bufferIsDirty = false;
}
isEmptyData = true;
}
if (_contributor != null)
{
isEmptyData = !(_contributor.MixToTrack(_trackBuffer, _trackNb));
}
if (_filtersHandler.HasFilters)
{
if (_filtersHandler.ApplyFilters(_trackBuffer.ParentArray, _trackBuffer.MemOffset, GATInfo.AudioBufferSizePerChannel, isEmptyData))
{
isEmptyData = false;
}
}
if (isEmptyData)
{
_audioThreadStreamProxy.BroadcastStream(_trackBuffer.ParentArray, _trackBuffer.MemOffset, isEmptyData);
return(false);
}
if (_shouldToggleMute)
{
if (_nextMute)
{
_trackBuffer.FadeOut(GATInfo.AudioBufferSizePerChannel);
}
else
{
_trackBuffer.FadeIn(GATInfo.AudioBufferSizePerChannel);
_mute = false;
}
_shouldToggleMute = false;
}
_bufferIsDirty = true;
_audioThreadStreamProxy.BroadcastStream(_trackBuffer.ParentArray, _trackBuffer.MemOffset, false);
if (_mute)
{
return(false);
}
GATDynamicChannelGain channelGain;
for (i = 0; i < _panInfo.channelGains.Count; i++)
{
channelGain = _panInfo.channelGains[i];
if (channelGain.ShouldInterpolate)
{
_trackBuffer.SmoothedGainMixToInterlaced(audioBuffer, 0, 0, GATInfo.AudioBufferSizePerChannel, channelGain);
continue;
}
if (channelGain.Gain != 0f)
{
_trackBuffer.GainMixToInterlaced(audioBuffer, 0, 0, GATInfo.AudioBufferSizePerChannel, channelGain);
}
}
if (_nextMute) //only set mute here to allow for mixing of faded data : elegant stop
{
_mute = true;
}
return(!isEmptyData);
}
