public override void ApplyToSoundFile(AudioClip sf)
{
this.sf = sf;
ID = Bass.BASS_ChannelSetFX(sf.AudioStream.StreamHandle, BASSFXType.BASS_FX_BFX_LPF, 1);
handler = new AudioClip.AudioChannelChangedHandler(sf_SoundChannelChanged);
sf.AudioStreamChanged += handler;
Update();
}
public void SetCurrentSound(AudioClip file, long pos = 0)
{
bool playMarks = false;
bool reversed = false;
if (currentsound != null)
{
playMarks = currentsound.IsPlayingBetweenMarks;
reversed = currentsound.IsReversed;
currentsound.AudioStreamChanged -= handler;
}
currentsound = file;
handler = new AudioClip.AudioChannelChangedHandler(currentsound_SoundChannelChanged);
currentsound.AudioStreamChanged += handler;
pitchControlsSpam.SetAudioChannel(currentsound.AudioStream);
volumeSpam_Scroll(null, null);
buttonPlayPause_Click(null, null);
if (MarkA > currentsound.AudioStream.Length)
{
MarkA = currentsound.AudioStream.Length;
}
currentsound.MarkA = MarkA;
if (MarkB > currentsound.AudioStream.Length)
{
MarkB = currentsound.AudioStream.Length;
}
currentsound.MarkB = MarkB;
float percA = currentsound.MarkA / (float)currentsound.AudioStream.Length;
timeline.A = (int)(percA * timeline.Maximum);
float percB = currentsound.MarkB / (float)currentsound.AudioStream.Length;
timeline.B = (int)(percB * timeline.Maximum);
if (MarkA == MarkB)
{
MarkA = 0;
timeline.A = 0;
MarkB = currentsound.AudioStream.Length;
timeline.B = timeline.Maximum;
}
if (playMarks)
{
currentsound.PlayBetweenMarks();
}
if (reversed)
{
currentsound.Reverse();
}
currentsound.AudioStream.Position = pos;
currentsound.Loop = chkLoop.Checked;
timeline.Refresh();
effects.ReApply();
}
