public void RecordClose()
{
Events.Close e = new Events.Close();
SetDeltaAndAddEvent(e);
}
public void ConductTracks(IList<Track> tracks)
{
int ni = m_events.Count;
int nj = tracks.Count;
uint globalSample = 0, globalTick = 0;
double spt = CalculateSPT(DEFAULT_BPM);
for (int i = 0; i < ni; i++)
{
Events.Event e = m_events[i];
uint delta = (uint)e.Delta;
globalTick += delta;
globalSample += (uint)(delta * spt);
Events.Tempo tempo = e as Events.Tempo;
if (tempo != null)
{
int tempoValue = tempo.Value;
for (int j = FIRST_TRACK; j < nj; j++)
{
Track track = tracks[j];
track.RecordTempo(tempoValue, globalTick);
spt = CalculateSPT(tempoValue);
}
}
}
uint maxGlobalTick = 0;
for (int j = FIRST_TRACK; j < nj; j++)
{
Track track = tracks[j];
uint trackGlobalTick = track.GlobalTick;
if (maxGlobalTick < trackGlobalTick)
maxGlobalTick = trackGlobalTick;
}
Events.Close close = new Events.Close();
RecordGlobalTick(maxGlobalTick, close);
globalSample += (uint)((maxGlobalTick - globalTick) * spt);
RecordRest((uint)3000);
RecordEOT();
globalSample += (uint)(3 * Sample.RATE);
#if true
Duration = TimeSpan.FromMilliseconds(globalSample * (1000.0 / Sample.RATE));
#else
Duration = new Duration(TimeSpan.FromMilliseconds(globalSample * (1000.0 / Sample.RATE)));
#endif
}
