///<summary>
///</summary>
///<param name="module"></param>
public ModulePlayer(SongModule module)
{
_uniTrk = new UniTrk();
_uniTrk.UniInit();
CurrentModule = module;
WaveTableInstance = new WaveTable();
PlayerInstance = new SharpModPlayer(_uniTrk);
MixCfg = new MixConfig {
Is16Bits = true, Style = RenderingStyle.Stereo, Rate = 48000
};
ChannelsMixer = new ChannelsMixer(MixCfg /* DMode.DMODE_16BITS | DMode.DMODE_STEREO*/);
//this.ChannelsMixer.MixFreq = 48000;
ChannelsMixer.ChannelsCount = module.ChannelsCount;
ChannelsMixer.OnTickHandler += PlayerInstance.MP_HandleTick;
ChannelsMixer.OnBPMRequest += delegate { return(PlayerInstance.mp_bpm); };
ChannelsMixer.WaveTable = WaveTableInstance;
PlayerInstance.MP_Init(CurrentModule);
PlayerInstance._mixer = ChannelsMixer;
PlayerInstance.SpeedConstant = 1.0f;
PlayerInstance.mp_volume = 100;
PlayerInstance.mp_bpm = 125;
PlayerInstance.OnUpdateUI += PlayerInstance_OnUpdateUI;
PlayerInstance.OnCurrentModEnd += new CurrentModEndHandler(PlayerInstance_OnCurrentModEnd);
InitWaveTable();
}
/// <summary>
/// Refresh the UniTrk Stream from the Track
/// </summary>
/// <param name="track"></param>
internal short[] ToUniTrk(Track track)
{
lock (locker)
{
UniTrk trk = new UniTrk();
//trk.UniReset();
trk.UniInit();
trk.UniReset();
//int n_ptr = offset;
foreach (PatternCell pc in track.Cells)
{
if (pc == null)
{
continue;
}
if (pc.Instrument != 0)
{
trk.UniInstrument((short)(pc.Instrument));
}
if (pc.Period != 0 && pc.Note != null)
{
trk.UniNote((short)(pc.Period));
}
if (pc.Effect > 0)
{
trk.UniPTEffect((short)(pc.Effect /*- 3*/), pc.EffectData);
}
trk.UniNewline();
}
return(trk.UniDup());
}
//track.UniModSong.Tracks[track.TrackNumber + (track.PatternNumber * track.UniModSong.NumChn)] = trk.UniDup();
}
/// <summary>
/// Initialize internals variables
/// </summary>
private void Init()
{
_uniTrack = new UniTrk();
_samples = new List <byte[]>();
}
/// <summary>
/// Decode the UniTrk Stream from the Track
/// </summary>
/// <param name="input"></param>
/// <returns></returns>
internal void fromUniTrk(Track track)
{
lock (locker)
{
UniTrk trk = new UniTrk();
List <PatternCell> lpc = new List <PatternCell>();
for (int r = 0; r < track.Cells.Count; r++)
{
// Avoid if unitrack is empty
if (track.UniTrack.Length > 0)
{
int f = trk.UniFindRow(track.UniTrack, r);
trk.UniSetRow(track.UniTrack, f);
}
Effects c;
short note = 0;
int? RealNote = null;
short inst = -1;
short effect = 3;
short effectData = 0;
int? octave = null;
while ((c = (Effects)trk.UniGetByte()) != 0)
{
switch (c)
{
case Effects.UNI_NOTE:
note = trk.UniGetByte();
if (note != 96)
{
short n = (short)((note) % 12);
short o = (short)(note / 12);
RealNote = n;
octave = o;
}
break;
case Effects.UNI_INSTRUMENT:
inst = trk.UniGetByte();
//if (inst >= uniMod.NumIns)
//break; /* <- safety valve */
break;
default:
effect = (short)c;
effectData = trk.UniGetByte();
break;
}
}
PatternCell pc = new PatternCell(track);
pc.Period = (short)note;
pc.Note = RealNote;
pc.Octave = octave;
pc.Instrument = (short)(inst + 1);
pc.Effect = (short)(effect - 3);
pc.EffectData = (short)effectData;
lpc.Add(pc);
}
track.Cells = lpc;
}
}
