public static void initial(byte[] mucompcmbin, enmFormat format)
{
uint samplingBuffer = 1024;
MDSound.MDSound.Chip[] chips = new MDSound.MDSound.Chip[1];
MDSound.MDSound.Chip chip = null;
chip = new MDSound.MDSound.Chip();
chip.type = MDSound.MDSound.enmInstrumentType.YM2608;
chip.ID = 0;
MDSound.ym2608 ym2608 = new MDSound.ym2608();
chip.Instrument = ym2608;
chip.Update = ym2608.Update;
chip.Start = ym2608.Start;
chip.Stop = ym2608.Stop;
chip.Reset = ym2608.Reset;
chip.SamplingRate = format == enmFormat.VGM ? vgmSamplingRate : xgmSamplingRate;
chip.Clock = 7987200;
chip.Volume = 0;
chip.Option = null;
chips[0] = chip;
mds = new MDSound.MDSound(format == enmFormat.VGM ? vgmSamplingRate : xgmSamplingRate, samplingBuffer, chips);
mds.WriteYM2608(0, 0, 0x2d, 0x00);
mds.WriteYM2608(0, 0, 0x29, 0x82);
mds.WriteYM2608(0, 0, 0x07, 0x38);
byte[] adpcmBuffer = mds.GetADPCMBufferYM2608(0);
lstMucomPCMInfo = setPCMData(mucompcmbin, adpcmBuffer);
}
private void SetFormat(string val)
{
switch (val.ToUpper())
{
case "VGM":
default:
format = enmFormat.VGM;
tempo = DEFAULT_TEMPO;
clockCount = DEFAULT_CLOCK_COUNT;
samplesPerClock = DEFAULT_SAMPLES_PER_CLOCK;
break;
case "XGM":
format = enmFormat.XGM;
tempo = DEFAULT_TEMPO;
clockCount = XGM_DEFAULT_CLOCK_COUNT;
samplesPerClock = XGM_DEFAULT_SAMPLES_PER_CLOCK;
//samplesPerClock = xgmSamplesPerSecond * 60.0 * 4.0 / (tempo * clockCount);
break;
case "ZGM":
format = enmFormat.ZGM;
tempo = DEFAULT_TEMPO;
clockCount = DEFAULT_CLOCK_COUNT;
samplesPerClock = DEFAULT_SAMPLES_PER_CLOCK;
break;
}
}
private void SetFormat(string val)
{
switch (val.ToUpper())
{
case "VGM":
default:
format = enmFormat.VGM;
tempo = DEFAULT_TEMPO;
//clockCount = DEFAULT_CLOCK_COUNT;
//samplesPerClock = DEFAULT_SAMPLES_PER_CLOCK;
break;
}
}
