bool HeartBeatPS1Seq::GetHeaderInfo(void)
{
name() = L"HeartBeatPS1Seq";
if (offset() + 0x10 > rawfile->size())
{
return false;
}
SetPPQN(GetShortBE(offset()+8));
nNumTracks = 16;
uint8_t numer = GetByte(offset()+0x0D);
uint8_t denom = GetByte(offset()+0x0E);
if (numer == 0 || numer > 32) //sanity check
return false;
uint8_t trackCount = GetByte(offset()+0x0F);
if (trackCount > 0 && trackCount <= 16)
{
nNumTracks = trackCount;
}
SetEventsOffset(offset() + 0x10);
return true;
}
NamcoSnesRgn::NamcoSnesRgn(NamcoSnesInstr* instr, NamcoSnesVersion ver, uint8_t srcn, uint32_t spcDirAddr, uint16_t addrTuningEntry) :
VGMRgn(instr, addrTuningEntry, 0),
version(ver)
{
int16_t pitch_scale = GetShortBE(addrTuningEntry);
const double pitch_fixer = 4032.0 / 4096.0;
double fine_tuning;
double coarse_tuning;
fine_tuning = modf((log(pitch_scale * pitch_fixer / 256.0) / log(2.0)) * 12.0, &coarse_tuning);
// normalize
if (fine_tuning >= 0.5)
{
coarse_tuning += 1.0;
fine_tuning -= 1.0;
}
else if (fine_tuning <= -0.5)
{
coarse_tuning -= 1.0;
fine_tuning += 1.0;
}
AddSimpleItem(addrTuningEntry, 2, L"Sample Rate");
unityKey = 71 - (int)coarse_tuning;
fineTune = (int16_t)(fine_tuning * 100.0);
uint8_t adsr1 = 0x8f;
uint8_t adsr2 = 0xe0;
uint8_t gain = 0;
SNESConvADSR<VGMRgn>(this, adsr1, adsr2, gain);
SetGuessedLength();
}
void PS1Seq::ResetVars(void)
{
VGMSeqNoTrks::ResetVars();
uint32_t initialTempo = (GetShortBE(offset()+10) << 8) | GetByte(offset()+12);
AddTempo(offset()+10, 3, initialTempo);
uint8_t numer = GetByte(offset()+0x0D);
uint8_t denom = GetByte(offset()+0x0E);
AddTimeSig(offset()+0x0D, 2, numer, 1<<denom, (uint8_t)GetPPQN());
}
bool PS1Seq::GetHeaderInfo(void)
{
name() = L"PS1 SEQ";
SetPPQN(GetShortBE(offset()+8));
nNumTracks = 16;
uint8_t numer = GetByte(offset()+0x0D);
uint8_t denom = GetByte(offset()+0x0E);
if (numer == 0 || numer > 32) //sanity check
return false;
VGMHeader* seqHeader = VGMSeq::AddHeader(offset(), 11, L"Sequence Header");
seqHeader->AddSimpleItem(offset(), 4, L"ID");
seqHeader->AddSimpleItem(offset()+0x04, 4, L"Version");
seqHeader->AddSimpleItem(offset()+0x08, 2, L"Resolution of quarter note");
seqHeader->AddTempo(offset()+0x0A, 3);
seqHeader->AddSig(offset()+0x0D, 2); // Rhythm (Numerator) and Rhythm (Denominator) (2^n)
if (GetByte(offset()+0xF) == 0 && GetByte(offset()+0x10) == 0)
{
SetEventsOffset(offset() + 0x0F + 4);
PS1Seq* newPS1Seq = new PS1Seq(rawfile, offset()+GetShortBE(offset()+0x11)+0x13 - 6);
if (!newPS1Seq->LoadVGMFile()) {
delete newPS1Seq;
}
//short relOffset = (short)GetShortBE(curOffset);
//AddGenericEvent(beginOffset, 4, L"Jump Relative", NULL, BG_CLR_PINK);
//curOffset += relOffset;
}
else {
SetEventsOffset(offset() + 0x0F);
}
return true;
}
HudsonSnesRgn::HudsonSnesRgn(HudsonSnesInstr *instr,
HudsonSnesVersion ver,
uint32_t offset,
uint32_t spcDirAddr,
uint32_t addrTuningEntry) :
VGMRgn(instr, offset, 4),
version(ver) {
uint8_t srcn = GetByte(dwOffset);
uint8_t adsr1 = GetByte(dwOffset + 1);
uint8_t adsr2 = GetByte(dwOffset + 2);
uint8_t gain = GetByte(dwOffset + 3);
AddSimpleItem(dwOffset, 1, L"SRCN");
AddSimpleItem(dwOffset + 1, 1, L"ADSR(1)");
AddSimpleItem(dwOffset + 2, 1, L"ADSR(2)");
AddSimpleItem(dwOffset + 3, 1, L"GAIN");
double pitch_scale = GetShortBE(addrTuningEntry) / 256.0;
double fine_tuning;
double coarse_tuning;
fine_tuning = modf((log(pitch_scale) / log(2.0)) * 12.0, &coarse_tuning);
// normalize
if (fine_tuning >= 0.5) {
coarse_tuning += 1.0;
fine_tuning -= 1.0;
}
else if (fine_tuning <= -0.5) {
coarse_tuning -= 1.0;
fine_tuning += 1.0;
}
int8_t coarse_tuning_byte = GetByte(addrTuningEntry + 2);
int8_t fine_tuning_byte = GetByte(addrTuningEntry + 3);
unityKey = 71 - (int) (coarse_tuning) - coarse_tuning_byte;
fineTune = (int16_t) (fine_tuning + (fine_tuning_byte / 256.0) * 100.0);
AddSimpleItem(addrTuningEntry, 2, L"Pitch Multiplier");
AddSimpleItem(addrTuningEntry + 2, 1, L"Coarse Tune");
AddSimpleItem(addrTuningEntry + 3, 1, L"Fine Tune");
SNESConvADSR<VGMRgn>(this, adsr1, adsr2, gain);
}
bool PS1Seq::ReadEvent(void)
{
uint32_t beginOffset = curOffset;
uint32_t delta = ReadVarLen(curOffset);
if (curOffset >= rawfile->size())
return false;
AddTime(delta);
uint8_t status_byte = GetByte(curOffset++);
//if (status_byte == 0) //Jump Relative
//{
// short relOffset = (short)GetShortBE(curOffset);
// AddGenericEvent(beginOffset, 4, L"Jump Relative", NULL, BG_CLR_PINK);
// curOffset += relOffset;
// curOffset += 4; //skip the first 4 bytes (no idea)
// SetPPQN(GetShortBE(curOffset));
// curOffset += 2;
// AddTempo(curOffset, 3, GetWordBE(curOffset-1) & 0xFFFFFF);
// curOffset += 3;
// uint8_t numer = GetByte(curOffset++);
// uint8_t denom = GetByte(curOffset++);
// if (numer == 0 || numer > 32) //sanity check
// return false;
// AddTimeSig(curOffset-2, 2, numer, 1<<denom, GetPPQN());
// SetEventsOffset(offset() + 0x0F);
//}
// else
if (status_byte <= 0x7F) // Running Status
{
if (status_byte == 0) // some games were ripped to PSF with the EndTrack event missing, so
{
if (GetWord(curOffset) == 0) //if we read a sequence of four 0 bytes, then just treat that
return false; //as the end of the track
}
status_byte = runningStatus;
curOffset--;
}
else
runningStatus = status_byte;
channel = status_byte&0x0F;
SetCurTrack(channel);
switch (status_byte & 0xF0)
{
case 0x90 : //note event
key = GetByte(curOffset++);
vel = GetByte(curOffset++);
if (vel > 0) //if the velocity is > 0, it's a note on
AddNoteOn(beginOffset, curOffset-beginOffset, key, vel);
else //otherwise it's a note off
AddNoteOff(beginOffset, curOffset-beginOffset, key);
break;
case 0xB0 :
{
uint8_t controlNum = GetByte(curOffset++);
uint8_t value = GetByte(curOffset++);
switch (controlNum) //control number
{
case 0 : //bank select
AddGenericEvent(beginOffset, curOffset-beginOffset, L"Bank Select", L"", CLR_MISC);
AddBankSelectNoItem(value);
break;
case 6 : //data entry
AddGenericEvent(beginOffset, curOffset-beginOffset, L"NRPN Data Entry", L"", CLR_MISC);
if (VGMSeq::readMode == READMODE_CONVERT_TO_MIDI) {
pMidiTrack->AddControllerEvent(channel, controlNum, value);
}
break;
case 7 : //volume
AddVol(beginOffset, curOffset-beginOffset, value);
break;
case 10 : //pan
AddPan(beginOffset, curOffset-beginOffset, value);
break;
case 11 : //expression
AddExpression(beginOffset, curOffset-beginOffset, value);
break;
case 64 : //damper (hold)
AddSustainEvent(beginOffset, curOffset-beginOffset, value);
break;
case 91 : //reverb depth (_SsContExternal)
AddReverb(beginOffset, curOffset-beginOffset, value);
break;
case 98 : //(0x62) NRPN 1 (LSB)
switch (value)
{
case 20 :
AddGenericEvent(beginOffset, curOffset-beginOffset, L"NRPN 1 #20", L"", CLR_MISC);
break;
case 30 :
AddGenericEvent(beginOffset, curOffset-beginOffset, L"NRPN 1 #30", L"", CLR_MISC);
break;
default:
AddGenericEvent(beginOffset, curOffset-beginOffset, L"NRPN 1", L"", CLR_MISC);
break;
}
if (VGMSeq::readMode == READMODE_CONVERT_TO_MIDI) {
pMidiTrack->AddControllerEvent(channel, controlNum, value);
}
break;
case 99 : //(0x63) NRPN 2 (MSB)
switch (value)
{
case 20 :
AddGenericEvent(beginOffset, curOffset-beginOffset, L"Loop Start", L"", CLR_LOOP);
break;
case 30 :
AddGenericEvent(beginOffset, curOffset-beginOffset, L"Loop End", L"", CLR_LOOP);
break;
default:
AddGenericEvent(beginOffset, curOffset-beginOffset, L"NRPN 2", L"", CLR_MISC);
break;
}
if (VGMSeq::readMode == READMODE_CONVERT_TO_MIDI) {
pMidiTrack->AddControllerEvent(channel, controlNum, value);
}
break;
case 100 : //(0x64) RPN 1 (LSB), no effect?
AddGenericEvent(beginOffset, curOffset-beginOffset, L"RPN 1", L"", CLR_MISC);
if (VGMSeq::readMode == READMODE_CONVERT_TO_MIDI) {
pMidiTrack->AddControllerEvent(channel, controlNum, value);
}
break;
case 101 : //(0x65) RPN 2 (MSB), no effect?
AddGenericEvent(beginOffset, curOffset-beginOffset, L"RPN 2", L"", CLR_MISC);
if (VGMSeq::readMode == READMODE_CONVERT_TO_MIDI) {
pMidiTrack->AddControllerEvent(channel, controlNum, value);
}
break;
case 121 : //reset all controllers
AddGenericEvent(beginOffset, curOffset-beginOffset, L"Reset All Controllers", L"", CLR_MISC);
if (VGMSeq::readMode == READMODE_CONVERT_TO_MIDI) {
pMidiTrack->AddControllerEvent(channel, controlNum, value);
}
break;
default:
AddGenericEvent(beginOffset, curOffset-beginOffset, L"Control Event", L"", CLR_UNKNOWN);
if (VGMSeq::readMode == READMODE_CONVERT_TO_MIDI) {
pMidiTrack->AddControllerEvent(channel, controlNum, value);
}
break;
}
}
break;
case 0xC0 :
{
uint8_t progNum = GetByte(curOffset++);
AddProgramChange(beginOffset, curOffset-beginOffset, progNum);
}
break;
case 0xE0 :
{
uint8_t hi = GetByte(curOffset++);
uint8_t lo = GetByte(curOffset++);
AddPitchBendMidiFormat(beginOffset, curOffset-beginOffset, hi, lo);
}
break;
case 0xF0 :
{
if (status_byte == 0xFF)
{
switch (GetByte(curOffset++))
{
case 0x51 : //tempo. This is different from SMF, where we'd expect a 51 then 03. Also, supports
//a string of tempo events
AddTempo(beginOffset, curOffset+3-beginOffset, (GetShortBE(curOffset) << 8) | GetByte(curOffset + 2));
curOffset += 3;
break;
case 0x2F :
AddEndOfTrack(beginOffset, curOffset-beginOffset);
return false;
default :
AddUnknown(beginOffset, curOffset-beginOffset, L"Meta Event");
return false;
}
}
else
{
AddUnknown(beginOffset, curOffset-beginOffset);
return false;
}
}
break;
default:
AddUnknown(beginOffset, curOffset-beginOffset);
return false;
}
return true;
}
bool HeartBeatPS1Seq::ReadEvent(void)
{
uint32_t beginOffset = curOffset;
// in this format, end of track (FF 2F 00) comes without delta-time.
// so handle that crazy sequence the first.
if (curOffset + 3 <= rawfile->size())
{
if (GetByte(curOffset) == 0xff &&
GetByte(curOffset + 1) == 0x2f &&
GetByte(curOffset + 2) == 0x00)
{
curOffset += 3;
AddEndOfTrack(beginOffset, curOffset-beginOffset);
return false;
}
}
uint32_t delta = ReadVarLen(curOffset);
if (curOffset >= rawfile->size())
return false;
AddTime(delta);
uint8_t status_byte = GetByte(curOffset++);
if (status_byte <= 0x7F) // Running Status
{
status_byte = runningStatus;
curOffset--;
}
else
runningStatus = status_byte;
channel = status_byte&0x0F;
SetCurTrack(channel);
switch (status_byte & 0xF0)
{
case 0x80 : //note off
key = GetByte(curOffset++);
vel = GetByte(curOffset++);
AddNoteOff(beginOffset, curOffset-beginOffset, key);
break;
case 0x90 : //note event
key = GetByte(curOffset++);
vel = GetByte(curOffset++);
if (vel > 0) //if the velocity is > 0, it's a note on
AddNoteOn(beginOffset, curOffset-beginOffset, key, vel);
else //otherwise it's a note off
AddNoteOff(beginOffset, curOffset-beginOffset, key);
break;
case 0xA0 :
AddUnknown(beginOffset, curOffset-beginOffset);
return false;
case 0xB0 :
{
uint8_t controlNum = GetByte(curOffset++);
uint8_t value = GetByte(curOffset++);
switch (controlNum) //control number
{
case 1:
AddGenericEvent(beginOffset, curOffset-beginOffset, L"Modulation", NULL, CLR_UNKNOWN);
if (VGMSeq::readMode == READMODE_CONVERT_TO_MIDI) {
pMidiTrack->AddControllerEvent(channel, controlNum, value);
}
break;
case 2: // identical to CC#11?
AddGenericEvent(beginOffset, curOffset-beginOffset, L"Breath Controller?", NULL, CLR_UNKNOWN);
if (VGMSeq::readMode == READMODE_CONVERT_TO_MIDI) {
pMidiTrack->AddControllerEvent(channel, controlNum, value);
}
break;
case 4:
AddGenericEvent(beginOffset, curOffset-beginOffset, L"Foot Controller?", NULL, CLR_UNKNOWN);
if (VGMSeq::readMode == READMODE_CONVERT_TO_MIDI) {
pMidiTrack->AddControllerEvent(channel, controlNum, value);
}
break;
case 5:
AddGenericEvent(beginOffset, curOffset-beginOffset, L"Portamento Time?", NULL, CLR_UNKNOWN);
if (VGMSeq::readMode == READMODE_CONVERT_TO_MIDI) {
pMidiTrack->AddControllerEvent(channel, controlNum, value);
}
break;
case 6 :
AddGenericEvent(beginOffset, curOffset-beginOffset, L"NRPN Data Entry", NULL, CLR_MISC);
if (VGMSeq::readMode == READMODE_CONVERT_TO_MIDI) {
pMidiTrack->AddControllerEvent(channel, controlNum, value);
}
break;
case 7 : //volume
AddVol(beginOffset, curOffset-beginOffset, value);
break;
case 9:
AddGenericEvent(beginOffset, curOffset-beginOffset, L"Control 9", NULL, CLR_UNKNOWN);
if (VGMSeq::readMode == READMODE_CONVERT_TO_MIDI) {
pMidiTrack->AddControllerEvent(channel, controlNum, value);
}
break;
case 10 : //pan
AddPan(beginOffset, curOffset-beginOffset, value);
break;
case 11 : //expression
AddExpression(beginOffset, curOffset-beginOffset, value);
break;
case 20:
AddGenericEvent(beginOffset, curOffset-beginOffset, L"Control 20", NULL, CLR_UNKNOWN);
if (VGMSeq::readMode == READMODE_CONVERT_TO_MIDI) {
pMidiTrack->AddControllerEvent(channel, controlNum, value);
}
break;
case 21:
AddGenericEvent(beginOffset, curOffset-beginOffset, L"Control 21", NULL, CLR_UNKNOWN);
if (VGMSeq::readMode == READMODE_CONVERT_TO_MIDI) {
pMidiTrack->AddControllerEvent(channel, controlNum, value);
}
break;
case 22:
AddGenericEvent(beginOffset, curOffset-beginOffset, L"Control 22", NULL, CLR_UNKNOWN);
if (VGMSeq::readMode == READMODE_CONVERT_TO_MIDI) {
pMidiTrack->AddControllerEvent(channel, controlNum, value);
}
break;
case 23:
AddGenericEvent(beginOffset, curOffset-beginOffset, L"Control 23", NULL, CLR_UNKNOWN);
if (VGMSeq::readMode == READMODE_CONVERT_TO_MIDI) {
pMidiTrack->AddControllerEvent(channel, controlNum, value);
}
break;
case 32:
AddGenericEvent(beginOffset, curOffset-beginOffset, L"Bank LSB?", NULL, CLR_UNKNOWN);
if (VGMSeq::readMode == READMODE_CONVERT_TO_MIDI) {
pMidiTrack->AddControllerEvent(channel, controlNum, value);
}
break;
case 52:
AddGenericEvent(beginOffset, curOffset-beginOffset, L"Control 52", NULL, CLR_UNKNOWN);
if (VGMSeq::readMode == READMODE_CONVERT_TO_MIDI) {
pMidiTrack->AddControllerEvent(channel, controlNum, value);
}
break;
case 53:
AddGenericEvent(beginOffset, curOffset-beginOffset, L"Control 53", NULL, CLR_UNKNOWN);
if (VGMSeq::readMode == READMODE_CONVERT_TO_MIDI) {
pMidiTrack->AddControllerEvent(channel, controlNum, value);
}
break;
case 54:
AddGenericEvent(beginOffset, curOffset-beginOffset, L"Control 54", NULL, CLR_UNKNOWN);
if (VGMSeq::readMode == READMODE_CONVERT_TO_MIDI) {
pMidiTrack->AddControllerEvent(channel, controlNum, value);
}
break;
case 55:
AddGenericEvent(beginOffset, curOffset-beginOffset, L"Control 55", NULL, CLR_UNKNOWN);
if (VGMSeq::readMode == READMODE_CONVERT_TO_MIDI) {
pMidiTrack->AddControllerEvent(channel, controlNum, value);
}
break;
case 56:
AddGenericEvent(beginOffset, curOffset-beginOffset, L"Control 56", NULL, CLR_UNKNOWN);
if (VGMSeq::readMode == READMODE_CONVERT_TO_MIDI) {
pMidiTrack->AddControllerEvent(channel, controlNum, value);
}
break;
case 64:
AddGenericEvent(beginOffset, curOffset-beginOffset, L"Hold 1?", NULL, CLR_UNKNOWN);
if (VGMSeq::readMode == READMODE_CONVERT_TO_MIDI) {
pMidiTrack->AddControllerEvent(channel, controlNum, value);
}
break;
case 69:
AddGenericEvent(beginOffset, curOffset-beginOffset, L"Hold 2?", NULL, CLR_UNKNOWN);
if (VGMSeq::readMode == READMODE_CONVERT_TO_MIDI) {
pMidiTrack->AddControllerEvent(channel, controlNum, value);
}
break;
case 71:
AddGenericEvent(beginOffset, curOffset-beginOffset, L"Resonance?", NULL, CLR_UNKNOWN);
if (VGMSeq::readMode == READMODE_CONVERT_TO_MIDI) {
pMidiTrack->AddControllerEvent(channel, controlNum, value);
}
break;
case 72:
AddGenericEvent(beginOffset, curOffset-beginOffset, L"Release Time?", NULL, CLR_UNKNOWN);
if (VGMSeq::readMode == READMODE_CONVERT_TO_MIDI) {
pMidiTrack->AddControllerEvent(channel, controlNum, value);
}
break;
case 73:
AddGenericEvent(beginOffset, curOffset-beginOffset, L"Attack Time?", NULL, CLR_UNKNOWN);
if (VGMSeq::readMode == READMODE_CONVERT_TO_MIDI) {
pMidiTrack->AddControllerEvent(channel, controlNum, value);
}
break;
case 74:
AddGenericEvent(beginOffset, curOffset-beginOffset, L"Cut Off Frequency?", NULL, CLR_UNKNOWN);
if (VGMSeq::readMode == READMODE_CONVERT_TO_MIDI) {
pMidiTrack->AddControllerEvent(channel, controlNum, value);
}
break;
case 75:
AddGenericEvent(beginOffset, curOffset-beginOffset, L"Decay Time?", NULL, CLR_UNKNOWN);
if (VGMSeq::readMode == READMODE_CONVERT_TO_MIDI) {
pMidiTrack->AddControllerEvent(channel, controlNum, value);
}
break;
case 76:
AddGenericEvent(beginOffset, curOffset-beginOffset, L"Vibrato Rate?", NULL, CLR_UNKNOWN);
if (VGMSeq::readMode == READMODE_CONVERT_TO_MIDI) {
pMidiTrack->AddControllerEvent(channel, controlNum, value);
}
break;
case 77:
AddGenericEvent(beginOffset, curOffset-beginOffset, L"Vibrato Depth?", NULL, CLR_UNKNOWN);
if (VGMSeq::readMode == READMODE_CONVERT_TO_MIDI) {
pMidiTrack->AddControllerEvent(channel, controlNum, value);
}
break;
case 78:
AddGenericEvent(beginOffset, curOffset-beginOffset, L"Vibrato Delay?", NULL, CLR_UNKNOWN);
if (VGMSeq::readMode == READMODE_CONVERT_TO_MIDI) {
pMidiTrack->AddControllerEvent(channel, controlNum, value);
}
break;
case 79:
AddGenericEvent(beginOffset, curOffset-beginOffset, L"Control 79", NULL, CLR_UNKNOWN);
if (VGMSeq::readMode == READMODE_CONVERT_TO_MIDI) {
pMidiTrack->AddControllerEvent(channel, controlNum, value);
}
break;
case 91:
AddReverb(beginOffset, curOffset-beginOffset, value);
break;
case 92:
AddGenericEvent(beginOffset, curOffset-beginOffset, L"Tremolo Depth?", NULL, CLR_UNKNOWN);
if (VGMSeq::readMode == READMODE_CONVERT_TO_MIDI) {
pMidiTrack->AddControllerEvent(channel, controlNum, value);
}
break;
case 98:
switch (value)
{
case 20 :
AddGenericEvent(beginOffset, curOffset-beginOffset, L"NRPN 1 #20", NULL, CLR_MISC);
break;
case 30 :
AddGenericEvent(beginOffset, curOffset-beginOffset, L"NRPN 1 #30", NULL, CLR_MISC);
break;
default:
AddGenericEvent(beginOffset, curOffset-beginOffset, L"NRPN 1", NULL, CLR_MISC);
break;
}
if (VGMSeq::readMode == READMODE_CONVERT_TO_MIDI) {
pMidiTrack->AddControllerEvent(channel, controlNum, value);
}
break;
case 99 : //(0x63) nrpn msb
switch (value)
{
case 20 :
AddGenericEvent(beginOffset, curOffset-beginOffset, L"Loop Start", NULL, CLR_LOOP);
break;
case 30 :
AddGenericEvent(beginOffset, curOffset-beginOffset, L"Loop End", NULL, CLR_LOOP);
break;
default:
AddGenericEvent(beginOffset, curOffset-beginOffset, L"NRPN 2", NULL, CLR_MISC);
break;
}
if (VGMSeq::readMode == READMODE_CONVERT_TO_MIDI) {
pMidiTrack->AddControllerEvent(channel, controlNum, value);
}
break;
case 121:
AddGenericEvent(beginOffset, curOffset-beginOffset, L"Reset All Controllers", NULL, CLR_MISC);
if (VGMSeq::readMode == READMODE_CONVERT_TO_MIDI) {
pMidiTrack->AddControllerEvent(channel, controlNum, value);
}
break;
case 126:
AddGenericEvent(beginOffset, curOffset-beginOffset, L"MONO?", NULL, CLR_UNKNOWN);
if (VGMSeq::readMode == READMODE_CONVERT_TO_MIDI) {
pMidiTrack->AddControllerEvent(channel, controlNum, value);
}
break;
case 127:
AddGenericEvent(beginOffset, curOffset-beginOffset, L"Poly?", NULL, CLR_UNKNOWN);
if (VGMSeq::readMode == READMODE_CONVERT_TO_MIDI) {
pMidiTrack->AddControllerEvent(channel, controlNum, value);
}
break;
default:
AddGenericEvent(beginOffset, curOffset-beginOffset, L"Control Event", NULL, CLR_UNKNOWN);
if (VGMSeq::readMode == READMODE_CONVERT_TO_MIDI) {
pMidiTrack->AddControllerEvent(channel, controlNum, value);
}
break;
}
}
break;
case 0xC0 :
{
uint8_t progNum = GetByte(curOffset++);
AddProgramChange(beginOffset, curOffset-beginOffset, progNum);
}
break;
case 0xD0 :
AddUnknown(beginOffset, curOffset-beginOffset);
return false;
case 0xE0 :
{
uint8_t hi = GetByte(curOffset++);
uint8_t lo = GetByte(curOffset++);
AddPitchBendMidiFormat(beginOffset, curOffset-beginOffset, hi, lo);
}
break;
case 0xF0 :
{
if (status_byte == 0xFF)
{
if (curOffset + 1 > rawfile->size())
return false;
uint8_t metaNum = GetByte(curOffset++);
uint32_t metaLen = ReadVarLen(curOffset);
if (curOffset + metaLen > rawfile->size())
return false;
switch (metaNum)
{
case 0x51 :
AddTempo(beginOffset, curOffset+metaLen-beginOffset, (GetShortBE(curOffset) << 8) | GetByte(curOffset + 2));
curOffset += metaLen;
break;
case 0x58 :
{
uint8_t numer = GetByte(curOffset);
uint8_t denom = GetByte(curOffset + 1);
AddTimeSig(beginOffset, curOffset+metaLen-beginOffset, numer, 1<<denom, (uint8_t)GetPPQN());
curOffset += metaLen;
break;
}
case 0x2F : // apparently not used, but just in case.
AddEndOfTrack(beginOffset, curOffset+metaLen-beginOffset);
curOffset += metaLen;
return false;
default :
AddUnknown(beginOffset, curOffset+metaLen-beginOffset);
curOffset += metaLen;
break;
}
}
else
{
AddUnknown(beginOffset, curOffset-beginOffset);
return false;
}
}
break;
}
return true;
}
