private void GetPCMData(string path)
{
Dictionary <int, clsPcm> newDic = new Dictionary <int, clsPcm>();
foreach (clsPcmDatSeq pds in desVGM.instPCMDatSeq)
{
byte[] buf;
clsPcm v;
bool isRaw;
bool is16bit;
int samplerate;
if (pds.chip == enmChipType.None)
{
continue;
}
switch (pds.type)
{
case enmPcmDefineType.Easy:
if (desVGM.instPCM.ContainsKey(pds.No))
{
desVGM.instPCM.Remove(pds.No);
}
v = new clsPcm(
pds.No
, pcmDataSeqNum++
, pds.chip
, pds.chipNumber
, pds.FileName
, pds.BaseFreq
, pds.Volume
, 0
, 0
, 0
, pds.DatLoopAdr
, false
, 8000);
desVGM.instPCM.Add(pds.No, v);
//ファイルの読み込み
buf = Common.GetPCMDataFromFile(path, v, out isRaw, out is16bit, out samplerate);
if (buf == null)
{
msgBox.setErrMsg(string.Format(
msg.get("E04007")
, v.fileName), new LinePos(pds.FileName));
continue;
}
//pitch変換
if (desVGM.info.format == enmFormat.XGM)
{
int fFreq = (int)pds.DatLoopAdr;
//SOXで変換する
ConvertFreq(path, ref buf, pds.BaseFreq, ref fFreq);
pds.BaseFreq = fFreq;
v.freq = fFreq;
}
if (desVGM.info.format == enmFormat.XGM && v.chipNumber != 0)
{
msgBox.setErrMsg(string.Format(
msg.get("E01017")
, v.fileName), new LinePos(pds.FileName));
continue;
}
if (desVGM.chips.ContainsKey(v.chip))
{
desVGM.chips[v.chip][v.chipNumber]
.StorePcm(
newDic
, new KeyValuePair <int, clsPcm>(pds.No, v)
, buf
, is16bit
, samplerate);
}
if (v.chip == enmChipType.YM2609)
{
if (pds.DatLoopAdr == 0)
{
//ADPCM-A
if (desVGM.chips != null && desVGM.chips.ContainsKey(v.chip) && desVGM.chips[v.chip] != null)
{
pds.DatEndAdr = (int)((YM2609)desVGM.chips[v.chip][v.chipNumber]).pcmDataEasyA.Length - 16;
}
}
else if (pds.DatLoopAdr == 1)
{
//ADPCM-B
if (desVGM.chips != null && desVGM.chips.ContainsKey(v.chip) && desVGM.chips[v.chip] != null)
{
pds.DatEndAdr = (int)((YM2609)desVGM.chips[v.chip][v.chipNumber]).pcmDataEasyB.Length - 16;
}
}
else
{
//ADPCM-C
if (desVGM.chips != null && desVGM.chips.ContainsKey(v.chip) && desVGM.chips[v.chip] != null)
{
pds.DatEndAdr = (int)((YM2609)desVGM.chips[v.chip][v.chipNumber]).pcmDataEasyC.Length - 16;
}
}
}
else if (v.chip == enmChipType.YM2610B)
{
if (pds.DatLoopAdr == 0)
{
//ADPCM-A
if (desVGM.chips != null && desVGM.chips.ContainsKey(v.chip) && desVGM.chips[v.chip] != null)
{
pds.DatEndAdr = (int)((YM2610B)desVGM.chips[v.chip][v.chipNumber]).pcmDataEasyA.Length - 16;
}
}
else
{
//ADPCM-B
if (desVGM.chips != null && desVGM.chips.ContainsKey(v.chip) && desVGM.chips[v.chip] != null)
{
pds.DatEndAdr = (int)((YM2610B)desVGM.chips[v.chip][v.chipNumber]).pcmDataEasyB.Length - 16;
}
}
}
else
{
if (desVGM.chips != null && desVGM.chips.ContainsKey(v.chip) && desVGM.chips[v.chip] != null)
{
pds.DatEndAdr = (int)desVGM.chips[v.chip][v.chipNumber].pcmDataEasy.Length - 16;
}
}
break;
case enmPcmDefineType.Mucom88:
if (desVGM.instPCM.ContainsKey(pds.No))
{
desVGM.instPCM.Remove(pds.No);
}
v = new clsPcm(
pds.No
, pcmDataSeqNum++
, pds.chip
, pds.chipNumber
, pds.FileName
, pds.BaseFreq
, pds.Volume
, 0
, 0
, 0
, pds.DatLoopAdr
, false
, 8000);
desVGM.instPCM.Add(pds.No, v);
mucomADPCM2PCM.mucomPCMInfo info = null;
for (int i = 0; i < mucomADPCM2PCM.lstMucomPCMInfo.Count; i++)
{
mucomADPCM2PCM.mucomPCMInfo inf = mucomADPCM2PCM.lstMucomPCMInfo[i];
if (pds.No == inf.no)
{
info = inf;
break;
}
}
if (info == null)
{
return;
}
//ファイルの読み込み
buf = mucomADPCM2PCM.GetPcmData(info);
if (buf == null)
{
msgBox.setErrMsg(string.Format(
msg.get("E04007")
, v.fileName), new LinePos(pds.FileName));
continue;
}
if (desVGM.info.format == enmFormat.XGM && v.chipNumber != 0)
{
msgBox.setErrMsg(string.Format(
msg.get("E01017")
, v.fileName), new LinePos(pds.FileName));
continue;
}
desVGM.chips[v.chip][v.chipNumber]
.StorePcm(
newDic
, new KeyValuePair <int, clsPcm>(pds.No, v)
, buf
, false
, 8000);
break;
case enmPcmDefineType.RawData:
//ファイルの読み込み
buf = Common.GetPCMDataFromFile(path, pds.FileName, 100, out isRaw, out is16bit, out samplerate);
if (buf == null)
{
msgBox.setErrMsg(string.Format(
msg.get("E04007")
, pds.FileName), new LinePos(pds.FileName));
continue;
}
desVGM.chips[pds.chip][pds.chipNumber]
.StorePcmRawData(
pds
, buf
, isRaw
, is16bit
, samplerate);
break;
case enmPcmDefineType.Set:
//if(!desVGM.chips[pds.chip][pds.chipNumber ? 1 : 0].StorePcmCheck())
//{
// return;
//}
if (desVGM.instPCM.ContainsKey(pds.No))
{
desVGM.instPCM.Remove(pds.No);
}
v = new clsPcm(
pds.No
, pcmDataSeqNum++
, pds.chip
, pds.chipNumber
, ""
, pds.BaseFreq
, 100
, pds.DatStartAdr
, pds.DatEndAdr
, pds.chip != enmChipType.RF5C164
? (pds.DatEndAdr - pds.DatStartAdr + 1)
: (pds.DatLoopAdr - pds.DatStartAdr + 1)
, pds.DatLoopAdr
, false
, 8000
, pds.Option);
newDic.Add(pds.No, v);
break;
}
}
desVGM.instPCM = newDic;
}
private void GetPCMData(string path)
{
Dictionary <int, clsPcm> newDic = new Dictionary <int, clsPcm>();
foreach (clsPcmDatSeq pds in desVGM.instPCMDatSeq)
{
byte[] buf;
clsPcm v;
bool isRaw;
bool is16bit;
int samplerate;
if (pds.chip == enmChipType.None)
{
continue;
}
switch (pds.type)
{
case enmPcmDefineType.Easy:
if (desVGM.instPCM.ContainsKey(pds.No))
{
desVGM.instPCM.Remove(pds.No);
}
v = new clsPcm(
pds.No
, pcmDataSeqNum++
, pds.chip
, pds.isSecondary
, pds.FileName
, pds.BaseFreq
, pds.Volume
, 0
, 0
, 0
, pds.DatLoopAdr
, false
, 8000);
desVGM.instPCM.Add(pds.No, v);
//ファイルの読み込み
buf = Common.GetPCMDataFromFile(path, v, out isRaw, out is16bit, out samplerate);
if (buf == null)
{
msgBox.setErrMsg(string.Format(
msg.get("E04007")
, v.fileName));
continue;
}
if (desVGM.info.format == enmFormat.XGM && v.isSecondary)
{
msgBox.setErrMsg(string.Format(
msg.get("E01017")
, v.fileName));
continue;
}
desVGM.chips[v.chip][v.isSecondary ? 1 : 0]
.StorePcm(
newDic
, new KeyValuePair <int, clsPcm>(pds.No, v)
, buf
, is16bit
, samplerate);
break;
case enmPcmDefineType.Mucom88:
if (desVGM.instPCM.ContainsKey(pds.No))
{
desVGM.instPCM.Remove(pds.No);
}
v = new clsPcm(
pds.No
, pcmDataSeqNum++
, pds.chip
, pds.isSecondary
, pds.FileName
, pds.BaseFreq
, pds.Volume
, 0
, 0
, 0
, pds.DatLoopAdr
, false
, 8000);
desVGM.instPCM.Add(pds.No, v);
mucomADPCM2PCM.mucomPCMInfo info = null;
for (int i = 0; i < mucomADPCM2PCM.lstMucomPCMInfo.Count; i++)
{
mucomADPCM2PCM.mucomPCMInfo inf = mucomADPCM2PCM.lstMucomPCMInfo[i];
if (pds.No == inf.no)
{
info = inf;
break;
}
}
if (info == null)
{
return;
}
//ファイルの読み込み
buf = mucomADPCM2PCM.GetPcmData(info, desVGM.info.PcmVolume);
if (buf == null)
{
msgBox.setErrMsg(string.Format(
msg.get("E04007")
, v.fileName));
continue;
}
if (desVGM.info.format == enmFormat.XGM && v.isSecondary)
{
msgBox.setErrMsg(string.Format(
msg.get("E01017")
, v.fileName));
continue;
}
desVGM.chips[v.chip][v.isSecondary ? 1 : 0]
.StorePcm(
newDic
, new KeyValuePair <int, clsPcm>(pds.No, v)
, buf
, false
, 8000);
break;
case enmPcmDefineType.RawData:
//ファイルの読み込み
buf = Common.GetPCMDataFromFile(path, pds.FileName, 100, out isRaw, out is16bit, out samplerate);
if (buf == null)
{
msgBox.setErrMsg(string.Format(
msg.get("E04007")
, pds.FileName));
continue;
}
desVGM.chips[pds.chip][pds.isSecondary ? 1 : 0]
.StorePcmRawData(
pds
, buf
, isRaw
, is16bit
, samplerate);
break;
case enmPcmDefineType.Set:
//if(!desVGM.chips[pds.chip][pds.isSecondary ? 1 : 0].StorePcmCheck())
//{
// return;
//}
if (desVGM.instPCM.ContainsKey(pds.No))
{
desVGM.instPCM.Remove(pds.No);
}
v = new clsPcm(
pds.No
, pcmDataSeqNum++
, pds.chip
, pds.isSecondary
, ""
, pds.BaseFreq
, 100
, pds.DatStartAdr
, pds.DatEndAdr
, pds.chip != enmChipType.RF5C164
? (pds.DatEndAdr - pds.DatStartAdr + 1)
: (pds.DatLoopAdr - pds.DatStartAdr + 1)
, pds.DatLoopAdr
, false
, 8000
, pds.Option);
newDic.Add(pds.No, v);
break;
}
}
desVGM.instPCM = newDic;
}
