public SoundclusterDls(RiffDls_Riff aDls_Riff)
{
BankDictionary = new Dictionary <int, ABank>();
RiffDls_Riff dls_Riff = aDls_Riff;
List <WaveformReaderPcm> lWaveformList = new List <WaveformReaderPcm>();
try
{
Logger.Error(dls_Riff.GetChunk("LIST").GetType().ToString());
RiffChunkList lRiffChunkList = ( RiffChunkList )dls_Riff.GetChunk("LIST");
List <RiffChunkList> wvplListList = lRiffChunkList.GetChunkListList("LIST", RiffChunkListWvpl.TYPE);
//RiffChunkListWvpl wvplList = ( RiffChunkListWvpl )dls_Riff.wvplListList;
List <RiffChunkList> waveListList = wvplListList[0].GetChunkListList("LIST", RiffChunkListWave.TYPE);
for (int i = 0; i < waveListList.Count; i++)
{
RiffChunkListWave lWaveList = ( RiffChunkListWave )waveListList[i];
lWaveformList.Add(new WaveformReaderPcm(lWaveList, dls_Riff.name));
}
RiffChunkListLins linsList = ( RiffChunkListLins )dls_Riff.linsListList;
Logger.Warning("linsList.ins_ListList.Count:" + linsList.ins_ListList.Count);
for (int i = 0; i < linsList.ins_ListList.Count; i++)
{
RiffChunkListIns_ ins_List = ( RiffChunkListIns_ )linsList.ins_ListList[i];
RiffDls_Insh inshChunk = ( RiffDls_Insh )ins_List.inshChunk;
int bank = ( int )inshChunk.midiLocal.bank;
if (( uint )bank == 0x80000000)
{
Logger.Warning("Change Bank:" + bank.ToString("X8"));
bank = 0x7F00;
}
if (BankDictionary.ContainsKey(bank) == false)
{
Logger.Warning("Bank:" + bank.ToString("X8"));
BankDictionary.Add(bank, new BankDls());
}
BankDls lDlsBank = ( BankDls )BankDictionary[bank];
lDlsBank.AddInstrument(ins_List, lWaveformList);
}
}
catch (Exception aExpection)
{
Logger.Error("Expection at RIFF Read:" + aExpection.ToString());
}
}
public SoundclusterDls(RiffFile aRiffFile)
: base()
{
RiffChunkListDls_ dls_Riff = ( RiffChunkListDls_ )aRiffFile.riffChunkList;
List <WaveformBase> lWaveformList = new List <WaveformBase>();
try
{
RiffChunkListWvpl wvplList = ( RiffChunkListWvpl )dls_Riff.wvplListList;
for (int i = 0; i < wvplList.waveListList.Count; i++)
{
RiffChunkListWave lWaveList = ( RiffChunkListWave )wvplList.waveListList[i];
lWaveformList.Add(new WaveformDls(lWaveList, aRiffFile.name));
}
RiffChunkListLins linsList = ( RiffChunkListLins )dls_Riff.linsListList;
Logger.LogWarning("linsList.ins_ListList.Count:" + linsList.ins_ListList.Count);
for (int i = 0; i < linsList.ins_ListList.Count; i++)
{
RiffChunkListIns_ ins_List = ( RiffChunkListIns_ )linsList.ins_ListList[i];
RiffChunkInsh inshChunk = ( RiffChunkInsh )ins_List.inshChunk;
int bank = ( int )inshChunk.midiLocal.bank;
if (( uint )bank == 0x80000000)
{
Logger.LogWarning("Change Bank:" + bank.ToString("X8"));
bank = 0x7F00;
}
if (bankDictionary.ContainsKey(bank) == false)
{
Logger.LogWarning("Bank:" + bank.ToString("X8"));
bankDictionary.Add(bank, new BankDls());
}
BankDls lDlsBank = ( BankDls )bankDictionary[bank];
lDlsBank.AddInstrument(ins_List, lWaveformList);
}
}
catch (Exception aExpection)
{
Logger.LogError("Expection at RIFF Read:" + aExpection.ToString());
}
}
public WaveformWave(RiffFile aRiffFile)
: base()
{
RiffChunkListWave lWaveList = ( RiffChunkListWave )aRiffFile.riffChunkList;
int lPosition = ( int )lWaveList.dataChunk.position;
int lLength = ( int )lWaveList.dataChunk.size;
int lChannels = lWaveList.fmt_Chunk.channels;
int lSampleRate = ( int )lWaveList.fmt_Chunk.samplesPerSec;
int lSampleBits = lWaveList.fmt_Chunk.bitsPerSample;
int lSamples = lLength / (lSampleBits / 8) / lChannels;
format = new FormatWaweform(lChannels, lSamples, lSampleRate, lSampleBits);
data = new WaveformData(format, null, aRiffFile.name, lPosition);
}
public WaveformDls(RiffChunkListWave aWaveList, string aName)
: base()
{
RiffChunkFmt_ fmt_Chunk = aWaveList.fmt_Chunk;
RiffChunkData dataChunk = aWaveList.dataChunk;
int position = ( int )dataChunk.position;
int length = ( int )dataChunk.size;
int channels = fmt_Chunk.channles;
int sampleRate = ( int )fmt_Chunk.samplesPerSec;
int sampleBits = ( int )fmt_Chunk.bitsPerSample;
int samples = length / (sampleBits / 8) / channels;
format = new FormatWaweform(channels, samples, sampleRate, sampleBits);
data = new WaveformData(format, null, aName, position);
}
public WaveformReaderPcm(RiffChunkListWave aWaveList, string aName)
: base()
{
RiffDls_Fmt_ fmt_Chunk = aWaveList.fmt_Chunk;
RiffDls_Data dataChunk = aWaveList.dataChunk;
int position = ( int )dataChunk.position;
int length = ( int )dataChunk.Size;
int channels = fmt_Chunk.channles;
int sampleRate = ( int )fmt_Chunk.samplesPerSec;
int sampleBits = ( int )fmt_Chunk.bitsPerSample;
int samples = length / (sampleBits / 8) / channels;
format = new WaweformFormat(channels, samples, sampleRate, sampleBits);
reader = new WaveformReader(format, aName, position, true, AByteArray.Endian.Little);
}
public static void Execute(FileInfo aFileInput, string aFilePathOutput, List <double> aProgressList, int aIndex)
{
RiffFile lRiffFile = ( RiffFile )PoolCollection.poolWav.Get(aFileInput.FullName);
RiffChunkListWave lRiffChunkListWave = ( RiffChunkListWave )lRiffFile.riffChunkList;
WaveformBase waveform = LoaderWaveform.Load(aFileInput.FullName);
SByte[] lSampleArray = new SByte[waveform.format.samples];
for (int i = 0; i < waveform.format.samples; i++)
{
lSampleArray[i] = ( SByte )(waveform.data.GetSampleData(0, i) >> 8);
}
List <LoopInformation> lLoopList = null;
try
{
lLoopList = LoopSearchTool.Execute(lSampleArray, aProgressList, aIndex);
}
catch (Exception aExpection)
{
UnityEngine.Debug.Log(aExpection.ToString() + ":LoopTool Exception");
}
//for( int i = 0; i < lLoopList.Count; i++ )
if (lLoopList.Count >= 1)
{
//lRiffChunkListWave.AddCuePoint( ( int )lLoopList[i].start.sample, ( int )lLoopList[i].end.sample );
//lRiffChunkListWave.AddSampleLoop( ( int )lLoopList[i].start.sample, ( int )lLoopList[i].end.sample );
lRiffChunkListWave.AddCuePoint(( int )lLoopList[0].start.sample, ( int )lLoopList[0].end.sample);
lRiffChunkListWave.AddSampleLoop(( int )lLoopList[0].start.sample, ( int )lLoopList[0].end.sample);
}
Byte[] lDataArrayRead = null;
using (FileStream u = new FileStream(lRiffFile.name, FileMode.Open, FileAccess.Read))
{
ByteArray l = new ByteArrayLittle(u);
int bytePosition = ( int )lRiffChunkListWave.dataChunk.position;
l.SetPosition(bytePosition);
lDataArrayRead = l.ReadBytes(lRiffChunkListWave.dataChunk.size);
}
Byte[] lDataArrayWrite = lDataArrayRead;
if (IsCutLast == true)
{
lDataArrayWrite = new Byte[(( int )lLoopList[0].end.sample + 1) * 4];
for (int i = 0; i < (lLoopList[0].end.sample + 1) * 4; i++)
{
lDataArrayWrite[i] = lDataArrayRead[i];
}
}
for (int i = 0; i < 64; i++)
{
Logger.LogDebug(i.ToString() + ":" + lDataArrayWrite[i]);
}
lRiffChunkListWave.SetDataArray(lDataArrayWrite);
MemoryStream lMemoryStreamWrite = new MemoryStream(( int )lRiffChunkListWave.size + 8);
ByteArrayLittle lByteArray = new ByteArrayLittle(lMemoryStreamWrite);
//lByteArrayRead.Open();
lRiffFile.WriteByteArray(null, lByteArray);
//lByteArrayRead.Close();
using (FileStream u = new FileStream(aFilePathOutput, FileMode.Create, FileAccess.Write))
{
u.Write(lMemoryStreamWrite.GetBuffer(), 0, ( int )lMemoryStreamWrite.Length);
}
}
public MusicWave(RiffFile aRiffFile)
{
RiffChunkListWave lWaveRiff = ( RiffChunkListWave )aRiffFile.riffChunkList;
nameFile = aRiffFile.name;
bytePosition = ( int )lWaveRiff.dataChunk.position;
byteSize = ( int )lWaveRiff.dataChunk.size;
Channels = lWaveRiff.fmt_Chunk.channels;
SampleRate = ( int )lWaveRiff.fmt_Chunk.samplesPerSec;
sampleBits = lWaveRiff.fmt_Chunk.bitsPerSample;
SampleLength = ( int )(byteSize / (sampleBits / 8) / Channels);
sampleArray = new float[Channels][];
if (LENGTH_BUFFER == 0)
{
lengthBuffer = SampleLength;
}
else
{
lengthBuffer = LENGTH_BUFFER;
}
for (int i = 0; i < Channels; i++)
{
sampleArray[i] = new float[lengthBuffer];
}
startPosition = 0x7FFFFFFF;
if (lWaveRiff.smplChunk != null)
{
Loop = new List <List <LoopInformation> >();
int lIndex = -1;
int lLoopLength = -1;
for (int i = 0; i < lWaveRiff.smplChunk.sampleLoops; i++)
{
SampleLoop lLoop = lWaveRiff.smplChunk.sampleLoopList[i];
if (( int )(lLoop.end - lLoop.start) == lLoopLength)
{
}
else
{
Loop.Add(new List <LoopInformation>());
lLoopLength = ( int )(lLoop.end - lLoop.start);
lIndex++;
}
Loop[lIndex].Add(new LoopInformation(SampleRate, ( int )lLoop.start, ( int )lLoop.end));
}
}
else
{
Loop = new List <List <LoopInformation> >();
Loop.Add(new List <LoopInformation>());
Loop[0].Add(new LoopInformation(SampleRate, 0, 0));
}
}