/// <summary>
/// Play a sequence.
/// </summary>
/// <param name="a">Sound archive.</param>
/// <param name="sequenceNumber">Sequence number to play.</param>
public static void PlaySequence(SoundArchive a, int sequenceNumber)
{
//Set info.
Paused = false;
Stopped = false;
MessageBox.Show("Not implemented yet, sowwy. :{");
}
/// <summary>
/// Populate a combo box with banks.
/// </summary>
/// <param name="a">The sound archive.</param>
/// <param name="c">The combo box.</param>
public static void PopulateBankBox(SoundArchive a, DataGridViewComboBoxColumn c)
{
c.Items.Clear();
foreach (var w in a.Banks.Where(x => x.File.Instruments.Count > 0))
{
c.Items.Add("[" + w.Index + "] - " + w.Name);
}
}
/// <summary>
/// Create a Nitro Studio 2 Instrument.
/// </summary>
/// <param name="inst">The instrument.</param>
/// <param name="s">Sound archive.</param>
/// <param name="war0">Wave archive 0.</param>
/// <param name="war1">Wave archive 1.</param>
/// <param name="war2">Wave archive 2.</param>
/// <param name="war3">Wave archive 3.</param>
public NitroStudio2Instrument(Instrument inst, SoundArchive s, ushort war0, ushort war1, ushort war2, ushort war3)
{
//Set instrument.
Inst = inst;
//No archive.
if (s == null)
{
return;
}
//Load waves.
Waves = new List <WaveEntry>();
foreach (var n in inst.NoteInfo)
{
WaveEntry w = new WaveEntry();
w.WaveId = n.WaveId;
if (n.InstrumentType != InstrumentType.PCM)
{
continue;
}
switch (n.WarId)
{
case 0:
n.WarId = w.WarId = war0;
break;
case 1:
n.WarId = w.WarId = war1;
break;
case 2:
n.WarId = w.WarId = war2;
break;
case 3:
n.WarId = w.WarId = war3;
break;
}
if (n.WarId != 0xFFFF)
{
var war = s.WaveArchives.Where(x => x.Index == (int)n.WarId).FirstOrDefault();
if (war != null)
{
w.Wave = war.File.Waves[n.WaveId];
}
}
Waves.Add(w);
}
}
/// <summary>
/// Play a WSD entry.
/// </summary>
/// <param name="a">Sound archive.</param>
/// <param name="wsdNumber">WSD entry to play.</param>
public static void PlayWsd(SoundArchive a, int wsdNumber)
{
//Try playing.
Stop();
try {
//WSD.
WaveSoundData s = a.WaveSoundDatas[wsdNumber].File.File as WaveSoundData;
var p = s.Waves[s.DataItems[a.WaveSoundDatas[wsdNumber].WaveIndex].Notes[0].WaveIndex];
Wave w = (a.WaveArchives[p.WarIndex].File.File as SoundWaveArchive)[p.WaveIndex];
if (w.Wav.info.channelInfo.Count > 2)
{
switch (w.Wav.info.encoding)
{
case 0:
w.Wav.data.pcm8 = new sbyte[][] { w.Wav.data.pcm8[0], w.Wav.data.pcm8[1] };
break;
case 1:
w.Wav.data.pcm16 = new short[][] { w.Wav.data.pcm16[0], w.Wav.data.pcm16[1] };
break;
case 2:
w.Wav.data.dspAdpcm = new byte[][] { w.Wav.data.dspAdpcm[0], w.Wav.data.dspAdpcm[1] };
break;
}
}
for (int i = 2; i < w.Wav.info.channelInfo.Count; i++)
{
w.Wav.info.channelInfo.RemoveAt(i);
}
var m = new MemoryStream(w.Riff.ToBytes());
var n = new WaveFileReader(m);
waveOut.Initialize(n);
waveOut.Play();
CurrHash = "WSD_" + wsdNumber;
Stopped = false;
Paused = false;
} catch { }
}
/// <summary>
/// Play a stream entry.
/// </summary>
/// <param name="a">Sound archive.</param>
/// <param name="streamNumber">Stream number to play.</param>
public static void PlayStream(SoundArchive a, int streamNumber)
{
//Try playing.
Stop();
try {
//Stream.
CitraFileLoader.Stream s = (CitraFileLoader.Stream)SoundArchiveReader.ReadFile(File.ReadAllBytes(BasePath + "/" + a.Streams[streamNumber].File.ExternalFileName));
if (s.Stm.info.channels.Count > 2)
{
switch (s.Stm.info.streamSoundInfo.encoding)
{
case 0:
s.Stm.data.pcm8 = new sbyte[][] { s.Stm.data.pcm8[0], s.Stm.data.pcm8[1] };
break;
case 1:
s.Stm.data.pcm16 = new short[][] { s.Stm.data.pcm16[0], s.Stm.data.pcm16[1] };
break;
case 2:
s.Stm.data.dspAdpcm = new byte[][] { s.Stm.data.dspAdpcm[0], s.Stm.data.dspAdpcm[1] };
break;
}
}
for (int i = 2; i < s.Stm.info.channels.Count; i++)
{
s.Stm.info.channels.RemoveAt(i);
}
var m = new MemoryStream(s.Riff.ToBytes());
var n = new WaveFileReader(m);
waveOut.Initialize(n);
waveOut.Play();
CurrHash = "STM_" + streamNumber;
Stopped = false;
Paused = false;
} catch { }
}
public static SoundFile <ISoundFile> GetInfo(SoundArchive a, SoundArchive.NewFileEntryType type, int lastEntry, string filePath)
{
//File wizard.
FileWizard w = new FileWizard();
w.type = type;
//Add existing files.
foreach (var f in a.Files)
{
w.existingFiles.Items.Add(f.FileName + "." + f.FileExtension);
}
//Prepare info.
w.referenceFileExternally.Enabled = false;
w.referenceFileExternally.Checked = type == SoundArchive.NewFileEntryType.Stream;
w.blankFile.Enabled = type != SoundArchive.NewFileEntryType.Stream && type != SoundArchive.NewFileEntryType.Prefetch;
w.useExistingFile.Checked = true;
w.useExistingFile.Enabled = w.newFile.Checked = a.Files.Count == 0;
w.useExistingFile.Enabled = !w.useExistingFile.Enabled;
w.okButton.Enabled = false;
//Stream specifics.
if (type == SoundArchive.NewFileEntryType.Stream)
{
w.blankFile.Enabled = false;
}
//Show.
w.ShowDialog();
//Return data.
if (w.cancel)
{
return(new SoundFile <ISoundFile>()
{
FileId = -1
});
}
else
{
//Get versions.
byte maj = 1;
byte min = 0;
byte rev = 0;
//Use existing file.
if (w.useExistingFile.Checked)
{
return(new SoundFile <ISoundFile>()
{
Reference = a.Files[w.existingFiles.SelectedIndex]
});
}
//Use new file.
else if (w.newFile.Checked)
{
if (w.referenceFileExternally.Checked)
{
return(new SoundFile <ISoundFile>()
{
Reference = a.AddNewFile(type, lastEntry, null, false, GetRelativePath(w.newFilePath.Text, Path.GetDirectoryName(filePath)))
});
}
else
{
return(new SoundFile <ISoundFile>()
{
Reference = a.AddNewFile(type, lastEntry, SoundArchiveReader.ReadFile(File.ReadAllBytes(w.newFilePath.Text)))
});
}
}
//Blank file.
else if (w.blankFile.Checked)
{
ISoundFile f = null;
switch (type)
{
case SoundArchive.NewFileEntryType.Bank:
foreach (var fi in a.Files)
{
if (fi != null)
{
if (fi.File != null)
{
var z = fi.File as SoundBank;
if (z != null)
{
maj = z.Version.Major;
min = z.Version.Minor;
rev = z.Version.Revision;
break;
}
}
}
}
f = new SoundBank()
{
Version = new FileWriter.Version(maj, min, rev)
};
break;
case SoundArchive.NewFileEntryType.Group:
foreach (var fi in a.Files)
{
if (fi != null)
{
if (fi.File != null)
{
var z = fi.File as Group;
if (z != null)
{
maj = z.Version.Major;
min = z.Version.Minor;
rev = z.Version.Revision;
break;
}
}
}
}
f = new Group()
{
Version = new FileWriter.Version(maj, min, rev)
};
break;
case SoundArchive.NewFileEntryType.Sequence:
foreach (var fi in a.Files)
{
if (fi != null)
{
if (fi.File != null)
{
var z = fi.File as SoundSequence;
if (z != null)
{
maj = z.Version.Major;
min = z.Version.Minor;
rev = z.Version.Revision;
break;
}
}
}
}
f = new SoundSequence()
{
Version = new FileWriter.Version(maj, min, rev)
};
break;
case SoundArchive.NewFileEntryType.WaveArchive:
foreach (var fi in a.Files)
{
if (fi != null)
{
if (fi.File != null)
{
var z = fi.File as SoundWaveArchive;
if (z != null)
{
maj = z.Version.Major;
min = z.Version.Minor;
rev = z.Version.Revision;
break;
}
}
}
}
f = new SoundWaveArchive()
{
Version = new FileWriter.Version(maj, min, rev)
};
break;
case SoundArchive.NewFileEntryType.WaveSoundData:
foreach (var fi in a.Files)
{
if (fi != null)
{
if (fi.File != null)
{
var z = fi.File as WaveSoundData;
if (z != null)
{
maj = z.Version.Major;
min = z.Version.Minor;
rev = z.Version.Revision;
break;
}
}
}
}
f = new WaveSoundData()
{
Version = new FileWriter.Version(maj, min, rev)
};
break;
}
return(new SoundFile <ISoundFile>()
{
Reference = a.AddNewFile(type, lastEntry, f)
});
}
//Null file.
else
{
return(new SoundFile <ISoundFile>()
{
FileId = -2
});
}
}
}
/// <summary>
/// Convert the bank to downloadable sounds.
/// </summary>
/// <param name="a">The sound archive.</param>
/// <param name="b">The bank info.</param>
/// <returns>The bank as DLS.</returns>
public DownloadableSounds ToDLS(SoundArchive a, BankInfo b)
{
//New DLS.
DownloadableSounds d = new DownloadableSounds();
//Wave map.
Dictionary <uint, RiffWave> waveMap = new Dictionary <uint, RiffWave>();
Dictionary <ushort, RiffWave> psgMap = new Dictionary <ushort, RiffWave>();
Dictionary <ushort, RiffWave> noiseMap = new Dictionary <ushort, RiffWave>();
d.Waves.Add(new RiffWave("Hardware/Null.wav"));
//Add each instrument.
foreach (var inst in Instruments)
{
//New instrument.
GotaSoundBank.DLS.Instrument im = new GotaSoundBank.DLS.Instrument();
im.BankId = (uint)(inst.Index / 128);
im.InstrumentId = (uint)(inst.Index % 128);
im.Name = "Instrument " + im.InstrumentId;
//Add regions.
byte lastNote = inst as DrumSetInstrument != null ? (inst as DrumSetInstrument).Min : (byte)0;
foreach (var n in inst.NoteInfo)
{
//New region.
Region r = new Region();
//Set note info.
r.VelocityLow = 0;
r.VelocityHigh = 127;
r.NoteLow = lastNote;
r.NoteHigh = (inst as DirectInstrument != null) ? (byte)127 : (byte)n.Key;
lastNote = (byte)(n.Key + 1);
r.ChannelFlags = 1;
r.DoublePlayback = true;
r.Layer = 1;
r.NoTruncation = true;
r.RootNote = (byte)n.BaseNote;
//Wave data.
int wavInd = 0;
switch (n.InstrumentType)
{
case InstrumentType.PCM:
uint key = 0xFFFFFFFF;
try {
var p = b.WaveArchives[n.WarId].File.Waves[n.WaveId];
key = (uint)(b.WaveArchives[n.WarId].Index << 16) | n.WaveId;
} catch { }
if (key != 0xFFFFFFFF)
{
if (!waveMap.ContainsKey(key))
{
RiffWave pcm = new RiffWave();
pcm.FromOtherStreamFile(b.WaveArchives[n.WarId].File.Waves[n.WaveId]);
waveMap.Add(key, pcm);
d.Waves.Add(pcm);
}
wavInd = d.Waves.IndexOf(waveMap[key]);
}
break;
case InstrumentType.PSG:
if (!psgMap.ContainsKey(n.WaveId))
{
RiffWave psg = new RiffWave("Hardware/DutyCycle" + (n.WaveId + 1) + ".wav");
psgMap.Add(n.WaveId, psg);
d.Waves.Add(psg);
}
wavInd = d.Waves.IndexOf(psgMap[n.WaveId]);
break;
case InstrumentType.Noise:
if (!noiseMap.ContainsKey(0))
{
RiffWave noise = new RiffWave("Hardware/WhiteNoise.wav");
noiseMap.Add(0, noise);
d.Waves.Add(noise);
wavInd = d.Waves.IndexOf(noise);
}
else
{
wavInd = d.Waves.IndexOf(noiseMap[0]);
}
break;
}
//Set wave data.
r.WaveId = (uint)wavInd;
r.Loops = d.Waves[wavInd].Loops;
if (r.Loops)
{
r.LoopStart = d.Waves[wavInd].LoopStart;
r.LoopLength = d.Waves[wavInd].LoopEnd - d.Waves[wavInd].LoopStart;
if (r.LoopLength < 0)
{
r.LoopLength = 0;
}
}
//Articulator.
Articulator ar = new Articulator();
ar.Connections.Add(new Connection()
{
DestinationConnection = DestinationConnection.EG1AttackTime, Scale = n.Attack >= 127 ? int.MinValue : MillisecondsToTimecents(AttackTable[n.Attack]) * 65536
});
ar.Connections.Add(new Connection()
{
DestinationConnection = DestinationConnection.EG1DecayTime, Scale = n.Decay >= 127 ? int.MinValue : MillisecondsToTimecents(MaxReleaseTimes[n.Decay]) * 65536
});
ar.Connections.Add(new Connection()
{
DestinationConnection = DestinationConnection.EG1SustainLevel, Scale = (int)Math.Round(Sustain2Fraction(n.Sustain) * 1000, MidpointRounding.AwayFromZero) * 65536
});
ar.Connections.Add(new Connection()
{
DestinationConnection = DestinationConnection.EG1ReleaseTime, Scale = n.Release >= 127 ? int.MinValue : MillisecondsToTimecents(MaxReleaseTimes[n.Release]) * 65536
});
ar.Connections.Add(new Connection()
{
DestinationConnection = DestinationConnection.Pan, Scale = GetPan(n.Pan) * 65536
});
r.Articulators.Add(ar);
//Add region.
im.Regions.Add(r);
}
//Add the instrument.
d.Instruments.Add(im);
}
//Return the DLS.
return(d);
}
/// <summary>
/// Convert the SBNK into a sound font.
/// </summary>
/// <param name="a">The sound archive.</param>
/// <param name="b">The bank info.</param>
/// <returns>This as a soundfont.</returns>
public SoundFont ToSoundFont(SoundArchive a, BankInfo b)
{
//Laziness.
return(new SoundFont(ToDLS(a, b)));
}
/// <summary>
/// Write an FSST file.
/// </summary>
/// <param name="folderPath">Directory to write FSST.</param>
/// <param name="projectName">Name of the project.</param>
/// <param name="a">Sound archive.</param>
/// <param name="type">Export type.</param>
public static void WriteFSST(string folderPath, string projectName, SoundArchive a, ExportType type)
{
using (FileStream fileStream = new FileStream(folderPath + "/" + projectName + "." + (type == ExportType.CTR ? "c" : "f") + "sst", FileMode.Create))
using (StreamWriter sw = new StreamWriter(fileStream))
using (XmlTextWriter x = new XmlTextWriter(sw)) {
x.Formatting = Formatting.Indented;
x.Indentation = 2;
x.WriteStartDocument();
x.WriteStartElement("SoundSet");
x.WriteAttributeString(new XAttribute(XNamespace.Xmlns + "xsi", "h").ToString().Trim("=\"h\"".ToCharArray()), "http://www.w3.org/2001/XMLSchema-instance");
x.WriteAttributeString(new XAttribute(XNamespace.Xmlns + "xsd", "h").ToString().Trim("=\"h\"".ToCharArray()), "http://www.w3.org/2001/XMLSchema");
//Get version.
string version = "1.";
switch (type)
{
case ExportType.Cafe:
version += "3";
break;
case ExportType.CTR:
version += "1";
break;
case ExportType.NX:
version += "0";
break;
}
version += ".0.0";
x.WriteAttributeString("Version", version);
//Get platform.
string platform = "Any";
switch (type)
{
case ExportType.Cafe:
platform = "Cafe";
break;
case ExportType.CTR:
platform = "Ctr";
break;
}
x.WriteAttributeString("Platform", platform);
x.WriteAttributeString(new XAttribute(XNamespace.Xmlns + "h", "h").ToString().Trim(":=\"hh\"".ToCharArray()), "NintendoWare.SoundFoundation.FileFormats.NintendoWare");
//Write head with title.
x.WriteStartElement("Head");
x.WriteElementString("Title", projectName + "SoundSet");
x.WriteEndElement(); //Head.
//Body.
x.WriteStartElement("Body");
//Sound set.
x.WriteStartElement("SoundSet");
x.WriteStartElement("Items");
//Stream sounds.
#region StreamSounds
/*
* //Header.
* x.WriteStartElement("SoundSetItemFolder");
* x.WriteAttributeString("Name", "@StreamSounds");
* x.WriteStartElement("Parameters");
* x.WriteStartElement("Comment");
* x.WriteEndElement();
* x.WriteStartElement("Comment1");
* x.WriteEndElement();
* x.WriteStartElement("Comment2");
* x.WriteEndElement();
* x.WriteStartElement("Comment3");
* x.WriteEndElement();
* x.WriteStartElement("Comment4");
* x.WriteEndElement();
* x.WriteStartElement("Comment5");
* x.WriteEndElement();
* x.WriteStartElement("Comment6");
* x.WriteEndElement();
* x.WriteStartElement("Comment7");
* x.WriteEndElement();
* x.WriteStartElement("Comment8");
* x.WriteEndElement();
* x.WriteStartElement("Comment9");
* x.WriteEndElement();
* x.WriteElementString("ColorIndex", "0");
* x.WriteElementString("IsEnabled", "True");
* x.WriteEndElement(); //Parameters.
* x.WriteStartElement("Items");
*
*
* //New stream.
* int streamNumber = 0;
* foreach (var s in a.Streams) {
*
* //Get info.
* string sName = (s.Name == null) ?
*
* //Write player.
* x.WriteStartElement("StreamSound");
* x.WriteAttributeString("Name", sName);
*
* x.WriteStartElement("Parameters");
* x.WriteStartElement("Comment");
* x.WriteEndElement();
* x.WriteStartElement("Comment1");
* x.WriteEndElement();
* x.WriteStartElement("Comment2");
* x.WriteEndElement();
* x.WriteStartElement("Comment3");
* x.WriteEndElement();
* x.WriteStartElement("Comment4");
* x.WriteEndElement();
* x.WriteStartElement("Comment5");
* x.WriteEndElement();
* x.WriteStartElement("Comment6");
* x.WriteEndElement();
* x.WriteStartElement("Comment7");
* x.WriteEndElement();
* x.WriteStartElement("Comment8");
* x.WriteEndElement();
* x.WriteStartElement("Comment9");
* x.WriteEndElement();
* x.WriteElementString("ColorIndex", "0");
* x.WriteElementString("IsEnabled", "True");
*
* x.WriteElementString("RemoteFilter", "" + s.remoteFilter);
* x.WriteElementString("Volume", "" + s.volume);
*
* //TODO.
* int priority = 64;
* int actorNum = 0;
* int panCurve = 0;
* int userParam0 = 0; //Last bit (31).
* int userParam1 = 0;
* int userParam2 = 0;
* int userParam3 = 0; //First bit (28).
*
* //Get 3d info.
* b_sar.InfoBlock.soundInfo.sound3dInfo d3 = new b_sar.InfoBlock.soundInfo.sound3dInfo()
* {
* flagBoxes = 0xF,
* dimensionalAttenuation = .5f,
* attenuationCurveType = 1,
* dopplerFactor = 0,
* padding = 0,
* optionParameter = new FlagParameters(new Dictionary<int, uint>())
* };
*
* if (s.sound3d != null) {
* d3 = s.sound3d;
* }
*
* string dCurve = d3.attenuationCurveType == 1 ? "Log" : "Linear";
* bool dVol = BitHelperUInt.IsBitSet(d3.flagBoxes, 0);
* bool dPri = BitHelperUInt.IsBitSet(d3.flagBoxes, 1);
* bool dPan = BitHelperUInt.IsBitSet(d3.flagBoxes, 2);
* bool dSpan = BitHelperUInt.IsBitSet(d3.flagBoxes, 3);
* bool dFil = BitHelperUInt.IsBitSet(d3.flagBoxes, 4);
*
* x.WriteElementString("PlayerPriority", "" + priority);
* x.WriteStartElement("PlayerReference");
* x.WriteAttributeString("Target", b.GetItemName(SDKSoundType.Player, (int)s.playerNumber.index));
* x.WriteEndElement();
* x.WriteElementString("ActorPlayer", "" + actorNum);
* x.WriteElementString("UserParameter", "" + userParam0);
* x.WriteElementString("UserParameter1", "" + userParam1);
* x.WriteElementString("UserParameter2", "" + userParam2);
* x.WriteElementString("UserParameter3", "" + userParam3);
*
* x.WriteStartElement("Sound3D");
* x.WriteStartElement("Parameters");
*
* x.WriteElementString("DecayCurve3D", dCurve);
* x.WriteElementString("DecayRatio3D", "" + d3.dimensionalAttenuation);
* x.WriteElementString("DopplerFactor3D", "" + d3.dopplerFactor);
* x.WriteElementString("Enable3DVolume", "" + dVol);
* x.WriteElementString("Enable3DPan", "" + dPan);
* x.WriteElementString("Enable3DSurroundPan", "" + dSpan);
* x.WriteElementString("Enable3DPriority", "" + dPri);
* x.WriteElementString("Enable3DFilter", "" + dFil);
*
* x.WriteEndElement();
* x.WriteEndElement();
*
* x.WriteEndElement(); //Parameters.
* x.WriteEndElement(); //Player
*
* streamNumber++;
*
* }
*
* //Footer.
* x.WriteEndElement(); //Items.
* x.WriteEndElement(); //Sound set item folder.
*/
#endregion
//Wave sound sets. TODO.
#region WaveSoundSets
//Header.
x.WriteStartElement("SoundSetItemFolder");
x.WriteAttributeString("Name", "@WaveSoundSets");
x.WriteStartElement("Parameters");
x.WriteStartElement("Comment");
x.WriteEndElement();
x.WriteStartElement("Comment1");
x.WriteEndElement();
x.WriteStartElement("Comment2");
x.WriteEndElement();
x.WriteStartElement("Comment3");
x.WriteEndElement();
x.WriteStartElement("Comment4");
x.WriteEndElement();
x.WriteStartElement("Comment5");
x.WriteEndElement();
x.WriteStartElement("Comment6");
x.WriteEndElement();
x.WriteStartElement("Comment7");
x.WriteEndElement();
x.WriteStartElement("Comment8");
x.WriteEndElement();
x.WriteStartElement("Comment9");
x.WriteEndElement();
x.WriteElementString("ColorIndex", "0");
x.WriteElementString("IsEnabled", "True");
x.WriteEndElement(); //Parameters.
x.WriteStartElement("Items");
//Add items here.
//Footer.
x.WriteEndElement(); //Items.
x.WriteEndElement(); //Sound set item folder.
#endregion
//Sequence sounds. TODO.
#region SequenceSounds
//Header.
x.WriteStartElement("SoundSetItemFolder");
x.WriteAttributeString("Name", "@SequenceSounds");
x.WriteStartElement("Parameters");
x.WriteStartElement("Comment");
x.WriteEndElement();
x.WriteStartElement("Comment1");
x.WriteEndElement();
x.WriteStartElement("Comment2");
x.WriteEndElement();
x.WriteStartElement("Comment3");
x.WriteEndElement();
x.WriteStartElement("Comment4");
x.WriteEndElement();
x.WriteStartElement("Comment5");
x.WriteEndElement();
x.WriteStartElement("Comment6");
x.WriteEndElement();
x.WriteStartElement("Comment7");
x.WriteEndElement();
x.WriteStartElement("Comment8");
x.WriteEndElement();
x.WriteStartElement("Comment9");
x.WriteEndElement();
x.WriteElementString("ColorIndex", "0");
x.WriteElementString("IsEnabled", "True");
x.WriteEndElement(); //Parameters.
x.WriteStartElement("Items");
//Add items here.
//Footer.
x.WriteEndElement(); //Items.
x.WriteEndElement(); //Sound set item folder.
#endregion
//Sequence sound sets. TODO.
#region SequenceSoundSets
//Header.
x.WriteStartElement("SoundSetItemFolder");
x.WriteAttributeString("Name", "@SequenceSoundSets");
x.WriteStartElement("Parameters");
x.WriteStartElement("Comment");
x.WriteEndElement();
x.WriteStartElement("Comment1");
x.WriteEndElement();
x.WriteStartElement("Comment2");
x.WriteEndElement();
x.WriteStartElement("Comment3");
x.WriteEndElement();
x.WriteStartElement("Comment4");
x.WriteEndElement();
x.WriteStartElement("Comment5");
x.WriteEndElement();
x.WriteStartElement("Comment6");
x.WriteEndElement();
x.WriteStartElement("Comment7");
x.WriteEndElement();
x.WriteStartElement("Comment8");
x.WriteEndElement();
x.WriteStartElement("Comment9");
x.WriteEndElement();
x.WriteElementString("ColorIndex", "0");
x.WriteElementString("IsEnabled", "True");
x.WriteEndElement(); //Parameters.
x.WriteStartElement("Items");
//Add items here.
//Footer.
x.WriteEndElement(); //Items.
x.WriteEndElement(); //Sound set item folder.
#endregion
//Sound set banks. WARC NEEDS ATTENTION. TODO.
#region SoundSetBanks
//Header.
x.WriteStartElement("SoundSetItemFolder");
x.WriteAttributeString("Name", "@SoundSetBanks");
x.WriteStartElement("Parameters");
x.WriteStartElement("Comment");
x.WriteEndElement();
x.WriteStartElement("Comment1");
x.WriteEndElement();
x.WriteStartElement("Comment2");
x.WriteEndElement();
x.WriteStartElement("Comment3");
x.WriteEndElement();
x.WriteStartElement("Comment4");
x.WriteEndElement();
x.WriteStartElement("Comment5");
x.WriteEndElement();
x.WriteStartElement("Comment6");
x.WriteEndElement();
x.WriteStartElement("Comment7");
x.WriteEndElement();
x.WriteStartElement("Comment8");
x.WriteEndElement();
x.WriteStartElement("Comment9");
x.WriteEndElement();
x.WriteElementString("ColorIndex", "0");
x.WriteElementString("IsEnabled", "True");
x.WriteEndElement(); //Parameters.
x.WriteStartElement("Items");
//New bank.
int bankNumber = 0;
foreach (var bnk in a.Banks)
{
//Get info.
string bName = "BANK_" + bankNumber.ToString("D4");
if (bnk.Name != null)
{
bName = bnk.Name;
}
//Write player.
x.WriteStartElement("SoundSetBank");
x.WriteAttributeString("Name", bName);
x.WriteStartElement("Parameters");
x.WriteStartElement("Comment");
x.WriteEndElement();
x.WriteStartElement("Comment1");
x.WriteEndElement();
x.WriteStartElement("Comment2");
x.WriteEndElement();
x.WriteStartElement("Comment3");
x.WriteEndElement();
x.WriteStartElement("Comment4");
x.WriteEndElement();
x.WriteStartElement("Comment5");
x.WriteEndElement();
x.WriteStartElement("Comment6");
x.WriteEndElement();
x.WriteStartElement("Comment7");
x.WriteEndElement();
x.WriteStartElement("Comment8");
x.WriteEndElement();
x.WriteStartElement("Comment9");
x.WriteEndElement();
x.WriteElementString("ColorIndex", "0");
x.WriteElementString("IsEnabled", "True");
x.WriteElementString("FilePath", "BANK/" + bName + "." + (type == ExportType.CTR ? "c" : "f") + "bnk");
x.WriteStartElement("WaveArchiveReference");
x.WriteAttributeString("Target", "(AutoShared)");
x.WriteEndElement();
x.WriteEndElement(); //Parameters.
x.WriteEndElement(); //Bank.
bankNumber++;
}
//Footer.
x.WriteEndElement(); //Items.
x.WriteEndElement(); //Sound set item folder.
#endregion
//Wave archives. TODO.
#region WaveArchives
//Header.
x.WriteStartElement("SoundSetItemFolder");
x.WriteAttributeString("Name", "@WaveArchives");
x.WriteStartElement("Parameters");
x.WriteStartElement("Comment");
x.WriteEndElement();
x.WriteStartElement("Comment1");
x.WriteEndElement();
x.WriteStartElement("Comment2");
x.WriteEndElement();
x.WriteStartElement("Comment3");
x.WriteEndElement();
x.WriteStartElement("Comment4");
x.WriteEndElement();
x.WriteStartElement("Comment5");
x.WriteEndElement();
x.WriteStartElement("Comment6");
x.WriteEndElement();
x.WriteStartElement("Comment7");
x.WriteEndElement();
x.WriteStartElement("Comment8");
x.WriteEndElement();
x.WriteStartElement("Comment9");
x.WriteEndElement();
x.WriteElementString("ColorIndex", "0");
x.WriteElementString("IsEnabled", "True");
x.WriteEndElement(); //Parameters.
x.WriteStartElement("Items");
//New war.
int warNumber = 0;
foreach (var w in a.WaveArchives)
{
//Get info.
string wName = "WARC_" + warNumber.ToString("D4");
if (w.Name != null)
{
wName = w.Name;
}
//Write war.
x.WriteStartElement("WaveArchive");
x.WriteAttributeString("Name", wName);
x.WriteStartElement("Parameters");
x.WriteStartElement("Comment");
x.WriteEndElement();
x.WriteStartElement("Comment1");
x.WriteEndElement();
x.WriteStartElement("Comment2");
x.WriteEndElement();
x.WriteStartElement("Comment3");
x.WriteEndElement();
x.WriteStartElement("Comment4");
x.WriteEndElement();
x.WriteStartElement("Comment5");
x.WriteEndElement();
x.WriteStartElement("Comment6");
x.WriteEndElement();
x.WriteStartElement("Comment7");
x.WriteEndElement();
x.WriteStartElement("Comment8");
x.WriteEndElement();
x.WriteStartElement("Comment9");
x.WriteEndElement();
x.WriteElementString("ColorIndex", "0");
x.WriteElementString("IsEnabled", "True");
x.WriteElementString("WaveArchiveLoadType", w.LoadIndividually ? "Individual" : "Whole");
x.WriteEndElement(); //Parameters.
x.WriteEndElement(); //War.
warNumber++;
}
//Footer.
x.WriteEndElement(); //Items.
x.WriteEndElement(); //Sound set item folder.
#endregion
//Groups. TODO.
#region Groups
//Header.
x.WriteStartElement("SoundSetItemFolder");
x.WriteAttributeString("Name", "@Groups");
x.WriteStartElement("Parameters");
x.WriteStartElement("Comment");
x.WriteEndElement();
x.WriteStartElement("Comment1");
x.WriteEndElement();
x.WriteStartElement("Comment2");
x.WriteEndElement();
x.WriteStartElement("Comment3");
x.WriteEndElement();
x.WriteStartElement("Comment4");
x.WriteEndElement();
x.WriteStartElement("Comment5");
x.WriteEndElement();
x.WriteStartElement("Comment6");
x.WriteEndElement();
x.WriteStartElement("Comment7");
x.WriteEndElement();
x.WriteStartElement("Comment8");
x.WriteEndElement();
x.WriteStartElement("Comment9");
x.WriteEndElement();
x.WriteElementString("ColorIndex", "0");
x.WriteElementString("IsEnabled", "True");
x.WriteEndElement(); //Parameters.
x.WriteStartElement("Items");
//Add items here.
int groupNumber = 0;
foreach (var g in a.Groups)
{
//Get info.
string name = "GROUP_" + groupNumber.ToString("D4");
if (g.Name != null)
{
name = g.Name;
}
//Write player.
x.WriteStartElement("Group");
x.WriteAttributeString("Name", name);
x.WriteStartElement("Parameters");
x.WriteStartElement("Comment");
x.WriteEndElement();
x.WriteStartElement("Comment1");
x.WriteEndElement();
x.WriteStartElement("Comment2");
x.WriteEndElement();
x.WriteStartElement("Comment3");
x.WriteEndElement();
x.WriteStartElement("Comment4");
x.WriteEndElement();
x.WriteStartElement("Comment5");
x.WriteEndElement();
x.WriteStartElement("Comment6");
x.WriteEndElement();
x.WriteStartElement("Comment7");
x.WriteEndElement();
x.WriteStartElement("Comment8");
x.WriteEndElement();
x.WriteStartElement("Comment9");
x.WriteEndElement();
x.WriteElementString("ColorIndex", "0");
x.WriteElementString("IsEnabled", "True");
x.WriteElementString("PlayerSoundLimit", g.Name + "");
x.WriteEndElement(); //Parameters.
x.WriteEndElement(); //Player
groupNumber++;
}
//Footer.
x.WriteEndElement(); //Items.
x.WriteEndElement(); //Sound set item folder.
#endregion
//Players.
#region Players
//Header.
x.WriteStartElement("SoundSetItemFolder");
x.WriteAttributeString("Name", "@Players");
x.WriteStartElement("Parameters");
x.WriteStartElement("Comment");
x.WriteEndElement();
x.WriteStartElement("Comment1");
x.WriteEndElement();
x.WriteStartElement("Comment2");
x.WriteEndElement();
x.WriteStartElement("Comment3");
x.WriteEndElement();
x.WriteStartElement("Comment4");
x.WriteEndElement();
x.WriteStartElement("Comment5");
x.WriteEndElement();
x.WriteStartElement("Comment6");
x.WriteEndElement();
x.WriteStartElement("Comment7");
x.WriteEndElement();
x.WriteStartElement("Comment8");
x.WriteEndElement();
x.WriteStartElement("Comment9");
x.WriteEndElement();
x.WriteElementString("ColorIndex", "0");
x.WriteElementString("IsEnabled", "True");
x.WriteEndElement(); //Parameters.
x.WriteStartElement("Items");
//New player.
int playerNumber = 0;
foreach (var p in a.Players)
{
//Get info.
string pName = "PLAYER_" + playerNumber.ToString("D4");
uint pSoundHeap = 0;
if (p.Name != null)
{
pName = p.Name;
}
//Write player.
x.WriteStartElement("Player");
x.WriteAttributeString("Name", pName);
x.WriteStartElement("Parameters");
x.WriteStartElement("Comment");
x.WriteEndElement();
x.WriteStartElement("Comment1");
x.WriteEndElement();
x.WriteStartElement("Comment2");
x.WriteEndElement();
x.WriteStartElement("Comment3");
x.WriteEndElement();
x.WriteStartElement("Comment4");
x.WriteEndElement();
x.WriteStartElement("Comment5");
x.WriteEndElement();
x.WriteStartElement("Comment6");
x.WriteEndElement();
x.WriteStartElement("Comment7");
x.WriteEndElement();
x.WriteStartElement("Comment8");
x.WriteEndElement();
x.WriteStartElement("Comment9");
x.WriteEndElement();
x.WriteElementString("ColorIndex", "0");
x.WriteElementString("IsEnabled", "True");
x.WriteElementString("PlayerSoundLimit", p.SoundLimit + "");
x.WriteElementString("PlayerHeapSize", pSoundHeap + "");
x.WriteEndElement(); //Parameters.
x.WriteEndElement(); //Player
playerNumber++;
}
//Footer.
x.WriteEndElement(); //Items.
x.WriteEndElement(); //Sound set item folder.
#endregion
//Close elements.
x.WriteEndElement(); //Items.
x.WriteEndElement(); //Sound set.
x.WriteEndElement(); //Body.
x.WriteEndElement(); //Sound set.
x.WriteEndDocument();
x.Flush();
}
}
/// <summary>
/// Write an FSPJ file.
/// </summary>
/// <param name="folderPath">Directory to write FSPJ.</param>
/// <param name="projectName">Name of the project.</param>
/// <param name="a">Sound archive.</param>
/// <param name="type">Export type.</param>
public static void WriteFSPJ(string folderPath, string projectName, SoundArchive a, ExportType type)
{
using (FileStream fileStream = new FileStream(folderPath + "/" + projectName + "." + (type == ExportType.CTR ? "c" : "f") + "spj", FileMode.Create))
using (StreamWriter sw = new StreamWriter(fileStream))
using (XmlTextWriter x = new XmlTextWriter(sw)) {
x.Formatting = Formatting.Indented;
x.Indentation = 2;
x.WriteStartDocument();
x.WriteStartElement("SoundProject");
x.WriteAttributeString(new XAttribute(XNamespace.Xmlns + "xsi", "h").ToString().Trim("=\"h\"".ToCharArray()), "http://www.w3.org/2001/XMLSchema-instance");
x.WriteAttributeString(new XAttribute(XNamespace.Xmlns + "xsd", "h").ToString().Trim("=\"h\"".ToCharArray()), "http://www.w3.org/2001/XMLSchema");
//Get version.
string version = "1.";
switch (type)
{
case ExportType.Cafe:
version += "4";
break;
case ExportType.CTR:
version += "6";
break;
case ExportType.NX:
version += "1";
break;
}
version += ".0.0";
x.WriteAttributeString("Version", version);
//Get platform.
string platform = "Any";
switch (type)
{
case ExportType.Cafe:
platform = "Cafe";
break;
case ExportType.CTR:
platform = "Ctr";
break;
}
x.WriteAttributeString("Platform", platform);
x.WriteAttributeString(new XAttribute(XNamespace.Xmlns + "h", "h").ToString().Trim(":=\"hh\"".ToCharArray()), "NintendoWare.SoundFoundation.FileFormats.NintendoWare");
//Write head with title.
x.WriteStartElement("Head");
x.WriteElementString("Title", projectName + "SoundProject");
x.WriteEndElement(); //Head.
//Body.
x.WriteStartElement("Body");
//Sound project.
x.WriteStartElement("SoundProject");
//Project sound sets.
x.WriteStartElement("ProjectSoundSets");
x.WriteStartElement("ProjectSoundSet");
x.WriteAttributeString("Name", projectName);
x.WriteStartElement("Parameters");
x.WriteElementString("FilePath", projectName + "." + (type == ExportType.CTR ? "c" : "f") + "sst");
x.WriteEndElement(); //Parameters.
x.WriteEndElement(); //Project sound set.
x.WriteEndElement(); //Project sound sets.
//Sound archive player.
x.WriteStartElement("SoundArchivePlayer");
x.WriteStartElement("Parameters");
x.WriteElementString("SoundArchivePlayerSequenceSoundCount", "" + a.MaxSequences);
x.WriteElementString("SoundArchivePlayerSequenceTrackCount", "" + a.MaxSequenceTracks);
x.WriteElementString("SoundArchivePlayerStreamChannelCount", "" + a.MaxStreamChannels);
x.WriteElementString("SoundArchivePlayerStreamBufferTimes", "" + a.StreamBufferTimes);
x.WriteElementString("SoundArchivePlayerStreamSoundCount", "" + a.MaxStreamSounds);
x.WriteElementString("SoundArchivePlayerWaveSoundCount", "" + a.MaxWaveSounds);
x.WriteEndElement(); //Parameters.
x.WriteEndElement(); //Sound archive player.
//Convert.
x.WriteStartElement("Convert");
x.WriteStartElement("Parameters");
x.WriteElementString("DoWarnUnreferencedItems", "False");
x.WriteElementString("DoWarnDisableGroupItemTargets", "False");
if (type != ExportType.CTR)
{
x.WriteElementString("DoWarnPCBinariesForAACNotFound", "True");
}
x.WriteElementString("ExcludeStringTable", "False");
if (type != ExportType.CTR)
{
x.WriteElementString("DoOutputPCBinariesForAAC", "True");
}
x.WriteElementString("ExternalFileDirectoryPath", "stream");
x.WriteElementString("UserManagementFileOutputDirectoryPath", "userManagementFiles");
x.WriteElementString("IntermediateOutputDirectoryPath", "cache");
x.WriteElementString("InGameEditCacheOutputDirectoryPath", "editCache");
x.WriteElementString("IsPreConvertCommandsEnabled", "True");
x.WriteElementString("IsPostConvertCommandsEnabled", "True");
x.WriteElementString("KeepIntermediateTextSequence", "True");
x.WriteElementString("OutputLabel", "False");
x.WriteElementString("OutputDirectoryPath", "output");
x.WriteElementString("SmfTimebase", "96");
x.WriteStartElement("PreConvertCommands");
x.WriteEndElement();
x.WriteStartElement("PostConvertCommands");
x.WriteEndElement();
x.WriteEndElement(); //Parameters.
x.WriteEndElement(); //Convert.
//Item naming.
x.WriteStartElement("ItemNaming");
x.WriteStartElement("Parameters");
x.WriteElementString("BankNamePrefix", "BANK_");
x.WriteElementString("CaseChange", "ToUpper");
x.WriteElementString("GroupNamePrefix", "GROUP_");
x.WriteElementString("HasPrefix", "True");
x.WriteElementString("InstrumentNamePrefix", "INST_");
x.WriteElementString("InvalidCharChange", "ReplaceToUnderscore");
x.WriteElementString("PlayerNamePrefix", "PLAYER_");
x.WriteElementString("SequenceSoundNamePrefix", "SEQ_");
x.WriteElementString("SequenceSoundSetNamePrefix", "SEQSET_");
x.WriteElementString("StreamSoundNamePrefix", "STRM_");
x.WriteElementString("WaveArchiveNamePrefix", "WARC_");
x.WriteElementString("WaveSoundNamePrefix", "WSD_");
x.WriteElementString("WaveSoundSetNamePrefix", "WSDSET_");
x.WriteElementString("ItemPastePostfix", "_copy");
x.WriteElementString("EnabledNameDelimiter", "True");
x.WriteElementString("NameDelimiter", ".");
x.WriteEndElement(); //Parameters.
x.WriteEndElement(); //Item naming.
//Comment column text.
x.WriteStartElement("CommentColumnText");
x.WriteStartElement("Parameters");
x.WriteElementString("CommentColumnText", "Comments");
x.WriteElementString("Comment1ColumnText", "Comment 1");
x.WriteElementString("Comment2ColumnText", "Comment 2");
x.WriteElementString("Comment3ColumnText", "Comment 3");
x.WriteElementString("Comment4ColumnText", "Comment 4");
x.WriteElementString("Comment5ColumnText", "Comment 5");
x.WriteElementString("Comment6ColumnText", "Comment 6");
x.WriteElementString("Comment7ColumnText", "Comment 7");
x.WriteElementString("Comment8ColumnText", "Comment 8");
x.WriteElementString("Comment9ColumnText", "Comment 9");
x.WriteEndElement(); //Parameters.
x.WriteEndElement(); //Comment column text.
//Color comment.
x.WriteStartElement("ColorComment");
x.WriteStartElement("Parameters");
x.WriteStartElement("ColorComment0");
x.WriteEndElement();
x.WriteStartElement("ColorComment1");
x.WriteEndElement();
x.WriteStartElement("ColorComment2");
x.WriteEndElement();
x.WriteStartElement("ColorComment3");
x.WriteEndElement();
x.WriteStartElement("ColorComment4");
x.WriteEndElement();
x.WriteStartElement("ColorComment5");
x.WriteEndElement();
x.WriteStartElement("ColorComment6");
x.WriteEndElement();
x.WriteStartElement("ColorComment7");
x.WriteEndElement();
x.WriteStartElement("ColorComment8");
x.WriteEndElement();
x.WriteEndElement(); //Parameters.
x.WriteEndElement(); //Color comment.
//User commands.
x.WriteStartElement("UserCommands");
x.WriteStartElement("UserCommand");
x.WriteAttributeString("Name", "");
x.WriteAttributeString("Command", "");
x.WriteAttributeString("IconFilePath", "");
x.WriteEndElement();
x.WriteStartElement("UserCommand");
x.WriteAttributeString("Name", "");
x.WriteAttributeString("Command", "");
x.WriteAttributeString("IconFilePath", "");
x.WriteEndElement();
x.WriteStartElement("UserCommand");
x.WriteAttributeString("Name", "");
x.WriteAttributeString("Command", "");
x.WriteAttributeString("IconFilePath", "");
x.WriteEndElement();
x.WriteStartElement("UserCommand");
x.WriteAttributeString("Name", "");
x.WriteAttributeString("Command", "");
x.WriteAttributeString("IconFilePath", "");
x.WriteEndElement();
x.WriteStartElement("UserCommand");
x.WriteAttributeString("Name", "");
x.WriteAttributeString("Command", "");
x.WriteAttributeString("IconFilePath", "");
x.WriteEndElement();
x.WriteStartElement("UserCommand");
x.WriteAttributeString("Name", "");
x.WriteAttributeString("Command", "");
x.WriteAttributeString("IconFilePath", "");
x.WriteEndElement();
x.WriteStartElement("UserCommand");
x.WriteAttributeString("Name", "");
x.WriteAttributeString("Command", "");
x.WriteAttributeString("IconFilePath", "");
x.WriteEndElement();
x.WriteStartElement("UserCommand");
x.WriteAttributeString("Name", "");
x.WriteAttributeString("Command", "");
x.WriteAttributeString("IconFilePath", "");
x.WriteEndElement();
x.WriteEndElement(); //User commands.
x.WriteStartElement("SoundListOutputs");
x.WriteEndElement();
//User parameter settings.
x.WriteStartElement("UserParameterSettings");
x.WriteStartElement("UserParameterSetting");
x.WriteAttributeString("Enabled", "true");
x.WriteStartElement("UserParameterStructures");
x.WriteEndElement();
x.WriteEndElement();
x.WriteStartElement("UserParameterSetting");
x.WriteAttributeString("Enabled", "true");
x.WriteStartElement("UserParameterStructures");
x.WriteEndElement();
x.WriteEndElement();
x.WriteStartElement("UserParameterSetting");
x.WriteAttributeString("Enabled", "true");
x.WriteStartElement("UserParameterStructures");
x.WriteEndElement();
x.WriteEndElement();
x.WriteStartElement("UserParameterSetting");
x.WriteAttributeString("Enabled", "true");
x.WriteStartElement("UserParameterStructures");
x.WriteEndElement();
x.WriteEndElement();
x.WriteEndElement();
//Project setting.
x.WriteStartElement("ProjectSetting");
x.WriteStartElement("Parameters");
x.WriteStartElement("ProjectComment");
x.WriteEndElement();
x.WriteEndElement();
x.WriteEndElement();
//File event.
x.WriteStartElement("FileEvent");
x.WriteStartElement("Parameters");
x.WriteElementString("IsFileSavePreCommandEnabled", "False");
x.WriteElementString("IsFileSavePostCommandEnabled", "False");
x.WriteStartElement("FileSavePreCommandPath");
x.WriteEndElement();
x.WriteStartElement("FileSavePostCommandPath");
x.WriteEndElement();
x.WriteEndElement();
x.WriteEndElement();
//Snd edit.
x.WriteStartElement("SndEdit");
x.WriteStartElement("Parameters");
x.WriteElementString("SyncPort", type == ExportType.CTR ? "10" : "54086");
x.WriteElementString("SyncPort", type == ExportType.CTR ? "11" : "54087");
x.WriteElementString("SyncPort", type == ExportType.CTR ? "12" : "54088");
x.WriteEndElement();
x.WriteEndElement();
x.WriteEndElement(); //Sound project.
x.WriteEndElement(); //Body.
x.WriteEndElement(); //SoundProject.
x.WriteEndDocument();
x.Flush();
}
}
/// <summary>
/// From text.
/// </summary>
/// <param name="text">The text to parse.</param>
/// <param name="a">Sound archive.</param>
public void FromText(List <string> text, SoundArchive a)
{
//Success by default.
WritingCommandSuccess = true;
//Get platform.
var p = Platform();
//Reset labels.
PublicLabels = new Dictionary <string, int>();
OtherLabels = new List <int>();
Dictionary <string, int> privateLabels = new Dictionary <string, int>();
List <int> labelLines = new List <int>();
//Format text.
List <string> t = text.ToList();
int comNum = 0;
for (int i = t.Count - 1; i >= 0; i--)
{
t[i] = t[i].Replace("\t", "").Replace("\r", "");
try { t[i] = t[i].Split(';')[0]; } catch { }
if (t[i].Replace(" ", "").Length == 0)
{
t.RemoveAt(i); continue;
}
for (int j = 0; j < t[i].Length; j++)
{
if (t[i][j].Equals(' '))
{
t[i] = t[i].Substring(j + 1);
j--;
}
else
{
break;
}
}
}
//Sequence id to label name.
Dictionary <int, string> seqId2Label = new Dictionary <int, string>();
//Get sequences.
Sequences = new List <SequenceArchiveSequence>();
int currSeqId = 0;
for (int i = t.IndexOf("@SEQ_TABLE") + 1; i < t.IndexOf("@SEQ_DATA"); i++)
{
//New sequence.
SequenceArchiveSequence s = new SequenceArchiveSequence();
//Get sequence data.
string[] seqData = t[i].Replace("\n", "").Replace(" ", "").Replace("\t", "").Replace("\r", "").Split(',');
//Get sequence.
string label = seqData[0].Split(':')[1];
string seqNameData = seqData[0].Split(':')[0];
if (seqNameData.Contains("="))
{
currSeqId = int.Parse(seqNameData.Split('=')[1]);
s.Name = seqNameData.Split('=')[0];
}
else
{
s.Name = seqNameData;
}
s.Index = currSeqId;
seqId2Label.Add(currSeqId++, label);
s.LabelName = label;
//Bank.
string bnk = seqData[1];
if (ushort.TryParse(bnk, out _))
{
s.ReadingBankId = ushort.Parse(bnk);
if (a != null)
{
s.Bank = a.Banks.Where(x => x.Index == s.ReadingBankId).FirstOrDefault();
}
}
else if (a != null)
{
var bnkReal = a.Banks.Where(x => x.Name.Equals(bnk)).FirstOrDefault();
if (bnkReal == null)
{
throw new Exception("Bank " + bnk + " does not exist!");
}
s.ReadingBankId = (ushort)bnkReal.Index;
s.Bank = bnkReal;
}
else
{
throw new Exception("Can't use a name when there is no sound archive open!");
}
//Data.
s.Volume = byte.Parse(seqData[2]);
s.ChannelPriority = byte.Parse(seqData[3]);
s.PlayerPriority = byte.Parse(seqData[4]);
//Player
string ply = seqData[5];
if (ushort.TryParse(ply, out _))
{
s.ReadingPlayerId = byte.Parse(ply);
if (a != null)
{
s.Player = a.Players.Where(x => x.Index == s.ReadingPlayerId).FirstOrDefault();
}
}
else if (a != null)
{
var plyReal = a.Players.Where(x => x.Name.Equals(ply)).FirstOrDefault();
if (plyReal == null)
{
throw new Exception("Player " + ply + " does not exist!");
}
s.ReadingPlayerId = (byte)plyReal.Index;
s.Player = plyReal;
}
else
{
throw new Exception("Can't use a name when there is no sound archive open!");
}
//Add sequence.
Sequences.Add(s);
}
//Fetch labels.
int strt = t.IndexOf("@SEQ_DATA") + 1;
for (int i = strt; i < t.Count; i++)
{
//If it's a label.
if (t[i].EndsWith(":"))
{
labelLines.Add(i);
string lbl = t[i].Replace(":", "");
if (!seqId2Label.ContainsValue(lbl))
{
privateLabels.Add(lbl, comNum);
OtherLabels.Add(comNum);
}
else
{
PublicLabels.Add(lbl, comNum);
}
}
else
{
comNum++;
}
}
//Get commands.
Commands = new List <SequenceCommand>();
for (int i = t.IndexOf("@SEQ_DATA") + 1; i < t.Count; i++)
{
if (labelLines.Contains(i))
{
continue;
}
SequenceCommand seq = new SequenceCommand();
try { seq.FromString(t[i], PublicLabels, privateLabels); } catch { WritingCommandSuccess = false; throw new Exception("Command " + i + ": \"" + t[i] + "\" is invalid."); }
Commands.Add(seq);
}
//Fin.
Commands.Add(new SequenceCommand()
{
CommandType = SequenceCommands.Fin
});
//Backup labels.
var bakLabels = PublicLabels;
PublicLabels = new Dictionary <string, int>();
foreach (var seq in Sequences)
{
PublicLabels.Add(seq.Name, bakLabels[seq.LabelName]);
}
}
public static SoundInfo GetInfo(SoundInfo bak, SoundArchive a, string name)
{
//Sound editor.
SoundEditor e = new SoundEditor();
//Player grid.
e.player.Items.Clear();
foreach (var p in a.Players)
{
e.player.Items.Add(p.Name != null ? p.Name : "{ Unknown Player Name }");
}
//Other stuff.
e.Text = name;
e.frontBypass.Checked = bak.IsFrontBypass;
e.panCurve.SelectedIndex = (int)bak.PanCurve;
e.panMode.SelectedIndex = (int)bak.PanMode;
e.player.SelectedIndex = a.Players.IndexOf(bak.Player);
e.playerActorId.SelectedIndex = bak.PlayerActorId;
e.playerPriority.Value = bak.PlayerPriority;
e.remoteFilter.Value = bak.RemoteFilter;
e.volume.Value = bak.Volume;
e.p1Enable.Checked = e.p1.Enabled = bak.UserParamsEnabled[0];
e.p2Enable.Checked = e.p2.Enabled = bak.UserParamsEnabled[1];
e.p3Enable.Checked = e.p3.Enabled = bak.UserParamsEnabled[2];
e.p4Enable.Checked = e.p4.Enabled = bak.UserParamsEnabled[3];
e.p1.Value = bak.UserParamsEnabled[0] ? bak.UserParameter[0] : 0;
e.p2.Value = bak.UserParamsEnabled[1] ? bak.UserParameter[1] : 0;
e.p3.Value = bak.UserParamsEnabled[2] ? bak.UserParameter[2] : 0;
e.p4.Value = bak.UserParamsEnabled[3] ? bak.UserParameter[3] : 0;
e.bak = bak;
e.ShowDialog();
if (e.ok)
{
return(new SoundInfo()
{
File = bak.File,
IsFrontBypass = e.frontBypass.Checked,
Name = bak.Name,
PanCurve = (SoundInfo.EPanCurve)e.panCurve.SelectedIndex,
PanMode = (SoundInfo.EPanMode)e.panMode.SelectedIndex,
Player = a.Players[e.player.SelectedIndex],
PlayerActorId = (sbyte)e.playerActorId.SelectedIndex,
PlayerPriority = (sbyte)e.playerPriority.Value,
RemoteFilter = (sbyte)e.remoteFilter.Value,
Sound3dInfo = bak.Sound3dInfo,
Volume = (byte)e.volume.Value,
UserParamsEnabled = new bool[] { e.p1Enable.Checked, e.p2Enable.Checked, e.p3Enable.Checked, e.p4Enable.Checked },
UserParameter = new uint[]
{
(uint)(e.p1Enable.Checked ? e.p1.Value : 0),
(uint)(e.p2Enable.Checked ? e.p2.Value : 0),
(uint)(e.p3Enable.Checked ? e.p3.Value : 0),
(uint)(e.p4Enable.Checked ? e.p4.Value : 0)
}
});
}
else
{
return(e.bak);
}
}
/// <summary>
/// Write an instrument.
/// </summary>
/// <param name="bnk">The bank.</param>
/// <param name="instrumentId">The instrument Id.</param>
/// <param name="a">Sound archive.</param>
/// <param name="war0">Wave archive 0.</param>
/// <param name="war1">Wave archive 1.</param>
/// <param name="war2">Wave archive 2.</param>
/// <param name="war3">Wave archive 3.</param>
public void WriteInstrument(Bank bnk, int instrumentId, SoundArchive a, ushort war0, ushort war1, ushort war2, ushort war3)
{
//Set the instrument.
var repl = bnk.Instruments.Where(x => x.Index == instrumentId).FirstOrDefault();
Inst.Index = instrumentId;
//Sound archive check.
if (a == null)
{
return;
}
//Get wave archives.
WaveArchiveInfo[] wars = new WaveArchiveInfo[4];
if (war0 != 0xFFFF)
{
wars[0] = a.WaveArchives.Where(x => x.Index == (int)war0).FirstOrDefault();
}
if (war1 != 0xFFFF)
{
wars[1] = a.WaveArchives.Where(x => x.Index == (int)war1).FirstOrDefault();
}
if (war2 != 0xFFFF)
{
wars[2] = a.WaveArchives.Where(x => x.Index == (int)war2).FirstOrDefault();
}
if (war3 != 0xFFFF)
{
wars[3] = a.WaveArchives.Where(x => x.Index == (int)war3).FirstOrDefault();
}
//Make sure there are linked wave archives.
if (wars.Where(x => x != null).Count() < 1)
{
return;
}
//For each region in the instrument.
foreach (var r in Inst.NoteInfo)
{
//PCM type.
if (r.InstrumentType != InstrumentType.PCM)
{
continue;
}
//Waves are not null.
if (Waves == null)
{
continue;
}
//Get entry.
var e = Waves.Where(x => x.WarId == r.WarId && x.WaveId == r.WaveId).FirstOrDefault();
if (e == null)
{
continue;
}
//Wave is not null.
if (e.Wave == null)
{
continue;
}
//Get MD5SUM of wave.
string md5 = e.Wave.Md5Sum;
//Try and find matching wave.
bool found = false;
for (int i = 0; i < wars.Length; i++)
{
if (wars[i] != null)
{
for (int j = 0; j < wars[i].File.Waves.Count; j++)
{
if (!found && wars[i].File.Waves[j].Md5Sum == md5)
{
r.WaveId = (ushort)j;
r.WarId = (ushort)i;
found = true;
}
}
}
}
//Not found.
if (!found)
{
RiffWave riff = new RiffWave();
riff.FromOtherStreamFile(e.Wave);
WaveMapper mapper = new WaveMapper(new List <RiffWave>()
{
riff
}, wars.Where(x => x != null).ToList(), true);
mapper.MinimizeBox = false;
mapper.ShowDialog();
if (mapper.WarMap == null)
{
return;
}
a.WaveArchives.Where(x => x.Index == mapper.WarMap[0]).FirstOrDefault().File.Waves.Add(e.Wave);
r.WaveId = (ushort)(a.WaveArchives.Where(x => x.Index == mapper.WarMap[0]).FirstOrDefault().File.Waves.Count() - 1);
r.WarId = (ushort)wars.ToList().IndexOf(a.WaveArchives.Where(x => x.Index == mapper.WarMap[0]).FirstOrDefault());
}
}
//Set instrument.
bnk.Instruments[bnk.Instruments.IndexOf(repl)] = Inst;
}