private byte[] CompressTable <T>(List <T> table, Level5.Method method)
{
var ms = new MemoryStream();
using (var bw = new BinaryWriterX(ms, true))
bw.WriteMultiple(table);
ms.Position = 0;
return(Level5.Compress(ms, method));
}
public XFSA(Stream input)
{
_stream = input;
using (var br = new BinaryReaderX(input, true))
{
//Header
header = br.ReadStruct <Header>();
//Table 0
br.BaseStream.Position = header.table0Offset;
table0Comp = GetCompressionMethod(br.BaseStream);
table0 = new BinaryReaderX(new MemoryStream(Level5.Decompress(br.BaseStream))).ReadMultiple <Table0Entry>(header.table0EntryCount);
//Table 1
br.BaseStream.Position = header.table1Offset;
table1Comp = GetCompressionMethod(br.BaseStream);
table1 = new BinaryReaderX(new MemoryStream(Level5.Decompress(br.BaseStream))).ReadMultiple <Table1Entry>(header.table1EntryCount);
//File Entry Table
br.BaseStream.Position = header.fileEntryTableOffset;
entriesComp = GetCompressionMethod(br.BaseStream);
entries = new BinaryReaderX(new MemoryStream(Level5.Decompress(br.BaseStream))).ReadMultiple <FileEntry>(header.fileEntryCount);
//String Table
br.BaseStream.Position = header.nameTableOffset;
stringComp = GetCompressionMethod(br.BaseStream);
stringTable = Level5.Decompress(br.BaseStream);
//Add Files
using (var stringReader = new BinaryReaderX(new MemoryStream(stringTable)))
{
foreach (var dir in table0)
{
stringReader.BaseStream.Position = dir.dirNameOffset;
var dirName = stringReader.ReadCStringSJIS();
var fileCountInDir = 0;
foreach (var file in entries.Where((e, i) => i >= dir.fileEntryOffset && i < dir.fileEntryOffset + dir.fileCountInDir))
{
stringReader.BaseStream.Position = dir.firstFileNameInDir + file.nameOffset;
var fileName = stringReader.ReadCStringSJIS();
Files.Add(new XFSAFileInfo
{
State = ArchiveFileState.Archived,
FileName = Path.Combine(dirName, fileName),
FileData = new SubStream(br.BaseStream, header.dataOffset + (file.offset << 4), file.size),
fileEntry = file,
fileCountInDir = fileCountInDir++,
dirEntry = dir
});
}
}
}
}
}
public XS(string filename)
{
using (BinaryReaderX br = new BinaryReaderX(File.OpenRead(filename)))
{
//Header
header = br.ReadStruct <Header>();
//Table0
br.BaseStream.Position = header.table0Offset << 2;
table0Comp = (Level5.Method)(br.ReadInt32() & 0x7);
br.BaseStream.Position -= 4;
entries = new BinaryReaderX(new MemoryStream(Level5.Decompress(br.BaseStream))).ReadMultiple <Entry>(header.table0EntryCount);
//Table2
br.BaseStream.Position = header.table1Offset << 2;
table1Comp = (Level5.Method)(br.ReadInt32() & 0x7);
br.BaseStream.Position -= 4;
subEntries = new BinaryReaderX(new MemoryStream(Level5.Decompress(br.BaseStream))).ReadMultiple <SubEntry>(header.table1EntryCount);
//Text
br.BaseStream.Position = header.stringTableOffset << 2;
stringComp = (Level5.Method)(br.ReadInt32() & 0x7);
br.BaseStream.Position -= 4;
using (var text = new BinaryReaderX(new MemoryStream(Level5.Decompress(br.BaseStream))))
{
var entryCount = 0;
foreach (var entry in entries)
{
for (int i = entry.subEntryOffset; i < entry.subEntryOffset + entry.subEntryCount; i++)
{
var subEntry = subEntries[i];
if (subEntry.ident == 0x18 && !offsets.Contains(subEntry.value))
{
text.BaseStream.Position = subEntry.value;
offsets.Add(subEntry.value);
Labels.Add(new Label
{
Name = $"{entryCount}:{i-entry.subEntryOffset}",
TextID = i,
Text = text.ReadCStringSJIS()
});
}
}
entryCount++;
}
}
}
}
public XS(string filename)
{
using (BinaryReaderX br = new BinaryReaderX(File.OpenRead(filename)))
{
//Header
header = br.ReadStruct <Header>();
//Table0
br.BaseStream.Position = header.table0Offset << 2;
table0Comp = (Level5.Method)(br.ReadInt32() & 0x7);
br.BaseStream.Position -= 4;
table0 = new BinaryReaderX(new MemoryStream(Level5.Decompress(br.BaseStream))).ReadMultiple <T0Entry>(header.table0EntryCount);
//Table2
br.BaseStream.Position = header.table1Offset << 2;
table1Comp = (Level5.Method)(br.ReadInt32() & 0x7);
br.BaseStream.Position -= 4;
entries = new BinaryReaderX(new MemoryStream(Level5.Decompress(br.BaseStream))).ReadMultiple <VarStruct>(header.table1EntryCount);
//Text
br.BaseStream.Position = header.stringTableOffset << 2;
stringComp = (Level5.Method)(br.ReadInt32() & 0x7);
br.BaseStream.Position -= 4;
using (var text = new BinaryReaderX(new MemoryStream(Level5.Decompress(br.BaseStream))))
{
var count = 0;
foreach (var entry in entries)
{
if (entry.ident == 0x18 && !offsets.Contains(entry.value))
{
offsets.Add(entry.value);
text.BaseStream.Position = entry.value;
Labels.Add(new Label
{
Name = $"text{count:000000}",
TextID = count++,
Text = text.ReadCStringSJIS()
});
}
}
}
}
}
public IMGC(Stream input)
{
using (var br = new BinaryReaderX(input))
{
//Header
header = br.ReadStruct <Header>();
if (header.imageFormat == 28 && header.bitDepth == 8)
{
editMode = true;
header.imageFormat = 29;
}
if (header.imageFormat == 0xb && header.bitDepth == 8)
{
editMode2 = true;
header.imageFormat = 12;
}
//get tile table
br.BaseStream.Position = header.tableDataOffset;
var tableC = br.ReadBytes(header.tableSize1);
tableComp = (Level5.Method)(tableC[0] & 0x7);
byte[] table = Level5.Decompress(new MemoryStream(tableC));
//get image data
br.BaseStream.Position = header.tableDataOffset + header.tableSize2;
var texC = br.ReadBytes(header.imgDataSize);
picComp = (Level5.Method)(texC[0] & 0x7);
byte[] tex = Level5.Decompress(new MemoryStream(texC));
//order pic blocks by table
byte[] pic = Order(new MemoryStream(table), new MemoryStream(tex));
//return finished image
settings = new ImageSettings
{
Width = header.width,
Height = header.height,
Format = Support.Format[header.imageFormat],
Swizzle = new ImgcSwizzle(header.width, header.height)
};
Image = Kontract.Image.Common.Load(pic, settings);
}
}
public static Bitmap Load(Stream input)
{
using (var br = new BinaryReaderX(input))
{
//Header
header = br.ReadStruct <Header>();
if (header.imageFormat == Format.ETC1 && header.bitDepth == 8)
{
editMode = true;
header.imageFormat = Format.ETC1A4;
}
//get tile table
br.BaseStream.Position = header.tableDataOffset;
var tableC = br.ReadBytes(header.tableSize1);
tableComp = (Level5.Method)(tableC[0] & 0x7);
byte[] table = Level5.Decompress(new MemoryStream(tableC));
//get image data
br.BaseStream.Position = header.tableDataOffset + header.tableSize2;
var texC = br.ReadBytes(header.imgDataSize);
picComp = (Level5.Method)(texC[0] & 0x7);
byte[] tex = Level5.Decompress(new MemoryStream(texC));
//order pic blocks by table
byte[] pic = Order(new MemoryStream(table), new MemoryStream(tex));
//return finished image
var settings = new ImageSettings
{
Width = header.width,
Height = header.height,
Orientation = Orientation.TransposeTile,
Format = ImageSettings.ConvertFormat(header.imageFormat),
PadToPowerOf2 = false
};
return(Common.Load(pic, settings));
}
}
public IMGV(Stream input)
{
using (var br = new BinaryReaderX(input))
{
//Header
header = br.ReadStruct <Header>();
//get tile table
br.BaseStream.Position = header.tableDataOffset;
var tableC = br.ReadBytes(header.tableSize1);
tableComp = (Level5.Method)(tableC[0] & 0x7);
byte[] table = Level5.Decompress(new MemoryStream(tableC));
//get image data
br.BaseStream.Position = header.tableDataOffset + header.tableSize2;
var texC = br.ReadBytes(header.imgDataSize);
picComp = (Level5.Method)(texC[0] & 0x7);
byte[] tex = Level5.Decompress(new MemoryStream(texC));
//order pic blocks by table
byte[] pic = Order(new MemoryStream(table), new MemoryStream(tex), header.bitDepth);
//File.WriteAllBytes(@"D:\Users\Kirito\Desktop\xi_data.bin", pic);
//return finished image
var isBlockCompression = Support.Format[header.imageFormat].FormatName.Contains("DXT");
settings = new ImageSettings
{
Width = header.width,
Height = header.height,
Format = Support.Format[header.imageFormat],
Swizzle = isBlockCompression ? new Support.BlockSwizzle(header.width, header.height) : null
};
Image = Kontract.Image.Common.Load(pic, settings);
}
}
public XF(Stream input)
{
using (var br = new BinaryReaderX(input))
{
xpck = new XPCK(input);
//get xi image to bmp
xi = new IMGC(xpck.Files[0].FileData);
bmp = xi.Image;
//decompress fnt.bin
var tempCharSizeInfo = new List <CharSizeInfo>();
using (var fntR = new BinaryReaderX(xpck.Files[1].FileData, true))
{
xfheader = fntR.ReadStruct <XFHeader>();
fntR.BaseStream.Position = xfheader.table0Offset << 2;
t0Comp = (Level5.Method)(fntR.ReadInt32() & 0x7);
fntR.BaseStream.Position -= 4;
tempCharSizeInfo = new BinaryReaderX(new MemoryStream(Level5.Decompress(fntR.BaseStream))).ReadMultiple <CharSizeInfo>(xfheader.table0EntryCount);
fntR.BaseStream.Position = xfheader.table1Offset << 2;
t1Comp = (Level5.Method)(fntR.ReadInt32() & 0x7);
fntR.BaseStream.Position -= 4;
dicGlyphLarge = new BinaryReaderX(new MemoryStream(Level5.Decompress(fntR.BaseStream))).ReadMultiple <CharacterMap>(xfheader.table1EntryCount).ToDictionary(x => x.code_point);
fntR.BaseStream.Position = xfheader.table2Offset << 2;
t2Comp = (Level5.Method)(fntR.ReadInt32() & 0x7);
fntR.BaseStream.Position -= 4;
dicGlyphSmall = new BinaryReaderX(new MemoryStream(Level5.Decompress(fntR.BaseStream))).ReadMultiple <CharacterMap>(xfheader.table2EntryCount).ToDictionary(x => x.code_point);
}
#region Expand charsizeinfo
lstCharSizeInfoLarge = new Dictionary <char, CharSizeInfo>();
lstCharSizeInfoSmall = new Dictionary <char, CharSizeInfo>();
foreach (var dic in dicGlyphLarge)
{
lstCharSizeInfoLarge.Add(dic.Value.code_point, new CharSizeInfo
{
offset_x = tempCharSizeInfo[dic.Value.CharSizeInfoIndex].offset_x,
offset_y = tempCharSizeInfo[dic.Value.CharSizeInfoIndex].offset_y,
char_width = tempCharSizeInfo[dic.Value.CharSizeInfoIndex].char_width,
char_height = tempCharSizeInfo[dic.Value.CharSizeInfoIndex].char_height
});
}
foreach (var dic in dicGlyphSmall)
{
lstCharSizeInfoSmall.Add(dic.Value.code_point, new CharSizeInfo
{
offset_x = tempCharSizeInfo[dic.Value.CharSizeInfoIndex].offset_x,
offset_y = tempCharSizeInfo[dic.Value.CharSizeInfoIndex].offset_y,
char_width = tempCharSizeInfo[dic.Value.CharSizeInfoIndex].char_width,
char_height = tempCharSizeInfo[dic.Value.CharSizeInfoIndex].char_height
});
}
#endregion
var bmpInfo = new BitmapInfo(bmp);
image_0 = bmpInfo.CreateChannelBitmap(BitmapInfo.Channel.Red);
image_1 = bmpInfo.CreateChannelBitmap(BitmapInfo.Channel.Green);
image_2 = bmpInfo.CreateChannelBitmap(BitmapInfo.Channel.Blue);
}
}
public static void WriteMultipleCompressed <T>(this BinaryWriterX bw, IEnumerable <T> list, Level5.Method comp)
{
var ms = new MemoryStream();
using (var bwIntern = new BinaryWriterX(ms, true))
foreach (var t in list)
{
bwIntern.WriteStruct(t);
}
bw.Write(Level5.Compress(ms, comp));
}
public static void WriteStringsCompressed(this BinaryWriterX bw, IEnumerable <string> list, Level5.Method comp, Encoding enc)
{
var ms = new MemoryStream();
using (var bwIntern = new BinaryWriterX(ms, true))
foreach (var t in list)
{
bwIntern.Write(enc.GetBytes(t));
bwIntern.Write((byte)0);
}
bw.Write(Level5.Compress(ms, comp));
}
public XF(Stream input)
{
using (var br = new BinaryReaderX(input))
{
//load files
xpck = new XPCK(input);
//get xi image to bmp
xi = new IMGC(xpck.Files[0].FileData);
bmp = xi.Image;
//decompress fnt.bin
var tempCharSizeInfo = new List <CharSizeInfo>();
var largeChars = new List <CharacterMap>();
var smallChars = new List <CharacterMap>();
using (var fntR = new BinaryReaderX(xpck.Files[1].FileData, true))
{
Header = fntR.ReadType <XFHeader>();
fntR.BaseStream.Position = Header.table0Offset << 2;
t0Comp = (Level5.Method)(fntR.ReadInt32() & 0x7);
fntR.BaseStream.Position -= 4;
tempCharSizeInfo = new BinaryReaderX(new MemoryStream(Level5.Decompress(fntR.BaseStream))).ReadMultiple <CharSizeInfo>(Header.table0EntryCount);
fntR.BaseStream.Position = Header.table1Offset << 2;
t1Comp = (Level5.Method)(fntR.ReadInt32() & 0x7);
fntR.BaseStream.Position -= 4;
largeChars = new BinaryReaderX(new MemoryStream(Level5.Decompress(fntR.BaseStream))).ReadMultiple <CharacterMap>(Header.table1EntryCount);
fntR.BaseStream.Position = Header.table2Offset << 2;
t2Comp = (Level5.Method)(fntR.ReadInt32() & 0x7);
fntR.BaseStream.Position -= 4;
smallChars = new BinaryReaderX(new MemoryStream(Level5.Decompress(fntR.BaseStream))).ReadMultiple <CharacterMap>(Header.table2EntryCount);
}
Textures = new List <Bitmap>();
var bmpInfo = new BitmapInfo(bmp);
Textures.Add(bmpInfo.CreateChannelBitmap(BitmapInfo.Channel.Red));
Textures.Add(bmpInfo.CreateChannelBitmap(BitmapInfo.Channel.Green));
Textures.Add(bmpInfo.CreateChannelBitmap(BitmapInfo.Channel.Blue));
//Add Characters
Characters = new List <XFCharacter>();
foreach (var glyph in largeChars)
{
var newChar = new XFCharacter
{
Character = glyph.code_point,
TextureID = (int)glyph.ColorChannel,
GlyphX = (int)glyph.ImageOffsetX,
GlyphY = (int)glyph.ImageOffsetY,
GlyphWidth = tempCharSizeInfo[(int)glyph.CharSizeInfoIndex].glyph_width,
GlyphHeight = tempCharSizeInfo[(int)glyph.CharSizeInfoIndex].glyph_height,
CharacterWidth = (int)glyph.CharWidth,
OffsetX = tempCharSizeInfo[(int)glyph.CharSizeInfoIndex].offset_x,
OffsetY = tempCharSizeInfo[(int)glyph.CharSizeInfoIndex].offset_y,
};
Characters.Add(newChar);
}
/*foreach (var glyph in smallChars)
* Characters.Add(new XFCharacter
* {
* Character = glyph.code_point,
* TextureID = (int)glyph.ColorChannel,
* GlyphX = (int)glyph.ImageOffsetX,
* GlyphY = (int)glyph.ImageOffsetY,
* GlyphWidth = tempCharSizeInfo[(int)glyph.CharSizeInfoIndex].glyph_width,
* GlyphHeight = tempCharSizeInfo[(int)glyph.CharSizeInfoIndex].glyph_height,
* CharacterWidth = (int)glyph.CharWidth,
* OffsetX = tempCharSizeInfo[(int)glyph.CharSizeInfoIndex].offset_x,
* OffsetY = tempCharSizeInfo[(int)glyph.CharSizeInfoIndex].offset_y,
* });*/
//Add Textures
}
}
