private static Overlay[] loadOvTable(File table)
{
Overlay[] ovs = new Overlay[table.fileSize / 32];
ByteArrayInputStream tbl = new ByteArrayInputStream(table.getContents());
int i = 0;
while (tbl.lengthAvailable(32))
{
uint ovId = tbl.readUInt();
uint ramAddr = tbl.readUInt();
uint ramSize = tbl.readUInt();
uint bssSize = tbl.readUInt();
uint staticInitStart = tbl.readUInt();
uint staticInitEnd = tbl.readUInt();
ushort fileID = tbl.readUShort();
tbl.skip(6); //unused 0's
ovs[ovId] = new Overlay(FS.getFileById(fileID), table, (uint)i * 32);
i++;
}
return(ovs);
}
private static Overlay[] loadOvTable2(File table)
{
Overlay[] ovs2 = new Overlay[table.fileSize / 32]; // initialize secondary overlay table
ByteArrayInputStream tbl = new ByteArrayInputStream(table.getContents());
int i = 0;
while (tbl.lengthAvailable(32))
{
uint ovId = tbl.readUInt();
uint ramAddr = tbl.readUInt();
uint ramSize = tbl.readUInt();
uint bssSize = tbl.readUInt();
uint staticInitStart = tbl.readUInt();
uint staticInitEnd = tbl.readUInt();
ushort fileID = tbl.readUShort();
tbl.skip(6); //unused 0's
ovs2[fileID] = new Overlay(FS.getFileById(fileID), table, (uint)i * 32); //secondary overlay table used for overlay decompression
i++;
}
return(ovs2);
}
public ObjectDefTile(ByteArrayInputStream inp, NSMBTileset t)
{
this.t = t;
if (inp.available < 1) //This should never happen. But sometimes, it does.
{
controlByte = 0xFF; //Simulate object end.
return;
}
controlByte = inp.readByte();
if (!controlTile)
{
byte a, b;
a = inp.readByte();
b = inp.readByte();
tileID = a + ((b - t.ObjectDefTileOffset) << 8);
if ((controlByte & 64) != 0) //OVERRIDES
{
tileID += 768;
}
if (a == 0 && b == 0)
{
tileID = -1;
}
}
}
public override void save(ExportedLevel level)
{
ByteArrayInputStream strm = new ByteArrayInputStream(new byte[0]);
System.IO.BinaryWriter bw = new System.IO.BinaryWriter(strm);
level.Write(bw);
copyData(strm.getData());
}
public static Color[] arrayToPalette(byte[] data)
{
ByteArrayInputStream ii = new ByteArrayInputStream(data);
Color[] pal = new Color[data.Length / 2];
for (int i = 0; i < pal.Length; i++)
{
pal[i] = NSMBTileset.fromRGB15(ii.readUShort());
}
return(pal);
}
public static NSMBView read(ByteArrayInputStream inp, ByteArrayInputStream cam)
{
NSMBView v = new NSMBView();
v.X = inp.readUShort();
v.Y = inp.readUShort();
v.Width = inp.readUShort();
v.Height = inp.readUShort();
v.Number = inp.readByte();
int camID = inp.readByte();
v.Music = inp.readByte();
v.Unknown1 = inp.readByte();
v.Unknown2 = inp.readByte();
v.Unknown3 = inp.readByte();
v.Lighting = inp.readByte();
v.FlagpoleID = inp.readByte();
cam.seek(0);
int camCount = (int)cam.available / 24;
// Console.Out.WriteLine("CamCount: " + camCount);
int goodCam = -1;
for (int i = 0; i < camCount; i++)
{
cam.seek(i * 24 + 16);
int thisCam = cam.readUShort();
// Console.Out.WriteLine("Cam ID: " + thisCam);
if (thisCam == camID)
{
goodCam = i;
break;
}
}
if (goodCam == -1)
{
Console.Out.WriteLine("Warning: Could not find camera ID " + camID);
}
else
{
cam.seek(goodCam * 24);
v.CameraTop = cam.readInt();
v.CameraBottom = cam.readInt();
v.CameraTopSpin = cam.readInt();
v.CameraBottomSpin = cam.readInt();
cam.skip(2);
v.CameraBottomStick = cam.readUShort();
}
return(v);
}
private void exportClipboard_Click(object sender, EventArgs e)
{
string LevelFilename = (string)levelTreeView.SelectedNode.Tag;
DSFileSystem.File LevelFile = ROM.getLevelFile(LevelFilename);
DSFileSystem.File BGFile = ROM.getBGDatFile(LevelFilename);
ByteArrayInputStream strm = new ByteArrayInputStream(new byte[0]);
BinaryWriter bw = new BinaryWriter(strm);
new ExportedLevel(LevelFile, BGFile).Write(bw);
ClipboardLevelSource.copyData(strm.getData());
bw.Close();
}
protected virtual void load()
{
height = (f.fileSize / 2 + width - 1) / width;
tiles = new Tile[width, height];
ByteArrayInputStream b = new ByteArrayInputStream(f.getContents());
for (int i = 0; i < f.fileSize / 2; i++)
{
int x = i % width;
int y = i / width;
tiles[x, y] = shortToTile(b.readUShort());
}
}
public static NSMBView readZone(ByteArrayInputStream inp)
{
NSMBView v = new NSMBView();
v.X = inp.readUShort();
v.Y = inp.readUShort();
v.Width = inp.readUShort();
v.Height = inp.readUShort();
v.Number = inp.readByte();
v.isZone = true;
inp.skip(3);
return(v);
}
public static NSMBPathPoint read(ByteArrayInputStream inp, NSMBPath parent)
{
NSMBPathPoint p = new NSMBPathPoint(parent);
p.X = inp.readUShort();
p.Y = inp.readUShort();
p.Unknown1 = inp.readUShort();
p.Unknown2 = inp.readUShort();
p.Unknown3 = inp.readUShort();
p.Unknown4 = inp.readUShort();
p.Unknown5 = inp.readUShort();
p.Unknown6 = inp.readUShort();
return(p);
}
protected override void load()
{
height = (f.fileSize / 2 + width - 1) / width;
tiles = new Tile[width, height];
ByteArrayInputStream b = new ByteArrayInputStream(f.getContents());
for (int i = 0; i < f.fileSize / 8; i++)
{
int x = (i % (width / 2)) * 2;
int y = (i / (width / 2)) * 2;
tiles[x, y] = shortToTile(b.readUShort());
tiles[x + 1, y] = shortToTile(b.readUShort());
tiles[x, y + 1] = shortToTile(b.readUShort());
tiles[x + 1, y + 1] = shortToTile(b.readUShort());
}
}
public static NSMBPath read(ByteArrayInputStream inp, ByteArrayInputStream nodes, bool isProgressPath)
{
NSMBPath p = new NSMBPath();
p.isProgressPath = isProgressPath;
p.id = inp.readUShort();
int row = inp.readUShort();
int len = inp.readUShort();
inp.skip(2); //unused values
nodes.seek(row * 16);
for (int i = 0; i < len; i++)
{
p.points.Add(NSMBPathPoint.read(nodes, p));
}
return(p);
}
public void loadObjects()
{
ByteArrayInputStream eObjIndexFile = new ByteArrayInputStream(ObjIndexFile.getContents());
ByteArrayInputStream eObjFile = new ByteArrayInputStream(ObjFile.getContents());
Objects = new ObjectDef[objectCount];
//read object index
int obj = 0;
while (eObjIndexFile.lengthAvailable(4) && obj < Objects.Length)
{
Objects[obj] = new ObjectDef(this);
int offset = eObjIndexFile.readUShort();
Objects[obj].width = eObjIndexFile.readByte();
Objects[obj].height = eObjIndexFile.readByte();
eObjFile.seek(offset);
Objects[obj].load(eObjFile);
obj++;
}
}
public void load(ByteArrayInputStream inp)
{
tiles = new List <List <ObjectDefTile> >();
List <ObjectDefTile> row = new List <ObjectDefTile>();
while (true)
{
ObjectDefTile t = new ObjectDefTile(inp, this.t);
if (t.lineBreak)
{
tiles.Add(row);
row = new List <ObjectDefTile>();
}
else if (t.objectEnd)
{
break;
}
else
{
row.Add(t);
}
}
}
private void loadTileBehaviors()
{
byte[] x = null;
if (TilesetNumber == 0)
{
x = ROM.GetInlineFile(ROM.Data.File_Jyotyu_CHK);
}
else if (TilesetNumber == 1 || TilesetNumber == 2)
{
x = TileBehaviorFile.getContents();
}
ByteArrayInputStream inp = new ByteArrayInputStream(x);
int len = inp.available / 4;
TileBehaviors = new uint[len];
for (int i = 0; i < len; i++)
{
TileBehaviors[i] = inp.readUInt();
}
}
public ClipboardLevelSource(string loadFileName)
{
BinaryReader br;
if (loadFileName == "")
{
string leveltxt = Clipboard.GetText();
if (!(leveltxt.StartsWith(clipboardHeader) && leveltxt.EndsWith(clipboardFooter)))
{
throw new Exception();
}
leveltxt = leveltxt.Substring(11, leveltxt.Length - 12);
byte[] leveldata = ROM.LZ77_Decompress(Convert.FromBase64String(leveltxt), false);
ByteArrayInputStream strm = new ByteArrayInputStream(leveldata);
br = new BinaryReader(strm);
}
else
{
FileStream fs = new FileStream(loadFileName, FileMode.Open, FileAccess.Read, FileShare.Read);
br = new BinaryReader(fs);
}
level = new ExportedLevel(br);
br.Close();
}
public NSMBLevel(LevelSource source)
{
this.source = source;
this.name = source.getLevelName();
byte[] eLevelFile = source.getData();
byte[] eBGFile = source.getBGDatData();
int FilePos;
// Level loading time yay.
// Since I don't know the format for every block, I will just load them raw.
Blocks = new byte[][] { null, null, null, null, null, null, null, null, null, null, null, null, null, null };
FilePos = 0;
for (int BlockIdx = 0; BlockIdx < 14; BlockIdx++)
{
int BlockOffset = eLevelFile[FilePos] | (eLevelFile[FilePos + 1] << 8) | (eLevelFile[FilePos + 2] << 16) | eLevelFile[FilePos + 3] << 24;
FilePos += 4;
int BlockSize = eLevelFile[FilePos] | (eLevelFile[FilePos + 1] << 8) | (eLevelFile[FilePos + 2] << 16) | eLevelFile[FilePos + 3] << 24;
FilePos += 4;
Blocks[BlockIdx] = new byte[BlockSize];
Array.Copy(eLevelFile, BlockOffset, Blocks[BlockIdx], 0, BlockSize);
}
byte TilesetID = Blocks[0][0x0C];
byte BGNSCID = Blocks[2][2];
GFX = new NSMBGraphics();
GFX.LoadTilesets(TilesetID, BGNSCID);
// Now objects.
int ObjectCount = eBGFile.Length / 10;
Objects = new List <NSMBObject>(ObjectCount);
FilePos = 0;
for (int ObjectIdx = 0; ObjectIdx < ObjectCount; ObjectIdx++)
{
int ObjID = eBGFile[FilePos] | (eBGFile[FilePos + 1] << 8);
//int ObjX = eBGFile[FilePos + 2] | (eBGFile[FilePos + 3] << 8);
//int ObjY = eBGFile[FilePos + 4] | (eBGFile[FilePos + 5] << 8);
int ObjX = BitConverter.ToInt16(eBGFile, FilePos + 2);
int ObjY = BitConverter.ToInt16(eBGFile, FilePos + 4);
int ObjWidth = eBGFile[FilePos + 6] | (eBGFile[FilePos + 7] << 8);
int ObjHeight = eBGFile[FilePos + 8] | (eBGFile[FilePos + 9] << 8);
Objects.Add(new NSMBObject(ObjID & 4095, (ObjID & 61440) >> 12, ObjX, ObjY, ObjWidth, ObjHeight, GFX));
FilePos += 10;
}
/*
* Sprite struct:
* Offs Len Dat
* 0x0 2 Sprite id
* 0x2 2 X
* 0x4 2 Y
* 0x6 6 Dat
* 0xD end
*/
// Sprites
byte[] SpriteBlock = Blocks[6];
int SpriteCount = (SpriteBlock.Length - 2) / 12;
Sprites = new List <NSMBSprite>(SpriteCount);
FilePos = 0;
for (int SpriteIdx = 0; SpriteIdx < SpriteCount; SpriteIdx++)
{
NSMBSprite Sprite = new NSMBSprite(this);
Sprite.Type = SpriteBlock[FilePos] | (SpriteBlock[FilePos + 1] << 8);
Sprite.X = SpriteBlock[FilePos + 2] | (SpriteBlock[FilePos + 3] << 8);
Sprite.Y = SpriteBlock[FilePos + 4] | (SpriteBlock[FilePos + 5] << 8);
Sprite.Data = new byte[6];
FilePos += 6;
Sprite.Data[0] = SpriteBlock[FilePos + 1];
Sprite.Data[1] = SpriteBlock[FilePos + 0];
Sprite.Data[2] = SpriteBlock[FilePos + 5];
Sprite.Data[3] = SpriteBlock[FilePos + 4];
Sprite.Data[4] = SpriteBlock[FilePos + 3];
Sprite.Data[5] = SpriteBlock[FilePos + 2];
// Array.Copy(SpriteBlock, FilePos + 6, Sprite.Data, 0, 6);
Sprites.Add(Sprite);
FilePos += 6;
}
// Entrances.
byte[] EntranceBlock = Blocks[5];
int EntranceCount = EntranceBlock.Length / 20;
Entrances = new List <NSMBEntrance>(EntranceCount);
FilePos = 0;
for (int EntIdx = 0; EntIdx < EntranceCount; EntIdx++)
{
NSMBEntrance Entrance = new NSMBEntrance();
Entrance.X = EntranceBlock[FilePos] | (EntranceBlock[FilePos + 1] << 8);
Entrance.Y = EntranceBlock[FilePos + 2] | (EntranceBlock[FilePos + 3] << 8);
Entrance.CameraX = EntranceBlock[FilePos + 4] | (EntranceBlock[FilePos + 5] << 8);
Entrance.CameraY = EntranceBlock[FilePos + 6] | (EntranceBlock[FilePos + 7] << 8);
Entrance.Number = EntranceBlock[FilePos + 8];
Entrance.DestArea = EntranceBlock[FilePos + 9];
Entrance.ConnectedPipeID = EntranceBlock[FilePos + 10];
Entrance.DestEntrance = EntranceBlock[FilePos + 12];
Entrance.Type = EntranceBlock[FilePos + 14];
Entrance.Settings = EntranceBlock[FilePos + 15];
Entrance.Unknown1 = EntranceBlock[FilePos + 16];
Entrance.EntryView = EntranceBlock[FilePos + 18];
Entrance.Unknown2 = EntranceBlock[FilePos + 19];
//Array.Copy(EntranceBlock, FilePos, Entrance.Data, 0, 20);
Entrances.Add(Entrance);
FilePos += 20;
}
// Views
ByteArrayInputStream ViewBlock = new ByteArrayInputStream(Blocks[7]);
ByteArrayInputStream CamBlock = new ByteArrayInputStream(Blocks[1]);
Views = new List <NSMBView>();
while (ViewBlock.lengthAvailable(16))
{
Views.Add(NSMBView.read(ViewBlock, CamBlock));
}
// Zones
ByteArrayInputStream ZoneBlock = new ByteArrayInputStream(Blocks[8]);
Zones = new List <NSMBView>();
while (ZoneBlock.lengthAvailable(12))
{
Zones.Add(NSMBView.readZone(ZoneBlock));
}
// Paths
ByteArrayInputStream PathBlock = new ByteArrayInputStream(Blocks[10]);
ByteArrayInputStream PathNodeBlock = new ByteArrayInputStream(Blocks[12]);
Paths = new List <NSMBPath>();
while (!PathBlock.end())
{
Paths.Add(NSMBPath.read(PathBlock, PathNodeBlock, false));
}
PathBlock = new ByteArrayInputStream(Blocks[9]);
PathNodeBlock = new ByteArrayInputStream(Blocks[11]);
ProgressPaths = new List <NSMBPath>();
while (!PathBlock.end())
{
ProgressPaths.Add(NSMBPath.read(PathBlock, PathNodeBlock, true));
}
//Extra Data (decompiled, so messy code)
byte[] block3 = this.Blocks[13];
int capacity4 = (block3.Length - 16) / 16;
int num4 = 16;
this.ExtraData = new List <NSMBExtraData>(capacity4);
for (int index2 = 0; index2 < capacity4; ++index2)
{
NSMBExtraData nsmbExtraData = new NSMBExtraData();
for (int index3 = 0; index3 < 16; ++index3)
{
nsmbExtraData.data[index3] = block3[num4 + index3];
}
this.ExtraData.Add(nsmbExtraData);
num4 += 16;
}
CalculateSpriteModifiers();
repaintAllTilemap();
}
public override Bitmap render(Palette p)
{
int w = getWidth();
int h = getHeight();
Bitmap b = new Bitmap(w, h);
ByteArrayInputStream f5data = new ByteArrayInputStream(f5.getContents());
ByteArrayInputStream data = new ByteArrayInputStream(f.getContents());
for (uint y = 0; y < h / 4; y++)
{
for (uint x = 0; x < w / 4; x++)
{
ushort palDat = f5data.readUShort();
ushort palOffs = (ushort)((palDat & 0x3FFF) * 2);
ushort mode = (ushort)((palDat >> 14) & 3);
for (uint yy = 0; yy < 4; yy++)
{
byte row = data.readByte();
for (uint xx = 0; xx < 4; xx++)
{
byte color = (byte)(row >> (byte)(xx * 2));
color &= 3;
Color col;
col = p.getColorSafe(palOffs + color);
switch (mode)
{
case 0:
if (color == 3)
{
col = Color.Transparent;
}
break;
case 1:
if (color == 2)
{
col = ImageTiler.colorMean(p.getColorSafe(palOffs), p.getColorSafe(palOffs + 1), 1, 1);
}
if (color == 3)
{
col = Color.Transparent;
}
break;
case 3:
if (color == 2)
{
col = ImageTiler.colorMean(p.getColorSafe(palOffs), p.getColorSafe(palOffs + 1), 5, 3);
}
if (color == 3)
{
col = ImageTiler.colorMean(p.getColorSafe(palOffs), p.getColorSafe(palOffs + 1), 3, 5);
}
break;
}
b.SetPixel((int)x * 4 + (int)xx, (int)y * 4 + (int)yy, col);
}
}
}
}
return(b);
}
public static void load(Filesystem fs)
{
filename = fs.getRomPath();
FS = fs;
if (fs is NitroROMFilesystem)
{
romfile = new System.IO.FileInfo(filename);
}
arm9binFile = FS.getFileByName("arm9.bin");
arm9ovFile = FS.getFileByName("arm9ovt.bin");
arm9ovs = loadOvTable(arm9ovFile);
arm9ovs2 = loadOvTable2(arm9ovFile);
arm7binFile = FS.getFileByName("arm7.bin");
arm7ovFile = FS.getFileByName("arm7ovt.bin");
arm7ovs = loadOvTable(arm7ovFile);
rsaSigFile = FS.getFileByName("rsasig.bin");
headerFile = FS.getFileByName("header.bin");
arm9RAMAddress = headerFile.getUintAt(0x28);
ByteArrayInputStream header = new ByteArrayInputStream(headerFile.getContents());
romInternalName = header.ReadString(12);
romGamecode = header.ReadString(4);
ASMOffset = 0xE00;
// New Super Mario Bros.
if (romGamecode == "A2DE") // English
{
Region = Origin.US;
}
else if (romGamecode == "A2DP") // European
{
Region = Origin.EU;
OverlayCount = 134;
}
else if (romGamecode == "A2DJ") // Japanese
{
Region = Origin.JP;
}
else if (romGamecode == "A2DK") // Korean
{
Region = Origin.KR;
}
else if (romGamecode == "A2DC") // Chinese
{
Region = Origin.CH;
}
else
{
isNSMBRom = false;
Region = Origin.UNK;
// Pokémon Diamond Version
if (romGamecode == "ADAE") // English
{
ASMOffset = 0x106770;
}
else if (romGamecode == "ADAJ") // Japanese
{
ASMOffset = 0x108070;
}
else if (romGamecode == "ADAF") // French
{
ASMOffset = 0x1068F0;
}
else if (romGamecode == "ADAS") // Spanish
{
ASMOffset = 0x106910;
}
else if (romGamecode == "ADAI") // Italian
{
ASMOffset = 0x106850;
}
else if (romGamecode == "ADAD") // German
{
ASMOffset = 0x1068B0;
}
else if (romGamecode == "ADAK") // Korean
{
ASMOffset = 0x103C70;
}
// Pokémon Pearl Version
else if (romGamecode == "APAE") // English
{
ASMOffset = 0x106770;
}
else if (romGamecode == "APAJ") // Japanese
{
ASMOffset = 0x1081B0;
}
else if (romGamecode == "APAF") // French
{
ASMOffset = 0x1068F0;
}
else if (romGamecode == "APAS") // Spanish
{
ASMOffset = 0x106910;
}
else if (romGamecode == "APAI") // Italian
{
ASMOffset = 0x106850;
}
else if (romGamecode == "APAD") // German
{
ASMOffset = 0x1068B0;
}
else if (romGamecode == "APAK") // Korean
{
ASMOffset = 0x103C80;
}
// Pokémon Platinum Version
else if (romGamecode == "CPUE") // English
{
ASMOffset = 0x1010A0;
}
else if (romGamecode == "CPUJ") // Japanese
{
ASMOffset = 0x100490;
}
else if (romGamecode == "CPUF") // French
{
ASMOffset = 0x101280;
}
else if (romGamecode == "CPUS") // Spanish
{
ASMOffset = 0x1012A0;
}
else if (romGamecode == "CPUI") // Italian
{
ASMOffset = 0x101200;
}
else if (romGamecode == "CPUD") // German
{
ASMOffset = 0x101240;
}
else if (romGamecode == "CPUK") // Korean
{
ASMOffset = 0x101F90;
}
// Pokémon HeartGold Version
else if (romGamecode == "IPKE") // English
{
ASMOffset = 0x110BE0;
}
else if (romGamecode == "IPKJ") // Japanese
{
ASMOffset = 0x110110;
}
else if (romGamecode == "IPKF") // French
{
ASMOffset = 0x110C00;
}
else if (romGamecode == "IPKS") // Spanish
{
ASMOffset = 0x110C00;
}
else if (romGamecode == "IPKI") // Italian
{
ASMOffset = 0x110B80;
}
else if (romGamecode == "IPKD") // German
{
ASMOffset = 0x110BC0;
}
else if (romGamecode == "IPKK") // Korean
{
ASMOffset = 0x1115D0;
}
// Pokémon SoulSilver Version
else if (romGamecode == "IPGE") // English
{
ASMOffset = 0x110BE0;
}
else if (romGamecode == "IPGJ") // Japanese
{
ASMOffset = 0x110110;
}
else if (romGamecode == "IPGF") // French
{
ASMOffset = 0x110C00;
}
else if (romGamecode == "IPGS") // Spanish
{
ASMOffset = 0x110C20;
}
else if (romGamecode == "IPGI") // Italian
{
ASMOffset = 0x110B80;
}
else if (romGamecode == "IPGD") // German
{
ASMOffset = 0x110BC0;
}
else if (romGamecode == "IPGK") // Korean
{
ASMOffset = 0x1115D0;
}
}
if (isNSMBRom)
{
headerFile.setByteAt(0x1D, 0x00);
UserInfo = new ROMUserInfo(filename);
LoadOverlay0();
}
}
public Bncd256(File f)
{
ByteArrayInputStream arrayInputStream = new ByteArrayInputStream(f.getContents());
arrayInputStream.readInt();
this.unk = arrayInputStream.readUShort();
ushort num1 = arrayInputStream.readUShort();
uint pos = arrayInputStream.readUInt();
uint num2 = arrayInputStream.readUInt();
uint num3 = arrayInputStream.readUInt();
arrayInputStream.readUInt();
arrayInputStream.seek(pos);
Dictionary <uint, int> dictionary = new Dictionary <uint, int>();
for (uint index1 = 0; index1 < (uint)num1; ++index1)
{
Bncd256.Bncd256Entry bncdEntry = new Bncd256.Bncd256Entry();
bncdEntry.width = (int)arrayInputStream.readByte();
bncdEntry.height = (int)arrayInputStream.readByte();
uint num4 = (uint)arrayInputStream.readUShort();
uint num5 = (uint)arrayInputStream.readUShort();
arrayInputStream.savePos();
arrayInputStream.seek(num2 + num4 * 12U);
for (int index2 = 0; (long)index2 < (long)num5; ++index2)
{
Bncd256.Bncd256SubEntry bncdSubEntry = new Bncd256.Bncd256SubEntry();
bncdEntry.subEntries.Add(bncdSubEntry);
bncdSubEntry.oamAttr0 = arrayInputStream.readUShort();
bncdSubEntry.oamAttr1 = arrayInputStream.readUShort();
bncdSubEntry.unk = arrayInputStream.readUInt();
bncdSubEntry.tileNumber = arrayInputStream.readUShort();
bncdSubEntry.tileCount = arrayInputStream.readUShort();
bncdSubEntry.tileCount *= (ushort)2;
uint key = (uint)bncdSubEntry.tileNumber << 16 | (uint)bncdSubEntry.tileCount;
int count = dictionary.Count;
if (dictionary.ContainsKey(key))
{
count = dictionary[key];
}
else
{
dictionary[key] = count;
Bncd256.Bncd256Image bncdImage = new Bncd256.Bncd256Image();
this.images.Add(bncdImage);
bncdImage.tileNumber = (int)bncdSubEntry.tileNumber;
bncdImage.tileCount = (int)bncdSubEntry.tileCount;
int index3 = (int)bncdSubEntry.oamAttr0 >> 14;
int index4 = (int)bncdSubEntry.oamAttr1 >> 14;
bncdImage.tileWidth = Bncd256.widths[index4, index3];
}
bncdSubEntry.imageId = count;
}
arrayInputStream.loadPos();
}
LevelChooser.showImgMgr();
int num6 = 32;
foreach (Bncd256.Bncd256Image image in this.images)
{
File f1 = (File) new InlineFile(f, (int)num3 + image.tileNumber * num6, image.tileCount * num6, f.name);
LevelChooser.imgMgr.m.addImage((PalettedImage) new Image2D(f1, 8 * image.tileWidth, false));
}
}
ushort unk; //Let's save it just in case.
public Bncd(File f)
{
ByteArrayInputStream inp = new ByteArrayInputStream(f.getContents());
inp.readInt(); //Magic;
unk = inp.readUShort();
ushort entryCount = inp.readUShort();
uint entriesOffset = inp.readUInt();
uint subEntriesOffset = inp.readUInt();
uint dataOffset = inp.readUInt();
uint dataSize = inp.readUInt();
bool BPP4 = true;
//*/BPP4 = false;
inp.seek(entriesOffset);
//Stores tilenum, tilecount to imageid
Dictionary <uint, int> imagesDict = new Dictionary <uint, int> ();
for (uint entryId = 0; entryId < entryCount; entryId++)
{
BncdEntry e = new BncdEntry();
e.width = inp.readByte();
e.height = inp.readByte();
uint subEntryIdx = inp.readUShort();
uint subEntryCt = inp.readUShort();
inp.savePos();
inp.seek(subEntriesOffset + subEntryIdx * 12);
for (int i = 0; i < subEntryCt; i++)
{
BncdSubEntry se = new BncdSubEntry();
e.subEntries.Add(se);
se.oamAttr0 = inp.readUShort();
se.oamAttr1 = inp.readUShort();
se.unk = inp.readUInt();
se.tileNumber = inp.readUShort();
se.tileCount = inp.readUShort();
//*/se.tileCount *= 2;
uint imageCode = (uint)((se.tileNumber << 16) | se.tileCount);
int imageId = imagesDict.Count;
if (imagesDict.ContainsKey(imageCode))
{
imageId = imagesDict[imageCode];
}
else
{
imagesDict[imageCode] = imageId;
BncdImage img = new BncdImage();
images.Add(img);
img.tileNumber = se.tileNumber;
img.tileCount = se.tileCount;
int oamShape = se.oamAttr0 >> 14;
int oamSize = se.oamAttr1 >> 14;
img.tileWidth = widths[oamSize, oamShape];
}
se.imageId = imageId;
}
inp.loadPos();
}
LevelChooser.showImgMgr();
int tileLen = 8 * 8 / 2;
foreach (BncdImage img in images)
{
File imgFile = new InlineFile(f, (int)dataOffset + img.tileNumber * tileLen, img.tileCount * tileLen, f.name);
LevelChooser.imgMgr.m.addImage(new Image2D(imgFile, 8 * img.tileWidth, BPP4));
}
}
