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);
}
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 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();
}
}
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));
}
}
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));
}
}
