static WritingBuffer renderText(Render r)
{
WritingBuffer a = new WritingBuffer();
byte[] text = getTextBytes(r.Text);
int len = getTextLength(text, r.Font);
int x = r.Center_X - (len / 2);
//Boundary checks
if (x + len > 240)
{
x = 240 - len;
}
if (x < 0)
{
x = 0;
}
a.startPos = (x >> 3);
int bufferPos = x & 7;
for (int i = 0; i < text.Length; i++)
{
bufferPos += _1bppRenderChar(text[i], bufferPos, r.Font, a);
}
a.used = (bufferPos + 7) >> 3;
return(a);
}
static byte _1bppRenderChar(byte chr, int x, int font, WritingBuffer buf)
{
//Renders a character
int tileHeight = 2;
int tileWidth = 2;
int tileX = x >> 3;
int chrPos = chr * tileWidth * tileHeight * 8;
int offsetX = x & 7;
int startOffsetY = 3 & 7;
if (font == 1) //Saturn font is higher, for some reason...
{
startOffsetY = 0;
}
byte vWidth = Fonts[font].fontWidth[chr * 2];
byte rWidth = Fonts[font].fontWidth[(chr * 2) + 1];
if (font == 1 && vWidth != rWidth) //The Saturn font is compressed horizontally by removing 1 trailing pixel
{
vWidth -= 1;
}
for (int dTileY = 0; dTileY < tileHeight; dTileY++)
{
int dTileX = 0;
int renderedWidth = rWidth;
while (renderedWidth > 0)
{
int offsetY = startOffsetY & 7;
int tileIndexX = tileX + dTileX;
int tileIndexY = dTileY;
_1bppTile leftTile = buf.tiles[dTileY, tileIndexX];
_1bppTile rightTile = buf.tiles[dTileY, tileIndexX + 1];
for (int row = 0; row < 8; row++)
{
ushort canvasRow = (ushort)(leftTile.getRow(row + offsetY) | (rightTile.getRow(row + offsetY) << 8));
ushort glyphRow = (ushort)(Fonts[font].font[chrPos + row + (((dTileY * tileWidth) + dTileX) * 8)] << offsetX);
canvasRow |= glyphRow;
leftTile.setRow(row + offsetY, (byte)(canvasRow & 0xFF));
rightTile.setRow(row + offsetY, (byte)((canvasRow >> 8) & 0xFF));
if (row != 7 && row + offsetY == 7)
{
offsetY = -(row + 1);
tileIndexY++;
leftTile = buf.tiles[tileIndexY, tileIndexX];
rightTile = buf.tiles[tileIndexY, tileIndexX + 1];
}
}
renderedWidth -= 8;
dTileX++;
}
}
return(vWidth);
}
static byte[] prepareSeparateRenderData(WritingBuffer buf, Render ren)
{
byte[] newArr = new byte[8]; //Data used to display the separate arrangements
writeUShortToByteArrLE(newArr, 0, (ushort)(buf.startPos + 1)); //The + 1 is needed because the map starts from 1, not from 0
writeUShortToByteArrLE(newArr, 2, (ushort)(ren.Y + 0x19)); //Apparently, the actual arrangements start at y = 0x19...
writeUShortToByteArrLE(newArr, 4, (ushort)(buf.used));
writeUShortToByteArrLE(newArr, 6, (ushort)(WritingBuffer.yLength));
return(newArr);
}
static int insertInGraphics(WritingBuffer buf, int usedInGraphics)
{
//Optimally inserts the graphics inside the final product
int total = usedInGraphics;
for (int i = 0; i < buf.used; i++)
{
for (int j = 0; j < WritingBuffer.yLength; j++)
{
_1bppTile tile = buf.tiles[j, i];
int rot = 0;
int pos = -1;
if (emptyTile.Equals(tile))
{
pos = 0x2FF; //Empty tile
}
else
{
pos = getPosInFinal(tile, total, _1bppGraphics);
}
if (pos == -1)
{
rot = 1;
pos = getPosInFinal(tile, total, _1bppGraphics_RotX);
if (pos == -1)
{
rot = 2;
pos = getPosInFinal(tile, total, _1bppGraphics_RotY);
if (pos == -1)
{
rot = 3;
pos = getPosInFinal(tile, total, _1bppGraphics_RotXY);
}
}
}
if (pos == -1) //Hasn't been found in any of the ways the buffer can be looked at
{
rot = 0;
pos = total++;
_1bppGraphics[pos] = tile; //If we're here, we already calculated all four of them
_1bppGraphics_RotX[pos] = tile.rotateX();
_1bppGraphics_RotY[pos] = tile.rotateY();
_1bppGraphics_RotXY[pos] = _1bppGraphics_RotX[pos].rotateY();
}
buf.arrangements[j, i] = (ushort)(Palette | (pos + arrStart) | (rot << 0xA));
}
}
return(total);
}
static byte[] prepareSeparateRender(WritingBuffer buf)
{
//Converts the arrangements to an array that is to be included separately
byte[] newArr = new byte[WritingBuffer.yLength * buf.used * 2];
for (int j = 0; j < WritingBuffer.yLength; j++)
{
for (int i = 0; i < buf.used; i++)
{
writeUShortToByteArrLE(newArr, (i + (j * buf.used)) * 2, buf.arrangements[j, i]);
}
}
return(newArr);
}
static void Main(string[] args)
{
if (args.Length != 2)
{
return;
}
//Initialization
string rendersJson = File.ReadAllText(args[0]);
string dataFolder = args[1] + Path.DirectorySeparatorChar;
Fonts = new RenderFont[2];
Fonts[0] = new RenderFont(dataFolder, "main");
Fonts[1] = new RenderFont(dataFolder, "saturn");
byte[] CastGraphics = File.ReadAllBytes(dataFolder + "cast_sign_graphics.bin");
byte[] CastArrangements = File.ReadAllBytes(dataFolder + "cast_sign_arrangements.bin");
List <Render> renders = JsonConvert.DeserializeObject <RenderRoot>(rendersJson).Renders;
BitsToNybbleLookup = Asset.ReadAllBytes("bits_to_nybbles.bin");
m12CharByteLookup = JsonConvert.DeserializeObject <Dictionary <string, byte> >(Asset.ReadAllText("m12-byte-lookup.json"));
Graphics = new byte[0x8000];
Arrangements = new ushort[0x48E0];
for (int i = 0; i < Arrangements.Length; i++)
{
Arrangements[i] = 0x3FF; //Empty tile
}
for (int i = 0; i < CastGraphics.Length; i++)
{
Graphics[0x8000 - CastGraphics.Length + i] = CastGraphics[i]; //Put the CAST graphics in
}
int castArrPos = readIntLE(CastArrangements, 0); //First 4 bytes are the position of the CAST arrangements
for (int i = 0; i < ((CastArrangements.Length - 4) >> 1); i++) //Put the CAST arrangements in
{
Arrangements[(castArrPos / 2) + i] = readUShortLE(CastArrangements, (i * 2) + 4);
}
int maxTiles = 0x300 - (CastGraphics.Length / 0x20);
_1bppGraphics = new _1bppTile[maxTiles];
_1bppGraphics_RotX = new _1bppTile[maxTiles];
_1bppGraphics_RotY = new _1bppTile[maxTiles];
_1bppGraphics_RotXY = new _1bppTile[maxTiles];
int UsedTiles = 0;
WritingBuffer[] buffers = new WritingBuffer[renders.Count];
//Render the text as 1bpp
for (int i = 0; i < renders.Count; i++)
{
buffers[i] = renderText(renders[i]);
}
for (int i = 0; i < buffers.Length; i++)
{
UsedTiles = insertInGraphics(buffers[i], UsedTiles);
}
//Put the arrangements in
for (int i = 0; i < renders.Count; i++)
{
int pos = buffers[i].startPos + 1 + (renders[i].Y * 0x20); //The + 1 is here because the scene's map starts from tile 1. Not tile 0
if (renders[i].Separate_file_name == "")
{
for (int j = 0; j < buffers[i].used; j++)
{
for (int k = 0; k < WritingBuffer.yLength; k++)
{
Arrangements[pos + j + (k * 0x20)] = buffers[i].arrangements[k, j];
}
}
}
else
{
//This is an arrangement that changes when the game is running. Set the starting arrangements to empty
for (int j = 0; j < buffers[i].used; j++)
{
for (int k = 0; k < WritingBuffer.yLength; k++)
{
Arrangements[pos + j + (k * 0x20)] = 0x3FF; //Empty tile
}
}
//Save this in an external file
File.WriteAllBytes(dataFolder + "cast_roll_" + renders[i].Separate_file_name + "_arrangement.bin", prepareSeparateRender(buffers[i]));
File.WriteAllBytes(dataFolder + "cast_roll_" + renders[i].Separate_file_name + "_data.bin", prepareSeparateRenderData(buffers[i], renders[i]));
File.WriteAllBytes(dataFolder + "cast_roll_" + renders[i].Separate_file_name + "_size.bin", prepareSeparateRenderSize(buffers[i]));
}
}
//Convert the 1bpp tiles to 4bpp
for (int tile = 0; tile < UsedTiles; tile++)
{
int basePos = (tile * 0x20) + 0x2000;
_1bppTile pre_converted_tile = _1bppGraphics[tile];
for (int i = 0; i < 8; i++)
{
int row = readIntLE(BitsToNybbleLookup, pre_converted_tile.getRow(i) * 4);
for (int j = 0; j < 4; j++)
{
Graphics[basePos + (i * 4) + j] = (byte)((row >> (j * 8)) & 0xFF);
}
}
}
//File.WriteAllBytes(dataFolder + "cast_roll_graphics.bin", Graphics);
//File.WriteAllBytes(dataFolder + "cast_roll_arrangements.bin", convertUShortArrToByteArrLE(Arrangements));
File.WriteAllBytes(dataFolder + "cast_roll_first_free.bin", convertUShortToByteArrLE((ushort)(UsedTiles + 0x100)));
File.WriteAllBytes(dataFolder + "cast_roll_graphics_[c].bin", GBA.LZ77.Compress(Graphics));
File.WriteAllBytes(dataFolder + "cast_roll_arrangements_[c].bin", GBA.LZ77.Compress(convertUShortArrToByteArrLE(Arrangements)));
}
static byte[] prepareSeparateRenderSize(WritingBuffer buf)
{
byte[] newArr = new byte[1]; //Used in order to have a properly sized buffer
newArr[0] = (byte)((buf.used * 2 * WritingBuffer.yLength) & 0xFF);
return(newArr);
}
