public static Stream ProcessAreaNameTexture(FileFetcher _fc, string name, DuplicatableStream jstream, DuplicatableStream ustream)
{
DuplicatableStream wstream = _fc.GetFile(name, Version.W);
FPS4 wani = new FPS4(wstream.Duplicate());
FPS4 uani = new FPS4(new HyoutaTools.Tales.tlzc.TlzcDecompressor().Decompress(ustream.Duplicate()));
var clgfileinfo = wani.Files.Where(x => x.FileName.EndsWith(".CLG")).First();
string clgname = clgfileinfo.FileName;
FPS4 waniclg = new FPS4(wani.GetChildByName(clgname).AsFile.DataStream);
FPS4 uaniclg = new FPS4(uani.GetChildByName(clgname).AsFile.DataStream);
DuplicatableStream wtexstream = waniclg.GetChildByIndex(1).AsFile.DataStream;
DuplicatableStream utexstream = uaniclg.GetChildByIndex(1).AsFile.DataStream;
Stream wtexstreammod = ProcessTexture(name + "/" + clgname, utexstream, wtexstream);
long injectOffset = clgfileinfo.Location.Value + waniclg.Files[1].Location.Value;
Stream wstreammod = wstream.CopyToMemory();
wstreammod.Position = injectOffset;
wtexstreammod.Position = 0;
StreamUtils.CopyStream(wtexstreammod, wstreammod, wtexstreammod.Length);
wstreammod.Position = 0;
return(wstreammod);
}
public static Stream ProcessTexture(FileFetcher _fc, string name, DuplicatableStream jstream, DuplicatableStream ustream)
{
DuplicatableStream wstream = _fc.GetFile(name, Version.W);
return(ProcessTexture(name, ustream, wstream));
}
public static (DuplicatableStream metrics, DuplicatableStream texture, Dictionary <char, (int w1, int w2)> charToWidthMap) Run(FileFetcher _fc, Config config)
{
bool debug = config.DebugFontOutputPath != null;
bool adjustMetrics = debug;
DuplicatableStream metricsWiiStream = _fc.GetFile("rootR.cpk/sys/FontBinary2.bin", Version.W);
DuplicatableStream textureWiiStream = _fc.GetFile("rootR.cpk/sys/FontTexture2.tex", Version.W);
DuplicatableStream texturePs3Stream = _fc.GetFile("rootR.cpk/sys/FontTexture2.tex", Version.U);
FPS4 metricsWiiFps4 = new FPS4(metricsWiiStream);
DuplicatableStream metricsWiiData = metricsWiiFps4.GetChildByIndex(1).AsFile.DataStream;
FPS4 textureWiiFps4 = new FPS4(textureWiiStream);
FPS4 texturePs3Fps4 = new FPS4(texturePs3Stream);
TXM textureWiiTxm = new TXM(textureWiiFps4.GetChildByIndex(0).AsFile.DataStream);
TXV textureWiiTxv = new TXV(textureWiiTxm, textureWiiFps4.GetChildByIndex(1).AsFile.DataStream, false);
TXM texturePs3Txm = new TXM(texturePs3Fps4.GetChildByIndex(0).AsFile.DataStream);
TXV texturePs3Txv = new TXV(texturePs3Txm, texturePs3Fps4.GetChildByIndex(1).AsFile.DataStream, false);
Bitmap bitmapWii = textureWiiTxv.textures[0].GetBitmaps()[0];
Bitmap bitmapPs3 = texturePs3Txv.textures[0].GetBitmaps()[0];
if (debug)
{
Directory.CreateDirectory(config.DebugFontOutputPath);
bitmapWii.Save(Path.Combine(config.DebugFontOutputPath, "wii.png"));
bitmapPs3.Save(Path.Combine(config.DebugFontOutputPath, "ps3.png"));
}
var img_wii = bitmapWii;
var img_ps3 = bitmapPs3;
const int tile_extent_in_image = 25;
const int tile_extent_actual = 24;
int tiles_x = (img_wii.Width + 1) / tile_extent_in_image;
int tiles_y = (img_wii.Height + 1) / tile_extent_in_image;
const int ps3_tile_extent_in_image = 37;
const int ps3_tile_extent_actual = 36;
int ps3_tiles_x = (img_ps3.Width + 1) / ps3_tile_extent_in_image;
int ps3_tiles_y = (img_ps3.Height + 1) / ps3_tile_extent_in_image;
// split into individual tiles and extract source colors
HashSet <Color> colors = new HashSet <Color>();
List <Bitmap> tiles_wii = new List <Bitmap>();
List <Bitmap> tiles_ps3 = new List <Bitmap>();
for (int ty = 0; ty < tiles_y; ++ty)
{
for (int tx = 0; tx < tiles_x; ++tx)
{
var bmp = new Bitmap(tile_extent_actual, tile_extent_actual);
for (int y = 0; y < tile_extent_actual; ++y)
{
for (int x = 0; x < tile_extent_actual; ++x)
{
var px = img_wii.GetPixel(tx * tile_extent_in_image + x, ty * tile_extent_in_image + y);
colors.Add(px);
bmp.SetPixel(x, y, px);
}
}
tiles_wii.Add(bmp);
}
}
for (int ty = 0; ty < ps3_tiles_y; ++ty)
{
for (int tx = 0; tx < ps3_tiles_x; ++tx)
{
var bmp = new Bitmap(ps3_tile_extent_actual, ps3_tile_extent_actual);
for (int y = 0; y < ps3_tile_extent_actual; ++y)
{
for (int x = 0; x < ps3_tile_extent_actual; ++x)
{
var px = img_ps3.GetPixel(tx * ps3_tile_extent_in_image + x, ty * ps3_tile_extent_in_image + y);
bmp.SetPixel(x, y, px);
}
}
tiles_ps3.Add(bmp);
}
}
// inject ps3 tiles over wii tiles
List <(int where, int ps3where, string chars)> charsets = new List <(int where, int ps3where, string chars)>();
charsets.Add((0, 0, "0123456789ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz"));
charsets.Add((243, 74, ",."));
charsets.Add((246, 77, ":;?!_"));
charsets.Add((254, 83, "/\\~|…"));
charsets.Add((260, 118, "‘"));
charsets.Add((261, 118, "’"));
charsets.Add((262, 119, "“"));
charsets.Add((263, 119, "”"));
charsets.Add((264, 93, "()[]{}"));
charsets.Add((276, 105, "+"));
charsets.Add((277, 82, "-")); // copy the dash minus instead of the math minus, looks better in text flow
charsets.Add((278, 107, "±×÷=≠<>≤≥"));
charsets.Add((289, 118, "'\""));
charsets.Add((293, 122, "$%#&*@"));
Dictionary <char, (int w1, int w2)> charToWidthMap = new Dictionary <char, (int w1, int w2)>();
byte[] metrics = new byte[metricsWiiData.Length];
metricsWiiData.Read(metrics, 0, metrics.Length);
foreach (var charset in charsets)
{
int where = charset.where;
int ps3where = charset.ps3where;
foreach (char ch in charset.chars)
{
var wiitile = tiles_wii[where];
var averagescaled = DownscaleTileFromPs3ToWiiWithUnweightedAverageScaling(tiles_ps3[ps3where]);
//var downscaled = DownscaleTileFromPs3ToWiiWithWeightedScaling(tiles_ps3[ps3where]);
var downscaled = averagescaled;
PosterizeImage(wiitile, downscaled, colors, tile_extent_actual);
PosterizeImage(averagescaled, averagescaled, colors, tile_extent_actual);
if (debug)
{
wiitile.Save(Path.Combine(config.DebugFontOutputPath, string.Format("wii_new_{0:D4}.png", where)));
}
int cutoff_1 = 180;
int cutoff_2 = 220;
int leftwhere = where * 8 + 0;
int rightwhere = where * 8 + 1;
int leftwhere2 = where * 8 + 4;
int rightwhere2 = where * 8 + 5;
// forcing vertical extents to be the same for all, because text looks *really weird* in english if lines have different heights
// for digits, forcing horizontal extents to be the same as well so they look nice in vertical lists
bool isDigit = ch == '0' || ch == '1' || ch == '2' || ch == '3' || ch == '4' || ch == '5' || ch == '6' || ch == '7' || ch == '8' || ch == '9';
if (isDigit)
{
metrics[leftwhere] = ch == '1' ? (byte)(6) : ch == '2' ? (byte)(6) : (byte)(7);
metrics[rightwhere] = ch == '1' ? (byte)(8) : ch == '2' ? (byte)(8) : (byte)(7);
//metrics[leftwhere2] = ch == '1' ? (byte)(7) : ch == '2' ? (byte)(7) : (byte)(8);
//metrics[rightwhere2] = ch == '1' ? (byte)(9) : ch == '2' ? (byte)(9) : (byte)(8);
}
else
{
metrics[leftwhere] = (byte)MeasureAlphaFromLeft(averagescaled, cutoff_1);
metrics[rightwhere] = (byte)MeasureAlphaFromRight(averagescaled, cutoff_1);
//metrics[leftwhere2] = (byte)MeasureAlphaFromLeft(averagescaled, cutoff_2);
//metrics[rightwhere2] = (byte)MeasureAlphaFromRight(averagescaled, cutoff_2);
}
switch (ch)
{
case 'j':
case ';':
metrics[leftwhere] += 1;
break;
case 'A':
case 'P':
case 'Q':
case 'T':
case 'Y':
case 'W':
case 'f':
case 's':
case 'w':
case 'y':
case '[':
metrics[rightwhere] += 1;
break;
case 't':
metrics[leftwhere] += 1;
metrics[rightwhere] += 1;
break;
default:
break;
}
metrics[leftwhere2] = metrics[leftwhere];
metrics[rightwhere2] = metrics[rightwhere];
switch (ch)
{
case '.':
case ',':
metrics[leftwhere2] += 1;
metrics[rightwhere] += 1;
break;
default:
break;
}
metrics[where * 8 + 2] = 0; //(byte)MeasureAlphaFromTop(test, cutoff_1);
metrics[where * 8 + 3] = 4; //(byte)MeasureAlphaFromBottom(test, cutoff_1);
metrics[where * 8 + 6] = 0; //(byte)MeasureAlphaFromTop(test, cutoff_2);
metrics[where * 8 + 7] = 4; //(byte)MeasureAlphaFromBottom(test, cutoff_2);
int width1 = tile_extent_actual - (metrics[leftwhere] + metrics[rightwhere]);
int width2 = tile_extent_actual - (metrics[leftwhere2] + metrics[rightwhere2]);
charToWidthMap.Add(ch, (width1, width2));
++where;
++ps3where;
}
}
// manually generate good metrics for space; see also code patches in main.dol
metrics[0x6F70] = 10;
metrics[0x6F71] = 10;
metrics[0x6F72] = 0;
metrics[0x6F73] = 4;
metrics[0x6F74] = 10;
metrics[0x6F75] = 10;
metrics[0x6F76] = 0;
metrics[0x6F77] = 4;
charToWidthMap.Add(' ', (tile_extent_actual - 20, tile_extent_actual - 20));
// write out visual representation of font metrics for adjustments
if (adjustMetrics)
{
foreach (var charset in charsets)
{
int where = charset.where;
foreach (char ch in charset.chars)
{
int factor = 10;
var test = PointScale(tiles_wii[where], factor);
for (int metricsset = 0; metricsset < 2; ++metricsset)
{
Color col = metricsset == 0 ? Color.Red : Color.Yellow;
int xl = (metrics[where * 8 + metricsset * 4] - 1) * factor + factor - 1;
int xr = (tiles_wii[where].Width - metrics[where * 8 + metricsset * 4 + 1]) * factor;
int yt = (metrics[where * 8 + metricsset * 4 + 2] - 1) * factor + factor - 1;
int yb = (tiles_wii[where].Width - metrics[where * 8 + metricsset * 4 + 3]) * factor;
for (int y = 0; y < test.Height; ++y)
{
if (xl >= 0 && xl < test.Width)
{
test.SetPixel(xl, y, col);
}
if (xr >= 0 && xr < test.Width)
{
test.SetPixel(xr, y, col);
}
}
for (int x = 0; x < test.Width; ++x)
{
if (yt >= 0 && yt < test.Height)
{
test.SetPixel(x, yt, col);
}
if (yb >= 0 && yb < test.Height)
{
test.SetPixel(x, yb, col);
}
}
}
PointScale(test, 3).Save(Path.Combine(config.DebugFontOutputPath, string.Format("metrics_view_{0:D4}.png", where)));
++where;
}
}
}
// join indvidiual tiles back into full texture
int idx = 0;
for (int ty = 0; ty < tiles_y; ++ty)
{
for (int tx = 0; tx < tiles_x; ++tx)
{
var bmp = tiles_wii[idx];
for (int y = 0; y < tile_extent_actual; ++y)
{
for (int x = 0; x < tile_extent_actual; ++x)
{
var px = bmp.GetPixel(x, y);
img_wii.SetPixel(tx * tile_extent_in_image + x, ty * tile_extent_in_image + y, px);
}
}
++idx;
}
}
if (debug)
{
img_wii.Save(Path.Combine(config.DebugFontOutputPath, "wii_new.png"));
}
// inject metrics
DuplicatableStream outputMetricsStream;
{
Stream stream = metricsWiiStream.Duplicate().CopyToMemory();
stream.Position = 0x43E0;
stream.Write(metrics);
stream.Position = 0;
byte[] data = new byte[stream.Length];
stream.Read(data, 0, data.Length);
outputMetricsStream = new HyoutaUtils.Streams.DuplicatableByteArrayStream(data);
}
// encode texture
DuplicatableStream outputTextureStream;
{
Stream stream = textureWiiStream.Duplicate().CopyToMemory();
stream.Position = 0x80100;
List <(int idx, ushort v)> stuff = new List <(int idx, ushort v)>();
for (int i = 0; i < 16; ++i)
{
stuff.Add((i, stream.ReadUInt16().FromEndian(EndianUtils.Endianness.BigEndian)));
}
stream.Position = 0x100;
var pxit = new HyoutaTools.Textures.PixelOrderIterators.TiledPixelOrderIterator(img_wii.Width, img_wii.Height, 8, 8);
byte storage = 0;
bool even = false;
foreach (var px in pxit)
{
if (px.X < img_wii.Width && px.Y < img_wii.Height)
{
Color col = img_wii.GetPixel(px.X, px.Y);
ushort value = HyoutaTools.Textures.ColorFetchingIterators.ColorFetcherGrey8Alpha8.ColorToGrey8Alpha8(col);
var colidx = stuff.First(x => x.v == value).idx;
if (!even)
{
storage = (byte)colidx;
}
else
{
storage = (byte)(storage << 4 | (byte)colidx);
stream.WriteByte(storage);
}
even = !even;
}
}
stream.Position = 0;
byte[] data = new byte[stream.Length];
stream.Read(data, 0, data.Length);
outputTextureStream = new HyoutaUtils.Streams.DuplicatableByteArrayStream(data);
}
return(outputMetricsStream, outputTextureStream, charToWidthMap);
}