[u]texconv changes:[\/u]<\/p>\n
[list][*]The texture header struct is 24 bytes instead of 32. I removed the padding at the end.<\/p>\n
[*]The preview option no longer takes a filename. It’s automatically written to “<outfile>_preview.png”.<\/p>\n
[*]Palettes are written to “<outfile>.pal”.[\/list]<\/p>\n
[u]palsync changes:[\/u]<\/p>\n
[list][*]The texture header struct is 24 bytes instead of 32. I removed the padding at the end.<\/p>\n
[*]Added a verbose flag.<\/p>\n
[*]Due to having palettes separate from textures, it’s a bit messier to use. You have to supply pairs of textures and palettes instead of just textures. The textures are overwritten, but the palettes remain untouched.<\/p>\n
[*]Nothing will happen unless all supplied textures and palettes are loaded successfully and are of the same color depth.[\/list]<\/p>\n
The formats are even easier now that they’re split into two.<\/p>\n
[u]Texture format:[\/u]<\/p>\n
struct TextureHeader { char magic[4]; \/\/ \"TXTR\" qint32 width; qint32 height; qint32 format; qint32 flags; qint32 size; }; Followed by \"header.size\" bytes of texture data. <\/pre>\n[u]Palette format:[\/u]<\/p>\n
struct PaletteHeader { char magic[4]; \/\/ \"PALT\" qint32 num_colors; }; Followed by \"header.num_colors\" unsigned 32-bit ints, each representing a single ARGB8888 color. <\/pre>\nAnd here’s an incredibly boring screenshot showing off this stuff. The font, the frame and the window background (yes, it’s textured) share a palette.<\/p>\n