Method load

2dlib/font.cpp:375–462

}

void grFont::load(char *filename, int slot) {
  FONTFILE ff;
  gr_font_file_record fnt, *ft;
  char fontname[32];
  int num_char;
  int i;

  ft = &fnt;

  bool success;
  ff = OPEN_FONT(filename, success);
  if (!ff) {
    Error("Unable to open font in file %s.\n", filename);
  } else if (!success) {
    Error("Illegal font file: %s.\n", filename);
  }

  mprintf(0, "%s font.\n", grFont::m_FontList[slot].name);

  ft->width = READ_FONT_SHORT(ff);
  ft->height = READ_FONT_SHORT(ff);
  ft->flags = READ_FONT_SHORT(ff);
  ft->baseline = READ_FONT_SHORT(ff);
  ft->min_ascii = READ_FONT_BYTE(ff);
  ft->max_ascii = READ_FONT_BYTE(ff);
  READ_FONT_DATA(ff, fontname, 32, 1);

  mprintf(0, "  <ht %d>::<min %d>::<max %d>::<base %d>", ft->height, ft->min_ascii, ft->max_ascii, ft->baseline);

  num_char = ft->max_ascii - ft->min_ascii + 1;

  //	Read in all widths
  if (ft->flags & FT_PROPORTIONAL) {
    ft->char_widths = new int16_t[num_char];
    for (i = 0; i < num_char; i++)
      ft->char_widths[i] = READ_FONT_SHORT(ff);
    mprintf(0, "::proportional");
  } else {
    ft->char_widths = NULL;
  }

  //	Read in pixel data.
  //	for color fonts, read in byte count and then the data,
  //		generate character data pointer table
  //	for mono fonts, read in byte count, then the data, convert to bits and store
  //		generate character data pointer table
  int bytesize = READ_FONT_INT(ff);

  ft->raw_data = (uint8_t *)mem_malloc(bytesize);
  ft->char_data = (uint8_t **)mem_malloc(num_char * sizeof(uint8_t *));

  READ_FONT_DATA(ff, ft->raw_data, bytesize, 1);

  if (ft->flags & FT_COLOR) {
    int off = 0;
    mprintf(0, "::color");
    for (i = 0; i < num_char; i++) {
      ft->char_data[i] = ft->raw_data + off;