/* -*- c-file-style: "bsd"; indent-tabs-mode: t; -*- */ /* * Many of the character bitmaps below formed the typeface embodied in * the SAA5050 series of character-generator chips originally made and * sold by British company Mullard in the early 1980s. Copyright in the * typeface will still be owned by Mullard's corporate successors, but * under section 55 of the Copyright Designs and Patents Act 1988 that * copyright is no longer infringed by the production or use of * articles specifically designed or adapted for producing material in * that typeface. * * The rest of the glyphs, and all of the code in this file, were * written by Ben Harris , Simon Tatham * , Marnanel Thurman and * Neil Williamson between 2009 and 2025. * * To the extent possible under law, Ben Harris, Simon Tatham, Marnanel * Thurman and Neil Williamson have dedicated all copyright and related * and neighboring rights to this software and the embodied typeface to * the public domain worldwide. This software and typeface are * distributed without any warranty. * * You should have received a copy of the CC0 Public Domain Dedication * along with this software. If not, see * . */ /* * This is a program to construct an outline font from a bitmap. It's * based on the character-rounding algorithm of the Mullard SAA5050 * series of Teletext character generators, and thus works best on * character shapes in the same style of those of the SAA5050. This * file includes all of the glyphs from the SAA5050, SAA5051, SAA5052, * SAA5053, SAA5054, SAA5055, SAA5056, and SAA5057. The output is a * Spline Font Database file suitable for feeding to Fontforge. * * The character-smoothing algorithm of the SAA5050 and friends is * a fairly simple means of expanding a 5x9 pixel character to 10x18 * pixels for use on an interlaced display. All it does is to detect * 2x2 clumps of pixels containing a diagonal line and add a couple of * subpixels to it, like this: * * . # -> . . # # -> . . # # or # . -> # # . . -> # # . . * # . . . # # . # # # . # # # . . # # # . * # # . . # # # . . . # # . # # # * # # . . # # . . . . # # . . # # * * This is applied to every occurrence of these patterns, even when * they overlap, and the result is that thin diagonal lines are * smoothed out while other features mostly remain the same. * * One way of extending this towards continuity would be to repeatedly * double the resolution and add more pixels to diagonals each time, * but this ends up with the diagonals being much too heavy. Instead, * in places where the SAA5050 would add pixels, this program adds a * largeish triangle to each unfilled pixel, and removes a small * triangle from each filled one, something like this: * * . # -> . . # # -> . . / # or # . -> # # . . -> # \ . . * # . . . # # . / # / . # # # . . \ # \ . * # # . . / # / . . . # # . \ # \ * # # . . # / . . . . # # . . \ # * * The position of the lines is such that the diagonal stroke is the * same width as a horizontal or vertical stroke (assuming square * pixels). There are a few additional complications, in that the * trimming of filled pixels can leave odd gaps where a diagonal stem * joins another one, so the code detects this and doesn't trim in * these cases: * * . # # -> . . # # # # -> . . / # # # -> . . / # # # * # . . . . # # # # . / # / # # . / # # # # * # # . . . . / # / . . . / # / . . . * # # . . . . # / . . . . # / . . . . * * That is the interesting part of the program, and is in the dochar() * function. Most of the rest is just dull geometry to join all the * bits together into a sensible outline. Much of the code is wildly * inefficient -- O(n^2) algorithms aren't much of a problem when you * have at most a few thousand points to deal with. * * A rather nice feature of the outlines produced by this program is * that when rasterised at precisely 10 or 20 pixels high, they * produce the input and output respectively of the character-rounding * process. While there are obious additional smoothings that could * be applied, doing so would probably lose this nice property. * * The glyph bitmaps included below include all the ones from the various * members of the SAA5050 family that I know about. They are as shown * in the datasheet, and the English ones have been checked against a * real SAA5050. Occasionally, different languages have different * glyphs for the same character -- these are represented as * alternates, with the default being the glyph that looks best. * * There are some extra glyphs included as well, some derived from * standard ones and some made from whole cloth. They are built on * the same 5x9 matrix as the originals, and processed in the same way. */ #include #include #include #include #include #include #include #include #include /* This cast to "int" assumes we don't have any stupidly large arrays. */ #define lenof(x) ((int)(sizeof(x) / sizeof((x)[0]))) /* Font identity information. */ #define FAMILY_NAME "Bedstead" #define VERSION "3.261" #define VENDOR_ID "BJHa" /* For the achVendID field in the 'OS/2' table. */ #define FOUNDRY "bjh21" /* For the XLFD/BDF FOUNDRY property. */ /* Metrics expressed in pixels. */ #define XSIZE 6 #define YSIZE 10 #define ASCENT 8 #define DESCENT 2 #define XHEIGHT 5 #define ALEFHEIGHT 6 #define CAPHEIGHT (ASCENT-1) /* * Design parameters. These can vary between fonts in the Bedstead family. * * To faithfully represent the output of an SAA5050, we need to know a * little about TV pixel aspect ratios: * * http://www.lurkertech.com/lg/video-systems/#sqnonsq * * The SAA5050 can be used to drive both 480i ("NTSC") and 576i * ("PAL") displays. In 480i, industry convention is that you get * square pixels with a pixel clock of 12+3/11 MHz. In 576i, you need * 14.75 MHz. The SAA5050 takes a nominal 6MHz clock and uses both * edges to output subpixels (duty cycle between 0.4 and 0.6). This * means that the nominal pixel aspect ratios are 12+3/11:12 for 480i * and 14.75:12 for 576i. These correspond to pixel widths of 102.3 * and 122.9 respectively. * * 102.3 is close enough to 100 that we may as well just use square * pixels, which will work better on modern displays. Similarly, * 122.9 is close to 125 and keeping the widths as simple fractions * makes the fonts easier to work with. * * Double-height mode requires fonts half the usual width, hence the * existence of ultra condensed and extra condensed forms. The other * two widths just fill in the gap with the obvious fractions of the * normal width. */ static struct width { char const *option; char const *suffix; double xpix; int ttfwidth; } const widths[] = { { "--normal", "", 100.0, 5 }, { "--ultra-condensed", " Ultra Condensed", 50.0, 1 }, { "--extra-condensed", " Extra Condensed", 62.5, 2 }, { "--condensed", " Condensed", 75.0, 3 }, { "--semi-condensed", " Semi Condensed", 87.5, 4 }, { "--extended", " Extended", 125.0, 7 }, }; static struct width const *width = &widths[0]; /* Size of output pixels in font design units (usually 1000/em) */ #define XPIX (width->xpix) #define YPIX 100 /* Internally, we work in pixels 100 design units square */ #define XPIX_S 100 #define YPIX_S 100 #define XSCALE ((double)XPIX_S / (double)XPIX) #define YSCALE ((double)YPIX_S / (double)YPIX) /* Position of diagonal lines within pixels */ /* 29 is approximately 100 * (1-1/sqrt(2)) */ #define XQTR_S 29 #define YQTR_S 29 static struct weight { char const *option; char const *suffix; int weight; /* Expressed in internal units */ int ttfweight; } const weights[] = { { "--medium", "", 0, 500 }, { "--light", " Light", 2 * XQTR_S - 100, 300 }, { "--bold", " Bold", +50, 700 }, }; static struct weight const *weight = &weights[0]; /* * Slightly evil macro for overloading based on argument count. * See https://jadlevesque.github.io/PPMP-Iceberg/explanations#overloading-macros-based-on-argument-count */ #define GET_MACRO(_1, _2, _3, x, ...) x /* U(N) sets the code point and name of a glyph not in AGLFN */ #define U(N) 0x ## N, 0x ## N >= 0x10000 ? "u" #N : "uni" #N /* UALIAS2 is for passing U(N) as the first two arguments. */ #define UALIAS2(alias_unicode_name, canonical) \ { { .alias_of = canonical }, alias_unicode_name, IS_ALIAS } #define UALIAS3(alias_unicode, alias_name, canonical) \ { { .alias_of = canonical }, alias_unicode, alias_name, IS_ALIAS } #define UALIAS(...) GET_MACRO(__VA_ARGS__, UALIAS3, UALIAS2)(__VA_ARGS__) #define ALIAS(alias, canonical) UALIAS(NU, alias, canonical) static struct glyph { union { /* * Top row (and left column) don't appear in ROM. But * we allow an extra byte so that string constants can * write a terminating null. Without that, GCC 15 * generates a warning that the string might be * unterminated. */ unsigned char data[YSIZE - 1 + 1]; char const *alias_of; int subr_idx; }; uint_least32_t unicode; /* Code point and maybe variation selector. */ #define U_UVMASK 0x001FFFFF /* Code point of base character. */ #define U_HASVS 0x00200000 /* Is there a variation selector? */ #define U_VSMASK 0x0F000000 /* Bottom 4 bits of VS code point. */ #define U_VSSHIFT 24 #define VS(uvs) ((((unsigned long)uvs << U_VSSHIFT) & U_VSMASK) | U_HASVS) #define GET_UV(u) (u & U_UVMASK) #define GET_UVS(u) ((u & U_VSMASK) >> U_VSSHIFT | 0xfe00) #define NU 0xFFFFFFFF /* No Unicode code point. Must be > all valid values. */ char const *name; uint_least16_t flags; #define SEP 0x01 /* Separated graphics */ #define MOS6 0x02 /* 6-cell mosaic graphics character */ #define MOS4 0x04 /* 4-cell mosaic graphics character */ #define MOS8 0x08 /* 8-cell mosaic graphics character */ #define SEP6 (SEP | MOS6) #define SEP4 (SEP | MOS4) #define JOIN_L 0x10 /* Copy left column leftward to join to next character. */ #define JOIN_U 0x20 /* Copy top row upwards ditto. */ #define JOIN_R 0x40 /* Pretend column to right is identical to right column. */ #define JOIN_D 0x80 /* Similarly downwards. */ #define JOIN_H (JOIN_L | JOIN_R) #define JOIN_V (JOIN_U | JOIN_D) #define JOIN (JOIN_H | JOIN_V) #define IS_ALIAS 0x100 /* Set iff .alias_of is valid (and .data is not). */ #define IS_SUBR 0x200 /* Set iff .subr_idx is valid.(and .data is not). */ #define COMPAT 0x400 /* Mark as a compatibility alias in complement PDF. */ uint_least16_t left_sidebearing; /* Set when outline generated. */ } glyphs[] = { /* * The first batch of glyphs comes from the code tables at the end of * the Mullard SAA5050 series datasheet, dated July 1982. */ /* US ASCII (SAA5055) character set */ {"\00\00\00\00\00\00\00\00\00", 0x0020, "space" }, {"\04\04\04\04\04\00\04\00\00", 0x0021, "exclam" }, {"\12\12\12\00\00\00\00\00\00", 0x0022, "quotedbl" }, {"\12\12\37\12\37\12\12\00\00", 0x0023, "numbersign" }, {"\16\25\24\16\05\25\16\00\00", 0x0024, "dollar" }, {"\30\31\02\04\10\23\03\00\00", 0x0025, "percent" }, {"\10\24\24\10\25\22\15\00\00", 0x0026, "ampersand" }, {"\04\04\10\00\00\00\00\00\00", 0x2019, "quoteright" }, {"\02\04\10\10\10\04\02\00\00", 0x0028, "parenleft" }, {"\10\04\02\02\02\04\10\00\00", 0x0029, "parenright" }, {"\04\25\16\04\16\25\04\00\00", 0x002a, "asterisk" }, {"\00\04\04\37\04\04\00\00\00", 0x002b, "plus" }, {"\00\00\00\00\00\04\04\10\00", 0x002c, "comma"}, {"\00\00\00\16\00\00\00\00\00", 0x002d, "hyphen" }, {"\00\00\00\00\00\00\04\00\00", 0x002e, "period"}, {"\00\01\02\04\10\20\00\00\00", 0x002f, "slash" }, {"\04\12\21\21\21\12\04\00\00", 0x0030, "zero" }, {"\04\14\04\04\04\04\16\00\00", 0x0031, "one" }, {"\16\21\01\06\10\20\37\00\00", 0x0032, "two" }, {"\37\01\02\06\01\21\16\00\00", 0x0033, "three" }, {"\02\06\12\22\37\02\02\00\00", 0x0034, "four" }, {"\37\20\36\01\01\21\16\00\00", 0x0035, "five" }, {"\06\10\20\36\21\21\16\00\00", 0x0036, "six" }, {"\37\01\02\04\10\10\10\00\00", 0x0037, "seven" }, {"\16\21\21\16\21\21\16\00\00", 0x0038, "eight" }, {"\16\21\21\17\01\02\14\00\00", 0x0039, "nine" }, {"\00\00\04\00\00\00\04\00\00", 0x003a, "colon"}, {"\00\00\04\00\00\04\04\10\00", 0x003b, "semicolon"}, {"\02\04\10\20\10\04\02\00\00", 0x003c, "less" }, {"\00\00\37\00\37\00\00\00\00", 0x003d, "equal" }, {"\10\04\02\01\02\04\10\00\00", 0x003e, "greater" }, {"\16\21\02\04\04\00\04\00\00", 0x003f, "question" }, {"\16\21\27\25\27\20\16\00\00", 0x0040, "at" }, {"\04\12\21\21\37\21\21\00\00", 0x0041, "A" }, {"\36\21\21\36\21\21\36\00\00", 0x0042, "B" }, {"\16\21\20\20\20\21\16\00\00", 0x0043, "C" }, {"\36\21\21\21\21\21\36\00\00", 0x0044, "D" }, {"\37\20\20\36\20\20\37\00\00", 0x0045, "E" }, {"\37\20\20\36\20\20\20\00\00", 0x0046, "F" }, {"\16\21\20\20\23\21\17\00\00", 0x0047, "G" }, {"\21\21\21\37\21\21\21\00\00", 0x0048, "H" }, {"\16\04\04\04\04\04\16\00\00", 0x0049, "I" }, {"\01\01\01\01\01\21\16\00\00", 0x004a, "J" }, {"\21\22\24\30\24\22\21\00\00", 0x004b, "K" }, {"\20\20\20\20\20\20\37\00\00", 0x004c, "L" }, {"\21\33\25\25\21\21\21\00\00", 0x004d, "M" }, {"\21\21\31\25\23\21\21\00\00", 0x004e, "N" }, {"\16\21\21\21\21\21\16\00\00", 0x004f, "O" }, {"\36\21\21\36\20\20\20\00\00", 0x0050, "P" }, {"\16\21\21\21\25\22\15\00\00", 0x0051, "Q" }, {"\36\21\21\36\24\22\21\00\00", 0x0052, "R" }, {"\16\21\20\16\01\21\16\00\00", 0x0053, "S" }, {"\37\04\04\04\04\04\04\00\00", 0x0054, "T" }, {"\21\21\21\21\21\21\16\00\00", 0x0055, "U" }, {"\21\21\21\12\12\04\04\00\00", 0x0056, "V" }, {"\21\21\21\25\25\25\12\00\00", 0x0057, "W" }, {"\21\21\12\04\12\21\21\00\00", 0x0058, "X" }, {"\21\21\12\04\04\04\04\00\00", 0x0059, "Y" }, {"\37\01\02\04\10\20\37\00\00", 0x005a, "Z" }, {"\17\10\10\10\10\10\17\00\00", 0x005b, "bracketleft" }, {"\00\20\10\04\02\01\00\00\00", 0x005c, "backslash" }, {"\36\02\02\02\02\02\36\00\00", 0x005d, "bracketright" }, {"\04\12\21\00\00\00\00\00\00", 0x005e, "asciicircum" }, {"\00\00\00\00\00\00\37\00\00", 0x005f, "underscore" }, {"\04\04\02\00\00\00\00\00\00", 0x201b, "quotereversed" }, {"\00\00\16\01\17\21\17\00\00", 0x0061, "a" }, {"\20\20\36\21\21\21\36\00\00", 0x0062, "b" }, {"\00\00\17\20\20\20\17\00\00", 0x0063, "c" }, {"\01\01\17\21\21\21\17\00\00", 0x0064, "d" }, {"\00\00\16\21\37\20\16\00\00", 0x0065, "e" }, {"\02\04\04\16\04\04\04\00\00", 0x0066, "f" }, {"\00\00\17\21\21\21\17\01\16", 0x0067, "g" }, {"\20\20\36\21\21\21\21\00\00", 0x0068, "h" }, {"\04\00\14\04\04\04\16\00\00", 0x0069, "i" }, {"\04\00\04\04\04\04\04\04\10", 0x006a, "j" }, {"\10\10\11\12\14\12\11\00\00", 0x006b, "k" }, {"\14\04\04\04\04\04\16\00\00", 0x006c, "l" }, {"\00\00\32\25\25\25\25\00\00", 0x006d, "m" }, {"\00\00\36\21\21\21\21\00\00", 0x006e, "n" }, {"\00\00\16\21\21\21\16\00\00", 0x006f, "o" }, {"\00\00\36\21\21\21\36\20\20", 0x0070, "p" }, {"\00\00\17\21\21\21\17\01\01", 0x0071, "q" }, {"\00\00\13\14\10\10\10\00\00", 0x0072, "r" }, {"\00\00\17\20\16\01\36\00\00", 0x0073, "s" }, {"\04\04\16\04\04\04\02\00\00", 0x0074, "t" }, {"\00\00\21\21\21\21\17\00\00", 0x0075, "u" }, {"\00\00\21\21\12\12\04\00\00", 0x0076, "v" }, {"\00\00\21\21\25\25\12\00\00", 0x0077, "w" }, {"\00\00\21\12\04\12\21\00\00", 0x0078, "x" }, {"\00\00\21\21\21\21\17\01\16", 0x0079, "y" }, {"\00\00\37\02\04\10\37\00\00", 0x007a, "z" }, {"\03\04\04\10\04\04\03\00\00", 0x007b, "braceleft" }, {"\04\04\04\00\04\04\04\00\00", 0x00a6, "brokenbar" }, {"\30\04\04\02\04\04\30\00\00", 0x007d, "braceright" }, {"\10\25\02\00\00\00\00\00\00", 0x007e, "asciitilde" }, {"\37\37\37\37\37\37\37\00\00", 0x25a0, "filledbox" }, /* Extra characters found in the English (SAA5050) character set */ {"\06\11\10\34\10\10\37\00\00", 0x00a3, "sterling" }, {"\04\04\04\00\00\00\00\00\00", 0x0027, "quotesingle" }, {"\00\04\10\37\10\04\00\00\00", 0x2190, "arrowleft" }, {"\20\20\20\20\26\01\02\04\07", 0x00bd, "onehalf" }, {"\00\04\02\37\02\04\00\00\00", 0x2192, "arrowright" }, {"\00\04\16\25\04\04\00\00\00", 0x2191, "arrowup" }, {"\00\00\00\37\00\00\00\00\00", 0x2014, "emdash" }, {"\10\10\10\10\11\03\05\07\01", 0x00bc, "onequarter" }, {"\12\12\12\12\12\12\12\00\00", 0x2016, "dblverticalbar" }, {"\30\04\30\04\31\03\05\07\01", 0x00be, "threequarters" }, {"\00\04\00\37\00\04\00\00\00", 0x00f7, "divide" }, /* Extra characters found in the German (SAA5051) character set */ {"\00\00\00\00\00\10\10\20\00", 0xf1d0, "comma.left" }, {"\00\00\00\00\00\14\14\00\00", 0xf1d1, "period.large" }, {"\00\00\00\10\00\00\10\00\00", 0xf1d2, "colon.leftsmall" }, {"\00\00\10\00\00\10\10\20\00", 0xf1d3, "semicolon.left" }, {"\16\21\01\02\04\00\04\00\00", 0xf1da, "question.open" }, {"\16\21\20\16\21\16\01\21\16", 0x00a7, "section" }, {"\36\11\11\11\11\11\36\00\00", 0xf1db, "D.serif" }, {"\02\02\02\02\02\22\14\00\00", 0xf1dc, "J.narrow" }, {"\10\10\10\10\10\10\17\00\00", 0xf1d5, "L.narrow" }, {"\12\00\16\21\37\21\21\00\00", 0x00c4, "Adieresis" }, {"\12\00\16\21\21\21\16\00\00", 0x00d6, "Odieresis" }, {"\12\00\21\21\21\21\16\00\00", 0x00dc, "Udieresis" }, {"\06\11\06\00\00\00\00\00\00", 0x00b0, "degree" }, {"\04\00\14\04\04\04\04\04\10", 0xf1dd, "j.serif" }, {"\00\04\16\04\04\04\02\00\00", 0xf1de, "t.small" }, {"\12\00\16\01\17\21\17\00\00", 0x00e4, "adieresis" }, {"\00\12\00\16\21\21\16\00\00", 0x00f6, "odieresis" }, {"\00\12\00\21\21\21\17\00\00", 0x00fc, "udieresis" }, {"\14\22\22\26\21\21\26\20\20", 0x00df, "germandbls" }, /* Extra characters found in the Swedish (SAA5052) character set */ {"\00\00\21\16\12\16\21\00\00", 0x00a4, "currency" }, {"\02\04\37\20\36\20\37\00\00", 0x00c9, "Eacute" }, {"\16\11\11\11\11\11\16\00\00", 0xf1d4, "D.narrow" }, {"\04\00\16\21\37\21\21\00\00", 0x00c5, "Aring" }, {"\02\04\16\21\37\20\16\00\00", 0x00e9, "eacute" }, {"\04\00\16\01\17\21\17\00\00", 0x00e5, "aring" }, /* Extra characters found in the Italian (SAA5053) character set */ {"\00\00\17\20\20\20\17\02\04", 0x00e7, "ccedilla" }, {"\10\04\21\21\21\21\17\00\00", 0x00f9, "ugrave" }, {"\10\04\16\01\17\21\17\00\00", 0x00e0, "agrave" }, {"\10\04\00\16\21\21\16\00\00", 0x00f2, "ograve" }, {"\10\04\16\21\37\20\16\00\00", 0x00e8, "egrave" }, {"\10\04\00\14\04\04\16\00\00", 0x00ec, "igrave" }, /* Extra characters found in the Belgian (SAA5054) character set */ {"\12\00\14\04\04\04\16\00\00", 0x00ef, "idieresis" }, {"\12\00\16\21\37\20\16\00\00", 0x00eb, "edieresis" }, {"\04\12\16\21\37\20\16\00\00", 0x00ea, "ecircumflex" }, /* 5/13 from real SAA5054; datasheet has "\04\02\21\21\21\21\17\00\00". */ {"\04\02\21\21\21\21\16\00\00", 0xf1d6, "ugrave.roundjoined" }, {"\04\12\00\14\04\04\16\00\00", 0x00ee, "icircumflex" }, {"\04\12\16\01\17\21\17\00\00", 0x00e2, "acircumflex" }, {"\04\12\16\21\21\21\16\00\00", 0xf1d7, "ocircumflex.large" }, {"\04\12\00\21\21\21\17\00\00", 0x00fb, "ucircumflex" }, {"\00\00\17\20\20\20\17\02\06", 0xf1d8, "ccedilla.square" }, /* Extra characters found in the Hebrew (SAA5056) character set */ {"\00\21\11\25\22\21\21\00\00", U(05D0) }, /* alef */ {"\00\16\02\02\02\02\37\00\00", U(05D1) }, /* bet */ {"\00\03\01\01\03\05\11\00\00", U(05D2) }, /* gimel */ {"\00\37\02\02\02\02\02\00\00", U(05D3) }, /* dalet */ {"\00\37\01\01\21\21\21\00\00", U(05D4) }, /* he */ {"\00\14\04\04\04\04\04\00\00", U(05D5) }, /* vav */ {"\00\16\04\10\04\04\04\00\00", U(05D6) }, /* zayin */ {"\00\37\21\21\21\21\21\00\00", U(05D7) }, /* het */ {"\00\21\23\25\21\21\37\00\00", U(05D8) }, /* tet */ {"\00\14\04\00\00\00\00\00\00", U(05D9) }, /* yod */ {"\00\37\01\01\01\01\01\01\00", U(05DA) }, /* kaffinal */ {"\00\37\01\01\01\01\37\00\00", U(05DB) }, /* kaf */ {"\20\37\01\01\01\02\14\00\00", U(05DC) }, /* lamed */ {"\00\37\21\21\21\21\37\00\00", U(05DD) }, /* memfinal */ {"\00\26\11\21\21\21\27\00\00", U(05DE) }, /* mem */ {"\00\14\04\04\04\04\04\04\04", U(05DF) }, /* nunfinal */ {"\00\06\02\02\02\02\16\00\00", U(05E0) }, /* nun */ {"\00\37\11\21\21\21\16\00\00", U(05E1) }, /* samekh */ {"\00\11\11\11\11\12\34\00\00", U(05E2) }, /* ayin */ {"\00\37\11\15\01\01\01\01\00", U(05E3) }, /* pefinal */ {"\00\37\11\15\01\01\37\00\00", U(05E4) }, /* pe */ {"\00\31\12\14\10\10\10\10\00", U(05E5) }, /* tsadifinal */ {"\00\21\21\12\04\02\37\00\00", U(05E6) }, /* tsadi */ {"\00\37\01\11\11\12\10\10\00", U(05E7) }, /* qof */ {"\00\37\01\01\01\01\01\00\00", U(05E8) }, /* resh */ {"\00\25\25\25\31\21\36\00\00", U(05E9) }, /* shin */ {"\00\17\11\11\11\11\31\00\00", U(05EA) }, /* tav */ {"\00\00\25\25\16\00\00\00\00", 0xf1d9, "oldsheqel" }, /* Extra characters found in the Cyrillic (SAA5057) character set */ {"\00\00\21\21\35\25\35\00\00", U(044B) }, /* yeru */ {"\22\25\25\35\25\25\22\00\00", U(042E) }, /* Iu */ {"\16\21\21\21\37\21\21\00\00", U(0410) }, /* A */ {"\37\20\20\37\21\21\37\00\00", U(0411) }, /* Be */ {"\22\22\22\22\22\22\37\01\00", U(0426) }, /* Tse */ {"\06\12\12\12\12\12\37\21\00", U(0414) }, /* De */ {"\37\20\20\36\20\20\37\00\00", U(0415) }, /* Ie */ {"\04\37\25\25\25\37\04\00\00", U(0424) }, /* Ef */ {"\37\20\20\20\20\20\20\00\00", U(0413) }, /* Ghe */ {"\21\21\12\04\12\21\21\00\00", U(0425) }, /* Ha */ {"\21\21\23\25\31\21\21\00\00", U(0418) }, /* I */ {"\25\21\23\25\31\21\21\00\00", U(0419) }, /* Ishort */ {"\21\22\24\30\24\22\21\00\00", U(041A) }, /* Ka */ {"\07\11\11\11\11\11\31\00\00", U(041B) }, /* El */ {"\21\33\25\25\21\21\21\00\00", U(041C) }, /* Em */ {"\21\21\21\37\21\21\21\00\00", U(041D) }, /* En */ {"\16\21\21\21\21\21\16\00\00", U(041E) }, /* O */ {"\37\21\21\21\21\21\21\00\00", U(041F) }, /* Pe */ {"\17\21\21\17\05\11\21\00\00", U(042F) }, /* Ya */ {"\36\21\21\36\20\20\20\00\00", U(0420) }, /* Er */ {"\16\21\20\20\20\21\16\00\00", U(0421) }, /* Es */ {"\37\04\04\04\04\04\04\00\00", U(0422) }, /* Te */ {"\21\21\21\37\01\01\37\00\00", U(0423) }, /* U */ {"\25\25\25\16\25\25\25\00\00", U(0416) }, /* Zhe */ {"\36\21\21\36\21\21\36\00\00", U(0412) }, /* Ve */ {"\20\20\20\37\21\21\37\00\00", U(042C) }, /* Soft */ {"\30\10\10\17\11\11\17\00\00", U(042A) }, /* Hard */ {"\16\21\01\06\01\21\16\00\00", U(0417) }, /* Ze */ {"\25\25\25\25\25\25\37\00\00", U(0428) }, /* Sha */ {"\14\22\01\07\01\22\14\00\00", U(042D) }, /* E */ {"\25\25\25\25\25\25\37\01\00", U(0429) }, /* Shcha */ {"\21\21\21\37\01\01\01\00\00", U(0427) }, /* Che */ {"\21\21\21\35\25\25\35\00\00", U(042B) }, /* Yeru */ {"\00\00\22\25\35\25\22\00\00", U(044E) }, /* yu */ {"\00\00\16\01\17\21\17\00\00", U(0430) }, /* a */ {"\16\20\36\21\21\21\36\00\00", U(0431) }, /* be */ {"\00\00\22\22\22\22\37\01\00", U(0446) }, /* tse */ {"\00\00\06\12\12\12\37\21\00", U(0434) }, /* de */ {"\00\00\16\21\37\20\16\00\00", U(0435) }, /* ie */ {"\00\04\16\25\25\25\16\04\00", U(0444) }, /* ef */ {"\00\00\37\20\20\20\20\00\00", U(0433) }, /* ghe */ {"\00\00\21\12\04\12\21\00\00", U(0445) }, /* ha */ {"\00\00\21\23\25\31\21\00\00", U(0438) }, /* i */ {"\00\04\21\23\25\31\21\00\00", U(0439) }, /* ishort */ {"\00\00\21\22\34\22\21\00\00", U(043A) }, /* ka */ {"\00\00\07\11\11\11\31\00\00", U(043B) }, /* el */ {"\00\00\21\33\25\21\21\00\00", U(043C) }, /* em */ {"\00\00\21\21\37\21\21\00\00", U(043D) }, /* en */ {"\00\00\16\21\21\21\16\00\00", U(043E) }, /* o */ {"\00\00\37\21\21\21\21\00\00", U(043F) }, /* pe */ {"\00\00\17\21\17\05\31\00\00", U(044F) }, /* ya */ {"\00\00\36\21\21\21\36\20\20", U(0440) }, /* er */ {"\00\00\16\21\20\21\16\00\00", U(0441) }, /* es */ {"\00\00\37\04\04\04\04\00\00", U(0442) }, /* te */ {"\00\00\21\21\21\21\17\01\16", U(0443) }, /* u */ {"\00\00\25\25\16\25\25\00\00", U(0436) }, /* zhe */ {"\00\00\36\21\36\21\36\00\00", U(0432) }, /* ve */ {"\00\00\20\20\36\21\36\00\00", U(044C) }, /* soft */ {"\00\00\30\10\16\11\16\00\00", U(044A) }, /* hard */ {"\00\00\16\21\06\21\16\00\00", U(0437) }, /* ze */ {"\00\00\25\25\25\25\37\00\00", U(0448) }, /* sha */ {"\00\00\14\22\06\22\14\00\00", U(044D) }, /* e */ {"\00\00\25\25\25\25\37\01\00", U(0449) }, /* shcha */ {"\00\00\21\21\21\17\01\00\00", U(0447) }, /* che */ /* Mosaic graphics common to all versions */ {{0x00}, U(2003), /* em space */ MOS6 }, {{0x15}, 0x258c, "lfblock", MOS6 }, {{0x2a}, 0x2590, "rtblock", MOS6 }, {{0x3f}, 0x2588, "block", MOS6 }, #define M(u) { {0x ## u * 21 / 20 + 1}, U(1FB ## u), MOS6 } /* */ M(00), M(01), M(02), M(03), M(04), M(05), M(06), M(07), M(08), M(09), M(0A), M(0B), M(0C), M(0D), M(0E), M(0F), M(10), M(11), M(12), M(13), M(14), M(15), M(16), M(17), M(18), M(19), M(1A), M(1B), M(1C), M(1D), M(1E), M(1F), M(20), M(21), M(22), M(23), M(24), M(25), M(26), M(27), M(28), M(29), M(2A), M(2B), M(2C), M(2D), M(2E), M(2F), M(30), M(31), M(32), M(33), M(34), M(35), M(36), M(37), M(38), M(39), M(3A), M(3B), #undef M #define M(u) { {0x ## u - 0x50}, U(1CE ## u), SEP6 } /* */ M(51), M(52), M(53), M(54), M(55), M(56), M(57), M(58), M(59), M(5A), M(5B), M(5C), M(5D), M(5E), M(5F), M(60), M(61), M(62), M(63), M(64), M(65), M(66), M(67), M(68), M(69), M(6A), M(6B), M(6C), M(6D), M(6E), M(6F), M(70), M(71), M(72), M(73), M(74), M(75), M(76), M(77), M(78), M(79), M(7A), M(7B), M(7C), M(7D), M(7E), M(7F), M(80), M(81), M(82), M(83), M(84), M(85), M(86), M(87), M(88), M(89), M(8A), M(8B), M(8C), M(8D), M(8E), M(8F), #undef M /* * The other batch of glyphs were specially designed for this font. * These are kept sorted by Unicode code point. Glyphs accessed * using OpenType features are next to their originals, even when * they also have Private Use Area mappings. */ /* Basic Latin */ ALIAS("quotesingle.curly", "quoteright"), {"\00\00\04\12\21\12\04\00\00", 0xf130, "zero.onum" }, ALIAS("zero.zero", "zero_uniFE00"), /* slashed zero */ {"\16\21\23\25\31\21\16\00\00", 0x0030 + VS(0xfe00), "zero_uniFE00" }, {"\00\00\04\14\04\04\16\00\00", 0xf131, "one.onum" }, {"\00\00\36\01\16\20\37\00\00", 0xf132, "two.onum" }, {"\00\00\37\01\02\06\01\21\16", 0xf133, "three.onum" }, {"\00\00\02\06\12\22\37\02\02", 0xf134, "four.onum" }, {"\00\00\37\20\36\01\01\21\16", 0xf135, "five.onum" }, {"\00\00\37\01\02\04\10\10\10", 0xf137, "seven.onum" }, {"\00\00\16\21\21\17\01\02\14", 0xf139, "nine.onum" }, ALIAS("A.c2sc", "uni1D00"), ALIAS("B.c2sc", "uni0299"), ALIAS("C.c2sc", "uni1D04"), ALIAS("D.c2sc", "uni1D05"), ALIAS("D.c2sc.serif", "uni1D05.serif"), ALIAS("D.c2sc.narrow", "uni1D05.narrow"), ALIAS("E.c2sc", "uni1D07"), ALIAS("F.c2sc", "uniA730"), ALIAS("G.c2sc", "uni0262"), ALIAS("H.c2sc", "uni029C"), ALIAS("I.c2sc", "uni026A"), ALIAS("J.c2sc", "uni1D0A"), ALIAS("J.c2sc.narrow", "uni1D0A.narrow"), ALIAS("K.c2sc", "uni1D0B"), ALIAS("L.c2sc", "uni029F"), ALIAS("L.c2sc.narrow", "uni029F.narrow"), ALIAS("M.c2sc", "uni1D0D"), ALIAS("N.c2sc", "uni0274"), ALIAS("O.c2sc", "uni1D0F"), ALIAS("P.c2sc", "uni1D18"), ALIAS("Q.c2sc", "uniA7AF"), ALIAS("R.c2sc", "uni0280"), ALIAS("S.c2sc", "uniA731"), ALIAS("T.c2sc", "uni1D1B"), ALIAS("U.c2sc", "uni1D1C"), ALIAS("V.c2sc", "uni1D20"), ALIAS("W.c2sc", "uni1D21"), {"\00\00\21\12\04\12\21\00\00", 0xf1c0, "X.c2sc" }, ALIAS("Y.c2sc", "uni028F"), ALIAS("Z.c2sc", "uni1D22"), {"\10\04\02\00\00\00\00\00\00", 0x0060, "grave" }, ALIAS("grave.curly", "quotereversed"), ALIAS("a.sc", "A.c2sc"), ALIAS("b.sc", "B.c2sc"), ALIAS("c.sc", "C.c2sc"), ALIAS("d.sc", "D.c2sc"), ALIAS("d.sc.serif", "D.c2sc.serif"), ALIAS("d.sc.narrow", "D.c2sc.narrow"), ALIAS("e.sc", "E.c2sc"), ALIAS("f.sc", "F.c2sc"), ALIAS("g.sc", "G.c2sc"), ALIAS("h.sc", "H.c2sc"), ALIAS("i.sc", "I.c2sc"), ALIAS("j.sc", "J.c2sc"), ALIAS("j.sc.narrow", "J.c2sc.narrow"), ALIAS("k.sc", "K.c2sc"), ALIAS("l.sc", "L.c2sc"), ALIAS("l.sc.narrow", "L.c2sc.narrow"), ALIAS("m.sc", "M.c2sc"), ALIAS("n.sc", "N.c2sc"), ALIAS("o.sc", "O.c2sc"), ALIAS("p.sc", "P.c2sc"), ALIAS("q.sc", "Q.c2sc"), ALIAS("r.sc", "R.c2sc"), ALIAS("s.sc", "S.c2sc"), ALIAS("t.sc", "T.c2sc"), ALIAS("u.sc", "U.c2sc"), ALIAS("v.sc", "V.c2sc"), ALIAS("w.sc", "W.c2sc"), ALIAS("x.sc", "X.c2sc"), ALIAS("y.sc", "Y.c2sc"), ALIAS("z.sc", "Z.c2sc"), {"\04\04\04\04\04\04\04\00\00", 0x007c, "bar" }, ALIAS("bar.broken", "brokenbar"), /* Latin-1 supplement */ {"\00\00\00\00\00\00\00\00\00", U(00A0) }, /* non-breaking space */ {"\00\00\04\00\04\04\04\04\04", 0x00a1, "exclamdown" }, {"\00\04\17\24\24\24\17\04\00", 0x00a2, "cent" }, {"\21\12\37\04\37\04\04\00\00", 0x00a5, "yen" }, {"\12\00\00\00\00\00\00\00\00", 0x00a8, "dieresis" }, {"\16\21\25\33\31\33\25\21\16", 0x00a9, "copyright" }, {"\16\01\17\21\17\00\37\00\00", 0x00aa, "ordfeminine" }, {"\00\00\00\11\22\11\00\00\00", 0x00ab, "guillemotleft" }, {"\00\00\37\01\01\00\00\00\00", 0x00ac, "logicalnot" }, {"\00\00\00\16\00\00\00\00\00", U(00AD) }, /* soft hyphen */ {"\16\21\35\33\33\35\33\21\16", 0x00ae, "registered" }, {"\16\00\00\00\00\00\00\00\00", 0x00af, "macron" }, {"\04\04\37\04\04\00\37\00\00", 0x00b1, "plusminus" }, {"\14\02\04\10\16\00\00\00\00", 0x00b2, "twosuperior" }, {"\14\02\14\02\14\00\00\00\00", 0x00b3, "threesuperior" }, {"\02\04\10\00\00\00\00\00\00", 0x00b4, "acute" }, {"\00\00\22\22\22\22\35\20\20", 0x00b5, "mu" }, {"\15\25\25\15\05\05\05\00\00", 0x00b6, "paragraph" }, {"\00\00\00\04\00\00\00\00\00", 0x00b7, "periodcentered" }, {"\00\00\00\00\00\00\04\02\04", 0x00b8, "cedilla" }, {"\00\00\00\00\00\00\04\02\06", 0xf200, "cedilla.square" }, {"\04\14\04\04\16\00\00\00\00", 0x00b9, "onesuperior" }, {"\16\21\21\21\16\00\37\00\00", 0x00ba, "ordmasculine" }, {"\00\00\00\22\11\22\00\00\00", 0x00bb, "guillemotright" }, {"\00\00\04\00\04\04\10\21\16", 0x00bf, "questiondown" }, {"\00\00\04\00\04\10\20\21\16", 0xf211, "questiondown.open" }, {"\10\04\16\21\37\21\21\00\00", 0x00c0, "Agrave" }, {"\02\04\16\21\37\21\21\00\00", 0x00c1, "Aacute" }, {"\04\12\16\21\37\21\21\00\00", 0x00c2, "Acircumflex" }, {"\05\12\16\21\37\21\21\00\00", 0x00c3, "Atilde" }, {"\17\24\24\26\34\24\27\00\00", 0x00c6, "AE" }, ALIAS("AE.c2sc", "uni1D01"), {"\16\21\20\20\20\21\16\04\10", 0x00c7, "Ccedilla" }, {"\16\21\20\20\20\21\16\04\14", 0xf201, "Ccedilla.square" }, {"\00\00\16\21\20\21\16\04\10", 0xf190, "Ccedilla.c2sc" }, {"\00\00\16\21\20\21\16\04\14", 0xf202, "Ccedilla.c2sc.square" }, {"\10\04\37\20\36\20\37\00\00", 0x00c8, "Egrave" }, {"\04\12\37\20\36\20\37\00\00", 0x00ca, "Ecircumflex" }, {"\12\00\37\20\36\20\37\00\00", 0x00cb, "Edieresis" }, {"\10\04\00\16\04\04\16\00\00", 0x00cc, "Igrave" }, {"\02\04\00\16\04\04\16\00\00", 0x00cd, "Iacute" }, {"\04\12\00\16\04\04\16\00\00", 0x00ce, "Icircumflex" }, ALIAS("icircumflex.sc", "Icircumflex"), {"\12\00\16\04\04\04\16\00\00", 0x00cf, "Idieresis" }, {"\16\11\11\35\11\11\16\00\00", 0x00d0, "Eth" }, {"\36\11\11\35\11\11\36\00\00", 0xf221, "Eth.serif" }, ALIAS("Eth.c2sc", "uni1D06"), ALIAS("Eth.c2sc.serif", "uni1D06.serif"), {"\05\12\00\31\25\23\21\00\00", 0x00d1, "Ntilde" }, {"\10\04\16\21\21\21\16\00\00", 0x00d2, "Ograve" }, {"\02\04\16\21\21\21\16\00\00", 0x00d3, "Oacute" }, {"\04\12\16\21\21\21\16\00\00", 0x00d4, "Ocircumflex" }, {"\05\12\16\21\21\21\16\00\00", 0x00d5, "Otilde" }, {"\00\21\12\04\12\21\00\00\00", 0x00d7, "multiply" }, {"\15\22\25\25\25\11\26\00\00", 0x00d8, "Oslash" }, ALIAS("Oslash.c2sc", "oslash"), {"\10\04\21\21\21\21\16\00\00", 0x00d9, "Ugrave" }, {"\02\04\21\21\21\21\16\00\00", 0x00da, "Uacute" }, {"\04\12\00\21\21\21\16\00\00", 0x00db, "Ucircumflex" }, {"\02\04\21\12\04\04\04\00\00", 0x00dd, "Yacute" }, {"\20\36\21\21\36\20\20\00\00", 0x00de, "Thorn" }, {"\00\00\20\36\21\36\20\00\00", 0xf1c2, "Thorn.c2sc" }, ALIAS("germandbls.sc", "uni1E9E.c2sc"), ALIAS("agrave.sc", "Agrave"), {"\02\04\16\01\17\21\17\00\00", 0x00e1, "aacute" }, ALIAS("aacute.sc", "Aacute"), ALIAS("acircumflex.sc", "Acircumflex"), {"\05\12\16\01\17\21\17\00\00", 0x00e3, "atilde" }, ALIAS("atilde.sc", "Atilde"), ALIAS("adieresis.sc", "Adieresis"), ALIAS("aring.sc", "Aring"), {"\00\00\12\05\17\24\16\00\00", 0x00e6, "ae" }, ALIAS("ae.sc", "AE.c2sc"), ALIAS("ccedilla.sc", "Ccedilla.c2sc"), ALIAS("ccedilla.sc.square", "Ccedilla.c2sc.square"), ALIAS("egrave.sc", "Egrave"), ALIAS("eacute.sc", "Eacute"), ALIAS("ecircumflex.sc", "Ecircumflex"), ALIAS("edieresis.sc", "Edieresis"), ALIAS("igrave.sc", "Igrave"), {"\02\04\00\14\04\04\16\00\00", 0x00ed, "iacute" }, ALIAS("iacute.sc", "Iacute"), ALIAS("idieresis.sc", "Idieresis"), {"\32\04\12\01\17\21\16\00\00", 0x00f0, "eth" }, ALIAS("eth.sc", "Eth.c2sc"), ALIAS("eth.sc.serif", "Eth.c2sc.serif"), {"\05\12\36\21\21\21\21\00\00", 0x00f1, "ntilde" }, ALIAS("ntilde.sc", "Ntilde"), ALIAS("ograve.large", "Ograve"), ALIAS("ograve.sc", "Ograve"), {"\02\04\00\16\21\21\16\00\00", 0x00f3, "oacute" }, ALIAS("oacute.large", "Oacute"), ALIAS("oacute.sc", "Oacute"), {"\04\12\00\16\21\21\16\00\00", 0x00f4, "ocircumflex" }, ALIAS("ocircumflex.sc", "Ocircumflex"), {"\05\12\00\16\21\21\16\00\00", 0x00f5, "otilde" }, ALIAS("otilde.large", "Otilde"), ALIAS("otilde.sc", "Otilde"), ALIAS("odieresis.large", "Odieresis"), ALIAS("odieresis.sc", "Odieresis"), {"\00\00\15\22\25\11\26\00\00", 0x00f8, "oslash" }, ALIAS("ugrave.sc", "Ugrave"), {"\02\04\21\21\21\21\17\00\00", 0x00fa, "uacute" }, ALIAS("uacute.sc", "Uacute"), ALIAS("ucircumflex.sc", "Ucircumflex"), ALIAS("udieresis.sc", "Udieresis"), {"\02\04\21\21\21\21\17\01\16", 0x00fd, "yacute" }, ALIAS("yacute.sc", "Yacute"), {"\20\20\36\21\21\21\36\20\20", 0x00fe, "thorn" }, ALIAS("thorn.sc", "Thorn.c2sc"), {"\12\00\21\21\21\21\17\01\16", 0x00ff, "ydieresis" }, ALIAS("ydieresis.sc", "Ydieresis"), /* Latin extended-A */ {"\16\00\16\21\37\21\21\00\00", 0x0100, "Amacron" }, {"\16\00\16\01\17\21\17\00\00", 0x0101, "amacron" }, ALIAS("amacron.sc", "Amacron"), {"\04\12\21\21\37\21\21\02\01", 0x0104, "Aogonek" }, {"\00\00\04\12\21\37\21\02\01", 0xf191, "Aogonek.c2sc" }, {"\00\00\16\01\17\21\17\02\01", 0x0105, "aogonek" }, ALIAS("aogonek.sc", "Aogonek.c2sc"), {"\02\04\16\21\20\21\16\00\00", 0x0106, "Cacute" }, {"\02\04\17\20\20\20\17\00\00", 0x0107, "cacute" }, ALIAS("cacute.sc", "Cacute"), {"\04\12\16\21\20\21\16\00\00", 0x0108, "Ccircumflex" }, {"\04\12\17\20\20\20\17\00\00", 0x0109, "ccircumflex" }, ALIAS("ccircumflex.sc", "Ccircumflex"), {"\04\00\16\21\20\21\16\00\00", 0x010a, "Cdotaccent" }, {"\04\00\17\20\20\20\17\00\00", 0x010b, "cdotaccent" }, ALIAS("cdotaccent.sc", "Cdotaccent"), {"\12\04\16\21\20\21\16\00\00", 0x010c, "Ccaron" }, {"\12\04\17\20\20\20\17\00\00", 0x010d, "ccaron" }, ALIAS("ccaron.sc", "Ccaron"), {"\12\04\36\21\21\21\36\00\00", 0x010e, "Dcaron" }, {"\12\04\36\11\11\11\36\00\00", 0xf223, "Dcaron.serif" }, {"\12\04\16\11\11\11\16\00\00", 0xf233, "Dcaron.narrow" }, {"\05\05\14\24\24\24\14\00\00", 0x010f, "dcaron" }, ALIAS("dcaron.sc", "Dcaron"), ALIAS("dcaron.sc.serif", "Dcaron.serif"), ALIAS("dcaron.sc.narrow", "Dcaron.narrow"), UALIAS(0x0110, "Dcroat", "Eth"), ALIAS("Dcroat.serif", "Eth.serif"), UALIAS(0xf192, "Dcroat.c2sc", "Eth.c2sc"), ALIAS("Dcroat.c2sc.serif", "Eth.c2sc.serif"), {"\02\07\02\16\22\22\16\00\00", 0x0111, "dcroat" }, ALIAS("dcroat.sc", "Dcroat.c2sc"), ALIAS("dcroat.sc.serif", "Dcroat.c2sc.serif"), {"\16\00\37\20\36\20\37\00\00", 0x0112, "Emacron" }, {"\16\00\16\21\37\20\16\00\00", 0x0113, "emacron" }, ALIAS("emacron.sc", "Emacron"), {"\04\00\37\20\36\20\37\00\00", 0x0116, "Edotaccent" }, {"\04\00\16\21\37\20\16\00\00", 0x0117, "edotaccent" }, ALIAS("edotaccent.sc", "Edotaccent"), {"\37\20\20\36\20\20\37\02\01", 0x0118, "Eogonek" }, {"\00\00\37\20\36\20\37\02\01", 0xf193, "Eogonek.c2sc" }, {"\00\00\16\21\37\20\16\02\01", 0x0119, "eogonek" }, ALIAS("eogonek.sc", "Eogonek.c2sc"), {"\12\04\37\20\36\20\37\00\00", 0x011a, "Ecaron" }, {"\12\04\16\21\37\20\16\00\00", 0x011b, "ecaron" }, ALIAS("ecaron.sc", "Ecaron"), {"\04\12\17\20\23\21\17\00\00", 0x011c, "Gcircumflex" }, {"\04\12\17\21\21\21\17\01\16", 0x011d, "gcircumflex" }, ALIAS("gcircumflex.sc", "Gcircumflex"), {"\04\00\17\20\23\21\17\00\00", 0x0120, "Gdotaccent" }, {"\04\00\17\21\21\21\17\01\16", 0x0121, "gdotaccent" }, ALIAS("gdotaccent.sc", "Gdotaccent"), {"\16\21\20\20\23\21\17\04\10", U(0122) }, /* Gcommaaccent */ {"\00\00\17\20\23\21\17\04\10", 0xf1cf, "uni0122.c2sc" }, {"\02\04\17\21\21\21\17\01\16", U(0123) }, /* gcommaaccent */ ALIAS("uni0123.sc", "uni0122.c2sc"), {"\21\37\21\37\21\21\21\00\00", 0x0126, "Hbar" }, {"\00\00\21\37\21\37\21\00\00", 0xf194, "Hbar.c2sc" }, {"\10\34\10\16\11\11\11\00\00", 0x0127, "hbar" }, ALIAS("hbar.sc", "Hbar.c2sc"), {"\05\12\00\16\04\04\16\00\00", 0x0128, "Itilde" }, {"\05\12\00\14\04\04\16\00\00", 0x0129, "itilde" }, ALIAS("itilde.sc", "Itilde"), {"\16\00\16\04\04\04\16\00\00", 0x012a, "Imacron" }, {"\16\00\14\04\04\04\16\00\00", 0x012b, "imacron" }, ALIAS("imacron.sc", "Imacron"), {"\16\04\04\04\04\04\16\04\02", 0x012e, "Iogonek" }, {"\00\00\16\04\04\04\16\04\02", 0xf195, "Iogonek.c2sc" }, {"\04\00\14\04\04\04\16\04\02", 0x012f, "iogonek" }, ALIAS("iogonek.sc", "Iogonek.c2sc"), {"\04\00\16\04\04\04\16\00\00", 0x0130, "Idotaccent" }, {"\00\00\14\04\04\04\16\00\00", 0x0131, "dotlessi" }, ALIAS("dotlessi.sc", "I.c2sc"), {"\21\21\21\21\21\25\22\00\00", 0x0132, "IJ" }, {"\00\00\21\21\21\25\22\00\00", 0xf196, "IJ.c2sc" }, {"\11\00\31\11\11\11\35\01\02", 0x0133, "ij" }, {"\11\00\33\11\11\11\35\01\02", 0xf21d, "ij.serif" }, ALIAS("ij.sc", "IJ.c2sc"), {"\02\05\00\02\02\22\14\00\00", 0x0134, "Jcircumflex" }, {"\04\12\00\04\04\04\04\04\10", 0x0135, "jcircumflex" }, {"\04\12\00\14\04\04\04\04\10", 0xf21e, "jcircumflex.serif" }, ALIAS("jcircumflex.sc", "Jcircumflex"), {"\21\21\22\34\22\21\25\04\10", U(0136) }, /* Kcommaaccent */ {"\00\00\21\22\34\22\21\04\10", 0xf180, "uni0136.c2sc" }, {"\20\20\21\22\34\22\21\04\10", U(0137) }, /* kcommaaccent */ ALIAS("uni0137.sc", "uni0136.c2sc"), {"\00\00\21\22\34\22\21\00\00", 0x0138, "kgreenlandic" }, {"\20\20\20\20\20\20\37\04\10", U(013B) }, /* Lcommaaccent */ {"\10\10\10\10\10\10\17\02\04", 0xf213, "uni013B.narrow" }, {"\00\00\20\20\20\20\37\04\10", 0xf181, "uni013B.c2sc" }, {"\00\00\10\10\10\10\17\02\04", 0xf214, "uni013B.c2sc.narrow" }, {"\14\04\04\04\04\04\16\04\10", U(013C) }, /* lcommaaccent */ ALIAS("uni013C.sc", "uni013B.c2sc"), ALIAS("uni013C.sc.narrow", "uni013B.c2sc.narrow"), {"\22\22\24\20\20\20\37\00\00", 0x013d, "Lcaron" }, {"\11\11\12\10\10\10\17\00\00", 0xf215, "Lcaron.narrow" }, {"\00\00\22\22\24\20\37\00\00", 0xf197, "Lcaron.c2sc" }, {"\00\00\11\11\12\10\17\00\00", 0xf216, "Lcaron.c2sc.narrow" }, {"\31\11\12\10\10\10\34\00\00", 0x013e, "lcaron" }, ALIAS("lcaron.sc", "Lcaron.c2sc"), ALIAS("lcaron.sc.narrow", "Lcaron.c2sc.narrow"), {"\20\20\20\22\20\20\37\00\00", 0x013f, "Ldot" }, {"\20\20\20\22\20\20\36\00\00", 0xf217, "Ldot.narrow" }, {"\00\00\20\22\20\20\37\00\00", 0xf198, "Ldot.c2sc" }, {"\00\00\20\22\20\20\36\00\00", 0xf218, "Ldot.c2sc.narrow" }, {"\30\10\10\11\10\10\34\00\00", 0x0140, "ldot" }, ALIAS("ldot.sc", "Ldot.c2sc"), ALIAS("ldot.sc.narrow", "Ldot.c2sc.narrow"), {"\10\10\14\30\10\10\17\00\00", 0x0141, "Lslash" }, UALIAS(0xf199, "Lslash.c2sc", "uni1D0C"), {"\14\04\06\14\04\04\16\00\00", 0x0142, "lslash" }, ALIAS("lslash.sc", "Lslash.c2sc"), {"\02\04\21\31\25\23\21\00\00", 0x0143, "Nacute" }, {"\02\04\36\21\21\21\21\00\00", 0x0144, "nacute" }, ALIAS("nacute.sc", "Nacute"), {"\21\21\31\25\23\21\25\04\10", U(0145) }, /* Ncommaaccent */ {"\00\00\31\25\23\21\25\04\10", 0xf182, "uni0145.c2sc" }, {"\00\00\36\21\21\21\25\04\10", U(0146) }, /* ncommaaccent */ ALIAS("uni0146.sc", "uni0145.c2sc"), {"\12\04\21\31\25\23\21\00\00", 0x0147, "Ncaron" }, {"\12\04\36\21\21\21\21\00\00", 0x0148, "ncaron" }, ALIAS("ncaron.sc", "Ncaron"), {"\20\20\26\05\05\05\05\00\00", 0x0149, "napostrophe" }, {"\21\21\31\25\23\21\21\01\16", 0x014a, "Eng" }, {"\00\00\21\31\25\23\21\01\16", 0xf19a, "Eng.c2sc" }, {"\00\00\36\21\21\21\21\01\16", 0x014b, "eng" }, ALIAS("eng.sc", "Eng.c2sc"), {"\16\00\16\21\21\21\16\00\00", 0x014c, "Omacron" }, {"\00\16\00\16\21\21\16\00\00", 0x014d, "omacron" }, ALIAS("omacron.large", "Omacron"), ALIAS("omacron.sc", "Omacron"), {"\17\24\24\26\24\24\17\00\00", 0x0152, "OE" }, ALIAS("OE.c2sc", "uni0276"), {"\00\00\12\25\27\24\13\00\00", 0x0153, "oe" }, ALIAS("oe.sc", "OE.c2sc"), {"\02\04\36\21\36\22\21\00\00", 0x0154, "Racute" }, {"\01\02\13\14\10\10\10\00\00", 0x0155, "racute" }, ALIAS("racute.sc", "Racute"), {"\36\21\21\36\22\21\25\04\10", U(0156) }, /* Rcommaaccent */ {"\00\00\36\21\36\21\25\04\10", 0xf183, "uni0156.c2sc" }, {"\00\00\13\14\10\10\12\02\04", U(0157) }, /* rcommaaccent */ ALIAS("uni0157.sc", "uni0156.c2sc"), {"\12\04\36\21\36\22\21\00\00", 0x0158, "Rcaron" }, {"\05\02\13\14\10\10\10\00\00", 0x0159, "rcaron" }, ALIAS("rcaron.sc", "Rcaron"), {"\02\04\17\20\16\01\36\00\00", 0x015a, "Sacute" }, {"\02\04\16\20\16\01\16\00\00", 0x015b, "sacute" }, ALIAS("sacute.sc", "Sacute"), {"\16\21\20\16\01\21\16\04\10", 0x015e, "Scedilla" }, {"\16\21\20\16\01\21\16\04\14", 0xf203, "Scedilla.square" }, ALIAS("Scedilla.c2sc", "scedilla"), ALIAS("Scedilla.c2sc.square", "scedilla.square"), {"\00\00\17\20\16\01\36\04\10", 0x015f, "scedilla" }, {"\00\00\17\20\16\01\36\04\14", 0xf204, "scedilla.square" }, {"\12\04\17\20\16\01\36\00\00", 0x0160, "Scaron" }, {"\12\04\16\20\16\01\16\00\00", 0x0161, "scaron" }, ALIAS("scaron.sc", "Scaron"), {"\37\04\04\04\04\04\04\02\04", U(0162) }, /* Tcedilla */ {"\37\04\04\04\04\04\04\02\06", 0xf205, "uni0162.square" }, {"\00\00\37\04\04\04\04\02\04", 0xf19b, "uni0162.c2sc" }, {"\00\00\37\04\04\04\04\02\06", 0xf206, "uni0162.c2sc.square" }, {"\04\04\16\04\04\05\02\02\04", U(0163) }, /* tcedilla */ {"\04\04\16\04\04\05\02\02\06", 0xf207, "uni0163.square" }, {"\00\04\16\04\04\05\02\02\04", 0xf240, "uni0163.small" }, {"\00\04\16\04\04\05\02\02\06", 0xf208, "uni0163.small.square" }, ALIAS("uni0163.square.small", "uni0163.small.square"), ALIAS("uni0163.sc", "uni0162.c2sc"), ALIAS("uni0163.sc.square", "uni0162.c2sc.square"), {"\12\04\37\04\04\04\04\00\00", 0x0164, "Tcaron" }, {"\11\11\34\10\10\10\04\00\00", 0x0165, "tcaron" }, {"\01\11\34\10\10\10\04\00\00", 0xf241, "tcaron.small" }, ALIAS("tcaron.sc", "Tcaron"), {"\37\04\04\16\04\04\04\00\00", 0x0166, "Tbar" }, {"\00\00\37\04\16\04\04\00\00", 0xf1cd, "Tbar.c2sc" }, {"\04\16\04\16\04\04\02\00\00", 0x0167, "tbar" }, {"\00\04\16\04\16\04\02\00\00", 0xf242, "tbar.small" }, ALIAS("tbar.sc", "Tbar.c2sc"), {"\16\00\21\21\21\21\16\00\00", 0x016a, "Umacron" }, {"\00\16\00\21\21\21\17\00\00", 0x016b, "umacron" }, ALIAS("umacron.sc", "Umacron"), {"\04\00\21\21\21\21\16\00\00", 0x016e, "Uring" }, {"\04\00\21\21\21\21\17\00\00", 0x016f, "uring" }, {"\21\21\21\21\21\21\16\04\02", 0x0172, "Uogonek" }, {"\00\00\21\21\21\21\16\04\02", 0xf19c, "Uogonek.c2sc" }, {"\00\00\21\21\21\21\17\02\01", 0x0173, "uogonek" }, ALIAS("uogonek.sc", "Uogonek.c2sc"), {"\04\12\00\25\25\25\12\00\00", 0x0174, "Wcircumflex" }, {"\04\12\00\21\25\25\12\00\00", 0x0175, "wcircumflex" }, ALIAS("wcircumflex.sc", "Wcircumflex"), {"\04\12\00\21\12\04\04\00\00", 0x0176, "Ycircumflex" }, {"\04\12\00\21\21\21\17\01\16", 0x0177, "ycircumflex" }, ALIAS("ycircumflex.sc", "Ycircumflex"), {"\12\00\21\12\04\04\04\00\00", 0x0178, "Ydieresis" }, {"\02\04\37\01\16\20\37\00\00", 0x0179, "Zacute" }, {"\02\04\37\02\04\10\37\00\00", 0x017a, "zacute" }, ALIAS("zacute.sc", "Zacute"), {"\04\00\37\01\16\20\37\00\00", 0x017b, "Zdotaccent" }, {"\04\00\37\02\04\10\37\00\00", 0x017c, "zdotaccent" }, ALIAS("zdotaccent.sc", "Zdotaccent"), {"\12\04\37\01\16\20\37\00\00", 0x017d, "Zcaron" }, {"\12\04\37\02\04\10\37\00\00", 0x017e, "zcaron" }, ALIAS("zcaron.sc", "Zcaron"), {"\02\04\04\04\04\04\04\00\00", 0x017f, "longs" }, ALIAS("longs.sc", "S.c2sc"), /* Latin extended-B */ {"\10\10\16\11\35\11\16\00\00", U(0180) }, /* b with stroke */ ALIAS("uni0180.sc", "uni0243.c2sc"), {"\36\20\20\36\21\21\36\00\00", U(0182) }, /* B with topbar */ {"\00\00\36\20\36\21\36\00\00", 0xf1ce, "uni0182.c2sc" }, {"\37\20\36\21\21\21\36\00\00", U(0183) }, /* b with topbar */ ALIAS("uni0183.sc", "uni0182.c2sc"), {"\16\21\01\01\01\21\16\00\00", U(0186) }, /* open O */ {"\00\00\16\21\01\21\16\00\00", 0xf187, "uni0186.c2sc" }, {"\03\02\17\20\20\20\17\00\00", U(0188) }, /* Hooktop C */ UALIAS(U(0189), "Eth"), /* African D */ ALIAS("uni0189.serif", "Eth.serif"), ALIAS("uni0189.c2sc", "Eth.c2sc"), ALIAS("uni0189.c2sc.serif", "Eth.c2sc.serif"), {"\37\01\01\17\01\01\37\00\00", U(018E) }, /* reversed E */ ALIAS("uni018E.c2sc", "uni2C7B"), {"\16\21\01\37\21\21\16\00\00", U(018F) }, /* Schwa */ ALIAS("uni018F.c2sc", "uni0259"), {"\16\21\20\14\20\21\16\00\00", U(0190) }, /* Open E */ {"\00\00\16\21\14\21\16\00\00", 0xf188, "uni0190.c2sc" }, {"\02\04\04\16\04\04\04\04\10", 0x0192, "florin" }, {"\21\21\21\12\12\04\12\12\04", U(0194) }, /* Latin Gamma */ {"\00\00\21\21\12\04\12\12\04", 0xf189, "uni0194.c2sc" }, {"\16\04\04\04\04\04\02\00\00", U(0196) }, /* Latin Iota */ {"\00\00\16\04\04\04\02\00\00", 0xf18a, "uni0196.c2sc" }, {"\16\04\04\16\04\04\16\00\00", U(0197) }, /* I with stroke */ ALIAS("uni0197.c2sc", "uni1D7B"), {"\06\10\11\12\14\12\11\00\00", U(0199) }, /* Hooktop K */ {"\30\04\16\04\12\12\21\00\00", U(019B) }, /* Barred lambda */ {"\11\11\15\13\11\11\11\10\20", U(019D) }, /* N with left hook */ {"\00\00\11\15\13\11\11\10\20", 0xf18b, "uni019D.c2sc" }, {"\00\00\36\21\21\21\21\01\01", U(019E) }, /* N, right leg */ {"\14\20\36\21\21\21\36\20\20", U(01A5) }, /* Hooktop P */ {"\16\21\01\16\20\21\16\00\00", U(01A7) }, /* Tone 2 (reversed S) */ ALIAS("uni01A7.c2sc", "uni01A8"), {"\00\00\36\01\16\20\17\00\00", U(01A8) }, /* tone 2 (reversed s) */ {"\04\04\16\04\04\04\02\14\00", U(01AB) }, /* Left-hook T */ {"\00\04\16\04\04\04\02\14\00", 0xf243, "uni01AB.small" }, {"\02\04\16\04\04\04\02\00\00", U(01AD) }, /* Hooktop T */ {"\33\12\21\21\21\21\16\00\00", U(01B1) }, /* Latin Upsilon */ ALIAS("uni01B1.c2sc", "uni028A"), {"\22\21\21\21\21\22\14\00\00", U(01B2) }, /* V with hook */ ALIAS("uni01B2.c2sc", "uni028B"), {"\37\02\04\16\01\21\16\00\00", U(01B7) }, /* Ezh */ ALIAS("uni01B7.c2sc", "uni1D23"), {"\16\21\05\02\15\20\37\00\00", U(01BB) }, /* Barred two */ {"\04\04\04\04\04\04\04\04\04", U(01C0) }, /* Pipe */ {"\12\12\12\12\12\12\12\12\12", U(01C1) }, /* Double pipe */ {"\04\04\04\37\04\37\04\04\04", U(01C2) }, /* Double-barred pipe */ {"\04\04\04\04\04\00\04\00\00", U(01C3) }, /* Exclamation point */ {"\12\04\16\21\37\21\21\00\00", U(01CD) }, /* Acaron */ {"\12\04\16\01\17\21\17\00\00", U(01CE) }, /* acaron */ ALIAS("uni01CE.sc", "uni01CD"), {"\12\04\00\16\04\04\16\00\00", U(01CF) }, /* Icaron */ {"\12\04\00\14\04\04\16\00\00", U(01D0) }, /* icaron */ ALIAS("uni01D0.sc", "uni01CF"), {"\12\04\16\21\21\21\16\00\00", U(01D1) }, /* Ocaron */ {"\12\04\00\16\21\21\16\00\00", U(01D2) }, /* ocaron */ ALIAS("uni01D2.sc", "uni01D1"), {"\12\04\21\21\21\21\16\00\00", U(01D3) }, /* Ucaron */ {"\12\04\21\21\21\21\17\00\00", U(01D4) }, /* ucaron */ ALIAS("uni01D4.sc", "uni01D3"), {"\16\00\12\00\21\21\16\00\00", U(01D5) }, /* Udieresismacron */ {"\16\00\12\00\21\21\17\00\00", U(01D6) }, /* udieresismacron */ ALIAS("uni01D6.sc", "uni01D5"), {"\02\04\21\00\21\21\16\00\00", U(01D7) }, /* Udieresisacute */ {"\02\04\21\00\21\21\17\00\00", U(01D8) }, /* udieresisacute */ ALIAS("uni01D8.sc", "uni01D7"), {"\12\04\21\00\21\21\16\00\00", U(01D9) }, /* Udieresiscaron */ {"\12\04\21\00\21\21\17\00\00", U(01DA) }, /* Udieresiscaron */ ALIAS("uni01DA.sc", "uni01D9"), {"\10\04\21\00\21\21\16\00\00", U(01DB) }, /* Udieresisgrave */ {"\10\04\21\00\21\21\17\00\00", U(01DC) }, /* Udieresisgrave */ ALIAS("uni01DC.sc", "uni01DB"), {"\00\00\16\01\37\21\16\00\00", U(01DD) }, /* turned e */ ALIAS("uni01DD.sc", "uni018E.c2sc"), {"\16\00\17\24\26\34\27\00\00", U(01E2) }, /* AEmacron */ {"\16\00\12\05\17\24\16\00\00", U(01E3) }, /* aemacron */ ALIAS("uni01E3.sc", "uni01E2"), {"\12\04\00\04\04\04\04\04\10", U(01F0) }, /* J wedge */ {"\12\04\00\14\04\04\04\04\10", 0xf21f, "uni01F0.serif" }, {"\10\04\21\31\25\23\21\00\00", U(01F8) }, /* Ngrave */ {"\10\04\36\21\21\21\21\00\00", U(01F9) }, /* ngrave */ ALIAS("uni01F9.sc", "uni01F8"), {"\16\21\20\16\01\21\16\04\10", U(0218) }, /* Scommaaccent */ ALIAS("uni0218.c2sc", "uni0219"), {"\00\00\17\20\16\01\36\04\10", U(0219) }, /* scommaaccent */ {"\37\04\04\04\04\04\00\04\10", U(021A) }, /* Tcommaaccent */ {"\00\00\37\04\04\04\00\04\10", 0xf184, "uni021A.c2sc" }, {"\04\04\16\04\04\02\00\04\10", U(021B) }, /* tcommaaccent */ {"\00\04\16\04\04\02\00\04\10", 0xf244, "uni021B.small" }, ALIAS("uni021B.sc", "uni021A.c2sc"), {"\37\20\20\36\20\20\37\04\10", U(0228) }, /* Ecedilla */ {"\37\20\20\36\20\20\37\04\14", 0xf209, "uni0228.square" }, {"\00\00\37\20\36\20\37\04\10", 0xf185, "uni0228.c2sc" }, {"\00\00\37\20\36\20\37\04\14", 0xf20a, "uni0228.c2sc.square" }, {"\00\00\16\21\37\20\16\04\10", U(0229) }, /* ecedilla */ {"\00\00\16\21\37\20\16\04\14", 0xf20b, "uni0229.square" }, ALIAS("uni0229.sc", "uni0228.c2sc"), ALIAS("uni0229.sc.square", "uni0228.c2sc.square"), {"\16\00\21\12\04\04\04\00\00", U(0232) }, /* Ymacron */ {"\16\00\21\21\21\21\17\01\16", U(0233) }, /* ymacron */ ALIAS("uni0233.sc", "uni0232"), {"\00\00\04\04\04\04\04\04\10", U(0237) }, /* dotlessj */ {"\00\00\14\04\04\04\04\04\10", 0xf22d, "uni0237.serif" }, {"\00\00\17\20\16\01\36\04\03", U(023F) }, /* s with swash tail */ {"\00\00\37\02\04\10\30\04\03", U(0240) }, /* z with swash tail */ ALIAS("uni0240.sc", "uni2C7E.c2sc"), {"\16\11\16\11\35\11\16\00\00", U(0243) }, /* B with stroke */ ALIAS("uni0243.c2sc", "uni1D03"), {"\04\04\12\12\21\21\21\00\00", U(0245) }, /* turned V */ ALIAS("uni0245.c2sc", "uni028C"), /* IPA extensions */ {"\00\00\36\21\36\20\16\00\00", U(0250) }, /* Turned a */ ALIAS("uni0250.sc", "uni2C6F.c2sc"), {"\00\00\17\21\21\23\15\00\00", U(0251) }, /* Script a */ {"\00\00\26\31\21\21\36\00\00", U(0252) }, /* Turned script a */ {"\14\20\36\21\21\21\36\00\00", U(0253) }, /* Hooktop a */ {"\00\00\36\01\01\01\36\00\00", U(0254) }, /* Open o */ ALIAS("uni0254.sc", "uni0186.c2sc"), {"\00\00\17\20\22\25\16\04\00", U(0255) }, /* Curly-tail c */ {"\02\02\16\22\22\22\16\02\01", U(0256) }, /* Right-tail d */ ALIAS("uni0256.sc", "uni0189.c2sc"), ALIAS("uni0256.sc.serif", "uni0189.c2sc.serif"), {"\01\02\16\22\22\22\16\00\00", U(0257) }, /* Hooktop d */ {"\00\00\16\21\37\01\16\00\00", U(0258) }, /* Reversed e */ {"\00\00\16\01\37\21\16\00\00", U(0259) }, /* Schwa */ {"\00\00\30\04\35\26\10\00\00", U(025A) }, /* Right-hook schwa */ {"\00\00\17\20\16\20\17\00\00", U(025B) }, /* epsilon */ ALIAS("uni025B.sc", "uni0190.c2sc"), {"\00\00\36\01\16\01\36\00\00", U(025C) }, /* Reversed epsilon */ ALIAS("uni025C.sc", "uniA7AB.c2sc"), {"\00\00\30\04\31\06\30\00\00", U(025D) }, /* Right-hook rev epsilon */ {"\00\00\16\21\26\21\16\00\00", U(025E) }, /* Closed reversed epsilon */ {"\00\00\04\04\04\16\04\04\10", U(025F) }, /* Barred dotless j */ {"\01\02\16\22\22\22\16\02\14", U(0260) }, /* Hooktop g */ {"\00\00\17\21\21\21\17\01\16", U(0261) }, /* Opentail g */ {"\00\00\17\20\23\21\17\00\00", U(0262) }, /* Small capital G */ {"\00\00\21\12\12\04\12\12\04", U(0263) }, /* gamma */ ALIAS("uni0263.sc", "uni0194.c2sc"), {"\00\00\33\04\12\12\04\00\00", U(0264) }, /* ram's horns */ {"\00\00\21\21\21\21\17\01\01", U(0265) }, /* Turned h */ {"\14\20\36\21\21\21\21\00\00", U(0266) }, /* Hooktop h */ ALIAS("uni0266.sc", "uniA7AA.c2sc"), {"\14\20\36\21\21\21\21\01\06", U(0267) }, /* Hooktop heng */ {"\04\00\14\04\16\04\16\00\00", U(0268) }, /* Barred i */ ALIAS("uni0268.sc", "uni0197.c2sc"), {"\00\00\14\04\04\04\02\00\00", U(0269) }, /* iota */ ALIAS("uni0269.sc", "uni0196.c2sc"), {"\00\00\16\04\04\04\16\00\00", U(026A) }, /* Small capital I */ ALIAS("uni026A.sc", "uniA792.c2sc"), {"\14\04\15\26\04\04\16\00\00", U(026B) }, /* l with tilde */ {"\14\04\14\25\16\04\16\00\00", U(026C) }, /* Belted L */ ALIAS("uni026C.sc", "uniA7AD.c2sc"), {"\14\04\04\04\04\04\04\04\02", U(026D) }, /* Right-tail L */ {"\30\10\17\11\12\11\35\01\06", U(026E) }, /* l-ezh ligature */ {"\00\00\25\25\25\25\13\00\00", U(026F) }, /* Turned m */ {"\00\00\25\25\25\25\13\01\01", U(0270) }, /* Turned m, right tail */ {"\00\00\32\25\25\25\25\01\02", U(0271) }, /* Left-tail m (at right) */ {"\00\00\16\11\11\11\11\10\20", U(0272) }, /* Left-tail n (at left) */ ALIAS("uni0272.sc", "uni019D.c2sc"), {"\00\00\34\22\22\22\22\02\01", U(0273) }, /* Right-tail n */ {"\00\00\21\31\25\23\21\00\00", U(0274) }, /* Small capital N */ {"\00\00\16\21\37\21\16\00\00", U(0275) }, /* Barred o */ {"\00\00\17\24\27\24\17\00\00", U(0276) }, /* Small capital O-E ligature */ {"\00\00\16\21\25\25\12\00\00", U(0277) }, /* Closed omega */ {"\04\04\16\25\25\25\16\04\04", U(0278) }, /* phi */ {"\00\00\02\02\02\06\32\00\00", U(0279) }, /* Turned r */ {"\02\02\02\02\02\06\32\00\00", U(027A) }, /* Turned long-leg r */ {"\00\00\02\02\02\06\32\02\01", U(027B) }, /* Turned r, right tail */ {"\00\00\13\14\10\10\10\10\10", U(027C) }, /* Long-leg r */ {"\00\00\13\14\10\10\10\10\04", U(027D) }, /* Right-tail r */ {"\00\00\06\11\10\10\10\00\00", U(027E) }, /* Fish-hook r */ {"\00\00\36\21\36\22\21\00\00", U(0280) }, /* Small capital R */ {"\00\00\21\22\36\21\36\00\00", U(0281) }, /* Inverted small capital R */ {"\00\00\17\20\16\01\36\20\10", U(0282) }, /* Right-tail s (at left) */ {"\02\04\04\04\04\04\04\04\10", U(0283) }, /* esh */ {"\02\04\04\04\04\16\04\04\10", U(0284) }, /* Hooktop barred dotless j */ {"\02\04\04\04\04\16\24\24\10", U(0286) }, /* Curly-tail esh */ {"\00\00\10\04\04\04\16\04\04", U(0287) }, /* Turned t */ {"\00\00\10\04\04\04\16\04\00", 0xf245, "uni0287.small" }, ALIAS("uni0287.sc", "uniA7B1.c2sc"), {"\04\04\16\04\04\04\04\04\02", U(0288) }, /* Right-tail t */ {"\00\04\16\04\04\04\04\04\02", 0xf246, "uni0288.small" }, {"\00\00\12\37\12\12\06\00\00", U(0289) }, /* Barred u */ {"\00\00\33\12\21\21\16\00\00", U(028A) }, /* upsilon */ {"\00\00\22\21\21\22\14\00\00", U(028B) }, /* Cursive v (or v with hook) */ {"\00\00\04\12\12\21\21\00\00", U(028C) }, /* Turned v */ {"\00\00\12\25\25\21\21\00\00", U(028D) }, /* Turned w */ {"\16\20\34\22\21\21\21\00\00", U(028E) }, /* Turned y */ {"\00\00\21\12\04\04\04\00\00", U(028F) }, /* Small capital Y */ {"\00\00\36\04\10\20\36\02\01", U(0290) }, /* Right-tail z */ {"\00\00\37\02\04\10\36\05\02", U(0291) }, /* Curly-tail z */ {"\00\00\37\02\04\16\01\21\16", U(0292) }, /* ezh; Tailed z */ ALIAS( "uni0292.sc", "uni01B7.c2sc"), {"\00\00\37\02\04\02\11\25\16", U(0293) }, /* Curly-tail ezh */ {"\16\21\01\06\04\04\04\00\00", U(0294) }, /* Glottal stop */ {"\16\21\20\14\04\04\04\00\00", U(0295) }, /* Reversed glottal stop */ {"\04\04\04\06\01\21\16\00\00", U(0296) }, /* Inverted glottal stop */ {"\16\21\20\20\20\20\20\21\16", U(0297) }, /* Stretched c */ {"\16\21\21\25\21\21\16\00\00", U(0298) }, /* Bull's eye */ {"\00\00\36\21\36\21\36\00\00", U(0299) }, /* Small capital B */ {"\00\00\16\21\15\21\16\00\00", U(029A) }, /* Closed epsilon */ {"\01\02\16\20\26\22\16\00\00", U(029B) }, /* Hooktop small capital G */ {"\00\00\21\21\37\21\21\00\00", U(029C) }, /* Small capital H */ {"\04\00\04\04\04\16\24\24\10", U(029D) }, /* Curly-tail j */ {"\04\00\14\04\04\16\24\24\10", 0xf22e, "uni029D.serif" }, ALIAS("uni029D.sc", "uniA7B2.c2sc"), {"\00\00\22\12\06\12\22\02\02", U(029E) }, /* Turned k */ ALIAS("uni029E.sc", "uniA7B0.c2sc"), {"\00\00\20\20\20\20\37\00\00", U(029F) }, /* Small capital L */ {"\00\00\10\10\10\10\17\00\00", 0xf219, "uni029F.narrow" }, {"\06\01\17\21\21\21\17\01\01", U(02A0) }, /* Hooktop q */ {"\16\21\01\06\04\16\04\00\00", U(02A1) }, /* Barred glottal stop */ {"\16\21\20\14\04\16\04\00\00", U(02A2) }, /* Barred reversed glottal stop */ {"\04\04\17\25\26\26\17\00\00", U(02A3) }, /* dz ligature */ {"\04\04\17\25\26\25\15\01\06", U(02A4) }, /* dezh ligature */ {"\04\04\17\25\26\26\17\05\02", U(02A5) }, /* dz-curl ligature */ {"\20\20\37\24\22\21\16\00\00", U(02A6) }, /* ts ligature */ {"\00\20\37\24\22\21\16\00\00", 0xf247, "uni02A6.small" }, {"\11\12\36\12\12\12\06\02\04", U(02A7) }, /* tesh ligature */ {"\01\12\36\12\12\12\06\02\04", 0xf248, "uni02A7.small" }, {"\20\30\23\24\24\24\16\05\02", U(02A8) }, /* tc-curl ligature */ {"\10\20\20\36\25\25\25\01\06", U(02A9) }, /* feng ligature */ {"\30\10\13\14\12\11\36\00\00", U(02AA) }, /* ls ligature */ {"\30\10\17\11\12\14\37\00\00", U(02AB) }, /* lz ligature */ {"\00\00\25\12\00\25\12\00\00", U(02AC) }, /* bilabial percussive */ {"\00\00\16\12\00\16\12\00\00", U(02AD) }, /* bidental percussive */ /* Spacing modifier letters */ {"\20\20\30\24\24\00\00\00\00", U(02B0) }, /* Superscript h */ {"\10\00\10\10\10\20\00\00\00", U(02B2) }, /* Superscript j */ UALIAS(U(02B9), "minute"), UALIAS(U(02BA), "second"), UALIAS(U(02BB), "quoteleft"), UALIAS(U(02BC), "quoteright"), UALIAS(U(02BD), "quotereversed"), {"\04\12\00\00\00\00\00\00\00", 0x02c6, "circumflex" }, {"\12\04\00\00\00\00\00\00\00", 0x02c7, "caron" }, {"\04\04\04\00\00\00\00\00\00", U(02C8) }, /* Vertical stroke (superior) */ {"\16\00\00\00\00\00\00\00\00", U(02C9) }, /* Modifier letter macron */ {"\02\04\00\00\00\00\00\00\00", U(02CA) }, /* Modifier letter acute accent */ {"\10\04\00\00\00\00\00\00\00", U(02CB) }, /* Modifier letter grave accent */ {"\00\00\00\00\00\00\04\04\04", U(02CC) }, /* Vertical stroke (inferior) */ {"\00\00\00\00\00\00\00\00\16", U(02CD) }, /* Modifier letter low macron */ {"\00\00\00\00\00\00\00\04\02", U(02CE) }, /* Modifier letter low grave */ {"\00\00\00\00\00\00\00\04\10", U(02CF) }, /* Modifier letter low acute */ {"\00\00\12\04\00\04\12\00\00", U(02D0) }, /* Length mark */ {"\00\00\12\04\00\00\00\00\00", U(02D1) }, /* Half-length mark */ {"\21\16\00\00\00\00\00\00\00", 0x02d8, "breve" }, {"\04\00\00\00\00\00\00\00\00", 0x02d9, "dotaccent" }, {"\04\12\04\00\00\00\00\00\00", 0x02da, "ring" }, {"\00\00\00\00\00\00\04\10\04", 0x02db, "ogonek" }, {"\05\12\00\00\00\00\00\00\00", 0x02dc, "tilde" }, {"\11\22\00\00\00\00\00\00\00", 0x02dd, "hungarumlaut" }, {"\24\10\24\24\10\00\00\00\00", U(02E0) }, /* Superscript gamma */ {"\30\10\10\10\34\00\00\00\00", U(02E1) }, /* Superscript l */ {"\00\00\14\10\30\00\00\00\00", U(02E2) }, /* Superscript s */ {"\00\00\24\10\24\00\00\00\00", U(02E3) }, /* Superscript x */ {"\10\24\20\10\10\00\00\00\00", U(02E4) }, /* Superscript reversed glottal stop */ {"\37\01\01\01\01\01\01\00\00", U(02E5) }, /* Extra-high tone letter */ {"\01\37\01\01\01\01\01\00\00", U(02E6) }, /* High tone letter */ {"\01\01\01\37\01\01\01\00\00", U(02E7) }, /* Mid tone letter */ {"\01\01\01\01\01\37\01\00\00", U(02E8) }, /* Low tone letter */ {"\01\01\01\01\01\01\37\00\00", U(02E9) }, /* Extra-low tone letter */ /* Greek and Coptic */ {"\10\10\20\20\00\00\00\00\00", U(0374) }, /* Greek numeral sign */ {"\01\01\01\01\01\21\16\00\00", U(037F) }, /* Yot */ {"\04\00\00\00\00\00\00\00\00", 0x0384, "tonos" }, {"\04\25\00\00\00\00\00\00\00", 0x0385, "dieresistonos" }, {"\22\25\05\05\07\05\05\00\00", 0x0386, "Alphatonos" }, {"\27\24\04\06\04\04\07\00\00", 0x0388, "Epsilontonos" }, {"\25\25\05\07\05\05\05\00\00", 0x0389, "Etatonos" }, {"\27\22\02\02\02\02\07\00\00", 0x038a, "Iotatonos" }, {"\22\25\05\05\05\05\02\00\00", 0x038c, "Omicrontonos" }, {"\25\25\05\02\02\02\02\00\00", 0x038e, "Upsilontonos" }, {"\22\25\05\05\05\02\07\00\00", 0x038f, "Omegatonos" }, {"\04\25\00\14\04\04\02\00\00", 0x0390, "iotadieresistonos" }, {"\04\12\21\21\37\21\21\00\00", 0x0391, "Alpha" }, {"\36\21\21\36\21\21\36\00\00", 0x0392, "Beta" }, {"\37\20\20\20\20\20\20\00\00", 0x0393, "Gamma" }, {"\04\04\12\12\21\21\37\00\00", U(0394) }, /* Delta */ {"\37\20\20\36\20\20\37\00\00", 0x0395, "Epsilon" }, {"\37\01\02\04\10\20\37\00\00", 0x0396, "Zeta" }, {"\21\21\21\37\21\21\21\00\00", 0x0397, "Eta" }, {"\16\21\21\37\21\21\16\00\00", 0x0398, "Theta" }, {"\16\04\04\04\04\04\16\00\00", 0x0399, "Iota" }, {"\21\22\24\30\24\22\21\00\00", 0x039a, "Kappa" }, {"\04\04\12\12\21\21\21\00\00", 0x039b, "Lambda" }, {"\21\33\25\25\21\21\21\00\00", 0x039c, "Mu" }, {"\21\21\31\25\23\21\21\00\00", 0x039d, "Nu" }, {"\37\00\00\16\00\00\37\00\00", 0x039e, "Xi" }, {"\16\21\21\21\21\21\16\00\00", 0x039f, "Omicron" }, {"\37\21\21\21\21\21\21\00\00", 0x03a0, "Pi" }, {"\36\21\21\36\20\20\20\00\00", 0x03a1, "Rho" }, {"\37\20\10\04\10\20\37\00\00", 0x03a3, "Sigma" }, {"\37\04\04\04\04\04\04\00\00", 0x03a4, "Tau" }, {"\21\21\12\04\04\04\04\00\00", 0x03a5, "Upsilon" }, {"\04\16\25\25\25\16\04\00\00", 0x03a6, "Phi" }, {"\21\21\12\04\12\21\21\00\00", 0x03a7, "Chi" }, {"\25\25\25\25\25\16\04\00\00", 0x03a8, "Psi" }, {"\16\21\21\21\21\12\33\00\00", U(03A9) }, /* Omega */ {"\12\00\16\04\04\04\16\00\00", 0x03aa, "Iotadieresis" }, {"\12\00\21\12\04\04\04\00\00", 0x03ab, "Upsilondieresis" }, {"\04\00\15\22\22\22\15\00\00", 0x03ac, "alphatonos" }, {"\04\00\17\20\16\20\17\00\00", 0x03ad, "epsilontonos" }, {"\04\00\36\21\21\21\21\01\01", 0x03ae, "etatonos" }, {"\04\00\14\04\04\04\02\00\00", 0x03af, "iotatonos" }, {"\04\25\00\22\21\21\16\00\00", 0x03b0, "upsilondieresistonos" }, {"\00\00\15\22\22\22\15\00\00", 0x03b1, "alpha" }, {"\16\21\21\36\21\21\36\20\20", 0x03b2, "beta" }, {"\00\00\21\21\12\12\04\04\04", 0x03b3, "gamma" }, {"\17\20\16\21\21\21\16\00\00", 0x03b4, "delta" }, {"\00\00\17\20\16\20\17\00\00", 0x03b5, "epsilon" }, {"\36\02\04\10\20\20\14\02\04", 0x03b6, "zeta" }, {"\00\00\36\21\21\21\21\01\01", 0x03b7, "eta" }, {"\14\22\22\36\22\22\14\00\00", 0x03b8, "theta" }, {"\00\00\14\04\04\04\02\00\00", 0x03b9, "iota" }, {"\00\00\11\12\14\12\11\00\00", 0x03ba, "kappa" }, {"\30\04\04\12\12\21\21\00\00", 0x03bb, "lambda" }, {"\00\00\22\22\22\22\35\20\20", U(03BC) }, /* mu */ {"\00\00\21\21\11\12\04\00\00", 0x03bd, "nu" }, {"\16\20\20\16\20\20\16\01\02", 0x03be, "xi" }, {"\00\00\16\21\21\21\16\00\00", 0x03bf, "omicron" }, {"\00\00\37\12\12\12\11\00\00", 0x03c0, "pi" }, {"\00\00\16\21\21\21\36\20\20", 0x03c1, "rho" }, {"\00\00\17\20\20\20\16\01\02", 0x03c2, "sigma1" }, {"\00\00\17\22\21\21\16\00\00", 0x03c3, "sigma" }, {"\00\00\37\04\04\04\02\00\00", 0x03c4, "tau" }, {"\00\00\22\21\21\21\16\00\00", 0x03c5, "upsilon" }, {"\00\00\26\25\25\25\16\04\04", 0x03c6, "phi" }, {"\00\00\21\11\12\04\12\22\21", 0x03c7, "chi" }, {"\00\00\25\25\25\25\16\04\04", 0x03c8, "psi" }, {"\00\00\12\21\25\25\12\00\00", 0x03c9, "omega" }, {"\12\00\14\04\04\04\02\00\00", 0x03ca, "iotadieresis" }, {"\12\00\22\21\21\21\16\00\00", 0x03cb, "upsilondieresis" }, {"\04\00\16\21\21\21\16\00\00", 0x03cc, "omicrontonos" }, {"\04\00\22\21\21\21\16\00\00", 0x03cd, "upsilontonos" }, {"\04\00\12\21\25\25\12\00\00", 0x03ce, "omegatonos" }, {"\04\04\16\25\25\25\16\04\04", 0x03d5, "phi1" }, {"\04\00\04\04\04\04\04\04\10", U(03F3) }, /* yot */ /* Cyrillic */ {"\10\04\37\20\36\20\37\00\00", U(0400) }, /* Ie grave */ {"\12\00\37\20\36\20\37\00\00", U(0401) }, /* Yo */ {"\36\10\10\16\11\11\11\01\02", U(0402) }, /* Dje */ {"\02\04\37\20\20\20\20\00\00", U(0403) }, /* Gje */ {"\06\11\20\34\20\11\06\00\00", U(0404) }, /* Ye Ukrainian */ {"\16\21\20\16\01\21\16\00\00", U(0405) }, /* Dze */ {"\16\04\04\04\04\04\16\00\00", U(0406) }, /* dotted I */ {"\12\00\16\04\04\04\16\00\00", U(0407) }, /* Yi */ {"\01\01\01\01\01\21\16\00\00", U(0408) }, /* Je */ {"\14\24\24\27\25\25\27\00\00", U(0409) }, /* Lje */ {"\24\24\24\37\25\25\27\00\00", U(040A) }, /* Nje */ {"\36\10\10\16\11\11\11\00\00", U(040B) }, /* Tshe */ {"\02\04\21\22\34\22\21\00\00", U(040C) }, /* Kje */ {"\10\04\21\23\25\31\21\00\00", U(040D) }, /* I grave */ {"\25\21\21\37\01\01\37\00\00", U(040E) }, /* short U */ {"\21\21\21\21\21\21\37\04\00", U(040F) }, /* Dzhe */ {"\10\04\16\21\37\20\16\00\00", U(0450) }, /* ie grave */ {"\12\00\16\21\37\20\16\00\00", U(0451) }, /* yo */ {"\10\36\10\16\11\11\11\01\02", U(0452) }, /* dje */ {"\02\04\00\37\20\20\20\00\00", U(0453) }, /* gje */ {"\00\00\14\22\30\22\14\00\00", U(0454) }, /* ye Ukrainian */ {"\00\00\17\20\16\01\36\00\00", U(0455) }, /* dze */ {"\04\00\14\04\04\04\16\00\00", U(0456) }, /* dotted i */ {"\12\00\14\04\04\04\16\00\00", U(0457) }, /* yi */ {"\04\00\04\04\04\04\04\04\10", U(0458) }, /* je */ {"\00\00\14\24\26\25\26\00\00", U(0459) }, /* lje */ {"\00\00\24\24\36\25\26\00\00", U(045A) }, /* nje */ {"\10\36\10\16\11\11\11\00\00", U(045B) }, /* tshe */ {"\02\04\20\22\34\22\21\00\00", U(045C) }, /* kje */ {"\10\04\00\23\25\31\21\00\00", U(045D) }, /* i grave */ {"\00\04\21\21\21\21\17\01\16", U(045E) }, /* short u */ {"\00\00\21\21\21\21\37\04\00", U(045F) }, /* dzhe */ {"\01\37\20\20\20\20\20\00\00", U(0490) }, /* Ghe with upturn */ {"\00\01\37\20\20\20\20\00\00", U(0491) }, /* ghe with upturn */ {"\17\10\10\36\10\10\10\00\00", U(0492) }, /* Ghe with stroke */ {"\00\00\17\10\36\10\10\00\00", U(0493) }, /* ghe with stroke */ #ifdef ARMENIAN /* Armenian */ {"\21\21\21\21\25\22\15\00\00", U(0531) }, /* Ayb */ {"\16\21\21\20\37\20\20\00\00", U(0532) }, /* Ben */ {"\14\22\22\22\17\02\02\00\00", U(0533) }, /* Gim */ {"\14\22\22\02\03\02\02\00\00", U(0534) }, /* Da */ {"\20\20\37\20\21\21\16\00\00", U(0535) }, /* Ech */ {"\16\21\21\01\01\22\37\00\00", U(0536) }, /* Za */ {"\20\20\20\37\20\20\36\00\00", U(0537) }, /* Eh */ {"\16\21\21\20\20\20\37\00\00", U(0538) }, /* Et */ {"\16\21\21\23\25\25\22\00\00", U(0539) }, /* To */ {"\02\02\17\22\22\22\14\00\00", U(053A) }, /* Zhe */ {"\20\20\36\21\21\21\20\00\00", U(053B) }, /* Ini */ {"\20\20\20\20\20\20\37\00\00", U(053C) }, /* Liwn */ {"\20\20\35\25\25\25\22\00\00", U(053D) }, /* Xeh */ {"\37\16\21\21\21\21\16\00\00", U(053E) }, /* Ca */ {"\20\21\21\17\01\01\01\00\00", U(053F) }, /* Ken */ {"\02\01\03\14\20\14\03\00\00", U(0540) }, /* Ho */ {"\16\21\21\01\15\22\15\00\00", U(0541) }, /* Ja */ {"\14\22\22\02\02\02\03\00\00", U(0542) }, /* Ghad */ {"\01\32\04\12\12\21\37\00\00", U(0543) }, /* Cheh */ {"\23\22\22\22\22\22\14\00\00", U(0544) }, /* Men */ {"\16\21\01\36\01\21\16\00\00", U(0545) }, /* Yi */ {"\30\10\10\10\11\11\06\00\00", U(0546) }, /* Now */ {"\30\07\10\20\21\21\16\00\00", U(0547) }, /* Sha */ {"\16\21\21\21\21\21\21\00\00", U(0548) }, /* Vo */ {"\16\21\21\01\02\34\03\00\00", U(0549) }, /* Cha */ {"\16\25\25\05\05\01\01\00\00", U(054A) }, /* Peh */ {"\16\21\21\31\05\26\37\00\00", U(054B) }, /* Jheh */ {"\14\22\22\23\22\22\22\00\00", U(054C) }, /* Ra */ {"\21\21\21\21\21\21\16\00\00", U(054D) }, /* Seh */ {"\02\22\22\22\16\02\03\00\00", U(054E) }, /* Vew */ {"\16\21\20\16\01\21\16\00\00", U(054F) }, /* Tiwn */ {"\16\21\21\20\20\20\20\00\00", U(0550) }, /* Reh */ {"\16\21\16\21\01\21\16\00\00", U(0551) }, /* Co */ {"\20\20\37\20\20\20\20\00\00", U(0552) }, /* Yiwn */ {"\04\16\25\25\25\16\04\00\00", U(0553) }, /* Piwr */ {"\06\11\11\16\10\37\10\00\00", U(0554) }, /* Keh */ {"\16\21\21\21\21\21\16\00\00", U(0555) }, /* Oh */ {"\14\24\16\05\25\25\16\00\00", U(0556) }, /* Feh */ {"\00\00\25\25\25\25\13\00\00", U(0561) }, /* ayb */ {"\00\00\36\21\21\20\37\20\20", U(0562) }, /* ben */ {"\00\00\16\22\22\22\17\02\02", U(0563) }, /* gim */ {"\00\00\34\22\22\22\23\02\02", U(0564) }, /* da */ {"\20\20\37\20\21\21\17\00\00", U(0565) }, /* ech */ {"\00\00\16\22\22\22\16\02\03", U(0566) }, /* za */ {"\20\20\37\20\20\20\36\00\00", U(0567) }, /* eh */ {"\00\00\36\21\21\21\21\20\37", U(0568) }, /* et */ {"\00\00\36\21\27\31\26\20\20", U(0569) }, /* to */ {"\02\02\17\22\22\22\14\00\00", U(056A) }, /* zhe */ {"\20\20\36\21\21\21\21\20\20", U(056B) }, /* ini */ {"\00\00\10\10\10\10\10\10\16", U(056C) }, /* liwn */ {"\20\20\35\25\25\25\23\20\20", U(056D) }, /* xeh */ {"\04\02\17\22\22\22\14\00\00", U(056E) }, /* ca */ {"\20\20\21\21\21\21\17\01\01", U(056F) }, /* ken */ {"\20\20\36\21\21\21\21\00\00", U(0570) }, /* ho */ {"\04\02\04\12\21\23\15\00\00", U(0571) }, /* ja */ {"\00\00\34\22\22\22\22\02\03", U(0572) }, /* ghad */ {"\07\10\36\11\11\11\07\00\00", U(0573) }, /* cheh */ {"\03\02\22\22\22\22\16\00\00", U(0574) }, /* men */ {"\00\00\04\04\04\04\04\04\10", U(0575) }, /* yi */ {"\30\10\11\11\11\11\07\00\00", U(0576) }, /* now */ {"\00\00\16\21\01\02\14\20\37", U(0577) }, /* sha */ {"\00\00\36\21\21\21\21\00\00", U(0578) }, /* vo */ {"\00\00\04\10\04\02\14\20\37", U(0579) }, /* cha */ {"\00\00\25\25\25\25\13\01\01", U(057A) }, /* peh */ {"\00\00\16\21\21\12\14\20\37", U(057B) }, /* jheh */ {"\00\00\36\21\21\22\23\00\00", U(057C) }, /* ra */ {"\00\00\21\21\21\21\17\00\00", U(057D) }, /* seh */ {"\02\02\22\22\22\22\16\02\03", U(057E) }, /* vew */ {"\00\00\26\25\25\25\15\00\00", U(057F) }, /* tiwn */ {"\00\00\36\21\21\21\21\20\20", U(0580) }, /* reh */ {"\00\00\17\21\21\21\17\01\16", U(0581) }, /* co */ {"\00\00\10\10\10\10\16\00\00", U(0582) }, /* yiwn */ {"\04\04\26\25\25\25\15\04\04", U(0583) }, /* piwr */ {"\00\00\16\11\11\16\10\37\10", U(0584) }, /* keh */ {"\00\00\16\21\21\21\16\00\00", U(0585) }, /* oh */ {"\14\24\16\05\25\25\16\04\04", U(0586) }, /* feh */ {"\20\20\24\24\24\24\17\00\00", U(0587) }, /* ech_yiwn */ {"\14\22\22\07\02\07\02\00\00", U(058F) }, /* armdram */ #endif /* Phonetic extensions */ {"\00\00\16\21\37\21\21\00\00", U(1D00) }, /* small cap A */ {"\00\00\17\24\26\34\27\00\00", U(1D01) }, /* small cap AE */ {"\00\00\16\05\36\24\12\00\00", U(1D02) }, /* turned ae */ {"\00\00\16\11\36\11\16\00\00", U(1D03) }, /* small cap barred B */ {"\00\00\16\21\20\21\16\00\00", U(1D04) }, /* small cap C */ {"\00\00\36\21\21\21\36\00\00", U(1D05) }, /* small cap D */ {"\00\00\36\11\11\11\36\00\00", 0xf220, "uni1D05.serif" }, {"\00\00\16\11\11\11\16\00\00", 0xf230, "uni1D05.narrow" }, {"\00\00\16\11\35\11\16\00\00", U(1D06) }, /* small cap Eth */ {"\00\00\36\11\35\11\36\00\00", 0xf222, "uni1D06.serif" }, {"\00\00\37\20\36\20\37\00\00", U(1D07) }, /* small cap E */ {"\00\00\16\04\04\04\06\00\04", U(1D09) }, /* turned i */ {"\00\00\01\01\01\21\16\00\00", U(1D0A) }, /* small cap J */ {"\00\00\02\02\02\22\14\00\00", 0xf21c, "uni1D0A.narrow" }, {"\00\00\21\22\34\22\21\00\00", U(1D0B) }, /* small cap K */ {"\00\00\10\14\30\10\17\00\00", U(1D0C) }, /* small cap Lslash */ {"\00\00\21\33\25\21\21\00\00", U(1D0D) }, /* small cap M */ {"\00\00\21\23\25\31\21\00\00", U(1D0E) }, /* small cap reversed N */ {"\00\00\16\21\21\21\16\00\00", U(1D0F) }, /* small cap O */ {"\00\00\32\05\35\25\12\00\00", U(1D14) }, /* turned oe */ {"\00\00\36\21\36\20\20\00\00", U(1D18) }, /* small cap P */ {"\00\00\17\21\17\11\21\00\00", U(1D19) }, /* small cap reversed R */ {"\00\00\21\11\17\21\17\00\00", U(1D1A) }, /* small cap turned R */ {"\00\00\37\04\04\04\04\00\00", U(1D1B) }, /* small cap T */ {"\00\00\21\21\21\21\16\00\00", U(1D1C) }, /* small cap U */ {"\00\00\37\01\01\01\36\00\00", U(1D1D) }, /* sideways u */ {"\00\00\37\01\36\01\36\00\00", U(1D1F) }, /* sideways m */ {"\00\00\21\21\12\12\04\00\00", U(1D20) }, /* small cap V */ {"\00\00\21\25\25\25\12\00\00", U(1D21) }, /* small cap W */ {"\00\00\37\01\16\20\37\00\00", U(1D22) }, /* small cap Z */ {"\00\00\37\01\06\21\16\00\00", U(1D23) }, /* small cap Ezh */ {"\30\04\34\24\10\00\00\00\00", U(1D4A) }, /* Superscript schwa */ {"\00\00\00\00\04\00\14\04\16", U(1D62) }, /* iinferior */ {"\00\00\00\00\00\00\12\14\10", U(1D63) }, /* rinferior */ {"\00\00\00\00\00\00\12\12\06", U(1D64) }, /* uinferior */ {"\00\00\00\00\00\00\12\12\04", U(1D65) }, /* vinferior */ {"\00\00\16\04\16\04\16\00\00", U(1D7B) }, /* small cap I with stroke */ /* Phonetic extensions supplement */ {"\10\24\34\24\10\00\00\00\00", U(1DBF) }, /* Superscript theta */ /* Latin extended additional */ {"\04\00\36\21\36\21\36\00\00", U(1E02) }, /* Bdotaccent */ {"\24\20\36\21\21\21\36\00\00", U(1E03) }, /* bdotaccent */ ALIAS("uni1E03.sc", "uni1E02"), {"\36\21\21\36\21\21\36\00\04", U(1E04) }, /* Bdotbelow */ {"\00\00\36\21\36\21\36\00\04", 0xf19d, "uni1E04.c2sc"}, {"\20\20\36\21\21\21\36\00\04", U(1E05) }, /* bdotbelow */ ALIAS("uni1E05.sc", "uni1E04.c2sc"), {"\36\21\21\36\21\21\36\00\16", U(1E06) }, /* Bmacronbelow */ {"\00\00\36\21\36\21\36\00\16", 0xf19e, "uni1E06.c2sc"}, {"\20\20\36\21\21\21\36\00\16", U(1E07) }, /* bmacronbelow */ ALIAS("uni1E06.sc", "uni1E06.c2sc"), {"\02\04\16\21\20\21\16\04\10", U(1E08) }, /* Ccedillaacute */ {"\02\04\16\21\20\21\16\04\14", 0xf20c, "uni1E08.square" }, {"\02\04\17\20\20\20\17\04\10", U(1E09) }, /* ccedillaacute */ {"\02\04\17\20\20\20\17\04\14", 0xf20d, "uni1E09.square" }, ALIAS("uni1E09.sc", "uni1E08"), ALIAS("uni1E09.sc.square", "uni1E08.square"), {"\04\00\36\21\21\21\36\00\00", U(1E0A) }, /* Ddotaccent */ {"\04\00\36\11\11\11\36\00\00", 0xf224, "uni1E0A.serif" }, {"\04\00\36\11\11\11\36\00\00", 0xf234, "uni1E0A.narrow" }, {"\05\01\17\21\21\21\17\00\00", U(1E0B) }, /* ddotaccent */ ALIAS("uni1E0B.sc", "uni1E0A"), ALIAS("uni1E0B.sc.serif", "uni1E0A.serif"), ALIAS("uni1E0B.sc.narrow", "uni1E0A.narrow"), {"\36\21\21\21\21\21\36\00\04", U(1E0C) }, /* Ddotbelow */ {"\36\11\11\11\11\11\36\00\04", 0xf225, "uni1E0C.serif" }, {"\16\11\11\11\11\11\16\00\04", 0xf235, "uni1E0C.narrow" }, {"\00\00\36\21\21\21\36\00\04", 0xf19f, "uni1E0C.c2sc" }, {"\00\00\36\11\11\11\36\00\04", 0xf226, "uni1E0C.c2sc.serif" }, {"\00\00\16\11\11\11\16\00\04", 0xf236, "uni1E0C.c2sc.narrow" }, {"\01\01\17\21\21\21\17\00\04", U(1E0D) }, /* ddotbelow */ ALIAS("uni1E0D.sc", "uni1E0C.c2sc"), ALIAS("uni1E0D.sc.serif", "uni1E0C.c2sc.serif"), ALIAS("uni1E0D.sc.narrow", "uni1E0C.c2sc.narrow"), {"\36\21\21\21\21\21\36\00\16", U(1E0E) }, /* Dmacronbelow */ {"\36\11\11\11\11\11\36\00\16", 0xf227, "uni1E0E.serif" }, {"\16\11\11\11\11\11\16\00\16", 0xf237, "uni1E0E.narrow" }, {"\00\00\36\21\21\21\36\00\16", 0xf1a0, "uni1E0E.c2sc" }, {"\00\00\36\11\11\11\36\00\16", 0xf228, "uni1E0E.c2sc.serif" }, {"\00\00\16\11\11\11\16\00\16", 0xf238, "uni1E0E.c2sc.narrow" }, {"\01\01\17\21\21\21\17\00\16", U(1E0F) }, /* dmacronbelow */ ALIAS("uni1E0F.sc", "uni1E0E.c2sc"), ALIAS("uni1E0F.sc.serif", "uni1E0E.c2sc.serif"), ALIAS("uni1E0F.sc.narrow", "uni1E0E.c2sc.narrow"), {"\36\21\21\21\21\21\36\04\10", U(1E10) }, /* Dcommaaccent */ {"\36\11\11\11\11\11\36\04\10", 0xf229, "uni1E10.serif" }, {"\16\11\11\11\11\11\16\04\10", 0xf239, "uni1E10.narrow" }, {"\00\00\36\21\21\21\36\04\10", 0xf1a1, "uni1E10.c2sc" }, {"\00\00\36\11\11\11\36\04\10", 0xf22a, "uni1E10.c2sc.serif" }, {"\00\00\16\11\11\11\16\04\10", 0xf23a, "uni1E10.c2sc.narrow" }, {"\01\01\17\21\21\21\17\04\10", U(1E11) }, /* dcommaaccent */ ALIAS("uni1E11.sc", "uni1E10.c2sc"), ALIAS("uni1E11.sc.serif", "uni1E10.c2sc.serif"), ALIAS("uni1E11.sc.narrow", "uni1E10.c2sc.narrow"), {"\36\21\21\21\21\21\36\04\12", U(1E12) }, /* Dcircumflexbelow */ {"\36\11\11\11\11\11\36\04\12", 0xf22b, "uni1E12.serif" }, {"\16\11\11\11\11\11\16\04\12", 0xf23b, "uni1E12.narrow" }, {"\00\00\36\21\21\21\36\04\12", 0xf1a2, "uni1E12.c2sc" }, {"\00\00\36\11\11\11\36\04\12", 0xf22c, "uni1E12.c2sc.serif" }, {"\00\00\16\11\11\11\16\04\12", 0xf23c, "uni1E12.c2sc.narrow" }, {"\01\01\17\21\21\21\17\04\12", U(1E13) }, /* dcircumflexbelow */ ALIAS("uni1E13.sc", "uni1E12.c2sc"), ALIAS("uni1E13.sc.serif", "uni1E12.c2sc.serif"), ALIAS("uni1E13.sc.narrow", "uni1E12.c2sc.narrow"), {"\37\20\20\36\20\20\37\04\12", U(1E18) }, /* Ecircumflexbelow */ {"\00\00\37\20\36\20\37\04\12", 0xf1a3, "uni1E18.c2sc" }, {"\00\00\16\21\37\20\16\04\12", U(1E19) }, /* ecircumflexbelow */ ALIAS("uni1E19.sc", "uni1E18.c2sc"), {"\04\00\37\20\36\20\20\00\00", U(1E1E) }, /* Fdotaccent */ {"\04\00\02\04\16\04\04\00\00", U(1E1F) }, /* fdotaccent */ ALIAS("uni1E1F.sc", "uni1E1E"), {"\16\00\17\20\23\21\17\00\00", U(1E20) }, /* Gmacron */ {"\16\00\17\21\21\21\17\01\16", U(1E21) }, /* gmacron */ ALIAS("uni1E21.sc", "uni1E20"), {"\25\21\21\37\21\21\21\00\00", U(1E22) }, /* Hdotaccent */ {"\04\00\21\21\37\21\21\00\00", 0xf1a4, "uni1E22.c2sc" }, {"\24\20\36\21\21\21\21\00\00", U(1E23) }, /* hdotaccent */ ALIAS("uni1E23.sc", "uni1E22.c2sc"), {"\21\21\21\37\21\21\21\00\04", U(1E24) }, /* Hdotbelow */ {"\00\00\21\21\37\21\21\00\04", 0xf1a5, "uni1E24.c2sc" }, {"\20\20\36\21\21\21\21\00\04", U(1E25) }, /* hdotbelow */ ALIAS("uni1E25.sc", "uni1E24.c2sc"), {"\12\00\21\21\37\21\21\00\00", U(1E26) }, /* Hdieresis */ {"\25\20\36\21\21\21\21\00\00", U(1E27) }, /* hdieresis */ ALIAS("uni1E27.sc", "uni1E26"), {"\21\21\21\37\21\21\21\10\20", U(1E28) }, /* Hcedilla */ {"\21\21\21\37\21\21\21\10\30", 0xf20e, "uni1E28.square" }, {"\00\00\21\21\37\21\21\10\20", 0xf1a6, "uni1E28.c2sc" }, {"\00\00\21\21\37\21\21\10\30", 0xf20f, "uni1E28.c2sc.square" }, {"\20\20\36\21\21\21\21\10\20", U(1E29) }, /* hcedilla */ {"\20\20\36\21\21\21\21\10\30", 0xf210, "uni1E29.square" }, ALIAS("uni1E29.sc", "uni1E28"), ALIAS("uni1E29.sc.square", "uni1E28.square"), {"\21\22\24\30\24\22\21\00\04", U(1E32) }, /* Kdotbelow */ {"\10\10\11\12\14\12\11\00\04", U(1E33) }, /* kdotbelow */ {"\21\22\24\30\24\22\21\00\16", U(1E34) }, /* Kmacronbelow */ {"\00\00\21\22\34\22\21\00\16", 0xf1a7, "uni1E34.c2sc" }, {"\10\10\11\12\14\12\11\00\16", U(1E35) }, /* kmacronbelow */ ALIAS("uni1E35.sc", "uni1E34.c2sc"), {"\20\20\20\20\20\20\37\00\04", U(1E36) }, /* Ldotbelow */ {"\00\00\20\20\20\20\37\00\04", 0xf1a8, "uni1E36.c2sc" }, {"\14\04\04\04\04\04\16\00\04", U(1E37) }, /* ldotbelow */ ALIAS("uni1E37.sc", "uni1E36.c2sc"), {"\20\20\20\20\20\20\37\00\16", U(1E3A) }, /* Lmacronbelow */ {"\00\00\20\20\20\20\37\00\16", 0xf1a9, "uni1E3A.c2sc" }, {"\14\04\04\04\04\04\16\00\16", U(1E3B) }, /* lmacronbelow */ ALIAS("uni1E3B.sc", "uni1E3A.c2sc"), {"\20\20\20\20\20\20\37\04\12", U(1E3C) }, /* Lcircumflexbelow */ {"\00\00\20\20\20\20\37\04\12", 0xf1aa, "uni1E3C.c2sc" }, {"\14\04\04\04\04\16\00\04\12", U(1E3D) }, /* lcircumflexbelow */ ALIAS("uni1E3D.sc", "uni1E3C.c2sc"), {"\02\04\21\33\25\21\21\00\00", U(1E3E) }, /* Macute */ {"\02\04\00\32\25\25\25\00\00", U(1E3F) }, /* macute */ ALIAS("uni1E3F.sc", "uni1E3E"), {"\04\21\33\25\21\21\21\00\00", U(1E40) }, /* Mdotaccent */ {"\04\00\21\33\25\21\21\00\00", 0xf1ab, "uni1E40.c2sc" }, {"\04\00\32\25\25\25\25\00\00", U(1E41) }, /* mdotaccent */ ALIAS("uni1E41.sc", "uni1E40.c2sc"), {"\21\33\25\25\21\21\21\00\04", U(1E42) }, /* Mdotbelow */ {"\00\00\21\33\25\21\21\00\04", 0xf1ac, "uni1E42.c2sc" }, {"\00\00\32\25\25\25\25\00\04", U(1E43) }, /* mdotbelow */ ALIAS("uni1E43.sc", "uni1E42.c2sc"), {"\25\21\31\25\23\21\21\00\00", U(1E44) }, /* Ndotaccent */ {"\04\00\21\31\25\23\21\00\00", 0xf1ad, "uni1E44.c2sc" }, {"\04\00\36\21\21\21\21\00\00", U(1E45) }, /* ndotaccent */ ALIAS("uni1E45.sc", "uni1E44.c2sc"), {"\21\21\31\25\23\21\21\00\04", U(1E46) }, /* Ndotbelow */ {"\00\00\21\31\25\23\21\00\04", 0xf1ae, "uni1E46.c2sc" }, {"\00\00\36\21\21\21\21\00\04", U(1E47) }, /* ndotbelow */ ALIAS("uni1E47.sc", "uni1E46.c2sc"), {"\21\21\31\25\23\21\21\00\16", U(1E48) }, /* Nmacronbelow */ {"\00\00\21\31\25\23\21\00\16", 0xf1af, "uni1E48.c2sc" }, {"\00\00\36\21\21\21\21\00\16", U(1E49) }, /* nmacronbelow */ ALIAS("uni1E49.sc", "uni1E48.c2sc"), {"\02\04\36\21\36\20\20\00\00", U(1E54) }, /* Pacute */ {"\02\04\36\21\21\21\36\20\20", U(1E55) }, /* pacute */ ALIAS("uni1E55.sc", "uni1E54"), {"\04\00\36\21\36\20\20\00\00", U(1E56) }, /* Pdotaccent */ {"\04\00\36\21\21\21\36\20\20", U(1E57) }, /* pdotaccent */ ALIAS("uni1E57.sc", "uni1E56"), {"\04\00\36\21\36\22\21\00\00", U(1E58) }, /* Rdotaccent */ {"\04\00\13\14\10\10\10\00\00", U(1E59) }, /* rdotaccent */ ALIAS("uni1E59.sc", "uni1E58"), {"\36\21\21\36\24\22\21\00\04", U(1E5A) }, /* Rdotbelow */ {"\00\00\36\21\36\22\21\00\04", 0xf1b0, "uni1E5A.c2sc" }, {"\00\00\13\14\10\10\10\00\04", U(1E5B) }, /* rdotbelow */ ALIAS("uni1E5B.sc", "uni1E5A.c2sc"), {"\16\00\36\21\36\22\21\00\04", U(1E5C) }, /* Rdotbelowmacron */ {"\16\00\13\14\10\10\10\00\04", U(1E5D) }, /* rdotbelowmacron */ ALIAS("uni1E5D.sc", "uni1E5C"), {"\36\21\21\36\24\22\21\00\16", U(1E5E) }, /* Rmacronbelow */ {"\00\00\36\21\36\22\21\00\16", 0xf1b1, "uni1E5E.c2sc" }, {"\00\00\13\14\10\10\10\00\16", U(1E5F) }, /* rmacronbelow */ ALIAS("uni1E5F.sc", "uni1E5E.c2sc"), {"\16\21\20\16\01\21\16\00\04", U(1E62) }, /* Sdotbelow */ ALIAS("uni1E62.c2sc", "uni1E63"), {"\00\00\17\20\16\01\36\00\04", U(1E63) }, /* sdotbelow */ {"\04\00\37\04\04\04\04\00\00", U(1E6A) }, /* Tdotaccent */ {"\04\00\04\16\04\04\02\00\00", U(1E6B) }, /* tdotaccent */ ALIAS("uni1E6B.sc", "uni1E6A"), {"\37\04\04\04\04\04\04\00\04", U(1E6C) }, /* Tdotbelow */ {"\00\00\37\04\04\04\04\00\04", 0xf1b2, "uni1E6C.c2sc" }, {"\04\04\16\04\04\04\02\00\04", U(1E6D) }, /* tdotbelow */ {"\00\04\16\04\04\04\02\00\04", 0xf249, "uni1E6D.small" }, ALIAS("uni1E6D.sc", "uni1E6C.c2sc"), {"\37\04\04\04\04\04\04\00\16", U(1E6E) }, /* Tmacronbelow */ {"\00\00\37\04\04\04\04\00\16", 0xf1b3, "uni1E6E.c2sc" }, {"\04\04\16\04\04\04\02\00\16", U(1E6F) }, /* tmacronbelow */ {"\00\04\16\04\04\04\02\00\16", 0xf24a, "uni1E6F.small" }, ALIAS("uni1E6F.sc", "uni1E6E.c2sc"), {"\37\04\04\04\04\04\00\04\12", U(1E70) }, /* Tcircumflexbelow */ {"\00\00\37\04\04\04\00\04\12", 0xf1b4, "uni1E70.c2sc" }, {"\04\04\16\04\04\02\00\04\12", U(1E71) }, /* tcircumflexbelow */ {"\00\04\16\04\04\02\00\04\12", 0xf24b, "uni1E71.small" }, ALIAS("uni1E71.sc", "uni1E70.c2sc"), {"\21\21\21\21\21\21\16\00\12", U(1E72) }, /* Udieresisbelow */ {"\00\00\21\21\21\21\16\00\12", 0xf1b5, "uni1E72.c2sc" }, {"\00\00\21\21\21\21\17\00\12", U(1E73) }, /* udieresisbelow */ ALIAS("uni1E73.sc", "uni1E72.c2sc"), {"\21\21\21\21\21\21\16\04\12", U(1E76) }, /* Ucircumflexbelow */ {"\00\00\21\21\21\21\16\04\12", 0xf1b6, "uni1E76.c2sc" }, {"\00\00\21\21\21\21\17\04\12", U(1E77) }, /* ucircumflexbelow */ ALIAS("uni1E77.sc", "uni1E76.c2sc"), {"\12\00\16\00\21\21\16\00\00", U(1E7A) }, /* Umacrondieresis */ {"\12\00\16\00\21\21\17\00\00", U(1E7B) }, /* umacrondieresis */ ALIAS("uni1E7B.sc", "uni1E7A"), {"\21\21\21\12\12\04\04\00\04", U(1E7E) }, /* Vdotbelow */ ALIAS("uni1E7E.c2sc", "uni1E7F"), {"\00\00\21\21\12\12\04\00\04", U(1E7F) }, /* vdotbelow */ {"\10\04\21\25\25\25\12\00\00", 0x1e80, "Wgrave" }, {"\10\04\21\21\25\25\12\00\00", 0x1e81, "wgrave" }, ALIAS("wgrave.sc", "Wgrave"), {"\02\04\21\25\25\25\12\00\00", 0x1e82, "Wacute" }, {"\02\04\21\21\25\25\12\00\00", 0x1e83, "wacute" }, ALIAS("wacute.sc", "Wacute"), {"\12\00\21\25\25\25\12\00\00", 0x1e84, "Wdieresis", }, {"\12\00\21\21\25\25\12\00\00", 0x1e85, "wdieresis", }, ALIAS("wdieresis.sc", "Wdieresis"), {"\21\21\21\25\25\25\12\00\04", U(1E88) }, /* Wdotbelow */ {"\00\00\21\25\25\25\12\00\04", 0xf18c, "uni1E88.c2sc" }, {"\00\00\21\21\25\25\12\00\04", U(1E89) }, /* wdotbelow */ ALIAS("uni1E89.sc", "uni1E88.c2sc"), {"\25\21\12\04\12\21\21\00\00", U(1E8A) }, /* Xdotaccent */ ALIAS("uni1E8A.c2sc", "uni1E8B"), {"\04\00\21\12\04\12\21\00\00", U(1E8B) }, /* xdotaccent */ {"\12\00\21\21\16\21\21\00\00", U(1E8C) }, /* Xdieresis */ {"\12\00\21\12\04\12\21\00\00", U(1E8D) }, /* xdieresis */ ALIAS("uni1E8D.sc", "uni1E8C"), {"\25\21\12\04\04\04\04\00\00", U(1E8E) }, /* Ydotaccent */ {"\04\00\21\12\04\04\04\00\00", 0xf1b7, "uni1E8E.c2sc" }, {"\04\00\21\21\21\21\17\01\16", U(1E8F) }, /* ydotaccent */ ALIAS("uni1E8F.sc", "uni1E8E.c2sc"), {"\04\12\37\01\16\20\37\00\00", U(1E90) }, /* Zcircumflex */ {"\04\12\37\02\04\10\37\00\00", U(1E91) }, /* zcircumflex */ ALIAS("uni1E91.sc", "uni1E90"), {"\37\01\02\04\10\20\37\00\04", U(1E92) }, /* Zdotbelow */ {"\00\00\37\01\16\20\37\00\04", 0xf1b8, "uni1E92.c2sc" }, {"\00\00\37\02\04\10\37\00\04", U(1E93) }, /* zdotbelow */ ALIAS("uni1E93.sc", "uni1E92.c2sc"), {"\37\01\02\04\10\20\37\00\16", U(1E94) }, /* Zmacronbelow */ {"\00\00\37\01\16\20\37\00\16", 0xf1b9, "uni1E94.c2sc" }, {"\00\00\37\02\04\10\37\00\16", U(1E95) }, /* zmacronbelow */ ALIAS("uni1E95.sc", "uni1E94.c2sc"), {"\20\20\36\21\21\21\21\00\16", U(1E96) }, /* hmacronbelow */ {"\25\04\16\04\04\04\02\00\00", U(1E97) }, /* tdieresis */ {"\21\04\16\04\04\04\02\00\00", 0xf24c, "uni1E97.small" }, {"\16\21\22\22\21\21\26\00\00", U(1E9E) }, /* Germandbls */ {"\00\00\16\21\22\21\26\00\00", 0xf1c1, "uni1E9E.c2sc" }, {"\04\12\21\21\37\21\21\00\04", U(1EA0) }, /* Adotbelow */ {"\00\00\16\21\37\21\21\00\04", 0xf1ba, "uni1EA0.c2sc" }, {"\00\00\16\01\17\21\17\00\04", U(1EA1) }, /* adotbelow */ ALIAS("uni1EA1.sc", "uni1EA0.c2sc"), {"\37\20\20\36\20\20\37\00\04", U(1EB8) }, /* Edotbelow */ {"\00\00\37\20\36\20\37\00\04", 0xf1bb, "uni1EB8.c2sc" }, {"\00\00\16\21\37\20\16\00\04", U(1EB9) }, /* edotbelow */ ALIAS("uni1EB9.sc", "uni1EB8.c2sc"), {"\16\04\04\04\04\04\16\00\04", U(1ECA) }, /* Idotbelow */ {"\00\00\16\04\04\04\16\00\04", 0xf1bc, "uni1ECA.c2sc" }, {"\04\00\14\04\04\04\16\00\04", U(1ECB) }, /* idotbelow */ ALIAS("uni1ECB.sc", "uni1ECA.c2sc"), {"\16\21\21\21\21\21\16\00\04", U(1ECC) }, /* Odotbelow */ ALIAS("uni1ECC.c2sc", "uni1ECD"), {"\00\00\16\21\21\21\16\00\04", U(1ECD) }, /* odotbelow */ {"\21\21\21\21\21\21\16\00\04", U(1EE4) }, /* Udotbelow */ {"\00\00\21\21\21\21\16\00\04", 0xf1bd, "uni1EE4.c2sc" }, {"\00\00\21\21\21\21\17\00\04", U(1EE5) }, /* udotbelow */ ALIAS("uni1EE5.sc", "uni1EE4.c2sc"), {"\10\04\21\12\04\04\04\00\00", 0x1ef2, "Ygrave" }, {"\10\04\21\21\21\21\17\01\16", 0x1ef3, "ygrave" }, ALIAS("ygrave.sc", "Ygrave"), {"\21\21\12\04\04\04\04\00\04", U(1EF4) }, /* Ydotbelow */ {"\00\00\21\12\04\04\04\00\04", 0xf1be, "uni1EF4.c2sc" }, {"\00\00\21\21\17\01\16\00\04", U(1EF5) }, /* ydotbelow */ ALIAS("uni1EF5.sc", "uni1EF4.c2sc"), /* General punctuation */ {{0x00}, U(2001), MOS6 }, /* em quad */ {"\00\00\00\16\00\00\00\00\00", U(2010) }, /* hyphen */ {"\00\00\00\16\00\00\00\00\00", U(2011) }, /* non-breaking hyphen */ {"\00\00\00\36\00\00\00\00\00", 0x2013, "endash" }, {"\00\00\00\00\00\00\37\00\37", 0x2017, "underscoredbl" }, {"\02\04\04\00\00\00\00\00\00", 0x2018, "quoteleft" }, {"\00\00\00\00\00\04\04\10\00", 0x201a, "quotesinglbase" }, {"\11\22\22\00\00\00\00\00\00", 0x201c, "quotedblleft" }, {"\11\11\22\00\00\00\00\00\00", 0x201d, "quotedblright" }, {"\00\00\00\00\00\11\11\22\00", 0x201e, "quotedblbase" }, {"\22\22\11\00\00\00\00\00\00", U(201F) }, /* quotedblreversed */ {"\04\04\37\04\04\04\04\04\04", 0x2020, "dagger" }, {"\04\04\37\04\04\04\37\04\04", 0x2021, "daggerdbl" }, {"\00\00\16\16\16\00\00\00\00", 0x2022, "bullet" }, {"\00\00\00\00\00\00\25\00\00", 0x2026, "ellipsis" }, {"\21\22\04\10\20\05\05\00\00", 0x2030, "perthousand" }, {"\10\10\20\20\00\00\00\00\00", 0x2032, "minute" }, {"\11\11\22\22\00\00\00\00\00", 0x2033, "second" }, {"\02\02\01\01\00\00\00\00\00", U(2035) }, /* reversed prime */ {"\22\22\11\11\00\00\00\00\00", U(2036) }, /* reversed double prime */ {"\00\00\00\02\04\02\00\00\00", 0x2039, "guilsinglleft" }, {"\00\00\00\10\04\10\00\00\00", 0x203a, "guilsinglright" }, {"\25\21\12\04\25\04\12\21\25", U(203B) }, /* referencemark */ {"\12\12\12\12\12\00\12\00\00", 0x203c, "exclamdbl" }, {"\16\25\05\06\04\00\04\00\00", U(203D) }, /* interrobang */ {"\37\00\00\00\00\00\00\00\00", U(203E) }, /* overline */ {"\00\00\00\00\00\00\00\21\16", U(203F) }, /* Bottom tie bar */ {"\16\21\00\00\00\00\00\00\00", U(2040) }, /* character tie */ {"\01\01\02\02\04\10\10\20\20", 0x2044, "fraction" }, {"\12\25\05\11\12\00\12\00\00", U(2047) }, /* questiondbl */ {"\11\25\05\11\11\00\11\00\00", U(2048) }, /* question exclam */ {"\22\25\21\22\22\00\22\00\00", U(2049) }, /* exclam question */ {"\26\25\25\26\24\24\24\00\00", U(204B) }, /* reversed pilcrow */ {"\00\00\04\00\00\04\04\02\00", U(204F) }, /* reversed semicolon */ {"\21\01\02\04\10\20\21\00\00", U(2052) }, /* commercial minus */ {"\00\00\10\25\02\00\00\00\00", U(2053) }, /* swing dash */ {"\00\00\00\00\00\00\00\16\21", U(2054) }, /* inverted undertie */ {"\00\00\01\00\20\00\01\00\00", U(2056) }, /* three dots */ {"\00\00\04\00\21\00\04\00\00", U(2058) }, /* four dots */ {"\00\00\21\00\04\00\21\00\00", U(2059) }, /* five dots */ {"\04\00\00\00\00\00\04\00\00", U(205A) }, /* two dots */ {"\04\00\00\00\21\00\00\00\04", U(205B) }, /* large four dots */ {"\00\00\25\04\37\04\25\00\00", U(205C) }, /* dotted cross */ {"\04\00\00\04\00\00\04\00\00", U(205D) }, /* tricolon */ {"\04\00\04\00\04\00\04\00\00", U(205E) }, /* vertical four dots */ /* Subscripts and superscripts */ {"\04\12\12\12\04\00\00\00\00", U(2070) }, /* zerosuperior */ {"\04\00\14\04\16\00\00\00\00", U(2071) }, /* isuperior */ {"\02\06\12\16\02\00\00\00\00", U(2074) }, /* foursuperior */ {"\16\10\14\02\14\00\00\00\00", U(2075) }, /* fivesuperior */ {"\04\10\14\12\04\00\00\00\00", U(2076) }, /* sixsuperior */ {"\16\02\04\10\10\00\00\00\00", U(2077) }, /* sevensuperior */ {"\04\12\04\12\04\00\00\00\00", U(2078) }, /* eightsuperior */ {"\04\12\06\02\04\00\00\00\00", U(2079) }, /* ninesuperior */ {"\00\04\16\04\00\00\00\00\00", U(207A) }, /* plussuperior */ {"\00\00\16\00\00\00\00\00\00", U(207B) }, /* minussuperior */ {"\00\16\00\16\00\00\00\00\00", U(207C) }, /* equalssuperior */ {"\02\04\04\04\02\00\00\00\00", U(207D) }, /* parenleftsuperior */ {"\10\04\04\04\10\00\00\00\00", U(207E) }, /* parenrightsuperior */ {"\00\00\14\12\12\00\00\00\00", U(207F) }, /* nsuperior */ {"\00\00\00\00\04\12\12\12\04", U(2080) }, /* zeroinferior */ {"\00\00\00\00\04\14\04\04\16", U(2081) }, /* oneinferior */ {"\00\00\00\00\14\02\04\10\16", U(2082) }, /* twoinferior */ {"\00\00\00\00\14\02\14\02\14", U(2083) }, /* threeinferior */ {"\00\00\00\00\02\06\12\16\02", U(2084) }, /* fourinferior */ {"\00\00\00\00\16\10\14\02\14", U(2085) }, /* fiveinferior */ {"\00\00\00\00\04\10\14\12\04", U(2086) }, /* sixinferior */ {"\00\00\00\00\16\02\04\10\10", U(2087) }, /* seveninferior */ {"\00\00\00\00\04\12\04\12\04", U(2088) }, /* eightinferior */ {"\00\00\00\00\04\12\06\02\04", U(2089) }, /* nineinferior */ {"\00\00\00\00\00\04\16\04\00", U(208A) }, /* plusinferior */ {"\00\00\00\00\00\00\16\00\00", U(208B) }, /* minusinferior */ {"\00\00\00\00\00\16\00\16\00", U(208C) }, /* equalsinferior */ {"\00\00\00\00\02\04\04\04\02", U(208D) }, /* parenleftinferior */ {"\00\00\00\00\10\04\04\04\10", U(208E) }, /* parenrightinferior */ {"\00\00\00\00\00\00\06\12\06", U(2090) }, /* ainferior */ {"\00\00\00\00\04\12\16\10\06", U(2091) }, /* einferior */ {"\00\00\00\00\00\00\06\11\06", U(2092) }, /* oinferior */ {"\00\00\00\00\00\00\12\04\12", U(2093) }, /* xinferior */ {"\00\00\00\00\14\02\16\12\04", U(2094) }, /* schwainferior */ {"\00\00\00\00\10\10\14\12\12", U(2095) }, /* hinferior */ {"\00\00\00\00\10\10\12\14\12", U(2096) }, /* kinferior */ {"\00\00\00\00\14\04\04\04\16", U(2097) }, /* linferior */ {"\00\00\00\00\00\00\32\25\25", U(2098) }, /* minferior */ {"\00\00\00\00\00\00\14\12\12", U(2099) }, /* ninferior */ {"\00\00\00\00\00\14\12\14\10", U(209A) }, /* pinferior */ {"\00\00\00\00\06\10\04\02\14", U(209B) }, /* sinferior */ {"\00\00\00\00\04\16\04\04\02", U(209C) }, /* tinferior */ /* Currency symbols */ {"\16\20\27\24\16\04\07\00\00", U(20A0) }, /* euro-currency symbol */ {"\17\10\36\10\34\10\10\00\00", 0x20a3, "franc" }, {"\06\11\34\10\34\10\37\00\00", 0x20a4, "lira" }, {"\30\24\30\22\27\22\21\00\00", 0x20a7, "peseta" }, {"\31\25\25\21\25\25\26\00\00", U(20AA) }, /* newsheqel */ {"\06\11\34\10\34\11\06\00\00", 0x20ac, "Euro" }, /* Letterlike symbols */ {"\16\25\24\24\24\25\16\00\00", U(2102) }, /* double-struck C */ {"\35\25\25\27\25\25\35\00\00", U(210D) }, /* double-struck H */ {"\31\25\23\31\25\23\21\00\00", U(2115) }, /* double-struck N */ {"\16\21\35\33\33\35\31\21\16", U(2117) }, /* phonographic */ {"\36\25\25\26\24\24\34\00\00", U(2119) }, /* double-struck P */ {"\16\25\25\25\25\22\15\00\00", U(211A) }, /* double-struck Q */ {"\36\25\25\26\25\25\35\00\00", U(211D) }, /* double-struck R */ {"\37\05\11\22\24\24\37\00\00", U(2124) }, /* double-struck Z */ {"\16\21\21\21\21\12\33\00\00", 0x2126, "Omega" }, {"\33\12\21\21\21\21\16\00\00", U(2127) }, /* mho sign */ {"\00\00\10\04\04\04\06\00\00", U(2129) }, /* turned iota */ {"\01\01\01\17\01\01\37\00\00", U(2132) }, /* turned F */ {"\26\11\25\02\05\05\02\00\00", U(214B) }, /* turned ampersand */ {"\00\00\01\01\17\01\37\00\00", U(214E) }, /* small cap turned F */ /* Number forms */ {"\20\20\20\20\27\01\02\04\04", U(2150) }, /* oneseventh */ {"\20\20\20\20\22\05\03\01\02", U(2151) }, /* oneninth */ {"\10\10\10\10\00\22\25\25\22", U(2152) }, /* onetenth */ {"\20\20\20\20\26\01\06\01\06", 0x2153, "onethird" }, {"\20\10\10\20\32\01\02\01\02", 0x2154, "twothirds" }, {"\20\20\20\20\27\04\06\01\06", U(2155) }, /* onefifth */ {"\20\10\10\20\33\02\03\01\02", U(2156) }, /* twofifths */ {"\20\10\20\10\23\02\03\01\02", U(2157) }, /* threefifths */ {"\04\14\24\34\07\02\03\01\02", U(2158) }, /* fourfifths */ {"\20\20\20\20\22\04\06\05\02", U(2159) }, /* onesixth */ {"\30\20\30\10\22\04\06\05\02", U(215A) }, /* fivesixths */ {"\20\20\20\20\22\05\02\05\02", 0x215b, "oneeighth" }, {"\20\10\20\10\22\05\02\05\02", 0x215c, "threeeighths" }, {"\30\20\30\10\22\05\02\05\02", 0x215d, "fiveeighths" }, {"\34\04\10\20\22\05\02\05\02", 0x215e, "seveneighths" }, {"\10\24\24\10\02\01\02\01\02", U(2189) }, /* zerothirds */ {"\37\01\02\14\20\21\16\00\00", U(218A) }, /* turned 2 */ {"\16\21\20\14\10\20\37\00\00", U(218B) }, /* turned 3 */ /* Arrows */ {"\00\04\04\25\16\04\00\00\00", 0x2193, "arrowdown" }, {"\00\12\21\37\21\12\00\00\00", 0x2194, "arrowboth" }, {"\04\16\25\04\25\16\04\00\00", 0x2195, "arrowupdn" }, {"\00\36\30\24\22\01\00\00\00", U(2196) }, /* arrowupleft */ {"\00\17\03\05\11\20\00\00\00", U(2197) }, /* arrowupright */ {"\00\20\11\05\03\17\00\00\00", U(2198) }, /* arrowdownright */ {"\00\01\22\24\30\36\00\00\00", U(2199) }, /* arrowdownleft */ {"\00\05\11\37\11\05\00\00\00", U(21A4) }, /* arrowbarleft */ {"\00\04\16\25\04\37\00\00\00", U(21A5) }, /* arrowbarup */ {"\00\24\22\37\22\24\00\00\00", U(21A6) }, /* arrowbarright */ {"\00\37\04\25\16\04\00\00\00", U(21A7) }, /* arrowbardown */ {"\04\16\25\04\25\16\37\00\00", 0x21a8, "arrowupdnbse" }, {"\02\01\05\11\36\10\04\00\00", U(21A9) }, /* arrowleft w/hook */ {"\10\20\24\22\17\02\04\00\00", U(21AA) }, /* arrowright w/hook */ {"\00\34\04\25\16\04\00\00\00", U(21B4) }, /* arrow right then down */ {"\01\05\11\37\10\04\00\00\00", 0x21b5, "carriagereturn" }, {"\24\30\37\30\25\03\37\03\05", U(21B9) }, /* arrowtabsleftright */ {"\00\04\10\37\00\00\00\00\00", U(21BC) }, /* harpoonleftbarbup */ {"\00\00\00\37\10\04\00\00\00", U(21BD) }, /* harpoonleftbarbdown */ {"\00\04\06\05\04\04\00\00\00", U(21BE) }, /* harpoonupbarbright */ {"\00\04\14\24\04\04\00\00\00", U(21BF) }, /* harpoonupbarbleft */ {"\00\04\02\37\00\00\00\00\00", U(21C0) }, /* harpoonrightbarbup */ {"\00\00\00\37\02\04\00\00\00", U(21C1) }, /* harpoonrightbarbdown */ {"\00\04\04\05\06\04\00\00\00", U(21C2) }, /* harpoondownbarbright */ {"\00\04\04\24\14\04\00\00\00", U(21C3) }, /* harpoondownbarbleft */ {"\04\10\37\00\37\02\04\00\00", U(21CB) }, /* harpoonsleftright */ {"\04\02\37\00\37\10\04\00\00", U(21CC) }, /* harpoonsrightleft */ {"\00\06\13\20\13\06\00\00\00", 0x21d0, "arrowdblleft" }, {"\04\12\21\33\12\12\12\00\00", 0x21d1, "arrowdblup" }, {"\00\14\32\01\32\14\00\00\00", 0x21d2, "arrowdblright" }, {"\12\12\12\33\21\12\04\00\00", 0x21d3, "arrowdbldown" }, {"\00\24\30\37\30\24\00\00\00", U(21E4) }, /* arrowtableft */ {"\00\05\03\37\03\05\00\00\00", U(21E5) }, /* arrowtabright */ {"\00\06\13\21\13\06\00\00\00", U(21E6) }, /* white left arrow */ {"\04\12\21\33\12\12\16\00\00", U(21E7) }, /* white up arrow */ {"\00\14\32\21\32\14\00\00\00", U(21E8) }, /* white right arrow */ {"\16\12\12\33\21\12\04\00\00", U(21E9) }, /* white down arrow */ {"\04\12\21\33\16\12\16\00\00", U(21EA) }, /* caps lock arrow */ /* Mathematical operators */ {"\21\21\37\21\12\12\04\00\00", 0x2200, "universal" }, {"\16\21\01\17\21\21\16\00\00", 0x2202, "partialdiff" }, {"\16\21\20\36\21\21\16\00\00", 0xf100, "partialdiff.rtlm" }, {"\37\01\01\37\01\01\37\00\00", 0x2203, "existential" }, {"\37\20\20\37\20\20\37\00\00", 0xf101, "existential.rtlm" }, {"\00\15\22\25\11\26\00\00\00", 0x2205, "emptyset" }, {"\04\04\12\12\21\21\37\00\00", 0x2206, "Delta" }, {"\37\21\21\12\12\04\04\00\00", 0x2207, "gradient" }, {"\17\20\20\37\20\20\17\00\00", 0x2208, "element" }, {"\00\17\20\37\20\17\00\00\00", U(220A) }, /* small element of */ {"\36\01\01\37\01\01\36\00\00", 0x220b, "suchthat" }, {"\00\36\01\37\01\36\00\00\00", U(220D) }, /* small has element */ {"\37\21\21\21\21\21\21\21\21", 0x220f, "product" }, {"\21\21\21\21\21\21\21\21\37", U(2210) }, /* n-ary coproduct */ {"\37\20\10\04\02\04\10\20\37", 0x2211, "summation" }, {"\37\01\02\04\10\04\02\01\37", 0xf102, "summation.rtlm" }, {"\00\00\00\37\00\00\00\00\00", 0x2212, "minus" }, {"\37\00\04\04\37\04\04\00\00", U(2213) }, /* minusplus */ {"\04\00\04\04\37\04\04\00\00", U(2214) }, /* dot plus */ {"\00\01\02\04\10\20\00\00\00", U(2215) }, /* division slash */ {"\00\20\10\04\02\01\00\00\00", U(2216) }, /* set minus */ ALIAS("uni2216.rtlm", "uni2215"), {"\04\25\16\04\16\25\04\00\00", 0x2217, "asteriskmath" }, {"\00\00\04\12\12\04\00\00\00", U(2218) }, /* ring operator */ {"\00\00\04\16\04\00\00\00\00", U(2219) }, /* bulletoperator */ {"\07\04\04\04\24\14\04\00\00", 0x221a, "radical" }, {"\34\04\04\04\05\06\04\00\00", 0xf103, "radical.rtlm" }, {"\23\12\22\12\22\06\02\00\00", U(221B) }, /* cube root */ {"\22\21\22\21\22\30\20\00\00", 0xf104, "uni221B.rtlm" }, {"\15\25\35\05\01\03\01\00\00", U(221C) }, /* fourth root */ {"\23\25\27\21\20\30\20\00\00", 0xf105, "uni221C.rtlm" }, {"\00\12\25\24\25\12\00\00\00", 0x221d, "proportional" }, {"\00\12\25\05\25\12\00\00\00", 0xf106, "proportional.rtlm" }, {"\00\12\25\25\25\12\00\00\00", 0x221e, "infinity" }, {"\00\20\20\20\20\37\00\00\00", 0x221f, "orthogonal" }, {"\04\04\04\04\04\04\04\00\00", U(2223) }, /* divides */ {"\12\12\12\12\12\12\12\00\00", U(2225) }, /* parallel */ {"\00\00\04\12\21\00\00\00\00", 0x2227, "logicaland" }, {"\00\00\21\12\04\00\00\00\00", 0x2228, "logicalor" }, {"\00\16\21\21\21\21\00\00\00", 0x2229, "intersection" }, {"\00\21\21\21\21\16\00\00\00", 0x222a, "union" }, {"\02\05\04\04\04\04\04\24\10", 0x222b, "integral" }, {"\10\24\04\04\04\04\04\05\02", 0xf107, "integral.rtlm" }, {"\02\05\04\16\25\16\04\24\10", U(222E) }, /* contour integral */ {"\10\24\04\16\25\16\04\05\02", 0xf108, "uni222E.rtlm" }, {"\00\04\00\00\00\21\00\00\00", 0x2234, "therefore" }, {"\00\21\00\00\00\04\00\00\00", U(2235) }, /* because */ {"\00\04\00\00\00\04\00\00\00", U(2236) }, /* ratio */ {"\00\04\00\37\00\00\00\00\00", U(2238) }, /* dot minus */ {"\00\21\00\37\00\21\00\00\00", U(223A) }, /* geometric proportion */ {"\00\00\10\25\02\00\00\00\00", 0x223c, "similar" }, {"\00\00\02\25\10\00\00\00\00", U(223D) }, /* reversed tilde */ {"\00\02\11\25\22\10\00\00\00", U(223E) }, /* inverted lazy S */ {"\00\10\22\25\11\02\00\00\00", 0xf109, "uni223E.rtlm" }, {"\00\10\24\25\05\02\00\00\00", U(223F) }, /* sinewave */ {"\00\02\05\25\24\10\00\00\00", 0xf10a, "uni223F.rtlm" }, {"\00\37\00\10\25\02\00\00\00", U(2242) }, /* minus tilde */ {"\00\37\00\02\25\10\00\00\00", 0xf10b, "uni2242.rtlm" }, {"\00\10\25\02\00\37\00\00\00", U(2243) }, /* asymptotically equal */ {"\10\25\02\00\37\00\37\00\00", 0x2245, "congruent" }, ALIAS("congruent.rtlm", "uni224C"), {"\00\10\25\02\10\25\02\00\00", 0x2248, "approxequal" }, {"\00\02\25\10\02\25\10\00\00", 0xf10c, "approxequal.rtlm" }, {"\02\25\10\00\37\00\37\00\00", U(224C) }, /* all equal to */ ALIAS("uni224C.rtlm", "congruent"), {"\00\21\16\00\16\21\00\00\00", U(224D) }, /* equivalent to */ {"\00\04\33\00\33\04\00\00\00", U(224E) }, /* geom equiv to */ {"\00\04\33\00\37\00\00\00\00", U(224F) }, /* difference between */ {"\04\00\37\00\37\00\00\00\00", U(2250) }, /* approaches limit */ {"\04\00\37\00\37\00\04\00\00", U(2251) }, /* geometrically equal */ {"\20\00\37\00\37\00\01\00\00", U(2252) }, /* approx equal or image */ {"\01\00\37\00\37\00\20\00\00", U(2253) }, /* image or approx equal */ {"\16\21\00\37\00\37\00\00\00", U(2258) }, /* corresponds to */ {"\32\25\25\00\37\00\37\00\00", U(225E) }, /* measured by */ {"\00\02\37\04\37\10\00\00\00", 0x2260, "notequal" }, {"\00\10\37\04\37\02\00\00\00", 0xf10d, "notequal.rtlm" }, {"\00\37\00\37\00\37\00\00\00", 0x2261, "equivalence" }, {"\02\37\04\37\04\37\10\00\00", U(2262) }, /* not identical */ {"\10\37\04\37\04\37\02\00\00", 0xf10e, "uni2262.rtlm" }, {"\03\14\20\14\03\30\07\00\00", 0x2264, "lessequal" }, {"\30\06\01\06\30\03\34\00\00", 0x2265, "greaterequal" }, {"\12\04\12\12\12\04\12\00\00", U(226C) }, /* between */ {"\00\17\20\20\20\17\00\00\00", 0x2282, "propersubset" }, {"\00\36\01\01\01\36\00\00\00", 0x2283, "propersuperset" }, {"\17\20\20\20\17\00\37\00\00", 0x2286, "reflexsubset" }, {"\36\01\01\01\36\00\37\00\00", 0x2287, "reflexsuperset" }, {"\00\21\21\25\21\16\00\00\00", U(228D) }, /* union with dot */ {"\00\37\20\20\20\37\00\00\00", U(228F) }, /* square image of */ {"\00\37\01\01\01\37\00\00\00", U(2290) }, /* square original of */ {"\37\20\20\20\37\00\37\00\00", U(2291) }, /* square image or equal */ {"\37\01\01\01\37\00\37\00\00", U(2292) }, /* square original or equal */ {"\00\37\21\21\21\21\00\00\00", U(2293) }, /* square cap */ {"\00\21\21\21\21\37\00\00\00", U(2294) }, /* square cup */ {"\16\25\25\37\25\25\16\00\00", 0x2295, "circleplus" }, {"\16\21\21\37\21\21\16\00\00", U(2296) }, /* circled minus (ESC) */ {"\16\21\33\25\33\21\16\00\00", 0x2297, "circlemultiply" }, {"\16\21\23\25\31\21\16\00\00", U(2298) }, /* circled slash */ {"\16\21\21\25\21\21\16\00\00", U(2299) }, /* circled dot (SI) */ {"\16\21\37\21\37\21\16\00\00", U(229C) }, /* circled equals */ {"\00\37\25\37\25\37\00\00\00", U(229E) }, /* squared plus */ {"\00\37\21\37\21\37\00\00\00", U(229F) }, /* squared minus (DLE) */ {"\00\37\21\25\21\37\00\00\00", U(22A1) }, /* squared dot */ {"\00\20\20\37\20\20\00\00\00", U(22A2) }, /* right tack */ {"\00\01\01\37\01\01\00\00\00", U(22A3) }, /* left tack */ {"\00\37\04\04\04\04\00\00\00", U(22A4) }, /* down tack */ {"\00\04\04\04\04\37\00\00\00", 0x22a5, "perpendicular" }, {"\00\10\10\16\10\10\00\00\00", U(22A6) }, /* assertion */ {"\00\10\16\10\16\10\00\00\00", U(22A7) }, /* models */ {"\00\02\16\02\16\02\00\00\00", 0xf10f, "uni22A7.rtlm" }, {"\00\20\37\20\37\20\00\00\00", U(22A8) }, /* true */ {"\00\24\24\27\24\24\00\00\00", U(22A9) }, /* forces */ {"\00\24\27\24\27\24\00\00\00", U(22AB) }, /* dbl v dbl rt tstile */ {"\00\00\02\35\02\00\00\00\00", U(22B8) }, /* multimap */ ALIAS("uni22B8.rtlm", "uni27DC"), {"\00\21\12\04\00\37\00\00\00", U(22BB) }, /* xor */ {"\00\37\00\04\12\21\00\00\00", U(22BC) }, /* nand */ {"\00\37\00\21\12\04\00\00\00", U(22BD) }, /* nor */ {"\04\04\04\12\12\12\21\21\21", U(22C0) }, /* n-ary logical and */ {"\21\21\21\12\12\12\04\04\04", U(22C1) }, /* n-ary logical or */ {"\16\21\21\21\21\21\21\21\21", U(22C2) }, /* n-ary intersection */ {"\21\21\21\21\21\21\21\21\16", U(22C3) }, /* n-ary union */ {"\00\04\12\21\12\04\00\00\00", U(22C4) }, /* diamond operator */ {"\00\00\00\04\00\00\00\00\00", 0x22c5, "dotmath" }, {"\04\25\16\04\12\21\00\00\00", U(22C6) }, /* star operator */ {"\00\00\33\25\33\00\00\00\00", U(22C8) }, /* bowtie */ {"\00\20\10\04\12\21\00\00\00", U(22CB) }, /* left semidirect prod */ {"\00\01\02\04\12\21\00\00\00", U(22CC) }, /* right semidirect prod */ {"\00\02\25\10\00\37\00\00\00", U(22CD) }, /* reversed tilde equals */ {"\04\04\16\25\25\25\25\00\00", U(22D4) }, /* pitchfork */ {"\07\30\03\14\20\14\03\00\00", U(22DC) }, /* equal or less than */ {"\34\03\30\06\01\06\30\00\00", U(22DD) }, /* equal or greater than */ {"\00\04\00\04\00\04\00\00\00", U(22EE) }, /* vertical ellipsis */ {"\00\00\00\25\00\00\00\00\00", U(22EF) }, /* midline ellipsis */ {"\00\01\00\04\00\20\00\00\00", U(22F0) }, /* /-diagonal ellipsis */ {"\00\20\00\04\00\01\00\00\00", U(22F1) }, /* \-diagonal ellipsis */ {"\37\00\17\20\37\20\17\00\00", U(22F7) }, /* small element overbar */ {"\17\20\20\37\20\20\17\00\37", U(22F8) }, /* element of underbar */ {"\36\01\01\37\01\01\36\00\37", 0xf110, "uni22F8.rtlm" }, {"\37\00\36\01\37\01\36\00\00", U(22FE) }, /* small contains o'bar */ /* Miscellaneous technical */ {"\04\12\21\21\21\21\37\00\00", 0x2302, "house" }, {"\16\10\10\10\10\10\10\00\00", U(2308) }, /* left ceiling */ {"\16\02\02\02\02\02\02\00\00", U(2309) }, /* right ceiling */ {"\10\10\10\10\10\10\16\00\00", U(230A) }, /* left floor */ {"\02\02\02\02\02\02\16\00\00", U(230B) }, /* right floor */ {"\00\00\37\20\20\00\00\00\00", 0x2310, "revlogicalnot" }, {"\00\00\20\20\37\00\00\00\00", U(2319) }, /* turned logical not */ {"\37\20\20\20\20\00\00\00\00", U(231C) }, /* top left corner */ {"\37\01\01\01\01\00\00\00\00", U(231D) }, /* top right corner */ {"\00\00\20\20\20\20\37\00\00", U(231E) }, /* bottom left corner */ {"\00\00\01\01\01\01\37\00\00", U(231F) }, /* bottom right corner */ {"\00\00\02\05\04\04\04\04\04", 0x2320, "integraltp", JOIN_D }, {"\00\00\10\24\04\04\04\04\04", 0xf111, "integraltp.rtlm", JOIN_D}, {"\04\04\04\04\04\24\10\00\00", 0x2321, "integralbt", JOIN_U }, {"\04\04\04\04\04\05\02\00\00", 0xf112, "integralbt.rtlm", JOIN_U }, {"\02\02\04\10\04\02\02\00\00", 0x2329, "angleleft" }, {"\10\10\04\02\04\10\10\00\00", 0x232a, "angleright" }, {"\00\37\04\04\04\37\00\00\00", U(2336) }, /* APL I-beam */ {"\16\12\12\12\12\12\16\00\00", U(2337) }, /* APL squish quad */ {"\37\21\37\21\37\21\37\00\00", U(2338) }, /* APL quad equal */ {"\37\25\21\37\21\25\37\00\00", U(2339) }, /* APL quad divide */ {"\37\25\33\21\33\25\37\00\00", U(233A) }, /* APL quad diamond */ {"\37\21\25\33\25\21\37\00\00", U(233B) }, /* APL quad jot */ {"\04\16\25\25\25\16\04\00\00", U(233D) }, /* APL circle stile */ {"\16\21\25\33\25\21\16\00\00", U(233E) }, /* APL circle jot */ {"\00\01\12\04\12\20\00\00\00", U(233F) }, /* APL slash bar */ {"\00\20\12\04\12\01\00\00\00", U(2340) }, /* APL backslash bar */ {"\37\21\23\25\31\21\37\00\00", U(2341) }, /* APL quad slash */ {"\37\21\31\25\23\21\37\00\00", U(2342) }, /* APL quad backslash */ {"\00\26\11\25\22\15\00\00\00", U(2349) }, /* APL circle backslash */ {"\04\04\04\04\37\00\37\00\00", U(234A) }, /* APL down tack u'bar */ {"\04\04\12\12\25\25\37\04\04", U(234B) }, /* APL delta stile */ {"\04\16\25\25\16\04\37\00\00", U(234E) }, /* APL down tack jot */ {"\37\00\37\04\04\04\04\00\00", U(2351) }, /* APL up tack overbar */ {"\04\04\37\25\25\12\12\04\04", U(2352) }, /* APL del stile */ {"\37\04\16\25\25\16\04\00\00", U(2355) }, /* APL up tack jot */ {"\04\04\12\12\21\21\37\00\37", U(2359) }, /* APL delta underbar */ {"\00\16\25\33\25\21\00\00\00", U(235D) }, /* APL up shoe jot */ {"\37\25\25\21\21\21\37\00\00", U(235E) }, /* APL quote quad */ {"\16\25\37\25\33\21\16\00\00", U(235F) }, /* APL circle star */ {"\37\21\25\21\25\21\37\00\00", U(2360) }, /* APL quad colon */ {"\12\00\37\04\04\04\04\00\00", U(2361) }, /* APL up tack dieresis */ {"\12\00\37\21\12\12\04\00\00", U(2362) }, /* APL del dieresis */ {"\12\00\25\16\04\12\21\00\00", U(2363) }, /* APL star dieresis */ {"\12\00\04\12\12\04\00\00\00", U(2364) }, /* APL jot dieresis */ {"\12\00\16\21\21\16\00\00\00", U(2365) }, /* APL circle dieresis */ {"\12\00\10\25\02\00\00\00\00", U(2368) }, /* APL tilde dieresis */ {"\00\00\00\37\00\00\04\04\10", U(236A) }, /* APL comma bar */ {"\37\21\21\16\33\04\04\00\00", U(236B) }, /* APL del tilde */ {"\04\12\21\37\21\12\04\00\00", U(236C) }, /* APL zilde */ {"\10\25\02\00\21\12\04\00\00", U(2371) }, /* APL nor */ {"\10\25\02\00\04\12\21\00\00", U(2372) }, /* APL nand */ {"\00\00\14\04\04\04\02\00\00", U(2373) }, /* APL iota */ {"\00\00\16\21\21\21\36\20\20", U(2374) }, /* APL rho */ {"\00\00\12\21\25\25\12\00\00", U(2375) }, /* APL omega */ {"\00\00\15\22\22\22\15\00\37", U(2376) }, /* APL alpha underbar */ {"\17\20\37\20\17\00\37\00\00", U(2377) }, /* APL epsilon underbar */ {"\00\00\14\04\04\04\02\00\37", U(2378) }, /* APL iota underbar */ {"\00\00\12\21\25\25\12\00\37", U(2379) }, /* APL omega underbar */ {"\00\00\15\22\22\22\15\00\00", U(237A) }, /* APL alpha */ {"\00\00\05\02\25\10\00\00\00", U(237B) }, /* crossed tick (NAK) */ {"\00\00\00\00\00\33\16\00\00", U(237D) }, /* nbsp symbol */ {"\00\16\21\37\12\33\00\00\00", U(237E) }, /* bell symbol (BEL) */ {"\04\04\04\12\04\04\04\00\00", U(237F) }, /* vert line w/dot (EOM) */ {"\16\21\21\33\25\21\16\00\00", U(2389) }, /* circled notched bar */ {"\16\21\37\33\25\21\16\00\00", U(238A) }, /* circled down triangle */ {"\00\16\12\12\12\33\00\00\00", U(238D) }, /* monostable (SYN) */ {"\00\07\12\12\12\34\00\00\00", U(238E) }, /* hysteresis */ {"\00\00\37\00\25\00\00\00\00", U(2393) }, /* directcurrent */ {"\37\21\21\21\21\21\37\00\00", U(2395) }, /* APL quad */ {"\02\04\10\10\10\10\10\10\10", U(239B), JOIN_D }, /* long parenleft top */ {"\10\10\10\10\10\10\10\10\10", U(239C), JOIN_V }, /* long parenleft middle */ {"\10\10\10\10\10\04\02\00\00", U(239D), JOIN_U }, /* long parenleft bottom */ {"\10\04\02\02\02\02\02\02\02", U(239E), JOIN_D }, /* long parenright top */ {"\02\02\02\02\02\02\02\02\02", U(239F), JOIN_V }, /* long parenright middle */ {"\02\02\02\02\02\04\10\00\00", U(23A0), JOIN_U }, /* long parenright bottom */ {"\17\10\10\10\10\10\10\10\10", U(23A1), JOIN_D }, /* long bracketleft top */ {"\10\10\10\10\10\10\10\10\10", U(23A2), JOIN_V }, /* long bracketleft mid */ {"\10\10\10\10\10\10\17\00\00", U(23A3), JOIN_U }, /* long bracketleft bot */ {"\36\02\02\02\02\02\02\02\02", U(23A4), JOIN_D }, /* long bracketright top */ {"\02\02\02\02\02\02\02\02\02", U(23A5), JOIN_V }, /* long bracketright mid */ {"\02\02\02\02\02\02\36\00\00", U(23A6), JOIN_U }, /* long bracketright bot */ {"\03\04\04\04\04\04\04\04\04", U(23A7), JOIN_D }, /* long braceleft top */ {"\04\04\04\10\04\04\04\04\04", U(23A8), JOIN_V }, /* long braceleft middle */ {"\04\04\04\04\04\04\03\00\00", U(23A9), JOIN_U }, /* long braceleft bottom */ {"\04\04\04\04\04\04\04\04\04", U(23AA), JOIN_V }, /* long brace extension */ {"\30\04\04\04\04\04\04\04\04", U(23AB), JOIN_D }, /* long braceright top */ {"\04\04\04\02\04\04\04\04\04", U(23AC), JOIN_V }, /* long braceright middle */ {"\04\04\04\04\04\04\30\00\00", U(23AD), JOIN_U }, /* long braceright bottom */ {"\04\04\04\04\04\04\04\04\04", U(23AE), JOIN_V }, /* integral extension */ {"\03\04\04\04\04\04\04\04\30", U(23B0) }, /* two-level brace / */ {"\30\04\04\04\04\04\04\04\03", U(23B1) }, /* two-level brace \ */ {"\37\20\10\10\04\04\02\02\01", U(23B2), JOIN_D }, /* summation top */ {"\01\02\02\04\04\10\10\20\37", U(23B3), JOIN_U }, /* summation bottom */ {"\37\21\21\00\00\00\00\00\00", U(23B4) }, /* brackettop */ {"\00\00\00\00\21\21\37\00\00", U(23B5) }, /* bracketbottom */ {"\21\21\37\00\37\21\21\00\00", U(23B6) }, /* bracketbottom + brackettop */ {"\37\00\00\00\00\00\00\00\00", U(23BA), JOIN_H }, /* horizontal scan 1 */ {"\00\00\37\00\00\00\00\00\00", U(23BB), JOIN_H }, /* horizontal scan 3 */ {"\00\00\00\00\00\00\37\00\00", U(23BC), JOIN_H }, /* horizontal scan 7 */ {"\00\00\00\00\00\00\00\00\37", U(23BD), JOIN_H }, /* horizontal scan 9 */ {"\04\04\37\00\16\00\04\00\00", U(23DA) }, /* earth */ {"\00\00\00\00\22\25\25\25\22", U(23E8) }, /* decimal exponent symbol */ /* Control pictures */ {"\32\26\22\22\00\11\11\11\06", U(2400) }, /* NUL */ {"\10\20\10\20\05\05\07\05\05", U(2401) }, /* SOH */ {"\10\20\10\20\05\05\02\05\05", U(2402) }, /* STX */ {"\34\20\30\20\35\05\02\05\05", U(2403) }, /* ETX */ {"\34\20\30\20\37\02\02\02\02", U(2404) }, /* EOT */ {"\34\20\30\22\35\05\05\02\01", U(2405) }, /* ENQ */ {"\10\24\34\24\25\05\06\05\05", U(2406) }, /* ACK */ {"\30\24\30\24\30\02\02\02\03", U(2407) }, /* BEL */ {"\30\24\30\24\30\01\02\01\02", U(2408) }, /* BS */ {"\24\24\34\24\27\02\02\02\02", U(2409) }, /* HT */ {"\20\20\20\20\37\04\06\04\04", U(240A) }, /* LF */ {"\24\24\24\10\17\02\02\02\02", U(240B) }, /* VT */ {"\34\20\30\20\27\04\06\04\04", U(240C) }, /* FF */ {"\14\20\20\20\16\05\06\05\05", U(240D) }, /* CR */ {"\14\20\10\04\30\02\05\05\02", U(240E) }, /* SO */ {"\14\20\10\04\31\01\01\01\01", U(240F) }, /* SI */ {"\30\24\24\24\30\02\02\02\03", U(2410) }, /* DLE */ {"\30\24\24\24\31\01\01\01\01", U(2411) }, /* DC1 */ {"\30\24\24\24\30\02\01\02\03", U(2412) }, /* DC2 */ {"\30\24\24\30\02\01\02\01\02", U(2413) }, /* DC3 */ {"\30\24\24\24\31\03\05\07\01", U(2414) }, /* DC4 */ {"\32\26\22\22\00\05\06\05\05", U(2415) }, /* NAK */ {"\10\20\10\20\05\05\02\02\02", U(2416) }, /* SYN */ {"\34\20\30\20\36\05\06\05\06", U(2417) }, /* ETB */ {"\14\20\20\14\00\15\13\11\11", U(2418) }, /* CAN */ {"\34\20\30\20\34\00\33\25\21", U(2419) }, /* EOM */ {"\10\20\10\20\06\05\06\05\06", U(241A) }, /* SUB */ {"\30\20\30\20\30\03\04\04\03", U(241B) }, /* ESC */ {"\34\20\30\20\23\04\02\01\06", U(241C) }, /* FS */ {"\14\20\20\24\14\01\02\01\02", U(241D) }, /* GS */ {"\30\24\30\24\24\01\02\01\02", U(241E) }, /* RS */ {"\22\22\14\00\03\04\02\01\06", U(241F) }, /* US */ {"\10\20\10\20\06\05\06\04\04", U(2420) }, /* SP */ {"\30\24\24\30\00\07\02\02\02", U(2421) }, /* DEL */ {"\00\00\00\00\00\21\37\00\00", U(2423) }, /* Visible space */ {"\32\26\22\22\00\04\04\04\07", U(2424) }, /* NL */ {"\04\11\22\04\11\22\04\00\00", U(2425) }, /* pictorial DEL */ {"\16\21\10\04\04\00\04\00\00", U(2426) }, /* pictorial SUB */ /* Box drawing */ {"\00\00\00\00\37\00\00\00\00", 0x2500, "SF100000", JOIN }, {"\00\00\00\37\37\37\00\00\00", U(2501), JOIN }, {"\04\04\04\04\04\04\04\04\04", 0x2502, "SF110000", JOIN }, {"\16\16\16\16\16\16\16\16\16", U(2503), JOIN }, {"\00\00\00\00\25\00\00\00\00", U(2504) }, {"\00\00\00\25\25\25\00\00\00", U(2505) }, {"\04\04\00\04\04\04\00\04\04", U(2506) }, {"\16\16\00\16\16\16\00\16\16", U(2507) }, {"\04\00\04\04\00\04\00\04\04", U(250A) }, {"\16\00\16\16\00\16\00\16\16", U(250B) }, {"\00\00\00\00\07\04\04\04\04", 0x250c, "SF010000", JOIN }, {"\00\00\00\07\07\07\04\04\04", U(250D), JOIN }, {"\00\00\00\00\17\16\16\16\16", U(250E), JOIN }, {"\00\00\00\17\17\17\16\16\16", U(250F), JOIN }, {"\00\00\00\00\34\04\04\04\04", 0x2510, "SF030000", JOIN }, {"\00\00\00\34\34\34\04\04\04", U(2511), JOIN }, {"\00\00\00\00\36\16\16\16\16", U(2512), JOIN }, {"\00\00\00\36\36\36\16\16\16", U(2513), JOIN }, {"\04\04\04\04\07\00\00\00\00", 0x2514, "SF020000", JOIN }, {"\04\04\04\07\07\07\00\00\00", U(2515), JOIN }, {"\16\16\16\16\17\00\00\00\00", U(2516), JOIN }, {"\16\16\16\17\17\17\00\00\00", U(2517), JOIN }, {"\04\04\04\04\34\00\00\00\00", 0x2518, "SF040000", JOIN }, {"\04\04\04\34\34\34\00\00\00", U(2519), JOIN }, {"\16\16\16\16\36\00\00\00\00", U(251A), JOIN }, {"\16\16\16\36\36\36\00\00\00", U(251B), JOIN }, {"\04\04\04\04\07\04\04\04\04", 0x251c, "SF080000", JOIN }, {"\04\04\04\07\07\07\04\04\04", U(251D), JOIN }, {"\16\16\16\16\17\04\04\04\04", U(251E), JOIN }, {"\04\04\04\04\17\16\16\16\16", U(251F), JOIN }, {"\16\16\16\16\17\16\16\16\16", U(2520), JOIN }, {"\16\16\16\17\17\17\04\04\04", U(2521), JOIN }, {"\04\04\04\17\17\17\16\16\16", U(2522), JOIN }, {"\16\16\16\17\17\17\16\16\16", U(2523), JOIN }, {"\04\04\04\04\34\04\04\04\04", 0x2524, "SF090000", JOIN }, {"\04\04\04\34\34\34\04\04\04", U(2525), JOIN }, {"\16\16\16\16\36\04\04\04\04", U(2526), JOIN }, {"\04\04\04\04\36\16\16\16\16", U(2527), JOIN }, {"\16\16\16\16\36\16\16\16\16", U(2528), JOIN }, {"\16\16\16\36\36\36\04\04\04", U(2529), JOIN }, {"\04\04\04\36\36\36\16\16\16", U(252A), JOIN }, {"\16\16\16\36\36\36\16\16\16", U(252B), JOIN }, {"\00\00\00\00\37\04\04\04\04", 0x252c, "SF060000", JOIN }, {"\00\00\00\34\37\34\04\04\04", U(252D), JOIN }, {"\00\00\00\07\37\07\04\04\04", U(252E), JOIN }, {"\00\00\00\37\37\37\04\04\04", U(252F), JOIN }, {"\00\00\00\00\37\16\16\16\16", U(2530), JOIN }, {"\00\00\00\36\37\36\16\16\16", U(2531), JOIN }, {"\00\00\00\17\37\17\16\16\16", U(2532), JOIN }, {"\00\00\00\37\37\37\16\16\16", U(2533), JOIN }, {"\04\04\04\04\37\00\00\00\00", 0x2534, "SF070000", JOIN }, {"\04\04\04\34\37\34\00\00\00", U(2535), JOIN }, {"\04\04\04\07\37\07\00\00\00", U(2536), JOIN }, {"\04\04\04\37\37\37\00\00\00", U(2537), JOIN }, {"\16\16\16\16\37\00\00\00\00", U(2538), JOIN }, {"\16\16\16\36\37\36\00\00\00", U(2539), JOIN }, {"\16\16\16\17\37\17\00\00\00", U(253A), JOIN }, {"\16\16\16\37\37\37\00\00\00", U(253B), JOIN }, {"\04\04\04\04\37\04\04\04\04", 0x253c, "SF050000", JOIN }, {"\04\04\04\34\37\34\04\04\04", U(253D), JOIN }, {"\04\04\04\07\37\07\04\04\04", U(253E), JOIN }, {"\04\04\04\37\37\37\04\04\04", U(253F), JOIN }, {"\16\16\16\16\37\04\04\04\04", U(2540), JOIN }, {"\04\04\04\04\37\16\16\16\16", U(2541), JOIN }, {"\16\16\16\16\37\16\16\16\16", U(2542), JOIN }, {"\16\16\16\36\37\36\04\04\04", U(2543), JOIN }, {"\16\16\16\17\37\17\04\04\04", U(2544), JOIN }, {"\04\04\04\36\37\36\16\16\16", U(2545), JOIN }, {"\04\04\04\17\37\17\16\16\16", U(2546), JOIN }, {"\16\16\16\37\37\37\04\04\04", U(2547), JOIN }, {"\04\04\04\37\37\37\16\16\16", U(2548), JOIN }, {"\16\16\16\36\37\36\16\16\16", U(2549), JOIN }, {"\16\16\16\17\37\17\16\16\16", U(254A), JOIN }, {"\16\16\16\37\37\37\16\16\16", U(254B), JOIN }, {"\00\00\00\00\33\00\00\00\00", U(254C) }, {"\00\00\00\33\33\33\00\00\00", U(254D) }, {"\04\04\04\04\00\04\04\04\04", U(254E) }, {"\16\16\16\16\00\16\16\16\16", U(254F) }, {"\00\00\00\37\00\37\00\00\00", 0x2550, "SF430000", JOIN }, {"\12\12\12\12\12\12\12\12\12", 0x2551, "SF240000", JOIN }, {"\00\00\00\07\04\07\04\04\04", 0x2552, "SF510000", JOIN }, {"\00\00\00\00\17\12\12\12\12", 0x2553, "SF520000", JOIN }, {"\00\00\00\17\10\13\12\12\12", 0x2554, "SF390000", JOIN }, {"\00\00\00\34\04\34\04\04\04", 0x2555, "SF220000", JOIN }, {"\00\00\00\00\36\12\12\12\12", 0x2556, "SF210000", JOIN }, {"\00\00\00\36\02\32\12\12\12", 0x2557, "SF250000", JOIN }, {"\04\04\04\07\04\07\00\00\00", 0x2558, "SF500000", JOIN }, {"\12\12\12\12\17\00\00\00\00", 0x2559, "SF490000", JOIN }, {"\12\12\12\13\10\17\00\00\00", 0x255a, "SF380000", JOIN }, {"\04\04\04\34\04\34\00\00\00", 0x255b, "SF280000", JOIN }, {"\12\12\12\12\36\00\00\00\00", 0x255c, "SF270000", JOIN }, {"\12\12\12\32\02\36\00\00\00", 0x255d, "SF260000", JOIN }, {"\04\04\04\07\04\07\04\04\04", 0x255e, "SF360000", JOIN }, {"\12\12\12\12\13\12\12\12\12", 0x255f, "SF370000", JOIN }, {"\12\12\12\13\10\13\12\12\12", 0x2560, "SF420000", JOIN }, {"\04\04\04\34\04\34\04\04\04", 0x2561, "SF190000", JOIN }, {"\12\12\12\12\32\12\12\12\12", 0x2562, "SF200000", JOIN }, {"\12\12\12\32\02\32\12\12\12", 0x2563, "SF230000", JOIN }, {"\00\00\00\37\00\37\04\04\04", 0x2564, "SF470000", JOIN }, {"\00\00\00\00\37\12\12\12\12", 0x2565, "SF480000", JOIN }, {"\00\00\00\37\00\33\12\12\12", 0x2566, "SF410000", JOIN }, {"\04\04\04\37\00\37\00\00\00", 0x2567, "SF450000", JOIN }, {"\12\12\12\12\37\00\00\00\00", 0x2568, "SF460000", JOIN }, {"\12\12\12\33\00\37\00\00\00", 0x2569, "SF400000", JOIN }, {"\04\04\04\37\04\37\04\04\04", 0x256a, "SF540000", JOIN }, {"\12\12\12\12\37\12\12\12\12", 0x256b, "SF530000", JOIN }, {"\12\12\12\33\00\33\12\12\12", 0x256c, "SF440000", JOIN }, {"\00\00\00\00\01\02\04\04\04", U(256D), JOIN }, {"\00\00\00\00\20\10\04\04\04", U(256E), JOIN }, {"\04\04\04\10\20\00\00\00\00", U(256F), JOIN }, {"\04\04\04\02\01\00\00\00\00", U(2570), JOIN }, {"\00\00\00\00\34\00\00\00\00", U(2574), JOIN }, {"\04\04\04\04\04\00\00\00\00", U(2575), JOIN }, {"\00\00\00\00\07\00\00\00\00", U(2576), JOIN }, {"\00\00\00\00\04\04\04\04\04", U(2577), JOIN }, {"\00\00\00\34\34\34\00\00\00", U(2578), JOIN }, {"\16\16\16\16\16\00\00\00\00", U(2579), JOIN }, {"\00\00\00\07\07\07\00\00\00", U(257A), JOIN }, {"\00\00\00\00\16\16\16\16\16", U(257B), JOIN }, {"\00\00\00\07\37\07\00\00\00", U(257C), JOIN }, {"\04\04\04\04\16\16\16\16\16", U(257D), JOIN }, {"\00\00\00\34\37\34\00\00\00", U(257E), JOIN }, {"\16\16\16\16\16\04\04\04\04", U(257F), JOIN }, /* Block elements */ {{0x03}, 0x2580, "upblock", MOS4 }, UALIAS(U(2582), "u1FB2D"), /* lower quarter block (octant-78) */ {{0x0c}, 0x2584, "dnblock", MOS4 }, UALIAS(U(2586), "u1FB39"), /* lower three-quarter block (octant-345678) */ {"\25\00\12\00\25\00\12\00\25", 0x2591, "ltshade" }, {"\22\11\04\22\11\04\22\11\04", 0x2592, "shade" }, {"\25\37\12\37\25\37\12\37\25", 0x2593, "dkshade" }, #define M(x, u) { {x}, U(u), MOS4 } M( 4, 2596), M( 8, 2597), M( 1, 2598), M(13, 2599), M( 9, 259A), M( 7, 259B), M(11, 259C), M( 2, 259D), M( 6, 259E), M(14, 259F), #undef M /* Geometric shapes */ {"\37\21\21\21\21\21\37\00\00", 0x25a1, "H22073" }, {"\00\00\16\16\16\00\00\00\00", 0x25aa, "H18543" }, {"\00\00\16\12\16\00\00\00\00", 0x25ab, "H18551" }, {"\00\00\37\37\37\00\00\00\00", 0x25ac, "filledrect" }, {"\00\00\37\21\37\00\00\00\00", U(25AD) }, /* rect */ {"\04\04\16\16\37\37\37\00\00", 0x25b2, "triagup" }, {"\10\14\16\17\16\14\10\00\00", U(25B6) }, /* blacktriangleright */ {"\30\24\22\21\22\24\30\00\00", U(25B7) }, /* whitetriangleright */ {"\00\20\34\37\34\20\00\00\00", 0x25ba, "triagrt" }, {"\37\37\37\16\16\04\04\00\00", 0x25bc, "triagdn" }, {"\01\03\07\17\07\03\01\00\00", U(25C0) }, /* blacktriangleleft */ {"\03\05\11\21\11\05\03\00\00", U(25C1) }, /* whitetriangleleft */ {"\00\01\07\37\07\01\00\00\00", 0x25c4, "triaglf" }, {"\00\04\16\37\16\04\00\00\00", U(25C6) }, /* black diamond shape */ {"\00\04\12\21\12\04\00\00\00", U(25C7) }, /* white diamond shape */ {"\04\12\12\21\12\12\04\00\00", 0x25ca, "lozenge" }, {"\00\16\21\21\21\16\00\00\00", 0x25cb, "circle" }, {"\00\04\21\00\21\04\00\00\00", U(25CC) }, /* dottedcircle */ {"\00\16\37\37\37\16\00\00\00", 0x25cf, "H18533" }, {"\37\37\21\21\21\37\37\00\00", 0x25d8, "invbullet" }, {"\37\21\04\16\04\21\37\00\00", 0x25d9, "invcircle" }, {"\00\00\16\12\16\00\00\00\00", 0x25e6, "openbullet" }, {"\00\37\25\25\25\37\00\00\00", U(25EB) }, /* squared vertical line */ {"\00\37\25\35\21\37\00\00\00", U(25F0) }, /* square UL quad (FS) */ {"\00\37\21\35\25\37\00\00\00", U(25F1) }, /* square LL quad (GS) */ {"\00\37\21\27\25\37\00\00\00", U(25F2) }, /* square LR quad (RS) */ {"\00\37\25\27\21\37\00\00\00", U(25F3) }, /* square UR quad (US) */ {"\00\16\25\35\21\16\00\00\00", U(25F4) }, /* circle UL quad (DC4) */ {"\00\16\21\35\25\16\00\00\00", U(25F5) }, /* circle LL quad (DC3) */ {"\00\16\21\27\25\16\00\00\00", U(25F6) }, /* circle LR quad (DC2) */ {"\00\16\25\27\21\16\00\00\00", U(25F7) }, /* circle UR quad (DC1) */ /* Miscellaneous symbols */ {"\01\02\04\10\05\03\07\00\00", U(2607) }, /* lightning */ {"\37\22\24\30\25\23\27\00\00", U(2608) }, /* thunderstorm */ {"\00\16\21\25\21\16\00\00\00", U(2609) }, /* astrological sun */ {"\00\37\00\37\00\37\00\00\00", U(2630) }, /* Yijing trigrams... */ {"\00\33\00\37\00\37\00\00\00", U(2631) }, {"\00\37\00\33\00\37\00\00\00", U(2632) }, {"\00\33\00\33\00\37\00\00\00", U(2633) }, {"\00\37\00\37\00\33\00\00\00", U(2634) }, {"\00\33\00\37\00\33\00\00\00", U(2635) }, {"\00\37\00\33\00\33\00\00\00", U(2636) }, {"\00\33\00\33\00\33\00\00\00", U(2637) }, {"\00\12\00\00\16\21\00\00\00", U(2639) }, /* frownface */ {"\00\12\00\00\21\16\00\00\00", 0x263a, "smileface" }, {"\16\37\25\37\37\21\16\00\00", 0x263b, "invsmileface" }, {"\00\25\16\33\16\25\00\00\00", 0x263c, "sun" }, {"\16\21\21\16\04\16\04\00\00", 0x2640, "female" }, {"\07\03\05\14\22\22\14\00\00", 0x2642, "male" }, {"\00\04\16\37\37\04\16\00\00", 0x2660, "spade" }, {"\00\12\25\21\12\04\00\00\00", U(2661) }, /* white heart */ {"\00\04\12\21\12\04\00\00\00", U(2662) }, /* white diamond */ {"\00\16\16\37\37\04\16\00\00", 0x2663, "club" }, {"\04\12\21\21\37\04\16\00\00", U(2664) }, /* white spade */ {"\00\12\37\37\16\04\00\00\00", 0x2665, "heart" }, {"\00\04\16\37\16\04\00\00\00", 0x2666, "diamond" }, {"\16\12\33\21\37\04\16\00\00", U(2667) }, /* white club */ {"\02\02\02\02\06\16\04\00\00", U(2669) }, /* crotchet */ {"\04\06\05\05\14\34\10\00\00", 0x266a, "musicalnote" }, {"\03\15\11\11\13\33\30\00\00", 0x266b, "musicalnotedbl" }, {"\17\11\17\11\11\33\33\00\00", U(266C) }, /* semiquavers */ {"\10\10\13\15\11\12\14\00\00", U(266D) }, /* flat */ {"\10\13\15\11\13\15\01\00\00", U(266E) }, /* natural */ {"\02\13\16\33\16\32\10\00\00", U(266F) }, /* sharp */ {"\00\16\21\23\21\16\00\00\00", U(2686) }, /* white circle dot right */ {"\00\16\21\33\21\16\00\00\00", U(2687) }, /* white circle two dots */ {"\00\16\37\35\37\16\00\00\00", U(2688) }, /* black circle dot right */ {"\00\16\37\25\37\16\00\00\00", U(2689) }, /* black circle two dots */ {"\00\00\00\37\00\00\00\00\00", U(268A) }, /* Yijing monogram yang */ {"\00\00\00\33\00\00\00\00\00", U(268B) }, /* Yijing monogram yin */ {"\00\00\37\00\37\00\00\00\00", U(268C) }, /* Yijing digrams... */ {"\00\00\33\00\37\00\00\00\00", U(268D) }, {"\00\00\37\00\33\00\00\00\00", U(268E) }, {"\00\00\33\00\33\00\00\00\00", U(268F) }, /* Dingbats */ {"\00\04\22\17\22\04\00\00\00", U(2708) }, /* airplane */ {"\00\00\01\02\24\10\00\00\00", U(2713) }, /* tick (ACK) */ {"\16\04\25\37\25\04\16\00\00", U(2720) }, /* maltese cross */ /* Miscellaneous mathematical symbols-A */ {"\04\04\04\16\04\04\04\00\00", U(27CA) }, /* vert bar horiz stroke */ {"\00\25\25\25\25\16\00\00\00", U(27D2) }, /* upward element of */ {"\04\04\04\04\04\04\04\04\37", U(27D8) }, /* large up tack */ {"\37\04\04\04\04\04\04\04\04", U(27D9) }, /* large down tack */ {"\00\00\10\27\10\00\00\00\00", U(27DC) }, /* left multimap */ ALIAS("uni27DC.rtlm", "uni22B8"), {"\02\02\04\10\04\02\02\00\00", U(27E8) }, /* left angle bracket */ {"\10\10\04\02\04\10\10\00\00", U(27E9) }, /* right angle bracket */ {"\02\04\04\04\04\04\02\00\00", U(27EE) }, /* flattened parenleft */ {"\10\04\04\04\04\04\10\00\00", U(27EF) }, /* flattened parenright */ /* Supplemental arrows-B */ {"\00\37\16\25\04\04\00\00\00", U(2912) }, /* arrowupbar */ {"\00\04\04\25\16\37\00\00\00", U(2913) }, /* arrowdownbar */ {"\00\04\16\25\04\30\00\00\00", U(2934) }, /* arrow right curve up */ {"\00\30\04\25\16\04\00\00\00", U(2935) }, /* arrow right curve down */ {"\01\05\11\36\10\04\00\00\00", U(2936) }, /* arrow down curve left */ {"\20\24\22\17\02\04\00\00\00", U(2937) }, /* arrow down curve right */ {"\00\04\10\37\02\04\00\00\00", U(294A) }, /* harpoon lf up rt dn */ {"\00\04\02\37\10\04\00\00\00", U(294B) }, /* harpoon lf dn rt up */ {"\04\06\05\04\24\14\04\00\00", U(294C) }, /* harpoon up rt dn lf */ {"\04\14\24\04\05\06\04\00\00", U(294D) }, /* harpoon up lf dn rt */ {"\00\12\21\37\00\00\00\00\00", U(294E) }, /* harpoon lf up rt up */ {"\04\06\05\04\05\06\04\00\00", U(294F) }, /* harpoon up rt dn rt */ {"\00\00\00\37\21\12\00\00\00", U(2950) }, /* harpoon lf dn rt dn */ {"\04\14\24\04\24\14\04\00\00", U(2951) }, /* harpoon up lf dn lf */ {"\00\24\30\37\20\20\00\00\00", U(2952) }, /* harpoons to bars... */ {"\00\05\03\37\01\01\00\00\00", U(2953) }, {"\00\37\06\05\04\04\00\00\00", U(2954) }, {"\00\04\04\05\06\37\00\00\00", U(2955) }, {"\00\20\20\37\30\24\00\00\00", U(2956) }, {"\00\01\01\37\03\05\00\00\00", U(2957) }, {"\00\37\14\24\04\04\00\00\00", U(2958) }, {"\00\04\04\24\14\37\00\00\00", U(2959) }, {"\00\05\11\37\01\01\00\00\00", U(295A) }, /* ... and from bars */ {"\00\24\22\37\20\20\00\00\00", U(295B) }, {"\00\04\06\05\04\37\00\00\00", U(295C) }, {"\00\37\04\05\06\04\00\00\00", U(295D) }, {"\00\01\01\37\11\05\00\00\00", U(295E) }, {"\00\20\20\37\22\24\00\00\00", U(295F) }, {"\00\04\14\24\04\37\00\00\00", U(2960) }, {"\00\37\04\24\14\04\00\00\00", U(2961) }, {"\04\10\37\00\37\10\04\00\00", U(2962) }, /* paired harpoons */ {"\04\02\37\00\37\02\04\00\00", U(2964) }, {"\04\10\37\00\04\02\37\00\00", U(2966) }, {"\37\10\04\00\37\02\04\00\00", U(2967) }, {"\04\02\37\00\04\10\37\00\00", U(2968) }, {"\37\02\04\00\37\10\04\00\00", U(2969) }, {"\04\10\37\00\37\00\00\00\00", U(296A) }, {"\00\00\37\00\37\10\04\00\00", U(296B) }, {"\04\02\37\00\37\00\00\00\00", U(296C) }, {"\00\00\37\00\37\02\04\00\00", U(296D) }, /* Miscellaneous mathematical symbols-B */ {"\25\25\25\25\25\25\25\00\00", U(2980) }, /* triple vertical bar */ {"\00\16\25\25\25\16\00\00\00", U(29B6) }, /* circled vert bar */ {"\00\16\25\37\21\16\00\00\00", U(29BA) }, /* circled horiz up */ /* Supplemental mathematical operators */ {"\16\21\21\21\25\21\21\21\16", U(2A00) }, /* n-ary circled dot */ {"\16\21\25\25\37\25\25\21\16", U(2A01) }, /* n-ary circled plus */ {"\16\21\21\33\25\33\21\21\16", U(2A02) }, /* n-ary circled times */ {"\21\21\21\21\25\21\21\21\16", U(2A03) }, /* n-ary union dot */ {"\21\21\25\25\37\25\25\21\16", U(2A04) }, /* n-ary union plus */ {"\02\05\04\04\37\04\04\24\10", U(2A0D) }, /* integral with bar */ {"\10\24\04\04\37\04\04\05\02", 0xf113, "uni2A0D.rtlm" }, {"\02\05\04\37\04\37\04\24\10", U(2A0E) }, /* integral w/dbl bar */ {"\10\24\04\37\04\37\04\05\02", 0xf114, "uni2A0E.rtlm" }, {"\02\05\04\37\25\37\04\24\10", U(2A16) }, /* integral w/square */ {"\10\24\04\37\25\37\04\05\02", 0xf115, "uni2A16.rtlm" }, {"\02\05\04\16\25\25\04\24\10", U(2A19) }, /* integral w/cap */ {"\10\24\04\16\25\25\04\05\02", 0xf116, "uni2A19.rtlm" }, {"\02\05\04\25\25\16\04\24\10", U(2A1A) }, /* integral w/cup */ {"\10\24\04\25\25\16\04\05\02", 0xf117, "uni2A1A.rtlm" }, {"\04\04\37\04\04\00\04\00\00", U(2A25) }, /* plus dot */ {"\00\00\00\37\00\04\00\00\00", U(2A2A) }, /* minus dot */ {"\00\20\00\37\00\01\00\00\00", U(2A2B) }, /* minus falling dots */ {"\00\01\00\37\00\20\00\00\00", U(2A2C) }, /* minus rising dots */ {"\04\21\12\04\12\21\00\00\00", U(2A30) }, /* dot times */ {"\00\16\21\25\21\21\00\00\00", U(2A40) }, /* intersection with dot */ {"\04\00\04\12\21\00\00\00\00", U(2A51) }, /* dot and */ {"\04\00\21\12\04\00\00\00\00", U(2A52) }, /* dot or */ {"\37\00\37\00\04\12\21\00\00", U(2A5E) }, /* double bar and */ {"\00\04\12\21\00\37\00\00\00", U(2A5F) }, /* and bar */ {"\04\12\21\00\37\00\37\00\00", U(2A60) }, /* and double bar */ {"\37\00\37\00\21\12\04\00\00", U(2A62) }, /* double bar or */ {"\21\12\04\00\37\00\37\00\00", U(2A63) }, /* or double bar */ {"\00\00\37\00\37\00\04\00\00", U(2A66) }, /* equals dot */ {"\04\00\37\00\37\00\37\00\00", U(2A67) }, /* dot identical */ {"\04\00\10\25\02\00\00\00\00", U(2A6A) }, /* dot tilde */ {"\04\00\02\25\10\00\00\00\00", 0xf118, "uni2A6A.rtlm" }, {"\00\01\10\25\02\20\00\00\00", U(2A6B) }, /* tilde rising dots */ {"\00\20\02\25\10\01\00\00\00", 0xf119, "uni2A6B.rtlm" }, {"\37\00\37\00\10\25\02\00\00", U(2A73) }, /* equals tilde */ {"\37\00\37\00\02\25\10\00\00", 0xf11a, "uni2A73.rtlm" }, {"\12\00\37\00\37\00\12\00\00", U(2A77) }, /* equals with four dots */ {"\04\33\00\37\00\37\00\00\00", U(2AAE) }, /* bumpy equals */ {"\00\17\20\24\20\17\00\00\00", U(2ABD) }, /* subset with dot */ {"\00\36\01\05\01\36\00\00\00", U(2ABE) }, /* superset with dot */ {"\17\20\17\00\04\16\04\00\00", U(2ABF) }, /* subset plus */ {"\36\01\36\00\04\16\04\00\00", U(2AC0) }, /* superset plus */ {"\17\20\17\00\12\04\12\00\00", U(2AC1) }, /* subset times */ {"\36\01\36\00\12\04\12\00\00", U(2AC2) }, /* superset times */ {"\04\00\17\20\17\00\37\00\00", U(2AC3) }, /* dot subset or equal */ {"\04\00\36\01\36\00\37\00\00", U(2AC4) }, /* dot superset or equal */ {"\17\20\17\00\37\00\37\00\00", U(2AC5) }, /* subset equals */ {"\36\01\36\00\37\00\37\00\00", U(2AC6) }, /* superset equals */ {"\17\20\17\00\10\25\02\00\00", U(2AC7) }, /* subset tilde */ {"\36\01\36\00\02\25\10\00\00", 0xf11b, "uni2AC7.rtlm" }, {"\36\01\36\00\10\25\02\00\00", U(2AC8) }, /* superset tilde */ {"\17\20\17\00\02\25\10\00\00", 0xf11c, "uni2AC8.rtlm" }, {"\00\17\21\21\21\17\00\00\00", U(2ACF) }, /* closed subset */ {"\00\36\21\21\21\36\00\00\00", U(2AD0) }, /* closed superset */ {"\17\21\21\21\17\00\37\00\00", U(2AD1) }, /* closed subset or equal */ {"\36\21\21\21\36\00\37\00\00", U(2AD2) }, /* closed superset or equal */ {"\17\20\17\00\36\01\36\00\00", U(2AD3) }, /* subset superset */ {"\36\01\36\00\17\20\17\00\00", U(2AD4) }, /* superset subset */ {"\17\20\17\00\17\20\17\00\00", U(2AD5) }, /* subset subset */ {"\36\01\36\00\36\01\36\00\00", U(2AD6) }, /* superset superset */ {"\00\16\25\25\25\25\00\00\00", U(2AD9) }, /* downward element of */ {"\16\04\16\25\25\25\25\00\00", U(2ADA) }, /* tee top pitchfork */ {"\04\16\25\25\25\25\04\00\00", U(2ADB) }, /* transversal intersection */ {"\00\02\02\16\02\02\00\00\00", U(2ADE) }, /* short left tack */ {"\00\00\37\04\04\00\00\00\00", U(2ADF) }, /* short down tack */ {"\00\00\04\04\37\00\00\00\00", U(2AE0) }, /* short up tack */ {"\20\37\20\37\20\37\20\00\00", U(2AE2) }, /* triple right turnstile */ {"\01\37\01\37\01\37\01\00\00", 0xf11d, "uni2AE2.rtlm" }, {"\00\05\05\35\05\05\00\00\00", U(2AE3) }, /* double vert left turnstile */ {"\00\01\37\01\37\01\00\00\00", U(2AE4) }, /* double left turnstile */ {"\00\05\35\05\35\05\00\00\00", U(2AE5) }, /* double v dbl left turnstile */ {"\00\24\24\37\24\24\00\00\00", U(2AE6) }, {"\00\05\05\37\05\05\00\00\00", 0xf11e, "uni2AE6.rtlm" }, {"\00\37\00\37\04\04\00\00\00", U(2AE7) }, /* short down tack overbar */ {"\00\04\04\37\00\37\00\00\00", U(2AE8) }, /* short up tack underbar */ {"\04\04\37\00\37\04\04\00\00", U(2AE9) }, /* short up down tacks */ {"\00\37\12\12\12\12\00\00\00", U(2AEA) }, /* double down tack */ {"\00\12\12\12\12\37\00\00\00", U(2AEB) }, /* double up tack */ {"\00\37\01\37\01\01\00\00\00", U(2AEC) }, /* double not sign */ {"\00\37\20\37\20\20\00\00\00", U(2AED) }, /* double reversed not */ {"\12\12\12\37\12\12\12\00\00", U(2AF2) }, /* double vert bar horiz stroke */ {"\25\25\25\25\25\25\25\00\00", U(2AF4) }, /* triple vert bar operator */ {"\25\25\25\37\25\25\25\00\00", U(2AF5) }, /* triple vert bar horiz stroke */ {"\25\25\25\25\25\25\25\25\25", U(2AFC) }, /* large triple vertical bar */ {"\16\12\12\12\12\12\16\00\00", U(2AFE) }, /* white vertical bar */ {"\16\12\12\12\12\12\12\12\16", U(2AFF) }, /* n-ary white vertical bar */ /* Miscellaneous symbols and arrows */ {"\00\25\00\21\00\25\00\00\00", U(2B1A) }, /* dottedsquare */ /* Latin extended-C */ {"\17\21\21\21\21\23\15\00\00", U(2C6D) }, /* Latin Alpha */ ALIAS("uni2C6D.c2sc", "uni0251"), {"\21\21\37\21\21\12\04\00\00", U(2C6F) }, /* turned A */ {"\00\00\21\21\37\21\16\00\00", 0xf1bf, "uni2C6F.c2sc" }, {"\00\00\22\25\24\24\10\00\00", U(2C71) }, /* vhook */ {"\00\00\37\01\17\01\37\00\00", U(2C7B) }, /* small cap turned E */ {"\00\00\00\00\04\00\04\04\10", U(2C7C) }, /* jinferior */ {"\16\21\20\16\01\21\16\04\03", U(2C7E) }, /* S with swash tail */ ALIAS("uni2C7E.c2sc", "uni023F"), {"\37\01\02\04\10\20\30\04\03", U(2C7F) }, /* Z with swash tail */ {"\00\00\37\01\16\20\30\04\03", 0xf1c3, "uni2C7F.c2sc" }, /* Supplemental punctuation */ {"\02\04\10\02\04\10\00\00\00", U(2E17) }, /* dbl oblique hyphen */ {"\00\00\04\00\04\14\24\25\16", U(2E18) }, /* gnaborretni */ {"\12\00\00\16\00\00\00\00\00", U(2E1A) }, /* hyphendieresis */ {"\04\12\04\00\10\25\02\00\00", U(2E1B) }, /* tilde ring above */ {"\04\00\10\25\02\00\00\00\00", U(2E1E) }, /* tilde dot above */ {"\00\00\10\25\02\00\04\00\00", U(2E1F) }, /* tilde dot below */ {"\17\10\10\10\00\00\00\00\00", U(2E22) }, /* top half bracketleft */ {"\36\02\02\02\00\00\00\00\00", U(2E23) }, /* top half bracketright */ {"\00\00\00\10\10\10\17\00\00", U(2E24) }, /* bot half bracketleft */ {"\00\00\00\02\02\02\36\00\00", U(2E25) }, /* bot half bracketright */ {"\11\22\22\22\22\22\11\00\00", U(2E28) }, /* left double paren */ {"\22\11\11\11\11\11\22\00\00", U(2E29) }, /* right double paren */ {"\00\00\21\00\00\00\04\00\00", U(2E2A) }, /* two dots over one */ {"\00\00\04\00\00\00\21\00\00", U(2E2B) }, /* one dot over two */ {"\00\00\21\00\00\00\21\00\00", U(2E2C) }, /* squared four dots */ {"\00\00\04\00\25\00\04\00\00", U(2E2D) }, /* five dot mark */ {"\16\21\10\04\04\00\04\00\00", U(2E2E) }, /* reversed question */ {"\16\21\20\10\04\00\04\00\00", 0xf212, "uni2E2E.open" }, {"\00\00\00\00\00\02\04\04\00", U(2E32) }, /* turned comma */ {"\00\02\04\04\00\00\04\00\00", U(2E35) }, /* turned semicolon */ {"\04\04\34\04\04\04\04\04\04", U(2E36) }, /* dagger w/left guard */ {"\04\04\07\04\04\04\04\04\04", U(2E37) }, /* dagger w/right guard */ {"\04\04\04\04\04\04\37\04\04", U(2E38) }, /* turned dagger */ {"\16\21\20\16\21\16\00\00\00", U(2E39) }, /* top half section */ {"\00\00\16\00\16\00\00\00\00", U(2E40) }, /* double hyphen */ {"\00\00\00\00\00\04\04\02\00", U(2E41) }, /* reversed comma */ {"\00\00\00\00\00\22\22\11\00", U(2E42) }, /* double low reversed-9 quote */ {"\04\04\37\04\37\04\37\04\04", U(2E4B) }, /* triple dagger */ {"\17\10\10\34\10\10\17\00\00", U(2E55) }, /* bracketleft stroke */ ALIAS("uni2E55.rtlm", "uni2E56"), {"\36\02\02\07\02\02\36\00\00", U(2E56) }, /* bracketright stroke */ ALIAS("uni2E56.rtlm", "uni2E55"), {"\17\10\34\10\34\10\17\00\00", U(2E57) }, /* bracketleft double stroke */ ALIAS("uni2E57.rtlm", "uni2E58"), {"\36\02\07\02\07\02\36\00\00", U(2E58) }, /* bracketright double stroke */ ALIAS("uni2E58.rtlm", "uni2E57"), {"\02\04\10\10\00\00\00\00\00", U(2E59) }, /* top half parenleft */ ALIAS("uni2E59.rtlm", "uni2E5A"), {"\10\04\02\02\00\00\00\00\00", U(2E5A) }, /* top half parenright */ ALIAS("uni2E5A.rtlm", "uni2E59"), {"\00\00\00\10\10\04\02\00\00", U(2E5B) }, /* bottom half parenleft */ ALIAS("uni2E5B.rtlm", "uni2E5C"), {"\00\00\00\02\02\04\10\00\00", U(2E5C) }, /* bottom half parenright */ ALIAS("uni2E5C.rtlm", "uni2E5B"), {"\00\00\02\04\10\00\00\00\00", U(2E5D) }, /* oblique hyphen */ /* Latin extended-D */ {"\21\21\21\37\21\21\21\01\16", U(A726) }, /* Heng */ {"\00\00\21\21\37\21\21\01\16", 0xf1c4, "uniA726.c2sc" }, {"\20\20\36\21\21\21\21\01\06", U(A727) }, /* heng */ ALIAS("uniA727.sc", "uniA726.c2sc"), {"\00\00\37\20\36\20\20\00\00", U(A730) }, /* small cap F */ {"\00\00\17\20\16\01\36\00\00", U(A731) }, /* small cap S */ {"\37\01\01\01\01\01\01\00\00", U(A780) }, /* turned L */ {"\00\00\37\01\01\01\01\00\00", 0xf186, "uniA780.c2sc" }, {"\36\02\02\02\02\02\02\00\00", 0xf21a, "uniA780.narrow" }, {"\00\00\36\02\02\02\02\00\00", 0xf21b, "uniA780.c2sc.narrow" }, {"\16\04\04\04\04\04\06\00\00", U(A781) }, /* turned l */ ALIAS("uniA781.sc", "uniA780.c2sc"), ALIAS("uniA781.sc.narrow", "uniA780.c2sc.narrow"), {"\21\21\21\37\01\01\01\00\00", U(A78D) }, /* cap turned h */ {"\06\11\10\34\10\11\06\00\00", U(A792) }, /* C with bar */ {"\00\00\06\11\34\11\06\00\00", 0xf1c5, "uniA792.c2sc" }, {"\00\00\07\10\34\10\07\00\00", U(A793) }, /* c with bar */ ALIAS("uniA793.sc", "uniA792.c2sc"), {"\11\31\11\17\11\11\11\00\00", U(A7AA) }, /* H with hook */ {"\00\00\11\31\17\11\11\00\00", 0xf1c6, "uniA7AA.c2sc" }, {"\16\21\01\06\01\21\16\00\00", U(A7AB) }, /* reversed Epsilon */ {"\00\00\16\21\06\21\16\00\00", 0xf1c7, "uniA7AB.c2sc" }, {"\04\04\14\25\16\04\07\00\00", U(A7AD) }, /* belted L */ UALIAS(0xf1c8, "uniA7AD.c2sc", "u1DF04"), {"\37\25\04\04\04\25\37\00\00", U(A7AE) }, /* cap small-cap I */ {"\00\00\37\25\04\25\37\00\00", 0xf1c9, "uniA7AE.c2sc" }, {"\00\00\16\21\25\22\15\00\00", U(A7AF) }, /* small cap Q */ {"\21\11\05\03\05\11\21\00\00", U(A7B0) }, /* turned K */ UALIAS(0xf1ca, "uniA7B0.c2sc", "u1DF10"), {"\04\04\04\04\04\04\37\00\00", U(A7B1) }, /* turned T */ {"\00\00\04\04\04\04\37\00\00", 0xf1cb, "uniA7B1.c2sc" }, {"\01\01\01\11\25\25\16\04\00", U(A7B2) }, /* crossed-tail J */ {"\00\00\01\01\11\25\16\04\00", 0xf1cc, "uniA7B2.c2sc" }, {"\37\01\01\17\01\01\01\00\00", U(A7FB) }, /* reversed F */ {"\17\21\21\17\01\01\01\00\00", U(A7FC) }, /* reversed P */ {"\21\21\21\25\25\33\21\00\00", U(A7FD) }, /* inverted M */ /* Private use area */ /* U+EE00--U+EE7F: zvbi mosaic graphics */ #define A(f,t) { .alias_of = t, U(EE ## f), IS_ALIAS | COMPAT } #define S(f,t) A(f, "u1CE" #t) #define C(f,t) A(f, "u1FB" #t) /* */ S(01,51),S(02,52),S(03,53),S(04,54),S(05,55),S(06,56),S(07,57), S(08,58),S(09,59),S(0A,5A),S(0B,5B),S(0C,5C),S(0D,5D),S(0E,5E),S(0F,5F), S(10,60),S(11,61),S(12,62),S(13,63),S(14,64),S(15,65),S(16,66),S(17,67), S(18,68),S(19,69),S(1A,6A),S(1B,6B),S(1C,6C),S(1D,6D),S(1E,6E),S(1F,6F), /* */ C(21,00),C(22,01),C(23,02),C(24,03),C(25,04),C(26,05),C(27,06), C(28,07),C(29,08),C(2A,09),C(2B,0A),C(2C,0B),C(2D,0C),C(2E,0D),C(2F,0E), C(30,0F),C(31,10),C(32,11),C(33,12),C(34,13), C(36,14),C(37,15), C(38,16),C(39,17),C(3A,18),C(3B,19),C(3C,1A),C(3D,1B),C(3E,1C),C(3F,1D), S(40,70),S(41,71),S(42,72),S(43,73),S(44,74),S(45,75),S(46,76),S(47,77), S(48,78),S(49,79),S(4A,7A),S(4B,7B),S(4C,7C),S(4D,7D),S(4E,7E),S(4F,7F), S(50,80),S(51,81),S(52,82),S(53,83),S(54,84),S(55,85),S(56,86),S(57,87), S(58,88),S(59,89),S(5A,8A),S(5B,8B),S(5C,8C),S(5D,8D),S(5E,8E),S(5F,8F), C(60,1E),C(61,1F),C(62,20),C(63,21),C(64,22),C(65,23),C(66,24),C(67,25), C(68,26),C(69,27), C(6B,28),C(6C,29),C(6D,2A),C(6E,2B),C(6F,2C), C(70,2D),C(71,2E),C(72,2F),C(73,30),C(74,31),C(75,32),C(76,33),C(77,34), C(78,35),C(79,36),C(7A,37),C(7B,38),C(7C,39),C(7D,3A),C(7E,3B), A(00,"uni2003"),A(20,"uni2003"),A(35,"lfblock"),A(6A,"rtblock"),A(7F,"block"), #undef A #undef C #undef S /* * Characters in the private use area are used for Bedstead glyphs * that would otherwise be unencoded so as to make them easier to * use. These encodings should be stable, but they do not use uniXXXX * glyph names. They appear scattered across the glyph list, and not * here. */ /* Alphabetic presentation forms */ {"\06\10\36\12\12\12\17\00\00", 0xfb01, "fi" }, {"\06\12\12\36\12\12\17\00\00", 0xfb02, "fl" }, /* Halfwidth and fullwidth forms */ {"\04\04\04\04\04\04\04\04\04", U(FFE8) }, /* halfwidth U+2502 */ {"\00\04\10\37\10\04\00\00\00", U(FFE9) }, /* halfwidth U+2190 */ {"\00\04\16\25\04\04\00\00\00", U(FFEA) }, /* halfwidth U+2191 */ {"\00\04\02\37\02\04\00\00\00", U(FFEB) }, /* halfwidth U+2192 */ {"\00\04\04\25\16\04\00\00\00", U(FFEC) }, /* halfwidth U+2193 */ {"\37\37\37\37\37\37\37\00\00", U(FFED) }, /* halfwidth U+25A0 */ {"\00\16\21\21\21\16\00\00\00", U(FFEE) }, /* halfwidth U+25CB */ /* Specials */ {"\16\21\25\11\16\12\16\00\00", U(FFFD) }, /* replacement */ /* Shavian */ {"\30\04\04\04\04\04\04\00\00", U(10450) }, /* peep */ {"\14\24\04\04\04\04\04\00\00", U(10451) }, /* tot */ {"\04\04\04\14\20\20\14\00\00", U(10452) }, /* kick */ {"\04\04\04\04\04\04\30\00\00", U(10453) }, /* fee */ {"\14\02\01\17\21\21\16\00\00", U(10454) }, /* thigh */ {"\17\20\16\01\01\01\36\00\00", U(10455) }, /* so */ {"\01\02\04\10\20\20\16\00\00", U(10456) }, /* sure */ {"\15\22\04\10\20\20\16\00\00", U(10457) }, /* church */ {"\20\20\10\04\02\01\01\00\00", U(10458) }, /* yea */ {"\04\12\21\12\04\12\21\00\00", U(10459) }, /* hung */ {"\00\00\04\04\04\04\04\04\03", U(1045A) }, /* bib */ {"\00\00\04\04\04\04\04\05\06", U(1045B) }, /* dead */ {"\00\00\06\01\01\06\04\04\04", U(1045C) }, /* gag */ {"\00\00\03\04\04\04\04\04\04", U(1045D) }, /* vow */ {"\00\00\16\21\21\36\20\10\06", U(1045E) }, /* they */ {"\00\00\36\01\01\01\16\20\17", U(1045F) }, /* zoo */ {"\00\00\16\01\01\02\04\10\20", U(10460) }, /* measure */ {"\00\00\16\01\01\02\04\11\26", U(10461) }, /* judge */ {"\00\00\01\01\02\04\10\20\20", U(10462) }, /* woe */ {"\00\00\21\12\04\12\21\12\04", U(10463) }, /* ha-ha */ {"\00\00\17\20\20\20\17\00\00", U(10464) }, /* loll */ {"\00\00\03\02\04\10\30\00\00", U(10465) }, /* mime */ {"\00\00\04\04\04\04\04\00\00", U(10466) }, /* if */ {"\00\00\04\04\04\04\03\00\00", U(10467) }, /* egg */ {"\00\00\04\04\04\04\30\00\00", U(10468) }, /* ash */ {"\00\00\03\04\04\04\04\00\00", U(10469) }, /* ado */ {"\00\00\30\04\04\04\04\00\00", U(1046A) }, /* on */ {"\00\00\21\21\12\12\04\00\00", U(1046B) }, /* wool */ {"\00\00\04\10\34\04\02\00\00", U(1046C) }, /* out */ {"\00\00\06\10\07\02\34\00\00", U(1046D) }, /* ah */ {"\00\00\36\01\01\01\36\00\00", U(1046E) }, /* roar */ {"\00\00\30\10\04\02\03\00\00", U(1046F) }, /* nun */ {"\00\00\20\23\25\31\01\00\00", U(10470) }, /* eat */ {"\00\00\37\20\10\04\03\00\00", U(10471) }, /* age */ {"\00\00\37\01\02\04\30\00\00", U(10472) }, /* ice */ {"\00\00\37\01\16\20\20\00\00", U(10473) }, /* up */ {"\00\00\16\21\21\21\16\00\00", U(10474) }, /* oak */ {"\00\00\04\12\12\21\21\00\00", U(10475) }, /* ooze */ {"\00\00\30\07\02\04\10\00\00", U(10476) }, /* oil */ {"\00\00\34\03\01\02\01\00\00", U(10477) }, /* awe */ {"\00\00\16\22\21\11\32\00\00", U(10478) }, /* are */ {"\00\00\13\22\21\11\16\00\00", U(10479) }, /* or */ {"\00\00\16\21\11\21\22\00\00", U(1047A) }, /* air */ {"\00\00\11\21\22\21\16\00\00", U(1047B) }, /* err */ {"\00\00\06\11\21\21\26\00\00", U(1047C) }, /* array */ {"\00\00\26\31\21\21\26\00\00", U(1047D) }, /* ear */ {"\00\00\27\30\20\20\20\00\00", U(1047E) }, /* ian */ {"\00\00\20\20\22\25\15\00\00", U(1047F) }, /* yew */ /* Symbols for legacy computing supplement */ #define M(x) { {0x ## x}, U(1CC2 ## x), SEP4 } /* */ M(1), M(2), M(3), M(4), M(5), M(6), M(7), M(8), M(9), M(A), M(B), M(C), M(D), M(E), M(F), #undef M #define O(x,u) { {0x ## x}, U(1CD ## u), MOS8 } /* * Because of where we put the cell boundaries, some 8-cell mosaic * characters can be aliased to 6-cell ones. To make this less * confusing (maybe), the A() macro has its arguments the opposite * way around from ALIAS(). */ #define A(t,u) UALIAS(U(1CD ## u), "u1FB" #t) /* */ O(04,00), O(06,01),O(07,02), O(08,03),O(09,04), O(0B,05),O(0C,06),O(0D,07),O(0E,08), O(10,09),O(11,0A),O(12,0B),O(13,0C), A(04,0D),A(05,0E),A(06,0F), O(18,10),O(19,11),O(1A,12),O(1B,13),O(1C,14),O(1D,15),O(1E,16),O(1F,17), O(20,18),O(21,19),O(22,1A),O(23,1B),O(24,1C),O(25,1D),O(26,1E),O(27,1F), /* */ A(08,20),A(09,21),A(0A,22),O(2C,23),O(2D,24),O(2E,25),O(2F,26), O(30,27),O(31,28),O(32,29),O(33,2A),O(34,2B),O(35,2C),O(36,2D),O(37,2E), O(38,2F),O(39,30),O(3A,31),O(3B,32),A(0B,33),A(0C,34),A(0D,35), /* */ A(10,36),A(11,37),A(12,38),O(44,39),O(45,3A),O(46,3B),O(47,3C), O(48,3D),O(49,3E),O(4A,3F),O(4B,40),O(4C,41),O(4D,42),O(4E,43),O(4F,44), /* */ O(51,45),O(52,46),O(53,47),A(13,48), A(14,49),A(15,4A), O(58,4B),O(59,4C), O(5B,4D),O(5C,4E),O(5D,4F),O(5E,50), O(60,51),O(61,52),O(62,53),O(63,54),O(64,55),O(65,56),O(66,57),O(67,58), A(16,59),A(17,5A),A(18,5B),A(19,5C),O(6C,5D),O(6D,5E),O(6E,5F),O(6F,60), O(70,61),O(71,62),O(72,63),O(73,64),O(74,65),O(75,66),O(76,67),O(77,68), O(78,69),O(79,6A),O(7A,6B),O(7B,6C),A(1A,6D),A(1B,6E),A(1C,6F),A(1D,70), /* */ A(1F,71),A(20,72),A(21,73),O(84,74),O(85,75),O(86,76),O(87,77), O(88,78),O(89,79),O(8A,7A),O(8B,7B),O(8C,7C),O(8D,7D),O(8E,7E),O(8F,7F), O(90,80),O(91,81),O(92,82),O(93,83),A(22,84),A(23,85),A(24,86),A(25,87), O(98,88),O(99,89),O(9A,8A),O(9B,8B),O(9C,8C),O(9D,8D),O(9E,8E),O(9F,8F), /* */ O(A1,90),O(A2,91),O(A3,92),O(A4,93), O(A6,94),O(A7,95), A(26,96),A(27,97), A(28,98),O(AC,99),O(AD,9A),O(AE,9B), O(B0,9C),O(B1,9D),O(B2,9E),O(B3,9F),O(B4,A0),O(B5,A1),O(B6,A2),O(B7,A3), O(B8,A4),O(B9,A5),O(BA,A6),O(BB,A7),A(29,A8),A(2A,A9),A(2B,AA),A(2C,AB), /* */ A(2E,AC),A(2F,AD),A(30,AE),O(C4,AF),O(C5,B0),O(C6,B1),O(C7,B2), O(C8,B3),O(C9,B4),O(CA,B5),O(CB,B6),O(CC,B7),O(CD,B8),O(CE,B9),O(CF,BA), O(D0,BB),O(D1,BC),O(D2,BD),O(D3,BE),A(31,BF),A(32,C0),A(33,C1),A(34,C2), O(D8,C3),O(D9,C4),O(DA,C5),O(DB,C6),O(DC,C7),O(DD,C8),O(DE,C9),O(DF,CA), O(E0,CB),O(E1,CC),O(E2,CD),O(E3,CE),O(E4,CF),O(E5,D0),O(E6,D1),O(E7,D2), A(35,D3),A(36,D4),A(37,D5),A(38,D6),O(EC,D7),O(ED,D8),O(EE,D9),O(EF,DA), /* */ O(F1,DB),O(F2,DC),O(F3,DD),O(F4,DE), O(F6,DF),O(F7,E0), O(F8,E1),O(F9,E2), O(FB,E3), A(3A,E4),A(3B,E5), #undef O #undef A UALIAS(U(1CE1A), "uni256D"), /* HP large type upper left arc */ UALIAS(U(1CE1B), "SF010000"), /* upper left corner */ UALIAS(U(1CE1C), "uni2577"), /* upper terminal (345)*/ {"\00\00\00\00\04\06\05\04\04", U(1CE1D), JOIN }, /* upper left crotch */ UALIAS(U(1CE1E), "uni2576"), /* left arm */ UALIAS(U(1CE1F), "SF100000"), /* crossbar */ UALIAS(U(1CE20), "SF060000"), /* crossbar with lower stem */ {"\00\00\00\00\00\00\21\12\04", U(1CE21), JOIN }, /* upper half vertex of M */ {"\00\00\00\00\00\00\20\10\04", U(1CE22), JOIN }, /* diagonal lower left */ {"\00\00\00\00\00\00\00\04\04", U(1CE23), JOIN }, /* short upper term (5) */ UALIAS(U(1CE24), "uni256E"), /* upper right arc */ UALIAS(U(1CE25), "uni2574"), /* right arm */ {"\00\00\00\00\04\14\24\04\04", U(1CE26), JOIN }, /* upper right crotch */ UALIAS(U(1CE27), "SF030000"), /* upper right corner */ UALIAS(U(1CE28), "SF080000"), /* stem with right crossbar */ UALIAS(U(1CE29), "SF110000"), /* stem (12345) */ {"\04\02\01\00\00\00\01\02\04", U(1CE2A), JOIN }, /* diag upr+lwr right */ {"\04\02\01\00\00\00\00\00\00", U(1CE2B), JOIN }, /* diagonal upper right */ {"\00\00\00\00\00\00\01\02\04", U(1CE2C), JOIN }, /* diagonal lower right */ {"\04\04\00\00\00\00\00\00\00", U(1CE2D), JOIN }, /* short lower term (1) */ {"\04\04\04\02\01\02\04\04\04", U(1CE2E), JOIN }, /* top+btm left arc */ {"\00\00\01\02\34\02\01\00\00", U(1CE2F), JOIN }, /* centre of K */ {"\04\00\00\00\00\00\00\00\00", U(1CE30), JOIN }, /* lower half vertex of M */ {"\00\00\00\00\00\00\00\00\04", U(1CE31), JOIN }, /* upper half vertex of W */ {"\00\00\21\12\04\12\21\00\00", U(1CE32), JOIN }, /* centre of X */ {"\00\00\21\12\04\04\04\04\04", U(1CE33), JOIN }, /* centre of Y */ {"\00\00\01\02\37\10\20\00\00", U(1CE34), JOIN }, /* centre of Z w/crossbar */ {"\00\00\01\02\04\04\04\04\04", U(1CE35), JOIN }, /* raised upper left arc */ UALIAS(U(1CE36), "SF090000"), /* stem with left crossbar */ {"\04\04\04\10\20\10\04\04\04", U(1CE37), JOIN }, /* top+btm right arc */ {"\04\10\20\00\00\00\20\10\04", U(1CE38), JOIN }, /* diag upr+lwr left */ {"\04\04\24\14\04\04\04\04\04", U(1CE39), JOIN }, /* stem with left joint */ UALIAS(U(1CE3A), "SF050000"), /* stem with crossbar */ {"\04\10\20\00\00\00\00\00\00", U(1CE3B), JOIN }, /* diagonal upper left */ UALIAS(U(1CE3C), "uni2575"), /* lower terminal (123) */ UALIAS(U(1CE3D), "SF020000"), /* lower left corner */ UALIAS(U(1CE3E), "uni2570"), /* lower left arc */ {"\04\04\05\06\04\00\00\00\00", U(1CE3F), JOIN }, /* lower left crotch */ UALIAS(U(1CE40), "SF070000"), /* crossbar with upper stem */ {"\00\00\21\12\04\00\00\00\00", U(1CE41), JOIN }, /* vertex of V */ {"\04\12\21\00\00\00\00\00\00", U(1CE42), JOIN }, /* lower half vertex of W */ UALIAS(U(1CE43), "uni256F"), /* lower right arc */ UALIAS(U(1CE44), "SF040000"), /* lower right corner */ {"\04\04\24\10\26\00\00\00\00", U(1CE45), JOIN }, /* lwr rt arc with tail */ {"\04\04\24\14\04\00\00\00\00", U(1CE46), JOIN }, /* lower right crotch */ {"\00\00\00\00\00\04\04\04\04", U(1CE47), JOIN }, /* stem part (45) */ {"\00\00\04\04\04\04\04\04\04", U(1CE48), JOIN }, /* stem part (2345) */ {"\00\00\00\00\00\04\04\00\00", U(1CE49), JOIN }, /* stem part (4) */ {"\00\00\00\00\04\04\04\00\00", U(1CE4A), JOIN }, /* stem part (34) */ {"\00\00\04\04\04\04\04\00\00", U(1CE4B), JOIN }, /* stem part (234) */ {"\04\04\04\04\04\04\04\00\00", U(1CE4C), JOIN }, /* stem part (1234) */ {"\00\00\00\00\04\00\00\00\00", U(1CE4D), JOIN }, /* stem part (3) */ {"\00\00\04\04\04\00\00\00\00", U(1CE4E), JOIN }, /* stem part (23) */ {"\00\00\04\04\00\00\00\00\00", U(1CE4F), JOIN }, /* stem part (2) */ {"\04\04\04\04\00\00\00\00\00", U(1CE50), JOIN }, /* stem part (12) */ UALIAS(U(1CEA0), "u1FB1E"), /* right half lower quarter block (octant-8) */ UALIAS(U(1CEA3), "u1FB0F"), /* left half lower quarter block (octant-7) */ UALIAS(U(1CEA8), "u1FB00"), /* left half upper quarter block (octant-1) */ UALIAS(U(1CEAB), "u1FB01"), /* right half upper quarter block (octant-2) */ /* Musical symbols */ {"\04\04\04\04\04\04\04\04\04", U(1D100) }, /* bar line */ {"\12\12\12\12\12\12\12\12\12", U(1D101) }, /* double bar line */ {"\13\13\13\13\13\13\13\13\13", U(1D102) }, /* final bar line */ {"\32\32\32\32\32\32\32\32\32", U(1D103) }, /* reversed ditto */ {"\04\04\00\04\04\04\00\04\04", U(1D104) }, /* dashed bar line */ {"\00\00\04\04\04\04\04\00\00", U(1D105) }, /* short bar line */ {"\24\24\24\25\24\25\24\24\24", U(1D106) }, /* start repeat */ {"\05\05\05\25\05\25\05\05\05", U(1D107) }, /* end repeat */ {"\00\00\00\04\00\04\00\00\00", U(1D108) }, /* repeat dots */ {"\10\24\21\12\04\12\21\05\02", U(1D10B) }, /* segno */ {"\16\21\25\00\00\00\00\00\00", U(1D110) }, /* fermata */ {"\00\00\00\00\00\00\25\21\16", U(1D111) }, /* fermata below */ {"\00\00\00\00\37\00\00\00\00", U(1D116), JOIN_H }, /* 1-line stave */ {"\00\00\00\37\00\37\00\00\00", U(1D117), JOIN_H }, /* 2-line stave */ {"\00\00\37\00\37\00\37\00\00", U(1D118), JOIN_H }, /* 3-line stave */ {"\00\37\00\37\00\37\00\37\00", U(1D119), JOIN_H }, /* 4-line stave */ {"\37\00\37\00\37\00\37\00\37", U(1D11A), JOIN_H }, /* 5-line stave */ {"\04\12\12\12\14\26\25\16\04", U(1D11E) }, /* G clef */ {"\25\25\25\26\24\26\25\25\25", U(1D121) }, /* C clef */ {"\10\25\04\05\10\20\00\00\00", U(1D122) }, /* F clef */ {"\00\33\33\04\33\33\00\00\00", U(1D12A) }, /* double sharp */ {"\04\24\27\35\25\26\30\00\00", U(1D12B) }, /* double flat */ {"\00\00\37\16\37\00\00\00\00", U(1D13A) }, /* breve rest */ {"\00\00\37\16\00\00\00\00\00", U(1D13B) }, /* semibreve rest */ {"\00\00\00\16\37\00\00\00\00", U(1D13C) }, /* minim rest */ /* Mathematical alphanumeric symbols */ {"\16\25\25\35\25\25\27\00\00", U(1D538) }, /* double-struck A */ {"\36\25\25\26\25\25\36\00\00", U(1D539) }, /* double-struck B */ {"\36\25\25\25\25\25\36\00\00", U(1D53B) }, /* double-struck D */ {"\37\24\24\26\24\24\37\00\00", U(1D53C) }, /* double-struck E */ {"\37\24\24\26\24\24\34\00\00", U(1D53D) }, /* double-struck F */ {"\16\25\24\24\27\25\17\00\00", U(1D53E) }, /* double-struck G */ {"\37\12\12\12\12\12\37\00\00", U(1D540) }, /* double-struck I */ {"\07\05\05\05\05\25\16\00\00", U(1D541) }, /* double-struck J */ {"\35\25\25\26\25\25\35\00\00", U(1D542) }, /* double-struck K */ {"\34\24\24\24\24\24\37\00\00", U(1D543) }, /* double-struck L */ {"\21\33\25\25\25\25\27\00\00", U(1D544) }, /* double-struck M */ {"\16\25\25\25\25\25\16\00\00", U(1D546) }, /* double-struck O */ {"\17\24\22\11\05\05\36\00\00", U(1D54A) }, /* double-struck S */ {"\37\12\12\12\12\12\16\00\00", U(1D54B) }, /* double-struck T */ {"\35\25\25\25\25\25\16\00\00", U(1D54C) }, /* double-struck U */ {"\35\25\22\12\12\04\04\00\00", U(1D54D) }, /* double-struck V */ {"\35\25\25\25\25\25\12\00\00", U(1D54E) }, /* double-struck W */ {"\35\25\22\12\11\25\27\00\00", U(1D54F) }, /* double-struck X */ {"\35\25\22\12\12\12\16\00\00", U(1D550) }, /* double-struck Y */ {"\00\00\16\05\15\25\17\00\00", U(1D552) }, /* double-struck a */ {"\34\24\26\25\25\25\36\00\00", U(1D553) }, /* double-struck b */ {"\00\00\17\24\24\24\17\00\00", U(1D554) }, /* double-struck c */ {"\07\05\15\25\25\25\17\00\00", U(1D555) }, /* double-struck d */ {"\00\00\16\25\27\24\16\00\00", U(1D556) }, /* double-struck e */ {"\07\12\12\33\12\12\16\00\00", U(1D557) }, /* double-struck f */ {"\00\00\17\25\25\25\17\01\16", U(1D558) }, /* double-struck g */ {"\34\24\26\25\25\25\35\00\00", U(1D559) }, /* double-struck h */ {"\16\00\36\12\12\12\37\00\00", U(1D55A) }, /* double-struck i */ {"\16\00\16\12\12\12\12\12\34", U(1D55B) }, /* double-struck j */ {"\34\24\25\25\26\25\35\00\00", U(1D55C) }, /* double-struck k */ {"\36\12\12\12\12\12\37\00\00", U(1D55D) }, /* double-struck l */ {"\00\00\32\25\25\25\35\00\00", U(1D55E) }, /* double-struck m */ {"\00\00\36\25\25\25\35\00\00", U(1D55F) }, /* double-struck n */ {"\00\00\16\25\25\25\16\00\00", U(1D560) }, /* double-struck o */ {"\00\00\36\25\25\25\26\24\34", U(1D561) }, /* double-struck p */ {"\00\00\17\25\25\25\15\05\07", U(1D562) }, /* double-struck q */ {"\00\00\35\26\24\24\34\00\00", U(1D563) }, /* double-struck r */ {"\00\00\17\22\11\05\36\00\00", U(1D564) }, /* double-struck s */ {"\16\12\33\12\12\12\07\00\00", U(1D565) }, /* double-struck t */ {"\00\00\27\25\25\25\17\00\00", U(1D566) }, /* double-struck u */ {"\00\00\35\25\22\12\04\00\00", U(1D567) }, /* double-struck v */ {"\00\00\35\25\25\25\12\00\00", U(1D568) }, /* double-struck w */ {"\00\00\35\22\12\11\27\00\00", U(1D569) }, /* double-struck x */ {"\00\00\27\25\25\25\17\01\16", U(1D56A) }, /* double-struck y */ {"\00\00\37\11\12\22\37\00\00", U(1D56B) }, /* double-struck z */ /* Latin extended-G */ {"\00\00\14\25\16\04\07\00\00", U(1DF04) }, /* small cap belted L */ {"\00\00\21\11\07\11\21\00\00", U(1DF10) }, /* small cap turned K */ /* Transport and map symbols */ {"\04\12\12\12\33\33\25\00\00", U(1F680) }, /* rocket */ {"\00\34\10\11\27\10\00\00\00", U(1F681) }, /* helicopter */ {"\00\00\13\36\37\25\00\00\00", U(1F682) }, /* steamlocomotive */ {"\00\07\17\27\37\11\00\00\00", U(1F69A) }, /* deliverytruck */ /* Symbols for legacy computing */ UALIAS(U(1FB82), "u1FB02"), /* upper quarter block (octant-12) */ UALIAS(U(1FB85), "u1FB0E"), /* upper three-quarter block (octant-123456) */ {"\30\24\22\21\27\30\00\00\00", U(1FBB0) }, /* arrowheadptr */ {"\00\12\33\00\33\12\00\00\00", U(1FBBB) }, /* voided Greek cross */ {"\00\37\01\05\01\37\00\00\00", U(1FBBC) }, /* right open square dot */ {"\12\25\21\12\21\25\12\00\00", U(1FBC0) }, /* RISC OS close button */ {"\37\21\35\31\37\33\37\00\00", U(1FBC4) }, /* invquestion */ {"\04\12\12\04\37\04\04\12\21", U(1FBC5) }, /* stick figure */ {"\04\12\12\04\25\16\04\12\21", U(1FBC6) }, /* ... with arms up */ {"\04\12\12\04\15\26\04\12\11", U(1FBC7) }, /* ... leaning left */ {"\04\12\12\04\26\15\04\12\22", U(1FBC8) }, /* ... leaning right */ {"\04\12\12\04\37\12\21\37\12", U(1FBC9) }, /* ... wearing dress */ {"\04\12\21\21\25\33\21\00\00", U(1FBCA) }, /* white chevron up */ UALIAS(U(1FBE6), "u1FB03"), /* middle left quarter block (octant-35) */ UALIAS(U(1FBE7), "u1FB07"), /* middle right quarter block (octant-46) */ /* * Backward compatibility aliases. These are glyphs whose name (and * sometimes Unicode mapping) has changed and where we want to keep * the old name working. The first group were added in Bedstead 002.002. */ #define COMPAT_ALIAS(alias, canonical) \ {{.alias_of=canonical},NU,alias,IS_ALIAS|COMPAT} COMPAT_ALIAS("uni2126", "Omega"), COMPAT_ALIAS("uni2295", "circleplus"), #define UA(u) COMPAT_ALIAS("uni" #u, "u" #u) UA(10450), UA(10451), UA(10452), UA(10453), UA(10454), UA(10455), UA(10456), UA(10457), UA(10458), UA(10459), UA(1045A), UA(1045B), UA(1045C), UA(1045D), UA(1045E), UA(1045F), UA(10460), UA(10461), UA(10462), UA(10463), UA(10464), UA(10465), UA(10466), UA(10467), UA(10468), UA(10469), UA(1046A), UA(1046B), UA(1046C), UA(1046D), UA(1046E), UA(1046F), UA(10470), UA(10471), UA(10472), UA(10473), UA(10474), UA(10475), UA(10476), UA(10477), UA(10478), UA(10479), UA(1047A), UA(1047B), UA(1047C), UA(1047D), UA(1047E), UA(1047F), UA(1F680), UA(1F681), UA(1F682), UA(1F69A), UA(1FBB0), UA(1FBBB), UA(1FBBC), UA(1FBC0), UA(1FBC4), UA(1FBC5), UA(1FBC6), UA(1FBC7), UA(1FBC8), UA(1FBC9), UA(1FBCA), #undef UA #define UA6(u) \ COMPAT_ALIAS("uni" #u, "u" #u), \ COMPAT_ALIAS("uni" #u ".sep6", "u" #u ".sep6") UA6(1FB00), UA6(1FB01), UA6(1FB02), UA6(1FB03), UA6(1FB04), UA6(1FB05), UA6(1FB06), UA6(1FB07), UA6(1FB08), UA6(1FB09), UA6(1FB0A), UA6(1FB0B), UA6(1FB0C), UA6(1FB0D), UA6(1FB0E), UA6(1FB0F), UA6(1FB10), UA6(1FB11), UA6(1FB12), UA6(1FB13), UA6(1FB14), UA6(1FB15), UA6(1FB16), UA6(1FB17), UA6(1FB18), UA6(1FB19), UA6(1FB1A), UA6(1FB1B), UA6(1FB1C), UA6(1FB1D), UA6(1FB1E), UA6(1FB1F), UA6(1FB20), UA6(1FB21), UA6(1FB22), UA6(1FB23), UA6(1FB24), UA6(1FB25), UA6(1FB26), UA6(1FB27), UA6(1FB28), UA6(1FB29), UA6(1FB2A), UA6(1FB2B), UA6(1FB2C), UA6(1FB2D), UA6(1FB2E), UA6(1FB2F), UA6(1FB30), UA6(1FB31), UA6(1FB32), UA6(1FB33), UA6(1FB34), UA6(1FB35), UA6(1FB36), UA6(1FB37), UA6(1FB38), UA6(1FB39), UA6(1FB3A), UA6(1FB3B), #undef UA6 /* * Further compatibility aliases, added in 002.007 when Unicode 16 * gave proper code points for separated 6-cell mosaic graphics. */ #define A(f,t) \ { .alias_of = "u1CE" #t, NU, "u1FB" #f ".sep6", IS_ALIAS | COMPAT } /* */ A(00,51),A(01,52),A(02,53),A(03,54),A(04,55),A(05,56),A(06,57), A(07,58),A(08,59),A(09,5A),A(0A,5B),A(0B,5C),A(0C,5D),A(0D,5E),A(0E,5F), A(0F,60),A(10,61),A(11,62),A(12,63),A(13,64), A(14,66),A(15,67), A(16,68),A(17,69),A(18,6A),A(19,6B),A(1A,6C),A(1B,6D),A(1C,6E),A(1D,6F), A(1E,70),A(1F,71),A(20,72),A(21,73),A(22,74),A(23,75),A(24,76),A(25,77), A(26,78),A(27,79), A(28,7B),A(29,7C),A(2A,7D),A(2B,7E),A(2C,7F), A(2D,80),A(2E,81),A(2F,82),A(30,83),A(31,84),A(32,85),A(33,86),A(34,87), A(35,88),A(36,89),A(37,8A),A(38,8B),A(39,8C),A(3A,8D),A(3B,8E), #undef A COMPAT_ALIAS("lfblock.sep6", "u1CE65"), COMPAT_ALIAS("rtblock.sep6", "u1CE7A"), COMPAT_ALIAS("block.sep6", "u1CE8F"), /* Compatibility alias added in 3.246. */ COMPAT_ALIAS("Wdieresis.sc", "Wdieresis"), /* Compatibility aliases for 4-cell separated graphics. */ #define M(x, n) \ { .alias_of = "u1CC2" #x, 0xf1e ## x, n ".sep4", IS_ALIAS | COMPAT } /* */ M(1, "uni2598"), M(2, "uni259D"), M(3, "upblock"), M(4, "uni2596"), M(5, "lfblock"), M(6, "uni259E"), M(7, "uni259B"), M(8, "uni2597"), M(9, "uni259A"), M(A, "rtblock"), M(B, "uni259C"), M(C, "dnblock"), M(D, "uni2599"), M(E, "uni259F"), M(F, "block"), #undef M /* Added after 3.246. */ COMPAT_ALIAS("comma.saa5051", "comma.left"), COMPAT_ALIAS("comma.saa5052", "comma.left"), COMPAT_ALIAS("period.saa5051", "period.large"), COMPAT_ALIAS("period.saa5052", "period.large"), COMPAT_ALIAS("colon.saa5051", "colon.leftsmall"), COMPAT_ALIAS("colon.saa5052", "colon.leftsmall"), COMPAT_ALIAS("semicolon.saa5051", "semicolon.left"), COMPAT_ALIAS("semicolon.saa5052", "semicolon.left"), COMPAT_ALIAS("question.saa5051", "question.open"), COMPAT_ALIAS("question.saa5052", "question.open"), COMPAT_ALIAS("D.saa5051", "D.serif"), COMPAT_ALIAS("D.saa5052", "D.narrow"), COMPAT_ALIAS("J.saa5051", "J.narrow"), COMPAT_ALIAS("J.saa5052", "J.narrow"), COMPAT_ALIAS("L.saa5051", "L.narrow"), COMPAT_ALIAS("L.saa5052", "L.narrow"), COMPAT_ALIAS("j.saa5051", "j.serif"), COMPAT_ALIAS("j.saa5052", "j.serif"), COMPAT_ALIAS("t.saa5051", "t.small"), COMPAT_ALIAS("t.saa5052", "t.small"), COMPAT_ALIAS("ocircumflex.saa5054", "ocircumflex.large"), COMPAT_ALIAS("ugrave.saa5054", "ugrave.roundjoined"), COMPAT_ALIAS("ccedilla.saa5054", "ccedilla.square"), /* and finally */ {"\37\21\21\21\21\21\37\00\00", 0xf1ff, ".notdef" }, }; #undef U static struct glyph const *glyphs_by_name[lenof(glyphs)]; /* * This array defines 'aalt' mappings that should not be automatically * generated from glyph names. The OpenType specification says that * different fonts in the same family should order the results of the * 'aalt' lookup the same, which implies that applications might * reasonably record the index of an alternative. To avoid breaking * such applications when Bedstead is upgraded, we want to ensure that * any such indexes in an old version of a font still work in newer * (minor) versions. For most AlternateSets in the 'aalt' lookup, * this will happen naturally, but where it doesn't, this table * explicitly specifies the list of alternative glyphs so that they * match older versions. */ #define MAX_ALT_SUB_OVERRIDE 3 static struct alt_sub_override { char const *base; char const *alt[MAX_ALT_SUB_OVERRIDE]; } const aalt_overrides[] = { { "D", { "D.c2sc", "D.serif", "D.narrow" } }, { "J", { "J.c2sc", "J.narrow", "J.narrow" } }, { "L", { "L.c2sc", "L.narrow", "L.narrow" } }, { "colon", { "colon.leftsmall", "colon.leftsmall" } }, { "ocircumflex", { "ocircumflex.large", "ocircumflex.sc" } }, { "question", { "question.open", "question.open" } }, { "semicolon", { "semicolon.left", "semicolon.left" } }, { "ugrave", { "ugrave.roundjoined", "ugrave.sc" } }, }; /* * Define all the Character Variant features using X macros. These * are then used to create 'cvXX' features and grouped into 'ssXX' * features. * * Where possible, Character Variant features have numbers that are 32 * less than the ASCII code of the base character. */ #define CV07(V) V("quotesingle", ".curly") #define CV12(V) V("comma", ".left") #define CV14(V) V("period", ".large") #define CV26(V) V("colon", ".leftsmall") #define CV27(V) V("semicolon", ".left") #define CV31(V) V("question", ".open") V("questiondown", ".open") \ V("uni2E2E", ".open") #define CV38(V) V("D", ".serif", ".narrow") \ V("D.c2sc", ".serif", ".narrow") V("d.sc", ".serif", ".narrow") \ V("Eth", ".serif", "") \ V("Eth.c2sc", ".serif", "") V("eth.sc", ".serif", "") \ V("Dcaron", ".serif", ".narrow") \ V("dcaron.sc", ".serif", ".narrow") V("Dcroat", ".serif", "") \ V("Dcroat.c2sc", ".serif", "") V("dcroat.sc", ".serif", "") \ V("uni0189", ".serif", "") V("uni0189.c2sc", ".serif", "") \ V("uni0256.sc", ".serif", "") \ V("uni1D05", ".serif", ".narrow") V("uni1D06", ".serif", "") \ V("uni1E0A", ".serif", ".narrow") \ V("uni1E0B.sc", ".serif", ".narrow") \ V("uni1E0C", ".serif", ".narrow") \ V("uni1E0C.c2sc", ".serif", ".narrow") \ V("uni1E0D.sc", ".serif", ".narrow") \ V("uni1E0E", ".serif", ".narrow") \ V("uni1E0E.c2sc", ".serif", ".narrow") \ V("uni1E0F.sc", ".serif", ".narrow") \ V("uni1E10", ".serif", ".narrow") \ V("uni1E10.c2sc", ".serif", ".narrow") \ V("uni1E11.sc", ".serif", ".narrow") \ V("uni1E12", ".serif", ".narrow") \ V("uni1E12.c2sc", ".serif", ".narrow") \ V("uni1E13.sc", ".serif", ".narrow") #define CV42(V) V("J", ".narrow") V("J.c2sc", ".narrow") \ V("j.sc", ".narrow") V("uni1D0A", ".narrow") #define CV44(V) V("L", ".narrow") V("L.c2sc", ".narrow") \ V("l.sc", ".narrow") V("uni013B", ".narrow") \ V("uni013B.c2sc", ".narrow") V("uni013C.sc", ".narrow") \ V("Lcaron", ".narrow") \ V("Lcaron.c2sc", ".narrow") V("lcaron.sc", ".narrow") \ V("Ldot", ".narrow") V("Ldot.c2sc", ".narrow") \ V("ldot.sc", ".narrow") V("uni029F", ".narrow") \ V("uniA780", ".narrow") V("uniA780.c2sc", ".narrow") \ V("uniA781.sc", ".narrow") #define CV61(V) V("ugrave",".roundjoined") #define CV64(V) V("grave", ".curly") #define CV74(V) V("j", ".serif") V("ij", ".serif") \ V("jcircumflex", ".serif") V("uni01F0", ".serif") \ V("uni0237", ".serif") V("uni029D", ".serif") #define CV79(V) V("ograve", ".large") V("oacute", ".large") \ V("ocircumflex", ".large") V("otilde", ".large") \ V("odieresis", ".large") V("omacron", ".large") #define CV84(V) V("t", ".small") V("uni0163", ".small") \ V("uni0163.square", ".small") \ V("tcaron", ".small") V("tbar", ".small") \ V("uni01AB", ".small") V("uni021B", ".small") \ V("uni0287", ".small") \ V("uni0288", ".small") V("uni02A6", ".small") \ V("uni02A7", ".small") V("uni1E6D", ".small") \ V("uni1E6F", ".small") V("uni1E71", ".small") \ V("uni1E97", ".small") #define CV92(V) V("bar", ".broken") #define CV96(V) V("cedilla", ".square") \ V("ccedilla", ".square") V("ccedilla.sc", ".square") \ V("Ccedilla", ".square") V("Ccedilla.c2sc", ".square") \ V("Scedilla", ".square") V("Scedilla.c2sc", ".square") \ V("scedilla", ".square") \ V("uni0162", ".square") V("uni0162.c2sc", ".square") \ V("uni0163", ".square") V("uni0163.small", ".square") \ V("uni0163.sc", ".square") V("uni0228", ".square") \ V("uni0228.c2sc", ".square") V("uni0229", ".square") \ V("uni0229.sc", ".square") V("uni1E08", ".square") \ V("uni1E09", ".square") V("uni1E09.sc", ".square") \ V("uni1E28", ".square") V("uni1E28.c2sc", ".square") \ V("uni1E29", ".square") V("uni1E29.sc", ".square") #define MAXSUBNAME 3 static struct gsub_feature { char const *tag; #define SCRIPT_DFLT 0x01 #define SCRIPT_LATN 0x02 #define SCRIPT_ALL 0x03 unsigned int scripts; char const *suffix; /* NULL for all alternative glyphs. */ char const *xml; /* Individual character substitutions. */ char const *name; char const *subnames[MAXSUBNAME]; struct alt_sub_override const *overrides; int noverrides; } const gsub_features[] = { { "aalt", SCRIPT_ALL, .overrides = aalt_overrides, .noverrides = lenof(aalt_overrides) }, { "smcp", SCRIPT_LATN, .suffix = ".sc" }, { "c2sc", SCRIPT_LATN, .suffix = ".c2sc" }, { "rtlm", SCRIPT_ALL, .suffix = ".rtlm" }, { "onum", SCRIPT_ALL, .suffix = ".onum" }, { "zero", SCRIPT_ALL, .suffix = ".zero" }, #define SUB(in, out) "\n" #define SUFFIXSUB1(base, suffix1, ...) SUB(base, base suffix1) #define SUFFIXSUB2(base, suffix1, suffix2, ...) SUB(base, base suffix2) #define SINGLESUB(x) "\n" x "\n" /* * Each stylistic set is defined as a set of character variant * feature values using the CVxx() macros defined above. */ { "ss01", SCRIPT_ALL, .name = "SAA5051", .xml = SINGLESUB(CV07(SUFFIXSUB1) CV12(SUFFIXSUB1) CV14(SUFFIXSUB1) CV26(SUFFIXSUB1) CV27(SUFFIXSUB1) CV31(SUFFIXSUB1) CV38(SUFFIXSUB1) CV42(SUFFIXSUB1) CV44(SUFFIXSUB1) CV74(SUFFIXSUB1) CV84(SUFFIXSUB1)) }, { "ss02", SCRIPT_ALL, .name = "SAA5052", .xml = SINGLESUB(CV07(SUFFIXSUB1) CV12(SUFFIXSUB1) CV14(SUFFIXSUB1) CV26(SUFFIXSUB1) CV27(SUFFIXSUB1) CV31(SUFFIXSUB1) CV38(SUFFIXSUB2) CV42(SUFFIXSUB1) CV44(SUFFIXSUB1) CV74(SUFFIXSUB1) CV84(SUFFIXSUB1)) }, { "ss04", SCRIPT_ALL, .name = "SAA5054", .xml = SINGLESUB(CV61(SUFFIXSUB1) CV79(SUFFIXSUB1) CV96(SUFFIXSUB1)) }, { "ss05", SCRIPT_ALL, .name = "SAA5055", .xml = SINGLESUB(CV07(SUFFIXSUB1) CV64(SUFFIXSUB1) CV92(SUFFIXSUB1)) }, #define ALT1(g) "" #define ALT2(a, b) ALT1(a) ALT1(b) #define ALT3(a, b, c) ALT1(a) ALT2(b, c) #define ALTSET(g, a) "" a "\n" #define ALTSUB(x) "\n" x "\n" #define CROSSALT2(a, b) ALTSET(a, ALT2(a, b)) ALTSET(b, ALT2(a, b)) #define CROSSALT3(a, b, c) ALTSET(a, ALT3(a, b, c)) ALTSET(b, ALT3(a, b, c)) \ ALTSET(c, ALT3(a, b, c)) #define CV2(base, a) CROSSALT2(base, base a) #define CV3(base, a, b) CROSSALT3(base, base a, base b) #define CV(...) GET_MACRO(__VA_ARGS__, CV3, CV2)(__VA_ARGS__) /* * These construct the character-variant features out of the * CVxx() macros above. */ { "cv07", SCRIPT_ALL, .name = "apostrophe variants", .subnames = { "straight", "curly" }, .xml = ALTSUB(CV07(CV)) }, { "cv12", SCRIPT_ALL, .name = "comma variants", .subnames = { "centred", "left" }, .xml = ALTSUB(CV12(CV)) }, { "cv14", SCRIPT_ALL, .name = "full-stop variants", .subnames = { "small", "large" }, .xml = ALTSUB(CV14(CV)) }, { "cv26", SCRIPT_ALL, .name = "colon variants", .subnames = { "centred/large", "left/small" }, .xml = ALTSUB(CV26(CV)) }, { "cv27", SCRIPT_ALL, .name = "semicolon variants", .subnames = { "centred", "left" }, .xml = ALTSUB(CV27(CV)) }, { "cv31", SCRIPT_ALL, .name = "question-mark variants", .subnames = { "standard", "open" }, .xml = ALTSUB(CV31(CV)) }, { "cv38", SCRIPT_ALL, .name = "capital-D variants", .subnames = { "standard", "with serifs", "narrow" }, .xml = ALTSUB(CV38(CV)) }, { "cv42", SCRIPT_ALL, .name = "capital-J variants", .subnames = { "wide", "narrow" }, .xml = ALTSUB(CV42(CV)) }, { "cv44", SCRIPT_ALL, .name = "capital-L variants", .subnames = { "wide", "narrow" }, .xml = ALTSUB(CV44(CV)) }, { "cv61", SCRIPT_ALL, .name = "small-u-grave variants", .subnames = { "standard", "SAA5054" }, .xml = ALTSUB(CV61(CV)) }, { "cv64", SCRIPT_ALL, .name = "grave variants", .subnames = { "diagonal", "curly" }, .xml = ALTSUB(CV64(CV)) }, { "cv74", SCRIPT_ALL, .name = "small-j variants", .subnames = { "sans-serif", "with serif" }, .xml = ALTSUB(CV74(CV)) }, { "cv79", SCRIPT_ALL, .name = "accented small-o variants", .subnames = { "small", "large" }, .xml = ALTSUB(CV79(CV)) }, { "cv84", SCRIPT_ALL, .name = "small-t variants", .subnames = { "large", "small" }, .xml = ALTSUB(CV84(CV)) }, { "cv92", SCRIPT_ALL, .name = "vertical-bar variants", .subnames = { "solid", "broken" }, .xml = ALTSUB(CV92(CV)) }, { "cv96", SCRIPT_ALL, .name = "cedilla variants", .subnames = { "standard", "square" }, .xml = ALTSUB(CV96(CV)) }, { "ss14", SCRIPT_ALL, ".sep4", .name = "4-cell separated graphics" }, { "ss16", SCRIPT_ALL, ".sep6", .name = "6-cell separated graphics" }, }; static struct gsub_script { char const *tag; unsigned int flag; } const gsub_scripts[] = { { "DFLT", SCRIPT_DFLT }, { "latn", SCRIPT_LATN }, }; static void dochar(struct glyph *g); static void dochar_plotter(struct glyph *g); static void domosaic(struct glyph *g); static void domosaic4(struct glyph *g); static void domosaic8(struct glyph *g); static void dopanose(void); static void docmap(int pid, int eid, int format); static void dogsub(void); static void doaltsubs(int noverrides, const struct alt_sub_override[noverrides]); static void dosinglesubs(char const *suffix); static void dogpos(void); static void glyph_complement(void); static void bdf_gen(int size); static void doglyph(struct glyph *); static bool getpix(unsigned char const data[YSIZE - 1], int x, int y, unsigned int flags) { /* * Pixel co-ordinates count from (0,0) in the top left of the * character cell. In the glyph array, the top row isn't * represented and the columns are right-aligned in a char. * Like the top row, the left column of the character cell * always reads as 0. */ /* Line-drawing characters repeat top row and/or left column. */ if ((flags & JOIN_L) && x < 1) x = 1; if ((flags & JOIN_R) && x >= XSIZE) x = XSIZE - 1; if ((flags & JOIN_U) && y < 1) y = 1; if ((flags & JOIN_D) && y >= YSIZE) y = YSIZE - 1; if (x < 1 || x >= XSIZE || y < 1 || y >= YSIZE) return 0; else return (data[y - 1] >> (XSIZE - x - 1)) & 1; } static bool plottermode = false; static char * get_fullname(void) { #define FULLNAME_MAX 100 static char fullname[FULLNAME_MAX]; int len; len = snprintf(fullname, sizeof(fullname), FAMILY_NAME "%s%s", weight->suffix, width->suffix); assert(len >= 0 && (unsigned int)len < sizeof(fullname)); return fullname; } static char * fullname_to_fontname(char const *fullname) { #define FONTNAME_MAX 29 /* Adobe-recommended limit */ static char fontname[FONTNAME_MAX + 1]; char *op = fontname; char const *p = fullname; bool gotfamily = false; while (*p != '\0') { assert(op - fontname <= FONTNAME_MAX); if (*p == ' ') { if (!gotfamily) { *op++ = '-'; gotfamily = true; } } else { *op++ = *p; } ++p; } *op++ = '\0'; return fontname; } /* Get a suitable asctime-format time string for a TTX file. */ static char * time_for_ttx(void) { static char timestr[25]; size_t timestrlen; struct tm *timeptr, tm; unsigned long long epochull; char *epochstr, *endptr; /* Work out what timestamp to use. */ if ((epochstr = getenv("SOURCE_DATE_EPOCH")) != NULL) { epochull = strtoull(epochstr, &endptr, 10); if (!isdigit((unsigned char)epochstr[0]) || endptr == epochstr || *endptr != '\0' || /* Allow years up to 9999. */ epochull >= 253402300800) { fprintf(stderr, "Invalid SOURCE_DATE_EPOCH\n"); return NULL; } tm.tm_isdst = -1; tm.tm_sec = epochull % 60; tm.tm_min = epochull / 60 % 60; tm.tm_hour = epochull / 3600 % 24; long day = epochull / 86400; tm.tm_wday = (day + 4) % 7; /* 1970-01-01 was a Thursday. */ int y = 1970 + (day / 146097) * 400; day = day % 146097; bool ly; for (;;) { ly = y % 400 ? y % 100 ? y % 4 ? false:true:false:true; if (day < 365 + ly) break; day -= 365 + ly; y++; } tm.tm_year = y - 1900; tm.tm_yday = day; static int const mlc[] = {31,28,31,30,31,30,31,31,30,31,30,31}; static int const mll[] = {31,29,31,30,31,30,31,31,30,31,30,31}; tm.tm_mon = 0; for (;;) { int md = (ly ? mll : mlc)[tm.tm_mon]; if (day < md) break; day -= md; tm.tm_mon++; } tm.tm_mday = day + 1; timeptr = &tm; } else { time_t now = time(NULL); if (now == (time_t)-1) { fprintf(stderr, "Can't get current time\n"); return NULL; } timeptr = gmtime(&now); if (timeptr == NULL) { fprintf(stderr, "Can't convert time to UTC\n"); return NULL; } if (timeptr->tm_year >= 8100) { fprintf(stderr, "Can't handle years past 9999\n"); return NULL; } } timestrlen = strftime(timestr, lenof(timestr), "%c", timeptr); assert(timestrlen == 24); return timestr; } /* * Various parts of the code depend on the precise ordering of glyph * names produced and consumed by these functions. ISO C doesn't make * many guarantees about the execution character set, so we put some * effort into getting the right ordering. One useful thing that ISO * C does guarantee is that all characters in the basic execution * character set (which includes everything we use in glyph names) are * non-negative. * * The following table defines the sort order that we use. * Unspecified characters get mapped to zero, which we catch with an * assertion. */ unsigned char const glyphcharset[CHAR_MAX] = { ['\0']=1, ['.']=2, ['0']=10,['1']=11,['2']=12,['3']=13,['4']=14, ['5']=15,['6']=16,['7']=17,['8']=18,['9']=19, ['A']=21,['B']=22,['C']=23,['D']=24,['E']=25,['F']=26,['G']=27, ['H']=28,['I']=29,['J']=30,['K']=31,['L']=32,['M']=33,['N']=34, ['O']=35,['P']=36,['Q']=37,['R']=38,['S']=39,['T']=40,['U']=41, ['V']=42,['W']=43,['X']=44,['Y']=45,['Z']=46, ['_']=47, ['a']=51,['b']=52,['c']=53,['d']=54,['e']=55,['f']=56,['g']=57, ['h']=58,['i']=59,['j']=60,['k']=61,['l']=62,['m']=63,['n']=64, ['o']=65,['p']=66,['q']=67,['r']=68,['s']=69,['t']=70,['u']=71, ['v']=72,['w']=73,['x']=74,['y']=75,['z']=76 }; static int namecmp(char const *ap, char const *bp) { for (;; ap++, bp++) { unsigned int a = *ap, b = *bp; assert(a <= CHAR_MAX && b <= CHAR_MAX); assert(glyphcharset[a] != 0 && glyphcharset[b] != 0); if (glyphcharset[a] < glyphcharset[b]) return -1; if (glyphcharset[a] > glyphcharset[b]) return +1; assert(a == b); if (a == '\0') return 0; } } static int compare_glyphs_by_name(const void *va, const void *vb) { struct glyph const * const *ap = va, * const *bp = vb; struct glyph const *a = *ap, *b = *bp; return namecmp(a->name, b->name); } static int compare_glyph_to_name(const void *vn, const void *vg) { struct glyph const * const *gp = vg; struct glyph const *g = *gp; char const *name = vn; return namecmp(name, g->name); } static struct glyph * get_glyph_by_name(char const *name) { struct glyph * const *gp; gp = bsearch(name, glyphs_by_name, lenof(glyphs_by_name), sizeof(glyphs_by_name[0]), &compare_glyph_to_name); assert(gp != NULL); return *gp; } static struct glyph * realglyph(struct glyph *g) { while (g->flags & IS_ALIAS) g = get_glyph_by_name(g->alias_of); return g; } /* * Compare glyphs in a way that will put them in an order that * FontForge wouldn't change. We don't actually use FontForge any * more, but this sorting still makes the OTF file a few K shorter. */ static int compare_glyphs_by_ffid(const void *va, const void *vb) { struct glyph const *a = va, *b = vb; /* .notdef comes first. */ if (strcmp(a->name, ".notdef") == 0) return -1; if (strcmp(b->name, ".notdef") == 0) return +1; /* Then characters with Unicode code-points in order. */ if (a->unicode < b->unicode) return -1; if (a->unicode > b->unicode) return +1; /* Finally sort by glyph name for an arbitrary stable order. */ return namecmp(a->name, b->name); } static int nsubrs; int main(int argc, char **argv) { bool gen_bdf = false; int i; char *endptr, *timestr; if (argc == 2 && strcmp(argv[1], "--complement") == 0) { glyph_complement(); return EXIT_SUCCESS; } while (argc > 1) { for (i = 0; i < lenof(widths); i++) if (strcmp(argv[1], widths[i].option) == 0) { width = &widths[i]; argv++; argc--; goto next; } for (i = 0; i < lenof(weights); i++) if (strcmp(argv[1], weights[i].option) == 0) { weight = &weights[i]; argv++; argc--; goto next; } if (strcmp(argv[1], "--plotter") == 0) { plottermode = true; argv++; argc--; } else if (strcmp(argv[1], "--bdfgen") == 0) { gen_bdf = true; } else if (strcmp(argv[1], "--") == 0) { argv++; argc--; break; } else if (argv[1][0] == '-') { fprintf(stderr, "unknown option '%s'\n", argv[1]); return EXIT_FAILURE; } else break; argv++; argc--; next:; } if (gen_bdf) { unsigned long u; if (argc != 2) { fprintf(stderr, "--bdfgen needs precisely one size\n"); return EXIT_FAILURE; } u = strtoul(argv[1], &endptr, 10); if (*endptr != '\0') { fprintf(stderr, "--bdfgen needs a numeric size\n"); return EXIT_FAILURE; } if (u > INT_MAX) { fprintf(stderr, "--bdfgen size can be at most %d\n", INT_MAX); return EXIT_FAILURE; } bdf_gen(u); return EXIT_SUCCESS; } if (argc > 1) { struct glyph g = { .flags = 0 }; int y; unsigned long u; for (y = 0; y < YSIZE - 1; y++) g.data[y] = 0; y = 0; for (i = 1; i < argc; i++) { if (y >= YSIZE) { fprintf(stderr, "too many arguments\n"); return EXIT_FAILURE; } u = strtoul(argv[i], &endptr, 0); if (u > 077 || !argv[i] || *endptr) { fprintf(stderr, "invalid argument \"%s\"\n", argv[i]); return EXIT_FAILURE; } g.data[y++] = u; } dochar(&g); return EXIT_SUCCESS; } /* Put glyphs into FontForge-compatible order. */ qsort(glyphs, lenof(glyphs), sizeof(glyphs[0]), &compare_glyphs_by_ffid); printf("\n"); printf("\n"); /* Convenient macros for TTX values. */ #define TTXF(key, format, ...) \ printf("<" key " value='" format "'/>\n", __VA_ARGS__) #define TTXI(key, i) TTXF(key, "%ld", (long)(i)) #define TTXS(key, s) TTXF(key, "%s", (s)) printf("\n"); TTXS("tableVersion", "1.0"); TTXS("fontRevision", VERSION); TTXI("checkSumAdjustment", 0); TTXI("magicNumber", 0x5f0f3cf5); /* * Flags: * Baseline and left sidebearing point at (0,0) * Force ppem to integer */ TTXS("flags", "00000000 00001011"); TTXI("unitsPerEm", YSIZE * YPIX); if ((timestr = time_for_ttx()) == NULL) return 1; TTXS("created", timestr); TTXS("modified", timestr); TTXI("xMin", 0); TTXI("yMin", -DESCENT * YPIX); TTXI("xMax", XSIZE * XPIX); TTXI("yMax", ASCENT * YPIX); TTXF("macStyle", "00000000 0%c%c000%c", width->ttfwidth > 5 ? '1' : '0', /* Expanded? */ width->ttfwidth < 5 ? '1' : '0', /* Condensed? */ weight->ttfweight > 500 ? '1' : '0'); /* Bold? */ TTXI("lowestRecPPEM", YSIZE); TTXI("fontDirectionHint", 0); /* Fully bi-di. */ TTXI("indexToLocFormat", 0); TTXI("glyphDataFormat", 0); printf("\n"); printf("\n"); TTXS("tableVersion", "0x00010000"); TTXI("ascent", ASCENT * YPIX); TTXI("descent", -DESCENT * YPIX); TTXI("lineGap", 0); TTXI("advanceWidthMax", XSIZE * XPIX); TTXI("minLeftSideBearing", 0); TTXI("minRightSideBearing", 0); TTXI("xMaxExtent", XSIZE * XPIX); TTXI("caretSlopeRise", 1); TTXI("caretSlopeRun", 0); TTXI("caretOffset", 0); TTXI("reserved0", 0); TTXI("reserved1", 0); TTXI("reserved2", 0); TTXI("reserved3", 0); TTXI("metricDataFormat", 0); TTXI("numberOfHMetrics", 0); /* Will be calculated by TTX. */ printf("\n"); printf("\n"); TTXS("tableVersion", "0x5000"); TTXI("numGlyphs", lenof(glyphs)); printf("\n"); printf("\n"); TTXI("version", 4); TTXI("xAvgCharWidth", XSIZE * XPIX); TTXI("usWeightClass", weight->ttfweight); TTXI("usWidthClass", width->ttfwidth); TTXS("fsType", "00000000 00000000"); /* Sub/Superscript are three by five pixels */ TTXI("ySubscriptXSize", YSIZE * YPIX * 3 / (XSIZE - 1)); TTXI("ySubscriptYSize", YSIZE * YPIX * 5 / (YSIZE - 3)); TTXI("ySubscriptXOffset", 0); TTXI("ySubscriptYOffset", 2 * YPIX); TTXI("ySuperscriptXSize", YSIZE * YPIX * 3 / (XSIZE - 1)); TTXI("ySuperscriptYSize", YSIZE * YPIX * 5 / (YSIZE - 3)); TTXI("ySuperscriptXOffset", 0); TTXI("ySuperscriptYOffset", 2 * YPIX); TTXI("yStrikeoutSize", YPIX); TTXI("yStrikeoutPosition", 3 * YPIX); TTXI("sFamilyClass", 0x080a); /* Sans-serif / Matrix */ dopanose(); /* * Unicode ranges that are considered "functional" in this * font. * * The set bits correspond with: * 0: Basic Latin * 1: Latin-1 Supplement * 2: Latin Extended-A * 3: Latin Extended-B * 4: IPA Extensions + Phonetic Extensions + Supplement * 5: Spacing Modifier Letters * 7: Greek and Coptic * 9: Cyrillic + Supplement + Extended-A + -B * 11: Hebrew * 29: Latin Extended Additional + -C + -D * 31: General Punctuation + Supplemental Punctuation * 32: Superscripts and Subscripts * 33: Currency Symbols * 35: Letterlike Symbols * 36: Number Forms * 37: Arrows + Supplemental Arrows-A + -B + Misc Symbols and Arrows * 38: Mathematical Operators + Supp + Misc -A + -B * 39: Miscellaneous Technical * 40: Control Pictures * 43: Box Drawing * 44: Block Elements * 45: Geometric Shapes * 46: Miscellaneous Symbols * 57: Non-Plane 0 (any at all, need not be "functional") * 60: Private Use Area (plane 0) * 105: Shavian */ TTXS("ulUnicodeRange1", "10100000 00000000 00001010 10111111"); TTXS("ulUnicodeRange2", "00010010 00000000 01111001 11111011"); TTXS("ulUnicodeRange3", "00000000 00000000 00000000 00000000"); TTXS("ulUnicodeRange4", "00000000 00000000 00000010 00000000"); TTXS("achVendID", VENDOR_ID); TTXF("fsSelection", "00000001 1%c%c00000", /* Fixed: use typo metrics; WWS */ weight->ttfweight == 500 && width->ttfwidth == 5 ? '1' : '0', weight->ttfweight > 500 ? '1' : '0'); /* Bold? */ TTXI("usFirstCharIndex", 32); TTXI("usLastCharIndex", 65535); TTXI("sTypoAscender", ASCENT * YPIX); TTXI("sTypoDescender", -DESCENT * YPIX); TTXI("sTypoLineGap", 0); TTXI("usWinAscent", ASCENT * YPIX); TTXI("usWinDescent", DESCENT * YPIX); /* * Code pages that are considered "functional" in this font. * * The set bits correspond with: * 0: CP1252 Latin 1 * 2: CP1251 Cyrillic * 3: CP1253 Greek * 5: CP1255 Hebrew * 29: Macintosh Character Set (US Roman) * 30: OEM Character Set * 48: CP869 IBM Greek * 49: CP866 MS-DOS Russian * 50: CP865 MS-DOS Nordic * 52: CP863 MS-DOS Canadian French * 53: CP862 Hebrew * 54: CP861 MS-DOS Icelandic * 55: CP860 MS-DOS Portuguese * 57: CP855 IBM Cyrillic; primarily Russian * 60: CP737 Greek; former 437 G * 62: CP850 WE/Latin 1 * 63: CP437 US */ TTXS("ulCodePageRange1", "01100000 00000000 00000000 00101101"); TTXS("ulCodePageRange2", "11010010 11110111 00000000 00000000"); TTXI("sxHeight", XHEIGHT * YPIX); TTXI("sCapHeight", CAPHEIGHT * YPIX); TTXI("usDefaultChar", 0); TTXI("usBreakChar", 32); TTXI("usMaxContext", 1); /* No pair subs. */ printf("\n"); printf("\n"); /* Encode each name in Mac Roman and Windows UTF-16. */ #define NAMEF(id, f, ...) \ printf("" \ f "\n" \ "" \ f "\n", \ (int)(id), __VA_ARGS__, (int)(id), __VA_ARGS__) #define NAME(id, s) NAMEF(id, "%s", s) NAME(8, "Ben Harris"); NAME(11, "https://bjh21.me.uk/"); NAME(14, "https://bjh21.me.uk/bedstead/#copyright"); NAME(19, "BBC Computer 32K"); if ((weight->ttfweight == 500 || weight->ttfweight == 700) && width->suffix[0] == '\0') { /* Normal width; regular or bold */ NAME(1, FAMILY_NAME); NAME(2, weight->suffix[0] ? weight->suffix + 1 : "Regular"); } else { /* * Slightly unusual face, so we need to set the * "Preferred" family and style. */ NAMEF(1, FAMILY_NAME "%s%s", weight->ttfweight == 700 ? "" : weight->suffix, width->suffix); NAME(2, weight->ttfweight == 700 ? weight->suffix+1 : "Regular"); NAME(16, FAMILY_NAME); NAMEF(17, "%s%s", weight->suffix[0] ? weight->suffix+1 : "", weight->suffix[0] ? width->suffix : width->suffix[0] ? width->suffix+1 : ""); } NAMEF(3, "%s; %s; %s", get_fullname(), VERSION, timestr); NAME(4, get_fullname()); NAME(5, "Version " VERSION); NAME(6, fullname_to_fontname(get_fullname())); /* Stylistic set names. */ #define NAMEBASE_GSUB 0x100 #define NAMEBASE_GSUB_SUB 0x200 for (i = 0; i < lenof(gsub_features); i++) { if (gsub_features[i].name != NULL) NAME(NAMEBASE_GSUB + i, gsub_features[i].name); for (int j = 0; j < MAXSUBNAME; j++) if (gsub_features[i].subnames[j] != NULL) NAME(NAMEBASE_GSUB_SUB + MAXSUBNAME * i + j, gsub_features[i].subnames[j]); } printf("\n"); printf("\n"); TTXS("formatType", "3.0"); TTXS("italicAngle", "0.0"); TTXI("underlinePosition", -YPIX); TTXI("underlineThickness", YPIX); TTXI("isFixedPitch", 1); TTXI("minMemType42", 0); TTXI("maxMemType42", 0); TTXI("minMemType1", 0); TTXI("maxMemType1", 0); printf("\n"); for (i = 0; i < lenof(glyphs); i++) glyphs_by_name[i] = glyphs + i; qsort(glyphs_by_name, lenof(glyphs_by_name), sizeof(glyphs_by_name[0]), &compare_glyphs_by_name); printf("\n"); for (i = 0; i < lenof(glyphs); i++) printf("\n", glyphs[i].name); printf("\n"); printf("\n"); docmap(0, 3, 4); /* Unicode 2.0+, BMP only */ docmap(0, 4, 12); /* Unicode 2.0+, full repertoire */ docmap(3, 1, 4); /* Windows Unicode, BMP only */ docmap(3, 10, 12); /* Windows Unicode, full repertoire */ /* Variation sequences. */ printf("\n"); for (i = 0; i < lenof(glyphs); i++) { unsigned long u = glyphs[i].unicode; if (u != NU && (u & U_HASVS)) printf("\n", GET_UV(u), GET_UVS(u), glyphs[i].name); } printf("\n"); printf("\n"); dogpos(); /* Must be before 'CFF ' because it uses glyph bitmaps. */ dogsub(); printf("\n"); TTXI("major", 1); TTXI("minor", 0); printf("\n", fullname_to_fontname(get_fullname())); TTXS("version", VERSION); TTXS("Notice", "Dedicated to the public domain"); TTXS("FullName", get_fullname()); TTXS("FamilyName", FAMILY_NAME); TTXS("Weight", *weight->suffix ? weight->suffix + 1 : "Medium"); TTXI("isFixedPitch", 1); TTXI("UnderlinePosition", -3 * YPIX / 2); TTXI("UnderlineThickness", YPIX); TTXF("FontMatrix", "%g 0 0 %g 0 0", 1.0/(YSIZE * YPIX), 1.0/(YSIZE * YPIX)); TTXF("FontBBox", "0 %d %d %d", (int)(-DESCENT * YPIX), (int)(XSIZE * XPIX), (int)(ASCENT * YPIX)); printf("\n"); TTXF("BlueValues", "0 0 %4g %4g %4g %4g %4g %4g", (double)(YPIX * XHEIGHT), (double)(YPIX * XHEIGHT), (double)(YPIX * ALEFHEIGHT), (double)(YPIX * ALEFHEIGHT), (double)(YPIX * CAPHEIGHT), (double)(YPIX * CAPHEIGHT)); TTXF("OtherBlues", "%4g %4g", (double)(YPIX * -DESCENT), (double)(YPIX * -DESCENT)); TTXI("BlueFuzz", 0); TTXF("StdHW", "%4g", (double)YPIX); TTXF("StdVW", "%4g", (double)(XPIX * (100 + weight->weight) / 100)); if (weight->weight > 0) TTXI("ForceBold", 1); TTXI("defaultWidthX", XSIZE * XPIX); /* if (plottermode) { */ /* printf("StrokedFont: 1\n"); */ /* printf("StrokeWidth: 50\n"); */ /* } */ printf("\n"); nsubrs = 0; for (i = 0; i < lenof(glyphs); i++) { struct glyph *g = &glyphs[i]; if (g->flags & IS_ALIAS) { g = realglyph(g); if (g->flags & IS_SUBR) continue; printf(" ", g->name); doglyph(g); g->flags = IS_SUBR; g->subr_idx = nsubrs++; printf("\n"); } } printf("\n"); printf("\n"); printf("\n"); for (i = 0; i < lenof(glyphs); i++) { printf("", glyphs[i].name); doglyph(&glyphs[i]); printf("\n"); } printf("\n"); printf("\n"); printf("\n"); printf("\n"); for (i = 0; i < lenof(glyphs); i++) printf("\n", glyphs[i].name, (int)(XSIZE * XPIX), (int)realglyph(&glyphs[i])->left_sidebearing); printf("\n"); printf("\n"); return EXIT_SUCCESS; } static void dopanose(void) { /* * PANOSE is a complex font categorisation scheme. It's not * entirely unused, and is a mandatory part of the 'OS/2' * table, so it would be nice to get it right. This procedure * calculates the PANOSE code for a Bedstead variant based on * its design parameters. * * See for the full details. * * PANOSE has some rules that divert Latin Text fonts into the * Latin Decorative category. One applies if ConRat > 1. * However, by definition ConRat is at most 1, so this never * applies. The other case is for very wide or narrow fonts, * but this is checked after checking for monospaced fonts, * and Bedstead is monospaced. Thus all Bedstead variants can * be treated as Latin Text fonts. */ int panose[10]; int stdvw; assert(YPIX == 100); /* Make sums easier. */ panose[0] = 2; /* Latin Text */ /* * WStem(I) = stdvw * FootWid = 2 * XPIX + stdvw * FootRat = 2 * XPIX / stdvw * FootRat exceeds 1.6, but A, E, H and N are sans-serif * So re-calculate FootRat based on H * WStem(H) = stdvw * FootWid(H) = stdvw * FootRat(H) = 1 * So Bedstead is Sans Serif * Flared excluded by FootRat * StemCor = 0 * RonRat = 0 * Rounded excluded by RonRat * FootPitch = 0 deg * Perpendicular Sans Serif excluded by FootPitch * EWid = 4 * XPIX + stdvw * EOut = 4 * XPIX + stdvw * SerOb = 1 * So Normal Sans Serif. */ panose[1] = 11; /* Normal Sans Serif */ stdvw = XPIX * (100 + weight->weight) / 100; /* WeightRat == 700/StdVW */ if (stdvw <= 20) /* WeightRat >= 35 */ panose[2] = 2; /* Very Light */ else if (stdvw < 39) /* WeightRat > 17.9 */ panose[2] = 3; /* Light */ else if (stdvw <= 70) /* WeightRat >= 10 */ panose[2] = 4; /* Thin */ else if (stdvw <= 94) /* WeightRat > 7.44 */ panose[2] = 5; /* Book */ else if (stdvw < 128) /* WeightRat > 5.5 */ panose[2] = 6; /* Medium */ else if (stdvw < 156) /* WeightRat > 4.5 */ panose[2] = 7; /* Demi */ else if (stdvw <= 200) /* WeightRat >= 3.5 */ panose[2] = 8; /* Bold */ else if (stdvw <= 280) /* WeightRat >= 2.5 */ panose[2] = 9; /* Heavy */ else if (stdvw <= 350) /* WeightRat >= 2.0 */ panose[2] = 10; /* Black */ else panose[2] = 11; /* Extra Black */ /* * To make life simpler, ignore diagonals when calculating * ConRat. */ /* J and M are the same width. */ panose[3] = 9; /* Monospaced */ /* ConRat == min(StdVW / 100, 100 / StdVW) */ if (stdvw > 80 && stdvw < 125) panose[4] = 2; /* None */ else if (stdvw > 65 && stdvw < 154) panose[4] = 3; /* Very Low */ else if (stdvw > 48 && stdvw < 209) panose[4] = 4; /* Low */ else if (stdvw > 30 && stdvw < 334) panose[4] = 5; /* Medium Low */ else if (stdvw > 20 && stdvw < 500) panose[4] = 6; /* Medium */ else if (stdvw > 15 && stdvw < 667) panose[4] = 7; /* Medium High */ else if (stdvw > 8 && stdvw < 1250) panose[4] = 8; /* High */ else panose[4] = 9; /* Very High */ /* * Trying to work out Speed values by algebra made my head * hurt, as did learning enough Maxima to get it to help. So * I sketched it in GeoGebra and played with the numbers. * Speed varies with weight, but seems to be independent of * XPIX. */ assert(XQTR_S == 29 && YQTR_S == 29); /* Only tested these values. */ if (panose[4] == 2) panose[5] = 2; /* No Variation */ else if (weight->weight < 12) { /* Speed < ~0.9602 */ if (stdvw > YPIX) panose[5] = 7; /* Rapid/Vertical */ else panose[5] = 8; /* Rapid/Horizontal */ } else { if (stdvw > YPIX) panose[5] = 5; /* Gradual/Vertical */ else panose[5] = 6; /* Gradual/Horizontal */ } /* Unusually shaped 'A' means no fit here. */ panose[6] = 1; /* No Fit */ /* * We declare that our O is not Off Center. * * Like Speed, OutCurv seems to be independent of XPIX. */ if (weight->weight <= -80) panose[7] = 3; /* Normal/Weighted */ else if (weight->weight <= 90) panose[7] = 4; /* Normal/Boxed */ else panose[7] = 5; /* Normal/Flattened */ /* * TrimRat is independent of XPIX. * TrimRat = ((100-2*XQTR_S) + weight->weight) / (100 + weight->weight) * = (42 + weight->weight) / (100 + weight->weight) * So between 0 and 0.613. */ if (weight->weight >= 45) panose[8] = 2; /* Standard/Trimmed */ else panose[8] = 3; /* Standard/Pointed */ /* * DuckRat = XRat = 5/7 */ panose[9] = 7; /* Ducking/Large */ printf("\n" "\n" "\n" "\n" "\n" "\n" "\n", panose[0], panose[1], panose[2], panose[3], panose[4], panose[5], panose[6], panose[7], panose[8], panose[9]); } static void docmap(int pid, int eid, int format) { int i; unsigned long limit = 0x10000; printf("\n"); for (i = 0; i < lenof(glyphs); i++) if (glyphs[i].unicode < limit) printf("\n", (unsigned long)glyphs[i].unicode, glyphs[i].name); printf("\n", format); } static int compare_features_by_tag(const void *va, const void *vb) { struct gsub_feature const * const *ap = va, * const *bp = vb; return namecmp((*ap)->tag, (*bp)->tag); } static void dogsub(void) { int i, j; struct gsub_feature const *sorted[lenof(gsub_features)]; for (i = 0; i < lenof(gsub_features); i++) sorted[i] = &gsub_features[i]; qsort(sorted, lenof(sorted), sizeof(sorted[0]), &compare_features_by_tag); printf("\n"); TTXS("Version", "0x00010000"); printf("\n"); /* * The FeatureList should be sorted alphabetically by tag, but * the LookupList has to be in the order in which the lookups * should be applied. The FeatureIndices can be in any order * we like. This requires some care with the indexing. */ for (i = 0; i < lenof(gsub_scripts); i++) { printf("\n"); TTXS("ScriptTag", gsub_scripts[i].tag); printf("\n"); printf("\n"); } printf("\n"); printf("\n"); for (i = 0; i < lenof(sorted); i++) { struct gsub_feature const *feat = sorted[i]; int featidx = (feat - gsub_features); printf("\n"); TTXS("FeatureTag", feat->tag); printf("\n"); if (feat->name != NULL) { if (feat->tag[0] == 's') { printf("\n"); TTXI("Version", 0); TTXI("UINameID", NAMEBASE_GSUB + featidx); printf("\n"); } else { int nparam = 0; while (nparam < MAXSUBNAME && feat->subnames[nparam]) nparam++; printf("\n"); TTXI("Format", 0); TTXI("FeatUILabelNameID", NAMEBASE_GSUB + featidx); TTXI("FeatUITooltipTextNameID", 0); TTXI("SampleTextNameID", 0); TTXI("NumNamedParameters", nparam); TTXI("FirstParamUILabelNameID", NAMEBASE_GSUB_SUB + MAXSUBNAME * featidx); printf("\n"); } } /* We only have one GSUB lookup per feature, thankfully. */ TTXI("LookupListIndex", featidx); printf("\n"); printf("\n"); } printf("\n"); printf("\n"); for (i = 0; i < lenof(gsub_features); i++) { printf(" \n", gsub_features[i].tag); if (gsub_features[i].suffix != NULL) { /* Single lookup for all glyphs with a suffix. */ TTXI("LookupFlag", 0); printf("\n"); dosinglesubs(gsub_features[i].suffix); printf("\n"); } else if (gsub_features[i].xml != NULL) { /* Raw XML for a substitution. */ TTXI("LookupFlag", 0); printf("%s", gsub_features[i].xml); } else { /* All possible alternative glyphs. */ TTXI("LookupFlag", 0); printf("\n"); doaltsubs(gsub_features[i].noverrides, gsub_features[i].overrides); printf("\n"); } printf("\n"); } printf("\n"); printf("\n"); } /* Find all the mappings from normal to alternative glyphs. */ static void doaltsubs(int noverrides, const struct alt_sub_override overrides[noverrides]) { int i, j, next_override = 0; for (i = 1; i < lenof(glyphs_by_name); i++) { #define HASDOT(x) (strchr(glyphs_by_name[x]->name, '.') != NULL) /* * We want to map each glyph with a name that doesn't * contain a '.' to all the glyphs whose names start * with that name followed by a '.'. By sorting them * by name, we guarantee that each qualified glyph * name comes immediately after the unqualified one. */ if (HASDOT(i)) { bool overridden = next_override < noverrides && strcmp(glyphs_by_name[i-1]->name, overrides[next_override].base) == 0; printf("%s", overridden ? "" : ""); next_override += overridden; } } printf("\n"); for (i = 0; i < noverrides; i++) { printf("", overrides[i].base); for (j = 0; j < MAX_ALT_SUB_OVERRIDE && overrides[i].alt[j] != NULL; j++) printf("", overrides[i].alt[j]); printf("\n"); } } /* Find all mappings for a single feature. */ static void dosinglesubs(char const *suffix) { int i; char *dot; for (i = 0; i < lenof(glyphs); i++) if ((dot = strchr(glyphs[i].name, '.')) != NULL && strcmp(dot, suffix) == 0) printf("\n", (int)(dot - glyphs[i].name), glyphs[i].name, glyphs[i].name); } static int glyph_footprint(unsigned char data[YSIZE - 1]) { int i; int footprint = 0; for (i = 0; i < YSIZE - 1; i++) footprint |= data[i]; return footprint; } static void dogpos(void) { int dx, dh, i; /* We only support one 'GPOS' lookup, 'palt'. */ printf("\n"); TTXS("Version", "0x00010000"); printf("\n"); printf("\n"); TTXS("ScriptTag", "DFLT"); printf("\n"); printf("\n"); printf("\n"); TTXS("ScriptTag", "latn"); printf("\n"); printf("\n"); printf("\n"); printf("\n"); printf("\n"); TTXS("FeatureTag", "palt"); printf("\n"); TTXI("LookupListIndex", 0); printf("\n"); printf("\n"); printf("\n"); printf("\n"); printf("\n"); TTXI("LookupFlag", 0); /* * We have only a few dx/dh combinations, so it makes sense to * organise by that rather than spitting out a separate value * for each glyph. */ for (dx = 0; dx < XSIZE - 1; dx++) for (dh = (dx == 0 ? 1 : dx); dh < XSIZE - 1; dh++) { printf("\n"); printf("\n", dx, dh); printf("\n"); for (i = 0; i < lenof(glyphs); i++) { struct glyph *g = realglyph(&glyphs[i]); if (g->flags & (MOS6|MOS4)) continue; int fp = glyph_footprint(g->data); if (((fp & (0xff << (XSIZE-dx-1))) == 0 && (fp & (0xff << (XSIZE-dx-2))) != 0 && (fp & ((1 << (dh - dx)) - 1)) == 0 && (fp & ((1 << (dh - dx + 1)) - 1)) != 0) || (fp == 0 && dx == 0 && dh == 3)) TTXS("Glyph", glyphs[i].name); } printf("\n"); TTXI("ValueFormat", 5); printf("\n", (int)(-dx * XPIX), (int)(-dh * XPIX)); printf("\n"); } printf("\n"); printf("\n"); printf("\n"); } /* Emit a charstring for a glyph. */ static void doglyph(struct glyph *g) { g = realglyph(g); if (g->flags & IS_SUBR) printf(" %d callsubr", g->subr_idx - (nsubrs < 1240 ? 107 : 1131)); else if (g->flags & MOS6) domosaic(g); else if (g->flags & MOS4) domosaic4(g); else if (g->flags & MOS8) domosaic8(g); else if (plottermode) dochar_plotter(g); else dochar(g); } typedef struct vec { int x, y; } vec; typedef struct point { struct point *next, *prev; struct vec v; } point; #define MAXPOINTS (XSIZE * YSIZE * 16) static point points[MAXPOINTS]; static int nextpoint; static void clearpath(void) { nextpoint = 0; } static void moveto(int x, int y) { struct point *p = &points[nextpoint++]; assert(nextpoint <= MAXPOINTS); p->v.x = x; p->v.y = y; p->next = p->prev = NULL; } static void lineto(int x, int y) { struct point *p = &points[nextpoint++]; assert(nextpoint <= MAXPOINTS); p->v.x = x; p->v.y = y; p->next = NULL; p->prev = p - 1; p->prev->next = p; } static void closepath(void) { struct point *p = &points[nextpoint - 1]; while (p->prev) p--; p->prev = points + nextpoint - 1; points[nextpoint - 1].next = p; } static void killpoint(point *p) { p->prev->next = p->next; p->next->prev = p->prev; p->next = p->prev = NULL; } static vec const zero = { 0, 0 }; static bool vec_eqp(vec v1, vec v2) { return v1.x == v2.x && v1.y == v2.y; } static vec vec_sub(vec v1, vec v2) { vec ret; ret.x = v1.x - v2.x; ret.y = v1.y - v2.y; return ret; } static int gcd(int a, int b) { int t; while (b != 0) { t = b; b = a % b; a = t; } return a; } /* Return the shortest representable vector parallel to the argument. */ static vec vec_bearing(vec v) { vec ret; int d = gcd(abs(v.x), abs(v.y)); if (d != 0) { ret.x = v.x / d; ret.y = v.y / d; } else { ret.x = 0; ret.y = 0; } return ret; } /* If p is identical to its successor, remove p. */ static void fix_identical(point *p) { if (!p->next) return; if (vec_eqp(p->next->v, p->v)) killpoint(p); } /* Are a, b, and c distinct collinear points in that order? */ static bool vec_inline3(vec a, vec b, vec c) { return vec_eqp(vec_bearing(vec_sub(b, a)), vec_bearing(vec_sub(c, b))) && !vec_eqp(vec_bearing(vec_sub(b, a)), zero); } /* Are a, b, c, and d distinct collinear points in that order? */ static bool vec_inline4(vec a, vec b, vec c, vec d) { return vec_inline3(a, b, c) && vec_inline3(b, c, d); } /* If p is on the line between its predecessor and successor, remove p. */ static void fix_collinear(point *p) { if (!p->next) return; if (vec_inline3(p->prev->v, p->v, p->next->v)) killpoint(p); } /* If p is the only point on its path, remove p. */ static void fix_isolated(point *p) { if (p->next == p) killpoint(p); } static bool done_anything; static void fix_edges(point *a0, point *b0) { point *a1 = a0->next, *b1 = b0->next; assert(a1->prev == a0); assert(b1->prev == b0); assert(a0 != a1); assert(a0 != b0); assert(a1 != b1); assert(b0 != b1); if (vec_eqp(vec_bearing(vec_sub(a0->v, a1->v)), vec_bearing(vec_sub(b1->v, b0->v))) && (vec_inline4(a0->v, b1->v, a1->v, b0->v) || vec_inline4(a0->v, b1->v, b0->v, a1->v) || vec_inline4(b1->v, a0->v, b0->v, a1->v) || vec_inline4(b1->v, a0->v, a1->v, b0->v) || vec_eqp(a0->v, b1->v) || vec_eqp(a1->v, b0->v))) { a0->next = b1; b1->prev = a0; b0->next = a1; a1->prev = b0; fix_isolated(a0); fix_identical(a0); fix_collinear(b1); fix_isolated(b0); fix_identical(b0); fix_collinear(a1); done_anything = true; } } static void clean_path(void) { int i, j; do { done_anything = false; for (i = 0; i < nextpoint; i++) for (j = i+1; points[i].next && j < nextpoint; j++) if (points[j].next) fix_edges(&points[i], &points[j]); } while (done_anything); } static void emit_contour(point *p0, vec *cur) { point *p = p0, *p1; int stacksize = -2; /* Allow for initial rmoveto. */ if (p->prev) p->prev->next = NULL; /* Break the loop. */ do { stacksize += 2; printf(" %g %g%s", (double)(p->v.x - cur->x) / XSCALE, (double)(p->v.y - cur->y) / YSCALE, p == p0 ? " rmoveto" : stacksize >= 48 ? " rlineto" : ""); stacksize %= 48; *cur = p->v; p1 = p->next; p->prev = p->next = NULL; p = p1; } while (p); if (stacksize != 0) printf(" rlineto"); } static void emit_path(void) { int i, pass; point *p; struct vec cur = { 0, DESCENT * YPIX }; /* * On the first pass, emit open contours (if there are any). * On the second pass, emit all remaining contours. */ for (pass = 0; pass <= 1; pass++) { for (i = 0; i < nextpoint; i++) { p = &points[i]; if (p->next && (!p->prev || pass == 1)) emit_contour(p, &cur); } } printf(" endchar"); } /* An "A" edge is top or left, a "Z" edge is bottom or right. */ enum hint_type { hint_none, hint_stem, hint_counter_stem, hint_aedge, hint_zedge }; static void select_hints(int nstems, int stems[nstems], int aedges[nstems], int zedges[nstems], enum hint_type hints[nstems]) { int most = 0; /* Find longest stems. */ for (int i = 0; i < nstems; i++) { hints[i] = hint_none; if (stems[i] > most) most = stems[i]; } for (;most > 0; most--) { /* Prefer long stems. */ for (int i = 0; i < nstems; i++) { /* Prefer outer stems. */ int ii = i % 2 ? nstems - 1 - i / 2 : i / 2; if (stems[ii] == most) { hints[ii] = hint_stem; stems[ii] = 0; /* Disallow overlapping stems. */ if (ii >= 1) stems[ii-1] = 0; if (ii < nstems - 1) stems [ii+1] = 0; } } } /* Look for evenly spaced stems to attach counter masks to. */ for (int step = 2; step < (nstems + 1) / 2; step++) for (int i = 0; i < nstems - 2 * step; i++) if (hints[i] && hints[i+step] && hints[i+step*2]) { for (int j = i; j < nstems; j += step) if (hints[j]) hints[j] = hint_counter_stem; else break; goto counters_done; } counters_done: /* * Now look for edge hints, preferring ones closer to the edge * of the character. */ for (int i = 0; i < nstems - 1; i++) if (aedges[i] > 0 && hints[i] == hint_none && (i == 0 || hints[i-1] == hint_none)) hints[i] = hint_aedge; for (int i = nstems - 1; i >= 1; i--) if (zedges[i] > 0 && hints[i] == hint_none && (i == nstems - 1 || hints[i+1] == hint_none)) hints[i] = hint_zedge; printf(""); } /* * The purpose of this function is to adjust a few hints to improve * FreeType's rendering of certain characters at awkward sizes. The * letters 'B' and 'e' at 11 pixels per em under FreeType 2.12.1 are a * good test case. * * It appears that when rendering these characters, FreeType fixes the * top and bottom strokes to the top and bottom alignment zones. If * those are an even number of pixels apart, this means that the * middle stroke falls precisely on a pixel boundary. FreeType then * has three choices: move the stem up to the pixel row above the * centre, move it down to the row below, or anti-alias it across the * two rows. FreeType chooses to move the stem down, which makes the * characters look top-heavy. We'd much prefer FreeType to move the * stem upwards. * * It turns out that this can be achieved just by making the middle * stem hint slightly closer to the stem above that to the stem below. * This just requires adjusting the width of the stem hint by one * design unit. As far as I can see, this is allowed by the Type 1 * font specification. A stem hint must encompass the stem outline, * but it's allowed to be larger than the stem. And it practice it * seems to work fine. * * To avoid surprising effects on other characters, this tweak is * applied only to two rows and only if the character looks like it * might benefit. In particular, it's not applied to any stem hint * that might be captured by an alignment zone. */ static bool middle_stem_tweak_wanted(enum hint_type hhints[YSIZE], int row) { if (row == 4 && hhints[1] == hint_counter_stem && hhints[7] == hint_counter_stem) return true; if (row == 5 && hhints[3] == hint_counter_stem && hhints[7] == hint_counter_stem) return true; return false; } static void emit_hints(int vstems[XSIZE], int ledges[XSIZE], int redges[XSIZE], int hstems[YSIZE], int tedges[YSIZE], int bedges[YSIZE]) { int i; double start, size, cur; enum hint_type vhints[XSIZE], hhints[YSIZE]; bool printed, need_cntrmask = false; /* * We don't emit any counter hints for horizontal stems. On * Microsoft Windows 11, such counter hints are treated as * more important than alignment zones, so when the cap height * is an even number of pixels you end up with 'B' being one * pixel smaller than 'C' to ensure that the two counters are * the same size. This is not actually what we want. * FreeType 2.12.1 appears to entirely ignore those counter * hints, so discarding them has no effect there. */ select_hints(YSIZE, hstems, tedges, bedges, hhints); cur = DESCENT * YPIX; printed = false; for (i = 0; i < YSIZE; i++) { switch (hhints[YSIZE - 1 - i]) { case hint_counter_stem: if (middle_stem_tweak_wanted(hhints, YSIZE - 1 - i)) { start = i * YPIX; size = YPIX + 1; break; } /* FALLTHROUGH */ case hint_stem: start = i * YPIX; size = YPIX; break; case hint_aedge: /* Top edge. */ start = (i + 1) * YPIX; size = -20; break; case hint_zedge: /* Bottom edge. */ start = i * YPIX + 21; size = -21; break; default: continue; } printf(" %g %g", start - cur, size); cur = start + size; printed = true; } if (printed) printf(" hstem"); select_hints(XSIZE, vstems, ledges, redges, vhints); cur = 0; printed = false; size = XPIX_S + weight->weight; for (i = 0; i < XSIZE; i++) { switch (vhints[i]) { case hint_counter_stem: need_cntrmask = true; /* FALLTHROUGH */ case hint_stem: start = i * XPIX - weight->weight / XSCALE; size = XPIX + weight->weight / XSCALE; break; case hint_aedge: /* Left edge. */ start = i * XPIX + 21; size = -21; break; case hint_zedge: /* Right edge. */ start = (i + 1) * XPIX; size = -20; break; default: continue; } printf(" %g %g", start - cur, size); cur = start + size; printed = true; } if (printed) printf(" vstem"); if (need_cntrmask) { int nhints = 0; printf(" cntrmask "); for (i = 0; i < YSIZE; i++) if (hhints[i]) { printf("0"); nhints++; } for (i = 0; i < XSIZE; i++) if (vhints[i]) { printf("%c", "X0100"[vhints[i]]); nhints++; } printf("%s", &"0000000"[(nhints - 1) % 8]); } } /* * To vary the weight of Bedstead, we just vary the thickness of * vertical strokes. More precisely, we pretend that the weight * variation is achieved by moving the rising edges of the output * waveform of the SAA5050. This is implemented by moving all left * edges left and right. The code below is not fully general: it can * handle cases where the slack in horizontal lines doesn't run out, * and one special case where it does. This means it should work * correctly for the range (2 * XQTR_S - 1) < weight < (2 * XQTR_S). */ static void adjust_weight(void) { int i, X, Y, PX, PY, NX, NY, W = weight->weight; point *p; struct vec moves[MAXPOINTS]; for (i = 0; i < nextpoint; i++) { p = &points[i]; if (p->next == NULL) continue; assert(p->prev != NULL); moves[i].x = moves[i].y = 0; X = p->v.x; Y = p->v.y; PX = p->prev->v.x; PY = p->prev->v.y; NX = p->next->v.x; NY = p->next->v.y; /* Move left-edge points horizontally */ if (NY <= Y && Y <= PY) { moves[i].x -= W; /* * These two clauses deal in an ad-hoc way * with the special cases (all four seen on * the "asterisk" glyph) where the bevel of an * inside corner gets completely consumed by * boldening. */ if (W > XQTR_S && NY == Y && NX == X - XQTR_S) { moves[i].y += W - XQTR_S; if (PX != X) moves[i].x += W - XQTR_S; killpoint(p->next); } if (W > XQTR_S && PY == Y && PX == X - XQTR_S) { moves[i].y -= W - XQTR_S; if (NX != X) moves[i].x += W - XQTR_S; killpoint(p->prev); } } /* Move top inner corner points along NE/SW diagonal */ if (NY < Y && Y > PY && NX > X && X > PX) { moves[i].x -= W/2; moves[i].y -= W/2; } /* Move bottom inner corner points along NW/SE diagonal */ if (NY > Y && Y < PY && NX < X && X < PX) { moves[i].x -= W/2; moves[i].y += W/2; } } for (i = 0; i < nextpoint; i++) { p = &points[i]; if (p->next == NULL) continue; assert(p->prev != NULL); p->v.x += moves[i].x; p->v.y += moves[i].y; /* Make sure line-drawing characters don't overflow. */ if (p->v.x < 0) p->v.x = 0; } } static void blackpixel(int x, int y, bool bl, bool br, bool tr, bool tl) { x *= XPIX_S; y *= YPIX_S; if (bl) moveto(x, y); else { moveto(x, y+YQTR_S); lineto(x+XQTR_S, y); } if (br) lineto(x+XPIX_S, y); else { lineto(x+XPIX_S-XQTR_S, y); lineto(x+XPIX_S, y+YQTR_S); } if (tr) lineto(x+XPIX_S, y+YPIX_S); else { lineto(x+XPIX_S, y+YPIX_S-YQTR_S); lineto(x+XPIX_S-XQTR_S, y+YPIX_S); } if (tl) lineto(x, y+YPIX_S); else { lineto(x+XQTR_S, y+YPIX_S); lineto(x, y+YPIX_S-YQTR_S); } closepath(); } static void whitepixel(int x, int y, bool bl, bool br, bool tr, bool tl) { x *= XPIX_S; y *= YPIX_S; if (bl) { moveto(x, y); if (br) { lineto(x+XQTR_S, y); lineto(x+XPIX_S/2, y+YPIX_S/2-YQTR_S); } else lineto(x+XPIX_S-XQTR_S, y); lineto(x, y+YPIX_S-YQTR_S); closepath(); } if (br) { moveto(x+XPIX_S, y); if (tr) { lineto(x+XPIX_S, y+YQTR_S); lineto(x+XPIX_S/2+XQTR_S, y+YPIX_S/2); } else lineto(x+XPIX_S, y+YPIX_S-YQTR_S); lineto(x+XQTR_S, y); closepath(); } if (tr) { moveto(x+XPIX_S, y+YPIX_S); if (tl) { lineto(x+XPIX_S-XQTR_S, y+YPIX_S); lineto(x+XPIX_S/2, y+YPIX_S/2+YQTR_S); } else lineto(x+XQTR_S, y+YPIX_S); lineto(x+XPIX_S, y+YQTR_S); closepath(); } if (tl) { moveto(x, y+YPIX_S); if (bl) { lineto(x, y+YPIX_S-YQTR_S); lineto(x+XPIX_S/2-XQTR_S, y+YPIX_S/2); } else lineto(x, y+YQTR_S); lineto(x+XPIX_S-XQTR_S, y+YPIX_S); closepath(); } } static void record_lsb(struct glyph *g) { int i; int lsb = XPIX_S * XSIZE; for (i = 0; i < nextpoint; i++) { if (points[i].next == NULL) continue; if (points[i].v.x < lsb) lsb = points[i].v.x; } /* A glyph with no contours has an lsb of zero. */ if (lsb < XPIX_S * XSIZE) g->left_sidebearing = lsb / XSCALE; } static void dochar(struct glyph *g) { int x, y; int vstems[XSIZE], ledges[XSIZE], redges[XSIZE]; int hstems[YSIZE], tedges[YSIZE], bedges[YSIZE]; #define GETPIX(x,y) (getpix(g->data, (x), (y), g->flags)) #define L GETPIX(x-1, y) #define R GETPIX(x+1, y) #define U GETPIX(x, y-1) #define D GETPIX(x, y+1) #define UL GETPIX(x-1, y-1) #define UR GETPIX(x+1, y-1) #define DL GETPIX(x-1, y+1) #define DR GETPIX(x+1, y+1) for (x = 0; x < XSIZE; x++) vstems[x] = ledges[x] = redges[x] = 0; for (y = 0; y < YSIZE; y++) hstems[y] = tedges[y] = bedges[y] = 0; clearpath(); for (y = 0; y < YSIZE; y++) { for (x = 0; x < XSIZE; x++) { if (GETPIX(x, y)) { bool tl, tr, bl, br; /* Assume filled in */ tl = tr = bl = br = true; /* Check for diagonals */ if ((UL && !U && !L) || (DR && !D && !R)) tr = bl = false; if ((UR && !U && !R) || (DL && !D && !L)) tl = br = false; /* Avoid odd gaps */ if (L || UL || U) tl = true; if (R || UR || U) tr = true; if (L || DL || D) bl = true; if (R || DR || D) br = true; blackpixel(x, YSIZE - y - 1, bl, br, tr, tl); if (!L && !R && (U || D)) vstems[x]++; if (!U && !D && (L || R)) hstems[y]++; if (UL + U + UR + L + R + DL + D + DR == 0) vstems[x]++, hstems[y]++; if (UL + U + UR == 0) tedges[y]++; if (DL + D + DR == 0) bedges[y]++; if (UL + L + DL == 0) ledges[x]++; if (UR + R + DR == 0) redges[x]++; } else { bool tl, tr, bl, br; /* Assume clear */ tl = tr = bl = br = false; /* white pixel -- just diagonals */ if (L && U && !UL) tl = true; if (R && U && !UR) tr = true; if (L && D && !DL) bl = true; if (R && D && !DR) br = true; whitepixel(x, YSIZE - y - 1, bl, br, tr, tl); } } } clean_path(); adjust_weight(); record_lsb(g); emit_hints(vstems, ledges, redges, hstems, tedges, bedges); emit_path(); } static void reverse_contour(point *a) { point *tmp; while (a->prev != NULL) a = a->prev; while (a != NULL) { tmp = a->next; a->next = a->prev; a->prev = tmp; a = tmp; } } /* Join together two points each at the end of a contour */ static void join_ends(point *a, point *b) { point *tmp; if (a->prev == NULL && b->next == NULL) { tmp = a; a = b; b = tmp; } if (a->prev == NULL) reverse_contour(a); if (b->next == NULL) reverse_contour(b); assert(a->next == NULL); assert(a->prev != NULL); assert(b->prev == NULL); assert(b->next != NULL); assert(vec_eqp(a->v, b->v)); a->next = b; b->prev = a; fix_identical(a); /* Will delete a */ fix_collinear(b); /* Might delete b */ } static bool point_endp(point *p) { return p->next == NULL || p->prev == NULL; } static bool point_deadp(point *p) { return p->next == NULL && p->prev == NULL; } static void clean_skeleton() { int i, j; /* Pass 1: join collinear connected segments */ for (i = 0; i < nextpoint; i++) { if (point_deadp(&points[i])) continue; for (j = 0; j < nextpoint; j++) { if (point_deadp(&points[j])) continue; if (vec_eqp(points[i].v, points[j].v) && points[i].next == NULL && points[j].prev == NULL && vec_inline3(points[i].prev->v, points[i].v, points[j].next->v)) join_ends(&points[i], &points[j]); if (point_deadp(&points[i])) break; } } /* Pass 2: join any connected segments */ for (i = 0; i < nextpoint; i++) { if (point_deadp(&points[i])) continue; for (j = i+1; j < nextpoint; j++) { if (point_deadp(&points[j])) continue; if (vec_eqp(points[i].v, points[j].v) && point_endp(&points[i]) && point_endp(&points[j])) join_ends(&points[i], &points[j]); if (point_deadp(&points[i])) break; } } } static void dochar_plotter(struct glyph *g) { int x, y; #define CONNECT(dx, dy) do { \ moveto(x * XPIX_S, (YSIZE-y-1) * YPIX_S); \ lineto((x+dx) * XPIX_S, (YSIZE-y-1+dy) * YPIX_S); \ } while (0) clearpath(); for (y = 0; y < YSIZE; y++) { for (x = 0; x < XSIZE; x++) { if (GETPIX(x, y)) { if (R) CONNECT(1, 0); if (D) CONNECT(0, -1); if (DR && !D && !R) CONNECT(1, -1); if (DL && !D && !L) CONNECT(-1, -1); if (!U && !D && !L && !R && !UL && !UR && !DL && !DR) { /* draw a dot */ CONNECT(0, 0); } } } } clean_skeleton(); emit_path(); } static void tile(int x0, int y0, int x1, int y1) { x0 *= XPIX_S; y0 *= YPIX_S; x1 *= XPIX_S; y1 *= YPIX_S; moveto(x0, y0); lineto(x1, y0); lineto(x1, y1); lineto(x0, y1); closepath(); } static void domosaic(struct glyph *g) { unsigned int code = g->data[0]; bool sep = (g->flags & SEP) != 0; clearpath(); if (code & 1) tile(0 + sep, 7 + sep, 3, 10); if (code & 2) tile(3 + sep, 7 + sep, 6, 10); if (code & 4) tile(0 + sep, 3 + sep, 3, 7); if (code & 8) tile(3 + sep, 3 + sep, 6, 7); if (code & 16) tile(0 + sep, 0 + sep, 3, 3); if (code & 32) tile(3 + sep, 0 + sep, 6, 3); clean_path(); record_lsb(g); emit_path(); } static void domosaic4(struct glyph *g) { unsigned int code = g->data[0]; bool sep = (g->flags & SEP) != 0; clearpath(); if (code & 1) tile(0 + sep, 5 + sep, 3, 10); if (code & 2) tile(3 + sep, 5 + sep, 6, 10); if (code & 4) tile(0 + sep, 0 + sep, 3, 5); if (code & 8) tile(3 + sep, 0 + sep, 6, 5); clean_path(); record_lsb(g); emit_path(); } static void domosaic8(struct glyph *g) { unsigned int code = g->data[0]; clearpath(); if (code & 1) tile(0, 7, 3, 10); if (code & 2) tile(3, 7, 6, 10); if (code & 4) tile(0, 5, 3, 7); if (code & 8) tile(3, 5, 6, 7); if (code & 16) tile(0, 3, 3, 5); if (code & 32) tile(3, 3, 6, 5); if (code & 64) tile(0, 0, 3, 3); if (code & 128) tile(3, 0, 6, 3); clean_path(); record_lsb(g); emit_path(); } static int byunicode(const void *va, const void *vb) { struct glyph const *a = *(struct glyph const **)va, *b = *(struct glyph const **)vb; if (a->unicode < b->unicode) return -1; if (a->unicode > b->unicode) return +1; return namecmp(a->name, b->name); } static void glyph_complement() { int const nrow = 16, ncol=12; unsigned long unicol = 32/nrow; int i, col = -1, row = 0; int npages = 0; bool newcol = false; struct glyph const *sorted[lenof(glyphs)], *g; for (i = 0; i < lenof(glyphs); i++) glyphs_by_name[i] = glyphs + i; qsort(glyphs_by_name, lenof(glyphs_by_name), sizeof(glyphs_by_name[0]), &compare_glyphs_by_name); for (i = 0; i < lenof(glyphs); i++) sorted[i] = &glyphs[i]; qsort(sorted, lenof(sorted), sizeof(sorted[0]), &byunicode); printf("%%!PS-Adobe\n"); printf("%%%%Creator: bedstead %s\n", VERSION); printf("%%%%Title: %s %s Glyph Complement\n", FAMILY_NAME, VERSION); printf("/xfont /%s findfont 20 scalefont def\n", FAMILY_NAME); printf("/nfont /%s findfont 10 scalefont def\n", FAMILY_NAME); printf("/sfont /%s findfont 6 scalefont def\n", FAMILY_NAME); printf("/lfont /%s findfont 4 scalefont def\n", FAMILY_NAME); printf("/str 50 string def\n"); printf("/centre {\n"); printf(" dup stringwidth pop 2 div neg 0 rmoveto show\n"); printf("} def\n"); printf("/label {\n"); printf(" lfont setfont centre\n"); printf("} def\n"); /* unicode glyphname exemplify -- */ printf("/exemplify {\n"); printf(" xfont setfont dup 14 14 moveto glyphshow\n"); printf(" 0 0 moveto 0 40 lineto 40 40 lineto 40 0 lineto closepath\n"); printf(" 1 setlinewidth gsave stroke grestore clip\n"); printf(" 0.1 setlinewidth\n"); printf(" 14 10 moveto 14 30 lineto 26 30 lineto 26 10 lineto\n"); printf(" closepath stroke\n"); printf(" 20 36 moveto str cvs label\n"); printf(" 20 2 moveto label\n"); printf("} def\n"); printf("/sash {\n"); printf(" gsave 20 20 translate 45 rotate\n"); printf(" 8 setlinewidth -30 0 moveto 30 0 lineto stroke\n"); printf(" 1 setgray sfont setfont -20 -2.1 moveto show grestore\n"); printf("} def\n"); printf("/colnum {\n"); printf(" nfont setfont 20 42 moveto centre\n"); printf("} def\n"); printf("/rownums {\n"); printf(" nfont setfont 0 1 15 {\n"); printf(" dup -40 mul 16.5 add -10 exch moveto\n"); printf(" 16 1 string cvrs show\n"); printf(" } for\n"); printf("} def\n"); printf("%%%%EndProlog\n"); for (i = 0; i < lenof(sorted); i++) { g = sorted[i]; if (g->unicode / nrow != unicol || (g->unicode == NU && row == nrow)) { if (++col == ncol) { printf("grestore showpage\n"); col = -1; } unicol = g->unicode / nrow; row = 0; newcol = true; } if (col == -1) { ++npages; printf("%%%%Page: %d %d\n", npages, npages); printf("gsave 60 700 translate rownums\n"); col = 0; newcol = true; } if (newcol && g->unicode != NU && !(g->unicode & U_HASVS)) { printf("gsave %d 0 translate (%03lX) colnum grestore\n", col * 40, unicol); newcol = false; } printf("gsave %d %d translate ", (col * 40), (int)-((g->unicode == NU || (g->unicode & U_HASVS) ? row++ : (int)(g->unicode % nrow)) * 40)); if (g->unicode == NU) printf("()"); else if (g->unicode & U_HASVS) printf("()", (unsigned long)GET_UV(g->unicode), (unsigned long)GET_UVS(g->unicode)); else printf("(U+%04lX)", (unsigned long)g->unicode); printf("/%s ", g->name); printf("exemplify "); if (g->flags & COMPAT) { struct glyph const *target = g; while (target->flags & COMPAT) target = get_glyph_by_name(target->alias_of); if (target->unicode != NU) printf("(USE U+%04lX) sash ", (unsigned long)target->unicode); else printf("(USE %s) sash ", g->alias_of); } printf(" grestore\n"); } printf("showpage\n"); printf("%%%%EOF\n"); } static void bdf_gen(int px_height) { int px_width = (px_height * XPIX * XSIZE) / (YPIX * YSIZE); int pt_height = (long)(px_height * 7227 + 3750) / 7500; int dpt_height = (long)(px_height * 7227 + 375) / 750; int base = (px_height * DESCENT) / YSIZE; int i; printf("%%!\n"); printf("/d [1 0 0 1 0 0] %d %d makeimagedevice def\n", (px_width + 7) / 8 * 8, px_height); printf("d setdevice\n"); printf("/%s findfont %d scalefont setfont\n", fullname_to_fontname(get_fullname()), px_height); printf("/f ARGUMENTS 0 get (w) file def\n"); printf("/buf %d string def\n", (px_width + 7) / 8); printf("(\\\n"); printf("STARTFONT 2.1\n"); printf("FONT -%s-%s-%s-R-%s--" "%d-%d-75-75-C-%d-ISO10646-1\n", FOUNDRY, FAMILY_NAME, *weight->suffix ? weight->suffix + 1 : "Medium", *width->suffix ? width->suffix + 1 : "Normal", dpt_height, px_height, px_width * 10); printf("SIZE %d 75 75\n", pt_height); printf("FONTBOUNDINGBOX %d %d 0 %d\n", px_width, px_height, -base); printf("STARTPROPERTIES 23\n"); printf("FOUNDRY \"%s\"\n", FOUNDRY); printf("FAMILY_NAME \"%s\"\n", FAMILY_NAME); printf("WEIGHT_NAME \"%s\"\n", *weight->suffix ? weight->suffix + 1 : "Medium"); printf("SLANT \"R\"\n"); printf("SETWIDTH_NAME \"%s\"\n", *width->suffix ? width->suffix + 1 : "Normal"); printf("ADD_STYLE_NAME \"\"\n"); printf("PIXEL_SIZE %d\n", px_height); printf("POINT_SIZE %d\n", dpt_height); printf("RESOLUTION_X 75\n"); printf("RESOLUTION_Y 75\n"); printf("SPACING \"C\"\n"); printf("AVERAGE_WIDTH %d\n", px_width * 10); printf("CHARSET_REGISTRY \"ISO10646\"\n"); printf("CHARSET_ENCODING \"1\"\n"); printf("UNDERLINE_POSITION %d\n", base / 2); printf("UNDERLINE_THICKNESS %d\n", base / 2); printf("RELATIVE_SETWIDTH %d\n", width->ttfwidth * 10); printf("RELATIVE_WEIGHT %d\n", weight->ttfweight / 10); printf("FACE_NAME \"%s\"\n", get_fullname()); printf("FONT_VERSION \") f exch writestring\n"); printf("currentfont /FontInfo get /version get f exch writestring\n"); printf("(\"\n"); printf("FONT_ASCENT %d\n", px_height - base); printf("FONT_DESCENT %d\n", base); printf("DEFAULT_CHAR %d\n", 0xf1ff); printf("ENDPROPERTIES\n"); printf("CHARS %d\n", lenof(glyphs)); for (i = 0; i < lenof(glyphs); i++) { struct glyph *g = &glyphs[i]; printf("STARTCHAR %s\n", g->name); if (g->unicode == NU) printf("ENCODING -1\n"); else printf("ENCODING %lu\n", (unsigned long)g->unicode); printf("SWIDTH %d 0\n", (int)(XPIX * XSIZE)); printf("DWIDTH %d 0\n", px_width); printf("BBX %d %d 0 %d\n", px_width, px_height, -base); printf("BITMAP\n"); printf(") f exch writestring\n"); printf("erasepage\n"); printf("0 %d moveto\n", base); printf("/%s glyphshow\n", g->name); printf("%d -1 0 {\n", px_height - 1); printf(" d exch buf copyscanlines\n"); printf(" f exch writehexstring (\n) f exch writestring\n"); printf("} for\n"); printf("(\\\n"); printf("ENDCHAR\n"); } printf("ENDFONT\n"); printf(") f exch writestring\n"); }