diff options
author | Kristaps Dzonsons <kristaps@bsd.lv> | 2011-07-22 14:26:32 +0000 |
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committer | Kristaps Dzonsons <kristaps@bsd.lv> | 2011-07-22 14:26:32 +0000 |
commit | 9ff714c4d1575c1f56c58d6d0a2632df41c604c7 (patch) | |
tree | c256231be4a04a9e2437e95f3059359ca7368b72 /eqn.c | |
parent | a2c6238b240c9704df8f935f839bba4c7cf2a938 (diff) | |
download | mandoc-9ff714c4d1575c1f56c58d6d0a2632df41c604c7.tar.gz |
Add all rendered symbols used by eqn. I use the Second-Edition User's
Manual (1978) for this, so it should catch most of them. They just map
into the mandoc_char escaped characters.
Diffstat (limited to 'eqn.c')
-rw-r--r-- | eqn.c | 129 |
1 files changed, 87 insertions, 42 deletions
@@ -75,6 +75,30 @@ enum eqn_symt { EQNSYM_THETA, EQNSYM_UPSILON, EQNSYM_XI, + EQNSYM_inter, + EQNSYM_union, + EQNSYM_prod, + EQNSYM_int, + EQNSYM_sum, + EQNSYM_grad, + EQNSYM_del, + EQNSYM_times, + EQNSYM_cdot, + EQNSYM_nothing, + EQNSYM_approx, + EQNSYM_prime, + EQNSYM_half, + EQNSYM_partial, + EQNSYM_inf, + EQNSYM_muchgreat, + EQNSYM_muchless, + EQNSYM_larrow, + EQNSYM_rarrow, + EQNSYM_pm, + EQNSYM_nequal, + EQNSYM_equiv, + EQNSYM_lessequal, + EQNSYM_moreequal, EQNSYM__MAX }; @@ -95,7 +119,7 @@ struct eqnpart { struct eqnsym { struct eqnstr str; - char sym; + const char *sym; }; enum eqnpartt { @@ -163,41 +187,65 @@ static const struct eqnstr eqnpiles[EQNPILE__MAX] = { }; static const struct eqnsym eqnsyms[EQNSYM__MAX] = { - { { "alpha", 5 }, 'a' }, /* EQNSYM_alpha */ - { { "beta", 4 }, 'b' }, /* EQNSYM_beta */ - { { "chi", 3 }, 'x' }, /* EQNSYM_chi */ - { { "delta", 5 }, 'd' }, /* EQNSYM_delta */ - { { "epsilon", 7 }, 'e' }, /* EQNSYM_epsilon */ - { { "eta", 3 }, 'y' }, /* EQNSYM_eta */ - { { "gamma", 5 }, 'g' }, /* EQNSYM_gamma */ - { { "iota", 4 }, 'i' }, /* EQNSYM_iota */ - { { "kappa", 5 }, 'k' }, /* EQNSYM_kappa */ - { { "lambda", 6 }, 'l' }, /* EQNSYM_lambda */ - { { "mu", 2 }, 'm' }, /* EQNSYM_mu */ - { { "nu", 2 }, 'n' }, /* EQNSYM_nu */ - { { "omega", 5 }, 'w' }, /* EQNSYM_omega */ - { { "omicron", 7 }, 'o' }, /* EQNSYM_omicron */ - { { "phi", 3 }, 'f' }, /* EQNSYM_phi */ - { { "pi", 2 }, 'p' }, /* EQNSYM_pi */ - { { "psi", 2 }, 'q' }, /* EQNSYM_psi */ - { { "rho", 3 }, 'r' }, /* EQNSYM_rho */ - { { "sigma", 5 }, 's' }, /* EQNSYM_sigma */ - { { "tau", 3 }, 't' }, /* EQNSYM_tau */ - { { "theta", 5 }, 'h' }, /* EQNSYM_theta */ - { { "upsilon", 7 }, 'u' }, /* EQNSYM_upsilon */ - { { "xi", 2 }, 'c' }, /* EQNSYM_xi */ - { { "zeta", 4 }, 'z' }, /* EQNSYM_zeta */ - { { "DELTA", 5 }, 'D' }, /* EQNSYM_DELTA */ - { { "GAMMA", 5 }, 'G' }, /* EQNSYM_GAMMA */ - { { "LAMBDA", 6 }, 'L' }, /* EQNSYM_LAMBDA */ - { { "OMEGA", 5 }, 'W' }, /* EQNSYM_OMEGA */ - { { "PHI", 3 }, 'F' }, /* EQNSYM_PHI */ - { { "PI", 2 }, 'P' }, /* EQNSYM_PI */ - { { "PSI", 3 }, 'Q' }, /* EQNSYM_PSI */ - { { "SIGMA", 5 }, 'S' }, /* EQNSYM_SIGMA */ - { { "THETA", 5 }, 'H' }, /* EQNSYM_THETA */ - { { "UPSILON", 7 }, 'U' }, /* EQNSYM_UPSILON */ - { { "XI", 2 }, 'C' }, /* EQNSYM_XI */ + { { "alpha", 5 }, "*a" }, /* EQNSYM_alpha */ + { { "beta", 4 }, "*b" }, /* EQNSYM_beta */ + { { "chi", 3 }, "*x" }, /* EQNSYM_chi */ + { { "delta", 5 }, "*d" }, /* EQNSYM_delta */ + { { "epsilon", 7 }, "*e" }, /* EQNSYM_epsilon */ + { { "eta", 3 }, "*y" }, /* EQNSYM_eta */ + { { "gamma", 5 }, "*g" }, /* EQNSYM_gamma */ + { { "iota", 4 }, "*i" }, /* EQNSYM_iota */ + { { "kappa", 5 }, "*k" }, /* EQNSYM_kappa */ + { { "lambda", 6 }, "*l" }, /* EQNSYM_lambda */ + { { "mu", 2 }, "*m" }, /* EQNSYM_mu */ + { { "nu", 2 }, "*n" }, /* EQNSYM_nu */ + { { "omega", 5 }, "*w" }, /* EQNSYM_omega */ + { { "omicron", 7 }, "*o" }, /* EQNSYM_omicron */ + { { "phi", 3 }, "*f" }, /* EQNSYM_phi */ + { { "pi", 2 }, "*p" }, /* EQNSYM_pi */ + { { "psi", 2 }, "*q" }, /* EQNSYM_psi */ + { { "rho", 3 }, "*r" }, /* EQNSYM_rho */ + { { "sigma", 5 }, "*s" }, /* EQNSYM_sigma */ + { { "tau", 3 }, "*t" }, /* EQNSYM_tau */ + { { "theta", 5 }, "*h" }, /* EQNSYM_theta */ + { { "upsilon", 7 }, "*u" }, /* EQNSYM_upsilon */ + { { "xi", 2 }, "*c" }, /* EQNSYM_xi */ + { { "zeta", 4 }, "*z" }, /* EQNSYM_zeta */ + { { "DELTA", 5 }, "*D" }, /* EQNSYM_DELTA */ + { { "GAMMA", 5 }, "*G" }, /* EQNSYM_GAMMA */ + { { "LAMBDA", 6 }, "*L" }, /* EQNSYM_LAMBDA */ + { { "OMEGA", 5 }, "*W" }, /* EQNSYM_OMEGA */ + { { "PHI", 3 }, "*F" }, /* EQNSYM_PHI */ + { { "PI", 2 }, "*P" }, /* EQNSYM_PI */ + { { "PSI", 3 }, "*Q" }, /* EQNSYM_PSI */ + { { "SIGMA", 5 }, "*S" }, /* EQNSYM_SIGMA */ + { { "THETA", 5 }, "*H" }, /* EQNSYM_THETA */ + { { "UPSILON", 7 }, "*U" }, /* EQNSYM_UPSILON */ + { { "XI", 2 }, "*C" }, /* EQNSYM_XI */ + { { "inter", 5 }, "ca" }, /* EQNSYM_inter */ + { { "union", 5 }, "cu" }, /* EQNSYM_union */ + { { "prod", 4 }, "product" }, /* EQNSYM_prod */ + { { "int", 3 }, "integral" }, /* EQNSYM_int */ + { { "sum", 3 }, "sum" }, /* EQNSYM_sum */ + { { "grad", 4 }, "gr" }, /* EQNSYM_grad */ + { { "del", 3 }, "gr" }, /* EQNSYM_del */ + { { "times", 5 }, "mu" }, /* EQNSYM_times */ + { { "cdot", 4 }, "pc" }, /* EQNSYM_cdot */ + { { "nothing", 7 }, "&" }, /* EQNSYM_nothing */ + { { "approx", 6 }, "~~" }, /* EQNSYM_approx */ + { { "prime", 5 }, "aq" }, /* EQNSYM_prime */ + { { "half", 4 }, "12" }, /* EQNSYM_half */ + { { "partial", 7 }, "pd" }, /* EQNSYM_partial */ + { { "inf", 3 }, "if" }, /* EQNSYM_inf */ + { { ">>", 2 }, ">>" }, /* EQNSYM_muchgreat */ + { { "<<", 2 }, "<<" }, /* EQNSYM_muchless */ + { { "<-", 2 }, "<-" }, /* EQNSYM_larrow */ + { { "->", 2 }, "->" }, /* EQNSYM_rarrow */ + { { "+-", 2 }, "+-" }, /* EQNSYM_pm */ + { { "!=", 2 }, "!=" }, /* EQNSYM_nequal */ + { { "==", 2 }, "==" }, /* EQNSYM_equiv */ + { { "<=", 2 }, "<=" }, /* EQNSYM_lessequal */ + { { ">=", 2 }, ">=" }, /* EQNSYM_moreequal */ }; /* ARGSUSED */ @@ -342,7 +390,7 @@ eqn_box(struct eqn_node *ep, struct eqn_box *last) size_t sz; const char *start; char *left; - char sym[5]; + char sym[64]; enum eqn_rest c; int i, size; struct eqn_box *bp; @@ -472,11 +520,8 @@ eqn_box(struct eqn_node *ep, struct eqn_box *last) bp->type = EQN_TEXT; for (i = 0; i < (int)EQNSYM__MAX; i++) if (EQNSTREQ(&eqnsyms[i].str, start, sz)) { - sym[0] = '\\'; - sym[1] = '('; - sym[2] = '*'; - sym[3] = eqnsyms[i].sym; - sym[4] = '\0'; + sym[63] = '\0'; + snprintf(sym, 62, "\\[%s]", eqnsyms[i].sym); bp->text = mandoc_strdup(sym); return(EQN_OK); } |