diff options
Diffstat (limited to 'source/luametatex/source/tex/texmath.c')
| -rw-r--r-- | source/luametatex/source/tex/texmath.c | 52 |
1 files changed, 26 insertions, 26 deletions
diff --git a/source/luametatex/source/tex/texmath.c b/source/luametatex/source/tex/texmath.c index 327e8e6a3..216ba553b 100644 --- a/source/luametatex/source/tex/texmath.c +++ b/source/luametatex/source/tex/texmath.c @@ -1929,9 +1929,9 @@ static void tex_aux_append_math_accent(mathcodeval mval, mathdictval dval) */ -static void tex_aux_append_math_fence(halfword fence, quarterword class) +static void tex_aux_append_math_fence(halfword fence, quarterword mathclass) { - switch (class) { + switch (mathclass) { case open_noad_subtype: { tex_aux_push_math(math_fence_group, cur_list.math_style); @@ -1968,7 +1968,7 @@ static void tex_aux_append_math_fence(halfword fence, quarterword class) } } -static void tex_aux_append_math_fence_val(mathcodeval mval, mathdictval dval, quarterword class) +static void tex_aux_append_math_fence_val(mathcodeval mval, mathdictval dval, quarterword mathclass) { halfword fence = tex_new_node(fence_noad, middle_fence_side); halfword delimiter = tex_new_node(delimiter_node, mval.class_value); @@ -1981,10 +1981,10 @@ static void tex_aux_append_math_fence_val(mathcodeval mval, mathdictval dval, qu set_noad_classes(fence, mval.class_value); /* todo : share the next three with the regular fences */ noad_options(fence) |= noad_option_no_check; - if (class == middle_noad_subtype && cur_group != math_fence_group) { + if (mathclass == middle_noad_subtype && cur_group != math_fence_group) { tex_aux_append_math_fence_val(tex_no_math_code(), tex_no_dict_code(), open_noad_subtype); } - tex_aux_append_math_fence(fence, class); + tex_aux_append_math_fence(fence, mathclass); } static void tex_aux_append_math_char(mathcodeval mval, mathdictval dval, int automatic) @@ -2147,9 +2147,9 @@ int tex_scan_math_code_val(halfword code, mathcodeval *mval, mathdictval *dval) case math_class_number_code: { halfword family = cur_fam_par; - halfword class = tex_scan_int(0, NULL); + halfword mathclass = tex_scan_int(0, NULL); tex_scan_math_cmd_val(mval, dval); - mval->class_value = (short) class; + mval->class_value = (short) mathclass; mval->family_value = (short) family; } break; @@ -2518,7 +2518,7 @@ void tex_run_math_modifier(void) */ -static void tex_aux_scan_delimiter(halfword target, int code, int class) +static void tex_aux_scan_delimiter(halfword target, int code, int mathclass) { delcodeval dval = tex_no_del_code(); mathcodeval mval = tex_no_math_code(); @@ -2584,8 +2584,8 @@ static void tex_aux_scan_delimiter(halfword target, int code, int class) goto REALDELIMITER; } FAKEDELIMITER: - if (class != unset_noad_class) { - mval.class_value = (short) class; + if (mathclass != unset_noad_class) { + mval.class_value = (short) mathclass; } dval.small = mval; dval.large = mval; @@ -3451,7 +3451,7 @@ void tex_run_math_fraction(void) halfword userstyle = -1; halfword attrlist = null; fullword options = 0; - halfword class = fraction_noad_subtype; + halfword mathclass = fraction_noad_subtype; halfword rulethickness = preset_rule_thickness; int ruledone = 0; fraction_h_factor(fraction) = 1000; @@ -3581,7 +3581,7 @@ void tex_run_math_fraction(void) if (tex_scan_mandate_keyword("class", 1)) { halfword c = (quarterword) tex_scan_math_class_number(0); if (valid_math_class_code(c)) { - class = c; + mathclass = c; } } break; @@ -3673,7 +3673,7 @@ void tex_run_math_fraction(void) } fraction_rule_thickness(fraction) = rulethickness; noad_options(fraction) = options; - set_noad_main_class(fraction, class); + set_noad_main_class(fraction, mathclass); if (attrlist) { tex_attach_attribute_list_attribute(fraction, attrlist); } @@ -5183,16 +5183,16 @@ void tex_reset_all_styles(halfword level) } } -inline static halfword tex_aux_math_class_default(halfword class) { - return (class << 24) + (class << 16) + (class << 8) + class; +inline static halfword tex_aux_math_class_default(halfword mathclass) { + return (mathclass << 24) + (mathclass << 16) + (mathclass << 8) + mathclass; } -inline static void tex_set_math_class_default(halfword class, halfword parent, halfword options) +inline static void tex_set_math_class_default(halfword mathclass, halfword parent, halfword options) { - tex_word_define(0, internal_int_location(first_math_class_code + class), tex_aux_math_class_default(parent)); - tex_word_define(0, internal_int_location(first_math_atom_code + class), tex_aux_math_class_default(class)); - tex_word_define(0, internal_int_location(first_math_options_code + class), options); - tex_word_define(0, internal_int_location(first_math_parent_code + class), tex_aux_math_class_default(class)); + tex_word_define(0, internal_int_location(first_math_class_code + mathclass), tex_aux_math_class_default(parent)); + tex_word_define(0, internal_int_location(first_math_atom_code + mathclass), tex_aux_math_class_default(mathclass)); + tex_word_define(0, internal_int_location(first_math_options_code + mathclass), options); + tex_word_define(0, internal_int_location(first_math_parent_code + mathclass), tex_aux_math_class_default(mathclass)); } static void tex_aux_set_math_atom_rule(halfword left, halfword right, halfword newleft, halfword newright) @@ -5203,13 +5203,13 @@ static void tex_aux_set_math_atom_rule(halfword left, halfword right, halfword n void tex_initialize_math_spacing(void) { - for (int class = 0; class <= max_math_class_code; class++) { - tex_set_math_class_default(class, class, no_class_options); + for (int mathclass = 0; mathclass <= max_math_class_code; mathclass++) { + tex_set_math_class_default(mathclass, mathclass, no_class_options); /*tex We do this here as there is no real need for yet another initializer. */ - tex_word_define(0, internal_int_location(first_math_pre_penalty_code + class), infinite_penalty); - tex_word_define(0, internal_int_location(first_math_post_penalty_code + class), infinite_penalty); - tex_word_define(0, internal_int_location(first_math_display_pre_penalty_code + class), infinite_penalty); - tex_word_define(0, internal_int_location(first_math_display_post_penalty_code + class), infinite_penalty); + tex_word_define(0, internal_int_location(first_math_pre_penalty_code + mathclass), infinite_penalty); + tex_word_define(0, internal_int_location(first_math_post_penalty_code + mathclass), infinite_penalty); + tex_word_define(0, internal_int_location(first_math_display_pre_penalty_code + mathclass), infinite_penalty); + tex_word_define(0, internal_int_location(first_math_display_post_penalty_code + mathclass), infinite_penalty); } tex_reset_all_styles(level_one); |