Mercurial > vim
diff runtime/syntax/tex.vim @ 2473:d55e70cabe2c vim73
Syntax file updates. (Charles Campbell)
| author | Bram Moolenaar <bram@vim.org> |
|---|---|
| date | Mon, 02 Aug 2010 22:12:46 +0200 |
| parents | ee4e1e140117 |
| children | f8f81a88a047 |
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--- a/runtime/syntax/tex.vim +++ b/runtime/syntax/tex.vim @@ -2,7 +2,7 @@ " Language: TeX " Maintainer: Dr. Charles E. Campbell, Jr. <NdrchipO@ScampbellPfamily.AbizM> " Last Change: Jul 28, 2010 -" Version: 51 +" Version: 52 " URL: http://mysite.verizon.net/astronaut/vim/index.html#vimlinks_syntax " " Notes: {{{1 @@ -37,6 +37,7 @@ if version < 600 elseif exists("b:current_syntax") finish endif +scriptencoding utf-8 " Define the default highlighting. {{{1 " For version 5.7 and earlier: only when not done already @@ -53,6 +54,14 @@ if exists("g:tex_tex") && !exists("g:tex let g:tex_no_error= 1 endif +" let user determine which classes of concealment will be supported +" a=accents/ligatures m=math symbols g=Greek s=superscripts/subscripts +if !exists("g:tex_conceal") + let s:tex_conceal= 'amgs' +else + let s:tex_conceal= g:tex_conceal +endif + " Determine whether or not to use "*.sty" mode {{{1 " The user may override the normal determination by setting " g:tex_stylish to 1 (for "*.sty" mode) @@ -358,7 +367,13 @@ if !exists("tex_no_math") " \left..something.. and \right..something.. support: {{{2 syn match texMathDelimBad contained "\S" - syn match texMathDelim contained "\\\(left\|right\|[bB]igg\=[lr]\)\>" skipwhite nextgroup=texMathDelimSet1,texMathDelimSet2,texMathDelimBad + if has("conceal") && &enc == 'utf-8' && s:tex_conceal =~ 'm' + syn match texMathDelim contained "\\left\\{\>" skipwhite nextgroup=texMathDelimSet1,texMathDelimSet2,texMathDelimBad contains=texMathSymbol cchar={ + syn match texMathDelim contained "\\right\\}\>" skipwhite nextgroup=texMathDelimSet1,texMathDelimSet2,texMathDelimBad contains=texMathSymbol cchar=} + else + syn match texMathDelim contained "\\\(left\|right\)\>" skipwhite nextgroup=texMathDelimSet1,texMathDelimSet2,texMathDelimBad + endif + syn match texMathDelim contained "\\\([bB]igg\=[lr]\)\>" skipwhite nextgroup=texMathDelimSet1,texMathDelimSet2,texMathDelimBad syn match texMathDelim contained "\\\(left\|right\)arrow\>\|\<\([aA]rrow\|brace\)\=vert\>" syn match texMathDelim contained "\\lefteqn\>" syn match texMathDelimSet2 contained "\\" nextgroup=texMathDelimKey,texMathDelimBad @@ -480,220 +495,297 @@ endif if has("conceal") && &enc == 'utf-8' " Math Symbols {{{2 - syn match texMathSymbol '\\left(' contained conceal cchar=( - syn match texMathSymbol '\\right)' contained conceal cchar=) - syn match texMathSymbol '\\left{' contained conceal cchar={ - syn match texMathSymbol '\\right}' contained conceal cchar=} - syn match texMathSymbol '\\cdot\>' contained conceal cchar=· - syn match texMathSymbol '\\leq\>' contained conceal cchar=≤ - syn match texMathSymbol '\\geq\>' contained conceal cchar=≥ - syn match texMathSymbol '\\cdot\>' contained conceal cchar=· - syn match texMathSymbol '\\times\>' contained conceal cchar=× - syn match texMathSymbol '\\div\>' contained conceal cchar=÷ - syn match texMathSymbol '\\pm\>' contained conceal cchar=± - syn match texMathSymbol '\\neq\>' contained conceal cchar=≠ - syn match texMathSymbol '\\cong\>' contained conceal cchar=≅ + if s:tex_conceal =~ 'm' + syn match texMathSymbol '\\approx\>' contained conceal cchar=≈ + syn match texMathSymbol '\\ast\>' contained conceal cchar=∗ + syn match texMathSymbol '\\bigtriangledown\>' contained conceal cchar=∇ + syn match texMathSymbol '\\bigvee\>' contained conceal cchar=⋁ + syn match texMathSymbol '\\bigwedge\>' contained conceal cchar=⋀ + syn match texMathSymbol '\\blacksquare\>' contained conceal cchar=∎ + syn match texMathSymbol '\\cap\>' contained conceal cchar=∩ + syn match texMathSymbol '\\cdot\>' contained conceal cchar=· + syn match texMathSymbol '\\circ\>' contained conceal cchar=∘ + syn match texMathSymbol '\\circledcirc\>' contained conceal cchar=⊚ + syn match texMathSymbol '\\cong\>' contained conceal cchar=≅ + syn match texMathSymbol '\\cup\>' contained conceal cchar=∪ + syn match texMathSymbol '\\diamond\>' contained conceal cchar=⋄ + syn match texMathSymbol '\\div\>' contained conceal cchar=÷ + syn match texMathSymbol '\\doteq\>' contained conceal cchar=≐ + syn match texMathSymbol '\\dotsb\>' contained conceal cchar=⋯ + syn match texMathSymbol '\\emptyset\>' contained conceal cchar=∅ + syn match texMathSymbol '\\equiv\>' contained conceal cchar=≡ + syn match texMathSymbol '\\forall\>' contained conceal cchar=∀ + syn match texMathSymbol '\\geq\>' contained conceal cchar=≥ + syn match texMathSymbol '\\geq\>' contained conceal cchar=≥ + syn match texMathSymbol '\\gg\>' contained conceal cchar=⟫ + syn match texMathSymbol '\\gtreqless\>' contained conceal cchar=⋛ + syn match texMathSymbol '\\gtrless\>' contained conceal cchar=≷ + syn match texMathSymbol '\\Im\>' contained conceal cchar=ℑ + syn match texMathSymbol '\\in\>' contained conceal cchar=∈ + syn match texMathSymbol '\\infty\>' contained conceal cchar=∞ + syn match texMathSymbol '\\lceil\>' contained conceal cchar=⌈ + syn match texMathSymbol '\\leftarrow\>' contained conceal cchar=⟶ + syn match texMathSymbol '\\Leftarrow\>' contained conceal cchar=⟹ + syn match texMathSymbol '\\left(' contained conceal cchar=( + syn match texMathSymbol '\\left\[' contained conceal cchar=[ + syn match texMathSymbol '\\left\\{' contained conceal cchar={ + syn match texMathSymbol '\\leq\>' contained conceal cchar=≤ + syn match texMathSymbol '\\leq\>' contained conceal cchar=≤ + syn match texMathSymbol '\\lesseqgtr\>' contained conceal cchar=⋚ + syn match texMathSymbol '\\lfloor\>' contained conceal cchar=⌊ + syn match texMathSymbol '\\ll\>' contained conceal cchar=⟪ + syn match texMathSymbol '\\mapsto\>' contained conceal cchar=↦ + syn match texMathSymbol '\\mp\>' contained conceal cchar=∓ + syn match texMathSymbol '\\neq\>' contained conceal cchar=≠ + syn match texMathSymbol '\\ngeq\>' contained conceal cchar=≱ + syn match texMathSymbol '\\ngtr\>' contained conceal cchar=≯ + syn match texMathSymbol '\\nleq\>' contained conceal cchar=≰ + syn match texMathSymbol '\\nless\>' contained conceal cchar=≮ + syn match texMathSymbol '\\notin\>' contained conceal cchar=∉ + syn match texMathSymbol '\\odot\>' contained conceal cchar=⊙ + syn match texMathSymbol '\\oint\>' contained conceal cchar=∮ + syn match texMathSymbol '\\oplus\>' contained conceal cchar=⊕ + syn match texMathSymbol '\\oslash\>' contained conceal cchar=⊘ + syn match texMathSymbol '\\otimes\>' contained conceal cchar=⊗ + syn match texMathSymbol '\\partial\>' contained conceal cchar=∂ + syn match texMathSymbol '\\perp\>' contained conceal cchar=⊥ + syn match texMathSymbol '\\pm\>' contained conceal cchar=± + syn match texMathSymbol '\\prec\>' contained conceal cchar=≺ + syn match texMathSymbol '\\prod\>' contained conceal cchar=∏ + syn match texMathSymbol '\\propto\>' contained conceal cchar=∝ + syn match texMathSymbol '\\rceil\>' contained conceal cchar=⌉ + syn match texMathSymbol '\\Re\>' contained conceal cchar=ℜ + syn match texMathSymbol '\\rfloor\>' contained conceal cchar=⌋ + syn match texMathSymbol '\\rightarrow\>' contained conceal cchar=⟵ + syn match texMathSymbol '\\Rightarrow\>' contained conceal cchar=⟸ + syn match texMathSymbol '\\right)' contained conceal cchar=) + syn match texMathSymbol '\\right]' contained conceal cchar=] + syn match texMathSymbol '\\right\\}' contained conceal cchar=} + syn match texMathSymbol '\\sqcap\>' contained conceal cchar=⊓ + syn match texMathSymbol '\\sqcup\>' contained conceal cchar=⊔ + syn match texMathSymbol '\\subset\>' contained conceal cchar=⊂ + syn match texMathSymbol '\\subseteq\>' contained conceal cchar=⊆ + syn match texMathSymbol '\\subsetneq\>' contained conceal cchar=⊊ + syn match texMathSymbol '\\succ\>' contained conceal cchar=≻ + syn match texMathSymbol '\\sum\>' contained conceal cchar=∑ + syn match texMathSymbol '\\supseteq\>' contained conceal cchar=⊇ + syn match texMathSymbol '\\supsetneq\>' contained conceal cchar=⊋ + syn match texMathSymbol '\\surd\>' contained conceal cchar=√ + syn match texMathSymbol '\\therefore\>' contained conceal cchar=∴ + syn match texMathSymbol '\\times\>' contained conceal cchar=× + syn match texMathSymbol '\\to\>' contained conceal cchar=→ + syn match texMathSymbol '\\trianglelefteq\>' contained conceal cchar=⊴ + syn match texMathSymbol '\\trianglerighteq\>' contained conceal cchar=⊵ + syn match texMathSymbol '\\vartriangle\>' contained conceal cchar=∆ + syn match texMathSymbol '\\vdots\>' contained conceal cchar=⋮ + endif " Greek {{{2 - fun! s:Greek(group,pat,cchar) - exe 'syn match '.a:group." '".a:pat."' contained conceal cchar=".a:cchar - endfun - call s:Greek('texGreek','\\alpha\>' ,'α') - call s:Greek('texGreek','\\beta\>' ,'β') - call s:Greek('texGreek','\\gamma\>' ,'γ') - call s:Greek('texGreek','\\delta\>' ,'δ') - call s:Greek('texGreek','\\epsilon\>' ,'ϵ') - call s:Greek('texGreek','\\varepsilon\>' ,'ε') - call s:Greek('texGreek','\\zeta\>' ,'ζ') - call s:Greek('texGreek','\\eta\>' ,'η') - call s:Greek('texGreek','\\theta\>' ,'θ') - call s:Greek('texGreek','\\vartheta\>' ,'ϑ') - call s:Greek('texGreek','\\kappa\>' ,'κ') - call s:Greek('texGreek','\\lambda\>' ,'λ') - call s:Greek('texGreek','\\mu\>' ,'μ') - call s:Greek('texGreek','\\nu\>' ,'ν') - call s:Greek('texGreek','\\xi\>' ,'ξ') - call s:Greek('texGreek','\\pi\>' ,'π') - call s:Greek('texGreek','\\varpi\>' ,'ϖ') - call s:Greek('texGreek','\\rho\>' ,'ρ') - call s:Greek('texGreek','\\varrho\>' ,'ϱ') - call s:Greek('texGreek','\\sigma\>' ,'σ') - call s:Greek('texGreek','\\varsigma\>' ,'ς') - call s:Greek('texGreek','\\tau\>' ,'τ') - call s:Greek('texGreek','\\upsilon\>' ,'υ') - call s:Greek('texGreek','\\phi\>' ,'φ') - call s:Greek('texGreek','\\varphi\>' ,'ϕ') - call s:Greek('texGreek','\\chi\>' ,'χ') - call s:Greek('texGreek','\\psi\>' ,'ψ') - call s:Greek('texGreek','\\omega\>' ,'ω') - call s:Greek('texGreek','\\Gamma\>' ,'Γ') - call s:Greek('texGreek','\\Delta\>' ,'Δ') - call s:Greek('texGreek','\\Theta\>' ,'Θ') - call s:Greek('texGreek','\\Lambda\>' ,'Λ') - call s:Greek('texGreek','\\Xi\>' ,'Χ') - call s:Greek('texGreek','\\Pi\>' ,'Π') - call s:Greek('texGreek','\\Sigma\>' ,'Σ') - call s:Greek('texGreek','\\Upsilon\>' ,'Υ') - call s:Greek('texGreek','\\Phi\>' ,'Φ') - call s:Greek('texGreek','\\Psi\>' ,'Ψ') - call s:Greek('texGreek','\\Omega\>' ,'Ω') - delfun s:Greek + if s:tex_conceal =~ 'g' + fun! s:Greek(group,pat,cchar) + exe 'syn match '.a:group." '".a:pat."' contained conceal cchar=".a:cchar + endfun + call s:Greek('texGreek','\\alpha\>' ,'α') + call s:Greek('texGreek','\\beta\>' ,'β') + call s:Greek('texGreek','\\gamma\>' ,'γ') + call s:Greek('texGreek','\\delta\>' ,'δ') + call s:Greek('texGreek','\\epsilon\>' ,'ϵ') + call s:Greek('texGreek','\\varepsilon\>' ,'ε') + call s:Greek('texGreek','\\zeta\>' ,'ζ') + call s:Greek('texGreek','\\eta\>' ,'η') + call s:Greek('texGreek','\\theta\>' ,'θ') + call s:Greek('texGreek','\\vartheta\>' ,'ϑ') + call s:Greek('texGreek','\\kappa\>' ,'κ') + call s:Greek('texGreek','\\lambda\>' ,'λ') + call s:Greek('texGreek','\\mu\>' ,'μ') + call s:Greek('texGreek','\\nu\>' ,'ν') + call s:Greek('texGreek','\\xi\>' ,'ξ') + call s:Greek('texGreek','\\pi\>' ,'π') + call s:Greek('texGreek','\\varpi\>' ,'ϖ') + call s:Greek('texGreek','\\rho\>' ,'ρ') + call s:Greek('texGreek','\\varrho\>' ,'ϱ') + call s:Greek('texGreek','\\sigma\>' ,'σ') + call s:Greek('texGreek','\\varsigma\>' ,'ς') + call s:Greek('texGreek','\\tau\>' ,'τ') + call s:Greek('texGreek','\\upsilon\>' ,'υ') + call s:Greek('texGreek','\\phi\>' ,'φ') + call s:Greek('texGreek','\\varphi\>' ,'ϕ') + call s:Greek('texGreek','\\chi\>' ,'χ') + call s:Greek('texGreek','\\psi\>' ,'ψ') + call s:Greek('texGreek','\\omega\>' ,'ω') + call s:Greek('texGreek','\\Gamma\>' ,'Γ') + call s:Greek('texGreek','\\Delta\>' ,'Δ') + call s:Greek('texGreek','\\Theta\>' ,'Θ') + call s:Greek('texGreek','\\Lambda\>' ,'Λ') + call s:Greek('texGreek','\\Xi\>' ,'Χ') + call s:Greek('texGreek','\\Pi\>' ,'Π') + call s:Greek('texGreek','\\Sigma\>' ,'Σ') + call s:Greek('texGreek','\\Upsilon\>' ,'Υ') + call s:Greek('texGreek','\\Phi\>' ,'Φ') + call s:Greek('texGreek','\\Psi\>' ,'Ψ') + call s:Greek('texGreek','\\Omega\>' ,'Ω') + delfun s:Greek + endif " Superscripts/Subscripts {{{2 - syn region texSuperscript matchgroup=Delimiter start='\^{' end='}' contained concealends contains=texSuperscripts - syn region texSubscript matchgroup=Delimiter start='_{' end='}' contained concealends contains=texSubscripts - fun! s:SuperSub(group,leader,pat,cchar) - exe 'syn match '.a:group." '".a:leader.a:pat."' contained conceal cchar=".a:cchar - exe 'syn match '.a:group."s '".a:pat."' contained conceal cchar=".a:cchar.' nextgroup='.a:group.'s' - endfun - call s:SuperSub('texSuperscript','\^','0','⁰') - call s:SuperSub('texSuperscript','\^','1','¹') - call s:SuperSub('texSuperscript','\^','2','²') - call s:SuperSub('texSuperscript','\^','3','³') - call s:SuperSub('texSuperscript','\^','4','⁴') - call s:SuperSub('texSuperscript','\^','5','⁵') - call s:SuperSub('texSuperscript','\^','6','⁶') - call s:SuperSub('texSuperscript','\^','7','⁷') - call s:SuperSub('texSuperscript','\^','8','⁸') - call s:SuperSub('texSuperscript','\^','9','⁹') - call s:SuperSub('texSuperscript','\^','a','ᵃ') - call s:SuperSub('texSuperscript','\^','b','ᵇ') - call s:SuperSub('texSuperscript','\^','c','ᶜ') - call s:SuperSub('texSuperscript','\^','d','ᵈ') - call s:SuperSub('texSuperscript','\^','e','ᵉ') - call s:SuperSub('texSuperscript','\^','f','ᶠ') - call s:SuperSub('texSuperscript','\^','g','ᵍ') - call s:SuperSub('texSuperscript','\^','h','ʰ') - call s:SuperSub('texSuperscript','\^','i','ⁱ') - call s:SuperSub('texSuperscript','\^','j','ʲ') - call s:SuperSub('texSuperscript','\^','k','ᵏ') - call s:SuperSub('texSuperscript','\^','l','ˡ') - call s:SuperSub('texSuperscript','\^','m','ᵐ') - call s:SuperSub('texSuperscript','\^','n','ⁿ') - call s:SuperSub('texSuperscript','\^','o','ᵒ') - call s:SuperSub('texSuperscript','\^','p','ᵖ') - call s:SuperSub('texSuperscript','\^','r','ʳ') - call s:SuperSub('texSuperscript','\^','s','ˢ') - call s:SuperSub('texSuperscript','\^','t','ᵗ') - call s:SuperSub('texSuperscript','\^','u','ᵘ') - call s:SuperSub('texSuperscript','\^','v','ᵛ') - call s:SuperSub('texSuperscript','\^','w','ʷ') - call s:SuperSub('texSuperscript','\^','x','ˣ') - call s:SuperSub('texSuperscript','\^','y','ʸ') - call s:SuperSub('texSuperscript','\^','z','ᶻ') - call s:SuperSub('texSuperscript','\^','A','ᴬ') - call s:SuperSub('texSuperscript','\^','B','ᴮ') - call s:SuperSub('texSuperscript','\^','D','ᴰ') - call s:SuperSub('texSuperscript','\^','E','ᴱ') - call s:SuperSub('texSuperscript','\^','G','ᴳ') - call s:SuperSub('texSuperscript','\^','H','ᴴ') - call s:SuperSub('texSuperscript','\^','I','ᴵ') - call s:SuperSub('texSuperscript','\^','J','ᴶ') - call s:SuperSub('texSuperscript','\^','K','ᴷ') - call s:SuperSub('texSuperscript','\^','L','ᴸ') - call s:SuperSub('texSuperscript','\^','M','ᴹ') - call s:SuperSub('texSuperscript','\^','N','ᴺ') - call s:SuperSub('texSuperscript','\^','O','ᴼ') - call s:SuperSub('texSuperscript','\^','P','ᴾ') - call s:SuperSub('texSuperscript','\^','R','ᴿ') - call s:SuperSub('texSuperscript','\^','T','ᵀ') - call s:SuperSub('texSuperscript','\^','U','ᵁ') - call s:SuperSub('texSuperscript','\^','W','ᵂ') - call s:SuperSub('texSuperscript','\^','+','⁺') - call s:SuperSub('texSuperscript','\^','-','⁻') - call s:SuperSub('texSuperscript','\^','<','˂') - call s:SuperSub('texSuperscript','\^','>','˃') - call s:SuperSub('texSuperscript','\^','/','ˊ') - call s:SuperSub('texSuperscript','\^','(','⁽') - call s:SuperSub('texSuperscript','\^',')','⁾') - call s:SuperSub('texSuperscript','\^','\.','˙') - call s:SuperSub('texSuperscript','\^','=','˭') - call s:SuperSub('texSubscript','_','0','₀') - call s:SuperSub('texSubscript','_','1','₁') - call s:SuperSub('texSubscript','_','2','₂') - call s:SuperSub('texSubscript','_','3','₃') - call s:SuperSub('texSubscript','_','4','₄') - call s:SuperSub('texSubscript','_','5','₅') - call s:SuperSub('texSubscript','_','6','₆') - call s:SuperSub('texSubscript','_','7','₇') - call s:SuperSub('texSubscript','_','8','₈') - call s:SuperSub('texSubscript','_','9','₉') - call s:SuperSub('texSubscript','_','a','ₐ') - call s:SuperSub('texSubscript','_','e','ₑ') - call s:SuperSub('texSubscript','_','i','ᵢ') - call s:SuperSub('texSubscript','_','o','ₒ') - call s:SuperSub('texSubscript','_','u','ᵤ') - call s:SuperSub('texSubscript','_','+','₊') - call s:SuperSub('texSubscript','_','-','₋') - call s:SuperSub('texSubscript','_','/','ˏ') - call s:SuperSub('texSubscript','_','(','₍') - call s:SuperSub('texSubscript','_',')','₎') - call s:SuperSub('texSubscript','_','\.','‸') - call s:SuperSub('texSubscript','_','r','ᵣ') - call s:SuperSub('texSubscript','_','v','ᵥ') - call s:SuperSub('texSubscript','_','x','ₓ') - call s:SuperSub('texSubscript','_','\\beta\>' ,'ᵦ') - call s:SuperSub('texSubscript','_','\\delta\>','ᵨ') - call s:SuperSub('texSubscript','_','\\phi\>' ,'ᵩ') - call s:SuperSub('texSubscript','_','\\gamma\>','ᵧ') - call s:SuperSub('texSubscript','_','\\chi\>' ,'ᵪ') - delfun s:SuperSub + if s:tex_conceal =~ 's' + syn region texSuperscript matchgroup=Delimiter start='\^{' end='}' contained concealends contains=texSuperscripts,texStatement + syn region texSubscript matchgroup=Delimiter start='_{' end='}' contained concealends contains=texSubscripts,texStatement + fun! s:SuperSub(group,leader,pat,cchar) + exe 'syn match '.a:group." '".a:leader.a:pat."' contained conceal cchar=".a:cchar + exe 'syn match '.a:group."s '".a:pat."' contained conceal cchar=".a:cchar.' nextgroup='.a:group.'s' + endfun + call s:SuperSub('texSuperscript','\^','0','⁰') + call s:SuperSub('texSuperscript','\^','1','¹') + call s:SuperSub('texSuperscript','\^','2','²') + call s:SuperSub('texSuperscript','\^','3','³') + call s:SuperSub('texSuperscript','\^','4','⁴') + call s:SuperSub('texSuperscript','\^','5','⁵') + call s:SuperSub('texSuperscript','\^','6','⁶') + call s:SuperSub('texSuperscript','\^','7','⁷') + call s:SuperSub('texSuperscript','\^','8','⁸') + call s:SuperSub('texSuperscript','\^','9','⁹') + call s:SuperSub('texSuperscript','\^','a','ᵃ') + call s:SuperSub('texSuperscript','\^','b','ᵇ') + call s:SuperSub('texSuperscript','\^','c','ᶜ') + call s:SuperSub('texSuperscript','\^','d','ᵈ') + call s:SuperSub('texSuperscript','\^','e','ᵉ') + call s:SuperSub('texSuperscript','\^','f','ᶠ') + call s:SuperSub('texSuperscript','\^','g','ᵍ') + call s:SuperSub('texSuperscript','\^','h','ʰ') + call s:SuperSub('texSuperscript','\^','i','ⁱ') + call s:SuperSub('texSuperscript','\^','j','ʲ') + call s:SuperSub('texSuperscript','\^','k','ᵏ') + call s:SuperSub('texSuperscript','\^','l','ˡ') + call s:SuperSub('texSuperscript','\^','m','ᵐ') + call s:SuperSub('texSuperscript','\^','n','ⁿ') + call s:SuperSub('texSuperscript','\^','o','ᵒ') + call s:SuperSub('texSuperscript','\^','p','ᵖ') + call s:SuperSub('texSuperscript','\^','r','ʳ') + call s:SuperSub('texSuperscript','\^','s','ˢ') + call s:SuperSub('texSuperscript','\^','t','ᵗ') + call s:SuperSub('texSuperscript','\^','u','ᵘ') + call s:SuperSub('texSuperscript','\^','v','ᵛ') + call s:SuperSub('texSuperscript','\^','w','ʷ') + call s:SuperSub('texSuperscript','\^','x','ˣ') + call s:SuperSub('texSuperscript','\^','y','ʸ') + call s:SuperSub('texSuperscript','\^','z','ᶻ') + call s:SuperSub('texSuperscript','\^','A','ᴬ') + call s:SuperSub('texSuperscript','\^','B','ᴮ') + call s:SuperSub('texSuperscript','\^','D','ᴰ') + call s:SuperSub('texSuperscript','\^','E','ᴱ') + call s:SuperSub('texSuperscript','\^','G','ᴳ') + call s:SuperSub('texSuperscript','\^','H','ᴴ') + call s:SuperSub('texSuperscript','\^','I','ᴵ') + call s:SuperSub('texSuperscript','\^','J','ᴶ') + call s:SuperSub('texSuperscript','\^','K','ᴷ') + call s:SuperSub('texSuperscript','\^','L','ᴸ') + call s:SuperSub('texSuperscript','\^','M','ᴹ') + call s:SuperSub('texSuperscript','\^','N','ᴺ') + call s:SuperSub('texSuperscript','\^','O','ᴼ') + call s:SuperSub('texSuperscript','\^','P','ᴾ') + call s:SuperSub('texSuperscript','\^','R','ᴿ') + call s:SuperSub('texSuperscript','\^','T','ᵀ') + call s:SuperSub('texSuperscript','\^','U','ᵁ') + call s:SuperSub('texSuperscript','\^','W','ᵂ') + call s:SuperSub('texSuperscript','\^','+','⁺') + call s:SuperSub('texSuperscript','\^','-','⁻') + call s:SuperSub('texSuperscript','\^','<','˂') + call s:SuperSub('texSuperscript','\^','>','˃') + call s:SuperSub('texSuperscript','\^','/','ˊ') + call s:SuperSub('texSuperscript','\^','(','⁽') + call s:SuperSub('texSuperscript','\^',')','⁾') + call s:SuperSub('texSuperscript','\^','\.','˙') + call s:SuperSub('texSuperscript','\^','=','˭') + call s:SuperSub('texSubscript','_','0','₀') + call s:SuperSub('texSubscript','_','1','₁') + call s:SuperSub('texSubscript','_','2','₂') + call s:SuperSub('texSubscript','_','3','₃') + call s:SuperSub('texSubscript','_','4','₄') + call s:SuperSub('texSubscript','_','5','₅') + call s:SuperSub('texSubscript','_','6','₆') + call s:SuperSub('texSubscript','_','7','₇') + call s:SuperSub('texSubscript','_','8','₈') + call s:SuperSub('texSubscript','_','9','₉') + call s:SuperSub('texSubscript','_','a','ₐ') + call s:SuperSub('texSubscript','_','e','ₑ') + call s:SuperSub('texSubscript','_','i','ᵢ') + call s:SuperSub('texSubscript','_','o','ₒ') + call s:SuperSub('texSubscript','_','u','ᵤ') + call s:SuperSub('texSubscript','_','+','₊') + call s:SuperSub('texSubscript','_','-','₋') + call s:SuperSub('texSubscript','_','/','ˏ') + call s:SuperSub('texSubscript','_','(','₍') + call s:SuperSub('texSubscript','_',')','₎') + call s:SuperSub('texSubscript','_','\.','‸') + call s:SuperSub('texSubscript','_','r','ᵣ') + call s:SuperSub('texSubscript','_','v','ᵥ') + call s:SuperSub('texSubscript','_','x','ₓ') + call s:SuperSub('texSubscript','_','\\beta\>' ,'ᵦ') + call s:SuperSub('texSubscript','_','\\delta\>','ᵨ') + call s:SuperSub('texSubscript','_','\\phi\>' ,'ᵩ') + call s:SuperSub('texSubscript','_','\\gamma\>','ᵧ') + call s:SuperSub('texSubscript','_','\\chi\>' ,'ᵪ') + delfun s:SuperSub + endif " Accented characters: {{{2 - if b:tex_stylish - syn match texAccent "\\[bcdvuH][^a-zA-Z@]"me=e-1 - syn match texLigature "\\\([ijolL]\|ae\|oe\|ss\|AA\|AE\|OE\)[^a-zA-Z@]"me=e-1 - else - fun! s:Accents(chr,...) - let i= 1 - for accent in ["`","\\'","^",'"','\~',"r","v"] - if i > a:0 - break - endif - if strlen(a:{i}) == 0 + if s:tex_conceal =~ 'a' + if b:tex_stylish + syn match texAccent "\\[bcdvuH][^a-zA-Z@]"me=e-1 + syn match texLigature "\\\([ijolL]\|ae\|oe\|ss\|AA\|AE\|OE\)[^a-zA-Z@]"me=e-1 + else + fun! s:Accents(chr,...) + let i= 1 + for accent in ["`","\\'","^",'"','\~',"r","v"] + if i > a:0 + break + endif + if strlen(a:{i}) == 0 + let i= i + 1 + continue + endif + exe "syn match texAccent '\\\\".accent."{".a:chr."}' conceal cchar=".a:{i} let i= i + 1 - continue - endif - exe "syn match texAccent '\\\\".accent."{".a:chr."}' conceal cchar=".a:{i} - let i= i + 1 - endfor - endfun - call s:Accents('a','à','á','â','ä','ã','å','ă') - call s:Accents('A','À','Á','Â','Ä','Ã','Å','Ă') - call s:Accents('C',"" ,'Ć','Ĉ',"" ,"" ,"" ,'Ć') - call s:Accents('e','è','é','ê','ë','ẽ',"" ,'ĕ') - call s:Accents('E','È','É','Ê','Ë','Ẽ',"" ,'Ė') - call s:Accents('i','ì','í','î','ï','ĩ',"" ,"ĭ") - call s:Accents('I','Ì','Í','Î','Ï','Ĩ',"" ,'Ĭ') - call s:Accents('o','ò','ó','ô','ö','õ',"" ,'ŏ') - call s:Accents('O','Ò','Ó','Ô','Ö','Õ',"" ,'Ŏ') - call s:Accents('r',"" ,'ŕ',"" ,"" ,"" ,"" ,'ř') - call s:Accents('R',"" ,'Ŕ',"" ,"" ,"" ,"" ,'Ř') - call s:Accents('s',"" ,'ś','ŝ',"" ,"" ,"" ,'š') - call s:Accents('S',"" ,'Ś','Ŝ',"" ,"" ,"" ,'Š') - call s:Accents('u','ù','ú','û','ü','ũ',"" ,'ŭ') - call s:Accents('U','Ù','Ú','Û','Ü','Ũ',"" ,'Ŭ') - call s:Accents('y','ỳ','ý','ŷ','ÿ','ỹ',"" ,"" ) - call s:Accents('Y','Ỳ','Ý','Ŷ','Ÿ','Ỹ',"" ,"" ) - delfun s:Accents - syn match texAccent '\\aa\>' conceal cchar=å - syn match texAccent '\\AA\>' conceal cchar=Å - syn match texAccent '\\k{a}' conceal cchar=ą - syn match texAccent '\\k{A}' conceal cchar=Ą - syn match texAccent '\\c{C}' conceal cchar=Ç - syn match texAccent '\\c{c}' conceal cchar=ç - syn match texAccent '\\\~{n}' conceal cchar=ñ - syn match texAccent '\\\~{N}' conceal cchar=Ñ - syn match texAccent '\\o\>' conceal cchar=ø - syn match texAccent '\\O\>' conceal cchar=Ø - syn match texAccent '\\H{o}' conceal cchar=ő - syn match texAccent '\\H{O}' conceal cchar=Ő - syn match texAccent '\\c{r}' conceal cchar=ŗ - syn match texLigature '\\AE\>' conceal cchar=Æ - syn match texLigature '\\ae\>' conceal cchar=æ - syn match texLigature '\\oe\>' conceal cchar=œ - syn match texLigature '\\OE\>' conceal cchar=Œ - syn match texLigature '\\ss\>' conceal cchar=ß + endfor + endfun + call s:Accents('a','à','á','â','ä','ã','å','ă') + call s:Accents('A','À','Á','Â','Ä','Ã','Å','Ă') + call s:Accents('C',"" ,'Ć','Ĉ',"" ,"" ,"" ,'Ć') + call s:Accents('e','è','é','ê','ë','ẽ',"" ,'ĕ') + call s:Accents('E','È','É','Ê','Ë','Ẽ',"" ,'Ė') + call s:Accents('i','ì','í','î','ï','ĩ',"" ,"ĭ") + call s:Accents('I','Ì','Í','Î','Ï','Ĩ',"" ,'Ĭ') + call s:Accents('o','ò','ó','ô','ö','õ',"" ,'ŏ') + call s:Accents('O','Ò','Ó','Ô','Ö','Õ',"" ,'Ŏ') + call s:Accents('r',"" ,'ŕ',"" ,"" ,"" ,"" ,'ř') + call s:Accents('R',"" ,'Ŕ',"" ,"" ,"" ,"" ,'Ř') + call s:Accents('s',"" ,'ś','ŝ',"" ,"" ,"" ,'š') + call s:Accents('S',"" ,'Ś','Ŝ',"" ,"" ,"" ,'Š') + call s:Accents('u','ù','ú','û','ü','ũ',"" ,'ŭ') + call s:Accents('U','Ù','Ú','Û','Ü','Ũ',"" ,'Ŭ') + call s:Accents('y','ỳ','ý','ŷ','ÿ','ỹ',"" ,"" ) + call s:Accents('Y','Ỳ','Ý','Ŷ','Ÿ','Ỹ',"" ,"" ) + delfun s:Accents + syn match texAccent '\\aa\>' conceal cchar=å + syn match texAccent '\\AA\>' conceal cchar=Å + syn match texAccent '\\k{a}' conceal cchar=ą + syn match texAccent '\\k{A}' conceal cchar=Ą + syn match texAccent '\\c{C}' conceal cchar=Ç + syn match texAccent '\\c{c}' conceal cchar=ç + syn match texAccent '\\\~{n}' conceal cchar=ñ + syn match texAccent '\\\~{N}' conceal cchar=Ñ + syn match texAccent '\\o\>' conceal cchar=ø + syn match texAccent '\\O\>' conceal cchar=Ø + syn match texAccent '\\H{o}' conceal cchar=ő + syn match texAccent '\\H{O}' conceal cchar=Ő + syn match texAccent '\\c{r}' conceal cchar=ŗ + syn match texLigature '\\AE\>' conceal cchar=Æ + syn match texLigature '\\ae\>' conceal cchar=æ + syn match texLigature '\\oe\>' conceal cchar=œ + syn match texLigature '\\OE\>' conceal cchar=Œ + syn match texLigature '\\ss\>' conceal cchar=ß + endif endif endif