mirror of
https://git.lyx.org/repos/lyx.git
synced 2024-11-22 18:08:10 +00:00
cc4a7fe79d
git-svn-id: svn://svn.lyx.org/lyx/lyx-devel/trunk@40551 a592a061-630c-0410-9148-cb99ea01b6c8
1008 lines
47 KiB
Plaintext
1008 lines
47 KiB
Plaintext
#
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# things supported by real insets in mathed
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#
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# decorations
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acute decoration none
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bar decoration none
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breve decoration none
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check decoration none
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ddddot decoration none amsmath
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dddot decoration none amsmath
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ddot decoration none
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dot decoration none
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grave decoration none
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hat decoration none
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mathring decoration none
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overbrace decoration none
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overleftarrow decoration none
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overleftrightarrow decoration none amsmath
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overline decoration none
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overrightarrow decoration none
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tilde decoration none
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underbar decoration none
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underbrace decoration none
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underleftarrow decoration none amsmath
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underleftrightarrow decoration none amsmath
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underline decoration none
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underrightarrow decoration none amsmath
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#Do not load automatically, it redefines some other symbols, and we don't
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#have a possibility to turn automatic loading off like for ams
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#undertilde decoration none accents
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undertilde decoration none
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utilde decoration none undertilde
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vec decoration none
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widehat decoration none
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widetilde decoration none
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# dots
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dots dots none
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#Do not load automatically, it redefines some other symbols, and we don't
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#have a possibility to turn automatic loading off like for ams
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#adots dots none yhmath
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adots dots none
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cdots dots none
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ddots dots none
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dotsb dots none amsmath
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dotsc dots none amsmath
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dotsi dots none amsmath
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dotsm dots none amsmath
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dotso dots none amsmath
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iddots dots none mathdots
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ldots dots none
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vdots dots none
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# big delimiters
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big big none
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bigl big none
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bigm big none
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bigr big none
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Big big none
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Bigl big none
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Bigm big none
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Bigr big none
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bigg big none
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biggl big none
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biggm big none
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biggr big none
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Bigg big none
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Biggl big none
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Biggm big none
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Biggr big none
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# The following are not standard LaTeX, but defined in the lucida font
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# packages. No 'm' versions!
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# See lucidabr.dtx for a possible implementation if you want to use these
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# with other fonts.
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biggg big none
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bigggl big none
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bigggr big none
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Biggg big none
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Bigggl big none
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Bigggr big none
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# font changes
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# name "font" math/text family series shape color
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# mathnormal should stay the first
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mathnormal font mathmode inherit medium up math
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frak font mathmode
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mathbb font mathmode
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mathbf font mathmode
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mathcal font mathmode
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mathfrak font mathmode
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mathit font mathmode
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mathrm font mathmode
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mathscr font mathmode
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mathsf font mathmode
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mathtt font mathmode
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textnormal font textmode inherit medium up math
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text font textmode
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textbf font textmode
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textipa font textmode
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textit font textmode
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textmd font textmode
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textrm font textmode
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textsc font textmode
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textsl font textmode
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textsf font textmode
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texttt font textmode
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textup font textmode
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emph font textmode
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noun font textmode
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# ce and cf are provided by the mhchem package
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ce font forcetext
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cf font forcetext
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# old-style font commands
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bf oldfont none
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cal oldfont none
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it oldfont none
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rm oldfont none
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tt oldfont none
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# matrix environments
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Bmatrix matrix none
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Vmatrix matrix none
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bmatrix matrix none
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matrix matrix none
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pmatrix matrix none
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psmatrix matrix none
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smallmatrix matrix none
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vmatrix matrix none
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CD matrix none
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# split environments with optional valign argument.
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# the others (split and alignedat) are hardcoded.
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aligned split none
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gathered split none
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# from Morten H\o gholm's mathtools.sty:
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lgathered split none
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rgathered split none
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# references
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pageref ref none
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prettyref ref none
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refstyle ref none
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ref ref none
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vpageref ref none
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vref ref none
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# spaces
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lyxnegspace space none
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lyxposspace space none
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! space none
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negthinspace space none
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negmedspace space none
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negthickspace space none
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, space none
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thinspace space none
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: space none
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medspace space none
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; space none
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thickspace space none
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enskip space none
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enspace space none
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quad space none
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qquad space none
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hfill space none
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hspace* space none
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hspace space none
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# styles
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displaystyle style 0
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textstyle style 1
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scriptstyle style 2
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scriptscriptstyle style 3
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# misc
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# The commented lines in this block get misparsed as MathSymbolInset because
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# createMathInset() does not know them. I don't know if this is old cruft
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# or if it is planned to use this in the future. gb 2006-03-13
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#begin begin none
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#right right none
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underset underset none
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overset overset none
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#protect protect none
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mbox mbox forcetext
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tag mbox forcetext
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tag* mbox forcetext
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#newcommand newcommand none
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#label label none
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#left left none
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#end end none
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#
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# symbols generated from fontmath.ltx
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#
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#symbol font charid charid-in-fallback-Xsymbol-font
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alpha cmm 174 97 mathord α
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beta cmm 175 98 mathord β
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gamma cmm 176 103 mathord γ
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delta cmm 177 100 mathord δ
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epsilon cmm 178 0 mathord ε
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zeta cmm 179 122 mathord ζ
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eta cmm 180 104 mathord η
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theta cmm 181 113 mathord θ
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iota cmm 182 105 mathord ι
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kappa cmm 183 107 mathord κ
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lambda cmm 184 108 mathord λ
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mu cmm 185 109 mathord μ
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nu cmm 186 110 mathord ν
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xi cmm 187 120 mathord ξ
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pi cmm 188 112 mathord π
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rho cmm 189 114 mathord ρ
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sigma cmm 190 115 mathord σ
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tau cmm 191 116 mathord τ
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upsilon cmm 192 117 mathord υ
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phi cmm 193 102 mathord φ
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chi cmm 194 99 mathord χ
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psi cmm 195 121 mathord ψ
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omega cmm 33 119 mathord ω
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varepsilon cmm 34 101 mathord ϵ
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vartheta cmm 35 74 mathord ϑ
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varpi cmm 36 118 mathord ϖ
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varrho cmm 37 0 mathord ϱ
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varsigma cmm 38 86 mathord ς
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varphi cmm 39 106 mathord ϕ
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Gamma cmr 161 71 mathalpha Γ
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Delta cmr 162 68 mathalpha Δ
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Theta cmr 163 81 mathalpha Θ
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Lambda cmr 164 76 mathalpha Λ
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Xi cmr 165 88 mathalpha Ξ
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Pi cmr 166 80 mathalpha Π
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Sigma cmr 167 83 mathalpha Σ
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Upsilon cmr 168 161 mathalpha ϒ
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Phi cmr 169 70 mathalpha Φ
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Psi cmr 170 89 mathalpha Ψ
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Omega cmr 173 87 mathalpha Ω
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aleph cmsy 64 192 mathord ℵ
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imath cmm 123 0 mathord ı
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jmath cmm 124 0 mathord ȷ
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ell cmm 96 0 mathord ℓ
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wp cmm 125 195 mathord ℘
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Re cmsy 60 194 mathord ℜ
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Im cmsy 61 193 mathord ℑ
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partial cmm 64 182 mathord ∂
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infty cmsy 49 165 mathord ∞
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prime cmsy 48 162 mathord ′
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emptyset cmsy 59 0 mathord ∅
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nabla cmsy 114 209 mathord ∇
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top cmsy 62 0 mathord ⊤
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bot cmsy 63 94 mathord ⊥
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triangle cmsy 52 0 mathord ▵
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forall cmsy 56 34 mathord ∀
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exists cmsy 57 36 mathord ∃
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neg cmsy 58 216 mathord ¬
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lnot cmsy 58 216 mathord ¬
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flat cmm 91 0 mathord ♭
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natural cmm 92 0 mathord ♮
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sharp cmm 93 35 mathord ♯
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clubsuit cmsy 124 167 mathord ♣
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diamondsuit cmsy 125 168 mathord ♢
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heartsuit cmsy 126 169 mathord ♡
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spadesuit cmsy 127 170 mathord ♠
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# We define lyxnot as mathrel in order to have proper alignment
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lyxnot cmsy 54 47 mathrel ∖
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iffont cmsy
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# 9mu = 0.5em which is the extra space added to relation operators
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\def\not{\lyxnot\kern-9mu}
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else
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\def\not{\kern4mu\lyxnot\kern-19mu}
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endif
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coprod cmex 96 0 mathop ⨿
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bigvee cmex 87 0 mathop ⋁
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bigwedge cmex 86 0 mathop ⋀
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biguplus cmex 85 0 mathop ⨄
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bigcap cmex 84 0 mathop ⋂
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bigcup cmex 83 0 mathop ⋃
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prod cmex 81 213 mathop ∏
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sum cmex 80 229 mathop ∑
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bigotimes cmex 78 0 mathop ⨂
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bigoplus cmex 76 0 mathop ⨁
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bigodot cmex 74 0 mathop ⨀
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bigsqcup cmex 70 0 mathop ⨆
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smallint cmsy 115 0 mathop ∫
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triangleleft cmm 47 0 mathbin ◃
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triangleright cmm 46 0 mathbin ▹
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bigtriangleup cmsy 52 0 mathbin △
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bigtriangledown cmsy 53 0 mathbin ▽
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wedge cmsy 94 217 mathbin ∧
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land cmsy 94 217 mathbin ⋀
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vee cmsy 95 218 mathbin ∨
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lor cmsy 95 218 mathbin ⋁
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cap cmsy 92 199 mathbin ∩
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cup cmsy 91 200 mathbin ∪
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ddagger cmsy 122 0 mathbin ‡
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dagger cmsy 121 0 mathbin †
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sqcap cmsy 117 0 mathbin ⊓
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sqcup cmsy 116 0 mathbin ⊔
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uplus cmsy 93 0 mathbin ⊎
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amalg cmsy 113 0 mathbin ⨿
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diamond cmsy 166 224 mathbin ◊
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bullet cmsy 178 183 mathbin •
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wr cmsy 111 0 mathbin ≀
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div cmsy 165 184 mathbin ÷
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odot cmsy 175 0 mathbin ⊙
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oslash cmsy 174 198 mathbin ø
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otimes cmsy 173 196 mathbin ⊗
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ominus cmsy 170 0 mathbin ⊖
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oplus cmsy 169 197 mathbin ⊕
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mp cmsy 168 0 mathbin ∓
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pm cmsy 167 177 mathbin ±
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circ cmsy 177 0 mathbin ○
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bigcirc cmsy 176 0 mathbin ◯
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setminus cmsy 110 0 mathbin ∖
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cdot cmsy 162 215 mathbin ⋅
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ast cmsy 164 0 mathbin ∗
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times cmsy 163 180 mathbin ×
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star cmm 63 0 mathbin ★
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propto cmsy 47 181 mathrel ∝
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sqsubseteq cmsy 118 0 mathrel ⊑
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sqsupseteq cmsy 119 0 mathrel ⊒
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parallel cmsy 107 0 mathrel ∥
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mid cmsy 106 124 mathrel ∣
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dashv cmsy 97 0 mathrel ⊣
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vdash cmsy 96 0 mathrel ⊢
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nearrow cmsy 37 0 mathrel ↗
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searrow cmsy 38 0 mathrel ↘
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nwarrow cmsy 45 0 mathrel ↖
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swarrow cmsy 46 0 mathrel ↙
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Leftrightarrow cmsy 44 219 mathrel ↔
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Leftarrow cmsy 40 220 mathrel ⇐
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Rightarrow cmsy 41 222 mathrel ⇒
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leq cmsy 183 163 mathrel ≤
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le cmsy 183 163 mathrel ≤
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geq cmsy 184 179 mathrel ≥
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ge cmsy 184 179 mathrel ≥
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succ cmsy 194 0 mathrel ≻
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prec cmsy 193 0 mathrel ≺
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approx cmsy 188 187 mathrel ≈
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succeq cmsy 186 0 mathrel ⪰
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preceq cmsy 185 0 mathrel ⪯
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supset cmsy 190 201 mathrel ⊃
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subset cmsy 189 204 mathrel ⊂
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supseteq cmsy 182 202 mathrel ⊇
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subseteq cmsy 181 205 mathrel ⊆
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in cmsy 50 206 mathrel ∈
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ni cmsy 51 39 mathrel ∋
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owns cmsy 51 39 mathrel ∋
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gg cmsy 192 0 mathrel >
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ll cmsy 191 0 mathrel <
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leftrightarrow cmsy 36 171 mathrel ↔
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leftarrow cmsy 195 172 mathrel ←
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gets cmsy 195 172 mathrel ←
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rightarrow cmsy 33 174 mathrel →
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to cmsy 33 174 mathrel →
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mapstochar cmsy 55 0 mathrel x
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sim cmsy 187 126 mathrel ∼
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simeq cmsy 39 0 mathrel ≃
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perp cmsy 63 0 mathrel ⊥
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equiv cmsy 180 186 mathrel ≡
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asymp cmsy 179 0 mathrel ≈
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smile cmm 94 0 mathrel ⌣
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frown cmm 95 0 mathrel ⌢
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leftharpoonup cmm 40 0 mathrel ↼
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leftharpoondown cmm 41 0 mathrel ↽
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rightharpoonup cmm 42 0 mathrel ⇀
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rightharpoondown cmm 43 0 mathrel ⇁
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lhook cmm 44 0 mathrel x
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rhook cmm 45 0 mathrel x
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ldotp cmm 58 0 mathpunct <mo>.</mo>
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cdotp cmsy 162 0 mathpunct ⋅
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colon cmr 58 58 mathpunct :
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arrowvert cmsy 106 0 mathord |
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Arrowvert cmsy 107 0 mathord ∥
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Vert cmsy 107 0 mathord ∥
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| cmsy 107 0 mathord |
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vert cmsy 106 0 mathord |
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uparrow cmsy 34 173 mathrel ↑
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downarrow cmsy 35 175 mathrel ↓
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updownarrow cmsy 108 0 mathrel ↕
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Uparrow cmsy 42 221 mathrel ⇑
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Downarrow cmsy 43 223 mathrel ⇓
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Updownarrow cmsy 109 0 mathrel ⇕
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backslash cmsy 110 0 mathord \
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rangle cmsy 105 241 mathclose ⟩
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langle cmsy 104 225 mathopen ⟨
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rbrace cmsy 103 0 mathclose }
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lbrace cmsy 102 0 mathopen {
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rceil cmsy 101 249 mathclose ⌉
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lceil cmsy 100 233 mathopen ⌈
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rfloor cmsy 99 251 mathclose ⌋
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lfloor cmsy 98 235 mathopen ⌊
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mathparagraph cmsy 123 0 mathord ¶
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mathsection cmsy 120 0 mathord §
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mathdollar cmr 36 0 mathord $
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# Generated from amsfonts.sty
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yen msa 85 0 mathord ¥
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checkmark msa 88 0 mathord ✓
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circledR msa 114 0 mathord ®
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maltese msa 122 0 mathord ✠
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ulcorner msa 112 0 mathopen ⌜
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urcorner msa 113 0 mathclose ⌝
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llcorner msa 120 0 mathopen ⌞
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lrcorner msa 121 0 mathclose ⌟
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rightleftharpoons msa 173 0 mathrel ⇋
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angle msa 92 208 mathord ∠
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hbar msb 126 0 mathord ℏ
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sqsubset msa 64 0 mathrel ⊏
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sqsupset msa 65 0 mathrel ⊐
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mho msb 102 0 mathord ℧
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square msa 164 0 mathord □
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Box msa 164 0 mathord □
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lozenge msa 167 0 mathord ◊
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Diamond msa 167 0 mathord xdiam;
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vartriangleright msa 66 0 mathrel ▹
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vartriangleleft msa 67 0 mathrel ◃
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trianglerighteq msa 68 0 mathrel ⊵
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trianglelefteq msa 69 0 mathrel ⊴
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rightsquigarrow msa 195 0 mathrel ↝
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# This may not be right, but is the closest I can find.
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leadsto msa 195 0 mathrel ⤳
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lhd msa 67 0 mathbin ◃
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unlhd msa 69 0 mathbin ⊴
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rhd msa 66 0 mathbin ▹
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unrhd msa 68 0 mathbin ⊵
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# Generated from amssymb.sty
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boxdot msa 161 0 mathbin ⊡
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boxplus msa 162 0 mathbin ⊞
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boxtimes msa 163 0 mathbin ⊠
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blacksquare msa 165 0 mathord █
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centerdot msa 166 0 mathbin ▪
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blacklozenge msa 168 0 mathord ♦
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circlearrowright msa 169 0 mathrel ↻
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circlearrowleft msa 170 0 mathrel ↺
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leftrightharpoons msa 174 0 mathrel ⇋
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boxminus msa 175 0 mathbin ⊟
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Vdash msa 176 0 mathrel ⊩
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Vvdash msa 177 0 mathrel ⊪
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vDash msa 178 0 mathrel ⊨
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twoheadrightarrow msa 179 0 mathrel ↠
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twoheadleftarrow msa 180 0 mathrel ↞
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leftleftarrows msa 181 0 mathrel ⇇
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rightrightarrows msa 182 0 mathrel ⇉
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upuparrows msa 183 0 mathrel ⇈
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downdownarrows msa 184 0 mathrel ⇊
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upharpoonright msa 185 0 mathrel ↾
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restriction msa 185 0 mathrel ↾
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downharpoonright msa 186 0 mathrel ⇂
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upharpoonleft msa 187 0 mathrel ↿
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downharpoonleft msa 188 0 mathrel ⇃
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rightarrowtail msa 189 0 mathrel ↣
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leftarrowtail msa 190 0 mathrel ↢
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leftrightarrows msa 191 0 mathrel ⇆
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rightleftarrows msa 192 0 mathrel ⇄
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Lsh msa 193 0 mathrel ↰
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Rsh msa 194 0 mathrel ↱
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leftrightsquigarrow msa 33 0 mathrel ↭
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looparrowleft msa 34 0 mathrel ↫
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looparrowright msa 35 0 mathrel ↬
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circeq msa 36 0 mathrel ≗
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succsim msa 37 0 mathrel ≿
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gtrsim msa 38 0 mathrel ≳
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gtrapprox msa 39 0 mathrel ⪆
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multimap msa 40 0 mathrel ⊸
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therefore msa 41 92 mathrel ∴
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because msa 42 0 mathrel ∵
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doteqdot msa 43 0 mathrel ≑
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Doteq msa 43 0 mathrel ≑
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triangleq msa 44 0 mathrel ≜
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precsim msa 45 0 mathrel ≾
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lesssim msa 46 0 mathrel ≲
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lessapprox msa 47 0 mathrel ⪅
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eqslantless msa 48 0 mathrel ⪕
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eqslantgtr msa 49 0 mathrel ⪖
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curlyeqprec msa 50 0 mathrel ⋞
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curlyeqsucc msa 51 0 mathrel ⋟
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preccurlyeq msa 52 0 mathrel ≼
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leqq msa 53 0 mathrel ≦
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leqslant msa 54 0 mathrel ⩽
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lessgtr msa 55 0 mathrel ≶
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backprime msa 56 0 mathord ‵
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risingdotseq msa 58 0 mathrel ≓
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fallingdotseq msa 59 0 mathrel ≒
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succcurlyeq msa 60 0 mathrel ≽
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geqq msa 61 0 mathrel ≧
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geqslant msa 62 0 mathrel ⩾
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gtrless msa 63 0 mathrel ≷
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bigstar msa 70 0 mathord ★
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between msa 71 0 mathrel ≬
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blacktriangledown msa 72 0 mathord ▾
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blacktriangleright msa 73 0 mathrel ▸
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blacktriangleleft msa 74 0 mathrel ◂
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vartriangle msa 77 0 mathrel ▵
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blacktriangle msa 78 0 mathord ▴
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triangledown msa 79 0 mathord ▿
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eqcirc msa 80 0 mathrel ≖
|
|
lesseqgtr msa 81 0 mathrel ⋚
|
|
gtreqless msa 82 0 mathrel ⋛
|
|
lesseqqgtr msa 83 0 mathrel ⪋
|
|
gtreqqless msa 84 0 mathrel ⪌
|
|
Rrightarrow msa 86 0 mathrel ⇛
|
|
Lleftarrow msa 87 0 mathrel ⇚
|
|
veebar msa 89 0 mathbin ⊻
|
|
barwedge msa 90 0 mathbin ⌅
|
|
doublebarwedge msa 91 0 mathbin ⌆
|
|
measuredangle msa 93 0 mathord ∡
|
|
sphericalangle msa 94 0 mathord ∢
|
|
varpropto msa 95 0 mathrel ∝
|
|
smallsmile msa 96 0 mathrel ⌣
|
|
smallfrown msa 97 0 mathrel ⌢
|
|
Subset msa 98 0 mathrel ⋐
|
|
Supset msa 99 0 mathrel ⋑
|
|
Cup msa 100 0 mathbin ⋓
|
|
doublecup msa 100 0 mathbin ⋓
|
|
Cap msa 101 0 mathbin ⋒
|
|
doublecap msa 101 0 mathbin ⋒
|
|
curlywedge msa 102 0 mathbin ⋏
|
|
curlyvee msa 103 0 mathbin ⋎
|
|
leftthreetimes msa 104 0 mathbin ⋋
|
|
rightthreetimes msa 105 0 mathbin ⋌
|
|
subseteqq msa 106 0 mathrel ⫅
|
|
supseteqq msa 107 0 mathrel ⫆
|
|
bumpeq msa 108 0 mathrel ≏
|
|
Bumpeq msa 109 0 mathrel ≎
|
|
lll msa 110 0 mathrel ⋘
|
|
llltr msa 110 0 mathrel ⋘
|
|
ggg msa 111 0 mathrel ⋙
|
|
gggtr msa 111 0 mathrel ⋙
|
|
circledS msa 115 0 mathord Ⓢ
|
|
pitchfork msa 116 0 mathrel ⋔
|
|
dotplus msa 117 0 mathbin ∔
|
|
backsim msa 118 0 mathrel ∽
|
|
backsimeq msa 119 0 mathrel ⋍
|
|
complement msa 123 0 mathord ∁
|
|
intercal msa 124 0 mathbin ⊺
|
|
circledcirc msa 125 0 mathbin ⊚
|
|
circledast msa 126 0 mathbin ⊛
|
|
circleddash msa 127 0 mathbin ⊝
|
|
lvertneqq msb 161 0 mathrel ≨︀
|
|
gvertneqq msb 162 0 mathrel ≩︀
|
|
nleq msb 163 0 mathrel ≰
|
|
ngeq msb 164 0 mathrel ≱
|
|
nless msb 165 0 mathrel ≮
|
|
ngtr msb 166 0 mathrel ≯
|
|
nprec msb 167 0 mathrel ⊀
|
|
nsucc msb 168 0 mathrel ⊁
|
|
lneqq msb 169 0 mathrel ≨
|
|
gneqq msb 170 0 mathrel ≩
|
|
nleqslant msb 173 0 mathrel ⩽̸
|
|
ngeqslant msb 174 0 mathrel ⩾̸
|
|
lneq msb 175 0 mathrel ≰
|
|
gneq msb 176 0 mathrel ⪈
|
|
npreceq msb 177 0 mathrel ⋠
|
|
nsucceq msb 178 0 mathrel ⋡
|
|
precnsim msb 179 0 mathrel ⋨
|
|
succnsim msb 180 0 mathrel ⋩
|
|
lnsim msb 181 0 mathrel ⋦
|
|
gnsim msb 182 0 mathrel ⋧
|
|
nleqq msb 183 0 mathrel ≦̸
|
|
ngeqq msb 184 0 mathrel ≧̸
|
|
precneqq msb 185 0 mathrel ⪵
|
|
succneqq msb 186 0 mathrel ⪶
|
|
precnapprox msb 187 0 mathrel ⪹
|
|
succnapprox msb 188 0 mathrel ⪺
|
|
lnapprox msb 189 0 mathrel ⪉
|
|
gnapprox msb 190 0 mathrel ⪊
|
|
nsim msb 191 0 mathrel ≁
|
|
ncong msb 192 0 mathrel ≇
|
|
diagup msb 193 0 mathord ╱
|
|
diagdown msb 194 0 mathord ╲
|
|
varsubsetneq msb 195 0 mathrel ⊊︀
|
|
varsupsetneq msb 33 0 mathrel ⊋︀
|
|
nsubseteqq msb 34 0 mathrel ⊈
|
|
nsupseteqq msb 35 0 mathrel ⊉
|
|
subsetneqq msb 36 0 mathrel ⫅̸
|
|
supsetneqq msb 37 0 mathrel ⫆̸
|
|
varsubsetneqq msb 38 0 mathrel ⫋︀
|
|
varsupsetneqq msb 39 0 mathrel ⫌︀
|
|
subsetneq msb 40 0 mathrel ⊊
|
|
supsetneq msb 41 0 mathrel ⊋
|
|
nsubseteq msb 42 0 mathrel ⊈
|
|
nsupseteq msb 43 0 mathrel ⊉
|
|
nparallel msb 44 0 mathrel ∦
|
|
nmid msb 45 0 mathrel ⫮
|
|
nshortmid msb 46 0 mathrel ∤
|
|
nshortparallel msb 47 0 mathrel ∦
|
|
nvdash msb 48 0 mathrel ⊬
|
|
nVdash msb 49 0 mathrel ⊮
|
|
nvDash msb 50 0 mathrel ⊭
|
|
nVDash msb 51 0 mathrel ⊯
|
|
ntrianglerighteq msb 52 0 mathrel ⋭
|
|
ntrianglelefteq msb 53 0 mathrel ⋬
|
|
ntriangleleft msb 54 0 mathrel ⋪
|
|
ntriangleright msb 55 0 mathrel ⋫
|
|
nleftarrow msb 56 0 mathrel ↚
|
|
nrightarrow msb 57 0 mathrel ↛
|
|
nLeftarrow msb 58 0 mathrel ⇍
|
|
nRightarrow msb 59 0 mathrel ⇏
|
|
nLeftrightarrow msb 60 0 mathrel ⇎
|
|
nleftrightarrow msb 61 0 mathrel ↮
|
|
divideontimes msb 62 0 mathbin ⋇
|
|
varnothing msb 63 0 mathord ∅
|
|
nexists msb 64 0 mathord ∄
|
|
Finv msb 96 0 mathord Ⅎ
|
|
Game msb 97 0 mathord ⅁
|
|
eth msb 103 0 mathord ð
|
|
eqsim msb 104 0 mathrel ≂
|
|
beth msb 105 0 mathord ℶ
|
|
gimel msb 106 0 mathord ℷ
|
|
daleth msb 107 0 mathord ℸ
|
|
lessdot msb 108 0 mathbin ⋖
|
|
gtrdot msb 109 0 mathbin ⋗
|
|
ltimes msb 110 0 mathbin ⋉
|
|
rtimes msb 111 0 mathbin ⋊
|
|
shortmid msb 112 0 mathrel ∣
|
|
shortparallel msb 113 0 mathrel ∥
|
|
smallsetminus msb 114 0 mathbin ∖
|
|
thicksim msb 115 0 mathrel ∼
|
|
thickapprox msb 116 0 mathrel ≈
|
|
approxeq msb 117 0 mathrel ≊
|
|
succapprox msb 118 0 mathrel ⪸
|
|
precapprox msb 119 0 mathrel ⪷
|
|
curvearrowleft msb 120 0 mathrel ↶
|
|
curvearrowright msb 121 0 mathrel ↷
|
|
digamma msb 122 0 mathord ϝ
|
|
varkappa msb 123 0 mathord ϰ
|
|
# Note: Other blackboard symbols are in the same unicode range
|
|
Bbbk msb 124 0 mathord 𝕜
|
|
hslash msb 125 0 mathord ℏ
|
|
hbar msb 126 0 mathord ℏ
|
|
backepsilon msb 127 0 mathrel ϶
|
|
|
|
lyxbar cmsy 161 0 mathord —
|
|
lyxeq cmr 61 0 mathord =
|
|
lyxdabar msa 57 0 mathord –
|
|
lyxright msa 75 0 mathord →
|
|
lyxleft msa 76 0 mathord ←
|
|
|
|
male wasy 26 0 x ♂
|
|
female wasy 25 0 x ♀
|
|
currency wasy 27 0 x ¤
|
|
phone wasy 7 0 x ☎
|
|
recorder wasy 6 0 x ⌕
|
|
clock wasy 28 0 x &clock;
|
|
lightning wasy 18 0 x ☇
|
|
pointer wasy 9 0 x x
|
|
RIGHTarrow wasy 17 0 x ▶
|
|
LEFTarrow wasy 16 0 x ◀
|
|
UParrow wasy 75 0 x ▲
|
|
DOWNarrow wasy 76 0 x ▼
|
|
#AC wasy n0.5pt\wasyfamily\char58\kern0.5pt}}
|
|
#HF {\leavevmode
|
|
# \lower0.9pt\hbox to 0pt{\kern0.5pt\wasyfamily\char58\hss}%
|
|
# \raise0.9pt\hbox{\kern0.5pt\wasyfamily\char58\kern0.5pt}}
|
|
#VHF wasy 64 0 x x
|
|
Square wasy 50 0 x □
|
|
#CheckedBox wasy 50\hss}\hbox{\wasyfamily\char8 0 x
|
|
XBox wasy 52 0 x ⊠
|
|
hexagon wasy 55 0 x ⬡
|
|
pentagon wasy 68 0 x ⬠
|
|
octagon wasy 56 0 x x
|
|
varhexagon wasy 57 0 x ⬡
|
|
hexstar wasy 65 0 x ✶
|
|
varhexstar wasy 66 0 x ✶
|
|
davidsstar wasy 67 0 x ✡
|
|
diameter wasy 31 0 x ⌀
|
|
# Unicode is wrong, but a true alternate doesn't seem available.
|
|
invdiameter wasy 21 0 x ⌀
|
|
varangle wasy 30 0 x ∢
|
|
wasylozenge wasy 53 0 x ⌑
|
|
kreuz wasy 54 0 x ✠
|
|
smiley wasy 44 0 x ☺
|
|
frownie wasy 47 0 x ☹
|
|
blacksmiley wasy 45 0 x ☻
|
|
sun wasy 46 0 x ☼
|
|
checked wasy 8 0 x ✓
|
|
bell wasy 10 0 x ⍾
|
|
eighthnote wasy 11 0 x ♮
|
|
quarternote wasy 12 0 x ♩
|
|
halfnote wasy 13 0 x 𝅗𝅥
|
|
fullnote wasy 14 0 x 𝅝
|
|
twonotes wasy 15 0 x ♫
|
|
brokenvert wasy 124 0 x ¦
|
|
ataribox wasy 109 0 x x
|
|
wasytherefore wasy 5 0 x ∴
|
|
Circle wasy 35 0 x ○
|
|
CIRCLE wasy 32 0 x ●
|
|
Leftcircle wasy 73 0 x x
|
|
LEFTCIRCLE wasy 71 0 x ◖
|
|
Rightcircle wasy 74 0 x x
|
|
RIGHTCIRCLE wasy 72 0 x ◗
|
|
#LEFTcircle {\hbox to 0pt{\wasyfamily\char71\hss}\hbox{\wasyfamily\char35}}
|
|
#RIGHTcircle{\hbox to 0pt{\wasyfamily\char72\hss}\hbox{\wasyfamily\char35}}
|
|
|
|
# Defined by amsmath.sty
|
|
|
|
varGamma cmm 161 0 mathord x amsmath
|
|
varDelta cmm 162 0 mathord x amsmath
|
|
varTheta cmm 163 0 mathord x amsmath
|
|
varLambda cmm 164 0 mathord x amsmath
|
|
varXi cmm 165 0 mathord x amsmath
|
|
varPi cmm 166 0 mathord x amsmath
|
|
varSigma cmm 167 0 mathord x amsmath
|
|
varUpsilon cmm 168 0 mathord x amsmath
|
|
varPhi cmm 169 0 mathord x amsmath
|
|
varPsi cmm 170 0 mathord x amsmath
|
|
varOmega cmm 173 0 mathord x amsmath
|
|
|
|
#
|
|
# wasy astronomy
|
|
#
|
|
|
|
vernal wasy 23 0 x ♈
|
|
ascnode wasy 19 0 x ☊
|
|
descnode wasy 20 0 x ☋
|
|
fullmoon wasy 35 0 x ˆ
|
|
newmoon wasy 32 0 x ●
|
|
leftmoon wasy 36 0 x ☾
|
|
rightmoon wasy 37 0 x ☽
|
|
astrosun cmsy 175 0 mathbin ☉
|
|
mercury wasy 39 0 x ☿
|
|
venus wasy 25 0 x ♀
|
|
earth wasy 38 0 x ♁
|
|
mars wasy 26 0 x ♂
|
|
jupiter wasy 88 0 x ♃
|
|
saturn wasy 89 0 x ♄
|
|
uranus wasy 90 0 x ♅
|
|
neptune wasy 91 0 x ♆
|
|
pluto wasy 92 0 x ♇
|
|
|
|
#
|
|
# wasy zodiac
|
|
#
|
|
aries wasy 23 0 x ♈
|
|
taurus wasy 93 0 x ♉
|
|
gemini wasy 94 0 x ♊
|
|
cancer wasy 95 0 x ♋
|
|
leo wasy 19 0 x ♌
|
|
virgo wasy 96 0 x ♍
|
|
libra wasy 97 0 x ♎
|
|
scorpio wasy 98 0 x ♏
|
|
sagittarius wasy 99 0 x ♐
|
|
capricornus wasy 100 0 x ♑
|
|
aquarius wasy 101 0 x ♒
|
|
pisces wasy 102 0 x ♓
|
|
conjunction wasy 86 0 x ☌
|
|
opposition wasy 87 0 x ☍
|
|
# APL characters
|
|
APLstar wasy 69 0 x ⍟
|
|
APLlog wasy 22 0 x x
|
|
APLbox wasy 126 0 x ⎕
|
|
APLup wasy 0 0 x x
|
|
APLdown wasy 70 0 x x
|
|
APLinput wasy 125 0 x x
|
|
APLcomment wasy 127 0 x x
|
|
#APLinv {{\hbox to 0pt{$\div$\hss}\APLbox}}
|
|
APLuparrowbox wasy 110 0 x ⍐
|
|
APLdownarrowbox wasy 111 0 x ⍗
|
|
APLleftarrowbox wasy 112 0 x ⍇
|
|
APLrightarrowbox wasy 113 0 x ⍈
|
|
|
|
# math characters
|
|
Bowtie wasy 49 0 x ⋈
|
|
leftturn wasy 34 0 x ⟲
|
|
rightturn wasy 33 0 x ⟳
|
|
# diagrams
|
|
#photon wasy 58\char58\char58\char58}}
|
|
#gluon wasy 81\char80\char80\char80%
|
|
#char80\char80\char80\char82}}
|
|
# special characters
|
|
cent wasy 103 0 x �A2;
|
|
permil wasy 104 0 x ‰
|
|
agemO wasy 48 0 x ℧
|
|
thorn wasy 105 0 x þ
|
|
Thorn wasy 106 0 x Þ
|
|
openo wasy 108 0 x ɔ
|
|
inve wasy 85 0 x ə
|
|
|
|
mho wasy 48 0 mathord ℧
|
|
#Join wasy 49 0 mathrel x
|
|
#Box wasy 50 0 mathord x
|
|
#Diamond wasy 51 0 mathord x
|
|
leadsto wasy 59 0 mathrel ⤳
|
|
sqsubset wasy 60 0 mathrel ⊏
|
|
sqsupset wasy 61 0 mathrel ⊐
|
|
#lhd wasy 1 0 mathbin x
|
|
#unlhd wasy 2 0 mathbin x
|
|
LHD wasy 16 0 mathbin ⱐ
|
|
#rhd wasy 3 0 mathbin x
|
|
#unrhd wasy 4 0 mathbin x
|
|
RHD wasy 17 0 mathbin ▶
|
|
apprle wasy 62 0 mathrel ≲
|
|
apprge wasy 63 0 mathrel ≳
|
|
wasypropto wasy 29 0 mathrel ∝
|
|
invneg wasy 24 0 mathrel ⌐
|
|
ocircle wasy 35 0 mathbin ⊚
|
|
logof wasy 22 0 mathrel x
|
|
varint wasy 114 0 mathop ∫
|
|
varoint wasy 117 0 mathop ∫
|
|
|
|
# symbols from the mhchem package, all of them are equivalent to a math symbol
|
|
# mhchem is not loaded because these commands can only be used inside
|
|
# a \ce or a \cf inset
|
|
|
|
sbond cmsy 161 0 mathord x
|
|
dbond cmr 61 0 mathord x
|
|
tbond cmsy 180 186 mathord x
|
|
|
|
# From the esint package:
|
|
# We emulate some symbols if the esint10 font is not available.
|
|
# It is important that they have the same requirements in both cases,
|
|
# otherwise the LaTeX output would depend on the availability of the esint10
|
|
# font in the GUI
|
|
# Note that we do _not_ require the wasysym package for any integral besides
|
|
# \varint and \varoint. The reason is that the integrals of the wasysym
|
|
# package do not match the standard \int and \intop. See
|
|
# http://www.lyx.org/trac/ticket/1942 for details.
|
|
# If the wasysym integrals are really wanted then one has to load the package
|
|
# manually and disable automatic loading of amsmath and esint.
|
|
iffont esint
|
|
int esint 001 0 mathop ∫ esint
|
|
intop esint 001 0 mathop ∫ esint
|
|
iint esint 003 0 mathop ∬ esint|amsmath
|
|
iintop esint 003 0 mathop ∬ esint
|
|
iiint esint 005 0 mathop ∭ esint|amsmath
|
|
|
|
iiintop esint 005 0 mathop ∭ esint
|
|
iiiint esint 007 0 mathop ⨌ esint|amsmath
|
|
|
|
iiiintop esint 007 0 mathop ⨌ esint
|
|
oint esint 011 0 mathop ∮ esint
|
|
|
|
ointop esint 011 0 mathop ∮ esint
|
|
oiint esint 013 0 mathop ∯ esint
|
|
oiintop esint 013 0 mathop ∯ esint
|
|
sqint esint 015 0 mathop x esint
|
|
sqintop esint 015 0 mathop x esint
|
|
sqiint esint 017 0 mathop x esint
|
|
sqiintop esint 017 0 mathop x esint
|
|
dotsint esint 019 0 mathop ∫⋯∫ esint
|
|
dotsintop esint 019 0 mathop ∫⋯∫ esint
|
|
ointctrclockwise esint 023 0 mathop ∳ esint
|
|
ointctrclockwiseop esint 023 0 mathop ∳ esint
|
|
ointclockwise esint 025 0 mathop ∲ esint
|
|
ointclockwiseop esint 025 0 mathop ∲ esint
|
|
else
|
|
int cmex 82 242 mathop ∫ esint
|
|
intop cmex 82 242 mathop ∫ esint
|
|
iint wasy 115 0 mathop ∬ esint|amsmath
|
|
iintop wasy 115 0 mathop &Int esint
|
|
iiint wasy 116 0 mathop ∭ esint|amsmath
|
|
|
|
iiintop wasy 116 0 mathop ∭ esint
|
|
\def\iiiint{\int\kern-6mu\int\kern-6mu\int\kern-6mu\int} esint|amsmath
|
|
\def\iiiintop{\int\kern-6mu\int\kern-6mu\int\kern-6mu\int} esint
|
|
\def\dotsint{\int\kern-3mu\cdots\kern-3mu\int} esint
|
|
\def\dotsintop{\int\kern-3mu\cdots\kern-3mu\int} esint
|
|
oint cmex 72 0 mathop ∮ esint
|
|
|
|
ointop cmex 72 0 mathop ∮ esint
|
|
oiint wasy 118 0 mathop ∯ esint
|
|
oiintop wasy 118 0 mathop ∯ esint
|
|
\def\sqint{\square\kern-17mu\int\kern6mu} esint
|
|
\def\sqintop{\square\kern-17mu\int\kern6mu} esint
|
|
\def\sqiint{\square\kern-20mu\iint\kern3mu} esint
|
|
\def\sqiintop{\square\kern-20mu\iint\kern3mu} esint
|
|
\def\ointctrclockwise{\circlearrowleft\kern-21mu\int\kern6mu} esint
|
|
\def\ointctrclockwiseop{\circlearrowleft\kern-21mu\int\kern6mu} esint
|
|
\def\ointclockwise{\circlearrowright\kern-21mu\int\kern6mu} esint
|
|
\def\ointclockwiseop{\circlearrowright\kern-21mu\int\kern6mu} esint
|
|
endif
|
|
|
|
varointclockwise esint 027 0 mathop ∲ esint
|
|
varointclockwiseop esint 027 0 mathop ∲ esint
|
|
varointctrclockwise esint 029 0 mathop ∳ esint
|
|
varointctrclockwiseop esint 029 0 mathop ∳ esint
|
|
fint esint 031 0 mathop ⨏ esint
|
|
fintop esint 031 0 mathop ⨏ esint
|
|
varoiint esint 033 0 mathop ∯ esint
|
|
varoiintop esint 033 0 mathop ∯ esint
|
|
landupint esint 035 0 mathop x esint
|
|
landupintop esint 035 0 mathop x esint
|
|
landdownint esint 037 0 mathop x esint
|
|
landdownintop esint 037 0 mathop x esint
|
|
|
|
|
|
# From the amsmath package:
|
|
\def\idotsint{\int\kern-3mu\cdots\kern-3mu\int} amsmath
|
|
|
|
|
|
log lyxblacktext 0 0 func x
|
|
lg lyxblacktext 0 0 func x
|
|
ln lyxblacktext 0 0 func x
|
|
lim lyxblacktext 0 0 funclim x
|
|
limsup lyxblacktext 0 0 funclim x
|
|
liminf lyxblacktext 0 0 funclim x
|
|
sin lyxblacktext 0 0 func x
|
|
arcsin lyxblacktext 0 0 func x
|
|
sinh lyxblacktext 0 0 func x
|
|
cos lyxblacktext 0 0 func x
|
|
arccos lyxblacktext 0 0 func x
|
|
cosh lyxblacktext 0 0 func x
|
|
tan lyxblacktext 0 0 func x
|
|
arctan lyxblacktext 0 0 func x
|
|
tanh lyxblacktext 0 0 func x
|
|
cot lyxblacktext 0 0 func x
|
|
coth lyxblacktext 0 0 func x
|
|
sec lyxblacktext 0 0 func x
|
|
csc lyxblacktext 0 0 func x
|
|
max lyxblacktext 0 0 funclim x
|
|
min lyxblacktext 0 0 funclim x
|
|
sup lyxblacktext 0 0 funclim x
|
|
inf lyxblacktext 0 0 funclim x
|
|
arg lyxblacktext 0 0 func x
|
|
ker lyxblacktext 0 0 func x
|
|
dim lyxblacktext 0 0 func x
|
|
hom lyxblacktext 0 0 func x
|
|
det lyxblacktext 0 0 funclim x
|
|
exp lyxblacktext 0 0 func x
|
|
Pr lyxblacktext 0 0 funclim x
|
|
gcd lyxblacktext 0 0 funclim x
|
|
deg lyxblacktext 0 0 func x
|
|
mod lyxblacktext 0 0 func x amsmath
|
|
bmod lyxblacktext 0 0 func x
|
|
pmod lyxblacktext 0 0 func x
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pod lyxblacktext 0 0 func x amsmath
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# mathtools.sty
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# no automatic loading without file format change
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\def\vcentcolon{\kern4mu:\kern3mu}
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\def\dblcolon{\vcentcolon\kern-8mu\vcentcolon}
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\def\coloneqq{\vcentcolon\kern-7mu=}
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\def\Coloneqq{\dblcolon\kern-7mu=}
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\def\coloneq{\vcentcolon\kern-7mu-}
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\def\Coloneq{\dblcolon\kern-7mu-}
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\def\eqqcolon{=\kern-8mu\vcentcolon}
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\def\Eqqcolon{=\kern-8mu\dblcolon}
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\def\eqcolon{-\kern-8mu\vcentcolon}
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\def\Eqcolon{-\kern-8mu\dblcolon}
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\def\colonapprox{\vcentcolon\kern-7mu\approx}
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\def\Colonapprox{\dblcolon\kern-7mu\approx}
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\def\colonsim{\vcentcolon\kern-7mu\sim}
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\def\Colonsim{\dblcolon\kern-7mu\sim}
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#
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# pre-defined macros
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#
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\def\neq{\not=}
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\def\ne{\not=}
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\def\notin{\not\in}
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\def\slash{/}
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\def\longleftrightarrow{\leftarrow\kern-12.5mu\rightarrow}
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\def\Longleftrightarrow{\Leftarrow\kern-12.5mu\Rightarrow}
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\def\iff{\Leftarrow\kern-12.5mu\Rightarrow}
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\def\doteq{\stackrel{\cdot}{=}}
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iffont cmsy
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\def\longrightarrow{\lyxbar\kern-11mu\rightarrow}
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\def\longleftarrow{\leftarrow\kern-11mu\lyxbar}
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\def\Longrightarrow{\lyxeq\kern-9.5mu\Rightarrow}
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\def\Longleftarrow{\Leftarrow\kern-9.5mu\lyxeq}
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\def\implies{\Longrightarrow} amsmath
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\def\mapsto{\mapstochar\kern-9mu\rightarrow}
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\def\longmapsto{\mapstochar\kern-6mu\lyxbar\kern-11mu\rightarrow}
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\def\models{\vert\kern-7mu\lyxeq}
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endif
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iffont cmm
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\def\hookrightarrow{\lhook\kern-12mu\rightarrow}
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\def\hookleftarrow{\leftarrow\kern-12mu\rhook}
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\def\bowtie{\triangleright\kern-6mu\triangleleft}
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endif
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iffont msa
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\def\dashrightarrow{\lyxdabar\lyxdabar\lyxright}
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\def\dashleftarrow{\lyxleft\lyxdabar\lyxdabar}
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\def\dasharrow{\dashrightarrow}
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endif
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iffont msb
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\def\Join{\ltimes\kern-18.5mu\rtimes}
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endif
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# Fixme: latin-1 chars in text file
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\def\AA{\AA}{Å}
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\def\O{\O}{Ø}
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iffont cmsy
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# The \sim is placed too high...
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\def\cong{\stackrel{_\sim}{=}}
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lyxsurd cmsy 112 0 mathord √
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\def\surd{^\lyxsurd}
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\def\textdegree{\kern-1mu^{\circ}\kern-4mu}
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else
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cong lyxsymbol 64 0 mathrel ≅
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surd lyxsymbol 214 0 mathord √
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textdegree lyxsymbol 176 0 mathord °
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endif
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#"{\hat{}}
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