# # things supported by real insets in mathed # # # The syntax of lib/symbols is very ad hoc. # There are several possible formats of a line, which are quite different. # # Note for \def: The definition is not used in LaTeX output, but for screen # display. Therefore you may use a definition that is only approximately # correct if no accurate representation is possible (e.g. \HF vs. \approx). # Note that the first argument of \def must not uses braces, and the second # must use braces. # # syntax: Either # \def\macroname{definition} # or # \def\macroname{definition} requires # or # \def\macroname{definition} extra htmlname xmlname # or # \def\macroname{definition} extra htmlname xmlname requires # # ("" for empty strings is not supported. One would have to use x for fields # that are not set.) # # If you put any symbol with a requirement inside an iffont clause, you # must put an alternative definition with the same requirement in the # corresponding else clause. Otherwise the LaTeX output would depend on the # availability of the font. This usually no problem in GUI mode, since all # fonts are shipped with LyX, but in command line mode no font is available # at all. # # New symbols for font packages may be created using # development/tools/generate_symbols_list.py (but may require manual fixes # as well). # decorations acute decoration none bar decoration none breve decoration none check decoration none ddddot decoration none amsmath dddot decoration none amsmath ddot decoration none dot decoration none grave decoration none hat decoration none mathring decoration none overbrace decoration none overleftarrow decoration none overleftrightarrow decoration none amsmath overline decoration none overrightarrow decoration none tilde decoration none underbar decoration none underbrace decoration none underleftarrow decoration none amsmath underleftrightarrow decoration none amsmath underline decoration none underrightarrow decoration none amsmath #Do not load automatically, it redefines some other symbols, and we don't #have a possibility to turn automatic loading off like for ams #undertilde decoration none accents undertilde decoration none hiddensymbol utilde decoration none undertilde vec decoration none widehat decoration none widetilde decoration none # dots dots dots none #Do not load automatically, it redefines some other symbols, and we don't #have a possibility to turn automatic loading off like for ams #adots dots none yhmath adots dots none hiddensymbol cdots dots none ddots dots none dotsb dots none amsmath dotsc dots none amsmath dotsi dots none amsmath dotsm dots none amsmath dotso dots none amsmath iddots dots none mathdots ldots dots none vdots dots none # big delimiters big big none bigl big none bigm big none bigr big none Big big none Bigl big none Bigm big none Bigr big none bigg big none biggl big none biggm big none biggr big none Bigg big none Biggl big none Biggm big none Biggr big none # The following are not standard LaTeX, but defined in the lucida font # packages. No 'm' versions! # See lucidabr.dtx for a possible implementation if you want to use these # with other fonts. biggg big none hiddensymbol bigggl big none hiddensymbol bigggr big none hiddensymbol Biggg big none hiddensymbol Bigggl big none hiddensymbol Bigggr big none hiddensymbol # font changes # name "font" math/text family series shape color # mathnormal should stay the first mathnormal font mathmode inherit medium up math frak font mathmode mathbb font mathmode mathds font mathmode mathbbm font mathmode mathbf font mathmode mathcal font mathmode mathfrak font mathmode mathit font mathmode mathrm font mathmode mathscr font mathmode mathsf font mathmode mathtt font mathmode textnormal font textmode inherit medium up math text font textmode textbf font textmode textipa font textmode textit font textmode textmd font textmode textrm font textmode textsc font textmode textsl font textmode textsf font textmode texttt font textmode textup font textmode emph font textmode noun font textmode # ce and cf are provided by the mhchem package ce font forcetext cf font forcetext # old-style font commands bf oldfont none hiddensymbol cal oldfont none hiddensymbol it oldfont none hiddensymbol rm oldfont none hiddensymbol tt oldfont none hiddensymbol # matrix environments Bmatrix matrix none Vmatrix matrix none bmatrix matrix none matrix matrix none pmatrix matrix none psmatrix matrix none smallmatrix matrix none vmatrix matrix none CD matrix none # split environments with optional valign argument. # the others (split and alignedat) are hardcoded. aligned split none gathered split none # from Morten H\o gholm's mathtools.sty: lgathered split none rgathered split none # references pageref ref none prettyref ref none refstyle ref none ref ref none vpageref ref none vref ref none # spaces lyxnegspace space none lyxposspace space none ! space none negthinspace space none negmedspace space none negthickspace space none , space none thinspace space none : space none medspace space none ; space none thickspace space none enskip space none enspace space none quad space none qquad space none hfill space none hspace* space none hspace space none # styles displaystyle style 3 textstyle style 2 scriptstyle style 1 scriptscriptstyle style 0 # math classes mathord class none mathop class none mathbin class none mathrel class none mathopen class none mathclose class none mathpunct class none mathinner class none # misc # The commented lines in this block get misparsed as MathSymbolInset because # createMathInset() does not know them. I don't know if this is old cruft # or if it is planned to use this in the future. gb 2006-03-13 #begin begin none #right right none underset underset none overset overset none #protect protect none mbox mbox forcetext tag mbox forcetext tag* mbox forcetext #newcommand newcommand none #label label none #left left none #end end none # In order to use one of the decorations of MathSupport.cpp, the line must # be handled by a math inset which calls mathed_draw_deco(). # If new symbol do not fit into any of the existing insets, it would be ignored # and new inset must be programmed. # Better solutions is to use the font to draw the symbols as below. # # symbols generated from fontmath.ltx # # When two codes n1|n2 are specified for charid, the the second one will # be used in display mode. This is only useful for mathop symbold (e.g.\sum). #symbol font charid charid-in-fallback-Xsymbol-font math-class HTML-entity XML-entity alpha cmm 174 97 mathord α α beta cmm 175 98 mathord β β gamma cmm 176 103 mathord γ γ delta cmm 177 100 mathord δ δ epsilon cmm 178 0 mathord ε ε zeta cmm 179 122 mathord ζ ζ eta cmm 180 104 mathord η η theta cmm 181 113 mathord θ θ iota cmm 182 105 mathord ι ι kappa cmm 183 107 mathord κ κ lambda cmm 184 108 mathord λ λ mu cmm 185 109 mathord μ μ nu cmm 186 110 mathord ν ν xi cmm 187 120 mathord ξ ξ pi cmm 188 112 mathord π π rho cmm 189 114 mathord ρ ρ sigma cmm 190 115 mathord σ σ tau cmm 191 116 mathord τ τ upsilon cmm 192 117 mathord υ υ phi cmm 193 102 mathord φ φ chi cmm 194 99 mathord χ χ psi cmm 195 121 mathord ψ ψ omega cmm 33 119 mathord ω ω varepsilon cmm 34 101 mathord ϵ ϵ vartheta cmm 35 74 mathord ϑ ϑ varpi cmm 36 118 mathord ϖ ϖ varrho cmm 37 0 mathord ϱ ϱ varsigma cmm 38 86 mathord ς ς varphi cmm 39 106 mathord ϕ ϕ slash cmr 47 47 mathord / / Gamma cmr 161 71 mathalpha Γ Γ Delta cmr 162 68 mathalpha Δ Δ Theta cmr 163 81 mathalpha Θ Θ Lambda cmr 164 76 mathalpha Λ Λ Xi cmr 165 88 mathalpha Ξ Ξ Pi cmr 166 80 mathalpha Π Π Sigma cmr 167 83 mathalpha Σ Σ Upsilon cmr 168 161 mathalpha ϒ Υ Phi cmr 169 70 mathalpha Φ Φ Psi cmr 170 89 mathalpha Ψ Ψ Omega cmr 172 87 mathalpha Ω Ω aleph cmsy 64 192 mathord ℵ ℵ imath cmm 123 0 mathord ı ı jmath cmm 124 0 mathord ȷ ȷ ell cmm 96 0 mathord ℓ ℓ wp cmm 125 195 mathord ℘ ℘ Re cmsy 60 194 mathord ℜ ℜ Im cmsy 61 193 mathord &imaginary; ℑ partial cmm 64 182 mathord ∂ ∂ infty cmsy 49 165 mathord ∞ ∞ prime cmsy 48 162 mathord ′ ′ emptyset cmsy 59 0 mathord ∅ ∅ nabla cmsy 114 209 mathord ∇ ∇ top cmsy 62 0 mathord ⊤ ⊤ bot cmsy 63 94 mathord ⊥ ⊥ triangle cmsy 52 0 mathord ▵ ▵ forall cmsy 56 34 mathord ∀ ∀ exists cmsy 57 36 mathord ∃ ∃ neg cmsy 58 216 mathord ¬ ¬ flat cmm 91 0 mathord ♭ ♭ natural cmm 92 0 mathord ♮ ♮ sharp cmm 93 35 mathord ♯ ♯ clubsuit cmsy 124 167 mathord ♣ ♣ diamondsuit cmsy 125 168 mathord ♢ ♢ heartsuit cmsy 126 169 mathord ♡ ♡ spadesuit cmsy 127 170 mathord ♠ ♠ # We define lyxnot as mathrel in order to have proper alignment lyxnot cmsy 54 47 mathrel / hiddensymbol iffont cmsy # kerning is slightly imperfect so that one can see when \not is selected \def\not{\lyxnot} else \def\not{\kern4mu\lyxnot\kern-19mu} endif coprod cmex 96|97 0 mathop ⨿ ⨿ bigvee cmex 87|95 0 mathop ⋁ ⋁ bigwedge cmex 86|94 0 mathop ⋀ ⋀ biguplus cmex 85|93 0 mathop ⨄ ⨄ bigcap cmex 84|92 0 mathop ⋂ ⋂ bigcup cmex 83|91 0 mathop ⋃ ⋃ prod cmex 81|89 213 mathop ∏ ∏ sum cmex 80|88 229 mathop ∑ ∑ bigotimes cmex 78|79 0 mathop ⨂ ⨂ bigoplus cmex 76|77 0 mathop ⨁ ⨁ bigodot cmex 74|75 0 mathop ⨀ ⨀ bigsqcup cmex 70|71 0 mathop ⨆ ⨆ smallint cmsy 115 0 mathop ∫ ∫ triangleleft cmm 47 0 mathbin ◃ ◃ triangleright cmm 46 0 mathbin ▹ ▹ bigtriangleup cmsy 52 0 mathbin △ △ bigtriangledown cmsy 53 0 mathbin ▽ ▽ wedge cmsy 94 217 mathbin ∧ ∧ land cmsy 94 217 mathbin ⋀ ⋀ vee cmsy 95 218 mathbin ∨ ∨ lor cmsy 95 218 mathbin ⋁ ⋁ cap cmsy 92 199 mathbin ∩ ∩ cup cmsy 91 200 mathbin ∪ ∪ ddagger cmsy 122 0 mathbin ‡ ‡ dagger cmsy 121 0 mathbin † † sqcap cmsy 117 0 mathbin ⊓ ⊓ sqcup cmsy 116 0 mathbin ⊔ ⊔ uplus cmsy 93 0 mathbin ⊎ ⊎ amalg cmsy 113 0 mathbin ⨿ ⨿ diamond cmsy 166 224 mathbin ◊ ◊ bullet cmsy 178 183 mathbin • • wr cmsy 111 0 mathbin ≀ ≀ div cmsy 165 184 mathbin ÷ ÷ odot cmsy 175 0 mathbin ⊙ ⊙ oslash cmsy 174 198 mathbin ø ø otimes cmsy 172 196 mathbin ⊗ ⊗ ominus cmsy 170 0 mathbin ⊖ ⊖ oplus cmsy 169 197 mathbin ⊕ ⊕ mp cmsy 168 0 mathbin ∓ ∓ pm cmsy 167 177 mathbin ± ± circ cmsy 177 0 mathbin ○ ○ bigcirc cmsy 176 0 mathbin ◯ ◯ setminus cmsy 110 0 mathbin ∖ ∖ cdot cmsy 162 215 mathbin ⋅ ⋅ ast cmsy 164 0 mathbin ∗ ∗ times cmsy 163 180 mathbin × × star cmm 63 0 mathbin ★ ★ propto cmsy 47 181 mathrel ∝ ∝ sqsubseteq cmsy 118 0 mathrel ⊑ ⊑ sqsupseteq cmsy 119 0 mathrel ⊒ ⊒ parallel cmsy 107 0 mathrel ∥ ∥ mid cmsy 106 124 mathrel ∣ ∣ lvert cmsy 106 124 mathrel &lvert; | amsmath rvert cmsy 106 124 mathrel &rvert; | amsmath dashv cmsy 97 0 mathrel ⊣ ⊣ vdash cmsy 96 0 mathrel ⊢ ⊢ nearrow cmsy 37 0 mathrel ↗ ↗ searrow cmsy 38 0 mathrel ↘ ↘ nwarrow cmsy 45 0 mathrel ↖ ↖ swarrow cmsy 46 0 mathrel ↙ ↙ Leftrightarrow cmsy 44 219 mathrel ↔ ↔ Leftarrow cmsy 40 220 mathrel ⇐ ⇐ Rightarrow cmsy 41 222 mathrel ⇒ ȝ le cmsy 183 163 mathrel ≤ ≤ ge cmsy 184 179 mathrel ≥ ≥ succ cmsy 194 0 mathrel ≻ ≻ prec cmsy 193 0 mathrel ≺ ≺ approx cmsy 188 187 mathrel ≈ ≈ succeq cmsy 186 0 mathrel ⪰ ⪰ preceq cmsy 185 0 mathrel ⪯ ⪯ supset cmsy 190 201 mathrel ⊃ ⊃ subset cmsy 189 204 mathrel ⊂ ⊂ supseteq cmsy 182 202 mathrel ⊇ ⊇ subseteq cmsy 181 205 mathrel ⊆ ⊆ in cmsy 50 206 mathrel ∈ ∈ ni cmsy 51 39 mathrel ∋ ∋ owns cmsy 51 39 mathrel ∋ ∋ gg cmsy 192 0 mathrel ≫ ≫ ll cmsy 191 0 mathrel ≪ ≪ leftrightarrow cmsy 36 171 mathrel ↔ ↔ leftarrow cmsy 195 172 mathrel ← ← gets cmsy 195 172 mathrel ← ← rightarrow cmsy 33 174 mathrel → → to cmsy 33 174 mathrel → → mapstochar cmsy 55 0 mathrel ⤇ ⤇ sim cmsy 187 126 mathrel ∼ ∼ simeq cmsy 39 0 mathrel ≃ ≃ perp cmsy 63 0 mathrel ⊥ ⊥ equiv cmsy 180 186 mathrel ≡ ≡ asymp cmsy 179 0 mathrel ≈ ≈ smile cmm 94 0 mathrel ⌣ ⌣ frown cmm 95 0 mathrel ⌢ ⌢ leftharpoonup cmm 40 0 mathrel ↼ ↼ leftharpoondown cmm 41 0 mathrel ↽ ↽ rightharpoonup cmm 42 0 mathrel ⇀ ⇀ rightharpoondown cmm 43 0 mathrel ⇁ ⇁ lhook cmm 44 0 mathrel ↩ ↩ rhook cmm 45 0 mathrel ↪ ↪ ldotp cmm 58 0 mathpunct . . # TODO: how to make this namespaced? cdotp cmsy 162 0 mathpunct ⋅ ⋅ colon cmr 58 58 mathpunct : : arrowvert cmsy 106 0 mathord | | Arrowvert cmsy 107 0 mathord ∥ ∥ Vert cmsy 107 0 mathord ∥ ∥ lVert cmsy 107 0 mathord ∥ ∥ amsmath rVert cmsy 107 0 mathord ∥ ∥ amsmath | cmsy 107 0 mathord | | vert cmsy 106 0 mathord | | uparrow cmsy 34 173 mathrel ↑ ↑ downarrow cmsy 35 175 mathrel ↓ ↓ updownarrow cmsy 108 0 mathrel ↕ ↕ Uparrow cmsy 42 221 mathrel ⇑ ⇑ Downarrow cmsy 43 223 mathrel ⇓ ⇓ Updownarrow cmsy 109 0 mathrel ⇕ ⇕ backslash cmsy 110 0 mathord \ \ rangle cmsy 105 241 mathclose ⟩ 〉 langle cmsy 104 225 mathopen ⟨ 〈 rbrace cmsy 103 0 mathclose } } lbrace cmsy 102 0 mathopen { { rceil cmsy 101 249 mathclose ⌉ ⌉ lceil cmsy 100 233 mathopen ⌈ ⌈ rfloor cmsy 99 251 mathclose ⌋ ⌋ lfloor cmsy 98 235 mathopen ⌊ ⌊ mathparagraph cmsy 123 0 mathord ¶ ¶ mathsection cmsy 120 0 mathord § § mathdollar cmr 36 0 mathord $ $ # Generated from amsfonts.sty yen msa 85 0 mathord ¥ ¥ checkmark msa 88 0 mathord ✓ ✓ circledR msa 114 0 mathord ® ® maltese msa 122 0 mathord ✠ ✠ ulcorner msa 112 0 mathopen ⌜ ⌜ urcorner msa 113 0 mathclose ⌝ ⌝ llcorner msa 120 0 mathopen ⌞ ⌞ lrcorner msa 121 0 mathclose ⌟ ⌟ rightleftharpoons msa 172 0 mathrel ⇋ ⇋ angle msa 92 208 mathord ∠ ∠ sqsubset msa 64 0 mathrel ⊏ ⊏ sqsupset msa 65 0 mathrel ⊐ ⊐ mho msb 102 0 mathord ℧ ℧ square msa 164 0 mathord □ □ Box msa 164 0 mathord □ □ lozenge msa 167 0 mathord ◊ ◊ Diamond msa 167 0 mathord ⋄ ⋄ vartriangleright msa 66 0 mathrel ▹ ▹ vartriangleleft msa 67 0 mathrel ◃ ◃ trianglerighteq msa 68 0 mathrel ⊵ ⊵ trianglelefteq msa 69 0 mathrel ⊴ ⊴ rightsquigarrow msa 195 0 mathrel ↝ ↝ lhd msa 67 0 mathbin ◃ ◃ unlhd msa 69 0 mathbin ⊴ ⊴ rhd msa 66 0 mathbin ▹ ▹ unrhd msa 68 0 mathbin ⊵ ⊵ # Generated from amssymb.sty boxdot msa 161 0 mathbin ⊡ ⊡ boxplus msa 162 0 mathbin ⊞ ⊞ boxtimes msa 163 0 mathbin ⊠ ⊠ blacksquare msa 165 0 mathord █ █ centerdot msa 166 0 mathbin ▪ ▪ blacklozenge msa 168 0 mathord ♦ ♦ circlearrowright msa 169 0 mathrel ↻ ↻ circlearrowleft msa 170 0 mathrel ↺ ↺ leftrightharpoons msa 174 0 mathrel ⇋ ⇋ boxminus msa 175 0 mathbin ⊟ ⊟ Vdash msa 176 0 mathrel ⊩ ⊩ Vvdash msa 177 0 mathrel ⊪ ⊪ vDash msa 178 0 mathrel ⊨ ⊨ twoheadrightarrow msa 179 0 mathrel ↠ ↠ twoheadleftarrow msa 180 0 mathrel ↞ ↞ leftleftarrows msa 181 0 mathrel ⇇ ⇇ rightrightarrows msa 182 0 mathrel ⇉ ⇉ upuparrows msa 183 0 mathrel ⇈ ⇈ downdownarrows msa 184 0 mathrel ⇊ ⇊ upharpoonright msa 185 0 mathrel ↾ ↾ restriction msa 185 0 mathrel ↾ ↾ downharpoonright msa 186 0 mathrel ⇂ ⇂ upharpoonleft msa 187 0 mathrel ↿ ↿ downharpoonleft msa 188 0 mathrel ⇃ ⇃ rightarrowtail msa 189 0 mathrel ↣ ↣ leftarrowtail msa 190 0 mathrel ↢ ↢ leftrightarrows msa 191 0 mathrel ⇆ ⇆ rightleftarrows msa 192 0 mathrel ⇄ ⇄ Lsh msa 193 0 mathrel ↰ ↰ Rsh msa 194 0 mathrel ↱ ↱ leftrightsquigarrow msa 33 0 mathrel ↭ ↭ looparrowleft msa 34 0 mathrel ↫ ↫ looparrowright msa 35 0 mathrel ↬ ↬ circeq msa 36 0 mathrel ≗ ≗ succsim msa 37 0 mathrel ≿ ≿ gtrsim msa 38 0 mathrel ≳ ≳ gtrapprox msa 39 0 mathrel ⪆ ⪆ multimap msa 40 0 mathrel ⊸ ⊸ therefore msa 41 92 mathrel ∴ ∴ because msa 42 0 mathrel ∵ ∵ doteqdot msa 43 0 mathrel ≑ ≑ Doteq msa 43 0 mathrel ≑ ≑ triangleq msa 44 0 mathrel ≜ ≜ precsim msa 45 0 mathrel ≾ ≾ lesssim msa 46 0 mathrel ≲ ≲ lessapprox msa 47 0 mathrel ⪅ ⪅ eqslantless msa 48 0 mathrel ⪕ ⪕ eqslantgtr msa 49 0 mathrel ⪖ ⪖ curlyeqprec msa 50 0 mathrel ⋞ ⋞ curlyeqsucc msa 51 0 mathrel ⋟ ⋟ preccurlyeq msa 52 0 mathrel ≼ ≼ leqq msa 53 0 mathrel ≦ ≦ leqslant msa 54 0 mathrel ⩽ ⩽ lessgtr msa 55 0 mathrel ≶ ≶ backprime msa 56 0 mathord ‵ ‵ risingdotseq msa 58 0 mathrel ≓ ≓ fallingdotseq msa 59 0 mathrel ≒ ≒ succcurlyeq msa 60 0 mathrel ≽ ≽ geqq msa 61 0 mathrel ≧ ≧ geqslant msa 62 0 mathrel ⩾ ⩾ gtrless msa 63 0 mathrel ≷ ≷ bigstar msa 70 0 mathord ★ ★ between msa 71 0 mathrel ≬ ≬ blacktriangledown msa 72 0 mathord ▾ ▾ blacktriangleright msa 73 0 mathrel ▸ ▸ blacktriangleleft msa 74 0 mathrel ◂ ◂ vartriangle msa 77 0 mathrel ▵ ▵ blacktriangle msa 78 0 mathord ▴ ▴ triangledown msa 79 0 mathord ▿ ▿ 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 ⋘ ⋘ llless 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 172 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 ⫅̸ ⫅Œ supsetneqq msb 37 0 mathrel ⫆̸ ⫆Œ varsubsetneqq msb 38 0 mathrel ⫋︀ ⫋Œ varsupsetneqq msb 39 0 mathrel ⫌︀ ⫌Œ 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 Ⅎ Game msb 97 0 mathord ⅁ ⅁ eth msb 103 0 mathord ð ð eqsim msb 104 0 mathrel ≂ ≂ beth msb 105 0 mathord ℶ ℶ gimel msb 106 0 mathord ℷ ℷ daleth msb 107 0 mathord ℸ 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 ϝ varkappa msb 123 0 mathord ϰ ϰ # Note: Other blackboard symbols are in the same unicode range Bbbk msb 124 0 mathord 𝕜 𝕜 hslash msb 125 0 mathord ℏ ℏ hbar msb 126 0 mathord ℏ ℏ backepsilon msb 127 0 mathrel ϶ ϶ lyxbar cmsy 161 0 mathrel — — hiddensymbol lyxminus cmsy 161 0 mathbin — — hiddensymbol lyxplus cmr 43 43 mathbin + + hiddensymbol lyxeq cmr 61 61 mathord = = hiddensymbol lyxeqrel cmr 61 61 mathrel = = hiddensymbol lyxlt cmm 60 60 mathrel < < hiddensymbol lyxgt cmm 62 62 mathrel > > hiddensymbol lyxdabar msa 57 0 mathord – – hiddensymbol lyxright msa 75 0 mathord → → hiddensymbol lyxleft msa 76 0 mathord ← ← hiddensymbol male wasy 26 0 x ♂ ♂ female wasy 25 0 x ♀ ♀ currency wasy 27 0 textmode ¤ ¤ wasysym,amstext,lyxmathsym # works in text mode only (produces \oe in math mode) phone wasy 7 0 textmode ☎ ☎ wasysym,amstext,lyxmathsym # works in text mode only (produces \Upsilon in math mode) recorder wasy 6 0 textmode ⌕ ⌕ wasysym,amstext,lyxmathsym # works in text mode only (produces \Sigma in math mode) clock wasy 28 0 textmode &clock; ⏲ wasysym,amstext,lyxmathsym # works in text mode only (produces \o in math mode) lightning wasy 18 0 textmode ☇ ☇ wasysym,amstext,lyxmathsym # works in text mode only (produces ` in math mode) # qt does not display characters at the \t position (0x09) pointer wasy 170 0 textmode ⇨ ⇨ wasysym,amstext,lyxmathsym # works in text mode only (produces \Psi in math mode) RIGHTarrow wasy 17 0 textmode ▶ ▶ wasysym,amstext,lyxmathsym # works in text mode only (produces \jmath in math mode) LEFTarrow wasy 16 0 textmode ◀ ◀ wasysym,amstext,lyxmathsym # works in text mode only (produces \imath in math mode) UParrow wasy 75 0 textmode ▲ ▲ wasysym,amstext,lyxmathsym # works in text mode only (produces K in math mode) DOWNarrow wasy 76 0 textmode ▼ ▼ wasysym,amstext,lyxmathsym # works in text mode only (produces L in math mode) AC wasy 58 0 textmode ∿ ∿ wasysym,amstext,lyxmathsym # works in text mode only \def\HF{\approx} wasysym VHF wasy 64 0 x ≋ ≋ # triple tilde Square wasy 50 0 x □ □ \def\CheckedBox{\Square\kern-13.4mu\checked} wasysym XBox wasy 52 0 x ⊠ ⊠ hexagon wasy 55 0 x ⬡ ⬡ pentagon wasy 68 0 x ⬠ ⬠ octagon wasy 56 0 x 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 ⌀ ⌀ invdiameter wasy 21 0 x x x # 2205 EMPTY SET and 2300 DIAMETER SIGN are similar but not quite right 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 171 0 x ⍾ ⍾ eighthnote wasy 11 0 x ♮ ♮ quarternote wasy 172 0 x ♩ ♩ halfnote wasy 174 0 x 𝅗𝅥 𝅗𝅥 fullnote wasy 14 0 x 𝅝 𝅝 twonotes wasy 15 0 x ♫ ♫ brokenvert wasy 124 0 x ¦ ¦ ataribox wasy 109 0 x x x wasytherefore wasy 5 0 x ∴ ∴ Circle wasy 35 0 x ○ ○ CIRCLE wasy 32 0 x ● ● Leftcircle wasy 73 0 x x x LEFTCIRCLE wasy 71 0 x ◖ ◖ Rightcircle wasy 74 0 x x x RIGHTCIRCLE wasy 72 0 x ◗ ◗ \def\LEFTcircle{\LEFTCIRCLE\kern-13.4mu\Circle} wasysym \def\RIGHTcircle{\RIGHTCIRCLE\kern-13.4mu\Circle} wasysym # Defined by amsmath.sty varGamma cmm 161 0 mathord 𝛤 𝛤 amsmath varDelta cmm 162 0 mathord 𝛥 𝛥 amsmath varTheta cmm 163 0 mathord 𝛩 𝛩 amsmath varLambda cmm 164 0 mathord 𝛬 𝛬 amsmath varXi cmm 165 0 mathord 𝛯 𝛯 amsmath varPi cmm 166 0 mathord 𝛱 𝛱 amsmath varSigma cmm 167 0 mathord 𝛴 𝛴 amsmath varUpsilon cmm 168 0 mathord 𝛶 𝛶 amsmath varPhi cmm 169 0 mathord 𝛷 𝛷 amsmath varPsi cmm 170 0 mathord 𝛹 𝛹 amsmath varOmega cmm 172 0 mathord 𝛺 𝛺 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 ☉ ☉ wasysym 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 textmode ☌ ☌ wasysym,amstext,lyxmathsym # works in text mode only (produces V in math mode) opposition wasy 87 0 textmode ☍ ☍ wasysym,amstext,lyxmathsym # works in text mode only (produces W in math mode) # APL characters APLstar wasy 69 0 x x x APLlog wasy 22 0 x ⍟ ⍟ APLbox wasy 126 0 x ⎕ ⎕ APLup wasy 0 0 x x x APLdown wasy 70 0 x x x APLinput wasy 125 0 x x x APLcomment wasy 127 0 x x x \def\APLinv{\mathord{\div\kern-13.9mu\APLbox}} wasysym 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 \def\photon{\AC\AC\AC\AC} wasysym lyxgluonelement wasy 80 0 x x x hiddensymbol lyxgluonbelement wasy 81 0 x x x hiddensymbol lyxgluoneelement wasy 82 0 x x x hiddensymbol \def\gluon{\lyxgluonbelement\lyxgluonelement\lyxgluonelement\lyxgluonelement\lyxgluonelement\lyxgluonelement\lyxgluonelement\lyxgluoneelement} wasysym # special characters cent wasy 103 0 x �A2; �A2; permil wasy 104 0 x ‰ ‰ agemO wasy 48 0 textmode ℧ ℧ wasysym,amstext,lyxmathsym # works in text mode only (produces 0 in math mode) thorn wasy 105 0 textmode þ þ wasysym,amstext,lyxmathsym # works in text mode only (produces i in math mode) Thorn wasy 106 0 textmode Þ Þ wasysym,amstext,lyxmathsym # works in text mode only (produces j in math mode) openo wasy 108 0 textmode ɔ ɔ wasysym,amstext,lyxmathsym # works in text mode only (produces l in math mode) inve wasy 85 0 textmode ə ə wasysym,amstext,lyxmathsym # works in text mode only (produces U in math mode) #mho wasy 48 0 mathord ℧ ℧ wasysym # already in amsfonts #Join wasy 49 0 mathrel ⋈ ⋈ wasysym # already in amsfonts #Box wasy 50 0 mathord □ □ wasysym # already in amsfonts #Diamond wasy 51 0 mathord ⋄ ⋄ wasysym # already in amsfonts leadsto wasy 59 0 mathrel ⤳ ⤳ #sqsubset wasy 60 0 mathrel ⊏ ⊏ wasysym # already in amsfonts #sqsupset wasy 61 0 mathrel ⊐ ⊐ wasysym # already in amsfonts #lhd wasy 1 0 mathbin ◃ ◃ wasysym # already in amsfonts #unlhd wasy 2 0 mathbin ⊴ ⊴ wasysym # already in amsfonts LHD wasy 16 0 mathbin ⱐ ⱐ #rhd wasy 3 0 mathbin ▹ ▹ wasysym # already in amsfonts #unrhd wasy 4 0 mathbin ⊵ ⊵ wasysym # already in amsfonts 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 x varint wasy 114|119 0 mathop ∫ ∫ varoint wasy 117|122 0 mathop ∫ ∫ # Generated from stmaryrd.sty shortleftarrow stmry 0 0 mathrel x x stmaryrd shortrightarrow stmry 1 0 mathrel x x stmaryrd shortuparrow stmry 2 0 mathrel x x stmaryrd shortdownarrow stmry 3 0 mathrel x x stmaryrd Yup stmry 4 0 mathbin x x stmaryrd Ydown stmry 5 0 mathbin x x stmaryrd Yleft stmry 6 0 mathbin x x stmaryrd Yright stmry 7 0 mathbin x x stmaryrd varcurlyvee stmry 8 0 mathbin x x stmaryrd # qt4 does not display characters at the \t position (0x09) # therefore our .ttf font contains a copy at 170 (0xaa) #varcurlywedge stmry 9 0 mathbin x x stmaryrd #10,12,13 codepoints broken in qt5 varcurlywedge stmry 170 0 mathbin x x stmaryrd minuso stmry 171 0 mathbin x x stmaryrd baro stmry 11 0 mathbin x x stmaryrd sslash stmry 172 0 mathbin x x stmaryrd #for whatever reason qt5 refuses to display anything at position 173 bbslash stmry 174 0 mathbin x x stmaryrd moo stmry 14 0 mathbin x x stmaryrd varotimes stmry 15 0 mathbin x x stmaryrd varoast stmry 16 0 mathbin x x stmaryrd varobar stmry 17 0 mathbin x x stmaryrd varodot stmry 18 0 mathbin x x stmaryrd varoslash stmry 19 0 mathbin x x stmaryrd varobslash stmry 20 0 mathbin x x stmaryrd varocircle stmry 21 0 mathbin x x stmaryrd varoplus stmry 22 0 mathbin x x stmaryrd varominus stmry 23 0 mathbin x x stmaryrd boxast stmry 24 0 mathbin x x stmaryrd boxbar stmry 25 0 mathbin x x stmaryrd #boxdot stmry 26 0 mathbin x x stmaryrd # already in amssymb boxslash stmry 27 0 mathbin x x stmaryrd boxbslash stmry 28 0 mathbin x x stmaryrd boxcircle stmry 29 0 mathbin x x stmaryrd boxbox stmry 30 0 mathbin x x stmaryrd boxempty stmry 31 0 mathbin x x stmaryrd #lightning stmry 32 0 mathord x x stmaryrd # already in wasy merge stmry 33 0 mathbin x stmaryrd vartimes stmry 34 0 mathbin x stmaryrd fatsemi stmry 35 0 mathbin x stmaryrd sswarrow stmry 36 0 mathrel x x stmaryrd ssearrow stmry 37 0 mathrel x x stmaryrd curlywedgeuparrow stmry 38 0 mathrel x x stmaryrd curlywedgedownarrow stmry 39 0 mathrel x x stmaryrd fatslash stmry 40 0 mathbin x x stmaryrd fatbslash stmry 41 0 mathbin x x stmaryrd lbag stmry 42 0 mathbin x x stmaryrd rbag stmry 43 0 mathbin x x stmaryrd varbigcirc stmry 44 0 mathbin x x stmaryrd leftrightarroweq stmry 45 0 mathrel x x stmaryrd curlyveedownarrow stmry 46 0 mathrel x x stmaryrd curlyveeuparrow stmry 47 0 mathrel x x stmaryrd nnwarrow stmry 48 0 mathrel x x stmaryrd nnearrow stmry 49 0 mathrel x x stmaryrd leftslice stmry 50 0 mathbin x x stmaryrd rightslice stmry 51 0 mathbin x x stmaryrd varolessthan stmry 52 0 mathbin x x stmaryrd varogreaterthan stmry 53 0 mathbin x x stmaryrd varovee stmry 54 0 mathbin x x stmaryrd varowedge stmry 55 0 mathbin x x stmaryrd talloblong stmry 56 0 mathbin x x stmaryrd interleave stmry 57 0 mathbin x x stmaryrd obar stmry 58 0 mathbin x x stmaryrd obslash stmry 59 0 mathbin x x stmaryrd olessthan stmry 60 0 mathbin x x stmaryrd ogreaterthan stmry 61 0 mathbin x x stmaryrd ovee stmry 62 0 mathbin x x stmaryrd owedge stmry 63 0 mathbin x x stmaryrd oblong stmry 64 0 mathbin x x stmaryrd inplus stmry 65 0 mathrel x x stmaryrd niplus stmry 66 0 mathrel x x stmaryrd nplus stmry 67 0 mathbin x x stmaryrd subsetplus stmry 68 0 mathrel x x stmaryrd supsetplus stmry 69 0 mathrel x x stmaryrd subsetpluseq stmry 70 0 mathrel x x stmaryrd supsetpluseq stmry 71 0 mathrel x x stmaryrd Lbag stmry 72 0 mathopen x x stmaryrd Rbag stmry 73 0 mathclose x x stmaryrd llbracket stmry 74 0 mathopen x x stmaryrd rrbracket stmry 75 0 mathclose x x stmaryrd llparenthesis stmry 76 0 mathopen x x stmaryrd rrparenthesis stmry 77 0 mathclose x x stmaryrd binampersand stmry 78 0 mathopen x x stmaryrd bindnasrepma stmry 79 0 mathclose x x stmaryrd trianglelefteqslant stmry 80 0 mathrel x x stmaryrd trianglerighteqslant stmry 81 0 mathrel x x stmaryrd ntrianglelefteqslant stmry 82 0 mathrel x x stmaryrd ntrianglerighteqslant stmry 83 0 mathrel x x stmaryrd llfloor stmry 84 0 mathopen x x stmaryrd rrfloor stmry 85 0 mathclose x x stmaryrd llceil stmry 86 0 mathopen x x stmaryrd rrceil stmry 87 0 mathclose x x stmaryrd lyxarrownot stmry 88 0 mathrel x x hiddensymbol #see arrownot defined below lyxArrownot stmry 89 0 mathrel x x hiddensymbol #see Arrownot defined below Mapstochar stmry 90 0 mathrel x x stmaryrd mapsfromchar stmry 91 0 mathrel x x stmaryrd Mapsfromchar stmry 92 0 mathrel x x stmaryrd leftrightarrowtriangle stmry 93 0 mathrel x x stmaryrd leftarrowtriangle stmry 94 0 mathrel x x stmaryrd rightarrowtriangle stmry 95 0 mathrel x x stmaryrd #bigtriangledown stmry 96 0 mathop x x stmaryrd #already in cmsy #bigtriangleup stmry 97 0 mathop x x stmaryrd #already in cmsy bigcurlyvee stmry 98|106 0 mathop x x stmaryrd bigcurlywedge stmry 99|107 0 mathop x x stmaryrd bigsqcap stmry 100|108 0 mathop x x stmaryrd bigbox stmry 101|109 0 mathop x x stmaryrd bigparallel stmry 102|110 0 mathop x x stmaryrd biginterleave stmry 103|111 0 mathop x x stmaryrd #hugetriangledown stmry 104 0 mathop x x stmaryrd # only in the font, not the .sty #hugetriangleup stmry 105 0 mathop x x stmaryrd # only in the font, not the .sty #hugecurlyvee stmry 106 0 mathop x x stmaryrd # only in the font, not the .sty #hugecurlywedge stmry 107 0 mathop x x stmaryrd # only in the font, not the .sty #hugesqcap stmry 108 0 mathop x x stmaryrd # only in the font, not the .sty #hugebox stmry 109 0 mathop x x stmaryrd # only in the font, not the .sty #hugeparallel stmry 110 0 mathop x x stmaryrd # only in the font, not the .sty #hugeinterleave stmry 111 0 mathop x x stmaryrd # only in the font, not the .sty bignplus stmry 112|120 0 mathop x x stmaryrd # caution: named hugenplus in the font #largellbracket stmry 113 0 mathopen x x stmaryrd # only in the font, not the .sty #Largellbracket stmry 114 0 mathopen x x stmaryrd # only in the font, not the .sty #LARGEllbracket stmry 115 0 mathopen x x stmaryrd # only in the font, not the .sty #hugellbracket stmry 116 0 mathopen x x stmaryrd # only in the font, not the .sty #Largellbrackettop stmry 117 0 mathopen x x stmaryrd # only in the font, not the .sty #Largellbracketbot stmry 118 0 mathopen x x stmaryrd # only in the font, not the .sty caution: named Hugellbrackettop in the font #llbracketex stmry 119 0 mathopen x x stmaryrd # only in the font, not the .sty caution: named Hugellbracketbot in the font #hugenplus stmry 120 0 mathop x x stmaryrd # only in the font, not the .sty caution: named Hugenplus in the font #largerrbracket stmry 121 0 mathclose x x stmaryrd # only in the font, not the .sty #Largerrbracket stmry 122 0 mathclose x x stmaryrd # only in the font, not the .sty #LARGErrbracket stmry 123 0 mathclose x x stmaryrd # only in the font, not the .sty #hugerrbracket stmry 124 0 mathclose x x stmaryrd # only in the font, not the .sty #Largerrbrackettop stmry 125 0 mathclose x x stmaryrd # only in the font, not the .sty caution: named Hugerrbrackettop in the font #Largerrbracketbot stmry 126 0 mathclose x x stmaryrd # only in the font, not the .sty caution: named Hugerrbracketbot in the font #rrbracketex stmry 127 0 mathclose x x stmaryrd # only in the font, not the .sty caution: named Hugerrbracketex in the font \def\varcopyright{\mathord{c\kern-11mu\varbigcirc}} stmaryrd # kerning is slightly imperfect so that one sees when \[Aa]rrownot is selected \def\arrownot{\lyxarrownot} stmaryrd \def\Arrownot{\lyxArrownot\mathrel{\kern0.5mu}} stmaryrd \def\longarrownot{\mathrel{\kern5.5mu}\arrownot\mathrel{\kern-5.5mu}} stmaryrd \def\Longarrownot{\mathrel{\kern5.5mu}\Arrownot\mathrel{\kern-5.5mu}} stmaryrd \def\Mapsto{\Mapstochar\mathrel\Rightarrow} mathrel ⤇ ⤇ stmaryrd \def\mapsfrom{\leftarrow\kern-9mu\mapsfromchar} mathrel ↤ ↤ stmaryrd \def\Mapsfrom{\Leftarrow\kern-9mu\Mapsfromchar} mathrel ⤆ ⤆ stmaryrd \def\Longmapsto{\Mapstochar\Longrightarrow} mathrel ⟾ ⟾ stmaryrd \def\longmapsfrom{\longleftarrow\mapsfromchar} mathrel ⟻ ⟻ stmaryrd \def\Longmapsfrom{\Longleftarrow\mathrel{\kern1mu}\Mapsfromchar} mathrel ⟽ ⟽ stmaryrd # 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 x dbond cmr 61 0 mathord x x tbond cmsy 180 186 mathord x 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 intop esint 001|002 0 mathop ∫ ∫ esint iintop esint 003|004 0 mathop ∬ ∬ esint iiintop esint 005|006 0 mathop ∭ ∭ esint iiiintop esint 007|008 0 mathop ⨌ ⨌ esint #9 codepoint forbidden in qt4, 10,12,13 in qt5 ointop esint 043|044 0 mathop ∮ ∮ esint oiintop esint 045|046 0 mathop ∯ ∯ esint sqintop esint 015|016 0 mathop ⨖ ⨖ esint sqiintop esint 017|018 0 mathop x esint dotsintop esint 041|042 0 mathop ∫⋯∫ ∫⋯∫ esint ointctrclockwiseop esint 023|024 0 mathop ∳ ∳ esint ointclockwiseop esint 025|026 0 mathop ∲ ∲ esint else intop cmex 82|90 242 mathop ∫ ∫ esint iintop wasy 115|120 0 mathop &Int ∬ esint iiintop wasy 116|121 0 mathop ∭ ∭ esint \def\iiiintop{\int\kern-6mu\int\kern-6mu\int\kern-6mu\int} esint ointop cmex 72|73 0 mathop ∮ ∮ esint oiintop wasy 118|123 0 mathop ∯ ∯ esint \def\sqintop{\square\kern-17mu\int\kern6mu} esint \def\sqiintop{\square\kern-20mu\iint\kern3mu} esint \def\dotsintop{\int\kern-3mu\cdots\kern-3mu\int} esint \def\ointctrclockwiseop{\circlearrowleft\kern-21mu\int\kern6mu} esint \def\ointclockwiseop{\circlearrowright\kern-21mu\int\kern6mu} esint endif \def\int{\intop\nolimits} mathop ∫ ∫ esint|amsmath \def\iint{\iintop\nolimits} mathop ∬ ∬ esint|amsmath \def\iiint{\iiintop\nolimits} mathop ∭ ∭ esint|amsmath \def\iiiint{\iiiintop\nolimits} mathop ⨌ ⨌ esint|amsmath \def\oint{\ointop\nolimits} mathop ∮ ∮ esint \def\oiint{\oiintop\nolimits} mathop ∯ ∯ esint \def\sqint{\sqintop\nolimits} mathop ⨖ ⨖ esint \def\sqiint{\sqiintop\nolimits} mathop x esint \def\dotsint{\dotsintop\nolimits} mathop ∫⋯∫ ∫⋯∫ \def\ointctrclockwise{\ointctrclockwiseop\nolimits} mathop ∲ ∲ esint \def\ointclockwise{\ointclockwiseop\nolimits} mathop ∲ ∲ esint varointclockwiseop esint 027|028 0 mathop ∲ ∲ esint varointctrclockwiseop esint 029|030 0 mathop ∳ ∳ esint fintop esint 031|032 0 mathop ⨏ ⨏ esint varoiintop esint 033|034 0 mathop ∯ ∯ esint landupintop esint 035|036 0 mathop x x esint landdownintop esint 037|038 0 mathop x x esint \def\varointclockwise{\varointclockwiseop\limits} mathop ∲ ∲ esint \def\varointctrclockwise{\varointctrclockwiseop\limits} mathop ∳ ∳ esint \def\fint{\fintop\limits} mathop ⨏ ⨏ esint \def\varoiint{\varoiintop\limits} mathop ∯ ∯ esint \def\landupint{\landupintop\limits} mathop x x esint \def\landdownint{\landdownintop\limits} mathop x x esint # From the amsmath package: \def\idotsint{\int\kern-3mu\cdots\kern-3mu\int\limits} amsmath log lyxblacktext 0 0 func x x lg lyxblacktext 0 0 func x x ln lyxblacktext 0 0 func x x lim lyxblacktext 0 0 funclim x x limsup lyxblacktext 0 0 funclim x x liminf lyxblacktext 0 0 funclim x x sin lyxblacktext 0 0 func x x arcsin lyxblacktext 0 0 func x x sinh lyxblacktext 0 0 func x x cos lyxblacktext 0 0 func x x arccos lyxblacktext 0 0 func x x cosh lyxblacktext 0 0 func x x tan lyxblacktext 0 0 func x x arctan lyxblacktext 0 0 func x x tanh lyxblacktext 0 0 func x x cot lyxblacktext 0 0 func x x coth lyxblacktext 0 0 func x x sec lyxblacktext 0 0 func x x csc lyxblacktext 0 0 func x x max lyxblacktext 0 0 funclim x x min lyxblacktext 0 0 funclim x x sup lyxblacktext 0 0 funclim x x inf lyxblacktext 0 0 funclim x x arg lyxblacktext 0 0 func x x ker lyxblacktext 0 0 func x x dim lyxblacktext 0 0 func x x hom lyxblacktext 0 0 func x x det lyxblacktext 0 0 funclim x x exp lyxblacktext 0 0 func x x Pr lyxblacktext 0 0 funclim x x gcd lyxblacktext 0 0 funclim x x deg lyxblacktext 0 0 func x x mod lyxblacktext 0 0 func x x amsmath bmod lyxblacktext 0 0 func x x pmod lyxblacktext 0 0 func x x pod lyxblacktext 0 0 func x x amsmath # mathtools.sty vcentcolon cmr 58 58 mathrel : : mathtools ordinarycolon cmr 58 58 mathrel : : mathtools \def\dblcolon{\vcentcolon\mathrel{\kern-0.9mu}\vcentcolon} mathrel :: :: mathtools \def\coloneqq{\vcentcolon\mathrel{\kern-1.2mu}=} mathrel ≔ ≔ mathtools \def\Coloneqq{\dblcolon\mathrel{\kern-1.2mu}=} mathrel ⩴ ⩴ mathtools \def\coloneq{\vcentcolon\mathrel{\kern-1.2mu}\mathrel{-}} mathrel :- :- mathtools \def\Coloneq{\dblcolon\mathrel{\kern-1.2mu}\mathrel{-}} mathrel ::- ::- mathtools \def\eqqcolon{=\mathrel{\kern-1.2mu}\vcentcolon} mathrel ≕ ≕ mathtools \def\Eqqcolon{=\mathrel{\kern-1.2mu}\dblcolon} mathrel =:: =:: mathtools \def\eqcolon{\mathrel{-}\mathrel{\kern-1.2mu}\vcentcolon} mathrel -: -: mathtools \def\Eqcolon{\mathrel{-}\mathrel{\kern-1.2mu}\dblcolon} mathrel -:: -:: mathtools \def\colonapprox{\vcentcolon\mathrel{\kern-1.2mu}\approx} mathrel :≈ :≈ mathtools \def\Colonapprox{\dblcolon\mathrel{\kern-1.2mu}\approx} mathrel ::≈ ::≈ mathtools \def\colonsim{\vcentcolon\mathrel{\kern-1.2mu}\sim} mathrel :∼ :∼ mathtools \def\Colonsim{\dblcolon\mathrel{\kern-1.2mu}\sim} mathrel ::∼ ::∼ mathtools # # pre-defined macros # \def\leq{\le} mathrel ≤ ≤ \def\geq{\ge} mathrel ≥ ≥ \def\neq{\not=} mathrel ≠ ≠ \def\ne{\not=} mathrel ≠ ≠ \def\lnot{\neg} mathord ¬ ¬ \def\notin{\not\in} mathrel ∉ ∉ \def\ddag{\ddagger} mathbin ‡ ‡ \def\dag{\dagger} mathbin † † \def\joinrel{\mathrel{\kern-3mu}} \def\relbar{\lyxbar} \def\Relbar{\mathrel{=}} \def\longleftrightarrow{\leftarrow\joinrel\rightarrow} mathrel ⟷ ⟷ \def\Longleftrightarrow{\Leftarrow\joinrel\Rightarrow} mathrel ⟺ ⟺ \def\iff{\Leftarrow\joinrel\Rightarrow} mathrel ⟺ ⟺ \def\doteq{\stackrel{\cdot}{=}} mathrel ≐ ≐ iffont cmsy \def\longrightarrow{\relbar\joinrel\rightarrow} mathrel ⟶ ⟶ \def\longleftarrow{\leftarrow\joinrel\relbar} mathrel ⟵ ⟵ \def\Longrightarrow{\Relbar\joinrel\Rightarrow} mathrel ⟹ ⟹ \def\Longleftarrow{\Leftarrow\joinrel\Relbar} mathrel ⟸ ⟸ \def\implies{\Longrightarrow} mathrel ⟹ ⟹ amsmath \def\impliedby{\Longleftarrow} mathrel ⟸ ⟸ amsmath \def\mapsto{\mapstochar\rightarrow} mathrel ↤ ↤ \def\longmapsto{\mapstochar\joinrel\relbar\joinrel\rightarrow} mathrel ⟻ ⟻ \def\models{\mathrel{\vert}\joinrel\Relbar} mathrel ⊨ ⊨ else \def\implies{=>} mathrel ⟹ ⟹ amsmath \def\impliedby{<=} mathrel ⟸ ⟸ amsmath endif iffont cmm \def\hookrightarrow{\lhook\joinrel\rightarrow} mathrel ↪ ↪ \def\hookleftarrow{\leftarrow\joinrel\rhook} mathrel ↩ ↩ \def\bowtie{\mathrel\triangleright\joinrel\mathrel\triangleleft} mathrel ⋈ ⋈ endif iffont msa \def\dashrightarrow{\mathrel{\lyxdabar\lyxdabar\lyxright}} mathrel ⤏ ⤏ amssymb \def\dashleftarrow{\mathrel{\lyxleft\lyxdabar\lyxdabar}} mathrel ⤎ ⤎ amssymb else \def\dashrightarrow{- - \rightarrow} mathrel ⤏ ⤏ amssymb \def\dashleftarrow{\leftarrow{} - -} mathrel ⤎ ⤎ amssymb endif \def\dasharrow{\dashrightarrow} mathrel ⤏ ⤏ amssymb iffont msb \def\Join{\mathrel{\ltimes\kern-13.5mu\rtimes}} mathrel ⨝ ⨝ amssymb else \def\Join{|x|} mathrel ⨝ ⨝ amssymb endif \def\AA{\AA}{\text{Å}} textmode Å Å amstext,lyxmathsym \def\O{\O}{\text{Ø}} textmode Ø Ø amstext,lyxmathsym iffont cmsy # The \sim is placed too high... \def\cong{\stackrel{\sim}{=}} mathrel ≅ ≅ lyxsurd cmsy 112 0 mathord √ √ \def\surd{^\lyxsurd} mathord √ √ \def\textdegree{\text{°}} textmode ° textcomp,amstext,lyxmathsym else # FIXME: These don't work on OS X, since the Symbol font uses a different # encoding and is therefore disabled in FontLoader::available(). cong lyxsymbol 64 0 mathrel ≅ ≅ surd lyxsymbol 214 0 mathord √ √ textdegree lyxsymbol 176 0 mathord ° ° textcomp,amstext,lyxmathsym endif #"{\hat{}}