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%% This is part of the OpTeX project, see http://petr.olsak.net/optex
\_codedecl \_undefined {Printing Unicode-math table \string<2020-06-08>}
\_begingroup
\_def\UnicodeMathSymbol#1#2#3#4{%
\_ifnum#1>"10000 \_endinput \_else \_printmathsymbol{#1}{#2}{#3}{#4}\_fi
}
\_def\UnicodeMathSymbolA#1#2#3#4{%
\_ifnum#1>"10000 \_printmathsymbol{#1}{#2}{#3}{#4}\_fi
}
\_def\_printmathsymbol#1#2#3#4{%
\_hbox{\_hbox to2em{$#2{}$\_hss}\_hbox to3em
{\small\_printop#3\_hss}{\_tt\_string#2\_trycs{_eq:\_string#2}{}}}
}
\_def\_eq#1#2{\_sdef{_eq:\_string#2}{=\_string#1}}
\_eq \diamond\smwhtdiamond \_eq \bullet\smblkcircle \_eq \circ\vysmwhtcircle
\_eq \bigcirc\mdlgwhtcircle \_eq \to\rightarrow \_eq \le\leq
\_eq \ge\geq \_eq \neq\ne \_eq \emptyset\varnothing \_eq \hbar\hslash
\_eq \land\wedge \_eq \lor\vee \_eq \owns\ni \_eq \gets\leftarrow
\_eq \mathring\ocirc \_eq \lnot\neg \_eq \backepsilon\upbackepsilon
\_eq \eth\matheth \_eq \dbkarow\dbkarrow \_eq \drbkarow\drbkarrow
\_eq \hksearow\hksearrow \_eq \hkswarow\hkswarrow
\_tracinglostchars=0
\_fontdef\small{\_setfontsize{at5pt}\_rm}
\_def\_printop{\_def\mathop{Op}}
\_def\mathalpha{Alph}\_def\mathord{Ord}\_def\mathbin{Bin}\_def\mathrel{Rel}
\_def\mathopen{Open}\_def\mathclose{Close}\_def\mathpunct{Punct}\_def\mathfence{Fence}
\_def\mathaccent{Acc}\_def\mathaccentwide{Accw}\_def\mathbotaccentwide{AccBw}
\_def\mathbotaccent{AccB}\_def\mathaccentoverlay{AccO}
\_def\mathover{Over}\_def\mathunder{Under}
\_typosize[7.5/9]\_normalmath \_everymath={}
Codes U+00000 \_dots\ U+10000
\_begmulti 3
\_input unimath-table.opm
\_endmulti
\_medskip\_goodbreak
Codes U+10001 \_dots\ U+1EEF1 \_let\UnicodeMathSymbol=\UnicodeMathSymbolA
\_begmulti 4
\_input unimath-table.opm
\_endmulti
\_endgroup
\_endcode
This file can be used for testing your Unicode-math font
and/or for printing \TeX/ sequences which can be used in math.
Load Unicode math font first (for example by `\fontfam[termes]` or by
`\loadmath{<math-font>}`) and then you
can do `\input print-unimath.opm`. The big table with all math symbols is printed.
\_endinput
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