% This file is public domain. See the "Examples" chapter % in the bib2gls user manual for a more detailed description % of this file. % Encoding: UTF-8 % requires stix.sty @preamble{"\providecommand{\bigoperatornamefmt}[1]{% $\displaystyle#1\textstyle#1$} \providecommand{\nary}[1]{$#1$-ary}"} @symbol{bigsqcap, name={\bigoperatornamefmt{\bigsqcap}}, text={\bigsqcap}, description={\nary{n} square intersection operator}, identifier={naryoperator} } @symbol{bigsqcup, name={\bigoperatornamefmt{\bigsqcup}}, text={\bigsqcup}, description={\nary{n} square union operator}, identifier={naryoperator} } @symbol{sum, name={\bigoperatornamefmt{\sum}}, text={\sum}, description={\nary{n} summation}, identifier={naryoperator} } @symbol{prod, name={\bigoperatornamefmt{\prod}}, text={\prod}, description={\nary{n} product}, identifier={naryoperator} } @symbol{coprod, name={\bigoperatornamefmt{\coprod}}, text={\coprod}, description={\nary{n} coproduct}, identifier={naryoperator} } @symbol{bigcap, name={\bigoperatornamefmt{\bigcap}}, text={\bigcap}, description={\nary{n} intersection}, identifier={naryoperator} } @symbol{bigcup, name={\bigoperatornamefmt{\bigcup}}, text={\bigcup}, description={\nary{n} union}, identifier={naryoperator} } @symbol{bigodot, name={\bigoperatornamefmt{\bigodot}}, text={\bigodot}, description={\nary{n} circled dot operator}, identifier={naryoperator} } @symbol{bigoplus, name={\bigoperatornamefmt{\bigoplus}}, text={\bigoplus}, description={\nary{n} circled plus operator}, identifier={naryoperator} } @symbol{bigotimes, name={\bigoperatornamefmt{\bigotimes}}, text={\bigotimes}, description={\nary{n} circled times operator}, identifier={naryoperator} } @symbol{biguplus, name={\bigoperatornamefmt{\biguplus}}, text={\biguplus}, description={\nary{n} union operator with plus}, identifier={naryoperator} } @symbol{bigvee, name={\bigoperatornamefmt{\bigvee}}, text={\bigvee}, description={\nary{n} logical or}, identifier={naryoperator} } @symbol{bigwedge, name={\bigoperatornamefmt{\bigwedge}}, text={\bigwedge}, description={\nary{n} logical and}, identifier={naryoperator} } @symbol{int, name={\bigoperatornamefmt{\int}}, text={\int}, description={integral}, identifier={integral} } @symbol{iint, name={\bigoperatornamefmt{\iint}}, text={\iint}, description={double integral}, identifier={integral} } @symbol{iiint, name={\bigoperatornamefmt{\iiint}}, text={\iiint}, description={triple integral}, identifier={integral} } @symbol{oint, name={\bigoperatornamefmt{\oint}}, text={\oint}, description={contour integral}, identifier={integral} } @symbol{oiint, name={\bigoperatornamefmt{\oiint}}, text={\oiint}, description={surface integral}, identifier={integral} } @symbol{oiiint, name={\bigoperatornamefmt{\oiiint}}, text={\oiiint}, description={volume integral}, identifier={integral} }