\setlength{\parindent}{0pt}
\setlength{\parskip}{1em}

\newcommand\plus{\glsref[sumset_symbol]{+}}
\newcommand\minus{\glsref[diffset_symbol]{-}}

\newcommand\Zp{\Zbb / p\Zbb}
\newcommand\Fp{\Fbb_p}

\newcommand\rd{\glsref[rd_symbol]{d}}

\newcommand\doubc{\glsref[doubc_symbol]{\sigma}}
\newcommand\diffc{\glsref[doubc_symbol]{\delta}}

\def\mdiff#1#2 - #3#4{\glsref[mdiff_symbol]{#1#2 - #3#4}}

\newcommand\energy{\glsref[energy_symbol]{E}}

\newcommand\Pg[1][\gamma]{\glsref[Pg_symbol]{P_{#1}}}

\newcommand\charG[1][G]{\glsref[charG_symbol]{\widehat{#1}}}

\newcommand\EG[2]{\glsref[EG_symbol]{\Ebb_{#1 \in #2}}}

\newcommand\ft[1]{\glsref[ft_symbol]{\widehat{#1}}}
\newcommand\cmeas[1][A]{\glsref[cmu_symbol]{\mu_{#1}}}
\newcommand\balf[1][A]{\glsref[bf_symbol]{f_{#1}}}

\DeclareMathOperator{\Specinternal}{Spec}
\newcommand\Spec{\glsref[spec_symbol]{\Specinternal}}

\newcommand\conv{\glsref[conv_symbol]{*}}
\newcommand\rcount{\glsref[r_symbol]{r}}
\DeclareMathOperator{\supp}{supp}
\DeclareMathOperator{\codim}{codim}
\newcommand\e{\glsref[e_symbol]{e}}

\newcommand\T{\glsref[T_symbol]{T}}
\newcommand\stimes{\glsref[stimes_symbol]{\cdot}}

\DeclareMathOperator{\diam}{diam}

\newcommand\bohr{\glsref[bohr_symbol]{B}}

\newcommand\M{\glsref[M_symbol]{M}}
\newcommand\V{\glsref[M_symbol]{V}}
\newcommand\m{\glsref[M_symbol]{m}}

\newcommand\Diff{\glsref[Diff_symbol]{\Delta}}
\newcommand\ip[1]{\glsref[ip_symbol]{\langle #1 \rangle_{U^3(G)}}}
\newcommand\unorm[1]{\glsref[unorm_symbol]{\|#1\|_{U^3(G)}}}
