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

\newcommand\KK{\glshyperlink[\mathbb{K}]{K_notation}}
\renewcommand\AA{\glshyperlink[\mathbb{A}]{A_notation}}
\newcommand\Z{\glshyperlink[Z]{Z_notation}}
\newcommand\polyA{\glshyperlink[A]{polyA_notation}}

\newcommand\I{\glshyperlink[I]{polyideal_notation}}
\newcommand\cdotset{\glshyperlink[\cdot]{cdotset_notation}}
\newcommand\sqrtideal[1]{\glshyperlink[\sqrt{#1}]{radicalideal_notation}}

\def\cring#1(#2){\glshyperlink[#1(#2)]{cring_notation}}
\newcommand\OX{\glshyperlink[\mathcal{O}]{OX_notation}}

\newcommand\K{\glshyperlink[K]{KX_notation}}
\newcommand\sh[1]{\glshyperlink[#1^\#]{sh_notation}}

\newcommand\Kalgebra[1]{\glshyperlink[$#1$-algebra]{algebra}}

\renewcommand\P{\glshyperlink[\PP]{P_notation}}
\newcommand\PZ{\glshyperlink[Z]{PZ_notation}}
\newcommand\IZ{\glshyperlink[Z]{IZ_notation}}

\newcommand\ratmap{\glshyperlink[\dashrightarrow]{ratmap_notation}}

\newcommand\gK{\glshyperlink[K]{gKX_notation}}
\newcommand\gsh[1]{\glshyperlink[#1^\#]{gsh_notation}}
\newcommand\tspace{\glshyperlink[T]{tspace_notation}}
\newcommand\dimX{\glshyperlink[\dim]{avdim_notation}}

\newcommand\varphip{\glshyperlink[\varphi]{varphip_notation}}
\DeclareMathOperator{\Derinternal}{Der}
\newcommand\Der{\glshyperlink[\Derinternal]{Der_notation}}
\newcommand\OXp{\glshyperlink[\mathcal{O}]{OXp_notation}}

\newcommand\zspace{\glshyperlink[T]{zspace_notation}}
\DeclareMathOperator{\Trdeg}{Trdeg}
\DeclareMathOperator{\Divinternal}{Div}
\newcommand\Div{\glshyperlink[\Divinternal]{Div_notation}}
\DeclareMathOperator{\Prininternal}{Prin}
\newcommand\Prin{\glshyperlink[\Prininternal]{Prin_notation}}
\DeclareMathOperator{\Clinternal}{Cl}
\newcommand\Cl{\glshyperlink[\Clinternal]{Cl_notation}}

\newcommand\nuf{\glshyperlink[\nu]{nu_notation}}
\def\divzp(#1){\glshyperlink[(#1)]{divzp_notation}}

\newcommand\LD{\glshyperlink[\mathcal{L}]{effvs_notation}}
\def\dbar|#1|{\glshyperlink[|#1|]{Dbar_notation}}
\newcommand\fstar[1]{\glshyperlink[#1^*]{fstar_notation}}

\DeclareMathOperator{\Suppinternal}{Supp}
\newcommand\Supp{\glshyperlink[\Suppinternal]{supp_notation}}

\newcommand\rOmega{\glshyperlink[\Omega]{rOmega_notation}}
\DeclareMathOperator{\rdivinternal}{div}
\newcommand\rdiv{\glshyperlink[\rdivinternal]{rdiv_notation}}

\newcommand\KC{\glshyperlink[K_C]{KC_notation}}