equal
deleted
inserted
replaced
1582 |
1582 |
1583 %\nn{need to finish explaining why we have a system of fields; |
1583 %\nn{need to finish explaining why we have a system of fields; |
1584 %define $k$-cat $\cC(\cdot\times W)$} |
1584 %define $k$-cat $\cC(\cdot\times W)$} |
1585 |
1585 |
1586 \subsection{Modules} |
1586 \subsection{Modules} |
1587 |
1587 \label{sec:modules} |
1588 Next we define ordinary and $A_\infty$ disk-like $n$-category modules. |
1588 Next we define ordinary and $A_\infty$ disk-like $n$-category modules. |
1589 The definition will be very similar to that of disk-like $n$-categories, |
1589 The definition will be very similar to that of disk-like $n$-categories, |
1590 but with $k$-balls replaced by {\it marked $k$-balls,} defined below. |
1590 but with $k$-balls replaced by {\it marked $k$-balls,} defined below. |
1591 |
1591 |
1592 Our motivating example comes from an $(m{-}n{+}1)$-dimensional manifold $W$ with boundary |
1592 Our motivating example comes from an $(m{-}n{+}1)$-dimensional manifold $W$ with boundary |