@@ -174,7 +174,7 @@ The purpose of this section is to describe how we solve these issues.
...
@@ -174,7 +174,7 @@ The purpose of this section is to describe how we solve these issues.
\paragraph{Picking the resources.}
\paragraph{Picking the resources.}
The key ingredient that we will employ on top of the base logic is to give some more fixed structure to the resources.
The key ingredient that we will employ on top of the base logic is to give some more fixed structure to the resources.
To instantiate the logic with dynamic higher-order ghost state, the user picks a family of locally contractive bifunctors $(\iFunc_i : \OFEs^\op\times\OFEs\to\CMRAs)_{i \in\mathcal{I}}$.
To instantiate the logic with dynamic higher-order ghost state, the user picks a family of locally contractive bifunctors $(\iFunc_i : \COFEs^\op\times\COFEs\to\CMRAs)_{i \in\mathcal{I}}$.
(This is in contrast to the base logic, where the user picks a single, fixed camera that has a unit.)
(This is in contrast to the base logic, where the user picks a single, fixed camera that has a unit.)
From this, we construct the bifunctor defining the overall resources as follows:
From this, we construct the bifunctor defining the overall resources as follows:
