Commit 87e74b01 by Ralf Jung

### wording

parent c2a00849
 ... @@ -36,7 +36,7 @@ ... @@ -36,7 +36,7 @@ \ralf{Copy the rest of the explanation from the paper, when that one is more polished.} \ralf{Copy the rest of the explanation from the paper, when that one is more polished.} \paragraph{The division operation $\mdiv$.} \paragraph{The division operator $\mdiv$.} One way to describe $\mdiv$ is to say that it extracts the witness from the extension order: If $\melt \leq \meltB$, then $\melt \mdiv \meltB$ computes the difference between the two elements (\ruleref{cmra-div-op}). One way to describe $\mdiv$ is to say that it extracts the witness from the extension order: If $\melt \leq \meltB$, then $\melt \mdiv \meltB$ computes the difference between the two elements (\ruleref{cmra-div-op}). Otherwise, $\mdiv$ can have arbitrary behavior. Otherwise, $\mdiv$ can have arbitrary behavior. This means that, in classical logic, the division operator can be defined for any PCM using the axiom of choice, and it will trivially satisfy \ruleref{cmra-div-op}. This means that, in classical logic, the division operator can be defined for any PCM using the axiom of choice, and it will trivially satisfy \ruleref{cmra-div-op}. ... ...
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