Portability | portable |
---|---|
Maintainer | Simon Meier <iridcode@gmail.com> |
Safe Haskell | None |
Computate the loop-breakers in the premise-conclusion graph of a set of multiset rewriting rules.
Computing loop breakers for solving premises
:: Ord a | |
=> (a -> [(PremIdx, LNFact)]) | Enumerate premises |
-> (a -> [(ConcIdx, LNFact)]) | Enumerate conclusions |
-> (a -> [LNSubstVFresh]) | Enumerate variants |
-> ([PremIdx] -> a -> a) | Add annotation |
-> [a] | Original rules |
-> WithMaude ([a], Relation (a, PremIdx), [(a, PremIdx)]) | Annotated rules and the premise solving relation |
Replace all loop-breaker information with loop-breakers computed
automatically from the dataflow relation dataflowRelAC
.