Termination w.r.t. Q of the following Term Rewriting System could not be shown:
Q restricted rewrite system:
The TRS R consists of the following rules:
sortSu1(circ2(sortSu1(cons2(te1(a), sortSu1(s))), sortSu1(t))) -> sortSu1(cons2(te1(msubst2(te1(a), sortSu1(t))), sortSu1(circ2(sortSu1(s), sortSu1(t)))))
sortSu1(circ2(sortSu1(cons2(sop1(lift), sortSu1(s))), sortSu1(cons2(te1(a), sortSu1(t))))) -> sortSu1(cons2(te1(a), sortSu1(circ2(sortSu1(s), sortSu1(t)))))
sortSu1(circ2(sortSu1(cons2(sop1(lift), sortSu1(s))), sortSu1(cons2(sop1(lift), sortSu1(t))))) -> sortSu1(cons2(sop1(lift), sortSu1(circ2(sortSu1(s), sortSu1(t)))))
sortSu1(circ2(sortSu1(circ2(sortSu1(s), sortSu1(t))), sortSu1(u))) -> sortSu1(circ2(sortSu1(s), sortSu1(circ2(sortSu1(t), sortSu1(u)))))
sortSu1(circ2(sortSu1(s), sortSu1(id))) -> sortSu1(s)
sortSu1(circ2(sortSu1(id), sortSu1(s))) -> sortSu1(s)
sortSu1(circ2(sortSu1(cons2(sop1(lift), sortSu1(s))), sortSu1(circ2(sortSu1(cons2(sop1(lift), sortSu1(t))), sortSu1(u))))) -> sortSu1(circ2(sortSu1(cons2(sop1(lift), sortSu1(circ2(sortSu1(s), sortSu1(t))))), sortSu1(u)))
te1(subst2(te1(a), sortSu1(id))) -> te1(a)
te1(msubst2(te1(a), sortSu1(id))) -> te1(a)
te1(msubst2(te1(msubst2(te1(a), sortSu1(s))), sortSu1(t))) -> te1(msubst2(te1(a), sortSu1(circ2(sortSu1(s), sortSu1(t)))))
Q is empty.
↳ QTRS
↳ DependencyPairsProof
Q restricted rewrite system:
The TRS R consists of the following rules:
sortSu1(circ2(sortSu1(cons2(te1(a), sortSu1(s))), sortSu1(t))) -> sortSu1(cons2(te1(msubst2(te1(a), sortSu1(t))), sortSu1(circ2(sortSu1(s), sortSu1(t)))))
sortSu1(circ2(sortSu1(cons2(sop1(lift), sortSu1(s))), sortSu1(cons2(te1(a), sortSu1(t))))) -> sortSu1(cons2(te1(a), sortSu1(circ2(sortSu1(s), sortSu1(t)))))
sortSu1(circ2(sortSu1(cons2(sop1(lift), sortSu1(s))), sortSu1(cons2(sop1(lift), sortSu1(t))))) -> sortSu1(cons2(sop1(lift), sortSu1(circ2(sortSu1(s), sortSu1(t)))))
sortSu1(circ2(sortSu1(circ2(sortSu1(s), sortSu1(t))), sortSu1(u))) -> sortSu1(circ2(sortSu1(s), sortSu1(circ2(sortSu1(t), sortSu1(u)))))
sortSu1(circ2(sortSu1(s), sortSu1(id))) -> sortSu1(s)
sortSu1(circ2(sortSu1(id), sortSu1(s))) -> sortSu1(s)
sortSu1(circ2(sortSu1(cons2(sop1(lift), sortSu1(s))), sortSu1(circ2(sortSu1(cons2(sop1(lift), sortSu1(t))), sortSu1(u))))) -> sortSu1(circ2(sortSu1(cons2(sop1(lift), sortSu1(circ2(sortSu1(s), sortSu1(t))))), sortSu1(u)))
te1(subst2(te1(a), sortSu1(id))) -> te1(a)
te1(msubst2(te1(a), sortSu1(id))) -> te1(a)
te1(msubst2(te1(msubst2(te1(a), sortSu1(s))), sortSu1(t))) -> te1(msubst2(te1(a), sortSu1(circ2(sortSu1(s), sortSu1(t)))))
Q is empty.
Q DP problem:
The TRS P consists of the following rules:
SORTSU1(circ2(sortSu1(circ2(sortSu1(s), sortSu1(t))), sortSu1(u))) -> SORTSU1(circ2(sortSu1(t), sortSu1(u)))
SORTSU1(circ2(sortSu1(cons2(sop1(lift), sortSu1(s))), sortSu1(circ2(sortSu1(cons2(sop1(lift), sortSu1(t))), sortSu1(u))))) -> SORTSU1(circ2(sortSu1(cons2(sop1(lift), sortSu1(circ2(sortSu1(s), sortSu1(t))))), sortSu1(u)))
SORTSU1(circ2(sortSu1(cons2(te1(a), sortSu1(s))), sortSu1(t))) -> TE1(msubst2(te1(a), sortSu1(t)))
SORTSU1(circ2(sortSu1(cons2(sop1(lift), sortSu1(s))), sortSu1(cons2(te1(a), sortSu1(t))))) -> SORTSU1(cons2(te1(a), sortSu1(circ2(sortSu1(s), sortSu1(t)))))
SORTSU1(circ2(sortSu1(cons2(sop1(lift), sortSu1(s))), sortSu1(circ2(sortSu1(cons2(sop1(lift), sortSu1(t))), sortSu1(u))))) -> SORTSU1(cons2(sop1(lift), sortSu1(circ2(sortSu1(s), sortSu1(t)))))
TE1(msubst2(te1(msubst2(te1(a), sortSu1(s))), sortSu1(t))) -> TE1(msubst2(te1(a), sortSu1(circ2(sortSu1(s), sortSu1(t)))))
SORTSU1(circ2(sortSu1(cons2(sop1(lift), sortSu1(s))), sortSu1(cons2(sop1(lift), sortSu1(t))))) -> SORTSU1(circ2(sortSu1(s), sortSu1(t)))
SORTSU1(circ2(sortSu1(circ2(sortSu1(s), sortSu1(t))), sortSu1(u))) -> SORTSU1(circ2(sortSu1(s), sortSu1(circ2(sortSu1(t), sortSu1(u)))))
TE1(msubst2(te1(msubst2(te1(a), sortSu1(s))), sortSu1(t))) -> SORTSU1(circ2(sortSu1(s), sortSu1(t)))
SORTSU1(circ2(sortSu1(cons2(te1(a), sortSu1(s))), sortSu1(t))) -> SORTSU1(cons2(te1(msubst2(te1(a), sortSu1(t))), sortSu1(circ2(sortSu1(s), sortSu1(t)))))
SORTSU1(circ2(sortSu1(cons2(sop1(lift), sortSu1(s))), sortSu1(circ2(sortSu1(cons2(sop1(lift), sortSu1(t))), sortSu1(u))))) -> SORTSU1(circ2(sortSu1(s), sortSu1(t)))
SORTSU1(circ2(sortSu1(cons2(sop1(lift), sortSu1(s))), sortSu1(cons2(sop1(lift), sortSu1(t))))) -> SORTSU1(cons2(sop1(lift), sortSu1(circ2(sortSu1(s), sortSu1(t)))))
SORTSU1(circ2(sortSu1(cons2(te1(a), sortSu1(s))), sortSu1(t))) -> SORTSU1(circ2(sortSu1(s), sortSu1(t)))
SORTSU1(circ2(sortSu1(cons2(sop1(lift), sortSu1(s))), sortSu1(cons2(te1(a), sortSu1(t))))) -> SORTSU1(circ2(sortSu1(s), sortSu1(t)))
The TRS R consists of the following rules:
sortSu1(circ2(sortSu1(cons2(te1(a), sortSu1(s))), sortSu1(t))) -> sortSu1(cons2(te1(msubst2(te1(a), sortSu1(t))), sortSu1(circ2(sortSu1(s), sortSu1(t)))))
sortSu1(circ2(sortSu1(cons2(sop1(lift), sortSu1(s))), sortSu1(cons2(te1(a), sortSu1(t))))) -> sortSu1(cons2(te1(a), sortSu1(circ2(sortSu1(s), sortSu1(t)))))
sortSu1(circ2(sortSu1(cons2(sop1(lift), sortSu1(s))), sortSu1(cons2(sop1(lift), sortSu1(t))))) -> sortSu1(cons2(sop1(lift), sortSu1(circ2(sortSu1(s), sortSu1(t)))))
sortSu1(circ2(sortSu1(circ2(sortSu1(s), sortSu1(t))), sortSu1(u))) -> sortSu1(circ2(sortSu1(s), sortSu1(circ2(sortSu1(t), sortSu1(u)))))
sortSu1(circ2(sortSu1(s), sortSu1(id))) -> sortSu1(s)
sortSu1(circ2(sortSu1(id), sortSu1(s))) -> sortSu1(s)
sortSu1(circ2(sortSu1(cons2(sop1(lift), sortSu1(s))), sortSu1(circ2(sortSu1(cons2(sop1(lift), sortSu1(t))), sortSu1(u))))) -> sortSu1(circ2(sortSu1(cons2(sop1(lift), sortSu1(circ2(sortSu1(s), sortSu1(t))))), sortSu1(u)))
te1(subst2(te1(a), sortSu1(id))) -> te1(a)
te1(msubst2(te1(a), sortSu1(id))) -> te1(a)
te1(msubst2(te1(msubst2(te1(a), sortSu1(s))), sortSu1(t))) -> te1(msubst2(te1(a), sortSu1(circ2(sortSu1(s), sortSu1(t)))))
Q is empty.
We have to consider all minimal (P,Q,R)-chains.
↳ QTRS
↳ DependencyPairsProof
↳ QDP
↳ DependencyGraphProof
Q DP problem:
The TRS P consists of the following rules:
SORTSU1(circ2(sortSu1(circ2(sortSu1(s), sortSu1(t))), sortSu1(u))) -> SORTSU1(circ2(sortSu1(t), sortSu1(u)))
SORTSU1(circ2(sortSu1(cons2(sop1(lift), sortSu1(s))), sortSu1(circ2(sortSu1(cons2(sop1(lift), sortSu1(t))), sortSu1(u))))) -> SORTSU1(circ2(sortSu1(cons2(sop1(lift), sortSu1(circ2(sortSu1(s), sortSu1(t))))), sortSu1(u)))
SORTSU1(circ2(sortSu1(cons2(te1(a), sortSu1(s))), sortSu1(t))) -> TE1(msubst2(te1(a), sortSu1(t)))
SORTSU1(circ2(sortSu1(cons2(sop1(lift), sortSu1(s))), sortSu1(cons2(te1(a), sortSu1(t))))) -> SORTSU1(cons2(te1(a), sortSu1(circ2(sortSu1(s), sortSu1(t)))))
SORTSU1(circ2(sortSu1(cons2(sop1(lift), sortSu1(s))), sortSu1(circ2(sortSu1(cons2(sop1(lift), sortSu1(t))), sortSu1(u))))) -> SORTSU1(cons2(sop1(lift), sortSu1(circ2(sortSu1(s), sortSu1(t)))))
TE1(msubst2(te1(msubst2(te1(a), sortSu1(s))), sortSu1(t))) -> TE1(msubst2(te1(a), sortSu1(circ2(sortSu1(s), sortSu1(t)))))
SORTSU1(circ2(sortSu1(cons2(sop1(lift), sortSu1(s))), sortSu1(cons2(sop1(lift), sortSu1(t))))) -> SORTSU1(circ2(sortSu1(s), sortSu1(t)))
SORTSU1(circ2(sortSu1(circ2(sortSu1(s), sortSu1(t))), sortSu1(u))) -> SORTSU1(circ2(sortSu1(s), sortSu1(circ2(sortSu1(t), sortSu1(u)))))
TE1(msubst2(te1(msubst2(te1(a), sortSu1(s))), sortSu1(t))) -> SORTSU1(circ2(sortSu1(s), sortSu1(t)))
SORTSU1(circ2(sortSu1(cons2(te1(a), sortSu1(s))), sortSu1(t))) -> SORTSU1(cons2(te1(msubst2(te1(a), sortSu1(t))), sortSu1(circ2(sortSu1(s), sortSu1(t)))))
SORTSU1(circ2(sortSu1(cons2(sop1(lift), sortSu1(s))), sortSu1(circ2(sortSu1(cons2(sop1(lift), sortSu1(t))), sortSu1(u))))) -> SORTSU1(circ2(sortSu1(s), sortSu1(t)))
SORTSU1(circ2(sortSu1(cons2(sop1(lift), sortSu1(s))), sortSu1(cons2(sop1(lift), sortSu1(t))))) -> SORTSU1(cons2(sop1(lift), sortSu1(circ2(sortSu1(s), sortSu1(t)))))
SORTSU1(circ2(sortSu1(cons2(te1(a), sortSu1(s))), sortSu1(t))) -> SORTSU1(circ2(sortSu1(s), sortSu1(t)))
SORTSU1(circ2(sortSu1(cons2(sop1(lift), sortSu1(s))), sortSu1(cons2(te1(a), sortSu1(t))))) -> SORTSU1(circ2(sortSu1(s), sortSu1(t)))
The TRS R consists of the following rules:
sortSu1(circ2(sortSu1(cons2(te1(a), sortSu1(s))), sortSu1(t))) -> sortSu1(cons2(te1(msubst2(te1(a), sortSu1(t))), sortSu1(circ2(sortSu1(s), sortSu1(t)))))
sortSu1(circ2(sortSu1(cons2(sop1(lift), sortSu1(s))), sortSu1(cons2(te1(a), sortSu1(t))))) -> sortSu1(cons2(te1(a), sortSu1(circ2(sortSu1(s), sortSu1(t)))))
sortSu1(circ2(sortSu1(cons2(sop1(lift), sortSu1(s))), sortSu1(cons2(sop1(lift), sortSu1(t))))) -> sortSu1(cons2(sop1(lift), sortSu1(circ2(sortSu1(s), sortSu1(t)))))
sortSu1(circ2(sortSu1(circ2(sortSu1(s), sortSu1(t))), sortSu1(u))) -> sortSu1(circ2(sortSu1(s), sortSu1(circ2(sortSu1(t), sortSu1(u)))))
sortSu1(circ2(sortSu1(s), sortSu1(id))) -> sortSu1(s)
sortSu1(circ2(sortSu1(id), sortSu1(s))) -> sortSu1(s)
sortSu1(circ2(sortSu1(cons2(sop1(lift), sortSu1(s))), sortSu1(circ2(sortSu1(cons2(sop1(lift), sortSu1(t))), sortSu1(u))))) -> sortSu1(circ2(sortSu1(cons2(sop1(lift), sortSu1(circ2(sortSu1(s), sortSu1(t))))), sortSu1(u)))
te1(subst2(te1(a), sortSu1(id))) -> te1(a)
te1(msubst2(te1(a), sortSu1(id))) -> te1(a)
te1(msubst2(te1(msubst2(te1(a), sortSu1(s))), sortSu1(t))) -> te1(msubst2(te1(a), sortSu1(circ2(sortSu1(s), sortSu1(t)))))
Q is empty.
We have to consider all minimal (P,Q,R)-chains.
The approximation of the Dependency Graph contains 1 SCC with 4 less nodes.
↳ QTRS
↳ DependencyPairsProof
↳ QDP
↳ DependencyGraphProof
↳ QDP
Q DP problem:
The TRS P consists of the following rules:
TE1(msubst2(te1(msubst2(te1(a), sortSu1(s))), sortSu1(t))) -> TE1(msubst2(te1(a), sortSu1(circ2(sortSu1(s), sortSu1(t)))))
SORTSU1(circ2(sortSu1(circ2(sortSu1(s), sortSu1(t))), sortSu1(u))) -> SORTSU1(circ2(sortSu1(s), sortSu1(circ2(sortSu1(t), sortSu1(u)))))
SORTSU1(circ2(sortSu1(cons2(sop1(lift), sortSu1(s))), sortSu1(cons2(sop1(lift), sortSu1(t))))) -> SORTSU1(circ2(sortSu1(s), sortSu1(t)))
SORTSU1(circ2(sortSu1(circ2(sortSu1(s), sortSu1(t))), sortSu1(u))) -> SORTSU1(circ2(sortSu1(t), sortSu1(u)))
TE1(msubst2(te1(msubst2(te1(a), sortSu1(s))), sortSu1(t))) -> SORTSU1(circ2(sortSu1(s), sortSu1(t)))
SORTSU1(circ2(sortSu1(cons2(sop1(lift), sortSu1(s))), sortSu1(circ2(sortSu1(cons2(sop1(lift), sortSu1(t))), sortSu1(u))))) -> SORTSU1(circ2(sortSu1(cons2(sop1(lift), sortSu1(circ2(sortSu1(s), sortSu1(t))))), sortSu1(u)))
SORTSU1(circ2(sortSu1(cons2(sop1(lift), sortSu1(s))), sortSu1(circ2(sortSu1(cons2(sop1(lift), sortSu1(t))), sortSu1(u))))) -> SORTSU1(circ2(sortSu1(s), sortSu1(t)))
SORTSU1(circ2(sortSu1(cons2(te1(a), sortSu1(s))), sortSu1(t))) -> TE1(msubst2(te1(a), sortSu1(t)))
SORTSU1(circ2(sortSu1(cons2(te1(a), sortSu1(s))), sortSu1(t))) -> SORTSU1(circ2(sortSu1(s), sortSu1(t)))
SORTSU1(circ2(sortSu1(cons2(sop1(lift), sortSu1(s))), sortSu1(cons2(te1(a), sortSu1(t))))) -> SORTSU1(circ2(sortSu1(s), sortSu1(t)))
The TRS R consists of the following rules:
sortSu1(circ2(sortSu1(cons2(te1(a), sortSu1(s))), sortSu1(t))) -> sortSu1(cons2(te1(msubst2(te1(a), sortSu1(t))), sortSu1(circ2(sortSu1(s), sortSu1(t)))))
sortSu1(circ2(sortSu1(cons2(sop1(lift), sortSu1(s))), sortSu1(cons2(te1(a), sortSu1(t))))) -> sortSu1(cons2(te1(a), sortSu1(circ2(sortSu1(s), sortSu1(t)))))
sortSu1(circ2(sortSu1(cons2(sop1(lift), sortSu1(s))), sortSu1(cons2(sop1(lift), sortSu1(t))))) -> sortSu1(cons2(sop1(lift), sortSu1(circ2(sortSu1(s), sortSu1(t)))))
sortSu1(circ2(sortSu1(circ2(sortSu1(s), sortSu1(t))), sortSu1(u))) -> sortSu1(circ2(sortSu1(s), sortSu1(circ2(sortSu1(t), sortSu1(u)))))
sortSu1(circ2(sortSu1(s), sortSu1(id))) -> sortSu1(s)
sortSu1(circ2(sortSu1(id), sortSu1(s))) -> sortSu1(s)
sortSu1(circ2(sortSu1(cons2(sop1(lift), sortSu1(s))), sortSu1(circ2(sortSu1(cons2(sop1(lift), sortSu1(t))), sortSu1(u))))) -> sortSu1(circ2(sortSu1(cons2(sop1(lift), sortSu1(circ2(sortSu1(s), sortSu1(t))))), sortSu1(u)))
te1(subst2(te1(a), sortSu1(id))) -> te1(a)
te1(msubst2(te1(a), sortSu1(id))) -> te1(a)
te1(msubst2(te1(msubst2(te1(a), sortSu1(s))), sortSu1(t))) -> te1(msubst2(te1(a), sortSu1(circ2(sortSu1(s), sortSu1(t)))))
Q is empty.
We have to consider all minimal (P,Q,R)-chains.