YES LCTRS Theories Core, Ints Signature max: (Int, Int) -> Int Rules max(?12, ?13) -> max(?13, ?12) max(?14, ?15) -> ?14 [>=(?14, ?15)] max(?16, ?17) -> ?17 [>=(?17, ?16)] Confluent by Almost Development Closedness with proof: * Critical Pair Inner Rule max(?14', ?15') -> ?14' [>=(?14', ?15')] Outer Rule max(?12", ?13") -> max(?13", ?12") Pair ?12" ≈ max(?13", ?12") [>=(?12", ?13")] which reaches the trivial constrained equation ?12" ≈ max(?13", ?12") [>=(?12", ?13")] -o-> ?12" ≈ max(?13", ?12") [>=(?12", ?13")] -o-> ?12" ≈ ?12" [>=(?12", ?13")] * Critical Pair Inner Rule max(?16', ?17') -> ?17' [>=(?17', ?16')] Outer Rule max(?12", ?13") -> max(?13", ?12") Pair ?13" ≈ max(?13", ?12") [>=(?13", ?12")] which reaches the trivial constrained equation ?13" ≈ max(?13", ?12") [>=(?13", ?12")] -o-> ?13" ≈ max(?13", ?12") [>=(?13", ?12")] -o-> ?13" ≈ ?13" [>=(?13", ?12")] * Critical Pair Inner Rule max(?12', ?13') -> max(?13', ?12') Outer Rule max(?14", ?15") -> ?14" [>=(?14", ?15")] Pair max(?15", ?14") ≈ ?14" [>=(?14", ?15")] which reaches the trivial constrained equation max(?15", ?14") ≈ ?14" [>=(?14", ?15")] -o-> ?14" ≈ ?14" [>=(?14", ?15")] -o-> ?14" ≈ ?14" [>=(?14", ?15")] * Critical Pair Inner Rule max(?16', ?17') -> ?17' [>=(?17', ?16')] Outer Rule max(?14", ?15") -> ?14" [>=(?14", ?15")] Pair ?15" ≈ ?14" [>=(?15", ?14"), >=(?14", ?15")] which reaches the trivial constrained equation ?15" ≈ ?14" [>=(?15", ?14"), >=(?14", ?15")] -o-> ?15" ≈ ?14" [>=(?15", ?14"), >=(?14", ?15")] -o-> ?15" ≈ ?14" [>=(?15", ?14"), >=(?14", ?15")] * Critical Pair Inner Rule max(?12', ?13') -> max(?13', ?12') Outer Rule max(?16", ?17") -> ?17" [>=(?17", ?16")] Pair max(?17", ?16") ≈ ?17" [>=(?17", ?16")] which reaches the trivial constrained equation max(?17", ?16") ≈ ?17" [>=(?17", ?16")] -o-> ?17" ≈ ?17" [>=(?17", ?16")] -o-> ?17" ≈ ?17" [>=(?17", ?16")] * Critical Pair Inner Rule max(?14', ?15') -> ?14' [>=(?14', ?15')] Outer Rule max(?16", ?17") -> ?17" [>=(?17", ?16")] Pair ?16" ≈ ?17" [>=(?16", ?17"), >=(?17", ?16")] which reaches the trivial constrained equation ?16" ≈ ?17" [>=(?16", ?17"), >=(?17", ?16")] -o-> ?16" ≈ ?17" [>=(?16", ?17"), >=(?17", ?16")] -o-> ?16" ≈ ?17" [>=(?16", ?17"), >=(?17", ?16")] Elapsed Time: 107.05 ms