leancheck-0.8.0: test/diff/tiers-4cases-Nat3-Nat3.out

map length (tiers :: [[ Nat3->Nat3 ]])  =  [1,3,6,7,6,3,1]

length (list :: [ Nat3->Nat3 ])  =  Infinity

allUnique (list :: [ Nat3->Nat3 ])  =  True

ratioRepetitions (list :: [ Nat3->Nat3 ])  =  0 % 1

tiers :: [Nat3->Nat3]  =
  [ [\_ -> 0]
  , [ \x -> case x of 2 -> 1; _ -> 0
    , \x -> case x of 1 -> 1; _ -> 0
    , \x -> case x of 0 -> 1; _ -> 0
    ]
  , [ \x -> case x of 2 -> 2; _ -> 0
    , \x -> case x of 0 -> 0; _ -> 1
    , \x -> case x of 1 -> 2; _ -> 0
    , \x -> case x of 1 -> 0; _ -> 1
    , \x -> case x of 2 -> 0; _ -> 1
    , \x -> case x of 0 -> 2; _ -> 0
    ]
  , [ \x -> case x of 0 -> 0; 1 -> 1; 2 -> 2
    , \x -> case x of 0 -> 0; 1 -> 2; 2 -> 1
    , \x -> case x of 0 -> 1; 1 -> 0; 2 -> 2
    , \_ -> 1
    , \x -> case x of 0 -> 1; 1 -> 2; 2 -> 0
    , \x -> case x of 0 -> 2; 1 -> 0; 2 -> 1
    , \x -> case x of 0 -> 2; 1 -> 1; 2 -> 0
    ]
  , [ \x -> case x of 0 -> 0; _ -> 2
    , \x -> case x of 2 -> 2; _ -> 1
    , \x -> case x of 1 -> 2; _ -> 1
    , \x -> case x of 1 -> 0; _ -> 2
    , \x -> case x of 0 -> 2; _ -> 1
    , \x -> case x of 2 -> 0; _ -> 2
    ]
  , [ \x -> case x of 0 -> 1; _ -> 2
    , \x -> case x of 1 -> 1; _ -> 2
    , \x -> case x of 2 -> 1; _ -> 2
    ]
  , [\_ -> 2]
  ]