0.63/0.64	MAYBE
0.63/0.65	Input TRS:
0.63/0.65	    1: top(ok(U(x,y))) -> top(check(D(x,y)))
0.63/0.65	    2: D(x,B()) -> U(x,B())
0.63/0.65	    3: F(x,U(O(y),z)) -> U(x,F(y,z))
0.63/0.65	    4: F(x,U(N(y),z)) -> U(x,F(y,z))
0.63/0.65	    5: D(O(x),F(y,z)) -> F(x,D(y,z))
0.63/0.65	    6: D(N(x),F(y,z)) -> F(x,D(y,z))
0.63/0.65	    7: F(x,U(E(),y)) -> U(x,F(E(),y))
0.63/0.65	    8: D(E(),F(x,y)) -> F(E(),D(x,y))
0.63/0.65	    9: U(O(x),y) ->= U(x,y)
0.63/0.65	    10: U(N(x),y) ->= U(x,y)
0.63/0.65	    11: D(O(x),y) ->= D(x,y)
0.63/0.65	    12: D(N(x),y) ->= D(x,y)
0.63/0.65	    13: E() ->= N(E())
0.63/0.65	    14: check(O(x)) ->= ok(O(x))
0.63/0.65	    15: check(U(x,y)) ->= U(check(x),y)
0.63/0.65	    16: check(U(x,y)) ->= U(x,check(y))
0.63/0.65	    17: check(D(x,y)) ->= D(check(x),y)
0.63/0.65	    18: check(D(x,y)) ->= D(x,check(y))
0.63/0.65	    19: check(F(x,y)) ->= F(check(x),y)
0.63/0.65	    20: check(F(x,y)) ->= F(x,check(y))
0.63/0.65	    21: check(O(x)) ->= O(check(x))
0.63/0.65	    22: check(N(x)) ->= N(check(x))
0.63/0.65	    23: U(ok(x),y) ->= ok(U(x,y))
0.63/0.65	    24: U(x,ok(y)) ->= ok(U(x,y))
0.63/0.65	    25: D(ok(x),y) ->= ok(D(x,y))
0.63/0.65	    26: D(x,ok(y)) ->= ok(D(x,y))
0.63/0.65	    27: F(ok(x),y) ->= ok(F(x,y))
0.63/0.65	    28: F(x,ok(y)) ->= ok(F(x,y))
0.63/0.65	    29: O(ok(x)) ->= ok(O(x))
0.63/0.65	    30: N(ok(x)) ->= ok(N(x))
0.63/0.65	Number of strict rules: 8
0.63/0.65	Direct POLO(bPol) ... removes: 3 5 11 9
0.63/0.65	      F 	w: x1 + x2 + 1
0.63/0.65	      top	w: x1
0.63/0.65	      E 	w: 1
0.63/0.65	      D 	w: x1 + x2 + 1
0.63/0.65	      O 	w: x1 + 1
0.63/0.65	      B 	w: 1
0.63/0.65	      check	w: x1 + 2
0.63/0.65	      ok	w: x1 + 2
0.63/0.65	      N 	w: x1
0.63/0.65	      U 	w: x1 + x2 + 1
0.63/0.65	Number of strict rules: 6
0.63/0.65	Direct POLO(bPol) ... failed.
0.63/0.65	Uncurrying ... failed.
0.63/0.65	Dependency Pairs:
0.63/0.65	   #1: #D(N(x),F(y,z)) -> #F(x,D(y,z))
0.63/0.65	   #2: #D(N(x),F(y,z)) -> #D(y,z)
0.63/0.65	   #3: #D(N(x),y) ->? #D(x,y)
0.63/0.65	   #4: #D(ok(x),y) ->? #D(x,y)
0.63/0.65	   #5: #check(F(x,y)) ->? #F(x,check(y))
0.63/0.65	   #6: #check(F(x,y)) ->? #check(y)
0.63/0.65	   #7: #F(x,U(E(),y)) -> #F(E(),y)
0.63/0.65	   #8: #F(x,ok(y)) ->? #F(x,y)
0.63/0.65	   #9: #check(N(x)) ->? #check(x)
0.63/0.65	   #10: #F(ok(x),y) ->? #F(x,y)
0.63/0.65	   #11: #check(D(x,y)) ->? #D(check(x),y)
0.63/0.65	   #12: #check(D(x,y)) ->? #check(x)
0.63/0.65	   #13: #check(F(x,y)) ->? #F(check(x),y)
0.63/0.65	   #14: #check(F(x,y)) ->? #check(x)
0.63/0.65	   #15: #D(x,ok(y)) ->? #D(x,y)
0.63/0.65	   #16: #check(O(x)) ->? #check(x)
0.63/0.65	   #17: #check(U(x,y)) ->? #check(y)
0.63/0.65	   #18: #top(ok(U(x,y))) -> #top(check(D(x,y)))
0.63/0.65	   #19: #top(ok(U(x,y))) -> #check(D(x,y))
0.63/0.65	   #20: #top(ok(U(x,y))) -> #D(x,y)
0.63/0.65	   #21: #D(E(),F(x,y)) -> #F(E(),D(x,y))
0.63/0.65	   #22: #D(E(),F(x,y)) -> #D(x,y)
0.63/0.65	   #23: #check(U(x,y)) ->? #check(x)
0.63/0.65	   #24: #F(x,U(N(y),z)) -> #F(y,z)
0.63/0.65	   #25: #check(D(x,y)) ->? #D(x,check(y))
0.63/0.65	   #26: #check(D(x,y)) ->? #check(y)
0.63/0.65	Number of SCCs: 4, DPs: 18
0.63/0.65	  SCC { #18 }
0.63/0.65	POLO(Sum)... POLO(max)... QLPOS... POLO(mSum)... QWPOpS(mSum)... Mat2b... failed.
0.63/0.65	Finding a loop...  failed.
0.63/0.65	EOF