The bear is green. Cold people are young. If the bear is green then the bear is young. All blue people are big. If someone is young and not cold then they are big. If the bear is big then the bear is green. If someone is young then they are blue.
The bear is green.
("bear" "is" "green" "+")
Cold people are young.
((("someone" "is" "cold" "+")) -> ("someone" "is" "young" "+"))
If the bear is green then the bear is young.
((("bear" "is" "green" "+")) -> ("bear" "is" "young" "+"))
All blue people are big.
((("someone" "is" "blue" "+")) -> ("someone" "is" "big" "+"))
If someone is young and not cold then they are big.
((("someone" "is" "young" "+") ("someone" "is" "cold" "~")) -> ("someone" "is" "big" "+"))
If the bear is big then the bear is green.
((("bear" "is" "big" "+")) -> ("bear" "is" "green" "+"))
If someone is young then they are blue.
((("someone" "is" "young" "+")) -> ("someone" "is" "blue" "+"))
The bear is green.
True
1
proof
[(triple1)]
("bear" "is" "green" "+")
triple1
The bear is not green.
False
1
inv-proof
[(triple1)]
("bear" "is" "green" "-")
triple1
The bear is young.
True
2
proof
[(((triple1) -> rule2))]
("bear" "is" "young" "+")
((triple1) -> (rule2 % int1))
The bear is young.
("bear" "is" "young" "+")
int1
The bear is not young.
False
2
inv-proof
[(((triple1) -> rule2))]
("bear" "is" "young" "-")
((triple1) -> (rule2 % int1))
The bear is young.
("bear" "is" "young" "+")
int1
The bear is blue.
True
3
proof
[(((((triple1) -> rule2)) -> rule6))]
("bear" "is" "blue" "+")
((((triple1) -> (rule2 % int2))) -> (rule6 % int1))
The bear is blue.
("bear" "is" "blue" "+")
int1
The bear is young.
("bear" "is" "young" "+")
int2
The bear is not blue.
False
3
inv-proof
[(((((triple1) -> rule2)) -> rule6))]
("bear" "is" "blue" "-")
((((triple1) -> (rule2 % int2))) -> (rule6 % int1))
The bear is blue.
("bear" "is" "blue" "+")
int1
The bear is young.
("bear" "is" "young" "+")
int2
The bear is big.
True
4
proof
[(((((((triple1) -> rule2)) -> rule6)) -> rule3))]
("bear" "is" "big" "+")
((((((triple1) -> (rule2 % int3))) -> (rule6 % int2))) -> (rule3 % int1))
The bear is big.
("bear" "is" "big" "+")
int1
The bear is blue.
("bear" "is" "blue" "+")
int2
The bear is young.
("bear" "is" "young" "+")
int3
The bear is not big.
False
4
inv-proof
[(((((((triple1) -> rule2)) -> rule6)) -> rule3))]
("bear" "is" "big" "-")
((((((triple1) -> (rule2 % int3))) -> (rule6 % int2))) -> (rule3 % int1))
The bear is big.
("bear" "is" "big" "+")
int1
The bear is blue.
("bear" "is" "blue" "+")
int2
The bear is young.
("bear" "is" "young" "+")
int3
The bear does not need the bear.
Unknown
inv-random
[@0: The bear needs the bear.[CWA. Example of deepest failure = (FAIL)]]
("bear" "needs" "bear" "-")
The bear is cold.
Unknown
random
[@0: The bear is cold.[CWA. Example of deepest failure = (FAIL)]]
("bear" "is" "cold" "+")
The bear does not like the bear.
Unknown
inv-random
[@0: The bear likes the bear.[CWA. Example of deepest failure = (FAIL)]]
("bear" "likes" "bear" "-")
The bear visits the bear.
Unknown
random
[@0: The bear visits the bear.[CWA. Example of deepest failure = (FAIL)]]
("bear" "visits" "bear" "+")
@0: The bear is green.[(triple1)] @1: The bear is young.[(((triple1) -> rule2))] @2: The bear is blue.[(((((triple1) -> rule2)) -> rule6))] @3: The bear is big.[(((((((triple1) -> rule2)) -> rule6)) -> rule3))]
The bear is green.
("bear" "is" "green" "+")
triple1
The bear is young.
("bear" "is" "young" "+")
((triple1) -> (rule2 % int1))
The bear is young.
("bear" "is" "young" "+")
int1
The bear is blue.
("bear" "is" "blue" "+")
((((triple1) -> (rule2 % int2))) -> (rule6 % int1))
The bear is blue.
("bear" "is" "blue" "+")
int1
The bear is young.
("bear" "is" "young" "+")
int2
The bear is big.
("bear" "is" "big" "+")
((((((triple1) -> (rule2 % int3))) -> (rule6 % int2))) -> (rule3 % int1))
The bear is big.
("bear" "is" "big" "+")
int1
The bear is blue.
("bear" "is" "blue" "+")
int2
The bear is young.
("bear" "is" "young" "+")
int3