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hitachi-nlp

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proofwriter_processed_OWA

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Hitachi, Ltd. 16

{ "triple1": { "text": "Bob is red.", "representation": "(\"Bob\" \"is\" \"red\" \"+\")" }, "triple2": { "text": "Bob is kind.", "representation": "(\"Bob\" \"is\" \"kind\" \"+\")" }, "triple3": { "text": "Bob is green.", "representation": "(\"Bob\" \"is\" \"green\" \"+\")" }, "triple4": { "text": "Bob is cold.", "representation": "(\"Bob\" \"is\" \"cold\" \"+\")" }, "triple5": { "text": "Eric is kind.", "representation": "(\"Eric\" \"is\" \"kind\" \"+\")" }, "triple6": { "text": "Eric is green.", "representation": "(\"Eric\" \"is\" \"green\" \"+\")" }, "triple7": { "text": "Eric is cold.", "representation": "(\"Eric\" \"is\" \"cold\" \"+\")" }, "triple8": null, "triple9": null, "triple10": null, "triple11": null, "triple12": null }

{ "rule1": { "text": "If someone is rough and red then they are kind.", "representation": "(((\"someone\" \"is\" \"rough\" \"+\") (\"someone\" \"is\" \"red\" \"+\")) -> (\"someone\" \"is\" \"kind\" \"+\"))" }, "rule2": { "text": "If someone is green and nice and round then they are big.", "representation": "(((\"someone\" \"is\" \"green\" \"+\") (\"someone\" \"is\" \"nice\" \"+\") (\"someone\" \"is\" \"round\" \"+\")) -> (\"someone\" \"is\" \"big\" \"+\"))" }, "rule3": { "text": "If someone is red and round then they are blue.", "representation": "(((\"someone\" \"is\" \"red\" \"+\") (\"someone\" \"is\" \"round\" \"+\")) -> (\"someone\" \"is\" \"blue\" \"+\"))" }, "rule4": { "text": "If someone is red and green then they are young.", "representation": "(((\"someone\" \"is\" \"red\" \"+\") (\"someone\" \"is\" \"green\" \"+\")) -> (\"someone\" \"is\" \"young\" \"+\"))" }, "rule5": { "text": "If someone is cold and kind and young then they are round.", "representation": "(((\"someone\" \"is\" \"cold\" \"+\") (\"someone\" \"is\" \"kind\" \"+\") (\"someone\" \"is\" \"young\" \"+\")) -> (\"someone\" \"is\" \"round\" \"+\"))" }, "rule6": { "text": "If someone is nice and green and red then they are rough.", "representation": "(((\"someone\" \"is\" \"nice\" \"+\") (\"someone\" \"is\" \"green\" \"+\") (\"someone\" \"is\" \"red\" \"+\")) -> (\"someone\" \"is\" \"rough\" \"+\"))" }, "rule7": null }

{ "Q1": { "question": "Eric is cold.", "answer": "True", "QDep": 0, "QLen": "1", "strategy": "proof", "proofs": "[(triple7)]", "representation": "(\"Eric\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple7", "intermediates": [] } ] }, "Q2": { "question": "Eric is not kind.", "answer": "False", "QDep": 0, "QLen": "1", "strategy": "inv-proof", "proofs": "[(triple5)]", "representation": "(\"Eric\" \"is\" \"kind\" \"-\")", "proofsWithIntermediates": [ { "representation": "triple5", "intermediates": [] } ] }, "Q3": { "question": "Bob is young.", "answer": "True", "QDep": 1, "QLen": "3", "strategy": "proof", "proofs": "[(((triple1 triple3) -> rule4))]", "representation": "(\"Bob\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple1 triple3) -> (rule4 % int1))", "intermediates": [ { "text": "Bob is young.", "representation": "(\"Bob\" \"is\" \"young\" \"+\")", "id": "int1" } ] } ] }, "Q4": { "question": "Bob is not young.", "answer": "False", "QDep": 1, "QLen": "3", "strategy": "inv-proof", "proofs": "[(((triple1 triple3) -> rule4))]", "representation": "(\"Bob\" \"is\" \"young\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple1 triple3) -> (rule4 % int1))", "intermediates": [ { "text": "Bob is young.", "representation": "(\"Bob\" \"is\" \"young\" \"+\")", "id": "int1" } ] } ] }, "Q5": { "question": "Bob is round.", "answer": "True", "QDep": 2, "QLen": "6", "strategy": "proof", "proofs": "[(((triple4 triple2 ((triple1 triple3) -> rule4)) -> rule5))]", "representation": "(\"Bob\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple4 triple2 ((triple1 triple3) -> (rule4 % int2))) -> (rule5 % int1))", "intermediates": [ { "text": "Bob is round.", "representation": "(\"Bob\" \"is\" \"round\" \"+\")", "id": "int1" }, { "text": "Bob is young.", "representation": "(\"Bob\" \"is\" \"young\" \"+\")", "id": "int2" } ] } ] }, "Q6": { "question": "Bob is not round.", "answer": "False", "QDep": 2, "QLen": "6", "strategy": "inv-proof", "proofs": "[(((triple4 triple2 ((triple1 triple3) -> rule4)) -> rule5))]", "representation": "(\"Bob\" \"is\" \"round\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple4 triple2 ((triple1 triple3) -> (rule4 % int2))) -> (rule5 % int1))", "intermediates": [ { "text": "Bob is round.", "representation": "(\"Bob\" \"is\" \"round\" \"+\")", "id": "int1" }, { "text": "Bob is young.", "representation": "(\"Bob\" \"is\" \"young\" \"+\")", "id": "int2" } ] } ] }, "Q7": { "question": "Bob is blue.", "answer": "True", "QDep": 3, "QLen": "8", "strategy": "proof", "proofs": "[(((triple1 ((triple4 triple2 ((triple1 triple3) -> rule4)) -> rule5)) -> rule3))]", "representation": "(\"Bob\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple1 ((triple4 triple2 ((triple1 triple3) -> (rule4 % int3))) -> (rule5 % int2))) -> (rule3 % int1))", "intermediates": [ { "text": "Bob is blue.", "representation": "(\"Bob\" \"is\" \"blue\" \"+\")", "id": "int1" }, { "text": "Bob is round.", "representation": "(\"Bob\" \"is\" \"round\" \"+\")", "id": "int2" }, { "text": "Bob is young.", "representation": "(\"Bob\" \"is\" \"young\" \"+\")", "id": "int3" } ] } ] }, "Q8": { "question": "Bob is not blue.", "answer": "False", "QDep": 3, "QLen": "8", "strategy": "inv-proof", "proofs": "[(((triple1 ((triple4 triple2 ((triple1 triple3) -> rule4)) -> rule5)) -> rule3))]", "representation": "(\"Bob\" \"is\" \"blue\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple1 ((triple4 triple2 ((triple1 triple3) -> (rule4 % int3))) -> (rule5 % int2))) -> (rule3 % int1))", "intermediates": [ { "text": "Bob is blue.", "representation": "(\"Bob\" \"is\" \"blue\" \"+\")", "id": "int1" }, { "text": "Bob is round.", "representation": "(\"Bob\" \"is\" \"round\" \"+\")", "id": "int2" }, { "text": "Bob is young.", "representation": "(\"Bob\" \"is\" \"young\" \"+\")", "id": "int3" } ] } ] }, "Q9": { "question": "Harry is not rough.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Harry is rough.[CWA. Example of deepest failure = (rule6 <- FAIL)]]", "representation": "(\"Harry\" \"is\" \"rough\" \"-\")", "proofsWithIntermediates": null }, "Q10": { "question": "Bob is big.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "rconc", "proofs": "[@1: Bob is big.[CWA. Example of deepest failure = (rule2 <- FAIL)]]", "representation": "(\"Bob\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": null }, "Q11": { "question": "Alan is not round.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Alan is round.[CWA. Example of deepest failure = (rule5 <- FAIL)]]", "representation": "(\"Alan\" \"is\" \"round\" \"-\")", "proofsWithIntermediates": null }, "Q12": { "question": "Harry is blue.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "rconc", "proofs": "[@1: Harry is blue.[CWA. Example of deepest failure = (rule3 <- FAIL)]]", "representation": "(\"Harry\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": null }, "Q13": { "question": "Alan is not cold.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Alan is cold.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Alan\" \"is\" \"cold\" \"-\")" }, "Q14": { "question": "Harry is cold.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Harry is cold.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Harry\" \"is\" \"cold\" \"+\")" }, "Q15": { "question": "Harry is not green.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Harry is green.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Harry\" \"is\" \"green\" \"-\")" }, "Q16": { "question": "Alan is green.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Alan is green.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Alan\" \"is\" \"green\" \"+\")" }, "Q17": null, "Q18": null, "Q19": null, "Q20": null, "Q21": null, "Q22": null, "Q23": null, "Q24": null }

[ { "text": "Bob is cold.", "QDep": 0, "representation": "(\"Bob\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple4", "intermediates": [] } ] }, { "text": "Bob is green.", "QDep": 0, "representation": "(\"Bob\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple3", "intermediates": [] } ] }, { "text": "Bob is kind.", "QDep": 0, "representation": "(\"Bob\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple2", "intermediates": [] } ] }, { "text": "Bob is red.", "QDep": 0, "representation": "(\"Bob\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple1", "intermediates": [] } ] }, { "text": "Eric is cold.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple7", "intermediates": [] } ] }, { "text": "Eric is green.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple6", "intermediates": [] } ] }, { "text": "Eric is kind.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple5", "intermediates": [] } ] }, { "text": "Bob is young.", "QDep": 1, "representation": "(\"Bob\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple1 triple3) -> (rule4 % int1))", "intermediates": [ { "text": "Bob is young.", "representation": "(\"Bob\" \"is\" \"young\" \"+\")", "id": "int1" } ] } ] }, { "text": "Bob is round.", "QDep": 2, "representation": "(\"Bob\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple4 triple2 ((triple1 triple3) -> (rule4 % int2))) -> (rule5 % int1))", "intermediates": [ { "text": "Bob is round.", "representation": "(\"Bob\" \"is\" \"round\" \"+\")", "id": "int1" }, { "text": "Bob is young.", "representation": "(\"Bob\" \"is\" \"young\" \"+\")", "id": "int2" } ] } ] }, { "text": "Bob is blue.", "QDep": 3, "representation": "(\"Bob\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple1 ((triple4 triple2 ((triple1 triple3) -> (rule4 % int3))) -> (rule5 % int2))) -> (rule3 % int1))", "intermediates": [ { "text": "Bob is blue.", "representation": "(\"Bob\" \"is\" \"blue\" \"+\")", "id": "int1" }, { "text": "Bob is round.", "representation": "(\"Bob\" \"is\" \"round\" \"+\")", "id": "int2" }, { "text": "Bob is young.", "representation": "(\"Bob\" \"is\" \"young\" \"+\")", "id": "int3" } ] } ] } ]

{ "triple1": "sent1", "triple2": "sent1", "triple3": "sent1", "triple4": "sent1", "triple5": "sent2", "triple6": "sent2", "triple7": "sent2", "triple8": null, "triple9": null, "triple10": null, "rule1": "sent3", "rule2": "sent4", "rule3": "sent5", "rule4": "sent6", "rule5": "sent7", "rule6": "sent8", "rule7": null, "triple11": null, "triple12": null }

{ "sent1": "Bob is very cold but acts in a kind way to everyone despite being totally green here when he wears his red jacket.", "sent2": "Eric is a very kind, green but sometimes cold person.", "sent3": "Whoever is rough and red must be kind.", "sent4": "Nice, green people that are somewhat round are big through the shoulders.", "sent5": "There could be a round someone with red hair wearing blue pants.", "sent6": "You can count on someone who is red and green being young.", "sent7": "A cold person, who is kind in nature and young in years, is round.", "sent8": "Nice people who are looking green and seeing red usually feel rather rough.", "sent9": null, "sent10": null, "sent11": null }

{ "triple1": { "text": "Charlie is rough.", "representation": "(\"Charlie\" \"is\" \"rough\" \"+\")" }, "triple2": { "text": "Charlie is red.", "representation": "(\"Charlie\" \"is\" \"red\" \"+\")" }, "triple3": { "text": "Charlie is nice.", "representation": "(\"Charlie\" \"is\" \"nice\" \"+\")" }, "triple4": { "text": "Eric is young.", "representation": "(\"Eric\" \"is\" \"young\" \"+\")" }, "triple5": { "text": "Eric is rough.", "representation": "(\"Eric\" \"is\" \"rough\" \"+\")" }, "triple6": { "text": "Eric is red.", "representation": "(\"Eric\" \"is\" \"red\" \"+\")" }, "triple7": { "text": "Eric is blue.", "representation": "(\"Eric\" \"is\" \"blue\" \"+\")" }, "triple8": null, "triple9": null, "triple10": null, "triple11": null, "triple12": null }

{ "rule1": { "text": "If someone is big and kind then they are cold.", "representation": "(((\"someone\" \"is\" \"big\" \"+\") (\"someone\" \"is\" \"kind\" \"+\")) -> (\"someone\" \"is\" \"cold\" \"+\"))" }, "rule2": { "text": "If someone is blue and young and round then they are big.", "representation": "(((\"someone\" \"is\" \"blue\" \"+\") (\"someone\" \"is\" \"young\" \"+\") (\"someone\" \"is\" \"round\" \"+\")) -> (\"someone\" \"is\" \"big\" \"+\"))" }, "rule3": { "text": "If someone is blue and red then they are round.", "representation": "(((\"someone\" \"is\" \"blue\" \"+\") (\"someone\" \"is\" \"red\" \"+\")) -> (\"someone\" \"is\" \"round\" \"+\"))" }, "rule4": { "text": "If someone is nice and rough then they are kind.", "representation": "(((\"someone\" \"is\" \"nice\" \"+\") (\"someone\" \"is\" \"rough\" \"+\")) -> (\"someone\" \"is\" \"kind\" \"+\"))" }, "rule5": { "text": "If someone is rough and green and red then they are kind.", "representation": "(((\"someone\" \"is\" \"rough\" \"+\") (\"someone\" \"is\" \"green\" \"+\") (\"someone\" \"is\" \"red\" \"+\")) -> (\"someone\" \"is\" \"kind\" \"+\"))" }, "rule6": { "text": "If someone is kind then they are blue.", "representation": "(((\"someone\" \"is\" \"kind\" \"+\")) -> (\"someone\" \"is\" \"blue\" \"+\"))" }, "rule7": null }

{ "Q1": { "question": "Charlie is rough.", "answer": "True", "QDep": 0, "QLen": "1", "strategy": "proof", "proofs": "[(triple1)]", "representation": "(\"Charlie\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple1", "intermediates": [] } ] }, "Q2": { "question": "Charlie is not red.", "answer": "False", "QDep": 0, "QLen": "1", "strategy": "inv-proof", "proofs": "[(triple2)]", "representation": "(\"Charlie\" \"is\" \"red\" \"-\")", "proofsWithIntermediates": [ { "representation": "triple2", "intermediates": [] } ] }, "Q3": { "question": "Eric is round.", "answer": "True", "QDep": 1, "QLen": "3", "strategy": "proof", "proofs": "[(((triple7 triple6) -> rule3))]", "representation": "(\"Eric\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple7 triple6) -> (rule3 % int1))", "intermediates": [ { "text": "Eric is round.", "representation": "(\"Eric\" \"is\" \"round\" \"+\")", "id": "int1" } ] } ] }, "Q4": { "question": "Eric is not round.", "answer": "False", "QDep": 1, "QLen": "3", "strategy": "inv-proof", "proofs": "[(((triple7 triple6) -> rule3))]", "representation": "(\"Eric\" \"is\" \"round\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple7 triple6) -> (rule3 % int1))", "intermediates": [ { "text": "Eric is round.", "representation": "(\"Eric\" \"is\" \"round\" \"+\")", "id": "int1" } ] } ] }, "Q5": { "question": "Charlie is blue.", "answer": "True", "QDep": 2, "QLen": "4", "strategy": "proof", "proofs": "[(((((triple3 triple1) -> rule4)) -> rule6))]", "representation": "(\"Charlie\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple3 triple1) -> (rule4 % int2))) -> (rule6 % int1))", "intermediates": [ { "text": "Charlie is blue.", "representation": "(\"Charlie\" \"is\" \"blue\" \"+\")", "id": "int1" }, { "text": "Charlie is kind.", "representation": "(\"Charlie\" \"is\" \"kind\" \"+\")", "id": "int2" } ] } ] }, "Q6": { "question": "Charlie is not blue.", "answer": "False", "QDep": 2, "QLen": "4", "strategy": "inv-proof", "proofs": "[(((((triple3 triple1) -> rule4)) -> rule6))]", "representation": "(\"Charlie\" \"is\" \"blue\" \"-\")", "proofsWithIntermediates": [ { "representation": "((((triple3 triple1) -> (rule4 % int2))) -> (rule6 % int1))", "intermediates": [ { "text": "Charlie is blue.", "representation": "(\"Charlie\" \"is\" \"blue\" \"+\")", "id": "int1" }, { "text": "Charlie is kind.", "representation": "(\"Charlie\" \"is\" \"kind\" \"+\")", "id": "int2" } ] } ] }, "Q7": { "question": "Charlie is round.", "answer": "True", "QDep": 3, "QLen": "6", "strategy": "proof", "proofs": "[(((((((triple3 triple1) -> rule4)) -> rule6) triple2) -> rule3))]", "representation": "(\"Charlie\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((((triple3 triple1) -> (rule4 % int3))) -> (rule6 % int2)) triple2) -> (rule3 % int1))", "intermediates": [ { "text": "Charlie is round.", "representation": "(\"Charlie\" \"is\" \"round\" \"+\")", "id": "int1" }, { "text": "Charlie is blue.", "representation": "(\"Charlie\" \"is\" \"blue\" \"+\")", "id": "int2" }, { "text": "Charlie is kind.", "representation": "(\"Charlie\" \"is\" \"kind\" \"+\")", "id": "int3" } ] } ] }, "Q8": { "question": "Charlie is not round.", "answer": "False", "QDep": 3, "QLen": "6", "strategy": "inv-proof", "proofs": "[(((((((triple3 triple1) -> rule4)) -> rule6) triple2) -> rule3))]", "representation": "(\"Charlie\" \"is\" \"round\" \"-\")", "proofsWithIntermediates": [ { "representation": "((((((triple3 triple1) -> (rule4 % int3))) -> (rule6 % int2)) triple2) -> (rule3 % int1))", "intermediates": [ { "text": "Charlie is round.", "representation": "(\"Charlie\" \"is\" \"round\" \"+\")", "id": "int1" }, { "text": "Charlie is blue.", "representation": "(\"Charlie\" \"is\" \"blue\" \"+\")", "id": "int2" }, { "text": "Charlie is kind.", "representation": "(\"Charlie\" \"is\" \"kind\" \"+\")", "id": "int3" } ] } ] }, "Q9": { "question": "Gary is not round.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Gary is round.[CWA. Example of deepest failure = (rule3 <- FAIL)]]", "representation": "(\"Gary\" \"is\" \"round\" \"-\")", "proofsWithIntermediates": null }, "Q10": { "question": "Gary is cold.", "answer": "Unknown", "QDep": 2, "QLen": "", "strategy": "rconc", "proofs": "[@2: Gary is cold.[CWA. Example of deepest failure = (rule1 <- rule2 <- FAIL)]]", "representation": "(\"Gary\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": null }, "Q11": { "question": "Fred is not blue.", "answer": "Unknown", "QDep": 2, "QLen": "", "strategy": "inv-rconc", "proofs": "[@2: Fred is blue.[CWA. Example of deepest failure = (rule6 <- rule4 <- FAIL)]]", "representation": "(\"Fred\" \"is\" \"blue\" \"-\")", "proofsWithIntermediates": null }, "Q12": { "question": "Charlie is big.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "rconc", "proofs": "[@1: Charlie is big.[CWA. Example of deepest failure = (rule2 <- FAIL)]]", "representation": "(\"Charlie\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": null }, "Q13": { "question": "Fred is not young.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Fred is young.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Fred\" \"is\" \"young\" \"-\")" }, "Q14": { "question": "Gary is young.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Gary is young.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Gary\" \"is\" \"young\" \"+\")" }, "Q15": { "question": "Fred is not rough.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Fred is rough.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Fred\" \"is\" \"rough\" \"-\")" }, "Q16": { "question": "Charlie is young.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Charlie is young.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Charlie\" \"is\" \"young\" \"+\")" }, "Q17": null, "Q18": null, "Q19": null, "Q20": null, "Q21": null, "Q22": null, "Q23": null, "Q24": null }

[ { "text": "Charlie is nice.", "QDep": 0, "representation": "(\"Charlie\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple3", "intermediates": [] } ] }, { "text": "Charlie is red.", "QDep": 0, "representation": "(\"Charlie\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple2", "intermediates": [] } ] }, { "text": "Charlie is rough.", "QDep": 0, "representation": "(\"Charlie\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple1", "intermediates": [] } ] }, { "text": "Eric is blue.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple7", "intermediates": [] } ] }, { "text": "Eric is red.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple6", "intermediates": [] } ] }, { "text": "Eric is rough.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple5", "intermediates": [] } ] }, { "text": "Eric is young.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple4", "intermediates": [] } ] }, { "text": "Charlie is kind.", "QDep": 1, "representation": "(\"Charlie\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple3 triple1) -> (rule4 % int1))", "intermediates": [ { "text": "Charlie is kind.", "representation": "(\"Charlie\" \"is\" \"kind\" \"+\")", "id": "int1" } ] } ] }, { "text": "Eric is round.", "QDep": 1, "representation": "(\"Eric\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple7 triple6) -> (rule3 % int1))", "intermediates": [ { "text": "Eric is round.", "representation": "(\"Eric\" \"is\" \"round\" \"+\")", "id": "int1" } ] } ] }, { "text": "Charlie is blue.", "QDep": 2, "representation": "(\"Charlie\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple3 triple1) -> (rule4 % int2))) -> (rule6 % int1))", "intermediates": [ { "text": "Charlie is blue.", "representation": "(\"Charlie\" \"is\" \"blue\" \"+\")", "id": "int1" }, { "text": "Charlie is kind.", "representation": "(\"Charlie\" \"is\" \"kind\" \"+\")", "id": "int2" } ] } ] }, { "text": "Eric is big.", "QDep": 2, "representation": "(\"Eric\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple7 triple4 ((triple7 triple6) -> (rule3 % int2))) -> (rule2 % int1))", "intermediates": [ { "text": "Eric is big.", "representation": "(\"Eric\" \"is\" \"big\" \"+\")", "id": "int1" }, { "text": "Eric is round.", "representation": "(\"Eric\" \"is\" \"round\" \"+\")", "id": "int2" } ] } ] }, { "text": "Charlie is round.", "QDep": 3, "representation": "(\"Charlie\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((((triple3 triple1) -> (rule4 % int3))) -> (rule6 % int2)) triple2) -> (rule3 % int1))", "intermediates": [ { "text": "Charlie is round.", "representation": "(\"Charlie\" \"is\" \"round\" \"+\")", "id": "int1" }, { "text": "Charlie is blue.", "representation": "(\"Charlie\" \"is\" \"blue\" \"+\")", "id": "int2" }, { "text": "Charlie is kind.", "representation": "(\"Charlie\" \"is\" \"kind\" \"+\")", "id": "int3" } ] } ] } ]

{ "triple1": "sent1", "triple2": "sent1", "triple3": "sent1", "triple4": "sent2", "triple5": "sent2", "triple6": "sent2", "triple7": "sent2", "triple8": null, "triple9": null, "triple10": null, "rule1": "sent3", "rule2": "sent4", "rule3": "sent5", "rule4": "sent6", "rule5": "sent7", "rule6": "sent8", "rule7": null, "triple11": null, "triple12": null }

{ "sent1": "Charlie is nice, even when he is rough and red with anger.", "sent2": "Eric is rough and red, but he is still young; he is still blue with youth.", "sent3": "A person who's big and kind will also be cold.", "sent4": "Blue, young and round people are usually big.", "sent5": "Someone blue and red is definitely round and dressed as a clown.", "sent6": "People who are nice and rough are looked at as kind.", "sent7": "If someone is red and green and feeels rough, they are kind.", "sent8": "Kind people, for example, like the ones at the bank are always blue.", "sent9": null, "sent10": null, "sent11": null }

{ "triple1": { "text": "Bob is rough.", "representation": "(\"Bob\" \"is\" \"rough\" \"+\")" }, "triple2": { "text": "Dave is nice.", "representation": "(\"Dave\" \"is\" \"nice\" \"+\")" }, "triple3": { "text": "Dave is green.", "representation": "(\"Dave\" \"is\" \"green\" \"+\")" }, "triple4": { "text": "Dave is big.", "representation": "(\"Dave\" \"is\" \"big\" \"+\")" }, "triple5": { "text": "Eric is young.", "representation": "(\"Eric\" \"is\" \"young\" \"+\")" }, "triple6": { "text": "Eric is green.", "representation": "(\"Eric\" \"is\" \"green\" \"+\")" }, "triple7": { "text": "Eric is blue.", "representation": "(\"Eric\" \"is\" \"blue\" \"+\")" }, "triple8": { "text": "Eric is big.", "representation": "(\"Eric\" \"is\" \"big\" \"+\")" }, "triple9": null, "triple10": null, "triple11": null, "triple12": null }

{ "rule1": { "text": "If someone is big and cold then they are round.", "representation": "(((\"someone\" \"is\" \"big\" \"+\") (\"someone\" \"is\" \"cold\" \"+\")) -> (\"someone\" \"is\" \"round\" \"+\"))" }, "rule2": { "text": "If someone is rough and blue then they are young.", "representation": "(((\"someone\" \"is\" \"rough\" \"+\") (\"someone\" \"is\" \"blue\" \"+\")) -> (\"someone\" \"is\" \"young\" \"+\"))" }, "rule3": { "text": "If someone is big and blue then they are red.", "representation": "(((\"someone\" \"is\" \"big\" \"+\") (\"someone\" \"is\" \"blue\" \"+\")) -> (\"someone\" \"is\" \"red\" \"+\"))" }, "rule4": { "text": "If someone is blue and red and young then they are kind.", "representation": "(((\"someone\" \"is\" \"blue\" \"+\") (\"someone\" \"is\" \"red\" \"+\") (\"someone\" \"is\" \"young\" \"+\")) -> (\"someone\" \"is\" \"kind\" \"+\"))" }, "rule5": { "text": "If someone is big and round then they are rough.", "representation": "(((\"someone\" \"is\" \"big\" \"+\") (\"someone\" \"is\" \"round\" \"+\")) -> (\"someone\" \"is\" \"rough\" \"+\"))" }, "rule6": { "text": "If someone is cold and nice and rough then they are green.", "representation": "(((\"someone\" \"is\" \"cold\" \"+\") (\"someone\" \"is\" \"nice\" \"+\") (\"someone\" \"is\" \"rough\" \"+\")) -> (\"someone\" \"is\" \"green\" \"+\"))" }, "rule7": { "text": "If someone is red then they are round.", "representation": "(((\"someone\" \"is\" \"red\" \"+\")) -> (\"someone\" \"is\" \"round\" \"+\"))" } }

{ "Q1": { "question": "Eric is blue.", "answer": "True", "QDep": 0, "QLen": "1", "strategy": "proof", "proofs": "[(triple7)]", "representation": "(\"Eric\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple7", "intermediates": [] } ] }, "Q2": { "question": "Eric is not big.", "answer": "False", "QDep": 0, "QLen": "1", "strategy": "inv-proof", "proofs": "[(triple8)]", "representation": "(\"Eric\" \"is\" \"big\" \"-\")", "proofsWithIntermediates": [ { "representation": "triple8", "intermediates": [] } ] }, "Q3": { "question": "Eric is red.", "answer": "True", "QDep": 1, "QLen": "3", "strategy": "proof", "proofs": "[(((triple8 triple7) -> rule3))]", "representation": "(\"Eric\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple8 triple7) -> (rule3 % int1))", "intermediates": [ { "text": "Eric is red.", "representation": "(\"Eric\" \"is\" \"red\" \"+\")", "id": "int1" } ] } ] }, "Q4": { "question": "Eric is not red.", "answer": "False", "QDep": 1, "QLen": "3", "strategy": "inv-proof", "proofs": "[(((triple8 triple7) -> rule3))]", "representation": "(\"Eric\" \"is\" \"red\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple8 triple7) -> (rule3 % int1))", "intermediates": [ { "text": "Eric is red.", "representation": "(\"Eric\" \"is\" \"red\" \"+\")", "id": "int1" } ] } ] }, "Q5": { "question": "Eric is kind.", "answer": "True", "QDep": 2, "QLen": "6", "strategy": "proof", "proofs": "[(((triple7 ((triple8 triple7) -> rule3) triple5) -> rule4) OR ((triple7 ((triple8 triple7) -> rule3) ((((triple8 ((((triple8 triple7) -> rule3)) -> rule7)) -> rule5) triple7) -> rule2)) -> rule4))]", "representation": "(\"Eric\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple7 ((triple8 triple7) -> (rule3 % int2)) triple5) -> (rule4 % int1))", "intermediates": [ { "text": "Eric is kind.", "representation": "(\"Eric\" \"is\" \"kind\" \"+\")", "id": "int1" }, { "text": "Eric is red.", "representation": "(\"Eric\" \"is\" \"red\" \"+\")", "id": "int2" } ] }, { "representation": "((triple7 ((triple8 triple7) -> (rule3 % int5)) ((((triple8 ((((triple8 triple7) -> (rule3 % int5))) -> (rule7 % int4))) -> (rule5 % int3)) triple7) -> (rule2 % int2))) -> (rule4 % int1))", "intermediates": [ { "text": "Eric is kind.", "representation": "(\"Eric\" \"is\" \"kind\" \"+\")", "id": "int1" }, { "text": "Eric is young.", "representation": "(\"Eric\" \"is\" \"young\" \"+\")", "id": "int2" }, { "text": "Eric is rough.", "representation": "(\"Eric\" \"is\" \"rough\" \"+\")", "id": "int3" }, { "text": "Eric is round.", "representation": "(\"Eric\" \"is\" \"round\" \"+\")", "id": "int4" }, { "text": "Eric is red.", "representation": "(\"Eric\" \"is\" \"red\" \"+\")", "id": "int5" } ] } ] }, "Q6": { "question": "Eric is not kind.", "answer": "False", "QDep": 2, "QLen": "6", "strategy": "inv-proof", "proofs": "[(((triple7 ((triple8 triple7) -> rule3) triple5) -> rule4) OR ((triple7 ((triple8 triple7) -> rule3) ((((triple8 ((((triple8 triple7) -> rule3)) -> rule7)) -> rule5) triple7) -> rule2)) -> rule4))]", "representation": "(\"Eric\" \"is\" \"kind\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple7 ((triple8 triple7) -> (rule3 % int2)) triple5) -> (rule4 % int1))", "intermediates": [ { "text": "Eric is kind.", "representation": "(\"Eric\" \"is\" \"kind\" \"+\")", "id": "int1" }, { "text": "Eric is red.", "representation": "(\"Eric\" \"is\" \"red\" \"+\")", "id": "int2" } ] }, { "representation": "((triple7 ((triple8 triple7) -> (rule3 % int5)) ((((triple8 ((((triple8 triple7) -> (rule3 % int5))) -> (rule7 % int4))) -> (rule5 % int3)) triple7) -> (rule2 % int2))) -> (rule4 % int1))", "intermediates": [ { "text": "Eric is kind.", "representation": "(\"Eric\" \"is\" \"kind\" \"+\")", "id": "int1" }, { "text": "Eric is young.", "representation": "(\"Eric\" \"is\" \"young\" \"+\")", "id": "int2" }, { "text": "Eric is rough.", "representation": "(\"Eric\" \"is\" \"rough\" \"+\")", "id": "int3" }, { "text": "Eric is round.", "representation": "(\"Eric\" \"is\" \"round\" \"+\")", "id": "int4" }, { "text": "Eric is red.", "representation": "(\"Eric\" \"is\" \"red\" \"+\")", "id": "int5" } ] } ] }, "Q7": { "question": "Eric is rough.", "answer": "True", "QDep": 3, "QLen": "6", "strategy": "proof", "proofs": "[(((triple8 ((((triple8 triple7) -> rule3)) -> rule7)) -> rule5))]", "representation": "(\"Eric\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple8 ((((triple8 triple7) -> (rule3 % int3))) -> (rule7 % int2))) -> (rule5 % int1))", "intermediates": [ { "text": "Eric is rough.", "representation": "(\"Eric\" \"is\" \"rough\" \"+\")", "id": "int1" }, { "text": "Eric is round.", "representation": "(\"Eric\" \"is\" \"round\" \"+\")", "id": "int2" }, { "text": "Eric is red.", "representation": "(\"Eric\" \"is\" \"red\" \"+\")", "id": "int3" } ] } ] }, "Q8": { "question": "Eric is not rough.", "answer": "False", "QDep": 3, "QLen": "6", "strategy": "inv-proof", "proofs": "[(((triple8 ((((triple8 triple7) -> rule3)) -> rule7)) -> rule5))]", "representation": "(\"Eric\" \"is\" \"rough\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple8 ((((triple8 triple7) -> (rule3 % int3))) -> (rule7 % int2))) -> (rule5 % int1))", "intermediates": [ { "text": "Eric is rough.", "representation": "(\"Eric\" \"is\" \"rough\" \"+\")", "id": "int1" }, { "text": "Eric is round.", "representation": "(\"Eric\" \"is\" \"round\" \"+\")", "id": "int2" }, { "text": "Eric is red.", "representation": "(\"Eric\" \"is\" \"red\" \"+\")", "id": "int3" } ] } ] }, "Q9": { "question": "Bob is not young.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Bob is young.[CWA. Example of deepest failure = (rule2 <- FAIL)]]", "representation": "(\"Bob\" \"is\" \"young\" \"-\")", "proofsWithIntermediates": null }, "Q10": { "question": "Dave is rough.", "answer": "Unknown", "QDep": 3, "QLen": "", "strategy": "rconc", "proofs": "[@3: Dave is rough.[CWA. Example of deepest failure = (rule5 <- rule7 <- rule3 <- FAIL)]]", "representation": "(\"Dave\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": null }, "Q11": { "question": "Charlie is not red.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Charlie is red.[CWA. Example of deepest failure = (rule3 <- FAIL)]]", "representation": "(\"Charlie\" \"is\" \"red\" \"-\")", "proofsWithIntermediates": null }, "Q12": { "question": "Bob is red.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "rconc", "proofs": "[@1: Bob is red.[CWA. Example of deepest failure = (rule3 <- FAIL)]]", "representation": "(\"Bob\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": null }, "Q13": { "question": "Bob is not big.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Bob is big.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Bob\" \"is\" \"big\" \"-\")" }, "Q14": { "question": "Charlie is nice.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Charlie is nice.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Charlie\" \"is\" \"nice\" \"+\")" }, "Q15": { "question": "Eric is not cold.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Eric is cold.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Eric\" \"is\" \"cold\" \"-\")" }, "Q16": { "question": "Charlie is blue.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Charlie is blue.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Charlie\" \"is\" \"blue\" \"+\")" }, "Q17": null, "Q18": null, "Q19": null, "Q20": null, "Q21": null, "Q22": null, "Q23": null, "Q24": null }

[ { "text": "Bob is rough.", "QDep": 0, "representation": "(\"Bob\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple1", "intermediates": [] } ] }, { "text": "Dave is big.", "QDep": 0, "representation": "(\"Dave\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple4", "intermediates": [] } ] }, { "text": "Dave is green.", "QDep": 0, "representation": "(\"Dave\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple3", "intermediates": [] } ] }, { "text": "Dave is nice.", "QDep": 0, "representation": "(\"Dave\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple2", "intermediates": [] } ] }, { "text": "Eric is big.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple8", "intermediates": [] } ] }, { "text": "Eric is blue.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple7", "intermediates": [] } ] }, { "text": "Eric is green.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple6", "intermediates": [] } ] }, { "text": "Eric is young.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple5", "intermediates": [] }, { "representation": "((((triple8 ((((triple8 triple7) -> (rule3 % int4))) -> (rule7 % int3))) -> (rule5 % int2)) triple7) -> (rule2 % int1))", "intermediates": [ { "text": "Eric is young.", "representation": "(\"Eric\" \"is\" \"young\" \"+\")", "id": "int1" }, { "text": "Eric is rough.", "representation": "(\"Eric\" \"is\" \"rough\" \"+\")", "id": "int2" }, { "text": "Eric is round.", "representation": "(\"Eric\" \"is\" \"round\" \"+\")", "id": "int3" }, { "text": "Eric is red.", "representation": "(\"Eric\" \"is\" \"red\" \"+\")", "id": "int4" } ] } ] }, { "text": "Eric is red.", "QDep": 1, "representation": "(\"Eric\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple8 triple7) -> (rule3 % int1))", "intermediates": [ { "text": "Eric is red.", "representation": "(\"Eric\" \"is\" \"red\" \"+\")", "id": "int1" } ] } ] }, { "text": "Eric is kind.", "QDep": 2, "representation": "(\"Eric\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple7 ((triple8 triple7) -> (rule3 % int2)) triple5) -> (rule4 % int1))", "intermediates": [ { "text": "Eric is kind.", "representation": "(\"Eric\" \"is\" \"kind\" \"+\")", "id": "int1" }, { "text": "Eric is red.", "representation": "(\"Eric\" \"is\" \"red\" \"+\")", "id": "int2" } ] }, { "representation": "((triple7 ((triple8 triple7) -> (rule3 % int5)) ((((triple8 ((((triple8 triple7) -> (rule3 % int5))) -> (rule7 % int4))) -> (rule5 % int3)) triple7) -> (rule2 % int2))) -> (rule4 % int1))", "intermediates": [ { "text": "Eric is kind.", "representation": "(\"Eric\" \"is\" \"kind\" \"+\")", "id": "int1" }, { "text": "Eric is young.", "representation": "(\"Eric\" \"is\" \"young\" \"+\")", "id": "int2" }, { "text": "Eric is rough.", "representation": "(\"Eric\" \"is\" \"rough\" \"+\")", "id": "int3" }, { "text": "Eric is round.", "representation": "(\"Eric\" \"is\" \"round\" \"+\")", "id": "int4" }, { "text": "Eric is red.", "representation": "(\"Eric\" \"is\" \"red\" \"+\")", "id": "int5" } ] } ] }, { "text": "Eric is round.", "QDep": 2, "representation": "(\"Eric\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple8 triple7) -> (rule3 % int2))) -> (rule7 % int1))", "intermediates": [ { "text": "Eric is round.", "representation": "(\"Eric\" \"is\" \"round\" \"+\")", "id": "int1" }, { "text": "Eric is red.", "representation": "(\"Eric\" \"is\" \"red\" \"+\")", "id": "int2" } ] } ] }, { "text": "Eric is rough.", "QDep": 3, "representation": "(\"Eric\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple8 ((((triple8 triple7) -> (rule3 % int3))) -> (rule7 % int2))) -> (rule5 % int1))", "intermediates": [ { "text": "Eric is rough.", "representation": "(\"Eric\" \"is\" \"rough\" \"+\")", "id": "int1" }, { "text": "Eric is round.", "representation": "(\"Eric\" \"is\" \"round\" \"+\")", "id": "int2" }, { "text": "Eric is red.", "representation": "(\"Eric\" \"is\" \"red\" \"+\")", "id": "int3" } ] } ] } ]

{ "triple1": "sent1", "triple2": "sent2", "triple3": "sent2", "triple4": "sent2", "triple5": "sent3", "triple6": "sent3", "triple7": "sent3", "triple8": "sent3", "triple9": null, "triple10": null, "rule1": "sent4", "rule2": "sent5", "rule3": "sent6", "rule4": "sent7", "rule5": "sent8", "rule6": "sent9", "rule7": "sent10", "triple11": null, "triple12": null }

{ "sent1": "They always call him rough Bob.", "sent2": "Dave is a big gentleman who is very nice; He is secretly green with envy.", "sent3": "Eric is too young to be so big; Some say he is too green to be so blue as well.", "sent4": "Big and cold people are likely to be round, too.", "sent5": "Blue people who are rough are often young.", "sent6": "A person that is feeling blue and slightly big, is red as well.", "sent7": "Blue, red, young people are always going to be kind people, too.", "sent8": "If a person is quite big and also round then they are certainly rough too.", "sent9": "If someone happens to be cold and rough, they wont be nice and live green lifestyle.", "sent10": "A person that is the color red will definitely be round shaped.", "sent11": null }

{ "triple1": { "text": "Alan is young.", "representation": "(\"Alan\" \"is\" \"young\" \"+\")" }, "triple2": { "text": "Alan is red.", "representation": "(\"Alan\" \"is\" \"red\" \"+\")" }, "triple3": { "text": "Alan is nice.", "representation": "(\"Alan\" \"is\" \"nice\" \"+\")" }, "triple4": { "text": "Alan is green.", "representation": "(\"Alan\" \"is\" \"green\" \"+\")" }, "triple5": { "text": "Charlie is nice.", "representation": "(\"Charlie\" \"is\" \"nice\" \"+\")" }, "triple6": { "text": "Charlie is green.", "representation": "(\"Charlie\" \"is\" \"green\" \"+\")" }, "triple7": { "text": "Charlie is cold.", "representation": "(\"Charlie\" \"is\" \"cold\" \"+\")" }, "triple8": { "text": "Charlie is big.", "representation": "(\"Charlie\" \"is\" \"big\" \"+\")" }, "triple9": { "text": "Eric is red.", "representation": "(\"Eric\" \"is\" \"red\" \"+\")" }, "triple10": { "text": "Eric is kind.", "representation": "(\"Eric\" \"is\" \"kind\" \"+\")" }, "triple11": { "text": "Eric is big.", "representation": "(\"Eric\" \"is\" \"big\" \"+\")" }, "triple12": { "text": "Fred is rough.", "representation": "(\"Fred\" \"is\" \"rough\" \"+\")" } }

{ "rule1": { "text": "If someone is red and big and cold then they are blue.", "representation": "(((\"someone\" \"is\" \"red\" \"+\") (\"someone\" \"is\" \"big\" \"+\") (\"someone\" \"is\" \"cold\" \"+\")) -> (\"someone\" \"is\" \"blue\" \"+\"))" }, "rule2": { "text": "If someone is blue and nice and green then they are red.", "representation": "(((\"someone\" \"is\" \"blue\" \"+\") (\"someone\" \"is\" \"nice\" \"+\") (\"someone\" \"is\" \"green\" \"+\")) -> (\"someone\" \"is\" \"red\" \"+\"))" }, "rule3": { "text": "If someone is rough and green then they are young.", "representation": "(((\"someone\" \"is\" \"rough\" \"+\") (\"someone\" \"is\" \"green\" \"+\")) -> (\"someone\" \"is\" \"young\" \"+\"))" }, "rule4": { "text": "If someone is red and nice and cold then they are round.", "representation": "(((\"someone\" \"is\" \"red\" \"+\") (\"someone\" \"is\" \"nice\" \"+\") (\"someone\" \"is\" \"cold\" \"+\")) -> (\"someone\" \"is\" \"round\" \"+\"))" }, "rule5": { "text": "If someone is nice and big then they are blue.", "representation": "(((\"someone\" \"is\" \"nice\" \"+\") (\"someone\" \"is\" \"big\" \"+\")) -> (\"someone\" \"is\" \"blue\" \"+\"))" }, "rule6": { "text": "If someone is round and red then they are nice.", "representation": "(((\"someone\" \"is\" \"round\" \"+\") (\"someone\" \"is\" \"red\" \"+\")) -> (\"someone\" \"is\" \"nice\" \"+\"))" }, "rule7": null }

{ "Q1": { "question": "Alan is nice.", "answer": "True", "QDep": 0, "QLen": "1", "strategy": "proof", "proofs": "[(triple3)]", "representation": "(\"Alan\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple3", "intermediates": [] } ] }, "Q2": { "question": "Fred is not rough.", "answer": "False", "QDep": 0, "QLen": "1", "strategy": "inv-proof", "proofs": "[(triple12)]", "representation": "(\"Fred\" \"is\" \"rough\" \"-\")", "proofsWithIntermediates": [ { "representation": "triple12", "intermediates": [] } ] }, "Q3": { "question": "Charlie is blue.", "answer": "True", "QDep": 1, "QLen": "3", "strategy": "proof", "proofs": "[(((triple5 triple8) -> rule5))]", "representation": "(\"Charlie\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple5 triple8) -> (rule5 % int1))", "intermediates": [ { "text": "Charlie is blue.", "representation": "(\"Charlie\" \"is\" \"blue\" \"+\")", "id": "int1" } ] } ] }, "Q4": { "question": "Charlie is not blue.", "answer": "False", "QDep": 1, "QLen": "3", "strategy": "inv-proof", "proofs": "[(((triple5 triple8) -> rule5))]", "representation": "(\"Charlie\" \"is\" \"blue\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple5 triple8) -> (rule5 % int1))", "intermediates": [ { "text": "Charlie is blue.", "representation": "(\"Charlie\" \"is\" \"blue\" \"+\")", "id": "int1" } ] } ] }, "Q5": { "question": "Charlie is red.", "answer": "True", "QDep": 2, "QLen": "6", "strategy": "proof", "proofs": "[(((((triple5 triple8) -> rule5) triple5 triple6) -> rule2))]", "representation": "(\"Charlie\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple5 triple8) -> (rule5 % int2)) triple5 triple6) -> (rule2 % int1))", "intermediates": [ { "text": "Charlie is red.", "representation": "(\"Charlie\" \"is\" \"red\" \"+\")", "id": "int1" }, { "text": "Charlie is blue.", "representation": "(\"Charlie\" \"is\" \"blue\" \"+\")", "id": "int2" } ] } ] }, "Q6": { "question": "Charlie is not red.", "answer": "False", "QDep": 2, "QLen": "6", "strategy": "inv-proof", "proofs": "[(((((triple5 triple8) -> rule5) triple5 triple6) -> rule2))]", "representation": "(\"Charlie\" \"is\" \"red\" \"-\")", "proofsWithIntermediates": [ { "representation": "((((triple5 triple8) -> (rule5 % int2)) triple5 triple6) -> (rule2 % int1))", "intermediates": [ { "text": "Charlie is red.", "representation": "(\"Charlie\" \"is\" \"red\" \"+\")", "id": "int1" }, { "text": "Charlie is blue.", "representation": "(\"Charlie\" \"is\" \"blue\" \"+\")", "id": "int2" } ] } ] }, "Q7": { "question": "Charlie is round.", "answer": "True", "QDep": 3, "QLen": "9", "strategy": "proof", "proofs": "[(((((((triple5 triple8) -> rule5) triple5 triple6) -> rule2) triple5 triple7) -> rule4))]", "representation": "(\"Charlie\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((((triple5 triple8) -> (rule5 % int3)) triple5 triple6) -> (rule2 % int2)) triple5 triple7) -> (rule4 % int1))", "intermediates": [ { "text": "Charlie is round.", "representation": "(\"Charlie\" \"is\" \"round\" \"+\")", "id": "int1" }, { "text": "Charlie is red.", "representation": "(\"Charlie\" \"is\" \"red\" \"+\")", "id": "int2" }, { "text": "Charlie is blue.", "representation": "(\"Charlie\" \"is\" \"blue\" \"+\")", "id": "int3" } ] } ] }, "Q8": { "question": "Charlie is not round.", "answer": "False", "QDep": 3, "QLen": "9", "strategy": "inv-proof", "proofs": "[(((((((triple5 triple8) -> rule5) triple5 triple6) -> rule2) triple5 triple7) -> rule4))]", "representation": "(\"Charlie\" \"is\" \"round\" \"-\")", "proofsWithIntermediates": [ { "representation": "((((((triple5 triple8) -> (rule5 % int3)) triple5 triple6) -> (rule2 % int2)) triple5 triple7) -> (rule4 % int1))", "intermediates": [ { "text": "Charlie is round.", "representation": "(\"Charlie\" \"is\" \"round\" \"+\")", "id": "int1" }, { "text": "Charlie is red.", "representation": "(\"Charlie\" \"is\" \"red\" \"+\")", "id": "int2" }, { "text": "Charlie is blue.", "representation": "(\"Charlie\" \"is\" \"blue\" \"+\")", "id": "int3" } ] } ] }, "Q9": { "question": "Fred is not young.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Fred is young.[CWA. Example of deepest failure = (rule3 <- FAIL)]]", "representation": "(\"Fred\" \"is\" \"young\" \"-\")", "proofsWithIntermediates": null }, "Q10": { "question": "Alan is blue.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "rconc", "proofs": "[@1: Alan is blue.[CWA. Example of deepest failure = (rule1 <- FAIL)]]", "representation": "(\"Alan\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": null }, "Q11": { "question": "Alan is not round.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Alan is round.[CWA. Example of deepest failure = (rule4 <- FAIL)]]", "representation": "(\"Alan\" \"is\" \"round\" \"-\")", "proofsWithIntermediates": null }, "Q12": { "question": "Eric is nice.", "answer": "Unknown", "QDep": 2, "QLen": "", "strategy": "rconc", "proofs": "[@2: Eric is nice.[CWA. Example of deepest failure = (rule6 <- rule4 <- FAIL)]]", "representation": "(\"Eric\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": null }, "Q13": { "question": "Eric is not rough.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Eric is rough.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Eric\" \"is\" \"rough\" \"-\")" }, "Q14": { "question": "Fred is cold.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Fred is cold.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Fred\" \"is\" \"cold\" \"+\")" }, "Q15": { "question": "Eric is not cold.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Eric is cold.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Eric\" \"is\" \"cold\" \"-\")" }, "Q16": { "question": "Fred is big.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Fred is big.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Fred\" \"is\" \"big\" \"+\")" }, "Q17": null, "Q18": null, "Q19": null, "Q20": null, "Q21": null, "Q22": null, "Q23": null, "Q24": null }

[ { "text": "Alan is green.", "QDep": 0, "representation": "(\"Alan\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple4", "intermediates": [] } ] }, { "text": "Alan is nice.", "QDep": 0, "representation": "(\"Alan\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple3", "intermediates": [] } ] }, { "text": "Alan is red.", "QDep": 0, "representation": "(\"Alan\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple2", "intermediates": [] } ] }, { "text": "Alan is young.", "QDep": 0, "representation": "(\"Alan\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple1", "intermediates": [] } ] }, { "text": "Charlie is big.", "QDep": 0, "representation": "(\"Charlie\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple8", "intermediates": [] } ] }, { "text": "Charlie is cold.", "QDep": 0, "representation": "(\"Charlie\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple7", "intermediates": [] } ] }, { "text": "Charlie is green.", "QDep": 0, "representation": "(\"Charlie\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple6", "intermediates": [] } ] }, { "text": "Charlie is nice.", "QDep": 0, "representation": "(\"Charlie\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple5", "intermediates": [] } ] }, { "text": "Eric is big.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple11", "intermediates": [] } ] }, { "text": "Eric is kind.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple10", "intermediates": [] } ] }, { "text": "Eric is red.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple9", "intermediates": [] } ] }, { "text": "Fred is rough.", "QDep": 0, "representation": "(\"Fred\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple12", "intermediates": [] } ] }, { "text": "Charlie is blue.", "QDep": 1, "representation": "(\"Charlie\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple5 triple8) -> (rule5 % int1))", "intermediates": [ { "text": "Charlie is blue.", "representation": "(\"Charlie\" \"is\" \"blue\" \"+\")", "id": "int1" } ] } ] }, { "text": "Charlie is red.", "QDep": 2, "representation": "(\"Charlie\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple5 triple8) -> (rule5 % int2)) triple5 triple6) -> (rule2 % int1))", "intermediates": [ { "text": "Charlie is red.", "representation": "(\"Charlie\" \"is\" \"red\" \"+\")", "id": "int1" }, { "text": "Charlie is blue.", "representation": "(\"Charlie\" \"is\" \"blue\" \"+\")", "id": "int2" } ] } ] }, { "text": "Charlie is round.", "QDep": 3, "representation": "(\"Charlie\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((((triple5 triple8) -> (rule5 % int3)) triple5 triple6) -> (rule2 % int2)) triple5 triple7) -> (rule4 % int1))", "intermediates": [ { "text": "Charlie is round.", "representation": "(\"Charlie\" \"is\" \"round\" \"+\")", "id": "int1" }, { "text": "Charlie is red.", "representation": "(\"Charlie\" \"is\" \"red\" \"+\")", "id": "int2" }, { "text": "Charlie is blue.", "representation": "(\"Charlie\" \"is\" \"blue\" \"+\")", "id": "int3" } ] } ] } ]

{ "triple1": "sent1", "triple2": "sent1", "triple3": "sent1", "triple4": "sent1", "triple5": "sent2", "triple6": "sent2", "triple7": "sent2", "triple8": "sent2", "triple9": "sent3", "triple10": "sent3", "rule1": "sent5", "rule2": "sent6", "rule3": "sent7", "rule4": "sent8", "rule5": "sent9", "rule6": "sent10", "rule7": null, "triple11": "sent3", "triple12": "sent4" }

{ "sent1": "To be young and red like Alan is pretty nice, which Green Alan is also.", "sent2": "Charlie happens to be nice and green even though he is big and cold.", "sent3": "Big, red Eric is quite kind.", "sent4": "They always call him rough Fred.", "sent5": "His cheeks were red from the cold, and his big blue eye were watering.", "sent6": "I've found that a person who is green from lack of experience and nice even when they are feeling blue often has a red complexion.", "sent7": "People who are rough and green with envy are young.", "sent8": "Nice people who have red cold skin are round.", "sent9": "Nice people who are big are always feeling blue.", "sent10": "A round shaped and red person is definitely nice.", "sent11": null }

{ "triple1": { "text": "Eric is round.", "representation": "(\"Eric\" \"is\" \"round\" \"+\")" }, "triple2": { "text": "Eric is red.", "representation": "(\"Eric\" \"is\" \"red\" \"+\")" }, "triple3": { "text": "Eric is blue.", "representation": "(\"Eric\" \"is\" \"blue\" \"+\")" }, "triple4": { "text": "Fred is rough.", "representation": "(\"Fred\" \"is\" \"rough\" \"+\")" }, "triple5": { "text": "Fred is green.", "representation": "(\"Fred\" \"is\" \"green\" \"+\")" }, "triple6": { "text": "Fred is blue.", "representation": "(\"Fred\" \"is\" \"blue\" \"+\")" }, "triple7": { "text": "Gary is red.", "representation": "(\"Gary\" \"is\" \"red\" \"+\")" }, "triple8": null, "triple9": null, "triple10": null, "triple11": null, "triple12": null }

{ "rule1": { "text": "If someone is kind and young and round then they are blue.", "representation": "(((\"someone\" \"is\" \"kind\" \"+\") (\"someone\" \"is\" \"young\" \"+\") (\"someone\" \"is\" \"round\" \"+\")) -> (\"someone\" \"is\" \"blue\" \"+\"))" }, "rule2": { "text": "If someone is green and nice and round then they are big.", "representation": "(((\"someone\" \"is\" \"green\" \"+\") (\"someone\" \"is\" \"nice\" \"+\") (\"someone\" \"is\" \"round\" \"+\")) -> (\"someone\" \"is\" \"big\" \"+\"))" }, "rule3": { "text": "If someone is blue and young then they are kind.", "representation": "(((\"someone\" \"is\" \"blue\" \"+\") (\"someone\" \"is\" \"young\" \"+\")) -> (\"someone\" \"is\" \"kind\" \"+\"))" }, "rule4": { "text": "If someone is green then they are young.", "representation": "(((\"someone\" \"is\" \"green\" \"+\")) -> (\"someone\" \"is\" \"young\" \"+\"))" }, "rule5": { "text": "If someone is rough and kind and blue then they are cold.", "representation": "(((\"someone\" \"is\" \"rough\" \"+\") (\"someone\" \"is\" \"kind\" \"+\") (\"someone\" \"is\" \"blue\" \"+\")) -> (\"someone\" \"is\" \"cold\" \"+\"))" }, "rule6": { "text": "If someone is kind and cold then they are big.", "representation": "(((\"someone\" \"is\" \"kind\" \"+\") (\"someone\" \"is\" \"cold\" \"+\")) -> (\"someone\" \"is\" \"big\" \"+\"))" }, "rule7": null }

{ "Q1": { "question": "Eric is red.", "answer": "True", "QDep": 0, "QLen": "1", "strategy": "proof", "proofs": "[(triple2)]", "representation": "(\"Eric\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple2", "intermediates": [] } ] }, "Q2": { "question": "Eric is not red.", "answer": "False", "QDep": 0, "QLen": "1", "strategy": "inv-proof", "proofs": "[(triple2)]", "representation": "(\"Eric\" \"is\" \"red\" \"-\")", "proofsWithIntermediates": [ { "representation": "triple2", "intermediates": [] } ] }, "Q3": { "question": "Fred is young.", "answer": "True", "QDep": 1, "QLen": "2", "strategy": "proof", "proofs": "[(((triple5) -> rule4))]", "representation": "(\"Fred\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple5) -> (rule4 % int1))", "intermediates": [ { "text": "Fred is young.", "representation": "(\"Fred\" \"is\" \"young\" \"+\")", "id": "int1" } ] } ] }, "Q4": { "question": "Fred is not young.", "answer": "False", "QDep": 1, "QLen": "2", "strategy": "inv-proof", "proofs": "[(((triple5) -> rule4))]", "representation": "(\"Fred\" \"is\" \"young\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple5) -> (rule4 % int1))", "intermediates": [ { "text": "Fred is young.", "representation": "(\"Fred\" \"is\" \"young\" \"+\")", "id": "int1" } ] } ] }, "Q5": { "question": "Fred is kind.", "answer": "True", "QDep": 2, "QLen": "4", "strategy": "proof", "proofs": "[(((triple6 ((triple5) -> rule4)) -> rule3))]", "representation": "(\"Fred\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple6 ((triple5) -> (rule4 % int2))) -> (rule3 % int1))", "intermediates": [ { "text": "Fred is kind.", "representation": "(\"Fred\" \"is\" \"kind\" \"+\")", "id": "int1" }, { "text": "Fred is young.", "representation": "(\"Fred\" \"is\" \"young\" \"+\")", "id": "int2" } ] } ] }, "Q6": { "question": "Fred is not kind.", "answer": "False", "QDep": 2, "QLen": "4", "strategy": "inv-proof", "proofs": "[(((triple6 ((triple5) -> rule4)) -> rule3))]", "representation": "(\"Fred\" \"is\" \"kind\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple6 ((triple5) -> (rule4 % int2))) -> (rule3 % int1))", "intermediates": [ { "text": "Fred is kind.", "representation": "(\"Fred\" \"is\" \"kind\" \"+\")", "id": "int1" }, { "text": "Fred is young.", "representation": "(\"Fred\" \"is\" \"young\" \"+\")", "id": "int2" } ] } ] }, "Q7": { "question": "Fred is cold.", "answer": "True", "QDep": 3, "QLen": "7", "strategy": "proof", "proofs": "[(((triple4 ((triple6 ((triple5) -> rule4)) -> rule3) triple6) -> rule5))]", "representation": "(\"Fred\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple4 ((triple6 ((triple5) -> (rule4 % int3))) -> (rule3 % int2)) triple6) -> (rule5 % int1))", "intermediates": [ { "text": "Fred is cold.", "representation": "(\"Fred\" \"is\" \"cold\" \"+\")", "id": "int1" }, { "text": "Fred is kind.", "representation": "(\"Fred\" \"is\" \"kind\" \"+\")", "id": "int2" }, { "text": "Fred is young.", "representation": "(\"Fred\" \"is\" \"young\" \"+\")", "id": "int3" } ] } ] }, "Q8": { "question": "Fred is not cold.", "answer": "False", "QDep": 3, "QLen": "7", "strategy": "inv-proof", "proofs": "[(((triple4 ((triple6 ((triple5) -> rule4)) -> rule3) triple6) -> rule5))]", "representation": "(\"Fred\" \"is\" \"cold\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple4 ((triple6 ((triple5) -> (rule4 % int3))) -> (rule3 % int2)) triple6) -> (rule5 % int1))", "intermediates": [ { "text": "Fred is cold.", "representation": "(\"Fred\" \"is\" \"cold\" \"+\")", "id": "int1" }, { "text": "Fred is kind.", "representation": "(\"Fred\" \"is\" \"kind\" \"+\")", "id": "int2" }, { "text": "Fred is young.", "representation": "(\"Fred\" \"is\" \"young\" \"+\")", "id": "int3" } ] } ] }, "Q9": { "question": "Fred is big.", "answer": "True", "QDep": 4, "QLen": "12", "strategy": "proof", "proofs": "[(((((triple6 ((triple5) -> rule4)) -> rule3) ((triple4 ((triple6 ((triple5) -> rule4)) -> rule3) triple6) -> rule5)) -> rule6))]", "representation": "(\"Fred\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple6 ((triple5) -> (rule4 % int4))) -> (rule3 % int3)) ((triple4 ((triple6 ((triple5) -> (rule4 % int4))) -> (rule3 % int3)) triple6) -> (rule5 % int2))) -> (rule6 % int1))", "intermediates": [ { "text": "Fred is big.", "representation": "(\"Fred\" \"is\" \"big\" \"+\")", "id": "int1" }, { "text": "Fred is cold.", "representation": "(\"Fred\" \"is\" \"cold\" \"+\")", "id": "int2" }, { "text": "Fred is kind.", "representation": "(\"Fred\" \"is\" \"kind\" \"+\")", "id": "int3" }, { "text": "Fred is young.", "representation": "(\"Fred\" \"is\" \"young\" \"+\")", "id": "int4" } ] } ] }, "Q10": { "question": "Fred is not big.", "answer": "False", "QDep": 4, "QLen": "12", "strategy": "inv-proof", "proofs": "[(((((triple6 ((triple5) -> rule4)) -> rule3) ((triple4 ((triple6 ((triple5) -> rule4)) -> rule3) triple6) -> rule5)) -> rule6))]", "representation": "(\"Fred\" \"is\" \"big\" \"-\")", "proofsWithIntermediates": [ { "representation": "((((triple6 ((triple5) -> (rule4 % int4))) -> (rule3 % int3)) ((triple4 ((triple6 ((triple5) -> (rule4 % int4))) -> (rule3 % int3)) triple6) -> (rule5 % int2))) -> (rule6 % int1))", "intermediates": [ { "text": "Fred is big.", "representation": "(\"Fred\" \"is\" \"big\" \"+\")", "id": "int1" }, { "text": "Fred is cold.", "representation": "(\"Fred\" \"is\" \"cold\" \"+\")", "id": "int2" }, { "text": "Fred is kind.", "representation": "(\"Fred\" \"is\" \"kind\" \"+\")", "id": "int3" }, { "text": "Fred is young.", "representation": "(\"Fred\" \"is\" \"young\" \"+\")", "id": "int4" } ] } ] }, "Q11": { "question": "Alan is not blue.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Alan is blue.[CWA. Example of deepest failure = (rule1 <- FAIL)]]", "representation": "(\"Alan\" \"is\" \"blue\" \"-\")", "proofsWithIntermediates": null }, "Q12": { "question": "Alan is kind.", "answer": "Unknown", "QDep": 2, "QLen": "", "strategy": "rconc", "proofs": "[@2: Alan is kind.[CWA. Example of deepest failure = (rule3 <- rule1 <- FAIL)]]", "representation": "(\"Alan\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": null }, "Q13": { "question": "Eric is not cold.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Eric is cold.[CWA. Example of deepest failure = (rule5 <- FAIL)]]", "representation": "(\"Eric\" \"is\" \"cold\" \"-\")" }, "Q14": { "question": "Gary is blue.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "rconc", "proofs": "[@1: Gary is blue.[CWA. Example of deepest failure = (rule1 <- FAIL)]]", "representation": "(\"Gary\" \"is\" \"blue\" \"+\")" }, "Q15": { "question": "Alan is not cold.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Alan is cold.[CWA. Example of deepest failure = (rule5 <- FAIL)]]", "representation": "(\"Alan\" \"is\" \"cold\" \"-\")" }, "Q16": { "question": "Alan is red.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Alan is red.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Alan\" \"is\" \"red\" \"+\")" }, "Q17": { "question": "Fred is not round.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Fred is round.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Fred\" \"is\" \"round\" \"-\")" }, "Q18": { "question": "Fred is red.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Fred is red.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Fred\" \"is\" \"red\" \"+\")" }, "Q19": { "question": "Eric is not rough.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Eric is rough.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Eric\" \"is\" \"rough\" \"-\")" }, "Q20": { "question": "Alan is rough.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Alan is rough.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Alan\" \"is\" \"rough\" \"+\")" }, "Q21": null, "Q22": null, "Q23": null, "Q24": null }

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{ "triple1": "sent1", "triple2": "sent1", "triple3": "sent1", "triple4": "sent2", "triple5": "sent2", "triple6": "sent2", "triple7": "sent3", "triple8": null, "triple9": null, "triple10": null, "rule1": "sent4", "rule2": "sent5", "rule3": "sent6", "rule4": "sent7", "rule5": "sent8", "rule6": "sent9", "rule7": null, "triple11": null, "triple12": null }

{ "sent1": "Eric is a red person who is round and also feels blue.", "sent2": "Fred has green teeth and rough skin; People also notice his blue eyes.", "sent3": "Red Gary is what folks call him, because he is quite red.", "sent4": "If a kind person is also young and round shaped, they will be colored blue.", "sent5": "Nice, green people that are somewhat round are big through the shoulders.", "sent6": "If you color the young ones blue then they will be kind.", "sent7": "People that are green tend to be young.", "sent8": "Anybody with rough, kind and blue aspects will certainly be cold, too.", "sent9": "Most kind and cold people are also big.", "sent10": null, "sent11": null }

{ "triple1": { "text": "Dave is red.", "representation": "(\"Dave\" \"is\" \"red\" \"+\")" }, "triple2": { "text": "Dave is blue.", "representation": "(\"Dave\" \"is\" \"blue\" \"+\")" }, "triple3": { "text": "Eric is young.", "representation": "(\"Eric\" \"is\" \"young\" \"+\")" }, "triple4": { "text": "Eric is nice.", "representation": "(\"Eric\" \"is\" \"nice\" \"+\")" }, "triple5": { "text": "Eric is green.", "representation": "(\"Eric\" \"is\" \"green\" \"+\")" }, "triple6": { "text": "Eric is cold.", "representation": "(\"Eric\" \"is\" \"cold\" \"+\")" }, "triple7": { "text": "Eric is blue.", "representation": "(\"Eric\" \"is\" \"blue\" \"+\")" }, "triple8": { "text": "Fred is rough.", "representation": "(\"Fred\" \"is\" \"rough\" \"+\")" }, "triple9": { "text": "Fred is green.", "representation": "(\"Fred\" \"is\" \"green\" \"+\")" }, "triple10": { "text": "Gary is rough.", "representation": "(\"Gary\" \"is\" \"rough\" \"+\")" }, "triple11": { "text": "Gary is nice.", "representation": "(\"Gary\" \"is\" \"nice\" \"+\")" }, "triple12": { "text": "Gary is kind.", "representation": "(\"Gary\" \"is\" \"kind\" \"+\")" } }

{ "rule1": { "text": "If someone is blue and kind then they are big.", "representation": "(((\"someone\" \"is\" \"blue\" \"+\") (\"someone\" \"is\" \"kind\" \"+\")) -> (\"someone\" \"is\" \"big\" \"+\"))" }, "rule2": { "text": "If someone is young then they are red.", "representation": "(((\"someone\" \"is\" \"young\" \"+\")) -> (\"someone\" \"is\" \"red\" \"+\"))" }, "rule3": { "text": "If someone is nice and kind and big then they are cold.", "representation": "(((\"someone\" \"is\" \"nice\" \"+\") (\"someone\" \"is\" \"kind\" \"+\") (\"someone\" \"is\" \"big\" \"+\")) -> (\"someone\" \"is\" \"cold\" \"+\"))" }, "rule4": { "text": "If someone is kind and nice and red then they are big.", "representation": "(((\"someone\" \"is\" \"kind\" \"+\") (\"someone\" \"is\" \"nice\" \"+\") (\"someone\" \"is\" \"red\" \"+\")) -> (\"someone\" \"is\" \"big\" \"+\"))" }, "rule5": { "text": "If someone is rough and red then they are cold.", "representation": "(((\"someone\" \"is\" \"rough\" \"+\") (\"someone\" \"is\" \"red\" \"+\")) -> (\"someone\" \"is\" \"cold\" \"+\"))" }, "rule6": { "text": "If someone is big then they are round.", "representation": "(((\"someone\" \"is\" \"big\" \"+\")) -> (\"someone\" \"is\" \"round\" \"+\"))" }, "rule7": { "text": "If someone is red and young and cold then they are kind.", "representation": "(((\"someone\" \"is\" \"red\" \"+\") (\"someone\" \"is\" \"young\" \"+\") (\"someone\" \"is\" \"cold\" \"+\")) -> (\"someone\" \"is\" \"kind\" \"+\"))" } }

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"QDep": 1, "QLen": "2", "strategy": "inv-proof", "proofs": "[(((triple3) -> rule2))]", "representation": "(\"Eric\" \"is\" \"red\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple3) -> (rule2 % int1))", "intermediates": [ { "text": "Eric is red.", "representation": "(\"Eric\" \"is\" \"red\" \"+\")", "id": "int1" } ] } ] }, "Q5": { "question": "Eric is kind.", "answer": "True", "QDep": 2, "QLen": "5", "strategy": "proof", "proofs": "[(((((triple3) -> rule2) triple3 triple6) -> rule7))]", "representation": "(\"Eric\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple3) -> (rule2 % int2)) triple3 triple6) -> (rule7 % int1))", "intermediates": [ { "text": "Eric is kind.", "representation": "(\"Eric\" \"is\" \"kind\" \"+\")", "id": "int1" }, { "text": "Eric is red.", "representation": "(\"Eric\" \"is\" \"red\" \"+\")", "id": "int2" } ] } ] }, "Q6": { "question": "Eric is not kind.", "answer": "False", "QDep": 2, "QLen": "5", "strategy": "inv-proof", "proofs": "[(((((triple3) -> rule2) triple3 triple6) -> rule7))]", "representation": "(\"Eric\" \"is\" \"kind\" \"-\")", "proofsWithIntermediates": [ { "representation": "((((triple3) -> (rule2 % int2)) triple3 triple6) -> (rule7 % int1))", "intermediates": [ { "text": "Eric is kind.", "representation": "(\"Eric\" \"is\" \"kind\" \"+\")", "id": "int1" }, { "text": "Eric is red.", "representation": "(\"Eric\" \"is\" \"red\" \"+\")", "id": "int2" } ] } ] }, "Q7": { "question": "Eric is big.", "answer": "True", "QDep": 3, "QLen": "7", "strategy": "proof", "proofs": "[(((triple7 ((((triple3) -> rule2) triple3 triple6) -> rule7)) -> rule1) OR ((((((triple3) -> rule2) triple3 triple6) -> rule7) triple4 ((triple3) -> rule2)) -> rule4))]", "representation": "(\"Eric\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple7 ((((triple3) -> (rule2 % int3)) triple3 triple6) -> (rule7 % int2))) -> (rule1 % int1))", "intermediates": [ { "text": "Eric is big.", "representation": "(\"Eric\" \"is\" \"big\" \"+\")", "id": "int1" }, { "text": "Eric is kind.", "representation": "(\"Eric\" \"is\" \"kind\" \"+\")", "id": "int2" }, { "text": "Eric is red.", "representation": "(\"Eric\" \"is\" \"red\" \"+\")", "id": "int3" } ] }, { "representation": "((((((triple3) -> (rule2 % int3)) triple3 triple6) -> (rule7 % int2)) triple4 ((triple3) -> (rule2 % int3))) -> (rule4 % int1))", "intermediates": [ { "text": "Eric is big.", "representation": "(\"Eric\" \"is\" \"big\" \"+\")", "id": "int1" }, { "text": "Eric is kind.", "representation": "(\"Eric\" \"is\" \"kind\" \"+\")", "id": "int2" }, { "text": "Eric is red.", "representation": "(\"Eric\" \"is\" \"red\" \"+\")", "id": "int3" } ] } ] }, "Q8": { "question": "Eric is not big.", "answer": "False", "QDep": 3, "QLen": "7", "strategy": "inv-proof", "proofs": "[(((triple7 ((((triple3) -> rule2) triple3 triple6) -> rule7)) -> rule1) OR ((((((triple3) -> rule2) triple3 triple6) -> rule7) triple4 ((triple3) -> rule2)) -> rule4))]", "representation": "(\"Eric\" \"is\" \"big\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple7 ((((triple3) -> (rule2 % int3)) triple3 triple6) -> (rule7 % int2))) -> (rule1 % int1))", "intermediates": [ { "text": "Eric is big.", "representation": "(\"Eric\" \"is\" \"big\" \"+\")", "id": "int1" }, { "text": "Eric is kind.", "representation": "(\"Eric\" \"is\" \"kind\" \"+\")", "id": "int2" }, { "text": "Eric is red.", "representation": "(\"Eric\" \"is\" \"red\" \"+\")", "id": "int3" } ] }, { "representation": "((((((triple3) -> (rule2 % int3)) triple3 triple6) -> (rule7 % int2)) triple4 ((triple3) -> (rule2 % int3))) -> (rule4 % int1))", "intermediates": [ { "text": "Eric is big.", "representation": "(\"Eric\" \"is\" \"big\" \"+\")", "id": "int1" }, { "text": "Eric is kind.", "representation": "(\"Eric\" \"is\" \"kind\" \"+\")", "id": "int2" }, { "text": "Eric is red.", "representation": "(\"Eric\" \"is\" \"red\" \"+\")", "id": "int3" } ] } ] }, "Q9": { "question": "Eric is round.", "answer": "True", "QDep": 4, "QLen": "8", "strategy": "proof", "proofs": "[(((((triple7 ((((triple3) -> rule2) triple3 triple6) -> rule7)) -> rule1)) -> rule6) OR ((((((((triple3) -> rule2) triple3 triple6) -> rule7) triple4 ((triple3) -> rule2)) -> rule4)) -> rule6))]", "representation": "(\"Eric\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple7 ((((triple3) -> (rule2 % int4)) triple3 triple6) -> (rule7 % int3))) -> (rule1 % int2))) -> (rule6 % int1))", "intermediates": [ { "text": "Eric is round.", "representation": "(\"Eric\" \"is\" \"round\" \"+\")", "id": "int1" }, { "text": "Eric is big.", "representation": "(\"Eric\" \"is\" \"big\" \"+\")", "id": "int2" }, { "text": "Eric is kind.", "representation": "(\"Eric\" \"is\" \"kind\" \"+\")", "id": "int3" }, { "text": "Eric is red.", "representation": "(\"Eric\" \"is\" \"red\" \"+\")", "id": "int4" } ] }, { "representation": "((((((((triple3) -> (rule2 % int4)) triple3 triple6) -> (rule7 % int3)) triple4 ((triple3) -> (rule2 % int4))) -> (rule4 % int2))) -> (rule6 % int1))", "intermediates": [ { "text": "Eric is round.", "representation": "(\"Eric\" \"is\" \"round\" \"+\")", "id": "int1" }, { "text": "Eric is big.", "representation": "(\"Eric\" \"is\" \"big\" \"+\")", "id": "int2" }, { "text": "Eric is kind.", "representation": "(\"Eric\" \"is\" \"kind\" \"+\")", "id": "int3" }, { "text": "Eric is red.", "representation": "(\"Eric\" \"is\" \"red\" \"+\")", "id": "int4" } ] } ] }, "Q10": { "question": "Eric is not round.", "answer": "False", "QDep": 4, "QLen": "8", "strategy": "inv-proof", "proofs": "[(((((triple7 ((((triple3) -> rule2) triple3 triple6) -> rule7)) -> rule1)) -> rule6) OR ((((((((triple3) -> rule2) triple3 triple6) -> rule7) triple4 ((triple3) -> rule2)) -> rule4)) -> rule6))]", "representation": "(\"Eric\" \"is\" \"round\" \"-\")", "proofsWithIntermediates": [ { "representation": "((((triple7 ((((triple3) -> (rule2 % int4)) triple3 triple6) -> (rule7 % int3))) -> (rule1 % int2))) -> (rule6 % int1))", "intermediates": [ { "text": "Eric is round.", "representation": "(\"Eric\" \"is\" \"round\" \"+\")", "id": "int1" }, { "text": "Eric is big.", "representation": "(\"Eric\" \"is\" \"big\" \"+\")", "id": "int2" }, { "text": "Eric is kind.", "representation": "(\"Eric\" \"is\" \"kind\" \"+\")", "id": "int3" }, { "text": "Eric is red.", "representation": "(\"Eric\" \"is\" \"red\" \"+\")", "id": "int4" } ] }, { "representation": "((((((((triple3) -> (rule2 % int4)) triple3 triple6) -> (rule7 % int3)) triple4 ((triple3) -> (rule2 % int4))) -> (rule4 % int2))) -> (rule6 % int1))", "intermediates": [ { "text": "Eric is round.", "representation": "(\"Eric\" \"is\" \"round\" \"+\")", "id": "int1" }, { "text": "Eric is big.", "representation": "(\"Eric\" \"is\" \"big\" \"+\")", "id": "int2" }, { "text": "Eric is kind.", "representation": "(\"Eric\" \"is\" \"kind\" \"+\")", "id": "int3" }, { "text": "Eric is red.", "representation": "(\"Eric\" \"is\" \"red\" \"+\")", "id": "int4" } ] } ] }, "Q11": { "question": "Fred is not cold.", "answer": "Unknown", "QDep": 2, "QLen": "", "strategy": "inv-rconc", "proofs": "[@2: Fred is cold.[CWA. Example of deepest failure = (rule5 <- rule2 <- FAIL)]]", "representation": "(\"Fred\" \"is\" \"cold\" \"-\")", "proofsWithIntermediates": null }, "Q12": { "question": "Fred is round.", "answer": "Unknown", "QDep": 2, "QLen": "", "strategy": "rconc", "proofs": "[@2: Fred is round.[CWA. Example of deepest failure = (rule6 <- rule1 <- FAIL)]]", "representation": "(\"Fred\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": null }, "Q13": { "question": "Gary is not round.", "answer": "Unknown", "QDep": 3, "QLen": "", "strategy": "inv-rconc", "proofs": "[@3: Gary is round.[CWA. Example of deepest failure = (rule6 <- rule4 <- rule2 <- FAIL)]]", "representation": "(\"Gary\" \"is\" \"round\" \"-\")" }, "Q14": { "question": "Fred is red.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "rconc", "proofs": "[@1: Fred is red.[CWA. Example of deepest failure = (rule2 <- FAIL)]]", "representation": "(\"Fred\" \"is\" \"red\" \"+\")" }, "Q15": { "question": "Dave is not cold.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Dave is cold.[CWA. Example of deepest failure = (rule3 <- FAIL)]]", "representation": "(\"Dave\" \"is\" \"cold\" \"-\")" }, "Q16": { "question": "Dave is young.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Dave is young.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Dave\" \"is\" \"young\" \"+\")" }, "Q17": { "question": "Eric is not rough.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Eric is rough.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Eric\" \"is\" \"rough\" \"-\")" }, "Q18": { "question": "Dave is green.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Dave is green.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Dave\" \"is\" \"green\" \"+\")" }, "Q19": { "question": "Dave is not nice.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Dave is nice.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Dave\" \"is\" \"nice\" \"-\")" }, "Q20": { "question": "Gary is green.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Gary is green.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Gary\" \"is\" \"green\" \"+\")" }, "Q21": null, "Q22": null, "Q23": null, "Q24": null }

[ { "text": "Dave is blue.", "QDep": 0, "representation": "(\"Dave\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple2", "intermediates": [] } ] }, { "text": "Dave is red.", "QDep": 0, "representation": "(\"Dave\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple1", "intermediates": [] } ] }, { "text": "Eric is blue.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple7", "intermediates": [] } ] }, { "text": "Eric is cold.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple6", "intermediates": [] } ] }, { "text": "Eric is green.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple5", "intermediates": [] } ] }, { "text": "Eric is nice.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple4", "intermediates": [] } ] }, { "text": "Eric is young.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple3", "intermediates": [] } ] }, { "text": "Fred is green.", "QDep": 0, "representation": "(\"Fred\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple9", "intermediates": [] } ] }, { "text": "Fred is rough.", "QDep": 0, "representation": "(\"Fred\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple8", "intermediates": [] } ] }, { "text": "Gary is kind.", "QDep": 0, "representation": "(\"Gary\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple12", "intermediates": [] } ] }, { "text": "Gary is nice.", "QDep": 0, "representation": "(\"Gary\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple11", "intermediates": [] } ] }, { "text": "Gary is rough.", "QDep": 0, "representation": "(\"Gary\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple10", "intermediates": [] } ] }, { "text": "Eric is red.", "QDep": 1, "representation": "(\"Eric\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple3) -> (rule2 % int1))", "intermediates": [ { "text": "Eric is red.", "representation": "(\"Eric\" \"is\" \"red\" \"+\")", "id": "int1" } ] } ] }, { "text": "Eric is kind.", "QDep": 2, "representation": "(\"Eric\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple3) -> (rule2 % int2)) triple3 triple6) -> (rule7 % int1))", "intermediates": [ { "text": "Eric is kind.", "representation": "(\"Eric\" \"is\" \"kind\" \"+\")", "id": "int1" }, { "text": "Eric is red.", "representation": "(\"Eric\" \"is\" \"red\" \"+\")", "id": "int2" } ] } ] }, { "text": "Eric is big.", "QDep": 3, "representation": "(\"Eric\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple7 ((((triple3) -> (rule2 % int3)) triple3 triple6) -> (rule7 % int2))) -> (rule1 % int1))", "intermediates": [ { "text": "Eric is big.", "representation": "(\"Eric\" \"is\" \"big\" \"+\")", "id": "int1" }, { "text": "Eric is kind.", "representation": "(\"Eric\" \"is\" \"kind\" \"+\")", "id": "int2" }, { "text": "Eric is red.", "representation": "(\"Eric\" \"is\" \"red\" \"+\")", "id": "int3" } ] }, { "representation": "((((((triple3) -> (rule2 % int3)) triple3 triple6) -> (rule7 % int2)) triple4 ((triple3) -> (rule2 % int3))) -> (rule4 % int1))", "intermediates": [ { "text": "Eric is big.", "representation": "(\"Eric\" \"is\" \"big\" \"+\")", "id": "int1" }, { "text": "Eric is kind.", "representation": "(\"Eric\" \"is\" \"kind\" \"+\")", "id": "int2" }, { "text": "Eric is red.", "representation": "(\"Eric\" \"is\" \"red\" \"+\")", "id": "int3" } ] } ] }, { "text": "Eric is round.", "QDep": 4, "representation": "(\"Eric\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple7 ((((triple3) -> (rule2 % int4)) triple3 triple6) -> (rule7 % int3))) -> (rule1 % int2))) -> (rule6 % int1))", "intermediates": [ { "text": "Eric is round.", "representation": "(\"Eric\" \"is\" \"round\" \"+\")", "id": "int1" }, { "text": "Eric is big.", "representation": "(\"Eric\" \"is\" \"big\" \"+\")", "id": "int2" }, { "text": "Eric is kind.", "representation": "(\"Eric\" \"is\" \"kind\" \"+\")", "id": "int3" }, { "text": "Eric is red.", "representation": "(\"Eric\" \"is\" \"red\" \"+\")", "id": "int4" } ] }, { "representation": "((((((((triple3) -> (rule2 % int4)) triple3 triple6) -> (rule7 % int3)) triple4 ((triple3) -> (rule2 % int4))) -> (rule4 % int2))) -> (rule6 % int1))", "intermediates": [ { "text": "Eric is round.", "representation": "(\"Eric\" \"is\" \"round\" \"+\")", "id": "int1" }, { "text": "Eric is big.", "representation": "(\"Eric\" \"is\" \"big\" \"+\")", "id": "int2" }, { "text": "Eric is kind.", "representation": "(\"Eric\" \"is\" \"kind\" \"+\")", "id": "int3" }, { "text": "Eric is red.", "representation": "(\"Eric\" \"is\" \"red\" \"+\")", "id": "int4" } ] } ] } ]

{ "triple1": "sent1", "triple2": "sent1", "triple3": "sent2", "triple4": "sent2", "triple5": "sent2", "triple6": "sent2", "triple7": "sent2", "triple8": "sent3", "triple9": "sent3", "triple10": "sent4", "rule1": "sent5", "rule2": "sent6", "rule3": "sent7", "rule4": "sent8", "rule5": "sent9", "rule6": "sent10", "rule7": "sent11", "triple11": "sent4", "triple12": "sent4" }

{ "sent1": "Dave looks red to most people, with blue features.", "sent2": "Young Eric is so nice even though he always feels cold; He loves to wear blue and green clothes.", "sent3": "Fred is known to be rough and green.", "sent4": "Gary is nice and kind, but a little rough.", "sent5": "I have found that blue, kind people are big.", "sent6": "It's a fact that young people are red people.", "sent7": "A nice and kind person who is big sized will be cold.", "sent8": "Red haired people who are nice and kind are looked up to because they are always big.", "sent9": "People,though rough and red,tend to be cold too.", "sent10": "Big people are also round people.", "sent11": "People who are cold and and red are also young and kind." }

{ "triple1": { "text": "Alan is nice.", "representation": "(\"Alan\" \"is\" \"nice\" \"+\")" }, "triple2": { "text": "Alan is big.", "representation": "(\"Alan\" \"is\" \"big\" \"+\")" }, "triple3": { "text": "Bob is young.", "representation": "(\"Bob\" \"is\" \"young\" \"+\")" }, "triple4": { "text": "Bob is green.", "representation": "(\"Bob\" \"is\" \"green\" \"+\")" }, "triple5": { "text": "Dave is red.", "representation": "(\"Dave\" \"is\" \"red\" \"+\")" }, "triple6": { "text": "Dave is kind.", "representation": "(\"Dave\" \"is\" \"kind\" \"+\")" }, "triple7": { "text": "Dave is green.", "representation": "(\"Dave\" \"is\" \"green\" \"+\")" }, "triple8": { "text": "Dave is big.", "representation": "(\"Dave\" \"is\" \"big\" \"+\")" }, "triple9": { "text": "Harry is young.", "representation": "(\"Harry\" \"is\" \"young\" \"+\")" }, "triple10": { "text": "Harry is round.", "representation": "(\"Harry\" \"is\" \"round\" \"+\")" }, "triple11": { "text": "Harry is rough.", "representation": "(\"Harry\" \"is\" \"rough\" \"+\")" }, "triple12": { "text": "Harry is cold.", "representation": "(\"Harry\" \"is\" \"cold\" \"+\")" } }

{ "rule1": { "text": "If someone is big and kind then they are cold.", "representation": "(((\"someone\" \"is\" \"big\" \"+\") (\"someone\" \"is\" \"kind\" \"+\")) -> (\"someone\" \"is\" \"cold\" \"+\"))" }, "rule2": { "text": "If someone is nice and round and blue then they are red.", "representation": "(((\"someone\" \"is\" \"nice\" \"+\") (\"someone\" \"is\" \"round\" \"+\") (\"someone\" \"is\" \"blue\" \"+\")) -> (\"someone\" \"is\" \"red\" \"+\"))" }, "rule3": { "text": "If someone is green then they are round.", "representation": "(((\"someone\" \"is\" \"green\" \"+\")) -> (\"someone\" \"is\" \"round\" \"+\"))" }, "rule4": { "text": "If someone is cold and round and kind then they are nice.", "representation": "(((\"someone\" \"is\" \"cold\" \"+\") (\"someone\" \"is\" \"round\" \"+\") (\"someone\" \"is\" \"kind\" \"+\")) -> (\"someone\" \"is\" \"nice\" \"+\"))" }, "rule5": { "text": "If someone is nice and green and red then they are rough.", "representation": "(((\"someone\" \"is\" \"nice\" \"+\") (\"someone\" \"is\" \"green\" \"+\") (\"someone\" \"is\" \"red\" \"+\")) -> (\"someone\" \"is\" \"rough\" \"+\"))" }, "rule6": null, "rule7": null }

{ "Q1": { "question": "Dave is red.", "answer": "True", "QDep": 0, "QLen": "1", "strategy": "proof", "proofs": "[(triple5)]", "representation": "(\"Dave\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple5", "intermediates": [] } ] }, "Q2": { "question": "Harry is not round.", "answer": "False", "QDep": 0, "QLen": "1", "strategy": "inv-proof", "proofs": "[(triple10)]", "representation": "(\"Harry\" \"is\" \"round\" \"-\")", "proofsWithIntermediates": [ { "representation": "triple10", "intermediates": [] } ] }, "Q3": { "question": "Bob is round.", "answer": "True", "QDep": 1, "QLen": "2", "strategy": "proof", "proofs": "[(((triple4) -> rule3))]", "representation": "(\"Bob\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple4) -> (rule3 % int1))", "intermediates": [ { "text": "Bob is round.", "representation": "(\"Bob\" \"is\" \"round\" \"+\")", "id": "int1" } ] } ] }, "Q4": { "question": "Dave is not round.", "answer": "False", "QDep": 1, "QLen": "2", "strategy": "inv-proof", "proofs": "[(((triple7) -> rule3))]", "representation": "(\"Dave\" \"is\" \"round\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple7) -> (rule3 % int1))", "intermediates": [ { "text": "Dave is round.", "representation": "(\"Dave\" \"is\" \"round\" \"+\")", "id": "int1" } ] } ] }, "Q5": { "question": "Dave is nice.", "answer": "True", "QDep": 2, "QLen": "7", "strategy": "proof", "proofs": "[(((((triple8 triple6) -> rule1) ((triple7) -> rule3) triple6) -> rule4))]", "representation": "(\"Dave\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple8 triple6) -> (rule1 % int3)) ((triple7) -> (rule3 % int2)) triple6) -> (rule4 % int1))", "intermediates": [ { "text": "Dave is nice.", "representation": "(\"Dave\" \"is\" \"nice\" \"+\")", "id": "int1" }, { "text": "Dave is round.", "representation": "(\"Dave\" \"is\" \"round\" \"+\")", "id": "int2" }, { "text": "Dave is cold.", "representation": "(\"Dave\" \"is\" \"cold\" \"+\")", "id": "int3" } ] } ] }, "Q6": { "question": "Dave is not nice.", "answer": "False", "QDep": 2, "QLen": "7", "strategy": "inv-proof", "proofs": "[(((((triple8 triple6) -> rule1) ((triple7) -> rule3) triple6) -> rule4))]", "representation": "(\"Dave\" \"is\" \"nice\" \"-\")", "proofsWithIntermediates": [ { "representation": "((((triple8 triple6) -> (rule1 % int3)) ((triple7) -> (rule3 % int2)) triple6) -> (rule4 % int1))", "intermediates": [ { "text": "Dave is nice.", "representation": "(\"Dave\" \"is\" \"nice\" \"+\")", "id": "int1" }, { "text": "Dave is round.", "representation": "(\"Dave\" \"is\" \"round\" \"+\")", "id": "int2" }, { "text": "Dave is cold.", "representation": "(\"Dave\" \"is\" \"cold\" \"+\")", "id": "int3" } ] } ] }, "Q7": { "question": "Dave is rough.", "answer": "True", "QDep": 3, "QLen": "10", "strategy": "proof", "proofs": "[(((((((triple8 triple6) -> rule1) ((triple7) -> rule3) triple6) -> rule4) triple7 triple5) -> rule5))]", "representation": "(\"Dave\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((((triple8 triple6) -> (rule1 % int4)) ((triple7) -> (rule3 % int3)) triple6) -> (rule4 % int2)) triple7 triple5) -> (rule5 % int1))", "intermediates": [ { "text": "Dave is rough.", "representation": "(\"Dave\" \"is\" \"rough\" \"+\")", "id": "int1" }, { "text": "Dave is nice.", "representation": "(\"Dave\" \"is\" \"nice\" \"+\")", "id": "int2" }, { "text": "Dave is round.", "representation": "(\"Dave\" \"is\" \"round\" \"+\")", "id": "int3" }, { "text": "Dave is cold.", "representation": "(\"Dave\" \"is\" \"cold\" \"+\")", "id": "int4" } ] } ] }, "Q8": { "question": "Dave is not rough.", "answer": "False", "QDep": 3, "QLen": "10", "strategy": "inv-proof", "proofs": "[(((((((triple8 triple6) -> rule1) ((triple7) -> rule3) triple6) -> rule4) triple7 triple5) -> rule5))]", "representation": "(\"Dave\" \"is\" \"rough\" \"-\")", "proofsWithIntermediates": [ { "representation": "((((((triple8 triple6) -> (rule1 % int4)) ((triple7) -> (rule3 % int3)) triple6) -> (rule4 % int2)) triple7 triple5) -> (rule5 % int1))", "intermediates": [ { "text": "Dave is rough.", "representation": "(\"Dave\" \"is\" \"rough\" \"+\")", "id": "int1" }, { "text": "Dave is nice.", "representation": "(\"Dave\" \"is\" \"nice\" \"+\")", "id": "int2" }, { "text": "Dave is round.", "representation": "(\"Dave\" \"is\" \"round\" \"+\")", "id": "int3" }, { "text": "Dave is cold.", "representation": "(\"Dave\" \"is\" \"cold\" \"+\")", "id": "int4" } ] } ] }, "Q9": { "question": "Alan is not red.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Alan is red.[CWA. Example of deepest failure = (rule2 <- FAIL)]]", "representation": "(\"Alan\" \"is\" \"red\" \"-\")", "proofsWithIntermediates": null }, "Q10": { "question": "Bob is rough.", "answer": "Unknown", "QDep": 2, "QLen": "", "strategy": "rconc", "proofs": "[@2: Bob is rough.[CWA. Example of deepest failure = (rule5 <- rule4 <- FAIL)]]", "representation": "(\"Bob\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": null }, "Q11": { "question": "Bob is not red.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Bob is red.[CWA. Example of deepest failure = (rule2 <- FAIL)]]", "representation": "(\"Bob\" \"is\" \"red\" \"-\")", "proofsWithIntermediates": null }, "Q12": { "question": "Alan is cold.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "rconc", "proofs": "[@1: Alan is cold.[CWA. Example of deepest failure = (rule1 <- FAIL)]]", "representation": "(\"Alan\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": null }, "Q13": { "question": "Bob is not kind.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Bob is kind.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Bob\" \"is\" \"kind\" \"-\")" }, "Q14": { "question": "Dave is blue.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Dave is blue.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Dave\" \"is\" \"blue\" \"+\")" }, "Q15": { "question": "Harry is not kind.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Harry is kind.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Harry\" \"is\" \"kind\" \"-\")" }, "Q16": { "question": "Alan is green.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Alan is green.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Alan\" \"is\" \"green\" \"+\")" }, "Q17": null, "Q18": null, "Q19": null, "Q20": null, "Q21": null, "Q22": null, "Q23": null, "Q24": null }

[ { "text": "Alan is big.", "QDep": 0, "representation": "(\"Alan\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple2", "intermediates": [] } ] }, { "text": "Alan is nice.", "QDep": 0, "representation": "(\"Alan\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple1", "intermediates": [] } ] }, { "text": "Bob is green.", "QDep": 0, "representation": "(\"Bob\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple4", "intermediates": [] } ] }, { "text": "Bob is young.", "QDep": 0, "representation": "(\"Bob\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple3", "intermediates": [] } ] }, { "text": "Dave is big.", "QDep": 0, "representation": "(\"Dave\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple8", "intermediates": [] } ] }, { "text": "Dave is green.", "QDep": 0, "representation": "(\"Dave\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple7", "intermediates": [] } ] }, { "text": "Dave is kind.", "QDep": 0, "representation": "(\"Dave\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple6", "intermediates": [] } ] }, { "text": "Dave is red.", "QDep": 0, "representation": "(\"Dave\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple5", "intermediates": [] } ] }, { "text": "Harry is cold.", "QDep": 0, "representation": "(\"Harry\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple12", "intermediates": [] } ] }, { "text": "Harry is rough.", "QDep": 0, "representation": "(\"Harry\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple11", "intermediates": [] } ] }, { "text": "Harry is round.", "QDep": 0, "representation": "(\"Harry\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple10", "intermediates": [] } ] }, { "text": "Harry is young.", "QDep": 0, "representation": "(\"Harry\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple9", "intermediates": [] } ] }, { "text": "Bob is round.", "QDep": 1, "representation": "(\"Bob\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple4) -> (rule3 % int1))", "intermediates": [ { "text": "Bob is round.", "representation": "(\"Bob\" \"is\" \"round\" \"+\")", "id": "int1" } ] } ] }, { "text": "Dave is cold.", "QDep": 1, "representation": "(\"Dave\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple8 triple6) -> (rule1 % int1))", "intermediates": [ { "text": "Dave is cold.", "representation": "(\"Dave\" \"is\" \"cold\" \"+\")", "id": "int1" } ] } ] }, { "text": "Dave is round.", "QDep": 1, "representation": "(\"Dave\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple7) -> (rule3 % int1))", "intermediates": [ { "text": "Dave is round.", "representation": "(\"Dave\" \"is\" \"round\" \"+\")", "id": "int1" } ] } ] }, { "text": "Dave is nice.", "QDep": 2, "representation": "(\"Dave\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple8 triple6) -> (rule1 % int3)) ((triple7) -> (rule3 % int2)) triple6) -> (rule4 % int1))", "intermediates": [ { "text": "Dave is nice.", "representation": "(\"Dave\" \"is\" \"nice\" \"+\")", "id": "int1" }, { "text": "Dave is round.", "representation": "(\"Dave\" \"is\" \"round\" \"+\")", "id": "int2" }, { "text": "Dave is cold.", "representation": "(\"Dave\" \"is\" \"cold\" \"+\")", "id": "int3" } ] } ] }, { "text": "Dave is rough.", "QDep": 3, "representation": "(\"Dave\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((((triple8 triple6) -> (rule1 % int4)) ((triple7) -> (rule3 % int3)) triple6) -> (rule4 % int2)) triple7 triple5) -> (rule5 % int1))", "intermediates": [ { "text": "Dave is rough.", "representation": "(\"Dave\" \"is\" \"rough\" \"+\")", "id": "int1" }, { "text": "Dave is nice.", "representation": "(\"Dave\" \"is\" \"nice\" \"+\")", "id": "int2" }, { "text": "Dave is round.", "representation": "(\"Dave\" \"is\" \"round\" \"+\")", "id": "int3" }, { "text": "Dave is cold.", "representation": "(\"Dave\" \"is\" \"cold\" \"+\")", "id": "int4" } ] } ] } ]

{ "triple1": "sent1", "triple2": "sent1", "triple3": "sent2", "triple4": "sent2", "triple5": "sent3", "triple6": "sent3", "triple7": "sent3", "triple8": "sent3", "triple9": "sent4", "triple10": "sent4", "rule1": "sent5", "rule2": "sent6", "rule3": "sent7", "rule4": "sent8", "rule5": "sent9", "rule6": null, "rule7": null, "triple11": "sent4", "triple12": "sent4" }

{ "sent1": "Alan is very nice to people, but he's also rather big.", "sent2": "Young Bob is wearing green pants.", "sent3": "Dave looks big and is kind with red hair and green shoes.", "sent4": "Because Harry is so young, he is rough and cold when he can be round instead.", "sent5": "A person who's big and kind will also be cold.", "sent6": "People who are nice, round and wearing blue will have red cheeks.", "sent7": "Any green person is a round person.", "sent8": "A kind, cold, round person will be nice in addition.", "sent9": "Nice people who are looking green and seeing red usually feel rather rough.", "sent10": null, "sent11": null }

{ "triple1": { "text": "Charlie is kind.", "representation": "(\"Charlie\" \"is\" \"kind\" \"+\")" }, "triple2": { "text": "Charlie is green.", "representation": "(\"Charlie\" \"is\" \"green\" \"+\")" }, "triple3": { "text": "Dave is rough.", "representation": "(\"Dave\" \"is\" \"rough\" \"+\")" }, "triple4": { "text": "Dave is red.", "representation": "(\"Dave\" \"is\" \"red\" \"+\")" }, "triple5": { "text": "Dave is nice.", "representation": "(\"Dave\" \"is\" \"nice\" \"+\")" }, "triple6": { "text": "Dave is green.", "representation": "(\"Dave\" \"is\" \"green\" \"+\")" }, "triple7": { "text": "Harry is young.", "representation": "(\"Harry\" \"is\" \"young\" \"+\")" }, "triple8": { "text": "Harry is green.", "representation": "(\"Harry\" \"is\" \"green\" \"+\")" }, "triple9": { "text": "Harry is cold.", "representation": "(\"Harry\" \"is\" \"cold\" \"+\")" }, "triple10": { "text": "Harry is blue.", "representation": "(\"Harry\" \"is\" \"blue\" \"+\")" }, "triple11": { "text": "Harry is big.", "representation": "(\"Harry\" \"is\" \"big\" \"+\")" }, "triple12": null }

{ "rule1": { "text": "If someone is kind and blue then they are round.", "representation": "(((\"someone\" \"is\" \"kind\" \"+\") (\"someone\" \"is\" \"blue\" \"+\")) -> (\"someone\" \"is\" \"round\" \"+\"))" }, "rule2": { "text": "If someone is blue and rough and green then they are kind.", "representation": "(((\"someone\" \"is\" \"blue\" \"+\") (\"someone\" \"is\" \"rough\" \"+\") (\"someone\" \"is\" \"green\" \"+\")) -> (\"someone\" \"is\" \"kind\" \"+\"))" }, "rule3": { "text": "If someone is big and rough and nice then they are young.", "representation": "(((\"someone\" \"is\" \"big\" \"+\") (\"someone\" \"is\" \"rough\" \"+\") (\"someone\" \"is\" \"nice\" \"+\")) -> (\"someone\" \"is\" \"young\" \"+\"))" }, "rule4": { "text": "If someone is cold and kind and young then they are round.", "representation": "(((\"someone\" \"is\" \"cold\" \"+\") (\"someone\" \"is\" \"kind\" \"+\") (\"someone\" \"is\" \"young\" \"+\")) -> (\"someone\" \"is\" \"round\" \"+\"))" }, "rule5": { "text": "If someone is green and blue and big then they are rough.", "representation": "(((\"someone\" \"is\" \"green\" \"+\") (\"someone\" \"is\" \"blue\" \"+\") (\"someone\" \"is\" \"big\" \"+\")) -> (\"someone\" \"is\" \"rough\" \"+\"))" }, "rule6": null, "rule7": null }

{ "Q1": { "question": "Harry is cold.", "answer": "True", "QDep": 0, "QLen": "1", "strategy": "proof", "proofs": "[(triple9)]", "representation": "(\"Harry\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple9", "intermediates": [] } ] }, "Q2": { "question": "Harry is not blue.", "answer": "False", "QDep": 0, "QLen": "1", "strategy": "inv-proof", "proofs": "[(triple10)]", "representation": "(\"Harry\" \"is\" \"blue\" \"-\")", "proofsWithIntermediates": [ { "representation": "triple10", "intermediates": [] } ] }, "Q3": { "question": "Harry is rough.", "answer": "True", "QDep": 1, "QLen": "4", "strategy": "proof", "proofs": "[(((triple8 triple10 triple11) -> rule5))]", "representation": "(\"Harry\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple8 triple10 triple11) -> (rule5 % int1))", "intermediates": [ { "text": "Harry is rough.", "representation": "(\"Harry\" \"is\" \"rough\" \"+\")", "id": "int1" } ] } ] }, "Q4": { "question": "Harry is not rough.", "answer": "False", "QDep": 1, "QLen": "4", "strategy": "inv-proof", "proofs": "[(((triple8 triple10 triple11) -> rule5))]", "representation": "(\"Harry\" \"is\" \"rough\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple8 triple10 triple11) -> (rule5 % int1))", "intermediates": [ { "text": "Harry is rough.", "representation": "(\"Harry\" \"is\" \"rough\" \"+\")", "id": "int1" } ] } ] }, "Q5": { "question": "Harry is kind.", "answer": "True", "QDep": 2, "QLen": "7", "strategy": "proof", "proofs": "[(((triple10 ((triple8 triple10 triple11) -> rule5) triple8) -> rule2))]", "representation": "(\"Harry\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple10 ((triple8 triple10 triple11) -> (rule5 % int2)) triple8) -> (rule2 % int1))", "intermediates": [ { "text": "Harry is kind.", "representation": "(\"Harry\" \"is\" \"kind\" \"+\")", "id": "int1" }, { "text": "Harry is rough.", "representation": "(\"Harry\" \"is\" \"rough\" \"+\")", "id": "int2" } ] } ] }, "Q6": { "question": "Harry is not kind.", "answer": "False", "QDep": 2, "QLen": "7", "strategy": "inv-proof", "proofs": "[(((triple10 ((triple8 triple10 triple11) -> rule5) triple8) -> rule2))]", "representation": "(\"Harry\" \"is\" \"kind\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple10 ((triple8 triple10 triple11) -> (rule5 % int2)) triple8) -> (rule2 % int1))", "intermediates": [ { "text": "Harry is kind.", "representation": "(\"Harry\" \"is\" \"kind\" \"+\")", "id": "int1" }, { "text": "Harry is rough.", "representation": "(\"Harry\" \"is\" \"rough\" \"+\")", "id": "int2" } ] } ] }, "Q7": { "question": "Harry is round.", "answer": "True", "QDep": 3, "QLen": "9", "strategy": "proof", "proofs": "[(((((triple10 ((triple8 triple10 triple11) -> rule5) triple8) -> rule2) triple10) -> rule1) OR ((triple9 ((triple10 ((triple8 triple10 triple11) -> rule5) triple8) -> rule2) triple7) -> rule4))]", "representation": "(\"Harry\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple10 ((triple8 triple10 triple11) -> (rule5 % int3)) triple8) -> (rule2 % int2)) triple10) -> (rule1 % int1))", "intermediates": [ { "text": "Harry is round.", "representation": "(\"Harry\" \"is\" \"round\" \"+\")", "id": "int1" }, { "text": "Harry is kind.", "representation": "(\"Harry\" \"is\" \"kind\" \"+\")", "id": "int2" }, { "text": "Harry is rough.", "representation": "(\"Harry\" \"is\" \"rough\" \"+\")", "id": "int3" } ] }, { "representation": "((triple9 ((triple10 ((triple8 triple10 triple11) -> (rule5 % int3)) triple8) -> (rule2 % int2)) triple7) -> (rule4 % int1))", "intermediates": [ { "text": "Harry is round.", "representation": "(\"Harry\" \"is\" \"round\" \"+\")", "id": "int1" }, { "text": "Harry is kind.", "representation": "(\"Harry\" \"is\" \"kind\" \"+\")", "id": "int2" }, { "text": "Harry is rough.", "representation": "(\"Harry\" \"is\" \"rough\" \"+\")", "id": "int3" } ] } ] }, "Q8": { "question": "Harry is not round.", "answer": "False", "QDep": 3, "QLen": "9", "strategy": "inv-proof", "proofs": "[(((((triple10 ((triple8 triple10 triple11) -> rule5) triple8) -> rule2) triple10) -> rule1) OR ((triple9 ((triple10 ((triple8 triple10 triple11) -> rule5) triple8) -> rule2) triple7) -> rule4))]", "representation": "(\"Harry\" \"is\" \"round\" \"-\")", "proofsWithIntermediates": [ { "representation": "((((triple10 ((triple8 triple10 triple11) -> (rule5 % int3)) triple8) -> (rule2 % int2)) triple10) -> (rule1 % int1))", "intermediates": [ { "text": "Harry is round.", "representation": "(\"Harry\" \"is\" \"round\" \"+\")", "id": "int1" }, { "text": "Harry is kind.", "representation": "(\"Harry\" \"is\" \"kind\" \"+\")", "id": "int2" }, { "text": "Harry is rough.", "representation": "(\"Harry\" \"is\" \"rough\" \"+\")", "id": "int3" } ] }, { "representation": "((triple9 ((triple10 ((triple8 triple10 triple11) -> (rule5 % int3)) triple8) -> (rule2 % int2)) triple7) -> (rule4 % int1))", "intermediates": [ { "text": "Harry is round.", "representation": "(\"Harry\" \"is\" \"round\" \"+\")", "id": "int1" }, { "text": "Harry is kind.", "representation": "(\"Harry\" \"is\" \"kind\" \"+\")", "id": "int2" }, { "text": "Harry is rough.", "representation": "(\"Harry\" \"is\" \"rough\" \"+\")", "id": "int3" } ] } ] }, "Q9": { "question": "Dave is not round.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Dave is round.[CWA. Example of deepest failure = (rule1 <- FAIL)]]", "representation": "(\"Dave\" \"is\" \"round\" \"-\")", "proofsWithIntermediates": null }, "Q10": { "question": "Charlie is rough.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "rconc", "proofs": "[@1: Charlie is rough.[CWA. Example of deepest failure = (rule5 <- FAIL)]]", "representation": "(\"Charlie\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": null }, "Q11": { "question": "Dave is not kind.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Dave is kind.[CWA. Example of deepest failure = (rule2 <- FAIL)]]", "representation": "(\"Dave\" \"is\" \"kind\" \"-\")", "proofsWithIntermediates": null }, "Q12": { "question": "Charlie is round.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "rconc", "proofs": "[@1: Charlie is round.[CWA. Example of deepest failure = (rule1 <- FAIL)]]", "representation": "(\"Charlie\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": null }, "Q13": { "question": "Charlie is not big.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Charlie is big.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Charlie\" \"is\" \"big\" \"-\")" }, "Q14": { "question": "Dave is big.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Dave is big.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Dave\" \"is\" \"big\" \"+\")" }, "Q15": { "question": "Harry is not nice.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Harry is nice.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Harry\" \"is\" \"nice\" \"-\")" }, "Q16": { "question": "Charlie is cold.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Charlie is cold.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Charlie\" \"is\" \"cold\" \"+\")" }, "Q17": null, "Q18": null, "Q19": null, "Q20": null, "Q21": null, "Q22": null, "Q23": null, "Q24": null }

[ { "text": "Charlie is green.", "QDep": 0, "representation": "(\"Charlie\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple2", "intermediates": [] } ] }, { "text": "Charlie is kind.", "QDep": 0, "representation": "(\"Charlie\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple1", "intermediates": [] } ] }, { "text": "Dave is green.", "QDep": 0, "representation": "(\"Dave\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple6", "intermediates": [] } ] }, { "text": "Dave is nice.", "QDep": 0, "representation": "(\"Dave\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple5", "intermediates": [] } ] }, { "text": "Dave is red.", "QDep": 0, "representation": "(\"Dave\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple4", "intermediates": [] } ] }, { "text": "Dave is rough.", "QDep": 0, "representation": "(\"Dave\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple3", "intermediates": [] } ] }, { "text": "Harry is big.", "QDep": 0, "representation": "(\"Harry\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple11", "intermediates": [] } ] }, { "text": "Harry is blue.", "QDep": 0, "representation": "(\"Harry\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple10", "intermediates": [] } ] }, { "text": "Harry is cold.", "QDep": 0, "representation": "(\"Harry\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple9", "intermediates": [] } ] }, { "text": "Harry is green.", "QDep": 0, "representation": "(\"Harry\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple8", "intermediates": [] } ] }, { "text": "Harry is young.", "QDep": 0, "representation": "(\"Harry\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple7", "intermediates": [] } ] }, { "text": "Harry is rough.", "QDep": 1, "representation": "(\"Harry\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple8 triple10 triple11) -> (rule5 % int1))", "intermediates": [ { "text": "Harry is rough.", "representation": "(\"Harry\" \"is\" \"rough\" \"+\")", "id": "int1" } ] } ] }, { "text": "Harry is kind.", "QDep": 2, "representation": "(\"Harry\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple10 ((triple8 triple10 triple11) -> (rule5 % int2)) triple8) -> (rule2 % int1))", "intermediates": [ { "text": "Harry is kind.", "representation": "(\"Harry\" \"is\" \"kind\" \"+\")", "id": "int1" }, { "text": "Harry is rough.", "representation": "(\"Harry\" \"is\" \"rough\" \"+\")", "id": "int2" } ] } ] }, { "text": "Harry is round.", "QDep": 3, "representation": "(\"Harry\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple10 ((triple8 triple10 triple11) -> (rule5 % int3)) triple8) -> (rule2 % int2)) triple10) -> (rule1 % int1))", "intermediates": [ { "text": "Harry is round.", "representation": "(\"Harry\" \"is\" \"round\" \"+\")", "id": "int1" }, { "text": "Harry is kind.", "representation": "(\"Harry\" \"is\" \"kind\" \"+\")", "id": "int2" }, { "text": "Harry is rough.", "representation": "(\"Harry\" \"is\" \"rough\" \"+\")", "id": "int3" } ] }, { "representation": "((triple9 ((triple10 ((triple8 triple10 triple11) -> (rule5 % int3)) triple8) -> (rule2 % int2)) triple7) -> (rule4 % int1))", "intermediates": [ { "text": "Harry is round.", "representation": "(\"Harry\" \"is\" \"round\" \"+\")", "id": "int1" }, { "text": "Harry is kind.", "representation": "(\"Harry\" \"is\" \"kind\" \"+\")", "id": "int2" }, { "text": "Harry is rough.", "representation": "(\"Harry\" \"is\" \"rough\" \"+\")", "id": "int3" } ] } ] } ]

{ "triple1": "sent1", "triple2": "sent1", "triple3": "sent2", "triple4": "sent2", "triple5": "sent2", "triple6": "sent2", "triple7": "sent3", "triple8": "sent3", "triple9": "sent3", "triple10": "sent3", "rule1": "sent4", "rule2": "sent5", "rule3": "sent6", "rule4": "sent7", "rule5": "sent8", "rule6": null, "rule7": null, "triple11": "sent3", "triple12": null }

{ "sent1": "Upon meeting Charlie, you'll notice he's green and kind.", "sent2": "The diving trip left Dave red and green all over, yet he remains the nice (though rather rough) guy he always has been.", "sent3": "Big Harry is fairly young; When he was a small child he would wear his parka and you could see his little green body in the distance; His lips would turn blue when he was cold.", "sent4": "A downhearted blue person who is kind is round.", "sent5": "When someone is blue, lives green they can be rough but kind.", "sent6": "Anybody with big, rough and nice qualities is bound to also be young.", "sent7": "A cold person, who is kind in nature and young in years, is round.", "sent8": "An individual with green, blue and big characteristics will also be rough.", "sent9": null, "sent10": null, "sent11": null }

{ "triple1": { "text": "Charlie is round.", "representation": "(\"Charlie\" \"is\" \"round\" \"+\")" }, "triple2": { "text": "Charlie is nice.", "representation": "(\"Charlie\" \"is\" \"nice\" \"+\")" }, "triple3": { "text": "Charlie is kind.", "representation": "(\"Charlie\" \"is\" \"kind\" \"+\")" }, "triple4": { "text": "Charlie is cold.", "representation": "(\"Charlie\" \"is\" \"cold\" \"+\")" }, "triple5": { "text": "Eric is kind.", "representation": "(\"Eric\" \"is\" \"kind\" \"+\")" }, "triple6": { "text": "Eric is blue.", "representation": "(\"Eric\" \"is\" \"blue\" \"+\")" }, "triple7": { "text": "Eric is big.", "representation": "(\"Eric\" \"is\" \"big\" \"+\")" }, "triple8": { "text": "Gary is kind.", "representation": "(\"Gary\" \"is\" \"kind\" \"+\")" }, "triple9": { "text": "Gary is green.", "representation": "(\"Gary\" \"is\" \"green\" \"+\")" }, "triple10": { "text": "Gary is big.", "representation": "(\"Gary\" \"is\" \"big\" \"+\")" }, "triple11": { "text": "Harry is round.", "representation": "(\"Harry\" \"is\" \"round\" \"+\")" }, "triple12": { "text": "Harry is cold.", "representation": "(\"Harry\" \"is\" \"cold\" \"+\")" } }

{ "rule1": { "text": "If someone is blue and round and kind then they are young.", "representation": "(((\"someone\" \"is\" \"blue\" \"+\") (\"someone\" \"is\" \"round\" \"+\") (\"someone\" \"is\" \"kind\" \"+\")) -> (\"someone\" \"is\" \"young\" \"+\"))" }, "rule2": { "text": "If someone is red then they are blue.", "representation": "(((\"someone\" \"is\" \"red\" \"+\")) -> (\"someone\" \"is\" \"blue\" \"+\"))" }, "rule3": { "text": "If someone is blue and kind and big then they are young.", "representation": "(((\"someone\" \"is\" \"blue\" \"+\") (\"someone\" \"is\" \"kind\" \"+\") (\"someone\" \"is\" \"big\" \"+\")) -> (\"someone\" \"is\" \"young\" \"+\"))" }, "rule4": { "text": "If someone is big and young then they are green.", "representation": "(((\"someone\" \"is\" \"big\" \"+\") (\"someone\" \"is\" \"young\" \"+\")) -> (\"someone\" \"is\" \"green\" \"+\"))" }, "rule5": { "text": "If someone is blue and green and big then they are nice.", "representation": "(((\"someone\" \"is\" \"blue\" \"+\") (\"someone\" \"is\" \"green\" \"+\") (\"someone\" \"is\" \"big\" \"+\")) -> (\"someone\" \"is\" \"nice\" \"+\"))" }, "rule6": { "text": "If someone is blue and green and rough then they are big.", "representation": "(((\"someone\" \"is\" \"blue\" \"+\") (\"someone\" \"is\" \"green\" \"+\") (\"someone\" \"is\" \"rough\" \"+\")) -> (\"someone\" \"is\" \"big\" \"+\"))" }, "rule7": { "text": "If someone is cold and kind and big then they are round.", "representation": "(((\"someone\" \"is\" \"cold\" \"+\") (\"someone\" \"is\" \"kind\" \"+\") (\"someone\" \"is\" \"big\" \"+\")) -> (\"someone\" \"is\" \"round\" \"+\"))" } }

{ "Q1": { "question": "Harry is round.", "answer": "True", "QDep": 0, "QLen": "1", "strategy": "proof", "proofs": "[(triple11)]", "representation": "(\"Harry\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple11", "intermediates": [] } ] }, "Q2": { "question": "Harry is not round.", "answer": "False", "QDep": 0, "QLen": "1", "strategy": "inv-proof", "proofs": "[(triple11)]", "representation": "(\"Harry\" \"is\" \"round\" \"-\")", "proofsWithIntermediates": [ { "representation": "triple11", "intermediates": [] } ] }, "Q3": { "question": "Eric is young.", "answer": "True", "QDep": 1, "QLen": "4", "strategy": "proof", "proofs": "[(((triple6 triple5 triple7) -> rule3))]", "representation": "(\"Eric\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple6 triple5 triple7) -> (rule3 % int1))", "intermediates": [ { "text": "Eric is young.", "representation": "(\"Eric\" \"is\" \"young\" \"+\")", "id": "int1" } ] } ] }, "Q4": { "question": "Eric is not young.", "answer": "False", "QDep": 1, "QLen": "4", "strategy": "inv-proof", "proofs": "[(((triple6 triple5 triple7) -> rule3))]", "representation": "(\"Eric\" \"is\" \"young\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple6 triple5 triple7) -> (rule3 % int1))", "intermediates": [ { "text": "Eric is young.", "representation": "(\"Eric\" \"is\" \"young\" \"+\")", "id": "int1" } ] } ] }, "Q5": { "question": "Eric is green.", "answer": "True", "QDep": 2, "QLen": "6", "strategy": "proof", "proofs": "[(((triple7 ((triple6 triple5 triple7) -> rule3)) -> rule4))]", "representation": "(\"Eric\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple7 ((triple6 triple5 triple7) -> (rule3 % int2))) -> (rule4 % int1))", "intermediates": [ { "text": "Eric is green.", "representation": "(\"Eric\" \"is\" \"green\" \"+\")", "id": "int1" }, { "text": "Eric is young.", "representation": "(\"Eric\" \"is\" \"young\" \"+\")", "id": "int2" } ] } ] }, "Q6": { "question": "Eric is not green.", "answer": "False", "QDep": 2, "QLen": "6", "strategy": "inv-proof", "proofs": "[(((triple7 ((triple6 triple5 triple7) -> rule3)) -> rule4))]", "representation": "(\"Eric\" \"is\" \"green\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple7 ((triple6 triple5 triple7) -> (rule3 % int2))) -> (rule4 % int1))", "intermediates": [ { "text": "Eric is green.", "representation": "(\"Eric\" \"is\" \"green\" \"+\")", "id": "int1" }, { "text": "Eric is young.", "representation": "(\"Eric\" \"is\" \"young\" \"+\")", "id": "int2" } ] } ] }, "Q7": { "question": "Eric is nice.", "answer": "True", "QDep": 3, "QLen": "9", "strategy": "proof", "proofs": "[(((triple6 ((triple7 ((triple6 triple5 triple7) -> rule3)) -> rule4) triple7) -> rule5))]", "representation": "(\"Eric\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple6 ((triple7 ((triple6 triple5 triple7) -> (rule3 % int3))) -> (rule4 % int2)) triple7) -> (rule5 % int1))", "intermediates": [ { "text": "Eric is nice.", "representation": "(\"Eric\" \"is\" \"nice\" \"+\")", "id": "int1" }, { "text": "Eric is green.", "representation": "(\"Eric\" \"is\" \"green\" \"+\")", "id": "int2" }, { "text": "Eric is young.", "representation": "(\"Eric\" \"is\" \"young\" \"+\")", "id": "int3" } ] } ] }, "Q8": { "question": "Eric is not nice.", "answer": "False", "QDep": 3, "QLen": "9", "strategy": "inv-proof", "proofs": "[(((triple6 ((triple7 ((triple6 triple5 triple7) -> rule3)) -> rule4) triple7) -> rule5))]", "representation": "(\"Eric\" \"is\" \"nice\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple6 ((triple7 ((triple6 triple5 triple7) -> (rule3 % int3))) -> (rule4 % int2)) triple7) -> (rule5 % int1))", "intermediates": [ { "text": "Eric is nice.", "representation": "(\"Eric\" \"is\" \"nice\" \"+\")", "id": "int1" }, { "text": "Eric is green.", "representation": "(\"Eric\" \"is\" \"green\" \"+\")", "id": "int2" }, { "text": "Eric is young.", "representation": "(\"Eric\" \"is\" \"young\" \"+\")", "id": "int3" } ] } ] }, "Q9": { "question": "Harry is not blue.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Harry is blue.[CWA. Example of deepest failure = (rule2 <- FAIL)]]", "representation": "(\"Harry\" \"is\" \"blue\" \"-\")", "proofsWithIntermediates": null }, "Q10": { "question": "Gary is round.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "rconc", "proofs": "[@1: Gary is round.[CWA. Example of deepest failure = (rule7 <- FAIL)]]", "representation": "(\"Gary\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": null }, "Q11": { "question": "Charlie is not big.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Charlie is big.[CWA. Example of deepest failure = (rule6 <- FAIL)]]", "representation": "(\"Charlie\" \"is\" \"big\" \"-\")", "proofsWithIntermediates": null }, "Q12": { "question": "Charlie is green.", "answer": "Unknown", "QDep": 2, "QLen": "", "strategy": "rconc", "proofs": "[@2: Charlie is green.[CWA. Example of deepest failure = (rule4 <- rule6 <- FAIL)]]", "representation": "(\"Charlie\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": null }, "Q13": { "question": "Eric is not rough.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Eric is rough.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Eric\" \"is\" \"rough\" \"-\")" }, "Q14": { "question": "Harry is kind.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Harry is kind.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Harry\" \"is\" \"kind\" \"+\")" }, "Q15": { "question": "Harry is not rough.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Harry is rough.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Harry\" \"is\" \"rough\" \"-\")" }, "Q16": { "question": "Charlie is red.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Charlie is red.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Charlie\" \"is\" \"red\" \"+\")" }, "Q17": null, "Q18": null, "Q19": null, "Q20": null, "Q21": null, "Q22": null, "Q23": null, "Q24": null }

[ { "text": "Charlie is cold.", "QDep": 0, "representation": "(\"Charlie\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple4", "intermediates": [] } ] }, { "text": "Charlie is kind.", "QDep": 0, "representation": "(\"Charlie\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple3", "intermediates": [] } ] }, { "text": "Charlie is nice.", "QDep": 0, "representation": "(\"Charlie\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple2", "intermediates": [] } ] }, { "text": "Charlie is round.", "QDep": 0, "representation": "(\"Charlie\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple1", "intermediates": [] } ] }, { "text": "Eric is big.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple7", "intermediates": [] } ] }, { "text": "Eric is blue.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple6", "intermediates": [] } ] }, { "text": "Eric is kind.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple5", "intermediates": [] } ] }, { "text": "Gary is big.", "QDep": 0, "representation": "(\"Gary\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple10", "intermediates": [] } ] }, { "text": "Gary is green.", "QDep": 0, "representation": "(\"Gary\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple9", "intermediates": [] } ] }, { "text": "Gary is kind.", "QDep": 0, "representation": "(\"Gary\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple8", "intermediates": [] } ] }, { "text": "Harry is cold.", "QDep": 0, "representation": "(\"Harry\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple12", "intermediates": [] } ] }, { "text": "Harry is round.", "QDep": 0, "representation": "(\"Harry\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple11", "intermediates": [] } ] }, { "text": "Eric is young.", "QDep": 1, "representation": "(\"Eric\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple6 triple5 triple7) -> (rule3 % int1))", "intermediates": [ { "text": "Eric is young.", "representation": "(\"Eric\" \"is\" \"young\" \"+\")", "id": "int1" } ] } ] }, { "text": "Eric is green.", "QDep": 2, "representation": "(\"Eric\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple7 ((triple6 triple5 triple7) -> (rule3 % int2))) -> (rule4 % int1))", "intermediates": [ { "text": "Eric is green.", "representation": "(\"Eric\" \"is\" \"green\" \"+\")", "id": "int1" }, { "text": "Eric is young.", "representation": "(\"Eric\" \"is\" \"young\" \"+\")", "id": "int2" } ] } ] }, { "text": "Eric is nice.", "QDep": 3, "representation": "(\"Eric\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple6 ((triple7 ((triple6 triple5 triple7) -> (rule3 % int3))) -> (rule4 % int2)) triple7) -> (rule5 % int1))", "intermediates": [ { "text": "Eric is nice.", "representation": "(\"Eric\" \"is\" \"nice\" \"+\")", "id": "int1" }, { "text": "Eric is green.", "representation": "(\"Eric\" \"is\" \"green\" \"+\")", "id": "int2" }, { "text": "Eric is young.", "representation": "(\"Eric\" \"is\" \"young\" \"+\")", "id": "int3" } ] } ] } ]

{ "triple1": "sent1", "triple2": "sent1", "triple3": "sent1", "triple4": "sent1", "triple5": "sent2", "triple6": "sent2", "triple7": "sent2", "triple8": "sent3", "triple9": "sent3", "triple10": "sent3", "rule1": "sent5", "rule2": "sent6", "rule3": "sent7", "rule4": "sent8", "rule5": "sent9", "rule6": "sent10", "rule7": "sent11", "triple11": "sent4", "triple12": "sent4" }

{ "sent1": "The cold, nice, kind man with a round body is known as Charlie.", "sent2": "Eric is so big, he is often blue, but always kind.", "sent3": "Gary, a green man, was also big, but underneath he was kind.", "sent4": "Because Harry gets cold easily he tends to appear round from bundling up.", "sent5": "Any person who is blue and round, if they are kind at the same time, will be young.", "sent6": "Red people feel blue about it.", "sent7": "If a person that is kind is big and blue they have to be young.", "sent8": "A big, young human being is sure to also be a green human being.", "sent9": "If you meet a person who is green, big and blue, you will find them to be nice.", "sent10": "Ifa blue and green colored person is rough then they must be big shaped.", "sent11": "Everyone knows that if you are cold, kind, and big, it goes without saying that you are round." }

{ "triple1": { "text": "Charlie is red.", "representation": "(\"Charlie\" \"is\" \"red\" \"+\")" }, "triple2": { "text": "Dave is rough.", "representation": "(\"Dave\" \"is\" \"rough\" \"+\")" }, "triple3": { "text": "Dave is nice.", "representation": "(\"Dave\" \"is\" \"nice\" \"+\")" }, "triple4": { "text": "Dave is kind.", "representation": "(\"Dave\" \"is\" \"kind\" \"+\")" }, "triple5": { "text": "Dave is green.", "representation": "(\"Dave\" \"is\" \"green\" \"+\")" }, "triple6": { "text": "Dave is big.", "representation": "(\"Dave\" \"is\" \"big\" \"+\")" }, "triple7": { "text": "Fred is round.", "representation": "(\"Fred\" \"is\" \"round\" \"+\")" }, "triple8": { "text": "Fred is green.", "representation": "(\"Fred\" \"is\" \"green\" \"+\")" }, "triple9": { "text": "Harry is nice.", "representation": "(\"Harry\" \"is\" \"nice\" \"+\")" }, "triple10": { "text": "Harry is big.", "representation": "(\"Harry\" \"is\" \"big\" \"+\")" }, "triple11": null, "triple12": null }

{ "rule1": { "text": "If someone is nice and blue then they are big.", "representation": "(((\"someone\" \"is\" \"nice\" \"+\") (\"someone\" \"is\" \"blue\" \"+\")) -> (\"someone\" \"is\" \"big\" \"+\"))" }, "rule2": { "text": "If someone is red and rough then they are blue.", "representation": "(((\"someone\" \"is\" \"red\" \"+\") (\"someone\" \"is\" \"rough\" \"+\")) -> (\"someone\" \"is\" \"blue\" \"+\"))" }, "rule3": { "text": "If someone is round and kind and blue then they are red.", "representation": "(((\"someone\" \"is\" \"round\" \"+\") (\"someone\" \"is\" \"kind\" \"+\") (\"someone\" \"is\" \"blue\" \"+\")) -> (\"someone\" \"is\" \"red\" \"+\"))" }, "rule4": { "text": "If someone is kind and nice and big then they are red.", "representation": "(((\"someone\" \"is\" \"kind\" \"+\") (\"someone\" \"is\" \"nice\" \"+\") (\"someone\" \"is\" \"big\" \"+\")) -> (\"someone\" \"is\" \"red\" \"+\"))" }, "rule5": { "text": "If someone is nice and green and blue then they are round.", "representation": "(((\"someone\" \"is\" \"nice\" \"+\") (\"someone\" \"is\" \"green\" \"+\") (\"someone\" \"is\" \"blue\" \"+\")) -> (\"someone\" \"is\" \"round\" \"+\"))" }, "rule6": { "text": "If someone is red and blue and green then they are kind.", "representation": "(((\"someone\" \"is\" \"red\" \"+\") (\"someone\" \"is\" \"blue\" \"+\") (\"someone\" \"is\" \"green\" \"+\")) -> (\"someone\" \"is\" \"kind\" \"+\"))" }, "rule7": null }

{ "Q1": { "question": "Dave is nice.", "answer": "True", "QDep": 0, "QLen": "1", "strategy": "proof", "proofs": "[(triple3)]", "representation": "(\"Dave\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple3", "intermediates": [] } ] }, "Q2": { "question": "Harry is not nice.", "answer": "False", "QDep": 0, "QLen": "1", "strategy": "inv-proof", "proofs": "[(triple9)]", "representation": "(\"Harry\" \"is\" \"nice\" \"-\")", "proofsWithIntermediates": [ { "representation": "triple9", "intermediates": [] } ] }, "Q3": { "question": "Dave is red.", "answer": "True", "QDep": 1, "QLen": "4", "strategy": "proof", "proofs": "[(((triple4 triple3 triple6) -> rule4))]", "representation": "(\"Dave\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple4 triple3 triple6) -> (rule4 % int1))", "intermediates": [ { "text": "Dave is red.", "representation": "(\"Dave\" \"is\" \"red\" \"+\")", "id": "int1" } ] } ] }, "Q4": { "question": "Dave is not red.", "answer": "False", "QDep": 1, "QLen": "4", "strategy": "inv-proof", "proofs": "[(((triple4 triple3 triple6) -> rule4))]", "representation": "(\"Dave\" \"is\" \"red\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple4 triple3 triple6) -> (rule4 % int1))", "intermediates": [ { "text": "Dave is red.", "representation": "(\"Dave\" \"is\" \"red\" \"+\")", "id": "int1" } ] } ] }, "Q5": { "question": "Dave is blue.", "answer": "True", "QDep": 2, "QLen": "6", "strategy": "proof", "proofs": "[(((((triple4 triple3 triple6) -> rule4) triple2) -> rule2))]", "representation": "(\"Dave\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple4 triple3 triple6) -> (rule4 % int2)) triple2) -> (rule2 % int1))", "intermediates": [ { "text": "Dave is blue.", "representation": "(\"Dave\" \"is\" \"blue\" \"+\")", "id": "int1" }, { "text": "Dave is red.", "representation": "(\"Dave\" \"is\" \"red\" \"+\")", "id": "int2" } ] } ] }, "Q6": { "question": "Dave is not blue.", "answer": "False", "QDep": 2, "QLen": "6", "strategy": "inv-proof", "proofs": "[(((((triple4 triple3 triple6) -> rule4) triple2) -> rule2))]", "representation": "(\"Dave\" \"is\" \"blue\" \"-\")", "proofsWithIntermediates": [ { "representation": "((((triple4 triple3 triple6) -> (rule4 % int2)) triple2) -> (rule2 % int1))", "intermediates": [ { "text": "Dave is blue.", "representation": "(\"Dave\" \"is\" \"blue\" \"+\")", "id": "int1" }, { "text": "Dave is red.", "representation": "(\"Dave\" \"is\" \"red\" \"+\")", "id": "int2" } ] } ] }, "Q7": { "question": "Dave is round.", "answer": "True", "QDep": 3, "QLen": "9", "strategy": "proof", "proofs": "[(((triple3 triple5 ((((triple4 triple3 triple6) -> rule4) triple2) -> rule2)) -> rule5))]", "representation": "(\"Dave\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple3 triple5 ((((triple4 triple3 triple6) -> (rule4 % int3)) triple2) -> (rule2 % int2))) -> (rule5 % int1))", "intermediates": [ { "text": "Dave is round.", "representation": "(\"Dave\" \"is\" \"round\" \"+\")", "id": "int1" }, { "text": "Dave is blue.", "representation": "(\"Dave\" \"is\" \"blue\" \"+\")", "id": "int2" }, { "text": "Dave is red.", "representation": "(\"Dave\" \"is\" \"red\" \"+\")", "id": "int3" } ] } ] }, "Q8": { "question": "Dave is not round.", "answer": "False", "QDep": 3, "QLen": "9", "strategy": "inv-proof", "proofs": "[(((triple3 triple5 ((((triple4 triple3 triple6) -> rule4) triple2) -> rule2)) -> rule5))]", "representation": "(\"Dave\" \"is\" \"round\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple3 triple5 ((((triple4 triple3 triple6) -> (rule4 % int3)) triple2) -> (rule2 % int2))) -> (rule5 % int1))", "intermediates": [ { "text": "Dave is round.", "representation": "(\"Dave\" \"is\" \"round\" \"+\")", "id": "int1" }, { "text": "Dave is blue.", "representation": "(\"Dave\" \"is\" \"blue\" \"+\")", "id": "int2" }, { "text": "Dave is red.", "representation": "(\"Dave\" \"is\" \"red\" \"+\")", "id": "int3" } ] } ] }, "Q9": { "question": "Charlie is not blue.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Charlie is blue.[CWA. Example of deepest failure = (rule2 <- FAIL)]]", "representation": "(\"Charlie\" \"is\" \"blue\" \"-\")", "proofsWithIntermediates": null }, "Q10": { "question": "Fred is red.", "answer": "Unknown", "QDep": 2, "QLen": "", "strategy": "rconc", "proofs": "[@2: Fred is red.[CWA. Example of deepest failure = (rule3 <- rule2 <- FAIL)]]", "representation": "(\"Fred\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": null }, "Q11": { "question": "Fred is not kind.", "answer": "Unknown", "QDep": 2, "QLen": "", "strategy": "inv-rconc", "proofs": "[@2: Fred is kind.[CWA. Example of deepest failure = (rule6 <- rule3 <- FAIL)]]", "representation": "(\"Fred\" \"is\" \"kind\" \"-\")", "proofsWithIntermediates": null }, "Q12": { "question": "Fred is big.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "rconc", "proofs": "[@1: Fred is big.[CWA. Example of deepest failure = (rule1 <- FAIL)]]", "representation": "(\"Fred\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": null }, "Q13": { "question": "Harry is not cold.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Harry is cold.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Harry\" \"is\" \"cold\" \"-\")" }, "Q14": { "question": "Dave is cold.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Dave is cold.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Dave\" \"is\" \"cold\" \"+\")" }, "Q15": { "question": "Charlie is not green.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Charlie is green.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Charlie\" \"is\" \"green\" \"-\")" }, "Q16": { "question": "Charlie is young.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Charlie is young.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Charlie\" \"is\" \"young\" \"+\")" }, "Q17": null, "Q18": null, "Q19": null, "Q20": null, "Q21": null, "Q22": null, "Q23": null, "Q24": null }

[ { "text": "Charlie is red.", "QDep": 0, "representation": "(\"Charlie\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple1", "intermediates": [] } ] }, { "text": "Dave is big.", "QDep": 0, "representation": "(\"Dave\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple6", "intermediates": [] } ] }, { "text": "Dave is green.", "QDep": 0, "representation": "(\"Dave\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple5", "intermediates": [] } ] }, { "text": "Dave is kind.", "QDep": 0, "representation": "(\"Dave\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple4", "intermediates": [] } ] }, { "text": "Dave is nice.", "QDep": 0, "representation": "(\"Dave\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple3", "intermediates": [] } ] }, { "text": "Dave is rough.", "QDep": 0, "representation": "(\"Dave\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple2", "intermediates": [] } ] }, { "text": "Fred is green.", "QDep": 0, "representation": "(\"Fred\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple8", "intermediates": [] } ] }, { "text": "Fred is round.", "QDep": 0, "representation": "(\"Fred\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple7", "intermediates": [] } ] }, { "text": "Harry is big.", "QDep": 0, "representation": "(\"Harry\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple10", "intermediates": [] } ] }, { "text": "Harry is nice.", "QDep": 0, "representation": "(\"Harry\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple9", "intermediates": [] } ] }, { "text": "Dave is red.", "QDep": 1, "representation": "(\"Dave\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple4 triple3 triple6) -> (rule4 % int1))", "intermediates": [ { "text": "Dave is red.", "representation": "(\"Dave\" \"is\" \"red\" \"+\")", "id": "int1" } ] } ] }, { "text": "Dave is blue.", "QDep": 2, "representation": "(\"Dave\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple4 triple3 triple6) -> (rule4 % int2)) triple2) -> (rule2 % int1))", "intermediates": [ { "text": "Dave is blue.", "representation": "(\"Dave\" \"is\" \"blue\" \"+\")", "id": "int1" }, { "text": "Dave is red.", "representation": "(\"Dave\" \"is\" \"red\" \"+\")", "id": "int2" } ] } ] }, { "text": "Dave is round.", "QDep": 3, "representation": "(\"Dave\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple3 triple5 ((((triple4 triple3 triple6) -> (rule4 % int3)) triple2) -> (rule2 % int2))) -> (rule5 % int1))", "intermediates": [ { "text": "Dave is round.", "representation": "(\"Dave\" \"is\" \"round\" \"+\")", "id": "int1" }, { "text": "Dave is blue.", "representation": "(\"Dave\" \"is\" \"blue\" \"+\")", "id": "int2" }, { "text": "Dave is red.", "representation": "(\"Dave\" \"is\" \"red\" \"+\")", "id": "int3" } ] } ] } ]

{ "triple1": "sent1", "triple2": "sent2", "triple3": "sent2", "triple4": "sent2", "triple5": "sent2", "triple6": "sent2", "triple7": "sent3", "triple8": "sent3", "triple9": "sent4", "triple10": "sent4", "rule1": "sent5", "rule2": "sent6", "rule3": "sent7", "rule4": "sent8", "rule5": "sent9", "rule6": "sent10", "rule7": null, "triple11": null, "triple12": null }

{ "sent1": "Red Charlie is what folks call him, because he is quite red.", "sent2": "Dave is big and rough, but he is also green, and is nice and kind when you want him to be.", "sent3": "Fred is round shaped and green colored.", "sent4": "Harry is very nice to people, but he's also rather big.", "sent5": "Nice and blue people have to be big as well.", "sent6": "A red colored person will be rough textured and will be blue.", "sent7": "When somebody is round, kind and blue, you know they'll also be red.", "sent8": "A big person who is kind and nice is usually red because their prone to blushing.", "sent9": "I have noticed that nice people that are green and blue are often round-shaped.", "sent10": "Red people who are green and blue are always kind.", "sent11": null }

{ "triple1": { "text": "Alan is rough.", "representation": "(\"Alan\" \"is\" \"rough\" \"+\")" }, "triple2": { "text": "Alan is kind.", "representation": "(\"Alan\" \"is\" \"kind\" \"+\")" }, "triple3": { "text": "Alan is blue.", "representation": "(\"Alan\" \"is\" \"blue\" \"+\")" }, "triple4": { "text": "Alan is big.", "representation": "(\"Alan\" \"is\" \"big\" \"+\")" }, "triple5": { "text": "Eric is cold.", "representation": "(\"Eric\" \"is\" \"cold\" \"+\")" }, "triple6": { "text": "Fred is red.", "representation": "(\"Fred\" \"is\" \"red\" \"+\")" }, "triple7": { "text": "Gary is green.", "representation": "(\"Gary\" \"is\" \"green\" \"+\")" }, "triple8": null, "triple9": null, "triple10": null, "triple11": null, "triple12": null }

{ "rule1": { "text": "If someone is cold and green and young then they are nice.", "representation": "(((\"someone\" \"is\" \"cold\" \"+\") (\"someone\" \"is\" \"green\" \"+\") (\"someone\" \"is\" \"young\" \"+\")) -> (\"someone\" \"is\" \"nice\" \"+\"))" }, "rule2": { "text": "If someone is blue and cold then they are round.", "representation": "(((\"someone\" \"is\" \"blue\" \"+\") (\"someone\" \"is\" \"cold\" \"+\")) -> (\"someone\" \"is\" \"round\" \"+\"))" }, "rule3": { "text": "If someone is rough and round then they are nice.", "representation": "(((\"someone\" \"is\" \"rough\" \"+\") (\"someone\" \"is\" \"round\" \"+\")) -> (\"someone\" \"is\" \"nice\" \"+\"))" }, "rule4": { "text": "If someone is kind and nice and red then they are big.", "representation": "(((\"someone\" \"is\" \"kind\" \"+\") (\"someone\" \"is\" \"nice\" \"+\") (\"someone\" \"is\" \"red\" \"+\")) -> (\"someone\" \"is\" \"big\" \"+\"))" }, "rule5": { "text": "If someone is cold and green and young then they are rough.", "representation": "(((\"someone\" \"is\" \"cold\" \"+\") (\"someone\" \"is\" \"green\" \"+\") (\"someone\" \"is\" \"young\" \"+\")) -> (\"someone\" \"is\" \"rough\" \"+\"))" }, "rule6": { "text": "If someone is kind then they are cold.", "representation": "(((\"someone\" \"is\" \"kind\" \"+\")) -> (\"someone\" \"is\" \"cold\" \"+\"))" }, "rule7": null }

{ "Q1": { "question": "Alan is kind.", "answer": "True", "QDep": 0, "QLen": "1", "strategy": "proof", "proofs": "[(triple2)]", "representation": "(\"Alan\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple2", "intermediates": [] } ] }, "Q2": { "question": "Alan is not blue.", "answer": "False", "QDep": 0, "QLen": "1", "strategy": "inv-proof", "proofs": "[(triple3)]", "representation": "(\"Alan\" \"is\" \"blue\" \"-\")", "proofsWithIntermediates": [ { "representation": "triple3", "intermediates": [] } ] }, "Q3": { "question": "Alan is cold.", "answer": "True", "QDep": 1, "QLen": "2", "strategy": "proof", "proofs": "[(((triple2) -> rule6))]", "representation": "(\"Alan\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple2) -> (rule6 % int1))", "intermediates": [ { "text": "Alan is cold.", "representation": "(\"Alan\" \"is\" \"cold\" \"+\")", "id": "int1" } ] } ] }, "Q4": { "question": "Alan is not cold.", "answer": "False", "QDep": 1, "QLen": "2", "strategy": "inv-proof", "proofs": "[(((triple2) -> rule6))]", "representation": "(\"Alan\" \"is\" \"cold\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple2) -> (rule6 % int1))", "intermediates": [ { "text": "Alan is cold.", "representation": "(\"Alan\" \"is\" \"cold\" \"+\")", "id": "int1" } ] } ] }, "Q5": { "question": "Alan is round.", "answer": "True", "QDep": 2, "QLen": "4", "strategy": "proof", "proofs": "[(((triple3 ((triple2) -> rule6)) -> rule2))]", "representation": "(\"Alan\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple3 ((triple2) -> (rule6 % int2))) -> (rule2 % int1))", "intermediates": [ { "text": "Alan is round.", "representation": "(\"Alan\" \"is\" \"round\" \"+\")", "id": "int1" }, { "text": "Alan is cold.", "representation": "(\"Alan\" \"is\" \"cold\" \"+\")", "id": "int2" } ] } ] }, "Q6": { "question": "Alan is not round.", "answer": "False", "QDep": 2, "QLen": "4", "strategy": "inv-proof", "proofs": "[(((triple3 ((triple2) -> rule6)) -> rule2))]", "representation": "(\"Alan\" \"is\" \"round\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple3 ((triple2) -> (rule6 % int2))) -> (rule2 % int1))", "intermediates": [ { "text": "Alan is round.", "representation": "(\"Alan\" \"is\" \"round\" \"+\")", "id": "int1" }, { "text": "Alan is cold.", "representation": "(\"Alan\" \"is\" \"cold\" \"+\")", "id": "int2" } ] } ] }, "Q7": { "question": "Alan is nice.", "answer": "True", "QDep": 3, "QLen": "6", "strategy": "proof", "proofs": "[(((triple1 ((triple3 ((triple2) -> rule6)) -> rule2)) -> rule3))]", "representation": "(\"Alan\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple1 ((triple3 ((triple2) -> (rule6 % int3))) -> (rule2 % int2))) -> (rule3 % int1))", "intermediates": [ { "text": "Alan is nice.", "representation": "(\"Alan\" \"is\" \"nice\" \"+\")", "id": "int1" }, { "text": "Alan is round.", "representation": "(\"Alan\" \"is\" \"round\" \"+\")", "id": "int2" }, { "text": "Alan is cold.", "representation": "(\"Alan\" \"is\" \"cold\" \"+\")", "id": "int3" } ] } ] }, "Q8": { "question": "Alan is not nice.", "answer": "False", "QDep": 3, "QLen": "6", "strategy": "inv-proof", "proofs": "[(((triple1 ((triple3 ((triple2) -> rule6)) -> rule2)) -> rule3))]", "representation": "(\"Alan\" \"is\" \"nice\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple1 ((triple3 ((triple2) -> (rule6 % int3))) -> (rule2 % int2))) -> (rule3 % int1))", "intermediates": [ { "text": "Alan is nice.", "representation": "(\"Alan\" \"is\" \"nice\" \"+\")", "id": "int1" }, { "text": "Alan is round.", "representation": "(\"Alan\" \"is\" \"round\" \"+\")", "id": "int2" }, { "text": "Alan is cold.", "representation": "(\"Alan\" \"is\" \"cold\" \"+\")", "id": "int3" } ] } ] }, "Q9": { "question": "Eric is not round.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Eric is round.[CWA. Example of deepest failure = (rule2 <- FAIL)]]", "representation": "(\"Eric\" \"is\" \"round\" \"-\")", "proofsWithIntermediates": null }, "Q10": { "question": "Gary is big.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "rconc", "proofs": "[@1: Gary is big.[CWA. Example of deepest failure = (rule4 <- FAIL)]]", "representation": "(\"Gary\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": null }, "Q11": { "question": "Gary is not nice.", "answer": "Unknown", "QDep": 2, "QLen": "", "strategy": "inv-rconc", "proofs": "[@2: Gary is nice.[CWA. Example of deepest failure = (rule3 <- rule5 <- FAIL)]]", "representation": "(\"Gary\" \"is\" \"nice\" \"-\")", "proofsWithIntermediates": null }, "Q12": { "question": "Gary is cold.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "rconc", "proofs": "[@1: Gary is cold.[CWA. Example of deepest failure = (rule6 <- FAIL)]]", "representation": "(\"Gary\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": null }, "Q13": { "question": "Eric is not blue.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Eric is blue.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Eric\" \"is\" \"blue\" \"-\")" }, "Q14": { "question": "Fred is young.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Fred is young.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Fred\" \"is\" \"young\" \"+\")" }, "Q15": { "question": "Gary is not blue.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Gary is blue.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Gary\" \"is\" \"blue\" \"-\")" }, "Q16": { "question": "Gary is young.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Gary is young.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Gary\" \"is\" \"young\" \"+\")" }, "Q17": null, "Q18": null, "Q19": null, "Q20": null, "Q21": null, "Q22": null, "Q23": null, "Q24": null }

[ { "text": "Alan is big.", "QDep": 0, "representation": "(\"Alan\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple4", "intermediates": [] } ] }, { "text": "Alan is blue.", "QDep": 0, "representation": "(\"Alan\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple3", "intermediates": [] } ] }, { "text": "Alan is kind.", "QDep": 0, "representation": "(\"Alan\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple2", "intermediates": [] } ] }, { "text": "Alan is rough.", "QDep": 0, "representation": "(\"Alan\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple1", "intermediates": [] } ] }, { "text": "Eric is cold.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple5", "intermediates": [] } ] }, { "text": "Fred is red.", "QDep": 0, "representation": "(\"Fred\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple6", "intermediates": [] } ] }, { "text": "Gary is green.", "QDep": 0, "representation": "(\"Gary\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple7", "intermediates": [] } ] }, { "text": "Alan is cold.", "QDep": 1, "representation": "(\"Alan\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple2) -> (rule6 % int1))", "intermediates": [ { "text": "Alan is cold.", "representation": "(\"Alan\" \"is\" \"cold\" \"+\")", "id": "int1" } ] } ] }, { "text": "Alan is round.", "QDep": 2, "representation": "(\"Alan\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple3 ((triple2) -> (rule6 % int2))) -> (rule2 % int1))", "intermediates": [ { "text": "Alan is round.", "representation": "(\"Alan\" \"is\" \"round\" \"+\")", "id": "int1" }, { "text": "Alan is cold.", "representation": "(\"Alan\" \"is\" \"cold\" \"+\")", "id": "int2" } ] } ] }, { "text": "Alan is nice.", "QDep": 3, "representation": "(\"Alan\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple1 ((triple3 ((triple2) -> (rule6 % int3))) -> (rule2 % int2))) -> (rule3 % int1))", "intermediates": [ { "text": "Alan is nice.", "representation": "(\"Alan\" \"is\" \"nice\" \"+\")", "id": "int1" }, { "text": "Alan is round.", "representation": "(\"Alan\" \"is\" \"round\" \"+\")", "id": "int2" }, { "text": "Alan is cold.", "representation": "(\"Alan\" \"is\" \"cold\" \"+\")", "id": "int3" } ] } ] } ]

{ "triple1": "sent1", "triple2": "sent1", "triple3": "sent1", "triple4": "sent1", "triple5": "sent2", "triple6": "sent3", "triple7": "sent4", "triple8": null, "triple9": null, "triple10": null, "rule1": "sent5", "rule2": "sent6", "rule3": "sent7", "rule4": "sent8", "rule5": "sent9", "rule6": "sent10", "rule7": null, "triple11": null, "triple12": null }

{ "sent1": "Most everyone considers Alan a rough fellow, but very kind; He's often categorized as blue, and he's big.", "sent2": "In the snow sits Eric, crying from being cold.", "sent3": "Red Fred is what folks call him, because he is quite red.", "sent4": "Gary ate some rotten meat and now feels green.", "sent5": "Cold people who are young and green are actually nice.", "sent6": "Blue people who are cold are always round in shape.", "sent7": "Rough, round persons are also nice persons.", "sent8": "Red haired people who are nice and kind are looked up to because they are always big.", "sent9": "A young, green person who is cold is rough around the edges.", "sent10": "When you meet kind people they wont have a cold heart.", "sent11": null }

{ "triple1": { "text": "Bob is round.", "representation": "(\"Bob\" \"is\" \"round\" \"+\")" }, "triple2": { "text": "Bob is rough.", "representation": "(\"Bob\" \"is\" \"rough\" \"+\")" }, "triple3": { "text": "Bob is nice.", "representation": "(\"Bob\" \"is\" \"nice\" \"+\")" }, "triple4": { "text": "Charlie is rough.", "representation": "(\"Charlie\" \"is\" \"rough\" \"+\")" }, "triple5": { "text": "Fred is kind.", "representation": "(\"Fred\" \"is\" \"kind\" \"+\")" }, "triple6": { "text": "Fred is big.", "representation": "(\"Fred\" \"is\" \"big\" \"+\")" }, "triple7": { "text": "Harry is young.", "representation": "(\"Harry\" \"is\" \"young\" \"+\")" }, "triple8": { "text": "Harry is rough.", "representation": "(\"Harry\" \"is\" \"rough\" \"+\")" }, "triple9": { "text": "Harry is red.", "representation": "(\"Harry\" \"is\" \"red\" \"+\")" }, "triple10": { "text": "Harry is green.", "representation": "(\"Harry\" \"is\" \"green\" \"+\")" }, "triple11": { "text": "Harry is blue.", "representation": "(\"Harry\" \"is\" \"blue\" \"+\")" }, "triple12": null }

{ "rule1": { "text": "If someone is big and round then they are cold.", "representation": "(((\"someone\" \"is\" \"big\" \"+\") (\"someone\" \"is\" \"round\" \"+\")) -> (\"someone\" \"is\" \"cold\" \"+\"))" }, "rule2": { "text": "If someone is blue and red then they are rough.", "representation": "(((\"someone\" \"is\" \"blue\" \"+\") (\"someone\" \"is\" \"red\" \"+\")) -> (\"someone\" \"is\" \"rough\" \"+\"))" }, "rule3": { "text": "If someone is green and round and blue then they are big.", "representation": "(((\"someone\" \"is\" \"green\" \"+\") (\"someone\" \"is\" \"round\" \"+\") (\"someone\" \"is\" \"blue\" \"+\")) -> (\"someone\" \"is\" \"big\" \"+\"))" }, "rule4": { "text": "If someone is green and nice then they are rough.", "representation": "(((\"someone\" \"is\" \"green\" \"+\") (\"someone\" \"is\" \"nice\" \"+\")) -> (\"someone\" \"is\" \"rough\" \"+\"))" }, "rule5": { "text": "If someone is red and young then they are round.", "representation": "(((\"someone\" \"is\" \"red\" \"+\") (\"someone\" \"is\" \"young\" \"+\")) -> (\"someone\" \"is\" \"round\" \"+\"))" }, "rule6": { "text": "If someone is round then they are red.", "representation": "(((\"someone\" \"is\" \"round\" \"+\")) -> (\"someone\" \"is\" \"red\" \"+\"))" }, "rule7": null }

{ "Q1": { "question": "Harry is red.", "answer": "True", "QDep": 0, "QLen": "1", "strategy": "proof", "proofs": "[(triple9)]", "representation": "(\"Harry\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple9", "intermediates": [] } ] }, "Q2": { "question": "Bob is not rough.", "answer": "False", "QDep": 0, "QLen": "1", "strategy": "inv-proof", "proofs": "[(triple2)]", "representation": "(\"Bob\" \"is\" \"rough\" \"-\")", "proofsWithIntermediates": [ { "representation": "triple2", "intermediates": [] } ] }, "Q3": { "question": "Bob is red.", "answer": "True", "QDep": 1, "QLen": "2", "strategy": "proof", "proofs": "[(((triple1) -> rule6))]", "representation": "(\"Bob\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple1) -> (rule6 % int1))", "intermediates": [ { "text": "Bob is red.", "representation": "(\"Bob\" \"is\" \"red\" \"+\")", "id": "int1" } ] } ] }, "Q4": { "question": "Bob is not red.", "answer": "False", "QDep": 1, "QLen": "2", "strategy": "inv-proof", "proofs": "[(((triple1) -> rule6))]", "representation": "(\"Bob\" \"is\" \"red\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple1) -> (rule6 % int1))", "intermediates": [ { "text": "Bob is red.", "representation": "(\"Bob\" \"is\" \"red\" \"+\")", "id": "int1" } ] } ] }, "Q5": { "question": "Harry is big.", "answer": "True", "QDep": 2, "QLen": "6", "strategy": "proof", "proofs": "[(((triple10 ((triple9 triple7) -> rule5) triple11) -> rule3))]", "representation": "(\"Harry\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple10 ((triple9 triple7) -> (rule5 % int2)) triple11) -> (rule3 % int1))", "intermediates": [ { "text": "Harry is big.", "representation": "(\"Harry\" \"is\" \"big\" \"+\")", "id": "int1" }, { "text": "Harry is round.", "representation": "(\"Harry\" \"is\" \"round\" \"+\")", "id": "int2" } ] } ] }, "Q6": { "question": "Harry is not big.", "answer": "False", "QDep": 2, "QLen": "6", "strategy": "inv-proof", "proofs": "[(((triple10 ((triple9 triple7) -> rule5) triple11) -> rule3))]", "representation": "(\"Harry\" \"is\" \"big\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple10 ((triple9 triple7) -> (rule5 % int2)) triple11) -> (rule3 % int1))", "intermediates": [ { "text": "Harry is big.", "representation": "(\"Harry\" \"is\" \"big\" \"+\")", "id": "int1" }, { "text": "Harry is round.", "representation": "(\"Harry\" \"is\" \"round\" \"+\")", "id": "int2" } ] } ] }, "Q7": { "question": "Harry is cold.", "answer": "True", "QDep": 3, "QLen": "10", "strategy": "proof", "proofs": "[(((((triple10 ((triple9 triple7) -> rule5) triple11) -> rule3) ((triple9 triple7) -> rule5)) -> rule1))]", "representation": "(\"Harry\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple10 ((triple9 triple7) -> (rule5 % int3)) triple11) -> (rule3 % int2)) ((triple9 triple7) -> (rule5 % int3))) -> (rule1 % int1))", "intermediates": [ { "text": "Harry is cold.", "representation": "(\"Harry\" \"is\" \"cold\" \"+\")", "id": "int1" }, { "text": "Harry is big.", "representation": "(\"Harry\" \"is\" \"big\" \"+\")", "id": "int2" }, { "text": "Harry is round.", "representation": "(\"Harry\" \"is\" \"round\" \"+\")", "id": "int3" } ] } ] }, "Q8": { "question": "Harry is not cold.", "answer": "False", "QDep": 3, "QLen": "10", "strategy": "inv-proof", "proofs": "[(((((triple10 ((triple9 triple7) -> rule5) triple11) -> rule3) ((triple9 triple7) -> rule5)) -> rule1))]", "representation": "(\"Harry\" \"is\" \"cold\" \"-\")", "proofsWithIntermediates": [ { "representation": "((((triple10 ((triple9 triple7) -> (rule5 % int3)) triple11) -> (rule3 % int2)) ((triple9 triple7) -> (rule5 % int3))) -> (rule1 % int1))", "intermediates": [ { "text": "Harry is cold.", "representation": "(\"Harry\" \"is\" \"cold\" \"+\")", "id": "int1" }, { "text": "Harry is big.", "representation": "(\"Harry\" \"is\" \"big\" \"+\")", "id": "int2" }, { "text": "Harry is round.", "representation": "(\"Harry\" \"is\" \"round\" \"+\")", "id": "int3" } ] } ] }, "Q9": { "question": "Charlie is not round.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Charlie is round.[CWA. Example of deepest failure = (rule5 <- FAIL)]]", "representation": "(\"Charlie\" \"is\" \"round\" \"-\")", "proofsWithIntermediates": null }, "Q10": { "question": "Bob is cold.", "answer": "Unknown", "QDep": 2, "QLen": "", "strategy": "rconc", "proofs": "[@2: Bob is cold.[CWA. Example of deepest failure = (rule1 <- rule3 <- FAIL)]]", "representation": "(\"Bob\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": null }, "Q11": { "question": "Fred is not cold.", "answer": "Unknown", "QDep": 2, "QLen": "", "strategy": "inv-rconc", "proofs": "[@2: Fred is cold.[CWA. Example of deepest failure = (rule1 <- rule5 <- FAIL)]]", "representation": "(\"Fred\" \"is\" \"cold\" \"-\")", "proofsWithIntermediates": null }, "Q12": { "question": "Charlie is cold.", "answer": "Unknown", "QDep": 2, "QLen": "", "strategy": "rconc", "proofs": "[@2: Charlie is cold.[CWA. Example of deepest failure = (rule1 <- rule3 <- FAIL)]]", "representation": "(\"Charlie\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": null }, "Q13": { "question": "Charlie is not nice.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Charlie is nice.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Charlie\" \"is\" \"nice\" \"-\")" }, "Q14": { "question": "Harry is nice.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Harry is nice.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Harry\" \"is\" \"nice\" \"+\")" }, "Q15": { "question": "Fred is not young.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Fred is young.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Fred\" \"is\" \"young\" \"-\")" }, "Q16": { "question": "Bob is kind.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Bob is kind.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Bob\" \"is\" \"kind\" \"+\")" }, "Q17": null, "Q18": null, "Q19": null, "Q20": null, "Q21": null, "Q22": null, "Q23": null, "Q24": null }

[ { "text": "Bob is nice.", "QDep": 0, "representation": "(\"Bob\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple3", "intermediates": [] } ] }, { "text": "Bob is rough.", "QDep": 0, "representation": "(\"Bob\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple2", "intermediates": [] } ] }, { "text": "Bob is round.", "QDep": 0, "representation": "(\"Bob\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple1", "intermediates": [] } ] }, { "text": "Charlie is rough.", "QDep": 0, "representation": "(\"Charlie\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple4", "intermediates": [] } ] }, { "text": "Fred is big.", "QDep": 0, "representation": "(\"Fred\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple6", "intermediates": [] } ] }, { "text": "Fred is kind.", "QDep": 0, "representation": "(\"Fred\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple5", "intermediates": [] } ] }, { "text": "Harry is blue.", "QDep": 0, "representation": "(\"Harry\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple11", "intermediates": [] } ] }, { "text": "Harry is green.", "QDep": 0, "representation": "(\"Harry\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple10", "intermediates": [] } ] }, { "text": "Harry is red.", "QDep": 0, "representation": "(\"Harry\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple9", "intermediates": [] } ] }, { "text": "Harry is rough.", "QDep": 0, "representation": "(\"Harry\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple8", "intermediates": [] }, { "representation": "((triple11 triple9) -> (rule2 % int1))", "intermediates": [ { "text": "Harry is rough.", "representation": "(\"Harry\" \"is\" \"rough\" \"+\")", "id": "int1" } ] } ] }, { "text": "Harry is young.", "QDep": 0, "representation": "(\"Harry\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple7", "intermediates": [] } ] }, { "text": "Bob is red.", "QDep": 1, "representation": "(\"Bob\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple1) -> (rule6 % int1))", "intermediates": [ { "text": "Bob is red.", "representation": "(\"Bob\" \"is\" \"red\" \"+\")", "id": "int1" } ] } ] }, { "text": "Harry is round.", "QDep": 1, "representation": "(\"Harry\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple9 triple7) -> (rule5 % int1))", "intermediates": [ { "text": "Harry is round.", "representation": "(\"Harry\" \"is\" \"round\" \"+\")", "id": "int1" } ] } ] }, { "text": "Harry is big.", "QDep": 2, "representation": "(\"Harry\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple10 ((triple9 triple7) -> (rule5 % int2)) triple11) -> (rule3 % int1))", "intermediates": [ { "text": "Harry is big.", "representation": "(\"Harry\" \"is\" \"big\" \"+\")", "id": "int1" }, { "text": "Harry is round.", "representation": "(\"Harry\" \"is\" \"round\" \"+\")", "id": "int2" } ] } ] }, { "text": "Harry is cold.", "QDep": 3, "representation": "(\"Harry\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple10 ((triple9 triple7) -> (rule5 % int3)) triple11) -> (rule3 % int2)) ((triple9 triple7) -> (rule5 % int3))) -> (rule1 % int1))", "intermediates": [ { "text": "Harry is cold.", "representation": "(\"Harry\" \"is\" \"cold\" \"+\")", "id": "int1" }, { "text": "Harry is big.", "representation": "(\"Harry\" \"is\" \"big\" \"+\")", "id": "int2" }, { "text": "Harry is round.", "representation": "(\"Harry\" \"is\" \"round\" \"+\")", "id": "int3" } ] } ] } ]

{ "triple1": "sent1", "triple2": "sent1", "triple3": "sent1", "triple4": "sent2", "triple5": "sent3", "triple6": "sent3", "triple7": "sent4", "triple8": "sent4", "triple9": "sent4", "triple10": "sent4", "rule1": "sent5", "rule2": "sent6", "rule3": "sent7", "rule4": "sent8", "rule5": "sent9", "rule6": "sent10", "rule7": null, "triple11": "sent4", "triple12": null }

{ "sent1": "Although Bob is seen as nice and round, his days of playing football have made him quite rough.", "sent2": "They always call him rough Charlie.", "sent3": "That guy Fred is big, but he's always kind to little ones.", "sent4": "Harry felt young and rough; He made himself red, green, and blue.", "sent5": "Big and round people can't help but be cold all of the time.", "sent6": "Blue and red people are often rough.", "sent7": "A green, round, blue male or female will be a big male or female, too.", "sent8": "Green people will be nice even when they have been rough.", "sent9": "Red, young people are for the most part round too.", "sent10": "A round person will also be red.", "sent11": null }

{ "triple1": { "text": "Dave is red.", "representation": "(\"Dave\" \"is\" \"red\" \"+\")" }, "triple2": { "text": "Dave is blue.", "representation": "(\"Dave\" \"is\" \"blue\" \"+\")" }, "triple3": { "text": "Eric is round.", "representation": "(\"Eric\" \"is\" \"round\" \"+\")" }, "triple4": { "text": "Eric is red.", "representation": "(\"Eric\" \"is\" \"red\" \"+\")" }, "triple5": { "text": "Eric is nice.", "representation": "(\"Eric\" \"is\" \"nice\" \"+\")" }, "triple6": { "text": "Eric is green.", "representation": "(\"Eric\" \"is\" \"green\" \"+\")" }, "triple7": { "text": "Eric is cold.", "representation": "(\"Eric\" \"is\" \"cold\" \"+\")" }, "triple8": { "text": "Gary is young.", "representation": "(\"Gary\" \"is\" \"young\" \"+\")" }, "triple9": { "text": "Gary is rough.", "representation": "(\"Gary\" \"is\" \"rough\" \"+\")" }, "triple10": { "text": "Gary is blue.", "representation": "(\"Gary\" \"is\" \"blue\" \"+\")" }, "triple11": null, "triple12": null }

{ "rule1": { "text": "If someone is rough and red then they are kind.", "representation": "(((\"someone\" \"is\" \"rough\" \"+\") (\"someone\" \"is\" \"red\" \"+\")) -> (\"someone\" \"is\" \"kind\" \"+\"))" }, "rule2": { "text": "If someone is rough and kind and round then they are big.", "representation": "(((\"someone\" \"is\" \"rough\" \"+\") (\"someone\" \"is\" \"kind\" \"+\") (\"someone\" \"is\" \"round\" \"+\")) -> (\"someone\" \"is\" \"big\" \"+\"))" }, "rule3": { "text": "If someone is blue and rough and green then they are kind.", "representation": "(((\"someone\" \"is\" \"blue\" \"+\") (\"someone\" \"is\" \"rough\" \"+\") (\"someone\" \"is\" \"green\" \"+\")) -> (\"someone\" \"is\" \"kind\" \"+\"))" }, "rule4": { "text": "If someone is kind and green then they are rough.", "representation": "(((\"someone\" \"is\" \"kind\" \"+\") (\"someone\" \"is\" \"green\" \"+\")) -> (\"someone\" \"is\" \"rough\" \"+\"))" }, "rule5": { "text": "If someone is nice and green and cold then they are young.", "representation": "(((\"someone\" \"is\" \"nice\" \"+\") (\"someone\" \"is\" \"green\" \"+\") (\"someone\" \"is\" \"cold\" \"+\")) -> (\"someone\" \"is\" \"young\" \"+\"))" }, "rule6": { "text": "If someone is nice and green and red then they are rough.", "representation": "(((\"someone\" \"is\" \"nice\" \"+\") (\"someone\" \"is\" \"green\" \"+\") (\"someone\" \"is\" \"red\" \"+\")) -> (\"someone\" \"is\" \"rough\" \"+\"))" }, "rule7": null }

{ "Q1": { "question": "Gary is young.", "answer": "True", "QDep": 0, "QLen": "1", "strategy": "proof", "proofs": "[(triple8)]", "representation": "(\"Gary\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple8", "intermediates": [] } ] }, "Q2": { "question": "Gary is not young.", "answer": "False", "QDep": 0, "QLen": "1", "strategy": "inv-proof", "proofs": "[(triple8)]", "representation": "(\"Gary\" \"is\" \"young\" \"-\")", "proofsWithIntermediates": [ { "representation": "triple8", "intermediates": [] } ] }, "Q3": { "question": "Eric is young.", "answer": "True", "QDep": 1, "QLen": "4", "strategy": "proof", "proofs": "[(((triple5 triple6 triple7) -> rule5))]", "representation": "(\"Eric\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple5 triple6 triple7) -> (rule5 % int1))", "intermediates": [ { "text": "Eric is young.", "representation": "(\"Eric\" \"is\" \"young\" \"+\")", "id": "int1" } ] } ] }, "Q4": { "question": "Eric is not young.", "answer": "False", "QDep": 1, "QLen": "4", "strategy": "inv-proof", "proofs": "[(((triple5 triple6 triple7) -> rule5))]", "representation": "(\"Eric\" \"is\" \"young\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple5 triple6 triple7) -> (rule5 % int1))", "intermediates": [ { "text": "Eric is young.", "representation": "(\"Eric\" \"is\" \"young\" \"+\")", "id": "int1" } ] } ] }, "Q5": { "question": "Eric is kind.", "answer": "True", "QDep": 2, "QLen": "6", "strategy": "proof", "proofs": "[(((((triple5 triple6 triple4) -> rule6) triple4) -> rule1))]", "representation": "(\"Eric\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple5 triple6 triple4) -> (rule6 % int2)) triple4) -> (rule1 % int1))", "intermediates": [ { "text": "Eric is kind.", "representation": "(\"Eric\" \"is\" \"kind\" \"+\")", "id": "int1" }, { "text": "Eric is rough.", "representation": "(\"Eric\" \"is\" \"rough\" \"+\")", "id": "int2" } ] } ] }, "Q6": { "question": "Eric is not kind.", "answer": "False", "QDep": 2, "QLen": "6", "strategy": "inv-proof", "proofs": "[(((((triple5 triple6 triple4) -> rule6) triple4) -> rule1))]", "representation": "(\"Eric\" \"is\" \"kind\" \"-\")", "proofsWithIntermediates": [ { "representation": "((((triple5 triple6 triple4) -> (rule6 % int2)) triple4) -> (rule1 % int1))", "intermediates": [ { "text": "Eric is kind.", "representation": "(\"Eric\" \"is\" \"kind\" \"+\")", "id": "int1" }, { "text": "Eric is rough.", "representation": "(\"Eric\" \"is\" \"rough\" \"+\")", "id": "int2" } ] } ] }, "Q7": { "question": "Eric is big.", "answer": "True", "QDep": 3, "QLen": "12", "strategy": "proof", "proofs": "[(((((triple5 triple6 triple4) -> rule6) ((((triple5 triple6 triple4) -> rule6) triple4) -> rule1) triple3) -> rule2))]", "representation": "(\"Eric\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple5 triple6 triple4) -> (rule6 % int3)) ((((triple5 triple6 triple4) -> (rule6 % int3)) triple4) -> (rule1 % int2)) triple3) -> (rule2 % int1))", "intermediates": [ { "text": "Eric is big.", "representation": "(\"Eric\" \"is\" \"big\" \"+\")", "id": "int1" }, { "text": "Eric is kind.", "representation": "(\"Eric\" \"is\" \"kind\" \"+\")", "id": "int2" }, { "text": "Eric is rough.", "representation": "(\"Eric\" \"is\" \"rough\" \"+\")", "id": "int3" } ] } ] }, "Q8": { "question": "Eric is not big.", "answer": "False", "QDep": 3, "QLen": "12", "strategy": "inv-proof", "proofs": "[(((((triple5 triple6 triple4) -> rule6) ((((triple5 triple6 triple4) -> rule6) triple4) -> rule1) triple3) -> rule2))]", "representation": "(\"Eric\" \"is\" \"big\" \"-\")", "proofsWithIntermediates": [ { "representation": "((((triple5 triple6 triple4) -> (rule6 % int3)) ((((triple5 triple6 triple4) -> (rule6 % int3)) triple4) -> (rule1 % int2)) triple3) -> (rule2 % int1))", "intermediates": [ { "text": "Eric is big.", "representation": "(\"Eric\" \"is\" \"big\" \"+\")", "id": "int1" }, { "text": "Eric is kind.", "representation": "(\"Eric\" \"is\" \"kind\" \"+\")", "id": "int2" }, { "text": "Eric is rough.", "representation": "(\"Eric\" \"is\" \"rough\" \"+\")", "id": "int3" } ] } ] }, "Q9": { "question": "Gary is not kind.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Gary is kind.[CWA. Example of deepest failure = (rule1 <- FAIL)]]", "representation": "(\"Gary\" \"is\" \"kind\" \"-\")", "proofsWithIntermediates": null }, "Q10": { "question": "Harry is big.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "rconc", "proofs": "[@1: Harry is big.[CWA. Example of deepest failure = (rule2 <- FAIL)]]", "representation": "(\"Harry\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": null }, "Q11": { "question": "Harry is not kind.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Harry is kind.[CWA. Example of deepest failure = (rule1 <- FAIL)]]", "representation": "(\"Harry\" \"is\" \"kind\" \"-\")", "proofsWithIntermediates": null }, "Q12": { "question": "Harry is young.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "rconc", "proofs": "[@1: Harry is young.[CWA. Example of deepest failure = (rule5 <- FAIL)]]", "representation": "(\"Harry\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": null }, "Q13": { "question": "Harry is not red.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Harry is red.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Harry\" \"is\" \"red\" \"-\")" }, "Q14": { "question": "Harry is blue.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Harry is blue.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Harry\" \"is\" \"blue\" \"+\")" }, "Q15": { "question": "Harry is not green.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Harry is green.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Harry\" \"is\" \"green\" \"-\")" }, "Q16": { "question": "Harry is round.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Harry is round.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Harry\" \"is\" \"round\" \"+\")" }, "Q17": null, "Q18": null, "Q19": null, "Q20": null, "Q21": null, "Q22": null, "Q23": null, "Q24": null }

[ { "text": "Dave is blue.", "QDep": 0, "representation": "(\"Dave\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple2", "intermediates": [] } ] }, { "text": "Dave is red.", "QDep": 0, "representation": "(\"Dave\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple1", "intermediates": [] } ] }, { "text": "Eric is cold.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple7", "intermediates": [] } ] }, { "text": "Eric is green.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple6", "intermediates": [] } ] }, { "text": "Eric is nice.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple5", "intermediates": [] } ] }, { "text": "Eric is red.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple4", "intermediates": [] } ] }, { "text": "Eric is round.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple3", "intermediates": [] } ] }, { "text": "Gary is blue.", "QDep": 0, "representation": "(\"Gary\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple10", "intermediates": [] } ] }, { "text": "Gary is rough.", "QDep": 0, "representation": "(\"Gary\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple9", "intermediates": [] } ] }, { "text": "Gary is young.", "QDep": 0, "representation": "(\"Gary\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple8", "intermediates": [] } ] }, { "text": "Eric is rough.", "QDep": 1, "representation": "(\"Eric\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple5 triple6 triple4) -> (rule6 % int1))", "intermediates": [ { "text": "Eric is rough.", "representation": "(\"Eric\" \"is\" \"rough\" \"+\")", "id": "int1" } ] } ] }, { "text": "Eric is young.", "QDep": 1, "representation": "(\"Eric\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple5 triple6 triple7) -> (rule5 % int1))", "intermediates": [ { "text": "Eric is young.", "representation": "(\"Eric\" \"is\" \"young\" \"+\")", "id": "int1" } ] } ] }, { "text": "Eric is kind.", "QDep": 2, "representation": "(\"Eric\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple5 triple6 triple4) -> (rule6 % int2)) triple4) -> (rule1 % int1))", "intermediates": [ { "text": "Eric is kind.", "representation": "(\"Eric\" \"is\" \"kind\" \"+\")", "id": "int1" }, { "text": "Eric is rough.", "representation": "(\"Eric\" \"is\" \"rough\" \"+\")", "id": "int2" } ] } ] }, { "text": "Eric is big.", "QDep": 3, "representation": "(\"Eric\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple5 triple6 triple4) -> (rule6 % int3)) ((((triple5 triple6 triple4) -> (rule6 % int3)) triple4) -> (rule1 % int2)) triple3) -> (rule2 % int1))", "intermediates": [ { "text": "Eric is big.", "representation": "(\"Eric\" \"is\" \"big\" \"+\")", "id": "int1" }, { "text": "Eric is kind.", "representation": "(\"Eric\" \"is\" \"kind\" \"+\")", "id": "int2" }, { "text": "Eric is rough.", "representation": "(\"Eric\" \"is\" \"rough\" \"+\")", "id": "int3" } ] } ] } ]

{ "triple1": "sent1", "triple2": "sent1", "triple3": "sent2", "triple4": "sent2", "triple5": "sent2", "triple6": "sent2", "triple7": "sent2", "triple8": "sent3", "triple9": "sent3", "triple10": "sent3", "rule1": "sent4", "rule2": "sent5", "rule3": "sent6", "rule4": "sent7", "rule5": "sent8", "rule6": "sent9", "rule7": null, "triple11": null, "triple12": null }

{ "sent1": "Dave looks red to most people, with blue features.", "sent2": "Being new to the job, Eric is nice and green; Even though he is round he is red and cold out in the wind.", "sent3": "Gary is rough, but often feels blue; He is pretty young.", "sent4": "Whoever is rough and red must be kind.", "sent5": "Kind people that are rough and round are also considered big.", "sent6": "When someone is blue, lives green they can be rough but kind.", "sent7": "People who are kind and green are very often rough.", "sent8": "Someone who is nice, green, and cold, is always going to be young.", "sent9": "Nice people who are looking green and seeing red usually feel rather rough.", "sent10": null, "sent11": null }

{ "triple1": { "text": "Bob is kind.", "representation": "(\"Bob\" \"is\" \"kind\" \"+\")" }, "triple2": { "text": "Dave is kind.", "representation": "(\"Dave\" \"is\" \"kind\" \"+\")" }, "triple3": { "text": "Dave is green.", "representation": "(\"Dave\" \"is\" \"green\" \"+\")" }, "triple4": { "text": "Dave is blue.", "representation": "(\"Dave\" \"is\" \"blue\" \"+\")" }, "triple5": { "text": "Eric is round.", "representation": "(\"Eric\" \"is\" \"round\" \"+\")" }, "triple6": { "text": "Eric is nice.", "representation": "(\"Eric\" \"is\" \"nice\" \"+\")" }, "triple7": { "text": "Eric is big.", "representation": "(\"Eric\" \"is\" \"big\" \"+\")" }, "triple8": { "text": "Harry is nice.", "representation": "(\"Harry\" \"is\" \"nice\" \"+\")" }, "triple9": { "text": "Harry is cold.", "representation": "(\"Harry\" \"is\" \"cold\" \"+\")" }, "triple10": { "text": "Harry is big.", "representation": "(\"Harry\" \"is\" \"big\" \"+\")" }, "triple11": null, "triple12": null }

{ "rule1": { "text": "If someone is green and blue and cold then they are red.", "representation": "(((\"someone\" \"is\" \"green\" \"+\") (\"someone\" \"is\" \"blue\" \"+\") (\"someone\" \"is\" \"cold\" \"+\")) -> (\"someone\" \"is\" \"red\" \"+\"))" }, "rule2": { "text": "If someone is big and kind then they are cold.", "representation": "(((\"someone\" \"is\" \"big\" \"+\") (\"someone\" \"is\" \"kind\" \"+\")) -> (\"someone\" \"is\" \"cold\" \"+\"))" }, "rule3": { "text": "If someone is green and nice and rough then they are round.", "representation": "(((\"someone\" \"is\" \"green\" \"+\") (\"someone\" \"is\" \"nice\" \"+\") (\"someone\" \"is\" \"rough\" \"+\")) -> (\"someone\" \"is\" \"round\" \"+\"))" }, "rule4": { "text": "If someone is green then they are round.", "representation": "(((\"someone\" \"is\" \"green\" \"+\")) -> (\"someone\" \"is\" \"round\" \"+\"))" }, "rule5": { "text": "If someone is nice and big and kind then they are young.", "representation": "(((\"someone\" \"is\" \"nice\" \"+\") (\"someone\" \"is\" \"big\" \"+\") (\"someone\" \"is\" \"kind\" \"+\")) -> (\"someone\" \"is\" \"young\" \"+\"))" }, "rule6": { "text": "If someone is green and rough then they are red.", "representation": "(((\"someone\" \"is\" \"green\" \"+\") (\"someone\" \"is\" \"rough\" \"+\")) -> (\"someone\" \"is\" \"red\" \"+\"))" }, "rule7": { "text": "If someone is round and green and blue then they are cold.", "representation": "(((\"someone\" \"is\" \"round\" \"+\") (\"someone\" \"is\" \"green\" \"+\") (\"someone\" \"is\" \"blue\" \"+\")) -> (\"someone\" \"is\" \"cold\" \"+\"))" } }

{ "Q1": { "question": "Eric is nice.", "answer": "True", "QDep": 0, "QLen": "1", "strategy": "proof", "proofs": "[(triple6)]", "representation": "(\"Eric\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple6", "intermediates": [] } ] }, "Q2": { "question": "Harry is not nice.", "answer": "False", "QDep": 0, "QLen": "1", "strategy": "inv-proof", "proofs": "[(triple8)]", "representation": "(\"Harry\" \"is\" \"nice\" \"-\")", "proofsWithIntermediates": [ { "representation": "triple8", "intermediates": [] } ] }, "Q3": { "question": "Dave is round.", "answer": "True", "QDep": 1, "QLen": "2", "strategy": "proof", "proofs": "[(((triple3) -> rule4))]", "representation": "(\"Dave\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple3) -> (rule4 % int1))", "intermediates": [ { "text": "Dave is round.", "representation": "(\"Dave\" \"is\" \"round\" \"+\")", "id": "int1" } ] } ] }, "Q4": { "question": "Dave is not round.", "answer": "False", "QDep": 1, "QLen": "2", "strategy": "inv-proof", "proofs": "[(((triple3) -> rule4))]", "representation": "(\"Dave\" \"is\" \"round\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple3) -> (rule4 % int1))", "intermediates": [ { "text": "Dave is round.", "representation": "(\"Dave\" \"is\" \"round\" \"+\")", "id": "int1" } ] } ] }, "Q5": { "question": "Dave is cold.", "answer": "True", "QDep": 2, "QLen": "5", "strategy": "proof", "proofs": "[(((((triple3) -> rule4) triple3 triple4) -> rule7))]", "representation": "(\"Dave\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple3) -> (rule4 % int2)) triple3 triple4) -> (rule7 % int1))", "intermediates": [ { "text": "Dave is cold.", "representation": "(\"Dave\" \"is\" \"cold\" \"+\")", "id": "int1" }, { "text": "Dave is round.", "representation": "(\"Dave\" \"is\" \"round\" \"+\")", "id": "int2" } ] } ] }, "Q6": { "question": "Dave is not cold.", "answer": "False", "QDep": 2, "QLen": "5", "strategy": "inv-proof", "proofs": "[(((((triple3) -> rule4) triple3 triple4) -> rule7))]", "representation": "(\"Dave\" \"is\" \"cold\" \"-\")", "proofsWithIntermediates": [ { "representation": "((((triple3) -> (rule4 % int2)) triple3 triple4) -> (rule7 % int1))", "intermediates": [ { "text": "Dave is cold.", "representation": "(\"Dave\" \"is\" \"cold\" \"+\")", "id": "int1" }, { "text": "Dave is round.", "representation": "(\"Dave\" \"is\" \"round\" \"+\")", "id": "int2" } ] } ] }, "Q7": { "question": "Dave is red.", "answer": "True", "QDep": 3, "QLen": "8", "strategy": "proof", "proofs": "[(((triple3 triple4 ((((triple3) -> rule4) triple3 triple4) -> rule7)) -> rule1))]", "representation": "(\"Dave\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple3 triple4 ((((triple3) -> (rule4 % int3)) triple3 triple4) -> (rule7 % int2))) -> (rule1 % int1))", "intermediates": [ { "text": "Dave is red.", "representation": "(\"Dave\" \"is\" \"red\" \"+\")", "id": "int1" }, { "text": "Dave is cold.", "representation": "(\"Dave\" \"is\" \"cold\" \"+\")", "id": "int2" }, { "text": "Dave is round.", "representation": "(\"Dave\" \"is\" \"round\" \"+\")", "id": "int3" } ] } ] }, "Q8": { "question": "Dave is not red.", "answer": "False", "QDep": 3, "QLen": "8", "strategy": "inv-proof", "proofs": "[(((triple3 triple4 ((((triple3) -> rule4) triple3 triple4) -> rule7)) -> rule1))]", "representation": "(\"Dave\" \"is\" \"red\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple3 triple4 ((((triple3) -> (rule4 % int3)) triple3 triple4) -> (rule7 % int2))) -> (rule1 % int1))", "intermediates": [ { "text": "Dave is red.", "representation": "(\"Dave\" \"is\" \"red\" \"+\")", "id": "int1" }, { "text": "Dave is cold.", "representation": "(\"Dave\" \"is\" \"cold\" \"+\")", "id": "int2" }, { "text": "Dave is round.", "representation": "(\"Dave\" \"is\" \"round\" \"+\")", "id": "int3" } ] } ] }, "Q9": { "question": "Bob is not cold.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Bob is cold.[CWA. Example of deepest failure = (rule2 <- FAIL)]]", "representation": "(\"Bob\" \"is\" \"cold\" \"-\")", "proofsWithIntermediates": null }, "Q10": { "question": "Bob is red.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "rconc", "proofs": "[@1: Bob is red.[CWA. Example of deepest failure = (rule1 <- FAIL)]]", "representation": "(\"Bob\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": null }, "Q11": { "question": "Eric is not red.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Eric is red.[CWA. Example of deepest failure = (rule1 <- FAIL)]]", "representation": "(\"Eric\" \"is\" \"red\" \"-\")", "proofsWithIntermediates": null }, "Q12": { "question": "Dave is young.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "rconc", "proofs": "[@1: Dave is young.[CWA. Example of deepest failure = (rule5 <- FAIL)]]", "representation": "(\"Dave\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": null }, "Q13": { "question": "Dave is not big.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Dave is big.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Dave\" \"is\" \"big\" \"-\")" }, "Q14": { "question": "Harry is rough.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Harry is rough.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Harry\" \"is\" \"rough\" \"+\")" }, "Q15": { "question": "Bob is not nice.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Bob is nice.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Bob\" \"is\" \"nice\" \"-\")" }, "Q16": { "question": "Bob is big.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Bob is big.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Bob\" \"is\" \"big\" \"+\")" }, "Q17": null, "Q18": null, "Q19": null, "Q20": null, "Q21": null, "Q22": null, "Q23": null, "Q24": null }

[ { "text": "Bob is kind.", "QDep": 0, "representation": "(\"Bob\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple1", "intermediates": [] } ] }, { "text": "Dave is blue.", "QDep": 0, "representation": "(\"Dave\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple4", "intermediates": [] } ] }, { "text": "Dave is green.", "QDep": 0, "representation": "(\"Dave\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple3", "intermediates": [] } ] }, { "text": "Dave is kind.", "QDep": 0, "representation": "(\"Dave\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple2", "intermediates": [] } ] }, { "text": "Eric is big.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple7", "intermediates": [] } ] }, { "text": "Eric is nice.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple6", "intermediates": [] } ] }, { "text": "Eric is round.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple5", "intermediates": [] } ] }, { "text": "Harry is big.", "QDep": 0, "representation": "(\"Harry\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple10", "intermediates": [] } ] }, { "text": "Harry is cold.", "QDep": 0, "representation": "(\"Harry\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple9", "intermediates": [] } ] }, { "text": "Harry is nice.", "QDep": 0, "representation": "(\"Harry\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple8", "intermediates": [] } ] }, { "text": "Dave is round.", "QDep": 1, "representation": "(\"Dave\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple3) -> (rule4 % int1))", "intermediates": [ { "text": "Dave is round.", "representation": "(\"Dave\" \"is\" \"round\" \"+\")", "id": "int1" } ] } ] }, { "text": "Dave is cold.", "QDep": 2, "representation": "(\"Dave\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple3) -> (rule4 % int2)) triple3 triple4) -> (rule7 % int1))", "intermediates": [ { "text": "Dave is cold.", "representation": "(\"Dave\" \"is\" \"cold\" \"+\")", "id": "int1" }, { "text": "Dave is round.", "representation": "(\"Dave\" \"is\" \"round\" \"+\")", "id": "int2" } ] } ] }, { "text": "Dave is red.", "QDep": 3, "representation": "(\"Dave\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple3 triple4 ((((triple3) -> (rule4 % int3)) triple3 triple4) -> (rule7 % int2))) -> (rule1 % int1))", "intermediates": [ { "text": "Dave is red.", "representation": "(\"Dave\" \"is\" \"red\" \"+\")", "id": "int1" }, { "text": "Dave is cold.", "representation": "(\"Dave\" \"is\" \"cold\" \"+\")", "id": "int2" }, { "text": "Dave is round.", "representation": "(\"Dave\" \"is\" \"round\" \"+\")", "id": "int3" } ] } ] } ]

{ "triple1": "sent1", "triple2": "sent2", "triple3": "sent2", "triple4": "sent2", "triple5": "sent3", "triple6": "sent3", "triple7": "sent3", "triple8": "sent4", "triple9": "sent4", "triple10": "sent4", "rule1": "sent5", "rule2": "sent6", "rule3": "sent7", "rule4": "sent8", "rule5": "sent9", "rule6": "sent10", "rule7": "sent11", "triple11": null, "triple12": null }

{ "sent1": "Bob always goes out of his way to show that he is kind to people.", "sent2": "Blue and green Dave is so kind he snowplows the neighbors driveways and everyone thanks him with beer.", "sent3": "Most people see Eric as round, albeit nice and big at the same time.", "sent4": "Harry who is big in stature is almost always nice even when he is cold.", "sent5": "Green and blue people have a habit of being cold, which makes them red too.", "sent6": "A person who's big and kind will also be cold.", "sent7": "A nice green person that tends to be rough will indeed be round too.", "sent8": "Any green person is a round person.", "sent9": "Somebody whose descriptors are nice, big and kind will also fit a young descriptor.", "sent10": "You will discover that green rough people are always red.", "sent11": "A person that is round, green, and blue is usually considered cold." }

{ "triple1": { "text": "Bob is young.", "representation": "(\"Bob\" \"is\" \"young\" \"+\")" }, "triple2": { "text": "Bob is round.", "representation": "(\"Bob\" \"is\" \"round\" \"+\")" }, "triple3": { "text": "Bob is rough.", "representation": "(\"Bob\" \"is\" \"rough\" \"+\")" }, "triple4": { "text": "Bob is red.", "representation": "(\"Bob\" \"is\" \"red\" \"+\")" }, "triple5": { "text": "Dave is blue.", "representation": "(\"Dave\" \"is\" \"blue\" \"+\")" }, "triple6": { "text": "Harry is nice.", "representation": "(\"Harry\" \"is\" \"nice\" \"+\")" }, "triple7": { "text": "Harry is green.", "representation": "(\"Harry\" \"is\" \"green\" \"+\")" }, "triple8": { "text": "Harry is blue.", "representation": "(\"Harry\" \"is\" \"blue\" \"+\")" }, "triple9": null, "triple10": null, "triple11": null, "triple12": null }

{ "rule1": { "text": "If someone is green and kind then they are nice.", "representation": "(((\"someone\" \"is\" \"green\" \"+\") (\"someone\" \"is\" \"kind\" \"+\")) -> (\"someone\" \"is\" \"nice\" \"+\"))" }, "rule2": { "text": "If someone is green and nice then they are young.", "representation": "(((\"someone\" \"is\" \"green\" \"+\") (\"someone\" \"is\" \"nice\" \"+\")) -> (\"someone\" \"is\" \"young\" \"+\"))" }, "rule3": { "text": "If someone is cold and young then they are kind.", "representation": "(((\"someone\" \"is\" \"cold\" \"+\") (\"someone\" \"is\" \"young\" \"+\")) -> (\"someone\" \"is\" \"kind\" \"+\"))" }, "rule4": { "text": "If someone is red and young then they are cold.", "representation": "(((\"someone\" \"is\" \"red\" \"+\") (\"someone\" \"is\" \"young\" \"+\")) -> (\"someone\" \"is\" \"cold\" \"+\"))" }, "rule5": { "text": "If someone is cold and kind then they are nice.", "representation": "(((\"someone\" \"is\" \"cold\" \"+\") (\"someone\" \"is\" \"kind\" \"+\")) -> (\"someone\" \"is\" \"nice\" \"+\"))" }, "rule6": { "text": "If someone is big and blue and kind then they are young.", "representation": "(((\"someone\" \"is\" \"big\" \"+\") (\"someone\" \"is\" \"blue\" \"+\") (\"someone\" \"is\" \"kind\" \"+\")) -> (\"someone\" \"is\" \"young\" \"+\"))" }, "rule7": { "text": "If someone is cold and red and young then they are big.", "representation": "(((\"someone\" \"is\" \"cold\" \"+\") (\"someone\" \"is\" \"red\" \"+\") (\"someone\" \"is\" \"young\" \"+\")) -> (\"someone\" \"is\" \"big\" \"+\"))" } }

{ "Q1": { "question": "Dave is blue.", "answer": "True", "QDep": 0, "QLen": "1", "strategy": "proof", "proofs": "[(triple5)]", "representation": "(\"Dave\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple5", "intermediates": [] } ] }, "Q2": { "question": "Bob is not round.", "answer": "False", "QDep": 0, "QLen": "1", "strategy": "inv-proof", "proofs": "[(triple2)]", "representation": "(\"Bob\" \"is\" \"round\" \"-\")", "proofsWithIntermediates": [ { "representation": "triple2", "intermediates": [] } ] }, "Q3": { "question": "Harry is young.", "answer": "True", "QDep": 1, "QLen": "3", "strategy": "proof", "proofs": "[(((triple7 triple6) -> rule2))]", "representation": "(\"Harry\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple7 triple6) -> (rule2 % int1))", "intermediates": [ { "text": "Harry is young.", "representation": "(\"Harry\" \"is\" \"young\" \"+\")", "id": "int1" } ] } ] }, "Q4": { "question": "Harry is not young.", "answer": "False", "QDep": 1, "QLen": "3", "strategy": "inv-proof", "proofs": "[(((triple7 triple6) -> rule2))]", "representation": "(\"Harry\" \"is\" \"young\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple7 triple6) -> (rule2 % int1))", "intermediates": [ { "text": "Harry is young.", "representation": "(\"Harry\" \"is\" \"young\" \"+\")", "id": "int1" } ] } ] }, "Q5": { "question": "Bob is big.", "answer": "True", "QDep": 2, "QLen": "6", "strategy": "proof", "proofs": "[(((((triple4 triple1) -> rule4) triple4 triple1) -> rule7))]", "representation": "(\"Bob\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple4 triple1) -> (rule4 % int2)) triple4 triple1) -> (rule7 % int1))", "intermediates": [ { "text": "Bob is big.", "representation": "(\"Bob\" \"is\" \"big\" \"+\")", "id": "int1" }, { "text": "Bob is cold.", "representation": "(\"Bob\" \"is\" \"cold\" \"+\")", "id": "int2" } ] } ] }, "Q6": { "question": "Bob is not kind.", "answer": "False", "QDep": 2, "QLen": "5", "strategy": "inv-proof", "proofs": "[(((((triple4 triple1) -> rule4) triple1) -> rule3))]", "representation": "(\"Bob\" \"is\" \"kind\" \"-\")", "proofsWithIntermediates": [ { "representation": "((((triple4 triple1) -> (rule4 % int2)) triple1) -> (rule3 % int1))", "intermediates": [ { "text": "Bob is kind.", "representation": "(\"Bob\" \"is\" \"kind\" \"+\")", "id": "int1" }, { "text": "Bob is cold.", "representation": "(\"Bob\" \"is\" \"cold\" \"+\")", "id": "int2" } ] } ] }, "Q7": { "question": "Bob is nice.", "answer": "True", "QDep": 3, "QLen": "9", "strategy": "proof", "proofs": "[(((((triple4 triple1) -> rule4) ((((triple4 triple1) -> rule4) triple1) -> rule3)) -> rule5))]", "representation": "(\"Bob\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple4 triple1) -> (rule4 % int3)) ((((triple4 triple1) -> (rule4 % int3)) triple1) -> (rule3 % int2))) -> (rule5 % int1))", "intermediates": [ { "text": "Bob is nice.", "representation": "(\"Bob\" \"is\" \"nice\" \"+\")", "id": "int1" }, { "text": "Bob is kind.", "representation": "(\"Bob\" \"is\" \"kind\" \"+\")", "id": "int2" }, { "text": "Bob is cold.", "representation": "(\"Bob\" \"is\" \"cold\" \"+\")", "id": "int3" } ] } ] }, "Q8": { "question": "Bob is not nice.", "answer": "False", "QDep": 3, "QLen": "9", "strategy": "inv-proof", "proofs": "[(((((triple4 triple1) -> rule4) ((((triple4 triple1) -> rule4) triple1) -> rule3)) -> rule5))]", "representation": "(\"Bob\" \"is\" \"nice\" \"-\")", "proofsWithIntermediates": [ { "representation": "((((triple4 triple1) -> (rule4 % int3)) ((((triple4 triple1) -> (rule4 % int3)) triple1) -> (rule3 % int2))) -> (rule5 % int1))", "intermediates": [ { "text": "Bob is nice.", "representation": "(\"Bob\" \"is\" \"nice\" \"+\")", "id": "int1" }, { "text": "Bob is kind.", "representation": "(\"Bob\" \"is\" \"kind\" \"+\")", "id": "int2" }, { "text": "Bob is cold.", "representation": "(\"Bob\" \"is\" \"cold\" \"+\")", "id": "int3" } ] } ] }, "Q9": { "question": "Fred is not cold.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Fred is cold.[CWA. Example of deepest failure = (rule4 <- FAIL)]]", "representation": "(\"Fred\" \"is\" \"cold\" \"-\")", "proofsWithIntermediates": null }, "Q10": { "question": "Dave is cold.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "rconc", "proofs": "[@1: Dave is cold.[CWA. Example of deepest failure = (rule4 <- FAIL)]]", "representation": "(\"Dave\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": null }, "Q11": { "question": "Dave is not young.", "answer": "Unknown", "QDep": 2, "QLen": "", "strategy": "inv-rconc", "proofs": "[@2: Dave is young.[CWA. Example of deepest failure = (rule6 <- rule7 <- FAIL)]]", "representation": "(\"Dave\" \"is\" \"young\" \"-\")", "proofsWithIntermediates": null }, "Q12": { "question": "Fred is big.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "rconc", "proofs": "[@1: Fred is big.[CWA. Example of deepest failure = (rule7 <- FAIL)]]", "representation": "(\"Fred\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": null }, "Q13": { "question": "Fred is not rough.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Fred is rough.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Fred\" \"is\" \"rough\" \"-\")" }, "Q14": { "question": "Dave is rough.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Dave is rough.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Dave\" \"is\" \"rough\" \"+\")" }, "Q15": { "question": "Dave is not red.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Dave is red.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Dave\" \"is\" \"red\" \"-\")" }, "Q16": { "question": "Harry is rough.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Harry is rough.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Harry\" \"is\" \"rough\" \"+\")" }, "Q17": null, "Q18": null, "Q19": null, "Q20": null, "Q21": null, "Q22": null, "Q23": null, "Q24": null }

[ { "text": "Bob is red.", "QDep": 0, "representation": "(\"Bob\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple4", "intermediates": [] } ] }, { "text": "Bob is rough.", "QDep": 0, "representation": "(\"Bob\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple3", "intermediates": [] } ] }, { "text": "Bob is round.", "QDep": 0, "representation": "(\"Bob\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple2", "intermediates": [] } ] }, { "text": "Bob is young.", "QDep": 0, "representation": "(\"Bob\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple1", "intermediates": [] } ] }, { "text": "Dave is blue.", "QDep": 0, "representation": "(\"Dave\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple5", "intermediates": [] } ] }, { "text": "Harry is blue.", "QDep": 0, "representation": "(\"Harry\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple8", "intermediates": [] } ] }, { "text": "Harry is green.", "QDep": 0, "representation": "(\"Harry\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple7", "intermediates": [] } ] }, { "text": "Harry is nice.", "QDep": 0, "representation": "(\"Harry\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple6", "intermediates": [] } ] }, { "text": "Bob is cold.", "QDep": 1, "representation": "(\"Bob\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple4 triple1) -> (rule4 % int1))", "intermediates": [ { "text": "Bob is cold.", "representation": "(\"Bob\" \"is\" \"cold\" \"+\")", "id": "int1" } ] } ] }, { "text": "Harry is young.", "QDep": 1, "representation": "(\"Harry\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple7 triple6) -> (rule2 % int1))", "intermediates": [ { "text": "Harry is young.", "representation": "(\"Harry\" \"is\" \"young\" \"+\")", "id": "int1" } ] } ] }, { "text": "Bob is big.", "QDep": 2, "representation": "(\"Bob\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple4 triple1) -> (rule4 % int2)) triple4 triple1) -> (rule7 % int1))", "intermediates": [ { "text": "Bob is big.", "representation": "(\"Bob\" \"is\" \"big\" \"+\")", "id": "int1" }, { "text": "Bob is cold.", "representation": "(\"Bob\" \"is\" \"cold\" \"+\")", "id": "int2" } ] } ] }, { "text": "Bob is kind.", "QDep": 2, "representation": "(\"Bob\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple4 triple1) -> (rule4 % int2)) triple1) -> (rule3 % int1))", "intermediates": [ { "text": "Bob is kind.", "representation": "(\"Bob\" \"is\" \"kind\" \"+\")", "id": "int1" }, { "text": "Bob is cold.", "representation": "(\"Bob\" \"is\" \"cold\" \"+\")", "id": "int2" } ] } ] }, { "text": "Bob is nice.", "QDep": 3, "representation": "(\"Bob\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple4 triple1) -> (rule4 % int3)) ((((triple4 triple1) -> (rule4 % int3)) triple1) -> (rule3 % int2))) -> (rule5 % int1))", "intermediates": [ { "text": "Bob is nice.", "representation": "(\"Bob\" \"is\" \"nice\" \"+\")", "id": "int1" }, { "text": "Bob is kind.", "representation": "(\"Bob\" \"is\" \"kind\" \"+\")", "id": "int2" }, { "text": "Bob is cold.", "representation": "(\"Bob\" \"is\" \"cold\" \"+\")", "id": "int3" } ] } ] } ]

{ "triple1": "sent1", "triple2": "sent1", "triple3": "sent1", "triple4": "sent1", "triple5": "sent2", "triple6": "sent3", "triple7": "sent3", "triple8": "sent3", "triple9": null, "triple10": null, "rule1": "sent4", "rule2": "sent5", "rule3": "sent6", "rule4": "sent7", "rule5": "sent8", "rule6": "sent9", "rule7": "sent10", "triple11": null, "triple12": null }

{ "sent1": "Bob is rough, round and young but also red.", "sent2": "Dave wears all blue.", "sent3": "Harry's skin turned blue and green in a lab accident; Despite his outward appearance, he is really nice.", "sent4": "Because someone is green and kind they are extremely nice to people.", "sent5": "If the description of nice and green applies to somebody, the description of young will, too.", "sent6": "If someone is cold and young, you'll see that they are kind.", "sent7": "A young, red person will certainly be cold.", "sent8": "A person described as cold and kind can also be described as nice.", "sent9": "Find someone big, blue, and kind, and you'll see they are also quite young.", "sent10": "Young people who are cold and painted red are usually big and part of the football team.", "sent11": null }

{ "triple1": { "text": "Alan is round.", "representation": "(\"Alan\" \"is\" \"round\" \"+\")" }, "triple2": { "text": "Alan is nice.", "representation": "(\"Alan\" \"is\" \"nice\" \"+\")" }, "triple3": { "text": "Alan is blue.", "representation": "(\"Alan\" \"is\" \"blue\" \"+\")" }, "triple4": { "text": "Bob is kind.", "representation": "(\"Bob\" \"is\" \"kind\" \"+\")" }, "triple5": { "text": "Fred is blue.", "representation": "(\"Fred\" \"is\" \"blue\" \"+\")" }, "triple6": { "text": "Gary is kind.", "representation": "(\"Gary\" \"is\" \"kind\" \"+\")" }, "triple7": { "text": "Gary is green.", "representation": "(\"Gary\" \"is\" \"green\" \"+\")" }, "triple8": null, "triple9": null, "triple10": null, "triple11": null, "triple12": null }

{ "rule1": { "text": "If someone is blue then they are red.", "representation": "(((\"someone\" \"is\" \"blue\" \"+\")) -> (\"someone\" \"is\" \"red\" \"+\"))" }, "rule2": { "text": "If someone is nice and red and young then they are rough.", "representation": "(((\"someone\" \"is\" \"nice\" \"+\") (\"someone\" \"is\" \"red\" \"+\") (\"someone\" \"is\" \"young\" \"+\")) -> (\"someone\" \"is\" \"rough\" \"+\"))" }, "rule3": { "text": "If someone is nice and young and blue then they are red.", "representation": "(((\"someone\" \"is\" \"nice\" \"+\") (\"someone\" \"is\" \"young\" \"+\") (\"someone\" \"is\" \"blue\" \"+\")) -> (\"someone\" \"is\" \"red\" \"+\"))" }, "rule4": { "text": "If someone is cold and big and rough then they are red.", "representation": "(((\"someone\" \"is\" \"cold\" \"+\") (\"someone\" \"is\" \"big\" \"+\") (\"someone\" \"is\" \"rough\" \"+\")) -> (\"someone\" \"is\" \"red\" \"+\"))" }, "rule5": { "text": "If someone is round and blue and red then they are cold.", "representation": "(((\"someone\" \"is\" \"round\" \"+\") (\"someone\" \"is\" \"blue\" \"+\") (\"someone\" \"is\" \"red\" \"+\")) -> (\"someone\" \"is\" \"cold\" \"+\"))" }, "rule6": { "text": "If someone is kind and nice and green then they are red.", "representation": "(((\"someone\" \"is\" \"kind\" \"+\") (\"someone\" \"is\" \"nice\" \"+\") (\"someone\" \"is\" \"green\" \"+\")) -> (\"someone\" \"is\" \"red\" \"+\"))" }, "rule7": { "text": "If someone is red then they are round.", "representation": "(((\"someone\" \"is\" \"red\" \"+\")) -> (\"someone\" \"is\" \"round\" \"+\"))" } }

{ "Q1": { "question": "Gary is kind.", "answer": "True", "QDep": 0, "QLen": "1", "strategy": "proof", "proofs": "[(triple6)]", "representation": "(\"Gary\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple6", "intermediates": [] } ] }, "Q2": { "question": "Gary is not green.", "answer": "False", "QDep": 0, "QLen": "1", "strategy": "inv-proof", "proofs": "[(triple7)]", "representation": "(\"Gary\" \"is\" \"green\" \"-\")", "proofsWithIntermediates": [ { "representation": "triple7", "intermediates": [] } ] }, "Q3": { "question": "Alan is red.", "answer": "True", "QDep": 1, "QLen": "2", "strategy": "proof", "proofs": "[(((triple3) -> rule1))]", "representation": "(\"Alan\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple3) -> (rule1 % int1))", "intermediates": [ { "text": "Alan is red.", "representation": "(\"Alan\" \"is\" \"red\" \"+\")", "id": "int1" } ] } ] }, "Q4": { "question": "Alan is not red.", "answer": "False", "QDep": 1, "QLen": "2", "strategy": "inv-proof", "proofs": "[(((triple3) -> rule1))]", "representation": "(\"Alan\" \"is\" \"red\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple3) -> (rule1 % int1))", "intermediates": [ { "text": "Alan is red.", "representation": "(\"Alan\" \"is\" \"red\" \"+\")", "id": "int1" } ] } ] }, "Q5": { "question": "Alan is cold.", "answer": "True", "QDep": 2, "QLen": "5", "strategy": "proof", "proofs": "[(((triple1 triple3 ((triple3) -> rule1)) -> rule5) OR ((((((triple3) -> rule1)) -> rule7) triple3 ((triple3) -> rule1)) -> rule5))]", "representation": "(\"Alan\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple1 triple3 ((triple3) -> (rule1 % int2))) -> (rule5 % int1))", "intermediates": [ { "text": "Alan is cold.", "representation": "(\"Alan\" \"is\" \"cold\" \"+\")", "id": "int1" }, { "text": "Alan is red.", "representation": "(\"Alan\" \"is\" \"red\" \"+\")", "id": "int2" } ] }, { "representation": "((((((triple3) -> (rule1 % int3))) -> (rule7 % int2)) triple3 ((triple3) -> (rule1 % int3))) -> (rule5 % int1))", "intermediates": [ { "text": "Alan is cold.", "representation": "(\"Alan\" \"is\" \"cold\" \"+\")", "id": "int1" }, { "text": "Alan is round.", "representation": "(\"Alan\" \"is\" \"round\" \"+\")", "id": "int2" }, { "text": "Alan is red.", "representation": "(\"Alan\" \"is\" \"red\" \"+\")", "id": "int3" } ] } ] }, "Q6": { "question": "Fred is not round.", "answer": "False", "QDep": 2, "QLen": "3", "strategy": "inv-proof", "proofs": "[(((((triple5) -> rule1)) -> rule7))]", "representation": "(\"Fred\" \"is\" \"round\" \"-\")", "proofsWithIntermediates": [ { "representation": "((((triple5) -> (rule1 % int2))) -> (rule7 % int1))", "intermediates": [ { "text": "Fred is round.", "representation": "(\"Fred\" \"is\" \"round\" \"+\")", "id": "int1" }, { "text": "Fred is red.", "representation": "(\"Fred\" \"is\" \"red\" \"+\")", "id": "int2" } ] } ] }, "Q7": { "question": "Fred is cold.", "answer": "True", "QDep": 3, "QLen": "7", "strategy": "proof", "proofs": "[(((((((triple5) -> rule1)) -> rule7) triple5 ((triple5) -> rule1)) -> rule5))]", "representation": "(\"Fred\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((((triple5) -> (rule1 % int3))) -> (rule7 % int2)) triple5 ((triple5) -> (rule1 % int3))) -> (rule5 % int1))", "intermediates": [ { "text": "Fred is cold.", "representation": "(\"Fred\" \"is\" \"cold\" \"+\")", "id": "int1" }, { "text": "Fred is round.", "representation": "(\"Fred\" \"is\" \"round\" \"+\")", "id": "int2" }, { "text": "Fred is red.", "representation": "(\"Fred\" \"is\" \"red\" \"+\")", "id": "int3" } ] } ] }, "Q8": { "question": "Fred is not cold.", "answer": "False", "QDep": 3, "QLen": "7", "strategy": "inv-proof", "proofs": "[(((((((triple5) -> rule1)) -> rule7) triple5 ((triple5) -> rule1)) -> rule5))]", "representation": "(\"Fred\" \"is\" \"cold\" \"-\")", "proofsWithIntermediates": [ { "representation": "((((((triple5) -> (rule1 % int3))) -> (rule7 % int2)) triple5 ((triple5) -> (rule1 % int3))) -> (rule5 % int1))", "intermediates": [ { "text": "Fred is cold.", "representation": "(\"Fred\" \"is\" \"cold\" \"+\")", "id": "int1" }, { "text": "Fred is round.", "representation": "(\"Fred\" \"is\" \"round\" \"+\")", "id": "int2" }, { "text": "Fred is red.", "representation": "(\"Fred\" \"is\" \"red\" \"+\")", "id": "int3" } ] } ] }, "Q9": { "question": "Fred is not rough.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Fred is rough.[CWA. Example of deepest failure = (rule2 <- FAIL)]]", "representation": "(\"Fred\" \"is\" \"rough\" \"-\")", "proofsWithIntermediates": null }, "Q10": { "question": "Gary is red.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "rconc", "proofs": "[@1: Gary is red.[CWA. Example of deepest failure = (rule1 <- FAIL)]]", "representation": "(\"Gary\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": null }, "Q11": { "question": "Gary is not cold.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Gary is cold.[CWA. Example of deepest failure = (rule5 <- FAIL)]]", "representation": "(\"Gary\" \"is\" \"cold\" \"-\")", "proofsWithIntermediates": null }, "Q12": { "question": "Gary is round.", "answer": "Unknown", "QDep": 2, "QLen": "", "strategy": "rconc", "proofs": "[@2: Gary is round.[CWA. Example of deepest failure = (rule7 <- rule1 <- FAIL)]]", "representation": "(\"Gary\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": null }, "Q13": { "question": "Bob is not blue.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Bob is blue.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Bob\" \"is\" \"blue\" \"-\")" }, "Q14": { "question": "Bob is big.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Bob is big.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Bob\" \"is\" \"big\" \"+\")" }, "Q15": { "question": "Fred is not nice.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Fred is nice.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Fred\" \"is\" \"nice\" \"-\")" }, "Q16": { "question": "Fred is big.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Fred is big.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Fred\" \"is\" \"big\" \"+\")" }, "Q17": null, "Q18": null, "Q19": null, "Q20": null, "Q21": null, "Q22": null, "Q23": null, "Q24": null }

[ { "text": "Alan is blue.", "QDep": 0, "representation": "(\"Alan\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple3", "intermediates": [] } ] }, { "text": "Alan is nice.", "QDep": 0, "representation": "(\"Alan\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple2", "intermediates": [] } ] }, { "text": "Alan is round.", "QDep": 0, "representation": "(\"Alan\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple1", "intermediates": [] }, { "representation": "((((triple3) -> (rule1 % int2))) -> (rule7 % int1))", "intermediates": [ { "text": "Alan is round.", "representation": "(\"Alan\" \"is\" \"round\" \"+\")", "id": "int1" }, { "text": "Alan is red.", "representation": "(\"Alan\" \"is\" \"red\" \"+\")", "id": "int2" } ] } ] }, { "text": "Bob is kind.", "QDep": 0, "representation": "(\"Bob\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple4", "intermediates": [] } ] }, { "text": "Fred is blue.", "QDep": 0, "representation": "(\"Fred\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple5", "intermediates": [] } ] }, { "text": "Gary is green.", "QDep": 0, "representation": "(\"Gary\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple7", "intermediates": [] } ] }, { "text": "Gary is kind.", "QDep": 0, "representation": "(\"Gary\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple6", "intermediates": [] } ] }, { "text": "Alan is red.", "QDep": 1, "representation": "(\"Alan\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple3) -> (rule1 % int1))", "intermediates": [ { "text": "Alan is red.", "representation": "(\"Alan\" \"is\" \"red\" \"+\")", "id": "int1" } ] } ] }, { "text": "Fred is red.", "QDep": 1, "representation": "(\"Fred\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple5) -> (rule1 % int1))", "intermediates": [ { "text": "Fred is red.", "representation": "(\"Fred\" \"is\" \"red\" \"+\")", "id": "int1" } ] } ] }, { "text": "Alan is cold.", "QDep": 2, "representation": "(\"Alan\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple1 triple3 ((triple3) -> (rule1 % int2))) -> (rule5 % int1))", "intermediates": [ { "text": "Alan is cold.", "representation": "(\"Alan\" \"is\" \"cold\" \"+\")", "id": "int1" }, { "text": "Alan is red.", "representation": "(\"Alan\" \"is\" \"red\" \"+\")", "id": "int2" } ] }, { "representation": "((((((triple3) -> (rule1 % int3))) -> (rule7 % int2)) triple3 ((triple3) -> (rule1 % int3))) -> (rule5 % int1))", "intermediates": [ { "text": "Alan is cold.", "representation": "(\"Alan\" \"is\" \"cold\" \"+\")", "id": "int1" }, { "text": "Alan is round.", "representation": "(\"Alan\" \"is\" \"round\" \"+\")", "id": "int2" }, { "text": "Alan is red.", "representation": "(\"Alan\" \"is\" \"red\" \"+\")", "id": "int3" } ] } ] }, { "text": "Fred is round.", "QDep": 2, "representation": "(\"Fred\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple5) -> (rule1 % int2))) -> (rule7 % int1))", "intermediates": [ { "text": "Fred is round.", "representation": "(\"Fred\" \"is\" \"round\" \"+\")", "id": "int1" }, { "text": "Fred is red.", "representation": "(\"Fred\" \"is\" \"red\" \"+\")", "id": "int2" } ] } ] }, { "text": "Fred is cold.", "QDep": 3, "representation": "(\"Fred\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((((triple5) -> (rule1 % int3))) -> (rule7 % int2)) triple5 ((triple5) -> (rule1 % int3))) -> (rule5 % int1))", "intermediates": [ { "text": "Fred is cold.", "representation": "(\"Fred\" \"is\" \"cold\" \"+\")", "id": "int1" }, { "text": "Fred is round.", "representation": "(\"Fred\" \"is\" \"round\" \"+\")", "id": "int2" }, { "text": "Fred is red.", "representation": "(\"Fred\" \"is\" \"red\" \"+\")", "id": "int3" } ] } ] } ]

{ "triple1": "sent1", "triple2": "sent1", "triple3": "sent1", "triple4": "sent2", "triple5": "sent3", "triple6": "sent4", "triple7": "sent4", "triple8": null, "triple9": null, "triple10": null, "rule1": "sent5", "rule2": "sent6", "rule3": "sent7", "rule4": "sent8", "rule5": "sent9", "rule6": "sent10", "rule7": "sent11", "triple11": null, "triple12": null }

{ "sent1": "Alan is round in the middle and extraordinarily nice but he's also blue because people don't always treat him well.", "sent2": "Bob always goes out of his way to show that he is kind to people.", "sent3": "Fred wears all blue.", "sent4": "Upon meeting Gary, you'll notice he's green and kind.", "sent5": "Blue Christmas ornaments are also red.", "sent6": "Anyone in the world who is nice, red, and young, is simultaneously rough.", "sent7": "Every time I see a young blue nice person I know they are also red.", "sent8": "When someone feels cold, while being big and rough, they always turn out to be red.", "sent9": "Someone blue who is round with bloating and red from sunburn is surely cold from having fallen into the lake.", "sent10": "A kind and nice person who is looking green is often red.", "sent11": "A person that is the color red will definitely be round shaped." }

{ "triple1": { "text": "Dave is round.", "representation": "(\"Dave\" \"is\" \"round\" \"+\")" }, "triple2": { "text": "Dave is cold.", "representation": "(\"Dave\" \"is\" \"cold\" \"+\")" }, "triple3": { "text": "Eric is young.", "representation": "(\"Eric\" \"is\" \"young\" \"+\")" }, "triple4": { "text": "Eric is red.", "representation": "(\"Eric\" \"is\" \"red\" \"+\")" }, "triple5": { "text": "Eric is green.", "representation": "(\"Eric\" \"is\" \"green\" \"+\")" }, "triple6": { "text": "Fred is rough.", "representation": "(\"Fred\" \"is\" \"rough\" \"+\")" }, "triple7": { "text": "Gary is nice.", "representation": "(\"Gary\" \"is\" \"nice\" \"+\")" }, "triple8": { "text": "Gary is cold.", "representation": "(\"Gary\" \"is\" \"cold\" \"+\")" }, "triple9": { "text": "Gary is blue.", "representation": "(\"Gary\" \"is\" \"blue\" \"+\")" }, "triple10": null, "triple11": null, "triple12": null }

{ "rule1": { "text": "If someone is red and kind then they are nice.", "representation": "(((\"someone\" \"is\" \"red\" \"+\") (\"someone\" \"is\" \"kind\" \"+\")) -> (\"someone\" \"is\" \"nice\" \"+\"))" }, "rule2": { "text": "If someone is green and red then they are blue.", "representation": "(((\"someone\" \"is\" \"green\" \"+\") (\"someone\" \"is\" \"red\" \"+\")) -> (\"someone\" \"is\" \"blue\" \"+\"))" }, "rule3": { "text": "If someone is red and green then they are big.", "representation": "(((\"someone\" \"is\" \"red\" \"+\") (\"someone\" \"is\" \"green\" \"+\")) -> (\"someone\" \"is\" \"big\" \"+\"))" }, "rule4": { "text": "If someone is rough and big and green then they are cold.", "representation": "(((\"someone\" \"is\" \"rough\" \"+\") (\"someone\" \"is\" \"big\" \"+\") (\"someone\" \"is\" \"green\" \"+\")) -> (\"someone\" \"is\" \"cold\" \"+\"))" }, "rule5": { "text": "If someone is blue and young then they are kind.", "representation": "(((\"someone\" \"is\" \"blue\" \"+\") (\"someone\" \"is\" \"young\" \"+\")) -> (\"someone\" \"is\" \"kind\" \"+\"))" }, "rule6": null, "rule7": null }

{ "Q1": { "question": "Dave is cold.", "answer": "True", "QDep": 0, "QLen": "1", "strategy": "proof", "proofs": "[(triple2)]", "representation": "(\"Dave\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple2", "intermediates": [] } ] }, "Q2": { "question": "Eric is not green.", "answer": "False", "QDep": 0, "QLen": "1", "strategy": "inv-proof", "proofs": "[(triple5)]", "representation": "(\"Eric\" \"is\" \"green\" \"-\")", "proofsWithIntermediates": [ { "representation": "triple5", "intermediates": [] } ] }, "Q3": { "question": "Eric is blue.", "answer": "True", "QDep": 1, "QLen": "3", "strategy": "proof", "proofs": "[(((triple5 triple4) -> rule2))]", "representation": "(\"Eric\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple5 triple4) -> (rule2 % int1))", "intermediates": [ { "text": "Eric is blue.", "representation": "(\"Eric\" \"is\" \"blue\" \"+\")", "id": "int1" } ] } ] }, "Q4": { "question": "Eric is not blue.", "answer": "False", "QDep": 1, "QLen": "3", "strategy": "inv-proof", "proofs": "[(((triple5 triple4) -> rule2))]", "representation": "(\"Eric\" \"is\" \"blue\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple5 triple4) -> (rule2 % int1))", "intermediates": [ { "text": "Eric is blue.", "representation": "(\"Eric\" \"is\" \"blue\" \"+\")", "id": "int1" } ] } ] }, "Q5": { "question": "Eric is kind.", "answer": "True", "QDep": 2, "QLen": "5", "strategy": "proof", "proofs": "[(((((triple5 triple4) -> rule2) triple3) -> rule5))]", "representation": "(\"Eric\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple5 triple4) -> (rule2 % int2)) triple3) -> (rule5 % int1))", "intermediates": [ { "text": "Eric is kind.", "representation": "(\"Eric\" \"is\" \"kind\" \"+\")", "id": "int1" }, { "text": "Eric is blue.", "representation": "(\"Eric\" \"is\" \"blue\" \"+\")", "id": "int2" } ] } ] }, "Q6": { "question": "Eric is not kind.", "answer": "False", "QDep": 2, "QLen": "5", "strategy": "inv-proof", "proofs": "[(((((triple5 triple4) -> rule2) triple3) -> rule5))]", "representation": "(\"Eric\" \"is\" \"kind\" \"-\")", "proofsWithIntermediates": [ { "representation": "((((triple5 triple4) -> (rule2 % int2)) triple3) -> (rule5 % int1))", "intermediates": [ { "text": "Eric is kind.", "representation": "(\"Eric\" \"is\" \"kind\" \"+\")", "id": "int1" }, { "text": "Eric is blue.", "representation": "(\"Eric\" \"is\" \"blue\" \"+\")", "id": "int2" } ] } ] }, "Q7": { "question": "Eric is nice.", "answer": "True", "QDep": 3, "QLen": "7", "strategy": "proof", "proofs": "[(((triple4 ((((triple5 triple4) -> rule2) triple3) -> rule5)) -> rule1))]", "representation": "(\"Eric\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple4 ((((triple5 triple4) -> (rule2 % int3)) triple3) -> (rule5 % int2))) -> (rule1 % int1))", "intermediates": [ { "text": "Eric is nice.", "representation": "(\"Eric\" \"is\" \"nice\" \"+\")", "id": "int1" }, { "text": "Eric is kind.", "representation": "(\"Eric\" \"is\" \"kind\" \"+\")", "id": "int2" }, { "text": "Eric is blue.", "representation": "(\"Eric\" \"is\" \"blue\" \"+\")", "id": "int3" } ] } ] }, "Q8": { "question": "Eric is not nice.", "answer": "False", "QDep": 3, "QLen": "7", "strategy": "inv-proof", "proofs": "[(((triple4 ((((triple5 triple4) -> rule2) triple3) -> rule5)) -> rule1))]", "representation": "(\"Eric\" \"is\" \"nice\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple4 ((((triple5 triple4) -> (rule2 % int3)) triple3) -> (rule5 % int2))) -> (rule1 % int1))", "intermediates": [ { "text": "Eric is nice.", "representation": "(\"Eric\" \"is\" \"nice\" \"+\")", "id": "int1" }, { "text": "Eric is kind.", "representation": "(\"Eric\" \"is\" \"kind\" \"+\")", "id": "int2" }, { "text": "Eric is blue.", "representation": "(\"Eric\" \"is\" \"blue\" \"+\")", "id": "int3" } ] } ] }, "Q9": { "question": "Fred is not big.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Fred is big.[CWA. Example of deepest failure = (rule3 <- FAIL)]]", "representation": "(\"Fred\" \"is\" \"big\" \"-\")", "proofsWithIntermediates": null }, "Q10": { "question": "Dave is blue.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "rconc", "proofs": "[@1: Dave is blue.[CWA. Example of deepest failure = (rule2 <- FAIL)]]", "representation": "(\"Dave\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": null }, "Q11": { "question": "Gary is not big.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Gary is big.[CWA. Example of deepest failure = (rule3 <- FAIL)]]", "representation": "(\"Gary\" \"is\" \"big\" \"-\")", "proofsWithIntermediates": null }, "Q12": { "question": "Dave is big.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "rconc", "proofs": "[@1: Dave is big.[CWA. Example of deepest failure = (rule3 <- FAIL)]]", "representation": "(\"Dave\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": null }, "Q13": { "question": "Dave is not red.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Dave is red.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Dave\" \"is\" \"red\" \"-\")" }, "Q14": { "question": "Fred is round.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Fred is round.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Fred\" \"is\" \"round\" \"+\")" }, "Q15": { "question": "Fred is not green.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Fred is green.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Fred\" \"is\" \"green\" \"-\")" }, "Q16": { "question": "Gary is rough.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Gary is rough.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Gary\" \"is\" \"rough\" \"+\")" }, "Q17": null, "Q18": null, "Q19": null, "Q20": null, "Q21": null, "Q22": null, "Q23": null, "Q24": null }

[ { "text": "Dave is cold.", "QDep": 0, "representation": "(\"Dave\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple2", "intermediates": [] } ] }, { "text": "Dave is round.", "QDep": 0, "representation": "(\"Dave\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple1", "intermediates": [] } ] }, { "text": "Eric is green.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple5", "intermediates": [] } ] }, { "text": "Eric is red.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple4", "intermediates": [] } ] }, { "text": "Eric is young.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple3", "intermediates": [] } ] }, { "text": "Fred is rough.", "QDep": 0, "representation": "(\"Fred\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple6", "intermediates": [] } ] }, { "text": "Gary is blue.", "QDep": 0, "representation": "(\"Gary\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple9", "intermediates": [] } ] }, { "text": "Gary is cold.", "QDep": 0, "representation": "(\"Gary\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple8", "intermediates": [] } ] }, { "text": "Gary is nice.", "QDep": 0, "representation": "(\"Gary\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple7", "intermediates": [] } ] }, { "text": "Eric is big.", "QDep": 1, "representation": "(\"Eric\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple4 triple5) -> (rule3 % int1))", "intermediates": [ { "text": "Eric is big.", "representation": "(\"Eric\" \"is\" \"big\" \"+\")", "id": "int1" } ] } ] }, { "text": "Eric is blue.", "QDep": 1, "representation": "(\"Eric\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple5 triple4) -> (rule2 % int1))", "intermediates": [ { "text": "Eric is blue.", "representation": "(\"Eric\" \"is\" \"blue\" \"+\")", "id": "int1" } ] } ] }, { "text": "Eric is kind.", "QDep": 2, "representation": "(\"Eric\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple5 triple4) -> (rule2 % int2)) triple3) -> (rule5 % int1))", "intermediates": [ { "text": "Eric is kind.", "representation": "(\"Eric\" \"is\" \"kind\" \"+\")", "id": "int1" }, { "text": "Eric is blue.", "representation": "(\"Eric\" \"is\" \"blue\" \"+\")", "id": "int2" } ] } ] }, { "text": "Eric is nice.", "QDep": 3, "representation": "(\"Eric\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple4 ((((triple5 triple4) -> (rule2 % int3)) triple3) -> (rule5 % int2))) -> (rule1 % int1))", "intermediates": [ { "text": "Eric is nice.", "representation": "(\"Eric\" \"is\" \"nice\" \"+\")", "id": "int1" }, { "text": "Eric is kind.", "representation": "(\"Eric\" \"is\" \"kind\" \"+\")", "id": "int2" }, { "text": "Eric is blue.", "representation": "(\"Eric\" \"is\" \"blue\" \"+\")", "id": "int3" } ] } ] } ]

{ "triple1": "sent1", "triple2": "sent1", "triple3": "sent2", "triple4": "sent2", "triple5": "sent2", "triple6": "sent3", "triple7": "sent4", "triple8": "sent4", "triple9": "sent4", "triple10": null, "rule1": "sent5", "rule2": "sent6", "rule3": "sent7", "rule4": "sent8", "rule5": "sent9", "rule6": null, "rule7": null, "triple11": null, "triple12": null }

{ "sent1": "Because Dave gets cold easily he tends to appear round from bundling up.", "sent2": "Eric is young, he is also red and green.", "sent3": "They always call him rough Fred.", "sent4": "As much as Gary is nice, he is also cold and often feels blue.", "sent5": "Santa Claus is red and kind; He is also very nice, especially to children.", "sent6": "If red and slightly green people are asked, they will tell you they feel blue.", "sent7": "If a person is red and green, then they will present as big.", "sent8": "Big, rough people sometimes are also green and when they are they must be cold.", "sent9": "If you color the young ones blue then they will be kind.", "sent10": null, "sent11": null }

{ "triple1": { "text": "Bob is round.", "representation": "(\"Bob\" \"is\" \"round\" \"+\")" }, "triple2": { "text": "Bob is big.", "representation": "(\"Bob\" \"is\" \"big\" \"+\")" }, "triple3": { "text": "Fred is rough.", "representation": "(\"Fred\" \"is\" \"rough\" \"+\")" }, "triple4": { "text": "Fred is red.", "representation": "(\"Fred\" \"is\" \"red\" \"+\")" }, "triple5": { "text": "Fred is blue.", "representation": "(\"Fred\" \"is\" \"blue\" \"+\")" }, "triple6": { "text": "Gary is kind.", "representation": "(\"Gary\" \"is\" \"kind\" \"+\")" }, "triple7": { "text": "Harry is red.", "representation": "(\"Harry\" \"is\" \"red\" \"+\")" }, "triple8": { "text": "Harry is nice.", "representation": "(\"Harry\" \"is\" \"nice\" \"+\")" }, "triple9": { "text": "Harry is kind.", "representation": "(\"Harry\" \"is\" \"kind\" \"+\")" }, "triple10": { "text": "Harry is cold.", "representation": "(\"Harry\" \"is\" \"cold\" \"+\")" }, "triple11": null, "triple12": null }

{ "rule1": { "text": "If someone is cold and big then they are rough.", "representation": "(((\"someone\" \"is\" \"cold\" \"+\") (\"someone\" \"is\" \"big\" \"+\")) -> (\"someone\" \"is\" \"rough\" \"+\"))" }, "rule2": { "text": "If someone is blue and round and kind then they are young.", "representation": "(((\"someone\" \"is\" \"blue\" \"+\") (\"someone\" \"is\" \"round\" \"+\") (\"someone\" \"is\" \"kind\" \"+\")) -> (\"someone\" \"is\" \"young\" \"+\"))" }, "rule3": { "text": "If someone is red then they are blue.", "representation": "(((\"someone\" \"is\" \"red\" \"+\")) -> (\"someone\" \"is\" \"blue\" \"+\"))" }, "rule4": { "text": "If someone is nice and blue and red then they are big.", "representation": "(((\"someone\" \"is\" \"nice\" \"+\") (\"someone\" \"is\" \"blue\" \"+\") (\"someone\" \"is\" \"red\" \"+\")) -> (\"someone\" \"is\" \"big\" \"+\"))" }, "rule5": null, "rule6": null, "rule7": null }

{ "Q1": { "question": "Harry is nice.", "answer": "True", "QDep": 0, "QLen": "1", "strategy": "proof", "proofs": "[(triple8)]", "representation": "(\"Harry\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple8", "intermediates": [] } ] }, "Q2": { "question": "Harry is not red.", "answer": "False", "QDep": 0, "QLen": "1", "strategy": "inv-proof", "proofs": "[(triple7)]", "representation": "(\"Harry\" \"is\" \"red\" \"-\")", "proofsWithIntermediates": [ { "representation": "triple7", "intermediates": [] } ] }, "Q3": { "question": "Harry is blue.", "answer": "True", "QDep": 1, "QLen": "2", "strategy": "proof", "proofs": "[(((triple7) -> rule3))]", "representation": "(\"Harry\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple7) -> (rule3 % int1))", "intermediates": [ { "text": "Harry is blue.", "representation": "(\"Harry\" \"is\" \"blue\" \"+\")", "id": "int1" } ] } ] }, "Q4": { "question": "Harry is not blue.", "answer": "False", "QDep": 1, "QLen": "2", "strategy": "inv-proof", "proofs": "[(((triple7) -> rule3))]", "representation": "(\"Harry\" \"is\" \"blue\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple7) -> (rule3 % int1))", "intermediates": [ { "text": "Harry is blue.", "representation": "(\"Harry\" \"is\" \"blue\" \"+\")", "id": "int1" } ] } ] }, "Q5": { "question": "Harry is big.", "answer": "True", "QDep": 2, "QLen": "5", "strategy": "proof", "proofs": "[(((triple8 ((triple7) -> rule3) triple7) -> rule4))]", "representation": "(\"Harry\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple8 ((triple7) -> (rule3 % int2)) triple7) -> (rule4 % int1))", "intermediates": [ { "text": "Harry is big.", "representation": "(\"Harry\" \"is\" \"big\" \"+\")", "id": "int1" }, { "text": "Harry is blue.", "representation": "(\"Harry\" \"is\" \"blue\" \"+\")", "id": "int2" } ] } ] }, "Q6": { "question": "Harry is not big.", "answer": "False", "QDep": 2, "QLen": "5", "strategy": "inv-proof", "proofs": "[(((triple8 ((triple7) -> rule3) triple7) -> rule4))]", "representation": "(\"Harry\" \"is\" \"big\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple8 ((triple7) -> (rule3 % int2)) triple7) -> (rule4 % int1))", "intermediates": [ { "text": "Harry is big.", "representation": "(\"Harry\" \"is\" \"big\" \"+\")", "id": "int1" }, { "text": "Harry is blue.", "representation": "(\"Harry\" \"is\" \"blue\" \"+\")", "id": "int2" } ] } ] }, "Q7": { "question": "Harry is rough.", "answer": "True", "QDep": 3, "QLen": "7", "strategy": "proof", "proofs": "[(((triple10 ((triple8 ((triple7) -> rule3) triple7) -> rule4)) -> rule1))]", "representation": "(\"Harry\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple10 ((triple8 ((triple7) -> (rule3 % int3)) triple7) -> (rule4 % int2))) -> (rule1 % int1))", "intermediates": [ { "text": "Harry is rough.", "representation": "(\"Harry\" \"is\" \"rough\" \"+\")", "id": "int1" }, { "text": "Harry is big.", "representation": "(\"Harry\" \"is\" \"big\" \"+\")", "id": "int2" }, { "text": "Harry is blue.", "representation": "(\"Harry\" \"is\" \"blue\" \"+\")", "id": "int3" } ] } ] }, "Q8": { "question": "Harry is not rough.", "answer": "False", "QDep": 3, "QLen": "7", "strategy": "inv-proof", "proofs": "[(((triple10 ((triple8 ((triple7) -> rule3) triple7) -> rule4)) -> rule1))]", "representation": "(\"Harry\" \"is\" \"rough\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple10 ((triple8 ((triple7) -> (rule3 % int3)) triple7) -> (rule4 % int2))) -> (rule1 % int1))", "intermediates": [ { "text": "Harry is rough.", "representation": "(\"Harry\" \"is\" \"rough\" \"+\")", "id": "int1" }, { "text": "Harry is big.", "representation": "(\"Harry\" \"is\" \"big\" \"+\")", "id": "int2" }, { "text": "Harry is blue.", "representation": "(\"Harry\" \"is\" \"blue\" \"+\")", "id": "int3" } ] } ] }, "Q9": { "question": "Bob is not blue.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Bob is blue.[CWA. Example of deepest failure = (rule3 <- FAIL)]]", "representation": "(\"Bob\" \"is\" \"blue\" \"-\")", "proofsWithIntermediates": null }, "Q10": { "question": "Fred is big.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "rconc", "proofs": "[@1: Fred is big.[CWA. Example of deepest failure = (rule4 <- FAIL)]]", "representation": "(\"Fred\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": null }, "Q11": { "question": "Harry is not young.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Harry is young.[CWA. Example of deepest failure = (rule2 <- FAIL)]]", "representation": "(\"Harry\" \"is\" \"young\" \"-\")", "proofsWithIntermediates": null }, "Q12": { "question": "Gary is big.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "rconc", "proofs": "[@1: Gary is big.[CWA. Example of deepest failure = (rule4 <- FAIL)]]", "representation": "(\"Gary\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": null }, "Q13": { "question": "Fred is not cold.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Fred is cold.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Fred\" \"is\" \"cold\" \"-\")" }, "Q14": { "question": "Bob is nice.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Bob is nice.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Bob\" \"is\" \"nice\" \"+\")" }, "Q15": { "question": "Fred is not nice.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Fred is nice.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Fred\" \"is\" \"nice\" \"-\")" }, "Q16": { "question": "Bob is kind.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Bob is kind.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Bob\" \"is\" \"kind\" \"+\")" }, "Q17": null, "Q18": null, "Q19": null, "Q20": null, "Q21": null, "Q22": null, "Q23": null, "Q24": null }

[ { "text": "Bob is big.", "QDep": 0, "representation": "(\"Bob\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple2", "intermediates": [] } ] }, { "text": "Bob is round.", "QDep": 0, "representation": "(\"Bob\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple1", "intermediates": [] } ] }, { "text": "Fred is blue.", "QDep": 0, "representation": "(\"Fred\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple5", "intermediates": [] }, { "representation": "((triple4) -> (rule3 % int1))", "intermediates": [ { "text": "Fred is blue.", "representation": "(\"Fred\" \"is\" \"blue\" \"+\")", "id": "int1" } ] } ] }, { "text": "Fred is red.", "QDep": 0, "representation": "(\"Fred\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple4", "intermediates": [] } ] }, { "text": "Fred is rough.", "QDep": 0, "representation": "(\"Fred\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple3", "intermediates": [] } ] }, { "text": "Gary is kind.", "QDep": 0, "representation": "(\"Gary\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple6", "intermediates": [] } ] }, { "text": "Harry is cold.", "QDep": 0, "representation": "(\"Harry\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple10", "intermediates": [] } ] }, { "text": "Harry is kind.", "QDep": 0, "representation": "(\"Harry\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple9", "intermediates": [] } ] }, { "text": "Harry is nice.", "QDep": 0, "representation": "(\"Harry\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple8", "intermediates": [] } ] }, { "text": "Harry is red.", "QDep": 0, "representation": "(\"Harry\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple7", "intermediates": [] } ] }, { "text": "Harry is blue.", "QDep": 1, "representation": "(\"Harry\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple7) -> (rule3 % int1))", "intermediates": [ { "text": "Harry is blue.", "representation": "(\"Harry\" \"is\" \"blue\" \"+\")", "id": "int1" } ] } ] }, { "text": "Harry is big.", "QDep": 2, "representation": "(\"Harry\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple8 ((triple7) -> (rule3 % int2)) triple7) -> (rule4 % int1))", "intermediates": [ { "text": "Harry is big.", "representation": "(\"Harry\" \"is\" \"big\" \"+\")", "id": "int1" }, { "text": "Harry is blue.", "representation": "(\"Harry\" \"is\" \"blue\" \"+\")", "id": "int2" } ] } ] }, { "text": "Harry is rough.", "QDep": 3, "representation": "(\"Harry\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple10 ((triple8 ((triple7) -> (rule3 % int3)) triple7) -> (rule4 % int2))) -> (rule1 % int1))", "intermediates": [ { "text": "Harry is rough.", "representation": "(\"Harry\" \"is\" \"rough\" \"+\")", "id": "int1" }, { "text": "Harry is big.", "representation": "(\"Harry\" \"is\" \"big\" \"+\")", "id": "int2" }, { "text": "Harry is blue.", "representation": "(\"Harry\" \"is\" \"blue\" \"+\")", "id": "int3" } ] } ] } ]

{ "triple1": "sent1", "triple2": "sent1", "triple3": "sent2", "triple4": "sent2", "triple5": "sent2", "triple6": "sent3", "triple7": "sent4", "triple8": "sent4", "triple9": "sent4", "triple10": "sent4", "rule1": "sent5", "rule2": "sent6", "rule3": "sent7", "rule4": "sent8", "rule5": null, "rule6": null, "rule7": null, "triple11": null, "triple12": null }

{ "sent1": "That man standing next to you with a big round body goes by the name of Bob.", "sent2": "Fred fits the description of someone who is rough, red and blue.", "sent3": "Gary always goes out of his way to show that he is kind to people.", "sent4": "Harry is nice and kind despite the appearance of his cold, red skin.", "sent5": "Big people that are cold will show you how rough they actually are.", "sent6": "Any person who is blue and round, if they are kind at the same time, will be young.", "sent7": "Red people feel blue about it.", "sent8": "Blue, red and nice people are always big, too.", "sent9": null, "sent10": null, "sent11": null }

{ "triple1": { "text": "Bob is round.", "representation": "(\"Bob\" \"is\" \"round\" \"+\")" }, "triple2": { "text": "Bob is cold.", "representation": "(\"Bob\" \"is\" \"cold\" \"+\")" }, "triple3": { "text": "Charlie is nice.", "representation": "(\"Charlie\" \"is\" \"nice\" \"+\")" }, "triple4": { "text": "Charlie is big.", "representation": "(\"Charlie\" \"is\" \"big\" \"+\")" }, "triple5": { "text": "Dave is young.", "representation": "(\"Dave\" \"is\" \"young\" \"+\")" }, "triple6": { "text": "Dave is round.", "representation": "(\"Dave\" \"is\" \"round\" \"+\")" }, "triple7": { "text": "Dave is rough.", "representation": "(\"Dave\" \"is\" \"rough\" \"+\")" }, "triple8": { "text": "Dave is cold.", "representation": "(\"Dave\" \"is\" \"cold\" \"+\")" }, "triple9": { "text": "Gary is round.", "representation": "(\"Gary\" \"is\" \"round\" \"+\")" }, "triple10": { "text": "Gary is nice.", "representation": "(\"Gary\" \"is\" \"nice\" \"+\")" }, "triple11": null, "triple12": null }

{ "rule1": { "text": "If someone is round and big then they are rough.", "representation": "(((\"someone\" \"is\" \"round\" \"+\") (\"someone\" \"is\" \"big\" \"+\")) -> (\"someone\" \"is\" \"rough\" \"+\"))" }, "rule2": { "text": "If someone is round and cold then they are nice.", "representation": "(((\"someone\" \"is\" \"round\" \"+\") (\"someone\" \"is\" \"cold\" \"+\")) -> (\"someone\" \"is\" \"nice\" \"+\"))" }, "rule3": { "text": "If someone is nice and kind then they are round.", "representation": "(((\"someone\" \"is\" \"nice\" \"+\") (\"someone\" \"is\" \"kind\" \"+\")) -> (\"someone\" \"is\" \"round\" \"+\"))" }, "rule4": { "text": "If someone is rough and big and blue then they are green.", "representation": "(((\"someone\" \"is\" \"rough\" \"+\") (\"someone\" \"is\" \"big\" \"+\") (\"someone\" \"is\" \"blue\" \"+\")) -> (\"someone\" \"is\" \"green\" \"+\"))" }, "rule5": { "text": "If someone is green and rough then they are kind.", "representation": "(((\"someone\" \"is\" \"green\" \"+\") (\"someone\" \"is\" \"rough\" \"+\")) -> (\"someone\" \"is\" \"kind\" \"+\"))" }, "rule6": { "text": "If someone is nice and cold then they are green.", "representation": "(((\"someone\" \"is\" \"nice\" \"+\") (\"someone\" \"is\" \"cold\" \"+\")) -> (\"someone\" \"is\" \"green\" \"+\"))" }, "rule7": null }

{ "Q1": { "question": "Bob is cold.", "answer": "True", "QDep": 0, "QLen": "1", "strategy": "proof", "proofs": "[(triple2)]", "representation": "(\"Bob\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple2", "intermediates": [] } ] }, "Q2": { "question": "Gary is not nice.", "answer": "False", "QDep": 0, "QLen": "1", "strategy": "inv-proof", "proofs": "[(triple10)]", "representation": "(\"Gary\" \"is\" \"nice\" \"-\")", "proofsWithIntermediates": [ { "representation": "triple10", "intermediates": [] } ] }, "Q3": { "question": "Dave is nice.", "answer": "True", "QDep": 1, "QLen": "3", "strategy": "proof", "proofs": "[(((triple6 triple8) -> rule2))]", "representation": "(\"Dave\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple6 triple8) -> (rule2 % int1))", "intermediates": [ { "text": "Dave is nice.", "representation": "(\"Dave\" \"is\" \"nice\" \"+\")", "id": "int1" } ] } ] }, "Q4": { "question": "Bob is not nice.", "answer": "False", "QDep": 1, "QLen": "3", "strategy": "inv-proof", "proofs": "[(((triple1 triple2) -> rule2))]", "representation": "(\"Bob\" \"is\" \"nice\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple1 triple2) -> (rule2 % int1))", "intermediates": [ { "text": "Bob is nice.", "representation": "(\"Bob\" \"is\" \"nice\" \"+\")", "id": "int1" } ] } ] }, "Q5": { "question": "Bob is green.", "answer": "True", "QDep": 2, "QLen": "5", "strategy": "proof", "proofs": "[(((((triple1 triple2) -> rule2) triple2) -> rule6))]", "representation": "(\"Bob\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple1 triple2) -> (rule2 % int2)) triple2) -> (rule6 % int1))", "intermediates": [ { "text": "Bob is green.", "representation": "(\"Bob\" \"is\" \"green\" \"+\")", "id": "int1" }, { "text": "Bob is nice.", "representation": "(\"Bob\" \"is\" \"nice\" \"+\")", "id": "int2" } ] } ] }, "Q6": { "question": "Bob is not green.", "answer": "False", "QDep": 2, "QLen": "5", "strategy": "inv-proof", "proofs": "[(((((triple1 triple2) -> rule2) triple2) -> rule6))]", "representation": "(\"Bob\" \"is\" \"green\" \"-\")", "proofsWithIntermediates": [ { "representation": "((((triple1 triple2) -> (rule2 % int2)) triple2) -> (rule6 % int1))", "intermediates": [ { "text": "Bob is green.", "representation": "(\"Bob\" \"is\" \"green\" \"+\")", "id": "int1" }, { "text": "Bob is nice.", "representation": "(\"Bob\" \"is\" \"nice\" \"+\")", "id": "int2" } ] } ] }, "Q7": { "question": "Dave is kind.", "answer": "True", "QDep": 3, "QLen": "7", "strategy": "proof", "proofs": "[(((((((triple6 triple8) -> rule2) triple8) -> rule6) triple7) -> rule5))]", "representation": "(\"Dave\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((((triple6 triple8) -> (rule2 % int3)) triple8) -> (rule6 % int2)) triple7) -> (rule5 % int1))", "intermediates": [ { "text": "Dave is kind.", "representation": "(\"Dave\" \"is\" \"kind\" \"+\")", "id": "int1" }, { "text": "Dave is green.", "representation": "(\"Dave\" \"is\" \"green\" \"+\")", "id": "int2" }, { "text": "Dave is nice.", "representation": "(\"Dave\" \"is\" \"nice\" \"+\")", "id": "int3" } ] } ] }, "Q8": { "question": "Dave is not kind.", "answer": "False", "QDep": 3, "QLen": "7", "strategy": "inv-proof", "proofs": "[(((((((triple6 triple8) -> rule2) triple8) -> rule6) triple7) -> rule5))]", "representation": "(\"Dave\" \"is\" \"kind\" \"-\")", "proofsWithIntermediates": [ { "representation": "((((((triple6 triple8) -> (rule2 % int3)) triple8) -> (rule6 % int2)) triple7) -> (rule5 % int1))", "intermediates": [ { "text": "Dave is kind.", "representation": "(\"Dave\" \"is\" \"kind\" \"+\")", "id": "int1" }, { "text": "Dave is green.", "representation": "(\"Dave\" \"is\" \"green\" \"+\")", "id": "int2" }, { "text": "Dave is nice.", "representation": "(\"Dave\" \"is\" \"nice\" \"+\")", "id": "int3" } ] } ] }, "Q9": { "question": "Charlie is not round.", "answer": "Unknown", "QDep": 3, "QLen": "", "strategy": "inv-rconc", "proofs": "[@3: Charlie is round.[CWA. Example of deepest failure = (rule3 <- rule5 <- rule4 <- FAIL)]]", "representation": "(\"Charlie\" \"is\" \"round\" \"-\")", "proofsWithIntermediates": null }, "Q10": { "question": "Charlie is kind.", "answer": "Unknown", "QDep": 2, "QLen": "", "strategy": "rconc", "proofs": "[@2: Charlie is kind.[CWA. Example of deepest failure = (rule5 <- rule4 <- FAIL)]]", "representation": "(\"Charlie\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": null }, "Q11": { "question": "Gary is not kind.", "answer": "Unknown", "QDep": 2, "QLen": "", "strategy": "inv-rconc", "proofs": "[@2: Gary is kind.[CWA. Example of deepest failure = (rule5 <- rule4 <- FAIL)]]", "representation": "(\"Gary\" \"is\" \"kind\" \"-\")", "proofsWithIntermediates": null }, "Q12": { "question": "Bob is kind.", "answer": "Unknown", "QDep": 2, "QLen": "", "strategy": "rconc", "proofs": "[@2: Bob is kind.[CWA. Example of deepest failure = (rule5 <- rule1 <- FAIL)]]", "representation": "(\"Bob\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": null }, "Q13": { "question": "Bob is not big.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Bob is big.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Bob\" \"is\" \"big\" \"-\")" }, "Q14": { "question": "Bob is blue.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Bob is blue.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Bob\" \"is\" \"blue\" \"+\")" }, "Q15": { "question": "Dave is not red.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Dave is red.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Dave\" \"is\" \"red\" \"-\")" }, "Q16": { "question": "Bob is red.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Bob is red.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Bob\" \"is\" \"red\" \"+\")" }, "Q17": null, "Q18": null, "Q19": null, "Q20": null, "Q21": null, "Q22": null, "Q23": null, "Q24": null }

[ { "text": "Bob is cold.", "QDep": 0, "representation": "(\"Bob\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple2", "intermediates": [] } ] }, { "text": "Bob is round.", "QDep": 0, "representation": "(\"Bob\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple1", "intermediates": [] } ] }, { "text": "Charlie is big.", "QDep": 0, "representation": "(\"Charlie\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple4", "intermediates": [] } ] }, { "text": "Charlie is nice.", "QDep": 0, "representation": "(\"Charlie\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple3", "intermediates": [] } ] }, { "text": "Dave is cold.", "QDep": 0, "representation": "(\"Dave\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple8", "intermediates": [] } ] }, { "text": "Dave is rough.", "QDep": 0, "representation": "(\"Dave\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple7", "intermediates": [] } ] }, { "text": "Dave is round.", "QDep": 0, "representation": "(\"Dave\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple6", "intermediates": [] } ] }, { "text": "Dave is young.", "QDep": 0, "representation": "(\"Dave\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple5", "intermediates": [] } ] }, { "text": "Gary is nice.", "QDep": 0, "representation": "(\"Gary\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple10", "intermediates": [] } ] }, { "text": "Gary is round.", "QDep": 0, "representation": "(\"Gary\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple9", "intermediates": [] } ] }, { "text": "Bob is nice.", "QDep": 1, "representation": "(\"Bob\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple1 triple2) -> (rule2 % int1))", "intermediates": [ { "text": "Bob is nice.", "representation": "(\"Bob\" \"is\" \"nice\" \"+\")", "id": "int1" } ] } ] }, { "text": "Dave is nice.", "QDep": 1, "representation": "(\"Dave\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple6 triple8) -> (rule2 % int1))", "intermediates": [ { "text": "Dave is nice.", "representation": "(\"Dave\" \"is\" \"nice\" \"+\")", "id": "int1" } ] } ] }, { "text": "Bob is green.", "QDep": 2, "representation": "(\"Bob\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple1 triple2) -> (rule2 % int2)) triple2) -> (rule6 % int1))", "intermediates": [ { "text": "Bob is green.", "representation": "(\"Bob\" \"is\" \"green\" \"+\")", "id": "int1" }, { "text": "Bob is nice.", "representation": "(\"Bob\" \"is\" \"nice\" \"+\")", "id": "int2" } ] } ] }, { "text": "Dave is green.", "QDep": 2, "representation": "(\"Dave\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple6 triple8) -> (rule2 % int2)) triple8) -> (rule6 % int1))", "intermediates": [ { "text": "Dave is green.", "representation": "(\"Dave\" \"is\" \"green\" \"+\")", "id": "int1" }, { "text": "Dave is nice.", "representation": "(\"Dave\" \"is\" \"nice\" \"+\")", "id": "int2" } ] } ] }, { "text": "Dave is kind.", "QDep": 3, "representation": "(\"Dave\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((((triple6 triple8) -> (rule2 % int3)) triple8) -> (rule6 % int2)) triple7) -> (rule5 % int1))", "intermediates": [ { "text": "Dave is kind.", "representation": "(\"Dave\" \"is\" \"kind\" \"+\")", "id": "int1" }, { "text": "Dave is green.", "representation": "(\"Dave\" \"is\" \"green\" \"+\")", "id": "int2" }, { "text": "Dave is nice.", "representation": "(\"Dave\" \"is\" \"nice\" \"+\")", "id": "int3" } ] } ] } ]

{ "triple1": "sent1", "triple2": "sent1", "triple3": "sent2", "triple4": "sent2", "triple5": "sent3", "triple6": "sent3", "triple7": "sent3", "triple8": "sent3", "triple9": "sent4", "triple10": "sent4", "rule1": "sent5", "rule2": "sent6", "rule3": "sent7", "rule4": "sent8", "rule5": "sent9", "rule6": "sent10", "rule7": null, "triple11": null, "triple12": null }

{ "sent1": "Because Bob gets cold easily he tends to appear round from bundling up.", "sent2": "Charlie is very nice to people, but he's also rather big.", "sent3": "Because Dave is so young, he is rough and cold when he can be round instead.", "sent4": "Gary has a round face and is very nice.", "sent5": "Round and big people are sure to be rough.", "sent6": "A person who is round shaped while also being quite cold tends to be nice.", "sent7": "A very nice and kind person will also be round shaped.", "sent8": "A big and rough person who is blue is also considered to be green.", "sent9": "A green colored and rough person will be quite kind.", "sent10": "People who are nice and cold are also green.", "sent11": null }

{ "triple1": { "text": "Bob is young.", "representation": "(\"Bob\" \"is\" \"young\" \"+\")" }, "triple2": { "text": "Bob is round.", "representation": "(\"Bob\" \"is\" \"round\" \"+\")" }, "triple3": { "text": "Bob is rough.", "representation": "(\"Bob\" \"is\" \"rough\" \"+\")" }, "triple4": { "text": "Bob is kind.", "representation": "(\"Bob\" \"is\" \"kind\" \"+\")" }, "triple5": { "text": "Bob is blue.", "representation": "(\"Bob\" \"is\" \"blue\" \"+\")" }, "triple6": { "text": "Eric is rough.", "representation": "(\"Eric\" \"is\" \"rough\" \"+\")" }, "triple7": { "text": "Eric is green.", "representation": "(\"Eric\" \"is\" \"green\" \"+\")" }, "triple8": { "text": "Gary is red.", "representation": "(\"Gary\" \"is\" \"red\" \"+\")" }, "triple9": { "text": "Gary is kind.", "representation": "(\"Gary\" \"is\" \"kind\" \"+\")" }, "triple10": { "text": "Gary is blue.", "representation": "(\"Gary\" \"is\" \"blue\" \"+\")" }, "triple11": { "text": "Harry is young.", "representation": "(\"Harry\" \"is\" \"young\" \"+\")" }, "triple12": null }

{ "rule1": { "text": "If someone is young and blue then they are nice.", "representation": "(((\"someone\" \"is\" \"young\" \"+\") (\"someone\" \"is\" \"blue\" \"+\")) -> (\"someone\" \"is\" \"nice\" \"+\"))" }, "rule2": { "text": "If someone is blue and nice then they are big.", "representation": "(((\"someone\" \"is\" \"blue\" \"+\") (\"someone\" \"is\" \"nice\" \"+\")) -> (\"someone\" \"is\" \"big\" \"+\"))" }, "rule3": { "text": "If someone is rough and green then they are blue.", "representation": "(((\"someone\" \"is\" \"rough\" \"+\") (\"someone\" \"is\" \"green\" \"+\")) -> (\"someone\" \"is\" \"blue\" \"+\"))" }, "rule4": { "text": "If someone is kind and blue then they are young.", "representation": "(((\"someone\" \"is\" \"kind\" \"+\") (\"someone\" \"is\" \"blue\" \"+\")) -> (\"someone\" \"is\" \"young\" \"+\"))" }, "rule5": { "text": "If someone is blue then they are green.", "representation": "(((\"someone\" \"is\" \"blue\" \"+\")) -> (\"someone\" \"is\" \"green\" \"+\"))" }, "rule6": null, "rule7": null }

{ "Q1": { "question": "Bob is blue.", "answer": "True", "QDep": 0, "QLen": "1", "strategy": "proof", "proofs": "[(triple5)]", "representation": "(\"Bob\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple5", "intermediates": [] } ] }, "Q2": { "question": "Gary is not kind.", "answer": "False", "QDep": 0, "QLen": "1", "strategy": "inv-proof", "proofs": "[(triple9)]", "representation": "(\"Gary\" \"is\" \"kind\" \"-\")", "proofsWithIntermediates": [ { "representation": "triple9", "intermediates": [] } ] }, "Q3": { "question": "Bob is green.", "answer": "True", "QDep": 1, "QLen": "2", "strategy": "proof", "proofs": "[(((triple5) -> rule5))]", "representation": "(\"Bob\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple5) -> (rule5 % int1))", "intermediates": [ { "text": "Bob is green.", "representation": "(\"Bob\" \"is\" \"green\" \"+\")", "id": "int1" } ] } ] }, "Q4": { "question": "Bob is not green.", "answer": "False", "QDep": 1, "QLen": "2", "strategy": "inv-proof", "proofs": "[(((triple5) -> rule5))]", "representation": "(\"Bob\" \"is\" \"green\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple5) -> (rule5 % int1))", "intermediates": [ { "text": "Bob is green.", "representation": "(\"Bob\" \"is\" \"green\" \"+\")", "id": "int1" } ] } ] }, "Q5": { "question": "Gary is nice.", "answer": "True", "QDep": 2, "QLen": "5", "strategy": "proof", "proofs": "[(((((triple9 triple10) -> rule4) triple10) -> rule1))]", "representation": "(\"Gary\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple9 triple10) -> (rule4 % int2)) triple10) -> (rule1 % int1))", "intermediates": [ { "text": "Gary is nice.", "representation": "(\"Gary\" \"is\" \"nice\" \"+\")", "id": "int1" }, { "text": "Gary is young.", "representation": "(\"Gary\" \"is\" \"young\" \"+\")", "id": "int2" } ] } ] }, "Q6": { "question": "Gary is not nice.", "answer": "False", "QDep": 2, "QLen": "5", "strategy": "inv-proof", "proofs": "[(((((triple9 triple10) -> rule4) triple10) -> rule1))]", "representation": "(\"Gary\" \"is\" \"nice\" \"-\")", "proofsWithIntermediates": [ { "representation": "((((triple9 triple10) -> (rule4 % int2)) triple10) -> (rule1 % int1))", "intermediates": [ { "text": "Gary is nice.", "representation": "(\"Gary\" \"is\" \"nice\" \"+\")", "id": "int1" }, { "text": "Gary is young.", "representation": "(\"Gary\" \"is\" \"young\" \"+\")", "id": "int2" } ] } ] }, "Q7": { "question": "Gary is big.", "answer": "True", "QDep": 3, "QLen": "7", "strategy": "proof", "proofs": "[(((triple10 ((((triple9 triple10) -> rule4) triple10) -> rule1)) -> rule2))]", "representation": "(\"Gary\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple10 ((((triple9 triple10) -> (rule4 % int3)) triple10) -> (rule1 % int2))) -> (rule2 % int1))", "intermediates": [ { "text": "Gary is big.", "representation": "(\"Gary\" \"is\" \"big\" \"+\")", "id": "int1" }, { "text": "Gary is nice.", "representation": "(\"Gary\" \"is\" \"nice\" \"+\")", "id": "int2" }, { "text": "Gary is young.", "representation": "(\"Gary\" \"is\" \"young\" \"+\")", "id": "int3" } ] } ] }, "Q8": { "question": "Gary is not big.", "answer": "False", "QDep": 3, "QLen": "7", "strategy": "inv-proof", "proofs": "[(((triple10 ((((triple9 triple10) -> rule4) triple10) -> rule1)) -> rule2))]", "representation": "(\"Gary\" \"is\" \"big\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple10 ((((triple9 triple10) -> (rule4 % int3)) triple10) -> (rule1 % int2))) -> (rule2 % int1))", "intermediates": [ { "text": "Gary is big.", "representation": "(\"Gary\" \"is\" \"big\" \"+\")", "id": "int1" }, { "text": "Gary is nice.", "representation": "(\"Gary\" \"is\" \"nice\" \"+\")", "id": "int2" }, { "text": "Gary is young.", "representation": "(\"Gary\" \"is\" \"young\" \"+\")", "id": "int3" } ] } ] }, "Q9": { "question": "Harry is not big.", "answer": "Unknown", "QDep": 2, "QLen": "", "strategy": "inv-rconc", "proofs": "[@2: Harry is big.[CWA. Example of deepest failure = (rule2 <- rule3 <- FAIL)]]", "representation": "(\"Harry\" \"is\" \"big\" \"-\")", "proofsWithIntermediates": null }, "Q10": { "question": "Eric is young.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "rconc", "proofs": "[@1: Eric is young.[CWA. Example of deepest failure = (rule4 <- FAIL)]]", "representation": "(\"Eric\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": null }, "Q11": { "question": "Harry is not nice.", "answer": "Unknown", "QDep": 2, "QLen": "", "strategy": "inv-rconc", "proofs": "[@2: Harry is nice.[CWA. Example of deepest failure = (rule1 <- rule3 <- FAIL)]]", "representation": "(\"Harry\" \"is\" \"nice\" \"-\")", "proofsWithIntermediates": null }, "Q12": { "question": "Harry is green.", "answer": "Unknown", "QDep": 2, "QLen": "", "strategy": "rconc", "proofs": "[@2: Harry is green.[CWA. Example of deepest failure = (rule5 <- rule3 <- FAIL)]]", "representation": "(\"Harry\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": null }, "Q13": { "question": "Harry is not rough.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Harry is rough.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Harry\" \"is\" \"rough\" \"-\")" }, "Q14": { "question": "Eric is round.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Eric is round.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Eric\" \"is\" \"round\" \"+\")" }, "Q15": { "question": "Harry is not round.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Harry is round.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Harry\" \"is\" \"round\" \"-\")" }, "Q16": { "question": "Gary is round.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Gary is round.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Gary\" \"is\" \"round\" \"+\")" }, "Q17": null, "Q18": null, "Q19": null, "Q20": null, "Q21": null, "Q22": null, "Q23": null, "Q24": null }

[ { "text": "Bob is blue.", "QDep": 0, "representation": "(\"Bob\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple5", "intermediates": [] } ] }, { "text": "Bob is kind.", "QDep": 0, "representation": "(\"Bob\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple4", "intermediates": [] } ] }, { "text": "Bob is rough.", "QDep": 0, "representation": "(\"Bob\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple3", "intermediates": [] } ] }, { "text": "Bob is round.", "QDep": 0, "representation": "(\"Bob\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple2", "intermediates": [] } ] }, { "text": "Bob is young.", "QDep": 0, "representation": "(\"Bob\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple1", "intermediates": [] }, { "representation": "((triple4 triple5) -> (rule4 % int1))", "intermediates": [ { "text": "Bob is young.", "representation": "(\"Bob\" \"is\" \"young\" \"+\")", "id": "int1" } ] } ] }, { "text": "Eric is green.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple7", "intermediates": [] } ] }, { "text": "Eric is rough.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple6", "intermediates": [] } ] }, { "text": "Gary is blue.", "QDep": 0, "representation": "(\"Gary\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple10", "intermediates": [] } ] }, { "text": "Gary is kind.", "QDep": 0, "representation": "(\"Gary\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple9", "intermediates": [] } ] }, { "text": "Gary is red.", "QDep": 0, "representation": "(\"Gary\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple8", "intermediates": [] } ] }, { "text": "Harry is young.", "QDep": 0, "representation": "(\"Harry\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple11", "intermediates": [] } ] }, { "text": "Bob is green.", "QDep": 1, "representation": "(\"Bob\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple5) -> (rule5 % int1))", "intermediates": [ { "text": "Bob is green.", "representation": "(\"Bob\" \"is\" \"green\" \"+\")", "id": "int1" } ] } ] }, { "text": "Bob is nice.", "QDep": 1, "representation": "(\"Bob\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple1 triple5) -> (rule1 % int1))", "intermediates": [ { "text": "Bob is nice.", "representation": "(\"Bob\" \"is\" \"nice\" \"+\")", "id": "int1" } ] }, { "representation": "((((triple4 triple5) -> (rule4 % int2)) triple5) -> (rule1 % int1))", "intermediates": [ { "text": "Bob is nice.", "representation": "(\"Bob\" \"is\" \"nice\" \"+\")", "id": "int1" }, { "text": "Bob is young.", "representation": "(\"Bob\" \"is\" \"young\" \"+\")", "id": "int2" } ] } ] }, { "text": "Eric is blue.", "QDep": 1, "representation": "(\"Eric\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple6 triple7) -> (rule3 % int1))", "intermediates": [ { "text": "Eric is blue.", "representation": "(\"Eric\" \"is\" \"blue\" \"+\")", "id": "int1" } ] } ] }, { "text": "Gary is green.", "QDep": 1, "representation": "(\"Gary\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple10) -> (rule5 % int1))", "intermediates": [ { "text": "Gary is green.", "representation": "(\"Gary\" \"is\" \"green\" \"+\")", "id": "int1" } ] } ] }, { "text": "Gary is young.", "QDep": 1, "representation": "(\"Gary\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple9 triple10) -> (rule4 % int1))", "intermediates": [ { "text": "Gary is young.", "representation": "(\"Gary\" \"is\" \"young\" \"+\")", "id": "int1" } ] } ] }, { "text": "Bob is big.", "QDep": 2, "representation": "(\"Bob\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple5 ((triple1 triple5) -> (rule1 % int2))) -> (rule2 % int1))", "intermediates": [ { "text": "Bob is big.", "representation": "(\"Bob\" \"is\" \"big\" \"+\")", "id": "int1" }, { "text": "Bob is nice.", "representation": "(\"Bob\" \"is\" \"nice\" \"+\")", "id": "int2" } ] }, { "representation": "((triple5 ((((triple4 triple5) -> (rule4 % int3)) triple5) -> (rule1 % int2))) -> (rule2 % int1))", "intermediates": [ { "text": "Bob is big.", "representation": "(\"Bob\" \"is\" \"big\" \"+\")", "id": "int1" }, { "text": "Bob is nice.", "representation": "(\"Bob\" \"is\" \"nice\" \"+\")", "id": "int2" }, { "text": "Bob is young.", "representation": "(\"Bob\" \"is\" \"young\" \"+\")", "id": "int3" } ] } ] }, { "text": "Gary is nice.", "QDep": 2, "representation": "(\"Gary\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple9 triple10) -> (rule4 % int2)) triple10) -> (rule1 % int1))", "intermediates": [ { "text": "Gary is nice.", "representation": "(\"Gary\" \"is\" \"nice\" \"+\")", "id": "int1" }, { "text": "Gary is young.", "representation": "(\"Gary\" \"is\" \"young\" \"+\")", "id": "int2" } ] } ] }, { "text": "Gary is big.", "QDep": 3, "representation": "(\"Gary\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple10 ((((triple9 triple10) -> (rule4 % int3)) triple10) -> (rule1 % int2))) -> (rule2 % int1))", "intermediates": [ { "text": "Gary is big.", "representation": "(\"Gary\" \"is\" \"big\" \"+\")", "id": "int1" }, { "text": "Gary is nice.", "representation": "(\"Gary\" \"is\" \"nice\" \"+\")", "id": "int2" }, { "text": "Gary is young.", "representation": "(\"Gary\" \"is\" \"young\" \"+\")", "id": "int3" } ] } ] } ]

{ "triple1": "sent1", "triple2": "sent1", "triple3": "sent1", "triple4": "sent1", "triple5": "sent1", "triple6": "sent2", "triple7": "sent2", "triple8": "sent3", "triple9": "sent3", "triple10": "sent3", "rule1": "sent5", "rule2": "sent6", "rule3": "sent7", "rule4": "sent8", "rule5": "sent9", "rule6": null, "rule7": null, "triple11": "sent4", "triple12": null }

{ "sent1": "Because Bob, who is young, loves to eat he is quite round; Sometimes that makes him feel blue and get rough with people who make fun of him; But he is actually quite kind.", "sent2": "Eric is known to be rough and green.", "sent3": "Gary is interestingly colored red and blue, and is also very kind.", "sent4": "Harry was born only a few years ago so he is young.", "sent5": "A young aged blue person will certainly be nice.", "sent6": "A nice and colored blue person will be rather big.", "sent7": "A green and quite rough person will also be blue.", "sent8": "Take a drive and find a kind and blue driver, that means they are also young.", "sent9": "Anyone who's blue is also green.", "sent10": null, "sent11": null }

{ "triple1": { "text": "Dave is round.", "representation": "(\"Dave\" \"is\" \"round\" \"+\")" }, "triple2": { "text": "Dave is rough.", "representation": "(\"Dave\" \"is\" \"rough\" \"+\")" }, "triple3": { "text": "Dave is cold.", "representation": "(\"Dave\" \"is\" \"cold\" \"+\")" }, "triple4": { "text": "Eric is young.", "representation": "(\"Eric\" \"is\" \"young\" \"+\")" }, "triple5": { "text": "Eric is rough.", "representation": "(\"Eric\" \"is\" \"rough\" \"+\")" }, "triple6": { "text": "Eric is green.", "representation": "(\"Eric\" \"is\" \"green\" \"+\")" }, "triple7": { "text": "Eric is cold.", "representation": "(\"Eric\" \"is\" \"cold\" \"+\")" }, "triple8": { "text": "Eric is blue.", "representation": "(\"Eric\" \"is\" \"blue\" \"+\")" }, "triple9": { "text": "Fred is nice.", "representation": "(\"Fred\" \"is\" \"nice\" \"+\")" }, "triple10": { "text": "Fred is green.", "representation": "(\"Fred\" \"is\" \"green\" \"+\")" }, "triple11": { "text": "Harry is rough.", "representation": "(\"Harry\" \"is\" \"rough\" \"+\")" }, "triple12": null }

{ "rule1": { "text": "If someone is green and young and kind then they are round.", "representation": "(((\"someone\" \"is\" \"green\" \"+\") (\"someone\" \"is\" \"young\" \"+\") (\"someone\" \"is\" \"kind\" \"+\")) -> (\"someone\" \"is\" \"round\" \"+\"))" }, "rule2": { "text": "If someone is round and kind and big then they are blue.", "representation": "(((\"someone\" \"is\" \"round\" \"+\") (\"someone\" \"is\" \"kind\" \"+\") (\"someone\" \"is\" \"big\" \"+\")) -> (\"someone\" \"is\" \"blue\" \"+\"))" }, "rule3": { "text": "If someone is nice and young and round then they are blue.", "representation": "(((\"someone\" \"is\" \"nice\" \"+\") (\"someone\" \"is\" \"young\" \"+\") (\"someone\" \"is\" \"round\" \"+\")) -> (\"someone\" \"is\" \"blue\" \"+\"))" }, "rule4": { "text": "If someone is blue and rough and green then they are kind.", "representation": "(((\"someone\" \"is\" \"blue\" \"+\") (\"someone\" \"is\" \"rough\" \"+\") (\"someone\" \"is\" \"green\" \"+\")) -> (\"someone\" \"is\" \"kind\" \"+\"))" }, "rule5": { "text": "If someone is kind and blue then they are nice.", "representation": "(((\"someone\" \"is\" \"kind\" \"+\") (\"someone\" \"is\" \"blue\" \"+\")) -> (\"someone\" \"is\" \"nice\" \"+\"))" }, "rule6": { "text": "If someone is round and kind and blue then they are red.", "representation": "(((\"someone\" \"is\" \"round\" \"+\") (\"someone\" \"is\" \"kind\" \"+\") (\"someone\" \"is\" \"blue\" \"+\")) -> (\"someone\" \"is\" \"red\" \"+\"))" }, "rule7": { "text": "If someone is rough and green then they are blue.", "representation": "(((\"someone\" \"is\" \"rough\" \"+\") (\"someone\" \"is\" \"green\" \"+\")) -> (\"someone\" \"is\" \"blue\" \"+\"))" } }

{ "Q1": { "question": "Eric is green.", "answer": "True", "QDep": 0, "QLen": "1", "strategy": "proof", "proofs": "[(triple6)]", "representation": "(\"Eric\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple6", "intermediates": [] } ] }, "Q2": { "question": "Fred is not green.", "answer": "False", "QDep": 0, "QLen": "1", "strategy": "inv-proof", "proofs": "[(triple10)]", "representation": "(\"Fred\" \"is\" \"green\" \"-\")", "proofsWithIntermediates": [ { "representation": "triple10", "intermediates": [] } ] }, "Q3": { "question": "Eric is kind.", "answer": "True", "QDep": 1, "QLen": "4", "strategy": "proof", "proofs": "[(((triple8 triple5 triple6) -> rule4) OR ((((triple5 triple6) -> rule7) triple5 triple6) -> rule4))]", "representation": "(\"Eric\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple8 triple5 triple6) -> (rule4 % int1))", "intermediates": [ { "text": "Eric is kind.", "representation": "(\"Eric\" \"is\" \"kind\" \"+\")", "id": "int1" } ] }, { "representation": "((((triple5 triple6) -> (rule7 % int2)) triple5 triple6) -> (rule4 % int1))", "intermediates": [ { "text": "Eric is kind.", "representation": "(\"Eric\" \"is\" \"kind\" \"+\")", "id": "int1" }, { "text": "Eric is blue.", "representation": "(\"Eric\" \"is\" \"blue\" \"+\")", "id": "int2" } ] } ] }, "Q4": { "question": "Eric is not kind.", "answer": "False", "QDep": 1, "QLen": "4", "strategy": "inv-proof", "proofs": "[(((triple8 triple5 triple6) -> rule4) OR ((((triple5 triple6) -> rule7) triple5 triple6) -> rule4))]", "representation": "(\"Eric\" \"is\" \"kind\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple8 triple5 triple6) -> (rule4 % int1))", "intermediates": [ { "text": "Eric is kind.", "representation": "(\"Eric\" \"is\" \"kind\" \"+\")", "id": "int1" } ] }, { "representation": "((((triple5 triple6) -> (rule7 % int2)) triple5 triple6) -> (rule4 % int1))", "intermediates": [ { "text": "Eric is kind.", "representation": "(\"Eric\" \"is\" \"kind\" \"+\")", "id": "int1" }, { "text": "Eric is blue.", "representation": "(\"Eric\" \"is\" \"blue\" \"+\")", "id": "int2" } ] } ] }, "Q5": { "question": "Eric is round.", "answer": "True", "QDep": 2, "QLen": "7", "strategy": "proof", "proofs": "[(((triple6 triple4 ((triple8 triple5 triple6) -> rule4)) -> rule1) OR ((triple6 triple4 ((((triple5 triple6) -> rule7) triple5 triple6) -> rule4)) -> rule1))]", "representation": "(\"Eric\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple6 triple4 ((triple8 triple5 triple6) -> (rule4 % int2))) -> (rule1 % int1))", "intermediates": [ { "text": "Eric is round.", "representation": "(\"Eric\" \"is\" \"round\" \"+\")", "id": "int1" }, { "text": "Eric is kind.", "representation": "(\"Eric\" \"is\" \"kind\" \"+\")", "id": "int2" } ] }, { "representation": "((triple6 triple4 ((((triple5 triple6) -> (rule7 % int3)) triple5 triple6) -> (rule4 % int2))) -> (rule1 % int1))", "intermediates": [ { "text": "Eric is round.", "representation": "(\"Eric\" \"is\" \"round\" \"+\")", "id": "int1" }, { "text": "Eric is kind.", "representation": "(\"Eric\" \"is\" \"kind\" \"+\")", "id": "int2" }, { "text": "Eric is blue.", "representation": "(\"Eric\" \"is\" \"blue\" \"+\")", "id": "int3" } ] } ] }, "Q6": { "question": "Eric is not nice.", "answer": "False", "QDep": 2, "QLen": "6", "strategy": "inv-proof", "proofs": "[(((((triple8 triple5 triple6) -> rule4) triple8) -> rule5) OR ((((triple8 triple5 triple6) -> rule4) ((triple5 triple6) -> rule7)) -> rule5) OR ((((((triple5 triple6) -> rule7) triple5 triple6) -> rule4) triple8) -> rule5) OR ((((((triple5 triple6) -> rule7) triple5 triple6) -> rule4) ((triple5 triple6) -> rule7)) -> rule5))]", "representation": "(\"Eric\" \"is\" \"nice\" \"-\")", "proofsWithIntermediates": [ { "representation": "((((triple8 triple5 triple6) -> (rule4 % int2)) triple8) -> (rule5 % int1))", "intermediates": [ { "text": "Eric is nice.", "representation": "(\"Eric\" \"is\" \"nice\" \"+\")", "id": "int1" }, { "text": "Eric is kind.", "representation": "(\"Eric\" \"is\" \"kind\" \"+\")", "id": "int2" } ] }, { "representation": "((((triple8 triple5 triple6) -> (rule4 % int3)) ((triple5 triple6) -> (rule7 % int2))) -> (rule5 % int1))", "intermediates": [ { "text": "Eric is nice.", "representation": "(\"Eric\" \"is\" \"nice\" \"+\")", "id": "int1" }, { "text": "Eric is blue.", "representation": "(\"Eric\" \"is\" \"blue\" \"+\")", "id": "int2" }, { "text": "Eric is kind.", "representation": "(\"Eric\" \"is\" \"kind\" \"+\")", "id": "int3" } ] }, { "representation": "((((((triple5 triple6) -> (rule7 % int3)) triple5 triple6) -> (rule4 % int2)) triple8) -> (rule5 % int1))", "intermediates": [ { "text": "Eric is nice.", "representation": "(\"Eric\" \"is\" \"nice\" \"+\")", "id": "int1" }, { "text": "Eric is kind.", "representation": "(\"Eric\" \"is\" \"kind\" \"+\")", "id": "int2" }, { "text": "Eric is blue.", "representation": "(\"Eric\" \"is\" \"blue\" \"+\")", "id": "int3" } ] }, { "representation": "((((((triple5 triple6) -> (rule7 % int3)) triple5 triple6) -> (rule4 % int2)) ((triple5 triple6) -> (rule7 % int3))) -> (rule5 % int1))", "intermediates": [ { "text": "Eric is nice.", "representation": "(\"Eric\" \"is\" \"nice\" \"+\")", "id": "int1" }, { "text": "Eric is kind.", "representation": "(\"Eric\" \"is\" \"kind\" \"+\")", "id": "int2" }, { "text": "Eric is blue.", "representation": "(\"Eric\" \"is\" \"blue\" \"+\")", "id": "int3" } ] } ] }, "Q7": { "question": "Eric is red.", "answer": "True", "QDep": 3, "QLen": "13", "strategy": "proof", "proofs": "[(((((triple6 triple4 ((triple8 triple5 triple6) -> rule4)) -> rule1) ((triple8 triple5 triple6) -> rule4) triple8) -> rule6) OR ((((triple6 triple4 ((triple8 triple5 triple6) -> rule4)) -> rule1) ((triple8 triple5 triple6) -> rule4) ((triple5 triple6) -> rule7)) -> rule6) OR ((((triple6 triple4 ((triple8 triple5 triple6) -> rule4)) -> rule1) ((((triple5 triple6) -> rule7) triple5 triple6) -> rule4) triple8) -> rule6) OR ((((triple6 triple4 ((triple8 triple5 triple6) -> rule4)) -> rule1) ((((triple5 triple6) -> rule7) triple5 triple6) -> rule4) ((triple5 triple6) -> rule7)) -> rule6) OR ((((triple6 triple4 ((((triple5 triple6) -> rule7) triple5 triple6) -> rule4)) -> rule1) ((triple8 triple5 triple6) -> rule4) triple8) -> rule6) OR ((((triple6 triple4 ((((triple5 triple6) -> rule7) triple5 triple6) -> rule4)) -> rule1) ((triple8 triple5 triple6) -> rule4) ((triple5 triple6) -> rule7)) -> rule6) OR ((((triple6 triple4 ((((triple5 triple6) -> rule7) triple5 triple6) -> rule4)) -> rule1) ((((triple5 triple6) -> rule7) triple5 triple6) -> rule4) triple8) -> rule6) OR ((((triple6 triple4 ((((triple5 triple6) -> rule7) triple5 triple6) -> rule4)) -> rule1) ((((triple5 triple6) -> rule7) triple5 triple6) -> rule4) ((triple5 triple6) -> rule7)) -> rule6))]", "representation": "(\"Eric\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple6 triple4 ((triple8 triple5 triple6) -> (rule4 % int3))) -> (rule1 % int2)) ((triple8 triple5 triple6) -> (rule4 % int3)) triple8) -> (rule6 % int1))", "intermediates": [ { "text": "Eric is red.", "representation": "(\"Eric\" \"is\" \"red\" \"+\")", "id": "int1" }, { "text": "Eric is round.", "representation": "(\"Eric\" \"is\" \"round\" \"+\")", "id": "int2" }, { "text": "Eric is kind.", "representation": "(\"Eric\" \"is\" \"kind\" \"+\")", "id": "int3" } ] }, { "representation": "((((triple6 triple4 ((triple8 triple5 triple6) -> (rule4 % int4))) -> (rule1 % int3)) ((triple8 triple5 triple6) -> (rule4 % int4)) ((triple5 triple6) -> (rule7 % int2))) -> (rule6 % int1))", "intermediates": [ { "text": "Eric is red.", "representation": "(\"Eric\" \"is\" \"red\" \"+\")", "id": "int1" }, { "text": "Eric is blue.", "representation": "(\"Eric\" \"is\" \"blue\" \"+\")", "id": "int2" }, { "text": "Eric is round.", "representation": "(\"Eric\" \"is\" \"round\" \"+\")", "id": "int3" }, { "text": "Eric is kind.", "representation": "(\"Eric\" \"is\" \"kind\" \"+\")", "id": "int4" } ] }, { "representation": "((((triple6 triple4 ((triple8 triple5 triple6) -> (rule4 % int4))) -> (rule1 % int3)) ((((triple5 triple6) -> (rule7 % int2)) triple5 triple6) -> (rule4 % int4)) triple8) -> (rule6 % int1))", "intermediates": [ { "text": "Eric is red.", "representation": "(\"Eric\" \"is\" \"red\" \"+\")", "id": "int1" }, { "text": "Eric is blue.", "representation": "(\"Eric\" \"is\" \"blue\" \"+\")", "id": "int2" }, { "text": "Eric is round.", "representation": "(\"Eric\" \"is\" \"round\" \"+\")", "id": "int3" }, { "text": "Eric is kind.", "representation": "(\"Eric\" \"is\" \"kind\" \"+\")", "id": "int4" } ] }, { "representation": "((((triple6 triple4 ((triple8 triple5 triple6) -> (rule4 % int4))) -> (rule1 % int3)) ((((triple5 triple6) -> (rule7 % int2)) triple5 triple6) -> (rule4 % int4)) ((triple5 triple6) -> (rule7 % int2))) -> (rule6 % int1))", "intermediates": [ { "text": "Eric is red.", "representation": "(\"Eric\" \"is\" \"red\" \"+\")", "id": "int1" }, { "text": "Eric is blue.", "representation": "(\"Eric\" \"is\" \"blue\" \"+\")", "id": "int2" }, { "text": "Eric is round.", "representation": "(\"Eric\" \"is\" \"round\" \"+\")", "id": "int3" }, { "text": "Eric is kind.", "representation": "(\"Eric\" \"is\" \"kind\" \"+\")", "id": "int4" } ] }, { "representation": "((((triple6 triple4 ((((triple5 triple6) -> (rule7 % int4)) triple5 triple6) -> (rule4 % int3))) -> (rule1 % int2)) ((triple8 triple5 triple6) -> (rule4 % int3)) triple8) -> (rule6 % int1))", "intermediates": [ { "text": "Eric is red.", "representation": "(\"Eric\" \"is\" \"red\" \"+\")", "id": "int1" }, { "text": "Eric is round.", "representation": "(\"Eric\" \"is\" \"round\" \"+\")", "id": "int2" }, { "text": "Eric is kind.", "representation": "(\"Eric\" \"is\" \"kind\" \"+\")", "id": "int3" }, { "text": "Eric is blue.", "representation": "(\"Eric\" \"is\" \"blue\" \"+\")", "id": "int4" } ] }, { "representation": "((((triple6 triple4 ((((triple5 triple6) -> (rule7 % int4)) triple5 triple6) -> (rule4 % int3))) -> (rule1 % int2)) ((triple8 triple5 triple6) -> (rule4 % int3)) ((triple5 triple6) -> (rule7 % int4))) -> (rule6 % int1))", "intermediates": [ { "text": "Eric is red.", "representation": "(\"Eric\" \"is\" \"red\" \"+\")", "id": "int1" }, { "text": "Eric is round.", "representation": "(\"Eric\" \"is\" \"round\" \"+\")", "id": "int2" }, { "text": "Eric is kind.", "representation": "(\"Eric\" \"is\" \"kind\" \"+\")", "id": "int3" }, { "text": "Eric is blue.", "representation": "(\"Eric\" \"is\" \"blue\" \"+\")", "id": "int4" } ] }, { "representation": "((((triple6 triple4 ((((triple5 triple6) -> (rule7 % int4)) triple5 triple6) -> (rule4 % int3))) -> (rule1 % int2)) ((((triple5 triple6) -> (rule7 % int4)) triple5 triple6) -> (rule4 % int3)) triple8) -> (rule6 % int1))", "intermediates": [ { "text": "Eric is red.", "representation": "(\"Eric\" \"is\" \"red\" \"+\")", "id": "int1" }, { "text": "Eric is round.", "representation": "(\"Eric\" \"is\" \"round\" \"+\")", "id": "int2" }, { "text": "Eric is kind.", "representation": "(\"Eric\" \"is\" \"kind\" \"+\")", "id": "int3" }, { "text": "Eric is blue.", "representation": "(\"Eric\" \"is\" \"blue\" \"+\")", "id": "int4" } ] }, { "representation": "((((triple6 triple4 ((((triple5 triple6) -> (rule7 % int4)) triple5 triple6) -> (rule4 % int3))) -> (rule1 % int2)) ((((triple5 triple6) -> (rule7 % int4)) triple5 triple6) -> (rule4 % int3)) ((triple5 triple6) -> (rule7 % int4))) -> (rule6 % int1))", "intermediates": [ { "text": "Eric is red.", "representation": "(\"Eric\" \"is\" \"red\" \"+\")", "id": "int1" }, { "text": "Eric is round.", "representation": "(\"Eric\" \"is\" \"round\" \"+\")", "id": "int2" }, { "text": "Eric is kind.", "representation": "(\"Eric\" \"is\" \"kind\" \"+\")", "id": "int3" }, { "text": "Eric is blue.", "representation": "(\"Eric\" \"is\" \"blue\" \"+\")", "id": "int4" } ] } ] }, "Q8": { "question": "Eric is not red.", "answer": "False", "QDep": 3, "QLen": "13", "strategy": "inv-proof", "proofs": "[(((((triple6 triple4 ((triple8 triple5 triple6) -> rule4)) -> rule1) ((triple8 triple5 triple6) -> rule4) triple8) -> rule6) OR ((((triple6 triple4 ((triple8 triple5 triple6) -> rule4)) -> rule1) ((triple8 triple5 triple6) -> rule4) ((triple5 triple6) -> rule7)) -> rule6) OR ((((triple6 triple4 ((triple8 triple5 triple6) -> rule4)) -> rule1) ((((triple5 triple6) -> rule7) triple5 triple6) -> rule4) triple8) -> rule6) OR ((((triple6 triple4 ((triple8 triple5 triple6) -> rule4)) -> rule1) ((((triple5 triple6) -> rule7) triple5 triple6) -> rule4) ((triple5 triple6) -> rule7)) -> rule6) OR ((((triple6 triple4 ((((triple5 triple6) -> rule7) triple5 triple6) -> rule4)) -> rule1) ((triple8 triple5 triple6) -> rule4) triple8) -> rule6) OR ((((triple6 triple4 ((((triple5 triple6) -> rule7) triple5 triple6) -> rule4)) -> rule1) ((triple8 triple5 triple6) -> rule4) ((triple5 triple6) -> rule7)) -> rule6) OR ((((triple6 triple4 ((((triple5 triple6) -> rule7) triple5 triple6) -> rule4)) -> rule1) ((((triple5 triple6) -> rule7) triple5 triple6) -> rule4) triple8) -> rule6) OR ((((triple6 triple4 ((((triple5 triple6) -> rule7) triple5 triple6) -> rule4)) -> rule1) ((((triple5 triple6) -> rule7) triple5 triple6) -> rule4) ((triple5 triple6) -> rule7)) -> rule6))]", "representation": "(\"Eric\" \"is\" \"red\" \"-\")", "proofsWithIntermediates": [ { "representation": "((((triple6 triple4 ((triple8 triple5 triple6) -> (rule4 % int3))) -> (rule1 % int2)) ((triple8 triple5 triple6) -> (rule4 % int3)) triple8) -> (rule6 % int1))", "intermediates": [ { "text": "Eric is red.", "representation": "(\"Eric\" \"is\" \"red\" \"+\")", "id": "int1" }, { "text": "Eric is round.", "representation": "(\"Eric\" \"is\" \"round\" \"+\")", "id": "int2" }, { "text": "Eric is kind.", "representation": "(\"Eric\" \"is\" \"kind\" \"+\")", "id": "int3" } ] }, { "representation": "((((triple6 triple4 ((triple8 triple5 triple6) -> (rule4 % int4))) -> (rule1 % int3)) ((triple8 triple5 triple6) -> (rule4 % int4)) ((triple5 triple6) -> (rule7 % int2))) -> (rule6 % int1))", "intermediates": [ { "text": "Eric is red.", "representation": "(\"Eric\" \"is\" \"red\" \"+\")", "id": "int1" }, { "text": "Eric is blue.", "representation": "(\"Eric\" \"is\" \"blue\" \"+\")", "id": "int2" }, { "text": "Eric is round.", "representation": "(\"Eric\" \"is\" \"round\" \"+\")", "id": "int3" }, { "text": "Eric is kind.", "representation": "(\"Eric\" \"is\" \"kind\" \"+\")", "id": "int4" } ] }, { "representation": "((((triple6 triple4 ((triple8 triple5 triple6) -> (rule4 % int4))) -> (rule1 % int3)) ((((triple5 triple6) -> (rule7 % int2)) triple5 triple6) -> (rule4 % int4)) triple8) -> (rule6 % int1))", "intermediates": [ { "text": "Eric is red.", "representation": "(\"Eric\" \"is\" \"red\" \"+\")", "id": "int1" }, { "text": "Eric is blue.", "representation": "(\"Eric\" \"is\" \"blue\" \"+\")", "id": "int2" }, { "text": "Eric is round.", "representation": "(\"Eric\" \"is\" \"round\" \"+\")", "id": "int3" }, { "text": "Eric is kind.", "representation": "(\"Eric\" \"is\" \"kind\" \"+\")", "id": "int4" } ] }, { "representation": "((((triple6 triple4 ((triple8 triple5 triple6) -> (rule4 % int4))) -> (rule1 % int3)) ((((triple5 triple6) -> (rule7 % int2)) triple5 triple6) -> (rule4 % int4)) ((triple5 triple6) -> (rule7 % int2))) -> (rule6 % int1))", "intermediates": [ { "text": "Eric is red.", "representation": "(\"Eric\" \"is\" \"red\" \"+\")", "id": "int1" }, { "text": "Eric is blue.", "representation": "(\"Eric\" \"is\" \"blue\" \"+\")", "id": "int2" }, { "text": "Eric is round.", "representation": "(\"Eric\" \"is\" \"round\" \"+\")", "id": "int3" }, { "text": "Eric is kind.", "representation": "(\"Eric\" \"is\" \"kind\" \"+\")", "id": "int4" } ] }, { "representation": "((((triple6 triple4 ((((triple5 triple6) -> (rule7 % int4)) triple5 triple6) -> (rule4 % int3))) -> (rule1 % int2)) ((triple8 triple5 triple6) -> (rule4 % int3)) triple8) -> (rule6 % int1))", "intermediates": [ { "text": "Eric is red.", "representation": "(\"Eric\" \"is\" \"red\" \"+\")", "id": "int1" }, { "text": "Eric is round.", "representation": "(\"Eric\" \"is\" \"round\" \"+\")", "id": "int2" }, { "text": "Eric is kind.", "representation": "(\"Eric\" \"is\" \"kind\" \"+\")", "id": "int3" }, { "text": "Eric is blue.", "representation": "(\"Eric\" \"is\" \"blue\" \"+\")", "id": "int4" } ] }, { "representation": "((((triple6 triple4 ((((triple5 triple6) -> (rule7 % int4)) triple5 triple6) -> (rule4 % int3))) -> (rule1 % int2)) ((triple8 triple5 triple6) -> (rule4 % int3)) ((triple5 triple6) -> (rule7 % int4))) -> (rule6 % int1))", "intermediates": [ { "text": "Eric is red.", "representation": "(\"Eric\" \"is\" \"red\" \"+\")", "id": "int1" }, { "text": "Eric is round.", "representation": "(\"Eric\" \"is\" \"round\" \"+\")", "id": "int2" }, { "text": "Eric is kind.", "representation": "(\"Eric\" \"is\" \"kind\" \"+\")", "id": "int3" }, { "text": "Eric is blue.", "representation": "(\"Eric\" \"is\" \"blue\" \"+\")", "id": "int4" } ] }, { "representation": "((((triple6 triple4 ((((triple5 triple6) -> (rule7 % int4)) triple5 triple6) -> (rule4 % int3))) -> (rule1 % int2)) ((((triple5 triple6) -> (rule7 % int4)) triple5 triple6) -> (rule4 % int3)) triple8) -> (rule6 % int1))", "intermediates": [ { "text": "Eric is red.", "representation": "(\"Eric\" \"is\" \"red\" \"+\")", "id": "int1" }, { "text": "Eric is round.", "representation": "(\"Eric\" \"is\" \"round\" \"+\")", "id": "int2" }, { "text": "Eric is kind.", "representation": "(\"Eric\" \"is\" \"kind\" \"+\")", "id": "int3" }, { "text": "Eric is blue.", "representation": "(\"Eric\" \"is\" \"blue\" \"+\")", "id": "int4" } ] }, { "representation": "((((triple6 triple4 ((((triple5 triple6) -> (rule7 % int4)) triple5 triple6) -> (rule4 % int3))) -> (rule1 % int2)) ((((triple5 triple6) -> (rule7 % int4)) triple5 triple6) -> (rule4 % int3)) ((triple5 triple6) -> (rule7 % int4))) -> (rule6 % int1))", "intermediates": [ { "text": "Eric is red.", "representation": "(\"Eric\" \"is\" \"red\" \"+\")", "id": "int1" }, { "text": "Eric is round.", "representation": "(\"Eric\" \"is\" \"round\" \"+\")", "id": "int2" }, { "text": "Eric is kind.", "representation": "(\"Eric\" \"is\" \"kind\" \"+\")", "id": "int3" }, { "text": "Eric is blue.", "representation": "(\"Eric\" \"is\" \"blue\" \"+\")", "id": "int4" } ] } ] }, "Q9": { "question": "Harry is not blue.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Harry is blue.[CWA. Example of deepest failure = (rule2 <- FAIL)]]", "representation": "(\"Harry\" \"is\" \"blue\" \"-\")", "proofsWithIntermediates": null }, "Q10": { "question": "Harry is round.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "rconc", "proofs": "[@1: Harry is round.[CWA. Example of deepest failure = (rule1 <- FAIL)]]", "representation": "(\"Harry\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": null }, "Q11": { "question": "Fred is not kind.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Fred is kind.[CWA. Example of deepest failure = (rule4 <- FAIL)]]", "representation": "(\"Fred\" \"is\" \"kind\" \"-\")", "proofsWithIntermediates": null }, "Q12": { "question": "Fred is blue.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "rconc", "proofs": "[@1: Fred is blue.[CWA. Example of deepest failure = (rule2 <- FAIL)]]", "representation": "(\"Fred\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": null }, "Q13": { "question": "Harry is not young.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Harry is young.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Harry\" \"is\" \"young\" \"-\")" }, "Q14": { "question": "Fred is big.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Fred is big.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Fred\" \"is\" \"big\" \"+\")" }, "Q15": { "question": "Fred is not cold.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Fred is cold.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Fred\" \"is\" \"cold\" \"-\")" }, "Q16": { "question": "Fred is rough.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Fred is rough.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Fred\" \"is\" \"rough\" \"+\")" }, "Q17": null, "Q18": null, "Q19": null, "Q20": null, "Q21": null, "Q22": null, "Q23": null, "Q24": null }

[ { "text": "Dave is cold.", "QDep": 0, "representation": "(\"Dave\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple3", "intermediates": [] } ] }, { "text": "Dave is rough.", "QDep": 0, "representation": "(\"Dave\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple2", "intermediates": [] } ] }, { "text": "Dave is round.", "QDep": 0, "representation": "(\"Dave\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple1", "intermediates": [] } ] }, { "text": "Eric is blue.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple8", "intermediates": [] }, { "representation": "((triple5 triple6) -> (rule7 % int1))", "intermediates": [ { "text": "Eric is blue.", "representation": "(\"Eric\" \"is\" \"blue\" \"+\")", "id": "int1" } ] } ] }, { "text": "Eric is cold.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple7", "intermediates": [] } ] }, { "text": "Eric is green.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple6", "intermediates": [] } ] }, { "text": "Eric is rough.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple5", "intermediates": [] } ] }, { "text": "Eric is young.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple4", "intermediates": [] } ] }, { "text": "Fred is green.", "QDep": 0, "representation": "(\"Fred\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple10", "intermediates": [] } ] }, { "text": "Fred is nice.", "QDep": 0, "representation": "(\"Fred\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple9", "intermediates": [] } ] }, { "text": "Harry is rough.", "QDep": 0, "representation": "(\"Harry\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple11", "intermediates": [] } ] }, { "text": "Eric is kind.", "QDep": 1, "representation": "(\"Eric\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple8 triple5 triple6) -> (rule4 % int1))", "intermediates": [ { "text": "Eric is kind.", "representation": "(\"Eric\" \"is\" \"kind\" \"+\")", "id": "int1" } ] }, { "representation": "((((triple5 triple6) -> (rule7 % int2)) triple5 triple6) -> (rule4 % int1))", "intermediates": [ { "text": "Eric is kind.", "representation": "(\"Eric\" \"is\" \"kind\" \"+\")", "id": "int1" }, { "text": "Eric is blue.", "representation": "(\"Eric\" \"is\" \"blue\" \"+\")", "id": "int2" } ] } ] }, { "text": "Eric is nice.", "QDep": 2, "representation": "(\"Eric\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple8 triple5 triple6) -> (rule4 % int2)) triple8) -> (rule5 % int1))", "intermediates": [ { "text": "Eric is nice.", "representation": "(\"Eric\" \"is\" \"nice\" \"+\")", "id": "int1" }, { "text": "Eric is kind.", "representation": "(\"Eric\" \"is\" \"kind\" \"+\")", "id": "int2" } ] }, { "representation": "((((triple8 triple5 triple6) -> (rule4 % int3)) ((triple5 triple6) -> (rule7 % int2))) -> (rule5 % int1))", "intermediates": [ { "text": "Eric is nice.", "representation": "(\"Eric\" \"is\" \"nice\" \"+\")", "id": "int1" }, { "text": "Eric is blue.", "representation": "(\"Eric\" \"is\" \"blue\" \"+\")", "id": "int2" }, { "text": "Eric is kind.", "representation": "(\"Eric\" \"is\" \"kind\" \"+\")", "id": "int3" } ] }, { "representation": "((((((triple5 triple6) -> (rule7 % int3)) triple5 triple6) -> (rule4 % int2)) triple8) -> (rule5 % int1))", "intermediates": [ { "text": "Eric is nice.", "representation": "(\"Eric\" \"is\" \"nice\" \"+\")", "id": "int1" }, { "text": "Eric is kind.", "representation": "(\"Eric\" \"is\" \"kind\" \"+\")", "id": "int2" }, { "text": "Eric is blue.", "representation": "(\"Eric\" \"is\" \"blue\" \"+\")", "id": "int3" } ] }, { "representation": "((((((triple5 triple6) -> (rule7 % int3)) triple5 triple6) -> (rule4 % int2)) ((triple5 triple6) -> (rule7 % int3))) -> (rule5 % int1))", "intermediates": [ { "text": "Eric is nice.", "representation": "(\"Eric\" \"is\" \"nice\" \"+\")", "id": "int1" }, { "text": "Eric is kind.", "representation": "(\"Eric\" \"is\" \"kind\" \"+\")", "id": "int2" }, { "text": "Eric is blue.", "representation": "(\"Eric\" \"is\" \"blue\" \"+\")", "id": "int3" } ] } ] }, { "text": "Eric is round.", "QDep": 2, "representation": "(\"Eric\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple6 triple4 ((triple8 triple5 triple6) -> (rule4 % int2))) -> (rule1 % int1))", "intermediates": [ { "text": "Eric is round.", "representation": "(\"Eric\" \"is\" \"round\" \"+\")", "id": "int1" }, { "text": "Eric is kind.", "representation": "(\"Eric\" \"is\" \"kind\" \"+\")", "id": "int2" } ] }, { "representation": "((triple6 triple4 ((((triple5 triple6) -> (rule7 % int3)) triple5 triple6) -> (rule4 % int2))) -> (rule1 % int1))", "intermediates": [ { "text": "Eric is round.", "representation": "(\"Eric\" \"is\" \"round\" \"+\")", "id": "int1" }, { "text": "Eric is kind.", "representation": "(\"Eric\" \"is\" \"kind\" \"+\")", "id": "int2" }, { "text": "Eric is blue.", "representation": "(\"Eric\" \"is\" \"blue\" \"+\")", "id": "int3" } ] } ] }, { "text": "Eric is red.", "QDep": 3, "representation": "(\"Eric\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple6 triple4 ((triple8 triple5 triple6) -> (rule4 % int3))) -> (rule1 % int2)) ((triple8 triple5 triple6) -> (rule4 % int3)) triple8) -> (rule6 % int1))", "intermediates": [ { "text": "Eric is red.", "representation": "(\"Eric\" \"is\" \"red\" \"+\")", "id": "int1" }, { "text": "Eric is round.", "representation": "(\"Eric\" \"is\" \"round\" \"+\")", "id": "int2" }, { "text": "Eric is kind.", "representation": "(\"Eric\" \"is\" \"kind\" \"+\")", "id": "int3" } ] }, { "representation": "((((triple6 triple4 ((triple8 triple5 triple6) -> (rule4 % int4))) -> (rule1 % int3)) ((triple8 triple5 triple6) -> (rule4 % int4)) ((triple5 triple6) -> (rule7 % int2))) -> (rule6 % int1))", "intermediates": [ { "text": "Eric is red.", "representation": "(\"Eric\" \"is\" \"red\" \"+\")", "id": "int1" }, { "text": "Eric is blue.", "representation": "(\"Eric\" \"is\" \"blue\" \"+\")", "id": "int2" }, { "text": "Eric is round.", "representation": "(\"Eric\" \"is\" \"round\" \"+\")", "id": "int3" }, { "text": "Eric is kind.", "representation": "(\"Eric\" \"is\" \"kind\" \"+\")", "id": "int4" } ] }, { "representation": "((((triple6 triple4 ((triple8 triple5 triple6) -> (rule4 % int4))) -> (rule1 % int3)) ((((triple5 triple6) -> (rule7 % int2)) triple5 triple6) -> (rule4 % int4)) triple8) -> (rule6 % int1))", "intermediates": [ { "text": "Eric is red.", "representation": "(\"Eric\" \"is\" \"red\" \"+\")", "id": "int1" }, { "text": "Eric is blue.", "representation": "(\"Eric\" \"is\" \"blue\" \"+\")", "id": "int2" }, { "text": "Eric is round.", "representation": "(\"Eric\" \"is\" \"round\" \"+\")", "id": "int3" }, { "text": "Eric is kind.", "representation": "(\"Eric\" \"is\" \"kind\" \"+\")", "id": "int4" } ] }, { "representation": "((((triple6 triple4 ((triple8 triple5 triple6) -> (rule4 % int4))) -> (rule1 % int3)) ((((triple5 triple6) -> (rule7 % int2)) triple5 triple6) -> (rule4 % int4)) ((triple5 triple6) -> (rule7 % int2))) -> (rule6 % int1))", "intermediates": [ { "text": "Eric is red.", "representation": "(\"Eric\" \"is\" \"red\" \"+\")", "id": "int1" }, { "text": "Eric is blue.", "representation": "(\"Eric\" \"is\" \"blue\" \"+\")", "id": "int2" }, { "text": "Eric is round.", "representation": "(\"Eric\" \"is\" \"round\" \"+\")", "id": "int3" }, { "text": "Eric is kind.", "representation": "(\"Eric\" \"is\" \"kind\" \"+\")", "id": "int4" } ] }, { "representation": "((((triple6 triple4 ((((triple5 triple6) -> (rule7 % int4)) triple5 triple6) -> (rule4 % int3))) -> (rule1 % int2)) ((triple8 triple5 triple6) -> (rule4 % int3)) triple8) -> (rule6 % int1))", "intermediates": [ { "text": "Eric is red.", "representation": "(\"Eric\" \"is\" \"red\" \"+\")", "id": "int1" }, { "text": "Eric is round.", "representation": "(\"Eric\" \"is\" \"round\" \"+\")", "id": "int2" }, { "text": "Eric is kind.", "representation": "(\"Eric\" \"is\" \"kind\" \"+\")", "id": "int3" }, { "text": "Eric is blue.", "representation": "(\"Eric\" \"is\" \"blue\" \"+\")", "id": "int4" } ] }, { "representation": "((((triple6 triple4 ((((triple5 triple6) -> (rule7 % int4)) triple5 triple6) -> (rule4 % int3))) -> (rule1 % int2)) ((triple8 triple5 triple6) -> (rule4 % int3)) ((triple5 triple6) -> (rule7 % int4))) -> (rule6 % int1))", "intermediates": [ { "text": "Eric is red.", "representation": "(\"Eric\" \"is\" \"red\" \"+\")", "id": "int1" }, { "text": "Eric is round.", "representation": "(\"Eric\" \"is\" \"round\" \"+\")", "id": "int2" }, { "text": "Eric is kind.", "representation": "(\"Eric\" \"is\" \"kind\" \"+\")", "id": "int3" }, { "text": "Eric is blue.", "representation": "(\"Eric\" \"is\" \"blue\" \"+\")", "id": "int4" } ] }, { "representation": "((((triple6 triple4 ((((triple5 triple6) -> (rule7 % int4)) triple5 triple6) -> (rule4 % int3))) -> (rule1 % int2)) ((((triple5 triple6) -> (rule7 % int4)) triple5 triple6) -> (rule4 % int3)) triple8) -> (rule6 % int1))", "intermediates": [ { "text": "Eric is red.", "representation": "(\"Eric\" \"is\" \"red\" \"+\")", "id": "int1" }, { "text": "Eric is round.", "representation": "(\"Eric\" \"is\" \"round\" \"+\")", "id": "int2" }, { "text": "Eric is kind.", "representation": "(\"Eric\" \"is\" \"kind\" \"+\")", "id": "int3" }, { "text": "Eric is blue.", "representation": "(\"Eric\" \"is\" \"blue\" \"+\")", "id": "int4" } ] }, { "representation": "((((triple6 triple4 ((((triple5 triple6) -> (rule7 % int4)) triple5 triple6) -> (rule4 % int3))) -> (rule1 % int2)) ((((triple5 triple6) -> (rule7 % int4)) triple5 triple6) -> (rule4 % int3)) ((triple5 triple6) -> (rule7 % int4))) -> (rule6 % int1))", "intermediates": [ { "text": "Eric is red.", "representation": "(\"Eric\" \"is\" \"red\" \"+\")", "id": "int1" }, { "text": "Eric is round.", "representation": "(\"Eric\" \"is\" \"round\" \"+\")", "id": "int2" }, { "text": "Eric is kind.", "representation": "(\"Eric\" \"is\" \"kind\" \"+\")", "id": "int3" }, { "text": "Eric is blue.", "representation": "(\"Eric\" \"is\" \"blue\" \"+\")", "id": "int4" } ] } ] } ]

{ "triple1": "sent1", "triple2": "sent1", "triple3": "sent1", "triple4": "sent2", "triple5": "sent2", "triple6": "sent2", "triple7": "sent2", "triple8": "sent2", "triple9": "sent3", "triple10": "sent3", "rule1": "sent5", "rule2": "sent6", "rule3": "sent7", "rule4": "sent8", "rule5": "sent9", "rule6": "sent10", "rule7": "sent11", "triple11": "sent4", "triple12": null }

{ "sent1": "Dave loves cake which has made him quite round; Because he has been made fun of for quite some time, he has turned rough and cold towards others.", "sent2": "Eric is young, rough and green, but he turns blue when he is cold like anyone else.", "sent3": "Fred is green, which is a possible explanation for why he is so nice.", "sent4": "They always call him rough Harry.", "sent5": "Most young, green people are kind and because of this they are round.", "sent6": "A rather round and big person will be kind, but also blue.", "sent7": "Nice young people who are round are also blue.", "sent8": "When someone is blue, lives green they can be rough but kind.", "sent9": "Anyone you find who happens to be kind and blue will also be very nice.", "sent10": "When somebody is round, kind and blue, you know they'll also be red.", "sent11": "A green and quite rough person will also be blue." }

{ "triple1": { "text": "Charlie is round.", "representation": "(\"Charlie\" \"is\" \"round\" \"+\")" }, "triple2": { "text": "Charlie is rough.", "representation": "(\"Charlie\" \"is\" \"rough\" \"+\")" }, "triple3": { "text": "Charlie is red.", "representation": "(\"Charlie\" \"is\" \"red\" \"+\")" }, "triple4": { "text": "Charlie is kind.", "representation": "(\"Charlie\" \"is\" \"kind\" \"+\")" }, "triple5": { "text": "Charlie is cold.", "representation": "(\"Charlie\" \"is\" \"cold\" \"+\")" }, "triple6": { "text": "Charlie is big.", "representation": "(\"Charlie\" \"is\" \"big\" \"+\")" }, "triple7": { "text": "Fred is rough.", "representation": "(\"Fred\" \"is\" \"rough\" \"+\")" }, "triple8": { "text": "Fred is red.", "representation": "(\"Fred\" \"is\" \"red\" \"+\")" }, "triple9": { "text": "Fred is kind.", "representation": "(\"Fred\" \"is\" \"kind\" \"+\")" }, "triple10": { "text": "Fred is blue.", "representation": "(\"Fred\" \"is\" \"blue\" \"+\")" }, "triple11": { "text": "Harry is young.", "representation": "(\"Harry\" \"is\" \"young\" \"+\")" }, "triple12": { "text": "Harry is round.", "representation": "(\"Harry\" \"is\" \"round\" \"+\")" } }

{ "rule1": { "text": "If someone is kind and rough then they are big.", "representation": "(((\"someone\" \"is\" \"kind\" \"+\") (\"someone\" \"is\" \"rough\" \"+\")) -> (\"someone\" \"is\" \"big\" \"+\"))" }, "rule2": { "text": "If someone is red and big then they are round.", "representation": "(((\"someone\" \"is\" \"red\" \"+\") (\"someone\" \"is\" \"big\" \"+\")) -> (\"someone\" \"is\" \"round\" \"+\"))" }, "rule3": { "text": "If someone is nice and kind and big then they are cold.", "representation": "(((\"someone\" \"is\" \"nice\" \"+\") (\"someone\" \"is\" \"kind\" \"+\") (\"someone\" \"is\" \"big\" \"+\")) -> (\"someone\" \"is\" \"cold\" \"+\"))" }, "rule4": { "text": "If someone is nice and young and blue then they are red.", "representation": "(((\"someone\" \"is\" \"nice\" \"+\") (\"someone\" \"is\" \"young\" \"+\") (\"someone\" \"is\" \"blue\" \"+\")) -> (\"someone\" \"is\" \"red\" \"+\"))" }, "rule5": { "text": "If someone is big and round and red then they are young.", "representation": "(((\"someone\" \"is\" \"big\" \"+\") (\"someone\" \"is\" \"round\" \"+\") (\"someone\" \"is\" \"red\" \"+\")) -> (\"someone\" \"is\" \"young\" \"+\"))" }, "rule6": { "text": "If someone is rough and cold and kind then they are nice.", "representation": "(((\"someone\" \"is\" \"rough\" \"+\") (\"someone\" \"is\" \"cold\" \"+\") (\"someone\" \"is\" \"kind\" \"+\")) -> (\"someone\" \"is\" \"nice\" \"+\"))" }, "rule7": { "text": "If someone is nice and kind and rough then they are young.", "representation": "(((\"someone\" \"is\" \"nice\" \"+\") (\"someone\" \"is\" \"kind\" \"+\") (\"someone\" \"is\" \"rough\" \"+\")) -> (\"someone\" \"is\" \"young\" \"+\"))" } }

{ "Q1": { "question": "Fred is red.", "answer": "True", "QDep": 0, "QLen": "1", "strategy": "proof", "proofs": "[(triple8)]", "representation": "(\"Fred\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple8", "intermediates": [] } ] }, "Q2": { "question": "Charlie is not red.", "answer": "False", "QDep": 0, "QLen": "1", "strategy": "inv-proof", "proofs": "[(triple3)]", "representation": "(\"Charlie\" \"is\" \"red\" \"-\")", "proofsWithIntermediates": [ { "representation": "triple3", "intermediates": [] } ] }, "Q3": { "question": "Charlie is young.", "answer": "True", "QDep": 1, "QLen": "4", "strategy": "proof", "proofs": "[(((triple6 triple1 triple3) -> rule5) OR ((triple6 ((triple3 triple6) -> rule2) triple3) -> rule5) OR ((((triple4 triple2) -> rule1) triple1 triple3) -> rule5) OR ((((triple2 triple5 triple4) -> rule6) triple4 triple2) -> rule7) OR ((((triple4 triple2) -> rule1) ((triple3 triple6) -> rule2) triple3) -> rule5) OR ((triple6 ((triple3 ((triple4 triple2) -> rule1)) -> rule2) triple3) -> rule5) OR ((((triple4 triple2) -> rule1) ((triple3 ((triple4 triple2) -> rule1)) -> rule2) triple3) -> rule5))]", "representation": "(\"Charlie\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple6 triple1 triple3) -> (rule5 % int1))", "intermediates": [ { "text": "Charlie is young.", "representation": "(\"Charlie\" \"is\" \"young\" \"+\")", "id": "int1" } ] }, { "representation": "((triple6 ((triple3 triple6) -> (rule2 % int2)) triple3) -> (rule5 % int1))", "intermediates": [ { "text": "Charlie is young.", "representation": "(\"Charlie\" \"is\" \"young\" \"+\")", "id": "int1" }, { "text": "Charlie is round.", "representation": "(\"Charlie\" \"is\" \"round\" \"+\")", "id": "int2" } ] }, { "representation": "((((triple4 triple2) -> (rule1 % int2)) triple1 triple3) -> (rule5 % int1))", "intermediates": [ { "text": "Charlie is young.", "representation": "(\"Charlie\" \"is\" \"young\" \"+\")", "id": "int1" }, { "text": "Charlie is big.", "representation": "(\"Charlie\" \"is\" \"big\" \"+\")", "id": "int2" } ] }, { "representation": "((((triple2 triple5 triple4) -> (rule6 % int2)) triple4 triple2) -> (rule7 % int1))", "intermediates": [ { "text": "Charlie is young.", "representation": "(\"Charlie\" \"is\" \"young\" \"+\")", "id": "int1" }, { "text": "Charlie is nice.", "representation": "(\"Charlie\" \"is\" \"nice\" \"+\")", "id": "int2" } ] }, { "representation": "((((triple4 triple2) -> (rule1 % int3)) ((triple3 triple6) -> (rule2 % int2)) triple3) -> (rule5 % int1))", "intermediates": [ { "text": "Charlie is young.", "representation": "(\"Charlie\" \"is\" \"young\" \"+\")", "id": "int1" }, { "text": "Charlie is round.", "representation": "(\"Charlie\" \"is\" \"round\" \"+\")", "id": "int2" }, { "text": "Charlie is big.", "representation": "(\"Charlie\" \"is\" \"big\" \"+\")", "id": "int3" } ] }, { "representation": "((triple6 ((triple3 ((triple4 triple2) -> (rule1 % int3))) -> (rule2 % int2)) triple3) -> (rule5 % int1))", "intermediates": [ { "text": "Charlie is young.", "representation": "(\"Charlie\" \"is\" \"young\" \"+\")", "id": "int1" }, { "text": "Charlie is round.", "representation": "(\"Charlie\" \"is\" \"round\" \"+\")", "id": "int2" }, { "text": "Charlie is big.", "representation": "(\"Charlie\" \"is\" \"big\" \"+\")", "id": "int3" } ] }, { "representation": "((((triple4 triple2) -> (rule1 % int3)) ((triple3 ((triple4 triple2) -> (rule1 % int3))) -> (rule2 % int2)) triple3) -> (rule5 % int1))", "intermediates": [ { "text": "Charlie is young.", "representation": "(\"Charlie\" \"is\" \"young\" \"+\")", "id": "int1" }, { "text": "Charlie is round.", "representation": "(\"Charlie\" \"is\" \"round\" \"+\")", "id": "int2" }, { "text": "Charlie is big.", "representation": "(\"Charlie\" \"is\" \"big\" \"+\")", "id": "int3" } ] } ] }, "Q4": { "question": "Charlie is not young.", "answer": "False", "QDep": 1, "QLen": "4", "strategy": "inv-proof", "proofs": "[(((triple6 triple1 triple3) -> rule5) OR ((triple6 ((triple3 triple6) -> rule2) triple3) -> rule5) OR ((((triple4 triple2) -> rule1) triple1 triple3) -> rule5) OR ((((triple2 triple5 triple4) -> rule6) triple4 triple2) -> rule7) OR ((((triple4 triple2) -> rule1) ((triple3 triple6) -> rule2) triple3) -> rule5) OR ((triple6 ((triple3 ((triple4 triple2) -> rule1)) -> rule2) triple3) -> rule5) OR ((((triple4 triple2) -> rule1) ((triple3 ((triple4 triple2) -> rule1)) -> rule2) triple3) -> rule5))]", "representation": "(\"Charlie\" \"is\" \"young\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple6 triple1 triple3) -> (rule5 % int1))", "intermediates": [ { "text": "Charlie is young.", "representation": "(\"Charlie\" \"is\" \"young\" \"+\")", "id": "int1" } ] }, { "representation": "((triple6 ((triple3 triple6) -> (rule2 % int2)) triple3) -> (rule5 % int1))", "intermediates": [ { "text": "Charlie is young.", "representation": "(\"Charlie\" \"is\" \"young\" \"+\")", "id": "int1" }, { "text": "Charlie is round.", "representation": "(\"Charlie\" \"is\" \"round\" \"+\")", "id": "int2" } ] }, { "representation": "((((triple4 triple2) -> (rule1 % int2)) triple1 triple3) -> (rule5 % int1))", "intermediates": [ { "text": "Charlie is young.", "representation": "(\"Charlie\" \"is\" \"young\" \"+\")", "id": "int1" }, { "text": "Charlie is big.", "representation": "(\"Charlie\" \"is\" \"big\" \"+\")", "id": "int2" } ] }, { "representation": "((((triple2 triple5 triple4) -> (rule6 % int2)) triple4 triple2) -> (rule7 % int1))", "intermediates": [ { "text": "Charlie is young.", "representation": "(\"Charlie\" \"is\" \"young\" \"+\")", "id": "int1" }, { "text": "Charlie is nice.", "representation": "(\"Charlie\" \"is\" \"nice\" \"+\")", "id": "int2" } ] }, { "representation": "((((triple4 triple2) -> (rule1 % int3)) ((triple3 triple6) -> (rule2 % int2)) triple3) -> (rule5 % int1))", "intermediates": [ { "text": "Charlie is young.", "representation": "(\"Charlie\" \"is\" \"young\" \"+\")", "id": "int1" }, { "text": "Charlie is round.", "representation": "(\"Charlie\" \"is\" \"round\" \"+\")", "id": "int2" }, { "text": "Charlie is big.", "representation": "(\"Charlie\" \"is\" \"big\" \"+\")", "id": "int3" } ] }, { "representation": "((triple6 ((triple3 ((triple4 triple2) -> (rule1 % int3))) -> (rule2 % int2)) triple3) -> (rule5 % int1))", "intermediates": [ { "text": "Charlie is young.", "representation": "(\"Charlie\" \"is\" \"young\" \"+\")", "id": "int1" }, { "text": "Charlie is round.", "representation": "(\"Charlie\" \"is\" \"round\" \"+\")", "id": "int2" }, { "text": "Charlie is big.", "representation": "(\"Charlie\" \"is\" \"big\" \"+\")", "id": "int3" } ] }, { "representation": "((((triple4 triple2) -> (rule1 % int3)) ((triple3 ((triple4 triple2) -> (rule1 % int3))) -> (rule2 % int2)) triple3) -> (rule5 % int1))", "intermediates": [ { "text": "Charlie is young.", "representation": "(\"Charlie\" \"is\" \"young\" \"+\")", "id": "int1" }, { "text": "Charlie is round.", "representation": "(\"Charlie\" \"is\" \"round\" \"+\")", "id": "int2" }, { "text": "Charlie is big.", "representation": "(\"Charlie\" \"is\" \"big\" \"+\")", "id": "int3" } ] } ] }, "Q5": { "question": "Fred is round.", "answer": "True", "QDep": 2, "QLen": "5", "strategy": "proof", "proofs": "[(((triple8 ((triple9 triple7) -> rule1)) -> rule2))]", "representation": "(\"Fred\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple8 ((triple9 triple7) -> (rule1 % int2))) -> (rule2 % int1))", "intermediates": [ { "text": "Fred is round.", "representation": "(\"Fred\" \"is\" \"round\" \"+\")", "id": "int1" }, { "text": "Fred is big.", "representation": "(\"Fred\" \"is\" \"big\" \"+\")", "id": "int2" } ] } ] }, "Q6": { "question": "Fred is not round.", "answer": "False", "QDep": 2, "QLen": "5", "strategy": "inv-proof", "proofs": "[(((triple8 ((triple9 triple7) -> rule1)) -> rule2))]", "representation": "(\"Fred\" \"is\" \"round\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple8 ((triple9 triple7) -> (rule1 % int2))) -> (rule2 % int1))", "intermediates": [ { "text": "Fred is round.", "representation": "(\"Fred\" \"is\" \"round\" \"+\")", "id": "int1" }, { "text": "Fred is big.", "representation": "(\"Fred\" \"is\" \"big\" \"+\")", "id": "int2" } ] } ] }, "Q7": { "question": "Fred is young.", "answer": "True", "QDep": 3, "QLen": "10", "strategy": "proof", "proofs": "[(((((triple9 triple7) -> rule1) ((triple8 ((triple9 triple7) -> rule1)) -> rule2) triple8) -> rule5))]", "representation": "(\"Fred\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple9 triple7) -> (rule1 % int3)) ((triple8 ((triple9 triple7) -> (rule1 % int3))) -> (rule2 % int2)) triple8) -> (rule5 % int1))", "intermediates": [ { "text": "Fred is young.", "representation": "(\"Fred\" \"is\" \"young\" \"+\")", "id": "int1" }, { "text": "Fred is round.", "representation": "(\"Fred\" \"is\" \"round\" \"+\")", "id": "int2" }, { "text": "Fred is big.", "representation": "(\"Fred\" \"is\" \"big\" \"+\")", "id": "int3" } ] } ] }, "Q8": { "question": "Fred is not young.", "answer": "False", "QDep": 3, "QLen": "10", "strategy": "inv-proof", "proofs": "[(((((triple9 triple7) -> rule1) ((triple8 ((triple9 triple7) -> rule1)) -> rule2) triple8) -> rule5))]", "representation": "(\"Fred\" \"is\" \"young\" \"-\")", "proofsWithIntermediates": [ { "representation": "((((triple9 triple7) -> (rule1 % int3)) ((triple8 ((triple9 triple7) -> (rule1 % int3))) -> (rule2 % int2)) triple8) -> (rule5 % int1))", "intermediates": [ { "text": "Fred is young.", "representation": "(\"Fred\" \"is\" \"young\" \"+\")", "id": "int1" }, { "text": "Fred is round.", "representation": "(\"Fred\" \"is\" \"round\" \"+\")", "id": "int2" }, { "text": "Fred is big.", "representation": "(\"Fred\" \"is\" \"big\" \"+\")", "id": "int3" } ] } ] }, "Q9": { "question": "Alan is not big.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Alan is big.[CWA. Example of deepest failure = (rule1 <- FAIL)]]", "representation": "(\"Alan\" \"is\" \"big\" \"-\")", "proofsWithIntermediates": null }, "Q10": { "question": "Harry is nice.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "rconc", "proofs": "[@1: Harry is nice.[CWA. Example of deepest failure = (rule6 <- FAIL)]]", "representation": "(\"Harry\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": null }, "Q11": { "question": "Harry is not red.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Harry is red.[CWA. Example of deepest failure = (rule4 <- FAIL)]]", "representation": "(\"Harry\" \"is\" \"red\" \"-\")", "proofsWithIntermediates": null }, "Q12": { "question": "Harry is cold.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "rconc", "proofs": "[@1: Harry is cold.[CWA. Example of deepest failure = (rule3 <- FAIL)]]", "representation": "(\"Harry\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": null }, "Q13": { "question": "Alan is not green.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Alan is green.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Alan\" \"is\" \"green\" \"-\")" }, "Q14": { "question": "Alan is blue.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Alan is blue.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Alan\" \"is\" \"blue\" \"+\")" }, "Q15": { "question": "Charlie is not blue.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Charlie is blue.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Charlie\" \"is\" \"blue\" \"-\")" }, "Q16": { "question": "Charlie is green.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Charlie is green.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Charlie\" \"is\" \"green\" \"+\")" }, "Q17": null, "Q18": null, "Q19": null, "Q20": null, "Q21": null, "Q22": null, "Q23": null, "Q24": null }

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\"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple2", "intermediates": [] } ] }, { "text": "Charlie is round.", "QDep": 0, "representation": "(\"Charlie\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple1", "intermediates": [] }, { "representation": "((triple3 triple6) -> (rule2 % int1))", "intermediates": [ { "text": "Charlie is round.", "representation": "(\"Charlie\" \"is\" \"round\" \"+\")", "id": "int1" } ] }, { "representation": "((triple3 ((triple4 triple2) -> (rule1 % int2))) -> (rule2 % int1))", "intermediates": [ { "text": "Charlie is round.", "representation": "(\"Charlie\" \"is\" \"round\" \"+\")", "id": "int1" }, { "text": "Charlie is big.", "representation": "(\"Charlie\" \"is\" \"big\" \"+\")", "id": "int2" } ] } ] }, { "text": "Fred is blue.", "QDep": 0, "representation": "(\"Fred\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple10", "intermediates": [] } ] }, { "text": "Fred is kind.", "QDep": 0, "representation": "(\"Fred\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple9", "intermediates": [] } ] }, { "text": "Fred is red.", "QDep": 0, "representation": "(\"Fred\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple8", "intermediates": [] } ] }, { "text": "Fred is rough.", "QDep": 0, "representation": "(\"Fred\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple7", "intermediates": [] } ] }, { "text": "Harry is round.", "QDep": 0, "representation": "(\"Harry\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple12", "intermediates": [] } ] }, { "text": "Harry is young.", "QDep": 0, "representation": "(\"Harry\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple11", "intermediates": [] } ] }, { "text": "Charlie is nice.", "QDep": 1, "representation": "(\"Charlie\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple2 triple5 triple4) -> (rule6 % int1))", "intermediates": [ { "text": "Charlie is nice.", "representation": "(\"Charlie\" \"is\" \"nice\" \"+\")", "id": "int1" } ] } ] }, { "text": "Charlie is young.", "QDep": 1, "representation": "(\"Charlie\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple6 triple1 triple3) -> (rule5 % int1))", "intermediates": [ { "text": "Charlie is young.", "representation": "(\"Charlie\" \"is\" \"young\" \"+\")", "id": "int1" } ] }, { "representation": "((triple6 ((triple3 triple6) -> (rule2 % int2)) triple3) -> (rule5 % int1))", "intermediates": [ { "text": "Charlie is young.", "representation": "(\"Charlie\" \"is\" \"young\" \"+\")", "id": "int1" }, { "text": "Charlie is round.", "representation": "(\"Charlie\" \"is\" \"round\" \"+\")", "id": "int2" } ] }, { "representation": "((((triple4 triple2) -> (rule1 % int2)) triple1 triple3) -> (rule5 % int1))", "intermediates": [ { "text": "Charlie is young.", "representation": "(\"Charlie\" \"is\" \"young\" \"+\")", "id": "int1" }, { "text": "Charlie is big.", "representation": "(\"Charlie\" \"is\" \"big\" \"+\")", "id": "int2" } ] }, { "representation": "((((triple2 triple5 triple4) -> (rule6 % int2)) triple4 triple2) -> (rule7 % int1))", "intermediates": [ { "text": "Charlie is young.", "representation": "(\"Charlie\" \"is\" \"young\" \"+\")", "id": "int1" }, { "text": "Charlie is nice.", "representation": "(\"Charlie\" \"is\" \"nice\" \"+\")", "id": "int2" } ] }, { "representation": "((((triple4 triple2) -> (rule1 % int3)) ((triple3 triple6) -> (rule2 % int2)) triple3) -> (rule5 % int1))", "intermediates": [ { "text": "Charlie is young.", "representation": "(\"Charlie\" \"is\" \"young\" \"+\")", "id": "int1" }, { "text": "Charlie is round.", "representation": "(\"Charlie\" \"is\" \"round\" \"+\")", "id": "int2" }, { "text": "Charlie is big.", "representation": "(\"Charlie\" \"is\" \"big\" \"+\")", "id": "int3" } ] }, { "representation": "((triple6 ((triple3 ((triple4 triple2) -> (rule1 % int3))) -> (rule2 % int2)) triple3) -> (rule5 % int1))", "intermediates": [ { "text": "Charlie is young.", "representation": "(\"Charlie\" \"is\" \"young\" \"+\")", "id": "int1" }, { "text": "Charlie is round.", "representation": "(\"Charlie\" \"is\" \"round\" \"+\")", "id": "int2" }, { "text": "Charlie is big.", "representation": "(\"Charlie\" \"is\" \"big\" \"+\")", "id": "int3" } ] }, { "representation": "((((triple4 triple2) -> (rule1 % int3)) ((triple3 ((triple4 triple2) -> (rule1 % int3))) -> (rule2 % int2)) triple3) -> (rule5 % int1))", "intermediates": [ { "text": "Charlie is young.", "representation": "(\"Charlie\" \"is\" \"young\" \"+\")", "id": "int1" }, { "text": "Charlie is round.", "representation": "(\"Charlie\" \"is\" \"round\" \"+\")", "id": "int2" }, { "text": "Charlie is big.", "representation": "(\"Charlie\" \"is\" \"big\" \"+\")", "id": "int3" } ] } ] }, { "text": "Fred is big.", "QDep": 1, "representation": "(\"Fred\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple9 triple7) -> (rule1 % int1))", "intermediates": [ { "text": "Fred is big.", "representation": "(\"Fred\" \"is\" \"big\" \"+\")", "id": "int1" } ] } ] }, { "text": "Fred is round.", "QDep": 2, "representation": "(\"Fred\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple8 ((triple9 triple7) -> (rule1 % int2))) -> (rule2 % int1))", "intermediates": [ { "text": "Fred is round.", "representation": "(\"Fred\" \"is\" \"round\" \"+\")", "id": "int1" }, { "text": "Fred is big.", "representation": "(\"Fred\" \"is\" \"big\" \"+\")", "id": "int2" } ] } ] }, { "text": "Fred is young.", "QDep": 3, "representation": "(\"Fred\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple9 triple7) -> (rule1 % int3)) ((triple8 ((triple9 triple7) -> (rule1 % int3))) -> (rule2 % int2)) triple8) -> (rule5 % int1))", "intermediates": [ { "text": "Fred is young.", "representation": "(\"Fred\" \"is\" \"young\" \"+\")", "id": "int1" }, { "text": "Fred is round.", "representation": "(\"Fred\" \"is\" \"round\" \"+\")", "id": "int2" }, { "text": "Fred is big.", "representation": "(\"Fred\" \"is\" \"big\" \"+\")", "id": "int3" } ] } ] } ]

{ "triple1": "sent1", "triple2": "sent1", "triple3": "sent1", "triple4": "sent1", "triple5": "sent1", "triple6": "sent1", "triple7": "sent2", "triple8": "sent2", "triple9": "sent2", "triple10": "sent2", "rule1": "sent4", "rule2": "sent5", "rule3": "sent6", "rule4": "sent7", "rule5": "sent8", "rule6": "sent9", "rule7": "sent10", "triple11": "sent3", "triple12": "sent3" }

{ "sent1": "Charlie who is big in stature and round in shape is kind even when he feels cold or rough due to sunburn turning him red.", "sent2": "Fred is red when he is rough and blue when he is kind.", "sent3": "Harry is both young and fairly round in size.", "sent4": "A rough and kind person is big.", "sent5": "Red, big people can't help but be round as well.", "sent6": "A nice and kind person who is big sized will be cold.", "sent7": "Every time I see a young blue nice person I know they are also red.", "sent8": "Big, round, red people are always so young.", "sent9": "Anyone perceived to be rough, cold and kind will also be nice.", "sent10": "Nice people are kind and rough when they are young.", "sent11": null }

{ "triple1": { "text": "Dave is young.", "representation": "(\"Dave\" \"is\" \"young\" \"+\")" }, "triple2": { "text": "Dave is kind.", "representation": "(\"Dave\" \"is\" \"kind\" \"+\")" }, "triple3": { "text": "Dave is green.", "representation": "(\"Dave\" \"is\" \"green\" \"+\")" }, "triple4": { "text": "Dave is blue.", "representation": "(\"Dave\" \"is\" \"blue\" \"+\")" }, "triple5": { "text": "Eric is rough.", "representation": "(\"Eric\" \"is\" \"rough\" \"+\")" }, "triple6": { "text": "Eric is nice.", "representation": "(\"Eric\" \"is\" \"nice\" \"+\")" }, "triple7": { "text": "Eric is kind.", "representation": "(\"Eric\" \"is\" \"kind\" \"+\")" }, "triple8": { "text": "Gary is young.", "representation": "(\"Gary\" \"is\" \"young\" \"+\")" }, "triple9": { "text": "Gary is green.", "representation": "(\"Gary\" \"is\" \"green\" \"+\")" }, "triple10": { "text": "Harry is young.", "representation": "(\"Harry\" \"is\" \"young\" \"+\")" }, "triple11": { "text": "Harry is blue.", "representation": "(\"Harry\" \"is\" \"blue\" \"+\")" }, "triple12": null }

{ "rule1": { "text": "If someone is nice and rough and cold then they are kind.", "representation": "(((\"someone\" \"is\" \"nice\" \"+\") (\"someone\" \"is\" \"rough\" \"+\") (\"someone\" \"is\" \"cold\" \"+\")) -> (\"someone\" \"is\" \"kind\" \"+\"))" }, "rule2": { "text": "If someone is red and blue and green then they are big.", "representation": "(((\"someone\" \"is\" \"red\" \"+\") (\"someone\" \"is\" \"blue\" \"+\") (\"someone\" \"is\" \"green\" \"+\")) -> (\"someone\" \"is\" \"big\" \"+\"))" }, "rule3": { "text": "If someone is young then they are red.", "representation": "(((\"someone\" \"is\" \"young\" \"+\")) -> (\"someone\" \"is\" \"red\" \"+\"))" }, "rule4": { "text": "If someone is kind and big then they are young.", "representation": "(((\"someone\" \"is\" \"kind\" \"+\") (\"someone\" \"is\" \"big\" \"+\")) -> (\"someone\" \"is\" \"young\" \"+\"))" }, "rule5": { "text": "If someone is rough and blue then they are young.", "representation": "(((\"someone\" \"is\" \"rough\" \"+\") (\"someone\" \"is\" \"blue\" \"+\")) -> (\"someone\" \"is\" \"young\" \"+\"))" }, "rule6": { "text": "If someone is young and big and blue then they are rough.", "representation": "(((\"someone\" \"is\" \"young\" \"+\") (\"someone\" \"is\" \"big\" \"+\") (\"someone\" \"is\" \"blue\" \"+\")) -> (\"someone\" \"is\" \"rough\" \"+\"))" }, "rule7": null }

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Example of deepest failure = (rule3 <- rule4 <- rule2 <- FAIL)]]", "representation": "(\"Eric\" \"is\" \"red\" \"-\")", "proofsWithIntermediates": null }, "Q10": { "question": "Harry is rough.", "answer": "Unknown", "QDep": 2, "QLen": "", "strategy": "rconc", "proofs": "[@2: Harry is rough.[CWA. Example of deepest failure = (rule6 <- rule2 <- FAIL)]]", "representation": "(\"Harry\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": null }, "Q11": { "question": "Gary is not big.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Gary is big.[CWA. Example of deepest failure = (rule2 <- FAIL)]]", "representation": "(\"Gary\" \"is\" \"big\" \"-\")", "proofsWithIntermediates": null }, "Q12": { "question": "Gary is kind.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "rconc", "proofs": "[@1: Gary is kind.[CWA. Example of deepest failure = (rule1 <- FAIL)]]", "representation": "(\"Gary\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": null }, "Q13": { "question": "Harry is not green.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Harry is green.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Harry\" \"is\" \"green\" \"-\")" }, "Q14": { "question": "Gary is round.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Gary is round.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Gary\" \"is\" \"round\" \"+\")" }, "Q15": { "question": "Harry is not nice.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Harry is nice.[CWA. 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[ { "text": "Dave is blue.", "QDep": 0, "representation": "(\"Dave\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple4", "intermediates": [] } ] }, { "text": "Dave is green.", "QDep": 0, "representation": "(\"Dave\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple3", "intermediates": [] } ] }, { "text": "Dave is kind.", "QDep": 0, "representation": "(\"Dave\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple2", "intermediates": [] } ] }, { "text": "Dave is young.", "QDep": 0, "representation": "(\"Dave\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple1", "intermediates": [] } ] }, { "text": "Eric is kind.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple7", "intermediates": [] } ] }, { "text": "Eric is nice.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple6", "intermediates": [] } ] }, { "text": "Eric is rough.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple5", "intermediates": [] } ] }, { "text": "Gary is green.", "QDep": 0, "representation": "(\"Gary\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple9", "intermediates": [] } ] }, { "text": "Gary is young.", "QDep": 0, "representation": "(\"Gary\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple8", "intermediates": [] } ] }, { "text": "Harry is blue.", "QDep": 0, "representation": "(\"Harry\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple11", "intermediates": [] } ] }, { "text": "Harry is young.", "QDep": 0, "representation": "(\"Harry\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple10", "intermediates": [] } ] }, { "text": "Dave is red.", "QDep": 1, "representation": "(\"Dave\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple1) -> (rule3 % int1))", "intermediates": [ { "text": "Dave is red.", "representation": "(\"Dave\" \"is\" \"red\" \"+\")", "id": "int1" } ] } ] }, { "text": "Gary is red.", "QDep": 1, "representation": "(\"Gary\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple8) -> (rule3 % int1))", "intermediates": [ { "text": "Gary is red.", "representation": "(\"Gary\" \"is\" \"red\" \"+\")", "id": "int1" } ] } ] }, { "text": "Harry is red.", "QDep": 1, "representation": "(\"Harry\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple10) -> (rule3 % int1))", "intermediates": [ { "text": "Harry is red.", "representation": "(\"Harry\" \"is\" \"red\" \"+\")", "id": "int1" } ] } ] }, { "text": "Dave is big.", "QDep": 2, "representation": "(\"Dave\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple1) -> (rule3 % int2)) triple4 triple3) -> (rule2 % int1))", "intermediates": [ { "text": "Dave is big.", "representation": "(\"Dave\" \"is\" \"big\" \"+\")", "id": "int1" }, { "text": "Dave is red.", "representation": "(\"Dave\" \"is\" \"red\" \"+\")", "id": "int2" } ] } ] }, { "text": "Dave is rough.", "QDep": 3, "representation": "(\"Dave\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple1 ((((triple1) -> (rule3 % int3)) triple4 triple3) -> (rule2 % int2)) triple4) -> (rule6 % int1))", "intermediates": [ { "text": "Dave is rough.", "representation": "(\"Dave\" \"is\" \"rough\" \"+\")", "id": "int1" }, { "text": "Dave is big.", "representation": "(\"Dave\" \"is\" \"big\" \"+\")", "id": "int2" }, { "text": "Dave is red.", "representation": "(\"Dave\" \"is\" \"red\" \"+\")", "id": "int3" } ] } ] } ]

{ "triple1": "sent1", "triple2": "sent1", "triple3": "sent1", "triple4": "sent1", "triple5": "sent2", "triple6": "sent2", "triple7": "sent2", "triple8": "sent3", "triple9": "sent3", "triple10": "sent4", "rule1": "sent5", "rule2": "sent6", "rule3": "sent7", "rule4": "sent8", "rule5": "sent9", "rule6": "sent10", "rule7": null, "triple11": "sent4", "triple12": null }

{ "sent1": "Dave associated himself with green despite being covered head-to-toe in blue; Him being young and kind preceded him.", "sent2": "Eric is nice and kind, but a little rough.", "sent3": "Young Gary is wearing green pants.", "sent4": "From a certain angle Harry is blue but he is young so maybe that will go away.", "sent5": "All people that are rough and cold, as well as nice will be kind if you talk to them.", "sent6": "It seems to be that a person who is green, red, and blue will be very big.", "sent7": "It's a fact that young people are red people.", "sent8": "A kind person who is big in size is definitely young.", "sent9": "Blue people who are rough are often young.", "sent10": "Because of the person's young age they are feeling blue due to their big body size causing them to act in a slightly rough manner.", "sent11": null }

{ "triple1": { "text": "Charlie is round.", "representation": "(\"Charlie\" \"is\" \"round\" \"+\")" }, "triple2": { "text": "Charlie is rough.", "representation": "(\"Charlie\" \"is\" \"rough\" \"+\")" }, "triple3": { "text": "Charlie is nice.", "representation": "(\"Charlie\" \"is\" \"nice\" \"+\")" }, "triple4": { "text": "Eric is young.", "representation": "(\"Eric\" \"is\" \"young\" \"+\")" }, "triple5": { "text": "Eric is round.", "representation": "(\"Eric\" \"is\" \"round\" \"+\")" }, "triple6": { "text": "Eric is red.", "representation": "(\"Eric\" \"is\" \"red\" \"+\")" }, "triple7": { "text": "Gary is red.", "representation": "(\"Gary\" \"is\" \"red\" \"+\")" }, "triple8": { "text": "Gary is kind.", "representation": "(\"Gary\" \"is\" \"kind\" \"+\")" }, "triple9": { "text": "Gary is green.", "representation": "(\"Gary\" \"is\" \"green\" \"+\")" }, "triple10": { "text": "Gary is big.", "representation": "(\"Gary\" \"is\" \"big\" \"+\")" }, "triple11": null, "triple12": null }

{ "rule1": { "text": "If someone is green and nice then they are cold.", "representation": "(((\"someone\" \"is\" \"green\" \"+\") (\"someone\" \"is\" \"nice\" \"+\")) -> (\"someone\" \"is\" \"cold\" \"+\"))" }, "rule2": { "text": "If someone is cold and rough then they are red.", "representation": "(((\"someone\" \"is\" \"cold\" \"+\") (\"someone\" \"is\" \"rough\" \"+\")) -> (\"someone\" \"is\" \"red\" \"+\"))" }, "rule3": { "text": "If someone is green and big then they are nice.", "representation": "(((\"someone\" \"is\" \"green\" \"+\") (\"someone\" \"is\" \"big\" \"+\")) -> (\"someone\" \"is\" \"nice\" \"+\"))" }, "rule4": { "text": "If someone is cold and big and round then they are blue.", "representation": "(((\"someone\" \"is\" \"cold\" \"+\") (\"someone\" \"is\" \"big\" \"+\") (\"someone\" \"is\" \"round\" \"+\")) -> (\"someone\" \"is\" \"blue\" \"+\"))" }, "rule5": { "text": "If someone is nice and green and rough then they are young.", "representation": "(((\"someone\" \"is\" \"nice\" \"+\") (\"someone\" \"is\" \"green\" \"+\") (\"someone\" \"is\" \"rough\" \"+\")) -> (\"someone\" \"is\" \"young\" \"+\"))" }, "rule6": { "text": "If someone is kind and cold and red then they are rough.", "representation": "(((\"someone\" \"is\" \"kind\" \"+\") (\"someone\" \"is\" \"cold\" \"+\") (\"someone\" \"is\" \"red\" \"+\")) -> (\"someone\" \"is\" \"rough\" \"+\"))" }, "rule7": { "text": "If someone is round then they are red.", "representation": "(((\"someone\" \"is\" \"round\" \"+\")) -> (\"someone\" \"is\" \"red\" \"+\"))" } }

{ "Q1": { "question": "Eric is young.", "answer": "True", "QDep": 0, "QLen": "1", "strategy": "proof", "proofs": "[(triple4)]", "representation": "(\"Eric\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple4", "intermediates": [] } ] }, "Q2": { "question": "Charlie is not nice.", "answer": "False", "QDep": 0, "QLen": "1", "strategy": "inv-proof", "proofs": "[(triple3)]", "representation": "(\"Charlie\" \"is\" \"nice\" \"-\")", "proofsWithIntermediates": [ { "representation": "triple3", "intermediates": [] } ] }, "Q3": { "question": "Charlie is red.", "answer": "True", "QDep": 1, "QLen": "2", "strategy": "proof", "proofs": "[(((triple1) -> rule7))]", "representation": "(\"Charlie\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple1) -> (rule7 % int1))", "intermediates": [ { "text": "Charlie is red.", "representation": "(\"Charlie\" \"is\" \"red\" \"+\")", "id": "int1" } ] } ] }, "Q4": { "question": "Gary is not nice.", "answer": "False", "QDep": 1, "QLen": "3", "strategy": "inv-proof", "proofs": "[(((triple9 triple10) -> rule3))]", "representation": "(\"Gary\" \"is\" \"nice\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple9 triple10) -> (rule3 % int1))", "intermediates": [ { "text": "Gary is nice.", "representation": "(\"Gary\" \"is\" \"nice\" \"+\")", "id": "int1" } ] } ] }, "Q5": { "question": "Gary is cold.", "answer": "True", "QDep": 2, "QLen": "5", "strategy": "proof", "proofs": "[(((triple9 ((triple9 triple10) -> rule3)) -> rule1))]", "representation": "(\"Gary\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple9 ((triple9 triple10) -> (rule3 % int2))) -> (rule1 % int1))", "intermediates": [ { "text": "Gary is cold.", "representation": "(\"Gary\" \"is\" \"cold\" \"+\")", "id": "int1" }, { "text": "Gary is nice.", "representation": "(\"Gary\" \"is\" \"nice\" \"+\")", "id": "int2" } ] } ] }, "Q6": { "question": "Gary is not cold.", "answer": "False", "QDep": 2, "QLen": "5", "strategy": "inv-proof", "proofs": "[(((triple9 ((triple9 triple10) -> rule3)) -> rule1))]", "representation": "(\"Gary\" \"is\" \"cold\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple9 ((triple9 triple10) -> (rule3 % int2))) -> (rule1 % int1))", "intermediates": [ { "text": "Gary is cold.", "representation": "(\"Gary\" \"is\" \"cold\" \"+\")", "id": "int1" }, { "text": "Gary is nice.", "representation": "(\"Gary\" \"is\" \"nice\" \"+\")", "id": "int2" } ] } ] }, "Q7": { "question": "Gary is rough.", "answer": "True", "QDep": 3, "QLen": "8", "strategy": "proof", "proofs": "[(((triple8 ((triple9 ((triple9 triple10) -> rule3)) -> rule1) triple7) -> rule6))]", "representation": "(\"Gary\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple8 ((triple9 ((triple9 triple10) -> (rule3 % int3))) -> (rule1 % int2)) triple7) -> (rule6 % int1))", "intermediates": [ { "text": "Gary is rough.", "representation": "(\"Gary\" \"is\" \"rough\" \"+\")", "id": "int1" }, { "text": "Gary is cold.", "representation": "(\"Gary\" \"is\" \"cold\" \"+\")", "id": "int2" }, { "text": "Gary is nice.", "representation": "(\"Gary\" \"is\" \"nice\" \"+\")", "id": "int3" } ] } ] }, "Q8": { "question": "Gary is not rough.", "answer": "False", "QDep": 3, "QLen": "8", "strategy": "inv-proof", "proofs": "[(((triple8 ((triple9 ((triple9 triple10) -> rule3)) -> rule1) triple7) -> rule6))]", "representation": "(\"Gary\" \"is\" \"rough\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple8 ((triple9 ((triple9 triple10) -> (rule3 % int3))) -> (rule1 % int2)) triple7) -> (rule6 % int1))", "intermediates": [ { "text": "Gary is rough.", "representation": "(\"Gary\" \"is\" \"rough\" \"+\")", "id": "int1" }, { "text": "Gary is cold.", "representation": "(\"Gary\" \"is\" \"cold\" \"+\")", "id": "int2" }, { "text": "Gary is nice.", "representation": "(\"Gary\" \"is\" \"nice\" \"+\")", "id": "int3" } ] } ] }, "Q9": { "question": "Gary is young.", "answer": "True", "QDep": 4, "QLen": "13", "strategy": "proof", "proofs": "[(((((triple9 triple10) -> rule3) triple9 ((triple8 ((triple9 ((triple9 triple10) -> rule3)) -> rule1) triple7) -> rule6)) -> rule5))]", "representation": "(\"Gary\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple9 triple10) -> (rule3 % int4)) triple9 ((triple8 ((triple9 ((triple9 triple10) -> (rule3 % int4))) -> (rule1 % int3)) triple7) -> (rule6 % int2))) -> (rule5 % int1))", "intermediates": [ { "text": "Gary is young.", "representation": "(\"Gary\" \"is\" \"young\" \"+\")", "id": "int1" }, { "text": "Gary is rough.", "representation": "(\"Gary\" \"is\" \"rough\" \"+\")", "id": "int2" }, { "text": "Gary is cold.", "representation": "(\"Gary\" \"is\" \"cold\" \"+\")", "id": "int3" }, { "text": "Gary is nice.", "representation": "(\"Gary\" \"is\" \"nice\" \"+\")", "id": "int4" } ] } ] }, "Q10": { "question": "Gary is not young.", "answer": "False", "QDep": 4, "QLen": "13", "strategy": "inv-proof", "proofs": "[(((((triple9 triple10) -> rule3) triple9 ((triple8 ((triple9 ((triple9 triple10) -> rule3)) -> rule1) triple7) -> rule6)) -> rule5))]", "representation": "(\"Gary\" \"is\" \"young\" \"-\")", "proofsWithIntermediates": [ { "representation": "((((triple9 triple10) -> (rule3 % int4)) triple9 ((triple8 ((triple9 ((triple9 triple10) -> (rule3 % int4))) -> (rule1 % int3)) triple7) -> (rule6 % int2))) -> (rule5 % int1))", "intermediates": [ { "text": "Gary is young.", "representation": "(\"Gary\" \"is\" \"young\" \"+\")", "id": "int1" }, { "text": "Gary is rough.", "representation": "(\"Gary\" \"is\" \"rough\" \"+\")", "id": "int2" }, { "text": "Gary is cold.", "representation": "(\"Gary\" \"is\" \"cold\" \"+\")", "id": "int3" }, { "text": "Gary is nice.", "representation": "(\"Gary\" \"is\" \"nice\" \"+\")", "id": "int4" } ] } ] }, "Q11": { "question": "Alan is not blue.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Alan is blue.[CWA. Example of deepest failure = (rule4 <- FAIL)]]", "representation": "(\"Alan\" \"is\" \"blue\" \"-\")", "proofsWithIntermediates": null }, "Q12": { "question": "Alan is red.", "answer": "Unknown", "QDep": 2, "QLen": "", "strategy": "rconc", "proofs": "[@2: Alan is red.[CWA. Example of deepest failure = (rule2 <- rule1 <- FAIL)]]", "representation": "(\"Alan\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": null }, "Q13": { "question": "Charlie is not cold.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Charlie is cold.[CWA. Example of deepest failure = (rule1 <- FAIL)]]", "representation": "(\"Charlie\" \"is\" \"cold\" \"-\")" }, "Q14": { "question": "Alan is young.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "rconc", "proofs": "[@1: Alan is young.[CWA. Example of deepest failure = (rule5 <- FAIL)]]", "representation": "(\"Alan\" \"is\" \"young\" \"+\")" }, "Q15": { "question": "Eric is not blue.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Eric is blue.[CWA. Example of deepest failure = (rule4 <- FAIL)]]", "representation": "(\"Eric\" \"is\" \"blue\" \"-\")" }, "Q16": { "question": "Charlie is green.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Charlie is green.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Charlie\" \"is\" \"green\" \"+\")" }, "Q17": { "question": "Alan is not kind.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Alan is kind.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Alan\" \"is\" \"kind\" \"-\")" }, "Q18": { "question": "Eric is kind.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Eric is kind.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Eric\" \"is\" \"kind\" \"+\")" }, "Q19": { "question": "Eric is not green.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Eric is green.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Eric\" \"is\" \"green\" \"-\")" }, "Q20": { "question": "Charlie is kind.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Charlie is kind.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Charlie\" \"is\" \"kind\" \"+\")" }, "Q21": null, "Q22": null, "Q23": null, "Q24": null }

[ { "text": "Charlie is nice.", "QDep": 0, "representation": "(\"Charlie\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple3", "intermediates": [] } ] }, { "text": "Charlie is rough.", "QDep": 0, "representation": "(\"Charlie\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple2", "intermediates": [] } ] }, { "text": "Charlie is round.", "QDep": 0, "representation": "(\"Charlie\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple1", "intermediates": [] } ] }, { "text": "Eric is red.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple6", "intermediates": [] }, { "representation": "((triple5) -> (rule7 % int1))", "intermediates": [ { "text": "Eric is red.", "representation": "(\"Eric\" \"is\" \"red\" \"+\")", "id": "int1" } ] } ] }, { "text": "Eric is round.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple5", "intermediates": [] } ] }, { "text": "Eric is young.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple4", "intermediates": [] } ] }, { "text": "Gary is big.", "QDep": 0, "representation": "(\"Gary\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple10", "intermediates": [] } ] }, { "text": "Gary is green.", "QDep": 0, "representation": "(\"Gary\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple9", "intermediates": [] } ] }, { "text": "Gary is kind.", "QDep": 0, "representation": "(\"Gary\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple8", "intermediates": [] } ] }, { "text": "Gary is red.", "QDep": 0, "representation": "(\"Gary\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple7", "intermediates": [] } ] }, { "text": "Charlie is red.", "QDep": 1, "representation": "(\"Charlie\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple1) -> (rule7 % int1))", "intermediates": [ { "text": "Charlie is red.", "representation": "(\"Charlie\" \"is\" \"red\" \"+\")", "id": "int1" } ] } ] }, { "text": "Gary is nice.", "QDep": 1, "representation": "(\"Gary\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple9 triple10) -> (rule3 % int1))", "intermediates": [ { "text": "Gary is nice.", "representation": "(\"Gary\" \"is\" \"nice\" \"+\")", "id": "int1" } ] } ] }, { "text": "Gary is cold.", "QDep": 2, "representation": "(\"Gary\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple9 ((triple9 triple10) -> (rule3 % int2))) -> (rule1 % int1))", "intermediates": [ { "text": "Gary is cold.", "representation": "(\"Gary\" \"is\" \"cold\" \"+\")", "id": "int1" }, { "text": "Gary is nice.", "representation": "(\"Gary\" \"is\" \"nice\" \"+\")", "id": "int2" } ] } ] }, { "text": "Gary is rough.", "QDep": 3, "representation": "(\"Gary\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple8 ((triple9 ((triple9 triple10) -> (rule3 % int3))) -> (rule1 % int2)) triple7) -> (rule6 % int1))", "intermediates": [ { "text": "Gary is rough.", "representation": "(\"Gary\" \"is\" \"rough\" \"+\")", "id": "int1" }, { "text": "Gary is cold.", "representation": "(\"Gary\" \"is\" \"cold\" \"+\")", "id": "int2" }, { "text": "Gary is nice.", "representation": "(\"Gary\" \"is\" \"nice\" \"+\")", "id": "int3" } ] } ] }, { "text": "Gary is young.", "QDep": 4, "representation": "(\"Gary\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple9 triple10) -> (rule3 % int4)) triple9 ((triple8 ((triple9 ((triple9 triple10) -> (rule3 % int4))) -> (rule1 % int3)) triple7) -> (rule6 % int2))) -> (rule5 % int1))", "intermediates": [ { "text": "Gary is young.", "representation": "(\"Gary\" \"is\" \"young\" \"+\")", "id": "int1" }, { "text": "Gary is rough.", "representation": "(\"Gary\" \"is\" \"rough\" \"+\")", "id": "int2" }, { "text": "Gary is cold.", "representation": "(\"Gary\" \"is\" \"cold\" \"+\")", "id": "int3" }, { "text": "Gary is nice.", "representation": "(\"Gary\" \"is\" \"nice\" \"+\")", "id": "int4" } ] } ] } ]

{ "triple1": "sent1", "triple2": "sent1", "triple3": "sent1", "triple4": "sent2", "triple5": "sent2", "triple6": "sent2", "triple7": "sent3", "triple8": "sent3", "triple9": "sent3", "triple10": "sent3", "rule1": "sent4", "rule2": "sent5", "rule3": "sent6", "rule4": "sent7", "rule5": "sent8", "rule6": "sent9", "rule7": "sent10", "triple11": null, "triple12": null }

{ "sent1": "Although Charlie is seen as nice and round, his days of playing football have made him quite rough.", "sent2": "Even though Eric is young, he is still very round and still very red.", "sent3": "Gary looks big and is kind with red hair and green shoes.", "sent4": "A nice person who is green is feeling cold.", "sent5": "A person with rough skin who has been standing in the cold will turn red.", "sent6": "If someone is green skinned and has a big nose then you'll find that they often are nice to their family.", "sent7": "A big and round shaped person that is also cold will be blue in color.", "sent8": "Rough people who are nice and have green thumbs are almost always young.", "sent9": "I've noticed that red, cold people who are kind have the trait of rough skin.", "sent10": "A round person will also be red.", "sent11": null }

{ "triple1": { "text": "Bob is kind.", "representation": "(\"Bob\" \"is\" \"kind\" \"+\")" }, "triple2": { "text": "Bob is big.", "representation": "(\"Bob\" \"is\" \"big\" \"+\")" }, "triple3": { "text": "Dave is round.", "representation": "(\"Dave\" \"is\" \"round\" \"+\")" }, "triple4": { "text": "Dave is green.", "representation": "(\"Dave\" \"is\" \"green\" \"+\")" }, "triple5": { "text": "Eric is cold.", "representation": "(\"Eric\" \"is\" \"cold\" \"+\")" }, "triple6": { "text": "Harry is kind.", "representation": "(\"Harry\" \"is\" \"kind\" \"+\")" }, "triple7": { "text": "Harry is green.", "representation": "(\"Harry\" \"is\" \"green\" \"+\")" }, "triple8": { "text": "Harry is big.", "representation": "(\"Harry\" \"is\" \"big\" \"+\")" }, "triple9": null, "triple10": null, "triple11": null, "triple12": null }

{ "rule1": { "text": "If someone is blue and kind and big then they are round.", "representation": "(((\"someone\" \"is\" \"blue\" \"+\") (\"someone\" \"is\" \"kind\" \"+\") (\"someone\" \"is\" \"big\" \"+\")) -> (\"someone\" \"is\" \"round\" \"+\"))" }, "rule2": { "text": "If someone is blue and green and nice then they are young.", "representation": "(((\"someone\" \"is\" \"blue\" \"+\") (\"someone\" \"is\" \"green\" \"+\") (\"someone\" \"is\" \"nice\" \"+\")) -> (\"someone\" \"is\" \"young\" \"+\"))" }, "rule3": { "text": "If someone is young and big and round then they are red.", "representation": "(((\"someone\" \"is\" \"young\" \"+\") (\"someone\" \"is\" \"big\" \"+\") (\"someone\" \"is\" \"round\" \"+\")) -> (\"someone\" \"is\" \"red\" \"+\"))" }, "rule4": { "text": "If someone is blue and round then they are green.", "representation": "(((\"someone\" \"is\" \"blue\" \"+\") (\"someone\" \"is\" \"round\" \"+\")) -> (\"someone\" \"is\" \"green\" \"+\"))" }, "rule5": { "text": "If someone is big and rough and green then they are blue.", "representation": "(((\"someone\" \"is\" \"big\" \"+\") (\"someone\" \"is\" \"rough\" \"+\") (\"someone\" \"is\" \"green\" \"+\")) -> (\"someone\" \"is\" \"blue\" \"+\"))" }, "rule6": { "text": "If someone is big and green then they are nice.", "representation": "(((\"someone\" \"is\" \"big\" \"+\") (\"someone\" \"is\" \"green\" \"+\")) -> (\"someone\" \"is\" \"nice\" \"+\"))" }, "rule7": { "text": "If someone is nice and green then they are rough.", "representation": "(((\"someone\" \"is\" \"nice\" \"+\") (\"someone\" \"is\" \"green\" \"+\")) -> (\"someone\" \"is\" \"rough\" \"+\"))" } }

{ "Q1": { "question": "Harry is kind.", "answer": "True", "QDep": 0, "QLen": "1", "strategy": "proof", "proofs": "[(triple6)]", "representation": "(\"Harry\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple6", "intermediates": [] } ] }, "Q2": { "question": "Dave is not round.", "answer": "False", "QDep": 0, "QLen": "1", "strategy": "inv-proof", "proofs": "[(triple3)]", "representation": "(\"Dave\" \"is\" \"round\" \"-\")", "proofsWithIntermediates": [ { "representation": "triple3", "intermediates": [] } ] }, "Q3": { "question": "Harry is nice.", "answer": "True", "QDep": 1, "QLen": "3", "strategy": "proof", "proofs": "[(((triple8 triple7) -> rule6))]", "representation": "(\"Harry\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple8 triple7) -> (rule6 % int1))", "intermediates": [ { "text": "Harry is nice.", "representation": "(\"Harry\" \"is\" \"nice\" \"+\")", "id": "int1" } ] } ] }, "Q4": { "question": "Harry is not nice.", "answer": "False", "QDep": 1, "QLen": "3", "strategy": "inv-proof", "proofs": "[(((triple8 triple7) -> rule6))]", "representation": "(\"Harry\" \"is\" \"nice\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple8 triple7) -> (rule6 % int1))", "intermediates": [ { "text": "Harry is nice.", "representation": "(\"Harry\" \"is\" \"nice\" \"+\")", "id": "int1" } ] } ] }, "Q5": { "question": "Harry is rough.", "answer": "True", "QDep": 2, "QLen": "5", "strategy": "proof", "proofs": "[(((((triple8 triple7) -> rule6) triple7) -> rule7))]", "representation": "(\"Harry\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple8 triple7) -> (rule6 % int2)) triple7) -> (rule7 % int1))", "intermediates": [ { "text": "Harry is rough.", "representation": "(\"Harry\" \"is\" \"rough\" \"+\")", "id": "int1" }, { "text": "Harry is nice.", "representation": "(\"Harry\" \"is\" \"nice\" \"+\")", "id": "int2" } ] } ] }, "Q6": { "question": "Harry is not rough.", "answer": "False", "QDep": 2, "QLen": "5", "strategy": "inv-proof", "proofs": "[(((((triple8 triple7) -> rule6) triple7) -> rule7))]", "representation": "(\"Harry\" \"is\" \"rough\" \"-\")", "proofsWithIntermediates": [ { "representation": "((((triple8 triple7) -> (rule6 % int2)) triple7) -> (rule7 % int1))", "intermediates": [ { "text": "Harry is rough.", "representation": "(\"Harry\" \"is\" \"rough\" \"+\")", "id": "int1" }, { "text": "Harry is nice.", "representation": "(\"Harry\" \"is\" \"nice\" \"+\")", "id": "int2" } ] } ] }, "Q7": { "question": "Harry is blue.", "answer": "True", "QDep": 3, "QLen": "8", "strategy": "proof", "proofs": "[(((triple8 ((((triple8 triple7) -> rule6) triple7) -> rule7) triple7) -> rule5))]", "representation": "(\"Harry\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple8 ((((triple8 triple7) -> (rule6 % int3)) triple7) -> (rule7 % int2)) triple7) -> (rule5 % int1))", "intermediates": [ { "text": "Harry is blue.", "representation": "(\"Harry\" \"is\" \"blue\" \"+\")", "id": "int1" }, { "text": "Harry is rough.", "representation": "(\"Harry\" \"is\" \"rough\" \"+\")", "id": "int2" }, { "text": "Harry is nice.", "representation": "(\"Harry\" \"is\" \"nice\" \"+\")", "id": "int3" } ] } ] }, "Q8": { "question": "Harry is not blue.", "answer": "False", "QDep": 3, "QLen": "8", "strategy": "inv-proof", "proofs": "[(((triple8 ((((triple8 triple7) -> rule6) triple7) -> rule7) triple7) -> rule5))]", "representation": "(\"Harry\" \"is\" \"blue\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple8 ((((triple8 triple7) -> (rule6 % int3)) triple7) -> (rule7 % int2)) triple7) -> (rule5 % int1))", "intermediates": [ { "text": "Harry is blue.", "representation": "(\"Harry\" \"is\" \"blue\" \"+\")", "id": "int1" }, { "text": "Harry is rough.", "representation": "(\"Harry\" \"is\" \"rough\" \"+\")", "id": "int2" }, { "text": "Harry is nice.", "representation": "(\"Harry\" \"is\" \"nice\" \"+\")", "id": "int3" } ] } ] }, "Q9": { "question": "Harry is young.", "answer": "True", "QDep": 4, "QLen": "13", "strategy": "proof", "proofs": "[(((((triple8 ((((triple8 triple7) -> rule6) triple7) -> rule7) triple7) -> rule5) triple7 ((triple8 triple7) -> rule6)) -> rule2))]", "representation": "(\"Harry\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple8 ((((triple8 triple7) -> (rule6 % int4)) triple7) -> (rule7 % int3)) triple7) -> (rule5 % int2)) triple7 ((triple8 triple7) -> (rule6 % int4))) -> (rule2 % int1))", "intermediates": [ { "text": "Harry is young.", "representation": "(\"Harry\" \"is\" \"young\" \"+\")", "id": "int1" }, { "text": "Harry is blue.", "representation": "(\"Harry\" \"is\" \"blue\" \"+\")", "id": "int2" }, { "text": "Harry is rough.", "representation": "(\"Harry\" \"is\" \"rough\" \"+\")", "id": "int3" }, { "text": "Harry is nice.", "representation": "(\"Harry\" \"is\" \"nice\" \"+\")", "id": "int4" } ] } ] }, "Q10": { "question": "Harry is not round.", "answer": "False", "QDep": 4, "QLen": "11", "strategy": "inv-proof", "proofs": "[(((((triple8 ((((triple8 triple7) -> rule6) triple7) -> rule7) triple7) -> rule5) triple6 triple8) -> rule1))]", "representation": "(\"Harry\" \"is\" \"round\" \"-\")", "proofsWithIntermediates": [ { "representation": "((((triple8 ((((triple8 triple7) -> (rule6 % int4)) triple7) -> (rule7 % int3)) triple7) -> (rule5 % int2)) triple6 triple8) -> (rule1 % int1))", "intermediates": [ { "text": "Harry is round.", "representation": "(\"Harry\" \"is\" \"round\" \"+\")", "id": "int1" }, { "text": "Harry is blue.", "representation": "(\"Harry\" \"is\" \"blue\" \"+\")", "id": "int2" }, { "text": "Harry is rough.", "representation": "(\"Harry\" \"is\" \"rough\" \"+\")", "id": "int3" }, { "text": "Harry is nice.", "representation": "(\"Harry\" \"is\" \"nice\" \"+\")", "id": "int4" } ] } ] }, "Q11": { "question": "Harry is red.", "answer": "True", "QDep": 5, "QLen": "26", "strategy": "proof", "proofs": "[(((((((triple8 ((((triple8 triple7) -> rule6) triple7) -> rule7) triple7) -> rule5) triple7 ((triple8 triple7) -> rule6)) -> rule2) triple8 ((((triple8 ((((triple8 triple7) -> rule6) triple7) -> rule7) triple7) -> rule5) triple6 triple8) -> rule1)) -> rule3))]", "representation": "(\"Harry\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((((triple8 ((((triple8 triple7) -> (rule6 % int6)) triple7) -> (rule7 % int5)) triple7) -> (rule5 % int4)) triple7 ((triple8 triple7) -> (rule6 % int6))) -> (rule2 % int3)) triple8 ((((triple8 ((((triple8 triple7) -> (rule6 % int6)) triple7) -> (rule7 % int5)) triple7) -> (rule5 % int4)) triple6 triple8) -> (rule1 % int2))) -> (rule3 % int1))", "intermediates": [ { "text": "Harry is red.", "representation": "(\"Harry\" \"is\" \"red\" \"+\")", "id": "int1" }, { "text": "Harry is round.", "representation": "(\"Harry\" \"is\" \"round\" \"+\")", "id": "int2" }, { "text": "Harry is young.", "representation": "(\"Harry\" \"is\" \"young\" \"+\")", "id": "int3" }, { "text": "Harry is blue.", "representation": "(\"Harry\" \"is\" \"blue\" \"+\")", "id": "int4" }, { "text": "Harry is rough.", "representation": "(\"Harry\" \"is\" \"rough\" \"+\")", "id": "int5" }, { "text": "Harry is nice.", "representation": "(\"Harry\" \"is\" \"nice\" \"+\")", "id": "int6" } ] } ] }, "Q12": { "question": "Harry is not red.", "answer": "False", "QDep": 5, "QLen": "26", "strategy": "inv-proof", "proofs": "[(((((((triple8 ((((triple8 triple7) -> rule6) triple7) -> rule7) triple7) -> rule5) triple7 ((triple8 triple7) -> rule6)) -> rule2) triple8 ((((triple8 ((((triple8 triple7) -> rule6) triple7) -> rule7) triple7) -> rule5) triple6 triple8) -> rule1)) -> rule3))]", "representation": "(\"Harry\" \"is\" \"red\" \"-\")", "proofsWithIntermediates": [ { "representation": "((((((triple8 ((((triple8 triple7) -> (rule6 % int6)) triple7) -> (rule7 % int5)) triple7) -> (rule5 % int4)) triple7 ((triple8 triple7) -> (rule6 % int6))) -> (rule2 % int3)) triple8 ((((triple8 ((((triple8 triple7) -> (rule6 % int6)) triple7) -> (rule7 % int5)) triple7) -> (rule5 % int4)) triple6 triple8) -> (rule1 % int2))) -> (rule3 % int1))", "intermediates": [ { "text": "Harry is red.", "representation": "(\"Harry\" \"is\" \"red\" \"+\")", "id": "int1" }, { "text": "Harry is round.", "representation": "(\"Harry\" \"is\" \"round\" \"+\")", "id": "int2" }, { "text": "Harry is young.", "representation": "(\"Harry\" \"is\" \"young\" \"+\")", "id": "int3" }, { "text": "Harry is blue.", "representation": "(\"Harry\" \"is\" \"blue\" \"+\")", "id": "int4" }, { "text": "Harry is rough.", "representation": "(\"Harry\" \"is\" \"rough\" \"+\")", "id": "int5" }, { "text": "Harry is nice.", "representation": "(\"Harry\" \"is\" \"nice\" \"+\")", "id": "int6" } ] } ] }, "Q13": { "question": "Bob is not nice.", "answer": "Unknown", "QDep": 3, "QLen": "", "strategy": "inv-rconc", "proofs": "[@3: Bob is nice.[CWA. Example of deepest failure = (rule6 <- rule4 <- rule5 <- FAIL)]]", "representation": "(\"Bob\" \"is\" \"nice\" \"-\")" }, "Q14": { "question": "Dave is blue.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "rconc", "proofs": "[@1: Dave is blue.[CWA. Example of deepest failure = (rule5 <- FAIL)]]", "representation": "(\"Dave\" \"is\" \"blue\" \"+\")" }, "Q15": { "question": "Bob is not green.", "answer": "Unknown", "QDep": 2, "QLen": "", "strategy": "inv-rconc", "proofs": "[@2: Bob is green.[CWA. Example of deepest failure = (rule4 <- rule5 <- FAIL)]]", "representation": "(\"Bob\" \"is\" \"green\" \"-\")" }, "Q16": { "question": "Bob is rough.", "answer": "Unknown", "QDep": 3, "QLen": "", "strategy": "rconc", "proofs": "[@3: Bob is rough.[CWA. Example of deepest failure = (rule7 <- rule4 <- rule5 <- FAIL)]]", "representation": "(\"Bob\" \"is\" \"rough\" \"+\")" }, "Q17": { "question": "Dave is not red.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Dave is red.[CWA. Example of deepest failure = (rule3 <- FAIL)]]", "representation": "(\"Dave\" \"is\" \"red\" \"-\")" }, "Q18": { "question": "Eric is rough.", "answer": "Unknown", "QDep": 2, "QLen": "", "strategy": "rconc", "proofs": "[@2: Eric is rough.[CWA. Example of deepest failure = (rule7 <- rule6 <- FAIL)]]", "representation": "(\"Eric\" \"is\" \"rough\" \"+\")" }, "Q19": { "question": "Dave is not big.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Dave is big.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Dave\" \"is\" \"big\" \"-\")" }, "Q20": { "question": "Eric is kind.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Eric is kind.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Eric\" \"is\" \"kind\" \"+\")" }, "Q21": { "question": "Bob is not cold.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Bob is cold.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Bob\" \"is\" \"cold\" \"-\")" }, "Q22": { "question": "Harry is cold.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Harry is cold.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Harry\" \"is\" \"cold\" \"+\")" }, "Q23": { "question": "Eric is not big.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Eric is big.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Eric\" \"is\" \"big\" \"-\")" }, "Q24": { "question": "Dave is cold.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Dave is cold.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Dave\" \"is\" \"cold\" \"+\")" } }

[ { "text": "Bob is big.", "QDep": 0, "representation": "(\"Bob\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple2", "intermediates": [] } ] }, { "text": "Bob is kind.", "QDep": 0, "representation": "(\"Bob\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple1", "intermediates": [] } ] }, { "text": "Dave is green.", "QDep": 0, "representation": "(\"Dave\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple4", "intermediates": [] } ] }, { "text": "Dave is round.", "QDep": 0, "representation": "(\"Dave\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple3", "intermediates": [] } ] }, { "text": "Eric is cold.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple5", "intermediates": [] } ] }, { "text": "Harry is big.", "QDep": 0, "representation": "(\"Harry\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple8", "intermediates": [] } ] }, { "text": "Harry is green.", "QDep": 0, "representation": "(\"Harry\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple7", "intermediates": [] } ] }, { "text": "Harry is kind.", "QDep": 0, "representation": "(\"Harry\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple6", "intermediates": [] } ] }, { "text": "Harry is nice.", "QDep": 1, "representation": "(\"Harry\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple8 triple7) -> (rule6 % int1))", "intermediates": [ { "text": "Harry is nice.", "representation": "(\"Harry\" \"is\" \"nice\" \"+\")", "id": "int1" } ] } ] }, { "text": "Harry is rough.", "QDep": 2, "representation": "(\"Harry\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple8 triple7) -> (rule6 % int2)) triple7) -> (rule7 % int1))", "intermediates": [ { "text": "Harry is rough.", "representation": "(\"Harry\" \"is\" \"rough\" \"+\")", "id": "int1" }, { "text": "Harry is nice.", "representation": "(\"Harry\" \"is\" \"nice\" \"+\")", "id": "int2" } ] } ] }, { "text": "Harry is blue.", "QDep": 3, "representation": "(\"Harry\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple8 ((((triple8 triple7) -> (rule6 % int3)) triple7) -> (rule7 % int2)) triple7) -> (rule5 % int1))", "intermediates": [ { "text": "Harry is blue.", "representation": "(\"Harry\" \"is\" \"blue\" \"+\")", "id": "int1" }, { "text": "Harry is rough.", "representation": "(\"Harry\" \"is\" \"rough\" \"+\")", "id": "int2" }, { "text": "Harry is nice.", "representation": "(\"Harry\" \"is\" \"nice\" \"+\")", "id": "int3" } ] } ] }, { "text": "Harry is round.", "QDep": 4, "representation": "(\"Harry\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple8 ((((triple8 triple7) -> (rule6 % int4)) triple7) -> (rule7 % int3)) triple7) -> (rule5 % int2)) triple6 triple8) -> (rule1 % int1))", "intermediates": [ { "text": "Harry is round.", "representation": "(\"Harry\" \"is\" \"round\" \"+\")", "id": "int1" }, { "text": "Harry is blue.", "representation": "(\"Harry\" \"is\" \"blue\" \"+\")", "id": "int2" }, { "text": "Harry is rough.", "representation": "(\"Harry\" \"is\" \"rough\" \"+\")", "id": "int3" }, { "text": "Harry is nice.", "representation": "(\"Harry\" \"is\" \"nice\" \"+\")", "id": "int4" } ] } ] }, { "text": "Harry is young.", "QDep": 4, "representation": "(\"Harry\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple8 ((((triple8 triple7) -> (rule6 % int4)) triple7) -> (rule7 % int3)) triple7) -> (rule5 % int2)) triple7 ((triple8 triple7) -> (rule6 % int4))) -> (rule2 % int1))", "intermediates": [ { "text": "Harry is young.", "representation": "(\"Harry\" \"is\" \"young\" \"+\")", "id": "int1" }, { "text": "Harry is blue.", "representation": "(\"Harry\" \"is\" \"blue\" \"+\")", "id": "int2" }, { "text": "Harry is rough.", "representation": "(\"Harry\" \"is\" \"rough\" \"+\")", "id": "int3" }, { "text": "Harry is nice.", "representation": "(\"Harry\" \"is\" \"nice\" \"+\")", "id": "int4" } ] } ] }, { "text": "Harry is red.", "QDep": 5, "representation": "(\"Harry\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((((triple8 ((((triple8 triple7) -> (rule6 % int6)) triple7) -> (rule7 % int5)) triple7) -> (rule5 % int4)) triple7 ((triple8 triple7) -> (rule6 % int6))) -> (rule2 % int3)) triple8 ((((triple8 ((((triple8 triple7) -> (rule6 % int6)) triple7) -> (rule7 % int5)) triple7) -> (rule5 % int4)) triple6 triple8) -> (rule1 % int2))) -> (rule3 % int1))", "intermediates": [ { "text": "Harry is red.", "representation": "(\"Harry\" \"is\" \"red\" \"+\")", "id": "int1" }, { "text": "Harry is round.", "representation": "(\"Harry\" \"is\" \"round\" \"+\")", "id": "int2" }, { "text": "Harry is young.", "representation": "(\"Harry\" \"is\" \"young\" \"+\")", "id": "int3" }, { "text": "Harry is blue.", "representation": "(\"Harry\" \"is\" \"blue\" \"+\")", "id": "int4" }, { "text": "Harry is rough.", "representation": "(\"Harry\" \"is\" \"rough\" \"+\")", "id": "int5" }, { "text": "Harry is nice.", "representation": "(\"Harry\" \"is\" \"nice\" \"+\")", "id": "int6" } ] } ] } ]

{ "triple1": "sent1", "triple2": "sent1", "triple3": "sent2", "triple4": "sent2", "triple5": "sent3", "triple6": "sent4", "triple7": "sent4", "triple8": "sent4", "triple9": null, "triple10": null, "rule1": "sent5", "rule2": "sent6", "rule3": "sent7", "rule4": "sent8", "rule5": "sent9", "rule6": "sent10", "rule7": "sent11", "triple11": null, "triple12": null }

{ "sent1": "That guy Bob is big, but he's always kind to little ones.", "sent2": "Dave is round shaped and green colored.", "sent3": "In the snow sits Eric, crying from being cold.", "sent4": "Harry, a green man, was also big, but underneath he was kind.", "sent5": "A big, blue person who is kind is also round.", "sent6": "A person that is blue green and nice are that way because they are still young.", "sent7": "Anyone who's got young, round and big traits is bound to have a red trait, too.", "sent8": "A blue and round human being will also be a green human being.", "sent9": "A person that is known to be big and rough is also green, they will feel blue about it.", "sent10": "People that are big but also green, may ultimately be very nice.", "sent11": "Green people who are nice are rough." }

{ "triple1": { "text": "Alan is young.", "representation": "(\"Alan\" \"is\" \"young\" \"+\")" }, "triple2": { "text": "Alan is red.", "representation": "(\"Alan\" \"is\" \"red\" \"+\")" }, "triple3": { "text": "Alan is green.", "representation": "(\"Alan\" \"is\" \"green\" \"+\")" }, "triple4": { "text": "Alan is cold.", "representation": "(\"Alan\" \"is\" \"cold\" \"+\")" }, "triple5": { "text": "Bob is young.", "representation": "(\"Bob\" \"is\" \"young\" \"+\")" }, "triple6": { "text": "Charlie is green.", "representation": "(\"Charlie\" \"is\" \"green\" \"+\")" }, "triple7": { "text": "Harry is young.", "representation": "(\"Harry\" \"is\" \"young\" \"+\")" }, "triple8": { "text": "Harry is nice.", "representation": "(\"Harry\" \"is\" \"nice\" \"+\")" }, "triple9": { "text": "Harry is green.", "representation": "(\"Harry\" \"is\" \"green\" \"+\")" }, "triple10": { "text": "Harry is cold.", "representation": "(\"Harry\" \"is\" \"cold\" \"+\")" }, "triple11": { "text": "Harry is blue.", "representation": "(\"Harry\" \"is\" \"blue\" \"+\")" }, "triple12": { "text": "Harry is big.", "representation": "(\"Harry\" \"is\" \"big\" \"+\")" } }

{ "rule1": { "text": "If someone is nice and round then they are red.", "representation": "(((\"someone\" \"is\" \"nice\" \"+\") (\"someone\" \"is\" \"round\" \"+\")) -> (\"someone\" \"is\" \"red\" \"+\"))" }, "rule2": { "text": "If someone is green and nice and red then they are kind.", "representation": "(((\"someone\" \"is\" \"green\" \"+\") (\"someone\" \"is\" \"nice\" \"+\") (\"someone\" \"is\" \"red\" \"+\")) -> (\"someone\" \"is\" \"kind\" \"+\"))" }, "rule3": { "text": "If someone is nice and rough then they are blue.", "representation": "(((\"someone\" \"is\" \"nice\" \"+\") (\"someone\" \"is\" \"rough\" \"+\")) -> (\"someone\" \"is\" \"blue\" \"+\"))" }, "rule4": { "text": "If someone is blue and cold then they are round.", "representation": "(((\"someone\" \"is\" \"blue\" \"+\") (\"someone\" \"is\" \"cold\" \"+\")) -> (\"someone\" \"is\" \"round\" \"+\"))" }, "rule5": { "text": "If someone is kind and blue then they are nice.", "representation": "(((\"someone\" \"is\" \"kind\" \"+\") (\"someone\" \"is\" \"blue\" \"+\")) -> (\"someone\" \"is\" \"nice\" \"+\"))" }, "rule6": { "text": "If someone is nice and round and rough then they are kind.", "representation": "(((\"someone\" \"is\" \"nice\" \"+\") (\"someone\" \"is\" \"round\" \"+\") (\"someone\" \"is\" \"rough\" \"+\")) -> (\"someone\" \"is\" \"kind\" \"+\"))" }, "rule7": { "text": "If someone is kind and nice and round then they are green.", "representation": "(((\"someone\" \"is\" \"kind\" \"+\") (\"someone\" \"is\" \"nice\" \"+\") (\"someone\" \"is\" \"round\" \"+\")) -> (\"someone\" \"is\" \"green\" \"+\"))" } }

{ "Q1": { "question": "Harry is big.", "answer": "True", "QDep": 0, "QLen": "1", "strategy": "proof", "proofs": "[(triple12)]", "representation": "(\"Harry\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple12", "intermediates": [] } ] }, "Q2": { "question": "Charlie is not green.", "answer": "False", "QDep": 0, "QLen": "1", "strategy": "inv-proof", "proofs": "[(triple6)]", "representation": "(\"Charlie\" \"is\" \"green\" \"-\")", "proofsWithIntermediates": [ { "representation": "triple6", "intermediates": [] } ] }, "Q3": { "question": "Harry is round.", "answer": "True", "QDep": 1, "QLen": "3", "strategy": "proof", "proofs": "[(((triple11 triple10) -> rule4))]", "representation": "(\"Harry\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple11 triple10) -> (rule4 % int1))", "intermediates": [ { "text": "Harry is round.", "representation": "(\"Harry\" \"is\" \"round\" \"+\")", "id": "int1" } ] } ] }, "Q4": { "question": "Harry is not round.", "answer": "False", "QDep": 1, "QLen": "3", "strategy": "inv-proof", "proofs": "[(((triple11 triple10) -> rule4))]", "representation": "(\"Harry\" \"is\" \"round\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple11 triple10) -> (rule4 % int1))", "intermediates": [ { "text": "Harry is round.", "representation": "(\"Harry\" \"is\" \"round\" \"+\")", "id": "int1" } ] } ] }, "Q5": { "question": "Harry is red.", "answer": "True", "QDep": 2, "QLen": "5", "strategy": "proof", "proofs": "[(((triple8 ((triple11 triple10) -> rule4)) -> rule1))]", "representation": "(\"Harry\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple8 ((triple11 triple10) -> (rule4 % int2))) -> (rule1 % int1))", "intermediates": [ { "text": "Harry is red.", "representation": "(\"Harry\" \"is\" \"red\" \"+\")", "id": "int1" }, { "text": "Harry is round.", "representation": "(\"Harry\" \"is\" \"round\" \"+\")", "id": "int2" } ] } ] }, "Q6": { "question": "Harry is not red.", "answer": "False", "QDep": 2, "QLen": "5", "strategy": "inv-proof", "proofs": "[(((triple8 ((triple11 triple10) -> rule4)) -> rule1))]", "representation": "(\"Harry\" \"is\" \"red\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple8 ((triple11 triple10) -> (rule4 % int2))) -> (rule1 % int1))", "intermediates": [ { "text": "Harry is red.", "representation": "(\"Harry\" \"is\" \"red\" \"+\")", "id": "int1" }, { "text": "Harry is round.", "representation": "(\"Harry\" \"is\" \"round\" \"+\")", "id": "int2" } ] } ] }, "Q7": { "question": "Harry is kind.", "answer": "True", "QDep": 3, "QLen": "8", "strategy": "proof", "proofs": "[(((triple9 triple8 ((triple8 ((triple11 triple10) -> rule4)) -> rule1)) -> rule2))]", "representation": "(\"Harry\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple9 triple8 ((triple8 ((triple11 triple10) -> (rule4 % int3))) -> (rule1 % int2))) -> (rule2 % int1))", "intermediates": [ { "text": "Harry is kind.", "representation": "(\"Harry\" \"is\" \"kind\" \"+\")", "id": "int1" }, { "text": "Harry is red.", "representation": "(\"Harry\" \"is\" \"red\" \"+\")", "id": "int2" }, { "text": "Harry is round.", "representation": "(\"Harry\" \"is\" \"round\" \"+\")", "id": "int3" } ] } ] }, "Q8": { "question": "Harry is not kind.", "answer": "False", "QDep": 3, "QLen": "8", "strategy": "inv-proof", "proofs": "[(((triple9 triple8 ((triple8 ((triple11 triple10) -> rule4)) -> rule1)) -> rule2))]", "representation": "(\"Harry\" \"is\" \"kind\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple9 triple8 ((triple8 ((triple11 triple10) -> (rule4 % int3))) -> (rule1 % int2))) -> (rule2 % int1))", "intermediates": [ { "text": "Harry is kind.", "representation": "(\"Harry\" \"is\" \"kind\" \"+\")", "id": "int1" }, { "text": "Harry is red.", "representation": "(\"Harry\" \"is\" \"red\" \"+\")", "id": "int2" }, { "text": "Harry is round.", "representation": "(\"Harry\" \"is\" \"round\" \"+\")", "id": "int3" } ] } ] }, "Q9": { "question": "Bob is not round.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Bob is round.[CWA. Example of deepest failure = (rule4 <- FAIL)]]", "representation": "(\"Bob\" \"is\" \"round\" \"-\")", "proofsWithIntermediates": null }, "Q10": { "question": "Charlie is red.", "answer": "Unknown", "QDep": 2, "QLen": "", "strategy": "rconc", "proofs": "[@2: Charlie is red.[CWA. Example of deepest failure = (rule1 <- rule4 <- FAIL)]]", "representation": "(\"Charlie\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": null }, "Q11": { "question": "Bob is not blue.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Bob is blue.[CWA. Example of deepest failure = (rule3 <- FAIL)]]", "representation": "(\"Bob\" \"is\" \"blue\" \"-\")", "proofsWithIntermediates": null }, "Q12": { "question": "Charlie is nice.", "answer": "Unknown", "QDep": 2, "QLen": "", "strategy": "rconc", "proofs": "[@2: Charlie is nice.[CWA. Example of deepest failure = (rule5 <- rule2 <- FAIL)]]", "representation": "(\"Charlie\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": null }, "Q13": { "question": "Alan is not big.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Alan is big.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Alan\" \"is\" \"big\" \"-\")" }, "Q14": { "question": "Alan is rough.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Alan is rough.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Alan\" \"is\" \"rough\" \"+\")" }, "Q15": { "question": "Charlie is not cold.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Charlie is cold.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Charlie\" \"is\" \"cold\" \"-\")" }, "Q16": { "question": "Bob is cold.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Bob is cold.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Bob\" \"is\" \"cold\" \"+\")" }, "Q17": null, "Q18": null, "Q19": null, "Q20": null, "Q21": null, "Q22": null, "Q23": null, "Q24": null }

[ { "text": "Alan is cold.", "QDep": 0, "representation": "(\"Alan\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple4", "intermediates": [] } ] }, { "text": "Alan is green.", "QDep": 0, "representation": "(\"Alan\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple3", "intermediates": [] } ] }, { "text": "Alan is red.", "QDep": 0, "representation": "(\"Alan\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple2", "intermediates": [] } ] }, { "text": "Alan is young.", "QDep": 0, "representation": "(\"Alan\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple1", "intermediates": [] } ] }, { "text": "Bob is young.", "QDep": 0, "representation": "(\"Bob\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple5", "intermediates": [] } ] }, { "text": "Charlie is green.", "QDep": 0, "representation": "(\"Charlie\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple6", "intermediates": [] } ] }, { "text": "Harry is big.", "QDep": 0, "representation": "(\"Harry\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple12", "intermediates": [] } ] }, { "text": "Harry is blue.", "QDep": 0, "representation": "(\"Harry\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple11", "intermediates": [] } ] }, { "text": "Harry is cold.", "QDep": 0, "representation": "(\"Harry\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple10", "intermediates": [] } ] }, { "text": "Harry is green.", "QDep": 0, "representation": "(\"Harry\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple9", "intermediates": [] } ] }, { "text": "Harry is nice.", "QDep": 0, "representation": "(\"Harry\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple8", "intermediates": [] } ] }, { "text": "Harry is young.", "QDep": 0, "representation": "(\"Harry\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple7", "intermediates": [] } ] }, { "text": "Harry is round.", "QDep": 1, "representation": "(\"Harry\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple11 triple10) -> (rule4 % int1))", "intermediates": [ { "text": "Harry is round.", "representation": "(\"Harry\" \"is\" \"round\" \"+\")", "id": "int1" } ] } ] }, { "text": "Harry is red.", "QDep": 2, "representation": "(\"Harry\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple8 ((triple11 triple10) -> (rule4 % int2))) -> (rule1 % int1))", "intermediates": [ { "text": "Harry is red.", "representation": "(\"Harry\" \"is\" \"red\" \"+\")", "id": "int1" }, { "text": "Harry is round.", "representation": "(\"Harry\" \"is\" \"round\" \"+\")", "id": "int2" } ] } ] }, { "text": "Harry is kind.", "QDep": 3, "representation": "(\"Harry\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple9 triple8 ((triple8 ((triple11 triple10) -> (rule4 % int3))) -> (rule1 % int2))) -> (rule2 % int1))", "intermediates": [ { "text": "Harry is kind.", "representation": "(\"Harry\" \"is\" \"kind\" \"+\")", "id": "int1" }, { "text": "Harry is red.", "representation": "(\"Harry\" \"is\" \"red\" \"+\")", "id": "int2" }, { "text": "Harry is round.", "representation": "(\"Harry\" \"is\" \"round\" \"+\")", "id": "int3" } ] } ] } ]

{ "triple1": "sent1", "triple2": "sent1", "triple3": "sent1", "triple4": "sent1", "triple5": "sent2", "triple6": "sent3", "triple7": "sent4", "triple8": "sent4", "triple9": "sent4", "triple10": "sent4", "rule1": "sent5", "rule2": "sent6", "rule3": "sent7", "rule4": "sent8", "rule5": "sent9", "rule6": "sent10", "rule7": "sent11", "triple11": "sent4", "triple12": "sent4" }

{ "sent1": "Young Alan is red, green and cold.", "sent2": "Bob was born only a few years ago so he is young.", "sent3": "Charlie ate some rotten meat and now feels green.", "sent4": "Harry is a big young guy who is always nice even when feeling cold or blue; Today however he is looking green due to being ill.", "sent5": "If people are nice and round, they look red.", "sent6": "A green and red colored person who is rather nice will definitely be kind.", "sent7": "Those who are nice but a bit rough around the edges are known for being blue.", "sent8": "Blue people who are cold are always round in shape.", "sent9": "Anyone you find who happens to be kind and blue will also be very nice.", "sent10": "As someone can be round and rough, they can also be nice and kind.", "sent11": "Anyone who is known to be kind, nice, and round is generally also known to be a green color." }

{ "triple1": { "text": "Dave is green.", "representation": "(\"Dave\" \"is\" \"green\" \"+\")" }, "triple2": { "text": "Eric is rough.", "representation": "(\"Eric\" \"is\" \"rough\" \"+\")" }, "triple3": { "text": "Eric is red.", "representation": "(\"Eric\" \"is\" \"red\" \"+\")" }, "triple4": { "text": "Eric is blue.", "representation": "(\"Eric\" \"is\" \"blue\" \"+\")" }, "triple5": { "text": "Fred is young.", "representation": "(\"Fred\" \"is\" \"young\" \"+\")" }, "triple6": { "text": "Fred is cold.", "representation": "(\"Fred\" \"is\" \"cold\" \"+\")" }, "triple7": { "text": "Fred is blue.", "representation": "(\"Fred\" \"is\" \"blue\" \"+\")" }, "triple8": { "text": "Fred is big.", "representation": "(\"Fred\" \"is\" \"big\" \"+\")" }, "triple9": { "text": "Harry is young.", "representation": "(\"Harry\" \"is\" \"young\" \"+\")" }, "triple10": { "text": "Harry is green.", "representation": "(\"Harry\" \"is\" \"green\" \"+\")" }, "triple11": { "text": "Harry is blue.", "representation": "(\"Harry\" \"is\" \"blue\" \"+\")" }, "triple12": null }

{ "rule1": { "text": "If someone is rough then they are round.", "representation": "(((\"someone\" \"is\" \"rough\" \"+\")) -> (\"someone\" \"is\" \"round\" \"+\"))" }, "rule2": { "text": "If someone is blue and nice then they are big.", "representation": "(((\"someone\" \"is\" \"blue\" \"+\") (\"someone\" \"is\" \"nice\" \"+\")) -> (\"someone\" \"is\" \"big\" \"+\"))" }, "rule3": { "text": "If someone is nice and blue and kind then they are green.", "representation": "(((\"someone\" \"is\" \"nice\" \"+\") (\"someone\" \"is\" \"blue\" \"+\") (\"someone\" \"is\" \"kind\" \"+\")) -> (\"someone\" \"is\" \"green\" \"+\"))" }, "rule4": { "text": "If someone is big and young and round then they are red.", "representation": "(((\"someone\" \"is\" \"big\" \"+\") (\"someone\" \"is\" \"young\" \"+\") (\"someone\" \"is\" \"round\" \"+\")) -> (\"someone\" \"is\" \"red\" \"+\"))" }, "rule5": { "text": "If someone is blue and green and big then they are nice.", "representation": "(((\"someone\" \"is\" \"blue\" \"+\") (\"someone\" \"is\" \"green\" \"+\") (\"someone\" \"is\" \"big\" \"+\")) -> (\"someone\" \"is\" \"nice\" \"+\"))" }, "rule6": { "text": "If someone is young and red then they are nice.", "representation": "(((\"someone\" \"is\" \"young\" \"+\") (\"someone\" \"is\" \"red\" \"+\")) -> (\"someone\" \"is\" \"nice\" \"+\"))" }, "rule7": { "text": "If someone is blue and cold and big then they are rough.", "representation": "(((\"someone\" \"is\" \"blue\" \"+\") (\"someone\" \"is\" \"cold\" \"+\") (\"someone\" \"is\" \"big\" \"+\")) -> (\"someone\" \"is\" \"rough\" \"+\"))" } }

{ "Q1": { "question": "Harry is blue.", "answer": "True", "QDep": 0, "QLen": "1", "strategy": "proof", "proofs": "[(triple11)]", "representation": "(\"Harry\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple11", "intermediates": [] } ] }, "Q2": { "question": "Eric is not rough.", "answer": "False", "QDep": 0, "QLen": "1", "strategy": "inv-proof", "proofs": "[(triple2)]", "representation": "(\"Eric\" \"is\" \"rough\" \"-\")", "proofsWithIntermediates": [ { "representation": "triple2", "intermediates": [] } ] }, "Q3": { "question": "Fred is rough.", "answer": "True", "QDep": 1, "QLen": "4", "strategy": "proof", "proofs": "[(((triple7 triple6 triple8) -> rule7))]", "representation": "(\"Fred\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple7 triple6 triple8) -> (rule7 % int1))", "intermediates": [ { "text": "Fred is rough.", "representation": "(\"Fred\" \"is\" \"rough\" \"+\")", "id": "int1" } ] } ] }, "Q4": { "question": "Fred is not rough.", "answer": "False", "QDep": 1, "QLen": "4", "strategy": "inv-proof", "proofs": "[(((triple7 triple6 triple8) -> rule7))]", "representation": "(\"Fred\" \"is\" \"rough\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple7 triple6 triple8) -> (rule7 % int1))", "intermediates": [ { "text": "Fred is rough.", "representation": "(\"Fred\" \"is\" \"rough\" \"+\")", "id": "int1" } ] } ] }, "Q5": { "question": "Fred is round.", "answer": "True", "QDep": 2, "QLen": "5", "strategy": "proof", "proofs": "[(((((triple7 triple6 triple8) -> rule7)) -> rule1))]", "representation": "(\"Fred\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple7 triple6 triple8) -> (rule7 % int2))) -> (rule1 % int1))", "intermediates": [ { "text": "Fred is round.", "representation": "(\"Fred\" \"is\" \"round\" \"+\")", "id": "int1" }, { "text": "Fred is rough.", "representation": "(\"Fred\" \"is\" \"rough\" \"+\")", "id": "int2" } ] } ] }, "Q6": { "question": "Fred is not round.", "answer": "False", "QDep": 2, "QLen": "5", "strategy": "inv-proof", "proofs": "[(((((triple7 triple6 triple8) -> rule7)) -> rule1))]", "representation": "(\"Fred\" \"is\" \"round\" \"-\")", "proofsWithIntermediates": [ { "representation": "((((triple7 triple6 triple8) -> (rule7 % int2))) -> (rule1 % int1))", "intermediates": [ { "text": "Fred is round.", "representation": "(\"Fred\" \"is\" \"round\" \"+\")", "id": "int1" }, { "text": "Fred is rough.", "representation": "(\"Fred\" \"is\" \"rough\" \"+\")", "id": "int2" } ] } ] }, "Q7": { "question": "Fred is red.", "answer": "True", "QDep": 3, "QLen": "8", "strategy": "proof", "proofs": "[(((triple8 triple5 ((((triple7 triple6 triple8) -> rule7)) -> rule1)) -> rule4))]", "representation": "(\"Fred\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple8 triple5 ((((triple7 triple6 triple8) -> (rule7 % int3))) -> (rule1 % int2))) -> (rule4 % int1))", "intermediates": [ { "text": "Fred is red.", "representation": "(\"Fred\" \"is\" \"red\" \"+\")", "id": "int1" }, { "text": "Fred is round.", "representation": "(\"Fred\" \"is\" \"round\" \"+\")", "id": "int2" }, { "text": "Fred is rough.", "representation": "(\"Fred\" \"is\" \"rough\" \"+\")", "id": "int3" } ] } ] }, "Q8": { "question": "Fred is not red.", "answer": "False", "QDep": 3, "QLen": "8", "strategy": "inv-proof", "proofs": "[(((triple8 triple5 ((((triple7 triple6 triple8) -> rule7)) -> rule1)) -> rule4))]", "representation": "(\"Fred\" \"is\" \"red\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple8 triple5 ((((triple7 triple6 triple8) -> (rule7 % int3))) -> (rule1 % int2))) -> (rule4 % int1))", "intermediates": [ { "text": "Fred is red.", "representation": "(\"Fred\" \"is\" \"red\" \"+\")", "id": "int1" }, { "text": "Fred is round.", "representation": "(\"Fred\" \"is\" \"round\" \"+\")", "id": "int2" }, { "text": "Fred is rough.", "representation": "(\"Fred\" \"is\" \"rough\" \"+\")", "id": "int3" } ] } ] }, "Q9": { "question": "Fred is nice.", "answer": "True", "QDep": 4, "QLen": "10", "strategy": "proof", "proofs": "[(((triple5 ((triple8 triple5 ((((triple7 triple6 triple8) -> rule7)) -> rule1)) -> rule4)) -> rule6))]", "representation": "(\"Fred\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple5 ((triple8 triple5 ((((triple7 triple6 triple8) -> (rule7 % int4))) -> (rule1 % int3))) -> (rule4 % int2))) -> (rule6 % int1))", "intermediates": [ { "text": "Fred is nice.", "representation": "(\"Fred\" \"is\" \"nice\" \"+\")", "id": "int1" }, { "text": "Fred is red.", "representation": "(\"Fred\" \"is\" \"red\" \"+\")", "id": "int2" }, { "text": "Fred is round.", "representation": "(\"Fred\" \"is\" \"round\" \"+\")", "id": "int3" }, { "text": "Fred is rough.", "representation": "(\"Fred\" \"is\" \"rough\" \"+\")", "id": "int4" } ] } ] }, "Q10": { "question": "Fred is not nice.", "answer": "False", "QDep": 4, "QLen": "10", "strategy": "inv-proof", "proofs": "[(((triple5 ((triple8 triple5 ((((triple7 triple6 triple8) -> rule7)) -> rule1)) -> rule4)) -> rule6))]", "representation": "(\"Fred\" \"is\" \"nice\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple5 ((triple8 triple5 ((((triple7 triple6 triple8) -> (rule7 % int4))) -> (rule1 % int3))) -> (rule4 % int2))) -> (rule6 % int1))", "intermediates": [ { "text": "Fred is nice.", "representation": "(\"Fred\" \"is\" \"nice\" \"+\")", "id": "int1" }, { "text": "Fred is red.", "representation": "(\"Fred\" \"is\" \"red\" \"+\")", "id": "int2" }, { "text": "Fred is round.", "representation": "(\"Fred\" \"is\" \"round\" \"+\")", "id": "int3" }, { "text": "Fred is rough.", "representation": "(\"Fred\" \"is\" \"rough\" \"+\")", "id": "int4" } ] } ] }, "Q11": { "question": "Harry is not round.", "answer": "Unknown", "QDep": 2, "QLen": "", "strategy": "inv-rconc", "proofs": "[@2: Harry is round.[CWA. Example of deepest failure = (rule1 <- rule7 <- FAIL)]]", "representation": "(\"Harry\" \"is\" \"round\" \"-\")", "proofsWithIntermediates": null }, "Q12": { "question": "Eric is green.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "rconc", "proofs": "[@1: Eric is green.[CWA. Example of deepest failure = (rule3 <- FAIL)]]", "representation": "(\"Eric\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": null }, "Q13": { "question": "Dave is not round.", "answer": "Unknown", "QDep": 2, "QLen": "", "strategy": "inv-rconc", "proofs": "[@2: Dave is round.[CWA. Example of deepest failure = (rule1 <- rule7 <- FAIL)]]", "representation": "(\"Dave\" \"is\" \"round\" \"-\")" }, "Q14": { "question": "Harry is rough.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "rconc", "proofs": "[@1: Harry is rough.[CWA. Example of deepest failure = (rule7 <- FAIL)]]", "representation": "(\"Harry\" \"is\" \"rough\" \"+\")" }, "Q15": { "question": "Fred is not green.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Fred is green.[CWA. Example of deepest failure = (rule3 <- FAIL)]]", "representation": "(\"Fred\" \"is\" \"green\" \"-\")" }, "Q16": { "question": "Harry is kind.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Harry is kind.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Harry\" \"is\" \"kind\" \"+\")" }, "Q17": { "question": "Dave is not cold.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Dave is cold.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Dave\" \"is\" \"cold\" \"-\")" }, "Q18": { "question": "Eric is cold.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Eric is cold.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Eric\" \"is\" \"cold\" \"+\")" }, "Q19": { "question": "Dave is not kind.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Dave is kind.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Dave\" \"is\" \"kind\" \"-\")" }, "Q20": { "question": "Dave is blue.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Dave is blue.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Dave\" \"is\" \"blue\" \"+\")" }, "Q21": null, "Q22": null, "Q23": null, "Q24": null }

[ { "text": "Dave is green.", "QDep": 0, "representation": "(\"Dave\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple1", "intermediates": [] } ] }, { "text": "Eric is blue.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple4", "intermediates": [] } ] }, { "text": "Eric is red.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple3", "intermediates": [] } ] }, { "text": "Eric is rough.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple2", "intermediates": [] } ] }, { "text": "Fred is big.", "QDep": 0, "representation": "(\"Fred\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple8", "intermediates": [] } ] }, { "text": "Fred is blue.", "QDep": 0, "representation": "(\"Fred\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple7", "intermediates": [] } ] }, { "text": "Fred is cold.", "QDep": 0, "representation": "(\"Fred\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple6", "intermediates": [] } ] }, { "text": "Fred is young.", "QDep": 0, "representation": "(\"Fred\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple5", "intermediates": [] } ] }, { "text": "Harry is blue.", "QDep": 0, "representation": "(\"Harry\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple11", "intermediates": [] } ] }, { "text": "Harry is green.", "QDep": 0, "representation": "(\"Harry\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple10", "intermediates": [] } ] }, { "text": "Harry is young.", "QDep": 0, "representation": "(\"Harry\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple9", "intermediates": [] } ] }, { "text": "Eric is round.", "QDep": 1, "representation": "(\"Eric\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple2) -> (rule1 % int1))", "intermediates": [ { "text": "Eric is round.", "representation": "(\"Eric\" \"is\" \"round\" \"+\")", "id": "int1" } ] } ] }, { "text": "Fred is rough.", "QDep": 1, "representation": "(\"Fred\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple7 triple6 triple8) -> (rule7 % int1))", "intermediates": [ { "text": "Fred is rough.", "representation": "(\"Fred\" \"is\" \"rough\" \"+\")", "id": "int1" } ] } ] }, { "text": "Fred is round.", "QDep": 2, "representation": "(\"Fred\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple7 triple6 triple8) -> (rule7 % int2))) -> (rule1 % int1))", "intermediates": [ { "text": "Fred is round.", "representation": "(\"Fred\" \"is\" \"round\" \"+\")", "id": "int1" }, { "text": "Fred is rough.", "representation": "(\"Fred\" \"is\" \"rough\" \"+\")", "id": "int2" } ] } ] }, { "text": "Fred is red.", "QDep": 3, "representation": "(\"Fred\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple8 triple5 ((((triple7 triple6 triple8) -> (rule7 % int3))) -> (rule1 % int2))) -> (rule4 % int1))", "intermediates": [ { "text": "Fred is red.", "representation": "(\"Fred\" \"is\" \"red\" \"+\")", "id": "int1" }, { "text": "Fred is round.", "representation": "(\"Fred\" \"is\" \"round\" \"+\")", "id": "int2" }, { "text": "Fred is rough.", "representation": "(\"Fred\" \"is\" \"rough\" \"+\")", "id": "int3" } ] } ] }, { "text": "Fred is nice.", "QDep": 4, "representation": "(\"Fred\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple5 ((triple8 triple5 ((((triple7 triple6 triple8) -> (rule7 % int4))) -> (rule1 % int3))) -> (rule4 % int2))) -> (rule6 % int1))", "intermediates": [ { "text": "Fred is nice.", "representation": "(\"Fred\" \"is\" \"nice\" \"+\")", "id": "int1" }, { "text": "Fred is red.", "representation": "(\"Fred\" \"is\" \"red\" \"+\")", "id": "int2" }, { "text": "Fred is round.", "representation": "(\"Fred\" \"is\" \"round\" \"+\")", "id": "int3" }, { "text": "Fred is rough.", "representation": "(\"Fred\" \"is\" \"rough\" \"+\")", "id": "int4" } ] } ] } ]

{ "triple1": "sent1", "triple2": "sent2", "triple3": "sent2", "triple4": "sent2", "triple5": "sent3", "triple6": "sent3", "triple7": "sent3", "triple8": "sent3", "triple9": "sent4", "triple10": "sent4", "rule1": "sent5", "rule2": "sent6", "rule3": "sent7", "rule4": "sent8", "rule5": "sent9", "rule6": "sent10", "rule7": "sent11", "triple11": "sent4", "triple12": null }

{ "sent1": "Dave ate some rotten meat and now feels green.", "sent2": "Eric fits the description of someone who is rough, red and blue.", "sent3": "Fred's a young guy; He's a cold, blue and big guy, too.", "sent4": "Being young, Harry is still green and blue.", "sent5": "Rough people are often round.", "sent6": "A nice and colored blue person will be rather big.", "sent7": "Could you imagine how weird it would be if someone was nice, blue, and kind, but not green also.", "sent8": "A big and young, round someone looks red.", "sent9": "If you meet a person who is green, big and blue, you will find them to be nice.", "sent10": "When you meet a young, red person, you'll learn they are also nice.", "sent11": "People that are blue, cold, and big, are rather rough." }

{ "triple1": { "text": "Bob is young.", "representation": "(\"Bob\" \"is\" \"young\" \"+\")" }, "triple2": { "text": "Bob is green.", "representation": "(\"Bob\" \"is\" \"green\" \"+\")" }, "triple3": { "text": "Charlie is rough.", "representation": "(\"Charlie\" \"is\" \"rough\" \"+\")" }, "triple4": { "text": "Charlie is red.", "representation": "(\"Charlie\" \"is\" \"red\" \"+\")" }, "triple5": { "text": "Charlie is blue.", "representation": "(\"Charlie\" \"is\" \"blue\" \"+\")" }, "triple6": { "text": "Charlie is big.", "representation": "(\"Charlie\" \"is\" \"big\" \"+\")" }, "triple7": { "text": "Dave is rough.", "representation": "(\"Dave\" \"is\" \"rough\" \"+\")" }, "triple8": { "text": "Dave is red.", "representation": "(\"Dave\" \"is\" \"red\" \"+\")" }, "triple9": { "text": "Dave is nice.", "representation": "(\"Dave\" \"is\" \"nice\" \"+\")" }, "triple10": { "text": "Dave is kind.", "representation": "(\"Dave\" \"is\" \"kind\" \"+\")" }, "triple11": { "text": "Dave is green.", "representation": "(\"Dave\" \"is\" \"green\" \"+\")" }, "triple12": null }

{ "rule1": { "text": "If someone is rough and cold then they are young.", "representation": "(((\"someone\" \"is\" \"rough\" \"+\") (\"someone\" \"is\" \"cold\" \"+\")) -> (\"someone\" \"is\" \"young\" \"+\"))" }, "rule2": { "text": "If someone is cold and green and big then they are young.", "representation": "(((\"someone\" \"is\" \"cold\" \"+\") (\"someone\" \"is\" \"green\" \"+\") (\"someone\" \"is\" \"big\" \"+\")) -> (\"someone\" \"is\" \"young\" \"+\"))" }, "rule3": { "text": "If someone is blue and green and rough then they are big.", "representation": "(((\"someone\" \"is\" \"blue\" \"+\") (\"someone\" \"is\" \"green\" \"+\") (\"someone\" \"is\" \"rough\" \"+\")) -> (\"someone\" \"is\" \"big\" \"+\"))" }, "rule4": { "text": "If someone is rough and blue then they are kind.", "representation": "(((\"someone\" \"is\" \"rough\" \"+\") (\"someone\" \"is\" \"blue\" \"+\")) -> (\"someone\" \"is\" \"kind\" \"+\"))" }, "rule5": { "text": "If someone is red and kind and rough then they are cold.", "representation": "(((\"someone\" \"is\" \"red\" \"+\") (\"someone\" \"is\" \"kind\" \"+\") (\"someone\" \"is\" \"rough\" \"+\")) -> (\"someone\" \"is\" \"cold\" \"+\"))" }, "rule6": { "text": "If someone is big and rough then they are round.", "representation": "(((\"someone\" \"is\" \"big\" \"+\") (\"someone\" \"is\" \"rough\" \"+\")) -> (\"someone\" \"is\" \"round\" \"+\"))" }, "rule7": null }

{ "Q1": { "question": "Bob is green.", "answer": "True", "QDep": 0, "QLen": "1", "strategy": "proof", "proofs": "[(triple2)]", "representation": "(\"Bob\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple2", "intermediates": [] } ] }, "Q2": { "question": "Dave is not kind.", "answer": "False", "QDep": 0, "QLen": "1", "strategy": "inv-proof", "proofs": "[(triple10)]", "representation": "(\"Dave\" \"is\" \"kind\" \"-\")", "proofsWithIntermediates": [ { "representation": "triple10", "intermediates": [] } ] }, "Q3": { "question": "Charlie is kind.", "answer": "True", "QDep": 1, "QLen": "3", "strategy": "proof", "proofs": "[(((triple3 triple5) -> rule4))]", "representation": "(\"Charlie\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple3 triple5) -> (rule4 % int1))", "intermediates": [ { "text": "Charlie is kind.", "representation": "(\"Charlie\" \"is\" \"kind\" \"+\")", "id": "int1" } ] } ] }, "Q4": { "question": "Dave is not cold.", "answer": "False", "QDep": 1, "QLen": "4", "strategy": "inv-proof", "proofs": "[(((triple8 triple10 triple7) -> rule5))]", "representation": "(\"Dave\" \"is\" \"cold\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple8 triple10 triple7) -> (rule5 % int1))", "intermediates": [ { "text": "Dave is cold.", "representation": "(\"Dave\" \"is\" \"cold\" \"+\")", "id": "int1" } ] } ] }, "Q5": { "question": "Charlie is cold.", "answer": "True", "QDep": 2, "QLen": "6", "strategy": "proof", "proofs": "[(((triple4 ((triple3 triple5) -> rule4) triple3) -> rule5))]", "representation": "(\"Charlie\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple4 ((triple3 triple5) -> (rule4 % int2)) triple3) -> (rule5 % int1))", "intermediates": [ { "text": "Charlie is cold.", "representation": "(\"Charlie\" \"is\" \"cold\" \"+\")", "id": "int1" }, { "text": "Charlie is kind.", "representation": "(\"Charlie\" \"is\" \"kind\" \"+\")", "id": "int2" } ] } ] }, "Q6": { "question": "Charlie is not cold.", "answer": "False", "QDep": 2, "QLen": "6", "strategy": "inv-proof", "proofs": "[(((triple4 ((triple3 triple5) -> rule4) triple3) -> rule5))]", "representation": "(\"Charlie\" \"is\" \"cold\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple4 ((triple3 triple5) -> (rule4 % int2)) triple3) -> (rule5 % int1))", "intermediates": [ { "text": "Charlie is cold.", "representation": "(\"Charlie\" \"is\" \"cold\" \"+\")", "id": "int1" }, { "text": "Charlie is kind.", "representation": "(\"Charlie\" \"is\" \"kind\" \"+\")", "id": "int2" } ] } ] }, "Q7": { "question": "Charlie is young.", "answer": "True", "QDep": 3, "QLen": "8", "strategy": "proof", "proofs": "[(((triple3 ((triple4 ((triple3 triple5) -> rule4) triple3) -> rule5)) -> rule1))]", "representation": "(\"Charlie\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple3 ((triple4 ((triple3 triple5) -> (rule4 % int3)) triple3) -> (rule5 % int2))) -> (rule1 % int1))", "intermediates": [ { "text": "Charlie is young.", "representation": "(\"Charlie\" \"is\" \"young\" \"+\")", "id": "int1" }, { "text": "Charlie is cold.", "representation": "(\"Charlie\" \"is\" \"cold\" \"+\")", "id": "int2" }, { "text": "Charlie is kind.", "representation": "(\"Charlie\" \"is\" \"kind\" \"+\")", "id": "int3" } ] } ] }, "Q8": { "question": "Charlie is not young.", "answer": "False", "QDep": 3, "QLen": "8", "strategy": "inv-proof", "proofs": "[(((triple3 ((triple4 ((triple3 triple5) -> rule4) triple3) -> rule5)) -> rule1))]", "representation": "(\"Charlie\" \"is\" \"young\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple3 ((triple4 ((triple3 triple5) -> (rule4 % int3)) triple3) -> (rule5 % int2))) -> (rule1 % int1))", "intermediates": [ { "text": "Charlie is young.", "representation": "(\"Charlie\" \"is\" \"young\" \"+\")", "id": "int1" }, { "text": "Charlie is cold.", "representation": "(\"Charlie\" \"is\" \"cold\" \"+\")", "id": "int2" }, { "text": "Charlie is kind.", "representation": "(\"Charlie\" \"is\" \"kind\" \"+\")", "id": "int3" } ] } ] }, "Q9": { "question": "Dave is not round.", "answer": "Unknown", "QDep": 2, "QLen": "", "strategy": "inv-rconc", "proofs": "[@2: Dave is round.[CWA. Example of deepest failure = (rule6 <- rule3 <- FAIL)]]", "representation": "(\"Dave\" \"is\" \"round\" \"-\")", "proofsWithIntermediates": null }, "Q10": { "question": "Alan is cold.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "rconc", "proofs": "[@1: Alan is cold.[CWA. Example of deepest failure = (rule5 <- FAIL)]]", "representation": "(\"Alan\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": null }, "Q11": { "question": "Bob is not cold.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Bob is cold.[CWA. Example of deepest failure = (rule5 <- FAIL)]]", "representation": "(\"Bob\" \"is\" \"cold\" \"-\")", "proofsWithIntermediates": null }, "Q12": { "question": "Alan is young.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "rconc", "proofs": "[@1: Alan is young.[CWA. Example of deepest failure = (rule1 <- FAIL)]]", "representation": "(\"Alan\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": null }, "Q13": { "question": "Bob is not red.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Bob is red.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Bob\" \"is\" \"red\" \"-\")" }, "Q14": { "question": "Bob is rough.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Bob is rough.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Bob\" \"is\" \"rough\" \"+\")" }, "Q15": { "question": "Charlie is not nice.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Charlie is nice.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Charlie\" \"is\" \"nice\" \"-\")" }, "Q16": { "question": "Alan is nice.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Alan is nice.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Alan\" \"is\" \"nice\" \"+\")" }, "Q17": null, "Q18": null, "Q19": null, "Q20": null, "Q21": null, "Q22": null, "Q23": null, "Q24": null }

[ { "text": "Bob is green.", "QDep": 0, "representation": "(\"Bob\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple2", "intermediates": [] } ] }, { "text": "Bob is young.", "QDep": 0, "representation": "(\"Bob\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple1", "intermediates": [] } ] }, { "text": "Charlie is big.", "QDep": 0, "representation": "(\"Charlie\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple6", "intermediates": [] } ] }, { "text": "Charlie is blue.", "QDep": 0, "representation": "(\"Charlie\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple5", "intermediates": [] } ] }, { "text": "Charlie is red.", "QDep": 0, "representation": "(\"Charlie\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple4", "intermediates": [] } ] }, { "text": "Charlie is rough.", "QDep": 0, "representation": "(\"Charlie\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple3", "intermediates": [] } ] }, { "text": "Dave is green.", "QDep": 0, "representation": "(\"Dave\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple11", "intermediates": [] } ] }, { "text": "Dave is kind.", "QDep": 0, "representation": "(\"Dave\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple10", "intermediates": [] } ] }, { "text": "Dave is nice.", "QDep": 0, "representation": "(\"Dave\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple9", "intermediates": [] } ] }, { "text": "Dave is red.", "QDep": 0, "representation": "(\"Dave\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple8", "intermediates": [] } ] }, { "text": "Dave is rough.", "QDep": 0, "representation": "(\"Dave\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple7", "intermediates": [] } ] }, { "text": "Charlie is kind.", "QDep": 1, "representation": "(\"Charlie\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple3 triple5) -> (rule4 % int1))", "intermediates": [ { "text": "Charlie is kind.", "representation": "(\"Charlie\" \"is\" \"kind\" \"+\")", "id": "int1" } ] } ] }, { "text": "Charlie is round.", "QDep": 1, "representation": "(\"Charlie\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple6 triple3) -> (rule6 % int1))", "intermediates": [ { "text": "Charlie is round.", "representation": "(\"Charlie\" \"is\" \"round\" \"+\")", "id": "int1" } ] } ] }, { "text": "Dave is cold.", "QDep": 1, "representation": "(\"Dave\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple8 triple10 triple7) -> (rule5 % int1))", "intermediates": [ { "text": "Dave is cold.", "representation": "(\"Dave\" \"is\" \"cold\" \"+\")", "id": "int1" } ] } ] }, { "text": "Charlie is cold.", "QDep": 2, "representation": "(\"Charlie\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple4 ((triple3 triple5) -> (rule4 % int2)) triple3) -> (rule5 % int1))", "intermediates": [ { "text": "Charlie is cold.", "representation": "(\"Charlie\" \"is\" \"cold\" \"+\")", "id": "int1" }, { "text": "Charlie is kind.", "representation": "(\"Charlie\" \"is\" \"kind\" \"+\")", "id": "int2" } ] } ] }, { "text": "Dave is young.", "QDep": 2, "representation": "(\"Dave\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple7 ((triple8 triple10 triple7) -> (rule5 % int2))) -> (rule1 % int1))", "intermediates": [ { "text": "Dave is young.", "representation": "(\"Dave\" \"is\" \"young\" \"+\")", "id": "int1" }, { "text": "Dave is cold.", "representation": "(\"Dave\" \"is\" \"cold\" \"+\")", "id": "int2" } ] } ] }, { "text": "Charlie is young.", "QDep": 3, "representation": "(\"Charlie\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple3 ((triple4 ((triple3 triple5) -> (rule4 % int3)) triple3) -> (rule5 % int2))) -> (rule1 % int1))", "intermediates": [ { "text": "Charlie is young.", "representation": "(\"Charlie\" \"is\" \"young\" \"+\")", "id": "int1" }, { "text": "Charlie is cold.", "representation": "(\"Charlie\" \"is\" \"cold\" \"+\")", "id": "int2" }, { "text": "Charlie is kind.", "representation": "(\"Charlie\" \"is\" \"kind\" \"+\")", "id": "int3" } ] } ] } ]

{ "triple1": "sent1", "triple2": "sent1", "triple3": "sent2", "triple4": "sent2", "triple5": "sent2", "triple6": "sent2", "triple7": "sent3", "triple8": "sent3", "triple9": "sent3", "triple10": "sent3", "rule1": "sent4", "rule2": "sent5", "rule3": "sent6", "rule4": "sent7", "rule5": "sent8", "rule6": "sent9", "rule7": null, "triple11": "sent3", "triple12": null }

{ "sent1": "Young Bob is wearing green pants.", "sent2": "That big rough Charlie guy is both red and blue at the same time.", "sent3": "Dave is man who is rough, red, nice, kind, and also green.", "sent4": "A rough textured and cold person is definitely young.", "sent5": "Because of circulation issues big people are often cold; If they are also green then they are certainly young.", "sent6": "Ifa blue and green colored person is rough then they must be big shaped.", "sent7": "If you find that someone has rough blue skin they are always kind.", "sent8": "I have found that kind, rough people are both red and cold.", "sent9": "Big people that are also rough, are ultimately round.", "sent10": null, "sent11": null }

{ "triple1": { "text": "Alan is young.", "representation": "(\"Alan\" \"is\" \"young\" \"+\")" }, "triple2": { "text": "Alan is round.", "representation": "(\"Alan\" \"is\" \"round\" \"+\")" }, "triple3": { "text": "Alan is blue.", "representation": "(\"Alan\" \"is\" \"blue\" \"+\")" }, "triple4": { "text": "Bob is rough.", "representation": "(\"Bob\" \"is\" \"rough\" \"+\")" }, "triple5": { "text": "Bob is big.", "representation": "(\"Bob\" \"is\" \"big\" \"+\")" }, "triple6": { "text": "Dave is young.", "representation": "(\"Dave\" \"is\" \"young\" \"+\")" }, "triple7": { "text": "Dave is round.", "representation": "(\"Dave\" \"is\" \"round\" \"+\")" }, "triple8": { "text": "Dave is red.", "representation": "(\"Dave\" \"is\" \"red\" \"+\")" }, "triple9": { "text": "Dave is green.", "representation": "(\"Dave\" \"is\" \"green\" \"+\")" }, "triple10": { "text": "Fred is red.", "representation": "(\"Fred\" \"is\" \"red\" \"+\")" }, "triple11": null, "triple12": null }

{ "rule1": { "text": "If someone is round and rough then they are kind.", "representation": "(((\"someone\" \"is\" \"round\" \"+\") (\"someone\" \"is\" \"rough\" \"+\")) -> (\"someone\" \"is\" \"kind\" \"+\"))" }, "rule2": { "text": "If someone is green and nice and round then they are big.", "representation": "(((\"someone\" \"is\" \"green\" \"+\") (\"someone\" \"is\" \"nice\" \"+\") (\"someone\" \"is\" \"round\" \"+\")) -> (\"someone\" \"is\" \"big\" \"+\"))" }, "rule3": { "text": "If someone is red and young then they are green.", "representation": "(((\"someone\" \"is\" \"red\" \"+\") (\"someone\" \"is\" \"young\" \"+\")) -> (\"someone\" \"is\" \"green\" \"+\"))" }, "rule4": { "text": "If someone is young and green then they are nice.", "representation": "(((\"someone\" \"is\" \"young\" \"+\") (\"someone\" \"is\" \"green\" \"+\")) -> (\"someone\" \"is\" \"nice\" \"+\"))" }, "rule5": { "text": "If someone is nice and round and green then they are rough.", "representation": "(((\"someone\" \"is\" \"nice\" \"+\") (\"someone\" \"is\" \"round\" \"+\") (\"someone\" \"is\" \"green\" \"+\")) -> (\"someone\" \"is\" \"rough\" \"+\"))" }, "rule6": { "text": "If someone is cold and nice and young then they are big.", "representation": "(((\"someone\" \"is\" \"cold\" \"+\") (\"someone\" \"is\" \"nice\" \"+\") (\"someone\" \"is\" \"young\" \"+\")) -> (\"someone\" \"is\" \"big\" \"+\"))" }, "rule7": null }

{ "Q1": { "question": "Alan is round.", "answer": "True", "QDep": 0, "QLen": "1", "strategy": "proof", "proofs": "[(triple2)]", "representation": "(\"Alan\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple2", "intermediates": [] } ] }, "Q2": { "question": "Alan is not round.", "answer": "False", "QDep": 0, "QLen": "1", "strategy": "inv-proof", "proofs": "[(triple2)]", "representation": "(\"Alan\" \"is\" \"round\" \"-\")", "proofsWithIntermediates": [ { "representation": "triple2", "intermediates": [] } ] }, "Q3": { "question": "Dave is nice.", "answer": "True", "QDep": 1, "QLen": "3", "strategy": "proof", "proofs": "[(((triple6 triple9) -> rule4) OR ((triple6 ((triple8 triple6) -> rule3)) -> rule4))]", "representation": "(\"Dave\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple6 triple9) -> (rule4 % int1))", "intermediates": [ { "text": "Dave is nice.", "representation": "(\"Dave\" \"is\" \"nice\" \"+\")", "id": "int1" } ] }, { "representation": "((triple6 ((triple8 triple6) -> (rule3 % int2))) -> (rule4 % int1))", "intermediates": [ { "text": "Dave is nice.", "representation": "(\"Dave\" \"is\" \"nice\" \"+\")", "id": "int1" }, { "text": "Dave is green.", "representation": "(\"Dave\" \"is\" \"green\" \"+\")", "id": "int2" } ] } ] }, "Q4": { "question": "Dave is not nice.", "answer": "False", "QDep": 1, "QLen": "3", "strategy": "inv-proof", "proofs": "[(((triple6 triple9) -> rule4) OR ((triple6 ((triple8 triple6) -> rule3)) -> rule4))]", "representation": "(\"Dave\" \"is\" \"nice\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple6 triple9) -> (rule4 % int1))", "intermediates": [ { "text": "Dave is nice.", "representation": "(\"Dave\" \"is\" \"nice\" \"+\")", "id": "int1" } ] }, { "representation": "((triple6 ((triple8 triple6) -> (rule3 % int2))) -> (rule4 % int1))", "intermediates": [ { "text": "Dave is nice.", "representation": "(\"Dave\" \"is\" \"nice\" \"+\")", "id": "int1" }, { "text": "Dave is green.", "representation": "(\"Dave\" \"is\" \"green\" \"+\")", "id": "int2" } ] } ] }, "Q5": { "question": "Dave is big.", "answer": "True", "QDep": 2, "QLen": "6", "strategy": "proof", "proofs": "[(((triple9 ((triple6 triple9) -> rule4) triple7) -> rule2) OR ((((triple8 triple6) -> rule3) ((triple6 triple9) -> rule4) triple7) -> rule2) OR ((triple9 ((triple6 ((triple8 triple6) -> rule3)) -> rule4) triple7) -> rule2) OR ((((triple8 triple6) -> rule3) ((triple6 ((triple8 triple6) -> rule3)) -> rule4) triple7) -> rule2))]", "representation": "(\"Dave\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple9 ((triple6 triple9) -> (rule4 % int2)) triple7) -> (rule2 % int1))", "intermediates": [ { "text": "Dave is big.", "representation": "(\"Dave\" \"is\" \"big\" \"+\")", "id": "int1" }, { "text": "Dave is nice.", "representation": "(\"Dave\" \"is\" \"nice\" \"+\")", "id": "int2" } ] }, { "representation": "((((triple8 triple6) -> (rule3 % int3)) ((triple6 triple9) -> (rule4 % int2)) triple7) -> (rule2 % int1))", "intermediates": [ { "text": "Dave is big.", "representation": "(\"Dave\" \"is\" \"big\" \"+\")", "id": "int1" }, { "text": "Dave is nice.", "representation": "(\"Dave\" \"is\" \"nice\" \"+\")", "id": "int2" }, { "text": "Dave is green.", "representation": "(\"Dave\" \"is\" \"green\" \"+\")", "id": "int3" } ] }, { "representation": "((triple9 ((triple6 ((triple8 triple6) -> (rule3 % int3))) -> (rule4 % int2)) triple7) -> (rule2 % int1))", "intermediates": [ { "text": "Dave is big.", "representation": "(\"Dave\" \"is\" \"big\" \"+\")", "id": "int1" }, { "text": "Dave is nice.", "representation": "(\"Dave\" \"is\" \"nice\" \"+\")", "id": "int2" }, { "text": "Dave is green.", "representation": "(\"Dave\" \"is\" \"green\" \"+\")", "id": "int3" } ] }, { "representation": "((((triple8 triple6) -> (rule3 % int3)) ((triple6 ((triple8 triple6) -> (rule3 % int3))) -> (rule4 % int2)) triple7) -> (rule2 % int1))", "intermediates": [ { "text": "Dave is big.", "representation": "(\"Dave\" \"is\" \"big\" \"+\")", "id": "int1" }, { "text": "Dave is nice.", "representation": "(\"Dave\" \"is\" \"nice\" \"+\")", "id": "int2" }, { "text": "Dave is green.", "representation": "(\"Dave\" \"is\" \"green\" \"+\")", "id": "int3" } ] } ] }, "Q6": { "question": "Dave is not big.", "answer": "False", "QDep": 2, "QLen": "6", "strategy": "inv-proof", "proofs": "[(((triple9 ((triple6 triple9) -> rule4) triple7) -> rule2) OR ((((triple8 triple6) -> rule3) ((triple6 triple9) -> rule4) triple7) -> rule2) OR ((triple9 ((triple6 ((triple8 triple6) -> rule3)) -> rule4) triple7) -> rule2) OR ((((triple8 triple6) -> rule3) ((triple6 ((triple8 triple6) -> rule3)) -> rule4) triple7) -> rule2))]", "representation": "(\"Dave\" \"is\" \"big\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple9 ((triple6 triple9) -> (rule4 % int2)) triple7) -> (rule2 % int1))", "intermediates": [ { "text": "Dave is big.", "representation": "(\"Dave\" \"is\" \"big\" \"+\")", "id": "int1" }, { "text": "Dave is nice.", "representation": "(\"Dave\" \"is\" \"nice\" \"+\")", "id": "int2" } ] }, { "representation": "((((triple8 triple6) -> (rule3 % int3)) ((triple6 triple9) -> (rule4 % int2)) triple7) -> (rule2 % int1))", "intermediates": [ { "text": "Dave is big.", "representation": "(\"Dave\" \"is\" \"big\" \"+\")", "id": "int1" }, { "text": "Dave is nice.", "representation": "(\"Dave\" \"is\" \"nice\" \"+\")", "id": "int2" }, { "text": "Dave is green.", "representation": "(\"Dave\" \"is\" \"green\" \"+\")", "id": "int3" } ] }, { "representation": "((triple9 ((triple6 ((triple8 triple6) -> (rule3 % int3))) -> (rule4 % int2)) triple7) -> (rule2 % int1))", "intermediates": [ { "text": "Dave is big.", "representation": "(\"Dave\" \"is\" \"big\" \"+\")", "id": "int1" }, { "text": "Dave is nice.", "representation": "(\"Dave\" \"is\" \"nice\" \"+\")", "id": "int2" }, { "text": "Dave is green.", "representation": "(\"Dave\" \"is\" \"green\" \"+\")", "id": "int3" } ] }, { "representation": "((((triple8 triple6) -> (rule3 % int3)) ((triple6 ((triple8 triple6) -> (rule3 % int3))) -> (rule4 % int2)) triple7) -> (rule2 % int1))", "intermediates": [ { "text": "Dave is big.", "representation": "(\"Dave\" \"is\" \"big\" \"+\")", "id": "int1" }, { "text": "Dave is nice.", "representation": "(\"Dave\" \"is\" \"nice\" \"+\")", "id": "int2" }, { "text": "Dave is green.", "representation": "(\"Dave\" \"is\" \"green\" \"+\")", "id": "int3" } ] } ] }, "Q7": { "question": "Dave is kind.", "answer": "True", "QDep": 3, "QLen": "8", "strategy": "proof", "proofs": "[(((triple7 ((((triple6 triple9) -> rule4) triple7 triple9) -> rule5)) -> rule1) OR ((triple7 ((((triple6 triple9) -> rule4) triple7 ((triple8 triple6) -> rule3)) -> rule5)) -> rule1) OR ((triple7 ((((triple6 ((triple8 triple6) -> rule3)) -> rule4) triple7 triple9) -> rule5)) -> rule1) OR ((triple7 ((((triple6 ((triple8 triple6) -> rule3)) -> rule4) triple7 ((triple8 triple6) -> rule3)) -> rule5)) -> rule1))]", "representation": "(\"Dave\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple7 ((((triple6 triple9) -> (rule4 % int3)) triple7 triple9) -> (rule5 % int2))) -> (rule1 % int1))", "intermediates": [ { "text": "Dave is kind.", "representation": "(\"Dave\" \"is\" \"kind\" \"+\")", "id": "int1" }, { "text": "Dave is rough.", "representation": "(\"Dave\" \"is\" \"rough\" \"+\")", "id": "int2" }, { "text": "Dave is nice.", "representation": "(\"Dave\" \"is\" \"nice\" \"+\")", "id": "int3" } ] }, { "representation": "((triple7 ((((triple6 triple9) -> (rule4 % int4)) triple7 ((triple8 triple6) -> (rule3 % int3))) -> (rule5 % int2))) -> (rule1 % int1))", "intermediates": [ { "text": "Dave is kind.", "representation": "(\"Dave\" \"is\" \"kind\" \"+\")", "id": "int1" }, { "text": "Dave is rough.", "representation": "(\"Dave\" \"is\" \"rough\" \"+\")", "id": "int2" }, { "text": "Dave is green.", "representation": "(\"Dave\" \"is\" \"green\" \"+\")", "id": "int3" }, { "text": "Dave is nice.", "representation": "(\"Dave\" \"is\" \"nice\" \"+\")", "id": "int4" } ] }, { "representation": "((triple7 ((((triple6 ((triple8 triple6) -> (rule3 % int4))) -> (rule4 % int3)) triple7 triple9) -> (rule5 % int2))) -> (rule1 % int1))", "intermediates": [ { "text": "Dave is kind.", "representation": "(\"Dave\" \"is\" \"kind\" \"+\")", "id": "int1" }, { "text": "Dave is rough.", "representation": "(\"Dave\" \"is\" \"rough\" \"+\")", "id": "int2" }, { "text": "Dave is nice.", "representation": "(\"Dave\" \"is\" \"nice\" \"+\")", "id": "int3" }, { "text": "Dave is green.", "representation": "(\"Dave\" \"is\" \"green\" \"+\")", "id": "int4" } ] }, { "representation": "((triple7 ((((triple6 ((triple8 triple6) -> (rule3 % int4))) -> (rule4 % int3)) triple7 ((triple8 triple6) -> (rule3 % int4))) -> (rule5 % int2))) -> (rule1 % int1))", "intermediates": [ { "text": "Dave is kind.", "representation": "(\"Dave\" \"is\" \"kind\" \"+\")", "id": "int1" }, { "text": "Dave is rough.", "representation": "(\"Dave\" \"is\" \"rough\" \"+\")", "id": "int2" }, { "text": "Dave is nice.", "representation": "(\"Dave\" \"is\" \"nice\" \"+\")", "id": "int3" }, { "text": "Dave is green.", "representation": "(\"Dave\" \"is\" \"green\" \"+\")", "id": "int4" } ] } ] }, "Q8": { "question": "Dave is not kind.", "answer": "False", "QDep": 3, "QLen": "8", "strategy": "inv-proof", "proofs": "[(((triple7 ((((triple6 triple9) -> rule4) triple7 triple9) -> rule5)) -> rule1) OR ((triple7 ((((triple6 triple9) -> rule4) triple7 ((triple8 triple6) -> rule3)) -> rule5)) -> rule1) OR ((triple7 ((((triple6 ((triple8 triple6) -> rule3)) -> rule4) triple7 triple9) -> rule5)) -> rule1) OR ((triple7 ((((triple6 ((triple8 triple6) -> rule3)) -> rule4) triple7 ((triple8 triple6) -> rule3)) -> rule5)) -> rule1))]", "representation": "(\"Dave\" \"is\" \"kind\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple7 ((((triple6 triple9) -> (rule4 % int3)) triple7 triple9) -> (rule5 % int2))) -> (rule1 % int1))", "intermediates": [ { "text": "Dave is kind.", "representation": "(\"Dave\" \"is\" \"kind\" \"+\")", "id": "int1" }, { "text": "Dave is rough.", "representation": "(\"Dave\" \"is\" \"rough\" \"+\")", "id": "int2" }, { "text": "Dave is nice.", "representation": "(\"Dave\" \"is\" \"nice\" \"+\")", "id": "int3" } ] }, { "representation": "((triple7 ((((triple6 triple9) -> (rule4 % int4)) triple7 ((triple8 triple6) -> (rule3 % int3))) -> (rule5 % int2))) -> (rule1 % int1))", "intermediates": [ { "text": "Dave is kind.", "representation": "(\"Dave\" \"is\" \"kind\" \"+\")", "id": "int1" }, { "text": "Dave is rough.", "representation": "(\"Dave\" \"is\" \"rough\" \"+\")", "id": "int2" }, { "text": "Dave is green.", "representation": "(\"Dave\" \"is\" \"green\" \"+\")", "id": "int3" }, { "text": "Dave is nice.", "representation": "(\"Dave\" \"is\" \"nice\" \"+\")", "id": "int4" } ] }, { "representation": "((triple7 ((((triple6 ((triple8 triple6) -> (rule3 % int4))) -> (rule4 % int3)) triple7 triple9) -> (rule5 % int2))) -> (rule1 % int1))", "intermediates": [ { "text": "Dave is kind.", "representation": "(\"Dave\" \"is\" \"kind\" \"+\")", "id": "int1" }, { "text": "Dave is rough.", "representation": "(\"Dave\" \"is\" \"rough\" \"+\")", "id": "int2" }, { "text": "Dave is nice.", "representation": "(\"Dave\" \"is\" \"nice\" \"+\")", "id": "int3" }, { "text": "Dave is green.", "representation": "(\"Dave\" \"is\" \"green\" \"+\")", "id": "int4" } ] }, { "representation": "((triple7 ((((triple6 ((triple8 triple6) -> (rule3 % int4))) -> (rule4 % int3)) triple7 ((triple8 triple6) -> (rule3 % int4))) -> (rule5 % int2))) -> (rule1 % int1))", "intermediates": [ { "text": "Dave is kind.", "representation": "(\"Dave\" \"is\" \"kind\" \"+\")", "id": "int1" }, { "text": "Dave is rough.", "representation": "(\"Dave\" \"is\" \"rough\" \"+\")", "id": "int2" }, { "text": "Dave is nice.", "representation": "(\"Dave\" \"is\" \"nice\" \"+\")", "id": "int3" }, { "text": "Dave is green.", "representation": "(\"Dave\" \"is\" \"green\" \"+\")", "id": "int4" } ] } ] }, "Q9": { "question": "Fred is not green.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Fred is green.[CWA. Example of deepest failure = (rule3 <- FAIL)]]", "representation": "(\"Fred\" \"is\" \"green\" \"-\")", "proofsWithIntermediates": null }, "Q10": { "question": "Alan is rough.", "answer": "Unknown", "QDep": 2, "QLen": "", "strategy": "rconc", "proofs": "[@2: Alan is rough.[CWA. Example of deepest failure = (rule5 <- rule3 <- FAIL)]]", "representation": "(\"Alan\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": null }, "Q11": { "question": "Fred is not big.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Fred is big.[CWA. Example of deepest failure = (rule2 <- FAIL)]]", "representation": "(\"Fred\" \"is\" \"big\" \"-\")", "proofsWithIntermediates": null }, "Q12": { "question": "Fred is rough.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "rconc", "proofs": "[@1: Fred is rough.[CWA. Example of deepest failure = (rule5 <- FAIL)]]", "representation": "(\"Fred\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": null }, "Q13": { "question": "Bob is not round.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Bob is round.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Bob\" \"is\" \"round\" \"-\")" }, "Q14": { "question": "Fred is cold.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Fred is cold.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Fred\" \"is\" \"cold\" \"+\")" }, "Q15": { "question": "Fred is not blue.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Fred is blue.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Fred\" \"is\" \"blue\" \"-\")" }, "Q16": { "question": "Bob is young.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Bob is young.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Bob\" \"is\" \"young\" \"+\")" }, "Q17": null, "Q18": null, "Q19": null, "Q20": null, "Q21": null, "Q22": null, "Q23": null, "Q24": null }

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"proofsWithIntermediates": [ { "representation": "triple9", "intermediates": [] }, { "representation": "((triple8 triple6) -> (rule3 % int1))", "intermediates": [ { "text": "Dave is green.", "representation": "(\"Dave\" \"is\" \"green\" \"+\")", "id": "int1" } ] } ] }, { "text": "Dave is red.", "QDep": 0, "representation": "(\"Dave\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple8", "intermediates": [] } ] }, { "text": "Dave is round.", "QDep": 0, "representation": "(\"Dave\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple7", "intermediates": [] } ] }, { "text": "Dave is young.", "QDep": 0, "representation": "(\"Dave\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple6", "intermediates": [] } ] }, { "text": "Fred is red.", "QDep": 0, "representation": "(\"Fred\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple10", "intermediates": [] } ] }, { "text": "Dave is nice.", "QDep": 1, "representation": "(\"Dave\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple6 triple9) -> (rule4 % int1))", "intermediates": [ { "text": "Dave is nice.", "representation": "(\"Dave\" \"is\" \"nice\" \"+\")", "id": "int1" } ] }, { "representation": "((triple6 ((triple8 triple6) -> (rule3 % int2))) -> (rule4 % int1))", "intermediates": [ { "text": "Dave is nice.", "representation": "(\"Dave\" \"is\" \"nice\" \"+\")", "id": "int1" }, { "text": "Dave is green.", "representation": "(\"Dave\" \"is\" \"green\" \"+\")", "id": "int2" } ] } ] }, { "text": "Dave is big.", "QDep": 2, "representation": "(\"Dave\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple9 ((triple6 triple9) -> (rule4 % int2)) triple7) -> (rule2 % int1))", "intermediates": [ { "text": "Dave is big.", "representation": "(\"Dave\" \"is\" \"big\" \"+\")", "id": "int1" }, { "text": "Dave is nice.", "representation": "(\"Dave\" \"is\" \"nice\" \"+\")", "id": "int2" } ] }, { "representation": "((((triple8 triple6) -> (rule3 % int3)) ((triple6 triple9) -> (rule4 % int2)) triple7) -> (rule2 % int1))", "intermediates": [ { "text": "Dave is big.", "representation": "(\"Dave\" \"is\" \"big\" \"+\")", "id": "int1" }, { "text": "Dave is nice.", "representation": "(\"Dave\" \"is\" \"nice\" \"+\")", "id": "int2" }, { "text": "Dave is green.", "representation": "(\"Dave\" \"is\" \"green\" \"+\")", "id": "int3" } ] }, { "representation": "((triple9 ((triple6 ((triple8 triple6) -> (rule3 % int3))) -> (rule4 % int2)) triple7) -> (rule2 % int1))", "intermediates": [ { "text": "Dave is big.", "representation": "(\"Dave\" \"is\" \"big\" \"+\")", "id": "int1" }, { "text": "Dave is nice.", "representation": "(\"Dave\" \"is\" \"nice\" \"+\")", "id": "int2" }, { "text": "Dave is green.", "representation": "(\"Dave\" \"is\" \"green\" \"+\")", "id": "int3" } ] }, { "representation": "((((triple8 triple6) -> (rule3 % int3)) ((triple6 ((triple8 triple6) -> (rule3 % int3))) -> (rule4 % int2)) triple7) -> (rule2 % int1))", "intermediates": [ { "text": "Dave is big.", "representation": "(\"Dave\" \"is\" \"big\" \"+\")", "id": "int1" }, { "text": "Dave is nice.", "representation": "(\"Dave\" \"is\" \"nice\" \"+\")", "id": "int2" }, { "text": "Dave is green.", "representation": "(\"Dave\" \"is\" \"green\" \"+\")", "id": "int3" } ] } ] }, { "text": "Dave is rough.", "QDep": 2, "representation": "(\"Dave\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple6 triple9) -> (rule4 % int2)) triple7 triple9) -> (rule5 % int1))", "intermediates": [ { "text": "Dave is rough.", "representation": "(\"Dave\" \"is\" \"rough\" \"+\")", "id": "int1" }, { "text": "Dave is nice.", "representation": "(\"Dave\" \"is\" \"nice\" \"+\")", "id": "int2" } ] }, { "representation": "((((triple6 triple9) -> (rule4 % int3)) triple7 ((triple8 triple6) -> (rule3 % int2))) -> (rule5 % int1))", "intermediates": [ { "text": "Dave is rough.", "representation": "(\"Dave\" \"is\" \"rough\" \"+\")", "id": "int1" }, { "text": "Dave is green.", "representation": "(\"Dave\" \"is\" \"green\" \"+\")", "id": "int2" }, { "text": "Dave is nice.", "representation": "(\"Dave\" \"is\" \"nice\" \"+\")", "id": "int3" } ] }, { "representation": "((((triple6 ((triple8 triple6) -> (rule3 % int3))) -> (rule4 % int2)) triple7 triple9) -> (rule5 % int1))", "intermediates": [ { "text": "Dave is rough.", "representation": "(\"Dave\" \"is\" \"rough\" \"+\")", "id": "int1" }, { "text": "Dave is nice.", "representation": "(\"Dave\" \"is\" \"nice\" \"+\")", "id": "int2" }, { "text": "Dave is green.", "representation": "(\"Dave\" \"is\" \"green\" \"+\")", "id": "int3" } ] }, { "representation": "((((triple6 ((triple8 triple6) -> (rule3 % int3))) -> (rule4 % int2)) triple7 ((triple8 triple6) -> (rule3 % int3))) -> (rule5 % int1))", "intermediates": [ { "text": "Dave is rough.", "representation": "(\"Dave\" \"is\" \"rough\" \"+\")", "id": "int1" }, { "text": "Dave is nice.", "representation": "(\"Dave\" \"is\" \"nice\" \"+\")", "id": "int2" }, { "text": "Dave is green.", "representation": "(\"Dave\" \"is\" \"green\" \"+\")", "id": "int3" } ] } ] }, { "text": "Dave is kind.", "QDep": 3, "representation": "(\"Dave\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple7 ((((triple6 triple9) -> (rule4 % int3)) triple7 triple9) -> (rule5 % int2))) -> (rule1 % int1))", "intermediates": [ { "text": "Dave is kind.", "representation": "(\"Dave\" \"is\" \"kind\" \"+\")", "id": "int1" }, { "text": "Dave is rough.", "representation": "(\"Dave\" \"is\" \"rough\" \"+\")", "id": "int2" }, { "text": "Dave is nice.", "representation": "(\"Dave\" \"is\" \"nice\" \"+\")", "id": "int3" } ] }, { "representation": "((triple7 ((((triple6 triple9) -> (rule4 % int4)) triple7 ((triple8 triple6) -> (rule3 % int3))) -> (rule5 % int2))) -> (rule1 % int1))", "intermediates": [ { "text": "Dave is kind.", "representation": "(\"Dave\" \"is\" \"kind\" \"+\")", "id": "int1" }, { "text": "Dave is rough.", "representation": "(\"Dave\" \"is\" \"rough\" \"+\")", "id": "int2" }, { "text": "Dave is green.", "representation": "(\"Dave\" \"is\" \"green\" \"+\")", "id": "int3" }, { "text": "Dave is nice.", "representation": "(\"Dave\" \"is\" \"nice\" \"+\")", "id": "int4" } ] }, { "representation": "((triple7 ((((triple6 ((triple8 triple6) -> (rule3 % int4))) -> (rule4 % int3)) triple7 triple9) -> (rule5 % int2))) -> (rule1 % int1))", "intermediates": [ { "text": "Dave is kind.", "representation": "(\"Dave\" \"is\" \"kind\" \"+\")", "id": "int1" }, { "text": "Dave is rough.", "representation": "(\"Dave\" \"is\" \"rough\" \"+\")", "id": "int2" }, { "text": "Dave is nice.", "representation": "(\"Dave\" \"is\" \"nice\" \"+\")", "id": "int3" }, { "text": "Dave is green.", "representation": "(\"Dave\" \"is\" \"green\" \"+\")", "id": "int4" } ] }, { "representation": "((triple7 ((((triple6 ((triple8 triple6) -> (rule3 % int4))) -> (rule4 % int3)) triple7 ((triple8 triple6) -> (rule3 % int4))) -> (rule5 % int2))) -> (rule1 % int1))", "intermediates": [ { "text": "Dave is kind.", "representation": "(\"Dave\" \"is\" \"kind\" \"+\")", "id": "int1" }, { "text": "Dave is rough.", "representation": "(\"Dave\" \"is\" \"rough\" \"+\")", "id": "int2" }, { "text": "Dave is nice.", "representation": "(\"Dave\" \"is\" \"nice\" \"+\")", "id": "int3" }, { "text": "Dave is green.", "representation": "(\"Dave\" \"is\" \"green\" \"+\")", "id": "int4" } ] } ] } ]

{ "triple1": "sent1", "triple2": "sent1", "triple3": "sent1", "triple4": "sent2", "triple5": "sent2", "triple6": "sent3", "triple7": "sent3", "triple8": "sent3", "triple9": "sent3", "triple10": "sent4", "rule1": "sent5", "rule2": "sent6", "rule3": "sent7", "rule4": "sent8", "rule5": "sent9", "rule6": "sent10", "rule7": null, "triple11": null, "triple12": null }

{ "sent1": "People think that Alan is round; This might be because he is young and blue.", "sent2": "Bob is big and rough.", "sent3": "Dave is too round for someone so young; Also, he is sometimes red and sometimes green.", "sent4": "Red Fred is what folks call him, because he is quite red.", "sent5": "A person who is described as round and rough is usually kind.", "sent6": "Nice, green people that are somewhat round are big through the shoulders.", "sent7": "A young someone is red in thought but green in ideas.", "sent8": "When you know someone who is young and green you can count on them being nice to everyone.", "sent9": "Green people here that are also round and nice are always rough.", "sent10": "Nice young people who are always cold end up also being big.", "sent11": null }

{ "triple1": { "text": "Alan is young.", "representation": "(\"Alan\" \"is\" \"young\" \"+\")" }, "triple2": { "text": "Alan is red.", "representation": "(\"Alan\" \"is\" \"red\" \"+\")" }, "triple3": { "text": "Alan is green.", "representation": "(\"Alan\" \"is\" \"green\" \"+\")" }, "triple4": { "text": "Alan is big.", "representation": "(\"Alan\" \"is\" \"big\" \"+\")" }, "triple5": { "text": "Bob is rough.", "representation": "(\"Bob\" \"is\" \"rough\" \"+\")" }, "triple6": { "text": "Dave is kind.", "representation": "(\"Dave\" \"is\" \"kind\" \"+\")" }, "triple7": { "text": "Eric is round.", "representation": "(\"Eric\" \"is\" \"round\" \"+\")" }, "triple8": { "text": "Eric is nice.", "representation": "(\"Eric\" \"is\" \"nice\" \"+\")" }, "triple9": { "text": "Eric is green.", "representation": "(\"Eric\" \"is\" \"green\" \"+\")" }, "triple10": { "text": "Eric is big.", "representation": "(\"Eric\" \"is\" \"big\" \"+\")" }, "triple11": null, "triple12": null }

{ "rule1": { "text": "If someone is big and kind and young then they are nice.", "representation": "(((\"someone\" \"is\" \"big\" \"+\") (\"someone\" \"is\" \"kind\" \"+\") (\"someone\" \"is\" \"young\" \"+\")) -> (\"someone\" \"is\" \"nice\" \"+\"))" }, "rule2": { "text": "If someone is green and red then they are blue.", "representation": "(((\"someone\" \"is\" \"green\" \"+\") (\"someone\" \"is\" \"red\" \"+\")) -> (\"someone\" \"is\" \"blue\" \"+\"))" }, "rule3": { "text": "If someone is green and cold then they are red.", "representation": "(((\"someone\" \"is\" \"green\" \"+\") (\"someone\" \"is\" \"cold\" \"+\")) -> (\"someone\" \"is\" \"red\" \"+\"))" }, "rule4": { "text": "If someone is young and nice then they are round.", "representation": "(((\"someone\" \"is\" \"young\" \"+\") (\"someone\" \"is\" \"nice\" \"+\")) -> (\"someone\" \"is\" \"round\" \"+\"))" }, "rule5": { "text": "If someone is blue and big then they are kind.", "representation": "(((\"someone\" \"is\" \"blue\" \"+\") (\"someone\" \"is\" \"big\" \"+\")) -> (\"someone\" \"is\" \"kind\" \"+\"))" }, "rule6": { "text": "If someone is cold and blue then they are rough.", "representation": "(((\"someone\" \"is\" \"cold\" \"+\") (\"someone\" \"is\" \"blue\" \"+\")) -> (\"someone\" \"is\" \"rough\" \"+\"))" }, "rule7": null }

{ "Q1": { "question": "Eric is nice.", "answer": "True", "QDep": 0, "QLen": "1", "strategy": "proof", "proofs": "[(triple8)]", "representation": "(\"Eric\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple8", "intermediates": [] } ] }, "Q2": { "question": "Eric is not round.", "answer": "False", "QDep": 0, "QLen": "1", "strategy": "inv-proof", "proofs": "[(triple7)]", "representation": "(\"Eric\" \"is\" \"round\" \"-\")", "proofsWithIntermediates": [ { "representation": "triple7", "intermediates": [] } ] }, "Q3": { "question": "Alan is blue.", "answer": "True", "QDep": 1, "QLen": "3", "strategy": "proof", "proofs": "[(((triple3 triple2) -> rule2))]", "representation": "(\"Alan\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple3 triple2) -> (rule2 % int1))", "intermediates": [ { "text": "Alan is blue.", "representation": "(\"Alan\" \"is\" \"blue\" \"+\")", "id": "int1" } ] } ] }, "Q4": { "question": "Alan is not blue.", "answer": "False", "QDep": 1, "QLen": "3", "strategy": "inv-proof", "proofs": "[(((triple3 triple2) -> rule2))]", "representation": "(\"Alan\" \"is\" \"blue\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple3 triple2) -> (rule2 % int1))", "intermediates": [ { "text": "Alan is blue.", "representation": "(\"Alan\" \"is\" \"blue\" \"+\")", "id": "int1" } ] } ] }, "Q5": { "question": "Alan is kind.", "answer": "True", "QDep": 2, "QLen": "5", "strategy": "proof", "proofs": "[(((((triple3 triple2) -> rule2) triple4) -> rule5))]", "representation": "(\"Alan\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple3 triple2) -> (rule2 % int2)) triple4) -> (rule5 % int1))", "intermediates": [ { "text": "Alan is kind.", "representation": "(\"Alan\" \"is\" \"kind\" \"+\")", "id": "int1" }, { "text": "Alan is blue.", "representation": "(\"Alan\" \"is\" \"blue\" \"+\")", "id": "int2" } ] } ] }, "Q6": { "question": "Alan is not kind.", "answer": "False", "QDep": 2, "QLen": "5", "strategy": "inv-proof", "proofs": "[(((((triple3 triple2) -> rule2) triple4) -> rule5))]", "representation": "(\"Alan\" \"is\" \"kind\" \"-\")", "proofsWithIntermediates": [ { "representation": "((((triple3 triple2) -> (rule2 % int2)) triple4) -> (rule5 % int1))", "intermediates": [ { "text": "Alan is kind.", "representation": "(\"Alan\" \"is\" \"kind\" \"+\")", "id": "int1" }, { "text": "Alan is blue.", "representation": "(\"Alan\" \"is\" \"blue\" \"+\")", "id": "int2" } ] } ] }, "Q7": { "question": "Alan is nice.", "answer": "True", "QDep": 3, "QLen": "8", "strategy": "proof", "proofs": "[(((triple4 ((((triple3 triple2) -> rule2) triple4) -> rule5) triple1) -> rule1))]", "representation": "(\"Alan\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple4 ((((triple3 triple2) -> (rule2 % int3)) triple4) -> (rule5 % int2)) triple1) -> (rule1 % int1))", "intermediates": [ { "text": "Alan is nice.", "representation": "(\"Alan\" \"is\" \"nice\" \"+\")", "id": "int1" }, { "text": "Alan is kind.", "representation": "(\"Alan\" \"is\" \"kind\" \"+\")", "id": "int2" }, { "text": "Alan is blue.", "representation": "(\"Alan\" \"is\" \"blue\" \"+\")", "id": "int3" } ] } ] }, "Q8": { "question": "Alan is not nice.", "answer": "False", "QDep": 3, "QLen": "8", "strategy": "inv-proof", "proofs": "[(((triple4 ((((triple3 triple2) -> rule2) triple4) -> rule5) triple1) -> rule1))]", "representation": "(\"Alan\" \"is\" \"nice\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple4 ((((triple3 triple2) -> (rule2 % int3)) triple4) -> (rule5 % int2)) triple1) -> (rule1 % int1))", "intermediates": [ { "text": "Alan is nice.", "representation": "(\"Alan\" \"is\" \"nice\" \"+\")", "id": "int1" }, { "text": "Alan is kind.", "representation": "(\"Alan\" \"is\" \"kind\" \"+\")", "id": "int2" }, { "text": "Alan is blue.", "representation": "(\"Alan\" \"is\" \"blue\" \"+\")", "id": "int3" } ] } ] }, "Q9": { "question": "Alan is round.", "answer": "True", "QDep": 4, "QLen": "10", "strategy": "proof", "proofs": "[(((triple1 ((triple4 ((((triple3 triple2) -> rule2) triple4) -> rule5) triple1) -> rule1)) -> rule4))]", "representation": "(\"Alan\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple1 ((triple4 ((((triple3 triple2) -> (rule2 % int4)) triple4) -> (rule5 % int3)) triple1) -> (rule1 % int2))) -> (rule4 % int1))", "intermediates": [ { "text": "Alan is round.", "representation": "(\"Alan\" \"is\" \"round\" \"+\")", "id": "int1" }, { "text": "Alan is nice.", "representation": "(\"Alan\" \"is\" \"nice\" \"+\")", "id": "int2" }, { "text": "Alan is kind.", "representation": "(\"Alan\" \"is\" \"kind\" \"+\")", "id": "int3" }, { "text": "Alan is blue.", "representation": "(\"Alan\" \"is\" \"blue\" \"+\")", "id": "int4" } ] } ] }, "Q10": { "question": "Alan is not round.", "answer": "False", "QDep": 4, "QLen": "10", "strategy": "inv-proof", "proofs": "[(((triple1 ((triple4 ((((triple3 triple2) -> rule2) triple4) -> rule5) triple1) -> rule1)) -> rule4))]", "representation": "(\"Alan\" \"is\" \"round\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple1 ((triple4 ((((triple3 triple2) -> (rule2 % int4)) triple4) -> (rule5 % int3)) triple1) -> (rule1 % int2))) -> (rule4 % int1))", "intermediates": [ { "text": "Alan is round.", "representation": "(\"Alan\" \"is\" \"round\" \"+\")", "id": "int1" }, { "text": "Alan is nice.", "representation": "(\"Alan\" \"is\" \"nice\" \"+\")", "id": "int2" }, { "text": "Alan is kind.", "representation": "(\"Alan\" \"is\" \"kind\" \"+\")", "id": "int3" }, { "text": "Alan is blue.", "representation": "(\"Alan\" \"is\" \"blue\" \"+\")", "id": "int4" } ] } ] }, "Q11": { "question": "Bob is not blue.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Bob is blue.[CWA. Example of deepest failure = (rule2 <- FAIL)]]", "representation": "(\"Bob\" \"is\" \"blue\" \"-\")", "proofsWithIntermediates": null }, "Q12": { "question": "Dave is rough.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "rconc", "proofs": "[@1: Dave is rough.[CWA. Example of deepest failure = (rule6 <- FAIL)]]", "representation": "(\"Dave\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": null }, "Q13": { "question": "Bob is not kind.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Bob is kind.[CWA. Example of deepest failure = (rule5 <- FAIL)]]", "representation": "(\"Bob\" \"is\" \"kind\" \"-\")" }, "Q14": { "question": "Eric is red.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "rconc", "proofs": "[@1: Eric is red.[CWA. Example of deepest failure = (rule3 <- FAIL)]]", "representation": "(\"Eric\" \"is\" \"red\" \"+\")" }, "Q15": { "question": "Eric is not rough.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Eric is rough.[CWA. Example of deepest failure = (rule6 <- FAIL)]]", "representation": "(\"Eric\" \"is\" \"rough\" \"-\")" }, "Q16": { "question": "Eric is young.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Eric is young.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Eric\" \"is\" \"young\" \"+\")" }, "Q17": { "question": "Alan is not cold.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Alan is cold.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Alan\" \"is\" \"cold\" \"-\")" }, "Q18": { "question": "Bob is big.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Bob is big.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Bob\" \"is\" \"big\" \"+\")" }, "Q19": { "question": "Bob is not cold.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Bob is cold.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Bob\" \"is\" \"cold\" \"-\")" }, "Q20": { "question": "Eric is cold.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Eric is cold.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Eric\" \"is\" \"cold\" \"+\")" }, "Q21": null, "Q22": null, "Q23": null, "Q24": null }

[ { "text": "Alan is big.", "QDep": 0, "representation": "(\"Alan\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple4", "intermediates": [] } ] }, { "text": "Alan is green.", "QDep": 0, "representation": "(\"Alan\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple3", "intermediates": [] } ] }, { "text": "Alan is red.", "QDep": 0, "representation": "(\"Alan\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple2", "intermediates": [] } ] }, { "text": "Alan is young.", "QDep": 0, "representation": "(\"Alan\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple1", "intermediates": [] } ] }, { "text": "Bob is rough.", "QDep": 0, "representation": "(\"Bob\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple5", "intermediates": [] } ] }, { "text": "Dave is kind.", "QDep": 0, "representation": "(\"Dave\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple6", "intermediates": [] } ] }, { "text": "Eric is big.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple10", "intermediates": [] } ] }, { "text": "Eric is green.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple9", "intermediates": [] } ] }, { "text": "Eric is nice.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple8", "intermediates": [] } ] }, { "text": "Eric is round.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple7", "intermediates": [] } ] }, { "text": "Alan is blue.", "QDep": 1, "representation": "(\"Alan\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple3 triple2) -> (rule2 % int1))", "intermediates": [ { "text": "Alan is blue.", "representation": "(\"Alan\" \"is\" \"blue\" \"+\")", "id": "int1" } ] } ] }, { "text": "Alan is kind.", "QDep": 2, "representation": "(\"Alan\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple3 triple2) -> (rule2 % int2)) triple4) -> (rule5 % int1))", "intermediates": [ { "text": "Alan is kind.", "representation": "(\"Alan\" \"is\" \"kind\" \"+\")", "id": "int1" }, { "text": "Alan is blue.", "representation": "(\"Alan\" \"is\" \"blue\" \"+\")", "id": "int2" } ] } ] }, { "text": "Alan is nice.", "QDep": 3, "representation": "(\"Alan\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple4 ((((triple3 triple2) -> (rule2 % int3)) triple4) -> (rule5 % int2)) triple1) -> (rule1 % int1))", "intermediates": [ { "text": "Alan is nice.", "representation": "(\"Alan\" \"is\" \"nice\" \"+\")", "id": "int1" }, { "text": "Alan is kind.", "representation": "(\"Alan\" \"is\" \"kind\" \"+\")", "id": "int2" }, { "text": "Alan is blue.", "representation": "(\"Alan\" \"is\" \"blue\" \"+\")", "id": "int3" } ] } ] }, { "text": "Alan is round.", "QDep": 4, "representation": "(\"Alan\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple1 ((triple4 ((((triple3 triple2) -> (rule2 % int4)) triple4) -> (rule5 % int3)) triple1) -> (rule1 % int2))) -> (rule4 % int1))", "intermediates": [ { "text": "Alan is round.", "representation": "(\"Alan\" \"is\" \"round\" \"+\")", "id": "int1" }, { "text": "Alan is nice.", "representation": "(\"Alan\" \"is\" \"nice\" \"+\")", "id": "int2" }, { "text": "Alan is kind.", "representation": "(\"Alan\" \"is\" \"kind\" \"+\")", "id": "int3" }, { "text": "Alan is blue.", "representation": "(\"Alan\" \"is\" \"blue\" \"+\")", "id": "int4" } ] } ] } ]

{ "triple1": "sent1", "triple2": "sent1", "triple3": "sent1", "triple4": "sent1", "triple5": "sent2", "triple6": "sent3", "triple7": "sent4", "triple8": "sent4", "triple9": "sent4", "triple10": "sent4", "rule1": "sent5", "rule2": "sent6", "rule3": "sent7", "rule4": "sent8", "rule5": "sent9", "rule6": "sent10", "rule7": null, "triple11": null, "triple12": null }

{ "sent1": "Alan is big for being as young as he is; You will also notice how he is green and red.", "sent2": "They always call him rough Bob.", "sent3": "Dave always goes out of his way to show that he is kind to people.", "sent4": "Eric became so big that he is now very round; Fortunately the rather green man is still nice.", "sent5": "You can tell if someone is big, kind, and young, then they are also nice.", "sent6": "If red and slightly green people are asked, they will tell you they feel blue.", "sent7": "A green person that is cold is often considered to be red.", "sent8": "Someone who is young and nice is often round.", "sent9": "A big and blue colored person is also certainly very kind.", "sent10": "Being cold and blue made them rough to deal with.", "sent11": null }

{ "triple1": { "text": "Bob is rough.", "representation": "(\"Bob\" \"is\" \"rough\" \"+\")" }, "triple2": { "text": "Bob is cold.", "representation": "(\"Bob\" \"is\" \"cold\" \"+\")" }, "triple3": { "text": "Charlie is rough.", "representation": "(\"Charlie\" \"is\" \"rough\" \"+\")" }, "triple4": { "text": "Charlie is red.", "representation": "(\"Charlie\" \"is\" \"red\" \"+\")" }, "triple5": { "text": "Charlie is blue.", "representation": "(\"Charlie\" \"is\" \"blue\" \"+\")" }, "triple6": { "text": "Charlie is big.", "representation": "(\"Charlie\" \"is\" \"big\" \"+\")" }, "triple7": { "text": "Fred is kind.", "representation": "(\"Fred\" \"is\" \"kind\" \"+\")" }, "triple8": { "text": "Fred is cold.", "representation": "(\"Fred\" \"is\" \"cold\" \"+\")" }, "triple9": { "text": "Fred is big.", "representation": "(\"Fred\" \"is\" \"big\" \"+\")" }, "triple10": null, "triple11": null, "triple12": null }

{ "rule1": { "text": "If someone is kind and rough then they are green.", "representation": "(((\"someone\" \"is\" \"kind\" \"+\") (\"someone\" \"is\" \"rough\" \"+\")) -> (\"someone\" \"is\" \"green\" \"+\"))" }, "rule2": { "text": "If someone is rough and blue then they are cold.", "representation": "(((\"someone\" \"is\" \"rough\" \"+\") (\"someone\" \"is\" \"blue\" \"+\")) -> (\"someone\" \"is\" \"cold\" \"+\"))" }, "rule3": { "text": "If someone is cold and big and nice then they are green.", "representation": "(((\"someone\" \"is\" \"cold\" \"+\") (\"someone\" \"is\" \"big\" \"+\") (\"someone\" \"is\" \"nice\" \"+\")) -> (\"someone\" \"is\" \"green\" \"+\"))" }, "rule4": { "text": "If someone is blue and red and round then they are nice.", "representation": "(((\"someone\" \"is\" \"blue\" \"+\") (\"someone\" \"is\" \"red\" \"+\") (\"someone\" \"is\" \"round\" \"+\")) -> (\"someone\" \"is\" \"nice\" \"+\"))" }, "rule5": { "text": "If someone is cold and rough and red then they are round.", "representation": "(((\"someone\" \"is\" \"cold\" \"+\") (\"someone\" \"is\" \"rough\" \"+\") (\"someone\" \"is\" \"red\" \"+\")) -> (\"someone\" \"is\" \"round\" \"+\"))" }, "rule6": { "text": "If someone is kind and nice and rough then they are big.", "representation": "(((\"someone\" \"is\" \"kind\" \"+\") (\"someone\" \"is\" \"nice\" \"+\") (\"someone\" \"is\" \"rough\" \"+\")) -> (\"someone\" \"is\" \"big\" \"+\"))" }, "rule7": null }

{ "Q1": { "question": "Fred is cold.", "answer": "True", "QDep": 0, "QLen": "1", "strategy": "proof", "proofs": "[(triple8)]", "representation": "(\"Fred\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple8", "intermediates": [] } ] }, "Q2": { "question": "Bob is not cold.", "answer": "False", "QDep": 0, "QLen": "1", "strategy": "inv-proof", "proofs": "[(triple2)]", "representation": "(\"Bob\" \"is\" \"cold\" \"-\")", "proofsWithIntermediates": [ { "representation": "triple2", "intermediates": [] } ] }, "Q3": { "question": "Charlie is cold.", "answer": "True", "QDep": 1, "QLen": "3", "strategy": "proof", "proofs": "[(((triple3 triple5) -> rule2))]", "representation": "(\"Charlie\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple3 triple5) -> (rule2 % int1))", "intermediates": [ { "text": "Charlie is cold.", "representation": "(\"Charlie\" \"is\" \"cold\" \"+\")", "id": "int1" } ] } ] }, "Q4": { "question": "Charlie is not cold.", "answer": "False", "QDep": 1, "QLen": "3", "strategy": "inv-proof", "proofs": "[(((triple3 triple5) -> rule2))]", "representation": "(\"Charlie\" \"is\" \"cold\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple3 triple5) -> (rule2 % int1))", "intermediates": [ { "text": "Charlie is cold.", "representation": "(\"Charlie\" \"is\" \"cold\" \"+\")", "id": "int1" } ] } ] }, "Q5": { "question": "Charlie is round.", "answer": "True", "QDep": 2, "QLen": "6", "strategy": "proof", "proofs": "[(((((triple3 triple5) -> rule2) triple3 triple4) -> rule5))]", "representation": "(\"Charlie\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple3 triple5) -> (rule2 % int2)) triple3 triple4) -> (rule5 % int1))", "intermediates": [ { "text": "Charlie is round.", "representation": "(\"Charlie\" \"is\" \"round\" \"+\")", "id": "int1" }, { "text": "Charlie is cold.", "representation": "(\"Charlie\" \"is\" \"cold\" \"+\")", "id": "int2" } ] } ] }, "Q6": { "question": "Charlie is not round.", "answer": "False", "QDep": 2, "QLen": "6", "strategy": "inv-proof", "proofs": "[(((((triple3 triple5) -> rule2) triple3 triple4) -> rule5))]", "representation": "(\"Charlie\" \"is\" \"round\" \"-\")", "proofsWithIntermediates": [ { "representation": "((((triple3 triple5) -> (rule2 % int2)) triple3 triple4) -> (rule5 % int1))", "intermediates": [ { "text": "Charlie is round.", "representation": "(\"Charlie\" \"is\" \"round\" \"+\")", "id": "int1" }, { "text": "Charlie is cold.", "representation": "(\"Charlie\" \"is\" \"cold\" \"+\")", "id": "int2" } ] } ] }, "Q7": { "question": "Charlie is nice.", "answer": "True", "QDep": 3, "QLen": "9", "strategy": "proof", "proofs": "[(((triple5 triple4 ((((triple3 triple5) -> rule2) triple3 triple4) -> rule5)) -> rule4))]", "representation": "(\"Charlie\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple5 triple4 ((((triple3 triple5) -> (rule2 % int3)) triple3 triple4) -> (rule5 % int2))) -> (rule4 % int1))", "intermediates": [ { "text": "Charlie is nice.", "representation": "(\"Charlie\" \"is\" \"nice\" \"+\")", "id": "int1" }, { "text": "Charlie is round.", "representation": "(\"Charlie\" \"is\" \"round\" \"+\")", "id": "int2" }, { "text": "Charlie is cold.", "representation": "(\"Charlie\" \"is\" \"cold\" \"+\")", "id": "int3" } ] } ] }, "Q8": { "question": "Charlie is not nice.", "answer": "False", "QDep": 3, "QLen": "9", "strategy": "inv-proof", "proofs": "[(((triple5 triple4 ((((triple3 triple5) -> rule2) triple3 triple4) -> rule5)) -> rule4))]", "representation": "(\"Charlie\" \"is\" \"nice\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple5 triple4 ((((triple3 triple5) -> (rule2 % int3)) triple3 triple4) -> (rule5 % int2))) -> (rule4 % int1))", "intermediates": [ { "text": "Charlie is nice.", "representation": "(\"Charlie\" \"is\" \"nice\" \"+\")", "id": "int1" }, { "text": "Charlie is round.", "representation": "(\"Charlie\" \"is\" \"round\" \"+\")", "id": "int2" }, { "text": "Charlie is cold.", "representation": "(\"Charlie\" \"is\" \"cold\" \"+\")", "id": "int3" } ] } ] }, "Q9": { "question": "Charlie is green.", "answer": "True", "QDep": 4, "QLen": "14", "strategy": "proof", "proofs": "[(((((triple3 triple5) -> rule2) triple6 ((triple5 triple4 ((((triple3 triple5) -> rule2) triple3 triple4) -> rule5)) -> rule4)) -> rule3))]", "representation": "(\"Charlie\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple3 triple5) -> (rule2 % int4)) triple6 ((triple5 triple4 ((((triple3 triple5) -> (rule2 % int4)) triple3 triple4) -> (rule5 % int3))) -> (rule4 % int2))) -> (rule3 % int1))", "intermediates": [ { "text": "Charlie is green.", "representation": "(\"Charlie\" \"is\" \"green\" \"+\")", "id": "int1" }, { "text": "Charlie is nice.", "representation": "(\"Charlie\" \"is\" \"nice\" \"+\")", "id": "int2" }, { "text": "Charlie is round.", "representation": "(\"Charlie\" \"is\" \"round\" \"+\")", "id": "int3" }, { "text": "Charlie is cold.", "representation": "(\"Charlie\" \"is\" \"cold\" \"+\")", "id": "int4" } ] } ] }, "Q10": { "question": "Charlie is not green.", "answer": "False", "QDep": 4, "QLen": "14", "strategy": "inv-proof", "proofs": "[(((((triple3 triple5) -> rule2) triple6 ((triple5 triple4 ((((triple3 triple5) -> rule2) triple3 triple4) -> rule5)) -> rule4)) -> rule3))]", "representation": "(\"Charlie\" \"is\" \"green\" \"-\")", "proofsWithIntermediates": [ { "representation": "((((triple3 triple5) -> (rule2 % int4)) triple6 ((triple5 triple4 ((((triple3 triple5) -> (rule2 % int4)) triple3 triple4) -> (rule5 % int3))) -> (rule4 % int2))) -> (rule3 % int1))", "intermediates": [ { "text": "Charlie is green.", "representation": "(\"Charlie\" \"is\" \"green\" \"+\")", "id": "int1" }, { "text": "Charlie is nice.", "representation": "(\"Charlie\" \"is\" \"nice\" \"+\")", "id": "int2" }, { "text": "Charlie is round.", "representation": "(\"Charlie\" \"is\" \"round\" \"+\")", "id": "int3" }, { "text": "Charlie is cold.", "representation": "(\"Charlie\" \"is\" \"cold\" \"+\")", "id": "int4" } ] } ] }, "Q11": { "question": "Bob is not green.", "answer": "Unknown", "QDep": 2, "QLen": "", "strategy": "inv-rconc", "proofs": "[@2: Bob is green.[CWA. Example of deepest failure = (rule3 <- rule6 <- FAIL)]]", "representation": "(\"Bob\" \"is\" \"green\" \"-\")", "proofsWithIntermediates": null }, "Q12": { "question": "Bob is nice.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "rconc", "proofs": "[@1: Bob is nice.[CWA. Example of deepest failure = (rule4 <- FAIL)]]", "representation": "(\"Bob\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": null }, "Q13": { "question": "Bob is not round.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Bob is round.[CWA. Example of deepest failure = (rule5 <- FAIL)]]", "representation": "(\"Bob\" \"is\" \"round\" \"-\")" }, "Q14": { "question": "Alan is cold.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "rconc", "proofs": "[@1: Alan is cold.[CWA. Example of deepest failure = (rule2 <- FAIL)]]", "representation": "(\"Alan\" \"is\" \"cold\" \"+\")" }, "Q15": { "question": "Alan is not nice.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Alan is nice.[CWA. Example of deepest failure = (rule4 <- FAIL)]]", "representation": "(\"Alan\" \"is\" \"nice\" \"-\")" }, "Q16": { "question": "Fred is rough.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Fred is rough.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Fred\" \"is\" \"rough\" \"+\")" }, "Q17": { "question": "Bob is not young.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Bob is young.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Bob\" \"is\" \"young\" \"-\")" }, "Q18": { "question": "Bob is kind.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Bob is kind.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Bob\" \"is\" \"kind\" \"+\")" }, "Q19": { "question": "Alan is not young.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Alan is young.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Alan\" \"is\" \"young\" \"-\")" }, "Q20": { "question": "Alan is red.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Alan is red.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Alan\" \"is\" \"red\" \"+\")" }, "Q21": null, "Q22": null, "Q23": null, "Q24": null }

[ { "text": "Bob is cold.", "QDep": 0, "representation": "(\"Bob\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple2", "intermediates": [] } ] }, { "text": "Bob is rough.", "QDep": 0, "representation": "(\"Bob\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple1", "intermediates": [] } ] }, { "text": "Charlie is big.", "QDep": 0, "representation": "(\"Charlie\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple6", "intermediates": [] } ] }, { "text": "Charlie is blue.", "QDep": 0, "representation": "(\"Charlie\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple5", "intermediates": [] } ] }, { "text": "Charlie is red.", "QDep": 0, "representation": "(\"Charlie\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple4", "intermediates": [] } ] }, { "text": "Charlie is rough.", "QDep": 0, "representation": "(\"Charlie\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple3", "intermediates": [] } ] }, { "text": "Fred is big.", "QDep": 0, "representation": "(\"Fred\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple9", "intermediates": [] } ] }, { "text": "Fred is cold.", "QDep": 0, "representation": "(\"Fred\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple8", "intermediates": [] } ] }, { "text": "Fred is kind.", "QDep": 0, "representation": "(\"Fred\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple7", "intermediates": [] } ] }, { "text": "Charlie is cold.", "QDep": 1, "representation": "(\"Charlie\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple3 triple5) -> (rule2 % int1))", "intermediates": [ { "text": "Charlie is cold.", "representation": "(\"Charlie\" \"is\" \"cold\" \"+\")", "id": "int1" } ] } ] }, { "text": "Charlie is round.", "QDep": 2, "representation": "(\"Charlie\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple3 triple5) -> (rule2 % int2)) triple3 triple4) -> (rule5 % int1))", "intermediates": [ { "text": "Charlie is round.", "representation": "(\"Charlie\" \"is\" \"round\" \"+\")", "id": "int1" }, { "text": "Charlie is cold.", "representation": "(\"Charlie\" \"is\" \"cold\" \"+\")", "id": "int2" } ] } ] }, { "text": "Charlie is nice.", "QDep": 3, "representation": "(\"Charlie\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple5 triple4 ((((triple3 triple5) -> (rule2 % int3)) triple3 triple4) -> (rule5 % int2))) -> (rule4 % int1))", "intermediates": [ { "text": "Charlie is nice.", "representation": "(\"Charlie\" \"is\" \"nice\" \"+\")", "id": "int1" }, { "text": "Charlie is round.", "representation": "(\"Charlie\" \"is\" \"round\" \"+\")", "id": "int2" }, { "text": "Charlie is cold.", "representation": "(\"Charlie\" \"is\" \"cold\" \"+\")", "id": "int3" } ] } ] }, { "text": "Charlie is green.", "QDep": 4, "representation": "(\"Charlie\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple3 triple5) -> (rule2 % int4)) triple6 ((triple5 triple4 ((((triple3 triple5) -> (rule2 % int4)) triple3 triple4) -> (rule5 % int3))) -> (rule4 % int2))) -> (rule3 % int1))", "intermediates": [ { "text": "Charlie is green.", "representation": "(\"Charlie\" \"is\" \"green\" \"+\")", "id": "int1" }, { "text": "Charlie is nice.", "representation": "(\"Charlie\" \"is\" \"nice\" \"+\")", "id": "int2" }, { "text": "Charlie is round.", "representation": "(\"Charlie\" \"is\" \"round\" \"+\")", "id": "int3" }, { "text": "Charlie is cold.", "representation": "(\"Charlie\" \"is\" \"cold\" \"+\")", "id": "int4" } ] } ] } ]

{ "triple1": "sent1", "triple2": "sent1", "triple3": "sent2", "triple4": "sent2", "triple5": "sent2", "triple6": "sent2", "triple7": "sent3", "triple8": "sent3", "triple9": "sent3", "triple10": null, "rule1": "sent4", "rule2": "sent5", "rule3": "sent6", "rule4": "sent7", "rule5": "sent8", "rule6": "sent9", "rule7": null, "triple11": null, "triple12": null }

{ "sent1": "To the touch Bob has rough, cold skin.", "sent2": "That big rough Charlie guy is both red and blue at the same time.", "sent3": "When you see Fred, you will notice he is cold, big and kind.", "sent4": "Everyone that is rough but also kind will be green.", "sent5": "Maybe someone is rough and blue with the cold.", "sent6": "If a big person is cold and nice, then they are green.", "sent7": "If you meet someone who is red and blue with a round shape, you can count on them being nice to you.", "sent8": "You will always find a cold, rough, red person to also be a round person.", "sent9": "Nice people who are kind, despite their rough skin, are big hearted.", "sent10": null, "sent11": null }

{ "triple1": { "text": "Alan is kind.", "representation": "(\"Alan\" \"is\" \"kind\" \"+\")" }, "triple2": { "text": "Eric is rough.", "representation": "(\"Eric\" \"is\" \"rough\" \"+\")" }, "triple3": { "text": "Eric is blue.", "representation": "(\"Eric\" \"is\" \"blue\" \"+\")" }, "triple4": { "text": "Gary is red.", "representation": "(\"Gary\" \"is\" \"red\" \"+\")" }, "triple5": { "text": "Gary is kind.", "representation": "(\"Gary\" \"is\" \"kind\" \"+\")" }, "triple6": { "text": "Gary is cold.", "representation": "(\"Gary\" \"is\" \"cold\" \"+\")" }, "triple7": { "text": "Harry is red.", "representation": "(\"Harry\" \"is\" \"red\" \"+\")" }, "triple8": null, "triple9": null, "triple10": null, "triple11": null, "triple12": null }

{ "rule1": { "text": "If someone is kind and red then they are blue.", "representation": "(((\"someone\" \"is\" \"kind\" \"+\") (\"someone\" \"is\" \"red\" \"+\")) -> (\"someone\" \"is\" \"blue\" \"+\"))" }, "rule2": { "text": "If someone is cold and rough then they are red.", "representation": "(((\"someone\" \"is\" \"cold\" \"+\") (\"someone\" \"is\" \"rough\" \"+\")) -> (\"someone\" \"is\" \"red\" \"+\"))" }, "rule3": { "text": "If someone is big then they are rough.", "representation": "(((\"someone\" \"is\" \"big\" \"+\")) -> (\"someone\" \"is\" \"rough\" \"+\"))" }, "rule4": { "text": "If someone is blue and cold then they are big.", "representation": "(((\"someone\" \"is\" \"blue\" \"+\") (\"someone\" \"is\" \"cold\" \"+\")) -> (\"someone\" \"is\" \"big\" \"+\"))" }, "rule5": null, "rule6": null, "rule7": null }

{ "Q1": { "question": "Alan is kind.", "answer": "True", "QDep": 0, "QLen": "1", "strategy": "proof", "proofs": "[(triple1)]", "representation": "(\"Alan\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple1", "intermediates": [] } ] }, "Q2": { "question": "Gary is not red.", "answer": "False", "QDep": 0, "QLen": "1", "strategy": "inv-proof", "proofs": "[(triple4)]", "representation": "(\"Gary\" \"is\" \"red\" \"-\")", "proofsWithIntermediates": [ { "representation": "triple4", "intermediates": [] } ] }, "Q3": { "question": "Gary is blue.", "answer": "True", "QDep": 1, "QLen": "3", "strategy": "proof", "proofs": "[(((triple5 triple4) -> rule1))]", "representation": "(\"Gary\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple5 triple4) -> (rule1 % int1))", "intermediates": [ { "text": "Gary is blue.", "representation": "(\"Gary\" \"is\" \"blue\" \"+\")", "id": "int1" } ] } ] }, "Q4": { "question": "Gary is not blue.", "answer": "False", "QDep": 1, "QLen": "3", "strategy": "inv-proof", "proofs": "[(((triple5 triple4) -> rule1))]", "representation": "(\"Gary\" \"is\" \"blue\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple5 triple4) -> (rule1 % int1))", "intermediates": [ { "text": "Gary is blue.", "representation": "(\"Gary\" \"is\" \"blue\" \"+\")", "id": "int1" } ] } ] }, "Q5": { "question": "Gary is big.", "answer": "True", "QDep": 2, "QLen": "5", "strategy": "proof", "proofs": "[(((((triple5 triple4) -> rule1) triple6) -> rule4))]", "representation": "(\"Gary\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple5 triple4) -> (rule1 % int2)) triple6) -> (rule4 % int1))", "intermediates": [ { "text": "Gary is big.", "representation": "(\"Gary\" \"is\" \"big\" \"+\")", "id": "int1" }, { "text": "Gary is blue.", "representation": "(\"Gary\" \"is\" \"blue\" \"+\")", "id": "int2" } ] } ] }, "Q6": { "question": "Gary is not big.", "answer": "False", "QDep": 2, "QLen": "5", "strategy": "inv-proof", "proofs": "[(((((triple5 triple4) -> rule1) triple6) -> rule4))]", "representation": "(\"Gary\" \"is\" \"big\" \"-\")", "proofsWithIntermediates": [ { "representation": "((((triple5 triple4) -> (rule1 % int2)) triple6) -> (rule4 % int1))", "intermediates": [ { "text": "Gary is big.", "representation": "(\"Gary\" \"is\" \"big\" \"+\")", "id": "int1" }, { "text": "Gary is blue.", "representation": "(\"Gary\" \"is\" \"blue\" \"+\")", "id": "int2" } ] } ] }, "Q7": { "question": "Gary is rough.", "answer": "True", "QDep": 3, "QLen": "6", "strategy": "proof", "proofs": "[(((((((triple5 triple4) -> rule1) triple6) -> rule4)) -> rule3))]", "representation": "(\"Gary\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((((triple5 triple4) -> (rule1 % int3)) triple6) -> (rule4 % int2))) -> (rule3 % int1))", "intermediates": [ { "text": "Gary is rough.", "representation": "(\"Gary\" \"is\" \"rough\" \"+\")", "id": "int1" }, { "text": "Gary is big.", "representation": "(\"Gary\" \"is\" \"big\" \"+\")", "id": "int2" }, { "text": "Gary is blue.", "representation": "(\"Gary\" \"is\" \"blue\" \"+\")", "id": "int3" } ] } ] }, "Q8": { "question": "Gary is not rough.", "answer": "False", "QDep": 3, "QLen": "6", "strategy": "inv-proof", "proofs": "[(((((((triple5 triple4) -> rule1) triple6) -> rule4)) -> rule3))]", "representation": "(\"Gary\" \"is\" \"rough\" \"-\")", "proofsWithIntermediates": [ { "representation": "((((((triple5 triple4) -> (rule1 % int3)) triple6) -> (rule4 % int2))) -> (rule3 % int1))", "intermediates": [ { "text": "Gary is rough.", "representation": "(\"Gary\" \"is\" \"rough\" \"+\")", "id": "int1" }, { "text": "Gary is big.", "representation": "(\"Gary\" \"is\" \"big\" \"+\")", "id": "int2" }, { "text": "Gary is blue.", "representation": "(\"Gary\" \"is\" \"blue\" \"+\")", "id": "int3" } ] } ] }, "Q9": { "question": "Harry is not rough.", "answer": "Unknown", "QDep": 2, "QLen": "", "strategy": "inv-rconc", "proofs": "[@2: Harry is rough.[CWA. Example of deepest failure = (rule3 <- rule4 <- FAIL)]]", "representation": "(\"Harry\" \"is\" \"rough\" \"-\")", "proofsWithIntermediates": null }, "Q10": { "question": "Alan is big.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "rconc", "proofs": "[@1: Alan is big.[CWA. Example of deepest failure = (rule4 <- FAIL)]]", "representation": "(\"Alan\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": null }, "Q11": { "question": "Alan is not red.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Alan is red.[CWA. Example of deepest failure = (rule2 <- FAIL)]]", "representation": "(\"Alan\" \"is\" \"red\" \"-\")", "proofsWithIntermediates": null }, "Q12": { "question": "Harry is big.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "rconc", "proofs": "[@1: Harry is big.[CWA. Example of deepest failure = (rule4 <- FAIL)]]", "representation": "(\"Harry\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": null }, "Q13": { "question": "Alan is not cold.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Alan is cold.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Alan\" \"is\" \"cold\" \"-\")" }, "Q14": { "question": "Alan is young.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Alan is young.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Alan\" \"is\" \"young\" \"+\")" }, "Q15": { "question": "Harry is not green.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Harry is green.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Harry\" \"is\" \"green\" \"-\")" }, "Q16": { "question": "Gary is nice.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Gary is nice.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Gary\" \"is\" \"nice\" \"+\")" }, "Q17": null, "Q18": null, "Q19": null, "Q20": null, "Q21": null, "Q22": null, "Q23": null, "Q24": null }

[ { "text": "Alan is kind.", "QDep": 0, "representation": "(\"Alan\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple1", "intermediates": [] } ] }, { "text": "Eric is blue.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple3", "intermediates": [] } ] }, { "text": "Eric is rough.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple2", "intermediates": [] } ] }, { "text": "Gary is cold.", "QDep": 0, "representation": "(\"Gary\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple6", "intermediates": [] } ] }, { "text": "Gary is kind.", "QDep": 0, "representation": "(\"Gary\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple5", "intermediates": [] } ] }, { "text": "Gary is red.", "QDep": 0, "representation": "(\"Gary\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple4", "intermediates": [] } ] }, { "text": "Harry is red.", "QDep": 0, "representation": "(\"Harry\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple7", "intermediates": [] } ] }, { "text": "Gary is blue.", "QDep": 1, "representation": "(\"Gary\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple5 triple4) -> (rule1 % int1))", "intermediates": [ { "text": "Gary is blue.", "representation": "(\"Gary\" \"is\" \"blue\" \"+\")", "id": "int1" } ] } ] }, { "text": "Gary is big.", "QDep": 2, "representation": "(\"Gary\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple5 triple4) -> (rule1 % int2)) triple6) -> (rule4 % int1))", "intermediates": [ { "text": "Gary is big.", "representation": "(\"Gary\" \"is\" \"big\" \"+\")", "id": "int1" }, { "text": "Gary is blue.", "representation": "(\"Gary\" \"is\" \"blue\" \"+\")", "id": "int2" } ] } ] }, { "text": "Gary is rough.", "QDep": 3, "representation": "(\"Gary\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((((triple5 triple4) -> (rule1 % int3)) triple6) -> (rule4 % int2))) -> (rule3 % int1))", "intermediates": [ { "text": "Gary is rough.", "representation": "(\"Gary\" \"is\" \"rough\" \"+\")", "id": "int1" }, { "text": "Gary is big.", "representation": "(\"Gary\" \"is\" \"big\" \"+\")", "id": "int2" }, { "text": "Gary is blue.", "representation": "(\"Gary\" \"is\" \"blue\" \"+\")", "id": "int3" } ] } ] } ]

{ "triple1": "sent1", "triple2": "sent2", "triple3": "sent2", "triple4": "sent3", "triple5": "sent3", "triple6": "sent3", "triple7": "sent4", "triple8": null, "triple9": null, "triple10": null, "rule1": "sent5", "rule2": "sent6", "rule3": "sent7", "rule4": "sent8", "rule5": null, "rule6": null, "rule7": null, "triple11": null, "triple12": null }

{ "sent1": "Alan always goes out of his way to show that he is kind to people.", "sent2": "Eric grew up in a family with six other boys and that make him a rough guy; Right now he's feeling blue because his dog is sick.", "sent3": "This Gary guy is red; He is also kind and yet cold.", "sent4": "Red Harry is what folks call him, because he is quite red.", "sent5": "A kind red person is also a blue person.", "sent6": "A person with rough skin who has been standing in the cold will turn red.", "sent7": "A big person in size will definitely be rough.", "sent8": "Someone who is blue and cold is also big.", "sent9": null, "sent10": null, "sent11": null }

{ "triple1": { "text": "Alan is young.", "representation": "(\"Alan\" \"is\" \"young\" \"+\")" }, "triple2": { "text": "Alan is green.", "representation": "(\"Alan\" \"is\" \"green\" \"+\")" }, "triple3": { "text": "Charlie is blue.", "representation": "(\"Charlie\" \"is\" \"blue\" \"+\")" }, "triple4": { "text": "Eric is round.", "representation": "(\"Eric\" \"is\" \"round\" \"+\")" }, "triple5": { "text": "Eric is cold.", "representation": "(\"Eric\" \"is\" \"cold\" \"+\")" }, "triple6": { "text": "Fred is cold.", "representation": "(\"Fred\" \"is\" \"cold\" \"+\")" }, "triple7": { "text": "Fred is big.", "representation": "(\"Fred\" \"is\" \"big\" \"+\")" }, "triple8": null, "triple9": null, "triple10": null, "triple11": null, "triple12": null }

{ "rule1": { "text": "If someone is kind and rough and nice then they are cold.", "representation": "(((\"someone\" \"is\" \"kind\" \"+\") (\"someone\" \"is\" \"rough\" \"+\") (\"someone\" \"is\" \"nice\" \"+\")) -> (\"someone\" \"is\" \"cold\" \"+\"))" }, "rule2": { "text": "If someone is cold and rough then they are blue.", "representation": "(((\"someone\" \"is\" \"cold\" \"+\") (\"someone\" \"is\" \"rough\" \"+\")) -> (\"someone\" \"is\" \"blue\" \"+\"))" }, "rule3": { "text": "If someone is kind and big and blue then they are rough.", "representation": "(((\"someone\" \"is\" \"kind\" \"+\") (\"someone\" \"is\" \"big\" \"+\") (\"someone\" \"is\" \"blue\" \"+\")) -> (\"someone\" \"is\" \"rough\" \"+\"))" }, "rule4": { "text": "If someone is green then they are rough.", "representation": "(((\"someone\" \"is\" \"green\" \"+\")) -> (\"someone\" \"is\" \"rough\" \"+\"))" }, "rule5": { "text": "If someone is cold and round then they are rough.", "representation": "(((\"someone\" \"is\" \"cold\" \"+\") (\"someone\" \"is\" \"round\" \"+\")) -> (\"someone\" \"is\" \"rough\" \"+\"))" }, "rule6": { "text": "If someone is blue then they are green.", "representation": "(((\"someone\" \"is\" \"blue\" \"+\")) -> (\"someone\" \"is\" \"green\" \"+\"))" }, "rule7": { "text": "If someone is red and young and cold then they are kind.", "representation": "(((\"someone\" \"is\" \"red\" \"+\") (\"someone\" \"is\" \"young\" \"+\") (\"someone\" \"is\" \"cold\" \"+\")) -> (\"someone\" \"is\" \"kind\" \"+\"))" } }

{ "Q1": { "question": "Alan is green.", "answer": "True", "QDep": 0, "QLen": "1", "strategy": "proof", "proofs": "[(triple2)]", "representation": "(\"Alan\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple2", "intermediates": [] } ] }, "Q2": { "question": "Fred is not cold.", "answer": "False", "QDep": 0, "QLen": "1", "strategy": "inv-proof", "proofs": "[(triple6)]", "representation": "(\"Fred\" \"is\" \"cold\" \"-\")", "proofsWithIntermediates": [ { "representation": "triple6", "intermediates": [] } ] }, "Q3": { "question": "Charlie is green.", "answer": "True", "QDep": 1, "QLen": "2", "strategy": "proof", "proofs": "[(((triple3) -> rule6))]", "representation": "(\"Charlie\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple3) -> (rule6 % int1))", "intermediates": [ { "text": "Charlie is green.", "representation": "(\"Charlie\" \"is\" \"green\" \"+\")", "id": "int1" } ] } ] }, "Q4": { "question": "Eric is not rough.", "answer": "False", "QDep": 1, "QLen": "3", "strategy": "inv-proof", "proofs": "[(((triple5 triple4) -> rule5))]", "representation": "(\"Eric\" \"is\" \"rough\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple5 triple4) -> (rule5 % int1))", "intermediates": [ { "text": "Eric is rough.", "representation": "(\"Eric\" \"is\" \"rough\" \"+\")", "id": "int1" } ] } ] }, "Q5": { "question": "Charlie is rough.", "answer": "True", "QDep": 2, "QLen": "3", "strategy": "proof", "proofs": "[(((((triple3) -> rule6)) -> rule4))]", "representation": "(\"Charlie\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple3) -> (rule6 % int2))) -> (rule4 % int1))", "intermediates": [ { "text": "Charlie is rough.", "representation": "(\"Charlie\" \"is\" \"rough\" \"+\")", "id": "int1" }, { "text": "Charlie is green.", "representation": "(\"Charlie\" \"is\" \"green\" \"+\")", "id": "int2" } ] } ] }, "Q6": { "question": "Charlie is not rough.", "answer": "False", "QDep": 2, "QLen": "3", "strategy": "inv-proof", "proofs": "[(((((triple3) -> rule6)) -> rule4))]", "representation": "(\"Charlie\" \"is\" \"rough\" \"-\")", "proofsWithIntermediates": [ { "representation": "((((triple3) -> (rule6 % int2))) -> (rule4 % int1))", "intermediates": [ { "text": "Charlie is rough.", "representation": "(\"Charlie\" \"is\" \"rough\" \"+\")", "id": "int1" }, { "text": "Charlie is green.", "representation": "(\"Charlie\" \"is\" \"green\" \"+\")", "id": "int2" } ] } ] }, "Q7": { "question": "Eric is green.", "answer": "True", "QDep": 3, "QLen": "6", "strategy": "proof", "proofs": "[(((((triple5 ((triple5 triple4) -> rule5)) -> rule2)) -> rule6))]", "representation": "(\"Eric\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple5 ((triple5 triple4) -> (rule5 % int3))) -> (rule2 % int2))) -> (rule6 % int1))", "intermediates": [ { "text": "Eric is green.", "representation": "(\"Eric\" \"is\" \"green\" \"+\")", "id": "int1" }, { "text": "Eric is blue.", "representation": "(\"Eric\" \"is\" \"blue\" \"+\")", "id": "int2" }, { "text": "Eric is rough.", "representation": "(\"Eric\" \"is\" \"rough\" \"+\")", "id": "int3" } ] } ] }, "Q8": { "question": "Eric is not green.", "answer": "False", "QDep": 3, "QLen": "6", "strategy": "inv-proof", "proofs": "[(((((triple5 ((triple5 triple4) -> rule5)) -> rule2)) -> rule6))]", "representation": "(\"Eric\" \"is\" \"green\" \"-\")", "proofsWithIntermediates": [ { "representation": "((((triple5 ((triple5 triple4) -> (rule5 % int3))) -> (rule2 % int2))) -> (rule6 % int1))", "intermediates": [ { "text": "Eric is green.", "representation": "(\"Eric\" \"is\" \"green\" \"+\")", "id": "int1" }, { "text": "Eric is blue.", "representation": "(\"Eric\" \"is\" \"blue\" \"+\")", "id": "int2" }, { "text": "Eric is rough.", "representation": "(\"Eric\" \"is\" \"rough\" \"+\")", "id": "int3" } ] } ] }, "Q9": { "question": "Charlie is not cold.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Charlie is cold.[CWA. Example of deepest failure = (rule1 <- FAIL)]]", "representation": "(\"Charlie\" \"is\" \"cold\" \"-\")", "proofsWithIntermediates": null }, "Q10": { "question": "Fred is blue.", "answer": "Unknown", "QDep": 3, "QLen": "", "strategy": "rconc", "proofs": "[@3: Fred is blue.[CWA. Example of deepest failure = (rule2 <- rule4 <- rule6 <- FAIL)]]", "representation": "(\"Fred\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": null }, "Q11": { "question": "Eric is not kind.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Eric is kind.[CWA. Example of deepest failure = (rule7 <- FAIL)]]", "representation": "(\"Eric\" \"is\" \"kind\" \"-\")", "proofsWithIntermediates": null }, "Q12": { "question": "Charlie is kind.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "rconc", "proofs": "[@1: Charlie is kind.[CWA. Example of deepest failure = (rule7 <- FAIL)]]", "representation": "(\"Charlie\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": null }, "Q13": { "question": "Charlie is not nice.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Charlie is nice.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Charlie\" \"is\" \"nice\" \"-\")" }, "Q14": { "question": "Alan is nice.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Alan is nice.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Alan\" \"is\" \"nice\" \"+\")" }, "Q15": { "question": "Fred is not round.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Fred is round.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Fred\" \"is\" \"round\" \"-\")" }, "Q16": { "question": "Alan is round.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Alan is round.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Alan\" \"is\" \"round\" \"+\")" }, "Q17": null, "Q18": null, "Q19": null, "Q20": null, "Q21": null, "Q22": null, "Q23": null, "Q24": null }

[ { "text": "Alan is green.", "QDep": 0, "representation": "(\"Alan\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple2", "intermediates": [] } ] }, { "text": "Alan is young.", "QDep": 0, "representation": "(\"Alan\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple1", "intermediates": [] } ] }, { "text": "Charlie is blue.", "QDep": 0, "representation": "(\"Charlie\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple3", "intermediates": [] } ] }, { "text": "Eric is cold.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple5", "intermediates": [] } ] }, { "text": "Eric is round.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple4", "intermediates": [] } ] }, { "text": "Fred is big.", "QDep": 0, "representation": "(\"Fred\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple7", "intermediates": [] } ] }, { "text": "Fred is cold.", "QDep": 0, "representation": "(\"Fred\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple6", "intermediates": [] } ] }, { "text": "Alan is rough.", "QDep": 1, "representation": "(\"Alan\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple2) -> (rule4 % int1))", "intermediates": [ { "text": "Alan is rough.", "representation": "(\"Alan\" \"is\" \"rough\" \"+\")", "id": "int1" } ] } ] }, { "text": "Charlie is green.", "QDep": 1, "representation": "(\"Charlie\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple3) -> (rule6 % int1))", "intermediates": [ { "text": "Charlie is green.", "representation": "(\"Charlie\" \"is\" \"green\" \"+\")", "id": "int1" } ] } ] }, { "text": "Eric is rough.", "QDep": 1, "representation": "(\"Eric\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple5 triple4) -> (rule5 % int1))", "intermediates": [ { "text": "Eric is rough.", "representation": "(\"Eric\" \"is\" \"rough\" \"+\")", "id": "int1" } ] } ] }, { "text": "Charlie is rough.", "QDep": 2, "representation": "(\"Charlie\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple3) -> (rule6 % int2))) -> (rule4 % int1))", "intermediates": [ { "text": "Charlie is rough.", "representation": "(\"Charlie\" \"is\" \"rough\" \"+\")", "id": "int1" }, { "text": "Charlie is green.", "representation": "(\"Charlie\" \"is\" \"green\" \"+\")", "id": "int2" } ] } ] }, { "text": "Eric is blue.", "QDep": 2, "representation": "(\"Eric\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple5 ((triple5 triple4) -> (rule5 % int2))) -> (rule2 % int1))", "intermediates": [ { "text": "Eric is blue.", "representation": "(\"Eric\" \"is\" \"blue\" \"+\")", "id": "int1" }, { "text": "Eric is rough.", "representation": "(\"Eric\" \"is\" \"rough\" \"+\")", "id": "int2" } ] } ] }, { "text": "Eric is green.", "QDep": 3, "representation": "(\"Eric\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple5 ((triple5 triple4) -> (rule5 % int3))) -> (rule2 % int2))) -> (rule6 % int1))", "intermediates": [ { "text": "Eric is green.", "representation": "(\"Eric\" \"is\" \"green\" \"+\")", "id": "int1" }, { "text": "Eric is blue.", "representation": "(\"Eric\" \"is\" \"blue\" \"+\")", "id": "int2" }, { "text": "Eric is rough.", "representation": "(\"Eric\" \"is\" \"rough\" \"+\")", "id": "int3" } ] } ] } ]

{ "triple1": "sent1", "triple2": "sent1", "triple3": "sent2", "triple4": "sent3", "triple5": "sent3", "triple6": "sent4", "triple7": "sent4", "triple8": null, "triple9": null, "triple10": null, "rule1": "sent5", "rule2": "sent6", "rule3": "sent7", "rule4": "sent8", "rule5": "sent9", "rule6": "sent10", "rule7": "sent11", "triple11": null, "triple12": null }

{ "sent1": "Young Alan is wearing green pants.", "sent2": "Charlie wears all blue.", "sent3": "Because Eric gets cold easily he tends to appear round from bundling up.", "sent4": "Even though he's a big dude, Fred is cold.", "sent5": "Kind, rough people who are nice are also cold.", "sent6": "Anyone that's rough and cold is also going to be blue.", "sent7": "People who are big and kind and feel down and blue tend to have rough skin.", "sent8": "A green person is going to be rough.", "sent9": "A person with a round body will be feeling very cold and will be rough to handle.", "sent10": "Anyone who's blue is also green.", "sent11": "People who are cold and and red are also young and kind." }

{ "triple1": { "text": "Alan is nice.", "representation": "(\"Alan\" \"is\" \"nice\" \"+\")" }, "triple2": { "text": "Alan is kind.", "representation": "(\"Alan\" \"is\" \"kind\" \"+\")" }, "triple3": { "text": "Alan is green.", "representation": "(\"Alan\" \"is\" \"green\" \"+\")" }, "triple4": { "text": "Alan is big.", "representation": "(\"Alan\" \"is\" \"big\" \"+\")" }, "triple5": { "text": "Bob is kind.", "representation": "(\"Bob\" \"is\" \"kind\" \"+\")" }, "triple6": { "text": "Fred is red.", "representation": "(\"Fred\" \"is\" \"red\" \"+\")" }, "triple7": { "text": "Fred is kind.", "representation": "(\"Fred\" \"is\" \"kind\" \"+\")" }, "triple8": { "text": "Fred is cold.", "representation": "(\"Fred\" \"is\" \"cold\" \"+\")" }, "triple9": { "text": "Harry is blue.", "representation": "(\"Harry\" \"is\" \"blue\" \"+\")" }, "triple10": null, "triple11": null, "triple12": null }

{ "rule1": { "text": "If someone is kind and red and young then they are nice.", "representation": "(((\"someone\" \"is\" \"kind\" \"+\") (\"someone\" \"is\" \"red\" \"+\") (\"someone\" \"is\" \"young\" \"+\")) -> (\"someone\" \"is\" \"nice\" \"+\"))" }, "rule2": { "text": "If someone is big and green then they are cold.", "representation": "(((\"someone\" \"is\" \"big\" \"+\") (\"someone\" \"is\" \"green\" \"+\")) -> (\"someone\" \"is\" \"cold\" \"+\"))" }, "rule3": { "text": "If someone is red and nice then they are big.", "representation": "(((\"someone\" \"is\" \"red\" \"+\") (\"someone\" \"is\" \"nice\" \"+\")) -> (\"someone\" \"is\" \"big\" \"+\"))" }, "rule4": { "text": "If someone is cold and green and big then they are round.", "representation": "(((\"someone\" \"is\" \"cold\" \"+\") (\"someone\" \"is\" \"green\" \"+\") (\"someone\" \"is\" \"big\" \"+\")) -> (\"someone\" \"is\" \"round\" \"+\"))" }, "rule5": { "text": "If someone is green and round then they are red.", "representation": "(((\"someone\" \"is\" \"green\" \"+\") (\"someone\" \"is\" \"round\" \"+\")) -> (\"someone\" \"is\" \"red\" \"+\"))" }, "rule6": null, "rule7": null }

{ "Q1": { "question": "Bob is kind.", "answer": "True", "QDep": 0, "QLen": "1", "strategy": "proof", "proofs": "[(triple5)]", "representation": "(\"Bob\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple5", "intermediates": [] } ] }, "Q2": { "question": "Harry is not blue.", "answer": "False", "QDep": 0, "QLen": "1", "strategy": "inv-proof", "proofs": "[(triple9)]", "representation": "(\"Harry\" \"is\" \"blue\" \"-\")", "proofsWithIntermediates": [ { "representation": "triple9", "intermediates": [] } ] }, "Q3": { "question": "Alan is cold.", "answer": "True", "QDep": 1, "QLen": "3", "strategy": "proof", "proofs": "[(((triple4 triple3) -> rule2))]", "representation": "(\"Alan\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple4 triple3) -> (rule2 % int1))", "intermediates": [ { "text": "Alan is cold.", "representation": "(\"Alan\" \"is\" \"cold\" \"+\")", "id": "int1" } ] } ] }, "Q4": { "question": "Alan is not cold.", "answer": "False", "QDep": 1, "QLen": "3", "strategy": "inv-proof", "proofs": "[(((triple4 triple3) -> rule2))]", "representation": "(\"Alan\" \"is\" \"cold\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple4 triple3) -> (rule2 % int1))", "intermediates": [ { "text": "Alan is cold.", "representation": "(\"Alan\" \"is\" \"cold\" \"+\")", "id": "int1" } ] } ] }, "Q5": { "question": "Alan is round.", "answer": "True", "QDep": 2, "QLen": "6", "strategy": "proof", "proofs": "[(((((triple4 triple3) -> rule2) triple3 triple4) -> rule4))]", "representation": "(\"Alan\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple4 triple3) -> (rule2 % int2)) triple3 triple4) -> (rule4 % int1))", "intermediates": [ { "text": "Alan is round.", "representation": "(\"Alan\" \"is\" \"round\" \"+\")", "id": "int1" }, { "text": "Alan is cold.", "representation": "(\"Alan\" \"is\" \"cold\" \"+\")", "id": "int2" } ] } ] }, "Q6": { "question": "Alan is not round.", "answer": "False", "QDep": 2, "QLen": "6", "strategy": "inv-proof", "proofs": "[(((((triple4 triple3) -> rule2) triple3 triple4) -> rule4))]", "representation": "(\"Alan\" \"is\" \"round\" \"-\")", "proofsWithIntermediates": [ { "representation": "((((triple4 triple3) -> (rule2 % int2)) triple3 triple4) -> (rule4 % int1))", "intermediates": [ { "text": "Alan is round.", "representation": "(\"Alan\" \"is\" \"round\" \"+\")", "id": "int1" }, { "text": "Alan is cold.", "representation": "(\"Alan\" \"is\" \"cold\" \"+\")", "id": "int2" } ] } ] }, "Q7": { "question": "Alan is red.", "answer": "True", "QDep": 3, "QLen": "8", "strategy": "proof", "proofs": "[(((triple3 ((((triple4 triple3) -> rule2) triple3 triple4) -> rule4)) -> rule5))]", "representation": "(\"Alan\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple3 ((((triple4 triple3) -> (rule2 % int3)) triple3 triple4) -> (rule4 % int2))) -> (rule5 % int1))", "intermediates": [ { "text": "Alan is red.", "representation": "(\"Alan\" \"is\" \"red\" \"+\")", "id": "int1" }, { "text": "Alan is round.", "representation": "(\"Alan\" \"is\" \"round\" \"+\")", "id": "int2" }, { "text": "Alan is cold.", "representation": "(\"Alan\" \"is\" \"cold\" \"+\")", "id": "int3" } ] } ] }, "Q8": { "question": "Alan is not red.", "answer": "False", "QDep": 3, "QLen": "8", "strategy": "inv-proof", "proofs": "[(((triple3 ((((triple4 triple3) -> rule2) triple3 triple4) -> rule4)) -> rule5))]", "representation": "(\"Alan\" \"is\" \"red\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple3 ((((triple4 triple3) -> (rule2 % int3)) triple3 triple4) -> (rule4 % int2))) -> (rule5 % int1))", "intermediates": [ { "text": "Alan is red.", "representation": "(\"Alan\" \"is\" \"red\" \"+\")", "id": "int1" }, { "text": "Alan is round.", "representation": "(\"Alan\" \"is\" \"round\" \"+\")", "id": "int2" }, { "text": "Alan is cold.", "representation": "(\"Alan\" \"is\" \"cold\" \"+\")", "id": "int3" } ] } ] }, "Q9": { "question": "Harry is not red.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Harry is red.[CWA. Example of deepest failure = (rule5 <- FAIL)]]", "representation": "(\"Harry\" \"is\" \"red\" \"-\")", "proofsWithIntermediates": null }, "Q10": { "question": "Fred is round.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "rconc", "proofs": "[@1: Fred is round.[CWA. Example of deepest failure = (rule4 <- FAIL)]]", "representation": "(\"Fred\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": null }, "Q11": { "question": "Fred is not big.", "answer": "Unknown", "QDep": 2, "QLen": "", "strategy": "inv-rconc", "proofs": "[@2: Fred is big.[CWA. Example of deepest failure = (rule3 <- rule1 <- FAIL)]]", "representation": "(\"Fred\" \"is\" \"big\" \"-\")", "proofsWithIntermediates": null }, "Q12": { "question": "Fred is nice.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "rconc", "proofs": "[@1: Fred is nice.[CWA. Example of deepest failure = (rule1 <- FAIL)]]", "representation": "(\"Fred\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": null }, "Q13": { "question": "Fred is not blue.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Fred is blue.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Fred\" \"is\" \"blue\" \"-\")" }, "Q14": { "question": "Fred is young.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Fred is young.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Fred\" \"is\" \"young\" \"+\")" }, "Q15": { "question": "Fred is not green.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Fred is green.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Fred\" \"is\" \"green\" \"-\")" }, "Q16": { "question": "Harry is green.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Harry is green.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Harry\" \"is\" \"green\" \"+\")" }, "Q17": null, "Q18": null, "Q19": null, "Q20": null, "Q21": null, "Q22": null, "Q23": null, "Q24": null }

[ { "text": "Alan is big.", "QDep": 0, "representation": "(\"Alan\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple4", "intermediates": [] } ] }, { "text": "Alan is green.", "QDep": 0, "representation": "(\"Alan\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple3", "intermediates": [] } ] }, { "text": "Alan is kind.", "QDep": 0, "representation": "(\"Alan\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple2", "intermediates": [] } ] }, { "text": "Alan is nice.", "QDep": 0, "representation": "(\"Alan\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple1", "intermediates": [] } ] }, { "text": "Bob is kind.", "QDep": 0, "representation": "(\"Bob\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple5", "intermediates": [] } ] }, { "text": "Fred is cold.", "QDep": 0, "representation": "(\"Fred\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple8", "intermediates": [] } ] }, { "text": "Fred is kind.", "QDep": 0, "representation": "(\"Fred\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple7", "intermediates": [] } ] }, { "text": "Fred is red.", "QDep": 0, "representation": "(\"Fred\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple6", "intermediates": [] } ] }, { "text": "Harry is blue.", "QDep": 0, "representation": "(\"Harry\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple9", "intermediates": [] } ] }, { "text": "Alan is cold.", "QDep": 1, "representation": "(\"Alan\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple4 triple3) -> (rule2 % int1))", "intermediates": [ { "text": "Alan is cold.", "representation": "(\"Alan\" \"is\" \"cold\" \"+\")", "id": "int1" } ] } ] }, { "text": "Alan is round.", "QDep": 2, "representation": "(\"Alan\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple4 triple3) -> (rule2 % int2)) triple3 triple4) -> (rule4 % int1))", "intermediates": [ { "text": "Alan is round.", "representation": "(\"Alan\" \"is\" \"round\" \"+\")", "id": "int1" }, { "text": "Alan is cold.", "representation": "(\"Alan\" \"is\" \"cold\" \"+\")", "id": "int2" } ] } ] }, { "text": "Alan is red.", "QDep": 3, "representation": "(\"Alan\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple3 ((((triple4 triple3) -> (rule2 % int3)) triple3 triple4) -> (rule4 % int2))) -> (rule5 % int1))", "intermediates": [ { "text": "Alan is red.", "representation": "(\"Alan\" \"is\" \"red\" \"+\")", "id": "int1" }, { "text": "Alan is round.", "representation": "(\"Alan\" \"is\" \"round\" \"+\")", "id": "int2" }, { "text": "Alan is cold.", "representation": "(\"Alan\" \"is\" \"cold\" \"+\")", "id": "int3" } ] } ] } ]

{ "triple1": "sent1", "triple2": "sent1", "triple3": "sent1", "triple4": "sent1", "triple5": "sent2", "triple6": "sent3", "triple7": "sent3", "triple8": "sent3", "triple9": "sent4", "triple10": null, "rule1": "sent5", "rule2": "sent6", "rule3": "sent7", "rule4": "sent8", "rule5": "sent9", "rule6": null, "rule7": null, "triple11": null, "triple12": null }

{ "sent1": "Alan is considered to be a rather nice person who is also described as being kind, green and big.", "sent2": "Bob always goes out of his way to show that he is kind to people.", "sent3": "This Fred guy is red; He is also kind and yet cold.", "sent4": "Harry wears all blue.", "sent5": "All kind, red, and young people are also nice.", "sent6": "People that tend to be big and green also tend to be cold.", "sent7": "Anyone that is a red, nice soul will be big, too.", "sent8": "Someone who happens to be cold and green and big all at once must also be round in shape.", "sent9": "If a person has round shape then they are also green and red.", "sent10": null, "sent11": null }

{ "triple1": { "text": "Alan is blue.", "representation": "(\"Alan\" \"is\" \"blue\" \"+\")" }, "triple2": { "text": "Charlie is rough.", "representation": "(\"Charlie\" \"is\" \"rough\" \"+\")" }, "triple3": { "text": "Charlie is nice.", "representation": "(\"Charlie\" \"is\" \"nice\" \"+\")" }, "triple4": { "text": "Charlie is cold.", "representation": "(\"Charlie\" \"is\" \"cold\" \"+\")" }, "triple5": { "text": "Dave is young.", "representation": "(\"Dave\" \"is\" \"young\" \"+\")" }, "triple6": { "text": "Dave is red.", "representation": "(\"Dave\" \"is\" \"red\" \"+\")" }, "triple7": { "text": "Dave is nice.", "representation": "(\"Dave\" \"is\" \"nice\" \"+\")" }, "triple8": { "text": "Dave is blue.", "representation": "(\"Dave\" \"is\" \"blue\" \"+\")" }, "triple9": null, "triple10": null, "triple11": null, "triple12": null }

{ "rule1": { "text": "If someone is nice and red and young then they are rough.", "representation": "(((\"someone\" \"is\" \"nice\" \"+\") (\"someone\" \"is\" \"red\" \"+\") (\"someone\" \"is\" \"young\" \"+\")) -> (\"someone\" \"is\" \"rough\" \"+\"))" }, "rule2": { "text": "If someone is rough and red then they are cold.", "representation": "(((\"someone\" \"is\" \"rough\" \"+\") (\"someone\" \"is\" \"red\" \"+\")) -> (\"someone\" \"is\" \"cold\" \"+\"))" }, "rule3": { "text": "If someone is green and round then they are young.", "representation": "(((\"someone\" \"is\" \"green\" \"+\") (\"someone\" \"is\" \"round\" \"+\")) -> (\"someone\" \"is\" \"young\" \"+\"))" }, "rule4": { "text": "If someone is red and nice and cold then they are big.", "representation": "(((\"someone\" \"is\" \"red\" \"+\") (\"someone\" \"is\" \"nice\" \"+\") (\"someone\" \"is\" \"cold\" \"+\")) -> (\"someone\" \"is\" \"big\" \"+\"))" }, "rule5": { "text": "If someone is blue and cold then they are red.", "representation": "(((\"someone\" \"is\" \"blue\" \"+\") (\"someone\" \"is\" \"cold\" \"+\")) -> (\"someone\" \"is\" \"red\" \"+\"))" }, "rule6": { "text": "If someone is cold and rough and round then they are young.", "representation": "(((\"someone\" \"is\" \"cold\" \"+\") (\"someone\" \"is\" \"rough\" \"+\") (\"someone\" \"is\" \"round\" \"+\")) -> (\"someone\" \"is\" \"young\" \"+\"))" }, "rule7": null }

{ "Q1": { "question": "Dave is blue.", "answer": "True", "QDep": 0, "QLen": "1", "strategy": "proof", "proofs": "[(triple8)]", "representation": "(\"Dave\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple8", "intermediates": [] } ] }, "Q2": { "question": "Charlie is not cold.", "answer": "False", "QDep": 0, "QLen": "1", "strategy": "inv-proof", "proofs": "[(triple4)]", "representation": "(\"Charlie\" \"is\" \"cold\" \"-\")", "proofsWithIntermediates": [ { "representation": "triple4", "intermediates": [] } ] }, "Q3": { "question": "Dave is rough.", "answer": "True", "QDep": 1, "QLen": "4", "strategy": "proof", "proofs": "[(((triple7 triple6 triple5) -> rule1))]", "representation": "(\"Dave\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple7 triple6 triple5) -> (rule1 % int1))", "intermediates": [ { "text": "Dave is rough.", "representation": "(\"Dave\" \"is\" \"rough\" \"+\")", "id": "int1" } ] } ] }, "Q4": { "question": "Dave is not rough.", "answer": "False", "QDep": 1, "QLen": "4", "strategy": "inv-proof", "proofs": "[(((triple7 triple6 triple5) -> rule1))]", "representation": "(\"Dave\" \"is\" \"rough\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple7 triple6 triple5) -> (rule1 % int1))", "intermediates": [ { "text": "Dave is rough.", "representation": "(\"Dave\" \"is\" \"rough\" \"+\")", "id": "int1" } ] } ] }, "Q5": { "question": "Dave is cold.", "answer": "True", "QDep": 2, "QLen": "6", "strategy": "proof", "proofs": "[(((((triple7 triple6 triple5) -> rule1) triple6) -> rule2))]", "representation": "(\"Dave\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple7 triple6 triple5) -> (rule1 % int2)) triple6) -> (rule2 % int1))", "intermediates": [ { "text": "Dave is cold.", "representation": "(\"Dave\" \"is\" \"cold\" \"+\")", "id": "int1" }, { "text": "Dave is rough.", "representation": "(\"Dave\" \"is\" \"rough\" \"+\")", "id": "int2" } ] } ] }, "Q6": { "question": "Dave is not cold.", "answer": "False", "QDep": 2, "QLen": "6", "strategy": "inv-proof", "proofs": "[(((((triple7 triple6 triple5) -> rule1) triple6) -> rule2))]", "representation": "(\"Dave\" \"is\" \"cold\" \"-\")", "proofsWithIntermediates": [ { "representation": "((((triple7 triple6 triple5) -> (rule1 % int2)) triple6) -> (rule2 % int1))", "intermediates": [ { "text": "Dave is cold.", "representation": "(\"Dave\" \"is\" \"cold\" \"+\")", "id": "int1" }, { "text": "Dave is rough.", "representation": "(\"Dave\" \"is\" \"rough\" \"+\")", "id": "int2" } ] } ] }, "Q7": { "question": "Dave is big.", "answer": "True", "QDep": 3, "QLen": "9", "strategy": "proof", "proofs": "[(((triple6 triple7 ((((triple7 triple6 triple5) -> rule1) triple6) -> rule2)) -> rule4))]", "representation": "(\"Dave\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple6 triple7 ((((triple7 triple6 triple5) -> (rule1 % int3)) triple6) -> (rule2 % int2))) -> (rule4 % int1))", "intermediates": [ { "text": "Dave is big.", "representation": "(\"Dave\" \"is\" \"big\" \"+\")", "id": "int1" }, { "text": "Dave is cold.", "representation": "(\"Dave\" \"is\" \"cold\" \"+\")", "id": "int2" }, { "text": "Dave is rough.", "representation": "(\"Dave\" \"is\" \"rough\" \"+\")", "id": "int3" } ] } ] }, "Q8": { "question": "Dave is not big.", "answer": "False", "QDep": 3, "QLen": "9", "strategy": "inv-proof", "proofs": "[(((triple6 triple7 ((((triple7 triple6 triple5) -> rule1) triple6) -> rule2)) -> rule4))]", "representation": "(\"Dave\" \"is\" \"big\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple6 triple7 ((((triple7 triple6 triple5) -> (rule1 % int3)) triple6) -> (rule2 % int2))) -> (rule4 % int1))", "intermediates": [ { "text": "Dave is big.", "representation": "(\"Dave\" \"is\" \"big\" \"+\")", "id": "int1" }, { "text": "Dave is cold.", "representation": "(\"Dave\" \"is\" \"cold\" \"+\")", "id": "int2" }, { "text": "Dave is rough.", "representation": "(\"Dave\" \"is\" \"rough\" \"+\")", "id": "int3" } ] } ] }, "Q9": { "question": "Alan is not big.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Alan is big.[CWA. Example of deepest failure = (rule4 <- FAIL)]]", "representation": "(\"Alan\" \"is\" \"big\" \"-\")", "proofsWithIntermediates": null }, "Q10": { "question": "Fred is rough.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "rconc", "proofs": "[@1: Fred is rough.[CWA. Example of deepest failure = (rule1 <- FAIL)]]", "representation": "(\"Fred\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": null }, "Q11": { "question": "Fred is not young.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Fred is young.[CWA. Example of deepest failure = (rule3 <- FAIL)]]", "representation": "(\"Fred\" \"is\" \"young\" \"-\")", "proofsWithIntermediates": null }, "Q12": { "question": "Fred is big.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "rconc", "proofs": "[@1: Fred is big.[CWA. Example of deepest failure = (rule4 <- FAIL)]]", "representation": "(\"Fred\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": null }, "Q13": { "question": "Dave is not kind.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Dave is kind.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Dave\" \"is\" \"kind\" \"-\")" }, "Q14": { "question": "Alan is nice.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Alan is nice.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Alan\" \"is\" \"nice\" \"+\")" }, "Q15": { "question": "Dave is not green.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Dave is green.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Dave\" \"is\" \"green\" \"-\")" }, "Q16": { "question": "Alan is green.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Alan is green.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Alan\" \"is\" \"green\" \"+\")" }, "Q17": null, "Q18": null, "Q19": null, "Q20": null, "Q21": null, "Q22": null, "Q23": null, "Q24": null }

[ { "text": "Alan is blue.", "QDep": 0, "representation": "(\"Alan\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple1", "intermediates": [] } ] }, { "text": "Charlie is cold.", "QDep": 0, "representation": "(\"Charlie\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple4", "intermediates": [] } ] }, { "text": "Charlie is nice.", "QDep": 0, "representation": "(\"Charlie\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple3", "intermediates": [] } ] }, { "text": "Charlie is rough.", "QDep": 0, "representation": "(\"Charlie\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple2", "intermediates": [] } ] }, { "text": "Dave is blue.", "QDep": 0, "representation": "(\"Dave\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple8", "intermediates": [] } ] }, { "text": "Dave is nice.", "QDep": 0, "representation": "(\"Dave\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple7", "intermediates": [] } ] }, { "text": "Dave is red.", "QDep": 0, "representation": "(\"Dave\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple6", "intermediates": [] } ] }, { "text": "Dave is young.", "QDep": 0, "representation": "(\"Dave\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple5", "intermediates": [] } ] }, { "text": "Dave is rough.", "QDep": 1, "representation": "(\"Dave\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple7 triple6 triple5) -> (rule1 % int1))", "intermediates": [ { "text": "Dave is rough.", "representation": "(\"Dave\" \"is\" \"rough\" \"+\")", "id": "int1" } ] } ] }, { "text": "Dave is cold.", "QDep": 2, "representation": "(\"Dave\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple7 triple6 triple5) -> (rule1 % int2)) triple6) -> (rule2 % int1))", "intermediates": [ { "text": "Dave is cold.", "representation": "(\"Dave\" \"is\" \"cold\" \"+\")", "id": "int1" }, { "text": "Dave is rough.", "representation": "(\"Dave\" \"is\" \"rough\" \"+\")", "id": "int2" } ] } ] }, { "text": "Dave is big.", "QDep": 3, "representation": "(\"Dave\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple6 triple7 ((((triple7 triple6 triple5) -> (rule1 % int3)) triple6) -> (rule2 % int2))) -> (rule4 % int1))", "intermediates": [ { "text": "Dave is big.", "representation": "(\"Dave\" \"is\" \"big\" \"+\")", "id": "int1" }, { "text": "Dave is cold.", "representation": "(\"Dave\" \"is\" \"cold\" \"+\")", "id": "int2" }, { "text": "Dave is rough.", "representation": "(\"Dave\" \"is\" \"rough\" \"+\")", "id": "int3" } ] } ] } ]

{ "triple1": "sent1", "triple2": "sent2", "triple3": "sent2", "triple4": "sent2", "triple5": "sent3", "triple6": "sent3", "triple7": "sent3", "triple8": "sent3", "triple9": null, "triple10": null, "rule1": "sent4", "rule2": "sent5", "rule3": "sent6", "rule4": "sent7", "rule5": "sent8", "rule6": "sent9", "rule7": null, "triple11": null, "triple12": null }

{ "sent1": "Alan wears all blue.", "sent2": "When you talk about Charlie, the first thing you notice is his rough and cold demeanor and then when you talk to him you find out how very nice he really is to everyone.", "sent3": "Dave is nice and young with red hair and a blue shirt.", "sent4": "Anyone in the world who is nice, red, and young, is simultaneously rough.", "sent5": "People,though rough and red,tend to be cold too.", "sent6": "Have you noticed that green and round folks are also so young.", "sent7": "A nice red person that is cold is always big, I have found.", "sent8": "People who are blue and cold are red.", "sent9": "Whenever somebody can be described as rough, round and cold, they can also be described as young.", "sent10": null, "sent11": null }

{ "triple1": { "text": "Charlie is cold.", "representation": "(\"Charlie\" \"is\" \"cold\" \"+\")" }, "triple2": { "text": "Dave is rough.", "representation": "(\"Dave\" \"is\" \"rough\" \"+\")" }, "triple3": { "text": "Dave is big.", "representation": "(\"Dave\" \"is\" \"big\" \"+\")" }, "triple4": { "text": "Eric is young.", "representation": "(\"Eric\" \"is\" \"young\" \"+\")" }, "triple5": { "text": "Eric is cold.", "representation": "(\"Eric\" \"is\" \"cold\" \"+\")" }, "triple6": { "text": "Eric is blue.", "representation": "(\"Eric\" \"is\" \"blue\" \"+\")" }, "triple7": { "text": "Eric is big.", "representation": "(\"Eric\" \"is\" \"big\" \"+\")" }, "triple8": { "text": "Gary is kind.", "representation": "(\"Gary\" \"is\" \"kind\" \"+\")" }, "triple9": { "text": "Gary is big.", "representation": "(\"Gary\" \"is\" \"big\" \"+\")" }, "triple10": null, "triple11": null, "triple12": null }

{ "rule1": { "text": "If someone is big and cold then they are blue.", "representation": "(((\"someone\" \"is\" \"big\" \"+\") (\"someone\" \"is\" \"cold\" \"+\")) -> (\"someone\" \"is\" \"blue\" \"+\"))" }, "rule2": { "text": "If someone is cold and young and round then they are red.", "representation": "(((\"someone\" \"is\" \"cold\" \"+\") (\"someone\" \"is\" \"young\" \"+\") (\"someone\" \"is\" \"round\" \"+\")) -> (\"someone\" \"is\" \"red\" \"+\"))" }, "rule3": { "text": "If someone is young and round and kind then they are blue.", "representation": "(((\"someone\" \"is\" \"young\" \"+\") (\"someone\" \"is\" \"round\" \"+\") (\"someone\" \"is\" \"kind\" \"+\")) -> (\"someone\" \"is\" \"blue\" \"+\"))" }, "rule4": { "text": "If someone is nice and big then they are cold.", "representation": "(((\"someone\" \"is\" \"nice\" \"+\") (\"someone\" \"is\" \"big\" \"+\")) -> (\"someone\" \"is\" \"cold\" \"+\"))" }, "rule5": { "text": "If someone is rough and big then they are nice.", "representation": "(((\"someone\" \"is\" \"rough\" \"+\") (\"someone\" \"is\" \"big\" \"+\")) -> (\"someone\" \"is\" \"nice\" \"+\"))" }, "rule6": { "text": "If someone is blue and young then they are kind.", "representation": "(((\"someone\" \"is\" \"blue\" \"+\") (\"someone\" \"is\" \"young\" \"+\")) -> (\"someone\" \"is\" \"kind\" \"+\"))" }, "rule7": { "text": "If someone is green and blue and red then they are young.", "representation": "(((\"someone\" \"is\" \"green\" \"+\") (\"someone\" \"is\" \"blue\" \"+\") (\"someone\" \"is\" \"red\" \"+\")) -> (\"someone\" \"is\" \"young\" \"+\"))" } }

{ "Q1": { "question": "Dave is rough.", "answer": "True", "QDep": 0, "QLen": "1", "strategy": "proof", "proofs": "[(triple2)]", "representation": "(\"Dave\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple2", "intermediates": [] } ] }, "Q2": { "question": "Eric is not cold.", "answer": "False", "QDep": 0, "QLen": "1", "strategy": "inv-proof", "proofs": "[(triple5)]", "representation": "(\"Eric\" \"is\" \"cold\" \"-\")", "proofsWithIntermediates": [ { "representation": "triple5", "intermediates": [] } ] }, "Q3": { "question": "Dave is nice.", "answer": "True", "QDep": 1, "QLen": "3", "strategy": "proof", "proofs": "[(((triple2 triple3) -> rule5))]", "representation": "(\"Dave\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple2 triple3) -> (rule5 % int1))", "intermediates": [ { "text": "Dave is nice.", "representation": "(\"Dave\" \"is\" \"nice\" \"+\")", "id": "int1" } ] } ] }, "Q4": { "question": "Dave is not nice.", "answer": "False", "QDep": 1, "QLen": "3", "strategy": "inv-proof", "proofs": "[(((triple2 triple3) -> rule5))]", "representation": "(\"Dave\" \"is\" \"nice\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple2 triple3) -> (rule5 % int1))", "intermediates": [ { "text": "Dave is nice.", "representation": "(\"Dave\" \"is\" \"nice\" \"+\")", "id": "int1" } ] } ] }, "Q5": { "question": "Dave is cold.", "answer": "True", "QDep": 2, "QLen": "5", "strategy": "proof", "proofs": "[(((((triple2 triple3) -> rule5) triple3) -> rule4))]", "representation": "(\"Dave\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple2 triple3) -> (rule5 % int2)) triple3) -> (rule4 % int1))", "intermediates": [ { "text": "Dave is cold.", "representation": "(\"Dave\" \"is\" \"cold\" \"+\")", "id": "int1" }, { "text": "Dave is nice.", "representation": "(\"Dave\" \"is\" \"nice\" \"+\")", "id": "int2" } ] } ] }, "Q6": { "question": "Dave is not cold.", "answer": "False", "QDep": 2, "QLen": "5", "strategy": "inv-proof", "proofs": "[(((((triple2 triple3) -> rule5) triple3) -> rule4))]", "representation": "(\"Dave\" \"is\" \"cold\" \"-\")", "proofsWithIntermediates": [ { "representation": "((((triple2 triple3) -> (rule5 % int2)) triple3) -> (rule4 % int1))", "intermediates": [ { "text": "Dave is cold.", "representation": "(\"Dave\" \"is\" \"cold\" \"+\")", "id": "int1" }, { "text": "Dave is nice.", "representation": "(\"Dave\" \"is\" \"nice\" \"+\")", "id": "int2" } ] } ] }, "Q7": { "question": "Dave is blue.", "answer": "True", "QDep": 3, "QLen": "7", "strategy": "proof", "proofs": "[(((triple3 ((((triple2 triple3) -> rule5) triple3) -> rule4)) -> rule1))]", "representation": "(\"Dave\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple3 ((((triple2 triple3) -> (rule5 % int3)) triple3) -> (rule4 % int2))) -> (rule1 % int1))", "intermediates": [ { "text": "Dave is blue.", "representation": "(\"Dave\" \"is\" \"blue\" \"+\")", "id": "int1" }, { "text": "Dave is cold.", "representation": "(\"Dave\" \"is\" \"cold\" \"+\")", "id": "int2" }, { "text": "Dave is nice.", "representation": "(\"Dave\" \"is\" \"nice\" \"+\")", "id": "int3" } ] } ] }, "Q8": { "question": "Dave is not blue.", "answer": "False", "QDep": 3, "QLen": "7", "strategy": "inv-proof", "proofs": "[(((triple3 ((((triple2 triple3) -> rule5) triple3) -> rule4)) -> rule1))]", "representation": "(\"Dave\" \"is\" \"blue\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple3 ((((triple2 triple3) -> (rule5 % int3)) triple3) -> (rule4 % int2))) -> (rule1 % int1))", "intermediates": [ { "text": "Dave is blue.", "representation": "(\"Dave\" \"is\" \"blue\" \"+\")", "id": "int1" }, { "text": "Dave is cold.", "representation": "(\"Dave\" \"is\" \"cold\" \"+\")", "id": "int2" }, { "text": "Dave is nice.", "representation": "(\"Dave\" \"is\" \"nice\" \"+\")", "id": "int3" } ] } ] }, "Q9": { "question": "Dave is not red.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Dave is red.[CWA. Example of deepest failure = (rule2 <- FAIL)]]", "representation": "(\"Dave\" \"is\" \"red\" \"-\")", "proofsWithIntermediates": null }, "Q10": { "question": "Dave is young.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "rconc", "proofs": "[@1: Dave is young.[CWA. Example of deepest failure = (rule7 <- FAIL)]]", "representation": "(\"Dave\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": null }, "Q11": { "question": "Charlie is not young.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Charlie is young.[CWA. Example of deepest failure = (rule7 <- FAIL)]]", "representation": "(\"Charlie\" \"is\" \"young\" \"-\")", "proofsWithIntermediates": null }, "Q12": { "question": "Gary is cold.", "answer": "Unknown", "QDep": 2, "QLen": "", "strategy": "rconc", "proofs": "[@2: Gary is cold.[CWA. Example of deepest failure = (rule4 <- rule5 <- FAIL)]]", "representation": "(\"Gary\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": null }, "Q13": { "question": "Charlie is not rough.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Charlie is rough.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Charlie\" \"is\" \"rough\" \"-\")" }, "Q14": { "question": "Gary is rough.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Gary is rough.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Gary\" \"is\" \"rough\" \"+\")" }, "Q15": { "question": "Charlie is not big.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Charlie is big.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Charlie\" \"is\" \"big\" \"-\")" }, "Q16": { "question": "Gary is green.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Gary is green.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Gary\" \"is\" \"green\" \"+\")" }, "Q17": null, "Q18": null, "Q19": null, "Q20": null, "Q21": null, "Q22": null, "Q23": null, "Q24": null }

[ { "text": "Charlie is cold.", "QDep": 0, "representation": "(\"Charlie\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple1", "intermediates": [] } ] }, { "text": "Dave is big.", "QDep": 0, "representation": "(\"Dave\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple3", "intermediates": [] } ] }, { "text": "Dave is rough.", "QDep": 0, "representation": "(\"Dave\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple2", "intermediates": [] } ] }, { "text": "Eric is big.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple7", "intermediates": [] } ] }, { "text": "Eric is blue.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple6", "intermediates": [] }, { "representation": "((triple7 triple5) -> (rule1 % int1))", "intermediates": [ { "text": "Eric is blue.", "representation": "(\"Eric\" \"is\" \"blue\" \"+\")", "id": "int1" } ] } ] }, { "text": "Eric is cold.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple5", "intermediates": [] } ] }, { "text": "Eric is young.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple4", "intermediates": [] } ] }, { "text": "Gary is big.", "QDep": 0, "representation": "(\"Gary\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple9", "intermediates": [] } ] }, { "text": "Gary is kind.", "QDep": 0, "representation": "(\"Gary\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple8", "intermediates": [] } ] }, { "text": "Dave is nice.", "QDep": 1, "representation": "(\"Dave\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple2 triple3) -> (rule5 % int1))", "intermediates": [ { "text": "Dave is nice.", "representation": "(\"Dave\" \"is\" \"nice\" \"+\")", "id": "int1" } ] } ] }, { "text": "Eric is kind.", "QDep": 1, "representation": "(\"Eric\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple6 triple4) -> (rule6 % int1))", "intermediates": [ { "text": "Eric is kind.", "representation": "(\"Eric\" \"is\" \"kind\" \"+\")", "id": "int1" } ] }, { "representation": "((((triple7 triple5) -> (rule1 % int2)) triple4) -> (rule6 % int1))", "intermediates": [ { "text": "Eric is kind.", "representation": "(\"Eric\" \"is\" \"kind\" \"+\")", "id": "int1" }, { "text": "Eric is blue.", "representation": "(\"Eric\" \"is\" \"blue\" \"+\")", "id": "int2" } ] } ] }, { "text": "Dave is cold.", "QDep": 2, "representation": "(\"Dave\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple2 triple3) -> (rule5 % int2)) triple3) -> (rule4 % int1))", "intermediates": [ { "text": "Dave is cold.", "representation": "(\"Dave\" \"is\" \"cold\" \"+\")", "id": "int1" }, { "text": "Dave is nice.", "representation": "(\"Dave\" \"is\" \"nice\" \"+\")", "id": "int2" } ] } ] }, { "text": "Dave is blue.", "QDep": 3, "representation": "(\"Dave\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple3 ((((triple2 triple3) -> (rule5 % int3)) triple3) -> (rule4 % int2))) -> (rule1 % int1))", "intermediates": [ { "text": "Dave is blue.", "representation": "(\"Dave\" \"is\" \"blue\" \"+\")", "id": "int1" }, { "text": "Dave is cold.", "representation": "(\"Dave\" \"is\" \"cold\" \"+\")", "id": "int2" }, { "text": "Dave is nice.", "representation": "(\"Dave\" \"is\" \"nice\" \"+\")", "id": "int3" } ] } ] } ]

{ "triple1": "sent1", "triple2": "sent2", "triple3": "sent2", "triple4": "sent3", "triple5": "sent3", "triple6": "sent3", "triple7": "sent3", "triple8": "sent4", "triple9": "sent4", "triple10": null, "rule1": "sent5", "rule2": "sent6", "rule3": "sent7", "rule4": "sent8", "rule5": "sent9", "rule6": "sent10", "rule7": "sent11", "triple11": null, "triple12": null }

{ "sent1": "In the snow sits Charlie, crying from being cold.", "sent2": "Dave is big and rough.", "sent3": "Eric's a young guy; He's a cold, blue and big guy, too.", "sent4": "That guy Gary is big, but he's always kind to little ones.", "sent5": "People that are big and cold are blue as well.", "sent6": "Young, round, and cold people have a habit of looking pretty red.", "sent7": "Being a young, round and kind individual means that you are also a blue individual.", "sent8": "I see it all the time, nice big people make equal a cold person.", "sent9": "A rough, big soul is sure to be nice, too.", "sent10": "If you color the young ones blue then they will be kind.", "sent11": "Being green, blue, and red all point to how young someone was." }

{ "triple1": { "text": "Alan is round.", "representation": "(\"Alan\" \"is\" \"round\" \"+\")" }, "triple2": { "text": "Alan is rough.", "representation": "(\"Alan\" \"is\" \"rough\" \"+\")" }, "triple3": { "text": "Charlie is round.", "representation": "(\"Charlie\" \"is\" \"round\" \"+\")" }, "triple4": { "text": "Charlie is big.", "representation": "(\"Charlie\" \"is\" \"big\" \"+\")" }, "triple5": { "text": "Dave is green.", "representation": "(\"Dave\" \"is\" \"green\" \"+\")" }, "triple6": { "text": "Gary is round.", "representation": "(\"Gary\" \"is\" \"round\" \"+\")" }, "triple7": { "text": "Gary is rough.", "representation": "(\"Gary\" \"is\" \"rough\" \"+\")" }, "triple8": { "text": "Gary is red.", "representation": "(\"Gary\" \"is\" \"red\" \"+\")" }, "triple9": { "text": "Gary is kind.", "representation": "(\"Gary\" \"is\" \"kind\" \"+\")" }, "triple10": { "text": "Gary is big.", "representation": "(\"Gary\" \"is\" \"big\" \"+\")" }, "triple11": null, "triple12": null }

{ "rule1": { "text": "If someone is cold and green and round then they are nice.", "representation": "(((\"someone\" \"is\" \"cold\" \"+\") (\"someone\" \"is\" \"green\" \"+\") (\"someone\" \"is\" \"round\" \"+\")) -> (\"someone\" \"is\" \"nice\" \"+\"))" }, "rule2": { "text": "If someone is rough and nice and red then they are blue.", "representation": "(((\"someone\" \"is\" \"rough\" \"+\") (\"someone\" \"is\" \"nice\" \"+\") (\"someone\" \"is\" \"red\" \"+\")) -> (\"someone\" \"is\" \"blue\" \"+\"))" }, "rule3": { "text": "If someone is big then they are blue.", "representation": "(((\"someone\" \"is\" \"big\" \"+\")) -> (\"someone\" \"is\" \"blue\" \"+\"))" }, "rule4": { "text": "If someone is rough and green and red then they are cold.", "representation": "(((\"someone\" \"is\" \"rough\" \"+\") (\"someone\" \"is\" \"green\" \"+\") (\"someone\" \"is\" \"red\" \"+\")) -> (\"someone\" \"is\" \"cold\" \"+\"))" }, "rule5": { "text": "If someone is red and blue then they are green.", "representation": "(((\"someone\" \"is\" \"red\" \"+\") (\"someone\" \"is\" \"blue\" \"+\")) -> (\"someone\" \"is\" \"green\" \"+\"))" }, "rule6": { "text": "If someone is round and green then they are red.", "representation": "(((\"someone\" \"is\" \"round\" \"+\") (\"someone\" \"is\" \"green\" \"+\")) -> (\"someone\" \"is\" \"red\" \"+\"))" }, "rule7": { "text": "If someone is nice and big then they are rough.", "representation": "(((\"someone\" \"is\" \"nice\" \"+\") (\"someone\" \"is\" \"big\" \"+\")) -> (\"someone\" \"is\" \"rough\" \"+\"))" } }

{ "Q1": { "question": "Gary is red.", "answer": "True", "QDep": 0, "QLen": "1", "strategy": "proof", "proofs": "[(triple8)]", "representation": "(\"Gary\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple8", "intermediates": [] } ] }, "Q2": { "question": "Dave is not green.", "answer": "False", "QDep": 0, "QLen": "1", "strategy": "inv-proof", "proofs": "[(triple5)]", "representation": "(\"Dave\" \"is\" \"green\" \"-\")", "proofsWithIntermediates": [ { "representation": "triple5", "intermediates": [] } ] }, "Q3": { "question": "Charlie is blue.", "answer": "True", "QDep": 1, "QLen": "2", "strategy": "proof", "proofs": "[(((triple4) -> rule3))]", "representation": "(\"Charlie\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple4) -> (rule3 % int1))", "intermediates": [ { "text": "Charlie is blue.", "representation": "(\"Charlie\" \"is\" \"blue\" \"+\")", "id": "int1" } ] } ] }, "Q4": { "question": "Charlie is not blue.", "answer": "False", "QDep": 1, "QLen": "2", "strategy": "inv-proof", "proofs": "[(((triple4) -> rule3))]", "representation": "(\"Charlie\" \"is\" \"blue\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple4) -> (rule3 % int1))", "intermediates": [ { "text": "Charlie is blue.", "representation": "(\"Charlie\" \"is\" \"blue\" \"+\")", "id": "int1" } ] } ] }, "Q5": { "question": "Gary is green.", "answer": "True", "QDep": 2, "QLen": "4", "strategy": "proof", "proofs": "[(((triple8 ((triple10) -> rule3)) -> rule5))]", "representation": "(\"Gary\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple8 ((triple10) -> (rule3 % int2))) -> (rule5 % int1))", "intermediates": [ { "text": "Gary is green.", "representation": "(\"Gary\" \"is\" \"green\" \"+\")", "id": "int1" }, { "text": "Gary is blue.", "representation": "(\"Gary\" \"is\" \"blue\" \"+\")", "id": "int2" } ] } ] }, "Q6": { "question": "Gary is not green.", "answer": "False", "QDep": 2, "QLen": "4", "strategy": "inv-proof", "proofs": "[(((triple8 ((triple10) -> rule3)) -> rule5))]", "representation": "(\"Gary\" \"is\" \"green\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple8 ((triple10) -> (rule3 % int2))) -> (rule5 % int1))", "intermediates": [ { "text": "Gary is green.", "representation": "(\"Gary\" \"is\" \"green\" \"+\")", "id": "int1" }, { "text": "Gary is blue.", "representation": "(\"Gary\" \"is\" \"blue\" \"+\")", "id": "int2" } ] } ] }, "Q7": { "question": "Gary is cold.", "answer": "True", "QDep": 3, "QLen": "7", "strategy": "proof", "proofs": "[(((triple7 ((triple8 ((triple10) -> rule3)) -> rule5) triple8) -> rule4))]", "representation": "(\"Gary\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple7 ((triple8 ((triple10) -> (rule3 % int3))) -> (rule5 % int2)) triple8) -> (rule4 % int1))", "intermediates": [ { "text": "Gary is cold.", "representation": "(\"Gary\" \"is\" \"cold\" \"+\")", "id": "int1" }, { "text": "Gary is green.", "representation": "(\"Gary\" \"is\" \"green\" \"+\")", "id": "int2" }, { "text": "Gary is blue.", "representation": "(\"Gary\" \"is\" \"blue\" \"+\")", "id": "int3" } ] } ] }, "Q8": { "question": "Gary is not cold.", "answer": "False", "QDep": 3, "QLen": "7", "strategy": "inv-proof", "proofs": "[(((triple7 ((triple8 ((triple10) -> rule3)) -> rule5) triple8) -> rule4))]", "representation": "(\"Gary\" \"is\" \"cold\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple7 ((triple8 ((triple10) -> (rule3 % int3))) -> (rule5 % int2)) triple8) -> (rule4 % int1))", "intermediates": [ { "text": "Gary is cold.", "representation": "(\"Gary\" \"is\" \"cold\" \"+\")", "id": "int1" }, { "text": "Gary is green.", "representation": "(\"Gary\" \"is\" \"green\" \"+\")", "id": "int2" }, { "text": "Gary is blue.", "representation": "(\"Gary\" \"is\" \"blue\" \"+\")", "id": "int3" } ] } ] }, "Q9": { "question": "Gary is nice.", "answer": "True", "QDep": 4, "QLen": "13", "strategy": "proof", "proofs": "[(((((triple7 ((triple8 ((triple10) -> rule3)) -> rule5) triple8) -> rule4) ((triple8 ((triple10) -> rule3)) -> rule5) triple6) -> rule1))]", "representation": "(\"Gary\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple7 ((triple8 ((triple10) -> (rule3 % int4))) -> (rule5 % int3)) triple8) -> (rule4 % int2)) ((triple8 ((triple10) -> (rule3 % int4))) -> (rule5 % int3)) triple6) -> (rule1 % int1))", "intermediates": [ { "text": "Gary is nice.", "representation": "(\"Gary\" \"is\" \"nice\" \"+\")", "id": "int1" }, { "text": "Gary is cold.", "representation": "(\"Gary\" \"is\" \"cold\" \"+\")", "id": "int2" }, { "text": "Gary is green.", "representation": "(\"Gary\" \"is\" \"green\" \"+\")", "id": "int3" }, { "text": "Gary is blue.", "representation": "(\"Gary\" \"is\" \"blue\" \"+\")", "id": "int4" } ] } ] }, "Q10": { "question": "Gary is not nice.", "answer": "False", "QDep": 4, "QLen": "13", "strategy": "inv-proof", "proofs": "[(((((triple7 ((triple8 ((triple10) -> rule3)) -> rule5) triple8) -> rule4) ((triple8 ((triple10) -> rule3)) -> rule5) triple6) -> rule1))]", "representation": "(\"Gary\" \"is\" \"nice\" \"-\")", "proofsWithIntermediates": [ { "representation": "((((triple7 ((triple8 ((triple10) -> (rule3 % int4))) -> (rule5 % int3)) triple8) -> (rule4 % int2)) ((triple8 ((triple10) -> (rule3 % int4))) -> (rule5 % int3)) triple6) -> (rule1 % int1))", "intermediates": [ { "text": "Gary is nice.", "representation": "(\"Gary\" \"is\" \"nice\" \"+\")", "id": "int1" }, { "text": "Gary is cold.", "representation": "(\"Gary\" \"is\" \"cold\" \"+\")", "id": "int2" }, { "text": "Gary is green.", "representation": "(\"Gary\" \"is\" \"green\" \"+\")", "id": "int3" }, { "text": "Gary is blue.", "representation": "(\"Gary\" \"is\" \"blue\" \"+\")", "id": "int4" } ] } ] }, "Q11": { "question": "Dave is not blue.", "answer": "Unknown", "QDep": 2, "QLen": "", "strategy": "inv-rconc", "proofs": "[@2: Dave is blue.[CWA. Example of deepest failure = (rule2 <- rule7 <- FAIL)]]", "representation": "(\"Dave\" \"is\" \"blue\" \"-\")", "proofsWithIntermediates": null }, "Q12": { "question": "Alan is green.", "answer": "Unknown", "QDep": 2, "QLen": "", "strategy": "rconc", "proofs": "[@2: Alan is green.[CWA. Example of deepest failure = (rule5 <- rule6 <- FAIL)]]", "representation": "(\"Alan\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": null }, "Q13": { "question": "Dave is not nice.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Dave is nice.[CWA. Example of deepest failure = (rule1 <- FAIL)]]", "representation": "(\"Dave\" \"is\" \"nice\" \"-\")" }, "Q14": { "question": "Charlie is nice.", "answer": "Unknown", "QDep": 3, "QLen": "", "strategy": "rconc", "proofs": "[@3: Charlie is nice.[CWA. Example of deepest failure = (rule1 <- rule4 <- rule7 <- FAIL)]]", "representation": "(\"Charlie\" \"is\" \"nice\" \"+\")" }, "Q15": { "question": "Charlie is not green.", "answer": "Unknown", "QDep": 2, "QLen": "", "strategy": "inv-rconc", "proofs": "[@2: Charlie is green.[CWA. Example of deepest failure = (rule5 <- rule6 <- FAIL)]]", "representation": "(\"Charlie\" \"is\" \"green\" \"-\")" }, "Q16": { "question": "Charlie is young.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Charlie is young.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Charlie\" \"is\" \"young\" \"+\")" }, "Q17": { "question": "Alan is not young.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Alan is young.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Alan\" \"is\" \"young\" \"-\")" }, "Q18": { "question": "Alan is big.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Alan is big.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Alan\" \"is\" \"big\" \"+\")" }, "Q19": { "question": "Dave is not kind.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Dave is kind.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Dave\" \"is\" \"kind\" \"-\")" }, "Q20": { "question": "Dave is young.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Dave is young.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Dave\" \"is\" \"young\" \"+\")" }, "Q21": null, "Q22": null, "Q23": null, "Q24": null }

[ { "text": "Alan is rough.", "QDep": 0, "representation": "(\"Alan\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple2", "intermediates": [] } ] }, { "text": "Alan is round.", "QDep": 0, "representation": "(\"Alan\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple1", "intermediates": [] } ] }, { "text": "Charlie is big.", "QDep": 0, "representation": "(\"Charlie\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple4", "intermediates": [] } ] }, { "text": "Charlie is round.", "QDep": 0, "representation": "(\"Charlie\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple3", "intermediates": [] } ] }, { "text": "Dave is green.", "QDep": 0, "representation": "(\"Dave\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple5", "intermediates": [] } ] }, { "text": "Gary is big.", "QDep": 0, "representation": "(\"Gary\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple10", "intermediates": [] } ] }, { "text": "Gary is kind.", "QDep": 0, "representation": "(\"Gary\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple9", "intermediates": [] } ] }, { "text": "Gary is red.", "QDep": 0, "representation": "(\"Gary\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple8", "intermediates": [] } ] }, { "text": "Gary is rough.", "QDep": 0, "representation": "(\"Gary\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple7", "intermediates": [] } ] }, { "text": "Gary is round.", "QDep": 0, "representation": "(\"Gary\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple6", "intermediates": [] } ] }, { "text": "Charlie is blue.", "QDep": 1, "representation": "(\"Charlie\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple4) -> (rule3 % int1))", "intermediates": [ { "text": "Charlie is blue.", "representation": "(\"Charlie\" \"is\" \"blue\" \"+\")", "id": "int1" } ] } ] }, { "text": "Gary is blue.", "QDep": 1, "representation": "(\"Gary\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple10) -> (rule3 % int1))", "intermediates": [ { "text": "Gary is blue.", "representation": "(\"Gary\" \"is\" \"blue\" \"+\")", "id": "int1" } ] } ] }, { "text": "Gary is green.", "QDep": 2, "representation": "(\"Gary\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple8 ((triple10) -> (rule3 % int2))) -> (rule5 % int1))", "intermediates": [ { "text": "Gary is green.", "representation": "(\"Gary\" \"is\" \"green\" \"+\")", "id": "int1" }, { "text": "Gary is blue.", "representation": "(\"Gary\" \"is\" \"blue\" \"+\")", "id": "int2" } ] } ] }, { "text": "Gary is cold.", "QDep": 3, "representation": "(\"Gary\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple7 ((triple8 ((triple10) -> (rule3 % int3))) -> (rule5 % int2)) triple8) -> (rule4 % int1))", "intermediates": [ { "text": "Gary is cold.", "representation": "(\"Gary\" \"is\" \"cold\" \"+\")", "id": "int1" }, { "text": "Gary is green.", "representation": "(\"Gary\" \"is\" \"green\" \"+\")", "id": "int2" }, { "text": "Gary is blue.", "representation": "(\"Gary\" \"is\" \"blue\" \"+\")", "id": "int3" } ] } ] }, { "text": "Gary is nice.", "QDep": 4, "representation": "(\"Gary\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple7 ((triple8 ((triple10) -> (rule3 % int4))) -> (rule5 % int3)) triple8) -> (rule4 % int2)) ((triple8 ((triple10) -> (rule3 % int4))) -> (rule5 % int3)) triple6) -> (rule1 % int1))", "intermediates": [ { "text": "Gary is nice.", "representation": "(\"Gary\" \"is\" \"nice\" \"+\")", "id": "int1" }, { "text": "Gary is cold.", "representation": "(\"Gary\" \"is\" \"cold\" \"+\")", "id": "int2" }, { "text": "Gary is green.", "representation": "(\"Gary\" \"is\" \"green\" \"+\")", "id": "int3" }, { "text": "Gary is blue.", "representation": "(\"Gary\" \"is\" \"blue\" \"+\")", "id": "int4" } ] } ] } ]

{ "triple1": "sent1", "triple2": "sent1", "triple3": "sent2", "triple4": "sent2", "triple5": "sent3", "triple6": "sent4", "triple7": "sent4", "triple8": "sent4", "triple9": "sent4", "triple10": "sent4", "rule1": "sent5", "rule2": "sent6", "rule3": "sent7", "rule4": "sent8", "rule5": "sent9", "rule6": "sent10", "rule7": "sent11", "triple11": null, "triple12": null }

{ "sent1": "Alan is a man who is both round and rough.", "sent2": "That man standing next to you with a big round body goes by the name of Charlie.", "sent3": "Dave ate some rotten meat and now feels green.", "sent4": "You can see Gary walking down the street because he is big and round; He's actually a kind guy even though he's rough around the edges; He also has a red, ruddy complexion.", "sent5": "Find someone cold and green; If they are also round, then they are sure to be nice.", "sent6": "People who are nice but a rough around the edges and turn red in the fun feel sad and blue.", "sent7": "Anybody that is big is also someone who is going to be blue.", "sent8": "Rough folks with green and red coloration tend to feel cold no matter what.", "sent9": "Anyone with red and blue coloration also has green coloration.", "sent10": "A rather round and green person will be red.", "sent11": "Nice people who are big in stature often look rough." }

{ "triple1": { "text": "Alan is round.", "representation": "(\"Alan\" \"is\" \"round\" \"+\")" }, "triple2": { "text": "Alan is kind.", "representation": "(\"Alan\" \"is\" \"kind\" \"+\")" }, "triple3": { "text": "Alan is cold.", "representation": "(\"Alan\" \"is\" \"cold\" \"+\")" }, "triple4": { "text": "Charlie is kind.", "representation": "(\"Charlie\" \"is\" \"kind\" \"+\")" }, "triple5": { "text": "Charlie is green.", "representation": "(\"Charlie\" \"is\" \"green\" \"+\")" }, "triple6": { "text": "Charlie is blue.", "representation": "(\"Charlie\" \"is\" \"blue\" \"+\")" }, "triple7": { "text": "Charlie is big.", "representation": "(\"Charlie\" \"is\" \"big\" \"+\")" }, "triple8": { "text": "Dave is young.", "representation": "(\"Dave\" \"is\" \"young\" \"+\")" }, "triple9": { "text": "Dave is nice.", "representation": "(\"Dave\" \"is\" \"nice\" \"+\")" }, "triple10": { "text": "Fred is nice.", "representation": "(\"Fred\" \"is\" \"nice\" \"+\")" }, "triple11": { "text": "Fred is big.", "representation": "(\"Fred\" \"is\" \"big\" \"+\")" }, "triple12": null }

{ "rule1": { "text": "If someone is cold and kind and red then they are blue.", "representation": "(((\"someone\" \"is\" \"cold\" \"+\") (\"someone\" \"is\" \"kind\" \"+\") (\"someone\" \"is\" \"red\" \"+\")) -> (\"someone\" \"is\" \"blue\" \"+\"))" }, "rule2": { "text": "If someone is round and green then they are nice.", "representation": "(((\"someone\" \"is\" \"round\" \"+\") (\"someone\" \"is\" \"green\" \"+\")) -> (\"someone\" \"is\" \"nice\" \"+\"))" }, "rule3": { "text": "If someone is cold and big and rough then they are red.", "representation": "(((\"someone\" \"is\" \"cold\" \"+\") (\"someone\" \"is\" \"big\" \"+\") (\"someone\" \"is\" \"rough\" \"+\")) -> (\"someone\" \"is\" \"red\" \"+\"))" }, "rule4": { "text": "If someone is nice and kind and rough then they are young.", "representation": "(((\"someone\" \"is\" \"nice\" \"+\") (\"someone\" \"is\" \"kind\" \"+\") (\"someone\" \"is\" \"rough\" \"+\")) -> (\"someone\" \"is\" \"young\" \"+\"))" }, "rule5": { "text": "If someone is blue and big then they are rough.", "representation": "(((\"someone\" \"is\" \"blue\" \"+\") (\"someone\" \"is\" \"big\" \"+\")) -> (\"someone\" \"is\" \"rough\" \"+\"))" }, "rule6": { "text": "If someone is rough and kind and blue then they are nice.", "representation": "(((\"someone\" \"is\" \"rough\" \"+\") (\"someone\" \"is\" \"kind\" \"+\") (\"someone\" \"is\" \"blue\" \"+\")) -> (\"someone\" \"is\" \"nice\" \"+\"))" }, "rule7": null }

{ "Q1": { "question": "Alan is cold.", "answer": "True", "QDep": 0, "QLen": "1", "strategy": "proof", "proofs": "[(triple3)]", "representation": "(\"Alan\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple3", "intermediates": [] } ] }, "Q2": { "question": "Dave is not young.", "answer": "False", "QDep": 0, "QLen": "1", "strategy": "inv-proof", "proofs": "[(triple8)]", "representation": "(\"Dave\" \"is\" \"young\" \"-\")", "proofsWithIntermediates": [ { "representation": "triple8", "intermediates": [] } ] }, "Q3": { "question": "Charlie is rough.", "answer": "True", "QDep": 1, "QLen": "3", "strategy": "proof", "proofs": "[(((triple6 triple7) -> rule5))]", "representation": "(\"Charlie\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple6 triple7) -> (rule5 % int1))", "intermediates": [ { "text": "Charlie is rough.", "representation": "(\"Charlie\" \"is\" \"rough\" \"+\")", "id": "int1" } ] } ] }, "Q4": { "question": "Charlie is not rough.", "answer": "False", "QDep": 1, "QLen": "3", "strategy": "inv-proof", "proofs": "[(((triple6 triple7) -> rule5))]", "representation": "(\"Charlie\" \"is\" \"rough\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple6 triple7) -> (rule5 % int1))", "intermediates": [ { "text": "Charlie is rough.", "representation": "(\"Charlie\" \"is\" \"rough\" \"+\")", "id": "int1" } ] } ] }, "Q5": { "question": "Charlie is nice.", "answer": "True", "QDep": 2, "QLen": "6", "strategy": "proof", "proofs": "[(((((triple6 triple7) -> rule5) triple4 triple6) -> rule6))]", "representation": "(\"Charlie\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple6 triple7) -> (rule5 % int2)) triple4 triple6) -> (rule6 % int1))", "intermediates": [ { "text": "Charlie is nice.", "representation": "(\"Charlie\" \"is\" \"nice\" \"+\")", "id": "int1" }, { "text": "Charlie is rough.", "representation": "(\"Charlie\" \"is\" \"rough\" \"+\")", "id": "int2" } ] } ] }, "Q6": { "question": "Charlie is not nice.", "answer": "False", "QDep": 2, "QLen": "6", "strategy": "inv-proof", "proofs": "[(((((triple6 triple7) -> rule5) triple4 triple6) -> rule6))]", "representation": "(\"Charlie\" \"is\" \"nice\" \"-\")", "proofsWithIntermediates": [ { "representation": "((((triple6 triple7) -> (rule5 % int2)) triple4 triple6) -> (rule6 % int1))", "intermediates": [ { "text": "Charlie is nice.", "representation": "(\"Charlie\" \"is\" \"nice\" \"+\")", "id": "int1" }, { "text": "Charlie is rough.", "representation": "(\"Charlie\" \"is\" \"rough\" \"+\")", "id": "int2" } ] } ] }, "Q7": { "question": "Charlie is young.", "answer": "True", "QDep": 3, "QLen": "11", "strategy": "proof", "proofs": "[(((((((triple6 triple7) -> rule5) triple4 triple6) -> rule6) triple4 ((triple6 triple7) -> rule5)) -> rule4))]", "representation": "(\"Charlie\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((((triple6 triple7) -> (rule5 % int3)) triple4 triple6) -> (rule6 % int2)) triple4 ((triple6 triple7) -> (rule5 % int3))) -> (rule4 % int1))", "intermediates": [ { "text": "Charlie is young.", "representation": "(\"Charlie\" \"is\" \"young\" \"+\")", "id": "int1" }, { "text": "Charlie is nice.", "representation": "(\"Charlie\" \"is\" \"nice\" \"+\")", "id": "int2" }, { "text": "Charlie is rough.", "representation": "(\"Charlie\" \"is\" \"rough\" \"+\")", "id": "int3" } ] } ] }, "Q8": { "question": "Charlie is not young.", "answer": "False", "QDep": 3, "QLen": "11", "strategy": "inv-proof", "proofs": "[(((((((triple6 triple7) -> rule5) triple4 triple6) -> rule6) triple4 ((triple6 triple7) -> rule5)) -> rule4))]", "representation": "(\"Charlie\" \"is\" \"young\" \"-\")", "proofsWithIntermediates": [ { "representation": "((((((triple6 triple7) -> (rule5 % int3)) triple4 triple6) -> (rule6 % int2)) triple4 ((triple6 triple7) -> (rule5 % int3))) -> (rule4 % int1))", "intermediates": [ { "text": "Charlie is young.", "representation": "(\"Charlie\" \"is\" \"young\" \"+\")", "id": "int1" }, { "text": "Charlie is nice.", "representation": "(\"Charlie\" \"is\" \"nice\" \"+\")", "id": "int2" }, { "text": "Charlie is rough.", "representation": "(\"Charlie\" \"is\" \"rough\" \"+\")", "id": "int3" } ] } ] }, "Q9": { "question": "Alan is not nice.", "answer": "Unknown", "QDep": 2, "QLen": "", "strategy": "inv-rconc", "proofs": "[@2: Alan is nice.[CWA. Example of deepest failure = (rule6 <- rule5 <- FAIL)]]", "representation": "(\"Alan\" \"is\" \"nice\" \"-\")", "proofsWithIntermediates": null }, "Q10": { "question": "Fred is blue.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "rconc", "proofs": "[@1: Fred is blue.[CWA. Example of deepest failure = (rule1 <- FAIL)]]", "representation": "(\"Fred\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": null }, "Q11": { "question": "Alan is not blue.", "answer": "Unknown", "QDep": 2, "QLen": "", "strategy": "inv-rconc", "proofs": "[@2: Alan is blue.[CWA. Example of deepest failure = (rule1 <- rule3 <- FAIL)]]", "representation": "(\"Alan\" \"is\" \"blue\" \"-\")", "proofsWithIntermediates": null }, "Q12": { "question": "Fred is red.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "rconc", "proofs": "[@1: Fred is red.[CWA. Example of deepest failure = (rule3 <- FAIL)]]", "representation": "(\"Fred\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": null }, "Q13": { "question": "Alan is not big.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Alan is big.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Alan\" \"is\" \"big\" \"-\")" }, "Q14": { "question": "Fred is kind.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Fred is kind.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Fred\" \"is\" \"kind\" \"+\")" }, "Q15": { "question": "Dave is not big.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Dave is big.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Dave\" \"is\" \"big\" \"-\")" }, "Q16": { "question": "Alan is green.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Alan is green.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Alan\" \"is\" \"green\" \"+\")" }, "Q17": null, "Q18": null, "Q19": null, "Q20": null, "Q21": null, "Q22": null, "Q23": null, "Q24": null }

[ { "text": "Alan is cold.", "QDep": 0, "representation": "(\"Alan\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple3", "intermediates": [] } ] }, { "text": "Alan is kind.", "QDep": 0, "representation": "(\"Alan\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple2", "intermediates": [] } ] }, { "text": "Alan is round.", "QDep": 0, "representation": "(\"Alan\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple1", "intermediates": [] } ] }, { "text": "Charlie is big.", "QDep": 0, "representation": "(\"Charlie\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple7", "intermediates": [] } ] }, { "text": "Charlie is blue.", "QDep": 0, "representation": "(\"Charlie\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple6", "intermediates": [] } ] }, { "text": "Charlie is green.", "QDep": 0, "representation": "(\"Charlie\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple5", "intermediates": [] } ] }, { "text": "Charlie is kind.", "QDep": 0, "representation": "(\"Charlie\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple4", "intermediates": [] } ] }, { "text": "Dave is nice.", "QDep": 0, "representation": "(\"Dave\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple9", "intermediates": [] } ] }, { "text": "Dave is young.", "QDep": 0, "representation": "(\"Dave\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple8", "intermediates": [] } ] }, { "text": "Fred is big.", "QDep": 0, "representation": "(\"Fred\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple11", "intermediates": [] } ] }, { "text": "Fred is nice.", "QDep": 0, "representation": "(\"Fred\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple10", "intermediates": [] } ] }, { "text": "Charlie is rough.", "QDep": 1, "representation": "(\"Charlie\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple6 triple7) -> (rule5 % int1))", "intermediates": [ { "text": "Charlie is rough.", "representation": "(\"Charlie\" \"is\" \"rough\" \"+\")", "id": "int1" } ] } ] }, { "text": "Charlie is nice.", "QDep": 2, "representation": "(\"Charlie\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple6 triple7) -> (rule5 % int2)) triple4 triple6) -> (rule6 % int1))", "intermediates": [ { "text": "Charlie is nice.", "representation": "(\"Charlie\" \"is\" \"nice\" \"+\")", "id": "int1" }, { "text": "Charlie is rough.", "representation": "(\"Charlie\" \"is\" \"rough\" \"+\")", "id": "int2" } ] } ] }, { "text": "Charlie is young.", "QDep": 3, "representation": "(\"Charlie\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((((triple6 triple7) -> (rule5 % int3)) triple4 triple6) -> (rule6 % int2)) triple4 ((triple6 triple7) -> (rule5 % int3))) -> (rule4 % int1))", "intermediates": [ { "text": "Charlie is young.", "representation": "(\"Charlie\" \"is\" \"young\" \"+\")", "id": "int1" }, { "text": "Charlie is nice.", "representation": "(\"Charlie\" \"is\" \"nice\" \"+\")", "id": "int2" }, { "text": "Charlie is rough.", "representation": "(\"Charlie\" \"is\" \"rough\" \"+\")", "id": "int3" } ] } ] } ]

{ "triple1": "sent1", "triple2": "sent1", "triple3": "sent1", "triple4": "sent2", "triple5": "sent2", "triple6": "sent2", "triple7": "sent2", "triple8": "sent3", "triple9": "sent3", "triple10": "sent4", "rule1": "sent5", "rule2": "sent6", "rule3": "sent7", "rule4": "sent8", "rule5": "sent9", "rule6": "sent10", "rule7": null, "triple11": "sent4", "triple12": null }

{ "sent1": "Alan was looking rather round and feeling rather cold, but people thought he is kind.", "sent2": "Big Charlie is a kind man and often wears blue and green shirts.", "sent3": "Dave, like all young people, is nice.", "sent4": "Fred is very nice to people, but he's also rather big.", "sent5": "If a red person is cold and kind to others, they also tend to be blue.", "sent6": "You make someone round and green, and they'll turn out nice.", "sent7": "When someone feels cold, while being big and rough, they always turn out to be red.", "sent8": "Nice people are kind and rough when they are young.", "sent9": "Blue people who are big tend to be rough.", "sent10": "Rough people will often be blue; They thrive on being kind and nice.", "sent11": null }

{ "triple1": { "text": "Alan is cold.", "representation": "(\"Alan\" \"is\" \"cold\" \"+\")" }, "triple2": { "text": "Charlie is young.", "representation": "(\"Charlie\" \"is\" \"young\" \"+\")" }, "triple3": { "text": "Charlie is nice.", "representation": "(\"Charlie\" \"is\" \"nice\" \"+\")" }, "triple4": { "text": "Charlie is big.", "representation": "(\"Charlie\" \"is\" \"big\" \"+\")" }, "triple5": { "text": "Dave is young.", "representation": "(\"Dave\" \"is\" \"young\" \"+\")" }, "triple6": { "text": "Dave is nice.", "representation": "(\"Dave\" \"is\" \"nice\" \"+\")" }, "triple7": { "text": "Dave is green.", "representation": "(\"Dave\" \"is\" \"green\" \"+\")" }, "triple8": { "text": "Dave is cold.", "representation": "(\"Dave\" \"is\" \"cold\" \"+\")" }, "triple9": { "text": "Dave is blue.", "representation": "(\"Dave\" \"is\" \"blue\" \"+\")" }, "triple10": { "text": "Dave is big.", "representation": "(\"Dave\" \"is\" \"big\" \"+\")" }, "triple11": { "text": "Eric is red.", "representation": "(\"Eric\" \"is\" \"red\" \"+\")" }, "triple12": null }

{ "rule1": { "text": "If someone is kind and cold and red then they are round.", "representation": "(((\"someone\" \"is\" \"kind\" \"+\") (\"someone\" \"is\" \"cold\" \"+\") (\"someone\" \"is\" \"red\" \"+\")) -> (\"someone\" \"is\" \"round\" \"+\"))" }, "rule2": { "text": "If someone is round then they are green.", "representation": "(((\"someone\" \"is\" \"round\" \"+\")) -> (\"someone\" \"is\" \"green\" \"+\"))" }, "rule3": { "text": "If someone is big then they are round.", "representation": "(((\"someone\" \"is\" \"big\" \"+\")) -> (\"someone\" \"is\" \"round\" \"+\"))" }, "rule4": { "text": "If someone is green then they are rough.", "representation": "(((\"someone\" \"is\" \"green\" \"+\")) -> (\"someone\" \"is\" \"rough\" \"+\"))" }, "rule5": { "text": "If someone is rough then they are kind.", "representation": "(((\"someone\" \"is\" \"rough\" \"+\")) -> (\"someone\" \"is\" \"kind\" \"+\"))" }, "rule6": null, "rule7": null }

{ "Q1": { "question": "Dave is young.", "answer": "True", "QDep": 0, "QLen": "1", "strategy": "proof", "proofs": "[(triple5)]", "representation": "(\"Dave\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple5", "intermediates": [] } ] }, "Q2": { "question": "Dave is not cold.", "answer": "False", "QDep": 0, "QLen": "1", "strategy": "inv-proof", "proofs": "[(triple8)]", "representation": "(\"Dave\" \"is\" \"cold\" \"-\")", "proofsWithIntermediates": [ { "representation": "triple8", "intermediates": [] } ] }, "Q3": { "question": "Charlie is round.", "answer": "True", "QDep": 1, "QLen": "2", "strategy": "proof", "proofs": "[(((triple4) -> rule3))]", "representation": "(\"Charlie\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple4) -> (rule3 % int1))", "intermediates": [ { "text": "Charlie is round.", "representation": "(\"Charlie\" \"is\" \"round\" \"+\")", "id": "int1" } ] } ] }, "Q4": { "question": "Charlie is not round.", "answer": "False", "QDep": 1, "QLen": "2", "strategy": "inv-proof", "proofs": "[(((triple4) -> rule3))]", "representation": "(\"Charlie\" \"is\" \"round\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple4) -> (rule3 % int1))", "intermediates": [ { "text": "Charlie is round.", "representation": "(\"Charlie\" \"is\" \"round\" \"+\")", "id": "int1" } ] } ] }, "Q5": { "question": "Charlie is green.", "answer": "True", "QDep": 2, "QLen": "3", "strategy": "proof", "proofs": "[(((((triple4) -> rule3)) -> rule2))]", "representation": "(\"Charlie\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple4) -> (rule3 % int2))) -> (rule2 % int1))", "intermediates": [ { "text": "Charlie is green.", "representation": "(\"Charlie\" \"is\" \"green\" \"+\")", "id": "int1" }, { "text": "Charlie is round.", "representation": "(\"Charlie\" \"is\" \"round\" \"+\")", "id": "int2" } ] } ] }, "Q6": { "question": "Dave is not kind.", "answer": "False", "QDep": 2, "QLen": "3", "strategy": "inv-proof", "proofs": "[(((((triple7) -> rule4)) -> rule5) OR ((((((((triple10) -> rule3)) -> rule2)) -> rule4)) -> rule5))]", "representation": "(\"Dave\" \"is\" \"kind\" \"-\")", "proofsWithIntermediates": [ { "representation": "((((triple7) -> (rule4 % int2))) -> (rule5 % int1))", "intermediates": [ { "text": "Dave is kind.", "representation": "(\"Dave\" \"is\" \"kind\" \"+\")", "id": "int1" }, { "text": "Dave is rough.", "representation": "(\"Dave\" \"is\" \"rough\" \"+\")", "id": "int2" } ] }, { "representation": "((((((((triple10) -> (rule3 % int4))) -> (rule2 % int3))) -> (rule4 % int2))) -> (rule5 % int1))", "intermediates": [ { "text": "Dave is kind.", "representation": "(\"Dave\" \"is\" \"kind\" \"+\")", "id": "int1" }, { "text": "Dave is rough.", "representation": "(\"Dave\" \"is\" \"rough\" \"+\")", "id": "int2" }, { "text": "Dave is green.", "representation": "(\"Dave\" \"is\" \"green\" \"+\")", "id": "int3" }, { "text": "Dave is round.", "representation": "(\"Dave\" \"is\" \"round\" \"+\")", "id": "int4" } ] } ] }, "Q7": { "question": "Charlie is rough.", "answer": "True", "QDep": 3, "QLen": "4", "strategy": "proof", "proofs": "[(((((((triple4) -> rule3)) -> rule2)) -> rule4))]", "representation": "(\"Charlie\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((((triple4) -> (rule3 % int3))) -> (rule2 % int2))) -> (rule4 % int1))", "intermediates": [ { "text": "Charlie is rough.", "representation": "(\"Charlie\" \"is\" \"rough\" \"+\")", "id": "int1" }, { "text": "Charlie is green.", "representation": "(\"Charlie\" \"is\" \"green\" \"+\")", "id": "int2" }, { "text": "Charlie is round.", "representation": "(\"Charlie\" \"is\" \"round\" \"+\")", "id": "int3" } ] } ] }, "Q8": { "question": "Charlie is not rough.", "answer": "False", "QDep": 3, "QLen": "4", "strategy": "inv-proof", "proofs": "[(((((((triple4) -> rule3)) -> rule2)) -> rule4))]", "representation": "(\"Charlie\" \"is\" \"rough\" \"-\")", "proofsWithIntermediates": [ { "representation": "((((((triple4) -> (rule3 % int3))) -> (rule2 % int2))) -> (rule4 % int1))", "intermediates": [ { "text": "Charlie is rough.", "representation": "(\"Charlie\" \"is\" \"rough\" \"+\")", "id": "int1" }, { "text": "Charlie is green.", "representation": "(\"Charlie\" \"is\" \"green\" \"+\")", "id": "int2" }, { "text": "Charlie is round.", "representation": "(\"Charlie\" \"is\" \"round\" \"+\")", "id": "int3" } ] } ] }, "Q9": { "question": "Charlie is kind.", "answer": "True", "QDep": 4, "QLen": "5", "strategy": "proof", "proofs": "[(((((((((triple4) -> rule3)) -> rule2)) -> rule4)) -> rule5))]", "representation": "(\"Charlie\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((((((triple4) -> (rule3 % int4))) -> (rule2 % int3))) -> (rule4 % int2))) -> (rule5 % int1))", "intermediates": [ { "text": "Charlie is kind.", "representation": "(\"Charlie\" \"is\" \"kind\" \"+\")", "id": "int1" }, { "text": "Charlie is rough.", "representation": "(\"Charlie\" \"is\" \"rough\" \"+\")", "id": "int2" }, { "text": "Charlie is green.", "representation": "(\"Charlie\" \"is\" \"green\" \"+\")", "id": "int3" }, { "text": "Charlie is round.", "representation": "(\"Charlie\" \"is\" \"round\" \"+\")", "id": "int4" } ] } ] }, "Q10": { "question": "Charlie is not kind.", "answer": "False", "QDep": 4, "QLen": "5", "strategy": "inv-proof", "proofs": "[(((((((((triple4) -> rule3)) -> rule2)) -> rule4)) -> rule5))]", "representation": "(\"Charlie\" \"is\" \"kind\" \"-\")", "proofsWithIntermediates": [ { "representation": "((((((((triple4) -> (rule3 % int4))) -> (rule2 % int3))) -> (rule4 % int2))) -> (rule5 % int1))", "intermediates": [ { "text": "Charlie is kind.", "representation": "(\"Charlie\" \"is\" \"kind\" \"+\")", "id": "int1" }, { "text": "Charlie is rough.", "representation": "(\"Charlie\" \"is\" \"rough\" \"+\")", "id": "int2" }, { "text": "Charlie is green.", "representation": "(\"Charlie\" \"is\" \"green\" \"+\")", "id": "int3" }, { "text": "Charlie is round.", "representation": "(\"Charlie\" \"is\" \"round\" \"+\")", "id": "int4" } ] } ] }, "Q11": { "question": "Alan is not green.", "answer": "Unknown", "QDep": 2, "QLen": "", "strategy": "inv-rconc", "proofs": "[@2: Alan is green.[CWA. Example of deepest failure = (rule2 <- rule1 <- FAIL)]]", "representation": "(\"Alan\" \"is\" \"green\" \"-\")", "proofsWithIntermediates": null }, "Q12": { "question": "Eric is round.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "rconc", "proofs": "[@1: Eric is round.[CWA. Example of deepest failure = (rule1 <- FAIL)]]", "representation": "(\"Eric\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": null }, "Q13": { "question": "Alan is not kind.", "answer": "Unknown", "QDep": 4, "QLen": "", "strategy": "inv-rconc", "proofs": "[@4: Alan is kind.[CWA. Example of deepest failure = (rule5 <- rule4 <- rule2 <- rule1 <- FAIL)]]", "representation": "(\"Alan\" \"is\" \"kind\" \"-\")" }, "Q14": { "question": "Eric is green.", "answer": "Unknown", "QDep": 2, "QLen": "", "strategy": "rconc", "proofs": "[@2: Eric is green.[CWA. Example of deepest failure = (rule2 <- rule1 <- FAIL)]]", "representation": "(\"Eric\" \"is\" \"green\" \"+\")" }, "Q15": { "question": "Alan is not rough.", "answer": "Unknown", "QDep": 3, "QLen": "", "strategy": "inv-rconc", "proofs": "[@3: Alan is rough.[CWA. Example of deepest failure = (rule4 <- rule2 <- rule1 <- FAIL)]]", "representation": "(\"Alan\" \"is\" \"rough\" \"-\")" }, "Q16": { "question": "Charlie is red.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Charlie is red.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Charlie\" \"is\" \"red\" \"+\")" }, "Q17": { "question": "Eric is not cold.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Eric is cold.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Eric\" \"is\" \"cold\" \"-\")" }, "Q18": { "question": "Charlie is cold.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Charlie is cold.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Charlie\" \"is\" \"cold\" \"+\")" }, "Q19": { "question": "Alan is not young.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Alan is young.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Alan\" \"is\" \"young\" \"-\")" }, "Q20": { "question": "Eric is nice.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Eric is nice.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Eric\" \"is\" \"nice\" \"+\")" }, "Q21": null, "Q22": null, "Q23": null, "Q24": null }

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\"+\")", "proofsWithIntermediates": [ { "representation": "triple9", "intermediates": [] } ] }, { "text": "Dave is cold.", "QDep": 0, "representation": "(\"Dave\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple8", "intermediates": [] } ] }, { "text": "Dave is green.", "QDep": 0, "representation": "(\"Dave\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple7", "intermediates": [] }, { "representation": "((((triple10) -> (rule3 % int2))) -> (rule2 % int1))", "intermediates": [ { "text": "Dave is green.", "representation": "(\"Dave\" \"is\" \"green\" \"+\")", "id": "int1" }, { "text": "Dave is round.", "representation": "(\"Dave\" \"is\" \"round\" \"+\")", "id": "int2" } ] } ] }, { "text": "Dave is nice.", "QDep": 0, "representation": "(\"Dave\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple6", "intermediates": [] } ] }, { "text": "Dave is young.", "QDep": 0, "representation": "(\"Dave\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple5", "intermediates": [] } ] }, { "text": "Eric is red.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple11", "intermediates": [] } ] }, { "text": "Charlie is round.", "QDep": 1, "representation": "(\"Charlie\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple4) -> (rule3 % int1))", "intermediates": [ { "text": "Charlie is round.", "representation": "(\"Charlie\" \"is\" \"round\" \"+\")", "id": "int1" } ] } ] }, { "text": "Dave is rough.", "QDep": 1, "representation": "(\"Dave\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple7) -> (rule4 % int1))", "intermediates": [ { "text": "Dave is rough.", "representation": "(\"Dave\" \"is\" \"rough\" \"+\")", "id": "int1" } ] }, { "representation": "((((((triple10) -> (rule3 % int3))) -> (rule2 % int2))) -> (rule4 % int1))", "intermediates": [ { "text": "Dave is rough.", "representation": "(\"Dave\" \"is\" \"rough\" \"+\")", "id": "int1" }, { "text": "Dave is green.", "representation": "(\"Dave\" \"is\" \"green\" \"+\")", "id": "int2" }, { "text": "Dave is round.", "representation": "(\"Dave\" \"is\" \"round\" \"+\")", "id": "int3" } ] } ] }, { "text": "Dave is round.", "QDep": 1, "representation": "(\"Dave\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple10) -> (rule3 % int1))", "intermediates": [ { "text": "Dave is round.", "representation": "(\"Dave\" \"is\" \"round\" \"+\")", "id": "int1" } ] } ] }, { "text": "Charlie is green.", "QDep": 2, "representation": "(\"Charlie\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple4) -> (rule3 % int2))) -> (rule2 % int1))", "intermediates": [ { "text": "Charlie is green.", "representation": "(\"Charlie\" \"is\" \"green\" \"+\")", "id": "int1" }, { "text": "Charlie is round.", "representation": "(\"Charlie\" \"is\" \"round\" \"+\")", "id": "int2" } ] } ] }, { "text": "Dave is kind.", "QDep": 2, "representation": "(\"Dave\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple7) -> (rule4 % int2))) -> (rule5 % int1))", "intermediates": [ { "text": "Dave is kind.", "representation": "(\"Dave\" \"is\" \"kind\" \"+\")", "id": "int1" }, { "text": "Dave is rough.", "representation": "(\"Dave\" \"is\" \"rough\" \"+\")", "id": "int2" } ] }, { "representation": "((((((((triple10) -> (rule3 % int4))) -> (rule2 % int3))) -> (rule4 % int2))) -> (rule5 % int1))", "intermediates": [ { "text": "Dave is kind.", "representation": "(\"Dave\" \"is\" \"kind\" \"+\")", "id": "int1" }, { "text": "Dave is rough.", "representation": "(\"Dave\" \"is\" \"rough\" \"+\")", "id": "int2" }, { "text": "Dave is green.", "representation": "(\"Dave\" \"is\" \"green\" \"+\")", "id": "int3" }, { "text": "Dave is round.", "representation": "(\"Dave\" \"is\" \"round\" \"+\")", "id": "int4" } ] } ] }, { "text": "Charlie is rough.", "QDep": 3, "representation": "(\"Charlie\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((((triple4) -> (rule3 % int3))) -> (rule2 % int2))) -> (rule4 % int1))", "intermediates": [ { "text": "Charlie is rough.", "representation": "(\"Charlie\" \"is\" \"rough\" \"+\")", "id": "int1" }, { "text": "Charlie is green.", "representation": "(\"Charlie\" \"is\" \"green\" \"+\")", "id": "int2" }, { "text": "Charlie is round.", "representation": "(\"Charlie\" \"is\" \"round\" \"+\")", "id": "int3" } ] } ] }, { "text": "Charlie is kind.", "QDep": 4, "representation": "(\"Charlie\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((((((triple4) -> (rule3 % int4))) -> (rule2 % int3))) -> (rule4 % int2))) -> (rule5 % int1))", "intermediates": [ { "text": "Charlie is kind.", "representation": "(\"Charlie\" \"is\" \"kind\" \"+\")", "id": "int1" }, { "text": "Charlie is rough.", "representation": "(\"Charlie\" \"is\" \"rough\" \"+\")", "id": "int2" }, { "text": "Charlie is green.", "representation": "(\"Charlie\" \"is\" \"green\" \"+\")", "id": "int3" }, { "text": "Charlie is round.", "representation": "(\"Charlie\" \"is\" \"round\" \"+\")", "id": "int4" } ] } ] } ]

{ "triple1": "sent1", "triple2": "sent2", "triple3": "sent2", "triple4": "sent2", "triple5": "sent3", "triple6": "sent3", "triple7": "sent3", "triple8": "sent3", "triple9": "sent3", "triple10": "sent3", "rule1": "sent5", "rule2": "sent6", "rule3": "sent7", "rule4": "sent8", "rule5": "sent9", "rule6": null, "rule7": null, "triple11": "sent4", "triple12": null }

{ "sent1": "In the snow sits Alan, crying from being cold.", "sent2": "Charlie is a young and nice man, and he is also very big shaped.", "sent3": "Dave is a big young guy who is always nice even when feeling cold or blue; Today however he is looking green due to being ill.", "sent4": "Red Eric is what folks call him, because he is quite red.", "sent5": "If someone is kind to others and cold to others as well as being red faced then you'll find that they often have a round body.", "sent6": "I've noticed that someone with a round shape is also green.", "sent7": "Big people are also round people.", "sent8": "A green person is going to be rough.", "sent9": "People who are rough are often rather kind as well.", "sent10": null, "sent11": null }

{ "triple1": { "text": "Alan is red.", "representation": "(\"Alan\" \"is\" \"red\" \"+\")" }, "triple2": { "text": "Alan is blue.", "representation": "(\"Alan\" \"is\" \"blue\" \"+\")" }, "triple3": { "text": "Fred is young.", "representation": "(\"Fred\" \"is\" \"young\" \"+\")" }, "triple4": { "text": "Fred is round.", "representation": "(\"Fred\" \"is\" \"round\" \"+\")" }, "triple5": { "text": "Fred is red.", "representation": "(\"Fred\" \"is\" \"red\" \"+\")" }, "triple6": { "text": "Fred is nice.", "representation": "(\"Fred\" \"is\" \"nice\" \"+\")" }, "triple7": { "text": "Fred is kind.", "representation": "(\"Fred\" \"is\" \"kind\" \"+\")" }, "triple8": { "text": "Fred is green.", "representation": "(\"Fred\" \"is\" \"green\" \"+\")" }, "triple9": { "text": "Fred is big.", "representation": "(\"Fred\" \"is\" \"big\" \"+\")" }, "triple10": null, "triple11": null, "triple12": null }

{ "rule1": { "text": "If someone is red and big and cold then they are green.", "representation": "(((\"someone\" \"is\" \"red\" \"+\") (\"someone\" \"is\" \"big\" \"+\") (\"someone\" \"is\" \"cold\" \"+\")) -> (\"someone\" \"is\" \"green\" \"+\"))" }, "rule2": { "text": "If someone is green and round then they are cold.", "representation": "(((\"someone\" \"is\" \"green\" \"+\") (\"someone\" \"is\" \"round\" \"+\")) -> (\"someone\" \"is\" \"cold\" \"+\"))" }, "rule3": { "text": "If someone is blue and green and round then they are rough.", "representation": "(((\"someone\" \"is\" \"blue\" \"+\") (\"someone\" \"is\" \"green\" \"+\") (\"someone\" \"is\" \"round\" \"+\")) -> (\"someone\" \"is\" \"rough\" \"+\"))" }, "rule4": { "text": "If someone is cold and rough then they are green.", "representation": "(((\"someone\" \"is\" \"cold\" \"+\") (\"someone\" \"is\" \"rough\" \"+\")) -> (\"someone\" \"is\" \"green\" \"+\"))" }, "rule5": { "text": "If someone is blue and kind and nice then they are rough.", "representation": "(((\"someone\" \"is\" \"blue\" \"+\") (\"someone\" \"is\" \"kind\" \"+\") (\"someone\" \"is\" \"nice\" \"+\")) -> (\"someone\" \"is\" \"rough\" \"+\"))" }, "rule6": { "text": "If someone is cold and big and rough then they are blue.", "representation": "(((\"someone\" \"is\" \"cold\" \"+\") (\"someone\" \"is\" \"big\" \"+\") (\"someone\" \"is\" \"rough\" \"+\")) -> (\"someone\" \"is\" \"blue\" \"+\"))" }, "rule7": { "text": "If someone is kind and cold and red then they are rough.", "representation": "(((\"someone\" \"is\" \"kind\" \"+\") (\"someone\" \"is\" \"cold\" \"+\") (\"someone\" \"is\" \"red\" \"+\")) -> (\"someone\" \"is\" \"rough\" \"+\"))" } }

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Example of deepest failure = (rule4 <- rule2 <- FAIL)]]", "representation": "(\"Bob\" \"is\" \"green\" \"-\")", "proofsWithIntermediates": null }, "Q10": { "question": "Gary is blue.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "rconc", "proofs": "[@1: Gary is blue.[CWA. Example of deepest failure = (rule6 <- FAIL)]]", "representation": "(\"Gary\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": null }, "Q11": { "question": "Bob is not blue.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Bob is blue.[CWA. Example of deepest failure = (rule6 <- FAIL)]]", "representation": "(\"Bob\" \"is\" \"blue\" \"-\")", "proofsWithIntermediates": null }, "Q12": { "question": "Gary is rough.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "rconc", "proofs": "[@1: Gary is rough.[CWA. Example of deepest failure = (rule3 <- FAIL)]]", "representation": "(\"Gary\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": null }, "Q13": { "question": "Gary is not big.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Gary is big.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Gary\" \"is\" \"big\" \"-\")" }, "Q14": { "question": "Bob is big.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Bob is big.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Bob\" \"is\" \"big\" \"+\")" }, "Q15": { "question": "Bob is not young.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Bob is young.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Bob\" \"is\" \"young\" \"-\")" }, "Q16": { "question": "Bob is red.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Bob is red.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Bob\" \"is\" \"red\" \"+\")" }, "Q17": null, "Q18": null, "Q19": null, "Q20": null, "Q21": null, "Q22": null, "Q23": null, "Q24": null }

[ { "text": "Alan is blue.", "QDep": 0, "representation": "(\"Alan\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple2", "intermediates": [] } ] }, { "text": "Alan is red.", "QDep": 0, "representation": "(\"Alan\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple1", "intermediates": [] } ] }, { "text": "Fred is big.", "QDep": 0, "representation": "(\"Fred\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple9", "intermediates": [] } ] }, { "text": "Fred is green.", "QDep": 0, "representation": "(\"Fred\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple8", "intermediates": [] } ] }, { "text": "Fred is kind.", "QDep": 0, "representation": "(\"Fred\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple7", "intermediates": [] } ] }, { "text": "Fred is nice.", "QDep": 0, "representation": "(\"Fred\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple6", "intermediates": [] } ] }, { "text": "Fred is red.", "QDep": 0, "representation": "(\"Fred\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple5", "intermediates": [] } ] }, { "text": "Fred is round.", "QDep": 0, "representation": "(\"Fred\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple4", "intermediates": [] } ] }, { "text": "Fred is young.", "QDep": 0, "representation": "(\"Fred\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple3", "intermediates": [] } ] }, { "text": "Fred is cold.", "QDep": 1, "representation": "(\"Fred\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple8 triple4) -> (rule2 % int1))", "intermediates": [ { "text": "Fred is cold.", "representation": "(\"Fred\" \"is\" \"cold\" \"+\")", "id": "int1" } ] } ] }, { "text": "Fred is rough.", "QDep": 2, "representation": "(\"Fred\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple7 ((triple8 triple4) -> (rule2 % int2)) triple5) -> (rule7 % int1))", "intermediates": [ { "text": "Fred is rough.", "representation": "(\"Fred\" \"is\" \"rough\" \"+\")", "id": "int1" }, { "text": "Fred is cold.", "representation": "(\"Fred\" \"is\" \"cold\" \"+\")", "id": "int2" } ] } ] }, { "text": "Fred is blue.", "QDep": 3, "representation": "(\"Fred\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple8 triple4) -> (rule2 % int3)) triple9 ((triple7 ((triple8 triple4) -> (rule2 % int3)) triple5) -> (rule7 % int2))) -> (rule6 % int1))", "intermediates": [ { "text": "Fred is blue.", "representation": "(\"Fred\" \"is\" \"blue\" \"+\")", "id": "int1" }, { "text": "Fred is rough.", "representation": "(\"Fred\" \"is\" \"rough\" \"+\")", "id": "int2" }, { "text": "Fred is cold.", "representation": "(\"Fred\" \"is\" \"cold\" \"+\")", "id": "int3" } ] } ] } ]

{ "triple1": "sent1", "triple2": "sent1", "triple3": "sent2", "triple4": "sent2", "triple5": "sent2", "triple6": "sent2", "triple7": "sent2", "triple8": "sent2", "triple9": "sent2", "triple10": null, "rule1": "sent3", "rule2": "sent4", "rule3": "sent5", "rule4": "sent6", "rule5": "sent7", "rule6": "sent8", "rule7": "sent9", "triple11": null, "triple12": null }

{ "sent1": "Alan looks red to most people, with blue features.", "sent2": "Fred's characteristics are that he is young, round, red, nice, kind, green and big.", "sent3": "Big and cold people tend to see red and dont live green lifestyle.", "sent4": "Someone who is round in shape and green in color is usually cold.", "sent5": "Round, blue, and green people are poften rough.", "sent6": "Cold, rough people are always green.", "sent7": "Blue people who are kind and nice are actually quite rough.", "sent8": "A big and rough person can be misleading because they are cold and blue as well.", "sent9": "I've noticed that red, cold people who are kind have the trait of rough skin.", "sent10": null, "sent11": null }

{ "triple1": { "text": "Eric is young.", "representation": "(\"Eric\" \"is\" \"young\" \"+\")" }, "triple2": { "text": "Eric is red.", "representation": "(\"Eric\" \"is\" \"red\" \"+\")" }, "triple3": { "text": "Eric is nice.", "representation": "(\"Eric\" \"is\" \"nice\" \"+\")" }, "triple4": { "text": "Eric is green.", "representation": "(\"Eric\" \"is\" \"green\" \"+\")" }, "triple5": { "text": "Eric is big.", "representation": "(\"Eric\" \"is\" \"big\" \"+\")" }, "triple6": { "text": "Fred is nice.", "representation": "(\"Fred\" \"is\" \"nice\" \"+\")" }, "triple7": { "text": "Fred is cold.", "representation": "(\"Fred\" \"is\" \"cold\" \"+\")" }, "triple8": { "text": "Fred is blue.", "representation": "(\"Fred\" \"is\" \"blue\" \"+\")" }, "triple9": { "text": "Gary is young.", "representation": "(\"Gary\" \"is\" \"young\" \"+\")" }, "triple10": { "text": "Harry is kind.", "representation": "(\"Harry\" \"is\" \"kind\" \"+\")" }, "triple11": { "text": "Harry is cold.", "representation": "(\"Harry\" \"is\" \"cold\" \"+\")" }, "triple12": { "text": "Harry is big.", "representation": "(\"Harry\" \"is\" \"big\" \"+\")" } }

{ "rule1": { "text": "If someone is green then they are round.", "representation": "(((\"someone\" \"is\" \"green\" \"+\")) -> (\"someone\" \"is\" \"round\" \"+\"))" }, "rule2": { "text": "If someone is cold and round and green then they are young.", "representation": "(((\"someone\" \"is\" \"cold\" \"+\") (\"someone\" \"is\" \"round\" \"+\") (\"someone\" \"is\" \"green\" \"+\")) -> (\"someone\" \"is\" \"young\" \"+\"))" }, "rule3": { "text": "If someone is cold and big then they are green.", "representation": "(((\"someone\" \"is\" \"cold\" \"+\") (\"someone\" \"is\" \"big\" \"+\")) -> (\"someone\" \"is\" \"green\" \"+\"))" }, "rule4": { "text": "If someone is nice and blue and red then they are cold.", "representation": "(((\"someone\" \"is\" \"nice\" \"+\") (\"someone\" \"is\" \"blue\" \"+\") (\"someone\" \"is\" \"red\" \"+\")) -> (\"someone\" \"is\" \"cold\" \"+\"))" }, "rule5": { "text": "If someone is red and young and rough then they are nice.", "representation": "(((\"someone\" \"is\" \"red\" \"+\") (\"someone\" \"is\" \"young\" \"+\") (\"someone\" \"is\" \"rough\" \"+\")) -> (\"someone\" \"is\" \"nice\" \"+\"))" }, "rule6": { "text": "If someone is rough and cold and nice then they are round.", "representation": "(((\"someone\" \"is\" \"rough\" \"+\") (\"someone\" \"is\" \"cold\" \"+\") (\"someone\" \"is\" \"nice\" \"+\")) -> (\"someone\" \"is\" \"round\" \"+\"))" }, "rule7": { "text": "If someone is kind and nice then they are young.", "representation": "(((\"someone\" \"is\" \"kind\" \"+\") (\"someone\" \"is\" \"nice\" \"+\")) -> (\"someone\" \"is\" \"young\" \"+\"))" } }

{ "Q1": { "question": "Harry is big.", "answer": "True", "QDep": 0, "QLen": "1", "strategy": "proof", "proofs": "[(triple12)]", "representation": "(\"Harry\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple12", "intermediates": [] } ] }, "Q2": { "question": "Eric is not nice.", "answer": "False", "QDep": 0, "QLen": "1", "strategy": "inv-proof", "proofs": "[(triple3)]", "representation": "(\"Eric\" \"is\" \"nice\" \"-\")", "proofsWithIntermediates": [ { "representation": "triple3", "intermediates": [] } ] }, "Q3": { "question": "Eric is round.", "answer": "True", "QDep": 1, "QLen": "2", "strategy": "proof", "proofs": "[(((triple4) -> rule1))]", "representation": "(\"Eric\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple4) -> (rule1 % int1))", "intermediates": [ { "text": "Eric is round.", "representation": "(\"Eric\" \"is\" \"round\" \"+\")", "id": "int1" } ] } ] }, "Q4": { "question": "Eric is not round.", "answer": "False", "QDep": 1, "QLen": "2", "strategy": "inv-proof", "proofs": "[(((triple4) -> rule1))]", "representation": "(\"Eric\" \"is\" \"round\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple4) -> (rule1 % int1))", "intermediates": [ { "text": "Eric is round.", "representation": "(\"Eric\" \"is\" \"round\" \"+\")", "id": "int1" } ] } ] }, "Q5": { "question": "Harry is round.", "answer": "True", "QDep": 2, "QLen": "4", "strategy": "proof", "proofs": "[(((((triple11 triple12) -> rule3)) -> rule1))]", "representation": "(\"Harry\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple11 triple12) -> (rule3 % int2))) -> (rule1 % int1))", "intermediates": [ { "text": "Harry is round.", "representation": "(\"Harry\" \"is\" \"round\" \"+\")", "id": "int1" }, { "text": "Harry is green.", "representation": "(\"Harry\" \"is\" \"green\" \"+\")", "id": "int2" } ] } ] }, "Q6": { "question": "Harry is not round.", "answer": "False", "QDep": 2, "QLen": "4", "strategy": "inv-proof", "proofs": "[(((((triple11 triple12) -> rule3)) -> rule1))]", "representation": "(\"Harry\" \"is\" \"round\" \"-\")", "proofsWithIntermediates": [ { "representation": "((((triple11 triple12) -> (rule3 % int2))) -> (rule1 % int1))", "intermediates": [ { "text": "Harry is round.", "representation": "(\"Harry\" \"is\" \"round\" \"+\")", "id": "int1" }, { "text": "Harry is green.", "representation": "(\"Harry\" \"is\" \"green\" \"+\")", "id": "int2" } ] } ] }, "Q7": { "question": "Harry is young.", "answer": "True", "QDep": 3, "QLen": "9", "strategy": "proof", "proofs": "[(((triple11 ((((triple11 triple12) -> rule3)) -> rule1) ((triple11 triple12) -> rule3)) -> rule2))]", "representation": "(\"Harry\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple11 ((((triple11 triple12) -> (rule3 % int3))) -> (rule1 % int2)) ((triple11 triple12) -> (rule3 % int3))) -> (rule2 % int1))", "intermediates": [ { "text": "Harry is young.", "representation": "(\"Harry\" \"is\" \"young\" \"+\")", "id": "int1" }, { "text": "Harry is round.", "representation": "(\"Harry\" \"is\" \"round\" \"+\")", "id": "int2" }, { "text": "Harry is green.", "representation": "(\"Harry\" \"is\" \"green\" \"+\")", "id": "int3" } ] } ] }, "Q8": { "question": "Harry is not young.", "answer": "False", "QDep": 3, "QLen": "9", "strategy": "inv-proof", "proofs": "[(((triple11 ((((triple11 triple12) -> rule3)) -> rule1) ((triple11 triple12) -> rule3)) -> rule2))]", "representation": "(\"Harry\" \"is\" \"young\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple11 ((((triple11 triple12) -> (rule3 % int3))) -> (rule1 % int2)) ((triple11 triple12) -> (rule3 % int3))) -> (rule2 % int1))", "intermediates": [ { "text": "Harry is young.", "representation": "(\"Harry\" \"is\" \"young\" \"+\")", "id": "int1" }, { "text": "Harry is round.", "representation": "(\"Harry\" \"is\" \"round\" \"+\")", "id": "int2" }, { "text": "Harry is green.", "representation": "(\"Harry\" \"is\" \"green\" \"+\")", "id": "int3" } ] } ] }, "Q9": { "question": "Gary is not cold.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Gary is cold.[CWA. Example of deepest failure = (rule4 <- FAIL)]]", "representation": "(\"Gary\" \"is\" \"cold\" \"-\")", "proofsWithIntermediates": null }, "Q10": { "question": "Gary is round.", "answer": "Unknown", "QDep": 2, "QLen": "", "strategy": "rconc", "proofs": "[@2: Gary is round.[CWA. Example of deepest failure = (rule1 <- rule3 <- FAIL)]]", "representation": "(\"Gary\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": null }, "Q11": { "question": "Gary is not green.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Gary is green.[CWA. Example of deepest failure = (rule3 <- FAIL)]]", "representation": "(\"Gary\" \"is\" \"green\" \"-\")", "proofsWithIntermediates": null }, "Q12": { "question": "Fred is green.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "rconc", "proofs": "[@1: Fred is green.[CWA. Example of deepest failure = (rule3 <- FAIL)]]", "representation": "(\"Fred\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": null }, "Q13": { "question": "Fred is not kind.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Fred is kind.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Fred\" \"is\" \"kind\" \"-\")" }, "Q14": { "question": "Harry is blue.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Harry is blue.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Harry\" \"is\" \"blue\" \"+\")" }, "Q15": { "question": "Gary is not rough.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Gary is rough.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Gary\" \"is\" \"rough\" \"-\")" }, "Q16": { "question": "Eric is kind.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Eric is kind.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Eric\" \"is\" \"kind\" \"+\")" }, "Q17": null, "Q18": null, "Q19": null, "Q20": null, "Q21": null, "Q22": null, "Q23": null, "Q24": null }

[ { "text": "Eric is big.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple5", "intermediates": [] } ] }, { "text": "Eric is green.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple4", "intermediates": [] } ] }, { "text": "Eric is nice.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple3", "intermediates": [] } ] }, { "text": "Eric is red.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple2", "intermediates": [] } ] }, { "text": "Eric is young.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple1", "intermediates": [] } ] }, { "text": "Fred is blue.", "QDep": 0, "representation": "(\"Fred\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple8", "intermediates": [] } ] }, { "text": "Fred is cold.", "QDep": 0, "representation": "(\"Fred\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple7", "intermediates": [] } ] }, { "text": "Fred is nice.", "QDep": 0, "representation": "(\"Fred\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple6", "intermediates": [] } ] }, { "text": "Gary is young.", "QDep": 0, "representation": "(\"Gary\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple9", "intermediates": [] } ] }, { "text": "Harry is big.", "QDep": 0, "representation": "(\"Harry\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple12", "intermediates": [] } ] }, { "text": "Harry is cold.", "QDep": 0, "representation": "(\"Harry\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple11", "intermediates": [] } ] }, { "text": "Harry is kind.", "QDep": 0, "representation": "(\"Harry\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple10", "intermediates": [] } ] }, { "text": "Eric is round.", "QDep": 1, "representation": "(\"Eric\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple4) -> (rule1 % int1))", "intermediates": [ { "text": "Eric is round.", "representation": "(\"Eric\" \"is\" \"round\" \"+\")", "id": "int1" } ] } ] }, { "text": "Harry is green.", "QDep": 1, "representation": "(\"Harry\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple11 triple12) -> (rule3 % int1))", "intermediates": [ { "text": "Harry is green.", "representation": "(\"Harry\" \"is\" \"green\" \"+\")", "id": "int1" } ] } ] }, { "text": "Harry is round.", "QDep": 2, "representation": "(\"Harry\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple11 triple12) -> (rule3 % int2))) -> (rule1 % int1))", "intermediates": [ { "text": "Harry is round.", "representation": "(\"Harry\" \"is\" \"round\" \"+\")", "id": "int1" }, { "text": "Harry is green.", "representation": "(\"Harry\" \"is\" \"green\" \"+\")", "id": "int2" } ] } ] }, { "text": "Harry is young.", "QDep": 3, "representation": "(\"Harry\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple11 ((((triple11 triple12) -> (rule3 % int3))) -> (rule1 % int2)) ((triple11 triple12) -> (rule3 % int3))) -> (rule2 % int1))", "intermediates": [ { "text": "Harry is young.", "representation": "(\"Harry\" \"is\" \"young\" \"+\")", "id": "int1" }, { "text": "Harry is round.", "representation": "(\"Harry\" \"is\" \"round\" \"+\")", "id": "int2" }, { "text": "Harry is green.", "representation": "(\"Harry\" \"is\" \"green\" \"+\")", "id": "int3" } ] } ] } ]

{ "triple1": "sent1", "triple2": "sent1", "triple3": "sent1", "triple4": "sent1", "triple5": "sent1", "triple6": "sent2", "triple7": "sent2", "triple8": "sent2", "triple9": "sent3", "triple10": "sent4", "rule1": "sent5", "rule2": "sent6", "rule3": "sent7", "rule4": "sent8", "rule5": "sent9", "rule6": "sent10", "rule7": "sent11", "triple11": "sent4", "triple12": "sent4" }

{ "sent1": "Eric is colored red and green; He is a nice young man and is also very big.", "sent2": "As much as Fred is nice, he is also cold and often feels blue.", "sent3": "Gary was born only a few years ago so he is young.", "sent4": "When you see Harry, you will notice he is cold, big and kind.", "sent5": "Any green person is a round person.", "sent6": "Any cold, round, green person is going to be young at the same time.", "sent7": "I've noticed that someone who is big and acts cold towards others is green as well.", "sent8": "When someone is nice, dressing in red, they can be blue because they are cold.", "sent9": "Young people with red, flushed cheeks who are rough around the edges are really quite nice.", "sent10": "Anybody that is rough, cold and nice will be round at the same time.", "sent11": "People who are nice and kind are somewhat young." }

{ "triple1": { "text": "Bob is cold.", "representation": "(\"Bob\" \"is\" \"cold\" \"+\")" }, "triple2": { "text": "Bob is blue.", "representation": "(\"Bob\" \"is\" \"blue\" \"+\")" }, "triple3": { "text": "Bob is big.", "representation": "(\"Bob\" \"is\" \"big\" \"+\")" }, "triple4": { "text": "Charlie is young.", "representation": "(\"Charlie\" \"is\" \"young\" \"+\")" }, "triple5": { "text": "Charlie is cold.", "representation": "(\"Charlie\" \"is\" \"cold\" \"+\")" }, "triple6": { "text": "Charlie is blue.", "representation": "(\"Charlie\" \"is\" \"blue\" \"+\")" }, "triple7": { "text": "Charlie is big.", "representation": "(\"Charlie\" \"is\" \"big\" \"+\")" }, "triple8": { "text": "Fred is kind.", "representation": "(\"Fred\" \"is\" \"kind\" \"+\")" }, "triple9": { "text": "Fred is green.", "representation": "(\"Fred\" \"is\" \"green\" \"+\")" }, "triple10": { "text": "Fred is cold.", "representation": "(\"Fred\" \"is\" \"cold\" \"+\")" }, "triple11": { "text": "Gary is cold.", "representation": "(\"Gary\" \"is\" \"cold\" \"+\")" }, "triple12": { "text": "Gary is blue.", "representation": "(\"Gary\" \"is\" \"blue\" \"+\")" } }

{ "rule1": { "text": "If someone is blue and rough then they are red.", "representation": "(((\"someone\" \"is\" \"blue\" \"+\") (\"someone\" \"is\" \"rough\" \"+\")) -> (\"someone\" \"is\" \"red\" \"+\"))" }, "rule2": { "text": "If someone is big and young then they are red.", "representation": "(((\"someone\" \"is\" \"big\" \"+\") (\"someone\" \"is\" \"young\" \"+\")) -> (\"someone\" \"is\" \"red\" \"+\"))" }, "rule3": { "text": "If someone is young and big and nice then they are kind.", "representation": "(((\"someone\" \"is\" \"young\" \"+\") (\"someone\" \"is\" \"big\" \"+\") (\"someone\" \"is\" \"nice\" \"+\")) -> (\"someone\" \"is\" \"kind\" \"+\"))" }, "rule4": { "text": "If someone is blue and red then they are green.", "representation": "(((\"someone\" \"is\" \"blue\" \"+\") (\"someone\" \"is\" \"red\" \"+\")) -> (\"someone\" \"is\" \"green\" \"+\"))" }, "rule5": { "text": "If someone is round and green and blue then they are cold.", "representation": "(((\"someone\" \"is\" \"round\" \"+\") (\"someone\" \"is\" \"green\" \"+\") (\"someone\" \"is\" \"blue\" \"+\")) -> (\"someone\" \"is\" \"cold\" \"+\"))" }, "rule6": { "text": "If someone is blue and cold and big then they are rough.", "representation": "(((\"someone\" \"is\" \"blue\" \"+\") (\"someone\" \"is\" \"cold\" \"+\") (\"someone\" \"is\" \"big\" \"+\")) -> (\"someone\" \"is\" \"rough\" \"+\"))" }, "rule7": null }

{ "Q1": { "question": "Bob is big.", "answer": "True", "QDep": 0, "QLen": "1", "strategy": "proof", "proofs": "[(triple3)]", "representation": "(\"Bob\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple3", "intermediates": [] } ] }, "Q2": { "question": "Bob is not blue.", "answer": "False", "QDep": 0, "QLen": "1", "strategy": "inv-proof", "proofs": "[(triple2)]", "representation": "(\"Bob\" \"is\" \"blue\" \"-\")", "proofsWithIntermediates": [ { "representation": "triple2", "intermediates": [] } ] }, "Q3": { "question": "Bob is rough.", "answer": "True", "QDep": 1, "QLen": "4", "strategy": "proof", "proofs": "[(((triple2 triple1 triple3) -> rule6))]", "representation": "(\"Bob\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple2 triple1 triple3) -> (rule6 % int1))", "intermediates": [ { "text": "Bob is rough.", "representation": "(\"Bob\" \"is\" \"rough\" \"+\")", "id": "int1" } ] } ] }, "Q4": { "question": "Bob is not rough.", "answer": "False", "QDep": 1, "QLen": "4", "strategy": "inv-proof", "proofs": "[(((triple2 triple1 triple3) -> rule6))]", "representation": "(\"Bob\" \"is\" \"rough\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple2 triple1 triple3) -> (rule6 % int1))", "intermediates": [ { "text": "Bob is rough.", "representation": "(\"Bob\" \"is\" \"rough\" \"+\")", "id": "int1" } ] } ] }, "Q5": { "question": "Bob is red.", "answer": "True", "QDep": 2, "QLen": "6", "strategy": "proof", "proofs": "[(((triple2 ((triple2 triple1 triple3) -> rule6)) -> rule1))]", "representation": "(\"Bob\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple2 ((triple2 triple1 triple3) -> (rule6 % int2))) -> (rule1 % int1))", "intermediates": [ { "text": "Bob is red.", "representation": "(\"Bob\" \"is\" \"red\" \"+\")", "id": "int1" }, { "text": "Bob is rough.", "representation": "(\"Bob\" \"is\" \"rough\" \"+\")", "id": "int2" } ] } ] }, "Q6": { "question": "Bob is not red.", "answer": "False", "QDep": 2, "QLen": "6", "strategy": "inv-proof", "proofs": "[(((triple2 ((triple2 triple1 triple3) -> rule6)) -> rule1))]", "representation": "(\"Bob\" \"is\" \"red\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple2 ((triple2 triple1 triple3) -> (rule6 % int2))) -> (rule1 % int1))", "intermediates": [ { "text": "Bob is red.", "representation": "(\"Bob\" \"is\" \"red\" \"+\")", "id": "int1" }, { "text": "Bob is rough.", "representation": "(\"Bob\" \"is\" \"rough\" \"+\")", "id": "int2" } ] } ] }, "Q7": { "question": "Bob is green.", "answer": "True", "QDep": 3, "QLen": "8", "strategy": "proof", "proofs": "[(((triple2 ((triple2 ((triple2 triple1 triple3) -> rule6)) -> rule1)) -> rule4))]", "representation": "(\"Bob\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple2 ((triple2 ((triple2 triple1 triple3) -> (rule6 % int3))) -> (rule1 % int2))) -> (rule4 % int1))", "intermediates": [ { "text": "Bob is green.", "representation": "(\"Bob\" \"is\" \"green\" \"+\")", "id": "int1" }, { "text": "Bob is red.", "representation": "(\"Bob\" \"is\" \"red\" \"+\")", "id": "int2" }, { "text": "Bob is rough.", "representation": "(\"Bob\" \"is\" \"rough\" \"+\")", "id": "int3" } ] } ] }, "Q8": { "question": "Bob is not green.", "answer": "False", "QDep": 3, "QLen": "8", "strategy": "inv-proof", "proofs": "[(((triple2 ((triple2 ((triple2 triple1 triple3) -> rule6)) -> rule1)) -> rule4))]", "representation": "(\"Bob\" \"is\" \"green\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple2 ((triple2 ((triple2 triple1 triple3) -> (rule6 % int3))) -> (rule1 % int2))) -> (rule4 % int1))", "intermediates": [ { "text": "Bob is green.", "representation": "(\"Bob\" \"is\" \"green\" \"+\")", "id": "int1" }, { "text": "Bob is red.", "representation": "(\"Bob\" \"is\" \"red\" \"+\")", "id": "int2" }, { "text": "Bob is rough.", "representation": "(\"Bob\" \"is\" \"rough\" \"+\")", "id": "int3" } ] } ] }, "Q9": { "question": "Charlie is not kind.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Charlie is kind.[CWA. Example of deepest failure = (rule3 <- FAIL)]]", "representation": "(\"Charlie\" \"is\" \"kind\" \"-\")", "proofsWithIntermediates": null }, "Q10": { "question": "Gary is red.", "answer": "Unknown", "QDep": 2, "QLen": "", "strategy": "rconc", "proofs": "[@2: Gary is red.[CWA. Example of deepest failure = (rule1 <- rule6 <- FAIL)]]", "representation": "(\"Gary\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": null }, "Q11": { "question": "Gary is not rough.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Gary is rough.[CWA. Example of deepest failure = (rule6 <- FAIL)]]", "representation": "(\"Gary\" \"is\" \"rough\" \"-\")", "proofsWithIntermediates": null }, "Q12": { "question": "Gary is kind.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "rconc", "proofs": "[@1: Gary is kind.[CWA. Example of deepest failure = (rule3 <- FAIL)]]", "representation": "(\"Gary\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": null }, "Q13": { "question": "Gary is not big.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Gary is big.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Gary\" \"is\" \"big\" \"-\")" }, "Q14": { "question": "Fred is nice.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Fred is nice.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Fred\" \"is\" \"nice\" \"+\")" }, "Q15": { "question": "Charlie is not nice.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Charlie is nice.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Charlie\" \"is\" \"nice\" \"-\")" }, "Q16": { "question": "Bob is nice.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Bob is nice.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Bob\" \"is\" \"nice\" \"+\")" }, "Q17": null, "Q18": null, "Q19": null, "Q20": null, "Q21": null, "Q22": null, "Q23": null, "Q24": null }

[ { "text": "Bob is big.", "QDep": 0, "representation": "(\"Bob\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple3", "intermediates": [] } ] }, { "text": "Bob is blue.", "QDep": 0, "representation": "(\"Bob\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple2", "intermediates": [] } ] }, { "text": "Bob is cold.", "QDep": 0, "representation": "(\"Bob\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple1", "intermediates": [] } ] }, { "text": "Charlie is big.", "QDep": 0, "representation": "(\"Charlie\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple7", "intermediates": [] } ] }, { "text": "Charlie is blue.", "QDep": 0, "representation": "(\"Charlie\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple6", "intermediates": [] } ] }, { "text": "Charlie is cold.", "QDep": 0, "representation": "(\"Charlie\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple5", "intermediates": [] } ] }, { "text": "Charlie is young.", "QDep": 0, "representation": "(\"Charlie\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple4", "intermediates": [] } ] }, { "text": "Fred is cold.", "QDep": 0, "representation": "(\"Fred\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple10", "intermediates": [] } ] }, { "text": "Fred is green.", "QDep": 0, "representation": "(\"Fred\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple9", "intermediates": [] } ] }, { "text": "Fred is kind.", "QDep": 0, "representation": "(\"Fred\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple8", "intermediates": [] } ] }, { "text": "Gary is blue.", "QDep": 0, "representation": "(\"Gary\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple12", "intermediates": [] } ] }, { "text": "Gary is cold.", "QDep": 0, "representation": "(\"Gary\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple11", "intermediates": [] } ] }, { "text": "Bob is rough.", "QDep": 1, "representation": "(\"Bob\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple2 triple1 triple3) -> (rule6 % int1))", "intermediates": [ { "text": "Bob is rough.", "representation": "(\"Bob\" \"is\" \"rough\" \"+\")", "id": "int1" } ] } ] }, { "text": "Charlie is red.", "QDep": 1, "representation": "(\"Charlie\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple7 triple4) -> (rule2 % int1))", "intermediates": [ { "text": "Charlie is red.", "representation": "(\"Charlie\" \"is\" \"red\" \"+\")", "id": "int1" } ] }, { "representation": "((triple6 ((triple6 triple5 triple7) -> (rule6 % int2))) -> (rule1 % int1))", "intermediates": [ { "text": "Charlie is red.", "representation": "(\"Charlie\" \"is\" \"red\" \"+\")", "id": "int1" }, { "text": "Charlie is rough.", "representation": "(\"Charlie\" \"is\" \"rough\" \"+\")", "id": "int2" } ] } ] }, { "text": "Charlie is rough.", "QDep": 1, "representation": "(\"Charlie\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple6 triple5 triple7) -> (rule6 % int1))", "intermediates": [ { "text": "Charlie is rough.", "representation": "(\"Charlie\" \"is\" \"rough\" \"+\")", "id": "int1" } ] } ] }, { "text": "Bob is red.", "QDep": 2, "representation": "(\"Bob\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple2 ((triple2 triple1 triple3) -> (rule6 % int2))) -> (rule1 % int1))", "intermediates": [ { "text": "Bob is red.", "representation": "(\"Bob\" \"is\" \"red\" \"+\")", "id": "int1" }, { "text": "Bob is rough.", "representation": "(\"Bob\" \"is\" \"rough\" \"+\")", "id": "int2" } ] } ] }, { "text": "Charlie is green.", "QDep": 2, "representation": "(\"Charlie\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple6 ((triple7 triple4) -> (rule2 % int2))) -> (rule4 % int1))", "intermediates": [ { "text": "Charlie is green.", "representation": "(\"Charlie\" \"is\" \"green\" \"+\")", "id": "int1" }, { "text": "Charlie is red.", "representation": "(\"Charlie\" \"is\" \"red\" \"+\")", "id": "int2" } ] }, { "representation": "((triple6 ((triple6 ((triple6 triple5 triple7) -> (rule6 % int3))) -> (rule1 % int2))) -> (rule4 % int1))", "intermediates": [ { "text": "Charlie is green.", "representation": "(\"Charlie\" \"is\" \"green\" \"+\")", "id": "int1" }, { "text": "Charlie is red.", "representation": "(\"Charlie\" \"is\" \"red\" \"+\")", "id": "int2" }, { "text": "Charlie is rough.", "representation": "(\"Charlie\" \"is\" \"rough\" \"+\")", "id": "int3" } ] } ] }, { "text": "Bob is green.", "QDep": 3, "representation": "(\"Bob\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple2 ((triple2 ((triple2 triple1 triple3) -> (rule6 % int3))) -> (rule1 % int2))) -> (rule4 % int1))", "intermediates": [ { "text": "Bob is green.", "representation": "(\"Bob\" \"is\" \"green\" \"+\")", "id": "int1" }, { "text": "Bob is red.", "representation": "(\"Bob\" \"is\" \"red\" \"+\")", "id": "int2" }, { "text": "Bob is rough.", "representation": "(\"Bob\" \"is\" \"rough\" \"+\")", "id": "int3" } ] } ] } ]

{ "triple1": "sent1", "triple2": "sent1", "triple3": "sent1", "triple4": "sent2", "triple5": "sent2", "triple6": "sent2", "triple7": "sent2", "triple8": "sent3", "triple9": "sent3", "triple10": "sent3", "rule1": "sent5", "rule2": "sent6", "rule3": "sent7", "rule4": "sent8", "rule5": "sent9", "rule6": "sent10", "rule7": null, "triple11": "sent4", "triple12": "sent4" }

{ "sent1": "Big Bob, the most blue guy I know while also being cold.", "sent2": "Charlie's a young guy; He's a cold, blue and big guy, too.", "sent3": "Fred is a very kind, green but sometimes cold person.", "sent4": "Gary is blue and cold.", "sent5": "If someone is blue and rough, they always see red in others.", "sent6": "All the big and young boys at the park are red.", "sent7": "If someone is young at heart and has big toes as well as being nice to others then you'll see that they are also kind to children.", "sent8": "People with blue and red skin color are also green.", "sent9": "A person that is round, green, and blue is usually considered cold.", "sent10": "People that are blue, cold, and big, are rather rough.", "sent11": null }

{ "triple1": { "text": "Bob is young.", "representation": "(\"Bob\" \"is\" \"young\" \"+\")" }, "triple2": { "text": "Bob is round.", "representation": "(\"Bob\" \"is\" \"round\" \"+\")" }, "triple3": { "text": "Charlie is young.", "representation": "(\"Charlie\" \"is\" \"young\" \"+\")" }, "triple4": { "text": "Charlie is nice.", "representation": "(\"Charlie\" \"is\" \"nice\" \"+\")" }, "triple5": { "text": "Charlie is cold.", "representation": "(\"Charlie\" \"is\" \"cold\" \"+\")" }, "triple6": { "text": "Fred is red.", "representation": "(\"Fred\" \"is\" \"red\" \"+\")" }, "triple7": { "text": "Fred is nice.", "representation": "(\"Fred\" \"is\" \"nice\" \"+\")" }, "triple8": { "text": "Fred is blue.", "representation": "(\"Fred\" \"is\" \"blue\" \"+\")" }, "triple9": { "text": "Gary is young.", "representation": "(\"Gary\" \"is\" \"young\" \"+\")" }, "triple10": { "text": "Gary is red.", "representation": "(\"Gary\" \"is\" \"red\" \"+\")" }, "triple11": { "text": "Gary is nice.", "representation": "(\"Gary\" \"is\" \"nice\" \"+\")" }, "triple12": { "text": "Gary is big.", "representation": "(\"Gary\" \"is\" \"big\" \"+\")" } }

{ "rule1": { "text": "If someone is big and blue and green then they are red.", "representation": "(((\"someone\" \"is\" \"big\" \"+\") (\"someone\" \"is\" \"blue\" \"+\") (\"someone\" \"is\" \"green\" \"+\")) -> (\"someone\" \"is\" \"red\" \"+\"))" }, "rule2": { "text": "If someone is green and round and nice then they are kind.", "representation": "(((\"someone\" \"is\" \"green\" \"+\") (\"someone\" \"is\" \"round\" \"+\") (\"someone\" \"is\" \"nice\" \"+\")) -> (\"someone\" \"is\" \"kind\" \"+\"))" }, "rule3": { "text": "If someone is rough and young and red then they are blue.", "representation": "(((\"someone\" \"is\" \"rough\" \"+\") (\"someone\" \"is\" \"young\" \"+\") (\"someone\" \"is\" \"red\" \"+\")) -> (\"someone\" \"is\" \"blue\" \"+\"))" }, "rule4": { "text": "If someone is rough and young and cold then they are red.", "representation": "(((\"someone\" \"is\" \"rough\" \"+\") (\"someone\" \"is\" \"young\" \"+\") (\"someone\" \"is\" \"cold\" \"+\")) -> (\"someone\" \"is\" \"red\" \"+\"))" }, "rule5": { "text": "If someone is nice and young then they are rough.", "representation": "(((\"someone\" \"is\" \"nice\" \"+\") (\"someone\" \"is\" \"young\" \"+\")) -> (\"someone\" \"is\" \"rough\" \"+\"))" }, "rule6": { "text": "If someone is nice and young and red then they are blue.", "representation": "(((\"someone\" \"is\" \"nice\" \"+\") (\"someone\" \"is\" \"young\" \"+\") (\"someone\" \"is\" \"red\" \"+\")) -> (\"someone\" \"is\" \"blue\" \"+\"))" }, "rule7": { "text": "If someone is blue and red and young then they are kind.", "representation": "(((\"someone\" \"is\" \"blue\" \"+\") (\"someone\" \"is\" \"red\" \"+\") (\"someone\" \"is\" \"young\" \"+\")) -> (\"someone\" \"is\" \"kind\" \"+\"))" } }

{ "Q1": { "question": "Fred is blue.", "answer": "True", "QDep": 0, "QLen": "1", "strategy": "proof", "proofs": "[(triple8)]", "representation": "(\"Fred\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple8", "intermediates": [] } ] }, "Q2": { "question": "Gary is not big.", "answer": "False", "QDep": 0, "QLen": "1", "strategy": "inv-proof", "proofs": "[(triple12)]", "representation": "(\"Gary\" \"is\" \"big\" \"-\")", "proofsWithIntermediates": [ { "representation": "triple12", "intermediates": [] } ] }, "Q3": { "question": "Gary is blue.", "answer": "True", "QDep": 1, "QLen": "4", "strategy": "proof", "proofs": "[(((triple11 triple9 triple10) -> rule6) OR ((((triple11 triple9) -> rule5) triple9 triple10) -> rule3))]", "representation": "(\"Gary\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple11 triple9 triple10) -> (rule6 % int1))", "intermediates": [ { "text": "Gary is blue.", "representation": "(\"Gary\" \"is\" \"blue\" \"+\")", "id": "int1" } ] }, { "representation": "((((triple11 triple9) -> (rule5 % int2)) triple9 triple10) -> (rule3 % int1))", "intermediates": [ { "text": "Gary is blue.", "representation": "(\"Gary\" \"is\" \"blue\" \"+\")", "id": "int1" }, { "text": "Gary is rough.", "representation": "(\"Gary\" \"is\" \"rough\" \"+\")", "id": "int2" } ] } ] }, "Q4": { "question": "Charlie is not rough.", "answer": "False", "QDep": 1, "QLen": "3", "strategy": "inv-proof", "proofs": "[(((triple4 triple3) -> rule5))]", "representation": "(\"Charlie\" \"is\" \"rough\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple4 triple3) -> (rule5 % int1))", "intermediates": [ { "text": "Charlie is rough.", "representation": "(\"Charlie\" \"is\" \"rough\" \"+\")", "id": "int1" } ] } ] }, "Q5": { "question": "Charlie is red.", "answer": "True", "QDep": 2, "QLen": "6", "strategy": "proof", "proofs": "[(((((triple4 triple3) -> rule5) triple3 triple5) -> rule4))]", "representation": "(\"Charlie\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple4 triple3) -> (rule5 % int2)) triple3 triple5) -> (rule4 % int1))", "intermediates": [ { "text": "Charlie is red.", "representation": "(\"Charlie\" \"is\" \"red\" \"+\")", "id": "int1" }, { "text": "Charlie is rough.", "representation": "(\"Charlie\" \"is\" \"rough\" \"+\")", "id": "int2" } ] } ] }, "Q6": { "question": "Charlie is not red.", "answer": "False", "QDep": 2, "QLen": "6", "strategy": "inv-proof", "proofs": "[(((((triple4 triple3) -> rule5) triple3 triple5) -> rule4))]", "representation": "(\"Charlie\" \"is\" \"red\" \"-\")", "proofsWithIntermediates": [ { "representation": "((((triple4 triple3) -> (rule5 % int2)) triple3 triple5) -> (rule4 % int1))", "intermediates": [ { "text": "Charlie is red.", "representation": "(\"Charlie\" \"is\" \"red\" \"+\")", "id": "int1" }, { "text": "Charlie is rough.", "representation": "(\"Charlie\" \"is\" \"rough\" \"+\")", "id": "int2" } ] } ] }, "Q7": { "question": "Charlie is blue.", "answer": "True", "QDep": 3, "QLen": "9", "strategy": "proof", "proofs": "[(((triple4 triple3 ((((triple4 triple3) -> rule5) triple3 triple5) -> rule4)) -> rule6) OR ((((triple4 triple3) -> rule5) triple3 ((((triple4 triple3) -> rule5) triple3 triple5) -> rule4)) -> rule3))]", "representation": "(\"Charlie\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple4 triple3 ((((triple4 triple3) -> (rule5 % int3)) triple3 triple5) -> (rule4 % int2))) -> (rule6 % int1))", "intermediates": [ { "text": "Charlie is blue.", "representation": "(\"Charlie\" \"is\" \"blue\" \"+\")", "id": "int1" }, { "text": "Charlie is red.", "representation": "(\"Charlie\" \"is\" \"red\" \"+\")", "id": "int2" }, { "text": "Charlie is rough.", "representation": "(\"Charlie\" \"is\" \"rough\" \"+\")", "id": "int3" } ] }, { "representation": "((((triple4 triple3) -> (rule5 % int3)) triple3 ((((triple4 triple3) -> (rule5 % int3)) triple3 triple5) -> (rule4 % int2))) -> (rule3 % int1))", "intermediates": [ { "text": "Charlie is blue.", "representation": "(\"Charlie\" \"is\" \"blue\" \"+\")", "id": "int1" }, { "text": "Charlie is red.", "representation": "(\"Charlie\" \"is\" \"red\" \"+\")", "id": "int2" }, { "text": "Charlie is rough.", "representation": "(\"Charlie\" \"is\" \"rough\" \"+\")", "id": "int3" } ] } ] }, "Q8": { "question": "Charlie is not blue.", "answer": "False", "QDep": 3, "QLen": "9", "strategy": "inv-proof", "proofs": "[(((triple4 triple3 ((((triple4 triple3) -> rule5) triple3 triple5) -> rule4)) -> rule6) OR ((((triple4 triple3) -> rule5) triple3 ((((triple4 triple3) -> rule5) triple3 triple5) -> rule4)) -> rule3))]", "representation": "(\"Charlie\" \"is\" \"blue\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple4 triple3 ((((triple4 triple3) -> (rule5 % int3)) triple3 triple5) -> (rule4 % int2))) -> (rule6 % int1))", "intermediates": [ { "text": "Charlie is blue.", "representation": "(\"Charlie\" \"is\" \"blue\" \"+\")", "id": "int1" }, { "text": "Charlie is red.", "representation": "(\"Charlie\" \"is\" \"red\" \"+\")", "id": "int2" }, { "text": "Charlie is rough.", "representation": "(\"Charlie\" \"is\" \"rough\" \"+\")", "id": "int3" } ] }, { "representation": "((((triple4 triple3) -> (rule5 % int3)) triple3 ((((triple4 triple3) -> (rule5 % int3)) triple3 triple5) -> (rule4 % int2))) -> (rule3 % int1))", "intermediates": [ { "text": "Charlie is blue.", "representation": "(\"Charlie\" \"is\" \"blue\" \"+\")", "id": "int1" }, { "text": "Charlie is red.", "representation": "(\"Charlie\" \"is\" \"red\" \"+\")", "id": "int2" }, { "text": "Charlie is rough.", "representation": "(\"Charlie\" \"is\" \"rough\" \"+\")", "id": "int3" } ] } ] }, "Q9": { "question": "Charlie is kind.", "answer": "True", "QDep": 4, "QLen": "17", "strategy": "proof", "proofs": "[(((((triple4 triple3 ((((triple4 triple3) -> rule5) triple3 triple5) -> rule4)) -> rule6) ((((triple4 triple3) -> rule5) triple3 triple5) -> rule4) triple3) -> rule7) OR ((((((triple4 triple3) -> rule5) triple3 ((((triple4 triple3) -> rule5) triple3 triple5) -> rule4)) -> rule3) ((((triple4 triple3) -> rule5) triple3 triple5) -> rule4) triple3) -> rule7))]", "representation": "(\"Charlie\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple4 triple3 ((((triple4 triple3) -> (rule5 % int4)) triple3 triple5) -> (rule4 % int3))) -> (rule6 % int2)) ((((triple4 triple3) -> (rule5 % int4)) triple3 triple5) -> (rule4 % int3)) triple3) -> (rule7 % int1))", "intermediates": [ { "text": "Charlie is kind.", "representation": "(\"Charlie\" \"is\" \"kind\" \"+\")", "id": "int1" }, { "text": "Charlie is blue.", "representation": "(\"Charlie\" \"is\" \"blue\" \"+\")", "id": "int2" }, { "text": "Charlie is red.", "representation": "(\"Charlie\" \"is\" \"red\" \"+\")", "id": "int3" }, { "text": "Charlie is rough.", "representation": "(\"Charlie\" \"is\" \"rough\" \"+\")", "id": "int4" } ] }, { "representation": "((((((triple4 triple3) -> (rule5 % int4)) triple3 ((((triple4 triple3) -> (rule5 % int4)) triple3 triple5) -> (rule4 % int3))) -> (rule3 % int2)) ((((triple4 triple3) -> (rule5 % int4)) triple3 triple5) -> (rule4 % int3)) triple3) -> (rule7 % int1))", "intermediates": [ { "text": "Charlie is kind.", "representation": "(\"Charlie\" \"is\" \"kind\" \"+\")", "id": "int1" }, { "text": "Charlie is blue.", "representation": "(\"Charlie\" \"is\" \"blue\" \"+\")", "id": "int2" }, { "text": "Charlie is red.", "representation": "(\"Charlie\" \"is\" \"red\" \"+\")", "id": "int3" }, { "text": "Charlie is rough.", "representation": "(\"Charlie\" \"is\" \"rough\" \"+\")", "id": "int4" } ] } ] }, "Q10": { "question": "Charlie is not kind.", "answer": "False", "QDep": 4, "QLen": "17", "strategy": "inv-proof", "proofs": "[(((((triple4 triple3 ((((triple4 triple3) -> rule5) triple3 triple5) -> rule4)) -> rule6) ((((triple4 triple3) -> rule5) triple3 triple5) -> rule4) triple3) -> rule7) OR ((((((triple4 triple3) -> rule5) triple3 ((((triple4 triple3) -> rule5) triple3 triple5) -> rule4)) -> rule3) ((((triple4 triple3) -> rule5) triple3 triple5) -> rule4) triple3) -> rule7))]", "representation": "(\"Charlie\" \"is\" \"kind\" \"-\")", "proofsWithIntermediates": [ { "representation": "((((triple4 triple3 ((((triple4 triple3) -> (rule5 % int4)) triple3 triple5) -> (rule4 % int3))) -> (rule6 % int2)) ((((triple4 triple3) -> (rule5 % int4)) triple3 triple5) -> (rule4 % int3)) triple3) -> (rule7 % int1))", "intermediates": [ { "text": "Charlie is kind.", "representation": "(\"Charlie\" \"is\" \"kind\" \"+\")", "id": "int1" }, { "text": "Charlie is blue.", "representation": "(\"Charlie\" \"is\" \"blue\" \"+\")", "id": "int2" }, { "text": "Charlie is red.", "representation": "(\"Charlie\" \"is\" \"red\" \"+\")", "id": "int3" }, { "text": "Charlie is rough.", "representation": "(\"Charlie\" \"is\" \"rough\" \"+\")", "id": "int4" } ] }, { "representation": "((((((triple4 triple3) -> (rule5 % int4)) triple3 ((((triple4 triple3) -> (rule5 % int4)) triple3 triple5) -> (rule4 % int3))) -> (rule3 % int2)) ((((triple4 triple3) -> (rule5 % int4)) triple3 triple5) -> (rule4 % int3)) triple3) -> (rule7 % int1))", "intermediates": [ { "text": "Charlie is kind.", "representation": "(\"Charlie\" \"is\" \"kind\" \"+\")", "id": "int1" }, { "text": "Charlie is blue.", "representation": "(\"Charlie\" \"is\" \"blue\" \"+\")", "id": "int2" }, { "text": "Charlie is red.", "representation": "(\"Charlie\" \"is\" \"red\" \"+\")", "id": "int3" }, { "text": "Charlie is rough.", "representation": "(\"Charlie\" \"is\" \"rough\" \"+\")", "id": "int4" } ] } ] }, "Q11": { "question": "Bob is not blue.", "answer": "Unknown", "QDep": 2, "QLen": "", "strategy": "inv-rconc", "proofs": "[@2: Bob is blue.[CWA. Example of deepest failure = (rule3 <- rule5 <- FAIL)]]", "representation": "(\"Bob\" \"is\" \"blue\" \"-\")", "proofsWithIntermediates": null }, "Q12": { "question": "Fred is kind.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "rconc", "proofs": "[@1: Fred is kind.[CWA. Example of deepest failure = (rule2 <- FAIL)]]", "representation": "(\"Fred\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": null }, "Q13": { "question": "Bob is not kind.", "answer": "Unknown", "QDep": 2, "QLen": "", "strategy": "inv-rconc", "proofs": "[@2: Bob is kind.[CWA. Example of deepest failure = (rule7 <- rule1 <- FAIL)]]", "representation": "(\"Bob\" \"is\" \"kind\" \"-\")" }, "Q14": { "question": "Bob is rough.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "rconc", "proofs": "[@1: Bob is rough.[CWA. Example of deepest failure = (rule5 <- FAIL)]]", "representation": "(\"Bob\" \"is\" \"rough\" \"+\")" }, "Q15": { "question": "Fred is not rough.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Fred is rough.[CWA. Example of deepest failure = (rule5 <- FAIL)]]", "representation": "(\"Fred\" \"is\" \"rough\" \"-\")" }, "Q16": { "question": "Bob is big.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Bob is big.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Bob\" \"is\" \"big\" \"+\")" }, "Q17": { "question": "Bob is not cold.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Bob is cold.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Bob\" \"is\" \"cold\" \"-\")" }, "Q18": { "question": "Fred is cold.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Fred is cold.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Fred\" \"is\" \"cold\" \"+\")" }, "Q19": { "question": "Gary is not green.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Gary is green.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Gary\" \"is\" \"green\" \"-\")" }, "Q20": { "question": "Bob is green.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Bob is green.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Bob\" \"is\" \"green\" \"+\")" }, "Q21": null, "Q22": null, "Q23": null, "Q24": null }

[ { "text": "Bob is round.", "QDep": 0, "representation": "(\"Bob\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple2", "intermediates": [] } ] }, { "text": "Bob is young.", "QDep": 0, "representation": "(\"Bob\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple1", "intermediates": [] } ] }, { "text": "Charlie is cold.", "QDep": 0, "representation": "(\"Charlie\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple5", "intermediates": [] } ] }, { "text": "Charlie is nice.", "QDep": 0, "representation": "(\"Charlie\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple4", "intermediates": [] } ] }, { "text": "Charlie is young.", "QDep": 0, "representation": "(\"Charlie\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple3", "intermediates": [] } ] }, { "text": "Fred is blue.", "QDep": 0, "representation": "(\"Fred\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple8", "intermediates": [] } ] }, { "text": "Fred is nice.", "QDep": 0, "representation": "(\"Fred\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple7", "intermediates": [] } ] }, { "text": "Fred is red.", "QDep": 0, "representation": "(\"Fred\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple6", "intermediates": [] } ] }, { "text": "Gary is big.", "QDep": 0, "representation": "(\"Gary\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple12", "intermediates": [] } ] }, { "text": "Gary is nice.", "QDep": 0, "representation": "(\"Gary\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple11", "intermediates": [] } ] }, { "text": "Gary is red.", "QDep": 0, "representation": "(\"Gary\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple10", "intermediates": [] } ] }, { "text": "Gary is young.", "QDep": 0, "representation": "(\"Gary\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple9", "intermediates": [] } ] }, { "text": "Charlie is rough.", "QDep": 1, "representation": "(\"Charlie\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple4 triple3) -> (rule5 % int1))", "intermediates": [ { "text": "Charlie is rough.", "representation": "(\"Charlie\" \"is\" \"rough\" \"+\")", "id": "int1" } ] } ] }, { "text": "Gary is blue.", "QDep": 1, "representation": "(\"Gary\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple11 triple9 triple10) -> (rule6 % int1))", "intermediates": [ { "text": "Gary is blue.", "representation": "(\"Gary\" \"is\" \"blue\" \"+\")", "id": "int1" } ] }, { "representation": "((((triple11 triple9) -> (rule5 % int2)) triple9 triple10) -> (rule3 % int1))", "intermediates": [ { "text": "Gary is blue.", "representation": "(\"Gary\" \"is\" \"blue\" \"+\")", "id": "int1" }, { "text": "Gary is rough.", "representation": "(\"Gary\" \"is\" \"rough\" \"+\")", "id": "int2" } ] } ] }, { "text": "Gary is rough.", "QDep": 1, "representation": "(\"Gary\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple11 triple9) -> (rule5 % int1))", "intermediates": [ { "text": "Gary is rough.", "representation": "(\"Gary\" \"is\" \"rough\" \"+\")", "id": "int1" } ] } ] }, { "text": "Charlie is red.", "QDep": 2, "representation": "(\"Charlie\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple4 triple3) -> (rule5 % int2)) triple3 triple5) -> (rule4 % int1))", "intermediates": [ { "text": "Charlie is red.", "representation": "(\"Charlie\" \"is\" \"red\" \"+\")", "id": "int1" }, { "text": "Charlie is rough.", "representation": "(\"Charlie\" \"is\" \"rough\" \"+\")", "id": "int2" } ] } ] }, { "text": "Gary is kind.", "QDep": 2, "representation": "(\"Gary\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple11 triple9 triple10) -> (rule6 % int2)) triple10 triple9) -> (rule7 % int1))", "intermediates": [ { "text": "Gary is kind.", "representation": "(\"Gary\" \"is\" \"kind\" \"+\")", "id": "int1" }, { "text": "Gary is blue.", "representation": "(\"Gary\" \"is\" \"blue\" \"+\")", "id": "int2" } ] }, { "representation": "((((((triple11 triple9) -> (rule5 % int3)) triple9 triple10) -> (rule3 % int2)) triple10 triple9) -> (rule7 % int1))", "intermediates": [ { "text": "Gary is kind.", "representation": "(\"Gary\" \"is\" \"kind\" \"+\")", "id": "int1" }, { "text": "Gary is blue.", "representation": "(\"Gary\" \"is\" \"blue\" \"+\")", "id": "int2" }, { "text": "Gary is rough.", "representation": "(\"Gary\" \"is\" \"rough\" \"+\")", "id": "int3" } ] } ] }, { "text": "Charlie is blue.", "QDep": 3, "representation": "(\"Charlie\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple4 triple3 ((((triple4 triple3) -> (rule5 % int3)) triple3 triple5) -> (rule4 % int2))) -> (rule6 % int1))", "intermediates": [ { "text": "Charlie is blue.", "representation": "(\"Charlie\" \"is\" \"blue\" \"+\")", "id": "int1" }, { "text": "Charlie is red.", "representation": "(\"Charlie\" \"is\" \"red\" \"+\")", "id": "int2" }, { "text": "Charlie is rough.", "representation": "(\"Charlie\" \"is\" \"rough\" \"+\")", "id": "int3" } ] }, { "representation": "((((triple4 triple3) -> (rule5 % int3)) triple3 ((((triple4 triple3) -> (rule5 % int3)) triple3 triple5) -> (rule4 % int2))) -> (rule3 % int1))", "intermediates": [ { "text": "Charlie is blue.", "representation": "(\"Charlie\" \"is\" \"blue\" \"+\")", "id": "int1" }, { "text": "Charlie is red.", "representation": "(\"Charlie\" \"is\" \"red\" \"+\")", "id": "int2" }, { "text": "Charlie is rough.", "representation": "(\"Charlie\" \"is\" \"rough\" \"+\")", "id": "int3" } ] } ] }, { "text": "Charlie is kind.", "QDep": 4, "representation": "(\"Charlie\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple4 triple3 ((((triple4 triple3) -> (rule5 % int4)) triple3 triple5) -> (rule4 % int3))) -> (rule6 % int2)) ((((triple4 triple3) -> (rule5 % int4)) triple3 triple5) -> (rule4 % int3)) triple3) -> (rule7 % int1))", "intermediates": [ { "text": "Charlie is kind.", "representation": "(\"Charlie\" \"is\" \"kind\" \"+\")", "id": "int1" }, { "text": "Charlie is blue.", "representation": "(\"Charlie\" \"is\" \"blue\" \"+\")", "id": "int2" }, { "text": "Charlie is red.", "representation": "(\"Charlie\" \"is\" \"red\" \"+\")", "id": "int3" }, { "text": "Charlie is rough.", "representation": "(\"Charlie\" \"is\" \"rough\" \"+\")", "id": "int4" } ] }, { "representation": "((((((triple4 triple3) -> (rule5 % int4)) triple3 ((((triple4 triple3) -> (rule5 % int4)) triple3 triple5) -> (rule4 % int3))) -> (rule3 % int2)) ((((triple4 triple3) -> (rule5 % int4)) triple3 triple5) -> (rule4 % int3)) triple3) -> (rule7 % int1))", "intermediates": [ { "text": "Charlie is kind.", "representation": "(\"Charlie\" \"is\" \"kind\" \"+\")", "id": "int1" }, { "text": "Charlie is blue.", "representation": "(\"Charlie\" \"is\" \"blue\" \"+\")", "id": "int2" }, { "text": "Charlie is red.", "representation": "(\"Charlie\" \"is\" \"red\" \"+\")", "id": "int3" }, { "text": "Charlie is rough.", "representation": "(\"Charlie\" \"is\" \"rough\" \"+\")", "id": "int4" } ] } ] } ]

{ "triple1": "sent1", "triple2": "sent1", "triple3": "sent2", "triple4": "sent2", "triple5": "sent2", "triple6": "sent3", "triple7": "sent3", "triple8": "sent3", "triple9": "sent4", "triple10": "sent4", "rule1": "sent5", "rule2": "sent6", "rule3": "sent7", "rule4": "sent8", "rule5": "sent9", "rule6": "sent10", "rule7": "sent11", "triple11": "sent4", "triple12": "sent4" }

{ "sent1": "Bob is both young and fairly round in size.", "sent2": "Although Charlie is young and nice, he is as cold as ice.", "sent3": "Fred is a nice person, but he is both blue and red.", "sent4": "Big Gary is a nice young man who also happens to be red.", "sent5": "A big person who also feels blue and a bit green are usually wearing red.", "sent6": "Green, nice people who have round shapes are going to be kind to you.", "sent7": "A young person with rough red skin is downhearted and blue.", "sent8": "Young people who rough around in the cold are known to be very red.", "sent9": "A person that is nice and young is also going to be a person that is rough.", "sent10": "Folks who are nice and young with red coloration tend to feel blue.", "sent11": "Blue, red, young people are always going to be kind people, too." }

{ "triple1": { "text": "Alan is young.", "representation": "(\"Alan\" \"is\" \"young\" \"+\")" }, "triple2": { "text": "Alan is round.", "representation": "(\"Alan\" \"is\" \"round\" \"+\")" }, "triple3": { "text": "Alan is rough.", "representation": "(\"Alan\" \"is\" \"rough\" \"+\")" }, "triple4": { "text": "Alan is nice.", "representation": "(\"Alan\" \"is\" \"nice\" \"+\")" }, "triple5": { "text": "Dave is round.", "representation": "(\"Dave\" \"is\" \"round\" \"+\")" }, "triple6": { "text": "Dave is rough.", "representation": "(\"Dave\" \"is\" \"rough\" \"+\")" }, "triple7": { "text": "Dave is nice.", "representation": "(\"Dave\" \"is\" \"nice\" \"+\")" }, "triple8": { "text": "Eric is kind.", "representation": "(\"Eric\" \"is\" \"kind\" \"+\")" }, "triple9": { "text": "Gary is young.", "representation": "(\"Gary\" \"is\" \"young\" \"+\")" }, "triple10": { "text": "Gary is red.", "representation": "(\"Gary\" \"is\" \"red\" \"+\")" }, "triple11": { "text": "Gary is big.", "representation": "(\"Gary\" \"is\" \"big\" \"+\")" }, "triple12": null }

{ "rule1": { "text": "If someone is nice and round and blue then they are red.", "representation": "(((\"someone\" \"is\" \"nice\" \"+\") (\"someone\" \"is\" \"round\" \"+\") (\"someone\" \"is\" \"blue\" \"+\")) -> (\"someone\" \"is\" \"red\" \"+\"))" }, "rule2": { "text": "If someone is round and nice and young then they are green.", "representation": "(((\"someone\" \"is\" \"round\" \"+\") (\"someone\" \"is\" \"nice\" \"+\") (\"someone\" \"is\" \"young\" \"+\")) -> (\"someone\" \"is\" \"green\" \"+\"))" }, "rule3": { "text": "If someone is young and blue and big then they are red.", "representation": "(((\"someone\" \"is\" \"young\" \"+\") (\"someone\" \"is\" \"blue\" \"+\") (\"someone\" \"is\" \"big\" \"+\")) -> (\"someone\" \"is\" \"red\" \"+\"))" }, "rule4": { "text": "If someone is cold and blue and red then they are green.", "representation": "(((\"someone\" \"is\" \"cold\" \"+\") (\"someone\" \"is\" \"blue\" \"+\") (\"someone\" \"is\" \"red\" \"+\")) -> (\"someone\" \"is\" \"green\" \"+\"))" }, "rule5": { "text": "If someone is cold and nice then they are big.", "representation": "(((\"someone\" \"is\" \"cold\" \"+\") (\"someone\" \"is\" \"nice\" \"+\")) -> (\"someone\" \"is\" \"big\" \"+\"))" }, "rule6": { "text": "If someone is rough and green then they are blue.", "representation": "(((\"someone\" \"is\" \"rough\" \"+\") (\"someone\" \"is\" \"green\" \"+\")) -> (\"someone\" \"is\" \"blue\" \"+\"))" }, "rule7": null }

{ "Q1": { "question": "Gary is big.", "answer": "True", "QDep": 0, "QLen": "1", "strategy": "proof", "proofs": "[(triple11)]", "representation": "(\"Gary\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple11", "intermediates": [] } ] }, "Q2": { "question": "Gary is not young.", "answer": "False", "QDep": 0, "QLen": "1", "strategy": "inv-proof", "proofs": "[(triple9)]", "representation": "(\"Gary\" \"is\" \"young\" \"-\")", "proofsWithIntermediates": [ { "representation": "triple9", "intermediates": [] } ] }, "Q3": { "question": "Alan is green.", "answer": "True", "QDep": 1, "QLen": "4", "strategy": "proof", "proofs": "[(((triple2 triple4 triple1) -> rule2))]", "representation": "(\"Alan\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple2 triple4 triple1) -> (rule2 % int1))", "intermediates": [ { "text": "Alan is green.", "representation": "(\"Alan\" \"is\" \"green\" \"+\")", "id": "int1" } ] } ] }, "Q4": { "question": "Alan is not green.", "answer": "False", "QDep": 1, "QLen": "4", "strategy": "inv-proof", "proofs": "[(((triple2 triple4 triple1) -> rule2))]", "representation": "(\"Alan\" \"is\" \"green\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple2 triple4 triple1) -> (rule2 % int1))", "intermediates": [ { "text": "Alan is green.", "representation": "(\"Alan\" \"is\" \"green\" \"+\")", "id": "int1" } ] } ] }, "Q5": { "question": "Alan is blue.", "answer": "True", "QDep": 2, "QLen": "6", "strategy": "proof", "proofs": "[(((triple3 ((triple2 triple4 triple1) -> rule2)) -> rule6))]", "representation": "(\"Alan\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple3 ((triple2 triple4 triple1) -> (rule2 % int2))) -> (rule6 % int1))", "intermediates": [ { "text": "Alan is blue.", "representation": "(\"Alan\" \"is\" \"blue\" \"+\")", "id": "int1" }, { "text": "Alan is green.", "representation": "(\"Alan\" \"is\" \"green\" \"+\")", "id": "int2" } ] } ] }, "Q6": { "question": "Alan is not blue.", "answer": "False", "QDep": 2, "QLen": "6", "strategy": "inv-proof", "proofs": "[(((triple3 ((triple2 triple4 triple1) -> rule2)) -> rule6))]", "representation": "(\"Alan\" \"is\" \"blue\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple3 ((triple2 triple4 triple1) -> (rule2 % int2))) -> (rule6 % int1))", "intermediates": [ { "text": "Alan is blue.", "representation": "(\"Alan\" \"is\" \"blue\" \"+\")", "id": "int1" }, { "text": "Alan is green.", "representation": "(\"Alan\" \"is\" \"green\" \"+\")", "id": "int2" } ] } ] }, "Q7": { "question": "Alan is red.", "answer": "True", "QDep": 3, "QLen": "9", "strategy": "proof", "proofs": "[(((triple4 triple2 ((triple3 ((triple2 triple4 triple1) -> rule2)) -> rule6)) -> rule1))]", "representation": "(\"Alan\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple4 triple2 ((triple3 ((triple2 triple4 triple1) -> (rule2 % int3))) -> (rule6 % int2))) -> (rule1 % int1))", "intermediates": [ { "text": "Alan is red.", "representation": "(\"Alan\" \"is\" \"red\" \"+\")", "id": "int1" }, { "text": "Alan is blue.", "representation": "(\"Alan\" \"is\" \"blue\" \"+\")", "id": "int2" }, { "text": "Alan is green.", "representation": "(\"Alan\" \"is\" \"green\" \"+\")", "id": "int3" } ] } ] }, "Q8": { "question": "Alan is not red.", "answer": "False", "QDep": 3, "QLen": "9", "strategy": "inv-proof", "proofs": "[(((triple4 triple2 ((triple3 ((triple2 triple4 triple1) -> rule2)) -> rule6)) -> rule1))]", "representation": "(\"Alan\" \"is\" \"red\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple4 triple2 ((triple3 ((triple2 triple4 triple1) -> (rule2 % int3))) -> (rule6 % int2))) -> (rule1 % int1))", "intermediates": [ { "text": "Alan is red.", "representation": "(\"Alan\" \"is\" \"red\" \"+\")", "id": "int1" }, { "text": "Alan is blue.", "representation": "(\"Alan\" \"is\" \"blue\" \"+\")", "id": "int2" }, { "text": "Alan is green.", "representation": "(\"Alan\" \"is\" \"green\" \"+\")", "id": "int3" } ] } ] }, "Q9": { "question": "Eric is not blue.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Eric is blue.[CWA. Example of deepest failure = (rule6 <- FAIL)]]", "representation": "(\"Eric\" \"is\" \"blue\" \"-\")", "proofsWithIntermediates": null }, "Q10": { "question": "Dave is big.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "rconc", "proofs": "[@1: Dave is big.[CWA. Example of deepest failure = (rule5 <- FAIL)]]", "representation": "(\"Dave\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": null }, "Q11": { "question": "Dave is not green.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Dave is green.[CWA. Example of deepest failure = (rule2 <- FAIL)]]", "representation": "(\"Dave\" \"is\" \"green\" \"-\")", "proofsWithIntermediates": null }, "Q12": { "question": "Alan is big.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "rconc", "proofs": "[@1: Alan is big.[CWA. Example of deepest failure = (rule5 <- FAIL)]]", "representation": "(\"Alan\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": null }, "Q13": { "question": "Gary is not cold.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Gary is cold.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Gary\" \"is\" \"cold\" \"-\")" }, "Q14": { "question": "Eric is young.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Eric is young.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Eric\" \"is\" \"young\" \"+\")" }, "Q15": { "question": "Dave is not cold.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Dave is cold.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Dave\" \"is\" \"cold\" \"-\")" }, "Q16": { "question": "Alan is cold.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Alan is cold.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Alan\" \"is\" \"cold\" \"+\")" }, "Q17": null, "Q18": null, "Q19": null, "Q20": null, "Q21": null, "Q22": null, "Q23": null, "Q24": null }

[ { "text": "Alan is nice.", "QDep": 0, "representation": "(\"Alan\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple4", "intermediates": [] } ] }, { "text": "Alan is rough.", "QDep": 0, "representation": "(\"Alan\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple3", "intermediates": [] } ] }, { "text": "Alan is round.", "QDep": 0, "representation": "(\"Alan\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple2", "intermediates": [] } ] }, { "text": "Alan is young.", "QDep": 0, "representation": "(\"Alan\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple1", "intermediates": [] } ] }, { "text": "Dave is nice.", "QDep": 0, "representation": "(\"Dave\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple7", "intermediates": [] } ] }, { "text": "Dave is rough.", "QDep": 0, "representation": "(\"Dave\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple6", "intermediates": [] } ] }, { "text": "Dave is round.", "QDep": 0, "representation": "(\"Dave\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple5", "intermediates": [] } ] }, { "text": "Eric is kind.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple8", "intermediates": [] } ] }, { "text": "Gary is big.", "QDep": 0, "representation": "(\"Gary\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple11", "intermediates": [] } ] }, { "text": "Gary is red.", "QDep": 0, "representation": "(\"Gary\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple10", "intermediates": [] } ] }, { "text": "Gary is young.", "QDep": 0, "representation": "(\"Gary\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple9", "intermediates": [] } ] }, { "text": "Alan is green.", "QDep": 1, "representation": "(\"Alan\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple2 triple4 triple1) -> (rule2 % int1))", "intermediates": [ { "text": "Alan is green.", "representation": "(\"Alan\" \"is\" \"green\" \"+\")", "id": "int1" } ] } ] }, { "text": "Alan is blue.", "QDep": 2, "representation": "(\"Alan\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple3 ((triple2 triple4 triple1) -> (rule2 % int2))) -> (rule6 % int1))", "intermediates": [ { "text": "Alan is blue.", "representation": "(\"Alan\" \"is\" \"blue\" \"+\")", "id": "int1" }, { "text": "Alan is green.", "representation": "(\"Alan\" \"is\" \"green\" \"+\")", "id": "int2" } ] } ] }, { "text": "Alan is red.", "QDep": 3, "representation": "(\"Alan\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple4 triple2 ((triple3 ((triple2 triple4 triple1) -> (rule2 % int3))) -> (rule6 % int2))) -> (rule1 % int1))", "intermediates": [ { "text": "Alan is red.", "representation": "(\"Alan\" \"is\" \"red\" \"+\")", "id": "int1" }, { "text": "Alan is blue.", "representation": "(\"Alan\" \"is\" \"blue\" \"+\")", "id": "int2" }, { "text": "Alan is green.", "representation": "(\"Alan\" \"is\" \"green\" \"+\")", "id": "int3" } ] } ] } ]

{ "triple1": "sent1", "triple2": "sent1", "triple3": "sent1", "triple4": "sent1", "triple5": "sent2", "triple6": "sent2", "triple7": "sent2", "triple8": "sent3", "triple9": "sent4", "triple10": "sent4", "rule1": "sent5", "rule2": "sent6", "rule3": "sent7", "rule4": "sent8", "rule5": "sent9", "rule6": "sent10", "rule7": null, "triple11": "sent4", "triple12": null }

{ "sent1": "Young Alan is a round fellow: sometimes nice, sometimes rough.", "sent2": "Although Dave is seen as nice and round, his days of playing football have made him quite rough.", "sent3": "Eric always goes out of his way to show that he is kind to people.", "sent4": "Gary is big and red, but he's young and will grow out of it.", "sent5": "People who are nice, round and wearing blue will have red cheeks.", "sent6": "Round, nice and young folks around here are always green.", "sent7": "I have found that young, blue, and big individuals are also red.", "sent8": "Someone might be red but blue from the cold dressing in green.", "sent9": "People who are cold to others can also be nice and when they are it's a sure bet they are being big about it.", "sent10": "A green and quite rough person will also be blue.", "sent11": null }

{ "triple1": { "text": "Alan is young.", "representation": "(\"Alan\" \"is\" \"young\" \"+\")" }, "triple2": { "text": "Alan is rough.", "representation": "(\"Alan\" \"is\" \"rough\" \"+\")" }, "triple3": { "text": "Alan is blue.", "representation": "(\"Alan\" \"is\" \"blue\" \"+\")" }, "triple4": { "text": "Eric is red.", "representation": "(\"Eric\" \"is\" \"red\" \"+\")" }, "triple5": { "text": "Fred is red.", "representation": "(\"Fred\" \"is\" \"red\" \"+\")" }, "triple6": { "text": "Fred is nice.", "representation": "(\"Fred\" \"is\" \"nice\" \"+\")" }, "triple7": { "text": "Fred is kind.", "representation": "(\"Fred\" \"is\" \"kind\" \"+\")" }, "triple8": { "text": "Fred is green.", "representation": "(\"Fred\" \"is\" \"green\" \"+\")" }, "triple9": { "text": "Fred is blue.", "representation": "(\"Fred\" \"is\" \"blue\" \"+\")" }, "triple10": { "text": "Gary is cold.", "representation": "(\"Gary\" \"is\" \"cold\" \"+\")" }, "triple11": { "text": "Gary is big.", "representation": "(\"Gary\" \"is\" \"big\" \"+\")" }, "triple12": null }

{ "rule1": { "text": "If someone is young and nice and round then they are cold.", "representation": "(((\"someone\" \"is\" \"young\" \"+\") (\"someone\" \"is\" \"nice\" \"+\") (\"someone\" \"is\" \"round\" \"+\")) -> (\"someone\" \"is\" \"cold\" \"+\"))" }, "rule2": { "text": "If someone is blue and kind and big then they are round.", "representation": "(((\"someone\" \"is\" \"blue\" \"+\") (\"someone\" \"is\" \"kind\" \"+\") (\"someone\" \"is\" \"big\" \"+\")) -> (\"someone\" \"is\" \"round\" \"+\"))" }, "rule3": { "text": "If someone is kind and red then they are cold.", "representation": "(((\"someone\" \"is\" \"kind\" \"+\") (\"someone\" \"is\" \"red\" \"+\")) -> (\"someone\" \"is\" \"cold\" \"+\"))" }, "rule4": { "text": "If someone is cold and red and kind then they are big.", "representation": "(((\"someone\" \"is\" \"cold\" \"+\") (\"someone\" \"is\" \"red\" \"+\") (\"someone\" \"is\" \"kind\" \"+\")) -> (\"someone\" \"is\" \"big\" \"+\"))" }, "rule5": { "text": "If someone is round and big and young then they are blue.", "representation": "(((\"someone\" \"is\" \"round\" \"+\") (\"someone\" \"is\" \"big\" \"+\") (\"someone\" \"is\" \"young\" \"+\")) -> (\"someone\" \"is\" \"blue\" \"+\"))" }, "rule6": { "text": "If someone is blue and cold then they are red.", "representation": "(((\"someone\" \"is\" \"blue\" \"+\") (\"someone\" \"is\" \"cold\" \"+\")) -> (\"someone\" \"is\" \"red\" \"+\"))" }, "rule7": { "text": "If someone is round and green and red then they are rough.", "representation": "(((\"someone\" \"is\" \"round\" \"+\") (\"someone\" \"is\" \"green\" \"+\") (\"someone\" \"is\" \"red\" \"+\")) -> (\"someone\" \"is\" \"rough\" \"+\"))" } }

{ "Q1": { "question": "Alan is blue.", "answer": "True", "QDep": 0, "QLen": "1", "strategy": "proof", "proofs": "[(triple3)]", "representation": "(\"Alan\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple3", "intermediates": [] } ] }, "Q2": { "question": "Fred is not kind.", "answer": "False", "QDep": 0, "QLen": "1", "strategy": "inv-proof", "proofs": "[(triple7)]", "representation": "(\"Fred\" \"is\" \"kind\" \"-\")", "proofsWithIntermediates": [ { "representation": "triple7", "intermediates": [] } ] }, "Q3": { "question": "Fred is cold.", "answer": "True", "QDep": 1, "QLen": "3", "strategy": "proof", "proofs": "[(((triple7 triple5) -> rule3))]", "representation": "(\"Fred\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple7 triple5) -> (rule3 % int1))", "intermediates": [ { "text": "Fred is cold.", "representation": "(\"Fred\" \"is\" \"cold\" \"+\")", "id": "int1" } ] } ] }, "Q4": { "question": "Fred is not cold.", "answer": "False", "QDep": 1, "QLen": "3", "strategy": "inv-proof", "proofs": "[(((triple7 triple5) -> rule3))]", "representation": "(\"Fred\" \"is\" \"cold\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple7 triple5) -> (rule3 % int1))", "intermediates": [ { "text": "Fred is cold.", "representation": "(\"Fred\" \"is\" \"cold\" \"+\")", "id": "int1" } ] } ] }, "Q5": { "question": "Fred is big.", "answer": "True", "QDep": 2, "QLen": "6", "strategy": "proof", "proofs": "[(((((triple7 triple5) -> rule3) triple5 triple7) -> rule4))]", "representation": "(\"Fred\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple7 triple5) -> (rule3 % int2)) triple5 triple7) -> (rule4 % int1))", "intermediates": [ { "text": "Fred is big.", "representation": "(\"Fred\" \"is\" \"big\" \"+\")", "id": "int1" }, { "text": "Fred is cold.", "representation": "(\"Fred\" \"is\" \"cold\" \"+\")", "id": "int2" } ] } ] }, "Q6": { "question": "Fred is not big.", "answer": "False", "QDep": 2, "QLen": "6", "strategy": "inv-proof", "proofs": "[(((((triple7 triple5) -> rule3) triple5 triple7) -> rule4))]", "representation": "(\"Fred\" \"is\" \"big\" \"-\")", "proofsWithIntermediates": [ { "representation": "((((triple7 triple5) -> (rule3 % int2)) triple5 triple7) -> (rule4 % int1))", "intermediates": [ { "text": "Fred is big.", "representation": "(\"Fred\" \"is\" \"big\" \"+\")", "id": "int1" }, { "text": "Fred is cold.", "representation": "(\"Fred\" \"is\" \"cold\" \"+\")", "id": "int2" } ] } ] }, "Q7": { "question": "Fred is round.", "answer": "True", "QDep": 3, "QLen": "9", "strategy": "proof", "proofs": "[(((triple9 triple7 ((((triple7 triple5) -> rule3) triple5 triple7) -> rule4)) -> rule2))]", "representation": "(\"Fred\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple9 triple7 ((((triple7 triple5) -> (rule3 % int3)) triple5 triple7) -> (rule4 % int2))) -> (rule2 % int1))", "intermediates": [ { "text": "Fred is round.", "representation": "(\"Fred\" \"is\" \"round\" \"+\")", "id": "int1" }, { "text": "Fred is big.", "representation": "(\"Fred\" \"is\" \"big\" \"+\")", "id": "int2" }, { "text": "Fred is cold.", "representation": "(\"Fred\" \"is\" \"cold\" \"+\")", "id": "int3" } ] } ] }, "Q8": { "question": "Fred is not round.", "answer": "False", "QDep": 3, "QLen": "9", "strategy": "inv-proof", "proofs": "[(((triple9 triple7 ((((triple7 triple5) -> rule3) triple5 triple7) -> rule4)) -> rule2))]", "representation": "(\"Fred\" \"is\" \"round\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple9 triple7 ((((triple7 triple5) -> (rule3 % int3)) triple5 triple7) -> (rule4 % int2))) -> (rule2 % int1))", "intermediates": [ { "text": "Fred is round.", "representation": "(\"Fred\" \"is\" \"round\" \"+\")", "id": "int1" }, { "text": "Fred is big.", "representation": "(\"Fred\" \"is\" \"big\" \"+\")", "id": "int2" }, { "text": "Fred is cold.", "representation": "(\"Fred\" \"is\" \"cold\" \"+\")", "id": "int3" } ] } ] }, "Q9": { "question": "Fred is rough.", "answer": "True", "QDep": 4, "QLen": "12", "strategy": "proof", "proofs": "[(((((triple9 triple7 ((((triple7 triple5) -> rule3) triple5 triple7) -> rule4)) -> rule2) triple8 triple5) -> rule7))]", "representation": "(\"Fred\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple9 triple7 ((((triple7 triple5) -> (rule3 % int4)) triple5 triple7) -> (rule4 % int3))) -> (rule2 % int2)) triple8 triple5) -> (rule7 % int1))", "intermediates": [ { "text": "Fred is rough.", "representation": "(\"Fred\" \"is\" \"rough\" \"+\")", "id": "int1" }, { "text": "Fred is round.", "representation": "(\"Fred\" \"is\" \"round\" \"+\")", "id": "int2" }, { "text": "Fred is big.", "representation": "(\"Fred\" \"is\" \"big\" \"+\")", "id": "int3" }, { "text": "Fred is cold.", "representation": "(\"Fred\" \"is\" \"cold\" \"+\")", "id": "int4" } ] } ] }, "Q10": { "question": "Fred is not rough.", "answer": "False", "QDep": 4, "QLen": "12", "strategy": "inv-proof", "proofs": "[(((((triple9 triple7 ((((triple7 triple5) -> rule3) triple5 triple7) -> rule4)) -> rule2) triple8 triple5) -> rule7))]", "representation": "(\"Fred\" \"is\" \"rough\" \"-\")", "proofsWithIntermediates": [ { "representation": "((((triple9 triple7 ((((triple7 triple5) -> (rule3 % int4)) triple5 triple7) -> (rule4 % int3))) -> (rule2 % int2)) triple8 triple5) -> (rule7 % int1))", "intermediates": [ { "text": "Fred is rough.", "representation": "(\"Fred\" \"is\" \"rough\" \"+\")", "id": "int1" }, { "text": "Fred is round.", "representation": "(\"Fred\" \"is\" \"round\" \"+\")", "id": "int2" }, { "text": "Fred is big.", "representation": "(\"Fred\" \"is\" \"big\" \"+\")", "id": "int3" }, { "text": "Fred is cold.", "representation": "(\"Fred\" \"is\" \"cold\" \"+\")", "id": "int4" } ] } ] }, "Q11": { "question": "Alan is not red.", "answer": "Unknown", "QDep": 2, "QLen": "", "strategy": "inv-rconc", "proofs": "[@2: Alan is red.[CWA. Example of deepest failure = (rule6 <- rule1 <- FAIL)]]", "representation": "(\"Alan\" \"is\" \"red\" \"-\")", "proofsWithIntermediates": null }, "Q12": { "question": "Eric is blue.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "rconc", "proofs": "[@1: Eric is blue.[CWA. Example of deepest failure = (rule5 <- FAIL)]]", "representation": "(\"Eric\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": null }, "Q13": { "question": "Eric is not round.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Eric is round.[CWA. Example of deepest failure = (rule2 <- FAIL)]]", "representation": "(\"Eric\" \"is\" \"round\" \"-\")" }, "Q14": { "question": "Eric is cold.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "rconc", "proofs": "[@1: Eric is cold.[CWA. Example of deepest failure = (rule1 <- FAIL)]]", "representation": "(\"Eric\" \"is\" \"cold\" \"+\")" }, "Q15": { "question": "Gary is not blue.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Gary is blue.[CWA. Example of deepest failure = (rule5 <- FAIL)]]", "representation": "(\"Gary\" \"is\" \"blue\" \"-\")" }, "Q16": { "question": "Gary is nice.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Gary is nice.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Gary\" \"is\" \"nice\" \"+\")" }, "Q17": { "question": "Eric is not nice.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Eric is nice.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Eric\" \"is\" \"nice\" \"-\")" }, "Q18": { "question": "Eric is green.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Eric is green.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Eric\" \"is\" \"green\" \"+\")" }, "Q19": { "question": "Alan is not green.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Alan is green.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Alan\" \"is\" \"green\" \"-\")" }, "Q20": { "question": "Gary is green.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Gary is green.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Gary\" \"is\" \"green\" \"+\")" }, "Q21": null, "Q22": null, "Q23": null, "Q24": null }

[ { "text": "Alan is blue.", "QDep": 0, "representation": "(\"Alan\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple3", "intermediates": [] } ] }, { "text": "Alan is rough.", "QDep": 0, "representation": "(\"Alan\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple2", "intermediates": [] } ] }, { "text": "Alan is young.", "QDep": 0, "representation": "(\"Alan\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple1", "intermediates": [] } ] }, { "text": "Eric is red.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple4", "intermediates": [] } ] }, { "text": "Fred is blue.", "QDep": 0, "representation": "(\"Fred\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple9", "intermediates": [] } ] }, { "text": "Fred is green.", "QDep": 0, "representation": "(\"Fred\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple8", "intermediates": [] } ] }, { "text": "Fred is kind.", "QDep": 0, "representation": "(\"Fred\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple7", "intermediates": [] } ] }, { "text": "Fred is nice.", "QDep": 0, "representation": "(\"Fred\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple6", "intermediates": [] } ] }, { "text": "Fred is red.", "QDep": 0, "representation": "(\"Fred\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple5", "intermediates": [] } ] }, { "text": "Gary is big.", "QDep": 0, "representation": "(\"Gary\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple11", "intermediates": [] } ] }, { "text": "Gary is cold.", "QDep": 0, "representation": "(\"Gary\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple10", "intermediates": [] } ] }, { "text": "Fred is cold.", "QDep": 1, "representation": "(\"Fred\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple7 triple5) -> (rule3 % int1))", "intermediates": [ { "text": "Fred is cold.", "representation": "(\"Fred\" \"is\" \"cold\" \"+\")", "id": "int1" } ] } ] }, { "text": "Fred is big.", "QDep": 2, "representation": "(\"Fred\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple7 triple5) -> (rule3 % int2)) triple5 triple7) -> (rule4 % int1))", "intermediates": [ { "text": "Fred is big.", "representation": "(\"Fred\" \"is\" \"big\" \"+\")", "id": "int1" }, { "text": "Fred is cold.", "representation": "(\"Fred\" \"is\" \"cold\" \"+\")", "id": "int2" } ] } ] }, { "text": "Fred is round.", "QDep": 3, "representation": "(\"Fred\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple9 triple7 ((((triple7 triple5) -> (rule3 % int3)) triple5 triple7) -> (rule4 % int2))) -> (rule2 % int1))", "intermediates": [ { "text": "Fred is round.", "representation": "(\"Fred\" \"is\" \"round\" \"+\")", "id": "int1" }, { "text": "Fred is big.", "representation": "(\"Fred\" \"is\" \"big\" \"+\")", "id": "int2" }, { "text": "Fred is cold.", "representation": "(\"Fred\" \"is\" \"cold\" \"+\")", "id": "int3" } ] } ] }, { "text": "Fred is rough.", "QDep": 4, "representation": "(\"Fred\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple9 triple7 ((((triple7 triple5) -> (rule3 % int4)) triple5 triple7) -> (rule4 % int3))) -> (rule2 % int2)) triple8 triple5) -> (rule7 % int1))", "intermediates": [ { "text": "Fred is rough.", "representation": "(\"Fred\" \"is\" \"rough\" \"+\")", "id": "int1" }, { "text": "Fred is round.", "representation": "(\"Fred\" \"is\" \"round\" \"+\")", "id": "int2" }, { "text": "Fred is big.", "representation": "(\"Fred\" \"is\" \"big\" \"+\")", "id": "int3" }, { "text": "Fred is cold.", "representation": "(\"Fred\" \"is\" \"cold\" \"+\")", "id": "int4" } ] } ] } ]

{ "triple1": "sent1", "triple2": "sent1", "triple3": "sent1", "triple4": "sent2", "triple5": "sent3", "triple6": "sent3", "triple7": "sent3", "triple8": "sent3", "triple9": "sent3", "triple10": "sent4", "rule1": "sent5", "rule2": "sent6", "rule3": "sent7", "rule4": "sent8", "rule5": "sent9", "rule6": "sent10", "rule7": "sent11", "triple11": "sent4", "triple12": null }

{ "sent1": "Alan is rough, but often feels blue; He is pretty young.", "sent2": "Red Eric is what folks call him, because he is quite red.", "sent3": "Because Fred is red, green and blue he is nice and kind.", "sent4": "Even though he's a big dude, Gary is cold.", "sent5": "This person is nice and young, also round, which makes them cold.", "sent6": "A big, blue person who is kind is also round.", "sent7": "Red people who are also kind often turn out to be cold from standing outdoors too long.", "sent8": "Despite being kind cold people with red ears will still be big.", "sent9": "If a young person knows he is big and round, then he will be blue.", "sent10": "People who are blue and cold are red.", "sent11": "A person who is red and green, will also tend to be round shaped and rough." }

{ "triple1": { "text": "Bob is red.", "representation": "(\"Bob\" \"is\" \"red\" \"+\")" }, "triple2": { "text": "Charlie is young.", "representation": "(\"Charlie\" \"is\" \"young\" \"+\")" }, "triple3": { "text": "Charlie is red.", "representation": "(\"Charlie\" \"is\" \"red\" \"+\")" }, "triple4": { "text": "Eric is young.", "representation": "(\"Eric\" \"is\" \"young\" \"+\")" }, "triple5": { "text": "Eric is round.", "representation": "(\"Eric\" \"is\" \"round\" \"+\")" }, "triple6": { "text": "Eric is rough.", "representation": "(\"Eric\" \"is\" \"rough\" \"+\")" }, "triple7": { "text": "Eric is kind.", "representation": "(\"Eric\" \"is\" \"kind\" \"+\")" }, "triple8": { "text": "Eric is blue.", "representation": "(\"Eric\" \"is\" \"blue\" \"+\")" }, "triple9": { "text": "Fred is green.", "representation": "(\"Fred\" \"is\" \"green\" \"+\")" }, "triple10": null, "triple11": null, "triple12": null }

{ "rule1": { "text": "If someone is kind and red then they are nice.", "representation": "(((\"someone\" \"is\" \"kind\" \"+\") (\"someone\" \"is\" \"red\" \"+\")) -> (\"someone\" \"is\" \"nice\" \"+\"))" }, "rule2": { "text": "If someone is cold and big and rough then they are green.", "representation": "(((\"someone\" \"is\" \"cold\" \"+\") (\"someone\" \"is\" \"big\" \"+\") (\"someone\" \"is\" \"rough\" \"+\")) -> (\"someone\" \"is\" \"green\" \"+\"))" }, "rule3": { "text": "If someone is green and big then they are nice.", "representation": "(((\"someone\" \"is\" \"green\" \"+\") (\"someone\" \"is\" \"big\" \"+\")) -> (\"someone\" \"is\" \"nice\" \"+\"))" }, "rule4": { "text": "If someone is big and young then they are green.", "representation": "(((\"someone\" \"is\" \"big\" \"+\") (\"someone\" \"is\" \"young\" \"+\")) -> (\"someone\" \"is\" \"green\" \"+\"))" }, "rule5": { "text": "If someone is blue and young and red then they are cold.", "representation": "(((\"someone\" \"is\" \"blue\" \"+\") (\"someone\" \"is\" \"young\" \"+\") (\"someone\" \"is\" \"red\" \"+\")) -> (\"someone\" \"is\" \"cold\" \"+\"))" }, "rule6": { "text": "If someone is young and rough then they are big.", "representation": "(((\"someone\" \"is\" \"young\" \"+\") (\"someone\" \"is\" \"rough\" \"+\")) -> (\"someone\" \"is\" \"big\" \"+\"))" }, "rule7": { "text": "If someone is kind and cold and big then they are young.", "representation": "(((\"someone\" \"is\" \"kind\" \"+\") (\"someone\" \"is\" \"cold\" \"+\") (\"someone\" \"is\" \"big\" \"+\")) -> (\"someone\" \"is\" \"young\" \"+\"))" } }

{ "Q1": { "question": "Charlie is red.", "answer": "True", "QDep": 0, "QLen": "1", "strategy": "proof", "proofs": "[(triple3)]", "representation": "(\"Charlie\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple3", "intermediates": [] } ] }, "Q2": { "question": "Charlie is not young.", "answer": "False", "QDep": 0, "QLen": "1", "strategy": "inv-proof", "proofs": "[(triple2)]", "representation": "(\"Charlie\" \"is\" \"young\" \"-\")", "proofsWithIntermediates": [ { "representation": "triple2", "intermediates": [] } ] }, "Q3": { "question": "Eric is big.", "answer": "True", "QDep": 1, "QLen": "3", "strategy": "proof", "proofs": "[(((triple4 triple6) -> rule6))]", "representation": "(\"Eric\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple4 triple6) -> (rule6 % int1))", "intermediates": [ { "text": "Eric is big.", "representation": "(\"Eric\" \"is\" \"big\" \"+\")", "id": "int1" } ] } ] }, "Q4": { "question": "Eric is not big.", "answer": "False", "QDep": 1, "QLen": "3", "strategy": "inv-proof", "proofs": "[(((triple4 triple6) -> rule6))]", "representation": "(\"Eric\" \"is\" \"big\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple4 triple6) -> (rule6 % int1))", "intermediates": [ { "text": "Eric is big.", "representation": "(\"Eric\" \"is\" \"big\" \"+\")", "id": "int1" } ] } ] }, "Q5": { "question": "Eric is green.", "answer": "True", "QDep": 2, "QLen": "5", "strategy": "proof", "proofs": "[(((((triple4 triple6) -> rule6) triple4) -> rule4))]", "representation": "(\"Eric\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple4 triple6) -> (rule6 % int2)) triple4) -> (rule4 % int1))", "intermediates": [ { "text": "Eric is green.", "representation": "(\"Eric\" \"is\" \"green\" \"+\")", "id": "int1" }, { "text": "Eric is big.", "representation": "(\"Eric\" \"is\" \"big\" \"+\")", "id": "int2" } ] } ] }, "Q6": { "question": "Eric is not green.", "answer": "False", "QDep": 2, "QLen": "5", "strategy": "inv-proof", "proofs": "[(((((triple4 triple6) -> rule6) triple4) -> rule4))]", "representation": "(\"Eric\" \"is\" \"green\" \"-\")", "proofsWithIntermediates": [ { "representation": "((((triple4 triple6) -> (rule6 % int2)) triple4) -> (rule4 % int1))", "intermediates": [ { "text": "Eric is green.", "representation": "(\"Eric\" \"is\" \"green\" \"+\")", "id": "int1" }, { "text": "Eric is big.", "representation": "(\"Eric\" \"is\" \"big\" \"+\")", "id": "int2" } ] } ] }, "Q7": { "question": "Eric is nice.", "answer": "True", "QDep": 3, "QLen": "9", "strategy": "proof", "proofs": "[(((((((triple4 triple6) -> rule6) triple4) -> rule4) ((triple4 triple6) -> rule6)) -> rule3))]", "representation": "(\"Eric\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((((triple4 triple6) -> (rule6 % int3)) triple4) -> (rule4 % int2)) ((triple4 triple6) -> (rule6 % int3))) -> (rule3 % int1))", "intermediates": [ { "text": "Eric is nice.", "representation": "(\"Eric\" \"is\" \"nice\" \"+\")", "id": "int1" }, { "text": "Eric is green.", "representation": "(\"Eric\" \"is\" \"green\" \"+\")", "id": "int2" }, { "text": "Eric is big.", "representation": "(\"Eric\" \"is\" \"big\" \"+\")", "id": "int3" } ] } ] }, "Q8": { "question": "Eric is not nice.", "answer": "False", "QDep": 3, "QLen": "9", "strategy": "inv-proof", "proofs": "[(((((((triple4 triple6) -> rule6) triple4) -> rule4) ((triple4 triple6) -> rule6)) -> rule3))]", "representation": "(\"Eric\" \"is\" \"nice\" \"-\")", "proofsWithIntermediates": [ { "representation": "((((((triple4 triple6) -> (rule6 % int3)) triple4) -> (rule4 % int2)) ((triple4 triple6) -> (rule6 % int3))) -> (rule3 % int1))", "intermediates": [ { "text": "Eric is nice.", "representation": "(\"Eric\" \"is\" \"nice\" \"+\")", "id": "int1" }, { "text": "Eric is green.", "representation": "(\"Eric\" \"is\" \"green\" \"+\")", "id": "int2" }, { "text": "Eric is big.", "representation": "(\"Eric\" \"is\" \"big\" \"+\")", "id": "int3" } ] } ] }, "Q9": { "question": "Bob is not nice.", "answer": "Unknown", "QDep": 2, "QLen": "", "strategy": "inv-rconc", "proofs": "[@2: Bob is nice.[CWA. Example of deepest failure = (rule3 <- rule6 <- FAIL)]]", "representation": "(\"Bob\" \"is\" \"nice\" \"-\")", "proofsWithIntermediates": null }, "Q10": { "question": "Bob is cold.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "rconc", "proofs": "[@1: Bob is cold.[CWA. Example of deepest failure = (rule5 <- FAIL)]]", "representation": "(\"Bob\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": null }, "Q11": { "question": "Eric is not cold.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Eric is cold.[CWA. Example of deepest failure = (rule5 <- FAIL)]]", "representation": "(\"Eric\" \"is\" \"cold\" \"-\")", "proofsWithIntermediates": null }, "Q12": { "question": "Fred is big.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "rconc", "proofs": "[@1: Fred is big.[CWA. Example of deepest failure = (rule6 <- FAIL)]]", "representation": "(\"Fred\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": null }, "Q13": { "question": "Bob is not blue.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Bob is blue.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Bob\" \"is\" \"blue\" \"-\")" }, "Q14": { "question": "Charlie is kind.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Charlie is kind.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Charlie\" \"is\" \"kind\" \"+\")" }, "Q15": { "question": "Charlie is not blue.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Charlie is blue.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Charlie\" \"is\" \"blue\" \"-\")" }, "Q16": { "question": "Fred is red.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Fred is red.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Fred\" \"is\" \"red\" \"+\")" }, "Q17": null, "Q18": null, "Q19": null, "Q20": null, "Q21": null, "Q22": null, "Q23": null, "Q24": null }

[ { "text": "Bob is red.", "QDep": 0, "representation": "(\"Bob\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple1", "intermediates": [] } ] }, { "text": "Charlie is red.", "QDep": 0, "representation": "(\"Charlie\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple3", "intermediates": [] } ] }, { "text": "Charlie is young.", "QDep": 0, "representation": "(\"Charlie\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple2", "intermediates": [] } ] }, { "text": "Eric is blue.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple8", "intermediates": [] } ] }, { "text": "Eric is kind.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple7", "intermediates": [] } ] }, { "text": "Eric is rough.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple6", "intermediates": [] } ] }, { "text": "Eric is round.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple5", "intermediates": [] } ] }, { "text": "Eric is young.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple4", "intermediates": [] } ] }, { "text": "Fred is green.", "QDep": 0, "representation": "(\"Fred\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple9", "intermediates": [] } ] }, { "text": "Eric is big.", "QDep": 1, "representation": "(\"Eric\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple4 triple6) -> (rule6 % int1))", "intermediates": [ { "text": "Eric is big.", "representation": "(\"Eric\" \"is\" \"big\" \"+\")", "id": "int1" } ] } ] }, { "text": "Eric is green.", "QDep": 2, "representation": "(\"Eric\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple4 triple6) -> (rule6 % int2)) triple4) -> (rule4 % int1))", "intermediates": [ { "text": "Eric is green.", "representation": "(\"Eric\" \"is\" \"green\" \"+\")", "id": "int1" }, { "text": "Eric is big.", "representation": "(\"Eric\" \"is\" \"big\" \"+\")", "id": "int2" } ] } ] }, { "text": "Eric is nice.", "QDep": 3, "representation": "(\"Eric\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((((triple4 triple6) -> (rule6 % int3)) triple4) -> (rule4 % int2)) ((triple4 triple6) -> (rule6 % int3))) -> (rule3 % int1))", "intermediates": [ { "text": "Eric is nice.", "representation": "(\"Eric\" \"is\" \"nice\" \"+\")", "id": "int1" }, { "text": "Eric is green.", "representation": "(\"Eric\" \"is\" \"green\" \"+\")", "id": "int2" }, { "text": "Eric is big.", "representation": "(\"Eric\" \"is\" \"big\" \"+\")", "id": "int3" } ] } ] } ]

{ "triple1": "sent1", "triple2": "sent2", "triple3": "sent2", "triple4": "sent3", "triple5": "sent3", "triple6": "sent3", "triple7": "sent3", "triple8": "sent3", "triple9": "sent4", "triple10": null, "rule1": "sent5", "rule2": "sent6", "rule3": "sent7", "rule4": "sent8", "rule5": "sent9", "rule6": "sent10", "rule7": "sent11", "triple11": null, "triple12": null }

{ "sent1": "Red Bob is what folks call him, because he is quite red.", "sent2": "Young Charlie got into a fight that left him with red sores on his face.", "sent3": "Because Eric, who is young, loves to eat he is quite round; Sometimes that makes him feel blue and get rough with people who make fun of him; But he is actually quite kind.", "sent4": "Fred ate some rotten meat and now feels green.", "sent5": "I have found that if someone is kind and red, that they are quite often nice.", "sent6": "Someone who is cold, big, and rough is always green, as a rule.", "sent7": "If someone is green skinned and has a big nose then you'll find that they often are nice to their family.", "sent8": "A big, young human being is sure to also be a green human being.", "sent9": "A blue and red colored person that is young is also very cold.", "sent10": "There are so many rough, young people and for some reason they are all big too.", "sent11": "If you meet someone who is big and kind with cold skin, they will be young." }

{ "triple1": { "text": "Bob is round.", "representation": "(\"Bob\" \"is\" \"round\" \"+\")" }, "triple2": { "text": "Bob is nice.", "representation": "(\"Bob\" \"is\" \"nice\" \"+\")" }, "triple3": { "text": "Bob is big.", "representation": "(\"Bob\" \"is\" \"big\" \"+\")" }, "triple4": { "text": "Eric is young.", "representation": "(\"Eric\" \"is\" \"young\" \"+\")" }, "triple5": { "text": "Eric is round.", "representation": "(\"Eric\" \"is\" \"round\" \"+\")" }, "triple6": { "text": "Eric is cold.", "representation": "(\"Eric\" \"is\" \"cold\" \"+\")" }, "triple7": { "text": "Eric is blue.", "representation": "(\"Eric\" \"is\" \"blue\" \"+\")" }, "triple8": { "text": "Gary is cold.", "representation": "(\"Gary\" \"is\" \"cold\" \"+\")" }, "triple9": { "text": "Gary is blue.", "representation": "(\"Gary\" \"is\" \"blue\" \"+\")" }, "triple10": { "text": "Harry is red.", "representation": "(\"Harry\" \"is\" \"red\" \"+\")" }, "triple11": { "text": "Harry is big.", "representation": "(\"Harry\" \"is\" \"big\" \"+\")" }, "triple12": null }

{ "rule1": { "text": "If someone is nice and blue then they are rough.", "representation": "(((\"someone\" \"is\" \"nice\" \"+\") (\"someone\" \"is\" \"blue\" \"+\")) -> (\"someone\" \"is\" \"rough\" \"+\"))" }, "rule2": { "text": "If someone is kind and green then they are big.", "representation": "(((\"someone\" \"is\" \"kind\" \"+\") (\"someone\" \"is\" \"green\" \"+\")) -> (\"someone\" \"is\" \"big\" \"+\"))" }, "rule3": { "text": "If someone is cold and rough then they are red.", "representation": "(((\"someone\" \"is\" \"cold\" \"+\") (\"someone\" \"is\" \"rough\" \"+\")) -> (\"someone\" \"is\" \"red\" \"+\"))" }, "rule4": { "text": "If someone is young and nice and rough then they are red.", "representation": "(((\"someone\" \"is\" \"young\" \"+\") (\"someone\" \"is\" \"nice\" \"+\") (\"someone\" \"is\" \"rough\" \"+\")) -> (\"someone\" \"is\" \"red\" \"+\"))" }, "rule5": { "text": "If someone is young and round then they are nice.", "representation": "(((\"someone\" \"is\" \"young\" \"+\") (\"someone\" \"is\" \"round\" \"+\")) -> (\"someone\" \"is\" \"nice\" \"+\"))" }, "rule6": { "text": "If someone is blue and young and round then they are green.", "representation": "(((\"someone\" \"is\" \"blue\" \"+\") (\"someone\" \"is\" \"young\" \"+\") (\"someone\" \"is\" \"round\" \"+\")) -> (\"someone\" \"is\" \"green\" \"+\"))" }, "rule7": { "text": "If someone is round and kind and cold then they are young.", "representation": "(((\"someone\" \"is\" \"round\" \"+\") (\"someone\" \"is\" \"kind\" \"+\") (\"someone\" \"is\" \"cold\" \"+\")) -> (\"someone\" \"is\" \"young\" \"+\"))" } }

{ "Q1": { "question": "Gary is blue.", "answer": "True", "QDep": 0, "QLen": "1", "strategy": "proof", "proofs": "[(triple9)]", "representation": "(\"Gary\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple9", "intermediates": [] } ] }, "Q2": { "question": "Harry is not red.", "answer": "False", "QDep": 0, "QLen": "1", "strategy": "inv-proof", "proofs": "[(triple10)]", "representation": "(\"Harry\" \"is\" \"red\" \"-\")", "proofsWithIntermediates": [ { "representation": "triple10", "intermediates": [] } ] }, "Q3": { "question": "Eric is green.", "answer": "True", "QDep": 1, "QLen": "4", "strategy": "proof", "proofs": "[(((triple7 triple4 triple5) -> rule6))]", "representation": "(\"Eric\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple7 triple4 triple5) -> (rule6 % int1))", "intermediates": [ { "text": "Eric is green.", "representation": "(\"Eric\" \"is\" \"green\" \"+\")", "id": "int1" } ] } ] }, "Q4": { "question": "Eric is not green.", "answer": "False", "QDep": 1, "QLen": "4", "strategy": "inv-proof", "proofs": "[(((triple7 triple4 triple5) -> rule6))]", "representation": "(\"Eric\" \"is\" \"green\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple7 triple4 triple5) -> (rule6 % int1))", "intermediates": [ { "text": "Eric is green.", "representation": "(\"Eric\" \"is\" \"green\" \"+\")", "id": "int1" } ] } ] }, "Q5": { "question": "Eric is rough.", "answer": "True", "QDep": 2, "QLen": "5", "strategy": "proof", "proofs": "[(((((triple4 triple5) -> rule5) triple7) -> rule1))]", "representation": "(\"Eric\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple4 triple5) -> (rule5 % int2)) triple7) -> (rule1 % int1))", "intermediates": [ { "text": "Eric is rough.", "representation": "(\"Eric\" \"is\" \"rough\" \"+\")", "id": "int1" }, { "text": "Eric is nice.", "representation": "(\"Eric\" \"is\" \"nice\" \"+\")", "id": "int2" } ] } ] }, "Q6": { "question": "Eric is not rough.", "answer": "False", "QDep": 2, "QLen": "5", "strategy": "inv-proof", "proofs": "[(((((triple4 triple5) -> rule5) triple7) -> rule1))]", "representation": "(\"Eric\" \"is\" \"rough\" \"-\")", "proofsWithIntermediates": [ { "representation": "((((triple4 triple5) -> (rule5 % int2)) triple7) -> (rule1 % int1))", "intermediates": [ { "text": "Eric is rough.", "representation": "(\"Eric\" \"is\" \"rough\" \"+\")", "id": "int1" }, { "text": "Eric is nice.", "representation": "(\"Eric\" \"is\" \"nice\" \"+\")", "id": "int2" } ] } ] }, "Q7": { "question": "Eric is red.", "answer": "True", "QDep": 3, "QLen": "7", "strategy": "proof", "proofs": "[(((triple6 ((((triple4 triple5) -> rule5) triple7) -> rule1)) -> rule3) OR ((triple4 ((triple4 triple5) -> rule5) ((((triple4 triple5) -> rule5) triple7) -> rule1)) -> rule4))]", "representation": "(\"Eric\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple6 ((((triple4 triple5) -> (rule5 % int3)) triple7) -> (rule1 % int2))) -> (rule3 % int1))", "intermediates": [ { "text": "Eric is red.", "representation": "(\"Eric\" \"is\" \"red\" \"+\")", "id": "int1" }, { "text": "Eric is rough.", "representation": "(\"Eric\" \"is\" \"rough\" \"+\")", "id": "int2" }, { "text": "Eric is nice.", "representation": "(\"Eric\" \"is\" \"nice\" \"+\")", "id": "int3" } ] }, { "representation": "((triple4 ((triple4 triple5) -> (rule5 % int3)) ((((triple4 triple5) -> (rule5 % int3)) triple7) -> (rule1 % int2))) -> (rule4 % int1))", "intermediates": [ { "text": "Eric is red.", "representation": "(\"Eric\" \"is\" \"red\" \"+\")", "id": "int1" }, { "text": "Eric is rough.", "representation": "(\"Eric\" \"is\" \"rough\" \"+\")", "id": "int2" }, { "text": "Eric is nice.", "representation": "(\"Eric\" \"is\" \"nice\" \"+\")", "id": "int3" } ] } ] }, "Q8": { "question": "Eric is not red.", "answer": "False", "QDep": 3, "QLen": "7", "strategy": "inv-proof", "proofs": "[(((triple6 ((((triple4 triple5) -> rule5) triple7) -> rule1)) -> rule3) OR ((triple4 ((triple4 triple5) -> rule5) ((((triple4 triple5) -> rule5) triple7) -> rule1)) -> rule4))]", "representation": "(\"Eric\" \"is\" \"red\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple6 ((((triple4 triple5) -> (rule5 % int3)) triple7) -> (rule1 % int2))) -> (rule3 % int1))", "intermediates": [ { "text": "Eric is red.", "representation": "(\"Eric\" \"is\" \"red\" \"+\")", "id": "int1" }, { "text": "Eric is rough.", "representation": "(\"Eric\" \"is\" \"rough\" \"+\")", "id": "int2" }, { "text": "Eric is nice.", "representation": "(\"Eric\" \"is\" \"nice\" \"+\")", "id": "int3" } ] }, { "representation": "((triple4 ((triple4 triple5) -> (rule5 % int3)) ((((triple4 triple5) -> (rule5 % int3)) triple7) -> (rule1 % int2))) -> (rule4 % int1))", "intermediates": [ { "text": "Eric is red.", "representation": "(\"Eric\" \"is\" \"red\" \"+\")", "id": "int1" }, { "text": "Eric is rough.", "representation": "(\"Eric\" \"is\" \"rough\" \"+\")", "id": "int2" }, { "text": "Eric is nice.", "representation": "(\"Eric\" \"is\" \"nice\" \"+\")", "id": "int3" } ] } ] }, "Q9": { "question": "Harry is not nice.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Harry is nice.[CWA. Example of deepest failure = (rule5 <- FAIL)]]", "representation": "(\"Harry\" \"is\" \"nice\" \"-\")", "proofsWithIntermediates": null }, "Q10": { "question": "Gary is young.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "rconc", "proofs": "[@1: Gary is young.[CWA. Example of deepest failure = (rule7 <- FAIL)]]", "representation": "(\"Gary\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": null }, "Q11": { "question": "Gary is not rough.", "answer": "Unknown", "QDep": 2, "QLen": "", "strategy": "inv-rconc", "proofs": "[@2: Gary is rough.[CWA. Example of deepest failure = (rule1 <- rule5 <- FAIL)]]", "representation": "(\"Gary\" \"is\" \"rough\" \"-\")", "proofsWithIntermediates": null }, "Q12": { "question": "Bob is young.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "rconc", "proofs": "[@1: Bob is young.[CWA. Example of deepest failure = (rule7 <- FAIL)]]", "representation": "(\"Bob\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": null }, "Q13": { "question": "Bob is not kind.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Bob is kind.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Bob\" \"is\" \"kind\" \"-\")" }, "Q14": { "question": "Gary is kind.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Gary is kind.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Gary\" \"is\" \"kind\" \"+\")" }, "Q15": { "question": "Harry is not blue.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Harry is blue.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Harry\" \"is\" \"blue\" \"-\")" }, "Q16": { "question": "Bob is blue.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Bob is blue.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Bob\" \"is\" \"blue\" \"+\")" }, "Q17": null, "Q18": null, "Q19": null, "Q20": null, "Q21": null, "Q22": null, "Q23": null, "Q24": null }

[ { "text": "Bob is big.", "QDep": 0, "representation": "(\"Bob\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple3", "intermediates": [] } ] }, { "text": "Bob is nice.", "QDep": 0, "representation": "(\"Bob\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple2", "intermediates": [] } ] }, { "text": "Bob is round.", "QDep": 0, "representation": "(\"Bob\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple1", "intermediates": [] } ] }, { "text": "Eric is blue.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple7", "intermediates": [] } ] }, { "text": "Eric is cold.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple6", "intermediates": [] } ] }, { "text": "Eric is round.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple5", "intermediates": [] } ] }, { "text": "Eric is young.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple4", "intermediates": [] } ] }, { "text": "Gary is blue.", "QDep": 0, "representation": "(\"Gary\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple9", "intermediates": [] } ] }, { "text": "Gary is cold.", "QDep": 0, "representation": "(\"Gary\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple8", "intermediates": [] } ] }, { "text": "Harry is big.", "QDep": 0, "representation": "(\"Harry\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple11", "intermediates": [] } ] }, { "text": "Harry is red.", "QDep": 0, "representation": "(\"Harry\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple10", "intermediates": [] } ] }, { "text": "Eric is green.", "QDep": 1, "representation": "(\"Eric\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple7 triple4 triple5) -> (rule6 % int1))", "intermediates": [ { "text": "Eric is green.", "representation": "(\"Eric\" \"is\" \"green\" \"+\")", "id": "int1" } ] } ] }, { "text": "Eric is nice.", "QDep": 1, "representation": "(\"Eric\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple4 triple5) -> (rule5 % int1))", "intermediates": [ { "text": "Eric is nice.", "representation": "(\"Eric\" \"is\" \"nice\" \"+\")", "id": "int1" } ] } ] }, { "text": "Eric is rough.", "QDep": 2, "representation": "(\"Eric\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple4 triple5) -> (rule5 % int2)) triple7) -> (rule1 % int1))", "intermediates": [ { "text": "Eric is rough.", "representation": "(\"Eric\" \"is\" \"rough\" \"+\")", "id": "int1" }, { "text": "Eric is nice.", "representation": "(\"Eric\" \"is\" \"nice\" \"+\")", "id": "int2" } ] } ] }, { "text": "Eric is red.", "QDep": 3, "representation": "(\"Eric\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple6 ((((triple4 triple5) -> (rule5 % int3)) triple7) -> (rule1 % int2))) -> (rule3 % int1))", "intermediates": [ { "text": "Eric is red.", "representation": "(\"Eric\" \"is\" \"red\" \"+\")", "id": "int1" }, { "text": "Eric is rough.", "representation": "(\"Eric\" \"is\" \"rough\" \"+\")", "id": "int2" }, { "text": "Eric is nice.", "representation": "(\"Eric\" \"is\" \"nice\" \"+\")", "id": "int3" } ] }, { "representation": "((triple4 ((triple4 triple5) -> (rule5 % int3)) ((((triple4 triple5) -> (rule5 % int3)) triple7) -> (rule1 % int2))) -> (rule4 % int1))", "intermediates": [ { "text": "Eric is red.", "representation": "(\"Eric\" \"is\" \"red\" \"+\")", "id": "int1" }, { "text": "Eric is rough.", "representation": "(\"Eric\" \"is\" \"rough\" \"+\")", "id": "int2" }, { "text": "Eric is nice.", "representation": "(\"Eric\" \"is\" \"nice\" \"+\")", "id": "int3" } ] } ] } ]

{ "triple1": "sent1", "triple2": "sent1", "triple3": "sent1", "triple4": "sent2", "triple5": "sent2", "triple6": "sent2", "triple7": "sent2", "triple8": "sent3", "triple9": "sent3", "triple10": "sent4", "rule1": "sent5", "rule2": "sent6", "rule3": "sent7", "rule4": "sent8", "rule5": "sent9", "rule6": "sent10", "rule7": "sent11", "triple11": "sent4", "triple12": null }

{ "sent1": "Most people see Bob as round, albeit nice and big at the same time.", "sent2": "Eric is someone you could describe as young, round, cold, and blue.", "sent3": "Gary is blue and cold.", "sent4": "Harry is big and tends to wear red shirts.", "sent5": "Nice blue people are often rough.", "sent6": "Surprisingly, all the kind, green people were also big.", "sent7": "A person with rough skin who has been standing in the cold will turn red.", "sent8": "A rough person who is young and nice is also red.", "sent9": "People who are round and young are also quite nice.", "sent10": "Somebody fitting a young, blue and round description will also fit a green description.", "sent11": "Somebody having round, cold and kind traits is also sure to be young." }

{ "triple1": { "text": "Bob is young.", "representation": "(\"Bob\" \"is\" \"young\" \"+\")" }, "triple2": { "text": "Charlie is cold.", "representation": "(\"Charlie\" \"is\" \"cold\" \"+\")" }, "triple3": { "text": "Dave is young.", "representation": "(\"Dave\" \"is\" \"young\" \"+\")" }, "triple4": { "text": "Dave is round.", "representation": "(\"Dave\" \"is\" \"round\" \"+\")" }, "triple5": { "text": "Dave is nice.", "representation": "(\"Dave\" \"is\" \"nice\" \"+\")" }, "triple6": { "text": "Dave is green.", "representation": "(\"Dave\" \"is\" \"green\" \"+\")" }, "triple7": { "text": "Dave is blue.", "representation": "(\"Dave\" \"is\" \"blue\" \"+\")" }, "triple8": { "text": "Harry is rough.", "representation": "(\"Harry\" \"is\" \"rough\" \"+\")" }, "triple9": { "text": "Harry is green.", "representation": "(\"Harry\" \"is\" \"green\" \"+\")" }, "triple10": null, "triple11": null, "triple12": null }

{ "rule1": { "text": "If someone is nice and rough then they are red.", "representation": "(((\"someone\" \"is\" \"nice\" \"+\") (\"someone\" \"is\" \"rough\" \"+\")) -> (\"someone\" \"is\" \"red\" \"+\"))" }, "rule2": { "text": "If someone is blue and green then they are kind.", "representation": "(((\"someone\" \"is\" \"blue\" \"+\") (\"someone\" \"is\" \"green\" \"+\")) -> (\"someone\" \"is\" \"kind\" \"+\"))" }, "rule3": { "text": "If someone is blue and young and kind then they are rough.", "representation": "(((\"someone\" \"is\" \"blue\" \"+\") (\"someone\" \"is\" \"young\" \"+\") (\"someone\" \"is\" \"kind\" \"+\")) -> (\"someone\" \"is\" \"rough\" \"+\"))" }, "rule4": { "text": "If someone is nice and big then they are blue.", "representation": "(((\"someone\" \"is\" \"nice\" \"+\") (\"someone\" \"is\" \"big\" \"+\")) -> (\"someone\" \"is\" \"blue\" \"+\"))" }, "rule5": null, "rule6": null, "rule7": null }

{ "Q1": { "question": "Harry is rough.", "answer": "True", "QDep": 0, "QLen": "1", "strategy": "proof", "proofs": "[(triple8)]", "representation": "(\"Harry\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple8", "intermediates": [] } ] }, "Q2": { "question": "Bob is not young.", "answer": "False", "QDep": 0, "QLen": "1", "strategy": "inv-proof", "proofs": "[(triple1)]", "representation": "(\"Bob\" \"is\" \"young\" \"-\")", "proofsWithIntermediates": [ { "representation": "triple1", "intermediates": [] } ] }, "Q3": { "question": "Dave is kind.", "answer": "True", "QDep": 1, "QLen": "3", "strategy": "proof", "proofs": "[(((triple7 triple6) -> rule2))]", "representation": "(\"Dave\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple7 triple6) -> (rule2 % int1))", "intermediates": [ { "text": "Dave is kind.", "representation": "(\"Dave\" \"is\" \"kind\" \"+\")", "id": "int1" } ] } ] }, "Q4": { "question": "Dave is not kind.", "answer": "False", "QDep": 1, "QLen": "3", "strategy": "inv-proof", "proofs": "[(((triple7 triple6) -> rule2))]", "representation": "(\"Dave\" \"is\" \"kind\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple7 triple6) -> (rule2 % int1))", "intermediates": [ { "text": "Dave is kind.", "representation": "(\"Dave\" \"is\" \"kind\" \"+\")", "id": "int1" } ] } ] }, "Q5": { "question": "Dave is rough.", "answer": "True", "QDep": 2, "QLen": "6", "strategy": "proof", "proofs": "[(((triple7 triple3 ((triple7 triple6) -> rule2)) -> rule3))]", "representation": "(\"Dave\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple7 triple3 ((triple7 triple6) -> (rule2 % int2))) -> (rule3 % int1))", "intermediates": [ { "text": "Dave is rough.", "representation": "(\"Dave\" \"is\" \"rough\" \"+\")", "id": "int1" }, { "text": "Dave is kind.", "representation": "(\"Dave\" \"is\" \"kind\" \"+\")", "id": "int2" } ] } ] }, "Q6": { "question": "Dave is not rough.", "answer": "False", "QDep": 2, "QLen": "6", "strategy": "inv-proof", "proofs": "[(((triple7 triple3 ((triple7 triple6) -> rule2)) -> rule3))]", "representation": "(\"Dave\" \"is\" \"rough\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple7 triple3 ((triple7 triple6) -> (rule2 % int2))) -> (rule3 % int1))", "intermediates": [ { "text": "Dave is rough.", "representation": "(\"Dave\" \"is\" \"rough\" \"+\")", "id": "int1" }, { "text": "Dave is kind.", "representation": "(\"Dave\" \"is\" \"kind\" \"+\")", "id": "int2" } ] } ] }, "Q7": { "question": "Dave is red.", "answer": "True", "QDep": 3, "QLen": "8", "strategy": "proof", "proofs": "[(((triple5 ((triple7 triple3 ((triple7 triple6) -> rule2)) -> rule3)) -> rule1))]", "representation": "(\"Dave\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple5 ((triple7 triple3 ((triple7 triple6) -> (rule2 % int3))) -> (rule3 % int2))) -> (rule1 % int1))", "intermediates": [ { "text": "Dave is red.", "representation": "(\"Dave\" \"is\" \"red\" \"+\")", "id": "int1" }, { "text": "Dave is rough.", "representation": "(\"Dave\" \"is\" \"rough\" \"+\")", "id": "int2" }, { "text": "Dave is kind.", "representation": "(\"Dave\" \"is\" \"kind\" \"+\")", "id": "int3" } ] } ] }, "Q8": { "question": "Dave is not red.", "answer": "False", "QDep": 3, "QLen": "8", "strategy": "inv-proof", "proofs": "[(((triple5 ((triple7 triple3 ((triple7 triple6) -> rule2)) -> rule3)) -> rule1))]", "representation": "(\"Dave\" \"is\" \"red\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple5 ((triple7 triple3 ((triple7 triple6) -> (rule2 % int3))) -> (rule3 % int2))) -> (rule1 % int1))", "intermediates": [ { "text": "Dave is red.", "representation": "(\"Dave\" \"is\" \"red\" \"+\")", "id": "int1" }, { "text": "Dave is rough.", "representation": "(\"Dave\" \"is\" \"rough\" \"+\")", "id": "int2" }, { "text": "Dave is kind.", "representation": "(\"Dave\" \"is\" \"kind\" \"+\")", "id": "int3" } ] } ] }, "Q9": { "question": "Harry is not blue.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Harry is blue.[CWA. Example of deepest failure = (rule4 <- FAIL)]]", "representation": "(\"Harry\" \"is\" \"blue\" \"-\")", "proofsWithIntermediates": null }, "Q10": { "question": "Bob is red.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "rconc", "proofs": "[@1: Bob is red.[CWA. Example of deepest failure = (rule1 <- FAIL)]]", "representation": "(\"Bob\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": null }, "Q11": { "question": "Bob is not kind.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Bob is kind.[CWA. Example of deepest failure = (rule2 <- FAIL)]]", "representation": "(\"Bob\" \"is\" \"kind\" \"-\")", "proofsWithIntermediates": null }, "Q12": { "question": "Charlie is rough.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "rconc", "proofs": "[@1: Charlie is rough.[CWA. Example of deepest failure = (rule3 <- FAIL)]]", "representation": "(\"Charlie\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": null }, "Q13": { "question": "Harry is not big.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Harry is big.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Harry\" \"is\" \"big\" \"-\")" }, "Q14": { "question": "Charlie is big.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Charlie is big.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Charlie\" \"is\" \"big\" \"+\")" }, "Q15": { "question": "Harry is not young.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Harry is young.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Harry\" \"is\" \"young\" \"-\")" }, "Q16": { "question": "Bob is green.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Bob is green.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Bob\" \"is\" \"green\" \"+\")" }, "Q17": null, "Q18": null, "Q19": null, "Q20": null, "Q21": null, "Q22": null, "Q23": null, "Q24": null }

[ { "text": "Bob is young.", "QDep": 0, "representation": "(\"Bob\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple1", "intermediates": [] } ] }, { "text": "Charlie is cold.", "QDep": 0, "representation": "(\"Charlie\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple2", "intermediates": [] } ] }, { "text": "Dave is blue.", "QDep": 0, "representation": "(\"Dave\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple7", "intermediates": [] } ] }, { "text": "Dave is green.", "QDep": 0, "representation": "(\"Dave\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple6", "intermediates": [] } ] }, { "text": "Dave is nice.", "QDep": 0, "representation": "(\"Dave\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple5", "intermediates": [] } ] }, { "text": "Dave is round.", "QDep": 0, "representation": "(\"Dave\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple4", "intermediates": [] } ] }, { "text": "Dave is young.", "QDep": 0, "representation": "(\"Dave\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple3", "intermediates": [] } ] }, { "text": "Harry is green.", "QDep": 0, "representation": "(\"Harry\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple9", "intermediates": [] } ] }, { "text": "Harry is rough.", "QDep": 0, "representation": "(\"Harry\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple8", "intermediates": [] } ] }, { "text": "Dave is kind.", "QDep": 1, "representation": "(\"Dave\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple7 triple6) -> (rule2 % int1))", "intermediates": [ { "text": "Dave is kind.", "representation": "(\"Dave\" \"is\" \"kind\" \"+\")", "id": "int1" } ] } ] }, { "text": "Dave is rough.", "QDep": 2, "representation": "(\"Dave\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple7 triple3 ((triple7 triple6) -> (rule2 % int2))) -> (rule3 % int1))", "intermediates": [ { "text": "Dave is rough.", "representation": "(\"Dave\" \"is\" \"rough\" \"+\")", "id": "int1" }, { "text": "Dave is kind.", "representation": "(\"Dave\" \"is\" \"kind\" \"+\")", "id": "int2" } ] } ] }, { "text": "Dave is red.", "QDep": 3, "representation": "(\"Dave\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple5 ((triple7 triple3 ((triple7 triple6) -> (rule2 % int3))) -> (rule3 % int2))) -> (rule1 % int1))", "intermediates": [ { "text": "Dave is red.", "representation": "(\"Dave\" \"is\" \"red\" \"+\")", "id": "int1" }, { "text": "Dave is rough.", "representation": "(\"Dave\" \"is\" \"rough\" \"+\")", "id": "int2" }, { "text": "Dave is kind.", "representation": "(\"Dave\" \"is\" \"kind\" \"+\")", "id": "int3" } ] } ] } ]

{ "triple1": "sent1", "triple2": "sent2", "triple3": "sent3", "triple4": "sent3", "triple5": "sent3", "triple6": "sent3", "triple7": "sent3", "triple8": "sent4", "triple9": "sent4", "triple10": null, "rule1": "sent5", "rule2": "sent6", "rule3": "sent7", "rule4": "sent8", "rule5": null, "rule6": null, "rule7": null, "triple11": null, "triple12": null }

{ "sent1": "Bob was born only a few years ago so he is young.", "sent2": "In the snow sits Charlie, crying from being cold.", "sent3": "Dave was green with envy; Though everyone thought he was a nice, young guy he was always blue; He would only focus on how round he was compared to others.", "sent4": "Harry is known to be rough and green.", "sent5": "When someone is nice and rough they are usually red.", "sent6": "Look for the blue and green people, they are kind and will give you directions if you're lost.", "sent7": "Young people that are blue will still be kind because they are rough to the touch.", "sent8": "Nice people who are big are always feeling blue.", "sent9": null, "sent10": null, "sent11": null }

{ "triple1": { "text": "Bob is round.", "representation": "(\"Bob\" \"is\" \"round\" \"+\")" }, "triple2": { "text": "Bob is cold.", "representation": "(\"Bob\" \"is\" \"cold\" \"+\")" }, "triple3": { "text": "Charlie is young.", "representation": "(\"Charlie\" \"is\" \"young\" \"+\")" }, "triple4": { "text": "Charlie is green.", "representation": "(\"Charlie\" \"is\" \"green\" \"+\")" }, "triple5": { "text": "Charlie is big.", "representation": "(\"Charlie\" \"is\" \"big\" \"+\")" }, "triple6": { "text": "Eric is young.", "representation": "(\"Eric\" \"is\" \"young\" \"+\")" }, "triple7": { "text": "Eric is nice.", "representation": "(\"Eric\" \"is\" \"nice\" \"+\")" }, "triple8": { "text": "Eric is green.", "representation": "(\"Eric\" \"is\" \"green\" \"+\")" }, "triple9": { "text": "Eric is cold.", "representation": "(\"Eric\" \"is\" \"cold\" \"+\")" }, "triple10": { "text": "Eric is big.", "representation": "(\"Eric\" \"is\" \"big\" \"+\")" }, "triple11": { "text": "Harry is young.", "representation": "(\"Harry\" \"is\" \"young\" \"+\")" }, "triple12": null }

{ "rule1": { "text": "If someone is cold and kind and red then they are blue.", "representation": "(((\"someone\" \"is\" \"cold\" \"+\") (\"someone\" \"is\" \"kind\" \"+\") (\"someone\" \"is\" \"red\" \"+\")) -> (\"someone\" \"is\" \"blue\" \"+\"))" }, "rule2": { "text": "If someone is young and cold then they are big.", "representation": "(((\"someone\" \"is\" \"young\" \"+\") (\"someone\" \"is\" \"cold\" \"+\")) -> (\"someone\" \"is\" \"big\" \"+\"))" }, "rule3": { "text": "If someone is young and kind and red then they are rough.", "representation": "(((\"someone\" \"is\" \"young\" \"+\") (\"someone\" \"is\" \"kind\" \"+\") (\"someone\" \"is\" \"red\" \"+\")) -> (\"someone\" \"is\" \"rough\" \"+\"))" }, "rule4": { "text": "If someone is nice and kind and green then they are rough.", "representation": "(((\"someone\" \"is\" \"nice\" \"+\") (\"someone\" \"is\" \"kind\" \"+\") (\"someone\" \"is\" \"green\" \"+\")) -> (\"someone\" \"is\" \"rough\" \"+\"))" }, "rule5": { "text": "If someone is cold and young then they are red.", "representation": "(((\"someone\" \"is\" \"cold\" \"+\") (\"someone\" \"is\" \"young\" \"+\")) -> (\"someone\" \"is\" \"red\" \"+\"))" }, "rule6": { "text": "If someone is kind and young then they are big.", "representation": "(((\"someone\" \"is\" \"kind\" \"+\") (\"someone\" \"is\" \"young\" \"+\")) -> (\"someone\" \"is\" \"big\" \"+\"))" }, "rule7": { "text": "If someone is red and young and cold then they are kind.", "representation": "(((\"someone\" \"is\" \"red\" \"+\") (\"someone\" \"is\" \"young\" \"+\") (\"someone\" \"is\" \"cold\" \"+\")) -> (\"someone\" \"is\" \"kind\" \"+\"))" } }

{ "Q1": { "question": "Charlie is young.", "answer": "True", "QDep": 0, "QLen": "1", "strategy": "proof", "proofs": "[(triple3)]", "representation": "(\"Charlie\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple3", "intermediates": [] } ] }, "Q2": { "question": "Harry is not young.", "answer": "False", "QDep": 0, "QLen": "1", "strategy": "inv-proof", "proofs": "[(triple11)]", "representation": "(\"Harry\" \"is\" \"young\" \"-\")", "proofsWithIntermediates": [ { "representation": "triple11", "intermediates": [] } ] }, "Q3": { "question": "Eric is red.", "answer": "True", "QDep": 1, "QLen": "3", "strategy": "proof", "proofs": "[(((triple9 triple6) -> rule5))]", "representation": "(\"Eric\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple9 triple6) -> (rule5 % int1))", "intermediates": [ { "text": "Eric is red.", "representation": "(\"Eric\" \"is\" \"red\" \"+\")", "id": "int1" } ] } ] }, "Q4": { "question": "Eric is not red.", "answer": "False", "QDep": 1, "QLen": "3", "strategy": "inv-proof", "proofs": "[(((triple9 triple6) -> rule5))]", "representation": "(\"Eric\" \"is\" \"red\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple9 triple6) -> (rule5 % int1))", "intermediates": [ { "text": "Eric is red.", "representation": "(\"Eric\" \"is\" \"red\" \"+\")", "id": "int1" } ] } ] }, "Q5": { "question": "Eric is kind.", "answer": "True", "QDep": 2, "QLen": "6", "strategy": "proof", "proofs": "[(((((triple9 triple6) -> rule5) triple6 triple9) -> rule7))]", "representation": "(\"Eric\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple9 triple6) -> (rule5 % int2)) triple6 triple9) -> (rule7 % int1))", "intermediates": [ { "text": "Eric is kind.", "representation": "(\"Eric\" \"is\" \"kind\" \"+\")", "id": "int1" }, { "text": "Eric is red.", "representation": "(\"Eric\" \"is\" \"red\" \"+\")", "id": "int2" } ] } ] }, "Q6": { "question": "Eric is not kind.", "answer": "False", "QDep": 2, "QLen": "6", "strategy": "inv-proof", "proofs": "[(((((triple9 triple6) -> rule5) triple6 triple9) -> rule7))]", "representation": "(\"Eric\" \"is\" \"kind\" \"-\")", "proofsWithIntermediates": [ { "representation": "((((triple9 triple6) -> (rule5 % int2)) triple6 triple9) -> (rule7 % int1))", "intermediates": [ { "text": "Eric is kind.", "representation": "(\"Eric\" \"is\" \"kind\" \"+\")", "id": "int1" }, { "text": "Eric is red.", "representation": "(\"Eric\" \"is\" \"red\" \"+\")", "id": "int2" } ] } ] }, "Q7": { "question": "Eric is blue.", "answer": "True", "QDep": 3, "QLen": "11", "strategy": "proof", "proofs": "[(((triple9 ((((triple9 triple6) -> rule5) triple6 triple9) -> rule7) ((triple9 triple6) -> rule5)) -> rule1))]", "representation": "(\"Eric\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple9 ((((triple9 triple6) -> (rule5 % int3)) triple6 triple9) -> (rule7 % int2)) ((triple9 triple6) -> (rule5 % int3))) -> (rule1 % int1))", "intermediates": [ { "text": "Eric is blue.", "representation": "(\"Eric\" \"is\" \"blue\" \"+\")", "id": "int1" }, { "text": "Eric is kind.", "representation": "(\"Eric\" \"is\" \"kind\" \"+\")", "id": "int2" }, { "text": "Eric is red.", "representation": "(\"Eric\" \"is\" \"red\" \"+\")", "id": "int3" } ] } ] }, "Q8": { "question": "Eric is not rough.", "answer": "False", "QDep": 3, "QLen": "9", "strategy": "inv-proof", "proofs": "[(((triple7 ((((triple9 triple6) -> rule5) triple6 triple9) -> rule7) triple8) -> rule4) OR ((triple6 ((((triple9 triple6) -> rule5) triple6 triple9) -> rule7) ((triple9 triple6) -> rule5)) -> rule3))]", "representation": "(\"Eric\" \"is\" \"rough\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple7 ((((triple9 triple6) -> (rule5 % int3)) triple6 triple9) -> (rule7 % int2)) triple8) -> (rule4 % int1))", "intermediates": [ { "text": "Eric is rough.", "representation": "(\"Eric\" \"is\" \"rough\" \"+\")", "id": "int1" }, { "text": "Eric is kind.", "representation": "(\"Eric\" \"is\" \"kind\" \"+\")", "id": "int2" }, { "text": "Eric is red.", "representation": "(\"Eric\" \"is\" \"red\" \"+\")", "id": "int3" } ] }, { "representation": "((triple6 ((((triple9 triple6) -> (rule5 % int3)) triple6 triple9) -> (rule7 % int2)) ((triple9 triple6) -> (rule5 % int3))) -> (rule3 % int1))", "intermediates": [ { "text": "Eric is rough.", "representation": "(\"Eric\" \"is\" \"rough\" \"+\")", "id": "int1" }, { "text": "Eric is kind.", "representation": "(\"Eric\" \"is\" \"kind\" \"+\")", "id": "int2" }, { "text": "Eric is red.", "representation": "(\"Eric\" \"is\" \"red\" \"+\")", "id": "int3" } ] } ] }, "Q9": { "question": "Bob is not big.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Bob is big.[CWA. Example of deepest failure = (rule2 <- FAIL)]]", "representation": "(\"Bob\" \"is\" \"big\" \"-\")", "proofsWithIntermediates": null }, "Q10": { "question": "Harry is big.", "answer": "Unknown", "QDep": 2, "QLen": "", "strategy": "rconc", "proofs": "[@2: Harry is big.[CWA. Example of deepest failure = (rule6 <- rule7 <- FAIL)]]", "representation": "(\"Harry\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": null }, "Q11": { "question": "Bob is not rough.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Bob is rough.[CWA. Example of deepest failure = (rule3 <- FAIL)]]", "representation": "(\"Bob\" \"is\" \"rough\" \"-\")", "proofsWithIntermediates": null }, "Q12": { "question": "Charlie is red.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "rconc", "proofs": "[@1: Charlie is red.[CWA. Example of deepest failure = (rule5 <- FAIL)]]", "representation": "(\"Charlie\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": null }, "Q13": { "question": "Bob is not green.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Bob is green.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Bob\" \"is\" \"green\" \"-\")" }, "Q14": { "question": "Harry is green.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Harry is green.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Harry\" \"is\" \"green\" \"+\")" }, "Q15": { "question": "Harry is not round.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Harry is round.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Harry\" \"is\" \"round\" \"-\")" }, "Q16": { "question": "Eric is round.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Eric is round.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Eric\" \"is\" \"round\" \"+\")" }, "Q17": null, "Q18": null, "Q19": null, "Q20": null, "Q21": null, "Q22": null, "Q23": null, "Q24": null }

[ { "text": "Bob is cold.", "QDep": 0, "representation": "(\"Bob\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple2", "intermediates": [] } ] }, { "text": "Bob is round.", "QDep": 0, "representation": "(\"Bob\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple1", "intermediates": [] } ] }, { "text": "Charlie is big.", "QDep": 0, "representation": "(\"Charlie\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple5", "intermediates": [] } ] }, { "text": "Charlie is green.", "QDep": 0, "representation": "(\"Charlie\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple4", "intermediates": [] } ] }, { "text": "Charlie is young.", "QDep": 0, "representation": "(\"Charlie\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple3", "intermediates": [] } ] }, { "text": "Eric is big.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple10", "intermediates": [] }, { "representation": "((triple6 triple9) -> (rule2 % int1))", "intermediates": [ { "text": "Eric is big.", "representation": "(\"Eric\" \"is\" \"big\" \"+\")", "id": "int1" } ] }, { "representation": "((((((triple9 triple6) -> (rule5 % int3)) triple6 triple9) -> (rule7 % int2)) triple6) -> (rule6 % int1))", "intermediates": [ { "text": "Eric is big.", "representation": "(\"Eric\" \"is\" \"big\" \"+\")", "id": "int1" }, { "text": "Eric is kind.", "representation": "(\"Eric\" \"is\" \"kind\" \"+\")", "id": "int2" }, { "text": "Eric is red.", "representation": "(\"Eric\" \"is\" \"red\" \"+\")", "id": "int3" } ] } ] }, { "text": "Eric is cold.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple9", "intermediates": [] } ] }, { "text": "Eric is green.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple8", "intermediates": [] } ] }, { "text": "Eric is nice.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple7", "intermediates": [] } ] }, { "text": "Eric is young.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple6", "intermediates": [] } ] }, { "text": "Harry is young.", "QDep": 0, "representation": "(\"Harry\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple11", "intermediates": [] } ] }, { "text": "Eric is red.", "QDep": 1, "representation": "(\"Eric\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple9 triple6) -> (rule5 % int1))", "intermediates": [ { "text": "Eric is red.", "representation": "(\"Eric\" \"is\" \"red\" \"+\")", "id": "int1" } ] } ] }, { "text": "Eric is kind.", "QDep": 2, "representation": "(\"Eric\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple9 triple6) -> (rule5 % int2)) triple6 triple9) -> (rule7 % int1))", "intermediates": [ { "text": "Eric is kind.", "representation": "(\"Eric\" \"is\" \"kind\" \"+\")", "id": "int1" }, { "text": "Eric is red.", "representation": "(\"Eric\" \"is\" \"red\" \"+\")", "id": "int2" } ] } ] }, { "text": "Eric is blue.", "QDep": 3, "representation": "(\"Eric\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple9 ((((triple9 triple6) -> (rule5 % int3)) triple6 triple9) -> (rule7 % int2)) ((triple9 triple6) -> (rule5 % int3))) -> (rule1 % int1))", "intermediates": [ { "text": "Eric is blue.", "representation": "(\"Eric\" \"is\" \"blue\" \"+\")", "id": "int1" }, { "text": "Eric is kind.", "representation": "(\"Eric\" \"is\" \"kind\" \"+\")", "id": "int2" }, { "text": "Eric is red.", "representation": "(\"Eric\" \"is\" \"red\" \"+\")", "id": "int3" } ] } ] }, { "text": "Eric is rough.", "QDep": 3, "representation": "(\"Eric\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple7 ((((triple9 triple6) -> (rule5 % int3)) triple6 triple9) -> (rule7 % int2)) triple8) -> (rule4 % int1))", "intermediates": [ { "text": "Eric is rough.", "representation": "(\"Eric\" \"is\" \"rough\" \"+\")", "id": "int1" }, { "text": "Eric is kind.", "representation": "(\"Eric\" \"is\" \"kind\" \"+\")", "id": "int2" }, { "text": "Eric is red.", "representation": "(\"Eric\" \"is\" \"red\" \"+\")", "id": "int3" } ] }, { "representation": "((triple6 ((((triple9 triple6) -> (rule5 % int3)) triple6 triple9) -> (rule7 % int2)) ((triple9 triple6) -> (rule5 % int3))) -> (rule3 % int1))", "intermediates": [ { "text": "Eric is rough.", "representation": "(\"Eric\" \"is\" \"rough\" \"+\")", "id": "int1" }, { "text": "Eric is kind.", "representation": "(\"Eric\" \"is\" \"kind\" \"+\")", "id": "int2" }, { "text": "Eric is red.", "representation": "(\"Eric\" \"is\" \"red\" \"+\")", "id": "int3" } ] } ] } ]

{ "triple1": "sent1", "triple2": "sent1", "triple3": "sent2", "triple4": "sent2", "triple5": "sent2", "triple6": "sent3", "triple7": "sent3", "triple8": "sent3", "triple9": "sent3", "triple10": "sent3", "rule1": "sent5", "rule2": "sent6", "rule3": "sent7", "rule4": "sent8", "rule5": "sent9", "rule6": "sent10", "rule7": "sent11", "triple11": "sent4", "triple12": null }

{ "sent1": "Because Bob gets cold easily he tends to appear round from bundling up.", "sent2": "Charlie is young but big for his age; Charlie wasn't feeling well so he is a little green.", "sent3": "Big, cold Eric is a nice young guy who's a bit green about things.", "sent4": "Harry was born only a few years ago so he is young.", "sent5": "If a red person is cold and kind to others, they also tend to be blue.", "sent6": "A cold and young aged person will be big for sure.", "sent7": "Red, kind, young people will be rough people, too.", "sent8": "Nice and kind people tend to live green lifestyle and arent very rough.", "sent9": "A young and cold person is red.", "sent10": "Young and kind folks are always big.", "sent11": "People who are cold and and red are also young and kind." }

{ "triple1": { "text": "Alan is kind.", "representation": "(\"Alan\" \"is\" \"kind\" \"+\")" }, "triple2": { "text": "Dave is young.", "representation": "(\"Dave\" \"is\" \"young\" \"+\")" }, "triple3": { "text": "Dave is rough.", "representation": "(\"Dave\" \"is\" \"rough\" \"+\")" }, "triple4": { "text": "Dave is green.", "representation": "(\"Dave\" \"is\" \"green\" \"+\")" }, "triple5": { "text": "Dave is big.", "representation": "(\"Dave\" \"is\" \"big\" \"+\")" }, "triple6": { "text": "Eric is rough.", "representation": "(\"Eric\" \"is\" \"rough\" \"+\")" }, "triple7": { "text": "Eric is cold.", "representation": "(\"Eric\" \"is\" \"cold\" \"+\")" }, "triple8": { "text": "Eric is big.", "representation": "(\"Eric\" \"is\" \"big\" \"+\")" }, "triple9": { "text": "Harry is young.", "representation": "(\"Harry\" \"is\" \"young\" \"+\")" }, "triple10": { "text": "Harry is rough.", "representation": "(\"Harry\" \"is\" \"rough\" \"+\")" }, "triple11": { "text": "Harry is blue.", "representation": "(\"Harry\" \"is\" \"blue\" \"+\")" }, "triple12": null }

{ "rule1": { "text": "If someone is round and blue then they are young.", "representation": "(((\"someone\" \"is\" \"round\" \"+\") (\"someone\" \"is\" \"blue\" \"+\")) -> (\"someone\" \"is\" \"young\" \"+\"))" }, "rule2": { "text": "If someone is young and rough and red then they are kind.", "representation": "(((\"someone\" \"is\" \"young\" \"+\") (\"someone\" \"is\" \"rough\" \"+\") (\"someone\" \"is\" \"red\" \"+\")) -> (\"someone\" \"is\" \"kind\" \"+\"))" }, "rule3": { "text": "If someone is green and cold then they are red.", "representation": "(((\"someone\" \"is\" \"green\" \"+\") (\"someone\" \"is\" \"cold\" \"+\")) -> (\"someone\" \"is\" \"red\" \"+\"))" }, "rule4": { "text": "If someone is blue and rough and red then they are round.", "representation": "(((\"someone\" \"is\" \"blue\" \"+\") (\"someone\" \"is\" \"rough\" \"+\") (\"someone\" \"is\" \"red\" \"+\")) -> (\"someone\" \"is\" \"round\" \"+\"))" }, "rule5": { "text": "If someone is blue and young and rough then they are red.", "representation": "(((\"someone\" \"is\" \"blue\" \"+\") (\"someone\" \"is\" \"young\" \"+\") (\"someone\" \"is\" \"rough\" \"+\")) -> (\"someone\" \"is\" \"red\" \"+\"))" }, "rule6": { "text": "If someone is red and round then they are cold.", "representation": "(((\"someone\" \"is\" \"red\" \"+\") (\"someone\" \"is\" \"round\" \"+\")) -> (\"someone\" \"is\" \"cold\" \"+\"))" }, "rule7": null }

{ "Q1": { "question": "Harry is blue.", "answer": "True", "QDep": 0, "QLen": "1", "strategy": "proof", "proofs": "[(triple11)]", "representation": "(\"Harry\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple11", "intermediates": [] } ] }, "Q2": { "question": "Dave is not rough.", "answer": "False", "QDep": 0, "QLen": "1", "strategy": "inv-proof", "proofs": "[(triple3)]", "representation": "(\"Dave\" \"is\" \"rough\" \"-\")", "proofsWithIntermediates": [ { "representation": "triple3", "intermediates": [] } ] }, "Q3": { "question": "Harry is red.", "answer": "True", "QDep": 1, "QLen": "4", "strategy": "proof", "proofs": "[(((triple11 triple9 triple10) -> rule5))]", "representation": "(\"Harry\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple11 triple9 triple10) -> (rule5 % int1))", "intermediates": [ { "text": "Harry is red.", "representation": "(\"Harry\" \"is\" \"red\" \"+\")", "id": "int1" } ] } ] }, "Q4": { "question": "Harry is not red.", "answer": "False", "QDep": 1, "QLen": "4", "strategy": "inv-proof", "proofs": "[(((triple11 triple9 triple10) -> rule5))]", "representation": "(\"Harry\" \"is\" \"red\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple11 triple9 triple10) -> (rule5 % int1))", "intermediates": [ { "text": "Harry is red.", "representation": "(\"Harry\" \"is\" \"red\" \"+\")", "id": "int1" } ] } ] }, "Q5": { "question": "Harry is kind.", "answer": "True", "QDep": 2, "QLen": "7", "strategy": "proof", "proofs": "[(((triple9 triple10 ((triple11 triple9 triple10) -> rule5)) -> rule2))]", "representation": "(\"Harry\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple9 triple10 ((triple11 triple9 triple10) -> (rule5 % int2))) -> (rule2 % int1))", "intermediates": [ { "text": "Harry is kind.", "representation": "(\"Harry\" \"is\" \"kind\" \"+\")", "id": "int1" }, { "text": "Harry is red.", "representation": "(\"Harry\" \"is\" \"red\" \"+\")", "id": "int2" } ] } ] }, "Q6": { "question": "Harry is not kind.", "answer": "False", "QDep": 2, "QLen": "7", "strategy": "inv-proof", "proofs": "[(((triple9 triple10 ((triple11 triple9 triple10) -> rule5)) -> rule2))]", "representation": "(\"Harry\" \"is\" \"kind\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple9 triple10 ((triple11 triple9 triple10) -> (rule5 % int2))) -> (rule2 % int1))", "intermediates": [ { "text": "Harry is kind.", "representation": "(\"Harry\" \"is\" \"kind\" \"+\")", "id": "int1" }, { "text": "Harry is red.", "representation": "(\"Harry\" \"is\" \"red\" \"+\")", "id": "int2" } ] } ] }, "Q7": { "question": "Harry is cold.", "answer": "True", "QDep": 3, "QLen": "12", "strategy": "proof", "proofs": "[(((((triple11 triple9 triple10) -> rule5) ((triple11 triple10 ((triple11 triple9 triple10) -> rule5)) -> rule4)) -> rule6))]", "representation": "(\"Harry\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple11 triple9 triple10) -> (rule5 % int3)) ((triple11 triple10 ((triple11 triple9 triple10) -> (rule5 % int3))) -> (rule4 % int2))) -> (rule6 % int1))", "intermediates": [ { "text": "Harry is cold.", "representation": "(\"Harry\" \"is\" \"cold\" \"+\")", "id": "int1" }, { "text": "Harry is round.", "representation": "(\"Harry\" \"is\" \"round\" \"+\")", "id": "int2" }, { "text": "Harry is red.", "representation": "(\"Harry\" \"is\" \"red\" \"+\")", "id": "int3" } ] } ] }, "Q8": { "question": "Harry is not cold.", "answer": "False", "QDep": 3, "QLen": "12", "strategy": "inv-proof", "proofs": "[(((((triple11 triple9 triple10) -> rule5) ((triple11 triple10 ((triple11 triple9 triple10) -> rule5)) -> rule4)) -> rule6))]", "representation": "(\"Harry\" \"is\" \"cold\" \"-\")", "proofsWithIntermediates": [ { "representation": "((((triple11 triple9 triple10) -> (rule5 % int3)) ((triple11 triple10 ((triple11 triple9 triple10) -> (rule5 % int3))) -> (rule4 % int2))) -> (rule6 % int1))", "intermediates": [ { "text": "Harry is cold.", "representation": "(\"Harry\" \"is\" \"cold\" \"+\")", "id": "int1" }, { "text": "Harry is round.", "representation": "(\"Harry\" \"is\" \"round\" \"+\")", "id": "int2" }, { "text": "Harry is red.", "representation": "(\"Harry\" \"is\" \"red\" \"+\")", "id": "int3" } ] } ] }, "Q9": { "question": "Alan is not young.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Alan is young.[CWA. Example of deepest failure = (rule1 <- FAIL)]]", "representation": "(\"Alan\" \"is\" \"young\" \"-\")", "proofsWithIntermediates": null }, "Q10": { "question": "Dave is red.", "answer": "Unknown", "QDep": 3, "QLen": "", "strategy": "rconc", "proofs": "[@3: Dave is red.[CWA. Example of deepest failure = (rule3 <- rule6 <- rule5 <- FAIL)]]", "representation": "(\"Dave\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": null }, "Q11": { "question": "Alan is not cold.", "answer": "Unknown", "QDep": 2, "QLen": "", "strategy": "inv-rconc", "proofs": "[@2: Alan is cold.[CWA. Example of deepest failure = (rule6 <- rule3 <- FAIL)]]", "representation": "(\"Alan\" \"is\" \"cold\" \"-\")", "proofsWithIntermediates": null }, "Q12": { "question": "Eric is kind.", "answer": "Unknown", "QDep": 2, "QLen": "", "strategy": "rconc", "proofs": "[@2: Eric is kind.[CWA. Example of deepest failure = (rule2 <- rule1 <- FAIL)]]", "representation": "(\"Eric\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": null }, "Q13": { "question": "Alan is not nice.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Alan is nice.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Alan\" \"is\" \"nice\" \"-\")" }, "Q14": { "question": "Harry is big.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Harry is big.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Harry\" \"is\" \"big\" \"+\")" }, "Q15": { "question": "Eric is not blue.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Eric is blue.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Eric\" \"is\" \"blue\" \"-\")" }, "Q16": { "question": "Alan is big.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Alan is big.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Alan\" \"is\" \"big\" \"+\")" }, "Q17": null, "Q18": null, "Q19": null, "Q20": null, "Q21": null, "Q22": null, "Q23": null, "Q24": null }

[ { "text": "Alan is kind.", "QDep": 0, "representation": "(\"Alan\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple1", "intermediates": [] } ] }, { "text": "Dave is big.", "QDep": 0, "representation": "(\"Dave\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple5", "intermediates": [] } ] }, { "text": "Dave is green.", "QDep": 0, "representation": "(\"Dave\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple4", "intermediates": [] } ] }, { "text": "Dave is rough.", "QDep": 0, "representation": "(\"Dave\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple3", "intermediates": [] } ] }, { "text": "Dave is young.", "QDep": 0, "representation": "(\"Dave\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple2", "intermediates": [] } ] }, { "text": "Eric is big.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple8", "intermediates": [] } ] }, { "text": "Eric is cold.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple7", "intermediates": [] } ] }, { "text": "Eric is rough.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple6", "intermediates": [] } ] }, { "text": "Harry is blue.", "QDep": 0, "representation": "(\"Harry\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple11", "intermediates": [] } ] }, { "text": "Harry is rough.", "QDep": 0, "representation": "(\"Harry\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple10", "intermediates": [] } ] }, { "text": "Harry is young.", "QDep": 0, "representation": "(\"Harry\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple9", "intermediates": [] } ] }, { "text": "Harry is red.", "QDep": 1, "representation": "(\"Harry\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple11 triple9 triple10) -> (rule5 % int1))", "intermediates": [ { "text": "Harry is red.", "representation": "(\"Harry\" \"is\" \"red\" \"+\")", "id": "int1" } ] } ] }, { "text": "Harry is kind.", "QDep": 2, "representation": "(\"Harry\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple9 triple10 ((triple11 triple9 triple10) -> (rule5 % int2))) -> (rule2 % int1))", "intermediates": [ { "text": "Harry is kind.", "representation": "(\"Harry\" \"is\" \"kind\" \"+\")", "id": "int1" }, { "text": "Harry is red.", "representation": "(\"Harry\" \"is\" \"red\" \"+\")", "id": "int2" } ] } ] }, { "text": "Harry is round.", "QDep": 2, "representation": "(\"Harry\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple11 triple10 ((triple11 triple9 triple10) -> (rule5 % int2))) -> (rule4 % int1))", "intermediates": [ { "text": "Harry is round.", "representation": "(\"Harry\" \"is\" \"round\" \"+\")", "id": "int1" }, { "text": "Harry is red.", "representation": "(\"Harry\" \"is\" \"red\" \"+\")", "id": "int2" } ] } ] }, { "text": "Harry is cold.", "QDep": 3, "representation": "(\"Harry\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple11 triple9 triple10) -> (rule5 % int3)) ((triple11 triple10 ((triple11 triple9 triple10) -> (rule5 % int3))) -> (rule4 % int2))) -> (rule6 % int1))", "intermediates": [ { "text": "Harry is cold.", "representation": "(\"Harry\" \"is\" \"cold\" \"+\")", "id": "int1" }, { "text": "Harry is round.", "representation": "(\"Harry\" \"is\" \"round\" \"+\")", "id": "int2" }, { "text": "Harry is red.", "representation": "(\"Harry\" \"is\" \"red\" \"+\")", "id": "int3" } ] } ] } ]

{ "triple1": "sent1", "triple2": "sent2", "triple3": "sent2", "triple4": "sent2", "triple5": "sent2", "triple6": "sent3", "triple7": "sent3", "triple8": "sent3", "triple9": "sent4", "triple10": "sent4", "rule1": "sent5", "rule2": "sent6", "rule3": "sent7", "rule4": "sent8", "rule5": "sent9", "rule6": "sent10", "rule7": null, "triple11": "sent4", "triple12": null }

{ "sent1": "Alan always goes out of his way to show that he is kind to people.", "sent2": "That big young man is Dave he can act in a somewhat rough manner but that's just because he feels very green here.", "sent3": "Eric is a very rough person; As expected, he's also a very cold and big individual.", "sent4": "Harry is rough, but often feels blue; He is pretty young.", "sent5": "It's easy to be round and blue when you are young.", "sent6": "Young people with red skin that play rough are actually quite kind.", "sent7": "A green person that is cold is often considered to be red.", "sent8": "Color anybody red and blue, then make them rough, and they will surely be round.", "sent9": "A blue person who is young and rough is also red.", "sent10": "Red and round people will be cold even in the summer.", "sent11": null }

{ "triple1": { "text": "Alan is young.", "representation": "(\"Alan\" \"is\" \"young\" \"+\")" }, "triple2": { "text": "Alan is kind.", "representation": "(\"Alan\" \"is\" \"kind\" \"+\")" }, "triple3": { "text": "Alan is green.", "representation": "(\"Alan\" \"is\" \"green\" \"+\")" }, "triple4": { "text": "Alan is cold.", "representation": "(\"Alan\" \"is\" \"cold\" \"+\")" }, "triple5": { "text": "Alan is big.", "representation": "(\"Alan\" \"is\" \"big\" \"+\")" }, "triple6": { "text": "Charlie is round.", "representation": "(\"Charlie\" \"is\" \"round\" \"+\")" }, "triple7": { "text": "Charlie is big.", "representation": "(\"Charlie\" \"is\" \"big\" \"+\")" }, "triple8": { "text": "Gary is red.", "representation": "(\"Gary\" \"is\" \"red\" \"+\")" }, "triple9": { "text": "Gary is kind.", "representation": "(\"Gary\" \"is\" \"kind\" \"+\")" }, "triple10": { "text": "Gary is cold.", "representation": "(\"Gary\" \"is\" \"cold\" \"+\")" }, "triple11": { "text": "Gary is blue.", "representation": "(\"Gary\" \"is\" \"blue\" \"+\")" }, "triple12": null }

{ "rule1": { "text": "If someone is kind and young and green then they are rough.", "representation": "(((\"someone\" \"is\" \"kind\" \"+\") (\"someone\" \"is\" \"young\" \"+\") (\"someone\" \"is\" \"green\" \"+\")) -> (\"someone\" \"is\" \"rough\" \"+\"))" }, "rule2": { "text": "If someone is cold and red and kind then they are big.", "representation": "(((\"someone\" \"is\" \"cold\" \"+\") (\"someone\" \"is\" \"red\" \"+\") (\"someone\" \"is\" \"kind\" \"+\")) -> (\"someone\" \"is\" \"big\" \"+\"))" }, "rule3": { "text": "If someone is young and round and kind then they are blue.", "representation": "(((\"someone\" \"is\" \"young\" \"+\") (\"someone\" \"is\" \"round\" \"+\") (\"someone\" \"is\" \"kind\" \"+\")) -> (\"someone\" \"is\" \"blue\" \"+\"))" }, "rule4": { "text": "If someone is blue and green and big then they are nice.", "representation": "(((\"someone\" \"is\" \"blue\" \"+\") (\"someone\" \"is\" \"green\" \"+\") (\"someone\" \"is\" \"big\" \"+\")) -> (\"someone\" \"is\" \"nice\" \"+\"))" }, "rule5": { "text": "If someone is young and rough and cold then they are red.", "representation": "(((\"someone\" \"is\" \"young\" \"+\") (\"someone\" \"is\" \"rough\" \"+\") (\"someone\" \"is\" \"cold\" \"+\")) -> (\"someone\" \"is\" \"red\" \"+\"))" }, "rule6": { "text": "If someone is green and red then they are nice.", "representation": "(((\"someone\" \"is\" \"green\" \"+\") (\"someone\" \"is\" \"red\" \"+\")) -> (\"someone\" \"is\" \"nice\" \"+\"))" }, "rule7": { "text": "If someone is nice and kind and big then they are young.", "representation": "(((\"someone\" \"is\" \"nice\" \"+\") (\"someone\" \"is\" \"kind\" \"+\") (\"someone\" \"is\" \"big\" \"+\")) -> (\"someone\" \"is\" \"young\" \"+\"))" } }

{ "Q1": { "question": "Charlie is round.", "answer": "True", "QDep": 0, "QLen": "1", "strategy": "proof", "proofs": "[(triple6)]", "representation": "(\"Charlie\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple6", "intermediates": [] } ] }, "Q2": { "question": "Charlie is not big.", "answer": "False", "QDep": 0, "QLen": "1", "strategy": "inv-proof", "proofs": "[(triple7)]", "representation": "(\"Charlie\" \"is\" \"big\" \"-\")", "proofsWithIntermediates": [ { "representation": "triple7", "intermediates": [] } ] }, "Q3": { "question": "Gary is big.", "answer": "True", "QDep": 1, "QLen": "4", "strategy": "proof", "proofs": "[(((triple10 triple8 triple9) -> rule2))]", "representation": "(\"Gary\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple10 triple8 triple9) -> (rule2 % int1))", "intermediates": [ { "text": "Gary is big.", "representation": "(\"Gary\" \"is\" \"big\" \"+\")", "id": "int1" } ] } ] }, "Q4": { "question": "Alan is not rough.", "answer": "False", "QDep": 1, "QLen": "4", "strategy": "inv-proof", "proofs": "[(((triple2 triple1 triple3) -> rule1))]", "representation": "(\"Alan\" \"is\" \"rough\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple2 triple1 triple3) -> (rule1 % int1))", "intermediates": [ { "text": "Alan is rough.", "representation": "(\"Alan\" \"is\" \"rough\" \"+\")", "id": "int1" } ] } ] }, "Q5": { "question": "Alan is red.", "answer": "True", "QDep": 2, "QLen": "7", "strategy": "proof", "proofs": "[(((triple1 ((triple2 triple1 triple3) -> rule1) triple4) -> rule5))]", "representation": "(\"Alan\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple1 ((triple2 triple1 triple3) -> (rule1 % int2)) triple4) -> (rule5 % int1))", "intermediates": [ { "text": "Alan is red.", "representation": "(\"Alan\" \"is\" \"red\" \"+\")", "id": "int1" }, { "text": "Alan is rough.", "representation": "(\"Alan\" \"is\" \"rough\" \"+\")", "id": "int2" } ] } ] }, "Q6": { "question": "Alan is not red.", "answer": "False", "QDep": 2, "QLen": "7", "strategy": "inv-proof", "proofs": "[(((triple1 ((triple2 triple1 triple3) -> rule1) triple4) -> rule5))]", "representation": "(\"Alan\" \"is\" \"red\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple1 ((triple2 triple1 triple3) -> (rule1 % int2)) triple4) -> (rule5 % int1))", "intermediates": [ { "text": "Alan is red.", "representation": "(\"Alan\" \"is\" \"red\" \"+\")", "id": "int1" }, { "text": "Alan is rough.", "representation": "(\"Alan\" \"is\" \"rough\" \"+\")", "id": "int2" } ] } ] }, "Q7": { "question": "Alan is nice.", "answer": "True", "QDep": 3, "QLen": "9", "strategy": "proof", "proofs": "[(((triple3 ((triple1 ((triple2 triple1 triple3) -> rule1) triple4) -> rule5)) -> rule6))]", "representation": "(\"Alan\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple3 ((triple1 ((triple2 triple1 triple3) -> (rule1 % int3)) triple4) -> (rule5 % int2))) -> (rule6 % int1))", "intermediates": [ { "text": "Alan is nice.", "representation": "(\"Alan\" \"is\" \"nice\" \"+\")", "id": "int1" }, { "text": "Alan is red.", "representation": "(\"Alan\" \"is\" \"red\" \"+\")", "id": "int2" }, { "text": "Alan is rough.", "representation": "(\"Alan\" \"is\" \"rough\" \"+\")", "id": "int3" } ] } ] }, "Q8": { "question": "Alan is not nice.", "answer": "False", "QDep": 3, "QLen": "9", "strategy": "inv-proof", "proofs": "[(((triple3 ((triple1 ((triple2 triple1 triple3) -> rule1) triple4) -> rule5)) -> rule6))]", "representation": "(\"Alan\" \"is\" \"nice\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple3 ((triple1 ((triple2 triple1 triple3) -> (rule1 % int3)) triple4) -> (rule5 % int2))) -> (rule6 % int1))", "intermediates": [ { "text": "Alan is nice.", "representation": "(\"Alan\" \"is\" \"nice\" \"+\")", "id": "int1" }, { "text": "Alan is red.", "representation": "(\"Alan\" \"is\" \"red\" \"+\")", "id": "int2" }, { "text": "Alan is rough.", "representation": "(\"Alan\" \"is\" \"rough\" \"+\")", "id": "int3" } ] } ] }, "Q9": { "question": "Charlie is not rough.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Charlie is rough.[CWA. Example of deepest failure = (rule1 <- FAIL)]]", "representation": "(\"Charlie\" \"is\" \"rough\" \"-\")", "proofsWithIntermediates": null }, "Q10": { "question": "Eric is nice.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "rconc", "proofs": "[@1: Eric is nice.[CWA. Example of deepest failure = (rule4 <- FAIL)]]", "representation": "(\"Eric\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": null }, "Q11": { "question": "Charlie is not nice.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Charlie is nice.[CWA. Example of deepest failure = (rule4 <- FAIL)]]", "representation": "(\"Charlie\" \"is\" \"nice\" \"-\")", "proofsWithIntermediates": null }, "Q12": { "question": "Gary is rough.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "rconc", "proofs": "[@1: Gary is rough.[CWA. Example of deepest failure = (rule1 <- FAIL)]]", "representation": "(\"Gary\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": null }, "Q13": { "question": "Eric is not green.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Eric is green.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Eric\" \"is\" \"green\" \"-\")" }, "Q14": { "question": "Gary is green.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Gary is green.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Gary\" \"is\" \"green\" \"+\")" }, "Q15": { "question": "Gary is not round.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Gary is round.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Gary\" \"is\" \"round\" \"-\")" }, "Q16": { "question": "Alan is round.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Alan is round.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Alan\" \"is\" \"round\" \"+\")" }, "Q17": null, "Q18": null, "Q19": null, "Q20": null, "Q21": null, "Q22": null, "Q23": null, "Q24": null }

[ { "text": "Alan is big.", "QDep": 0, "representation": "(\"Alan\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple5", "intermediates": [] }, { "representation": "((triple4 ((triple1 ((triple2 triple1 triple3) -> (rule1 % int3)) triple4) -> (rule5 % int2)) triple2) -> (rule2 % int1))", "intermediates": [ { "text": "Alan is big.", "representation": "(\"Alan\" \"is\" \"big\" \"+\")", "id": "int1" }, { "text": "Alan is red.", "representation": "(\"Alan\" \"is\" \"red\" \"+\")", "id": "int2" }, { "text": "Alan is rough.", "representation": "(\"Alan\" \"is\" \"rough\" \"+\")", "id": "int3" } ] } ] }, { "text": "Alan is cold.", "QDep": 0, "representation": "(\"Alan\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple4", "intermediates": [] } ] }, { "text": "Alan is green.", "QDep": 0, "representation": "(\"Alan\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple3", "intermediates": [] } ] }, { "text": "Alan is kind.", "QDep": 0, "representation": "(\"Alan\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple2", "intermediates": [] } ] }, { "text": "Alan is young.", "QDep": 0, "representation": "(\"Alan\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple1", "intermediates": [] } ] }, { "text": "Charlie is big.", "QDep": 0, "representation": "(\"Charlie\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple7", "intermediates": [] } ] }, { "text": "Charlie is round.", "QDep": 0, "representation": "(\"Charlie\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple6", "intermediates": [] } ] }, { "text": "Gary is blue.", "QDep": 0, "representation": "(\"Gary\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple11", "intermediates": [] } ] }, { "text": "Gary is cold.", "QDep": 0, "representation": "(\"Gary\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple10", "intermediates": [] } ] }, { "text": "Gary is kind.", "QDep": 0, "representation": "(\"Gary\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple9", "intermediates": [] } ] }, { "text": "Gary is red.", "QDep": 0, "representation": "(\"Gary\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple8", "intermediates": [] } ] }, { "text": "Alan is rough.", "QDep": 1, "representation": "(\"Alan\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple2 triple1 triple3) -> (rule1 % int1))", "intermediates": [ { "text": "Alan is rough.", "representation": "(\"Alan\" \"is\" \"rough\" \"+\")", "id": "int1" } ] } ] }, { "text": "Gary is big.", "QDep": 1, "representation": "(\"Gary\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple10 triple8 triple9) -> (rule2 % int1))", "intermediates": [ { "text": "Gary is big.", "representation": "(\"Gary\" \"is\" \"big\" \"+\")", "id": "int1" } ] } ] }, { "text": "Alan is red.", "QDep": 2, "representation": "(\"Alan\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple1 ((triple2 triple1 triple3) -> (rule1 % int2)) triple4) -> (rule5 % int1))", "intermediates": [ { "text": "Alan is red.", "representation": "(\"Alan\" \"is\" \"red\" \"+\")", "id": "int1" }, { "text": "Alan is rough.", "representation": "(\"Alan\" \"is\" \"rough\" \"+\")", "id": "int2" } ] } ] }, { "text": "Alan is nice.", "QDep": 3, "representation": "(\"Alan\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple3 ((triple1 ((triple2 triple1 triple3) -> (rule1 % int3)) triple4) -> (rule5 % int2))) -> (rule6 % int1))", "intermediates": [ { "text": "Alan is nice.", "representation": "(\"Alan\" \"is\" \"nice\" \"+\")", "id": "int1" }, { "text": "Alan is red.", "representation": "(\"Alan\" \"is\" \"red\" \"+\")", "id": "int2" }, { "text": "Alan is rough.", "representation": "(\"Alan\" \"is\" \"rough\" \"+\")", "id": "int3" } ] } ] } ]

{ "triple1": "sent1", "triple2": "sent1", "triple3": "sent1", "triple4": "sent1", "triple5": "sent1", "triple6": "sent2", "triple7": "sent2", "triple8": "sent3", "triple9": "sent3", "triple10": "sent3", "rule1": "sent4", "rule2": "sent5", "rule3": "sent6", "rule4": "sent7", "rule5": "sent8", "rule6": "sent9", "rule7": "sent10", "triple11": "sent3", "triple12": null }

{ "sent1": "Alan is rather young, but he is also kind, green, cold and big.", "sent2": "That man standing next to you with a big round body goes by the name of Charlie.", "sent3": "Gary is colored blue and red; He is also kind and cold to the touch.", "sent4": "Kind, young, green persons are sure to be rough persons, too.", "sent5": "Despite being kind cold people with red ears will still be big.", "sent6": "Being a young, round and kind individual means that you are also a blue individual.", "sent7": "If you meet a person who is green, big and blue, you will find them to be nice.", "sent8": "A young person with cold, rough skin will be red as well.", "sent9": "People who are red and green are also nice.", "sent10": "There is a trend I've noticed if someone is nice, kind and big they are also young in appearance.", "sent11": null }

{ "triple1": { "text": "Charlie is round.", "representation": "(\"Charlie\" \"is\" \"round\" \"+\")" }, "triple2": { "text": "Charlie is nice.", "representation": "(\"Charlie\" \"is\" \"nice\" \"+\")" }, "triple3": { "text": "Dave is blue.", "representation": "(\"Dave\" \"is\" \"blue\" \"+\")" }, "triple4": { "text": "Eric is rough.", "representation": "(\"Eric\" \"is\" \"rough\" \"+\")" }, "triple5": { "text": "Eric is nice.", "representation": "(\"Eric\" \"is\" \"nice\" \"+\")" }, "triple6": { "text": "Eric is kind.", "representation": "(\"Eric\" \"is\" \"kind\" \"+\")" }, "triple7": { "text": "Fred is young.", "representation": "(\"Fred\" \"is\" \"young\" \"+\")" }, "triple8": { "text": "Fred is round.", "representation": "(\"Fred\" \"is\" \"round\" \"+\")" }, "triple9": { "text": "Fred is rough.", "representation": "(\"Fred\" \"is\" \"rough\" \"+\")" }, "triple10": { "text": "Fred is red.", "representation": "(\"Fred\" \"is\" \"red\" \"+\")" }, "triple11": { "text": "Fred is kind.", "representation": "(\"Fred\" \"is\" \"kind\" \"+\")" }, "triple12": { "text": "Fred is green.", "representation": "(\"Fred\" \"is\" \"green\" \"+\")" } }

{ "rule1": { "text": "If someone is rough and kind and round then they are nice.", "representation": "(((\"someone\" \"is\" \"rough\" \"+\") (\"someone\" \"is\" \"kind\" \"+\") (\"someone\" \"is\" \"round\" \"+\")) -> (\"someone\" \"is\" \"nice\" \"+\"))" }, "rule2": { "text": "If someone is nice and red and young then they are cold.", "representation": "(((\"someone\" \"is\" \"nice\" \"+\") (\"someone\" \"is\" \"red\" \"+\") (\"someone\" \"is\" \"young\" \"+\")) -> (\"someone\" \"is\" \"cold\" \"+\"))" }, "rule3": { "text": "If someone is round and red then they are kind.", "representation": "(((\"someone\" \"is\" \"round\" \"+\") (\"someone\" \"is\" \"red\" \"+\")) -> (\"someone\" \"is\" \"kind\" \"+\"))" }, "rule4": { "text": "If someone is red and big and cold then they are young.", "representation": "(((\"someone\" \"is\" \"red\" \"+\") (\"someone\" \"is\" \"big\" \"+\") (\"someone\" \"is\" \"cold\" \"+\")) -> (\"someone\" \"is\" \"young\" \"+\"))" }, "rule5": { "text": "If someone is rough and cold and kind then they are nice.", "representation": "(((\"someone\" \"is\" \"rough\" \"+\") (\"someone\" \"is\" \"cold\" \"+\") (\"someone\" \"is\" \"kind\" \"+\")) -> (\"someone\" \"is\" \"nice\" \"+\"))" }, "rule6": { "text": "If someone is red and nice and cold then they are big.", "representation": "(((\"someone\" \"is\" \"red\" \"+\") (\"someone\" \"is\" \"nice\" \"+\") (\"someone\" \"is\" \"cold\" \"+\")) -> (\"someone\" \"is\" \"big\" \"+\"))" }, "rule7": { "text": "If someone is blue and young and red then they are cold.", "representation": "(((\"someone\" \"is\" \"blue\" \"+\") (\"someone\" \"is\" \"young\" \"+\") (\"someone\" \"is\" \"red\" \"+\")) -> (\"someone\" \"is\" \"cold\" \"+\"))" } }

{ "Q1": { "question": "Eric is kind.", "answer": "True", "QDep": 0, "QLen": "1", "strategy": "proof", "proofs": "[(triple6)]", "representation": "(\"Eric\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple6", "intermediates": [] } ] }, "Q2": { "question": "Charlie is not nice.", "answer": "False", "QDep": 0, "QLen": "1", "strategy": "inv-proof", "proofs": "[(triple2)]", "representation": "(\"Charlie\" \"is\" \"nice\" \"-\")", "proofsWithIntermediates": [ { "representation": "triple2", "intermediates": [] } ] }, "Q3": { "question": "Fred is nice.", "answer": "True", "QDep": 1, "QLen": "4", "strategy": "proof", "proofs": "[(((triple9 triple11 triple8) -> rule1) OR ((triple9 ((triple8 triple10) -> rule3) triple8) -> rule1))]", "representation": "(\"Fred\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple9 triple11 triple8) -> (rule1 % int1))", "intermediates": [ { "text": "Fred is nice.", "representation": "(\"Fred\" \"is\" \"nice\" \"+\")", "id": "int1" } ] }, { "representation": "((triple9 ((triple8 triple10) -> (rule3 % int2)) triple8) -> (rule1 % int1))", "intermediates": [ { "text": "Fred is nice.", "representation": "(\"Fred\" \"is\" \"nice\" \"+\")", "id": "int1" }, { "text": "Fred is kind.", "representation": "(\"Fred\" \"is\" \"kind\" \"+\")", "id": "int2" } ] } ] }, "Q4": { "question": "Fred is not nice.", "answer": "False", "QDep": 1, "QLen": "4", "strategy": "inv-proof", "proofs": "[(((triple9 triple11 triple8) -> rule1) OR ((triple9 ((triple8 triple10) -> rule3) triple8) -> rule1))]", "representation": "(\"Fred\" \"is\" \"nice\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple9 triple11 triple8) -> (rule1 % int1))", "intermediates": [ { "text": "Fred is nice.", "representation": "(\"Fred\" \"is\" \"nice\" \"+\")", "id": "int1" } ] }, { "representation": "((triple9 ((triple8 triple10) -> (rule3 % int2)) triple8) -> (rule1 % int1))", "intermediates": [ { "text": "Fred is nice.", "representation": "(\"Fred\" \"is\" \"nice\" \"+\")", "id": "int1" }, { "text": "Fred is kind.", "representation": "(\"Fred\" \"is\" \"kind\" \"+\")", "id": "int2" } ] } ] }, "Q5": { "question": "Fred is cold.", "answer": "True", "QDep": 2, "QLen": "7", "strategy": "proof", "proofs": "[(((((triple9 triple11 triple8) -> rule1) triple10 triple7) -> rule2) OR ((((triple9 ((triple8 triple10) -> rule3) triple8) -> rule1) triple10 triple7) -> rule2))]", "representation": "(\"Fred\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple9 triple11 triple8) -> (rule1 % int2)) triple10 triple7) -> (rule2 % int1))", "intermediates": [ { "text": "Fred is cold.", "representation": "(\"Fred\" \"is\" \"cold\" \"+\")", "id": "int1" }, { "text": "Fred is nice.", "representation": "(\"Fred\" \"is\" \"nice\" \"+\")", "id": "int2" } ] }, { "representation": "((((triple9 ((triple8 triple10) -> (rule3 % int3)) triple8) -> (rule1 % int2)) triple10 triple7) -> (rule2 % int1))", "intermediates": [ { "text": "Fred is cold.", "representation": "(\"Fred\" \"is\" \"cold\" \"+\")", "id": "int1" }, { "text": "Fred is nice.", "representation": "(\"Fred\" \"is\" \"nice\" \"+\")", "id": "int2" }, { "text": "Fred is kind.", "representation": "(\"Fred\" \"is\" \"kind\" \"+\")", "id": "int3" } ] } ] }, "Q6": { "question": "Fred is not cold.", "answer": "False", "QDep": 2, "QLen": "7", "strategy": "inv-proof", "proofs": "[(((((triple9 triple11 triple8) -> rule1) triple10 triple7) -> rule2) OR ((((triple9 ((triple8 triple10) -> rule3) triple8) -> rule1) triple10 triple7) -> rule2))]", "representation": "(\"Fred\" \"is\" \"cold\" \"-\")", "proofsWithIntermediates": [ { "representation": "((((triple9 triple11 triple8) -> (rule1 % int2)) triple10 triple7) -> (rule2 % int1))", "intermediates": [ { "text": "Fred is cold.", "representation": "(\"Fred\" \"is\" \"cold\" \"+\")", "id": "int1" }, { "text": "Fred is nice.", "representation": "(\"Fred\" \"is\" \"nice\" \"+\")", "id": "int2" } ] }, { "representation": "((((triple9 ((triple8 triple10) -> (rule3 % int3)) triple8) -> (rule1 % int2)) triple10 triple7) -> (rule2 % int1))", "intermediates": [ { "text": "Fred is cold.", "representation": "(\"Fred\" \"is\" \"cold\" \"+\")", "id": "int1" }, { "text": "Fred is nice.", "representation": "(\"Fred\" \"is\" \"nice\" \"+\")", "id": "int2" }, { "text": "Fred is kind.", "representation": "(\"Fred\" \"is\" \"kind\" \"+\")", "id": "int3" } ] } ] }, "Q7": { "question": "Fred is big.", "answer": "True", "QDep": 3, "QLen": "13", "strategy": "proof", "proofs": "[(((triple10 ((triple9 triple11 triple8) -> rule1) ((((triple9 triple11 triple8) -> rule1) triple10 triple7) -> rule2)) -> rule6) OR ((triple10 ((triple9 ((triple8 triple10) -> rule3) triple8) -> rule1) ((((triple9 triple11 triple8) -> rule1) triple10 triple7) -> rule2)) -> rule6) OR ((triple10 ((triple9 triple11 triple8) -> rule1) ((((triple9 ((triple8 triple10) -> rule3) triple8) -> rule1) triple10 triple7) -> rule2)) -> rule6) OR ((triple10 ((triple9 ((triple8 triple10) -> rule3) triple8) -> rule1) ((((triple9 ((triple8 triple10) -> rule3) triple8) -> rule1) triple10 triple7) -> rule2)) -> rule6))]", "representation": "(\"Fred\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple10 ((triple9 triple11 triple8) -> (rule1 % int3)) ((((triple9 triple11 triple8) -> (rule1 % int3)) triple10 triple7) -> (rule2 % int2))) -> (rule6 % int1))", "intermediates": [ { "text": "Fred is big.", "representation": "(\"Fred\" \"is\" \"big\" \"+\")", "id": "int1" }, { "text": "Fred is cold.", "representation": "(\"Fred\" \"is\" \"cold\" \"+\")", "id": "int2" }, { "text": "Fred is nice.", "representation": "(\"Fred\" \"is\" \"nice\" \"+\")", "id": "int3" } ] }, { "representation": "((triple10 ((triple9 ((triple8 triple10) -> (rule3 % int4)) triple8) -> (rule1 % int3)) ((((triple9 triple11 triple8) -> (rule1 % int3)) triple10 triple7) -> (rule2 % int2))) -> (rule6 % int1))", "intermediates": [ { "text": "Fred is big.", "representation": "(\"Fred\" \"is\" \"big\" \"+\")", "id": "int1" }, { "text": "Fred is cold.", "representation": "(\"Fred\" \"is\" \"cold\" \"+\")", "id": "int2" }, { "text": "Fred is nice.", "representation": "(\"Fred\" \"is\" \"nice\" \"+\")", "id": "int3" }, { "text": "Fred is kind.", "representation": "(\"Fred\" \"is\" \"kind\" \"+\")", "id": "int4" } ] }, { "representation": "((triple10 ((triple9 triple11 triple8) -> (rule1 % int4)) ((((triple9 ((triple8 triple10) -> (rule3 % int3)) triple8) -> (rule1 % int4)) triple10 triple7) -> (rule2 % int2))) -> (rule6 % int1))", "intermediates": [ { "text": "Fred is big.", "representation": "(\"Fred\" \"is\" \"big\" \"+\")", "id": "int1" }, { "text": "Fred is cold.", "representation": "(\"Fred\" \"is\" \"cold\" \"+\")", "id": "int2" }, { "text": "Fred is kind.", "representation": "(\"Fred\" \"is\" \"kind\" \"+\")", "id": "int3" }, { "text": "Fred is nice.", "representation": "(\"Fred\" \"is\" \"nice\" \"+\")", "id": "int4" } ] }, { "representation": "((triple10 ((triple9 ((triple8 triple10) -> (rule3 % int4)) triple8) -> (rule1 % int3)) ((((triple9 ((triple8 triple10) -> (rule3 % int4)) triple8) -> (rule1 % int3)) triple10 triple7) -> (rule2 % int2))) -> (rule6 % int1))", "intermediates": [ { "text": "Fred is big.", "representation": "(\"Fred\" \"is\" \"big\" \"+\")", "id": "int1" }, { "text": "Fred is cold.", "representation": "(\"Fred\" \"is\" \"cold\" \"+\")", "id": "int2" }, { "text": "Fred is nice.", "representation": "(\"Fred\" \"is\" \"nice\" \"+\")", "id": "int3" }, { "text": "Fred is kind.", "representation": "(\"Fred\" \"is\" \"kind\" \"+\")", "id": "int4" } ] } ] }, "Q8": { "question": "Fred is not big.", "answer": "False", "QDep": 3, "QLen": "13", "strategy": "inv-proof", "proofs": "[(((triple10 ((triple9 triple11 triple8) -> rule1) ((((triple9 triple11 triple8) -> rule1) triple10 triple7) -> rule2)) -> rule6) OR ((triple10 ((triple9 ((triple8 triple10) -> rule3) triple8) -> rule1) ((((triple9 triple11 triple8) -> rule1) triple10 triple7) -> rule2)) -> rule6) OR ((triple10 ((triple9 triple11 triple8) -> rule1) ((((triple9 ((triple8 triple10) -> rule3) triple8) -> rule1) triple10 triple7) -> rule2)) -> rule6) OR ((triple10 ((triple9 ((triple8 triple10) -> rule3) triple8) -> rule1) ((((triple9 ((triple8 triple10) -> rule3) triple8) -> rule1) triple10 triple7) -> rule2)) -> rule6))]", "representation": "(\"Fred\" \"is\" \"big\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple10 ((triple9 triple11 triple8) -> (rule1 % int3)) ((((triple9 triple11 triple8) -> (rule1 % int3)) triple10 triple7) -> (rule2 % int2))) -> (rule6 % int1))", "intermediates": [ { "text": "Fred is big.", "representation": "(\"Fred\" \"is\" \"big\" \"+\")", "id": "int1" }, { "text": "Fred is cold.", "representation": "(\"Fred\" \"is\" \"cold\" \"+\")", "id": "int2" }, { "text": "Fred is nice.", "representation": "(\"Fred\" \"is\" \"nice\" \"+\")", "id": "int3" } ] }, { "representation": "((triple10 ((triple9 ((triple8 triple10) -> (rule3 % int4)) triple8) -> (rule1 % int3)) ((((triple9 triple11 triple8) -> (rule1 % int3)) triple10 triple7) -> (rule2 % int2))) -> (rule6 % int1))", "intermediates": [ { "text": "Fred is big.", "representation": "(\"Fred\" \"is\" \"big\" \"+\")", "id": "int1" }, { "text": "Fred is cold.", "representation": "(\"Fred\" \"is\" \"cold\" \"+\")", "id": "int2" }, { "text": "Fred is nice.", "representation": "(\"Fred\" \"is\" \"nice\" \"+\")", "id": "int3" }, { "text": "Fred is kind.", "representation": "(\"Fred\" \"is\" \"kind\" \"+\")", "id": "int4" } ] }, { "representation": "((triple10 ((triple9 triple11 triple8) -> (rule1 % int4)) ((((triple9 ((triple8 triple10) -> (rule3 % int3)) triple8) -> (rule1 % int4)) triple10 triple7) -> (rule2 % int2))) -> (rule6 % int1))", "intermediates": [ { "text": "Fred is big.", "representation": "(\"Fred\" \"is\" \"big\" \"+\")", "id": "int1" }, { "text": "Fred is cold.", "representation": "(\"Fred\" \"is\" \"cold\" \"+\")", "id": "int2" }, { "text": "Fred is kind.", "representation": "(\"Fred\" \"is\" \"kind\" \"+\")", "id": "int3" }, { "text": "Fred is nice.", "representation": "(\"Fred\" \"is\" \"nice\" \"+\")", "id": "int4" } ] }, { "representation": "((triple10 ((triple9 ((triple8 triple10) -> (rule3 % int4)) triple8) -> (rule1 % int3)) ((((triple9 ((triple8 triple10) -> (rule3 % int4)) triple8) -> (rule1 % int3)) triple10 triple7) -> (rule2 % int2))) -> (rule6 % int1))", "intermediates": [ { "text": "Fred is big.", "representation": "(\"Fred\" \"is\" \"big\" \"+\")", "id": "int1" }, { "text": "Fred is cold.", "representation": "(\"Fred\" \"is\" \"cold\" \"+\")", "id": "int2" }, { "text": "Fred is nice.", "representation": "(\"Fred\" \"is\" \"nice\" \"+\")", "id": "int3" }, { "text": "Fred is kind.", "representation": "(\"Fred\" \"is\" \"kind\" \"+\")", "id": "int4" } ] } ] }, "Q9": { "question": "Dave is not nice.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Dave is nice.[CWA. Example of deepest failure = (rule1 <- FAIL)]]", "representation": "(\"Dave\" \"is\" \"nice\" \"-\")", "proofsWithIntermediates": null }, "Q10": { "question": "Charlie is big.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "rconc", "proofs": "[@1: Charlie is big.[CWA. Example of deepest failure = (rule6 <- FAIL)]]", "representation": "(\"Charlie\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": null }, "Q11": { "question": "Dave is not young.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Dave is young.[CWA. Example of deepest failure = (rule4 <- FAIL)]]", "representation": "(\"Dave\" \"is\" \"young\" \"-\")", "proofsWithIntermediates": null }, "Q12": { "question": "Dave is cold.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "rconc", "proofs": "[@1: Dave is cold.[CWA. Example of deepest failure = (rule2 <- FAIL)]]", "representation": "(\"Dave\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": null }, "Q13": { "question": "Eric is not blue.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Eric is blue.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Eric\" \"is\" \"blue\" \"-\")" }, "Q14": { "question": "Charlie is green.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Charlie is green.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Charlie\" \"is\" \"green\" \"+\")" }, "Q15": { "question": "Eric is not green.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Eric is green.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Eric\" \"is\" \"green\" \"-\")" }, "Q16": { "question": "Dave is round.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Dave is round.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Dave\" \"is\" \"round\" \"+\")" }, "Q17": null, "Q18": null, "Q19": null, "Q20": null, "Q21": null, "Q22": null, "Q23": null, "Q24": null }

[ { "text": "Charlie is nice.", "QDep": 0, "representation": "(\"Charlie\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple2", "intermediates": [] } ] }, { "text": "Charlie is round.", "QDep": 0, "representation": "(\"Charlie\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple1", "intermediates": [] } ] }, { "text": "Dave is blue.", "QDep": 0, "representation": "(\"Dave\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple3", "intermediates": [] } ] }, { "text": "Eric is kind.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple6", "intermediates": [] } ] }, { "text": "Eric is nice.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple5", "intermediates": [] } ] }, { "text": "Eric is rough.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple4", "intermediates": [] } ] }, { "text": "Fred is green.", "QDep": 0, "representation": "(\"Fred\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple12", "intermediates": [] } ] }, { "text": "Fred is kind.", "QDep": 0, "representation": "(\"Fred\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple11", "intermediates": [] }, { "representation": "((triple8 triple10) -> (rule3 % int1))", "intermediates": [ { "text": "Fred is kind.", "representation": "(\"Fred\" \"is\" \"kind\" \"+\")", "id": "int1" } ] } ] }, { "text": "Fred is red.", "QDep": 0, "representation": "(\"Fred\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple10", "intermediates": [] } ] }, { "text": "Fred is rough.", "QDep": 0, "representation": "(\"Fred\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple9", "intermediates": [] } ] }, { "text": "Fred is round.", "QDep": 0, "representation": "(\"Fred\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple8", "intermediates": [] } ] }, { "text": "Fred is young.", "QDep": 0, "representation": "(\"Fred\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple7", "intermediates": [] } ] }, { "text": "Fred is nice.", "QDep": 1, "representation": "(\"Fred\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple9 triple11 triple8) -> (rule1 % int1))", "intermediates": [ { "text": "Fred is nice.", "representation": "(\"Fred\" \"is\" \"nice\" \"+\")", "id": "int1" } ] }, { "representation": "((triple9 ((triple8 triple10) -> (rule3 % int2)) triple8) -> (rule1 % int1))", "intermediates": [ { "text": "Fred is nice.", "representation": "(\"Fred\" \"is\" \"nice\" \"+\")", "id": "int1" }, { "text": "Fred is kind.", "representation": "(\"Fred\" \"is\" \"kind\" \"+\")", "id": "int2" } ] } ] }, { "text": "Fred is cold.", "QDep": 2, "representation": "(\"Fred\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple9 triple11 triple8) -> (rule1 % int2)) triple10 triple7) -> (rule2 % int1))", "intermediates": [ { "text": "Fred is cold.", "representation": "(\"Fred\" \"is\" \"cold\" \"+\")", "id": "int1" }, { "text": "Fred is nice.", "representation": "(\"Fred\" \"is\" \"nice\" \"+\")", "id": "int2" } ] }, { "representation": "((((triple9 ((triple8 triple10) -> (rule3 % int3)) triple8) -> (rule1 % int2)) triple10 triple7) -> (rule2 % int1))", "intermediates": [ { "text": "Fred is cold.", "representation": "(\"Fred\" \"is\" \"cold\" \"+\")", "id": "int1" }, { "text": "Fred is nice.", "representation": "(\"Fred\" \"is\" \"nice\" \"+\")", "id": "int2" }, { "text": "Fred is kind.", "representation": "(\"Fred\" \"is\" \"kind\" \"+\")", "id": "int3" } ] } ] }, { "text": "Fred is big.", "QDep": 3, "representation": "(\"Fred\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple10 ((triple9 triple11 triple8) -> (rule1 % int3)) ((((triple9 triple11 triple8) -> (rule1 % int3)) triple10 triple7) -> (rule2 % int2))) -> (rule6 % int1))", "intermediates": [ { "text": "Fred is big.", "representation": "(\"Fred\" \"is\" \"big\" \"+\")", "id": "int1" }, { "text": "Fred is cold.", "representation": "(\"Fred\" \"is\" \"cold\" \"+\")", "id": "int2" }, { "text": "Fred is nice.", "representation": "(\"Fred\" \"is\" \"nice\" \"+\")", "id": "int3" } ] }, { "representation": "((triple10 ((triple9 ((triple8 triple10) -> (rule3 % int4)) triple8) -> (rule1 % int3)) ((((triple9 triple11 triple8) -> (rule1 % int3)) triple10 triple7) -> (rule2 % int2))) -> (rule6 % int1))", "intermediates": [ { "text": "Fred is big.", "representation": "(\"Fred\" \"is\" \"big\" \"+\")", "id": "int1" }, { "text": "Fred is cold.", "representation": "(\"Fred\" \"is\" \"cold\" \"+\")", "id": "int2" }, { "text": "Fred is nice.", "representation": "(\"Fred\" \"is\" \"nice\" \"+\")", "id": "int3" }, { "text": "Fred is kind.", "representation": "(\"Fred\" \"is\" \"kind\" \"+\")", "id": "int4" } ] }, { "representation": "((triple10 ((triple9 triple11 triple8) -> (rule1 % int4)) ((((triple9 ((triple8 triple10) -> (rule3 % int3)) triple8) -> (rule1 % int4)) triple10 triple7) -> (rule2 % int2))) -> (rule6 % int1))", "intermediates": [ { "text": "Fred is big.", "representation": "(\"Fred\" \"is\" \"big\" \"+\")", "id": "int1" }, { "text": "Fred is cold.", "representation": "(\"Fred\" \"is\" \"cold\" \"+\")", "id": "int2" }, { "text": "Fred is kind.", "representation": "(\"Fred\" \"is\" \"kind\" \"+\")", "id": "int3" }, { "text": "Fred is nice.", "representation": "(\"Fred\" \"is\" \"nice\" \"+\")", "id": "int4" } ] }, { "representation": "((triple10 ((triple9 ((triple8 triple10) -> (rule3 % int4)) triple8) -> (rule1 % int3)) ((((triple9 ((triple8 triple10) -> (rule3 % int4)) triple8) -> (rule1 % int3)) triple10 triple7) -> (rule2 % int2))) -> (rule6 % int1))", "intermediates": [ { "text": "Fred is big.", "representation": "(\"Fred\" \"is\" \"big\" \"+\")", "id": "int1" }, { "text": "Fred is cold.", "representation": "(\"Fred\" \"is\" \"cold\" \"+\")", "id": "int2" }, { "text": "Fred is nice.", "representation": "(\"Fred\" \"is\" \"nice\" \"+\")", "id": "int3" }, { "text": "Fred is kind.", "representation": "(\"Fred\" \"is\" \"kind\" \"+\")", "id": "int4" } ] } ] } ]

{ "triple1": "sent1", "triple2": "sent1", "triple3": "sent2", "triple4": "sent3", "triple5": "sent3", "triple6": "sent3", "triple7": "sent4", "triple8": "sent4", "triple9": "sent4", "triple10": "sent4", "rule1": "sent5", "rule2": "sent6", "rule3": "sent7", "rule4": "sent8", "rule5": "sent9", "rule6": "sent10", "rule7": "sent11", "triple11": "sent4", "triple12": "sent4" }

{ "sent1": "Charlie has a round face and is very nice.", "sent2": "Dave wears all blue.", "sent3": "Eric is nice and kind, but a little rough.", "sent4": "Fred, is a rather young, rough, and round person who is considered kind; Today however he is red from a sunburn and looks green after seeing some rather rotten trash.", "sent5": "A male or female with rough, kind and round traits will surely have a nice quality, as well.", "sent6": "A nice young person who is red is cold.", "sent7": "Lucky for us, people that are round and red are kind to strangers.", "sent8": "A person who is cold but red, and big in size is young for sure.", "sent9": "Anyone perceived to be rough, cold and kind will also be nice.", "sent10": "A nice red person that is cold is always big, I have found.", "sent11": "A blue and red colored person that is young is also very cold." }

{ "triple1": { "text": "Charlie is round.", "representation": "(\"Charlie\" \"is\" \"round\" \"+\")" }, "triple2": { "text": "Charlie is nice.", "representation": "(\"Charlie\" \"is\" \"nice\" \"+\")" }, "triple3": { "text": "Charlie is blue.", "representation": "(\"Charlie\" \"is\" \"blue\" \"+\")" }, "triple4": { "text": "Eric is round.", "representation": "(\"Eric\" \"is\" \"round\" \"+\")" }, "triple5": { "text": "Eric is kind.", "representation": "(\"Eric\" \"is\" \"kind\" \"+\")" }, "triple6": { "text": "Eric is blue.", "representation": "(\"Eric\" \"is\" \"blue\" \"+\")" }, "triple7": { "text": "Gary is round.", "representation": "(\"Gary\" \"is\" \"round\" \"+\")" }, "triple8": { "text": "Gary is big.", "representation": "(\"Gary\" \"is\" \"big\" \"+\")" }, "triple9": { "text": "Harry is round.", "representation": "(\"Harry\" \"is\" \"round\" \"+\")" }, "triple10": { "text": "Harry is red.", "representation": "(\"Harry\" \"is\" \"red\" \"+\")" }, "triple11": { "text": "Harry is green.", "representation": "(\"Harry\" \"is\" \"green\" \"+\")" }, "triple12": null }

{ "rule1": { "text": "If someone is big and blue and green then they are red.", "representation": "(((\"someone\" \"is\" \"big\" \"+\") (\"someone\" \"is\" \"blue\" \"+\") (\"someone\" \"is\" \"green\" \"+\")) -> (\"someone\" \"is\" \"red\" \"+\"))" }, "rule2": { "text": "If someone is cold and green then they are round.", "representation": "(((\"someone\" \"is\" \"cold\" \"+\") (\"someone\" \"is\" \"green\" \"+\")) -> (\"someone\" \"is\" \"round\" \"+\"))" }, "rule3": { "text": "If someone is round and kind then they are big.", "representation": "(((\"someone\" \"is\" \"round\" \"+\") (\"someone\" \"is\" \"kind\" \"+\")) -> (\"someone\" \"is\" \"big\" \"+\"))" }, "rule4": { "text": "If someone is big and blue then they are green.", "representation": "(((\"someone\" \"is\" \"big\" \"+\") (\"someone\" \"is\" \"blue\" \"+\")) -> (\"someone\" \"is\" \"green\" \"+\"))" }, "rule5": null, "rule6": null, "rule7": null }

{ "Q1": { "question": "Charlie is blue.", "answer": "True", "QDep": 0, "QLen": "1", "strategy": "proof", "proofs": "[(triple3)]", "representation": "(\"Charlie\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple3", "intermediates": [] } ] }, "Q2": { "question": "Gary is not big.", "answer": "False", "QDep": 0, "QLen": "1", "strategy": "inv-proof", "proofs": "[(triple8)]", "representation": "(\"Gary\" \"is\" \"big\" \"-\")", "proofsWithIntermediates": [ { "representation": "triple8", "intermediates": [] } ] }, "Q3": { "question": "Eric is big.", "answer": "True", "QDep": 1, "QLen": "3", "strategy": "proof", "proofs": "[(((triple4 triple5) -> rule3))]", "representation": "(\"Eric\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple4 triple5) -> (rule3 % int1))", "intermediates": [ { "text": "Eric is big.", "representation": "(\"Eric\" \"is\" \"big\" \"+\")", "id": "int1" } ] } ] }, "Q4": { "question": "Eric is not big.", "answer": "False", "QDep": 1, "QLen": "3", "strategy": "inv-proof", "proofs": "[(((triple4 triple5) -> rule3))]", "representation": "(\"Eric\" \"is\" \"big\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple4 triple5) -> (rule3 % int1))", "intermediates": [ { "text": "Eric is big.", "representation": "(\"Eric\" \"is\" \"big\" \"+\")", "id": "int1" } ] } ] }, "Q5": { "question": "Eric is green.", "answer": "True", "QDep": 2, "QLen": "5", "strategy": "proof", "proofs": "[(((((triple4 triple5) -> rule3) triple6) -> rule4))]", "representation": "(\"Eric\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple4 triple5) -> (rule3 % int2)) triple6) -> (rule4 % int1))", "intermediates": [ { "text": "Eric is green.", "representation": "(\"Eric\" \"is\" \"green\" \"+\")", "id": "int1" }, { "text": "Eric is big.", "representation": "(\"Eric\" \"is\" \"big\" \"+\")", "id": "int2" } ] } ] }, "Q6": { "question": "Eric is not green.", "answer": "False", "QDep": 2, "QLen": "5", "strategy": "inv-proof", "proofs": "[(((((triple4 triple5) -> rule3) triple6) -> rule4))]", "representation": "(\"Eric\" \"is\" \"green\" \"-\")", "proofsWithIntermediates": [ { "representation": "((((triple4 triple5) -> (rule3 % int2)) triple6) -> (rule4 % int1))", "intermediates": [ { "text": "Eric is green.", "representation": "(\"Eric\" \"is\" \"green\" \"+\")", "id": "int1" }, { "text": "Eric is big.", "representation": "(\"Eric\" \"is\" \"big\" \"+\")", "id": "int2" } ] } ] }, "Q7": { "question": "Eric is red.", "answer": "True", "QDep": 3, "QLen": "10", "strategy": "proof", "proofs": "[(((((triple4 triple5) -> rule3) triple6 ((((triple4 triple5) -> rule3) triple6) -> rule4)) -> rule1))]", "representation": "(\"Eric\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple4 triple5) -> (rule3 % int3)) triple6 ((((triple4 triple5) -> (rule3 % int3)) triple6) -> (rule4 % int2))) -> (rule1 % int1))", "intermediates": [ { "text": "Eric is red.", "representation": "(\"Eric\" \"is\" \"red\" \"+\")", "id": "int1" }, { "text": "Eric is green.", "representation": "(\"Eric\" \"is\" \"green\" \"+\")", "id": "int2" }, { "text": "Eric is big.", "representation": "(\"Eric\" \"is\" \"big\" \"+\")", "id": "int3" } ] } ] }, "Q8": { "question": "Eric is not red.", "answer": "False", "QDep": 3, "QLen": "10", "strategy": "inv-proof", "proofs": "[(((((triple4 triple5) -> rule3) triple6 ((((triple4 triple5) -> rule3) triple6) -> rule4)) -> rule1))]", "representation": "(\"Eric\" \"is\" \"red\" \"-\")", "proofsWithIntermediates": [ { "representation": "((((triple4 triple5) -> (rule3 % int3)) triple6 ((((triple4 triple5) -> (rule3 % int3)) triple6) -> (rule4 % int2))) -> (rule1 % int1))", "intermediates": [ { "text": "Eric is red.", "representation": "(\"Eric\" \"is\" \"red\" \"+\")", "id": "int1" }, { "text": "Eric is green.", "representation": "(\"Eric\" \"is\" \"green\" \"+\")", "id": "int2" }, { "text": "Eric is big.", "representation": "(\"Eric\" \"is\" \"big\" \"+\")", "id": "int3" } ] } ] }, "Q9": { "question": "Gary is not red.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Gary is red.[CWA. Example of deepest failure = (rule1 <- FAIL)]]", "representation": "(\"Gary\" \"is\" \"red\" \"-\")", "proofsWithIntermediates": null }, "Q10": { "question": "Charlie is green.", "answer": "Unknown", "QDep": 2, "QLen": "", "strategy": "rconc", "proofs": "[@2: Charlie is green.[CWA. Example of deepest failure = (rule4 <- rule3 <- FAIL)]]", "representation": "(\"Charlie\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": null }, "Q11": { "question": "Charlie is not big.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Charlie is big.[CWA. Example of deepest failure = (rule3 <- FAIL)]]", "representation": "(\"Charlie\" \"is\" \"big\" \"-\")", "proofsWithIntermediates": null }, "Q12": { "question": "Harry is big.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "rconc", "proofs": "[@1: Harry is big.[CWA. Example of deepest failure = (rule3 <- FAIL)]]", "representation": "(\"Harry\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": null }, "Q13": { "question": "Harry is not blue.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Harry is blue.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Harry\" \"is\" \"blue\" \"-\")" }, "Q14": { "question": "Eric is cold.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Eric is cold.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Eric\" \"is\" \"cold\" \"+\")" }, "Q15": { "question": "Charlie is not young.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Charlie is young.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Charlie\" \"is\" \"young\" \"-\")" }, "Q16": { "question": "Eric is nice.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Eric is nice.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Eric\" \"is\" \"nice\" \"+\")" }, "Q17": null, "Q18": null, "Q19": null, "Q20": null, "Q21": null, "Q22": null, "Q23": null, "Q24": null }

[ { "text": "Charlie is blue.", "QDep": 0, "representation": "(\"Charlie\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple3", "intermediates": [] } ] }, { "text": "Charlie is nice.", "QDep": 0, "representation": "(\"Charlie\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple2", "intermediates": [] } ] }, { "text": "Charlie is round.", "QDep": 0, "representation": "(\"Charlie\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple1", "intermediates": [] } ] }, { "text": "Eric is blue.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple6", "intermediates": [] } ] }, { "text": "Eric is kind.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple5", "intermediates": [] } ] }, { "text": "Eric is round.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple4", "intermediates": [] } ] }, { "text": "Gary is big.", "QDep": 0, "representation": "(\"Gary\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple8", "intermediates": [] } ] }, { "text": "Gary is round.", "QDep": 0, "representation": "(\"Gary\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple7", "intermediates": [] } ] }, { "text": "Harry is green.", "QDep": 0, "representation": "(\"Harry\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple11", "intermediates": [] } ] }, { "text": "Harry is red.", "QDep": 0, "representation": "(\"Harry\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple10", "intermediates": [] } ] }, { "text": "Harry is round.", "QDep": 0, "representation": "(\"Harry\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple9", "intermediates": [] } ] }, { "text": "Eric is big.", "QDep": 1, "representation": "(\"Eric\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple4 triple5) -> (rule3 % int1))", "intermediates": [ { "text": "Eric is big.", "representation": "(\"Eric\" \"is\" \"big\" \"+\")", "id": "int1" } ] } ] }, { "text": "Eric is green.", "QDep": 2, "representation": "(\"Eric\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple4 triple5) -> (rule3 % int2)) triple6) -> (rule4 % int1))", "intermediates": [ { "text": "Eric is green.", "representation": "(\"Eric\" \"is\" \"green\" \"+\")", "id": "int1" }, { "text": "Eric is big.", "representation": "(\"Eric\" \"is\" \"big\" \"+\")", "id": "int2" } ] } ] }, { "text": "Eric is red.", "QDep": 3, "representation": "(\"Eric\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple4 triple5) -> (rule3 % int3)) triple6 ((((triple4 triple5) -> (rule3 % int3)) triple6) -> (rule4 % int2))) -> (rule1 % int1))", "intermediates": [ { "text": "Eric is red.", "representation": "(\"Eric\" \"is\" \"red\" \"+\")", "id": "int1" }, { "text": "Eric is green.", "representation": "(\"Eric\" \"is\" \"green\" \"+\")", "id": "int2" }, { "text": "Eric is big.", "representation": "(\"Eric\" \"is\" \"big\" \"+\")", "id": "int3" } ] } ] } ]

{ "triple1": "sent1", "triple2": "sent1", "triple3": "sent1", "triple4": "sent2", "triple5": "sent2", "triple6": "sent2", "triple7": "sent3", "triple8": "sent3", "triple9": "sent4", "triple10": "sent4", "rule1": "sent5", "rule2": "sent6", "rule3": "sent7", "rule4": "sent8", "rule5": null, "rule6": null, "rule7": null, "triple11": "sent4", "triple12": null }

{ "sent1": "Charlie is round in the middle and extraordinarily nice but he's also blue because people don't always treat him well.", "sent2": "Eric is kind and round; Being round makes him a bit blue.", "sent3": "That man standing next to you with a big round body goes by the name of Gary.", "sent4": "Harry's a round guy, and a red and green guy.", "sent5": "A big person who also feels blue and a bit green are usually wearing red.", "sent6": "Cold, green people have a habit of eating alot and looking quite round.", "sent7": "Generally, round and kind people are big.", "sent8": "Being big and blue is standard for being green.", "sent9": null, "sent10": null, "sent11": null }

{ "triple1": { "text": "Charlie is round.", "representation": "(\"Charlie\" \"is\" \"round\" \"+\")" }, "triple2": { "text": "Charlie is green.", "representation": "(\"Charlie\" \"is\" \"green\" \"+\")" }, "triple3": { "text": "Charlie is cold.", "representation": "(\"Charlie\" \"is\" \"cold\" \"+\")" }, "triple4": { "text": "Charlie is big.", "representation": "(\"Charlie\" \"is\" \"big\" \"+\")" }, "triple5": { "text": "Dave is round.", "representation": "(\"Dave\" \"is\" \"round\" \"+\")" }, "triple6": { "text": "Dave is green.", "representation": "(\"Dave\" \"is\" \"green\" \"+\")" }, "triple7": { "text": "Fred is nice.", "representation": "(\"Fred\" \"is\" \"nice\" \"+\")" }, "triple8": { "text": "Fred is cold.", "representation": "(\"Fred\" \"is\" \"cold\" \"+\")" }, "triple9": { "text": "Fred is blue.", "representation": "(\"Fred\" \"is\" \"blue\" \"+\")" }, "triple10": { "text": "Fred is big.", "representation": "(\"Fred\" \"is\" \"big\" \"+\")" }, "triple11": { "text": "Harry is red.", "representation": "(\"Harry\" \"is\" \"red\" \"+\")" }, "triple12": null }

{ "rule1": { "text": "If someone is rough then they are nice.", "representation": "(((\"someone\" \"is\" \"rough\" \"+\")) -> (\"someone\" \"is\" \"nice\" \"+\"))" }, "rule2": { "text": "If someone is cold and big then they are rough.", "representation": "(((\"someone\" \"is\" \"cold\" \"+\") (\"someone\" \"is\" \"big\" \"+\")) -> (\"someone\" \"is\" \"rough\" \"+\"))" }, "rule3": { "text": "If someone is red and big and cold then they are kind.", "representation": "(((\"someone\" \"is\" \"red\" \"+\") (\"someone\" \"is\" \"big\" \"+\") (\"someone\" \"is\" \"cold\" \"+\")) -> (\"someone\" \"is\" \"kind\" \"+\"))" }, "rule4": { "text": "If someone is blue and big then they are kind.", "representation": "(((\"someone\" \"is\" \"blue\" \"+\") (\"someone\" \"is\" \"big\" \"+\")) -> (\"someone\" \"is\" \"kind\" \"+\"))" }, "rule5": { "text": "If someone is rough and green then they are blue.", "representation": "(((\"someone\" \"is\" \"rough\" \"+\") (\"someone\" \"is\" \"green\" \"+\")) -> (\"someone\" \"is\" \"blue\" \"+\"))" }, "rule6": { "text": "If someone is green and kind then they are young.", "representation": "(((\"someone\" \"is\" \"green\" \"+\") (\"someone\" \"is\" \"kind\" \"+\")) -> (\"someone\" \"is\" \"young\" \"+\"))" }, "rule7": { "text": "If someone is kind and big then they are cold.", "representation": "(((\"someone\" \"is\" \"kind\" \"+\") (\"someone\" \"is\" \"big\" \"+\")) -> (\"someone\" \"is\" \"cold\" \"+\"))" } }

{ "Q1": { "question": "Dave is green.", "answer": "True", "QDep": 0, "QLen": "1", "strategy": "proof", "proofs": "[(triple6)]", "representation": "(\"Dave\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple6", "intermediates": [] } ] }, "Q2": { "question": "Fred is not big.", "answer": "False", "QDep": 0, "QLen": "1", "strategy": "inv-proof", "proofs": "[(triple10)]", "representation": "(\"Fred\" \"is\" \"big\" \"-\")", "proofsWithIntermediates": [ { "representation": "triple10", "intermediates": [] } ] }, "Q3": { "question": "Fred is rough.", "answer": "True", "QDep": 1, "QLen": "3", "strategy": "proof", "proofs": "[(((triple8 triple10) -> rule2) OR ((((((triple9 triple10) -> rule4) triple10) -> rule7) triple10) -> rule2))]", "representation": "(\"Fred\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple8 triple10) -> (rule2 % int1))", "intermediates": [ { "text": "Fred is rough.", "representation": "(\"Fred\" \"is\" \"rough\" \"+\")", "id": "int1" } ] }, { "representation": "((((((triple9 triple10) -> (rule4 % int3)) triple10) -> (rule7 % int2)) triple10) -> (rule2 % int1))", "intermediates": [ { "text": "Fred is rough.", "representation": "(\"Fred\" \"is\" \"rough\" \"+\")", "id": "int1" }, { "text": "Fred is cold.", "representation": "(\"Fred\" \"is\" \"cold\" \"+\")", "id": "int2" }, { "text": "Fred is kind.", "representation": "(\"Fred\" \"is\" \"kind\" \"+\")", "id": "int3" } ] } ] }, "Q4": { "question": "Charlie is not rough.", "answer": "False", "QDep": 1, "QLen": "3", "strategy": "inv-proof", "proofs": "[(((triple3 triple4) -> rule2))]", "representation": "(\"Charlie\" \"is\" \"rough\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple3 triple4) -> (rule2 % int1))", "intermediates": [ { "text": "Charlie is rough.", "representation": "(\"Charlie\" \"is\" \"rough\" \"+\")", "id": "int1" } ] } ] }, "Q5": { "question": "Charlie is nice.", "answer": "True", "QDep": 2, "QLen": "4", "strategy": "proof", "proofs": "[(((((triple3 triple4) -> rule2)) -> rule1))]", "representation": "(\"Charlie\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple3 triple4) -> (rule2 % int2))) -> (rule1 % int1))", "intermediates": [ { "text": "Charlie is nice.", "representation": "(\"Charlie\" \"is\" \"nice\" \"+\")", "id": "int1" }, { "text": "Charlie is rough.", "representation": "(\"Charlie\" \"is\" \"rough\" \"+\")", "id": "int2" } ] } ] }, "Q6": { "question": "Charlie is not nice.", "answer": "False", "QDep": 2, "QLen": "4", "strategy": "inv-proof", "proofs": "[(((((triple3 triple4) -> rule2)) -> rule1))]", "representation": "(\"Charlie\" \"is\" \"nice\" \"-\")", "proofsWithIntermediates": [ { "representation": "((((triple3 triple4) -> (rule2 % int2))) -> (rule1 % int1))", "intermediates": [ { "text": "Charlie is nice.", "representation": "(\"Charlie\" \"is\" \"nice\" \"+\")", "id": "int1" }, { "text": "Charlie is rough.", "representation": "(\"Charlie\" \"is\" \"rough\" \"+\")", "id": "int2" } ] } ] }, "Q7": { "question": "Charlie is kind.", "answer": "True", "QDep": 3, "QLen": "7", "strategy": "proof", "proofs": "[(((((((triple3 triple4) -> rule2) triple2) -> rule5) triple4) -> rule4))]", "representation": "(\"Charlie\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((((triple3 triple4) -> (rule2 % int3)) triple2) -> (rule5 % int2)) triple4) -> (rule4 % int1))", "intermediates": [ { "text": "Charlie is kind.", "representation": "(\"Charlie\" \"is\" \"kind\" \"+\")", "id": "int1" }, { "text": "Charlie is blue.", "representation": "(\"Charlie\" \"is\" \"blue\" \"+\")", "id": "int2" }, { "text": "Charlie is rough.", "representation": "(\"Charlie\" \"is\" \"rough\" \"+\")", "id": "int3" } ] } ] }, "Q8": { "question": "Charlie is not kind.", "answer": "False", "QDep": 3, "QLen": "7", "strategy": "inv-proof", "proofs": "[(((((((triple3 triple4) -> rule2) triple2) -> rule5) triple4) -> rule4))]", "representation": "(\"Charlie\" \"is\" \"kind\" \"-\")", "proofsWithIntermediates": [ { "representation": "((((((triple3 triple4) -> (rule2 % int3)) triple2) -> (rule5 % int2)) triple4) -> (rule4 % int1))", "intermediates": [ { "text": "Charlie is kind.", "representation": "(\"Charlie\" \"is\" \"kind\" \"+\")", "id": "int1" }, { "text": "Charlie is blue.", "representation": "(\"Charlie\" \"is\" \"blue\" \"+\")", "id": "int2" }, { "text": "Charlie is rough.", "representation": "(\"Charlie\" \"is\" \"rough\" \"+\")", "id": "int3" } ] } ] }, "Q9": { "question": "Charlie is young.", "answer": "True", "QDep": 4, "QLen": "9", "strategy": "proof", "proofs": "[(((triple2 ((((((triple3 triple4) -> rule2) triple2) -> rule5) triple4) -> rule4)) -> rule6))]", "representation": "(\"Charlie\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple2 ((((((triple3 triple4) -> (rule2 % int4)) triple2) -> (rule5 % int3)) triple4) -> (rule4 % int2))) -> (rule6 % int1))", "intermediates": [ { "text": "Charlie is young.", "representation": "(\"Charlie\" \"is\" \"young\" \"+\")", "id": "int1" }, { "text": "Charlie is kind.", "representation": "(\"Charlie\" \"is\" \"kind\" \"+\")", "id": "int2" }, { "text": "Charlie is blue.", "representation": "(\"Charlie\" \"is\" \"blue\" \"+\")", "id": "int3" }, { "text": "Charlie is rough.", "representation": "(\"Charlie\" \"is\" \"rough\" \"+\")", "id": "int4" } ] } ] }, "Q10": { "question": "Charlie is not young.", "answer": "False", "QDep": 4, "QLen": "9", "strategy": "inv-proof", "proofs": "[(((triple2 ((((((triple3 triple4) -> rule2) triple2) -> rule5) triple4) -> rule4)) -> rule6))]", "representation": "(\"Charlie\" \"is\" \"young\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple2 ((((((triple3 triple4) -> (rule2 % int4)) triple2) -> (rule5 % int3)) triple4) -> (rule4 % int2))) -> (rule6 % int1))", "intermediates": [ { "text": "Charlie is young.", "representation": "(\"Charlie\" \"is\" \"young\" \"+\")", "id": "int1" }, { "text": "Charlie is kind.", "representation": "(\"Charlie\" \"is\" \"kind\" \"+\")", "id": "int2" }, { "text": "Charlie is blue.", "representation": "(\"Charlie\" \"is\" \"blue\" \"+\")", "id": "int3" }, { "text": "Charlie is rough.", "representation": "(\"Charlie\" \"is\" \"rough\" \"+\")", "id": "int4" } ] } ] }, "Q11": { "question": "Harry is not kind.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Harry is kind.[CWA. Example of deepest failure = (rule3 <- FAIL)]]", "representation": "(\"Harry\" \"is\" \"kind\" \"-\")", "proofsWithIntermediates": null }, "Q12": { "question": "Harry is cold.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "rconc", "proofs": "[@1: Harry is cold.[CWA. Example of deepest failure = (rule7 <- FAIL)]]", "representation": "(\"Harry\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": null }, "Q13": { "question": "Dave is not blue.", "answer": "Unknown", "QDep": 2, "QLen": "", "strategy": "inv-rconc", "proofs": "[@2: Dave is blue.[CWA. Example of deepest failure = (rule5 <- rule2 <- FAIL)]]", "representation": "(\"Dave\" \"is\" \"blue\" \"-\")" }, "Q14": { "question": "Dave is nice.", "answer": "Unknown", "QDep": 2, "QLen": "", "strategy": "rconc", "proofs": "[@2: Dave is nice.[CWA. Example of deepest failure = (rule1 <- rule2 <- FAIL)]]", "representation": "(\"Dave\" \"is\" \"nice\" \"+\")" }, "Q15": { "question": "Dave is not cold.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Dave is cold.[CWA. Example of deepest failure = (rule7 <- FAIL)]]", "representation": "(\"Dave\" \"is\" \"cold\" \"-\")" }, "Q16": { "question": "Harry is big.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Harry is big.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Harry\" \"is\" \"big\" \"+\")" }, "Q17": { "question": "Harry is not green.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Harry is green.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Harry\" \"is\" \"green\" \"-\")" }, "Q18": { "question": "Fred is round.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Fred is round.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Fred\" \"is\" \"round\" \"+\")" }, "Q19": { "question": "Harry is not round.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Harry is round.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Harry\" \"is\" \"round\" \"-\")" }, "Q20": { "question": "Dave is big.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Dave is big.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Dave\" \"is\" \"big\" \"+\")" }, "Q21": null, "Q22": null, "Q23": null, "Q24": null }

[ { "text": "Charlie is big.", "QDep": 0, "representation": "(\"Charlie\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple4", "intermediates": [] } ] }, { "text": "Charlie is cold.", "QDep": 0, "representation": "(\"Charlie\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple3", "intermediates": [] } ] }, { "text": "Charlie is green.", "QDep": 0, "representation": "(\"Charlie\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple2", "intermediates": [] } ] }, { "text": "Charlie is round.", "QDep": 0, "representation": "(\"Charlie\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple1", "intermediates": [] } ] }, { "text": "Dave is green.", "QDep": 0, "representation": "(\"Dave\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple6", "intermediates": [] } ] }, { "text": "Dave is round.", "QDep": 0, "representation": "(\"Dave\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple5", "intermediates": [] } ] }, { "text": "Fred is big.", "QDep": 0, "representation": "(\"Fred\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple10", "intermediates": [] } ] }, { "text": "Fred is blue.", "QDep": 0, "representation": "(\"Fred\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple9", "intermediates": [] } ] }, { "text": "Fred is cold.", "QDep": 0, "representation": "(\"Fred\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple8", "intermediates": [] }, { "representation": "((((triple9 triple10) -> (rule4 % int2)) triple10) -> (rule7 % int1))", "intermediates": [ { "text": "Fred is cold.", "representation": "(\"Fred\" \"is\" \"cold\" \"+\")", "id": "int1" }, { "text": "Fred is kind.", "representation": "(\"Fred\" \"is\" \"kind\" \"+\")", "id": "int2" } ] } ] }, { "text": "Fred is nice.", "QDep": 0, "representation": "(\"Fred\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple7", "intermediates": [] }, { "representation": "((((triple8 triple10) -> (rule2 % int2))) -> (rule1 % int1))", "intermediates": [ { "text": "Fred is nice.", "representation": "(\"Fred\" \"is\" \"nice\" \"+\")", "id": "int1" }, { "text": "Fred is rough.", "representation": "(\"Fred\" \"is\" \"rough\" \"+\")", "id": "int2" } ] }, { "representation": "((((((((triple9 triple10) -> (rule4 % int4)) triple10) -> (rule7 % int3)) triple10) -> (rule2 % int2))) -> (rule1 % int1))", "intermediates": [ { "text": "Fred is nice.", "representation": "(\"Fred\" \"is\" \"nice\" \"+\")", "id": "int1" }, { "text": "Fred is rough.", "representation": "(\"Fred\" \"is\" \"rough\" \"+\")", "id": "int2" }, { "text": "Fred is cold.", "representation": "(\"Fred\" \"is\" \"cold\" \"+\")", "id": "int3" }, { "text": "Fred is kind.", "representation": "(\"Fred\" \"is\" \"kind\" \"+\")", "id": "int4" } ] } ] }, { "text": "Harry is red.", "QDep": 0, "representation": "(\"Harry\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple11", "intermediates": [] } ] }, { "text": "Charlie is rough.", "QDep": 1, "representation": "(\"Charlie\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple3 triple4) -> (rule2 % int1))", "intermediates": [ { "text": "Charlie is rough.", "representation": "(\"Charlie\" \"is\" \"rough\" \"+\")", "id": "int1" } ] } ] }, { "text": "Fred is kind.", "QDep": 1, "representation": "(\"Fred\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple9 triple10) -> (rule4 % int1))", "intermediates": [ { "text": "Fred is kind.", "representation": "(\"Fred\" \"is\" \"kind\" \"+\")", "id": "int1" } ] } ] }, { "text": "Fred is rough.", "QDep": 1, "representation": "(\"Fred\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple8 triple10) -> (rule2 % int1))", "intermediates": [ { "text": "Fred is rough.", "representation": "(\"Fred\" \"is\" \"rough\" \"+\")", "id": "int1" } ] }, { "representation": "((((((triple9 triple10) -> (rule4 % int3)) triple10) -> (rule7 % int2)) triple10) -> (rule2 % int1))", "intermediates": [ { "text": "Fred is rough.", "representation": "(\"Fred\" \"is\" \"rough\" \"+\")", "id": "int1" }, { "text": "Fred is cold.", "representation": "(\"Fred\" \"is\" \"cold\" \"+\")", "id": "int2" }, { "text": "Fred is kind.", "representation": "(\"Fred\" \"is\" \"kind\" \"+\")", "id": "int3" } ] } ] }, { "text": "Charlie is blue.", "QDep": 2, "representation": "(\"Charlie\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple3 triple4) -> (rule2 % int2)) triple2) -> (rule5 % int1))", "intermediates": [ { "text": "Charlie is blue.", "representation": "(\"Charlie\" \"is\" \"blue\" \"+\")", "id": "int1" }, { "text": "Charlie is rough.", "representation": "(\"Charlie\" \"is\" \"rough\" \"+\")", "id": "int2" } ] } ] }, { "text": "Charlie is nice.", "QDep": 2, "representation": "(\"Charlie\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple3 triple4) -> (rule2 % int2))) -> (rule1 % int1))", "intermediates": [ { "text": "Charlie is nice.", "representation": "(\"Charlie\" \"is\" \"nice\" \"+\")", "id": "int1" }, { "text": "Charlie is rough.", "representation": "(\"Charlie\" \"is\" \"rough\" \"+\")", "id": "int2" } ] } ] }, { "text": "Charlie is kind.", "QDep": 3, "representation": "(\"Charlie\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((((triple3 triple4) -> (rule2 % int3)) triple2) -> (rule5 % int2)) triple4) -> (rule4 % int1))", "intermediates": [ { "text": "Charlie is kind.", "representation": "(\"Charlie\" \"is\" \"kind\" \"+\")", "id": "int1" }, { "text": "Charlie is blue.", "representation": "(\"Charlie\" \"is\" \"blue\" \"+\")", "id": "int2" }, { "text": "Charlie is rough.", "representation": "(\"Charlie\" \"is\" \"rough\" \"+\")", "id": "int3" } ] } ] }, { "text": "Charlie is young.", "QDep": 4, "representation": "(\"Charlie\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple2 ((((((triple3 triple4) -> (rule2 % int4)) triple2) -> (rule5 % int3)) triple4) -> (rule4 % int2))) -> (rule6 % int1))", "intermediates": [ { "text": "Charlie is young.", "representation": "(\"Charlie\" \"is\" \"young\" \"+\")", "id": "int1" }, { "text": "Charlie is kind.", "representation": "(\"Charlie\" \"is\" \"kind\" \"+\")", "id": "int2" }, { "text": "Charlie is blue.", "representation": "(\"Charlie\" \"is\" \"blue\" \"+\")", "id": "int3" }, { "text": "Charlie is rough.", "representation": "(\"Charlie\" \"is\" \"rough\" \"+\")", "id": "int4" } ] } ] } ]

{ "triple1": "sent1", "triple2": "sent1", "triple3": "sent1", "triple4": "sent1", "triple5": "sent2", "triple6": "sent2", "triple7": "sent3", "triple8": "sent3", "triple9": "sent3", "triple10": "sent3", "rule1": "sent5", "rule2": "sent6", "rule3": "sent7", "rule4": "sent8", "rule5": "sent9", "rule6": "sent10", "rule7": "sent11", "triple11": "sent4", "triple12": null }

{ "sent1": "Big, round Charlie is cold and very green.", "sent2": "Dave is round shaped and green colored.", "sent3": "If you met Fred you would find him nice, blue, cold and quite big.", "sent4": "Red Harry is what folks call him, because he is quite red.", "sent5": "Rough people are often always nice.", "sent6": "Big people that are cold will show you how rough they actually are.", "sent7": "It's impossible for someone to be red, big, and cold without them also being kind.", "sent8": "A big and blue colored person is also certainly very kind.", "sent9": "A green and quite rough person will also be blue.", "sent10": "Kind people who look green are almost always young in age.", "sent11": "Big kind people are usually cold." }

{ "triple1": { "text": "Eric is young.", "representation": "(\"Eric\" \"is\" \"young\" \"+\")" }, "triple2": { "text": "Fred is rough.", "representation": "(\"Fred\" \"is\" \"rough\" \"+\")" }, "triple3": { "text": "Fred is nice.", "representation": "(\"Fred\" \"is\" \"nice\" \"+\")" }, "triple4": { "text": "Fred is kind.", "representation": "(\"Fred\" \"is\" \"kind\" \"+\")" }, "triple5": { "text": "Fred is green.", "representation": "(\"Fred\" \"is\" \"green\" \"+\")" }, "triple6": { "text": "Fred is big.", "representation": "(\"Fred\" \"is\" \"big\" \"+\")" }, "triple7": { "text": "Harry is round.", "representation": "(\"Harry\" \"is\" \"round\" \"+\")" }, "triple8": { "text": "Harry is rough.", "representation": "(\"Harry\" \"is\" \"rough\" \"+\")" }, "triple9": { "text": "Harry is red.", "representation": "(\"Harry\" \"is\" \"red\" \"+\")" }, "triple10": { "text": "Harry is nice.", "representation": "(\"Harry\" \"is\" \"nice\" \"+\")" }, "triple11": { "text": "Harry is green.", "representation": "(\"Harry\" \"is\" \"green\" \"+\")" }, "triple12": null }

{ "rule1": { "text": "If someone is rough and green then they are young.", "representation": "(((\"someone\" \"is\" \"rough\" \"+\") (\"someone\" \"is\" \"green\" \"+\")) -> (\"someone\" \"is\" \"young\" \"+\"))" }, "rule2": { "text": "If someone is big and young and round then they are red.", "representation": "(((\"someone\" \"is\" \"big\" \"+\") (\"someone\" \"is\" \"young\" \"+\") (\"someone\" \"is\" \"round\" \"+\")) -> (\"someone\" \"is\" \"red\" \"+\"))" }, "rule3": { "text": "If someone is rough and round then they are kind.", "representation": "(((\"someone\" \"is\" \"rough\" \"+\") (\"someone\" \"is\" \"round\" \"+\")) -> (\"someone\" \"is\" \"kind\" \"+\"))" }, "rule4": { "text": "If someone is kind and nice and red then they are big.", "representation": "(((\"someone\" \"is\" \"kind\" \"+\") (\"someone\" \"is\" \"nice\" \"+\") (\"someone\" \"is\" \"red\" \"+\")) -> (\"someone\" \"is\" \"big\" \"+\"))" }, "rule5": { "text": "If someone is cold and green and big then they are round.", "representation": "(((\"someone\" \"is\" \"cold\" \"+\") (\"someone\" \"is\" \"green\" \"+\") (\"someone\" \"is\" \"big\" \"+\")) -> (\"someone\" \"is\" \"round\" \"+\"))" }, "rule6": { "text": "If someone is rough and young then they are round.", "representation": "(((\"someone\" \"is\" \"rough\" \"+\") (\"someone\" \"is\" \"young\" \"+\")) -> (\"someone\" \"is\" \"round\" \"+\"))" }, "rule7": { "text": "If someone is kind then they are blue.", "representation": "(((\"someone\" \"is\" \"kind\" \"+\")) -> (\"someone\" \"is\" \"blue\" \"+\"))" } }

{ "Q1": { "question": "Fred is nice.", "answer": "True", "QDep": 0, "QLen": "1", "strategy": "proof", "proofs": "[(triple3)]", "representation": "(\"Fred\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple3", "intermediates": [] } ] }, "Q2": { "question": "Fred is not big.", "answer": "False", "QDep": 0, "QLen": "1", "strategy": "inv-proof", "proofs": "[(triple6)]", "representation": "(\"Fred\" \"is\" \"big\" \"-\")", "proofsWithIntermediates": [ { "representation": "triple6", "intermediates": [] } ] }, "Q3": { "question": "Harry is young.", "answer": "True", "QDep": 1, "QLen": "3", "strategy": "proof", "proofs": "[(((triple8 triple11) -> rule1))]", "representation": "(\"Harry\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple8 triple11) -> (rule1 % int1))", "intermediates": [ { "text": "Harry is young.", "representation": "(\"Harry\" \"is\" \"young\" \"+\")", "id": "int1" } ] } ] }, "Q4": { "question": "Fred is not blue.", "answer": "False", "QDep": 1, "QLen": "2", "strategy": "inv-proof", "proofs": "[(((triple4) -> rule7) OR ((((triple2 ((triple2 ((triple2 triple5) -> rule1)) -> rule6)) -> rule3)) -> rule7))]", "representation": "(\"Fred\" \"is\" \"blue\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple4) -> (rule7 % int1))", "intermediates": [ { "text": "Fred is blue.", "representation": "(\"Fred\" \"is\" \"blue\" \"+\")", "id": "int1" } ] }, { "representation": "((((triple2 ((triple2 ((triple2 triple5) -> (rule1 % int4))) -> (rule6 % int3))) -> (rule3 % int2))) -> (rule7 % int1))", "intermediates": [ { "text": "Fred is blue.", "representation": "(\"Fred\" \"is\" \"blue\" \"+\")", "id": "int1" }, { "text": "Fred is kind.", "representation": "(\"Fred\" \"is\" \"kind\" \"+\")", "id": "int2" }, { "text": "Fred is round.", "representation": "(\"Fred\" \"is\" \"round\" \"+\")", "id": "int3" }, { "text": "Fred is young.", "representation": "(\"Fred\" \"is\" \"young\" \"+\")", "id": "int4" } ] } ] }, "Q5": { "question": "Harry is blue.", "answer": "True", "QDep": 2, "QLen": "4", "strategy": "proof", "proofs": "[(((((triple8 triple7) -> rule3)) -> rule7) OR ((((triple8 ((triple8 ((triple8 triple11) -> rule1)) -> rule6)) -> rule3)) -> rule7))]", "representation": "(\"Harry\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple8 triple7) -> (rule3 % int2))) -> (rule7 % int1))", "intermediates": [ { "text": "Harry is blue.", "representation": "(\"Harry\" \"is\" \"blue\" \"+\")", "id": "int1" }, { "text": "Harry is kind.", "representation": "(\"Harry\" \"is\" \"kind\" \"+\")", "id": "int2" } ] }, { "representation": "((((triple8 ((triple8 ((triple8 triple11) -> (rule1 % int4))) -> (rule6 % int3))) -> (rule3 % int2))) -> (rule7 % int1))", "intermediates": [ { "text": "Harry is blue.", "representation": "(\"Harry\" \"is\" \"blue\" \"+\")", "id": "int1" }, { "text": "Harry is kind.", "representation": "(\"Harry\" \"is\" \"kind\" \"+\")", "id": "int2" }, { "text": "Harry is round.", "representation": "(\"Harry\" \"is\" \"round\" \"+\")", "id": "int3" }, { "text": "Harry is young.", "representation": "(\"Harry\" \"is\" \"young\" \"+\")", "id": "int4" } ] } ] }, "Q6": { "question": "Harry is not big.", "answer": "False", "QDep": 2, "QLen": "6", "strategy": "inv-proof", "proofs": "[(((((triple8 triple7) -> rule3) triple10 triple9) -> rule4) OR ((((triple8 ((triple8 ((triple8 triple11) -> rule1)) -> rule6)) -> rule3) triple10 triple9) -> rule4))]", "representation": "(\"Harry\" \"is\" \"big\" \"-\")", "proofsWithIntermediates": [ { "representation": "((((triple8 triple7) -> (rule3 % int2)) triple10 triple9) -> (rule4 % int1))", "intermediates": [ { "text": "Harry is big.", "representation": "(\"Harry\" \"is\" \"big\" \"+\")", "id": "int1" }, { "text": "Harry is kind.", "representation": "(\"Harry\" \"is\" \"kind\" \"+\")", "id": "int2" } ] }, { "representation": "((((triple8 ((triple8 ((triple8 triple11) -> (rule1 % int4))) -> (rule6 % int3))) -> (rule3 % int2)) triple10 triple9) -> (rule4 % int1))", "intermediates": [ { "text": "Harry is big.", "representation": "(\"Harry\" \"is\" \"big\" \"+\")", "id": "int1" }, { "text": "Harry is kind.", "representation": "(\"Harry\" \"is\" \"kind\" \"+\")", "id": "int2" }, { "text": "Harry is round.", "representation": "(\"Harry\" \"is\" \"round\" \"+\")", "id": "int3" }, { "text": "Harry is young.", "representation": "(\"Harry\" \"is\" \"young\" \"+\")", "id": "int4" } ] } ] }, "Q7": { "question": "Fred is red.", "answer": "True", "QDep": 3, "QLen": "10", "strategy": "proof", "proofs": "[(((triple6 ((triple2 triple5) -> rule1) ((triple2 ((triple2 triple5) -> rule1)) -> rule6)) -> rule2))]", "representation": "(\"Fred\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple6 ((triple2 triple5) -> (rule1 % int3)) ((triple2 ((triple2 triple5) -> (rule1 % int3))) -> (rule6 % int2))) -> (rule2 % int1))", "intermediates": [ { "text": "Fred is red.", "representation": "(\"Fred\" \"is\" \"red\" \"+\")", "id": "int1" }, { "text": "Fred is round.", "representation": "(\"Fred\" \"is\" \"round\" \"+\")", "id": "int2" }, { "text": "Fred is young.", "representation": "(\"Fred\" \"is\" \"young\" \"+\")", "id": "int3" } ] } ] }, "Q8": { "question": "Fred is not red.", "answer": "False", "QDep": 3, "QLen": "10", "strategy": "inv-proof", "proofs": "[(((triple6 ((triple2 triple5) -> rule1) ((triple2 ((triple2 triple5) -> rule1)) -> rule6)) -> rule2))]", "representation": "(\"Fred\" \"is\" \"red\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple6 ((triple2 triple5) -> (rule1 % int3)) ((triple2 ((triple2 triple5) -> (rule1 % int3))) -> (rule6 % int2))) -> (rule2 % int1))", "intermediates": [ { "text": "Fred is red.", "representation": "(\"Fred\" \"is\" \"red\" \"+\")", "id": "int1" }, { "text": "Fred is round.", "representation": "(\"Fred\" \"is\" \"round\" \"+\")", "id": "int2" }, { "text": "Fred is young.", "representation": "(\"Fred\" \"is\" \"young\" \"+\")", "id": "int3" } ] } ] }, "Q9": { "question": "Eric is not big.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Eric is big.[CWA. Example of deepest failure = (rule4 <- FAIL)]]", "representation": "(\"Eric\" \"is\" \"big\" \"-\")", "proofsWithIntermediates": null }, "Q10": { "question": "Charlie is round.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "rconc", "proofs": "[@1: Charlie is round.[CWA. Example of deepest failure = (rule5 <- FAIL)]]", "representation": "(\"Charlie\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": null }, "Q11": { "question": "Charlie is not red.", "answer": "Unknown", "QDep": 2, "QLen": "", "strategy": "inv-rconc", "proofs": "[@2: Charlie is red.[CWA. Example of deepest failure = (rule2 <- rule4 <- FAIL)]]", "representation": "(\"Charlie\" \"is\" \"red\" \"-\")", "proofsWithIntermediates": null }, "Q12": { "question": "Charlie is blue.", "answer": "Unknown", "QDep": 2, "QLen": "", "strategy": "rconc", "proofs": "[@2: Charlie is blue.[CWA. Example of deepest failure = (rule7 <- rule3 <- FAIL)]]", "representation": "(\"Charlie\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": null }, "Q13": { "question": "Eric is not nice.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Eric is nice.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Eric\" \"is\" \"nice\" \"-\")" }, "Q14": { "question": "Charlie is green.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Charlie is green.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Charlie\" \"is\" \"green\" \"+\")" }, "Q15": { "question": "Charlie is not cold.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Charlie is cold.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Charlie\" \"is\" \"cold\" \"-\")" }, "Q16": { "question": "Eric is cold.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Eric is cold.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Eric\" \"is\" \"cold\" \"+\")" }, "Q17": null, "Q18": null, "Q19": null, "Q20": null, "Q21": null, "Q22": null, "Q23": null, "Q24": null }

[ { "text": "Eric is young.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple1", "intermediates": [] } ] }, { "text": "Fred is big.", "QDep": 0, "representation": "(\"Fred\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple6", "intermediates": [] } ] }, { "text": "Fred is green.", "QDep": 0, "representation": "(\"Fred\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple5", "intermediates": [] } ] }, { "text": "Fred is kind.", "QDep": 0, "representation": "(\"Fred\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple4", "intermediates": [] }, { "representation": "((triple2 ((triple2 ((triple2 triple5) -> (rule1 % int3))) -> (rule6 % int2))) -> (rule3 % int1))", "intermediates": [ { "text": "Fred is kind.", "representation": "(\"Fred\" \"is\" \"kind\" \"+\")", "id": "int1" }, { "text": "Fred is round.", "representation": "(\"Fred\" \"is\" \"round\" \"+\")", "id": "int2" }, { "text": "Fred is young.", "representation": "(\"Fred\" \"is\" \"young\" \"+\")", "id": "int3" } ] } ] }, { "text": "Fred is nice.", "QDep": 0, "representation": "(\"Fred\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple3", "intermediates": [] } ] }, { "text": "Fred is rough.", "QDep": 0, "representation": "(\"Fred\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple2", "intermediates": [] } ] }, { "text": "Harry is green.", "QDep": 0, "representation": "(\"Harry\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple11", "intermediates": [] } ] }, { "text": "Harry is nice.", "QDep": 0, "representation": "(\"Harry\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple10", "intermediates": [] } ] }, { "text": "Harry is red.", "QDep": 0, "representation": "(\"Harry\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple9", "intermediates": [] } ] }, { "text": "Harry is rough.", "QDep": 0, "representation": "(\"Harry\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple8", "intermediates": [] } ] }, { "text": "Harry is round.", "QDep": 0, "representation": "(\"Harry\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple7", "intermediates": [] }, { "representation": "((triple8 ((triple8 triple11) -> (rule1 % int2))) -> (rule6 % int1))", "intermediates": [ { "text": "Harry is round.", "representation": "(\"Harry\" \"is\" \"round\" \"+\")", "id": "int1" }, { "text": "Harry is young.", "representation": "(\"Harry\" \"is\" \"young\" \"+\")", "id": "int2" } ] } ] }, { "text": "Fred is blue.", "QDep": 1, "representation": "(\"Fred\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple4) -> (rule7 % int1))", "intermediates": [ { "text": "Fred is blue.", "representation": "(\"Fred\" \"is\" \"blue\" \"+\")", "id": "int1" } ] }, { "representation": "((((triple2 ((triple2 ((triple2 triple5) -> (rule1 % int4))) -> (rule6 % int3))) -> (rule3 % int2))) -> (rule7 % int1))", "intermediates": [ { "text": "Fred is blue.", "representation": "(\"Fred\" \"is\" \"blue\" \"+\")", "id": "int1" }, { "text": "Fred is kind.", "representation": "(\"Fred\" \"is\" \"kind\" \"+\")", "id": "int2" }, { "text": "Fred is round.", "representation": "(\"Fred\" \"is\" \"round\" \"+\")", "id": "int3" }, { "text": "Fred is young.", "representation": "(\"Fred\" \"is\" \"young\" \"+\")", "id": "int4" } ] } ] }, { "text": "Fred is young.", "QDep": 1, "representation": "(\"Fred\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple2 triple5) -> (rule1 % int1))", "intermediates": [ { "text": "Fred is young.", "representation": "(\"Fred\" \"is\" \"young\" \"+\")", "id": "int1" } ] } ] }, { "text": "Harry is kind.", "QDep": 1, "representation": "(\"Harry\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple8 triple7) -> (rule3 % int1))", "intermediates": [ { "text": "Harry is kind.", "representation": "(\"Harry\" \"is\" \"kind\" \"+\")", "id": "int1" } ] }, { "representation": "((triple8 ((triple8 ((triple8 triple11) -> (rule1 % int3))) -> (rule6 % int2))) -> (rule3 % int1))", "intermediates": [ { "text": "Harry is kind.", "representation": "(\"Harry\" \"is\" \"kind\" \"+\")", "id": "int1" }, { "text": "Harry is round.", "representation": "(\"Harry\" \"is\" \"round\" \"+\")", "id": "int2" }, { "text": "Harry is young.", "representation": "(\"Harry\" \"is\" \"young\" \"+\")", "id": "int3" } ] } ] }, { "text": "Harry is young.", "QDep": 1, "representation": "(\"Harry\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple8 triple11) -> (rule1 % int1))", "intermediates": [ { "text": "Harry is young.", "representation": "(\"Harry\" \"is\" \"young\" \"+\")", "id": "int1" } ] } ] }, { "text": "Fred is round.", "QDep": 2, "representation": "(\"Fred\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple2 ((triple2 triple5) -> (rule1 % int2))) -> (rule6 % int1))", "intermediates": [ { "text": "Fred is round.", "representation": "(\"Fred\" \"is\" \"round\" \"+\")", "id": "int1" }, { "text": "Fred is young.", "representation": "(\"Fred\" \"is\" \"young\" \"+\")", "id": "int2" } ] } ] }, { "text": "Harry is big.", "QDep": 2, "representation": "(\"Harry\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple8 triple7) -> (rule3 % int2)) triple10 triple9) -> (rule4 % int1))", "intermediates": [ { "text": "Harry is big.", "representation": "(\"Harry\" \"is\" \"big\" \"+\")", "id": "int1" }, { "text": "Harry is kind.", "representation": "(\"Harry\" \"is\" \"kind\" \"+\")", "id": "int2" } ] }, { "representation": "((((triple8 ((triple8 ((triple8 triple11) -> (rule1 % int4))) -> (rule6 % int3))) -> (rule3 % int2)) triple10 triple9) -> (rule4 % int1))", "intermediates": [ { "text": "Harry is big.", "representation": "(\"Harry\" \"is\" \"big\" \"+\")", "id": "int1" }, { "text": "Harry is kind.", "representation": "(\"Harry\" \"is\" \"kind\" \"+\")", "id": "int2" }, { "text": "Harry is round.", "representation": "(\"Harry\" \"is\" \"round\" \"+\")", "id": "int3" }, { "text": "Harry is young.", "representation": "(\"Harry\" \"is\" \"young\" \"+\")", "id": "int4" } ] } ] }, { "text": "Harry is blue.", "QDep": 2, "representation": "(\"Harry\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple8 triple7) -> (rule3 % int2))) -> (rule7 % int1))", "intermediates": [ { "text": "Harry is blue.", "representation": "(\"Harry\" \"is\" \"blue\" \"+\")", "id": "int1" }, { "text": "Harry is kind.", "representation": "(\"Harry\" \"is\" \"kind\" \"+\")", "id": "int2" } ] }, { "representation": "((((triple8 ((triple8 ((triple8 triple11) -> (rule1 % int4))) -> (rule6 % int3))) -> (rule3 % int2))) -> (rule7 % int1))", "intermediates": [ { "text": "Harry is blue.", "representation": "(\"Harry\" \"is\" \"blue\" \"+\")", "id": "int1" }, { "text": "Harry is kind.", "representation": "(\"Harry\" \"is\" \"kind\" \"+\")", "id": "int2" }, { "text": "Harry is round.", "representation": "(\"Harry\" \"is\" \"round\" \"+\")", "id": "int3" }, { "text": "Harry is young.", "representation": "(\"Harry\" \"is\" \"young\" \"+\")", "id": "int4" } ] } ] }, { "text": "Fred is red.", "QDep": 3, "representation": "(\"Fred\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple6 ((triple2 triple5) -> (rule1 % int3)) ((triple2 ((triple2 triple5) -> (rule1 % int3))) -> (rule6 % int2))) -> (rule2 % int1))", "intermediates": [ { "text": "Fred is red.", "representation": "(\"Fred\" \"is\" \"red\" \"+\")", "id": "int1" }, { "text": "Fred is round.", "representation": "(\"Fred\" \"is\" \"round\" \"+\")", "id": "int2" }, { "text": "Fred is young.", "representation": "(\"Fred\" \"is\" \"young\" \"+\")", "id": "int3" } ] } ] } ]

{ "triple1": "sent1", "triple2": "sent2", "triple3": "sent2", "triple4": "sent2", "triple5": "sent2", "triple6": "sent2", "triple7": "sent3", "triple8": "sent3", "triple9": "sent3", "triple10": "sent3", "rule1": "sent4", "rule2": "sent5", "rule3": "sent6", "rule4": "sent7", "rule5": "sent8", "rule6": "sent9", "rule7": "sent10", "triple11": "sent3", "triple12": null }

{ "sent1": "Eric was born only a few years ago so he is young.", "sent2": "Fred is big and rough, but he is also green, and is nice and kind when you want him to be.", "sent3": "Harry has rough skin that is tinged with both red and green; He has a round shape and is nice to everyone he meets.", "sent4": "People who are rough and green with envy are young.", "sent5": "A big and young, round someone looks red.", "sent6": "Everyone who manages to be both rough and round are also kind.", "sent7": "Red haired people who are nice and kind are looked up to because they are always big.", "sent8": "Someone who happens to be cold and green and big all at once must also be round in shape.", "sent9": "When someone is rough like sandpaper and young like a tadpole they are always round.", "sent10": "Kind people, for example, like the ones at the bank are always blue.", "sent11": null }

{ "triple1": { "text": "Charlie is green.", "representation": "(\"Charlie\" \"is\" \"green\" \"+\")" }, "triple2": { "text": "Eric is cold.", "representation": "(\"Eric\" \"is\" \"cold\" \"+\")" }, "triple3": { "text": "Fred is red.", "representation": "(\"Fred\" \"is\" \"red\" \"+\")" }, "triple4": { "text": "Fred is nice.", "representation": "(\"Fred\" \"is\" \"nice\" \"+\")" }, "triple5": { "text": "Fred is kind.", "representation": "(\"Fred\" \"is\" \"kind\" \"+\")" }, "triple6": { "text": "Fred is blue.", "representation": "(\"Fred\" \"is\" \"blue\" \"+\")" }, "triple7": { "text": "Fred is big.", "representation": "(\"Fred\" \"is\" \"big\" \"+\")" }, "triple8": null, "triple9": null, "triple10": null, "triple11": null, "triple12": null }

{ "rule1": { "text": "If someone is round and rough and big then they are green.", "representation": "(((\"someone\" \"is\" \"round\" \"+\") (\"someone\" \"is\" \"rough\" \"+\") (\"someone\" \"is\" \"big\" \"+\")) -> (\"someone\" \"is\" \"green\" \"+\"))" }, "rule2": { "text": "If someone is round and rough then they are big.", "representation": "(((\"someone\" \"is\" \"round\" \"+\") (\"someone\" \"is\" \"rough\" \"+\")) -> (\"someone\" \"is\" \"big\" \"+\"))" }, "rule3": { "text": "If someone is nice and round and cold then they are young.", "representation": "(((\"someone\" \"is\" \"nice\" \"+\") (\"someone\" \"is\" \"round\" \"+\") (\"someone\" \"is\" \"cold\" \"+\")) -> (\"someone\" \"is\" \"young\" \"+\"))" }, "rule4": { "text": "If someone is green and kind then they are young.", "representation": "(((\"someone\" \"is\" \"green\" \"+\") (\"someone\" \"is\" \"kind\" \"+\")) -> (\"someone\" \"is\" \"young\" \"+\"))" }, "rule5": { "text": "If someone is rough and blue and nice then they are green.", "representation": "(((\"someone\" \"is\" \"rough\" \"+\") (\"someone\" \"is\" \"blue\" \"+\") (\"someone\" \"is\" \"nice\" \"+\")) -> (\"someone\" \"is\" \"green\" \"+\"))" }, "rule6": { "text": "If someone is big and kind then they are rough.", "representation": "(((\"someone\" \"is\" \"big\" \"+\") (\"someone\" \"is\" \"kind\" \"+\")) -> (\"someone\" \"is\" \"rough\" \"+\"))" }, "rule7": { "text": "If someone is rough and green and red then they are kind.", "representation": "(((\"someone\" \"is\" \"rough\" \"+\") (\"someone\" \"is\" \"green\" \"+\") (\"someone\" \"is\" \"red\" \"+\")) -> (\"someone\" \"is\" \"kind\" \"+\"))" } }

{ "Q1": { "question": "Fred is big.", "answer": "True", "QDep": 0, "QLen": "1", "strategy": "proof", "proofs": "[(triple7)]", "representation": "(\"Fred\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple7", "intermediates": [] } ] }, "Q2": { "question": "Fred is not blue.", "answer": "False", "QDep": 0, "QLen": "1", "strategy": "inv-proof", "proofs": "[(triple6)]", "representation": "(\"Fred\" \"is\" \"blue\" \"-\")", "proofsWithIntermediates": [ { "representation": "triple6", "intermediates": [] } ] }, "Q3": { "question": "Fred is rough.", "answer": "True", "QDep": 1, "QLen": "3", "strategy": "proof", "proofs": "[(((triple7 triple5) -> rule6))]", "representation": "(\"Fred\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple7 triple5) -> (rule6 % int1))", "intermediates": [ { "text": "Fred is rough.", "representation": "(\"Fred\" \"is\" \"rough\" \"+\")", "id": "int1" } ] } ] }, "Q4": { "question": "Fred is not rough.", "answer": "False", "QDep": 1, "QLen": "3", "strategy": "inv-proof", "proofs": "[(((triple7 triple5) -> rule6))]", "representation": "(\"Fred\" \"is\" \"rough\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple7 triple5) -> (rule6 % int1))", "intermediates": [ { "text": "Fred is rough.", "representation": "(\"Fred\" \"is\" \"rough\" \"+\")", "id": "int1" } ] } ] }, "Q5": { "question": "Fred is green.", "answer": "True", "QDep": 2, "QLen": "6", "strategy": "proof", "proofs": "[(((((triple7 triple5) -> rule6) triple6 triple4) -> rule5))]", "representation": "(\"Fred\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple7 triple5) -> (rule6 % int2)) triple6 triple4) -> (rule5 % int1))", "intermediates": [ { "text": "Fred is green.", "representation": "(\"Fred\" \"is\" \"green\" \"+\")", "id": "int1" }, { "text": "Fred is rough.", "representation": "(\"Fred\" \"is\" \"rough\" \"+\")", "id": "int2" } ] } ] }, "Q6": { "question": "Fred is not green.", "answer": "False", "QDep": 2, "QLen": "6", "strategy": "inv-proof", "proofs": "[(((((triple7 triple5) -> rule6) triple6 triple4) -> rule5))]", "representation": "(\"Fred\" \"is\" \"green\" \"-\")", "proofsWithIntermediates": [ { "representation": "((((triple7 triple5) -> (rule6 % int2)) triple6 triple4) -> (rule5 % int1))", "intermediates": [ { "text": "Fred is green.", "representation": "(\"Fred\" \"is\" \"green\" \"+\")", "id": "int1" }, { "text": "Fred is rough.", "representation": "(\"Fred\" \"is\" \"rough\" \"+\")", "id": "int2" } ] } ] }, "Q7": { "question": "Fred is young.", "answer": "True", "QDep": 3, "QLen": "8", "strategy": "proof", "proofs": "[(((((((triple7 triple5) -> rule6) triple6 triple4) -> rule5) triple5) -> rule4))]", "representation": "(\"Fred\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((((triple7 triple5) -> (rule6 % int3)) triple6 triple4) -> (rule5 % int2)) triple5) -> (rule4 % int1))", "intermediates": [ { "text": "Fred is young.", "representation": "(\"Fred\" \"is\" \"young\" \"+\")", "id": "int1" }, { "text": "Fred is green.", "representation": "(\"Fred\" \"is\" \"green\" \"+\")", "id": "int2" }, { "text": "Fred is rough.", "representation": "(\"Fred\" \"is\" \"rough\" \"+\")", "id": "int3" } ] } ] }, "Q8": { "question": "Fred is not young.", "answer": "False", "QDep": 3, "QLen": "8", "strategy": "inv-proof", "proofs": "[(((((((triple7 triple5) -> rule6) triple6 triple4) -> rule5) triple5) -> rule4))]", "representation": "(\"Fred\" \"is\" \"young\" \"-\")", "proofsWithIntermediates": [ { "representation": "((((((triple7 triple5) -> (rule6 % int3)) triple6 triple4) -> (rule5 % int2)) triple5) -> (rule4 % int1))", "intermediates": [ { "text": "Fred is young.", "representation": "(\"Fred\" \"is\" \"young\" \"+\")", "id": "int1" }, { "text": "Fred is green.", "representation": "(\"Fred\" \"is\" \"green\" \"+\")", "id": "int2" }, { "text": "Fred is rough.", "representation": "(\"Fred\" \"is\" \"rough\" \"+\")", "id": "int3" } ] } ] }, "Q9": { "question": "Charlie is not young.", "answer": "Unknown", "QDep": 2, "QLen": "", "strategy": "inv-rconc", "proofs": "[@2: Charlie is young.[CWA. Example of deepest failure = (rule4 <- rule7 <- FAIL)]]", "representation": "(\"Charlie\" \"is\" \"young\" \"-\")", "proofsWithIntermediates": null }, "Q10": { "question": "Eric is young.", "answer": "Unknown", "QDep": 2, "QLen": "", "strategy": "rconc", "proofs": "[@2: Eric is young.[CWA. Example of deepest failure = (rule4 <- rule1 <- FAIL)]]", "representation": "(\"Eric\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": null }, "Q11": { "question": "Eric is not rough.", "answer": "Unknown", "QDep": 2, "QLen": "", "strategy": "inv-rconc", "proofs": "[@2: Eric is rough.[CWA. Example of deepest failure = (rule6 <- rule2 <- FAIL)]]", "representation": "(\"Eric\" \"is\" \"rough\" \"-\")", "proofsWithIntermediates": null }, "Q12": { "question": "Charlie is rough.", "answer": "Unknown", "QDep": 2, "QLen": "", "strategy": "rconc", "proofs": "[@2: Charlie is rough.[CWA. Example of deepest failure = (rule6 <- rule2 <- FAIL)]]", "representation": "(\"Charlie\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": null }, "Q13": { "question": "Gary is not cold.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Gary is cold.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Gary\" \"is\" \"cold\" \"-\")" }, "Q14": { "question": "Charlie is nice.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Charlie is nice.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Charlie\" \"is\" \"nice\" \"+\")" }, "Q15": { "question": "Fred is not cold.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Fred is cold.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Fred\" \"is\" \"cold\" \"-\")" }, "Q16": { "question": "Eric is nice.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Eric is nice.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Eric\" \"is\" \"nice\" \"+\")" }, "Q17": null, "Q18": null, "Q19": null, "Q20": null, "Q21": null, "Q22": null, "Q23": null, "Q24": null }

[ { "text": "Charlie is green.", "QDep": 0, "representation": "(\"Charlie\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple1", "intermediates": [] } ] }, { "text": "Eric is cold.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple2", "intermediates": [] } ] }, { "text": "Fred is big.", "QDep": 0, "representation": "(\"Fred\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple7", "intermediates": [] } ] }, { "text": "Fred is blue.", "QDep": 0, "representation": "(\"Fred\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple6", "intermediates": [] } ] }, { "text": "Fred is kind.", "QDep": 0, "representation": "(\"Fred\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple5", "intermediates": [] } ] }, { "text": "Fred is nice.", "QDep": 0, "representation": "(\"Fred\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple4", "intermediates": [] } ] }, { "text": "Fred is red.", "QDep": 0, "representation": "(\"Fred\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple3", "intermediates": [] } ] }, { "text": "Fred is rough.", "QDep": 1, "representation": "(\"Fred\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple7 triple5) -> (rule6 % int1))", "intermediates": [ { "text": "Fred is rough.", "representation": "(\"Fred\" \"is\" \"rough\" \"+\")", "id": "int1" } ] } ] }, { "text": "Fred is green.", "QDep": 2, "representation": "(\"Fred\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple7 triple5) -> (rule6 % int2)) triple6 triple4) -> (rule5 % int1))", "intermediates": [ { "text": "Fred is green.", "representation": "(\"Fred\" \"is\" \"green\" \"+\")", "id": "int1" }, { "text": "Fred is rough.", "representation": "(\"Fred\" \"is\" \"rough\" \"+\")", "id": "int2" } ] } ] }, { "text": "Fred is young.", "QDep": 3, "representation": "(\"Fred\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((((triple7 triple5) -> (rule6 % int3)) triple6 triple4) -> (rule5 % int2)) triple5) -> (rule4 % int1))", "intermediates": [ { "text": "Fred is young.", "representation": "(\"Fred\" \"is\" \"young\" \"+\")", "id": "int1" }, { "text": "Fred is green.", "representation": "(\"Fred\" \"is\" \"green\" \"+\")", "id": "int2" }, { "text": "Fred is rough.", "representation": "(\"Fred\" \"is\" \"rough\" \"+\")", "id": "int3" } ] } ] } ]

{ "triple1": "sent1", "triple2": "sent2", "triple3": "sent3", "triple4": "sent3", "triple5": "sent3", "triple6": "sent3", "triple7": "sent3", "triple8": null, "triple9": null, "triple10": null, "rule1": "sent4", "rule2": "sent5", "rule3": "sent6", "rule4": "sent7", "rule5": "sent8", "rule6": "sent9", "rule7": "sent10", "triple11": null, "triple12": null }

{ "sent1": "Charlie ate some rotten meat and now feels green.", "sent2": "In the snow sits Eric, crying from being cold.", "sent3": "Big, kind Fred is so very blue and red, but a nice person.", "sent4": "A person that has a round big body shape and has a bit of a rough personality will have a green skin tone.", "sent5": "A rough and round person is also a big person.", "sent6": "People who are cold even when they're nice and round, they are young.", "sent7": "Kind people who look green are almost always young in age.", "sent8": "People who are considered rough, blue, and nice, are also green.", "sent9": "Anyone will tell you the kind and the big are also rough.", "sent10": "If someone is red and green and feeels rough, they are kind.", "sent11": null }

{ "triple1": { "text": "Alan is young.", "representation": "(\"Alan\" \"is\" \"young\" \"+\")" }, "triple2": { "text": "Alan is green.", "representation": "(\"Alan\" \"is\" \"green\" \"+\")" }, "triple3": { "text": "Charlie is kind.", "representation": "(\"Charlie\" \"is\" \"kind\" \"+\")" }, "triple4": { "text": "Eric is rough.", "representation": "(\"Eric\" \"is\" \"rough\" \"+\")" }, "triple5": { "text": "Eric is blue.", "representation": "(\"Eric\" \"is\" \"blue\" \"+\")" }, "triple6": { "text": "Gary is round.", "representation": "(\"Gary\" \"is\" \"round\" \"+\")" }, "triple7": { "text": "Gary is rough.", "representation": "(\"Gary\" \"is\" \"rough\" \"+\")" }, "triple8": { "text": "Gary is red.", "representation": "(\"Gary\" \"is\" \"red\" \"+\")" }, "triple9": { "text": "Gary is kind.", "representation": "(\"Gary\" \"is\" \"kind\" \"+\")" }, "triple10": { "text": "Gary is green.", "representation": "(\"Gary\" \"is\" \"green\" \"+\")" }, "triple11": null, "triple12": null }

{ "rule1": { "text": "If someone is green and kind and red then they are big.", "representation": "(((\"someone\" \"is\" \"green\" \"+\") (\"someone\" \"is\" \"kind\" \"+\") (\"someone\" \"is\" \"red\" \"+\")) -> (\"someone\" \"is\" \"big\" \"+\"))" }, "rule2": { "text": "If someone is big and round and red then they are young.", "representation": "(((\"someone\" \"is\" \"big\" \"+\") (\"someone\" \"is\" \"round\" \"+\") (\"someone\" \"is\" \"red\" \"+\")) -> (\"someone\" \"is\" \"young\" \"+\"))" }, "rule3": { "text": "If someone is rough and young and round then they are big.", "representation": "(((\"someone\" \"is\" \"rough\" \"+\") (\"someone\" \"is\" \"young\" \"+\") (\"someone\" \"is\" \"round\" \"+\")) -> (\"someone\" \"is\" \"big\" \"+\"))" }, "rule4": { "text": "If someone is kind and cold and big then they are young.", "representation": "(((\"someone\" \"is\" \"kind\" \"+\") (\"someone\" \"is\" \"cold\" \"+\") (\"someone\" \"is\" \"big\" \"+\")) -> (\"someone\" \"is\" \"young\" \"+\"))" }, "rule5": { "text": "If someone is nice and rough and blue then they are green.", "representation": "(((\"someone\" \"is\" \"nice\" \"+\") (\"someone\" \"is\" \"rough\" \"+\") (\"someone\" \"is\" \"blue\" \"+\")) -> (\"someone\" \"is\" \"green\" \"+\"))" }, "rule6": { "text": "If someone is nice and kind and big then they are young.", "representation": "(((\"someone\" \"is\" \"nice\" \"+\") (\"someone\" \"is\" \"kind\" \"+\") (\"someone\" \"is\" \"big\" \"+\")) -> (\"someone\" \"is\" \"young\" \"+\"))" }, "rule7": { "text": "If someone is rough and young and kind then they are cold.", "representation": "(((\"someone\" \"is\" \"rough\" \"+\") (\"someone\" \"is\" \"young\" \"+\") (\"someone\" \"is\" \"kind\" \"+\")) -> (\"someone\" \"is\" \"cold\" \"+\"))" } }

{ "Q1": { "question": "Gary is round.", "answer": "True", "QDep": 0, "QLen": "1", "strategy": "proof", "proofs": "[(triple6)]", "representation": "(\"Gary\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple6", "intermediates": [] } ] }, "Q2": { "question": "Eric is not blue.", "answer": "False", "QDep": 0, "QLen": "1", "strategy": "inv-proof", "proofs": "[(triple5)]", "representation": "(\"Eric\" \"is\" \"blue\" \"-\")", "proofsWithIntermediates": [ { "representation": "triple5", "intermediates": [] } ] }, "Q3": { "question": "Gary is big.", "answer": "True", "QDep": 1, "QLen": "4", "strategy": "proof", "proofs": "[(((triple10 triple9 triple8) -> rule1))]", "representation": "(\"Gary\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple10 triple9 triple8) -> (rule1 % int1))", "intermediates": [ { "text": "Gary is big.", "representation": "(\"Gary\" \"is\" \"big\" \"+\")", "id": "int1" } ] } ] }, "Q4": { "question": "Gary is not big.", "answer": "False", "QDep": 1, "QLen": "4", "strategy": "inv-proof", "proofs": "[(((triple10 triple9 triple8) -> rule1))]", "representation": "(\"Gary\" \"is\" \"big\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple10 triple9 triple8) -> (rule1 % int1))", "intermediates": [ { "text": "Gary is big.", "representation": "(\"Gary\" \"is\" \"big\" \"+\")", "id": "int1" } ] } ] }, "Q5": { "question": "Gary is young.", "answer": "True", "QDep": 2, "QLen": "7", "strategy": "proof", "proofs": "[(((((triple10 triple9 triple8) -> rule1) triple6 triple8) -> rule2))]", "representation": "(\"Gary\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple10 triple9 triple8) -> (rule1 % int2)) triple6 triple8) -> (rule2 % int1))", "intermediates": [ { "text": "Gary is young.", "representation": "(\"Gary\" \"is\" \"young\" \"+\")", "id": "int1" }, { "text": "Gary is big.", "representation": "(\"Gary\" \"is\" \"big\" \"+\")", "id": "int2" } ] } ] }, "Q6": { "question": "Gary is not young.", "answer": "False", "QDep": 2, "QLen": "7", "strategy": "inv-proof", "proofs": "[(((((triple10 triple9 triple8) -> rule1) triple6 triple8) -> rule2))]", "representation": "(\"Gary\" \"is\" \"young\" \"-\")", "proofsWithIntermediates": [ { "representation": "((((triple10 triple9 triple8) -> (rule1 % int2)) triple6 triple8) -> (rule2 % int1))", "intermediates": [ { "text": "Gary is young.", "representation": "(\"Gary\" \"is\" \"young\" \"+\")", "id": "int1" }, { "text": "Gary is big.", "representation": "(\"Gary\" \"is\" \"big\" \"+\")", "id": "int2" } ] } ] }, "Q7": { "question": "Gary is cold.", "answer": "True", "QDep": 3, "QLen": "10", "strategy": "proof", "proofs": "[(((triple7 ((((triple10 triple9 triple8) -> rule1) triple6 triple8) -> rule2) triple9) -> rule7))]", "representation": "(\"Gary\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple7 ((((triple10 triple9 triple8) -> (rule1 % int3)) triple6 triple8) -> (rule2 % int2)) triple9) -> (rule7 % int1))", "intermediates": [ { "text": "Gary is cold.", "representation": "(\"Gary\" \"is\" \"cold\" \"+\")", "id": "int1" }, { "text": "Gary is young.", "representation": "(\"Gary\" \"is\" \"young\" \"+\")", "id": "int2" }, { "text": "Gary is big.", "representation": "(\"Gary\" \"is\" \"big\" \"+\")", "id": "int3" } ] } ] }, "Q8": { "question": "Gary is not cold.", "answer": "False", "QDep": 3, "QLen": "10", "strategy": "inv-proof", "proofs": "[(((triple7 ((((triple10 triple9 triple8) -> rule1) triple6 triple8) -> rule2) triple9) -> rule7))]", "representation": "(\"Gary\" \"is\" \"cold\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple7 ((((triple10 triple9 triple8) -> (rule1 % int3)) triple6 triple8) -> (rule2 % int2)) triple9) -> (rule7 % int1))", "intermediates": [ { "text": "Gary is cold.", "representation": "(\"Gary\" \"is\" \"cold\" \"+\")", "id": "int1" }, { "text": "Gary is young.", "representation": "(\"Gary\" \"is\" \"young\" \"+\")", "id": "int2" }, { "text": "Gary is big.", "representation": "(\"Gary\" \"is\" \"big\" \"+\")", "id": "int3" } ] } ] }, "Q9": { "question": "Eric is not big.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Eric is big.[CWA. Example of deepest failure = (rule1 <- FAIL)]]", "representation": "(\"Eric\" \"is\" \"big\" \"-\")", "proofsWithIntermediates": null }, "Q10": { "question": "Charlie is green.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "rconc", "proofs": "[@1: Charlie is green.[CWA. Example of deepest failure = (rule5 <- FAIL)]]", "representation": "(\"Charlie\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": null }, "Q11": { "question": "Charlie is not young.", "answer": "Unknown", "QDep": 2, "QLen": "", "strategy": "inv-rconc", "proofs": "[@2: Charlie is young.[CWA. Example of deepest failure = (rule4 <- rule7 <- FAIL)]]", "representation": "(\"Charlie\" \"is\" \"young\" \"-\")", "proofsWithIntermediates": null }, "Q12": { "question": "Charlie is cold.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "rconc", "proofs": "[@1: Charlie is cold.[CWA. Example of deepest failure = (rule7 <- FAIL)]]", "representation": "(\"Charlie\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": null }, "Q13": { "question": "Charlie is not blue.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Charlie is blue.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Charlie\" \"is\" \"blue\" \"-\")" }, "Q14": { "question": "Gary is blue.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Gary is blue.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Gary\" \"is\" \"blue\" \"+\")" }, "Q15": { "question": "Eric is not red.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Eric is red.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Eric\" \"is\" \"red\" \"-\")" }, "Q16": { "question": "Eric is round.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Eric is round.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Eric\" \"is\" \"round\" \"+\")" }, "Q17": null, "Q18": null, "Q19": null, "Q20": null, "Q21": null, "Q22": null, "Q23": null, "Q24": null }

[ { "text": "Alan is green.", "QDep": 0, "representation": "(\"Alan\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple2", "intermediates": [] } ] }, { "text": "Alan is young.", "QDep": 0, "representation": "(\"Alan\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple1", "intermediates": [] } ] }, { "text": "Charlie is kind.", "QDep": 0, "representation": "(\"Charlie\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple3", "intermediates": [] } ] }, { "text": "Eric is blue.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple5", "intermediates": [] } ] }, { "text": "Eric is rough.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple4", "intermediates": [] } ] }, { "text": "Gary is green.", "QDep": 0, "representation": "(\"Gary\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple10", "intermediates": [] } ] }, { "text": "Gary is kind.", "QDep": 0, "representation": "(\"Gary\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple9", "intermediates": [] } ] }, { "text": "Gary is red.", "QDep": 0, "representation": "(\"Gary\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple8", "intermediates": [] } ] }, { "text": "Gary is rough.", "QDep": 0, "representation": "(\"Gary\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple7", "intermediates": [] } ] }, { "text": "Gary is round.", "QDep": 0, "representation": "(\"Gary\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple6", "intermediates": [] } ] }, { "text": "Gary is big.", "QDep": 1, "representation": "(\"Gary\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple10 triple9 triple8) -> (rule1 % int1))", "intermediates": [ { "text": "Gary is big.", "representation": "(\"Gary\" \"is\" \"big\" \"+\")", "id": "int1" } ] } ] }, { "text": "Gary is young.", "QDep": 2, "representation": "(\"Gary\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple10 triple9 triple8) -> (rule1 % int2)) triple6 triple8) -> (rule2 % int1))", "intermediates": [ { "text": "Gary is young.", "representation": "(\"Gary\" \"is\" \"young\" \"+\")", "id": "int1" }, { "text": "Gary is big.", "representation": "(\"Gary\" \"is\" \"big\" \"+\")", "id": "int2" } ] } ] }, { "text": "Gary is cold.", "QDep": 3, "representation": "(\"Gary\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple7 ((((triple10 triple9 triple8) -> (rule1 % int3)) triple6 triple8) -> (rule2 % int2)) triple9) -> (rule7 % int1))", "intermediates": [ { "text": "Gary is cold.", "representation": "(\"Gary\" \"is\" \"cold\" \"+\")", "id": "int1" }, { "text": "Gary is young.", "representation": "(\"Gary\" \"is\" \"young\" \"+\")", "id": "int2" }, { "text": "Gary is big.", "representation": "(\"Gary\" \"is\" \"big\" \"+\")", "id": "int3" } ] } ] } ]

{ "triple1": "sent1", "triple2": "sent1", "triple3": "sent2", "triple4": "sent3", "triple5": "sent3", "triple6": "sent4", "triple7": "sent4", "triple8": "sent4", "triple9": "sent4", "triple10": "sent4", "rule1": "sent5", "rule2": "sent6", "rule3": "sent7", "rule4": "sent8", "rule5": "sent9", "rule6": "sent10", "rule7": "sent11", "triple11": null, "triple12": null }

{ "sent1": "Young Alan is wearing green pants.", "sent2": "Charlie always goes out of his way to show that he is kind to people.", "sent3": "Eric grew up in a family with six other boys and that make him a rough guy; Right now he's feeling blue because his dog is sick.", "sent4": "Gary is kind and has rough, round hands that are red; Gary is green with envy when he looks at people who don't have to work.", "sent5": "A kind person with green and red skin must be big too.", "sent6": "Big, round, red people are always so young.", "sent7": "Young,round people tend to be rough and big.", "sent8": "If you meet someone who is big and kind with cold skin, they will be young.", "sent9": "If you ever find someone who's nice, rough, and blue, expect them to also be green.", "sent10": "There is a trend I've noticed if someone is nice, kind and big they are also young in appearance.", "sent11": "If you meet a young and kind person who is also rough, they are cold, too." }

{ "triple1": { "text": "Dave is kind.", "representation": "(\"Dave\" \"is\" \"kind\" \"+\")" }, "triple2": { "text": "Dave is green.", "representation": "(\"Dave\" \"is\" \"green\" \"+\")" }, "triple3": { "text": "Dave is big.", "representation": "(\"Dave\" \"is\" \"big\" \"+\")" }, "triple4": { "text": "Eric is kind.", "representation": "(\"Eric\" \"is\" \"kind\" \"+\")" }, "triple5": { "text": "Eric is green.", "representation": "(\"Eric\" \"is\" \"green\" \"+\")" }, "triple6": { "text": "Eric is blue.", "representation": "(\"Eric\" \"is\" \"blue\" \"+\")" }, "triple7": { "text": "Gary is rough.", "representation": "(\"Gary\" \"is\" \"rough\" \"+\")" }, "triple8": { "text": "Harry is young.", "representation": "(\"Harry\" \"is\" \"young\" \"+\")" }, "triple9": { "text": "Harry is red.", "representation": "(\"Harry\" \"is\" \"red\" \"+\")" }, "triple10": null, "triple11": null, "triple12": null }

{ "rule1": { "text": "If someone is cold and rough then they are round.", "representation": "(((\"someone\" \"is\" \"cold\" \"+\") (\"someone\" \"is\" \"rough\" \"+\")) -> (\"someone\" \"is\" \"round\" \"+\"))" }, "rule2": { "text": "If someone is red and blue and kind then they are rough.", "representation": "(((\"someone\" \"is\" \"red\" \"+\") (\"someone\" \"is\" \"blue\" \"+\") (\"someone\" \"is\" \"kind\" \"+\")) -> (\"someone\" \"is\" \"rough\" \"+\"))" }, "rule3": { "text": "If someone is big and cold then they are nice.", "representation": "(((\"someone\" \"is\" \"big\" \"+\") (\"someone\" \"is\" \"cold\" \"+\")) -> (\"someone\" \"is\" \"nice\" \"+\"))" }, "rule4": { "text": "If someone is nice and big then they are blue.", "representation": "(((\"someone\" \"is\" \"nice\" \"+\") (\"someone\" \"is\" \"big\" \"+\")) -> (\"someone\" \"is\" \"blue\" \"+\"))" }, "rule5": { "text": "If someone is young and nice then they are cold.", "representation": "(((\"someone\" \"is\" \"young\" \"+\") (\"someone\" \"is\" \"nice\" \"+\")) -> (\"someone\" \"is\" \"cold\" \"+\"))" }, "rule6": { "text": "If someone is kind and green then they are cold.", "representation": "(((\"someone\" \"is\" \"kind\" \"+\") (\"someone\" \"is\" \"green\" \"+\")) -> (\"someone\" \"is\" \"cold\" \"+\"))" }, "rule7": null }

{ "Q1": { "question": "Dave is kind.", "answer": "True", "QDep": 0, "QLen": "1", "strategy": "proof", "proofs": "[(triple1)]", "representation": "(\"Dave\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple1", "intermediates": [] } ] }, "Q2": { "question": "Eric is not kind.", "answer": "False", "QDep": 0, "QLen": "1", "strategy": "inv-proof", "proofs": "[(triple4)]", "representation": "(\"Eric\" \"is\" \"kind\" \"-\")", "proofsWithIntermediates": [ { "representation": "triple4", "intermediates": [] } ] }, "Q3": { "question": "Eric is cold.", "answer": "True", "QDep": 1, "QLen": "3", "strategy": "proof", "proofs": "[(((triple4 triple5) -> rule6))]", "representation": "(\"Eric\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple4 triple5) -> (rule6 % int1))", "intermediates": [ { "text": "Eric is cold.", "representation": "(\"Eric\" \"is\" \"cold\" \"+\")", "id": "int1" } ] } ] }, "Q4": { "question": "Dave is not cold.", "answer": "False", "QDep": 1, "QLen": "3", "strategy": "inv-proof", "proofs": "[(((triple1 triple2) -> rule6))]", "representation": "(\"Dave\" \"is\" \"cold\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple1 triple2) -> (rule6 % int1))", "intermediates": [ { "text": "Dave is cold.", "representation": "(\"Dave\" \"is\" \"cold\" \"+\")", "id": "int1" } ] } ] }, "Q5": { "question": "Dave is nice.", "answer": "True", "QDep": 2, "QLen": "5", "strategy": "proof", "proofs": "[(((triple3 ((triple1 triple2) -> rule6)) -> rule3))]", "representation": "(\"Dave\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple3 ((triple1 triple2) -> (rule6 % int2))) -> (rule3 % int1))", "intermediates": [ { "text": "Dave is nice.", "representation": "(\"Dave\" \"is\" \"nice\" \"+\")", "id": "int1" }, { "text": "Dave is cold.", "representation": "(\"Dave\" \"is\" \"cold\" \"+\")", "id": "int2" } ] } ] }, "Q6": { "question": "Dave is not nice.", "answer": "False", "QDep": 2, "QLen": "5", "strategy": "inv-proof", "proofs": "[(((triple3 ((triple1 triple2) -> rule6)) -> rule3))]", "representation": "(\"Dave\" \"is\" \"nice\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple3 ((triple1 triple2) -> (rule6 % int2))) -> (rule3 % int1))", "intermediates": [ { "text": "Dave is nice.", "representation": "(\"Dave\" \"is\" \"nice\" \"+\")", "id": "int1" }, { "text": "Dave is cold.", "representation": "(\"Dave\" \"is\" \"cold\" \"+\")", "id": "int2" } ] } ] }, "Q7": { "question": "Dave is blue.", "answer": "True", "QDep": 3, "QLen": "7", "strategy": "proof", "proofs": "[(((((triple3 ((triple1 triple2) -> rule6)) -> rule3) triple3) -> rule4))]", "representation": "(\"Dave\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple3 ((triple1 triple2) -> (rule6 % int3))) -> (rule3 % int2)) triple3) -> (rule4 % int1))", "intermediates": [ { "text": "Dave is blue.", "representation": "(\"Dave\" \"is\" \"blue\" \"+\")", "id": "int1" }, { "text": "Dave is nice.", "representation": "(\"Dave\" \"is\" \"nice\" \"+\")", "id": "int2" }, { "text": "Dave is cold.", "representation": "(\"Dave\" \"is\" \"cold\" \"+\")", "id": "int3" } ] } ] }, "Q8": { "question": "Dave is not blue.", "answer": "False", "QDep": 3, "QLen": "7", "strategy": "inv-proof", "proofs": "[(((((triple3 ((triple1 triple2) -> rule6)) -> rule3) triple3) -> rule4))]", "representation": "(\"Dave\" \"is\" \"blue\" \"-\")", "proofsWithIntermediates": [ { "representation": "((((triple3 ((triple1 triple2) -> (rule6 % int3))) -> (rule3 % int2)) triple3) -> (rule4 % int1))", "intermediates": [ { "text": "Dave is blue.", "representation": "(\"Dave\" \"is\" \"blue\" \"+\")", "id": "int1" }, { "text": "Dave is nice.", "representation": "(\"Dave\" \"is\" \"nice\" \"+\")", "id": "int2" }, { "text": "Dave is cold.", "representation": "(\"Dave\" \"is\" \"cold\" \"+\")", "id": "int3" } ] } ] }, "Q9": { "question": "Harry is not rough.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Harry is rough.[CWA. Example of deepest failure = (rule2 <- FAIL)]]", "representation": "(\"Harry\" \"is\" \"rough\" \"-\")", "proofsWithIntermediates": null }, "Q10": { "question": "Gary is blue.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "rconc", "proofs": "[@1: Gary is blue.[CWA. Example of deepest failure = (rule4 <- FAIL)]]", "representation": "(\"Gary\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": null }, "Q11": { "question": "Gary is not nice.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Gary is nice.[CWA. Example of deepest failure = (rule3 <- FAIL)]]", "representation": "(\"Gary\" \"is\" \"nice\" \"-\")", "proofsWithIntermediates": null }, "Q12": { "question": "Eric is rough.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "rconc", "proofs": "[@1: Eric is rough.[CWA. Example of deepest failure = (rule2 <- FAIL)]]", "representation": "(\"Eric\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": null }, "Q13": { "question": "Gary is not kind.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Gary is kind.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Gary\" \"is\" \"kind\" \"-\")" }, "Q14": { "question": "Dave is young.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Dave is young.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Dave\" \"is\" \"young\" \"+\")" }, "Q15": { "question": "Gary is not big.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Gary is big.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Gary\" \"is\" \"big\" \"-\")" }, "Q16": { "question": "Gary is green.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Gary is green.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Gary\" \"is\" \"green\" \"+\")" }, "Q17": null, "Q18": null, "Q19": null, "Q20": null, "Q21": null, "Q22": null, "Q23": null, "Q24": null }

[ { "text": "Dave is big.", "QDep": 0, "representation": "(\"Dave\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple3", "intermediates": [] } ] }, { "text": "Dave is green.", "QDep": 0, "representation": "(\"Dave\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple2", "intermediates": [] } ] }, { "text": "Dave is kind.", "QDep": 0, "representation": "(\"Dave\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple1", "intermediates": [] } ] }, { "text": "Eric is blue.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple6", "intermediates": [] } ] }, { "text": "Eric is green.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple5", "intermediates": [] } ] }, { "text": "Eric is kind.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple4", "intermediates": [] } ] }, { "text": "Gary is rough.", "QDep": 0, "representation": "(\"Gary\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple7", "intermediates": [] } ] }, { "text": "Harry is red.", "QDep": 0, "representation": "(\"Harry\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple9", "intermediates": [] } ] }, { "text": "Harry is young.", "QDep": 0, "representation": "(\"Harry\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple8", "intermediates": [] } ] }, { "text": "Dave is cold.", "QDep": 1, "representation": "(\"Dave\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple1 triple2) -> (rule6 % int1))", "intermediates": [ { "text": "Dave is cold.", "representation": "(\"Dave\" \"is\" \"cold\" \"+\")", "id": "int1" } ] } ] }, { "text": "Eric is cold.", "QDep": 1, "representation": "(\"Eric\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple4 triple5) -> (rule6 % int1))", "intermediates": [ { "text": "Eric is cold.", "representation": "(\"Eric\" \"is\" \"cold\" \"+\")", "id": "int1" } ] } ] }, { "text": "Dave is nice.", "QDep": 2, "representation": "(\"Dave\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple3 ((triple1 triple2) -> (rule6 % int2))) -> (rule3 % int1))", "intermediates": [ { "text": "Dave is nice.", "representation": "(\"Dave\" \"is\" \"nice\" \"+\")", "id": "int1" }, { "text": "Dave is cold.", "representation": "(\"Dave\" \"is\" \"cold\" \"+\")", "id": "int2" } ] } ] }, { "text": "Dave is blue.", "QDep": 3, "representation": "(\"Dave\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple3 ((triple1 triple2) -> (rule6 % int3))) -> (rule3 % int2)) triple3) -> (rule4 % int1))", "intermediates": [ { "text": "Dave is blue.", "representation": "(\"Dave\" \"is\" \"blue\" \"+\")", "id": "int1" }, { "text": "Dave is nice.", "representation": "(\"Dave\" \"is\" \"nice\" \"+\")", "id": "int2" }, { "text": "Dave is cold.", "representation": "(\"Dave\" \"is\" \"cold\" \"+\")", "id": "int3" } ] } ] } ]

{ "triple1": "sent1", "triple2": "sent1", "triple3": "sent1", "triple4": "sent2", "triple5": "sent2", "triple6": "sent2", "triple7": "sent3", "triple8": "sent4", "triple9": "sent4", "triple10": null, "rule1": "sent5", "rule2": "sent6", "rule3": "sent7", "rule4": "sent8", "rule5": "sent9", "rule6": "sent10", "rule7": null, "triple11": null, "triple12": null }

{ "sent1": "Dave, a green man, was also big, but underneath he was kind.", "sent2": "Blue and green Eric is so kind he snowplows the neighbors driveways and everyone thanks him with beer.", "sent3": "They always call him rough Gary.", "sent4": "Young Harry got into a fight that left him with red sores on his face.", "sent5": "Cold and rough people will also surely be round shaped.", "sent6": "If a red and blue person is also kind to people that means they are rough as well.", "sent7": "If you big person approaches and is cold, fear not because they are nice.", "sent8": "Nice people who are big are always feeling blue.", "sent9": "Young and nice people are ultimately cold.", "sent10": "Kind people,though green,are cold.", "sent11": null }

{ "triple1": { "text": "Alan is young.", "representation": "(\"Alan\" \"is\" \"young\" \"+\")" }, "triple2": { "text": "Alan is red.", "representation": "(\"Alan\" \"is\" \"red\" \"+\")" }, "triple3": { "text": "Alan is big.", "representation": "(\"Alan\" \"is\" \"big\" \"+\")" }, "triple4": { "text": "Charlie is round.", "representation": "(\"Charlie\" \"is\" \"round\" \"+\")" }, "triple5": { "text": "Charlie is nice.", "representation": "(\"Charlie\" \"is\" \"nice\" \"+\")" }, "triple6": { "text": "Charlie is kind.", "representation": "(\"Charlie\" \"is\" \"kind\" \"+\")" }, "triple7": { "text": "Charlie is big.", "representation": "(\"Charlie\" \"is\" \"big\" \"+\")" }, "triple8": { "text": "Fred is rough.", "representation": "(\"Fred\" \"is\" \"rough\" \"+\")" }, "triple9": { "text": "Fred is blue.", "representation": "(\"Fred\" \"is\" \"blue\" \"+\")" }, "triple10": { "text": "Harry is rough.", "representation": "(\"Harry\" \"is\" \"rough\" \"+\")" }, "triple11": null, "triple12": null }

{ "rule1": { "text": "If someone is nice and blue then they are rough.", "representation": "(((\"someone\" \"is\" \"nice\" \"+\") (\"someone\" \"is\" \"blue\" \"+\")) -> (\"someone\" \"is\" \"rough\" \"+\"))" }, "rule2": { "text": "If someone is kind and green and cold then they are nice.", "representation": "(((\"someone\" \"is\" \"kind\" \"+\") (\"someone\" \"is\" \"green\" \"+\") (\"someone\" \"is\" \"cold\" \"+\")) -> (\"someone\" \"is\" \"nice\" \"+\"))" }, "rule3": { "text": "If someone is green and round then they are rough.", "representation": "(((\"someone\" \"is\" \"green\" \"+\") (\"someone\" \"is\" \"round\" \"+\")) -> (\"someone\" \"is\" \"rough\" \"+\"))" }, "rule4": { "text": "If someone is red then they are blue.", "representation": "(((\"someone\" \"is\" \"red\" \"+\")) -> (\"someone\" \"is\" \"blue\" \"+\"))" }, "rule5": { "text": "If someone is big and kind and nice then they are red.", "representation": "(((\"someone\" \"is\" \"big\" \"+\") (\"someone\" \"is\" \"kind\" \"+\") (\"someone\" \"is\" \"nice\" \"+\")) -> (\"someone\" \"is\" \"red\" \"+\"))" }, "rule6": null, "rule7": null }

{ "Q1": { "question": "Fred is blue.", "answer": "True", "QDep": 0, "QLen": "1", "strategy": "proof", "proofs": "[(triple9)]", "representation": "(\"Fred\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple9", "intermediates": [] } ] }, "Q2": { "question": "Fred is not blue.", "answer": "False", "QDep": 0, "QLen": "1", "strategy": "inv-proof", "proofs": "[(triple9)]", "representation": "(\"Fred\" \"is\" \"blue\" \"-\")", "proofsWithIntermediates": [ { "representation": "triple9", "intermediates": [] } ] }, "Q3": { "question": "Alan is blue.", "answer": "True", "QDep": 1, "QLen": "2", "strategy": "proof", "proofs": "[(((triple2) -> rule4))]", "representation": "(\"Alan\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple2) -> (rule4 % int1))", "intermediates": [ { "text": "Alan is blue.", "representation": "(\"Alan\" \"is\" \"blue\" \"+\")", "id": "int1" } ] } ] }, "Q4": { "question": "Charlie is not red.", "answer": "False", "QDep": 1, "QLen": "4", "strategy": "inv-proof", "proofs": "[(((triple7 triple6 triple5) -> rule5))]", "representation": "(\"Charlie\" \"is\" \"red\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple7 triple6 triple5) -> (rule5 % int1))", "intermediates": [ { "text": "Charlie is red.", "representation": "(\"Charlie\" \"is\" \"red\" \"+\")", "id": "int1" } ] } ] }, "Q5": { "question": "Charlie is blue.", "answer": "True", "QDep": 2, "QLen": "5", "strategy": "proof", "proofs": "[(((((triple7 triple6 triple5) -> rule5)) -> rule4))]", "representation": "(\"Charlie\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple7 triple6 triple5) -> (rule5 % int2))) -> (rule4 % int1))", "intermediates": [ { "text": "Charlie is blue.", "representation": "(\"Charlie\" \"is\" \"blue\" \"+\")", "id": "int1" }, { "text": "Charlie is red.", "representation": "(\"Charlie\" \"is\" \"red\" \"+\")", "id": "int2" } ] } ] }, "Q6": { "question": "Charlie is not blue.", "answer": "False", "QDep": 2, "QLen": "5", "strategy": "inv-proof", "proofs": "[(((((triple7 triple6 triple5) -> rule5)) -> rule4))]", "representation": "(\"Charlie\" \"is\" \"blue\" \"-\")", "proofsWithIntermediates": [ { "representation": "((((triple7 triple6 triple5) -> (rule5 % int2))) -> (rule4 % int1))", "intermediates": [ { "text": "Charlie is blue.", "representation": "(\"Charlie\" \"is\" \"blue\" \"+\")", "id": "int1" }, { "text": "Charlie is red.", "representation": "(\"Charlie\" \"is\" \"red\" \"+\")", "id": "int2" } ] } ] }, "Q7": { "question": "Charlie is rough.", "answer": "True", "QDep": 3, "QLen": "7", "strategy": "proof", "proofs": "[(((triple5 ((((triple7 triple6 triple5) -> rule5)) -> rule4)) -> rule1))]", "representation": "(\"Charlie\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple5 ((((triple7 triple6 triple5) -> (rule5 % int3))) -> (rule4 % int2))) -> (rule1 % int1))", "intermediates": [ { "text": "Charlie is rough.", "representation": "(\"Charlie\" \"is\" \"rough\" \"+\")", "id": "int1" }, { "text": "Charlie is blue.", "representation": "(\"Charlie\" \"is\" \"blue\" \"+\")", "id": "int2" }, { "text": "Charlie is red.", "representation": "(\"Charlie\" \"is\" \"red\" \"+\")", "id": "int3" } ] } ] }, "Q8": { "question": "Charlie is not rough.", "answer": "False", "QDep": 3, "QLen": "7", "strategy": "inv-proof", "proofs": "[(((triple5 ((((triple7 triple6 triple5) -> rule5)) -> rule4)) -> rule1))]", "representation": "(\"Charlie\" \"is\" \"rough\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple5 ((((triple7 triple6 triple5) -> (rule5 % int3))) -> (rule4 % int2))) -> (rule1 % int1))", "intermediates": [ { "text": "Charlie is rough.", "representation": "(\"Charlie\" \"is\" \"rough\" \"+\")", "id": "int1" }, { "text": "Charlie is blue.", "representation": "(\"Charlie\" \"is\" \"blue\" \"+\")", "id": "int2" }, { "text": "Charlie is red.", "representation": "(\"Charlie\" \"is\" \"red\" \"+\")", "id": "int3" } ] } ] }, "Q9": { "question": "Harry is not nice.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Harry is nice.[CWA. Example of deepest failure = (rule2 <- FAIL)]]", "representation": "(\"Harry\" \"is\" \"nice\" \"-\")", "proofsWithIntermediates": null }, "Q10": { "question": "Alan is nice.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "rconc", "proofs": "[@1: Alan is nice.[CWA. Example of deepest failure = (rule2 <- FAIL)]]", "representation": "(\"Alan\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": null }, "Q11": { "question": "Harry is not blue.", "answer": "Unknown", "QDep": 2, "QLen": "", "strategy": "inv-rconc", "proofs": "[@2: Harry is blue.[CWA. Example of deepest failure = (rule4 <- rule5 <- FAIL)]]", "representation": "(\"Harry\" \"is\" \"blue\" \"-\")", "proofsWithIntermediates": null }, "Q12": { "question": "Harry is red.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "rconc", "proofs": "[@1: Harry is red.[CWA. Example of deepest failure = (rule5 <- FAIL)]]", "representation": "(\"Harry\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": null }, "Q13": { "question": "Fred is not big.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Fred is big.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Fred\" \"is\" \"big\" \"-\")" }, "Q14": { "question": "Harry is green.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Harry is green.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Harry\" \"is\" \"green\" \"+\")" }, "Q15": { "question": "Fred is not cold.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Fred is cold.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Fred\" \"is\" \"cold\" \"-\")" }, "Q16": { "question": "Fred is green.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Fred is green.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Fred\" \"is\" \"green\" \"+\")" }, "Q17": null, "Q18": null, "Q19": null, "Q20": null, "Q21": null, "Q22": null, "Q23": null, "Q24": null }

[ { "text": "Alan is big.", "QDep": 0, "representation": "(\"Alan\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple3", "intermediates": [] } ] }, { "text": "Alan is red.", "QDep": 0, "representation": "(\"Alan\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple2", "intermediates": [] } ] }, { "text": "Alan is young.", "QDep": 0, "representation": "(\"Alan\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple1", "intermediates": [] } ] }, { "text": "Charlie is big.", "QDep": 0, "representation": "(\"Charlie\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple7", "intermediates": [] } ] }, { "text": "Charlie is kind.", "QDep": 0, "representation": "(\"Charlie\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple6", "intermediates": [] } ] }, { "text": "Charlie is nice.", "QDep": 0, "representation": "(\"Charlie\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple5", "intermediates": [] } ] }, { "text": "Charlie is round.", "QDep": 0, "representation": "(\"Charlie\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple4", "intermediates": [] } ] }, { "text": "Fred is blue.", "QDep": 0, "representation": "(\"Fred\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple9", "intermediates": [] } ] }, { "text": "Fred is rough.", "QDep": 0, "representation": "(\"Fred\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple8", "intermediates": [] } ] }, { "text": "Harry is rough.", "QDep": 0, "representation": "(\"Harry\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple10", "intermediates": [] } ] }, { "text": "Alan is blue.", "QDep": 1, "representation": "(\"Alan\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple2) -> (rule4 % int1))", "intermediates": [ { "text": "Alan is blue.", "representation": "(\"Alan\" \"is\" \"blue\" \"+\")", "id": "int1" } ] } ] }, { "text": "Charlie is red.", "QDep": 1, "representation": "(\"Charlie\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple7 triple6 triple5) -> (rule5 % int1))", "intermediates": [ { "text": "Charlie is red.", "representation": "(\"Charlie\" \"is\" \"red\" \"+\")", "id": "int1" } ] } ] }, { "text": "Charlie is blue.", "QDep": 2, "representation": "(\"Charlie\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple7 triple6 triple5) -> (rule5 % int2))) -> (rule4 % int1))", "intermediates": [ { "text": "Charlie is blue.", "representation": "(\"Charlie\" \"is\" \"blue\" \"+\")", "id": "int1" }, { "text": "Charlie is red.", "representation": "(\"Charlie\" \"is\" \"red\" \"+\")", "id": "int2" } ] } ] }, { "text": "Charlie is rough.", "QDep": 3, "representation": "(\"Charlie\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple5 ((((triple7 triple6 triple5) -> (rule5 % int3))) -> (rule4 % int2))) -> (rule1 % int1))", "intermediates": [ { "text": "Charlie is rough.", "representation": "(\"Charlie\" \"is\" \"rough\" \"+\")", "id": "int1" }, { "text": "Charlie is blue.", "representation": "(\"Charlie\" \"is\" \"blue\" \"+\")", "id": "int2" }, { "text": "Charlie is red.", "representation": "(\"Charlie\" \"is\" \"red\" \"+\")", "id": "int3" } ] } ] } ]

{ "triple1": "sent1", "triple2": "sent1", "triple3": "sent1", "triple4": "sent2", "triple5": "sent2", "triple6": "sent2", "triple7": "sent2", "triple8": "sent3", "triple9": "sent3", "triple10": "sent4", "rule1": "sent5", "rule2": "sent6", "rule3": "sent7", "rule4": "sent8", "rule5": "sent9", "rule6": null, "rule7": null, "triple11": null, "triple12": null }

{ "sent1": "Alan is big and red, but he's young and will grow out of it.", "sent2": "Charlie is fat; so he appears big and round; Charlie is also nice and kind to everyone that he meets.", "sent3": "Fred grew up in a family with six other boys and that make him a rough guy; Right now he's feeling blue because his dog is sick.", "sent4": "They always call him rough Harry.", "sent5": "Nice blue people are often rough.", "sent6": "A very kind and green colored person, who is also cold, will be nice.", "sent7": "Fat, round people who are green with envy and notoriously rough.", "sent8": "Red people feel blue about it.", "sent9": "Big, kind, and nice people are often red in color.", "sent10": null, "sent11": null }

{ "triple1": { "text": "Alan is young.", "representation": "(\"Alan\" \"is\" \"young\" \"+\")" }, "triple2": { "text": "Alan is red.", "representation": "(\"Alan\" \"is\" \"red\" \"+\")" }, "triple3": { "text": "Alan is kind.", "representation": "(\"Alan\" \"is\" \"kind\" \"+\")" }, "triple4": { "text": "Alan is green.", "representation": "(\"Alan\" \"is\" \"green\" \"+\")" }, "triple5": { "text": "Alan is blue.", "representation": "(\"Alan\" \"is\" \"blue\" \"+\")" }, "triple6": { "text": "Bob is rough.", "representation": "(\"Bob\" \"is\" \"rough\" \"+\")" }, "triple7": { "text": "Bob is nice.", "representation": "(\"Bob\" \"is\" \"nice\" \"+\")" }, "triple8": { "text": "Charlie is round.", "representation": "(\"Charlie\" \"is\" \"round\" \"+\")" }, "triple9": { "text": "Charlie is big.", "representation": "(\"Charlie\" \"is\" \"big\" \"+\")" }, "triple10": { "text": "Fred is kind.", "representation": "(\"Fred\" \"is\" \"kind\" \"+\")" }, "triple11": { "text": "Fred is blue.", "representation": "(\"Fred\" \"is\" \"blue\" \"+\")" }, "triple12": null }

{ "rule1": { "text": "If someone is green then they are round.", "representation": "(((\"someone\" \"is\" \"green\" \"+\")) -> (\"someone\" \"is\" \"round\" \"+\"))" }, "rule2": { "text": "If someone is big then they are blue.", "representation": "(((\"someone\" \"is\" \"big\" \"+\")) -> (\"someone\" \"is\" \"blue\" \"+\"))" }, "rule3": { "text": "If someone is red and young and rough then they are nice.", "representation": "(((\"someone\" \"is\" \"red\" \"+\") (\"someone\" \"is\" \"young\" \"+\") (\"someone\" \"is\" \"rough\" \"+\")) -> (\"someone\" \"is\" \"nice\" \"+\"))" }, "rule4": { "text": "If someone is cold and young and kind then they are nice.", "representation": "(((\"someone\" \"is\" \"cold\" \"+\") (\"someone\" \"is\" \"young\" \"+\") (\"someone\" \"is\" \"kind\" \"+\")) -> (\"someone\" \"is\" \"nice\" \"+\"))" }, "rule5": { "text": "If someone is big and green and young then they are rough.", "representation": "(((\"someone\" \"is\" \"big\" \"+\") (\"someone\" \"is\" \"green\" \"+\") (\"someone\" \"is\" \"young\" \"+\")) -> (\"someone\" \"is\" \"rough\" \"+\"))" }, "rule6": { "text": "If someone is green and blue and big then they are rough.", "representation": "(((\"someone\" \"is\" \"green\" \"+\") (\"someone\" \"is\" \"blue\" \"+\") (\"someone\" \"is\" \"big\" \"+\")) -> (\"someone\" \"is\" \"rough\" \"+\"))" }, "rule7": { "text": "If someone is green then they are big.", "representation": "(((\"someone\" \"is\" \"green\" \"+\")) -> (\"someone\" \"is\" \"big\" \"+\"))" } }

{ "Q1": { "question": "Bob is nice.", "answer": "True", "QDep": 0, "QLen": "1", "strategy": "proof", "proofs": "[(triple7)]", "representation": "(\"Bob\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple7", "intermediates": [] } ] }, "Q2": { "question": "Bob is not nice.", "answer": "False", "QDep": 0, "QLen": "1", "strategy": "inv-proof", "proofs": "[(triple7)]", "representation": "(\"Bob\" \"is\" \"nice\" \"-\")", "proofsWithIntermediates": [ { "representation": "triple7", "intermediates": [] } ] }, "Q3": { "question": "Alan is big.", "answer": "True", "QDep": 1, "QLen": "2", "strategy": "proof", "proofs": "[(((triple4) -> rule7))]", "representation": "(\"Alan\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple4) -> (rule7 % int1))", "intermediates": [ { "text": "Alan is big.", "representation": "(\"Alan\" \"is\" \"big\" \"+\")", "id": "int1" } ] } ] }, "Q4": { "question": "Charlie is not blue.", "answer": "False", "QDep": 1, "QLen": "2", "strategy": "inv-proof", "proofs": "[(((triple9) -> rule2))]", "representation": "(\"Charlie\" \"is\" \"blue\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple9) -> (rule2 % int1))", "intermediates": [ { "text": "Charlie is blue.", "representation": "(\"Charlie\" \"is\" \"blue\" \"+\")", "id": "int1" } ] } ] }, "Q5": { "question": "Alan is rough.", "answer": "True", "QDep": 2, "QLen": "5", "strategy": "proof", "proofs": "[(((triple4 triple5 ((triple4) -> rule7)) -> rule6) OR ((((triple4) -> rule7) triple4 triple1) -> rule5) OR ((triple4 ((((triple4) -> rule7)) -> rule2) ((triple4) -> rule7)) -> rule6))]", "representation": "(\"Alan\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple4 triple5 ((triple4) -> (rule7 % int2))) -> (rule6 % int1))", "intermediates": [ { "text": "Alan is rough.", "representation": "(\"Alan\" \"is\" \"rough\" \"+\")", "id": "int1" }, { "text": "Alan is big.", "representation": "(\"Alan\" \"is\" \"big\" \"+\")", "id": "int2" } ] }, { "representation": "((((triple4) -> (rule7 % int2)) triple4 triple1) -> (rule5 % int1))", "intermediates": [ { "text": "Alan is rough.", "representation": "(\"Alan\" \"is\" \"rough\" \"+\")", "id": "int1" }, { "text": "Alan is big.", "representation": "(\"Alan\" \"is\" \"big\" \"+\")", "id": "int2" } ] }, { "representation": "((triple4 ((((triple4) -> (rule7 % int3))) -> (rule2 % int2)) ((triple4) -> (rule7 % int3))) -> (rule6 % int1))", "intermediates": [ { "text": "Alan is rough.", "representation": "(\"Alan\" \"is\" \"rough\" \"+\")", "id": "int1" }, { "text": "Alan is blue.", "representation": "(\"Alan\" \"is\" \"blue\" \"+\")", "id": "int2" }, { "text": "Alan is big.", "representation": "(\"Alan\" \"is\" \"big\" \"+\")", "id": "int3" } ] } ] }, "Q6": { "question": "Alan is not rough.", "answer": "False", "QDep": 2, "QLen": "5", "strategy": "inv-proof", "proofs": "[(((triple4 triple5 ((triple4) -> rule7)) -> rule6) OR ((((triple4) -> rule7) triple4 triple1) -> rule5) OR ((triple4 ((((triple4) -> rule7)) -> rule2) ((triple4) -> rule7)) -> rule6))]", "representation": "(\"Alan\" \"is\" \"rough\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple4 triple5 ((triple4) -> (rule7 % int2))) -> (rule6 % int1))", "intermediates": [ { "text": "Alan is rough.", "representation": "(\"Alan\" \"is\" \"rough\" \"+\")", "id": "int1" }, { "text": "Alan is big.", "representation": "(\"Alan\" \"is\" \"big\" \"+\")", "id": "int2" } ] }, { "representation": "((((triple4) -> (rule7 % int2)) triple4 triple1) -> (rule5 % int1))", "intermediates": [ { "text": "Alan is rough.", "representation": "(\"Alan\" \"is\" \"rough\" \"+\")", "id": "int1" }, { "text": "Alan is big.", "representation": "(\"Alan\" \"is\" \"big\" \"+\")", "id": "int2" } ] }, { "representation": "((triple4 ((((triple4) -> (rule7 % int3))) -> (rule2 % int2)) ((triple4) -> (rule7 % int3))) -> (rule6 % int1))", "intermediates": [ { "text": "Alan is rough.", "representation": "(\"Alan\" \"is\" \"rough\" \"+\")", "id": "int1" }, { "text": "Alan is blue.", "representation": "(\"Alan\" \"is\" \"blue\" \"+\")", "id": "int2" }, { "text": "Alan is big.", "representation": "(\"Alan\" \"is\" \"big\" \"+\")", "id": "int3" } ] } ] }, "Q7": { "question": "Alan is nice.", "answer": "True", "QDep": 3, "QLen": "8", "strategy": "proof", "proofs": "[(((triple2 triple1 ((triple4 triple5 ((triple4) -> rule7)) -> rule6)) -> rule3) OR ((triple2 triple1 ((((triple4) -> rule7) triple4 triple1) -> rule5)) -> rule3) OR ((triple2 triple1 ((triple4 ((((triple4) -> rule7)) -> rule2) ((triple4) -> rule7)) -> rule6)) -> rule3))]", "representation": "(\"Alan\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple2 triple1 ((triple4 triple5 ((triple4) -> (rule7 % int3))) -> (rule6 % int2))) -> (rule3 % int1))", "intermediates": [ { "text": "Alan is nice.", "representation": "(\"Alan\" \"is\" \"nice\" \"+\")", "id": "int1" }, { "text": "Alan is rough.", "representation": "(\"Alan\" \"is\" \"rough\" \"+\")", "id": "int2" }, { "text": "Alan is big.", "representation": "(\"Alan\" \"is\" \"big\" \"+\")", "id": "int3" } ] }, { "representation": "((triple2 triple1 ((((triple4) -> (rule7 % int3)) triple4 triple1) -> (rule5 % int2))) -> (rule3 % int1))", "intermediates": [ { "text": "Alan is nice.", "representation": "(\"Alan\" \"is\" \"nice\" \"+\")", "id": "int1" }, { "text": "Alan is rough.", "representation": "(\"Alan\" \"is\" \"rough\" \"+\")", "id": "int2" }, { "text": "Alan is big.", "representation": "(\"Alan\" \"is\" \"big\" \"+\")", "id": "int3" } ] }, { "representation": "((triple2 triple1 ((triple4 ((((triple4) -> (rule7 % int4))) -> (rule2 % int3)) ((triple4) -> (rule7 % int4))) -> (rule6 % int2))) -> (rule3 % int1))", "intermediates": [ { "text": "Alan is nice.", "representation": "(\"Alan\" \"is\" \"nice\" \"+\")", "id": "int1" }, { "text": "Alan is rough.", "representation": "(\"Alan\" \"is\" \"rough\" \"+\")", "id": "int2" }, { "text": "Alan is blue.", "representation": "(\"Alan\" \"is\" \"blue\" \"+\")", "id": "int3" }, { "text": "Alan is big.", "representation": "(\"Alan\" \"is\" \"big\" \"+\")", "id": "int4" } ] } ] }, "Q8": { "question": "Alan is not nice.", "answer": "False", "QDep": 3, "QLen": "8", "strategy": "inv-proof", "proofs": "[(((triple2 triple1 ((triple4 triple5 ((triple4) -> rule7)) -> rule6)) -> rule3) OR ((triple2 triple1 ((((triple4) -> rule7) triple4 triple1) -> rule5)) -> rule3) OR ((triple2 triple1 ((triple4 ((((triple4) -> rule7)) -> rule2) ((triple4) -> rule7)) -> rule6)) -> rule3))]", "representation": "(\"Alan\" \"is\" \"nice\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple2 triple1 ((triple4 triple5 ((triple4) -> (rule7 % int3))) -> (rule6 % int2))) -> (rule3 % int1))", "intermediates": [ { "text": "Alan is nice.", "representation": "(\"Alan\" \"is\" \"nice\" \"+\")", "id": "int1" }, { "text": "Alan is rough.", "representation": "(\"Alan\" \"is\" \"rough\" \"+\")", "id": "int2" }, { "text": "Alan is big.", "representation": "(\"Alan\" \"is\" \"big\" \"+\")", "id": "int3" } ] }, { "representation": "((triple2 triple1 ((((triple4) -> (rule7 % int3)) triple4 triple1) -> (rule5 % int2))) -> (rule3 % int1))", "intermediates": [ { "text": "Alan is nice.", "representation": "(\"Alan\" \"is\" \"nice\" \"+\")", "id": "int1" }, { "text": "Alan is rough.", "representation": "(\"Alan\" \"is\" \"rough\" \"+\")", "id": "int2" }, { "text": "Alan is big.", "representation": "(\"Alan\" \"is\" \"big\" \"+\")", "id": "int3" } ] }, { "representation": "((triple2 triple1 ((triple4 ((((triple4) -> (rule7 % int4))) -> (rule2 % int3)) ((triple4) -> (rule7 % int4))) -> (rule6 % int2))) -> (rule3 % int1))", "intermediates": [ { "text": "Alan is nice.", "representation": "(\"Alan\" \"is\" \"nice\" \"+\")", "id": "int1" }, { "text": "Alan is rough.", "representation": "(\"Alan\" \"is\" \"rough\" \"+\")", "id": "int2" }, { "text": "Alan is blue.", "representation": "(\"Alan\" \"is\" \"blue\" \"+\")", "id": "int3" }, { "text": "Alan is big.", "representation": "(\"Alan\" \"is\" \"big\" \"+\")", "id": "int4" } ] } ] }, "Q9": { "question": "Fred is not nice.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Fred is nice.[CWA. Example of deepest failure = (rule3 <- FAIL)]]", "representation": "(\"Fred\" \"is\" \"nice\" \"-\")", "proofsWithIntermediates": null }, "Q10": { "question": "Bob is blue.", "answer": "Unknown", "QDep": 2, "QLen": "", "strategy": "rconc", "proofs": "[@2: Bob is blue.[CWA. Example of deepest failure = (rule2 <- rule7 <- FAIL)]]", "representation": "(\"Bob\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": null }, "Q11": { "question": "Charlie is not rough.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Charlie is rough.[CWA. Example of deepest failure = (rule5 <- FAIL)]]", "representation": "(\"Charlie\" \"is\" \"rough\" \"-\")", "proofsWithIntermediates": null }, "Q12": { "question": "Fred is rough.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "rconc", "proofs": "[@1: Fred is rough.[CWA. Example of deepest failure = (rule5 <- FAIL)]]", "representation": "(\"Fred\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": null }, "Q13": { "question": "Fred is not cold.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Fred is cold.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Fred\" \"is\" \"cold\" \"-\")" }, "Q14": { "question": "Fred is young.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Fred is young.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Fred\" \"is\" \"young\" \"+\")" }, "Q15": { "question": "Charlie is not kind.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Charlie is kind.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Charlie\" \"is\" \"kind\" \"-\")" }, "Q16": { "question": "Bob is red.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Bob is red.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Bob\" \"is\" \"red\" \"+\")" }, "Q17": null, "Q18": null, "Q19": null, "Q20": null, "Q21": null, "Q22": null, "Q23": null, "Q24": null }

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} ] }, { "text": "Alan is young.", "QDep": 0, "representation": "(\"Alan\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple1", "intermediates": [] } ] }, { "text": "Bob is nice.", "QDep": 0, "representation": "(\"Bob\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple7", "intermediates": [] } ] }, { "text": "Bob is rough.", "QDep": 0, "representation": "(\"Bob\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple6", "intermediates": [] } ] }, { "text": "Charlie is big.", "QDep": 0, "representation": "(\"Charlie\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple9", "intermediates": [] } ] }, { "text": "Charlie is round.", "QDep": 0, "representation": "(\"Charlie\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple8", "intermediates": [] } ] }, { "text": "Fred is blue.", "QDep": 0, "representation": "(\"Fred\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple11", "intermediates": [] } ] }, { "text": "Fred is kind.", "QDep": 0, "representation": "(\"Fred\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple10", "intermediates": [] } ] }, { "text": "Alan is big.", "QDep": 1, "representation": "(\"Alan\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple4) -> (rule7 % int1))", "intermediates": [ { "text": "Alan is big.", "representation": "(\"Alan\" \"is\" \"big\" \"+\")", "id": "int1" } ] } ] }, { "text": "Alan is round.", "QDep": 1, "representation": "(\"Alan\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple4) -> (rule1 % int1))", "intermediates": [ { "text": "Alan is round.", "representation": "(\"Alan\" \"is\" \"round\" \"+\")", "id": "int1" } ] } ] }, { "text": "Charlie is blue.", "QDep": 1, "representation": "(\"Charlie\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple9) -> (rule2 % int1))", "intermediates": [ { "text": "Charlie is blue.", "representation": "(\"Charlie\" \"is\" \"blue\" \"+\")", "id": "int1" } ] } ] }, { "text": "Alan is rough.", "QDep": 2, "representation": "(\"Alan\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple4 triple5 ((triple4) -> (rule7 % int2))) -> (rule6 % int1))", "intermediates": [ { "text": "Alan is rough.", "representation": "(\"Alan\" \"is\" \"rough\" \"+\")", "id": "int1" }, { "text": "Alan is big.", "representation": "(\"Alan\" \"is\" \"big\" \"+\")", "id": "int2" } ] }, { "representation": "((((triple4) -> (rule7 % int2)) triple4 triple1) -> (rule5 % int1))", "intermediates": [ { "text": "Alan is rough.", "representation": "(\"Alan\" \"is\" \"rough\" \"+\")", "id": "int1" }, { "text": "Alan is big.", "representation": "(\"Alan\" \"is\" \"big\" \"+\")", "id": "int2" } ] }, { "representation": "((triple4 ((((triple4) -> (rule7 % int3))) -> (rule2 % int2)) ((triple4) -> (rule7 % int3))) -> (rule6 % int1))", "intermediates": [ { "text": "Alan is rough.", "representation": "(\"Alan\" \"is\" \"rough\" \"+\")", "id": "int1" }, { "text": "Alan is blue.", "representation": "(\"Alan\" \"is\" \"blue\" \"+\")", "id": "int2" }, { "text": "Alan is big.", "representation": "(\"Alan\" \"is\" \"big\" \"+\")", "id": "int3" } ] } ] }, { "text": "Alan is nice.", "QDep": 3, "representation": "(\"Alan\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple2 triple1 ((triple4 triple5 ((triple4) -> (rule7 % int3))) -> (rule6 % int2))) -> (rule3 % int1))", "intermediates": [ { "text": "Alan is nice.", "representation": "(\"Alan\" \"is\" \"nice\" \"+\")", "id": "int1" }, { "text": "Alan is rough.", "representation": "(\"Alan\" \"is\" \"rough\" \"+\")", "id": "int2" }, { "text": "Alan is big.", "representation": "(\"Alan\" \"is\" \"big\" \"+\")", "id": "int3" } ] }, { "representation": "((triple2 triple1 ((((triple4) -> (rule7 % int3)) triple4 triple1) -> (rule5 % int2))) -> (rule3 % int1))", "intermediates": [ { "text": "Alan is nice.", "representation": "(\"Alan\" \"is\" \"nice\" \"+\")", "id": "int1" }, { "text": "Alan is rough.", "representation": "(\"Alan\" \"is\" \"rough\" \"+\")", "id": "int2" }, { "text": "Alan is big.", "representation": "(\"Alan\" \"is\" \"big\" \"+\")", "id": "int3" } ] }, { "representation": "((triple2 triple1 ((triple4 ((((triple4) -> (rule7 % int4))) -> (rule2 % int3)) ((triple4) -> (rule7 % int4))) -> (rule6 % int2))) -> (rule3 % int1))", "intermediates": [ { "text": "Alan is nice.", "representation": "(\"Alan\" \"is\" \"nice\" \"+\")", "id": "int1" }, { "text": "Alan is rough.", "representation": "(\"Alan\" \"is\" \"rough\" \"+\")", "id": "int2" }, { "text": "Alan is blue.", "representation": "(\"Alan\" \"is\" \"blue\" \"+\")", "id": "int3" }, { "text": "Alan is big.", "representation": "(\"Alan\" \"is\" \"big\" \"+\")", "id": "int4" } ] } ] } ]

{ "triple1": "sent1", "triple2": "sent1", "triple3": "sent1", "triple4": "sent1", "triple5": "sent1", "triple6": "sent2", "triple7": "sent2", "triple8": "sent3", "triple9": "sent3", "triple10": "sent4", "rule1": "sent5", "rule2": "sent6", "rule3": "sent7", "rule4": "sent8", "rule5": "sent9", "rule6": "sent10", "rule7": "sent11", "triple11": "sent4", "triple12": null }

{ "sent1": "Alan is green and young, but he is also kind; He has blue eyes and red hair.", "sent2": "Bob who is considered nice was feeling rather rough today.", "sent3": "That man standing next to you with a big round body goes by the name of Charlie.", "sent4": "Fred is blue from ink he spilled on himself while being kind and helping some children paint.", "sent5": "Any green person is a round person.", "sent6": "Anybody that is big is also someone who is going to be blue.", "sent7": "Young people with red, flushed cheeks who are rough around the edges are really quite nice.", "sent8": "Young, kind people have the trait of being cold and are also very nice to interact with.", "sent9": "People who are described as young, green, and big are often considered rough.", "sent10": "An individual with green, blue and big characteristics will also be rough.", "sent11": "A person that is green also someone who is big." }

{ "triple1": { "text": "Alan is kind.", "representation": "(\"Alan\" \"is\" \"kind\" \"+\")" }, "triple2": { "text": "Gary is young.", "representation": "(\"Gary\" \"is\" \"young\" \"+\")" }, "triple3": { "text": "Gary is red.", "representation": "(\"Gary\" \"is\" \"red\" \"+\")" }, "triple4": { "text": "Gary is nice.", "representation": "(\"Gary\" \"is\" \"nice\" \"+\")" }, "triple5": { "text": "Gary is kind.", "representation": "(\"Gary\" \"is\" \"kind\" \"+\")" }, "triple6": { "text": "Gary is green.", "representation": "(\"Gary\" \"is\" \"green\" \"+\")" }, "triple7": { "text": "Gary is blue.", "representation": "(\"Gary\" \"is\" \"blue\" \"+\")" }, "triple8": null, "triple9": null, "triple10": null, "triple11": null, "triple12": null }

{ "rule1": { "text": "If someone is big and green then they are cold.", "representation": "(((\"someone\" \"is\" \"big\" \"+\") (\"someone\" \"is\" \"green\" \"+\")) -> (\"someone\" \"is\" \"cold\" \"+\"))" }, "rule2": { "text": "If someone is red and nice then they are big.", "representation": "(((\"someone\" \"is\" \"red\" \"+\") (\"someone\" \"is\" \"nice\" \"+\")) -> (\"someone\" \"is\" \"big\" \"+\"))" }, "rule3": { "text": "If someone is cold and rough then they are blue.", "representation": "(((\"someone\" \"is\" \"cold\" \"+\") (\"someone\" \"is\" \"rough\" \"+\")) -> (\"someone\" \"is\" \"blue\" \"+\"))" }, "rule4": { "text": "If someone is rough and cold and round then they are nice.", "representation": "(((\"someone\" \"is\" \"rough\" \"+\") (\"someone\" \"is\" \"cold\" \"+\") (\"someone\" \"is\" \"round\" \"+\")) -> (\"someone\" \"is\" \"nice\" \"+\"))" }, "rule5": { "text": "If someone is round and cold then they are big.", "representation": "(((\"someone\" \"is\" \"round\" \"+\") (\"someone\" \"is\" \"cold\" \"+\")) -> (\"someone\" \"is\" \"big\" \"+\"))" }, "rule6": { "text": "If someone is blue and cold and big then they are rough.", "representation": "(((\"someone\" \"is\" \"blue\" \"+\") (\"someone\" \"is\" \"cold\" \"+\") (\"someone\" \"is\" \"big\" \"+\")) -> (\"someone\" \"is\" \"rough\" \"+\"))" }, "rule7": null }

{ "Q1": { "question": "Gary is green.", "answer": "True", "QDep": 0, "QLen": "1", "strategy": "proof", "proofs": "[(triple6)]", "representation": "(\"Gary\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple6", "intermediates": [] } ] }, "Q2": { "question": "Gary is not red.", "answer": "False", "QDep": 0, "QLen": "1", "strategy": "inv-proof", "proofs": "[(triple3)]", "representation": "(\"Gary\" \"is\" \"red\" \"-\")", "proofsWithIntermediates": [ { "representation": "triple3", "intermediates": [] } ] }, "Q3": { "question": "Gary is big.", "answer": "True", "QDep": 1, "QLen": "3", "strategy": "proof", "proofs": "[(((triple3 triple4) -> rule2))]", "representation": "(\"Gary\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple3 triple4) -> (rule2 % int1))", "intermediates": [ { "text": "Gary is big.", "representation": "(\"Gary\" \"is\" \"big\" \"+\")", "id": "int1" } ] } ] }, "Q4": { "question": "Gary is not big.", "answer": "False", "QDep": 1, "QLen": "3", "strategy": "inv-proof", "proofs": "[(((triple3 triple4) -> rule2))]", "representation": "(\"Gary\" \"is\" \"big\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple3 triple4) -> (rule2 % int1))", "intermediates": [ { "text": "Gary is big.", "representation": "(\"Gary\" \"is\" \"big\" \"+\")", "id": "int1" } ] } ] }, "Q5": { "question": "Gary is cold.", "answer": "True", "QDep": 2, "QLen": "5", "strategy": "proof", "proofs": "[(((((triple3 triple4) -> rule2) triple6) -> rule1))]", "representation": "(\"Gary\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple3 triple4) -> (rule2 % int2)) triple6) -> (rule1 % int1))", "intermediates": [ { "text": "Gary is cold.", "representation": "(\"Gary\" \"is\" \"cold\" \"+\")", "id": "int1" }, { "text": "Gary is big.", "representation": "(\"Gary\" \"is\" \"big\" \"+\")", "id": "int2" } ] } ] }, "Q6": { "question": "Gary is not cold.", "answer": "False", "QDep": 2, "QLen": "5", "strategy": "inv-proof", "proofs": "[(((((triple3 triple4) -> rule2) triple6) -> rule1))]", "representation": "(\"Gary\" \"is\" \"cold\" \"-\")", "proofsWithIntermediates": [ { "representation": "((((triple3 triple4) -> (rule2 % int2)) triple6) -> (rule1 % int1))", "intermediates": [ { "text": "Gary is cold.", "representation": "(\"Gary\" \"is\" \"cold\" \"+\")", "id": "int1" }, { "text": "Gary is big.", "representation": "(\"Gary\" \"is\" \"big\" \"+\")", "id": "int2" } ] } ] }, "Q7": { "question": "Gary is rough.", "answer": "True", "QDep": 3, "QLen": "10", "strategy": "proof", "proofs": "[(((triple7 ((((triple3 triple4) -> rule2) triple6) -> rule1) ((triple3 triple4) -> rule2)) -> rule6))]", "representation": "(\"Gary\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple7 ((((triple3 triple4) -> (rule2 % int3)) triple6) -> (rule1 % int2)) ((triple3 triple4) -> (rule2 % int3))) -> (rule6 % int1))", "intermediates": [ { "text": "Gary is rough.", "representation": "(\"Gary\" \"is\" \"rough\" \"+\")", "id": "int1" }, { "text": "Gary is cold.", "representation": "(\"Gary\" \"is\" \"cold\" \"+\")", "id": "int2" }, { "text": "Gary is big.", "representation": "(\"Gary\" \"is\" \"big\" \"+\")", "id": "int3" } ] } ] }, "Q8": { "question": "Gary is not rough.", "answer": "False", "QDep": 3, "QLen": "10", "strategy": "inv-proof", "proofs": "[(((triple7 ((((triple3 triple4) -> rule2) triple6) -> rule1) ((triple3 triple4) -> rule2)) -> rule6))]", "representation": "(\"Gary\" \"is\" \"rough\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple7 ((((triple3 triple4) -> (rule2 % int3)) triple6) -> (rule1 % int2)) ((triple3 triple4) -> (rule2 % int3))) -> (rule6 % int1))", "intermediates": [ { "text": "Gary is rough.", "representation": "(\"Gary\" \"is\" \"rough\" \"+\")", "id": "int1" }, { "text": "Gary is cold.", "representation": "(\"Gary\" \"is\" \"cold\" \"+\")", "id": "int2" }, { "text": "Gary is big.", "representation": "(\"Gary\" \"is\" \"big\" \"+\")", "id": "int3" } ] } ] }, "Q9": { "question": "Alan is not cold.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Alan is cold.[CWA. Example of deepest failure = (rule1 <- FAIL)]]", "representation": "(\"Alan\" \"is\" \"cold\" \"-\")", "proofsWithIntermediates": null }, "Q10": { "question": "Fred is nice.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "rconc", "proofs": "[@1: Fred is nice.[CWA. Example of deepest failure = (rule4 <- FAIL)]]", "representation": "(\"Fred\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": null }, "Q11": { "question": "Alan is not blue.", "answer": "Unknown", "QDep": 2, "QLen": "", "strategy": "inv-rconc", "proofs": "[@2: Alan is blue.[CWA. Example of deepest failure = (rule3 <- rule1 <- FAIL)]]", "representation": "(\"Alan\" \"is\" \"blue\" \"-\")", "proofsWithIntermediates": null }, "Q12": { "question": "Alan is rough.", "answer": "Unknown", "QDep": 2, "QLen": "", "strategy": "rconc", "proofs": "[@2: Alan is rough.[CWA. Example of deepest failure = (rule6 <- rule3 <- FAIL)]]", "representation": "(\"Alan\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": null }, "Q13": { "question": "Alan is not green.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Alan is green.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Alan\" \"is\" \"green\" \"-\")" }, "Q14": { "question": "Fred is green.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Fred is green.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Fred\" \"is\" \"green\" \"+\")" }, "Q15": { "question": "Eric is not young.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Eric is young.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Eric\" \"is\" \"young\" \"-\")" }, "Q16": { "question": "Fred is kind.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Fred is kind.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Fred\" \"is\" \"kind\" \"+\")" }, "Q17": null, "Q18": null, "Q19": null, "Q20": null, "Q21": null, "Q22": null, "Q23": null, "Q24": null }

[ { "text": "Alan is kind.", "QDep": 0, "representation": "(\"Alan\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple1", "intermediates": [] } ] }, { "text": "Gary is blue.", "QDep": 0, "representation": "(\"Gary\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple7", "intermediates": [] } ] }, { "text": "Gary is green.", "QDep": 0, "representation": "(\"Gary\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple6", "intermediates": [] } ] }, { "text": "Gary is kind.", "QDep": 0, "representation": "(\"Gary\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple5", "intermediates": [] } ] }, { "text": "Gary is nice.", "QDep": 0, "representation": "(\"Gary\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple4", "intermediates": [] } ] }, { "text": "Gary is red.", "QDep": 0, "representation": "(\"Gary\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple3", "intermediates": [] } ] }, { "text": "Gary is young.", "QDep": 0, "representation": "(\"Gary\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple2", "intermediates": [] } ] }, { "text": "Gary is big.", "QDep": 1, "representation": "(\"Gary\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple3 triple4) -> (rule2 % int1))", "intermediates": [ { "text": "Gary is big.", "representation": "(\"Gary\" \"is\" \"big\" \"+\")", "id": "int1" } ] } ] }, { "text": "Gary is cold.", "QDep": 2, "representation": "(\"Gary\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple3 triple4) -> (rule2 % int2)) triple6) -> (rule1 % int1))", "intermediates": [ { "text": "Gary is cold.", "representation": "(\"Gary\" \"is\" \"cold\" \"+\")", "id": "int1" }, { "text": "Gary is big.", "representation": "(\"Gary\" \"is\" \"big\" \"+\")", "id": "int2" } ] } ] }, { "text": "Gary is rough.", "QDep": 3, "representation": "(\"Gary\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple7 ((((triple3 triple4) -> (rule2 % int3)) triple6) -> (rule1 % int2)) ((triple3 triple4) -> (rule2 % int3))) -> (rule6 % int1))", "intermediates": [ { "text": "Gary is rough.", "representation": "(\"Gary\" \"is\" \"rough\" \"+\")", "id": "int1" }, { "text": "Gary is cold.", "representation": "(\"Gary\" \"is\" \"cold\" \"+\")", "id": "int2" }, { "text": "Gary is big.", "representation": "(\"Gary\" \"is\" \"big\" \"+\")", "id": "int3" } ] } ] } ]

{ "triple1": "sent1", "triple2": "sent2", "triple3": "sent2", "triple4": "sent2", "triple5": "sent2", "triple6": "sent2", "triple7": "sent2", "triple8": null, "triple9": null, "triple10": null, "rule1": "sent3", "rule2": "sent4", "rule3": "sent5", "rule4": "sent6", "rule5": "sent7", "rule6": "sent8", "rule7": null, "triple11": null, "triple12": null }

{ "sent1": "Alan always goes out of his way to show that he is kind to people.", "sent2": "Young Gary who is nice and kind is feeling red, green and blue today.", "sent3": "People that tend to be big and green also tend to be cold.", "sent4": "Anyone that is a red, nice soul will be big, too.", "sent5": "Anyone that's rough and cold is also going to be blue.", "sent6": "When you meet someone with cold, rough skin and a round figure they will be nice.", "sent7": "Anyone who is round and also cold will surely be big as well.", "sent8": "People that are blue, cold, and big, are rather rough.", "sent9": null, "sent10": null, "sent11": null }

{ "triple1": { "text": "Alan is rough.", "representation": "(\"Alan\" \"is\" \"rough\" \"+\")" }, "triple2": { "text": "Alan is red.", "representation": "(\"Alan\" \"is\" \"red\" \"+\")" }, "triple3": { "text": "Alan is blue.", "representation": "(\"Alan\" \"is\" \"blue\" \"+\")" }, "triple4": { "text": "Charlie is rough.", "representation": "(\"Charlie\" \"is\" \"rough\" \"+\")" }, "triple5": { "text": "Charlie is nice.", "representation": "(\"Charlie\" \"is\" \"nice\" \"+\")" }, "triple6": { "text": "Charlie is kind.", "representation": "(\"Charlie\" \"is\" \"kind\" \"+\")" }, "triple7": { "text": "Charlie is big.", "representation": "(\"Charlie\" \"is\" \"big\" \"+\")" }, "triple8": { "text": "Eric is young.", "representation": "(\"Eric\" \"is\" \"young\" \"+\")" }, "triple9": { "text": "Gary is young.", "representation": "(\"Gary\" \"is\" \"young\" \"+\")" }, "triple10": { "text": "Gary is rough.", "representation": "(\"Gary\" \"is\" \"rough\" \"+\")" }, "triple11": { "text": "Gary is big.", "representation": "(\"Gary\" \"is\" \"big\" \"+\")" }, "triple12": null }

{ "rule1": { "text": "If someone is young and kind and red then they are rough.", "representation": "(((\"someone\" \"is\" \"young\" \"+\") (\"someone\" \"is\" \"kind\" \"+\") (\"someone\" \"is\" \"red\" \"+\")) -> (\"someone\" \"is\" \"rough\" \"+\"))" }, "rule2": { "text": "If someone is green and blue then they are round.", "representation": "(((\"someone\" \"is\" \"green\" \"+\") (\"someone\" \"is\" \"blue\" \"+\")) -> (\"someone\" \"is\" \"round\" \"+\"))" }, "rule3": { "text": "If someone is nice and blue and kind then they are green.", "representation": "(((\"someone\" \"is\" \"nice\" \"+\") (\"someone\" \"is\" \"blue\" \"+\") (\"someone\" \"is\" \"kind\" \"+\")) -> (\"someone\" \"is\" \"green\" \"+\"))" }, "rule4": { "text": "If someone is rough then they are blue.", "representation": "(((\"someone\" \"is\" \"rough\" \"+\")) -> (\"someone\" \"is\" \"blue\" \"+\"))" }, "rule5": { "text": "If someone is round and young then they are nice.", "representation": "(((\"someone\" \"is\" \"round\" \"+\") (\"someone\" \"is\" \"young\" \"+\")) -> (\"someone\" \"is\" \"nice\" \"+\"))" }, "rule6": { "text": "If someone is nice and rough then they are kind.", "representation": "(((\"someone\" \"is\" \"nice\" \"+\") (\"someone\" \"is\" \"rough\" \"+\")) -> (\"someone\" \"is\" \"kind\" \"+\"))" }, "rule7": null }

{ "Q1": { "question": "Gary is young.", "answer": "True", "QDep": 0, "QLen": "1", "strategy": "proof", "proofs": "[(triple9)]", "representation": "(\"Gary\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple9", "intermediates": [] } ] }, "Q2": { "question": "Gary is not rough.", "answer": "False", "QDep": 0, "QLen": "1", "strategy": "inv-proof", "proofs": "[(triple10)]", "representation": "(\"Gary\" \"is\" \"rough\" \"-\")", "proofsWithIntermediates": [ { "representation": "triple10", "intermediates": [] } ] }, "Q3": { "question": "Gary is blue.", "answer": "True", "QDep": 1, "QLen": "2", "strategy": "proof", "proofs": "[(((triple10) -> rule4))]", "representation": "(\"Gary\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple10) -> (rule4 % int1))", "intermediates": [ { "text": "Gary is blue.", "representation": "(\"Gary\" \"is\" \"blue\" \"+\")", "id": "int1" } ] } ] }, "Q4": { "question": "Gary is not blue.", "answer": "False", "QDep": 1, "QLen": "2", "strategy": "inv-proof", "proofs": "[(((triple10) -> rule4))]", "representation": "(\"Gary\" \"is\" \"blue\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple10) -> (rule4 % int1))", "intermediates": [ { "text": "Gary is blue.", "representation": "(\"Gary\" \"is\" \"blue\" \"+\")", "id": "int1" } ] } ] }, "Q5": { "question": "Charlie is green.", "answer": "True", "QDep": 2, "QLen": "5", "strategy": "proof", "proofs": "[(((triple5 ((triple4) -> rule4) triple6) -> rule3) OR ((triple5 ((triple4) -> rule4) ((triple5 triple4) -> rule6)) -> rule3))]", "representation": "(\"Charlie\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple5 ((triple4) -> (rule4 % int2)) triple6) -> (rule3 % int1))", "intermediates": [ { "text": "Charlie is green.", "representation": "(\"Charlie\" \"is\" \"green\" \"+\")", "id": "int1" }, { "text": "Charlie is blue.", "representation": "(\"Charlie\" \"is\" \"blue\" \"+\")", "id": "int2" } ] }, { "representation": "((triple5 ((triple4) -> (rule4 % int3)) ((triple5 triple4) -> (rule6 % int2))) -> (rule3 % int1))", "intermediates": [ { "text": "Charlie is green.", "representation": "(\"Charlie\" \"is\" \"green\" \"+\")", "id": "int1" }, { "text": "Charlie is kind.", "representation": "(\"Charlie\" \"is\" \"kind\" \"+\")", "id": "int2" }, { "text": "Charlie is blue.", "representation": "(\"Charlie\" \"is\" \"blue\" \"+\")", "id": "int3" } ] } ] }, "Q6": { "question": "Charlie is not green.", "answer": "False", "QDep": 2, "QLen": "5", "strategy": "inv-proof", "proofs": "[(((triple5 ((triple4) -> rule4) triple6) -> rule3) OR ((triple5 ((triple4) -> rule4) ((triple5 triple4) -> rule6)) -> rule3))]", "representation": "(\"Charlie\" \"is\" \"green\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple5 ((triple4) -> (rule4 % int2)) triple6) -> (rule3 % int1))", "intermediates": [ { "text": "Charlie is green.", "representation": "(\"Charlie\" \"is\" \"green\" \"+\")", "id": "int1" }, { "text": "Charlie is blue.", "representation": "(\"Charlie\" \"is\" \"blue\" \"+\")", "id": "int2" } ] }, { "representation": "((triple5 ((triple4) -> (rule4 % int3)) ((triple5 triple4) -> (rule6 % int2))) -> (rule3 % int1))", "intermediates": [ { "text": "Charlie is green.", "representation": "(\"Charlie\" \"is\" \"green\" \"+\")", "id": "int1" }, { "text": "Charlie is kind.", "representation": "(\"Charlie\" \"is\" \"kind\" \"+\")", "id": "int2" }, { "text": "Charlie is blue.", "representation": "(\"Charlie\" \"is\" \"blue\" \"+\")", "id": "int3" } ] } ] }, "Q7": { "question": "Charlie is round.", "answer": "True", "QDep": 3, "QLen": "8", "strategy": "proof", "proofs": "[(((((triple5 ((triple4) -> rule4) triple6) -> rule3) ((triple4) -> rule4)) -> rule2) OR ((((triple5 ((triple4) -> rule4) ((triple5 triple4) -> rule6)) -> rule3) ((triple4) -> rule4)) -> rule2))]", "representation": "(\"Charlie\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple5 ((triple4) -> (rule4 % int3)) triple6) -> (rule3 % int2)) ((triple4) -> (rule4 % int3))) -> (rule2 % int1))", "intermediates": [ { "text": "Charlie is round.", "representation": "(\"Charlie\" \"is\" \"round\" \"+\")", "id": "int1" }, { "text": "Charlie is green.", "representation": "(\"Charlie\" \"is\" \"green\" \"+\")", "id": "int2" }, { "text": "Charlie is blue.", "representation": "(\"Charlie\" \"is\" \"blue\" \"+\")", "id": "int3" } ] }, { "representation": "((((triple5 ((triple4) -> (rule4 % int4)) ((triple5 triple4) -> (rule6 % int3))) -> (rule3 % int2)) ((triple4) -> (rule4 % int4))) -> (rule2 % int1))", "intermediates": [ { "text": "Charlie is round.", "representation": "(\"Charlie\" \"is\" \"round\" \"+\")", "id": "int1" }, { "text": "Charlie is green.", "representation": "(\"Charlie\" \"is\" \"green\" \"+\")", "id": "int2" }, { "text": "Charlie is kind.", "representation": "(\"Charlie\" \"is\" \"kind\" \"+\")", "id": "int3" }, { "text": "Charlie is blue.", "representation": "(\"Charlie\" \"is\" \"blue\" \"+\")", "id": "int4" } ] } ] }, "Q8": { "question": "Charlie is not round.", "answer": "False", "QDep": 3, "QLen": "8", "strategy": "inv-proof", "proofs": "[(((((triple5 ((triple4) -> rule4) triple6) -> rule3) ((triple4) -> rule4)) -> rule2) OR ((((triple5 ((triple4) -> rule4) ((triple5 triple4) -> rule6)) -> rule3) ((triple4) -> rule4)) -> rule2))]", "representation": "(\"Charlie\" \"is\" \"round\" \"-\")", "proofsWithIntermediates": [ { "representation": "((((triple5 ((triple4) -> (rule4 % int3)) triple6) -> (rule3 % int2)) ((triple4) -> (rule4 % int3))) -> (rule2 % int1))", "intermediates": [ { "text": "Charlie is round.", "representation": "(\"Charlie\" \"is\" \"round\" \"+\")", "id": "int1" }, { "text": "Charlie is green.", "representation": "(\"Charlie\" \"is\" \"green\" \"+\")", "id": "int2" }, { "text": "Charlie is blue.", "representation": "(\"Charlie\" \"is\" \"blue\" \"+\")", "id": "int3" } ] }, { "representation": "((((triple5 ((triple4) -> (rule4 % int4)) ((triple5 triple4) -> (rule6 % int3))) -> (rule3 % int2)) ((triple4) -> (rule4 % int4))) -> (rule2 % int1))", "intermediates": [ { "text": "Charlie is round.", "representation": "(\"Charlie\" \"is\" \"round\" \"+\")", "id": "int1" }, { "text": "Charlie is green.", "representation": "(\"Charlie\" \"is\" \"green\" \"+\")", "id": "int2" }, { "text": "Charlie is kind.", "representation": "(\"Charlie\" \"is\" \"kind\" \"+\")", "id": "int3" }, { "text": "Charlie is blue.", "representation": "(\"Charlie\" \"is\" \"blue\" \"+\")", "id": "int4" } ] } ] }, "Q9": { "question": "Alan is not green.", "answer": "Unknown", "QDep": 2, "QLen": "", "strategy": "inv-rconc", "proofs": "[@2: Alan is green.[CWA. Example of deepest failure = (rule3 <- rule5 <- FAIL)]]", "representation": "(\"Alan\" \"is\" \"green\" \"-\")", "proofsWithIntermediates": null }, "Q10": { "question": "Alan is nice.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "rconc", "proofs": "[@1: Alan is nice.[CWA. Example of deepest failure = (rule5 <- FAIL)]]", "representation": "(\"Alan\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": null }, "Q11": { "question": "Gary is not green.", "answer": "Unknown", "QDep": 3, "QLen": "", "strategy": "inv-rconc", "proofs": "[@3: Gary is green.[CWA. Example of deepest failure = (rule3 <- rule5 <- rule2 <- FAIL)]]", "representation": "(\"Gary\" \"is\" \"green\" \"-\")", "proofsWithIntermediates": null }, "Q12": { "question": "Eric is rough.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "rconc", "proofs": "[@1: Eric is rough.[CWA. Example of deepest failure = (rule1 <- FAIL)]]", "representation": "(\"Eric\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": null }, "Q13": { "question": "Alan is not big.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Alan is big.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Alan\" \"is\" \"big\" \"-\")" }, "Q14": { "question": "Gary is cold.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Gary is cold.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Gary\" \"is\" \"cold\" \"+\")" }, "Q15": { "question": "Charlie is not red.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Charlie is red.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Charlie\" \"is\" \"red\" \"-\")" }, "Q16": { "question": "Charlie is cold.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Charlie is cold.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Charlie\" \"is\" \"cold\" \"+\")" }, "Q17": null, "Q18": null, "Q19": null, "Q20": null, "Q21": null, "Q22": null, "Q23": null, "Q24": null }

[ { "text": "Alan is blue.", "QDep": 0, "representation": "(\"Alan\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple3", "intermediates": [] }, { "representation": "((triple1) -> (rule4 % int1))", "intermediates": [ { "text": "Alan is blue.", "representation": "(\"Alan\" \"is\" \"blue\" \"+\")", "id": "int1" } ] } ] }, { "text": "Alan is red.", "QDep": 0, "representation": "(\"Alan\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple2", "intermediates": [] } ] }, { "text": "Alan is rough.", "QDep": 0, "representation": "(\"Alan\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple1", "intermediates": [] } ] }, { "text": "Charlie is big.", "QDep": 0, "representation": "(\"Charlie\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple7", "intermediates": [] } ] }, { "text": "Charlie is kind.", "QDep": 0, "representation": "(\"Charlie\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple6", "intermediates": [] }, { "representation": "((triple5 triple4) -> (rule6 % int1))", "intermediates": [ { "text": "Charlie is kind.", "representation": "(\"Charlie\" \"is\" \"kind\" \"+\")", "id": "int1" } ] } ] }, { "text": "Charlie is nice.", "QDep": 0, "representation": "(\"Charlie\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple5", "intermediates": [] } ] }, { "text": "Charlie is rough.", "QDep": 0, "representation": "(\"Charlie\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple4", "intermediates": [] } ] }, { "text": "Eric is young.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple8", "intermediates": [] } ] }, { "text": "Gary is big.", "QDep": 0, "representation": "(\"Gary\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple11", "intermediates": [] } ] }, { "text": "Gary is rough.", "QDep": 0, "representation": "(\"Gary\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple10", "intermediates": [] } ] }, { "text": "Gary is young.", "QDep": 0, "representation": "(\"Gary\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple9", "intermediates": [] } ] }, { "text": "Charlie is blue.", "QDep": 1, "representation": "(\"Charlie\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple4) -> (rule4 % int1))", "intermediates": [ { "text": "Charlie is blue.", "representation": "(\"Charlie\" \"is\" \"blue\" \"+\")", "id": "int1" } ] } ] }, { "text": "Gary is blue.", "QDep": 1, "representation": "(\"Gary\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple10) -> (rule4 % int1))", "intermediates": [ { "text": "Gary is blue.", "representation": "(\"Gary\" \"is\" \"blue\" \"+\")", "id": "int1" } ] } ] }, { "text": "Charlie is green.", "QDep": 2, "representation": "(\"Charlie\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple5 ((triple4) -> (rule4 % int2)) triple6) -> (rule3 % int1))", "intermediates": [ { "text": "Charlie is green.", "representation": "(\"Charlie\" \"is\" \"green\" \"+\")", "id": "int1" }, { "text": "Charlie is blue.", "representation": "(\"Charlie\" \"is\" \"blue\" \"+\")", "id": "int2" } ] }, { "representation": "((triple5 ((triple4) -> (rule4 % int3)) ((triple5 triple4) -> (rule6 % int2))) -> (rule3 % int1))", "intermediates": [ { "text": "Charlie is green.", "representation": "(\"Charlie\" \"is\" \"green\" \"+\")", "id": "int1" }, { "text": "Charlie is kind.", "representation": "(\"Charlie\" \"is\" \"kind\" \"+\")", "id": "int2" }, { "text": "Charlie is blue.", "representation": "(\"Charlie\" \"is\" \"blue\" \"+\")", "id": "int3" } ] } ] }, { "text": "Charlie is round.", "QDep": 3, "representation": "(\"Charlie\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple5 ((triple4) -> (rule4 % int3)) triple6) -> (rule3 % int2)) ((triple4) -> (rule4 % int3))) -> (rule2 % int1))", "intermediates": [ { "text": "Charlie is round.", "representation": "(\"Charlie\" \"is\" \"round\" \"+\")", "id": "int1" }, { "text": "Charlie is green.", "representation": "(\"Charlie\" \"is\" \"green\" \"+\")", "id": "int2" }, { "text": "Charlie is blue.", "representation": "(\"Charlie\" \"is\" \"blue\" \"+\")", "id": "int3" } ] }, { "representation": "((((triple5 ((triple4) -> (rule4 % int4)) ((triple5 triple4) -> (rule6 % int3))) -> (rule3 % int2)) ((triple4) -> (rule4 % int4))) -> (rule2 % int1))", "intermediates": [ { "text": "Charlie is round.", "representation": "(\"Charlie\" \"is\" \"round\" \"+\")", "id": "int1" }, { "text": "Charlie is green.", "representation": "(\"Charlie\" \"is\" \"green\" \"+\")", "id": "int2" }, { "text": "Charlie is kind.", "representation": "(\"Charlie\" \"is\" \"kind\" \"+\")", "id": "int3" }, { "text": "Charlie is blue.", "representation": "(\"Charlie\" \"is\" \"blue\" \"+\")", "id": "int4" } ] } ] } ]

{ "triple1": "sent1", "triple2": "sent1", "triple3": "sent1", "triple4": "sent2", "triple5": "sent2", "triple6": "sent2", "triple7": "sent2", "triple8": "sent3", "triple9": "sent4", "triple10": "sent4", "rule1": "sent5", "rule2": "sent6", "rule3": "sent7", "rule4": "sent8", "rule5": "sent9", "rule6": "sent10", "rule7": null, "triple11": "sent4", "triple12": null }

{ "sent1": "Alan fits the description of someone who is rough, red and blue.", "sent2": "Charlie is big and rough looking but is very nice and kind.", "sent3": "Eric was born only a few years ago so he is young.", "sent4": "You should meet Gary, he is big and rough on the football field but also very young in age.", "sent5": "Red, kind, young people will be rough people, too.", "sent6": "People who are green and blue tend to be round in shape.", "sent7": "Could you imagine how weird it would be if someone was nice, blue, and kind, but not green also.", "sent8": "A person with a rough quality is also a person with a blue quality.", "sent9": "People who are round and young are also very nice.", "sent10": "People who are nice and rough are looked at as kind.", "sent11": null }

{ "triple1": { "text": "Alan is green.", "representation": "(\"Alan\" \"is\" \"green\" \"+\")" }, "triple2": { "text": "Charlie is kind.", "representation": "(\"Charlie\" \"is\" \"kind\" \"+\")" }, "triple3": { "text": "Charlie is big.", "representation": "(\"Charlie\" \"is\" \"big\" \"+\")" }, "triple4": { "text": "Fred is round.", "representation": "(\"Fred\" \"is\" \"round\" \"+\")" }, "triple5": { "text": "Fred is rough.", "representation": "(\"Fred\" \"is\" \"rough\" \"+\")" }, "triple6": { "text": "Fred is nice.", "representation": "(\"Fred\" \"is\" \"nice\" \"+\")" }, "triple7": { "text": "Harry is red.", "representation": "(\"Harry\" \"is\" \"red\" \"+\")" }, "triple8": { "text": "Harry is cold.", "representation": "(\"Harry\" \"is\" \"cold\" \"+\")" }, "triple9": null, "triple10": null, "triple11": null, "triple12": null }

{ "rule1": { "text": "If someone is round and nice then they are red.", "representation": "(((\"someone\" \"is\" \"round\" \"+\") (\"someone\" \"is\" \"nice\" \"+\")) -> (\"someone\" \"is\" \"red\" \"+\"))" }, "rule2": { "text": "If someone is nice and round then they are young.", "representation": "(((\"someone\" \"is\" \"nice\" \"+\") (\"someone\" \"is\" \"round\" \"+\")) -> (\"someone\" \"is\" \"young\" \"+\"))" }, "rule3": { "text": "If someone is round and rough and big then they are green.", "representation": "(((\"someone\" \"is\" \"round\" \"+\") (\"someone\" \"is\" \"rough\" \"+\") (\"someone\" \"is\" \"big\" \"+\")) -> (\"someone\" \"is\" \"green\" \"+\"))" }, "rule4": { "text": "If someone is kind and young then they are big.", "representation": "(((\"someone\" \"is\" \"kind\" \"+\") (\"someone\" \"is\" \"young\" \"+\")) -> (\"someone\" \"is\" \"big\" \"+\"))" }, "rule5": { "text": "If someone is nice and round and rough then they are kind.", "representation": "(((\"someone\" \"is\" \"nice\" \"+\") (\"someone\" \"is\" \"round\" \"+\") (\"someone\" \"is\" \"rough\" \"+\")) -> (\"someone\" \"is\" \"kind\" \"+\"))" }, "rule6": { "text": "If someone is red and young and cold then they are kind.", "representation": "(((\"someone\" \"is\" \"red\" \"+\") (\"someone\" \"is\" \"young\" \"+\") (\"someone\" \"is\" \"cold\" \"+\")) -> (\"someone\" \"is\" \"kind\" \"+\"))" }, "rule7": null }

{ "Q1": { "question": "Alan is green.", "answer": "True", "QDep": 0, "QLen": "1", "strategy": "proof", "proofs": "[(triple1)]", "representation": "(\"Alan\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple1", "intermediates": [] } ] }, "Q2": { "question": "Charlie is not big.", "answer": "False", "QDep": 0, "QLen": "1", "strategy": "inv-proof", "proofs": "[(triple3)]", "representation": "(\"Charlie\" \"is\" \"big\" \"-\")", "proofsWithIntermediates": [ { "representation": "triple3", "intermediates": [] } ] }, "Q3": { "question": "Fred is young.", "answer": "True", "QDep": 1, "QLen": "3", "strategy": "proof", "proofs": "[(((triple6 triple4) -> rule2))]", "representation": "(\"Fred\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple6 triple4) -> (rule2 % int1))", "intermediates": [ { "text": "Fred is young.", "representation": "(\"Fred\" \"is\" \"young\" \"+\")", "id": "int1" } ] } ] }, "Q4": { "question": "Fred is not kind.", "answer": "False", "QDep": 1, "QLen": "4", "strategy": "inv-proof", "proofs": "[(((triple6 triple4 triple5) -> rule5))]", "representation": "(\"Fred\" \"is\" \"kind\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple6 triple4 triple5) -> (rule5 % int1))", "intermediates": [ { "text": "Fred is kind.", "representation": "(\"Fred\" \"is\" \"kind\" \"+\")", "id": "int1" } ] } ] }, "Q5": { "question": "Fred is big.", "answer": "True", "QDep": 2, "QLen": "8", "strategy": "proof", "proofs": "[(((((triple6 triple4 triple5) -> rule5) ((triple6 triple4) -> rule2)) -> rule4))]", "representation": "(\"Fred\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple6 triple4 triple5) -> (rule5 % int3)) ((triple6 triple4) -> (rule2 % int2))) -> (rule4 % int1))", "intermediates": [ { "text": "Fred is big.", "representation": "(\"Fred\" \"is\" \"big\" \"+\")", "id": "int1" }, { "text": "Fred is young.", "representation": "(\"Fred\" \"is\" \"young\" \"+\")", "id": "int2" }, { "text": "Fred is kind.", "representation": "(\"Fred\" \"is\" \"kind\" \"+\")", "id": "int3" } ] } ] }, "Q6": { "question": "Fred is not big.", "answer": "False", "QDep": 2, "QLen": "8", "strategy": "inv-proof", "proofs": "[(((((triple6 triple4 triple5) -> rule5) ((triple6 triple4) -> rule2)) -> rule4))]", "representation": "(\"Fred\" \"is\" \"big\" \"-\")", "proofsWithIntermediates": [ { "representation": "((((triple6 triple4 triple5) -> (rule5 % int3)) ((triple6 triple4) -> (rule2 % int2))) -> (rule4 % int1))", "intermediates": [ { "text": "Fred is big.", "representation": "(\"Fred\" \"is\" \"big\" \"+\")", "id": "int1" }, { "text": "Fred is young.", "representation": "(\"Fred\" \"is\" \"young\" \"+\")", "id": "int2" }, { "text": "Fred is kind.", "representation": "(\"Fred\" \"is\" \"kind\" \"+\")", "id": "int3" } ] } ] }, "Q7": { "question": "Fred is green.", "answer": "True", "QDep": 3, "QLen": "11", "strategy": "proof", "proofs": "[(((triple4 triple5 ((((triple6 triple4 triple5) -> rule5) ((triple6 triple4) -> rule2)) -> rule4)) -> rule3))]", "representation": "(\"Fred\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple4 triple5 ((((triple6 triple4 triple5) -> (rule5 % int4)) ((triple6 triple4) -> (rule2 % int3))) -> (rule4 % int2))) -> (rule3 % int1))", "intermediates": [ { "text": "Fred is green.", "representation": "(\"Fred\" \"is\" \"green\" \"+\")", "id": "int1" }, { "text": "Fred is big.", "representation": "(\"Fred\" \"is\" \"big\" \"+\")", "id": "int2" }, { "text": "Fred is young.", "representation": "(\"Fred\" \"is\" \"young\" \"+\")", "id": "int3" }, { "text": "Fred is kind.", "representation": "(\"Fred\" \"is\" \"kind\" \"+\")", "id": "int4" } ] } ] }, "Q8": { "question": "Fred is not green.", "answer": "False", "QDep": 3, "QLen": "11", "strategy": "inv-proof", "proofs": "[(((triple4 triple5 ((((triple6 triple4 triple5) -> rule5) ((triple6 triple4) -> rule2)) -> rule4)) -> rule3))]", "representation": "(\"Fred\" \"is\" \"green\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple4 triple5 ((((triple6 triple4 triple5) -> (rule5 % int4)) ((triple6 triple4) -> (rule2 % int3))) -> (rule4 % int2))) -> (rule3 % int1))", "intermediates": [ { "text": "Fred is green.", "representation": "(\"Fred\" \"is\" \"green\" \"+\")", "id": "int1" }, { "text": "Fred is big.", "representation": "(\"Fred\" \"is\" \"big\" \"+\")", "id": "int2" }, { "text": "Fred is young.", "representation": "(\"Fred\" \"is\" \"young\" \"+\")", "id": "int3" }, { "text": "Fred is kind.", "representation": "(\"Fred\" \"is\" \"kind\" \"+\")", "id": "int4" } ] } ] }, "Q9": { "question": "Alan is not red.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Alan is red.[CWA. Example of deepest failure = (rule1 <- FAIL)]]", "representation": "(\"Alan\" \"is\" \"red\" \"-\")", "proofsWithIntermediates": null }, "Q10": { "question": "Harry is kind.", "answer": "Unknown", "QDep": 2, "QLen": "", "strategy": "rconc", "proofs": "[@2: Harry is kind.[CWA. Example of deepest failure = (rule6 <- rule2 <- FAIL)]]", "representation": "(\"Harry\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": null }, "Q11": { "question": "Harry is not big.", "answer": "Unknown", "QDep": 2, "QLen": "", "strategy": "inv-rconc", "proofs": "[@2: Harry is big.[CWA. Example of deepest failure = (rule4 <- rule2 <- FAIL)]]", "representation": "(\"Harry\" \"is\" \"big\" \"-\")", "proofsWithIntermediates": null }, "Q12": { "question": "Harry is green.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "rconc", "proofs": "[@1: Harry is green.[CWA. Example of deepest failure = (rule3 <- FAIL)]]", "representation": "(\"Harry\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": null }, "Q13": { "question": "Alan is not rough.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Alan is rough.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Alan\" \"is\" \"rough\" \"-\")" }, "Q14": { "question": "Charlie is nice.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Charlie is nice.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Charlie\" \"is\" \"nice\" \"+\")" }, "Q15": { "question": "Harry is not nice.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Harry is nice.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Harry\" \"is\" \"nice\" \"-\")" }, "Q16": { "question": "Charlie is blue.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Charlie is blue.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Charlie\" \"is\" \"blue\" \"+\")" }, "Q17": null, "Q18": null, "Q19": null, "Q20": null, "Q21": null, "Q22": null, "Q23": null, "Q24": null }

[ { "text": "Alan is green.", "QDep": 0, "representation": "(\"Alan\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple1", "intermediates": [] } ] }, { "text": "Charlie is big.", "QDep": 0, "representation": "(\"Charlie\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple3", "intermediates": [] } ] }, { "text": "Charlie is kind.", "QDep": 0, "representation": "(\"Charlie\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple2", "intermediates": [] } ] }, { "text": "Fred is nice.", "QDep": 0, "representation": "(\"Fred\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple6", "intermediates": [] } ] }, { "text": "Fred is rough.", "QDep": 0, "representation": "(\"Fred\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple5", "intermediates": [] } ] }, { "text": "Fred is round.", "QDep": 0, "representation": "(\"Fred\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple4", "intermediates": [] } ] }, { "text": "Harry is cold.", "QDep": 0, "representation": "(\"Harry\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple8", "intermediates": [] } ] }, { "text": "Harry is red.", "QDep": 0, "representation": "(\"Harry\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple7", "intermediates": [] } ] }, { "text": "Fred is kind.", "QDep": 1, "representation": "(\"Fred\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple6 triple4 triple5) -> (rule5 % int1))", "intermediates": [ { "text": "Fred is kind.", "representation": "(\"Fred\" \"is\" \"kind\" \"+\")", "id": "int1" } ] } ] }, { "text": "Fred is red.", "QDep": 1, "representation": "(\"Fred\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple4 triple6) -> (rule1 % int1))", "intermediates": [ { "text": "Fred is red.", "representation": "(\"Fred\" \"is\" \"red\" \"+\")", "id": "int1" } ] } ] }, { "text": "Fred is young.", "QDep": 1, "representation": "(\"Fred\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple6 triple4) -> (rule2 % int1))", "intermediates": [ { "text": "Fred is young.", "representation": "(\"Fred\" \"is\" \"young\" \"+\")", "id": "int1" } ] } ] }, { "text": "Fred is big.", "QDep": 2, "representation": "(\"Fred\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple6 triple4 triple5) -> (rule5 % int3)) ((triple6 triple4) -> (rule2 % int2))) -> (rule4 % int1))", "intermediates": [ { "text": "Fred is big.", "representation": "(\"Fred\" \"is\" \"big\" \"+\")", "id": "int1" }, { "text": "Fred is young.", "representation": "(\"Fred\" \"is\" \"young\" \"+\")", "id": "int2" }, { "text": "Fred is kind.", "representation": "(\"Fred\" \"is\" \"kind\" \"+\")", "id": "int3" } ] } ] }, { "text": "Fred is green.", "QDep": 3, "representation": "(\"Fred\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple4 triple5 ((((triple6 triple4 triple5) -> (rule5 % int4)) ((triple6 triple4) -> (rule2 % int3))) -> (rule4 % int2))) -> (rule3 % int1))", "intermediates": [ { "text": "Fred is green.", "representation": "(\"Fred\" \"is\" \"green\" \"+\")", "id": "int1" }, { "text": "Fred is big.", "representation": "(\"Fred\" \"is\" \"big\" \"+\")", "id": "int2" }, { "text": "Fred is young.", "representation": "(\"Fred\" \"is\" \"young\" \"+\")", "id": "int3" }, { "text": "Fred is kind.", "representation": "(\"Fred\" \"is\" \"kind\" \"+\")", "id": "int4" } ] } ] } ]

{ "triple1": "sent1", "triple2": "sent2", "triple3": "sent2", "triple4": "sent3", "triple5": "sent3", "triple6": "sent3", "triple7": "sent4", "triple8": "sent4", "triple9": null, "triple10": null, "rule1": "sent5", "rule2": "sent6", "rule3": "sent7", "rule4": "sent8", "rule5": "sent9", "rule6": "sent10", "rule7": null, "triple11": null, "triple12": null }

{ "sent1": "Alan ate some rotten meat and now feels green.", "sent2": "That guy Charlie is big, but he's always kind to little ones.", "sent3": "Although Fred is seen as nice and round, his days of playing football have made him quite rough.", "sent4": "Harry gets red when he is mad and tends to act very cold.", "sent5": "A round and nice person will certainly have a red tint to them.", "sent6": "A round person who is nice is young.", "sent7": "A person that has a round big body shape and has a bit of a rough personality will have a green skin tone.", "sent8": "Young and kind folks are always big.", "sent9": "As someone can be round and rough, they can also be nice and kind.", "sent10": "People who are cold and and red are also young and kind.", "sent11": null }

{ "triple1": { "text": "Bob is rough.", "representation": "(\"Bob\" \"is\" \"rough\" \"+\")" }, "triple2": { "text": "Bob is nice.", "representation": "(\"Bob\" \"is\" \"nice\" \"+\")" }, "triple3": { "text": "Charlie is blue.", "representation": "(\"Charlie\" \"is\" \"blue\" \"+\")" }, "triple4": { "text": "Charlie is big.", "representation": "(\"Charlie\" \"is\" \"big\" \"+\")" }, "triple5": { "text": "Eric is round.", "representation": "(\"Eric\" \"is\" \"round\" \"+\")" }, "triple6": { "text": "Eric is nice.", "representation": "(\"Eric\" \"is\" \"nice\" \"+\")" }, "triple7": { "text": "Eric is kind.", "representation": "(\"Eric\" \"is\" \"kind\" \"+\")" }, "triple8": { "text": "Eric is green.", "representation": "(\"Eric\" \"is\" \"green\" \"+\")" }, "triple9": { "text": "Eric is blue.", "representation": "(\"Eric\" \"is\" \"blue\" \"+\")" }, "triple10": { "text": "Gary is young.", "representation": "(\"Gary\" \"is\" \"young\" \"+\")" }, "triple11": { "text": "Gary is green.", "representation": "(\"Gary\" \"is\" \"green\" \"+\")" }, "triple12": { "text": "Gary is big.", "representation": "(\"Gary\" \"is\" \"big\" \"+\")" } }

{ "rule1": { "text": "If someone is green and young and kind then they are round.", "representation": "(((\"someone\" \"is\" \"green\" \"+\") (\"someone\" \"is\" \"young\" \"+\") (\"someone\" \"is\" \"kind\" \"+\")) -> (\"someone\" \"is\" \"round\" \"+\"))" }, "rule2": { "text": "If someone is kind and green and round then they are young.", "representation": "(((\"someone\" \"is\" \"kind\" \"+\") (\"someone\" \"is\" \"green\" \"+\") (\"someone\" \"is\" \"round\" \"+\")) -> (\"someone\" \"is\" \"young\" \"+\"))" }, "rule3": { "text": "If someone is rough and green then they are nice.", "representation": "(((\"someone\" \"is\" \"rough\" \"+\") (\"someone\" \"is\" \"green\" \"+\")) -> (\"someone\" \"is\" \"nice\" \"+\"))" }, "rule4": { "text": "If someone is young and green then they are kind.", "representation": "(((\"someone\" \"is\" \"young\" \"+\") (\"someone\" \"is\" \"green\" \"+\")) -> (\"someone\" \"is\" \"kind\" \"+\"))" }, "rule5": { "text": "If someone is kind and young and round then they are cold.", "representation": "(((\"someone\" \"is\" \"kind\" \"+\") (\"someone\" \"is\" \"young\" \"+\") (\"someone\" \"is\" \"round\" \"+\")) -> (\"someone\" \"is\" \"cold\" \"+\"))" }, "rule6": null, "rule7": null }

{ "Q1": { "question": "Charlie is big.", "answer": "True", "QDep": 0, "QLen": "1", "strategy": "proof", "proofs": "[(triple4)]", "representation": "(\"Charlie\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple4", "intermediates": [] } ] }, "Q2": { "question": "Gary is not young.", "answer": "False", "QDep": 0, "QLen": "1", "strategy": "inv-proof", "proofs": "[(triple10)]", "representation": "(\"Gary\" \"is\" \"young\" \"-\")", "proofsWithIntermediates": [ { "representation": "triple10", "intermediates": [] } ] }, "Q3": { "question": "Eric is young.", "answer": "True", "QDep": 1, "QLen": "4", "strategy": "proof", "proofs": "[(((triple7 triple8 triple5) -> rule2))]", "representation": "(\"Eric\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple7 triple8 triple5) -> (rule2 % int1))", "intermediates": [ { "text": "Eric is young.", "representation": "(\"Eric\" \"is\" \"young\" \"+\")", "id": "int1" } ] } ] }, "Q4": { "question": "Gary is not kind.", "answer": "False", "QDep": 1, "QLen": "3", "strategy": "inv-proof", "proofs": "[(((triple10 triple11) -> rule4))]", "representation": "(\"Gary\" \"is\" \"kind\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple10 triple11) -> (rule4 % int1))", "intermediates": [ { "text": "Gary is kind.", "representation": "(\"Gary\" \"is\" \"kind\" \"+\")", "id": "int1" } ] } ] }, "Q5": { "question": "Eric is cold.", "answer": "True", "QDep": 2, "QLen": "7", "strategy": "proof", "proofs": "[(((triple7 ((triple7 triple8 triple5) -> rule2) triple5) -> rule5))]", "representation": "(\"Eric\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple7 ((triple7 triple8 triple5) -> (rule2 % int2)) triple5) -> (rule5 % int1))", "intermediates": [ { "text": "Eric is cold.", "representation": "(\"Eric\" \"is\" \"cold\" \"+\")", "id": "int1" }, { "text": "Eric is young.", "representation": "(\"Eric\" \"is\" \"young\" \"+\")", "id": "int2" } ] } ] }, "Q6": { "question": "Gary is not round.", "answer": "False", "QDep": 2, "QLen": "6", "strategy": "inv-proof", "proofs": "[(((triple11 triple10 ((triple10 triple11) -> rule4)) -> rule1))]", "representation": "(\"Gary\" \"is\" \"round\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple11 triple10 ((triple10 triple11) -> (rule4 % int2))) -> (rule1 % int1))", "intermediates": [ { "text": "Gary is round.", "representation": "(\"Gary\" \"is\" \"round\" \"+\")", "id": "int1" }, { "text": "Gary is kind.", "representation": "(\"Gary\" \"is\" \"kind\" \"+\")", "id": "int2" } ] } ] }, "Q7": { "question": "Gary is cold.", "answer": "True", "QDep": 3, "QLen": "11", "strategy": "proof", "proofs": "[(((((triple10 triple11) -> rule4) triple10 ((triple11 triple10 ((triple10 triple11) -> rule4)) -> rule1)) -> rule5))]", "representation": "(\"Gary\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple10 triple11) -> (rule4 % int3)) triple10 ((triple11 triple10 ((triple10 triple11) -> (rule4 % int3))) -> (rule1 % int2))) -> (rule5 % int1))", "intermediates": [ { "text": "Gary is cold.", "representation": "(\"Gary\" \"is\" \"cold\" \"+\")", "id": "int1" }, { "text": "Gary is round.", "representation": "(\"Gary\" \"is\" \"round\" \"+\")", "id": "int2" }, { "text": "Gary is kind.", "representation": "(\"Gary\" \"is\" \"kind\" \"+\")", "id": "int3" } ] } ] }, "Q8": { "question": "Gary is not cold.", "answer": "False", "QDep": 3, "QLen": "11", "strategy": "inv-proof", "proofs": "[(((((triple10 triple11) -> rule4) triple10 ((triple11 triple10 ((triple10 triple11) -> rule4)) -> rule1)) -> rule5))]", "representation": "(\"Gary\" \"is\" \"cold\" \"-\")", "proofsWithIntermediates": [ { "representation": "((((triple10 triple11) -> (rule4 % int3)) triple10 ((triple11 triple10 ((triple10 triple11) -> (rule4 % int3))) -> (rule1 % int2))) -> (rule5 % int1))", "intermediates": [ { "text": "Gary is cold.", "representation": "(\"Gary\" \"is\" \"cold\" \"+\")", "id": "int1" }, { "text": "Gary is round.", "representation": "(\"Gary\" \"is\" \"round\" \"+\")", "id": "int2" }, { "text": "Gary is kind.", "representation": "(\"Gary\" \"is\" \"kind\" \"+\")", "id": "int3" } ] } ] }, "Q9": { "question": "Charlie is not kind.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Charlie is kind.[CWA. Example of deepest failure = (rule4 <- FAIL)]]", "representation": "(\"Charlie\" \"is\" \"kind\" \"-\")", "proofsWithIntermediates": null }, "Q10": { "question": "Charlie is cold.", "answer": "Unknown", "QDep": 2, "QLen": "", "strategy": "rconc", "proofs": "[@2: Charlie is cold.[CWA. Example of deepest failure = (rule5 <- rule4 <- FAIL)]]", "representation": "(\"Charlie\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": null }, "Q11": { "question": "Bob is not young.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Bob is young.[CWA. Example of deepest failure = (rule2 <- FAIL)]]", "representation": "(\"Bob\" \"is\" \"young\" \"-\")", "proofsWithIntermediates": null }, "Q12": { "question": "Bob is cold.", "answer": "Unknown", "QDep": 2, "QLen": "", "strategy": "rconc", "proofs": "[@2: Bob is cold.[CWA. Example of deepest failure = (rule5 <- rule4 <- FAIL)]]", "representation": "(\"Bob\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": null }, "Q13": { "question": "Charlie is not rough.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Charlie is rough.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Charlie\" \"is\" \"rough\" \"-\")" }, "Q14": { "question": "Bob is big.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Bob is big.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Bob\" \"is\" \"big\" \"+\")" }, "Q15": { "question": "Gary is not rough.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Gary is rough.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Gary\" \"is\" \"rough\" \"-\")" }, "Q16": { "question": "Eric is red.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Eric is red.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Eric\" \"is\" \"red\" \"+\")" }, "Q17": null, "Q18": null, "Q19": null, "Q20": null, "Q21": null, "Q22": null, "Q23": null, "Q24": null }

[ { "text": "Bob is nice.", "QDep": 0, "representation": "(\"Bob\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple2", "intermediates": [] } ] }, { "text": "Bob is rough.", "QDep": 0, "representation": "(\"Bob\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple1", "intermediates": [] } ] }, { "text": "Charlie is big.", "QDep": 0, "representation": "(\"Charlie\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple4", "intermediates": [] } ] }, { "text": "Charlie is blue.", "QDep": 0, "representation": "(\"Charlie\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple3", "intermediates": [] } ] }, { "text": "Eric is blue.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple9", "intermediates": [] } ] }, { "text": "Eric is green.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple8", "intermediates": [] } ] }, { "text": "Eric is kind.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple7", "intermediates": [] } ] }, { "text": "Eric is nice.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple6", "intermediates": [] } ] }, { "text": "Eric is round.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple5", "intermediates": [] } ] }, { "text": "Gary is big.", "QDep": 0, "representation": "(\"Gary\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple12", "intermediates": [] } ] }, { "text": "Gary is green.", "QDep": 0, "representation": "(\"Gary\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple11", "intermediates": [] } ] }, { "text": "Gary is young.", "QDep": 0, "representation": "(\"Gary\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple10", "intermediates": [] } ] }, { "text": "Eric is young.", "QDep": 1, "representation": "(\"Eric\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple7 triple8 triple5) -> (rule2 % int1))", "intermediates": [ { "text": "Eric is young.", "representation": "(\"Eric\" \"is\" \"young\" \"+\")", "id": "int1" } ] } ] }, { "text": "Gary is kind.", "QDep": 1, "representation": "(\"Gary\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple10 triple11) -> (rule4 % int1))", "intermediates": [ { "text": "Gary is kind.", "representation": "(\"Gary\" \"is\" \"kind\" \"+\")", "id": "int1" } ] } ] }, { "text": "Eric is cold.", "QDep": 2, "representation": "(\"Eric\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple7 ((triple7 triple8 triple5) -> (rule2 % int2)) triple5) -> (rule5 % int1))", "intermediates": [ { "text": "Eric is cold.", "representation": "(\"Eric\" \"is\" \"cold\" \"+\")", "id": "int1" }, { "text": "Eric is young.", "representation": "(\"Eric\" \"is\" \"young\" \"+\")", "id": "int2" } ] } ] }, { "text": "Gary is round.", "QDep": 2, "representation": "(\"Gary\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple11 triple10 ((triple10 triple11) -> (rule4 % int2))) -> (rule1 % int1))", "intermediates": [ { "text": "Gary is round.", "representation": "(\"Gary\" \"is\" \"round\" \"+\")", "id": "int1" }, { "text": "Gary is kind.", "representation": "(\"Gary\" \"is\" \"kind\" \"+\")", "id": "int2" } ] } ] }, { "text": "Gary is cold.", "QDep": 3, "representation": "(\"Gary\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple10 triple11) -> (rule4 % int3)) triple10 ((triple11 triple10 ((triple10 triple11) -> (rule4 % int3))) -> (rule1 % int2))) -> (rule5 % int1))", "intermediates": [ { "text": "Gary is cold.", "representation": "(\"Gary\" \"is\" \"cold\" \"+\")", "id": "int1" }, { "text": "Gary is round.", "representation": "(\"Gary\" \"is\" \"round\" \"+\")", "id": "int2" }, { "text": "Gary is kind.", "representation": "(\"Gary\" \"is\" \"kind\" \"+\")", "id": "int3" } ] } ] } ]

{ "triple1": "sent1", "triple2": "sent1", "triple3": "sent2", "triple4": "sent2", "triple5": "sent3", "triple6": "sent3", "triple7": "sent3", "triple8": "sent3", "triple9": "sent3", "triple10": "sent4", "rule1": "sent5", "rule2": "sent6", "rule3": "sent7", "rule4": "sent8", "rule5": "sent9", "rule6": null, "rule7": null, "triple11": "sent4", "triple12": "sent4" }

{ "sent1": "Bob who is considered nice was feeling rather rough today.", "sent2": "Charlie is big and dresses in blue.", "sent3": "Eric is a rather round fellow, but kind and nice to people; He often looks green and blue.", "sent4": "Gary is young but big for his age; Gary wasn't feeling well so he is a little green.", "sent5": "Most young, green people are kind and because of this they are round.", "sent6": "If you meet a kind green person with a round shape they will also be young.", "sent7": "Rough and green people are also nice.", "sent8": "People who are young and green are also kind.", "sent9": "Young, kind people with a round body shape can be cold to strangers.", "sent10": null, "sent11": null }

{ "triple1": { "text": "Alan is kind.", "representation": "(\"Alan\" \"is\" \"kind\" \"+\")" }, "triple2": { "text": "Alan is green.", "representation": "(\"Alan\" \"is\" \"green\" \"+\")" }, "triple3": { "text": "Eric is young.", "representation": "(\"Eric\" \"is\" \"young\" \"+\")" }, "triple4": { "text": "Eric is rough.", "representation": "(\"Eric\" \"is\" \"rough\" \"+\")" }, "triple5": { "text": "Eric is nice.", "representation": "(\"Eric\" \"is\" \"nice\" \"+\")" }, "triple6": { "text": "Eric is kind.", "representation": "(\"Eric\" \"is\" \"kind\" \"+\")" }, "triple7": { "text": "Eric is green.", "representation": "(\"Eric\" \"is\" \"green\" \"+\")" }, "triple8": { "text": "Eric is cold.", "representation": "(\"Eric\" \"is\" \"cold\" \"+\")" }, "triple9": { "text": "Gary is red.", "representation": "(\"Gary\" \"is\" \"red\" \"+\")" }, "triple10": { "text": "Gary is kind.", "representation": "(\"Gary\" \"is\" \"kind\" \"+\")" }, "triple11": { "text": "Gary is cold.", "representation": "(\"Gary\" \"is\" \"cold\" \"+\")" }, "triple12": { "text": "Harry is kind.", "representation": "(\"Harry\" \"is\" \"kind\" \"+\")" } }

{ "rule1": { "text": "If someone is green and blue and cold then they are red.", "representation": "(((\"someone\" \"is\" \"green\" \"+\") (\"someone\" \"is\" \"blue\" \"+\") (\"someone\" \"is\" \"cold\" \"+\")) -> (\"someone\" \"is\" \"red\" \"+\"))" }, "rule2": { "text": "If someone is young and kind and red then they are rough.", "representation": "(((\"someone\" \"is\" \"young\" \"+\") (\"someone\" \"is\" \"kind\" \"+\") (\"someone\" \"is\" \"red\" \"+\")) -> (\"someone\" \"is\" \"rough\" \"+\"))" }, "rule3": { "text": "If someone is rough and cold then they are green.", "representation": "(((\"someone\" \"is\" \"rough\" \"+\") (\"someone\" \"is\" \"cold\" \"+\")) -> (\"someone\" \"is\" \"green\" \"+\"))" }, "rule4": { "text": "If someone is nice and round and green then they are rough.", "representation": "(((\"someone\" \"is\" \"nice\" \"+\") (\"someone\" \"is\" \"round\" \"+\") (\"someone\" \"is\" \"green\" \"+\")) -> (\"someone\" \"is\" \"rough\" \"+\"))" }, "rule5": { "text": "If someone is big and kind and young then they are blue.", "representation": "(((\"someone\" \"is\" \"big\" \"+\") (\"someone\" \"is\" \"kind\" \"+\") (\"someone\" \"is\" \"young\" \"+\")) -> (\"someone\" \"is\" \"blue\" \"+\"))" }, "rule6": { "text": "If someone is cold and kind then they are big.", "representation": "(((\"someone\" \"is\" \"cold\" \"+\") (\"someone\" \"is\" \"kind\" \"+\")) -> (\"someone\" \"is\" \"big\" \"+\"))" }, "rule7": null }

{ "Q1": { "question": "Eric is rough.", "answer": "True", "QDep": 0, "QLen": "1", "strategy": "proof", "proofs": "[(triple4 OR ((triple3 triple6 ((triple7 ((((triple8 triple6) -> rule6) triple6 triple3) -> rule5) triple8) -> rule1)) -> rule2))]", "representation": "(\"Eric\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple4", "intermediates": [] }, { "representation": "((triple3 triple6 ((triple7 ((((triple8 triple6) -> (rule6 % int4)) triple6 triple3) -> (rule5 % int3)) triple8) -> (rule1 % int2))) -> (rule2 % int1))", "intermediates": [ { "text": "Eric is rough.", "representation": "(\"Eric\" \"is\" \"rough\" \"+\")", "id": "int1" }, { "text": "Eric is red.", "representation": "(\"Eric\" \"is\" \"red\" \"+\")", "id": "int2" }, { "text": "Eric is blue.", "representation": "(\"Eric\" \"is\" \"blue\" \"+\")", "id": "int3" }, { "text": "Eric is big.", "representation": "(\"Eric\" \"is\" \"big\" \"+\")", "id": "int4" } ] } ] }, "Q2": { "question": "Eric is not green.", "answer": "False", "QDep": 0, "QLen": "1", "strategy": "inv-proof", "proofs": "[(triple7 OR ((triple4 triple8) -> rule3))]", "representation": "(\"Eric\" \"is\" \"green\" \"-\")", "proofsWithIntermediates": [ { "representation": "triple7", "intermediates": [] }, { "representation": "((triple4 triple8) -> (rule3 % int1))", "intermediates": [ { "text": "Eric is green.", "representation": "(\"Eric\" \"is\" \"green\" \"+\")", "id": "int1" } ] } ] }, "Q3": { "question": "Eric is big.", "answer": "True", "QDep": 1, "QLen": "3", "strategy": "proof", "proofs": "[(((triple8 triple6) -> rule6))]", "representation": "(\"Eric\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple8 triple6) -> (rule6 % int1))", "intermediates": [ { "text": "Eric is big.", "representation": "(\"Eric\" \"is\" \"big\" \"+\")", "id": "int1" } ] } ] }, "Q4": { "question": "Gary is not big.", "answer": "False", "QDep": 1, "QLen": "3", "strategy": "inv-proof", "proofs": "[(((triple11 triple10) -> rule6))]", "representation": "(\"Gary\" \"is\" \"big\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple11 triple10) -> (rule6 % int1))", "intermediates": [ { "text": "Gary is big.", "representation": "(\"Gary\" \"is\" \"big\" \"+\")", "id": "int1" } ] } ] }, "Q5": { "question": "Eric is blue.", "answer": "True", "QDep": 2, "QLen": "6", "strategy": "proof", "proofs": "[(((((triple8 triple6) -> rule6) triple6 triple3) -> rule5))]", "representation": "(\"Eric\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple8 triple6) -> (rule6 % int2)) triple6 triple3) -> (rule5 % int1))", "intermediates": [ { "text": "Eric is blue.", "representation": "(\"Eric\" \"is\" \"blue\" \"+\")", "id": "int1" }, { "text": "Eric is big.", "representation": "(\"Eric\" \"is\" \"big\" \"+\")", "id": "int2" } ] } ] }, "Q6": { "question": "Eric is not blue.", "answer": "False", "QDep": 2, "QLen": "6", "strategy": "inv-proof", "proofs": "[(((((triple8 triple6) -> rule6) triple6 triple3) -> rule5))]", "representation": "(\"Eric\" \"is\" \"blue\" \"-\")", "proofsWithIntermediates": [ { "representation": "((((triple8 triple6) -> (rule6 % int2)) triple6 triple3) -> (rule5 % int1))", "intermediates": [ { "text": "Eric is blue.", "representation": "(\"Eric\" \"is\" \"blue\" \"+\")", "id": "int1" }, { "text": "Eric is big.", "representation": "(\"Eric\" \"is\" \"big\" \"+\")", "id": "int2" } ] } ] }, "Q7": { "question": "Eric is red.", "answer": "True", "QDep": 3, "QLen": "9", "strategy": "proof", "proofs": "[(((triple7 ((((triple8 triple6) -> rule6) triple6 triple3) -> rule5) triple8) -> rule1) OR ((((triple4 triple8) -> rule3) ((((triple8 triple6) -> rule6) triple6 triple3) -> rule5) triple8) -> rule1))]", "representation": "(\"Eric\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple7 ((((triple8 triple6) -> (rule6 % int3)) triple6 triple3) -> (rule5 % int2)) triple8) -> (rule1 % int1))", "intermediates": [ { "text": "Eric is red.", "representation": "(\"Eric\" \"is\" \"red\" \"+\")", "id": "int1" }, { "text": "Eric is blue.", "representation": "(\"Eric\" \"is\" \"blue\" \"+\")", "id": "int2" }, { "text": "Eric is big.", "representation": "(\"Eric\" \"is\" \"big\" \"+\")", "id": "int3" } ] }, { "representation": "((((triple4 triple8) -> (rule3 % int4)) ((((triple8 triple6) -> (rule6 % int3)) triple6 triple3) -> (rule5 % int2)) triple8) -> (rule1 % int1))", "intermediates": [ { "text": "Eric is red.", "representation": "(\"Eric\" \"is\" \"red\" \"+\")", "id": "int1" }, { "text": "Eric is blue.", "representation": "(\"Eric\" \"is\" \"blue\" \"+\")", "id": "int2" }, { "text": "Eric is big.", "representation": "(\"Eric\" \"is\" \"big\" \"+\")", "id": "int3" }, { "text": "Eric is green.", "representation": "(\"Eric\" \"is\" \"green\" \"+\")", "id": "int4" } ] } ] }, "Q8": { "question": "Eric is not red.", "answer": "False", "QDep": 3, "QLen": "9", "strategy": "inv-proof", "proofs": "[(((triple7 ((((triple8 triple6) -> rule6) triple6 triple3) -> rule5) triple8) -> rule1) OR ((((triple4 triple8) -> rule3) ((((triple8 triple6) -> rule6) triple6 triple3) -> rule5) triple8) -> rule1))]", "representation": "(\"Eric\" \"is\" \"red\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple7 ((((triple8 triple6) -> (rule6 % int3)) triple6 triple3) -> (rule5 % int2)) triple8) -> (rule1 % int1))", "intermediates": [ { "text": "Eric is red.", "representation": "(\"Eric\" \"is\" \"red\" \"+\")", "id": "int1" }, { "text": "Eric is blue.", "representation": "(\"Eric\" \"is\" \"blue\" \"+\")", "id": "int2" }, { "text": "Eric is big.", "representation": "(\"Eric\" \"is\" \"big\" \"+\")", "id": "int3" } ] }, { "representation": "((((triple4 triple8) -> (rule3 % int4)) ((((triple8 triple6) -> (rule6 % int3)) triple6 triple3) -> (rule5 % int2)) triple8) -> (rule1 % int1))", "intermediates": [ { "text": "Eric is red.", "representation": "(\"Eric\" \"is\" \"red\" \"+\")", "id": "int1" }, { "text": "Eric is blue.", "representation": "(\"Eric\" \"is\" \"blue\" \"+\")", "id": "int2" }, { "text": "Eric is big.", "representation": "(\"Eric\" \"is\" \"big\" \"+\")", "id": "int3" }, { "text": "Eric is green.", "representation": "(\"Eric\" \"is\" \"green\" \"+\")", "id": "int4" } ] } ] }, "Q9": { "question": "Alan is not big.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Alan is big.[CWA. Example of deepest failure = (rule6 <- FAIL)]]", "representation": "(\"Alan\" \"is\" \"big\" \"-\")", "proofsWithIntermediates": null }, "Q10": { "question": "Harry is rough.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "rconc", "proofs": "[@1: Harry is rough.[CWA. Example of deepest failure = (rule2 <- FAIL)]]", "representation": "(\"Harry\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": null }, "Q11": { "question": "Gary is not green.", "answer": "Unknown", "QDep": 2, "QLen": "", "strategy": "inv-rconc", "proofs": "[@2: Gary is green.[CWA. Example of deepest failure = (rule3 <- rule2 <- FAIL)]]", "representation": "(\"Gary\" \"is\" \"green\" \"-\")", "proofsWithIntermediates": null }, "Q12": { "question": "Harry is blue.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "rconc", "proofs": "[@1: Harry is blue.[CWA. Example of deepest failure = (rule5 <- FAIL)]]", "representation": "(\"Harry\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": null }, "Q13": { "question": "Harry is not cold.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Harry is cold.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Harry\" \"is\" \"cold\" \"-\")" }, "Q14": { "question": "Alan is nice.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Alan is nice.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Alan\" \"is\" \"nice\" \"+\")" }, "Q15": { "question": "Alan is not young.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Alan is young.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Alan\" \"is\" \"young\" \"-\")" }, "Q16": { "question": "Alan is cold.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Alan is cold.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Alan\" \"is\" \"cold\" \"+\")" }, "Q17": null, "Q18": null, "Q19": null, "Q20": null, "Q21": null, "Q22": null, "Q23": null, "Q24": null }

[ { "text": "Alan is green.", "QDep": 0, "representation": "(\"Alan\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple2", "intermediates": [] } ] }, { "text": "Alan is kind.", "QDep": 0, "representation": "(\"Alan\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple1", "intermediates": [] } ] }, { "text": "Eric is cold.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple8", "intermediates": [] } ] }, { "text": "Eric is green.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple7", "intermediates": [] }, { "representation": "((triple4 triple8) -> (rule3 % int1))", "intermediates": [ { "text": "Eric is green.", "representation": "(\"Eric\" \"is\" \"green\" \"+\")", "id": "int1" } ] } ] }, { "text": "Eric is kind.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple6", "intermediates": [] } ] }, { "text": "Eric is nice.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple5", "intermediates": [] } ] }, { "text": "Eric is rough.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple4", "intermediates": [] }, { "representation": "((triple3 triple6 ((triple7 ((((triple8 triple6) -> (rule6 % int4)) triple6 triple3) -> (rule5 % int3)) triple8) -> (rule1 % int2))) -> (rule2 % int1))", "intermediates": [ { "text": "Eric is rough.", "representation": "(\"Eric\" \"is\" \"rough\" \"+\")", "id": "int1" }, { "text": "Eric is red.", "representation": "(\"Eric\" \"is\" \"red\" \"+\")", "id": "int2" }, { "text": "Eric is blue.", "representation": "(\"Eric\" \"is\" \"blue\" \"+\")", "id": "int3" }, { "text": "Eric is big.", "representation": "(\"Eric\" \"is\" \"big\" \"+\")", "id": "int4" } ] } ] }, { "text": "Eric is young.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple3", "intermediates": [] } ] }, { "text": "Gary is cold.", "QDep": 0, "representation": "(\"Gary\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple11", "intermediates": [] } ] }, { "text": "Gary is kind.", "QDep": 0, "representation": "(\"Gary\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple10", "intermediates": [] } ] }, { "text": "Gary is red.", "QDep": 0, "representation": "(\"Gary\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple9", "intermediates": [] } ] }, { "text": "Harry is kind.", "QDep": 0, "representation": "(\"Harry\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple12", "intermediates": [] } ] }, { "text": "Eric is big.", "QDep": 1, "representation": "(\"Eric\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple8 triple6) -> (rule6 % int1))", "intermediates": [ { "text": "Eric is big.", "representation": "(\"Eric\" \"is\" \"big\" \"+\")", "id": "int1" } ] } ] }, { "text": "Gary is big.", "QDep": 1, "representation": "(\"Gary\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple11 triple10) -> (rule6 % int1))", "intermediates": [ { "text": "Gary is big.", "representation": "(\"Gary\" \"is\" \"big\" \"+\")", "id": "int1" } ] } ] }, { "text": "Eric is blue.", "QDep": 2, "representation": "(\"Eric\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple8 triple6) -> (rule6 % int2)) triple6 triple3) -> (rule5 % int1))", "intermediates": [ { "text": "Eric is blue.", "representation": "(\"Eric\" \"is\" \"blue\" \"+\")", "id": "int1" }, { "text": "Eric is big.", "representation": "(\"Eric\" \"is\" \"big\" \"+\")", "id": "int2" } ] } ] }, { "text": "Eric is red.", "QDep": 3, "representation": "(\"Eric\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple7 ((((triple8 triple6) -> (rule6 % int3)) triple6 triple3) -> (rule5 % int2)) triple8) -> (rule1 % int1))", "intermediates": [ { "text": "Eric is red.", "representation": "(\"Eric\" \"is\" \"red\" \"+\")", "id": "int1" }, { "text": "Eric is blue.", "representation": "(\"Eric\" \"is\" \"blue\" \"+\")", "id": "int2" }, { "text": "Eric is big.", "representation": "(\"Eric\" \"is\" \"big\" \"+\")", "id": "int3" } ] }, { "representation": "((((triple4 triple8) -> (rule3 % int4)) ((((triple8 triple6) -> (rule6 % int3)) triple6 triple3) -> (rule5 % int2)) triple8) -> (rule1 % int1))", "intermediates": [ { "text": "Eric is red.", "representation": "(\"Eric\" \"is\" \"red\" \"+\")", "id": "int1" }, { "text": "Eric is blue.", "representation": "(\"Eric\" \"is\" \"blue\" \"+\")", "id": "int2" }, { "text": "Eric is big.", "representation": "(\"Eric\" \"is\" \"big\" \"+\")", "id": "int3" }, { "text": "Eric is green.", "representation": "(\"Eric\" \"is\" \"green\" \"+\")", "id": "int4" } ] } ] } ]

{ "triple1": "sent1", "triple2": "sent1", "triple3": "sent2", "triple4": "sent2", "triple5": "sent2", "triple6": "sent2", "triple7": "sent2", "triple8": "sent2", "triple9": "sent3", "triple10": "sent3", "rule1": "sent5", "rule2": "sent6", "rule3": "sent7", "rule4": "sent8", "rule5": "sent9", "rule6": "sent10", "rule7": null, "triple11": "sent3", "triple12": "sent4" }

{ "sent1": "Upon meeting Alan, you'll notice he's green and kind.", "sent2": "Eric is young and rough and comes across as cold, but he is just young and green; Really, he is as nice and kind as you could want.", "sent3": "This Gary guy is red; He is also kind and yet cold.", "sent4": "Harry always goes out of his way to show that he is kind to people.", "sent5": "Green and blue people have a habit of being cold, which makes them red too.", "sent6": "Red, kind, young people will be rough people, too.", "sent7": "A rough person that is cold towards others is green.", "sent8": "Green people here that are also round and nice are always rough.", "sent9": "Most big and kind people,though young,are often blue.", "sent10": "If you run into a cold and kind person, they are always big.", "sent11": null }

{ "triple1": { "text": "Alan is kind.", "representation": "(\"Alan\" \"is\" \"kind\" \"+\")" }, "triple2": { "text": "Eric is kind.", "representation": "(\"Eric\" \"is\" \"kind\" \"+\")" }, "triple3": { "text": "Eric is green.", "representation": "(\"Eric\" \"is\" \"green\" \"+\")" }, "triple4": { "text": "Fred is round.", "representation": "(\"Fred\" \"is\" \"round\" \"+\")" }, "triple5": { "text": "Fred is red.", "representation": "(\"Fred\" \"is\" \"red\" \"+\")" }, "triple6": { "text": "Fred is nice.", "representation": "(\"Fred\" \"is\" \"nice\" \"+\")" }, "triple7": { "text": "Fred is cold.", "representation": "(\"Fred\" \"is\" \"cold\" \"+\")" }, "triple8": { "text": "Fred is blue.", "representation": "(\"Fred\" \"is\" \"blue\" \"+\")" }, "triple9": null, "triple10": null, "triple11": null, "triple12": null }

{ "rule1": { "text": "If someone is blue and nice and round then they are rough.", "representation": "(((\"someone\" \"is\" \"blue\" \"+\") (\"someone\" \"is\" \"nice\" \"+\") (\"someone\" \"is\" \"round\" \"+\")) -> (\"someone\" \"is\" \"rough\" \"+\"))" }, "rule2": { "text": "If someone is blue and kind then they are round.", "representation": "(((\"someone\" \"is\" \"blue\" \"+\") (\"someone\" \"is\" \"kind\" \"+\")) -> (\"someone\" \"is\" \"round\" \"+\"))" }, "rule3": { "text": "If someone is young and blue and red then they are kind.", "representation": "(((\"someone\" \"is\" \"young\" \"+\") (\"someone\" \"is\" \"blue\" \"+\") (\"someone\" \"is\" \"red\" \"+\")) -> (\"someone\" \"is\" \"kind\" \"+\"))" }, "rule4": { "text": "If someone is rough and red then they are young.", "representation": "(((\"someone\" \"is\" \"rough\" \"+\") (\"someone\" \"is\" \"red\" \"+\")) -> (\"someone\" \"is\" \"young\" \"+\"))" }, "rule5": { "text": "If someone is kind and young and round then they are blue.", "representation": "(((\"someone\" \"is\" \"kind\" \"+\") (\"someone\" \"is\" \"young\" \"+\") (\"someone\" \"is\" \"round\" \"+\")) -> (\"someone\" \"is\" \"blue\" \"+\"))" }, "rule6": { "text": "If someone is nice then they are green.", "representation": "(((\"someone\" \"is\" \"nice\" \"+\")) -> (\"someone\" \"is\" \"green\" \"+\"))" }, "rule7": null }

{ "Q1": { "question": "Fred is round.", "answer": "True", "QDep": 0, "QLen": "1", "strategy": "proof", "proofs": "[(triple4)]", "representation": "(\"Fred\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple4", "intermediates": [] } ] }, "Q2": { "question": "Fred is not red.", "answer": "False", "QDep": 0, "QLen": "1", "strategy": "inv-proof", "proofs": "[(triple5)]", "representation": "(\"Fred\" \"is\" \"red\" \"-\")", "proofsWithIntermediates": [ { "representation": "triple5", "intermediates": [] } ] }, "Q3": { "question": "Fred is rough.", "answer": "True", "QDep": 1, "QLen": "4", "strategy": "proof", "proofs": "[(((triple8 triple6 triple4) -> rule1))]", "representation": "(\"Fred\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple8 triple6 triple4) -> (rule1 % int1))", "intermediates": [ { "text": "Fred is rough.", "representation": "(\"Fred\" \"is\" \"rough\" \"+\")", "id": "int1" } ] } ] }, "Q4": { "question": "Fred is not rough.", "answer": "False", "QDep": 1, "QLen": "4", "strategy": "inv-proof", "proofs": "[(((triple8 triple6 triple4) -> rule1))]", "representation": "(\"Fred\" \"is\" \"rough\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple8 triple6 triple4) -> (rule1 % int1))", "intermediates": [ { "text": "Fred is rough.", "representation": "(\"Fred\" \"is\" \"rough\" \"+\")", "id": "int1" } ] } ] }, "Q5": { "question": "Fred is young.", "answer": "True", "QDep": 2, "QLen": "6", "strategy": "proof", "proofs": "[(((((triple8 triple6 triple4) -> rule1) triple5) -> rule4))]", "representation": "(\"Fred\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple8 triple6 triple4) -> (rule1 % int2)) triple5) -> (rule4 % int1))", "intermediates": [ { "text": "Fred is young.", "representation": "(\"Fred\" \"is\" \"young\" \"+\")", "id": "int1" }, { "text": "Fred is rough.", "representation": "(\"Fred\" \"is\" \"rough\" \"+\")", "id": "int2" } ] } ] }, "Q6": { "question": "Fred is not young.", "answer": "False", "QDep": 2, "QLen": "6", "strategy": "inv-proof", "proofs": "[(((((triple8 triple6 triple4) -> rule1) triple5) -> rule4))]", "representation": "(\"Fred\" \"is\" \"young\" \"-\")", "proofsWithIntermediates": [ { "representation": "((((triple8 triple6 triple4) -> (rule1 % int2)) triple5) -> (rule4 % int1))", "intermediates": [ { "text": "Fred is young.", "representation": "(\"Fred\" \"is\" \"young\" \"+\")", "id": "int1" }, { "text": "Fred is rough.", "representation": "(\"Fred\" \"is\" \"rough\" \"+\")", "id": "int2" } ] } ] }, "Q7": { "question": "Fred is kind.", "answer": "True", "QDep": 3, "QLen": "9", "strategy": "proof", "proofs": "[(((((((triple8 triple6 triple4) -> rule1) triple5) -> rule4) triple8 triple5) -> rule3))]", "representation": "(\"Fred\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((((triple8 triple6 triple4) -> (rule1 % int3)) triple5) -> (rule4 % int2)) triple8 triple5) -> (rule3 % int1))", "intermediates": [ { "text": "Fred is kind.", "representation": "(\"Fred\" \"is\" \"kind\" \"+\")", "id": "int1" }, { "text": "Fred is young.", "representation": "(\"Fred\" \"is\" \"young\" \"+\")", "id": "int2" }, { "text": "Fred is rough.", "representation": "(\"Fred\" \"is\" \"rough\" \"+\")", "id": "int3" } ] } ] }, "Q8": { "question": "Fred is not kind.", "answer": "False", "QDep": 3, "QLen": "9", "strategy": "inv-proof", "proofs": "[(((((((triple8 triple6 triple4) -> rule1) triple5) -> rule4) triple8 triple5) -> rule3))]", "representation": "(\"Fred\" \"is\" \"kind\" \"-\")", "proofsWithIntermediates": [ { "representation": "((((((triple8 triple6 triple4) -> (rule1 % int3)) triple5) -> (rule4 % int2)) triple8 triple5) -> (rule3 % int1))", "intermediates": [ { "text": "Fred is kind.", "representation": "(\"Fred\" \"is\" \"kind\" \"+\")", "id": "int1" }, { "text": "Fred is young.", "representation": "(\"Fred\" \"is\" \"young\" \"+\")", "id": "int2" }, { "text": "Fred is rough.", "representation": "(\"Fred\" \"is\" \"rough\" \"+\")", "id": "int3" } ] } ] }, "Q9": { "question": "Alan is not green.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Alan is green.[CWA. Example of deepest failure = (rule6 <- FAIL)]]", "representation": "(\"Alan\" \"is\" \"green\" \"-\")", "proofsWithIntermediates": null }, "Q10": { "question": "Alan is rough.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "rconc", "proofs": "[@1: Alan is rough.[CWA. Example of deepest failure = (rule1 <- FAIL)]]", "representation": "(\"Alan\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": null }, "Q11": { "question": "Alan is not blue.", "answer": "Unknown", "QDep": 2, "QLen": "", "strategy": "inv-rconc", "proofs": "[@2: Alan is blue.[CWA. Example of deepest failure = (rule5 <- rule4 <- FAIL)]]", "representation": "(\"Alan\" \"is\" \"blue\" \"-\")", "proofsWithIntermediates": null }, "Q12": { "question": "Bob is young.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "rconc", "proofs": "[@1: Bob is young.[CWA. Example of deepest failure = (rule4 <- FAIL)]]", "representation": "(\"Bob\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": null }, "Q13": { "question": "Alan is not big.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Alan is big.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Alan\" \"is\" \"big\" \"-\")" }, "Q14": { "question": "Eric is red.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Eric is red.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Eric\" \"is\" \"red\" \"+\")" }, "Q15": { "question": "Bob is not nice.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Bob is nice.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Bob\" \"is\" \"nice\" \"-\")" }, "Q16": { "question": "Bob is big.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Bob is big.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Bob\" \"is\" \"big\" \"+\")" }, "Q17": null, "Q18": null, "Q19": null, "Q20": null, "Q21": null, "Q22": null, "Q23": null, "Q24": null }

[ { "text": "Alan is kind.", "QDep": 0, "representation": "(\"Alan\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple1", "intermediates": [] } ] }, { "text": "Eric is green.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple3", "intermediates": [] } ] }, { "text": "Eric is kind.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple2", "intermediates": [] } ] }, { "text": "Fred is blue.", "QDep": 0, "representation": "(\"Fred\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple8", "intermediates": [] } ] }, { "text": "Fred is cold.", "QDep": 0, "representation": "(\"Fred\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple7", "intermediates": [] } ] }, { "text": "Fred is nice.", "QDep": 0, "representation": "(\"Fred\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple6", "intermediates": [] } ] }, { "text": "Fred is red.", "QDep": 0, "representation": "(\"Fred\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple5", "intermediates": [] } ] }, { "text": "Fred is round.", "QDep": 0, "representation": "(\"Fred\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple4", "intermediates": [] } ] }, { "text": "Fred is green.", "QDep": 1, "representation": "(\"Fred\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple6) -> (rule6 % int1))", "intermediates": [ { "text": "Fred is green.", "representation": "(\"Fred\" \"is\" \"green\" \"+\")", "id": "int1" } ] } ] }, { "text": "Fred is rough.", "QDep": 1, "representation": "(\"Fred\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple8 triple6 triple4) -> (rule1 % int1))", "intermediates": [ { "text": "Fred is rough.", "representation": "(\"Fred\" \"is\" \"rough\" \"+\")", "id": "int1" } ] } ] }, { "text": "Fred is young.", "QDep": 2, "representation": "(\"Fred\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple8 triple6 triple4) -> (rule1 % int2)) triple5) -> (rule4 % int1))", "intermediates": [ { "text": "Fred is young.", "representation": "(\"Fred\" \"is\" \"young\" \"+\")", "id": "int1" }, { "text": "Fred is rough.", "representation": "(\"Fred\" \"is\" \"rough\" \"+\")", "id": "int2" } ] } ] }, { "text": "Fred is kind.", "QDep": 3, "representation": "(\"Fred\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((((triple8 triple6 triple4) -> (rule1 % int3)) triple5) -> (rule4 % int2)) triple8 triple5) -> (rule3 % int1))", "intermediates": [ { "text": "Fred is kind.", "representation": "(\"Fred\" \"is\" \"kind\" \"+\")", "id": "int1" }, { "text": "Fred is young.", "representation": "(\"Fred\" \"is\" \"young\" \"+\")", "id": "int2" }, { "text": "Fred is rough.", "representation": "(\"Fred\" \"is\" \"rough\" \"+\")", "id": "int3" } ] } ] } ]

{ "triple1": "sent1", "triple2": "sent2", "triple3": "sent2", "triple4": "sent3", "triple5": "sent3", "triple6": "sent3", "triple7": "sent3", "triple8": "sent3", "triple9": null, "triple10": null, "rule1": "sent4", "rule2": "sent5", "rule3": "sent6", "rule4": "sent7", "rule5": "sent8", "rule6": "sent9", "rule7": null, "triple11": null, "triple12": null }

{ "sent1": "Alan always goes out of his way to show that he is kind to people.", "sent2": "Upon meeting Eric, you'll notice he's green and kind.", "sent3": "Fred loves desserts which has made him quite round; He's a nice guy and loves the outdoors; Recently he went skiing and his skin turned blue int he cold; He jumped in the hot tub and turned red as a beet.", "sent4": "When you meet someone round, blue and nice they are as a rule rough.", "sent5": "Being a kind person even when you are blue is hard, but it means you are round with delight.", "sent6": "Young people with red skin who are a bit downhearted and blue are kind.", "sent7": "Often, when you meet a rough person with red skin, you'll see that they are young too.", "sent8": "If a kind person is also young and round shaped, they will be colored blue.", "sent9": "Julie is really nice to gardeners since she has a green thumb.", "sent10": null, "sent11": null }

{ "triple1": { "text": "Bob is nice.", "representation": "(\"Bob\" \"is\" \"nice\" \"+\")" }, "triple2": { "text": "Bob is kind.", "representation": "(\"Bob\" \"is\" \"kind\" \"+\")" }, "triple3": { "text": "Bob is green.", "representation": "(\"Bob\" \"is\" \"green\" \"+\")" }, "triple4": { "text": "Bob is big.", "representation": "(\"Bob\" \"is\" \"big\" \"+\")" }, "triple5": { "text": "Fred is red.", "representation": "(\"Fred\" \"is\" \"red\" \"+\")" }, "triple6": { "text": "Fred is nice.", "representation": "(\"Fred\" \"is\" \"nice\" \"+\")" }, "triple7": { "text": "Harry is red.", "representation": "(\"Harry\" \"is\" \"red\" \"+\")" }, "triple8": { "text": "Harry is green.", "representation": "(\"Harry\" \"is\" \"green\" \"+\")" }, "triple9": { "text": "Harry is cold.", "representation": "(\"Harry\" \"is\" \"cold\" \"+\")" }, "triple10": { "text": "Harry is big.", "representation": "(\"Harry\" \"is\" \"big\" \"+\")" }, "triple11": null, "triple12": null }

{ "rule1": { "text": "If someone is big and kind then they are cold.", "representation": "(((\"someone\" \"is\" \"big\" \"+\") (\"someone\" \"is\" \"kind\" \"+\")) -> (\"someone\" \"is\" \"cold\" \"+\"))" }, "rule2": { "text": "If someone is rough and big and red then they are kind.", "representation": "(((\"someone\" \"is\" \"rough\" \"+\") (\"someone\" \"is\" \"big\" \"+\") (\"someone\" \"is\" \"red\" \"+\")) -> (\"someone\" \"is\" \"kind\" \"+\"))" }, "rule3": { "text": "If someone is young and big and round then they are red.", "representation": "(((\"someone\" \"is\" \"young\" \"+\") (\"someone\" \"is\" \"big\" \"+\") (\"someone\" \"is\" \"round\" \"+\")) -> (\"someone\" \"is\" \"red\" \"+\"))" }, "rule4": { "text": "If someone is rough and kind then they are young.", "representation": "(((\"someone\" \"is\" \"rough\" \"+\") (\"someone\" \"is\" \"kind\" \"+\")) -> (\"someone\" \"is\" \"young\" \"+\"))" }, "rule5": { "text": "If someone is cold and red then they are green.", "representation": "(((\"someone\" \"is\" \"cold\" \"+\") (\"someone\" \"is\" \"red\" \"+\")) -> (\"someone\" \"is\" \"green\" \"+\"))" }, "rule6": { "text": "If someone is kind and nice then they are rough.", "representation": "(((\"someone\" \"is\" \"kind\" \"+\") (\"someone\" \"is\" \"nice\" \"+\")) -> (\"someone\" \"is\" \"rough\" \"+\"))" }, "rule7": { "text": "If someone is rough and cold and nice then they are round.", "representation": "(((\"someone\" \"is\" \"rough\" \"+\") (\"someone\" \"is\" \"cold\" \"+\") (\"someone\" \"is\" \"nice\" \"+\")) -> (\"someone\" \"is\" \"round\" \"+\"))" } }

{ "Q1": { "question": "Fred is nice.", "answer": "True", "QDep": 0, "QLen": "1", "strategy": "proof", "proofs": "[(triple6)]", "representation": "(\"Fred\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple6", "intermediates": [] } ] }, "Q2": { "question": "Bob is not big.", "answer": "False", "QDep": 0, "QLen": "1", "strategy": "inv-proof", "proofs": "[(triple4)]", "representation": "(\"Bob\" \"is\" \"big\" \"-\")", "proofsWithIntermediates": [ { "representation": "triple4", "intermediates": [] } ] }, "Q3": { "question": "Bob is rough.", "answer": "True", "QDep": 1, "QLen": "3", "strategy": "proof", "proofs": "[(((triple2 triple1) -> rule6))]", "representation": "(\"Bob\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple2 triple1) -> (rule6 % int1))", "intermediates": [ { "text": "Bob is rough.", "representation": "(\"Bob\" \"is\" \"rough\" \"+\")", "id": "int1" } ] } ] }, "Q4": { "question": "Bob is not cold.", "answer": "False", "QDep": 1, "QLen": "3", "strategy": "inv-proof", "proofs": "[(((triple4 triple2) -> rule1))]", "representation": "(\"Bob\" \"is\" \"cold\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple4 triple2) -> (rule1 % int1))", "intermediates": [ { "text": "Bob is cold.", "representation": "(\"Bob\" \"is\" \"cold\" \"+\")", "id": "int1" } ] } ] }, "Q5": { "question": "Bob is young.", "answer": "True", "QDep": 2, "QLen": "5", "strategy": "proof", "proofs": "[(((((triple2 triple1) -> rule6) triple2) -> rule4))]", "representation": "(\"Bob\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple2 triple1) -> (rule6 % int2)) triple2) -> (rule4 % int1))", "intermediates": [ { "text": "Bob is young.", "representation": "(\"Bob\" \"is\" \"young\" \"+\")", "id": "int1" }, { "text": "Bob is rough.", "representation": "(\"Bob\" \"is\" \"rough\" \"+\")", "id": "int2" } ] } ] }, "Q6": { "question": "Bob is not round.", "answer": "False", "QDep": 2, "QLen": "8", "strategy": "inv-proof", "proofs": "[(((((triple2 triple1) -> rule6) ((triple4 triple2) -> rule1) triple1) -> rule7))]", "representation": "(\"Bob\" \"is\" \"round\" \"-\")", "proofsWithIntermediates": [ { "representation": "((((triple2 triple1) -> (rule6 % int3)) ((triple4 triple2) -> (rule1 % int2)) triple1) -> (rule7 % int1))", "intermediates": [ { "text": "Bob is round.", "representation": "(\"Bob\" \"is\" \"round\" \"+\")", "id": "int1" }, { "text": "Bob is cold.", "representation": "(\"Bob\" \"is\" \"cold\" \"+\")", "id": "int2" }, { "text": "Bob is rough.", "representation": "(\"Bob\" \"is\" \"rough\" \"+\")", "id": "int3" } ] } ] }, "Q7": { "question": "Bob is red.", "answer": "True", "QDep": 3, "QLen": "15", "strategy": "proof", "proofs": "[(((((((triple2 triple1) -> rule6) triple2) -> rule4) triple4 ((((triple2 triple1) -> rule6) ((triple4 triple2) -> rule1) triple1) -> rule7)) -> rule3))]", "representation": "(\"Bob\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((((triple2 triple1) -> (rule6 % int5)) triple2) -> (rule4 % int4)) triple4 ((((triple2 triple1) -> (rule6 % int5)) ((triple4 triple2) -> (rule1 % int3)) triple1) -> (rule7 % int2))) -> (rule3 % int1))", "intermediates": [ { "text": "Bob is red.", "representation": "(\"Bob\" \"is\" \"red\" \"+\")", "id": "int1" }, { "text": "Bob is round.", "representation": "(\"Bob\" \"is\" \"round\" \"+\")", "id": "int2" }, { "text": "Bob is cold.", "representation": "(\"Bob\" \"is\" \"cold\" \"+\")", "id": "int3" }, { "text": "Bob is young.", "representation": "(\"Bob\" \"is\" \"young\" \"+\")", "id": "int4" }, { "text": "Bob is rough.", "representation": "(\"Bob\" \"is\" \"rough\" \"+\")", "id": "int5" } ] } ] }, "Q8": { "question": "Bob is not red.", "answer": "False", "QDep": 3, "QLen": "15", "strategy": "inv-proof", "proofs": "[(((((((triple2 triple1) -> rule6) triple2) -> rule4) triple4 ((((triple2 triple1) -> rule6) ((triple4 triple2) -> rule1) triple1) -> rule7)) -> rule3))]", "representation": "(\"Bob\" \"is\" \"red\" \"-\")", "proofsWithIntermediates": [ { "representation": "((((((triple2 triple1) -> (rule6 % int5)) triple2) -> (rule4 % int4)) triple4 ((((triple2 triple1) -> (rule6 % int5)) ((triple4 triple2) -> (rule1 % int3)) triple1) -> (rule7 % int2))) -> (rule3 % int1))", "intermediates": [ { "text": "Bob is red.", "representation": "(\"Bob\" \"is\" \"red\" \"+\")", "id": "int1" }, { "text": "Bob is round.", "representation": "(\"Bob\" \"is\" \"round\" \"+\")", "id": "int2" }, { "text": "Bob is cold.", "representation": "(\"Bob\" \"is\" \"cold\" \"+\")", "id": "int3" }, { "text": "Bob is young.", "representation": "(\"Bob\" \"is\" \"young\" \"+\")", "id": "int4" }, { "text": "Bob is rough.", "representation": "(\"Bob\" \"is\" \"rough\" \"+\")", "id": "int5" } ] } ] }, "Q9": { "question": "Dave is not kind.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Dave is kind.[CWA. Example of deepest failure = (rule2 <- FAIL)]]", "representation": "(\"Dave\" \"is\" \"kind\" \"-\")", "proofsWithIntermediates": null }, "Q10": { "question": "Fred is young.", "answer": "Unknown", "QDep": 2, "QLen": "", "strategy": "rconc", "proofs": "[@2: Fred is young.[CWA. Example of deepest failure = (rule4 <- rule2 <- FAIL)]]", "representation": "(\"Fred\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": null }, "Q11": { "question": "Dave is not young.", "answer": "Unknown", "QDep": 2, "QLen": "", "strategy": "inv-rconc", "proofs": "[@2: Dave is young.[CWA. Example of deepest failure = (rule4 <- rule6 <- FAIL)]]", "representation": "(\"Dave\" \"is\" \"young\" \"-\")", "proofsWithIntermediates": null }, "Q12": { "question": "Dave is green.", "answer": "Unknown", "QDep": 2, "QLen": "", "strategy": "rconc", "proofs": "[@2: Dave is green.[CWA. Example of deepest failure = (rule5 <- rule1 <- FAIL)]]", "representation": "(\"Dave\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": null }, "Q13": { "question": "Harry is not nice.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Harry is nice.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Harry\" \"is\" \"nice\" \"-\")" }, "Q14": { "question": "Harry is blue.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Harry is blue.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Harry\" \"is\" \"blue\" \"+\")" }, "Q15": { "question": "Dave is not big.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Dave is big.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Dave\" \"is\" \"big\" \"-\")" }, "Q16": { "question": "Dave is blue.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Dave is blue.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Dave\" \"is\" \"blue\" \"+\")" }, "Q17": null, "Q18": null, "Q19": null, "Q20": null, "Q21": null, "Q22": null, "Q23": null, "Q24": null }

[ { "text": "Bob is big.", "QDep": 0, "representation": "(\"Bob\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple4", "intermediates": [] } ] }, { "text": "Bob is green.", "QDep": 0, "representation": "(\"Bob\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple3", "intermediates": [] }, { "representation": "((((triple4 triple2) -> (rule1 % int6)) ((((((triple2 triple1) -> (rule6 % int5)) triple2) -> (rule4 % int4)) triple4 ((((triple2 triple1) -> (rule6 % int5)) ((triple4 triple2) -> (rule1 % int6)) triple1) -> (rule7 % int3))) -> (rule3 % int2))) -> (rule5 % int1))", "intermediates": [ { "text": "Bob is green.", "representation": "(\"Bob\" \"is\" \"green\" \"+\")", "id": "int1" }, { "text": "Bob is red.", "representation": "(\"Bob\" \"is\" \"red\" \"+\")", "id": "int2" }, { "text": "Bob is round.", "representation": "(\"Bob\" \"is\" \"round\" \"+\")", "id": "int3" }, { "text": "Bob is young.", "representation": "(\"Bob\" \"is\" \"young\" \"+\")", "id": "int4" }, { "text": "Bob is rough.", "representation": "(\"Bob\" \"is\" \"rough\" \"+\")", "id": "int5" }, { "text": "Bob is cold.", "representation": "(\"Bob\" \"is\" \"cold\" \"+\")", "id": "int6" } ] } ] }, { "text": "Bob is kind.", "QDep": 0, "representation": "(\"Bob\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple2", "intermediates": [] } ] }, { "text": "Bob is nice.", "QDep": 0, "representation": "(\"Bob\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple1", "intermediates": [] } ] }, { "text": "Fred is nice.", "QDep": 0, "representation": "(\"Fred\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple6", "intermediates": [] } ] }, { "text": "Fred is red.", "QDep": 0, "representation": "(\"Fred\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple5", "intermediates": [] } ] }, { "text": "Harry is big.", "QDep": 0, "representation": "(\"Harry\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple10", "intermediates": [] } ] }, { "text": "Harry is cold.", "QDep": 0, "representation": "(\"Harry\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple9", "intermediates": [] } ] }, { "text": "Harry is green.", "QDep": 0, "representation": "(\"Harry\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple8", "intermediates": [] }, { "representation": "((triple9 triple7) -> (rule5 % int1))", "intermediates": [ { "text": "Harry is green.", "representation": "(\"Harry\" \"is\" \"green\" \"+\")", "id": "int1" } ] } ] }, { "text": "Harry is red.", "QDep": 0, "representation": "(\"Harry\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple7", "intermediates": [] } ] }, { "text": "Bob is cold.", "QDep": 1, "representation": "(\"Bob\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple4 triple2) -> (rule1 % int1))", "intermediates": [ { "text": "Bob is cold.", "representation": "(\"Bob\" \"is\" \"cold\" \"+\")", "id": "int1" } ] } ] }, { "text": "Bob is rough.", "QDep": 1, "representation": "(\"Bob\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple2 triple1) -> (rule6 % int1))", "intermediates": [ { "text": "Bob is rough.", "representation": "(\"Bob\" \"is\" \"rough\" \"+\")", "id": "int1" } ] } ] }, { "text": "Bob is round.", "QDep": 2, "representation": "(\"Bob\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple2 triple1) -> (rule6 % int3)) ((triple4 triple2) -> (rule1 % int2)) triple1) -> (rule7 % int1))", "intermediates": [ { "text": "Bob is round.", "representation": "(\"Bob\" \"is\" \"round\" \"+\")", "id": "int1" }, { "text": "Bob is cold.", "representation": "(\"Bob\" \"is\" \"cold\" \"+\")", "id": "int2" }, { "text": "Bob is rough.", "representation": "(\"Bob\" \"is\" \"rough\" \"+\")", "id": "int3" } ] } ] }, { "text": "Bob is young.", "QDep": 2, "representation": "(\"Bob\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple2 triple1) -> (rule6 % int2)) triple2) -> (rule4 % int1))", "intermediates": [ { "text": "Bob is young.", "representation": "(\"Bob\" \"is\" \"young\" \"+\")", "id": "int1" }, { "text": "Bob is rough.", "representation": "(\"Bob\" \"is\" \"rough\" \"+\")", "id": "int2" } ] } ] }, { "text": "Bob is red.", "QDep": 3, "representation": "(\"Bob\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((((triple2 triple1) -> (rule6 % int5)) triple2) -> (rule4 % int4)) triple4 ((((triple2 triple1) -> (rule6 % int5)) ((triple4 triple2) -> (rule1 % int3)) triple1) -> (rule7 % int2))) -> (rule3 % int1))", "intermediates": [ { "text": "Bob is red.", "representation": "(\"Bob\" \"is\" \"red\" \"+\")", "id": "int1" }, { "text": "Bob is round.", "representation": "(\"Bob\" \"is\" \"round\" \"+\")", "id": "int2" }, { "text": "Bob is cold.", "representation": "(\"Bob\" \"is\" \"cold\" \"+\")", "id": "int3" }, { "text": "Bob is young.", "representation": "(\"Bob\" \"is\" \"young\" \"+\")", "id": "int4" }, { "text": "Bob is rough.", "representation": "(\"Bob\" \"is\" \"rough\" \"+\")", "id": "int5" } ] } ] } ]

{ "triple1": "sent1", "triple2": "sent1", "triple3": "sent1", "triple4": "sent1", "triple5": "sent2", "triple6": "sent2", "triple7": "sent3", "triple8": "sent3", "triple9": "sent3", "triple10": "sent3", "rule1": "sent4", "rule2": "sent5", "rule3": "sent6", "rule4": "sent7", "rule5": "sent8", "rule6": "sent9", "rule7": "sent10", "triple11": null, "triple12": null }

{ "sent1": "Bob is considered to be a rather nice person who is also described as being kind, green and big.", "sent2": "Fred is a nice person who is red because he has a rash.", "sent3": "There's a very big man over there who is green to this situation that seems to be rather cold despite his bright red coat named Harry.", "sent4": "A person who's big and kind will also be cold.", "sent5": "People with big hands and red, rough skin are terribly kind.", "sent6": "Anyone who's got young, round and big traits is bound to have a red trait, too.", "sent7": "Kind people who are also rough are young.", "sent8": "A person with the qualities of being cold and being red will also be a person that is green.", "sent9": "Kind people who are nice find that they must also be rough.", "sent10": "Anybody that is rough, cold and nice will be round at the same time.", "sent11": null }

{ "triple1": { "text": "Charlie is round.", "representation": "(\"Charlie\" \"is\" \"round\" \"+\")" }, "triple2": { "text": "Charlie is green.", "representation": "(\"Charlie\" \"is\" \"green\" \"+\")" }, "triple3": { "text": "Dave is red.", "representation": "(\"Dave\" \"is\" \"red\" \"+\")" }, "triple4": { "text": "Dave is kind.", "representation": "(\"Dave\" \"is\" \"kind\" \"+\")" }, "triple5": { "text": "Dave is green.", "representation": "(\"Dave\" \"is\" \"green\" \"+\")" }, "triple6": { "text": "Dave is cold.", "representation": "(\"Dave\" \"is\" \"cold\" \"+\")" }, "triple7": { "text": "Gary is rough.", "representation": "(\"Gary\" \"is\" \"rough\" \"+\")" }, "triple8": { "text": "Gary is red.", "representation": "(\"Gary\" \"is\" \"red\" \"+\")" }, "triple9": { "text": "Harry is round.", "representation": "(\"Harry\" \"is\" \"round\" \"+\")" }, "triple10": { "text": "Harry is nice.", "representation": "(\"Harry\" \"is\" \"nice\" \"+\")" }, "triple11": { "text": "Harry is blue.", "representation": "(\"Harry\" \"is\" \"blue\" \"+\")" }, "triple12": null }

{ "rule1": { "text": "If someone is green then they are round.", "representation": "(((\"someone\" \"is\" \"green\" \"+\")) -> (\"someone\" \"is\" \"round\" \"+\"))" }, "rule2": { "text": "If someone is cold and green and young then they are nice.", "representation": "(((\"someone\" \"is\" \"cold\" \"+\") (\"someone\" \"is\" \"green\" \"+\") (\"someone\" \"is\" \"young\" \"+\")) -> (\"someone\" \"is\" \"nice\" \"+\"))" }, "rule3": { "text": "If someone is nice and blue and kind then they are green.", "representation": "(((\"someone\" \"is\" \"nice\" \"+\") (\"someone\" \"is\" \"blue\" \"+\") (\"someone\" \"is\" \"kind\" \"+\")) -> (\"someone\" \"is\" \"green\" \"+\"))" }, "rule4": { "text": "If someone is round and cold then they are young.", "representation": "(((\"someone\" \"is\" \"round\" \"+\") (\"someone\" \"is\" \"cold\" \"+\")) -> (\"someone\" \"is\" \"young\" \"+\"))" }, "rule5": null, "rule6": null, "rule7": null }

{ "Q1": { "question": "Gary is rough.", "answer": "True", "QDep": 0, "QLen": "1", "strategy": "proof", "proofs": "[(triple7)]", "representation": "(\"Gary\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple7", "intermediates": [] } ] }, "Q2": { "question": "Charlie is not green.", "answer": "False", "QDep": 0, "QLen": "1", "strategy": "inv-proof", "proofs": "[(triple2)]", "representation": "(\"Charlie\" \"is\" \"green\" \"-\")", "proofsWithIntermediates": [ { "representation": "triple2", "intermediates": [] } ] }, "Q3": { "question": "Dave is round.", "answer": "True", "QDep": 1, "QLen": "2", "strategy": "proof", "proofs": "[(((triple5) -> rule1))]", "representation": "(\"Dave\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple5) -> (rule1 % int1))", "intermediates": [ { "text": "Dave is round.", "representation": "(\"Dave\" \"is\" \"round\" \"+\")", "id": "int1" } ] } ] }, "Q4": { "question": "Dave is not round.", "answer": "False", "QDep": 1, "QLen": "2", "strategy": "inv-proof", "proofs": "[(((triple5) -> rule1))]", "representation": "(\"Dave\" \"is\" \"round\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple5) -> (rule1 % int1))", "intermediates": [ { "text": "Dave is round.", "representation": "(\"Dave\" \"is\" \"round\" \"+\")", "id": "int1" } ] } ] }, "Q5": { "question": "Dave is young.", "answer": "True", "QDep": 2, "QLen": "4", "strategy": "proof", "proofs": "[(((((triple5) -> rule1) triple6) -> rule4))]", "representation": "(\"Dave\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple5) -> (rule1 % int2)) triple6) -> (rule4 % int1))", "intermediates": [ { "text": "Dave is young.", "representation": "(\"Dave\" \"is\" \"young\" \"+\")", "id": "int1" }, { "text": "Dave is round.", "representation": "(\"Dave\" \"is\" \"round\" \"+\")", "id": "int2" } ] } ] }, "Q6": { "question": "Dave is not young.", "answer": "False", "QDep": 2, "QLen": "4", "strategy": "inv-proof", "proofs": "[(((((triple5) -> rule1) triple6) -> rule4))]", "representation": "(\"Dave\" \"is\" \"young\" \"-\")", "proofsWithIntermediates": [ { "representation": "((((triple5) -> (rule1 % int2)) triple6) -> (rule4 % int1))", "intermediates": [ { "text": "Dave is young.", "representation": "(\"Dave\" \"is\" \"young\" \"+\")", "id": "int1" }, { "text": "Dave is round.", "representation": "(\"Dave\" \"is\" \"round\" \"+\")", "id": "int2" } ] } ] }, "Q7": { "question": "Dave is nice.", "answer": "True", "QDep": 3, "QLen": "7", "strategy": "proof", "proofs": "[(((triple6 triple5 ((((triple5) -> rule1) triple6) -> rule4)) -> rule2))]", "representation": "(\"Dave\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple6 triple5 ((((triple5) -> (rule1 % int3)) triple6) -> (rule4 % int2))) -> (rule2 % int1))", "intermediates": [ { "text": "Dave is nice.", "representation": "(\"Dave\" \"is\" \"nice\" \"+\")", "id": "int1" }, { "text": "Dave is young.", "representation": "(\"Dave\" \"is\" \"young\" \"+\")", "id": "int2" }, { "text": "Dave is round.", "representation": "(\"Dave\" \"is\" \"round\" \"+\")", "id": "int3" } ] } ] }, "Q8": { "question": "Dave is not nice.", "answer": "False", "QDep": 3, "QLen": "7", "strategy": "inv-proof", "proofs": "[(((triple6 triple5 ((((triple5) -> rule1) triple6) -> rule4)) -> rule2))]", "representation": "(\"Dave\" \"is\" \"nice\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple6 triple5 ((((triple5) -> (rule1 % int3)) triple6) -> (rule4 % int2))) -> (rule2 % int1))", "intermediates": [ { "text": "Dave is nice.", "representation": "(\"Dave\" \"is\" \"nice\" \"+\")", "id": "int1" }, { "text": "Dave is young.", "representation": "(\"Dave\" \"is\" \"young\" \"+\")", "id": "int2" }, { "text": "Dave is round.", "representation": "(\"Dave\" \"is\" \"round\" \"+\")", "id": "int3" } ] } ] }, "Q9": { "question": "Harry is not young.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Harry is young.[CWA. Example of deepest failure = (rule4 <- FAIL)]]", "representation": "(\"Harry\" \"is\" \"young\" \"-\")", "proofsWithIntermediates": null }, "Q10": { "question": "Charlie is nice.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "rconc", "proofs": "[@1: Charlie is nice.[CWA. Example of deepest failure = (rule2 <- FAIL)]]", "representation": "(\"Charlie\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": null }, "Q11": { "question": "Gary is not young.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Gary is young.[CWA. Example of deepest failure = (rule4 <- FAIL)]]", "representation": "(\"Gary\" \"is\" \"young\" \"-\")", "proofsWithIntermediates": null }, "Q12": { "question": "Gary is green.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "rconc", "proofs": "[@1: Gary is green.[CWA. Example of deepest failure = (rule3 <- FAIL)]]", "representation": "(\"Gary\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": null }, "Q13": { "question": "Gary is not big.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Gary is big.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Gary\" \"is\" \"big\" \"-\")" }, "Q14": { "question": "Charlie is big.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Charlie is big.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Charlie\" \"is\" \"big\" \"+\")" }, "Q15": { "question": "Gary is not blue.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Gary is blue.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Gary\" \"is\" \"blue\" \"-\")" }, "Q16": { "question": "Charlie is blue.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Charlie is blue.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Charlie\" \"is\" \"blue\" \"+\")" }, "Q17": null, "Q18": null, "Q19": null, "Q20": null, "Q21": null, "Q22": null, "Q23": null, "Q24": null }

[ { "text": "Charlie is green.", "QDep": 0, "representation": "(\"Charlie\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple2", "intermediates": [] } ] }, { "text": "Charlie is round.", "QDep": 0, "representation": "(\"Charlie\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple1", "intermediates": [] }, { "representation": "((triple2) -> (rule1 % int1))", "intermediates": [ { "text": "Charlie is round.", "representation": "(\"Charlie\" \"is\" \"round\" \"+\")", "id": "int1" } ] } ] }, { "text": "Dave is cold.", "QDep": 0, "representation": "(\"Dave\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple6", "intermediates": [] } ] }, { "text": "Dave is green.", "QDep": 0, "representation": "(\"Dave\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple5", "intermediates": [] } ] }, { "text": "Dave is kind.", "QDep": 0, "representation": "(\"Dave\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple4", "intermediates": [] } ] }, { "text": "Dave is red.", "QDep": 0, "representation": "(\"Dave\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple3", "intermediates": [] } ] }, { "text": "Gary is red.", "QDep": 0, "representation": "(\"Gary\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple8", "intermediates": [] } ] }, { "text": "Gary is rough.", "QDep": 0, "representation": "(\"Gary\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple7", "intermediates": [] } ] }, { "text": "Harry is blue.", "QDep": 0, "representation": "(\"Harry\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple11", "intermediates": [] } ] }, { "text": "Harry is nice.", "QDep": 0, "representation": "(\"Harry\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple10", "intermediates": [] } ] }, { "text": "Harry is round.", "QDep": 0, "representation": "(\"Harry\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple9", "intermediates": [] } ] }, { "text": "Dave is round.", "QDep": 1, "representation": "(\"Dave\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple5) -> (rule1 % int1))", "intermediates": [ { "text": "Dave is round.", "representation": "(\"Dave\" \"is\" \"round\" \"+\")", "id": "int1" } ] } ] }, { "text": "Dave is young.", "QDep": 2, "representation": "(\"Dave\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple5) -> (rule1 % int2)) triple6) -> (rule4 % int1))", "intermediates": [ { "text": "Dave is young.", "representation": "(\"Dave\" \"is\" \"young\" \"+\")", "id": "int1" }, { "text": "Dave is round.", "representation": "(\"Dave\" \"is\" \"round\" \"+\")", "id": "int2" } ] } ] }, { "text": "Dave is nice.", "QDep": 3, "representation": "(\"Dave\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple6 triple5 ((((triple5) -> (rule1 % int3)) triple6) -> (rule4 % int2))) -> (rule2 % int1))", "intermediates": [ { "text": "Dave is nice.", "representation": "(\"Dave\" \"is\" \"nice\" \"+\")", "id": "int1" }, { "text": "Dave is young.", "representation": "(\"Dave\" \"is\" \"young\" \"+\")", "id": "int2" }, { "text": "Dave is round.", "representation": "(\"Dave\" \"is\" \"round\" \"+\")", "id": "int3" } ] } ] } ]

{ "triple1": "sent1", "triple2": "sent1", "triple3": "sent2", "triple4": "sent2", "triple5": "sent2", "triple6": "sent2", "triple7": "sent3", "triple8": "sent3", "triple9": "sent4", "triple10": "sent4", "rule1": "sent5", "rule2": "sent6", "rule3": "sent7", "rule4": "sent8", "rule5": null, "rule6": null, "rule7": null, "triple11": "sent4", "triple12": null }

{ "sent1": "Charlie is round shaped and green colored.", "sent2": "Dave is very cold but acts in a kind way to everyone despite being totally green here when he wears his red jacket.", "sent3": "When you meet Gary you'll the two characteristics that will standout is that he's red but also rough.", "sent4": "Harry is round in the middle and extraordinarily nice but he's also blue because people don't always treat him well.", "sent5": "Any green person is a round person.", "sent6": "Cold people who are young and green are actually nice.", "sent7": "Could you imagine how weird it would be if someone was nice, blue, and kind, but not green also.", "sent8": "Someone who is round like a dumpling and cold like an icicle are very young in age.", "sent9": null, "sent10": null, "sent11": null }

{ "triple1": { "text": "Alan is kind.", "representation": "(\"Alan\" \"is\" \"kind\" \"+\")" }, "triple2": { "text": "Charlie is round.", "representation": "(\"Charlie\" \"is\" \"round\" \"+\")" }, "triple3": { "text": "Charlie is red.", "representation": "(\"Charlie\" \"is\" \"red\" \"+\")" }, "triple4": { "text": "Charlie is green.", "representation": "(\"Charlie\" \"is\" \"green\" \"+\")" }, "triple5": { "text": "Charlie is big.", "representation": "(\"Charlie\" \"is\" \"big\" \"+\")" }, "triple6": { "text": "Dave is round.", "representation": "(\"Dave\" \"is\" \"round\" \"+\")" }, "triple7": { "text": "Dave is kind.", "representation": "(\"Dave\" \"is\" \"kind\" \"+\")" }, "triple8": { "text": "Dave is cold.", "representation": "(\"Dave\" \"is\" \"cold\" \"+\")" }, "triple9": { "text": "Harry is young.", "representation": "(\"Harry\" \"is\" \"young\" \"+\")" }, "triple10": { "text": "Harry is nice.", "representation": "(\"Harry\" \"is\" \"nice\" \"+\")" }, "triple11": null, "triple12": null }

{ "rule1": { "text": "If someone is rough and big and nice then they are cold.", "representation": "(((\"someone\" \"is\" \"rough\" \"+\") (\"someone\" \"is\" \"big\" \"+\") (\"someone\" \"is\" \"nice\" \"+\")) -> (\"someone\" \"is\" \"cold\" \"+\"))" }, "rule2": { "text": "If someone is blue and green then they are nice.", "representation": "(((\"someone\" \"is\" \"blue\" \"+\") (\"someone\" \"is\" \"green\" \"+\")) -> (\"someone\" \"is\" \"nice\" \"+\"))" }, "rule3": { "text": "If someone is rough and cold and red then they are nice.", "representation": "(((\"someone\" \"is\" \"rough\" \"+\") (\"someone\" \"is\" \"cold\" \"+\") (\"someone\" \"is\" \"red\" \"+\")) -> (\"someone\" \"is\" \"nice\" \"+\"))" }, "rule4": { "text": "If someone is kind and cold and green then they are blue.", "representation": "(((\"someone\" \"is\" \"kind\" \"+\") (\"someone\" \"is\" \"cold\" \"+\") (\"someone\" \"is\" \"green\" \"+\")) -> (\"someone\" \"is\" \"blue\" \"+\"))" }, "rule5": { "text": "If someone is cold and kind then they are green.", "representation": "(((\"someone\" \"is\" \"cold\" \"+\") (\"someone\" \"is\" \"kind\" \"+\")) -> (\"someone\" \"is\" \"green\" \"+\"))" }, "rule6": { "text": "If someone is green and nice and kind then they are young.", "representation": "(((\"someone\" \"is\" \"green\" \"+\") (\"someone\" \"is\" \"nice\" \"+\") (\"someone\" \"is\" \"kind\" \"+\")) -> (\"someone\" \"is\" \"young\" \"+\"))" }, "rule7": null }

{ "Q1": { "question": "Charlie is big.", "answer": "True", "QDep": 0, "QLen": "1", "strategy": "proof", "proofs": "[(triple5)]", "representation": "(\"Charlie\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple5", "intermediates": [] } ] }, "Q2": { "question": "Dave is not cold.", "answer": "False", "QDep": 0, "QLen": "1", "strategy": "inv-proof", "proofs": "[(triple8)]", "representation": "(\"Dave\" \"is\" \"cold\" \"-\")", "proofsWithIntermediates": [ { "representation": "triple8", "intermediates": [] } ] }, "Q3": { "question": "Dave is green.", "answer": "True", "QDep": 1, "QLen": "3", "strategy": "proof", "proofs": "[(((triple8 triple7) -> rule5))]", "representation": "(\"Dave\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple8 triple7) -> (rule5 % int1))", "intermediates": [ { "text": "Dave is green.", "representation": "(\"Dave\" \"is\" \"green\" \"+\")", "id": "int1" } ] } ] }, "Q4": { "question": "Dave is not green.", "answer": "False", "QDep": 1, "QLen": "3", "strategy": "inv-proof", "proofs": "[(((triple8 triple7) -> rule5))]", "representation": "(\"Dave\" \"is\" \"green\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple8 triple7) -> (rule5 % int1))", "intermediates": [ { "text": "Dave is green.", "representation": "(\"Dave\" \"is\" \"green\" \"+\")", "id": "int1" } ] } ] }, "Q5": { "question": "Dave is blue.", "answer": "True", "QDep": 2, "QLen": "6", "strategy": "proof", "proofs": "[(((triple7 triple8 ((triple8 triple7) -> rule5)) -> rule4))]", "representation": "(\"Dave\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple7 triple8 ((triple8 triple7) -> (rule5 % int2))) -> (rule4 % int1))", "intermediates": [ { "text": "Dave is blue.", "representation": "(\"Dave\" \"is\" \"blue\" \"+\")", "id": "int1" }, { "text": "Dave is green.", "representation": "(\"Dave\" \"is\" \"green\" \"+\")", "id": "int2" } ] } ] }, "Q6": { "question": "Dave is not blue.", "answer": "False", "QDep": 2, "QLen": "6", "strategy": "inv-proof", "proofs": "[(((triple7 triple8 ((triple8 triple7) -> rule5)) -> rule4))]", "representation": "(\"Dave\" \"is\" \"blue\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple7 triple8 ((triple8 triple7) -> (rule5 % int2))) -> (rule4 % int1))", "intermediates": [ { "text": "Dave is blue.", "representation": "(\"Dave\" \"is\" \"blue\" \"+\")", "id": "int1" }, { "text": "Dave is green.", "representation": "(\"Dave\" \"is\" \"green\" \"+\")", "id": "int2" } ] } ] }, "Q7": { "question": "Dave is nice.", "answer": "True", "QDep": 3, "QLen": "10", "strategy": "proof", "proofs": "[(((((triple7 triple8 ((triple8 triple7) -> rule5)) -> rule4) ((triple8 triple7) -> rule5)) -> rule2))]", "representation": "(\"Dave\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple7 triple8 ((triple8 triple7) -> (rule5 % int3))) -> (rule4 % int2)) ((triple8 triple7) -> (rule5 % int3))) -> (rule2 % int1))", "intermediates": [ { "text": "Dave is nice.", "representation": "(\"Dave\" \"is\" \"nice\" \"+\")", "id": "int1" }, { "text": "Dave is blue.", "representation": "(\"Dave\" \"is\" \"blue\" \"+\")", "id": "int2" }, { "text": "Dave is green.", "representation": "(\"Dave\" \"is\" \"green\" \"+\")", "id": "int3" } ] } ] }, "Q8": { "question": "Dave is not nice.", "answer": "False", "QDep": 3, "QLen": "10", "strategy": "inv-proof", "proofs": "[(((((triple7 triple8 ((triple8 triple7) -> rule5)) -> rule4) ((triple8 triple7) -> rule5)) -> rule2))]", "representation": "(\"Dave\" \"is\" \"nice\" \"-\")", "proofsWithIntermediates": [ { "representation": "((((triple7 triple8 ((triple8 triple7) -> (rule5 % int3))) -> (rule4 % int2)) ((triple8 triple7) -> (rule5 % int3))) -> (rule2 % int1))", "intermediates": [ { "text": "Dave is nice.", "representation": "(\"Dave\" \"is\" \"nice\" \"+\")", "id": "int1" }, { "text": "Dave is blue.", "representation": "(\"Dave\" \"is\" \"blue\" \"+\")", "id": "int2" }, { "text": "Dave is green.", "representation": "(\"Dave\" \"is\" \"green\" \"+\")", "id": "int3" } ] } ] }, "Q9": { "question": "Dave is young.", "answer": "True", "QDep": 4, "QLen": "15", "strategy": "proof", "proofs": "[(((((triple8 triple7) -> rule5) ((((triple7 triple8 ((triple8 triple7) -> rule5)) -> rule4) ((triple8 triple7) -> rule5)) -> rule2) triple7) -> rule6))]", "representation": "(\"Dave\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple8 triple7) -> (rule5 % int4)) ((((triple7 triple8 ((triple8 triple7) -> (rule5 % int4))) -> (rule4 % int3)) ((triple8 triple7) -> (rule5 % int4))) -> (rule2 % int2)) triple7) -> (rule6 % int1))", "intermediates": [ { "text": "Dave is young.", "representation": "(\"Dave\" \"is\" \"young\" \"+\")", "id": "int1" }, { "text": "Dave is nice.", "representation": "(\"Dave\" \"is\" \"nice\" \"+\")", "id": "int2" }, { "text": "Dave is blue.", "representation": "(\"Dave\" \"is\" \"blue\" \"+\")", "id": "int3" }, { "text": "Dave is green.", "representation": "(\"Dave\" \"is\" \"green\" \"+\")", "id": "int4" } ] } ] }, "Q10": { "question": "Dave is not young.", "answer": "False", "QDep": 4, "QLen": "15", "strategy": "inv-proof", "proofs": "[(((((triple8 triple7) -> rule5) ((((triple7 triple8 ((triple8 triple7) -> rule5)) -> rule4) ((triple8 triple7) -> rule5)) -> rule2) triple7) -> rule6))]", "representation": "(\"Dave\" \"is\" \"young\" \"-\")", "proofsWithIntermediates": [ { "representation": "((((triple8 triple7) -> (rule5 % int4)) ((((triple7 triple8 ((triple8 triple7) -> (rule5 % int4))) -> (rule4 % int3)) ((triple8 triple7) -> (rule5 % int4))) -> (rule2 % int2)) triple7) -> (rule6 % int1))", "intermediates": [ { "text": "Dave is young.", "representation": "(\"Dave\" \"is\" \"young\" \"+\")", "id": "int1" }, { "text": "Dave is nice.", "representation": "(\"Dave\" \"is\" \"nice\" \"+\")", "id": "int2" }, { "text": "Dave is blue.", "representation": "(\"Dave\" \"is\" \"blue\" \"+\")", "id": "int3" }, { "text": "Dave is green.", "representation": "(\"Dave\" \"is\" \"green\" \"+\")", "id": "int4" } ] } ] }, "Q11": { "question": "Alan is not green.", "answer": "Unknown", "QDep": 2, "QLen": "", "strategy": "inv-rconc", "proofs": "[@2: Alan is green.[CWA. Example of deepest failure = (rule5 <- rule1 <- FAIL)]]", "representation": "(\"Alan\" \"is\" \"green\" \"-\")", "proofsWithIntermediates": null }, "Q12": { "question": "Charlie is young.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "rconc", "proofs": "[@1: Charlie is young.[CWA. Example of deepest failure = (rule6 <- FAIL)]]", "representation": "(\"Charlie\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": null }, "Q13": { "question": "Charlie is not nice.", "answer": "Unknown", "QDep": 2, "QLen": "", "strategy": "inv-rconc", "proofs": "[@2: Charlie is nice.[CWA. Example of deepest failure = (rule2 <- rule4 <- FAIL)]]", "representation": "(\"Charlie\" \"is\" \"nice\" \"-\")" }, "Q14": { "question": "Charlie is blue.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "rconc", "proofs": "[@1: Charlie is blue.[CWA. Example of deepest failure = (rule4 <- FAIL)]]", "representation": "(\"Charlie\" \"is\" \"blue\" \"+\")" }, "Q15": { "question": "Alan is not cold.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Alan is cold.[CWA. Example of deepest failure = (rule1 <- FAIL)]]", "representation": "(\"Alan\" \"is\" \"cold\" \"-\")" }, "Q16": { "question": "Alan is round.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Alan is round.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Alan\" \"is\" \"round\" \"+\")" }, "Q17": { "question": "Harry is not rough.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Harry is rough.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Harry\" \"is\" \"rough\" \"-\")" }, "Q18": { "question": "Harry is kind.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Harry is kind.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Harry\" \"is\" \"kind\" \"+\")" }, "Q19": { "question": "Alan is not rough.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Alan is rough.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Alan\" \"is\" \"rough\" \"-\")" }, "Q20": { "question": "Dave is red.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Dave is red.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Dave\" \"is\" \"red\" \"+\")" }, "Q21": null, "Q22": null, "Q23": null, "Q24": null }

[ { "text": "Alan is kind.", "QDep": 0, "representation": "(\"Alan\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple1", "intermediates": [] } ] }, { "text": "Charlie is big.", "QDep": 0, "representation": "(\"Charlie\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple5", "intermediates": [] } ] }, { "text": "Charlie is green.", "QDep": 0, "representation": "(\"Charlie\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple4", "intermediates": [] } ] }, { "text": "Charlie is red.", "QDep": 0, "representation": "(\"Charlie\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple3", "intermediates": [] } ] }, { "text": "Charlie is round.", "QDep": 0, "representation": "(\"Charlie\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple2", "intermediates": [] } ] }, { "text": "Dave is cold.", "QDep": 0, "representation": "(\"Dave\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple8", "intermediates": [] } ] }, { "text": "Dave is kind.", "QDep": 0, "representation": "(\"Dave\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple7", "intermediates": [] } ] }, { "text": "Dave is round.", "QDep": 0, "representation": "(\"Dave\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple6", "intermediates": [] } ] }, { "text": "Harry is nice.", "QDep": 0, "representation": "(\"Harry\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple10", "intermediates": [] } ] }, { "text": "Harry is young.", "QDep": 0, "representation": "(\"Harry\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple9", "intermediates": [] } ] }, { "text": "Dave is green.", "QDep": 1, "representation": "(\"Dave\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple8 triple7) -> (rule5 % int1))", "intermediates": [ { "text": "Dave is green.", "representation": "(\"Dave\" \"is\" \"green\" \"+\")", "id": "int1" } ] } ] }, { "text": "Dave is blue.", "QDep": 2, "representation": "(\"Dave\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple7 triple8 ((triple8 triple7) -> (rule5 % int2))) -> (rule4 % int1))", "intermediates": [ { "text": "Dave is blue.", "representation": "(\"Dave\" \"is\" \"blue\" \"+\")", "id": "int1" }, { "text": "Dave is green.", "representation": "(\"Dave\" \"is\" \"green\" \"+\")", "id": "int2" } ] } ] }, { "text": "Dave is nice.", "QDep": 3, "representation": "(\"Dave\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple7 triple8 ((triple8 triple7) -> (rule5 % int3))) -> (rule4 % int2)) ((triple8 triple7) -> (rule5 % int3))) -> (rule2 % int1))", "intermediates": [ { "text": "Dave is nice.", "representation": "(\"Dave\" \"is\" \"nice\" \"+\")", "id": "int1" }, { "text": "Dave is blue.", "representation": "(\"Dave\" \"is\" \"blue\" \"+\")", "id": "int2" }, { "text": "Dave is green.", "representation": "(\"Dave\" \"is\" \"green\" \"+\")", "id": "int3" } ] } ] }, { "text": "Dave is young.", "QDep": 4, "representation": "(\"Dave\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple8 triple7) -> (rule5 % int4)) ((((triple7 triple8 ((triple8 triple7) -> (rule5 % int4))) -> (rule4 % int3)) ((triple8 triple7) -> (rule5 % int4))) -> (rule2 % int2)) triple7) -> (rule6 % int1))", "intermediates": [ { "text": "Dave is young.", "representation": "(\"Dave\" \"is\" \"young\" \"+\")", "id": "int1" }, { "text": "Dave is nice.", "representation": "(\"Dave\" \"is\" \"nice\" \"+\")", "id": "int2" }, { "text": "Dave is blue.", "representation": "(\"Dave\" \"is\" \"blue\" \"+\")", "id": "int3" }, { "text": "Dave is green.", "representation": "(\"Dave\" \"is\" \"green\" \"+\")", "id": "int4" } ] } ] } ]

{ "triple1": "sent1", "triple2": "sent2", "triple3": "sent2", "triple4": "sent2", "triple5": "sent2", "triple6": "sent3", "triple7": "sent3", "triple8": "sent3", "triple9": "sent4", "triple10": "sent4", "rule1": "sent5", "rule2": "sent6", "rule3": "sent7", "rule4": "sent8", "rule5": "sent9", "rule6": "sent10", "rule7": null, "triple11": null, "triple12": null }

{ "sent1": "Alan always goes out of his way to show that he is kind to people.", "sent2": "Big, round Charlie is liked by everyone one; He is easily recognized with his red and green skin.", "sent3": "Dave was looking rather round and feeling rather cold, but people thought he is kind.", "sent4": "Harry, like all young people, is nice.", "sent5": "Though they were big and nice, they simultaneously were rough and aloof and seemed cold to others.", "sent6": "People who are blue and green are nice.", "sent7": "A person fitting the description of rough, cold and red will also be a nice person.", "sent8": "A kind and cold person who is green is, surprisingly, also blue.", "sent9": "Show me someone who is cold and kind, and I'll show you how green they are.", "sent10": "Anyone that is nice and kind and also green will usually be young as well.", "sent11": null }

{ "triple1": { "text": "Charlie is round.", "representation": "(\"Charlie\" \"is\" \"round\" \"+\")" }, "triple2": { "text": "Charlie is nice.", "representation": "(\"Charlie\" \"is\" \"nice\" \"+\")" }, "triple3": { "text": "Eric is young.", "representation": "(\"Eric\" \"is\" \"young\" \"+\")" }, "triple4": { "text": "Eric is round.", "representation": "(\"Eric\" \"is\" \"round\" \"+\")" }, "triple5": { "text": "Eric is kind.", "representation": "(\"Eric\" \"is\" \"kind\" \"+\")" }, "triple6": { "text": "Eric is green.", "representation": "(\"Eric\" \"is\" \"green\" \"+\")" }, "triple7": { "text": "Gary is young.", "representation": "(\"Gary\" \"is\" \"young\" \"+\")" }, "triple8": { "text": "Harry is red.", "representation": "(\"Harry\" \"is\" \"red\" \"+\")" }, "triple9": { "text": "Harry is kind.", "representation": "(\"Harry\" \"is\" \"kind\" \"+\")" }, "triple10": { "text": "Harry is green.", "representation": "(\"Harry\" \"is\" \"green\" \"+\")" }, "triple11": { "text": "Harry is big.", "representation": "(\"Harry\" \"is\" \"big\" \"+\")" }, "triple12": null }

{ "rule1": { "text": "If someone is rough and kind and round then they are big.", "representation": "(((\"someone\" \"is\" \"rough\" \"+\") (\"someone\" \"is\" \"kind\" \"+\") (\"someone\" \"is\" \"round\" \"+\")) -> (\"someone\" \"is\" \"big\" \"+\"))" }, "rule2": { "text": "If someone is kind and red then they are blue.", "representation": "(((\"someone\" \"is\" \"kind\" \"+\") (\"someone\" \"is\" \"red\" \"+\")) -> (\"someone\" \"is\" \"blue\" \"+\"))" }, "rule3": { "text": "If someone is kind and red then they are cold.", "representation": "(((\"someone\" \"is\" \"kind\" \"+\") (\"someone\" \"is\" \"red\" \"+\")) -> (\"someone\" \"is\" \"cold\" \"+\"))" }, "rule4": { "text": "If someone is green and red then they are blue.", "representation": "(((\"someone\" \"is\" \"green\" \"+\") (\"someone\" \"is\" \"red\" \"+\")) -> (\"someone\" \"is\" \"blue\" \"+\"))" }, "rule5": { "text": "If someone is nice and kind and rough then they are young.", "representation": "(((\"someone\" \"is\" \"nice\" \"+\") (\"someone\" \"is\" \"kind\" \"+\") (\"someone\" \"is\" \"rough\" \"+\")) -> (\"someone\" \"is\" \"young\" \"+\"))" }, "rule6": { "text": "If someone is big and young then they are nice.", "representation": "(((\"someone\" \"is\" \"big\" \"+\") (\"someone\" \"is\" \"young\" \"+\")) -> (\"someone\" \"is\" \"nice\" \"+\"))" }, "rule7": { "text": "If someone is kind and blue then they are young.", "representation": "(((\"someone\" \"is\" \"kind\" \"+\") (\"someone\" \"is\" \"blue\" \"+\")) -> (\"someone\" \"is\" \"young\" \"+\"))" } }

{ "Q1": { "question": "Harry is green.", "answer": "True", "QDep": 0, "QLen": "1", "strategy": "proof", "proofs": "[(triple10)]", "representation": "(\"Harry\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple10", "intermediates": [] } ] }, "Q2": { "question": "Charlie is not round.", "answer": "False", "QDep": 0, "QLen": "1", "strategy": "inv-proof", "proofs": "[(triple1)]", "representation": "(\"Charlie\" \"is\" \"round\" \"-\")", "proofsWithIntermediates": [ { "representation": "triple1", "intermediates": [] } ] }, "Q3": { "question": "Harry is cold.", "answer": "True", "QDep": 1, "QLen": "3", "strategy": "proof", "proofs": "[(((triple9 triple8) -> rule3))]", "representation": "(\"Harry\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple9 triple8) -> (rule3 % int1))", "intermediates": [ { "text": "Harry is cold.", "representation": "(\"Harry\" \"is\" \"cold\" \"+\")", "id": "int1" } ] } ] }, "Q4": { "question": "Harry is not cold.", "answer": "False", "QDep": 1, "QLen": "3", "strategy": "inv-proof", "proofs": "[(((triple9 triple8) -> rule3))]", "representation": "(\"Harry\" \"is\" \"cold\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple9 triple8) -> (rule3 % int1))", "intermediates": [ { "text": "Harry is cold.", "representation": "(\"Harry\" \"is\" \"cold\" \"+\")", "id": "int1" } ] } ] }, "Q5": { "question": "Harry is young.", "answer": "True", "QDep": 2, "QLen": "5", "strategy": "proof", "proofs": "[(((triple9 ((triple10 triple8) -> rule4)) -> rule7) OR ((triple9 ((triple9 triple8) -> rule2)) -> rule7))]", "representation": "(\"Harry\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple9 ((triple10 triple8) -> (rule4 % int2))) -> (rule7 % int1))", "intermediates": [ { "text": "Harry is young.", "representation": "(\"Harry\" \"is\" \"young\" \"+\")", "id": "int1" }, { "text": "Harry is blue.", "representation": "(\"Harry\" \"is\" \"blue\" \"+\")", "id": "int2" } ] }, { "representation": "((triple9 ((triple9 triple8) -> (rule2 % int2))) -> (rule7 % int1))", "intermediates": [ { "text": "Harry is young.", "representation": "(\"Harry\" \"is\" \"young\" \"+\")", "id": "int1" }, { "text": "Harry is blue.", "representation": "(\"Harry\" \"is\" \"blue\" \"+\")", "id": "int2" } ] } ] }, "Q6": { "question": "Harry is not young.", "answer": "False", "QDep": 2, "QLen": "5", "strategy": "inv-proof", "proofs": "[(((triple9 ((triple10 triple8) -> rule4)) -> rule7) OR ((triple9 ((triple9 triple8) -> rule2)) -> rule7))]", "representation": "(\"Harry\" \"is\" \"young\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple9 ((triple10 triple8) -> (rule4 % int2))) -> (rule7 % int1))", "intermediates": [ { "text": "Harry is young.", "representation": "(\"Harry\" \"is\" \"young\" \"+\")", "id": "int1" }, { "text": "Harry is blue.", "representation": "(\"Harry\" \"is\" \"blue\" \"+\")", "id": "int2" } ] }, { "representation": "((triple9 ((triple9 triple8) -> (rule2 % int2))) -> (rule7 % int1))", "intermediates": [ { "text": "Harry is young.", "representation": "(\"Harry\" \"is\" \"young\" \"+\")", "id": "int1" }, { "text": "Harry is blue.", "representation": "(\"Harry\" \"is\" \"blue\" \"+\")", "id": "int2" } ] } ] }, "Q7": { "question": "Harry is nice.", "answer": "True", "QDep": 3, "QLen": "7", "strategy": "proof", "proofs": "[(((triple11 ((triple9 ((triple10 triple8) -> rule4)) -> rule7)) -> rule6) OR ((triple11 ((triple9 ((triple9 triple8) -> rule2)) -> rule7)) -> rule6))]", "representation": "(\"Harry\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple11 ((triple9 ((triple10 triple8) -> (rule4 % int3))) -> (rule7 % int2))) -> (rule6 % int1))", "intermediates": [ { "text": "Harry is nice.", "representation": "(\"Harry\" \"is\" \"nice\" \"+\")", "id": "int1" }, { "text": "Harry is young.", "representation": "(\"Harry\" \"is\" \"young\" \"+\")", "id": "int2" }, { "text": "Harry is blue.", "representation": "(\"Harry\" \"is\" \"blue\" \"+\")", "id": "int3" } ] }, { "representation": "((triple11 ((triple9 ((triple9 triple8) -> (rule2 % int3))) -> (rule7 % int2))) -> (rule6 % int1))", "intermediates": [ { "text": "Harry is nice.", "representation": "(\"Harry\" \"is\" \"nice\" \"+\")", "id": "int1" }, { "text": "Harry is young.", "representation": "(\"Harry\" \"is\" \"young\" \"+\")", "id": "int2" }, { "text": "Harry is blue.", "representation": "(\"Harry\" \"is\" \"blue\" \"+\")", "id": "int3" } ] } ] }, "Q8": { "question": "Harry is not nice.", "answer": "False", "QDep": 3, "QLen": "7", "strategy": "inv-proof", "proofs": "[(((triple11 ((triple9 ((triple10 triple8) -> rule4)) -> rule7)) -> rule6) OR ((triple11 ((triple9 ((triple9 triple8) -> rule2)) -> rule7)) -> rule6))]", "representation": "(\"Harry\" \"is\" \"nice\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple11 ((triple9 ((triple10 triple8) -> (rule4 % int3))) -> (rule7 % int2))) -> (rule6 % int1))", "intermediates": [ { "text": "Harry is nice.", "representation": "(\"Harry\" \"is\" \"nice\" \"+\")", "id": "int1" }, { "text": "Harry is young.", "representation": "(\"Harry\" \"is\" \"young\" \"+\")", "id": "int2" }, { "text": "Harry is blue.", "representation": "(\"Harry\" \"is\" \"blue\" \"+\")", "id": "int3" } ] }, { "representation": "((triple11 ((triple9 ((triple9 triple8) -> (rule2 % int3))) -> (rule7 % int2))) -> (rule6 % int1))", "intermediates": [ { "text": "Harry is nice.", "representation": "(\"Harry\" \"is\" \"nice\" \"+\")", "id": "int1" }, { "text": "Harry is young.", "representation": "(\"Harry\" \"is\" \"young\" \"+\")", "id": "int2" }, { "text": "Harry is blue.", "representation": "(\"Harry\" \"is\" \"blue\" \"+\")", "id": "int3" } ] } ] }, "Q9": { "question": "Charlie is not big.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Charlie is big.[CWA. Example of deepest failure = (rule1 <- FAIL)]]", "representation": "(\"Charlie\" \"is\" \"big\" \"-\")", "proofsWithIntermediates": null }, "Q10": { "question": "Eric is big.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "rconc", "proofs": "[@1: Eric is big.[CWA. Example of deepest failure = (rule1 <- FAIL)]]", "representation": "(\"Eric\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": null }, "Q11": { "question": "Eric is not blue.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Eric is blue.[CWA. Example of deepest failure = (rule2 <- FAIL)]]", "representation": "(\"Eric\" \"is\" \"blue\" \"-\")", "proofsWithIntermediates": null }, "Q12": { "question": "Eric is cold.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "rconc", "proofs": "[@1: Eric is cold.[CWA. Example of deepest failure = (rule3 <- FAIL)]]", "representation": "(\"Eric\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": null }, "Q13": { "question": "Eric is not rough.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Eric is rough.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Eric\" \"is\" \"rough\" \"-\")" }, "Q14": { "question": "Charlie is rough.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Charlie is rough.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Charlie\" \"is\" \"rough\" \"+\")" }, "Q15": { "question": "Charlie is not green.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Charlie is green.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Charlie\" \"is\" \"green\" \"-\")" }, "Q16": { "question": "Harry is round.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Harry is round.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Harry\" \"is\" \"round\" \"+\")" }, "Q17": null, "Q18": null, "Q19": null, "Q20": null, "Q21": null, "Q22": null, "Q23": null, "Q24": null }

[ { "text": "Charlie is nice.", "QDep": 0, "representation": "(\"Charlie\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple2", "intermediates": [] } ] }, { "text": "Charlie is round.", "QDep": 0, "representation": "(\"Charlie\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple1", "intermediates": [] } ] }, { "text": "Eric is green.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple6", "intermediates": [] } ] }, { "text": "Eric is kind.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple5", "intermediates": [] } ] }, { "text": "Eric is round.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple4", "intermediates": [] } ] }, { "text": "Eric is young.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple3", "intermediates": [] } ] }, { "text": "Gary is young.", "QDep": 0, "representation": "(\"Gary\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple7", "intermediates": [] } ] }, { "text": "Harry is big.", "QDep": 0, "representation": "(\"Harry\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple11", "intermediates": [] } ] }, { "text": "Harry is green.", "QDep": 0, "representation": "(\"Harry\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple10", "intermediates": [] } ] }, { "text": "Harry is kind.", "QDep": 0, "representation": "(\"Harry\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple9", "intermediates": [] } ] }, { "text": "Harry is red.", "QDep": 0, "representation": "(\"Harry\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple8", "intermediates": [] } ] }, { "text": "Harry is blue.", "QDep": 1, "representation": "(\"Harry\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple10 triple8) -> (rule4 % int1))", "intermediates": [ { "text": "Harry is blue.", "representation": "(\"Harry\" \"is\" \"blue\" \"+\")", "id": "int1" } ] }, { "representation": "((triple9 triple8) -> (rule2 % int1))", "intermediates": [ { "text": "Harry is blue.", "representation": "(\"Harry\" \"is\" \"blue\" \"+\")", "id": "int1" } ] } ] }, { "text": "Harry is cold.", "QDep": 1, "representation": "(\"Harry\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple9 triple8) -> (rule3 % int1))", "intermediates": [ { "text": "Harry is cold.", "representation": "(\"Harry\" \"is\" \"cold\" \"+\")", "id": "int1" } ] } ] }, { "text": "Harry is young.", "QDep": 2, "representation": "(\"Harry\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple9 ((triple10 triple8) -> (rule4 % int2))) -> (rule7 % int1))", "intermediates": [ { "text": "Harry is young.", "representation": "(\"Harry\" \"is\" \"young\" \"+\")", "id": "int1" }, { "text": "Harry is blue.", "representation": "(\"Harry\" \"is\" \"blue\" \"+\")", "id": "int2" } ] }, { "representation": "((triple9 ((triple9 triple8) -> (rule2 % int2))) -> (rule7 % int1))", "intermediates": [ { "text": "Harry is young.", "representation": "(\"Harry\" \"is\" \"young\" \"+\")", "id": "int1" }, { "text": "Harry is blue.", "representation": "(\"Harry\" \"is\" \"blue\" \"+\")", "id": "int2" } ] } ] }, { "text": "Harry is nice.", "QDep": 3, "representation": "(\"Harry\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple11 ((triple9 ((triple10 triple8) -> (rule4 % int3))) -> (rule7 % int2))) -> (rule6 % int1))", "intermediates": [ { "text": "Harry is nice.", "representation": "(\"Harry\" \"is\" \"nice\" \"+\")", "id": "int1" }, { "text": "Harry is young.", "representation": "(\"Harry\" \"is\" \"young\" \"+\")", "id": "int2" }, { "text": "Harry is blue.", "representation": "(\"Harry\" \"is\" \"blue\" \"+\")", "id": "int3" } ] }, { "representation": "((triple11 ((triple9 ((triple9 triple8) -> (rule2 % int3))) -> (rule7 % int2))) -> (rule6 % int1))", "intermediates": [ { "text": "Harry is nice.", "representation": "(\"Harry\" \"is\" \"nice\" \"+\")", "id": "int1" }, { "text": "Harry is young.", "representation": "(\"Harry\" \"is\" \"young\" \"+\")", "id": "int2" }, { "text": "Harry is blue.", "representation": "(\"Harry\" \"is\" \"blue\" \"+\")", "id": "int3" } ] } ] } ]

{ "triple1": "sent1", "triple2": "sent1", "triple3": "sent2", "triple4": "sent2", "triple5": "sent2", "triple6": "sent2", "triple7": "sent3", "triple8": "sent4", "triple9": "sent4", "triple10": "sent4", "rule1": "sent5", "rule2": "sent6", "rule3": "sent7", "rule4": "sent8", "rule5": "sent9", "rule6": "sent10", "rule7": "sent11", "triple11": "sent4", "triple12": null }

{ "sent1": "Charlie has a round face and is very nice.", "sent2": "It's easy to tell that Eric is young because he is so round; Even though he is kind it makes him green with envy of some people.", "sent3": "Gary was born only a few years ago so he is young.", "sent4": "Harry looks big and is kind with red hair and green shoes.", "sent5": "Kind people that are rough and round are also considered big.", "sent6": "A kind red person is also a blue person.", "sent7": "Red people who are also kind often turn out to be cold from standing outdoors too long.", "sent8": "If red and slightly green people are asked, they will tell you they feel blue.", "sent9": "Nice people are kind and rough when they are young.", "sent10": "If you are big and young then your are also nice.", "sent11": "Take a drive and find a kind and blue driver, that means they are also young." }

{ "triple1": { "text": "Dave is rough.", "representation": "(\"Dave\" \"is\" \"rough\" \"+\")" }, "triple2": { "text": "Dave is red.", "representation": "(\"Dave\" \"is\" \"red\" \"+\")" }, "triple3": { "text": "Dave is blue.", "representation": "(\"Dave\" \"is\" \"blue\" \"+\")" }, "triple4": { "text": "Eric is young.", "representation": "(\"Eric\" \"is\" \"young\" \"+\")" }, "triple5": { "text": "Eric is red.", "representation": "(\"Eric\" \"is\" \"red\" \"+\")" }, "triple6": { "text": "Gary is red.", "representation": "(\"Gary\" \"is\" \"red\" \"+\")" }, "triple7": { "text": "Gary is kind.", "representation": "(\"Gary\" \"is\" \"kind\" \"+\")" }, "triple8": { "text": "Gary is cold.", "representation": "(\"Gary\" \"is\" \"cold\" \"+\")" }, "triple9": { "text": "Gary is big.", "representation": "(\"Gary\" \"is\" \"big\" \"+\")" }, "triple10": { "text": "Harry is round.", "representation": "(\"Harry\" \"is\" \"round\" \"+\")" }, "triple11": { "text": "Harry is red.", "representation": "(\"Harry\" \"is\" \"red\" \"+\")" }, "triple12": { "text": "Harry is green.", "representation": "(\"Harry\" \"is\" \"green\" \"+\")" } }

{ "rule1": { "text": "If someone is red and rough and blue then they are nice.", "representation": "(((\"someone\" \"is\" \"red\" \"+\") (\"someone\" \"is\" \"rough\" \"+\") (\"someone\" \"is\" \"blue\" \"+\")) -> (\"someone\" \"is\" \"nice\" \"+\"))" }, "rule2": { "text": "If someone is nice and cold and big then they are blue.", "representation": "(((\"someone\" \"is\" \"nice\" \"+\") (\"someone\" \"is\" \"cold\" \"+\") (\"someone\" \"is\" \"big\" \"+\")) -> (\"someone\" \"is\" \"blue\" \"+\"))" }, "rule3": { "text": "If someone is red and cold and kind then they are big.", "representation": "(((\"someone\" \"is\" \"red\" \"+\") (\"someone\" \"is\" \"cold\" \"+\") (\"someone\" \"is\" \"kind\" \"+\")) -> (\"someone\" \"is\" \"big\" \"+\"))" }, "rule4": { "text": "If someone is big and nice then they are green.", "representation": "(((\"someone\" \"is\" \"big\" \"+\") (\"someone\" \"is\" \"nice\" \"+\")) -> (\"someone\" \"is\" \"green\" \"+\"))" }, "rule5": { "text": "If someone is kind and big then they are cold.", "representation": "(((\"someone\" \"is\" \"kind\" \"+\") (\"someone\" \"is\" \"big\" \"+\")) -> (\"someone\" \"is\" \"cold\" \"+\"))" }, "rule6": { "text": "If someone is nice and blue and red then they are big.", "representation": "(((\"someone\" \"is\" \"nice\" \"+\") (\"someone\" \"is\" \"blue\" \"+\") (\"someone\" \"is\" \"red\" \"+\")) -> (\"someone\" \"is\" \"big\" \"+\"))" }, "rule7": null }

{ "Q1": { "question": "Eric is young.", "answer": "True", "QDep": 0, "QLen": "1", "strategy": "proof", "proofs": "[(triple4)]", "representation": "(\"Eric\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple4", "intermediates": [] } ] }, "Q2": { "question": "Dave is not blue.", "answer": "False", "QDep": 0, "QLen": "1", "strategy": "inv-proof", "proofs": "[(triple3)]", "representation": "(\"Dave\" \"is\" \"blue\" \"-\")", "proofsWithIntermediates": [ { "representation": "triple3", "intermediates": [] } ] }, "Q3": { "question": "Dave is nice.", "answer": "True", "QDep": 1, "QLen": "4", "strategy": "proof", "proofs": "[(((triple2 triple1 triple3) -> rule1))]", "representation": "(\"Dave\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple2 triple1 triple3) -> (rule1 % int1))", "intermediates": [ { "text": "Dave is nice.", "representation": "(\"Dave\" \"is\" \"nice\" \"+\")", "id": "int1" } ] } ] }, "Q4": { "question": "Dave is not nice.", "answer": "False", "QDep": 1, "QLen": "4", "strategy": "inv-proof", "proofs": "[(((triple2 triple1 triple3) -> rule1))]", "representation": "(\"Dave\" \"is\" \"nice\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple2 triple1 triple3) -> (rule1 % int1))", "intermediates": [ { "text": "Dave is nice.", "representation": "(\"Dave\" \"is\" \"nice\" \"+\")", "id": "int1" } ] } ] }, "Q5": { "question": "Dave is big.", "answer": "True", "QDep": 2, "QLen": "7", "strategy": "proof", "proofs": "[(((((triple2 triple1 triple3) -> rule1) triple3 triple2) -> rule6))]", "representation": "(\"Dave\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple2 triple1 triple3) -> (rule1 % int2)) triple3 triple2) -> (rule6 % int1))", "intermediates": [ { "text": "Dave is big.", "representation": "(\"Dave\" \"is\" \"big\" \"+\")", "id": "int1" }, { "text": "Dave is nice.", "representation": "(\"Dave\" \"is\" \"nice\" \"+\")", "id": "int2" } ] } ] }, "Q6": { "question": "Dave is not big.", "answer": "False", "QDep": 2, "QLen": "7", "strategy": "inv-proof", "proofs": "[(((((triple2 triple1 triple3) -> rule1) triple3 triple2) -> rule6))]", "representation": "(\"Dave\" \"is\" \"big\" \"-\")", "proofsWithIntermediates": [ { "representation": "((((triple2 triple1 triple3) -> (rule1 % int2)) triple3 triple2) -> (rule6 % int1))", "intermediates": [ { "text": "Dave is big.", "representation": "(\"Dave\" \"is\" \"big\" \"+\")", "id": "int1" }, { "text": "Dave is nice.", "representation": "(\"Dave\" \"is\" \"nice\" \"+\")", "id": "int2" } ] } ] }, "Q7": { "question": "Dave is green.", "answer": "True", "QDep": 3, "QLen": "12", "strategy": "proof", "proofs": "[(((((((triple2 triple1 triple3) -> rule1) triple3 triple2) -> rule6) ((triple2 triple1 triple3) -> rule1)) -> rule4))]", "representation": "(\"Dave\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((((triple2 triple1 triple3) -> (rule1 % int3)) triple3 triple2) -> (rule6 % int2)) ((triple2 triple1 triple3) -> (rule1 % int3))) -> (rule4 % int1))", "intermediates": [ { "text": "Dave is green.", "representation": "(\"Dave\" \"is\" \"green\" \"+\")", "id": "int1" }, { "text": "Dave is big.", "representation": "(\"Dave\" \"is\" \"big\" \"+\")", "id": "int2" }, { "text": "Dave is nice.", "representation": "(\"Dave\" \"is\" \"nice\" \"+\")", "id": "int3" } ] } ] }, "Q8": { "question": "Dave is not green.", "answer": "False", "QDep": 3, "QLen": "12", "strategy": "inv-proof", "proofs": "[(((((((triple2 triple1 triple3) -> rule1) triple3 triple2) -> rule6) ((triple2 triple1 triple3) -> rule1)) -> rule4))]", "representation": "(\"Dave\" \"is\" \"green\" \"-\")", "proofsWithIntermediates": [ { "representation": "((((((triple2 triple1 triple3) -> (rule1 % int3)) triple3 triple2) -> (rule6 % int2)) ((triple2 triple1 triple3) -> (rule1 % int3))) -> (rule4 % int1))", "intermediates": [ { "text": "Dave is green.", "representation": "(\"Dave\" \"is\" \"green\" \"+\")", "id": "int1" }, { "text": "Dave is big.", "representation": "(\"Dave\" \"is\" \"big\" \"+\")", "id": "int2" }, { "text": "Dave is nice.", "representation": "(\"Dave\" \"is\" \"nice\" \"+\")", "id": "int3" } ] } ] }, "Q9": { "question": "Harry is not blue.", "answer": "Unknown", "QDep": 2, "QLen": "", "strategy": "inv-rconc", "proofs": "[@2: Harry is blue.[CWA. Example of deepest failure = (rule2 <- rule1 <- FAIL)]]", "representation": "(\"Harry\" \"is\" \"blue\" \"-\")", "proofsWithIntermediates": null }, "Q10": { "question": "Gary is blue.", "answer": "Unknown", "QDep": 2, "QLen": "", "strategy": "rconc", "proofs": "[@2: Gary is blue.[CWA. Example of deepest failure = (rule2 <- rule1 <- FAIL)]]", "representation": "(\"Gary\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": null }, "Q11": { "question": "Eric is not nice.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Eric is nice.[CWA. Example of deepest failure = (rule1 <- FAIL)]]", "representation": "(\"Eric\" \"is\" \"nice\" \"-\")", "proofsWithIntermediates": null }, "Q12": { "question": "Gary is green.", "answer": "Unknown", "QDep": 2, "QLen": "", "strategy": "rconc", "proofs": "[@2: Gary is green.[CWA. Example of deepest failure = (rule4 <- rule1 <- FAIL)]]", "representation": "(\"Gary\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": null }, "Q13": { "question": "Dave is not kind.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Dave is kind.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Dave\" \"is\" \"kind\" \"-\")" }, "Q14": { "question": "Gary is round.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Gary is round.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Gary\" \"is\" \"round\" \"+\")" }, "Q15": { "question": "Harry is not kind.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Harry is kind.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Harry\" \"is\" \"kind\" \"-\")" }, "Q16": { "question": "Eric is round.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Eric is round.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Eric\" \"is\" \"round\" \"+\")" }, "Q17": null, "Q18": null, "Q19": null, "Q20": null, "Q21": null, "Q22": null, "Q23": null, "Q24": null }

[ { "text": "Dave is blue.", "QDep": 0, "representation": "(\"Dave\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple3", "intermediates": [] } ] }, { "text": "Dave is red.", "QDep": 0, "representation": "(\"Dave\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple2", "intermediates": [] } ] }, { "text": "Dave is rough.", "QDep": 0, "representation": "(\"Dave\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple1", "intermediates": [] } ] }, { "text": "Eric is red.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple5", "intermediates": [] } ] }, { "text": "Eric is young.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple4", "intermediates": [] } ] }, { "text": "Gary is big.", "QDep": 0, "representation": "(\"Gary\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple9", "intermediates": [] }, { "representation": "((triple6 triple8 triple7) -> (rule3 % int1))", "intermediates": [ { "text": "Gary is big.", "representation": "(\"Gary\" \"is\" \"big\" \"+\")", "id": "int1" } ] } ] }, { "text": "Gary is cold.", "QDep": 0, "representation": "(\"Gary\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple8", "intermediates": [] }, { "representation": "((triple7 triple9) -> (rule5 % int1))", "intermediates": [ { "text": "Gary is cold.", "representation": "(\"Gary\" \"is\" \"cold\" \"+\")", "id": "int1" } ] } ] }, { "text": "Gary is kind.", "QDep": 0, "representation": "(\"Gary\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple7", "intermediates": [] } ] }, { "text": "Gary is red.", "QDep": 0, "representation": "(\"Gary\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple6", "intermediates": [] } ] }, { "text": "Harry is green.", "QDep": 0, "representation": "(\"Harry\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple12", "intermediates": [] } ] }, { "text": "Harry is red.", "QDep": 0, "representation": "(\"Harry\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple11", "intermediates": [] } ] }, { "text": "Harry is round.", "QDep": 0, "representation": "(\"Harry\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple10", "intermediates": [] } ] }, { "text": "Dave is nice.", "QDep": 1, "representation": "(\"Dave\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple2 triple1 triple3) -> (rule1 % int1))", "intermediates": [ { "text": "Dave is nice.", "representation": "(\"Dave\" \"is\" \"nice\" \"+\")", "id": "int1" } ] } ] }, { "text": "Dave is big.", "QDep": 2, "representation": "(\"Dave\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple2 triple1 triple3) -> (rule1 % int2)) triple3 triple2) -> (rule6 % int1))", "intermediates": [ { "text": "Dave is big.", "representation": "(\"Dave\" \"is\" \"big\" \"+\")", "id": "int1" }, { "text": "Dave is nice.", "representation": "(\"Dave\" \"is\" \"nice\" \"+\")", "id": "int2" } ] } ] }, { "text": "Dave is green.", "QDep": 3, "representation": "(\"Dave\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((((triple2 triple1 triple3) -> (rule1 % int3)) triple3 triple2) -> (rule6 % int2)) ((triple2 triple1 triple3) -> (rule1 % int3))) -> (rule4 % int1))", "intermediates": [ { "text": "Dave is green.", "representation": "(\"Dave\" \"is\" \"green\" \"+\")", "id": "int1" }, { "text": "Dave is big.", "representation": "(\"Dave\" \"is\" \"big\" \"+\")", "id": "int2" }, { "text": "Dave is nice.", "representation": "(\"Dave\" \"is\" \"nice\" \"+\")", "id": "int3" } ] } ] } ]

{ "triple1": "sent1", "triple2": "sent1", "triple3": "sent1", "triple4": "sent2", "triple5": "sent2", "triple6": "sent3", "triple7": "sent3", "triple8": "sent3", "triple9": "sent3", "triple10": "sent4", "rule1": "sent5", "rule2": "sent6", "rule3": "sent7", "rule4": "sent8", "rule5": "sent9", "rule6": "sent10", "rule7": null, "triple11": "sent4", "triple12": "sent4" }

{ "sent1": "Dave fits the description of someone who is rough, red and blue.", "sent2": "Young Eric got into a fight that left him with red sores on his face.", "sent3": "You could say that Gary is red and kind and it would also be true that he is cold and big.", "sent4": "Harry's a round guy, and a red and green guy.", "sent5": "If someone has a red complexion that is rough and feels blue then you'll see they are rather nice.", "sent6": "Generally speaking, a person who is said to be nice, cold, and big, is someone with a blue color.", "sent7": "A cold, red person with a kind disposition will certainly be big.", "sent8": "An individual who is big and nice is also green.", "sent9": "Big kind people are usually cold.", "sent10": "Blue, red and nice people are always big, too.", "sent11": null }

{ "triple1": { "text": "Alan is red.", "representation": "(\"Alan\" \"is\" \"red\" \"+\")" }, "triple2": { "text": "Charlie is round.", "representation": "(\"Charlie\" \"is\" \"round\" \"+\")" }, "triple3": { "text": "Charlie is green.", "representation": "(\"Charlie\" \"is\" \"green\" \"+\")" }, "triple4": { "text": "Charlie is blue.", "representation": "(\"Charlie\" \"is\" \"blue\" \"+\")" }, "triple5": { "text": "Eric is kind.", "representation": "(\"Eric\" \"is\" \"kind\" \"+\")" }, "triple6": { "text": "Eric is big.", "representation": "(\"Eric\" \"is\" \"big\" \"+\")" }, "triple7": { "text": "Fred is young.", "representation": "(\"Fred\" \"is\" \"young\" \"+\")" }, "triple8": { "text": "Fred is round.", "representation": "(\"Fred\" \"is\" \"round\" \"+\")" }, "triple9": { "text": "Fred is nice.", "representation": "(\"Fred\" \"is\" \"nice\" \"+\")" }, "triple10": { "text": "Fred is green.", "representation": "(\"Fred\" \"is\" \"green\" \"+\")" }, "triple11": { "text": "Fred is cold.", "representation": "(\"Fred\" \"is\" \"cold\" \"+\")" }, "triple12": null }

{ "rule1": { "text": "If someone is kind and green then they are big.", "representation": "(((\"someone\" \"is\" \"kind\" \"+\") (\"someone\" \"is\" \"green\" \"+\")) -> (\"someone\" \"is\" \"big\" \"+\"))" }, "rule2": { "text": "If someone is green and red then they are cold.", "representation": "(((\"someone\" \"is\" \"green\" \"+\") (\"someone\" \"is\" \"red\" \"+\")) -> (\"someone\" \"is\" \"cold\" \"+\"))" }, "rule3": { "text": "If someone is kind and green then they are nice.", "representation": "(((\"someone\" \"is\" \"kind\" \"+\") (\"someone\" \"is\" \"green\" \"+\")) -> (\"someone\" \"is\" \"nice\" \"+\"))" }, "rule4": { "text": "If someone is cold and green and young then they are rough.", "representation": "(((\"someone\" \"is\" \"cold\" \"+\") (\"someone\" \"is\" \"green\" \"+\") (\"someone\" \"is\" \"young\" \"+\")) -> (\"someone\" \"is\" \"rough\" \"+\"))" }, "rule5": { "text": "If someone is cold and round and rough then they are kind.", "representation": "(((\"someone\" \"is\" \"cold\" \"+\") (\"someone\" \"is\" \"round\" \"+\") (\"someone\" \"is\" \"rough\" \"+\")) -> (\"someone\" \"is\" \"kind\" \"+\"))" }, "rule6": { "text": "If someone is kind and nice then they are young.", "representation": "(((\"someone\" \"is\" \"kind\" \"+\") (\"someone\" \"is\" \"nice\" \"+\")) -> (\"someone\" \"is\" \"young\" \"+\"))" }, "rule7": null }

{ "Q1": { "question": "Fred is green.", "answer": "True", "QDep": 0, "QLen": "1", "strategy": "proof", "proofs": "[(triple10)]", "representation": "(\"Fred\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple10", "intermediates": [] } ] }, "Q2": { "question": "Alan is not red.", "answer": "False", "QDep": 0, "QLen": "1", "strategy": "inv-proof", "proofs": "[(triple1)]", "representation": "(\"Alan\" \"is\" \"red\" \"-\")", "proofsWithIntermediates": [ { "representation": "triple1", "intermediates": [] } ] }, "Q3": { "question": "Fred is rough.", "answer": "True", "QDep": 1, "QLen": "4", "strategy": "proof", "proofs": "[(((triple11 triple10 triple7) -> rule4))]", "representation": "(\"Fred\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple11 triple10 triple7) -> (rule4 % int1))", "intermediates": [ { "text": "Fred is rough.", "representation": "(\"Fred\" \"is\" \"rough\" \"+\")", "id": "int1" } ] } ] }, "Q4": { "question": "Fred is not rough.", "answer": "False", "QDep": 1, "QLen": "4", "strategy": "inv-proof", "proofs": "[(((triple11 triple10 triple7) -> rule4))]", "representation": "(\"Fred\" \"is\" \"rough\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple11 triple10 triple7) -> (rule4 % int1))", "intermediates": [ { "text": "Fred is rough.", "representation": "(\"Fred\" \"is\" \"rough\" \"+\")", "id": "int1" } ] } ] }, "Q5": { "question": "Fred is kind.", "answer": "True", "QDep": 2, "QLen": "7", "strategy": "proof", "proofs": "[(((triple11 triple8 ((triple11 triple10 triple7) -> rule4)) -> rule5))]", "representation": "(\"Fred\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple11 triple8 ((triple11 triple10 triple7) -> (rule4 % int2))) -> (rule5 % int1))", "intermediates": [ { "text": "Fred is kind.", "representation": "(\"Fred\" \"is\" \"kind\" \"+\")", "id": "int1" }, { "text": "Fred is rough.", "representation": "(\"Fred\" \"is\" \"rough\" \"+\")", "id": "int2" } ] } ] }, "Q6": { "question": "Fred is not kind.", "answer": "False", "QDep": 2, "QLen": "7", "strategy": "inv-proof", "proofs": "[(((triple11 triple8 ((triple11 triple10 triple7) -> rule4)) -> rule5))]", "representation": "(\"Fred\" \"is\" \"kind\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple11 triple8 ((triple11 triple10 triple7) -> (rule4 % int2))) -> (rule5 % int1))", "intermediates": [ { "text": "Fred is kind.", "representation": "(\"Fred\" \"is\" \"kind\" \"+\")", "id": "int1" }, { "text": "Fred is rough.", "representation": "(\"Fred\" \"is\" \"rough\" \"+\")", "id": "int2" } ] } ] }, "Q7": { "question": "Fred is big.", "answer": "True", "QDep": 3, "QLen": "9", "strategy": "proof", "proofs": "[(((((triple11 triple8 ((triple11 triple10 triple7) -> rule4)) -> rule5) triple10) -> rule1))]", "representation": "(\"Fred\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple11 triple8 ((triple11 triple10 triple7) -> (rule4 % int3))) -> (rule5 % int2)) triple10) -> (rule1 % int1))", "intermediates": [ { "text": "Fred is big.", "representation": "(\"Fred\" \"is\" \"big\" \"+\")", "id": "int1" }, { "text": "Fred is kind.", "representation": "(\"Fred\" \"is\" \"kind\" \"+\")", "id": "int2" }, { "text": "Fred is rough.", "representation": "(\"Fred\" \"is\" \"rough\" \"+\")", "id": "int3" } ] } ] }, "Q8": { "question": "Fred is not big.", "answer": "False", "QDep": 3, "QLen": "9", "strategy": "inv-proof", "proofs": "[(((((triple11 triple8 ((triple11 triple10 triple7) -> rule4)) -> rule5) triple10) -> rule1))]", "representation": "(\"Fred\" \"is\" \"big\" \"-\")", "proofsWithIntermediates": [ { "representation": "((((triple11 triple8 ((triple11 triple10 triple7) -> (rule4 % int3))) -> (rule5 % int2)) triple10) -> (rule1 % int1))", "intermediates": [ { "text": "Fred is big.", "representation": "(\"Fred\" \"is\" \"big\" \"+\")", "id": "int1" }, { "text": "Fred is kind.", "representation": "(\"Fred\" \"is\" \"kind\" \"+\")", "id": "int2" }, { "text": "Fred is rough.", "representation": "(\"Fred\" \"is\" \"rough\" \"+\")", "id": "int3" } ] } ] }, "Q9": { "question": "Alan is not nice.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Alan is nice.[CWA. Example of deepest failure = (rule3 <- FAIL)]]", "representation": "(\"Alan\" \"is\" \"nice\" \"-\")", "proofsWithIntermediates": null }, "Q10": { "question": "Eric is nice.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "rconc", "proofs": "[@1: Eric is nice.[CWA. Example of deepest failure = (rule3 <- FAIL)]]", "representation": "(\"Eric\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": null }, "Q11": { "question": "Alan is not young.", "answer": "Unknown", "QDep": 2, "QLen": "", "strategy": "inv-rconc", "proofs": "[@2: Alan is young.[CWA. Example of deepest failure = (rule6 <- rule5 <- FAIL)]]", "representation": "(\"Alan\" \"is\" \"young\" \"-\")", "proofsWithIntermediates": null }, "Q12": { "question": "Charlie is rough.", "answer": "Unknown", "QDep": 2, "QLen": "", "strategy": "rconc", "proofs": "[@2: Charlie is rough.[CWA. Example of deepest failure = (rule4 <- rule2 <- FAIL)]]", "representation": "(\"Charlie\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": null }, "Q13": { "question": "Alan is not round.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Alan is round.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Alan\" \"is\" \"round\" \"-\")" }, "Q14": { "question": "Eric is blue.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Eric is blue.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Eric\" \"is\" \"blue\" \"+\")" }, "Q15": { "question": "Fred is not blue.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Fred is blue.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Fred\" \"is\" \"blue\" \"-\")" }, "Q16": { "question": "Charlie is red.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Charlie is red.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Charlie\" \"is\" \"red\" \"+\")" }, "Q17": null, "Q18": null, "Q19": null, "Q20": null, "Q21": null, "Q22": null, "Q23": null, "Q24": null }

[ { "text": "Alan is red.", "QDep": 0, "representation": "(\"Alan\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple1", "intermediates": [] } ] }, { "text": "Charlie is blue.", "QDep": 0, "representation": "(\"Charlie\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple4", "intermediates": [] } ] }, { "text": "Charlie is green.", "QDep": 0, "representation": "(\"Charlie\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple3", "intermediates": [] } ] }, { "text": "Charlie is round.", "QDep": 0, "representation": "(\"Charlie\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple2", "intermediates": [] } ] }, { "text": "Eric is big.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple6", "intermediates": [] } ] }, { "text": "Eric is kind.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple5", "intermediates": [] } ] }, { "text": "Fred is cold.", "QDep": 0, "representation": "(\"Fred\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple11", "intermediates": [] } ] }, { "text": "Fred is green.", "QDep": 0, "representation": "(\"Fred\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple10", "intermediates": [] } ] }, { "text": "Fred is nice.", "QDep": 0, "representation": "(\"Fred\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple9", "intermediates": [] }, { "representation": "((((triple11 triple8 ((triple11 triple10 triple7) -> (rule4 % int3))) -> (rule5 % int2)) triple10) -> (rule3 % int1))", "intermediates": [ { "text": "Fred is nice.", "representation": "(\"Fred\" \"is\" \"nice\" \"+\")", "id": "int1" }, { "text": "Fred is kind.", "representation": "(\"Fred\" \"is\" \"kind\" \"+\")", "id": "int2" }, { "text": "Fred is rough.", "representation": "(\"Fred\" \"is\" \"rough\" \"+\")", "id": "int3" } ] } ] }, { "text": "Fred is round.", "QDep": 0, "representation": "(\"Fred\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple8", "intermediates": [] } ] }, { "text": "Fred is young.", "QDep": 0, "representation": "(\"Fred\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple7", "intermediates": [] } ] }, { "text": "Fred is rough.", "QDep": 1, "representation": "(\"Fred\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple11 triple10 triple7) -> (rule4 % int1))", "intermediates": [ { "text": "Fred is rough.", "representation": "(\"Fred\" \"is\" \"rough\" \"+\")", "id": "int1" } ] } ] }, { "text": "Fred is kind.", "QDep": 2, "representation": "(\"Fred\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple11 triple8 ((triple11 triple10 triple7) -> (rule4 % int2))) -> (rule5 % int1))", "intermediates": [ { "text": "Fred is kind.", "representation": "(\"Fred\" \"is\" \"kind\" \"+\")", "id": "int1" }, { "text": "Fred is rough.", "representation": "(\"Fred\" \"is\" \"rough\" \"+\")", "id": "int2" } ] } ] }, { "text": "Fred is big.", "QDep": 3, "representation": "(\"Fred\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple11 triple8 ((triple11 triple10 triple7) -> (rule4 % int3))) -> (rule5 % int2)) triple10) -> (rule1 % int1))", "intermediates": [ { "text": "Fred is big.", "representation": "(\"Fred\" \"is\" \"big\" \"+\")", "id": "int1" }, { "text": "Fred is kind.", "representation": "(\"Fred\" \"is\" \"kind\" \"+\")", "id": "int2" }, { "text": "Fred is rough.", "representation": "(\"Fred\" \"is\" \"rough\" \"+\")", "id": "int3" } ] } ] } ]

{ "triple1": "sent1", "triple2": "sent2", "triple3": "sent2", "triple4": "sent2", "triple5": "sent3", "triple6": "sent3", "triple7": "sent4", "triple8": "sent4", "triple9": "sent4", "triple10": "sent4", "rule1": "sent5", "rule2": "sent6", "rule3": "sent7", "rule4": "sent8", "rule5": "sent9", "rule6": "sent10", "rule7": null, "triple11": "sent4", "triple12": null }

{ "sent1": "Red Alan is what folks call him, because he is quite red.", "sent2": "Charlie was in a chemistry lab accident and turned blue and green which is even more obvious due to his round figure.", "sent3": "That guy Eric is big, but he's always kind to little ones.", "sent4": "Young, round Fred is green and very cold, but also nice.", "sent5": "Surprisingly, all the kind, green people were also big.", "sent6": "A person that is both green and red tends to be cold as well.", "sent7": "Kind people,though green,tend to be nice.", "sent8": "A young, green person who is cold is rough around the edges.", "sent9": "A cold human with round and rough aspects is always kind.", "sent10": "People who are nice and kind are somewhat young.", "sent11": null }

{ "triple1": { "text": "Alan is red.", "representation": "(\"Alan\" \"is\" \"red\" \"+\")" }, "triple2": { "text": "Charlie is red.", "representation": "(\"Charlie\" \"is\" \"red\" \"+\")" }, "triple3": { "text": "Charlie is big.", "representation": "(\"Charlie\" \"is\" \"big\" \"+\")" }, "triple4": { "text": "Harry is young.", "representation": "(\"Harry\" \"is\" \"young\" \"+\")" }, "triple5": { "text": "Harry is rough.", "representation": "(\"Harry\" \"is\" \"rough\" \"+\")" }, "triple6": { "text": "Harry is nice.", "representation": "(\"Harry\" \"is\" \"nice\" \"+\")" }, "triple7": { "text": "Harry is blue.", "representation": "(\"Harry\" \"is\" \"blue\" \"+\")" }, "triple8": { "text": "Harry is big.", "representation": "(\"Harry\" \"is\" \"big\" \"+\")" }, "triple9": null, "triple10": null, "triple11": null, "triple12": null }

{ "rule1": { "text": "If someone is big and red and round then they are green.", "representation": "(((\"someone\" \"is\" \"big\" \"+\") (\"someone\" \"is\" \"red\" \"+\") (\"someone\" \"is\" \"round\" \"+\")) -> (\"someone\" \"is\" \"green\" \"+\"))" }, "rule2": { "text": "If someone is big and round and red then they are nice.", "representation": "(((\"someone\" \"is\" \"big\" \"+\") (\"someone\" \"is\" \"round\" \"+\") (\"someone\" \"is\" \"red\" \"+\")) -> (\"someone\" \"is\" \"nice\" \"+\"))" }, "rule3": { "text": "If someone is nice and rough then they are round.", "representation": "(((\"someone\" \"is\" \"nice\" \"+\") (\"someone\" \"is\" \"rough\" \"+\")) -> (\"someone\" \"is\" \"round\" \"+\"))" }, "rule4": { "text": "If someone is nice and kind and rough then they are young.", "representation": "(((\"someone\" \"is\" \"nice\" \"+\") (\"someone\" \"is\" \"kind\" \"+\") (\"someone\" \"is\" \"rough\" \"+\")) -> (\"someone\" \"is\" \"young\" \"+\"))" }, "rule5": { "text": "If someone is big and blue and kind then they are young.", "representation": "(((\"someone\" \"is\" \"big\" \"+\") (\"someone\" \"is\" \"blue\" \"+\") (\"someone\" \"is\" \"kind\" \"+\")) -> (\"someone\" \"is\" \"young\" \"+\"))" }, "rule6": { "text": "If someone is rough and big and round then they are kind.", "representation": "(((\"someone\" \"is\" \"rough\" \"+\") (\"someone\" \"is\" \"big\" \"+\") (\"someone\" \"is\" \"round\" \"+\")) -> (\"someone\" \"is\" \"kind\" \"+\"))" }, "rule7": { "text": "If someone is young and blue and kind then they are cold.", "representation": "(((\"someone\" \"is\" \"young\" \"+\") (\"someone\" \"is\" \"blue\" \"+\") (\"someone\" \"is\" \"kind\" \"+\")) -> (\"someone\" \"is\" \"cold\" \"+\"))" } }

{ "Q1": { "question": "Charlie is big.", "answer": "True", "QDep": 0, "QLen": "1", "strategy": "proof", "proofs": "[(triple3)]", "representation": "(\"Charlie\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple3", "intermediates": [] } ] }, "Q2": { "question": "Harry is not rough.", "answer": "False", "QDep": 0, "QLen": "1", "strategy": "inv-proof", "proofs": "[(triple5)]", "representation": "(\"Harry\" \"is\" \"rough\" \"-\")", "proofsWithIntermediates": [ { "representation": "triple5", "intermediates": [] } ] }, "Q3": { "question": "Harry is round.", "answer": "True", "QDep": 1, "QLen": "3", "strategy": "proof", "proofs": "[(((triple6 triple5) -> rule3))]", "representation": "(\"Harry\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple6 triple5) -> (rule3 % int1))", "intermediates": [ { "text": "Harry is round.", "representation": "(\"Harry\" \"is\" \"round\" \"+\")", "id": "int1" } ] } ] }, "Q4": { "question": "Harry is not round.", "answer": "False", "QDep": 1, "QLen": "3", "strategy": "inv-proof", "proofs": "[(((triple6 triple5) -> rule3))]", "representation": "(\"Harry\" \"is\" \"round\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple6 triple5) -> (rule3 % int1))", "intermediates": [ { "text": "Harry is round.", "representation": "(\"Harry\" \"is\" \"round\" \"+\")", "id": "int1" } ] } ] }, "Q5": { "question": "Harry is kind.", "answer": "True", "QDep": 2, "QLen": "6", "strategy": "proof", "proofs": "[(((triple5 triple8 ((triple6 triple5) -> rule3)) -> rule6))]", "representation": "(\"Harry\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple5 triple8 ((triple6 triple5) -> (rule3 % int2))) -> (rule6 % int1))", "intermediates": [ { "text": "Harry is kind.", "representation": "(\"Harry\" \"is\" \"kind\" \"+\")", "id": "int1" }, { "text": "Harry is round.", "representation": "(\"Harry\" \"is\" \"round\" \"+\")", "id": "int2" } ] } ] }, "Q6": { "question": "Harry is not kind.", "answer": "False", "QDep": 2, "QLen": "6", "strategy": "inv-proof", "proofs": "[(((triple5 triple8 ((triple6 triple5) -> rule3)) -> rule6))]", "representation": "(\"Harry\" \"is\" \"kind\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple5 triple8 ((triple6 triple5) -> (rule3 % int2))) -> (rule6 % int1))", "intermediates": [ { "text": "Harry is kind.", "representation": "(\"Harry\" \"is\" \"kind\" \"+\")", "id": "int1" }, { "text": "Harry is round.", "representation": "(\"Harry\" \"is\" \"round\" \"+\")", "id": "int2" } ] } ] }, "Q7": { "question": "Harry is cold.", "answer": "True", "QDep": 3, "QLen": "9", "strategy": "proof", "proofs": "[(((triple4 triple7 ((triple5 triple8 ((triple6 triple5) -> rule3)) -> rule6)) -> rule7) OR ((((triple6 ((triple5 triple8 ((triple6 triple5) -> rule3)) -> rule6) triple5) -> rule4) triple7 ((triple5 triple8 ((triple6 triple5) -> rule3)) -> rule6)) -> rule7) OR ((((triple8 triple7 ((triple5 triple8 ((triple6 triple5) -> rule3)) -> rule6)) -> rule5) triple7 ((triple5 triple8 ((triple6 triple5) -> rule3)) -> rule6)) -> rule7))]", "representation": "(\"Harry\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple4 triple7 ((triple5 triple8 ((triple6 triple5) -> (rule3 % int3))) -> (rule6 % int2))) -> (rule7 % int1))", "intermediates": [ { "text": "Harry is cold.", "representation": "(\"Harry\" \"is\" \"cold\" \"+\")", "id": "int1" }, { "text": "Harry is kind.", "representation": "(\"Harry\" \"is\" \"kind\" \"+\")", "id": "int2" }, { "text": "Harry is round.", "representation": "(\"Harry\" \"is\" \"round\" \"+\")", "id": "int3" } ] }, { "representation": "((((triple6 ((triple5 triple8 ((triple6 triple5) -> (rule3 % int4))) -> (rule6 % int3)) triple5) -> (rule4 % int2)) triple7 ((triple5 triple8 ((triple6 triple5) -> (rule3 % int4))) -> (rule6 % int3))) -> (rule7 % int1))", "intermediates": [ { "text": "Harry is cold.", "representation": "(\"Harry\" \"is\" \"cold\" \"+\")", "id": "int1" }, { "text": "Harry is young.", "representation": "(\"Harry\" \"is\" \"young\" \"+\")", "id": "int2" }, { "text": "Harry is kind.", "representation": "(\"Harry\" \"is\" \"kind\" \"+\")", "id": "int3" }, { "text": "Harry is round.", "representation": "(\"Harry\" \"is\" \"round\" \"+\")", "id": "int4" } ] }, { "representation": "((((triple8 triple7 ((triple5 triple8 ((triple6 triple5) -> (rule3 % int4))) -> (rule6 % int3))) -> (rule5 % int2)) triple7 ((triple5 triple8 ((triple6 triple5) -> (rule3 % int4))) -> (rule6 % int3))) -> (rule7 % int1))", "intermediates": [ { "text": "Harry is cold.", "representation": "(\"Harry\" \"is\" \"cold\" \"+\")", "id": "int1" }, { "text": "Harry is young.", "representation": "(\"Harry\" \"is\" \"young\" \"+\")", "id": "int2" }, { "text": "Harry is kind.", "representation": "(\"Harry\" \"is\" \"kind\" \"+\")", "id": "int3" }, { "text": "Harry is round.", "representation": "(\"Harry\" \"is\" \"round\" \"+\")", "id": "int4" } ] } ] }, "Q8": { "question": "Harry is not cold.", "answer": "False", "QDep": 3, "QLen": "9", "strategy": "inv-proof", "proofs": "[(((triple4 triple7 ((triple5 triple8 ((triple6 triple5) -> rule3)) -> rule6)) -> rule7) OR ((((triple6 ((triple5 triple8 ((triple6 triple5) -> rule3)) -> rule6) triple5) -> rule4) triple7 ((triple5 triple8 ((triple6 triple5) -> rule3)) -> rule6)) -> rule7) OR ((((triple8 triple7 ((triple5 triple8 ((triple6 triple5) -> rule3)) -> rule6)) -> rule5) triple7 ((triple5 triple8 ((triple6 triple5) -> rule3)) -> rule6)) -> rule7))]", "representation": "(\"Harry\" \"is\" \"cold\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple4 triple7 ((triple5 triple8 ((triple6 triple5) -> (rule3 % int3))) -> (rule6 % int2))) -> (rule7 % int1))", "intermediates": [ { "text": "Harry is cold.", "representation": "(\"Harry\" \"is\" \"cold\" \"+\")", "id": "int1" }, { "text": "Harry is kind.", "representation": "(\"Harry\" \"is\" \"kind\" \"+\")", "id": "int2" }, { "text": "Harry is round.", "representation": "(\"Harry\" \"is\" \"round\" \"+\")", "id": "int3" } ] }, { "representation": "((((triple6 ((triple5 triple8 ((triple6 triple5) -> (rule3 % int4))) -> (rule6 % int3)) triple5) -> (rule4 % int2)) triple7 ((triple5 triple8 ((triple6 triple5) -> (rule3 % int4))) -> (rule6 % int3))) -> (rule7 % int1))", "intermediates": [ { "text": "Harry is cold.", "representation": "(\"Harry\" \"is\" \"cold\" \"+\")", "id": "int1" }, { "text": "Harry is young.", "representation": "(\"Harry\" \"is\" \"young\" \"+\")", "id": "int2" }, { "text": "Harry is kind.", "representation": "(\"Harry\" \"is\" \"kind\" \"+\")", "id": "int3" }, { "text": "Harry is round.", "representation": "(\"Harry\" \"is\" \"round\" \"+\")", "id": "int4" } ] }, { "representation": "((((triple8 triple7 ((triple5 triple8 ((triple6 triple5) -> (rule3 % int4))) -> (rule6 % int3))) -> (rule5 % int2)) triple7 ((triple5 triple8 ((triple6 triple5) -> (rule3 % int4))) -> (rule6 % int3))) -> (rule7 % int1))", "intermediates": [ { "text": "Harry is cold.", "representation": "(\"Harry\" \"is\" \"cold\" \"+\")", "id": "int1" }, { "text": "Harry is young.", "representation": "(\"Harry\" \"is\" \"young\" \"+\")", "id": "int2" }, { "text": "Harry is kind.", "representation": "(\"Harry\" \"is\" \"kind\" \"+\")", "id": "int3" }, { "text": "Harry is round.", "representation": "(\"Harry\" \"is\" \"round\" \"+\")", "id": "int4" } ] } ] }, "Q9": { "question": "Bob is not cold.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Bob is cold.[CWA. Example of deepest failure = (rule7 <- FAIL)]]", "representation": "(\"Bob\" \"is\" \"cold\" \"-\")", "proofsWithIntermediates": null }, "Q10": { "question": "Charlie is cold.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "rconc", "proofs": "[@1: Charlie is cold.[CWA. Example of deepest failure = (rule7 <- FAIL)]]", "representation": "(\"Charlie\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": null }, "Q11": { "question": "Alan is not round.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Alan is round.[CWA. Example of deepest failure = (rule3 <- FAIL)]]", "representation": "(\"Alan\" \"is\" \"round\" \"-\")", "proofsWithIntermediates": null }, "Q12": { "question": "Charlie is kind.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "rconc", "proofs": "[@1: Charlie is kind.[CWA. Example of deepest failure = (rule6 <- FAIL)]]", "representation": "(\"Charlie\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": null }, "Q13": { "question": "Bob is not blue.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Bob is blue.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Bob\" \"is\" \"blue\" \"-\")" }, "Q14": { "question": "Harry is red.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Harry is red.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Harry\" \"is\" \"red\" \"+\")" }, "Q15": { "question": "Bob is not big.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Bob is big.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Bob\" \"is\" \"big\" \"-\")" }, "Q16": { "question": "Alan is big.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Alan is big.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Alan\" \"is\" \"big\" \"+\")" }, "Q17": null, "Q18": null, "Q19": null, "Q20": null, "Q21": null, "Q22": null, "Q23": null, "Q24": null }

[ { "text": "Alan is red.", "QDep": 0, "representation": "(\"Alan\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple1", "intermediates": [] } ] }, { "text": "Charlie is big.", "QDep": 0, "representation": "(\"Charlie\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple3", "intermediates": [] } ] }, { "text": "Charlie is red.", "QDep": 0, "representation": "(\"Charlie\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple2", "intermediates": [] } ] }, { "text": "Harry is big.", "QDep": 0, "representation": "(\"Harry\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple8", "intermediates": [] } ] }, { "text": "Harry is blue.", "QDep": 0, "representation": "(\"Harry\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple7", "intermediates": [] } ] }, { "text": "Harry is nice.", "QDep": 0, "representation": "(\"Harry\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple6", "intermediates": [] } ] }, { "text": "Harry is rough.", "QDep": 0, "representation": "(\"Harry\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple5", "intermediates": [] } ] }, { "text": "Harry is young.", "QDep": 0, "representation": "(\"Harry\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple4", "intermediates": [] }, { "representation": "((triple6 ((triple5 triple8 ((triple6 triple5) -> (rule3 % int3))) -> (rule6 % int2)) triple5) -> (rule4 % int1))", "intermediates": [ { "text": "Harry is young.", "representation": "(\"Harry\" \"is\" \"young\" \"+\")", "id": "int1" }, { "text": "Harry is kind.", "representation": "(\"Harry\" \"is\" \"kind\" \"+\")", "id": "int2" }, { "text": "Harry is round.", "representation": "(\"Harry\" \"is\" \"round\" \"+\")", "id": "int3" } ] }, { "representation": "((triple8 triple7 ((triple5 triple8 ((triple6 triple5) -> (rule3 % int3))) -> (rule6 % int2))) -> (rule5 % int1))", "intermediates": [ { "text": "Harry is young.", "representation": "(\"Harry\" \"is\" \"young\" \"+\")", "id": "int1" }, { "text": "Harry is kind.", "representation": "(\"Harry\" \"is\" \"kind\" \"+\")", "id": "int2" }, { "text": "Harry is round.", "representation": "(\"Harry\" \"is\" \"round\" \"+\")", "id": "int3" } ] } ] }, { "text": "Harry is round.", "QDep": 1, "representation": "(\"Harry\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple6 triple5) -> (rule3 % int1))", "intermediates": [ { "text": "Harry is round.", "representation": "(\"Harry\" \"is\" \"round\" \"+\")", "id": "int1" } ] } ] }, { "text": "Harry is kind.", "QDep": 2, "representation": "(\"Harry\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple5 triple8 ((triple6 triple5) -> (rule3 % int2))) -> (rule6 % int1))", "intermediates": [ { "text": "Harry is kind.", "representation": "(\"Harry\" \"is\" \"kind\" \"+\")", "id": "int1" }, { "text": "Harry is round.", "representation": "(\"Harry\" \"is\" \"round\" \"+\")", "id": "int2" } ] } ] }, { "text": "Harry is cold.", "QDep": 3, "representation": "(\"Harry\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple4 triple7 ((triple5 triple8 ((triple6 triple5) -> (rule3 % int3))) -> (rule6 % int2))) -> (rule7 % int1))", "intermediates": [ { "text": "Harry is cold.", "representation": "(\"Harry\" \"is\" \"cold\" \"+\")", "id": "int1" }, { "text": "Harry is kind.", "representation": "(\"Harry\" \"is\" \"kind\" \"+\")", "id": "int2" }, { "text": "Harry is round.", "representation": "(\"Harry\" \"is\" \"round\" \"+\")", "id": "int3" } ] }, { "representation": "((((triple6 ((triple5 triple8 ((triple6 triple5) -> (rule3 % int4))) -> (rule6 % int3)) triple5) -> (rule4 % int2)) triple7 ((triple5 triple8 ((triple6 triple5) -> (rule3 % int4))) -> (rule6 % int3))) -> (rule7 % int1))", "intermediates": [ { "text": "Harry is cold.", "representation": "(\"Harry\" \"is\" \"cold\" \"+\")", "id": "int1" }, { "text": "Harry is young.", "representation": "(\"Harry\" \"is\" \"young\" \"+\")", "id": "int2" }, { "text": "Harry is kind.", "representation": "(\"Harry\" \"is\" \"kind\" \"+\")", "id": "int3" }, { "text": "Harry is round.", "representation": "(\"Harry\" \"is\" \"round\" \"+\")", "id": "int4" } ] }, { "representation": "((((triple8 triple7 ((triple5 triple8 ((triple6 triple5) -> (rule3 % int4))) -> (rule6 % int3))) -> (rule5 % int2)) triple7 ((triple5 triple8 ((triple6 triple5) -> (rule3 % int4))) -> (rule6 % int3))) -> (rule7 % int1))", "intermediates": [ { "text": "Harry is cold.", "representation": "(\"Harry\" \"is\" \"cold\" \"+\")", "id": "int1" }, { "text": "Harry is young.", "representation": "(\"Harry\" \"is\" \"young\" \"+\")", "id": "int2" }, { "text": "Harry is kind.", "representation": "(\"Harry\" \"is\" \"kind\" \"+\")", "id": "int3" }, { "text": "Harry is round.", "representation": "(\"Harry\" \"is\" \"round\" \"+\")", "id": "int4" } ] } ] } ]

{ "triple1": "sent1", "triple2": "sent2", "triple3": "sent2", "triple4": "sent3", "triple5": "sent3", "triple6": "sent3", "triple7": "sent3", "triple8": "sent3", "triple9": null, "triple10": null, "rule1": "sent4", "rule2": "sent5", "rule3": "sent6", "rule4": "sent7", "rule5": "sent8", "rule6": "sent9", "rule7": "sent10", "triple11": null, "triple12": null }

{ "sent1": "Red Alan is what folks call him, because he is quite red.", "sent2": "Charlie is big and tends to wear red shirts.", "sent3": "Being so young, Harry is rough during play, even though he is nice; He is big for his age and has blue eyes.", "sent4": "Big round people who wear red clothing will also wear a lot of green jewelry.", "sent5": "If a big, red person with a round figure comes up to you, don't worry, they will be very nice.", "sent6": "If someone is a bit rough, but also nice, then they qualify as round.", "sent7": "Nice people are kind and rough when they are young.", "sent8": "Find someone big, blue, and kind, and you'll see they are also quite young.", "sent9": "A rough, big, and round person can't help but be kind as well.", "sent10": "Anyone that's described as young, kind and blue can be said to be cold, too.", "sent11": null }

{ "triple1": { "text": "Alan is rough.", "representation": "(\"Alan\" \"is\" \"rough\" \"+\")" }, "triple2": { "text": "Bob is round.", "representation": "(\"Bob\" \"is\" \"round\" \"+\")" }, "triple3": { "text": "Bob is nice.", "representation": "(\"Bob\" \"is\" \"nice\" \"+\")" }, "triple4": { "text": "Bob is kind.", "representation": "(\"Bob\" \"is\" \"kind\" \"+\")" }, "triple5": { "text": "Bob is green.", "representation": "(\"Bob\" \"is\" \"green\" \"+\")" }, "triple6": { "text": "Eric is red.", "representation": "(\"Eric\" \"is\" \"red\" \"+\")" }, "triple7": { "text": "Fred is round.", "representation": "(\"Fred\" \"is\" \"round\" \"+\")" }, "triple8": { "text": "Fred is nice.", "representation": "(\"Fred\" \"is\" \"nice\" \"+\")" }, "triple9": { "text": "Fred is kind.", "representation": "(\"Fred\" \"is\" \"kind\" \"+\")" }, "triple10": { "text": "Fred is blue.", "representation": "(\"Fred\" \"is\" \"blue\" \"+\")" }, "triple11": { "text": "Fred is big.", "representation": "(\"Fred\" \"is\" \"big\" \"+\")" }, "triple12": null }

{ "rule1": { "text": "If someone is big and kind and cold then they are green.", "representation": "(((\"someone\" \"is\" \"big\" \"+\") (\"someone\" \"is\" \"kind\" \"+\") (\"someone\" \"is\" \"cold\" \"+\")) -> (\"someone\" \"is\" \"green\" \"+\"))" }, "rule2": { "text": "If someone is green and big and kind then they are round.", "representation": "(((\"someone\" \"is\" \"green\" \"+\") (\"someone\" \"is\" \"big\" \"+\") (\"someone\" \"is\" \"kind\" \"+\")) -> (\"someone\" \"is\" \"round\" \"+\"))" }, "rule3": { "text": "If someone is cold and round and green then they are young.", "representation": "(((\"someone\" \"is\" \"cold\" \"+\") (\"someone\" \"is\" \"round\" \"+\") (\"someone\" \"is\" \"green\" \"+\")) -> (\"someone\" \"is\" \"young\" \"+\"))" }, "rule4": { "text": "If someone is nice then they are red.", "representation": "(((\"someone\" \"is\" \"nice\" \"+\")) -> (\"someone\" \"is\" \"red\" \"+\"))" }, "rule5": { "text": "If someone is rough and big and nice then they are round.", "representation": "(((\"someone\" \"is\" \"rough\" \"+\") (\"someone\" \"is\" \"big\" \"+\") (\"someone\" \"is\" \"nice\" \"+\")) -> (\"someone\" \"is\" \"round\" \"+\"))" }, "rule6": { "text": "If someone is red and round then they are cold.", "representation": "(((\"someone\" \"is\" \"red\" \"+\") (\"someone\" \"is\" \"round\" \"+\")) -> (\"someone\" \"is\" \"cold\" \"+\"))" }, "rule7": { "text": "If someone is young and blue and kind then they are cold.", "representation": "(((\"someone\" \"is\" \"young\" \"+\") (\"someone\" \"is\" \"blue\" \"+\") (\"someone\" \"is\" \"kind\" \"+\")) -> (\"someone\" \"is\" \"cold\" \"+\"))" } }

{ "Q1": { "question": "Fred is blue.", "answer": "True", "QDep": 0, "QLen": "1", "strategy": "proof", "proofs": "[(triple10)]", "representation": "(\"Fred\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple10", "intermediates": [] } ] }, "Q2": { "question": "Fred is not nice.", "answer": "False", "QDep": 0, "QLen": "1", "strategy": "inv-proof", "proofs": "[(triple8)]", "representation": "(\"Fred\" \"is\" \"nice\" \"-\")", "proofsWithIntermediates": [ { "representation": "triple8", "intermediates": [] } ] }, "Q3": { "question": "Fred is red.", "answer": "True", "QDep": 1, "QLen": "2", "strategy": "proof", "proofs": "[(((triple8) -> rule4))]", "representation": "(\"Fred\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple8) -> (rule4 % int1))", "intermediates": [ { "text": "Fred is red.", "representation": "(\"Fred\" \"is\" \"red\" \"+\")", "id": "int1" } ] } ] }, "Q4": { "question": "Bob is not red.", "answer": "False", "QDep": 1, "QLen": "2", "strategy": "inv-proof", "proofs": "[(((triple3) -> rule4))]", "representation": "(\"Bob\" \"is\" \"red\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple3) -> (rule4 % int1))", "intermediates": [ { "text": "Bob is red.", "representation": "(\"Bob\" \"is\" \"red\" \"+\")", "id": "int1" } ] } ] }, "Q5": { "question": "Bob is cold.", "answer": "True", "QDep": 2, "QLen": "4", "strategy": "proof", "proofs": "[(((((triple3) -> rule4) triple2) -> rule6))]", "representation": "(\"Bob\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple3) -> (rule4 % int2)) triple2) -> (rule6 % int1))", "intermediates": [ { "text": "Bob is cold.", "representation": "(\"Bob\" \"is\" \"cold\" \"+\")", "id": "int1" }, { "text": "Bob is red.", "representation": "(\"Bob\" \"is\" \"red\" \"+\")", "id": "int2" } ] } ] }, "Q6": { "question": "Fred is not cold.", "answer": "False", "QDep": 2, "QLen": "4", "strategy": "inv-proof", "proofs": "[(((((triple8) -> rule4) triple7) -> rule6))]", "representation": "(\"Fred\" \"is\" \"cold\" \"-\")", "proofsWithIntermediates": [ { "representation": "((((triple8) -> (rule4 % int2)) triple7) -> (rule6 % int1))", "intermediates": [ { "text": "Fred is cold.", "representation": "(\"Fred\" \"is\" \"cold\" \"+\")", "id": "int1" }, { "text": "Fred is red.", "representation": "(\"Fred\" \"is\" \"red\" \"+\")", "id": "int2" } ] } ] }, "Q7": { "question": "Fred is green.", "answer": "True", "QDep": 3, "QLen": "7", "strategy": "proof", "proofs": "[(((triple11 triple9 ((((triple8) -> rule4) triple7) -> rule6)) -> rule1))]", "representation": "(\"Fred\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple11 triple9 ((((triple8) -> (rule4 % int3)) triple7) -> (rule6 % int2))) -> (rule1 % int1))", "intermediates": [ { "text": "Fred is green.", "representation": "(\"Fred\" \"is\" \"green\" \"+\")", "id": "int1" }, { "text": "Fred is cold.", "representation": "(\"Fred\" \"is\" \"cold\" \"+\")", "id": "int2" }, { "text": "Fred is red.", "representation": "(\"Fred\" \"is\" \"red\" \"+\")", "id": "int3" } ] } ] }, "Q8": { "question": "Fred is not green.", "answer": "False", "QDep": 3, "QLen": "7", "strategy": "inv-proof", "proofs": "[(((triple11 triple9 ((((triple8) -> rule4) triple7) -> rule6)) -> rule1))]", "representation": "(\"Fred\" \"is\" \"green\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple11 triple9 ((((triple8) -> (rule4 % int3)) triple7) -> (rule6 % int2))) -> (rule1 % int1))", "intermediates": [ { "text": "Fred is green.", "representation": "(\"Fred\" \"is\" \"green\" \"+\")", "id": "int1" }, { "text": "Fred is cold.", "representation": "(\"Fred\" \"is\" \"cold\" \"+\")", "id": "int2" }, { "text": "Fred is red.", "representation": "(\"Fred\" \"is\" \"red\" \"+\")", "id": "int3" } ] } ] }, "Q9": { "question": "Fred is young.", "answer": "True", "QDep": 4, "QLen": "13", "strategy": "proof", "proofs": "[(((((((triple8) -> rule4) triple7) -> rule6) triple7 ((triple11 triple9 ((((triple8) -> rule4) triple7) -> rule6)) -> rule1)) -> rule3))]", "representation": "(\"Fred\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((((triple8) -> (rule4 % int4)) triple7) -> (rule6 % int3)) triple7 ((triple11 triple9 ((((triple8) -> (rule4 % int4)) triple7) -> (rule6 % int3))) -> (rule1 % int2))) -> (rule3 % int1))", "intermediates": [ { "text": "Fred is young.", "representation": "(\"Fred\" \"is\" \"young\" \"+\")", "id": "int1" }, { "text": "Fred is green.", "representation": "(\"Fred\" \"is\" \"green\" \"+\")", "id": "int2" }, { "text": "Fred is cold.", "representation": "(\"Fred\" \"is\" \"cold\" \"+\")", "id": "int3" }, { "text": "Fred is red.", "representation": "(\"Fred\" \"is\" \"red\" \"+\")", "id": "int4" } ] } ] }, "Q10": { "question": "Fred is not young.", "answer": "False", "QDep": 4, "QLen": "13", "strategy": "inv-proof", "proofs": "[(((((((triple8) -> rule4) triple7) -> rule6) triple7 ((triple11 triple9 ((((triple8) -> rule4) triple7) -> rule6)) -> rule1)) -> rule3))]", "representation": "(\"Fred\" \"is\" \"young\" \"-\")", "proofsWithIntermediates": [ { "representation": "((((((triple8) -> (rule4 % int4)) triple7) -> (rule6 % int3)) triple7 ((triple11 triple9 ((((triple8) -> (rule4 % int4)) triple7) -> (rule6 % int3))) -> (rule1 % int2))) -> (rule3 % int1))", "intermediates": [ { "text": "Fred is young.", "representation": "(\"Fred\" \"is\" \"young\" \"+\")", "id": "int1" }, { "text": "Fred is green.", "representation": "(\"Fred\" \"is\" \"green\" \"+\")", "id": "int2" }, { "text": "Fred is cold.", "representation": "(\"Fred\" \"is\" \"cold\" \"+\")", "id": "int3" }, { "text": "Fred is red.", "representation": "(\"Fred\" \"is\" \"red\" \"+\")", "id": "int4" } ] } ] }, "Q11": { "question": "Alan is not round.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Alan is round.[CWA. Example of deepest failure = (rule2 <- FAIL)]]", "representation": "(\"Alan\" \"is\" \"round\" \"-\")", "proofsWithIntermediates": null }, "Q12": { "question": "Alan is green.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "rconc", "proofs": "[@1: Alan is green.[CWA. Example of deepest failure = (rule1 <- FAIL)]]", "representation": "(\"Alan\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": null }, "Q13": { "question": "Alan is not cold.", "answer": "Unknown", "QDep": 2, "QLen": "", "strategy": "inv-rconc", "proofs": "[@2: Alan is cold.[CWA. Example of deepest failure = (rule6 <- rule4 <- FAIL)]]", "representation": "(\"Alan\" \"is\" \"cold\" \"-\")" }, "Q14": { "question": "Eric is young.", "answer": "Unknown", "QDep": 2, "QLen": "", "strategy": "rconc", "proofs": "[@2: Eric is young.[CWA. Example of deepest failure = (rule3 <- rule2 <- FAIL)]]", "representation": "(\"Eric\" \"is\" \"young\" \"+\")" }, "Q15": { "question": "Eric is not round.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Eric is round.[CWA. Example of deepest failure = (rule2 <- FAIL)]]", "representation": "(\"Eric\" \"is\" \"round\" \"-\")" }, "Q16": { "question": "Alan is big.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Alan is big.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Alan\" \"is\" \"big\" \"+\")" }, "Q17": { "question": "Alan is not nice.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Alan is nice.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Alan\" \"is\" \"nice\" \"-\")" }, "Q18": { "question": "Alan is blue.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Alan is blue.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Alan\" \"is\" \"blue\" \"+\")" }, "Q19": { "question": "Fred is not rough.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Fred is rough.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Fred\" \"is\" \"rough\" \"-\")" }, "Q20": { "question": "Eric is rough.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Eric is rough.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Eric\" \"is\" \"rough\" \"+\")" }, "Q21": null, "Q22": null, "Q23": null, "Q24": null }

[ { "text": "Alan is rough.", "QDep": 0, "representation": "(\"Alan\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple1", "intermediates": [] } ] }, { "text": "Bob is green.", "QDep": 0, "representation": "(\"Bob\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple5", "intermediates": [] } ] }, { "text": "Bob is kind.", "QDep": 0, "representation": "(\"Bob\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple4", "intermediates": [] } ] }, { "text": "Bob is nice.", "QDep": 0, "representation": "(\"Bob\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple3", "intermediates": [] } ] }, { "text": "Bob is round.", "QDep": 0, "representation": "(\"Bob\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple2", "intermediates": [] } ] }, { "text": "Eric is red.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple6", "intermediates": [] } ] }, { "text": "Fred is big.", "QDep": 0, "representation": "(\"Fred\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple11", "intermediates": [] } ] }, { "text": "Fred is blue.", "QDep": 0, "representation": "(\"Fred\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple10", "intermediates": [] } ] }, { "text": "Fred is kind.", "QDep": 0, "representation": "(\"Fred\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple9", "intermediates": [] } ] }, { "text": "Fred is nice.", "QDep": 0, "representation": "(\"Fred\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple8", "intermediates": [] } ] }, { "text": "Fred is round.", "QDep": 0, "representation": "(\"Fred\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple7", "intermediates": [] } ] }, { "text": "Bob is red.", "QDep": 1, "representation": "(\"Bob\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple3) -> (rule4 % int1))", "intermediates": [ { "text": "Bob is red.", "representation": "(\"Bob\" \"is\" \"red\" \"+\")", "id": "int1" } ] } ] }, { "text": "Fred is red.", "QDep": 1, "representation": "(\"Fred\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple8) -> (rule4 % int1))", "intermediates": [ { "text": "Fred is red.", "representation": "(\"Fred\" \"is\" \"red\" \"+\")", "id": "int1" } ] } ] }, { "text": "Bob is cold.", "QDep": 2, "representation": "(\"Bob\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple3) -> (rule4 % int2)) triple2) -> (rule6 % int1))", "intermediates": [ { "text": "Bob is cold.", "representation": "(\"Bob\" \"is\" \"cold\" \"+\")", "id": "int1" }, { "text": "Bob is red.", "representation": "(\"Bob\" \"is\" \"red\" \"+\")", "id": "int2" } ] } ] }, { "text": "Fred is cold.", "QDep": 2, "representation": "(\"Fred\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple8) -> (rule4 % int2)) triple7) -> (rule6 % int1))", "intermediates": [ { "text": "Fred is cold.", "representation": "(\"Fred\" \"is\" \"cold\" \"+\")", "id": "int1" }, { "text": "Fred is red.", "representation": "(\"Fred\" \"is\" \"red\" \"+\")", "id": "int2" } ] } ] }, { "text": "Bob is young.", "QDep": 3, "representation": "(\"Bob\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((((triple3) -> (rule4 % int3)) triple2) -> (rule6 % int2)) triple2 triple5) -> (rule3 % int1))", "intermediates": [ { "text": "Bob is young.", "representation": "(\"Bob\" \"is\" \"young\" \"+\")", "id": "int1" }, { "text": "Bob is cold.", "representation": "(\"Bob\" \"is\" \"cold\" \"+\")", "id": "int2" }, { "text": "Bob is red.", "representation": "(\"Bob\" \"is\" \"red\" \"+\")", "id": "int3" } ] } ] }, { "text": "Fred is green.", "QDep": 3, "representation": "(\"Fred\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple11 triple9 ((((triple8) -> (rule4 % int3)) triple7) -> (rule6 % int2))) -> (rule1 % int1))", "intermediates": [ { "text": "Fred is green.", "representation": "(\"Fred\" \"is\" \"green\" \"+\")", "id": "int1" }, { "text": "Fred is cold.", "representation": "(\"Fred\" \"is\" \"cold\" \"+\")", "id": "int2" }, { "text": "Fred is red.", "representation": "(\"Fred\" \"is\" \"red\" \"+\")", "id": "int3" } ] } ] }, { "text": "Fred is young.", "QDep": 4, "representation": "(\"Fred\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((((triple8) -> (rule4 % int4)) triple7) -> (rule6 % int3)) triple7 ((triple11 triple9 ((((triple8) -> (rule4 % int4)) triple7) -> (rule6 % int3))) -> (rule1 % int2))) -> (rule3 % int1))", "intermediates": [ { "text": "Fred is young.", "representation": "(\"Fred\" \"is\" \"young\" \"+\")", "id": "int1" }, { "text": "Fred is green.", "representation": "(\"Fred\" \"is\" \"green\" \"+\")", "id": "int2" }, { "text": "Fred is cold.", "representation": "(\"Fred\" \"is\" \"cold\" \"+\")", "id": "int3" }, { "text": "Fred is red.", "representation": "(\"Fred\" \"is\" \"red\" \"+\")", "id": "int4" } ] } ] } ]

{ "triple1": "sent1", "triple2": "sent2", "triple3": "sent2", "triple4": "sent2", "triple5": "sent2", "triple6": "sent3", "triple7": "sent4", "triple8": "sent4", "triple9": "sent4", "triple10": "sent4", "rule1": "sent5", "rule2": "sent6", "rule3": "sent7", "rule4": "sent8", "rule5": "sent9", "rule6": "sent10", "rule7": "sent11", "triple11": "sent4", "triple12": null }

{ "sent1": "They always call him rough Alan.", "sent2": "Bob, a kind and nice man, is wearing a green sweatshirt; He is also a fairly round sized man in shape.", "sent3": "Red Eric is what folks call him, because he is quite red.", "sent4": "They always say that he is so nice and kind, that is Big Fred; But he is also round and blue.", "sent5": "A big, kind someone could also be cold in a green dress.", "sent6": "Any human being with green, big, kind eyes, also has round eyes.", "sent7": "Any cold, round, green person is going to be young at the same time.", "sent8": "A quite nice person will certainly be red.", "sent9": "Someone who is not only rough and big but also nice will necessarily be round as well.", "sent10": "Red and round people will be cold even in the summer.", "sent11": "Anyone that's described as young, kind and blue can be said to be cold, too." }

{ "triple1": { "text": "Alan is young.", "representation": "(\"Alan\" \"is\" \"young\" \"+\")" }, "triple2": { "text": "Alan is rough.", "representation": "(\"Alan\" \"is\" \"rough\" \"+\")" }, "triple3": { "text": "Alan is kind.", "representation": "(\"Alan\" \"is\" \"kind\" \"+\")" }, "triple4": { "text": "Alan is cold.", "representation": "(\"Alan\" \"is\" \"cold\" \"+\")" }, "triple5": { "text": "Bob is rough.", "representation": "(\"Bob\" \"is\" \"rough\" \"+\")" }, "triple6": { "text": "Bob is nice.", "representation": "(\"Bob\" \"is\" \"nice\" \"+\")" }, "triple7": { "text": "Bob is blue.", "representation": "(\"Bob\" \"is\" \"blue\" \"+\")" }, "triple8": { "text": "Charlie is round.", "representation": "(\"Charlie\" \"is\" \"round\" \"+\")" }, "triple9": { "text": "Charlie is rough.", "representation": "(\"Charlie\" \"is\" \"rough\" \"+\")" }, "triple10": { "text": "Charlie is nice.", "representation": "(\"Charlie\" \"is\" \"nice\" \"+\")" }, "triple11": { "text": "Fred is round.", "representation": "(\"Fred\" \"is\" \"round\" \"+\")" }, "triple12": { "text": "Fred is big.", "representation": "(\"Fred\" \"is\" \"big\" \"+\")" } }

{ "rule1": { "text": "If someone is nice and blue then they are rough.", "representation": "(((\"someone\" \"is\" \"nice\" \"+\") (\"someone\" \"is\" \"blue\" \"+\")) -> (\"someone\" \"is\" \"rough\" \"+\"))" }, "rule2": { "text": "If someone is nice and rough then they are red.", "representation": "(((\"someone\" \"is\" \"nice\" \"+\") (\"someone\" \"is\" \"rough\" \"+\")) -> (\"someone\" \"is\" \"red\" \"+\"))" }, "rule3": { "text": "If someone is red then they are blue.", "representation": "(((\"someone\" \"is\" \"red\" \"+\")) -> (\"someone\" \"is\" \"blue\" \"+\"))" }, "rule4": { "text": "If someone is nice and blue and red then they are cold.", "representation": "(((\"someone\" \"is\" \"nice\" \"+\") (\"someone\" \"is\" \"blue\" \"+\") (\"someone\" \"is\" \"red\" \"+\")) -> (\"someone\" \"is\" \"cold\" \"+\"))" }, "rule5": { "text": "If someone is blue and green and young then they are kind.", "representation": "(((\"someone\" \"is\" \"blue\" \"+\") (\"someone\" \"is\" \"green\" \"+\") (\"someone\" \"is\" \"young\" \"+\")) -> (\"someone\" \"is\" \"kind\" \"+\"))" }, "rule6": { "text": "If someone is rough and cold and round then they are nice.", "representation": "(((\"someone\" \"is\" \"rough\" \"+\") (\"someone\" \"is\" \"cold\" \"+\") (\"someone\" \"is\" \"round\" \"+\")) -> (\"someone\" \"is\" \"nice\" \"+\"))" }, "rule7": null }

{ "Q1": { "question": "Fred is round.", "answer": "True", "QDep": 0, "QLen": "1", "strategy": "proof", "proofs": "[(triple11)]", "representation": "(\"Fred\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple11", "intermediates": [] } ] }, "Q2": { "question": "Bob is not nice.", "answer": "False", "QDep": 0, "QLen": "1", "strategy": "inv-proof", "proofs": "[(triple6)]", "representation": "(\"Bob\" \"is\" \"nice\" \"-\")", "proofsWithIntermediates": [ { "representation": "triple6", "intermediates": [] } ] }, "Q3": { "question": "Charlie is red.", "answer": "True", "QDep": 1, "QLen": "3", "strategy": "proof", "proofs": "[(((triple10 triple9) -> rule2))]", "representation": "(\"Charlie\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple10 triple9) -> (rule2 % int1))", "intermediates": [ { "text": "Charlie is red.", "representation": "(\"Charlie\" \"is\" \"red\" \"+\")", "id": "int1" } ] } ] }, "Q4": { "question": "Charlie is not red.", "answer": "False", "QDep": 1, "QLen": "3", "strategy": "inv-proof", "proofs": "[(((triple10 triple9) -> rule2))]", "representation": "(\"Charlie\" \"is\" \"red\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple10 triple9) -> (rule2 % int1))", "intermediates": [ { "text": "Charlie is red.", "representation": "(\"Charlie\" \"is\" \"red\" \"+\")", "id": "int1" } ] } ] }, "Q5": { "question": "Charlie is blue.", "answer": "True", "QDep": 2, "QLen": "4", "strategy": "proof", "proofs": "[(((((triple10 triple9) -> rule2)) -> rule3))]", "representation": "(\"Charlie\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple10 triple9) -> (rule2 % int2))) -> (rule3 % int1))", "intermediates": [ { "text": "Charlie is blue.", "representation": "(\"Charlie\" \"is\" \"blue\" \"+\")", "id": "int1" }, { "text": "Charlie is red.", "representation": "(\"Charlie\" \"is\" \"red\" \"+\")", "id": "int2" } ] } ] }, "Q6": { "question": "Bob is not cold.", "answer": "False", "QDep": 2, "QLen": "6", "strategy": "inv-proof", "proofs": "[(((triple6 triple7 ((triple6 triple5) -> rule2)) -> rule4) OR ((triple6 triple7 ((triple6 ((triple6 triple7) -> rule1)) -> rule2)) -> rule4) OR ((triple6 ((((triple6 triple5) -> rule2)) -> rule3) ((triple6 triple5) -> rule2)) -> rule4) OR ((triple6 ((((triple6 triple5) -> rule2)) -> rule3) ((triple6 ((triple6 triple7) -> rule1)) -> rule2)) -> rule4))]", "representation": "(\"Bob\" \"is\" \"cold\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple6 triple7 ((triple6 triple5) -> (rule2 % int2))) -> (rule4 % int1))", "intermediates": [ { "text": "Bob is cold.", "representation": "(\"Bob\" \"is\" \"cold\" \"+\")", "id": "int1" }, { "text": "Bob is red.", "representation": "(\"Bob\" \"is\" \"red\" \"+\")", "id": "int2" } ] }, { "representation": "((triple6 triple7 ((triple6 ((triple6 triple7) -> (rule1 % int3))) -> (rule2 % int2))) -> (rule4 % int1))", "intermediates": [ { "text": "Bob is cold.", "representation": "(\"Bob\" \"is\" \"cold\" \"+\")", "id": "int1" }, { "text": "Bob is red.", "representation": "(\"Bob\" \"is\" \"red\" \"+\")", "id": "int2" }, { "text": "Bob is rough.", "representation": "(\"Bob\" \"is\" \"rough\" \"+\")", "id": "int3" } ] }, { "representation": "((triple6 ((((triple6 triple5) -> (rule2 % int3))) -> (rule3 % int2)) ((triple6 triple5) -> (rule2 % int3))) -> (rule4 % int1))", "intermediates": [ { "text": "Bob is cold.", "representation": "(\"Bob\" \"is\" \"cold\" \"+\")", "id": "int1" }, { "text": "Bob is blue.", "representation": "(\"Bob\" \"is\" \"blue\" \"+\")", "id": "int2" }, { "text": "Bob is red.", "representation": "(\"Bob\" \"is\" \"red\" \"+\")", "id": "int3" } ] }, { "representation": "((triple6 ((((triple6 triple5) -> (rule2 % int4))) -> (rule3 % int3)) ((triple6 ((triple6 triple7) -> (rule1 % int2))) -> (rule2 % int4))) -> (rule4 % int1))", "intermediates": [ { "text": "Bob is cold.", "representation": "(\"Bob\" \"is\" \"cold\" \"+\")", "id": "int1" }, { "text": "Bob is rough.", "representation": "(\"Bob\" \"is\" \"rough\" \"+\")", "id": "int2" }, { "text": "Bob is blue.", "representation": "(\"Bob\" \"is\" \"blue\" \"+\")", "id": "int3" }, { "text": "Bob is red.", "representation": "(\"Bob\" \"is\" \"red\" \"+\")", "id": "int4" } ] } ] }, "Q7": { "question": "Charlie is cold.", "answer": "True", "QDep": 3, "QLen": "9", "strategy": "proof", "proofs": "[(((triple10 ((((triple10 triple9) -> rule2)) -> rule3) ((triple10 triple9) -> rule2)) -> rule4))]", "representation": "(\"Charlie\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple10 ((((triple10 triple9) -> (rule2 % int3))) -> (rule3 % int2)) ((triple10 triple9) -> (rule2 % int3))) -> (rule4 % int1))", "intermediates": [ { "text": "Charlie is cold.", "representation": "(\"Charlie\" \"is\" \"cold\" \"+\")", "id": "int1" }, { "text": "Charlie is blue.", "representation": "(\"Charlie\" \"is\" \"blue\" \"+\")", "id": "int2" }, { "text": "Charlie is red.", "representation": "(\"Charlie\" \"is\" \"red\" \"+\")", "id": "int3" } ] } ] }, "Q8": { "question": "Charlie is not cold.", "answer": "False", "QDep": 3, "QLen": "9", "strategy": "inv-proof", "proofs": "[(((triple10 ((((triple10 triple9) -> rule2)) -> rule3) ((triple10 triple9) -> rule2)) -> rule4))]", "representation": "(\"Charlie\" \"is\" \"cold\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple10 ((((triple10 triple9) -> (rule2 % int3))) -> (rule3 % int2)) ((triple10 triple9) -> (rule2 % int3))) -> (rule4 % int1))", "intermediates": [ { "text": "Charlie is cold.", "representation": "(\"Charlie\" \"is\" \"cold\" \"+\")", "id": "int1" }, { "text": "Charlie is blue.", "representation": "(\"Charlie\" \"is\" \"blue\" \"+\")", "id": "int2" }, { "text": "Charlie is red.", "representation": "(\"Charlie\" \"is\" \"red\" \"+\")", "id": "int3" } ] } ] }, "Q9": { "question": "Fred is not red.", "answer": "Unknown", "QDep": 3, "QLen": "", "strategy": "inv-rconc", "proofs": "[@3: Fred is red.[CWA. Example of deepest failure = (rule2 <- rule6 <- rule1 <- FAIL)]]", "representation": "(\"Fred\" \"is\" \"red\" \"-\")", "proofsWithIntermediates": null }, "Q10": { "question": "Alan is nice.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "rconc", "proofs": "[@1: Alan is nice.[CWA. Example of deepest failure = (rule6 <- FAIL)]]", "representation": "(\"Alan\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": null }, "Q11": { "question": "Fred is not nice.", "answer": "Unknown", "QDep": 2, "QLen": "", "strategy": "inv-rconc", "proofs": "[@2: Fred is nice.[CWA. Example of deepest failure = (rule6 <- rule1 <- FAIL)]]", "representation": "(\"Fred\" \"is\" \"nice\" \"-\")", "proofsWithIntermediates": null }, "Q12": { "question": "Alan is red.", "answer": "Unknown", "QDep": 2, "QLen": "", "strategy": "rconc", "proofs": "[@2: Alan is red.[CWA. Example of deepest failure = (rule2 <- rule6 <- FAIL)]]", "representation": "(\"Alan\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": null }, "Q13": { "question": "Charlie is not green.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Charlie is green.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Charlie\" \"is\" \"green\" \"-\")" }, "Q14": { "question": "Fred is green.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Fred is green.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Fred\" \"is\" \"green\" \"+\")" }, "Q15": { "question": "Bob is not round.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Bob is round.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Bob\" \"is\" \"round\" \"-\")" }, "Q16": { "question": "Bob is young.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Bob is young.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Bob\" \"is\" \"young\" \"+\")" }, "Q17": null, "Q18": null, "Q19": null, "Q20": null, "Q21": null, "Q22": null, "Q23": null, "Q24": null }

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"text": "Bob is blue.", "representation": "(\"Bob\" \"is\" \"blue\" \"+\")", "id": "int1" }, { "text": "Bob is red.", "representation": "(\"Bob\" \"is\" \"red\" \"+\")", "id": "int2" } ] } ] }, { "text": "Bob is nice.", "QDep": 0, "representation": "(\"Bob\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple6", "intermediates": [] } ] }, { "text": "Bob is rough.", "QDep": 0, "representation": "(\"Bob\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple5", "intermediates": [] }, { "representation": "((triple6 triple7) -> (rule1 % int1))", "intermediates": [ { "text": "Bob is rough.", "representation": "(\"Bob\" \"is\" \"rough\" \"+\")", "id": "int1" } ] } ] }, { "text": "Charlie is nice.", "QDep": 0, "representation": "(\"Charlie\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple10", "intermediates": [] } ] }, { "text": "Charlie is rough.", "QDep": 0, "representation": "(\"Charlie\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple9", "intermediates": [] } ] }, { "text": "Charlie is round.", "QDep": 0, "representation": "(\"Charlie\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple8", "intermediates": [] } ] }, { "text": "Fred is big.", "QDep": 0, "representation": "(\"Fred\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple12", "intermediates": [] } ] }, { "text": "Fred is round.", "QDep": 0, "representation": "(\"Fred\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple11", "intermediates": [] } ] }, { "text": "Bob is red.", "QDep": 1, "representation": "(\"Bob\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple6 triple5) -> (rule2 % int1))", "intermediates": [ { "text": "Bob is red.", "representation": "(\"Bob\" \"is\" \"red\" \"+\")", "id": "int1" } ] }, { "representation": "((triple6 ((triple6 triple7) -> (rule1 % int2))) -> (rule2 % int1))", "intermediates": [ { "text": "Bob is red.", "representation": "(\"Bob\" \"is\" \"red\" \"+\")", "id": "int1" }, { "text": "Bob is rough.", "representation": "(\"Bob\" \"is\" \"rough\" \"+\")", "id": "int2" } ] } ] }, { "text": "Charlie is red.", "QDep": 1, "representation": "(\"Charlie\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple10 triple9) -> (rule2 % int1))", "intermediates": [ { "text": "Charlie is red.", "representation": "(\"Charlie\" \"is\" \"red\" \"+\")", "id": "int1" } ] } ] }, { "text": "Bob is cold.", "QDep": 2, "representation": "(\"Bob\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple6 triple7 ((triple6 triple5) -> (rule2 % int2))) -> (rule4 % int1))", "intermediates": [ { "text": "Bob is cold.", "representation": "(\"Bob\" \"is\" \"cold\" \"+\")", "id": "int1" }, { "text": "Bob is red.", "representation": "(\"Bob\" \"is\" \"red\" \"+\")", "id": "int2" } ] }, { "representation": "((triple6 triple7 ((triple6 ((triple6 triple7) -> (rule1 % int3))) -> (rule2 % int2))) -> (rule4 % int1))", "intermediates": [ { "text": "Bob is cold.", "representation": "(\"Bob\" \"is\" \"cold\" \"+\")", "id": "int1" }, { "text": "Bob is red.", "representation": "(\"Bob\" \"is\" \"red\" \"+\")", "id": "int2" }, { "text": "Bob is rough.", "representation": "(\"Bob\" \"is\" \"rough\" \"+\")", "id": "int3" } ] }, { "representation": "((triple6 ((((triple6 triple5) -> (rule2 % int3))) -> (rule3 % int2)) ((triple6 triple5) -> (rule2 % int3))) -> (rule4 % int1))", "intermediates": [ { "text": "Bob is cold.", "representation": "(\"Bob\" \"is\" \"cold\" \"+\")", "id": "int1" }, { "text": "Bob is blue.", "representation": "(\"Bob\" \"is\" \"blue\" \"+\")", "id": "int2" }, { "text": "Bob is red.", "representation": "(\"Bob\" \"is\" \"red\" \"+\")", "id": "int3" } ] }, { "representation": "((triple6 ((((triple6 triple5) -> (rule2 % int4))) -> (rule3 % int3)) ((triple6 ((triple6 triple7) -> (rule1 % int2))) -> (rule2 % int4))) -> (rule4 % int1))", "intermediates": [ { "text": "Bob is cold.", "representation": "(\"Bob\" \"is\" \"cold\" \"+\")", "id": "int1" }, { "text": "Bob is rough.", "representation": "(\"Bob\" \"is\" \"rough\" \"+\")", "id": "int2" }, { "text": "Bob is blue.", "representation": "(\"Bob\" \"is\" \"blue\" \"+\")", "id": "int3" }, { "text": "Bob is red.", "representation": "(\"Bob\" \"is\" \"red\" \"+\")", "id": "int4" } ] } ] }, { "text": "Charlie is blue.", "QDep": 2, "representation": "(\"Charlie\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple10 triple9) -> (rule2 % int2))) -> (rule3 % int1))", "intermediates": [ { "text": "Charlie is blue.", "representation": "(\"Charlie\" \"is\" \"blue\" \"+\")", "id": "int1" }, { "text": "Charlie is red.", "representation": "(\"Charlie\" \"is\" \"red\" \"+\")", "id": "int2" } ] } ] }, { "text": "Charlie is cold.", "QDep": 3, "representation": "(\"Charlie\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple10 ((((triple10 triple9) -> (rule2 % int3))) -> (rule3 % int2)) ((triple10 triple9) -> (rule2 % int3))) -> (rule4 % int1))", "intermediates": [ { "text": "Charlie is cold.", "representation": "(\"Charlie\" \"is\" \"cold\" \"+\")", "id": "int1" }, { "text": "Charlie is blue.", "representation": "(\"Charlie\" \"is\" \"blue\" \"+\")", "id": "int2" }, { "text": "Charlie is red.", "representation": "(\"Charlie\" \"is\" \"red\" \"+\")", "id": "int3" } ] } ] } ]

{ "triple1": "sent1", "triple2": "sent1", "triple3": "sent1", "triple4": "sent1", "triple5": "sent2", "triple6": "sent2", "triple7": "sent2", "triple8": "sent3", "triple9": "sent3", "triple10": "sent3", "rule1": "sent5", "rule2": "sent6", "rule3": "sent7", "rule4": "sent8", "rule5": "sent9", "rule6": "sent10", "rule7": null, "triple11": "sent4", "triple12": "sent4" }

{ "sent1": "Alan, who is a young, rough person, is also a kind and cold guy.", "sent2": "Bob is rough around the edges, but he's often blue and always nice.", "sent3": "Although Charlie is seen as nice and round, his days of playing football have made him quite rough.", "sent4": "That man standing next to you with a big round body goes by the name of Fred.", "sent5": "Nice blue people are often rough.", "sent6": "When someone is nice and rough they are usually red.", "sent7": "Red people feel blue about it.", "sent8": "When someone is nice, dressing in red, they can be blue because they are cold.", "sent9": "If smeone has a blue and green color, then they are young and probably kind.", "sent10": "When you meet someone with cold, rough skin and a round figure they will be nice.", "sent11": null }

{ "triple1": { "text": "Bob is rough.", "representation": "(\"Bob\" \"is\" \"rough\" \"+\")" }, "triple2": { "text": "Bob is kind.", "representation": "(\"Bob\" \"is\" \"kind\" \"+\")" }, "triple3": { "text": "Bob is green.", "representation": "(\"Bob\" \"is\" \"green\" \"+\")" }, "triple4": { "text": "Dave is blue.", "representation": "(\"Dave\" \"is\" \"blue\" \"+\")" }, "triple5": { "text": "Fred is young.", "representation": "(\"Fred\" \"is\" \"young\" \"+\")" }, "triple6": { "text": "Fred is nice.", "representation": "(\"Fred\" \"is\" \"nice\" \"+\")" }, "triple7": { "text": "Fred is big.", "representation": "(\"Fred\" \"is\" \"big\" \"+\")" }, "triple8": { "text": "Gary is young.", "representation": "(\"Gary\" \"is\" \"young\" \"+\")" }, "triple9": { "text": "Gary is nice.", "representation": "(\"Gary\" \"is\" \"nice\" \"+\")" }, "triple10": { "text": "Gary is big.", "representation": "(\"Gary\" \"is\" \"big\" \"+\")" }, "triple11": null, "triple12": null }

{ "rule1": { "text": "If someone is blue and kind then they are round.", "representation": "(((\"someone\" \"is\" \"blue\" \"+\") (\"someone\" \"is\" \"kind\" \"+\")) -> (\"someone\" \"is\" \"round\" \"+\"))" }, "rule2": { "text": "If someone is red and young then they are kind.", "representation": "(((\"someone\" \"is\" \"red\" \"+\") (\"someone\" \"is\" \"young\" \"+\")) -> (\"someone\" \"is\" \"kind\" \"+\"))" }, "rule3": { "text": "If someone is big and green and cold then they are young.", "representation": "(((\"someone\" \"is\" \"big\" \"+\") (\"someone\" \"is\" \"green\" \"+\") (\"someone\" \"is\" \"cold\" \"+\")) -> (\"someone\" \"is\" \"young\" \"+\"))" }, "rule4": { "text": "If someone is big and green and cold then they are kind.", "representation": "(((\"someone\" \"is\" \"big\" \"+\") (\"someone\" \"is\" \"green\" \"+\") (\"someone\" \"is\" \"cold\" \"+\")) -> (\"someone\" \"is\" \"kind\" \"+\"))" }, "rule5": { "text": "If someone is green and round and blue then they are big.", "representation": "(((\"someone\" \"is\" \"green\" \"+\") (\"someone\" \"is\" \"round\" \"+\") (\"someone\" \"is\" \"blue\" \"+\")) -> (\"someone\" \"is\" \"big\" \"+\"))" }, "rule6": { "text": "If someone is red and round then they are blue.", "representation": "(((\"someone\" \"is\" \"red\" \"+\") (\"someone\" \"is\" \"round\" \"+\")) -> (\"someone\" \"is\" \"blue\" \"+\"))" }, "rule7": { "text": "If someone is rough and green then they are blue.", "representation": "(((\"someone\" \"is\" \"rough\" \"+\") (\"someone\" \"is\" \"green\" \"+\")) -> (\"someone\" \"is\" \"blue\" \"+\"))" } }

{ "Q1": { "question": "Dave is blue.", "answer": "True", "QDep": 0, "QLen": "1", "strategy": "proof", "proofs": "[(triple4)]", "representation": "(\"Dave\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple4", "intermediates": [] } ] }, "Q2": { "question": "Dave is not blue.", "answer": "False", "QDep": 0, "QLen": "1", "strategy": "inv-proof", "proofs": "[(triple4)]", "representation": "(\"Dave\" \"is\" \"blue\" \"-\")", "proofsWithIntermediates": [ { "representation": "triple4", "intermediates": [] } ] }, "Q3": { "question": "Bob is blue.", "answer": "True", "QDep": 1, "QLen": "3", "strategy": "proof", "proofs": "[(((triple1 triple3) -> rule7))]", "representation": "(\"Bob\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple1 triple3) -> (rule7 % int1))", "intermediates": [ { "text": "Bob is blue.", "representation": "(\"Bob\" \"is\" \"blue\" \"+\")", "id": "int1" } ] } ] }, "Q4": { "question": "Bob is not blue.", "answer": "False", "QDep": 1, "QLen": "3", "strategy": "inv-proof", "proofs": "[(((triple1 triple3) -> rule7))]", "representation": "(\"Bob\" \"is\" \"blue\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple1 triple3) -> (rule7 % int1))", "intermediates": [ { "text": "Bob is blue.", "representation": "(\"Bob\" \"is\" \"blue\" \"+\")", "id": "int1" } ] } ] }, "Q5": { "question": "Bob is round.", "answer": "True", "QDep": 2, "QLen": "5", "strategy": "proof", "proofs": "[(((((triple1 triple3) -> rule7) triple2) -> rule1))]", "representation": "(\"Bob\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple1 triple3) -> (rule7 % int2)) triple2) -> (rule1 % int1))", "intermediates": [ { "text": "Bob is round.", "representation": "(\"Bob\" \"is\" \"round\" \"+\")", "id": "int1" }, { "text": "Bob is blue.", "representation": "(\"Bob\" \"is\" \"blue\" \"+\")", "id": "int2" } ] } ] }, "Q6": { "question": "Bob is not round.", "answer": "False", "QDep": 2, "QLen": "5", "strategy": "inv-proof", "proofs": "[(((((triple1 triple3) -> rule7) triple2) -> rule1))]", "representation": "(\"Bob\" \"is\" \"round\" \"-\")", "proofsWithIntermediates": [ { "representation": "((((triple1 triple3) -> (rule7 % int2)) triple2) -> (rule1 % int1))", "intermediates": [ { "text": "Bob is round.", "representation": "(\"Bob\" \"is\" \"round\" \"+\")", "id": "int1" }, { "text": "Bob is blue.", "representation": "(\"Bob\" \"is\" \"blue\" \"+\")", "id": "int2" } ] } ] }, "Q7": { "question": "Bob is big.", "answer": "True", "QDep": 3, "QLen": "10", "strategy": "proof", "proofs": "[(((triple3 ((((triple1 triple3) -> rule7) triple2) -> rule1) ((triple1 triple3) -> rule7)) -> rule5))]", "representation": "(\"Bob\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple3 ((((triple1 triple3) -> (rule7 % int3)) triple2) -> (rule1 % int2)) ((triple1 triple3) -> (rule7 % int3))) -> (rule5 % int1))", "intermediates": [ { "text": "Bob is big.", "representation": "(\"Bob\" \"is\" \"big\" \"+\")", "id": "int1" }, { "text": "Bob is round.", "representation": "(\"Bob\" \"is\" \"round\" \"+\")", "id": "int2" }, { "text": "Bob is blue.", "representation": "(\"Bob\" \"is\" \"blue\" \"+\")", "id": "int3" } ] } ] }, "Q8": { "question": "Bob is not big.", "answer": "False", "QDep": 3, "QLen": "10", "strategy": "inv-proof", "proofs": "[(((triple3 ((((triple1 triple3) -> rule7) triple2) -> rule1) ((triple1 triple3) -> rule7)) -> rule5))]", "representation": "(\"Bob\" \"is\" \"big\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple3 ((((triple1 triple3) -> (rule7 % int3)) triple2) -> (rule1 % int2)) ((triple1 triple3) -> (rule7 % int3))) -> (rule5 % int1))", "intermediates": [ { "text": "Bob is big.", "representation": "(\"Bob\" \"is\" \"big\" \"+\")", "id": "int1" }, { "text": "Bob is round.", "representation": "(\"Bob\" \"is\" \"round\" \"+\")", "id": "int2" }, { "text": "Bob is blue.", "representation": "(\"Bob\" \"is\" \"blue\" \"+\")", "id": "int3" } ] } ] }, "Q9": { "question": "Dave is not young.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Dave is young.[CWA. Example of deepest failure = (rule3 <- FAIL)]]", "representation": "(\"Dave\" \"is\" \"young\" \"-\")", "proofsWithIntermediates": null }, "Q10": { "question": "Dave is big.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "rconc", "proofs": "[@1: Dave is big.[CWA. Example of deepest failure = (rule5 <- FAIL)]]", "representation": "(\"Dave\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": null }, "Q11": { "question": "Bob is not young.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Bob is young.[CWA. Example of deepest failure = (rule3 <- FAIL)]]", "representation": "(\"Bob\" \"is\" \"young\" \"-\")", "proofsWithIntermediates": null }, "Q12": { "question": "Gary is kind.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "rconc", "proofs": "[@1: Gary is kind.[CWA. Example of deepest failure = (rule2 <- FAIL)]]", "representation": "(\"Gary\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": null }, "Q13": { "question": "Fred is not green.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Fred is green.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Fred\" \"is\" \"green\" \"-\")" }, "Q14": { "question": "Dave is red.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Dave is red.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Dave\" \"is\" \"red\" \"+\")" }, "Q15": { "question": "Dave is not rough.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Dave is rough.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Dave\" \"is\" \"rough\" \"-\")" }, "Q16": { "question": "Fred is cold.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Fred is cold.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Fred\" \"is\" \"cold\" \"+\")" }, "Q17": null, "Q18": null, "Q19": null, "Q20": null, "Q21": null, "Q22": null, "Q23": null, "Q24": null }

[ { "text": "Bob is green.", "QDep": 0, "representation": "(\"Bob\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple3", "intermediates": [] } ] }, { "text": "Bob is kind.", "QDep": 0, "representation": "(\"Bob\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple2", "intermediates": [] } ] }, { "text": "Bob is rough.", "QDep": 0, "representation": "(\"Bob\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple1", "intermediates": [] } ] }, { "text": "Dave is blue.", "QDep": 0, "representation": "(\"Dave\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple4", "intermediates": [] } ] }, { "text": "Fred is big.", "QDep": 0, "representation": "(\"Fred\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple7", "intermediates": [] } ] }, { "text": "Fred is nice.", "QDep": 0, "representation": "(\"Fred\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple6", "intermediates": [] } ] }, { "text": "Fred is young.", "QDep": 0, "representation": "(\"Fred\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple5", "intermediates": [] } ] }, { "text": "Gary is big.", "QDep": 0, "representation": "(\"Gary\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple10", "intermediates": [] } ] }, { "text": "Gary is nice.", "QDep": 0, "representation": "(\"Gary\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple9", "intermediates": [] } ] }, { "text": "Gary is young.", "QDep": 0, "representation": "(\"Gary\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple8", "intermediates": [] } ] }, { "text": "Bob is blue.", "QDep": 1, "representation": "(\"Bob\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple1 triple3) -> (rule7 % int1))", "intermediates": [ { "text": "Bob is blue.", "representation": "(\"Bob\" \"is\" \"blue\" \"+\")", "id": "int1" } ] } ] }, { "text": "Bob is round.", "QDep": 2, "representation": "(\"Bob\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple1 triple3) -> (rule7 % int2)) triple2) -> (rule1 % int1))", "intermediates": [ { "text": "Bob is round.", "representation": "(\"Bob\" \"is\" \"round\" \"+\")", "id": "int1" }, { "text": "Bob is blue.", "representation": "(\"Bob\" \"is\" \"blue\" \"+\")", "id": "int2" } ] } ] }, { "text": "Bob is big.", "QDep": 3, "representation": "(\"Bob\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple3 ((((triple1 triple3) -> (rule7 % int3)) triple2) -> (rule1 % int2)) ((triple1 triple3) -> (rule7 % int3))) -> (rule5 % int1))", "intermediates": [ { "text": "Bob is big.", "representation": "(\"Bob\" \"is\" \"big\" \"+\")", "id": "int1" }, { "text": "Bob is round.", "representation": "(\"Bob\" \"is\" \"round\" \"+\")", "id": "int2" }, { "text": "Bob is blue.", "representation": "(\"Bob\" \"is\" \"blue\" \"+\")", "id": "int3" } ] } ] } ]

{ "triple1": "sent1", "triple2": "sent1", "triple3": "sent1", "triple4": "sent2", "triple5": "sent3", "triple6": "sent3", "triple7": "sent3", "triple8": "sent4", "triple9": "sent4", "triple10": "sent4", "rule1": "sent5", "rule2": "sent6", "rule3": "sent7", "rule4": "sent8", "rule5": "sent9", "rule6": "sent10", "rule7": "sent11", "triple11": null, "triple12": null }

{ "sent1": "That rough but kind guy is Bob, the green one.", "sent2": "Dave wears all blue.", "sent3": "Fred is a young and nice man, and he is also very big shaped.", "sent4": "Gary is a young and nice man, and he is also very big shaped.", "sent5": "Being a kind person even when you are blue is hard, but it means you are round with delight.", "sent6": "Young people who wear red lipstick are certainly kind.", "sent7": "A cold temperatured and green colored person who is also big will be young.", "sent8": "Despite being too big with bright green skin and freezing cold, these people have always been kind.", "sent9": "A green, round, blue male or female will be a big male or female, too.", "sent10": "There could be a round someone with red hair wearing blue pants.", "sent11": "A green and quite rough person will also be blue." }

{ "triple1": { "text": "Bob is rough.", "representation": "(\"Bob\" \"is\" \"rough\" \"+\")" }, "triple2": { "text": "Eric is round.", "representation": "(\"Eric\" \"is\" \"round\" \"+\")" }, "triple3": { "text": "Eric is rough.", "representation": "(\"Eric\" \"is\" \"rough\" \"+\")" }, "triple4": { "text": "Eric is nice.", "representation": "(\"Eric\" \"is\" \"nice\" \"+\")" }, "triple5": { "text": "Eric is kind.", "representation": "(\"Eric\" \"is\" \"kind\" \"+\")" }, "triple6": { "text": "Eric is green.", "representation": "(\"Eric\" \"is\" \"green\" \"+\")" }, "triple7": { "text": "Eric is blue.", "representation": "(\"Eric\" \"is\" \"blue\" \"+\")" }, "triple8": { "text": "Fred is young.", "representation": "(\"Fred\" \"is\" \"young\" \"+\")" }, "triple9": { "text": "Fred is round.", "representation": "(\"Fred\" \"is\" \"round\" \"+\")" }, "triple10": { "text": "Fred is cold.", "representation": "(\"Fred\" \"is\" \"cold\" \"+\")" }, "triple11": { "text": "Fred is big.", "representation": "(\"Fred\" \"is\" \"big\" \"+\")" }, "triple12": { "text": "Harry is rough.", "representation": "(\"Harry\" \"is\" \"rough\" \"+\")" } }

{ "rule1": { "text": "If someone is green and round and nice then they are kind.", "representation": "(((\"someone\" \"is\" \"green\" \"+\") (\"someone\" \"is\" \"round\" \"+\") (\"someone\" \"is\" \"nice\" \"+\")) -> (\"someone\" \"is\" \"kind\" \"+\"))" }, "rule2": { "text": "If someone is kind and big and blue then they are rough.", "representation": "(((\"someone\" \"is\" \"kind\" \"+\") (\"someone\" \"is\" \"big\" \"+\") (\"someone\" \"is\" \"blue\" \"+\")) -> (\"someone\" \"is\" \"rough\" \"+\"))" }, "rule3": { "text": "If someone is young and nice then they are green.", "representation": "(((\"someone\" \"is\" \"young\" \"+\") (\"someone\" \"is\" \"nice\" \"+\")) -> (\"someone\" \"is\" \"green\" \"+\"))" }, "rule4": { "text": "If someone is kind and round and nice then they are rough.", "representation": "(((\"someone\" \"is\" \"kind\" \"+\") (\"someone\" \"is\" \"round\" \"+\") (\"someone\" \"is\" \"nice\" \"+\")) -> (\"someone\" \"is\" \"rough\" \"+\"))" }, "rule5": { "text": "If someone is young and cold then they are nice.", "representation": "(((\"someone\" \"is\" \"young\" \"+\") (\"someone\" \"is\" \"cold\" \"+\")) -> (\"someone\" \"is\" \"nice\" \"+\"))" }, "rule6": null, "rule7": null }

{ "Q1": { "question": "Fred is big.", "answer": "True", "QDep": 0, "QLen": "1", "strategy": "proof", "proofs": "[(triple11)]", "representation": "(\"Fred\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple11", "intermediates": [] } ] }, "Q2": { "question": "Fred is not cold.", "answer": "False", "QDep": 0, "QLen": "1", "strategy": "inv-proof", "proofs": "[(triple10)]", "representation": "(\"Fred\" \"is\" \"cold\" \"-\")", "proofsWithIntermediates": [ { "representation": "triple10", "intermediates": [] } ] }, "Q3": { "question": "Fred is nice.", "answer": "True", "QDep": 1, "QLen": "3", "strategy": "proof", "proofs": "[(((triple8 triple10) -> rule5))]", "representation": "(\"Fred\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple8 triple10) -> (rule5 % int1))", "intermediates": [ { "text": "Fred is nice.", "representation": "(\"Fred\" \"is\" \"nice\" \"+\")", "id": "int1" } ] } ] }, "Q4": { "question": "Fred is not nice.", "answer": "False", "QDep": 1, "QLen": "3", "strategy": "inv-proof", "proofs": "[(((triple8 triple10) -> rule5))]", "representation": "(\"Fred\" \"is\" \"nice\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple8 triple10) -> (rule5 % int1))", "intermediates": [ { "text": "Fred is nice.", "representation": "(\"Fred\" \"is\" \"nice\" \"+\")", "id": "int1" } ] } ] }, "Q5": { "question": "Fred is green.", "answer": "True", "QDep": 2, "QLen": "5", "strategy": "proof", "proofs": "[(((triple8 ((triple8 triple10) -> rule5)) -> rule3))]", "representation": "(\"Fred\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple8 ((triple8 triple10) -> (rule5 % int2))) -> (rule3 % int1))", "intermediates": [ { "text": "Fred is green.", "representation": "(\"Fred\" \"is\" \"green\" \"+\")", "id": "int1" }, { "text": "Fred is nice.", "representation": "(\"Fred\" \"is\" \"nice\" \"+\")", "id": "int2" } ] } ] }, "Q6": { "question": "Fred is not green.", "answer": "False", "QDep": 2, "QLen": "5", "strategy": "inv-proof", "proofs": "[(((triple8 ((triple8 triple10) -> rule5)) -> rule3))]", "representation": "(\"Fred\" \"is\" \"green\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple8 ((triple8 triple10) -> (rule5 % int2))) -> (rule3 % int1))", "intermediates": [ { "text": "Fred is green.", "representation": "(\"Fred\" \"is\" \"green\" \"+\")", "id": "int1" }, { "text": "Fred is nice.", "representation": "(\"Fred\" \"is\" \"nice\" \"+\")", "id": "int2" } ] } ] }, "Q7": { "question": "Fred is kind.", "answer": "True", "QDep": 3, "QLen": "10", "strategy": "proof", "proofs": "[(((((triple8 ((triple8 triple10) -> rule5)) -> rule3) triple9 ((triple8 triple10) -> rule5)) -> rule1))]", "representation": "(\"Fred\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple8 ((triple8 triple10) -> (rule5 % int3))) -> (rule3 % int2)) triple9 ((triple8 triple10) -> (rule5 % int3))) -> (rule1 % int1))", "intermediates": [ { "text": "Fred is kind.", "representation": "(\"Fred\" \"is\" \"kind\" \"+\")", "id": "int1" }, { "text": "Fred is green.", "representation": "(\"Fred\" \"is\" \"green\" \"+\")", "id": "int2" }, { "text": "Fred is nice.", "representation": "(\"Fred\" \"is\" \"nice\" \"+\")", "id": "int3" } ] } ] }, "Q8": { "question": "Fred is not kind.", "answer": "False", "QDep": 3, "QLen": "10", "strategy": "inv-proof", "proofs": "[(((((triple8 ((triple8 triple10) -> rule5)) -> rule3) triple9 ((triple8 triple10) -> rule5)) -> rule1))]", "representation": "(\"Fred\" \"is\" \"kind\" \"-\")", "proofsWithIntermediates": [ { "representation": "((((triple8 ((triple8 triple10) -> (rule5 % int3))) -> (rule3 % int2)) triple9 ((triple8 triple10) -> (rule5 % int3))) -> (rule1 % int1))", "intermediates": [ { "text": "Fred is kind.", "representation": "(\"Fred\" \"is\" \"kind\" \"+\")", "id": "int1" }, { "text": "Fred is green.", "representation": "(\"Fred\" \"is\" \"green\" \"+\")", "id": "int2" }, { "text": "Fred is nice.", "representation": "(\"Fred\" \"is\" \"nice\" \"+\")", "id": "int3" } ] } ] }, "Q9": { "question": "Fred is rough.", "answer": "True", "QDep": 4, "QLen": "15", "strategy": "proof", "proofs": "[(((((((triple8 ((triple8 triple10) -> rule5)) -> rule3) triple9 ((triple8 triple10) -> rule5)) -> rule1) triple9 ((triple8 triple10) -> rule5)) -> rule4))]", "representation": "(\"Fred\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((((triple8 ((triple8 triple10) -> (rule5 % int4))) -> (rule3 % int3)) triple9 ((triple8 triple10) -> (rule5 % int4))) -> (rule1 % int2)) triple9 ((triple8 triple10) -> (rule5 % int4))) -> (rule4 % int1))", "intermediates": [ { "text": "Fred is rough.", "representation": "(\"Fred\" \"is\" \"rough\" \"+\")", "id": "int1" }, { "text": "Fred is kind.", "representation": "(\"Fred\" \"is\" \"kind\" \"+\")", "id": "int2" }, { "text": "Fred is green.", "representation": "(\"Fred\" \"is\" \"green\" \"+\")", "id": "int3" }, { "text": "Fred is nice.", "representation": "(\"Fred\" \"is\" \"nice\" \"+\")", "id": "int4" } ] } ] }, "Q10": { "question": "Fred is not rough.", "answer": "False", "QDep": 4, "QLen": "15", "strategy": "inv-proof", "proofs": "[(((((((triple8 ((triple8 triple10) -> rule5)) -> rule3) triple9 ((triple8 triple10) -> rule5)) -> rule1) triple9 ((triple8 triple10) -> rule5)) -> rule4))]", "representation": "(\"Fred\" \"is\" \"rough\" \"-\")", "proofsWithIntermediates": [ { "representation": "((((((triple8 ((triple8 triple10) -> (rule5 % int4))) -> (rule3 % int3)) triple9 ((triple8 triple10) -> (rule5 % int4))) -> (rule1 % int2)) triple9 ((triple8 triple10) -> (rule5 % int4))) -> (rule4 % int1))", "intermediates": [ { "text": "Fred is rough.", "representation": "(\"Fred\" \"is\" \"rough\" \"+\")", "id": "int1" }, { "text": "Fred is kind.", "representation": "(\"Fred\" \"is\" \"kind\" \"+\")", "id": "int2" }, { "text": "Fred is green.", "representation": "(\"Fred\" \"is\" \"green\" \"+\")", "id": "int3" }, { "text": "Fred is nice.", "representation": "(\"Fred\" \"is\" \"nice\" \"+\")", "id": "int4" } ] } ] }, "Q11": { "question": "Harry is not nice.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Harry is nice.[CWA. Example of deepest failure = (rule5 <- FAIL)]]", "representation": "(\"Harry\" \"is\" \"nice\" \"-\")", "proofsWithIntermediates": null }, "Q12": { "question": "Bob is nice.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "rconc", "proofs": "[@1: Bob is nice.[CWA. Example of deepest failure = (rule5 <- FAIL)]]", "representation": "(\"Bob\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": null }, "Q13": { "question": "Harry is not green.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Harry is green.[CWA. Example of deepest failure = (rule3 <- FAIL)]]", "representation": "(\"Harry\" \"is\" \"green\" \"-\")" }, "Q14": { "question": "Bob is green.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "rconc", "proofs": "[@1: Bob is green.[CWA. Example of deepest failure = (rule3 <- FAIL)]]", "representation": "(\"Bob\" \"is\" \"green\" \"+\")" }, "Q15": { "question": "Harry is not kind.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Harry is kind.[CWA. Example of deepest failure = (rule1 <- FAIL)]]", "representation": "(\"Harry\" \"is\" \"kind\" \"-\")" }, "Q16": { "question": "Bob is cold.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Bob is cold.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Bob\" \"is\" \"cold\" \"+\")" }, "Q17": { "question": "Bob is not big.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Bob is big.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Bob\" \"is\" \"big\" \"-\")" }, "Q18": { "question": "Fred is red.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Fred is red.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Fred\" \"is\" \"red\" \"+\")" }, "Q19": { "question": "Harry is not round.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Harry is round.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Harry\" \"is\" \"round\" \"-\")" }, "Q20": { "question": "Harry is red.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Harry is red.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Harry\" \"is\" \"red\" \"+\")" }, "Q21": null, "Q22": null, "Q23": null, "Q24": null }

[ { "text": "Bob is rough.", "QDep": 0, "representation": "(\"Bob\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple1", "intermediates": [] } ] }, { "text": "Eric is blue.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple7", "intermediates": [] } ] }, { "text": "Eric is green.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple6", "intermediates": [] } ] }, { "text": "Eric is kind.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple5", "intermediates": [] }, { "representation": "((triple6 triple2 triple4) -> (rule1 % int1))", "intermediates": [ { "text": "Eric is kind.", "representation": "(\"Eric\" \"is\" \"kind\" \"+\")", "id": "int1" } ] } ] }, { "text": "Eric is nice.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple4", "intermediates": [] } ] }, { "text": "Eric is rough.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple3", "intermediates": [] }, { "representation": "((triple5 triple2 triple4) -> (rule4 % int1))", "intermediates": [ { "text": "Eric is rough.", "representation": "(\"Eric\" \"is\" \"rough\" \"+\")", "id": "int1" } ] }, { "representation": "((((triple6 triple2 triple4) -> (rule1 % int2)) triple2 triple4) -> (rule4 % int1))", "intermediates": [ { "text": "Eric is rough.", "representation": "(\"Eric\" \"is\" \"rough\" \"+\")", "id": "int1" }, { "text": "Eric is kind.", "representation": "(\"Eric\" \"is\" \"kind\" \"+\")", "id": "int2" } ] } ] }, { "text": "Eric is round.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple2", "intermediates": [] } ] }, { "text": "Fred is big.", "QDep": 0, "representation": "(\"Fred\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple11", "intermediates": [] } ] }, { "text": "Fred is cold.", "QDep": 0, "representation": "(\"Fred\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple10", "intermediates": [] } ] }, { "text": "Fred is round.", "QDep": 0, "representation": "(\"Fred\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple9", "intermediates": [] } ] }, { "text": "Fred is young.", "QDep": 0, "representation": "(\"Fred\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple8", "intermediates": [] } ] }, { "text": "Harry is rough.", "QDep": 0, "representation": "(\"Harry\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple12", "intermediates": [] } ] }, { "text": "Fred is nice.", "QDep": 1, "representation": "(\"Fred\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple8 triple10) -> (rule5 % int1))", "intermediates": [ { "text": "Fred is nice.", "representation": "(\"Fred\" \"is\" \"nice\" \"+\")", "id": "int1" } ] } ] }, { "text": "Fred is green.", "QDep": 2, "representation": "(\"Fred\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple8 ((triple8 triple10) -> (rule5 % int2))) -> (rule3 % int1))", "intermediates": [ { "text": "Fred is green.", "representation": "(\"Fred\" \"is\" \"green\" \"+\")", "id": "int1" }, { "text": "Fred is nice.", "representation": "(\"Fred\" \"is\" \"nice\" \"+\")", "id": "int2" } ] } ] }, { "text": "Fred is kind.", "QDep": 3, "representation": "(\"Fred\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple8 ((triple8 triple10) -> (rule5 % int3))) -> (rule3 % int2)) triple9 ((triple8 triple10) -> (rule5 % int3))) -> (rule1 % int1))", "intermediates": [ { "text": "Fred is kind.", "representation": "(\"Fred\" \"is\" \"kind\" \"+\")", "id": "int1" }, { "text": "Fred is green.", "representation": "(\"Fred\" \"is\" \"green\" \"+\")", "id": "int2" }, { "text": "Fred is nice.", "representation": "(\"Fred\" \"is\" \"nice\" \"+\")", "id": "int3" } ] } ] }, { "text": "Fred is rough.", "QDep": 4, "representation": "(\"Fred\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((((triple8 ((triple8 triple10) -> (rule5 % int4))) -> (rule3 % int3)) triple9 ((triple8 triple10) -> (rule5 % int4))) -> (rule1 % int2)) triple9 ((triple8 triple10) -> (rule5 % int4))) -> (rule4 % int1))", "intermediates": [ { "text": "Fred is rough.", "representation": "(\"Fred\" \"is\" \"rough\" \"+\")", "id": "int1" }, { "text": "Fred is kind.", "representation": "(\"Fred\" \"is\" \"kind\" \"+\")", "id": "int2" }, { "text": "Fred is green.", "representation": "(\"Fred\" \"is\" \"green\" \"+\")", "id": "int3" }, { "text": "Fred is nice.", "representation": "(\"Fred\" \"is\" \"nice\" \"+\")", "id": "int4" } ] } ] } ]

{ "triple1": "sent1", "triple2": "sent2", "triple3": "sent2", "triple4": "sent2", "triple5": "sent2", "triple6": "sent2", "triple7": "sent2", "triple8": "sent3", "triple9": "sent3", "triple10": "sent3", "rule1": "sent5", "rule2": "sent6", "rule3": "sent7", "rule4": "sent8", "rule5": "sent9", "rule6": null, "rule7": null, "triple11": "sent3", "triple12": "sent4" }

{ "sent1": "They always call him rough Bob.", "sent2": "Eric who is round and rough is also said to be nice and kind and is feeling green and blue.", "sent3": "If you met Fred, you will find that he is round and young, he is also cold and big.", "sent4": "They always call him rough Harry.", "sent5": "Green, nice people who have round shapes are going to be kind to you.", "sent6": "People who are big and kind and feel down and blue tend to have rough skin.", "sent7": "A young, nice person will turn out to be a green person also.", "sent8": "Someone nice and kind with a round belly that shakes when they laugh will also have rough hands from spending time outdoors with the reindeer.", "sent9": "Someone who's young and frosty cold are actually very nice.", "sent10": null, "sent11": null }

{ "triple1": { "text": "Alan is blue.", "representation": "(\"Alan\" \"is\" \"blue\" \"+\")" }, "triple2": { "text": "Bob is kind.", "representation": "(\"Bob\" \"is\" \"kind\" \"+\")" }, "triple3": { "text": "Dave is blue.", "representation": "(\"Dave\" \"is\" \"blue\" \"+\")" }, "triple4": { "text": "Fred is young.", "representation": "(\"Fred\" \"is\" \"young\" \"+\")" }, "triple5": { "text": "Fred is rough.", "representation": "(\"Fred\" \"is\" \"rough\" \"+\")" }, "triple6": { "text": "Fred is red.", "representation": "(\"Fred\" \"is\" \"red\" \"+\")" }, "triple7": { "text": "Fred is big.", "representation": "(\"Fred\" \"is\" \"big\" \"+\")" }, "triple8": null, "triple9": null, "triple10": null, "triple11": null, "triple12": null }

{ "rule1": { "text": "If someone is young and cold and rough then they are nice.", "representation": "(((\"someone\" \"is\" \"young\" \"+\") (\"someone\" \"is\" \"cold\" \"+\") (\"someone\" \"is\" \"rough\" \"+\")) -> (\"someone\" \"is\" \"nice\" \"+\"))" }, "rule2": { "text": "If someone is young and green then they are nice.", "representation": "(((\"someone\" \"is\" \"young\" \"+\") (\"someone\" \"is\" \"green\" \"+\")) -> (\"someone\" \"is\" \"nice\" \"+\"))" }, "rule3": { "text": "If someone is big and rough then they are kind.", "representation": "(((\"someone\" \"is\" \"big\" \"+\") (\"someone\" \"is\" \"rough\" \"+\")) -> (\"someone\" \"is\" \"kind\" \"+\"))" }, "rule4": { "text": "If someone is blue and young and kind then they are round.", "representation": "(((\"someone\" \"is\" \"blue\" \"+\") (\"someone\" \"is\" \"young\" \"+\") (\"someone\" \"is\" \"kind\" \"+\")) -> (\"someone\" \"is\" \"round\" \"+\"))" }, "rule5": { "text": "If someone is kind then they are cold.", "representation": "(((\"someone\" \"is\" \"kind\" \"+\")) -> (\"someone\" \"is\" \"cold\" \"+\"))" }, "rule6": { "text": "If someone is rough and cold and nice then they are green.", "representation": "(((\"someone\" \"is\" \"rough\" \"+\") (\"someone\" \"is\" \"cold\" \"+\") (\"someone\" \"is\" \"nice\" \"+\")) -> (\"someone\" \"is\" \"green\" \"+\"))" }, "rule7": { "text": "If someone is nice and young then they are cold.", "representation": "(((\"someone\" \"is\" \"nice\" \"+\") (\"someone\" \"is\" \"young\" \"+\")) -> (\"someone\" \"is\" \"cold\" \"+\"))" } }

{ "Q1": { "question": "Dave is blue.", "answer": "True", "QDep": 0, "QLen": "1", "strategy": "proof", "proofs": "[(triple3)]", "representation": "(\"Dave\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple3", "intermediates": [] } ] }, "Q2": { "question": "Alan is not blue.", "answer": "False", "QDep": 0, "QLen": "1", "strategy": "inv-proof", "proofs": "[(triple1)]", "representation": "(\"Alan\" \"is\" \"blue\" \"-\")", "proofsWithIntermediates": [ { "representation": "triple1", "intermediates": [] } ] }, "Q3": { "question": "Fred is kind.", "answer": "True", "QDep": 1, "QLen": "3", "strategy": "proof", "proofs": "[(((triple7 triple5) -> rule3))]", "representation": "(\"Fred\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple7 triple5) -> (rule3 % int1))", "intermediates": [ { "text": "Fred is kind.", "representation": "(\"Fred\" \"is\" \"kind\" \"+\")", "id": "int1" } ] } ] }, "Q4": { "question": "Fred is not kind.", "answer": "False", "QDep": 1, "QLen": "3", "strategy": "inv-proof", "proofs": "[(((triple7 triple5) -> rule3))]", "representation": "(\"Fred\" \"is\" \"kind\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple7 triple5) -> (rule3 % int1))", "intermediates": [ { "text": "Fred is kind.", "representation": "(\"Fred\" \"is\" \"kind\" \"+\")", "id": "int1" } ] } ] }, "Q5": { "question": "Fred is cold.", "answer": "True", "QDep": 2, "QLen": "4", "strategy": "proof", "proofs": "[(((((triple7 triple5) -> rule3)) -> rule5))]", "representation": "(\"Fred\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple7 triple5) -> (rule3 % int2))) -> (rule5 % int1))", "intermediates": [ { "text": "Fred is cold.", "representation": "(\"Fred\" \"is\" \"cold\" \"+\")", "id": "int1" }, { "text": "Fred is kind.", "representation": "(\"Fred\" \"is\" \"kind\" \"+\")", "id": "int2" } ] } ] }, "Q6": { "question": "Fred is not cold.", "answer": "False", "QDep": 2, "QLen": "4", "strategy": "inv-proof", "proofs": "[(((((triple7 triple5) -> rule3)) -> rule5))]", "representation": "(\"Fred\" \"is\" \"cold\" \"-\")", "proofsWithIntermediates": [ { "representation": "((((triple7 triple5) -> (rule3 % int2))) -> (rule5 % int1))", "intermediates": [ { "text": "Fred is cold.", "representation": "(\"Fred\" \"is\" \"cold\" \"+\")", "id": "int1" }, { "text": "Fred is kind.", "representation": "(\"Fred\" \"is\" \"kind\" \"+\")", "id": "int2" } ] } ] }, "Q7": { "question": "Fred is nice.", "answer": "True", "QDep": 3, "QLen": "7", "strategy": "proof", "proofs": "[(((triple4 ((((triple7 triple5) -> rule3)) -> rule5) triple5) -> rule1))]", "representation": "(\"Fred\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple4 ((((triple7 triple5) -> (rule3 % int3))) -> (rule5 % int2)) triple5) -> (rule1 % int1))", "intermediates": [ { "text": "Fred is nice.", "representation": "(\"Fred\" \"is\" \"nice\" \"+\")", "id": "int1" }, { "text": "Fred is cold.", "representation": "(\"Fred\" \"is\" \"cold\" \"+\")", "id": "int2" }, { "text": "Fred is kind.", "representation": "(\"Fred\" \"is\" \"kind\" \"+\")", "id": "int3" } ] } ] }, "Q8": { "question": "Fred is not nice.", "answer": "False", "QDep": 3, "QLen": "7", "strategy": "inv-proof", "proofs": "[(((triple4 ((((triple7 triple5) -> rule3)) -> rule5) triple5) -> rule1))]", "representation": "(\"Fred\" \"is\" \"nice\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple4 ((((triple7 triple5) -> (rule3 % int3))) -> (rule5 % int2)) triple5) -> (rule1 % int1))", "intermediates": [ { "text": "Fred is nice.", "representation": "(\"Fred\" \"is\" \"nice\" \"+\")", "id": "int1" }, { "text": "Fred is cold.", "representation": "(\"Fred\" \"is\" \"cold\" \"+\")", "id": "int2" }, { "text": "Fred is kind.", "representation": "(\"Fred\" \"is\" \"kind\" \"+\")", "id": "int3" } ] } ] }, "Q9": { "question": "Fred is green.", "answer": "True", "QDep": 4, "QLen": "13", "strategy": "proof", "proofs": "[(((triple5 ((((triple7 triple5) -> rule3)) -> rule5) ((triple4 ((((triple7 triple5) -> rule3)) -> rule5) triple5) -> rule1)) -> rule6))]", "representation": "(\"Fred\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple5 ((((triple7 triple5) -> (rule3 % int4))) -> (rule5 % int3)) ((triple4 ((((triple7 triple5) -> (rule3 % int4))) -> (rule5 % int3)) triple5) -> (rule1 % int2))) -> (rule6 % int1))", "intermediates": [ { "text": "Fred is green.", "representation": "(\"Fred\" \"is\" \"green\" \"+\")", "id": "int1" }, { "text": "Fred is nice.", "representation": "(\"Fred\" \"is\" \"nice\" \"+\")", "id": "int2" }, { "text": "Fred is cold.", "representation": "(\"Fred\" \"is\" \"cold\" \"+\")", "id": "int3" }, { "text": "Fred is kind.", "representation": "(\"Fred\" \"is\" \"kind\" \"+\")", "id": "int4" } ] } ] }, "Q10": { "question": "Fred is not green.", "answer": "False", "QDep": 4, "QLen": "13", "strategy": "inv-proof", "proofs": "[(((triple5 ((((triple7 triple5) -> rule3)) -> rule5) ((triple4 ((((triple7 triple5) -> rule3)) -> rule5) triple5) -> rule1)) -> rule6))]", "representation": "(\"Fred\" \"is\" \"green\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple5 ((((triple7 triple5) -> (rule3 % int4))) -> (rule5 % int3)) ((triple4 ((((triple7 triple5) -> (rule3 % int4))) -> (rule5 % int3)) triple5) -> (rule1 % int2))) -> (rule6 % int1))", "intermediates": [ { "text": "Fred is green.", "representation": "(\"Fred\" \"is\" \"green\" \"+\")", "id": "int1" }, { "text": "Fred is nice.", "representation": "(\"Fred\" \"is\" \"nice\" \"+\")", "id": "int2" }, { "text": "Fred is cold.", "representation": "(\"Fred\" \"is\" \"cold\" \"+\")", "id": "int3" }, { "text": "Fred is kind.", "representation": "(\"Fred\" \"is\" \"kind\" \"+\")", "id": "int4" } ] } ] }, "Q11": { "question": "Alan is not round.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Alan is round.[CWA. Example of deepest failure = (rule4 <- FAIL)]]", "representation": "(\"Alan\" \"is\" \"round\" \"-\")", "proofsWithIntermediates": null }, "Q12": { "question": "Alan is kind.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "rconc", "proofs": "[@1: Alan is kind.[CWA. Example of deepest failure = (rule3 <- FAIL)]]", "representation": "(\"Alan\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": null }, "Q13": { "question": "Dave is not round.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Dave is round.[CWA. Example of deepest failure = (rule4 <- FAIL)]]", "representation": "(\"Dave\" \"is\" \"round\" \"-\")" }, "Q14": { "question": "Dave is green.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "rconc", "proofs": "[@1: Dave is green.[CWA. Example of deepest failure = (rule6 <- FAIL)]]", "representation": "(\"Dave\" \"is\" \"green\" \"+\")" }, "Q15": { "question": "Fred is not round.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Fred is round.[CWA. Example of deepest failure = (rule4 <- FAIL)]]", "representation": "(\"Fred\" \"is\" \"round\" \"-\")" }, "Q16": { "question": "Alan is big.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Alan is big.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Alan\" \"is\" \"big\" \"+\")" }, "Q17": { "question": "Bob is not young.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Bob is young.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Bob\" \"is\" \"young\" \"-\")" }, "Q18": { "question": "Bob is red.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Bob is red.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Bob\" \"is\" \"red\" \"+\")" }, "Q19": { "question": "Bob is not blue.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Bob is blue.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Bob\" \"is\" \"blue\" \"-\")" }, "Q20": { "question": "Dave is young.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Dave is young.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Dave\" \"is\" \"young\" \"+\")" }, "Q21": null, "Q22": null, "Q23": null, "Q24": null }

[ { "text": "Alan is blue.", "QDep": 0, "representation": "(\"Alan\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple1", "intermediates": [] } ] }, { "text": "Bob is kind.", "QDep": 0, "representation": "(\"Bob\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple2", "intermediates": [] } ] }, { "text": "Dave is blue.", "QDep": 0, "representation": "(\"Dave\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple3", "intermediates": [] } ] }, { "text": "Fred is big.", "QDep": 0, "representation": "(\"Fred\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple7", "intermediates": [] } ] }, { "text": "Fred is red.", "QDep": 0, "representation": "(\"Fred\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple6", "intermediates": [] } ] }, { "text": "Fred is rough.", "QDep": 0, "representation": "(\"Fred\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple5", "intermediates": [] } ] }, { "text": "Fred is young.", "QDep": 0, "representation": "(\"Fred\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple4", "intermediates": [] } ] }, { "text": "Bob is cold.", "QDep": 1, "representation": "(\"Bob\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple2) -> (rule5 % int1))", "intermediates": [ { "text": "Bob is cold.", "representation": "(\"Bob\" \"is\" \"cold\" \"+\")", "id": "int1" } ] } ] }, { "text": "Fred is kind.", "QDep": 1, "representation": "(\"Fred\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple7 triple5) -> (rule3 % int1))", "intermediates": [ { "text": "Fred is kind.", "representation": "(\"Fred\" \"is\" \"kind\" \"+\")", "id": "int1" } ] } ] }, { "text": "Fred is cold.", "QDep": 2, "representation": "(\"Fred\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple7 triple5) -> (rule3 % int2))) -> (rule5 % int1))", "intermediates": [ { "text": "Fred is cold.", "representation": "(\"Fred\" \"is\" \"cold\" \"+\")", "id": "int1" }, { "text": "Fred is kind.", "representation": "(\"Fred\" \"is\" \"kind\" \"+\")", "id": "int2" } ] } ] }, { "text": "Fred is nice.", "QDep": 3, "representation": "(\"Fred\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple4 ((((triple7 triple5) -> (rule3 % int3))) -> (rule5 % int2)) triple5) -> (rule1 % int1))", "intermediates": [ { "text": "Fred is nice.", "representation": "(\"Fred\" \"is\" \"nice\" \"+\")", "id": "int1" }, { "text": "Fred is cold.", "representation": "(\"Fred\" \"is\" \"cold\" \"+\")", "id": "int2" }, { "text": "Fred is kind.", "representation": "(\"Fred\" \"is\" \"kind\" \"+\")", "id": "int3" } ] } ] }, { "text": "Fred is green.", "QDep": 4, "representation": "(\"Fred\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple5 ((((triple7 triple5) -> (rule3 % int4))) -> (rule5 % int3)) ((triple4 ((((triple7 triple5) -> (rule3 % int4))) -> (rule5 % int3)) triple5) -> (rule1 % int2))) -> (rule6 % int1))", "intermediates": [ { "text": "Fred is green.", "representation": "(\"Fred\" \"is\" \"green\" \"+\")", "id": "int1" }, { "text": "Fred is nice.", "representation": "(\"Fred\" \"is\" \"nice\" \"+\")", "id": "int2" }, { "text": "Fred is cold.", "representation": "(\"Fred\" \"is\" \"cold\" \"+\")", "id": "int3" }, { "text": "Fred is kind.", "representation": "(\"Fred\" \"is\" \"kind\" \"+\")", "id": "int4" } ] } ] } ]

{ "triple1": "sent1", "triple2": "sent2", "triple3": "sent3", "triple4": "sent4", "triple5": "sent4", "triple6": "sent4", "triple7": "sent4", "triple8": null, "triple9": null, "triple10": null, "rule1": "sent5", "rule2": "sent6", "rule3": "sent7", "rule4": "sent8", "rule5": "sent9", "rule6": "sent10", "rule7": "sent11", "triple11": null, "triple12": null }

{ "sent1": "Alan wears all blue.", "sent2": "Bob always goes out of his way to show that he is kind to people.", "sent3": "Dave wears all blue.", "sent4": "Fred a big man for his young age; he has red hair and can be rough.", "sent5": "A person who is described as young and cold, but also described as rough is nice.", "sent6": "When you know someone who is young and green you can count on them being nice to everyone.", "sent7": "Someone big and rough in shape is always kind.", "sent8": "Kind young people that are still blue are generally round shaped.", "sent9": "When you meet kind people they wont have a cold heart.", "sent10": "People who are rough and cold, but also nice, are considered green.", "sent11": "A person that is both nice and young will also be cold." }

{ "triple1": { "text": "Dave is round.", "representation": "(\"Dave\" \"is\" \"round\" \"+\")" }, "triple2": { "text": "Dave is nice.", "representation": "(\"Dave\" \"is\" \"nice\" \"+\")" }, "triple3": { "text": "Dave is green.", "representation": "(\"Dave\" \"is\" \"green\" \"+\")" }, "triple4": { "text": "Dave is big.", "representation": "(\"Dave\" \"is\" \"big\" \"+\")" }, "triple5": { "text": "Gary is young.", "representation": "(\"Gary\" \"is\" \"young\" \"+\")" }, "triple6": { "text": "Gary is green.", "representation": "(\"Gary\" \"is\" \"green\" \"+\")" }, "triple7": { "text": "Harry is round.", "representation": "(\"Harry\" \"is\" \"round\" \"+\")" }, "triple8": { "text": "Harry is rough.", "representation": "(\"Harry\" \"is\" \"rough\" \"+\")" }, "triple9": { "text": "Harry is blue.", "representation": "(\"Harry\" \"is\" \"blue\" \"+\")" }, "triple10": null, "triple11": null, "triple12": null }

{ "rule1": { "text": "If someone is round and blue and cold then they are nice.", "representation": "(((\"someone\" \"is\" \"round\" \"+\") (\"someone\" \"is\" \"blue\" \"+\") (\"someone\" \"is\" \"cold\" \"+\")) -> (\"someone\" \"is\" \"nice\" \"+\"))" }, "rule2": { "text": "If someone is cold and rough then they are green.", "representation": "(((\"someone\" \"is\" \"cold\" \"+\") (\"someone\" \"is\" \"rough\" \"+\")) -> (\"someone\" \"is\" \"green\" \"+\"))" }, "rule3": { "text": "If someone is blue and nice and red then they are rough.", "representation": "(((\"someone\" \"is\" \"blue\" \"+\") (\"someone\" \"is\" \"nice\" \"+\") (\"someone\" \"is\" \"red\" \"+\")) -> (\"someone\" \"is\" \"rough\" \"+\"))" }, "rule4": { "text": "If someone is round and blue and red then they are cold.", "representation": "(((\"someone\" \"is\" \"round\" \"+\") (\"someone\" \"is\" \"blue\" \"+\") (\"someone\" \"is\" \"red\" \"+\")) -> (\"someone\" \"is\" \"cold\" \"+\"))" }, "rule5": { "text": "If someone is nice and young and red then they are green.", "representation": "(((\"someone\" \"is\" \"nice\" \"+\") (\"someone\" \"is\" \"young\" \"+\") (\"someone\" \"is\" \"red\" \"+\")) -> (\"someone\" \"is\" \"green\" \"+\"))" }, "rule6": { "text": "If someone is blue and round then they are red.", "representation": "(((\"someone\" \"is\" \"blue\" \"+\") (\"someone\" \"is\" \"round\" \"+\")) -> (\"someone\" \"is\" \"red\" \"+\"))" }, "rule7": { "text": "If someone is round and kind then they are rough.", "representation": "(((\"someone\" \"is\" \"round\" \"+\") (\"someone\" \"is\" \"kind\" \"+\")) -> (\"someone\" \"is\" \"rough\" \"+\"))" } }

{ "Q1": { "question": "Dave is nice.", "answer": "True", "QDep": 0, "QLen": "1", "strategy": "proof", "proofs": "[(triple2)]", "representation": "(\"Dave\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple2", "intermediates": [] } ] }, "Q2": { "question": "Harry is not round.", "answer": "False", "QDep": 0, "QLen": "1", "strategy": "inv-proof", "proofs": "[(triple7)]", "representation": "(\"Harry\" \"is\" \"round\" \"-\")", "proofsWithIntermediates": [ { "representation": "triple7", "intermediates": [] } ] }, "Q3": { "question": "Harry is red.", "answer": "True", "QDep": 1, "QLen": "3", "strategy": "proof", "proofs": "[(((triple9 triple7) -> rule6))]", "representation": "(\"Harry\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple9 triple7) -> (rule6 % int1))", "intermediates": [ { "text": "Harry is red.", "representation": "(\"Harry\" \"is\" \"red\" \"+\")", "id": "int1" } ] } ] }, "Q4": { "question": "Harry is not red.", "answer": "False", "QDep": 1, "QLen": "3", "strategy": "inv-proof", "proofs": "[(((triple9 triple7) -> rule6))]", "representation": "(\"Harry\" \"is\" \"red\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple9 triple7) -> (rule6 % int1))", "intermediates": [ { "text": "Harry is red.", "representation": "(\"Harry\" \"is\" \"red\" \"+\")", "id": "int1" } ] } ] }, "Q5": { "question": "Harry is cold.", "answer": "True", "QDep": 2, "QLen": "6", "strategy": "proof", "proofs": "[(((triple7 triple9 ((triple9 triple7) -> rule6)) -> rule4))]", "representation": "(\"Harry\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple7 triple9 ((triple9 triple7) -> (rule6 % int2))) -> (rule4 % int1))", "intermediates": [ { "text": "Harry is cold.", "representation": "(\"Harry\" \"is\" \"cold\" \"+\")", "id": "int1" }, { "text": "Harry is red.", "representation": "(\"Harry\" \"is\" \"red\" \"+\")", "id": "int2" } ] } ] }, "Q6": { "question": "Harry is not cold.", "answer": "False", "QDep": 2, "QLen": "6", "strategy": "inv-proof", "proofs": "[(((triple7 triple9 ((triple9 triple7) -> rule6)) -> rule4))]", "representation": "(\"Harry\" \"is\" \"cold\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple7 triple9 ((triple9 triple7) -> (rule6 % int2))) -> (rule4 % int1))", "intermediates": [ { "text": "Harry is cold.", "representation": "(\"Harry\" \"is\" \"cold\" \"+\")", "id": "int1" }, { "text": "Harry is red.", "representation": "(\"Harry\" \"is\" \"red\" \"+\")", "id": "int2" } ] } ] }, "Q7": { "question": "Harry is nice.", "answer": "True", "QDep": 3, "QLen": "9", "strategy": "proof", "proofs": "[(((triple7 triple9 ((triple7 triple9 ((triple9 triple7) -> rule6)) -> rule4)) -> rule1))]", "representation": "(\"Harry\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple7 triple9 ((triple7 triple9 ((triple9 triple7) -> (rule6 % int3))) -> (rule4 % int2))) -> (rule1 % int1))", "intermediates": [ { "text": "Harry is nice.", "representation": "(\"Harry\" \"is\" \"nice\" \"+\")", "id": "int1" }, { "text": "Harry is cold.", "representation": "(\"Harry\" \"is\" \"cold\" \"+\")", "id": "int2" }, { "text": "Harry is red.", "representation": "(\"Harry\" \"is\" \"red\" \"+\")", "id": "int3" } ] } ] }, "Q8": { "question": "Harry is not green.", "answer": "False", "QDep": 3, "QLen": "8", "strategy": "inv-proof", "proofs": "[(((((triple7 triple9 ((triple9 triple7) -> rule6)) -> rule4) triple8) -> rule2) OR ((((triple7 triple9 ((triple9 triple7) -> rule6)) -> rule4) ((triple9 ((triple7 triple9 ((triple7 triple9 ((triple9 triple7) -> rule6)) -> rule4)) -> rule1) ((triple9 triple7) -> rule6)) -> rule3)) -> rule2))]", "representation": "(\"Harry\" \"is\" \"green\" \"-\")", "proofsWithIntermediates": [ { "representation": "((((triple7 triple9 ((triple9 triple7) -> (rule6 % int3))) -> (rule4 % int2)) triple8) -> (rule2 % int1))", "intermediates": [ { "text": "Harry is green.", "representation": "(\"Harry\" \"is\" \"green\" \"+\")", "id": "int1" }, { "text": "Harry is cold.", "representation": "(\"Harry\" \"is\" \"cold\" \"+\")", "id": "int2" }, { "text": "Harry is red.", "representation": "(\"Harry\" \"is\" \"red\" \"+\")", "id": "int3" } ] }, { "representation": "((((triple7 triple9 ((triple9 triple7) -> (rule6 % int5))) -> (rule4 % int4)) ((triple9 ((triple7 triple9 ((triple7 triple9 ((triple9 triple7) -> (rule6 % int5))) -> (rule4 % int4))) -> (rule1 % int3)) ((triple9 triple7) -> (rule6 % int5))) -> (rule3 % int2))) -> (rule2 % int1))", "intermediates": [ { "text": "Harry is green.", "representation": "(\"Harry\" \"is\" \"green\" \"+\")", "id": "int1" }, { "text": "Harry is rough.", "representation": "(\"Harry\" \"is\" \"rough\" \"+\")", "id": "int2" }, { "text": "Harry is nice.", "representation": "(\"Harry\" \"is\" \"nice\" \"+\")", "id": "int3" }, { "text": "Harry is cold.", "representation": "(\"Harry\" \"is\" \"cold\" \"+\")", "id": "int4" }, { "text": "Harry is red.", "representation": "(\"Harry\" \"is\" \"red\" \"+\")", "id": "int5" } ] } ] }, "Q9": { "question": "Gary is not red.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Gary is red.[CWA. Example of deepest failure = (rule6 <- FAIL)]]", "representation": "(\"Gary\" \"is\" \"red\" \"-\")", "proofsWithIntermediates": null }, "Q10": { "question": "Bob is red.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "rconc", "proofs": "[@1: Bob is red.[CWA. Example of deepest failure = (rule6 <- FAIL)]]", "representation": "(\"Bob\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": null }, "Q11": { "question": "Gary is not nice.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Gary is nice.[CWA. Example of deepest failure = (rule1 <- FAIL)]]", "representation": "(\"Gary\" \"is\" \"nice\" \"-\")", "proofsWithIntermediates": null }, "Q12": { "question": "Bob is rough.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "rconc", "proofs": "[@1: Bob is rough.[CWA. Example of deepest failure = (rule3 <- FAIL)]]", "representation": "(\"Bob\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": null }, "Q13": { "question": "Gary is not blue.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Gary is blue.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Gary\" \"is\" \"blue\" \"-\")" }, "Q14": { "question": "Bob is round.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Bob is round.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Bob\" \"is\" \"round\" \"+\")" }, "Q15": { "question": "Dave is not kind.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Dave is kind.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Dave\" \"is\" \"kind\" \"-\")" }, "Q16": { "question": "Harry is kind.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Harry is kind.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Harry\" \"is\" \"kind\" \"+\")" }, "Q17": null, "Q18": null, "Q19": null, "Q20": null, "Q21": null, "Q22": null, "Q23": null, "Q24": null }

[ { "text": "Dave is big.", "QDep": 0, "representation": "(\"Dave\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple4", "intermediates": [] } ] }, { "text": "Dave is green.", "QDep": 0, "representation": "(\"Dave\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple3", "intermediates": [] } ] }, { "text": "Dave is nice.", "QDep": 0, "representation": "(\"Dave\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple2", "intermediates": [] } ] }, { "text": "Dave is round.", "QDep": 0, "representation": "(\"Dave\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple1", "intermediates": [] } ] }, { "text": "Gary is green.", "QDep": 0, "representation": "(\"Gary\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple6", "intermediates": [] } ] }, { "text": "Gary is young.", "QDep": 0, "representation": "(\"Gary\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple5", "intermediates": [] } ] }, { "text": "Harry is blue.", "QDep": 0, "representation": "(\"Harry\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple9", "intermediates": [] } ] }, { "text": "Harry is rough.", "QDep": 0, "representation": "(\"Harry\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple8", "intermediates": [] }, { "representation": "((triple9 ((triple7 triple9 ((triple7 triple9 ((triple9 triple7) -> (rule6 % int4))) -> (rule4 % int3))) -> (rule1 % int2)) ((triple9 triple7) -> (rule6 % int4))) -> (rule3 % int1))", "intermediates": [ { "text": "Harry is rough.", "representation": "(\"Harry\" \"is\" \"rough\" \"+\")", "id": "int1" }, { "text": "Harry is nice.", "representation": "(\"Harry\" \"is\" \"nice\" \"+\")", "id": "int2" }, { "text": "Harry is cold.", "representation": "(\"Harry\" \"is\" \"cold\" \"+\")", "id": "int3" }, { "text": "Harry is red.", "representation": "(\"Harry\" \"is\" \"red\" \"+\")", "id": "int4" } ] } ] }, { "text": "Harry is round.", "QDep": 0, "representation": "(\"Harry\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple7", "intermediates": [] } ] }, { "text": "Harry is red.", "QDep": 1, "representation": "(\"Harry\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple9 triple7) -> (rule6 % int1))", "intermediates": [ { "text": "Harry is red.", "representation": "(\"Harry\" \"is\" \"red\" \"+\")", "id": "int1" } ] } ] }, { "text": "Harry is cold.", "QDep": 2, "representation": "(\"Harry\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple7 triple9 ((triple9 triple7) -> (rule6 % int2))) -> (rule4 % int1))", "intermediates": [ { "text": "Harry is cold.", "representation": "(\"Harry\" \"is\" \"cold\" \"+\")", "id": "int1" }, { "text": "Harry is red.", "representation": "(\"Harry\" \"is\" \"red\" \"+\")", "id": "int2" } ] } ] }, { "text": "Harry is green.", "QDep": 3, "representation": "(\"Harry\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple7 triple9 ((triple9 triple7) -> (rule6 % int3))) -> (rule4 % int2)) triple8) -> (rule2 % int1))", "intermediates": [ { "text": "Harry is green.", "representation": "(\"Harry\" \"is\" \"green\" \"+\")", "id": "int1" }, { "text": "Harry is cold.", "representation": "(\"Harry\" \"is\" \"cold\" \"+\")", "id": "int2" }, { "text": "Harry is red.", "representation": "(\"Harry\" \"is\" \"red\" \"+\")", "id": "int3" } ] }, { "representation": "((((triple7 triple9 ((triple9 triple7) -> (rule6 % int5))) -> (rule4 % int4)) ((triple9 ((triple7 triple9 ((triple7 triple9 ((triple9 triple7) -> (rule6 % int5))) -> (rule4 % int4))) -> (rule1 % int3)) ((triple9 triple7) -> (rule6 % int5))) -> (rule3 % int2))) -> (rule2 % int1))", "intermediates": [ { "text": "Harry is green.", "representation": "(\"Harry\" \"is\" \"green\" \"+\")", "id": "int1" }, { "text": "Harry is rough.", "representation": "(\"Harry\" \"is\" \"rough\" \"+\")", "id": "int2" }, { "text": "Harry is nice.", "representation": "(\"Harry\" \"is\" \"nice\" \"+\")", "id": "int3" }, { "text": "Harry is cold.", "representation": "(\"Harry\" \"is\" \"cold\" \"+\")", "id": "int4" }, { "text": "Harry is red.", "representation": "(\"Harry\" \"is\" \"red\" \"+\")", "id": "int5" } ] } ] }, { "text": "Harry is nice.", "QDep": 3, "representation": "(\"Harry\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple7 triple9 ((triple7 triple9 ((triple9 triple7) -> (rule6 % int3))) -> (rule4 % int2))) -> (rule1 % int1))", "intermediates": [ { "text": "Harry is nice.", "representation": "(\"Harry\" \"is\" \"nice\" \"+\")", "id": "int1" }, { "text": "Harry is cold.", "representation": "(\"Harry\" \"is\" \"cold\" \"+\")", "id": "int2" }, { "text": "Harry is red.", "representation": "(\"Harry\" \"is\" \"red\" \"+\")", "id": "int3" } ] } ] } ]

{ "triple1": "sent1", "triple2": "sent1", "triple3": "sent1", "triple4": "sent1", "triple5": "sent2", "triple6": "sent2", "triple7": "sent3", "triple8": "sent3", "triple9": "sent3", "triple10": null, "rule1": "sent4", "rule2": "sent5", "rule3": "sent6", "rule4": "sent7", "rule5": "sent8", "rule6": "sent9", "rule7": "sent10", "triple11": null, "triple12": null }

{ "sent1": "Dave became so big that he is now very round; Fortunately the rather green man is still nice.", "sent2": "Young Gary is wearing green pants.", "sent3": "Harry is blue just like his dog; Harry is rough and round enough for the dog to use him as an exercise wheel.", "sent4": "People who are round, blue and cold are usually nice.", "sent5": "Cold, rough people are always green.", "sent6": "A nice and blue person who's also red will be a rough person.", "sent7": "Someone blue who is round with bloating and red from sunburn is surely cold from having fallen into the lake.", "sent8": "Humans who are nice to others while they are young and red will also be green.", "sent9": "Blue people round with fat are red from too much time in the sun.", "sent10": "It's always true that round, kind people are rough as well.", "sent11": null }

{ "triple1": { "text": "Alan is blue.", "representation": "(\"Alan\" \"is\" \"blue\" \"+\")" }, "triple2": { "text": "Charlie is round.", "representation": "(\"Charlie\" \"is\" \"round\" \"+\")" }, "triple3": { "text": "Charlie is nice.", "representation": "(\"Charlie\" \"is\" \"nice\" \"+\")" }, "triple4": { "text": "Charlie is kind.", "representation": "(\"Charlie\" \"is\" \"kind\" \"+\")" }, "triple5": { "text": "Charlie is blue.", "representation": "(\"Charlie\" \"is\" \"blue\" \"+\")" }, "triple6": { "text": "Eric is young.", "representation": "(\"Eric\" \"is\" \"young\" \"+\")" }, "triple7": { "text": "Eric is rough.", "representation": "(\"Eric\" \"is\" \"rough\" \"+\")" }, "triple8": { "text": "Eric is kind.", "representation": "(\"Eric\" \"is\" \"kind\" \"+\")" }, "triple9": { "text": "Gary is nice.", "representation": "(\"Gary\" \"is\" \"nice\" \"+\")" }, "triple10": { "text": "Gary is green.", "representation": "(\"Gary\" \"is\" \"green\" \"+\")" }, "triple11": { "text": "Gary is blue.", "representation": "(\"Gary\" \"is\" \"blue\" \"+\")" }, "triple12": null }

{ "rule1": { "text": "If someone is red and kind and nice then they are big.", "representation": "(((\"someone\" \"is\" \"red\" \"+\") (\"someone\" \"is\" \"kind\" \"+\") (\"someone\" \"is\" \"nice\" \"+\")) -> (\"someone\" \"is\" \"big\" \"+\"))" }, "rule2": { "text": "If someone is rough and kind and round then they are nice.", "representation": "(((\"someone\" \"is\" \"rough\" \"+\") (\"someone\" \"is\" \"kind\" \"+\") (\"someone\" \"is\" \"round\" \"+\")) -> (\"someone\" \"is\" \"nice\" \"+\"))" }, "rule3": { "text": "If someone is young and nice then they are kind.", "representation": "(((\"someone\" \"is\" \"young\" \"+\") (\"someone\" \"is\" \"nice\" \"+\")) -> (\"someone\" \"is\" \"kind\" \"+\"))" }, "rule4": { "text": "If someone is round and rough then they are big.", "representation": "(((\"someone\" \"is\" \"round\" \"+\") (\"someone\" \"is\" \"rough\" \"+\")) -> (\"someone\" \"is\" \"big\" \"+\"))" }, "rule5": { "text": "If someone is round and red then they are nice.", "representation": "(((\"someone\" \"is\" \"round\" \"+\") (\"someone\" \"is\" \"red\" \"+\")) -> (\"someone\" \"is\" \"nice\" \"+\"))" }, "rule6": { "text": "If someone is kind and nice and green then they are red.", "representation": "(((\"someone\" \"is\" \"kind\" \"+\") (\"someone\" \"is\" \"nice\" \"+\") (\"someone\" \"is\" \"green\" \"+\")) -> (\"someone\" \"is\" \"red\" \"+\"))" }, "rule7": { "text": "If someone is blue then they are green.", "representation": "(((\"someone\" \"is\" \"blue\" \"+\")) -> (\"someone\" \"is\" \"green\" \"+\"))" } }

{ "Q1": { "question": "Eric is rough.", "answer": "True", "QDep": 0, "QLen": "1", "strategy": "proof", "proofs": "[(triple7)]", "representation": "(\"Eric\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple7", "intermediates": [] } ] }, "Q2": { "question": "Charlie is not nice.", "answer": "False", "QDep": 0, "QLen": "1", "strategy": "inv-proof", "proofs": "[(triple3)]", "representation": "(\"Charlie\" \"is\" \"nice\" \"-\")", "proofsWithIntermediates": [ { "representation": "triple3", "intermediates": [] } ] }, "Q3": { "question": "Alan is green.", "answer": "True", "QDep": 1, "QLen": "2", "strategy": "proof", "proofs": "[(((triple1) -> rule7))]", "representation": "(\"Alan\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple1) -> (rule7 % int1))", "intermediates": [ { "text": "Alan is green.", "representation": "(\"Alan\" \"is\" \"green\" \"+\")", "id": "int1" } ] } ] }, "Q4": { "question": "Alan is not green.", "answer": "False", "QDep": 1, "QLen": "2", "strategy": "inv-proof", "proofs": "[(((triple1) -> rule7))]", "representation": "(\"Alan\" \"is\" \"green\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple1) -> (rule7 % int1))", "intermediates": [ { "text": "Alan is green.", "representation": "(\"Alan\" \"is\" \"green\" \"+\")", "id": "int1" } ] } ] }, "Q5": { "question": "Charlie is red.", "answer": "True", "QDep": 2, "QLen": "5", "strategy": "proof", "proofs": "[(((triple4 triple3 ((triple5) -> rule7)) -> rule6))]", "representation": "(\"Charlie\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple4 triple3 ((triple5) -> (rule7 % int2))) -> (rule6 % int1))", "intermediates": [ { "text": "Charlie is red.", "representation": "(\"Charlie\" \"is\" \"red\" \"+\")", "id": "int1" }, { "text": "Charlie is green.", "representation": "(\"Charlie\" \"is\" \"green\" \"+\")", "id": "int2" } ] } ] }, "Q6": { "question": "Charlie is not red.", "answer": "False", "QDep": 2, "QLen": "5", "strategy": "inv-proof", "proofs": "[(((triple4 triple3 ((triple5) -> rule7)) -> rule6))]", "representation": "(\"Charlie\" \"is\" \"red\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple4 triple3 ((triple5) -> (rule7 % int2))) -> (rule6 % int1))", "intermediates": [ { "text": "Charlie is red.", "representation": "(\"Charlie\" \"is\" \"red\" \"+\")", "id": "int1" }, { "text": "Charlie is green.", "representation": "(\"Charlie\" \"is\" \"green\" \"+\")", "id": "int2" } ] } ] }, "Q7": { "question": "Charlie is big.", "answer": "True", "QDep": 3, "QLen": "8", "strategy": "proof", "proofs": "[(((((triple4 triple3 ((triple5) -> rule7)) -> rule6) triple4 triple3) -> rule1))]", "representation": "(\"Charlie\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple4 triple3 ((triple5) -> (rule7 % int3))) -> (rule6 % int2)) triple4 triple3) -> (rule1 % int1))", "intermediates": [ { "text": "Charlie is big.", "representation": "(\"Charlie\" \"is\" \"big\" \"+\")", "id": "int1" }, { "text": "Charlie is red.", "representation": "(\"Charlie\" \"is\" \"red\" \"+\")", "id": "int2" }, { "text": "Charlie is green.", "representation": "(\"Charlie\" \"is\" \"green\" \"+\")", "id": "int3" } ] } ] }, "Q8": { "question": "Charlie is not big.", "answer": "False", "QDep": 3, "QLen": "8", "strategy": "inv-proof", "proofs": "[(((((triple4 triple3 ((triple5) -> rule7)) -> rule6) triple4 triple3) -> rule1))]", "representation": "(\"Charlie\" \"is\" \"big\" \"-\")", "proofsWithIntermediates": [ { "representation": "((((triple4 triple3 ((triple5) -> (rule7 % int3))) -> (rule6 % int2)) triple4 triple3) -> (rule1 % int1))", "intermediates": [ { "text": "Charlie is big.", "representation": "(\"Charlie\" \"is\" \"big\" \"+\")", "id": "int1" }, { "text": "Charlie is red.", "representation": "(\"Charlie\" \"is\" \"red\" \"+\")", "id": "int2" }, { "text": "Charlie is green.", "representation": "(\"Charlie\" \"is\" \"green\" \"+\")", "id": "int3" } ] } ] }, "Q9": { "question": "Eric is not nice.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Eric is nice.[CWA. Example of deepest failure = (rule2 <- FAIL)]]", "representation": "(\"Eric\" \"is\" \"nice\" \"-\")", "proofsWithIntermediates": null }, "Q10": { "question": "Alan is red.", "answer": "Unknown", "QDep": 2, "QLen": "", "strategy": "rconc", "proofs": "[@2: Alan is red.[CWA. Example of deepest failure = (rule6 <- rule3 <- FAIL)]]", "representation": "(\"Alan\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": null }, "Q11": { "question": "Gary is not kind.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Gary is kind.[CWA. Example of deepest failure = (rule3 <- FAIL)]]", "representation": "(\"Gary\" \"is\" \"kind\" \"-\")", "proofsWithIntermediates": null }, "Q12": { "question": "Eric is red.", "answer": "Unknown", "QDep": 2, "QLen": "", "strategy": "rconc", "proofs": "[@2: Eric is red.[CWA. Example of deepest failure = (rule6 <- rule2 <- FAIL)]]", "representation": "(\"Eric\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": null }, "Q13": { "question": "Charlie is not young.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Charlie is young.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Charlie\" \"is\" \"young\" \"-\")" }, "Q14": { "question": "Alan is rough.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Alan is rough.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Alan\" \"is\" \"rough\" \"+\")" }, "Q15": { "question": "Eric is not cold.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Eric is cold.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Eric\" \"is\" \"cold\" \"-\")" }, "Q16": { "question": "Charlie is cold.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Charlie is cold.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Charlie\" \"is\" \"cold\" \"+\")" }, "Q17": null, "Q18": null, "Q19": null, "Q20": null, "Q21": null, "Q22": null, "Q23": null, "Q24": null }

[ { "text": "Alan is blue.", "QDep": 0, "representation": "(\"Alan\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple1", "intermediates": [] } ] }, { "text": "Charlie is blue.", "QDep": 0, "representation": "(\"Charlie\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple5", "intermediates": [] } ] }, { "text": "Charlie is kind.", "QDep": 0, "representation": "(\"Charlie\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple4", "intermediates": [] } ] }, { "text": "Charlie is nice.", "QDep": 0, "representation": "(\"Charlie\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple3", "intermediates": [] } ] }, { "text": "Charlie is round.", "QDep": 0, "representation": "(\"Charlie\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple2", "intermediates": [] } ] }, { "text": "Eric is kind.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple8", "intermediates": [] } ] }, { "text": "Eric is rough.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple7", "intermediates": [] } ] }, { "text": "Eric is young.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple6", "intermediates": [] } ] }, { "text": "Gary is blue.", "QDep": 0, "representation": "(\"Gary\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple11", "intermediates": [] } ] }, { "text": "Gary is green.", "QDep": 0, "representation": "(\"Gary\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple10", "intermediates": [] }, { "representation": "((triple11) -> (rule7 % int1))", "intermediates": [ { "text": "Gary is green.", "representation": "(\"Gary\" \"is\" \"green\" \"+\")", "id": "int1" } ] } ] }, { "text": "Gary is nice.", "QDep": 0, "representation": "(\"Gary\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple9", "intermediates": [] } ] }, { "text": "Alan is green.", "QDep": 1, "representation": "(\"Alan\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple1) -> (rule7 % int1))", "intermediates": [ { "text": "Alan is green.", "representation": "(\"Alan\" \"is\" \"green\" \"+\")", "id": "int1" } ] } ] }, { "text": "Charlie is green.", "QDep": 1, "representation": "(\"Charlie\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple5) -> (rule7 % int1))", "intermediates": [ { "text": "Charlie is green.", "representation": "(\"Charlie\" \"is\" \"green\" \"+\")", "id": "int1" } ] } ] }, { "text": "Charlie is red.", "QDep": 2, "representation": "(\"Charlie\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple4 triple3 ((triple5) -> (rule7 % int2))) -> (rule6 % int1))", "intermediates": [ { "text": "Charlie is red.", "representation": "(\"Charlie\" \"is\" \"red\" \"+\")", "id": "int1" }, { "text": "Charlie is green.", "representation": "(\"Charlie\" \"is\" \"green\" \"+\")", "id": "int2" } ] } ] }, { "text": "Charlie is big.", "QDep": 3, "representation": "(\"Charlie\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple4 triple3 ((triple5) -> (rule7 % int3))) -> (rule6 % int2)) triple4 triple3) -> (rule1 % int1))", "intermediates": [ { "text": "Charlie is big.", "representation": "(\"Charlie\" \"is\" \"big\" \"+\")", "id": "int1" }, { "text": "Charlie is red.", "representation": "(\"Charlie\" \"is\" \"red\" \"+\")", "id": "int2" }, { "text": "Charlie is green.", "representation": "(\"Charlie\" \"is\" \"green\" \"+\")", "id": "int3" } ] } ] } ]

{ "triple1": "sent1", "triple2": "sent2", "triple3": "sent2", "triple4": "sent2", "triple5": "sent2", "triple6": "sent3", "triple7": "sent3", "triple8": "sent3", "triple9": "sent4", "triple10": "sent4", "rule1": "sent5", "rule2": "sent6", "rule3": "sent7", "rule4": "sent8", "rule5": "sent9", "rule6": "sent10", "rule7": "sent11", "triple11": "sent4", "triple12": null }

{ "sent1": "Alan wears all blue.", "sent2": "Even though Charlie feels blue because of how round he is, he is still nice and kind to people that talk to him.", "sent3": "Eric is young and kind; But he plays really rough with his friends.", "sent4": "Gary's skin turned blue and green in a lab accident; Despite his outward appearance, he is really nice.", "sent5": "An individual that fits the nice, red, and kind description will fit the description of big, too.", "sent6": "A male or female with rough, kind and round traits will surely have a nice quality, as well.", "sent7": "Most young and nice people will be kind.", "sent8": "A rough and round person is also a big person.", "sent9": "A round shaped and red person is definitely nice.", "sent10": "A kind and nice person who is looking green is often red.", "sent11": "Anyone who's blue is also green." }

{ "triple1": { "text": "Alan is round.", "representation": "(\"Alan\" \"is\" \"round\" \"+\")" }, "triple2": { "text": "Alan is nice.", "representation": "(\"Alan\" \"is\" \"nice\" \"+\")" }, "triple3": { "text": "Alan is kind.", "representation": "(\"Alan\" \"is\" \"kind\" \"+\")" }, "triple4": { "text": "Alan is cold.", "representation": "(\"Alan\" \"is\" \"cold\" \"+\")" }, "triple5": { "text": "Bob is red.", "representation": "(\"Bob\" \"is\" \"red\" \"+\")" }, "triple6": { "text": "Charlie is round.", "representation": "(\"Charlie\" \"is\" \"round\" \"+\")" }, "triple7": { "text": "Charlie is kind.", "representation": "(\"Charlie\" \"is\" \"kind\" \"+\")" }, "triple8": { "text": "Charlie is cold.", "representation": "(\"Charlie\" \"is\" \"cold\" \"+\")" }, "triple9": { "text": "Charlie is blue.", "representation": "(\"Charlie\" \"is\" \"blue\" \"+\")" }, "triple10": { "text": "Dave is red.", "representation": "(\"Dave\" \"is\" \"red\" \"+\")" }, "triple11": { "text": "Dave is kind.", "representation": "(\"Dave\" \"is\" \"kind\" \"+\")" }, "triple12": null }

{ "rule1": { "text": "If someone is cold and round and green then they are big.", "representation": "(((\"someone\" \"is\" \"cold\" \"+\") (\"someone\" \"is\" \"round\" \"+\") (\"someone\" \"is\" \"green\" \"+\")) -> (\"someone\" \"is\" \"big\" \"+\"))" }, "rule2": { "text": "If someone is young and big then they are cold.", "representation": "(((\"someone\" \"is\" \"young\" \"+\") (\"someone\" \"is\" \"big\" \"+\")) -> (\"someone\" \"is\" \"cold\" \"+\"))" }, "rule3": { "text": "If someone is red and green then they are round.", "representation": "(((\"someone\" \"is\" \"red\" \"+\") (\"someone\" \"is\" \"green\" \"+\")) -> (\"someone\" \"is\" \"round\" \"+\"))" }, "rule4": { "text": "If someone is cold then they are young.", "representation": "(((\"someone\" \"is\" \"cold\" \"+\")) -> (\"someone\" \"is\" \"young\" \"+\"))" }, "rule5": { "text": "If someone is kind and young then they are big.", "representation": "(((\"someone\" \"is\" \"kind\" \"+\") (\"someone\" \"is\" \"young\" \"+\")) -> (\"someone\" \"is\" \"big\" \"+\"))" }, "rule6": { "text": "If someone is young and rough and red then they are kind.", "representation": "(((\"someone\" \"is\" \"young\" \"+\") (\"someone\" \"is\" \"rough\" \"+\") (\"someone\" \"is\" \"red\" \"+\")) -> (\"someone\" \"is\" \"kind\" \"+\"))" }, "rule7": { "text": "If someone is big and cold then they are red.", "representation": "(((\"someone\" \"is\" \"big\" \"+\") (\"someone\" \"is\" \"cold\" \"+\")) -> (\"someone\" \"is\" \"red\" \"+\"))" } }

{ "Q1": { "question": "Charlie is cold.", "answer": "True", "QDep": 0, "QLen": "1", "strategy": "proof", "proofs": "[(triple8)]", "representation": "(\"Charlie\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple8", "intermediates": [] } ] }, "Q2": { "question": "Alan is not round.", "answer": "False", "QDep": 0, "QLen": "1", "strategy": "inv-proof", "proofs": "[(triple1)]", "representation": "(\"Alan\" \"is\" \"round\" \"-\")", "proofsWithIntermediates": [ { "representation": "triple1", "intermediates": [] } ] }, "Q3": { "question": "Alan is young.", "answer": "True", "QDep": 1, "QLen": "2", "strategy": "proof", "proofs": "[(((triple4) -> rule4))]", "representation": "(\"Alan\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple4) -> (rule4 % int1))", "intermediates": [ { "text": "Alan is young.", "representation": "(\"Alan\" \"is\" \"young\" \"+\")", "id": "int1" } ] } ] }, "Q4": { "question": "Alan is not young.", "answer": "False", "QDep": 1, "QLen": "2", "strategy": "inv-proof", "proofs": "[(((triple4) -> rule4))]", "representation": "(\"Alan\" \"is\" \"young\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple4) -> (rule4 % int1))", "intermediates": [ { "text": "Alan is young.", "representation": "(\"Alan\" \"is\" \"young\" \"+\")", "id": "int1" } ] } ] }, "Q5": { "question": "Alan is big.", "answer": "True", "QDep": 2, "QLen": "4", "strategy": "proof", "proofs": "[(((triple3 ((triple4) -> rule4)) -> rule5))]", "representation": "(\"Alan\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple3 ((triple4) -> (rule4 % int2))) -> (rule5 % int1))", "intermediates": [ { "text": "Alan is big.", "representation": "(\"Alan\" \"is\" \"big\" \"+\")", "id": "int1" }, { "text": "Alan is young.", "representation": "(\"Alan\" \"is\" \"young\" \"+\")", "id": "int2" } ] } ] }, "Q6": { "question": "Charlie is not big.", "answer": "False", "QDep": 2, "QLen": "4", "strategy": "inv-proof", "proofs": "[(((triple7 ((triple8) -> rule4)) -> rule5))]", "representation": "(\"Charlie\" \"is\" \"big\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple7 ((triple8) -> (rule4 % int2))) -> (rule5 % int1))", "intermediates": [ { "text": "Charlie is big.", "representation": "(\"Charlie\" \"is\" \"big\" \"+\")", "id": "int1" }, { "text": "Charlie is young.", "representation": "(\"Charlie\" \"is\" \"young\" \"+\")", "id": "int2" } ] } ] }, "Q7": { "question": "Alan is red.", "answer": "True", "QDep": 3, "QLen": "6", "strategy": "proof", "proofs": "[(((((triple3 ((triple4) -> rule4)) -> rule5) triple4) -> rule7))]", "representation": "(\"Alan\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple3 ((triple4) -> (rule4 % int3))) -> (rule5 % int2)) triple4) -> (rule7 % int1))", "intermediates": [ { "text": "Alan is red.", "representation": "(\"Alan\" \"is\" \"red\" \"+\")", "id": "int1" }, { "text": "Alan is big.", "representation": "(\"Alan\" \"is\" \"big\" \"+\")", "id": "int2" }, { "text": "Alan is young.", "representation": "(\"Alan\" \"is\" \"young\" \"+\")", "id": "int3" } ] } ] }, "Q8": { "question": "Charlie is not red.", "answer": "False", "QDep": 3, "QLen": "6", "strategy": "inv-proof", "proofs": "[(((((triple7 ((triple8) -> rule4)) -> rule5) triple8) -> rule7))]", "representation": "(\"Charlie\" \"is\" \"red\" \"-\")", "proofsWithIntermediates": [ { "representation": "((((triple7 ((triple8) -> (rule4 % int3))) -> (rule5 % int2)) triple8) -> (rule7 % int1))", "intermediates": [ { "text": "Charlie is red.", "representation": "(\"Charlie\" \"is\" \"red\" \"+\")", "id": "int1" }, { "text": "Charlie is big.", "representation": "(\"Charlie\" \"is\" \"big\" \"+\")", "id": "int2" }, { "text": "Charlie is young.", "representation": "(\"Charlie\" \"is\" \"young\" \"+\")", "id": "int3" } ] } ] }, "Q9": { "question": "Bob is not big.", "answer": "Unknown", "QDep": 2, "QLen": "", "strategy": "inv-rconc", "proofs": "[@2: Bob is big.[CWA. Example of deepest failure = (rule5 <- rule6 <- FAIL)]]", "representation": "(\"Bob\" \"is\" \"big\" \"-\")", "proofsWithIntermediates": null }, "Q10": { "question": "Dave is cold.", "answer": "Unknown", "QDep": 2, "QLen": "", "strategy": "rconc", "proofs": "[@2: Dave is cold.[CWA. Example of deepest failure = (rule2 <- rule4 <- FAIL)]]", "representation": "(\"Dave\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": null }, "Q11": { "question": "Bob is not cold.", "answer": "Unknown", "QDep": 2, "QLen": "", "strategy": "inv-rconc", "proofs": "[@2: Bob is cold.[CWA. Example of deepest failure = (rule2 <- rule4 <- FAIL)]]", "representation": "(\"Bob\" \"is\" \"cold\" \"-\")", "proofsWithIntermediates": null }, "Q12": { "question": "Dave is round.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "rconc", "proofs": "[@1: Dave is round.[CWA. Example of deepest failure = (rule3 <- FAIL)]]", "representation": "(\"Dave\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": null }, "Q13": { "question": "Alan is not green.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Alan is green.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Alan\" \"is\" \"green\" \"-\")" }, "Q14": { "question": "Dave is rough.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Dave is rough.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Dave\" \"is\" \"rough\" \"+\")" }, "Q15": { "question": "Bob is not blue.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Bob is blue.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Bob\" \"is\" \"blue\" \"-\")" }, "Q16": { "question": "Charlie is rough.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Charlie is rough.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Charlie\" \"is\" \"rough\" \"+\")" }, "Q17": null, "Q18": null, "Q19": null, "Q20": null, "Q21": null, "Q22": null, "Q23": null, "Q24": null }

[ { "text": "Alan is cold.", "QDep": 0, "representation": "(\"Alan\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple4", "intermediates": [] } ] }, { "text": "Alan is kind.", "QDep": 0, "representation": "(\"Alan\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple3", "intermediates": [] } ] }, { "text": "Alan is nice.", "QDep": 0, "representation": "(\"Alan\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple2", "intermediates": [] } ] }, { "text": "Alan is round.", "QDep": 0, "representation": "(\"Alan\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple1", "intermediates": [] } ] }, { "text": "Bob is red.", "QDep": 0, "representation": "(\"Bob\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple5", "intermediates": [] } ] }, { "text": "Charlie is blue.", "QDep": 0, "representation": "(\"Charlie\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple9", "intermediates": [] } ] }, { "text": "Charlie is cold.", "QDep": 0, "representation": "(\"Charlie\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple8", "intermediates": [] } ] }, { "text": "Charlie is kind.", "QDep": 0, "representation": "(\"Charlie\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple7", "intermediates": [] } ] }, { "text": "Charlie is round.", "QDep": 0, "representation": "(\"Charlie\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple6", "intermediates": [] } ] }, { "text": "Dave is kind.", "QDep": 0, "representation": "(\"Dave\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple11", "intermediates": [] } ] }, { "text": "Dave is red.", "QDep": 0, "representation": "(\"Dave\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple10", "intermediates": [] } ] }, { "text": "Alan is young.", "QDep": 1, "representation": "(\"Alan\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple4) -> (rule4 % int1))", "intermediates": [ { "text": "Alan is young.", "representation": "(\"Alan\" \"is\" \"young\" \"+\")", "id": "int1" } ] } ] }, { "text": "Charlie is young.", "QDep": 1, "representation": "(\"Charlie\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple8) -> (rule4 % int1))", "intermediates": [ { "text": "Charlie is young.", "representation": "(\"Charlie\" \"is\" \"young\" \"+\")", "id": "int1" } ] } ] }, { "text": "Alan is big.", "QDep": 2, "representation": "(\"Alan\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple3 ((triple4) -> (rule4 % int2))) -> (rule5 % int1))", "intermediates": [ { "text": "Alan is big.", "representation": "(\"Alan\" \"is\" \"big\" \"+\")", "id": "int1" }, { "text": "Alan is young.", "representation": "(\"Alan\" \"is\" \"young\" \"+\")", "id": "int2" } ] } ] }, { "text": "Charlie is big.", "QDep": 2, "representation": "(\"Charlie\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple7 ((triple8) -> (rule4 % int2))) -> (rule5 % int1))", "intermediates": [ { "text": "Charlie is big.", "representation": "(\"Charlie\" \"is\" \"big\" \"+\")", "id": "int1" }, { "text": "Charlie is young.", "representation": "(\"Charlie\" \"is\" \"young\" \"+\")", "id": "int2" } ] } ] }, { "text": "Alan is red.", "QDep": 3, "representation": "(\"Alan\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple3 ((triple4) -> (rule4 % int3))) -> (rule5 % int2)) triple4) -> (rule7 % int1))", "intermediates": [ { "text": "Alan is red.", "representation": "(\"Alan\" \"is\" \"red\" \"+\")", "id": "int1" }, { "text": "Alan is big.", "representation": "(\"Alan\" \"is\" \"big\" \"+\")", "id": "int2" }, { "text": "Alan is young.", "representation": "(\"Alan\" \"is\" \"young\" \"+\")", "id": "int3" } ] } ] }, { "text": "Charlie is red.", "QDep": 3, "representation": "(\"Charlie\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple7 ((triple8) -> (rule4 % int3))) -> (rule5 % int2)) triple8) -> (rule7 % int1))", "intermediates": [ { "text": "Charlie is red.", "representation": "(\"Charlie\" \"is\" \"red\" \"+\")", "id": "int1" }, { "text": "Charlie is big.", "representation": "(\"Charlie\" \"is\" \"big\" \"+\")", "id": "int2" }, { "text": "Charlie is young.", "representation": "(\"Charlie\" \"is\" \"young\" \"+\")", "id": "int3" } ] } ] } ]

{ "triple1": "sent1", "triple2": "sent1", "triple3": "sent1", "triple4": "sent1", "triple5": "sent2", "triple6": "sent3", "triple7": "sent3", "triple8": "sent3", "triple9": "sent3", "triple10": "sent4", "rule1": "sent5", "rule2": "sent6", "rule3": "sent7", "rule4": "sent8", "rule5": "sent9", "rule6": "sent10", "rule7": "sent11", "triple11": "sent4", "triple12": null }

{ "sent1": "The cold, nice, kind man with a round body is known as Alan.", "sent2": "Red Bob is what folks call him, because he is quite red.", "sent3": "Charlie is a round fellow, but he is kind, even when he is so cold he turns blue.", "sent4": "Dave is a kind and red colored guy.", "sent5": "A green person who is cold and round is also big.", "sent6": "Big, young people feel cold all the time.", "sent7": "If you see someone who is red and green they are round, like Santa Claus.", "sent8": "A human that's cold also means they are a human that is young.", "sent9": "Young and kind folks are always big.", "sent10": "Young people with red skin that play rough are actually quite kind.", "sent11": "Someone who is cold and big is also a red person." }

{ "triple1": { "text": "Alan is rough.", "representation": "(\"Alan\" \"is\" \"rough\" \"+\")" }, "triple2": { "text": "Alan is red.", "representation": "(\"Alan\" \"is\" \"red\" \"+\")" }, "triple3": { "text": "Alan is kind.", "representation": "(\"Alan\" \"is\" \"kind\" \"+\")" }, "triple4": { "text": "Alan is green.", "representation": "(\"Alan\" \"is\" \"green\" \"+\")" }, "triple5": { "text": "Charlie is young.", "representation": "(\"Charlie\" \"is\" \"young\" \"+\")" }, "triple6": { "text": "Charlie is round.", "representation": "(\"Charlie\" \"is\" \"round\" \"+\")" }, "triple7": { "text": "Charlie is red.", "representation": "(\"Charlie\" \"is\" \"red\" \"+\")" }, "triple8": { "text": "Charlie is nice.", "representation": "(\"Charlie\" \"is\" \"nice\" \"+\")" }, "triple9": { "text": "Charlie is kind.", "representation": "(\"Charlie\" \"is\" \"kind\" \"+\")" }, "triple10": { "text": "Charlie is big.", "representation": "(\"Charlie\" \"is\" \"big\" \"+\")" }, "triple11": null, "triple12": null }

{ "rule1": { "text": "If someone is blue and nice and green then they are red.", "representation": "(((\"someone\" \"is\" \"blue\" \"+\") (\"someone\" \"is\" \"nice\" \"+\") (\"someone\" \"is\" \"green\" \"+\")) -> (\"someone\" \"is\" \"red\" \"+\"))" }, "rule2": { "text": "If someone is green and young and big then they are cold.", "representation": "(((\"someone\" \"is\" \"green\" \"+\") (\"someone\" \"is\" \"young\" \"+\") (\"someone\" \"is\" \"big\" \"+\")) -> (\"someone\" \"is\" \"cold\" \"+\"))" }, "rule3": { "text": "If someone is nice and round and red then they are big.", "representation": "(((\"someone\" \"is\" \"nice\" \"+\") (\"someone\" \"is\" \"round\" \"+\") (\"someone\" \"is\" \"red\" \"+\")) -> (\"someone\" \"is\" \"big\" \"+\"))" }, "rule4": { "text": "If someone is green then they are cold.", "representation": "(((\"someone\" \"is\" \"green\" \"+\")) -> (\"someone\" \"is\" \"cold\" \"+\"))" }, "rule5": { "text": "If someone is cold and red then they are big.", "representation": "(((\"someone\" \"is\" \"cold\" \"+\") (\"someone\" \"is\" \"red\" \"+\")) -> (\"someone\" \"is\" \"big\" \"+\"))" }, "rule6": { "text": "If someone is big and blue then they are green.", "representation": "(((\"someone\" \"is\" \"big\" \"+\") (\"someone\" \"is\" \"blue\" \"+\")) -> (\"someone\" \"is\" \"green\" \"+\"))" }, "rule7": { "text": "If someone is round and nice then they are blue.", "representation": "(((\"someone\" \"is\" \"round\" \"+\") (\"someone\" \"is\" \"nice\" \"+\")) -> (\"someone\" \"is\" \"blue\" \"+\"))" } }

{ "Q1": { "question": "Alan is kind.", "answer": "True", "QDep": 0, "QLen": "1", "strategy": "proof", "proofs": "[(triple3)]", "representation": "(\"Alan\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple3", "intermediates": [] } ] }, "Q2": { "question": "Charlie is not young.", "answer": "False", "QDep": 0, "QLen": "1", "strategy": "inv-proof", "proofs": "[(triple5)]", "representation": "(\"Charlie\" \"is\" \"young\" \"-\")", "proofsWithIntermediates": [ { "representation": "triple5", "intermediates": [] } ] }, "Q3": { "question": "Alan is cold.", "answer": "True", "QDep": 1, "QLen": "2", "strategy": "proof", "proofs": "[(((triple4) -> rule4))]", "representation": "(\"Alan\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple4) -> (rule4 % int1))", "intermediates": [ { "text": "Alan is cold.", "representation": "(\"Alan\" \"is\" \"cold\" \"+\")", "id": "int1" } ] } ] }, "Q4": { "question": "Alan is not cold.", "answer": "False", "QDep": 1, "QLen": "2", "strategy": "inv-proof", "proofs": "[(((triple4) -> rule4))]", "representation": "(\"Alan\" \"is\" \"cold\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple4) -> (rule4 % int1))", "intermediates": [ { "text": "Alan is cold.", "representation": "(\"Alan\" \"is\" \"cold\" \"+\")", "id": "int1" } ] } ] }, "Q5": { "question": "Alan is big.", "answer": "True", "QDep": 2, "QLen": "4", "strategy": "proof", "proofs": "[(((((triple4) -> rule4) triple2) -> rule5))]", "representation": "(\"Alan\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple4) -> (rule4 % int2)) triple2) -> (rule5 % int1))", "intermediates": [ { "text": "Alan is big.", "representation": "(\"Alan\" \"is\" \"big\" \"+\")", "id": "int1" }, { "text": "Alan is cold.", "representation": "(\"Alan\" \"is\" \"cold\" \"+\")", "id": "int2" } ] } ] }, "Q6": { "question": "Alan is not big.", "answer": "False", "QDep": 2, "QLen": "4", "strategy": "inv-proof", "proofs": "[(((((triple4) -> rule4) triple2) -> rule5))]", "representation": "(\"Alan\" \"is\" \"big\" \"-\")", "proofsWithIntermediates": [ { "representation": "((((triple4) -> (rule4 % int2)) triple2) -> (rule5 % int1))", "intermediates": [ { "text": "Alan is big.", "representation": "(\"Alan\" \"is\" \"big\" \"+\")", "id": "int1" }, { "text": "Alan is cold.", "representation": "(\"Alan\" \"is\" \"cold\" \"+\")", "id": "int2" } ] } ] }, "Q7": { "question": "Charlie is cold.", "answer": "True", "QDep": 3, "QLen": "6", "strategy": "proof", "proofs": "[(((((triple10 ((triple6 triple8) -> rule7)) -> rule6)) -> rule4) OR ((((triple10 ((triple6 triple8) -> rule7)) -> rule6) triple5 triple10) -> rule2) OR ((((((triple8 triple6 triple7) -> rule3) ((triple6 triple8) -> rule7)) -> rule6)) -> rule4) OR ((((triple10 ((triple6 triple8) -> rule7)) -> rule6) triple5 ((triple8 triple6 triple7) -> rule3)) -> rule2) OR ((((((triple8 triple6 triple7) -> rule3) ((triple6 triple8) -> rule7)) -> rule6) triple5 triple10) -> rule2) OR ((((((triple8 triple6 triple7) -> rule3) ((triple6 triple8) -> rule7)) -> rule6) triple5 ((triple8 triple6 triple7) -> rule3)) -> rule2))]", "representation": "(\"Charlie\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple10 ((triple6 triple8) -> (rule7 % int3))) -> (rule6 % int2))) -> (rule4 % int1))", "intermediates": [ { "text": "Charlie is cold.", "representation": "(\"Charlie\" \"is\" \"cold\" \"+\")", "id": "int1" }, { "text": "Charlie is green.", "representation": "(\"Charlie\" \"is\" \"green\" \"+\")", "id": "int2" }, { "text": "Charlie is blue.", "representation": "(\"Charlie\" \"is\" \"blue\" \"+\")", "id": "int3" } ] }, { "representation": "((((triple10 ((triple6 triple8) -> (rule7 % int3))) -> (rule6 % int2)) triple5 triple10) -> (rule2 % int1))", "intermediates": [ { "text": "Charlie is cold.", "representation": "(\"Charlie\" \"is\" \"cold\" \"+\")", "id": "int1" }, { "text": "Charlie is green.", "representation": "(\"Charlie\" \"is\" \"green\" \"+\")", "id": "int2" }, { "text": "Charlie is blue.", "representation": "(\"Charlie\" \"is\" \"blue\" \"+\")", "id": "int3" } ] }, { "representation": "((((((triple8 triple6 triple7) -> (rule3 % int4)) ((triple6 triple8) -> (rule7 % int3))) -> (rule6 % int2))) -> (rule4 % int1))", "intermediates": [ { "text": "Charlie is cold.", "representation": "(\"Charlie\" \"is\" \"cold\" \"+\")", "id": "int1" }, { "text": "Charlie is green.", "representation": "(\"Charlie\" \"is\" \"green\" \"+\")", "id": "int2" }, { "text": "Charlie is blue.", "representation": "(\"Charlie\" \"is\" \"blue\" \"+\")", "id": "int3" }, { "text": "Charlie is big.", "representation": "(\"Charlie\" \"is\" \"big\" \"+\")", "id": "int4" } ] }, { "representation": "((((triple10 ((triple6 triple8) -> (rule7 % int4))) -> (rule6 % int3)) triple5 ((triple8 triple6 triple7) -> (rule3 % int2))) -> (rule2 % int1))", "intermediates": [ { "text": "Charlie is cold.", "representation": "(\"Charlie\" \"is\" \"cold\" \"+\")", "id": "int1" }, { "text": "Charlie is big.", "representation": "(\"Charlie\" \"is\" \"big\" \"+\")", "id": "int2" }, { "text": "Charlie is green.", "representation": "(\"Charlie\" \"is\" \"green\" \"+\")", "id": "int3" }, { "text": "Charlie is blue.", "representation": "(\"Charlie\" \"is\" \"blue\" \"+\")", "id": "int4" } ] }, { "representation": "((((((triple8 triple6 triple7) -> (rule3 % int4)) ((triple6 triple8) -> (rule7 % int3))) -> (rule6 % int2)) triple5 triple10) -> (rule2 % int1))", "intermediates": [ { "text": "Charlie is cold.", "representation": "(\"Charlie\" \"is\" \"cold\" \"+\")", "id": "int1" }, { "text": "Charlie is green.", "representation": "(\"Charlie\" \"is\" \"green\" \"+\")", "id": "int2" }, { "text": "Charlie is blue.", "representation": "(\"Charlie\" \"is\" \"blue\" \"+\")", "id": "int3" }, { "text": "Charlie is big.", "representation": "(\"Charlie\" \"is\" \"big\" \"+\")", "id": "int4" } ] }, { "representation": "((((((triple8 triple6 triple7) -> (rule3 % int4)) ((triple6 triple8) -> (rule7 % int3))) -> (rule6 % int2)) triple5 ((triple8 triple6 triple7) -> (rule3 % int4))) -> (rule2 % int1))", "intermediates": [ { "text": "Charlie is cold.", "representation": "(\"Charlie\" \"is\" \"cold\" \"+\")", "id": "int1" }, { "text": "Charlie is green.", "representation": "(\"Charlie\" \"is\" \"green\" \"+\")", "id": "int2" }, { "text": "Charlie is blue.", "representation": "(\"Charlie\" \"is\" \"blue\" \"+\")", "id": "int3" }, { "text": "Charlie is big.", "representation": "(\"Charlie\" \"is\" \"big\" \"+\")", "id": "int4" } ] } ] }, "Q8": { "question": "Charlie is not cold.", "answer": "False", "QDep": 3, "QLen": "6", "strategy": "inv-proof", "proofs": "[(((((triple10 ((triple6 triple8) -> rule7)) -> rule6)) -> rule4) OR ((((triple10 ((triple6 triple8) -> rule7)) -> rule6) triple5 triple10) -> rule2) OR ((((((triple8 triple6 triple7) -> rule3) ((triple6 triple8) -> rule7)) -> rule6)) -> rule4) OR ((((triple10 ((triple6 triple8) -> rule7)) -> rule6) triple5 ((triple8 triple6 triple7) -> rule3)) -> rule2) OR ((((((triple8 triple6 triple7) -> rule3) ((triple6 triple8) -> rule7)) -> rule6) triple5 triple10) -> rule2) OR ((((((triple8 triple6 triple7) -> rule3) ((triple6 triple8) -> rule7)) -> rule6) triple5 ((triple8 triple6 triple7) -> rule3)) -> rule2))]", "representation": "(\"Charlie\" \"is\" \"cold\" \"-\")", "proofsWithIntermediates": [ { "representation": "((((triple10 ((triple6 triple8) -> (rule7 % int3))) -> (rule6 % int2))) -> (rule4 % int1))", "intermediates": [ { "text": "Charlie is cold.", "representation": "(\"Charlie\" \"is\" \"cold\" \"+\")", "id": "int1" }, { "text": "Charlie is green.", "representation": "(\"Charlie\" \"is\" \"green\" \"+\")", "id": "int2" }, { "text": "Charlie is blue.", "representation": "(\"Charlie\" \"is\" \"blue\" \"+\")", "id": "int3" } ] }, { "representation": "((((triple10 ((triple6 triple8) -> (rule7 % int3))) -> (rule6 % int2)) triple5 triple10) -> (rule2 % int1))", "intermediates": [ { "text": "Charlie is cold.", "representation": "(\"Charlie\" \"is\" \"cold\" \"+\")", "id": "int1" }, { "text": "Charlie is green.", "representation": "(\"Charlie\" \"is\" \"green\" \"+\")", "id": "int2" }, { "text": "Charlie is blue.", "representation": "(\"Charlie\" \"is\" \"blue\" \"+\")", "id": "int3" } ] }, { "representation": "((((((triple8 triple6 triple7) -> (rule3 % int4)) ((triple6 triple8) -> (rule7 % int3))) -> (rule6 % int2))) -> (rule4 % int1))", "intermediates": [ { "text": "Charlie is cold.", "representation": "(\"Charlie\" \"is\" \"cold\" \"+\")", "id": "int1" }, { "text": "Charlie is green.", "representation": "(\"Charlie\" \"is\" \"green\" \"+\")", "id": "int2" }, { "text": "Charlie is blue.", "representation": "(\"Charlie\" \"is\" \"blue\" \"+\")", "id": "int3" }, { "text": "Charlie is big.", "representation": "(\"Charlie\" \"is\" \"big\" \"+\")", "id": "int4" } ] }, { "representation": "((((triple10 ((triple6 triple8) -> (rule7 % int4))) -> (rule6 % int3)) triple5 ((triple8 triple6 triple7) -> (rule3 % int2))) -> (rule2 % int1))", "intermediates": [ { "text": "Charlie is cold.", "representation": "(\"Charlie\" \"is\" \"cold\" \"+\")", "id": "int1" }, { "text": "Charlie is big.", "representation": "(\"Charlie\" \"is\" \"big\" \"+\")", "id": "int2" }, { "text": "Charlie is green.", "representation": "(\"Charlie\" \"is\" \"green\" \"+\")", "id": "int3" }, { "text": "Charlie is blue.", "representation": "(\"Charlie\" \"is\" \"blue\" \"+\")", "id": "int4" } ] }, { "representation": "((((((triple8 triple6 triple7) -> (rule3 % int4)) ((triple6 triple8) -> (rule7 % int3))) -> (rule6 % int2)) triple5 triple10) -> (rule2 % int1))", "intermediates": [ { "text": "Charlie is cold.", "representation": "(\"Charlie\" \"is\" \"cold\" \"+\")", "id": "int1" }, { "text": "Charlie is green.", "representation": "(\"Charlie\" \"is\" \"green\" \"+\")", "id": "int2" }, { "text": "Charlie is blue.", "representation": "(\"Charlie\" \"is\" \"blue\" \"+\")", "id": "int3" }, { "text": "Charlie is big.", "representation": "(\"Charlie\" \"is\" \"big\" \"+\")", "id": "int4" } ] }, { "representation": "((((((triple8 triple6 triple7) -> (rule3 % int4)) ((triple6 triple8) -> (rule7 % int3))) -> (rule6 % int2)) triple5 ((triple8 triple6 triple7) -> (rule3 % int4))) -> (rule2 % int1))", "intermediates": [ { "text": "Charlie is cold.", "representation": "(\"Charlie\" \"is\" \"cold\" \"+\")", "id": "int1" }, { "text": "Charlie is green.", "representation": "(\"Charlie\" \"is\" \"green\" \"+\")", "id": "int2" }, { "text": "Charlie is blue.", "representation": "(\"Charlie\" \"is\" \"blue\" \"+\")", "id": "int3" }, { "text": "Charlie is big.", "representation": "(\"Charlie\" \"is\" \"big\" \"+\")", "id": "int4" } ] } ] }, "Q9": { "question": "Dave is not blue.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Dave is blue.[CWA. Example of deepest failure = (rule7 <- FAIL)]]", "representation": "(\"Dave\" \"is\" \"blue\" \"-\")", "proofsWithIntermediates": null }, "Q10": { "question": "Fred is blue.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "rconc", "proofs": "[@1: Fred is blue.[CWA. Example of deepest failure = (rule7 <- FAIL)]]", "representation": "(\"Fred\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": null }, "Q11": { "question": "Fred is not green.", "answer": "Unknown", "QDep": 2, "QLen": "", "strategy": "inv-rconc", "proofs": "[@2: Fred is green.[CWA. Example of deepest failure = (rule6 <- rule7 <- FAIL)]]", "representation": "(\"Fred\" \"is\" \"green\" \"-\")", "proofsWithIntermediates": null }, "Q12": { "question": "Dave is green.", "answer": "Unknown", "QDep": 2, "QLen": "", "strategy": "rconc", "proofs": "[@2: Dave is green.[CWA. Example of deepest failure = (rule6 <- rule7 <- FAIL)]]", "representation": "(\"Dave\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": null }, "Q13": { "question": "Fred is not kind.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Fred is kind.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Fred\" \"is\" \"kind\" \"-\")" }, "Q14": { "question": "Dave is young.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Dave is young.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Dave\" \"is\" \"young\" \"+\")" }, "Q15": { "question": "Dave is not rough.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Dave is rough.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Dave\" \"is\" \"rough\" \"-\")" }, "Q16": { "question": "Dave is round.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Dave is round.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Dave\" \"is\" \"round\" \"+\")" }, "Q17": null, "Q18": null, "Q19": null, "Q20": null, "Q21": null, "Q22": null, "Q23": null, "Q24": null }

[ { "text": "Alan is green.", "QDep": 0, "representation": "(\"Alan\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple4", "intermediates": [] } ] }, { "text": "Alan is kind.", "QDep": 0, "representation": "(\"Alan\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple3", "intermediates": [] } ] }, { "text": "Alan is red.", "QDep": 0, "representation": "(\"Alan\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple2", "intermediates": [] } ] }, { "text": "Alan is rough.", "QDep": 0, "representation": "(\"Alan\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple1", "intermediates": [] } ] }, { "text": "Charlie is big.", "QDep": 0, "representation": "(\"Charlie\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple10", "intermediates": [] }, { "representation": "((triple8 triple6 triple7) -> (rule3 % int1))", "intermediates": [ { "text": "Charlie is big.", "representation": "(\"Charlie\" \"is\" \"big\" \"+\")", "id": "int1" } ] } ] }, { "text": "Charlie is kind.", "QDep": 0, "representation": "(\"Charlie\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple9", "intermediates": [] } ] }, { "text": "Charlie is nice.", "QDep": 0, "representation": "(\"Charlie\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple8", "intermediates": [] } ] }, { "text": "Charlie is red.", "QDep": 0, "representation": "(\"Charlie\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple7", "intermediates": [] }, { "representation": "((((triple6 triple8) -> (rule7 % int3)) triple8 ((triple10 ((triple6 triple8) -> (rule7 % int3))) -> (rule6 % int2))) -> (rule1 % int1))", "intermediates": [ { "text": "Charlie is red.", "representation": "(\"Charlie\" \"is\" \"red\" \"+\")", "id": "int1" }, { "text": "Charlie is green.", "representation": "(\"Charlie\" \"is\" \"green\" \"+\")", "id": "int2" }, { "text": "Charlie is blue.", "representation": "(\"Charlie\" \"is\" \"blue\" \"+\")", "id": "int3" } ] } ] }, { "text": "Charlie is round.", "QDep": 0, "representation": "(\"Charlie\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple6", "intermediates": [] } ] }, { "text": "Charlie is young.", "QDep": 0, "representation": "(\"Charlie\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple5", "intermediates": [] } ] }, { "text": "Alan is cold.", "QDep": 1, "representation": "(\"Alan\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple4) -> (rule4 % int1))", "intermediates": [ { "text": "Alan is cold.", "representation": "(\"Alan\" \"is\" \"cold\" \"+\")", "id": "int1" } ] } ] }, { "text": "Charlie is blue.", "QDep": 1, "representation": "(\"Charlie\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple6 triple8) -> (rule7 % int1))", "intermediates": [ { "text": "Charlie is blue.", "representation": "(\"Charlie\" \"is\" \"blue\" \"+\")", "id": "int1" } ] } ] }, { "text": "Alan is big.", "QDep": 2, "representation": "(\"Alan\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple4) -> (rule4 % int2)) triple2) -> (rule5 % int1))", "intermediates": [ { "text": "Alan is big.", "representation": "(\"Alan\" \"is\" \"big\" \"+\")", "id": "int1" }, { "text": "Alan is cold.", "representation": "(\"Alan\" \"is\" \"cold\" \"+\")", "id": "int2" } ] } ] }, { "text": "Charlie is green.", "QDep": 2, "representation": "(\"Charlie\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple10 ((triple6 triple8) -> (rule7 % int2))) -> (rule6 % int1))", "intermediates": [ { "text": "Charlie is green.", "representation": "(\"Charlie\" \"is\" \"green\" \"+\")", "id": "int1" }, { "text": "Charlie is blue.", "representation": "(\"Charlie\" \"is\" \"blue\" \"+\")", "id": "int2" } ] }, { "representation": "((((triple8 triple6 triple7) -> (rule3 % int3)) ((triple6 triple8) -> (rule7 % int2))) -> (rule6 % int1))", "intermediates": [ { "text": "Charlie is green.", "representation": "(\"Charlie\" \"is\" \"green\" \"+\")", "id": "int1" }, { "text": "Charlie is blue.", "representation": "(\"Charlie\" \"is\" \"blue\" \"+\")", "id": "int2" }, { "text": "Charlie is big.", "representation": "(\"Charlie\" \"is\" \"big\" \"+\")", "id": "int3" } ] } ] }, { "text": "Charlie is cold.", "QDep": 3, "representation": "(\"Charlie\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple10 ((triple6 triple8) -> (rule7 % int3))) -> (rule6 % int2))) -> (rule4 % int1))", "intermediates": [ { "text": "Charlie is cold.", "representation": "(\"Charlie\" \"is\" \"cold\" \"+\")", "id": "int1" }, { "text": "Charlie is green.", "representation": "(\"Charlie\" \"is\" \"green\" \"+\")", "id": "int2" }, { "text": "Charlie is blue.", "representation": "(\"Charlie\" \"is\" \"blue\" \"+\")", "id": "int3" } ] }, { "representation": "((((triple10 ((triple6 triple8) -> (rule7 % int3))) -> (rule6 % int2)) triple5 triple10) -> (rule2 % int1))", "intermediates": [ { "text": "Charlie is cold.", "representation": "(\"Charlie\" \"is\" \"cold\" \"+\")", "id": "int1" }, { "text": "Charlie is green.", "representation": "(\"Charlie\" \"is\" \"green\" \"+\")", "id": "int2" }, { "text": "Charlie is blue.", "representation": "(\"Charlie\" \"is\" \"blue\" \"+\")", "id": "int3" } ] }, { "representation": "((((((triple8 triple6 triple7) -> (rule3 % int4)) ((triple6 triple8) -> (rule7 % int3))) -> (rule6 % int2))) -> (rule4 % int1))", "intermediates": [ { "text": "Charlie is cold.", "representation": "(\"Charlie\" \"is\" \"cold\" \"+\")", "id": "int1" }, { "text": "Charlie is green.", "representation": "(\"Charlie\" \"is\" \"green\" \"+\")", "id": "int2" }, { "text": "Charlie is blue.", "representation": "(\"Charlie\" \"is\" \"blue\" \"+\")", "id": "int3" }, { "text": "Charlie is big.", "representation": "(\"Charlie\" \"is\" \"big\" \"+\")", "id": "int4" } ] }, { "representation": "((((triple10 ((triple6 triple8) -> (rule7 % int4))) -> (rule6 % int3)) triple5 ((triple8 triple6 triple7) -> (rule3 % int2))) -> (rule2 % int1))", "intermediates": [ { "text": "Charlie is cold.", "representation": "(\"Charlie\" \"is\" \"cold\" \"+\")", "id": "int1" }, { "text": "Charlie is big.", "representation": "(\"Charlie\" \"is\" \"big\" \"+\")", "id": "int2" }, { "text": "Charlie is green.", "representation": "(\"Charlie\" \"is\" \"green\" \"+\")", "id": "int3" }, { "text": "Charlie is blue.", "representation": "(\"Charlie\" \"is\" \"blue\" \"+\")", "id": "int4" } ] }, { "representation": "((((((triple8 triple6 triple7) -> (rule3 % int4)) ((triple6 triple8) -> (rule7 % int3))) -> (rule6 % int2)) triple5 triple10) -> (rule2 % int1))", "intermediates": [ { "text": "Charlie is cold.", "representation": "(\"Charlie\" \"is\" \"cold\" \"+\")", "id": "int1" }, { "text": "Charlie is green.", "representation": "(\"Charlie\" \"is\" \"green\" \"+\")", "id": "int2" }, { "text": "Charlie is blue.", "representation": "(\"Charlie\" \"is\" \"blue\" \"+\")", "id": "int3" }, { "text": "Charlie is big.", "representation": "(\"Charlie\" \"is\" \"big\" \"+\")", "id": "int4" } ] }, { "representation": "((((((triple8 triple6 triple7) -> (rule3 % int4)) ((triple6 triple8) -> (rule7 % int3))) -> (rule6 % int2)) triple5 ((triple8 triple6 triple7) -> (rule3 % int4))) -> (rule2 % int1))", "intermediates": [ { "text": "Charlie is cold.", "representation": "(\"Charlie\" \"is\" \"cold\" \"+\")", "id": "int1" }, { "text": "Charlie is green.", "representation": "(\"Charlie\" \"is\" \"green\" \"+\")", "id": "int2" }, { "text": "Charlie is blue.", "representation": "(\"Charlie\" \"is\" \"blue\" \"+\")", "id": "int3" }, { "text": "Charlie is big.", "representation": "(\"Charlie\" \"is\" \"big\" \"+\")", "id": "int4" } ] } ] } ]

{ "triple1": "sent1", "triple2": "sent1", "triple3": "sent1", "triple4": "sent1", "triple5": "sent2", "triple6": "sent2", "triple7": "sent2", "triple8": "sent2", "triple9": "sent2", "triple10": "sent2", "rule1": "sent3", "rule2": "sent4", "rule3": "sent5", "rule4": "sent6", "rule5": "sent7", "rule6": "sent8", "rule7": "sent9", "triple11": null, "triple12": null }

{ "sent1": "Alan is a kind but rough man who is red from a sunburn, He is rather green in appearance after looking at some rotten fish.", "sent2": "Young Charlie is big and round from his mother's good cooking; Charlie is the kind of kid who is nice and kind to everyone and who is red with a sunburn.", "sent3": "I've found that a person who is green from lack of experience and nice even when they are feeling blue often has a red complexion.", "sent4": "A big young person that is green will be cold to others.", "sent5": "Red and round people are nice to others even though they are big.", "sent6": "People that feel green are cold to people that try to help them.", "sent7": "Someone with the traits of being cold and red is also going to be someone who is big.", "sent8": "Being big and blue is standard for being green.", "sent9": "When a round individual is nice to others, they are also feeling blue.", "sent10": null, "sent11": null }

{ "triple1": { "text": "Alan is kind.", "representation": "(\"Alan\" \"is\" \"kind\" \"+\")" }, "triple2": { "text": "Bob is red.", "representation": "(\"Bob\" \"is\" \"red\" \"+\")" }, "triple3": { "text": "Charlie is young.", "representation": "(\"Charlie\" \"is\" \"young\" \"+\")" }, "triple4": { "text": "Charlie is rough.", "representation": "(\"Charlie\" \"is\" \"rough\" \"+\")" }, "triple5": { "text": "Charlie is cold.", "representation": "(\"Charlie\" \"is\" \"cold\" \"+\")" }, "triple6": { "text": "Eric is young.", "representation": "(\"Eric\" \"is\" \"young\" \"+\")" }, "triple7": { "text": "Eric is round.", "representation": "(\"Eric\" \"is\" \"round\" \"+\")" }, "triple8": { "text": "Eric is red.", "representation": "(\"Eric\" \"is\" \"red\" \"+\")" }, "triple9": { "text": "Eric is nice.", "representation": "(\"Eric\" \"is\" \"nice\" \"+\")" }, "triple10": { "text": "Eric is kind.", "representation": "(\"Eric\" \"is\" \"kind\" \"+\")" }, "triple11": { "text": "Eric is green.", "representation": "(\"Eric\" \"is\" \"green\" \"+\")" }, "triple12": { "text": "Eric is big.", "representation": "(\"Eric\" \"is\" \"big\" \"+\")" } }

{ "rule1": { "text": "If someone is red and blue and kind then they are rough.", "representation": "(((\"someone\" \"is\" \"red\" \"+\") (\"someone\" \"is\" \"blue\" \"+\") (\"someone\" \"is\" \"kind\" \"+\")) -> (\"someone\" \"is\" \"rough\" \"+\"))" }, "rule2": { "text": "If someone is round and big and cold then they are rough.", "representation": "(((\"someone\" \"is\" \"round\" \"+\") (\"someone\" \"is\" \"big\" \"+\") (\"someone\" \"is\" \"cold\" \"+\")) -> (\"someone\" \"is\" \"rough\" \"+\"))" }, "rule3": { "text": "If someone is cold and big and rough then they are blue.", "representation": "(((\"someone\" \"is\" \"cold\" \"+\") (\"someone\" \"is\" \"big\" \"+\") (\"someone\" \"is\" \"rough\" \"+\")) -> (\"someone\" \"is\" \"blue\" \"+\"))" }, "rule4": { "text": "If someone is round and big and nice then they are cold.", "representation": "(((\"someone\" \"is\" \"round\" \"+\") (\"someone\" \"is\" \"big\" \"+\") (\"someone\" \"is\" \"nice\" \"+\")) -> (\"someone\" \"is\" \"cold\" \"+\"))" }, "rule5": null, "rule6": null, "rule7": null }

{ "Q1": { "question": "Eric is round.", "answer": "True", "QDep": 0, "QLen": "1", "strategy": "proof", "proofs": "[(triple7)]", "representation": "(\"Eric\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple7", "intermediates": [] } ] }, "Q2": { "question": "Alan is not kind.", "answer": "False", "QDep": 0, "QLen": "1", "strategy": "inv-proof", "proofs": "[(triple1)]", "representation": "(\"Alan\" \"is\" \"kind\" \"-\")", "proofsWithIntermediates": [ { "representation": "triple1", "intermediates": [] } ] }, "Q3": { "question": "Eric is cold.", "answer": "True", "QDep": 1, "QLen": "4", "strategy": "proof", "proofs": "[(((triple7 triple12 triple9) -> rule4))]", "representation": "(\"Eric\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple7 triple12 triple9) -> (rule4 % int1))", "intermediates": [ { "text": "Eric is cold.", "representation": "(\"Eric\" \"is\" \"cold\" \"+\")", "id": "int1" } ] } ] }, "Q4": { "question": "Eric is not cold.", "answer": "False", "QDep": 1, "QLen": "4", "strategy": "inv-proof", "proofs": "[(((triple7 triple12 triple9) -> rule4))]", "representation": "(\"Eric\" \"is\" \"cold\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple7 triple12 triple9) -> (rule4 % int1))", "intermediates": [ { "text": "Eric is cold.", "representation": "(\"Eric\" \"is\" \"cold\" \"+\")", "id": "int1" } ] } ] }, "Q5": { "question": "Eric is rough.", "answer": "True", "QDep": 2, "QLen": "7", "strategy": "proof", "proofs": "[(((triple7 triple12 ((triple7 triple12 triple9) -> rule4)) -> rule2))]", "representation": "(\"Eric\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple7 triple12 ((triple7 triple12 triple9) -> (rule4 % int2))) -> (rule2 % int1))", "intermediates": [ { "text": "Eric is rough.", "representation": "(\"Eric\" \"is\" \"rough\" \"+\")", "id": "int1" }, { "text": "Eric is cold.", "representation": "(\"Eric\" \"is\" \"cold\" \"+\")", "id": "int2" } ] } ] }, "Q6": { "question": "Eric is not rough.", "answer": "False", "QDep": 2, "QLen": "7", "strategy": "inv-proof", "proofs": "[(((triple7 triple12 ((triple7 triple12 triple9) -> rule4)) -> rule2))]", "representation": "(\"Eric\" \"is\" \"rough\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple7 triple12 ((triple7 triple12 triple9) -> (rule4 % int2))) -> (rule2 % int1))", "intermediates": [ { "text": "Eric is rough.", "representation": "(\"Eric\" \"is\" \"rough\" \"+\")", "id": "int1" }, { "text": "Eric is cold.", "representation": "(\"Eric\" \"is\" \"cold\" \"+\")", "id": "int2" } ] } ] }, "Q7": { "question": "Eric is blue.", "answer": "True", "QDep": 3, "QLen": "13", "strategy": "proof", "proofs": "[(((((triple7 triple12 triple9) -> rule4) triple12 ((triple7 triple12 ((triple7 triple12 triple9) -> rule4)) -> rule2)) -> rule3))]", "representation": "(\"Eric\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple7 triple12 triple9) -> (rule4 % int3)) triple12 ((triple7 triple12 ((triple7 triple12 triple9) -> (rule4 % int3))) -> (rule2 % int2))) -> (rule3 % int1))", "intermediates": [ { "text": "Eric is blue.", "representation": "(\"Eric\" \"is\" \"blue\" \"+\")", "id": "int1" }, { "text": "Eric is rough.", "representation": "(\"Eric\" \"is\" \"rough\" \"+\")", "id": "int2" }, { "text": "Eric is cold.", "representation": "(\"Eric\" \"is\" \"cold\" \"+\")", "id": "int3" } ] } ] }, "Q8": { "question": "Eric is not blue.", "answer": "False", "QDep": 3, "QLen": "13", "strategy": "inv-proof", "proofs": "[(((((triple7 triple12 triple9) -> rule4) triple12 ((triple7 triple12 ((triple7 triple12 triple9) -> rule4)) -> rule2)) -> rule3))]", "representation": "(\"Eric\" \"is\" \"blue\" \"-\")", "proofsWithIntermediates": [ { "representation": "((((triple7 triple12 triple9) -> (rule4 % int3)) triple12 ((triple7 triple12 ((triple7 triple12 triple9) -> (rule4 % int3))) -> (rule2 % int2))) -> (rule3 % int1))", "intermediates": [ { "text": "Eric is blue.", "representation": "(\"Eric\" \"is\" \"blue\" \"+\")", "id": "int1" }, { "text": "Eric is rough.", "representation": "(\"Eric\" \"is\" \"rough\" \"+\")", "id": "int2" }, { "text": "Eric is cold.", "representation": "(\"Eric\" \"is\" \"cold\" \"+\")", "id": "int3" } ] } ] }, "Q9": { "question": "Bob is not rough.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Bob is rough.[CWA. Example of deepest failure = (rule1 <- FAIL)]]", "representation": "(\"Bob\" \"is\" \"rough\" \"-\")", "proofsWithIntermediates": null }, "Q10": { "question": "Bob is cold.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "rconc", "proofs": "[@1: Bob is cold.[CWA. Example of deepest failure = (rule4 <- FAIL)]]", "representation": "(\"Bob\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": null }, "Q11": { "question": "Bob is not blue.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Bob is blue.[CWA. Example of deepest failure = (rule3 <- FAIL)]]", "representation": "(\"Bob\" \"is\" \"blue\" \"-\")", "proofsWithIntermediates": null }, "Q12": { "question": "Charlie is blue.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "rconc", "proofs": "[@1: Charlie is blue.[CWA. Example of deepest failure = (rule3 <- FAIL)]]", "representation": "(\"Charlie\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": null }, "Q13": { "question": "Bob is not nice.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Bob is nice.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Bob\" \"is\" \"nice\" \"-\")" }, "Q14": { "question": "Alan is green.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Alan is green.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Alan\" \"is\" \"green\" \"+\")" }, "Q15": { "question": "Charlie is not red.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Charlie is red.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Charlie\" \"is\" \"red\" \"-\")" }, "Q16": { "question": "Alan is nice.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Alan is nice.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Alan\" \"is\" \"nice\" \"+\")" }, "Q17": null, "Q18": null, "Q19": null, "Q20": null, "Q21": null, "Q22": null, "Q23": null, "Q24": null }

[ { "text": "Alan is kind.", "QDep": 0, "representation": "(\"Alan\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple1", "intermediates": [] } ] }, { "text": "Bob is red.", "QDep": 0, "representation": "(\"Bob\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple2", "intermediates": [] } ] }, { "text": "Charlie is cold.", "QDep": 0, "representation": "(\"Charlie\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple5", "intermediates": [] } ] }, { "text": "Charlie is rough.", "QDep": 0, "representation": "(\"Charlie\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple4", "intermediates": [] } ] }, { "text": "Charlie is young.", "QDep": 0, "representation": "(\"Charlie\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple3", "intermediates": [] } ] }, { "text": "Eric is big.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple12", "intermediates": [] } ] }, { "text": "Eric is green.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple11", "intermediates": [] } ] }, { "text": "Eric is kind.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple10", "intermediates": [] } ] }, { "text": "Eric is nice.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple9", "intermediates": [] } ] }, { "text": "Eric is red.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple8", "intermediates": [] } ] }, { "text": "Eric is round.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple7", "intermediates": [] } ] }, { "text": "Eric is young.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple6", "intermediates": [] } ] }, { "text": "Eric is cold.", "QDep": 1, "representation": "(\"Eric\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple7 triple12 triple9) -> (rule4 % int1))", "intermediates": [ { "text": "Eric is cold.", "representation": "(\"Eric\" \"is\" \"cold\" \"+\")", "id": "int1" } ] } ] }, { "text": "Eric is rough.", "QDep": 2, "representation": "(\"Eric\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple7 triple12 ((triple7 triple12 triple9) -> (rule4 % int2))) -> (rule2 % int1))", "intermediates": [ { "text": "Eric is rough.", "representation": "(\"Eric\" \"is\" \"rough\" \"+\")", "id": "int1" }, { "text": "Eric is cold.", "representation": "(\"Eric\" \"is\" \"cold\" \"+\")", "id": "int2" } ] } ] }, { "text": "Eric is blue.", "QDep": 3, "representation": "(\"Eric\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple7 triple12 triple9) -> (rule4 % int3)) triple12 ((triple7 triple12 ((triple7 triple12 triple9) -> (rule4 % int3))) -> (rule2 % int2))) -> (rule3 % int1))", "intermediates": [ { "text": "Eric is blue.", "representation": "(\"Eric\" \"is\" \"blue\" \"+\")", "id": "int1" }, { "text": "Eric is rough.", "representation": "(\"Eric\" \"is\" \"rough\" \"+\")", "id": "int2" }, { "text": "Eric is cold.", "representation": "(\"Eric\" \"is\" \"cold\" \"+\")", "id": "int3" } ] } ] } ]

{ "triple1": "sent1", "triple2": "sent2", "triple3": "sent3", "triple4": "sent3", "triple5": "sent3", "triple6": "sent4", "triple7": "sent4", "triple8": "sent4", "triple9": "sent4", "triple10": "sent4", "rule1": "sent5", "rule2": "sent6", "rule3": "sent7", "rule4": "sent8", "rule5": null, "rule6": null, "rule7": null, "triple11": "sent4", "triple12": "sent4" }

{ "sent1": "Alan always goes out of his way to show that he is kind to people.", "sent2": "Red Bob is what folks call him, because he is quite red.", "sent3": "Charlie is rough and cold, but he's young and will get over it.", "sent4": "Eric's characteristics are that he is young, round, red, nice, kind, green and big.", "sent5": "If a red and blue person is also kind to people that means they are rough as well.", "sent6": "If someone is round in their face and big boned as well as having cold hands then you'll often note that their skin is rough.", "sent7": "A big and rough person can be misleading because they are cold and blue as well.", "sent8": "A nice big person who is also round is going to be cold.", "sent9": null, "sent10": null, "sent11": null }

{ "triple1": { "text": "Alan is round.", "representation": "(\"Alan\" \"is\" \"round\" \"+\")" }, "triple2": { "text": "Alan is red.", "representation": "(\"Alan\" \"is\" \"red\" \"+\")" }, "triple3": { "text": "Alan is big.", "representation": "(\"Alan\" \"is\" \"big\" \"+\")" }, "triple4": { "text": "Bob is young.", "representation": "(\"Bob\" \"is\" \"young\" \"+\")" }, "triple5": { "text": "Bob is round.", "representation": "(\"Bob\" \"is\" \"round\" \"+\")" }, "triple6": { "text": "Eric is young.", "representation": "(\"Eric\" \"is\" \"young\" \"+\")" }, "triple7": { "text": "Gary is round.", "representation": "(\"Gary\" \"is\" \"round\" \"+\")" }, "triple8": { "text": "Gary is red.", "representation": "(\"Gary\" \"is\" \"red\" \"+\")" }, "triple9": { "text": "Gary is green.", "representation": "(\"Gary\" \"is\" \"green\" \"+\")" }, "triple10": { "text": "Gary is blue.", "representation": "(\"Gary\" \"is\" \"blue\" \"+\")" }, "triple11": { "text": "Gary is big.", "representation": "(\"Gary\" \"is\" \"big\" \"+\")" }, "triple12": null }

{ "rule1": { "text": "If someone is red and kind and rough then they are young.", "representation": "(((\"someone\" \"is\" \"red\" \"+\") (\"someone\" \"is\" \"kind\" \"+\") (\"someone\" \"is\" \"rough\" \"+\")) -> (\"someone\" \"is\" \"young\" \"+\"))" }, "rule2": { "text": "If someone is nice and round and red then they are big.", "representation": "(((\"someone\" \"is\" \"nice\" \"+\") (\"someone\" \"is\" \"round\" \"+\") (\"someone\" \"is\" \"red\" \"+\")) -> (\"someone\" \"is\" \"big\" \"+\"))" }, "rule3": { "text": "If someone is round and blue then they are young.", "representation": "(((\"someone\" \"is\" \"round\" \"+\") (\"someone\" \"is\" \"blue\" \"+\")) -> (\"someone\" \"is\" \"young\" \"+\"))" }, "rule4": { "text": "If someone is big and round and red then they are young.", "representation": "(((\"someone\" \"is\" \"big\" \"+\") (\"someone\" \"is\" \"round\" \"+\") (\"someone\" \"is\" \"red\" \"+\")) -> (\"someone\" \"is\" \"young\" \"+\"))" }, "rule5": { "text": "If someone is round and big and young then they are blue.", "representation": "(((\"someone\" \"is\" \"round\" \"+\") (\"someone\" \"is\" \"big\" \"+\") (\"someone\" \"is\" \"young\" \"+\")) -> (\"someone\" \"is\" \"blue\" \"+\"))" }, "rule6": { "text": "If someone is blue and big then they are kind.", "representation": "(((\"someone\" \"is\" \"blue\" \"+\") (\"someone\" \"is\" \"big\" \"+\")) -> (\"someone\" \"is\" \"kind\" \"+\"))" }, "rule7": null }

{ "Q1": { "question": "Bob is round.", "answer": "True", "QDep": 0, "QLen": "1", "strategy": "proof", "proofs": "[(triple5)]", "representation": "(\"Bob\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple5", "intermediates": [] } ] }, "Q2": { "question": "Alan is not big.", "answer": "False", "QDep": 0, "QLen": "1", "strategy": "inv-proof", "proofs": "[(triple3)]", "representation": "(\"Alan\" \"is\" \"big\" \"-\")", "proofsWithIntermediates": [ { "representation": "triple3", "intermediates": [] } ] }, "Q3": { "question": "Gary is kind.", "answer": "True", "QDep": 1, "QLen": "3", "strategy": "proof", "proofs": "[(((triple10 triple11) -> rule6) OR ((((triple7 triple11 ((triple11 triple7 triple8) -> rule4)) -> rule5) triple11) -> rule6))]", "representation": "(\"Gary\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple10 triple11) -> (rule6 % int1))", "intermediates": [ { "text": "Gary is kind.", "representation": "(\"Gary\" \"is\" \"kind\" \"+\")", "id": "int1" } ] }, { "representation": "((((triple7 triple11 ((triple11 triple7 triple8) -> (rule4 % int3))) -> (rule5 % int2)) triple11) -> (rule6 % int1))", "intermediates": [ { "text": "Gary is kind.", "representation": "(\"Gary\" \"is\" \"kind\" \"+\")", "id": "int1" }, { "text": "Gary is blue.", "representation": "(\"Gary\" \"is\" \"blue\" \"+\")", "id": "int2" }, { "text": "Gary is young.", "representation": "(\"Gary\" \"is\" \"young\" \"+\")", "id": "int3" } ] } ] }, "Q4": { "question": "Alan is not young.", "answer": "False", "QDep": 1, "QLen": "4", "strategy": "inv-proof", "proofs": "[(((triple3 triple1 triple2) -> rule4))]", "representation": "(\"Alan\" \"is\" \"young\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple3 triple1 triple2) -> (rule4 % int1))", "intermediates": [ { "text": "Alan is young.", "representation": "(\"Alan\" \"is\" \"young\" \"+\")", "id": "int1" } ] } ] }, "Q5": { "question": "Alan is blue.", "answer": "True", "QDep": 2, "QLen": "7", "strategy": "proof", "proofs": "[(((triple1 triple3 ((triple3 triple1 triple2) -> rule4)) -> rule5))]", "representation": "(\"Alan\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple1 triple3 ((triple3 triple1 triple2) -> (rule4 % int2))) -> (rule5 % int1))", "intermediates": [ { "text": "Alan is blue.", "representation": "(\"Alan\" \"is\" \"blue\" \"+\")", "id": "int1" }, { "text": "Alan is young.", "representation": "(\"Alan\" \"is\" \"young\" \"+\")", "id": "int2" } ] } ] }, "Q6": { "question": "Alan is not blue.", "answer": "False", "QDep": 2, "QLen": "7", "strategy": "inv-proof", "proofs": "[(((triple1 triple3 ((triple3 triple1 triple2) -> rule4)) -> rule5))]", "representation": "(\"Alan\" \"is\" \"blue\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple1 triple3 ((triple3 triple1 triple2) -> (rule4 % int2))) -> (rule5 % int1))", "intermediates": [ { "text": "Alan is blue.", "representation": "(\"Alan\" \"is\" \"blue\" \"+\")", "id": "int1" }, { "text": "Alan is young.", "representation": "(\"Alan\" \"is\" \"young\" \"+\")", "id": "int2" } ] } ] }, "Q7": { "question": "Alan is kind.", "answer": "True", "QDep": 3, "QLen": "9", "strategy": "proof", "proofs": "[(((((triple1 triple3 ((triple3 triple1 triple2) -> rule4)) -> rule5) triple3) -> rule6))]", "representation": "(\"Alan\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple1 triple3 ((triple3 triple1 triple2) -> (rule4 % int3))) -> (rule5 % int2)) triple3) -> (rule6 % int1))", "intermediates": [ { "text": "Alan is kind.", "representation": "(\"Alan\" \"is\" \"kind\" \"+\")", "id": "int1" }, { "text": "Alan is blue.", "representation": "(\"Alan\" \"is\" \"blue\" \"+\")", "id": "int2" }, { "text": "Alan is young.", "representation": "(\"Alan\" \"is\" \"young\" \"+\")", "id": "int3" } ] } ] }, "Q8": { "question": "Alan is not kind.", "answer": "False", "QDep": 3, "QLen": "9", "strategy": "inv-proof", "proofs": "[(((((triple1 triple3 ((triple3 triple1 triple2) -> rule4)) -> rule5) triple3) -> rule6))]", "representation": "(\"Alan\" \"is\" \"kind\" \"-\")", "proofsWithIntermediates": [ { "representation": "((((triple1 triple3 ((triple3 triple1 triple2) -> (rule4 % int3))) -> (rule5 % int2)) triple3) -> (rule6 % int1))", "intermediates": [ { "text": "Alan is kind.", "representation": "(\"Alan\" \"is\" \"kind\" \"+\")", "id": "int1" }, { "text": "Alan is blue.", "representation": "(\"Alan\" \"is\" \"blue\" \"+\")", "id": "int2" }, { "text": "Alan is young.", "representation": "(\"Alan\" \"is\" \"young\" \"+\")", "id": "int3" } ] } ] }, "Q9": { "question": "Bob is not big.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Bob is big.[CWA. Example of deepest failure = (rule2 <- FAIL)]]", "representation": "(\"Bob\" \"is\" \"big\" \"-\")", "proofsWithIntermediates": null }, "Q10": { "question": "Eric is kind.", "answer": "Unknown", "QDep": 2, "QLen": "", "strategy": "rconc", "proofs": "[@2: Eric is kind.[CWA. Example of deepest failure = (rule6 <- rule5 <- FAIL)]]", "representation": "(\"Eric\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": null }, "Q11": { "question": "Eric is not blue.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Eric is blue.[CWA. Example of deepest failure = (rule5 <- FAIL)]]", "representation": "(\"Eric\" \"is\" \"blue\" \"-\")", "proofsWithIntermediates": null }, "Q12": { "question": "Eric is big.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "rconc", "proofs": "[@1: Eric is big.[CWA. Example of deepest failure = (rule2 <- FAIL)]]", "representation": "(\"Eric\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": null }, "Q13": { "question": "Bob is not green.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Bob is green.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Bob\" \"is\" \"green\" \"-\")" }, "Q14": { "question": "Eric is rough.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Eric is rough.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Eric\" \"is\" \"rough\" \"+\")" }, "Q15": { "question": "Bob is not red.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Bob is red.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Bob\" \"is\" \"red\" \"-\")" }, "Q16": { "question": "Eric is cold.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Eric is cold.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Eric\" \"is\" \"cold\" \"+\")" }, "Q17": null, "Q18": null, "Q19": null, "Q20": null, "Q21": null, "Q22": null, "Q23": null, "Q24": null }

[ { "text": "Alan is big.", "QDep": 0, "representation": "(\"Alan\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple3", "intermediates": [] } ] }, { "text": "Alan is red.", "QDep": 0, "representation": "(\"Alan\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple2", "intermediates": [] } ] }, { "text": "Alan is round.", "QDep": 0, "representation": "(\"Alan\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple1", "intermediates": [] } ] }, { "text": "Bob is round.", "QDep": 0, "representation": "(\"Bob\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple5", "intermediates": [] } ] }, { "text": "Bob is young.", "QDep": 0, "representation": "(\"Bob\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple4", "intermediates": [] } ] }, { "text": "Eric is young.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple6", "intermediates": [] } ] }, { "text": "Gary is big.", "QDep": 0, "representation": "(\"Gary\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple11", "intermediates": [] } ] }, { "text": "Gary is blue.", "QDep": 0, "representation": "(\"Gary\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple10", "intermediates": [] }, { "representation": "((triple7 triple11 ((triple11 triple7 triple8) -> (rule4 % int2))) -> (rule5 % int1))", "intermediates": [ { "text": "Gary is blue.", "representation": "(\"Gary\" \"is\" \"blue\" \"+\")", "id": "int1" }, { "text": "Gary is young.", "representation": "(\"Gary\" \"is\" \"young\" \"+\")", "id": "int2" } ] } ] }, { "text": "Gary is green.", "QDep": 0, "representation": "(\"Gary\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple9", "intermediates": [] } ] }, { "text": "Gary is red.", "QDep": 0, "representation": "(\"Gary\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple8", "intermediates": [] } ] }, { "text": "Gary is round.", "QDep": 0, "representation": "(\"Gary\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple7", "intermediates": [] } ] }, { "text": "Alan is young.", "QDep": 1, "representation": "(\"Alan\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple3 triple1 triple2) -> (rule4 % int1))", "intermediates": [ { "text": "Alan is young.", "representation": "(\"Alan\" \"is\" \"young\" \"+\")", "id": "int1" } ] } ] }, { "text": "Gary is kind.", "QDep": 1, "representation": "(\"Gary\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple10 triple11) -> (rule6 % int1))", "intermediates": [ { "text": "Gary is kind.", "representation": "(\"Gary\" \"is\" \"kind\" \"+\")", "id": "int1" } ] }, { "representation": "((((triple7 triple11 ((triple11 triple7 triple8) -> (rule4 % int3))) -> (rule5 % int2)) triple11) -> (rule6 % int1))", "intermediates": [ { "text": "Gary is kind.", "representation": "(\"Gary\" \"is\" \"kind\" \"+\")", "id": "int1" }, { "text": "Gary is blue.", "representation": "(\"Gary\" \"is\" \"blue\" \"+\")", "id": "int2" }, { "text": "Gary is young.", "representation": "(\"Gary\" \"is\" \"young\" \"+\")", "id": "int3" } ] } ] }, { "text": "Gary is young.", "QDep": 1, "representation": "(\"Gary\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple7 triple10) -> (rule3 % int1))", "intermediates": [ { "text": "Gary is young.", "representation": "(\"Gary\" \"is\" \"young\" \"+\")", "id": "int1" } ] }, { "representation": "((triple11 triple7 triple8) -> (rule4 % int1))", "intermediates": [ { "text": "Gary is young.", "representation": "(\"Gary\" \"is\" \"young\" \"+\")", "id": "int1" } ] } ] }, { "text": "Alan is blue.", "QDep": 2, "representation": "(\"Alan\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple1 triple3 ((triple3 triple1 triple2) -> (rule4 % int2))) -> (rule5 % int1))", "intermediates": [ { "text": "Alan is blue.", "representation": "(\"Alan\" \"is\" \"blue\" \"+\")", "id": "int1" }, { "text": "Alan is young.", "representation": "(\"Alan\" \"is\" \"young\" \"+\")", "id": "int2" } ] } ] }, { "text": "Alan is kind.", "QDep": 3, "representation": "(\"Alan\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple1 triple3 ((triple3 triple1 triple2) -> (rule4 % int3))) -> (rule5 % int2)) triple3) -> (rule6 % int1))", "intermediates": [ { "text": "Alan is kind.", "representation": "(\"Alan\" \"is\" \"kind\" \"+\")", "id": "int1" }, { "text": "Alan is blue.", "representation": "(\"Alan\" \"is\" \"blue\" \"+\")", "id": "int2" }, { "text": "Alan is young.", "representation": "(\"Alan\" \"is\" \"young\" \"+\")", "id": "int3" } ] } ] } ]

{ "triple1": "sent1", "triple2": "sent1", "triple3": "sent1", "triple4": "sent2", "triple5": "sent2", "triple6": "sent3", "triple7": "sent4", "triple8": "sent4", "triple9": "sent4", "triple10": "sent4", "rule1": "sent5", "rule2": "sent6", "rule3": "sent7", "rule4": "sent8", "rule5": "sent9", "rule6": "sent10", "rule7": null, "triple11": "sent4", "triple12": null }

{ "sent1": "Alan had big, red, round cheeks.", "sent2": "Bob is both young and fairly round in size.", "sent3": "Eric was born only a few years ago so he is young.", "sent4": "Gary is so big and round, it's hard to tell he is red, green and blue all at once.", "sent5": "Red, kind, rough people are the young ones.", "sent6": "Red and round people are nice to others even though they are big.", "sent7": "It's easy to be round and blue when you are young.", "sent8": "Big, round, red people are always so young.", "sent9": "If a young person knows he is big and round, then he will be blue.", "sent10": "A big and blue colored person is also certainly very kind.", "sent11": null }

{ "triple1": { "text": "Alan is red.", "representation": "(\"Alan\" \"is\" \"red\" \"+\")" }, "triple2": { "text": "Alan is nice.", "representation": "(\"Alan\" \"is\" \"nice\" \"+\")" }, "triple3": { "text": "Charlie is rough.", "representation": "(\"Charlie\" \"is\" \"rough\" \"+\")" }, "triple4": { "text": "Charlie is kind.", "representation": "(\"Charlie\" \"is\" \"kind\" \"+\")" }, "triple5": { "text": "Charlie is green.", "representation": "(\"Charlie\" \"is\" \"green\" \"+\")" }, "triple6": { "text": "Fred is cold.", "representation": "(\"Fred\" \"is\" \"cold\" \"+\")" }, "triple7": { "text": "Fred is blue.", "representation": "(\"Fred\" \"is\" \"blue\" \"+\")" }, "triple8": { "text": "Gary is rough.", "representation": "(\"Gary\" \"is\" \"rough\" \"+\")" }, "triple9": { "text": "Gary is green.", "representation": "(\"Gary\" \"is\" \"green\" \"+\")" }, "triple10": { "text": "Gary is blue.", "representation": "(\"Gary\" \"is\" \"blue\" \"+\")" }, "triple11": null, "triple12": null }

{ "rule1": { "text": "If someone is kind and young and round then they are blue.", "representation": "(((\"someone\" \"is\" \"kind\" \"+\") (\"someone\" \"is\" \"young\" \"+\") (\"someone\" \"is\" \"round\" \"+\")) -> (\"someone\" \"is\" \"blue\" \"+\"))" }, "rule2": { "text": "If someone is red and green then they are big.", "representation": "(((\"someone\" \"is\" \"red\" \"+\") (\"someone\" \"is\" \"green\" \"+\")) -> (\"someone\" \"is\" \"big\" \"+\"))" }, "rule3": { "text": "If someone is young and cold and green then they are round.", "representation": "(((\"someone\" \"is\" \"young\" \"+\") (\"someone\" \"is\" \"cold\" \"+\") (\"someone\" \"is\" \"green\" \"+\")) -> (\"someone\" \"is\" \"round\" \"+\"))" }, "rule4": { "text": "If someone is blue and cold then they are green.", "representation": "(((\"someone\" \"is\" \"blue\" \"+\") (\"someone\" \"is\" \"cold\" \"+\")) -> (\"someone\" \"is\" \"green\" \"+\"))" }, "rule5": { "text": "If someone is cold and nice and big then they are kind.", "representation": "(((\"someone\" \"is\" \"cold\" \"+\") (\"someone\" \"is\" \"nice\" \"+\") (\"someone\" \"is\" \"big\" \"+\")) -> (\"someone\" \"is\" \"kind\" \"+\"))" }, "rule6": { "text": "If someone is green and blue then they are red.", "representation": "(((\"someone\" \"is\" \"green\" \"+\") (\"someone\" \"is\" \"blue\" \"+\")) -> (\"someone\" \"is\" \"red\" \"+\"))" }, "rule7": null }

{ "Q1": { "question": "Charlie is rough.", "answer": "True", "QDep": 0, "QLen": "1", "strategy": "proof", "proofs": "[(triple3)]", "representation": "(\"Charlie\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple3", "intermediates": [] } ] }, "Q2": { "question": "Gary is not green.", "answer": "False", "QDep": 0, "QLen": "1", "strategy": "inv-proof", "proofs": "[(triple9)]", "representation": "(\"Gary\" \"is\" \"green\" \"-\")", "proofsWithIntermediates": [ { "representation": "triple9", "intermediates": [] } ] }, "Q3": { "question": "Fred is green.", "answer": "True", "QDep": 1, "QLen": "3", "strategy": "proof", "proofs": "[(((triple7 triple6) -> rule4))]", "representation": "(\"Fred\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple7 triple6) -> (rule4 % int1))", "intermediates": [ { "text": "Fred is green.", "representation": "(\"Fred\" \"is\" \"green\" \"+\")", "id": "int1" } ] } ] }, "Q4": { "question": "Fred is not green.", "answer": "False", "QDep": 1, "QLen": "3", "strategy": "inv-proof", "proofs": "[(((triple7 triple6) -> rule4))]", "representation": "(\"Fred\" \"is\" \"green\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple7 triple6) -> (rule4 % int1))", "intermediates": [ { "text": "Fred is green.", "representation": "(\"Fred\" \"is\" \"green\" \"+\")", "id": "int1" } ] } ] }, "Q5": { "question": "Fred is red.", "answer": "True", "QDep": 2, "QLen": "5", "strategy": "proof", "proofs": "[(((((triple7 triple6) -> rule4) triple7) -> rule6))]", "representation": "(\"Fred\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple7 triple6) -> (rule4 % int2)) triple7) -> (rule6 % int1))", "intermediates": [ { "text": "Fred is red.", "representation": "(\"Fred\" \"is\" \"red\" \"+\")", "id": "int1" }, { "text": "Fred is green.", "representation": "(\"Fred\" \"is\" \"green\" \"+\")", "id": "int2" } ] } ] }, "Q6": { "question": "Gary is not big.", "answer": "False", "QDep": 2, "QLen": "5", "strategy": "inv-proof", "proofs": "[(((((triple9 triple10) -> rule6) triple9) -> rule2))]", "representation": "(\"Gary\" \"is\" \"big\" \"-\")", "proofsWithIntermediates": [ { "representation": "((((triple9 triple10) -> (rule6 % int2)) triple9) -> (rule2 % int1))", "intermediates": [ { "text": "Gary is big.", "representation": "(\"Gary\" \"is\" \"big\" \"+\")", "id": "int1" }, { "text": "Gary is red.", "representation": "(\"Gary\" \"is\" \"red\" \"+\")", "id": "int2" } ] } ] }, "Q7": { "question": "Fred is big.", "answer": "True", "QDep": 3, "QLen": "9", "strategy": "proof", "proofs": "[(((((((triple7 triple6) -> rule4) triple7) -> rule6) ((triple7 triple6) -> rule4)) -> rule2))]", "representation": "(\"Fred\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((((triple7 triple6) -> (rule4 % int3)) triple7) -> (rule6 % int2)) ((triple7 triple6) -> (rule4 % int3))) -> (rule2 % int1))", "intermediates": [ { "text": "Fred is big.", "representation": "(\"Fred\" \"is\" \"big\" \"+\")", "id": "int1" }, { "text": "Fred is red.", "representation": "(\"Fred\" \"is\" \"red\" \"+\")", "id": "int2" }, { "text": "Fred is green.", "representation": "(\"Fred\" \"is\" \"green\" \"+\")", "id": "int3" } ] } ] }, "Q8": { "question": "Fred is not big.", "answer": "False", "QDep": 3, "QLen": "9", "strategy": "inv-proof", "proofs": "[(((((((triple7 triple6) -> rule4) triple7) -> rule6) ((triple7 triple6) -> rule4)) -> rule2))]", "representation": "(\"Fred\" \"is\" \"big\" \"-\")", "proofsWithIntermediates": [ { "representation": "((((((triple7 triple6) -> (rule4 % int3)) triple7) -> (rule6 % int2)) ((triple7 triple6) -> (rule4 % int3))) -> (rule2 % int1))", "intermediates": [ { "text": "Fred is big.", "representation": "(\"Fred\" \"is\" \"big\" \"+\")", "id": "int1" }, { "text": "Fred is red.", "representation": "(\"Fred\" \"is\" \"red\" \"+\")", "id": "int2" }, { "text": "Fred is green.", "representation": "(\"Fred\" \"is\" \"green\" \"+\")", "id": "int3" } ] } ] }, "Q9": { "question": "Charlie is not big.", "answer": "Unknown", "QDep": 3, "QLen": "", "strategy": "inv-rconc", "proofs": "[@3: Charlie is big.[CWA. Example of deepest failure = (rule2 <- rule6 <- rule1 <- FAIL)]]", "representation": "(\"Charlie\" \"is\" \"big\" \"-\")", "proofsWithIntermediates": null }, "Q10": { "question": "Fred is kind.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "rconc", "proofs": "[@1: Fred is kind.[CWA. Example of deepest failure = (rule5 <- FAIL)]]", "representation": "(\"Fred\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": null }, "Q11": { "question": "Alan is not round.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Alan is round.[CWA. Example of deepest failure = (rule3 <- FAIL)]]", "representation": "(\"Alan\" \"is\" \"round\" \"-\")", "proofsWithIntermediates": null }, "Q12": { "question": "Charlie is red.", "answer": "Unknown", "QDep": 2, "QLen": "", "strategy": "rconc", "proofs": "[@2: Charlie is red.[CWA. Example of deepest failure = (rule6 <- rule1 <- FAIL)]]", "representation": "(\"Charlie\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": null }, "Q13": { "question": "Fred is not nice.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Fred is nice.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Fred\" \"is\" \"nice\" \"-\")" }, "Q14": { "question": "Gary is nice.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Gary is nice.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Gary\" \"is\" \"nice\" \"+\")" }, "Q15": { "question": "Gary is not young.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Gary is young.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Gary\" \"is\" \"young\" \"-\")" }, "Q16": { "question": "Charlie is nice.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Charlie is nice.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Charlie\" \"is\" \"nice\" \"+\")" }, "Q17": null, "Q18": null, "Q19": null, "Q20": null, "Q21": null, "Q22": null, "Q23": null, "Q24": null }

[ { "text": "Alan is nice.", "QDep": 0, "representation": "(\"Alan\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple2", "intermediates": [] } ] }, { "text": "Alan is red.", "QDep": 0, "representation": "(\"Alan\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple1", "intermediates": [] } ] }, { "text": "Charlie is green.", "QDep": 0, "representation": "(\"Charlie\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple5", "intermediates": [] } ] }, { "text": "Charlie is kind.", "QDep": 0, "representation": "(\"Charlie\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple4", "intermediates": [] } ] }, { "text": "Charlie is rough.", "QDep": 0, "representation": "(\"Charlie\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple3", "intermediates": [] } ] }, { "text": "Fred is blue.", "QDep": 0, "representation": "(\"Fred\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple7", "intermediates": [] } ] }, { "text": "Fred is cold.", "QDep": 0, "representation": "(\"Fred\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple6", "intermediates": [] } ] }, { "text": "Gary is blue.", "QDep": 0, "representation": "(\"Gary\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple10", "intermediates": [] } ] }, { "text": "Gary is green.", "QDep": 0, "representation": "(\"Gary\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple9", "intermediates": [] } ] }, { "text": "Gary is rough.", "QDep": 0, "representation": "(\"Gary\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple8", "intermediates": [] } ] }, { "text": "Fred is green.", "QDep": 1, "representation": "(\"Fred\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple7 triple6) -> (rule4 % int1))", "intermediates": [ { "text": "Fred is green.", "representation": "(\"Fred\" \"is\" \"green\" \"+\")", "id": "int1" } ] } ] }, { "text": "Gary is red.", "QDep": 1, "representation": "(\"Gary\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple9 triple10) -> (rule6 % int1))", "intermediates": [ { "text": "Gary is red.", "representation": "(\"Gary\" \"is\" \"red\" \"+\")", "id": "int1" } ] } ] }, { "text": "Fred is red.", "QDep": 2, "representation": "(\"Fred\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple7 triple6) -> (rule4 % int2)) triple7) -> (rule6 % int1))", "intermediates": [ { "text": "Fred is red.", "representation": "(\"Fred\" \"is\" \"red\" \"+\")", "id": "int1" }, { "text": "Fred is green.", "representation": "(\"Fred\" \"is\" \"green\" \"+\")", "id": "int2" } ] } ] }, { "text": "Gary is big.", "QDep": 2, "representation": "(\"Gary\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple9 triple10) -> (rule6 % int2)) triple9) -> (rule2 % int1))", "intermediates": [ { "text": "Gary is big.", "representation": "(\"Gary\" \"is\" \"big\" \"+\")", "id": "int1" }, { "text": "Gary is red.", "representation": "(\"Gary\" \"is\" \"red\" \"+\")", "id": "int2" } ] } ] }, { "text": "Fred is big.", "QDep": 3, "representation": "(\"Fred\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((((triple7 triple6) -> (rule4 % int3)) triple7) -> (rule6 % int2)) ((triple7 triple6) -> (rule4 % int3))) -> (rule2 % int1))", "intermediates": [ { "text": "Fred is big.", "representation": "(\"Fred\" \"is\" \"big\" \"+\")", "id": "int1" }, { "text": "Fred is red.", "representation": "(\"Fred\" \"is\" \"red\" \"+\")", "id": "int2" }, { "text": "Fred is green.", "representation": "(\"Fred\" \"is\" \"green\" \"+\")", "id": "int3" } ] } ] } ]

{ "triple1": "sent1", "triple2": "sent1", "triple3": "sent2", "triple4": "sent2", "triple5": "sent2", "triple6": "sent3", "triple7": "sent3", "triple8": "sent4", "triple9": "sent4", "triple10": "sent4", "rule1": "sent5", "rule2": "sent6", "rule3": "sent7", "rule4": "sent8", "rule5": "sent9", "rule6": "sent10", "rule7": null, "triple11": null, "triple12": null }

{ "sent1": "Alan is a nice person who is red because he has a rash.", "sent2": "That rough but kind guy is Charlie, the green one.", "sent3": "Fred is blue and cold.", "sent4": "Gary has green teeth and rough skin; People also notice his blue eyes.", "sent5": "If a kind person is also young and round shaped, they will be colored blue.", "sent6": "If a person is red and green, then they will present as big.", "sent7": "That young person is feeling cold because he is green to the situation making his body shape round.", "sent8": "People blue with cold are definitely green and new in these parts.", "sent9": "Big people who at the same time are cold hearted and nice are a conundrum but they are also kind.", "sent10": "It's true that green and blue people are also red people.", "sent11": null }

{ "triple1": { "text": "Eric is young.", "representation": "(\"Eric\" \"is\" \"young\" \"+\")" }, "triple2": { "text": "Eric is nice.", "representation": "(\"Eric\" \"is\" \"nice\" \"+\")" }, "triple3": { "text": "Eric is kind.", "representation": "(\"Eric\" \"is\" \"kind\" \"+\")" }, "triple4": { "text": "Eric is green.", "representation": "(\"Eric\" \"is\" \"green\" \"+\")" }, "triple5": { "text": "Fred is rough.", "representation": "(\"Fred\" \"is\" \"rough\" \"+\")" }, "triple6": { "text": "Fred is nice.", "representation": "(\"Fred\" \"is\" \"nice\" \"+\")" }, "triple7": { "text": "Fred is blue.", "representation": "(\"Fred\" \"is\" \"blue\" \"+\")" }, "triple8": { "text": "Gary is red.", "representation": "(\"Gary\" \"is\" \"red\" \"+\")" }, "triple9": { "text": "Gary is blue.", "representation": "(\"Gary\" \"is\" \"blue\" \"+\")" }, "triple10": null, "triple11": null, "triple12": null }

{ "rule1": { "text": "If someone is young and big then they are cold.", "representation": "(((\"someone\" \"is\" \"young\" \"+\") (\"someone\" \"is\" \"big\" \"+\")) -> (\"someone\" \"is\" \"cold\" \"+\"))" }, "rule2": { "text": "If someone is round and kind and big then they are blue.", "representation": "(((\"someone\" \"is\" \"round\" \"+\") (\"someone\" \"is\" \"kind\" \"+\") (\"someone\" \"is\" \"big\" \"+\")) -> (\"someone\" \"is\" \"blue\" \"+\"))" }, "rule3": { "text": "If someone is nice and big and kind then they are young.", "representation": "(((\"someone\" \"is\" \"nice\" \"+\") (\"someone\" \"is\" \"big\" \"+\") (\"someone\" \"is\" \"kind\" \"+\")) -> (\"someone\" \"is\" \"young\" \"+\"))" }, "rule4": { "text": "If someone is cold and rough and red then they are round.", "representation": "(((\"someone\" \"is\" \"cold\" \"+\") (\"someone\" \"is\" \"rough\" \"+\") (\"someone\" \"is\" \"red\" \"+\")) -> (\"someone\" \"is\" \"round\" \"+\"))" }, "rule5": { "text": "If someone is cold and blue then they are rough.", "representation": "(((\"someone\" \"is\" \"cold\" \"+\") (\"someone\" \"is\" \"blue\" \"+\")) -> (\"someone\" \"is\" \"rough\" \"+\"))" }, "rule6": { "text": "If someone is blue then they are cold.", "representation": "(((\"someone\" \"is\" \"blue\" \"+\")) -> (\"someone\" \"is\" \"cold\" \"+\"))" }, "rule7": { "text": "If someone is rough and red and blue then they are young.", "representation": "(((\"someone\" \"is\" \"rough\" \"+\") (\"someone\" \"is\" \"red\" \"+\") (\"someone\" \"is\" \"blue\" \"+\")) -> (\"someone\" \"is\" \"young\" \"+\"))" } }

{ "Q1": { "question": "Fred is blue.", "answer": "True", "QDep": 0, "QLen": "1", "strategy": "proof", "proofs": "[(triple7)]", "representation": "(\"Fred\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple7", "intermediates": [] } ] }, "Q2": { "question": "Fred is not rough.", "answer": "False", "QDep": 0, "QLen": "1", "strategy": "inv-proof", "proofs": "[(triple5 OR ((((triple7) -> rule6) triple7) -> rule5))]", "representation": "(\"Fred\" \"is\" \"rough\" \"-\")", "proofsWithIntermediates": [ { "representation": "triple5", "intermediates": [] }, { "representation": "((((triple7) -> (rule6 % int2)) triple7) -> (rule5 % int1))", "intermediates": [ { "text": "Fred is rough.", "representation": "(\"Fred\" \"is\" \"rough\" \"+\")", "id": "int1" }, { "text": "Fred is cold.", "representation": "(\"Fred\" \"is\" \"cold\" \"+\")", "id": "int2" } ] } ] }, "Q3": { "question": "Gary is cold.", "answer": "True", "QDep": 1, "QLen": "2", "strategy": "proof", "proofs": "[(((triple9) -> rule6))]", "representation": "(\"Gary\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple9) -> (rule6 % int1))", "intermediates": [ { "text": "Gary is cold.", "representation": "(\"Gary\" \"is\" \"cold\" \"+\")", "id": "int1" } ] } ] }, "Q4": { "question": "Gary is not cold.", "answer": "False", "QDep": 1, "QLen": "2", "strategy": "inv-proof", "proofs": "[(((triple9) -> rule6))]", "representation": "(\"Gary\" \"is\" \"cold\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple9) -> (rule6 % int1))", "intermediates": [ { "text": "Gary is cold.", "representation": "(\"Gary\" \"is\" \"cold\" \"+\")", "id": "int1" } ] } ] }, "Q5": { "question": "Gary is rough.", "answer": "True", "QDep": 2, "QLen": "4", "strategy": "proof", "proofs": "[(((((triple9) -> rule6) triple9) -> rule5))]", "representation": "(\"Gary\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple9) -> (rule6 % int2)) triple9) -> (rule5 % int1))", "intermediates": [ { "text": "Gary is rough.", "representation": "(\"Gary\" \"is\" \"rough\" \"+\")", "id": "int1" }, { "text": "Gary is cold.", "representation": "(\"Gary\" \"is\" \"cold\" \"+\")", "id": "int2" } ] } ] }, "Q6": { "question": "Gary is not rough.", "answer": "False", "QDep": 2, "QLen": "4", "strategy": "inv-proof", "proofs": "[(((((triple9) -> rule6) triple9) -> rule5))]", "representation": "(\"Gary\" \"is\" \"rough\" \"-\")", "proofsWithIntermediates": [ { "representation": "((((triple9) -> (rule6 % int2)) triple9) -> (rule5 % int1))", "intermediates": [ { "text": "Gary is rough.", "representation": "(\"Gary\" \"is\" \"rough\" \"+\")", "id": "int1" }, { "text": "Gary is cold.", "representation": "(\"Gary\" \"is\" \"cold\" \"+\")", "id": "int2" } ] } ] }, "Q7": { "question": "Gary is young.", "answer": "True", "QDep": 3, "QLen": "7", "strategy": "proof", "proofs": "[(((((((triple9) -> rule6) triple9) -> rule5) triple8 triple9) -> rule7))]", "representation": "(\"Gary\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((((triple9) -> (rule6 % int3)) triple9) -> (rule5 % int2)) triple8 triple9) -> (rule7 % int1))", "intermediates": [ { "text": "Gary is young.", "representation": "(\"Gary\" \"is\" \"young\" \"+\")", "id": "int1" }, { "text": "Gary is rough.", "representation": "(\"Gary\" \"is\" \"rough\" \"+\")", "id": "int2" }, { "text": "Gary is cold.", "representation": "(\"Gary\" \"is\" \"cold\" \"+\")", "id": "int3" } ] } ] }, "Q8": { "question": "Gary is not round.", "answer": "False", "QDep": 3, "QLen": "8", "strategy": "inv-proof", "proofs": "[(((((triple9) -> rule6) ((((triple9) -> rule6) triple9) -> rule5) triple8) -> rule4))]", "representation": "(\"Gary\" \"is\" \"round\" \"-\")", "proofsWithIntermediates": [ { "representation": "((((triple9) -> (rule6 % int3)) ((((triple9) -> (rule6 % int3)) triple9) -> (rule5 % int2)) triple8) -> (rule4 % int1))", "intermediates": [ { "text": "Gary is round.", "representation": "(\"Gary\" \"is\" \"round\" \"+\")", "id": "int1" }, { "text": "Gary is rough.", "representation": "(\"Gary\" \"is\" \"rough\" \"+\")", "id": "int2" }, { "text": "Gary is cold.", "representation": "(\"Gary\" \"is\" \"cold\" \"+\")", "id": "int3" } ] } ] }, "Q9": { "question": "Eric is not blue.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Eric is blue.[CWA. Example of deepest failure = (rule2 <- FAIL)]]", "representation": "(\"Eric\" \"is\" \"blue\" \"-\")", "proofsWithIntermediates": null }, "Q10": { "question": "Alan is round.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "rconc", "proofs": "[@1: Alan is round.[CWA. Example of deepest failure = (rule4 <- FAIL)]]", "representation": "(\"Alan\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": null }, "Q11": { "question": "Alan is not blue.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Alan is blue.[CWA. Example of deepest failure = (rule2 <- FAIL)]]", "representation": "(\"Alan\" \"is\" \"blue\" \"-\")", "proofsWithIntermediates": null }, "Q12": { "question": "Eric is cold.", "answer": "Unknown", "QDep": 2, "QLen": "", "strategy": "rconc", "proofs": "[@2: Eric is cold.[CWA. Example of deepest failure = (rule6 <- rule2 <- FAIL)]]", "representation": "(\"Eric\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": null }, "Q13": { "question": "Eric is not big.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Eric is big.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Eric\" \"is\" \"big\" \"-\")" }, "Q14": { "question": "Gary is nice.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Gary is nice.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Gary\" \"is\" \"nice\" \"+\")" }, "Q15": { "question": "Gary is not green.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Gary is green.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Gary\" \"is\" \"green\" \"-\")" }, "Q16": { "question": "Alan is big.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Alan is big.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Alan\" \"is\" \"big\" \"+\")" }, "Q17": null, "Q18": null, "Q19": null, "Q20": null, "Q21": null, "Q22": null, "Q23": null, "Q24": null }

[ { "text": "Eric is green.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple4", "intermediates": [] } ] }, { "text": "Eric is kind.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple3", "intermediates": [] } ] }, { "text": "Eric is nice.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple2", "intermediates": [] } ] }, { "text": "Eric is young.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple1", "intermediates": [] } ] }, { "text": "Fred is blue.", "QDep": 0, "representation": "(\"Fred\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple7", "intermediates": [] } ] }, { "text": "Fred is nice.", "QDep": 0, "representation": "(\"Fred\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple6", "intermediates": [] } ] }, { "text": "Fred is rough.", "QDep": 0, "representation": "(\"Fred\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple5", "intermediates": [] }, { "representation": "((((triple7) -> (rule6 % int2)) triple7) -> (rule5 % int1))", "intermediates": [ { "text": "Fred is rough.", "representation": "(\"Fred\" \"is\" \"rough\" \"+\")", "id": "int1" }, { "text": "Fred is cold.", "representation": "(\"Fred\" \"is\" \"cold\" \"+\")", "id": "int2" } ] } ] }, { "text": "Gary is blue.", "QDep": 0, "representation": "(\"Gary\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple9", "intermediates": [] } ] }, { "text": "Gary is red.", "QDep": 0, "representation": "(\"Gary\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple8", "intermediates": [] } ] }, { "text": "Fred is cold.", "QDep": 1, "representation": "(\"Fred\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple7) -> (rule6 % int1))", "intermediates": [ { "text": "Fred is cold.", "representation": "(\"Fred\" \"is\" \"cold\" \"+\")", "id": "int1" } ] } ] }, { "text": "Gary is cold.", "QDep": 1, "representation": "(\"Gary\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple9) -> (rule6 % int1))", "intermediates": [ { "text": "Gary is cold.", "representation": "(\"Gary\" \"is\" \"cold\" \"+\")", "id": "int1" } ] } ] }, { "text": "Gary is rough.", "QDep": 2, "representation": "(\"Gary\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple9) -> (rule6 % int2)) triple9) -> (rule5 % int1))", "intermediates": [ { "text": "Gary is rough.", "representation": "(\"Gary\" \"is\" \"rough\" \"+\")", "id": "int1" }, { "text": "Gary is cold.", "representation": "(\"Gary\" \"is\" \"cold\" \"+\")", "id": "int2" } ] } ] }, { "text": "Gary is round.", "QDep": 3, "representation": "(\"Gary\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple9) -> (rule6 % int3)) ((((triple9) -> (rule6 % int3)) triple9) -> (rule5 % int2)) triple8) -> (rule4 % int1))", "intermediates": [ { "text": "Gary is round.", "representation": "(\"Gary\" \"is\" \"round\" \"+\")", "id": "int1" }, { "text": "Gary is rough.", "representation": "(\"Gary\" \"is\" \"rough\" \"+\")", "id": "int2" }, { "text": "Gary is cold.", "representation": "(\"Gary\" \"is\" \"cold\" \"+\")", "id": "int3" } ] } ] }, { "text": "Gary is young.", "QDep": 3, "representation": "(\"Gary\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((((triple9) -> (rule6 % int3)) triple9) -> (rule5 % int2)) triple8 triple9) -> (rule7 % int1))", "intermediates": [ { "text": "Gary is young.", "representation": "(\"Gary\" \"is\" \"young\" \"+\")", "id": "int1" }, { "text": "Gary is rough.", "representation": "(\"Gary\" \"is\" \"rough\" \"+\")", "id": "int2" }, { "text": "Gary is cold.", "representation": "(\"Gary\" \"is\" \"cold\" \"+\")", "id": "int3" } ] } ] } ]

{ "triple1": "sent1", "triple2": "sent1", "triple3": "sent1", "triple4": "sent1", "triple5": "sent2", "triple6": "sent2", "triple7": "sent2", "triple8": "sent3", "triple9": "sent3", "triple10": null, "rule1": "sent4", "rule2": "sent5", "rule3": "sent6", "rule4": "sent7", "rule5": "sent8", "rule6": "sent9", "rule7": "sent10", "triple11": null, "triple12": null }

{ "sent1": "People think Eric is nice and kind for someone so young; Eric wears his favorite color green all the time.", "sent2": "Fred is rough around the edges, but he's often blue and always nice.", "sent3": "Gary looks red to most people, with blue features.", "sent4": "Big, young people feel cold all the time.", "sent5": "A rather round and big person will be kind, but also blue.", "sent6": "Somebody whose descriptors are nice, big and kind will also fit a young descriptor.", "sent7": "You will always find a cold, rough, red person to also be a round person.", "sent8": "Being cold and blue made them rough to deal with.", "sent9": "Looking blue can be a sign that someone is cold.", "sent10": "People with rough red and blue skin are young.", "sent11": null }

{ "triple1": { "text": "Bob is young.", "representation": "(\"Bob\" \"is\" \"young\" \"+\")" }, "triple2": { "text": "Bob is round.", "representation": "(\"Bob\" \"is\" \"round\" \"+\")" }, "triple3": { "text": "Bob is nice.", "representation": "(\"Bob\" \"is\" \"nice\" \"+\")" }, "triple4": { "text": "Bob is green.", "representation": "(\"Bob\" \"is\" \"green\" \"+\")" }, "triple5": { "text": "Bob is cold.", "representation": "(\"Bob\" \"is\" \"cold\" \"+\")" }, "triple6": { "text": "Bob is big.", "representation": "(\"Bob\" \"is\" \"big\" \"+\")" }, "triple7": { "text": "Charlie is young.", "representation": "(\"Charlie\" \"is\" \"young\" \"+\")" }, "triple8": { "text": "Charlie is round.", "representation": "(\"Charlie\" \"is\" \"round\" \"+\")" }, "triple9": { "text": "Charlie is rough.", "representation": "(\"Charlie\" \"is\" \"rough\" \"+\")" }, "triple10": { "text": "Charlie is kind.", "representation": "(\"Charlie\" \"is\" \"kind\" \"+\")" }, "triple11": { "text": "Charlie is blue.", "representation": "(\"Charlie\" \"is\" \"blue\" \"+\")" }, "triple12": { "text": "Dave is kind.", "representation": "(\"Dave\" \"is\" \"kind\" \"+\")" } }

{ "rule1": { "text": "If someone is blue and red and green then they are big.", "representation": "(((\"someone\" \"is\" \"blue\" \"+\") (\"someone\" \"is\" \"red\" \"+\") (\"someone\" \"is\" \"green\" \"+\")) -> (\"someone\" \"is\" \"big\" \"+\"))" }, "rule2": { "text": "If someone is green and round then they are rough.", "representation": "(((\"someone\" \"is\" \"green\" \"+\") (\"someone\" \"is\" \"round\" \"+\")) -> (\"someone\" \"is\" \"rough\" \"+\"))" }, "rule3": { "text": "If someone is round and kind and big then they are blue.", "representation": "(((\"someone\" \"is\" \"round\" \"+\") (\"someone\" \"is\" \"kind\" \"+\") (\"someone\" \"is\" \"big\" \"+\")) -> (\"someone\" \"is\" \"blue\" \"+\"))" }, "rule4": { "text": "If someone is red then they are round.", "representation": "(((\"someone\" \"is\" \"red\" \"+\")) -> (\"someone\" \"is\" \"round\" \"+\"))" }, "rule5": { "text": "If someone is nice and rough then they are kind.", "representation": "(((\"someone\" \"is\" \"nice\" \"+\") (\"someone\" \"is\" \"rough\" \"+\")) -> (\"someone\" \"is\" \"kind\" \"+\"))" }, "rule6": null, "rule7": null }

{ "Q1": { "question": "Bob is round.", "answer": "True", "QDep": 0, "QLen": "1", "strategy": "proof", "proofs": "[(triple2)]", "representation": "(\"Bob\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple2", "intermediates": [] } ] }, "Q2": { "question": "Charlie is not blue.", "answer": "False", "QDep": 0, "QLen": "1", "strategy": "inv-proof", "proofs": "[(triple11)]", "representation": "(\"Charlie\" \"is\" \"blue\" \"-\")", "proofsWithIntermediates": [ { "representation": "triple11", "intermediates": [] } ] }, "Q3": { "question": "Bob is rough.", "answer": "True", "QDep": 1, "QLen": "3", "strategy": "proof", "proofs": "[(((triple4 triple2) -> rule2))]", "representation": "(\"Bob\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple4 triple2) -> (rule2 % int1))", "intermediates": [ { "text": "Bob is rough.", "representation": "(\"Bob\" \"is\" \"rough\" \"+\")", "id": "int1" } ] } ] }, "Q4": { "question": "Bob is not rough.", "answer": "False", "QDep": 1, "QLen": "3", "strategy": "inv-proof", "proofs": "[(((triple4 triple2) -> rule2))]", "representation": "(\"Bob\" \"is\" \"rough\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple4 triple2) -> (rule2 % int1))", "intermediates": [ { "text": "Bob is rough.", "representation": "(\"Bob\" \"is\" \"rough\" \"+\")", "id": "int1" } ] } ] }, "Q5": { "question": "Bob is kind.", "answer": "True", "QDep": 2, "QLen": "5", "strategy": "proof", "proofs": "[(((triple3 ((triple4 triple2) -> rule2)) -> rule5))]", "representation": "(\"Bob\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple3 ((triple4 triple2) -> (rule2 % int2))) -> (rule5 % int1))", "intermediates": [ { "text": "Bob is kind.", "representation": "(\"Bob\" \"is\" \"kind\" \"+\")", "id": "int1" }, { "text": "Bob is rough.", "representation": "(\"Bob\" \"is\" \"rough\" \"+\")", "id": "int2" } ] } ] }, "Q6": { "question": "Bob is not kind.", "answer": "False", "QDep": 2, "QLen": "5", "strategy": "inv-proof", "proofs": "[(((triple3 ((triple4 triple2) -> rule2)) -> rule5))]", "representation": "(\"Bob\" \"is\" \"kind\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple3 ((triple4 triple2) -> (rule2 % int2))) -> (rule5 % int1))", "intermediates": [ { "text": "Bob is kind.", "representation": "(\"Bob\" \"is\" \"kind\" \"+\")", "id": "int1" }, { "text": "Bob is rough.", "representation": "(\"Bob\" \"is\" \"rough\" \"+\")", "id": "int2" } ] } ] }, "Q7": { "question": "Bob is blue.", "answer": "True", "QDep": 3, "QLen": "8", "strategy": "proof", "proofs": "[(((triple2 ((triple3 ((triple4 triple2) -> rule2)) -> rule5) triple6) -> rule3))]", "representation": "(\"Bob\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple2 ((triple3 ((triple4 triple2) -> (rule2 % int3))) -> (rule5 % int2)) triple6) -> (rule3 % int1))", "intermediates": [ { "text": "Bob is blue.", "representation": "(\"Bob\" \"is\" \"blue\" \"+\")", "id": "int1" }, { "text": "Bob is kind.", "representation": "(\"Bob\" \"is\" \"kind\" \"+\")", "id": "int2" }, { "text": "Bob is rough.", "representation": "(\"Bob\" \"is\" \"rough\" \"+\")", "id": "int3" } ] } ] }, "Q8": { "question": "Bob is not blue.", "answer": "False", "QDep": 3, "QLen": "8", "strategy": "inv-proof", "proofs": "[(((triple2 ((triple3 ((triple4 triple2) -> rule2)) -> rule5) triple6) -> rule3))]", "representation": "(\"Bob\" \"is\" \"blue\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple2 ((triple3 ((triple4 triple2) -> (rule2 % int3))) -> (rule5 % int2)) triple6) -> (rule3 % int1))", "intermediates": [ { "text": "Bob is blue.", "representation": "(\"Bob\" \"is\" \"blue\" \"+\")", "id": "int1" }, { "text": "Bob is kind.", "representation": "(\"Bob\" \"is\" \"kind\" \"+\")", "id": "int2" }, { "text": "Bob is rough.", "representation": "(\"Bob\" \"is\" \"rough\" \"+\")", "id": "int3" } ] } ] }, "Q9": { "question": "Dave is not blue.", "answer": "Unknown", "QDep": 2, "QLen": "", "strategy": "inv-rconc", "proofs": "[@2: Dave is blue.[CWA. Example of deepest failure = (rule3 <- rule4 <- FAIL)]]", "representation": "(\"Dave\" \"is\" \"blue\" \"-\")", "proofsWithIntermediates": null }, "Q10": { "question": "Fred is rough.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "rconc", "proofs": "[@1: Fred is rough.[CWA. Example of deepest failure = (rule2 <- FAIL)]]", "representation": "(\"Fred\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": null }, "Q11": { "question": "Charlie is not big.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Charlie is big.[CWA. Example of deepest failure = (rule1 <- FAIL)]]", "representation": "(\"Charlie\" \"is\" \"big\" \"-\")", "proofsWithIntermediates": null }, "Q12": { "question": "Dave is round.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "rconc", "proofs": "[@1: Dave is round.[CWA. Example of deepest failure = (rule4 <- FAIL)]]", "representation": "(\"Dave\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": null }, "Q13": { "question": "Fred is not green.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Fred is green.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Fred\" \"is\" \"green\" \"-\")" }, "Q14": { "question": "Dave is green.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Dave is green.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Dave\" \"is\" \"green\" \"+\")" }, "Q15": { "question": "Dave is not cold.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Dave is cold.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Dave\" \"is\" \"cold\" \"-\")" }, "Q16": { "question": "Fred is nice.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Fred is nice.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Fred\" \"is\" \"nice\" \"+\")" }, "Q17": null, "Q18": null, "Q19": null, "Q20": null, "Q21": null, "Q22": null, "Q23": null, "Q24": null }

[ { "text": "Bob is big.", "QDep": 0, "representation": "(\"Bob\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple6", "intermediates": [] } ] }, { "text": "Bob is cold.", "QDep": 0, "representation": "(\"Bob\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple5", "intermediates": [] } ] }, { "text": "Bob is green.", "QDep": 0, "representation": "(\"Bob\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple4", "intermediates": [] } ] }, { "text": "Bob is nice.", "QDep": 0, "representation": "(\"Bob\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple3", "intermediates": [] } ] }, { "text": "Bob is round.", "QDep": 0, "representation": "(\"Bob\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple2", "intermediates": [] } ] }, { "text": "Bob is young.", "QDep": 0, "representation": "(\"Bob\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple1", "intermediates": [] } ] }, { "text": "Charlie is blue.", "QDep": 0, "representation": "(\"Charlie\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple11", "intermediates": [] } ] }, { "text": "Charlie is kind.", "QDep": 0, "representation": "(\"Charlie\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple10", "intermediates": [] } ] }, { "text": "Charlie is rough.", "QDep": 0, "representation": "(\"Charlie\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple9", "intermediates": [] } ] }, { "text": "Charlie is round.", "QDep": 0, "representation": "(\"Charlie\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple8", "intermediates": [] } ] }, { "text": "Charlie is young.", "QDep": 0, "representation": "(\"Charlie\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple7", "intermediates": [] } ] }, { "text": "Dave is kind.", "QDep": 0, "representation": "(\"Dave\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple12", "intermediates": [] } ] }, { "text": "Bob is rough.", "QDep": 1, "representation": "(\"Bob\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple4 triple2) -> (rule2 % int1))", "intermediates": [ { "text": "Bob is rough.", "representation": "(\"Bob\" \"is\" \"rough\" \"+\")", "id": "int1" } ] } ] }, { "text": "Bob is kind.", "QDep": 2, "representation": "(\"Bob\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple3 ((triple4 triple2) -> (rule2 % int2))) -> (rule5 % int1))", "intermediates": [ { "text": "Bob is kind.", "representation": "(\"Bob\" \"is\" \"kind\" \"+\")", "id": "int1" }, { "text": "Bob is rough.", "representation": "(\"Bob\" \"is\" \"rough\" \"+\")", "id": "int2" } ] } ] }, { "text": "Bob is blue.", "QDep": 3, "representation": "(\"Bob\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple2 ((triple3 ((triple4 triple2) -> (rule2 % int3))) -> (rule5 % int2)) triple6) -> (rule3 % int1))", "intermediates": [ { "text": "Bob is blue.", "representation": "(\"Bob\" \"is\" \"blue\" \"+\")", "id": "int1" }, { "text": "Bob is kind.", "representation": "(\"Bob\" \"is\" \"kind\" \"+\")", "id": "int2" }, { "text": "Bob is rough.", "representation": "(\"Bob\" \"is\" \"rough\" \"+\")", "id": "int3" } ] } ] } ]

{ "triple1": "sent1", "triple2": "sent1", "triple3": "sent1", "triple4": "sent1", "triple5": "sent1", "triple6": "sent1", "triple7": "sent2", "triple8": "sent2", "triple9": "sent2", "triple10": "sent2", "rule1": "sent4", "rule2": "sent5", "rule3": "sent6", "rule4": "sent7", "rule5": "sent8", "rule6": null, "rule7": null, "triple11": "sent2", "triple12": "sent3" }

{ "sent1": "Big Bob is young and green; I think because he is so round, he can be cold but he has also been nice many times.", "sent2": "Because Charlie, who is young, loves to eat he is quite round; Sometimes that makes him feel blue and get rough with people who make fun of him; But he is actually quite kind.", "sent3": "Dave always goes out of his way to show that he is kind to people.", "sent4": "A green, downhearted, and blue person with red cheeks is big.", "sent5": "Fat, round people who are green with envy and notoriously rough.", "sent6": "A rather round and big person will be kind, but also blue.", "sent7": "A person that is the color red will definitely be round shaped.", "sent8": "People who are nice and rough are looked at as kind.", "sent9": null, "sent10": null, "sent11": null }

{ "triple1": { "text": "Alan is young.", "representation": "(\"Alan\" \"is\" \"young\" \"+\")" }, "triple2": { "text": "Alan is round.", "representation": "(\"Alan\" \"is\" \"round\" \"+\")" }, "triple3": { "text": "Alan is nice.", "representation": "(\"Alan\" \"is\" \"nice\" \"+\")" }, "triple4": { "text": "Alan is cold.", "representation": "(\"Alan\" \"is\" \"cold\" \"+\")" }, "triple5": { "text": "Alan is blue.", "representation": "(\"Alan\" \"is\" \"blue\" \"+\")" }, "triple6": { "text": "Charlie is blue.", "representation": "(\"Charlie\" \"is\" \"blue\" \"+\")" }, "triple7": { "text": "Fred is young.", "representation": "(\"Fred\" \"is\" \"young\" \"+\")" }, "triple8": { "text": "Fred is kind.", "representation": "(\"Fred\" \"is\" \"kind\" \"+\")" }, "triple9": { "text": "Fred is big.", "representation": "(\"Fred\" \"is\" \"big\" \"+\")" }, "triple10": { "text": "Gary is young.", "representation": "(\"Gary\" \"is\" \"young\" \"+\")" }, "triple11": { "text": "Gary is blue.", "representation": "(\"Gary\" \"is\" \"blue\" \"+\")" }, "triple12": null }

{ "rule1": { "text": "If someone is rough then they are nice.", "representation": "(((\"someone\" \"is\" \"rough\" \"+\")) -> (\"someone\" \"is\" \"nice\" \"+\"))" }, "rule2": { "text": "If someone is kind and green then they are red.", "representation": "(((\"someone\" \"is\" \"kind\" \"+\") (\"someone\" \"is\" \"green\" \"+\")) -> (\"someone\" \"is\" \"red\" \"+\"))" }, "rule3": { "text": "If someone is round and rough and green then they are young.", "representation": "(((\"someone\" \"is\" \"round\" \"+\") (\"someone\" \"is\" \"rough\" \"+\") (\"someone\" \"is\" \"green\" \"+\")) -> (\"someone\" \"is\" \"young\" \"+\"))" }, "rule4": { "text": "If someone is big and kind then they are blue.", "representation": "(((\"someone\" \"is\" \"big\" \"+\") (\"someone\" \"is\" \"kind\" \"+\")) -> (\"someone\" \"is\" \"blue\" \"+\"))" }, "rule5": { "text": "If someone is kind and big then they are cold.", "representation": "(((\"someone\" \"is\" \"kind\" \"+\") (\"someone\" \"is\" \"big\" \"+\")) -> (\"someone\" \"is\" \"cold\" \"+\"))" }, "rule6": { "text": "If someone is blue and cold and big then they are rough.", "representation": "(((\"someone\" \"is\" \"blue\" \"+\") (\"someone\" \"is\" \"cold\" \"+\") (\"someone\" \"is\" \"big\" \"+\")) -> (\"someone\" \"is\" \"rough\" \"+\"))" }, "rule7": null }

{ "Q1": { "question": "Alan is round.", "answer": "True", "QDep": 0, "QLen": "1", "strategy": "proof", "proofs": "[(triple2)]", "representation": "(\"Alan\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple2", "intermediates": [] } ] }, "Q2": { "question": "Fred is not young.", "answer": "False", "QDep": 0, "QLen": "1", "strategy": "inv-proof", "proofs": "[(triple7)]", "representation": "(\"Fred\" \"is\" \"young\" \"-\")", "proofsWithIntermediates": [ { "representation": "triple7", "intermediates": [] } ] }, "Q3": { "question": "Fred is blue.", "answer": "True", "QDep": 1, "QLen": "3", "strategy": "proof", "proofs": "[(((triple9 triple8) -> rule4))]", "representation": "(\"Fred\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple9 triple8) -> (rule4 % int1))", "intermediates": [ { "text": "Fred is blue.", "representation": "(\"Fred\" \"is\" \"blue\" \"+\")", "id": "int1" } ] } ] }, "Q4": { "question": "Fred is not cold.", "answer": "False", "QDep": 1, "QLen": "3", "strategy": "inv-proof", "proofs": "[(((triple8 triple9) -> rule5))]", "representation": "(\"Fred\" \"is\" \"cold\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple8 triple9) -> (rule5 % int1))", "intermediates": [ { "text": "Fred is cold.", "representation": "(\"Fred\" \"is\" \"cold\" \"+\")", "id": "int1" } ] } ] }, "Q5": { "question": "Fred is rough.", "answer": "True", "QDep": 2, "QLen": "8", "strategy": "proof", "proofs": "[(((((triple9 triple8) -> rule4) ((triple8 triple9) -> rule5) triple9) -> rule6))]", "representation": "(\"Fred\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple9 triple8) -> (rule4 % int3)) ((triple8 triple9) -> (rule5 % int2)) triple9) -> (rule6 % int1))", "intermediates": [ { "text": "Fred is rough.", "representation": "(\"Fred\" \"is\" \"rough\" \"+\")", "id": "int1" }, { "text": "Fred is cold.", "representation": "(\"Fred\" \"is\" \"cold\" \"+\")", "id": "int2" }, { "text": "Fred is blue.", "representation": "(\"Fred\" \"is\" \"blue\" \"+\")", "id": "int3" } ] } ] }, "Q6": { "question": "Fred is not rough.", "answer": "False", "QDep": 2, "QLen": "8", "strategy": "inv-proof", "proofs": "[(((((triple9 triple8) -> rule4) ((triple8 triple9) -> rule5) triple9) -> rule6))]", "representation": "(\"Fred\" \"is\" \"rough\" \"-\")", "proofsWithIntermediates": [ { "representation": "((((triple9 triple8) -> (rule4 % int3)) ((triple8 triple9) -> (rule5 % int2)) triple9) -> (rule6 % int1))", "intermediates": [ { "text": "Fred is rough.", "representation": "(\"Fred\" \"is\" \"rough\" \"+\")", "id": "int1" }, { "text": "Fred is cold.", "representation": "(\"Fred\" \"is\" \"cold\" \"+\")", "id": "int2" }, { "text": "Fred is blue.", "representation": "(\"Fred\" \"is\" \"blue\" \"+\")", "id": "int3" } ] } ] }, "Q7": { "question": "Fred is nice.", "answer": "True", "QDep": 3, "QLen": "9", "strategy": "proof", "proofs": "[(((((((triple9 triple8) -> rule4) ((triple8 triple9) -> rule5) triple9) -> rule6)) -> rule1))]", "representation": "(\"Fred\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((((triple9 triple8) -> (rule4 % int4)) ((triple8 triple9) -> (rule5 % int3)) triple9) -> (rule6 % int2))) -> (rule1 % int1))", "intermediates": [ { "text": "Fred is nice.", "representation": "(\"Fred\" \"is\" \"nice\" \"+\")", "id": "int1" }, { "text": "Fred is rough.", "representation": "(\"Fred\" \"is\" \"rough\" \"+\")", "id": "int2" }, { "text": "Fred is cold.", "representation": "(\"Fred\" \"is\" \"cold\" \"+\")", "id": "int3" }, { "text": "Fred is blue.", "representation": "(\"Fred\" \"is\" \"blue\" \"+\")", "id": "int4" } ] } ] }, "Q8": { "question": "Fred is not nice.", "answer": "False", "QDep": 3, "QLen": "9", "strategy": "inv-proof", "proofs": "[(((((((triple9 triple8) -> rule4) ((triple8 triple9) -> rule5) triple9) -> rule6)) -> rule1))]", "representation": "(\"Fred\" \"is\" \"nice\" \"-\")", "proofsWithIntermediates": [ { "representation": "((((((triple9 triple8) -> (rule4 % int4)) ((triple8 triple9) -> (rule5 % int3)) triple9) -> (rule6 % int2))) -> (rule1 % int1))", "intermediates": [ { "text": "Fred is nice.", "representation": "(\"Fred\" \"is\" \"nice\" \"+\")", "id": "int1" }, { "text": "Fred is rough.", "representation": "(\"Fred\" \"is\" \"rough\" \"+\")", "id": "int2" }, { "text": "Fred is cold.", "representation": "(\"Fred\" \"is\" \"cold\" \"+\")", "id": "int3" }, { "text": "Fred is blue.", "representation": "(\"Fred\" \"is\" \"blue\" \"+\")", "id": "int4" } ] } ] }, "Q9": { "question": "Charlie is not nice.", "answer": "Unknown", "QDep": 2, "QLen": "", "strategy": "inv-rconc", "proofs": "[@2: Charlie is nice.[CWA. Example of deepest failure = (rule1 <- rule6 <- FAIL)]]", "representation": "(\"Charlie\" \"is\" \"nice\" \"-\")", "proofsWithIntermediates": null }, "Q10": { "question": "Charlie is young.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "rconc", "proofs": "[@1: Charlie is young.[CWA. Example of deepest failure = (rule3 <- FAIL)]]", "representation": "(\"Charlie\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": null }, "Q11": { "question": "Gary is not rough.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Gary is rough.[CWA. Example of deepest failure = (rule6 <- FAIL)]]", "representation": "(\"Gary\" \"is\" \"rough\" \"-\")", "proofsWithIntermediates": null }, "Q12": { "question": "Alan is rough.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "rconc", "proofs": "[@1: Alan is rough.[CWA. Example of deepest failure = (rule6 <- FAIL)]]", "representation": "(\"Alan\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": null }, "Q13": { "question": "Gary is not green.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Gary is green.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Gary\" \"is\" \"green\" \"-\")" }, "Q14": { "question": "Charlie is kind.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Charlie is kind.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Charlie\" \"is\" \"kind\" \"+\")" }, "Q15": { "question": "Gary is not big.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Gary is big.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Gary\" \"is\" \"big\" \"-\")" }, "Q16": { "question": "Alan is kind.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Alan is kind.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Alan\" \"is\" \"kind\" \"+\")" }, "Q17": null, "Q18": null, "Q19": null, "Q20": null, "Q21": null, "Q22": null, "Q23": null, "Q24": null }

[ { "text": "Alan is blue.", "QDep": 0, "representation": "(\"Alan\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple5", "intermediates": [] } ] }, { "text": "Alan is cold.", "QDep": 0, "representation": "(\"Alan\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple4", "intermediates": [] } ] }, { "text": "Alan is nice.", "QDep": 0, "representation": "(\"Alan\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple3", "intermediates": [] } ] }, { "text": "Alan is round.", "QDep": 0, "representation": "(\"Alan\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple2", "intermediates": [] } ] }, { "text": "Alan is young.", "QDep": 0, "representation": "(\"Alan\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple1", "intermediates": [] } ] }, { "text": "Charlie is blue.", "QDep": 0, "representation": "(\"Charlie\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple6", "intermediates": [] } ] }, { "text": "Fred is big.", "QDep": 0, "representation": "(\"Fred\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple9", "intermediates": [] } ] }, { "text": "Fred is kind.", "QDep": 0, "representation": "(\"Fred\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple8", "intermediates": [] } ] }, { "text": "Fred is young.", "QDep": 0, "representation": "(\"Fred\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple7", "intermediates": [] } ] }, { "text": "Gary is blue.", "QDep": 0, "representation": "(\"Gary\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple11", "intermediates": [] } ] }, { "text": "Gary is young.", "QDep": 0, "representation": "(\"Gary\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple10", "intermediates": [] } ] }, { "text": "Fred is blue.", "QDep": 1, "representation": "(\"Fred\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple9 triple8) -> (rule4 % int1))", "intermediates": [ { "text": "Fred is blue.", "representation": "(\"Fred\" \"is\" \"blue\" \"+\")", "id": "int1" } ] } ] }, { "text": "Fred is cold.", "QDep": 1, "representation": "(\"Fred\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple8 triple9) -> (rule5 % int1))", "intermediates": [ { "text": "Fred is cold.", "representation": "(\"Fred\" \"is\" \"cold\" \"+\")", "id": "int1" } ] } ] }, { "text": "Fred is rough.", "QDep": 2, "representation": "(\"Fred\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple9 triple8) -> (rule4 % int3)) ((triple8 triple9) -> (rule5 % int2)) triple9) -> (rule6 % int1))", "intermediates": [ { "text": "Fred is rough.", "representation": "(\"Fred\" \"is\" \"rough\" \"+\")", "id": "int1" }, { "text": "Fred is cold.", "representation": "(\"Fred\" \"is\" \"cold\" \"+\")", "id": "int2" }, { "text": "Fred is blue.", "representation": "(\"Fred\" \"is\" \"blue\" \"+\")", "id": "int3" } ] } ] }, { "text": "Fred is nice.", "QDep": 3, "representation": "(\"Fred\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((((triple9 triple8) -> (rule4 % int4)) ((triple8 triple9) -> (rule5 % int3)) triple9) -> (rule6 % int2))) -> (rule1 % int1))", "intermediates": [ { "text": "Fred is nice.", "representation": "(\"Fred\" \"is\" \"nice\" \"+\")", "id": "int1" }, { "text": "Fred is rough.", "representation": "(\"Fred\" \"is\" \"rough\" \"+\")", "id": "int2" }, { "text": "Fred is cold.", "representation": "(\"Fred\" \"is\" \"cold\" \"+\")", "id": "int3" }, { "text": "Fred is blue.", "representation": "(\"Fred\" \"is\" \"blue\" \"+\")", "id": "int4" } ] } ] } ]

{ "triple1": "sent1", "triple2": "sent1", "triple3": "sent1", "triple4": "sent1", "triple5": "sent1", "triple6": "sent2", "triple7": "sent3", "triple8": "sent3", "triple9": "sent3", "triple10": "sent4", "rule1": "sent5", "rule2": "sent6", "rule3": "sent7", "rule4": "sent8", "rule5": "sent9", "rule6": "sent10", "rule7": null, "triple11": "sent4", "triple12": null }

{ "sent1": "Even though Alan is still young, he is already very round; Alan is a nice guy and when he gets cold his skin turns blue.", "sent2": "Charlie wears all blue.", "sent3": "Big Fred is still young so it's easy for him to be kind.", "sent4": "From a certain angle Gary is blue but he is young so maybe that will go away.", "sent5": "Rough people are often always nice.", "sent6": "Whenever you are around kind and green people, you will notice they are very red.", "sent7": "A person who is green and rough and round is also young.", "sent8": "Being big and kind like a gentle giant can make anyone blue.", "sent9": "Big kind people are usually cold.", "sent10": "People that are blue, cold, and big, are rather rough.", "sent11": null }

{ "triple1": { "text": "Dave is young.", "representation": "(\"Dave\" \"is\" \"young\" \"+\")" }, "triple2": { "text": "Dave is rough.", "representation": "(\"Dave\" \"is\" \"rough\" \"+\")" }, "triple3": { "text": "Dave is red.", "representation": "(\"Dave\" \"is\" \"red\" \"+\")" }, "triple4": { "text": "Dave is nice.", "representation": "(\"Dave\" \"is\" \"nice\" \"+\")" }, "triple5": { "text": "Dave is kind.", "representation": "(\"Dave\" \"is\" \"kind\" \"+\")" }, "triple6": { "text": "Eric is rough.", "representation": "(\"Eric\" \"is\" \"rough\" \"+\")" }, "triple7": { "text": "Eric is red.", "representation": "(\"Eric\" \"is\" \"red\" \"+\")" }, "triple8": { "text": "Gary is rough.", "representation": "(\"Gary\" \"is\" \"rough\" \"+\")" }, "triple9": { "text": "Gary is big.", "representation": "(\"Gary\" \"is\" \"big\" \"+\")" }, "triple10": { "text": "Harry is young.", "representation": "(\"Harry\" \"is\" \"young\" \"+\")" }, "triple11": { "text": "Harry is nice.", "representation": "(\"Harry\" \"is\" \"nice\" \"+\")" }, "triple12": { "text": "Harry is kind.", "representation": "(\"Harry\" \"is\" \"kind\" \"+\")" } }

{ "rule1": { "text": "If someone is rough then they are blue.", "representation": "(((\"someone\" \"is\" \"rough\" \"+\")) -> (\"someone\" \"is\" \"blue\" \"+\"))" }, "rule2": { "text": "If someone is round and young and blue then they are nice.", "representation": "(((\"someone\" \"is\" \"round\" \"+\") (\"someone\" \"is\" \"young\" \"+\") (\"someone\" \"is\" \"blue\" \"+\")) -> (\"someone\" \"is\" \"nice\" \"+\"))" }, "rule3": { "text": "If someone is nice and blue and red then they are cold.", "representation": "(((\"someone\" \"is\" \"nice\" \"+\") (\"someone\" \"is\" \"blue\" \"+\") (\"someone\" \"is\" \"red\" \"+\")) -> (\"someone\" \"is\" \"cold\" \"+\"))" }, "rule4": { "text": "If someone is cold and blue and green then they are young.", "representation": "(((\"someone\" \"is\" \"cold\" \"+\") (\"someone\" \"is\" \"blue\" \"+\") (\"someone\" \"is\" \"green\" \"+\")) -> (\"someone\" \"is\" \"young\" \"+\"))" }, "rule5": { "text": "If someone is cold and young and kind then they are nice.", "representation": "(((\"someone\" \"is\" \"cold\" \"+\") (\"someone\" \"is\" \"young\" \"+\") (\"someone\" \"is\" \"kind\" \"+\")) -> (\"someone\" \"is\" \"nice\" \"+\"))" }, "rule6": { "text": "If someone is blue then they are kind.", "representation": "(((\"someone\" \"is\" \"blue\" \"+\")) -> (\"someone\" \"is\" \"kind\" \"+\"))" }, "rule7": { "text": "If someone is cold and kind then they are big.", "representation": "(((\"someone\" \"is\" \"cold\" \"+\") (\"someone\" \"is\" \"kind\" \"+\")) -> (\"someone\" \"is\" \"big\" \"+\"))" } }

{ "Q1": { "question": "Dave is young.", "answer": "True", "QDep": 0, "QLen": "1", "strategy": "proof", "proofs": "[(triple1)]", "representation": "(\"Dave\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple1", "intermediates": [] } ] }, "Q2": { "question": "Dave is not kind.", "answer": "False", "QDep": 0, "QLen": "1", "strategy": "inv-proof", "proofs": "[(triple5 OR ((((triple2) -> rule1)) -> rule6))]", "representation": "(\"Dave\" \"is\" \"kind\" \"-\")", "proofsWithIntermediates": [ { "representation": "triple5", "intermediates": [] }, { "representation": "((((triple2) -> (rule1 % int2))) -> (rule6 % int1))", "intermediates": [ { "text": "Dave is kind.", "representation": "(\"Dave\" \"is\" \"kind\" \"+\")", "id": "int1" }, { "text": "Dave is blue.", "representation": "(\"Dave\" \"is\" \"blue\" \"+\")", "id": "int2" } ] } ] }, "Q3": { "question": "Eric is blue.", "answer": "True", "QDep": 1, "QLen": "2", "strategy": "proof", "proofs": "[(((triple6) -> rule1))]", "representation": "(\"Eric\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple6) -> (rule1 % int1))", "intermediates": [ { "text": "Eric is blue.", "representation": "(\"Eric\" \"is\" \"blue\" \"+\")", "id": "int1" } ] } ] }, "Q4": { "question": "Eric is not blue.", "answer": "False", "QDep": 1, "QLen": "2", "strategy": "inv-proof", "proofs": "[(((triple6) -> rule1))]", "representation": "(\"Eric\" \"is\" \"blue\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple6) -> (rule1 % int1))", "intermediates": [ { "text": "Eric is blue.", "representation": "(\"Eric\" \"is\" \"blue\" \"+\")", "id": "int1" } ] } ] }, "Q5": { "question": "Dave is cold.", "answer": "True", "QDep": 2, "QLen": "5", "strategy": "proof", "proofs": "[(((triple4 ((triple2) -> rule1) triple3) -> rule3))]", "representation": "(\"Dave\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple4 ((triple2) -> (rule1 % int2)) triple3) -> (rule3 % int1))", "intermediates": [ { "text": "Dave is cold.", "representation": "(\"Dave\" \"is\" \"cold\" \"+\")", "id": "int1" }, { "text": "Dave is blue.", "representation": "(\"Dave\" \"is\" \"blue\" \"+\")", "id": "int2" } ] } ] }, "Q6": { "question": "Gary is not kind.", "answer": "False", "QDep": 2, "QLen": "3", "strategy": "inv-proof", "proofs": "[(((((triple8) -> rule1)) -> rule6))]", "representation": "(\"Gary\" \"is\" \"kind\" \"-\")", "proofsWithIntermediates": [ { "representation": "((((triple8) -> (rule1 % int2))) -> (rule6 % int1))", "intermediates": [ { "text": "Gary is kind.", "representation": "(\"Gary\" \"is\" \"kind\" \"+\")", "id": "int1" }, { "text": "Gary is blue.", "representation": "(\"Gary\" \"is\" \"blue\" \"+\")", "id": "int2" } ] } ] }, "Q7": { "question": "Dave is big.", "answer": "True", "QDep": 3, "QLen": "7", "strategy": "proof", "proofs": "[(((((triple4 ((triple2) -> rule1) triple3) -> rule3) triple5) -> rule7) OR ((((triple4 ((triple2) -> rule1) triple3) -> rule3) ((((triple2) -> rule1)) -> rule6)) -> rule7))]", "representation": "(\"Dave\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple4 ((triple2) -> (rule1 % int3)) triple3) -> (rule3 % int2)) triple5) -> (rule7 % int1))", "intermediates": [ { "text": "Dave is big.", "representation": "(\"Dave\" \"is\" \"big\" \"+\")", "id": "int1" }, { "text": "Dave is cold.", "representation": "(\"Dave\" \"is\" \"cold\" \"+\")", "id": "int2" }, { "text": "Dave is blue.", "representation": "(\"Dave\" \"is\" \"blue\" \"+\")", "id": "int3" } ] }, { "representation": "((((triple4 ((triple2) -> (rule1 % int4)) triple3) -> (rule3 % int3)) ((((triple2) -> (rule1 % int4))) -> (rule6 % int2))) -> (rule7 % int1))", "intermediates": [ { "text": "Dave is big.", "representation": "(\"Dave\" \"is\" \"big\" \"+\")", "id": "int1" }, { "text": "Dave is kind.", "representation": "(\"Dave\" \"is\" \"kind\" \"+\")", "id": "int2" }, { "text": "Dave is cold.", "representation": "(\"Dave\" \"is\" \"cold\" \"+\")", "id": "int3" }, { "text": "Dave is blue.", "representation": "(\"Dave\" \"is\" \"blue\" \"+\")", "id": "int4" } ] } ] }, "Q8": { "question": "Dave is not big.", "answer": "False", "QDep": 3, "QLen": "7", "strategy": "inv-proof", "proofs": "[(((((triple4 ((triple2) -> rule1) triple3) -> rule3) triple5) -> rule7) OR ((((triple4 ((triple2) -> rule1) triple3) -> rule3) ((((triple2) -> rule1)) -> rule6)) -> rule7))]", "representation": "(\"Dave\" \"is\" \"big\" \"-\")", "proofsWithIntermediates": [ { "representation": "((((triple4 ((triple2) -> (rule1 % int3)) triple3) -> (rule3 % int2)) triple5) -> (rule7 % int1))", "intermediates": [ { "text": "Dave is big.", "representation": "(\"Dave\" \"is\" \"big\" \"+\")", "id": "int1" }, { "text": "Dave is cold.", "representation": "(\"Dave\" \"is\" \"cold\" \"+\")", "id": "int2" }, { "text": "Dave is blue.", "representation": "(\"Dave\" \"is\" \"blue\" \"+\")", "id": "int3" } ] }, { "representation": "((((triple4 ((triple2) -> (rule1 % int4)) triple3) -> (rule3 % int3)) ((((triple2) -> (rule1 % int4))) -> (rule6 % int2))) -> (rule7 % int1))", "intermediates": [ { "text": "Dave is big.", "representation": "(\"Dave\" \"is\" \"big\" \"+\")", "id": "int1" }, { "text": "Dave is kind.", "representation": "(\"Dave\" \"is\" \"kind\" \"+\")", "id": "int2" }, { "text": "Dave is cold.", "representation": "(\"Dave\" \"is\" \"cold\" \"+\")", "id": "int3" }, { "text": "Dave is blue.", "representation": "(\"Dave\" \"is\" \"blue\" \"+\")", "id": "int4" } ] } ] }, "Q9": { "question": "Gary is not nice.", "answer": "Unknown", "QDep": 2, "QLen": "", "strategy": "inv-rconc", "proofs": "[@2: Gary is nice.[CWA. Example of deepest failure = (rule5 <- rule3 <- FAIL)]]", "representation": "(\"Gary\" \"is\" \"nice\" \"-\")", "proofsWithIntermediates": null }, "Q10": { "question": "Harry is cold.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "rconc", "proofs": "[@1: Harry is cold.[CWA. Example of deepest failure = (rule3 <- FAIL)]]", "representation": "(\"Harry\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": null }, "Q11": { "question": "Eric is not young.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Eric is young.[CWA. Example of deepest failure = (rule4 <- FAIL)]]", "representation": "(\"Eric\" \"is\" \"young\" \"-\")", "proofsWithIntermediates": null }, "Q12": { "question": "Eric is cold.", "answer": "Unknown", "QDep": 2, "QLen": "", "strategy": "rconc", "proofs": "[@2: Eric is cold.[CWA. Example of deepest failure = (rule3 <- rule2 <- FAIL)]]", "representation": "(\"Eric\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": null }, "Q13": { "question": "Eric is not green.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Eric is green.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Eric\" \"is\" \"green\" \"-\")" }, "Q14": { "question": "Dave is green.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Dave is green.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Dave\" \"is\" \"green\" \"+\")" }, "Q15": { "question": "Gary is not round.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Gary is round.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Gary\" \"is\" \"round\" \"-\")" }, "Q16": { "question": "Eric is round.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Eric is round.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Eric\" \"is\" \"round\" \"+\")" }, "Q17": null, "Q18": null, "Q19": null, "Q20": null, "Q21": null, "Q22": null, "Q23": null, "Q24": null }

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[] } ] }, { "text": "Dave is young.", "QDep": 0, "representation": "(\"Dave\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple1", "intermediates": [] } ] }, { "text": "Eric is red.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple7", "intermediates": [] } ] }, { "text": "Eric is rough.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple6", "intermediates": [] } ] }, { "text": "Gary is big.", "QDep": 0, "representation": "(\"Gary\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple9", "intermediates": [] } ] }, { "text": "Gary is rough.", "QDep": 0, "representation": "(\"Gary\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple8", "intermediates": [] } ] }, { "text": "Harry is kind.", "QDep": 0, "representation": "(\"Harry\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple12", "intermediates": [] } ] }, { "text": "Harry is nice.", "QDep": 0, "representation": "(\"Harry\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple11", "intermediates": [] } ] }, { "text": "Harry is young.", "QDep": 0, "representation": "(\"Harry\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple10", "intermediates": [] } ] }, { "text": "Dave is blue.", "QDep": 1, "representation": "(\"Dave\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple2) -> (rule1 % int1))", "intermediates": [ { "text": "Dave is blue.", "representation": "(\"Dave\" \"is\" \"blue\" \"+\")", "id": "int1" } ] } ] }, { "text": "Eric is blue.", "QDep": 1, "representation": "(\"Eric\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple6) -> (rule1 % int1))", "intermediates": [ { "text": "Eric is blue.", "representation": "(\"Eric\" \"is\" \"blue\" \"+\")", "id": "int1" } ] } ] }, { "text": "Gary is blue.", "QDep": 1, "representation": "(\"Gary\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple8) -> (rule1 % int1))", "intermediates": [ { "text": "Gary is blue.", "representation": "(\"Gary\" \"is\" \"blue\" \"+\")", "id": "int1" } ] } ] }, { "text": "Dave is cold.", "QDep": 2, "representation": "(\"Dave\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple4 ((triple2) -> (rule1 % int2)) triple3) -> (rule3 % int1))", "intermediates": [ { "text": "Dave is cold.", "representation": "(\"Dave\" \"is\" \"cold\" \"+\")", "id": "int1" }, { "text": "Dave is blue.", "representation": "(\"Dave\" \"is\" \"blue\" \"+\")", "id": "int2" } ] } ] }, { "text": "Eric is kind.", "QDep": 2, "representation": "(\"Eric\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple6) -> (rule1 % int2))) -> (rule6 % int1))", "intermediates": [ { "text": "Eric is kind.", "representation": "(\"Eric\" \"is\" \"kind\" \"+\")", "id": "int1" }, { "text": "Eric is blue.", "representation": "(\"Eric\" \"is\" \"blue\" \"+\")", "id": "int2" } ] } ] }, { "text": "Gary is kind.", "QDep": 2, "representation": "(\"Gary\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple8) -> (rule1 % int2))) -> (rule6 % int1))", "intermediates": [ { "text": "Gary is kind.", "representation": "(\"Gary\" \"is\" \"kind\" \"+\")", "id": "int1" }, { "text": "Gary is blue.", "representation": "(\"Gary\" \"is\" \"blue\" \"+\")", "id": "int2" } ] } ] }, { "text": "Dave is big.", "QDep": 3, "representation": "(\"Dave\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple4 ((triple2) -> (rule1 % int3)) triple3) -> (rule3 % int2)) triple5) -> (rule7 % int1))", "intermediates": [ { "text": "Dave is big.", "representation": "(\"Dave\" \"is\" \"big\" \"+\")", "id": "int1" }, { "text": "Dave is cold.", "representation": "(\"Dave\" \"is\" \"cold\" \"+\")", "id": "int2" }, { "text": "Dave is blue.", "representation": "(\"Dave\" \"is\" \"blue\" \"+\")", "id": "int3" } ] }, { "representation": "((((triple4 ((triple2) -> (rule1 % int4)) triple3) -> (rule3 % int3)) ((((triple2) -> (rule1 % int4))) -> (rule6 % int2))) -> (rule7 % int1))", "intermediates": [ { "text": "Dave is big.", "representation": "(\"Dave\" \"is\" \"big\" \"+\")", "id": "int1" }, { "text": "Dave is kind.", "representation": "(\"Dave\" \"is\" \"kind\" \"+\")", "id": "int2" }, { "text": "Dave is cold.", "representation": "(\"Dave\" \"is\" \"cold\" \"+\")", "id": "int3" }, { "text": "Dave is blue.", "representation": "(\"Dave\" \"is\" \"blue\" \"+\")", "id": "int4" } ] } ] } ]

{ "triple1": "sent1", "triple2": "sent1", "triple3": "sent1", "triple4": "sent1", "triple5": "sent1", "triple6": "sent2", "triple7": "sent2", "triple8": "sent3", "triple9": "sent3", "triple10": "sent4", "rule1": "sent5", "rule2": "sent6", "rule3": "sent7", "rule4": "sent8", "rule5": "sent9", "rule6": "sent10", "rule7": "sent11", "triple11": "sent4", "triple12": "sent4" }

{ "sent1": "Young Dave has red, rough skin, but is nice and kind.", "sent2": "When you meet Eric you'll the two characteristics that will standout is that he's red but also rough.", "sent3": "Gary is big and rough.", "sent4": "Harry is very young to be a nurse but he loves helping others because he is so nice and kind.", "sent5": "A person with a rough quality is also a person with a blue quality.", "sent6": "When someone is young and round, dressing in blue they can be nice.", "sent7": "When someone is nice, dressing in red, they can be blue because they are cold.", "sent8": "If a person that is blue and green is also cold, that means that they are young.", "sent9": "Young, kind people have the trait of being cold and are also very nice to interact with.", "sent10": "It's just a fact that a blue person is a kind person.", "sent11": "If you run into a cold and kind person, they are always big." }

{ "triple1": { "text": "Alan is young.", "representation": "(\"Alan\" \"is\" \"young\" \"+\")" }, "triple2": { "text": "Alan is green.", "representation": "(\"Alan\" \"is\" \"green\" \"+\")" }, "triple3": { "text": "Dave is red.", "representation": "(\"Dave\" \"is\" \"red\" \"+\")" }, "triple4": { "text": "Dave is nice.", "representation": "(\"Dave\" \"is\" \"nice\" \"+\")" }, "triple5": { "text": "Eric is young.", "representation": "(\"Eric\" \"is\" \"young\" \"+\")" }, "triple6": { "text": "Eric is round.", "representation": "(\"Eric\" \"is\" \"round\" \"+\")" }, "triple7": { "text": "Eric is red.", "representation": "(\"Eric\" \"is\" \"red\" \"+\")" }, "triple8": { "text": "Eric is kind.", "representation": "(\"Eric\" \"is\" \"kind\" \"+\")" }, "triple9": { "text": "Eric is cold.", "representation": "(\"Eric\" \"is\" \"cold\" \"+\")" }, "triple10": { "text": "Eric is blue.", "representation": "(\"Eric\" \"is\" \"blue\" \"+\")" }, "triple11": { "text": "Gary is young.", "representation": "(\"Gary\" \"is\" \"young\" \"+\")" }, "triple12": { "text": "Gary is green.", "representation": "(\"Gary\" \"is\" \"green\" \"+\")" } }

{ "rule1": { "text": "If someone is round and nice and cold then they are rough.", "representation": "(((\"someone\" \"is\" \"round\" \"+\") (\"someone\" \"is\" \"nice\" \"+\") (\"someone\" \"is\" \"cold\" \"+\")) -> (\"someone\" \"is\" \"rough\" \"+\"))" }, "rule2": { "text": "If someone is round and young then they are cold.", "representation": "(((\"someone\" \"is\" \"round\" \"+\") (\"someone\" \"is\" \"young\" \"+\")) -> (\"someone\" \"is\" \"cold\" \"+\"))" }, "rule3": { "text": "If someone is round and young then they are nice.", "representation": "(((\"someone\" \"is\" \"round\" \"+\") (\"someone\" \"is\" \"young\" \"+\")) -> (\"someone\" \"is\" \"nice\" \"+\"))" }, "rule4": { "text": "If someone is red and rough then they are green.", "representation": "(((\"someone\" \"is\" \"red\" \"+\") (\"someone\" \"is\" \"rough\" \"+\")) -> (\"someone\" \"is\" \"green\" \"+\"))" }, "rule5": { "text": "If someone is cold and nice and blue then they are red.", "representation": "(((\"someone\" \"is\" \"cold\" \"+\") (\"someone\" \"is\" \"nice\" \"+\") (\"someone\" \"is\" \"blue\" \"+\")) -> (\"someone\" \"is\" \"red\" \"+\"))" }, "rule6": { "text": "If someone is young and cold then they are nice.", "representation": "(((\"someone\" \"is\" \"young\" \"+\") (\"someone\" \"is\" \"cold\" \"+\")) -> (\"someone\" \"is\" \"nice\" \"+\"))" }, "rule7": { "text": "If someone is cold and kind then they are young.", "representation": "(((\"someone\" \"is\" \"cold\" \"+\") (\"someone\" \"is\" \"kind\" \"+\")) -> (\"someone\" \"is\" \"young\" \"+\"))" } }

{ "Q1": { "question": "Dave is red.", "answer": "True", "QDep": 0, "QLen": "1", "strategy": "proof", "proofs": "[(triple3)]", "representation": "(\"Dave\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple3", "intermediates": [] } ] }, "Q2": { "question": "Alan is not young.", "answer": "False", "QDep": 0, "QLen": "1", "strategy": "inv-proof", "proofs": "[(triple1)]", "representation": "(\"Alan\" \"is\" \"young\" \"-\")", "proofsWithIntermediates": [ { "representation": "triple1", "intermediates": [] } ] }, "Q3": { "question": "Eric is nice.", "answer": "True", "QDep": 1, "QLen": "3", "strategy": "proof", "proofs": "[(((triple5 triple9) -> rule6) OR ((triple6 triple5) -> rule3) OR ((triple5 ((triple6 triple5) -> rule2)) -> rule6) OR ((triple6 ((triple9 triple8) -> rule7)) -> rule3) OR ((((triple9 triple8) -> rule7) triple9) -> rule6) OR ((((triple9 triple8) -> rule7) ((triple6 triple5) -> rule2)) -> rule6))]", "representation": "(\"Eric\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple5 triple9) -> (rule6 % int1))", "intermediates": [ { "text": "Eric is nice.", "representation": "(\"Eric\" \"is\" \"nice\" \"+\")", "id": "int1" } ] }, { "representation": "((triple6 triple5) -> (rule3 % int1))", "intermediates": [ { "text": "Eric is nice.", "representation": "(\"Eric\" \"is\" \"nice\" \"+\")", "id": "int1" } ] }, { "representation": "((triple5 ((triple6 triple5) -> (rule2 % int2))) -> (rule6 % int1))", "intermediates": [ { "text": "Eric is nice.", "representation": "(\"Eric\" \"is\" \"nice\" \"+\")", "id": "int1" }, { "text": "Eric is cold.", "representation": "(\"Eric\" \"is\" \"cold\" \"+\")", "id": "int2" } ] }, { "representation": "((triple6 ((triple9 triple8) -> (rule7 % int2))) -> (rule3 % int1))", "intermediates": [ { "text": "Eric is nice.", "representation": "(\"Eric\" \"is\" \"nice\" \"+\")", "id": "int1" }, { "text": "Eric is young.", "representation": "(\"Eric\" \"is\" \"young\" \"+\")", "id": "int2" } ] }, { "representation": "((((triple9 triple8) -> (rule7 % int2)) triple9) -> (rule6 % int1))", "intermediates": [ { "text": "Eric is nice.", "representation": "(\"Eric\" \"is\" \"nice\" \"+\")", "id": "int1" }, { "text": "Eric is young.", "representation": "(\"Eric\" \"is\" \"young\" \"+\")", "id": "int2" } ] }, { "representation": "((((triple9 triple8) -> (rule7 % int3)) ((triple6 triple5) -> (rule2 % int2))) -> (rule6 % int1))", "intermediates": [ { "text": "Eric is nice.", "representation": "(\"Eric\" \"is\" \"nice\" \"+\")", "id": "int1" }, { "text": "Eric is cold.", "representation": "(\"Eric\" \"is\" \"cold\" \"+\")", "id": "int2" }, { "text": "Eric is young.", "representation": "(\"Eric\" \"is\" \"young\" \"+\")", "id": "int3" } ] } ] }, "Q4": { "question": "Eric is not nice.", "answer": "False", "QDep": 1, "QLen": "3", "strategy": "inv-proof", "proofs": "[(((triple5 triple9) -> rule6) OR ((triple6 triple5) -> rule3) OR ((triple5 ((triple6 triple5) -> rule2)) -> rule6) OR ((triple6 ((triple9 triple8) -> rule7)) -> rule3) OR ((((triple9 triple8) -> rule7) triple9) -> rule6) OR ((((triple9 triple8) -> rule7) ((triple6 triple5) -> rule2)) -> rule6))]", "representation": "(\"Eric\" \"is\" \"nice\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple5 triple9) -> (rule6 % int1))", "intermediates": [ { "text": "Eric is nice.", "representation": "(\"Eric\" \"is\" \"nice\" \"+\")", "id": "int1" } ] }, { "representation": "((triple6 triple5) -> (rule3 % int1))", "intermediates": [ { "text": "Eric is nice.", "representation": "(\"Eric\" \"is\" \"nice\" \"+\")", "id": "int1" } ] }, { "representation": "((triple5 ((triple6 triple5) -> (rule2 % int2))) -> (rule6 % int1))", "intermediates": [ { "text": "Eric is nice.", "representation": "(\"Eric\" \"is\" \"nice\" \"+\")", "id": "int1" }, { "text": "Eric is cold.", "representation": "(\"Eric\" \"is\" \"cold\" \"+\")", "id": "int2" } ] }, { "representation": "((triple6 ((triple9 triple8) -> (rule7 % int2))) -> (rule3 % int1))", "intermediates": [ { "text": "Eric is nice.", "representation": "(\"Eric\" \"is\" \"nice\" \"+\")", "id": "int1" }, { "text": "Eric is young.", "representation": "(\"Eric\" \"is\" \"young\" \"+\")", "id": "int2" } ] }, { "representation": "((((triple9 triple8) -> (rule7 % int2)) triple9) -> (rule6 % int1))", "intermediates": [ { "text": "Eric is nice.", "representation": "(\"Eric\" \"is\" \"nice\" \"+\")", "id": "int1" }, { "text": "Eric is young.", "representation": "(\"Eric\" \"is\" \"young\" \"+\")", "id": "int2" } ] }, { "representation": "((((triple9 triple8) -> (rule7 % int3)) ((triple6 triple5) -> (rule2 % int2))) -> (rule6 % int1))", "intermediates": [ { "text": "Eric is nice.", "representation": "(\"Eric\" \"is\" \"nice\" \"+\")", "id": "int1" }, { "text": "Eric is cold.", "representation": "(\"Eric\" \"is\" \"cold\" \"+\")", "id": "int2" }, { "text": "Eric is young.", "representation": "(\"Eric\" \"is\" \"young\" \"+\")", "id": "int3" } ] } ] }, "Q5": { "question": "Eric is rough.", "answer": "True", "QDep": 2, "QLen": "6", "strategy": "proof", "proofs": "[(((triple6 ((triple5 triple9) -> rule6) triple9) -> rule1) OR ((triple6 ((triple6 triple5) -> rule3) triple9) -> rule1) OR ((triple6 ((triple5 triple9) -> rule6) ((triple6 triple5) -> rule2)) -> rule1) OR ((triple6 ((triple6 triple5) -> rule3) ((triple6 triple5) -> rule2)) -> rule1) OR ((triple6 ((triple5 ((triple6 triple5) -> rule2)) -> rule6) triple9) -> rule1) OR ((triple6 ((triple6 ((triple9 triple8) -> rule7)) -> rule3) triple9) -> rule1) OR ((triple6 ((((triple9 triple8) -> rule7) triple9) -> rule6) triple9) -> rule1) OR ((triple6 ((triple5 ((triple6 triple5) -> rule2)) -> rule6) ((triple6 triple5) -> rule2)) -> rule1) OR ((triple6 ((triple6 ((triple9 triple8) -> rule7)) -> rule3) ((triple6 triple5) -> rule2)) -> rule1) OR ((triple6 ((((triple9 triple8) -> rule7) triple9) -> rule6) ((triple6 triple5) -> rule2)) -> rule1) OR ((triple6 ((((triple9 triple8) -> 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triple5) -> (rule2 % int2))) -> (rule1 % int1))", "intermediates": [ { "text": "Eric is rough.", "representation": "(\"Eric\" \"is\" \"rough\" \"+\")", "id": "int1" }, { "text": "Eric is cold.", "representation": "(\"Eric\" \"is\" \"cold\" \"+\")", "id": "int2" }, { "text": "Eric is nice.", "representation": "(\"Eric\" \"is\" \"nice\" \"+\")", "id": "int3" } ] }, { "representation": "((triple6 ((triple6 triple5) -> (rule3 % int3)) ((triple6 triple5) -> (rule2 % int2))) -> (rule1 % int1))", "intermediates": [ { "text": "Eric is rough.", "representation": "(\"Eric\" \"is\" \"rough\" \"+\")", "id": "int1" }, { "text": "Eric is cold.", "representation": "(\"Eric\" \"is\" \"cold\" \"+\")", "id": "int2" }, { "text": "Eric is nice.", "representation": "(\"Eric\" \"is\" \"nice\" \"+\")", "id": "int3" } ] }, { "representation": "((triple6 ((triple5 ((triple6 triple5) -> (rule2 % int3))) -> (rule6 % int2)) triple9) -> (rule1 % int1))", "intermediates": [ { "text": "Eric is rough.", "representation": "(\"Eric\" \"is\" \"rough\" \"+\")", "id": "int1" }, { "text": "Eric is nice.", "representation": "(\"Eric\" \"is\" \"nice\" \"+\")", "id": "int2" }, { "text": "Eric is cold.", "representation": "(\"Eric\" \"is\" \"cold\" \"+\")", "id": "int3" } ] }, { "representation": "((triple6 ((triple6 ((triple9 triple8) -> (rule7 % int3))) -> (rule3 % int2)) triple9) -> (rule1 % int1))", "intermediates": [ { "text": "Eric is rough.", "representation": "(\"Eric\" \"is\" \"rough\" \"+\")", "id": "int1" }, { "text": "Eric is nice.", "representation": "(\"Eric\" \"is\" \"nice\" \"+\")", "id": "int2" }, { "text": "Eric is young.", "representation": "(\"Eric\" \"is\" \"young\" \"+\")", "id": "int3" } ] }, { "representation": "((triple6 ((((triple9 triple8) -> (rule7 % int3)) triple9) -> (rule6 % int2)) triple9) -> (rule1 % int1))", "intermediates": [ { "text": "Eric is rough.", "representation": "(\"Eric\" \"is\" \"rough\" \"+\")", "id": "int1" }, { "text": "Eric is nice.", "representation": "(\"Eric\" \"is\" \"nice\" \"+\")", "id": "int2" }, { "text": "Eric is young.", "representation": "(\"Eric\" \"is\" \"young\" \"+\")", "id": "int3" } ] }, { "representation": "((triple6 ((triple5 ((triple6 triple5) -> (rule2 % int3))) -> (rule6 % int2)) ((triple6 triple5) -> (rule2 % int3))) -> (rule1 % int1))", "intermediates": [ { "text": "Eric is rough.", "representation": "(\"Eric\" \"is\" \"rough\" \"+\")", "id": "int1" }, { "text": "Eric is nice.", "representation": "(\"Eric\" \"is\" \"nice\" \"+\")", "id": "int2" }, { "text": "Eric is cold.", "representation": "(\"Eric\" \"is\" \"cold\" \"+\")", "id": "int3" } ] }, { "representation": "((triple6 ((triple6 ((triple9 triple8) -> (rule7 % int4))) -> (rule3 % int3)) ((triple6 triple5) -> (rule2 % int2))) -> (rule1 % int1))", "intermediates": [ { "text": "Eric is rough.", "representation": "(\"Eric\" \"is\" \"rough\" \"+\")", "id": "int1" }, { "text": "Eric is cold.", "representation": "(\"Eric\" \"is\" \"cold\" \"+\")", "id": "int2" }, { "text": "Eric is nice.", "representation": "(\"Eric\" \"is\" \"nice\" \"+\")", "id": "int3" }, { "text": "Eric is young.", "representation": "(\"Eric\" \"is\" \"young\" \"+\")", "id": "int4" } ] }, { "representation": "((triple6 ((((triple9 triple8) -> (rule7 % int4)) triple9) -> (rule6 % int3)) ((triple6 triple5) -> (rule2 % int2))) -> (rule1 % int1))", "intermediates": [ { "text": "Eric is rough.", "representation": "(\"Eric\" \"is\" \"rough\" \"+\")", "id": "int1" }, { "text": "Eric is cold.", "representation": "(\"Eric\" \"is\" \"cold\" \"+\")", "id": "int2" }, { "text": "Eric is nice.", "representation": "(\"Eric\" \"is\" \"nice\" \"+\")", "id": "int3" }, { "text": "Eric is young.", "representation": "(\"Eric\" \"is\" \"young\" \"+\")", "id": "int4" } ] }, { "representation": "((triple6 ((((triple9 triple8) -> (rule7 % int4)) ((triple6 triple5) -> (rule2 % int3))) -> (rule6 % int2)) triple9) -> (rule1 % int1))", "intermediates": [ { "text": "Eric is rough.", "representation": "(\"Eric\" \"is\" \"rough\" \"+\")", "id": "int1" }, { "text": "Eric is nice.", "representation": "(\"Eric\" \"is\" \"nice\" \"+\")", "id": "int2" }, { "text": "Eric is cold.", "representation": "(\"Eric\" \"is\" \"cold\" \"+\")", "id": "int3" }, { "text": "Eric is young.", "representation": "(\"Eric\" \"is\" \"young\" \"+\")", "id": "int4" } ] }, { "representation": "((triple6 ((((triple9 triple8) -> (rule7 % int4)) ((triple6 triple5) -> (rule2 % int3))) -> (rule6 % int2)) ((triple6 triple5) -> (rule2 % int3))) -> (rule1 % int1))", "intermediates": [ { "text": "Eric is rough.", "representation": "(\"Eric\" \"is\" \"rough\" \"+\")", "id": "int1" }, { "text": "Eric is nice.", "representation": "(\"Eric\" \"is\" \"nice\" \"+\")", "id": "int2" }, { "text": "Eric is cold.", "representation": "(\"Eric\" \"is\" \"cold\" \"+\")", "id": "int3" }, { "text": "Eric is young.", "representation": "(\"Eric\" \"is\" \"young\" \"+\")", "id": "int4" } ] } ] }, "Q6": { "question": "Eric is not rough.", "answer": "False", "QDep": 2, "QLen": "6", "strategy": "inv-proof", "proofs": "[(((triple6 ((triple5 triple9) -> rule6) triple9) -> rule1) OR ((triple6 ((triple6 triple5) -> rule3) triple9) -> rule1) OR ((triple6 ((triple5 triple9) -> rule6) ((triple6 triple5) -> rule2)) -> rule1) OR ((triple6 ((triple6 triple5) -> rule3) ((triple6 triple5) -> rule2)) -> rule1) OR ((triple6 ((triple5 ((triple6 triple5) -> rule2)) -> rule6) triple9) -> rule1) OR ((triple6 ((triple6 ((triple9 triple8) -> rule7)) -> rule3) triple9) -> rule1) OR ((triple6 ((((triple9 triple8) -> rule7) triple9) -> rule6) triple9) -> rule1) OR ((triple6 ((triple5 ((triple6 triple5) -> rule2)) -> rule6) ((triple6 triple5) -> rule2)) -> rule1) OR ((triple6 ((triple6 ((triple9 triple8) -> rule7)) -> rule3) ((triple6 triple5) -> rule2)) -> rule1) OR ((triple6 ((((triple9 triple8) -> rule7) triple9) -> rule6) ((triple6 triple5) -> rule2)) -> rule1) OR ((triple6 ((((triple9 triple8) -> rule7) ((triple6 triple5) -> rule2)) -> rule6) triple9) -> rule1) OR ((triple6 ((((triple9 triple8) -> rule7) ((triple6 triple5) -> rule2)) -> rule6) ((triple6 triple5) -> rule2)) -> rule1))]", "representation": "(\"Eric\" \"is\" \"rough\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple6 ((triple5 triple9) -> (rule6 % int2)) triple9) -> (rule1 % int1))", "intermediates": [ { "text": "Eric is rough.", "representation": "(\"Eric\" \"is\" \"rough\" \"+\")", "id": "int1" }, { "text": "Eric is nice.", "representation": "(\"Eric\" \"is\" \"nice\" \"+\")", "id": "int2" } ] }, { "representation": "((triple6 ((triple6 triple5) -> (rule3 % int2)) triple9) -> (rule1 % int1))", "intermediates": [ { "text": "Eric is rough.", "representation": "(\"Eric\" \"is\" \"rough\" \"+\")", "id": "int1" }, { "text": "Eric is nice.", "representation": "(\"Eric\" \"is\" \"nice\" \"+\")", "id": "int2" } ] }, { "representation": "((triple6 ((triple5 triple9) -> (rule6 % int3)) ((triple6 triple5) -> (rule2 % int2))) -> (rule1 % int1))", "intermediates": [ { "text": "Eric is rough.", "representation": "(\"Eric\" \"is\" \"rough\" \"+\")", "id": "int1" }, { "text": "Eric is cold.", "representation": "(\"Eric\" \"is\" \"cold\" \"+\")", "id": "int2" }, { "text": "Eric is nice.", "representation": "(\"Eric\" \"is\" \"nice\" \"+\")", "id": "int3" } ] }, { "representation": "((triple6 ((triple6 triple5) -> (rule3 % int3)) ((triple6 triple5) -> (rule2 % int2))) -> (rule1 % int1))", "intermediates": [ { "text": "Eric is rough.", "representation": "(\"Eric\" \"is\" \"rough\" \"+\")", "id": "int1" }, { "text": "Eric is cold.", "representation": "(\"Eric\" \"is\" \"cold\" \"+\")", "id": "int2" }, { "text": "Eric is nice.", "representation": "(\"Eric\" \"is\" \"nice\" \"+\")", "id": "int3" } ] }, { "representation": "((triple6 ((triple5 ((triple6 triple5) -> (rule2 % int3))) -> (rule6 % int2)) triple9) -> (rule1 % int1))", "intermediates": [ { "text": "Eric is rough.", "representation": "(\"Eric\" \"is\" \"rough\" \"+\")", "id": "int1" }, { "text": "Eric is nice.", "representation": "(\"Eric\" \"is\" \"nice\" \"+\")", "id": "int2" }, { "text": "Eric is cold.", "representation": "(\"Eric\" \"is\" \"cold\" \"+\")", "id": "int3" } ] }, { "representation": "((triple6 ((triple6 ((triple9 triple8) -> (rule7 % int3))) -> (rule3 % int2)) triple9) -> (rule1 % int1))", "intermediates": [ { "text": "Eric is rough.", "representation": "(\"Eric\" \"is\" \"rough\" \"+\")", "id": "int1" }, { "text": "Eric is nice.", "representation": "(\"Eric\" \"is\" \"nice\" \"+\")", "id": "int2" }, { "text": "Eric is young.", "representation": "(\"Eric\" \"is\" \"young\" \"+\")", "id": "int3" } ] }, { "representation": "((triple6 ((((triple9 triple8) -> (rule7 % int3)) triple9) -> (rule6 % int2)) triple9) -> (rule1 % int1))", "intermediates": [ { "text": "Eric is rough.", "representation": "(\"Eric\" \"is\" \"rough\" \"+\")", "id": "int1" }, { "text": "Eric is nice.", "representation": "(\"Eric\" \"is\" \"nice\" \"+\")", "id": "int2" }, { "text": "Eric is young.", "representation": "(\"Eric\" \"is\" \"young\" \"+\")", "id": "int3" } ] }, { "representation": "((triple6 ((triple5 ((triple6 triple5) -> (rule2 % int3))) -> (rule6 % int2)) ((triple6 triple5) -> (rule2 % int3))) -> (rule1 % int1))", "intermediates": [ { "text": "Eric is rough.", "representation": "(\"Eric\" \"is\" \"rough\" \"+\")", "id": "int1" }, { "text": "Eric is nice.", "representation": "(\"Eric\" \"is\" \"nice\" \"+\")", "id": "int2" }, { "text": "Eric is cold.", "representation": "(\"Eric\" \"is\" \"cold\" \"+\")", "id": "int3" } ] }, { "representation": "((triple6 ((triple6 ((triple9 triple8) -> (rule7 % int4))) -> (rule3 % int3)) ((triple6 triple5) -> (rule2 % int2))) -> (rule1 % int1))", "intermediates": [ { "text": "Eric is rough.", "representation": "(\"Eric\" \"is\" \"rough\" \"+\")", "id": "int1" }, { "text": "Eric is cold.", "representation": "(\"Eric\" \"is\" \"cold\" \"+\")", "id": "int2" }, { "text": "Eric is nice.", "representation": "(\"Eric\" \"is\" \"nice\" \"+\")", "id": "int3" }, { "text": "Eric is young.", "representation": "(\"Eric\" \"is\" \"young\" \"+\")", "id": "int4" } ] }, { "representation": "((triple6 ((((triple9 triple8) -> (rule7 % int4)) triple9) -> (rule6 % int3)) ((triple6 triple5) -> (rule2 % int2))) -> (rule1 % int1))", "intermediates": [ { "text": "Eric is rough.", "representation": "(\"Eric\" \"is\" \"rough\" \"+\")", "id": "int1" }, { "text": "Eric is cold.", "representation": "(\"Eric\" \"is\" \"cold\" \"+\")", "id": "int2" }, { "text": "Eric is nice.", "representation": "(\"Eric\" \"is\" \"nice\" \"+\")", "id": "int3" }, { "text": "Eric is young.", "representation": "(\"Eric\" \"is\" \"young\" \"+\")", "id": "int4" } ] }, { "representation": "((triple6 ((((triple9 triple8) -> (rule7 % int4)) ((triple6 triple5) -> (rule2 % int3))) -> (rule6 % int2)) triple9) -> (rule1 % int1))", "intermediates": [ { "text": "Eric is rough.", "representation": "(\"Eric\" \"is\" \"rough\" \"+\")", "id": "int1" }, { "text": "Eric is nice.", "representation": "(\"Eric\" \"is\" \"nice\" \"+\")", "id": "int2" }, { "text": "Eric is cold.", "representation": "(\"Eric\" \"is\" \"cold\" \"+\")", "id": "int3" }, { "text": "Eric is young.", "representation": "(\"Eric\" \"is\" \"young\" \"+\")", "id": "int4" } ] }, { "representation": "((triple6 ((((triple9 triple8) -> (rule7 % int4)) ((triple6 triple5) -> (rule2 % int3))) -> (rule6 % int2)) ((triple6 triple5) -> (rule2 % int3))) -> (rule1 % int1))", "intermediates": [ { "text": "Eric is rough.", "representation": "(\"Eric\" \"is\" \"rough\" \"+\")", "id": "int1" }, { "text": "Eric is nice.", "representation": "(\"Eric\" \"is\" \"nice\" \"+\")", "id": "int2" }, { "text": "Eric is cold.", "representation": "(\"Eric\" \"is\" \"cold\" \"+\")", "id": "int3" }, { "text": "Eric is young.", "representation": "(\"Eric\" \"is\" \"young\" \"+\")", "id": "int4" } ] } ] }, "Q7": { "question": "Eric is green.", "answer": "True", "QDep": 3, "QLen": "8", "strategy": "proof", "proofs": "[(((triple7 ((triple6 ((triple5 triple9) -> rule6) triple9) -> rule1)) -> rule4) OR ((triple7 ((triple6 ((triple6 triple5) -> rule3) triple9) -> rule1)) -> rule4) OR ((triple7 ((triple6 ((triple5 triple9) -> rule6) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((triple7 ((triple6 ((triple6 triple5) -> rule3) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((((triple9 ((triple5 triple9) -> rule6) triple10) -> rule5) ((triple6 ((triple5 triple9) -> rule6) triple9) -> rule1)) -> rule4) OR ((((triple9 ((triple5 triple9) -> rule6) triple10) -> rule5) ((triple6 ((triple6 triple5) -> rule3) triple9) -> rule1)) -> rule4) OR ((((triple9 ((triple6 triple5) -> rule3) triple10) -> rule5) ((triple6 ((triple5 triple9) -> rule6) triple9) -> rule1)) -> rule4) OR ((((triple9 ((triple6 triple5) -> rule3) triple10) -> rule5) ((triple6 ((triple6 triple5) -> rule3) triple9) -> rule1)) -> rule4) OR ((((triple9 ((triple5 triple9) -> rule6) triple10) -> rule5) ((triple6 ((triple5 triple9) -> rule6) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((((triple9 ((triple5 triple9) -> rule6) triple10) -> rule5) ((triple6 ((triple6 triple5) -> rule3) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((((triple9 ((triple6 triple5) -> rule3) triple10) -> rule5) ((triple6 ((triple5 triple9) -> rule6) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((((triple9 ((triple6 triple5) -> rule3) triple10) -> rule5) ((triple6 ((triple6 triple5) -> rule3) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((((((triple6 triple5) -> rule2) ((triple5 triple9) -> rule6) triple10) -> rule5) ((triple6 ((triple5 triple9) -> rule6) triple9) -> rule1)) -> rule4) OR ((((((triple6 triple5) -> rule2) ((triple5 triple9) -> rule6) triple10) -> rule5) ((triple6 ((triple6 triple5) -> rule3) triple9) -> rule1)) -> rule4) OR ((((((triple6 triple5) -> rule2) ((triple6 triple5) -> rule3) triple10) -> rule5) ((triple6 ((triple5 triple9) -> rule6) triple9) -> rule1)) -> rule4) OR ((((((triple6 triple5) -> rule2) ((triple6 triple5) -> rule3) triple10) -> rule5) ((triple6 ((triple6 triple5) -> rule3) triple9) -> rule1)) -> rule4) OR ((((((triple6 triple5) -> rule2) ((triple5 triple9) -> rule6) triple10) -> rule5) ((triple6 ((triple5 triple9) -> rule6) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((((((triple6 triple5) -> rule2) ((triple5 triple9) -> rule6) triple10) -> rule5) ((triple6 ((triple6 triple5) -> rule3) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((((((triple6 triple5) -> rule2) ((triple6 triple5) -> rule3) triple10) -> rule5) ((triple6 ((triple5 triple9) -> rule6) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((((((triple6 triple5) -> rule2) ((triple6 triple5) -> rule3) triple10) -> rule5) ((triple6 ((triple6 triple5) -> rule3) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((triple7 ((triple6 ((triple5 ((triple6 triple5) -> rule2)) -> rule6) triple9) -> rule1)) -> rule4) OR ((triple7 ((triple6 ((triple6 ((triple9 triple8) -> rule7)) -> rule3) triple9) -> rule1)) -> rule4) OR ((triple7 ((triple6 ((((triple9 triple8) -> rule7) triple9) -> rule6) triple9) -> rule1)) -> rule4) OR ((triple7 ((triple6 ((triple5 ((triple6 triple5) -> rule2)) -> rule6) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((triple7 ((triple6 ((triple6 ((triple9 triple8) -> rule7)) -> rule3) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((triple7 ((triple6 ((((triple9 triple8) -> rule7) triple9) -> rule6) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((triple7 ((triple6 ((((triple9 triple8) -> rule7) ((triple6 triple5) -> rule2)) -> rule6) triple9) -> rule1)) -> rule4) OR ((triple7 ((triple6 ((((triple9 triple8) -> rule7) ((triple6 triple5) -> rule2)) -> rule6) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((((triple9 ((triple5 triple9) -> rule6) triple10) -> rule5) ((triple6 ((triple5 ((triple6 triple5) -> rule2)) -> rule6) triple9) -> rule1)) -> rule4) OR ((((triple9 ((triple5 triple9) -> rule6) triple10) -> rule5) ((triple6 ((triple6 ((triple9 triple8) -> rule7)) -> rule3) triple9) -> rule1)) -> rule4) OR ((((triple9 ((triple5 triple9) -> rule6) triple10) -> rule5) ((triple6 ((((triple9 triple8) -> rule7) triple9) -> rule6) triple9) -> rule1)) -> rule4) OR ((((triple9 ((triple5 ((triple6 triple5) -> rule2)) -> rule6) triple10) -> rule5) ((triple6 ((triple5 triple9) -> rule6) triple9) -> rule1)) -> rule4) OR ((((triple9 ((triple5 ((triple6 triple5) -> rule2)) -> rule6) triple10) -> rule5) ((triple6 ((triple6 triple5) -> rule3) triple9) -> rule1)) -> rule4) OR ((((triple9 ((triple6 triple5) -> rule3) triple10) -> rule5) ((triple6 ((triple5 ((triple6 triple5) -> rule2)) -> rule6) triple9) -> rule1)) -> rule4) OR ((((triple9 ((triple6 triple5) -> rule3) triple10) -> rule5) ((triple6 ((triple6 ((triple9 triple8) -> rule7)) -> rule3) triple9) -> rule1)) -> rule4) OR ((((triple9 ((triple6 triple5) -> rule3) triple10) -> rule5) ((triple6 ((((triple9 triple8) -> rule7) triple9) -> rule6) triple9) -> rule1)) -> rule4) OR ((((triple9 ((triple6 ((triple9 triple8) -> rule7)) -> rule3) triple10) -> rule5) ((triple6 ((triple5 triple9) -> rule6) triple9) -> rule1)) -> rule4) OR ((((triple9 ((triple6 ((triple9 triple8) -> rule7)) -> rule3) triple10) -> rule5) ((triple6 ((triple6 triple5) -> rule3) triple9) -> rule1)) -> rule4) OR ((((triple9 ((((triple9 triple8) -> rule7) triple9) -> rule6) triple10) -> rule5) ((triple6 ((triple5 triple9) -> rule6) triple9) -> rule1)) -> rule4) OR ((((triple9 ((((triple9 triple8) -> rule7) triple9) -> rule6) triple10) -> rule5) ((triple6 ((triple6 triple5) -> rule3) triple9) -> rule1)) -> rule4) OR ((((triple9 ((triple5 triple9) -> rule6) triple10) -> rule5) ((triple6 ((triple5 ((triple6 triple5) -> rule2)) -> rule6) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((((triple9 ((triple5 triple9) -> rule6) triple10) -> rule5) ((triple6 ((triple6 ((triple9 triple8) -> rule7)) -> rule3) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((((triple9 ((triple5 triple9) -> rule6) triple10) -> rule5) ((triple6 ((((triple9 triple8) -> rule7) triple9) -> rule6) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((((triple9 ((triple5 triple9) -> rule6) triple10) -> rule5) ((triple6 ((((triple9 triple8) -> rule7) ((triple6 triple5) -> rule2)) -> rule6) triple9) -> rule1)) -> rule4) OR ((((triple9 ((triple5 ((triple6 triple5) -> rule2)) -> rule6) triple10) -> rule5) ((triple6 ((triple5 triple9) -> rule6) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((((triple9 ((triple5 ((triple6 triple5) -> rule2)) -> rule6) triple10) -> rule5) ((triple6 ((triple5 ((triple6 triple5) -> rule2)) -> rule6) triple9) -> rule1)) -> rule4) OR ((((triple9 ((triple5 ((triple6 triple5) -> rule2)) -> rule6) triple10) -> rule5) ((triple6 ((triple6 triple5) -> rule3) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((((triple9 ((triple5 ((triple6 triple5) -> rule2)) -> rule6) triple10) -> rule5) ((triple6 ((triple6 ((triple9 triple8) -> rule7)) -> rule3) triple9) -> rule1)) -> rule4) OR ((((triple9 ((triple5 ((triple6 triple5) -> rule2)) -> rule6) triple10) -> rule5) ((triple6 ((((triple9 triple8) -> rule7) triple9) -> rule6) triple9) -> rule1)) -> rule4) OR ((((triple9 ((triple6 triple5) -> rule3) triple10) -> rule5) ((triple6 ((triple5 ((triple6 triple5) -> rule2)) -> rule6) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((((triple9 ((triple6 triple5) -> rule3) triple10) -> rule5) ((triple6 ((triple6 ((triple9 triple8) -> rule7)) -> rule3) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((((triple9 ((triple6 triple5) -> rule3) triple10) -> rule5) ((triple6 ((((triple9 triple8) -> rule7) triple9) -> rule6) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((((triple9 ((triple6 triple5) -> rule3) triple10) -> rule5) ((triple6 ((((triple9 triple8) -> rule7) ((triple6 triple5) -> rule2)) -> rule6) triple9) -> rule1)) -> rule4) OR ((((triple9 ((triple6 ((triple9 triple8) -> rule7)) -> rule3) triple10) -> rule5) ((triple6 ((triple5 triple9) -> rule6) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((((triple9 ((triple6 ((triple9 triple8) -> rule7)) -> rule3) triple10) -> rule5) ((triple6 ((triple5 ((triple6 triple5) -> rule2)) -> rule6) triple9) -> rule1)) -> rule4) OR ((((triple9 ((triple6 ((triple9 triple8) -> rule7)) -> rule3) triple10) -> rule5) ((triple6 ((triple6 triple5) -> rule3) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((((triple9 ((triple6 ((triple9 triple8) -> rule7)) -> rule3) triple10) -> rule5) ((triple6 ((triple6 ((triple9 triple8) -> rule7)) -> rule3) triple9) -> rule1)) -> rule4) OR ((((triple9 ((triple6 ((triple9 triple8) -> rule7)) -> rule3) triple10) -> rule5) ((triple6 ((((triple9 triple8) -> rule7) triple9) -> rule6) triple9) -> rule1)) -> rule4) OR ((((triple9 ((((triple9 triple8) -> rule7) triple9) -> rule6) triple10) -> rule5) ((triple6 ((triple5 triple9) -> rule6) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((((triple9 ((((triple9 triple8) -> rule7) triple9) -> rule6) triple10) -> rule5) ((triple6 ((triple5 ((triple6 triple5) -> rule2)) -> rule6) triple9) -> rule1)) -> rule4) OR ((((triple9 ((((triple9 triple8) -> rule7) triple9) -> rule6) triple10) -> rule5) ((triple6 ((triple6 triple5) -> rule3) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((((triple9 ((((triple9 triple8) -> rule7) triple9) -> rule6) triple10) -> rule5) ((triple6 ((triple6 ((triple9 triple8) -> rule7)) -> rule3) triple9) -> rule1)) -> rule4) OR ((((triple9 ((((triple9 triple8) -> rule7) triple9) -> rule6) triple10) -> rule5) ((triple6 ((((triple9 triple8) -> rule7) triple9) -> rule6) triple9) -> rule1)) -> rule4) OR ((((triple9 ((((triple9 triple8) -> rule7) ((triple6 triple5) -> rule2)) -> rule6) triple10) -> rule5) ((triple6 ((triple5 triple9) -> rule6) triple9) -> rule1)) -> rule4) OR ((((triple9 ((((triple9 triple8) -> rule7) ((triple6 triple5) -> rule2)) -> rule6) triple10) -> rule5) ((triple6 ((triple6 triple5) -> rule3) triple9) -> rule1)) -> rule4) OR ((((((triple6 triple5) -> rule2) ((triple5 triple9) -> rule6) triple10) -> rule5) ((triple6 ((triple5 ((triple6 triple5) -> rule2)) -> rule6) triple9) -> rule1)) -> rule4) OR ((((((triple6 triple5) -> rule2) ((triple5 triple9) -> rule6) triple10) -> rule5) ((triple6 ((triple6 ((triple9 triple8) -> rule7)) -> rule3) triple9) -> rule1)) -> rule4) OR ((((((triple6 triple5) -> rule2) ((triple5 triple9) -> rule6) triple10) -> rule5) ((triple6 ((((triple9 triple8) -> rule7) triple9) -> rule6) triple9) -> rule1)) -> rule4) OR ((((((triple6 triple5) -> rule2) ((triple5 ((triple6 triple5) -> rule2)) -> rule6) triple10) -> rule5) ((triple6 ((triple5 triple9) -> rule6) triple9) -> rule1)) -> rule4) OR ((((((triple6 triple5) -> rule2) ((triple5 ((triple6 triple5) -> rule2)) -> rule6) triple10) -> rule5) ((triple6 ((triple6 triple5) -> rule3) triple9) -> rule1)) -> rule4) OR ((((((triple6 triple5) -> rule2) ((triple6 triple5) -> rule3) triple10) -> rule5) ((triple6 ((triple5 ((triple6 triple5) -> rule2)) -> rule6) triple9) -> rule1)) -> rule4) OR ((((((triple6 triple5) -> rule2) ((triple6 triple5) -> rule3) triple10) -> rule5) ((triple6 ((triple6 ((triple9 triple8) -> rule7)) -> rule3) triple9) -> rule1)) -> rule4) OR ((((((triple6 triple5) -> rule2) ((triple6 triple5) -> rule3) triple10) -> rule5) ((triple6 ((((triple9 triple8) -> rule7) triple9) -> rule6) triple9) -> rule1)) -> rule4) OR ((((((triple6 triple5) -> rule2) ((triple6 ((triple9 triple8) -> rule7)) -> rule3) triple10) -> rule5) ((triple6 ((triple5 triple9) -> rule6) triple9) -> rule1)) -> rule4) OR ((((((triple6 triple5) -> rule2) ((triple6 ((triple9 triple8) -> rule7)) -> rule3) triple10) -> rule5) ((triple6 ((triple6 triple5) -> rule3) triple9) -> rule1)) -> rule4) OR ((((((triple6 triple5) -> rule2) ((((triple9 triple8) -> rule7) triple9) -> rule6) triple10) -> rule5) ((triple6 ((triple5 triple9) -> rule6) triple9) -> rule1)) -> rule4) OR ((((((triple6 triple5) -> rule2) ((((triple9 triple8) -> rule7) triple9) -> rule6) triple10) -> rule5) ((triple6 ((triple6 triple5) -> rule3) triple9) -> rule1)) -> rule4) OR ((((triple9 ((triple5 triple9) -> rule6) triple10) -> rule5) ((triple6 ((((triple9 triple8) -> rule7) ((triple6 triple5) -> rule2)) -> rule6) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((((triple9 ((triple5 ((triple6 triple5) -> rule2)) -> rule6) triple10) -> rule5) ((triple6 ((triple5 ((triple6 triple5) -> rule2)) -> rule6) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((((triple9 ((triple5 ((triple6 triple5) -> rule2)) -> rule6) triple10) -> rule5) ((triple6 ((triple6 ((triple9 triple8) -> rule7)) -> rule3) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((((triple9 ((triple5 ((triple6 triple5) -> rule2)) -> rule6) triple10) -> rule5) ((triple6 ((((triple9 triple8) -> rule7) triple9) -> rule6) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((((triple9 ((triple5 ((triple6 triple5) -> rule2)) -> rule6) triple10) -> rule5) ((triple6 ((((triple9 triple8) -> rule7) ((triple6 triple5) -> rule2)) -> rule6) triple9) -> rule1)) -> rule4) OR ((((triple9 ((triple6 triple5) -> rule3) triple10) -> rule5) ((triple6 ((((triple9 triple8) -> rule7) ((triple6 triple5) -> rule2)) -> rule6) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((((triple9 ((triple6 ((triple9 triple8) -> rule7)) -> rule3) triple10) -> rule5) ((triple6 ((triple5 ((triple6 triple5) -> rule2)) -> rule6) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((((triple9 ((triple6 ((triple9 triple8) -> rule7)) -> rule3) triple10) -> rule5) ((triple6 ((triple6 ((triple9 triple8) -> rule7)) -> rule3) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((((triple9 ((triple6 ((triple9 triple8) -> rule7)) -> rule3) triple10) -> rule5) ((triple6 ((((triple9 triple8) -> rule7) triple9) -> rule6) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((((triple9 ((triple6 ((triple9 triple8) -> rule7)) -> rule3) triple10) -> rule5) ((triple6 ((((triple9 triple8) -> rule7) ((triple6 triple5) -> rule2)) -> rule6) triple9) -> rule1)) -> rule4) OR ((((triple9 ((((triple9 triple8) -> rule7) triple9) -> rule6) triple10) -> rule5) ((triple6 ((triple5 ((triple6 triple5) -> rule2)) -> rule6) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((((triple9 ((((triple9 triple8) -> rule7) triple9) -> rule6) triple10) -> rule5) ((triple6 ((triple6 ((triple9 triple8) -> rule7)) -> rule3) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((((triple9 ((((triple9 triple8) -> rule7) triple9) -> rule6) triple10) -> rule5) ((triple6 ((((triple9 triple8) -> rule7) triple9) -> rule6) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((((triple9 ((((triple9 triple8) -> rule7) triple9) -> rule6) triple10) -> rule5) ((triple6 ((((triple9 triple8) -> rule7) ((triple6 triple5) -> rule2)) -> rule6) triple9) -> rule1)) -> rule4) OR ((((triple9 ((((triple9 triple8) -> rule7) ((triple6 triple5) -> rule2)) -> rule6) triple10) -> rule5) ((triple6 ((triple5 triple9) -> rule6) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((((triple9 ((((triple9 triple8) -> rule7) ((triple6 triple5) -> rule2)) -> rule6) triple10) -> rule5) ((triple6 ((triple5 ((triple6 triple5) -> rule2)) -> rule6) triple9) -> rule1)) -> rule4) OR ((((triple9 ((((triple9 triple8) -> rule7) ((triple6 triple5) -> rule2)) -> rule6) triple10) -> rule5) ((triple6 ((triple6 triple5) -> rule3) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((((triple9 ((((triple9 triple8) -> rule7) ((triple6 triple5) -> rule2)) -> rule6) triple10) -> rule5) ((triple6 ((triple6 ((triple9 triple8) -> rule7)) -> rule3) triple9) -> rule1)) -> rule4) OR ((((triple9 ((((triple9 triple8) -> rule7) ((triple6 triple5) -> rule2)) -> rule6) triple10) -> rule5) ((triple6 ((((triple9 triple8) -> rule7) triple9) -> rule6) triple9) -> rule1)) -> rule4) OR ((((((triple6 triple5) -> rule2) ((triple5 triple9) -> rule6) triple10) -> rule5) ((triple6 ((triple5 ((triple6 triple5) -> rule2)) -> rule6) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((((((triple6 triple5) -> rule2) ((triple5 triple9) -> rule6) triple10) -> rule5) ((triple6 ((triple6 ((triple9 triple8) -> rule7)) -> rule3) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((((((triple6 triple5) -> rule2) ((triple5 triple9) -> rule6) triple10) -> rule5) ((triple6 ((((triple9 triple8) -> rule7) triple9) -> rule6) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((((((triple6 triple5) -> rule2) ((triple5 triple9) -> rule6) triple10) -> rule5) ((triple6 ((((triple9 triple8) -> rule7) ((triple6 triple5) -> rule2)) -> rule6) triple9) -> rule1)) -> rule4) OR ((((((triple6 triple5) -> rule2) ((triple5 ((triple6 triple5) -> rule2)) -> rule6) triple10) -> rule5) ((triple6 ((triple5 triple9) -> rule6) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((((((triple6 triple5) -> rule2) ((triple5 ((triple6 triple5) -> rule2)) -> rule6) triple10) -> rule5) ((triple6 ((triple5 ((triple6 triple5) -> rule2)) -> rule6) triple9) -> rule1)) -> rule4) OR ((((((triple6 triple5) -> rule2) ((triple5 ((triple6 triple5) -> rule2)) -> rule6) triple10) -> rule5) ((triple6 ((triple6 triple5) -> rule3) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((((((triple6 triple5) -> rule2) ((triple5 ((triple6 triple5) -> rule2)) -> rule6) triple10) -> rule5) ((triple6 ((triple6 ((triple9 triple8) -> rule7)) -> rule3) triple9) -> rule1)) -> rule4) OR ((((((triple6 triple5) -> rule2) ((triple5 ((triple6 triple5) -> rule2)) -> rule6) triple10) -> rule5) ((triple6 ((((triple9 triple8) -> rule7) triple9) -> rule6) triple9) -> rule1)) -> rule4) OR ((((((triple6 triple5) -> rule2) ((triple6 triple5) -> rule3) triple10) -> rule5) ((triple6 ((triple5 ((triple6 triple5) -> rule2)) -> rule6) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((((((triple6 triple5) -> rule2) ((triple6 triple5) -> rule3) triple10) -> rule5) ((triple6 ((triple6 ((triple9 triple8) -> rule7)) -> rule3) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((((((triple6 triple5) -> rule2) ((triple6 triple5) -> rule3) triple10) -> rule5) ((triple6 ((((triple9 triple8) -> rule7) triple9) -> rule6) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((((((triple6 triple5) -> rule2) ((triple6 triple5) -> rule3) triple10) -> rule5) ((triple6 ((((triple9 triple8) -> rule7) ((triple6 triple5) -> rule2)) -> rule6) triple9) -> rule1)) -> rule4) OR ((((((triple6 triple5) -> rule2) ((triple6 ((triple9 triple8) -> rule7)) -> rule3) triple10) -> rule5) ((triple6 ((triple5 triple9) -> rule6) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((((((triple6 triple5) -> rule2) ((triple6 ((triple9 triple8) -> rule7)) -> rule3) triple10) -> rule5) ((triple6 ((triple5 ((triple6 triple5) -> rule2)) -> rule6) triple9) -> rule1)) -> rule4) OR ((((((triple6 triple5) -> rule2) ((triple6 ((triple9 triple8) -> rule7)) -> rule3) triple10) -> rule5) ((triple6 ((triple6 triple5) -> rule3) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((((((triple6 triple5) -> rule2) ((triple6 ((triple9 triple8) -> rule7)) -> rule3) triple10) -> rule5) ((triple6 ((triple6 ((triple9 triple8) -> rule7)) -> rule3) triple9) -> rule1)) -> rule4) OR ((((((triple6 triple5) -> rule2) ((triple6 ((triple9 triple8) -> rule7)) -> rule3) triple10) -> rule5) ((triple6 ((((triple9 triple8) -> rule7) triple9) -> rule6) triple9) -> rule1)) -> rule4) OR ((((((triple6 triple5) -> rule2) ((((triple9 triple8) -> rule7) triple9) -> rule6) triple10) -> rule5) ((triple6 ((triple5 triple9) -> rule6) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((((((triple6 triple5) -> rule2) ((((triple9 triple8) -> rule7) triple9) -> rule6) triple10) -> rule5) ((triple6 ((triple5 ((triple6 triple5) -> rule2)) -> rule6) triple9) -> rule1)) -> rule4) OR ((((((triple6 triple5) -> rule2) ((((triple9 triple8) -> rule7) triple9) -> rule6) triple10) -> rule5) ((triple6 ((triple6 triple5) -> rule3) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((((((triple6 triple5) -> rule2) ((((triple9 triple8) -> rule7) triple9) -> rule6) triple10) -> rule5) ((triple6 ((triple6 ((triple9 triple8) -> rule7)) -> rule3) triple9) -> rule1)) -> rule4) OR ((((((triple6 triple5) -> rule2) ((((triple9 triple8) -> rule7) triple9) -> rule6) triple10) -> rule5) ((triple6 ((((triple9 triple8) -> rule7) triple9) -> rule6) triple9) -> rule1)) -> rule4) OR ((((((triple6 triple5) -> rule2) ((((triple9 triple8) -> rule7) ((triple6 triple5) -> rule2)) -> rule6) triple10) -> rule5) ((triple6 ((triple5 triple9) -> rule6) triple9) -> rule1)) -> rule4) OR ((((((triple6 triple5) -> rule2) ((((triple9 triple8) -> rule7) ((triple6 triple5) -> rule2)) -> rule6) triple10) -> rule5) ((triple6 ((triple6 triple5) -> rule3) triple9) -> rule1)) -> rule4) OR ((((triple9 ((triple5 ((triple6 triple5) -> rule2)) -> rule6) triple10) -> rule5) ((triple6 ((((triple9 triple8) -> rule7) ((triple6 triple5) -> rule2)) -> rule6) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((((triple9 ((triple6 ((triple9 triple8) -> rule7)) -> rule3) triple10) -> rule5) ((triple6 ((((triple9 triple8) -> rule7) ((triple6 triple5) -> rule2)) -> rule6) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((((triple9 ((((triple9 triple8) -> rule7) triple9) -> rule6) triple10) -> rule5) ((triple6 ((((triple9 triple8) -> rule7) ((triple6 triple5) -> rule2)) -> rule6) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((((triple9 ((((triple9 triple8) -> rule7) ((triple6 triple5) -> rule2)) -> rule6) triple10) -> rule5) ((triple6 ((triple5 ((triple6 triple5) -> rule2)) -> rule6) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((((triple9 ((((triple9 triple8) -> rule7) ((triple6 triple5) -> rule2)) -> rule6) triple10) -> rule5) ((triple6 ((triple6 ((triple9 triple8) -> rule7)) -> rule3) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((((triple9 ((((triple9 triple8) -> rule7) ((triple6 triple5) -> rule2)) -> rule6) triple10) -> rule5) ((triple6 ((((triple9 triple8) -> rule7) triple9) -> rule6) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((((triple9 ((((triple9 triple8) -> rule7) ((triple6 triple5) -> rule2)) -> rule6) triple10) -> rule5) ((triple6 ((((triple9 triple8) -> rule7) ((triple6 triple5) -> rule2)) -> rule6) triple9) -> rule1)) -> rule4) OR ((((((triple6 triple5) -> rule2) ((triple5 triple9) -> rule6) triple10) -> rule5) ((triple6 ((((triple9 triple8) -> rule7) ((triple6 triple5) -> rule2)) -> rule6) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((((((triple6 triple5) -> rule2) ((triple5 ((triple6 triple5) -> rule2)) -> rule6) triple10) -> rule5) ((triple6 ((triple5 ((triple6 triple5) -> rule2)) -> rule6) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((((((triple6 triple5) -> rule2) ((triple5 ((triple6 triple5) -> rule2)) -> rule6) triple10) -> rule5) ((triple6 ((triple6 ((triple9 triple8) -> rule7)) -> rule3) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((((((triple6 triple5) -> rule2) ((triple5 ((triple6 triple5) -> rule2)) -> rule6) triple10) -> rule5) ((triple6 ((((triple9 triple8) -> rule7) triple9) -> rule6) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((((((triple6 triple5) -> rule2) ((triple5 ((triple6 triple5) -> rule2)) -> rule6) triple10) -> rule5) ((triple6 ((((triple9 triple8) -> rule7) ((triple6 triple5) -> rule2)) -> rule6) triple9) -> rule1)) -> rule4) OR ((((((triple6 triple5) -> rule2) ((triple6 triple5) -> rule3) triple10) -> rule5) ((triple6 ((((triple9 triple8) -> rule7) ((triple6 triple5) -> rule2)) -> rule6) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((((((triple6 triple5) -> rule2) ((triple6 ((triple9 triple8) -> rule7)) -> rule3) triple10) -> rule5) ((triple6 ((triple5 ((triple6 triple5) -> rule2)) -> rule6) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((((((triple6 triple5) -> rule2) ((triple6 ((triple9 triple8) -> rule7)) -> rule3) triple10) -> rule5) ((triple6 ((triple6 ((triple9 triple8) -> rule7)) -> rule3) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((((((triple6 triple5) -> rule2) ((triple6 ((triple9 triple8) -> rule7)) -> rule3) triple10) -> rule5) ((triple6 ((((triple9 triple8) -> rule7) triple9) -> rule6) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((((((triple6 triple5) -> rule2) ((triple6 ((triple9 triple8) -> rule7)) -> rule3) triple10) -> rule5) ((triple6 ((((triple9 triple8) -> rule7) ((triple6 triple5) -> rule2)) -> rule6) triple9) -> rule1)) -> rule4) OR ((((((triple6 triple5) -> rule2) ((((triple9 triple8) -> rule7) triple9) -> rule6) triple10) -> rule5) ((triple6 ((triple5 ((triple6 triple5) -> rule2)) -> rule6) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((((((triple6 triple5) -> rule2) ((((triple9 triple8) -> rule7) triple9) -> rule6) triple10) -> rule5) ((triple6 ((triple6 ((triple9 triple8) -> rule7)) -> rule3) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((((((triple6 triple5) -> rule2) ((((triple9 triple8) -> rule7) triple9) -> rule6) triple10) -> rule5) ((triple6 ((((triple9 triple8) -> rule7) triple9) -> rule6) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((((((triple6 triple5) -> rule2) ((((triple9 triple8) -> rule7) triple9) -> rule6) triple10) -> rule5) ((triple6 ((((triple9 triple8) -> rule7) ((triple6 triple5) -> rule2)) -> rule6) triple9) -> rule1)) -> rule4) OR ((((((triple6 triple5) -> rule2) ((((triple9 triple8) -> rule7) ((triple6 triple5) -> rule2)) -> rule6) triple10) -> rule5) ((triple6 ((triple5 triple9) -> rule6) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((((((triple6 triple5) -> rule2) ((((triple9 triple8) -> rule7) ((triple6 triple5) -> rule2)) -> rule6) triple10) -> rule5) ((triple6 ((triple5 ((triple6 triple5) -> rule2)) -> rule6) triple9) -> rule1)) -> rule4) OR ((((((triple6 triple5) -> rule2) ((((triple9 triple8) -> rule7) ((triple6 triple5) -> rule2)) -> rule6) triple10) -> rule5) ((triple6 ((triple6 triple5) -> rule3) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((((((triple6 triple5) -> rule2) ((((triple9 triple8) -> rule7) ((triple6 triple5) -> rule2)) -> rule6) triple10) -> rule5) ((triple6 ((triple6 ((triple9 triple8) -> rule7)) -> rule3) triple9) -> rule1)) -> rule4) OR ((((((triple6 triple5) -> rule2) ((((triple9 triple8) -> rule7) ((triple6 triple5) -> rule2)) -> rule6) triple10) -> rule5) ((triple6 ((((triple9 triple8) -> rule7) triple9) -> rule6) triple9) -> rule1)) -> rule4) OR ((((triple9 ((((triple9 triple8) -> rule7) ((triple6 triple5) -> rule2)) -> rule6) triple10) -> rule5) ((triple6 ((((triple9 triple8) -> rule7) ((triple6 triple5) -> rule2)) -> rule6) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((((((triple6 triple5) -> rule2) ((triple5 ((triple6 triple5) -> rule2)) -> rule6) triple10) -> rule5) ((triple6 ((((triple9 triple8) -> rule7) ((triple6 triple5) -> rule2)) -> rule6) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((((((triple6 triple5) -> rule2) ((triple6 ((triple9 triple8) -> rule7)) -> rule3) triple10) -> rule5) ((triple6 ((((triple9 triple8) -> rule7) ((triple6 triple5) -> rule2)) -> rule6) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((((((triple6 triple5) -> rule2) ((((triple9 triple8) -> rule7) triple9) -> rule6) triple10) -> rule5) ((triple6 ((((triple9 triple8) -> rule7) ((triple6 triple5) -> rule2)) -> rule6) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((((((triple6 triple5) -> rule2) ((((triple9 triple8) -> rule7) ((triple6 triple5) -> rule2)) -> rule6) triple10) -> rule5) ((triple6 ((triple5 ((triple6 triple5) -> rule2)) -> rule6) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((((((triple6 triple5) -> rule2) ((((triple9 triple8) -> rule7) ((triple6 triple5) -> rule2)) -> rule6) triple10) -> rule5) ((triple6 ((triple6 ((triple9 triple8) -> rule7)) -> rule3) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((((((triple6 triple5) -> rule2) ((((triple9 triple8) -> rule7) ((triple6 triple5) -> rule2)) -> rule6) triple10) -> rule5) ((triple6 ((((triple9 triple8) -> rule7) triple9) -> rule6) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((((((triple6 triple5) -> rule2) ((((triple9 triple8) -> rule7) ((triple6 triple5) -> rule2)) -> rule6) triple10) -> rule5) ((triple6 ((((triple9 triple8) -> rule7) ((triple6 triple5) -> rule2)) -> rule6) triple9) -> rule1)) -> rule4) OR ((((((triple6 triple5) -> rule2) ((((triple9 triple8) -> rule7) ((triple6 triple5) -> rule2)) -> rule6) triple10) -> rule5) ((triple6 ((((triple9 triple8) -> rule7) ((triple6 triple5) -> rule2)) -> rule6) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4))]", "representation": "(\"Eric\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple7 ((triple6 ((triple5 triple9) -> (rule6 % int3)) triple9) -> (rule1 % int2))) -> (rule4 % int1))", "intermediates": [ { "text": "Eric is green.", "representation": "(\"Eric\" \"is\" \"green\" \"+\")", "id": 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\"red\" \"+\")", "id": "int3" }, { "text": "Eric is nice.", "representation": "(\"Eric\" \"is\" \"nice\" \"+\")", "id": "int4" }, { "text": "Eric is young.", "representation": "(\"Eric\" \"is\" \"young\" \"+\")", "id": "int5" }, { "text": "Eric is cold.", "representation": "(\"Eric\" \"is\" \"cold\" \"+\")", "id": "int6" } ] }, { "representation": "((((((triple6 triple5) -> (rule2 % int6)) ((((triple9 triple8) -> (rule7 % int5)) ((triple6 triple5) -> (rule2 % int6))) -> (rule6 % int4)) triple10) -> (rule5 % int3)) ((triple6 ((((triple9 triple8) -> (rule7 % int5)) triple9) -> (rule6 % int4)) triple9) -> (rule1 % int2))) -> (rule4 % int1))", "intermediates": [ { "text": "Eric is green.", "representation": "(\"Eric\" \"is\" \"green\" \"+\")", "id": "int1" }, { "text": "Eric is rough.", "representation": "(\"Eric\" \"is\" \"rough\" \"+\")", "id": "int2" }, { "text": "Eric is red.", "representation": "(\"Eric\" \"is\" \"red\" \"+\")", "id": "int3" }, { "text": "Eric is nice.", "representation": "(\"Eric\" \"is\" \"nice\" \"+\")", "id": "int4" }, { "text": "Eric is young.", "representation": "(\"Eric\" \"is\" \"young\" \"+\")", "id": "int5" }, { "text": "Eric is cold.", "representation": "(\"Eric\" \"is\" \"cold\" \"+\")", "id": "int6" } ] }, { "representation": "((((triple9 ((((triple9 triple8) -> (rule7 % int6)) ((triple6 triple5) -> (rule2 % int5))) -> (rule6 % int4)) triple10) -> (rule5 % int3)) ((triple6 ((((triple9 triple8) -> (rule7 % int6)) ((triple6 triple5) -> (rule2 % int5))) -> (rule6 % int4)) ((triple6 triple5) -> (rule2 % int5))) -> (rule1 % int2))) -> (rule4 % int1))", "intermediates": [ { "text": "Eric is green.", "representation": "(\"Eric\" \"is\" \"green\" \"+\")", "id": "int1" }, { "text": "Eric is rough.", "representation": "(\"Eric\" \"is\" \"rough\" \"+\")", "id": "int2" }, { "text": "Eric is red.", "representation": "(\"Eric\" \"is\" \"red\" \"+\")", "id": "int3" }, { "text": "Eric is nice.", "representation": "(\"Eric\" \"is\" \"nice\" \"+\")", "id": "int4" }, { "text": "Eric is cold.", "representation": "(\"Eric\" \"is\" \"cold\" \"+\")", "id": "int5" }, { "text": "Eric is young.", "representation": "(\"Eric\" \"is\" \"young\" \"+\")", "id": "int6" } ] }, { "representation": "((((((triple6 triple5) -> (rule2 % int6)) ((triple5 ((triple6 triple5) -> (rule2 % int6))) -> (rule6 % int5)) triple10) -> (rule5 % int4)) ((triple6 ((((triple9 triple8) -> (rule7 % int3)) ((triple6 triple5) -> (rule2 % int6))) -> (rule6 % int5)) ((triple6 triple5) -> (rule2 % int6))) -> (rule1 % int2))) -> (rule4 % int1))", "intermediates": [ { "text": "Eric is green.", "representation": "(\"Eric\" \"is\" \"green\" \"+\")", "id": "int1" }, { "text": "Eric is rough.", "representation": "(\"Eric\" \"is\" \"rough\" \"+\")", "id": "int2" }, { "text": "Eric is young.", "representation": "(\"Eric\" \"is\" \"young\" \"+\")", "id": "int3" }, { "text": "Eric is red.", "representation": "(\"Eric\" \"is\" \"red\" \"+\")", "id": "int4" }, { "text": "Eric is nice.", "representation": "(\"Eric\" \"is\" \"nice\" \"+\")", "id": "int5" }, { "text": "Eric is cold.", "representation": "(\"Eric\" \"is\" \"cold\" \"+\")", "id": "int6" } ] }, { "representation": "((((((triple6 triple5) -> (rule2 % int6)) ((triple6 ((triple9 triple8) -> (rule7 % int5))) -> (rule3 % int4)) triple10) -> (rule5 % int3)) ((triple6 ((((triple9 triple8) -> (rule7 % int5)) ((triple6 triple5) -> (rule2 % int6))) -> (rule6 % int4)) ((triple6 triple5) -> (rule2 % int6))) -> (rule1 % int2))) -> (rule4 % int1))", "intermediates": [ { "text": "Eric is green.", "representation": "(\"Eric\" \"is\" \"green\" \"+\")", "id": "int1" }, { "text": "Eric is rough.", "representation": "(\"Eric\" \"is\" \"rough\" \"+\")", "id": "int2" }, { "text": "Eric is red.", "representation": "(\"Eric\" \"is\" \"red\" \"+\")", "id": "int3" }, { "text": "Eric is nice.", "representation": "(\"Eric\" \"is\" \"nice\" \"+\")", "id": "int4" }, { "text": "Eric is young.", "representation": "(\"Eric\" \"is\" \"young\" \"+\")", "id": "int5" }, { "text": "Eric is cold.", "representation": "(\"Eric\" \"is\" \"cold\" \"+\")", "id": "int6" } ] }, { "representation": "((((((triple6 triple5) -> (rule2 % int6)) ((((triple9 triple8) -> (rule7 % int5)) triple9) -> (rule6 % int4)) triple10) -> (rule5 % int3)) ((triple6 ((((triple9 triple8) -> (rule7 % int5)) ((triple6 triple5) -> (rule2 % int6))) -> (rule6 % int4)) ((triple6 triple5) -> (rule2 % int6))) -> (rule1 % int2))) -> (rule4 % int1))", "intermediates": [ { "text": "Eric is green.", "representation": "(\"Eric\" \"is\" \"green\" \"+\")", "id": "int1" }, { "text": "Eric is rough.", "representation": "(\"Eric\" \"is\" \"rough\" \"+\")", "id": "int2" }, { "text": "Eric is red.", "representation": "(\"Eric\" \"is\" \"red\" \"+\")", "id": "int3" }, { "text": "Eric is nice.", "representation": "(\"Eric\" \"is\" \"nice\" \"+\")", "id": "int4" }, { "text": "Eric is young.", "representation": "(\"Eric\" \"is\" \"young\" \"+\")", "id": "int5" }, { "text": "Eric is cold.", "representation": "(\"Eric\" \"is\" \"cold\" \"+\")", "id": "int6" } ] }, { "representation": "((((((triple6 triple5) -> (rule2 % int6)) ((((triple9 triple8) -> (rule7 % int5)) ((triple6 triple5) -> (rule2 % int6))) -> (rule6 % int4)) triple10) -> (rule5 % int3)) ((triple6 ((triple5 ((triple6 triple5) -> (rule2 % int6))) -> (rule6 % int4)) ((triple6 triple5) -> (rule2 % int6))) -> (rule1 % int2))) -> (rule4 % int1))", "intermediates": [ { "text": "Eric is green.", "representation": "(\"Eric\" \"is\" \"green\" \"+\")", "id": "int1" }, { "text": "Eric is rough.", "representation": "(\"Eric\" \"is\" \"rough\" \"+\")", "id": "int2" }, { "text": "Eric is red.", "representation": "(\"Eric\" \"is\" \"red\" \"+\")", "id": "int3" }, { "text": "Eric is nice.", "representation": "(\"Eric\" \"is\" \"nice\" \"+\")", "id": "int4" }, { "text": "Eric is young.", "representation": "(\"Eric\" \"is\" \"young\" \"+\")", "id": "int5" }, { "text": "Eric is cold.", "representation": "(\"Eric\" \"is\" \"cold\" \"+\")", "id": "int6" } ] }, { "representation": "((((((triple6 triple5) -> (rule2 % int6)) ((((triple9 triple8) -> (rule7 % int5)) ((triple6 triple5) -> (rule2 % int6))) -> (rule6 % int4)) triple10) -> (rule5 % int3)) ((triple6 ((triple6 ((triple9 triple8) -> (rule7 % int5))) -> (rule3 % int4)) ((triple6 triple5) -> (rule2 % int6))) -> (rule1 % int2))) -> (rule4 % int1))", "intermediates": [ { "text": "Eric is green.", "representation": "(\"Eric\" \"is\" \"green\" \"+\")", "id": "int1" }, { "text": "Eric is rough.", "representation": "(\"Eric\" \"is\" \"rough\" \"+\")", "id": "int2" }, { "text": "Eric is red.", "representation": "(\"Eric\" \"is\" \"red\" \"+\")", "id": "int3" }, { "text": "Eric is nice.", "representation": "(\"Eric\" \"is\" \"nice\" \"+\")", "id": "int4" }, { "text": "Eric is young.", "representation": "(\"Eric\" \"is\" \"young\" \"+\")", "id": "int5" }, { "text": "Eric is cold.", "representation": "(\"Eric\" \"is\" \"cold\" \"+\")", "id": "int6" } ] }, { "representation": "((((((triple6 triple5) -> (rule2 % int6)) ((((triple9 triple8) -> (rule7 % int5)) ((triple6 triple5) -> (rule2 % int6))) -> (rule6 % int4)) triple10) -> (rule5 % int3)) ((triple6 ((((triple9 triple8) -> (rule7 % int5)) triple9) -> (rule6 % int4)) ((triple6 triple5) -> (rule2 % int6))) -> (rule1 % int2))) -> (rule4 % int1))", "intermediates": [ { "text": "Eric is green.", "representation": "(\"Eric\" \"is\" \"green\" \"+\")", "id": "int1" }, { "text": "Eric is rough.", "representation": "(\"Eric\" \"is\" \"rough\" \"+\")", "id": "int2" }, { "text": "Eric is red.", "representation": "(\"Eric\" \"is\" \"red\" \"+\")", "id": "int3" }, { "text": "Eric is nice.", "representation": "(\"Eric\" \"is\" \"nice\" \"+\")", "id": "int4" }, { "text": "Eric is young.", "representation": "(\"Eric\" \"is\" \"young\" \"+\")", "id": "int5" }, { "text": "Eric is cold.", "representation": "(\"Eric\" \"is\" \"cold\" \"+\")", "id": "int6" } ] }, { "representation": "((((((triple6 triple5) -> (rule2 % int6)) ((((triple9 triple8) -> (rule7 % int5)) ((triple6 triple5) -> (rule2 % int6))) -> (rule6 % int4)) triple10) -> (rule5 % int3)) ((triple6 ((((triple9 triple8) -> (rule7 % int5)) ((triple6 triple5) -> (rule2 % int6))) -> (rule6 % int4)) triple9) -> (rule1 % int2))) -> (rule4 % int1))", "intermediates": [ { "text": "Eric is green.", "representation": "(\"Eric\" \"is\" \"green\" \"+\")", "id": "int1" }, { "text": "Eric is rough.", "representation": "(\"Eric\" \"is\" \"rough\" \"+\")", "id": "int2" }, { "text": "Eric is red.", "representation": "(\"Eric\" \"is\" \"red\" \"+\")", "id": "int3" }, { "text": "Eric is nice.", "representation": "(\"Eric\" \"is\" \"nice\" \"+\")", "id": "int4" }, { "text": "Eric is young.", "representation": "(\"Eric\" \"is\" \"young\" \"+\")", "id": "int5" }, { "text": "Eric is cold.", "representation": "(\"Eric\" \"is\" \"cold\" \"+\")", "id": "int6" } ] }, { "representation": "((((((triple6 triple5) -> (rule2 % int6)) ((((triple9 triple8) -> (rule7 % int5)) ((triple6 triple5) -> (rule2 % int6))) -> (rule6 % int4)) triple10) -> (rule5 % int3)) ((triple6 ((((triple9 triple8) -> (rule7 % int5)) ((triple6 triple5) -> (rule2 % int6))) -> (rule6 % int4)) ((triple6 triple5) -> (rule2 % int6))) -> (rule1 % int2))) -> (rule4 % int1))", "intermediates": [ { "text": "Eric is green.", "representation": "(\"Eric\" \"is\" \"green\" \"+\")", "id": "int1" }, { "text": "Eric is rough.", "representation": "(\"Eric\" \"is\" \"rough\" \"+\")", "id": "int2" }, { "text": "Eric is red.", "representation": "(\"Eric\" \"is\" \"red\" \"+\")", "id": "int3" }, { "text": "Eric is nice.", "representation": "(\"Eric\" \"is\" \"nice\" \"+\")", "id": "int4" }, { "text": "Eric is young.", "representation": "(\"Eric\" \"is\" \"young\" \"+\")", "id": "int5" }, { "text": "Eric is cold.", "representation": "(\"Eric\" \"is\" \"cold\" \"+\")", "id": "int6" } ] } ] }, "Q8": { "question": "Eric is not green.", "answer": "False", "QDep": 3, "QLen": "8", "strategy": "inv-proof", "proofs": "[(((triple7 ((triple6 ((triple5 triple9) -> rule6) triple9) -> rule1)) -> rule4) OR ((triple7 ((triple6 ((triple6 triple5) -> rule3) triple9) -> rule1)) -> rule4) OR ((triple7 ((triple6 ((triple5 triple9) -> rule6) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((triple7 ((triple6 ((triple6 triple5) -> rule3) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((((triple9 ((triple5 triple9) -> rule6) triple10) -> rule5) ((triple6 ((triple5 triple9) -> rule6) triple9) -> rule1)) -> rule4) OR ((((triple9 ((triple5 triple9) -> rule6) triple10) -> rule5) ((triple6 ((triple6 triple5) -> rule3) triple9) -> rule1)) -> rule4) OR ((((triple9 ((triple6 triple5) -> rule3) triple10) -> rule5) ((triple6 ((triple5 triple9) -> rule6) triple9) -> rule1)) -> rule4) OR ((((triple9 ((triple6 triple5) -> rule3) triple10) -> rule5) ((triple6 ((triple6 triple5) -> rule3) triple9) -> rule1)) -> rule4) OR ((((triple9 ((triple5 triple9) -> rule6) triple10) -> rule5) ((triple6 ((triple5 triple9) -> rule6) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((((triple9 ((triple5 triple9) -> rule6) triple10) -> rule5) ((triple6 ((triple6 triple5) -> rule3) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((((triple9 ((triple6 triple5) -> rule3) triple10) -> rule5) ((triple6 ((triple5 triple9) -> rule6) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((((triple9 ((triple6 triple5) -> rule3) triple10) -> rule5) ((triple6 ((triple6 triple5) -> rule3) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((((((triple6 triple5) -> rule2) ((triple5 triple9) -> rule6) triple10) -> rule5) ((triple6 ((triple5 triple9) -> rule6) triple9) -> rule1)) -> rule4) OR ((((((triple6 triple5) -> rule2) ((triple5 triple9) -> rule6) triple10) -> rule5) ((triple6 ((triple6 triple5) -> rule3) triple9) -> rule1)) -> rule4) OR ((((((triple6 triple5) -> rule2) ((triple6 triple5) -> rule3) triple10) -> rule5) ((triple6 ((triple5 triple9) -> rule6) triple9) -> rule1)) -> rule4) OR ((((((triple6 triple5) -> rule2) ((triple6 triple5) -> rule3) triple10) -> rule5) ((triple6 ((triple6 triple5) -> rule3) triple9) -> rule1)) -> rule4) OR ((((((triple6 triple5) -> rule2) ((triple5 triple9) -> rule6) triple10) -> rule5) ((triple6 ((triple5 triple9) -> rule6) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((((((triple6 triple5) -> rule2) ((triple5 triple9) -> rule6) triple10) -> rule5) ((triple6 ((triple6 triple5) -> rule3) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((((((triple6 triple5) -> rule2) ((triple6 triple5) -> rule3) triple10) -> rule5) ((triple6 ((triple5 triple9) -> rule6) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((((((triple6 triple5) -> rule2) ((triple6 triple5) -> rule3) triple10) -> rule5) ((triple6 ((triple6 triple5) -> rule3) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((triple7 ((triple6 ((triple5 ((triple6 triple5) -> rule2)) -> rule6) triple9) -> rule1)) -> rule4) OR ((triple7 ((triple6 ((triple6 ((triple9 triple8) -> rule7)) -> rule3) triple9) -> rule1)) -> rule4) OR ((triple7 ((triple6 ((((triple9 triple8) -> rule7) triple9) -> rule6) triple9) -> rule1)) -> rule4) OR ((triple7 ((triple6 ((triple5 ((triple6 triple5) -> rule2)) -> rule6) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((triple7 ((triple6 ((triple6 ((triple9 triple8) -> rule7)) -> rule3) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((triple7 ((triple6 ((((triple9 triple8) -> rule7) triple9) -> rule6) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((triple7 ((triple6 ((((triple9 triple8) -> rule7) ((triple6 triple5) -> rule2)) -> rule6) triple9) -> rule1)) -> rule4) OR ((triple7 ((triple6 ((((triple9 triple8) -> rule7) ((triple6 triple5) -> rule2)) -> rule6) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((((triple9 ((triple5 triple9) -> rule6) triple10) -> rule5) ((triple6 ((triple5 ((triple6 triple5) -> rule2)) -> rule6) triple9) -> rule1)) -> rule4) OR ((((triple9 ((triple5 triple9) -> rule6) triple10) -> rule5) ((triple6 ((triple6 ((triple9 triple8) -> rule7)) -> rule3) triple9) -> rule1)) -> rule4) OR ((((triple9 ((triple5 triple9) -> rule6) triple10) -> rule5) ((triple6 ((((triple9 triple8) -> rule7) triple9) -> rule6) triple9) -> rule1)) -> rule4) OR ((((triple9 ((triple5 ((triple6 triple5) -> rule2)) -> rule6) triple10) -> rule5) ((triple6 ((triple5 triple9) -> rule6) triple9) -> rule1)) -> rule4) OR ((((triple9 ((triple5 ((triple6 triple5) -> rule2)) -> rule6) triple10) -> rule5) ((triple6 ((triple6 triple5) -> rule3) triple9) -> rule1)) -> rule4) OR ((((triple9 ((triple6 triple5) -> rule3) triple10) -> rule5) ((triple6 ((triple5 ((triple6 triple5) -> rule2)) -> rule6) triple9) -> rule1)) -> rule4) OR ((((triple9 ((triple6 triple5) -> rule3) triple10) -> rule5) ((triple6 ((triple6 ((triple9 triple8) -> rule7)) -> rule3) triple9) -> rule1)) -> rule4) OR ((((triple9 ((triple6 triple5) -> rule3) triple10) -> rule5) ((triple6 ((((triple9 triple8) -> rule7) triple9) -> rule6) triple9) -> rule1)) -> rule4) OR ((((triple9 ((triple6 ((triple9 triple8) -> rule7)) -> rule3) triple10) -> rule5) ((triple6 ((triple5 triple9) -> rule6) triple9) -> rule1)) -> rule4) OR ((((triple9 ((triple6 ((triple9 triple8) -> rule7)) -> rule3) triple10) -> rule5) ((triple6 ((triple6 triple5) -> rule3) triple9) -> rule1)) -> rule4) OR ((((triple9 ((((triple9 triple8) -> rule7) triple9) -> rule6) triple10) -> rule5) ((triple6 ((triple5 triple9) -> rule6) triple9) -> rule1)) -> rule4) OR ((((triple9 ((((triple9 triple8) -> rule7) triple9) -> rule6) triple10) -> rule5) ((triple6 ((triple6 triple5) -> rule3) triple9) -> rule1)) -> rule4) OR ((((triple9 ((triple5 triple9) -> rule6) triple10) -> rule5) ((triple6 ((triple5 ((triple6 triple5) -> rule2)) -> rule6) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((((triple9 ((triple5 triple9) -> rule6) triple10) -> rule5) ((triple6 ((triple6 ((triple9 triple8) -> rule7)) -> rule3) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((((triple9 ((triple5 triple9) -> rule6) triple10) -> rule5) ((triple6 ((((triple9 triple8) -> rule7) triple9) -> rule6) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((((triple9 ((triple5 triple9) -> rule6) triple10) -> rule5) ((triple6 ((((triple9 triple8) -> rule7) ((triple6 triple5) -> rule2)) -> rule6) triple9) -> rule1)) -> rule4) OR ((((triple9 ((triple5 ((triple6 triple5) -> rule2)) -> rule6) triple10) -> rule5) ((triple6 ((triple5 triple9) -> rule6) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((((triple9 ((triple5 ((triple6 triple5) -> rule2)) -> rule6) triple10) -> rule5) ((triple6 ((triple5 ((triple6 triple5) -> rule2)) -> rule6) triple9) -> rule1)) -> rule4) OR ((((triple9 ((triple5 ((triple6 triple5) -> rule2)) -> rule6) triple10) -> rule5) ((triple6 ((triple6 triple5) -> rule3) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((((triple9 ((triple5 ((triple6 triple5) -> rule2)) -> rule6) triple10) -> rule5) ((triple6 ((triple6 ((triple9 triple8) -> rule7)) -> rule3) triple9) -> rule1)) -> rule4) OR ((((triple9 ((triple5 ((triple6 triple5) -> rule2)) -> rule6) triple10) -> rule5) ((triple6 ((((triple9 triple8) -> rule7) triple9) -> rule6) triple9) -> rule1)) -> rule4) OR ((((triple9 ((triple6 triple5) -> rule3) triple10) -> rule5) ((triple6 ((triple5 ((triple6 triple5) -> rule2)) -> rule6) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((((triple9 ((triple6 triple5) -> rule3) triple10) -> rule5) ((triple6 ((triple6 ((triple9 triple8) -> rule7)) -> rule3) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((((triple9 ((triple6 triple5) -> rule3) triple10) -> rule5) ((triple6 ((((triple9 triple8) -> rule7) triple9) -> rule6) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((((triple9 ((triple6 triple5) -> rule3) triple10) -> rule5) ((triple6 ((((triple9 triple8) -> rule7) ((triple6 triple5) -> rule2)) -> rule6) triple9) -> rule1)) -> rule4) OR ((((triple9 ((triple6 ((triple9 triple8) -> rule7)) -> rule3) triple10) -> rule5) ((triple6 ((triple5 triple9) -> rule6) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((((triple9 ((triple6 ((triple9 triple8) -> rule7)) -> rule3) triple10) -> rule5) ((triple6 ((triple5 ((triple6 triple5) -> rule2)) -> rule6) triple9) -> rule1)) -> rule4) OR ((((triple9 ((triple6 ((triple9 triple8) -> rule7)) -> rule3) triple10) -> rule5) ((triple6 ((triple6 triple5) -> rule3) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((((triple9 ((triple6 ((triple9 triple8) -> rule7)) -> rule3) triple10) -> rule5) ((triple6 ((triple6 ((triple9 triple8) -> rule7)) -> rule3) triple9) -> rule1)) -> rule4) OR ((((triple9 ((triple6 ((triple9 triple8) -> rule7)) -> rule3) triple10) -> rule5) ((triple6 ((((triple9 triple8) -> rule7) triple9) -> rule6) triple9) -> rule1)) -> rule4) OR ((((triple9 ((((triple9 triple8) -> rule7) triple9) -> rule6) triple10) -> rule5) ((triple6 ((triple5 triple9) -> rule6) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((((triple9 ((((triple9 triple8) -> rule7) triple9) -> rule6) triple10) -> rule5) ((triple6 ((triple5 ((triple6 triple5) -> rule2)) -> rule6) triple9) -> rule1)) -> rule4) OR ((((triple9 ((((triple9 triple8) -> rule7) triple9) -> rule6) triple10) -> rule5) ((triple6 ((triple6 triple5) -> rule3) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((((triple9 ((((triple9 triple8) -> rule7) triple9) -> rule6) triple10) -> rule5) ((triple6 ((triple6 ((triple9 triple8) -> rule7)) -> rule3) triple9) -> rule1)) -> rule4) OR ((((triple9 ((((triple9 triple8) -> rule7) triple9) -> rule6) triple10) -> rule5) ((triple6 ((((triple9 triple8) -> rule7) triple9) -> rule6) triple9) -> rule1)) -> rule4) OR ((((triple9 ((((triple9 triple8) -> rule7) ((triple6 triple5) -> rule2)) -> rule6) triple10) -> rule5) ((triple6 ((triple5 triple9) -> rule6) triple9) -> rule1)) -> rule4) OR ((((triple9 ((((triple9 triple8) -> rule7) ((triple6 triple5) -> rule2)) -> rule6) triple10) -> rule5) ((triple6 ((triple6 triple5) -> rule3) triple9) -> rule1)) -> rule4) OR ((((((triple6 triple5) -> rule2) ((triple5 triple9) -> rule6) triple10) -> rule5) ((triple6 ((triple5 ((triple6 triple5) -> rule2)) -> rule6) triple9) -> rule1)) -> rule4) OR ((((((triple6 triple5) -> rule2) ((triple5 triple9) -> rule6) triple10) -> rule5) ((triple6 ((triple6 ((triple9 triple8) -> rule7)) -> rule3) triple9) -> rule1)) -> rule4) OR ((((((triple6 triple5) -> rule2) ((triple5 triple9) -> rule6) triple10) -> rule5) ((triple6 ((((triple9 triple8) -> rule7) triple9) -> rule6) triple9) -> rule1)) -> rule4) OR ((((((triple6 triple5) -> rule2) ((triple5 ((triple6 triple5) -> rule2)) -> rule6) triple10) -> rule5) ((triple6 ((triple5 triple9) -> rule6) triple9) -> rule1)) -> rule4) OR ((((((triple6 triple5) -> rule2) ((triple5 ((triple6 triple5) -> rule2)) -> rule6) triple10) -> rule5) ((triple6 ((triple6 triple5) -> rule3) triple9) -> rule1)) -> rule4) OR ((((((triple6 triple5) -> rule2) ((triple6 triple5) -> rule3) triple10) -> rule5) ((triple6 ((triple5 ((triple6 triple5) -> rule2)) -> rule6) triple9) -> rule1)) -> rule4) OR ((((((triple6 triple5) -> rule2) ((triple6 triple5) -> rule3) triple10) -> rule5) ((triple6 ((triple6 ((triple9 triple8) -> rule7)) -> rule3) triple9) -> rule1)) -> rule4) OR ((((((triple6 triple5) -> rule2) ((triple6 triple5) -> rule3) triple10) -> rule5) ((triple6 ((((triple9 triple8) -> rule7) triple9) -> rule6) triple9) -> rule1)) -> rule4) OR ((((((triple6 triple5) -> rule2) ((triple6 ((triple9 triple8) -> rule7)) -> rule3) triple10) -> rule5) ((triple6 ((triple5 triple9) -> rule6) triple9) -> rule1)) -> rule4) OR ((((((triple6 triple5) -> rule2) ((triple6 ((triple9 triple8) -> rule7)) -> rule3) triple10) -> rule5) ((triple6 ((triple6 triple5) -> rule3) triple9) -> rule1)) -> rule4) OR ((((((triple6 triple5) -> rule2) ((((triple9 triple8) -> rule7) triple9) -> rule6) triple10) -> rule5) ((triple6 ((triple5 triple9) -> rule6) triple9) -> rule1)) -> rule4) OR ((((((triple6 triple5) -> rule2) ((((triple9 triple8) -> rule7) triple9) -> rule6) triple10) -> rule5) ((triple6 ((triple6 triple5) -> rule3) triple9) -> rule1)) -> rule4) OR ((((triple9 ((triple5 triple9) -> rule6) triple10) -> rule5) ((triple6 ((((triple9 triple8) -> rule7) ((triple6 triple5) -> rule2)) -> rule6) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((((triple9 ((triple5 ((triple6 triple5) -> rule2)) -> rule6) triple10) -> rule5) ((triple6 ((triple5 ((triple6 triple5) -> rule2)) -> rule6) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((((triple9 ((triple5 ((triple6 triple5) -> rule2)) -> rule6) triple10) -> rule5) ((triple6 ((triple6 ((triple9 triple8) -> rule7)) -> rule3) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((((triple9 ((triple5 ((triple6 triple5) -> rule2)) -> rule6) triple10) -> rule5) ((triple6 ((((triple9 triple8) -> rule7) triple9) -> rule6) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((((triple9 ((triple5 ((triple6 triple5) -> rule2)) -> rule6) triple10) -> rule5) ((triple6 ((((triple9 triple8) -> rule7) ((triple6 triple5) -> rule2)) -> rule6) triple9) -> rule1)) -> rule4) OR ((((triple9 ((triple6 triple5) -> rule3) triple10) -> rule5) ((triple6 ((((triple9 triple8) -> rule7) ((triple6 triple5) -> rule2)) -> rule6) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((((triple9 ((triple6 ((triple9 triple8) -> rule7)) -> rule3) triple10) -> rule5) ((triple6 ((triple5 ((triple6 triple5) -> rule2)) -> rule6) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((((triple9 ((triple6 ((triple9 triple8) -> rule7)) -> rule3) triple10) -> rule5) ((triple6 ((triple6 ((triple9 triple8) -> rule7)) -> rule3) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((((triple9 ((triple6 ((triple9 triple8) -> rule7)) -> rule3) triple10) -> rule5) ((triple6 ((((triple9 triple8) -> rule7) triple9) -> rule6) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((((triple9 ((triple6 ((triple9 triple8) -> rule7)) -> rule3) triple10) -> rule5) ((triple6 ((((triple9 triple8) -> rule7) ((triple6 triple5) -> rule2)) -> rule6) triple9) -> rule1)) -> rule4) OR ((((triple9 ((((triple9 triple8) -> rule7) triple9) -> rule6) triple10) -> rule5) ((triple6 ((triple5 ((triple6 triple5) -> rule2)) -> rule6) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((((triple9 ((((triple9 triple8) -> rule7) triple9) -> rule6) triple10) -> rule5) ((triple6 ((triple6 ((triple9 triple8) -> rule7)) -> rule3) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((((triple9 ((((triple9 triple8) -> rule7) triple9) -> rule6) triple10) -> rule5) ((triple6 ((((triple9 triple8) -> rule7) triple9) -> rule6) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((((triple9 ((((triple9 triple8) -> rule7) triple9) -> rule6) triple10) -> rule5) ((triple6 ((((triple9 triple8) -> rule7) ((triple6 triple5) -> rule2)) -> rule6) triple9) -> rule1)) -> rule4) OR ((((triple9 ((((triple9 triple8) -> rule7) ((triple6 triple5) -> rule2)) -> rule6) triple10) -> rule5) ((triple6 ((triple5 triple9) -> rule6) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((((triple9 ((((triple9 triple8) -> rule7) ((triple6 triple5) -> rule2)) -> rule6) triple10) -> rule5) ((triple6 ((triple5 ((triple6 triple5) -> rule2)) -> rule6) triple9) -> rule1)) -> rule4) OR ((((triple9 ((((triple9 triple8) -> rule7) ((triple6 triple5) -> rule2)) -> rule6) triple10) -> rule5) ((triple6 ((triple6 triple5) -> rule3) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((((triple9 ((((triple9 triple8) -> rule7) ((triple6 triple5) -> rule2)) -> rule6) triple10) -> rule5) ((triple6 ((triple6 ((triple9 triple8) -> rule7)) -> rule3) triple9) -> rule1)) -> rule4) OR ((((triple9 ((((triple9 triple8) -> rule7) ((triple6 triple5) -> rule2)) -> rule6) triple10) -> rule5) ((triple6 ((((triple9 triple8) -> rule7) triple9) -> rule6) triple9) -> rule1)) -> rule4) OR ((((((triple6 triple5) -> rule2) ((triple5 triple9) -> rule6) triple10) -> rule5) ((triple6 ((triple5 ((triple6 triple5) -> rule2)) -> rule6) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((((((triple6 triple5) -> rule2) ((triple5 triple9) -> rule6) triple10) -> rule5) ((triple6 ((triple6 ((triple9 triple8) -> rule7)) -> rule3) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((((((triple6 triple5) -> rule2) ((triple5 triple9) -> rule6) triple10) -> rule5) ((triple6 ((((triple9 triple8) -> rule7) triple9) -> rule6) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((((((triple6 triple5) -> rule2) ((triple5 triple9) -> rule6) triple10) -> rule5) ((triple6 ((((triple9 triple8) -> rule7) ((triple6 triple5) -> rule2)) -> rule6) triple9) -> rule1)) -> rule4) OR ((((((triple6 triple5) -> rule2) ((triple5 ((triple6 triple5) -> rule2)) -> rule6) triple10) -> rule5) ((triple6 ((triple5 triple9) -> rule6) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((((((triple6 triple5) -> rule2) ((triple5 ((triple6 triple5) -> rule2)) -> rule6) triple10) -> rule5) ((triple6 ((triple5 ((triple6 triple5) -> rule2)) -> rule6) triple9) -> rule1)) -> rule4) OR ((((((triple6 triple5) -> rule2) ((triple5 ((triple6 triple5) -> rule2)) -> rule6) triple10) -> rule5) ((triple6 ((triple6 triple5) -> rule3) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((((((triple6 triple5) -> rule2) ((triple5 ((triple6 triple5) -> rule2)) -> rule6) triple10) -> rule5) ((triple6 ((triple6 ((triple9 triple8) -> rule7)) -> rule3) triple9) -> rule1)) -> rule4) OR ((((((triple6 triple5) -> rule2) ((triple5 ((triple6 triple5) -> rule2)) -> rule6) triple10) -> rule5) ((triple6 ((((triple9 triple8) -> rule7) triple9) -> rule6) triple9) -> rule1)) -> rule4) OR ((((((triple6 triple5) -> rule2) ((triple6 triple5) -> rule3) triple10) -> rule5) ((triple6 ((triple5 ((triple6 triple5) -> rule2)) -> rule6) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((((((triple6 triple5) -> rule2) ((triple6 triple5) -> rule3) triple10) -> rule5) ((triple6 ((triple6 ((triple9 triple8) -> rule7)) -> rule3) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((((((triple6 triple5) -> rule2) ((triple6 triple5) -> rule3) triple10) -> rule5) ((triple6 ((((triple9 triple8) -> rule7) triple9) -> rule6) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((((((triple6 triple5) -> rule2) ((triple6 triple5) -> rule3) triple10) -> rule5) ((triple6 ((((triple9 triple8) -> rule7) ((triple6 triple5) -> rule2)) -> rule6) triple9) -> rule1)) -> rule4) OR ((((((triple6 triple5) -> rule2) ((triple6 ((triple9 triple8) -> rule7)) -> rule3) triple10) -> rule5) ((triple6 ((triple5 triple9) -> rule6) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((((((triple6 triple5) -> rule2) ((triple6 ((triple9 triple8) -> rule7)) -> rule3) triple10) -> rule5) ((triple6 ((triple5 ((triple6 triple5) -> rule2)) -> rule6) triple9) -> rule1)) -> rule4) OR ((((((triple6 triple5) -> rule2) ((triple6 ((triple9 triple8) -> rule7)) -> rule3) triple10) -> rule5) ((triple6 ((triple6 triple5) -> rule3) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((((((triple6 triple5) -> rule2) ((triple6 ((triple9 triple8) -> rule7)) -> rule3) triple10) -> rule5) ((triple6 ((triple6 ((triple9 triple8) -> rule7)) -> rule3) triple9) -> rule1)) -> rule4) OR ((((((triple6 triple5) -> rule2) ((triple6 ((triple9 triple8) -> rule7)) -> rule3) triple10) -> rule5) ((triple6 ((((triple9 triple8) -> rule7) triple9) -> rule6) triple9) -> rule1)) -> rule4) OR ((((((triple6 triple5) -> rule2) ((((triple9 triple8) -> rule7) triple9) -> rule6) triple10) -> rule5) ((triple6 ((triple5 triple9) -> rule6) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((((((triple6 triple5) -> rule2) ((((triple9 triple8) -> rule7) triple9) -> rule6) triple10) -> rule5) ((triple6 ((triple5 ((triple6 triple5) -> rule2)) -> rule6) triple9) -> rule1)) -> rule4) OR ((((((triple6 triple5) -> rule2) ((((triple9 triple8) -> rule7) triple9) -> rule6) triple10) -> rule5) ((triple6 ((triple6 triple5) -> rule3) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((((((triple6 triple5) -> rule2) ((((triple9 triple8) -> rule7) triple9) -> rule6) triple10) -> rule5) ((triple6 ((triple6 ((triple9 triple8) -> rule7)) -> rule3) triple9) -> rule1)) -> rule4) OR ((((((triple6 triple5) -> rule2) ((((triple9 triple8) -> rule7) triple9) -> rule6) triple10) -> rule5) ((triple6 ((((triple9 triple8) -> rule7) triple9) -> rule6) triple9) -> rule1)) -> rule4) OR ((((((triple6 triple5) -> rule2) ((((triple9 triple8) -> rule7) ((triple6 triple5) -> rule2)) -> rule6) triple10) -> rule5) ((triple6 ((triple5 triple9) -> rule6) triple9) -> rule1)) -> rule4) OR ((((((triple6 triple5) -> rule2) ((((triple9 triple8) -> rule7) ((triple6 triple5) -> rule2)) -> rule6) triple10) -> rule5) ((triple6 ((triple6 triple5) -> rule3) triple9) -> rule1)) -> rule4) OR ((((triple9 ((triple5 ((triple6 triple5) -> rule2)) -> rule6) triple10) -> rule5) ((triple6 ((((triple9 triple8) -> rule7) ((triple6 triple5) -> rule2)) -> rule6) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((((triple9 ((triple6 ((triple9 triple8) -> rule7)) -> rule3) triple10) -> rule5) ((triple6 ((((triple9 triple8) -> rule7) ((triple6 triple5) -> rule2)) -> rule6) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((((triple9 ((((triple9 triple8) -> rule7) triple9) -> rule6) triple10) -> rule5) ((triple6 ((((triple9 triple8) -> rule7) ((triple6 triple5) -> rule2)) -> rule6) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((((triple9 ((((triple9 triple8) -> rule7) ((triple6 triple5) -> rule2)) -> rule6) triple10) -> rule5) ((triple6 ((triple5 ((triple6 triple5) -> rule2)) -> rule6) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((((triple9 ((((triple9 triple8) -> rule7) ((triple6 triple5) -> rule2)) -> rule6) triple10) -> rule5) ((triple6 ((triple6 ((triple9 triple8) -> rule7)) -> rule3) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((((triple9 ((((triple9 triple8) -> rule7) ((triple6 triple5) -> rule2)) -> rule6) triple10) -> rule5) ((triple6 ((((triple9 triple8) -> rule7) triple9) -> rule6) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((((triple9 ((((triple9 triple8) -> rule7) ((triple6 triple5) -> rule2)) -> rule6) triple10) -> rule5) ((triple6 ((((triple9 triple8) -> rule7) ((triple6 triple5) -> rule2)) -> rule6) triple9) -> rule1)) -> rule4) OR ((((((triple6 triple5) -> rule2) ((triple5 triple9) -> rule6) triple10) -> rule5) ((triple6 ((((triple9 triple8) -> rule7) ((triple6 triple5) -> rule2)) -> rule6) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((((((triple6 triple5) -> rule2) ((triple5 ((triple6 triple5) -> rule2)) -> rule6) triple10) -> rule5) ((triple6 ((triple5 ((triple6 triple5) -> rule2)) -> rule6) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((((((triple6 triple5) -> rule2) ((triple5 ((triple6 triple5) -> rule2)) -> rule6) triple10) -> rule5) ((triple6 ((triple6 ((triple9 triple8) -> rule7)) -> rule3) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((((((triple6 triple5) -> rule2) ((triple5 ((triple6 triple5) -> rule2)) -> rule6) triple10) -> rule5) ((triple6 ((((triple9 triple8) -> rule7) triple9) -> rule6) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((((((triple6 triple5) -> rule2) ((triple5 ((triple6 triple5) -> rule2)) -> rule6) triple10) -> rule5) ((triple6 ((((triple9 triple8) -> rule7) ((triple6 triple5) -> rule2)) -> rule6) triple9) -> rule1)) -> rule4) OR ((((((triple6 triple5) -> rule2) ((triple6 triple5) -> rule3) triple10) -> rule5) ((triple6 ((((triple9 triple8) -> rule7) ((triple6 triple5) -> rule2)) -> rule6) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((((((triple6 triple5) -> rule2) ((triple6 ((triple9 triple8) -> rule7)) -> rule3) triple10) -> rule5) ((triple6 ((triple5 ((triple6 triple5) -> rule2)) -> rule6) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((((((triple6 triple5) -> rule2) ((triple6 ((triple9 triple8) -> rule7)) -> rule3) triple10) -> rule5) ((triple6 ((triple6 ((triple9 triple8) -> rule7)) -> rule3) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((((((triple6 triple5) -> rule2) ((triple6 ((triple9 triple8) -> rule7)) -> rule3) triple10) -> rule5) ((triple6 ((((triple9 triple8) -> rule7) triple9) -> rule6) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((((((triple6 triple5) -> rule2) ((triple6 ((triple9 triple8) -> rule7)) -> rule3) triple10) -> rule5) ((triple6 ((((triple9 triple8) -> rule7) ((triple6 triple5) -> rule2)) -> rule6) triple9) -> rule1)) -> rule4) OR ((((((triple6 triple5) -> rule2) ((((triple9 triple8) -> rule7) triple9) -> rule6) triple10) -> rule5) ((triple6 ((triple5 ((triple6 triple5) -> rule2)) -> rule6) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((((((triple6 triple5) -> rule2) ((((triple9 triple8) -> rule7) triple9) -> rule6) triple10) -> rule5) ((triple6 ((triple6 ((triple9 triple8) -> rule7)) -> rule3) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((((((triple6 triple5) -> rule2) ((((triple9 triple8) -> rule7) triple9) -> rule6) triple10) -> rule5) ((triple6 ((((triple9 triple8) -> rule7) triple9) -> rule6) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((((((triple6 triple5) -> rule2) ((((triple9 triple8) -> rule7) triple9) -> rule6) triple10) -> rule5) ((triple6 ((((triple9 triple8) -> rule7) ((triple6 triple5) -> rule2)) -> rule6) triple9) -> rule1)) -> rule4) OR ((((((triple6 triple5) -> rule2) ((((triple9 triple8) -> rule7) ((triple6 triple5) -> rule2)) -> rule6) triple10) -> rule5) ((triple6 ((triple5 triple9) -> rule6) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((((((triple6 triple5) -> rule2) ((((triple9 triple8) -> rule7) ((triple6 triple5) -> rule2)) -> rule6) triple10) -> rule5) ((triple6 ((triple5 ((triple6 triple5) -> rule2)) -> rule6) triple9) -> rule1)) -> rule4) OR ((((((triple6 triple5) -> rule2) ((((triple9 triple8) -> rule7) ((triple6 triple5) -> rule2)) -> rule6) triple10) -> rule5) ((triple6 ((triple6 triple5) -> rule3) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((((((triple6 triple5) -> rule2) ((((triple9 triple8) -> rule7) ((triple6 triple5) -> rule2)) -> rule6) triple10) -> rule5) ((triple6 ((triple6 ((triple9 triple8) -> rule7)) -> rule3) triple9) -> rule1)) -> rule4) OR ((((((triple6 triple5) -> rule2) ((((triple9 triple8) -> rule7) ((triple6 triple5) -> rule2)) -> rule6) triple10) -> rule5) ((triple6 ((((triple9 triple8) -> rule7) triple9) -> rule6) triple9) -> rule1)) -> rule4) OR ((((triple9 ((((triple9 triple8) -> rule7) ((triple6 triple5) -> rule2)) -> rule6) triple10) -> rule5) ((triple6 ((((triple9 triple8) -> rule7) ((triple6 triple5) -> rule2)) -> rule6) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((((((triple6 triple5) -> rule2) ((triple5 ((triple6 triple5) -> rule2)) -> rule6) triple10) -> rule5) ((triple6 ((((triple9 triple8) -> rule7) ((triple6 triple5) -> rule2)) -> rule6) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((((((triple6 triple5) -> rule2) ((triple6 ((triple9 triple8) -> rule7)) -> rule3) triple10) -> rule5) ((triple6 ((((triple9 triple8) -> rule7) ((triple6 triple5) -> rule2)) -> rule6) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((((((triple6 triple5) -> rule2) ((((triple9 triple8) -> rule7) triple9) -> rule6) triple10) -> rule5) ((triple6 ((((triple9 triple8) -> rule7) ((triple6 triple5) -> rule2)) -> rule6) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((((((triple6 triple5) -> rule2) ((((triple9 triple8) -> rule7) ((triple6 triple5) -> rule2)) -> rule6) triple10) -> rule5) ((triple6 ((triple5 ((triple6 triple5) -> rule2)) -> rule6) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((((((triple6 triple5) -> rule2) ((((triple9 triple8) -> rule7) ((triple6 triple5) -> rule2)) -> rule6) triple10) -> rule5) ((triple6 ((triple6 ((triple9 triple8) -> rule7)) -> rule3) ((triple6 triple5) -> rule2)) -> rule1)) -> rule4) OR ((((((triple6 triple5) -> rule2) ((((triple9 triple8) -> 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-> (rule2 % int6)) ((((triple9 triple8) -> (rule7 % int5)) ((triple6 triple5) -> (rule2 % int6))) -> (rule6 % int4)) triple10) -> (rule5 % int3)) ((triple6 ((((triple9 triple8) -> (rule7 % int5)) ((triple6 triple5) -> (rule2 % int6))) -> (rule6 % int4)) ((triple6 triple5) -> (rule2 % int6))) -> (rule1 % int2))) -> (rule4 % int1))", "intermediates": [ { "text": "Eric is green.", "representation": "(\"Eric\" \"is\" \"green\" \"+\")", "id": "int1" }, { "text": "Eric is rough.", "representation": "(\"Eric\" \"is\" \"rough\" \"+\")", "id": "int2" }, { "text": "Eric is red.", "representation": "(\"Eric\" \"is\" \"red\" \"+\")", "id": "int3" }, { "text": "Eric is nice.", "representation": "(\"Eric\" \"is\" \"nice\" \"+\")", "id": "int4" }, { "text": "Eric is young.", "representation": "(\"Eric\" \"is\" \"young\" \"+\")", "id": "int5" }, { "text": "Eric is cold.", "representation": "(\"Eric\" \"is\" \"cold\" \"+\")", "id": "int6" } ] } ] }, "Q9": { "question": "Dave is not green.", "answer": 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Example of deepest failure = (rule2 <- FAIL)]]", "representation": "(\"Alan\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": null }, "Q13": { "question": "Dave is not kind.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Dave is kind.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Dave\" \"is\" \"kind\" \"-\")" }, "Q14": { "question": "Gary is blue.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Gary is blue.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Gary\" \"is\" \"blue\" \"+\")" }, "Q15": { "question": "Gary is not kind.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Gary is kind.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Gary\" \"is\" \"kind\" \"-\")" }, "Q16": { "question": "Eric is big.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Eric is big.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Eric\" \"is\" \"big\" \"+\")" }, "Q17": null, "Q18": null, "Q19": null, "Q20": null, "Q21": null, "Q22": null, "Q23": null, "Q24": null }

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\"+\")", "id": "int4" }, { "text": "Eric is young.", "representation": "(\"Eric\" \"is\" \"young\" \"+\")", "id": "int5" }, { "text": "Eric is cold.", "representation": "(\"Eric\" \"is\" \"cold\" \"+\")", "id": "int6" } ] } ] } ]

{ "triple1": "sent1", "triple2": "sent1", "triple3": "sent2", "triple4": "sent2", "triple5": "sent3", "triple6": "sent3", "triple7": "sent3", "triple8": "sent3", "triple9": "sent3", "triple10": "sent3", "rule1": "sent5", "rule2": "sent6", "rule3": "sent7", "rule4": "sent8", "rule5": "sent9", "rule6": "sent10", "rule7": "sent11", "triple11": "sent4", "triple12": "sent4" }

{ "sent1": "Young Alan is wearing green pants.", "sent2": "Dave is a nice person who is red because he has a rash.", "sent3": "Eric is a young guy who is also round, red, kind, cold and blue.", "sent4": "Young Gary is wearing green pants.", "sent5": "A round person who is nice and feelin cold is usually rough in apperance.", "sent6": "A round shaped and young aged person will be very cold.", "sent7": "People who are round and young are also very nice.", "sent8": "It's been proven that red, rough people are green as well.", "sent9": "Nice people who are cold and blue after being plucked from the water have the decency to turn red with embarrassment at having to be rescued following a water skiing gaffe.", "sent10": "Someone who's young and frosty cold are actually very nice.", "sent11": "Anyone you know who is cold and kind must certainly be young." }

{ "triple1": { "text": "Charlie is green.", "representation": "(\"Charlie\" \"is\" \"green\" \"+\")" }, "triple2": { "text": "Dave is young.", "representation": "(\"Dave\" \"is\" \"young\" \"+\")" }, "triple3": { "text": "Dave is green.", "representation": "(\"Dave\" \"is\" \"green\" \"+\")" }, "triple4": { "text": "Harry is young.", "representation": "(\"Harry\" \"is\" \"young\" \"+\")" }, "triple5": { "text": "Harry is red.", "representation": "(\"Harry\" \"is\" \"red\" \"+\")" }, "triple6": { "text": "Harry is green.", "representation": "(\"Harry\" \"is\" \"green\" \"+\")" }, "triple7": { "text": "Harry is big.", "representation": "(\"Harry\" \"is\" \"big\" \"+\")" }, "triple8": null, "triple9": null, "triple10": null, "triple11": null, "triple12": null }

{ "rule1": { "text": "If someone is nice and green then they are round.", "representation": "(((\"someone\" \"is\" \"nice\" \"+\") (\"someone\" \"is\" \"green\" \"+\")) -> (\"someone\" \"is\" \"round\" \"+\"))" }, "rule2": { "text": "If someone is round and young then they are cold.", "representation": "(((\"someone\" \"is\" \"round\" \"+\") (\"someone\" \"is\" \"young\" \"+\")) -> (\"someone\" \"is\" \"cold\" \"+\"))" }, "rule3": { "text": "If someone is kind and blue and young then they are big.", "representation": "(((\"someone\" \"is\" \"kind\" \"+\") (\"someone\" \"is\" \"blue\" \"+\") (\"someone\" \"is\" \"young\" \"+\")) -> (\"someone\" \"is\" \"big\" \"+\"))" }, "rule4": { "text": "If someone is red and young and rough then they are blue.", "representation": "(((\"someone\" \"is\" \"red\" \"+\") (\"someone\" \"is\" \"young\" \"+\") (\"someone\" \"is\" \"rough\" \"+\")) -> (\"someone\" \"is\" \"blue\" \"+\"))" }, "rule5": { "text": "If someone is big and green then they are nice.", "representation": "(((\"someone\" \"is\" \"big\" \"+\") (\"someone\" \"is\" \"green\" \"+\")) -> (\"someone\" \"is\" \"nice\" \"+\"))" }, "rule6": { "text": "If someone is nice and kind and big then they are young.", "representation": "(((\"someone\" \"is\" \"nice\" \"+\") (\"someone\" \"is\" \"kind\" \"+\") (\"someone\" \"is\" \"big\" \"+\")) -> (\"someone\" \"is\" \"young\" \"+\"))" }, "rule7": null }

{ "Q1": { "question": "Harry is young.", "answer": "True", "QDep": 0, "QLen": "1", "strategy": "proof", "proofs": "[(triple4)]", "representation": "(\"Harry\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple4", "intermediates": [] } ] }, "Q2": { "question": "Dave is not green.", "answer": "False", "QDep": 0, "QLen": "1", "strategy": "inv-proof", "proofs": "[(triple3)]", "representation": "(\"Dave\" \"is\" \"green\" \"-\")", "proofsWithIntermediates": [ { "representation": "triple3", "intermediates": [] } ] }, "Q3": { "question": "Harry is nice.", "answer": "True", "QDep": 1, "QLen": "3", "strategy": "proof", "proofs": "[(((triple7 triple6) -> rule5))]", "representation": "(\"Harry\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple7 triple6) -> (rule5 % int1))", "intermediates": [ { "text": "Harry is nice.", "representation": "(\"Harry\" \"is\" \"nice\" \"+\")", "id": "int1" } ] } ] }, "Q4": { "question": "Harry is not nice.", "answer": "False", "QDep": 1, "QLen": "3", "strategy": "inv-proof", "proofs": "[(((triple7 triple6) -> rule5))]", "representation": "(\"Harry\" \"is\" \"nice\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple7 triple6) -> (rule5 % int1))", "intermediates": [ { "text": "Harry is nice.", "representation": "(\"Harry\" \"is\" \"nice\" \"+\")", "id": "int1" } ] } ] }, "Q5": { "question": "Harry is round.", "answer": "True", "QDep": 2, "QLen": "5", "strategy": "proof", "proofs": "[(((((triple7 triple6) -> rule5) triple6) -> rule1))]", "representation": "(\"Harry\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple7 triple6) -> (rule5 % int2)) triple6) -> (rule1 % int1))", "intermediates": [ { "text": "Harry is round.", "representation": "(\"Harry\" \"is\" \"round\" \"+\")", "id": "int1" }, { "text": "Harry is nice.", "representation": "(\"Harry\" \"is\" \"nice\" \"+\")", "id": "int2" } ] } ] }, "Q6": { "question": "Harry is not round.", "answer": "False", "QDep": 2, "QLen": "5", "strategy": "inv-proof", "proofs": "[(((((triple7 triple6) -> rule5) triple6) -> rule1))]", "representation": "(\"Harry\" \"is\" \"round\" \"-\")", "proofsWithIntermediates": [ { "representation": "((((triple7 triple6) -> (rule5 % int2)) triple6) -> (rule1 % int1))", "intermediates": [ { "text": "Harry is round.", "representation": "(\"Harry\" \"is\" \"round\" \"+\")", "id": "int1" }, { "text": "Harry is nice.", "representation": "(\"Harry\" \"is\" \"nice\" \"+\")", "id": "int2" } ] } ] }, "Q7": { "question": "Harry is cold.", "answer": "True", "QDep": 3, "QLen": "7", "strategy": "proof", "proofs": "[(((((((triple7 triple6) -> rule5) triple6) -> rule1) triple4) -> rule2))]", "representation": "(\"Harry\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((((triple7 triple6) -> (rule5 % int3)) triple6) -> (rule1 % int2)) triple4) -> (rule2 % int1))", "intermediates": [ { "text": "Harry is cold.", "representation": "(\"Harry\" \"is\" \"cold\" \"+\")", "id": "int1" }, { "text": "Harry is round.", "representation": "(\"Harry\" \"is\" \"round\" \"+\")", "id": "int2" }, { "text": "Harry is nice.", "representation": "(\"Harry\" \"is\" \"nice\" \"+\")", "id": "int3" } ] } ] }, "Q8": { "question": "Harry is not cold.", "answer": "False", "QDep": 3, "QLen": "7", "strategy": "inv-proof", "proofs": "[(((((((triple7 triple6) -> rule5) triple6) -> rule1) triple4) -> rule2))]", "representation": "(\"Harry\" \"is\" \"cold\" \"-\")", "proofsWithIntermediates": [ { "representation": "((((((triple7 triple6) -> (rule5 % int3)) triple6) -> (rule1 % int2)) triple4) -> (rule2 % int1))", "intermediates": [ { "text": "Harry is cold.", "representation": "(\"Harry\" \"is\" \"cold\" \"+\")", "id": "int1" }, { "text": "Harry is round.", "representation": "(\"Harry\" \"is\" \"round\" \"+\")", "id": "int2" }, { "text": "Harry is nice.", "representation": "(\"Harry\" \"is\" \"nice\" \"+\")", "id": "int3" } ] } ] }, "Q9": { "question": "Charlie is not young.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Charlie is young.[CWA. Example of deepest failure = (rule6 <- FAIL)]]", "representation": "(\"Charlie\" \"is\" \"young\" \"-\")", "proofsWithIntermediates": null }, "Q10": { "question": "Fred is blue.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "rconc", "proofs": "[@1: Fred is blue.[CWA. Example of deepest failure = (rule4 <- FAIL)]]", "representation": "(\"Fred\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": null }, "Q11": { "question": "Dave is not big.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Dave is big.[CWA. Example of deepest failure = (rule3 <- FAIL)]]", "representation": "(\"Dave\" \"is\" \"big\" \"-\")", "proofsWithIntermediates": null }, "Q12": { "question": "Dave is cold.", "answer": "Unknown", "QDep": 4, "QLen": "", "strategy": "rconc", "proofs": "[@4: Dave is cold.[CWA. Example of deepest failure = (rule2 <- rule1 <- rule5 <- rule3 <- FAIL)]]", "representation": "(\"Dave\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": null }, "Q13": { "question": "Dave is not kind.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Dave is kind.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Dave\" \"is\" \"kind\" \"-\")" }, "Q14": { "question": "Harry is kind.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Harry is kind.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Harry\" \"is\" \"kind\" \"+\")" }, "Q15": { "question": "Charlie is not red.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Charlie is red.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Charlie\" \"is\" \"red\" \"-\")" }, "Q16": { "question": "Fred is kind.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Fred is kind.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Fred\" \"is\" \"kind\" \"+\")" }, "Q17": null, "Q18": null, "Q19": null, "Q20": null, "Q21": null, "Q22": null, "Q23": null, "Q24": null }

[ { "text": "Charlie is green.", "QDep": 0, "representation": "(\"Charlie\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple1", "intermediates": [] } ] }, { "text": "Dave is green.", "QDep": 0, "representation": "(\"Dave\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple3", "intermediates": [] } ] }, { "text": "Dave is young.", "QDep": 0, "representation": "(\"Dave\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple2", "intermediates": [] } ] }, { "text": "Harry is big.", "QDep": 0, "representation": "(\"Harry\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple7", "intermediates": [] } ] }, { "text": "Harry is green.", "QDep": 0, "representation": "(\"Harry\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple6", "intermediates": [] } ] }, { "text": "Harry is red.", "QDep": 0, "representation": "(\"Harry\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple5", "intermediates": [] } ] }, { "text": "Harry is young.", "QDep": 0, "representation": "(\"Harry\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple4", "intermediates": [] } ] }, { "text": "Harry is nice.", "QDep": 1, "representation": "(\"Harry\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple7 triple6) -> (rule5 % int1))", "intermediates": [ { "text": "Harry is nice.", "representation": "(\"Harry\" \"is\" \"nice\" \"+\")", "id": "int1" } ] } ] }, { "text": "Harry is round.", "QDep": 2, "representation": "(\"Harry\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple7 triple6) -> (rule5 % int2)) triple6) -> (rule1 % int1))", "intermediates": [ { "text": "Harry is round.", "representation": "(\"Harry\" \"is\" \"round\" \"+\")", "id": "int1" }, { "text": "Harry is nice.", "representation": "(\"Harry\" \"is\" \"nice\" \"+\")", "id": "int2" } ] } ] }, { "text": "Harry is cold.", "QDep": 3, "representation": "(\"Harry\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((((triple7 triple6) -> (rule5 % int3)) triple6) -> (rule1 % int2)) triple4) -> (rule2 % int1))", "intermediates": [ { "text": "Harry is cold.", "representation": "(\"Harry\" \"is\" \"cold\" \"+\")", "id": "int1" }, { "text": "Harry is round.", "representation": "(\"Harry\" \"is\" \"round\" \"+\")", "id": "int2" }, { "text": "Harry is nice.", "representation": "(\"Harry\" \"is\" \"nice\" \"+\")", "id": "int3" } ] } ] } ]

{ "triple1": "sent1", "triple2": "sent2", "triple3": "sent2", "triple4": "sent3", "triple5": "sent3", "triple6": "sent3", "triple7": "sent3", "triple8": null, "triple9": null, "triple10": null, "rule1": "sent4", "rule2": "sent5", "rule3": "sent6", "rule4": "sent7", "rule5": "sent8", "rule6": "sent9", "rule7": null, "triple11": null, "triple12": null }

{ "sent1": "Charlie ate some rotten meat and now feels green.", "sent2": "Young Dave is wearing green pants.", "sent3": "Harry is big for being as young as he is; You will also notice how he is green and red.", "sent4": "A person who is nice and green with envy is round.", "sent5": "A round shaped and young aged person will be very cold.", "sent6": "Kind and blue people,though young,tend to be big.", "sent7": "Young people that are red for any reason, may also act in a rough manner, but don't be surprised if they are ultimately blue.", "sent8": "People that are big but also green, may ultimately be very nice.", "sent9": "There is a trend I've noticed if someone is nice, kind and big they are also young in appearance.", "sent10": null, "sent11": null }

{ "triple1": { "text": "Alan is nice.", "representation": "(\"Alan\" \"is\" \"nice\" \"+\")" }, "triple2": { "text": "Alan is kind.", "representation": "(\"Alan\" \"is\" \"kind\" \"+\")" }, "triple3": { "text": "Charlie is young.", "representation": "(\"Charlie\" \"is\" \"young\" \"+\")" }, "triple4": { "text": "Charlie is rough.", "representation": "(\"Charlie\" \"is\" \"rough\" \"+\")" }, "triple5": { "text": "Charlie is red.", "representation": "(\"Charlie\" \"is\" \"red\" \"+\")" }, "triple6": { "text": "Charlie is green.", "representation": "(\"Charlie\" \"is\" \"green\" \"+\")" }, "triple7": { "text": "Charlie is big.", "representation": "(\"Charlie\" \"is\" \"big\" \"+\")" }, "triple8": { "text": "Gary is nice.", "representation": "(\"Gary\" \"is\" \"nice\" \"+\")" }, "triple9": { "text": "Gary is kind.", "representation": "(\"Gary\" \"is\" \"kind\" \"+\")" }, "triple10": { "text": "Harry is cold.", "representation": "(\"Harry\" \"is\" \"cold\" \"+\")" }, "triple11": { "text": "Harry is blue.", "representation": "(\"Harry\" \"is\" \"blue\" \"+\")" }, "triple12": null }

{ "rule1": { "text": "If someone is green and rough and kind then they are cold.", "representation": "(((\"someone\" \"is\" \"green\" \"+\") (\"someone\" \"is\" \"rough\" \"+\") (\"someone\" \"is\" \"kind\" \"+\")) -> (\"someone\" \"is\" \"cold\" \"+\"))" }, "rule2": { "text": "If someone is cold and rough then they are blue.", "representation": "(((\"someone\" \"is\" \"cold\" \"+\") (\"someone\" \"is\" \"rough\" \"+\")) -> (\"someone\" \"is\" \"blue\" \"+\"))" }, "rule3": { "text": "If someone is rough and round then they are kind.", "representation": "(((\"someone\" \"is\" \"rough\" \"+\") (\"someone\" \"is\" \"round\" \"+\")) -> (\"someone\" \"is\" \"kind\" \"+\"))" }, "rule4": { "text": "If someone is young and green and red then they are round.", "representation": "(((\"someone\" \"is\" \"young\" \"+\") (\"someone\" \"is\" \"green\" \"+\") (\"someone\" \"is\" \"red\" \"+\")) -> (\"someone\" \"is\" \"round\" \"+\"))" }, "rule5": { "text": "If someone is rough and blue then they are green.", "representation": "(((\"someone\" \"is\" \"rough\" \"+\") (\"someone\" \"is\" \"blue\" \"+\")) -> (\"someone\" \"is\" \"green\" \"+\"))" }, "rule6": null, "rule7": null }

{ "Q1": { "question": "Charlie is rough.", "answer": "True", "QDep": 0, "QLen": "1", "strategy": "proof", "proofs": "[(triple4)]", "representation": "(\"Charlie\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple4", "intermediates": [] } ] }, "Q2": { "question": "Charlie is not red.", "answer": "False", "QDep": 0, "QLen": "1", "strategy": "inv-proof", "proofs": "[(triple5)]", "representation": "(\"Charlie\" \"is\" \"red\" \"-\")", "proofsWithIntermediates": [ { "representation": "triple5", "intermediates": [] } ] }, "Q3": { "question": "Charlie is round.", "answer": "True", "QDep": 1, "QLen": "4", "strategy": "proof", "proofs": "[(((triple3 triple6 triple5) -> rule4))]", "representation": "(\"Charlie\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple3 triple6 triple5) -> (rule4 % int1))", "intermediates": [ { "text": "Charlie is round.", "representation": "(\"Charlie\" \"is\" \"round\" \"+\")", "id": "int1" } ] } ] }, "Q4": { "question": "Charlie is not round.", "answer": "False", "QDep": 1, "QLen": "4", "strategy": "inv-proof", "proofs": "[(((triple3 triple6 triple5) -> rule4))]", "representation": "(\"Charlie\" \"is\" \"round\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple3 triple6 triple5) -> (rule4 % int1))", "intermediates": [ { "text": "Charlie is round.", "representation": "(\"Charlie\" \"is\" \"round\" \"+\")", "id": "int1" } ] } ] }, "Q5": { "question": "Charlie is kind.", "answer": "True", "QDep": 2, "QLen": "6", "strategy": "proof", "proofs": "[(((triple4 ((triple3 triple6 triple5) -> rule4)) -> rule3))]", "representation": "(\"Charlie\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple4 ((triple3 triple6 triple5) -> (rule4 % int2))) -> (rule3 % int1))", "intermediates": [ { "text": "Charlie is kind.", "representation": "(\"Charlie\" \"is\" \"kind\" \"+\")", "id": "int1" }, { "text": "Charlie is round.", "representation": "(\"Charlie\" \"is\" \"round\" \"+\")", "id": "int2" } ] } ] }, "Q6": { "question": "Charlie is not kind.", "answer": "False", "QDep": 2, "QLen": "6", "strategy": "inv-proof", "proofs": "[(((triple4 ((triple3 triple6 triple5) -> rule4)) -> rule3))]", "representation": "(\"Charlie\" \"is\" \"kind\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple4 ((triple3 triple6 triple5) -> (rule4 % int2))) -> (rule3 % int1))", "intermediates": [ { "text": "Charlie is kind.", "representation": "(\"Charlie\" \"is\" \"kind\" \"+\")", "id": "int1" }, { "text": "Charlie is round.", "representation": "(\"Charlie\" \"is\" \"round\" \"+\")", "id": "int2" } ] } ] }, "Q7": { "question": "Charlie is cold.", "answer": "True", "QDep": 3, "QLen": "9", "strategy": "proof", "proofs": "[(((triple6 triple4 ((triple4 ((triple3 triple6 triple5) -> rule4)) -> rule3)) -> rule1))]", "representation": "(\"Charlie\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple6 triple4 ((triple4 ((triple3 triple6 triple5) -> (rule4 % int3))) -> (rule3 % int2))) -> (rule1 % int1))", "intermediates": [ { "text": "Charlie is cold.", "representation": "(\"Charlie\" \"is\" \"cold\" \"+\")", "id": "int1" }, { "text": "Charlie is kind.", "representation": "(\"Charlie\" \"is\" \"kind\" \"+\")", "id": "int2" }, { "text": "Charlie is round.", "representation": "(\"Charlie\" \"is\" \"round\" \"+\")", "id": "int3" } ] } ] }, "Q8": { "question": "Charlie is not cold.", "answer": "False", "QDep": 3, "QLen": "9", "strategy": "inv-proof", "proofs": "[(((triple6 triple4 ((triple4 ((triple3 triple6 triple5) -> rule4)) -> rule3)) -> rule1))]", "representation": "(\"Charlie\" \"is\" \"cold\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple6 triple4 ((triple4 ((triple3 triple6 triple5) -> (rule4 % int3))) -> (rule3 % int2))) -> (rule1 % int1))", "intermediates": [ { "text": "Charlie is cold.", "representation": "(\"Charlie\" \"is\" \"cold\" \"+\")", "id": "int1" }, { "text": "Charlie is kind.", "representation": "(\"Charlie\" \"is\" \"kind\" \"+\")", "id": "int2" }, { "text": "Charlie is round.", "representation": "(\"Charlie\" \"is\" \"round\" \"+\")", "id": "int3" } ] } ] }, "Q9": { "question": "Charlie is blue.", "answer": "True", "QDep": 4, "QLen": "11", "strategy": "proof", "proofs": "[(((((triple6 triple4 ((triple4 ((triple3 triple6 triple5) -> rule4)) -> rule3)) -> rule1) triple4) -> rule2))]", "representation": "(\"Charlie\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple6 triple4 ((triple4 ((triple3 triple6 triple5) -> (rule4 % int4))) -> (rule3 % int3))) -> (rule1 % int2)) triple4) -> (rule2 % int1))", "intermediates": [ { "text": "Charlie is blue.", "representation": "(\"Charlie\" \"is\" \"blue\" \"+\")", "id": "int1" }, { "text": "Charlie is cold.", "representation": "(\"Charlie\" \"is\" \"cold\" \"+\")", "id": "int2" }, { "text": "Charlie is kind.", "representation": "(\"Charlie\" \"is\" \"kind\" \"+\")", "id": "int3" }, { "text": "Charlie is round.", "representation": "(\"Charlie\" \"is\" \"round\" \"+\")", "id": "int4" } ] } ] }, "Q10": { "question": "Charlie is not blue.", "answer": "False", "QDep": 4, "QLen": "11", "strategy": "inv-proof", "proofs": "[(((((triple6 triple4 ((triple4 ((triple3 triple6 triple5) -> rule4)) -> rule3)) -> rule1) triple4) -> rule2))]", "representation": "(\"Charlie\" \"is\" \"blue\" \"-\")", "proofsWithIntermediates": [ { "representation": "((((triple6 triple4 ((triple4 ((triple3 triple6 triple5) -> (rule4 % int4))) -> (rule3 % int3))) -> (rule1 % int2)) triple4) -> (rule2 % int1))", "intermediates": [ { "text": "Charlie is blue.", "representation": "(\"Charlie\" \"is\" \"blue\" \"+\")", "id": "int1" }, { "text": "Charlie is cold.", "representation": "(\"Charlie\" \"is\" \"cold\" \"+\")", "id": "int2" }, { "text": "Charlie is kind.", "representation": "(\"Charlie\" \"is\" \"kind\" \"+\")", "id": "int3" }, { "text": "Charlie is round.", "representation": "(\"Charlie\" \"is\" \"round\" \"+\")", "id": "int4" } ] } ] }, "Q11": { "question": "Alan is not blue.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Alan is blue.[CWA. Example of deepest failure = (rule2 <- FAIL)]]", "representation": "(\"Alan\" \"is\" \"blue\" \"-\")", "proofsWithIntermediates": null }, "Q12": { "question": "Alan is cold.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "rconc", "proofs": "[@1: Alan is cold.[CWA. Example of deepest failure = (rule1 <- FAIL)]]", "representation": "(\"Alan\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": null }, "Q13": { "question": "Gary is not blue.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Gary is blue.[CWA. Example of deepest failure = (rule2 <- FAIL)]]", "representation": "(\"Gary\" \"is\" \"blue\" \"-\")" }, "Q14": { "question": "Alan is round.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "rconc", "proofs": "[@1: Alan is round.[CWA. Example of deepest failure = (rule4 <- FAIL)]]", "representation": "(\"Alan\" \"is\" \"round\" \"+\")" }, "Q15": { "question": "Harry is not round.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Harry is round.[CWA. Example of deepest failure = (rule4 <- FAIL)]]", "representation": "(\"Harry\" \"is\" \"round\" \"-\")" }, "Q16": { "question": "Gary is young.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Gary is young.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Gary\" \"is\" \"young\" \"+\")" }, "Q17": { "question": "Harry is not red.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Harry is red.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Harry\" \"is\" \"red\" \"-\")" }, "Q18": { "question": "Harry is big.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Harry is big.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Harry\" \"is\" \"big\" \"+\")" }, "Q19": { "question": "Alan is not red.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Alan is red.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Alan\" \"is\" \"red\" \"-\")" }, "Q20": { "question": "Harry is nice.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Harry is nice.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Harry\" \"is\" \"nice\" \"+\")" }, "Q21": null, "Q22": null, "Q23": null, "Q24": null }

[ { "text": "Alan is kind.", "QDep": 0, "representation": "(\"Alan\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple2", "intermediates": [] } ] }, { "text": "Alan is nice.", "QDep": 0, "representation": "(\"Alan\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple1", "intermediates": [] } ] }, { "text": "Charlie is big.", "QDep": 0, "representation": "(\"Charlie\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple7", "intermediates": [] } ] }, { "text": "Charlie is green.", "QDep": 0, "representation": "(\"Charlie\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple6", "intermediates": [] } ] }, { "text": "Charlie is red.", "QDep": 0, "representation": "(\"Charlie\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple5", "intermediates": [] } ] }, { "text": "Charlie is rough.", "QDep": 0, "representation": "(\"Charlie\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple4", "intermediates": [] } ] }, { "text": "Charlie is young.", "QDep": 0, "representation": "(\"Charlie\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple3", "intermediates": [] } ] }, { "text": "Gary is kind.", "QDep": 0, "representation": "(\"Gary\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple9", "intermediates": [] } ] }, { "text": "Gary is nice.", "QDep": 0, "representation": "(\"Gary\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple8", "intermediates": [] } ] }, { "text": "Harry is blue.", "QDep": 0, "representation": "(\"Harry\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple11", "intermediates": [] } ] }, { "text": "Harry is cold.", "QDep": 0, "representation": "(\"Harry\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple10", "intermediates": [] } ] }, { "text": "Charlie is round.", "QDep": 1, "representation": "(\"Charlie\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple3 triple6 triple5) -> (rule4 % int1))", "intermediates": [ { "text": "Charlie is round.", "representation": "(\"Charlie\" \"is\" \"round\" \"+\")", "id": "int1" } ] } ] }, { "text": "Charlie is kind.", "QDep": 2, "representation": "(\"Charlie\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple4 ((triple3 triple6 triple5) -> (rule4 % int2))) -> (rule3 % int1))", "intermediates": [ { "text": "Charlie is kind.", "representation": "(\"Charlie\" \"is\" \"kind\" \"+\")", "id": "int1" }, { "text": "Charlie is round.", "representation": "(\"Charlie\" \"is\" \"round\" \"+\")", "id": "int2" } ] } ] }, { "text": "Charlie is cold.", "QDep": 3, "representation": "(\"Charlie\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple6 triple4 ((triple4 ((triple3 triple6 triple5) -> (rule4 % int3))) -> (rule3 % int2))) -> (rule1 % int1))", "intermediates": [ { "text": "Charlie is cold.", "representation": "(\"Charlie\" \"is\" \"cold\" \"+\")", "id": "int1" }, { "text": "Charlie is kind.", "representation": "(\"Charlie\" \"is\" \"kind\" \"+\")", "id": "int2" }, { "text": "Charlie is round.", "representation": "(\"Charlie\" \"is\" \"round\" \"+\")", "id": "int3" } ] } ] }, { "text": "Charlie is blue.", "QDep": 4, "representation": "(\"Charlie\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple6 triple4 ((triple4 ((triple3 triple6 triple5) -> (rule4 % int4))) -> (rule3 % int3))) -> (rule1 % int2)) triple4) -> (rule2 % int1))", "intermediates": [ { "text": "Charlie is blue.", "representation": "(\"Charlie\" \"is\" \"blue\" \"+\")", "id": "int1" }, { "text": "Charlie is cold.", "representation": "(\"Charlie\" \"is\" \"cold\" \"+\")", "id": "int2" }, { "text": "Charlie is kind.", "representation": "(\"Charlie\" \"is\" \"kind\" \"+\")", "id": "int3" }, { "text": "Charlie is round.", "representation": "(\"Charlie\" \"is\" \"round\" \"+\")", "id": "int4" } ] } ] } ]

{ "triple1": "sent1", "triple2": "sent1", "triple3": "sent2", "triple4": "sent2", "triple5": "sent2", "triple6": "sent2", "triple7": "sent2", "triple8": "sent3", "triple9": "sent3", "triple10": "sent4", "rule1": "sent5", "rule2": "sent6", "rule3": "sent7", "rule4": "sent8", "rule5": "sent9", "rule6": null, "rule7": null, "triple11": "sent4", "triple12": null }

{ "sent1": "Others enjoy Alan's company because he is so nice and kind.", "sent2": "Charlie is young and green; He is big and is rough around the edges with tough red skin.", "sent3": "Others enjoy Gary's company because he is so nice and kind.", "sent4": "Harry is blue and cold.", "sent5": "A kind and green person who is rough around the edges is cold.", "sent6": "Anyone that's rough and cold is also going to be blue.", "sent7": "Everyone who manages to be both rough and round are also kind.", "sent8": "A young person who is red and green is also going to look round.", "sent9": "Rough, blue people tend to have a lot of green aspects.", "sent10": null, "sent11": null }

{ "triple1": { "text": "Bob is nice.", "representation": "(\"Bob\" \"is\" \"nice\" \"+\")" }, "triple2": { "text": "Bob is big.", "representation": "(\"Bob\" \"is\" \"big\" \"+\")" }, "triple3": { "text": "Dave is rough.", "representation": "(\"Dave\" \"is\" \"rough\" \"+\")" }, "triple4": { "text": "Dave is nice.", "representation": "(\"Dave\" \"is\" \"nice\" \"+\")" }, "triple5": { "text": "Eric is rough.", "representation": "(\"Eric\" \"is\" \"rough\" \"+\")" }, "triple6": { "text": "Gary is nice.", "representation": "(\"Gary\" \"is\" \"nice\" \"+\")" }, "triple7": { "text": "Gary is green.", "representation": "(\"Gary\" \"is\" \"green\" \"+\")" }, "triple8": { "text": "Gary is big.", "representation": "(\"Gary\" \"is\" \"big\" \"+\")" }, "triple9": null, "triple10": null, "triple11": null, "triple12": null }

{ "rule1": { "text": "If someone is round and nice then they are red.", "representation": "(((\"someone\" \"is\" \"round\" \"+\") (\"someone\" \"is\" \"nice\" \"+\")) -> (\"someone\" \"is\" \"red\" \"+\"))" }, "rule2": { "text": "If someone is big and green and cold then they are young.", "representation": "(((\"someone\" \"is\" \"big\" \"+\") (\"someone\" \"is\" \"green\" \"+\") (\"someone\" \"is\" \"cold\" \"+\")) -> (\"someone\" \"is\" \"young\" \"+\"))" }, "rule3": { "text": "If someone is kind and young and green then they are rough.", "representation": "(((\"someone\" \"is\" \"kind\" \"+\") (\"someone\" \"is\" \"young\" \"+\") (\"someone\" \"is\" \"green\" \"+\")) -> (\"someone\" \"is\" \"rough\" \"+\"))" }, "rule4": { "text": "If someone is green then they are kind.", "representation": "(((\"someone\" \"is\" \"green\" \"+\")) -> (\"someone\" \"is\" \"kind\" \"+\"))" }, "rule5": { "text": "If someone is nice and cold and young then they are kind.", "representation": "(((\"someone\" \"is\" \"nice\" \"+\") (\"someone\" \"is\" \"cold\" \"+\") (\"someone\" \"is\" \"young\" \"+\")) -> (\"someone\" \"is\" \"kind\" \"+\"))" }, "rule6": { "text": "If someone is big and nice and kind then they are cold.", "representation": "(((\"someone\" \"is\" \"big\" \"+\") (\"someone\" \"is\" \"nice\" \"+\") (\"someone\" \"is\" \"kind\" \"+\")) -> (\"someone\" \"is\" \"cold\" \"+\"))" }, "rule7": null }

{ "Q1": { "question": "Bob is big.", "answer": "True", "QDep": 0, "QLen": "1", "strategy": "proof", "proofs": "[(triple2)]", "representation": "(\"Bob\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple2", "intermediates": [] } ] }, "Q2": { "question": "Bob is not big.", "answer": "False", "QDep": 0, "QLen": "1", "strategy": "inv-proof", "proofs": "[(triple2)]", "representation": "(\"Bob\" \"is\" \"big\" \"-\")", "proofsWithIntermediates": [ { "representation": "triple2", "intermediates": [] } ] }, "Q3": { "question": "Gary is kind.", "answer": "True", "QDep": 1, "QLen": "2", "strategy": "proof", "proofs": "[(((triple7) -> rule4))]", "representation": "(\"Gary\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple7) -> (rule4 % int1))", "intermediates": [ { "text": "Gary is kind.", "representation": "(\"Gary\" \"is\" \"kind\" \"+\")", "id": "int1" } ] } ] }, "Q4": { "question": "Gary is not kind.", "answer": "False", "QDep": 1, "QLen": "2", "strategy": "inv-proof", "proofs": "[(((triple7) -> rule4))]", "representation": "(\"Gary\" \"is\" \"kind\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple7) -> (rule4 % int1))", "intermediates": [ { "text": "Gary is kind.", "representation": "(\"Gary\" \"is\" \"kind\" \"+\")", "id": "int1" } ] } ] }, "Q5": { "question": "Gary is cold.", "answer": "True", "QDep": 2, "QLen": "5", "strategy": "proof", "proofs": "[(((triple8 triple6 ((triple7) -> rule4)) -> rule6))]", "representation": "(\"Gary\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple8 triple6 ((triple7) -> (rule4 % int2))) -> (rule6 % int1))", "intermediates": [ { "text": "Gary is cold.", "representation": "(\"Gary\" \"is\" \"cold\" \"+\")", "id": "int1" }, { "text": "Gary is kind.", "representation": "(\"Gary\" \"is\" \"kind\" \"+\")", "id": "int2" } ] } ] }, "Q6": { "question": "Gary is not cold.", "answer": "False", "QDep": 2, "QLen": "5", "strategy": "inv-proof", "proofs": "[(((triple8 triple6 ((triple7) -> rule4)) -> rule6))]", "representation": "(\"Gary\" \"is\" \"cold\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple8 triple6 ((triple7) -> (rule4 % int2))) -> (rule6 % int1))", "intermediates": [ { "text": "Gary is cold.", "representation": "(\"Gary\" \"is\" \"cold\" \"+\")", "id": "int1" }, { "text": "Gary is kind.", "representation": "(\"Gary\" \"is\" \"kind\" \"+\")", "id": "int2" } ] } ] }, "Q7": { "question": "Gary is young.", "answer": "True", "QDep": 3, "QLen": "8", "strategy": "proof", "proofs": "[(((triple8 triple7 ((triple8 triple6 ((triple7) -> rule4)) -> rule6)) -> rule2))]", "representation": "(\"Gary\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple8 triple7 ((triple8 triple6 ((triple7) -> (rule4 % int3))) -> (rule6 % int2))) -> (rule2 % int1))", "intermediates": [ { "text": "Gary is young.", "representation": "(\"Gary\" \"is\" \"young\" \"+\")", "id": "int1" }, { "text": "Gary is cold.", "representation": "(\"Gary\" \"is\" \"cold\" \"+\")", "id": "int2" }, { "text": "Gary is kind.", "representation": "(\"Gary\" \"is\" \"kind\" \"+\")", "id": "int3" } ] } ] }, "Q8": { "question": "Gary is not young.", "answer": "False", "QDep": 3, "QLen": "8", "strategy": "inv-proof", "proofs": "[(((triple8 triple7 ((triple8 triple6 ((triple7) -> rule4)) -> rule6)) -> rule2))]", "representation": "(\"Gary\" \"is\" \"young\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple8 triple7 ((triple8 triple6 ((triple7) -> (rule4 % int3))) -> (rule6 % int2))) -> (rule2 % int1))", "intermediates": [ { "text": "Gary is young.", "representation": "(\"Gary\" \"is\" \"young\" \"+\")", "id": "int1" }, { "text": "Gary is cold.", "representation": "(\"Gary\" \"is\" \"cold\" \"+\")", "id": "int2" }, { "text": "Gary is kind.", "representation": "(\"Gary\" \"is\" \"kind\" \"+\")", "id": "int3" } ] } ] }, "Q9": { "question": "Gary is rough.", "answer": "True", "QDep": 4, "QLen": "12", "strategy": "proof", "proofs": "[(((((triple7) -> rule4) ((triple8 triple7 ((triple8 triple6 ((triple7) -> rule4)) -> rule6)) -> rule2) triple7) -> rule3))]", "representation": "(\"Gary\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple7) -> (rule4 % int4)) ((triple8 triple7 ((triple8 triple6 ((triple7) -> (rule4 % int4))) -> (rule6 % int3))) -> (rule2 % int2)) triple7) -> (rule3 % int1))", "intermediates": [ { "text": "Gary is rough.", "representation": "(\"Gary\" \"is\" \"rough\" \"+\")", "id": "int1" }, { "text": "Gary is young.", "representation": "(\"Gary\" \"is\" \"young\" \"+\")", "id": "int2" }, { "text": "Gary is cold.", "representation": "(\"Gary\" \"is\" \"cold\" \"+\")", "id": "int3" }, { "text": "Gary is kind.", "representation": "(\"Gary\" \"is\" \"kind\" \"+\")", "id": "int4" } ] } ] }, "Q10": { "question": "Gary is not rough.", "answer": "False", "QDep": 4, "QLen": "12", "strategy": "inv-proof", "proofs": "[(((((triple7) -> rule4) ((triple8 triple7 ((triple8 triple6 ((triple7) -> rule4)) -> rule6)) -> rule2) triple7) -> rule3))]", "representation": "(\"Gary\" \"is\" \"rough\" \"-\")", "proofsWithIntermediates": [ { "representation": "((((triple7) -> (rule4 % int4)) ((triple8 triple7 ((triple8 triple6 ((triple7) -> (rule4 % int4))) -> (rule6 % int3))) -> (rule2 % int2)) triple7) -> (rule3 % int1))", "intermediates": [ { "text": "Gary is rough.", "representation": "(\"Gary\" \"is\" \"rough\" \"+\")", "id": "int1" }, { "text": "Gary is young.", "representation": "(\"Gary\" \"is\" \"young\" \"+\")", "id": "int2" }, { "text": "Gary is cold.", "representation": "(\"Gary\" \"is\" \"cold\" \"+\")", "id": "int3" }, { "text": "Gary is kind.", "representation": "(\"Gary\" \"is\" \"kind\" \"+\")", "id": "int4" } ] } ] }, "Q11": { "question": "Eric is not kind.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Eric is kind.[CWA. Example of deepest failure = (rule4 <- FAIL)]]", "representation": "(\"Eric\" \"is\" \"kind\" \"-\")", "proofsWithIntermediates": null }, "Q12": { "question": "Dave is red.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "rconc", "proofs": "[@1: Dave is red.[CWA. Example of deepest failure = (rule1 <- FAIL)]]", "representation": "(\"Dave\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": null }, "Q13": { "question": "Dave is not young.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Dave is young.[CWA. Example of deepest failure = (rule2 <- FAIL)]]", "representation": "(\"Dave\" \"is\" \"young\" \"-\")" }, "Q14": { "question": "Eric is cold.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "rconc", "proofs": "[@1: Eric is cold.[CWA. Example of deepest failure = (rule6 <- FAIL)]]", "representation": "(\"Eric\" \"is\" \"cold\" \"+\")" }, "Q15": { "question": "Eric is not red.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Eric is red.[CWA. Example of deepest failure = (rule1 <- FAIL)]]", "representation": "(\"Eric\" \"is\" \"red\" \"-\")" }, "Q16": { "question": "Eric is blue.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Eric is blue.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Eric\" \"is\" \"blue\" \"+\")" }, "Q17": { "question": "Dave is not big.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Dave is big.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Dave\" \"is\" \"big\" \"-\")" }, "Q18": { "question": "Gary is blue.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Gary is blue.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Gary\" \"is\" \"blue\" \"+\")" }, "Q19": { "question": "Dave is not round.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Dave is round.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Dave\" \"is\" \"round\" \"-\")" }, "Q20": { "question": "Eric is big.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Eric is big.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Eric\" \"is\" \"big\" \"+\")" }, "Q21": null, "Q22": null, "Q23": null, "Q24": null }

[ { "text": "Bob is big.", "QDep": 0, "representation": "(\"Bob\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple2", "intermediates": [] } ] }, { "text": "Bob is nice.", "QDep": 0, "representation": "(\"Bob\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple1", "intermediates": [] } ] }, { "text": "Dave is nice.", "QDep": 0, "representation": "(\"Dave\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple4", "intermediates": [] } ] }, { "text": "Dave is rough.", "QDep": 0, "representation": "(\"Dave\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple3", "intermediates": [] } ] }, { "text": "Eric is rough.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple5", "intermediates": [] } ] }, { "text": "Gary is big.", "QDep": 0, "representation": "(\"Gary\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple8", "intermediates": [] } ] }, { "text": "Gary is green.", "QDep": 0, "representation": "(\"Gary\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple7", "intermediates": [] } ] }, { "text": "Gary is nice.", "QDep": 0, "representation": "(\"Gary\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple6", "intermediates": [] } ] }, { "text": "Gary is kind.", "QDep": 1, "representation": "(\"Gary\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple7) -> (rule4 % int1))", "intermediates": [ { "text": "Gary is kind.", "representation": "(\"Gary\" \"is\" \"kind\" \"+\")", "id": "int1" } ] } ] }, { "text": "Gary is cold.", "QDep": 2, "representation": "(\"Gary\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple8 triple6 ((triple7) -> (rule4 % int2))) -> (rule6 % int1))", "intermediates": [ { "text": "Gary is cold.", "representation": "(\"Gary\" \"is\" \"cold\" \"+\")", "id": "int1" }, { "text": "Gary is kind.", "representation": "(\"Gary\" \"is\" \"kind\" \"+\")", "id": "int2" } ] } ] }, { "text": "Gary is young.", "QDep": 3, "representation": "(\"Gary\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple8 triple7 ((triple8 triple6 ((triple7) -> (rule4 % int3))) -> (rule6 % int2))) -> (rule2 % int1))", "intermediates": [ { "text": "Gary is young.", "representation": "(\"Gary\" \"is\" \"young\" \"+\")", "id": "int1" }, { "text": "Gary is cold.", "representation": "(\"Gary\" \"is\" \"cold\" \"+\")", "id": "int2" }, { "text": "Gary is kind.", "representation": "(\"Gary\" \"is\" \"kind\" \"+\")", "id": "int3" } ] } ] }, { "text": "Gary is rough.", "QDep": 4, "representation": "(\"Gary\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple7) -> (rule4 % int4)) ((triple8 triple7 ((triple8 triple6 ((triple7) -> (rule4 % int4))) -> (rule6 % int3))) -> (rule2 % int2)) triple7) -> (rule3 % int1))", "intermediates": [ { "text": "Gary is rough.", "representation": "(\"Gary\" \"is\" \"rough\" \"+\")", "id": "int1" }, { "text": "Gary is young.", "representation": "(\"Gary\" \"is\" \"young\" \"+\")", "id": "int2" }, { "text": "Gary is cold.", "representation": "(\"Gary\" \"is\" \"cold\" \"+\")", "id": "int3" }, { "text": "Gary is kind.", "representation": "(\"Gary\" \"is\" \"kind\" \"+\")", "id": "int4" } ] } ] } ]

{ "triple1": "sent1", "triple2": "sent1", "triple3": "sent2", "triple4": "sent2", "triple5": "sent3", "triple6": "sent4", "triple7": "sent4", "triple8": "sent4", "triple9": null, "triple10": null, "rule1": "sent5", "rule2": "sent6", "rule3": "sent7", "rule4": "sent8", "rule5": "sent9", "rule6": "sent10", "rule7": null, "triple11": null, "triple12": null }

{ "sent1": "Bob is very nice to people, but he's also rather big.", "sent2": "Dave who is considered nice was feeling rather rough today.", "sent3": "They always call him rough Eric.", "sent4": "Gary is a big gentleman who is very nice; He is secretly green with envy.", "sent5": "A round and nice person will certainly have a red tint to them.", "sent6": "A cold temperatured and green colored person who is also big will be young.", "sent7": "Kind, young, green persons are sure to be rough persons, too.", "sent8": "If you are green you are also kind.", "sent9": "It is true that anyone who is cold while being young and nice is secretly a kind person.", "sent10": "Anybody that fits the nice, kind and big descriptors will also fit the descriptor of cold.", "sent11": null }

{ "triple1": { "text": "Alan is cold.", "representation": "(\"Alan\" \"is\" \"cold\" \"+\")" }, "triple2": { "text": "Charlie is green.", "representation": "(\"Charlie\" \"is\" \"green\" \"+\")" }, "triple3": { "text": "Charlie is big.", "representation": "(\"Charlie\" \"is\" \"big\" \"+\")" }, "triple4": { "text": "Eric is young.", "representation": "(\"Eric\" \"is\" \"young\" \"+\")" }, "triple5": { "text": "Eric is nice.", "representation": "(\"Eric\" \"is\" \"nice\" \"+\")" }, "triple6": { "text": "Eric is kind.", "representation": "(\"Eric\" \"is\" \"kind\" \"+\")" }, "triple7": { "text": "Gary is young.", "representation": "(\"Gary\" \"is\" \"young\" \"+\")" }, "triple8": { "text": "Gary is round.", "representation": "(\"Gary\" \"is\" \"round\" \"+\")" }, "triple9": { "text": "Gary is kind.", "representation": "(\"Gary\" \"is\" \"kind\" \"+\")" }, "triple10": { "text": "Gary is big.", "representation": "(\"Gary\" \"is\" \"big\" \"+\")" }, "triple11": null, "triple12": null }

{ "rule1": { "text": "If someone is kind and young and round then they are blue.", "representation": "(((\"someone\" \"is\" \"kind\" \"+\") (\"someone\" \"is\" \"young\" \"+\") (\"someone\" \"is\" \"round\" \"+\")) -> (\"someone\" \"is\" \"blue\" \"+\"))" }, "rule2": { "text": "If someone is round and red and kind then they are green.", "representation": "(((\"someone\" \"is\" \"round\" \"+\") (\"someone\" \"is\" \"red\" \"+\") (\"someone\" \"is\" \"kind\" \"+\")) -> (\"someone\" \"is\" \"green\" \"+\"))" }, "rule3": { "text": "If someone is big and blue then they are red.", "representation": "(((\"someone\" \"is\" \"big\" \"+\") (\"someone\" \"is\" \"blue\" \"+\")) -> (\"someone\" \"is\" \"red\" \"+\"))" }, "rule4": { "text": "If someone is green and rough then they are big.", "representation": "(((\"someone\" \"is\" \"green\" \"+\") (\"someone\" \"is\" \"rough\" \"+\")) -> (\"someone\" \"is\" \"big\" \"+\"))" }, "rule5": { "text": "If someone is kind and green then they are cold.", "representation": "(((\"someone\" \"is\" \"kind\" \"+\") (\"someone\" \"is\" \"green\" \"+\")) -> (\"someone\" \"is\" \"cold\" \"+\"))" }, "rule6": null, "rule7": null }

{ "Q1": { "question": "Gary is round.", "answer": "True", "QDep": 0, "QLen": "1", "strategy": "proof", "proofs": "[(triple8)]", "representation": "(\"Gary\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple8", "intermediates": [] } ] }, "Q2": { "question": "Gary is not big.", "answer": "False", "QDep": 0, "QLen": "1", "strategy": "inv-proof", "proofs": "[(triple10)]", "representation": "(\"Gary\" \"is\" \"big\" \"-\")", "proofsWithIntermediates": [ { "representation": "triple10", "intermediates": [] } ] }, "Q3": { "question": "Gary is blue.", "answer": "True", "QDep": 1, "QLen": "4", "strategy": "proof", "proofs": "[(((triple9 triple7 triple8) -> rule1))]", "representation": "(\"Gary\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple9 triple7 triple8) -> (rule1 % int1))", "intermediates": [ { "text": "Gary is blue.", "representation": "(\"Gary\" \"is\" \"blue\" \"+\")", "id": "int1" } ] } ] }, "Q4": { "question": "Gary is not blue.", "answer": "False", "QDep": 1, "QLen": "4", "strategy": "inv-proof", "proofs": "[(((triple9 triple7 triple8) -> rule1))]", "representation": "(\"Gary\" \"is\" \"blue\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple9 triple7 triple8) -> (rule1 % int1))", "intermediates": [ { "text": "Gary is blue.", "representation": "(\"Gary\" \"is\" \"blue\" \"+\")", "id": "int1" } ] } ] }, "Q5": { "question": "Gary is red.", "answer": "True", "QDep": 2, "QLen": "6", "strategy": "proof", "proofs": "[(((triple10 ((triple9 triple7 triple8) -> rule1)) -> rule3))]", "representation": "(\"Gary\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple10 ((triple9 triple7 triple8) -> (rule1 % int2))) -> (rule3 % int1))", "intermediates": [ { "text": "Gary is red.", "representation": "(\"Gary\" \"is\" \"red\" \"+\")", "id": "int1" }, { "text": "Gary is blue.", "representation": "(\"Gary\" \"is\" \"blue\" \"+\")", "id": "int2" } ] } ] }, "Q6": { "question": "Gary is not red.", "answer": "False", "QDep": 2, "QLen": "6", "strategy": "inv-proof", "proofs": "[(((triple10 ((triple9 triple7 triple8) -> rule1)) -> rule3))]", "representation": "(\"Gary\" \"is\" \"red\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple10 ((triple9 triple7 triple8) -> (rule1 % int2))) -> (rule3 % int1))", "intermediates": [ { "text": "Gary is red.", "representation": "(\"Gary\" \"is\" \"red\" \"+\")", "id": "int1" }, { "text": "Gary is blue.", "representation": "(\"Gary\" \"is\" \"blue\" \"+\")", "id": "int2" } ] } ] }, "Q7": { "question": "Gary is green.", "answer": "True", "QDep": 3, "QLen": "9", "strategy": "proof", "proofs": "[(((triple8 ((triple10 ((triple9 triple7 triple8) -> rule1)) -> rule3) triple9) -> rule2))]", "representation": "(\"Gary\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple8 ((triple10 ((triple9 triple7 triple8) -> (rule1 % int3))) -> (rule3 % int2)) triple9) -> (rule2 % int1))", "intermediates": [ { "text": "Gary is green.", "representation": "(\"Gary\" \"is\" \"green\" \"+\")", "id": "int1" }, { "text": "Gary is red.", "representation": "(\"Gary\" \"is\" \"red\" \"+\")", "id": "int2" }, { "text": "Gary is blue.", "representation": "(\"Gary\" \"is\" \"blue\" \"+\")", "id": "int3" } ] } ] }, "Q8": { "question": "Gary is not green.", "answer": "False", "QDep": 3, "QLen": "9", "strategy": "inv-proof", "proofs": "[(((triple8 ((triple10 ((triple9 triple7 triple8) -> rule1)) -> rule3) triple9) -> rule2))]", "representation": "(\"Gary\" \"is\" \"green\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple8 ((triple10 ((triple9 triple7 triple8) -> (rule1 % int3))) -> (rule3 % int2)) triple9) -> (rule2 % int1))", "intermediates": [ { "text": "Gary is green.", "representation": "(\"Gary\" \"is\" \"green\" \"+\")", "id": "int1" }, { "text": "Gary is red.", "representation": "(\"Gary\" \"is\" \"red\" \"+\")", "id": "int2" }, { "text": "Gary is blue.", "representation": "(\"Gary\" \"is\" \"blue\" \"+\")", "id": "int3" } ] } ] }, "Q9": { "question": "Gary is cold.", "answer": "True", "QDep": 4, "QLen": "11", "strategy": "proof", "proofs": "[(((triple9 ((triple8 ((triple10 ((triple9 triple7 triple8) -> rule1)) -> rule3) triple9) -> rule2)) -> rule5))]", "representation": "(\"Gary\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple9 ((triple8 ((triple10 ((triple9 triple7 triple8) -> (rule1 % int4))) -> (rule3 % int3)) triple9) -> (rule2 % int2))) -> (rule5 % int1))", "intermediates": [ { "text": "Gary is cold.", "representation": "(\"Gary\" \"is\" \"cold\" \"+\")", "id": "int1" }, { "text": "Gary is green.", "representation": "(\"Gary\" \"is\" \"green\" \"+\")", "id": "int2" }, { "text": "Gary is red.", "representation": "(\"Gary\" \"is\" \"red\" \"+\")", "id": "int3" }, { "text": "Gary is blue.", "representation": "(\"Gary\" \"is\" \"blue\" \"+\")", "id": "int4" } ] } ] }, "Q10": { "question": "Gary is not cold.", "answer": "False", "QDep": 4, "QLen": "11", "strategy": "inv-proof", "proofs": "[(((triple9 ((triple8 ((triple10 ((triple9 triple7 triple8) -> rule1)) -> rule3) triple9) -> rule2)) -> rule5))]", "representation": "(\"Gary\" \"is\" \"cold\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple9 ((triple8 ((triple10 ((triple9 triple7 triple8) -> (rule1 % int4))) -> (rule3 % int3)) triple9) -> (rule2 % int2))) -> (rule5 % int1))", "intermediates": [ { "text": "Gary is cold.", "representation": "(\"Gary\" \"is\" \"cold\" \"+\")", "id": "int1" }, { "text": "Gary is green.", "representation": "(\"Gary\" \"is\" \"green\" \"+\")", "id": "int2" }, { "text": "Gary is red.", "representation": "(\"Gary\" \"is\" \"red\" \"+\")", "id": "int3" }, { "text": "Gary is blue.", "representation": "(\"Gary\" \"is\" \"blue\" \"+\")", "id": "int4" } ] } ] }, "Q11": { "question": "Alan is not red.", "answer": "Unknown", "QDep": 2, "QLen": "", "strategy": "inv-rconc", "proofs": "[@2: Alan is red.[CWA. Example of deepest failure = (rule3 <- rule4 <- FAIL)]]", "representation": "(\"Alan\" \"is\" \"red\" \"-\")", "proofsWithIntermediates": null }, "Q12": { "question": "Eric is red.", "answer": "Unknown", "QDep": 2, "QLen": "", "strategy": "rconc", "proofs": "[@2: Eric is red.[CWA. Example of deepest failure = (rule3 <- rule4 <- FAIL)]]", "representation": "(\"Eric\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": null }, "Q13": { "question": "Alan is not big.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Alan is big.[CWA. Example of deepest failure = (rule4 <- FAIL)]]", "representation": "(\"Alan\" \"is\" \"big\" \"-\")" }, "Q14": { "question": "Charlie is blue.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "rconc", "proofs": "[@1: Charlie is blue.[CWA. Example of deepest failure = (rule1 <- FAIL)]]", "representation": "(\"Charlie\" \"is\" \"blue\" \"+\")" }, "Q15": { "question": "Charlie is not red.", "answer": "Unknown", "QDep": 2, "QLen": "", "strategy": "inv-rconc", "proofs": "[@2: Charlie is red.[CWA. Example of deepest failure = (rule3 <- rule1 <- FAIL)]]", "representation": "(\"Charlie\" \"is\" \"red\" \"-\")" }, "Q16": { "question": "Charlie is kind.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Charlie is kind.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Charlie\" \"is\" \"kind\" \"+\")" }, "Q17": { "question": "Alan is not kind.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Alan is kind.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Alan\" \"is\" \"kind\" \"-\")" }, "Q18": { "question": "Eric is rough.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Eric is rough.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Eric\" \"is\" \"rough\" \"+\")" }, "Q19": { "question": "Charlie is not rough.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Charlie is rough.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Charlie\" \"is\" \"rough\" \"-\")" }, "Q20": { "question": "Charlie is young.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Charlie is young.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Charlie\" \"is\" \"young\" \"+\")" }, "Q21": null, "Q22": null, "Q23": null, "Q24": null }

[ { "text": "Alan is cold.", "QDep": 0, "representation": "(\"Alan\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple1", "intermediates": [] } ] }, { "text": "Charlie is big.", "QDep": 0, "representation": "(\"Charlie\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple3", "intermediates": [] } ] }, { "text": "Charlie is green.", "QDep": 0, "representation": "(\"Charlie\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple2", "intermediates": [] } ] }, { "text": "Eric is kind.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple6", "intermediates": [] } ] }, { "text": "Eric is nice.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple5", "intermediates": [] } ] }, { "text": "Eric is young.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple4", "intermediates": [] } ] }, { "text": "Gary is big.", "QDep": 0, "representation": "(\"Gary\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple10", "intermediates": [] } ] }, { "text": "Gary is kind.", "QDep": 0, "representation": "(\"Gary\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple9", "intermediates": [] } ] }, { "text": "Gary is round.", "QDep": 0, "representation": "(\"Gary\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple8", "intermediates": [] } ] }, { "text": "Gary is young.", "QDep": 0, "representation": "(\"Gary\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple7", "intermediates": [] } ] }, { "text": "Gary is blue.", "QDep": 1, "representation": "(\"Gary\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple9 triple7 triple8) -> (rule1 % int1))", "intermediates": [ { "text": "Gary is blue.", "representation": "(\"Gary\" \"is\" \"blue\" \"+\")", "id": "int1" } ] } ] }, { "text": "Gary is red.", "QDep": 2, "representation": "(\"Gary\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple10 ((triple9 triple7 triple8) -> (rule1 % int2))) -> (rule3 % int1))", "intermediates": [ { "text": "Gary is red.", "representation": "(\"Gary\" \"is\" \"red\" \"+\")", "id": "int1" }, { "text": "Gary is blue.", "representation": "(\"Gary\" \"is\" \"blue\" \"+\")", "id": "int2" } ] } ] }, { "text": "Gary is green.", "QDep": 3, "representation": "(\"Gary\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple8 ((triple10 ((triple9 triple7 triple8) -> (rule1 % int3))) -> (rule3 % int2)) triple9) -> (rule2 % int1))", "intermediates": [ { "text": "Gary is green.", "representation": "(\"Gary\" \"is\" \"green\" \"+\")", "id": "int1" }, { "text": "Gary is red.", "representation": "(\"Gary\" \"is\" \"red\" \"+\")", "id": "int2" }, { "text": "Gary is blue.", "representation": "(\"Gary\" \"is\" \"blue\" \"+\")", "id": "int3" } ] } ] }, { "text": "Gary is cold.", "QDep": 4, "representation": "(\"Gary\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple9 ((triple8 ((triple10 ((triple9 triple7 triple8) -> (rule1 % int4))) -> (rule3 % int3)) triple9) -> (rule2 % int2))) -> (rule5 % int1))", "intermediates": [ { "text": "Gary is cold.", "representation": "(\"Gary\" \"is\" \"cold\" \"+\")", "id": "int1" }, { "text": "Gary is green.", "representation": "(\"Gary\" \"is\" \"green\" \"+\")", "id": "int2" }, { "text": "Gary is red.", "representation": "(\"Gary\" \"is\" \"red\" \"+\")", "id": "int3" }, { "text": "Gary is blue.", "representation": "(\"Gary\" \"is\" \"blue\" \"+\")", "id": "int4" } ] } ] } ]

{ "triple1": "sent1", "triple2": "sent2", "triple3": "sent2", "triple4": "sent3", "triple5": "sent3", "triple6": "sent3", "triple7": "sent4", "triple8": "sent4", "triple9": "sent4", "triple10": "sent4", "rule1": "sent5", "rule2": "sent6", "rule3": "sent7", "rule4": "sent8", "rule5": "sent9", "rule6": null, "rule7": null, "triple11": null, "triple12": null }

{ "sent1": "In the snow sits Alan, crying from being cold.", "sent2": "Charlie is a person both green and big.", "sent3": "Eric is very young to be a nurse but he loves helping others because he is so nice and kind.", "sent4": "Gary is young, but very kind to others; Gary is big, with round features.", "sent5": "If a kind person is also young and round shaped, they will be colored blue.", "sent6": "Someone with round, red, and kind traits also will be green.", "sent7": "A person that is feeling blue and slightly big, is red as well.", "sent8": "Being green and rough are signs that someone is big.", "sent9": "Kind people,though green,are cold.", "sent10": null, "sent11": null }

{ "triple1": { "text": "Alan is red.", "representation": "(\"Alan\" \"is\" \"red\" \"+\")" }, "triple2": { "text": "Charlie is round.", "representation": "(\"Charlie\" \"is\" \"round\" \"+\")" }, "triple3": { "text": "Charlie is nice.", "representation": "(\"Charlie\" \"is\" \"nice\" \"+\")" }, "triple4": { "text": "Charlie is big.", "representation": "(\"Charlie\" \"is\" \"big\" \"+\")" }, "triple5": { "text": "Eric is green.", "representation": "(\"Eric\" \"is\" \"green\" \"+\")" }, "triple6": { "text": "Eric is big.", "representation": "(\"Eric\" \"is\" \"big\" \"+\")" }, "triple7": { "text": "Fred is kind.", "representation": "(\"Fred\" \"is\" \"kind\" \"+\")" }, "triple8": null, "triple9": null, "triple10": null, "triple11": null, "triple12": null }

{ "rule1": { "text": "If someone is cold and green and round then they are nice.", "representation": "(((\"someone\" \"is\" \"cold\" \"+\") (\"someone\" \"is\" \"green\" \"+\") (\"someone\" \"is\" \"round\" \"+\")) -> (\"someone\" \"is\" \"nice\" \"+\"))" }, "rule2": { "text": "If someone is green and round then they are cold.", "representation": "(((\"someone\" \"is\" \"green\" \"+\") (\"someone\" \"is\" \"round\" \"+\")) -> (\"someone\" \"is\" \"cold\" \"+\"))" }, "rule3": { "text": "If someone is cold and blue and red then they are green.", "representation": "(((\"someone\" \"is\" \"cold\" \"+\") (\"someone\" \"is\" \"blue\" \"+\") (\"someone\" \"is\" \"red\" \"+\")) -> (\"someone\" \"is\" \"green\" \"+\"))" }, "rule4": { "text": "If someone is round and rough and green then they are young.", "representation": "(((\"someone\" \"is\" \"round\" \"+\") (\"someone\" \"is\" \"rough\" \"+\") (\"someone\" \"is\" \"green\" \"+\")) -> (\"someone\" \"is\" \"young\" \"+\"))" }, "rule5": { "text": "If someone is big then they are round.", "representation": "(((\"someone\" \"is\" \"big\" \"+\")) -> (\"someone\" \"is\" \"round\" \"+\"))" }, "rule6": { "text": "If someone is rough and green then they are blue.", "representation": "(((\"someone\" \"is\" \"rough\" \"+\") (\"someone\" \"is\" \"green\" \"+\")) -> (\"someone\" \"is\" \"blue\" \"+\"))" }, "rule7": { "text": "If someone is nice and rough and blue then they are green.", "representation": "(((\"someone\" \"is\" \"nice\" \"+\") (\"someone\" \"is\" \"rough\" \"+\") (\"someone\" \"is\" \"blue\" \"+\")) -> (\"someone\" \"is\" \"green\" \"+\"))" } }

{ "Q1": { "question": "Eric is green.", "answer": "True", "QDep": 0, "QLen": "1", "strategy": "proof", "proofs": "[(triple5)]", "representation": "(\"Eric\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple5", "intermediates": [] } ] }, "Q2": { "question": "Alan is not red.", "answer": "False", "QDep": 0, "QLen": "1", "strategy": "inv-proof", "proofs": "[(triple1)]", "representation": "(\"Alan\" \"is\" \"red\" \"-\")", "proofsWithIntermediates": [ { "representation": "triple1", "intermediates": [] } ] }, "Q3": { "question": "Eric is round.", "answer": "True", "QDep": 1, "QLen": "2", "strategy": "proof", "proofs": "[(((triple6) -> rule5))]", "representation": "(\"Eric\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple6) -> (rule5 % int1))", "intermediates": [ { "text": "Eric is round.", "representation": "(\"Eric\" \"is\" \"round\" \"+\")", "id": "int1" } ] } ] }, "Q4": { "question": "Eric is not round.", "answer": "False", "QDep": 1, "QLen": "2", "strategy": "inv-proof", "proofs": "[(((triple6) -> rule5))]", "representation": "(\"Eric\" \"is\" \"round\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple6) -> (rule5 % int1))", "intermediates": [ { "text": "Eric is round.", "representation": "(\"Eric\" \"is\" \"round\" \"+\")", "id": "int1" } ] } ] }, "Q5": { "question": "Eric is cold.", "answer": "True", "QDep": 2, "QLen": "4", "strategy": "proof", "proofs": "[(((triple5 ((triple6) -> rule5)) -> rule2))]", "representation": "(\"Eric\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple5 ((triple6) -> (rule5 % int2))) -> (rule2 % int1))", "intermediates": [ { "text": "Eric is cold.", "representation": "(\"Eric\" \"is\" \"cold\" \"+\")", "id": "int1" }, { "text": "Eric is round.", "representation": "(\"Eric\" \"is\" \"round\" \"+\")", "id": "int2" } ] } ] }, "Q6": { "question": "Eric is not cold.", "answer": "False", "QDep": 2, "QLen": "4", "strategy": "inv-proof", "proofs": "[(((triple5 ((triple6) -> rule5)) -> rule2))]", "representation": "(\"Eric\" \"is\" \"cold\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple5 ((triple6) -> (rule5 % int2))) -> (rule2 % int1))", "intermediates": [ { "text": "Eric is cold.", "representation": "(\"Eric\" \"is\" \"cold\" \"+\")", "id": "int1" }, { "text": "Eric is round.", "representation": "(\"Eric\" \"is\" \"round\" \"+\")", "id": "int2" } ] } ] }, "Q7": { "question": "Eric is nice.", "answer": "True", "QDep": 3, "QLen": "8", "strategy": "proof", "proofs": "[(((((triple5 ((triple6) -> rule5)) -> rule2) triple5 ((triple6) -> rule5)) -> rule1))]", "representation": "(\"Eric\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple5 ((triple6) -> (rule5 % int3))) -> (rule2 % int2)) triple5 ((triple6) -> (rule5 % int3))) -> (rule1 % int1))", "intermediates": [ { "text": "Eric is nice.", "representation": "(\"Eric\" \"is\" \"nice\" \"+\")", "id": "int1" }, { "text": "Eric is cold.", "representation": "(\"Eric\" \"is\" \"cold\" \"+\")", "id": "int2" }, { "text": "Eric is round.", "representation": "(\"Eric\" \"is\" \"round\" \"+\")", "id": "int3" } ] } ] }, "Q8": { "question": "Eric is not nice.", "answer": "False", "QDep": 3, "QLen": "8", "strategy": "inv-proof", "proofs": "[(((((triple5 ((triple6) -> rule5)) -> rule2) triple5 ((triple6) -> rule5)) -> rule1))]", "representation": "(\"Eric\" \"is\" \"nice\" \"-\")", "proofsWithIntermediates": [ { "representation": "((((triple5 ((triple6) -> (rule5 % int3))) -> (rule2 % int2)) triple5 ((triple6) -> (rule5 % int3))) -> (rule1 % int1))", "intermediates": [ { "text": "Eric is nice.", "representation": "(\"Eric\" \"is\" \"nice\" \"+\")", "id": "int1" }, { "text": "Eric is cold.", "representation": "(\"Eric\" \"is\" \"cold\" \"+\")", "id": "int2" }, { "text": "Eric is round.", "representation": "(\"Eric\" \"is\" \"round\" \"+\")", "id": "int3" } ] } ] }, "Q9": { "question": "Alan is not cold.", "answer": "Unknown", "QDep": 2, "QLen": "", "strategy": "inv-rconc", "proofs": "[@2: Alan is cold.[CWA. Example of deepest failure = (rule2 <- rule3 <- FAIL)]]", "representation": "(\"Alan\" \"is\" \"cold\" \"-\")", "proofsWithIntermediates": null }, "Q10": { "question": "Alan is green.", "answer": "Unknown", "QDep": 2, "QLen": "", "strategy": "rconc", "proofs": "[@2: Alan is green.[CWA. Example of deepest failure = (rule3 <- rule6 <- FAIL)]]", "representation": "(\"Alan\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": null }, "Q11": { "question": "Fred is not young.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Fred is young.[CWA. Example of deepest failure = (rule4 <- FAIL)]]", "representation": "(\"Fred\" \"is\" \"young\" \"-\")", "proofsWithIntermediates": null }, "Q12": { "question": "Charlie is green.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "rconc", "proofs": "[@1: Charlie is green.[CWA. Example of deepest failure = (rule3 <- FAIL)]]", "representation": "(\"Charlie\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": null }, "Q13": { "question": "Charlie is not kind.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Charlie is kind.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Charlie\" \"is\" \"kind\" \"-\")" }, "Q14": { "question": "Eric is kind.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Eric is kind.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Eric\" \"is\" \"kind\" \"+\")" }, "Q15": { "question": "Charlie is not red.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Charlie is red.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Charlie\" \"is\" \"red\" \"-\")" }, "Q16": { "question": "Alan is big.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Alan is big.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Alan\" \"is\" \"big\" \"+\")" }, "Q17": null, "Q18": null, "Q19": null, "Q20": null, "Q21": null, "Q22": null, "Q23": null, "Q24": null }

[ { "text": "Alan is red.", "QDep": 0, "representation": "(\"Alan\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple1", "intermediates": [] } ] }, { "text": "Charlie is big.", "QDep": 0, "representation": "(\"Charlie\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple4", "intermediates": [] } ] }, { "text": "Charlie is nice.", "QDep": 0, "representation": "(\"Charlie\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple3", "intermediates": [] } ] }, { "text": "Charlie is round.", "QDep": 0, "representation": "(\"Charlie\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple2", "intermediates": [] }, { "representation": "((triple4) -> (rule5 % int1))", "intermediates": [ { "text": "Charlie is round.", "representation": "(\"Charlie\" \"is\" \"round\" \"+\")", "id": "int1" } ] } ] }, { "text": "Eric is big.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple6", "intermediates": [] } ] }, { "text": "Eric is green.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple5", "intermediates": [] } ] }, { "text": "Fred is kind.", "QDep": 0, "representation": "(\"Fred\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple7", "intermediates": [] } ] }, { "text": "Eric is round.", "QDep": 1, "representation": "(\"Eric\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple6) -> (rule5 % int1))", "intermediates": [ { "text": "Eric is round.", "representation": "(\"Eric\" \"is\" \"round\" \"+\")", "id": "int1" } ] } ] }, { "text": "Eric is cold.", "QDep": 2, "representation": "(\"Eric\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple5 ((triple6) -> (rule5 % int2))) -> (rule2 % int1))", "intermediates": [ { "text": "Eric is cold.", "representation": "(\"Eric\" \"is\" \"cold\" \"+\")", "id": "int1" }, { "text": "Eric is round.", "representation": "(\"Eric\" \"is\" \"round\" \"+\")", "id": "int2" } ] } ] }, { "text": "Eric is nice.", "QDep": 3, "representation": "(\"Eric\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple5 ((triple6) -> (rule5 % int3))) -> (rule2 % int2)) triple5 ((triple6) -> (rule5 % int3))) -> (rule1 % int1))", "intermediates": [ { "text": "Eric is nice.", "representation": "(\"Eric\" \"is\" \"nice\" \"+\")", "id": "int1" }, { "text": "Eric is cold.", "representation": "(\"Eric\" \"is\" \"cold\" \"+\")", "id": "int2" }, { "text": "Eric is round.", "representation": "(\"Eric\" \"is\" \"round\" \"+\")", "id": "int3" } ] } ] } ]

{ "triple1": "sent1", "triple2": "sent2", "triple3": "sent2", "triple4": "sent2", "triple5": "sent3", "triple6": "sent3", "triple7": "sent4", "triple8": null, "triple9": null, "triple10": null, "rule1": "sent5", "rule2": "sent6", "rule3": "sent7", "rule4": "sent8", "rule5": "sent9", "rule6": "sent10", "rule7": "sent11", "triple11": null, "triple12": null }

{ "sent1": "Red Alan is what folks call him, because he is quite red.", "sent2": "Most people see Charlie as round, albeit nice and big at the same time.", "sent3": "Eric is a person both green and big.", "sent4": "Fred always goes out of his way to show that he is kind to people.", "sent5": "Find someone cold and green; If they are also round, then they are sure to be nice.", "sent6": "Someone who is round in shape and green in color is usually cold.", "sent7": "Someone might be red but blue from the cold dressing in green.", "sent8": "A person who is green and rough and round is also young.", "sent9": "Big people are also round people.", "sent10": "A green and quite rough person will also be blue.", "sent11": "If you ever find someone who's nice, rough, and blue, expect them to also be green." }

{ "triple1": { "text": "Bob is round.", "representation": "(\"Bob\" \"is\" \"round\" \"+\")" }, "triple2": { "text": "Bob is red.", "representation": "(\"Bob\" \"is\" \"red\" \"+\")" }, "triple3": { "text": "Bob is blue.", "representation": "(\"Bob\" \"is\" \"blue\" \"+\")" }, "triple4": { "text": "Eric is young.", "representation": "(\"Eric\" \"is\" \"young\" \"+\")" }, "triple5": { "text": "Eric is round.", "representation": "(\"Eric\" \"is\" \"round\" \"+\")" }, "triple6": { "text": "Gary is cold.", "representation": "(\"Gary\" \"is\" \"cold\" \"+\")" }, "triple7": { "text": "Harry is kind.", "representation": "(\"Harry\" \"is\" \"kind\" \"+\")" }, "triple8": { "text": "Harry is green.", "representation": "(\"Harry\" \"is\" \"green\" \"+\")" }, "triple9": { "text": "Harry is big.", "representation": "(\"Harry\" \"is\" \"big\" \"+\")" }, "triple10": null, "triple11": null, "triple12": null }

{ "rule1": { "text": "If someone is round and blue and young then they are big.", "representation": "(((\"someone\" \"is\" \"round\" \"+\") (\"someone\" \"is\" \"blue\" \"+\") (\"someone\" \"is\" \"young\" \"+\")) -> (\"someone\" \"is\" \"big\" \"+\"))" }, "rule2": { "text": "If someone is young and round and green then they are red.", "representation": "(((\"someone\" \"is\" \"young\" \"+\") (\"someone\" \"is\" \"round\" \"+\") (\"someone\" \"is\" \"green\" \"+\")) -> (\"someone\" \"is\" \"red\" \"+\"))" }, "rule3": { "text": "If someone is cold and rough and green then they are young.", "representation": "(((\"someone\" \"is\" \"cold\" \"+\") (\"someone\" \"is\" \"rough\" \"+\") (\"someone\" \"is\" \"green\" \"+\")) -> (\"someone\" \"is\" \"young\" \"+\"))" }, "rule4": { "text": "If someone is round then they are green.", "representation": "(((\"someone\" \"is\" \"round\" \"+\")) -> (\"someone\" \"is\" \"green\" \"+\"))" }, "rule5": { "text": "If someone is red and round then they are nice.", "representation": "(((\"someone\" \"is\" \"red\" \"+\") (\"someone\" \"is\" \"round\" \"+\")) -> (\"someone\" \"is\" \"nice\" \"+\"))" }, "rule6": { "text": "If someone is kind and rough and cold then they are young.", "representation": "(((\"someone\" \"is\" \"kind\" \"+\") (\"someone\" \"is\" \"rough\" \"+\") (\"someone\" \"is\" \"cold\" \"+\")) -> (\"someone\" \"is\" \"young\" \"+\"))" }, "rule7": { "text": "If someone is cold and young then they are blue.", "representation": "(((\"someone\" \"is\" \"cold\" \"+\") (\"someone\" \"is\" \"young\" \"+\")) -> (\"someone\" \"is\" \"blue\" \"+\"))" } }

{ "Q1": { "question": "Eric is young.", "answer": "True", "QDep": 0, "QLen": "1", "strategy": "proof", "proofs": "[(triple4)]", "representation": "(\"Eric\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple4", "intermediates": [] } ] }, "Q2": { "question": "Harry is not big.", "answer": "False", "QDep": 0, "QLen": "1", "strategy": "inv-proof", "proofs": "[(triple9)]", "representation": "(\"Harry\" \"is\" \"big\" \"-\")", "proofsWithIntermediates": [ { "representation": "triple9", "intermediates": [] } ] }, "Q3": { "question": "Bob is green.", "answer": "True", "QDep": 1, "QLen": "2", "strategy": "proof", "proofs": "[(((triple1) -> rule4))]", "representation": "(\"Bob\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple1) -> (rule4 % int1))", "intermediates": [ { "text": "Bob is green.", "representation": "(\"Bob\" \"is\" \"green\" \"+\")", "id": "int1" } ] } ] }, "Q4": { "question": "Eric is not green.", "answer": "False", "QDep": 1, "QLen": "2", "strategy": "inv-proof", "proofs": "[(((triple5) -> rule4))]", "representation": "(\"Eric\" \"is\" \"green\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple5) -> (rule4 % int1))", "intermediates": [ { "text": "Eric is green.", "representation": "(\"Eric\" \"is\" \"green\" \"+\")", "id": "int1" } ] } ] }, "Q5": { "question": "Eric is red.", "answer": "True", "QDep": 2, "QLen": "5", "strategy": "proof", "proofs": "[(((triple4 triple5 ((triple5) -> rule4)) -> rule2))]", "representation": "(\"Eric\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple4 triple5 ((triple5) -> (rule4 % int2))) -> (rule2 % int1))", "intermediates": [ { "text": "Eric is red.", "representation": "(\"Eric\" \"is\" \"red\" \"+\")", "id": "int1" }, { "text": "Eric is green.", "representation": "(\"Eric\" \"is\" \"green\" \"+\")", "id": "int2" } ] } ] }, "Q6": { "question": "Eric is not red.", "answer": "False", "QDep": 2, "QLen": "5", "strategy": "inv-proof", "proofs": "[(((triple4 triple5 ((triple5) -> rule4)) -> rule2))]", "representation": "(\"Eric\" \"is\" \"red\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple4 triple5 ((triple5) -> (rule4 % int2))) -> (rule2 % int1))", "intermediates": [ { "text": "Eric is red.", "representation": "(\"Eric\" \"is\" \"red\" \"+\")", "id": "int1" }, { "text": "Eric is green.", "representation": "(\"Eric\" \"is\" \"green\" \"+\")", "id": "int2" } ] } ] }, "Q7": { "question": "Eric is nice.", "answer": "True", "QDep": 3, "QLen": "7", "strategy": "proof", "proofs": "[(((((triple4 triple5 ((triple5) -> rule4)) -> rule2) triple5) -> rule5))]", "representation": "(\"Eric\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple4 triple5 ((triple5) -> (rule4 % int3))) -> (rule2 % int2)) triple5) -> (rule5 % int1))", "intermediates": [ { "text": "Eric is nice.", "representation": "(\"Eric\" \"is\" \"nice\" \"+\")", "id": "int1" }, { "text": "Eric is red.", "representation": "(\"Eric\" \"is\" \"red\" \"+\")", "id": "int2" }, { "text": "Eric is green.", "representation": "(\"Eric\" \"is\" \"green\" \"+\")", "id": "int3" } ] } ] }, "Q8": { "question": "Eric is not nice.", "answer": "False", "QDep": 3, "QLen": "7", "strategy": "inv-proof", "proofs": "[(((((triple4 triple5 ((triple5) -> rule4)) -> rule2) triple5) -> rule5))]", "representation": "(\"Eric\" \"is\" \"nice\" \"-\")", "proofsWithIntermediates": [ { "representation": "((((triple4 triple5 ((triple5) -> (rule4 % int3))) -> (rule2 % int2)) triple5) -> (rule5 % int1))", "intermediates": [ { "text": "Eric is nice.", "representation": "(\"Eric\" \"is\" \"nice\" \"+\")", "id": "int1" }, { "text": "Eric is red.", "representation": "(\"Eric\" \"is\" \"red\" \"+\")", "id": "int2" }, { "text": "Eric is green.", "representation": "(\"Eric\" \"is\" \"green\" \"+\")", "id": "int3" } ] } ] }, "Q9": { "question": "Gary is not blue.", "answer": "Unknown", "QDep": 2, "QLen": "", "strategy": "inv-rconc", "proofs": "[@2: Gary is blue.[CWA. Example of deepest failure = (rule7 <- rule3 <- FAIL)]]", "representation": "(\"Gary\" \"is\" \"blue\" \"-\")", "proofsWithIntermediates": null }, "Q10": { "question": "Harry is nice.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "rconc", "proofs": "[@1: Harry is nice.[CWA. Example of deepest failure = (rule5 <- FAIL)]]", "representation": "(\"Harry\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": null }, "Q11": { "question": "Gary is not green.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Gary is green.[CWA. Example of deepest failure = (rule4 <- FAIL)]]", "representation": "(\"Gary\" \"is\" \"green\" \"-\")", "proofsWithIntermediates": null }, "Q12": { "question": "Eric is blue.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "rconc", "proofs": "[@1: Eric is blue.[CWA. Example of deepest failure = (rule7 <- FAIL)]]", "representation": "(\"Eric\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": null }, "Q13": { "question": "Bob is not cold.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Bob is cold.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Bob\" \"is\" \"cold\" \"-\")" }, "Q14": { "question": "Eric is kind.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Eric is kind.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Eric\" \"is\" \"kind\" \"+\")" }, "Q15": { "question": "Eric is not rough.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Eric is rough.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Eric\" \"is\" \"rough\" \"-\")" }, "Q16": { "question": "Gary is round.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Gary is round.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Gary\" \"is\" \"round\" \"+\")" }, "Q17": null, "Q18": null, "Q19": null, "Q20": null, "Q21": null, "Q22": null, "Q23": null, "Q24": null }

[ { "text": "Bob is blue.", "QDep": 0, "representation": "(\"Bob\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple3", "intermediates": [] } ] }, { "text": "Bob is red.", "QDep": 0, "representation": "(\"Bob\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple2", "intermediates": [] } ] }, { "text": "Bob is round.", "QDep": 0, "representation": "(\"Bob\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple1", "intermediates": [] } ] }, { "text": "Eric is round.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple5", "intermediates": [] } ] }, { "text": "Eric is young.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple4", "intermediates": [] } ] }, { "text": "Gary is cold.", "QDep": 0, "representation": "(\"Gary\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple6", "intermediates": [] } ] }, { "text": "Harry is big.", "QDep": 0, "representation": "(\"Harry\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple9", "intermediates": [] } ] }, { "text": "Harry is green.", "QDep": 0, "representation": "(\"Harry\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple8", "intermediates": [] } ] }, { "text": "Harry is kind.", "QDep": 0, "representation": "(\"Harry\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple7", "intermediates": [] } ] }, { "text": "Bob is green.", "QDep": 1, "representation": "(\"Bob\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple1) -> (rule4 % int1))", "intermediates": [ { "text": "Bob is green.", "representation": "(\"Bob\" \"is\" \"green\" \"+\")", "id": "int1" } ] } ] }, { "text": "Bob is nice.", "QDep": 1, "representation": "(\"Bob\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple2 triple1) -> (rule5 % int1))", "intermediates": [ { "text": "Bob is nice.", "representation": "(\"Bob\" \"is\" \"nice\" \"+\")", "id": "int1" } ] } ] }, { "text": "Eric is green.", "QDep": 1, "representation": "(\"Eric\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple5) -> (rule4 % int1))", "intermediates": [ { "text": "Eric is green.", "representation": "(\"Eric\" \"is\" \"green\" \"+\")", "id": "int1" } ] } ] }, { "text": "Eric is red.", "QDep": 2, "representation": "(\"Eric\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple4 triple5 ((triple5) -> (rule4 % int2))) -> (rule2 % int1))", "intermediates": [ { "text": "Eric is red.", "representation": "(\"Eric\" \"is\" \"red\" \"+\")", "id": "int1" }, { "text": "Eric is green.", "representation": "(\"Eric\" \"is\" \"green\" \"+\")", "id": "int2" } ] } ] }, { "text": "Eric is nice.", "QDep": 3, "representation": "(\"Eric\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple4 triple5 ((triple5) -> (rule4 % int3))) -> (rule2 % int2)) triple5) -> (rule5 % int1))", "intermediates": [ { "text": "Eric is nice.", "representation": "(\"Eric\" \"is\" \"nice\" \"+\")", "id": "int1" }, { "text": "Eric is red.", "representation": "(\"Eric\" \"is\" \"red\" \"+\")", "id": "int2" }, { "text": "Eric is green.", "representation": "(\"Eric\" \"is\" \"green\" \"+\")", "id": "int3" } ] } ] } ]

{ "triple1": "sent1", "triple2": "sent1", "triple3": "sent1", "triple4": "sent2", "triple5": "sent2", "triple6": "sent3", "triple7": "sent4", "triple8": "sent4", "triple9": "sent4", "triple10": null, "rule1": "sent5", "rule2": "sent6", "rule3": "sent7", "rule4": "sent8", "rule5": "sent9", "rule6": "sent10", "rule7": "sent11", "triple11": null, "triple12": null }

{ "sent1": "Bob is a red person who is round and also feels blue.", "sent2": "Eric is both young and fairly round in size.", "sent3": "In the snow sits Gary, crying from being cold.", "sent4": "Harry, a green man, was also big, but underneath he was kind.", "sent5": "Young round blue people are also big people.", "sent6": "A young round person who is green is also red.", "sent7": "Cold people with rough, green skin are young.", "sent8": "I've noticed that someone with a round shape is also green.", "sent9": "A red, round male or female will also be a nice male or female.", "sent10": "Though their hands were rough and cold they were also kind, which is how I could tell that they were young.", "sent11": "A young, cold person is often blue." }

{ "triple1": { "text": "Bob is round.", "representation": "(\"Bob\" \"is\" \"round\" \"+\")" }, "triple2": { "text": "Bob is green.", "representation": "(\"Bob\" \"is\" \"green\" \"+\")" }, "triple3": { "text": "Bob is cold.", "representation": "(\"Bob\" \"is\" \"cold\" \"+\")" }, "triple4": { "text": "Bob is big.", "representation": "(\"Bob\" \"is\" \"big\" \"+\")" }, "triple5": { "text": "Eric is kind.", "representation": "(\"Eric\" \"is\" \"kind\" \"+\")" }, "triple6": { "text": "Fred is kind.", "representation": "(\"Fred\" \"is\" \"kind\" \"+\")" }, "triple7": { "text": "Fred is green.", "representation": "(\"Fred\" \"is\" \"green\" \"+\")" }, "triple8": { "text": "Fred is cold.", "representation": "(\"Fred\" \"is\" \"cold\" \"+\")" }, "triple9": { "text": "Harry is young.", "representation": "(\"Harry\" \"is\" \"young\" \"+\")" }, "triple10": { "text": "Harry is red.", "representation": "(\"Harry\" \"is\" \"red\" \"+\")" }, "triple11": { "text": "Harry is kind.", "representation": "(\"Harry\" \"is\" \"kind\" \"+\")" }, "triple12": { "text": "Harry is cold.", "representation": "(\"Harry\" \"is\" \"cold\" \"+\")" } }

{ "rule1": { "text": "If someone is big and green and cold then they are red.", "representation": "(((\"someone\" \"is\" \"big\" \"+\") (\"someone\" \"is\" \"green\" \"+\") (\"someone\" \"is\" \"cold\" \"+\")) -> (\"someone\" \"is\" \"red\" \"+\"))" }, "rule2": { "text": "If someone is green and nice then they are big.", "representation": "(((\"someone\" \"is\" \"green\" \"+\") (\"someone\" \"is\" \"nice\" \"+\")) -> (\"someone\" \"is\" \"big\" \"+\"))" }, "rule3": { "text": "If someone is cold and red then they are blue.", "representation": "(((\"someone\" \"is\" \"cold\" \"+\") (\"someone\" \"is\" \"red\" \"+\")) -> (\"someone\" \"is\" \"blue\" \"+\"))" }, "rule4": { "text": "If someone is cold and kind then they are nice.", "representation": "(((\"someone\" \"is\" \"cold\" \"+\") (\"someone\" \"is\" \"kind\" \"+\")) -> (\"someone\" \"is\" \"nice\" \"+\"))" }, "rule5": { "text": "If someone is cold and round and kind then they are rough.", "representation": "(((\"someone\" \"is\" \"cold\" \"+\") (\"someone\" \"is\" \"round\" \"+\") (\"someone\" \"is\" \"kind\" \"+\")) -> (\"someone\" \"is\" \"rough\" \"+\"))" }, "rule6": { "text": "If someone is big and round then they are rough.", "representation": "(((\"someone\" \"is\" \"big\" \"+\") (\"someone\" \"is\" \"round\" \"+\")) -> (\"someone\" \"is\" \"rough\" \"+\"))" }, "rule7": { "text": "If someone is green and young then they are round.", "representation": "(((\"someone\" \"is\" \"green\" \"+\") (\"someone\" \"is\" \"young\" \"+\")) -> (\"someone\" \"is\" \"round\" \"+\"))" } }

{ "Q1": { "question": "Bob is green.", "answer": "True", "QDep": 0, "QLen": "1", "strategy": "proof", "proofs": "[(triple2)]", "representation": "(\"Bob\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple2", "intermediates": [] } ] }, "Q2": { "question": "Bob is not big.", "answer": "False", "QDep": 0, "QLen": "1", "strategy": "inv-proof", "proofs": "[(triple4)]", "representation": "(\"Bob\" \"is\" \"big\" \"-\")", "proofsWithIntermediates": [ { "representation": "triple4", "intermediates": [] } ] }, "Q3": { "question": "Harry is nice.", "answer": "True", "QDep": 1, "QLen": "3", "strategy": "proof", "proofs": "[(((triple12 triple11) -> rule4))]", "representation": "(\"Harry\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple12 triple11) -> (rule4 % int1))", "intermediates": [ { "text": "Harry is nice.", "representation": "(\"Harry\" \"is\" \"nice\" \"+\")", "id": "int1" } ] } ] }, "Q4": { "question": "Fred is not nice.", "answer": "False", "QDep": 1, "QLen": "3", "strategy": "inv-proof", "proofs": "[(((triple8 triple6) -> rule4))]", "representation": "(\"Fred\" \"is\" \"nice\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple8 triple6) -> (rule4 % int1))", "intermediates": [ { "text": "Fred is nice.", "representation": "(\"Fred\" \"is\" \"nice\" \"+\")", "id": "int1" } ] } ] }, "Q5": { "question": "Fred is big.", "answer": "True", "QDep": 2, "QLen": "5", "strategy": "proof", "proofs": "[(((triple7 ((triple8 triple6) -> rule4)) -> rule2))]", "representation": "(\"Fred\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple7 ((triple8 triple6) -> (rule4 % int2))) -> (rule2 % int1))", "intermediates": [ { "text": "Fred is big.", "representation": "(\"Fred\" \"is\" \"big\" \"+\")", "id": "int1" }, { "text": "Fred is nice.", "representation": "(\"Fred\" \"is\" \"nice\" \"+\")", "id": "int2" } ] } ] }, "Q6": { "question": "Bob is not blue.", "answer": "False", "QDep": 2, "QLen": "6", "strategy": "inv-proof", "proofs": "[(((triple3 ((triple4 triple2 triple3) -> rule1)) -> rule3))]", "representation": "(\"Bob\" \"is\" \"blue\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple3 ((triple4 triple2 triple3) -> (rule1 % int2))) -> (rule3 % int1))", "intermediates": [ { "text": "Bob is blue.", "representation": "(\"Bob\" \"is\" \"blue\" \"+\")", "id": "int1" }, { "text": "Bob is red.", "representation": "(\"Bob\" \"is\" \"red\" \"+\")", "id": "int2" } ] } ] }, "Q7": { "question": "Fred is red.", "answer": "True", "QDep": 3, "QLen": "8", "strategy": "proof", "proofs": "[(((((triple7 ((triple8 triple6) -> rule4)) -> rule2) triple7 triple8) -> rule1))]", "representation": "(\"Fred\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple7 ((triple8 triple6) -> (rule4 % int3))) -> (rule2 % int2)) triple7 triple8) -> (rule1 % int1))", "intermediates": [ { "text": "Fred is red.", "representation": "(\"Fred\" \"is\" \"red\" \"+\")", "id": "int1" }, { "text": "Fred is big.", "representation": "(\"Fred\" \"is\" \"big\" \"+\")", "id": "int2" }, { "text": "Fred is nice.", "representation": "(\"Fred\" \"is\" \"nice\" \"+\")", "id": "int3" } ] } ] }, "Q8": { "question": "Fred is not red.", "answer": "False", "QDep": 3, "QLen": "8", "strategy": "inv-proof", "proofs": "[(((((triple7 ((triple8 triple6) -> rule4)) -> rule2) triple7 triple8) -> rule1))]", "representation": "(\"Fred\" \"is\" \"red\" \"-\")", "proofsWithIntermediates": [ { "representation": "((((triple7 ((triple8 triple6) -> (rule4 % int3))) -> (rule2 % int2)) triple7 triple8) -> (rule1 % int1))", "intermediates": [ { "text": "Fred is red.", "representation": "(\"Fred\" \"is\" \"red\" \"+\")", "id": "int1" }, { "text": "Fred is big.", "representation": "(\"Fred\" \"is\" \"big\" \"+\")", "id": "int2" }, { "text": "Fred is nice.", "representation": "(\"Fred\" \"is\" \"nice\" \"+\")", "id": "int3" } ] } ] }, "Q9": { "question": "Fred is blue.", "answer": "True", "QDep": 4, "QLen": "10", "strategy": "proof", "proofs": "[(((triple8 ((((triple7 ((triple8 triple6) -> rule4)) -> rule2) triple7 triple8) -> rule1)) -> rule3))]", "representation": "(\"Fred\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple8 ((((triple7 ((triple8 triple6) -> (rule4 % int4))) -> (rule2 % int3)) triple7 triple8) -> (rule1 % int2))) -> (rule3 % int1))", "intermediates": [ { "text": "Fred is blue.", "representation": "(\"Fred\" \"is\" \"blue\" \"+\")", "id": "int1" }, { "text": "Fred is red.", "representation": "(\"Fred\" \"is\" \"red\" \"+\")", "id": "int2" }, { "text": "Fred is big.", "representation": "(\"Fred\" \"is\" \"big\" \"+\")", "id": "int3" }, { "text": "Fred is nice.", "representation": "(\"Fred\" \"is\" \"nice\" \"+\")", "id": "int4" } ] } ] }, "Q10": { "question": "Fred is not blue.", "answer": "False", "QDep": 4, "QLen": "10", "strategy": "inv-proof", "proofs": "[(((triple8 ((((triple7 ((triple8 triple6) -> rule4)) -> rule2) triple7 triple8) -> rule1)) -> rule3))]", "representation": "(\"Fred\" \"is\" \"blue\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple8 ((((triple7 ((triple8 triple6) -> (rule4 % int4))) -> (rule2 % int3)) triple7 triple8) -> (rule1 % int2))) -> (rule3 % int1))", "intermediates": [ { "text": "Fred is blue.", "representation": "(\"Fred\" \"is\" \"blue\" \"+\")", "id": "int1" }, { "text": "Fred is red.", "representation": "(\"Fred\" \"is\" \"red\" \"+\")", "id": "int2" }, { "text": "Fred is big.", "representation": "(\"Fred\" \"is\" \"big\" \"+\")", "id": "int3" }, { "text": "Fred is nice.", "representation": "(\"Fred\" \"is\" \"nice\" \"+\")", "id": "int4" } ] } ] }, "Q11": { "question": "Harry is not big.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Harry is big.[CWA. Example of deepest failure = (rule2 <- FAIL)]]", "representation": "(\"Harry\" \"is\" \"big\" \"-\")", "proofsWithIntermediates": null }, "Q12": { "question": "Fred is rough.", "answer": "Unknown", "QDep": 2, "QLen": "", "strategy": "rconc", "proofs": "[@2: Fred is rough.[CWA. Example of deepest failure = (rule5 <- rule7 <- FAIL)]]", "representation": "(\"Fred\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": null }, "Q13": { "question": "Eric is not rough.", "answer": "Unknown", "QDep": 2, "QLen": "", "strategy": "inv-rconc", "proofs": "[@2: Eric is rough.[CWA. Example of deepest failure = (rule6 <- rule2 <- FAIL)]]", "representation": "(\"Eric\" \"is\" \"rough\" \"-\")" }, "Q14": { "question": "Harry is round.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "rconc", "proofs": "[@1: Harry is round.[CWA. Example of deepest failure = (rule7 <- FAIL)]]", "representation": "(\"Harry\" \"is\" \"round\" \"+\")" }, "Q15": { "question": "Harry is not rough.", "answer": "Unknown", "QDep": 2, "QLen": "", "strategy": "inv-rconc", "proofs": "[@2: Harry is rough.[CWA. Example of deepest failure = (rule5 <- rule7 <- FAIL)]]", "representation": "(\"Harry\" \"is\" \"rough\" \"-\")" }, "Q16": { "question": "Eric is young.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Eric is young.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Eric\" \"is\" \"young\" \"+\")" }, "Q17": { "question": "Bob is not young.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Bob is young.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Bob\" \"is\" \"young\" \"-\")" }, "Q18": { "question": "Bob is kind.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Bob is kind.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Bob\" \"is\" \"kind\" \"+\")" }, "Q19": { "question": "Fred is not young.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Fred is young.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Fred\" \"is\" \"young\" \"-\")" }, "Q20": { "question": "Harry is green.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Harry is green.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Harry\" \"is\" \"green\" \"+\")" }, "Q21": null, "Q22": null, "Q23": null, "Q24": null }

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"proofsWithIntermediates": [ { "representation": "triple8", "intermediates": [] } ] }, { "text": "Fred is green.", "QDep": 0, "representation": "(\"Fred\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple7", "intermediates": [] } ] }, { "text": "Fred is kind.", "QDep": 0, "representation": "(\"Fred\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple6", "intermediates": [] } ] }, { "text": "Harry is cold.", "QDep": 0, "representation": "(\"Harry\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple12", "intermediates": [] } ] }, { "text": "Harry is kind.", "QDep": 0, "representation": "(\"Harry\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple11", "intermediates": [] } ] }, { "text": "Harry is red.", "QDep": 0, "representation": "(\"Harry\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple10", "intermediates": [] } ] }, { "text": "Harry is young.", "QDep": 0, "representation": "(\"Harry\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple9", "intermediates": [] } ] }, { "text": "Bob is red.", "QDep": 1, "representation": "(\"Bob\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple4 triple2 triple3) -> (rule1 % int1))", "intermediates": [ { "text": "Bob is red.", "representation": "(\"Bob\" \"is\" \"red\" \"+\")", "id": "int1" } ] } ] }, { "text": "Bob is rough.", "QDep": 1, "representation": "(\"Bob\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple4 triple1) -> (rule6 % int1))", "intermediates": [ { "text": "Bob is rough.", "representation": "(\"Bob\" \"is\" \"rough\" \"+\")", "id": "int1" } ] } ] }, { "text": "Fred is nice.", "QDep": 1, "representation": "(\"Fred\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple8 triple6) -> (rule4 % int1))", "intermediates": [ { "text": "Fred is nice.", "representation": "(\"Fred\" \"is\" \"nice\" \"+\")", "id": "int1" } ] } ] }, { "text": "Harry is blue.", "QDep": 1, "representation": "(\"Harry\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple12 triple10) -> (rule3 % int1))", "intermediates": [ { "text": "Harry is blue.", "representation": "(\"Harry\" \"is\" \"blue\" \"+\")", "id": "int1" } ] } ] }, { "text": "Harry is nice.", "QDep": 1, "representation": "(\"Harry\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple12 triple11) -> (rule4 % int1))", "intermediates": [ { "text": "Harry is nice.", "representation": "(\"Harry\" \"is\" \"nice\" \"+\")", "id": "int1" } ] } ] }, { "text": "Bob is blue.", "QDep": 2, "representation": "(\"Bob\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple3 ((triple4 triple2 triple3) -> (rule1 % int2))) -> (rule3 % int1))", "intermediates": [ { "text": "Bob is blue.", "representation": "(\"Bob\" \"is\" \"blue\" \"+\")", "id": "int1" }, { "text": "Bob is red.", "representation": "(\"Bob\" \"is\" \"red\" \"+\")", "id": "int2" } ] } ] }, { "text": "Fred is big.", "QDep": 2, "representation": "(\"Fred\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple7 ((triple8 triple6) -> (rule4 % int2))) -> (rule2 % int1))", "intermediates": [ { "text": "Fred is big.", "representation": "(\"Fred\" \"is\" \"big\" \"+\")", "id": "int1" }, { "text": "Fred is nice.", "representation": "(\"Fred\" \"is\" \"nice\" \"+\")", "id": "int2" } ] } ] }, { "text": "Fred is red.", "QDep": 3, "representation": "(\"Fred\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple7 ((triple8 triple6) -> (rule4 % int3))) -> (rule2 % int2)) triple7 triple8) -> (rule1 % int1))", "intermediates": [ { "text": "Fred is red.", "representation": "(\"Fred\" \"is\" \"red\" \"+\")", "id": "int1" }, { "text": "Fred is big.", "representation": "(\"Fred\" \"is\" \"big\" \"+\")", "id": "int2" }, { "text": "Fred is nice.", "representation": "(\"Fred\" \"is\" \"nice\" \"+\")", "id": "int3" } ] } ] }, { "text": "Fred is blue.", "QDep": 4, "representation": "(\"Fred\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple8 ((((triple7 ((triple8 triple6) -> (rule4 % int4))) -> (rule2 % int3)) triple7 triple8) -> (rule1 % int2))) -> (rule3 % int1))", "intermediates": [ { "text": "Fred is blue.", "representation": "(\"Fred\" \"is\" \"blue\" \"+\")", "id": "int1" }, { "text": "Fred is red.", "representation": "(\"Fred\" \"is\" \"red\" \"+\")", "id": "int2" }, { "text": "Fred is big.", "representation": "(\"Fred\" \"is\" \"big\" \"+\")", "id": "int3" }, { "text": "Fred is nice.", "representation": "(\"Fred\" \"is\" \"nice\" \"+\")", "id": "int4" } ] } ] } ]

{ "triple1": "sent1", "triple2": "sent1", "triple3": "sent1", "triple4": "sent1", "triple5": "sent2", "triple6": "sent3", "triple7": "sent3", "triple8": "sent3", "triple9": "sent4", "triple10": "sent4", "rule1": "sent5", "rule2": "sent6", "rule3": "sent7", "rule4": "sent8", "rule5": "sent9", "rule6": "sent10", "rule7": "sent11", "triple11": "sent4", "triple12": "sent4" }

{ "sent1": "Big, round Bob is cold and very green.", "sent2": "Eric always goes out of his way to show that he is kind to people.", "sent3": "Fred is a very kind, green but sometimes cold person.", "sent4": "Young Harry is red from staying in the sun too long; Even though he is uncomfortable from feeling cold, he is still kind to others.", "sent5": "A big person who is green and cold has red skin.", "sent6": "A nice person who is always seen to be wearing green clothes will be rather big in size.", "sent7": "A person who is cold with a red nose will be feeling blue.", "sent8": "A person described as cold and kind can also be described as nice.", "sent9": "Among cold people, those who are round and kind are also rough.", "sent10": "If a person is quite big and also round then they are certainly rough too.", "sent11": "Unfortunately, all the young people who are considered green are all round." }

{ "triple1": { "text": "Bob is young.", "representation": "(\"Bob\" \"is\" \"young\" \"+\")" }, "triple2": { "text": "Bob is green.", "representation": "(\"Bob\" \"is\" \"green\" \"+\")" }, "triple3": { "text": "Bob is big.", "representation": "(\"Bob\" \"is\" \"big\" \"+\")" }, "triple4": { "text": "Fred is rough.", "representation": "(\"Fred\" \"is\" \"rough\" \"+\")" }, "triple5": { "text": "Fred is nice.", "representation": "(\"Fred\" \"is\" \"nice\" \"+\")" }, "triple6": { "text": "Fred is big.", "representation": "(\"Fred\" \"is\" \"big\" \"+\")" }, "triple7": { "text": "Gary is round.", "representation": "(\"Gary\" \"is\" \"round\" \"+\")" }, "triple8": { "text": "Gary is rough.", "representation": "(\"Gary\" \"is\" \"rough\" \"+\")" }, "triple9": { "text": "Gary is red.", "representation": "(\"Gary\" \"is\" \"red\" \"+\")" }, "triple10": { "text": "Gary is nice.", "representation": "(\"Gary\" \"is\" \"nice\" \"+\")" }, "triple11": { "text": "Gary is blue.", "representation": "(\"Gary\" \"is\" \"blue\" \"+\")" }, "triple12": { "text": "Harry is green.", "representation": "(\"Harry\" \"is\" \"green\" \"+\")" } }

{ "rule1": { "text": "If someone is green and round and kind then they are red.", "representation": "(((\"someone\" \"is\" \"green\" \"+\") (\"someone\" \"is\" \"round\" \"+\") (\"someone\" \"is\" \"kind\" \"+\")) -> (\"someone\" \"is\" \"red\" \"+\"))" }, "rule2": { "text": "If someone is kind and big and blue then they are rough.", "representation": "(((\"someone\" \"is\" \"kind\" \"+\") (\"someone\" \"is\" \"big\" \"+\") (\"someone\" \"is\" \"blue\" \"+\")) -> (\"someone\" \"is\" \"rough\" \"+\"))" }, "rule3": { "text": "If someone is green and cold and young then they are kind.", "representation": "(((\"someone\" \"is\" \"green\" \"+\") (\"someone\" \"is\" \"cold\" \"+\") (\"someone\" \"is\" \"young\" \"+\")) -> (\"someone\" \"is\" \"kind\" \"+\"))" }, "rule4": { "text": "If someone is green then they are rough.", "representation": "(((\"someone\" \"is\" \"green\" \"+\")) -> (\"someone\" \"is\" \"rough\" \"+\"))" }, "rule5": { "text": "If someone is big and green then they are nice.", "representation": "(((\"someone\" \"is\" \"big\" \"+\") (\"someone\" \"is\" \"green\" \"+\")) -> (\"someone\" \"is\" \"nice\" \"+\"))" }, "rule6": { "text": "If someone is nice then they are cold.", "representation": "(((\"someone\" \"is\" \"nice\" \"+\")) -> (\"someone\" \"is\" \"cold\" \"+\"))" }, "rule7": { "text": "If someone is cold and round then they are young.", "representation": "(((\"someone\" \"is\" \"cold\" \"+\") (\"someone\" \"is\" \"round\" \"+\")) -> (\"someone\" \"is\" \"young\" \"+\"))" } }

{ "Q1": { "question": "Bob is green.", "answer": "True", "QDep": 0, "QLen": "1", "strategy": "proof", "proofs": "[(triple2)]", "representation": "(\"Bob\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple2", "intermediates": [] } ] }, "Q2": { "question": "Gary is not rough.", "answer": "False", "QDep": 0, "QLen": "1", "strategy": "inv-proof", "proofs": "[(triple8)]", "representation": "(\"Gary\" \"is\" \"rough\" \"-\")", "proofsWithIntermediates": [ { "representation": "triple8", "intermediates": [] } ] }, "Q3": { "question": "Gary is cold.", "answer": "True", "QDep": 1, "QLen": "2", "strategy": "proof", "proofs": "[(((triple10) -> rule6))]", "representation": "(\"Gary\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple10) -> (rule6 % int1))", "intermediates": [ { "text": "Gary is cold.", "representation": "(\"Gary\" \"is\" \"cold\" \"+\")", "id": "int1" } ] } ] }, "Q4": { "question": "Harry is not rough.", "answer": "False", "QDep": 1, "QLen": "2", "strategy": "inv-proof", "proofs": "[(((triple12) -> rule4))]", "representation": "(\"Harry\" \"is\" \"rough\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple12) -> (rule4 % int1))", "intermediates": [ { "text": "Harry is rough.", "representation": "(\"Harry\" \"is\" \"rough\" \"+\")", "id": "int1" } ] } ] }, "Q5": { "question": "Bob is cold.", "answer": "True", "QDep": 2, "QLen": "4", "strategy": "proof", "proofs": "[(((((triple3 triple2) -> rule5)) -> rule6))]", "representation": "(\"Bob\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple3 triple2) -> (rule5 % int2))) -> (rule6 % int1))", "intermediates": [ { "text": "Bob is cold.", "representation": "(\"Bob\" \"is\" \"cold\" \"+\")", "id": "int1" }, { "text": "Bob is nice.", "representation": "(\"Bob\" \"is\" \"nice\" \"+\")", "id": "int2" } ] } ] }, "Q6": { "question": "Bob is not cold.", "answer": "False", "QDep": 2, "QLen": "4", "strategy": "inv-proof", "proofs": "[(((((triple3 triple2) -> rule5)) -> rule6))]", "representation": "(\"Bob\" \"is\" \"cold\" \"-\")", "proofsWithIntermediates": [ { "representation": "((((triple3 triple2) -> (rule5 % int2))) -> (rule6 % int1))", "intermediates": [ { "text": "Bob is cold.", "representation": "(\"Bob\" \"is\" \"cold\" \"+\")", "id": "int1" }, { "text": "Bob is nice.", "representation": "(\"Bob\" \"is\" \"nice\" \"+\")", "id": "int2" } ] } ] }, "Q7": { "question": "Bob is kind.", "answer": "True", "QDep": 3, "QLen": "7", "strategy": "proof", "proofs": "[(((triple2 ((((triple3 triple2) -> rule5)) -> rule6) triple1) -> rule3))]", "representation": "(\"Bob\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple2 ((((triple3 triple2) -> (rule5 % int3))) -> (rule6 % int2)) triple1) -> (rule3 % int1))", "intermediates": [ { "text": "Bob is kind.", "representation": "(\"Bob\" \"is\" \"kind\" \"+\")", "id": "int1" }, { "text": "Bob is cold.", "representation": "(\"Bob\" \"is\" \"cold\" \"+\")", "id": "int2" }, { "text": "Bob is nice.", "representation": "(\"Bob\" \"is\" \"nice\" \"+\")", "id": "int3" } ] } ] }, "Q8": { "question": "Bob is not kind.", "answer": "False", "QDep": 3, "QLen": "7", "strategy": "inv-proof", "proofs": "[(((triple2 ((((triple3 triple2) -> rule5)) -> rule6) triple1) -> rule3))]", "representation": "(\"Bob\" \"is\" \"kind\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple2 ((((triple3 triple2) -> (rule5 % int3))) -> (rule6 % int2)) triple1) -> (rule3 % int1))", "intermediates": [ { "text": "Bob is kind.", "representation": "(\"Bob\" \"is\" \"kind\" \"+\")", "id": "int1" }, { "text": "Bob is cold.", "representation": "(\"Bob\" \"is\" \"cold\" \"+\")", "id": "int2" }, { "text": "Bob is nice.", "representation": "(\"Bob\" \"is\" \"nice\" \"+\")", "id": "int3" } ] } ] }, "Q9": { "question": "Harry is not young.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Harry is young.[CWA. Example of deepest failure = (rule7 <- FAIL)]]", "representation": "(\"Harry\" \"is\" \"young\" \"-\")", "proofsWithIntermediates": null }, "Q10": { "question": "Gary is kind.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "rconc", "proofs": "[@1: Gary is kind.[CWA. Example of deepest failure = (rule3 <- FAIL)]]", "representation": "(\"Gary\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": null }, "Q11": { "question": "Harry is not red.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Harry is red.[CWA. Example of deepest failure = (rule1 <- FAIL)]]", "representation": "(\"Harry\" \"is\" \"red\" \"-\")", "proofsWithIntermediates": null }, "Q12": { "question": "Bob is red.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "rconc", "proofs": "[@1: Bob is red.[CWA. Example of deepest failure = (rule1 <- FAIL)]]", "representation": "(\"Bob\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": null }, "Q13": { "question": "Harry is not big.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Harry is big.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Harry\" \"is\" \"big\" \"-\")" }, "Q14": { "question": "Harry is blue.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Harry is blue.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Harry\" \"is\" \"blue\" \"+\")" }, "Q15": { "question": "Fred is not green.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Fred is green.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Fred\" \"is\" \"green\" \"-\")" }, "Q16": { "question": "Fred is round.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Fred is round.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Fred\" \"is\" \"round\" \"+\")" }, "Q17": null, "Q18": null, "Q19": null, "Q20": null, "Q21": null, "Q22": null, "Q23": null, "Q24": null }

[ { "text": "Bob is big.", "QDep": 0, "representation": "(\"Bob\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple3", "intermediates": [] } ] }, { "text": "Bob is green.", "QDep": 0, "representation": "(\"Bob\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple2", "intermediates": [] } ] }, { "text": "Bob is young.", "QDep": 0, "representation": "(\"Bob\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple1", "intermediates": [] } ] }, { "text": "Fred is big.", "QDep": 0, "representation": "(\"Fred\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple6", "intermediates": [] } ] }, { "text": "Fred is nice.", "QDep": 0, "representation": "(\"Fred\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple5", "intermediates": [] } ] }, { "text": "Fred is rough.", "QDep": 0, "representation": "(\"Fred\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple4", "intermediates": [] } ] }, { "text": "Gary is blue.", "QDep": 0, "representation": "(\"Gary\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple11", "intermediates": [] } ] }, { "text": "Gary is nice.", "QDep": 0, "representation": "(\"Gary\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple10", "intermediates": [] } ] }, { "text": "Gary is red.", "QDep": 0, "representation": "(\"Gary\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple9", "intermediates": [] } ] }, { "text": "Gary is rough.", "QDep": 0, "representation": "(\"Gary\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple8", "intermediates": [] } ] }, { "text": "Gary is round.", "QDep": 0, "representation": "(\"Gary\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple7", "intermediates": [] } ] }, { "text": "Harry is green.", "QDep": 0, "representation": "(\"Harry\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple12", "intermediates": [] } ] }, { "text": "Bob is nice.", "QDep": 1, "representation": "(\"Bob\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple3 triple2) -> (rule5 % int1))", "intermediates": [ { "text": "Bob is nice.", "representation": "(\"Bob\" \"is\" \"nice\" \"+\")", "id": "int1" } ] } ] }, { "text": "Bob is rough.", "QDep": 1, "representation": "(\"Bob\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple2) -> (rule4 % int1))", "intermediates": [ { "text": "Bob is rough.", "representation": "(\"Bob\" \"is\" \"rough\" \"+\")", "id": "int1" } ] } ] }, { "text": "Fred is cold.", "QDep": 1, "representation": "(\"Fred\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple5) -> (rule6 % int1))", "intermediates": [ { "text": "Fred is cold.", "representation": "(\"Fred\" \"is\" \"cold\" \"+\")", "id": "int1" } ] } ] }, { "text": "Gary is cold.", "QDep": 1, "representation": "(\"Gary\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple10) -> (rule6 % int1))", "intermediates": [ { "text": "Gary is cold.", "representation": "(\"Gary\" \"is\" \"cold\" \"+\")", "id": "int1" } ] } ] }, { "text": "Harry is rough.", "QDep": 1, "representation": "(\"Harry\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple12) -> (rule4 % int1))", "intermediates": [ { "text": "Harry is rough.", "representation": "(\"Harry\" \"is\" \"rough\" \"+\")", "id": "int1" } ] } ] }, { "text": "Bob is cold.", "QDep": 2, "representation": "(\"Bob\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple3 triple2) -> (rule5 % int2))) -> (rule6 % int1))", "intermediates": [ { "text": "Bob is cold.", "representation": "(\"Bob\" \"is\" \"cold\" \"+\")", "id": "int1" }, { "text": "Bob is nice.", "representation": "(\"Bob\" \"is\" \"nice\" \"+\")", "id": "int2" } ] } ] }, { "text": "Gary is young.", "QDep": 2, "representation": "(\"Gary\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple10) -> (rule6 % int2)) triple7) -> (rule7 % int1))", "intermediates": [ { "text": "Gary is young.", "representation": "(\"Gary\" \"is\" \"young\" \"+\")", "id": "int1" }, { "text": "Gary is cold.", "representation": "(\"Gary\" \"is\" \"cold\" \"+\")", "id": "int2" } ] } ] }, { "text": "Bob is kind.", "QDep": 3, "representation": "(\"Bob\" \"is\" \"kind\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple2 ((((triple3 triple2) -> (rule5 % int3))) -> (rule6 % int2)) triple1) -> (rule3 % int1))", "intermediates": [ { "text": "Bob is kind.", "representation": "(\"Bob\" \"is\" \"kind\" \"+\")", "id": "int1" }, { "text": "Bob is cold.", "representation": "(\"Bob\" \"is\" \"cold\" \"+\")", "id": "int2" }, { "text": "Bob is nice.", "representation": "(\"Bob\" \"is\" \"nice\" \"+\")", "id": "int3" } ] } ] } ]

{ "triple1": "sent1", "triple2": "sent1", "triple3": "sent1", "triple4": "sent2", "triple5": "sent2", "triple6": "sent2", "triple7": "sent3", "triple8": "sent3", "triple9": "sent3", "triple10": "sent3", "rule1": "sent5", "rule2": "sent6", "rule3": "sent7", "rule4": "sent8", "rule5": "sent9", "rule6": "sent10", "rule7": "sent11", "triple11": "sent3", "triple12": "sent4" }

{ "sent1": "Bob is young but big for his age; Bob wasn't feeling well so he is a little green.", "sent2": "Big Fred is nice but also rough.", "sent3": "Gary is a fairly round person for being as nice as he is; He is also blue because of his rough upbringing; He gets red when he talks about it.", "sent4": "Harry ate some rotten meat and now feels green.", "sent5": "A green, inexperienced person with a round shape who is kind to others gets very red when in the sun.", "sent6": "People who are big and kind and feel down and blue tend to have rough skin.", "sent7": "Young people green with envy are so focused on themselves that they are often describe as cold; That is misleading though because these people are also kind.", "sent8": "A green person is going to be rough.", "sent9": "People that are big but also green, may ultimately be very nice.", "sent10": "Nice people are cold people.", "sent11": "Those who are round and cold are young." }

{ "triple1": { "text": "Charlie is cold.", "representation": "(\"Charlie\" \"is\" \"cold\" \"+\")" }, "triple2": { "text": "Charlie is blue.", "representation": "(\"Charlie\" \"is\" \"blue\" \"+\")" }, "triple3": { "text": "Dave is rough.", "representation": "(\"Dave\" \"is\" \"rough\" \"+\")" }, "triple4": { "text": "Dave is nice.", "representation": "(\"Dave\" \"is\" \"nice\" \"+\")" }, "triple5": { "text": "Dave is big.", "representation": "(\"Dave\" \"is\" \"big\" \"+\")" }, "triple6": { "text": "Eric is young.", "representation": "(\"Eric\" \"is\" \"young\" \"+\")" }, "triple7": { "text": "Eric is nice.", "representation": "(\"Eric\" \"is\" \"nice\" \"+\")" }, "triple8": { "text": "Eric is blue.", "representation": "(\"Eric\" \"is\" \"blue\" \"+\")" }, "triple9": { "text": "Fred is round.", "representation": "(\"Fred\" \"is\" \"round\" \"+\")" }, "triple10": { "text": "Fred is nice.", "representation": "(\"Fred\" \"is\" \"nice\" \"+\")" }, "triple11": { "text": "Fred is big.", "representation": "(\"Fred\" \"is\" \"big\" \"+\")" }, "triple12": null }

{ "rule1": { "text": "If someone is nice and blue then they are rough.", "representation": "(((\"someone\" \"is\" \"nice\" \"+\") (\"someone\" \"is\" \"blue\" \"+\")) -> (\"someone\" \"is\" \"rough\" \"+\"))" }, "rule2": { "text": "If someone is green and nice then they are big.", "representation": "(((\"someone\" \"is\" \"green\" \"+\") (\"someone\" \"is\" \"nice\" \"+\")) -> (\"someone\" \"is\" \"big\" \"+\"))" }, "rule3": { "text": "If someone is young and cold and green then they are round.", "representation": "(((\"someone\" \"is\" \"young\" \"+\") (\"someone\" \"is\" \"cold\" \"+\") (\"someone\" \"is\" \"green\" \"+\")) -> (\"someone\" \"is\" \"round\" \"+\"))" }, "rule4": { "text": "If someone is nice and blue and big then they are round.", "representation": "(((\"someone\" \"is\" \"nice\" \"+\") (\"someone\" \"is\" \"blue\" \"+\") (\"someone\" \"is\" \"big\" \"+\")) -> (\"someone\" \"is\" \"round\" \"+\"))" }, "rule5": { "text": "If someone is rough and blue and nice then they are green.", "representation": "(((\"someone\" \"is\" \"rough\" \"+\") (\"someone\" \"is\" \"blue\" \"+\") (\"someone\" \"is\" \"nice\" \"+\")) -> (\"someone\" \"is\" \"green\" \"+\"))" }, "rule6": { "text": "If someone is cold and rough and big then they are kind.", "representation": "(((\"someone\" \"is\" \"cold\" \"+\") (\"someone\" \"is\" \"rough\" \"+\") (\"someone\" \"is\" \"big\" \"+\")) -> (\"someone\" \"is\" \"kind\" \"+\"))" }, "rule7": null }

{ "Q1": { "question": "Fred is nice.", "answer": "True", "QDep": 0, "QLen": "1", "strategy": "proof", "proofs": "[(triple10)]", "representation": "(\"Fred\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple10", "intermediates": [] } ] }, "Q2": { "question": "Eric is not blue.", "answer": "False", "QDep": 0, "QLen": "1", "strategy": "inv-proof", "proofs": "[(triple8)]", "representation": "(\"Eric\" \"is\" \"blue\" \"-\")", "proofsWithIntermediates": [ { "representation": "triple8", "intermediates": [] } ] }, "Q3": { "question": "Eric is rough.", "answer": "True", "QDep": 1, "QLen": "3", "strategy": "proof", "proofs": "[(((triple7 triple8) -> rule1))]", "representation": "(\"Eric\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple7 triple8) -> (rule1 % int1))", "intermediates": [ { "text": "Eric is rough.", "representation": "(\"Eric\" \"is\" \"rough\" \"+\")", "id": "int1" } ] } ] }, "Q4": { "question": "Eric is not rough.", "answer": "False", "QDep": 1, "QLen": "3", "strategy": "inv-proof", "proofs": "[(((triple7 triple8) -> rule1))]", "representation": "(\"Eric\" \"is\" \"rough\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple7 triple8) -> (rule1 % int1))", "intermediates": [ { "text": "Eric is rough.", "representation": "(\"Eric\" \"is\" \"rough\" \"+\")", "id": "int1" } ] } ] }, "Q5": { "question": "Eric is green.", "answer": "True", "QDep": 2, "QLen": "6", "strategy": "proof", "proofs": "[(((((triple7 triple8) -> rule1) triple8 triple7) -> rule5))]", "representation": "(\"Eric\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple7 triple8) -> (rule1 % int2)) triple8 triple7) -> (rule5 % int1))", "intermediates": [ { "text": "Eric is green.", "representation": "(\"Eric\" \"is\" \"green\" \"+\")", "id": "int1" }, { "text": "Eric is rough.", "representation": "(\"Eric\" \"is\" \"rough\" \"+\")", "id": "int2" } ] } ] }, "Q6": { "question": "Eric is not green.", "answer": "False", "QDep": 2, "QLen": "6", "strategy": "inv-proof", "proofs": "[(((((triple7 triple8) -> rule1) triple8 triple7) -> rule5))]", "representation": "(\"Eric\" \"is\" \"green\" \"-\")", "proofsWithIntermediates": [ { "representation": "((((triple7 triple8) -> (rule1 % int2)) triple8 triple7) -> (rule5 % int1))", "intermediates": [ { "text": "Eric is green.", "representation": "(\"Eric\" \"is\" \"green\" \"+\")", "id": "int1" }, { "text": "Eric is rough.", "representation": "(\"Eric\" \"is\" \"rough\" \"+\")", "id": "int2" } ] } ] }, "Q7": { "question": "Eric is big.", "answer": "True", "QDep": 3, "QLen": "8", "strategy": "proof", "proofs": "[(((((((triple7 triple8) -> rule1) triple8 triple7) -> rule5) triple7) -> rule2))]", "representation": "(\"Eric\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((((triple7 triple8) -> (rule1 % int3)) triple8 triple7) -> (rule5 % int2)) triple7) -> (rule2 % int1))", "intermediates": [ { "text": "Eric is big.", "representation": "(\"Eric\" \"is\" \"big\" \"+\")", "id": "int1" }, { "text": "Eric is green.", "representation": "(\"Eric\" \"is\" \"green\" \"+\")", "id": "int2" }, { "text": "Eric is rough.", "representation": "(\"Eric\" \"is\" \"rough\" \"+\")", "id": "int3" } ] } ] }, "Q8": { "question": "Eric is not big.", "answer": "False", "QDep": 3, "QLen": "8", "strategy": "inv-proof", "proofs": "[(((((((triple7 triple8) -> rule1) triple8 triple7) -> rule5) triple7) -> rule2))]", "representation": "(\"Eric\" \"is\" \"big\" \"-\")", "proofsWithIntermediates": [ { "representation": "((((((triple7 triple8) -> (rule1 % int3)) triple8 triple7) -> (rule5 % int2)) triple7) -> (rule2 % int1))", "intermediates": [ { "text": "Eric is big.", "representation": "(\"Eric\" \"is\" \"big\" \"+\")", "id": "int1" }, { "text": "Eric is green.", "representation": "(\"Eric\" \"is\" \"green\" \"+\")", "id": "int2" }, { "text": "Eric is rough.", "representation": "(\"Eric\" \"is\" \"rough\" \"+\")", "id": "int3" } ] } ] }, "Q9": { "question": "Eric is round.", "answer": "True", "QDep": 4, "QLen": "11", "strategy": "proof", "proofs": "[(((triple7 triple8 ((((((triple7 triple8) -> rule1) triple8 triple7) -> rule5) triple7) -> rule2)) -> rule4))]", "representation": "(\"Eric\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple7 triple8 ((((((triple7 triple8) -> (rule1 % int4)) triple8 triple7) -> (rule5 % int3)) triple7) -> (rule2 % int2))) -> (rule4 % int1))", "intermediates": [ { "text": "Eric is round.", "representation": "(\"Eric\" \"is\" \"round\" \"+\")", "id": "int1" }, { "text": "Eric is big.", "representation": "(\"Eric\" \"is\" \"big\" \"+\")", "id": "int2" }, { "text": "Eric is green.", "representation": "(\"Eric\" \"is\" \"green\" \"+\")", "id": "int3" }, { "text": "Eric is rough.", "representation": "(\"Eric\" \"is\" \"rough\" \"+\")", "id": "int4" } ] } ] }, "Q10": { "question": "Eric is not round.", "answer": "False", "QDep": 4, "QLen": "11", "strategy": "inv-proof", "proofs": "[(((triple7 triple8 ((((((triple7 triple8) -> rule1) triple8 triple7) -> rule5) triple7) -> rule2)) -> rule4))]", "representation": "(\"Eric\" \"is\" \"round\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple7 triple8 ((((((triple7 triple8) -> (rule1 % int4)) triple8 triple7) -> (rule5 % int3)) triple7) -> (rule2 % int2))) -> (rule4 % int1))", "intermediates": [ { "text": "Eric is round.", "representation": "(\"Eric\" \"is\" \"round\" \"+\")", "id": "int1" }, { "text": "Eric is big.", "representation": "(\"Eric\" \"is\" \"big\" \"+\")", "id": "int2" }, { "text": "Eric is green.", "representation": "(\"Eric\" \"is\" \"green\" \"+\")", "id": "int3" }, { "text": "Eric is rough.", "representation": "(\"Eric\" \"is\" \"rough\" \"+\")", "id": "int4" } ] } ] }, "Q11": { "question": "Eric is not kind.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Eric is kind.[CWA. Example of deepest failure = (rule6 <- FAIL)]]", "representation": "(\"Eric\" \"is\" \"kind\" \"-\")", "proofsWithIntermediates": null }, "Q12": { "question": "Fred is rough.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "rconc", "proofs": "[@1: Fred is rough.[CWA. Example of deepest failure = (rule1 <- FAIL)]]", "representation": "(\"Fred\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": null }, "Q13": { "question": "Charlie is not green.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Charlie is green.[CWA. Example of deepest failure = (rule5 <- FAIL)]]", "representation": "(\"Charlie\" \"is\" \"green\" \"-\")" }, "Q14": { "question": "Dave is round.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "rconc", "proofs": "[@1: Dave is round.[CWA. Example of deepest failure = (rule3 <- FAIL)]]", "representation": "(\"Dave\" \"is\" \"round\" \"+\")" }, "Q15": { "question": "Charlie is not rough.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Charlie is rough.[CWA. Example of deepest failure = (rule1 <- FAIL)]]", "representation": "(\"Charlie\" \"is\" \"rough\" \"-\")" }, "Q16": { "question": "Eric is red.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Eric is red.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Eric\" \"is\" \"red\" \"+\")" }, "Q17": { "question": "Dave is not blue.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Dave is blue.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Dave\" \"is\" \"blue\" \"-\")" }, "Q18": { "question": "Charlie is young.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Charlie is young.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Charlie\" \"is\" \"young\" \"+\")" }, "Q19": { "question": "Fred is not young.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Fred is young.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Fred\" \"is\" \"young\" \"-\")" }, "Q20": { "question": "Charlie is nice.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Charlie is nice.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Charlie\" \"is\" \"nice\" \"+\")" }, "Q21": null, "Q22": null, "Q23": null, "Q24": null }

[ { "text": "Charlie is blue.", "QDep": 0, "representation": "(\"Charlie\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple2", "intermediates": [] } ] }, { "text": "Charlie is cold.", "QDep": 0, "representation": "(\"Charlie\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple1", "intermediates": [] } ] }, { "text": "Dave is big.", "QDep": 0, "representation": "(\"Dave\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple5", "intermediates": [] } ] }, { "text": "Dave is nice.", "QDep": 0, "representation": "(\"Dave\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple4", "intermediates": [] } ] }, { "text": "Dave is rough.", "QDep": 0, "representation": "(\"Dave\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple3", "intermediates": [] } ] }, { "text": "Eric is blue.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple8", "intermediates": [] } ] }, { "text": "Eric is nice.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple7", "intermediates": [] } ] }, { "text": "Eric is young.", "QDep": 0, "representation": "(\"Eric\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple6", "intermediates": [] } ] }, { "text": "Fred is big.", "QDep": 0, "representation": "(\"Fred\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple11", "intermediates": [] } ] }, { "text": "Fred is nice.", "QDep": 0, "representation": "(\"Fred\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple10", "intermediates": [] } ] }, { "text": "Fred is round.", "QDep": 0, "representation": "(\"Fred\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple9", "intermediates": [] } ] }, { "text": "Eric is rough.", "QDep": 1, "representation": "(\"Eric\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple7 triple8) -> (rule1 % int1))", "intermediates": [ { "text": "Eric is rough.", "representation": "(\"Eric\" \"is\" \"rough\" \"+\")", "id": "int1" } ] } ] }, { "text": "Eric is green.", "QDep": 2, "representation": "(\"Eric\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple7 triple8) -> (rule1 % int2)) triple8 triple7) -> (rule5 % int1))", "intermediates": [ { "text": "Eric is green.", "representation": "(\"Eric\" \"is\" \"green\" \"+\")", "id": "int1" }, { "text": "Eric is rough.", "representation": "(\"Eric\" \"is\" \"rough\" \"+\")", "id": "int2" } ] } ] }, { "text": "Eric is big.", "QDep": 3, "representation": "(\"Eric\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((((triple7 triple8) -> (rule1 % int3)) triple8 triple7) -> (rule5 % int2)) triple7) -> (rule2 % int1))", "intermediates": [ { "text": "Eric is big.", "representation": "(\"Eric\" \"is\" \"big\" \"+\")", "id": "int1" }, { "text": "Eric is green.", "representation": "(\"Eric\" \"is\" \"green\" \"+\")", "id": "int2" }, { "text": "Eric is rough.", "representation": "(\"Eric\" \"is\" \"rough\" \"+\")", "id": "int3" } ] } ] }, { "text": "Eric is round.", "QDep": 4, "representation": "(\"Eric\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple7 triple8 ((((((triple7 triple8) -> (rule1 % int4)) triple8 triple7) -> (rule5 % int3)) triple7) -> (rule2 % int2))) -> (rule4 % int1))", "intermediates": [ { "text": "Eric is round.", "representation": "(\"Eric\" \"is\" \"round\" \"+\")", "id": "int1" }, { "text": "Eric is big.", "representation": "(\"Eric\" \"is\" \"big\" \"+\")", "id": "int2" }, { "text": "Eric is green.", "representation": "(\"Eric\" \"is\" \"green\" \"+\")", "id": "int3" }, { "text": "Eric is rough.", "representation": "(\"Eric\" \"is\" \"rough\" \"+\")", "id": "int4" } ] } ] } ]

{ "triple1": "sent1", "triple2": "sent1", "triple3": "sent2", "triple4": "sent2", "triple5": "sent2", "triple6": "sent3", "triple7": "sent3", "triple8": "sent3", "triple9": "sent4", "triple10": "sent4", "rule1": "sent5", "rule2": "sent6", "rule3": "sent7", "rule4": "sent8", "rule5": "sent9", "rule6": "sent10", "rule7": null, "triple11": "sent4", "triple12": null }

{ "sent1": "Charlie is blue and cold.", "sent2": "Big Dave is nice but also rough.", "sent3": "Though he is young, Eric is still nice despite being quite blue.", "sent4": "Most people see Fred as round, albeit nice and big at the same time.", "sent5": "Nice blue people are often rough.", "sent6": "A nice person who is always seen to be wearing green clothes will be rather big in size.", "sent7": "That young person is feeling cold because he is green to the situation making his body shape round.", "sent8": "If a person behaves in a nice way while they are physically blue and big, they're definitely round.", "sent9": "People who are considered rough, blue, and nice, are also green.", "sent10": "Someone can be big and rough, but cold even though they are kind.", "sent11": null }

{ "triple1": { "text": "Fred is rough.", "representation": "(\"Fred\" \"is\" \"rough\" \"+\")" }, "triple2": { "text": "Fred is cold.", "representation": "(\"Fred\" \"is\" \"cold\" \"+\")" }, "triple3": { "text": "Fred is blue.", "representation": "(\"Fred\" \"is\" \"blue\" \"+\")" }, "triple4": { "text": "Fred is big.", "representation": "(\"Fred\" \"is\" \"big\" \"+\")" }, "triple5": { "text": "Gary is rough.", "representation": "(\"Gary\" \"is\" \"rough\" \"+\")" }, "triple6": { "text": "Gary is big.", "representation": "(\"Gary\" \"is\" \"big\" \"+\")" }, "triple7": { "text": "Harry is round.", "representation": "(\"Harry\" \"is\" \"round\" \"+\")" }, "triple8": { "text": "Harry is rough.", "representation": "(\"Harry\" \"is\" \"rough\" \"+\")" }, "triple9": { "text": "Harry is cold.", "representation": "(\"Harry\" \"is\" \"cold\" \"+\")" }, "triple10": null, "triple11": null, "triple12": null }

{ "rule1": { "text": "If someone is red and big and cold then they are young.", "representation": "(((\"someone\" \"is\" \"red\" \"+\") (\"someone\" \"is\" \"big\" \"+\") (\"someone\" \"is\" \"cold\" \"+\")) -> (\"someone\" \"is\" \"young\" \"+\"))" }, "rule2": { "text": "If someone is blue and cold and kind then they are big.", "representation": "(((\"someone\" \"is\" \"blue\" \"+\") (\"someone\" \"is\" \"cold\" \"+\") (\"someone\" \"is\" \"kind\" \"+\")) -> (\"someone\" \"is\" \"big\" \"+\"))" }, "rule3": { "text": "If someone is blue and big then they are red.", "representation": "(((\"someone\" \"is\" \"blue\" \"+\") (\"someone\" \"is\" \"big\" \"+\")) -> (\"someone\" \"is\" \"red\" \"+\"))" }, "rule4": { "text": "If someone is young and kind and nice then they are round.", "representation": "(((\"someone\" \"is\" \"young\" \"+\") (\"someone\" \"is\" \"kind\" \"+\") (\"someone\" \"is\" \"nice\" \"+\")) -> (\"someone\" \"is\" \"round\" \"+\"))" }, "rule5": { "text": "If someone is rough and red and cold then they are green.", "representation": "(((\"someone\" \"is\" \"rough\" \"+\") (\"someone\" \"is\" \"red\" \"+\") (\"someone\" \"is\" \"cold\" \"+\")) -> (\"someone\" \"is\" \"green\" \"+\"))" }, "rule6": { "text": "If someone is young and rough then they are nice.", "representation": "(((\"someone\" \"is\" \"young\" \"+\") (\"someone\" \"is\" \"rough\" \"+\")) -> (\"someone\" \"is\" \"nice\" \"+\"))" }, "rule7": { "text": "If someone is young and blue and kind then they are cold.", "representation": "(((\"someone\" \"is\" \"young\" \"+\") (\"someone\" \"is\" \"blue\" \"+\") (\"someone\" \"is\" \"kind\" \"+\")) -> (\"someone\" \"is\" \"cold\" \"+\"))" } }

{ "Q1": { "question": "Fred is blue.", "answer": "True", "QDep": 0, "QLen": "1", "strategy": "proof", "proofs": "[(triple3)]", "representation": "(\"Fred\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple3", "intermediates": [] } ] }, "Q2": { "question": "Fred is not cold.", "answer": "False", "QDep": 0, "QLen": "1", "strategy": "inv-proof", "proofs": "[(triple2)]", "representation": "(\"Fred\" \"is\" \"cold\" \"-\")", "proofsWithIntermediates": [ { "representation": "triple2", "intermediates": [] } ] }, "Q3": { "question": "Fred is red.", "answer": "True", "QDep": 1, "QLen": "3", "strategy": "proof", "proofs": "[(((triple3 triple4) -> rule3))]", "representation": "(\"Fred\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple3 triple4) -> (rule3 % int1))", "intermediates": [ { "text": "Fred is red.", "representation": "(\"Fred\" \"is\" \"red\" \"+\")", "id": "int1" } ] } ] }, "Q4": { "question": "Fred is not red.", "answer": "False", "QDep": 1, "QLen": "3", "strategy": "inv-proof", "proofs": "[(((triple3 triple4) -> rule3))]", "representation": "(\"Fred\" \"is\" \"red\" \"-\")", "proofsWithIntermediates": [ { "representation": "((triple3 triple4) -> (rule3 % int1))", "intermediates": [ { "text": "Fred is red.", "representation": "(\"Fred\" \"is\" \"red\" \"+\")", "id": "int1" } ] } ] }, "Q5": { "question": "Fred is young.", "answer": "True", "QDep": 2, "QLen": "6", "strategy": "proof", "proofs": "[(((((triple3 triple4) -> rule3) triple4 triple2) -> rule1))]", "representation": "(\"Fred\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple3 triple4) -> (rule3 % int2)) triple4 triple2) -> (rule1 % int1))", "intermediates": [ { "text": "Fred is young.", "representation": "(\"Fred\" \"is\" \"young\" \"+\")", "id": "int1" }, { "text": "Fred is red.", "representation": "(\"Fred\" \"is\" \"red\" \"+\")", "id": "int2" } ] } ] }, "Q6": { "question": "Fred is not young.", "answer": "False", "QDep": 2, "QLen": "6", "strategy": "inv-proof", "proofs": "[(((((triple3 triple4) -> rule3) triple4 triple2) -> rule1))]", "representation": "(\"Fred\" \"is\" \"young\" \"-\")", "proofsWithIntermediates": [ { "representation": "((((triple3 triple4) -> (rule3 % int2)) triple4 triple2) -> (rule1 % int1))", "intermediates": [ { "text": "Fred is young.", "representation": "(\"Fred\" \"is\" \"young\" \"+\")", "id": "int1" }, { "text": "Fred is red.", "representation": "(\"Fred\" \"is\" \"red\" \"+\")", "id": "int2" } ] } ] }, "Q7": { "question": "Fred is nice.", "answer": "True", "QDep": 3, "QLen": "8", "strategy": "proof", "proofs": "[(((((((triple3 triple4) -> rule3) triple4 triple2) -> rule1) triple1) -> rule6))]", "representation": "(\"Fred\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((((triple3 triple4) -> (rule3 % int3)) triple4 triple2) -> (rule1 % int2)) triple1) -> (rule6 % int1))", "intermediates": [ { "text": "Fred is nice.", "representation": "(\"Fred\" \"is\" \"nice\" \"+\")", "id": "int1" }, { "text": "Fred is young.", "representation": "(\"Fred\" \"is\" \"young\" \"+\")", "id": "int2" }, { "text": "Fred is red.", "representation": "(\"Fred\" \"is\" \"red\" \"+\")", "id": "int3" } ] } ] }, "Q8": { "question": "Fred is not nice.", "answer": "False", "QDep": 3, "QLen": "8", "strategy": "inv-proof", "proofs": "[(((((((triple3 triple4) -> rule3) triple4 triple2) -> rule1) triple1) -> rule6))]", "representation": "(\"Fred\" \"is\" \"nice\" \"-\")", "proofsWithIntermediates": [ { "representation": "((((((triple3 triple4) -> (rule3 % int3)) triple4 triple2) -> (rule1 % int2)) triple1) -> (rule6 % int1))", "intermediates": [ { "text": "Fred is nice.", "representation": "(\"Fred\" \"is\" \"nice\" \"+\")", "id": "int1" }, { "text": "Fred is young.", "representation": "(\"Fred\" \"is\" \"young\" \"+\")", "id": "int2" }, { "text": "Fred is red.", "representation": "(\"Fred\" \"is\" \"red\" \"+\")", "id": "int3" } ] } ] }, "Q9": { "question": "Harry is not young.", "answer": "Unknown", "QDep": 2, "QLen": "", "strategy": "inv-rconc", "proofs": "[@2: Harry is young.[CWA. Example of deepest failure = (rule1 <- rule3 <- FAIL)]]", "representation": "(\"Harry\" \"is\" \"young\" \"-\")", "proofsWithIntermediates": null }, "Q10": { "question": "Alan is big.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "rconc", "proofs": "[@1: Alan is big.[CWA. Example of deepest failure = (rule2 <- FAIL)]]", "representation": "(\"Alan\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": null }, "Q11": { "question": "Harry is not big.", "answer": "Unknown", "QDep": 1, "QLen": "", "strategy": "inv-rconc", "proofs": "[@1: Harry is big.[CWA. Example of deepest failure = (rule2 <- FAIL)]]", "representation": "(\"Harry\" \"is\" \"big\" \"-\")", "proofsWithIntermediates": null }, "Q12": { "question": "Gary is green.", "answer": "Unknown", "QDep": 2, "QLen": "", "strategy": "rconc", "proofs": "[@2: Gary is green.[CWA. Example of deepest failure = (rule5 <- rule3 <- FAIL)]]", "representation": "(\"Gary\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": null }, "Q13": { "question": "Gary is not blue.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Gary is blue.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Gary\" \"is\" \"blue\" \"-\")" }, "Q14": { "question": "Alan is blue.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Alan is blue.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Alan\" \"is\" \"blue\" \"+\")" }, "Q15": { "question": "Fred is not kind.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "inv-random", "proofs": "[@0: Fred is kind.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Fred\" \"is\" \"kind\" \"-\")" }, "Q16": { "question": "Alan is kind.", "answer": "Unknown", "QDep": 0, "QLen": "", "strategy": "random", "proofs": "[@0: Alan is kind.[CWA. Example of deepest failure = (FAIL)]]", "representation": "(\"Alan\" \"is\" \"kind\" \"+\")" }, "Q17": null, "Q18": null, "Q19": null, "Q20": null, "Q21": null, "Q22": null, "Q23": null, "Q24": null }

[ { "text": "Fred is big.", "QDep": 0, "representation": "(\"Fred\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple4", "intermediates": [] } ] }, { "text": "Fred is blue.", "QDep": 0, "representation": "(\"Fred\" \"is\" \"blue\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple3", "intermediates": [] } ] }, { "text": "Fred is cold.", "QDep": 0, "representation": "(\"Fred\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple2", "intermediates": [] } ] }, { "text": "Fred is rough.", "QDep": 0, "representation": "(\"Fred\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple1", "intermediates": [] } ] }, { "text": "Gary is big.", "QDep": 0, "representation": "(\"Gary\" \"is\" \"big\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple6", "intermediates": [] } ] }, { "text": "Gary is rough.", "QDep": 0, "representation": "(\"Gary\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple5", "intermediates": [] } ] }, { "text": "Harry is cold.", "QDep": 0, "representation": "(\"Harry\" \"is\" \"cold\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple9", "intermediates": [] } ] }, { "text": "Harry is rough.", "QDep": 0, "representation": "(\"Harry\" \"is\" \"rough\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple8", "intermediates": [] } ] }, { "text": "Harry is round.", "QDep": 0, "representation": "(\"Harry\" \"is\" \"round\" \"+\")", "proofsWithIntermediates": [ { "representation": "triple7", "intermediates": [] } ] }, { "text": "Fred is red.", "QDep": 1, "representation": "(\"Fred\" \"is\" \"red\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple3 triple4) -> (rule3 % int1))", "intermediates": [ { "text": "Fred is red.", "representation": "(\"Fred\" \"is\" \"red\" \"+\")", "id": "int1" } ] } ] }, { "text": "Fred is green.", "QDep": 2, "representation": "(\"Fred\" \"is\" \"green\" \"+\")", "proofsWithIntermediates": [ { "representation": "((triple1 ((triple3 triple4) -> (rule3 % int2)) triple2) -> (rule5 % int1))", "intermediates": [ { "text": "Fred is green.", "representation": "(\"Fred\" \"is\" \"green\" \"+\")", "id": "int1" }, { "text": "Fred is red.", "representation": "(\"Fred\" \"is\" \"red\" \"+\")", "id": "int2" } ] } ] }, { "text": "Fred is young.", "QDep": 2, "representation": "(\"Fred\" \"is\" \"young\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((triple3 triple4) -> (rule3 % int2)) triple4 triple2) -> (rule1 % int1))", "intermediates": [ { "text": "Fred is young.", "representation": "(\"Fred\" \"is\" \"young\" \"+\")", "id": "int1" }, { "text": "Fred is red.", "representation": "(\"Fred\" \"is\" \"red\" \"+\")", "id": "int2" } ] } ] }, { "text": "Fred is nice.", "QDep": 3, "representation": "(\"Fred\" \"is\" \"nice\" \"+\")", "proofsWithIntermediates": [ { "representation": "((((((triple3 triple4) -> (rule3 % int3)) triple4 triple2) -> (rule1 % int2)) triple1) -> (rule6 % int1))", "intermediates": [ { "text": "Fred is nice.", "representation": "(\"Fred\" \"is\" \"nice\" \"+\")", "id": "int1" }, { "text": "Fred is young.", "representation": "(\"Fred\" \"is\" \"young\" \"+\")", "id": "int2" }, { "text": "Fred is red.", "representation": "(\"Fred\" \"is\" \"red\" \"+\")", "id": "int3" } ] } ] } ]

{ "triple1": "sent1", "triple2": "sent1", "triple3": "sent1", "triple4": "sent1", "triple5": "sent2", "triple6": "sent2", "triple7": "sent3", "triple8": "sent3", "triple9": "sent3", "triple10": null, "rule1": "sent4", "rule2": "sent5", "rule3": "sent6", "rule4": "sent7", "rule5": "sent8", "rule6": "sent9", "rule7": "sent10", "triple11": null, "triple12": null }

{ "sent1": "Fred vowed to always be rough, cold, blue, and big as possible.", "sent2": "Gary is big and rough.", "sent3": "Harry loves cake which has made him quite round; Because he has been made fun of for quite some time, he has turned rough and cold towards others.", "sent4": "A person who is cold but red, and big in size is young for sure.", "sent5": "It is true that kind people who have become cold and blue and survived are necessarily big.", "sent6": "Big, blue people are red.", "sent7": "If someone seems young, kind, and nice, expect them to be quite round.", "sent8": "I believe that red, cold, rough people are likely to be green.", "sent9": "Whenever you see Pete you run into a young man rough, which means he will be nice.", "sent10": "Anyone that's described as young, kind and blue can be said to be cold, too.", "sent11": null }