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2. hugs(Mia, Alexander)
3. meets(Hannah, Michael)
4. eats(Mia, Alexander)
5. eats(Michael, Hannah)
Rule:
0. is(?x, gruff, 1) -> is(?x, round, 4)
1. meets(?x, ?y) -> is(?x, red, 2y+2)
2. is(?x, nice, 3) -> is(?x, gruff, 3)
3. is(?x, gruff, 2) -> is(?x, red, 2)
4. is(?x, nice, 4) -> is(?x, red, 2)
5. meets(?x, ?y) -> is(?x, round, 1y+3)
Assertion:
greater(Hannah, round, 3)
Answer:
False
One reasoning:
['Fact3', 'Rule5', ['Default']]
Step reasoning:
Default -> int0: Michael is 0 round; Fact3 & Rule5 & int0 -> int1: Hannah is 0+3=3 round
ID: 180
Fact:
0. greets(Samuel, Charlie)
1. argues(Charlie, Hannah)
2. kisses(Charlie, Hannah)
3. kisses(Dave, Charlie)
4. kisses(Hannah, Dave)
5. is(Hannah, friendly, 3)
Rule:
0. greets(?x, ?y) -> is(?x, friendly, 2y+3)
1. argues(?x, ?y) -> is(?x, white, 1y+1)
2. argues(?x, ?y) -> is(?x, kind, 2y+1)
3. is(?x, friendly, 1) -> is(?x, kind, 4)
4. greets(?x, ?y) -> is(?x, big, 2y+1)
5. is(?x, white, 3) -> is(?x, kind, 2)
Assertion:
less(Charlie, kind, 3)
Answer:
True
One reasoning:
['Fact1', 'Rule2', ['Default']]
Step reasoning:
Default -> int0: Hannah is 0 kind; Fact1 & Rule2 & int0 -> int1: Charlie is 2*0+1=1 kind
ID: 181
Fact:
0. kisses(Dave, Sophia)
1. kisses(Charlie, Sophia)
2. helps(Dave, Harry)
3. eats(Charlie, Harry)
4. is(Harry, kind, 3)
5. helps(Dave, Charlie)
Rule:
0. is(?x, friendly, 1) -> is(?x, considerate, 3)
1. is(?x, kind, 1) -> is(?x, considerate, 2)
2. is(?x, white, 3) -> is(?x, kind, 4)
3. kisses(?x, ?y) -> is(?x, kind, 1y+2)
4. eats(?x, ?y) -> is(?x, considerate, 1y+4)
5. kisses(?x, ?y) -> is(?x, friendly, 1y+3)
Assertion:
less(Charlie, considerate, 1)
Answer:
False
One reasoning:
['Fact3', 'Rule4', ['Default']]
Step reasoning:
Default -> int0: Harry is 0 considerate; Fact3 & Rule4 & int0 -> int1: Charlie is 0+4=4 considerate
ID: 182
Fact:
0. is(Hannah, quiet, 4)
1. eats(Chioe, Emily)
2. helps(Chioe, Emily)
3. eats(Hannah, Olivia)
4. is(Olivia, quiet, 2)
5. meets(Hannah, Emily)
Rule:
0. eats(?x, ?y) -> is(?x, gruff, 1y+4)
1. helps(?x, ?y) -> is(?x, quiet, 1y+2)
2. helps(?x, ?y) -> is(?x, confident, 2y+3)
3. meets(?x, ?y) -> is(?x, confident, 2y+3)
4. is(?x, quiet, 2) -> is(?x, big, 2)
5. is(?x, big, 1) -> is(?x, confident, 3)
Assertion:
greater(Olivia, big, 4)
Answer:
False
One reasoning:
['Rule4', ['Fact4']]
Step reasoning:
Fact4 -> int0: Olivia is 2 quiet; Rule4 & int0 -> int1: Olivia is 2 big
ID: 183
Fact:
0. sees(Hannah, Gary)
1. greets(Gary, Hannah)
2. greets(Gary, Daniel)
3. hugs(Daniel, Gary)
4. hugs(Samuel, Daniel)
5. greets(Samuel, Daniel)