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less(Benjamin, blue, 2)
Answer:
False
One reasoning:
['Fact0', 'Rule5', ['Default']]
Step reasoning:
Default -> int0: Mia is 0 blue; Fact0 & Rule5 & int0 -> int1: Benjamin is 2*0+4=4 blue
ID: 167
Fact:
0. needs(Samuel, Bob)
1. needs(James, Bob)
2. kisses(Bob, Samuel)
3. kisses(Bob, Michael)
4. needs(Michael, James)
5. kisses(Michael, James)
Rule:
0. is(?x, furry, 4) -> is(?x, smart, 1)
1. is(?x, green, 3) -> is(?x, smart, 4)
2. is(?x, furry, 2) -> is(?x, smart, 4)
3. needs(?x, ?y) -> is(?x, green, 1y+2)
4. is(?x, reserved, 3) -> is(?x, green, 3)
5. is(?x, reserved, 1) -> is(?x, furry, 3)
Assertion:
less(James, green, 10)
Answer:
True
One reasoning:
['Fact1', 'Rule3', ['Default']]
Step reasoning:
Default -> int0: Bob is 0 green; Fact1 & Rule3 & int0 -> int1: James is 0+2=2 green
ID: 168
Fact:
0. chases(Gary, Chioe)
1. argues(Mia, Chioe)
2. chases(Emma, Chioe)
3. is(Mia, red, 4)
4. eats(Chioe, Emma)
5. is(Gary, red, 3)
Rule:
0. chases(?x, ?y) -> is(?x, cold, 1y+4)
1. argues(?x, ?y) -> is(?x, compassionate, 2y+2)
2. chases(?x, ?y) -> is(?x, compassionate, 1y+1)
3. is(?x, compassionate, 2) -> is(?x, reserved, 3)
4. is(?x, compassionate, 3) -> is(?x, red, 1)
5. is(?x, cold, 1) -> is(?x, red, 4)
Assertion:
less(Gary, cold, 7)
Answer:
True
One reasoning:
['Fact0', 'Rule0', ['Default']]
Step reasoning:
Default -> int0: Chioe is 0 cold; Fact0 & Rule0 & int0 -> int1: Gary is 0+4=4 cold
ID: 169
Fact:
0. eats(Hannah, Benjamin)
1. eats(Benjamin, Harry)
2. is(Michael, generous, 4)
3. hugs(Harry, Hannah)
4. is(Michael, white, 4)
5. eats(Benjamin, Michael)
Rule:
0. is(?x, reserved, 4) -> is(?x, white, 3)
1. hugs(?x, ?y) -> is(?x, big, 1y+4)
2. argues(?x, ?y) -> is(?x, generous, 1y+4)
3. is(?x, big, 4) -> is(?x, generous, 3)
4. hugs(?x, ?y) -> is(?x, white, 1y+1)
5. is(?x, reserved, 1) -> is(?x, big, 4)
Assertion:
less(Harry, big, 1)
Answer:
False
One reasoning:
['Fact3', 'Rule1', ['Default']]
Step reasoning:
Default -> int0: Hannah is 0 big; Fact3 & Rule1 & int0 -> int1: Harry is 0+4=4 big
ID: 170
Fact:
0. helps(Benjamin, Michael)
1. chases(Dave, Alexander)
2. is(Benjamin, rough, 4)
3. chases(Benjamin, Michael)
4. helps(Dave, Alexander)
5. chases(Benjamin, Alexander)
Rule:
0. is(?x, considerate, 3) -> is(?x, cold, 3)
1. helps(?x, ?y) -> is(?x, considerate, 1y+4)
2. is(?x, cold, 4) -> is(?x, considerate, 1)
3. eats(?x, ?y) -> is(?x, considerate, 1y+3)
4. is(?x, considerate, 2) -> is(?x, smart, 2)
5. is(?x, rough, 3) -> is(?x, smart, 1)
Assertion:
greater(Benjamin, considerate, 6)
Answer:
False
One reasoning: