** revision <<robin --> [flying]> ==> <robin --> bird>>. // If robin can fly then robin is a type of bird. <<robin --> [flying]> ==> <robin --> bird>>. %0.00;0.60% // If robin can fly then robin may not a type of bird. 1 OUT: <<robin --> [flying]> ==> <robin --> bird>>. %0.86;0.91% // If robin can fly then robin is a type of bird.

** deduction <<robin --> bird> ==> <robin --> animal>>. // If robin is a type of bird then robin is a type of animal. <<robin --> [flying]> ==> <robin --> bird>>. // If robin can fly then robin is a type of bird. 1 OUT: <<robin --> [flying]> ==> <robin --> animal>>. %1.00;0.81% // If robin can fly then robin is a type of animal.

** exemplification <<robin --> [flying]> ==> <robin --> bird>>. // If robin can fly then robin is a type of bird. <<robin --> bird> ==> <robin --> animal>>. // If robin is a type of bird then robin is a type of animal. 1 OUT: <<robin --> animal> ==> <robin --> [flying]>>. %1.00;0.45% // I guess if robin is a type of animal then robin can fly.

** induction <<robin --> bird> ==> <robin --> animal>>. // If robin is a type of bird then robin is a type of animal. <<robin --> bird> ==> <robin --> [flying]>>. %0.80% // If robin is a type of bird then robin can fly. 1 OUT: <<robin --> [flying]> ==> <robin --> animal>>. %1.00;0.39% // I guess if robin can fly then robin is a type of animal. OUT: <<robin --> animal> ==> <robin --> [flying]>>. %0.80;0.45% // I guess if robin is a type of animal then robin can fly.

** abduction <<robin --> bird> ==> <robin --> animal>>. // If robin is a type of bird then robin is a type of animal. <<robin --> [flying]> ==> <robin --> animal>>. %0.8% // If robin can fly then robin is probably a type of animal. 1 OUT: <<robin --> bird> ==> <robin --> [flying]>>. %1.00;0.39% // I guess if robin is a type of bird then robin can fly. OUT: <<robin --> [flying]> ==> <robin --> bird>>. %0.80;0.45% // I guess if robin can fly then robin is a type of bird.

** detachment <<robin --> bird> ==> <robin --> animal>>. // If robin is a type of bird then robin can fly. <robin --> bird>. // Robin is a type of bird. 1 OUT: <robin --> animal>. %1.00;0.81% // Robin is a type of animal.

** detachment <<robin --> bird> ==> <robin --> animal>>. %0.70;0.90% // Usually if robin is a type of bird then robin is a type of animal. <robin --> animal>. // Robin is a type of animal. 1 OUT: <robin --> bird>. %1.00;0.36% // I guess robin is a type of bird.

** comparison <<robin --> bird> ==> <robin --> animal>>. // If robin is a type of bird then robin is a type of animal. <<robin --> bird> ==> <robin --> [flying]>>. %0.80% // If robin is a type of bird then robin can fly. 1 OUT: <<robin --> animal> <=> <robin --> [flying]>>. %0.80;0.45% // I guess robin is a type of animal if and only if robin can fly.

** comparison <<robin --> bird> ==> <robin --> animal>>. %0.70% // If robin is a type of bird then usually robin is a type of animal. <<robin --> [flying]> ==> <robin --> animal>>. // If robin can fly then robin is a type of animal. 1 OUT: <<robin --> bird> <=> <robin --> [flying]>>. %0.70;0.45% // I guess robin is a type of bird if and only if robin can fly.

** analogy <<robin --> bird> ==> <robin --> animal>>. // If robin is a type of bird then robin is a type of animal. <<robin --> bird> <=> <robin --> [flying]>>. %0.80% // Usually, robin is a type of bird if and only if robin can fly. 1 OUT: <<robin --> [flying]> ==> <robin --> animal>>. %0.80;0.65% // If robin can fly then probably robin is a type of animal.

** analogy <robin --> bird>. // Robin is a type of bird. <<robin --> bird> <=> <robin --> [flying]>>. %0.80% // Usually, robin is a type of bird if and only if robin can fly. 1 OUT: <robin --> [flying]>. %0.80;0.65% // I guess usually robin can fly.

** resemblance <<robin --> animal> <=> <robin --> bird>>. // Robin is a type of animal if and only if robin is a type of bird. <<robin --> bird> <=> <robin --> [flying]>>. %0.9% // Robin is a type of bird if and only if robin can fly. 1 OUT: <<robin --> animal> <=> <robin --> [flying]>>. %0.90;0.81% // Robin is a type of animal if and only if robin can fly.

** conversions between Implication and Equivalence <<robin --> [flying]> ==> <robin --> bird>>. %0.9% // If robin can fly then robin is a type of bird. <<robin --> bird> ==> <robin --> [flying]>>. %0.9% // If robin is a type of bird then robin can fly. 1 OUT: <<robin --> bird> <=> <robin --> [flying]>>. %0.81;0.81% // Robin can fly if and only if robin is a type of bird.

** compound composition, two premises <<robin --> bird> ==> <robin --> animal>>. // If robin is a type of bird then robin is a type of animal. <<robin --> bird> ==> <robin --> [flying]>>. %0.9% // If robin is a type of bird then robin can fly. 1 OUT: <<robin --> bird> ==> (||,<robin --> [flying]>,<robin --> animal>)>. %1.00;0.81% // If robin is a type of bird then robin is a type of animal or can fly. OUT: <<robin --> bird> ==> (&&,<robin --> [flying]>,<robin --> animal>)>. %0.90;0.81% // If robin is a type of bird then usually robin is a type of animal and can fly.

** compound composition, two premises <<robin --> bird> ==> <robin --> animal>>. // If robin is a type of bird then robin is a type of animal. <<robin --> [flying]> ==> <robin --> animal>>. %0.9% // If robin can fly then robin is a type of animal. 1 OUT: <(&&,<robin --> [flying]>,<robin --> bird>) ==> <robin --> animal>>. %1.00;0.81% // If robin can fly and is a type of bird then robin is a type of animal. OUT: <(||,<robin --> [flying]>,<robin --> bird>) ==> <robin --> animal>>. %0.90;0.81% // If robin can fly or is a type of bird then robin is a type of animal.

** compound decomposition, two premises <<robin --> bird> ==> (&&,<robin --> animal>,<robin --> [flying]>)>. %0% // If robin is a type of bird then robin is not a type of flying animal. <<robin --> bird> ==> <robin --> [flying]>>. // If robin is a type of bird then robin can fly. 1 OUT: <<robin --> bird> ==> <robin --> animal>>. %0.00;0.81% // It is unlikely that if a robin is a type of bird then robin is a type of animal.

** compound decomposition, two premises (&&,<robin --> [flying]>,<robin --> swimmer>). %0% // Robin cannot be both a flyer and a swimmer. <robin --> [flying]>. // Robin can fly. 4 OUT: <robin --> swimmer>. %0.00;0.81% // Robin cannot swim.

** compound decomposition, two premises (||,<robin --> [flying]>,<robin --> swimmer>). // Robin can fly or swim. <robin --> swimmer>. %0% // Robin cannot swim. 1 OUT: <robin --> [flying]>. %1.00;0.81% // Robin can fly.

** compound composition, one premises <robin --> [flying]>. // Robin can fly. (||,<robin --> [flying]>,<robin --> swimmer>)? // Can robin fly or swim? 5 OUT: (||,<robin --> swimmer>,<robin --> [flying]>). %1.00;0.81% // Robin can fly or swim.

** compound decomposition, one premises (&&,<robin --> swimmer>,<robin --> [flying]>). %0.9% // Robin can fly and swim. 2 OUT: <robin --> swimmer>. %0.90;0.73% // Robin can swim. 6 OUT: <robin --> [flying]>. %0.90;0.73% // Robin can fly.

** negation (--,<robin --> [flying]>). %0.1% // It is unlikely that robin cannot fly. 1 OUT: <robin --> [flying]>. %0.90;0.90% // Robin can fly.

** negation <robin --> [flying]>. %0.9% // Robin can fly. (--,<robin --> [flying]>)? // Can robin fly or not? 1 OUT: (--,<robin --> [flying]>). %0.10;0.90% // It is unlikely that robin cannot fly.

** contraposition <(--,<robin --> bird>) ==> <robin --> [flying]>>. %0.1% // It is unlikely that if robin is not a type of bird then robin can fly. <(--,<robin --> [flying]>) ==> <robin --> bird>>? // If robin cannot fly then is robin a type of bird? 18 OUT: <(--,<robin --> [flying]>) ==> <robin --> bird>>. %0.00;0.45% // I guess it is unlikely that if robin cannot fly then robin is a type of bird.

** conditional deduction <(&&,<robin --> [flying]>,<robin --> [with-wings]>) ==> <robin --> bird>>. // If robin can fly and has wings then robin is a bird. <robin --> [flying]>. // robin can fly. 3 OUT: <<robin --> [with-wings]> ==> <robin --> bird>>. %1.00;0.81% // If robin has wings then robin is a bird

** conditional deduction <(&&,<robin --> [chirping]>,<robin --> [flying]>,<robin --> [with-wings]>) ==> <robin --> bird>>. // If robin can fly, has wings, and chirps, then robin is a bird <robin --> [flying]>. // robin can fly. 5 OUT: <(&&,<robin --> [chirping]>,<robin --> [with-wings]>) ==> <robin --> bird>>. %1.00;0.81% // If robin has wings and chirps then robin is a bird.

** conditional deduction <(&&,<robin --> bird>,<robin --> [living]>) ==> <robin --> animal>>. // If robin is a bird and it's living, then robin is an animal <<robin --> [flying]> ==> <robin --> bird>>. // If robin can fly, then robin is a bird 14 OUT: <(&&,<robin --> [flying]>,<robin --> [living]>) ==> <robin --> animal>>. %1.00;0.81% // If robin is living and it can fly, then robin is an animal.

** conditional abduction <<robin --> [flying]> ==> <robin --> bird>>. // If robin can fly then robin is a bird. <(&&,<robin --> swimmer>,<robin --> [flying]>) ==> <robin --> bird>>. // If robin both swims and flys then robin is a bird. 15 OUT: <robin --> swimmer>. %1.00;0.45% // I guess robin swims.

** conditional abduction <(&&,<robin --> [with-wings]>,<robin --> [chirping]>) ==> <robin --> bird>>. // If robin is has wings and chirps, then robin is a bird <(&&,<robin --> [flying]>,<robin --> [with-wings]>,<robin --> [chirping]>) ==> <robin --> bird>>. // If robin can fly, has wings, and chirps, then robin is a bird 8 OUT: <robin --> [flying]>. %1.00;0.45% // I guess that robin can fly.

** conditional abduction <(&&,<robin --> [flying]>,<robin --> [with-wings]>) ==> <robin --> [living]>>. %0.9% // If robin can fly and it has wings, then robin is living. <(&&,<robin --> [flying]>,<robin --> bird>) ==> <robin --> [living]>>. // If robin can fly and robin is a bird then robin is living. 8 OUT: <<robin --> bird> ==> <robin --> [with-wings]>>. %1.00;0.42% // I guess if robin is a bird, then robin has wings. OUT: <<robin --> [with-wings]> ==> <robin --> bird>>. %0.90;0.45% // I guess if robin has wings, then robin is a bird.

** conditional induction <(&&,<robin --> [chirping]>,<robin --> [flying]>) ==> <robin --> bird>>. // If robin can fly and robin chirps, then robin is a bird <<robin --> [flying]> ==> <robin --> [with-beak]>>. %0.90% // If robin can fly then usually robin has a beak. 11 OUT: <(&&,<robin --> [chirping]>,<robin --> [with-beak]>) ==> <robin --> bird>>. %1.00;0.42% // I guess that if robin chirps and robin has a beak, then robin is a bird.