premise: A red dog jumps and catches a tennis ball in its mouth.
hypothesis: a man eating popcorn
explanation_1: a man is eating popcorn so he cant play with jumping dog
explanation_2: A man is not a red dog, and while the man is eating popcorn, the dog jumps and catches a tennis ball
explanation_3: A man is not a dog.
premise_logic: exists s1 s2 x1 x2 x6.(a_topic(s1) & all x4 x3.((n_ball(x3) & of(x3,x4) & n_tennis(x4)) -> exists x5.(subset_of(x5,s1) & in(x5,x6) & for(x5,x3) & n_catch(x5))) & n_mouth(x6) & of(x6,x1) & n_thing(x1) & subset_of(x1,s1) & n_jump(x1) & of(x1,x2) & n_dog(x2) & a_red(s2) & Theme(s2,x1))
hypothesis_logic: exists x1 x2 x3.(a_topic(x1) & n_popcorn(x1) & of(x1,x3) & n_eating(x3) & of(x1,x2) & n_man(x2))
premise_sim: exists s1 s2 x1 x2 x6.(subset_of(x1,s1) & of(x6,x1) & of(x1,x2) & n_thing(x1) & n_mouth(x6) & n_jump(x1) & n_dog(x2) & all x4 x3.(exists x5.(subset_of(x5,s1) & n_catch(x5) & in(x5,x6) & for(x5,x3)) | -of(x3,x4) | -n_tennis(x4) | -n_ball(x3)) & a_topic(s1) & a_red(s2) & Theme(s2,x1))
hypothesis_sim: exists x1 x2 x3.(of(x1,x3) & of(x1,x2) & n_popcorn(x1) & n_man(x2) & n_eating(x3) & a_topic(x1))