premise: A standing man in a suit finishes his turn in a chess game as his seated opponent begins his in a crowded park.
hypothesis: A business man is fishing alone in the middle of the Pacific ocean.
explanation_1: Opponent implies the man is not alone.
explanation_2: Playing a chess game and fishing are not the same activity. If someone's opponent is present, then one cannot be alone. A crowded park is a different location than the middle of the Pacific ocean.
explanation_3: A standing man in a suit finishes his turn in a chess game as his seated opponent begins his in a crowded park is entirely different from a business man is fishing alone in the middle of the Pacific ocean.
premise_logic: exists e2 e3 e1 p1 x1 x2 x3 x4 x5 x6.(exists e4 s1 x7 x8.(in(e4,x8) & n_park(x8) & a_crowded(s1) & Theme(s1,x8) & Theme(e4,x7) & Actor(e4,x6) & v_begin(e4) & n_his(x7)) & n_opponent(x6) & Theme(e3,x6) & v_seat(e3) & of(x6,x1) & n_male(x1) & n_male(x1) & as(e2,p1) & Theme(e2,x3) & Actor(e2,x1) & v_finish(e2) & in(x3,x4) & n_game(x4) & of(x4,x5) & n_chess(x5) & n_turn(x3) & of(x3,x1) & in(x1,x2) & n_suit(x2) & n_man(x1) & Actor(e1,x1) & v_stand(e1))
hypothesis_logic: exists e1 s1 x1 x2 x3 x4 x5.(n_ocean(x4) & (x4 = x5) & ne_geo_pacific(x5) & n_middle(x3) & in(e1,x3) & of(x3,x4) & a_alone(s1) & Manner(e1,s1) & Actor(e1,x1) & v_fish(e1) & n_man(x1) & of(x1,x2) & n_business(x2))
premise_sim: exists e2 e3 e1 p1 x1 x2 x3 x4 x5 x6.(v_stand(e1) & v_seat(e3) & v_finish(e2) & of(x6,x1) & of(x4,x5) & of(x3,x1) & n_turn(x3) & n_suit(x2) & n_opponent(x6) & n_man(x1) & n_male(x1) & n_game(x4) & n_chess(x5) & in(x3,x4) & in(x1,x2) & exists e4 s1 x7 x8.(v_begin(e4) & n_park(x8) & n_his(x7) & in(e4,x8) & a_crowded(s1) & Theme(s1,x8) & Theme(e4,x7) & Actor(e4,x6)) & as(e2,p1) & Theme(e3,x6) & Theme(e2,x3) & Actor(e2,x1) & Actor(e1,x1))
hypothesis_sim: exists e1 s1 x1 x2 x3 x4 x5.(v_fish(e1) & of(x3,x4) & of(x1,x2) & ne_geo_pacific(x5) & n_ocean(x4) & n_middle(x3) & n_man(x1) & n_business(x2) & in(e1,x3) & a_alone(s1) & Manner(e1,s1) & Actor(e1,x1) & (x4 = x5))