Two simultaneous fencing matches going on with the pair in the front one wearing blue leggings and one wearing white leggings as spectators watch in the background
The winners of each match will compete against one another.
There aren't necessarily any winners, and they will not necessarily compete against one another.
exists e1 p1 s1 x1 x2 x3 x13.(n_background(x13) & n_front(x3) & n_pair(x2) & exists e5 e4 e3 e2 s2 s3 s4 x4 x5 x6 x7 x8 x9 x10 x11 x12.(with(e2,x2) & in(x2,x3) & in(e5,x13) & Theme(e5,x12) & Actor(e5,x4) & v_watch(e5) & (x3 = x12) & subset_of(x8,x4) & Theme(e4,x10) & Actor(e4,x9) & v_wear(e4) & as(x10,x11) & n_spectator(x11) & n_leggings(x10) & a_white(s4) & Theme(s4,x10) & (x8 = x9) & n_thing(x8) & card_eq_1(x8) & subset_of(x5,x4) & Theme(e3,x7) & Actor(e3,x6) & v_wear(e3) & n_leggings(x7) & a_blue(s3) & Theme(s3,x7) & (x5 = x6) & n_thing(x5) & card_eq_1(x5) & a_on(s2) & Manner(e2,s2) & Actor(e2,x1) & v_go(e2)) & Topic(e1,p1) & Actor(e1,x1) & v_match(e1) & n_fencing(x1) & a_simultaneous(s1) & Theme(s1,x1) & card_eq_2(x1))
exists x1.(n_winner(x1) & all x2.(n_match(x2) -> exists e1 s1 x3.(against(e1,x3) & n_thing(x3) & card_eq_1(x3) & a_another(s1) & Theme(s1,x3) & Actor(e1,x1) & v_compete(e1) & of(x1,x2))))