premise: People are sitting at every table in a cafe.
hypothesis: The caf is very crowded, as a famous pianist is going to play today.
explanation_1: The cafe is not necessarily very crowded, even though there are people sitting at every table. There isn't necessarily any famous pianist who is going to play today.
premise_logic: exists e1 x1.(all x2.(n_table(x2) -> exists x3.(in(e1,x3) & n_cafe(x3) & at(e1,x2))) & Actor(e1,x1) & v_sit(e1) & n_people(x1))
hypothesis_logic: exists p1 s1 x1.(n_caf(x1) & exists e1 p2 s2 x2.(Topic(e1,p2) & Actor(e1,x2) & v_go(e1) & exists e2 x3.(Time(e2,x3) & n_today(x3) & Actor(e2,x2) & v_play(e2)) & n_pianist(x2) & a_famous(s2) & Theme(s2,x2)) & as(s1,p1) & r_very(s1) & Theme(s1,x1) & a_crowded(s1))
premise_sim: exists e1 x1.(v_sit(e1) & n_people(x1) & all x2.(exists x3.(n_cafe(x3) & in(e1,x3) & at(e1,x2)) | -n_table(x2)) & Actor(e1,x1))
hypothesis_sim: exists p1 s1 x1.(r_very(s1) & n_caf(x1) & exists e1 p2 s2 x2.(v_go(e1) & n_pianist(x2) & exists e2 x3.(v_play(e2) & n_today(x3) & Time(e2,x3) & Actor(e2,x2)) & a_famous(s2) & Topic(e1,p2) & Theme(s2,x2) & Actor(e1,x2)) & as(s1,p1) & a_crowded(s1) & Theme(s1,x1))