1_a_stories_09_m14
Swimming is really being able to get out from a river you have fallen in without drowning.
arc(r_0001_0002__is, r_0001_0001__Swimming, arg0).
arc(r_0001_0002__is, r_0001_0004__being, prd).
arc(r_0001_0004__being, r_0001_0003__really, nim8).
arc(r_0001_0004__being, r_0001_0005__able, prd).
arc(r_0001_0004__being, x_000_1_a_stories_09_m14_7, arg0).
arc(r_0001_0005__able, r_0001_0016__without, emb16).
arc(r_0001_0006__to_r_0001_0007__get, r_0001_0008__out, clr21).
arc(r_0001_0006__to_r_0001_0007__get, r_0001_0010__a_r_0001_0011__river, r_0001_0009__from_nim27).
arc(r_0001_0006__to_r_0001_0007__get, z_000_1_a_stories_09_m14_16, arg0).
arc(r_0001_0013__have, r_0001_0014__fallen, scope).
arc(r_0001_0014__fallen, r_0001_0010__a_r_0001_0011__river, r_0001_0015__in_clr44).
arc(r_0001_0014__fallen, r_0001_0012__you, arg0).
arc(r_0001_0016__without, r_0001_0006__to_r_0001_0007__get, scope).
arc(r_0001_0016__without, r_0001_0017__drowning, restriction).
arc(r_0001_0017__drowning, z_000_1_a_stories_09_m14_16, arg0).
fof(formula,axiom,
? [R_1_2_IS,R_1_1_SWIMMING,R_1_4_BEING,X_1_A_STORIES_9_M14_7,R_1_3_REALLY,R_1_5_ABLE,R_1_16_WITHOUT,R_1_17_DROWNING,R_1_6_TO_GET,Z_1_A_STORIES_9_M14_16,R_1_8_OUT,R_1_13_HAVE_FALLEN,R_1_12_YOU,R_1_10_A_RIVER] :
( swimming(R_1_1_SWIMMING)
& really(R_1_3_REALLY)
& out(R_1_8_OUT)
& you(R_1_12_YOU)
& a_river(R_1_10_A_RIVER)
& is(R_1_2_IS,R_1_1_SWIMMING,R_1_4_BEING)
& being(R_1_4_BEING,X_1_A_STORIES_9_M14_7,R_1_5_ABLE)
& able(R_1_5_ABLE)
& emb16(R_1_5_ABLE,R_1_16_WITHOUT)
& without(R_1_16_WITHOUT)
& conj1(R_1_16_WITHOUT,R_1_17_DROWNING)
& drowning(R_1_17_DROWNING,Z_1_A_STORIES_9_M14_16)
& conj2(R_1_16_WITHOUT,R_1_6_TO_GET)
& to_get(R_1_6_TO_GET,Z_1_A_STORIES_9_M14_16)
& clr21(R_1_6_TO_GET,R_1_8_OUT)
& from_nim27(R_1_6_TO_GET,R_1_10_A_RIVER)
& nim8(R_1_4_BEING,R_1_3_REALLY)
& have_fallen(R_1_13_HAVE_FALLEN,R_1_12_YOU)
& in_clr44(R_1_13_HAVE_FALLEN,R_1_10_A_RIVER) ) ).
( (IP-MAT (NP-SBJ (N Swimming;{swimming}))
(BEP;_equ_Vg_ is;{be})
(IP-PPL-PRD (ADVP-NIM (ADV really;{really}))
(BAG;_La_ being;{be})
(ADJP-PRD (ADJ;_cat_ able;{able})
(IP-INF (TO to;{to})
(VB;_Ip_ get;{get[out]})
(ADVP-CLR (RP out;{out}))
(PP-NIM (P-ROLE from;{from})
(NP (D a;{a})
(N river;{river})
(IP-REL (NP-SBJ (PRO you;{you}))
(HVP;_cat_Ve_ have;{have})
(IP-PPL-CAT (VVN;_Ipr_ fallen;{fall[in]})
(PP-CLR (P-ROLE in;{in})
(NP *T*))))))
(PP-SCON (P-CONN without;{without})
(IP-PPL2 (VAG;_I_ drowning;{drown}))))))
(PUNC .))
(ID 1_a_stories_09_m14))