11_a_stories_09_m14
Swimming is great fun and everybody should try it.
arc(r_0011_0002__is, r_0011_0001__Swimming, arg0).
arc(r_0011_0002__is, r_0011_0004__fun, prd).
arc(r_0011_0004__fun, r_0011_0003__great, attrib10).
arc(r_0011_0005__and, r_0011_0002__is, conj1).
arc(r_0011_0005__and, r_0011_0006__everybody_quant, conj2).
arc(r_0011_0006__everybody_quant, r_0011_0007__should, scope).
arc(r_0011_0006__everybody_quant, z_000_11_a_stories_09_m14_19, restriction).
arc(r_0011_0007__should, r_0011_0008__try, scope).
arc(r_0011_0008__try, r_0011_0001__Swimming, arg1).
arc(r_0011_0008__try, z_000_11_a_stories_09_m14_19, arg0).
fof(formula,axiom,
? [R_11_5_AND,R_11_2_IS,R_11_1_SWIMMING,R_11_4_FUN,R_11_3_GREAT] :
( swimming(R_11_1_SWIMMING)
& great(R_11_3_GREAT)
& ! [Z_11_A_STORIES_9_M14_19] :
( true
=> ? [R_11_7_SHOULD_TRY] : should_try(R_11_7_SHOULD_TRY,Z_11_A_STORIES_9_M14_19,R_11_1_SWIMMING) )
& conj2(CONJ2)
& and(R_11_5_AND)
& conj1(R_11_5_AND,R_11_2_IS)
& is(R_11_2_IS,R_11_1_SWIMMING,R_11_4_FUN)
& fun(R_11_4_FUN)
& attrib10(R_11_4_FUN,R_11_3_GREAT) ) ).
( (IP-MAT (ILYR (ILYR (NP-SBJ;{SWIMMING} (N Swimming;{swimming}))
(BEP;_Ln_ is;{be})
(NP-PRD (ADJP (ADJ great;{great}))
(N fun;{fun})))
(CONJP (CONJ and;{and})
(ILYR (NP-SBJ (Q;_nphd_ everybody;{everybody}))
(MD;_cat_Vi_ should;{shall})
(IP-INF-CAT (VB;_Tn_ try;{try})
(NP-OB1;{SWIMMING} (PRO it;{it}))))))
(PUNC .))
(ID 11_a_stories_09_m14))