87_a_ted_talk_11
The problem is to remain an artist as we grow up.
arc(r_0087_0003__is, r_0087_0001__The_r_0087_0002__problem, arg0).
arc(r_0087_0003__is, r_0087_0008__as, prd).
arc(r_0087_0004__to_r_0087_0005__remain, r_0087_0006__an_r_0087_0007__artist, prd).
arc(r_0087_0004__to_r_0087_0005__remain, x_000_87_a_ted_talk_11_9, arg0).
arc(r_0087_0008__as, r_0087_0004__to_r_0087_0005__remain, scope).
arc(r_0087_0008__as, r_0087_0010__grow_r_0087_0011__up, restriction).
arc(r_0087_0010__grow_r_0087_0011__up, r_0087_0009__we, arg0).
fof(formula,axiom,
? [R_0087_0001__THE_R_0087_0002__PROBLEM,R_0087_0006__AN_R_0087_0007__ARTIST,X_000_87_A_TED_TALK_11_9,R_0087_0004__TO_R_0087_0005__REMAIN,R_0087_0009__WE,R_0087_0010__GROW_R_0087_0011__UP,R_0087_0008__AS,R_0087_0003__IS] :
( r_0087_0001__The_r_0087_0002__problem(R_0087_0001__THE_R_0087_0002__PROBLEM)
& r_0087_0006__an_r_0087_0007__artist(R_0087_0006__AN_R_0087_0007__ARTIST)
& r_0087_0009__we(R_0087_0009__WE)
& x_000_87_a_ted_talk_11_9(X_000_87_A_TED_TALK_11_9)
& r_0087_0003__is(R_0087_0003__IS)
& has_prd(R_0087_0003__IS,R_0087_0008__AS)
& r_0087_0008__as(R_0087_0008__AS)
& has_conj1(R_0087_0008__AS,R_0087_0010__GROW_R_0087_0011__UP)
& r_0087_0010__grow_r_0087_0011__up(R_0087_0010__GROW_R_0087_0011__UP)
& has_arg0(R_0087_0010__GROW_R_0087_0011__UP,R_0087_0009__WE)
& has_conj2(R_0087_0008__AS,R_0087_0004__TO_R_0087_0005__REMAIN)
& r_0087_0004__to_r_0087_0005__remain(R_0087_0004__TO_R_0087_0005__REMAIN)
& has_arg0(R_0087_0004__TO_R_0087_0005__REMAIN,X_000_87_A_TED_TALK_11_9)
& has_prd(R_0087_0004__TO_R_0087_0005__REMAIN,R_0087_0006__AN_R_0087_0007__ARTIST)
& has_arg0(R_0087_0003__IS,R_0087_0001__THE_R_0087_0002__PROBLEM) ) ).
( (IP-MAT (NP-SBJ (D The;{the})
(N problem;{problem}))
(BEP;_equ_Vt_ is;{be})
(IP-INF-PRD (TO to;{to})
(VB;_Ln_ remain;{remain})
(NP-PRD (D an;{an})
(N artist;{artist}))
(PP-SCON (P-CONN as;{as})
(IP-ADV (NP-SBJ (PRO we;{we}))
(VBP;_phr_Vp_ grow;{grow[up]})
(RP up;{up}))))
(PUNC .))
(ID 87_a_ted_talk_11))