351_a_dick_1952
The ship is safe until it takes off again, then the end will come.”
arc(r_0351_0003__is, r_0351_0001__The_r_0351_0002__ship, arg0).
arc(r_0351_0003__is, r_0351_0004__safe, prd).
arc(r_0351_0005__until, r_0351_0003__is, scope).
arc(r_0351_0005__until, r_0351_0007__takes_r_0351_0008__off, restriction).
arc(r_0351_0007__takes_r_0351_0008__off, r_0351_0001__The_r_0351_0002__ship, arg0).
arc(r_0351_0007__takes_r_0351_0008__off, r_0351_0009__again, nim25).
arc(r_0351_0014__will, r_0351_0011__then, nim32).
arc(r_0351_0014__will, r_0351_0015__come, scope).
arc(r_0351_0015__come, r_0351_0012__the_r_0351_0013__end, arg0).
arc(z_000_351_a_dick_1952_2, r_0351_0005__until, conj1).
arc(z_000_351_a_dick_1952_2, r_0351_0014__will, conj2).
fof(formula,axiom,
? [Z_351_A_DICK_1952_2,R_351_5_UNTIL,R_351_7_TAKES_OFF,R_351_9_AGAIN,R_351_3_IS,R_351_1_THE_SHIP,R_351_4_SAFE,R_351_14_WILL_COME,R_351_12_THE_END,R_351_11_THEN] :
( again(R_351_9_AGAIN)
& the_ship(R_351_1_THE_SHIP)
& safe(R_351_4_SAFE)
& the_end(R_351_12_THE_END)
& then(R_351_11_THEN)
& z_351_a_dick_1952_2(Z_351_A_DICK_1952_2)
& conj1(Z_351_A_DICK_1952_2,R_351_5_UNTIL)
& until(R_351_5_UNTIL)
& conj1(R_351_5_UNTIL,R_351_7_TAKES_OFF)
& takes_off(R_351_7_TAKES_OFF,R_351_1_THE_SHIP)
& nim25(R_351_7_TAKES_OFF,R_351_9_AGAIN)
& conj2(R_351_5_UNTIL,R_351_3_IS)
& is(R_351_3_IS,R_351_1_THE_SHIP,R_351_4_SAFE)
& conj2(Z_351_A_DICK_1952_2,R_351_14_WILL_COME)
& will_come(R_351_14_WILL_COME,R_351_12_THE_END)
& nim32(R_351_14_WILL_COME,R_351_11_THEN) ) ).
( (IP-MAT (ILYR (ILYR (NP-SBJ;{SHIP} (D The;{the})
(N ship;{ship}))
(BEP;_La_ is;{be})
(ADJP-PRD (ADJ safe;{safe}))
(PP-SCON (P-CONN until;{until})
(IP-ADV (NP-SBJ;{SHIP} (PRO it;{it}))
(VBP;_phr_Vp_ takes;{take[off]})
(RP off;{off})
(ADVP-NIM (ADV again;{again})))))
(PUNC ,)
(CONJP (ILYR (ADVP-NIM (ADV then;{then}))
(NP-SBJ (D the;{the})
(N end;{end}))
(MD;_cat_Vi_ will;{will})
(IP-INF-CAT (VB;_I_ come;{come})))))
(PUNC .)
(PURQ <rdquo>))
(ID 351_a_dick_1952))