88_a_lob_n01
‘I have arranged,’ concluded Alastair, ‘for her to have the car at the point where the 14 - kilometre stone track meets the runway.
arc(r_0088_0003__have, r_0088_0004__arranged, scope).
arc(r_0088_0004__arranged, r_0088_0002__I, arg0).
arc(r_0088_0004__arranged, r_0088_0011__for_r_0088_0013__to_r_0088_0014__have, arg1).
arc(r_0088_0011__for_r_0088_0013__to_r_0088_0014__have, r_0088_0012__her, arg0).
arc(r_0088_0011__for_r_0088_0013__to_r_0088_0014__have, r_0088_0015__the_r_0088_0016__car, arg1).
arc(r_0088_0011__for_r_0088_0013__to_r_0088_0014__have, r_0088_0018__the_r_0088_0019__point, r_0088_0017__at_nim45).
arc(r_0088_0027__meets, r_0088_0018__the_r_0088_0019__point, nim51).
arc(r_0088_0027__meets, r_0088_0021__the_r_0088_0022__14_r_0088_0024__kilometre_r_0088_0025__stone_r_0088_0026__track, arg0).
arc(r_0088_0027__meets, r_0088_0028__the_r_0088_0029__runway, arg1).
fof(formula,axiom,
? [R_0088_0002__I,R_0088_0012__HER,R_0088_0015__THE_R_0088_0016__CAR,R_0088_0018__THE_R_0088_0019__POINT,R_0088_0011__FOR_R_0088_0013__TO_R_0088_0014__HAVE,R_0088_0003__HAVE_R_0088_0004__ARRANGED,R_0088_0021__THE_R_0088_0022__14_R_0088_0024__KILOMETRE_R_0088_0025__STONE_R_0088_0026__TRACK,R_0088_0028__THE_R_0088_0029__RUNWAY,R_0088_0027__MEETS] :
( r_0088_0002__I(R_0088_0002__I)
& r_0088_0012__her(R_0088_0012__HER)
& r_0088_0015__the_r_0088_0016__car(R_0088_0015__THE_R_0088_0016__CAR)
& r_0088_0018__the_r_0088_0019__point(R_0088_0018__THE_R_0088_0019__POINT)
& r_0088_0021__the_r_0088_0022__14_r_0088_0024__kilometre_r_0088_0025__stone_r_0088_0026__track(R_0088_0021__THE_R_0088_0022__14_R_0088_0024__KILOMETRE_R_0088_0025__STONE_R_0088_0026__TRACK)
& r_0088_0028__the_r_0088_0029__runway(R_0088_0028__THE_R_0088_0029__RUNWAY)
& r_0088_0027__meets(R_0088_0027__MEETS)
& has_arg1(R_0088_0027__MEETS,R_0088_0028__THE_R_0088_0029__RUNWAY)
& has_arg0(R_0088_0027__MEETS,R_0088_0021__THE_R_0088_0022__14_R_0088_0024__KILOMETRE_R_0088_0025__STONE_R_0088_0026__TRACK)
& has_nim51(R_0088_0027__MEETS,R_0088_0018__THE_R_0088_0019__POINT)
& r_0088_0003__have_r_0088_0004__arranged(R_0088_0003__HAVE_R_0088_0004__ARRANGED)
& has_arg1(R_0088_0003__HAVE_R_0088_0004__ARRANGED,R_0088_0011__FOR_R_0088_0013__TO_R_0088_0014__HAVE)
& r_0088_0011__for_r_0088_0013__to_r_0088_0014__have(R_0088_0011__FOR_R_0088_0013__TO_R_0088_0014__HAVE)
& has_r_0088_0017__at_nim45(R_0088_0011__FOR_R_0088_0013__TO_R_0088_0014__HAVE,R_0088_0018__THE_R_0088_0019__POINT)
& has_arg1(R_0088_0011__FOR_R_0088_0013__TO_R_0088_0014__HAVE,R_0088_0015__THE_R_0088_0016__CAR)
& has_arg0(R_0088_0011__FOR_R_0088_0013__TO_R_0088_0014__HAVE,R_0088_0012__HER)
& has_arg0(R_0088_0003__HAVE_R_0088_0004__ARRANGED,R_0088_0002__I) ) ).
( (IP-MAT (PULQ <lquo>)
(NP-SBJ;{ALASTAIR} (PRO I;{I}))
(HVP;_cat_Ve_ have;{have})
(IP-PPL-CAT (VVN;__ arranged;{arrange})
(PUNC ,)
(PURQ <rquo>)
(PRN (IP-MAT (VBD;_Tr_ concluded;{conclude})
(NP-SBJ;{ALASTAIR} (NPR Alastair;{Alastair}))))
(PUNC ,)
(PULQ <lquo>)
(IP-INF-OB1 (P-CONN for;{for})
(NP-SBJ;{GLORIA} (PRO her;{her}))
(TO to;{to})
(HV;_Tn_ have;{have})
(NP-OB1 (D the;{the})
(N car;{car}))
(PP-NIM (P-ROLE at;{at})
(NP (D the;{the})
(N point;{point})
(IP-REL (ADVP-NIM (RADV where;{where}))
(NP-SBJ (D the;{the})
(NUM 14)
(PUNC <hyphen>)
(N kilometre;{kilometre})
(N stone;{stone})
(N track;{track}))
(VBP;__ meets;{meet})
(NP-OB1 (D the;{the})
(N runway;{runway})))))))
(PUNC .))
(ID 88_a_lob_n01))