Context                Previous, Next                Top


228_a_ted_talk_11
Anyway, she went to see this specialist.

%3 r_0228_0004__went went r_0228_0001__Anyway Anyway r_0228_0004__went->r_0228_0001__Anyway [nim] r_0228_0003__she she r_0228_0004__went->r_0228_0003__she [arg0] r_0228_0005__to_r_0228_0006__see to see r_0228_0004__went->r_0228_0005__to_r_0228_0006__see [clr] r_0228_0005__to_r_0228_0006__see->r_0228_0003__she [arg0] r_0228_0007__this_r_0228_0008__specialist this specialist r_0228_0005__to_r_0228_0006__see->r_0228_0007__this_r_0228_0008__specialist [arg1] 
arc(r_0228_0004__went, r_0228_0001__Anyway, nim2).
arc(r_0228_0004__went, r_0228_0003__she, arg0).
arc(r_0228_0004__went, r_0228_0005__to_r_0228_0006__see, clr12).
arc(r_0228_0005__to_r_0228_0006__see, r_0228_0003__she, arg0).
arc(r_0228_0005__to_r_0228_0006__see, r_0228_0007__this_r_0228_0008__specialist, arg1).


%3 r_0228_0004__went went r_0228_0001__Anyway Anyway r_0228_0004__went->r_0228_0001__Anyway [nim] r_0228_0003__she she r_0228_0004__went->r_0228_0003__she [arg0] r_0228_0005__to_r_0228_0006__see to see r_0228_0004__went->r_0228_0005__to_r_0228_0006__see [clr] r_0228_0005__to_r_0228_0006__see->r_0228_0003__she [arg0] r_0228_0007__this_r_0228_0008__specialist this specialist r_0228_0005__to_r_0228_0006__see->r_0228_0007__this_r_0228_0008__specialist [arg1] 
fof(formula,axiom,
    ? [R_228_4_WENT,R_228_5_TO_SEE,R_228_3_SHE,R_228_7_THIS_SPECIALIST,R_228_1_ANYWAY] :
      ( she(R_228_3_SHE)
      & this_specialist(R_228_7_THIS_SPECIALIST)
      & anyway(R_228_1_ANYWAY)
      & went(R_228_4_WENT,R_228_3_SHE)
      & clr12(R_228_4_WENT,R_228_5_TO_SEE)
      & to_see(R_228_5_TO_SEE,R_228_3_SHE,R_228_7_THIS_SPECIALIST)
      & nim2(R_228_4_WENT,R_228_1_ANYWAY) ) ).


n228_a_ted_talk_11 n228_a_ted_talk_11_4 Anyway n228_a_ted_talk_11_6 , n228_a_ted_talk_11_9 she n228_a_ted_talk_11_11 went n228_a_ted_talk_11_14 to n228_a_ted_talk_11_16 see n228_a_ted_talk_11_19 this n228_a_ted_talk_11_21 specialist n228_a_ted_talk_11_23 . n228_a_ted_talk_11_1 IP-MAT n228_a_ted_talk_11_2 ADVP-NIM n228_a_ted_talk_11_1->n228_a_ted_talk_11_2 n228_a_ted_talk_11_5 PUNC n228_a_ted_talk_11_1->n228_a_ted_talk_11_5 n228_a_ted_talk_11_7 NP-SBJ n228_a_ted_talk_11_1->n228_a_ted_talk_11_7 n228_a_ted_talk_11_10 VBD;_It_ n228_a_ted_talk_11_1->n228_a_ted_talk_11_10 n228_a_ted_talk_11_12 IP-INF-CLR n228_a_ted_talk_11_1->n228_a_ted_talk_11_12 n228_a_ted_talk_11_22 PUNC n228_a_ted_talk_11_1->n228_a_ted_talk_11_22 n228_a_ted_talk_11_3 ADV n228_a_ted_talk_11_2->n228_a_ted_talk_11_3 n228_a_ted_talk_11_3->n228_a_ted_talk_11_4 n228_a_ted_talk_11_5->n228_a_ted_talk_11_6 n228_a_ted_talk_11_8 PRO n228_a_ted_talk_11_7->n228_a_ted_talk_11_8 n228_a_ted_talk_11_8->n228_a_ted_talk_11_9 n228_a_ted_talk_11_10->n228_a_ted_talk_11_11 n228_a_ted_talk_11_13 TO n228_a_ted_talk_11_12->n228_a_ted_talk_11_13 n228_a_ted_talk_11_15 VB;__ n228_a_ted_talk_11_12->n228_a_ted_talk_11_15 n228_a_ted_talk_11_17 NP-OB1 n228_a_ted_talk_11_12->n228_a_ted_talk_11_17 n228_a_ted_talk_11_13->n228_a_ted_talk_11_14 n228_a_ted_talk_11_15->n228_a_ted_talk_11_16 n228_a_ted_talk_11_18 D n228_a_ted_talk_11_17->n228_a_ted_talk_11_18 n228_a_ted_talk_11_20 N n228_a_ted_talk_11_17->n228_a_ted_talk_11_20 n228_a_ted_talk_11_18->n228_a_ted_talk_11_19 n228_a_ted_talk_11_20->n228_a_ted_talk_11_21 n228_a_ted_talk_11_22->n228_a_ted_talk_11_23 
( (IP-MAT (ADVP-NIM (ADV Anyway;{anyway}))
          (PUNC ,)
          (NP-SBJ;{GILLIAN} (PRO she;{she}))
          (VBD;_It_ went;{go})
          (IP-INF-CLR (TO to;{to})
                      (VB;__ see;{see})
                      (NP-OB1;{DOCTOR} (D this;{this})
                                       (N specialist;{specialist})))
          (PUNC .))
  (ID 228_a_ted_talk_11))