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30_a_duplex
Naturally, we all made an effort to break it.

%3 r_0030_0005__made made r_0030_0001__Naturally Naturally r_0030_0005__made->r_0030_0001__Naturally [nim] r_0030_0003__we we r_0030_0005__made->r_0030_0003__we [arg0] r_0030_0004__all all r_0030_0005__made->r_0030_0004__all [nim] r_0030_0006__an_r_0030_0007__effort an effort r_0030_0005__made->r_0030_0006__an_r_0030_0007__effort [arg1] r_0030_0008__to_r_0030_0009__break to break r_0030_0006__an_r_0030_0007__effort->r_0030_0008__to_r_0030_0009__break [emb] r_0030_0010__it it r_0030_0008__to_r_0030_0009__break->r_0030_0010__it [arg1] z_000_30_a_duplex_20 r_0030_0008__to_r_0030_0009__break->z_000_30_a_duplex_20 [arg0] 
arc(r_0030_0005__made, r_0030_0001__Naturally, nim2).
arc(r_0030_0005__made, r_0030_0003__we, arg0).
arc(r_0030_0005__made, r_0030_0004__all, nim10).
arc(r_0030_0005__made, r_0030_0006__an_r_0030_0007__effort, arg1).
arc(r_0030_0006__an_r_0030_0007__effort, r_0030_0008__to_r_0030_0009__break, emb20).
arc(r_0030_0008__to_r_0030_0009__break, r_0030_0010__it, arg1).
arc(r_0030_0008__to_r_0030_0009__break, z_000_30_a_duplex_20, arg0).


%3 r_0030_0008__to_r_0030_0009__break to break z_000_30_a_duplex_20 r_0030_0008__to_r_0030_0009__break->z_000_30_a_duplex_20 [arg0] r_0030_0010__it it r_0030_0008__to_r_0030_0009__break->r_0030_0010__it [arg1] r_0030_0006__an_r_0030_0007__effort an effort r_0030_0006__an_r_0030_0007__effort->r_0030_0008__to_r_0030_0009__break [emb] r_0030_0005__made made r_0030_0005__made->r_0030_0006__an_r_0030_0007__effort [arg1] r_0030_0004__all all r_0030_0005__made->r_0030_0004__all [nim] r_0030_0003__we we r_0030_0005__made->r_0030_0003__we [arg0] r_0030_0001__Naturally Naturally r_0030_0005__made->r_0030_0001__Naturally [nim] 
fof(formula,axiom,
    ? [R_30_5_MADE,R_30_3_WE,R_30_6_AN_EFFORT,R_30_8_TO_BREAK,Z_30_A_DUPLEX_20,R_30_10_IT,R_30_4_ALL,R_30_1_NATURALLY] :
      ( we(R_30_3_WE)
      & it(R_30_10_IT)
      & all(R_30_4_ALL)
      & naturally(R_30_1_NATURALLY)
      & made(R_30_5_MADE,R_30_3_WE,R_30_6_AN_EFFORT)
      & an_effort(R_30_6_AN_EFFORT)
      & emb20(R_30_6_AN_EFFORT,R_30_8_TO_BREAK)
      & to_break(R_30_8_TO_BREAK,Z_30_A_DUPLEX_20,R_30_10_IT)
      & nim10(R_30_5_MADE,R_30_4_ALL)
      & nim2(R_30_5_MADE,R_30_1_NATURALLY) ) ).


n30_a_duplex n30_a_duplex__1_1_1_1 Naturally n30_a_duplex__1_2_1 , n30_a_duplex__1_3_1_1 we n30_a_duplex__1_4_1_1 all n30_a_duplex__1_5_1 made n30_a_duplex__1_6_1_1 an n30_a_duplex__1_6_2_1 effort n30_a_duplex__1_6_3_1_1 to n30_a_duplex__1_6_3_2_1 break n30_a_duplex__1_6_3_3_1_1 it n30_a_duplex__1_7_1 . n30_a_duplex__1 IP-MAT n30_a_duplex__1_1 ADVP-NIM n30_a_duplex__1->n30_a_duplex__1_1 n30_a_duplex__1_2 PUNC n30_a_duplex__1->n30_a_duplex__1_2 n30_a_duplex__1_3 NP-SBJ n30_a_duplex__1->n30_a_duplex__1_3 n30_a_duplex__1_4 ADVP-NIM n30_a_duplex__1->n30_a_duplex__1_4 n30_a_duplex__1_5 VBD;_Tn_ n30_a_duplex__1->n30_a_duplex__1_5 n30_a_duplex__1_6 NP-OB1 n30_a_duplex__1->n30_a_duplex__1_6 n30_a_duplex__1_7 PUNC n30_a_duplex__1->n30_a_duplex__1_7 n30_a_duplex__1_1_1 ADV n30_a_duplex__1_1->n30_a_duplex__1_1_1 n30_a_duplex__1_1_1->n30_a_duplex__1_1_1_1 n30_a_duplex__1_2->n30_a_duplex__1_2_1 n30_a_duplex__1_3_1 PRO n30_a_duplex__1_3->n30_a_duplex__1_3_1 n30_a_duplex__1_3_1->n30_a_duplex__1_3_1_1 n30_a_duplex__1_4_1 ADV n30_a_duplex__1_4->n30_a_duplex__1_4_1 n30_a_duplex__1_4_1->n30_a_duplex__1_4_1_1 n30_a_duplex__1_5->n30_a_duplex__1_5_1 n30_a_duplex__1_6_1 D n30_a_duplex__1_6->n30_a_duplex__1_6_1 n30_a_duplex__1_6_2 N n30_a_duplex__1_6->n30_a_duplex__1_6_2 n30_a_duplex__1_6_3 IP-INF n30_a_duplex__1_6->n30_a_duplex__1_6_3 n30_a_duplex__1_6_1->n30_a_duplex__1_6_1_1 n30_a_duplex__1_6_2->n30_a_duplex__1_6_2_1 n30_a_duplex__1_6_3_1 TO n30_a_duplex__1_6_3->n30_a_duplex__1_6_3_1 n30_a_duplex__1_6_3_2 VB;_Tn_ n30_a_duplex__1_6_3->n30_a_duplex__1_6_3_2 n30_a_duplex__1_6_3_3 NP-OB1 n30_a_duplex__1_6_3->n30_a_duplex__1_6_3_3 n30_a_duplex__1_6_3_1->n30_a_duplex__1_6_3_1_1 n30_a_duplex__1_6_3_2->n30_a_duplex__1_6_3_2_1 n30_a_duplex__1_6_3_3_1 PRO n30_a_duplex__1_6_3_3->n30_a_duplex__1_6_3_3_1 n30_a_duplex__1_6_3_3_1->n30_a_duplex__1_6_3_3_1_1 n30_a_duplex__1_7->n30_a_duplex__1_7_1 
( (IP-MAT (ADVP-NIM (ADV Naturally;{naturally}))
          (PUNC ,)
          (NP-SBJ;{JOURNALISTS} (PRO we;{we}))
          (ADVP-NIM (ADV all;{all}))
          (VBD;_Tn_ made;{make})
          (NP-OB1 (D an;{an})
                  (N effort;{effort})
                  (IP-INF (TO to;{to})
                          (VB;_Tn_ break;{break})
                          (NP-OB1;{ROBOT_CALLER} (PRO it;{it}))))
          (PUNC .))
  (ID 30_a_duplex))