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132_a_lob_n02
An' he say for true!’

n132_a_lob_n02 n132_a_lob_n02__1_1_1 An' n132_a_lob_n02__1_2_1_1 he n132_a_lob_n02__1_3_1 say n132_a_lob_n02__1_4_1_1 for n132_a_lob_n02__1_4_2_1_1 true n132_a_lob_n02__1_5_1 ! n132_a_lob_n02__1_6_1 <rquo> n132_a_lob_n02__1 IP-MAT n132_a_lob_n02__1_1 CONJ;_cl_ n132_a_lob_n02__1->n132_a_lob_n02__1_1 n132_a_lob_n02__1_2 NP-SBJ n132_a_lob_n02__1->n132_a_lob_n02__1_2 n132_a_lob_n02__1_3 VBP;__ n132_a_lob_n02__1->n132_a_lob_n02__1_3 n132_a_lob_n02__1_4 PP-NIM n132_a_lob_n02__1->n132_a_lob_n02__1_4 n132_a_lob_n02__1_5 PUNC n132_a_lob_n02__1->n132_a_lob_n02__1_5 n132_a_lob_n02__1_6 PURQ n132_a_lob_n02__1->n132_a_lob_n02__1_6 n132_a_lob_n02__1_1->n132_a_lob_n02__1_1_1 n132_a_lob_n02__1_2_1 PRO n132_a_lob_n02__1_2->n132_a_lob_n02__1_2_1 n132_a_lob_n02__1_2_1->n132_a_lob_n02__1_2_1_1 n132_a_lob_n02__1_3->n132_a_lob_n02__1_3_1 n132_a_lob_n02__1_4_1 P-ROLE n132_a_lob_n02__1_4->n132_a_lob_n02__1_4_1 n132_a_lob_n02__1_4_2 ADJP-PRD n132_a_lob_n02__1_4->n132_a_lob_n02__1_4_2 n132_a_lob_n02__1_4_1->n132_a_lob_n02__1_4_1_1 n132_a_lob_n02__1_4_2_1 ADJ n132_a_lob_n02__1_4_2->n132_a_lob_n02__1_4_2_1 n132_a_lob_n02__1_4_2_1->n132_a_lob_n02__1_4_2_1_1 n132_a_lob_n02__1_5->n132_a_lob_n02__1_5_1 n132_a_lob_n02__1_6->n132_a_lob_n02__1_6_1 
( (IP-MAT (CONJ;_cl_ An<apos>;{and})
          (NP-SBJ;{PIERS} (PRO he;{he}))
          (VBP;__ say;{say})
          (PP-NIM (P-ROLE for;{for})
                  (ADJP-PRD (ADJ true;{true})))
          (PUNC !)
          (PURQ <rquo>))
  (ID 132_a_lob_n02))


%3 r_0132_0003__say say r_0132_0002__he he r_0132_0003__say->r_0132_0002__he [arg0] 
arc(r_0132_0003__say,r_0132_0002__he,arg0).


%3 r_0132_0003__say say r_0132_0002__he he r_0132_0003__say->r_0132_0002__he [arg0] 
fof(formula,axiom,
    ? [R_0132_0002__HE,R_0132_0003__SAY] :
      ( r_0132_0002__he(R_0132_0002__HE)
      & r_0132_0003__say(R_0132_0003__SAY)
      & has_arg0(R_0132_0003__SAY,R_0132_0002__HE) ) ).