arc(r_0029_0001__The_r_0029_0003__angle, r_0029_0002__directional, attrib5).
arc(r_0029_0001__The_r_0029_0003__angle, r_0029_0005__the_r_0029_0006__scanner, r_0029_0004__of).
arc(r_0029_0007__could, r_0029_0008__be, scope).
arc(r_0029_0008__be, r_0029_0001__The_r_0029_0003__angle, arg0).
arc(r_0029_0008__be, r_0029_0009__adjusted, prd).
arc(r_0029_0010__to_r_0029_0011__cover, r_0029_0012__any_r_0029_0014__area, arg1).
arc(r_0029_0010__to_r_0029_0011__cover, z_000_29_a_lob_n01_27, arg0).
arc(r_0029_0012__any_r_0029_0014__area, r_0029_0013__particular, attrib35).
arc(r_0029_0012__any_r_0029_0014__area, r_0029_0017__range, r_0029_0015__within).
arc(r_0029_0017__range, r_0029_0005__the_r_0029_0006__scanner, gen).
arc(z_000_29_a_lob_n01_26, r_0029_0007__could, scope).
arc(z_000_29_a_lob_n01_26, r_0029_0010__to_r_0029_0011__cover, restriction).

fof(formula,axiom,
    ? [R_0029_0002__DIRECTIONAL,R_0029_0005__THE_R_0029_0006__SCANNER,R_0029_0001__THE_R_0029_0003__ANGLE,R_0029_0009__ADJUSTED,R_0029_0007__COULD_R_0029_0008__BE,R_0029_0013__PARTICULAR,R_0029_0017__RANGE,R_0029_0012__ANY_R_0029_0014__AREA,Z_000_29_A_LOB_N01_27,R_0029_0010__TO_R_0029_0011__COVER,Z_000_29_A_LOB_N01_26] :
      ( r_0029_0002__directional(R_0029_0002__DIRECTIONAL)
      & r_0029_0005__the_r_0029_0006__scanner(R_0029_0005__THE_R_0029_0006__SCANNER)
      & r_0029_0009__adjusted(R_0029_0009__ADJUSTED)
      & r_0029_0013__particular(R_0029_0013__PARTICULAR)
      & z_000_29_a_lob_n01_27(Z_000_29_A_LOB_N01_27)
      & z_000_29_a_lob_n01_26(Z_000_29_A_LOB_N01_26)
      & has_conj1(Z_000_29_A_LOB_N01_26,R_0029_0010__TO_R_0029_0011__COVER)
      & r_0029_0010__to_r_0029_0011__cover(R_0029_0010__TO_R_0029_0011__COVER)
      & has_arg0(R_0029_0010__TO_R_0029_0011__COVER,Z_000_29_A_LOB_N01_27)
      & has_arg1(R_0029_0010__TO_R_0029_0011__COVER,R_0029_0012__ANY_R_0029_0014__AREA)
      & r_0029_0012__any_r_0029_0014__area(R_0029_0012__ANY_R_0029_0014__AREA)
      & has_r_0029_0015__within(R_0029_0012__ANY_R_0029_0014__AREA,R_0029_0017__RANGE)
      & r_0029_0017__range(R_0029_0017__RANGE)
      & has_gen(R_0029_0017__RANGE,R_0029_0005__THE_R_0029_0006__SCANNER)
      & has_attrib35(R_0029_0012__ANY_R_0029_0014__AREA,R_0029_0013__PARTICULAR)
      & has_conj2(Z_000_29_A_LOB_N01_26,R_0029_0007__COULD_R_0029_0008__BE)
      & r_0029_0007__could_r_0029_0008__be(R_0029_0007__COULD_R_0029_0008__BE)
      & has_prd(R_0029_0007__COULD_R_0029_0008__BE,R_0029_0009__ADJUSTED)
      & has_arg0(R_0029_0007__COULD_R_0029_0008__BE,R_0029_0001__THE_R_0029_0003__ANGLE)
      & r_0029_0001__The_r_0029_0003__angle(R_0029_0001__THE_R_0029_0003__ANGLE)
      & has_r_0029_0004__of(R_0029_0001__THE_R_0029_0003__ANGLE,R_0029_0005__THE_R_0029_0006__SCANNER)
      & has_attrib5(R_0029_0001__THE_R_0029_0003__ANGLE,R_0029_0002__DIRECTIONAL) ) ).

( (IP-MAT (NP-SBJ (D The;{the})
                  (ADJP (ADJ directional;{directional}))
                  (N angle;{angle})
                  (PP (P-ROLE of;{of})
                      (NP;{SCANNER} (D the;{the})
                                    (N scanner;{scanner}))))
          (MD;_cat_Vi_ could;{can})
          (IP-INF-CAT (BE;_La_ be;{be})
                      (ADJP-PRD (ADJ adjusted;{adjusted})))
          (PP-SCON (IP-INF3 (TO to;{to})
                            (VB;_Tn_ cover;{cover})
                            (NP-OB1 (D any;{any})
                                    (ADJP (ADJ particular;{particular}))
                                    (N area;{area})
                                    (PP (P-ROLE within;{within})
                                        (NP (NP-GEN;{SCANNER} (PRO;_genm_ its;{its}))
                                            (N range;{range}))))))
          (PUNC .))
  (ID 29_a_lob_n01))