50_a_driver_handbook
Turn left, choose the left lane, and exit (yellow car.)
arc(r_0050_0001__Turn, r_0050_0002__left, clr6).
arc(r_0050_0001__Turn, z_000_50_a_driver_handbook_1, arg0).
arc(r_0050_0004__choose, r_0050_0005__the_r_0050_0007__lane, arg1).
arc(r_0050_0004__choose, z_000_50_a_driver_handbook_1, arg0).
arc(r_0050_0005__the_r_0050_0007__lane, r_0050_0006__left, attrib18).
arc(r_0050_0009__and, r_0050_0001__Turn, conj1).
arc(r_0050_0009__and, r_0050_0004__choose, conj2).
arc(r_0050_0009__and, r_0050_0010__exit, conj3).
arc(r_0050_0010__exit, z_000_50_a_driver_handbook_1, arg0).
fof(formula,axiom,
? [R_50_9_AND,R_50_1_TURN,R_50_2_LEFT,R_50_4_CHOOSE,R_50_5_THE_LANE,R_50_6_LEFT,R_50_10_EXIT,Z_50_A_DRIVER_HANDBOOK_1] :
( left(R_50_2_LEFT)
& left(R_50_6_LEFT)
& and(R_50_9_AND)
& conj1(R_50_9_AND,R_50_1_TURN)
& turn(R_50_1_TURN,Z_50_A_DRIVER_HANDBOOK_1)
& clr6(R_50_1_TURN,R_50_2_LEFT)
& conj2(R_50_9_AND,R_50_4_CHOOSE)
& choose(R_50_4_CHOOSE,Z_50_A_DRIVER_HANDBOOK_1,R_50_5_THE_LANE)
& the_lane(R_50_5_THE_LANE)
& attrib18(R_50_5_THE_LANE,R_50_6_LEFT)
& conj3(R_50_9_AND,R_50_10_EXIT)
& exit(R_50_10_EXIT,Z_50_A_DRIVER_HANDBOOK_1) ) ).
( (IP-IMP (ILYR (ILYR (VB;_Ip_ Turn;{turn[left]})
(ADVP-CLR (ADV left;{left})))
(PUNC ,)
(CONJP (ILYR (VB;_Tn_ choose;{choose})
(NP-OB1 (D the;{the})
(ADJP (ADJ left;{left}))
(N lane;{lane}))))
(PUNC ,)
(CONJP (CONJ and;{and})
(ILYR (VB;_I_ exit;{exit}))))
(PULB -LRB-)
(PRN (NP (ADJP (ADJ yellow;{yellow}))
(N car;{car})))
(PUNC .)
(PURB -RRB-))
(ID 50_a_driver_handbook))