16_a_queen_broadcast
But now, as then, we know, deep down, that it is the right thing to do.
arc(r_0016_0001__But_r_0016_0008__know, r_0016_0002__now, nim4).
arc(r_0016_0001__But_r_0016_0008__know, r_0016_0005__then, r_0016_0004__as_nim12).
arc(r_0016_0001__But_r_0016_0008__know, r_0016_0007__we, arg0).
arc(r_0016_0001__But_r_0016_0008__know, r_0016_0010__deep_down, nim24).
arc(r_0016_0001__But_r_0016_0008__know, r_0016_0012__that_r_0016_0014__is, arg1).
arc(r_0016_0012__that_r_0016_0014__is, r_0016_0013__it, arg0).
arc(r_0016_0012__that_r_0016_0014__is, r_0016_0015__the_r_0016_0017__thing, prd).
arc(r_0016_0015__the_r_0016_0017__thing, r_0016_0016__right, attrib41).
arc(r_0016_0018__to_r_0016_0019__do, r_0016_0015__the_r_0016_0017__thing, arg1).
arc(r_0016_0018__to_r_0016_0019__do, z_000_16_a_queen_broadcast_46, arg0).
fof(formula,axiom,
? [R_16_1_BUT_KNOW,R_16_7_WE,R_16_12_THAT_IS,R_16_13_IT,R_16_10_DEEP_DOWN,R_16_2_NOW,R_16_5_THEN,R_16_18_TO_DO,Z_16_A_QUEEN_BROADCAST_46,R_16_15_THE_THING,R_16_16_RIGHT] :
( we(R_16_7_WE)
& it(R_16_13_IT)
& deep_down(R_16_10_DEEP_DOWN)
& now(R_16_2_NOW)
& then(R_16_5_THEN)
& right(R_16_16_RIGHT)
& but_know(R_16_1_BUT_KNOW,R_16_7_WE,R_16_12_THAT_IS)
& that_is(R_16_12_THAT_IS,R_16_13_IT,R_16_15_THE_THING)
& the_thing(R_16_15_THE_THING)
& attrib41(R_16_15_THE_THING,R_16_16_RIGHT)
& nim24(R_16_1_BUT_KNOW,R_16_10_DEEP_DOWN)
& nim4(R_16_1_BUT_KNOW,R_16_2_NOW)
& as_nim12(R_16_1_BUT_KNOW,R_16_5_THEN)
& to_do(R_16_18_TO_DO,Z_16_A_QUEEN_BROADCAST_46,R_16_15_THE_THING) ) ).
( (IP-MAT (CONJ;_cl_ But;{but})
(ADVP-NIM (ADV now;{now}))
(PUNC ,)
(PP-NIM (P-ROLE as;{as})
(ADVP (ADV then;{then})))
(PUNC ,)
(NP-SBJ (PRO we;{we}))
(VBP;_Tf_ know;{know})
(PUNC ,)
(ADVP-NIM (ADV deep_down;{deep_down}))
(PUNC ,)
(CP-THT-OB1 (IP-SUB (C that;{that})
(NP-SBJ;{SEPARATION} (PRO it;{it}))
(BEP;_Ln_ is;{be})
(NP-PRD (D the;{the})
(ADJP (ADJ right;{right}))
(N thing;{thing})
(IP-INF-REL (NP-OB1 *T*)
(TO to;{to})
(DO;_Tn_ do;{do})))))
(PUNC .))
(ID 16_a_queen_broadcast))