10_a_uksc_judgment
56. The answer is that of course it did.
( (IP-MAT (LST (LS 56<dot>))
(NP-SBJ (D The;{the})
(N answer;{answer}))
(BEP;_equ_Vf_ is;{be})
(CP-THT-PRD (IP-SUB (C that;{that})
(ADVP-NIM (ADV of_course;{of_course}))
(NP-SBJ;{PROROGATION} (PRO it;{it}))
(DOD did;{do})))
(PUNC .))
(ID 10_a_uksc_judgment))
arc(r_0010_0004__is,r_0010_0002__The_r_0010_0003__answer,arg0).
arc(r_0010_0004__is,r_0010_0008__did,prd).
arc(r_0010_0008__did,r_0010_0006__of_course,nim).
arc(r_0010_0008__did,r_0010_0007__it,arg0).
fof(formula,axiom,
? [R_0010_0002__THE_R_0010_0003__ANSWER,R_0010_0006__OF_COURSE,R_0010_0007__IT,R_0010_0008__DID,R_0010_0004__IS] :
( r_0010_0002__The_r_0010_0003__answer(R_0010_0002__THE_R_0010_0003__ANSWER)
& r_0010_0006__of_course(R_0010_0006__OF_COURSE)
& r_0010_0007__it(R_0010_0007__IT)
& r_0010_0004__is(R_0010_0004__IS)
& has_prd(R_0010_0004__IS,R_0010_0008__DID)
& r_0010_0008__did(R_0010_0008__DID)
& has_arg0(R_0010_0008__DID,R_0010_0007__IT)
& has_nim(R_0010_0008__DID,R_0010_0006__OF_COURSE)
& has_arg0(R_0010_0004__IS,R_0010_0002__THE_R_0010_0003__ANSWER) ) ).