210_a_wilde_1_1888
The poor little Swallow grew colder and colder, but he would not leave the Prince, he loved him too well.
( (IP-MAT (ILYR (ILYR (NP-SBJ;{SWALLOW} (D The;{the})
(ADJP (ADJ poor;{poor}))
(ADJP (ADJ little;{little}))
(N Swallow;{swallow}))
(VBD;__ grew;{grow})
(ADJP-PRD (AJLYR (AJLYR (ADJR colder;{cold}))
(CONJP (CONJ and;{and})
(AJLYR (ADJR colder;{cold}))))))
(PUNC ,)
(CONJP (CONJ but;{but})
(ILYR (NP-SBJ;{SWALLOW} (PRO he;{he}))
(MD;_cat_Vi_ would;{will})
(NEG not;{not})
(IP-INF-CAT (VB;__ leave;{leave})
(NP-OB1;{PRINCE} (D the;{the})
(N Prince;{prince}))
(PUNC ,)
(PRN (IP-MAT (NP-SBJ;{SWALLOW} (PRO he;{he}))
(VBD;__ loved;{love})
(NP-OB1;{PRINCE} (PRO him;{he}))
(ADVP-NIM (ADVP (ADV too;{too}))
(ADV well;{well}))))))))
(PUNC .))
(ID 210_a_wilde_1_1888))
arc(r_0210_0001__The_r_0210_0004__Swallow,r_0210_0002__poor,attrib).
arc(r_0210_0001__The_r_0210_0004__Swallow,r_0210_0003__little,attrib).
arc(r_0210_0005__grew,r_0210_0001__The_r_0210_0004__Swallow,arg0).
arc(r_0210_0005__grew,r_0210_0007__and,prd).
arc(r_0210_0007__and,r_0210_0006__colder,conj1).
arc(r_0210_0007__and,r_0210_0008__colder,conj2).
arc(r_0210_0010__but,r_0210_0005__grew,conj1).
arc(r_0210_0010__but,r_0210_0013__not,conj2).
arc(r_0210_0012__would,r_0210_0014__leave,scope).
arc(r_0210_0013__not,r_0210_0012__would,keep_scope).
arc(r_0210_0014__leave,r_0210_0001__The_r_0210_0004__Swallow,arg0).
arc(r_0210_0014__leave,r_0210_0015__the_r_0210_0016__Prince,arg1).
arc(r_0210_0014__leave,r_0210_0019__loved,prn).
arc(r_0210_0019__loved,r_0210_0001__The_r_0210_0004__Swallow,arg0).
arc(r_0210_0019__loved,r_0210_0015__the_r_0210_0016__Prince,arg1).
arc(r_0210_0019__loved,r_0210_0022__well,nim).
arc(r_0210_0022__well,r_0210_0021__too,qual).
fof(formula,axiom,
? [R_0210_0002__POOR,R_0210_0003__LITTLE,R_0210_0001__THE_R_0210_0004__SWALLOW,R_0210_0006__COLDER,R_0210_0008__COLDER,R_0210_0007__AND,R_0210_0005__GREW,R_0210_0010__BUT] :
( r_0210_0002__poor(R_0210_0002__POOR)
& r_0210_0003__little(R_0210_0003__LITTLE)
& r_0210_0006__colder(R_0210_0006__COLDER)
& r_0210_0008__colder(R_0210_0008__COLDER)
& r_0210_0010__but(R_0210_0010__BUT)
& has_conj2(R_0210_0010__BUT,R_0210_0013__NOT)
& ~ ? [R_0210_0015__THE_R_0210_0016__PRINCE,R_0210_0021__TOO,R_0210_0022__WELL,R_0210_0019__LOVED,R_0210_0012__WOULD_R_0210_0014__LEAVE] :
( r_0210_0015__the_r_0210_0016__Prince(R_0210_0015__THE_R_0210_0016__PRINCE)
& r_0210_0021__too(R_0210_0021__TOO)
& r_0210_0012__would_r_0210_0014__leave(R_0210_0012__WOULD_R_0210_0014__LEAVE)
& has_prn(R_0210_0012__WOULD_R_0210_0014__LEAVE,R_0210_0019__LOVED)
& r_0210_0019__loved(R_0210_0019__LOVED)
& has_nim(R_0210_0019__LOVED,R_0210_0022__WELL)
& r_0210_0022__well(R_0210_0022__WELL)
& has_qual(R_0210_0022__WELL,R_0210_0021__TOO)
& has_arg1(R_0210_0019__LOVED,R_0210_0015__THE_R_0210_0016__PRINCE)
& has_arg0(R_0210_0019__LOVED,R_0210_0001__THE_R_0210_0004__SWALLOW)
& has_arg1(R_0210_0012__WOULD_R_0210_0014__LEAVE,R_0210_0015__THE_R_0210_0016__PRINCE)
& has_arg0(R_0210_0012__WOULD_R_0210_0014__LEAVE,R_0210_0001__THE_R_0210_0004__SWALLOW) )
& has_conj1(R_0210_0010__BUT,R_0210_0005__GREW)
& r_0210_0005__grew(R_0210_0005__GREW)
& has_prd(R_0210_0005__GREW,R_0210_0007__AND)
& r_0210_0007__and(R_0210_0007__AND)
& has_conj2(R_0210_0007__AND,R_0210_0008__COLDER)
& has_conj1(R_0210_0007__AND,R_0210_0006__COLDER)
& has_arg0(R_0210_0005__GREW,R_0210_0001__THE_R_0210_0004__SWALLOW)
& r_0210_0001__The_r_0210_0004__Swallow(R_0210_0001__THE_R_0210_0004__SWALLOW)
& has_attrib(R_0210_0001__THE_R_0210_0004__SWALLOW,R_0210_0003__LITTLE)
& has_attrib(R_0210_0001__THE_R_0210_0004__SWALLOW,R_0210_0002__POOR) ) ).