RRGbank

				[...wait for it...]

(S
  (NP-SBJ (PRP 0=He))
  (VP
    (VBD 1=described)
    (NP (DT 2=the) (NN 3=situation))
    (PP-CLR
      (IN 4=as)
      (NP
        (`` 5=``)
        (NP
          (NP (DT 6=an) (NN 7=escrow) (NN 8=problem))
          (, 9=,)
          (NP (DT 10=a) (NN 11=timing) (NN 12=issue)))
        (, 13=,)
        ('' 14='')
        (SBAR
          (WHNP-1 (WDT 15=which))
          (S
            (NP-SBJ (PRP 16=he))
            (VP
              (VBD 17=said)
              (SBAR
                (-NONE- 18=0)
                (S
                  (NP-SBJ-2 (-NONE- 19=*T*-1))
                  (VP
                    (VBD 20=was)
                    (ADVP-TMP (RB 21=rapidly))
                    (VP
                      (VBN 22=rectified)
                      (NP (-NONE- 23=*-2))
                      (, 24=,)
                      (PP
                        (IN 25=with)
                        (NP
                          (NP (DT 26=no) (NNS 27=losses))
                          (PP (TO 28=to) (NP (NNS 29=customers)))))))))))))))
  (. 30=.))

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				[...wait for it...]

(SENTENCE
  (CLAUSE
    (CORE
      (NP (PRO 0=He))
      (NUC (V 1=described))
      (NP (OP-DEF 2=the) (CORE_N (NUC_N (N 3=situation))))
      (PP
        (CORE_P
          (NUC_P (P 4=as))
          (NP
            (CORE_N
              (`` 5=``)
              (NP
                (OP-DEF 6=an)
                (CORE_N
                  (NUC_N (N 7=escrow) (N 8=problem))
                  (, 9=,)
                  (NP (OP-DEF 10=a) (CORE_N (NUC_N (N 11=timing) (N 12=issue))))))
              (, 13=,)
              ('' 14='')
              (CLAUSE-PERI
                (PrCS (NP-WH[PREDid=1] (WDT 15=which)))
                (CORE
                  (NP (PRO 16=he))
                  (NUC (V 17=said))
                  (CLAUSE
                    (CORE
                      (NUC[NUCid=1] (AUX-TNS 18=was) (V 20=rectified))
                      (ADVP-PERI (CORE_ADV (NUC_ADV (ADV 19=rapidly))))
                      (, 21=,)
                      (PP
                        (CORE_P
                          (NUC_P (P 22=with))
                          (NP
                            (OP-NEG 23=no)
                            (CORE_N (NUC_N (N 24=losses)))
                            (PP
                              (CORE_P
                                (NUC_P (P 25=to))
                                (NP (CORE_N (NUC_N (N 26=customers)))))))))))))))))
      (. 27=.))))

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(SENTENCE
  (CLAUSE
    (CORE
      (PP
        (CORE_P
          (NUC_P (P 4=as))
          (NP
            (CORE_N
              (NUC_N (N 8=problem) (N 7=escrow))
              (CLAUSE-PERI
                (PrCS (NP-WH[PREDid=1] (PRO-WH 15=which)))
                (CLAUSE
                  (CORE
                    (CORE-PERI
                      (OP-NEG 23=no)
                      (NUC
                        (PP
                          (CORE_P
                            (NUC_P (P 22=with))
                            (NP
                              (CORE_N
                                (NUC_N (N 24=losses))
                                (PP-PERI
                                  (CORE_P
                                    (NUC_P (P 25=to))
                                    (NP (CORE_N (NUC_N (N 26=customers))))))))))))
                    (ADVP-PERI (CORE_ADV (NUC_ADV (ADV 19=rapidly))))
                    (NUC[NUCid=1] (V 20=rectified) (AUX-TNS 18=was))
                    (, 21=,)))
                (CORE (NP (PRO 16=he)) (NUC (V 17=said))))
              (NP-PERI (CORE_N (NUC_N (N 12=issue) (N 11=timing))) (OP-DEF 10=a)))
            (OP-DEF 6=an)))
        ('' 14='')
        (, 13=,)
        (, 9=,)
        (`` 5=``))
      (NP (CORE_N (NUC_N (N 3=situation))) (OP-DEF 2=the))
      (NP (PRO 0=He))
      (NUC (V 1=described))
      (. 27=.))))

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(SENTENCE
  (CLAUSE
    (CORE
      (NP (PRO 0=He))
      (NUC (V 1=described))
      (NP (OP-DEF 2=the) (CORE_N (NUC_N (N 3=situation))))
      (PP
        (CORE_P
          (NUC_P (P 4=as))
          (NP
            (`` 5=``)
            (NP (OP-DEF 6=an) (CORE_N (NUC_N (N 7=escrow) (N 8=problem))))
            (NP (, 9=,) (OP-DEF 10=a) (CORE_N (NUC_N (N 11=timing) (N 12=issue))))
            (SENTENCE-PERI
              (, 13=,)
              ('' 14='')
              (CLAUSE
                (PrCS (NP-REL[PREDID=1] (PRO-REL 15=which)))
                (CORE (NP (PRO 16=he)) (NUC (V 17=said)))
                (CLAUSE
                  (CORE
                    (NUC[NUCID=1] (AUX-TNS 18=was) (V 20=rectified))
                    (ADVP-PERI (CORE_ADV (NUC_ADV (ADV 19=rapidly))))
                    (PP-PERI
                      (, 21=,)
                      (CORE_P
                        (NUC_P (P 22=with))
                        (NP
                          (OP-DEF 23=no)
                          (CORE_N
                            (NUC_N (N 24=losses))
                            (PP (P 25=to) (NP (CORE_N (NUC_N (N 26=customers))))))))))))))))))
  (. 27=.))

Supertags

	token	arc	supertag
1	He	2	(NP (PRO <>))
2	described	0	(SENTENCE (CLAUSE (CORE (NP ) (NUC (V <>)) (NP ) (PP ))))
3	the	4	(NP* (OP-DEF <>))
4	situation	2	(NP (CORE_N (NUC_N (N <>))))
5	as	2	(PP (CORE_P (NUC_P (P <>)) (NP )))
6	``	9	(NP* (`` <>))
7	an	9	(NP* (OP-DEF <>))
8	escrow	9	(NUC_N* (N <>))
9	problem	5	(NP (NP (CORE_N (NUC_N (N <>)))))
10	,	13	(NP* (, <>))
11	a	13	(NP* (OP-DEF <>))
12	timing	13	(NUC_N* (N <>))
13	issue	9	(NP* (NP (CORE_N (NUC_N (N <>)))))
14	,	19	(SENTENCE-PERI* (, <>))
15	''	19	(SENTENCE-PERI* ('' <>))
16	which	19	(NP-REL (PRO-REL <>))
17	he	18	(NP (PRO <>))
18	said	19	(CLAUSE (CORE (NP ) (NUC (V <>)) (CLAUSE )))
19	was	9	(NP* (SENTENCE-PERI (CLAUSE (PrCS (NP-REL )) (CLAUSE#WRAP# (CORE (NUC (AUX-TNS <>)) (NUC ))))))
20	rapidly	19	(CORE* (ADVP-PERI (CORE_ADV (NUC_ADV (ADV <>)))))
21	rectified	19	(NUC (V <>))
22	,	23	(PP-PERI* (, <>))
23	with	19	(CORE* (PP-PERI (CORE_P (NUC_P (P <>)) (NP ))))
24	no	25	(NP* (OP-DEF <>))
25	losses	23	(NP (CORE_N (NUC_N (N <>)) (PP )))
26	to	25	(PP (P <>) (NP ))
27	customers	26	(NP (CORE_N (NUC_N (N <>))))
28	.	0	(SENTENCE (. <>))