RRGbank

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Re-attach a node by dragging and dropping it on a new parent. This can be used to created discontinuous constituents.
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(SENTENCE
  (PrDP (PP (CORE_P (NUC_P (P 0=In)) (NP (CORE_N (NUC_N (N 1=sum)))))))
  (CLAUSE
    (CORE
      (, 2=,)
      (NP
        (OP-DEF 3=the)
        (CORE_N
          (NUC_N (N 4=biases))
          (NUC (V 5=ennumerated))
          (PP-PERI (CORE_P (NUC_P (P 6=above))))))
      (NUC (V 7=indicate))
      (NP
        (OP-DEF 8=a)
        (CORE_N
          (NP-PERI
            (CORE_N
              (QP (CORE_Q (NUC_Q (QNT 9=0.7))))
              (NUC_N (N 10=percentage) (N 11=point))))
          (NUC_N (N 12=understatement)))
        (PP
          (CORE_P
            (NUC_P (P 13=in))
            (NP
              (CORE_N
                (NUC_N (N 14=growth))
                (PP
                  (CORE_P
                    (NUC_P (P 15=of))
                    (NP
                      (CORE_N
                        (AP-PERI (CORE_A (NUC_A (A 16=total))))
                        (AP-PERI (CORE_A (NUC_A (A 17=real))))
                        (NUC_N (N-PROP 18=GNP)))))))))))
      (. 19=.))))

				[...wait for it...]

(SENTENCE
  (PrDP (PP (CORE_P (NUC_P (P 0=In)) (NP (CORE_N (NUC_N (N 1=sum)))))))
  (CLAUSE
    (CORE
      (NP
        (CORE_N
          (NUC_N (N 12=understatement))
          (PP-PERI
            (CORE_P
              (NUC_P (P 13=in))
              (NP
                (CORE_N
                  (NUC_N (N 14=growth))
                  (PP-PERI
                    (CORE_P
                      (NUC_P (P 15=of))
                      (NP
                        (CORE_N
                          (NUC_N (N-PROP 18=GNP))
                          (AP-PERI (CORE_A (NUC_A (A 17=real))))
                          (AP-PERI (CORE_A (NUC_A (A 16=total))))))))))))
          (NP-PERI
            (CORE_N
              (NUC_N (N 11=point))
              (NP-PERI (CORE_N (NUC_N (N 10=percentage))))
              (QNT 9=0.7))))
        (OP-DEF 8=a))
      (NP
        (CORE_N
          (NUC_N (N 4=biases))
          (CORE-PERI
            (ADVP-PERI (CORE_ADV (NUC_ADV (ADV 6=above))))
            (NUC (V 5=ennumerated))))
        (OP-DEF 3=the))
      (NUC (V 7=indicate))))
  (. 19=.)
  (, 2=,))

				[...wait for it...]

(SENTENCE
  (PrDP
    (PP (CORE_P (NUC_P (P 0=In)) (NP (CORE_N (NUC_N (N 1=sum))))))
    (, 2=,))
  (CLAUSE
    (CORE
      (NP
        (OP-DEF 3=the)
        (CORE_N
          (NUC_N
            (N 4=biases)
            (CORE-PERI
              (NUC (V 5=ennumerated))
              (ADVP-PERI (CORE_ADV (NUC_ADV (ADV 6=above))))))))
      (NUC (V 7=indicate))
      (NP
        (OP-DEF 8=a)
        (CORE_N
          (NP-PERI
            (CORE_N
              (QP (CORE_Q (NUC_Q (QNT 9=0.7))))
              (NUC_N (N 10=percentage) (N 11=point))))
          (NUC_N (N 12=understatement))
          (PP-PERI
            (CORE_P
              (NUC_P (P 13=in))
              (NP
                (CORE_N
                  (NUC_N (N 14=growth))
                  (PP
                    (P 15=of)
                    (NP
                      (CORE_N
                        (AP-PERI (CORE_A (NUC_A (A 16=total))))
                        (AP-PERI (CORE_A (NUC_A (A 17=real))))
                        (NUC_N (N-PROP 18=GNP)))))))))))))
  (. 19=.))

Supertags

	token	arc	supertag
1	In	0	(SENTENCE (PrDP (PP (CORE_P (NUC_P (P <>)) (NP )))))
2	sum	1	(NP (CORE_N (NUC_N (N <>))))
3	,	1	(PrDP* (, <>))
4	the	5	(NP* (OP-DEF <>))
5	biases	8	(NP (CORE_N (NUC_N (N <>))))
6	ennumerated	5	(NUC_N* (CORE-PERI (NUC (V <>))))
7	above	6	(CORE-PERI* (ADVP-PERI (CORE_ADV (NUC_ADV (ADV <>)))))
8	indicate	0	(SENTENCE (CLAUSE (CORE (NP ) (NUC (V <>)) (NP ))))
9	a	13	(NP* (OP-DEF <>))
10	0.7	12	(CORE_N* (QP (CORE_Q (NUC_Q (QNT <>)))))
11	percentage	12	(NUC_N* (N <>))
12	point	13	(CORE_N* (NP-PERI (CORE_N (NUC_N (N <>)))))
13	understatement	8	(NP (CORE_N (NUC_N (N <>))))
14	in	13	(CORE_N* (PP-PERI (CORE_P (NUC_P (P <>)) (NP ))))
15	growth	14	(NP (CORE_N (NUC_N (N <>)) (PP )))
16	of	15	(PP (P <>) (NP ))
17	total	19	(CORE_N* (AP-PERI (CORE_A (NUC_A (A <>)))))
18	real	19	(CORE_N* (AP-PERI (CORE_A (NUC_A (A <>)))))
19	GNP	16	(NP (CORE_N (NUC_N (N-PROP <>))))
20	.	0	(SENTENCE (. <>))