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;;;
;;; The morphological rules are based on Brill's rule based tagger v1.14,
;;; trained on Brown corpus and Penn Treebank.
;;;
NN s fhassuf 1 NNS x
NN . fchar CD x
NN - fchar JJ x
NN ed fhassuf 2 VBN x
NN ing fhassuf 3 VBG x
ly hassuf 2 RB x
ly addsuf 2 JJ x
NN $ fgoodright CD x
NN al fhassuf 2 JJ x
NN would fgoodright VB x
NN 0 fchar CD x
NN be fgoodright JJ x
NNS us fhassuf 2 JJ x
NNS it fgoodright VBZ x
NN ble fhassuf 3 JJ x
NN ic fhassuf 2 JJ x
NN 1 fchar CD x
NNS ss fhassuf 2 NN x
un deletepref 2 JJ x
NN ive fhassuf 3 JJ x
NNP ed fhassuf 2 JJ x
NN n't fgoodright VB x
VB the fgoodright NN x
NNS he fgoodright VBZ x
VBN he fgoodright VBD x
NN are fgoodright JJ x
JJ was fgoodleft NN x
NN est fhassuf 3 JJS x
VBZ The fgoodright NNS x
NNP ts fhassuf 2 NNS x
NN 4 fchar CD x
NN ize fhassuf 3 VB x
.. hassuf 2 : x
ful hassuf 3 JJ x
NN ate fhassuf 3 VB x
NNP ing fhassuf 3 VBG x
VBG is fgoodleft NN x
NN less fhassuf 4 JJ x
NN ary fhassuf 3 JJ x
Co. goodleft NNP x
NN ant fhassuf 3 JJ x
million goodleft CD x
JJ their fgoodleft IN x
NN he fgoodright VBD x
Mr. goodright NNP x
JJ of fgoodleft NN x
NN so fgoodright JJ x
NN y fdeletesuf 1 JJ x
VBN which fgoodright VBD x
VBD been fgoodright VBN x
VB a fgoodright NN x
NN economic fgoodleft JJ x
9 char CD x
CD t fchar JJ x
NN can fgoodright VB x
VB the fgoodright NN x
JJ S-T-A-R-T fgoodright VBN x
VBN - fchar JJ x
NN lar fhassuf 3 JJ x
NNP ans fhassuf 3 NNPS x
NN men fhassuf 3 NNS x
CD d fchar JJ x
JJ n fdeletesuf 1 VBN x
JJ 's fgoodleft NN x
NNS is fhassuf 2 NN x
ES hassuf 2 NNS x
JJ er fdeletesuf 2 JJR x
Inc. goodleft NNP x
NN 2 fchar CD x
VBD be fgoodleft MD x
ons hassuf 3 NNS x
RB - fchar JJ x
NN very fgoodright JJ x
ous hassuf 3 JJ x
NN a fdeletepref 1 RB x
NNP people fgoodleft JJ x
VB have fgoodleft RB x
NNS It fgoodright VBZ x
NN id fhassuf 2 JJ x
JJ may fgoodleft NN x
VBN but fgoodright VBD x
RS hassuf 2 NNS x
JJ stry fhassuf 4 NN x
NNS them fgoodleft VBZ x
VBZ were fgoodleft NNS x
NN ing faddsuf 3 VB x
JJ s faddsuf 1 NN x
NN 7 fchar CD x
NN d faddsuf 1 VB x
VB but fgoodleft NN x
NN 3 fchar CD x
NN est faddsuf 3 JJ x
NN en fhassuf 2 VBN x
NN costs fgoodright IN x
NN 8 fchar CD x
VB b fhaspref 1 NN x
zes hassuf 3 VBZ x
VBN s faddsuf 1 NN x
some hassuf 4 JJ x
NN ic fhassuf 2 JJ x
ly addsuf 2 JJ x
ness addsuf 4 JJ x
JJS s faddsuf 1 NN x
NN ier fhassuf 3 JJR x
NN ky fhassuf 2 JJ x
tyle hassuf 4 JJ x
NNS ates fhassuf 4 VBZ x
fy hassuf 2 VB x
body addsuf 4 DT x
NN ways fgoodleft JJ x
NNP ies fhassuf 3 NNPS x
VB negative fgoodright NN x
ders hassuf 4 NNS x
ds hassuf 2 NNS x
-day addsuf 4 CD x
nian hassuf 4 JJ x
JJR s faddsuf 1 NN x
ppy hassuf 3 JJ x
NN ish fhassuf 3 JJ x
tors hassuf 4 NNS x
oses hassuf 4 VBZ x
NNS oves fhassuf 4 VBZ x
VBN un fhaspref 2 JJ x
lent hassuf 4 JJ x
NN ward fdeletesuf 4 RB x
VB k fchar NN x
VB r fhassuf 1 NN x
VB e fdeletesuf 1 NN x
NNS Engelken fgoodright VBZ x
NN ient fhassuf 4 JJ x
ED hassuf 2 VBD x
VBG B fchar NNP x
VB le fhassuf 2 NN x
ment addsuf 4 VB x
ING hassuf 3 NN x
JJ ery fhassuf 3 NN x
JJ tus fhassuf 3 NN x
JJ car fhassuf 3 NN x
NN 6 fchar CD x
NNS 0 fchar CD x
JJ ing fdeletesuf 3 VBG x
here hassuf 4 RB x
VBN scr fhaspref 3 VBD x
uces hassuf 4 VBZ x
fies hassuf 4 VBZ x
self deletesuf 4 PRP x
NNP $ fchar $ x
VBN wa fhaspref 2 VBD x
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