#
other
=pro:poss
ke
ln_deti
np:s
predex
#rc
ke
adp
=pro:l
np:s
rn_lex
predex
#
other
ln_deti
np.h:s
predex
#
0.h:s
np.h:pred
cop
#
0.h:a
aux
np:p
=acc_rn
v:pred
#
other
0.h:a
np:p
=acc_rn
v:pred
#
0.h:a
np:p
=acc_rn
v:pred
rv
#
0.h:a
v:pred
0:p
adp
np:g
#
ln_qu
ln_class
np:s
rn_lex
predex
adp
ln_deti
np:other
rn_lex
#
other
deti
np.h:s
rn_lex
adp
deti
np:obl
#rc
ke
np:pred
=pro.h:poss
cop
%
#
0.1.s
lvc
v:pred
#
0:s
ln_deti
np:other
cop
#
aux
adp
other:l
lvc
v:pred
#
0.h:s
other
lvc
v:pred
#
other
ln_deti
np.h:s
#rc 
ke
lvc
np:l
v:pred
%
v:pred
adp
np:l
#
0.h:a
ln_deti
ln_qu
np:p
v:pred
#
0.h:s
aux
v:pred
#ac
other
other
ke
0.h:s
aux
v:pred
#
ln_deti
ln_class
np.h:s
rn_lex
#rc
ke
lvc
np:l
v:pred
%
adp
adp
=pro.h:l
lvc
v:pred
#
0.h:ncs
lvc
=pro.h:poss
lvc
v:pred
#
np:s
=pro.h:poss
v:pred
#ac
other
other
np:s
=pro.h:poss
v:pred
#
np:s
=pro.h:poss
lvc
v:pred
adp
np:g
#
0.h:s
v:pred
np:l
#
 np:s
=pro.h:poss
v:pred
#
other
ln_qu
ln_class
np.h:s
rn_lex
adp
=pro.h:p
aux
lvc
v:pred
#
0.h:a
np:p
=acc_rn
lvc
v:pred
#
0.h:s_cp
adp
=pro.h:obl
lvc
v:pred
#
other
np.h:s
other
aux
v:pred
#
0.h:a
v:pred
#cc:p
np:s
np.h:poss
=pro.h:poss
v:pred
#
0.h:s
v:pred
#
np:p
=acc_rn
ind_pro.h:a
=pro.h:obl
adp
=pro.h:g
v:pred
#
other
other
other
0.h:a
ln_qu
ln_class
np:p
adp
=pro.h:obl
v:pred
#ac
other
other
ke
np.h:s
aux
np:p
=pro.h:poss
=acc_rn
v:pred
#
0.h:s
v:pred
rv
#
0.h:a
v:pred
=pro.h:p
#cc
ke
ind_pro:s
rn_adp
rn_np:obl
rn_lex
=pro.h:poss
lvc
v:pred
#
other
other
np.h:s
lvc
v:pred
#
ln_qu
ln_class
np.h:a
#rc
ke
adp
ln_dem
np.h:p
=pro.h:poss
lvc
v:pred
%
lvc
v:pred