##
adp
=ln
np:other
rn
rn
ln
np.d:pred
rn
=rn
rn_np.d
##
dl_pro.d:s
lv
v:pred
adp
=ln
np:l
rn
rn
adp
=ln
np:l
rn
rn
##
dl_pro.d:s
=lv
v:pred
rv
##
np:other
rn
rn
ln
np:s
lv
v:pred
adp
=ln
ln
np:l-pro.d:poss
##
np.d:s_ds
lv-pro.d:s_ds
v:pred
adp
ln
np.d:g
##ds
np.d:voc
dl_pro.1:s
=lv
v:pred
rv
adp
np:g
##
np.d:s_ds
lv-pro.d:s_ds
v:pred
adp
ln
np.d:g
##ds
other
np.d:voc
dl_wpro.1:s
=lv
v:pred
##
dl_pro.d:s
=lv
v:pred
nc
nc
##
0.d:s
'ēqel
rv
rv
adp
np:g
##
np:s
lv
v:pred
##
ln
np.d:s_ds
lv-pro.d:s_ds
v:pred
adp
ln
np.d:g
##ds
adp
np.d:voc
dl_wpro.1:s
=lv
v:pred
rv
rn_dem1
##ds
ln
np:s
lv
lv
v:pred
##
np.d:s_ds
lv-pro.d:s_ds
v:pred
rv
adp
ln
np.d:g
##ds
np.d:voc
other
other
dl_pro.1:s
v:pred
adp
=ln
np:g
adp
=ln
np:other
##ds
other
pro.2:s
lv
v:pred
rv
adp
pro.1:g
#ds_cc
other
=ln
np:s
=lv
v:pred
##
pro.2:a
lv
v:pred
rv
0:p
adp
pro.1:g
##ds.neg
other
pro.1:s
v:pred
rv
##ds
other
pro.1:s
lv
v:pred
nc
adp
=ln
np:obl
##ds
other
=ln
np:a
=lv
v:pred
pro.1:p
##ds
other
pro.1:s
=lv
v:pred
##ds
pro.1:s
lv
v:pred
#nc
x
x
x
##
np.d:s
lv-pro.d:s
v:pred
##
0.d:s_ds
lv-pro.d:s_ds
v:pred
adp
pro.d:g
other
##ds
other
lv
v:pred
np.d:voc
##ds
pro.1:s
lv
v:pred
##ds
pro.1:s
=lv
v:pred
#ds_cc
other
other
=ln
np:s
=lv
v:pred
##ds
nc
nc
pro.1:a
lv
v:pred
rv
0:p
adp
pro.2:g
##
dl_pro.d:s
=lv
v:pred
rv
##
0.d:s
v:pred
#nc
x
x
x
x
x
x
x
x
##
np.d:dt_s
pro.d:s
adp
=ln
np:pred
##
other
=ln
nc
np.d:dt_s
pro.d:s
adp
=ln
np:pred
##
dl_pro.d:s
=lv
v:pred
nc
nc
other
##
ln
np:dt_s
rn_#rc
other
other
=ln
np.d:a
lv
v:pred
0:p
%
pro.d:s
=lv
v:pred
rv
##
dl_pro.d:s
=lv
v:pred
rv
##
dl_0.d:s
v:pred
rv
rv
adp
=ln
np:g
##
np:s
lv-pro:s
v:pred
rv
rv
##
dl_pro.d:s
=lv
v:pred
rv
##
np.d:s_ds
lv-pro.d:s_ds
v:pred
adp
ln
np.d:g
##ds
np.d:voc
pro.1:s
=ln
np:pred
##
np.d:dt_s
np.d:s
rn_dem1
=lv
v:pred
adp
ln
np.d:g
##ds
np.d:voc
pro.1:s
=ln
np:pred
##
np.d:s
lv-pro.d:s
v:pred
##
0.d:s_ds
lv-pro.d:s_ds
v:pred
other
##ds
np:s-pro.1:poss
rn
rn
#ds_rc
pro.1:a
=lv
v:pred
rv
0:p
%
other
other:pred
##ds
dl_wpro.1:a
v:pred
rv
=ln
np:p
##ds
dl_wpro.1:s
=lv
v:pred
rv
##ds
dl_wpro.1:a
=lv
v:pred
0:p
##ds
dl_wpro.1:s
=lv
v:pred
rv
##ds
dl_wpro.1:s
=lv
v:pred
rv
other:g
##ds
dl_wpro.1:s
=lv
v:pred
#ds_cc
other
other
=ln
np:s
other:pred
##ds
dl_wpro.1:a
=lv
v:pred
0:p
##ds
other
pro.1:s
lv
v:pred
##
np.d:s_ds
lv-pro.d:s_ds
v:pred
adp
ln
np.d:g
##ds
other
lv
v:pred
##
dl_pro.d:a
=lv
v:pred
rv
ln
np:p
##
dl_0.d:s
v:pred
kal
##
dl_0.d:s
v:pred
rv
rv
adp
=ln
np:g
##
dl_pro.d:s
=lv
v:pred
other:g
##
dl_0.d:a
v:pred
rv
ln
ln
nc
np:p
rn
rn_dem1
##
other
other:pred
rv
0:s
other:l
##
nc
np:dt
rn
rn
rn
other
nc
nc
np:s
rn
rn
lv
v:pred
##
np.d:s
lv-pro.d:s
v:pred
##
0.d:s_ds
lv-pro.d:s_ds
v:pred
other
##ds
other
np.d:voc
np:s
rn
rn
rn
rn
lv
v:pred
##ds
dem_pro:dt_p
other
pro.1:a
lv
v:pred
0:p
other_dem3
##ds
other
other
ln
np.d:s
lv
v:pred
##
np.d:s
lv-pro.d:s
v:pred
##
0.d:s_ds
lv-pro.d:s_ds
v:pred
other
##ds
other
np.d:voc
pro.2:s
other
lv
v:pred
other_dem3
##
other
ln
np.d:s_ds
lv-pro.d:s_ds
v:pred
other
##ds
other
other
0:s
=ln
np:pred-pro.1:poss
#ds_rc
dl_pro.1:s
=lv
v:pred
rv
##ds
pro.2:s
lv
v:pred
##
ln
np.d:s_ds
lv-pro.d:s_ds
v:pred
other
##ds.neg
np.d:voc
pro.1:s
lv
v:pred
rv
#ds_ac
other
=ln
ln
pl_np:s
rn_np-pro.1:poss
lv
v:pred
#ds_ac
other
pl_0:s
lv
v:pred
rv
#ds_cc
other
pro.1:a
=lv
v:pred
ln
np:p
rn
##
np.d:s_ds
nc
nc
lv-pro.d:s_ds
v:pred
adp
=ln
np.d:g
##ds
np.d:voc
other
np.d:voc
pro.2:a
other
lv
v:pred
ln
np:p
rn_dem3
#ds_ac
other
ln
pl_np:dt_s
rn
rn_np-pro.2:poss
pro.d:s
lv
v:pred
##ds
pro.2:s
=lv
v:pred
adp
=ln
np:g
rn
##ds
pro.2:s
lv
v:pred
rv
rv
##ds
pro.2:s
lv-pro.2:s
v:pred
rv
rv
##
np.d:s_ds
lv-pro.d:s_ds
v:pred
adp
ln
np.d:g
other
##ds.neg
nc
nc
nc
pro.1:s
lv
v:pred
rv
##ds
pro.2:dt_s
pro.2:s
lv
v:pred
##
dl_pro.d:s
=lv
v:pred
rv
adp
dl_pro.d:g
other
other
##
np.d:s_ds
lv-pro.d:s_ds
v:pred
adp
ln
np.d:g
other
##ds
pro.2:s
lv-pro.2:s
v:pred
##
other
np.d:s
lv-pro.d:s
v:pred
##
np.d:s
=lv
v:pred
nc
nc
nc
nc
##
0.d:s
v:pred
rv
other:g
##
np.d:s
lv-pro.d:s
v:pred
adp
=ln
np:l
##
0.d:s_ds
lv-pro.d:s_ds
v:pred
adp
pro.d:g
##ds
np.d:voc
np:dt_s
rn_dem3
pro:s
other
dem_pro:pred
##
other
np.d:s
lv-pro.d:s
v:pred
np:g
rn
rn_dem1
##
0.d:s
v:pred
rv
rv
other:g
nc
nc
nc
nc
##
np.d:s
lv-pro.d:s
v:pred
rv
adp
pro.d:g
##
pro.d:s
=lv
v:pred
rv
rv
##
pro.d:a
=lv
v:pred
rv
other
=ln
np:p
rn
rn_dem3
##
np.d:s
lv-pro.d:s
v:pred
rv
rv
adp
=ln
np:g
##
np.d:dt_s
pro.d:s
=lv
v:pred
other
##
0.d:s
v:pred
rv
rv
other:g
adp
=ln
np:g
rn
##
0.d:a
v:pred
ln
np:p
##
0.d:a
lv-pro.d:s
lv
v:pred
ln
np::p
other:l
##
np.d:dt_s
pro.d:s
=lv
v:pred
rv
v:pred
nc
nc
nc
nc
other
other
other
##ds
other
np.d:voc
other
pro.2:a
lv-pro.2:a
v:pred
rv
=ln
np:p
rn
rn_dem3
##ds
other
np.d:voc
other:pred
##ds
other:pred
other
other
##neg
other
nc
nc
nc
pro.d:s
lv
v:pred
rv
other:obl
#cc
other
other:l
np.d:dt_s
pro.d:s
lv
v:pred
rv
other:g
#cc
pro.d:s
lv
v:pred
other
#cc
0.d:a
v:pred
=ln
np:p
##
pro.d:a
lv
v:pred
ln
ln
np:p
rn
rn
rn
##
ln
np:s-pro.d:poss
lv
v:pred
##
pro.d:s
lv-pro.d:s
v:pred
rv
#nc
x
x
x
x
x
x
x
x
x
x
x
x
x
x
##ds
np.d:voc
pro.1:s
=lv
v:pred
other
##ds
other
other:pred
other
##
np.d:s_ds
lv-pro.d:s_ds
v:pred
rv
rv
adp
pro.d:g
##ds
np.d:voc
other
other
0:s
lv-pro:s
v:pred
##
0.d:s
v:pred
rv
##
0.d:s
v:pred
rv
other
##
ln
np.d:s_ds
lv-pro.d:s_ds
v:pred
rv
rv
rv
adp
pro.d:g
##ds
np.d:voc
pro.2:s
lv
v:pred
other
##ds
pro.1:s
=lv
v:pred
rv
rv
other
other
##ds
pro.1:a
=lv
v:pred
rv
pro.2:p
adp
other
=ln
np:obl
rn_dem1
##
np.d:dt_s
rn_dem1
pro.d:s
=lv
v:pred
rv
other
##
0.d:a
v:pred
nc
nc
np:p
rn
##
0.d:a
lv
v:pred
rv
0:p
##
0.d:s
v:pred
rv
adp
=ln
ln
np:g
rn_dem1
##
0.d:s
v:pred
rv
adp
ln
np:obl
rn
np:dt_obl
rn
rn
rn_dem1
#nc
x
x
x
x
##
0.d:s
v:pred
adp
=ln
np:g
nc
rn
##
0.d:s
v:pred
nc
nc
nc
##
0.d:s
v:pred
rv
adp
=ln
np:g
##neg
np.d:a
lv
v:pred
rv
rv
pro.d:p
##
0.d:s
v:pred
rv
rv
##
0.d:s
v:pred
rv
rv
adp
=ln
np:g
rn_#rc
other
other:l
=ln
np:pred
##
pro.d:s
=lv
v:pred
other:l
##
0.d:a
v:pred
ln
np:p
rn
rn
other:l
##
0.d:s
v:pred
rv
rv
adp
=ln
np:g
rn
rn_dem1
##
np.d:dt_s
pro.d:s
=lv
v:pred
rv
##
0.d:s
v:pred
rv
other
##
0.d:s
lv-pro.d:s
v:pred
##
0.d:a
lv-pro.d:s
v:pred
rv
rv
rv
rv
=ln
np:p
rn_#rc
other
other
0:s
=ln
ln
np:pred
##
0.d:s
lv-pro.d:s
v:pred
rv
adp
=ln
np:g
##ds
other
np.d:voc
other
other
pro.2:a
=lv
v:pred
rv
pro.1:p
##ds
lv
v:pred
##ds
pro.2:s
lv-pro.2:s
v:pred
##ds
pro.1:a
=lv
v:pred
rv
pro.2:p
adp
other:l
##ds
np:pred-pro.2:poss
other
other:s
##ds
pro.1:a
lv
v:pred
pro.2:p
##ds
pro.1:a
lv
v:pred
rv
0.2:p
##ds
other
=ln
np:dt_s-pro.2:poss
other
pro.d:s
lv
v:pred
rv
##ds
other
=ln
nc
np:dt_s-pro.2:poss
other
pro.d:s
lv
v:pred
rv
##
other
ln
np:dt_s
pro.d:s
=lv
v:pred
other:g
##
other
pro.2:s
lv-pro.2:s
v:pred
rv
other
other
##
np.d:dt_a
pro.d:a
=lv
v:pred
rv
ln
np.d:p
##
pro.d:a
lv
v:pred
rv
ln
np.d:p
#ac
adp
=ln
np:pred
#ac
adp
=ln
np:pred
##
other
np:a
lv
v:pred
dl_pro.d:p
##
dl_pro.d:s
=lv
v:pred
adp
=ln
np:g
##
np.d:dt_a
pro.d:a
=lv
v:pred
ln
np.d:p
##
other
ln
np:dt_s
pro.d:s
=lv
v:pred
rv
other
other:l