commit 121e29cffed3ab3e640e8c2c0dd96dc6c07253cd
Author: kamush901 <kutlimuratovab0712@gmail.com>
Date:   Sun Aug 8 17:43:23 2021 +0200

    Putting back the rtx as it was before after crash

diff --git a/apertium-kaz-uzb.kaz-uzb.rtx b/apertium-kaz-uzb.kaz-uzb.rtx
index a603516..5a832e8 100644
--- a/apertium-kaz-uzb.kaz-uzb.rtx
+++ b/apertium-kaz-uzb.kaz-uzb.rtx
@@ -2,120 +2,27 @@
 !! ATTRIBUTE CATEGORIES
 !!!!!!!!!!!!!!!
 
-n_number = (ND "") sg pl sp ND;
-v_number = (ND sg) sg pl sp ND;
+number = (ND sg) sg pl sp ND;
 gender = (GD m) m f mf GD;
-
-det_type = def ind dem itg qnt ref ;
-prn_type = dem ind pers itg neg ;
-
-v_type = iv tv vaux cop ;
-
-tense = pres past fut ifi fut aor imp unac prog nec ;
-vadj = gpr_past gpr_impf gpr_fut gpr_hab gpr_pot gpr_ppot gpr_unac gpr_aor ;
-vadv = gna_perf gna_impf gna_cond gna_ken ;
-ger = ger_past ger_fut ger ger_unac ger_aor ger_inf ;
-inf = prc_perf prc_impf prc_vol prc_cond prc_fplan prc_plan prc;
-nonfin = [vadj] [vadv] [ger] [inf] ;
-fin_nonfin = [tense] [vadj] [vadv] [ger] [inf] ;
-comp = comp ;
-
-polarity = neg ;
-
-possession = px1sg px1pl px2sg px2pl px3sp ;
-
-case = nom acc gen dat loc abl ins CD ; ! (CD nom)
-attr = attr ;
-
-n_person = (PD p3) p1 p2 p3 PD ;
-v_person = (PD "") p1 p2 p3 PD ;
-formality = frm ;
-
-transitivity = (TD iv) tv iv ;
-voice = caus pass coop ;
-voice_a = coop ;
-voice_b = caus ;
-voice_c = pass ;
-! caus.pass is loads more common than pass.caus
-! technically caus.caus is also possible
-
-verbs_acc = qara ;
-post_acc = qaray ;
-post_dat = qarata ;
-
-advl = advl ;
+det_type = def ind dem itg;
+tense = pres past fut ifi pri fti;
 
 !!!!!!!!!!!!!!!
 !! OUTPUT PATTERNS
 !!!!!!!!!!!!!!!
 
-
-adj: _.advl.comp ;
-AP: _ ;
-aP: _ ;
-
-adv: _ ;
-postadv: _ ;
-
-post: _ ;
-
-vaux_fin: <vaux>.polarity.fin_nonfin.v_person.formality.v_number ;
-vaux_vadj: <vaux>.polarity.fin_nonfin ;  ! FIXME: allow for subst
-vaux_inf: <vaux>.polarity.fin_nonfin ;
-vaux_inf_vol: <vaux>.polarity.fin_nonfin.v_person.formality.v_number ;
-vaux_vadv: <vaux>.polarity.fin_nonfin ;
-vaux_vadv_cond: <vaux>.polarity.fin_nonfin.v_person.formality.v_number ;
-vaux_ger: <vaux>.polarity.fin_nonfin.n_number.possession.formality.case ;
-
-
-v_fin: <v>.transitivity.voice_a.voice_b.voice_c.polarity.fin_nonfin.v_person.formality.v_number ;
-v_vadj: <v>.transitivity.voice_a.voice_b.voice_c.polarity.fin_nonfin ;  ! FIXME: allow for subst
-v_vadv: <v>.transitivity.voice_a.voice_b.voice_c.polarity.fin_nonfin ;
-v_vadv_cond: <v>.transitivity.voice_a.voice_b.voice_c.polarity.fin_nonfin.v_person.formality.v_number ;
-v_inf: <v>.transitivity.voice_a.voice_b.voice_c.polarity.fin_nonfin ;
-v_inf_vol: <v>.transitivity.voice_a.voice_b.voice_c.polarity.fin_nonfin.v_person.formality.v_number ;
-v_ger: <v>.transitivity.voice_a.voice_b.voice_c.polarity.fin_nonfin.n_number.possession.formality.case ;
-
-!vP: _.v_type.voice_a.voice_b.voice_c.fin_nonfin.polarity.v_person.formality.v_number ;
-vP_fin: <vP>.v_type.transitivity.voice_a.voice_b.voice_c.polarity.fin_nonfin.v_person.formality.v_number ;
-vP_vadj: <vP>.transitivity.voice_a.voice_b.voice_c.polarity.fin_nonfin ;  ! FIXME: allow for subst
-vP_vadv: <vP>.transitivity.voice_a.voice_b.voice_c.polarity.fin_nonfin ;
-vP_vadv_cond: <vP>.transitivity.voice_a.voice_b.voice_c.polarity.fin_nonfin.v_person.formality.v_number ;
-vP_inf: <vP>.transitivity.voice_a.voice_b.voice_c.polarity.fin_nonfin ;
-vP_inf_vol: <vP>.transitivity.voice_a.voice_b.voice_c.polarity.fin_nonfin.v_person.formality.v_number ;
-vP_ger: <vP>.transitivity.voice_a.voice_b.voice_c.polarity.fin_nonfin.n_number.possession.formality.case ;
-
-cop_fin: <cop>.tense.polarity.v_person.formality.v_number ;
-cop_ger: <cop>.ger.n_number.possession.formality.case ;
-
-qst: _ ;
-emph: _ ;
-
-VP: _.transitivity.voice_a.voice_b.voice_c.fin_nonfin.polarity.v_person.formality.v_number ;
-
-n: _.n_number.possession.case.attr ;
-nP: _.n_number.possession.case ;
-NP: _.n_number.possession.case ;
-
-prn_pers: _.prn_type.v_person.formality.n_number.case ;
-prn_dem: _.prn_type.n_number.case ;  ! also for itg
-
+n: _.gender.number;
+adj: _.gender.number;
 det_default: _.det_type;
-det_def: _.det_type.n_number;
+det_def: _.det_type.number;
 
-PP: _ ;
-AdvP: _ ;
-PPorAdvP: _ ;
-
-S: _ ;
+NP: _.number;
 
 !!!!!!!!!!!!!!!
 !! TAG-REWRITE RULES
 !!!!!!!!!!!!!!!
 
-tense > tense : pres aor ;  ! ifi past, pri pres, fti fut;
-fin_nonfin > fin_nonfin : pres aor, ger ger_abst,
-	gna_impf gna_perf, ger_impf ger_past; ! these two might not be necessary?  copied from t1x
+tense > tense : ifi past, pri pres, fti fut;
 
 !!!!!!!!!!!!!!!
 !! MACROS
@@ -126,154 +33,13 @@ det: (if (1.det_type = def or 1.det_type = ind)
       else
          1(det_default));
 
-prn: (if (1.prn_type = pers)
-			1(prn_pers)
-		else
-			1(prn_dem) ! also for itg
-		);
-
-vaux: (if (1.fin_nonfin in tense)
-			1(vaux_fin)
-		elseif (1.fin_nonfin in vadj)
-			1(vaux_vadj)
-		elseif ((1.fin_nonfin in vadv) and (1.fin_nonfin = gna_cond))
-			1(vaux_vadv_cond)
-		elseif (1.fin_nonfin in vadv)
-			1(vaux_vadv)
-		elseif ((1.fin_nonfin in inf) and (1.fin_nonfin = prc_vol))
-			1(vaux_inf_vol)
-		elseif (1.fin_nonfin in inf)
-			1(vaux_inf)
-		elseif ((1.fin_nonfin in ger) and (1.fin_nonfin=ger) and ((1.possession="") and (1.case=nom)))
-			1(vaux_ger)[fin_nonfin=ger_pres]
-		elseif ((1.fin_nonfin in ger) and (1.fin_nonfin=ger))
-			1(vaux_ger)[fin_nonfin=ger_past]
-		elseif (1.fin_nonfin in ger)
-			1(vaux_ger)
-		);
-
-v: (if (1.fin_nonfin in tense)
-			1(v_fin)
-		elseif (1.fin_nonfin in vadj)
-			1(v_vadj)
-		elseif ((1.fin_nonfin in vadv) and (1.fin_nonfin = gna_cond))
-			1(v_vadv_cond)
-		elseif (1.fin_nonfin in vadv)
-			1(v_vadv)
-		elseif ((1.fin_nonfin in inf) and (1.fin_nonfin = prc_vol))
-			1(v_inf_vol)
-		elseif (1.fin_nonfin in inf)
-			1(v_inf)
-		elseif ((1.fin_nonfin in ger) and (1.fin_nonfin=ger) and ((1.possession="") and (1.case=nom)))
-			1(v_ger)[fin_nonfin=ger_pres]
-		elseif ((1.fin_nonfin in ger) and (1.fin_nonfin=ger))
-			1(v_ger)[fin_nonfin=ger_past]
-		elseif (1.fin_nonfin in ger)
-			1(v_ger)
-		);
-
-vP: (if (1.fin_nonfin in tense)
-			1(vP_fin)
-		elseif (1.fin_nonfin in vadj)
-			1(vP_vadj)
-		elseif ((1.fin_nonfin in vadv) and (1.fin_nonfin = gna_cond))
-			1(vP_vadv_cond)
-		elseif (1.fin_nonfin in vadv)
-			1(vP_vadv)
-		elseif ((1.fin_nonfin in inf) and (1.fin_nonfin = prc_vol))
-			1(vP_inf_vol)
-		elseif (1.fin_nonfin in inf)
-			1(vP_inf)
-		elseif (1.fin_nonfin in ger)
-			1(vP_ger)
-		);
-
-cop: (if (1.fin_nonfin in tense)
-			1(cop_fin)
-		elseif (1.fin_nonfin in ger)
-			1(cop_ger)
-		);
-
-
 !!!!!!!!!!!!!!!
 !! REDUCTION RULES
 !!!!!!!!!!!!!!!
 
-PP ->
-		20: NP ?(1.case=ins) [$lemh=bilan] { 1[case=nom] _ bilan@post } |
-		NP %post {
-			1[case=(
-				if (2.lemh in post_acc)
-					acc
-				elseif (2.lemh in post_dat)
-					dat
-				else
-					1.case
-			)]
-			_1 2 } ;
-
-AdvP ->
-		%adj ?(1.advl=advl) { 1 } |
-		%adv { 1 } |
-		%AdvP postadv { 1 _1 2 }
-		;
-
-PPorAdvP ->
-		%PP { 1 } |
-		%AdvP { 1 } ;
-
-NP -> ! n.$number adj { 2[gender=1.gender, number=1.number] _1 1 } ;
-		%nP { %1 } |
-		AP %nP { 1 _1 %2 } |
-		det %nP { 1 _1 %2 } |
-		det AP %nP { 1 _1 2 _2 %3 } |
-		%prn { %1 } |
-		NP.gen %NP.px3sp { 1 %2 } ;
-
-nP ->
-		%n { %1 } |
-		n %n ?((1.possession = "") and (2.possession = px3sp)) { 1 _1 2 } ;
-
-aP ->
-		%adj { 1 } |
-		adv %adj { 1 _1 2 } |
-		%aP qst { 1 + 2 } |
-		%aP emph { 1 + 2 } |
-		%aP postadv { 1 _1 2 } ;
-
-AP ->
-		%aP { 1 } ;
-
-vP ->
-		! all [$fin_nonfin=1.fin_nonfin] can be removed when apertium-recursive supports % checking for macros
-		%vaux [$fin_nonfin=1.fin_nonfin] { 1 } |
-		1: %v [$fin_nonfin=1.fin_nonfin] { %1[fin_nonfin=$fin_nonfin,polarity=$polarity] } |
-		2: %v ?(1.vadj/sl=gpr_impf) [$fin_nonfin=1.fin_nonfin] { 1[fin_nonfin=prc_impf] _ тур@vaux.gpr_past } |
-		%cop [$fin_nonfin=1.fin_nonfin] { 1 } |
-		vP %vP ?((1.fin_nonfin in inf) and (2.v_type=vaux)) [$lemh=1.lemh,$fin_nonfin=2.fin_nonfin] { 1 _1 2 } |
-		%vP qst [$fin_nonfin=1.fin_nonfin] { 1 + 2 } |
-		%vP emph [$fin_nonfin=1.fin_nonfin] { 1 + 2 } ;
-
-VP ->
-		NP %э@vP (if (2.tense = ifi) { 1 _1 2 } else { 1 + 2 } ) |
-		AP %э@vP (if (2.tense = ifi) { 1 _1 2 } else { 1 + 2 } ) |
-		NP %vP ?(1.case = acc) { 1 _1 2 } |
-		NP %vP ?(1.case = dat) { 1[case=(if (2.lemh in verbs_acc) acc else 1.case)] _1 2 } |
-		PPorAdvP %vP { (
-				if ((1.lemh="али") and (2.polarity=neg))
-					[ %2[fin_nonfin=unac,polarity=_] ]
-				else
-					[ 1 _1 %2 ]
-			) } |
-		PPorAdvP NP %vP { 1 _1 2 _2 3 } !|
-		!1: AP %vP ?(2.v_type=cop) { 1 _1 2 } |
-		!2: AP %vP ?(2.v_type=cop & 2.tense=aor) { 1 + 2 } ;
-		;
-
-S ->
-		NP VP { 1 _1 2 } ;
+NP -> n.$number adj { 2[gender=1.gender, number=1.number] _ 1 } ;
 
 ! Resources:
-! https://wiki.apertium.org/wiki/Apertium-recursive
-! https://wiki.apertium.org/wiki/Apertium-recursive/Formalism
-! https://wiki.apertium.org/wiki/Apertium-recursive/Cookbook
+! http://wiki.apertium.org/wiki/Apertium-recursive
+! http://wiki.apertium.org/wiki/Apertium-recursive/Formalism
+! http://wiki.apertium.org/wiki/Apertium-recursive/Cookbook