% -*- coding: utf-8 -*-

fstructure('nAdiyah yAsIn kO mAr rahI he',
	% Properties:
	[
	'sentence_id'('S19'),
	'markup_free_sentence'('nAdiyah yAsIn kO mAr rahI he'),
	'xle_version'('XLE release of Oct 06, 2010 09:31.'),
	'grammar'('/Users/Nette/Research/Urdu/Urdu-XFR_Development/gramtrunk/urdu.lfg'),
	'grammar_date'('Mar 14, 2012 12:30'),
	'word_count'('6'),
	'statistics'('1 solutions, 0.110 CPU seconds, 0.000MB max mem, 208 subtrees unified'),
	'rootcategory'('ROOT'),
	'hostname'('hsi-kbw-134-3-126-22.hsi14.kabel-badenwuerttemberg.de')
	],
	% Choices:
	[
	
	],
	% Equivalences:
	[
	
	],
	% Constraints:
	[
	cf(1,eq(attr(var(0),'PRED'),semform('A-CAUSE',3,[var(10),semform('mar',2,[var(4)],[])],[]))),
	cf(1,eq(attr(var(0),'SUBJ'),var(10))),
	cf(1,eq(attr(var(0),'OBJ'),var(4))),
	cf(1,eq(attr(var(0),'CHECK'),var(1))),
	cf(1,eq(attr(var(0),'LEX-SEM'),var(3))),
	cf(1,eq(attr(var(0),'TNS-ASP'),var(15))),
	cf(1,eq(attr(var(0),'VTYPE'),var(16))),
	cf(1,eq(attr(var(0),'CLAUSE-TYPE'),'decl')),
	cf(1,eq(attr(var(0),'PASSIVE'),'-')),
	cf(1,eq(attr(var(10),'PRED'),semform('nAdiyah',0,[],[]))),
	cf(1,eq(attr(var(10),'NTYPE'),var(11))),
	cf(1,eq(attr(var(10),'SEM-PROP'),var(14))),
	cf(1,eq(attr(var(10),'CASE'),'nom')),
	cf(1,eq(attr(var(10),'GEND'),'fem')),
	cf(1,eq(attr(var(10),'NUM'),'sg')),
	cf(1,eq(attr(var(10),'PERS'),'3')),
	cf(1,eq(attr(var(11),'NSEM'),var(12))),
	cf(1,eq(attr(var(11),'NSYN'),'proper')),
	cf(1,eq(attr(var(12),'PROPER'),var(13))),
	cf(1,eq(attr(var(13),'PROPER-TYPE'),'name')),
	cf(1,eq(attr(var(14),'SPECIFIC'),'+')),
	cf(1,eq(attr(var(4),'PRED'),semform('yAsIn',1,[],[]))),
	cf(1,eq(attr(var(4),'CHECK'),var(5))),
	cf(1,eq(attr(var(4),'NTYPE'),var(6))),
	cf(1,eq(attr(var(4),'SEM-PROP'),var(9))),
	cf(1,eq(attr(var(4),'CASE'),'acc')),
	cf(1,eq(attr(var(4),'GEND'),'masc')),
	cf(1,eq(attr(var(4),'NUM'),'sg')),
	cf(1,eq(attr(var(4),'PERS'),'3')),
	cf(1,eq(attr(var(5),'_NMORPH'),'obl')),
	cf(1,eq(attr(var(6),'NSEM'),var(7))),
	cf(1,eq(attr(var(6),'NSYN'),'proper')),
	cf(1,eq(attr(var(7),'PROPER'),var(8))),
	cf(1,eq(attr(var(8),'PROPER-TYPE'),'name')),
	cf(1,eq(attr(var(9),'SPECIFIC'),'+')),
	cf(1,eq(attr(var(1),'_VMORPH'),var(2))),
	cf(1,eq(attr(var(1),'_RESTRICTED'),'-')),
	cf(1,eq(attr(var(1),'_VFORM'),'bare')),
	cf(1,eq(attr(var(2),'_MTYPE'),'infl')),
	cf(1,eq(attr(var(3),'AGENTIVE'),'+')),
	cf(1,eq(attr(var(3),'CAUSATIVE'),'direct')),
	cf(1,eq(attr(var(15),'ASPECT'),'prog')),
	cf(1,eq(attr(var(15),'MOOD'),'indicative')),
	cf(1,eq(attr(var(15),'TENSE'),'pres')),
	cf(1,eq(attr(var(16),'COMPLEX-PRED'),'cause'))
	],
	% C-Structure:
	[
	cf(1,subtree(614,'ROOT',-,612)),
	cf(1,phi(614,var(0))),
	cf(1,subtree(2618,'S',2534,295)),
	cf(1,phi(2618,var(0))),
	cf(1,subtree(2534,'S',-,1871)),
	cf(1,phi(2534,var(0))),
	cf(1,subtree(1871,'KP',-,162)),
	cf(1,phi(1871,var(10))),
	cf(1,subtree(612,'Sadj',-,610)),
	cf(1,phi(612,var(0))),
	cf(1,subtree(610,'S',2618,365)),
	cf(1,phi(610,var(0))),
	cf(1,subtree(430,'PROG',429,58)),
	cf(1,phi(430,var(0))),
	cf(1,subtree(429,'PROG',428,61)),
	cf(1,phi(429,var(0))),
	cf(1,subtree(428,'PROG',427,66)),
	cf(1,phi(428,var(0))),
	cf(1,subtree(427,'PROG',426,69)),
	cf(1,phi(427,var(0))),
	cf(1,subtree(426,'PROG',-,73)),
	cf(1,phi(426,var(0))),
	cf(1,subtree(365,'VCmain',356,362)),
	cf(1,phi(365,var(0))),
	cf(1,subtree(362,'AUXtns',361,85)),
	cf(1,phi(362,var(0))),
	cf(1,subtree(361,'AUXtns',360,88)),
	cf(1,phi(361,var(0))),
	cf(1,subtree(360,'AUXtns',359,91)),
	cf(1,phi(360,var(0))),
	cf(1,subtree(359,'AUXtns',358,93)),
	cf(1,phi(359,var(0))),
	cf(1,subtree(358,'AUXtns',-,97)),
	cf(1,phi(358,var(0))),
	cf(1,subtree(356,'VCmain',336,353)),
	cf(1,phi(356,var(0))),
	cf(1,subtree(353,'AUXasp',-,430)),
	cf(1,phi(353,var(0))),
	cf(1,subtree(336,'VCmain',-,332)),
	cf(1,phi(336,var(0))),
	cf(1,subtree(332,'V',-,329)),
	cf(1,phi(332,var(0))),
	cf(1,subtree(329,'Vcause',328,42)),
	cf(1,phi(329,var(0))),
	cf(1,subtree(328,'Vcause',327,43)),
	cf(1,phi(328,var(0))),
	cf(1,subtree(327,'Vcause',-,47)),
	cf(1,phi(327,var(0))),
	cf(1,subtree(295,'KP',261,38)),
	cf(1,phi(295,var(4))),
	cf(1,subtree(261,'KP',-,222)),
	cf(1,phi(261,var(4))),
	cf(1,subtree(222,'NP',-,192)),
	cf(1,phi(222,var(4))),
	cf(1,subtree(192,'N',191,22)),
	cf(1,phi(192,var(4))),
	cf(1,subtree(191,'N',190,23)),
	cf(1,phi(191,var(4))),
	cf(1,subtree(190,'N',188,25)),
	cf(1,phi(190,var(4))),
	cf(1,subtree(188,'N',-,31)),
	cf(1,phi(188,var(4))),
	cf(1,subtree(162,'NP',-,159)),
	cf(1,phi(162,var(10))),
	cf(1,subtree(159,'N',158,4)),
	cf(1,phi(159,var(10))),
	cf(1,subtree(158,'N',156,5)),
	cf(1,phi(158,var(10))),
	cf(1,subtree(156,'N',152,7)),
	cf(1,phi(156,var(10))),
	cf(1,subtree(152,'N',-,13)),
	cf(1,phi(152,var(10))),
	cf(1,terminal(109,'+3P',[84])),
	cf(1,phi(109,var(0))),
	cf(1,subtree(97,'AUXtns-S_BASE',-,96)),
	cf(1,phi(97,var(0))),
	cf(1,terminal(96,'hO',[84])),
	cf(1,phi(96,var(0))),
	cf(1,terminal(94,'+Verb',[84])),
	cf(1,phi(94,var(0))),
	cf(1,subtree(93,'V-T_BASE',-,94)),
	cf(1,phi(93,var(0))),
	cf(1,terminal(92,'+Pres',[84])),
	cf(1,phi(92,var(0))),
	cf(1,subtree(91,'PRES_BASE',-,92)),
	cf(1,phi(91,var(0))),
	cf(1,subtree(88,'V-PERS_SFX_BASE',-,109)),
	cf(1,phi(88,var(0))),
	cf(1,terminal(86,'+Sg',[84])),
	cf(1,phi(86,var(0))),
	cf(1,subtree(85,'V-NUM_SFX_BASE',-,86)),
	cf(1,phi(85,var(0))),
	cf(1,subtree(73,'PROG-S_BASE',-,72)),
	cf(1,phi(73,var(0))),
	cf(1,terminal(72,'rah',[57])),
	cf(1,phi(72,var(0))),
	cf(1,terminal(70,'+Verb',[57])),
	cf(1,phi(70,var(0))),
	cf(1,subtree(69,'V-T_BASE',-,70)),
	cf(1,phi(69,var(0))),
	cf(1,subtree(66,'V-Prog_BASE',-,65)),
	cf(1,phi(66,var(0))),
	cf(1,terminal(65,'+Perf',[57])),
	cf(1,phi(65,var(0))),
	cf(1,terminal(62,'+Fem',[57])),
	cf(1,phi(62,var(0))),
	cf(1,subtree(61,'V-GEND_SFX_BASE',-,62)),
	cf(1,phi(61,var(0))),
	cf(1,terminal(59,'+Sg',[57])),
	cf(1,phi(59,var(0))),
	cf(1,subtree(58,'V-NUM_SFX_BASE',-,59)),
	cf(1,phi(58,var(0))),
	cf(1,subtree(47,'V-S_BASE',-,46)),
	cf(1,phi(47,var(19))),
	cf(1,terminal(46,'mar',[39])),
	cf(1,phi(46,var(19))),
	cf(1,terminal(44,'+Verb',[39])),
	cf(1,phi(44,var(0))),
	cf(1,subtree(43,'V-T_BASE',-,44)),
	cf(1,phi(43,var(0))),
	cf(1,subtree(42,'CAUS_BASE',-,41)),
	cf(1,phi(42,var(0))),
	cf(1,terminal(41,'+Caus',[39])),
	cf(1,phi(41,var(20))),
	cf(1,subtree(38,'K',-,37)),
	cf(1,phi(38,var(4))),
	cf(1,terminal(37,'kO',[37])),
	cf(1,phi(37,var(4))),
	cf(1,subtree(31,'NOUN-S_BASE',-,28)),
	cf(1,phi(31,var(4))),
	cf(1,terminal(28,'yAsIn',[19])),
	cf(1,phi(28,var(4))),
	cf(1,terminal(26,'+Noun',[19])),
	cf(1,phi(26,var(4))),
	cf(1,subtree(25,'N-T_BASE',-,26)),
	cf(1,phi(25,var(4))),
	cf(1,terminal(24,'+Name',[19])),
	cf(1,phi(24,var(4))),
	cf(1,subtree(23,'NAME_BASE',-,24)),
	cf(1,phi(23,var(4))),
	cf(1,subtree(22,'GEND_BASE',-,21)),
	cf(1,phi(22,var(4))),
	cf(1,terminal(21,'+Masc',[19])),
	cf(1,phi(21,var(4))),
	cf(1,subtree(13,'NOUN-S_BASE',-,10)),
	cf(1,phi(13,var(10))),
	cf(1,terminal(10,'nAdiyah',[1])),
	cf(1,phi(10,var(10))),
	cf(1,terminal(8,'+Noun',[1])),
	cf(1,phi(8,var(10))),
	cf(1,subtree(7,'N-T_BASE',-,8)),
	cf(1,phi(7,var(10))),
	cf(1,terminal(6,'+Name',[1])),
	cf(1,phi(6,var(10))),
	cf(1,subtree(5,'NAME_BASE',-,6)),
	cf(1,phi(5,var(10))),
	cf(1,subtree(4,'GEND_BASE',-,3)),
	cf(1,phi(4,var(10))),
	cf(1,terminal(3,'+Fem',[1])),
	cf(1,phi(3,var(10))),
	cf(1,semform_data(0,13,1,8)),
	cf(1,semform_data(1,31,9,14)),
	cf(1,semform_data(2,47,18,21)),
	cf(1,semform_data(3,42,18,21)),
	cf(1,fspan(var(10),1,8)),
	cf(1,fspan(var(4),9,17)),
	cf(1,fspan(var(0),1,29)),
	cf(1,surfaceform(1,'nAdiyah',1,8)),
	cf(1,surfaceform(19,'yAsIn',9,14)),
	cf(1,surfaceform(37,'kO',15,17)),
	cf(1,surfaceform(39,'mAr',18,21)),
	cf(1,surfaceform(57,'rahI',22,26)),
	cf(1,surfaceform(84,'he',27,29))
	]).
