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Chart parsing with features

The document describes the steps of chart parsing using features. It discusses reading the grammar agenda and lexicon in the first step. In the second step, it forms active arcs by applying grammar rules to incomplete arcs. In the third step, it places the read arcs in the chart.

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Chart Parsing using features Sarah Saneei Computational Linguistics
‫کار‬ ‫کلی‬ ‫مراحل‬ ‫است‬ ‫خالی‬ ‫آجاندا‬.‫کنیم‬‫می‬ ‫آن‬ ‫وارد‬ ‫را‬ ‫بعدی‬ ‫ی‬‫کلمه‬ ‫دستوری‬ ‫های‬‫مقوله‬. ‫چهارم‬ ‫مرحله‬: ‫کارنت‬ ‫منتظر‬ ‫که‬ ‫دارد‬ ‫وجود‬ ‫فعالی‬ ‫کمان‬ ‫آیا‬(‫اینجا‬ ‫در‬X)‫باشد؟‬ 1/‫از‬ ‫قبل‬ ‫اش‬‫نقطه‬X‫باشد‬.2/‫ابتدای‬X‫باشد‬ ‫آن‬ ‫انتهای‬. ‫سوم‬ ‫مرحله‬: ‫دهیم‬‫می‬ ‫قرار‬ ‫چارت‬ ‫در‬ ‫را‬ ‫ایم‬‫خوانده‬ ‫که‬ ‫کارنتی‬. ‫دوم‬ ‫مرحله‬: ‫دهیم‬‫می‬ ‫تشکیل‬ ‫فعال‬ ‫کمان‬ ‫کارنت‬ ‫با‬.‫شوند‬‫می‬ ‫فعال‬ ‫کمان‬ ‫به‬ ‫تبدیل‬ ‫شوند‬‫می‬ ‫شروع‬ ‫کارنت‬ ‫با‬ ‫که‬ ‫هایی‬‫قاعده‬ ‫آن‬. ‫اول‬ ‫مرحله‬: ‫ریزیم‬ ‫می‬ ‫کارنت‬ ‫در‬ ‫و‬ ‫خوانیم‬ ‫می‬ ‫آجاندا‬ ‫از‬
Chart:CompletedarcsChart:Activearcs GrammarAgenda He wants to be happy. 1. S → (NP AGR ?a) (VP [{pres,past}] AGR ?a) 2.NP → (ART AGR ?a) (N AGR ?a) 3.NP → PRO 9.VP[inf] →TO VP[base] 4.VP → V[_none] 10. ADJP →ADJ 5. VP→ V[_vp:np] NP 6.VP → V[_vp:inf] VP[inf] 7. VP → V[_np_vp:inf] NP VP[inf] 8.VP→V[_adjp] ADJP Lexicon he : (CAT PRO AGR 3s) want : (V VFORM base SUBCAT {_np,_vp:inf, _np_vp:inf}) to : (CAT TO) be : (CAT V VFORM base SUBCAT {_adjp, _np}) happy : (CAT ADJ SUBCAT _vp:inf) 1 2 3 4 5 6 Current 𝑷 𝟏 Ag. 𝑷 𝟐 1 PRO{3s} 2 𝑷 𝟏 C 𝑷 𝟐 ‫کنیم‬‫می‬ ‫وارد‬ ‫آجاندا‬ ‫در‬ ‫را‬ ‫اش‬‫نحوی‬ ‫های‬‫مقوله‬ ‫و‬ ‫خوانیم‬‫می‬ ‫را‬ ‫اول‬ ‫ی‬‫کلمه‬ ‫ابتدا‬. 1 2 3 4 5 6
Chart:CompletedarcsChart:Activearcs GrammarAgenda He wants to be happy. 1. S → (NP AGR ?a) (VP [{pres,past}] AGR ?a) 2.NP → (ART AGR ?a) (N AGR ?a) 3.NP → PRO 9.VP[inf] →TO VP[base] 4.VP → V[_none] 10. ADJP →ADJ 5. VP→ V[_vp:np] NP 6.VP → V[_vp:inf] VP[inf] 7. VP → V[_np_vp:inf] NP VP[inf] 8.VP→V[_adjp] ADJP Lexicon he : (CAT PRO AGR 3s) want : (V VFORM base SUBCAT {_np,_vp:inf, _np_vp:inf}) to : (CAT TO) be : (CAT V VFORM base SUBCAT {_adjp, _np}) happy : (CAT ADJ SUBCAT _vp:inf) 1 2 3 4 5 6 Current 𝑷 𝟏 Ag. 𝑷 𝟐 1 PRO{3s} 2 𝑷 𝟏 C 𝑷 𝟐 1 PRO{3s} 2 ‫اول‬ ‫مرحله‬: ‫ریزیم‬ ‫می‬ ‫کارنت‬ ‫در‬ ‫و‬ ‫خوانیم‬ ‫می‬ ‫آجاندا‬ ‫از‬. 1 2 3 4 5 6
Chart:CompletedarcsChart:Activearcs GrammarAgenda He wants to be happy. 1. S → (NP AGR ?a) (VP [{pres,past}] AGR ?a) 2.NP → (ART AGR ?a) (N AGR ?a) 3.NP → PRO 9.VP[inf] →TO VP[base] 4.VP → V[_none] 10. ADJP →ADJ 5. VP→ V[_vp:np] NP 6.VP → V[_vp:inf] VP[inf] 7. VP → V[_np_vp:inf] NP VP[inf] 8.VP→V[_adjp] ADJP Lexicon he : (CAT PRO AGR 3s) want : (V VFORM base SUBCAT {_np,_vp:inf, _np_vp:inf}) to : (CAT TO) be : (CAT V VFORM base SUBCAT {_adjp, _np}) happy : (CAT ADJ SUBCAT _vp:inf) 1 2 3 4 5 6 Current 𝑷 𝟏 Ag. 𝑷 𝟐 1 PRO{3s} 2 𝑷 𝟏 C 𝑷 𝟐 1 PRO{3s} 2 ‫دوم‬ ‫مرحله‬: ‫دهیم‬‫می‬ ‫تشکیل‬ ‫فعال‬ ‫کمان‬ ‫کارنت‬ ‫با‬.‫شروع‬ ‫کارنت‬ ‫با‬ ‫که‬ ‫هایی‬‫قاعده‬ ‫آن‬ ‫شوند‬‫می‬ ‫فعال‬ ‫کمان‬ ‫به‬ ‫تبدیل‬ ‫شوند‬‫می‬. 1 2 3 4 5 6 NP {3s} → PRO{3s}●
Chart:CompletedarcsChart:Activearcs GrammarAgenda He wants to be happy. 1. S → (NP AGR ?a) (VP [{pres,past}] AGR ?a) 2.NP → (ART AGR ?a) (N AGR ?a) 3.NP → PRO 9.VP[inf] →TO VP[base] 4.VP → V[_none] 10. ADJP →ADJ 5. VP→ V[_vp:np] NP 6.VP → V[_vp:inf] VP[inf] 7. VP → V[_np_vp:inf] NP VP[inf] 8.VP→V[_adjp] ADJP Lexicon he : (CAT PRO AGR 3s) want : (V VFORM base SUBCAT {_np,_vp:inf, _np_vp:inf}) to : (CAT TO) be : (CAT V VFORM base SUBCAT {_adjp, _np}) happy : (CAT ADJ SUBCAT _vp:inf) 1 2 3 4 5 6 Current 𝑷 𝟏 Ag. 𝑷 𝟐 1 PRO{3s} 2 𝑷 𝟏 C 𝑷 𝟐 1 PRO{3s} 2 ‫سوم‬ ‫مرحله‬: ‫دهیم‬‫می‬ ‫قرار‬ ‫چارت‬ ‫در‬ ‫را‬ ‫ایم‬‫خوانده‬ ‫که‬ ‫کارنتی‬. 1 2 3 4 5 6 NP {3s} → PRO{3s}● PRO1 CAT PRO AGR 3s
Chart:CompletedarcsChart:Activearcs GrammarAgenda He wants to be happy. 1. S → (NP AGR ?a) (VP [{pres,past}] AGR ?a) 2.NP → (ART AGR ?a) (N AGR ?a) 3.NP → PRO 9.VP[inf] →TO VP[base] 4.VP → V[_none] 10. ADJP →ADJ 5. VP→ V[_vp:np] NP 6.VP → V[_vp:inf] VP[inf] 7. VP → V[_np_vp:inf] NP VP[inf] 8.VP→V[_adjp] ADJP Lexicon he : (CAT PRO AGR 3s) want : (V VFORM base SUBCAT {_np,_vp:inf, _np_vp:inf}) to : (CAT TO) be : (CAT V VFORM base SUBCAT {_adjp, _np}) happy : (CAT ADJ SUBCAT _vp:inf) 1 2 3 4 5 6 Current 𝑷 𝟏 Ag. 𝑷 𝟐 1 PRO{3s} 2 𝑷 𝟏 C 𝑷 𝟐 1 PRO{3s} 2 ‫چهارم‬ ‫مرحله‬: ‫باشد؟‬ ‫کارنت‬ ‫منتظر‬ ‫که‬ ‫دارد‬ ‫وجود‬ ‫فعالی‬ ‫کمان‬ ‫آیا‬ (‫خیر‬) 1 2 3 4 5 6 NP {3s} → PRO{3s}● PRO1 CAT PRO AGR 3s
Chart:CompletedarcsChart:Activearcs GrammarAgenda He wants to be happy. 1. S → (NP AGR ?a) (VP [{pres,past}] AGR ?a) 2.NP → (ART AGR ?a) (N AGR ?a) 3.NP → PRO 9.VP[inf] →TO VP[base] 4.VP → V[_none] 10. ADJP →ADJ 5. VP→ V[_vp:np] NP 6.VP → V[_vp:inf] VP[inf] 7. VP → V[_np_vp:inf] NP VP[inf] 8.VP→V[_adjp] ADJP Lexicon he : (CAT PRO AGR 3s) want : (V VFORM base SUBCAT {_np,_vp:inf, _np_vp:inf}) to : (CAT TO) be : (CAT V VFORM base SUBCAT {_adjp, _np}) happy : (CAT ADJ SUBCAT _vp:inf) 1 2 3 4 5 6 Current 𝑷 𝟏 Ag. 𝑷 𝟐 1 PRO{3s} 2 1 NP{3s} 2 𝑷 𝟏 C 𝑷 𝟐 1 PRO{3s} 2 ‫چیزی‬ ‫منتظر‬ ‫دیگر‬ ‫قاعده‬ ‫آن‬ ‫یعنی‬ ‫رسد‬‫می‬ ‫قاعده‬ ‫یک‬ ‫آخر‬ ‫به‬ ‫نقطه‬ ‫وقتی‬‫نیست‬ ‫کمان‬ ‫و‬Passive‫است‬ ‫شده‬.‫کل‬NP‫بریم‬‫می‬ ‫آجاندا‬ ‫داخل‬ ‫به‬ ‫را‬(‫یک‬NP ‫ایم‬‫دیده‬). 1 2 3 4 5 6 NP {3s} → PRO{3s}● PRO1 CAT PRO AGR 3s
Chart:CompletedarcsChart:Activearcs GrammarAgenda He wants to be happy. 1. S → (NP AGR ?a) (VP [{pres,past}] AGR ?a) 2.NP → (ART AGR ?a) (N AGR ?a) 3.NP → PRO 9.VP[inf] →TO VP[base] 4.VP → V[_none] 10. ADJP →ADJ 5. VP→ V[_vp:np] NP 6.VP → V[_vp:inf] VP[inf] 7. VP → V[_np_vp:inf] NP VP[inf] 8.VP→V[_adjp] ADJP Lexicon he : (CAT PRO AGR 3s) want : (V VFORM base SUBCAT {_np,_vp:inf, _np_vp:inf}) to : (CAT TO) be : (CAT V VFORM base SUBCAT {_adjp, _np}) happy : (CAT ADJ SUBCAT _vp:inf) 1 2 3 4 5 6 Current 𝑷 𝟏 Ag. 𝑷 𝟐 1 PRO{3s} 2 1 NP{3s} 2 𝑷 𝟏 C 𝑷 𝟐 1 PRO{3s} 2 1 NP{3s} 2 ‫اول‬ ‫مرحله‬: ‫ریزیم‬ ‫می‬ ‫کارنت‬ ‫در‬ ‫و‬ ‫خوانیم‬ ‫می‬ ‫آجاندا‬ ‫از‬ 1 2 3 4 5 6 NP {3s} → PRO{3s}● PRO1 CAT PRO AGR 3s
Chart:CompletedarcsChart:Activearcs GrammarAgenda He wants to be happy. 1. S → (NP AGR ?a) (VP [{pres,past}] AGR ?a) 2.NP → (ART AGR ?a) (N AGR ?a) 3.NP → PRO 9.VP[inf] →TO VP[base] 4.VP → V[_none] 10. ADJP →ADJ 5. VP→ V[_vp:np] NP 6.VP → V[_vp:inf] VP[inf] 7. VP → V[_np_vp:inf] NP VP[inf] 8.VP→V[_adjp] ADJP Lexicon he : (CAT PRO AGR 3s) want : (V VFORM base SUBCAT {_np,_vp:inf, _np_vp:inf}) to : (CAT TO) be : (CAT V VFORM base SUBCAT {_adjp, _np}) happy : (CAT ADJ SUBCAT _vp:inf) 1 2 3 4 5 6 Current 𝑷 𝟏 Ag. 𝑷 𝟐 1 PRO{3s} 2 1 NP{3s} 2 𝑷 𝟏 C 𝑷 𝟐 1 PRO{3s} 2 1 NP{3s} 2 ‫دوم‬ ‫مرحله‬: ‫دهیم‬‫می‬ ‫تشکیل‬ ‫فعال‬ ‫کمان‬ ‫کارنت‬ ‫با‬.‫شروع‬ ‫کارنت‬ ‫با‬ ‫که‬ ‫هایی‬‫قاعده‬ ‫آن‬ ‫شوند‬‫می‬ ‫مقداردهی‬ ‫متغیرهایشان‬ ‫و‬ ‫فعال‬ ‫کمان‬ ‫به‬ ‫تبدیل‬ ‫شوند‬‫می‬. 1 2 3 4 5 6 NP {3s} → PRO{3s}● PRO1 CAT PRO AGR 3s S → (NP AGR 3s) ● (VP AGR 3s)
Chart:CompletedarcsChart:Activearcs GrammarAgenda He wants to be happy. 1. S → (NP AGR ?a) (VP [{pres,past}] AGR ?a) 2.NP → (ART AGR ?a) (N AGR ?a) 3.NP → PRO 9.VP[inf] →TO VP[base] 4.VP → V[_none] 10. ADJP →ADJ 5. VP→ V[_vp:np] NP 6.VP → V[_vp:inf] VP[inf] 7. VP → V[_np_vp:inf] NP VP[inf] 8.VP→V[_adjp] ADJP Lexicon he : (CAT PRO AGR 3s) want : (V VFORM base SUBCAT {_np,_vp:inf, _np_vp:inf}) to : (CAT TO) be : (CAT V VFORM base SUBCAT {_adjp, _np}) happy : (CAT ADJ SUBCAT _vp:inf) 1 2 3 4 5 6 Current 𝑷 𝟏 Ag. 𝑷 𝟐 1 PRO{3s} 2 1 NP{3s} 2 𝑷 𝟏 C 𝑷 𝟐 1 PRO{3s} 2 1 NP{3s} 2 ‫سوم‬ ‫مرحله‬: ‫دهیم‬‫می‬ ‫قرار‬ ‫چارت‬ ‫در‬ ‫را‬ ‫ایم‬‫خوانده‬ ‫که‬ ‫کارنتی‬. 1 2 3 4 5 6 NP {3s} → PRO{3s}● PRO1 CAT PRO AGR 3s S → (NP AGR 3s) ● (VP AGR 3s) NP1 CAT NP AGR 3s
Chart:CompletedarcsChart:Activearcs GrammarAgenda He wants to be happy. 1. S → (NP AGR ?a) (VP [{pres,past}] AGR ?a) 2.NP → (ART AGR ?a) (N AGR ?a) 3.NP → PRO 9.VP[inf] →TO VP[base] 4.VP → V[_none] 10. ADJP →ADJ 5. VP→ V[_vp:np] NP 6.VP → V[_vp:inf] VP[inf] 7. VP → V[_np_vp:inf] NP VP[inf] 8.VP→V[_adjp] ADJP Lexicon he : (CAT PRO AGR 3s) want : (V VFORM base SUBCAT {_np,_vp:inf, _np_vp:inf}) to : (CAT TO) be : (CAT V VFORM base SUBCAT {_adjp, _np}) happy : (CAT ADJ SUBCAT _vp:inf) 1 2 3 4 5 6 Current 𝑷 𝟏 Ag. 𝑷 𝟐 1 PRO{3s} 2 1 NP{3s} 2 𝑷 𝟏 C 𝑷 𝟐 1 PRO{3s} 2 1 NP{3s} 2 ‫چهارم‬ ‫مرحله‬: ‫باشد؟‬ ‫کارنت‬ ‫منتظر‬ ‫که‬ ‫دارد‬ ‫وجود‬ ‫فعالی‬ ‫کمان‬ ‫آیا‬ (‫خیر‬) 1 2 3 4 5 6 NP {3s} → PRO{3s}● PRO1 CAT PRO AGR 3s S → (NP AGR 3s) ● (VP AGR 3s) NP1 CAT NP AGR 3s
Chart:CompletedarcsChart:Activearcs GrammarAgenda He wants to be happy. 1. S → (NP AGR ?a) (VP [{pres,past}] AGR ?a) 2.NP → (ART AGR ?a) (N AGR ?a) 3.NP → PRO 9.VP[inf] →TO VP[base] 4.VP → V[_none] 10. ADJP →ADJ 5. VP→ V[_vp:np] NP 6.VP → V[_vp:inf] VP[inf] 7. VP → V[_np_vp:inf] NP VP[inf] 8.VP→V[_adjp] ADJP Lexicon he : (CAT PRO AGR 3s) want : (V VFORM base SUBCAT {_np,_vp:inf, _np_vp:inf}) to : (CAT TO) be : (CAT V VFORM base SUBCAT {_adjp, _np}) happy : (CAT ADJ SUBCAT _vp:inf) 1 2 3 4 5 6 Current 𝑷 𝟏 Ag. 𝑷 𝟐 1 PRO{3s} 2 1 NP{3s} 2 2 V[pres, 3s, _np,_vp:inf, _np_vp:inf] 3 𝑷 𝟏 C 𝑷 𝟐 1 PRO{3s} 2 1 NP{3s} 2 ‫در‬ ‫را‬ ‫اش‬‫نحوی‬ ‫های‬‫مقوله‬ ‫و‬ ‫خوانیم‬‫می‬ ‫را‬ ‫بعدی‬ ‫ی‬‫کلمه‬ ،‫است‬ ‫خالی‬ ‫آجاندا‬ ‫چون‬ ‫کنیم‬‫می‬ ‫وارد‬ ‫آجاندا‬. 1 2 3 4 5 6 NP {3s} → PRO{3s}● PRO1 CAT PRO AGR 3s S → (NP AGR 3s) ● (VP AGR 3s) NP1 CAT NP AGR 3s
Chart:CompletedarcsChart:Activearcs GrammarAgenda He wants to be happy. 1. S → (NP AGR ?a) (VP [{pres,past}] AGR ?a) 2.NP → (ART AGR ?a) (N AGR ?a) 3.NP → PRO 9.VP[inf] →TO VP[base] 4.VP → V[_none] 10. ADJP →ADJ 5. VP→ V[_vp:np] NP 6.VP → V[_vp:inf] VP[inf] 7. VP → V[_np_vp:inf] NP VP[inf] 8.VP→V[_adjp] ADJP Lexicon he : (CAT PRO AGR 3s) want : (V VFORM base SUBCAT {_np,_vp:inf, _np_vp:inf}) to : (CAT TO) be : (CAT V VFORM base SUBCAT {_adjp, _np}) happy : (CAT ADJ SUBCAT _vp:inf) 1 2 3 4 5 6 Current 𝑷 𝟏 Ag. 𝑷 𝟐 1 PRO{3s} 2 1 NP{3s} 2 2 V[pres, 3s, _np,_vp:inf, _np_vp:inf] 3 𝑷 𝟏 C 𝑷 𝟐 1 PRO{3s} 2 1 NP{3s} 2 2 V[pres, 3s, _np,_vp:inf, _np_vp:inf] 3 ‫اول‬ ‫مرحله‬: ‫ریزیم‬ ‫می‬ ‫کارنت‬ ‫در‬ ‫و‬ ‫خوانیم‬ ‫می‬ ‫آجاندا‬ ‫از‬ 1 2 3 4 5 6 NP {3s} → PRO{3s}● PRO1 CAT PRO AGR 3s S → (NP AGR 3s) ● (VP AGR 3s) NP1 CAT NP AGR 3s
Chart:CompletedarcsChart:Activearcs GrammarAgenda He wants to be happy. 1. S → (NP AGR ?a) (VP [{pres,past}] AGR ?a) 2.NP → (ART AGR ?a) (N AGR ?a) 3.NP → PRO 9.VP[inf] →TO VP[base] 4.VP → V[_none] 10. ADJP →ADJ 5. VP→ V[_vp:np] NP 6.VP → V[_vp:inf] VP[inf] 7. VP → V[_np_vp:inf] NP VP[inf] 8.VP→V[_adjp] ADJP Lexicon he : (CAT PRO AGR 3s) want : (V VFORM base SUBCAT {_np,_vp:inf, _np_vp:inf}) to : (CAT TO) be : (CAT V VFORM base SUBCAT {_adjp, _np}) happy : (CAT ADJ SUBCAT _vp:inf) 1 2 3 4 5 6 Current 𝑷 𝟏 Ag. 𝑷 𝟐 1 PRO{3s} 2 1 NP{3s} 2 2 V[pres, 3s, _np,_vp:inf, _np_vp:inf] 3 𝑷 𝟏 C 𝑷 𝟐 1 PRO{3s} 2 1 NP{3s} 2 2 V[pres, 3s, _np,_vp:inf, _np_vp:inf] 3 ‫دوم‬ ‫مرحله‬: ‫دهیم‬‫می‬ ‫تشکیل‬ ‫فعال‬ ‫کمان‬ ‫کارنت‬ ‫با‬.‫شروع‬ ‫کارنت‬ ‫با‬ ‫که‬ ‫هایی‬‫قاعده‬ ‫آن‬ ‫شوند‬‫می‬ ‫فعال‬ ‫کمان‬ ‫به‬ ‫تبدیل‬ ‫شوند‬‫می‬.Rule‫که‬ ‫هایی‬SUBCAT‫کارنت‬ ‫خاص‬ ‫دارند‬ ‫را‬Fire‫شوند‬‫می‬. 1 2 3 4 5 6 PRO1 CAT PRO AGR 3s S → (NP AGR 3s) ● (VP AGR 3s) NP1 CAT NP AGR 3s
Chart:CompletedarcsChart:Activearcs GrammarAgenda He wants to be happy. 1. S → (NP AGR ?a) (VP [{pres,past}] AGR ?a) 2.NP → (ART AGR ?a) (N AGR ?a) 3.NP → PRO 9.VP[inf] →TO VP[base] 4.VP → V[_none] 10. ADJP →ADJ 5. VP→ V[_vp:np] NP 6. VP → V[_vp:inf] VP[inf] 7. VP → V[_np_vp:inf] NP VP[inf] 8.VP→V[_adjp] ADJP Lexicon he : (CAT PRO AGR 3s) want : (V VFORM base SUBCAT {_np,_vp:inf, _np_vp:inf}) to : (CAT TO) be : (CAT V VFORM base SUBCAT {_adjp, _np}) happy : (CAT ADJ SUBCAT _vp:inf) 1 2 3 4 5 6 Current 𝑷 𝟏 Ag. 𝑷 𝟐 1 PRO{3s} 2 1 NP{3s} 2 2 V[pres, 3s, _np,_vp:inf, _np_vp:inf] 3 𝑷 𝟏 C 𝑷 𝟐 1 PRO{3s} 2 1 NP{3s} 2 2 V[pres, 3s, _np,_vp:inf, _np_vp:inf] 3 ‫دوم‬ ‫مرحله‬: ‫دهیم‬‫می‬ ‫تشکیل‬ ‫فعال‬ ‫کمان‬ ‫کارنت‬ ‫با‬.‫شروع‬ ‫کارنت‬ ‫با‬ ‫که‬ ‫هایی‬‫قاعده‬ ‫آن‬ ‫شوند‬‫می‬ ‫فعال‬ ‫کمان‬ ‫به‬ ‫تبدیل‬ ‫شوند‬‫می‬.Rule‫که‬ ‫هایی‬SUBCAT‫کارنت‬ ‫خاص‬ ‫دارند‬ ‫را‬Fire‫شوند‬‫می‬. 1 2 3 4 5 6 PRO1 CAT PRO AGR 3s S → (NP AGR 3s) ● (VP AGR 3s) NP1 CAT NP AGR 3s VP→ V[pres,3s,_vp:np] ● NP VP → V[pres,3s _vp:inf] ● VP[inf] VP → V [pres,3s,_np_vp:inf] ● NP VP[inf]
Chart:CompletedarcsChart:Activearcs GrammarAgenda He wants to be happy. 1. S → (NP AGR ?a) (VP [{pres,past}] AGR ?a) 2.NP → (ART AGR ?a) (N AGR ?a) 3.NP → PRO 9.VP[inf] →TO VP[base] 4.VP → V[_none] 10. ADJP →ADJ 5. VP→ V[_vp:np] NP 6. VP → V[_vp:inf] VP[inf] 7. VP → V[_np_vp:inf] NP VP[inf] 8.VP→V[_adjp] ADJP Lexicon he : (CAT PRO AGR 3s) want : (V VFORM base SUBCAT {_np,_vp:inf, _np_vp:inf}) to : (CAT TO) be : (CAT V VFORM base SUBCAT {_adjp, _np}) happy : (CAT ADJ SUBCAT _vp:inf) 1 2 3 4 5 6 Current 𝑷 𝟏 Ag. 𝑷 𝟐 1 PRO{3s} 2 1 NP{3s} 2 2 V[pres, 3s, _np,_vp:inf, _np_vp:inf] 3 𝑷 𝟏 C 𝑷 𝟐 1 PRO{3s} 2 1 NP{3s} 2 2 V[pres, 3s, _np,_vp:inf, _np_vp:inf] 3 ‫سوم‬ ‫مرحله‬: ‫دهیم‬‫می‬ ‫قرار‬ ‫چارت‬ ‫در‬ ‫را‬ ‫ایم‬‫خوانده‬ ‫که‬ ‫کارنتی‬. 1 2 3 4 5 6 PRO1 CAT PRO AGR 3s S → (NP AGR 3s) ● (VP AGR 3s) NP1 CAT NP AGR 3s VP→ V[pres,3s,_vp:np] ● NP VP → V[pres,3s _vp:inf] ● VP[inf] VP → V [pres,3s,_np_vp:inf] ● NP VP[inf] V1 CAT V AGR 3s [_np_vp:inf,_np, _vp:inf]
Chart:CompletedarcsChart:Activearcs GrammarAgenda He wants to be happy. 1. S → (NP AGR ?a) (VP [{pres,past}] AGR ?a) 2.NP → (ART AGR ?a) (N AGR ?a) 3.NP → PRO 9.VP[inf] →TO VP[base] 4.VP → V[_none] 10. ADJP →ADJ 5. VP→ V[_vp:np] NP 6. VP → V[_vp:inf] VP[inf] 7. VP → V[_np_vp:inf] NP VP[inf] 8.VP→V[_adjp] ADJP Lexicon he : (CAT PRO AGR 3s) want : (V VFORM base SUBCAT {_np,_vp:inf, _np_vp:inf}) to : (CAT TO) be : (CAT V VFORM base SUBCAT {_adjp, _np}) happy : (CAT ADJ SUBCAT _vp:inf) 1 2 3 4 5 6 Current 𝑷 𝟏 Ag. 𝑷 𝟐 1 PRO{3s} 2 1 NP{3s} 2 2 V[pres, 3s, _np,_vp:inf, _np_vp:inf] 3 𝑷 𝟏 C 𝑷 𝟐 1 PRO{3s} 2 1 NP{3s} 2 2 V[pres, 3s, _np,_vp:inf, _np_vp:inf] 3 1 2 3 4 5 6 PRO1 CAT PRO AGR 3s S → (NP AGR 3s) ● (VP AGR 3s) NP1 CAT NP AGR 3s VP→ V[pres,3s,_vp:np] ● NP VP → V[pres,3s _vp:inf] ● VP[inf] VP → V [pres,3s,_np_vp:inf] ● NP VP[inf] V1 CAT V AGR 3s [_np_vp:inf,_np, _vp:inf] ‫چهارم‬ ‫مرحله‬: ‫باشد؟‬ ‫کارنت‬ ‫منتظر‬ ‫که‬ ‫دارد‬ ‫وجود‬ ‫فعالی‬ ‫کمان‬ ‫آیا‬ (‫خیر‬)
Chart:CompletedarcsChart:Activearcs GrammarAgenda He wants to be happy. 1. S → (NP AGR ?a) (VP [{pres,past}] AGR ?a) 2.NP → (ART AGR ?a) (N AGR ?a) 3.NP → PRO 9.VP[inf] →TO VP[base] 4.VP → V[_none] 10. ADJP →ADJ 5. VP→ V[_vp:np] NP 6. VP → V[_vp:inf] VP[inf] 7. VP → V[_np_vp:inf] NP VP[inf] 8.VP→V[_adjp] ADJP Lexicon he : (CAT PRO AGR 3s) want : (V VFORM base SUBCAT {_np,_vp:inf, _np_vp:inf}) to : (CAT TO) be : (CAT V VFORM base SUBCAT {_adjp, _np}) happy : (CAT ADJ SUBCAT _vp:inf) 1 2 3 4 5 6 Current 𝑷 𝟏 Ag. 𝑷 𝟐 1 PRO{3s} 2 1 NP{3s} 2 2 V[pres, 3s, _np,_vp:inf, _np_vp:inf] 3 3 TO 4 𝑷 𝟏 C 𝑷 𝟐 1 PRO{3s} 2 1 NP{3s} 2 2 V[pres, 3s, _np,_vp:inf, _np_vp:inf] 3 1 2 3 4 5 6 PRO1 CAT PRO AGR 3s S → (NP AGR 3s) ● (VP AGR 3s) NP1 CAT NP AGR 3s VP→ V[pres,3s,_vp:np] ● NP VP → V[pres,3s _vp:inf] ● VP[inf] VP → V [pres,3s,_np_vp:inf] ● NP VP[inf] V1 CAT V AGR 3s [_np_vp:inf,_np, _vp:inf] ‫در‬ ‫را‬ ‫اش‬‫نحوی‬ ‫های‬‫مقوله‬ ‫و‬ ‫خوانیم‬‫می‬ ‫را‬ ‫بعدی‬ ‫ی‬‫کلمه‬ ،‫است‬ ‫خالی‬ ‫آجاندا‬ ‫چون‬ ‫کنیم‬‫می‬ ‫وارد‬ ‫آجاندا‬.
Chart:CompletedarcsChart:Activearcs GrammarAgenda He wants to be happy. 1. S → (NP AGR ?a) (VP [{pres,past}] AGR ?a) 2.NP → (ART AGR ?a) (N AGR ?a) 3.NP → PRO 9.VP[inf] →TO VP[base] 4.VP → V[_none] 10. ADJP →ADJ 5. VP→ V[_vp:np] NP 6. VP → V[_vp:inf] VP[inf] 7. VP → V[_np_vp:inf] NP VP[inf] 8.VP→V[_adjp] ADJP Lexicon he : (CAT PRO AGR 3s) want : (V VFORM base SUBCAT {_np,_vp:inf, _np_vp:inf}) to : (CAT TO) be : (CAT V VFORM base SUBCAT {_adjp, _np}) happy : (CAT ADJ SUBCAT _vp:inf) 1 2 3 4 5 6 Current 𝑷 𝟏 Ag. 𝑷 𝟐 1 PRO{3s} 2 1 NP{3s} 2 2 V[pres, 3s, _np,_vp:inf, _np_vp:inf] 3 3 TO 4 𝑷 𝟏 C 𝑷 𝟐 1 PRO{3s} 2 1 NP{3s} 2 2 V[pres, 3s, _np,_vp:inf, _np_vp:inf] 3 3 TO 4 1 2 3 4 5 6 PRO1 CAT PRO AGR 3s S → (NP AGR 3s) ● (VP AGR 3s) NP1 CAT NP AGR 3s VP→ V[pres,3s,_vp:np] ● NP VP → V[pres,3s _vp:inf] ● VP[inf] VP → V [pres,3s,_np_vp:inf] ● NP VP[inf] V1 CAT V AGR 3s [_np_vp:inf,_np, _vp:inf] ‫اول‬ ‫مرحله‬: ‫ریزیم‬ ‫می‬ ‫کارنت‬ ‫در‬ ‫و‬ ‫خوانیم‬ ‫می‬ ‫آجاندا‬ ‫از‬
Chart:CompletedarcsChart:Activearcs GrammarAgenda He wants to be happy. 1. S → (NP AGR ?a) (VP [{pres,past}] AGR ?a) 2.NP → (ART AGR ?a) (N AGR ?a) 3.NP → PRO 9.VP[inf] →TO VP[base] 4.VP → V[_none] 10. ADJP →ADJ 5. VP→ V[_vp:np] NP 6. VP → V[_vp:inf] VP[inf] 7. VP → V[_np_vp:inf] NP VP[inf] 8.VP→V[_adjp] ADJP Lexicon he : (CAT PRO AGR 3s) want : (V VFORM base SUBCAT {_np,_vp:inf, _np_vp:inf}) to : (CAT TO) be : (CAT V VFORM base SUBCAT {_adjp, _np}) happy : (CAT ADJ SUBCAT _vp:inf) 1 2 3 4 5 6 Current 𝑷 𝟏 Ag. 𝑷 𝟐 1 PRO{3s} 2 1 NP{3s} 2 2 V[pres, 3s, _np,_vp:inf, _np_vp:inf] 3 3 TO 4 𝑷 𝟏 C 𝑷 𝟐 1 PRO{3s} 2 1 NP{3s} 2 2 V[pres, 3s, _np,_vp:inf, _np_vp:inf] 3 3 TO 4 1 2 3 4 5 6 PRO1 CAT PRO AGR 3s S → (NP AGR 3s) ● (VP AGR 3s) NP1 CAT NP AGR 3s VP→ V[pres,3s,_vp:np] ● NP VP → V[pres,3s _vp:inf] ● VP[inf] VP → V [pres,3s,_np_vp:inf] ● NP VP[inf] V1 CAT V AGR 3s [_np_vp:inf,_np, _vp:inf] ‫دوم‬ ‫مرحله‬: ‫دهیم‬‫می‬ ‫تشکیل‬ ‫فعال‬ ‫کمان‬ ‫کارنت‬ ‫با‬.‫شروع‬ ‫کارنت‬ ‫با‬ ‫که‬ ‫هایی‬‫قاعده‬ ‫آن‬ ‫شوند‬‫می‬ ‫فعال‬ ‫کمان‬ ‫به‬ ‫تبدیل‬ ‫شوند‬‫می‬.
Chart:CompletedarcsChart:Activearcs GrammarAgenda He wants to be happy. 1. S → (NP AGR ?a) (VP [{pres,past}] AGR ?a) 2.NP → (ART AGR ?a) (N AGR ?a) 3.NP → PRO 9.VP[inf] →TO VP[base] 4.VP → V[_none] 10. ADJP →ADJ 5. VP→ V[_vp:np] NP 6. VP → V[_vp:inf] VP[inf] 7. VP → V[_np_vp:inf] NP VP[inf] 8.VP→V[_adjp] ADJP Lexicon he : (CAT PRO AGR 3s) want : (V VFORM base SUBCAT {_np,_vp:inf, _np_vp:inf}) to : (CAT TO) be : (CAT V VFORM base SUBCAT {_adjp, _np}) happy : (CAT ADJ SUBCAT _vp:inf) 1 2 3 4 5 6 Current 𝑷 𝟏 Ag. 𝑷 𝟐 1 PRO{3s} 2 1 NP{3s} 2 2 V[pres, 3s, _np,_vp:inf, _np_vp:inf] 3 3 TO 4 𝑷 𝟏 C 𝑷 𝟐 1 PRO{3s} 2 1 NP{3s} 2 2 V[pres, 3s, _np,_vp:inf, _np_vp:inf] 3 3 TO 4 1 2 3 4 5 6 PRO1 CAT PRO AGR 3s S → (NP AGR 3s) ● (VP AGR 3s) NP1 CAT NP AGR 3s VP→ V[pres,3s,_vp:np] ● NP VP → V[pres,3s _vp:inf] ● VP[inf] VP → V [pres,3s,_np_vp:inf] ● NP VP[inf] V1 CAT V AGR 3s [_np_vp:inf,_np, _vp:inf] ‫دوم‬ ‫مرحله‬: ‫دهیم‬‫می‬ ‫تشکیل‬ ‫فعال‬ ‫کمان‬ ‫کارنت‬ ‫با‬.‫شروع‬ ‫کارنت‬ ‫با‬ ‫که‬ ‫هایی‬‫قاعده‬ ‫آن‬ ‫شوند‬‫می‬ ‫فعال‬ ‫کمان‬ ‫به‬ ‫تبدیل‬ ‫شوند‬‫می‬. VP[inf] → TO ● VP[base]
Chart:CompletedarcsChart:Activearcs GrammarAgenda He wants to be happy. 1. S → (NP AGR ?a) (VP [{pres,past}] AGR ?a) 2.NP → (ART AGR ?a) (N AGR ?a) 3.NP → PRO 9.VP[inf] →TO VP[base] 4.VP → V[_none] 10. ADJP →ADJ 5. VP→ V[_vp:np] NP 6. VP → V[_vp:inf] VP[inf] 7. VP → V[_np_vp:inf] NP VP[inf] 8.VP→V[_adjp] ADJP Lexicon he : (CAT PRO AGR 3s) want : (V VFORM base SUBCAT {_np,_vp:inf, _np_vp:inf}) to : (CAT TO) be : (CAT V VFORM base SUBCAT {_adjp, _np}) happy : (CAT ADJ SUBCAT _vp:inf) 1 2 3 4 5 6 Current 𝑷 𝟏 Ag. 𝑷 𝟐 1 PRO{3s} 2 1 NP{3s} 2 2 V[pres, 3s, _np,_vp:inf, _np_vp:inf] 3 3 TO 4 𝑷 𝟏 C 𝑷 𝟐 1 PRO{3s} 2 1 NP{3s} 2 2 V[pres, 3s, _np,_vp:inf, _np_vp:inf] 3 3 TO 4 1 2 3 4 5 6 PRO1 CAT PRO AGR 3s S → (NP AGR 3s) ● (VP AGR 3s) NP1 CAT NP AGR 3s VP→ V[pres,3s,_vp:np] ● NP VP → V[pres,3s _vp:inf] ● VP[inf] VP → V [pres,3s,_np_vp:inf] ● NP VP[inf] V1 CAT V AGR 3s [_np_vp:inf,_np, _vp:inf] VP[inf] → TO ● VP[base] ‫سوم‬ ‫مرحله‬: ‫دهیم‬‫می‬ ‫قرار‬ ‫چارت‬ ‫در‬ ‫را‬ ‫ایم‬‫خوانده‬ ‫که‬ ‫کارنتی‬. TO1 CAT TO
Chart:CompletedarcsChart:Activearcs GrammarAgenda He wants to be happy. 1. S → (NP AGR ?a) (VP [{pres,past}] AGR ?a) 2.NP → (ART AGR ?a) (N AGR ?a) 3.NP → PRO 9.VP[inf] →TO VP[base] 4.VP → V[_none] 10. ADJP →ADJ 5. VP→ V[_vp:np] NP 6. VP → V[_vp:inf] VP[inf] 7. VP → V[_np_vp:inf] NP VP[inf] 8.VP→V[_adjp] ADJP Lexicon he : (CAT PRO AGR 3s) want : (V VFORM base SUBCAT {_np,_vp:inf, _np_vp:inf}) to : (CAT TO) be : (CAT V VFORM base SUBCAT {_adjp, _np}) happy : (CAT ADJ SUBCAT _vp:inf) 1 2 3 4 5 6 Current 𝑷 𝟏 Ag. 𝑷 𝟐 1 PRO{3s} 2 1 NP{3s} 2 2 V[pres, 3s, _np,_vp:inf, _np_vp:inf] 3 3 TO 4 𝑷 𝟏 C 𝑷 𝟐 1 PRO{3s} 2 1 NP{3s} 2 2 V[pres, 3s, _np,_vp:inf, _np_vp:inf] 3 3 TO 4 1 2 3 4 5 6 PRO1 CAT PRO AGR 3s S → (NP AGR 3s) ● (VP AGR 3s) NP1 CAT NP AGR 3s VP→ V[pres,3s,_vp:np] ● NP VP → V[pres,3s _vp:inf] ● VP[inf] VP → V [pres,3s,_np_vp:inf] ● NP VP[inf] V1 CAT V AGR 3s [_np_vp:inf,_np, _vp:inf] VP[inf] → TO ● VP[base] TO1 CAT TO ‫چهارم‬ ‫مرحله‬: ‫باشد؟‬ ‫کارنت‬ ‫منتظر‬ ‫که‬ ‫دارد‬ ‫وجود‬ ‫فعالی‬ ‫کمان‬ ‫آیا‬ (‫خی‬‫ر‬)
Chart:CompletedarcsChart:Activearcs GrammarAgenda He wants to be happy. 1. S → (NP AGR ?a) (VP [{pres,past}] AGR ?a) 2.NP → (ART AGR ?a) (N AGR ?a) 3.NP → PRO 9.VP[inf] →TO VP[base] 4.VP → V[_none] 10. ADJP →ADJ 5. VP→ V[_vp:np] NP 6. VP → V[_vp:inf] VP[inf] 7. VP → V[_np_vp:inf] NP VP[inf] 8.VP→V[_adjp] ADJP Lexicon he : (CAT PRO AGR 3s) want : (V VFORM base SUBCAT {_np,_vp:inf, _np_vp:inf}) to : (CAT TO) be : (CAT V VFORM base SUBCAT {_adjp, _np}) happy : (CAT ADJ SUBCAT _vp:inf) 1 2 3 4 5 6 Current 𝑷 𝟏 Ag. 𝑷 𝟐 1 PRO{3s} 2 1 NP{3s} 2 2 V[pres, 3s, _np,_vp:inf, _np_vp:inf] 3 3 TO 4 4 V[base, _adjp, _np] 5 𝑷 𝟏 C 𝑷 𝟐 1 PRO{3s} 2 1 NP{3s} 2 2 V[pres, 3s, _np,_vp:inf, _np_vp:inf] 3 3 TO 4 1 2 3 4 5 6 PRO1 CAT PRO AGR 3s S → (NP AGR 3s) ● (VP AGR 3s) NP1 CAT NP AGR 3s VP→ V[pres,3s,_vp:np] ● NP VP → V[pres,3s _vp:inf] ● VP[inf] VP → V [pres,3s,_np_vp:inf] ● NP VP[inf] V1 CAT V AGR 3s [_np_vp:inf,_np, _vp:inf] VP[inf] → TO ● VP[base] TO1 CAT TO ‫و‬ ‫بعدی‬ ‫ی‬‫کلمه‬ ‫اش‬‫نحوی‬ ‫های‬‫مقوله‬
Chart:CompletedarcsChart:Activearcs GrammarAgenda He wants to be happy. 1. S → (NP AGR ?a) (VP [{pres,past}] AGR ?a) 2.NP → (ART AGR ?a) (N AGR ?a) 3.NP → PRO 9.VP[inf] →TO VP[base] 4.VP → V[_none] 10. ADJP →ADJ 5. VP→ V[_vp:np] NP 6. VP → V[_vp:inf] VP[inf] 7. VP → V[_np_vp:inf] NP VP[inf] 8.VP→V[_adjp] ADJP Lexicon he : (CAT PRO AGR 3s) want : (V VFORM base SUBCAT {_np,_vp:inf, _np_vp:inf}) to : (CAT TO) be : (CAT V VFORM base SUBCAT {_adjp, _np}) happy : (CAT ADJ SUBCAT _vp:inf) 1 2 3 4 5 6 Current 𝑷 𝟏 Ag. 𝑷 𝟐 1 PRO{3s} 2 1 NP{3s} 2 2 V[pres, 3s, _np,_vp:inf, _np_vp:inf] 3 3 TO 4 4 V[base, _adjp, _np] 5 𝑷 𝟏 C 𝑷 𝟐 1 PRO{3s} 2 1 NP{3s} 2 2 V[pres, 3s, _np,_vp:inf, _np_vp:inf] 3 3 TO 4 4 V[base, _adjp, _np] 5 1 2 3 4 5 6 PRO1 CAT PRO AGR 3s S → (NP AGR 3s) ● (VP AGR 3s) NP1 CAT NP AGR 3s VP→ V[pres,3s,_vp:np] ● NP VP → V[pres,3s _vp:inf] ● VP[inf] VP → V [pres,3s,_np_vp:inf] ● NP VP[inf] V1 CAT V AGR 3s [_np_vp:inf,_np, _vp:inf] VP[inf] → TO ● VP[base] TO ‫اول‬ ‫مرحله‬
Chart:CompletedarcsChart:Activearcs GrammarAgenda He wants to be happy. 1. S → (NP AGR ?a) (VP [{pres,past}] AGR ?a) 2.NP → (ART AGR ?a) (N AGR ?a) 3.NP → PRO 9.VP[inf] →TO VP[base] 4.VP → V[_none] 10. ADJP →ADJ 5. VP→ V[_np] NP 6. VP → V[_vp:inf] VP[inf] 7. VP → V[_np_vp:inf] NP VP[inf] 8.VP→V[_adjp] ADJP Lexicon he : (CAT PRO AGR 3s) want : (V VFORM base SUBCAT {_np,_vp:inf, _np_vp:inf}) to : (CAT TO) be : (CAT V VFORM base SUBCAT {_adjp, _np}) happy : (CAT ADJ SUBCAT _vp:inf) 1 2 3 4 5 6 Current 𝑷 𝟏 Ag. 𝑷 𝟐 1 PRO{3s} 2 1 NP{3s} 2 2 V[pres, 3s, _np,_vp:inf, _np_vp:inf] 3 3 TO 4 4 V[base, _adjp, _np] 5 𝑷 𝟏 C 𝑷 𝟐 1 PRO{3s} 2 1 NP{3s} 2 2 V[pres, 3s, _np,_vp:inf, _np_vp:inf] 3 3 TO 4 4 V[base, _adjp, _np] 5 1 2 3 4 5 6 PRO1 CAT PRO AGR 3s S → (NP AGR 3s) ● (VP AGR 3s) NP1 CAT NP AGR 3s VP→ V[pres,3s,_np] ● NP VP → V[pres,3s _vp:inf] ● VP[inf] VP → V [pres,3s,_np_vp:inf] ● NP VP[inf] V1 CAT V AGR 3s [_np_vp:inf,_np, _vp:inf] VP[inf] → TO ● VP[base] TO1 CAT TO ‫دوم‬ ‫مرحله‬ VP[base]→ V[base, _adjp, _np] ● NP VP[base] → V[base, _adjp, _np] ● ADJP
Chart:CompletedarcsChart:Activearcs GrammarAgenda He wants to be happy. 1. S → (NP AGR ?a) (VP [{pres,past}] AGR ?a) 2.NP → (ART AGR ?a) (N AGR ?a) 3.NP → PRO 9.VP[inf] →TO VP[base] 4.VP → V[_none] 10. ADJP →ADJ 5. VP→ V[_np] NP 6. VP → V[_vp:inf] VP[inf] 7. VP → V[_np_vp:inf] NP VP[inf] 8.VP→V[_adjp] ADJP Lexicon he : (CAT PRO AGR 3s) want : (V VFORM base SUBCAT {_np,_vp:inf, _np_vp:inf}) to : (CAT TO) be : (CAT V VFORM base SUBCAT {_adjp, _np}) happy : (CAT ADJ SUBCAT _vp:inf) 1 2 3 4 5 6 Current 𝑷 𝟏 Ag. 𝑷 𝟐 1 PRO{3s} 2 1 NP{3s} 2 2 V[pres, 3s, _np,_vp:inf, _np_vp:inf] 3 3 TO 4 4 V[base, _adjp, _np] 5 𝑷 𝟏 C 𝑷 𝟐 1 PRO{3s} 2 1 NP{3s} 2 2 V[pres, 3s, _np,_vp:inf, _np_vp:inf] 3 3 TO 4 4 V[base, _adjp, _np] 5 1 2 3 4 5 6 PRO1 CAT PRO AGR 3s S → (NP AGR 3s) ● (VP AGR 3s) NP1 CAT NP AGR 3s VP→ V[pres,3s,_np] ● NP VP → V[pres,3s _vp:inf] ● VP[inf] VP → V [pres,3s,_np_vp:inf] ● NP VP[inf] V1 CAT V AGR 3s [_np_vp:inf,_np, _vp:inf] VP[inf] → TO ● VP[base] TO1 CAT TO ‫سوم‬ ‫مرحله‬ VP[base]→ V[base, _adjp, _np] ● NP VP[base] → V[base, _adjp, _np] ● ADJP V2 CAT V VFORM base [_adjp, _np]
Chart:CompletedarcsChart:Activearcs GrammarAgenda He wants to be happy. 1. S → (NP AGR ?a) (VP [{pres,past}] AGR ?a) 2.NP → (ART AGR ?a) (N AGR ?a) 3.NP → PRO 9.VP[inf] →TO VP[base] 4.VP → V[_none] 10. ADJP →ADJ 5. VP→ V[_np] NP 6. VP → V[_vp:inf] VP[inf] 7. VP → V[_np_vp:inf] NP VP[inf] 8.VP→V[_adjp] ADJP Lexicon he : (CAT PRO AGR 3s) want : (V VFORM base SUBCAT {_np,_vp:inf, _np_vp:inf}) to : (CAT TO) be : (CAT V VFORM base SUBCAT {_adjp, _np}) happy : (CAT ADJ SUBCAT _vp:inf) 1 2 3 4 5 6 Current 𝑷 𝟏 Ag. 𝑷 𝟐 1 PRO{3s} 2 1 NP{3s} 2 2 V[pres, 3s, _np,_vp:inf, _np_vp:inf] 3 3 TO 4 4 V[base, _adjp, _np] 5 𝑷 𝟏 C 𝑷 𝟐 1 PRO{3s} 2 1 NP{3s} 2 2 V[pres, 3s, _np,_vp:inf, _np_vp:inf] 3 3 TO 4 4 V[base, _adjp, _np] 5 1 2 3 4 5 6 PRO1 CAT PRO AGR 3s S → (NP AGR 3s) ● (VP AGR 3s) NP1 CAT NP AGR 3s VP→ V[pres,3s,_np] ● NP VP → V[pres,3s _vp:inf] ● VP[inf] VP → V [pres,3s,_np_vp:inf] ● NP VP[inf] V1 CAT V AGR 3s [_np_vp:inf,_np, _vp:inf] VP[inf] → TO ● VP[base] TO1 CAT TO ‫چهارم‬ ‫مرحله‬ VP[base]→ V[base, _adjp, _np] ● NP VP[base] → V[base, _adjp, _np] ● ADJP V2 CAT V VFORM base [_adjp, _np]
Chart:CompletedarcsChart:Activearcs GrammarAgenda He wants to be happy. 1. S → (NP AGR ?a) (VP [{pres,past}] AGR ?a) 2.NP → (ART AGR ?a) (N AGR ?a) 3.NP → PRO 9.VP[inf] →TO VP[base] 4.VP → V[_none] 10. ADJP →ADJ 5. VP→ V[_np] NP 6. VP → V[_vp:inf] VP[inf] 7. VP → V[_np_vp:inf] NP VP[inf] 8.VP→V[_adjp] ADJP Lexicon he : (CAT PRO AGR 3s) want : (V VFORM base SUBCAT {_np,_vp:inf, _np_vp:inf}) to : (CAT TO) be : (CAT V VFORM base SUBCAT {_adjp, _np}) happy : (CAT ADJ SUBCAT _vp:inf) 1 2 3 4 5 6 Current 1 2 3 4 5 6 PRO1 CAT PRO AGR 3s S → (NP AGR 3s) ● (VP AGR 3s) NP1 CAT NP AGR 3s VP→ V[pres,3s,_np] ● NP VP → V[pres,3s _vp:inf] ● VP[inf] VP → V [pres,3s,_np_vp:inf] ● NP VP[inf] V1 CAT V AGR 3s [_np_vp:inf,_np, _vp:inf] VP[inf] → TO ● VP[base] TO1 CAT TO VP[base]→ V[base, _adjp, _np] ● NP VP[base] → V[base, _adjp, _np] ● ADJP V2 CAT V VFORM base [_adjp, _np] 𝑷 𝟏 Ag. 𝑷 𝟐𝑷 𝟏 C 𝑷 𝟐
Chart:CompletedarcsChart:Activearcs GrammarAgenda He wants to be happy. 1. S → (NP AGR ?a) (VP [{pres,past}] AGR ?a) 2.NP → (ART AGR ?a) (N AGR ?a) 3.NP → PRO 9.VP[inf] →TO VP[base] 4.VP → V[_none] 10. ADJP →ADJ 5. VP→ V[_np] NP 6. VP → V[_vp:inf] VP[inf] 7. VP → V[_np_vp:inf] NP VP[inf] 8.VP→V[_adjp] ADJP Lexicon he : (CAT PRO AGR 3s) want : (V VFORM base SUBCAT {_np,_vp:inf, _np_vp:inf}) to : (CAT TO) be : (CAT V VFORM base SUBCAT {_adjp, _np}) happy : (CAT ADJ SUBCAT _vp:inf) 1 2 3 4 5 6 Current 1 2 3 4 5 6 PRO1 CAT PRO AGR 3s S → (NP AGR 3s) ● (VP AGR 3s) NP1 CAT NP AGR 3s VP→ V[pres,3s,_np] ● NP VP → V[pres,3s _vp:inf] ● VP[inf] VP → V [pres,3s,_np_vp:inf] ● NP VP[inf] V1 CAT V AGR 3s [_np_vp:inf,_np, _vp:inf] VP[inf] → TO ● VP[base] TO1 CAT TO ‫است‬ ‫خالی‬ ‫آجاندا‬ VP[base]→ V[base, _adjp, _np] ● NP VP[base] → V[base, _adjp, _np] ● ADJP V2 CAT V VFORM base [_adjp, _np] 𝑷 𝟏 Ag. 𝑷 𝟐 5 ADJ[_vp:inf] 6 𝑷 𝟏 C 𝑷 𝟐
Chart:CompletedarcsChart:Activearcs GrammarAgenda He wants to be happy. 1. S → (NP AGR ?a) (VP [{pres,past}] AGR ?a) 2.NP → (ART AGR ?a) (N AGR ?a) 3.NP → PRO 9.VP[inf] →TO VP[base] 4.VP → V[_none] 10. ADJP →ADJ 5. VP→ V[_np] NP 6. VP → V[_vp:inf] VP[inf] 7. VP → V[_np_vp:inf] NP VP[inf] 8.VP→V[_adjp] ADJP Lexicon he : (CAT PRO AGR 3s) want : (V VFORM base SUBCAT {_np,_vp:inf, _np_vp:inf}) to : (CAT TO) be : (CAT V VFORM base SUBCAT {_adjp, _np}) happy : (CAT ADJ SUBCAT _vp:inf) 1 2 3 4 5 6 Current 𝑷 𝟏 Ag. 𝑷 𝟐 5 ADJ[_vp:inf] 6 𝑷 𝟏 C 𝑷 𝟐 5 ADJ[_vp:inf] 6 1 2 3 4 5 6 PRO1 CAT PRO AGR 3s S → (NP AGR 3s) ● (VP AGR 3s) NP1 CAT NP AGR 3s VP→ V[pres,3s,_np] ● NP VP → V[pres,3s _vp:inf] ● VP[inf] VP → V [pres,3s,_np_vp:inf] ● NP VP[inf] V1 CAT V AGR 3s [_np_vp:inf,_np, _vp:inf] VP[inf] → TO ● VP[base] TO1 CAT TO ‫اول‬ ‫مرحله‬ VP[base]→ V[base, _adjp, _np] ● NP VP[base] → V[base, _adjp, _np] ● ADJP V2 CAT V VFORM base [_adjp, _np]
Chart:CompletedarcsChart:Activearcs GrammarAgenda He wants to be happy. 1. S → (NP AGR ?a) (VP [{pres,past}] AGR ?a) 2.NP → (ART AGR ?a) (N AGR ?a) 3.NP → PRO 9.VP[inf] →TO VP[base] 4.VP → V[_none] 10. ADJP →ADJ 5. VP→ V[_np] NP 6. VP → V[_vp:inf] VP[inf] 7. VP → V[_np_vp:inf] NP VP[inf] 8.VP→V[_adjp] ADJP Lexicon he : (CAT PRO AGR 3s) want : (V VFORM base SUBCAT {_np,_vp:inf, _np_vp:inf}) to : (CAT TO) be : (CAT V VFORM base SUBCAT {_adjp, _np}) happy : (CAT ADJ SUBCAT _vp:inf) 1 2 3 4 5 6 Current 𝑷 𝟏 Ag. 𝑷 𝟐 5 ADJ[_vp:inf] 6 𝑷 𝟏 C 𝑷 𝟐 5 ADJ[_vp:inf] 6 1 2 3 4 5 6 PRO1 CAT PRO AGR 3s S → (NP AGR 3s) ● (VP AGR 3s) NP1 CAT NP AGR 3s VP→ V[pres,3s,_np] ● NP VP → V[pres,3s _vp:inf] ● VP[inf] VP → V [pres,3s,_np_vp:inf] ● NP VP[inf] V1 CAT V AGR 3s [_np_vp:inf,_np, _vp:inf] VP[inf] → TO ● VP[base] TO1 CAT TO ‫دوم‬ ‫مرحله‬ VP[base]→ V[base, _adjp, _np] ● NP VP[base] → V[base, _adjp, _np] ● ADJP V2 CAT V VFORM base [_adjp, _np] ADJP→ ADJ ●
Chart:CompletedarcsChart:Activearcs GrammarAgenda He wants to be happy. 1. S → (NP AGR ?a) (VP [{pres,past}] AGR ?a) 2.NP → (ART AGR ?a) (N AGR ?a) 3.NP → PRO 9.VP[inf] →TO VP[base] 4.VP → V[_none] 10. ADJP →ADJ 5. VP→ V[_np] NP 6. VP → V[_vp:inf] VP[inf] 7. VP → V[_np_vp:inf] NP VP[inf] 8.VP→V[_adjp] ADJP Lexicon he : (CAT PRO AGR 3s) want : (V VFORM base SUBCAT {_np,_vp:inf, _np_vp:inf}) to : (CAT TO) be : (CAT V VFORM base SUBCAT {_adjp, _np}) happy : (CAT ADJ SUBCAT _vp:inf) 1 2 3 4 5 6 Current 𝑷 𝟏 Ag. 𝑷 𝟐 5 ADJ[_vp:inf] 6 𝑷 𝟏 C 𝑷 𝟐 5 ADJ[_vp:inf] 6 1 2 3 4 5 6 PRO1 CAT PRO AGR 3s S → (NP AGR 3s) ● (VP AGR 3s) NP1 CAT NP AGR 3s VP→ V[pres,3s,_np] ● NP VP → V[pres,3s _vp:inf] ● VP[inf] VP → V [pres,3s,_np_vp:inf] ● NP VP[inf] V1 CAT V AGR 3s [_np_vp:inf,_np, _vp:inf] VP[inf] → TO ● VP[base] TO1 CAT TO ‫سوم‬ ‫مرحله‬ VP[base]→ V[base, _adjp, _np] ● NP VP[base] → V[base, _adjp, _np] ● ADJP V2 CAT V VFORM base [_adjp, _np] ADJP[_vp:inf]→ ADJ [_vp:inf] ● ADJ1 CAT ADJ [_vp:inf]
Chart:CompletedarcsChart:Activearcs GrammarAgenda He wants to be happy. 1. S → (NP AGR ?a) (VP [{pres,past}] AGR ?a) 2.NP → (ART AGR ?a) (N AGR ?a) 3.NP → PRO 9.VP[inf] →TO VP[base] 4.VP → V[_none] 10. ADJP →ADJ 5. VP→ V[_np] NP 6. VP → V[_vp:inf] VP[inf] 7. VP → V[_np_vp:inf] NP VP[inf] 8.VP→V[_adjp] ADJP Lexicon he : (CAT PRO AGR 3s) want : (V VFORM base SUBCAT {_np,_vp:inf, _np_vp:inf}) to : (CAT TO) be : (CAT V VFORM base SUBCAT {_adjp, _np}) happy : (CAT ADJ SUBCAT _vp:inf) 1 2 3 4 5 6 Current 𝑷 𝟏 Ag. 𝑷 𝟐 5 ADJ[_vp:inf] 6 𝑷 𝟏 C 𝑷 𝟐 5 ADJ[_vp:inf] 6 1 2 3 4 5 6 PRO1 CAT PRO AGR 3s S → (NP AGR 3s) ● (VP AGR 3s) NP1 CAT NP AGR 3s VP→ V[pres,3s,_np] ● NP VP → V[pres,3s _vp:inf] ● VP[inf] VP → V [pres,3s,_np_vp:inf] ● NP VP[inf] V1 CAT V AGR 3s [_np_vp:inf,_np, _vp:inf] VP[inf] → TO ● VP[base] TO1 CAT TO ‫چهارم‬ ‫مرحله‬ VP[base]→ V[base, _adjp, _np] ● NP VP[base] → V[base, _adjp, _np] ● ADJP V2 CAT V VFORM base [_adjp, _np] ADJP[_vp:inf] → ADJ[_vp:inf] ● ADJ1 CAT ADJ [_vp:inf]
Chart:CompletedarcsChart:Activearcs GrammarAgenda He wants to be happy. 1. S → (NP AGR ?a) (VP [{pres,past}] AGR ?a) 2.NP → (ART AGR ?a) (N AGR ?a) 3.NP → PRO 9.VP[inf] →TO VP[base] 4.VP → V[_none] 10. ADJP →ADJ 5. VP→ V[_np] NP 6. VP → V[_vp:inf] VP[inf] 7. VP → V[_np_vp:inf] NP VP[inf] 8.VP→V[_adjp] ADJP Lexicon he : (CAT PRO AGR 3s) want : (V VFORM base SUBCAT {_np,_vp:inf, _np_vp:inf}) to : (CAT TO) be : (CAT V VFORM base SUBCAT {_adjp, _np}) happy : (CAT ADJ SUBCAT _vp:inf) 1 2 3 4 5 6 Current 𝑷 𝟏 Ag. 𝑷 𝟐 5 ADJ[_vp:inf] 6 5 ADJP[_vp:inf] 6 𝑷 𝟏 C 𝑷 𝟐 5 ADJ[_vp:inf] 6 1 2 3 4 5 6 PRO1 CAT PRO AGR 3s S → (NP AGR 3s) ● (VP AGR 3s) NP1 CAT NP AGR 3s VP→ V[pres,3s,_np] ● NP VP → V[pres,3s _vp:inf] ● VP[inf] VP → V [pres,3s,_np_vp:inf] ● NP VP[inf] V1 CAT V AGR 3s [_np_vp:inf,_np, _vp:inf] VP[inf] → TO ● VP[base] TO1 CAT TO ‫کمان‬ ‫آخر‬ ‫نقطه‬ VP[base]→ V[base, _adjp, _np] ● NP VP[base] → V[base, _adjp, _np] ● ADJP V2 CAT V VFORM base [_adjp, _np] ADJP[_vp:inf] → ADJ[_vp:inf] ● ADJ1 CAT ADJ [_vp:inf]
Chart:CompletedarcsChart:Activearcs GrammarAgenda He wants to be happy. 1. S → (NP AGR ?a) (VP [{pres,past}] AGR ?a) 2.NP → (ART AGR ?a) (N AGR ?a) 3.NP → PRO 9.VP[inf] →TO VP[base] 4.VP → V[_none] 10. ADJP →ADJ 5. VP→ V[_np] NP 6. VP → V[_vp:inf] VP[inf] 7. VP → V[_np_vp:inf] NP VP[inf] 8.VP→V[_adjp] ADJP Lexicon he : (CAT PRO AGR 3s) want : (V VFORM base SUBCAT {_np,_vp:inf, _np_vp:inf}) to : (CAT TO) be : (CAT V VFORM base SUBCAT {_adjp, _np}) happy : (CAT ADJ SUBCAT _vp:inf) 1 2 3 4 5 6 Current 𝑷 𝟏 Ag. 𝑷 𝟐 5 ADJ[_vp:inf] 6 5 ADJP[_vp:inf] 6 𝑷 𝟏 C 𝑷 𝟐 5 ADJ[_vp:inf] 6 5 ADJP[_vp:inf] 6 1 2 3 4 5 6 PRO1 CAT PRO AGR 3s S → (NP AGR 3s) ● (VP AGR 3s) NP1 CAT NP AGR 3s VP→ V[pres,3s,_np] ● NP VP → V[pres,3s _vp:inf] ● VP[inf] VP → V [pres,3s,_np_vp:inf] ● NP VP[inf] V1 CAT V AGR 3s [_np_vp:inf,_np, _vp:inf] VP[inf] → TO ● VP[base] TO1 CAT TO ‫اول‬ ‫مرحله‬ VP[base]→ V[base, _adjp, _np] ● NP VP[base] → V[base, _adjp, _np] ● ADJP V2 CAT V VFORM base [_adjp, _np] ADJ1 CAT ADJ [_vp:inf]
Chart:CompletedarcsChart:Activearcs GrammarAgenda He wants to be happy. 1. S → (NP AGR ?a) (VP [{pres,past}] AGR ?a) 2.NP → (ART AGR ?a) (N AGR ?a) 3.NP → PRO 9.VP[inf] →TO VP[base] 4.VP → V[_none] 10. ADJP →ADJ 5. VP→ V[_np] NP 6. VP → V[_vp:inf] VP[inf] 7. VP → V[_np_vp:inf] NP VP[inf] 8.VP→V[_adjp] ADJP Lexicon he : (CAT PRO AGR 3s) want : (V VFORM base SUBCAT {_np,_vp:inf, _np_vp:inf}) to : (CAT TO) be : (CAT V VFORM base SUBCAT {_adjp, _np}) happy : (CAT ADJ SUBCAT _vp:inf) 1 2 3 4 5 6 Current 𝑷 𝟏 Ag. 𝑷 𝟐 5 ADJ[_vp:inf] 6 5 ADJP[_vp:inf] 6 𝑷 𝟏 C 𝑷 𝟐 5 ADJ[_vp:inf] 6 5 ADJP[_vp:inf] 6 1 2 3 4 5 6 PRO1 CAT PRO AGR 3s S → (NP AGR 3s) ● (VP AGR 3s) NP1 CAT NP AGR 3s VP→ V[pres,3s,_np] ● NP VP → V[pres,3s _vp:inf] ● VP[inf] VP → V [pres,3s,_np_vp:inf] ● NP VP[inf] V1 CAT V AGR 3s [_np_vp:inf,_np, _vp:inf] VP[inf] → TO ● VP[base] TO1 CAT TO ‫دوم‬ ‫مرحله‬ VP[base]→ V[base, _adjp, _np] ● NP VP[base] → V[base, _adjp, _np] ● ADJP V2 CAT V VFORM base [_adjp, _np] ADJ1 CAT ADJ [_vp:inf]
Chart:CompletedarcsChart:Activearcs GrammarAgenda He wants to be happy. 1. S → (NP AGR ?a) (VP [{pres,past}] AGR ?a) 2.NP → (ART AGR ?a) (N AGR ?a) 3.NP → PRO 9.VP[inf] →TO VP[base] 4.VP → V[_none] 10. ADJP →ADJ 5. VP→ V[_np] NP 6. VP → V[_vp:inf] VP[inf] 7. VP → V[_np_vp:inf] NP VP[inf] 8.VP→V[_adjp] ADJP Lexicon he : (CAT PRO AGR 3s) want : (V VFORM base SUBCAT {_np,_vp:inf, _np_vp:inf}) to : (CAT TO) be : (CAT V VFORM base SUBCAT {_adjp, _np}) happy : (CAT ADJ SUBCAT _vp:inf) 1 2 3 4 5 6 Current 𝑷 𝟏 Ag. 𝑷 𝟐 5 ADJ[_vp:inf] 6 5 ADJP[_vp:inf] 6 𝑷 𝟏 C 𝑷 𝟐 5 ADJ[_vp:inf] 6 5 ADJP[_vp:inf] 6 1 2 3 4 5 6 PRO1 CAT PRO AGR 3s S → (NP AGR 3s) ● (VP AGR 3s) NP1 CAT NP AGR 3s VP→ V[pres,3s,_np] ● NP VP → V[pres,3s _vp:inf] ● VP[inf] VP → V [pres,3s,_np_vp:inf] ● NP VP[inf] V1 CAT V AGR 3s [_np_vp:inf,_np, _vp:inf] VP[inf] → TO ● VP[base] TO1 CAT TO ‫سوم‬ ‫مرحله‬ VP[base]→ V[base, _adjp, _np] ● NP VP[base] → V[base, _adjp, _np] ● ADJP V2 CAT V VFORM base [_adjp, _np] ADJ1 CAT ADJ [_vp:inf] ADJP1 CAT ADJP [_vp:inf]
Chart:CompletedarcsChart:Activearcs GrammarAgenda He wants to be happy. 1. S → (NP AGR ?a) (VP [{pres,past}] AGR ?a) 2.NP → (ART AGR ?a) (N AGR ?a) 3.NP → PRO 9.VP[inf] →TO VP[base] 4.VP → V[_none] 10. ADJP →ADJ 5. VP→ V[_np] NP 6. VP → V[_vp:inf] VP[inf] 7. VP → V[_np_vp:inf] NP VP[inf] 8.VP→V[_adjp] ADJP Lexicon he : (CAT PRO AGR 3s) want : (V VFORM base SUBCAT {_np,_vp:inf, _np_vp:inf}) to : (CAT TO) be : (CAT V VFORM base SUBCAT {_adjp, _np}) happy : (CAT ADJ SUBCAT _vp:inf) 1 2 3 4 5 6 Current 𝑷 𝟏 Ag. 𝑷 𝟐 5 ADJ[_vp:inf] 6 5 ADJP[_vp:inf] 6 𝑷 𝟏 C 𝑷 𝟐 5 ADJ[_vp:inf] 6 5 ADJP[_vp:inf] 6 1 2 3 4 5 6 PRO1 CAT PRO AGR 3s S → (NP AGR 3s) ● (VP AGR 3s) NP1 CAT NP AGR 3s VP→ V[pres,3s,_np] ● NP VP → V[pres,3s _vp:inf] ● VP[inf] VP → V [pres,3s,_np_vp:inf] ● NP VP[inf] V1 CAT V AGR 3s [_np_vp:inf,_np, _vp:inf] VP[inf] → TO ● VP[base] TO1 CAT TO ‫چهارم‬ ‫مرحله‬ VP[base]→ V[base, _adjp, _np] ● NP VP[base] → V[base, _adjp, _np] ● ADJP V2 CAT V VFORM base [_adjp, _np] ADJ1 CAT ADJ [_vp:inf] ADJP1 CAT ADJP [_vp:inf]
Chart:CompletedarcsChart:Activearcs GrammarAgenda He wants to be happy. 1. S → (NP AGR ?a) (VP [{pres,past}] AGR ?a) 2.NP → (ART AGR ?a) (N AGR ?a) 3.NP → PRO 9.VP[inf] →TO VP[base] 4.VP → V[_none] 10. ADJP →ADJ 5. VP→ V[_np] NP 6. VP → V[_vp:inf] VP[inf] 7. VP → V[_np_vp:inf] NP VP[inf] 8.VP→V[_adjp] ADJP Lexicon he : (CAT PRO AGR 3s) want : (V VFORM base SUBCAT {_np,_vp:inf, _np_vp:inf}) to : (CAT TO) be : (CAT V VFORM base SUBCAT {_adjp, _np}) happy : (CAT ADJ SUBCAT _vp:inf) 1 2 3 4 5 6 Current 𝑷 𝟏 Ag. 𝑷 𝟐 5 ADJ[_vp:inf] 6 5 ADJP[_vp:inf] 6 𝑷 𝟏 C 𝑷 𝟐 5 ADJ[_vp:inf] 6 5 ADJP[_vp:inf] 6 1 2 3 4 5 6 PRO1 CAT PRO AGR 3s S → (NP AGR 3s) ● (VP AGR 3s) NP1 CAT NP AGR 3s VP→ V[pres,3s,_np] ● NP VP → V[pres,3s _vp:inf] ● VP[inf] VP → V [pres,3s,_np_vp:inf] ● NP VP[inf] V1 CAT V AGR 3s [_np_vp:inf,_np, _vp:inf] VP[inf] → TO ● VP[base] TO1 CAT TO ‫چهارم‬ ‫مرحله‬ VP[base]→ V[base, _adjp, _np] ● NP VP[base] → V[base, _adjp, _np] ● ADJP V2 CAT V VFORM base [_adjp, _np] ADJ1 CAT ADJ [_vp:inf] ADJP1 CAT ADJP [_vp:inf] VP[base] → V[base, _adjp, _np] ADJP●
Chart:CompletedarcsChart:Activearcs GrammarAgenda He wants to be happy. 1. S → (NP AGR ?a) (VP [{pres,past}] AGR ?a) 2.NP → (ART AGR ?a) (N AGR ?a) 3.NP → PRO 9.VP[inf] →TO VP[base] 4.VP → V[_none] 10. ADJP →ADJ 5. VP→ V[_np] NP 6. VP → V[_vp:inf] VP[inf] 7. VP → V[_np_vp:inf] NP VP[inf] 8.VP→V[_adjp] ADJP Lexicon he : (CAT PRO AGR 3s) want : (V VFORM base SUBCAT {_np,_vp:inf, _np_vp:inf}) to : (CAT TO) be : (CAT V VFORM base SUBCAT {_adjp, _np}) happy : (CAT ADJ SUBCAT _vp:inf) 1 2 3 4 5 6 Current 𝑷 𝟏 Ag. 𝑷 𝟐 5 ADJ[_vp:inf] 6 5 ADJP[_vp:inf] 6 4 VP[base] 6 𝑷 𝟏 C 𝑷 𝟐 5 ADJ[_vp:inf] 6 5 ADJP[_vp:inf] 6 1 2 3 4 5 6 PRO1 CAT PRO AGR 3s S → (NP AGR 3s) ● (VP AGR 3s) NP1 CAT NP AGR 3s VP→ V[pres,3s,_np] ● NP VP → V[pres,3s _vp:inf] ● VP[inf] VP → V [pres,3s,_np_vp:inf] ● NP VP[inf] V1 CAT V AGR 3s [_np_vp:inf,_np, _vp:inf] VP[inf] → TO ● VP[base] TO1 CAT TO ‫کمان‬ ‫آخر‬ ‫نقطه‬ VP[base]→ V[base, _adjp, _np] ● NP VP[base] → V[base, _adjp, _np] ● ADJP V2 CAT V VFORM base [_adjp, _np] ADJ1 CAT ADJ [_vp:inf] ADJP1 CAT ADJP [_vp:inf] VP[base] → V[base, _adjp, _np] ADJP●
Chart:CompletedarcsChart:Activearcs GrammarAgenda He wants to be happy. 1. S → (NP AGR ?a) (VP [{pres,past}] AGR ?a) 2.NP → (ART AGR ?a) (N AGR ?a) 3.NP → PRO 9.VP[inf] →TO VP[base] 4.VP → V[_none] 10. ADJP →ADJ 5. VP→ V[_np] NP 6. VP → V[_vp:inf] VP[inf] 7. VP → V[_np_vp:inf] NP VP[inf] 8.VP→V[_adjp] ADJP Lexicon he : (CAT PRO AGR 3s) want : (V VFORM base SUBCAT {_np,_vp:inf, _np_vp:inf}) to : (CAT TO) be : (CAT V VFORM base SUBCAT {_adjp, _np}) happy : (CAT ADJ SUBCAT _vp:inf) 1 2 3 4 5 6 Current 𝑷 𝟏 Ag. 𝑷 𝟐 5 ADJ[_vp:inf] 6 5 ADJP[_vp:inf] 6 4 VP[base] 6 𝑷 𝟏 C 𝑷 𝟐 5 ADJ[_vp:inf] 6 5 ADJP[_vp:inf] 6 4 VP[base] 6 1 2 3 4 5 6 PRO1 CAT PRO AGR 3s S → (NP AGR 3s) ● (VP AGR 3s) NP1 CAT NP AGR 3s VP→ V[pres,3s,_np] ● NP VP → V[pres,3s _vp:inf] ● VP[inf] VP → V [pres,3s,_np_vp:inf] ● NP VP[inf] V1 CAT V AGR 3s [_np_vp:inf,_np, _vp:inf] VP[inf] → TO ● VP[base] TO1 CAT TO ‫اول‬ ‫مرحله‬ VP[base]→ V[base, _adjp, _np] ● NP V2 CAT V VFORM base [_adjp, _np] ADJ1 CAT ADJ [_vp:inf] ADJP1 CAT ADJP [_vp:inf]
Chart:CompletedarcsChart:Activearcs GrammarAgenda He wants to be happy. 1. S → (NP AGR ?a) (VP [{pres,past}] AGR ?a) 2.NP → (ART AGR ?a) (N AGR ?a) 3.NP → PRO 9.VP[inf] →TO VP[base] 4.VP → V[_none] 10. ADJP →ADJ 5. VP→ V[_np] NP 6. VP → V[_vp:inf] VP[inf] 7. VP → V[_np_vp:inf] NP VP[inf] 8.VP→V[_adjp] ADJP Lexicon he : (CAT PRO AGR 3s) want : (V VFORM base SUBCAT {_np,_vp:inf, _np_vp:inf}) to : (CAT TO) be : (CAT V VFORM base SUBCAT {_adjp, _np}) happy : (CAT ADJ SUBCAT _vp:inf) 1 2 3 4 5 6 Current 𝑷 𝟏 Ag. 𝑷 𝟐 5 ADJ[_vp:inf] 6 5 ADJP[_vp:inf] 6 4 VP[base] 6 𝑷 𝟏 C 𝑷 𝟐 5 ADJ[_vp:inf] 6 5 ADJP[_vp:inf] 6 4 VP[base] 6 1 2 3 4 5 6 PRO1 CAT PRO AGR 3s S → (NP AGR 3s) ● (VP AGR 3s) NP1 CAT NP AGR 3s VP→ V[pres,3s,_np] ● NP VP → V[pres,3s _vp:inf] ● VP[inf] VP → V [pres,3s,_np_vp:inf] ● NP VP[inf] V1 CAT V AGR 3s [_np_vp:inf,_np, _vp:inf] VP[inf] → TO ● VP[base] TO1 CAT TO ‫دوم‬ ‫مرحله‬ VP[base]→ V[base, _adjp, _np] ● NP V2 CAT V VFORM base [_adjp, _np] ADJ1 CAT ADJ [_vp:inf] ADJP1 CAT ADJP [_vp:inf]
Chart:CompletedarcsChart:Activearcs GrammarAgenda He wants to be happy. 1. S → (NP AGR ?a) (VP [{pres,past}] AGR ?a) 2.NP → (ART AGR ?a) (N AGR ?a) 3.NP → PRO 9.VP[inf] →TO VP[base] 4.VP → V[_none] 10. ADJP →ADJ 5. VP→ V[_np] NP 6. VP → V[_vp:inf] VP[inf] 7. VP → V[_np_vp:inf] NP VP[inf] 8.VP→V[_adjp] ADJP Lexicon he : (CAT PRO AGR 3s) want : (V VFORM base SUBCAT {_np,_vp:inf, _np_vp:inf}) to : (CAT TO) be : (CAT V VFORM base SUBCAT {_adjp, _np}) happy : (CAT ADJ SUBCAT _vp:inf) 1 2 3 4 5 6 Current 𝑷 𝟏 Ag. 𝑷 𝟐 5 ADJ[_vp:inf] 6 5 ADJP[_vp:inf] 6 4 VP[base] 6 𝑷 𝟏 C 𝑷 𝟐 5 ADJ[_vp:inf] 6 5 ADJP[_vp:inf] 6 4 VP[base] 6 1 2 3 4 5 6 PRO1 CAT PRO AGR 3s S → (NP AGR 3s) ● (VP AGR 3s) NP1 CAT NP AGR 3s VP→ V[pres,3s,_np] ● NP VP → V[pres,3s _vp:inf] ● VP[inf] VP → V [pres,3s,_np_vp:inf] ● NP VP[inf] V1 CAT V AGR 3s [_np_vp:inf,_np, _vp:inf] VP[inf] → TO ● VP[base] TO1 CAT TO ‫سوم‬ ‫مرحله‬ VP[base]→ V[base, _adjp, _np] ● NP V2 CAT V VFORM base [_adjp, _np] ADJ1 CAT ADJ [_vp:inf] ADJP1 CAT ADJP [_vp:inf] VP1 CAT VP [base]
Chart:CompletedarcsChart:Activearcs GrammarAgenda He wants to be happy. 1. S → (NP AGR ?a) (VP [{pres,past}] AGR ?a) 2.NP → (ART AGR ?a) (N AGR ?a) 3.NP → PRO 9.VP[inf] →TO VP[base] 4.VP → V[_none] 10. ADJP →ADJ 5. VP→ V[_np] NP 6. VP → V[_vp:inf] VP[inf] 7. VP → V[_np_vp:inf] NP VP[inf] 8.VP→V[_adjp] ADJP Lexicon he : (CAT PRO AGR 3s) want : (V VFORM base SUBCAT {_np,_vp:inf, _np_vp:inf}) to : (CAT TO) be : (CAT V VFORM base SUBCAT {_adjp, _np}) happy : (CAT ADJ SUBCAT _vp:inf) 1 2 3 4 5 6 Current 𝑷 𝟏 Ag. 𝑷 𝟐 5 ADJ[_vp:inf] 6 5 ADJP[_vp:inf] 6 4 VP[base] 6 𝑷 𝟏 C 𝑷 𝟐 5 ADJ[_vp:inf] 6 5 ADJP[_vp:inf] 6 4 VP[base] 6 1 2 3 4 5 6 PRO1 CAT PRO AGR 3s S → (NP AGR 3s) ● (VP AGR 3s) NP1 CAT NP AGR 3s VP→ V[pres,3s,_np] ● NP VP → V[pres,3s _vp:inf] ● VP[inf] VP → V [pres,3s,_np_vp:inf] ● NP VP[inf] V1 CAT V AGR 3s [_np_vp:inf,_np, _vp:inf] VP[inf] → TO ● VP[base] TO1 CAT TO ‫چهارم‬ ‫مرحله‬ VP[base]→ V[base, _adjp, _np] ● NP V2 CAT V VFORM base [_adjp, _np] ADJ1 CAT ADJ [_vp:inf] ADJP1 CAT ADJP [_vp:inf] VP1 CAT VP [base]
Chart:CompletedarcsChart:Activearcs GrammarAgenda He wants to be happy. 1. S → (NP AGR ?a) (VP [{pres,past}] AGR ?a) 2.NP → (ART AGR ?a) (N AGR ?a) 3.NP → PRO 9.VP[inf] →TO VP[base] 4.VP → V[_none] 10. ADJP →ADJ 5. VP→ V[_np] NP 6. VP → V[_vp:inf] VP[inf] 7. VP → V[_np_vp:inf] NP VP[inf] 8.VP→V[_adjp] ADJP Lexicon he : (CAT PRO AGR 3s) want : (V VFORM base SUBCAT {_np,_vp:inf, _np_vp:inf}) to : (CAT TO) be : (CAT V VFORM base SUBCAT {_adjp, _np}) happy : (CAT ADJ SUBCAT _vp:inf) 1 2 3 4 5 6 Current 𝑷 𝟏 Ag. 𝑷 𝟐 5 ADJ[_vp:inf] 6 5 ADJP[_vp:inf] 6 4 VP[base] 6 𝑷 𝟏 C 𝑷 𝟐 5 ADJ[_vp:inf] 6 5 ADJP[_vp:inf] 6 4 VP[base] 6 1 2 3 4 5 6 PRO1 CAT PRO AGR 3s S → (NP AGR 3s) ● (VP AGR 3s) NP1 CAT NP AGR 3s VP→ V[pres,3s,_np] ● NP VP → V[pres,3s _vp:inf] ● VP[inf] VP → V [pres,3s,_np_vp:inf] ● NP VP[inf] V1 CAT V AGR 3s [_np_vp:inf,_np, _vp:inf] VP[inf] → TO ● VP[base] TO1 CAT TO ‫چهارم‬ ‫مرحله‬ VP[base]→ V[base, _adjp, _np] ● NP V2 CAT V VFORM base [_adjp, _np] ADJ1 CAT ADJ [_vp:inf] ADJP1 CAT ADJP [_vp:inf] VP1 CAT VP [base] VP[inf] → TO VP[base] ●
Chart:CompletedarcsChart:Activearcs GrammarAgenda He wants to be happy. 1. S → (NP AGR ?a) (VP [{pres,past}] AGR ?a) 2.NP → (ART AGR ?a) (N AGR ?a) 3.NP → PRO 9.VP[inf] →TO VP[base] 4.VP → V[_none] 10. ADJP →ADJ 5. VP→ V[_np] NP 6. VP → V[_vp:inf] VP[inf] 7. VP → V[_np_vp:inf] NP VP[inf] 8.VP→V[_adjp] ADJP Lexicon he : (CAT PRO AGR 3s) want : (V VFORM base SUBCAT {_np,_vp:inf, _np_vp:inf}) to : (CAT TO) be : (CAT V VFORM base SUBCAT {_adjp, _np}) happy : (CAT ADJ SUBCAT _vp:inf) 1 2 3 4 5 6 Current 𝑷 𝟏 Ag. 𝑷 𝟐 5 ADJ[_vp:inf] 6 5 ADJP[_vp:inf] 6 4 VP[base] 6 3 VP[inf] 6 𝑷 𝟏 C 𝑷 𝟐 5 ADJ[_vp:inf] 6 5 ADJP[_vp:inf] 6 4 VP[base] 6 1 2 3 4 5 6 PRO1 CAT PRO AGR 3s S → (NP AGR 3s) ● (VP AGR 3s) NP1 CAT NP AGR 3s VP→ V[pres,3s,_np] ● NP VP → V[pres,3s _vp:inf] ● VP[inf] VP → V [pres,3s,_np_vp:inf] ● NP VP[inf] V1 CAT V AGR 3s [_np_vp:inf,_np, _vp:inf] TO1 CAT TO ‫کمان‬ ‫آخر‬ ‫نقطه‬ VP[base]→ V[base, _adjp, _np] ● NP V2 CAT V VFORM base [_adjp, _np] ADJ1 CAT ADJ [_vp:inf] ADJP1 CAT ADJP [_vp:inf] VP1 CAT VP [base] VP[inf] → TO VP[base] ●
Chart:CompletedarcsChart:Activearcs GrammarAgenda He wants to be happy. 1. S → (NP AGR ?a) (VP [{pres,past}] AGR ?a) 2.NP → (ART AGR ?a) (N AGR ?a) 3.NP → PRO 9.VP[inf] →TO VP[base] 4.VP → V[_none] 10. ADJP →ADJ 5. VP→ V[_np] NP 6. VP → V[_vp:inf] VP[inf] 7. VP → V[_np_vp:inf] NP VP[inf] 8.VP→V[_adjp] ADJP Lexicon he : (CAT PRO AGR 3s) want : (V VFORM base SUBCAT {_np,_vp:inf, _np_vp:inf}) to : (CAT TO) be : (CAT V VFORM base SUBCAT {_adjp, _np}) happy : (CAT ADJ SUBCAT _vp:inf) 1 2 3 4 5 6 Current 𝑷 𝟏 Ag. 𝑷 𝟐 5 ADJ[_vp:inf] 6 5 ADJP[_vp:inf] 6 4 VP[base] 6 3 VP[inf] 6 𝑷 𝟏 C 𝑷 𝟐 5 ADJ[_vp:inf] 6 5 ADJP[_vp:inf] 6 4 VP[base] 6 3 VP[inf] 6 1 2 3 4 5 6 PRO1 CAT PRO AGR 3s S → (NP AGR 3s) ● (VP AGR 3s) NP1 CAT NP AGR 3s VP→ V[pres,3s,_np] ● NP VP → V[pres,3s _vp:inf] ● VP[inf] VP → V [pres,3s,_np_vp:inf] ● NP VP[inf] V1 CAT V AGR 3s [_np_vp:inf,_np, _vp:inf] TO1 CAT TO ‫اول‬ ‫مرحله‬ VP[base]→ V[base, _adjp, _np] ● NP V2 CAT V VFORM base [_adjp, _np] ADJ1 CAT ADJ [_vp:inf] ADJP1 CAT ADJP [_vp:inf] VP1 CAT VP [base]
Chart:CompletedarcsChart:Activearcs GrammarAgenda He wants to be happy. 1. S → (NP AGR ?a) (VP [{pres,past}] AGR ?a) 2.NP → (ART AGR ?a) (N AGR ?a) 3.NP → PRO 9.VP[inf] →TO VP[base] 4.VP → V[_none] 10. ADJP →ADJ 5. VP→ V[_np] NP 6. VP → V[_vp:inf] VP[inf] 7. VP → V[_np_vp:inf] NP VP[inf] 8.VP→V[_adjp] ADJP Lexicon he : (CAT PRO AGR 3s) want : (V VFORM base SUBCAT {_np,_vp:inf, _np_vp:inf}) to : (CAT TO) be : (CAT V VFORM base SUBCAT {_adjp, _np}) happy : (CAT ADJ SUBCAT _vp:inf) 1 2 3 4 5 6 Current 𝑷 𝟏 Ag. 𝑷 𝟐 5 ADJ[_vp:inf] 6 5 ADJP[_vp:inf] 6 4 VP[base] 6 3 VP[inf] 6 𝑷 𝟏 C 𝑷 𝟐 5 ADJ[_vp:inf] 6 5 ADJP[_vp:inf] 6 4 VP[base] 6 3 VP[inf] 6 1 2 3 4 5 6 PRO1 CAT PRO AGR 3s S → (NP AGR 3s) ● (VP AGR 3s) NP1 CAT NP AGR 3s VP→ V[pres,3s,_np] ● NP VP → V[pres,3s _vp:inf] ● VP[inf] VP → V [pres,3s,_np_vp:inf] ● NP VP[inf] V1 CAT V AGR 3s [_np_vp:inf,_np, _vp:inf] TO1 CAT TO ‫دوم‬ ‫مرحله‬ VP[base]→ V[base, _adjp, _np] ● NP V2 CAT V VFORM base [_adjp, _np] ADJ1 CAT ADJ [_vp:inf] ADJP1 CAT ADJP [_vp:inf] VP1 CAT VP [base]
Chart:CompletedarcsChart:Activearcs GrammarAgenda He wants to be happy. 1. S → (NP AGR ?a) (VP [{pres,past}] AGR ?a) 2.NP → (ART AGR ?a) (N AGR ?a) 3.NP → PRO 9.VP[inf] →TO VP[base] 4.VP → V[_none] 10. ADJP →ADJ 5. VP→ V[_np] NP 6. VP → V[_vp:inf] VP[inf] 7. VP → V[_np_vp:inf] NP VP[inf] 8.VP→V[_adjp] ADJP Lexicon he : (CAT PRO AGR 3s) want : (V VFORM base SUBCAT {_np,_vp:inf, _np_vp:inf}) to : (CAT TO) be : (CAT V VFORM base SUBCAT {_adjp, _np}) happy : (CAT ADJ SUBCAT _vp:inf) 1 2 3 4 5 6 Current 𝑷 𝟏 Ag. 𝑷 𝟐 5 ADJ[_vp:inf] 6 5 ADJP[_vp:inf] 6 4 VP[base] 6 3 VP[inf] 6 𝑷 𝟏 C 𝑷 𝟐 5 ADJ[_vp:inf] 6 5 ADJP[_vp:inf] 6 4 VP[base] 6 3 VP[inf] 6 1 2 3 4 5 6 PRO1 CAT PRO AGR 3s S → (NP AGR 3s) ● (VP AGR 3s) NP1 CAT NP AGR 3s VP→ V[pres,3s,_np] ● NP VP → V[pres,3s _vp:inf] ● VP[inf] VP → V [pres,3s,_np_vp:inf] ● NP VP[inf] V1 CAT V AGR 3s [_np_vp:inf,_np, _vp:inf] TO1 CAT TO ‫سوم‬ ‫مرحله‬ VP[base]→ V[base, _adjp, _np] ● NP V2 CAT V VFORM base [_adjp, _np] ADJ1 CAT ADJ [_vp:inf] ADJP1 CAT ADJP [_vp:inf] VP1 CAT VP [base] VP2 CAT VP [inf]
Chart:CompletedarcsChart:Activearcs GrammarAgenda He wants to be happy. 1. S → (NP AGR ?a) (VP [{pres,past}] AGR ?a) 2.NP → (ART AGR ?a) (N AGR ?a) 3.NP → PRO 9.VP[inf] →TO VP[base] 4.VP → V[_none] 10. ADJP →ADJ 5. VP→ V[_np] NP 6. VP → V[_vp:inf] VP[inf] 7. VP → V[_np_vp:inf] NP VP[inf] 8.VP→V[_adjp] ADJP Lexicon he : (CAT PRO AGR 3s) want : (V VFORM base SUBCAT {_np,_vp:inf, _np_vp:inf}) to : (CAT TO) be : (CAT V VFORM base SUBCAT {_adjp, _np}) happy : (CAT ADJ SUBCAT _vp:inf) 1 2 3 4 5 6 Current 𝑷 𝟏 Ag. 𝑷 𝟐 5 ADJ[_vp:inf] 6 5 ADJP[_vp:inf] 6 4 VP[base] 6 3 VP[inf] 6 𝑷 𝟏 C 𝑷 𝟐 5 ADJ[_vp:inf] 6 5 ADJP[_vp:inf] 6 4 VP[base] 6 3 VP[inf] 6 1 2 3 4 5 6 PRO1 CAT PRO AGR 3s S → (NP AGR 3s) ● (VP AGR 3s) NP1 CAT NP AGR 3s VP→ V[pres,3s,_np] ● NP VP → V[pres,3s _vp:inf] ● VP[inf] VP → V [pres,3s,_np_vp:inf] ● NP VP[inf] V1 CAT V AGR 3s [_np_vp:inf,_np, _vp:inf] TO1 CAT TO ‫چهارم‬ ‫مرحله‬ VP[base]→ V[base, _adjp, _np] ● NP V2 CAT V VFORM base [_adjp, _np] ADJ1 CAT ADJ [_vp:inf] ADJP1 CAT ADJP [_vp:inf] VP1 CAT VP [base] VP2 CAT VP [inf]
Chart:CompletedarcsChart:Activearcs GrammarAgenda He wants to be happy. 1. S → (NP AGR ?a) (VP [{pres,past}] AGR ?a) 2.NP → (ART AGR ?a) (N AGR ?a) 3.NP → PRO 9.VP[inf] →TO VP[base] 4.VP → V[_none] 10. ADJP →ADJ 5. VP→ V[_np] NP 6. VP → V[_vp:inf] VP[inf] 7. VP → V[_np_vp:inf] NP VP[inf] 8.VP→V[_adjp] ADJP Lexicon he : (CAT PRO AGR 3s) want : (V VFORM base SUBCAT {_np,_vp:inf, _np_vp:inf}) to : (CAT TO) be : (CAT V VFORM base SUBCAT {_adjp, _np}) happy : (CAT ADJ SUBCAT _vp:inf) 1 2 3 4 5 6 Current 𝑷 𝟏 Ag. 𝑷 𝟐 5 ADJ[_vp:inf] 6 5 ADJP[_vp:inf] 6 4 VP[base] 6 3 VP[inf] 6 𝑷 𝟏 C 𝑷 𝟐 5 ADJ[_vp:inf] 6 5 ADJP[_vp:inf] 6 4 VP[base] 6 3 VP[inf] 6 1 2 3 4 5 6 PRO1 CAT PRO AGR 3s S → (NP AGR 3s) ● (VP AGR 3s) NP1 CAT NP AGR 3s VP→ V[pres,3s,_np] ● NP VP → V[pres,3s _vp:inf] ● VP[inf] VP → V [pres,3s,_np_vp:inf] ● NP VP[inf] V1 CAT V AGR 3s [_np_vp:inf,_np, _vp:inf] TO1 CAT TO ‫چهارم‬ ‫مرحله‬ VP[base]→ V[base, _adjp, _np] ● NP V2 CAT V VFORM base [_adjp, _np] ADJ1 CAT ADJ [_vp:inf] ADJP1 CAT ADJP [_vp:inf] VP1 CAT VP [base] VP2 CAT VP [inf] VP → V[pres,3s _vp:inf] VP[inf] ●
Chart:CompletedarcsChart:Activearcs GrammarAgenda He wants to be happy. 1. S → (NP AGR ?a) (VP [{pres,past}] AGR ?a) 2.NP → (ART AGR ?a) (N AGR ?a) 3.NP → PRO 9.VP[inf] →TO VP[base] 4.VP → V[_none] 10. ADJP →ADJ 5. VP→ V[_np] NP 6. VP → V[_vp:inf] VP[inf] 7. VP → V[_np_vp:inf] NP VP[inf] 8.VP→V[_adjp] ADJP Lexicon he : (CAT PRO AGR 3s) want : (V VFORM base SUBCAT {_np,_vp:inf, _np_vp:inf}) to : (CAT TO) be : (CAT V VFORM base SUBCAT {_adjp, _np}) happy : (CAT ADJ SUBCAT _vp:inf) 1 2 3 4 5 6 Current 𝑷 𝟏 Ag. 𝑷 𝟐 5 ADJ[_vp:inf] 6 5 ADJP[_vp:inf] 6 4 VP[base] 6 3 VP[inf] 6 2 VP[pres,3s,_vp:inf] 6 𝑷 𝟏 C 𝑷 𝟐 5 ADJ[_vp:inf] 6 5 ADJP[_vp:inf] 6 4 VP[base] 6 3 VP[inf] 6 1 2 3 4 5 6 PRO1 CAT PRO AGR 3s S → (NP AGR 3s) ● (VP AGR 3s) NP1 CAT NP AGR 3s VP→ V[pres,3s,_np] ● NP VP → V [pres,3s,_np_vp:inf] ● NP VP[inf] V1 CAT V AGR 3s [_np_vp:inf,_np, _vp:inf] TO1 CAT TO ‫کمان‬ ‫آخر‬ ‫نقطه‬ VP[base]→ V[base, _adjp, _np] ● NP V2 CAT V VFORM base [_adjp, _np] ADJ1 CAT ADJ [_vp:inf] ADJP1 CAT ADJP [_vp:inf] VP1 CAT VP [base] VP2 CAT VP [inf] VP → V[pres,3s _vp:inf] VP[inf]●
Chart:CompletedarcsChart:Activearcs GrammarAgenda He wants to be happy. 1. S → (NP AGR ?a) (VP [{pres,past}] AGR ?a) 2.NP → (ART AGR ?a) (N AGR ?a) 3.NP → PRO 9.VP[inf] →TO VP[base] 4.VP → V[_none] 10. ADJP →ADJ 5. VP→ V[_np] NP 6. VP → V[_vp:inf] VP[inf] 7. VP → V[_np_vp:inf] NP VP[inf] 8.VP→V[_adjp] ADJP Lexicon he : (CAT PRO AGR 3s) want : (V VFORM base SUBCAT {_np,_vp:inf, _np_vp:inf}) to : (CAT TO) be : (CAT V VFORM base SUBCAT {_adjp, _np}) happy : (CAT ADJ SUBCAT _vp:inf) 1 2 3 4 5 6 Current 𝑷 𝟏 Ag. 𝑷 𝟐 5 ADJ[_vp:inf] 6 5 ADJP[_vp:inf] 6 4 VP[base] 6 3 VP[inf] 6 2 VP[pres,3s,_vp:inf] 6 𝑷 𝟏 C 𝑷 𝟐 5 ADJ[_vp:inf] 6 5 ADJP[_vp:inf] 6 4 VP[base] 6 3 VP[inf] 6 2 VP[pres,3s,_vp:inf] 6 1 2 3 4 5 6 PRO1 CAT PRO AGR 3s S → (NP AGR 3s) ● (VP AGR 3s) NP1 CAT NP AGR 3s VP→ V[pres,3s,_np] ● NP VP → V [pres,3s,_np_vp:inf] ● NP VP[inf] V1 CAT V AGR 3s [_np_vp:inf,_np, _vp:inf] TO1 CAT TO ‫اول‬ ‫مرحله‬ VP[base]→ V[base, _adjp, _np] ● NP V2 CAT V VFORM base [_adjp, _np] ADJ1 CAT ADJ [_vp:inf] ADJP1 CAT ADJP [_vp:inf] VP1 CAT VP [base] VP2 CAT VP [inf]
Chart:CompletedarcsChart:Activearcs GrammarAgenda He wants to be happy. 1. S → (NP AGR ?a) (VP [{pres,past}] AGR ?a) 2.NP → (ART AGR ?a) (N AGR ?a) 3.NP → PRO 9.VP[inf] →TO VP[base] 4.VP → V[_none] 10. ADJP →ADJ 5. VP→ V[_np] NP 6. VP → V[_vp:inf] VP[inf] 7. VP → V[_np_vp:inf] NP VP[inf] 8.VP→V[_adjp] ADJP Lexicon he : (CAT PRO AGR 3s) want : (V VFORM base SUBCAT {_np,_vp:inf, _np_vp:inf}) to : (CAT TO) be : (CAT V VFORM base SUBCAT {_adjp, _np}) happy : (CAT ADJ SUBCAT _vp:inf) 1 2 3 4 5 6 Current 𝑷 𝟏 Ag. 𝑷 𝟐 5 ADJ[_vp:inf] 6 5 ADJP[_vp:inf] 6 4 VP[base] 6 3 VP[inf] 6 2 VP[pres,3s,_vp:inf] 6 𝑷 𝟏 C 𝑷 𝟐 5 ADJ[_vp:inf] 6 5 ADJP[_vp:inf] 6 4 VP[base] 6 3 VP[inf] 6 2 VP[pres,3s,_vp:inf] 6 1 2 3 4 5 6 PRO1 CAT PRO AGR 3s S → (NP AGR 3s) ● (VP AGR 3s) NP1 CAT NP AGR 3s VP→ V[pres,3s,_np] ● NP VP → V [pres,3s,_np_vp:inf] ● NP VP[inf] V1 CAT V AGR 3s [_np_vp:inf,_np, _vp:inf] TO1 CAT TO ‫دوم‬ ‫مرحله‬ VP[base]→ V[base, _adjp, _np] ● NP V2 CAT V VFORM base [_adjp, _np] ADJ1 CAT ADJ [_vp:inf] ADJP1 CAT ADJP [_vp:inf] VP1 CAT VP [base] VP2 CAT VP [inf]
Chart:CompletedarcsChart:Activearcs GrammarAgenda He wants to be happy. 1. S → (NP AGR ?a) (VP [{pres,past}] AGR ?a) 2.NP → (ART AGR ?a) (N AGR ?a) 3.NP → PRO 9.VP[inf] →TO VP[base] 4.VP → V[_none] 10. ADJP →ADJ 5. VP→ V[_np] NP 6. VP → V[_vp:inf] VP[inf] 7. VP → V[_np_vp:inf] NP VP[inf] 8.VP→V[_adjp] ADJP Lexicon he : (CAT PRO AGR 3s) want : (V VFORM base SUBCAT {_np,_vp:inf, _np_vp:inf}) to : (CAT TO) be : (CAT V VFORM base SUBCAT {_adjp, _np}) happy : (CAT ADJ SUBCAT _vp:inf) 1 2 3 4 5 6 Current 𝑷 𝟏 Ag. 𝑷 𝟐 5 ADJ[_vp:inf] 6 5 ADJP[_vp:inf] 6 4 VP[base] 6 3 VP[inf] 6 2 VP[pres,3s,_vp:inf] 6 𝑷 𝟏 C 𝑷 𝟐 5 ADJ[_vp:inf] 6 5 ADJP[_vp:inf] 6 4 VP[base] 6 3 VP[inf] 6 2 VP[pres,3s,_vp:inf] 6 1 2 3 4 5 6 PRO1 CAT PRO AGR 3s S → (NP AGR 3s) ● (VP AGR 3s) NP1 CAT NP AGR 3s VP→ V[pres,3s,_np] ● NP VP → V [pres,3s,_np_vp:inf] ● NP VP[inf] V1 CAT V AGR 3s [_np_vp:inf,_np, _vp:inf] TO1 CAT TO ‫سوم‬ ‫مرحله‬ VP[base]→ V[base, _adjp, _np] ● NP V2 CAT V VFORM base [_adjp, _np] ADJ1 CAT ADJ [_vp:inf] ADJP1 CAT ADJP [_vp:inf] VP1 CAT VP [base] VP2 CAT VP [inf] VP3 CAT VP [pres,3s,_vp:inf]
Chart:CompletedarcsChart:Activearcs GrammarAgenda He wants to be happy. 1. S → (NP AGR ?a) (VP [{pres,past}] AGR ?a) 2.NP → (ART AGR ?a) (N AGR ?a) 3.NP → PRO 9.VP[inf] →TO VP[base] 4.VP → V[_none] 10. ADJP →ADJ 5. VP→ V[_np] NP 6. VP → V[_vp:inf] VP[inf] 7. VP → V[_np_vp:inf] NP VP[inf] 8.VP→V[_adjp] ADJP Lexicon he : (CAT PRO AGR 3s) want : (V VFORM base SUBCAT {_np,_vp:inf, _np_vp:inf}) to : (CAT TO) be : (CAT V VFORM base SUBCAT {_adjp, _np}) happy : (CAT ADJ SUBCAT _vp:inf) 1 2 3 4 5 6 Current 𝑷 𝟏 Ag. 𝑷 𝟐 5 ADJ[_vp:inf] 6 5 ADJP[_vp:inf] 6 4 VP[base] 6 3 VP[inf] 6 2 VP[pres,3s,_vp:inf] 6 𝑷 𝟏 C 𝑷 𝟐 5 ADJ[_vp:inf] 6 5 ADJP[_vp:inf] 6 4 VP[base] 6 3 VP[inf] 6 2 VP[pres,3s,_vp:inf] 6 1 2 3 4 5 6 PRO1 CAT PRO AGR 3s S → (NP AGR 3s) ● (VP AGR 3s) NP1 CAT NP AGR 3s VP→ V[pres,3s,_np] ● NP VP → V [pres,3s,_np_vp:inf] ● NP VP[inf] V1 CAT V AGR 3s [_np_vp:inf,_np, _vp:inf] TO1 CAT TO ‫چهارم‬ ‫مرحله‬ VP[base]→ V[base, _adjp, _np] ● NP V2 CAT V VFORM base [_adjp, _np] ADJ1 CAT ADJ [_vp:inf] ADJP1 CAT ADJP [_vp:inf] VP1 CAT VP [base] VP2 CAT VP [inf] VP3 CAT VP [pres,3s,_vp:inf]
Chart:CompletedarcsChart:Activearcs GrammarAgenda He wants to be happy. 1. S → (NP AGR ?a) (VP [{pres,past}] AGR ?a) 2.NP → (ART AGR ?a) (N AGR ?a) 3.NP → PRO 9.VP[inf] →TO VP[base] 4.VP → V[_none] 10. ADJP →ADJ 5. VP→ V[_np] NP 6. VP → V[_vp:inf] VP[inf] 7. VP → V[_np_vp:inf] NP VP[inf] 8.VP→V[_adjp] ADJP Lexicon he : (CAT PRO AGR 3s) want : (V VFORM base SUBCAT {_np,_vp:inf, _np_vp:inf}) to : (CAT TO) be : (CAT V VFORM base SUBCAT {_adjp, _np}) happy : (CAT ADJ SUBCAT _vp:inf) 1 2 3 4 5 6 Current 𝑷 𝟏 Ag. 𝑷 𝟐 5 ADJ[_vp:inf] 6 5 ADJP[_vp:inf] 6 4 VP[base] 6 3 VP[inf] 6 2 VP[pres,3s,_vp:inf] 6 𝑷 𝟏 C 𝑷 𝟐 5 ADJ[_vp:inf] 6 5 ADJP[_vp:inf] 6 4 VP[base] 6 3 VP[inf] 6 2 VP[pres,3s,_vp:inf] 6 1 2 3 4 5 6 PRO1 CAT PRO AGR 3s S → (NP AGR 3s) ● (VP AGR 3s) NP1 CAT NP AGR 3s VP→ V[pres,3s,_np] ● NP VP → V [pres,3s,_np_vp:inf] ● NP VP[inf] V1 CAT V AGR 3s [_np_vp:inf,_np, _vp:inf] TO1 CAT TO ‫چهارم‬ ‫مرحله‬ VP[base]→ V[base, _adjp, _np] ● NP V2 CAT V VFORM base [_adjp, _np] ADJ1 CAT ADJ [_vp:inf] ADJP1 CAT ADJP [_vp:inf] VP1 CAT VP [base] VP2 CAT VP [inf] VP3 CAT VP [pres,3s,_vp:inf] S → (NP AGR 3s) (VP AGR 3s) ●
Chart:CompletedarcsChart:Activearcs GrammarAgenda He wants to be happy. 1. S → (NP AGR ?a) (VP [{pres,past}] AGR ?a) 2.NP → (ART AGR ?a) (N AGR ?a) 3.NP → PRO 9.VP[inf] →TO VP[base] 4.VP → V[_none] 10. ADJP →ADJ 5. VP→ V[_np] NP 6. VP → V[_vp:inf] VP[inf] 7. VP → V[_np_vp:inf] NP VP[inf] 8.VP→V[_adjp] ADJP Lexicon he : (CAT PRO AGR 3s) want : (V VFORM base SUBCAT {_np,_vp:inf, _np_vp:inf}) to : (CAT TO) be : (CAT V VFORM base SUBCAT {_adjp, _np}) happy : (CAT ADJ SUBCAT _vp:inf) 1 2 3 4 5 6 Current 𝑷 𝟏 Ag. 𝑷 𝟐 5 ADJ[_vp:inf] 6 5 ADJP[_vp:inf] 6 4 VP[base] 6 3 VP[inf] 6 2 VP[pres,3s,_vp:inf] 6 1 S 6 𝑷 𝟏 C 𝑷 𝟐 5 ADJ[_vp:inf] 6 5 ADJP[_vp:inf] 6 4 VP[base] 6 3 VP[inf] 6 2 VP[pres,3s,_vp:inf] 6 1 2 3 4 5 6 PRO1 CAT PRO AGR 3s NP1 CAT NP AGR 3s VP→ V[pres,3s,_np] ● NP VP → V [pres,3s,_np_vp:inf] ● NP VP[inf] V1 CAT V AGR 3s [_np_vp:inf,_np, _vp:inf] TO1 CAT TO ‫کمان‬ ‫آخر‬ ‫نقطه‬ VP[base]→ V[base, _adjp, _np] ● NP V2 CAT V VFORM base [_adjp, _np] ADJ1 CAT ADJ [_vp:inf] ADJP1 CAT ADJP [_vp:inf] VP1 CAT VP [base] VP2 CAT VP [inf] VP3 CAT VP [pres,3s,_vp:inf] S → (NP AGR 3s) (VP AGR 3s) ●
Chart:CompletedarcsChart:Activearcs GrammarAgenda He wants to be happy. 1. S → (NP AGR ?a) (VP [{pres,past}] AGR ?a) 2.NP → (ART AGR ?a) (N AGR ?a) 3.NP → PRO 9.VP[inf] →TO VP[base] 4.VP → V[_none] 10. ADJP →ADJ 5. VP→ V[_np] NP 6. VP → V[_vp:inf] VP[inf] 7. VP → V[_np_vp:inf] NP VP[inf] 8.VP→V[_adjp] ADJP Lexicon he : (CAT PRO AGR 3s) want : (V VFORM base SUBCAT {_np,_vp:inf, _np_vp:inf}) to : (CAT TO) be : (CAT V VFORM base SUBCAT {_adjp, _np}) happy : (CAT ADJ SUBCAT _vp:inf) 1 2 3 4 5 6 Current 𝑷 𝟏 Ag. 𝑷 𝟐 5 ADJ[_vp:inf] 6 5 ADJP[_vp:inf] 6 4 VP[base] 6 3 VP[inf] 6 2 VP[pres,3s,_vp:inf] 6 1 S 6 𝑷 𝟏 C 𝑷 𝟐 5 ADJ[_vp:inf] 6 5 ADJP[_vp:inf] 6 4 VP[base] 6 3 VP[inf] 6 2 VP[pres,3s,_vp:inf] 6 1 S 6 1 2 3 4 5 6 PRO1 CAT PRO AGR 3s NP1 CAT NP AGR 3s VP→ V[pres,3s,_np] ● NP VP → V [pres,3s,_np_vp:inf] ● NP VP[inf] V1 CAT V AGR 3s [_np_vp:inf,_np, _vp:inf] TO1 CAT TO ‫اول‬ ‫مرحله‬ VP[base]→ V[base, _adjp, _np] ● NP V2 CAT V VFORM base [_adjp, _np] ADJ1 CAT ADJ [_vp:inf] ADJP1 CAT ADJP [_vp:inf] VP1 CAT VP [base] VP2 CAT VP [inf] VP3 CAT VP [pres,3s,_vp:inf]
Chart:CompletedarcsChart:Activearcs GrammarAgenda He wants to be happy. 1. S → (NP AGR ?a) (VP [{pres,past}] AGR ?a) 2.NP → (ART AGR ?a) (N AGR ?a) 3.NP → PRO 9.VP[inf] →TO VP[base] 4.VP → V[_none] 10. ADJP →ADJ 5. VP→ V[_np] NP 6. VP → V[_vp:inf] VP[inf] 7. VP → V[_np_vp:inf] NP VP[inf] 8.VP→V[_adjp] ADJP Lexicon he : (CAT PRO AGR 3s) want : (V VFORM base SUBCAT {_np,_vp:inf, _np_vp:inf}) to : (CAT TO) be : (CAT V VFORM base SUBCAT {_adjp, _np}) happy : (CAT ADJ SUBCAT _vp:inf) 1 2 3 4 5 6 Current 𝑷 𝟏 Ag. 𝑷 𝟐 5 ADJ[_vp:inf] 6 5 ADJP[_vp:inf] 6 4 VP[base] 6 3 VP[inf] 6 2 VP[pres,3s,_vp:inf] 6 1 S 6 𝑷 𝟏 C 𝑷 𝟐 5 ADJ[_vp:inf] 6 5 ADJP[_vp:inf] 6 4 VP[base] 6 3 VP[inf] 6 2 VP[pres,3s,_vp:inf] 6 1 S 6 1 2 3 4 5 6 PRO1 CAT PRO AGR 3s NP1 CAT NP AGR 3s VP→ V[pres,3s,_np] ● NP VP → V [pres,3s,_np_vp:inf] ● NP VP[inf] V1 CAT V AGR 3s [_np_vp:inf,_np, _vp:inf] TO1 CAT TO ‫دوم‬ ‫مرحله‬ VP[base]→ V[base, _adjp, _np] ● NP V2 CAT V VFORM base [_adjp, _np] ADJ1 CAT ADJ [_vp:inf] ADJP1 CAT ADJP [_vp:inf] VP1 CAT VP [base] VP2 CAT VP [inf] VP3 CAT VP [pres,3s,_vp:inf]
Chart:CompletedarcsChart:Activearcs GrammarAgenda He wants to be happy. 1. S → (NP AGR ?a) (VP [{pres,past}] AGR ?a) 2.NP → (ART AGR ?a) (N AGR ?a) 3.NP → PRO 9.VP[inf] →TO VP[base] 4.VP → V[_none] 10. ADJP →ADJ 5. VP→ V[_np] NP 6. VP → V[_vp:inf] VP[inf] 7. VP → V[_np_vp:inf] NP VP[inf] 8.VP→V[_adjp] ADJP Lexicon he : (CAT PRO AGR 3s) want : (V VFORM base SUBCAT {_np,_vp:inf, _np_vp:inf}) to : (CAT TO) be : (CAT V VFORM base SUBCAT {_adjp, _np}) happy : (CAT ADJ SUBCAT _vp:inf) 1 2 3 4 5 6 Current 𝑷 𝟏 Ag. 𝑷 𝟐 5 ADJ[_vp:inf] 6 5 ADJP[_vp:inf] 6 4 VP[base] 6 3 VP[inf] 6 2 VP[pres,3s,_vp:inf] 6 1 S 6 𝑷 𝟏 C 𝑷 𝟐 5 ADJ[_vp:inf] 6 5 ADJP[_vp:inf] 6 4 VP[base] 6 3 VP[inf] 6 2 VP[pres,3s,_vp:inf] 6 1 S 6 1 2 3 4 5 6 PRO1 CAT PRO AGR 3s NP1 CAT NP AGR 3s VP→ V[pres,3s,_np] ● NP VP → V [pres,3s,_np_vp:inf] ● NP VP[inf] V1 CAT V AGR 3s [_np_vp:inf,_np, _vp:inf] TO1 CAT TO ‫سوم‬ ‫مرحله‬ VP[base]→ V[base, _adjp, _np] ● NP V2 CAT V VFORM base [_adjp, _np] ADJ1 CAT ADJ [_vp:inf] ADJP1 CAT ADJP [_vp:inf] VP1 CAT VP [base] VP2 CAT VP [inf] VP3 CAT VP [pres,3s,_vp:inf] S CAT S [pres,3s,_vp:inf]
Chart:CompletedarcsChart:Activearcs GrammarAgenda He wants to be happy. 1. S → (NP AGR ?a) (VP [{pres,past}] AGR ?a) 2.NP → (ART AGR ?a) (N AGR ?a) 3.NP → PRO 9.VP[inf] →TO VP[base] 4.VP → V[_none] 10. ADJP →ADJ 5. VP→ V[_np] NP 6. VP → V[_vp:inf] VP[inf] 7. VP → V[_np_vp:inf] NP VP[inf] 8.VP→V[_adjp] ADJP Lexicon he : (CAT PRO AGR 3s) want : (V VFORM base SUBCAT {_np,_vp:inf, _np_vp:inf}) to : (CAT TO) be : (CAT V VFORM base SUBCAT {_adjp, _np}) happy : (CAT ADJ SUBCAT _vp:inf) 1 2 3 4 5 6 Current 𝑷 𝟏 Ag. 𝑷 𝟐 5 ADJ[_vp:inf] 6 5 ADJP[_vp:inf] 6 4 VP[base] 6 3 VP[inf] 6 2 VP[pres,3s,_vp:inf] 6 1 S 6 𝑷 𝟏 C 𝑷 𝟐 5 ADJ[_vp:inf] 6 5 ADJP[_vp:inf] 6 4 VP[base] 6 3 VP[inf] 6 2 VP[pres,3s,_vp:inf] 6 1 S 6 1 2 3 4 5 6 PRO1 CAT PRO AGR 3s NP1 CAT NP AGR 3s V1 CAT V AGR 3s [_np_vp:inf,_np, _vp:inf] TO1 CAT TO V2 CAT V VFORM base [_adjp, _np] ADJ1 CAT ADJ [_vp:inf] ADJP1 CAT ADJP [_vp:inf] VP1 CAT VP [base] VP2 CAT VP [inf] VP3 CAT VP [pres,3s,_vp:inf] S CAT S [pres,3s,_vp:inf]

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Chart parsing with features

  • 1.
    Chart Parsing using features SarahSaneei Computational Linguistics
  • 2.
    ‫کار‬ ‫کلی‬ ‫مراحل‬ ‫است‬‫خالی‬ ‫آجاندا‬.‫کنیم‬‫می‬ ‫آن‬ ‫وارد‬ ‫را‬ ‫بعدی‬ ‫ی‬‫کلمه‬ ‫دستوری‬ ‫های‬‫مقوله‬. ‫چهارم‬ ‫مرحله‬: ‫کارنت‬ ‫منتظر‬ ‫که‬ ‫دارد‬ ‫وجود‬ ‫فعالی‬ ‫کمان‬ ‫آیا‬(‫اینجا‬ ‫در‬X)‫باشد؟‬ 1/‫از‬ ‫قبل‬ ‫اش‬‫نقطه‬X‫باشد‬.2/‫ابتدای‬X‫باشد‬ ‫آن‬ ‫انتهای‬. ‫سوم‬ ‫مرحله‬: ‫دهیم‬‫می‬ ‫قرار‬ ‫چارت‬ ‫در‬ ‫را‬ ‫ایم‬‫خوانده‬ ‫که‬ ‫کارنتی‬. ‫دوم‬ ‫مرحله‬: ‫دهیم‬‫می‬ ‫تشکیل‬ ‫فعال‬ ‫کمان‬ ‫کارنت‬ ‫با‬.‫شوند‬‫می‬ ‫فعال‬ ‫کمان‬ ‫به‬ ‫تبدیل‬ ‫شوند‬‫می‬ ‫شروع‬ ‫کارنت‬ ‫با‬ ‫که‬ ‫هایی‬‫قاعده‬ ‫آن‬. ‫اول‬ ‫مرحله‬: ‫ریزیم‬ ‫می‬ ‫کارنت‬ ‫در‬ ‫و‬ ‫خوانیم‬ ‫می‬ ‫آجاندا‬ ‫از‬
  • 3.
    Chart:CompletedarcsChart:Activearcs GrammarAgenda He wants tobe happy. 1. S → (NP AGR ?a) (VP [{pres,past}] AGR ?a) 2.NP → (ART AGR ?a) (N AGR ?a) 3.NP → PRO 9.VP[inf] →TO VP[base] 4.VP → V[_none] 10. ADJP →ADJ 5. VP→ V[_vp:np] NP 6.VP → V[_vp:inf] VP[inf] 7. VP → V[_np_vp:inf] NP VP[inf] 8.VP→V[_adjp] ADJP Lexicon he : (CAT PRO AGR 3s) want : (V VFORM base SUBCAT {_np,_vp:inf, _np_vp:inf}) to : (CAT TO) be : (CAT V VFORM base SUBCAT {_adjp, _np}) happy : (CAT ADJ SUBCAT _vp:inf) 1 2 3 4 5 6 Current 𝑷 𝟏 Ag. 𝑷 𝟐 1 PRO{3s} 2 𝑷 𝟏 C 𝑷 𝟐 ‫کنیم‬‫می‬ ‫وارد‬ ‫آجاندا‬ ‫در‬ ‫را‬ ‫اش‬‫نحوی‬ ‫های‬‫مقوله‬ ‫و‬ ‫خوانیم‬‫می‬ ‫را‬ ‫اول‬ ‫ی‬‫کلمه‬ ‫ابتدا‬. 1 2 3 4 5 6
  • 4.
    Chart:CompletedarcsChart:Activearcs GrammarAgenda He wants tobe happy. 1. S → (NP AGR ?a) (VP [{pres,past}] AGR ?a) 2.NP → (ART AGR ?a) (N AGR ?a) 3.NP → PRO 9.VP[inf] →TO VP[base] 4.VP → V[_none] 10. ADJP →ADJ 5. VP→ V[_vp:np] NP 6.VP → V[_vp:inf] VP[inf] 7. VP → V[_np_vp:inf] NP VP[inf] 8.VP→V[_adjp] ADJP Lexicon he : (CAT PRO AGR 3s) want : (V VFORM base SUBCAT {_np,_vp:inf, _np_vp:inf}) to : (CAT TO) be : (CAT V VFORM base SUBCAT {_adjp, _np}) happy : (CAT ADJ SUBCAT _vp:inf) 1 2 3 4 5 6 Current 𝑷 𝟏 Ag. 𝑷 𝟐 1 PRO{3s} 2 𝑷 𝟏 C 𝑷 𝟐 1 PRO{3s} 2 ‫اول‬ ‫مرحله‬: ‫ریزیم‬ ‫می‬ ‫کارنت‬ ‫در‬ ‫و‬ ‫خوانیم‬ ‫می‬ ‫آجاندا‬ ‫از‬. 1 2 3 4 5 6
  • 5.
    Chart:CompletedarcsChart:Activearcs GrammarAgenda He wants tobe happy. 1. S → (NP AGR ?a) (VP [{pres,past}] AGR ?a) 2.NP → (ART AGR ?a) (N AGR ?a) 3.NP → PRO 9.VP[inf] →TO VP[base] 4.VP → V[_none] 10. ADJP →ADJ 5. VP→ V[_vp:np] NP 6.VP → V[_vp:inf] VP[inf] 7. VP → V[_np_vp:inf] NP VP[inf] 8.VP→V[_adjp] ADJP Lexicon he : (CAT PRO AGR 3s) want : (V VFORM base SUBCAT {_np,_vp:inf, _np_vp:inf}) to : (CAT TO) be : (CAT V VFORM base SUBCAT {_adjp, _np}) happy : (CAT ADJ SUBCAT _vp:inf) 1 2 3 4 5 6 Current 𝑷 𝟏 Ag. 𝑷 𝟐 1 PRO{3s} 2 𝑷 𝟏 C 𝑷 𝟐 1 PRO{3s} 2 ‫دوم‬ ‫مرحله‬: ‫دهیم‬‫می‬ ‫تشکیل‬ ‫فعال‬ ‫کمان‬ ‫کارنت‬ ‫با‬.‫شروع‬ ‫کارنت‬ ‫با‬ ‫که‬ ‫هایی‬‫قاعده‬ ‫آن‬ ‫شوند‬‫می‬ ‫فعال‬ ‫کمان‬ ‫به‬ ‫تبدیل‬ ‫شوند‬‫می‬. 1 2 3 4 5 6 NP {3s} → PRO{3s}●
  • 6.
    Chart:CompletedarcsChart:Activearcs GrammarAgenda He wants tobe happy. 1. S → (NP AGR ?a) (VP [{pres,past}] AGR ?a) 2.NP → (ART AGR ?a) (N AGR ?a) 3.NP → PRO 9.VP[inf] →TO VP[base] 4.VP → V[_none] 10. ADJP →ADJ 5. VP→ V[_vp:np] NP 6.VP → V[_vp:inf] VP[inf] 7. VP → V[_np_vp:inf] NP VP[inf] 8.VP→V[_adjp] ADJP Lexicon he : (CAT PRO AGR 3s) want : (V VFORM base SUBCAT {_np,_vp:inf, _np_vp:inf}) to : (CAT TO) be : (CAT V VFORM base SUBCAT {_adjp, _np}) happy : (CAT ADJ SUBCAT _vp:inf) 1 2 3 4 5 6 Current 𝑷 𝟏 Ag. 𝑷 𝟐 1 PRO{3s} 2 𝑷 𝟏 C 𝑷 𝟐 1 PRO{3s} 2 ‫سوم‬ ‫مرحله‬: ‫دهیم‬‫می‬ ‫قرار‬ ‫چارت‬ ‫در‬ ‫را‬ ‫ایم‬‫خوانده‬ ‫که‬ ‫کارنتی‬. 1 2 3 4 5 6 NP {3s} → PRO{3s}● PRO1 CAT PRO AGR 3s
  • 7.
    Chart:CompletedarcsChart:Activearcs GrammarAgenda He wants tobe happy. 1. S → (NP AGR ?a) (VP [{pres,past}] AGR ?a) 2.NP → (ART AGR ?a) (N AGR ?a) 3.NP → PRO 9.VP[inf] →TO VP[base] 4.VP → V[_none] 10. ADJP →ADJ 5. VP→ V[_vp:np] NP 6.VP → V[_vp:inf] VP[inf] 7. VP → V[_np_vp:inf] NP VP[inf] 8.VP→V[_adjp] ADJP Lexicon he : (CAT PRO AGR 3s) want : (V VFORM base SUBCAT {_np,_vp:inf, _np_vp:inf}) to : (CAT TO) be : (CAT V VFORM base SUBCAT {_adjp, _np}) happy : (CAT ADJ SUBCAT _vp:inf) 1 2 3 4 5 6 Current 𝑷 𝟏 Ag. 𝑷 𝟐 1 PRO{3s} 2 𝑷 𝟏 C 𝑷 𝟐 1 PRO{3s} 2 ‫چهارم‬ ‫مرحله‬: ‫باشد؟‬ ‫کارنت‬ ‫منتظر‬ ‫که‬ ‫دارد‬ ‫وجود‬ ‫فعالی‬ ‫کمان‬ ‫آیا‬ (‫خیر‬) 1 2 3 4 5 6 NP {3s} → PRO{3s}● PRO1 CAT PRO AGR 3s
  • 8.
    Chart:CompletedarcsChart:Activearcs GrammarAgenda He wants tobe happy. 1. S → (NP AGR ?a) (VP [{pres,past}] AGR ?a) 2.NP → (ART AGR ?a) (N AGR ?a) 3.NP → PRO 9.VP[inf] →TO VP[base] 4.VP → V[_none] 10. ADJP →ADJ 5. VP→ V[_vp:np] NP 6.VP → V[_vp:inf] VP[inf] 7. VP → V[_np_vp:inf] NP VP[inf] 8.VP→V[_adjp] ADJP Lexicon he : (CAT PRO AGR 3s) want : (V VFORM base SUBCAT {_np,_vp:inf, _np_vp:inf}) to : (CAT TO) be : (CAT V VFORM base SUBCAT {_adjp, _np}) happy : (CAT ADJ SUBCAT _vp:inf) 1 2 3 4 5 6 Current 𝑷 𝟏 Ag. 𝑷 𝟐 1 PRO{3s} 2 1 NP{3s} 2 𝑷 𝟏 C 𝑷 𝟐 1 PRO{3s} 2 ‫چیزی‬ ‫منتظر‬ ‫دیگر‬ ‫قاعده‬ ‫آن‬ ‫یعنی‬ ‫رسد‬‫می‬ ‫قاعده‬ ‫یک‬ ‫آخر‬ ‫به‬ ‫نقطه‬ ‫وقتی‬‫نیست‬ ‫کمان‬ ‫و‬Passive‫است‬ ‫شده‬.‫کل‬NP‫بریم‬‫می‬ ‫آجاندا‬ ‫داخل‬ ‫به‬ ‫را‬(‫یک‬NP ‫ایم‬‫دیده‬). 1 2 3 4 5 6 NP {3s} → PRO{3s}● PRO1 CAT PRO AGR 3s
  • 9.
    Chart:CompletedarcsChart:Activearcs GrammarAgenda He wants tobe happy. 1. S → (NP AGR ?a) (VP [{pres,past}] AGR ?a) 2.NP → (ART AGR ?a) (N AGR ?a) 3.NP → PRO 9.VP[inf] →TO VP[base] 4.VP → V[_none] 10. ADJP →ADJ 5. VP→ V[_vp:np] NP 6.VP → V[_vp:inf] VP[inf] 7. VP → V[_np_vp:inf] NP VP[inf] 8.VP→V[_adjp] ADJP Lexicon he : (CAT PRO AGR 3s) want : (V VFORM base SUBCAT {_np,_vp:inf, _np_vp:inf}) to : (CAT TO) be : (CAT V VFORM base SUBCAT {_adjp, _np}) happy : (CAT ADJ SUBCAT _vp:inf) 1 2 3 4 5 6 Current 𝑷 𝟏 Ag. 𝑷 𝟐 1 PRO{3s} 2 1 NP{3s} 2 𝑷 𝟏 C 𝑷 𝟐 1 PRO{3s} 2 1 NP{3s} 2 ‫اول‬ ‫مرحله‬: ‫ریزیم‬ ‫می‬ ‫کارنت‬ ‫در‬ ‫و‬ ‫خوانیم‬ ‫می‬ ‫آجاندا‬ ‫از‬ 1 2 3 4 5 6 NP {3s} → PRO{3s}● PRO1 CAT PRO AGR 3s
  • 10.
    Chart:CompletedarcsChart:Activearcs GrammarAgenda He wants tobe happy. 1. S → (NP AGR ?a) (VP [{pres,past}] AGR ?a) 2.NP → (ART AGR ?a) (N AGR ?a) 3.NP → PRO 9.VP[inf] →TO VP[base] 4.VP → V[_none] 10. ADJP →ADJ 5. VP→ V[_vp:np] NP 6.VP → V[_vp:inf] VP[inf] 7. VP → V[_np_vp:inf] NP VP[inf] 8.VP→V[_adjp] ADJP Lexicon he : (CAT PRO AGR 3s) want : (V VFORM base SUBCAT {_np,_vp:inf, _np_vp:inf}) to : (CAT TO) be : (CAT V VFORM base SUBCAT {_adjp, _np}) happy : (CAT ADJ SUBCAT _vp:inf) 1 2 3 4 5 6 Current 𝑷 𝟏 Ag. 𝑷 𝟐 1 PRO{3s} 2 1 NP{3s} 2 𝑷 𝟏 C 𝑷 𝟐 1 PRO{3s} 2 1 NP{3s} 2 ‫دوم‬ ‫مرحله‬: ‫دهیم‬‫می‬ ‫تشکیل‬ ‫فعال‬ ‫کمان‬ ‫کارنت‬ ‫با‬.‫شروع‬ ‫کارنت‬ ‫با‬ ‫که‬ ‫هایی‬‫قاعده‬ ‫آن‬ ‫شوند‬‫می‬ ‫مقداردهی‬ ‫متغیرهایشان‬ ‫و‬ ‫فعال‬ ‫کمان‬ ‫به‬ ‫تبدیل‬ ‫شوند‬‫می‬. 1 2 3 4 5 6 NP {3s} → PRO{3s}● PRO1 CAT PRO AGR 3s S → (NP AGR 3s) ● (VP AGR 3s)
  • 11.
    Chart:CompletedarcsChart:Activearcs GrammarAgenda He wants tobe happy. 1. S → (NP AGR ?a) (VP [{pres,past}] AGR ?a) 2.NP → (ART AGR ?a) (N AGR ?a) 3.NP → PRO 9.VP[inf] →TO VP[base] 4.VP → V[_none] 10. ADJP →ADJ 5. VP→ V[_vp:np] NP 6.VP → V[_vp:inf] VP[inf] 7. VP → V[_np_vp:inf] NP VP[inf] 8.VP→V[_adjp] ADJP Lexicon he : (CAT PRO AGR 3s) want : (V VFORM base SUBCAT {_np,_vp:inf, _np_vp:inf}) to : (CAT TO) be : (CAT V VFORM base SUBCAT {_adjp, _np}) happy : (CAT ADJ SUBCAT _vp:inf) 1 2 3 4 5 6 Current 𝑷 𝟏 Ag. 𝑷 𝟐 1 PRO{3s} 2 1 NP{3s} 2 𝑷 𝟏 C 𝑷 𝟐 1 PRO{3s} 2 1 NP{3s} 2 ‫سوم‬ ‫مرحله‬: ‫دهیم‬‫می‬ ‫قرار‬ ‫چارت‬ ‫در‬ ‫را‬ ‫ایم‬‫خوانده‬ ‫که‬ ‫کارنتی‬. 1 2 3 4 5 6 NP {3s} → PRO{3s}● PRO1 CAT PRO AGR 3s S → (NP AGR 3s) ● (VP AGR 3s) NP1 CAT NP AGR 3s
  • 12.
    Chart:CompletedarcsChart:Activearcs GrammarAgenda He wants tobe happy. 1. S → (NP AGR ?a) (VP [{pres,past}] AGR ?a) 2.NP → (ART AGR ?a) (N AGR ?a) 3.NP → PRO 9.VP[inf] →TO VP[base] 4.VP → V[_none] 10. ADJP →ADJ 5. VP→ V[_vp:np] NP 6.VP → V[_vp:inf] VP[inf] 7. VP → V[_np_vp:inf] NP VP[inf] 8.VP→V[_adjp] ADJP Lexicon he : (CAT PRO AGR 3s) want : (V VFORM base SUBCAT {_np,_vp:inf, _np_vp:inf}) to : (CAT TO) be : (CAT V VFORM base SUBCAT {_adjp, _np}) happy : (CAT ADJ SUBCAT _vp:inf) 1 2 3 4 5 6 Current 𝑷 𝟏 Ag. 𝑷 𝟐 1 PRO{3s} 2 1 NP{3s} 2 𝑷 𝟏 C 𝑷 𝟐 1 PRO{3s} 2 1 NP{3s} 2 ‫چهارم‬ ‫مرحله‬: ‫باشد؟‬ ‫کارنت‬ ‫منتظر‬ ‫که‬ ‫دارد‬ ‫وجود‬ ‫فعالی‬ ‫کمان‬ ‫آیا‬ (‫خیر‬) 1 2 3 4 5 6 NP {3s} → PRO{3s}● PRO1 CAT PRO AGR 3s S → (NP AGR 3s) ● (VP AGR 3s) NP1 CAT NP AGR 3s
  • 13.
    Chart:CompletedarcsChart:Activearcs GrammarAgenda He wants tobe happy. 1. S → (NP AGR ?a) (VP [{pres,past}] AGR ?a) 2.NP → (ART AGR ?a) (N AGR ?a) 3.NP → PRO 9.VP[inf] →TO VP[base] 4.VP → V[_none] 10. ADJP →ADJ 5. VP→ V[_vp:np] NP 6.VP → V[_vp:inf] VP[inf] 7. VP → V[_np_vp:inf] NP VP[inf] 8.VP→V[_adjp] ADJP Lexicon he : (CAT PRO AGR 3s) want : (V VFORM base SUBCAT {_np,_vp:inf, _np_vp:inf}) to : (CAT TO) be : (CAT V VFORM base SUBCAT {_adjp, _np}) happy : (CAT ADJ SUBCAT _vp:inf) 1 2 3 4 5 6 Current 𝑷 𝟏 Ag. 𝑷 𝟐 1 PRO{3s} 2 1 NP{3s} 2 2 V[pres, 3s, _np,_vp:inf, _np_vp:inf] 3 𝑷 𝟏 C 𝑷 𝟐 1 PRO{3s} 2 1 NP{3s} 2 ‫در‬ ‫را‬ ‫اش‬‫نحوی‬ ‫های‬‫مقوله‬ ‫و‬ ‫خوانیم‬‫می‬ ‫را‬ ‫بعدی‬ ‫ی‬‫کلمه‬ ،‫است‬ ‫خالی‬ ‫آجاندا‬ ‫چون‬ ‫کنیم‬‫می‬ ‫وارد‬ ‫آجاندا‬. 1 2 3 4 5 6 NP {3s} → PRO{3s}● PRO1 CAT PRO AGR 3s S → (NP AGR 3s) ● (VP AGR 3s) NP1 CAT NP AGR 3s
  • 14.
    Chart:CompletedarcsChart:Activearcs GrammarAgenda He wants tobe happy. 1. S → (NP AGR ?a) (VP [{pres,past}] AGR ?a) 2.NP → (ART AGR ?a) (N AGR ?a) 3.NP → PRO 9.VP[inf] →TO VP[base] 4.VP → V[_none] 10. ADJP →ADJ 5. VP→ V[_vp:np] NP 6.VP → V[_vp:inf] VP[inf] 7. VP → V[_np_vp:inf] NP VP[inf] 8.VP→V[_adjp] ADJP Lexicon he : (CAT PRO AGR 3s) want : (V VFORM base SUBCAT {_np,_vp:inf, _np_vp:inf}) to : (CAT TO) be : (CAT V VFORM base SUBCAT {_adjp, _np}) happy : (CAT ADJ SUBCAT _vp:inf) 1 2 3 4 5 6 Current 𝑷 𝟏 Ag. 𝑷 𝟐 1 PRO{3s} 2 1 NP{3s} 2 2 V[pres, 3s, _np,_vp:inf, _np_vp:inf] 3 𝑷 𝟏 C 𝑷 𝟐 1 PRO{3s} 2 1 NP{3s} 2 2 V[pres, 3s, _np,_vp:inf, _np_vp:inf] 3 ‫اول‬ ‫مرحله‬: ‫ریزیم‬ ‫می‬ ‫کارنت‬ ‫در‬ ‫و‬ ‫خوانیم‬ ‫می‬ ‫آجاندا‬ ‫از‬ 1 2 3 4 5 6 NP {3s} → PRO{3s}● PRO1 CAT PRO AGR 3s S → (NP AGR 3s) ● (VP AGR 3s) NP1 CAT NP AGR 3s
  • 15.
    Chart:CompletedarcsChart:Activearcs GrammarAgenda He wants tobe happy. 1. S → (NP AGR ?a) (VP [{pres,past}] AGR ?a) 2.NP → (ART AGR ?a) (N AGR ?a) 3.NP → PRO 9.VP[inf] →TO VP[base] 4.VP → V[_none] 10. ADJP →ADJ 5. VP→ V[_vp:np] NP 6.VP → V[_vp:inf] VP[inf] 7. VP → V[_np_vp:inf] NP VP[inf] 8.VP→V[_adjp] ADJP Lexicon he : (CAT PRO AGR 3s) want : (V VFORM base SUBCAT {_np,_vp:inf, _np_vp:inf}) to : (CAT TO) be : (CAT V VFORM base SUBCAT {_adjp, _np}) happy : (CAT ADJ SUBCAT _vp:inf) 1 2 3 4 5 6 Current 𝑷 𝟏 Ag. 𝑷 𝟐 1 PRO{3s} 2 1 NP{3s} 2 2 V[pres, 3s, _np,_vp:inf, _np_vp:inf] 3 𝑷 𝟏 C 𝑷 𝟐 1 PRO{3s} 2 1 NP{3s} 2 2 V[pres, 3s, _np,_vp:inf, _np_vp:inf] 3 ‫دوم‬ ‫مرحله‬: ‫دهیم‬‫می‬ ‫تشکیل‬ ‫فعال‬ ‫کمان‬ ‫کارنت‬ ‫با‬.‫شروع‬ ‫کارنت‬ ‫با‬ ‫که‬ ‫هایی‬‫قاعده‬ ‫آن‬ ‫شوند‬‫می‬ ‫فعال‬ ‫کمان‬ ‫به‬ ‫تبدیل‬ ‫شوند‬‫می‬.Rule‫که‬ ‫هایی‬SUBCAT‫کارنت‬ ‫خاص‬ ‫دارند‬ ‫را‬Fire‫شوند‬‫می‬. 1 2 3 4 5 6 PRO1 CAT PRO AGR 3s S → (NP AGR 3s) ● (VP AGR 3s) NP1 CAT NP AGR 3s
  • 16.
    Chart:CompletedarcsChart:Activearcs GrammarAgenda He wants tobe happy. 1. S → (NP AGR ?a) (VP [{pres,past}] AGR ?a) 2.NP → (ART AGR ?a) (N AGR ?a) 3.NP → PRO 9.VP[inf] →TO VP[base] 4.VP → V[_none] 10. ADJP →ADJ 5. VP→ V[_vp:np] NP 6. VP → V[_vp:inf] VP[inf] 7. VP → V[_np_vp:inf] NP VP[inf] 8.VP→V[_adjp] ADJP Lexicon he : (CAT PRO AGR 3s) want : (V VFORM base SUBCAT {_np,_vp:inf, _np_vp:inf}) to : (CAT TO) be : (CAT V VFORM base SUBCAT {_adjp, _np}) happy : (CAT ADJ SUBCAT _vp:inf) 1 2 3 4 5 6 Current 𝑷 𝟏 Ag. 𝑷 𝟐 1 PRO{3s} 2 1 NP{3s} 2 2 V[pres, 3s, _np,_vp:inf, _np_vp:inf] 3 𝑷 𝟏 C 𝑷 𝟐 1 PRO{3s} 2 1 NP{3s} 2 2 V[pres, 3s, _np,_vp:inf, _np_vp:inf] 3 ‫دوم‬ ‫مرحله‬: ‫دهیم‬‫می‬ ‫تشکیل‬ ‫فعال‬ ‫کمان‬ ‫کارنت‬ ‫با‬.‫شروع‬ ‫کارنت‬ ‫با‬ ‫که‬ ‫هایی‬‫قاعده‬ ‫آن‬ ‫شوند‬‫می‬ ‫فعال‬ ‫کمان‬ ‫به‬ ‫تبدیل‬ ‫شوند‬‫می‬.Rule‫که‬ ‫هایی‬SUBCAT‫کارنت‬ ‫خاص‬ ‫دارند‬ ‫را‬Fire‫شوند‬‫می‬. 1 2 3 4 5 6 PRO1 CAT PRO AGR 3s S → (NP AGR 3s) ● (VP AGR 3s) NP1 CAT NP AGR 3s VP→ V[pres,3s,_vp:np] ● NP VP → V[pres,3s _vp:inf] ● VP[inf] VP → V [pres,3s,_np_vp:inf] ● NP VP[inf]
  • 17.
    Chart:CompletedarcsChart:Activearcs GrammarAgenda He wants tobe happy. 1. S → (NP AGR ?a) (VP [{pres,past}] AGR ?a) 2.NP → (ART AGR ?a) (N AGR ?a) 3.NP → PRO 9.VP[inf] →TO VP[base] 4.VP → V[_none] 10. ADJP →ADJ 5. VP→ V[_vp:np] NP 6. VP → V[_vp:inf] VP[inf] 7. VP → V[_np_vp:inf] NP VP[inf] 8.VP→V[_adjp] ADJP Lexicon he : (CAT PRO AGR 3s) want : (V VFORM base SUBCAT {_np,_vp:inf, _np_vp:inf}) to : (CAT TO) be : (CAT V VFORM base SUBCAT {_adjp, _np}) happy : (CAT ADJ SUBCAT _vp:inf) 1 2 3 4 5 6 Current 𝑷 𝟏 Ag. 𝑷 𝟐 1 PRO{3s} 2 1 NP{3s} 2 2 V[pres, 3s, _np,_vp:inf, _np_vp:inf] 3 𝑷 𝟏 C 𝑷 𝟐 1 PRO{3s} 2 1 NP{3s} 2 2 V[pres, 3s, _np,_vp:inf, _np_vp:inf] 3 ‫سوم‬ ‫مرحله‬: ‫دهیم‬‫می‬ ‫قرار‬ ‫چارت‬ ‫در‬ ‫را‬ ‫ایم‬‫خوانده‬ ‫که‬ ‫کارنتی‬. 1 2 3 4 5 6 PRO1 CAT PRO AGR 3s S → (NP AGR 3s) ● (VP AGR 3s) NP1 CAT NP AGR 3s VP→ V[pres,3s,_vp:np] ● NP VP → V[pres,3s _vp:inf] ● VP[inf] VP → V [pres,3s,_np_vp:inf] ● NP VP[inf] V1 CAT V AGR 3s [_np_vp:inf,_np, _vp:inf]
  • 18.
    Chart:CompletedarcsChart:Activearcs GrammarAgenda He wants tobe happy. 1. S → (NP AGR ?a) (VP [{pres,past}] AGR ?a) 2.NP → (ART AGR ?a) (N AGR ?a) 3.NP → PRO 9.VP[inf] →TO VP[base] 4.VP → V[_none] 10. ADJP →ADJ 5. VP→ V[_vp:np] NP 6. VP → V[_vp:inf] VP[inf] 7. VP → V[_np_vp:inf] NP VP[inf] 8.VP→V[_adjp] ADJP Lexicon he : (CAT PRO AGR 3s) want : (V VFORM base SUBCAT {_np,_vp:inf, _np_vp:inf}) to : (CAT TO) be : (CAT V VFORM base SUBCAT {_adjp, _np}) happy : (CAT ADJ SUBCAT _vp:inf) 1 2 3 4 5 6 Current 𝑷 𝟏 Ag. 𝑷 𝟐 1 PRO{3s} 2 1 NP{3s} 2 2 V[pres, 3s, _np,_vp:inf, _np_vp:inf] 3 𝑷 𝟏 C 𝑷 𝟐 1 PRO{3s} 2 1 NP{3s} 2 2 V[pres, 3s, _np,_vp:inf, _np_vp:inf] 3 1 2 3 4 5 6 PRO1 CAT PRO AGR 3s S → (NP AGR 3s) ● (VP AGR 3s) NP1 CAT NP AGR 3s VP→ V[pres,3s,_vp:np] ● NP VP → V[pres,3s _vp:inf] ● VP[inf] VP → V [pres,3s,_np_vp:inf] ● NP VP[inf] V1 CAT V AGR 3s [_np_vp:inf,_np, _vp:inf] ‫چهارم‬ ‫مرحله‬: ‫باشد؟‬ ‫کارنت‬ ‫منتظر‬ ‫که‬ ‫دارد‬ ‫وجود‬ ‫فعالی‬ ‫کمان‬ ‫آیا‬ (‫خیر‬)
  • 19.
    Chart:CompletedarcsChart:Activearcs GrammarAgenda He wants tobe happy. 1. S → (NP AGR ?a) (VP [{pres,past}] AGR ?a) 2.NP → (ART AGR ?a) (N AGR ?a) 3.NP → PRO 9.VP[inf] →TO VP[base] 4.VP → V[_none] 10. ADJP →ADJ 5. VP→ V[_vp:np] NP 6. VP → V[_vp:inf] VP[inf] 7. VP → V[_np_vp:inf] NP VP[inf] 8.VP→V[_adjp] ADJP Lexicon he : (CAT PRO AGR 3s) want : (V VFORM base SUBCAT {_np,_vp:inf, _np_vp:inf}) to : (CAT TO) be : (CAT V VFORM base SUBCAT {_adjp, _np}) happy : (CAT ADJ SUBCAT _vp:inf) 1 2 3 4 5 6 Current 𝑷 𝟏 Ag. 𝑷 𝟐 1 PRO{3s} 2 1 NP{3s} 2 2 V[pres, 3s, _np,_vp:inf, _np_vp:inf] 3 3 TO 4 𝑷 𝟏 C 𝑷 𝟐 1 PRO{3s} 2 1 NP{3s} 2 2 V[pres, 3s, _np,_vp:inf, _np_vp:inf] 3 1 2 3 4 5 6 PRO1 CAT PRO AGR 3s S → (NP AGR 3s) ● (VP AGR 3s) NP1 CAT NP AGR 3s VP→ V[pres,3s,_vp:np] ● NP VP → V[pres,3s _vp:inf] ● VP[inf] VP → V [pres,3s,_np_vp:inf] ● NP VP[inf] V1 CAT V AGR 3s [_np_vp:inf,_np, _vp:inf] ‫در‬ ‫را‬ ‫اش‬‫نحوی‬ ‫های‬‫مقوله‬ ‫و‬ ‫خوانیم‬‫می‬ ‫را‬ ‫بعدی‬ ‫ی‬‫کلمه‬ ،‫است‬ ‫خالی‬ ‫آجاندا‬ ‫چون‬ ‫کنیم‬‫می‬ ‫وارد‬ ‫آجاندا‬.
  • 20.
    Chart:CompletedarcsChart:Activearcs GrammarAgenda He wants tobe happy. 1. S → (NP AGR ?a) (VP [{pres,past}] AGR ?a) 2.NP → (ART AGR ?a) (N AGR ?a) 3.NP → PRO 9.VP[inf] →TO VP[base] 4.VP → V[_none] 10. ADJP →ADJ 5. VP→ V[_vp:np] NP 6. VP → V[_vp:inf] VP[inf] 7. VP → V[_np_vp:inf] NP VP[inf] 8.VP→V[_adjp] ADJP Lexicon he : (CAT PRO AGR 3s) want : (V VFORM base SUBCAT {_np,_vp:inf, _np_vp:inf}) to : (CAT TO) be : (CAT V VFORM base SUBCAT {_adjp, _np}) happy : (CAT ADJ SUBCAT _vp:inf) 1 2 3 4 5 6 Current 𝑷 𝟏 Ag. 𝑷 𝟐 1 PRO{3s} 2 1 NP{3s} 2 2 V[pres, 3s, _np,_vp:inf, _np_vp:inf] 3 3 TO 4 𝑷 𝟏 C 𝑷 𝟐 1 PRO{3s} 2 1 NP{3s} 2 2 V[pres, 3s, _np,_vp:inf, _np_vp:inf] 3 3 TO 4 1 2 3 4 5 6 PRO1 CAT PRO AGR 3s S → (NP AGR 3s) ● (VP AGR 3s) NP1 CAT NP AGR 3s VP→ V[pres,3s,_vp:np] ● NP VP → V[pres,3s _vp:inf] ● VP[inf] VP → V [pres,3s,_np_vp:inf] ● NP VP[inf] V1 CAT V AGR 3s [_np_vp:inf,_np, _vp:inf] ‫اول‬ ‫مرحله‬: ‫ریزیم‬ ‫می‬ ‫کارنت‬ ‫در‬ ‫و‬ ‫خوانیم‬ ‫می‬ ‫آجاندا‬ ‫از‬
  • 21.
    Chart:CompletedarcsChart:Activearcs GrammarAgenda He wants tobe happy. 1. S → (NP AGR ?a) (VP [{pres,past}] AGR ?a) 2.NP → (ART AGR ?a) (N AGR ?a) 3.NP → PRO 9.VP[inf] →TO VP[base] 4.VP → V[_none] 10. ADJP →ADJ 5. VP→ V[_vp:np] NP 6. VP → V[_vp:inf] VP[inf] 7. VP → V[_np_vp:inf] NP VP[inf] 8.VP→V[_adjp] ADJP Lexicon he : (CAT PRO AGR 3s) want : (V VFORM base SUBCAT {_np,_vp:inf, _np_vp:inf}) to : (CAT TO) be : (CAT V VFORM base SUBCAT {_adjp, _np}) happy : (CAT ADJ SUBCAT _vp:inf) 1 2 3 4 5 6 Current 𝑷 𝟏 Ag. 𝑷 𝟐 1 PRO{3s} 2 1 NP{3s} 2 2 V[pres, 3s, _np,_vp:inf, _np_vp:inf] 3 3 TO 4 𝑷 𝟏 C 𝑷 𝟐 1 PRO{3s} 2 1 NP{3s} 2 2 V[pres, 3s, _np,_vp:inf, _np_vp:inf] 3 3 TO 4 1 2 3 4 5 6 PRO1 CAT PRO AGR 3s S → (NP AGR 3s) ● (VP AGR 3s) NP1 CAT NP AGR 3s VP→ V[pres,3s,_vp:np] ● NP VP → V[pres,3s _vp:inf] ● VP[inf] VP → V [pres,3s,_np_vp:inf] ● NP VP[inf] V1 CAT V AGR 3s [_np_vp:inf,_np, _vp:inf] ‫دوم‬ ‫مرحله‬: ‫دهیم‬‫می‬ ‫تشکیل‬ ‫فعال‬ ‫کمان‬ ‫کارنت‬ ‫با‬.‫شروع‬ ‫کارنت‬ ‫با‬ ‫که‬ ‫هایی‬‫قاعده‬ ‫آن‬ ‫شوند‬‫می‬ ‫فعال‬ ‫کمان‬ ‫به‬ ‫تبدیل‬ ‫شوند‬‫می‬.
  • 22.
    Chart:CompletedarcsChart:Activearcs GrammarAgenda He wants tobe happy. 1. S → (NP AGR ?a) (VP [{pres,past}] AGR ?a) 2.NP → (ART AGR ?a) (N AGR ?a) 3.NP → PRO 9.VP[inf] →TO VP[base] 4.VP → V[_none] 10. ADJP →ADJ 5. VP→ V[_vp:np] NP 6. VP → V[_vp:inf] VP[inf] 7. VP → V[_np_vp:inf] NP VP[inf] 8.VP→V[_adjp] ADJP Lexicon he : (CAT PRO AGR 3s) want : (V VFORM base SUBCAT {_np,_vp:inf, _np_vp:inf}) to : (CAT TO) be : (CAT V VFORM base SUBCAT {_adjp, _np}) happy : (CAT ADJ SUBCAT _vp:inf) 1 2 3 4 5 6 Current 𝑷 𝟏 Ag. 𝑷 𝟐 1 PRO{3s} 2 1 NP{3s} 2 2 V[pres, 3s, _np,_vp:inf, _np_vp:inf] 3 3 TO 4 𝑷 𝟏 C 𝑷 𝟐 1 PRO{3s} 2 1 NP{3s} 2 2 V[pres, 3s, _np,_vp:inf, _np_vp:inf] 3 3 TO 4 1 2 3 4 5 6 PRO1 CAT PRO AGR 3s S → (NP AGR 3s) ● (VP AGR 3s) NP1 CAT NP AGR 3s VP→ V[pres,3s,_vp:np] ● NP VP → V[pres,3s _vp:inf] ● VP[inf] VP → V [pres,3s,_np_vp:inf] ● NP VP[inf] V1 CAT V AGR 3s [_np_vp:inf,_np, _vp:inf] ‫دوم‬ ‫مرحله‬: ‫دهیم‬‫می‬ ‫تشکیل‬ ‫فعال‬ ‫کمان‬ ‫کارنت‬ ‫با‬.‫شروع‬ ‫کارنت‬ ‫با‬ ‫که‬ ‫هایی‬‫قاعده‬ ‫آن‬ ‫شوند‬‫می‬ ‫فعال‬ ‫کمان‬ ‫به‬ ‫تبدیل‬ ‫شوند‬‫می‬. VP[inf] → TO ● VP[base]
  • 23.
    Chart:CompletedarcsChart:Activearcs GrammarAgenda He wants tobe happy. 1. S → (NP AGR ?a) (VP [{pres,past}] AGR ?a) 2.NP → (ART AGR ?a) (N AGR ?a) 3.NP → PRO 9.VP[inf] →TO VP[base] 4.VP → V[_none] 10. ADJP →ADJ 5. VP→ V[_vp:np] NP 6. VP → V[_vp:inf] VP[inf] 7. VP → V[_np_vp:inf] NP VP[inf] 8.VP→V[_adjp] ADJP Lexicon he : (CAT PRO AGR 3s) want : (V VFORM base SUBCAT {_np,_vp:inf, _np_vp:inf}) to : (CAT TO) be : (CAT V VFORM base SUBCAT {_adjp, _np}) happy : (CAT ADJ SUBCAT _vp:inf) 1 2 3 4 5 6 Current 𝑷 𝟏 Ag. 𝑷 𝟐 1 PRO{3s} 2 1 NP{3s} 2 2 V[pres, 3s, _np,_vp:inf, _np_vp:inf] 3 3 TO 4 𝑷 𝟏 C 𝑷 𝟐 1 PRO{3s} 2 1 NP{3s} 2 2 V[pres, 3s, _np,_vp:inf, _np_vp:inf] 3 3 TO 4 1 2 3 4 5 6 PRO1 CAT PRO AGR 3s S → (NP AGR 3s) ● (VP AGR 3s) NP1 CAT NP AGR 3s VP→ V[pres,3s,_vp:np] ● NP VP → V[pres,3s _vp:inf] ● VP[inf] VP → V [pres,3s,_np_vp:inf] ● NP VP[inf] V1 CAT V AGR 3s [_np_vp:inf,_np, _vp:inf] VP[inf] → TO ● VP[base] ‫سوم‬ ‫مرحله‬: ‫دهیم‬‫می‬ ‫قرار‬ ‫چارت‬ ‫در‬ ‫را‬ ‫ایم‬‫خوانده‬ ‫که‬ ‫کارنتی‬. TO1 CAT TO
  • 24.
    Chart:CompletedarcsChart:Activearcs GrammarAgenda He wants tobe happy. 1. S → (NP AGR ?a) (VP [{pres,past}] AGR ?a) 2.NP → (ART AGR ?a) (N AGR ?a) 3.NP → PRO 9.VP[inf] →TO VP[base] 4.VP → V[_none] 10. ADJP →ADJ 5. VP→ V[_vp:np] NP 6. VP → V[_vp:inf] VP[inf] 7. VP → V[_np_vp:inf] NP VP[inf] 8.VP→V[_adjp] ADJP Lexicon he : (CAT PRO AGR 3s) want : (V VFORM base SUBCAT {_np,_vp:inf, _np_vp:inf}) to : (CAT TO) be : (CAT V VFORM base SUBCAT {_adjp, _np}) happy : (CAT ADJ SUBCAT _vp:inf) 1 2 3 4 5 6 Current 𝑷 𝟏 Ag. 𝑷 𝟐 1 PRO{3s} 2 1 NP{3s} 2 2 V[pres, 3s, _np,_vp:inf, _np_vp:inf] 3 3 TO 4 𝑷 𝟏 C 𝑷 𝟐 1 PRO{3s} 2 1 NP{3s} 2 2 V[pres, 3s, _np,_vp:inf, _np_vp:inf] 3 3 TO 4 1 2 3 4 5 6 PRO1 CAT PRO AGR 3s S → (NP AGR 3s) ● (VP AGR 3s) NP1 CAT NP AGR 3s VP→ V[pres,3s,_vp:np] ● NP VP → V[pres,3s _vp:inf] ● VP[inf] VP → V [pres,3s,_np_vp:inf] ● NP VP[inf] V1 CAT V AGR 3s [_np_vp:inf,_np, _vp:inf] VP[inf] → TO ● VP[base] TO1 CAT TO ‫چهارم‬ ‫مرحله‬: ‫باشد؟‬ ‫کارنت‬ ‫منتظر‬ ‫که‬ ‫دارد‬ ‫وجود‬ ‫فعالی‬ ‫کمان‬ ‫آیا‬ (‫خی‬‫ر‬)
  • 25.
    Chart:CompletedarcsChart:Activearcs GrammarAgenda He wants tobe happy. 1. S → (NP AGR ?a) (VP [{pres,past}] AGR ?a) 2.NP → (ART AGR ?a) (N AGR ?a) 3.NP → PRO 9.VP[inf] →TO VP[base] 4.VP → V[_none] 10. ADJP →ADJ 5. VP→ V[_vp:np] NP 6. VP → V[_vp:inf] VP[inf] 7. VP → V[_np_vp:inf] NP VP[inf] 8.VP→V[_adjp] ADJP Lexicon he : (CAT PRO AGR 3s) want : (V VFORM base SUBCAT {_np,_vp:inf, _np_vp:inf}) to : (CAT TO) be : (CAT V VFORM base SUBCAT {_adjp, _np}) happy : (CAT ADJ SUBCAT _vp:inf) 1 2 3 4 5 6 Current 𝑷 𝟏 Ag. 𝑷 𝟐 1 PRO{3s} 2 1 NP{3s} 2 2 V[pres, 3s, _np,_vp:inf, _np_vp:inf] 3 3 TO 4 4 V[base, _adjp, _np] 5 𝑷 𝟏 C 𝑷 𝟐 1 PRO{3s} 2 1 NP{3s} 2 2 V[pres, 3s, _np,_vp:inf, _np_vp:inf] 3 3 TO 4 1 2 3 4 5 6 PRO1 CAT PRO AGR 3s S → (NP AGR 3s) ● (VP AGR 3s) NP1 CAT NP AGR 3s VP→ V[pres,3s,_vp:np] ● NP VP → V[pres,3s _vp:inf] ● VP[inf] VP → V [pres,3s,_np_vp:inf] ● NP VP[inf] V1 CAT V AGR 3s [_np_vp:inf,_np, _vp:inf] VP[inf] → TO ● VP[base] TO1 CAT TO ‫و‬ ‫بعدی‬ ‫ی‬‫کلمه‬ ‫اش‬‫نحوی‬ ‫های‬‫مقوله‬
  • 26.
    Chart:CompletedarcsChart:Activearcs GrammarAgenda He wants tobe happy. 1. S → (NP AGR ?a) (VP [{pres,past}] AGR ?a) 2.NP → (ART AGR ?a) (N AGR ?a) 3.NP → PRO 9.VP[inf] →TO VP[base] 4.VP → V[_none] 10. ADJP →ADJ 5. VP→ V[_vp:np] NP 6. VP → V[_vp:inf] VP[inf] 7. VP → V[_np_vp:inf] NP VP[inf] 8.VP→V[_adjp] ADJP Lexicon he : (CAT PRO AGR 3s) want : (V VFORM base SUBCAT {_np,_vp:inf, _np_vp:inf}) to : (CAT TO) be : (CAT V VFORM base SUBCAT {_adjp, _np}) happy : (CAT ADJ SUBCAT _vp:inf) 1 2 3 4 5 6 Current 𝑷 𝟏 Ag. 𝑷 𝟐 1 PRO{3s} 2 1 NP{3s} 2 2 V[pres, 3s, _np,_vp:inf, _np_vp:inf] 3 3 TO 4 4 V[base, _adjp, _np] 5 𝑷 𝟏 C 𝑷 𝟐 1 PRO{3s} 2 1 NP{3s} 2 2 V[pres, 3s, _np,_vp:inf, _np_vp:inf] 3 3 TO 4 4 V[base, _adjp, _np] 5 1 2 3 4 5 6 PRO1 CAT PRO AGR 3s S → (NP AGR 3s) ● (VP AGR 3s) NP1 CAT NP AGR 3s VP→ V[pres,3s,_vp:np] ● NP VP → V[pres,3s _vp:inf] ● VP[inf] VP → V [pres,3s,_np_vp:inf] ● NP VP[inf] V1 CAT V AGR 3s [_np_vp:inf,_np, _vp:inf] VP[inf] → TO ● VP[base] TO ‫اول‬ ‫مرحله‬
  • 27.
    Chart:CompletedarcsChart:Activearcs GrammarAgenda He wants tobe happy. 1. S → (NP AGR ?a) (VP [{pres,past}] AGR ?a) 2.NP → (ART AGR ?a) (N AGR ?a) 3.NP → PRO 9.VP[inf] →TO VP[base] 4.VP → V[_none] 10. ADJP →ADJ 5. VP→ V[_np] NP 6. VP → V[_vp:inf] VP[inf] 7. VP → V[_np_vp:inf] NP VP[inf] 8.VP→V[_adjp] ADJP Lexicon he : (CAT PRO AGR 3s) want : (V VFORM base SUBCAT {_np,_vp:inf, _np_vp:inf}) to : (CAT TO) be : (CAT V VFORM base SUBCAT {_adjp, _np}) happy : (CAT ADJ SUBCAT _vp:inf) 1 2 3 4 5 6 Current 𝑷 𝟏 Ag. 𝑷 𝟐 1 PRO{3s} 2 1 NP{3s} 2 2 V[pres, 3s, _np,_vp:inf, _np_vp:inf] 3 3 TO 4 4 V[base, _adjp, _np] 5 𝑷 𝟏 C 𝑷 𝟐 1 PRO{3s} 2 1 NP{3s} 2 2 V[pres, 3s, _np,_vp:inf, _np_vp:inf] 3 3 TO 4 4 V[base, _adjp, _np] 5 1 2 3 4 5 6 PRO1 CAT PRO AGR 3s S → (NP AGR 3s) ● (VP AGR 3s) NP1 CAT NP AGR 3s VP→ V[pres,3s,_np] ● NP VP → V[pres,3s _vp:inf] ● VP[inf] VP → V [pres,3s,_np_vp:inf] ● NP VP[inf] V1 CAT V AGR 3s [_np_vp:inf,_np, _vp:inf] VP[inf] → TO ● VP[base] TO1 CAT TO ‫دوم‬ ‫مرحله‬ VP[base]→ V[base, _adjp, _np] ● NP VP[base] → V[base, _adjp, _np] ● ADJP
  • 28.
    Chart:CompletedarcsChart:Activearcs GrammarAgenda He wants tobe happy. 1. S → (NP AGR ?a) (VP [{pres,past}] AGR ?a) 2.NP → (ART AGR ?a) (N AGR ?a) 3.NP → PRO 9.VP[inf] →TO VP[base] 4.VP → V[_none] 10. ADJP →ADJ 5. VP→ V[_np] NP 6. VP → V[_vp:inf] VP[inf] 7. VP → V[_np_vp:inf] NP VP[inf] 8.VP→V[_adjp] ADJP Lexicon he : (CAT PRO AGR 3s) want : (V VFORM base SUBCAT {_np,_vp:inf, _np_vp:inf}) to : (CAT TO) be : (CAT V VFORM base SUBCAT {_adjp, _np}) happy : (CAT ADJ SUBCAT _vp:inf) 1 2 3 4 5 6 Current 𝑷 𝟏 Ag. 𝑷 𝟐 1 PRO{3s} 2 1 NP{3s} 2 2 V[pres, 3s, _np,_vp:inf, _np_vp:inf] 3 3 TO 4 4 V[base, _adjp, _np] 5 𝑷 𝟏 C 𝑷 𝟐 1 PRO{3s} 2 1 NP{3s} 2 2 V[pres, 3s, _np,_vp:inf, _np_vp:inf] 3 3 TO 4 4 V[base, _adjp, _np] 5 1 2 3 4 5 6 PRO1 CAT PRO AGR 3s S → (NP AGR 3s) ● (VP AGR 3s) NP1 CAT NP AGR 3s VP→ V[pres,3s,_np] ● NP VP → V[pres,3s _vp:inf] ● VP[inf] VP → V [pres,3s,_np_vp:inf] ● NP VP[inf] V1 CAT V AGR 3s [_np_vp:inf,_np, _vp:inf] VP[inf] → TO ● VP[base] TO1 CAT TO ‫سوم‬ ‫مرحله‬ VP[base]→ V[base, _adjp, _np] ● NP VP[base] → V[base, _adjp, _np] ● ADJP V2 CAT V VFORM base [_adjp, _np]
  • 29.
    Chart:CompletedarcsChart:Activearcs GrammarAgenda He wants tobe happy. 1. S → (NP AGR ?a) (VP [{pres,past}] AGR ?a) 2.NP → (ART AGR ?a) (N AGR ?a) 3.NP → PRO 9.VP[inf] →TO VP[base] 4.VP → V[_none] 10. ADJP →ADJ 5. VP→ V[_np] NP 6. VP → V[_vp:inf] VP[inf] 7. VP → V[_np_vp:inf] NP VP[inf] 8.VP→V[_adjp] ADJP Lexicon he : (CAT PRO AGR 3s) want : (V VFORM base SUBCAT {_np,_vp:inf, _np_vp:inf}) to : (CAT TO) be : (CAT V VFORM base SUBCAT {_adjp, _np}) happy : (CAT ADJ SUBCAT _vp:inf) 1 2 3 4 5 6 Current 𝑷 𝟏 Ag. 𝑷 𝟐 1 PRO{3s} 2 1 NP{3s} 2 2 V[pres, 3s, _np,_vp:inf, _np_vp:inf] 3 3 TO 4 4 V[base, _adjp, _np] 5 𝑷 𝟏 C 𝑷 𝟐 1 PRO{3s} 2 1 NP{3s} 2 2 V[pres, 3s, _np,_vp:inf, _np_vp:inf] 3 3 TO 4 4 V[base, _adjp, _np] 5 1 2 3 4 5 6 PRO1 CAT PRO AGR 3s S → (NP AGR 3s) ● (VP AGR 3s) NP1 CAT NP AGR 3s VP→ V[pres,3s,_np] ● NP VP → V[pres,3s _vp:inf] ● VP[inf] VP → V [pres,3s,_np_vp:inf] ● NP VP[inf] V1 CAT V AGR 3s [_np_vp:inf,_np, _vp:inf] VP[inf] → TO ● VP[base] TO1 CAT TO ‫چهارم‬ ‫مرحله‬ VP[base]→ V[base, _adjp, _np] ● NP VP[base] → V[base, _adjp, _np] ● ADJP V2 CAT V VFORM base [_adjp, _np]
  • 30.
    Chart:CompletedarcsChart:Activearcs GrammarAgenda He wants tobe happy. 1. S → (NP AGR ?a) (VP [{pres,past}] AGR ?a) 2.NP → (ART AGR ?a) (N AGR ?a) 3.NP → PRO 9.VP[inf] →TO VP[base] 4.VP → V[_none] 10. ADJP →ADJ 5. VP→ V[_np] NP 6. VP → V[_vp:inf] VP[inf] 7. VP → V[_np_vp:inf] NP VP[inf] 8.VP→V[_adjp] ADJP Lexicon he : (CAT PRO AGR 3s) want : (V VFORM base SUBCAT {_np,_vp:inf, _np_vp:inf}) to : (CAT TO) be : (CAT V VFORM base SUBCAT {_adjp, _np}) happy : (CAT ADJ SUBCAT _vp:inf) 1 2 3 4 5 6 Current 1 2 3 4 5 6 PRO1 CAT PRO AGR 3s S → (NP AGR 3s) ● (VP AGR 3s) NP1 CAT NP AGR 3s VP→ V[pres,3s,_np] ● NP VP → V[pres,3s _vp:inf] ● VP[inf] VP → V [pres,3s,_np_vp:inf] ● NP VP[inf] V1 CAT V AGR 3s [_np_vp:inf,_np, _vp:inf] VP[inf] → TO ● VP[base] TO1 CAT TO VP[base]→ V[base, _adjp, _np] ● NP VP[base] → V[base, _adjp, _np] ● ADJP V2 CAT V VFORM base [_adjp, _np] 𝑷 𝟏 Ag. 𝑷 𝟐𝑷 𝟏 C 𝑷 𝟐
  • 31.
    Chart:CompletedarcsChart:Activearcs GrammarAgenda He wants tobe happy. 1. S → (NP AGR ?a) (VP [{pres,past}] AGR ?a) 2.NP → (ART AGR ?a) (N AGR ?a) 3.NP → PRO 9.VP[inf] →TO VP[base] 4.VP → V[_none] 10. ADJP →ADJ 5. VP→ V[_np] NP 6. VP → V[_vp:inf] VP[inf] 7. VP → V[_np_vp:inf] NP VP[inf] 8.VP→V[_adjp] ADJP Lexicon he : (CAT PRO AGR 3s) want : (V VFORM base SUBCAT {_np,_vp:inf, _np_vp:inf}) to : (CAT TO) be : (CAT V VFORM base SUBCAT {_adjp, _np}) happy : (CAT ADJ SUBCAT _vp:inf) 1 2 3 4 5 6 Current 1 2 3 4 5 6 PRO1 CAT PRO AGR 3s S → (NP AGR 3s) ● (VP AGR 3s) NP1 CAT NP AGR 3s VP→ V[pres,3s,_np] ● NP VP → V[pres,3s _vp:inf] ● VP[inf] VP → V [pres,3s,_np_vp:inf] ● NP VP[inf] V1 CAT V AGR 3s [_np_vp:inf,_np, _vp:inf] VP[inf] → TO ● VP[base] TO1 CAT TO ‫است‬ ‫خالی‬ ‫آجاندا‬ VP[base]→ V[base, _adjp, _np] ● NP VP[base] → V[base, _adjp, _np] ● ADJP V2 CAT V VFORM base [_adjp, _np] 𝑷 𝟏 Ag. 𝑷 𝟐 5 ADJ[_vp:inf] 6 𝑷 𝟏 C 𝑷 𝟐
  • 32.
    Chart:CompletedarcsChart:Activearcs GrammarAgenda He wants tobe happy. 1. S → (NP AGR ?a) (VP [{pres,past}] AGR ?a) 2.NP → (ART AGR ?a) (N AGR ?a) 3.NP → PRO 9.VP[inf] →TO VP[base] 4.VP → V[_none] 10. ADJP →ADJ 5. VP→ V[_np] NP 6. VP → V[_vp:inf] VP[inf] 7. VP → V[_np_vp:inf] NP VP[inf] 8.VP→V[_adjp] ADJP Lexicon he : (CAT PRO AGR 3s) want : (V VFORM base SUBCAT {_np,_vp:inf, _np_vp:inf}) to : (CAT TO) be : (CAT V VFORM base SUBCAT {_adjp, _np}) happy : (CAT ADJ SUBCAT _vp:inf) 1 2 3 4 5 6 Current 𝑷 𝟏 Ag. 𝑷 𝟐 5 ADJ[_vp:inf] 6 𝑷 𝟏 C 𝑷 𝟐 5 ADJ[_vp:inf] 6 1 2 3 4 5 6 PRO1 CAT PRO AGR 3s S → (NP AGR 3s) ● (VP AGR 3s) NP1 CAT NP AGR 3s VP→ V[pres,3s,_np] ● NP VP → V[pres,3s _vp:inf] ● VP[inf] VP → V [pres,3s,_np_vp:inf] ● NP VP[inf] V1 CAT V AGR 3s [_np_vp:inf,_np, _vp:inf] VP[inf] → TO ● VP[base] TO1 CAT TO ‫اول‬ ‫مرحله‬ VP[base]→ V[base, _adjp, _np] ● NP VP[base] → V[base, _adjp, _np] ● ADJP V2 CAT V VFORM base [_adjp, _np]
  • 33.
    Chart:CompletedarcsChart:Activearcs GrammarAgenda He wants tobe happy. 1. S → (NP AGR ?a) (VP [{pres,past}] AGR ?a) 2.NP → (ART AGR ?a) (N AGR ?a) 3.NP → PRO 9.VP[inf] →TO VP[base] 4.VP → V[_none] 10. ADJP →ADJ 5. VP→ V[_np] NP 6. VP → V[_vp:inf] VP[inf] 7. VP → V[_np_vp:inf] NP VP[inf] 8.VP→V[_adjp] ADJP Lexicon he : (CAT PRO AGR 3s) want : (V VFORM base SUBCAT {_np,_vp:inf, _np_vp:inf}) to : (CAT TO) be : (CAT V VFORM base SUBCAT {_adjp, _np}) happy : (CAT ADJ SUBCAT _vp:inf) 1 2 3 4 5 6 Current 𝑷 𝟏 Ag. 𝑷 𝟐 5 ADJ[_vp:inf] 6 𝑷 𝟏 C 𝑷 𝟐 5 ADJ[_vp:inf] 6 1 2 3 4 5 6 PRO1 CAT PRO AGR 3s S → (NP AGR 3s) ● (VP AGR 3s) NP1 CAT NP AGR 3s VP→ V[pres,3s,_np] ● NP VP → V[pres,3s _vp:inf] ● VP[inf] VP → V [pres,3s,_np_vp:inf] ● NP VP[inf] V1 CAT V AGR 3s [_np_vp:inf,_np, _vp:inf] VP[inf] → TO ● VP[base] TO1 CAT TO ‫دوم‬ ‫مرحله‬ VP[base]→ V[base, _adjp, _np] ● NP VP[base] → V[base, _adjp, _np] ● ADJP V2 CAT V VFORM base [_adjp, _np] ADJP→ ADJ ●
  • 34.
    Chart:CompletedarcsChart:Activearcs GrammarAgenda He wants tobe happy. 1. S → (NP AGR ?a) (VP [{pres,past}] AGR ?a) 2.NP → (ART AGR ?a) (N AGR ?a) 3.NP → PRO 9.VP[inf] →TO VP[base] 4.VP → V[_none] 10. ADJP →ADJ 5. VP→ V[_np] NP 6. VP → V[_vp:inf] VP[inf] 7. VP → V[_np_vp:inf] NP VP[inf] 8.VP→V[_adjp] ADJP Lexicon he : (CAT PRO AGR 3s) want : (V VFORM base SUBCAT {_np,_vp:inf, _np_vp:inf}) to : (CAT TO) be : (CAT V VFORM base SUBCAT {_adjp, _np}) happy : (CAT ADJ SUBCAT _vp:inf) 1 2 3 4 5 6 Current 𝑷 𝟏 Ag. 𝑷 𝟐 5 ADJ[_vp:inf] 6 𝑷 𝟏 C 𝑷 𝟐 5 ADJ[_vp:inf] 6 1 2 3 4 5 6 PRO1 CAT PRO AGR 3s S → (NP AGR 3s) ● (VP AGR 3s) NP1 CAT NP AGR 3s VP→ V[pres,3s,_np] ● NP VP → V[pres,3s _vp:inf] ● VP[inf] VP → V [pres,3s,_np_vp:inf] ● NP VP[inf] V1 CAT V AGR 3s [_np_vp:inf,_np, _vp:inf] VP[inf] → TO ● VP[base] TO1 CAT TO ‫سوم‬ ‫مرحله‬ VP[base]→ V[base, _adjp, _np] ● NP VP[base] → V[base, _adjp, _np] ● ADJP V2 CAT V VFORM base [_adjp, _np] ADJP[_vp:inf]→ ADJ [_vp:inf] ● ADJ1 CAT ADJ [_vp:inf]
  • 35.
    Chart:CompletedarcsChart:Activearcs GrammarAgenda He wants tobe happy. 1. S → (NP AGR ?a) (VP [{pres,past}] AGR ?a) 2.NP → (ART AGR ?a) (N AGR ?a) 3.NP → PRO 9.VP[inf] →TO VP[base] 4.VP → V[_none] 10. ADJP →ADJ 5. VP→ V[_np] NP 6. VP → V[_vp:inf] VP[inf] 7. VP → V[_np_vp:inf] NP VP[inf] 8.VP→V[_adjp] ADJP Lexicon he : (CAT PRO AGR 3s) want : (V VFORM base SUBCAT {_np,_vp:inf, _np_vp:inf}) to : (CAT TO) be : (CAT V VFORM base SUBCAT {_adjp, _np}) happy : (CAT ADJ SUBCAT _vp:inf) 1 2 3 4 5 6 Current 𝑷 𝟏 Ag. 𝑷 𝟐 5 ADJ[_vp:inf] 6 𝑷 𝟏 C 𝑷 𝟐 5 ADJ[_vp:inf] 6 1 2 3 4 5 6 PRO1 CAT PRO AGR 3s S → (NP AGR 3s) ● (VP AGR 3s) NP1 CAT NP AGR 3s VP→ V[pres,3s,_np] ● NP VP → V[pres,3s _vp:inf] ● VP[inf] VP → V [pres,3s,_np_vp:inf] ● NP VP[inf] V1 CAT V AGR 3s [_np_vp:inf,_np, _vp:inf] VP[inf] → TO ● VP[base] TO1 CAT TO ‫چهارم‬ ‫مرحله‬ VP[base]→ V[base, _adjp, _np] ● NP VP[base] → V[base, _adjp, _np] ● ADJP V2 CAT V VFORM base [_adjp, _np] ADJP[_vp:inf] → ADJ[_vp:inf] ● ADJ1 CAT ADJ [_vp:inf]
  • 36.
    Chart:CompletedarcsChart:Activearcs GrammarAgenda He wants tobe happy. 1. S → (NP AGR ?a) (VP [{pres,past}] AGR ?a) 2.NP → (ART AGR ?a) (N AGR ?a) 3.NP → PRO 9.VP[inf] →TO VP[base] 4.VP → V[_none] 10. ADJP →ADJ 5. VP→ V[_np] NP 6. VP → V[_vp:inf] VP[inf] 7. VP → V[_np_vp:inf] NP VP[inf] 8.VP→V[_adjp] ADJP Lexicon he : (CAT PRO AGR 3s) want : (V VFORM base SUBCAT {_np,_vp:inf, _np_vp:inf}) to : (CAT TO) be : (CAT V VFORM base SUBCAT {_adjp, _np}) happy : (CAT ADJ SUBCAT _vp:inf) 1 2 3 4 5 6 Current 𝑷 𝟏 Ag. 𝑷 𝟐 5 ADJ[_vp:inf] 6 5 ADJP[_vp:inf] 6 𝑷 𝟏 C 𝑷 𝟐 5 ADJ[_vp:inf] 6 1 2 3 4 5 6 PRO1 CAT PRO AGR 3s S → (NP AGR 3s) ● (VP AGR 3s) NP1 CAT NP AGR 3s VP→ V[pres,3s,_np] ● NP VP → V[pres,3s _vp:inf] ● VP[inf] VP → V [pres,3s,_np_vp:inf] ● NP VP[inf] V1 CAT V AGR 3s [_np_vp:inf,_np, _vp:inf] VP[inf] → TO ● VP[base] TO1 CAT TO ‫کمان‬ ‫آخر‬ ‫نقطه‬ VP[base]→ V[base, _adjp, _np] ● NP VP[base] → V[base, _adjp, _np] ● ADJP V2 CAT V VFORM base [_adjp, _np] ADJP[_vp:inf] → ADJ[_vp:inf] ● ADJ1 CAT ADJ [_vp:inf]
  • 37.
    Chart:CompletedarcsChart:Activearcs GrammarAgenda He wants tobe happy. 1. S → (NP AGR ?a) (VP [{pres,past}] AGR ?a) 2.NP → (ART AGR ?a) (N AGR ?a) 3.NP → PRO 9.VP[inf] →TO VP[base] 4.VP → V[_none] 10. ADJP →ADJ 5. VP→ V[_np] NP 6. VP → V[_vp:inf] VP[inf] 7. VP → V[_np_vp:inf] NP VP[inf] 8.VP→V[_adjp] ADJP Lexicon he : (CAT PRO AGR 3s) want : (V VFORM base SUBCAT {_np,_vp:inf, _np_vp:inf}) to : (CAT TO) be : (CAT V VFORM base SUBCAT {_adjp, _np}) happy : (CAT ADJ SUBCAT _vp:inf) 1 2 3 4 5 6 Current 𝑷 𝟏 Ag. 𝑷 𝟐 5 ADJ[_vp:inf] 6 5 ADJP[_vp:inf] 6 𝑷 𝟏 C 𝑷 𝟐 5 ADJ[_vp:inf] 6 5 ADJP[_vp:inf] 6 1 2 3 4 5 6 PRO1 CAT PRO AGR 3s S → (NP AGR 3s) ● (VP AGR 3s) NP1 CAT NP AGR 3s VP→ V[pres,3s,_np] ● NP VP → V[pres,3s _vp:inf] ● VP[inf] VP → V [pres,3s,_np_vp:inf] ● NP VP[inf] V1 CAT V AGR 3s [_np_vp:inf,_np, _vp:inf] VP[inf] → TO ● VP[base] TO1 CAT TO ‫اول‬ ‫مرحله‬ VP[base]→ V[base, _adjp, _np] ● NP VP[base] → V[base, _adjp, _np] ● ADJP V2 CAT V VFORM base [_adjp, _np] ADJ1 CAT ADJ [_vp:inf]
  • 38.
    Chart:CompletedarcsChart:Activearcs GrammarAgenda He wants tobe happy. 1. S → (NP AGR ?a) (VP [{pres,past}] AGR ?a) 2.NP → (ART AGR ?a) (N AGR ?a) 3.NP → PRO 9.VP[inf] →TO VP[base] 4.VP → V[_none] 10. ADJP →ADJ 5. VP→ V[_np] NP 6. VP → V[_vp:inf] VP[inf] 7. VP → V[_np_vp:inf] NP VP[inf] 8.VP→V[_adjp] ADJP Lexicon he : (CAT PRO AGR 3s) want : (V VFORM base SUBCAT {_np,_vp:inf, _np_vp:inf}) to : (CAT TO) be : (CAT V VFORM base SUBCAT {_adjp, _np}) happy : (CAT ADJ SUBCAT _vp:inf) 1 2 3 4 5 6 Current 𝑷 𝟏 Ag. 𝑷 𝟐 5 ADJ[_vp:inf] 6 5 ADJP[_vp:inf] 6 𝑷 𝟏 C 𝑷 𝟐 5 ADJ[_vp:inf] 6 5 ADJP[_vp:inf] 6 1 2 3 4 5 6 PRO1 CAT PRO AGR 3s S → (NP AGR 3s) ● (VP AGR 3s) NP1 CAT NP AGR 3s VP→ V[pres,3s,_np] ● NP VP → V[pres,3s _vp:inf] ● VP[inf] VP → V [pres,3s,_np_vp:inf] ● NP VP[inf] V1 CAT V AGR 3s [_np_vp:inf,_np, _vp:inf] VP[inf] → TO ● VP[base] TO1 CAT TO ‫دوم‬ ‫مرحله‬ VP[base]→ V[base, _adjp, _np] ● NP VP[base] → V[base, _adjp, _np] ● ADJP V2 CAT V VFORM base [_adjp, _np] ADJ1 CAT ADJ [_vp:inf]
  • 39.
    Chart:CompletedarcsChart:Activearcs GrammarAgenda He wants tobe happy. 1. S → (NP AGR ?a) (VP [{pres,past}] AGR ?a) 2.NP → (ART AGR ?a) (N AGR ?a) 3.NP → PRO 9.VP[inf] →TO VP[base] 4.VP → V[_none] 10. ADJP →ADJ 5. VP→ V[_np] NP 6. VP → V[_vp:inf] VP[inf] 7. VP → V[_np_vp:inf] NP VP[inf] 8.VP→V[_adjp] ADJP Lexicon he : (CAT PRO AGR 3s) want : (V VFORM base SUBCAT {_np,_vp:inf, _np_vp:inf}) to : (CAT TO) be : (CAT V VFORM base SUBCAT {_adjp, _np}) happy : (CAT ADJ SUBCAT _vp:inf) 1 2 3 4 5 6 Current 𝑷 𝟏 Ag. 𝑷 𝟐 5 ADJ[_vp:inf] 6 5 ADJP[_vp:inf] 6 𝑷 𝟏 C 𝑷 𝟐 5 ADJ[_vp:inf] 6 5 ADJP[_vp:inf] 6 1 2 3 4 5 6 PRO1 CAT PRO AGR 3s S → (NP AGR 3s) ● (VP AGR 3s) NP1 CAT NP AGR 3s VP→ V[pres,3s,_np] ● NP VP → V[pres,3s _vp:inf] ● VP[inf] VP → V [pres,3s,_np_vp:inf] ● NP VP[inf] V1 CAT V AGR 3s [_np_vp:inf,_np, _vp:inf] VP[inf] → TO ● VP[base] TO1 CAT TO ‫سوم‬ ‫مرحله‬ VP[base]→ V[base, _adjp, _np] ● NP VP[base] → V[base, _adjp, _np] ● ADJP V2 CAT V VFORM base [_adjp, _np] ADJ1 CAT ADJ [_vp:inf] ADJP1 CAT ADJP [_vp:inf]
  • 40.
    Chart:CompletedarcsChart:Activearcs GrammarAgenda He wants tobe happy. 1. S → (NP AGR ?a) (VP [{pres,past}] AGR ?a) 2.NP → (ART AGR ?a) (N AGR ?a) 3.NP → PRO 9.VP[inf] →TO VP[base] 4.VP → V[_none] 10. ADJP →ADJ 5. VP→ V[_np] NP 6. VP → V[_vp:inf] VP[inf] 7. VP → V[_np_vp:inf] NP VP[inf] 8.VP→V[_adjp] ADJP Lexicon he : (CAT PRO AGR 3s) want : (V VFORM base SUBCAT {_np,_vp:inf, _np_vp:inf}) to : (CAT TO) be : (CAT V VFORM base SUBCAT {_adjp, _np}) happy : (CAT ADJ SUBCAT _vp:inf) 1 2 3 4 5 6 Current 𝑷 𝟏 Ag. 𝑷 𝟐 5 ADJ[_vp:inf] 6 5 ADJP[_vp:inf] 6 𝑷 𝟏 C 𝑷 𝟐 5 ADJ[_vp:inf] 6 5 ADJP[_vp:inf] 6 1 2 3 4 5 6 PRO1 CAT PRO AGR 3s S → (NP AGR 3s) ● (VP AGR 3s) NP1 CAT NP AGR 3s VP→ V[pres,3s,_np] ● NP VP → V[pres,3s _vp:inf] ● VP[inf] VP → V [pres,3s,_np_vp:inf] ● NP VP[inf] V1 CAT V AGR 3s [_np_vp:inf,_np, _vp:inf] VP[inf] → TO ● VP[base] TO1 CAT TO ‫چهارم‬ ‫مرحله‬ VP[base]→ V[base, _adjp, _np] ● NP VP[base] → V[base, _adjp, _np] ● ADJP V2 CAT V VFORM base [_adjp, _np] ADJ1 CAT ADJ [_vp:inf] ADJP1 CAT ADJP [_vp:inf]
  • 41.
    Chart:CompletedarcsChart:Activearcs GrammarAgenda He wants tobe happy. 1. S → (NP AGR ?a) (VP [{pres,past}] AGR ?a) 2.NP → (ART AGR ?a) (N AGR ?a) 3.NP → PRO 9.VP[inf] →TO VP[base] 4.VP → V[_none] 10. ADJP →ADJ 5. VP→ V[_np] NP 6. VP → V[_vp:inf] VP[inf] 7. VP → V[_np_vp:inf] NP VP[inf] 8.VP→V[_adjp] ADJP Lexicon he : (CAT PRO AGR 3s) want : (V VFORM base SUBCAT {_np,_vp:inf, _np_vp:inf}) to : (CAT TO) be : (CAT V VFORM base SUBCAT {_adjp, _np}) happy : (CAT ADJ SUBCAT _vp:inf) 1 2 3 4 5 6 Current 𝑷 𝟏 Ag. 𝑷 𝟐 5 ADJ[_vp:inf] 6 5 ADJP[_vp:inf] 6 𝑷 𝟏 C 𝑷 𝟐 5 ADJ[_vp:inf] 6 5 ADJP[_vp:inf] 6 1 2 3 4 5 6 PRO1 CAT PRO AGR 3s S → (NP AGR 3s) ● (VP AGR 3s) NP1 CAT NP AGR 3s VP→ V[pres,3s,_np] ● NP VP → V[pres,3s _vp:inf] ● VP[inf] VP → V [pres,3s,_np_vp:inf] ● NP VP[inf] V1 CAT V AGR 3s [_np_vp:inf,_np, _vp:inf] VP[inf] → TO ● VP[base] TO1 CAT TO ‫چهارم‬ ‫مرحله‬ VP[base]→ V[base, _adjp, _np] ● NP VP[base] → V[base, _adjp, _np] ● ADJP V2 CAT V VFORM base [_adjp, _np] ADJ1 CAT ADJ [_vp:inf] ADJP1 CAT ADJP [_vp:inf] VP[base] → V[base, _adjp, _np] ADJP●
  • 42.
    Chart:CompletedarcsChart:Activearcs GrammarAgenda He wants tobe happy. 1. S → (NP AGR ?a) (VP [{pres,past}] AGR ?a) 2.NP → (ART AGR ?a) (N AGR ?a) 3.NP → PRO 9.VP[inf] →TO VP[base] 4.VP → V[_none] 10. ADJP →ADJ 5. VP→ V[_np] NP 6. VP → V[_vp:inf] VP[inf] 7. VP → V[_np_vp:inf] NP VP[inf] 8.VP→V[_adjp] ADJP Lexicon he : (CAT PRO AGR 3s) want : (V VFORM base SUBCAT {_np,_vp:inf, _np_vp:inf}) to : (CAT TO) be : (CAT V VFORM base SUBCAT {_adjp, _np}) happy : (CAT ADJ SUBCAT _vp:inf) 1 2 3 4 5 6 Current 𝑷 𝟏 Ag. 𝑷 𝟐 5 ADJ[_vp:inf] 6 5 ADJP[_vp:inf] 6 4 VP[base] 6 𝑷 𝟏 C 𝑷 𝟐 5 ADJ[_vp:inf] 6 5 ADJP[_vp:inf] 6 1 2 3 4 5 6 PRO1 CAT PRO AGR 3s S → (NP AGR 3s) ● (VP AGR 3s) NP1 CAT NP AGR 3s VP→ V[pres,3s,_np] ● NP VP → V[pres,3s _vp:inf] ● VP[inf] VP → V [pres,3s,_np_vp:inf] ● NP VP[inf] V1 CAT V AGR 3s [_np_vp:inf,_np, _vp:inf] VP[inf] → TO ● VP[base] TO1 CAT TO ‫کمان‬ ‫آخر‬ ‫نقطه‬ VP[base]→ V[base, _adjp, _np] ● NP VP[base] → V[base, _adjp, _np] ● ADJP V2 CAT V VFORM base [_adjp, _np] ADJ1 CAT ADJ [_vp:inf] ADJP1 CAT ADJP [_vp:inf] VP[base] → V[base, _adjp, _np] ADJP●
  • 43.
    Chart:CompletedarcsChart:Activearcs GrammarAgenda He wants tobe happy. 1. S → (NP AGR ?a) (VP [{pres,past}] AGR ?a) 2.NP → (ART AGR ?a) (N AGR ?a) 3.NP → PRO 9.VP[inf] →TO VP[base] 4.VP → V[_none] 10. ADJP →ADJ 5. VP→ V[_np] NP 6. VP → V[_vp:inf] VP[inf] 7. VP → V[_np_vp:inf] NP VP[inf] 8.VP→V[_adjp] ADJP Lexicon he : (CAT PRO AGR 3s) want : (V VFORM base SUBCAT {_np,_vp:inf, _np_vp:inf}) to : (CAT TO) be : (CAT V VFORM base SUBCAT {_adjp, _np}) happy : (CAT ADJ SUBCAT _vp:inf) 1 2 3 4 5 6 Current 𝑷 𝟏 Ag. 𝑷 𝟐 5 ADJ[_vp:inf] 6 5 ADJP[_vp:inf] 6 4 VP[base] 6 𝑷 𝟏 C 𝑷 𝟐 5 ADJ[_vp:inf] 6 5 ADJP[_vp:inf] 6 4 VP[base] 6 1 2 3 4 5 6 PRO1 CAT PRO AGR 3s S → (NP AGR 3s) ● (VP AGR 3s) NP1 CAT NP AGR 3s VP→ V[pres,3s,_np] ● NP VP → V[pres,3s _vp:inf] ● VP[inf] VP → V [pres,3s,_np_vp:inf] ● NP VP[inf] V1 CAT V AGR 3s [_np_vp:inf,_np, _vp:inf] VP[inf] → TO ● VP[base] TO1 CAT TO ‫اول‬ ‫مرحله‬ VP[base]→ V[base, _adjp, _np] ● NP V2 CAT V VFORM base [_adjp, _np] ADJ1 CAT ADJ [_vp:inf] ADJP1 CAT ADJP [_vp:inf]
  • 44.
    Chart:CompletedarcsChart:Activearcs GrammarAgenda He wants tobe happy. 1. S → (NP AGR ?a) (VP [{pres,past}] AGR ?a) 2.NP → (ART AGR ?a) (N AGR ?a) 3.NP → PRO 9.VP[inf] →TO VP[base] 4.VP → V[_none] 10. ADJP →ADJ 5. VP→ V[_np] NP 6. VP → V[_vp:inf] VP[inf] 7. VP → V[_np_vp:inf] NP VP[inf] 8.VP→V[_adjp] ADJP Lexicon he : (CAT PRO AGR 3s) want : (V VFORM base SUBCAT {_np,_vp:inf, _np_vp:inf}) to : (CAT TO) be : (CAT V VFORM base SUBCAT {_adjp, _np}) happy : (CAT ADJ SUBCAT _vp:inf) 1 2 3 4 5 6 Current 𝑷 𝟏 Ag. 𝑷 𝟐 5 ADJ[_vp:inf] 6 5 ADJP[_vp:inf] 6 4 VP[base] 6 𝑷 𝟏 C 𝑷 𝟐 5 ADJ[_vp:inf] 6 5 ADJP[_vp:inf] 6 4 VP[base] 6 1 2 3 4 5 6 PRO1 CAT PRO AGR 3s S → (NP AGR 3s) ● (VP AGR 3s) NP1 CAT NP AGR 3s VP→ V[pres,3s,_np] ● NP VP → V[pres,3s _vp:inf] ● VP[inf] VP → V [pres,3s,_np_vp:inf] ● NP VP[inf] V1 CAT V AGR 3s [_np_vp:inf,_np, _vp:inf] VP[inf] → TO ● VP[base] TO1 CAT TO ‫دوم‬ ‫مرحله‬ VP[base]→ V[base, _adjp, _np] ● NP V2 CAT V VFORM base [_adjp, _np] ADJ1 CAT ADJ [_vp:inf] ADJP1 CAT ADJP [_vp:inf]
  • 45.
    Chart:CompletedarcsChart:Activearcs GrammarAgenda He wants tobe happy. 1. S → (NP AGR ?a) (VP [{pres,past}] AGR ?a) 2.NP → (ART AGR ?a) (N AGR ?a) 3.NP → PRO 9.VP[inf] →TO VP[base] 4.VP → V[_none] 10. ADJP →ADJ 5. VP→ V[_np] NP 6. VP → V[_vp:inf] VP[inf] 7. VP → V[_np_vp:inf] NP VP[inf] 8.VP→V[_adjp] ADJP Lexicon he : (CAT PRO AGR 3s) want : (V VFORM base SUBCAT {_np,_vp:inf, _np_vp:inf}) to : (CAT TO) be : (CAT V VFORM base SUBCAT {_adjp, _np}) happy : (CAT ADJ SUBCAT _vp:inf) 1 2 3 4 5 6 Current 𝑷 𝟏 Ag. 𝑷 𝟐 5 ADJ[_vp:inf] 6 5 ADJP[_vp:inf] 6 4 VP[base] 6 𝑷 𝟏 C 𝑷 𝟐 5 ADJ[_vp:inf] 6 5 ADJP[_vp:inf] 6 4 VP[base] 6 1 2 3 4 5 6 PRO1 CAT PRO AGR 3s S → (NP AGR 3s) ● (VP AGR 3s) NP1 CAT NP AGR 3s VP→ V[pres,3s,_np] ● NP VP → V[pres,3s _vp:inf] ● VP[inf] VP → V [pres,3s,_np_vp:inf] ● NP VP[inf] V1 CAT V AGR 3s [_np_vp:inf,_np, _vp:inf] VP[inf] → TO ● VP[base] TO1 CAT TO ‫سوم‬ ‫مرحله‬ VP[base]→ V[base, _adjp, _np] ● NP V2 CAT V VFORM base [_adjp, _np] ADJ1 CAT ADJ [_vp:inf] ADJP1 CAT ADJP [_vp:inf] VP1 CAT VP [base]
  • 46.
    Chart:CompletedarcsChart:Activearcs GrammarAgenda He wants tobe happy. 1. S → (NP AGR ?a) (VP [{pres,past}] AGR ?a) 2.NP → (ART AGR ?a) (N AGR ?a) 3.NP → PRO 9.VP[inf] →TO VP[base] 4.VP → V[_none] 10. ADJP →ADJ 5. VP→ V[_np] NP 6. VP → V[_vp:inf] VP[inf] 7. VP → V[_np_vp:inf] NP VP[inf] 8.VP→V[_adjp] ADJP Lexicon he : (CAT PRO AGR 3s) want : (V VFORM base SUBCAT {_np,_vp:inf, _np_vp:inf}) to : (CAT TO) be : (CAT V VFORM base SUBCAT {_adjp, _np}) happy : (CAT ADJ SUBCAT _vp:inf) 1 2 3 4 5 6 Current 𝑷 𝟏 Ag. 𝑷 𝟐 5 ADJ[_vp:inf] 6 5 ADJP[_vp:inf] 6 4 VP[base] 6 𝑷 𝟏 C 𝑷 𝟐 5 ADJ[_vp:inf] 6 5 ADJP[_vp:inf] 6 4 VP[base] 6 1 2 3 4 5 6 PRO1 CAT PRO AGR 3s S → (NP AGR 3s) ● (VP AGR 3s) NP1 CAT NP AGR 3s VP→ V[pres,3s,_np] ● NP VP → V[pres,3s _vp:inf] ● VP[inf] VP → V [pres,3s,_np_vp:inf] ● NP VP[inf] V1 CAT V AGR 3s [_np_vp:inf,_np, _vp:inf] VP[inf] → TO ● VP[base] TO1 CAT TO ‫چهارم‬ ‫مرحله‬ VP[base]→ V[base, _adjp, _np] ● NP V2 CAT V VFORM base [_adjp, _np] ADJ1 CAT ADJ [_vp:inf] ADJP1 CAT ADJP [_vp:inf] VP1 CAT VP [base]
  • 47.
    Chart:CompletedarcsChart:Activearcs GrammarAgenda He wants tobe happy. 1. S → (NP AGR ?a) (VP [{pres,past}] AGR ?a) 2.NP → (ART AGR ?a) (N AGR ?a) 3.NP → PRO 9.VP[inf] →TO VP[base] 4.VP → V[_none] 10. ADJP →ADJ 5. VP→ V[_np] NP 6. VP → V[_vp:inf] VP[inf] 7. VP → V[_np_vp:inf] NP VP[inf] 8.VP→V[_adjp] ADJP Lexicon he : (CAT PRO AGR 3s) want : (V VFORM base SUBCAT {_np,_vp:inf, _np_vp:inf}) to : (CAT TO) be : (CAT V VFORM base SUBCAT {_adjp, _np}) happy : (CAT ADJ SUBCAT _vp:inf) 1 2 3 4 5 6 Current 𝑷 𝟏 Ag. 𝑷 𝟐 5 ADJ[_vp:inf] 6 5 ADJP[_vp:inf] 6 4 VP[base] 6 𝑷 𝟏 C 𝑷 𝟐 5 ADJ[_vp:inf] 6 5 ADJP[_vp:inf] 6 4 VP[base] 6 1 2 3 4 5 6 PRO1 CAT PRO AGR 3s S → (NP AGR 3s) ● (VP AGR 3s) NP1 CAT NP AGR 3s VP→ V[pres,3s,_np] ● NP VP → V[pres,3s _vp:inf] ● VP[inf] VP → V [pres,3s,_np_vp:inf] ● NP VP[inf] V1 CAT V AGR 3s [_np_vp:inf,_np, _vp:inf] VP[inf] → TO ● VP[base] TO1 CAT TO ‫چهارم‬ ‫مرحله‬ VP[base]→ V[base, _adjp, _np] ● NP V2 CAT V VFORM base [_adjp, _np] ADJ1 CAT ADJ [_vp:inf] ADJP1 CAT ADJP [_vp:inf] VP1 CAT VP [base] VP[inf] → TO VP[base] ●
  • 48.
    Chart:CompletedarcsChart:Activearcs GrammarAgenda He wants tobe happy. 1. S → (NP AGR ?a) (VP [{pres,past}] AGR ?a) 2.NP → (ART AGR ?a) (N AGR ?a) 3.NP → PRO 9.VP[inf] →TO VP[base] 4.VP → V[_none] 10. ADJP →ADJ 5. VP→ V[_np] NP 6. VP → V[_vp:inf] VP[inf] 7. VP → V[_np_vp:inf] NP VP[inf] 8.VP→V[_adjp] ADJP Lexicon he : (CAT PRO AGR 3s) want : (V VFORM base SUBCAT {_np,_vp:inf, _np_vp:inf}) to : (CAT TO) be : (CAT V VFORM base SUBCAT {_adjp, _np}) happy : (CAT ADJ SUBCAT _vp:inf) 1 2 3 4 5 6 Current 𝑷 𝟏 Ag. 𝑷 𝟐 5 ADJ[_vp:inf] 6 5 ADJP[_vp:inf] 6 4 VP[base] 6 3 VP[inf] 6 𝑷 𝟏 C 𝑷 𝟐 5 ADJ[_vp:inf] 6 5 ADJP[_vp:inf] 6 4 VP[base] 6 1 2 3 4 5 6 PRO1 CAT PRO AGR 3s S → (NP AGR 3s) ● (VP AGR 3s) NP1 CAT NP AGR 3s VP→ V[pres,3s,_np] ● NP VP → V[pres,3s _vp:inf] ● VP[inf] VP → V [pres,3s,_np_vp:inf] ● NP VP[inf] V1 CAT V AGR 3s [_np_vp:inf,_np, _vp:inf] TO1 CAT TO ‫کمان‬ ‫آخر‬ ‫نقطه‬ VP[base]→ V[base, _adjp, _np] ● NP V2 CAT V VFORM base [_adjp, _np] ADJ1 CAT ADJ [_vp:inf] ADJP1 CAT ADJP [_vp:inf] VP1 CAT VP [base] VP[inf] → TO VP[base] ●
  • 49.
    Chart:CompletedarcsChart:Activearcs GrammarAgenda He wants tobe happy. 1. S → (NP AGR ?a) (VP [{pres,past}] AGR ?a) 2.NP → (ART AGR ?a) (N AGR ?a) 3.NP → PRO 9.VP[inf] →TO VP[base] 4.VP → V[_none] 10. ADJP →ADJ 5. VP→ V[_np] NP 6. VP → V[_vp:inf] VP[inf] 7. VP → V[_np_vp:inf] NP VP[inf] 8.VP→V[_adjp] ADJP Lexicon he : (CAT PRO AGR 3s) want : (V VFORM base SUBCAT {_np,_vp:inf, _np_vp:inf}) to : (CAT TO) be : (CAT V VFORM base SUBCAT {_adjp, _np}) happy : (CAT ADJ SUBCAT _vp:inf) 1 2 3 4 5 6 Current 𝑷 𝟏 Ag. 𝑷 𝟐 5 ADJ[_vp:inf] 6 5 ADJP[_vp:inf] 6 4 VP[base] 6 3 VP[inf] 6 𝑷 𝟏 C 𝑷 𝟐 5 ADJ[_vp:inf] 6 5 ADJP[_vp:inf] 6 4 VP[base] 6 3 VP[inf] 6 1 2 3 4 5 6 PRO1 CAT PRO AGR 3s S → (NP AGR 3s) ● (VP AGR 3s) NP1 CAT NP AGR 3s VP→ V[pres,3s,_np] ● NP VP → V[pres,3s _vp:inf] ● VP[inf] VP → V [pres,3s,_np_vp:inf] ● NP VP[inf] V1 CAT V AGR 3s [_np_vp:inf,_np, _vp:inf] TO1 CAT TO ‫اول‬ ‫مرحله‬ VP[base]→ V[base, _adjp, _np] ● NP V2 CAT V VFORM base [_adjp, _np] ADJ1 CAT ADJ [_vp:inf] ADJP1 CAT ADJP [_vp:inf] VP1 CAT VP [base]
  • 50.
    Chart:CompletedarcsChart:Activearcs GrammarAgenda He wants tobe happy. 1. S → (NP AGR ?a) (VP [{pres,past}] AGR ?a) 2.NP → (ART AGR ?a) (N AGR ?a) 3.NP → PRO 9.VP[inf] →TO VP[base] 4.VP → V[_none] 10. ADJP →ADJ 5. VP→ V[_np] NP 6. VP → V[_vp:inf] VP[inf] 7. VP → V[_np_vp:inf] NP VP[inf] 8.VP→V[_adjp] ADJP Lexicon he : (CAT PRO AGR 3s) want : (V VFORM base SUBCAT {_np,_vp:inf, _np_vp:inf}) to : (CAT TO) be : (CAT V VFORM base SUBCAT {_adjp, _np}) happy : (CAT ADJ SUBCAT _vp:inf) 1 2 3 4 5 6 Current 𝑷 𝟏 Ag. 𝑷 𝟐 5 ADJ[_vp:inf] 6 5 ADJP[_vp:inf] 6 4 VP[base] 6 3 VP[inf] 6 𝑷 𝟏 C 𝑷 𝟐 5 ADJ[_vp:inf] 6 5 ADJP[_vp:inf] 6 4 VP[base] 6 3 VP[inf] 6 1 2 3 4 5 6 PRO1 CAT PRO AGR 3s S → (NP AGR 3s) ● (VP AGR 3s) NP1 CAT NP AGR 3s VP→ V[pres,3s,_np] ● NP VP → V[pres,3s _vp:inf] ● VP[inf] VP → V [pres,3s,_np_vp:inf] ● NP VP[inf] V1 CAT V AGR 3s [_np_vp:inf,_np, _vp:inf] TO1 CAT TO ‫دوم‬ ‫مرحله‬ VP[base]→ V[base, _adjp, _np] ● NP V2 CAT V VFORM base [_adjp, _np] ADJ1 CAT ADJ [_vp:inf] ADJP1 CAT ADJP [_vp:inf] VP1 CAT VP [base]
  • 51.
    Chart:CompletedarcsChart:Activearcs GrammarAgenda He wants tobe happy. 1. S → (NP AGR ?a) (VP [{pres,past}] AGR ?a) 2.NP → (ART AGR ?a) (N AGR ?a) 3.NP → PRO 9.VP[inf] →TO VP[base] 4.VP → V[_none] 10. ADJP →ADJ 5. VP→ V[_np] NP 6. VP → V[_vp:inf] VP[inf] 7. VP → V[_np_vp:inf] NP VP[inf] 8.VP→V[_adjp] ADJP Lexicon he : (CAT PRO AGR 3s) want : (V VFORM base SUBCAT {_np,_vp:inf, _np_vp:inf}) to : (CAT TO) be : (CAT V VFORM base SUBCAT {_adjp, _np}) happy : (CAT ADJ SUBCAT _vp:inf) 1 2 3 4 5 6 Current 𝑷 𝟏 Ag. 𝑷 𝟐 5 ADJ[_vp:inf] 6 5 ADJP[_vp:inf] 6 4 VP[base] 6 3 VP[inf] 6 𝑷 𝟏 C 𝑷 𝟐 5 ADJ[_vp:inf] 6 5 ADJP[_vp:inf] 6 4 VP[base] 6 3 VP[inf] 6 1 2 3 4 5 6 PRO1 CAT PRO AGR 3s S → (NP AGR 3s) ● (VP AGR 3s) NP1 CAT NP AGR 3s VP→ V[pres,3s,_np] ● NP VP → V[pres,3s _vp:inf] ● VP[inf] VP → V [pres,3s,_np_vp:inf] ● NP VP[inf] V1 CAT V AGR 3s [_np_vp:inf,_np, _vp:inf] TO1 CAT TO ‫سوم‬ ‫مرحله‬ VP[base]→ V[base, _adjp, _np] ● NP V2 CAT V VFORM base [_adjp, _np] ADJ1 CAT ADJ [_vp:inf] ADJP1 CAT ADJP [_vp:inf] VP1 CAT VP [base] VP2 CAT VP [inf]
  • 52.
    Chart:CompletedarcsChart:Activearcs GrammarAgenda He wants tobe happy. 1. S → (NP AGR ?a) (VP [{pres,past}] AGR ?a) 2.NP → (ART AGR ?a) (N AGR ?a) 3.NP → PRO 9.VP[inf] →TO VP[base] 4.VP → V[_none] 10. ADJP →ADJ 5. VP→ V[_np] NP 6. VP → V[_vp:inf] VP[inf] 7. VP → V[_np_vp:inf] NP VP[inf] 8.VP→V[_adjp] ADJP Lexicon he : (CAT PRO AGR 3s) want : (V VFORM base SUBCAT {_np,_vp:inf, _np_vp:inf}) to : (CAT TO) be : (CAT V VFORM base SUBCAT {_adjp, _np}) happy : (CAT ADJ SUBCAT _vp:inf) 1 2 3 4 5 6 Current 𝑷 𝟏 Ag. 𝑷 𝟐 5 ADJ[_vp:inf] 6 5 ADJP[_vp:inf] 6 4 VP[base] 6 3 VP[inf] 6 𝑷 𝟏 C 𝑷 𝟐 5 ADJ[_vp:inf] 6 5 ADJP[_vp:inf] 6 4 VP[base] 6 3 VP[inf] 6 1 2 3 4 5 6 PRO1 CAT PRO AGR 3s S → (NP AGR 3s) ● (VP AGR 3s) NP1 CAT NP AGR 3s VP→ V[pres,3s,_np] ● NP VP → V[pres,3s _vp:inf] ● VP[inf] VP → V [pres,3s,_np_vp:inf] ● NP VP[inf] V1 CAT V AGR 3s [_np_vp:inf,_np, _vp:inf] TO1 CAT TO ‫چهارم‬ ‫مرحله‬ VP[base]→ V[base, _adjp, _np] ● NP V2 CAT V VFORM base [_adjp, _np] ADJ1 CAT ADJ [_vp:inf] ADJP1 CAT ADJP [_vp:inf] VP1 CAT VP [base] VP2 CAT VP [inf]
  • 53.
    Chart:CompletedarcsChart:Activearcs GrammarAgenda He wants tobe happy. 1. S → (NP AGR ?a) (VP [{pres,past}] AGR ?a) 2.NP → (ART AGR ?a) (N AGR ?a) 3.NP → PRO 9.VP[inf] →TO VP[base] 4.VP → V[_none] 10. ADJP →ADJ 5. VP→ V[_np] NP 6. VP → V[_vp:inf] VP[inf] 7. VP → V[_np_vp:inf] NP VP[inf] 8.VP→V[_adjp] ADJP Lexicon he : (CAT PRO AGR 3s) want : (V VFORM base SUBCAT {_np,_vp:inf, _np_vp:inf}) to : (CAT TO) be : (CAT V VFORM base SUBCAT {_adjp, _np}) happy : (CAT ADJ SUBCAT _vp:inf) 1 2 3 4 5 6 Current 𝑷 𝟏 Ag. 𝑷 𝟐 5 ADJ[_vp:inf] 6 5 ADJP[_vp:inf] 6 4 VP[base] 6 3 VP[inf] 6 𝑷 𝟏 C 𝑷 𝟐 5 ADJ[_vp:inf] 6 5 ADJP[_vp:inf] 6 4 VP[base] 6 3 VP[inf] 6 1 2 3 4 5 6 PRO1 CAT PRO AGR 3s S → (NP AGR 3s) ● (VP AGR 3s) NP1 CAT NP AGR 3s VP→ V[pres,3s,_np] ● NP VP → V[pres,3s _vp:inf] ● VP[inf] VP → V [pres,3s,_np_vp:inf] ● NP VP[inf] V1 CAT V AGR 3s [_np_vp:inf,_np, _vp:inf] TO1 CAT TO ‫چهارم‬ ‫مرحله‬ VP[base]→ V[base, _adjp, _np] ● NP V2 CAT V VFORM base [_adjp, _np] ADJ1 CAT ADJ [_vp:inf] ADJP1 CAT ADJP [_vp:inf] VP1 CAT VP [base] VP2 CAT VP [inf] VP → V[pres,3s _vp:inf] VP[inf] ●
  • 54.
    Chart:CompletedarcsChart:Activearcs GrammarAgenda He wants tobe happy. 1. S → (NP AGR ?a) (VP [{pres,past}] AGR ?a) 2.NP → (ART AGR ?a) (N AGR ?a) 3.NP → PRO 9.VP[inf] →TO VP[base] 4.VP → V[_none] 10. ADJP →ADJ 5. VP→ V[_np] NP 6. VP → V[_vp:inf] VP[inf] 7. VP → V[_np_vp:inf] NP VP[inf] 8.VP→V[_adjp] ADJP Lexicon he : (CAT PRO AGR 3s) want : (V VFORM base SUBCAT {_np,_vp:inf, _np_vp:inf}) to : (CAT TO) be : (CAT V VFORM base SUBCAT {_adjp, _np}) happy : (CAT ADJ SUBCAT _vp:inf) 1 2 3 4 5 6 Current 𝑷 𝟏 Ag. 𝑷 𝟐 5 ADJ[_vp:inf] 6 5 ADJP[_vp:inf] 6 4 VP[base] 6 3 VP[inf] 6 2 VP[pres,3s,_vp:inf] 6 𝑷 𝟏 C 𝑷 𝟐 5 ADJ[_vp:inf] 6 5 ADJP[_vp:inf] 6 4 VP[base] 6 3 VP[inf] 6 1 2 3 4 5 6 PRO1 CAT PRO AGR 3s S → (NP AGR 3s) ● (VP AGR 3s) NP1 CAT NP AGR 3s VP→ V[pres,3s,_np] ● NP VP → V [pres,3s,_np_vp:inf] ● NP VP[inf] V1 CAT V AGR 3s [_np_vp:inf,_np, _vp:inf] TO1 CAT TO ‫کمان‬ ‫آخر‬ ‫نقطه‬ VP[base]→ V[base, _adjp, _np] ● NP V2 CAT V VFORM base [_adjp, _np] ADJ1 CAT ADJ [_vp:inf] ADJP1 CAT ADJP [_vp:inf] VP1 CAT VP [base] VP2 CAT VP [inf] VP → V[pres,3s _vp:inf] VP[inf]●
  • 55.
    Chart:CompletedarcsChart:Activearcs GrammarAgenda He wants tobe happy. 1. S → (NP AGR ?a) (VP [{pres,past}] AGR ?a) 2.NP → (ART AGR ?a) (N AGR ?a) 3.NP → PRO 9.VP[inf] →TO VP[base] 4.VP → V[_none] 10. ADJP →ADJ 5. VP→ V[_np] NP 6. VP → V[_vp:inf] VP[inf] 7. VP → V[_np_vp:inf] NP VP[inf] 8.VP→V[_adjp] ADJP Lexicon he : (CAT PRO AGR 3s) want : (V VFORM base SUBCAT {_np,_vp:inf, _np_vp:inf}) to : (CAT TO) be : (CAT V VFORM base SUBCAT {_adjp, _np}) happy : (CAT ADJ SUBCAT _vp:inf) 1 2 3 4 5 6 Current 𝑷 𝟏 Ag. 𝑷 𝟐 5 ADJ[_vp:inf] 6 5 ADJP[_vp:inf] 6 4 VP[base] 6 3 VP[inf] 6 2 VP[pres,3s,_vp:inf] 6 𝑷 𝟏 C 𝑷 𝟐 5 ADJ[_vp:inf] 6 5 ADJP[_vp:inf] 6 4 VP[base] 6 3 VP[inf] 6 2 VP[pres,3s,_vp:inf] 6 1 2 3 4 5 6 PRO1 CAT PRO AGR 3s S → (NP AGR 3s) ● (VP AGR 3s) NP1 CAT NP AGR 3s VP→ V[pres,3s,_np] ● NP VP → V [pres,3s,_np_vp:inf] ● NP VP[inf] V1 CAT V AGR 3s [_np_vp:inf,_np, _vp:inf] TO1 CAT TO ‫اول‬ ‫مرحله‬ VP[base]→ V[base, _adjp, _np] ● NP V2 CAT V VFORM base [_adjp, _np] ADJ1 CAT ADJ [_vp:inf] ADJP1 CAT ADJP [_vp:inf] VP1 CAT VP [base] VP2 CAT VP [inf]
  • 56.
    Chart:CompletedarcsChart:Activearcs GrammarAgenda He wants tobe happy. 1. S → (NP AGR ?a) (VP [{pres,past}] AGR ?a) 2.NP → (ART AGR ?a) (N AGR ?a) 3.NP → PRO 9.VP[inf] →TO VP[base] 4.VP → V[_none] 10. ADJP →ADJ 5. VP→ V[_np] NP 6. VP → V[_vp:inf] VP[inf] 7. VP → V[_np_vp:inf] NP VP[inf] 8.VP→V[_adjp] ADJP Lexicon he : (CAT PRO AGR 3s) want : (V VFORM base SUBCAT {_np,_vp:inf, _np_vp:inf}) to : (CAT TO) be : (CAT V VFORM base SUBCAT {_adjp, _np}) happy : (CAT ADJ SUBCAT _vp:inf) 1 2 3 4 5 6 Current 𝑷 𝟏 Ag. 𝑷 𝟐 5 ADJ[_vp:inf] 6 5 ADJP[_vp:inf] 6 4 VP[base] 6 3 VP[inf] 6 2 VP[pres,3s,_vp:inf] 6 𝑷 𝟏 C 𝑷 𝟐 5 ADJ[_vp:inf] 6 5 ADJP[_vp:inf] 6 4 VP[base] 6 3 VP[inf] 6 2 VP[pres,3s,_vp:inf] 6 1 2 3 4 5 6 PRO1 CAT PRO AGR 3s S → (NP AGR 3s) ● (VP AGR 3s) NP1 CAT NP AGR 3s VP→ V[pres,3s,_np] ● NP VP → V [pres,3s,_np_vp:inf] ● NP VP[inf] V1 CAT V AGR 3s [_np_vp:inf,_np, _vp:inf] TO1 CAT TO ‫دوم‬ ‫مرحله‬ VP[base]→ V[base, _adjp, _np] ● NP V2 CAT V VFORM base [_adjp, _np] ADJ1 CAT ADJ [_vp:inf] ADJP1 CAT ADJP [_vp:inf] VP1 CAT VP [base] VP2 CAT VP [inf]
  • 57.
    Chart:CompletedarcsChart:Activearcs GrammarAgenda He wants tobe happy. 1. S → (NP AGR ?a) (VP [{pres,past}] AGR ?a) 2.NP → (ART AGR ?a) (N AGR ?a) 3.NP → PRO 9.VP[inf] →TO VP[base] 4.VP → V[_none] 10. ADJP →ADJ 5. VP→ V[_np] NP 6. VP → V[_vp:inf] VP[inf] 7. VP → V[_np_vp:inf] NP VP[inf] 8.VP→V[_adjp] ADJP Lexicon he : (CAT PRO AGR 3s) want : (V VFORM base SUBCAT {_np,_vp:inf, _np_vp:inf}) to : (CAT TO) be : (CAT V VFORM base SUBCAT {_adjp, _np}) happy : (CAT ADJ SUBCAT _vp:inf) 1 2 3 4 5 6 Current 𝑷 𝟏 Ag. 𝑷 𝟐 5 ADJ[_vp:inf] 6 5 ADJP[_vp:inf] 6 4 VP[base] 6 3 VP[inf] 6 2 VP[pres,3s,_vp:inf] 6 𝑷 𝟏 C 𝑷 𝟐 5 ADJ[_vp:inf] 6 5 ADJP[_vp:inf] 6 4 VP[base] 6 3 VP[inf] 6 2 VP[pres,3s,_vp:inf] 6 1 2 3 4 5 6 PRO1 CAT PRO AGR 3s S → (NP AGR 3s) ● (VP AGR 3s) NP1 CAT NP AGR 3s VP→ V[pres,3s,_np] ● NP VP → V [pres,3s,_np_vp:inf] ● NP VP[inf] V1 CAT V AGR 3s [_np_vp:inf,_np, _vp:inf] TO1 CAT TO ‫سوم‬ ‫مرحله‬ VP[base]→ V[base, _adjp, _np] ● NP V2 CAT V VFORM base [_adjp, _np] ADJ1 CAT ADJ [_vp:inf] ADJP1 CAT ADJP [_vp:inf] VP1 CAT VP [base] VP2 CAT VP [inf] VP3 CAT VP [pres,3s,_vp:inf]
  • 58.
    Chart:CompletedarcsChart:Activearcs GrammarAgenda He wants tobe happy. 1. S → (NP AGR ?a) (VP [{pres,past}] AGR ?a) 2.NP → (ART AGR ?a) (N AGR ?a) 3.NP → PRO 9.VP[inf] →TO VP[base] 4.VP → V[_none] 10. ADJP →ADJ 5. VP→ V[_np] NP 6. VP → V[_vp:inf] VP[inf] 7. VP → V[_np_vp:inf] NP VP[inf] 8.VP→V[_adjp] ADJP Lexicon he : (CAT PRO AGR 3s) want : (V VFORM base SUBCAT {_np,_vp:inf, _np_vp:inf}) to : (CAT TO) be : (CAT V VFORM base SUBCAT {_adjp, _np}) happy : (CAT ADJ SUBCAT _vp:inf) 1 2 3 4 5 6 Current 𝑷 𝟏 Ag. 𝑷 𝟐 5 ADJ[_vp:inf] 6 5 ADJP[_vp:inf] 6 4 VP[base] 6 3 VP[inf] 6 2 VP[pres,3s,_vp:inf] 6 𝑷 𝟏 C 𝑷 𝟐 5 ADJ[_vp:inf] 6 5 ADJP[_vp:inf] 6 4 VP[base] 6 3 VP[inf] 6 2 VP[pres,3s,_vp:inf] 6 1 2 3 4 5 6 PRO1 CAT PRO AGR 3s S → (NP AGR 3s) ● (VP AGR 3s) NP1 CAT NP AGR 3s VP→ V[pres,3s,_np] ● NP VP → V [pres,3s,_np_vp:inf] ● NP VP[inf] V1 CAT V AGR 3s [_np_vp:inf,_np, _vp:inf] TO1 CAT TO ‫چهارم‬ ‫مرحله‬ VP[base]→ V[base, _adjp, _np] ● NP V2 CAT V VFORM base [_adjp, _np] ADJ1 CAT ADJ [_vp:inf] ADJP1 CAT ADJP [_vp:inf] VP1 CAT VP [base] VP2 CAT VP [inf] VP3 CAT VP [pres,3s,_vp:inf]
  • 59.
    Chart:CompletedarcsChart:Activearcs GrammarAgenda He wants tobe happy. 1. S → (NP AGR ?a) (VP [{pres,past}] AGR ?a) 2.NP → (ART AGR ?a) (N AGR ?a) 3.NP → PRO 9.VP[inf] →TO VP[base] 4.VP → V[_none] 10. ADJP →ADJ 5. VP→ V[_np] NP 6. VP → V[_vp:inf] VP[inf] 7. VP → V[_np_vp:inf] NP VP[inf] 8.VP→V[_adjp] ADJP Lexicon he : (CAT PRO AGR 3s) want : (V VFORM base SUBCAT {_np,_vp:inf, _np_vp:inf}) to : (CAT TO) be : (CAT V VFORM base SUBCAT {_adjp, _np}) happy : (CAT ADJ SUBCAT _vp:inf) 1 2 3 4 5 6 Current 𝑷 𝟏 Ag. 𝑷 𝟐 5 ADJ[_vp:inf] 6 5 ADJP[_vp:inf] 6 4 VP[base] 6 3 VP[inf] 6 2 VP[pres,3s,_vp:inf] 6 𝑷 𝟏 C 𝑷 𝟐 5 ADJ[_vp:inf] 6 5 ADJP[_vp:inf] 6 4 VP[base] 6 3 VP[inf] 6 2 VP[pres,3s,_vp:inf] 6 1 2 3 4 5 6 PRO1 CAT PRO AGR 3s S → (NP AGR 3s) ● (VP AGR 3s) NP1 CAT NP AGR 3s VP→ V[pres,3s,_np] ● NP VP → V [pres,3s,_np_vp:inf] ● NP VP[inf] V1 CAT V AGR 3s [_np_vp:inf,_np, _vp:inf] TO1 CAT TO ‫چهارم‬ ‫مرحله‬ VP[base]→ V[base, _adjp, _np] ● NP V2 CAT V VFORM base [_adjp, _np] ADJ1 CAT ADJ [_vp:inf] ADJP1 CAT ADJP [_vp:inf] VP1 CAT VP [base] VP2 CAT VP [inf] VP3 CAT VP [pres,3s,_vp:inf] S → (NP AGR 3s) (VP AGR 3s) ●
  • 60.
    Chart:CompletedarcsChart:Activearcs GrammarAgenda He wants tobe happy. 1. S → (NP AGR ?a) (VP [{pres,past}] AGR ?a) 2.NP → (ART AGR ?a) (N AGR ?a) 3.NP → PRO 9.VP[inf] →TO VP[base] 4.VP → V[_none] 10. ADJP →ADJ 5. VP→ V[_np] NP 6. VP → V[_vp:inf] VP[inf] 7. VP → V[_np_vp:inf] NP VP[inf] 8.VP→V[_adjp] ADJP Lexicon he : (CAT PRO AGR 3s) want : (V VFORM base SUBCAT {_np,_vp:inf, _np_vp:inf}) to : (CAT TO) be : (CAT V VFORM base SUBCAT {_adjp, _np}) happy : (CAT ADJ SUBCAT _vp:inf) 1 2 3 4 5 6 Current 𝑷 𝟏 Ag. 𝑷 𝟐 5 ADJ[_vp:inf] 6 5 ADJP[_vp:inf] 6 4 VP[base] 6 3 VP[inf] 6 2 VP[pres,3s,_vp:inf] 6 1 S 6 𝑷 𝟏 C 𝑷 𝟐 5 ADJ[_vp:inf] 6 5 ADJP[_vp:inf] 6 4 VP[base] 6 3 VP[inf] 6 2 VP[pres,3s,_vp:inf] 6 1 2 3 4 5 6 PRO1 CAT PRO AGR 3s NP1 CAT NP AGR 3s VP→ V[pres,3s,_np] ● NP VP → V [pres,3s,_np_vp:inf] ● NP VP[inf] V1 CAT V AGR 3s [_np_vp:inf,_np, _vp:inf] TO1 CAT TO ‫کمان‬ ‫آخر‬ ‫نقطه‬ VP[base]→ V[base, _adjp, _np] ● NP V2 CAT V VFORM base [_adjp, _np] ADJ1 CAT ADJ [_vp:inf] ADJP1 CAT ADJP [_vp:inf] VP1 CAT VP [base] VP2 CAT VP [inf] VP3 CAT VP [pres,3s,_vp:inf] S → (NP AGR 3s) (VP AGR 3s) ●
  • 61.
    Chart:CompletedarcsChart:Activearcs GrammarAgenda He wants tobe happy. 1. S → (NP AGR ?a) (VP [{pres,past}] AGR ?a) 2.NP → (ART AGR ?a) (N AGR ?a) 3.NP → PRO 9.VP[inf] →TO VP[base] 4.VP → V[_none] 10. ADJP →ADJ 5. VP→ V[_np] NP 6. VP → V[_vp:inf] VP[inf] 7. VP → V[_np_vp:inf] NP VP[inf] 8.VP→V[_adjp] ADJP Lexicon he : (CAT PRO AGR 3s) want : (V VFORM base SUBCAT {_np,_vp:inf, _np_vp:inf}) to : (CAT TO) be : (CAT V VFORM base SUBCAT {_adjp, _np}) happy : (CAT ADJ SUBCAT _vp:inf) 1 2 3 4 5 6 Current 𝑷 𝟏 Ag. 𝑷 𝟐 5 ADJ[_vp:inf] 6 5 ADJP[_vp:inf] 6 4 VP[base] 6 3 VP[inf] 6 2 VP[pres,3s,_vp:inf] 6 1 S 6 𝑷 𝟏 C 𝑷 𝟐 5 ADJ[_vp:inf] 6 5 ADJP[_vp:inf] 6 4 VP[base] 6 3 VP[inf] 6 2 VP[pres,3s,_vp:inf] 6 1 S 6 1 2 3 4 5 6 PRO1 CAT PRO AGR 3s NP1 CAT NP AGR 3s VP→ V[pres,3s,_np] ● NP VP → V [pres,3s,_np_vp:inf] ● NP VP[inf] V1 CAT V AGR 3s [_np_vp:inf,_np, _vp:inf] TO1 CAT TO ‫اول‬ ‫مرحله‬ VP[base]→ V[base, _adjp, _np] ● NP V2 CAT V VFORM base [_adjp, _np] ADJ1 CAT ADJ [_vp:inf] ADJP1 CAT ADJP [_vp:inf] VP1 CAT VP [base] VP2 CAT VP [inf] VP3 CAT VP [pres,3s,_vp:inf]
  • 62.
    Chart:CompletedarcsChart:Activearcs GrammarAgenda He wants tobe happy. 1. S → (NP AGR ?a) (VP [{pres,past}] AGR ?a) 2.NP → (ART AGR ?a) (N AGR ?a) 3.NP → PRO 9.VP[inf] →TO VP[base] 4.VP → V[_none] 10. ADJP →ADJ 5. VP→ V[_np] NP 6. VP → V[_vp:inf] VP[inf] 7. VP → V[_np_vp:inf] NP VP[inf] 8.VP→V[_adjp] ADJP Lexicon he : (CAT PRO AGR 3s) want : (V VFORM base SUBCAT {_np,_vp:inf, _np_vp:inf}) to : (CAT TO) be : (CAT V VFORM base SUBCAT {_adjp, _np}) happy : (CAT ADJ SUBCAT _vp:inf) 1 2 3 4 5 6 Current 𝑷 𝟏 Ag. 𝑷 𝟐 5 ADJ[_vp:inf] 6 5 ADJP[_vp:inf] 6 4 VP[base] 6 3 VP[inf] 6 2 VP[pres,3s,_vp:inf] 6 1 S 6 𝑷 𝟏 C 𝑷 𝟐 5 ADJ[_vp:inf] 6 5 ADJP[_vp:inf] 6 4 VP[base] 6 3 VP[inf] 6 2 VP[pres,3s,_vp:inf] 6 1 S 6 1 2 3 4 5 6 PRO1 CAT PRO AGR 3s NP1 CAT NP AGR 3s VP→ V[pres,3s,_np] ● NP VP → V [pres,3s,_np_vp:inf] ● NP VP[inf] V1 CAT V AGR 3s [_np_vp:inf,_np, _vp:inf] TO1 CAT TO ‫دوم‬ ‫مرحله‬ VP[base]→ V[base, _adjp, _np] ● NP V2 CAT V VFORM base [_adjp, _np] ADJ1 CAT ADJ [_vp:inf] ADJP1 CAT ADJP [_vp:inf] VP1 CAT VP [base] VP2 CAT VP [inf] VP3 CAT VP [pres,3s,_vp:inf]
  • 63.
    Chart:CompletedarcsChart:Activearcs GrammarAgenda He wants tobe happy. 1. S → (NP AGR ?a) (VP [{pres,past}] AGR ?a) 2.NP → (ART AGR ?a) (N AGR ?a) 3.NP → PRO 9.VP[inf] →TO VP[base] 4.VP → V[_none] 10. ADJP →ADJ 5. VP→ V[_np] NP 6. VP → V[_vp:inf] VP[inf] 7. VP → V[_np_vp:inf] NP VP[inf] 8.VP→V[_adjp] ADJP Lexicon he : (CAT PRO AGR 3s) want : (V VFORM base SUBCAT {_np,_vp:inf, _np_vp:inf}) to : (CAT TO) be : (CAT V VFORM base SUBCAT {_adjp, _np}) happy : (CAT ADJ SUBCAT _vp:inf) 1 2 3 4 5 6 Current 𝑷 𝟏 Ag. 𝑷 𝟐 5 ADJ[_vp:inf] 6 5 ADJP[_vp:inf] 6 4 VP[base] 6 3 VP[inf] 6 2 VP[pres,3s,_vp:inf] 6 1 S 6 𝑷 𝟏 C 𝑷 𝟐 5 ADJ[_vp:inf] 6 5 ADJP[_vp:inf] 6 4 VP[base] 6 3 VP[inf] 6 2 VP[pres,3s,_vp:inf] 6 1 S 6 1 2 3 4 5 6 PRO1 CAT PRO AGR 3s NP1 CAT NP AGR 3s VP→ V[pres,3s,_np] ● NP VP → V [pres,3s,_np_vp:inf] ● NP VP[inf] V1 CAT V AGR 3s [_np_vp:inf,_np, _vp:inf] TO1 CAT TO ‫سوم‬ ‫مرحله‬ VP[base]→ V[base, _adjp, _np] ● NP V2 CAT V VFORM base [_adjp, _np] ADJ1 CAT ADJ [_vp:inf] ADJP1 CAT ADJP [_vp:inf] VP1 CAT VP [base] VP2 CAT VP [inf] VP3 CAT VP [pres,3s,_vp:inf] S CAT S [pres,3s,_vp:inf]
  • 64.
    Chart:CompletedarcsChart:Activearcs GrammarAgenda He wants tobe happy. 1. S → (NP AGR ?a) (VP [{pres,past}] AGR ?a) 2.NP → (ART AGR ?a) (N AGR ?a) 3.NP → PRO 9.VP[inf] →TO VP[base] 4.VP → V[_none] 10. ADJP →ADJ 5. VP→ V[_np] NP 6. VP → V[_vp:inf] VP[inf] 7. VP → V[_np_vp:inf] NP VP[inf] 8.VP→V[_adjp] ADJP Lexicon he : (CAT PRO AGR 3s) want : (V VFORM base SUBCAT {_np,_vp:inf, _np_vp:inf}) to : (CAT TO) be : (CAT V VFORM base SUBCAT {_adjp, _np}) happy : (CAT ADJ SUBCAT _vp:inf) 1 2 3 4 5 6 Current 𝑷 𝟏 Ag. 𝑷 𝟐 5 ADJ[_vp:inf] 6 5 ADJP[_vp:inf] 6 4 VP[base] 6 3 VP[inf] 6 2 VP[pres,3s,_vp:inf] 6 1 S 6 𝑷 𝟏 C 𝑷 𝟐 5 ADJ[_vp:inf] 6 5 ADJP[_vp:inf] 6 4 VP[base] 6 3 VP[inf] 6 2 VP[pres,3s,_vp:inf] 6 1 S 6 1 2 3 4 5 6 PRO1 CAT PRO AGR 3s NP1 CAT NP AGR 3s V1 CAT V AGR 3s [_np_vp:inf,_np, _vp:inf] TO1 CAT TO V2 CAT V VFORM base [_adjp, _np] ADJ1 CAT ADJ [_vp:inf] ADJP1 CAT ADJP [_vp:inf] VP1 CAT VP [base] VP2 CAT VP [inf] VP3 CAT VP [pres,3s,_vp:inf] S CAT S [pres,3s,_vp:inf]