Visualized by Sarah Saneei

1. Chart Parsing
using features
Sarah Saneei
Computational Linguistics

2. ‫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

3. 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

4. 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

5. 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}●

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
‫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 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

8. 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

9. 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

10. 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)

11. 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

12. 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

13. 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

14. 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

15. 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

16. 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]

17. 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]

18. 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)

19. 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.

20. 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

21. 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.

22. 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]

23. 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

24. 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)

25. 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

26. 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

27. 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

28. 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]

29. 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]

30. 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

31. 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

32. 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]

33. 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 ●

34. 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]

35. 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]

36. 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]

37. 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]

38. 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]

39. 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]

40. 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]

41. 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●

42. 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●

43. 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]

44. 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]

45. 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]

46. 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]

47. 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] ●

48. 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] ●

49. 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]

50. 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]

51. 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]

52. 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]

53. 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] ●

54. 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]●

55. 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]

56. 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]

57. 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]

58. 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]

59. 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) ●

60. 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) ●

61. 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]

62. 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]

63. 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]

64. 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]