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;;; 
;;; ESSLLI 1998 Grammar Engineering Practicum - Grammar 1
;;;  
;;; types.tdl
;;;
;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
:begin :type.
 
feat-struc := *top*.

agr-cat := feat-struc &
 [ PER per,
   NUM num,
   GEND gend ]. 

pos := feat-struc &
 [ FORM form-cat ].

gram-cat := feat-struc &
 [ HEAD pos,
   SPR list-of-synsem-structs,
   COMPS list-of-synsem-structs ].

index := feat-struc.
ref-index := index.
sit-index := index.
null-index := index.

sem-struc := feat-struc &
 [ MODE mode-cat,
   INDEX index,
   RESTR list-of-predications ].

synsem-struc := feat-struc &
 [ ORTH list-of-orths,
   SYN gram-cat,
   SEM sem-struc ].
     

;   ////////////\\\\\\\\\\\
;  <<<< parts of speech >>>>
;   \\\\\\\\\\\\///////////


verb := pos &
 [ AUX boolean,
   INV boolean ].

noun := pos &
 [ AGR agr-cat,
   CASE case-cat ].

det := pos.

prep := pos.

;   /////////////\\\\\\\\\\\\\\
;  <<<< subtypes of *value* >>>>
;   \\\\\\\\\\\\\//////////////

*value* := *top*.                
  
form-cat := *value*.
inf := form-cat.
fin := form-cat.
prp := form-cat.
psp := form-cat.
imp := form-cat.
pass := form-cat.

per := *value*.
1or2 := per.
1st := 1or2.
2nd := 1or2.
3rd := per.

num := *value*.
sing := num. 
plur := num.

gend := *value*.
fem := gend.
masc := gend.
neut := gend.

3sing := agr-cat &
 [ PER 3rd,
   NUM sing ].

non-3sing := agr-cat.

case-cat := *value*.
nom := case-cat.
acc := case-cat.

boolean := *value*.
true := boolean.               
false := boolean. 
 
reln := *value*.

mode-cat := *value*.
prop := mode-cat.
ques := mode-cat.
dir := mode-cat.
ref := mode-cat.

predication := feat-struc &
 [ RELN reln ].


; <<<--- types inheriting from SYNSEM-STRUC --->>>


lexeme := synsem-struc.

phrase := synsem-struc.

noun-lxm := lexeme &
 [ SYN [ HEAD noun ],
   SEM [ INDEX ref-index ] ].

named_pred := predication &
 [ RELN r_name,
   NAME string, 
   NAMED ref-index].

pn-lxm := noun-lxm & 
 [ SYN [ HEAD  [AGR 3sing],
         SPR < >,
         COMPS < > ],
   SEM [ RESTR <! named_pred & [ NAMED #index ] !>, 
         INDEX #index ] ].

;;; ----- Verb semantics -----

act_pred := predication &
 [ ACT ref-index ].

und_pred := predication &
 [ UND ref-index ].

iv_pred := act_pred.
tv_pred := act_pred & und_pred.

;;; ----- Verb lexeme types -----

verb-lxm := lexeme &
 [ SYN [ HEAD verb & [ INV false ],
	 SPR < [ SYN [ HEAD noun, 
                       SPR < >, 
                       COMPS < > ] ] > ],
   SEM [ MODE prop ] ].	 

iv-lxm := verb-lxm &
 [ SYN [ HEAD [ AUX false ],
         SPR < [ SEM [ INDEX #1 ] ] >,
         COMPS < > ],
   SEM [ INDEX sit-index,
	 RESTR <! iv_pred &
		[ ACT #1 ] !> ] ].

iv-infl-3sg := iv-lxm &
 [ SYN [ HEAD verb & [ FORM fin ],
         SPR < [ SYN [ HEAD [ CASE nom, 
                              AGR 3sing ] ] ] > ] ].

tv-lxm := verb-lxm &
 [ SYN [ HEAD [ AUX false ],
         SPR < [ SEM [INDEX #1 ] ] >,
         COMPS < [ SYN [ HEAD noun & [ CASE acc ],
                         SPR < >,
                         COMPS < > ],
                   SEM [ INDEX #2 ] ] > ],
   SEM [ INDEX sit-index,
         RESTR <! tv_pred & [ ACT #1, 
                              UND #2 ] !> ] ].

tv-infl-3sg := tv-lxm &
 [ SYN [ HEAD verb & [ FORM fin ],
         SPR < [ SYN [ HEAD [ CASE nom, 
                              AGR 3sing ] ] ] > ] ].

;;; ----- Grammar Rule Defs

dtr-type := synsem-struc.

nh-dtr-type := dtr-type &
 [ NH1 synsem-struc ].

head-dtr-type := dtr-type &
 [ H synsem-struc ].

grule := phrase &
 [ ARGS *list* ].

hd-grule := grule & head-dtr-type.
;;; added glbtype by hand

head-feature-principle := hd-grule & 
 [ SYN [ HEAD #head ],
   H [ SYN [ HEAD #head ] ] ].

semantic-inheritance-principle := hd-grule &
 [ SEM [ MODE  #mode,
	 INDEX #index ],
   H [ SEM [ MODE  #mode,
	     INDEX #index ] ] ].

headed-rule := head-feature-principle & semantic-inheritance-principle.

semantic-compositionality-principle1 := hd-grule &
 [ SEM [ RESTR #restr ],
   H [ SEM [ RESTR #restr ] ] ].

semantic-compositionality-principle2 := hd-grule & nh-dtr-type &
 [ SEM [ RESTR [ LIST #restr_first,
                 LAST #restr_last ] ],
   H [ SEM [ RESTR [ LIST #restr_first,
                     LAST #restr_middle ] ] ],  
   NH1 [ SEM [ RESTR [ LIST #restr_middle,
                       LAST #restr_last ] ] ] ].

unary-headed-rule := headed-rule & semantic-compositionality-principle1 &
 [ ORTH #orth,
   H #head & [ ORTH #orth ],
   ARGS < #head > ].

binary-headed-rule :=  headed-rule & semantic-compositionality-principle2 &
 [ ORTH [ LIST #first,
	  LAST #last ],
   ARGS < [ ORTH [ LIST #first,
                   LAST #middle ] ],   
          [ ORTH [ LIST #middle,
                   LAST #last] ] > ].

birule-headfirst := binary-headed-rule &
 [ H #1,
   NH1 #2,
   ARGS < #1, #2 > ] .

birule-headfinal := binary-headed-rule &
 [ NH1 #1,
   H #2,
   ARGS < #1, #2 > ] .

;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
;; Basic types for lists, strings, and parse-node labels
;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;

*list* := *top*.

ne-list := *list* &
 [ FIRST *top*,
   REST *list* ].

list-of-synsem-structs := *list*.

*null* := list-of-synsem-structs.

ne-list-of-synsem-structs := list-of-synsem-structs & ne-list &
 [ FIRST synsem-struc,
   REST list-of-synsem-structs ].

ne-list-of-anything := ne-list.

*diff-list* := *top* &
 [ LIST *list*,
   LAST *list* ].

list-of-predications := *diff-list*.
list-of-orths := *diff-list*.

string := *top*.

; LABEL and META used for labeling nodes in parse trees

label :=  synsem-struc &
 [ LABEL-NAME string ],
   status: label.

meta := synsem-struc &
 [ META-PREFIX string,
   META-SUFFIX string ],
   status: meta.

;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
;;  Lexical semantic predicates
;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;

r_sleep := reln.
r_like := reln.
r_name := reln.