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incomplete concrete BaseI of Base =
open Syntax, (G = Grammar), Symbolic, LexBase in {
flags lexer=literals ; unlexer=text ;
lincat
Question = G.Phr ;
Answer = G.Phr ;
S = G.Cl ;
NP = G.NP ;
PN = G.NP ;
CN = G.CN ;
AP = G.AP ;
A2 = G.A2 ;
Conj = G.Conj ;
ListPN = G.ListNP ;
lin
PredAP = mkCl ;
ComplA2 = mkAP ;
ModCN = mkCN ;
ConjAP = mkAP ;
ConjNP = mkNP ;
UsePN p = p ;
Every = mkNP every_Det ;
Some = mkNP someSg_Det ;
And = and_Conj ;
Or = or_Conj ;
UseInt i = symb (i ** {lock_Int = <>}) ; ---- terrible to need this
Number = mkCN number_N ;
Even = mkAP even_A ;
Odd = mkAP odd_A ;
Prime = mkAP prime_A ;
Equal = equal_A2 ;
Greater = greater_A2 ;
Smaller = smaller_A2 ;
Divisible = divisible_A2 ;
Sum = prefix sum_N2 ;
Product = prefix product_N2 ;
GCD nps = mkNP (mkDet DefArt (mkOrd great_A))
(mkCN common_A (mkCN divisor_N2 (mkNP and_Conj nps))) ;
WhatIs np = mkPhr (mkQS (mkQCl whatSg_IP (mkVP np))) ;
WhichAre cn ap = mkPhr (mkQS (mkQCl (mkIP which_IQuant cn) (mkVP ap))) ;
QuestS s = mkPhr (mkQS (mkQCl s)) ;
Yes = mkPhr yes_Utt ;
No = mkPhr no_Utt ;
Value np = mkPhr (mkUtt np) ;
Many list = mkNP and_Conj list ;
None = none_NP ;
BasePN = G.BaseNP ;
ConsPN = G.ConsNP ;
oper
prefix : G.N2 -> G.ListNP -> G.NP = \n2,nps ->
mkNP DefArt (mkCN n2 (mkNP and_Conj nps)) ;
}
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