A computational grammar and lexicon for Maltese
A computational grammar and lexicon for Maltese
A computational grammar and lexicon for Maltese
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shows how each of them is expressed in <strong>Maltese</strong> 4 .<br />
Table 2.18: RGL tense-anteriority system <strong>and</strong> correspondences to <strong>Maltese</strong> tenses<br />
Anteriority Tense Polarity Description Example<br />
Simult. Present Pos. Imperfective jorqod<br />
Simult. Present Neg. ″ ma jorqodx<br />
Simult. Past Pos. Perfective raqad<br />
Simult. Past Neg. ″ ma raqadx<br />
Simult. Future Pos. Prospective se jorqod<br />
Simult. Future Neg. ″ m’hux se jorqod<br />
Simult. Conditional Pos. Past imperfective kien jorqod<br />
Simult. Conditional Neg. ″ ma kienx jorqod<br />
Anterior Present Pos. (as Sim Past Pos)<br />
Anterior Present Neg. (as Sim Past Neg)<br />
Anterior Past Pos. Past perfect kien raqad<br />
Anterior Past Neg. ″ ma kienx raqad<br />
Anterior Future Pos. Future perfect se jkun raqad<br />
Anterior Future Neg. ″ m’hux se jkun raqad<br />
Anterior Conditional Pos. Past prospective kien jorqod<br />
Anterior Conditional Neg. ma kienx jorqod<br />
2.3.5 Phrases<br />
Noun phrase<br />
As shown in figure A.1, a noun phrase combines all kinds of determiners, pronouns, proper<br />
<strong>and</strong> common nouns, <strong>and</strong> relative clauses. Most of these elements are linearised into strings in<br />
the <strong>for</strong>mation of the noun phrase, such that the main s field is a record from case to string:<br />
oper<br />
NounPhrase : Type = {<br />
s : NPCase => Str ;<br />
a : Agr ;<br />
isPron : Bool ;<br />
isDefn : Bool ;<br />
} ;<br />
param<br />
NPCase = NPNom | NPAcc | NPCPrep ;<br />
4 This table differs from that shown in (Zammit, 2012, p. 31), which contains some errors.<br />
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