QuantifiedPluralProdclass | parser.t[2221] |
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class
QuantifiedPluralProd : PluralProd
QuantifiedPluralProd
PluralProd
NounPhraseProd
BasicProd
object
QuantifiedPluralProd
ExactQuantifiedPluralProd
BothPluralProd
qualifiedPluralNounPhrase(both)
explicitDetPluralNounPhrase(definiteNumber)
explicitDetPluralOnlyNounPhrase(definiteNumber)
qualifiedPluralNounPhrase(allNum)
qualifiedPluralNounPhrase(anyNum)
Inherited from NounPhraseProd
:
filterForCollectives
Inherited from BasicProd
:
firstTokenIndex
isSpecialResponseMatch
lastTokenIndex
getQuantity
getVerifyKeepers
resolveMainPhrase
resolveNouns
selectExactCount
Inherited from PluralProd
:
basicPluralResolveNouns
Inherited from NounPhraseProd
:
filterTruncations
Inherited from BasicProd
:
canResolveTo
getOrigText
getOrigTokenList
setOrigTokenList
getQuantity ( ) | parser.t[2242] |
getVerifyKeepers (results) OVERRIDDEN | parser.t[2358] |
resolveMainPhrase (resolver, results) | parser.t[2232] |
If this is unable to resolve the list, it can flag an appropriate error via the results object and return nil. If this routine returns nil, our main resolver will simply return an empty list without further flagging of any errors.
resolveNouns (resolver, results) | parser.t[2245] |
selectExactCount (lst, num, scopeList, resolver, results) | parser.t[2342] |
Note that this will never be called with 'num' larger than the number in the current list. This is only called to select a smaller subset than we currently have.
By default, we'll simply select an arbitrary subset, since we simply want any 'num' of the matches. This can be overridden if other behaviors are needed.