public static Phrase ReduceDateTimeAdditionDateTime(IFuzzyState state, Dictionary<String, Token> parameters) {
DateTimeTemporalPrimitiveToken dateTimeA = (DateTimeTemporalPrimitiveToken) parameters["dateTimeA"];
AdditionThirdOrderArithmeticOperatorToken addition = (AdditionThirdOrderArithmeticOperatorToken) parameters["addition"];
DateTimeTemporalPrimitiveToken dateTimeB = (DateTimeTemporalPrimitiveToken) parameters["dateTimeB"];
AndLogicalOperatorToken and = new AndLogicalOperatorToken() {
Text = addition.Text,
Similarity = addition.Similarity
};
return DateTimeTemporalPrimitiveToken.ReduceDateTimeAndDateTime(state, new Dictionary<String, Token>() {
{"dateTimeA", dateTimeA},
{"and", and},
{"dateTimeB", dateTimeB}
});
}
public static Phrase ReduceDateTimeAtDateTime(IFuzzyState state, Dictionary<String, Token> parameters) {
DateTimeTemporalPrimitiveToken dateTimeA = (DateTimeTemporalPrimitiveToken) parameters["dateTimeA"];
AtAdpositionsPrepositionsSyntaxToken at = (AtAdpositionsPrepositionsSyntaxToken) parameters["at"];
DateTimeTemporalPrimitiveToken dateTimeB = (DateTimeTemporalPrimitiveToken) parameters["dateTimeB"];
AndLogicalOperatorToken and = new AndLogicalOperatorToken() {
Text = at.Text,
Similarity = at.Similarity
};
return DateTimeTemporalPrimitiveToken.ReduceDateTimeAndDateTime(state, new Dictionary<String, Token>() {
{"dateTimeA", dateTimeA},
{"and", and},
{"dateTimeB", dateTimeB}
});
}
public static Phrase ReduceDateTimeAtNumber(IFuzzyState state, Dictionary<String, Token> parameters) {
DateTimeTemporalPrimitiveToken dateTimeA = (DateTimeTemporalPrimitiveToken) parameters["dateTimeA"];
AtAdpositionsPrepositionsSyntaxToken at = (AtAdpositionsPrepositionsSyntaxToken) parameters["at"];
FloatNumericPrimitiveToken number = (FloatNumericPrimitiveToken) parameters["number"];
int definitiveHour = (int) number.ToFloat().ConvertTo(typeof (int));
if (number.ToFloat() < 12) {
// If PM
if (DateTime.Now.Hour > 12) {
definitiveHour += 12;
}
}
HourVariableTemporalPrimitiveToken hour = new HourVariableTemporalPrimitiveToken() {
Pattern = new FuzzyDateTimePattern() {
Rule = TimeType.Definitive,
Hour = definitiveHour,
Minute = 0,
Second = 0
},
Text = number.Text,
Similarity = number.Similarity
};
AndLogicalOperatorToken and = new AndLogicalOperatorToken() {
Text = at.Text,
Similarity = at.Similarity
};
return DateTimeTemporalPrimitiveToken.ReduceDateTimeAndDateTime(state, new Dictionary<String, Token>() {
{"dateTimeA", dateTimeA},
{"and", and},
{"hour", hour}
});
}
public static Phrase ReduceDateTimePlusDateTime(IFuzzyState state, Dictionary<String, Token> parameters) {
DateTimeTemporalPrimitiveToken dateTimeA = (DateTimeTemporalPrimitiveToken) parameters["dateTimeA"];
PlusTypographySyntaxToken plus = (PlusTypographySyntaxToken) parameters["plus"];
DateTimeTemporalPrimitiveToken dateTimeB = (DateTimeTemporalPrimitiveToken) parameters["dateTimeB"];
AndLogicalOperatorToken and = new AndLogicalOperatorToken() {
Text = plus.Text,
Similarity = plus.Similarity
};
return DateTimeTemporalPrimitiveToken.ReduceDateTimeAndDateTime(state, new Dictionary<String, Token>() {
{"dateTimeA", dateTimeA},
{"and", and},
{"dateTimeB", dateTimeB}
});
}
