internal Invention(Ontology.Ontology ontology, Generator generator, Solution model)
{
Ontology = ontology;
Generator = generator;
Model = model;
PossibleIndividuals = new List <PossibleIndividual>(Individuals.Count);
PossibleIndividuals.AddRange(Individuals.Select(i => new PossibleIndividual(i, this)));
}
/// <summary>
/// Creates a generator for objects of the specified types
/// </summary>
/// <param name="noun">Base common noun for the object</param>
/// <param name="concepts">Other monadic concepts that must be true of the object</param>
/// <param name="count">Number of objects of the specified type to include</param>
public Generator(CommonNoun noun, IEnumerable <MonadicConceptLiteral> concepts, int count = 1)
{
Ontology = noun.Ontology;
Count = count;
Noun = noun;
Concepts = concepts.ToArray();
Rebuild();
}
/// <inheritdoc />
public Parser(Ontology.Ontology o, params Func <Parser, IEnumerable <SentencePattern> >[] commandSets)
{
Ontology = o;
InitializeConstituents();
Is = MatchCopula;
Has = MatchHave;
Count = () => MatchInt(out ParsedCount);
UpperBound = () => MatchFloat(out ParsedUpperBound);
LowerBound = () => MatchFloat(out ParsedLowerBound);
StandardSentencePatterns(o);
foreach (var set in commandSets)
{
SentencePatterns.AddRange(set(this));
}
}
internal void StandardSentencePatterns(Ontology.Ontology ontology)
{
SentencePatterns.AddRange(new[]