internal Adjective(Ontology ontology, string[] name) : base(ontology, name)
{
Name = name;
Ontology.AllAdjectives[name] = this;
Ontology.Store(name, this);
Driver.Driver.AppendResponseLine($"Learned the adjective <b><i>{name.Untokenize()}</i></b>.");
}
internal ProperNoun(Ontology ontology, string[] name) : base(ontology, name)
{
Name = name;
Individual = Ontology.PermanentIndividual(new MonadicConceptLiteral[0], Name);
Driver.Driver.AppendResponseLine($"Learned the new proper name <b><i>{Name.Untokenize()}</i></b>.");
Ontology.AllNouns[Name] = this;
}
internal Part(Ontology ontology, string[] name, int count, CommonNoun kind, IEnumerable <MonadicConceptLiteral> modifiers) : base(ontology, name)
{
Name = name;
Ontology.AllParts[name] = this;
Count = count;
Kind = kind;
Modifiers = modifiers.ToArray();
}
internal Individual(Ontology ontology, IEnumerable <MonadicConceptLiteral> concepts, string[] name, Individual container = null, Part containerPart = null, bool ephemeral = false) : base(ontology, name, ephemeral)
{
Name = name;
Container = container;
ContainerPart = containerPart;
var enumerated = concepts as MonadicConceptLiteral[] ?? concepts.ToArray();
Kinds.AddRange(enumerated.Where(l => l.IsPositive && l.Concept is CommonNoun).Select(l => (CommonNoun)l.Concept).Distinct());
// Remove redundant kinds
for (var i = Kinds.Count - 1; i >= 0; i--)
{
var kind = Kinds[i];
foreach (var possibleSubKind in Kinds)
{
if (possibleSubKind != kind && possibleSubKind.IsSubKindOf(kind))
{
// Listing kind is redundant
Kinds.RemoveAt(i);
break;
}
}
}
Modifiers.AddRange(enumerated.Where(l => !l.IsPositive || !(l.Concept is CommonNoun)));
}
internal CommonNoun(Ontology ontology, string[] name) : base(ontology, name)
{
}
internal Verb(Ontology ontology) : base(ontology, null)
{
}
/// <summary>
/// Make a new referent.
/// </summary>
/// <param name="name">Name of the referent</param>
/// <param name="ephemeral">True if this referent will exist only in one generator, and is not being added to the ontology</param>
/// <param name="ontology">Ontology within which the referent exists</param>
protected Referent(Ontology ontology, string[] name, bool ephemeral = false)
{
Ontology = ontology;
Ontology.CheckTerminologyCanBeAdded(name, GetType(), !ephemeral);
}
/// <summary>
/// Makes Concept
/// </summary>
protected Concept(Ontology ontology, string[] name) : base(ontology, name)
{
}
/// <summary>
/// Makes a new noun
/// </summary>
protected Noun(Ontology ontology, string[] name) : base(ontology, name)
{
}
internal TokenTrie(Ontology ontology) : base(ontology)
{
}
/// <summary>
/// Make a new TokenTrie
/// </summary>
protected TokenTrieBase(Ontology ontology)
{
ontology.AllTokenTries.Add(this);
}
internal Property(Ontology ontology, string[] name, VariableType type) : base(ontology, name)
{
Name = name;
Ontology.AllProperties[name] = this;
Type = type;
}
