public void learn(string subjectPatternString, string typePatternString, string objectPatternString)
{
clsPattern subjectPattern = this.recallCreatePattern(subjectPatternString);
clsPattern typePattern = this.recallCreatePattern(typePatternString);
clsPattern objectPattern = this.recallCreatePattern(objectPatternString);
this.learn(subjectPattern.firstConcept, typePattern.firstConcept, objectPattern.firstConcept);
}
// ***************************************************************
#region Linking and Learning
// assign a pattern to make this concept searchable
public void connectPattern(clsPattern pattern)
{
if (!_patterns.Contains(pattern))
{
_patterns.Add(pattern);
pattern.linkConcept(this);
}
}
/*********************************************************************
* calls for learning and recalling patterns
*********************************************************************/
// learn a single concept
public clsPattern learnPattern(string patternString)
{
clsPattern pattern = this.recallPattern(patternString);
if (pattern == null)
{
pattern = new clsPattern(patternString);
_patterns.Add(pattern);
}
return(pattern);
}
public List <clsRelationship> recallSubjectRelationship(clsPattern typePattern, clsPattern objectPattern)
{
return(objectPattern.firstConcept.subjectRelationships(typePattern.firstConcept));
}
// one link could have multiple indirect objects
// example - is first person, is second person
public clsConcept(clsPattern pattern)
{
this._patterns.Add(pattern);
}
