// build segments up into noun, verb and indirect object phrases
public void readSegments(List <clsSegment> segments)
{
// get the is and verb concepts
clsConcept isConcept = memory.recallConcept("is");
clsConcept verbConcept = memory.recallConcept("verb");
List <clsPhrase> Topics = new List <clsPhrase>();
// loop fragements and segments since the commas are not nessisarily the end of a phrase
clsPhrase phrase;
clsPattern pattern;
PhraseType currentPhraseType = PhraseType.noun;
// starting subject phrase
phrase = new clsPhrase(memory);
phrase.type = PhraseType.noun;
currentPhraseType = PhraseType.noun;
this.phrases.Add(phrase);
foreach (clsSegment segment in segments)
{
// look up pattern for this segment
pattern = memory.recallCreatePattern(segment.text);
if (pattern.text == "are")
{
int x = 2;
}
if (currentPhraseType == PhraseType.noun)
{
// if pattern still fits the expected phrase keep adding
if (pattern.objectRelationships(isConcept, verbConcept).Count == 0)
{
phrase.patterns.Add(pattern); // keep adding to subject phrase until we hit a verb
}
else
{
// starting new verb phrase
phrase = new clsPhrase(memory);
phrase.type = PhraseType.verb;
currentPhraseType = PhraseType.verb;
this.phrases.Add(phrase);
}
}
// building verb phrase
if (currentPhraseType == PhraseType.verb)
{
if (pattern.objectRelationships(isConcept, verbConcept).Count > 0)
{
phrase.patterns.Add(pattern); // keep adding to verb phrase until we hit word that is not a verb
}
else
{
// starting object phrase
phrase = new clsPhrase(memory);
phrase.type = PhraseType.absolute;
currentPhraseType = PhraseType.absolute;
this.phrases.Add(phrase);
}
}
// building object phrase
if (currentPhraseType == PhraseType.absolute)
{
phrase.patterns.Add(pattern);
}
}
// add last phase to phrases
this.phrases.Add(phrase); // keep adding to object phrase
}
/*
* public void identifyProperNouns(clsFragment fragment)
* {
* // thias has problems combining pronouns in titles that have lower case words like "Rock and Roll".
* // maybe adding a quote search as well will help
* clsConcept isConcept = memory.recallConcept("is");
* clsConcept properNounConcept = memory.recallConcept("proper noun");
*
* for (int s = 0; s < fragment.segments.Count; s++)
* {
* if (fragment.segments[s].isCapitalized)
* {
* // merge multiple capitalized words into a single proper noun
* int currentSegment = s;
* while (fragment.segments[s].isCapitalized && (s < fragment.segments.Count() - 1))
* {
* if (fragment.segments[s + 1].isCapitalized)
* {
* fragment.segments[currentSegment].text += " " + fragment.segments[s + 1].text;
* fragment.segments.RemoveAt(s + 1);
* }
* else s++;
* }
*
* fragment.segments[currentSegment].pattern.firstConcept.connectObject(isConcept, properNounConcept);
* }
* }
* }
*
* public void diagram(clsSentence sentence)
* {
* List<clsSegment> subjectSegments = new List<clsSegment>();
*
* foreach (clsFragment fragment in sentence.fragments)
* {
* bool foundVerb = false;
* foreach (clsSegment segment in fragment.segments)
* {
* //set segment pattern
* segment.pattern = memory.recallCreatePattern(segment.text);
*
* // get concept relationships
* segment.partsOfSpeech = "";
* clsConcept segmentConcept = segment.pattern.firstConcept;
* List<clsRelationship> relationships = segmentConcept.subjectRelationships(isConcept);
* foreach (clsRelationship relationship in relationships)
* {
* segment.partsOfSpeech += relationship.objectConcept.firstPattern.text;
* }
*
*
* // diagram code
* // map subject and predicate
* if (!foundVerb)
* {
* foreach (clsConcept concept in segment.pattern.concepts)
* {
* if (concept.subjectRelationship(isConcept, verbConcept) != null) foundVerb = true;
* }
*
* }
* if (!foundVerb) segment.diagram = Diagram.subject;
* else segment.diagram = Diagram.predicate;
*
*
* }
* }
*/
public static string toString(clsConcept concept)
{
return("");
}