void VisualizeStatement(string statement)
{
Statement parsedStatement = new Statement(statement);
if (parsedStatement.type == Statement.StatementType.Unsupported)
{
return;
} //failed to create statement; unsupported statement
SubjectPredicate subjectPredicate = parsedStatement.subjectPredicate;
TruthValue truthValue = parsedStatement.truthValue;
//visualize subject, predicate as terms
QueueVisualizeNewConcept(subjectPredicate._subject);
QueueVisualizeNewConcept(subjectPredicate._predicate);
string statementKey = "";
//visualize inheritance relation
if (parsedStatement.type == Statement.StatementType.Inheritance)
{
statementKey = GetInheritanceString(subjectPredicate);
QueueVisualizeNewConcept(statementKey);
if (inheritTable.ContainsKey(statementKey) && inheritTable[statementKey].GetTruthValue().GetHashCode() == truthValue.GetHashCode())
{
return;
}
QueueVisualizeNewInherit(parsedStatement);
}
else if (parsedStatement.type == Statement.StatementType.Similarity)
{
statementKey = GetSimilarityString(subjectPredicate);
QueueVisualizeNewConcept(statementKey);
Statement parsedReverseStatement = NarseseParser.GetReverseStatement(statement);
string forwardStatementKey = GetInheritanceString(subjectPredicate);
string reverseStatementKey = GetInheritanceString(parsedReverseStatement.subjectPredicate);
if (inheritTable.ContainsKey(forwardStatementKey) && inheritTable[forwardStatementKey].GetTruthValue().GetHashCode() == truthValue.GetHashCode())
{
return;
}
QueueVisualizeNewInherit(parsedStatement);
if (inheritTable.ContainsKey(reverseStatementKey) && inheritTable[reverseStatementKey].GetTruthValue().GetHashCode() == parsedReverseStatement.truthValue.GetHashCode())
{
return;
}
QueueVisualizeNewInherit(parsedReverseStatement);
}
else
{
return;
}
}
public Statement(string statement)
{
int indexOfCopula = statement.IndexOf(NarseseParser.INHERITANCE_COPULA); // -->
int copulaLength = NarseseParser.INHERITANCE_COPULA.Length;
type = StatementType.Inheritance;
if (indexOfCopula == -1) // not found, similarity statement
{
indexOfCopula = statement.IndexOf(NarseseParser.SIMILARITY_COPULA); // <->
copulaLength = NarseseParser.SIMILARITY_COPULA.Length;
type = StatementType.Similarity;
}
if (indexOfCopula == -1) //not found, unsupported
{
type = StatementType.Unsupported;
return;
}
((string, string), (string, string))parsedStatement = ParseStatement(statement, indexOfCopula, copulaLength);
subjectPredicate = new SubjectPredicate(parsedStatement.Item1.Item1, parsedStatement.Item1.Item2);
truthValue = new TruthValue(parsedStatement.Item2.Item1, parsedStatement.Item2.Item2);
}
private string GetSimilarityString(SubjectPredicate subjectPredicate)
{
return("<" + subjectPredicate._subject + NarseseParser.SIMILARITY_COPULA + subjectPredicate._predicate + ">");
}
private string GetInheritanceString(SubjectPredicate subjectPredicate)
{
return("<" + subjectPredicate._subject + NarseseParser.INHERITANCE_COPULA + subjectPredicate._predicate + ">");
}
