/// <summary>
/// Initializes a new instance of the <see cref="MorphCoOccurrenceTrace"/> class.
/// </summary>
/// <param name="cooccurrence"></param>
/// <param name="usage"></param>
internal MorphCoOccurrenceTrace(MorphCoOccurrence cooccurrence, string usage)
{
m_cooccurrence = cooccurrence;
m_usage = usage;
}
public override void MorphCooccurrenceRuleFailed(MorphCoOccurrence cooccurrence, string usage, WordSynthesis input)
{
if (TraceTemplatesSynthesis)
{
var trace = new MorphCoOccurrenceTrace(cooccurrence, usage);
((Trace)input.CurrentTraceObject).AddChild(trace);
}
}
public override void MorphCooccurrenceRuleFailed(MorphCoOccurrence cooccurrence, string usage, WordSynthesis input)
{
if (TraceTemplatesSynthesis)
{
((XElement)input.CurrentTraceObject).Add(Write("MorphCooccurrenceRuleFailed", cooccurrence, usage));
}
}
protected virtual XElement Write(string name, MorphCoOccurrence coOccurrence, string usage)
{
XElement elem = new XElement(name);
elem.Add(new XElement("Usage", usage));
elem.Add(new XElement("Type", coOccurrence.Type));
var others = new XElement("Others");
foreach (var item in coOccurrence.Others)
{
var morpheme = item as Morpheme;
if (morpheme != null)
{
others.Add(Write("Morpheme", morpheme));
continue;
}
var allomorph = item as Allomorph;
if (allomorph != null)
{
others.Add(Write("Allomorph", allomorph));
}
}
elem.Add(others);
elem.Add(new XElement("Adjacency", coOccurrence.Adjacency));
return elem;
}
public abstract void MorphCooccurrenceRuleFailed(MorphCoOccurrence cooccurrence, string usage, WordSynthesis input);