public void addRelation(Entity entity, TLinkType trc)
{
if (relations_.ContainsKey(entity))
{
relations_[entity] = trc;
}
else
{
relations_.Add(entity, trc);
}
}
public TLinkType getRelation(Entity entity)
{
TLinkType ret = TLinkType.OVERLAP;
if (relations_.TryGetValue(entity, out ret))
{
return(ret);
}
else
{
return(TLinkType.OVERLAP);
}
}
private static string get_type_string(TLinkType type)
{
switch (type)
{
case TLinkType.AFTER: return("AFTER");
case TLinkType.BEFORE: return("BEFORE");
case TLinkType.OVERLAP: return("OVERLAP");
case TLinkType.OTHER: return("OTHER");
}
return("OVERLAP");
}
private bool get_equivalent_tlink(EntityLink link, ref List <EntityLink> std_links, out TLinkType type)
{
Entity target_from = link.from;
Entity target_to = link.to;
type = TLinkType.OTHER;
for (int i = 0; i < std_links.Count; i++)
{
Entity std_from = std_links[i].from;
Entity std_to = std_links[i].to;
if (is_same_concept(target_from, std_from) && is_same_concept(target_to, std_to))
{
switch (std_links[i].type)
{
case TLinkType.AFTER: type = TLinkType.AFTER; break;
case TLinkType.BEFORE: type = TLinkType.BEFORE; break;
case TLinkType.OTHER: type = TLinkType.OTHER; break;
case TLinkType.OVERLAP: type = TLinkType.OVERLAP; break;
}
return(true);
}
if (is_same_concept(target_from, std_to) && is_same_concept(target_to, std_from))
{
switch (std_links[i].type)
{
case TLinkType.AFTER: type = TLinkType.BEFORE; break;
case TLinkType.BEFORE: type = TLinkType.AFTER; break;
case TLinkType.OTHER: type = TLinkType.OTHER; break;
case TLinkType.OVERLAP: type = TLinkType.OVERLAP; break;
}
return(true);
}
}
return(false);
}
