public void Read(BinaryReader br)
{
TupleCount = br.ReadInt32();
DocumentID = br.ReadInt32();
DocumentParentID = br.ReadInt32();
DocumentProjectTupleList = new SupportClass.EquatableList <DocumentProjectTuple>();
for (int i = 0; i < TupleCount; i++)
{
var tuple = new DocumentProjectTuple();
tuple.Read(br);
DocumentProjectTupleList.Add(tuple);
}
}
public static List <DocumentProjectInfo> GetCopiedProjectManyInfos(List <DocumentProjectInfo> infos, int copyFactor, int largestTopicID)
{
List <DocumentProjectInfo> infos2 = new List <DocumentProjectInfo>();
int offset = 0;
for (int iFactor = 0; iFactor < copyFactor; iFactor++)
{
foreach (var info in infos)
{
var tupleList2 = new List <DocumentProjectTuple>();
foreach (var tuple in info.DocumentProjectTupleList)
{
DocumentProjectTuple tuple2;
if (tuple.ProjectNodeID >= 0)
{
tuple2 = new DocumentProjectTuple(tuple.ProjectNodeID + offset,
tuple.ProjectNodeParentID + offset, tuple.CosineSimilarity);
}
else if (tuple.ProjectNodeID == -1)
{
tuple2 = new DocumentProjectTuple(tuple.ProjectNodeID, tuple.ProjectNodeParentID + offset, tuple.CosineSimilarity);
}
else if (tuple.ProjectNodeID == -2)
{
tuple2 = new DocumentProjectTuple(tuple.ProjectNodeID, tuple.ProjectNodeParentID, tuple.CosineSimilarity);
}
else
{
throw new ArgumentException();
}
tupleList2.Add(tuple2);
}
var info2 = new DocumentProjectInfo(info.TupleCount, info.DocumentID + offset, info.DocumentParentID + offset, tupleList2);
infos2.Add(info2);
}
offset += largestTopicID + 100;
}
return(infos2);
}
