public CADEdge(CADData src, CADData dst)
{
Type = CADDataType.Edge;
Src = src;
Dst = dst;
ConstraintPairs = new List<Tuple<Datum, Datum>>();
Name = "Edge";
}
public CADEdge(CADData src, CADData dst)
{
Type = CADDataType.Edge;
Src = src;
Dst = dst;
ConstraintPairs = new List <Tuple <Datum, Datum> >();
Name = "Edge";
}
private bool FindEdges(string my_component_id,
int degree_in,
List <string> closedComponents,
List <DataRep.CADEdge> openEdges)
{
bool status;
List <DataRep.CADEdge> newOpenEdges = new List <DataRep.CADEdge>();
List <DataRep.CADEdge> found_edges_set = new List <DataRep.CADEdge>();
int totalDegrees = 0;
foreach (var item in openEdges)
{
string srcID = item.Src.Id, dstID = item.Dst.Id;
if (my_component_id == srcID && closedComponents.Contains(dstID))
{
// Reverse Src and Dst in CEdge
DataRep.CADData tmpCADData = item.Src;
string tmpPort = item.SrcPortID, tmpPortName = item.SrcPortName;
item.Src = item.Dst;
item.SrcPortID = item.DstPortID;
item.SrcPortName = item.DstPortName;
item.Dst = tmpCADData;
item.DstPortID = tmpPort;
item.DstPortName = tmpPortName;
// end
totalDegrees += item.DegreeFreedom;
found_edges_set.Add(item);
}
else if (my_component_id == dstID && closedComponents.Contains(srcID))
{
totalDegrees += item.DegreeFreedom;
found_edges_set.Add(item);
}
else
{
newOpenEdges.Add(item);
}
}
if (totalDegrees < degree_in)
{
foreach (var item in found_edges_set)
{
newOpenEdges.Add(item); // insert edges back into newOpenEdges
}
status = false;
}
else
{
debugMessages.Add(my_component_id + " - DOF(" + totalDegrees + ")\n");
foreach (var item in found_edges_set)
{
debugMessages.Add(" Source: "+ item.Src.Id + " Dst: " + item.Dst.Id + "\n");
}
closedComponents.Add(my_component_id);
status = true;
}
openEdges.RemoveRange(0, openEdges.Count());
openEdges.AddRange(newOpenEdges);
return(status);
/*
* bool status;
* List<DataRep.CADEdge> newOpenEdges = new List<DataRep.CADEdge>();
* List<DataRep.CADEdge> found_edges_set = new List<DataRep.CADEdge>();
*
* int totalDegrees = 0;
*
* foreach (var item in openEdges)
* {
* string srcID = item.Src.Id, dstID = item.Dst.Id;
* if (my_component_id == srcID && closedComponents.Contains(dstID))
* {
* // Reverse Src and Dst in CEdge
* DataRep.CADData tmpCADData = item.Src;
* string tmpPort = item.SrcPortID;
* item.Src = item.Dst;
* item.SrcPortID = item.DstPortID;
* item.Dst = tmpCADData;
* item.DstPortID = tmpPort;
* // end
*
* totalDegrees += item.DegreeFreedom;
* found_edges_set.Add(item);
* }
* else if (my_component_id == dstID && closedComponents.Contains(srcID))
* {
* totalDegrees += item.DegreeFreedom;
* found_edges_set.Add(item);
* }
* else
* newOpenEdges.Add(item);
* }
*
* if (totalDegrees < degree_in)
* {
* foreach (var item in found_edges_set)
* newOpenEdges.Add(item); // insert edges back into newOpenEdges
* status = false;
* }
* else
* {
* debugMessages.Add(my_component_id + " - DOF(" + totalDegrees + ")\n");
* foreach (var item in found_edges_set)
* debugMessages.Add(" Source: " + item.Src.Id + " Dst: " + item.Dst.Id + "\n");
*
* closedComponents.Add(my_component_id);
* status = true;
* }
*
* openEdges.RemoveRange(0, openEdges.Count());
* openEdges.AddRange(newOpenEdges);
*
* return status;
*/
}
