public HorizontalCableLayoutComparer(Dictionary <int, CableInfo> cableInfoById, Dictionary <int, int> matePositionByCableId, int groupPosition)
{
this.matePositionByCableId = matePositionByCableId;
this.cableInfoById = cableInfoById;
this.groupPosition = groupPosition;
stringComparer = new NaturalSortingStringComparer();
}
public VerticalCableSymbolsComparer(List <ISchemeSymbol> topSymbols, List <ISchemeSymbol> bottomSymbols, Dictionary <int, int> bottomPositionById, Dictionary <int, int> topPositionById)
{
this.optimalBottomPositionById = bottomPositionById;
this.optimalTopPositionById = topPositionById;
this.topGroups = topSymbols;
this.bottomGroups = bottomSymbols;
stringComparer = new NaturalSortingStringComparer();
}
private void GetPins(Dictionary <int, DeviceConnection> deviceConnectionById, Dictionary <int, DeviceSymbol> deviceSymbolById, E3Text text)
{
Dictionary <string, SymbolPin> topPinByName = new Dictionary <string, SymbolPin>();
Dictionary <string, SymbolPin> bottomPinByName = new Dictionary <string, SymbolPin>();
foreach (int connectionId in ConnectionIds)
{
DeviceConnection connection = deviceConnectionById[connectionId];
int connectedId;
string pinName;
if (id == connection.StartDeviceId)
{
connectedId = connection.EndDeviceId;
pinName = connection.StartPinName;
}
else
{
connectedId = connection.StartDeviceId;
pinName = connection.EndPinName;
}
string connectedAssignment = deviceSymbolById[connectedId].Assignment;
if (!String.IsNullOrEmpty(Assignment) && String.IsNullOrEmpty(connectedAssignment))
{
if (!topPinByName.ContainsKey(pinName))
{
SymbolPin pin = new SymbolPin(pinName, connection.Signal, text, smallFont);
topPinByName.Add(pinName, pin);
}
topPinByName[pinName].CableIds.Add(connection.CableId);
}
else
{
if (!bottomPinByName.ContainsKey(pinName))
{
SymbolPin pin = new SymbolPin(pinName, connection.Signal, text, smallFont);
bottomPinByName.Add(pinName, pin);
}
bottomPinByName[pinName].CableIds.Add(connection.CableId);
}
}
topPins = topPinByName.Values.ToList();
bottomPins = bottomPinByName.Values.ToList();
NaturalSortingStringComparer stringComparer = new NaturalSortingStringComparer();
topPins.Sort((p1, p2) => stringComparer.Compare(p1.Name, p2.Name));
bottomPins.Sort((p1, p2) => stringComparer.Compare(p1.Name, p2.Name));
}
public VerticalCableLayoutComparer(Dictionary <int, CableInfo> cableInfoById, Dictionary <int, int> matePositionByCableId)
{
this.matePositionByCableId = matePositionByCableId;
this.cableInfoById = cableInfoById;
stringComparer = new NaturalSortingStringComparer();
}
private void SortSymbols()
{
NaturalSortingStringComparer stringComparer = new NaturalSortingStringComparer();
deviceSymbols.Sort((ds1, ds2) => stringComparer.Compare(ds1.Name, ds2.Name));
}
private Dictionary<int, Dictionary<int, int>> GetConnectedPositionByIdByCenterId(Level centerGroupLevel, List<Tuple<int, int>> topToBottomConnections)
{
IEnumerable<int> centerIds = topToBottomConnections.Select(c => (centerGroupLevel == Level.Top) ? c.Item1 : c.Item2).Distinct();
NaturalSortingStringComparer stringComparer = new NaturalSortingStringComparer();
Dictionary<int, Dictionary<int, int>> connectedPositionByIdByCenterId = new Dictionary<int, Dictionary<int, int>>();
foreach (int centerId in centerIds)
{
DeviceGroup centerGroup = symbolById[centerId] as DeviceGroup;
if (centerGroup == null)
continue;
List<int> connectedIds = topToBottomConnections.Where(c => ((centerGroupLevel == Level.Top) ? c.Item1 : c.Item2) == centerId).Select(c => (centerGroupLevel == Level.Top) ? c.Item2 : c.Item1).ToList();
int connectedCount = connectedIds.Count();
if (connectedCount > 1)
{
Dictionary<string, List<int>> groupIdsByPinName = new Dictionary<string, List<int>>(connectedCount);
foreach (int connectedId in connectedIds)
{
IEnumerable<int> commonCableIds = symbolById[connectedId].CableIds.Intersect(centerGroup.CableIds);
IEnumerable<SymbolPin> bottomPins = centerGroup.DeviceSymbols.SelectMany(ds => ds.BottomPins);
IEnumerable<SymbolPin> topPins = centerGroup.DeviceSymbols.SelectMany(ds => ds.TopPins);
List<SymbolPin> pins = new List<SymbolPin>(bottomPins.Count() + topPins.Count());
pins.AddRange(bottomPins);
pins.AddRange(topPins);
List<string> commonPinNames = pins.Where(p => p.CableIds.Intersect(commonCableIds).Any()).Select(p => p.Name).ToList();
commonPinNames.Sort(stringComparer);
string leftPinName = commonPinNames.First();
if (!groupIdsByPinName.ContainsKey(leftPinName))
groupIdsByPinName.Add(leftPinName, new List<int>(){connectedId});
else
groupIdsByPinName[leftPinName].Add(connectedId);
}
if (groupIdsByPinName.Count > 1)
{
List<string> sortedLeftPinNames = groupIdsByPinName.Keys.ToList();
sortedLeftPinNames.Sort(stringComparer);
Dictionary<int, int> positionById = new Dictionary<int, int>(connectedCount);
for (int position = 0; position < sortedLeftPinNames.Count; position++)
{
string pinName = sortedLeftPinNames[position];
groupIdsByPinName[pinName].ForEach(id => positionById.Add(id, position));
}
connectedPositionByIdByCenterId.Add(centerId, positionById);
}
}
}
return connectedPositionByIdByCenterId;
}
private void GetPins(Dictionary<int, DeviceConnection> deviceConnectionById, Dictionary<int, DeviceSymbol> deviceSymbolById, E3Text text)
{
Dictionary<string, SymbolPin> topPinByName = new Dictionary<string, SymbolPin>();
Dictionary<string, SymbolPin> bottomPinByName = new Dictionary<string, SymbolPin>();
foreach (int connectionId in ConnectionIds)
{
DeviceConnection connection = deviceConnectionById[connectionId];
int connectedId;
string pinName;
if (id == connection.StartDeviceId)
{
connectedId = connection.EndDeviceId;
pinName = connection.StartPinName;
}
else
{
connectedId = connection.StartDeviceId;
pinName = connection.EndPinName;
}
string connectedAssignment = deviceSymbolById[connectedId].Assignment;
if (!String.IsNullOrEmpty(Assignment) && String.IsNullOrEmpty(connectedAssignment))
{
if (!topPinByName.ContainsKey(pinName))
{
SymbolPin pin = new SymbolPin(pinName, connection.Signal, text, smallFont);
topPinByName.Add(pinName, pin);
}
topPinByName[pinName].CableIds.Add(connection.CableId);
}
else
{
if (!bottomPinByName.ContainsKey(pinName))
{
SymbolPin pin = new SymbolPin(pinName, connection.Signal, text, smallFont);
bottomPinByName.Add(pinName, pin);
}
bottomPinByName[pinName].CableIds.Add(connection.CableId);
}
}
topPins = topPinByName.Values.ToList();
bottomPins = bottomPinByName.Values.ToList();
NaturalSortingStringComparer stringComparer = new NaturalSortingStringComparer();
topPins.Sort((p1,p2)=>stringComparer.Compare(p1.Name, p2.Name));
bottomPins.Sort((p1, p2) => stringComparer.Compare(p1.Name, p2.Name));
}
