private void Run()
{
// direct all edges from the red nodes to the blue nodes
RedirectedGraph redToBlue = new RedirectedGraph(Graph,
x => (IsRed(Graph.U(x)) ? RedirectedGraph.Direction.Forward : RedirectedGraph.Direction.Backward));
// add a source and a target to the graph and some edges
Supergraph flowGraph = new Supergraph(redToBlue);
Node source = flowGraph.AddNode();
Node target = flowGraph.AddNode();
foreach (var node in Graph.Nodes())
{
if (IsRed(node))
{
flowGraph.AddArc(source, node, Directedness.Directed);
}
else
{
flowGraph.AddArc(node, target, Directedness.Directed);
}
}
Arc reflow = flowGraph.AddArc(target, source, Directedness.Directed);
// run the network simplex
NetworkSimplex ns = new NetworkSimplex(flowGraph,
lowerBound: x => (x == reflow ? MinimumMatchingSize : 0),
upperBound: x => (x == reflow ? MaximumMatchingSize : 1),
cost: x => (Graph.HasArc(x) ? Cost(x) : 0));
ns.Run();
if (ns.State == SimplexState.Optimal)
{
var matching = new Matching(Graph);
foreach (var arc in ns.UpperBoundArcs.Concat
(ns.Forest.Where(kv => kv.Value == 1).Select(kv => kv.Key)))
{
if (Graph.HasArc(arc))
{
matching.Enable(arc, true);
}
}
Matching = matching;
}
}
private void cmbMatchingToolSelect_SelectedIndexChanged(object sender, EventArgs e)
{
if (mat2dManger == null)
{
return;
}
int index = cmbMatchingToolSelect.SelectedIndex;
if (index > -1)
{
mat2dManger.Mat2DToolName = mat2dTools[index];
IMatching matchingTool = ToolsFactory.GetToolList(mat2dManger.SettingIndex).Find(
x => x.Name == mat2dTools[index]) as IMatching;
if (matchingTool != null)
{
mat2dManger.Mat2DToolName = ((ToolBase)matchingTool).Name;
if (mat2dManger.SelectMatchingToolObserver != null)
{
mat2dManger.SelectMatchingToolObserver(matchingTool);
}
}
}
}
private void Run()
{
RedirectedGraph graph = new RedirectedGraph(Graph, (Arc x) => (!IsRed(Graph.U(x))) ? RedirectedGraph.Direction.Backward : RedirectedGraph.Direction.Forward);
Supergraph supergraph = new Supergraph(graph);
Node node = supergraph.AddNode();
Node node2 = supergraph.AddNode();
foreach (Node item in Graph.Nodes())
{
if (IsRed(item))
{
supergraph.AddArc(node, item, Directedness.Directed);
}
else
{
supergraph.AddArc(item, node2, Directedness.Directed);
}
}
Arc reflow = supergraph.AddArc(node2, node, Directedness.Directed);
NetworkSimplex networkSimplex = new NetworkSimplex(supergraph, (Arc x) => (x == reflow) ? MinimumMatchingSize : 0, (Arc x) => (!(x == reflow)) ? 1 : MaximumMatchingSize, null, (Arc x) => (!Graph.HasArc(x)) ? 0.0 : Cost(x));
networkSimplex.Run();
if (networkSimplex.State == SimplexState.Optimal)
{
Matching matching = new Matching(Graph);
foreach (Arc item2 in networkSimplex.UpperBoundArcs.Concat(from kv in networkSimplex.Forest
where kv.Value == 1
select kv.Key))
{
if (Graph.HasArc(item2))
{
matching.Enable(item2, true);
}
}
Matching = matching;
}
}
static void Main(string[] args)
{
try
{
ucsAPI = new UCSAPIClass();
serveruserData = ucsAPI.ServerUserData as IServerUserData;
terminalUserData = ucsAPI.TerminalUserData as ITerminalUserData;
accessLogData = ucsAPI.AccessLogData as IAccessLogData;
serverAuthentication = ucsAPI.ServerAuthentication as IServerAuthentication;
terminalOption = ucsAPI.TerminalOption as ITerminalOption;
// create UCBioBSP Instance
ucBioBSP = new UCBioBSPClass();
fpData = ucBioBSP.FPData as IFPData;
device = ucBioBSP.Device as IDevice;
extraction = ucBioBSP.Extraction as IExtraction;
fastSearch = ucBioBSP.FastSearch as IFastSearch;
matching = ucBioBSP.Matching as IMatching;
ucsAPI.EventTerminalConnected += UCSCOMObj_EventTerminalConnected;
ucsAPI.EventRealTimeAccessLog += UcsAPI_EventRealTimeAccessLog;
ucsAPI.EventOpenDoor += ucsAPI_EventOpenDoor;
ucsAPI.EventFirmwareVersion += (id, terminalId, version) =>
{
Console.WriteLine("*EVENTFIRMAREVERSION*");
Console.WriteLine("+ ERROR CODE: {0}", ucsAPI.ErrorCode);
};
ucsAPI.ServerStart(255, 9840);
ucsAPI.EventVerifyCard += (id, mode, level, rfid) =>
{
Console.WriteLine("<--EventVerifyCard");
Console.WriteLine($" +ErrorCode:{ucsAPI.ErrorCode}");
Console.WriteLine($" +TerminalID:{id}");
Console.WriteLine($" +AuthMode:{mode}");
Console.WriteLine($" +Antipassback Level:{level}");
Console.WriteLine($" +TextRFID:{rfid}");
};
ucsAPI.EventTerminalStatus += (id, terminalId, status, doorStatus, coverStatus) =>
{
Console.WriteLine("<--EventTerminal Status");
Console.WriteLine($" +ClientID:{0}", id);
Console.WriteLine($" +TerminalID:{0}", terminalId);
Console.WriteLine($" +Terminal Status:{status}");
Console.WriteLine($" +Door Status:{doorStatus}");
Console.WriteLine($" +Cover Status:{coverStatus}");
Console.WriteLine($" +Error Code: {ucsAPI.ErrorCode}");
Console.WriteLine($" +MAC: {ucsAPI.TerminalMacAddr[1]}");
};
ucBioBSP.OnCaptureEvent += UcBioBSP_OnCaptureEvent;
Console.ReadKey();
}
catch (Exception e)
{
Console.WriteLine(e.Message);
}
Console.ReadKey();
}
public MatchedObjects(IMatching match, MatchingObject[] objects)
{
_match = match;
_objects = objects;
}
public Rule(IMatching cond, IEffect effect)
{
_cond = cond;
_effect = effect;
}
public TimerMatching(IMatching matching, float timerSec)
{
_anotherMatching = matching;
_timerSec = timerSec;
_lastSec = UnityEngine.Time.time;
}
