/* Benchmark */ public void OnFloatTest() { string serialized = BUtils.SerializeObject(new BEHandle <int>(counter)); LogConsole(serialized); //BUtils.DeserializeObject<BAnchorInformation>(serialized); BEventsCollection.TEST_FloatTest.Invoke(new BEHandle <float>(BUtils.GetTimeAsInt()), BEventReplicationType.TO_ALL, true); }
private void initUI() { listRouter.Items.Clear(); foreach (var value in Routers) { if (BUtils.isNotNull(value.Value.Stations1) && value.Value.Stations1.Count != 0) { listRouter.Items.Add(value.Value.RouterId + "_0"); } if (BUtils.isNotNull(value.Value.Stations2) && value.Value.Stations2.Count != 0) { listRouter.Items.Add(value.Value.RouterId + "_1"); } } }
public bool addPath(int stationA, int stationB) { if (!_busData.Stations.ContainsKey(stationA) || !_busData.Stations.ContainsKey(stationB)) { return(false); } Vertex vertA = checkAndAddVertex(stationA); Vertex vertB = checkAndAddVertex(stationB); string pathId = BUtils.generatePathId(stationA, stationB); Edge edge = checkAndAddEdge(pathId); StationPath path = _busData.getStationPath(pathId); edge.Target = vertB; edge.Weight = path.Distance; addEdgeToVertex(edge, vertA); return(true); }
public bool addRouterAtStation(int routerId, int stationId, int turn) { if (!_busData.Routers.ContainsKey(routerId) || !_busData.Stations.ContainsKey(stationId) || !BUtils.isValidTurn(turn)) { return(false); } List <int> stations = _busData.Routers[routerId].getStations(turn); bool check = false; for (int i = 0; i < stations.Count - 1; i++) { if (check || stations[i] == stationId) { addPath(stations[i], stations[i + 1]); check = true; } } return(true); }
private void showTreePathAtStation(List <int> stationIds, int deep, List <int> visitedRouters) { if (deep <= 0) { return; } for (int j = 0; j < stationIds.Count; j++) { int stationId = stationIds[j]; Station station = Stations[stationId]; for (int i = 0; i < station.Routers.Count; i++) { int routerId = station.Routers[i]; //if (visitedRouters.Contains(routerId)) // continue; visitedRouters.Add(routerId); Color color = BUtils.randomColor(); drawRouterAtStation(routerId, stationId, color); } showTreePathAtStation(stationIds, --deep, visitedRouters); } }
private void drawStationPath(List <int> stationIds, Color color, GMapOverlay overlay) { List <PointLatLng> list = new List <PointLatLng>(); int preStation = 0; for (int i = 0; i < stationIds.Count; i++) { int station = stationIds[i]; if (preStation == 0) { preStation = station; } else { string key = BUtils.generatePathId(preStation, station); if (!StationPaths.ContainsKey(key)) { preStation = station; continue; } StationPath path = StationPaths[key]; List <LatLong> points = path.Path; for (int j = 0; j < points.Count; j++) { LatLong point = points[j]; PointLatLng pont1 = new PointLatLng(point.Latitude, point.Longitude); list.Add(pont1); } preStation = station; } } GMapRoute routers = new GMapRoute(list, "polygon"); routers.Stroke = new Pen(color); routers.Stroke.Width = 5; overlay.Routes.Add(routers); }
public void OnIncrementToAll() { LogConsole("OnIncrementToAll : <color=red>[" + BUtils.GetTimeAsString() + "] </color>"); BEventsCollection.TEST_CounterIncrement.Invoke(new BEHandle <int>(counter), BEventReplicationType.TO_ALL, true); }
private void On_TEST_ObjectTest(BEHandle <BallDroneBAnchor> handle) { LogConsole("On_TEST_ObjectTest : " + BUtils.GetTimeAsString()); }
private void On_TEST_Vector3Test(BEHandle <Vector3> handle) { LogConsole("On_TEST_Vector3Test : " + BUtils.GetTimeAsString()); }
private void On_TEST_FloatTest(BEHandle <float> handle) { LogConsole("On_TEST_FloatTest : " + BUtils.GetTimeAsString()); }