static void getSequence(int sequenceLength) { var result = "\n"; ulong x = 0; ulong y = 1; ulong z = 0; if (sequenceLength < 2) { Console.WriteLine("\nYou need at least two numbers to create a sequence!"); } else if (SequenceList.Count == 0) { SequenceList.Add(x); SequenceList.Add(y); } while (SequenceList.Count < sequenceLength) { z = x + y; SequenceList.Add(z); x = y; y = z; } ; foreach (var value in SequenceList) { result += (value + " "); } Console.WriteLine(result); }
internal protected override bool TryCreate(MetaElementType elementType, out ReadElement element) { switch (elementType) { case MetaElementType.Field: FieldReadElement fieldReadElement = new FieldReadElement(); fieldList.Add(fieldReadElement); element = fieldReadElement; return(true); case MetaElementType.Sequence: SequenceReadElement sequenceReadElement = new SequenceReadElement(); sequenceList.Add(sequenceReadElement); element = sequenceReadElement; return(true); case MetaElementType.Substitution: SubstitutionReadElement substitutionReadElement = new SubstitutionReadElement(); substitutionList.Add(substitutionReadElement); element = substitutionReadElement; return(true); default: element = null; return(false); } }
private void fillList() { RoomsDetection roomsDetection = new RoomsDetection(); if (_context.MovementSekv.Any()) { var movSekvList = _context.MovementSekv.ToList(); foreach (var movSekv in movSekvList) { DateTime convertedDate = DateTime.Parse(movSekv.TimeStamp); Izby izba = null; String izbaName = ""; try { izba = _context.Rooms.Where(t => t.IzbaID == movSekv.IzbyFK).First(); izbaName = izba.Nazov; } catch (Exception e) { izbaName = "Vonku"; } string alert = "NA"; if (movSekv.Upozornenie_Cas != 0) { alert = "Čas"; } else if (movSekv.Upozornenie_Hranica != 0) { alert = "Hranica"; } MovementObj movObj = new MovementObj { PohId = movSekv.PohSekvId, RoomName = izbaName, Alert = alert, LongDate = convertedDate.ToLongDateString(), Date = convertedDate.ToShortDateString(), Time = convertedDate.ToLongTimeString(), Duration = movSekv.Cas_Zotrvania, xValue = movSekv.Xhodnota, yValue = movSekv.Yhodnota }; SequenceList.Add(movObj); } fillPageWithSequence(SequenceList.Last()); } else { MovAlert = "Neexistuje žiadna sekvencia"; } SequenceList = new ObservableCollection <MovementObj>(SequenceList.Reverse()); }
public void AddAllSequences(SequenceList newSequences) { if (newSequences != null) { foreach (Sequence sequence in newSequences.listSequence) { SequenceList.Add(sequence); } } }
public void Test() { SequenceList <int> list = new SequenceList <int>(5); // 1, 2, 3, 4 list.Add(1); list.Add(2); list.Add(3); list.Add(4); Assert.Equal(4, list.Length); Assert.Equal(2, list[1]); // 1, 2, 3, 4 // 1, 2, 3, 5 list[3] = 5; Assert.Equal(4, list.Length); Assert.Equal(5, list[3]); // 1, 2, 3, 5 // 1, 8, 2, 3, 5 list.Insert(1, 8); Assert.Equal(5, list.Length); Assert.Equal(8, list[1]); Assert.Equal(2, list[2]); // 1, 8, 2, 3, 5 // 1, 2, 3, 5 int removedItem = list.RemoveAt(1); Assert.Equal(4, list.Length); Assert.Equal(8, removedItem); Assert.Equal(2, list[1]); list.Clear(); Assert.Equal(0, list.Length); }
private void ParseDelegates(string methodName, MethodInfo method, CNMAttrSequence.options sequence) { CNMHomeComponent instance = modularRefs[methodTypes[method]]; #if DEBUG Debug.LogFormat("CNMHome: Parsing {0} from {1} as {2}.", methodName, instance.GetType().Name, sequence); #endif try { switch (methodName) { case "CreateNode": Sequence_CreateNode.Add(sequence, Delegate.CreateDelegate(typeof(Action), instance, method) as Action); break; case "OnNetworkInitialized": Sequence_OnNetworkInitialized.Add(sequence, Delegate.CreateDelegate(typeof(Action), instance, method) as Action); break; case "OnNetworkPreUpdate": Sequence_OnNetworkPreUpdate.Add(sequence, Delegate.CreateDelegate(typeof(Action), instance, method) as Action); break; case "Start": Sequence_Start.Add(sequence, Delegate.CreateDelegate(typeof(Action), instance, method) as Action); break; case "Update": Sequence_Update.Add(sequence, Delegate.CreateDelegate(typeof(Action), instance, method) as Action); break; default: #if DEBUG log.warning("The method passed (" + methodName + ") was not a standard CommNet method."); #endif return; } log.debug("Successfully parsed " + methodName + " from type " + instance.GetType().Name); } catch (Exception ex) { log.error("Encountered an error creating a delegate for " + methodName + " from type " + instance.GetType().Name); log.error(ex); } }
private void ParseDelegates(string methodName, MethodInfo method, CNMAttrSequence.options sequence) { ModularCommNetVesselComponent instance = modularRefs[methodTypes[method]]; #if DEBUG if (andOrList.ContainsKey(method)) { Debug.LogFormat("ModularCommNetVessel: Parsing {0} from {1} as {2} with {3}.", methodName, instance.GetType().Name, sequence, andOrList[method]); } else { Debug.LogFormat("ModularCommNetVessel: Parsing {0} from {1} as {2}.", methodName, instance.GetType().Name, sequence); } #endif try { switch (methodName) { case "Awake": Sequence_Awake.Add(sequence, Delegate.CreateDelegate(typeof(Action), instance, method) as Action); break; case "OnAwake": Sequence_OnAwake.Add(sequence, Delegate.CreateDelegate(typeof(Action), instance, method) as Action); break; case "OnStart": Sequence_OnStart.Add(sequence, Delegate.CreateDelegate(typeof(Action), instance, method) as Action); break; case "OnDestroy": Sequence_OnDestroy.Add(sequence, Delegate.CreateDelegate(typeof(Action), instance, method) as Action); break; case "OnGoOffRails": Sequence_OnGoOffRails.Add(sequence, Delegate.CreateDelegate(typeof(Action), instance, method) as Action); break; case "OnGoOnRails": Sequence_OnGoOnRails.Add(sequence, Delegate.CreateDelegate(typeof(Action), instance, method) as Action); break; case "OnLoad": Sequence_OnLoad.Add(sequence, Delegate.CreateDelegate(typeof(Action <ConfigNode>), instance, method) as Action <ConfigNode>, instance); break; case "OnSave": Sequence_OnSave.Add(sequence, Delegate.CreateDelegate(typeof(Action <ConfigNode>), instance, method) as Action <ConfigNode>, instance); break; case "Update": Sequence_Update.Add(sequence, Delegate.CreateDelegate(typeof(Action), instance, method) as Action, instance); break; case "OnNetworkInitialized": Sequence_OnNetworkInitialized.Add(sequence, Delegate.CreateDelegate(typeof(Action), instance, method) as Action); break; case "OnNetworkPreUpdate": Sequence_OnNetworkPreUpdate.Add(sequence, Delegate.CreateDelegate(typeof(Action), instance, method) as Action); break; case "OnNetworkPostUpdate": Sequence_OnNetworkPostUpdate.Add(sequence, Delegate.CreateDelegate(typeof(Action), instance, method) as Action); break; case "CalculatePlasmaMult": Sequence_CalculatePlasmaMult.Add(sequence, Delegate.CreateDelegate(typeof(Action), instance, method) as Action, instance); break; case "UpdateComm": Sequence_UpdateComm.Add(sequence, Delegate.CreateDelegate(typeof(Action), instance, method) as Action, instance); break; case "CreateControlConnection": Sequence_CreateControlConnection.Add(sequence, Delegate.CreateDelegate(typeof(Func <bool>), instance, method) as Func <bool>, new Pair <CNMAttrAndOr.options, ModularCommNetVesselComponent>(andOrList[method], instance)); break; case "GetBestTransmitter": Sequence_GetBestTransmitter.Add(sequence, Delegate.CreateDelegate(typeof(Func <IScienceDataTransmitter>), instance, method) as Func <IScienceDataTransmitter>, instance); break; case "GetControlLevel": Sequence_GetControlLevel.Add(sequence, Delegate.CreateDelegate(typeof(Func <Vessel.ControlLevel>), instance, method) as Func <Vessel.ControlLevel>, instance); break; case "OnMapFocusChange": Sequence_OnMapFocusChange.Add(sequence, Delegate.CreateDelegate(typeof(Action <MapObject>), instance, method) as Action <MapObject>); break; case "GetSignalStrengthModifier": Sequence_GetSignalStrengthModifier.Add(sequence, Delegate.CreateDelegate(typeof(Func <CommNode, double>), instance, method) as Func <CommNode, double>, instance); break; default: #if DEBUG log.warning("The method passed (" + methodName + ") was not a standard CommNet method."); #endif return; } log.debug("Successfully parsed " + methodName + " from type " + instance.GetType().Name); } catch (Exception ex) { log.error("Encountered an error creating a delegate for " + methodName + " from type " + instance.GetType().Name); log.error(ex); } }
private void fillList() { int low = 0; int height = 0; int middle = 0; int ok = 0; double lowMin = 0; double heightMin = 0; double middleMin = 0; double okMin = 0; double lowMinDay = 0; double heightMinDay = 0; double middleMinDay = 0; double okMinDay = 0; int lowDay = 0; int heightDay = 0; int middleDay = 0; int okDay = 0; if (_context.TemperatureSekv.Any()) { var listTemp = _context.TemperatureSekv.ToList(); Helpers.SekvenceHelper.LimitCheck loader = new Helpers.SekvenceHelper.LimitCheck(); //DateTime actualForSummary = DateTime.Parse("2017-01-01T12:04:19Z"); DateTime actualForSummary = DateTime.Now; foreach (var t in listTemp) { DateTime convertedDate = DateTime.Parse(t.TimeStart); String durationTime = null; String endTimeString = "NA"; String endDateString = ""; double time = 0; try { DateTime endtime = DateTime.Parse(t.TimeClose); time = (endtime - convertedDate).TotalMinutes; var x = time - Math.Truncate(time); durationTime = Math.Truncate(time).ToString() + " min " + Math.Round(x * 60).ToString() + " sec"; endDateString = endtime.ToLongDateString(); endTimeString = endtime.ToLongTimeString(); } catch (Exception e) { System.Diagnostics.Debug.WriteLine("Exception parse date " + e.ToString()); durationTime = "NA"; } if (actualForSummary <= convertedDate.AddHours(12)) { switch (t.Upozornenie) { case 0: ok++; okMin += time; break; case 1: low++; lowMin += time; break; case -1: low++; lowMin += time; break; case 2: middle++; middleMin += time; break; case 3: height++; heightMin += time; break; } } if (actualForSummary <= convertedDate.AddHours(24)) { switch (t.Upozornenie) { case 0: okDay++; okMinDay += time; break; case 1: lowDay++; lowMinDay += time; break; case -1: lowDay++; lowMinDay += time; break; case 2: middleDay++; middleMinDay += time; break; case 3: heightDay++; heightMinDay += time; break; } } TemperatureObj tem = new TemperatureObj() { TempId = t.TeplSekvId, Value = "~" + t.Sekvencia.ToString("n2") + " °C", LongDate = convertedDate.ToLongDateString(), Date = convertedDate.ToShortDateString(), Time = convertedDate.ToLongTimeString(), DateEnd = endDateString, TimeEnd = endTimeString, Duration = durationTime, Upozornenie = t.Upozornenie, Alert = loader.getStringValuePulseAndTempLimit(t.Upozornenie) }; SequenceList.Add(tem); } fillPageWithSequence(SequenceList.Last()); } else { TempAlert = "Neexistuje žiadna sekvencia"; } HeightTwelve = "Vysoké: ~" + Math.Truncate(heightMin).ToString() + " min"; MiddleTwelve = "Stredné: ~" + Math.Truncate(middleMin).ToString() + " min"; LowTwelve = "Slabé: ~" + Math.Truncate(lowMin).ToString() + " min"; OkTwelve = "OK: ~" + Math.Truncate(okMin).ToString() + " min"; HeightDay = HeightTwelve = "Vysoké: ~" + Math.Truncate(heightMinDay).ToString() + " min"; MiddleDay = "Stredné: ~" + Math.Truncate(middleMinDay).ToString() + " min"; LowDay = "Slabé: ~" + Math.Truncate(lowMinDay).ToString() + " min"; OkDay = "OK: ~" + Math.Truncate(okMinDay).ToString() + " min"; // System.Diagnostics.Debug.WriteLine("/////CAS: " + okMin + " " + lowMin + " " + middleMin + " " + heightMin + " " + Math.Truncate(okMin).ToString()); SequenceList = new ObservableCollection <TemperatureObj>(SequenceList.Reverse()); }
private void ParseDelegates(string methodName, MethodInfo method, CNMAttrSequence.options sequence) { CommNetwork networkInstance = commNetworks[methodTypes[method]]; #if DEBUG if (andOrList.ContainsKey(method)) { Debug.LogFormat("CommNetManager: Parsing {0} from {1} as {2} with {3}.", methodName, networkInstance.GetType().Name, sequence, andOrList[method]); } else { Debug.LogFormat("CommNetManager: Parsing {0} from {1} as {2}.", methodName, networkInstance.GetType().Name, sequence); } #endif try { switch (methodName) { case "SetNodeConnection": Sequence_SetNodeConnection.Add(sequence, Delegate.CreateDelegate(typeof(Func <CommNode, CommNode, bool>), networkInstance, method) as Func <CommNode, CommNode, bool>, andOrList[method]); break; case "Add_CommNode": Sequence_Add_CommNode.Add(sequence, Delegate.CreateDelegate(typeof(Func <CommNode, CommNode>), networkInstance, method) as Func <CommNode, CommNode>); break; case "Add_Occluder": Sequence_Add_Occluder.Add(sequence, Delegate.CreateDelegate(typeof(Func <Occluder, Occluder>), networkInstance, method) as Func <Occluder, Occluder>); break; case "Connect": Sequence_Connect.Add(sequence, Delegate.CreateDelegate(typeof(Func <CommNode, CommNode, double, CommLink>), networkInstance, method) as Func <CommNode, CommNode, double, CommLink>); break; case "CreateShortestPathTree": Sequence_CreateShortestPathTree.Add(sequence, Delegate.CreateDelegate(typeof(Action <CommNode, CommNode>), networkInstance, method) as Action <CommNode, CommNode>); break; case "Disconnect": Sequence_Disconnect.Add(sequence, Delegate.CreateDelegate(typeof(Action <CommNode, CommNode, bool>), networkInstance, method) as Action <CommNode, CommNode, bool>, andOrList[method]); break; case "FindClosestControlSource": Sequence_FindClosestControlSource.Add(sequence, Delegate.CreateDelegate(typeof(Func <CommNode, CommPath, bool>), networkInstance, method) as Func <CommNode, CommPath, bool>, andOrList[method]); break; case "FindClosestWhere": Sequence_FindClosestWhere.Add(sequence, Delegate.CreateDelegate(typeof(Func <CommNode, CommPath, Func <CommNode, CommNode, bool>, CommNode>), networkInstance, method) as Func <CommNode, CommPath, Func <CommNode, CommNode, bool>, CommNode>); break; case "FindHome": Sequence_FindHome.Add(sequence, Delegate.CreateDelegate(typeof(Func <CommNode, CommPath, bool>), networkInstance, method) as Func <CommNode, CommPath, bool>, andOrList[method]); break; case "FindPath": Sequence_FindPath.Add(sequence, Delegate.CreateDelegate(typeof(Func <CommNode, CommPath, CommNode, bool>), networkInstance, method) as Func <CommNode, CommPath, CommNode, bool>, andOrList[method]); break; case "GetLinkPoints": Sequence_GetLinkPoints.Add(sequence, Delegate.CreateDelegate(typeof(Action <List <Vector3> >), networkInstance, method) as Action <List <Vector3> >); break; case "PostUpdateNodes": Sequence_PostUpdateNodes.Add(sequence, Delegate.CreateDelegate(typeof(Action), networkInstance, method) as Action); break; case "PreUpdateNodes": Sequence_PreUpdateNodes.Add(sequence, Delegate.CreateDelegate(typeof(Action), networkInstance, method) as Action); break; case "Rebuild": Sequence_Rebuild.Add(sequence, Delegate.CreateDelegate(typeof(Action), networkInstance, method) as Action); break; case "Remove_CommNode": Sequence_Remove_CommNode.Add(sequence, Delegate.CreateDelegate(typeof(Func <CommNode, bool>), networkInstance, method) as Func <CommNode, bool>, andOrList[method]); break; case "Remove_Occluder": Sequence_Remove_Occluder.Add(sequence, Delegate.CreateDelegate(typeof(Func <Occluder, bool>), networkInstance, method) as Func <Occluder, bool>, andOrList[method]); break; case "TestOcclusion": Sequence_TestOcclusion.Add(sequence, Delegate.CreateDelegate(typeof(Func <Vector3d, Occluder, Vector3d, Occluder, double, bool>), networkInstance, method) as Func <Vector3d, Occluder, Vector3d, Occluder, double, bool>, andOrList[method]); break; case "TryConnect": Sequence_TryConnect.Add(sequence, Delegate.CreateDelegate(typeof(Func <CommNode, CommNode, double, bool, bool, bool, bool>), networkInstance, method) as Func <CommNode, CommNode, double, bool, bool, bool, bool>, andOrList[method]); break; case "UpdateNetwork": Sequence_UpdateNetwork.Add(sequence, Delegate.CreateDelegate(typeof(Action), networkInstance, method) as Action); break; case "UpdateShortestPath": Sequence_UpdateShortestPath.Add(sequence, Delegate.CreateDelegate(typeof(Action <CommNode, CommNode, CommLink, double, CommNode, CommNode>), networkInstance, method) as Action <CommNode, CommNode, CommLink, double, CommNode, CommNode>); break; case "UpdateShortestWhere": Sequence_UpdateShortestWhere.Add(sequence, Delegate.CreateDelegate(typeof(Func <CommNode, CommNode, CommLink, double, CommNode, Func <CommNode, CommNode, bool>, CommNode>), networkInstance, method) as Func <CommNode, CommNode, CommLink, double, CommNode, Func <CommNode, CommNode, bool>, CommNode>); break; default: #if DEBUG log.warning("The method passed (" + methodName + ") was not a standard CommNet method."); #endif return; } log.debug("Successfully parsed " + methodName + " from type " + networkInstance.GetType().Name); } catch (Exception ex) { log.error("Encountered an error creating a delegate for " + methodName + " from type " + networkInstance.GetType().Name); log.error(ex); } }