public Integrator(double h, double maxTime, AWP awp = null) { _editPause = new ManualResetEvent (true); _h = h; _stepper = new RungeKuttaStepper (_h); //_stepper = new EulerStepper(_h); _calculating = false; _maxTime = maxTime; int capacity = (int)(maxTime / h) + 5; _list = new TimeList<Complex[]> (ChooseClosest.Distant, capacity); _triggerRange = 10; if (awp != null) { _awp = awp.Clone (); } else { Complex[] y0 = new Complex[100]; for (int i = 0; i < y0.Length; i++) { //y0 [i] = new Complex(1, rnd.NextDouble() * 2 - 1); //y0 [i] = new Complex (1, i < y0.Length / 2 ? -1 : 1); y0 [i] = Complex.FromPolarCoordinates(1, _rnd.NextDouble() * 2 * Math.PI); //y0 [i] = Complex.FromPolarCoordinates(1, i < y0.Length / 2 ? Math.PI / 2 : Math.PI * 3 / 2); } _awp = new AWP (100, 4, 1, 2, 14, 0, y0); } _awp.Changed+= delegate(object sender, EventArgs e) { _changed = true; Recalc (); }; _changed = true; Recalc (); }
public void DrawHist(TimeList<Complex[]> list, double t) { using (Context context = new Context(Surface)) { context.Rectangle(0, 0, Width, Height); context.Color = Background; context.Fill(); int index = list.Index (t); int times = 30; double xl = (double)(Width - 60) / N; double yl = (double)Height / times; Complex[] points; Color c; int ii; for (int i = index; i >= Math.Max(0, index - times); i--) { points = list.Get (i); N = points.Length; ii = index - i; for (int j = 0; j < points.Length; j++) { DrawHistArea (context, xl, yl, ii, j, _valueExtractor(points [j])); } } } DrawExpose (null, null); }
public RealTime Index() { var result = new RealTime(); try { bool enableSearch = Configuration.GetValue <bool>("ApiFlag:EnableSearch"); if (!enableSearch) { result.Succeed = false; result.ErrorMsg = "Currently the system is set off."; return(result); } var item = new TimeList(); item.Refresh(); result.TimeList = item; result.Succeed = true; } catch (Exception ex) { result.ErrorMsg = ex.Message + " - " + ex.InnerException; } return(result); }
public IActionResult Create(TimeList manageClient) { var find = manageClient.StationName; var result = serviceDestantionTable.GetAll().Where(x => x.DestinationName == find).FirstOrDefault(); manageClient.DestinationId = result.Id; try { if (ModelState.IsValid) { if (manageClient.Id == 0) { servicetimeList.Insert(manageClient); return(Json("1")); } else { servicetimeList.Update(manageClient); return(Json("1")); } } } catch (Exception e) { String S1 = e.ToString(); } return(View(manageClient)); }
public IActionResult Index() { var item = new TimeList(); item.Refresh(); return(View(item)); }
private static IEnumerable <double> GetTimes(ICurve1 curve, double tinc) { if (curve is MultiCurve1) { TimeList times = new TimeList(); MultiCurve1 multi = (MultiCurve1)curve; for (int i = 0; i < multi.NumSegments; i++) { double tmin = multi.GetTMin(i); double tmax = multi.GetTMax(i); double t = tmin; while (t < tmax) { times.Add(t); t += tinc; } times.Add(tmax); } return(times.GetTimes()); } else { TimeList times = new TimeList(); double tmin = curve.TMin; double tmax = curve.TMax; double t = tmin; while (t < tmax) { times.Add(t); t += tinc; } times.Add(tmax); return(times.GetTimes()); } }
public void TimeList_TimeUpdate() { DateTime now = new DateTime(2000, 3, 3, 3, 3, 3); TimeList <Nullable <int> > list = new TimeList <Nullable <int> >(now); list.Add(11, now); Assert.AreEqual(list.SecondsAt(0), 0); list.Add(11, now.AddSeconds(5)); Assert.AreEqual(list.SecondsAt(0), 5); list.Add(11, now.AddSeconds(6)); Assert.AreEqual(list.SecondsAt(0), 6); list.Add(11, now.AddSeconds(9)); Assert.AreEqual(list.SecondsAt(0), 9); list.Add(22, now.AddSeconds(15)); Assert.AreEqual(list.SecondsAt(0), 15); Assert.AreEqual(list.SecondsAt(1), 0); list.Add(22, now.AddSeconds(16)); Assert.AreEqual(list.SecondsAt(0), 15); Assert.AreEqual(list.SecondsAt(1), 1); list.Add(22, now.AddSeconds(20)); Assert.AreEqual(list.SecondsAt(0), 15); Assert.AreEqual(list.SecondsAt(1), 5); list.Add(33, now.AddSeconds(26)); Assert.AreEqual(list.SecondsAt(0), 15); Assert.AreEqual(list.SecondsAt(1), 11); Assert.AreEqual(list.SecondsAt(2), 0); }
public void TimeList_CorrectValues() { TimeList <Nullable <int> > list = new TimeList <Nullable <int> >(); list.Add(11); list.Add(11); list.Add(22); list.Add(22); list.Add(22); list.Add(33); list.Add(44); list.Add(55); list.Add(55); list.Add(55); list.Add(66); list.Add(66); list.Add(11); Assert.AreEqual(list[0], 11); Assert.AreEqual(list[1], 22); Assert.AreEqual(list[2], 33); Assert.AreEqual(list[3], 44); Assert.AreEqual(list[4], 55); Assert.AreEqual(list[5], 66); Assert.AreEqual(list[6], 11); }
public IActionResult DeleteConfirmed(TimeList manage) { var id = manage.Id; servicetimeList.Delete(id); //return RedirectToAction(nameof(Index)); return(Json("1")); }
public IActionResult AddPersonalTraining() { ViewData["Trainers"] = GetTrainerList(); ViewData["DayOfWeeks"] = DayOfWeeks; ViewData["TimeRanges"] = TimeList.Select(x => new SelectListItem { Text = x.ToString(), Value = x.ToString() }); return(View()); }
public void AddWorkPlanElement() { IsWorkPlanElementEditVisible = true; EditedWorkPlanElement = new WorkPlanElement(); PrepareLists(); EditedWorkPlanElement.StartTime = TimeList.First(); EditedWorkPlanElement.EndTime = TimeList.ElementAt(1); _selectedOperation = CrudOperation.Create; }
public void Clear() { if (TimeList != null) { Modified |= TimeList.Count > 0; TimeList.Clear(); } CountDailyWorkingHours = 0; CountDailyPlannedWorkingHours = 0; }
public IActionResult Create(int id = 0) { TimeList model = new TimeList(); if (id > 0) { model = servicetimeList.GetById(id); } model.DestantionTableList = serviceDestantionTable.GetAll().ToList(); return(View(@"~/Areas/Admin/Views/TimeList/Create.cshtml", model)); }
public void CancelReservation() { //reset set variables Direction = null; _userReservationTime = null; _userReservationDate = null; SelectedDate = DateTime.Today; TimeList.Clear(); IsTimeListEnabled = false; IsCreateButtonEnabled = false; }
protected void Page_Load(object sender, EventArgs e) { string[] nametime = new string[] { "ללא הגבלה", "10 שניות", "20 שניות", "30 שניות" }; for (int i = 0; i < nametime.Length; i++) { ListItem li = new ListItem(); li.Text = nametime[i]; li.Value = i.ToString(); TimeList.Items.Add(li); } TimeList.DataBind(); }
private TimeList<Complex[]> CalcSingle(Ode ode, Complex[] y0, double t_max) { TimeList<Complex[]> solve = new TimeList<Complex[]> (); Complex[] y = y0; for(double t = 0; t < t_max; t += _step.Stepsize) { y = _step.NextStep (ode, t, y); solve.Add (t, y); } return solve; }
protected void Page_Load(object sender, EventArgs e) { TimeList timeList = new TimeList(); //GridView1.DataSource = timeList.getTimeList(); //GridView1.DataBind(); string s = ""; for (int i = 0; i < 60; i++) { if(i%5==0)s+= "\n<asp:ListItem Value=\"" + i.ToString() + "\">" + i.ToString() + "</asp:ListItem>"; } TextBox1.Text = s; }
public void AddWorkPlanElement() { IsWorkPlanElementEditVisible = true; EditedWorkPlanElement = new WorkPlanElement(); PrepareLists(); EditedWorkPlanElement.Room = RoomList.FirstOrDefault(); EditedWorkPlanElement.Class = ClassList.FirstOrDefault(); EditedWorkPlanElement.StartTime = TimeList.First(); EditedWorkPlanElement.EndTime = TimeList.ElementAt(1); EditedWorkPlanElement.Worker = Workers.FirstOrDefault(); _selectedOperation = CrudOperation.Create; }
public void TimeList_AddBoolean() { TimeList <Nullable <int> > list = new TimeList <Nullable <int> >(); Assert.IsTrue(list.Add(11)); Assert.IsFalse(list.Add(11)); Assert.IsTrue(list.Add(22)); Assert.IsFalse(list.Add(22)); Assert.IsFalse(list.Add(22)); Assert.IsTrue(list.Add(33)); Assert.IsTrue(list.Add(44)); Assert.IsTrue(list.Add(55)); Assert.IsFalse(list.Add(55)); }
public IActionResult RequestAbonement() { var currentClient = context.Client.Single(x => x.Email == User.Identity.Name); ViewData["MyRequests"] = context.RequestAbonement.Where(x => x.IdClient == currentClient.Id).ToList(); ViewData["TermList"] = TermList.Select(x => new SelectListItem { Text = x.ToString(), Value = x.ToString() }); ViewData["TimeList"] = TimeList.Select(x => new SelectListItem { Text = x.ToString(@"hh\:mm"), Value = x.ToString() }); return(View(Roles.Client)); }
public void TimeList_AdjacentDifferent() { TimeList <Nullable <int> > list = new TimeList <Nullable <int> >(); Random r = new Random(); for (int i = 0; i < 10000; i++) { int n = r.Next(1, 10); list.Add(n); } Assert.IsTrue(list.ValidateAdjacentDifferent()); }
public void TimeList_GetSecondsList() { DateTime now = new DateTime(2000, 3, 3, 3, 3, 3); TimeList <Nullable <int> > list = new TimeList <Nullable <int> >(now); list.Add(11, now.AddSeconds(5)); list.Add(22, now.AddSeconds(6)); list.Add(33, now.AddSeconds(11)); List <long> seconds = list.GetSecondsList(now.AddSeconds(17)); Assert.AreEqual(seconds[0], 1); Assert.AreEqual(seconds[1], 5); Assert.AreEqual(seconds[2], 6); }
public override void Draw(TimeList<Complex[]> list, double t, DisplayMode mode) { Complex[] points = list [t]; switch (mode) { case DisplayMode.Snapshot: DrawSingle (points); break; case DisplayMode.History: DrawHist (list, t); break; default: break; } }
/// <summary> /// Eager load data from database /// </summary> private void GetTimeKeepingList() { try { Logger.Info("GetTimeKeepingList Method"); var timeList = DatabaseHelper.GetList <Timekeeping>(); TimeList.Clear(); foreach (var item in timeList) { TimeList.Add(item); } } catch (Exception ex) { Logger.Error(ex, "Exception occured from getting timekeeping list"); } }
private void SplitDataIntoDateAndTime(List <string> receiveDataList) { try { for (var i = 1; i < receiveDataList.Count - 1; i++) { var dateTime = receiveDataList[i].Split(','); DateList.Add(dateTime[0]); TimeList.Add(dateTime[1]); } } catch (Exception e) { Console.WriteLine(e + "Date Cannot be split into Date and Time"); throw; } }
public int CompareTo(TimeList other) { if (Base != other.Base) { return(Base.CompareTo(other.Base)); } if (Count != other.Count) { return(Count - other.Count); } for (int i = 0; i < Count; i++) { if (this[i] != other[i]) { return(this[i].CompareTo(other[i])); } } return(0); }
public void TimeList_CorrectCount() { TimeList <Nullable <int> > list = new TimeList <Nullable <int> >(); Assert.AreEqual(list.Count, 0); list.Add(0); Assert.AreEqual(list.Count, 1); list.Add(0); Assert.AreEqual(list.Count, 1); list.Add(1); Assert.AreEqual(list.Count, 2); list.Add(1); Assert.AreEqual(list.Count, 2); list.Add(2); Assert.AreEqual(list.Count, 3); }
private void BtnDisplay_Click(object sender, RoutedEventArgs e) { saveList.Clear(); ReadFromXML(); Applist.Clear(); for (int i = 0; i < saveList.Count(); i++) { Patient patient = saveList[i].Patient; MyPatient newPatient = new MyPatient(); newPatient.Age = patient.Age; newPatient.Time = patient.Time; newPatient.Gender = patient.Gender; newPatient.MedicalCondition = patient.MedicalCondition; newPatient.CtXray = patient.CtXray; newPatient.Treatment = patient.Treatment; newPatient.CreditCard = patient.CreditCard; Applist.Add(newPatient); TimeList.Remove(patient.Time); } MyGrid.ItemsSource = Applist; }
public void TimeList_TimeUpdateStart_NotFromZero() { DateTime now = new DateTime(2000, 3, 3, 3, 3, 3); TimeList <Nullable <int> > list = new TimeList <Nullable <int> >(now); list.Add(11, now.AddSeconds(10)); Assert.AreEqual(list.SecondsAt(0), 0); list.Add(22, now.AddSeconds(14)); Assert.AreEqual(list.SecondsAt(0), 4); Assert.AreEqual(list.SecondsAt(1), 0); list.Add(22, now.AddSeconds(15)); Assert.AreEqual(list.SecondsAt(0), 4); Assert.AreEqual(list.SecondsAt(1), 1); list.Add(33, now.AddSeconds(17)); Assert.AreEqual(list.SecondsAt(0), 4); Assert.AreEqual(list.SecondsAt(1), 3); Assert.AreEqual(list.SecondsAt(2), 0); }
private static IEnumerable <double> GetTimes(ICurve2 curve, double tinc) { if (curve is MultiCurve2) { TimeList times = new TimeList(); MultiCurve2 multi = (MultiCurve2)curve; for (int i = 0; i < multi.NumSegments; i++) { double tmin = multi.GetTMin(i); double tmax = multi.GetTMax(i); double t = tmin; while (t < tmax) { times.Add(t); t += tinc; } times.Add(tmax); } return(times.GetTimes()); } else if (curve is DisplacedCurve2) { DisplacedCurve2 displaced = (DisplacedCurve2)curve; return(MathUtils.ConcatSorted(GetTimes(displaced.Curve, tinc), GetTimes(displaced.Displacement, tinc))); } else { TimeList times = new TimeList(); double tmin = curve.TMin; double tmax = curve.TMax; double t = tmin; while (t < tmax) { times.Add(t); t += tinc; } times.Add(tmax); return(times.GetTimes()); } }
public void TimeList_CorrectTimeSimple() { DateTime now = new DateTime(2000, 3, 3, 3, 3, 3); TimeList <Nullable <int> > list = new TimeList <Nullable <int> >(now); list.Add(11, now); Assert.AreEqual(list.SecondsAt(0), 0); list.Add(22, now.AddSeconds(3)); Assert.AreEqual(list.SecondsAt(0), 3); Assert.AreEqual(list.SecondsAt(1), 0); list.Add(33, now.AddSeconds(7)); Assert.AreEqual(list.SecondsAt(0), 3); Assert.AreEqual(list.SecondsAt(1), 4); Assert.AreEqual(list.SecondsAt(2), 0); list.Add(44, now.AddSeconds(17)); Assert.AreEqual(list.SecondsAt(0), 3); Assert.AreEqual(list.SecondsAt(1), 4); Assert.AreEqual(list.SecondsAt(2), 10); Assert.AreEqual(list.SecondsAt(3), 0); list.Add(55, now.AddSeconds(18)); Assert.AreEqual(list.SecondsAt(0), 3); Assert.AreEqual(list.SecondsAt(1), 4); Assert.AreEqual(list.SecondsAt(2), 10); Assert.AreEqual(list.SecondsAt(3), 1); Assert.AreEqual(list.SecondsAt(4), 0); list.Add(66, now.AddSeconds(21)); Assert.AreEqual(list.SecondsAt(0), 3); Assert.AreEqual(list.SecondsAt(1), 4); Assert.AreEqual(list.SecondsAt(2), 10); Assert.AreEqual(list.SecondsAt(3), 1); Assert.AreEqual(list.SecondsAt(4), 3); Assert.AreEqual(list.SecondsAt(5), 0); Assert.AreEqual(list.Count, 6); }
private TimeList<Complex[]> CalcThreaded(Ode ode, Complex[] y0, double t_max) { int ptr = 0; int N = ode.N; double t = 0; TimeList<Complex[]> solve = new TimeList<Complex[]> (); Complex[] y = new Complex[N]; Complex[] lastY = y0; for (int thread = 0; thread < _threadCount; thread++) { ThreadPool.QueueUserWorkItem (new WaitCallback (delegate(object data) { int c; while (t < t_max) { while ((c = Interlocked.Increment(ref ptr)) <= N) { y[c - 1] = _step.NextStepComponent(c - 1, ode, t, lastY); } lock(syncLock) { ((AutoResetEvent)data).Set(); Monitor.Wait(syncLock); } } }), _resets [thread]); } for (t = 0; t < t_max; t += _step.Stepsize) { WaitHandle.WaitAll (_resets); lock(syncLock) { ptr = 0; solve.Add(t, y); lastY = y; y = new Complex[N]; Monitor.PulseAll (syncLock); } } return solve; }
private TimeList GetLevelAwardTimeList(XmlNode levelInfoNode) { TimeList timelist = new TimeList(); var awardList = levelInfoNode.ChildNodes; for (int awardId = 0; awardId < awardList.Count; ++awardId) { if (awardList[awardId].Attributes["id"].Value != awardId.ToString()) { throw new Exception("time level id not correspond necessary order"); } timelist.Add( new MyTime( Convert.ToInt32(awardList[awardId].Attributes["minutes"].Value), Convert.ToInt32(awardList[awardId].Attributes["seconds"].Value) ) ); } return(timelist); }
private async Task GetAvailableHoursForDateAndDirection() { await Task.Run(async() => { if (SelectedDate != null && Direction != null && Direction != "") { CancellationToken token = new CancellationToken(); List <ReservationResponse> reservations = await _reservationService.GetReservationsForDateAndDirections(pathDateAndDirections, Direction, SelectedDate, token); _userReservationDate = _selectedDate.Date.ToString(); List <string> allHoursList = _reservationService.GetAllHours(_direction); DateTime newSelectedDate = new DateTime(); UseTempDateTime(newSelectedDate); //ParseHourArrays(allHoursList); //RemoveReservedHours(allHoursList, reservations); Xamarin.Forms.Device.BeginInvokeOnMainThread(() => { TimeList.Clear(); allHoursList.ForEach(time => TimeList.Add(time)); IsTimeListEnabled = true; }); } }); }
public void CreateLists(List <Trip> trips) { var stopList = new StopList(this.Select(x => Tuple.Create(x.Item1, x.Item3)), Route); if (!StopLists.ContainsKey(stopList)) { StopLists.Add(stopList, stopList); } StopList = StopLists[stopList]; var timeList = new TimeList(this.Select(x => x.Item2), StopList); if (!TimeLists.ContainsKey(timeList)) { TimeLists.Add(timeList, timeList); } else { throw new InvalidOperationException(); } TimeList = TimeLists[timeList]; TimeList.Trips = trips; }
private void BtnRegister_Click(object sender, RoutedEventArgs e) { bool flag = ValidateValues(); if (slot <= appointmentArray.Length && flag == true) { if (appointmentArray[slot].Patient == null) { appointmentError.Content = ""; appointmentArray[slot].Patient = CreateNewPatient(); appointmentArray[slot].Patient.Time = appointmentCombo.SelectedValue.ToString(); appointmentArray[slot].Time = appointmentCombo.SelectedValue.ToString(); saveList.Add(appointmentArray[slot]); saveList.Sort(); } else if (appointmentArray[slot].Patient != null) { appointmentError.Foreground = Brushes.Red; appointmentError.Content = "Slot Aready Taken"; } } else { genralError.Foreground = Brushes.Red; genralError.Content = "Error Registering Customer"; } if (appointmentArray[slot].Patient != null) { Applist.Add(appointmentArray[slot].Patient); TimeList.RemoveAt(selectedIndex); } MyGrid.ItemsSource = Applist; //TimeList.Remove(appointmentCombo.SelectedValue.ToString()); }
public void CreateAll(string path, TimeList<Complex[]> list, double t) { if(!Directory.Exists(path)) { Directory.CreateDirectory (path); //throw new ArgumentException("Directory already exists"); } Complex[] points = list[t]; int index = list.Index (t); int N = list.Get (index).Length; string name = Path.GetFileName (path); using(StreamWriter w = new StreamWriter(Path.Combine(path, name + "_single.dat"))) { for (int i = 0; i < N; i++) { w.WriteLine ("{0} {1} {2} {3} {4}", i, points [i].Real.F(), points [i].Imaginary.F(), points [i].Magnitude.F(), points [i].Phase.F()); } w.Flush (); w.Close (); } double times = 10; int firstTime; if(t - times <= 0) { firstTime = 0; } else { firstTime = list.Index (t - times); } double[] cmX = new double[N]; double[] cmY = new double[N]; using(StreamWriter w = new StreamWriter(Path.Combine(path, name + "_hist.dat"))) { for (int ti = firstTime; ti <= index; ti++) { points = list.Get (ti); w.Write (points[0].Real.F()); for (int j = 1; j < N; j++) { w.Write(" "); w.Write (points[j].Real.F()); cmX [j] += points [j].Real; } w.WriteLine (); w.Write (points[0].Imaginary.F()); for (int j = 1; j < N; j++) { w.Write(" "); w.Write (points[j].Imaginary.F()); cmY [j] += points [j].Imaginary; } w.WriteLine (); w.Write (points[0].Magnitude.F()); for (int j = 1; j < N; j++) { w.Write(" "); w.Write (points[j].Magnitude.F()); } w.WriteLine (); } w.Flush (); w.Close (); } for (int i = 0; i < N; i++) { cmX [i] = cmX [i] / (index - firstTime); cmY [i] = cmY [i] / (index - firstTime); } using(StreamWriter w = new StreamWriter(Path.Combine(path, name + "_cm.dat"))) { for (int j = 0; j < N; j++) { w.WriteLine ("{0} {1}", j, Math.Sqrt (cmX [j] * cmX [j] + cmY [j] * cmY [j]).F()); } w.Flush (); w.Close (); } using(StreamWriter w = new StreamWriter(Path.Combine(path, name + ".plt"))) { w.WriteLine ("set terminal png"); w.WriteLine ("set termopt enhanced"); w.WriteLine ("set autoscale"); w.WriteLine ("set output \"x.png\""); w.WriteLine ("set title \"Plot 1\""); w.WriteLine ("set xlabel \"j\""); w.WriteLine ("set ylabel \"x_j\""); w.WriteLine ("plot \"" + name + "_single.dat\" using 1:2 notitle"); w.WriteLine ("set output \"y.png\""); w.WriteLine ("set title \"Plot 2\""); w.WriteLine ("set xlabel \"j\""); w.WriteLine ("set ylabel \"y_j\""); w.WriteLine ("plot \"" + name + "_single.dat\" using 1:3 notitle"); w.WriteLine ("set output \"xy.png\""); w.WriteLine ("set title \"Plot 3\""); w.WriteLine ("set xlabel \"j\""); w.WriteLine ("set ylabel \"y_j, x_j\""); w.WriteLine ("plot \"" + name + "_single.dat\" using 1:2 title \"x\", \"" + name + "_single.dat\" using 1:3 title \"y\""); w.WriteLine ("set output \"r.png\""); w.WriteLine ("set title \"Plot 3\""); w.WriteLine ("set xlabel \"j\""); w.WriteLine ("set ylabel \"r_j\""); w.WriteLine ("plot \"" + name + "_single.dat\" using 1:4 notitle"); w.WriteLine ("set output \"cm.png\""); w.WriteLine ("set title \"Massenschwerpunkt\""); w.WriteLine ("set xlabel \"j\""); w.WriteLine ("set ylabel \"r_{c.m.}\""); w.WriteLine ("plot \"" + name + "_cm.dat\" using 1:2 notitle"); w.WriteLine ("set output \"Phasenraum.png\""); w.WriteLine ("set title \"Phasenraum\""); w.WriteLine ("set xlabel \"Realteil\""); w.WriteLine ("set ylabel \"Imaginärteil\""); w.WriteLine ("plot \"" + name + "_single.dat\" using 2:3 notitle"); w.WriteLine ("set terminal png"); w.WriteLine ("set autoscale fix"); w.WriteLine ("set tics out nomirror"); w.WriteLine ("set pm3d map interpolate 0,0"); w.WriteLine ("set xlabel \"j\""); w.WriteLine ("set ylabel \"t\""); w.WriteLine ("set output \"hist_x.png\""); w.WriteLine ("set title \"x\""); w.WriteLine ("splot '" + name + "_hist.dat' every :3 matrix using 1:($2/" + ((t - list.TimeOf(firstTime)) * 30).F() + "):3 notitle"); w.WriteLine ("set output \"hist_y.png\""); w.WriteLine ("set title \"y\""); w.WriteLine ("splot '" + name + "_hist.dat' every :3::1 matrix using 1:(($2 - 1)/" + ((t - list.TimeOf(firstTime)) * 30).F() + "):3 notitle"); w.WriteLine ("set output \"hist_r.png\""); w.WriteLine ("set title \"r\""); w.WriteLine ("splot '" + name + "_hist.dat' every :3::2 matrix using 1:(($2 - 2)/" + ((t - list.TimeOf(firstTime)) * 30).F() + "):3 notitle"); w.Flush (); w.Close (); } System.Diagnostics.Process proc = new System.Diagnostics.Process (); proc.EnableRaisingEvents = false; proc.StartInfo.CreateNoWindow = true; proc.StartInfo.WorkingDirectory = path; proc.StartInfo.FileName = "gnuplot"; proc.StartInfo.Arguments = Path.Combine(path, name + ".plt"); proc.StartInfo.UseShellExecute = false; proc.StartInfo.RedirectStandardOutput = true; proc.Start (); proc.WaitForExit (); string output = proc.StandardOutput.ReadToEnd (); proc.Close (); }
public override void Draw(TimeList<Complex[]> list, double t) { Complex[] points = list [t]; _lastTime = t; Draw (points); }
protected void btnAdd_Click(object sender, EventArgs e) { STD_ClassTime sTD_ClassTime = new STD_ClassTime (); bool is12PMIssueEnd = false; if (ddlEndHour.SelectedValue == "12" && ddlEndAMPM.SelectedValue == "PM") { is12PMIssueEnd = true; txtEndTime.Text = "0:" + ddlEndMin.SelectedValue + " " + ddlEndAMPM.SelectedValue; } else { txtEndTime.Text = ddlEndHour.SelectedValue + ":" + ddlEndMin.SelectedValue + " " + ddlEndAMPM.SelectedValue; } bool is12PMIssueStart = false; if (ddlStartHour.SelectedValue == "12" && ddlStartAMPM.SelectedValue == "PM") { is12PMIssueStart = true; txtStartTime.Text = "0:" + ddlStartMin.SelectedValue + " " + ddlStartAMPM.SelectedValue; } else { txtStartTime.Text = ddlStartHour.SelectedValue + ":" + ddlStartMin.SelectedValue + " " + ddlStartAMPM.SelectedValue; } //txtEndTime.Text = ddlEndHour.SelectedValue + ":" + ddlEndMin.SelectedValue + " " + ddlEndAMPM.SelectedValue; txtClassTimeName.Text = (is12PMIssueStart ? "12:" + txtStartTime.Text.ToString().Split(':')[1] : txtStartTime.Text.ToString()) + " - " + (is12PMIssueEnd ? "12:" + txtEndTime.Text.ToString().Split(':')[1] : txtEndTime.Text.ToString()); TimeList timeList = new TimeList(); List<Time> times = new List<Time>(); times = timeList.getTimeList(); foreach (Time t in times) { if (txtStartTime.Text == t.TimeName) txtExtraField1.Text = t.TimeID.ToString(); if (txtEndTime.Text == t.TimeName) txtExtraField2.Text = t.TimeID.ToString(); } txtDuration.Text = ((int.Parse(txtExtraField2.Text) - int.Parse(txtExtraField1.Text)) * 5).ToString(); //Check in the group //DataSet classTimesAll = STD_ClassTimeManager.GetSTD_ClassTimeByClassTimeGroupID(); DataSet classTimes = STD_ClassTimeManager.GetSTD_ClassTimeByClassTimeGroupID(int.Parse(ddlClassTimeGroupID.SelectedValue)); bool isConfict = false; foreach (DataRow dr in classTimes.Tables[0].Rows) { if ((int.Parse(dr["ExtraField1"].ToString()) <= int.Parse(txtExtraField1.Text) && int.Parse(dr["ExtraField2"].ToString()) >= int.Parse(txtExtraField1.Text)) || (int.Parse(dr["ExtraField1"].ToString()) <= int.Parse(txtExtraField2.Text) && int.Parse(dr["ExtraField2"].ToString()) >= int.Parse(txtExtraField2.Text))) { isConfict = true; divNewRoutineTimeGourp.Visible = true; lblMessage.Text = "</br>There is a conflict with the Class Time Group-<span style='color:red;'>" + ddlClassTimeGroupID.SelectedItem.Text + "</span>. Please change it<br/>OR<br/>Click on the following button to set # System Generated"; try { if (ddlClassTimeGroupID.SelectedValue != ddlClassTimeGroupID.Items[ddlClassTimeGroupID.Items.Count - 1].Value) { ddlClassTimeGroupID.SelectedValue = (int.Parse(ddlClassTimeGroupID.SelectedValue) + 1).ToString(); btnAdd_Click(this, new EventArgs()); } else { btnAddWithNewTimeGroup_Click(this, new EventArgs()); } } catch (Exception ex) { btnAddWithNewTimeGroup_Click(this, new EventArgs()); } return; } } foreach (DataRow dr in classTimes.Tables[1].Rows) { if ((int.Parse(dr["ExtraField1"].ToString()) <= int.Parse(txtExtraField1.Text) && int.Parse(dr["ExtraField2"].ToString()) >= int.Parse(txtExtraField1.Text)) || (int.Parse(dr["ExtraField1"].ToString()) <= int.Parse(txtExtraField2.Text) && int.Parse(dr["ExtraField2"].ToString()) >= int.Parse(txtExtraField2.Text))) { txtExtraField3.Text += dr["ClassTimeID"].ToString() + ";"; } } divNewRoutineTimeGourp.Visible = false; lblMessage.Text = ""; // sTD_ClassTime.ClassTimeID= int.Parse(ddlClassTimeID.SelectedValue); sTD_ClassTime.ClassTimeName= txtClassTimeName.Text; sTD_ClassTime.Duration= decimal.Parse(txtDuration.Text); sTD_ClassTime.AddedBy= Profile.card_id; sTD_ClassTime.AddedDate= DateTime.Now; sTD_ClassTime.UpdatedBy= Profile.card_id; sTD_ClassTime.UpdateDate= DateTime.Now; sTD_ClassTime.Order= int.Parse(txtOrder.Text); sTD_ClassTime.ClassTimeGroupID= int.Parse(ddlClassTimeGroupID.SelectedValue); sTD_ClassTime.StartTime = (is12PMIssueStart ? "12:" + txtStartTime.Text.ToString().Split(':')[1] : txtStartTime.Text.ToString()); sTD_ClassTime.EndTime = (is12PMIssueEnd ? "12:" + txtEndTime.Text.ToString().Split(':')[1] : txtEndTime.Text.ToString()); sTD_ClassTime.ExtraField1= txtExtraField1.Text; sTD_ClassTime.ExtraField2= txtExtraField2.Text; sTD_ClassTime.ExtraField3= txtExtraField3.Text; sTD_ClassTime.ExtraField4= txtExtraField4.Text; sTD_ClassTime.ExtraField5= txtExtraField5.Text; sTD_ClassTime.RowStatusID= int.Parse(ddlRowStatusID.SelectedValue); int resutl =STD_ClassTimeManager.InsertSTD_ClassTime(sTD_ClassTime); Response.Redirect("AdminDisplaySTD_ClassTime.aspx"); }
public virtual void Draw(TimeList<Complex[]> list, double t) { Clear (); DrawExpose (_draw, null); }
public override void Draw(TimeList<Complex[]> list, double t) { Draw (list, t, _mode); }
public virtual void Draw(TimeList<Complex[]> list, double t, DisplayMode mode) { base.Draw(list, t); }