public ControlContainer(MMI.EBuLa.Tools.XMLLoader XMLConf) { InitializeComponent(); m_XMLConf = XMLConf; try { //m_parent = gotParent; m_widget = new EbulaControl(XMLConf); P_Display.Controls.Add(m_widget); if (m_XMLConf.Inverse) { m_widget.Inverse(); } else { m_widget.Inverse(); m_widget.Inverse(); } } catch (Exception e) { MessageBox.Show("Fehler beim Erstellen des Widgets! ("+e.Message.ToString()+")"); } try { pB_EBuLa.Image = new Bitmap(BACKGROUND_IMAGE); } catch(Exception) { MessageBox.Show("Fehler! Das Hintergrundbild \""+BACKGROUND_IMAGE+"\" konnte nicht geladen werden!"); } }
public FIS(ref MMI.EBuLa.Tools.XMLLoader state, ref SoundInterface sound) { /* NaechsterHalt = "Ostbahnhof"; Netz = "München"; Linie = "S1"; Start = "Ostbahnhof"; Ziel = "München Flughafen"; Zugnummer = "99132";*/ /* NaechsterHalt = "Neunkirchen(Saar)Hbf"; Netz = "Saarland"; Linie = "RB73"; Start = "Saarbrücken Hbf"; Ziel = "Türkismühle"; Zugnummer = "";*/ NaechsterHalt = ""; Netz = ""; Linie = ""; Start = ""; Ziel = ""; Zugnummer = ""; dx = sound; localconf = state; FillFIS(); }
public ControlContainer(MMI.EBuLa.Tools.XMLLoader XMLConf, int side) { InitializeComponent(); m_XMLConf = XMLConf; try { //m_parent = gotParent; m_widget = new ICE3Control(XMLConf, this); P_Display.Controls.Add(m_widget); if (m_XMLConf.Inverse) { m_widget.Inverse = true; } else { m_widget.Inverse = false; } } catch (Exception e) { MessageBox.Show("Fehler beim Erstellen des Widgets! ("+e.Message+")"); } try { pB_EBuLa.Image = new Bitmap(BACKGROUND_IMAGE); } catch(Exception) { MessageBox.Show("Fehler! Das Hintergrundbild \""+BACKGROUND_IMAGE+"\" konnte nicht geladen werden!"); } if (side == 1) net = new Network(ref m_widget, "(links)"); else if (side == 2) net = new Network(ref m_widget, "(rechts)"); else return; if (t == null) { t = new Thread(new ThreadStart(net.Connect)); t.IsBackground = true; t.Priority = m_XMLConf.thread_prio; t.Start(); Thread.Sleep(1); } /* MMI.EBuLa.Network ebula_net = null; m_widget_ebula = new MMI.EBuLa.EbulaControl(m_XMLConf, ref ebula_net); m_widget_ebula.Visible = false; P_Display.Controls.Add(m_widget_ebula); /*if (m_XMLConf.Inverse) { m_widget_ebula.Inverse(); }*/ }
public Switcher(ref MMI.DAVID.DavidState s, bool topMost) { // // Erforderlich für die Windows Form-Designerunterstützung // InitializeComponent(); m_state = s; if (s.ICEtype == ICETYPE.ICE1) rb_ICE1.Checked = true; else if (s.ICEtype == ICETYPE.ICE2_ET) rb_ICE2_ET_TK.Checked = true; else if (s.ICEtype == ICETYPE.ICE2_DT) rb_ICE2_DT.Checked = true; /* if (s.Türschliesung == TÜRSCHlIESSUNG.TB0) rb_TB0.Checked = true; else if (s.Türschliesung == TÜRSCHlIESSUNG.ICE) rb_ICE.Checked = true; else if (s.Türschliesung == TÜRSCHlIESSUNG.SAT) rb_SAT.Checked = true;*/ if (m_state.addtionalhours) cb_12std.Checked = true; this.TopMost = topMost; }
public ET42XState(ref MMI.EBuLa.Tools.XMLLoader conf, ref SoundInterface sound) { HBL_Druck = 5f; HL_Druck = 5f; //störungmgr.Add(new Störung(ENUMStörung.S02_Trennschütz)); störungmgr.Add(new Störung(ENUMStörung.S01_ZUSIKomm)); localconf = conf; fis = new FIS(ref conf, ref sound); }
public DavidControl(MMI.EBuLa.Tools.XMLLoader conf, ControlContainer cc) { if (!conf.DoubleBuffer) { //This turns off internal double buffering of all custom GDI+ drawing this.SetStyle(ControlStyles.DoubleBuffer, true); this.SetStyle(ControlStyles.AllPaintingInWmPaint, true); this.SetStyle(ControlStyles.UserPaint, true); USE_DOUBLE_BUFFER = false; } else { USE_DOUBLE_BUFFER = true; } InitializeComponent(); m_conf = conf; this.cc = cc; localstate = new DavidState(); localstate.ICEtype = ICETYPE.ICE1; localstate.Type = TYPE.David2; localstate.DISPLAY = CURRENT_DISPLAY.D2_B; olddisplay = CURRENT_DISPLAY.D1_I; //SetButtons(); vtime = DateTime.Now; InitC_druck(); int interval = Convert.ToInt32(Math.Round((1d/(double)FramesPerSecond)*1000d)); timer1.Interval = interval; timer1.Enabled = true; switch (m_conf.Sound) { case 1: sound = new APISound(); break; case 2: sound = new DxSound(); break; default: sound = new NullSound(); break; } Button_SW_Pressed(this, new EventArgs()); }
public ControlContainer(MMI.EBuLa.Tools.XMLLoader XMLConf) { InitializeComponent(); m_XMLConf = XMLConf; try { //m_parent = gotParent; m_widget = new ET42XControl(XMLConf, ref net); P_Display.Controls.Add(m_widget); if (m_XMLConf.Inverse) { m_widget.Inverse(); } else { /*m_widget.Inverse(); m_widget.Inverse();*/ } } catch (Exception e) { MessageBox.Show("Fehler beim Erstellen des Widgets! ("+e.Message+")"); } try { pB_EBuLa.Image = new Bitmap(BACKGROUND_IMAGE); } catch(Exception) { MessageBox.Show("Fehler! Das Hintergrundbild \""+BACKGROUND_IMAGE+"\" konnte nicht geladen werden!"); } net = new Network(ref m_widget); if (t == null) { t = new Thread(new ThreadStart(net.Connect)); t.IsBackground = true; t.Priority = m_XMLConf.thread_prio; t.Start(); Thread.Sleep(1); } m_widget.m_net = net; }
public Switcher(ref MMI.ICE3.ICE3State s, bool topMost) { // // Erforderlich für die Windows Form-Designerunterstützung // InitializeComponent(); m_state = s; if (s.ICEtype1 == ICE3TYPE.ICE403) rb_403_1.Checked = true; else if (s.ICEtype1 == ICE3TYPE.ICE406) rb_406_1.Checked = true; else if (s.ICEtype1 == ICE3TYPE.ICE411) rb_411_1.Checked = true; else if (s.ICEtype1 == ICE3TYPE.ICE415) rb_415_1.Checked = true; else if (s.ICEtype1 == ICE3TYPE.ICE415_2) rb_415_415_1.Checked = true; else if (s.ICEtype1 == ICE3TYPE.ICE605) rb_605_1.Checked = true; else if (s.ICEtype1 == ICE3TYPE.ICE605_2) rb_605_605_1.Checked = true; if (s.ICEtype2 == ICE3TYPE.ICE403) rb_403_2.Checked = true; else if (s.ICEtype2 == ICE3TYPE.ICE406) rb_406_2.Checked = true; else if (s.ICEtype2 == ICE3TYPE.ICE411) rb_411_2.Checked = true; else if (s.ICEtype2 == ICE3TYPE.ICE415) rb_415_2.Checked = true; else if (s.ICEtype2 == ICE3TYPE.ICE415_2) rb_415_415_2.Checked = true; else if (s.ICEtype2 == ICE3TYPE.ICE605) rb_605_2.Checked = true; else if (s.ICEtype2 == ICE3TYPE.ICE605_2) rb_605_605_2.Checked = true; if (m_state.addtionalhours) cb_12std.Checked = true; tB_ZugNr.Text = s.Zugnummer; this.TopMost = topMost; }
public Switcher(ref MMI.VT612.VT612State s, bool topMost) { // // Erforderlich für die Windows Form-Designerunterstützung // InitializeComponent(); m_state = s; if (s.VT612type1 == VT612TYPE.VT611) { rb_611_1.Checked = true; rb_611_1_CheckedChanged(this, new EventArgs()); } else if (s.VT612type1 == VT612TYPE.VT612) { rb_612_1.Checked = true; rb_612_1_CheckedChanged(this, new EventArgs()); } if (s.VT612type2 == VT612TYPE.VT611) rb_611_2.Checked = true; else if (s.VT612type2 == VT612TYPE.VT612) rb_612_2.Checked = true; else rb_kein_2.Checked = true; if (s.VT612type3 == VT612TYPE.VT611) rb_611_3.Checked = true; else if (s.VT612type3 == VT612TYPE.VT612) rb_612_3.Checked = true; else rb_kein_3.Checked = true; if (s.VT612type4 == VT612TYPE.VT611) rb_611_4.Checked = true; else if (s.VT612type4 == VT612TYPE.VT612) rb_612_4.Checked = true; else rb_kein_4.Checked = true; if (m_state.addtionalhours) cb_12std.Checked = true; this.TopMost = topMost; }
public vStripsPlugin() { // Get IP address of vStrips host from config IPAddress ip; if (IPAddress.TryParse(Properties.Settings.Default.vStripsHost, out ip)) { vStripsConnector.HostIP = ip; } else { vStripsConnector.HostIP = IPAddress.Loopback; Properties.Settings.Default.vStripsHost = IPAddress.Loopback.ToString(); } vStripsConnector.Start(); setupWindowMenu = new CustomToolStripMenuItem(CustomToolStripMenuItemWindowType.Main, CustomToolStripMenuItemCategory.Settings, new ToolStripMenuItem("vStrips INTAS")); setupWindowMenu.Item.Click += SetupWindowMenu_Click; MMI.AddCustomMenuItem(setupWindowMenu); MMI.SelectedTrackChanged += MMI_SelectedTrackChanged; // Subscribe to Selected Track change event JMG }
private void ProcessData(string packet) { if (packet.Length == 0) { return; } string msg = packet.Substring(1); string[] msg_fields = msg.Split(':'); FDP2.FDR fdr = null; if (msg_fields.Length > 0) { fdr = FDP2.GetFDRs.FirstOrDefault(f => f.Callsign == msg_fields[0]); } switch (packet[0]) { case 'U': if (!connected) { OnConnected(); } SendControllerInfo(); break; case 'r': // Runway request if (Airport?.ICAOName != msg) // || setRunways == false) // Commented out as part of runway supression { getMetar(msg); // Call before we update 'Airport' Airport = Airspace2.GetAirport(msg); setRunways = false; //vStripsPlugin.ShowSetupWindow(); // Commented out to stop popup JMG } else { //SendRunways(); Airport = Airspace2.GetAirport(msg); } break; case 'S': // State if (msg_fields.Length > 1 && fdr != null) { switch (msg_fields[1]) { case "TAXI": MMI.EstFDR(fdr); break; } } break; /* * JMG * vStrips doesn't send Arrival Runway, so we use Dep runway in vStrips for Arrival runway allocation. * We need to keep an eye out when Route changes received that have a Dep runway and reassign to Arr runway. * */ case 'R': // Route if (msg_fields.Length > 3 && fdr != null) { if (fdr.DepAirport == msg_fields[1] && fdr.DesAirport == msg_fields[2]) { string rte = msg_fields[3]; string[] rte_fields = rte.Split(' '); // parse route on space if (rte_fields[0].Contains('/')) // If the first field has a slash, it's a Dep runway assignment. { string[] start_fields = rte_fields[0].Split('/'); String NewRwy = start_fields[1]; // get the runway if (fdr.CoupledTrack?.OnGround == false) // if we're airborne apply the runway to Arrivals { FDP2.SetArrivalRunway(fdr, Airspace2.GetRunway(fdr.DesAirport, NewRwy)); } else // Apply the Route change, or Dep runway change { string temprwy = ""; if (fdr.DepartureRunway != null) { temprwy = fdr.DepartureRunway.ToString(); } if (temprwy != NewRwy) // if the Dep runway has changed { FDP2.SetDepartureRunway(fdr, Airspace2.GetRunway(fdr.DepAirport, NewRwy)); } else // Not a runway change, so update the route { FDP2.ModifyRoute(fdr, rte); } } } } else { FDP2.ModifyFDR(fdr, fdr.Callsign, fdr.FlightRules, msg_fields[1], msg_fields[2], msg_fields[3], fdr.Remarks, fdr.AircraftCount.ToString(), fdr.AircraftType, fdr.AircraftWake, fdr.AircraftEquip, fdr.AircraftSurvEquip, fdr.TAS.ToString(), fdr.RFL.ToString(), fdr.ETD.ToString("HHmm"), fdr.EET.ToString("HHmm")); } } break; case 'H': // Heading if (msg_fields.Length > 1 && fdr != null) { vStripsAssignedHeadings.AddOrUpdate(fdr.Callsign, int.Parse(msg_fields[1]), (s, i) => int.Parse(msg_fields[1])); if (!string.IsNullOrEmpty(msg_fields[1]) && msg_fields[1] != "0") { FDP2.SetGlobalOps(fdr, $"H{msg_fields[1]}"); } if (msg_fields.Length > 2 && msg_fields[2] != "0") { FDP2.SetCFL(fdr, FDP2.FDR.LEVEL_NONE, int.Parse(msg_fields[2]), false); } } break; case '>': // Select Callsign // Edited JMG to ensure when strip is selected in vStrips, track is selected in vatSys if (fdr != null) { var currentSelection = MMI.SelectedTrack; // Deselect old if (MMI.SelectedTrack != null) { MMI.SelectOrDeselectTrack(currentSelection); } var trk = MMI.FindTrack(fdr); if (trk != null) { MMI.SelectOrDeselectTrack(trk); } } break; } PacketReceived?.Invoke(this, new PacketReceivedEventArgs(packet)); Console.WriteLine(packet); }
public Switcher(ref MMI.ET42X.ET42XState s, bool topMost) { // // Erforderlich für die Windows Form-Designerunterstützung // InitializeComponent(); m_state = s; if (s.ET42Xtype1 == ET42XTYPE.ET423) { rb_423_1.Checked = true; rb_423_1_CheckedChanged(this, new EventArgs()); } else if (s.ET42Xtype1 == ET42XTYPE.ET424) { rb_424_1.Checked = true; rb_424_1_CheckedChanged(this, new EventArgs()); } else if (s.ET42Xtype1 == ET42XTYPE.ET425) { if (s.FISType == FIS_TYPE.GPS_FIS) { rb_425_2BS_1.Checked = true; rb_425_1_CheckedChanged(this, new EventArgs()); } else if (s.FISType == FIS_TYPE.FIS) { rb_425_1.Checked = true; rb_425_1_CheckedChanged(this, new EventArgs()); } } else if (s.ET42Xtype1 == ET42XTYPE.ET426) { rb_426_1.Checked = true; rb_425_1_CheckedChanged(this, new EventArgs()); } if (s.ET42Xtype2 == ET42XTYPE.ET423) rb_423_2.Checked = true; else if (s.ET42Xtype2 == ET42XTYPE.ET424) rb_424_2.Checked = true; else if (s.ET42Xtype2 == ET42XTYPE.ET425) rb_425_2.Checked = true; else if (s.ET42Xtype2 == ET42XTYPE.ET426) rb_426_2.Checked = true; else rb_kein_2.Checked = true; if (s.ET42Xtype3 == ET42XTYPE.ET423) rb_423_3.Checked = true; else if (s.ET42Xtype3 == ET42XTYPE.ET424) rb_424_3.Checked = true; else if (s.ET42Xtype3 == ET42XTYPE.ET425) rb_425_3.Checked = true; else if (s.ET42Xtype3 == ET42XTYPE.ET426) rb_426_3.Checked = true; else rb_kein_3.Checked = true; if (m_state.addtionalhours) cb_12std.Checked = true; l_Energie.Text = Math.Round(m_state.Energie / 1000d,0).ToString() + " kWh"; this.TopMost = topMost; }
public VT612Control(MMI.EBuLa.Tools.XMLLoader conf) { if (!conf.DoubleBuffer) { //This turns off internal double buffering of all custom GDI+ drawing this.SetStyle(ControlStyles.DoubleBuffer, true); this.SetStyle(ControlStyles.AllPaintingInWmPaint, true); this.SetStyle(ControlStyles.UserPaint, true); USE_DOUBLE_BUFFER = false; } else USE_DOUBLE_BUFFER = true; InitializeComponent(); uhrAußen = new ISphere(468+80, 41+80, 74); uhrInnengr = new ISphere(468+80, 41+80, 62); uhrInnenkl = new ISphere(468+80, 41+80, 69); uhrsec = new ISphere(468+80, 41+80, 60); uhrmin = new ISphere(468+80, 41+80, 60); uhrstd = new ISphere(468+80, 41+80, 47); uhrrest = new ISphere(468+80, 41+80, 10); center = new Point(468+80, 41+80); m_conf = conf; localstate = new MMI.VT612.VT612State(); // NOTBREMSE und E-BREMSE fehlen SetButtons(); vtime = DateTime.Now; zugkraft_thread = new Thread(new ThreadStart(MoveZugkraft)); int interval = Convert.ToInt32(Math.Round((1d/(double)conf.FramesPerSecondLow)*1000d)); timer1.Interval = interval; timer1.Enabled = true; }
public DIAGNOSEControl(MMI.EBuLa.Tools.XMLLoader conf, ref MMI.MMIBR185.BR185Control mmi) { if (!conf.DoubleBuffer) { //This turns off internal double buffering of all custom GDI+ drawing this.SetStyle(ControlStyles.DoubleBuffer, true); this.SetStyle(ControlStyles.AllPaintingInWmPaint, true); this.SetStyle(ControlStyles.UserPaint, true); USE_DOUBLE_BUFFER = false; } else USE_DOUBLE_BUFFER = true; InitializeComponent(); center = new Point(468+80, 30+80); uhrAußenList = (new ISphere(468+80, 30+80, 74)).PointList(); uhrInnenklList = (new ISphere(468+80, 30+80, 69)).PointList(); uhrInnengrList = (new ISphere(468+80, 30+80, 62)).PointList(); uhrminList = (new ISphere(468+80, 30+80, 60)).PointList(); uhrstdList = (new ISphere(468+80, 30+80, 47)).PointList(); uhrsecList = (new ISphere(468+80, 30+80, 60)).PointList(); uhrrestList = (new ISphere(468+80, 30+80, 10)).PointList(); m_conf = conf; mmi_widget = mmi; localstate = new MMI.DIAGNOSE.DIAGNOSEState(); localstate.Energie = conf.Energie; something_changed = true; // NOTBREMSE und E-BREMSE fehlen vtime = DateTime.Now; zugkraft_thread = new Thread(new ThreadStart(MoveZugkraft)); int interval = Convert.ToInt32(Math.Round((1d/(double)conf.FramesPerSecondLow)*1000d)); timer1.Interval = interval; timer1.Enabled = true; switch (m_conf.Sound) { case 1: Sound = new APISound(); break; case 2: Sound = new DxSound(); break; default: Sound = new NullSound(); break; } Button_SW_Pressed(this, new EventArgs()); mmi_widget.PREVENT_DRAW = true; /* try { // Now setup our D3D stuff Microsoft.DirectX.Direct3D.PresentParameters presentParams = new Microsoft.DirectX.Direct3D.PresentParameters(); presentParams.Windowed=true; presentParams.SwapEffect = Microsoft.DirectX.Direct3D.SwapEffect.Discard; device = new Microsoft.DirectX.Direct3D.Device(0, Microsoft.DirectX.Direct3D.DeviceType.Hardware, this, Microsoft.DirectX.Direct3D.CreateFlags.HardwareVertexProcessing, presentParams); } catch (Exception) {} */ }
public EbulaControl(MMI.EBuLa.Tools.XMLLoader XMLConf, bool isDAVID) { //This turns off internal double buffering of all custom GDI+ drawing this.SetStyle(ControlStyles.DoubleBuffer, true); this.SetStyle(ControlStyles.AllPaintingInWmPaint, true); this.SetStyle(ControlStyles.UserPaint, true); // Dieser Aufruf ist für den Windows Form-Designer erforderlich. InitializeComponent(); try { InitSpeedBar(); // Setze Virtuelle Zeit auf Reale Zeit vtime = new DateTime(System.DateTime.Now.Ticks); // Zeitmesser (basiert auf RealZeit) vdifftime = new DateTime(System.DateTime.Now.Ticks); vtimer = new System.Timers.Timer(); vtimer.Enabled = true; vtimer.Interval = 950; vtimer.SynchronizingObject = this; vtimer.Elapsed += new System.Timers.ElapsedEventHandler(this.vtimer_Elapsed); g = this.CreateGraphics(); verspaetung = 0; B_GNT.Enabled = false; control = new Control(verspaetung, XMLConf); control.use_DB = XMLConf.UseDB; //control.LoadTrainDEBUG(); control.Route = new Route("", ""); control.Route.Position = -1; control.vtime = vtime; m_conf = XMLConf; if (XMLConf.Sound == 0) { Sound = new NullSound(); control.sound = false; } else { switch (XMLConf.Sound) { case 1: Sound = new APISound(); break; case 2: Sound = new DxSound(); break; } control.sound = true; } net = new Network(isDAVID); if (net != null) { net.setControl(ref control); if (t == null) { t = new Thread(new ThreadStart(net.Connect)); t.IsBackground = true; t.Start(); Thread.Sleep(0); } } L_TOP.Location = new Point(260, L_TOP.Location.Y); L_DOWN.Location = new Point(260, L_DOWN.Location.Y); fsdwason = true; SetButtons(false); if (control.sound) Sound.PlaySound(); UpdateControl(); this.Focus(); } catch (Exception e) { MessageBox.Show("Fehler beim Erstellen der EBuLa Anzeige! ("+e.Message.ToString()+")"); } }
public EbulaControl(MMI.EBuLa.Tools.XMLLoader XMLConf) : this(XMLConf, false) { }
public static void ShowSetupWindow() { MMI.InvokeOnGUI((System.Windows.Forms.MethodInvoker) delegate() { DoShowSetupWindow(); }); }
public ControlContainer(MMI.EBuLa.Tools.XMLLoader XMLConf) { InitializeComponent(); m_XMLConf = XMLConf; try { //m_parent = gotParent; mmi_widget = new MMI.MMIBR185.BR185Control(XMLConf, true); mmi_widget.Button_6_Pressed(this, new EventArgs()); m_widget = new DIAGNOSEControl(XMLConf,ref mmi_widget); P_Display.Controls.Add(m_widget); if (m_XMLConf.Inverse) { m_widget.Inverse(); } else { /*m_widget.Inverse(); m_widget.Inverse();*/ } } catch (Exception e) { MessageBox.Show("Fehler beim Erstellen des Widgets! ("+e.Message+")"); } try { if (m_widget.IsSiemens()) { if (System.IO.File.Exists(BACKGROUND_IMAGE_SIEMENS)) { // change to siemens pB_EBuLa.Image = new Bitmap(BACKGROUND_IMAGE_SIEMENS); } } else { if (m_widget.IsBR101()) { if (System.IO.File.Exists(BACKGROUND_IMAGE_ADTRANZ)) { // change to adtranz pB_EBuLa.Image = new Bitmap(BACKGROUND_IMAGE_ADTRANZ); } } else { if (System.IO.File.Exists(BACKGROUND_IMAGE_BOMBARDIER)) { // change to bombardier pB_EBuLa.Image = new Bitmap(BACKGROUND_IMAGE_BOMBARDIER); } } } } catch(Exception) { MessageBox.Show("Fehler! Das Hintergrundbild \""+BACKGROUND_IMAGE_BOMBARDIER+"\" konnte nicht geladen werden!"); } net = new Network(ref m_widget); net2 = new MMIBR185.Network(ref mmi_widget); net2.isEmbeded = true; if (t == null) { t = new Thread(new ThreadStart(net.Connect)); t.IsBackground = true; t.Priority = m_XMLConf.thread_prio; t.Start(); Thread.Sleep(1); } if (t2 == null) { t2 = new Thread(new ThreadStart(net2.Connect)); t2.IsBackground = true; t2.Priority = m_XMLConf.thread_prio; t2.Start(); Thread.Sleep(1); } }
public void SetStatus(MMI.EBuLa.Tools.ENUMStörung Stoerung, bool delete) { if (delete) { if (Stoerung == MMI.EBuLa.Tools.ENUMStörung.S11_ZUSIKomm) c.ZUSI_AT_TCP_SERVER = false; } else { if (Stoerung == MMI.EBuLa.Tools.ENUMStörung.S11_ZUSIKomm) c.ZUSI_AT_TCP_SERVER = true; } c.something_changed = true; }
public ET42XControl(MMI.EBuLa.Tools.XMLLoader conf, ref Network net) { if (!conf.DoubleBuffer) { //This turns off internal double buffering of all custom GDI+ drawing this.SetStyle(ControlStyles.DoubleBuffer, true); this.SetStyle(ControlStyles.AllPaintingInWmPaint, true); this.SetStyle(ControlStyles.UserPaint, true); USE_DOUBLE_BUFFER = false; } else USE_DOUBLE_BUFFER = true; InitializeComponent(); m_net = net; uhrAußen = new ISphere(508+60, 41+60, 57); uhrInnengr = new ISphere(508+60, 41+60, 45); uhrInnenkl = new ISphere(508+60, 41+60, 52); uhrsec = new ISphere(508+60, 41+60, 43); uhrmin = new ISphere(508+60, 41+60, 43); uhrstd = new ISphere(508+60, 41+60, 28); uhrrest = new ISphere(508+60, 41+60, 7); center = new Point(508+60, 41+60); m_conf = conf; // NOTBREMSE und E-BREMSE fehlen switch (m_conf.Sound) { case 1: Sound = new APISound(); break; case 2: Sound = new DxSound(); break; default: Sound = new NullSound(); break; } localstate = new MMI.ET42X.ET42XState(ref conf, ref Sound); SetButtons(); localstate.Energie = conf.Energie; vtime = DateTime.Now; zugkraft_thread = new Thread(new ThreadStart(MoveZugkraft)); int interval = Convert.ToInt32(Math.Round((1d/(double)conf.FramesPerSecondLow)*1000d)); timer1.Interval = interval; timer1.Enabled = true; Button_SW_Pressed(this, new EventArgs()); /*if (localstate.ET42Xtype1 == ET42XTYPE.ET423) localstate.FISType = FIS_TYPE.FIS;*/ timer2.Enabled = true; if (vtime.DayOfYear > 100 && vtime.DayOfYear < 300) localstate.Kuehlung = true; else localstate.Kuehlung = false; }
public void SetStatus(MMI.EBuLa.Tools.ENUMStörung Stoerung, bool delete) { if (delete) { c.localstate.störungmgr.DeleteStörung(Stoerung); } else { MMI.EBuLa.Tools.Störung st = new MMI.EBuLa.Tools.Störung(MMI.EBuLa.Tools.ENUMStörung.S11_ZUSIKomm); c.localstate.störungmgr.Add(st); } }
public Control(int vers, MMI.EBuLa.Tools.XMLLoader xc) { verspaetung = vers; XMLConf = xc; LoadProps(); }
public void SetStatus(MMI.EBuLa.Tools.ENUMStörung Stoerung) { SetStatus(Stoerung, false); }
public void setControl(ref MMI.EBuLa.Control cont) { c = cont; }
public ICE3Control(MMI.EBuLa.Tools.XMLLoader conf, ControlContainer cc) { if (!conf.DoubleBuffer) { //This turns off internal double buffering of all custom GDI+ drawing this.SetStyle(ControlStyles.DoubleBuffer, true); this.SetStyle(ControlStyles.AllPaintingInWmPaint, true); this.SetStyle(ControlStyles.UserPaint, true); USE_DOUBLE_BUFFER = false; } else USE_DOUBLE_BUFFER = true; InitializeComponent(); schw.Initialize(); tür.Initialize(); m_conf = conf; this.cc = cc; localstate = new ICE3State(); localstate.ICEtype1 = ICE3TYPE.ICE403; localstate.ICEtype2 = ICE3TYPE.NONE; //localstate.Type = TYPE.David2; if (localstate.Type == TYPE.David1) { localstate.DISPLAY = CURRENT_DISPLAY.D1_Grundb; } else { localstate.DISPLAY = CURRENT_DISPLAY.D2_Zustand; } //olddisplay = CURRENT_DISPLAY.D1_Grundb; switch (m_conf.Sound) { case 1: sound = new APISound(); break; case 2: sound = new DxSound(); break; default: sound = new NullSound(); break; } //SetButtons(); vtime = DateTime.Now; InitC_druck(); threadDelegate_Türen = new ThreadStart(SetUpTüren); int interval = Convert.ToInt32(Math.Round((1d/(double)FramesPerSecond)*1000d)); timer1.Interval = interval; timer1.Enabled = true; Button_SW_Pressed(this, new EventArgs()); }
public Switcher(ref MMI.DIAGNOSE.DIAGNOSEState s, bool topMost) { // // Erforderlich für die Windows Form-Designerunterstützung // InitializeComponent(); m_state = s; switch(m_state.type) { case TRAIN_TYPE.BR101: rb_101.Checked = true; break; case TRAIN_TYPE.BR101_MET: rb_101MET.Checked = true; break; case TRAIN_TYPE.BR145: rb_145.Checked = true; break; case TRAIN_TYPE.BR146: rb_146.Checked = true; break; case TRAIN_TYPE.BR146_1: rb_146_1.Checked = true; break; case TRAIN_TYPE.BR152: rb_152.Checked = true; break; case TRAIN_TYPE.BR182: if (m_state.IsOEBB) rb_1016_1116.Checked = true; else rb_182.Checked = true; break; case TRAIN_TYPE.BR185: rb_185.Checked = true; break; case TRAIN_TYPE.BR189: rb_189.Checked = true; break; case TRAIN_TYPE.ER20: rb_er20.Checked = true; break; } switch(m_state.traction) { case 1: rb_single.Checked = true; break; case 2: rb_double.Checked = true; break; case 3: rb_3times.Checked = true; break; case 4: rb_4times.Checked = true; break; } if (m_state.addtionalhours) cb_12std.Checked = true; l_Energie.Text = Math.Round(m_state.Energie / 1000d,0).ToString() + " kWh"; this.TopMost = topMost; }