public void HydEng1Off()
{
if (Aircraft.pmdg737.HYD_PumpSw_eng[1].Value != 0)
{
FSUIPCConnection.SendControlToFS(PMDG_737_NGX_Control.EVT_OH_HYD_ENG1, ClkR);
}
}
// This method runs 10 times per second (every 100ms). This is set on the timerMain properties.
private void timerMain_Tick(object sender, EventArgs e)
{
// Call process() to read/write data to/from FSUIPC
// We do this in a Try/Catch block incase something goes wrong
try
{
FSUIPCConnection.Process();
inst.MonitorN1Limit();
if (Aircraft.AircraftName.Value.Contains("PMDG"))
{
Aircraft.pmdg737.RefreshData();
Aircraft.pmdg747.RefreshData();
}
inst.ReadAircraftState();
if (!inst.PostTakeOffChecklist())
{
inst.PostTakeOffChecklist();
}
}
catch (Exception ex)
{
// An error occured. Tell the user and stop this timer.
this.timerMain.Stop();
logger.Debug($"High priority instruments failed to read: {ex.Message}");
// Update the connection status
// start the connection timer
this.timerConnection.Start();
}
}
} // autoBrakeMediumRadioButton_CheckedChanged.
private void autoBrakeMaximumRadioButton_CheckedChanged(object sender, EventArgs e)
{
if (autoBrakeMaximumRadioButton.Checked)
{
FSUIPCConnection.SendControlToFS(PMDG_777X_Control.EVT_ABS_AUTOBRAKE_SELECTOR, 5);
}
} // autoBrakeMaximumRadioButton_CheckedChanged
private void txtSpeed_KeyDown(object sender, KeyEventArgs e)
{
// increment speed
if (e.KeyCode == Keys.Oemplus)
{
FSUIPCConnection.SendControlToFS(PMDG_737_NGX_Control.EVT_MCP_SPEED_SELECTOR, Aircraft.Inc);
}
// increment altitude fast
if ((e.Shift && e.KeyCode == Keys.Oemplus))
{
for (int i = 0; i < 5; i++)
{
FSUIPCConnection.SendControlToFS(PMDG_737_NGX_Control.EVT_MCP_SPEED_SELECTOR, Aircraft.Inc);
}
}
// decrement altitude slowly
if (e.KeyCode == Keys.OemMinus)
{
FSUIPCConnection.SendControlToFS(PMDG_737_NGX_Control.EVT_MCP_SPEED_SELECTOR, Aircraft.Dec);
}
// decrement altitude fast
if ((e.Shift && e.KeyCode == Keys.OemMinus))
{
for (int i = 0; i < 5; i++)
{
FSUIPCConnection.SendControlToFS(PMDG_737_NGX_Control.EVT_MCP_SPEED_SELECTOR, Aircraft.Dec);
}
}
}
/// <summary>
///
/// </summary>
/// <param name="fs"></param>
public bool StartFlight()
{
try
{
PirepID = FlightDatabase.StartFlight(this);
Telemetry.SetValue(FSUIPCOffsets.engine1, false);
Telemetry.SetValue(FSUIPCOffsets.engine2, false);
Telemetry.SetValue(FSUIPCOffsets.engine3, false);
Telemetry.SetValue(FSUIPCOffsets.engine4, false);
Telemetry.SetValue(FSUIPCOffsets.parkingBrake, true);
Telemetry.SetValue(FSUIPCOffsets.environmentDateTimeHour, DateTime.UtcNow.Hour);
Telemetry.SetValue(FSUIPCOffsets.environmentDateTimeMinute, DateTime.UtcNow.Minute);
Telemetry.SetValue(FSUIPCOffsets.environmentDateTimeDayOfYear, DateTime.UtcNow.DayOfYear);
Telemetry.SetValue(FSUIPCOffsets.environmentDateTimeYear, DateTime.UtcNow.Year);
string Message = "Welcome to FlyAtlantic Acars";
FSUIPCOffsets.messageWrite.Value = Message;
FSUIPCOffsets.messageDuration.Value = 10;
FSUIPCConnection.Process();
phase = FlightPhases.PREFLIGHT;
FlightRunning = true;
}
catch (Exception crap)
{
throw new Exception("Failed to start flight.", crap);
}
// TODO: do all stuff via telemetry to force desired values
return(FlightRunning);
}
public void Engine1BleedOn()
{
if (Aircraft.pmdg737.AIR_BleedAirSwitch[0].Value != 1)
{
FSUIPCConnection.SendControlToFS(PMDG_737_NGX_Control.EVT_OH_BLEED_ENG_1_SWITCH, ClkL);
}
}
private void txtHeading_KeyDown(object sender, KeyEventArgs e)
{
// increment heading
if (e.KeyCode == Keys.Oemplus)
{
FSUIPCConnection.SendControlToFS(PMDG_737_NGX_Control.EVT_MCP_HEADING_SELECTOR, Aircraft.Inc);
}
// increment heading fast
if ((e.Shift && e.KeyCode == Keys.Oemplus))
{
for (int i = 0; i < 5; i++)
{
FSUIPCConnection.SendControlToFS(PMDG_737_NGX_Control.EVT_MCP_HEADING_SELECTOR, Aircraft.Inc);
}
}
// decrement heading slowly
if (e.KeyCode == Keys.OemMinus)
{
FSUIPCConnection.SendControlToFS(PMDG_737_NGX_Control.EVT_MCP_HEADING_SELECTOR, Aircraft.Dec);
}
// decrement heading fast
if ((e.Shift && e.KeyCode == Keys.OemMinus))
{
for (int i = 0; i < 5; i++)
{
FSUIPCConnection.SendControlToFS(PMDG_737_NGX_Control.EVT_MCP_HEADING_SELECTOR, Aircraft.Dec);
}
}
}
public void WindowHeatRightSideOff()
{
if (FSUIPCConnection.ReadLVar("switch_139_73X") != 0)
{
FSUIPCConnection.SendControlToFS(PMDG_737_NGX_Control.EVT_OH_ICE_WINDOW_HEAT_4, ClkR);
}
}
// overhead probe heat
// left
public void ProbeHeatLeftOn()
{
if (FSUIPCConnection.ReadLVar("switch_140_73X") != 100)
{
FSUIPCConnection.SendControlToFS(PMDG_737_NGX_Control.EVT_OH_ICE_PROBE_HEAT_1, ClkL);
}
}
public void WindowHeatLeftForwardOff()
{
if (FSUIPCConnection.ReadLVar("switch_136_73X") != 0)
{
FSUIPCConnection.SendControlToFS(PMDG_737_NGX_Control.EVT_OH_ICE_WINDOW_HEAT_2, ClkR);
}
}
// right forward
public void WindowHeatRightForwardOn()
{
if (FSUIPCConnection.ReadLVar("switch_138_73X") != 100)
{
FSUIPCConnection.SendControlToFS(PMDG_737_NGX_Control.EVT_OH_ICE_WINDOW_HEAT_3, ClkL);
}
}
// Overhead window heat
// left side
public void WindowHeatLeftSideOn()
{
if (FSUIPCConnection.ReadLVar("switch_135_73X") != 100)
{
FSUIPCConnection.SendControlToFS(PMDG_737_NGX_Control.EVT_OH_ICE_WINDOW_HEAT_1, ClkL);
}
}
public void Eng2FuelCutOff()
{
if (FSUIPCConnection.ReadLVar("switch_689_73X") != 100)
{
FSUIPCConnection.SendControlToFS(PMDG_737_NGX_Control.EVT_CONTROL_STAND_ENG2_START_LEVER, ClkL);
}
}
// Pedestal - Fuel Cut off
public void Eng1FuelIdle()
{
if (FSUIPCConnection.ReadLVar("switch_688_73X") != 0)
{
FSUIPCConnection.SendControlToFS(PMDG_737_NGX_Control.EVT_CONTROL_STAND_ENG1_START_LEVER, ClkR);
}
}
// DC Meter Source
public void ElecDCSource(int s)
{
if (s >= 0 && s <= 7)
{
FSUIPCConnection.SendControlToFS(PMDG_737_NGX_Control.EVT_OH_ELEC_DC_METER, s);
}
}
public void ProbeHeatRightOff()
{
if (FSUIPCConnection.ReadLVar("switch_141_73X") != 0)
{
FSUIPCConnection.SendControlToFS(PMDG_737_NGX_Control.EVT_OH_ICE_PROBE_HEAT_2, ClkR);
}
}
public void APUBleedOff()
{
if (Aircraft.pmdg737.AIR_APUBleedAirSwitch.Value != 0)
{
FSUIPCConnection.SendControlToFS(PMDG_737_NGX_Control.EVT_OH_BLEED_APU_SWITCH, ClkR);
}
}
public void WingAntiIceOff()
{
if (FSUIPCConnection.ReadLVar("switch_156_73X") != 0)
{
FSUIPCConnection.SendControlToFS(PMDG_737_NGX_Control.EVT_OH_ICE_WING_ANTIICE, ClkR);
}
}
public void Engine2BleedOff()
{
if (Aircraft.pmdg737.AIR_BleedAirSwitch[1].Value != 0)
{
FSUIPCConnection.SendControlToFS(PMDG_737_NGX_Control.EVT_OH_BLEED_ENG_2_SWITCH, ClkR);
}
}
// engine 1 anti-ice
public void Engine1AntiIceOn()
{
if (FSUIPCConnection.ReadLVar("switch_157_73X") != 100)
{
FSUIPCConnection.SendControlToFS(PMDG_737_NGX_Control.EVT_OH_ICE_ENGINE_ANTIICE_1, ClkL);
}
}
private void txtAltitude_KeyDown(object sender, KeyEventArgs e)
{
// increment altitude by 100 feet
if (e.KeyCode == Keys.Oemplus)
{
FSUIPCConnection.SendControlToFS(PMDG_737_NGX_Control.EVT_MCP_ALTITUDE_SELECTOR, Aircraft.Inc);
}
// increment altitude by 500 feet
if ((e.Shift && e.KeyCode == Keys.Oemplus))
{
for (int i = 0; i < 5; i++)
{
FSUIPCConnection.SendControlToFS(PMDG_737_NGX_Control.EVT_MCP_ALTITUDE_SELECTOR, Aircraft.Inc);
}
}
// decrement altitude by 100 feet
if (e.KeyCode == Keys.OemMinus)
{
FSUIPCConnection.SendControlToFS(PMDG_737_NGX_Control.EVT_MCP_ALTITUDE_SELECTOR, Aircraft.Dec);
}
// decrement altitude by 500 feet
if ((e.Shift && e.KeyCode == Keys.OemMinus))
{
for (int i = 0; i < 5; i++)
{
FSUIPCConnection.SendControlToFS(PMDG_737_NGX_Control.EVT_MCP_ALTITUDE_SELECTOR, Aircraft.Dec);
}
}
}
public void Engine2AntiIceOff()
{
if (FSUIPCConnection.ReadLVar("switch_158_73X") != 0)
{
FSUIPCConnection.SendControlToFS(PMDG_737_NGX_Control.EVT_OH_ICE_ENGINE_ANTIICE_2, ClkR);
}
}
// The connect/disconnect buton
private void btnToggleConnection_Click(object sender, EventArgs e)
{
if (FSUIPCConnection.IsOpen)
{
// Connection is currently open
// Stop the main timer
this.timerMain.Stop();
// Close the connection
FSUIPCConnection.Close();
}
else
{
// Try to open the connection
try
{
this.lblConnectionStatus.Text = "Looking for a flight simulator...";
this.lblConnectionStatus.ForeColor = Color.Goldenrod;
FSUIPCConnection.Open();
// If there was no problem, start the main timer
this.timerMain.Start();
}
catch (Exception ex)
{
// An error occured. Tell the user.
MessageBox.Show("Connection Failed\n\n" + ex.Message, "FSUIPC", MessageBoxButtons.OK, MessageBoxIcon.Exclamation);
}
}
configureForm();
}
public void TrimAirOff()
{
if (Aircraft.pmdg737.AIR_TrimAirSwitch.Value != 0)
{
FSUIPCConnection.SendControlToFS(PMDG_737_NGX_Control.EVT_OH_AIRCOND_TRIM_AIR_SWITCH_800, Aircraft.ClkR);
}
}
// This method runs 20 times per second (every 50ms). This is set in the form constructor above.
private void timerMain_Tick(object sender, EventArgs e)
{
// Call process() to read/write data to/from FSUIPC
// We do this in a Try/Catch block incase something goes wrong
try
{
FSUIPCConnection.Process();
// Update the information on the form
// (See the Examples Application for more information on using Offsets).
Data data = parseData();
this.txtAirspeed.Text = data.parsedAirspeed.ToString();
this.txtGroundspeed.Text = data.parsedGS.ToString("F0");
this.txtVertspeed.Text = data.parsedVertSpd.ToString("F0");
this.txtHeading.Text = data.parsedHDG.ToString("F0");
this.txtSimNum.Text = simStupidNumber.Value.ToString();
this.txtOnGround.Text = data.parsedGround.ToString();
}
catch (Exception ex)
{
// An error occured. Tell the user and stop this timer.
this.timerMain.Stop();
System.Windows.MessageBox.Show("Flight Simulator closed! Error:" + ex.Message, "FSUIPC", MessageBoxButton.OK, MessageBoxImage.Exclamation);
if (Properties.Settings.Default.CloseWithSim)
{
System.Windows.Application.Current.Shutdown();
}
// Update the connection status
configureForm();
}
}
// left recirculation fan
public void RecircLeftOn()
{
if (Aircraft.pmdg737.AIR_RecircFanSwitch[0].Value != 1)
{
FSUIPCConnection.SendControlToFS(PMDG_737_NGX_Control.EVT_OH_BLEED_RECIRC_FAN_L_SWITCH, Aircraft.ClkL);
}
}
/// <summary>
/// Metodo per attivare la connessione ad FSUIPC
/// </summary>
public void ConnectToFS()
{
#if !FEDE_DEBUG
FSUIPCConnection.Open();
#endif
connected = true;
}
public void RecircRightOff()
{
if (Aircraft.pmdg737.AIR_RecircFanSwitch[1].Value != 0)
{
FSUIPCConnection.SendControlToFS(PMDG_737_NGX_Control.EVT_OH_BLEED_RECIRC_FAN_R_SWITCH, Aircraft.ClkR);
}
}
} // autoBrakeMaximumRadioButton_CheckedChanged
private void speedBrakeTrackBar_KeyDown(object sender, KeyEventArgs e)
{
// Standard scrolling for increase value in trackbar.
if (e.KeyCode == Keys.Right || e.KeyCode == Keys.Up)
{
FSUIPCConnection.SendControlToFS(PMDG_777X_Control.EVT_CONTROL_STAND_SPEED_BRAKE_LEVER, Aircraft.ClkL);
}
// Standard vscrolling for decrease value in trackbar.
if (e.KeyCode == Keys.Left || e.KeyCode == Keys.Down)
{
FSUIPCConnection.SendControlToFS(PMDG_777X_Control.EVT_CONTROL_STAND_SPEED_BRAKE_LEVER, Aircraft.ClkR);
}
if (e.KeyCode == Keys.Home || e.KeyCode == Keys.Oemcomma)
{
FSUIPCConnection.SendControlToFS(PMDG_777X_Control.EVT_CONTROL_STAND_SPEED_BRAKE_LEVER_ARM, Aircraft.ClkL);
}
if (e.KeyCode == Keys.End || e.KeyCode == Keys.OemPeriod)
{
FSUIPCConnection.SendControlToFS(PMDG_777X_Control.EVT_CONTROL_STAND_SPEED_BRAKE_LEVER_UP, Aircraft.ClkL);
}
if (e.KeyCode == Keys.OemQuestion)
{
FSUIPCConnection.SendControlToFS(PMDG_777X_Control.EVT_CONTROL_STAND_SPEED_BRAKE_LEVER_50, Aircraft.ClkL);
}
}
public void HydEng2On()
{
if (Aircraft.pmdg737.HYD_PumpSw_eng[0].Value != 1)
{
FSUIPCConnection.SendControlToFS(PMDG_737_NGX_Control.EVT_OH_HYD_ENG2, ClkL);
}
}
