private AnalogSignal CreateAltitudeCoarseSinOutputSignal()
{
var thisSignal = new AnalogSignal
{
Category = "Outputs",
CollectionName = "Analog Outputs",
FriendlyName = "Altitude - Coarse",
Id = "101081_Altitude_Coarse_To_Instrument",
Index = 0,
Source = this,
SourceFriendlyName = FriendlyName,
SourceAddress = null,
State = -10.00, //volts
IsVoltage = true,
MinValue = -10,
MaxValue = 10
};
return(thisSignal);
}
private AnalogSignal CreatePitchInputSignal()
{
var thisSignal = new AnalogSignal
{
Category = "Inputs",
CollectionName = "Analog Inputs",
FriendlyName = "Pitch (Degrees, -90.0=nadir, 0.0=level, +90.0=zenith)",
Id = "HenkF16ADISupportBoard_Pitch_From_Sim",
Index = 0,
Source = this,
SourceFriendlyName = FriendlyName,
SourceAddress = null,
State = 0.0, //degees
IsAngle = true,
MinValue = -90.0, //degrees
MaxValue = 90.0 //degrees
};
return(thisSignal);
}
public static StepperMotor CreateStepperMotorControlWithBoundaryPositionSensing
(
AnalogSignal goToPositionSignal,
int numStepsInTravelRange,
DigitalSignal minPositionReachedSignal,
DigitalSignal maxPositionReachedSignal,
AnalogSignal outputLine
)
{
var stepper = new StepperMotor
{
GoToPositionSignal = goToPositionSignal,
NumStepsInRangeOfTravel = numStepsInTravelRange,
MinPositionReachedSignal = minPositionReachedSignal,
MaxPositionReachedSignal = maxPositionReachedSignal,
PhysicalOutput = outputLine
};
return(stepper);
}
private AnalogSignal CreateNozzlePositionInputSignal()
{
var thisSignal = new AnalogSignal
{
Category = "Inputs",
CollectionName = "Analog Inputs",
FriendlyName = "Nozzle Position (0-100%)",
Id = "101088_Nozzle_Position_From_Sim",
Index = 0,
Source = this,
SourceFriendlyName = FriendlyName,
SourceAddress = null,
State = 0,
IsPercentage = true,
MinValue = 0,
MaxValue = 100
};
return(thisSignal);
}
private AnalogSignal CreateRollInputSignal()
{
var thisSignal = new AnalogSignal
{
Category = "Inputs",
CollectionName = "Analog Inputs",
FriendlyName = "Roll (Degrees)",
Id = "12871_Roll_From_Sim",
Index = 0,
Source = this,
SourceFriendlyName = FriendlyName,
SourceAddress = null,
State = 0,
IsAngle = true,
MinValue = -180,
MaxValue = 180
};
return(thisSignal);
}
private AnalogSignal CreateFuelFlowPoundsPerHourOutputSignal()
{
var thisSignal = new AnalogSignal
{
Category = "Outputs",
CollectionName = "Analog Outputs",
FriendlyName = "Fuel Flow (pounds per hour)",
Id = "3239_Fuel_Flow_Pounds_Per_Hour_To_Instrument",
Index = 0,
Source = this,
SourceFriendlyName = FriendlyName,
SourceAddress = null,
State = -10.00, //volts
IsVoltage = true,
MinValue = 0,
MaxValue = 99999
};
return(thisSignal);
}
private AnalogSignal CreateRateOfTurnOutputSignal()
{
var thisSignal = new AnalogSignal
{
Category = "Outputs",
CollectionName = "Analog Outputs",
FriendlyName = "Rate of Turn Indicator",
Id = "12871_Rate_Of_Turn_To_Instrument",
Index = 0,
Source = this,
SourceFriendlyName = FriendlyName,
SourceAddress = null,
State = 0.00, //volts
IsVoltage = true,
MinValue = -10,
MaxValue = 10
};
return(thisSignal);
}
private AnalogSignal CreateRateOfTurnInputSignal()
{
var thisSignal = new AnalogSignal
{
Category = "Inputs",
CollectionName = "Analog Inputs",
FriendlyName = "Rate of Turn Indicator (% Deflection)",
Id = "12871_Rate_Of_Turn_Indicator_From_Sim",
Index = 0,
Source = this,
SourceFriendlyName = FriendlyName,
SourceAddress = null,
State = 0,
IsPercentage = true,
MinValue = -1,
MaxValue = 1
};
return(thisSignal);
}
private AnalogSignal CreateRPMInputSignal()
{
var thisSignal = new AnalogSignal
{
Category = "Inputs",
CollectionName = "Analog Inputs",
FriendlyName = "RPM",
Id = "100207_RPM_From_Sim",
Index = 0,
Source = this,
SourceFriendlyName = FriendlyName,
SourceAddress = null,
IsPercentage = true,
State = 0,
MinValue = 0,
MaxValue = 110
};
return(thisSignal);
}
private AnalogSignal CreateInclinometerInputSignal()
{
var thisSignal = new AnalogSignal
{
Category = "Inputs",
CollectionName = "Analog Inputs",
FriendlyName = "Inclinometer Position (% Deflection)",
Id = "12871_Inclinometer_From_Sim",
Index = 0,
Source = this,
SourceFriendlyName = FriendlyName,
SourceAddress = null,
State = 0,
IsPercentage = true,
MinValue = -1,
MaxValue = 1
};
return(thisSignal);
}
private AnalogSignal CreateHorizontalCommandBarOutputSignal()
{
var thisSignal = new AnalogSignal
{
Category = "Outputs",
CollectionName = "Analog Outputs",
FriendlyName = "Horizontal Command Bar",
Id = "12871_Horizontal_Command_Bar_To_Instrument",
Index = 0,
Source = this,
SourceFriendlyName = FriendlyName,
SourceAddress = null,
State = 6.00, //volts
IsVoltage = true,
MinValue = -10,
MaxValue = 10
};
return(thisSignal);
}
private AnalogSignal CreatePitchInputSignal()
{
var thisSignal = new AnalogSignal
{
Category = "Inputs",
CollectionName = "Analog Inputs",
FriendlyName = "Pitch (Degrees)",
Id = "10033501_Pitch_From_Sim",
Index = 0,
Source = this,
SourceFriendlyName = FriendlyName,
SourceAddress = null,
State = 0,
IsAngle = true,
MinValue = -90,
MaxValue = 90
};
return(thisSignal);
}
private AnalogSignal CreateHorizontalCommandBarInputSignal()
{
var thisSignal = new AnalogSignal
{
Category = "Inputs",
CollectionName = "Analog Inputs",
FriendlyName = "Horizontal Command Bar (% Deflection)",
Id = "12871_Horizontal_Command_Bar_From_Sim",
Index = 0,
Source = this,
SourceFriendlyName = FriendlyName,
SourceAddress = null,
State = 0,
IsPercentage = true,
MinValue = -1,
MaxValue = 1
};
return(thisSignal);
}
private AnalogSignal CreateHydraulicPressureAInputSignal()
{
var thisSignal = new AnalogSignal
{
Category = "Inputs",
CollectionName = "Analog Inputs",
FriendlyName = "Hydraulic Pressure A",
Id = "19581_Hydraulic_Pressure_A_From_Sim",
Index = 0,
Source = this,
SourceFriendlyName = FriendlyName,
SourceAddress = null,
State = 0,
IsSine = true,
MinValue = 0,
MaxValue = 4000
};
return(thisSignal);
}
private AnalogSignal CreateForeRightOutputSignal()
{
var thisSignal = new AnalogSignal
{
Category = "Outputs",
CollectionName = "Analog Outputs",
FriendlyName = "F/R",
Id = "100294_FR_To_Instrument",
Index = 0,
Source = this,
SourceFriendlyName = FriendlyName,
SourceAddress = null,
State = -10.00, //volts
IsVoltage = true,
MinValue = -10,
MaxValue = 10
};
return(thisSignal);
}
private AnalogSignal CreateCounterOutputSignal()
{
var thisSignal = new AnalogSignal
{
Category = "Outputs",
CollectionName = "Analog Outputs",
FriendlyName = nameof(Counter),
Id = "9001584_Counter_To_Instrument",
Index = 0,
Source = this,
SourceFriendlyName = FriendlyName,
SourceAddress = null,
State = -10.00, //volts
IsVoltage = true,
MinValue = -10,
MaxValue = 10
};
return(thisSignal);
}
private AnalogSignal CreateVerticalVelocityOutputSignal()
{
var thisSignal = new AnalogSignal
{
Category = "Outputs",
CollectionName = "Analog Outputs",
FriendlyName = "Vertical Velocity",
Id = "10058102_Vertical_Velocity_To_Instrument",
Index = 0,
Source = this,
SourceFriendlyName = FriendlyName,
SourceAddress = null,
State = -10.00, //volts
IsVoltage = true,
MinValue = -10,
MaxValue = 10
};
return(thisSignal);
}
private AnalogSignal CreateCompassInputSignal()
{
var thisSignal = new AnalogSignal
{
Category = "Inputs",
CollectionName = "Analog Inputs",
FriendlyName = "Magnetic Heading (Degrees)",
Id = "101079_Compass__Magnetic_Heading_From_Sim",
Index = 0,
Source = this,
SourceFriendlyName = FriendlyName,
SourceAddress = null,
State = 0,
IsAngle = true,
MinValue = 0,
MaxValue = 360
};
return(thisSignal);
}
private AnalogSignal CreateVerticalCommandBarInputSignal()
{
var thisSignal = new AnalogSignal
{
Category = "Inputs",
CollectionName = "Analog Inputs",
FriendlyName =
"Vertical Command Bar (Degrees, -1.0=100% deflected left; 0.0=centered, +1.0=100% deflected right )",
Id = "HenkF16ADISupportBoard_Vertical_Command_Bar_From_Sim",
Index = 0,
Source = this,
SourceFriendlyName = FriendlyName,
SourceAddress = null,
State = 0.0f, //centered
MinValue = -1.0, //percent deflected left
MaxValue = 1.0 //percent deflected right
};
return(thisSignal);
}
private AnalogSignal CreateRateOfTurnInputSignal()
{
var thisSignal = new AnalogSignal
{
Category = "Inputs",
CollectionName = "Analog Inputs",
FriendlyName =
"Rate of Turn Indicator (% Deflection, -1.0=100% deflected left; 0.0=centered, +1.0=100% deflected right)",
Id = "HenkF16ADISupportBoard_Rate_Of_Turn_Indicator_From_Sim",
Index = 0,
Source = this,
SourceFriendlyName = FriendlyName,
SourceAddress = null,
State = 0,
IsPercentage = true,
MinValue = -1.0, //-100% (left deflected)
MaxValue = 1.0 //+100% (right deflected)
};
return(thisSignal);
}
private AnalogSignal CreateHydPressureBSINOutputSignal()
{
var thisSignal = new AnalogSignal
{
Category = "Outputs",
CollectionName = "Analog Outputs",
FriendlyName = "Hydraulic Pressure B (SIN)",
Id = "19581_Hydraulic_Pressure_B_SIN_To_Instrument",
Index = 0,
Source = this,
SourceFriendlyName = FriendlyName,
SourceAddress = null,
State = 0.00, //volts
IsVoltage = true,
IsSine = true,
MinValue = -10,
MaxValue = 10
};
return(thisSignal);
}
private AnalogSignal CreateRollInputSignal()
{
var thisSignal = new AnalogSignal
{
Category = "Inputs",
CollectionName = "Analog Inputs",
FriendlyName =
"Roll (Degrees, -180.0=inverted left bank, -90.0=left bank, 0.0=wings level, +90.0=right bank, +180.0=inverted right bank)",
Id = "HenkF16ADISupportBoard_Roll_From_Sim",
Index = 0,
Source = this,
SourceFriendlyName = FriendlyName,
SourceAddress = null,
State = 0.0, //degrees
IsAngle = true,
MinValue = -180.0, //degrees
MaxValue = 180.0 //degrees
};
return(thisSignal);
}
private AnalogSignal CreateRateOfTurnOutputSignal()
{
var thisSignal = new AnalogSignal
{
Category = "Outputs",
CollectionName = "Analog Outputs",
FriendlyName =
"Rate of Turn Indicator (Percent Deflection, 0.0=100% deflected left, 0.5=centered, 1.0=100% deflected right)",
Id = "HenkF16ADISupportBoard_Rate_Of_Turn_To_SDI",
Index = 0,
Source = this,
SourceFriendlyName = FriendlyName,
SourceAddress = null,
IsPercentage = true,
State = 0.50, //50%
MinValue = 0.0, //0%
MaxValue = 1.0 //100%
};
return(thisSignal);
}
private AnalogSignal CreateRollSinOutputSignal()
{
var thisSignal = new AnalogSignal
{
Category = "Outputs",
CollectionName = "Analog Outputs",
FriendlyName = "Roll (SIN)",
Id = "101084_Roll_SIN_To_Instrument",
Index = 0,
Source = this,
SourceFriendlyName = FriendlyName,
SourceAddress = null,
State = 0.00, //volts;
IsVoltage = true,
IsSine = true,
MinValue = -10,
MaxValue = 10
};
return(thisSignal);
}
private AnalogSignal CreateVerticalCommandBarOutputSignal()
{
var thisSignal = new AnalogSignal
{
Category = "Outputs",
CollectionName = "Analog Outputs",
FriendlyName =
"Vertical Glideslope Indicator Position (Percent Deflection, 0.0=100% deflected righ, 0.5=centered, 1.0=100% deflected left)",
Id = "HenkF16ADISupportBoard_Vertical_GS_Bar_To_SDI",
Index = 0,
Source = this,
SourceFriendlyName = FriendlyName,
SourceAddress = null,
IsPercentage = true,
State = 0.5, //50%
MinValue = 0.0, //0%
MaxValue = 1.0 //100%
};
return(thisSignal);
}
private AnalogSignal CreatePitchCosOutputSignal()
{
var thisSignal = new AnalogSignal
{
Category = "Outputs",
CollectionName = "Analog Outputs",
FriendlyName = "Pitch (COS)",
Id = "101084_Pitch_COS_To_Instrument",
Index = 0,
Source = this,
SourceFriendlyName = FriendlyName,
SourceAddress = null,
State = +10.00, //volts
IsVoltage = true,
IsCosine = true,
MinValue = -10,
MaxValue = 10
};
return(thisSignal);
}
private AnalogSignal CreateCabinPressureAltitudeCosOutputSignal()
{
var thisSignal = new AnalogSignal
{
Category = "Outputs",
CollectionName = "Analog Outputs",
FriendlyName = "Cabin Pressure Altitude (COS)",
Id = "246102_Cabin_Pressure_Altitude_COS_To_Instrument",
Index = 0,
Source = this,
SourceFriendlyName = FriendlyName,
SourceAddress = null,
State = +10.00, //volts
IsVoltage = true,
IsSine = true,
MinValue = -10,
MaxValue = 10
};
return(thisSignal);
}
private AnalogSignal CreateCompassCOSOutputSignal()
{
var thisSignal = new AnalogSignal
{
Category = "Outputs",
CollectionName = "Analog Outputs",
FriendlyName = "Compass (COS)",
Id = "HS070D51341_Compass__COS_To_Instrument",
Index = 0,
Source = this,
SourceFriendlyName = FriendlyName,
SourceAddress = null,
State = 10.00, //volts
IsVoltage = true,
IsCosine = true,
MinValue = -10,
MaxValue = 10
};
return(thisSignal);
}
private void AddPerformanceMonitoringSignals()
{
_loopDurationSignal =
new AnalogSignal
{
Category = "Metrics",
CollectionName = "Performance",
FriendlyName = "Loop Duration (ms)",
Id = "SIMLINKUP__PERFORMANCE__LOOP_DURATION",
Index = 0,
PublisherObject = this,
Source = this,
SourceFriendlyName = nameof(SimLinkup),
IsAngle = false,
IsPercentage = false,
MinValue = 0,
MaxValue = 1000
};
ScriptingContext[_loopDurationSignal.Id] = _loopDurationSignal;
_loopFrequencySignal =
new AnalogSignal
{
Category = "Metrics",
CollectionName = "Performance",
FriendlyName = "Loop Frequency (Hz)",
Id = "SIMLINKUP__PERFORMANCE__LOOP_FREQUENCY",
Index = 0,
PublisherObject = this,
Source = this,
SourceFriendlyName = nameof(SimLinkup),
IsAngle = false,
IsPercentage = false,
MinValue = 0,
MaxValue = 1000
};
ScriptingContext[_loopFrequencySignal.Id] = _loopFrequencySignal;
}
static void Main()
{
Application.EnableVisualStyles();
Application.SetCompatibleTextRenderingDefault(false);
Form1 form = new Form1();
IAnalogSignal signal = new AnalogSignal()
{
Name = "Signal",
Value = "35"
};
IAnalogSignalService service = new AnalogSignalService();
AnalogSignalView view = new AnalogSignalView();
AnalogSignalPresenter presenter = new AnalogSignalPresenter(signal, view, service);
form.AddAnalogSignalView(view);
Application.Run(form);
}
