public Calc(Airport apt, Weather wx, Aircraft ac)
{
this.airport = apt;
this.weather = wx;
this.aircraft = ac;
this.xWind = calcCrossWind();
this.windComponent = calcWind();
this.elevationCorrection = calcElevationCorrection();
this.pressureAltitude = calcPressureAltitude();
//
this.pressureAltitudeTakeOffLimitWeight = calcPressureAltitudeTakeOffLimitWeight();
this.runwaySlopeFieldLength = calcRunwaySlopeLength();
this.runwayWindFieldLength = calcRunwayWindLength();
this.runwayFlapsFieldLength = calcRunwayFlapsLength();
this.fieldLengthLimitWeight = calcTakeOffFieldLengthLimit();
//
this.pressureAltitudeClimbLimitWeight = calcPressureAltitudeClimbLimitWeight();
this.takeOffClimbLimit = calcTakeOffClimbLimit();
}
static void Main(string[] args)
{
Aircraft b767 = new Aircraft(150360, 15, 28, EnumClasses.Mass.Kg, EnumClasses.Status.On, EnumClasses.AntiIce.Off, EnumClasses.Thrust.Optimum);
Weather omdb = new Weather(120, 20, 35, EnumClasses.Temperature.Celsius, 29.92, EnumClasses.Pressure.inHg);
Airport _12l = new Airport(120, 10100, 2000, EnumClasses.Length.ft, 2);
Calc calc = new Calc(_12l, omdb, b767);
Console.WriteLine(calc.getXWind());
Console.WriteLine(calc.getWindComponent());
int number = 173696;
//Console.WriteLine("Ceiling: " + MyMath.myCeiling(number/10)*10);
Console.WriteLine("Ceiling: " + (MyMath.myFloor(number / 10) * 10 + 5000));
Console.WriteLine("Floor: " + MyMath.myFloor(number/10)*10);
Console.WriteLine(calc.getPressureAltitudeTakeOffLimitWeight());
Console.WriteLine(calc.getRunwaySlopeLength());
Console.WriteLine(calc.getRunwayWindLength());
Console.WriteLine(calc.calcRunwayFlapsLength());
Console.WriteLine(calc.calcTakeOffFieldLengthLimit());
Console.WriteLine(calc.getPressureAltitudeClimbLimitWeight());
Console.WriteLine(calc.getTakeOffClimbLimit());
Console.ReadLine();
}
public void setWeather(Weather wx)
{
this.weather = wx;
this.xWind = calcCrossWind();
this.windComponent = calcWind();
}