public void LandingReportRunwayTooShort()
{
var d = new CalculatorData()
{
Table = LoaderTest.GetTable(),
Parameters = GetParameters
};
d.Parameters.RwyLengthMeter = 100;
Assert.Throws <RunwayTooShortException>(() => Calculator.LandingReport(d));
}
public void NoCorrection()
{
var d = new CalculatorData()
{
Table = LoaderTest.GetTable(),
Parameters = GetParameters
};
var dis = Calculator.LandingDistanceMeter(d);
Assert.AreEqual(2460 * Constants.FtMeterRatio, dis, 10);
}
public void ElevationCorrectionDry()
{
var d = new CalculatorData()
{
Table = LoaderTest.GetTable(),
Parameters = GetParameters
};
d.Parameters.ElevationFT = 1000;
var dis = Calculator.LandingDistanceMeter(d);
Assert.AreEqual(2460 * Constants.FtMeterRatio * 1.03, dis, 10);
}
public void LandingReportTest()
{
var d = new CalculatorData()
{
Table = LoaderTest.GetTable(),
Parameters = GetParameters
};
var r = Calculator.LandingReport(d);
Assert.IsTrue(r.AllBrakes.All(x => x.RemainingDistanceMeter >= 0));
Assert.IsTrue(r.SelectedBrake.RemainingDistanceMeter >= 0);
}
public void SpeedCorrection()
{
var d = new CalculatorData()
{
Table = LoaderTest.GetTable(),
Parameters = GetParameters
};
d.Parameters.AppSpeedIncrease = 5;
var dis = Calculator.LandingDistanceMeter(d);
Assert.AreEqual(2460 * Constants.FtMeterRatio * 1.08, dis, 10);
}
public void BothReversersCorrectionDry()
{
var d = new CalculatorData()
{
Table = LoaderTest.GetTable(),
Parameters = GetParameters
};
d.Parameters.Reverser = 1;
var dis = Calculator.LandingDistanceMeter(d);
Assert.AreEqual(2460 * Constants.FtMeterRatio * 0.97, dis, 10);
}
public void TailwindCorrectionDry()
{
var d = new CalculatorData()
{
Table = LoaderTest.GetTable(),
Parameters = GetParameters
};
d.Parameters.HeadwindKts = -10;
var dis = Calculator.LandingDistanceMeter(d);
Assert.AreEqual(2460 * Constants.FtMeterRatio * 1.20, dis, 10);
}
public void HeadwindCorrectionWet()
{
var d = new CalculatorData()
{
Table = LoaderTest.GetTable(),
Parameters = GetParameters
};
d.Parameters.HeadwindKts = 10;
d.Parameters.SurfaceCondition = 1;
var dis = Calculator.LandingDistanceMeter(d);
Assert.AreEqual(2952 * Constants.FtMeterRatio, dis, 10);
}
public void ElevationCorrectionWet()
{
var d = new CalculatorData()
{
Table = LoaderTest.GetTable(),
Parameters = GetParameters
};
d.Parameters.SurfaceCondition = 1;
d.Parameters.ElevationFT = -1000;
var dis = Calculator.LandingDistanceMeter(d);
Assert.AreEqual(2952 * Constants.FtMeterRatio * 0.97, dis, 10);
}