public LandingReportGenerator(BoeingPerfTable perfTable,
LandingParameters para)
{
this.perfTable = perfTable;
this.para = para;
calc = new LandingCalculator(perfTable, para);
}
private void AssertMainResult(LandingReport report,
LandingParameters para, BoeingPerfTable table)
{
var entry = report.SelectedBrks;
var calc = new LandingCalculator(table, para);
string brake = table.BrakesAvailable(para.SurfaceCondition)[para.BrakeIndex];
double rwyRequired = calc.DistanceRequiredMeter();
Assert.IsTrue(entry.BrkSetting == brake);
Assert.AreEqual(rwyRequired, entry.ActualDisMeter, 0.5);
double disRemain = para.RwyLengthMeter - rwyRequired;
Assert.AreEqual(disRemain, entry.DisRemainMeter, 0.5);
}
private void AssertOtherResult(LandingReport report,
LandingParameters para, BoeingPerfTable table)
{
var calc = new LandingCalculator(table, para);
foreach (var i in report.AllSettings)
{
int brakeIndex = Array.FindIndex(
table.BrakesAvailable(para.SurfaceCondition),
x => x == i.BrkSetting);
PropertySetter.Set(para, "BrakeIndex", brakeIndex);
double rwyRequired = calc.DistanceRequiredMeter();
Assert.AreEqual(rwyRequired, i.ActualDisMeter, 0.5);
double disRemain = para.RwyLengthMeter - rwyRequired;
Assert.AreEqual(disRemain, i.DisRemainMeter, 0.5);
}
}
public TOCalculator(BoeingPerfTable item, TOParameters para)
{
table = item.Tables[para.FlapsIndex];
this.para = para;
SetTables();
}
public LandingCalculator(BoeingPerfTable perfTable, LandingParameters para)
{
this.perfTable = perfTable;
this.para = para;
}
public TOReportGenerator(BoeingPerfTable item, TOParameters para)
{
calc = new TOCalculator(item, para);
table = item.Tables[para.FlapsIndex];
this.para = para;
}
