internal static Tuple <int, int, int> VSPEED_LOOKUP(FlapsSetting Flaps, int Weight)
{
int FlapsLook = 5;
switch (Flaps)
{
case FlapsSetting.F5:
FlapsLook = 5;
break;
case FlapsSetting.F10:
FlapsLook = 10;
break;
case FlapsSetting.F15:
FlapsLook = 15;
break;
case FlapsSetting.F35:
FlapsLook = 35;
break;
}
Tuple <int, int> LookupTuple = new Tuple <int, int>(FlapsLook, Util.ClosestTo(WGT_NODES, Weight));
LANDING_VSPEEDS.TryGetValue(LookupTuple, out Tuple <int, int, int> OutputTuple);
return(OutputTuple);
}
public static Tuple <int, int> VR2_Lookup(FlapsSetting Flaps, int Weight, int Alt, int OAT)
{
Dictionary <Tuple <int, int, bool>, Tuple <int, int> > Settings = FLAP5_VR2_SETTINGS;
switch (Flaps)
{
case FlapsSetting.F5:
Settings = FLAP5_VR2_SETTINGS;
break;
case FlapsSetting.F10:
Settings = FLAP10_VR2_SETTINGS;
break;
case FlapsSetting.F15:
Settings = FLAP15_VR2_SETTINGS;
break;
}
int ClosestWeight = Util.ClosestTo(WGT_NODES, Weight);
int ClosestAlt = Util.ClosestTo(ALT_NODES, Alt);
Tuple <int, int, bool> LookupTuple = new Tuple <int, int, bool>(ClosestWeight, ClosestAlt, OAT >= 20);
Settings.TryGetValue(LookupTuple, out Tuple <int, int> VR2Settings);
return(VR2Settings);
}
public static Tuple <int, int> VFRICLB_Lookup(FlapsSetting Flaps, int Weight)
{
int ClosestWeight = Util.ClosestTo(WGT_NODES, Weight);
int Flp = 5;
switch (Flaps)
{
case FlapsSetting.F5:
Flp = 5;
break;
case FlapsSetting.F10:
Flp = 10;
break;
case FlapsSetting.F15:
Flp = 15;
break;
}
Tuple <int, int> LookupTuple = new Tuple <int, int>(ClosestWeight, Flp);
VFRICLB_SETTINGS.TryGetValue(LookupTuple, out Tuple <int, int> VFRICLB_ADJ);
return(VFRICLB_ADJ);
}
private void ComputeBtn_Click(object sender, EventArgs e)
{
ResetFailure();
ResetOutput();
PrimaryUnits Units = DecideUnits((string)WeightUnitsChoice.SelectedValue);
AltUnits AltitudeUnits = DecideAltUnits((string)AltUnitsChoice.SelectedValue);
FlapsSetting Flaps = DecideFlapsSetting((string)FlapsSettingSel.SelectedValue);
LandingSpeedValues BaseValues = new LandingSpeedValues {
Units = Units, Flaps = Flaps,
};
bool ConvertSuccess = double.TryParse(OATInput.Text, out double OAT);
ConvertSuccess &= double.TryParse(WeightInput.Text, out double WeightDouble);
if (!ConvertSuccess)
{
FailedToClean(); return;
}
BaseValues.OAT = (int)Math.Round(OAT);
BaseValues.Weight = (int)Math.Round(WeightDouble);
// Compute Landing
bool CleanSuccess = InputCleaner.CleanedLandingSpeeds(BaseValues, out LandingSpeedValues CleanedLandingVals);
if (!CleanSuccess)
{
FailedToClean(); return;
}
LandingComputation LandingComp = new LandingComputation(CleanedLandingVals);
if (LandingComp.Failed)
{
FailedToCompute(); return;
}
// Display landing data
DisplayLandingData(LandingComp.Output);
TakeoffSpeedValues TakeOffValues = new TakeoffSpeedValues();
// ALT Units, AntiIce, Runway HDG, Wind HFG, Wind Speed, Elevation, RWY Conditions
TakeOffValues.BasicVals = CleanedLandingVals;
bool ConvertValsSuccess = double.TryParse(RwyElevationInput.Text, out double RwyElev);
ConvertValsSuccess &= double.TryParse(RwyHdgInput.Text, out double RwyHdg);
double WindHdg = 0;
double WindSpd = 0;
try
{
string[] WindInfo = RwyWindInput.Text.Split('/');
ConvertValsSuccess &= double.TryParse(WindInfo[0], out WindHdg);
ConvertValsSuccess &= double.TryParse(WindInfo[1], out WindSpd);
}
catch { FailedToCleanTO(); return; }
if (!ConvertValsSuccess)
{
FailedToCleanTO(); return;
}
TakeOffValues.Elevation = (int)Math.Round(RwyElev);
TakeOffValues.RunwayHdg = (int)Math.Round(RwyHdg);
TakeOffValues.WindHdg = (int)Math.Round(WindHdg);
TakeOffValues.WindSpd = (int)Math.Round(WindSpd);
TakeOffValues.Conditions = DecideRunwayConditions((string)RwyCondSel.SelectedItem);
TakeOffValues.AntiIce = DeIceOnCheckbox.Checked;
CleanSuccess = InputCleaner.CleanedTakeoffSpeeds(TakeOffValues, out TakeoffSpeedValues CleanedTakeOffVals);
if (!CleanSuccess)
{
FailedTakeoffComputation(); return;
}
TakeoffComputation TakeoffComp = new TakeoffComputation(CleanedTakeOffVals);
if (TakeoffComp.Failed)
{
FailedTakeoffComputation(); return;
}
// Display Takeoff Data
DisplayTakeoffData(TakeoffComp.Output);
Success();
}
