public override void UpdateGraphs()
{
float bottom = currentConditions.lowerBoundAltitude;
float top = currentConditions.upperBoundAltitude;
float left = currentConditions.lowerBoundSpeed;
float right = currentConditions.upperBoundSpeed;
float invArea = 1f / WindTunnelWindow.Instance.CommonPredictor.Area;
Func <EnvelopePoint, float> scale = (pt) => 1f;
if (WindTunnelSettings.UseCoefficients)
{
scale = (pt) => 1f / pt.dynamicPressure * invArea;
((SurfGraph)graphables["Drag"]).ZUnit = "";
((SurfGraph)graphables["Drag"]).StringFormat = "F3";
((SurfGraph)graphables["Max Lift"]).ZUnit = "";
((SurfGraph)graphables["Max Lift"]).StringFormat = "F3";
}
else
{
((SurfGraph)graphables["Drag"]).ZUnit = "kN";
((SurfGraph)graphables["Drag"]).StringFormat = "N0";
((SurfGraph)graphables["Max Lift"]).ZUnit = "kN";
((SurfGraph)graphables["Max Lift"]).StringFormat = "N0";
}
((SurfGraph)graphables["Excess Thrust"]).SetValues(envelopePoints.SelectToArray(pt => pt.Thrust_excess), left, right, bottom, top);
((SurfGraph)graphables["Excess Acceleration"]).SetValues(envelopePoints.SelectToArray(pt => pt.Accel_excess), left, right, bottom, top);
((SurfGraph)graphables["Thrust Available"]).SetValues(envelopePoints.SelectToArray(pt => pt.Thrust_available), left, right, bottom, top);
((SurfGraph)graphables["Level AoA"]).SetValues(envelopePoints.SelectToArray(pt => pt.AoA_level * Mathf.Rad2Deg), left, right, bottom, top);
((SurfGraph)graphables["Max Lift AoA"]).SetValues(envelopePoints.SelectToArray(pt => pt.AoA_max * Mathf.Rad2Deg), left, right, bottom, top);
((SurfGraph)graphables["Max Lift"]).SetValues(envelopePoints.SelectToArray(pt => pt.Lift_max * scale(pt)), left, right, bottom, top);
((SurfGraph)graphables["Lift/Drag Ratio"]).SetValues(envelopePoints.SelectToArray(pt => pt.LDRatio), left, right, bottom, top);
((SurfGraph)graphables["Drag"]).SetValues(envelopePoints.SelectToArray(pt => pt.drag * scale(pt)), left, right, bottom, top);
((SurfGraph)graphables["Lift Slope"]).SetValues(envelopePoints.SelectToArray(pt => pt.dLift / pt.dynamicPressure * invArea), left, right, bottom, top);
((SurfGraph)graphables["Pitch Input"]).SetValues(envelopePoints.SelectToArray(pt => pt.pitchInput), left, right, bottom, top);
((SurfGraph)graphables["Fuel Burn Rate"]).SetValues(envelopePoints.SelectToArray(pt => pt.fuelBurnRate), left, right, bottom, top);
//((SurfGraph)graphables["Stability Derivative"]).SetValues(envelopePoints.SelectToArray(pt => pt.stabilityDerivative), left, right, bottom, top);
//((SurfGraph)graphables["Stability Range"]).SetValues(envelopePoints.SelectToArray(pt => pt.stabilityRange), left, right, bottom, top);
//((SurfGraph)graphables["Stability Score"]).SetValues(envelopePoints.SelectToArray(pt => pt.stabilityScore), left, right, bottom, top);
float[,] economy = envelopePoints.SelectToArray(pt => pt.fuelBurnRate / pt.speed * 1000 * 100);
SurfGraph toModify = (SurfGraph)graphables["Fuel Economy"];
toModify.SetValues(economy, left, right, bottom, top);
try
{
int stallpt = EnvelopeLine.CoordLocator.GenerateCoordLocators(envelopePoints.SelectToArray(pt => pt.Thrust_excess)).First(0, 0, c => c.value >= 0);
float minEconomy = economy[stallpt, 0] / 3;
toModify.ZMax = minEconomy;
}
catch (InvalidOperationException)
{
Debug.LogError("The vessel cannot maintain flight at ground level. Fuel Economy graph will be weird.");
}
((OutlineMask)graphables["Envelope Mask"]).SetValues(envelopePoints.SelectToArray(pt => pt.Thrust_excess), left, right, bottom, top);
}
private void UpdateGraphs()
{
float bottom = currentConditions.lowerBoundAltitude;
float top = currentConditions.upperBoundAltitude;
float left = currentConditions.lowerBoundSpeed;
float right = currentConditions.upperBoundSpeed;
Func <EnvelopePoint, float> scale = (pt) => 1;
if (WindTunnelSettings.UseCoefficients)
{
scale = (pt) => 1 / pt.dynamicPressure;
}
((SurfGraph)graphables["Excess Thrust"]).SetValues(envelopePoints.SelectToArray(pt => pt.Thrust_excess), left, right, bottom, top);
((SurfGraph)graphables["Excess Acceleration"]).SetValues(envelopePoints.SelectToArray(pt => pt.Accel_excess), left, right, bottom, top);
((SurfGraph)graphables["Thrust Available"]).SetValues(envelopePoints.SelectToArray(pt => pt.Thrust_available), left, right, bottom, top);
((SurfGraph)graphables["Level AoA"]).SetValues(envelopePoints.SelectToArray(pt => pt.AoA_level * Mathf.Rad2Deg), left, right, bottom, top);
((SurfGraph)graphables["Max Lift AoA"]).SetValues(envelopePoints.SelectToArray(pt => pt.AoA_max * Mathf.Rad2Deg), left, right, bottom, top);
((SurfGraph)graphables["Max Lift"]).SetValues(envelopePoints.SelectToArray(pt => pt.Lift_max), left, right, bottom, top);
((SurfGraph)graphables["Lift/Drag Ratio"]).SetValues(envelopePoints.SelectToArray(pt => pt.LDRatio), left, right, bottom, top);
((SurfGraph)graphables["Drag"]).SetValues(envelopePoints.SelectToArray(pt => pt.drag * scale(pt)), left, right, bottom, top);
((SurfGraph)graphables["Lift Slope"]).SetValues(envelopePoints.SelectToArray(pt => pt.dLift / pt.dynamicPressure), left, right, bottom, top);
((SurfGraph)graphables["Pitch Input"]).SetValues(envelopePoints.SelectToArray(pt => pt.pitchInput), left, right, bottom, top);
((SurfGraph)graphables["Fuel Burn Rate"]).SetValues(envelopePoints.SelectToArray(pt => pt.fuelBurnRate), left, right, bottom, top);
//((SurfGraph)graphables["Stability Derivative"]).SetValues(envelopePoints.SelectToArray(pt => pt.stabilityDerivative), left, right, bottom, top);
//((SurfGraph)graphables["Stability Range"]).SetValues(envelopePoints.SelectToArray(pt => pt.stabilityRange), left, right, bottom, top);
//((SurfGraph)graphables["Stability Score"]).SetValues(envelopePoints.SelectToArray(pt => pt.stabilityScore), left, right, bottom, top);
float[,] economy = envelopePoints.SelectToArray(pt => pt.fuelBurnRate / pt.speed * 1000 * 100);
int stallpt = CoordLocator.GenerateCoordLocators(envelopePoints.SelectToArray(pt => pt.Thrust_excess)).First(0, 0, c => c.value >= 0);
SurfGraph toModify = (SurfGraph)graphables["Fuel Economy"];
toModify.SetValues(economy, left, right, bottom, top);
float minEconomy = economy[stallpt, 0] / 3;
toModify.ZMax = minEconomy;
((OutlineMask)graphables["Envelope Mask"]).SetValues(envelopePoints.SelectToArray(pt => pt.Thrust_excess), left, right, bottom, top);
}
private void GenerateGraphs()
{
graphs.Clear();
float bottom = currentConditions.lowerBoundAltitude;
float top = currentConditions.upperBoundAltitude;
float left = currentConditions.lowerBoundSpeed;
float right = currentConditions.upperBoundSpeed;
Func <EnvelopePoint, float> scale = (pt) => 1;
if (WindTunnelSettings.UseCoefficients)
{
scale = (pt) => 1 / pt.dynamicPressure;
}
SurfGraph newSurfGraph;
newSurfGraph = new SurfGraph(envelopePoints.SelectToArray(pt => pt.Thrust_excess), left, right, bottom, top)
{
Name = "Excess Thrust", ZUnit = "kN", StringFormat = "N0", Color = Jet_Dark_Positive, ZAxisScale = (v) => v >= 0 ? v : 0
};
float maxThrustExcess = newSurfGraph.ZMax;
newSurfGraph.ColorFunc = (x, y, z) => z / maxThrustExcess;
newSurfGraph.ZAxisScaler = maxThrustExcess / Axis.GetMax(0, newSurfGraph.ZMax);
graphs.Add("Excess Thrust", newSurfGraph);
newSurfGraph = new SurfGraph(envelopePoints.SelectToArray(pt => pt.Accel_excess), left, right, bottom, top)
{
Name = "Excess Acceleration", ZUnit = "g", StringFormat = "N2", Color = Jet_Dark_Positive, ZAxisScale = (v) => v >= 0 ? v : 0
};
float maxAccelExcess = newSurfGraph.ZMax;
newSurfGraph.ColorFunc = (x, y, z) => z / maxAccelExcess;
newSurfGraph.ZAxisScaler = maxAccelExcess / Axis.GetMax(0, newSurfGraph.ZMax);
graphs.Add("Excess Acceleration", newSurfGraph);
graphs.Add("Thrust Available", new SurfGraph(envelopePoints.SelectToArray(pt => pt.Thrust_available), left, right, bottom, top, true)
{
Name = "Thrust Available", ZUnit = "kN", StringFormat = "N0", Color = ColorMap.Jet_Dark
});
graphs.Add("Level AoA", new SurfGraph(envelopePoints.SelectToArray(pt => pt.AoA_level * Mathf.Rad2Deg), left, right, bottom, top, true)
{
Name = "Level AoA", ZUnit = "°", StringFormat = "F2", Color = ColorMap.Jet_Dark
});
graphs.Add("Max Lift AoA", new SurfGraph(envelopePoints.SelectToArray(pt => pt.AoA_max * Mathf.Rad2Deg), left, right, bottom, top, true)
{
Name = "Max Lift AoA", ZUnit = "°", StringFormat = "F2", Color = ColorMap.Jet_Dark
});
graphs.Add("Max Lift", new SurfGraph(envelopePoints.SelectToArray(pt => pt.Lift_max), left, right, bottom, top, true)
{
Name = "Max Lift", ZUnit = "kN", StringFormat = "N0", Color = ColorMap.Jet_Dark
});
graphs.Add("Lift/Drag Ratio", new SurfGraph(envelopePoints.SelectToArray(pt => pt.LDRatio), left, right, bottom, top, true)
{
Name = "Lift/Drag Ratio", ZUnit = "", StringFormat = "F2", Color = ColorMap.Jet_Dark
});
graphs.Add("Drag", new SurfGraph(envelopePoints.SelectToArray(pt => pt.drag * scale(pt)), left, right, bottom, top, true)
{
Name = "Drag", ZUnit = "kN", StringFormat = "N0", Color = ColorMap.Jet_Dark
});
graphs.Add("Lift Slope", new SurfGraph(envelopePoints.SelectToArray(pt => pt.dLift / pt.dynamicPressure), left, right, bottom, top, true)
{
Name = "Lift Slope", ZUnit = "m^2/°", StringFormat = "F3", Color = ColorMap.Jet_Dark
});
graphs.Add("Pitch Input", new SurfGraph(envelopePoints.SelectToArray(pt => pt.pitchInput), left, right, bottom, top, true)
{
Name = "Pitch Input", ZUnit = "", StringFormat = "F2", Color = ColorMap.Jet_Dark
});
graphs.Add("Envelope Mask", new OutlineMask(envelopePoints.SelectToArray(pt => pt.Thrust_excess), left, right, bottom, top)
{
Name = "Envelope Mask", ZUnit = "kN", StringFormat = "N0", Color = Color.grey, LineWidth = 2, LineOnly = true, MaskCriteria = (v) => !float.IsNaN(v) && !float.IsInfinity(v) && v >= 0
});
var e = graphs.GetEnumerator();
while (e.MoveNext())
{
e.Current.Value.XUnit = "m/s";
e.Current.Value.XName = "Speed";
e.Current.Value.YUnit = "m";
e.Current.Value.YName = "Altitude";
}
}
