private void DrawGraph(GraphMode graphMode)
{
if (graphDirty)
{
if (this.vessel == null)
{
this.vessel = VesselCache.SimulatedVessel.Borrow(EditorLogic.fetch.ship, VesselCache.SimCurves.Borrow(body));
}
if (!graphRequested)
{
switch (graphMode)
{
case GraphMode.FlightEnvelope:
EnvelopeSurfGenerator.Calculate(vessel, body, 0, maxSpeed, speedStep, 0, maxAltitude, altitudeStep);
break;
case GraphMode.AoACurves:
AoACurveGenerator.Calculate(vessel, body, Altitude, Speed, -20f * Mathf.Deg2Rad, 20f * Mathf.Deg2Rad, 0.5f * Mathf.Deg2Rad);
break;
case GraphMode.VelocityCurves:
VelCurveGenerator.Calculate(vessel, body, Altitude, 0, maxSpeed, speedStep);
break;
}
graphRequested = true;
}
switch (GraphGenerator.Status)
{
case CalculationManager.RunStatus.PreStart:
case CalculationManager.RunStatus.Cancelled:
case CalculationManager.RunStatus.Running:
DrawProgressBar(GraphGenerator.PercentComplete);
break;
case CalculationManager.RunStatus.Completed:
grapher.SetCollection(GraphGenerator.Graphables);
DrawGraph();
graphDirty = false;
break;
}
if (selectedCrossHairVect.x >= 0 && selectedCrossHairVect.y >= 0)
{
selectedCrossHairVect = CrossHairsFromConditions(Altitude, Speed, AoA);
SetConditionsFromGraph(selectedCrossHairVect);
conditionDetails = GetConditionDetails(CurrentGraphMode, this.Altitude, this.Speed, CurrentGraphMode == GraphMode.AoACurves ? this.AoA : float.NaN, false);
}
else
{
conditionDetails = "";
}
}
else
{
DrawGraph();
}
}
private void DrawGraph(GraphMode graphMode, GraphSelect graphSelect)
{
if (graphDirty)
{
if (this.vessel == null)
{
this.vessel = VesselCache.SimulatedVessel.Borrow(EditorLogic.fetch.ship, VesselCache.SimCurves.Borrow(body));
}
//this.vessel = new StockAero();
switch (graphMode)
{
case GraphMode.FlightEnvelope:
if (!graphRequested)
{
EnvelopeSurfGenerator.Calculate(vessel, body, 0, maxSpeed, speedStep, 0, maxAltitude, altitudeStep);
graphRequested = true;
}
switch (EnvelopeSurfGenerator.Status)
{
case CalculationManager.RunStatus.PreStart:
case CalculationManager.RunStatus.Cancelled:
case CalculationManager.RunStatus.Running:
DrawProgressBar(EnvelopeSurfGenerator.PercentComplete);
break;
case CalculationManager.RunStatus.Completed:
/*for (int x = 0; x <= EnvelopeSurf.envelopePoints.GetUpperBound(0); x++)
* {
* for (int y = 0; y <= EnvelopeSurf.envelopePoints.GetUpperBound(1); y++)
* {
* EnvelopeSurf.EnvelopePoint pt = EnvelopeSurf.envelopePoints[x, y];
* //Debug.Log(String.Format("{0} / {1} / {2} / {3} / {4} / {5}", pt.altitude, pt.speed, pt.AoA_level, pt.Thrust_available, pt.Thrust_excess, pt.Accel_excess));
* if(pt.speed == 930 && pt.altitude == 22200)
* {
* Debug.Log("AoA Level: " + pt.AoA_level * 180 / Mathf.PI);
* Debug.Log("Thrust Available: " + pt.Thrust_available);
* Debug.Log("Excess Thrust: " + pt.Thrust_excess);
* Debug.Log("Excess Accel: " + pt.Accel_excess);
* Debug.Log("Speed: " + pt.speed);
* Debug.Log("Altitude: " + pt.altitude);
* Debug.Log("Force: " + pt.force);
* Debug.Log("LiftForce: " + pt.liftforce);
* }
* }
* }//*/
grapher.Clear();
switch (graphSelect)
{
case GraphSelect.ExcessThrust:
grapher.Add(EnvelopeSurfGenerator.GetGraphableByName("Excess Thrust"));
break;
case GraphSelect.ExcessAcceleration:
grapher.Add(EnvelopeSurfGenerator.GetGraphableByName("Excess Acceleration"));
break;
case GraphSelect.ThrustAvailable:
grapher.Add(EnvelopeSurfGenerator.GetGraphableByName("Thrust Available"));
break;
case GraphSelect.LevelFlightAoA:
grapher.Add(EnvelopeSurfGenerator.GetGraphableByName("Level AoA"));
break;
case GraphSelect.MaxLiftAoA:
grapher.Add(EnvelopeSurfGenerator.GetGraphableByName("Max Lift AoA"));
break;
case GraphSelect.MaxLiftForce:
grapher.Add(EnvelopeSurfGenerator.GetGraphableByName("Max Lift"));
break;
case GraphSelect.LiftDragRatio:
grapher.Add(EnvelopeSurfGenerator.GetGraphableByName("Lift/Drag Ratio"));
break;
case GraphSelect.DragForce:
grapher.Add(EnvelopeSurfGenerator.GetGraphableByName("Drag"));
break;
case GraphSelect.LiftSlope:
grapher.Add(EnvelopeSurfGenerator.GetGraphableByName("Lift Slope"));
break;
case GraphSelect.PitchInput:
grapher.Add(EnvelopeSurfGenerator.GetGraphableByName("Pitch Input"));
break;
}
if (WindTunnelSettings.ShowEnvelopeMask && (WindTunnelSettings.ShowEnvelopeMaskAlways || (CurrentGraphSelect != GraphSelect.ExcessThrust && CurrentGraphSelect != GraphSelect.ExcessAcceleration)))
{
grapher.Add(EnvelopeSurfGenerator.GetGraphableByName("Envelope Mask"));
}
graphDirty = false;
break;
}
break;
case GraphMode.AoACurves:
if (!graphRequested)
{
AoACurveGenerator.Calculate(vessel, body, Altitude, Speed, -20f * Mathf.Deg2Rad, 20f * Mathf.Deg2Rad, 0.5f * Mathf.Deg2Rad);
graphRequested = true;
}
switch (AoACurveGenerator.Status)
{
case CalculationManager.RunStatus.PreStart:
case CalculationManager.RunStatus.Cancelled:
case CalculationManager.RunStatus.Running:
DrawProgressBar(AoACurveGenerator.PercentComplete);
break;
case CalculationManager.RunStatus.Completed:
grapher.Clear();
switch (graphSelect)
{
case GraphSelect.LiftForce:
grapher.Add(AoACurveGenerator.GetGraphableByName("Lift"));
break;
case GraphSelect.DragForce:
grapher.Add(AoACurveGenerator.GetGraphableByName("Drag"));
break;
case GraphSelect.LiftDragRatio:
grapher.Add(AoACurveGenerator.GetGraphableByName("Lift/Drag Ratio"));
break;
case GraphSelect.LiftSlope:
grapher.Add(AoACurveGenerator.GetGraphableByName("Lift Slope"));
break;
case GraphSelect.PitchInput:
grapher.Add(AoACurveGenerator.GetGraphableByName("Pitch Input"));
break;
case GraphSelect.Torque:
grapher.Add(AoACurveGenerator.GetGraphableByName("Torque"));
break;
}
graphDirty = false;
break;
}
break;
case GraphMode.VelocityCurves:
if (!graphRequested)
{
VelCurveGenerator.Calculate(vessel, body, Altitude, 0, maxSpeed, speedStep);
graphRequested = true;
}
switch (VelCurveGenerator.Status)
{
case CalculationManager.RunStatus.PreStart:
case CalculationManager.RunStatus.Cancelled:
case CalculationManager.RunStatus.Running:
DrawProgressBar(VelCurveGenerator.PercentComplete);
break;
case CalculationManager.RunStatus.Completed:
grapher.Clear();
switch (graphSelect)
{
case GraphSelect.LevelFlightAoA:
grapher.Add(VelCurveGenerator.GetGraphableByName("Level AoA"));
break;
case GraphSelect.MaxLiftAoA:
grapher.Add(VelCurveGenerator.GetGraphableByName("Max Lift AoA"));
break;
case GraphSelect.ThrustAvailable:
grapher.Add(VelCurveGenerator.GetGraphableByName("Thrust Available"));
break;
case GraphSelect.LiftDragRatio:
grapher.Add(VelCurveGenerator.GetGraphableByName("Lift/Drag Ratio"));
break;
case GraphSelect.DragForce:
grapher.Add(VelCurveGenerator.GetGraphableByName("Drag"));
break;
case GraphSelect.LiftSlope:
grapher.Add(VelCurveGenerator.GetGraphableByName("Lift Slope"));
break;
case GraphSelect.PitchInput:
grapher.Add(VelCurveGenerator.GetGraphableByName("Pitch Input"));
break;
}
graphDirty = false;
break;
}
break;
default:
throw new ArgumentOutOfRangeException("graphMode");
}
if (GraphGenerator.Status == CalculationManager.RunStatus.Completed)
{
//grapher.DrawGraphs();
DrawGraph();
}
if (selectedCrossHairVect.x >= 0 && selectedCrossHairVect.y >= 0)
{
selectedCrossHairVect = CrossHairsFromConditions(Altitude, Speed, AoA);
SetConditionsFromGraph(selectedCrossHairVect);
conditionDetails = GetConditionDetails(CurrentGraphMode, this.Altitude, this.Speed, CurrentGraphMode == GraphMode.AoACurves ? this.AoA : float.NaN, false);
}
else
{
conditionDetails = "";
}
}
else
{
DrawGraph();
}
}