private void OnEnable()
{
liftSlope = serializedObject.FindProperty("liftSlope");
skinFriction = serializedObject.FindProperty("skinFriction");
zeroLiftAoA = serializedObject.FindProperty("zeroLiftAoA");
stallAngleHigh = serializedObject.FindProperty("stallAngleHigh");
stallAngleLow = serializedObject.FindProperty("stallAngleLow");
chord = serializedObject.FindProperty("chord");
flapFraction = serializedObject.FindProperty("flapFraction");
span = serializedObject.FindProperty("span");
autoAspectRatio = serializedObject.FindProperty("autoAspectRatio");
aspectRatio = serializedObject.FindProperty("aspectRatio");
config = target as AeroSurfaceConfig;
}
private static void DrawSurface(Transform transform, AeroSurfaceConfig config, float flapAngle, bool isAtStall = false)
{
AircraftPhysicsDisplaySettings settings = AircraftPhysicsDisplaySettings.Instance;
float mainChord = config.chord * (1 - config.flapFraction);
float flapChord = config.chord * config.flapFraction;
DrawRectangle(transform.position + transform.right * (0.25f * config.chord - 0.5f * mainChord),
transform.rotation,
config.span,
mainChord,
isAtStall ? settings.wingAtStallColor : settings.wingColor);
if (config.flapFraction > 0)
{
DrawRectangle(transform.position
+ transform.right * (0.25f * config.chord - mainChord - 0.02f - 0.5f * flapChord * Mathf.Cos(flapAngle))
- transform.up * 0.5f * Mathf.Sin(flapAngle) * flapChord,
transform.rotation * Quaternion.AngleAxis(flapAngle * Mathf.Rad2Deg, Vector3.forward),
config.span,
flapChord,
isAtStall ? settings.flapAtStallColor : settings.flapColor);
}
}
