public MoonPath(Simulator simulator, CelestialBody celestialBody, int alpha, string imageName, int size)
: base(simulator, celestialBody, alpha, imageName, size)
{
relativePosition = new Vector3(celestialBody.Circle.Radius + Main.Random.Next(10, 30), 0, 0);
float relativePositionY = Main.Random.Next(10, 30);
Vector3 relativePositionInverse = relativePosition;
relativePositionInverse.X = -relativePositionInverse.X;
double step = RotationTime / 6;
InnerPath = new Path3D
(
new List<Vector3>()
{
relativePosition + new Vector3(0, -relativePositionY, 0),
relativePosition + new Vector3(30, 0, 0),
relativePosition + new Vector3(0, relativePositionY, 0),
relativePositionInverse + new Vector3(0, relativePositionY, 0),
relativePositionInverse + new Vector3(-30, 0, 0),
relativePositionInverse + new Vector3(0, -relativePositionY, 0),
relativePosition + new Vector3(0, -relativePositionY, 0)
},
new List<double>()
{
step * 0,
step * 1,
step * 2,
step * 3,
step * 4,
step * 5,
step * 6
}
);
TimeFrontStart = step * 1;
TimeFrontEnd = step * 4;
Representation.VisualPriority = (ActualRotationTime >= TimeFrontStart && ActualRotationTime <= TimeFrontEnd) ?
VisualPriorities.Default.Moon :
CelestialBody.VisualPriority + 0.01f;
float rotation = MathHelper.ToRadians(Main.Random.Next(0, 180));
Matrix.CreateRotationZ(rotation, out RotationMatrix);
InnerPath.GetPosition(ActualRotationTime, ref Position);
Vector3.Transform(ref Position, ref RotationMatrix, out Position);
Vector3.Add(ref Position, ref CelestialBody.position, out Position);
}
