//public CircularTrack(Point center, double radius, double angularVelocity, double creationTime, double annihilationTime, Angle phaseOrigin, Color color)
//{
// Center = center;
// Radius = radius;
// AngularVelocity = angularVelocity;
// CreationTime = creationTime;
// AnnihilationTime = annihilationTime;
// PhaseOrigin = phaseOrigin;
// Color = color;
//}
public CircularTrack(Point origin, Vector velocity, double curvature, double creationTime, double annihilationTime, Color color)
{
Contract.Requires <ArgumentOutOfRangeException>(curvature != 0);
Radius = 1 / GMath.Abs(curvature);
if (curvature < 0)
{
Center = origin + new Vector(Radius, velocity.Direction - Angle.Deg(90));
}
else
{
Center = origin + new Vector(Radius, velocity.Direction + Angle.Deg(90));
}
AngularVelocity = GMath.Sign(curvature) * velocity.Magnitude / Radius;
PhaseOrigin = GMath.Atan2(velocity - Angle.Deg(90 * GMath.Sign(curvature)));
CreationTime = creationTime;
AnnihilationTime = annihilationTime;
Color = color;
}
public static void gmathtest(float[] c)
{
int i = 0;
c[i++] = GMath.Abs((long)-42.3F);
c[i++] = GMath.Acos(42.3F);
c[i++] = GMath.Asin(42.3F);
c[i++] = GMath.Atan(42.3F);
c[i++] = GMath.Atan2(42.3F, 3.8F);
c[i++] = GMath.Ceiling(42.3F);
c[i++] = GMath.Cos(42.3F);
c[i++] = GMath.Cosh(2.3F);
c[i++] = GMath.E;
c[i++] = GMath.Exp(1.3F);
c[i++] = GMath.Floor(3.9F);
c[i++] = GMath.Log(5.8F);
c[i++] = GMath.Log10(3.5F);
c[i++] = GMath.Max(4.8F, 4.9F);
c[i++] = GMath.Min(4.8F, 4.9F);
c[i++] = GMath.PI;
c[i++] = GMath.Pow(4.4F, 2.3F);
c[i++] = GMath.Round(5.5F);
c[i++] = GMath.Sin(4.2F);
c[i++] = GMath.Sinh(3.1F);
c[i++] = GMath.Sqrt(8.1F);
c[i++] = GMath.Sqrt(-1.0F);
c[i++] = GMath.Tan(4.3F);
c[i++] = GMath.Tanh(8.1F);
//c[i++] = (float)(Single.IsNaN(GMath.Sqrt(-1.0F)) ? 1.0F : 0.0F);//GMath.Sqrt(-1.0F)
c[i++] = GMath.Truncate(10.14334325F);
float zero = 0.0F;
c[i++] = Single.IsInfinity(1 / zero) ? 1.0F : 0.0F;
c[60] = Single.PositiveInfinity;
c[61] = Single.NegativeInfinity;
c[62] = Single.NaN;
}