public static IEnumerator <V> Sin <V, T1, T2>(this Source.SourceDimension <V> self, T1 radius, T2 freq, float fps = 0f)
{
var res = default(IEnumerator <V>);
Syntax.Resolve <V>(
() => res = Source.Sin(Syntax.AsEnumerator <float, T1>(radius), Syntax.AsEnumerator <float, T2>(freq), fps) as IEnumerator <V>,
() => res = Source.Sin(Syntax.AsEnumerator <Vector2, T1>(radius), Syntax.AsEnumerator <float, T2>(freq), fps) as IEnumerator <V>,
() => res = Source.Sin(Syntax.AsEnumerator <Vector3, T1>(radius), Syntax.AsEnumerator <float, T2>(freq), fps) as IEnumerator <V>,
() => res = Source.Sin(Syntax.AsEnumerator <Vector4, T1>(radius), Syntax.AsEnumerator <float, T2>(freq), fps) as IEnumerator <V>
);
return(res);
}
public static IEnumerator <Vector2> Lissajous <T1, T2, T3, T4>(this Source.SourceDimension <Vector2> self, T1 A, T2 B, T3 a, T4 b, float delta, float fps = 0f)
{
return(Source.Lissajous(Syntax.AsEnumerator <float, T1>(A), Syntax.AsEnumerator <float, T2>(B), Syntax.AsEnumerator <float, T3>(a), Syntax.AsEnumerator <float, T4>(b), delta, fps));
}
public static IEnumerator <Vector2> Hypocycloid <T1, T2, T3>(this Source.SourceDimension <Vector2> self, T1 A, T2 B, float rc, float rm, T3 speed, float fps = 0f)
{
return(Source.Hypocycloid(Syntax.AsEnumerator <float, T1>(A), Syntax.AsEnumerator <float, T2>(B), rc, rm, Syntax.AsEnumerator <float, T3>(speed), fps));
}
public static IEnumerator <Vector2> Circular <T1, T2>(this Source.SourceDimension <Vector2> self, T1 radius, T2 speed, float fps = 0f)
{
return(Source.Circular(Syntax.AsEnumerator <float, T1>(radius), Syntax.AsEnumerator <float, T2>(speed), fps));
}
