Very Cool Circular Thing

public override void Generate()
        {
            VeryCool("sb/pixel.png", 11.25f, 71831, 82617, 93404, 320, 240, 100, 0.7, new Vector2(30, 2)); // The lines
            VeryCool("sb/pixel.png", 11.25f, 81775, 82617, 93404, 320, 240, 70, 0.7, new Vector2(10, 8)); // The Boxes
        }

public void VeryCool(String spritePath, float angleGap, double startTime, double endTime, double endtimeSpin, float x, float y, float distance, double fadeOpac, Vector2 scale)
        {
            // Animation
            double spriteCount = 360 / (angleGap * 2);
            double duration = endTime - startTime;
            double startTimeIncrement = startTime;

            for (float angle = 0; angle < 180; angle += angleGap)
            {
                float radian = MathHelper.DegreesToRadians(angle);
                var p = GetLayer("Foreground").CreateSprite(spritePath);

                p.Fade(startTimeIncrement, fadeOpac);
                p.ScaleVec(startTimeIncrement, scale);
                p.Rotate(startTimeIncrement, radian);

                p.Move(OsbEasing.OutCirc, startTimeIncrement - 150, startTimeIncrement, x + Math.Cos(radian) * (distance + 80), y + Math.Sin(radian) * (distance + 80),
                                                                         +x + Math.Cos(radian) * (distance), y + Math.Sin(radian) * (distance));

                startTimeIncrement += duration / spriteCount;
                p.Fade(endTime, 0);
            }

            startTimeIncrement = startTime;
            for (float angle = 180; angle < 360; angle += angleGap)
            {
                float radian = MathHelper.DegreesToRadians(angle);
                var p = GetLayer("Foreground").CreateSprite(spritePath);

                p.Fade(startTimeIncrement, fadeOpac);
                p.ScaleVec(startTimeIncrement, scale);
                p.Rotate(startTimeIncrement, radian);

                p.Move(OsbEasing.OutCirc, startTimeIncrement - 150, startTimeIncrement, x + Math.Cos(radian) * (distance + 80), y + Math.Sin(radian) * (distance + 80),
                                                                         +x + Math.Cos(radian) * (distance), y + Math.Sin(radian) * (distance));

                startTimeIncrement += duration / spriteCount;
                p.Fade(endTime, 0);
            }

            // Spin
            for (double angle = 0; angle < 360; angle += angleGap)
            {
                double startMove = endTime;
                double radian = MathHelper.DegreesToRadians(angle);
                var p = GetLayer("Foreground").CreateSprite(spritePath);
                p.Fade(endTime, fadeOpac);
                p.ScaleVec(endTime, scale);
                p.Rotate(startTimeIncrement, radian);

                double loopTimes = 360 / angleGap;
                duration = (endtimeSpin - endTime) / loopTimes;
                for (double angle2 = 0; angle2 < 360; angle2 += angleGap)
                {
                    double secRadian = MathHelper.DegreesToRadians(angle + angle2);
                    double movRadian = secRadian + MathHelper.DegreesToRadians(angleGap);

                    p.Move(startMove, startMove + duration, x + Math.Cos(secRadian) * (distance), y + Math.Sin(secRadian) * (distance),
                                                       x + Math.Cos(movRadian) * (distance), y + Math.Sin(movRadian) * (distance));
                    p.Rotate(startMove, startMove + duration, secRadian, movRadian);

                    startMove += duration;
                }

                p.Fade(endtimeSpin, 0);
            }
        }