| public static CubicStep ( Double pFirstPoint, Double pFirstSlope, Double pSecondPoint, Double pSecondSlope, Double pPercent ) : Double | ||
| pFirstPoint | Double | |
| pFirstSlope | Double | |
| pSecondPoint | Double | |
| pSecondSlope | Double | |
| pPercent | Double | |
| return | Double | |
public virtual void Draw(Double pPercent)
{
Node.Position = new Vector3(Methods.CubicStep(ox, odx, x, dx, pPercent), Methods.CubicStep(oy, ody, y, dy, pPercent), 0);
Node.Orientation =
Quaternion.FromAngleAxis(Methods.CubicStep(oa, oda, a, da, pPercent) * Constants.DegreesToRadians, Vector3.UnitZ) *
Quaternion.FromEulerAnglesInDegrees(-16 * Methods.LinearStep(oda, da, pPercent), 0.0, 0.0);
}
public void Draw(Double pPercent)
{
Node.Position = new Vector3(
cameraOffset.x + Methods.CubicStep(x[framesBehind], dx[framesBehind], x[framesBehind - 1], dx[framesBehind - 1], pPercent),
cameraOffset.y + Methods.CubicStep(y[framesBehind], dy[framesBehind], y[framesBehind - 1], dy[framesBehind - 1], pPercent),
cameraOffset.z + 32 * Methods.LinearStep(target.OldVelocity.LengthSquared, target.Velocity.LengthSquared, pPercent));
Node.LookAt(new Vector3(
Methods.CubicStep(x[framesBehind / 2 + 1], dx[framesBehind / 2 + 1], x[framesBehind / 2], dx[framesBehind / 2], pPercent),
Methods.CubicStep(y[framesBehind / 2 + 1], dy[framesBehind / 2 + 1], y[framesBehind / 2], dy[framesBehind / 2], pPercent),
0), TransformSpace.Parent);
}