The magnus effect

  • Thread starter melquiades
  • Start date
for a soccer game I'm programming, i want to calculate the position and velocity of the ball. I can get those values when I have constant acceleration, but I don't understand how to add the Magnus force. I have read some articles in the internet, and I found a formula I just can't understand:

[tex]F_{m}=\frac{2\pi^2 \rho\ \omega vr^4} {2r}[/tex]

is it right? so I could say:

[tex]F_{m}=\pi^2 \rho\ \omega vr^3 [/tex]

But which is the velocity it refers? and, how can I relate it to v(t) and x(t)?

Could somebody explain it to me, and how to calculate position adding the magnus force?

Thank's for reading!

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