Jon S. Berndt wrote:
Note that I'm still not sure how this is going to work with carrier landings. The zero velocity code may get bypassed, since a carrier is normally not at zero speed. I can't remember if I accounted for that or not. Probably an easy fix, anyhow.
What I don't understand about this issue: why even zero velocity? There should never be zero velocity, since there is nearly always some wind, gravity and so on. But when you are on ground, the friction of the gear should prevent any movement to the side apart from extreme cases and even alongside the roll direction unless enough force is applied.
Note: I do not know how this code works, but the physics at least should be relatively easy.
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