thekapm

That is a lot easier than what I finally came up with. Here is what I did: declare function pcheck { set a to ship:prograde:pitch. set b to ship:prograde:yaw. set c to ship:prograde:roll. lock steering to R(a,b,c). WAIT UNTIL (ship:facing:pitch >= (round(a) - 5) AND ship:facing:roll >= (round(c) - 5)) AND (ship:facing:pitch <= (round(a) + 5) AND ship:facing:roll round(c) + 5)). } I had found out that the pitch and roll, when rounded, stay the same for prograde and retrograde. So I made it wait until they were equal. Then after the function in my code I added a lock steering to ship:prograde, because by then they were close enough that it could throttle without spinning all over the place.

I'm trying to lock steering to ship:prograde/retrograde, and then wait until facing = prograde. The problem is that the facing will never actually be equal to prograde or retrograde when locked like that, so the ship sits on the direction infinitely. I want this script to be universal regardless of how long it takes a ship to turn. My code looks like this: lock steering to ship:prograde. wait until ship:facing = ship:prograde.