I've been messing around with some ways to avoid wingtip stall. My current semi-functional system, while very unrealistic, involves the ends of the wings being attached to rotators tied to the pitch input. Unfortunately, that means it activates even when not at an angle of attack necessitating its function, likely reducing efficiency.
Proper FT understanding is well beyond me, so I was curious if it was possible to summarize the important bits to something I could interpret/use? If not possible, no worries.
I may have to restate things.
I actually need to have some basic explanation on what something MEANS.
Just being given a line of code isn't very useful as I have no idea what to do with it or what to change if it needs tweaking to fit my needs.
@Ku I don’t think It really moved at all. Keep in mind, I copy and pasted it.
I’d have to check another day. I have other plans for today, unfortunately.
@OrangeConnor2 did the elevator completely not respond or did not respond in the way you wanted
If the elevator completely stop moving you may have a typo in the input
If it’s just not responding in the way you wanted, as I said, mess around with the number
@Ku I think I tried that, I don’t believe it worked.
@OrangeConnor2 Overload Pitch input
@3AKOTOB I am aware of the instructions, but it is daunting and I am incredibly bad at interpreting written instructions. That’s the sort of thing someone like me would need an actual lesson on.
Thanks for the added informations. I’ve pretty much abandoned the project, but thanks anyways.
What does floating aileron mean though?
@3AKOTOB It would've helped to have some idea of what the parts of the input mean.
As I said, I do not have any FT experience. The point of of this forum was to see if anyone could simplify an explanation. Just having some code thrown at me isn't very useful.
@3AKOTOB Tried yours. When actively pitching the system is totally inactive, making it useless.
The roll control is unnecessary.
ewfsfsdfds
@Ku Tried.
I'm not entirely clear on where to put that.
Variables? Overload pitch input?
I'm referring to the rotator, to be clear.
@Ku @3AKOTOB I will try those. Thank you.
Though maybe, 3AKOTOB, use a hyperlink next time.
Too easy
In your pitch control, copy in this
Pitch-AngleOfAttack/100mess around with the number at the end to get your desired result
I should note, it's currently only effective enough to barely wrestle control of the aircraft. Still much better than completely losing control, however.