@Grob0s0VBRa
2:
Imagine a sphere of radius R, with horizontal circles intersecting it. The radius of the great circle in the middle also has radius R. The circles above and below it will have radii of (R sin t), where t is the angle up or down from the horizontal. A circle will be of scale (sin t) compared to the great circle.
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A label in the setup represents a certain horizontal angle. And if the label has a circular curvature, the vertical position of text should be linearly related to the vertical angle.

@hpgbproductions
1) Ok
2) i know, but if size of symbols is not changed when placed higher/lower they begin to overlap much. I'm curious if math may help solve that or its better just scale symbols manually?
Brought screenies of current situation
3) Uhu, i'll try something different then.

Yet again thanks for response.
Yeet

@Grob0s0VBRa
1)
Seems like you can't. Disabling the /Water object still keeps water physics. You can try to lower the sea level by a large number using ServiceProvider, such that it goes out of render distance. It MIGHT affect air physics and the altitude reading (I can't check without building a mod)
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2)
There is no one-part method. The easiest way is to use a horizontal circle of vertical curvature labels.
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3)
The easy way is to check when the input passes a smaller number. However, if players press the button for too long, then they must release it for longer as well, or the FT will drop inputs. I used this in my cars, e.g.,
SETTER InputShiftUp:
rate(Yaw>0.2)>1 & TimeSinceGearChange>0.1
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I tried making wooting rapid trigger but since game inputs update every frame (Update), and multiple variable setter updates happen every frame (FixedUpdate), it doesn't work reliably. Variables will see inputs increasing or decreasing in multiple steps.

@hpgbproductions Caramelldansen intensifies
Ahm...
Good day/nicht.
I've eventually got a couple more questions over time so:

1) How to water=0 in mods (delet water, yep)?

2) Is there is a way to make a sphere out of label pieces (kinda using curvature for vertical slices), but with a twist, so symbols (dashes for example) in label are not overlapping much (an acceptable little hole on the poles is, well, acceptable)?

3) I'm trying to replicate Nagisa's stuff, and wanted to implement evade maneuvers simillarly to dashes in fighting games (Tekken, Mortal kombat), two fast taps to execute maneuver for short, the problem is keyboard input doesn't instantly outputs 1/-1 be it Roll, Yaw, Pitch. So, can FT help with that?

p.s. little ai aggro thingie that could
also pardon if annoying.

@Grob0s0VBRa tag me when you release somethin
btw it’s fine for the late response

@TTL Ah, ow.
Yeah, i'm still making stuff.
Just because i'm creating a little bit of everything (planes, ground stuff, funky trees, experimental subassemblies, map mod...)
the process is kinda slow.
But i'm still building.
don't miss me, i'll make a teaser of things that are closest to be finished.
Pardon for a late response.

@Grob0s0VBRa no like are you making planes anymore
either that or I’m just figment of your imagination
(If you are reading this, clap twice,
honey we miss you)

@TTL What jets?
I've never deleted my posts...
Am i missing something?
The only thing that i ever lost are screenshots that were in discord...
*confusion*

@Grob0s0VBRa where your latest Jets now

@Grob0s0VBRa whaaa?

@overlord5453 Lol, you can...
not with just codes ofc, but still.
Here is basic demo

@hpgbproductions Thanks for help.
Eh, seasonal allergy draws my brainpower...
Anyways, gotta go finish reusable missile subassembly

This is an approximation that only works in steady conditions. It over-reports any spikes in aircraft rotation velocity, so I would use some kind of damping function with it.
If assuming a "normal" plane, car, etc. (no hovering or drifting/PSM), then x- and y-components of velocities are small ==> velocity = z-component.
Finally, for planes, assume z-component is always positive, so we can just use GS.
Idk how to get velocity components in a way that isn't affected by wind, or that requires very long formulas and suffers from floating point loss of significance. But i guess you can assume wind speed is small as well
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Static rotational component (by convention, positive when gravity acts against that direction)
x: cos(PitchAngle) * sin(RollAngle)
y: cos(PitchAngle) * cos(RollAngle)
z: sin(PitchAngle)
Magnitude of the static rotational component will always be 1 (or Newton will break your kneecaps)
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Dynamic rotational component (positive when centripetal acceleration is in that direction)
x: GS * YawRate * (pi/180) / 9.81
y: GS * -PitchRate * (pi/180) / 9.81
z: 0
(If you have individual components of GS, you will find that each component is affected by two GS-rotation pairs)
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Translational component
(If you have the individual components, you should use them)
x: 0
y: 0
z: rate(GS) / 9.81

You can't get Altitude above ground level either. It would have been really helpful.

No, you're not first

@hpgbproductions Good day/night Nachchan
So, i've heard somebody is bored...
any suggestions on the topic of in-game physics?