I think it’s the limit for what most people can see as jittery motion. You may be able to differentiate between higher FPS settings, but above 24 hertz most people shouldn’t be able to see discrete steps.

That’s at least how I’ve come to understand it

Or gets stuck in a loop

11

I have a lot of questions. Why 3D print if everything is just going to be the same shape? And how do pieces shaped like 8ts snap together?

Okay, thanks I don’t want anyone plugging my ventilation holes

Why?

I wounderd why this was getting down voted, since it’s a really cool project, but I see it know. They just make it sound like Steve Mould did it all himself (he didn’t)

Is this system trust based, just hoping that all software start tagging images with AI tags? Can’t those tags just be removed then, if you want something to not be tagged as AI?

And netflix are gonna make a series about ya

Also, check the number of contributors to a project. All of those people do (probably) trust the project and have also (probably) read at least parts of the source code for it

It’s the opposite here in Sweden, in some larger supermarkets you did need a coin but in no smaller shops

Anyways that’s all gone now since no one carries coins anymore

John dillerman (a Danish TV show for kids, look it up)

What’s up with the message to start with? How is he making the world better by investing in crypto

Can I get a conversation table?

That’s true but (at least here in Sweden and among my friends and classmates) I think most people read at least occasionally. Personally, however I’m in the +10 category by a long shot

I doubt the accuracy of this map. I have never seen a dominos in Sweden and I’ve seen a few dunkin donuts so the map is, at least not fully accurate. Also didn’t McDonald’s shut down in Russia?

Could you please post a source for this map?

Don’t you guys not Kung fu fight on boats in the ocean??? I thought everyone did that!

nice game! although I feel like some of the setups in tumbling ballistic are impossible to beat, although there just random. Anyways, here’s my very messy code:

// Arguments:
let {x_position, altitude, angle, userStore} = arguments[0];

let target_angle = 0
let x_thrust = 0

///////////////
// Side slip //
///////////////

let half = 159
let ms = 400
let target_speed = ((half - x_position) / half) * ms

if (altitude < 150 || target_speed < 0.1 * ms)
  target_speed = 0

if (!("px" in userStore)) {
  userStore.px = x_position
}
let dx = userStore.px - x_position
userStore.px = x_position
let xs = dx * 60 + target_speed
let axs = xs > 0 ? xs : -xs

target_angle = axs < 90 ? xs : 90 * (xs / axs)
x_thrust = (axs / 90) * (target_angle  > 0 ? target_angle : -target_angle) * 1
if (x_thrust > 1) {
  x_thrust = 1
}
x_thrust = x_thrust * ((target_angle  > 0 ? target_angle : -target_angle) / 90)

let atas = altitude < 150 ? altitude / 150 : 1
target_angle *= atas

let ad = target_angle - angle
let aad = ad > 0 ? ad : -ad

let aa = angle > 0 ? angle : -angle

let xtc90 = altitude < 500 ? (altitude / 500) * 30 : 30

if (aa > 90 + xtc90 || aad > 45 || altitude < 200) {
  x_thrust = 0
}

//////////////
// Altitude //
//////////////

if (!("da" in userStore)) {
  userStore.da = 0;
}
if (!("pa" in userStore)) {
  userStore.pa = altitude;
}

userStore.da = userStore.pa - altitude
userStore.pa = altitude
let as = userStore.da * 60

let tas = altitude / 1.35 + 0.2
let thrust = 0
if (as > tas) {
  thrust = 1
}
let acb = 200 + (as > 250 ? 100 : 0)
let angle_cutoff = altitude < acb ? 89 * (as / 200) : 35
if (angle_cutoff > 89) angle_cutoff = 89
if ((angle > 0 ? angle : -angle) > angle_cutoff) {
  thrust = 0
}

thrust += x_thrust
if (thrust > 1) {
  thrust = 1
}

//////////////
// Rotation //
//////////////

if (!("dr" in userStore)) {
  userStore.dr = 0;
}
if (!("pr" in userStore)) {
  userStore.pr = angle;
}

userStore.dr = userStore.pr - angle
userStore.pr = angle
let rs = userStore.dr * 60
let ars = rs > 0 ? rs : -rs
let rsrtm = 0.02
let rt = (-(angle - target_angle) / 360) * 10 + rs * rsrtm

let ardmc = 50
if (ars < 30) ardmc = 0

let rd = angle - target_angle
let ard = (rd > 0 ? rs : -rd) + rs * ardmc

let ard180_1 = 180 - (angle > 0 ? angle : -angle)
let ard180_2 = 180 - (target_angle > 0 ? target_angle : -target_angle)
let ard180 = ard180_1 + ard180_2 - rs * ardmc

if (((target_angle > 0) != (angle > 0)) && ard180 < ard && false) {
  rt -= rs * rsrtm
  rt = -rt 
}

if (rt > 1) rt = 1;
else if (rt < -1) rt = -1;

// Return:
return { rotThrust:rt, aftThrust:thrust,userStore:userStore };

What in the whole dam world is linex forte stabilni slozeni 2?

That’s extremely noticeable with left handed people trying to draw on whiteboards