Align Q

Align all planets! Or don't. Just enjoy a nice pixelated simulation of a star system. More likely than not, the planets will align on their own sooner or later!

Need more planets? Check Align Q More!

Controls

<Z> or <Button 1> - Slow down the planet.

<X> or <Button 2> - Reset.

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Credits

Created by Theo Ratkin for the TweetTweetJam 4.

Made with TIC-80.

Palette used: Sweetie 16 by GrafxKid.

Source

This is the complete source code of the game. It is 553 characters long if you strip all unnecessary whitespaces from it. See this Gist for the stripped version.

m=math
b=m.abs
r=m.random
p=m.pi*2
x,y=120,68
a={{t=r()*p,r=30,c=2},{t=0,r=52,c=6},{t=r()*p,r=64,c=10}}
e=.03
t=0
function TIC()
    if btnp(5)then
        reset()
    end
    cls()
    circ(x,y,15,3)
    line(170,y,174,y,1)
    for i,o in pairs(a)do
        k=m.cos(o.t)*o.r
        j=m.sin(o.t)*o.r
        if w then
            o.t=a[3].t
        else
            o.t=o.t+(y-o.r)/1000/(i==2 and btn(4)and 2 or 1)
            if i==2 and o.t>=p then t=t+1 end
            o.t=o.t%p
        end
        circb(x,y,o.r,i==2 and 1 or 15)
        circ(x+k,y+j,i+1,o.c)
    end
    if b(a[1].t-a[2].t)<e and b(a[1].t-a[3].t)<e then
        w=1
        line(x+k*2,y+j*2,x-k*2,y-j*2,4)
        print("Success!",2,y)
    end
    print(t,196,y)
end

You can also obtain the Lua file on GitLab.