It looks awesome!

Thanks! I can't wait 'til the end of the contest for sharing FPong.

Maybe later a new version with an improved menu and more power-ups, I managed to have variable size working for collisions, but not for rendering them (bigger/smaller size), A new version will support that too. Or maybe someone else, I'll share the source code, it contains neat optimize tricks!

But for now, I'd like to continue Hinawa Battle Engine. I'm still giving news, don't hesitate to check-uo the last post.

If you just made the max size 8x8, you could have different sprites for each size and render it just like the 8x8 ones, right?

Wow, just wow, that game was totally insane lol. It looks great, though. At times it kinda reminded me, however, how some NES games glitched out.

Gameplay-wise it's quite fun, although in furious mode there are so many balls that you can barely see the power-ups coming.

Now, imagine if pong was like this in real life...

Ah, that's something to correct. Thanks for noticing it!

Thanks everyone for voting, I've never thought that I would get the 4th place! Yay! o/

How did you get the numbers to look so cool? There's gotta be a way better way than:

Code: [Select]

If X=1
Pt-tOn(20,4,Pic01)
End
If X=2
Pt-On(20,4,Pic02)
End
(etc...)

that so ugly...

Gotcha what you wanted
The asked routine.
EDIT : why did I gist it?
Lbl DSCR
  r2+U^64->r2
  While {r3}
    {r3}-'0'->r6
    If r6=0 or (r6=1) or (r6=4) or (r6=7)
      Plot3(r1,r2,(r6=1*8)+(r6=4*16)+(r6=7*24)+Pic6
      Pt-On(r1,r2,r6*8+Pic5)
    Else
    Pt-Off(r1,r2,r6*8+Pic5)
    End
    r1+7->r1
    r3++
  End
Return
It needs the string version of your score, i did this with using the int to string routine from Text axiom.