Well, I nade a Falldown game the other day, but I wanted to stand out, so I used ztrumpet's old idea and made it into a dual falldown game.  2nd and mode to move the black ball, left and right to move the white ball.  This game is impossible on Emu. 

Anyway, there's a nice easter egg at the end, and there is a teacher key [Del].  hold 2nd and up to keep going. 
the game also speeds up after a while. 

A0FALSRC is the source, and FALLDOWN is the game.

screenie attached

EDIT:  [Del] makes the calc look like its off.

Here's my version of Doodle Jump.  The jetpack doesn't really work yet and while you can kill the little blobs, you can't die from touching them yet, so its really like a Papi Jump ATM.    Press 2nd to shoot, and left and right to move, you can wrap around the screen, but that part is really sensitive, so be careful. 

A0DOODLE is the Source and DOODLEJP is the compiled version.  (Yes I have to start my programs with "A0" to keep them at the top )

Thanks to Qwerty.55 for helping with stopping the sprite erasing.   

Screenie attached

they show up fine for me...   

Well, he said he's gonna make an Axe version, and its pretty much finished already. 

you mean the one by guy######?  (Sorry, I can't remeber it.  )
I just did move left and right at constant rates and hang in the air for a sec before coming down.  Maybe I should make the acceleration parabolic... 

lol, DJ

but yeah, I still like ASHBAD's more. 
er... I mean Ashbad 

I don't really know how to backup the buffer so that the sprite won't overwrite the platforms, so I tried Qwerty's method with Copy, but that just crashes my calc, so heres my code, Am I doing something wrong?

:.DOODLEJP
:.LEFT
:[1C2251D1C1417F2A→Pic1L
:.RIGHT
:[38448A8B8382FE54→Pic1R
:.PLAT
:[000000007ED5AB7E→Pic0B
:[0808080808080808→Pic0L
:[0000000000000000]
:[00000000000000FF→Pic2L
:[0000000000000000]
:[0000000000000000→Pic0C
:ClrDraw
:DiagnosticOff
:0→{L4+1}→{L4+2}
:Repeat {L4+1}=88
:Repeat {L4+2}=56
:Plot1{L4+1},{L4+2},Pic0L
:Plot1{L4+1},{L4+2},Pic2L
:{L4+2}+8→{L4+2}
:End
:{L4+1}+8→{L4+1}
:End
:0→{L4+1}
:Repeat {L4+1}=48
:Pt-On(rand^12*8,{L4+1},Pic0B
:Pt-On(rand^12*8,{L4+1},Pic0B
:{L4+1}+16→{L4+1}
:End
:43→{L4+3}
:55→{L4+4}
:Line(0,63,95,63
:0→{L4+7}→{L4+8}→{L4+9}→{L4+10}→{L4+11}
:Repeat getKey(15)
:conj(L1,L6,768
:{L4+3}+getKey(3)-getKey(2)→{L4+3}
:If {L4+3}=0
:87→{L4+3}
:End
:If {L4+3}=88
:1→{L4+3}
:End
:If getKey(3)
:8→{L4+6}
:End
:If getKey(2)
:0→{L4+6}
:End
:If pxl-Test({L4+3},{L4+4}+8)+pxl-Test({L4+3}+7,{L4+4}+8)
:1→{L4+7}
:0→{L4+8}
:{L4+4}→{L4+5}
:End
:If {L4+7}=1
:{L4+4}-1→{L4+4}
:End
:If {L4+4}=16
:0→{L4+7}
:Vertical +
:{L4+9}+1→{L4+9}
:End
:If {L4+9}=16
:0→{L4+9}+1→{L4+8}
:Pt-On(rand^12*8,0,Pic0B
:Pt-On(rand^12*8,0,Pic0B
:End
:If {L4+5}-24={L4+4}
:0→{L4+7}
:1→{L4+10}
:End
:If {L4+10}=1
:{L4+11}+1→{L4+11}
:End
:If {L4+11}=8 and ({L4+10}=1
:0→{L4+11}→{L4+10}
:1→{L4+8}
:End
:If {L4+8}=1
:{L4+4}→{L4+5}
:{L4+4}+1→{L4+4}
:End
:Pt-On({L4+3},{L4+4},Pic1L+{L4+6}
:conj(L6,L1,768
:DispGraph^r^
:End
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yay!  thats good, glad you're back, btw