you swapped the slider of your 83+se

Nope, I didn't. The VSC calc came with a clear slide case, as weird as it sounds. But this is one of the SE symbols anyway so I guess it's normal.

Holy crap, this thing keeps being awesome. Also 8MHz doesn't exist on our calcs.

Unfortunatley I won't have time to participate as I am so busy these days

Same here. But I agree with Juju, it's going to be a nice contest with such a short deadline.

Here's mine. My Nspire CX is missing (mom, give it back already !) But from left to right in the order I got them :
-TI-80. I learned programming on this one. I also changed the batteries only twice in 8 years. It still works great.
-HP 40g. This is one epic calc. It has a CAS by B. Parisse and is on par with the 83+ hardware wise but has a much more powerful and faster BASIC language. It is currently non functional due to me messing up something but I still have hope for it.
-TI-84+. My trusty 128k 84+ is still awesome. This is the calc that got me back in TI BASIC and on which I learnt ASM and Axe. I still use it as my secondary calc.
-TI-83+SE. I found it. My first SE calc. Unfortunately it is the revision 0 with battery issues and I broke the LCD module. I can still salvage an 83+ to fix it but I'm waiting for Geekboy's upgrade PCB to make an epic calc.
-TI-82 stats fr. Functionally an 83 parcus, I don't use it at all.
-TI-83+SE VSC. My new main calc. It's a full fledged 83+SE but with the viewscreen hardware which I'm looking forward to hacking. It also looks awesome (better colors than an 83+BE IMO and the SE front bezel).

Edit : Let's include the actual pic.
Warning it's huge. http://img.ourl.ca//_20131205_182333.JPG

The OP explains how to do it. You just need a bit of experience with electronics, but really not much. That said, it quite a nice find here. If you add an emitter to it you can make an universal remote control. A small circuit can do the modulation for the calc.
Edit : ninja'd

Also look at Pt-Mask if you want a partly transparent cursor.

With one byte values in memory you have to use signed{} to convert 8 bit and 16 bit signed numbers. Actually the way signed numbers work in Axe and ASM is called two's complement which is a particular way to code negative numbers and have them usable exactly like positive ones with the same operations (due to the way modular math works). I hope I make sense. If not, look it up on Wikipedia.

Cool to see this progress.