I think a nice feature would be something like the Switch statement in C, for when you have a lot of different values to check against (like colliding with a tilemap or handling various different types of objects). It should generate a jump table, and probably be forced to values from 0 to N (if you want A to A+N, just subtract A from the value you are switching).

I think a nice feature would be something like the Switch statement in C, for when you have a lot of different values to check against (like colliding with a tilemap or handling various different types of objects). It should generate a jump table, and probably be forced to values from 0 to N (if you want A to A+N, just subtract A from the value you are switching).

A vector table would save bytes if it is large enough. Speed is not substantially different.

Adding in compoliler commands like .IF .ELSE .END etc that will allow for compiling based on which calc you are on and such.

I don't know if it's been talked about, but 16x16 sprites possibly?

I think NES and Gameboy display hardware had this limit too. Think retro!

I think its been mentioned, and its been said that you can just write your own routines to display 16x16 fairly easily in Axe.  And that if he ever does support it, it will be late in development.  For now you will have to settle for 4 8x8's

Gotcha. I figured that is what was going to be.

By the way, I added a 15MHz mode in the next version and its incredible!  Why didn't I know about this when making pyoro?  I could've had 8 level grayscale or something!  But the downside is that if you use this mode, your games will run 3 times slower with an 83+ than with the other calculators so compatibility becomes an issue.

Maybe I should just make all math signed... it would only cut the maximum number limit in half from 65535 to 32767 which is still probably big enough for most applications.  I think it will get confusing to have 2 sets of operators, especially for those not familiar with signed/unsigned math.  It would only affect multiplication, division, modulus, and inequalities I think.