Re: TI-85 Capabilities?
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Re: TI-85 Capabilities?
Rumor has it that Game Boy games have been ported to the 85. (The Game
Boy uses a modified Z80 processor.) Lots of people around here have
commented on crossing the calculators with other Z80-run machines.
Sure, it's theroetically conceivable, but as you pointed out yourself,
the differences in the other hardware involved would make sure a thing
very difficult. And yes, there is more than just the processor and
memory. Some sort of ROM with basic commands and protocals is required
to interface with the game cartridges. Video game systems have ROMs
with graphical commands, etc., while the calculator's ROM has more of
a straight mathematical leaning. I guess if someone really wanted to, he
could take apart the calculator and attach the Sega ROM, otherwise those
commands would have to be duplicated in the software, and even the 86
doesn't have that much memory. I don't really mean to shoot you down,
but you did ask.
I think the realistic capabilities of the calculator have already been
explored to the most part. Assembly programs written specifically for
the calculator are the norm in power programing.
As for FAQs, have you seen http://www.ticalc.org ? They've got some
good information there.
>I dont read this group much (probably because I never really cared about
>TI programming), anyhow, Im wondering just how powerfull the TI graphing
>calculators really are. From what Ive read on here, Ive learned about
>Shells for TI calcs to make them more powerful and able to access the
>calcs processor(?) directly.
>
>Since the TI-85 has a Z80 processor, is it possible to have sega master
>system games run on the TI? (sorry if that sounds dumb, but I dont
>really know much about processors, electronics, and what-not)... The SMS
>used the Z-80 processor. I have no idea what all is needed to make a
>machine run (do you only need processor and memory?) Mabye some kind of
>graphics adaptor is needed as well, in which the TI probably lacks.
>Could someone explain what the TI 85 (or other TI calcs) is capable of
>achieving? Or if this is already explained in a FAQ, could you please
>direct me? Thanks.