| Welcome to TI-Basic Developer (TI|BD), the TI-Basic information repository! If you are a first-time visitor, please check out the welcome pack to get up to speed on using the site. We encourage you to become a member and to get involved in the community, and to come back often to see what changes have occurred. And above all else, enjoy your stay! |
     |
| Recent Forum Posts | Recent Forum Threads | Popular Forum Threads |
(Started 10 Dec 2018 06:38,
Posts: 4)
(Started 10 Dec 2018 06:21,
Posts: 1)
(Started 09 Dec 2018 14:28,
Posts: 27)
(Started 08 Dec 2018 02:35,
Posts: 5)
(Started 07 Dec 2018 18:44,
Posts: 0)
(Started 06 Dec 2018 17:17,
Posts: 6)
|
(Started 09 Dec 2018 14:28 ,
Posts: 27)
(Started 26 Nov 2018 17:09 ,
Posts: 11)
(Started 06 Dec 2018 17:17 ,
Posts: 6)
(Started 08 Dec 2018 02:35 ,
Posts: 5)
(Started 10 Dec 2018 06:38 ,
Posts: 4)
(Started 04 Dec 2018 21:27 ,
Posts: 3)
|
|
| TI-83 Basic | 68k TI-Basic | TI-Nspire Basic |
 TI-83 Basic is the most commonly used, because the TI-83/84 series has been heavily marketed by Texas Instruments to high school students needing a graphing calculator for math and science classes. At the same time, it is the least powerful language, lacking many of the complex commands and programming capabilities. |
 68k TI-Basic is much more powerful than TI-83 Basic, with support for calculus, indirection, local variables and functions, advanced picture manipulation, and several other features that make it a very rich language. However, it isn't used nearly as much as TI-84 Basic, so it doesn't have as big of a community developed around it. |
 TI-Nspire Basic is quite similar to 68k TI-Basic, but not as programmer friendly: it has poor I/O support, rigid constraints on program execution, and documents are used instead of programs. In addition, it is still relatively unknown to the TI community, so there isn't much documentation available yet. |
