Menu-driven coding
In addition to avoiding spelling mistakes and syntax errors, menu-driven coding helps students discover desired functions rather than having to memorize and hand-type everything.
Prepare students for their future with Python, a programming language that’s easy to learn and used across many industries. Now available on TI-Nspire™ CX II family graphing calculators and software, it’s a great portable programming platform that seamlessly integrates into your math, science, engineering or computer science classrooms.
In addition to avoiding spelling mistakes and syntax errors, menu-driven coding helps students discover desired functions rather than having to memorize and hand-type everything.
Speed up programming with in-line prompts, auto-indentation, intuitive prompts and more to assist new and experienced coders.
The Python implementation on TI-Nspire™ CX II family graphing calculators includes access to commonly used Python modules, like math, random, cmath and time.
Visualize and analyze data, plus discover relationships and patterns, while coding plots and graphs with the built-in ti_plotlib Python module.
Dive into STEM projects, and bring it all together, with built-in Python modules that control the TI-Innovator™ Hub and
TI-Innovator™ Rover.
Note: The Rover animation is a visual illustration; its functionality is not available on the calculator screen.
Let your inner artist and mathematician loose with the ti_draw Python module. Discover beauty in object-oriented data structure.
Already using the BBC micro:bit? Enhance students' experience with the micro:bit by writing and running Python programs directly from your TI-Nspire™ CX II graphing calculator. They will also benefit from the quick interaction with the display and keypad while the micro:bit is tethered to the calculator.
Now students can code on the go! As a one-stop solution, they can program with Python anywhere — without the need of a computer lab — using their TI-Nspire™ CX II family graphing calculator.