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These Python programs run on the TI-84+ CE Python and TI-83 Premium CE Python Edition calculators, or on CEs with the external Python module.

These files are for the TI-84 Plus CE, 83 Premium CE, and other "CE" calculators with color screens. BASIC programs are compatible with the TI-84 Plus CSE and some BASIC programs written for monochrome 83+/84+ calculators will also work correctly. Assembly and C programs must be written for the CE calculators specifically; running them on calculators with an OS newer than 5.5 requires jailbreaking the calculator.

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1. Dijkstra's Algorithm for Shortest Paths

   

   This program implements Dijkstra's algorithm to find the shortest path between nodes in a graph on the TI-84 graphing calculator using Python. It allows users to input the number of nodes and the weights between pairs of nodes, and then calculates the shortest path and distance between a specified source and destination node. The program handles up to 26 nodes and infinite weights are denoted by 'i'.

   Categorized under:

   1. TI-84 Plus CE Programs
   2. TI-84+ CE Python programs

2. Bit2Talk

   

   A program to wirelessly communicate between 2 Ti-84 plus CE-T python edition's

   Categorized under:

   1. TI-84 Plus CE Programs
   2. TI-84+ CE Python programs

3. PYGETKEY - getKey values in Python.

   

   I have made a program in Python that outputs getKey values (or wait_key, whatever).
   Enjoy! (Ignore the graphical artifacts on the image, i couldn't get CEmu to work)

   Categorized under:

   1. TI-84 Plus CE Programs
   2. TI-84+ CE Python programs

4. Fibonacci Calculator (in Python)

   

   This program is coded in Python and can only be executed on Python calculators. You will enter "fib(" then put in the number of fibonacci numbers that you want and close the parenthesis. It will display the fibonacci numbers in sequence format. 100% accurate and under 200 bytes!

   Categorized under:

   1. TI-84 Plus CE Programs
   2. TI-84+ CE Python programs

5. CSRacing Car Maker

   

   CSRacing Car Maker lets you create your own custom cars for Calculator Street Racing and Calculator Street Racing Deluxe via Python.
   It can be used as a free and slightly more in depth alternative to the built in Car Creator found in the original game.

   Categorized under:

   1. TI-84 Plus CE Programs
   2. TI-84+ CE Python programs

6. Dice Roller

   The Dice Roller program is a simple Python script designed to simulate dice rolls by generating pseudo-random numbers. It is particularly useful for tabletop games like Dungeons & Dragons when physical dice are unavailable. You can use this script on any device that supports Python or MicroPython, including Python-compatible calculators such as the Casio fx-CG50 PRIZM, TI-84 Plus CE Python, and TI-Nspire CX II.

   Categorized under:

   1. TI-84 Plus CE Programs
   2. TI-84+ CE Python programs
   1. TI-Nspire Programs
   2. TI-Nspire Games
   1. Casio FX programs

7. Base convertor with fractional support and corresponding math steps.

   I co-created this python file to be used with the TI84plus CE (Python) calculator.

   I'm currently taking TCET 2242-Microcomputer Interfacing. I needed something that would convert from decimal, binary, octal, and hexadecimal while showing all the mathematical steps for one to learn and understand whats needed.

   I used chatGPT to create this program. I knew what I needed and so I asked AI to write to the specifications needed. I hope it helps you if needed.

   Categorized under:

   1. TI-84 Plus CE Programs
   2. TI-84+ CE Python programs

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