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File date:
2025-04-20 21:43:03
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  • demosCEne-dist-v1/ dir
  • demosCEne-dist-v1/appvar/ dir
  • demosCEne-dist-v1/appvar/nscene1a.8xv 63.67K
  • demosCEne-dist-v1/appvar/nscene1b.8xv 63.67K
  • demosCEne-dist-v1/appvar/nscene1c.8xv 63.67K
  • demosCEne-dist-v1/appvar/nscene1d.8xv 63.67K
  • demosCEne-dist-v1/appvar/nscene1e.8xv 54.19K
  • demosCEne-dist-v1/BOING.8xp 7.33K
  • demosCEne-dist-v1/CENICCCN.8xp 10.95K
  • demosCEne-dist-v1/demosCEn.8xp 9.26K
  • demosCEne-dist-v1/MYSTIFY.8xp 1.57K
  • demosCEne-dist-v1/README.txt 2.10K
  • demosCEne-dist-v1/ROTOZOOM.8xp 14.88K
  • demosCEne-dist-v1/STRFLD.8xp 9.27K
  • demosCEne-dist-v1/TWISTER.8xp 9.61K

file_id.diz

demosCEne
a demo by prime17569
for the TI-84 Plus CE

You may have seen this: https://www.cemetech.net/downloads/files/2389/x3122
But now, I come to you with a new demo -- my first submission to Revision!

Released in 2015, the TI-84 Plus CE graphing calculator is the latest in Texas Instruments' TI-84 Plus series of graphing calculators. The TI-84 Plus CE sports the following hardware:

24-bit eZ80 processor @ 48 MHz*
256 K RAM (154 K available)
4 MB Flash (3 MB available)
320 * 240 color LCD
No specialized graphics hardware, everything is done by the CPU
-- Learn more about the hardware here: https://ce-programming.github.io/toolchain/static/hardware.html
-- *Real-world speed is much less than on paper due to hardware limitations, see https://ce-programming.github.io/toolchain/static/hardware.html#wait-states and https://wikiti.brandonw.net/index.php?title=84PCE:Wait_States

This demo is best experienced on a hardware revision M or newer calculator due to the speed improvements made with this revision. Older revision calculators will work, but the demo will run slower.

Python edition calculators should work, but I do not own one to test with, so I cannot 100% guarantee it.

Installation Instructions:

Use TI Connect CE to transfer files. Make sure you transfer all files to the Archive, not the RAM.
1. Transfer the CE C Libraries to your calculator: https://tiny.cc/clibs
2. Transfer all AppVars in the `appvar/` folder
3. Transfer all programs (files ending in .8xp)

Before running the demo, unplug the USB cable from the calculator, then press [2nd] [+] [7] [1] [2] to clear the RAM. Then run the program called DEMOSCEN to start the demo.

Enjoy!

This demo was developed using the CE C Toolchain, available here: https://github.com/CE-Programming/toolchain . See documentation here: https://ce-programming.github.io/toolchain/ .

This demo parses original scene data by Leonard/Oxygene. Used with permission. Special thanks to Heaven6502 for helping me find a copy of the data file.

Greets to the Cemetech community -- https://www.cemetech.net -- for answering my many questions in SAX chat.

- prime17569
2025-MM-DD