Ndless
toolchain
Ndless | toolchain | |
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24 | 12 | |
800 | 483 | |
0.6% | 0.2% | |
4.3 | 8.1 | |
about 2 months ago | 23 days ago | |
C | C | |
GNU General Public License v3.0 or later | GNU Lesser General Public License v3.0 only |
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Ndless
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Nspire: Python complaints, what are my options?
I updated my calculator before I learned about Ndless and, from what I've read, there's no way to do a rollback. What are my options? Is there some program that can rewrite the OS or something? Is there a workaround?
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My Graphing Calculator Collection: 213 Calculators.
The CEs are a good for numerical calculations and have a pretty active developer base which makes them great models to learn to program with, if you intend to use or want good programming functionality, these are the best models for it imho. The Nspires, especially models with CAS and that support Ndless, are good too (I've barely used mine ngl so idk what to put here).
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The real tech war
That said, the hardware in modern calculators, especially CAS related ones, is quite powerful. Various hobbyists have actually developed tools to deploy relatively heavy Linux distros onto TI Nspire calculators. Practically speaking, they're pretty unwieldy and slow, but it is possible.
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Is uploading images/scan of a document actually useful and a viable tool?
ndless
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Has anyone wrote a C++ for series TI graphic calculator? If so van you describes how you did that and the experience?
if you're talking about the TI-Nspire series, then yes through the toolchain/SDK of Ndless, the unofficial/fought-by-TI "jailbreak" (see here). It's a typical arm toolchain, so C/C++/ASM is supported (and more with enough work), and lots of things have been created and ported along the years.
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How do I get this calculator to give me the derivative?
As another person already said, there no builtin way to do that since you have the non-CAS version. However you can use third party CAS engines, like KhiCAS, if you're able to install Ndless (if you don't have a recent OS version it should be doable - check https://ndless.me)
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Is there any rule about software modification to a CAS in terms of exams?
I’m planning on installing Ndless (http://ndless.me) onto my CAS to play Minecraft (yes, I know… it’s dumb) and do fun little projects like programming a game on the CAS.
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GameBoy Emulator on TI-Nspire CX II Color
Emulator most likely require ndless to be installed (nspire jailbreak), sadly it’s version dependent, which is why I don’t advice anyone to upgrade to the newest os. Which that said you could explore the ndless apps (which has seemingly just shut down) which offer a mini Pokémon for example - this is not (at least to my knowledge) the „OG game“, but people definitely tried there best to make it good
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Is there any chance to cheat the press to test mode or simulate it?
I can recommend ndless to you, since it opens quite a lot of possibilities, like cas calculations via KHICAS, emulation support and neat other stuff that could be potentially useful (like a fake light), remember to NOT upgrade to the newest os, but to one on the list shown on the ndless website, which can also be found here.
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Pokémon on Ti Nspire cxii non-cas
-> get ndless from ndless.me -> go to ndless-apps.org -> look for PokeMini and install
toolchain
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TI-84+CE Toolchain v11.1 Release
Download: https://github.com/CE-Programming/toolchain/releases/latest
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Has anyone wrote a C++ for series TI graphic calculator? If so van you describes how you did that and the experience?
if you're talking about the CE series of calculators, then people have been, and still are, creating lots of programs using the community toolchain, and despite the fact that the architecture is eZ80, a clang-based compiler has been developed (llvm backend) and so C and C++ is available.
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I want to create my own apps, but what programming language do you need to use to write those?
If you're talking about the TI-84 Plus CE, you can create powerful programs in C (and some C++) with the community toolchain.
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Programmatic Communication between Plugged-In Calc and PC
The C toolchain can help you with that: https://github.com/CE-Programming/toolchain/releases/tag/v10.2 You may need to get one of the USB branches.
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How can I use a wenos d1 mini as a wifi adapter for a ti84 ce?
I'm working on a library called srldrvce for using USB serial adapters with the CE. Unfortunately, it's not released yet, but you can build it from source from the srldrvce-rewrite branch of the C toolchain. In theory, there are supposed to be nightly builds as well, but we changed our CI system recently and I can't find them at the moment. You might also find my terminal emulator for the CE helpful.
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TI-84 CE+ vs the Python Edition
If you're wondering why they put an ARM microcontroller in there to run Python, the answer is that the TI-84 Plus CE uses an eZ80 CPU core because it made transitioning their existing TI-84 Plus code a lot easier. The downside is that they don't have access to a C compiler than can compile Python (but we've written one), so they hacked in a microcontroller to run MicroPython.
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Help buying calculator.
The TI-84 Plus CE doesn't have anywhere near the library that the TI-83/84 Plus has, but our community SDK supports all the features of C and C++ that clang does (no STL support). Development has largely shifted to the CE. As someone who's written a fair amount of Z80 assembly, I can tell you that C is amazing.
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Make games on Ti84PlusCE
Check out the community toolchain and its documentation.
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ASM Development
If you want to learn assembly you can either do it standalone using this tutorial or as part of the C toolchain.
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ti84 calculator vs arduino vs raspberry pi
It seems you can write C/C++ programs for the Ti-84 with this. (In theory you can write / run C/C++ programs on anything which can run Turing-complete programming language.)
What are some alternatives?
SymPy - A computer algebra system written in pure Python
v200 - A TI Voyage-200 emulator
calculator - Programs for the TI-84 Plus CE graphing calculator
ti84-forth - A Forth implementation for the TI-84+ calculator.
rofi-calc - 🖩 Do live calculations in rofi!
pocketsnes-nspire - PocketSNES (snes9x 1.43) for TI Nspire CX
Calc2KeyCE - This is a C# program that reads usb input from a TI-84 Plus CE calculator and allows the user to bind calculator keys to keyboard keys or mouse actions. It can also cast your screen to your calculator's screen.
arTIfiCE - arTIfiCE is a jailbreak for TI CE calculators with OS 5.5 and 5.6. It brings back ASM programs and games.
calc - Calculator that suffers from floating point precision
nPDF - A document viewer for the TI-Nspire using MuPDF
wabbitemu - Wabbitemu is a Z80 TI Calculator emulator