Virtual TI Emulator- Emulates the TI-82, TI-83, TI-83-84 Plus. TI-84 Plus Silver Emulator. Axiom Requests. Tangrs | The blog of Daniel Tang – that try-hard programmer. TI-Planet: Les Codeurs de Demain. GCC ARM Embedded in Launchpad. YAGARTO - Yet another GNU ARM toolchain. NSP-tools. Assembly/C for Ti-Nspire? - TI-Basic Developer. Welcome to the TiLP web site. Répertoire /ftp/nspire/ CALC-BANK, la banque de programmes pour calculatrices. Linux - Hackspire.
From Hackspire This page documents the Linux port to the Nspire calculator. Status New device tree kernel A separate branch is being worked on for TI-Nspire support to be merged upstream to mainline. This version is a total rewrite of the original code to switch to device trees and currently only has basic support. The current kernel code is not being worked on and once everything is ported into the device tree kernel, it will not be maintained anymore. You can find the new code in a branch called nspire-dt. People interested in using this branch also have to compile the device tree blobs in addition to the kernel by running: make dtbs and include it in their bootscripts with: dtb linux/devicetree.tns Ensure you are using a version of linuxloader2 with a build date after May 11 2013 (or commits later than 0503ca6) for stable device tree support. Hardware support Classic Booting To have something useful running using Linux on the calculator, a bootloader, kernel and rootfs is needed.
Bootloader. 7486 analog test. TI-Nspire selects Nucleus RTOS for family of graphing calculators. The challenge at hand TI is known for many new products and technologies. In this particular situation, the Educational Technology group was tasked with creating a next generation graphing calculator that would enable secondary through collegiate mathematics students to learn visual representations of problem solving, which in turn, would allow them a deeper understanding of mathematical concepts. This would be no ordinary graphing calculator. It would require an advanced gray scale LCD, 32-bit CPU, SDRAM, NOR Flash, NAND Flash, USB, and secure 802.11 – all on an extendable operating system that could handle a variety of additional demands such as support for peripherals, including temperature and motion data collection sensors. As a result of these challenges, the new TI-Nspire™ family of graphing calculators was born. TI turns to Mentor Because TI graphing calculators have a long, useful life it was important to align with a company that would be in business for the foreseeable future.
Ndless - TI Story. Ndless combines an executable loader and utilities to open the TI-Nspire to third-party C and assembly development. As a TI-Nspire user, installing Ndless on your calculator will enhance the Operating System with the functions required to run assembly programs. Ndless finally turned the TI-Nspire into a machine that could utilise all of it's power.
Previously it was just a calculator, and nothing more, you could not even script simple graphical programs using the built in TI-Basic language. But Ndless opened opportunities to make the device worth it's money. A small community started around Ndless, and has grown since (mainly on Omnimaga and on TI-Planet). Several products have been created for Ndless, including a gameboy emulator and a DOOM port. However, Texas Instruments does not support Ndless and blocks each new Ndless version when releasing a new OS. Development of Ndless happens in private until beta. (This list is taken from Hackspire and does not contain all released products) YAGARTO | Free Development software downloads. Tutorial - Setting up C Development Environment for the TI-Nspire. TI-Nspire Ndless and gbc4nspire Install Tutorial [unedited]