Search Results for "ti-coder"

Developer-oriented emulator of the eZ80-based TI-84 Plus CE / TI-83 Premium CE calculators. CEmu is a third-party TI-84 Plus CE / TI-83 Premium CE calculator emulator, focused on developer features. The core is programmed in C and the GUI in C++ with Qt, for performance and portability reasons. CEmu works natively on Windows, macOS, and Linux! Easy setup - get running by doing a one-time-only connection of your calculator!

...The GUI was written with glade(1) and uses the Gnome/Gtk-2 toolkit - so it may well be compatible with themes and other whiz-bang features of those systems. gdcalc has both Algebraic notation (ie. conventional, TI or Casio style) and Reverse Polish Notation (RPN or Hewlett-Packard style). If you've not heard of RPN before, you are probably familiar with algebraic calculators. Very briefly, while simpler and more natural to use, RPN calculators need some study eg. they have an Enter key instead of the equals key. New home page: http://bhepple.com/doku/doku.php?...

...Supports the following functions: sin cos tan arcsin arccos arctan ln log (base ten) and the following constants: e pi (Note: type out "pi" in the function field to use) Mimics TI-89 syntax Coefficients and parenthesis may be used to denote multiplication, but ‘coefficient multiplication’ will not work with constants. This includes pi, which is denoted by “pi” rather than the symbol. Examples: o 6x is ok o pi x is NOT ok; use pi*x o (2 - x)sin(x) is ok o sin(x)^2 is ok o sin(x)^-1 will be 1/sin(x); use arcsin(x) for the inverse of sin(x) Logarithms with bases other than e and 10 are not supported must be inputted via change of base. ...

TILP (formerly GtkTiLink) can transfer data between Texas Instruments graphing calculators and a computer. It works with all link cables (parallel, serial, Black/Gray/Silver/Direct Link) and it supports the TI-Z80 series (73..86), the TI-eZ80 series (83PCE, 84+CE), the TI-68k series (89, 92, 92+, V200, 89T) and the Nspire series (Nspire Clickpad / Touchpad / CX, both CAS and non-CAS). The project is now managed on Github, https://github.com/debrouxl/tilp_and_gfm . It uses the libti* libraries, https://github.com/debrouxl/tilibs . Install script for *nix: https://github.com/debrouxl/tilp_and_gfm/blob/master/tilp/trunk/build/scripts/install_tilp.sh

Calculators became available in the early 70's, soon after the integrates circuits, and several companies were competing with each other for a share of this market. Texas Instruments was one of the bigger companies producing calculators. With RCL it is possible to recreate the TI calculators, strating with the Ti59e, with 960 program steps and a persistant memory (a combination of the the Ti58C and the Ti59). RCL offers any person interested in the ancient ones in calculators (more specific: TI calculators) an option to have your old calculator under your control again. Looking for user manuals? go to http://www.rskey.org/CMS/index.php/the-library/12 (The site owner does a great job at preserving the history and the documentation of calculators of the period.) ...

A TI calculator emulator for BB10 devices. It supports TI82, TI83, TI83+, TI85, and TI86 calculators. The default location for ROMs is misc/TI/ROM but that can be changed in the application. The source can be found at https://github.com/tredpath/AlmostTI. This application is based on the original AlmostTI code by Marat Fayzullin which can be found at http://fms.komkon.org/ATI85.

The TI-Basic compiler compiles TI-BASIC code to the 8XP file format used on Texas Instruments calculators, namely the TI-83, TI-83+ and TI-84+.

A TI calculator emulator for the Blackberry Playbook. It supports TI82, TI83, TI83+, TI85, and TI86 calculators. Add TI ROMs to the misc/TI/ROM folder. The source can be found at https://github.com/tredpath/AlmostTI-pb/. This application is based on the original AlmostTI code by Marat Fayzullin which can be found at http://fms.komkon.org/ATI85.

Python4Calculators - Brings Python programming language to calculators. It turns simple scripts into programs for TI 83/84 and HP 49/50g series calculators. The language is a basic subset of Python, with access to the calculator's built in functions.

CP/M ported the TI-8x series of calculator.

A cross-platform, text-interpreting calculator written in the Java programming language. Runs on any computer with Java 6 or higher installed. Functions much like a Ti-84, but without the graphing utility.

This is a protocol stack written to interface with the TI line of calculators on the Atmega line of microcontrollers. Currently supports the TI82, TI83, TI84, and TI89.

ZoekO is a vintage game, originally coded by Joris Schoolmeesters for the Texas Instruments TI-83 calculator. The goal is to find the 'O' hidden in a grid of zeroes (these two characters only differ by 3 pixels on the TI-83).

Tablet 83 is an easy-to-use calculator based on the _functionality_ of Texas Instruments' TI-83+.

GraphCalc is a very gui graphing calculator. It has been called a good replacement for a TI-85. It is a must for any high school math student.

Virtual TI emulates nearly the entire line of Texas Instruments graphing calculators, and offers features that speed up both debugging and testing of calculator programs. Windows version is quite stable but the Linux/OSX version is only in planning.

TI83dk is a set of tools and a library to allow users to cross-compile to the TI-83 graphing calculator using the open source SDCC compiler

CalcEm was the emulator that started it all. It was the first emulator for Texas Instruments calculators with public source code. CalcEm is capable of emulating Texas Instruments calculator models 82 and 83.

Zasm is a z80 assembler. It doesn't *work* yet. In fact, it's completely useless at the moment. The main target demographic is the TI-Calculator programming community.