Mathematical term rewriting system

Taddeus Kroes 283780a4c1 Added some items to TODO list 13 years ago
docs 8f398255fa Corrected typo in roposal. 14 years ago
external 4c15f5289d Updated graph_drawing to latest version. 13 years ago
src 3fc12d3edc Code cleanup 13 years ago
static 67c135176a Display proper status indication after validation for each input line 13 years ago
tests d53719e88f Fixed previously added rule for all negation cases. 13 years ago
utils 3c4c11f688 Add AGPLv3 header to all source files. 13 years ago
.gitignore 430573e358 Added 'profile' and 'profile-view' Make targets. 14 years ago
.gitmodules 4cd28fc091 Added codemirror2 as external dependency. 13 years ago
COPYING 3c4c11f688 Add AGPLv3 header to all source files. 13 years ago
Makefile 44cbdd93df Implemented distclean in build system. 14 years ago
README 474ea0edd8 Implemented basic symbolic equations and added Sympy to deps. 14 years ago
TODO 283780a4c1 Added some items to TODO list 13 years ago
base.mk e0adb07949 Almost finished project proposal and implemented build system. 14 years ago
main.py 1f798cfb00 Made test and main file executable. 13 years ago
test.py 1f798cfb00 Made test and main file executable. 13 years ago

README

Introduction
------------

This project comprises the design and production of a web application that can
assist high school students in learning how to apply mathematical term
reductions.

The basic idea is that the student can work on an assignment using an online
text editor. The text entered in the editor is converted to a mathematical
notation and displayed on the screen in real-time. If the student gets stuck
while rewriting a mathematical formula, he or she can request a `hint' from the
system.

The system should recognize a best reduction to apply at that time, and guide
the student in the right direction by displaying a textual hint that tells the
user what sort of reduction can be applied. When asked the system should apply
an appropriate reduction step itself.

This project is implemented and designed by Taddeus Kroes
and Sander Mathijs van Veen and
supervised by drs. Krzysztof Apt of the CWI, Amsterdam.

Dependencies
------------

- GNU Bison and Flex.
- GNU GCC (or another decent C compiler).
- Pyrex .
- Sympy .

In order to run the unit tests and and see how much coverage the unit tests
have, please install:

- Python testrunner .
- Python coverage .

Deployment / Installation
-------------------------

Use the following commands in order to be able to deploy the term rewriting
system on a Linux box:

git clone git@kompiler.org:trs
cd trs
git submodule init
git submodule update
make -j4