This is a port of the MATLAB/Octave programming language to Parrot. It will not be a 100% perfect clone, instead aiming to recreate a majority of the common syntax and semantics of the M language, and integrating some of the powerful numerical analysis and linear algebra tools.
=item* Create a working compiler
We want to support the majority of the MATLAB/Octave programming language, but at the same time provide features and interface capabilities as provided by Parrot
=item* Build a Mathematics Library
We want to produce a large library of routines that can be used for mathematical analysis and linear algebra
=item* Be Interoperable
M is a very natural choice for performaing mathematics and linear algebra computations. We want developers of other compilers and projects to be able to use Matrixy seemlessly for all their specialized mathematics needs.
This project is broken into these primary components:
=item* The Parser
Located in the
src/parser/directory. The parser proper is composed of three source files, grammar.pg which is a Perl6Grammar file, and actions.pm which is the associated actions file written in NQP, and grammar-oper.pm which is the operator precidence parser. In addition, several helper functions used by the parser are located in
=item* Function Library
Located in the /toolbox and src/builtins/ directories. These functions are written in a mixture of PIR and M. Functions will attempt to have names, behavior, and calling semantics which are the same as those found in MATLAB and Octave. Additional functions may be added as well.
Matrixy depends on these dependencies:
To get a proper version of Parrot to build Matrixy, you will need to check out and build Parrot from source:
svn co http://svn.parrot.org/parrot/trunk parrot cd parrot perl Configure.pl make && make test && make install-dev
NOTE: Must be Parrot 1.6.0 or higher. This requirement is subject to change.
The linear algebra package for Parrot is available separately and provides functionality required by Matrixy. This includes matrix data types and matrix manipulation libraries.
parrot-linear-algebra can be obtained from:
The Configure.nqp step of the build process will fail with an error message if the parrot-linear-algebra package is not properly installed and available on your system.
Once all dependencies are in place, you can build Matrixy using this sequence of commands:
parrot-nqp Configure.nqp make test
Notice that Parrot must be properly installed on your system and the
parrot-nqp binary must be located in your PATH. On your system, you may need to replace "make" with another variant such as "gmake", "nmake", or "mingw32-make".
If you need to contact the Matrixy team, go to the project home page at:
Hey! The above document had some coding errors, which are explained below:
- Around line 82:
Unterminated L<...> sequence