This module implements the sort of 3D coordinate space math that would typically be done using a 4x4 matrix, but instead uses a 3x4 matrix composed of axis vectors (xv, yv, zv) and an origin point. This gives up the ability to skew the coordinate space but uses half as many multiplications per projection.
The coordinate space objects are arranged in a tree structure that allows you to automatically project points and vectors from one space to another. The coordinate spaces can be exported as 4x4 matrices for use with OpenGL or other common 3D systems.
This module is implemented in XS, and requires a C compiler.
When distributed, all you should need to do is run
perl Makefile.PL
make install
or better,
cpanm Math-3Space-0.003.tar.gz
or from CPAN:
cpanm Math::3Space
However if you're trying to build from a fresh Git checkout, you'll need the Dist::Zilla tool (and many plugins) to create the Makefile.PL
cpanm Dist::Zilla
dzil authordeps | cpanm
dzil build
While Dist::Zilla takes the busywork and mistakes out of module authorship, it fails to address the need of XS authors to easily compile XS projects and run single testcases, rather than the whole test suite. For this, you might find the following script handy:
./dzil-prove t/04-transform.t # or any other testcase
which runs "dzil build" to get a clean dist, then enters the build directory and runs "perl Makefile.PL" to compile the XS, then "prove -lvb t/04-transform.t
This software is copyright (c) 2023-2024 by Michael Conrad
This is free software; you can redistribute it and/or modify it under the same terms as the Perl 5 programming language system itself.