This class is a subclass of Number::WithError. It provides the same
interface and the same exports.
It adds several methods to every object. The main functionality is
provided by latex(), which dumps the object as valid LaTeX code. Also,
encode() is a convenient way to encode any UTF-8 string into TeX. It is
just a convenience thing since it is delegated to TeX::Encode.
Unlike Number::WithError, this module requires perl version 5.8 or later.
(That is the rationale for creating a separate distribution, too.)
A Perl package providing the functionality to convert between
Arabic and Roman numerals.
`Oleo' has more than one user interface. The traditional `oleo'
environment shows a curses based (character mode) user interface.
A bare bones user interface based on the X Window System exists as of
version 1.6 which dates back to 1994. In 1998, development started for
a `motif' based user interface. It should be more user friendly than
the character based UI.
Carve is a C++ library designed to perform boolean operations between two
arbitrary polygonal meshes. The standard union and intersection operations are
supported, as are symmetric and asymmetric difference. It is also possible to
implement custom operations using Carve, allowing results to be formed from any
combination of inputs.
Carve supports a variety of inputs, including both closed and open surfaces,
faces with arbitrary edge counts and datasets with multiple disjoint,
embedded or touching surfaces. Carve can also interpolate arbitrary
values across faces, meaning that CSG operations need not discard colour,
texture coordinates or other data.
OpenLibm is an effort to have a high quality, portable, standalone C
mathematical library (libm). It can be used standalone in applications and
programming language implementations.
The project was born out of a need to have a good libm for the Julia
programming langage that worked consistently across compilers and operating
systems, and in 32-bit and 64-bit environments.
This module parses range definitions and returns
an array of individual numbers.
This is a drop in replacement XS based version of Set::IntSpan::Fast.
See that module for details of the interface.
PLMan, or Propositional LogicMan, is a user-friendly and powerful
propositional logic (sometimes called sentential logic or
propositional calculus) sentence shell/interpreter written in Java,
capable of handling many existing propositional systems of
propositional logic, especially the important ones.
The Set::IntSpan module represents sets of integers as a number of
inclusive ranges, for example '1-10,19-23,45-48'. Because many of its
operations involve linear searches of the list of ranges its overall
performance tends to be proportional to the number of distinct ranges.
This is fine for small sets but suffers compared to other possible set
representations (bit vectors, hash keys) when the number of ranges grows
large. Set::IntSpan::Fast tries to fix that.