Ports Search

ScientificPython is a collection of Python modules that are useful for scientific computing. In this collection you will find modules that cover basic geometry (vectors, tensors, transformations, vector and tensor fields), quaternions, automatic derivatives, (linear) interpolation, polynomials, elementary statistics, nonlinear least-squares fits, unit calculations, Fortran-compatible text formatting, 3D visualization via VRML, and two Tk widgets for simple line plots and 3D wireframe models.

This is an ANSI C++ implementation of the complete ANSI C specification of Chapter 3 of the BLAS Technical Forum Standard. The distribution is quite small and it is meant as a starting point for developing an optimized and architecture-dependent version. (C++ was used, rather than C, as it has support for complex arithmetic and templates to facilitate to creation of various precision codes.) The library includes support for all four precision types (single, double precision, real, and complex) and Level 1, 2, and 3 operations.

This is the GNU diction and style, free implementations of old standard Unix commands. For some reason, many modern systems lack them. Diction prints wordy and commonly misused phrases. Style analyses surface characteristics of a document, e.g. sentence length and various readability measures. Both commands support English and German documents. GNU style and diction are written by Michael Haardt http://www.moria.de/~michael/

DigiTemp is a simple to use console application for reading values from Dallas Semiconductor 1-wire devices. Its main use is for reading temperature sensors, but it also reads counters and understands the 1-wire hubs with devices on different branches of the network. DigiTemp now supports the following 1-wire temperature sensors: DS18S20 (and DS1820), DS18B20, DS1822, the DS2438 Smart Battery Monitor, DS2422 and DS2423 Counters, DS2409 MicroLAN Coupler (used in 1-wire hubs) and the AAG TAI-8540 humidity sensor.

Cstream filters data streams, much like the UNIX tool dd(1). It has a more traditional commandline syntax, support for precise bandwidth limiting and reporting and support for FIFOs. Data limits and throughput rate calculation will work for files > 4 GB. Cstream reads from the standard input and writes to the standard output, if no filenames are given. It will also 'generate' or 'sink' data if desired.

From the histring README: This program simply highlights strings using ANSI terminal escape codes. It started out as sample code for using regular expressions but it turned out that I used it so much that I thought it warrented a release. One of the most common things I use the program for is helping me parse the output of grep and diff. I think that this programs functionality should be folded in to those programs but until then histring does the job nicely.

This library can be used to easily access XML data of the iso-codes package. It will provide an abstraction layer to handle both the version 3 and the upcoming version 4 of iso-codes. Moreover, all available translations can be used as well. This library makes use of the GObject introspection features, so that it is accessible from a variety of programming languages, for example C, Vala, Ruby, Python, Perl, Lua, JavaScript, PHP and many more.

With this proxy, you can serve distributed.net clients. It allows you to establish one of your own machines as a buffer between your clients and one of the keyservers that are officially run by the distributed.net organizers. This will allow your clients to waste less time trying to connect to one of the main proxies, since the personal proxy will already have more key blocks waiting for your clients when they're ready.

The SWORD Project is the CrossWire Bible Society's free Bible software project. Its purpose is to create cross-platform open-source tools, covered by the GNU General Public License, that allow programmers and Bible societies to write new Bible software more quickly and easily. We also create Bible study software for all readers, students, scholars, and translators of the Bible, and have a growing collection of over 200 texts in over 50 languages.

Digital TV initial scanning tables are used to speed up scanning for DTV frequencies. Most dvb applications rely on them. This supplies initial data for certain regions so that the dvb applications in question only scan those known frequencies, saving a lot of time scanning. These tables however need to be kept up to date by users. This repository is maintained by Olliver Schinagl (https://github.com/oliv3r) on behalf of the LinuxTV.org project.