TML turns text into HTML using a wiki-like markup. Unlike txt2tags, TML does not support multiple output formats (although there is some support for word documents through a separate project). HTML tags may be freely mixed into the source where desired. The output is easy to read and supports table-free CSS layouts. .include files can be used to insert blocks of code such as Google ads that appear on multiple pages. The code was written with technology normally used for software compilation for faster, more accurate parsing.
Triathlon Training Diary is a calendar for planning and tracking triathlon and endurance sports activities. It features a flexible calendar view, exercise and note entries, heartrate graphs and laptime dialogs, graphical statistics and filters, a search function, and import functions for Polar Diary Data and SportsTracker files. It is easy to handle, lightweight, fast, and safe. Data is stored in XML.
schwinn810 allows you to extract data (tracks, laps, points, and waypoints) from a Schwinn 810 GPS sport watch with a heart rate monitor. It can optionally feed points to gpsbabel to convert data into other formats like TCX, GPX, and KML. A standalone converter for TCX with split-lap and heart rate data is provided. It should work on any platform as long as there is a driver for the CP2102 USB-UART bridge from SiLabs and python-serial.
Janus is a platform designed to deal with the implementation and deployment of holonic and multi-agent systems. It is based on the CRIO organizational metamodel. The concepts of role and organization are supported as first-class entities. Janus provides a comprehensive set of features for developing, running, displaying, and monitoring multi-agent-based applications. The platform also natively manages the concept of recursive agents (holon or agents composed of agents). It can also run threaded and non-threaded agents without using the organizational and holonic API. It provides features equivalent to those of TinyMAS or MadKit.
PyParticles is a particle simulation toolbox entirely written in Python. It simulates a particle-by-particle model with the most popular integrations methods, including Euler, Runge Kutta, and Midpoint. It represents the results on an OpenGL or Matplotlib plot, and offers an easy-to-use API.