PyQwt is a set of Python bindings for the Qwt class library which contains widgets for scientific and engineering applications. It allows you to integrate PyQt, Qt, Qwt, the Numerical Python extensions, and optionally SciPy in a GUI Python application or in an interactive Python session.
pg_greentrunk provides fundamental components of GreenTrunk, an interface protocol (API) for using a PostgreSQL database with Python. It provides an interface for implementations to use, and provides documentation in the form of Python modules to allow immediate access to object descriptions, even when inside a Python console.
WebCharts 3D allows you to deliver general purpose and specialized 2- and 3-dimensional charts as applets or interactive server-generated images (PNG, GIF, JPEG, SWF, SVG, PDF, TIFF, VML, CANVAS, and WBMP) to Web browsers and mobile devices, or embed charts into stand-alone Swing/SWT applications. It includes a WYSIWYG (What You See Is What You Get) designer that can be easily incorporated into your own applications to provide your end-users with chart editing capabilities. Full JSF and Sun Creator support and a free Eclipse Designer plugin are included.
The GlynnTucker.Cache assembly provides a data structure for caching slow data retrievals. For example, it can cache data retrieved from a database server over the network. Think of it as a Hashtable that can automatically expire its data after a set amount of time or a specified period of inactivity, on a per-object basis. It is written in C# and it should work with any .NET language.
Gammu+ is a tool for developers and users to help explore cellular phones functionality over Bluetooth, infrared, or cable. It currently supports, for example, various Nokia devices. Depending on the phone model, it can manage the phone book, calendar, todo, notes, SMS, MMS, and phone filesystem (with such tasks as backup/restore for data using files/PostgreSQL, sending SMS, viewing MMS, and more).
Archive4J is an archive engine for large document collections written in Java, i.e. a set of algorithmic tools and implementations that make it possible to build a direct index of a document collection. In particular, for each document some basic data can be recovered, such as the length of the document in words, the list of distinct terms appearing in the document, and the number of occurrences of each term in the document (the count). Goals include a very high compression rate and very fast random access. To obtain this result, Archive4J combines techniques typical of search engines with succinct data structures.
J2ME ChartComponent is an MIDP 2.0 charting component with basic functionality for showing charts on embedded devices. It currently implements horizontal bar, vertical bar, and line charts. An incomplete and experimental pie chart component is implemented, as well as a very simple 'legenda'.