MyNotex is software for taking notes, filing documents, and managing activities. Notes are gathered under different subjects and consist of a title, a date, a tag (keywords) list, and a free-length text. It is possible to change the font, style, color and background color, and to embed pictures. The software can manage paragraph alignment, bullets, and numbered and alphabetic lists with automatic indentation. Each note may have any number of attachments of any type, and there is also a spreadsheet-like grid for managing a list of activities, which is quite similar to those used in project management software. A single MyNotex file contains various notes filed in different subjects.
UltiMusE-LX is a composing program. You could think of it as a "word processor" for music. It allows you to draw sheet music on the screen using the mouse and/or computer keyboard. Up to 16 parts or voices fit on up to seven staves. Most standard musical notations are supported, as are MIDI instrument patch changes, events, and real-time clocks. As you work, you can hear your music played from any point in your score, or print any portion of it. Your completed score file documents your composition and arrangement in as much detail as you care to put in. UltiMusE was for many years the standard MIDI program for the Tandy Color Computer OS-9 community.
This is a patch for the popular Cistron RADIUS server to put the "users" file, including passwords in an LDAP directory. Integrating the radius server with LDAP has many benefits: all user accounts can be put in a central store, the store is easily replicated, and writing account management scripts also become easier with the multitudes of freely available LDAP browsers and administration tools.
BruteFIR is a software for applying long FIR filters to multi-channel digital audio, either offline or in realtime. Its basic operation is specified through a configuration file, and filters and attenuation can be changed in runtime through a simple command line interface. The FIR filter algorithm used is an optimised frequency domain algorithm, partly implemented in hand-coded assembler, thus throughput is extremely high. In realtime, a standard computer can typically run more than 10 channels with more than 60000 filter taps each.
wctpXml offers C++ developers a class library to support generating WCTP requests, and parsing WCTP responses expressed in XML. Building wctpXml creates a static library appropriate for your environment. The library provides you with a set of classes, wctpXmlXXXX, that encapsulate the operations supported in WCTP Version 1.1.