WaveWarp Audio Toolbox for MATLAB Now Shipping

  Leiden, The Netherlands, December 20, 2000 -- The WaveWarp Audio Toolbox for MATLAB is now shipping. This major new release consists of a set of extensions to WaveWarp 2.0 enabling seamless communication between WaveWarp and the MATLAB technical computing environment (available separately from The Mathworks, Inc), thereby allowing MATLAB to function as an audio source, sync, or in-the-loop processor of audio streams managed by WaveWarp. This combination of products leverages off the strength of each: namely the real-time audio processing capabilities of WaveWarp, with the powerful computation, analysis, visualization, and design capabilities of MATLAB.

Coinciding with this release, Sounds Logical is pround to announce our membership of the MATLAB Connections Program, a world-wide group of companies providing products and services based on the MATLAB technical computing environment. To view our MATLAB Connections web pages, check the following link:

http://www.mathworks.com/products/connections/product_main.shtml?prod_id=291

For more general information on MATLAB and on the Connections Program, visit The MathWorks homepage at www.mathworks.com

About the WaveWarp Audio Toolbox for MATLAB
Check the following links for detailed information on WaveWarp's powerful new MATLAB-enabled capabilities.

Description of WaveWarp's MATLAB-enabled functionality:
http://www.soundslogical.com/support/wavewarp/documentation/english/documentparts/wwuserguide-66.html#P1818_172143

Screenshots of the MATLAB-enabled WaveWarp components:
http://www.soundslogical.com/products/wwmatlab-screen.html

Descriptions of the MATLAB-enabled WaveWarp components:
http://www.soundslogical.com/support/wavewarp/documentation/english/documentparts/MATLAB.html

Example DrawingBoards utilising the MATLAB-enabled WaveWarp components
http://www.soundslogical.com/support/wavewarp/documentation/english/documentparts/MatlabAudioToolBox.html

The WaveWarp Audio Toolbox for MATLAB comes in a "full" and a "lite" version. The "full" version comprises the entire WaveWarp 2.0 product plus the new MATLAB-enabled components. The "lite" version is for those users who require primarily the MATLAB functionality without all the additional WaveWarp audio effects. Specifically, the "lite" version includes all of the MATLAB-enabled features of the full version, but only a limited set of non-MATLAB WaveWarp components.

For more information and to purchase online, visit the Sounds Logical website, (www.soundslogical.com).

About WaveWarp
WaveWarp is the ultimate tool for the sound designer, musician, audio engineer, researcher, or educator who demands complete creative control over the audio processing environment.

Key features include:
  • Object-oriented modular architecture with over 260 real-time DSP components running native on the PC under Windows 95/98/NT. No DSP hardware required. Check the following link for a list of all the modular processing components: http://www.soundslogical.com/support/wavewarp/documentation/english/documentparts/componentindex.html
  • Seamless integration with many popular audio editors and sequencers via the industry-standard DirectX plugin interface.
  • Supports live audio input and playback via all Windows-compatible soundcards (with Wave drivers).
  • Supports multiple soundcards with multiple channels (e.g. for building surround sound effects from scratch).
  • Sample-by-sample execution of all components allowing arbitrary connections in series, parallel, feedforward, and feedback networks.
  • Multirate engine supports "on-the-fly" integer-factor sample rate conversion between components, allowing the construction of elaborate multiband effects.
  • Wide range of complete audio effect components plus basic building blocks including filters, delays, mixers, de-noisers, spectral transformers, signal generators, reverbs, phasers, flangers, chorus, modulators, dynamic range controllers, and many more.
  • Controllable playback functionality for manipulating audio file playback pointers in real-time (e.g. for creating granular synthesisers from scratch).
  • ASCII file interfaces for digital filters, wavetables, noise spectrum templates, envelope functions, etc, for importing off-line designs for total flexibility
  • Digital displays, oscilloscopes, and spectrum analysers for elaborate signal visualisation.
  • Supports 8-, 16-, 20-, 24-, and 32-bit WAV files of any sample rate.
  • Supports 8-, 16-, 18-, 20-, and 24-bit WAVE device I/O of any sample rate supported by the soundcard(s).
  • Internal 32-bit floating point precision for all signal processing calculations.
  • Extensive fully-searchable HTML-based Users' Guide and Help files.Check the following link to preview the entire documentation set: http://www.soundslogical.com/documentation.html
  • Wide range of Example DrawingBoards which you can use "as is" or as starting ponts for your own customised algorithms. Check the following link for a description of all the Example DrawingBoards: http://www.soundslogical.com/support/wavewarp/documentation/english/documentparts/ExampleDrawingBoardIndex.html


About Sounds Logical
Sounds Logical is an audio software company located in Leiden, The Netherlands. With a background in spacecraft real-time digital control systems (SM from MIT, PhD from Stanford), our aim is to provide innovative audio software solutions for musicians, sound designers, audio engineers, researchers, and educators who require a high level of control over the signal processing / effect algorithm architecture and design.


Source: Sounds Logical/Mathworks
Web: www.soundslogical.com/www.mathworks.com










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