International audienceWebAudio Modules 2.0 (aka WAM) is a standard for developing interoperable host and plugins. that can be written using different development approaches (JavaScript, build systems, TypeScript, FAUST, Csound, front-end frameworks, etc.). In addition, the WAM standard includes the notion of group of plugins, in order for example to send MIDI events to a group of plugins or to unify their parameters in a single set. The demo we propose is about a plugin that acts as a host, that exploits the WAM group feature of the WAM SDK and manages a set of plugins. This plugin regroups guitar pedal effects and tube amp simulators plugins to propose a large set of sound presets organized in banks. It can be loaded by any WAM compatible ...
We propose to present a set of web audio plugins specialized in three kinds of sounds. The first one...
International audienceWebAudio is a recent W3C API that brings the world of computer music applicati...
International audienceIn this paper, we detail our on-going browser-based re-creation of a famous tu...
WebAudio Modules 2.0 (aka WAM) is a standard for developing interoperable host and plugins. that can...
International audienceWebAudio Modules 2.0 (aka WAM) is a standard for developing interoperable host...
International audienceWe propose to present in this demo a large set of web audio plugins (aka web a...
International audienceSeveral native audio plug-in formats are popular today including Steinberg's V...
International audienceIn this paper are exposed our latest experiments with the WebAudio API to desi...
International audienceIn 2018, with a group of researchers and developers (some of whom are members ...
International audienceWe propose to demo an online IDE based around the FAUST DSP audio language tha...
International audienceThis paper presents a tube guitar amplifier simulation made with the WebAudio ...
International audienceThe proposed demo is a guitar pedal board coded from scratch and inspired by t...
International audienceA group of academic researchers and developers from the computer music industr...
International audienceWe propose to present a tube guitar amplifier simulation we’ve been designing ...
International audienceWe propose to present a set of web audio plugins specialized in three kinds of...
We propose to present a set of web audio plugins specialized in three kinds of sounds. The first one...
International audienceWebAudio is a recent W3C API that brings the world of computer music applicati...
International audienceIn this paper, we detail our on-going browser-based re-creation of a famous tu...
WebAudio Modules 2.0 (aka WAM) is a standard for developing interoperable host and plugins. that can...
International audienceWebAudio Modules 2.0 (aka WAM) is a standard for developing interoperable host...
International audienceWe propose to present in this demo a large set of web audio plugins (aka web a...
International audienceSeveral native audio plug-in formats are popular today including Steinberg's V...
International audienceIn this paper are exposed our latest experiments with the WebAudio API to desi...
International audienceIn 2018, with a group of researchers and developers (some of whom are members ...
International audienceWe propose to demo an online IDE based around the FAUST DSP audio language tha...
International audienceThis paper presents a tube guitar amplifier simulation made with the WebAudio ...
International audienceThe proposed demo is a guitar pedal board coded from scratch and inspired by t...
International audienceA group of academic researchers and developers from the computer music industr...
International audienceWe propose to present a tube guitar amplifier simulation we’ve been designing ...
International audienceWe propose to present a set of web audio plugins specialized in three kinds of...
We propose to present a set of web audio plugins specialized in three kinds of sounds. The first one...
International audienceWebAudio is a recent W3C API that brings the world of computer music applicati...
International audienceIn this paper, we detail our on-going browser-based re-creation of a famous tu...