![]() One alternative would be to add to the View menu two view modes: Closed listening / Multimodal listening (or other terms) which would allow users to switch directly from one to the other. Some musicologists may prefer to start with the Closed listening template, others musicologists, or other types of users may not. One of the advantages of this solution is that it let users choose the default template they prefer. bug reported when removing the waveform pane (app crashes), keeping only the waveform overview visible make the property box invisible (which is not the case when saving a template) allow to remove some buttons from the toolbar when saving a template ![]() how to remove the space allowed for the pane in the main window? The thing is doing that the interface does not look very attractive though. One straightforward way to allow for closed listening (without visuals) would be to design a dedicated template only showing the main playback control buttons, the green waveform overview normally located at the bottom of the SV window (since it's small I don't think it would affect listening and it's useful for navigation), and the time-stretching and volume controllers. The waveform counts as a visualisation, I assume) (CC: I'm not very familiar with vlc, but I think I can picture what you're talking about. Multimodal listening could be associated with an advanced mode (or skin) offering visualisations (waveform, spectrogram) and more advanced functionality (e.g. ![]() play/stop, navigation, volume, equalization). Closed listening could be associated with a basic mode (or skin), in the spirit of VLC, with basic playback functionalities (e.g. SV could allow a closed listening mode (without visualisation) and a multimodal listening mode (with visualisation). Due to this effect, it is deemed important to start with closed listening, and then use multimodal listening if necessary. Cross-modal effects between auditory and visual feedback occur. Musicologists alternate two listening practices: closed listening (without visualisation), and multimodal listening (with visualisation). This section presents several themes to adapt or improve Sonic Visualiser for musicological research purposes based on ethnographic observations carried out at the British Library from February to May 2011 by Mathieu Barthet. Some of the documentation is highly technical in nature, as you would expect for complicated software like a DAW, and that can be off-putting.Musicologists ¶ Ethnographic observations at the British Library ¶ Typical things that a Vamp plugin might calculate include the locations of moments such as note onset times, visualisable representations of the audio such as spectrograms, or curve data such as power or fundamental frequency.Ī overview of the some of the available plugins is here => However, a Vamp plugin does not generate audio output, but some sort of symbolic information instead. Just like an audio effect such as a VST plugin, a Vamp plugin is a binary module that can be loaded by a host application and fed audio data. Its kinda like a DAW in that it can load plugins that affect the source material, but also plugins that are not limited to working in real time, or only on the audio source itself. VAMP plugins can also be loaded into a recent version of audacity.
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