Francisco Telleria's profile

Mood e·lev·en - VR Audio Reactor

Mood e·lev·en is a method for designing interactive 3D VR/AR environments that reacts to soundscapes, music, and visual performance with an immersive installation approach.
I developed 11 virtual dimensions, carefully crafted based on the emotions derived from grounded cognition perspective and connected with music and spatial soundscapes 
I design. These virtual abstract spaces react to audio and allow interactions between the user and the perceptions of the space in a fully immersive audio/visual experience.

Here you will see the development for the first Mood called Weight 01, and its applications. More Moods in upcoming weeks. 
Immerse and enjoy 3D Spatial audio with the Virtual Audio Reactor. The sound recreates its movement and flows across the structure using the technique of spatial audio.

This frequently involves the virtual placement of sound sources anywhere in three-dimensional space, including behind, above, or below the listener.

The Mood VR Audio Reactor can be used as Holographic projections on 3D holographic displays for exhibitions and bespoke installations.
WEIGHT 01 by definition is the quality of an object that reflects the force of gravity, and by which the earth attracts it. The property for this Mood is to allow the sound to recreate its movement and flows across the structure. This mood implies that the lowest frequencies are emphasized. It is often described as imparting depth to the sound, with weight and impact with solid, deep, and substantial sense of bass response.
I developed my custom-made Graphic User Interface, which allows me to combine 3D and 2D objects with audio. This gives me flexibility in my workflow to iterate and evaluate how to behave the audio-visual scenarios more easy and fun. This GUI changes its designs according to each Mood´s needs. Music & Sound Design by Six Living Hats. 
Mood e·lev·en - VR Audio Reactor
Published:

Mood e·lev·en - VR Audio Reactor

Mood e·lev·en is a method for designing interactive 3D VR/AR environments that reacts to soundscapes, music, and visual performance with an immer Read More

Published: