(2015-16; work in progress)
A cocoon lies on stage, barely recognisable in the dim light. An almost static chord is sounding in the space. The light changes in color – the chord is changing slowly in pitch and texture. The cocoon seems to move – the light seems to get brighter and gradually shift color. Suddenly a fast movement – a sound erupts into the space, the light flashes – then again everything quiets down – the movement, the sound, the light.
In Chrysalis the focus is on slow movements and the body as a whole – becoming conscious of the minimal movements within and of the body. These minimal movements are amplified through the use of sensors and light and sound, and physical connections to the cocoon-like structure.
Light is projected onto the cocoon, shifting in colour and intensity based on the movements. The sound develops based on the slow movements of the performer. The system is hypersensitive, and can shift out of balance by just a small movement. The sound model is a slowly developing, (mathematical) dynamical system in a stable mode, that can be brought into a chaotic mode through a small perturbation.
Within the cocoon stretch sensors made from e-textiles are embedded, which connect the body of the performer to the cocoon. The data from these sensors is sent wireless to the computer with the Sense/Stage MiniBee, and translated with the code to sound and light. The code is written in SuperCollider and Processing.