Simple Harmonic Motion study #5d

Behind the different incarnations, at the heart of the project lies the concept of creating complexity from simplicity. Through the use of custom software, a number of ‘agents’ are created and assigned a simple behavior. Each follow an extremely simple repetitive pattern of movement and sound. On their own, each agent is relatively monotonous, basic and mechanical. The repetition duration, motion and sound of each agent is precisely tuned such that the collection of all agents moving together, creates a unique, evolving and complex composition – both visually and sonically. The seed of inspiration comes from the motion of pendulums and other fundamental oscillatory phenomena which exhibit simple harmonic motion. The project extracts and amplifies these complex patterns, both through visual abstraction and emphasis; and also through sonifying the phenomena and creating musical patterns driven by the same equations that dictate the behaviour.

Bloom
Requiring no musical or technical ability, the egalitarian and user-friendly Bloom app enabled anyone of any age to create music, simply by touching the screen. Part instrument, part composition and part artwork, Bloom’s innovative controls allowed users to create elaborate patterns and unique melodies by simply tapping the screen. A generative music player took over when Bloom was left idle, creating an infinite selection of compositions and their accompanying visualizations. This version uses mixed reality with HoloLens.

Waldian
Waldian is a standalone, wall hanging sound and light fixture capable of playing a near infinite amount of melodic permutations over a predetermined musical scale, complemented by emerging light patterns from twelve separate LEDs spread across the sculpture. In technical terms, Waldian contains two oscillators, an envelope generator and a voltage controlled amplifier, all controlled by impulses from a network of logic gates akin to those of early computers. These impulses are essentially the nerves in the electronic ecosystem, deciding over pitch and amplitude changes as well as creating bursts of light to highlight the entrances of each note. Finally, there is a tube overdrive stage that creates harmonic and subharmonics based on how far away the two oscillators are from each other in frequency. Most parameters are customizable, such as the aforementioned pitch, amplitude and overdrive, but the responsiveness and envelope of the light bursts can also be adjusted, directly affecting the appearance of the light patterns.

Eyes
Eyes is an interactive art installation and a series of biometric data artworks with my previous artwork Digiti Sonus. It’s an interactive biometric data art that transforms human’s Iris data into musical sound and 3D animated image. The idea is to allow the audience to explore their own identities through unique visual and sound generated by their iris patterns based on iris recognition and image processing techniques. As a part of the installation, selected distinctive iris images are printed in 3D sculptures, and it replays the sound generated from the iris data and projects 3D converted image images. The audience members can compare their iris-based sonic results with others, and question the “problem of disembodied identities’ in the digital era through the existence of audiovisual representations of individuals.

Electro-Magnetic Band
Barcodress/Barcodance
ELECTRONICOS FANTASTICOS! project has been reincarnating various retired consumer electronics as musical instruments such as Electric Fan Harp, CRT-TV Drums, Air Conditioner Harp etc. The band plays them by catching electromagnetic waves. The Barcodress project aims to create the new kind of dance performance. The clothes which recorded sounds as striped patterns, and dancers, and the performers who scan the clothes, together make electric sound waves in real time. By expanding the principles of sound recording and playback to the body, we explore new possibilities for music and dance expression.

简宁汉
מרס קנינגהם
マース·カニングハム
머시 디스 커닝햄
МЕРС КАННИНГЕМ
« Scenario » de Merce Cunningham
Rei Kawakubo’s humorous costumes toy with the idea of physical distortions, such as humps and big rear ends. They are in mostly vertical blue stripes on white, or in pale green and white-checkered patterns. For much of the dance, five or six dancers twist and pose, each in his or her own space, with a rush of additional dancers to the stage toward the end of the performance. The bold electronic musical score is by Takehisa Kosugi.

NOQTURNL V1
Noqturnl is an audiovisual meditation exploring collective dreamstate. The audience is invited to spend the night in the 4DSOUND system. A group of listeners are immersed in a spatial experience while they flit around the threshold between waking state and dream. Slow, pulse driven musical constructs, vast landscapes of sound and visual patterns develop over hours as the listeners drifts in and out of sleep, blurring the boundaries between dream environment and physical space: in doing so, allowing conscious access to the vivid, intuitive imagery and sensation within the borders of dream experience.

SPACIAL SOUNDS

Spatial Sounds (100dB at 100km/h) is an interactive installation that is capable of very intelligent behavior. Not only can the arm spin quickly or slowly, it can also make very well-defined movements in both directions. On the one hand, Spatial Sounds (100dB at 100km/h) lives a life of its own; on the other, it reacts very directly to the people in its space. The sensor can detect how close the visitors are and where they are in relation to the arm. When the installation scans the space, it makes inspecting movements and generates sounds that symbolize this scanning. It produces remarkably short, loud pulses and ‘listens’ to the reverberations from the empty space. The pulses combine different frequency ranges and rhythmical patterns. When visitors enter the room, they are detected immediately. The installation reacts in both a musical and a gestural way. The sounds relate directly to both the position of the arm and the dynamic ‘map’ of the space and the visitors. These sounds are very physical. For example, when the speaker is pointing at someone, it will generate a specific sound. This is also the case at high speeds and with several people in the room. However, the sounds and movements of the arm also tempt visitors to move around. Different locations in the space represent different sounds, as does the distance of the visitors to the rotating arm.