It is often possible to observe musicians using various instruments and controllers to play music. But computer mice and mixers do not always help to get the right sounds. British singer Imogen Heap decided to rectify this situation and created gloves that transform the movements of her fingers into music.
The idea of creating musical gloves came to Hip after visiting the research laboratory at the Massachusetts Institute of Technology (MIT Media Lab) in 2010. It was there that she saw a prototype device that allows its owner to create sounds using hand movements.
The translation of gestures into sounds allows you to increase the visual appeal of musical shows. But the glove is not just for performers. It can be used, for example, to teach children how to play musical instruments. Deaf and hard of hearing with the help of hand movements can communicate with people who do not know sign language.
The glove, called Mi.Mu, helps control equipment in a more natural way. Using a glove does not cause any difficulties - everything is intuitive and simple, says Heep. How it works is shown in the video below.
To give people the opportunity to find the use of this gadget themselves, it was decided to leave the source code of the software and hardware open.
Work on the Mi.Mu project, in which eight people took part (engineers, designers and musicians), took four years. Over time, the device has become more mobile and affordable. The original version required connecting to multiple computers. The current version of the wireless glove is worth $ 2,000 (unit price).
Gloves equipped with an extremely sensitive X-OSC sensor memorize every movement of a finger and can be programmed to play the sound appropriately, making it possible to compose music in a completely new, intuitive way. The developers say that Mi.Mu can "feel every digit on the user's hand." Gloves are equipped with light indicators and vibration motors that provide feedback tactile communication.
The variety of gestures that a user can use to create music is almost limitless. Two people will never be able to repeat the same melody, say the developers.
The collection of funds for the implementation of the Mi.Mu project is conducted . Deliveries are scheduled for August.
The article is based on materials .
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