{"push_id":609249161,"size":1,"distinct_size":1,"ref":"refs/heads/master","head":"0ef688c40b9cff4e20f879ab04140c9a5f15f0e6","before":"b40654a745823a2e58d05c916e6b6d64002d3001","commits":[{"sha":"0ef688c40b9cff4e20f879ab04140c9a5f15f0e6","author":{"email":"f58385aa9796062568fa8b44a65a558da982c15a@gmail.com","name":"gilFuser"},"message":"Update README.md\n\n\r\n\r\nThere's a web-cam attached in one of the extremities of it to record what goes on inside it. The video is processed by Processing, which adds delays and layers in a similar way as the sound does.\r\nThe sound is captured by a contact microphone made from a piezo disc and processed with Supercollider. Then it have the pitch altered and layers from delays are added to it.\r\nEvery time the Liebesbrunnen changes from an horizontal position to a vertical one or vice-versa, the tilt sensor starts some synths with random parameters, so the Liebesbrunnen sounds differently, in a more or less unpredictable way. The tilt sensor state also changes the LEDs controlled by an Arduino program. The sound amplitude controls the brightness of the white LED.","distinct":true,"url":"https://api.github.com/repos/gilFuser/liebesbrunnen/commits/0ef688c40b9cff4e20f879ab04140c9a5f15f0e6"}]}