Olek’s Status Report for 11/11

This week I made progress on the raspberry pi i2c code. I started by having a usable GPIO version of the pi code to demo, showing the design of the transmission protocol. Since the demos, I have made progress into using i2c. Since our PCB development is running behind, I decided to use an arduino from home as a PCB emulator until the PCB arrives. The polling rate will likely be much worse, but in the worst case we should still be able to put a product together. Furthermore, this should allow me to develop the Pi-side code enough to quickly implement once the PCB arrives.

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Our music transcriber is designed to dynamically transcribe sheet music from a piano keyboard. When a player initiates a recording session and plays a sequence of notes, they can trust that the music transcriber will accurately capture the notes as they are played, resulting in a well-written piece of sheet music. Sensors on the keys will detect the notes being played, feed the data into a computing device that will process the data, and display the sheet music on a monitor that the player can view in real time and save for later. This innovative tool not only simplifies the process of converting piano performances into sheet music but also enhances the creative potential of musicians by allowing them to focus on their artistry while the transcriber handles the notation.