[Paused] A music game follows the piano flows.

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PianoFlow Android Project

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AutoPiano is a command-line tool designed for automating piano key interactions in Identity V. Users only need to input note data, and the program will automatically press the keys while visualizing the note sequence through a waterfall flow.

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Une application React Native pour être meilleur au piano.

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Lightweight CRM for Piano Technicians, and customer booking flow

It is an interactive piano simulator developed in Python. This project aims to provide a virtual piano experience, allowing users to play and compose music using their computer keyboard. With a user-friendly interface and realistic piano sounds, Let the melodies flow and the keys dance as you embark on a musical journey with my project.

Developed an interactive browser-based piano interface using HTML, CSS, and JavaScript to demonstrate real-time user input handling and responsive visual feedback. Built features that detect correct musical note sequences and trigger lyric progression, strengthening understanding of arrays, conditionals, and event-driven program flow.

Terminal Velocity is a hyper-fast, native music sequencer built in Rust + WGPU. It reimagines the piano roll as a cascading "Matrix rain" of editable MIDI data. Featuring a vertical flow, immediate mode GUI, and sub-ms latency, it blends immersive cyberpunk visuals with precision audio control. No web bloat, just bare-metal performance.

The idea is to use the same method as in Fabric piano to build a small prototype of another keyboard musical instrument. This would be the minimal form of the fabric piano with 3-6 keys. Originally, I planned to build a demonstration of a string instrument like Ukulele but the chords and the keys are again a lot of complexity. It will require more keys for creating a simple music. So, I go with the keyboard musical instruments. The conductive property of the conductive threads are used to read a signal using the micro-controller(sewn). The speaker(sewn) is used to produce the sound. The idea is to let the user touch one of the keys on the instrument and a sound is produced. I plan on trying to recreate the piano notes(a sequence of 3-6, which can be reproduced using the speaker) keys like in a regular piano. Inside the buzzer is a coil of wire and a small magnet, through which when current flows produces a tiny "click". When done thousands of times per second, the clicks create tones. In other words, the frequency of the clicks is used to produce different sounds.The users would technically be touching a conducive thread patch. This produces the sound.