Documentation for how the system works such as process flow, cloud architecture, code explanations, etc.

The light stick should look as if it is vibing to the music smoothly and accordingly

Reference: https://www.youtube.com/watch?v=49o_ZWKYqjs

The website should show a preview of the image that was uploaded and is being displayed by the light stick.

Add an indicator in the website when music is playing and stop user from uploading new music

Making use of accelerometer data, detect collision by possibly measuring spikes in acceleration. (https://forum.arduino.cc/t/detecting-collision-with-mpu6050/702486/18)

IMU sensors data should be processed to generate different colors, which are then sent through the Serial interface to the MCU.

Adding audio mode

Images uploaded from the user should be processed and resized to fit the number of pixels per row specified on the lightstick, while maintaining the same aspect ratio.

The built-in IMU sensors values from the Hibiscus MCU should be collected and transferred to the RPi.

Find cause for distorted music and low playback speed

Should include both music and image mode

Sound output when clashing and waving

Could be frequency or amplitude or a combination of both? Libraries are needed

Color values from the loaded image should be extracted and sent through the Serial interface to the MCU.

Potentially an AUX to USB

Details and descriptions on what the lightstick does and how everything works.

The Hibiscus Sense ESP32 should communicate with the RPi via WiFi instead of directly through Serial USB.

Instructions for running the RPi scripts, wiring, cloud setup, etc.

Website should allow only a number of authenticated user to control the lightstick

Make it more reactive