Colorful Musical Dancing Fountain
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Date
2023
Authors
Isra Sarrawi
Tuqa mosallam
Tabarak Salmiyah
Raghad Bdear
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Abstract
The flawless fusion of music, light, and water in a Dancing or Musical Fountain is one enthralling
example of how art has always played a significant role in human society. The goal of this study
is to build an autonomous musical fountain system that uses a microcontroller unit (MCU) to
extract, amplify, and manipulate audio signals from a laptop. For additional processing, the
MCU transforms analog signals into digital signals using an analog-to-digital converter (ADC).
An Arduino Mega 2560 microprocessor, a breadboard, water pumps, an H-Bridge, nozzles, a
control servo motor (MG996), and an RGB digital LED strip are just a few of the parts that make
up the musical fountain system. The C programming language is used to program the Arduino
Microcontroller (Mega 2560) to produce enthralling water shows and coordinate water and
lighting scenarios with music files.
The goal of this capstone project report is to provide a thorough overview of the development
of the automated musical fountain system. The study will go into the system's technical
specifics, including the hardware parts, how they are connected, and the programming
methods used. The paper will also showcase the several creative arrangements and sequences
made possible by the system's capabilities