I need help writing a user guide for how to operate this project. it can be simple. . Project Description: Music-Driven Light-Up Display In this lab you will be doing a single, quarter-long project. The goal of this project is to design, simulate, and, hopefully, build and test a frequency-selective musical light show, which will dynamically light up different color light bulbs or LEDs depending on the music frequency. For example, high notes could turn on a blue light, medium notes a yellow light and low notes a red light. The system has the following requirements: Input: a standard head-phone audio jack that can connect to an audio device such as a laptop, mp3 player or cell phone. The device will play a song of your choice as well as a frequency sweep. Output: at least three lights that light up according to the frequency content of the music. The output also needs to connect to a speaker so the music can be heard while the lights are observed. It must provide a means of adjusting light sensitivity to music volume in each channel independently. Only simple components such as switches, potentiometers, bulbs, LEDs, operational amplifiers (including power amplifiers), resistors, capacitors and inductors are allowed. In other words, you need to design filter and amplifier circuits, this is not a microcontroller project. Your circuit may be powered by batteries or an external DC power supply, but it cannot connect directly to a wall socket. The output lights can be single bulbs, LEDs, or strings of lights. That is it for the project description! You need to research and design the circuit, and you are responsible for specifying the frequency ranges of each channel. Some guidelines will be discussed in lecture, and some suggested resources listed on D2L, but these projects are open-ended use your creativity and have fun with it! Depending on your situation, you may or may not be able to actually build and test your light show. I really hope you will, as it is fun to watch the lights respond to music, and looking at a plot on LTSpice is just not the same. However, building and testing is not required. The only required parts will be the design, simulation and documentation discussed below. If you do build and test, there will be extra credit given, and some of the documentation will not be necessary. If you build it, you are welcome to add additional features such as packaging, an on/off switch, a soldered or printed circuit board, more than three channels, or anything else you may think of. None of these extra features is required