Introduction: ENJOY WITH SOUNDS

Picture of ENJOY WITH SOUNDS

Introduction

The aim of this project is to create a new product that solves some kind of problem using an arduino board to make a quick prototype.

Step 1: ​Problem Definition

Nowadays, children do not seem anymore interested on music and instruments. One of the reason we think this happens is because, with all the technology that they are surrounded, they do not grow that interest on how music is done. From this idea we thought, why don’t we use technology to solve this problem? And that's how we originated our product! Based on the classic Simon Says, we will create a game that will help children learn the different kind of musical instruments that are used on different styles of music.

Step 2: ​Solution Proposed

We will code the arduino board so that we can control the information given by 5 different buttons so that, first, a led will turn on at the same time that the sound of and instrument sounds. Then the kid will have to push the same button. It is the same function that Simon Says use but using the sound of different types of music instruments. That way the kid will relate the sound of the instrument with the image of the instrument.

Step 3: ​Parts: Elements to Do a Playgame

Picture of ​Parts: Elements to Do a Playgame

Arduino Uno Board: 1 unit

Jumpers: 1 unit of package model

Proto Board: 1 unit

Resistance: 5 units

Led: Button: 5 units

Speaker: 1 unit

Battery: 1 unit

SD Card: 1 unit

Battery 9Volts: 1 unit

Case drawings: 1 unit

Step 4: Circuit Format

Picture of Circuit Format

Step 5: CODE

I post the game file "PlayMemmory". We have been inspired by a folder of the game Simon but with 5 buttons, instead of 4. To work with files to play music you have to use the library "TMRpcm-master". Therefore what you have to do is open the ardunio library and attach the folder that I will put below.

INSPIRATION

The code of the game is simple and commented. But I've been inspired by two folders to create the game.

On the other hand, the folder "DFPlayer-Mini-mp3-master" is responsible for checking if the reading of the WAV files works. To go to the file you have to go: C: \ DFPlayer-Mini-mp3-master \ DFPlayer_Mini_Mp3 \ examples \ DFPlayer_sample

On the one hand you control the buttons with the LEDs, the buttons and their file in WAV format. To locate the file you have to go: C: \ Button-master \ Button-master \ examples \ SimpleOnOff

I share the folders with your code so you add more buttons and more sounds.

Step 6: Prototype

Picture of Prototype

POSTER AND CASE

To make the model of the case we used the laser cut. We will hang the file "template.dxf" so you can cut it in a laser machine if you have. We must say that we will post an example "viento" and "cuerda" of the music files in wav format and its respective poster.

AUDIO FORMAT

To convert mp3 files to WAV, I show you the program "ffmpeg" with the format that arduino can read.

  • 8 bits
  • 8000Hz
  • Audio format (mono). Because we use a speaker.

It is important that you convert the mp3 file to wav in the same "bin" folder. There must be files in the same bin folder to convert. It must go inside "ffmpeg-20171109-723b6ba-win64-static" to:

C: \ ffmpeg-20171109-723b6ba-win64-static \ bin

Comments

tomatoskins (author)2017-12-07

This is so cool! How long did it take you to make?

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