In today's society, people's memory and reaction abilities are becoming increasingly important, and a memory training device called "Simon Says" has been developed. This device uses an Arduino development board and a series of colored lights to simulate a game and help players train their memory and reaction abilities.

The device can simulate the classic game of "Simon Says". In the game, a series of colored lights will flash in a specific order, and players need to respond in the same order to test their memory and reaction abilities. When the lights flash, the device will provide an audio prompt for the player to indicate which light to press. If the player presses correctly, the device will add another light to increase the difficulty. If the player presses incorrectly, the game will end. This design effectively improves the player's attention and memory, and can also stimulate their competitiveness and challenge spirit.

The construction of the "Simon Says" memory training device is very simple, only requiring an Arduino development board, a colored light, and a few buttons. Developers can program the game onto the Arduino development board, while also customizing the difficulty of the game and the order in which the lights flash.

This device not only helps people train their memory and reaction abilities, but also provides a very interesting form of entertainment. Players can play with friends and compete to see who can last the longest in the sequence, and it can also be used at family gatherings or company events to increase the fun of the activity.

In summary, the "Simon Says" memory training device is a very interesting and useful device that can help people train their memory and reaction abilities while also providing a fun form of entertainment.

Supplies

4 buttons, 5 LED lights, an Arduino board, wires, the buzzer and the servo.

Step 1: Prepare Parts

4 buttons, 5 LED lights, an Arduino board, wires, the buzzer and the servo.

Step 2: Circuit

Simon_says_cache.ino
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Step 3: To Assemble

Prepare a box first, dig a hole next to the box so that the wires can pass through, then put the Arduino board into the box, dig 4 holes in the box to put the buttons, dig 5 holes to put the LED lights in, and then put the Arduino board into the box. Assemble the wires in the box, cover the box, but don't let the wires run out.