Tamaguino Update with Huge OLED
Tamaguino was one of my first Arduino projects and my first game developed to run on a microcontroller.
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As you may already know, Tamaguino was one of my first Arduino projects and my first game developed to run on a microcontroller. It is a clone of Tamagotchi virtual pet, which were very popular in the 90's, and gaining popularity in last few years too!
First version of Tamaguino used well known 0.96" I2C OLED that is widely available and used by many electronics hobbyists.
There you can find detailed information and schematics, source code and related libraires, 3D printable cases and much more. It was ported to Arduboy too! ;)
Now that you know the brief history of Tamaguino, lets make it shine on this new big OLED!
Step 1: Parts Needed
Step 2: Wiring
Outermost OLED pins are labeled with 1 and 20, so double check if each connection is assigned to proper pin
Please follow this guide for connections:
- OLED PIN 1 (GND) -> ARDUINO GND
- OLED PIN 2 (VCC) -> ARDUINO 5V (should work on 3v3 too)
- OLED PIN 4 (DC) -> ARDUINO PIN 8
- OLED PIN 7 (SCK) -> ARDUINO PIN 13
- OLED PIN 8 (MOSI) -> ARDUINO PIN 11
- OLED PIN 15 (CS) -> ARDUINO PIN 10
- OLED PIN 16 (RST) -> ARDUINO PIN 9
Buttons and buzzer / speaker:
- BUTTON 1 -> ARDUINO PIN 5
- BUTTON 2 -> ARDUINO PIN 6
- BUTTON 3 -> ARDUINO PIN 7
- BUZZER + -> ARDUINO PIN 4
second button pins go to GND
We dont need to use resistors for buttons, because corresponding Arduino pins used for button inputs are initialized with internal pull up resistors in the code.
Step 3: Uploading the Code
Source code can be found here:
for this build you will need this specific version:
It is a modified version of initial code to be compatible with this screen.
If you were building Tamaguino before, please note that buttons and buzzer are mapped differently on this compared to SSD1306 (I2C) version. It had to be re-arranged so we can use SPI dedicated pins on Arduino.
You will also need this library from Adafruit for SSD1325:
Now that you have everything ready, load the code and library into Arduino IDE and upload to the board.
Step 4: Overview
In the video above you can follow me step-by step and build your own Tamaguino pet!