Unravel the Mystery of Electronics
This update introduces basic obstacle mechanics and increases the complexity of the game. You can further expand this by adding multiple obstacle types, varying speeds, or even scores based on how many obstacles are successfully avoided.
This setup creates a very basic “Jump & Move” game using an Arduino, buttons, and an LCD. It’s a perfect foundation to explore more complex game mechanics and enhance your skills in programming and electronics design.
This sample text RPG is a starting point for building a retro, text-based adventure on your Arduino with an I2C LCD 1602. Although the LCD size is limited, you can still craft engaging stories and interactive choices. Feel free to expand the game with more scenes, character stats, and features to create your very own Arduino RPG!
🔧 Components Needed 📌 Wiring Connections 1. DHT11 Sensor: 2. I2C LCD 1602 Display: Note: The I2C address for the LCD is often 0x27. If …
1️⃣ Components Needed 2️⃣ Circuit Setup Wiring the DS3231 to a Microcontroller (e.g., Arduino) Connecting the Display 3️⃣ Software Setup Programming the Arduino 4️⃣ Final …
🔧 Components Needed 📌 Wiring Connections 1. I2C LCD 1602 Display 2. Reset/Advance Button 💻 Code Example Below is the complete sketch that implements the …
🔧 Components Needed 📌 Wiring Connections Note: The typical I2C address for these displays is 0x27. Verify with an I2C scanner if needed. 💻 Code …
The I2C LCD 1602 display, featuring 16 characters and 2 lines, uses the I2C protocol for communication, which simplifies connections and coding significantly compared to …
1️⃣ Sensor Data Display 2️⃣ Digital Clock / Timer 3️⃣ Interactive Menu & User Interface 4️⃣ Information Display for IoT Projects 5️⃣ Fun & Creative …
