Simulating dice throwing on ATtiny
🔧 GOAL: 🧠 HOW DOES IT WORK? Instead of controlling each LED separately, we treat each number (1–6) as a predefined pattern, and reuse the …
Category: Software
✅ Officially Supported Arduino Libraries in Tinkercad Circuits:
1. Servo.h 🤖🦾 2. LiquidCrystal.h 📺✨ 3. SoftwareSerial.h 🔄📡 4. Stepper.h 🛞⚙️ 5. EEPROM.h 💾📝 🚩 Libraries Not Supported: Tinkercad does not support custom or …
🔥 EasyEDA: The Ultimate Cloud-Based PCB Design Tool! 🚀🔧
📌 What is EasyEDA? EasyEDA is a cloud-based electronic circuit and PCB design tool that makes creating schematics, designing PCBs, and even ordering manufactured boards …
🔥 The Most Advanced Robotics, Electronics, and 3D Printing Software in 2025! 🚀🤖🖨️
Technology is evolving faster than ever in robotics, electronics, and 3D printing, and 2025 brings a new wave of AI-powered tools, cloud-based automation, and next-gen …
🚀 The Ultimate Guide to 3D Modeling Software – From Beginners to Experts! 🏗️🎨
If you want to design robot parts, wheels, enclosures, gears, mechanical components, artistic models, or even entire humanoid robots, 3D modeling software is where the …
How to Create a Circuit Design in Tinkercad Circuits
Tinkercad Circuits is a powerful tool for designing, simulating, and testing electronics projects. Whether you’re learning Arduino, prototyping circuits, or designing projects, it’s a great way to test ideas before building them physically.
🔧 Schematic: Connecting a Relay with an External Power Source and Arduino
1️⃣ Components Needed 2️⃣ Schematic Diagram Here’s how to wire these components: Details of Connections: Additional Components: 3️⃣ Code Snippet for Arduino To control the …
🔍 Understanding the Basics of C++
By mastering these basics, you’ll have a solid foundation to tackle more complex topics in C++. Practice each concept thoroughly and try to implement small programs that use these fundamentals to deepen your understanding.
🔧 C++ in Microcontrollers
Using C++ for microcontroller programming effectively marries the language’s powerful features with the specific needs of embedded systems, such as direct hardware interaction and real-time performance. This approach allows for the development of more complex and reliable embedded applications.
Adding a Scoring System to the Arduino LCD Game
Adding a scoring system not only makes the game more challenging but also provides players with a quantitative measure of their skill or progress.