🎮 Super Trunfo - Countries

A Super Trunfo style card game implemented in C, focused on comparing characteristics between countries.

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📖 Index

Features	Requirements	How to Run
Structure	Game Levels	Contributing

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🎯 Features

Card System

• Registration of cards with unique properties
• 8 states (A-H) with 4 cities each
• Unique codes for each card (e.g., A01, B02)
• Property comparison system
• Automatic calculation of indicators (population density and GDP per capita)
• Classification of economic development and population density
• Support for city names with multiple words (e.g., "São Paulo", "Rio de Janeiro")

Card Properties

• Population
• Area
• GDP
• Tourist Attractions
• Population Density (calculated)
• GDP per Capita (calculated)
• City Name (supports full names with spaces)
• State Code

Features

Card System

• Registration of cards with unique properties
• 8 states (A-H) with 4 cities each
• Unique codes for each card (e.g., A01, B02)
• Property comparison system
• Automatic calculation of indicators (population density and GDP per capita)
• Classification of economic development and population density
• Support for city names with multiple words (e.g., "São Paulo", "Rio de Janeiro")

💻 Requirements

• GCC Compiler
• Operating system: Windows, Linux, or macOS
• Basic knowledge of terminal/command line

🚀 How to Run

1. Clone the repository:

git clone <https://github.com/rafaumeu/super-trunfo.git>
cd super-trunfo

2. Compile the program:

gcc supertrunfo.c -o supertrunfo

3. Execute the program:

./supertrunfo

📁 Structure

super-trunfo/
├── supertrunfo.c     # source code
└── README.md         # Documentation

🎮 Game Levels

🌟 Novice Level

• Population density calculation
• GDP per capita calculation
• Advanced data analysis
• Decision structures for card classification
• Enhanced visual formatting

🏃 Adventurer Level (Implemented)

• Interactive attribute selection menu
• Multiple comparison modes (6 attributes)
• Inverse comparison rules for density
• Input validation system
• Advanced result display formatting

👑 Master Level (Implemented)

• Card comparison system (implemented with PIB per capita comparison)
• "Super Power" calculation
• Advanced game logic

🤝 Contributing

1. Fork the project
2. Create your Feature Branch (git checkout -b feature/NewFeature)
3. Commit your changes (git commit -m 'feat: Add new feature')
4. Push to the Branch (git push origin feature/NewFeature)
5. Open a Pull Request

📝 License

This project is under the MIT license. See the LICENSE file for more details.

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Developed as part of the MateCheck course