Lukas Fukuoka Vieira

Passionate game developer with extensive experience in Game Jams, specializing in rapid prototyping, creative problem-solving, and efficient implementation of gameplay mechanics. Skilled in Unity, Unreal Engine, C++, C#, and integrating 3D models and animations, I thrive in high-energy, collaborative environments and have a proven track record of delivering engaging, functional games and projects within tight deadlines. Known for adaptability, technical skill, and a commitment to bringing imaginative concepts to life, I aim to continue creating memorable experiences through game design and development.

InBoxes Programming Language 

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• Description: Designed and developed a beginner-friendly programming language named InBoxes, inspired by Python and plain English syntax to make programming accessible and intuitive for newcomers. The language emphasizes simplicity and readability, encouraging users to focus on logic rather than syntax.
• Key Features:User-friendly syntax inspired by English phrases.
  Simplified constructs to help beginners learn programming concepts easily.
  Beginner-focused design philosophy for intuitive usage.
  
• Extensions & Tooling:
  Created a Visual Studio Code extension for InBoxes, featuring:Code Highlighting: Syntax-aware coloring to enhance readability and reduce errors.
  
• Technologies Used: TypeScript Intepreter design
  Extension Development for Visual Studio Code
  Programming Language Implementation and Syntax Highlighting.

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Link to the project: https://github.com/comet400/InBoxes

C++ Text-Based RPG Game

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• Description: Designed and developed a fully interactive text-based RPG game in C++ that allows the user to have a fun experience in which he can properly explore the world, get cool items, fight monsters, have random events, progress and more
• Key Features: Custom Menu System: Implemented an intuitive menu-driven interface for seamless gameplay navigation. Character Development: Included progression mechanics such as leveling up, skills, and inventory management. Procedural Systems: Added random event generation for replayability and unpredictability.
• Technologies Used:Advanced C++ concepts such as pointers, classes, and dynamic memory management. Object-Oriented Programming for character design and game logic. Modular code structure to enable future scalability and feature additions.

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Link to the project: https://github.com/comet400/Text-RPG-prototype

Python AI-Powered Expression Analyzer Card Game

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• Description: Developed an innovative AI Expression Analyzer Card Game using Python. This interactive card game combines the power of AI and player strategy. The AI analyzes player card selection and combines their expression, making a simple algorithm that determines the power likelyhood of the player card without actually knowing his card.

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• Key Features:
• AI Integration: Built a custom AI to analyze player expressions (emotions) and make strategic decisions. Also changing its strategy once it reaches only one life.
  
• Dynamic Gameplay: The AI adapts based on the player's choices, creating a highly replayable experience.
  
• Card Mechanics: Players utilize a unique deck of cards with specific powers and attributes.
  
• Scoring System: Implements a balanced scoring system that rewards strategy and creativity.
  
• User-Friendly Interface: Designed an intuitive text-based interface for seamless player interaction.
  
• Technologies Used: Python for core game logic and AI development
  Natural Language Processing (NLP) techniques for analyzing text-based inputs
  Object-Oriented Programming for card and game structure
  Custom algorithms for AI decision-making and strategy optimization
• Hand Tracking: The game tracks the player hands in real time making him grab and drag the card using his on hands and camera.

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Link To Video Demo: https://www.linkedin.com/posts/lukas-vieira-a94a8332a_diving-into-ai-and-python-my-new-game-experiment-activity-7264477032770686976-Sz4H?utm_source=share&utm_medium=member_desktop