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Finished
In this project, I employed the concept of zero keyframes: instead of using images for texture, I drew and rendered the frames of a moving creature to make it appear alive. The main idea was to create fish-like creatures with fins and wobbly eyes. I then incorporated some of my previous work on Inverse Kinematics to generate the legs. The results are incredible visuals of creatures that move as if they were alive!
Python
Pygame
NumPy
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Finished
This project was intended as a one-day coding session and ended up with me playing with the results for three days. The chaos generated by a double pendulum system is quite interesting. The math behind it is simple, involving just two (albeit large) equations. The visuals are amazing and, when properly tweaked, can mesmerize you.
Python
Pygame
NumPy
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Finished
Boids, or flocks, are agents that mimic the behavior of certain animals. Specifically, we can simulate the movement of birds or ants. With three simple rules—Cohesion, Alignment, and Separation—we can reproduce this fascinating behavior. Colors change based on direction, creating incredible visuals!
Python
Pygame
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Finished
The Cube, also known as El Jueguito, was my first major programming project. With the aim of learning C# and Unity, I started this game as a practice project. The concept is simple: protect a cube from enemies. Round after round, more and more enemies appear, each stronger than the previous. When you can no longer hold them back, you can use the money to upgrade your weapons and survive further rounds!
C Sharp
Unity
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Finished
Mazes are an interesting application of graph and algorithm theory. They can be represented in many ways, but the objective is always to navigate from one tile to another (the exit). Here, we use pathfinding algorithms like A* or Greedy to find the best solution. Click to see how mazes are generated and solved step by step!
Python
Pygame
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Finished
This is a simple and fast project developed in one day. After being inspired by some YouTube videos, I decided to give it a try. The mathematics involved are simple—just angle operations. The results are quite good, though there is plenty of room for improvement.
Python
Pygame
NumPy
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In progress
This is the website you are visiting right now! My personal, self-developed web portfolio. Here I applied all my knowledge of React and Next.js to create this page as an online CV to showcase my projects. My entire professional background is summarized here, so if you want to know more about me, just keep exploring!
Html
CSS
React
TypeScript
Next.js
Tailwind CSS
GitHub
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Finished
The Three-Body Problem, a good Netflix series, shows what can happen in the universe when physics are involved with large objects (planets and stars). Here, I simulate the interaction of some objects using simple Newton's equations implemented in C++. We can enable collisions and make the objects behave like bouncing balls. Super fun.
C ++
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Finished
This project originates from the simple idea of transforming images into another format: TEXT! Using a third-party app (with proper attribution) and my UI, you can convert any video, GIF, or random image into text. Different modes are available, and you can save the outputs for later usage!
Python
In progress
The Three-Body Problem, a good Netflix series, shows what can happen in the universe when physics are involved with large objects (planets and stars). Here, I simulate the interaction of some objects using simple Newton's equations implemented in C++. We can enable collisions and make the objects behave like bouncing balls. Super fun.
Html
CSS
React
TypeScript
Next.js
Tailwind CSS
GitHub