raylib-examples ported to Nim
July 16, 2024 ยท View on GitHub
This repository contains raylib examples ported to the Nim programming language. It also includes unique examples built with naylib from the start.
Unique naylib Examples
A* (IDA*) Path Finding
File: astar.nim
This example demonstrates the IDA* (Iterative Deepening A*) path finding algorithm. It's an efficient way to find the shortest path between two points in a graph or grid.
Binary Search Tree
File: bst.nim
An implementation and visualization of a binary search tree data structure. This example helps in understanding tree traversal and basic operations on a BST.
Nim Crown
File: crown.nim
A creative example that draws a crown using raylib's drawing functions, paying homage to the Nim programming language.
8 Queens Puzzle
File: nqueens.nim
This classic chess puzzle challenges you to place eight queens on a chessboard so that no two queens threaten each other. The example provides a solver and visualization.
Raylib Perceptron
File: perceptron.nim
An implementation of a simple perceptron, demonstrating basic concepts of neural networks and machine learning using raylib for visualization.
Rogue (Advent of Code Solution)
File: rogue.nim
This example is a solution to the "Beverage Bandits" problem from Advent of Code 2018, Day 15. It implements a rogue-like game simulation.
Shader Art Coding
File: shaderart.nim
An introduction to Shader Art Coding, based on the YouTube tutorial by @kishimisu. This example demonstrates how to create interesting visual effects using shaders.
Target 9 Puzzle Game
File: target9.nim
A puzzle game where the objective is to change all digits on a 3x3 grid to 9 by incrementing the values in selected rows and columns.
Contributing
We welcome contributions to this repository! If you have created an interesting example using raylib/naylib and Nim, feel free to submit it. Please ensure your code is well-commented and follows the existing style guidelines.
License
This project is licensed under the MIT License.
Happy coding with raylib and Nim!