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raylib-examples ported to Nim

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.

A* Path Finding

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.

Binary Search Tree

Nim Crown

File: crown.nim

A creative example that draws a crown using raylib's drawing functions, paying homage to the Nim programming language.

Nim Crown

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.

8 Queens Puzzle

Raylib Perceptron

File: perceptron.nim

An implementation of a simple perceptron, demonstrating basic concepts of neural networks and machine learning using raylib for visualization.

Raylib Perceptron

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.

Rogue

Problem Link

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.

Shader Art

Tutorial Video

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.

Target 9

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!