A library written in F# for generating and traversing 2D matrices in a spiral pattern.
This program implements a function to traverse and return all elements of a given m x n matrix in spiral order. It includes test cases to demonstrate its correctness across various matrix configurations.
A Python Script which generates a grid of images in a spiral or snake pattern
Generate a square 2-d matrix with an outward-spiraling series of elements
The following program generates matrices in a clockwise spiral pattern based on user input for the size and corner values.
Matrix Practice Problems
SpiralKey is a cutting-edge cryptographic method that combines the robustness of symmetric key encryption with the captivating properties of spiral matrices.
DSA Interview Prep: A comprehensive collection of Data Structures and Algorithms (DSA) interview problems and their solutions, designed to help candidates prepare effectively for technical interviews. This repository includes a variety of problems and solutions in multiple programming languages, making it a valuable resource for software engineers.
A C algorithm that generates an NxN matrix filling integers spirally inwards, starting from the bottom-right corner and moving counter-clockwise (Up -> Left -> Down -> Right).
Easy-level-problems in Assembly
A collection of small projects written in C. Includes implementations of common Unix utilities, solutions to algorithmic challenges and other code snippets exploring C11 and standard library features.
Welcome to the Spiral Print Pattern project! This mini-project demonstrates the dynamic creation and visualization of a spiral matrix.
SpiralKey is a cutting-edge cryptographic method that combines the robustness of symmetric key encryption with the captivating properties of spiral matrices
Tool for spiral walking in a 2D matrix or a plain in a 3D matrix. Works as a iterator on a list with coordinates starting at centre.
Magic Spiral solution in javascript, Rust
Spiral Matrix – clockwise and counter-clockwise
A C algorithm that generates an NxN matrix starting from the center element (1) and filling integers spirally outwards in a counter-clockwise direction (Down -> Left -> Up -> Right).
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