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AlgoGenesis / C

AlgoGenesis is a centralized open-source platform dedicated to providing optimized and well-documented algorithm implementations in C. Perfect for both beginners and advanced users, this repository serves as a comprehensive learning resource for solving algorithmic challenges.
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[NEW ALGORITHM] Diagonal Boundary Spiral Traversal of a 2D Array #1304

Open sambedan1 opened 3 hours ago

sambedan1 commented 3 hours ago

Issue will be closed if:

1) You mention more than one algorithm. You can create a separate issue for each algorithm once the current one is completed.
2) You propose an algorithm that is already present or has been mentioned in a previous issue.
3) You create a new issue without completing your previous issue.

Note: These actions will be taken seriously. Failure to follow the guidelines may result in the immediate closure of your issue.

Name:

[NEW ALGORITHM]
Diagonal Boundary Spiral Traversal of a 2D Array

About:

Propose a new algorithm to be added to the repository The purpose of the Diagonal Boundary Spiral Traversal Algorithm is to provide a unique and lesser-known method for traversing a 2D matrix by combining diagonal and spiral patterns. Unlike conventional row-by-row or column-by-column traversal methods, this algorithm is designed to:

Cover the matrix in a diagonal fashion: Starting from the top-left corner, it moves diagonally until a boundary is reached. Switch to boundary traversal: Once a boundary is hit, the algorithm follows a spiral pattern along the edges of the matrix. This approach can be useful for:

Visualizing matrices in non-linear ways: It creates an interesting path that combines both diagonal and boundary elements. Solving grid-based problems: Where both internal diagonal connections and external boundary traversal are necessary, such as certain image processing tasks, simulations, or game development. Providing variation to traditional traversal algorithms: It can add variety in scenarios where traditional traversals may not yield desired outcomes. While it is not commonly used, the algorithm has potential applications in specific computational problems that require complex traversal paths, mixing both internal and external matrix elements efficiently.

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new algorithm, gssoc-ext, hacktoberfest, level1 yes level it as level2,gssoc-ext,hacktoberfest

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