Viral Infection Genetic Algorithm with Dynamic Infectability for Pathfinding in a Tower Defense Game

Galam, Gabriel Teixeira; Remedio, Tiago P.; Dias, Maurício A.

doi:10.1109/sbgames.2019.00034

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2023

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“…A maze-themed game can be just as engaging and mentally stimulating for players, challenging them to use their problem-solving skills. One common issue in games is finding effective pathfinding solutions for non -player characters, which are crucial for their movement and behavior, such as in tower games [3], car racing [4], and educational games [5], and so on.…”

Section: Introductionmentioning

confidence: 99%

Pathfinding Solving in Maze Game Using Backtracking Algorithm

Prasetyo

2023

CoreIT

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Games are a means of entertainment that great demand by the community. Besides games as entertainment, games can also practice thinking skills to find solutions. A game that contains elements of artificial intelligence requires algorithms in its implementation. One type of the game is Maze Game, where players are required to find a way out of the maze. Backtracking algorithm was chosen to solve this game. This algorithm works recursively to solve problems by finding possible solutions. If the path being traced is not the right solution, it will be backtracked and traced to other paths. This solution will not be ignored or deleted. But if the path taken is right, it will continue to check the next path until the player reaches the final solution.

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Section: Introductionmentioning

confidence: 99%

Pathfinding Solving in Maze Game Using Backtracking Algorithm

Prasetyo

2023

CoreIT

View full text Add to dashboard Cite

show abstract

Viral Infection Genetic Algorithm with Dynamic Infectability for Pathfinding in a Tower Defense Game

Cited by 1 publication

References 21 publications

Pathfinding Solving in Maze Game Using Backtracking Algorithm

Pathfinding Solving in Maze Game Using Backtracking Algorithm

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