Python implementation of a genetic algorithm for optimization problems. Includes functions for individual generation, fitness calculation, population creation, crossover, mutation, and evolution. Demonstrates solving target value and 8-Queen Problem efficiently.
This repository contains Python code implementing a genetic algorithm for solving optimization problems. The code includes functions for individual generation, fitness calculation, population creation, crossover, mutation, and evolution.
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Installation: Clone the repository to your local machine.
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Run the Code: Execute the
GeneticAlgor.py
function in the provided Python script to see the algorithm in action. -
Customization: Modify parameters like population size, target value, and mutation rate to adapt the algorithm to your specific problem.
- Solve target value problems by evolving a population of individuals.
- Solve the classic 8-Queen Problem efficiently using genetic algorithms.
- Python 3.X
This project is licensed under the MIT License - see the LICENSE file for details.