Welcome to the Evolutionary Simulation project! This C-based simulation explores the fascinating dynamics of evolution within a population. The core idea revolves around the selection of the best individuals in each generation, from whom a new generation is crafted.
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Population Evolution: Witness the evolution of a population over a customizable number of generations.
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Bit Representation: Each individual in the population is represented by a set of bits, and their overall value is determined by a sophisticated equation.
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Selective Breeding: The best individuals from each generation are carefully chosen to form the foundation for the next generation, mirroring natural selection.
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Customizable Parameters: Tailor the simulation to your liking with adjustable parameters such as the number of generations and criteria for selecting the best individuals.
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Individu.c & Individu.h: Files defining the structure and functionalities of an individual in the population.
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Population.c & Population.h: Files governing the overall population dynamics, including the evolution process.
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liste_bit.c & liste_bit.h: Files handling the bit representation of individuals and related operations.
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main.c: The main file orchestrating the entire simulation.
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Clone the repository to your local machine.
git clone https://github.com/balezeauquentin/LO21-projet.git
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Compile the project.
For Unix Users.
make
For Windows Users.
gcc -o evolution_simulation.exe main.c Population.c Individu.c liste_bit.c -lm
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Run the simulation.
./evolution_simulation
Feel free to tweak the parameters in the main.c file to experiment with different scenarios. Adjust the number of generations, criteria for selection, and equation determining individual values.
This project is a testament to the beauty of evolution and the power of selective processes. Special thanks to the contributors and the C community for making this simulation possible.
Happy evolving! 🌱🧬