Predator-prey simulator - project made for System Modeling and Simulation class at AGH University.
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Updated
Mar 12, 2023 - C++
Predator-prey simulator - project made for System Modeling and Simulation class at AGH University.
Library to conduct experiments in population dynamics.
A minimalist, discrete multi-agent predator-prey archytype environment.
Python Code for Case Study
C++ SFML implementation of Wa-Tor Predator-Prey dynamics simulation
Predator-prey simulator using Cellular Automata
MATLAB GUI with editable variables that solves the predator-prey-quarry-resource-scavenger model with seasonality as proposed by Jansen and Gorder: https://doi.org/10.1007/s12080-017-0346-z
Welcome to the Simulation and Modeling Repository! This repository serves as a central hub for lecture notes, lab exercise, and (coding) assignments related to the simulation and modeling subject.
An attempt, using unity engine, to create a simple yet realistic flock of birds that acts and evolves like in there natural enviorment. The code can also be adapted to interpret a heard of animals or a school of fish.
the diffusive prey-predator model is solved using the Finite Difference Method. the research article referred to is mentioned here.
Code for Bishop et al 2024, separated by simulation and manuscript figures (Main Code) in addition to supplementary analyses (Sup Code). Contact corresponding author megan.bishop@emory.edu with any questions.
A 2D predator-prey neuroevolution simulation written in Pygame and NumPy where autonomous prey agents (fish) learn emergent survival behaviors like schooling, predator evasion, and wall avoidance.
AI project on Multiagent Reinforcement Learning: Predator and Prey problem; DE sem 4
From-scratch theory, stability analysis, and R simulations of population dynamics, from logistic growth to predator-prey models. Inspired by Prof. Guttal's EC201.
Математическое моделирование модели "Хищник-Охотник"
A naive extension and analysis of a DE system describing the interactions between tumor cells, effector cells, HTCs, and iNKT cells
Prey/Predator simulation made with JavaFX, based on C.W.Reynolds' boids algorithm
A visualization of dynamic ecosystem interactions in a predator-prey model integrated with real-world NDVI data.
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