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A population dynamic simulation of an island's ecosystem. The island consists of both herbivores and carnivores living in different landscape types. The goal is to investigate whether both species can survive in the long term. Exam project in INF200 (course code) at NMBU.
Simulation of virtual world implemented in c++. Contains multiple organism such as animals and plants. World is represented as set of tiles; one tile stands for given organism. Organism can interact with each other following specified rules. They can eat, fight, die and reproduce. Simulation is tour-based with console output
R package with functions for (a) updating parameters in Atlantis .prm files, (b) running multiple simultaneous instances of Atlantis in Docker, and (c) plotting results form different runs for output comparison.
Simulation of virtual world implemented in Java. Contains multiple organism such as animals and plants. World is represented as set of tiles; one tile stands for given organism. Organism can interact with each other following specified rules. They can eat, fight, die and reproduce. Simulation is tour-based with simple UI