Search Results for "predator prey simulation java"

It is a C# program that runs a simulation of a predator-prey model for foxes and rabbits. The assumptions in setting up such a model are: 1.The rabbit population tends to exhibit exponential growth unless it is held in check by a predator or overcrowding. 2.Foxes eat rabbits at a rate proportional to the number of encounters between foxes and rabbits. 3.Fox growth rate is determined by the amount of rabbits they eat (foxes tend to reproduce faster if they are well fed...

TreeLiker is a collection of fast algorithms for working with complex structured data in relational form. The data can, for example, describe large organic molecules such as proteins or groups of individuals such as social networks or predator-prey networks etc. The algorithms included in TreeLiker are unique in that, in principle, they are able to search given sets of relational patterns exhaustively, thus guaranteeing that if some good pattern capturing an important feature of the problem...

QtCritters is a simple critter simulation in C++ using Qt, currently under development. The goal of this project is to simulate a simple ecology of various kinds of animals, and to make the source easy to understand and modify. Still very very alpha...

Framework: Project for Evolutionary Predator Prey Algorithms, used to implement an evolutionary scheme based on the developement by van Laumanns. Implement testproblems, special behaviours, environments, and other yet not known features.

PredatorPreySimulation is a graphical Java application for simulating a predator prey ecosystem using the Volterra-Lotka equations.

Wesen is german for something alife. You can program the instincts of a species - and let them fight against others (not only by fight but by best survival). This way, you can do nice programming contests and learn python by the way!

JaWator is a Wa-Tor JavaApplet; a predator-prey simulation resembling a natural ecosystem, this Cellular Automaton delivers fluctuations similar to the Lotka-Volterra equation. Inspired by A.K. Dewdney, Wa-Tor ecosystem (Scientific American, 1984)