We study a modification of a well-known dynamic cell process, aiming to mimic the predator-prey interaction in Biology. It is introduced by Alexander Dewdney in 1984 for two “species” on a toroidal lattice, with straightforward procedures for procreation, starvation and death and is observed to have features reasonably similar to both the Lotka-Volterra model and actual predator-prey observation data. Its most important feature is that with suitable initial conditions it stays in balance indefinitely, exhibiting cyclic behaviour.
Files in this repository:
Full documentation of the project, last changed on 28 March 2016 main.pdf
Simulation of the ecosystem with three species forming a food chain SimulationOfTheEcosystem.cpp
The genetic algorithm constructed by us (Section 3) GeneticAlgorithm.cpp
Simulation of the memoryless ecosystem suggested (Section 5) MemorylessEcosystem.cpp
The suggested algorithm for finding boindary points for population sizes (Section 6) BoundaryPointsForPopulationSizes.cpp