System Dynamics


Version: 0.8.4
License: GPL
Release: 09/13/2017
Authors: Gilberto Camara and Pedro R. Andrade
Depends: terrame (>= 2.0), sci (>= 0.3)


Implements a System Dynamics framework.

Models

ChaoticGrowth A Model that describes a chaotic population growth.
Coffee Simple model that simulates the temperature of a cup of coffee.
Daisyworld An implementation of the daisy world model.
Dam A water in the dam model.
Homeostasis A model to show homeostasis taking place.
LimitedGrowth A model that simulates limited growth.
Lorenz Classic Lorenz Model to study chaos.
MonoLake A model for the Mono Lake problem.
PopulationGrowth Simple model that simulates the growth of two populations.
PredatorPrey Model that implements predatory-prey dynamics.
RandomWalk Simple random walk model, where a given value can be added by one or subtracted by one randomly.
RoomTemperature Simple model that simulates the temperature of three rooms.
SIR A Susceptible-Infectious-Recovered (SIR) Model to study epidemics.
Tub A simple water in the tub model.
Yeast A yeast growth model.

Examples

coffee-scenarios Three scenarios for the Coffee model.
infection-scenarios-1 Simulation of three instances of SIR model using different infection durations.
infection-scenarios-2 Simulation of three instances of SIR model using different infection probabilities.
infection-scenarios-3 Simulation of two instances of SIR model using an educational campaign.
population-scenarios-1 Simulation of two instances of PopulationGrowth model.
population-scenarios-2 Simulation of two instances of PopulationGrowth model using a negative feedback in the growth change.
tub-scenarios Two scenarios for the Tub model.

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