Introduction - If you have any usage issues, please Google them yourself
Autolife model is to conduct an "open-evolution" artificial life system. Each Agent can be used model changes the rules limited the length of the table automatic machine modeling. One Agent can be self-propagation, model selection mechanism not used Explicit the fitness function instead of using the energy consumption of a simple model to emerge spontaneously, so that the agent can be a model category Tierra system. But with Tierra, Avida digital life model is different Autolife model for greatly simplified its friendly interface, operation directly. Although not every agent to a virtual computer assembly, but Agent and the environment coupling can be seen as a Turing Machine model, the Agent can mutate and "arbitrary" programmed. Through Autolife model, the first one c
Packet : 68514autolife.zip filelist
classes/
classes/java.policy.applet
classes/lifesim.html
classes/lifetest/
classes/lifetest/agent.class
classes/lifetest/Configer$1.class
classes/lifetest/Configer$2.class
classes/lifetest/Configer.class
classes/lifetest/CurveShow$1.class
classes/lifetest/CurveShow$2.class
classes/lifetest/CurveShow$3.class
classes/lifetest/CurveShow.class
classes/lifetest/dynEnvs.class
classes/lifetest/Item.class
classes/lifetest/lifesim$1.class
classes/lifetest/lifesim$2.class
classes/lifetest/lifesim$3.class
classes/lifetest/lifesim$4.class
classes/lifetest/lifesim$5.class
classes/lifetest/lifesim.class
classes/lifetest/Seed.class
classes/lifetest/ViewCanvas.class
classes/lifetest/World.class
classes/lifetest/WorldVariant.class
classes/lifetest/zoomView$1.class
classes/lifetest/zoomView.class
classes/package cache/
classes/package cache/lifetest.dep2
src/
src/lifetest/
src/lifetest/agent.java
src/lifetest/Configer.java
src/lifetest/CurveShow.java
src/lifetest/dynEnvs.java
src/lifetest/lifesim.java
src/lifetest/World.java
src/lifetest/WorldVariant.java
src/lifetest/zoomView.java