This site requires JavaScript, please enable it in your browser!

Report as inappropriate.

This is my very first project with Greenfoot. The ants come in at random times, at an equal random rate from two nests. Black and red ants behave exactly in the same way - they walk around randomly and when they meet a specimen from the other population there is a short fight, with exactly 50% chance of survival. The simulation ends when one ant population is wiped out.

1469 views / 7 in the last 7 days

**There is no HTML 5 translation of this scenario available.**

View legacy version (requires Java plugin)

This scenarios uses Java features that are not available for use after conversion to HTML 5. Please try the legacy version, which requires the Java plugin to be installed.

A new version of this scenario was uploaded on Sun Feb 26 11:54:53 UTC 2012
This is my very first project with Greenfoot. The ants come in at random times, at an equal random rate from two nests. Black and red ants behave exactly in the same way - they walk around randomly and when they meet a specimen from the other population there is a short fight, with exactly 50% chance of survival. The simulation ends when one ant population is wiped out.

A new version of this scenario was uploaded on Sun Feb 26 12:12:12 UTC 2012
This is my very first project with Greenfoot. The ants come in at random times, at an equal random rate from two nests. Black and red ants behave exactly in the same way - they walk around randomly and when they meet a specimen from the other population there is a short fight, with exactly 50% chance of survival. The simulation ends when one ant population is wiped out.

Want to leave a comment? You must first log in.

No votes yet.