Complexity International - Volume 11

/vol11/aoyagi01/	© Copyright 2005
Volume 11	Received: Accepted:	November 2004 December 2004

Massive individual based simulation: forming and reforming of flocking behaviors Masaru Aoyagi and Akira Namatame
Abstract
	The challenge is how to give the creatures the ability to follow spatial restrinction while keeping the complexity low enough to still allow for real-time simulation of the herd. This method involves making modifications to Reynolds' flocking algorithm.[1,2] We would like the herd to move in natural-looking paths. Also, we would like the creatures to travel smoothly in 3D space, with speed reguration in curve.

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2005, Massive individual based simulation: forming and reforming of flocking behaviors, Complexity International, Volume 11, Paper ID: aoyagi01, URL: http://www.complexity.org.au/vol11/aoyagi01/

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Masaru Aoyagi and Akira Namatame