This is a simulation of the so called Brownian Motion. This phenomenen can
be viewed for real by looking at smoke particles with a microscope. The
smoke particles have to be illuminated from the side. They generally travel
along in a straight line until they are hit by the invisible tiny air
molecules. These are light, but move very fast, so they jolt the smoke in
different directions, when they actually collide.
The program has been amalgamated with !EventShell using
!BLibII by Ian Palmer.
The resulting program has been 'shrunk' using
!BasShrink by Jogn Wallace.
Thanks go as usual to Paul Hobbs who provided the !ShellSys system without
which this program won't work. This is available from APDL, and is
recommended as a development system for the aspiring Wimp Programmer.
This program has been written using the routines supplied with the EvntShell library which is copyright Paul Hobbs. The library routines may be distributed subject to the following conditions:
You have permission to use any part or the whole library in a project you intend to place in the public domain, as long as I am fully credited (via the inclusion of this file in the program documentation). If you wish to use these routines in a program that is for sale (for however much and for whatever reasons) or released as copyright material then my express permission in writing must be obtained. I maintain copyright on all the material supplied and reserve the right to amend these conditions
in cases where I deem misuse.
The library code is supplied free of charge to everyone 'as is'. There is no guarantee that it is free from bugs and no warranty is given about its suitability for use.
Further details about EvntShell may be obtained from the author:
Paul Hobbs
Rheinpfalzstrasse 2
85049 Ingolstadt
Germany
The heap manager routines used by EvntShell are copyright Risc User and are used with permission.
