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Reallistic modellization of balls hitting. User can change the gravity acceleration and every ball mass, radius, velocity and initial angle. By Alfonso Fernandez
You can throw a black blob/ball around and it bounces according to whatever you set gravity and the friction of the ground to.It was my first attempt at this kind of actionscript and I didn't annotate so it might be difficult to work out what's going on. I hope you like it anyway, feel free to use it (it might be usefull in a game or something?!?!). If you do anything cool with it I'd love to see it. Many thanks, Jimbo. By Jimbo
Scalar field simulation. The intensity of the field is adjustable by means of a gauge. Field's action is linear. Useful to demonstrate how these fields work (temperatures, etc.) By Ignacio Lirio
this small animation explains Rutherford's experiment og gold foil and alpha rays to explain structure of atom It uses Guide layer By Samiksha Argade
The Movie illustrates the Series Resonance of an L-C-R Circuit. I hope the Movie will be useful to Physics and Electrical Engineering students, who are studying Electrical Circuits. By Achyut Veluvali
This movie demonstrates one of the ways you can "cheat" with Flash physics.(I'm only 12 years old, so it's definitely got some errors with the bounce script. I'm only a begginer/intermediate ActionScripter.) By alex
This movie shows how to make a bouncing effect with only 4 lines of code and no math harder than addition! By Rob Woodworth
This uses addition to make a gravity effect which then creates an orbiting effect around the mouse By Rob Woodworth
A 4d rendering engine. Rotates 4d objects around three planes, based on XML data. A hypercube is shown as an example. Trippy! By Patrick Mineault
7 Missiles track down an airplane. Airplane is draggable. Mostly trig. Collision test for each missile and the airplane. By Matt Williamson
Pressure Drop Calculator is a small Engineering tool that performs pressure drop calculations for Newtonian fluid flow in round pipe (tube) systems. Related parameters such as Reynolds, fluid velocity, average residence time, etcetera are presented. By CARF ENGINEERING
The formulas govern a path of objects projectile'. The scriptis nit difficult. However, there are two tricks. 1)The horizontal boundary, against which UFOs bounce up, is volatile. 2)The gravity, or axial y velocity, although random, is picked out so that UFOs never stop.May serve as a screen saver, for which I attach an .exe file with "showmenu, false". By Valery Churbanov
