Each ball creates a gravitational pull on every other ball. This force depends on the masses of the two balls, and the distance between them. Press toggle to see the forces in action. If lucky, you can get dots that are doing perfects orbits around eachother! You can also drag the balls.
This one is my favourite so far! (out of the 6)
YahyaI can look for hours at this :). Well done!
FranklinMy god this is genius the best programming Ive seen in years well done.
MattHas anyone managed to get into orbit? It's bloody difficult!
MasterJCan you make the user be able to change the number of objects. That way, if we only choose 2, then we'll be able to get the thing into orbit...
Master JVery nice.
Nicknice indeed. . . . . . . . . I did notice a glitch though: I put 2 of the small ones off in a corner together while messing with the others, and a bit later, they were speeding across the screen while stuck together; and it wasnt from the gravity of the other larger circles, because they weren't moving in that direction.
NoobwakerJon, your comment would be gone if that were the case - no? I love your work, it's excellent.
PhilComment
NameI love getting them in to orbit and giving a moon.I think next you should try and make it a bit more like our solar system.For instance one giant sun.
Nacnud112Comment
NameThis is genius!
Nath