I like it
no, not swinging, i meant rotating
if you put it on g7 with the boy, it just keeps swinging for quite a while!
cool!!!!
Thanks!
It’s a pendular movement that, in my PC, runs very slowly. But it’s cute, any way, mainly with the boy exercising.
Thanks, ffred! I made this just for fun!
Good! I can see where this would work well with a playground swingset simulation. Didn't you always want to be able to swing so high the swing would go around the top of the pole? :)
If you like look the code. I used, for first time, the Newton - Feynman method. Thanks for the comment!
that would be scary though... and the top of the pole doesn't rotate...
A virtual Lab: Rotation. Change the body (tige1, tige2 and boy). (g=gravity).
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I like it
no, not swinging, i meant rotating
if you put it on g7 with the boy, it just keeps swinging for quite a while!
cool!!!!
Thanks!
It’s a pendular movement that, in my PC, runs very slowly. But it’s cute, any way, mainly with the boy exercising.
Thanks, ffred! I made this just for fun!
Good! I can see where this would work well with a playground swingset simulation. Didn't you always want to be able to swing so high the swing would go around the top of the pole? :)
If you like look the code. I used, for first time, the Newton - Feynman method. Thanks for the comment!
(view all replies)that would be scary though... and the top of the pole doesn't rotate...