High Voltage Forum
General Chat => Science, Research and News In Other Fields Than Electronics => Topic started by: haversin on August 30, 2020, 04:47:19 PM
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This Blender tippe top animation displays motion at 1/33 real time. The location – rotation keyframes were generated by a 6dof tippe top simulation coded in Python.
This simulation includes:
Full 6dof equations of motion.
Stem contact dynamics.
Modified Coulomb friction.
Coefficient of restitution applied to landing force impulse.
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That's spectacular; thanks for sharing. Yay for modeling equations of motion, including the subtle forces that matter. And attention to production values for a lovely rendering.
Reminds me of the the microgravity wingnut-spin phenomenon that recently got lots of online viewing.
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Follow up Blender tippe top animation showing the top's motion in real time with Eevee motion Blur. As before the location rotation keyframes were generated with a 6dof tippe top simulation coded in Python.