Uploaded January 2018 | Updated September 2026, 2 weeks ago
Quick demo to use the "continuous force motors" configured on two hinge joints and one ball joint to create a "pin ball" mechanism. The pivot point of the ball joint is right above the line passing through the pivots of the two pins. By applying different "torque motors" to the 3 Euler axis of the ball joint the ball is actuated for a perpetual looping through the pins.
DeepMotion
deepmotion.com
Leading artificial intelligence driven, physics-based animation to new heights.
Twitter: twitter.com/DeepMotionInc
Facebook: facebook.com/DeepMotionInc
Quick demo to use the "continuous force motors" configured on two hinge joints and one ball joint to create a "pin ball" mechanism. The pivot point of the ball joint is right above the line passing through the pivots of the two pins. By applying different "torque motors" to the 3 Euler axis of the ball joint the ball is actuated for a perpetual looping through the pins.
DeepMotion
deepmotion.com
Leading artificial intelligence driven, physics-based animation to new heights.
Twitter: twitter.com/DeepMotionInc
Facebook: facebook.com/DeepMotionInc










