Download: https://drive.google.com/open?id=1LV...d-RIgb4kMhKRR8
**Animate the 3D pendulum according to the platform's movements, and then add a 2D tail to the bottom of the pendulum.
-Think about the main line of action
-Add ease in /ease out, fast in/fast out where needed to match the momentum/stop of the pendulum base
-Once the timing and spacing is right on the base, move down to the 2D tail
-Add the 2D tail, overlap! C reversals!
-C curve to reverse C curve with an S shape in between
-Track the tip of the tail once you get to a good spot, it should form a really fluid arc
-Have the pendulum & tail come to a nice settle
Due date: 2/12/2019
**Animate the 3D pendulum according to the platform's movements, and then add a 2D tail to the bottom of the pendulum.
-Think about the main line of action
-Add ease in /ease out, fast in/fast out where needed to match the momentum/stop of the pendulum base
-Once the timing and spacing is right on the base, move down to the 2D tail
-Add the 2D tail, overlap! C reversals!
-C curve to reverse C curve with an S shape in between
-Track the tip of the tail once you get to a good spot, it should form a really fluid arc
-Have the pendulum & tail come to a nice settle
Due date: 2/12/2019
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