In this blog post, I am going to critique a rabbit rig that put together for my character rigging class project at Fullsail University.
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T-pose |
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Shoulders Shrugging |
This rig was a bit of a challenge as this was my first professionally built rig in Autodesk Maya. I built the base joint structure to fit the rabbit model by snapping each joint hinge to vertice points on the model so when I cut the model into pieces, I would be able to attach the corresponding joints to those cut pieces.
Once I finished that, I created an RFL (Reverse Foot Lock) system which followed the foot joint backwards so that I could make the foot's heel tilt up, roll left and right, and lift at the ball of the foot.
I then moved onto the hand leg joints where I created IK handles which allow three joints to bend just as an elbow or knee joint would allow. Before I created the arm IK handles, I created a different type of IK handle called a single-chain-solver which uses two or more joints and causes the chain to follow the handle's orientation. The other type of IK handle is called Rotate-plane-solver which is constrained to the orientation closest to the base joint. For the back I created an IK-spline-handle which uses a control curve as a spinal chord in the sense that it does not break unevenly. The spine also has a bend and stretch deformer that allows the rig to stretch and squash like a cartoon character.
Once I was finished with the joints, I created a vast assortment of control curves to act as what some might call "puppet-strings". These control curves were then parented to their corresponding joints on the rig using the IK handles to move the rabbit model as an animation asset for movies or video-games.
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Toe-Touch |
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