spine unity rotate bone script esoteric software

Raising the drag value will make the Rigidbody move slower and create the effect of being heavy or interacting with air. Adjust the Rigidbody drag and mass parameters to tweak the result to your liking. The selected element and all its SkeletonUtilityBone children are turned into a hinge chain. Select the first SkeletonUtilityBone chain element and in the Inspector choose Create 3D Hinge Chain or Create 2D Hinge Chain to generate the physics rig. Creating hinge chainsĢD and 3D hinge chains are created from an existing SkeletonUtilityBone hierarchy. Starting in the spine-unity 3.8, the physics rigging respects momentum and works correctly when flipping the skeleton. The reason was that gravity was being applied, but it was not able to capture movement of the skeleton or parent bones, thus lacking momentum. You may have given it a try, but likely were unhappy with the result, no matter how you tweaked the Rigidbody parameters. You might note that this functionality existed in previous spine-unity versions. An important requirement is that chain elements must be laid out flat on the same hierarchy level, instead of forming a parent-child hierarchy. When set up correctly, Unity's physics will apply momentum and collision response to all the chain elements. It is perfect for doors, but can also be used to model chains, pendulums, and similar objects. HingeJoint and HingeJoint2D components are used to connect a Rigidbody or Rigidbody2D to one another, constraining them to move like they are connected by a hinge. We are happy to announce improved support for HingeJoint and HingeJoint2D chains in our spine-unity runtime! This makes it easy to add realistic cape physics to your character, have it drag heavy objects around, swing a morning star, or much more.

Spine unity rotate bone script esoteric software