UUM-87199 - Unity release-note mentions

Version	Section	Risk	Impact	Note
6000.2.0f1	Fixes Physics		Fix	Improved the performance of Physics.TransformSync in cases where deeply nested hierarchies containing large amounts of Collider components would add an Animator to any child within that hierarchy. Previously this would incur a massive performance hit. After these changes there is still a performance cost but far smaller than before, somewhere in the range of 8x-9x less depending on hierarchy.
6000.2.0b13	Fixes Physics		Fix	Improved the performance of Physics.TransformSync in cases where deeply nested hierarchies containing large amounts of Collider components would add an Animator to any child within that hierarchy. Previously this would incur a massive performance hit. After these changes there is still a performance cost but far smaller than before, somewhere in the range of 8x-9x less depending on hierarchy.
6000.2.0b12	Fixes Physics		Fix	Improved the performance of Physics.TransformSync in cases where deeply nested hierarchies containing large amounts of Collider components would add an Animator to any child within that hierarchy. Previously this would incur a massive performance hit. After these changes there is still a performance cost but far smaller than before, somewhere in the range of 8x-9x less depending on hierarchy.
6000.2.0b11	Fixes Physics		Fix	Improved the performance of Physics.TransformSync in cases where deeply nested hierarchies containing large amounts of Collider components would add an Animator to any child within that hierarchy. Previously this would incur a massive performance hit. After these changes there is still a performance cost but far smaller than before, somewhere in the range of 8x-9x less depending on hierarchy.
6000.2.0b10	Fixes Physics		Fix	Improved the performance of Physics.TransformSync in cases where deeply nested hierarchies containing large amounts of Collider components would add an Animator to any child within that hierarchy. Previously this would incur a massive performance hit. After these changes there is still a performance cost but far smaller than before, somewhere in the range of 8x-9x less depending on hierarchy.
6000.2.0b9	Fixes Physics		Fix	Improved the performance of Physics.TransformSync in cases where deeply nested hierarchies containing large amounts of Collider components would add an Animator to any child within that hierarchy. Previously this would incur a massive performance hit. After these changes there is still a performance cost but far smaller than before, somewhere in the range of 8x-9x less depending on hierarchy.
6000.2.0b8	Fixes Physics		Fix	Improved the performance of Physics.TransformSync in cases where deeply nested hierarchies containing large amounts of Collider components would add an Animator to any child within that hierarchy. Previously this would incur a massive performance hit. After these changes there is still a performance cost but far smaller than before, somewhere in the range of 8x-9x less depending on hierarchy.
6000.2.0b7	Fixes Physics		Fix	Improved the performance of Physics.TransformSync in cases where deeply nested hierarchies containing large amounts of Collider components would add an Animator to any child within that hierarchy. Previously this would incur a massive performance hit. After these changes there is still a performance cost but far smaller than before, somewhere in the range of 8x-9x less depending on hierarchy.
6000.2.0b6	Fixes Physics		Fix	Improved the performance of Physics.TransformSync in cases where deeply nested hierarchies containing large amounts of Collider components would add an Animator to any child within that hierarchy. Previously this would incur a massive performance hit. After these changes there is still a performance cost but far smaller than before, somewhere in the range of 8x-9x less depending on hierarchy.
6000.2.0b5	Fixes Physics		Fix	Improved the performance of Physics.TransformSync in cases where deeply nested hierarchies containing large amounts of Collider components would add an Animator to any child within that hierarchy. Previously this would incur a massive performance hit. After these changes there is still a performance cost but far smaller than before, somewhere in the range of 8x-9x less depending on hierarchy.
6000.2.0b4	Fixes Physics		Fix	Improved the performance of Physics.TransformSync in cases where deeply nested hierarchies containing large amounts of Collider components would add an Animator to any child within that hierarchy. Previously this would incur a massive performance hit. After these changes there is still a performance cost but far smaller than before, somewhere in the range of 8x-9x less depending on hierarchy.
6000.2.0b3	Fixes Physics		Fix	Improved the performance of Physics.TransformSync in cases where deeply nested hierarchies containing large amounts of Collider components would add an Animator to any child within that hierarchy. Previously this would incur a massive performance hit. After these changes there is still a performance cost but far smaller than before, somewhere in the range of 8x-9x less depending on hierarchy.
6000.2.0b2	Fixes Physics		Fix	Improved the performance of Physics.TransformSync in cases where deeply nested hierarchies containing large amounts of Collider components would add an Animator to any child within that hierarchy. Previously this would incur a massive performance hit. After these changes there is still a performance cost but far smaller than before, somewhere in the range of 8x-9x less depending on hierarchy.
6000.2.0b1	Fixes Physics		Fix	Improved the performance of Physics.TransformSync in cases where deeply nested hierarchies containing large amounts of Collider components would add an Animator to any child within that hierarchy. Previously this would incur a massive performance hit. After these changes there is still a performance cost but far smaller than before, somewhere in the range of 8x-9x less depending on hierarchy.
6000.2.0b1	Fixes Physics		Fix	Improved the performance of Physics.TransformSync in cases where deeply nested hierarchies containing large amounts of Collider components would add an Animator to any child within that hierarchy. Previously this would incur a massive performance hit. After these changes there is still a performance cost but far smaller than before, somewhere in the range of 8x-9x less depending on hierarchy.
6000.0.49f1	Fixes Physics		Fix	Improved the performance of Physics.TransformSync in cases where deeply nested hierarchies containing large amounts of Collider components would add an Animator to any child within that hierarchy. Previously this would incur a massive performance hit. After these changes there is still a performance cost but far smaller than before, somewhere in the range of 8x-9x less depending on hierarchy.
6000.1.3f1	Fixes Physics		Fix	Improved the performance of Physics.TransformSync in cases where deeply nested hierarchies containing large amounts of Collider components would add an Animator to any child within that hierarchy. Previously this would incur a massive performance hit. After these changes there is still a performance cost but far smaller than before, somewhere in the range of 8x-9x less depending on hierarchy.
6000.2.0a10	Known Issues Physics	Caution	Known issue	Improved the performance of Physics.TransformSync in cases where deeply nested hierarchies containing large amounts of Collider components would add an Animator to any child within that hierarchy. Previously this would incur a massive performance hit. After these changes there is still a performance cost but far smaller than before, somewhere in the range of 8x-9x less depending on hierarchy. (UUM-87199) Fixed in 6000.2.0b1.
6000.2.0a9	Known Issues Physics	Caution	Known issue	Improved the performance of Physics.TransformSync in cases where deeply nested hierarchies containing large amounts of Collider components would add an Animator to any child within that hierarchy. Previously this would incur a massive performance hit. After these changes there is still a performance cost but far smaller than before, somewhere in the range of 8x-9x less depending on hierarchy. (UUM-87199) Fixed in 6000.2.0b1.
6000.2.0a8	Known Issues Physics	Caution	Known issue	Improved the performance of Physics.TransformSync in cases where deeply nested hierarchies containing large amounts of Collider components would add an Animator to any child within that hierarchy. Previously this would incur a massive performance hit. After these changes there is still a performance cost but far smaller than before, somewhere in the range of 8x-9x less depending on hierarchy. (UUM-87199) Fixed in 6000.2.0b1.
6000.2.0a6	Known Issues Physics	Caution	Known issue	Improved the performance of Physics.TransformSync in cases where deeply nested hierarchies containing large amounts of Collider components would add an Animator to any child within that hierarchy. Previously this would incur a massive performance hit. After these changes there is still a performance cost but far smaller than before, somewhere in the range of 8x-9x less depending on hierarchy. (UUM-87199) Fixed in 6000.2.0b1.
6000.2.0a4	Known Issues Physics	Caution	Known issue	Improved the performance of Physics.TransformSync in cases where deeply nested hierarchies containing large amounts of Collider components would add an Animator to any child within that hierarchy. Previously this would incur a massive performance hit. After these changes there is still a performance cost but far smaller than before, somewhere in the range of 8x-9x less depending on hierarchy. (UUM-87199) Fixed in 6000.2.0b1.
6000.2.0a1	Known Issues Physics	Caution	Known issue	Improved the performance of Physics.TransformSync in cases where deeply nested hierarchies containing large amounts of Collider components would add an Animator to any child within that hierarchy. Previously this would incur a massive performance hit. After these changes there is still a performance cost but far smaller than before, somewhere in the range of 8x-9x less depending on hierarchy. (UUM-87199) Fixed in 6000.2.0b1.