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In VAM, every collider in the body has a joint which adds physical characteristics like springs and dampers to the collider. In the video, I show you how adjusting these springs and dampers affects the collision behavior.

The problem with breast hard colliders has been the difficulty of balancing how easily they make the breast move, and how far you can push them before they start to resist and prevent further movement. It seems that by adjusting the springs and dampers, it's possible to achieve a better balance where the colliders don't cause much movement when touched lightly, but also don't resist movement unrealistically.

I still need to experiment with the parameters some more, but for soft breasts it looks like a hefty increase in damper and mass along with some reduction in spring produces good results. How the springs and dampers should adapt to different sizes and soft vs firm breasts needs to be figured out, but it kind of looks like hard breasts will benefit from a high spring and that the collider mass could be kept at a more constant value.

Being able to control these parameters could play a role later on in v1.3 as well - the planned "breast core rigidity" feature makes it harder to move the breasts with collision, but this can probably be compensated for by increasing the hard collider joint springs.

Files

Naturalis: Hard collider springs and dampers

Naturalis: Hard collider springs and dampers

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