Version 5.1 is now officially in early access until Oct 17. Download
The Hub page will be updated later on Sep 19. After v5.0 becomes free to public on Monday, I will leave 1 week for the resource to hang out in the free plugins section, and then post a Hub update for the 5.1 early access release.
It turned out that nipple collision was already based only on soft physics, so the nipple hard colliders didn't need to be disabled.
Correctly scaling the hard colliders with atom scale is possible only with a bigger rewrite/redesign of how the plugin adjusts the collider radiuses and positions. That rewrite is already necessary to do in order to better support automatically fitting colliders for oversized or very not-round shaped breasts, so it makes sense to unify these improvements to be done later e.g. in version 5.2.
In the current version, hard colliders will still work fine with an atom scale that's somewhere in the 0.9-1.1 range, with very small manual adjustments.
There's one downside to the nipple collider which is that there's only one of them, and reducing its size to fit perfectly in the nipple will easily leave a gap between the nipple and the areola colliders, so there's not much collision on the skin just around the base of the nipple. It's a bit of a tradeoff.
Additionally, the main/outer/areola/nipple multipliers have now a maximum value of 2 instead of 5. In general 2 is more than enough for any imaginable reason to adjust the setting on a per group basis, but I decided to leave Fat Spring and Fat Damper with the maximum multiplier of 5 (to match the original multiplier slider range for those settings in F Breast Physics 2).
Finally, I increased the time the plugin will wait for the character to be ready or fully loaded when the plugin is added from 2 seconds to 10 seconds, this could prevent an error when loading takes much longer than anticipated.
-everlaster
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Positional hard collider friction
Skin materials adaptive friction
Small collider and physics improvements
Soft collider visualization (details above)
Twist Angle Target physics parameter
Improvements to calibration
Other
everlaster
2022-09-21 18:38:08 +0000 UTCAnthony Cuellar
2022-09-21 17:56:11 +0000 UTCeverlaster
2022-09-13 13:41:45 +0000 UTCGary Leong
2022-09-13 12:49:16 +0000 UTC