Paid Plugins + Scripts ClothesPhysicsManager

[gobgob]

gobgob submitted a new resource:

ClothesPhysicsManager - physic, clothes, squeeze

ClothesPhysicsManager​

Tight clothes that actually squeeze the body.

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What it does​

Virt-A-Mate dresses a character, but the body underneath never reacts. A corset, a bra strap, a waistband — the fabric hugs the skin and the flesh ignores it completely. Clothing is always the thing that adapts; the body never is.
ClothesPhysicsManager reverses that. Drop it on a Person atom, pick a garment, and compress the flesh beneath it along...

Read more about this resource...

 

[ujax]

Looking forward to more performances in the future

 

[gobgob]

Looking forward to more performances in the future

Yes, it's V1.0.0. I'm working on dynamic interaction (clothes > morph) and an improved UI with multi-item clothing selection. I try to keep the user experience simple while keeping the features comprehensive. If you have any requests, don't hesitate to ask it helps a lot !

 

[gobgob]

also If you have some clothes you want to test the squeeze or else just send me the reference and I'll include it to my tests

 

[gobgob]

More information and static/dynamic clothings squeeze:
1. DAZSkinWrap Mesh Access (Conclusion)

• DAZSkinWrap.mesh is confirmed to exist, but its access modifier is private.
• The calculated mesh remains in memory, but it is strictly unreachable via standard execution—accessing it would require reflection, which is blocked by the sandbox.
• The other three evaluated property/field names do not exist.
• Status: This technical route is permanently closed.

2. Automated Masking Logic StrategyRather than adding a manual toggle, the correct behavior can be derived dynamically without user intervention:

• Unsimulated Clothing: Since non-simulated garments adhere directly to the skin by design, their mask remains accurate at all times. The system will use the garment's mask directly.
• Simulated Clothing: Because simulated garments can slide dynamically and cannot be reliably tracked, their mask is potentially inaccurate. In this scenario, the system automatically falls back to the body-anchored region.
• Implementation: The required parameter (simEnabled) is already readable from existing data, making this rule fully automated and seamless.