The Cloth Brush has a cursor preview that displays the orientation of the plane when using plane falloff. Here you can see the difference between plane and radial falloff types. #b3dpic.twitter.com/PfONFbd0Ql
I added a new deformation mode to the Cloth Brush that changes dynamically the original dimensions of the cloth during the simulation. This way you can create the effect of stitching a large piece of cloth to a smaller one by using the sculpt mask. #b3dpic.twitter.com/8ZUBMLP2y4
The Cloth Brush has an alternative plane falloff mode which drags cloth from an entire cross-section of the model at the same time. This results in a more intuitive way of manipulating cloth compared to the standard radial falloff sculpt brushes have. #b3dpic.twitter.com/VUjuNzlQSJ
You can use the Cloth Brush directly on meshes with millions of vertices by tweaking the simulation's limits and falloff. The solver ignores everything outside the limits and the cloth will automatically change its elasticity in the falloff area to avoid artifacts. #b3dpic.twitter.com/YwCgj9H9cF
When using the Cloth Brush masked vertices are pinned in the simulation. You can use the sculpt mask to control the wrinkles and the tension of the cloth. #b3dpic.twitter.com/Pb6tPAbKdy
Cloth Brush This new sculpt brush has a custom cloth solver than can run inside sculpt mode in real time on localized areas of the mesh. It has properties to control the cloth material and it can grab, drag or pinch the surface.https://t.co/6e35XGOJZf#b3dpic.twitter.com/J9h940anR1
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