Points to apply spatial blurring effects to.

Amount of blurring to apply. Points move to the average of their neighbors. This can smooth out unwanted spikes in the cloth.

A low res cloth can be up-resed after the solve by smoothly subdividing it. Non-manifold patches will be split prior to subdividing to ensure gaps aren’t formed.

Number of rounds of subdivision to perform.

The smooth and subdividing may introduce collisions. Detangling moves points to avoid such introduced collisions. Note each point moves independently, so this can result in ugly geometry if large changes are required.

Check for self-collisions.

Number of iterations of detangling to perform.

If no pscale is present, this is used for the thickness of the objects.

Ensure that all pieces of geometry constrained by a Shape Match constraint remain rigid by blending in the specified amount of rigid motion.

Extrude cloth sheets in both directions and thickens wires into tubes.

Multiplier to scale pscale by for the extrusion amount.

Number of divisions to use in the generated tube.

Draw spheres for the pscale of the geometry. If the geometry has already solved it may have set the overlap_self attribute, if so, the actual effective thickness is drawn in cyan. This is useful to detect if the original thickness was too high - if so the extra thickness will be ignored by the simulation and just slow down the collisions.

Draw the thickness by offsetting the geometry in opposite directions rather than by using spheres.

Draw failed self collisions as red spheres. These points will no longer collide with their own geometry, nor will any edge or triangle attached to them.

Draw failed external collisions as orange spheres. These points will no longer collide with external geometry, nor will any edge or triangle attached to them.

Draw which points have been semantically fused together with the weld attribute. These can be broken during the solve using the auto break options, or by setting weld to -1.

Because the thickness may be small, the visualization spheres can sometimes be lost. This scales the visualization spheres allowing them to be readily seen.

Constraints are often added to different groups. This allows you to isolate one particular group to visualize.

Draw spheres over points pinned to the target animation.

Draw stitch constraints of points stitched together.

Draw attachment constraints for points attached to external geometry.

The constraint guides are not scaled by the thickness of the object, so this provides an absolute scale for their size.

Visualize properties of the constraints using a blue-to-red infrared coloring.

Toggles if the simulation geometry is false-colored in addition to the constraints.

Scales the maximum stretch stress to be the maximum coloration.

Scales the maximum bend stress to be the maximum coloration.

Sets the maximum stretch distance to be the maximum coloration.

Sets the maximum stretch ratio to be the maximum coloration.

Sets the maximum bend angle to be the maximum coloration.

Sets the maximum stretch plastic flow to be the maximum coloration.

Sets the maximum bend plastic flow to be the maximum coloration.

Scales the maximum volume stress to be the maximum coloration.

Scales the maximum volume distance to be the maximum coloration.

Scales the maximum volume ratio to be the maximum coloration.