Dropoff function used to convert the distance of a point to a capture primitive weight. This function is normalized according to each primitive’s capture parameters.

This specifies the behavior when the capture primitives from the second input are polygons. If this is turned on (default), then each closed polygon is treated a line primitive starting from its first vertex. If off, then each closed polygon is used as a face primitive with uv coordinates based off of the first three vertices.

This specifies whether existing wire capture weight attributes are destroyed. If off, then a Blend Factor can be given to say how the new capture weights are blended with the ones already in the input geometry. Note that since the capturing is based on primitive order, all layered WireCapture SOPs which have this parameter turned off must have the same second input.

If on, this will generate point color attributes reflecting the wire capture weights.

This specifies the type of visualization used when Visualize Weighting is turned on. The Single Primitive visualize type shows the weight of each primitive along a color gradient. For points affected by multiple primitives, it will use the blended deformation weight for coloring. Multiple Primitives uses a blend of primitive colors found in the second input. If they don’t exist, then Single Primitive is used.

This specifies the gradient used for visualization.

This specifies the color used for points which are not affected by any capture primitives when using the Multiple Primitive visualize type.

This will initialize the parameters below using the primitives found in the second input. An entry is created for each primitive using it’s primitive number.

This will initialize the parameters below using the primitive groups found in the second input. An entry is created for each named primitive group.

This specifies the number of primitive parameter sets that we wish to capture with. Each set below has a toggle to indicate whether it should be active.

This specifies the primitive group for which the Subgroup, Falloff Start, U Radius and Lookup, and U Range parameters apply.

This specifies the subgroup of points (within that listed in the Group parameter) that the parameters below are assigned.

This gives the range to scale weight values into.

This is a percentage of the current radius from which points within are assigned a weight of 1. The values for this must be between 0 and 1. It may vary along the primitive’s parametric u value if a channel exists in the Lookup parameter.

The two parameter components here are multiplied together to determine the effective capturing radius of the primitives. If the second component (Lookup) contains a channel, then it is evaluated using the current u value of the primitive instead of time. This allows you to specify a varying radius along the u length of the primitive. The length of the channel (ie. from its first to last key) is scaled to the u length of the primitive. Note that if the lookup curve is a channel reference, then the length of the channel must match that of the referenced one.

This specifies a u subrange of the primitive to use for capturing. The first component specifies the start u value and the second component gives the ending u value. Both of these must be between 0 and 1. Furthermore, the start value must be less than or equal to the end value.