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Carbon Volume Deformer

Type

_images/carbon_volume_deformer.png

Utility node.

Description

Utility node to deform surface geometry based on tetrahedral geometry. This is similar to the built-in Houdini Point Deform SOP node.

_images/carbon_volume_deformer.png

A Carbon Volume Deformer node.

Inputs

Input #1 - Driver

Tetrahedral mesh representing the driver geometry.

Driver is the mesh that deforms the Geometry. In most cases, this will be a Carbon Tissue output mesh.

Note

If Driver Reference is not provided, the Driver mesh needs to be in Geometry space.

Input #2 - Geometry

Surface mesh to be deformed by the Driver.

Note

Needs to be in the same space as Driver Reference, or Driver if Driver Reference is not provided.

Input #3 - Driver Reference

Optional parameter.

(Tetrahedral) driver mesh in reference space, i.e. in space of Geometry.

This follows a similar notion to Carbon Tissue Start and Reference meshes.

Note

  • Driver reference must be in the same space as Geometry and is an optional parameter.
  • If Driver Reference is not provided, the Driver mesh needs to be in Geometry space.

Parameters

Auto Update while mapping invalid autoUpdate

Tick this box to automatically update the mapping, if no valid mapping can be found.

Mapping From File

Auto Export new Mapping autoExport

Tick this box to automatically export newly generated mappings to file.

File Path filePath

File path to the nmrb file that mappings are loaded from, or saved to.

Import

Click to load mapping from file specified in File Path.

Export

Click to save mapping to file specified in File Path.

New Mapping

Radius radius

Deformer kernel radius.

Estimate radius

Press this button to receive an estimate of the best Radius to achieve a balance between smoothness of the deformer results and preservation of the Driver silhouette.

Apply Estimate

Press this button to apply the Estimated Radius to Radius

Update Mapping

Press this button to manually update the mapping.

Status

Status

Status updates.