2020.08.01 R3DS Wrap

R3DS Wrap


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R3DS Wrap

Wrap changes the way you process 3D-scan data.

When working with a large set of similar objects like human scans Wrap makes it possible to take an existing basemesh and non-rigidly fit it to each and every scan.

Wrap also provides a set of very useful scan processing tools like decimation, mesh filtering, texture projection, and much more. Thanks to node-graph architecture once you’ve processed a single scan you can apply the same recipe to an unlimited number of other scans.

What’s new in R3DS Wrap 2021.11

R3DS Wrap 2021.11 is packed with 9 new nodes and a lot of useful features. The new Fast Wrapping node works up to 20 times faster than a regular wrapping. The Point Detector node allows you to automatically detect facial markers on FACS scans.
The most important nodes are:

  • Fast Wrapping node is up to 20 times faster than a regular Wrapping
  • Point Detection node allows to automatically detect facial markers on FACS scans
  • Unsubdivide Geom node restores previous subdivision levels for models produced using Catmull-Clark subdivision
  • Match Topology node matches the vertex order of your model with a given reference
  • Delta Mush node implements the delta mush method

The new features include:

  • Viewport antialiasing
  • WrapCmd now works without OpenGL
  • Shortcut tooltip panels inside viewports
  • Focus camera on the next point in Select Point Pairs node
  • Improved preference pannel

What’s new in R3DS Wrap 2020.08?

Meet a new version of Wrap 2020.08 packed with a lot of new features including Python scripting, vertex masks, dock panel system, and many more features.


R3DS Wrap Highlights

Wrap changes the way you process 3D-scan data. When working with a large set of similar objects like human scans Wrap makes it possible to take an existing basemesh and non-rigidly fit it to each and every scan.

It also provides a set of very useful scan processing tools like decimation, mesh filtering, texture projection and many more. Thanks to node-graph architecture once you’ve processed a single scan you can apply the same recipe to an unlimited number of other scans.

What Wrap is Used for?

Digital Characters

Wrap lets you convert a series of 3D scans of actors to production-ready characters sharing the same topology and texture coordinates

Scan-Based Blendshapes

Given a series of 3D scans of an actor’s facial expression, generate a set of morph-targets for further animation with Wrap.

Auto rigging

Wrap a known topology around a full-body scan,  a starting point to many auto rigging tools.

Virtual Try-On

Widely used by virtual fitting room vendors. Fitting a body model with a known topology makes it easy to adjust its shape or take measurements and a perform cloth simulation.

License Server

License Server allows users to run floating licenses for R3DS products.

Wrap3 licenses available:

  • Node-locked – a license type that is bound to a specific computer.
  • Floating licenses – allow switching between computers. For example, use it for cases when Wrap should be available for a group of artists, but only occasionally, so they can run it on their computers without the need to purchase Wrap for every computer. In addition, the License Server manages floating licenses. To explain, it handles requests of Wrap instances for available seats and keeps track of their usage.

More Info


  • RPM – package for RHEL, CentOS, Fedora and other rpm-based distros. The package was built and tested on CentOS 7 and expected to work on all versions above.
  • DEB – package for Debian, Ubuntu and other deb-based distros. The package was built and tested on Ubuntu 16.04 and as well expected to work on all versions above.
  • tar.bz2 – binary files for any other Linux system with glibc >= 2.12.


What’s new in Wrap and Wrap4D 2021.11?

Major Nodes

Fast Wrapping

The FastWrapping node works up to 20 times faster than a regular Wrapping. The speedup is especially noticeable on heavy models.

Point Detector

Automatically detects facial markers on FACS scans. Please check this tutorial to see how this node can significantly speed up the point selection process. This video explains how to set up this node to work with your custom topology

Unsubdivide Geom

The UnsubdivideGeom node restores previous subdivision levels for models produced using Catmull-Clark subdivision.

Match Topology

The MatchTopology node matches the vertex order of your model with a given reference.

Find Transform

The FindTransform node computes transform between two models with the same topology.

Delta Mush

The DeltaMush node implements the delta mush method.


loads named points


converts a VertexMask into a PolygonSelection


  • In SelectPointPairs node: if you select a set of points on one model, clicking Ctrl+F shortcut will fit the camera to the location of the next point on the second model. Please check this tutorial to see how it helps to speed up a point selection process.
  • Added a tooltip panel at the bottom left corner of the viewport and visual editors. It shows a list of shortcuts supported by the current tool. The tooltips are added to SelectPoints, SelectPolygons, SelectPointPairs, Brush, VertexMask, OpticalFlowWrapping, and PointDetector nodes.
  • WrapCmd and R3DS Node applications no longer require OpenGL. It makes it easier to run them on a farm and machines without graphics cards. The only nodes that require OpenGL 2.1 to compute are the ExtrapolateImage and Render nodes. When running on machines without graphic cards or with no OpenGL 2.1 available, these nodes will return an error.
  • Viewport3D and VisualEditor now support antialiasing.
  • In SaveGeom and SaveImage nodes have a new Create Intermediate Directories parameter. If it’s turned on, the node will create all the non-existing folders in the file path.
  • In SaveFacialDetection node computation can be performed in multiple parallel processes.
  • Render node has a Show Backfaces option.
  • DeletePolygons has an option to delete selected or non-selected polygons.
  • In MixGeom node: the Mask input parameter is now optional.
  • Added commonDir(), projectDir() and galleryDir() Python functions.
  • Improved Temporal Smoothing tool supports Alembic and iterative smoothing.
  • Nodes that have VertexMask as output data type has the ability to save VertexMask from the context menu in the graph editor.
  • When dragging-and-dropping a file into the graph editor a node will take the name of the source file.
  • Improved Preferences dialog.
  • Improved search in node menu.

Bug Fixes

  • In SelectPoints and SelectPointPairs nodes: fixed selection pixel tolerance for 4K screen.
  • In SelectPoints and SelectPointPairs nodes: fixed points selection for transformed meshes.
  • Changing Timeline current frame with Shift now doesn’t force all nodes to recompute.
  • Fixed a bug with saving node colors.
  • In MergeImage node: fixed transparent background bug.
  • In DeletePolygons node: fixed incorrect polygon group mapping.
  • In Wrap4DCmd fixed error tracing.
  • In several nodes, fixed $PROJECT_DIR support.
  • Improved file filters in some nodes that allow to import/export files.


View the complete changelog at R3DS

Wrap 2020.08

Released 17 August 2020

New Nodes

creates a camera that can be used for rendering, projecting ScreenPoints and other purposes
creates an image filled with a solid color
loads geometry from Alembic format
loads a transform from a file in JSON format
overlays a foreground image over a background image
merges two sets of points NamedPointsOnTriangle
blends vertices of two meshes based on the value of a vertex mask
converts two sets of points NamedPointsOnTriangle into PointCorrespondences
converts a PolygonSelection into a VertexMask
renders an input geometry through a Camera
replaces image channels of a given image. A second image can be used a source of the channels
saves geometry into Alembic file
saves transform to a file in JSON format
lets you select named points on a model
creates an image with a text on it
allows painting a vertex mask on a mesh


Bug Fixes

  • Fix camera navigation in the Brush node

Wrap 3.4.8

Released 17 June 2019

New Nodes

provides an example-based wrapping method that reuses pre-existing wrapped meshes to improve the wrapping quality for further models. This node reduces the need for cleanup to a minimum
provides a variety of brushes for mesh sculpting and cleanup. It is especially handy for fixing mesh artifacts after wrapping
copies a transformation from one object to another


  • Copy and paste of nodes
  • Drag and drop of models and images into the node graph
  • Compatibility with projects made in all the previous versions of Wrap3
  • New base meshes in Wrap gallery. Includes female fullbody, skull, and teeth
  • Improved gallery which includes project samples and can be extended with extra packs downloaded from our website
  • Support of non-latin characters in file paths
  • Menu of recently opened projects
  • Improved node-graph UI
  • Node alignment in node-graph
  • Node connection with click-and-drag
  • Saving a node result from the node context menu
  • UVs are no longer smoothed by SubdivideGeom node
  • 3D points in world-space coordinates (x,y,z) can now be imported into SelectPointPairs and SelectPoints nodes

Wrap 3.3.17

Released 05 April 2018


  • Floating licenses supportWrap3 now can be used in floating license mode. Instructions how to set up license server one can find in floating documentation section.

Wrap 3.3.11

Released 24 November 2017

New Nodes

IconOpticalFlowWrapping OpticalFlowWrapping
Uses optical flow to fit a textured basemesh to a textured scan. The node can be used to fit a neutral mesh of an actor’s face to 3D scans of his facial expressions. It renders pairs of images of both models from different angles and finds optical flow between the images. For each image pair it generates a set of decisions on where to more each pixel. All the decisions are then combined into a global solution.
IconBlendshapes Blendshapes
Blends input geometry according to blendshape weights. Along with geometric blending the node also provides a real-time preview of texture blending.
Transform Transform
Adds a new transformation to a current transformation of an input geometry. Supports interactive transformation in the 3D-viewport.


  • Fast Ray-TracerTexture projection and geometry projection works much faster even for meshes with big triangles. Point selection works with small-scale models.
  • 35 Facial BlendshapesWrap’s gallery now incudes 35 anatomically correct blendshapes. The blendshapes were captured from real person and then transered to a generic face. Thanks to Alexey Bodatirev for careful post-processing of each blendshape.
  • 6 Facial ScansA set of facial scans have been included into Wrap’s gallery.

Bug Fixes

  • LoadGeom node crashes when polygon indices refers to non-existing polygons.
  • Wrapping node crashes when plugging non-geometrical data into the first input.
  • Ray tracing fails for models in small scale. The problem arose for point and polygon selections, ProjectGeom node and TransferTexture node.
  • OBJ-files with polygroups exported from Houdini cause crash on loading.
  • In SelectPolygons node a 100K polygons limit is removed for loop selection. Now loop selection works for any meshes except for ones that contain only triangles.
  • RepairGeom node crashes when input geometry contains invalid polygons and doesn’t have texture coordinates.

Wrap 3.2.0

Released 5 December 2016

New Nodes

Takes two models in the same topology and seamlessly replaces a part of one model with a part of the other.
Detaches a selected part of a model to a separate geometry (a subset). The subset can further be modified, saved, loaded, wrapped or transformed. Any changes in vertex positions of the detached geometry can be later brought back to the original model using ApplySubset node.
IconApplySubset ApplySubset
Works in pair with a Subset node. Copies vertex positions of the subset back to original mesh. The topology and the vertex order of the subset geometry should not be modified.


  • Command Line Interface

    Wrap can be run through a command line interface. Find more about command line arguments here.

  • Fullbody Basemesh
    The basemesh was designed specifically for wrapping purposes by Alexey Bogatyrev. It can be used for commercial purposes.
  • MTL Reference Preservation

    Wrap preserves reference to .mtl file when loading and saving model to OBJ-file.

  • Auto-compute is off by Default

    Auto-compute option of Wrapping node is off by default.

Bug Fixes

  • Wrap freezes if the basemesh contains isolated vertices.
  • Parameters of some node reset to default after removing them and undoing remove operation.
  • RepairGeom node does not remove isolated vertices if the input geometry is manifold and does not contain invalid polygons.

Wrap 3.1.0

Released 17 October 2016

New Nodes

IconSymmetry FixSymmetry
Converts a non-symmetrical model to a symmetrical one by changing its vertex coordinates. The input mesh is assumed to have a symmetrical topology.


  • Camera to World Axis Alignment

    Click S key in a 3D-viewport to align camera rotation to the nearest world axes. Lets you quickly align the camera to Front, Left, Right, Top, Bottom and Back views.

Bug Fixes

  • SelectPointPairs: clicking on a model to set a point sometimes missed the proper polygon and set the point behind it.
  • Fit to View with LoadGeom node being selected caused to crash if there were no geometry loaded.
  • SubdivideGeom: the node didn’t preserve materials.
  • RigidAlignment: the node ignored transformation of the left input.
  • Clicking Tab or Delete while connecting nodes caused to crash.
  • Wheel zoom was reversed (comparing to Maya) in 3D-viewport.

Wrap 3.0.3

Released 5 September 2016


  • Node-Graph Workflow
    Wrap 3 is the first step toward node-graph based scan processing. By creating and connecting nodes it allows you to define a recipe of how a scan should be processed and later apply the recipe to dozens of new scans.
  • Project saving

    Projects can now be saved to .wrap file. Internally the file has JSON text format. The structure of the file is simple enough so that one can easily edit node parameters, create and connect nodes using text editor or Python script. That provides access to basic automation.

  • Undo/Redo

    Undo/redo system allows undoing of most operations using Ctrl+Z and Ctrl+Y.

  • Enhanced Wrapping Algorithm
    The wrapping algorithm is much faster and much more robust now.
  • Viewports Synchronization
    When using SelectPointPairs node the left and right views can now be synchronized to speed up selection processing.
  • Enhanced Points Editor
    While working with SelectPointPairs node editor one can click and drag a point and adjust its position. Any point can be removed with Ctrl + LMB.
  • Enhanced Polygons EditorWhen working with SelectPolygons node editor the following new operations are supported:
    • double click selects a set of connected polygons
    • Shift + LMB or lasso selection adds new polygons to selection
    • Ctrl + LMB or lasso selection removes polygons from selection
    • Shift + double click near selected polygons will create a loop selection (only for manifold geometry)
    • +Polygroup/-Polygroup button adds/removes selection from polygroup
    • +Material/-Material button adds/removes selection from material
  • Node Graph Editor
    • Click Tab to show the list of all the nodes that can be created. To create the node choose one from the list or start typing its name and press Return when the desired node appears in look-up menu.
    • Click on an output then click on an input or vice-versa to connect two nodes.
    • Left-click on connection then Disconnect from context menu to disconnect nodes.
    • Hold down MMB over a node to see node information and errors.
    • Hold a mouse over a node input to see input name and type.
  • Batch ProcessingAt the bottom of Wrap window there is a time line. Every loading node (like LoadGeom or LoadImage) allows to select a sequence of file names. When you switch between the frames of the time line the loading nodes will be recalculated to load new file from the list. Each saving node (like SaveGeom of SaveImage) allows to insert # sign inside an output file name. For example ‘WrappedBasemesh###.obj’. When you click ‘Compute current frame’ Wrap will substitute # signs with the current frame number producing ‘WrappedBasemesh001.obj’ In order to process multiple frames in batch mode create and connect the output of your recipe to saving node then click ‘Compute frame range’ inside the node editor. Each frame is computed in parallel in separate process. If you want to compute multiple saving nodes at a time please use main menu Nodes > Compute All.

Known Issues and Workarounds

  • Texture and Geometry projectionTexture and geometry projection slows down significantly when target geometry contains some huge polygons that overlap big number of small polygons. Such models are often produced by RC. You can remove large polygons beforehand.
  • Small models

    Point selection and some other operations may suffer from loss of precision if a model has very small scale. The default units in Wrap are centimeters. You often face small-scale problem when trying to load scans that were saved in meters. Up-scaling the scan by changing ‘Scale’ parameter of LoadGeom node will take no effect. Up-scale the scan and save it in new units, then load saved file and use it.

  • WrappingThere’s no termination button for wrapping process yet.

How to Select Point Correspondences Faster in R3DS Wrap

In this video tutorial, learn how to Select Point Correspondences Faster in R3DS Wrap. New in R3DS Wrap 2021.11. Try a free demo today!


How to Convert Blendshapes to a Different Topology

In this tutorial learn how to convert Blendshapes to a Different Topology. New in R3DS Wrap 2021.11. Try a free demo today.


How to Use a Point Detector Node with a Custom Topology

The Point Detection node allows to automatically detect facial markers on FACS scans. New in R3DS Wrap 2021.11.


Getting Started with Point Detector in R3DS Wrap

Point Detection node in R3DS allows to automatically detect facial markers on FACS scans in R3DS Wrap. New in R3DS Wrap 2021.11.