Mesh Morpher Wrapper with MH and DAZ Characters

Wrapping is how you move a shape between characters that share nothing - different topology, different proportions, different origins. In this tutorial we use the Mesh Morpher Wrapper to morph a MetaHuman into a DAZ character: the MetaHuman keeps its own topology, rig and pipeline, but takes on the DAZ body and face.

What is new in the Wrapper

The Wrapper received a major accuracy pass:

• Improved control points / landmarks - guide the wrap by pinning corresponding features (eye corners, nose tip, joints) on both meshes; see the control points reference.
• Better rigid and non-rigid fitting - the two-stage solve (align first, deform second) is markedly more accurate across the board.

The workflow

1. Load the MetaHuman as the source (the mesh that will deform) and the DAZ character as the target (the shape to match).
2. Place control points on matching features of both meshes - the denser around detail like eyes and mouth, the better the correspondence.
3. Run the rigid fit to align scale and orientation, then the non-rigid fit to conform the MetaHuman to the DAZ shape.
4. Bake the result as a morph target or a new mesh - a MetaHuman with DAZ proportions, still fully MetaHuman under the hood.

▶ Watch the video on YouTube

Tips

• Landmarks beat iteration counts. If a region fits badly, add control points there before touching solver settings.
• Wrap skeletal meshes directly. The Wrapper deforms skeletal meshes into other meshes with different topology - no need to detour through static meshes.
• Fit the skeleton afterwards. A DAZ-proportioned MetaHuman needs its bones to follow - generate Bonesnapshots with the Poser so animation stays correct.
• Refit the eye components with Relative Restore after big facial changes.

Related workflows

For the full conform-mesh pipeline - turning an arbitrary character into a true custom MetaHuman - follow the step-by-step 3D wrapping guide, then transfer the textures. The Wrapper ships in Mesh Morpher Classic; the node-based equivalent lives in Mesh Morpher Graph and Studio.