Symmetry

Snap to Symmetry

Reference

Mode:Edit Mode
Menu:Mesh ‣ Snap to Symmetry

The Snap to Symmetry tool lets you snap a mesh vertices to their mirrored neighbors.

Useful when dealing with meshes which are mostly symmetrical, but have vertices which have been moved enough that Blender does not detect them as mirrored (when X Mirror option is enabled for example).

This can be caused by accident when editing without X Mirror enabled. Sometimes models imported from other applications are asymmetrical enough that mirror fails too.

Direction
Specify the axis and direction to snap. Can be any of the three axes, and either positive to negative, or negative to positive.
Threshold
Specify the search radius to use when finding matching vertices.
Factor
Support for blending mirrored locations from one side to the other (0.5 is an equal mix of both).
Center
Snap vertices in the center axis to zero.
../../../../_images/modeling_meshes_editing_basics_symmetry_snap-to-symmetry-before.png

Before Snap to Symmetry.
../../../../_images/modeling_meshes_editing_basics_symmetry_snap-to-symmetry-after.png

After Snap to Symmetry.

Symmetrize

Reference

Mode:Edit Mode
Menu:Mesh ‣ Symmetrize

The Symmetrize tool is a quick way to make a mesh symmetrical. Symmetrize works by cutting the mesh at the pivot point of the object, and mirroring over the geometry in the specified axis, and merges the two halves together (if they are connected). Also the mesh data is copied from one side to the other: e.g. UVs, vertex colors, vertex weights.

Direction
Specify the axis and direction of the effect. Can be any of the three axes, and either positive to negative, or negative to positive.
Threshold
The vertices in this range will be snapped to the plane of symmetry.
../../../../_images/modeling_meshes_editing_basics_symmetry_symmetrize1.png

Mesh before Symmetrize.
../../../../_images/modeling_meshes_editing_basics_symmetry_symmetrize2.png

Mesh after Symmetrize.

Ver también

See Mirror for information on mirroring, which allows you to flip geometry across an axis.