Deformers

Overview

Deformers are procedural tools used to modify the shape of objects without altering their underlying topology. They allow for flexible transformations that can be adjusted dynamically

A deformer functions as a group, meaning it can be applied to multiple objects simultaneously. Additionally, one deformer can be applied to another, allowing for complex, layered transformations.

The effect of a deformer can be temporarily disabled without removing it, providing flexibility in testing different configurations:

To remove a modifier without deleting its contents, open the context menu and select Ungroup Ctrl+Shift+G

Edit mode

The deformer’s area of effect can be adjusted in Edit mode. To enter this mode, select the deformer and click the Edit button. While in Edit mode, the shape of the area of effect can be modified using the gizmo by moving or scaling it. Additionally, the Type setting (Unlimited, Limited, Within Box), found among other deformer settings, influences the deformer’s area of effect.

Converting to geometry

Any deformer can be converted into geometry, preventing the system from recalculating operations each time, which improves performance while working in Studio. This is particularly important for the Simplify deformer, as its calculations require significant resources.

Conversion is relevant only for Studio and does not affect the web viewer

List of deformers

Type	Description
Bend	Applies a curvature to an object, bending it along a defined axis.
Twist	Rotates an object around its axis, creating a spiral effect.
Taper	Gradually scales an object along a chosen axis, making one end narrower or wider than the other.
Skew	Shears an object along an axis, shifting its top or bottom relative to the base, creating a slanted appearance.
Stretch	Scales an object along a single axis while maintaining its proportions on other axes, elongating or compressing the shape.
Spherify	Transforms an object’s shape towards a perfect sphere, adjusting its form while preserving the original volume.
Noise	Applies randomized displacement to an object's surface, creating an organic, irregular look.
Simplify	Reduces the complexity of an object's geometry, optimizing its topology while maintaining overall shape integrity.