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Overview: A 3D noise node generates procedural, non-repeating volumetric patterns across three spatial dimensions (X, Y, and Z). Unlike 2D textures, 3D noise maps independently of UV unwrapping, avoiding visible seams, stretching, or tiling repetitions on complex 3D meshes.
Cobwebs3D
Description: Procedural cobwebs and 3D noise setups use specific node combinations to generate organic, stringy, and volumetric web strands.
Inputs and Settings:
- Frag Coord:
- Scale:
- Offset:
- Phase:
- Twist:
- Thickness:
Outputs:
- Distance:
- Value:
- Base Color:
EntangledVines3D
Description: The 3D noise offsets the positions of points along a curve or mesh to produce an organic, winding look.
HardNoise3D
Description: generate random, organic patterns (such as Perlin or Simplex noise) across three dimensions (X, Y, and Z)
OrganicSponge3D
Description: organic sponge pattern using 3D noise.
SoftNoise3D
Description:
Voronoi3D
Description: generates organic, cellular 3D volumetric or surface patterns by calculating distances to a jittered grid of points.
Voronoi3DSoft
Description: generates organic, cell-like volumetric patterns by calculating distances to a random 3D point lattice. Softness is achieved by blending cell edges, lowering jitter, or mapping distance gradients to create smooth, cloud-like or biological structures.
VoronoiFracture3D
Description: pattern generator that creates organic, non-uniform break lines, displacements, and procedural cell distributions.