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07-848 2005

V-Ray for Rhino

3D Domain Components

This section contains information about the 3D Domain Components in V-Ray for Grasshopper.

Last updated 18 May 2026

This section contains information about the 3D Domain Components in V-Ray for Grasshopper.

Overview

3D Domains are typically used to represent volume fragments. A three-dimensional domain consists of three one-dimensional domains. Used as a Scatter 2 Random Translation, Random Rotation and Random Scale input.

Construct Domain3

Creates a three-dimensional domain from six numbers.

Input Parameters

U min (Number) – Lower limit of domain in {u} direction.
U max (Number) – Upper limit of domain in {u} direction.
V min (Number) – Lower limit of domain in {v} direction.
V max (Number) – Upper limit of domain in {v} direction.
W min (Number) – Lower limit of domain in {w} direction.
W max (Number) – Upper limit of domain in {w} direction.

Output Parameters

3D Domain (Domain3) – Тhrее-dimensional numeric domain of {u}, {v} and {w}. Can be connected to Scatter 2 component’s Random Translation, Random Rotation and Random Scale input.

Rhino8_VRay6.2_GH_Components_ConstructDomain

Construct Domain3

Creates a three-dimensional domain from three simple domains.

Input Parameters

Domain U (Domain) – Domain in {u} direction.
Domain V (Domain) – Domain in {v} direction.
Domain W (Domain) – Domain in {w} direction.

Output Parameters

3D Domain (Domain3) – Тhrее-dimensional numeric domain of {u}, {v} and {w}. Can be connected to Scatter 2 component’s Random Translation, Random Rotation and Random Scale input.

Rhino8_VRay6.2_GH_Components_ConstrDomain

Domain3

Contains a collection of three-dimensional domains.

Input Parameters

3D Domain (Domain3) – Three-dimensional numeric domain

Output Parameters

3D Domain (Domain3) – Three-dimensional numeric domain of {u}, {v} and {w}. Can be connected to Scatter 2 component’s Random Translation, Random Rotation and Random Scale input.

Rhino8_VRay6.2_GH_Components_Domain