Notch Notch
Manual 1.0 Manual 0.9.23
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Duplicate Geometry

Duplicate Geometry

Updated: 28 Jan 2025

Duplicate input geometry

Method #

This node creates a duplicate of any input geometry, to create a copy of the object or to be deformed in a new deformer system. The geometry is duplicated after processing, so any deformers and material properties will also be duplicated. The new object may inherit from the originals material and transforms, or use its own.

Any geometry generating node can be duplicated, including 3D Primitives, Procedural Meshing, and Particle Trails.

This node outputs the normal transformation and translation values, but it also outputs geometry which can be modified with Deformer nodes, or used as a mesh sources for nodes which accept mesh connections, such as the Field Mesh Emitter or the Procedural Mesh.

Parameters

These properties control the 3D transforms of the node. Transforms will generally be inherited by child nodes, although they can be ignored through the Inherit Transform Channels attributes.

ParameterDetails
Position XThe objects position along the local x-axis.
Position YThe objects position along the local y-axis.
Position ZThe objects position along the local z-axis.
Rotation HeadingThe objects rotation around the local y-axis.
Rotation PitchThe objects rotation around the local x-axis.
Rotation BankThe objects rotation around the local z-axis.
Scale XThe objects scale along the local x-axis.
Scale YThe objects scale along the local y-axis.
Scale ZThe objects scale along the local z-axis.

Control the inheritance of the transforms from the parent.

ParameterDetails
PositionToggle inheritance of the Position from the parent.
RotationToggle inheritance of the Rotation from the parent.
ScaleToggle inheritance of the Scale from the parent.
World Position OnlyInherit the world position from the parent only, rotation and scale will be ignored. Overrides above properties.
Inherit TimeToggle inheritance of time from the parent.

These properties control the core behaviours of the node.

ParameterDetails
Retain Source MaterialsControl whether the materials applied to the source geometry is also applied to the duplicate.
Source TransformControl whether the source transforms of the source geometry is also applied to the duplicate.

These properties control how the geometry is rendered into the scene.

ParameterDetails
VisibleControl whether the node is visible or not to the scene.
Seen By RaysAllow the mesh to be seen by the raytracer. When set to 0, the mesh will still render in camera but will be ignored by any raytracing nodes.
Render Z OnlyWhen enabled, the 3D object is only rendered to the depth buffer in the main camera render. No colour data is rendered.
Render To Shadows OnlyWhen enabled, this object isn’t rendered to the camera but will render shadows still.
Per Object Composite AlphaOverwrites the alpha channel beneath the object, giving simple effect of transparency. Best used when the mesh won’t overlap with other objects, as other meshes will not be seen through the mesh.

These properties add options for drawing all the edges of the mesh as lines. Useful for rendering wireframe effects.

ParameterDetails
Lines VisibleControl whether lines are rendered to the scene from the geometry.
Lines AlphaChange the alpha transparency value of the lines, making them appear see-through.
ColourChange the colour value of the lines.
Use Vertex ColoursColour lines based on the vertex colours of the geometry.
Thick LinesAllow the lines to rendered with thickness, for line effects which can be accurately anti-aliased.
Hide Back Face LinesHide the lines generated from polygon faces facing away from the camera, where only the back faces of geometry can be seen.
Lock WidthLock the line width to be a consistent width regardless of distance from the camera. Only functions with Thick Lines enabled.
Thick Line WidthControl the thickness of all the lines. Only functions with Thick Lines enabled.
Show Silhouette LinesDraws lines along the edges of the object relative to the camera.
Show Normal Difference LinesDraw a line along the edges of the mesh, depending on the angle difference between their mutual faces.
Show Unshared LinesDraw lines along all edges of the shape.
Show Other LinesShow all the lines for each edge of the mesh.
Unshared Lines WeightControl the strength of the unshared lines.
Silhouette Lines WeightControl the strength of the silhouette lines.
Normal Difference Lines WeightControl the strength of the lines generated along the normal angles.
Other Lines WeightControl the strength of the lines for each edge in the mesh.
Line Normal Difference AngleChange the threshold angle between two face normals that will generate a line along their common edge. Only functions with Show Normal Lines enabled.
Line Normal Fade SharpnessHow much the drawn normal lines will fade away the closer the edge angle is to the Line Normal Difference Angle.
Line Depth BiasExaggerate the width of the lines based on the distance to the camera. not functional with Lock Width enabled.
Line Silhouette Fade SharpnessHow much the drawn silhouette lines will fade away based on the size of the edge angle to the camera.

Preview the objects material in the viewport.

These properties control how the surface of the generated mesh reacts to light in the scene. See Materials for a breakdown of all these properties individually.

Inputs

NameDescriptionTypical Input
GeometryTBCTBC
MaterialTBCTBC
Transform ModifiersTBCTBC
Target NodeTBCTBC
Local Transform OverrideTBCTBC
Position XTBCTBC
Position YTBCTBC
Position ZTBCTBC
Rotation HeadingTBCTBC
Rotation PitchTBCTBC
Rotation BankTBCTBC
Scale XTBCTBC
Scale YTBCTBC
Scale ZTBCTBC
Get World Position XTBCTBC
Get World Position YTBCTBC
Get World Position ZTBCTBC
VisibleTBCTBC
Seen By RaysTBCTBC
Per Object Composite AlphaTBCTBC
Lines VisibleTBCTBC
Lines AlphaTBCTBC
Lines ColourTBCTBC
Thick Line WidthTBCTBC
Line Normal Difference AngleTBCTBC
Line Normal Fade SharpnessTBCTBC
Line Depth BiasTBCTBC
Unshared Lines WeightTBCTBC
Silhouette Lines WeightTBCTBC
Normal Difference Lines WeightTBCTBC
Other Lines WeightTBCTBC
Line Silhouette Fade SharpnessTBCTBC
Colour RTBCTBC
Colour GTBCTBC
Colour BTBCTBC
Colour ATBCTBC
ColourTBCTBC
Specular Colour RTBCTBC
Specular Colour GTBCTBC
Specular Colour BTBCTBC
Specular Colour ATBCTBC
Specular ColourTBCTBC
Rim Lighting Colour RTBCTBC
Rim Lighting Colour GTBCTBC
Rim Lighting Colour BTBCTBC
Rim Lighting Colour ATBCTBC
Rim Lighting ColourTBCTBC
Absorption Colour RTBCTBC
Absorption Colour GTBCTBC
Absorption Colour BTBCTBC
Absorption Colour ATBCTBC
Absorption ColourTBCTBC
Shadow Catcher Colour RTBCTBC
Shadow Catcher Colour GTBCTBC
Shadow Catcher Colour BTBCTBC
Shadow Catcher Colour ATBCTBC
Shadow Catcher ColourTBCTBC
Diffuse Coat RTBCTBC
Diffuse Coat GTBCTBC
Diffuse Coat BTBCTBC
Diffuse Coat ATBCTBC
Diffuse CoatTBCTBC
BrightnessTBCTBC
Specular IntensityTBCTBC
AlphaTBCTBC
MetallicnessTBCTBC
RoughnessTBCTBC
Specular FalloffTBCTBC
Specular AnisotropyTBCTBC
Diffuse FresnelTBCTBC
LuminosityTBCTBC
DensityTBCTBC
GlowTBCTBC
Baked Diffuse IntensityTBCTBC
Alpha Sort BiasTBCTBC
Normal Map IntensityTBCTBC
Normal SmoothnessTBCTBC
Smoothing AngleTBCTBC
Motion Blur Velocity ScaleTBCTBC
DisplacementTBCTBC
Displacement OffsetTBCTBC
Rim Lighting IntensityTBCTBC
Rim Lighting FalloffTBCTBC
Subsurface Scatter RadiusTBCTBC
Subsurface WeightTBCTBC
Parallax AmountTBCTBC
UV Scale XTBCTBC
UV Scale YTBCTBC
UV Offset XTBCTBC
UV Offset YTBCTBC
Diffuse UV Scale XTBCTBC
Diffuse UV Scale YTBCTBC
Diffuse UV Offset XTBCTBC
Diffuse UV Offset YTBCTBC
Texture Mip BiasTBCTBC
Refraction IORTBCTBC
AberrationTBCTBC
Transparent DiffuseTBCTBC
AbsorptionTBCTBC