Materials, Textures, and Utility Nodes / Maya

This section references all materials, textures and utility nodes supported in Verge3D for Maya.

• Surface Shaders
  • Standard Surface
  • Lambert
  • Blinn, Phong, Phong E
  • Surface Shader
• 2D Textures
  • Bulge
  • Checker
  • Cloth
  • File
  • Grid
  • Noise
  • Ramp
• Environment Textures
  • Env Sphere
• Other Textures
  • Layered Texture
• Utility Nodes
  • Add Double Linear
  • Add Matrix
  • Blend Colors
  • Bump 2d
  • Clamp
  • Compose Matrix
  • Condition
  • Decompose Matrix
  • Four By Four Matrix
  • Gamma Correct
  • Inverse Matrix
  • Luminance
  • Multiply Divide
  • Mult Double Linear
  • Mult Matrix
  • 2d Placement
  • Reverse
  • Sampler Info
  • Set Range
  • Transpose Matrix
  • Unit Conversion
  • Vector Product
  • Weighted Add Matrix
• LookdevKit Utility Nodes
  • Channels
  • Color Composite
  • Color Condition
  • Color Constant
  • Color Logic
  • Color Mask
  • Color Math
  • Float Composite
  • Float Condition
  • Float Constant
  • Float Logic
  • Float Mask
  • Float Math
  • Premultiply
  • Unpremultiply
• Arnold Nodes
  • aiStandardSurface
  • aiAbs
  • aiAdd
  • aiAtan
  • aiCompare
  • aiComlement
  • aiCross
  • aiDivide
  • aiDot
  • aiExp
  • aiFacingRatio
  • aiFlat
  • aiFraction
  • aiIsFinite
  • aiLength
  • aiLog
  • aiMax
  • aiMin
  • aiMixShader
  • aiModulo
  • aiMultiply
  • aiNegate
  • aiNormalize
  • aiNormalMap
  • aiOslShader
  • aiPow
  • aiRaySwitch
  • aiReciprocal
  • aiShadowMatte
  • aiSign
  • aiSkyDomeLight
  • aiSqrt
  • aiSubtract
  • aiTrigo
• Performance Considerations

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Surface Shaders

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Standard Surface

This shader can represent many real-world materials (such as metals, plastics, glass, wood, textile etc) by using physically-based shading model.

The following Standard Surface settings are supported in Verge3D:

Base Panel

• Weight or (Base input in Hypershade)
• Color or (Base Color input in Hypershade)
• Metalness

Specular Panel

• Weight (Specular input in Hypershade)
• Color (Specular Color input in Hypershade)
• Roughness (Specular Roughness input in Hypershade)
• IOR (Specular IOR input in Hypershade)

Transmission Panel

• Weight (Transmission input in Hypershade)
• Color (Transmission Color input in Hypershade)

Coat Panel

• Weight (Coat input in Hypershade)
• Roughness (Coat Roughness input in Hypershade)
• Normal (Coat Normal input in Hypershade)

Sheen Panel

• Weight (Sheen input in Hypershade)
• Color (Sheen Color input in Hypershade)
• Roughness (Sheen Roughness input in Hypershade)

Emission Panel

• Weight (Emission input in Hypershade)
• Color (Emission Color input in Hypershade)

Geometry Panel

• Thin Walled
• Opacity
• Bump Mapping (Normal Camera input in Hypershade)

Additional Verge3D Settings

You can tweak your Standard Surface materials by using the following settings located on Verge3D panel:

Alpha Mode

select transparency mode: Auto, Opaque, Blend or Mask. See transparency guide for more info.

Two Sided

make your material two-sided. By default, Verge3D renders only front side of materials, enable this option to render their reverse side as well.

Depth Write

render material depth in depth buffer. Use this option for transparent materials to make them rendered in additive manner.

Depth Test

perform depth test calculations when rendering your material. Disabling depth test is useful when rendering objects inside semi-transparent objects to prevent them from being culled by the covering objects.

Dithering

reduce banding artifacts by using pixel dithering.

glTF 2.0 Compatible

force the material to be glTF 2.0 compatible. See the following guide for more information.

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Lambert

Basic yet highly efficient node which can be used to represent materials with no specular reflections.

The following Lambert settings are supported in Verge3D:

• Color
• Transparency
• Diffuse
• Bump/Normal Mapping

Verge3D settings are also supported, see above for more info.

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Blinn, Phong, Phong E

In Verge3D, these materials will be approximated by the PBR shading model, thus they might look differently compared to Maya Viewport.

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Surface Shader

Use this shader node to create fully-customizable materials. Basically, it just transfers Out Color parameter to the renderer as is.

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2D Textures

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Bulge

Read more here.

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Checker

Read more here.

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Cloth

Read more here.

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File

Read more here.

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Grid

Read more here.

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Noise

Perlin noise type is only supported.

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Ramp

Read more here.

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Environment Textures

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Env Sphere

Read more here.

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Other Textures

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Layered Texture

Read more here.

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Utility Nodes

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Add Double Linear

Read more here.

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Add Matrix

Read more here.

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Blend Colors

Read more here.

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Bump 2d

Read more here.

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Clamp

Read more here.

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Compose Matrix

This node composes a 4x4 matrix from the given translation, rotation, and scale components. Shear input is not supported.

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Condition

Read more here.

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Decompose Matrix

Read more here.

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Four By Four Matrix

This node is used to compose a 4x4 matrix from 16 float values.

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Gamma Correct

Read more here.

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Inverse Matrix

Inverts the given 4x4 matrix.

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Luminance

Convert input color to grayscale value. The conversion formula is:

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Multiply Divide

Read more here.

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Mult Double Linear

Read more here.

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Mult Matrix

Multiply two or more matrices. In Verge3D, you can multiply no more than 3 matrices using the single Mult Matrix node.

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2d Placement

Read more here.

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Reverse

Read more here.

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Sampler Info

Read more here.

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Set Range

Read more here.

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Transpose Matrix

Transpose the given 4x4 matrix.

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Unit Conversion

Read more here.

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Vector Product

Read more here.

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Weighted Add Matrix

Read more here.

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LookdevKit Utility Nodes

Make sure you have LookdevKit plug-in enabled before using any of these nodes.

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Channels

Read more here.

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Color Composite

Read more here.

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Color Condition

Read more here.

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Color Constant

Read more here.

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Color Logic

Read more here.

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Color Mask

Read more here.

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Color Math

Read more here.

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Float Composite

Read more here.

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Float Condition

Read more here.

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Float Constant

Read more here.

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Float Logic

Read more here.

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Float Mask

Read more here.

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Float Math

Read more here.

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Premultiply

Read more here.

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Unpremultiply

Read more here.

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Arnold Nodes

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aiStandardSurface

This shader comes with Arnold for Maya (MtoA) and is very similar to Standard Surface shader which was introduced in Maya 2020.

Since Standard Surface is better supported in Maya viewport and does not require Arnold plug-in to be installed, we recommend using it over aiStandardSurface. The only reason to stick with Arnold version is preserving compatibility with your existing scenes.

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aiAbs

See more here.

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aiAdd

See more here.

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aiAtan

See more here.

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aiCompare

See more here.

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aiComlement

See more here.

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aiCross

See more here.

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aiDivide

See more here.

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aiDot

See more here.

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aiExp

See more here.

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aiFacingRatio

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aiFlat

See more here.

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aiFraction

See more here.

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aiIsFinite

See more here.

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aiLength

See more here.

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aiLog

See more here.

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aiMax

See more here.

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aiMin

See more here.

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aiMixShader

See more here.

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aiModulo

See more here.

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aiMultiply

See more here.

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aiNegate

See more here.

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aiNormalize

See more here.

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aiNormalMap

See more here.

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aiOslShader

Node to create custom OSL shaders.

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aiPow

See more here.

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aiRaySwitch

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aiReciprocal

See more here.

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aiShadowMatte

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aiSign

See more here.

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aiSkyDomeLight

Used to create image-based environment lighting. See the Lighting and Rendering section for more info.

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aiSqrt

See more here.

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aiSubtract

See more here.

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aiTrigo

See more here.

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Performance Considerations

Being the only choice for creating nice and realistic renders, Standard Surface (or aiStandardSurface) nevertheless require more computing power from your GPU and slows down app loading. This is especially true for scenes with lots of such materials.

To improve performance you can tweak Texture Resolution or IBL Environment Mode property.

Got Questions?

Feel free to ask on the forums!