nodes.shader.shader

shader

Classes

Name	Description
AddShader	Add two Shaders together
Background	Add background light emission.
DiffuseBSDF	Lambertian and Oren-Nayar diffuse reflection
Emission	Lambertian emission shader
GlassBSDF	Glass-like shader mixing refraction and reflection at grazing angles
GlossyBSDF	Reflection with microfacet distribution, used for materials such as metal or mirrors
HairBSDF	Reflection and transmission shaders optimized for hair rendering
Holdout	Create a “hole” in the image with zero alpha transparency, which is useful for compositing.
MetallicBSDF	Metallic reflection with microfacet distribution, and metallic fresnel
MixShader	Mix two shaders together. Typically used for material layering
PrincipledBSDF	Physically-based, easy-to-use shader for rendering surface materials, based on the OpenPBR model
PrincipledHairBSDF	Physically-based, easy-to-use shader for rendering hair and fur
RayPortalBSDF	Continue tracing from an arbitrary new position and in a new direction
RefractionBSDF	Glossy refraction with sharp or microfacet distribution, typically used for materials that transmit light
SheenBSDF	Reflection for materials such as cloth.
SpecularBSDF	Similar to the Principled BSDF node but uses the specular workflow instead of metallic, which functions by specifying the facing (along normal) reflection color. Energy is not conserved, so the result may not be physically accurate
SubsurfaceScattering	Subsurface multiple scattering shader to simulate light entering the surface and bouncing internally.
ToonBSDF	Diffuse and Glossy shaders with cartoon light effects
TranslucentBSDF	Lambertian diffuse transmission
TransparentBSDF	Transparency without refraction, passing straight through the surface as if there were no geometry

AddShader

AddShader(shader=None, shader_001=None)

Add two Shaders together

Parameters

Name	Type	Description	Default
shader	InputShader	Shader	None
shader_001	InputShader	Shader	None

Attributes

Name	Description
i
inputs
name
node
o
outputs
tree
type

Inputs

Attribute	Type	Description
i.shader	ShaderSocket	Shader
i.shader_001	ShaderSocket	Shader

Outputs

Attribute	Type	Description
o.shader	ShaderSocket	Shader

Background

Background(color=None, strength=1.0, weight=0.0)

Add background light emission.

Note: This node should only be used for the world surface output

Parameters

color : InputColor
    Color
strength : InputFloat
    Strength
weight : InputFloat
    Weight

Inputs

i.color : ColorSocket
    Color
i.strength : FloatSocket
    Strength
i.weight : FloatSocket
    Weight

Outputs

o.background : ShaderSocket
    Background

Attributes

Name	Description
i
inputs
name
node
o
outputs
tree
type

DiffuseBSDF

DiffuseBSDF(color=None, roughness=0.0, normal=None, weight=0.0)

Lambertian and Oren-Nayar diffuse reflection

Parameters

Name	Type	Description	Default
color	InputColor	Color	None
roughness	InputFloat	Roughness	0.0
normal	InputVector	Normal	None
weight	InputFloat	Weight	0.0

Attributes

Name	Description
i
inputs
name
node
o
outputs
tree
type

Inputs

Attribute	Type	Description
i.color	ColorSocket	Color
i.roughness	FloatSocket	Roughness
i.normal	VectorSocket	Normal
i.weight	FloatSocket	Weight

Outputs

Attribute	Type	Description
o.bsdf	ShaderSocket	BSDF

Emission

Emission(color=None, strength=1.0, weight=0.0)

Lambertian emission shader

Parameters

Name	Type	Description	Default
color	InputColor	Color	None
strength	InputFloat	Strength	1.0
weight	InputFloat	Weight	0.0

Attributes

Name	Description
i
inputs
name
node
o
outputs
tree
type

Inputs

Attribute	Type	Description
i.color	ColorSocket	Color
i.strength	FloatSocket	Strength
i.weight	FloatSocket	Weight

Outputs

Attribute	Type	Description
o.emission	ShaderSocket	Emission

GlassBSDF

GlassBSDF(
    color=None,
    roughness=0.0,
    ior=1.5,
    normal=None,
    weight=0.0,
    thin_film_thickness=0.0,
    thin_film_ior=1.33,
    *,
    distribution='MULTI_GGX',
)

Glass-like shader mixing refraction and reflection at grazing angles

Parameters

Name	Type	Description	Default
color	InputColor	Color	None
roughness	InputFloat	Roughness	0.0
ior	InputFloat	IOR	1.5
normal	InputVector	Normal	None
weight	InputFloat	Weight	0.0
thin_film_thickness	InputFloat	Thin Film Thickness	0.0
thin_film_ior	InputFloat	Thin Film IOR	1.33

Attributes

Name	Description
distribution
i
inputs
name
node
o
outputs
tree
type

Inputs

Attribute	Type	Description
i.color	ColorSocket	Color
i.roughness	FloatSocket	Roughness
i.ior	FloatSocket	IOR
i.normal	VectorSocket	Normal
i.weight	FloatSocket	Weight
i.thin_film_thickness	FloatSocket	Thin Film Thickness
i.thin_film_ior	FloatSocket	Thin Film IOR

Outputs

Attribute	Type	Description
o.bsdf	ShaderSocket	BSDF

GlossyBSDF

GlossyBSDF(
    color=None,
    roughness=0.5,
    anisotropy=0.0,
    rotation=0.0,
    normal=None,
    tangent=None,
    weight=0.0,
    *,
    distribution='MULTI_GGX',
)

Reflection with microfacet distribution, used for materials such as metal or mirrors

Parameters

Name	Type	Description	Default
color	InputColor	Color	None
roughness	InputFloat	Roughness	0.5
anisotropy	InputFloat	Anisotropy	0.0
rotation	InputFloat	Rotation	0.0
normal	InputVector	Normal	None
tangent	InputVector	Tangent	None
weight	InputFloat	Weight	0.0

Attributes

Name	Description
distribution
i
inputs
name
node
o
outputs
tree
type

Inputs

Attribute	Type	Description
i.color	ColorSocket	Color
i.roughness	FloatSocket	Roughness
i.anisotropy	FloatSocket	Anisotropy
i.rotation	FloatSocket	Rotation
i.normal	VectorSocket	Normal
i.tangent	VectorSocket	Tangent
i.weight	FloatSocket	Weight

Outputs

Attribute	Type	Description
o.bsdf	ShaderSocket	BSDF

HairBSDF

HairBSDF(
    color=None,
    offset=0.0,
    roughnessu=0.1,
    roughnessv=1.0,
    tangent=None,
    weight=0.0,
    *,
    component='Reflection',
)

Reflection and transmission shaders optimized for hair rendering

Parameters

Name	Type	Description	Default
color	InputColor	Color	None
offset	InputFloat	Offset	0.0
roughnessu	InputFloat	RoughnessU	0.1
roughnessv	InputFloat	RoughnessV	1.0
tangent	InputVector	Tangent	None
weight	InputFloat	Weight	0.0

Attributes

Name	Description
component
i
inputs
name
node
o
outputs
tree
type

Inputs

Attribute	Type	Description
i.color	ColorSocket	Color
i.offset	FloatSocket	Offset
i.roughnessu	FloatSocket	RoughnessU
i.roughnessv	FloatSocket	RoughnessV
i.tangent	VectorSocket	Tangent
i.weight	FloatSocket	Weight

Outputs

Attribute	Type	Description
o.bsdf	ShaderSocket	BSDF

Holdout

Holdout(weight=0.0)

Create a "hole" in the image with zero alpha transparency, which is useful for compositing.

Note: the holdout shader can only create alpha when transparency is enabled in the film settings

Parameters

weight : InputFloat
    Weight

Inputs

i.weight : FloatSocket
    Weight

Outputs

o.holdout : ShaderSocket
    Holdout

Attributes

Name	Description
i
inputs
name
node
o
outputs
tree
type

MetallicBSDF

MetallicBSDF(
    base_color=None,
    edge_tint=None,
    ior=None,
    extinction=None,
    roughness=0.5,
    anisotropy=0.0,
    rotation=0.0,
    normal=None,
    tangent=None,
    weight=0.0,
    thin_film_thickness=0.0,
    thin_film_ior=1.33,
    *,
    distribution='MULTI_GGX',
    fresnel_type='F82',
)

Metallic reflection with microfacet distribution, and metallic fresnel

Parameters

Name	Type	Description	Default
base_color	InputColor	Base Color	None
edge_tint	InputColor	Edge Tint	None
ior	InputVector	IOR	None
extinction	InputVector	Extinction	None
roughness	InputFloat	Roughness	0.5
anisotropy	InputFloat	Anisotropy	0.0
rotation	InputFloat	Rotation	0.0
normal	InputVector	Normal	None
tangent	InputVector	Tangent	None
weight	InputFloat	Weight	0.0
thin_film_thickness	InputFloat	Thin Film Thickness	0.0
thin_film_ior	InputFloat	Thin Film IOR	1.33

Attributes

Name	Description
distribution
fresnel_type
i
inputs
name
node
o
outputs
tree
type

Methods

Name	Description
f82_tint	Create Metallic BSDF with operation ‘F82 Tint’. An approximation of the Fresnel conductor curve based on the colors at perpendicular and near-grazing (roughly 82°) angles
physical_conductor	Create Metallic BSDF with operation ‘Physical Conductor’. Fresnel conductor based on the complex refractive index per color channel

f82_tint

f82_tint(
    base_color=None,
    edge_tint=None,
    roughness=0.5,
    anisotropy=0.0,
    rotation=0.0,
    normal=None,
    tangent=None,
    thin_film_thickness=0.0,
    thin_film_ior=1.33,
)

Create Metallic BSDF with operation ‘F82 Tint’. An approximation of the Fresnel conductor curve based on the colors at perpendicular and near-grazing (roughly 82°) angles

physical_conductor

physical_conductor(
    ior=None,
    extinction=None,
    roughness=0.5,
    anisotropy=0.0,
    rotation=0.0,
    normal=None,
    tangent=None,
    thin_film_thickness=0.0,
    thin_film_ior=1.33,
)

Create Metallic BSDF with operation ‘Physical Conductor’. Fresnel conductor based on the complex refractive index per color channel

Inputs

Attribute	Type	Description
i.base_color	ColorSocket	Base Color
i.edge_tint	ColorSocket	Edge Tint
i.ior	VectorSocket	IOR
i.extinction	VectorSocket	Extinction
i.roughness	FloatSocket	Roughness
i.anisotropy	FloatSocket	Anisotropy
i.rotation	FloatSocket	Rotation
i.normal	VectorSocket	Normal
i.tangent	VectorSocket	Tangent
i.weight	FloatSocket	Weight
i.thin_film_thickness	FloatSocket	Thin Film Thickness
i.thin_film_ior	FloatSocket	Thin Film IOR

Outputs

Attribute	Type	Description
o.bsdf	ShaderSocket	BSDF

MixShader

MixShader(fac=0.5, shader=None, shader_001=None)

Mix two shaders together. Typically used for material layering

Parameters

Name	Type	Description	Default
fac	InputFloat	Factor	0.5
shader	InputShader	Shader	None
shader_001	InputShader	Shader	None

Attributes

Name	Description
i
inputs
name
node
o
outputs
tree
type

Inputs

Attribute	Type	Description
i.fac	FloatSocket	Factor
i.shader	ShaderSocket	Shader
i.shader_001	ShaderSocket	Shader

Outputs

Attribute	Type	Description
o.shader	ShaderSocket	Shader

PrincipledBSDF

PrincipledBSDF(
    base_color=None,
    metallic=0.0,
    roughness=0.5,
    ior=1.5,
    alpha=1.0,
    normal=None,
    weight=0.0,
    diffuse_roughness=0.0,
    subsurface_weight=0.0,
    subsurface_radius=None,
    subsurface_scale=0.05,
    subsurface_ior=1.4,
    subsurface_anisotropy=0.0,
    specular_ior_level=0.5,
    specular_tint=None,
    anisotropic=0.0,
    anisotropic_rotation=0.0,
    tangent=None,
    transmission_weight=0.0,
    coat_weight=0.0,
    coat_roughness=0.03,
    coat_ior=1.5,
    coat_tint=None,
    coat_normal=None,
    sheen_weight=0.0,
    sheen_roughness=0.5,
    sheen_tint=None,
    emission_color=None,
    emission_strength=0.0,
    thin_film_thickness=0.0,
    thin_film_ior=1.33,
    *,
    distribution='MULTI_GGX',
    subsurface_method='RANDOM_WALK',
)

Physically-based, easy-to-use shader for rendering surface materials, based on the OpenPBR model

Parameters

Name	Type	Description	Default
base_color	InputColor	Base Color	None
metallic	InputFloat	Metallic	0.0
roughness	InputFloat	Roughness	0.5
ior	InputFloat	IOR	1.5
alpha	InputFloat	Alpha	1.0
normal	InputVector	Normal	None
weight	InputFloat	Weight	0.0
diffuse_roughness	InputFloat	Diffuse Roughness	0.0
subsurface_weight	InputFloat	Subsurface Weight	0.0
subsurface_radius	InputVector	Subsurface Radius	None
subsurface_scale	InputFloat	Subsurface Scale	0.05
subsurface_ior	InputFloat	Subsurface IOR	1.4
subsurface_anisotropy	InputFloat	Subsurface Anisotropy	0.0
specular_ior_level	InputFloat	Specular IOR Level	0.5
specular_tint	InputColor	Specular Tint	None
anisotropic	InputFloat	Anisotropic	0.0
anisotropic_rotation	InputFloat	Anisotropic Rotation	0.0
tangent	InputVector	Tangent	None
transmission_weight	InputFloat	Transmission Weight	0.0
coat_weight	InputFloat	Coat Weight	0.0
coat_roughness	InputFloat	Coat Roughness	0.03
coat_ior	InputFloat	Coat IOR	1.5
coat_tint	InputColor	Coat Tint	None
coat_normal	InputVector	Coat Normal	None
sheen_weight	InputFloat	Sheen Weight	0.0
sheen_roughness	InputFloat	Sheen Roughness	0.5
sheen_tint	InputColor	Sheen Tint	None
emission_color	InputColor	Emission Color	None
emission_strength	InputFloat	Emission Strength	0.0
thin_film_thickness	InputFloat	Thin Film Thickness	0.0
thin_film_ior	InputFloat	Thin Film IOR	1.33

Attributes

Name	Description
distribution
i
inputs
name
node
o
outputs
subsurface_method
tree
type

Inputs

Attribute	Type	Description
i.base_color	ColorSocket	Base Color
i.metallic	FloatSocket	Metallic
i.roughness	FloatSocket	Roughness
i.ior	FloatSocket	IOR
i.alpha	FloatSocket	Alpha
i.normal	VectorSocket	Normal
i.weight	FloatSocket	Weight
i.diffuse_roughness	FloatSocket	Diffuse Roughness
i.subsurface_weight	FloatSocket	Subsurface Weight
i.subsurface_radius	VectorSocket	Subsurface Radius
i.subsurface_scale	FloatSocket	Subsurface Scale
i.subsurface_ior	FloatSocket	Subsurface IOR
i.subsurface_anisotropy	FloatSocket	Subsurface Anisotropy
i.specular_ior_level	FloatSocket	Specular IOR Level
i.specular_tint	ColorSocket	Specular Tint
i.anisotropic	FloatSocket	Anisotropic
i.anisotropic_rotation	FloatSocket	Anisotropic Rotation
i.tangent	VectorSocket	Tangent
i.transmission_weight	FloatSocket	Transmission Weight
i.coat_weight	FloatSocket	Coat Weight
i.coat_roughness	FloatSocket	Coat Roughness
i.coat_ior	FloatSocket	Coat IOR
i.coat_tint	ColorSocket	Coat Tint
i.coat_normal	VectorSocket	Coat Normal
i.sheen_weight	FloatSocket	Sheen Weight
i.sheen_roughness	FloatSocket	Sheen Roughness
i.sheen_tint	ColorSocket	Sheen Tint
i.emission_color	ColorSocket	Emission Color
i.emission_strength	FloatSocket	Emission Strength
i.thin_film_thickness	FloatSocket	Thin Film Thickness
i.thin_film_ior	FloatSocket	Thin Film IOR

Outputs

Attribute	Type	Description
o.bsdf	ShaderSocket	BSDF

PrincipledHairBSDF

PrincipledHairBSDF(
    color=None,
    melanin=0.8,
    melanin_redness=1.0,
    tint=None,
    absorption_coefficient=None,
    aspect_ratio=0.85,
    roughness=0.3,
    radial_roughness=0.3,
    coat=0.0,
    ior=1.55,
    offset=0.0349,
    random_color=0.0,
    random_roughness=0.0,
    random=0.0,
    weight=0.0,
    r_lobe=1.0,
    tt_lobe=1.0,
    trt_lobe=1.0,
    *,
    model='CHIANG',
    parametrization='COLOR',
)

Physically-based, easy-to-use shader for rendering hair and fur

Parameters

Name	Type	Description	Default
color	InputColor	Color	None
melanin	InputFloat	Melanin	0.8
melanin_redness	InputFloat	Melanin Redness	1.0
tint	InputColor	Tint	None
absorption_coefficient	InputVector	Absorption Coefficient	None
aspect_ratio	InputFloat	Aspect Ratio	0.85
roughness	InputFloat	Roughness	0.3
radial_roughness	InputFloat	Radial Roughness	0.3
coat	InputFloat	Coat	0.0
ior	InputFloat	IOR	1.55
offset	InputFloat	Offset	0.0349
random_color	InputFloat	Random Color	0.0
random_roughness	InputFloat	Random Roughness	0.0
random	InputFloat	Random	0.0
weight	InputFloat	Weight	0.0
r_lobe	InputFloat	Reflection	1.0
tt_lobe	InputFloat	Transmission	1.0
trt_lobe	InputFloat	Secondary Reflection	1.0

Attributes

Name	Description
i
inputs
model
name
node
o
outputs
parametrization
tree
type

Inputs

Attribute	Type	Description
i.color	ColorSocket	Color
i.melanin	FloatSocket	Melanin
i.melanin_redness	FloatSocket	Melanin Redness
i.tint	ColorSocket	Tint
i.absorption_coefficient	VectorSocket	Absorption Coefficient
i.aspect_ratio	FloatSocket	Aspect Ratio
i.roughness	FloatSocket	Roughness
i.radial_roughness	FloatSocket	Radial Roughness
i.coat	FloatSocket	Coat
i.ior	FloatSocket	IOR
i.offset	FloatSocket	Offset
i.random_color	FloatSocket	Random Color
i.random_roughness	FloatSocket	Random Roughness
i.random	FloatSocket	Random
i.weight	FloatSocket	Weight
i.r_lobe	FloatSocket	Reflection
i.tt_lobe	FloatSocket	Transmission
i.trt_lobe	FloatSocket	Secondary Reflection

Outputs

Attribute	Type	Description
o.bsdf	ShaderSocket	BSDF

RayPortalBSDF

RayPortalBSDF(color=None, position=None, direction=None, weight=0.0)

Continue tracing from an arbitrary new position and in a new direction

Parameters

Name	Type	Description	Default
color	InputColor	Color	None
position	InputVector	Position	None
direction	InputVector	Direction	None
weight	InputFloat	Weight	0.0

Attributes

Name	Description
i
inputs
name
node
o
outputs
tree
type

Inputs

Attribute	Type	Description
i.color	ColorSocket	Color
i.position	VectorSocket	Position
i.direction	VectorSocket	Direction
i.weight	FloatSocket	Weight

Outputs

Attribute	Type	Description
o.bsdf	ShaderSocket	BSDF

RefractionBSDF

RefractionBSDF(
    color=None,
    roughness=0.0,
    ior=1.45,
    normal=None,
    weight=0.0,
    *,
    distribution='BECKMANN',
)

Glossy refraction with sharp or microfacet distribution, typically used for materials that transmit light

Parameters

Name	Type	Description	Default
color	InputColor	Color	None
roughness	InputFloat	Roughness	0.0
ior	InputFloat	IOR	1.45
normal	InputVector	Normal	None
weight	InputFloat	Weight	0.0

Attributes

Name	Description
distribution
i
inputs
name
node
o
outputs
tree
type

Inputs

Attribute	Type	Description
i.color	ColorSocket	Color
i.roughness	FloatSocket	Roughness
i.ior	FloatSocket	IOR
i.normal	VectorSocket	Normal
i.weight	FloatSocket	Weight

Outputs

Attribute	Type	Description
o.bsdf	ShaderSocket	BSDF

SheenBSDF

SheenBSDF(
    color=None,
    roughness=0.5,
    normal=None,
    weight=0.0,
    *,
    distribution='MICROFIBER',
)

Reflection for materials such as cloth.

Typically mixed with other shaders (such as a Diffuse Shader) and is not particularly useful on its own

Parameters

color : InputColor
    Color
roughness : InputFloat
    Roughness
normal : InputVector
    Normal
weight : InputFloat
    Weight

Inputs

i.color : ColorSocket
    Color
i.roughness : FloatSocket
    Roughness
i.normal : VectorSocket
    Normal
i.weight : FloatSocket
    Weight

Outputs

o.bsdf : ShaderSocket
    BSDF

Attributes

Name	Description
distribution
i
inputs
name
node
o
outputs
tree
type

SpecularBSDF

SpecularBSDF(
    base_color=None,
    specular=None,
    roughness=0.2,
    emissive_color=None,
    transparency=0.0,
    normal=None,
    clear_coat=0.0,
    clear_coat_roughness=0.0,
    clear_coat_normal=None,
    weight=0.0,
)

Similar to the Principled BSDF node but uses the specular workflow instead of metallic, which functions by specifying the facing (along normal) reflection color. Energy is not conserved, so the result may not be physically accurate

Parameters

Name	Type	Description	Default
base_color	InputColor	Base Color	None
specular	InputColor	Specular	None
roughness	InputFloat	Roughness	0.2
emissive_color	InputColor	Emissive Color	None
transparency	InputFloat	Transparency	0.0
normal	InputVector	Normal	None
clear_coat	InputFloat	Clear Coat	0.0
clear_coat_roughness	InputFloat	Clear Coat Roughness	0.0
clear_coat_normal	InputVector	Clear Coat Normal	None
weight	InputFloat	Weight	0.0

Attributes

Name	Description
i
inputs
name
node
o
outputs
tree
type

Inputs

Attribute	Type	Description
i.base_color	ColorSocket	Base Color
i.specular	ColorSocket	Specular
i.roughness	FloatSocket	Roughness
i.emissive_color	ColorSocket	Emissive Color
i.transparency	FloatSocket	Transparency
i.normal	VectorSocket	Normal
i.clear_coat	FloatSocket	Clear Coat
i.clear_coat_roughness	FloatSocket	Clear Coat Roughness
i.clear_coat_normal	VectorSocket	Clear Coat Normal
i.weight	FloatSocket	Weight

Outputs

Attribute	Type	Description
o.bsdf	ShaderSocket	BSDF

SubsurfaceScattering

SubsurfaceScattering(
    color=None,
    scale=0.05,
    radius=None,
    ior=1.4,
    roughness=1.0,
    anisotropy=0.0,
    normal=None,
    weight=0.0,
    *,
    falloff='RANDOM_WALK',
)

Subsurface multiple scattering shader to simulate light entering the surface and bouncing internally.

Typically used for materials such as skin, wax, marble or milk

Parameters

color : InputColor
    Color
scale : InputFloat
    Scale
radius : InputVector
    Radius
ior : InputFloat
    IOR
roughness : InputFloat
    Roughness
anisotropy : InputFloat
    Anisotropy
normal : InputVector
    Normal
weight : InputFloat
    Weight

Inputs

i.color : ColorSocket
    Color
i.scale : FloatSocket
    Scale
i.radius : VectorSocket
    Radius
i.ior : FloatSocket
    IOR
i.roughness : FloatSocket
    Roughness
i.anisotropy : FloatSocket
    Anisotropy
i.normal : VectorSocket
    Normal
i.weight : FloatSocket
    Weight

Outputs

o.bssrdf : ShaderSocket
    BSSRDF

Attributes

Name	Description
falloff
i
inputs
name
node
o
outputs
tree
type

ToonBSDF

ToonBSDF(
    color=None,
    size=0.5,
    smooth=0.0,
    normal=None,
    weight=0.0,
    *,
    component='DIFFUSE',
)

Diffuse and Glossy shaders with cartoon light effects

Parameters

Name	Type	Description	Default
color	InputColor	Color	None
size	InputFloat	Size	0.5
smooth	InputFloat	Smooth	0.0
normal	InputVector	Normal	None
weight	InputFloat	Weight	0.0

Attributes

Name	Description
component
i
inputs
name
node
o
outputs
tree
type

Inputs

Attribute	Type	Description
i.color	ColorSocket	Color
i.size	FloatSocket	Size
i.smooth	FloatSocket	Smooth
i.normal	VectorSocket	Normal
i.weight	FloatSocket	Weight

Outputs

Attribute	Type	Description
o.bsdf	ShaderSocket	BSDF

TranslucentBSDF

TranslucentBSDF(color=None, normal=None, weight=0.0)

Lambertian diffuse transmission

Parameters

Name	Type	Description	Default
color	InputColor	Color	None
normal	InputVector	Normal	None
weight	InputFloat	Weight	0.0

Attributes

Name	Description
i
inputs
name
node
o
outputs
tree
type

Inputs

Attribute	Type	Description
i.color	ColorSocket	Color
i.normal	VectorSocket	Normal
i.weight	FloatSocket	Weight

Outputs

Attribute	Type	Description
o.bsdf	ShaderSocket	BSDF

TransparentBSDF

TransparentBSDF(color=None, weight=0.0)

Transparency without refraction, passing straight through the surface as if there were no geometry

Parameters

Name	Type	Description	Default
color	InputColor	Color	None
weight	InputFloat	Weight	0.0

Attributes

Name	Description
i
inputs
name
node
o
outputs
tree
type

Inputs

Attribute	Type	Description
i.color	ColorSocket	Color
i.weight	FloatSocket	Weight

Outputs

Attribute	Type	Description
o.bsdf	ShaderSocket	BSDF