DwaVelvetMaterial_v2

casts_caustics

Bool
default: False

allows continuation of caustic light paths.

presence

Float bindable
default: 1.0

controls the visibility of this object. Useful for fading an object in/out, or to specify a cut-out mask on thin single-sided geometry (eg. a complex leaf texture on a simple card).

thin_geometry

Bool
default: False

enables proper shading of infinitely thin geometry such as paper or leaves.

albedo

Rgb bindable
default: [ 1, 1, 1 ]

the overall surface color as seen from a distance (ie. diffuse color)

diffuse_roughness

Float bindable
default: 0.0

Roughness of the diffuse shading. If the value is zero a Lambertian model is used. If it's above zero the Oren Nayar model is used. Not compatible with subsurface scattering.

diffuse_transmission

Float bindable
default: 1.0

multiplier on the amount of light that is transmitted through the surface.

diffuse_transmission_blending_behavior

Int enum
  0 = “RGB”
  1 = “Monochromatic” (default)

Controls how diffuse transmission color attenuates diffuse reflection

diffuse_transmission_color

Rgb bindable
default: [ 0, 0, 0 ]

the color/amount of light that is transmitted through the surface.

show_diffuse

Bool
default: True

enables/disables diffuse reflectance

emission

Rgb bindable
default: [ 1, 1, 1 ]

the energy emitted from this material

show_emission

Bool
default: False

enables/disable emission

fuzz

Float bindable
default: 1.0

fuzz mask

fuzz_albedo

Rgb bindable
default: [ 1, 1, 1 ]

Color of the fuzz highlights.

fuzz_coverage

Float bindable
default: 0.25

Lower values result in glancing angle highlights while higher values result in a broad, uniform coverage

fuzz_normal

NormalMap
default: None

specifies an independent shading normal (normal map) for the fuzz lobe

fuzz_normal_dial

Float bindable
default: 1.0

controls the amount of infuence of the alternate fuzz normal

show_fuzz

Bool
default: True

Enables/disables fuzz lobe

use_absorbing_fuzz_fibers

Bool
default: False

Specify whether dark fuzz fibers absorb energy or transmit it to the layers below.

glitter

Float bindable
default: 1.0

enables/disables glitter model (binary 0|1 for plausibility)

glitter_LOD_quality

Float
default: 0.5

controls quality of glitter at distances where individual flakes cannot be perceived; at lower values, approximation kicks in earlier

glitter_approximate_for_secondary_rays

Bool
default: True

use an approximation to shade glitter for non-mirror secondary rays

glitter_color_A

Rgb bindable
default: [ 1, 1, 1 ]

base flake color (use physical metallic color values)

glitter_color_B

Rgb bindable
default: [ 1, 1, 1 ]

base flake color (use physical metallic color values)

glitter_color_hue_variation

Float bindable
default: 0.0

introduce hue variation in flake color centered at the base flake color's hue on the hue wheel

glitter_color_saturation_variation

Float bindable
default: 0.0

introduce saturation variation in flake color centered at the base flake color's saturation

glitter_color_value_variation

Float bindable
default: 0.0

introduce value variation in flake color centered at the base flake color's value

glitter_compensate_reference_space_deformation

Bool
default: True

(In ReferenceSpace) Compensates for stretch/compression/shear in glitter shapes resulting from animation etc

glitter_debug_mode

Int enum
  0 = “off” (default)
  1 = “blend”
  2 = “color”
  3 = “averageColor”
  4 = “footprintArea”
  5 = “radius”

developer debug visualization modes

glitter_density

Float bindable
default: 1.0

controls the number of flakes per unit length; larger density packs more flakes into same space

glitter_jitter

Float bindable
default: 1.0

Controls how much the flakes are randomly offset from a regular grid

glitter_layering_mode

Int enum
  0 = “physical” (default)
  1 = “additive”

layering mode for glitter on top of the under material. physical: conserves energy and glitter attenuates under material, additive: breaks energy conservation but glitter is never darker than the under material (eg. use case: snow)

glitter_randomness

Float
default: 0.5

randomness of flake orientation

glitter_roughness_A

Float
default: 0.14

specular roughness of individual flakes (0 makes flakes mirror-like)

glitter_roughness_B

Float
default: 0.14

specular roughness of individual flakes (0 makes flakes mirror-like)

glitter_seed

Int
default: 0

The seed for the glitter random number generator

glitter_size_A

Float bindable
default: 1.0

size of the flakes. Apparent flake size may vary based on how much the flake spheres intersect the surface

glitter_size_B

Float bindable
default: 1.0

size of the flakes. Apparent flake size may vary based on how much the flake spheres intersect the surface

glitter_space

Int enum
  4 = “object”
  5 = “reference” (default)

The space to calculate the worley noise in, defaults to reference space

glitter_style_A_frequency

Float bindable
default: 1.0

0 implies none of this style, 1 implies all the flakes will get this style

glitter_style_B_frequency

Float bindable
default: 0.0

0 implies none of this style, 1 implies all the flakes will get this style

glitter_texture_A

String filename
default:

filename that points to a texture .exr or .tx file (must be mip-mapped and tiled with maketx).

glitter_texture_B

String filename
default:

filename that points to a texture .exr or .tx file (must be mip-mapped and tiled with maketx).

glitter_texture_orientation_randomness

Float
default: 0.15

randomly orient each texture

show_glitter

Bool
default: False

Enables/disables glitter lobes

input_normal

NormalMap
default: None

specifies an alternate shading normal in the tangent frame (normal map)

input_normal_dial

Float bindable
default: 1.0

controls the amount of influence of the alternate normal

extra_aovs

Map
default: None

Bind this attribute to a 'ListMap' that contains references to ExtraAovMaps that specify additional outputs that can be assigned to a RenderOutput "light aov" result

invisible_refractive_cryptomatte

Bool
default: False

Indicates whether material should/should not appear in the refractive cryptomatte layers

label

String
default:

label used in material and light aovs

priority

Int
default: 0

The material's place in an order of precedence for overlapping dielectrics. A value of 0 means the priority should be ignored. Materials with lower numbers (higher priority) "override" materials with higher numbers (lower priority). To enable automatic removal of self-overlapping geometry, a non-zero priority must be set on the geometry's material.