Texture nodes

Press Shift+A, or release a dragged wire on empty canvas, to open the node search ("Search nodes…").

In the tables, drag scale N describes drag sensitivity, not a maximum: a 200-pixel drag moves the value across the span from the minimum to N; keep dragging, or double-click and type, to reach the full registered numeric range. A dash in the bounds column means no scalar range is listed; it does not promise that every input type accepts unrestricted values. On texture nodes an unlinked Vector is not 0, 0, 0: Image Texture uses the object's UV map, the procedural textures except White Noise use generated coordinates, Environment Texture uses the shading position, and Wood Texture uses object-space position. Link a Texture Coordinate or Mapping node to change it.

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Image Texture

Samples a bitmap image at the given Vector coordinate. Click the Filename field to open the Choose Image dialog; for .hdr files, select All files (*.*). Colour Space is a typed name. Leave it at auto to let the renderer choose from the file. Images the app sets up leave colour maps at auto or set srgb, and always set scene_linear for normal maps. For other data maps, type scene_linear when linear values are needed (the Material panel calls this Linear / Data). Other names from the renderer's colour configuration may also work (runtime-unverified). Alpha Type controls premultiplication.

Inputs

Socket	Type	Default	Registered numeric bounds	Choices
Filename	File	(empty)	—	—
Colour Space	Text	auto	—	—
Vector	Vector	0, 0, 0	—	—
Interpolation	Choice	linear	—	closest, linear, cubic, smart
Extension	Choice	periodic	—	periodic, clamp, black, mirror
Projection	Choice	flat	—	flat, box, sphere, tube
Projection Blend	Float	0	0 to 1	—
Alpha Type	Choice	auto	—	auto, unassociated, associated, channel_packed, ignore

Outputs

Socket	Type
Color	Colour
Alpha	Float

Environment Texture

Samples an equirectangular or mirror-ball environment map. Scene lighting is set in the Environment panel; inside a material this node is sampled like any texture.

Inputs

Socket	Type	Default	Registered numeric bounds	Choices
Filename	File	(empty)	—	—
Projection	Choice	equirectangular	—	equirectangular, mirror_ball
Interpolation	Choice	linear	—	closest, linear, cubic, smart
Alpha Type	Choice	auto	—	auto, unassociated, associated, channel_packed, ignore
Vector	Vector	0, 0, 0	—	—

Outputs

Socket	Type
Color	Colour
Alpha	Float

Noise Texture

Generates fractal noise. Dimensions controls whether the lookup uses 1D, 2D, 3D, or 4D coordinates. This node has no W input, so W is always 0: 1D gives one flat value over the whole surface and 4D looks the same as 3D. Use 2D or 3D. Type selects the fractal type; Detail and Roughness control fine structure.

Inputs

Socket	Type	Default	Registered numeric bounds	Choices
Dimensions	Choice	3D	—	1D, 2D, 3D, 4D
Type	Choice	fBM	—	multifractal, fBM, hybrid_multifractal, ridged_multifractal, hetero_terrain
Normalize	Boolean	On	—	—
Vector	Vector	0, 0, 0	—	—
Scale	Float	1	-1000 to 1000	—
Detail	Float	2	0 to 15	—
Roughness	Float	0.5	0 to 1	—
Lacunarity	Float	2	0 to 1000	—
Distortion	Float	0	-1000 to 1000	—

Outputs

Socket	Type
Fac	Float
Color	Colour

Voronoi Texture

Generates a Voronoi (cellular) pattern. Feature selects what value is returned; Metric controls the distance measure. This node has no W input, so W is always 0: 1D gives one flat value over the whole surface and 4D looks the same as 3D. Use 2D or 3D. minkowski uses a fixed exponent of 0.5 because the node has no Exponent input. Smoothness defaults to 5 but its registered maximum is 1; values above 1 will be clamped by the editor.

Inputs

Socket	Type	Default	Registered numeric bounds	Choices
Dimensions	Choice	3D	—	1D, 2D, 3D, 4D
Metric	Choice	euclidean	—	euclidean, manhattan, chebychev, minkowski
Feature	Choice	f1	—	f1, f2, smooth_f1, distance_to_edge, n_sphere_radius
Vector	Vector	0, 0, 0	—	—
Scale	Float	5	-1000 to 1000	—
Detail	Float	0	0 to 15	—
Roughness	Float	0.5	0 to 1	—
Randomness	Float	1	0 to 1	—
Smoothness	Float	5	0 to 1	—

Outputs

Socket	Type
Distance	Float
Color	Colour
Position	Vector

Sky Texture

Generates a procedural sky model. Type selects the model. Sun Size, Sun Elevation and Sun Rotation are in radians (e.g. 0.261799 = 15°). Altitude is in metres. Sun Disc, Sun Size, Sun Intensity, Sun Elevation, Sun Rotation, Altitude, Air, Aerosol and Ozone apply to single_scattering and multiple_scattering. preetham uses only Turbidity; hosek_wilkie uses Turbidity and Ground Albedo. In those two models the sun is always straight overhead: Sun Elevation and Sun Rotation do not move it, because this node has no Sun Direction input (not yet verified in a render). Scene lighting is set in the Environment panel; inside a material this node is sampled like any texture.

Inputs

Socket	Type	Default	Registered numeric bounds	Choices
Type	Choice	multiple_scattering	—	preetham, hosek_wilkie, single_scattering, multiple_scattering
Sun Disc	Boolean	On	—	—
Sun Size	Float	0.009512	0 to 3.14159	—
Sun Intensity	Float	1	0 to 1000 (drag scale: 10)	—
Sun Elevation	Float	0.261799	-3.14159 to 3.14159	—
Sun Rotation	Float	0	-6.28319 to 6.28319	—
Altitude	Float	100	0 to 60000	—
Air	Float	1	0 to 10	—
Aerosol	Float	1	0 to 10	—
Ozone	Float	1	0 to 10	—
Turbidity	Float	2.2	1 to 10	—
Ground Albedo	Float	0.3	0 to 1	—
Vector	Vector	0, 0, 0	—	—

Outputs

Socket	Type
Color	Colour

Gradient Texture

Generates a gradient pattern from a texture coordinate. Type selects the shape of the gradient.

Inputs

Socket	Type	Default	Registered numeric bounds	Choices
Type	Choice	linear	—	linear, quadratic, easing, diagonal, radial, quadratic_sphere, spherical
Vector	Vector	0, 0, 0	—	—

Outputs

Socket	Type
Color	Colour
Fac	Float

Wave Texture

Generates a repeating wave pattern. Type and direction inputs select the wave geometry; Profile controls the wave shape; Distortion warps the pattern with noise.

Inputs

Socket	Type	Default	Registered numeric bounds	Choices
Type	Choice	bands	—	bands, rings
Bands Direction	Choice	x	—	x, y, z, diagonal
Rings Direction	Choice	x	—	x, y, z, spherical
Profile	Choice	sine	—	sine, saw, tri
Vector	Vector	0, 0, 0	—	—
Scale	Float	1	-1000 to 1000	—
Distortion	Float	0	-1000 to 1000	—
Detail	Float	2	0 to 15	—
Detail Scale	Float	0	-1000 to 1000	—
Detail Roughness	Float	0.5	0 to 1	—
Phase Offset	Float	0	-1000 to 1000	—

Outputs

Socket	Type
Color	Colour
Fac	Float

Brick Texture

Generates a procedural brick pattern with configurable brick dimensions, mortar, and layout. Offset shifts every Offset Frequency-th row sideways (every other row at the default 2); Squash scales brick width on every Squash Frequency-th row.

Inputs

Socket	Type	Default	Registered numeric bounds	Choices
Offset	Float	0.5	0 to 1	—
Offset Frequency	Integer	2	1 to 99	—
Squash	Float	1	0 to 99	—
Squash Frequency	Integer	2	1 to 99	—
Vector	Vector	0, 0, 0	—	—
Color1	Colour	0, 0, 0	—	—
Color2	Colour	0, 0, 0	—	—
Mortar	Colour	0, 0, 0	—	—
Scale	Float	5	-1000 to 1000	—
Mortar Size	Float	0.02	0 to 0.125	—
Mortar Smooth	Float	0	0 to 1	—
Bias	Float	0	-1 to 1	—
Brick Width	Float	0.5	0.01 to 100	—
Row Height	Float	0.25	0.01 to 100	—

Outputs

Socket	Type
Color	Colour
Fac	Float

Checker Texture

Generates a two-colour checker pattern at the given Scale. Both colours start black; set Color1 and Color2 to see the pattern.

Inputs

Socket	Type	Default	Registered numeric bounds	Choices
Vector	Vector	0, 0, 0	—	—
Color1	Colour	0, 0, 0	—	—
Color2	Colour	0, 0, 0	—	—
Scale	Float	1	-1000 to 1000	—

Outputs

Socket	Type
Color	Colour
Fac	Float

Magic Texture

Generates a colourful psychedelic pattern derived from trigonometric functions. Depth controls the number of recursive iterations.

Inputs

Socket	Type	Default	Registered numeric bounds	Choices
Depth	Integer	2	0 to 10	—
Vector	Vector	0, 0, 0	—	—
Scale	Float	5	-1000 to 1000	—
Distortion	Float	1	-1000 to 1000	—

Outputs

Socket	Type
Color	Colour
Fac	Float

Gabor Texture

Generates a Gabor noise pattern useful for oriented anisotropic effects. Orientation 3D is a direction vector for 3D mode; Orientation 2D is an angle in radians for 2D mode.

Inputs

Socket	Type	Default	Registered numeric bounds	Choices
Type	Choice	2D	—	2D, 3D
Vector	Vector	0, 0, 0	—	—
Scale	Float	5	-1000 to 1000	—
Frequency	Float	2	0 to 1000	—
Anisotropy	Float	1	0 to 1	—
Orientation 2D	Float	0.785398	0 to 3.14159	—
Orientation 3D	Vector	1.41421, 1.41421, 0	—	—

Outputs

Socket	Type
Value	Float
Phase	Float
Intensity	Float

White Noise Texture

Generates uncorrelated random values per lookup. Dimensions controls whether the lookup key is a scalar, 2D, 3D, or 4D coordinate. Its Vector has no default coordinate: unlinked, the node returns one value over the whole surface. In 2D, 3D or 4D, link a Texture Coordinate output to Vector for per-point noise; in 1D, link W.

Inputs

Socket	Type	Default	Registered numeric bounds	Choices
Dimensions	Choice	3D	—	1D, 2D, 3D, 4D
Vector	Vector	0, 0, 0	—	—
W	Float	0	-1000 to 1000	—

Outputs

Socket	Type
Value	Float
Color	Colour

Dirt Mask

Computes an ambient occlusion or convex-proximity mask for use in layering dirt or wear. Real-world Scale is an Integer (−1 = older behaviour (world position), 0 = sizes follow the object's own scale, 1 = sizes are true millimetres); Mode switches between cavity occlusion and convex-proximity detection. Scope, Mode and Samples must be typed values; wiring them makes the material fail to compile.

Inputs

Socket	Type	Default	Registered numeric bounds	Choices
Radius (mm)	Float	1	0 to 1000000 (drag scale: 10)	—
Amount	Float	0.6	0 to 1	—
Threshold	Float	0.05	0 to 1	—
Softness	Float	0.3	0 to 1	—
Noise Amount	Float	0.25	0 to 1	—
Noise Size (mm)	Float	1	0.000001 to 1000000 (drag scale: 10)	—
Samples	Integer	16	1 to 128 (drag scale: 32)	—
Scope	Choice	self	—	self, scene
Mode	Choice	cavity	—	cavity, convex_proximity
Normal	Vector	0, 0, 0	—	—
External Mask	Float	1	0 to 1	—
Effect Scale	Float	1	0.000001 to 1000000 (drag scale: 4)	—
Real-world Scale	Integer	-1	-1 to 1	—

Outputs

Socket	Type
Dirt Mask	Float
Raw Occlusion	Float

Wood Texture

Generates wood grain, ring structure, surface treatment, and structural defects procedurally. All 196 inputs are always-visible rows on the node tile. For guided editing, use a Wood material in the Material panel (rows adapt to Mode, layout, species, cut and finish, with units and help text shown). The empty strip at the bottom of the node is a placeholder; clicking it does nothing. Lengths are in millimetres, except Film Thickness and Orange Peel Amplitude, which are in micrometres (µm). Angles are in degrees. Density is kg/m³, Knot Density is knots per metre of trunk, Height Growth Rate is mm per year and Spiral Grain is radians per mm. Mode: solid = a sawn board, end_grain = the cross-cut face, blank = a turned lathe blank, panel = plywood/veneer sheet. Board Layout controls the floorboard arrangement and has an effect only when Mode is solid or end_grain. Real-world Scale is an Integer (1 = sizes are true millimetres regardless of object scale; 0 = sizes follow the object's coordinates and Object Scale). Millimetres per Scene Unit is used only when Real-world Scale is 1. VIZid scenes are in millimetres, so leave it at 1. The field currently accepts only 0 to 1. The node has two rows named Board Width. The first (after Layout Seed, shown here as Board Width (1)) sets board width for Board Layout. The second (after Board Thickness, Board Width (2)) is the width of the sawn board a single part is cut from. When a Board Layout is active, the first one is used. Individual Ply Thicknesses (Mode panel only) takes one millimetre value per ply, separated by commas, each from 0.01 to 1000. The number of values must equal Ply Count: for example, set Ply Count to 4 and type 1.5, 3, 3, 1.5. If the count or a value is wrong, the list is ignored and the plies are spaced evenly. A valid list replaces Panel Thickness and Ply Thickness. Finish Preset sets Film Thickness, Film IOR, Coat Roughness, Pore Fill and Film Absorption when the material renders, replacing whatever those rows show (bare_rough also switches Saw to rough with no sanding when Saw is none; weathered raises Age to at least 1). The rows on the node do not change. To use your own values in those five rows, set Finish Preset to custom. Override Mask is a sum of bits: 1 Offset, 2 Depth, 4 Lateral, 8 Along, 16 Slope, 32 Twist, 64 Face Flip, 128 End Flip. Each set bit uses that Override row instead of the random draw. Leave Displacement Components at 255 and Quality, Detail While Moving, Filter Width Override, Debug Output and Noise Version at their defaults unless you are diagnosing. Wire outputs to a Wood BSDF using matching socket names (Color → Color, Tangent → Tangent, Normal → Normal, etc.); only Float, Vector and Colour sockets accept links from other typed outputs. Height and Subsurface Color have no matching Wood BSDF input; Height is normally wired through a Displacement node to Material Output.

Inputs

Socket	Type	Default	Registered numeric bounds	Choices
Vector	Vector	0, 0, 0	—	—
Real-world Scale	Integer	0	0 to 1	—
Millimetres per Scene Unit	Float	1	0 to 1	—
Object Scale	Float	1	0.001 to 10000 (drag scale: 10)	—
Displacement Mesh Scale	Float	8	0.25 to 64 (drag scale: 16)	—
Displace Surface Relief	Integer	1	0 to 1	—
Carve Plywood Core Openings	Integer	1	0 to 1	—
Displacement Components	Integer	255	0 to 255	—
Mode	Choice	solid	—	solid, blank, end_grain, panel
Ply Count	Integer	13	1 to 16	—
Board Layout	Choice	none	—	none, straight, random, herringbone, double_herringbone, chevron_45, chevron_60, basket_2, basket_3, mosaic, end_square, end_hex, versailles
Layout Normal Axis	Choice	z	—	x, y, z
Layout Seed	Integer	0	0 to 1000000	—
Board Width (1)	Float	100	10 to 1000	—
Board Length	Float	600	20 to 6000	—
Row Stagger	Float	0.5	0 to 1	—
Length Variation	Float	0.35	0 to 0.8	—
Minimum Stagger	Float	100	0 to 3000	—
Layout Rotation	Float	0	-180 to 180	—
Layout Offset U	Float	0	-100000 to 100000	—
Layout Offset V	Float	0	-100000 to 100000	—
Joint Gap	Float	0.1	0 to 10	—
Bevel Width	Float	0.35	0 to 10	—
Bevel Depth	Float	0.12	0 to 5	—
Board Tone Variation	Float	0.15	0 to 1	—
Parquet Panel Size	Float	1000	100 to 3000	—
Frame Width	Float	80	1 to 500	—
Thickness Axis	Choice	z	—	x, y, z
Veneer Cut	Choice	rotary	—	rotary, sliced
Veneer Matching	Choice	none	—	none, book, slip, reverse_slip, four_way, diamond, reverse_diamond, box, sunburst
Leaf Width	Float	180	1 to 1000	—
Leaf Layout Offset	Float	0	-10000 to 10000	—
Leaf Glue Seam	Float	0.05	0 to 1	—
Match Centre Along Grain	Float	0	-10000 to 10000	—
Radial Leaf Count	Float	12	8 to 16	—
Cross Laminated	Integer	1	0 to 1	—
Panel Thickness	Float	18	0.1 to 1000	—
Ply Thickness	Float	0	0 to 200	—
Face Veneer Thickness	Float	0	0 to 100	—
Individual Ply Thicknesses	Text	(empty)	—	—
Individual Ply Materials	Text	(empty)	—	—
Glue Thickness	Float	0.05	0 to 1	—
Glue Colour	Colour	0.12, 0.065, 0.025	—	—
Light Band Level	Float	1	0 to 4	—
Dark Band Level	Float	1	0 to 4	—
Thickness Variation	Float	0.07	0 to 0.2	—
Layer Waviness	Float	0.1	0 to 2	—
Face Grain Angle	Float	0	-180 to 180	—
Stack Centre	Float	0	-10000 to 10000	—
Peeling Radius	Float	100	10 to 1000	—
Core Gaps	Float	0	0 to 1	—
Gap Width	Float	4	0.01 to 25	—
Core Strip Width	Float	120	5 to 1000	—
Core Overlaps	Float	0	0 to 1	—
Glue-Line Variation	Float	0	0 to 1	—
Glue Bleed	Float	0	0 to 1	—
Torn Edge Fibres	Float	0	0 to 1	—
Edge Breakout	Float	0	0 to 1	—
Chip Size	Float	2	0.01 to 25	—
Lathe Checks	Float	0	0 to 1	—
Defect Seed	Integer	0	0 to 2147483648	—
Chipped Face	Choice	both	—	positive, negative, both
Face Repairs	Float	0	0 to 25	—
Repair Length	Float	60	4 to 150	—
Repair Width	Float	20	4 to 150	—
Repair Irregularity	Float	0.35	0 to 1	—
Repair Glue Line	Float	0.12	0.01 to 2	—
Repair Seam Depth	Float	0.05	0 to 1	—
Repair Grain Mismatch	Float	15	0 to 45	—
Repair Seed	Integer	0	0 to 1000000	—
Repaired Faces	Choice	both	—	positive, negative, both
Repair Shape	Choice	mixed	—	mixed, oval, boat, round
Repair Placement	Choice	knots	—	knots, scattered
Knots Repaired	Float	0	0 to 1	—
Minimum Knot Size	Float	10	0 to 100	—
Seed	Integer	0	0 to 1000000 (drag scale: 1000)	—
Log	Integer	0	0 to 1000000 (drag scale: 100)	—
Board	Integer	0	0 to 1000000 (drag scale: 100)	—
Part	Integer	0	0 to 1000000 (drag scale: 100)	—
Sawmill Pattern	Choice	through	—	through, cant, quarter, rift, grade, plain_around
Board Thickness	Float	27	5 to 200	—
Board Width (2)	Float	200	20 to 1500	—
Part Axis	Choice	auto	—	auto, x, y, z
Part Length	Float	1000	10 to 6000	—
Override Mask	Integer	0	0 to 255	—
Override Offset	Float	0	-1000 to 1000	—
Override Depth	Float	0	-1000 to 1000	—
Override Lateral	Float	0	-1000 to 1000	—
Override Along	Float	0	-6000 to 6000	—
Override Slope	Float	0	-90 to 90	—
Override Twist	Float	0	-180 to 180	—
Override Face Flip	Float	0	0 to 1	—
Override End Flip	Float	0	0 to 1	—
Blank Offset	Float	60	0 to 1000	—
Blank Rotation	Float	0	-180 to 180	—
Species Class	Choice	ring_porous	—	conifer_abrupt, conifer_gradual, ring_porous, semi_ring_porous, diffuse_porous
Density	Float	680	300 to 1250	—
Log Radius	Float	250	60 to 1000	—
Pith Offset	Float	6	0 to 30	—
Eccentricity	Float	0.12	0 to 0.4	—
Taper	Float	0.004	0 to 0.02	—
Spiral Grain	Float	0.0003	0 to 0.03	—
Sweep	Float	15	0 to 60	—
Ring Width	Float	2	0.3 to 12	—
Ring Variance	Float	0.3	0 to 0.6	—
Ring AR(1)	Float	0.65	0 to 0.95	—
Juvenile Rings	Float	30	5 to 80	—
Age Exponent	Float	0.45	0 to 1	—
Ring Wobble	Float	0.25	0 to 0.6	—
Ring Wobble Wavelength	Float	40	10 to 200	—
Latewood Fraction	Float	0.6	0.05 to 0.8	—
Latewood Sharpness	Float	0.06	0.02 to 0.6	—
False Ring Probability	Float	0.03	0 to 0.2	—
Heartwood Radius	Float	0.8	0 to 1	—
Heartwood Transition	Float	2	0.5 to 6	—
Height Growth Rate	Float	300	100 to 800	—
Knot Density	Float	0.5	0 to 4	—
Whorl Spacing	Float	500	200 to 1200	—
Knot Size	Float	15	3 to 60	—
Dead Knot Fraction	Float	0.4	0 to 1	—
Branch Growth Rate	Float	150	50 to 500	—
Pore Diameter	Float	0.3	0 to 0.5	—
Pore Spacing	Float	0.6	0.1 to 2	—
Pore Softness	Float	0.07	0.02 to 0.2	—
Pore Gate Start	Float	0.15	0 to 1	—
Pore Gate End	Float	0.35	0 to 1	—
Pore Colour	Colour	0.025, 0.015, 0.008	—	—
Pore Colour Strength	Float	0	0 to 1	—
Pore Rim Colour	Colour	0.72, 0.69, 0.61	—	—
Pore Rim Colour Strength	Float	0	0 to 1	—
Wood Bump Strength	Float	1	0 to 4	—
Coat Bump Strength	Float	1	0 to 4	—
Ray Spacing (wide)	Float	4	0 to 20	—
Ray Width (wide)	Float	0.5	0.05 to 1.2	—
Ray Height (wide)	Float	25	1 to 60	—
Ray Spacing (fine)	Float	0.25	0.05 to 2	—
Ray Width (fine)	Float	0.03	0.01 to 0.2	—
Ray Height (fine)	Float	2	0.3 to 10	—
Ray Waver	Float	0.3	0 to 1	—
Fibre Stretch	Float	40	5 to 80	—
Tracheid Scale	Float	0.05	0.02 to 0.2	—
Resin Density	Float	0	0 to 1	—
Resin Diameter	Float	0.1	0.03 to 0.2	—
Figure	Choice	none	—	none, curly, quilted, birdseye, interlocked
Figure Amplitude	Float	0.25	0 to 1	—
Figure Wavelength	Float	6	2 to 40	—
Figure Drift	Float	0.3	0 to 1	—
Interlock Rings	Float	5	2 to 12	—
Saw	Choice	none	—	none, circular, band, rough
Saw Amplitude	Float	0.15	0 to 1	—
Saw Pitch	Float	2.5	0.5 to 8	—
Blade Radius	Float	200	100 to 300	—
Planer Pitch	Float	1.6	0 to 3	—
Cutter Radius	Float	50	40 to 60	—
Sanding Grit	Integer	180	0 to 600	—
Sanding Completeness	Float	1	0 to 1	—
Sanding Angle	Float	0	-90 to 90	—
Random Orbit	Integer	0	0 to 1	—
Tearout	Float	0	0 to 1	—
Wire Brush Depth	Float	0	0 to 0.5	—
Check Dryness	Float	0	0 to 1	—
Finish Preset	Choice	bare_planed	—	bare_planed, bare_rough, oil, hardwax, wax, shellac, lacquer, poly_water, poly_oil, conversion, french_polish, weathered, custom
Colourant	Choice	none	—	none, dye, pigment, gel, bleach, lime
Colourant Colour	Colour	0.35, 0.18, 0.06	—	—
Colourant Depth	Float	1	0 to 3	—
Film Thickness	Float	0	0 to 200	—
Film IOR	Float	1.5	1.3 to 1.7	—
Film Absorption	Colour	1, 1, 1	—	—
Coat Roughness	Float	0.12	0 to 1	—
Pore Fill	Float	0	0 to 1	—
Orange Peel Amplitude	Float	0	0 to 10	—
Orange Peel Wavelength	Float	2	0.5 to 20	—
Wear	Float	0	0 to 1	—
Wear Depth	Float	0.5	0 to 2	—
Colourant Penetration	Float	0.1	0.001 to 1	—
Wear Patchiness	Float	0	0 to 1	—
Wear Patch Size	Float	80	0.5 to 4000	—
Wear Seed	Integer	0	0 to 1000000	—
Age	Float	0	0 to 1	—
Exposure	Float	1	0 to 1	—
Stain Blotchiness	Float	0	0 to 1	—
Uneven Finish	Float	0	0 to 1	—
Patch Size	Float	40	0.5 to 2000	—
Treatment Seed	Integer	0	0 to 1000000	—
Sapwood Colour	Colour	0.62, 0.5, 0.34	—	—
Heartwood Colour	Colour	0.42, 0.3, 0.17	—	—
Aged Colour	Colour	0.4, 0.27, 0.14	—	—
Latewood Density Ratio	Float	1.6	1 to 3.5	—
Knot Colour Shift	Float	1	0 to 2	—
Ray Lightness	Float	1	0 to 2	—
Cell Diameter	Float	0.02	0.012 to 0.045	—
Quality	Float	1	0.1 to 2	—
Detail While Moving	Choice	auto	—	auto, full, simplified, raster
Filter Width Override	Float	0	0 to 10	—
Debug Output	Choice	none	—	none, ring_phase, ring_index, latewood, heart, year, pore, ray, tracheid, resin, knot, knot_bark, figure, fconf, tangent, height, machine, filter_width, board_frame, theta, radius
Noise Version	Integer	1	1 to 8	—

Outputs

Socket	Type
Color	Colour
Roughness	Float
Anisotropy	Float
Tangent	Vector
Normal	Vector
Height	Float
Coat Weight	Float
Coat Roughness	Float
Coat Tint	Colour
Coat Normal	Vector
Subsurface Color	Colour
Subsurface Radius	Vector
Fibre Beta	Float
Fibre Strength	Float
Cavity	Float
Fibre Confidence	Float
Ring Phase	Float
Latewood	Float
Heart	Float
Pore	Float
Ray	Float
Resin	Float
Tracheid	Float
Knot	Float
Knot Bark	Float
Figure	Float
Check	Float
Wane	Float
Machine	Float
Layer	Float
Glue	Float
Void	Float
Panel Edge	Float
Defect	Float
Patch	Float
Placement (mm)	Vector