Composite Materials (.shaders.composites)

bricks

infinigen2.shaders.composites.bricks.brick_color_pattern_rand(...)

Parameters:

• rng (Generator)

• vector (pf.ProcNode[pf.Vector])

• brick_id (pf.ProcNode[pf.Vector])

• brick_random (pf.ProcNode[pf.Color])

infinigen2.shaders.composites.bricks.brick_masonry_brown_preset(vector) → pf.Material

infinigen2 brick_masonry_brown_preset material_cube render_cycles --seed 0 --passes rgb --displacement_mode DISPLACEMENT_AND_BUMP -r 192 192 -s 128 📋

infinigen2.shaders.composites.bricks.brick_masonry_granite_preset(vector) → pf.Material

infinigen2 brick_masonry_granite_preset material_cube render_cycles --seed 0 --passes rgb --displacement_mode DISPLACEMENT_AND_BUMP -r 192 192 -s 128 📋

infinigen2.shaders.composites.bricks.brick_masonry_sharp_preset(vector) → pf.Material

infinigen2 brick_masonry_sharp_preset material_cube render_cycles --seed 0 --passes rgb --displacement_mode DISPLACEMENT_AND_BUMP -r 192 192 -s 128 📋

infinigen2.shaders.composites.bricks.brick_shader_composite_rand(...) → pf.Material

Chooses a brick material, and when possible chooses a per-brick color scheme, e.g random, checkered, striped, etc

Parameters:

• rng (Generator)

• vector (pf.ProcNode[pf.Vector])

• brick_id (pf.ProcNode[pf.Vector])

• brick_random (pf.ProcNode[pf.Color])

infinigen2.shaders.composites.bricks.bricks_checkered_preset(vector) → pf.Material

infinigen2 bricks_checkered_preset material_cube render_cycles --seed 0 --passes rgb --displacement_mode DISPLACEMENT_AND_BUMP -r 192 192 -s 128 📋

infinigen2.shaders.composites.bricks.bricks_checkered_sparse_preset(vector) → pf.Material

infinigen2 bricks_checkered_sparse_preset material_cube render_cycles --seed 0 --passes rgb --displacement_mode DISPLACEMENT_AND_BUMP -r 192 192 -s 128 📋

infinigen2.shaders.composites.bricks.bricks_cobble_preset(vector) → pf.Material

infinigen2 bricks_cobble_preset material_cube render_cycles --seed 0 --passes rgb --displacement_mode DISPLACEMENT_AND_BUMP -r 192 192 -s 128 📋

infinigen2.shaders.composites.bricks.bricks_grey_preset(vector) → pf.Material

infinigen2 bricks_grey_preset material_cube render_cycles --seed 0 --passes rgb --displacement_mode DISPLACEMENT_AND_BUMP -r 192 192 -s 128 📋

infinigen2.shaders.composites.bricks.bricks_grey_rounded_preset(vector) → pf.Material

infinigen2 bricks_grey_rounded_preset material_cube render_cycles --seed 0 --passes rgb --displacement_mode DISPLACEMENT_AND_BUMP -r 192 192 -s 128 📋

infinigen2.shaders.composites.bricks.bricks_masonry_rand(...) → pf.Material

Args: ---

Example renders

infinigen2 bricks_masonry_rand material_cube render_cycles --seed 0 --passes rgb --displacement_mode DISPLACEMENT_AND_BUMP -r 192 192 -s 128 📋

infinigen2 bricks_masonry_rand material_cube render_cycles --seed 1 --passes rgb --displacement_mode DISPLACEMENT_AND_BUMP -r 192 192 -s 128 📋

infinigen2 bricks_masonry_rand material_cube render_cycles --seed 2 --passes rgb --displacement_mode DISPLACEMENT_AND_BUMP -r 192 192 -s 128 📋

infinigen2 bricks_masonry_rand material_cube render_cycles --seed 3 --passes rgb --displacement_mode DISPLACEMENT_AND_BUMP -r 192 192 -s 128 📋

infinigen2 bricks_masonry_rand material_cube render_cycles --seed 4 --passes rgb --displacement_mode DISPLACEMENT_AND_BUMP -r 192 192 -s 128 📋

infinigen2 bricks_masonry_rand material_cube render_cycles --seed 5 --passes rgb --displacement_mode DISPLACEMENT_AND_BUMP -r 192 192 -s 128 📋

Parameters:

• rng (Generator)

• vector (pf.ProcNode[pf.Vector])

• brick_shader (pf.Material | None) -- (default: None)

• grout_shader (pf.Material | None) -- (default: None)

infinigen2.shaders.composites.bricks.bricks_paint_bumpy_preset(vector) → pf.Material

infinigen2 bricks_paint_bumpy_preset material_cube render_cycles --seed 0 --passes rgb --displacement_mode DISPLACEMENT_AND_BUMP -r 192 192 -s 128 📋

infinigen2.shaders.composites.bricks.bricks_paint_rand(...) → pf.Material

Creates a material with bricks covered with paint, sometimes with cracks allowing the underlying bricks to show through

Note: you could also just use bricks_rand then paint_overlay_rand, but this would miss a couple features: - some options for the brick material are large enough to cause Cycles: out of SVM stack space when using paint+mask - this function ensures that cracks in paint

Example renders

infinigen2 bricks_paint_rand material_cube render_cycles --seed 0 --passes rgb --displacement_mode DISPLACEMENT_AND_BUMP -r 192 192 -s 128 📋

infinigen2 bricks_paint_rand material_cube render_cycles --seed 1 --passes rgb --displacement_mode DISPLACEMENT_AND_BUMP -r 192 192 -s 128 📋

infinigen2 bricks_paint_rand material_cube render_cycles --seed 2 --passes rgb --displacement_mode DISPLACEMENT_AND_BUMP -r 192 192 -s 128 📋

infinigen2 bricks_paint_rand material_cube render_cycles --seed 3 --passes rgb --displacement_mode DISPLACEMENT_AND_BUMP -r 192 192 -s 128 📋

infinigen2 bricks_paint_rand material_cube render_cycles --seed 4 --passes rgb --displacement_mode DISPLACEMENT_AND_BUMP -r 192 192 -s 128 📋

infinigen2 bricks_paint_rand material_cube render_cycles --seed 5 --passes rgb --displacement_mode DISPLACEMENT_AND_BUMP -r 192 192 -s 128 📋

Parameters:

• rng (Generator)

• vector (pf.ProcNode[pf.Vector])

• bricks (pf.Material | None) -- (default: None)

• paint_material (pf.Material | None) -- (default: None)

• brick_cutter (BrickCutterResult | None) -- (default: None)

• mask (pf.ProcNode[float] | None) -- (default: None)

infinigen2.shaders.composites.bricks.bricks_paint_spots_preset(vector) → pf.Material

infinigen2 bricks_paint_spots_preset material_cube render_cycles --seed 0 --passes rgb --displacement_mode DISPLACEMENT_AND_BUMP -r 192 192 -s 128 📋

infinigen2.shaders.composites.bricks.bricks_paint_strokes_preset(vector) → pf.Material

infinigen2 bricks_paint_strokes_preset material_cube render_cycles --seed 0 --passes rgb --displacement_mode DISPLACEMENT_AND_BUMP -r 192 192 -s 128 📋

infinigen2.shaders.composites.bricks.bricks_paint_worn_preset(vector) → pf.Material

infinigen2 bricks_paint_worn_preset material_cube render_cycles --seed 0 --passes rgb --displacement_mode DISPLACEMENT_AND_BUMP -r 192 192 -s 128 📋

infinigen2.shaders.composites.bricks.bricks_pristine_rand(rng, vector) → pf.Material

Example renders

infinigen2 bricks_pristine_rand material_cube render_cycles --seed 0 --passes rgb --displacement_mode DISPLACEMENT_AND_BUMP -r 192 192 -s 128 📋

infinigen2 bricks_pristine_rand material_cube render_cycles --seed 1 --passes rgb --displacement_mode DISPLACEMENT_AND_BUMP -r 192 192 -s 128 📋

infinigen2 bricks_pristine_rand material_cube render_cycles --seed 2 --passes rgb --displacement_mode DISPLACEMENT_AND_BUMP -r 192 192 -s 128 📋

infinigen2 bricks_pristine_rand material_cube render_cycles --seed 3 --passes rgb --displacement_mode DISPLACEMENT_AND_BUMP -r 192 192 -s 128 📋

infinigen2 bricks_pristine_rand material_cube render_cycles --seed 4 --passes rgb --displacement_mode DISPLACEMENT_AND_BUMP -r 192 192 -s 128 📋

infinigen2 bricks_pristine_rand material_cube render_cycles --seed 5 --passes rgb --displacement_mode DISPLACEMENT_AND_BUMP -r 192 192 -s 128 📋

Parameters:

• rng (Generator)

• vector (pf.ProcNode[pf.Vector])

infinigen2.shaders.composites.bricks.bricks_rand(...) → pf.Material

Example renders

infinigen2 bricks_rand material_cube render_cycles --seed 0 --passes rgb --displacement_mode DISPLACEMENT_AND_BUMP -r 192 192 -s 128 📋

infinigen2 bricks_rand material_cube render_cycles --seed 1 --passes rgb --displacement_mode DISPLACEMENT_AND_BUMP -r 192 192 -s 128 📋

infinigen2 bricks_rand material_cube render_cycles --seed 2 --passes rgb --displacement_mode DISPLACEMENT_AND_BUMP -r 192 192 -s 128 📋

infinigen2 bricks_rand material_cube render_cycles --seed 3 --passes rgb --displacement_mode DISPLACEMENT_AND_BUMP -r 192 192 -s 128 📋

infinigen2 bricks_rand material_cube render_cycles --seed 4 --passes rgb --displacement_mode DISPLACEMENT_AND_BUMP -r 192 192 -s 128 📋

infinigen2 bricks_rand material_cube render_cycles --seed 5 --passes rgb --displacement_mode DISPLACEMENT_AND_BUMP -r 192 192 -s 128 📋

Parameters:

• rng (Generator)

• vector (pf.ProcNode[pf.Vector])

• brick_cutter (BrickCutterResult | None) -- (default: None)

• brick_shader (pf.Material | None) -- (default: None)

• grout_shader (pf.Material | None) -- (default: None)

infinigen2.shaders.composites.bricks.bricks_red_concave_preset(vector) → pf.Material

infinigen2 bricks_red_concave_preset material_cube render_cycles --seed 0 --passes rgb --displacement_mode DISPLACEMENT_AND_BUMP -r 192 192 -s 128 📋

infinigen2.shaders.composites.bricks.bricks_red_preset(vector) → pf.Material

infinigen2 bricks_red_preset material_cube render_cycles --seed 0 --passes rgb --displacement_mode DISPLACEMENT_AND_BUMP -r 192 192 -s 128 📋

infinigen2.shaders.composites.bricks.bricks_striped_preset(vector) → pf.Material

infinigen2 bricks_striped_preset material_cube render_cycles --seed 0 --passes rgb --displacement_mode DISPLACEMENT_AND_BUMP -r 192 192 -s 128 📋

fabric_patterned

infinigen2.shaders.composites.fabric_patterned.fabric_color_plain_rand(...) → pf.Color

Parameters:

• rng (Generator)

• hue (pf.ProcNode[float] | float | None) -- (default: None)

• saturation (pf.ProcNode[float] | float | None) -- (default: None)

• value (pf.ProcNode[float] | float | None) -- (default: None)

infinigen2.shaders.composites.fabric_patterned.fabric_patterned_colors_rand(rng) → tuple[pf.Color, pf.Color, pf.Color]

Parameters:

rng (Generator)

infinigen2.shaders.composites.fabric_patterned.fabric_patterned_rand(...) → pf.Material

Example renders

infinigen2 fabric_patterned_rand material_cube render_cycles --seed 0 --passes rgb --displacement_mode DISPLACEMENT_AND_BUMP -r 192 192 -s 128 📋

infinigen2 fabric_patterned_rand material_cube render_cycles --seed 1 --passes rgb --displacement_mode DISPLACEMENT_AND_BUMP -r 192 192 -s 128 📋

infinigen2 fabric_patterned_rand material_cube render_cycles --seed 2 --passes rgb --displacement_mode DISPLACEMENT_AND_BUMP -r 192 192 -s 128 📋

infinigen2 fabric_patterned_rand material_cube render_cycles --seed 3 --passes rgb --displacement_mode DISPLACEMENT_AND_BUMP -r 192 192 -s 128 📋

infinigen2 fabric_patterned_rand material_cube render_cycles --seed 4 --passes rgb --displacement_mode DISPLACEMENT_AND_BUMP -r 192 192 -s 128 📋

infinigen2 fabric_patterned_rand material_cube render_cycles --seed 5 --passes rgb --displacement_mode DISPLACEMENT_AND_BUMP -r 192 192 -s 128 📋

Parameters:

• rng (Generator)

• vector (pf.ProcNode[pf.Vector] | pf.Vector)

• color1 (pf.ProcNode[pf.Color] | pf.Color | None) -- (default: None)

• color2 (pf.ProcNode[pf.Color] | pf.Color | None) -- (default: None)

• color3 (pf.ProcNode[pf.Color] | pf.Color | None) -- (default: None)

• tile_mask (TileShapeResult | None) -- (default: None)

• scale (float) -- (default: 20.0)

infinigen2.shaders.composites.fabric_patterned.fabric_patterned_translucent_rand(...) → pf.Material

Example renders

infinigen2 fabric_patterned_translucent_rand material_cube render_cycles --seed 0 --passes rgb --displacement_mode DISPLACEMENT_AND_BUMP -r 192 192 -s 128 📋

infinigen2 fabric_patterned_translucent_rand material_cube render_cycles --seed 1 --passes rgb --displacement_mode DISPLACEMENT_AND_BUMP -r 192 192 -s 128 📋

infinigen2 fabric_patterned_translucent_rand material_cube render_cycles --seed 2 --passes rgb --displacement_mode DISPLACEMENT_AND_BUMP -r 192 192 -s 128 📋

infinigen2 fabric_patterned_translucent_rand material_cube render_cycles --seed 3 --passes rgb --displacement_mode DISPLACEMENT_AND_BUMP -r 192 192 -s 128 📋

infinigen2 fabric_patterned_translucent_rand material_cube render_cycles --seed 4 --passes rgb --displacement_mode DISPLACEMENT_AND_BUMP -r 192 192 -s 128 📋

infinigen2 fabric_patterned_translucent_rand material_cube render_cycles --seed 5 --passes rgb --displacement_mode DISPLACEMENT_AND_BUMP -r 192 192 -s 128 📋

Parameters:

• rng (Generator)

• vector (pf.ProcNode[pf.Vector] | pf.Vector)

• color1 (pf.ProcNode[pf.Color] | pf.Color | None) -- (default: None)

• color2 (pf.ProcNode[pf.Color] | pf.Color | None) -- (default: None)

• color3 (pf.ProcNode[pf.Color] | pf.Color | None) -- (default: None)

• scale (float) -- (default: 20.0)

• translucency (float) -- (default: 0.5)

infinigen2.shaders.composites.fabric_patterned.patterned_color_rand(...)

Parameters:

• rng

• color1 (pf.ProcNode[pf.Color] | pf.Color)

• color2 (pf.ProcNode[pf.Color] | pf.Color)

• color3 (pf.ProcNode[pf.Color] | pf.Color)

• tile_mask_result (TileShapeResult)

paint_overlay

infinigen2.shaders.composites.paint_overlay.cracked_paint_overlay_rand(rng, vector, material) → pf.Material

Aged paint coat over an existing material: a fresh paint layer cracks and flakes away to reveal the underlying surface through the crack mask.

Parameters:

• rng (Generator)

• vector (pf.ProcNode[pf.Vector])

• material (pf.Material)

infinigen2.shaders.composites.paint_overlay.paint_overlay_rand(...) → pf.Material

Parameters:

• rng (Generator)

• vector (pf.ProcNode[pf.Vector])

• material (pf.Material)

• paint (pf.Material | None) -- (default: None)

• mask (pf.ProcNode[float] | None) -- (default: None)

scratches_overlay

infinigen2.shaders.composites.scratches_overlay.scratch_shader_rand(rng) → pf.ProcNode[Shader]

Parameters:

rng (Generator)

infinigen2.shaders.composites.scratches_overlay.scratched_metal_rand(rng, vector) → pf.Material

Example renders

infinigen2 scratched_metal_rand material_cube render_cycles --seed 0 --passes rgb --displacement_mode DISPLACEMENT_AND_BUMP -r 192 192 -s 128 📋

infinigen2 scratched_metal_rand material_cube render_cycles --seed 1 --passes rgb --displacement_mode DISPLACEMENT_AND_BUMP -r 192 192 -s 128 📋

infinigen2 scratched_metal_rand material_cube render_cycles --seed 2 --passes rgb --displacement_mode DISPLACEMENT_AND_BUMP -r 192 192 -s 128 📋

infinigen2 scratched_metal_rand material_cube render_cycles --seed 3 --passes rgb --displacement_mode DISPLACEMENT_AND_BUMP -r 192 192 -s 128 📋

infinigen2 scratched_metal_rand material_cube render_cycles --seed 4 --passes rgb --displacement_mode DISPLACEMENT_AND_BUMP -r 192 192 -s 128 📋

infinigen2 scratched_metal_rand material_cube render_cycles --seed 5 --passes rgb --displacement_mode DISPLACEMENT_AND_BUMP -r 192 192 -s 128 📋

Parameters:

• rng (Generator)

• vector (pf.ProcNode[pf.Vector] | pf.Vector)

infinigen2.shaders.composites.scratches_overlay.scratched_wood_rand(rng, vector) → pf.Material

Example renders

infinigen2 scratched_wood_rand material_cube render_cycles --seed 0 --passes rgb --displacement_mode DISPLACEMENT_AND_BUMP -r 192 192 -s 128 📋

infinigen2 scratched_wood_rand material_cube render_cycles --seed 1 --passes rgb --displacement_mode DISPLACEMENT_AND_BUMP -r 192 192 -s 128 📋

infinigen2 scratched_wood_rand material_cube render_cycles --seed 2 --passes rgb --displacement_mode DISPLACEMENT_AND_BUMP -r 192 192 -s 128 📋

infinigen2 scratched_wood_rand material_cube render_cycles --seed 3 --passes rgb --displacement_mode DISPLACEMENT_AND_BUMP -r 192 192 -s 128 📋

infinigen2 scratched_wood_rand material_cube render_cycles --seed 4 --passes rgb --displacement_mode DISPLACEMENT_AND_BUMP -r 192 192 -s 128 📋

infinigen2 scratched_wood_rand material_cube render_cycles --seed 5 --passes rgb --displacement_mode DISPLACEMENT_AND_BUMP -r 192 192 -s 128 📋

Parameters:

• rng (Generator)

• vector (pf.ProcNode[pf.Vector] | pf.Vector)

infinigen2.shaders.composites.scratches_overlay.scratches_brushed_preset(vector) → pf.Material

infinigen2 scratches_brushed_preset material_cube render_cycles --seed 0 --passes rgb --displacement_mode DISPLACEMENT_AND_BUMP -r 192 192 -s 128 📋

infinigen2.shaders.composites.scratches_overlay.scratches_deep_dirty_preset(vector) → pf.Material

infinigen2 scratches_deep_dirty_preset material_cube render_cycles --seed 0 --passes rgb --displacement_mode DISPLACEMENT_AND_BUMP -r 192 192 -s 128 📋

infinigen2.shaders.composites.scratches_overlay.scratches_dense_preset(vector) → pf.Material

infinigen2 scratches_dense_preset material_cube render_cycles --seed 0 --passes rgb --displacement_mode DISPLACEMENT_AND_BUMP -r 192 192 -s 128 📋

infinigen2.shaders.composites.scratches_overlay.scratches_light_varnish_preset(vector) → pf.Material

infinigen2 scratches_light_varnish_preset material_cube render_cycles --seed 0 --passes rgb --displacement_mode DISPLACEMENT_AND_BUMP -r 192 192 -s 128 📋

infinigen2.shaders.composites.scratches_overlay.scratches_overlay_rand(...) → pf.Material

Parameters:

• rng (Generator)

• vector (pf.ProcNode[pf.Vector] | pf.Vector)

• material (pf.Material)

• scratch_shader (pf.ProcNode[Shader] | Shader | None) -- (default: None)

• scale (float | None) -- (default: None)

infinigen2.shaders.composites.scratches_overlay.scratches_shallow_preset(vector) → pf.Material

infinigen2 scratches_shallow_preset material_cube render_cycles --seed 0 --passes rgb --displacement_mode DISPLACEMENT_AND_BUMP -r 192 192 -s 128 📋

splats_overlay

infinigen2.shaders.composites.splats_overlay.glass_no_refraction_splats_rand(rng, vector) → pf.Material

Example renders

infinigen2 glass_no_refraction_splats_rand material_cube render_cycles --seed 0 --passes rgb --displacement_mode DISPLACEMENT_AND_BUMP -r 192 192 -s 128 📋

infinigen2 glass_no_refraction_splats_rand material_cube render_cycles --seed 1 --passes rgb --displacement_mode DISPLACEMENT_AND_BUMP -r 192 192 -s 128 📋

infinigen2 glass_no_refraction_splats_rand material_cube render_cycles --seed 2 --passes rgb --displacement_mode DISPLACEMENT_AND_BUMP -r 192 192 -s 128 📋

infinigen2 glass_no_refraction_splats_rand material_cube render_cycles --seed 3 --passes rgb --displacement_mode DISPLACEMENT_AND_BUMP -r 192 192 -s 128 📋

infinigen2 glass_no_refraction_splats_rand material_cube render_cycles --seed 4 --passes rgb --displacement_mode DISPLACEMENT_AND_BUMP -r 192 192 -s 128 📋

infinigen2 glass_no_refraction_splats_rand material_cube render_cycles --seed 5 --passes rgb --displacement_mode DISPLACEMENT_AND_BUMP -r 192 192 -s 128 📋

Parameters:

• rng (Generator)

• vector (pf.ProcNode[pf.Vector] | pf.Vector)

infinigen2.shaders.composites.splats_overlay.metal_simple_rand(rng, vector) → pf.Material

Parameters:

• rng (Generator)

• vector (pf.ProcNode[pf.Vector] | pf.Vector)

infinigen2.shaders.composites.splats_overlay.metal_splats_rand(rng, vector) → pf.Material

Example renders

infinigen2 metal_splats_rand material_cube render_cycles --seed 0 --passes rgb --displacement_mode DISPLACEMENT_AND_BUMP -r 192 192 -s 128 📋

infinigen2 metal_splats_rand material_cube render_cycles --seed 1 --passes rgb --displacement_mode DISPLACEMENT_AND_BUMP -r 192 192 -s 128 📋

infinigen2 metal_splats_rand material_cube render_cycles --seed 2 --passes rgb --displacement_mode DISPLACEMENT_AND_BUMP -r 192 192 -s 128 📋

infinigen2 metal_splats_rand material_cube render_cycles --seed 3 --passes rgb --displacement_mode DISPLACEMENT_AND_BUMP -r 192 192 -s 128 📋

infinigen2 metal_splats_rand material_cube render_cycles --seed 4 --passes rgb --displacement_mode DISPLACEMENT_AND_BUMP -r 192 192 -s 128 📋

infinigen2 metal_splats_rand material_cube render_cycles --seed 5 --passes rgb --displacement_mode DISPLACEMENT_AND_BUMP -r 192 192 -s 128 📋

Parameters:

• rng (Generator)

• vector (pf.ProcNode[pf.Vector] | pf.Vector)

infinigen2.shaders.composites.splats_overlay.splats_base_material_rand(rng, vector) → pf.Material

Parameters:

• rng (Generator)

• vector (pf.ProcNode[pf.Vector] | pf.Vector)

infinigen2.shaders.composites.splats_overlay.splats_overlay_rand(...) → pf.Material

Parameters:

• rng (Generator)

• vector (pf.ProcNode[pf.Vector] | pf.Vector)

• material (pf.Material)

• overlay_material (pf.Material | None) -- (default: None)

• size (pf.ProcNode[float] | float | None) -- (default: None)

tiles

infinigen2.shaders.composites.tiles.ceramic_colored_rand(rng, vector) → pf.Material

Parameters:

• rng (Generator)

• vector (pf.ProcNode[pf.Vector])

infinigen2.shaders.composites.tiles.shifted_vector_rand(rng, vector, tile_mask) → pf.ProcNode[pf.Vector]

Parameters:

• rng (Generator)

• vector (pf.ProcNode[pf.Vector])

• tile_mask (TileShapeResult)

infinigen2.shaders.composites.tiles.tile_generate(...) → pf.Material

Generates a tile shader by mixing tile and grout shaders based on a mask.

Parameters:

• vector (pf.ProcNode[pf.Vector]) -- The input vector.

• tile (pf.Material) -- The tile material shader.

• grout (pf.Material) -- The grout material shader.

• tile_mask (TileShapeResult) -- The tile mask result containing mask and tile types.

Returns:

The combined tile and grout shader.

Return type:

pf.Material

infinigen2.shaders.composites.tiles.tile_indoor_ground_material_rand(rng, vector)

Randomly selects a material distribution for indoor ground tiles.

Parameters:

• rng (pf.RNG) -- The random number generator.

• vector (pf.ProcNode[pf.Vector]) -- The input vector for the material.

Returns:

The material shader.

Return type:

pf.Material

infinigen2.shaders.composites.tiles.tile_indoor_ground_rand(...) → pf.Material

Generates a tile shader for indoor ground with randomized parameters.

Parameters:

• rng (pf.RNG) -- The random number generator.

• vector (pf.ProcNode[pf.Vector], optional) -- The input vector. Defaults to texture coordinates.

• tile (pf.Material, optional) -- The tile material. Defaults to random.

• grout (pf.Material, optional) -- The grout material. Defaults to brick_concrete grout.

• tile_mask (TileShapeResult, optional) -- The tile mask. Defaults to random.

• scale (t.SocketOrVal[float], optional) -- The scale of the tile. Defaults to random.

Returns:

The generated tile shader.

Return type:

pf.Material

Example renders

infinigen2 tile_indoor_ground_rand material_cube render_cycles --seed 0 --passes rgb --displacement_mode DISPLACEMENT_AND_BUMP -r 192 192 -s 128 📋

infinigen2 tile_indoor_ground_rand material_cube render_cycles --seed 1 --passes rgb --displacement_mode DISPLACEMENT_AND_BUMP -r 192 192 -s 128 📋

infinigen2 tile_indoor_ground_rand material_cube render_cycles --seed 2 --passes rgb --displacement_mode DISPLACEMENT_AND_BUMP -r 192 192 -s 128 📋

infinigen2 tile_indoor_ground_rand material_cube render_cycles --seed 3 --passes rgb --displacement_mode DISPLACEMENT_AND_BUMP -r 192 192 -s 128 📋

infinigen2 tile_indoor_ground_rand material_cube render_cycles --seed 4 --passes rgb --displacement_mode DISPLACEMENT_AND_BUMP -r 192 192 -s 128 📋

infinigen2 tile_indoor_ground_rand material_cube render_cycles --seed 5 --passes rgb --displacement_mode DISPLACEMENT_AND_BUMP -r 192 192 -s 128 📋

infinigen2.shaders.composites.tiles.tile_indoor_wall_material_rand(rng, vector)

Randomly selects a material distribution for indoor wall tiles.

Parameters:

• rng (pf.RNG) -- The random number generator.

• vector (pf.ProcNode[pf.Vector]) -- The input vector for the material.

Returns:

The material shader.

Return type:

pf.Material

infinigen2.shaders.composites.tiles.tile_indoor_wall_rand(...) → pf.Material

Generates a tile shader for indoor walls with randomized parameters.

Parameters:

• rng (pf.RNG) -- The random number generator.

• vector (pf.ProcNode[pf.Vector], optional) -- The input vector. Defaults to texture coordinates.

• tile (pf.Material, optional) -- The tile material. Defaults to random.

• grout (pf.Material, optional) -- The grout material. Defaults to brick_concrete grout.

• tile_mask (TileShapeResult, optional) -- The tile mask. Defaults to random.

• scale (t.SocketOrVal[float], optional) -- The scale of the tile. Defaults to random.

Returns:

The generated tile shader.

Return type:

pf.Material

Example renders

infinigen2 tile_indoor_wall_rand material_cube render_cycles --seed 0 --passes rgb --displacement_mode DISPLACEMENT_AND_BUMP -r 192 192 -s 128 📋

infinigen2 tile_indoor_wall_rand material_cube render_cycles --seed 1 --passes rgb --displacement_mode DISPLACEMENT_AND_BUMP -r 192 192 -s 128 📋

infinigen2 tile_indoor_wall_rand material_cube render_cycles --seed 2 --passes rgb --displacement_mode DISPLACEMENT_AND_BUMP -r 192 192 -s 128 📋

infinigen2 tile_indoor_wall_rand material_cube render_cycles --seed 3 --passes rgb --displacement_mode DISPLACEMENT_AND_BUMP -r 192 192 -s 128 📋

infinigen2 tile_indoor_wall_rand material_cube render_cycles --seed 4 --passes rgb --displacement_mode DISPLACEMENT_AND_BUMP -r 192 192 -s 128 📋

infinigen2 tile_indoor_wall_rand material_cube render_cycles --seed 5 --passes rgb --displacement_mode DISPLACEMENT_AND_BUMP -r 192 192 -s 128 📋

infinigen2.shaders.composites.tiles.tile_material_rand(rng, vector)

Randomly selects a material distribution for tiles from a set of types.

Parameters:

• rng (pf.RNG) -- The random number generator.

• vector (pf.ProcNode[pf.Vector]) -- The input vector for the material.

Returns:

The material shader.

Return type:

pf.Material

infinigen2.shaders.composites.tiles.tile_outdoor_ground_material_rand(rng, vector)

Randomly selects a material distribution for outdoor ground tiles.

Parameters:

• rng (pf.RNG) -- The random number generator.

• vector (pf.ProcNode[pf.Vector]) -- The input vector for the material.

Returns:

The material shader.

Return type:

pf.Material

infinigen2.shaders.composites.tiles.tile_outdoor_ground_rand(...) → pf.Material

Generates a tile shader for outdoor ground with randomized parameters.

Parameters:

• rng (pf.RNG) -- The random number generator.

• vector (pf.ProcNode[pf.Vector], optional) -- The input vector. Defaults to texture coordinates.

• tile (pf.Material, optional) -- The tile material. Defaults to random.

• grout (pf.Material, optional) -- The grout material. Defaults to brick_concrete grout.

• tile_mask (TileShapeResult, optional) -- The tile mask. Defaults to random.

• scale (t.SocketOrVal[float], optional) -- The scale of the tile. Defaults to random.

Returns:

The generated tile shader.

Return type:

pf.Material

Example renders

infinigen2 tile_outdoor_ground_rand material_cube render_cycles --seed 0 --passes rgb --displacement_mode DISPLACEMENT_AND_BUMP -r 192 192 -s 128 📋

infinigen2 tile_outdoor_ground_rand material_cube render_cycles --seed 1 --passes rgb --displacement_mode DISPLACEMENT_AND_BUMP -r 192 192 -s 128 📋

infinigen2 tile_outdoor_ground_rand material_cube render_cycles --seed 2 --passes rgb --displacement_mode DISPLACEMENT_AND_BUMP -r 192 192 -s 128 📋

infinigen2 tile_outdoor_ground_rand material_cube render_cycles --seed 3 --passes rgb --displacement_mode DISPLACEMENT_AND_BUMP -r 192 192 -s 128 📋

infinigen2 tile_outdoor_ground_rand material_cube render_cycles --seed 4 --passes rgb --displacement_mode DISPLACEMENT_AND_BUMP -r 192 192 -s 128 📋

infinigen2 tile_outdoor_ground_rand material_cube render_cycles --seed 5 --passes rgb --displacement_mode DISPLACEMENT_AND_BUMP -r 192 192 -s 128 📋

infinigen2.shaders.composites.tiles.tile_outdoor_wall_material_rand(rng, vector)

Randomly selects a material distribution for outdoor wall tiles.

Parameters:

• rng (pf.RNG) -- The random number generator.

• vector (pf.ProcNode[pf.Vector]) -- The input vector for the material.

Returns:

The material shader.

Return type:

pf.Material

infinigen2.shaders.composites.tiles.tile_outdoor_wall_rand(...) → pf.Material

Generates a tile shader for outdoor walls with randomized parameters.

Parameters:

• rng (pf.RNG) -- The random number generator.

• vector (pf.ProcNode[pf.Vector], optional) -- The input vector. Defaults to texture coordinates.

• tile (pf.Material, optional) -- The tile material. Defaults to random.

• grout (pf.Material, optional) -- The grout material. Defaults to brick_concrete grout.

• tile_mask (TileShapeResult, optional) -- The tile mask. Defaults to random.

• scale (t.SocketOrVal[float], optional) -- The scale of the tile. Defaults to random.

Returns:

The generated tile shader.

Return type:

pf.Material

Example renders

infinigen2 tile_outdoor_wall_rand material_cube render_cycles --seed 0 --passes rgb --displacement_mode DISPLACEMENT_AND_BUMP -r 192 192 -s 128 📋

infinigen2 tile_outdoor_wall_rand material_cube render_cycles --seed 1 --passes rgb --displacement_mode DISPLACEMENT_AND_BUMP -r 192 192 -s 128 📋

infinigen2 tile_outdoor_wall_rand material_cube render_cycles --seed 2 --passes rgb --displacement_mode DISPLACEMENT_AND_BUMP -r 192 192 -s 128 📋

infinigen2 tile_outdoor_wall_rand material_cube render_cycles --seed 3 --passes rgb --displacement_mode DISPLACEMENT_AND_BUMP -r 192 192 -s 128 📋

infinigen2 tile_outdoor_wall_rand material_cube render_cycles --seed 4 --passes rgb --displacement_mode DISPLACEMENT_AND_BUMP -r 192 192 -s 128 📋

infinigen2 tile_outdoor_wall_rand material_cube render_cycles --seed 5 --passes rgb --displacement_mode DISPLACEMENT_AND_BUMP -r 192 192 -s 128 📋

infinigen2.shaders.composites.tiles.tile_rand(...) → pf.Material

Generates a tile shader with randomized parameters if not provided.

Parameters:

• rng (pf.RNG) -- The random number generator.

• vector (pf.ProcNode[pf.Vector], optional) -- The input vector. Defaults to texture coordinates.

• tile (pf.Material, optional) -- The tile material. Defaults to random.

• grout (pf.Material, optional) -- The grout material. Defaults to brick_concrete grout.

• tile_mask (TileShapeResult, optional) -- The tile mask. Defaults to random.

• scale (t.SocketOrVal[float], optional) -- The scale of the tile. Defaults to random.

Returns:

The generated tile shader.

Return type:

pf.Material

Example renders

infinigen2 tile_rand material_cube render_cycles --seed 0 --passes rgb --displacement_mode DISPLACEMENT_AND_BUMP -r 192 192 -s 128 📋

infinigen2 tile_rand material_cube render_cycles --seed 1 --passes rgb --displacement_mode DISPLACEMENT_AND_BUMP -r 192 192 -s 128 📋

infinigen2 tile_rand material_cube render_cycles --seed 2 --passes rgb --displacement_mode DISPLACEMENT_AND_BUMP -r 192 192 -s 128 📋

infinigen2 tile_rand material_cube render_cycles --seed 3 --passes rgb --displacement_mode DISPLACEMENT_AND_BUMP -r 192 192 -s 128 📋

infinigen2 tile_rand material_cube render_cycles --seed 4 --passes rgb --displacement_mode DISPLACEMENT_AND_BUMP -r 192 192 -s 128 📋

infinigen2 tile_rand material_cube render_cycles --seed 5 --passes rgb --displacement_mode DISPLACEMENT_AND_BUMP -r 192 192 -s 128 📋

wood_planks

infinigen2.shaders.composites.wood_planks.planks_cutter_rand(rng, vector)

Parameters:

• rng (Generator)

• vector (pf.ProcNode[pf.Vector] | pf.Vector)

infinigen2.shaders.composites.wood_planks.wood_planks_blonde_preset(vector)

infinigen2 wood_planks_blonde_preset material_cube render_cycles --seed 0 --passes rgb --displacement_mode DISPLACEMENT_AND_BUMP -r 192 192 -s 128 📋

infinigen2.shaders.composites.wood_planks.wood_planks_brown_preset(vector)

infinigen2 wood_planks_brown_preset material_cube render_cycles --seed 0 --passes rgb --displacement_mode DISPLACEMENT_AND_BUMP -r 192 192 -s 128 📋

infinigen2.shaders.composites.wood_planks.wood_planks_deck_preset(vector)

infinigen2 wood_planks_deck_preset material_cube render_cycles --seed 0 --passes rgb --displacement_mode DISPLACEMENT_AND_BUMP -r 192 192 -s 128 📋

infinigen2.shaders.composites.wood_planks.wood_planks_flaky_preset(vector)

infinigen2 wood_planks_flaky_preset material_cube render_cycles --seed 0 --passes rgb --displacement_mode DISPLACEMENT_AND_BUMP -r 192 192 -s 128 📋

infinigen2.shaders.composites.wood_planks.wood_planks_rand(rng, vector)

Intended for indoor wooden floors and furniture - mostly smooth

Example renders

infinigen2 wood_planks_rand material_cube render_cycles --seed 0 --passes rgb --displacement_mode DISPLACEMENT_AND_BUMP -r 192 192 -s 128 📋

infinigen2 wood_planks_rand material_cube render_cycles --seed 1 --passes rgb --displacement_mode DISPLACEMENT_AND_BUMP -r 192 192 -s 128 📋

infinigen2 wood_planks_rand material_cube render_cycles --seed 2 --passes rgb --displacement_mode DISPLACEMENT_AND_BUMP -r 192 192 -s 128 📋

infinigen2 wood_planks_rand material_cube render_cycles --seed 3 --passes rgb --displacement_mode DISPLACEMENT_AND_BUMP -r 192 192 -s 128 📋

infinigen2 wood_planks_rand material_cube render_cycles --seed 4 --passes rgb --displacement_mode DISPLACEMENT_AND_BUMP -r 192 192 -s 128 📋

infinigen2 wood_planks_rand material_cube render_cycles --seed 5 --passes rgb --displacement_mode DISPLACEMENT_AND_BUMP -r 192 192 -s 128 📋

Parameters:

• rng (Generator)

• vector (pf.ProcNode[pf.Vector] | pf.Vector)

infinigen2.shaders.composites.wood_planks.wood_siding_rand(rng, vector)

Intended for outdoor wooden house siding - rough and flaky

Parameters:

• rng (Generator)

• vector (pf.ProcNode[pf.Vector] | pf.Vector)

Module contents

Composite Materials are materials made by combining one or more other materials, such as bricks or tiles made from any substance.