Distribution

2D Distance to Edge Circle Packing

Packs circles by finding largest circle that fits in between the edges (lose edges/boundary edges)

Iterations: Iterations of the circle packing/number of circles
Grid Resolution: Grid resolution that distances to edge will be stored for circle packing. Higher resolution will give smaller gaps between circles, worse performance
Min Radius: Min radius of the circles
Max Radius: Max radius of the circles

3D Points Grid

Distributes points in 3d grid

Size: Size of the grid
Points X: Amount of points in X axis
Points Y: Amount of points in Y axis
Points Z: Amount of points in Z axis
Radius: Radius of the points

Array

Creates array of the geometry

Count: Amount that geometry will duplicated

Constant Offset

Off: Offsets geometry from its bonding box
On: Offsets geometry from its center

Translation: Offsets array
Rotation: Rotates geometry

Circle Packing

Creates circle packing by removing points that inside the radius each interation. The more points you have the better circle packing will be, aim it around 50k/100k points

Iterations: Iterations of the circle packing. If you have a lot of points or min/max radius set to low values increase Iterations
Min Radius: Min radius of the circle
Max Radius: Max radius of the circle

Random/Max Radius

Random Each interation sets circle radius to random value, and will clamp it with existing circles that it won’t overlap. It will give more randomized circles, but with bigger gaps
Max Radius Each interation sets circle radius to max radius to the closest existing circle. It will tighter gaps between circles but with more uniform circles

Random/Index Order

Random Selects each point randomly. Will result in more randomized circles with bigger gaps
Index Order Selects each point by its index. Will result in more tighter packing. Note that points indices depending on how points was created

Seed: Seed of setting random radius between min and max to circles
Fit in Mesh: Fits circles inside the mesh that won’t go past boundary
Mesh: Mesh for boundary

2D Boundary/3D Surface

2D Boundary Makes circles radius equal boundary edge

3D Surface Makes circles/sphere radius equal to surface boundary

Packing using noise or the texture

Circular Array

Creates array of the geometry on a circle

Count: Amount that geometry will duplicated on a circle
Radius: Radius of the circle
Circle Rotation: Rotates circle
Rotation: Rotates geometry orientation
Scale: Scale of the geometry
Pick Instance: Picks instaces from the instances list or collection

Instance Index: Index of the instances list

Distribute Points in Volume

Distributes points inside mesh volume

Density: Amount of points inside volume
Radius: Radius of the points
Seed: Seed of the random distribution

Distribute Points on Edges

Distributes Points on mesh edges

Count: Amount of points
Radius: Radius of the points
Seed: Seed of the random distribution
Selection: Selection of the edges that points will be distributed

Face Points Grid Distribution

Distributes points in grid on faces

Count/Density

Count Points count for each U and V axis
Density Evenly subdivides face with points

Radius: Radius of the points
Align to Direction: Aligns U/V points count and other output attributes to the Direction input
Direction: Direction input for aligning U/V points count and other output attributes

Homogeneous Disk

Evenly distributes points on to disk

Distance: Distance between distributed points
Radius: Radius of the disk
Scale: Scale of the points gap
Pole Distance: Increases gap on the disk pole

Rotation: Rotation
Scale: Points gap distance

Homogeneous Sphere

Evenly distributes points on to sphere

Distance: Distance between distributed points
Radius: Radius of the sphere
Scale: Scale of the points gap
Poles Distance: Increases gap on the sphere poles

Rotation: Rotation
Scale: Points gap distance

Phyllotaxis Disk

Distributes points in phyllotaxy arrangement

Count: Count of points
Radius: Radius of the disk
Angle: Angle of spiral
Even Spacing: Space points evenly

Even Pole: Offsets first point for more even distribution
Points Radius: Radius of the points

Phyllotaxis Profile Surface

Distributes points in phyllotaxys arrangement on the surface from the profile curve

Petal Area: Density of phyllotaxys distribution
Step Size: Step size for choosing which petal point are valid for the ddistribution. Smaller value more accurate results
Axis: Axis of the distribution
Center: Center of the distribution

Phyllotaxis Sphere

Distributes points in phyllotaxy arrangement on sphere

Count: Count of points
Radius: Radius of the disk
Angle: Angle of spiral
Even Pole: Offsets first point for more even distribution
U Parameter: Cuts sphere along U coordinate

Points Radius: Radius of the points

Points Relax in Volume

Relaxes points inside the mesh volume

Push Pull / Voronoi Centroid

Push / Pull Relaxes points by pushing/pulling points given points radius
Voronoi Centroid Relaxes points by calculating point voronoi centroid with guide points. It gives better results then Push/Pull option but it’s much slower

Radius Scale: Scale of the automatically calulated points radius when using Push/Pull option
Voxel Amount: Volxel amount that mesh will be converted to the volume that guide points will be distributed when using Voronoi Centroid option
Guide Points Spacing: Amount of guide points. Smaller value will result in more guide points that will give better relaxing results, but with much slower performance

Points Relax on Surface

Relaxes points on mesh surface

Push Pull / Voronoi Centroid

Push / Pull Relaxes points by pushing/pulling points given points radius
Voronoi Centroid Relaxes points by calculating point voronoi centroid with guide points. It gives better results then Push/Pull option but it’s much slower

Project on Surface: Projects points on the surface
Radius Scale: Scale of the automatically calulated points radius when using Push/Pull option
Guide Points Count: Guide points count that will be distributed on the mesh to calculate voronoi centroid to relax points
Seed: Seed of the guide points distribution

Random Points

Randomly distributes points

Spherical: On: Random points will be distributed into sphere

Count: Count of points
Size: Size of the points distrubution
Radius: Radius of the point
Seed: Seed of the random distribution

Volume Points Grid

Distributes points inside mesh volume in grid pattern

Density: Amount of points inside volume
World Space: On: Points dstribution stays at world coordinates if mesh moving