Randomizes the position of the scattered points around the source point in all directions.

Overall scale of the offset to move the points. Points are jittered by a value of -0.5 to 0.5 times this scale.

The random number seed used to generate the jitter values. Changing this will create a different set of jitter offsets.

Randomizes the position of the scattered points along the normal direction of each source point. When points are scattered, they are assigned a normal vector that is equal to the surface normal of the source sphere where the point is scattered. Calculated from the scattered point position minus the source sphere center.

Overall scale of normal jitter. Larger values could cause the scattered spheres to move further from their source.

Controls the number of points to apply the jitter to. The value of 10 means the jitter will affect 10% of all the scattered points.

The random number seed used to generate the jitter values. Changing this will create a different set of jitter offsets.

Randomizes the size of each generated primitive sphere using a spacial noise. This is useful to create size variation between spheres to make the generated cloud shape more interesting looking.

Sets the minimum amount of allowed scale by the spatial noise.

Sets the maximum amount of allowed scale by the spatial noise.

Controls the base feature size of the generated noise. The value applies to each axis.

The offset into the noise field. Change the value of the Offset if the current size variation is undesirable.

Randomizes the size of each generated primitive sphere using a random values. This is useful to create size variation between spheres to make the generated cloud shape more interesting looking.

Controls the number of points to apply the random scale to. The value of 15 means the scale will affect 15% of all the scattered points.

Controls the maximum allowed scale.

The random number seed used to generate the scale values. Changing this will create a different set of jitter offsets.

When Pull Along Direction or Scale Along Direction is turned on, this controls the direction to be used. Change the menu on the right side of this parameter from Set Uniform to Use Attribute to control direction based on a direction point attribute. When the menu is set to Closest Intersection Points, intersections are detected between the input primitive spheres which control the direction. This can be used to elevate peaks even further.

The point attribute to use as the direction vector when Use Attribute is selected for the Direction parameter.

When turned on, the scattered spheres will be pulled to be aligned along the direction vector (given by Direction). This is useful to orient the newly scattered points along a given direction.

Controls how much to pull the spheres to be aligned along the direction vector (given by Direction).

Controls how much each scattered sphere needs to be aligned along the direction vector (given by Direction) based on the angle between the direction vector and the calculated normal. When this is set to 1, all scattered spheres will be closely aligned towards the direction vector. Lower this value to spread the spheres out more.

When turned on, randomizes the size of each generated primitive sphere based on the direction vector (given by Direction).

Sets the minimum amount of an allowed scale for spheres with normals that facing in the opposite direction of the direction vector (given by Direction).

Sets the maximum amount of an allowed scale for spheres with normals that facing in the same direction as the direction vector (given by Direction).

Controls how much to scale the size of each scattered sphere based on the angle between the direction vector (given by Direction) and the calculated normal vector. When this is set to 1, only spheres with a normal vector pointing in the same direction as the direction vector will be scaled by Scale Max. Lower this value to make more and more spheres affected by the maximum scale.

When turned on, the spheres will be aligned based on their normal direction and the up vector. Use this to help flatten the bottom of the cloud shape.

User specified up vector for alignment.

When turned on, the normals are updated from the scattered point position minus the source sphere center.

When turned on, the source input points are kept.