The bullet world scale. Only use this if the bullet world scale you are working with and the input geometry have been scaled. This will scale the guide geometry and search parameter values accordingly.

The simulation geometry packed primitives to be guided.

The reference start frame where guiding attributes will be captured to the simulation geometry.

End frame of the guide animation.

Distance beyond which simulation geometry will not acquire a guide. When this value is set to -1, no maximum is used.

Guide strength.

Multiply the strength based on the distance to guide geometry.

The start and end distance between which the Strength Multiplier will be linearly interpolated.

The strength multiplier for pieces at a distance less than or equal to that specified as the start distance, and the strength multiplier for pieces at a distance equal or greater to that specified as the end distance.

Add a blend attribute to the simulation pieces, which will be multiplied by the global blend value.

Use VEX to modify the strength, blend and useneighbours attributes.

Lets you use a minimum number of connected neighbors per guide cluster as a condition to break guiding. This helps to prevent isolated pieces from remaining guided when all of their direct neighbors within that guide cluster have broken free. This stores the required information about each piece’s neighbors.

Points are first seeded on the surface of all the objects. There must be enough points for close points to occur to detect close surfaces. This should be scaled down by the square of the geometry size. For example, if your geometry is 10× bigger, you should have 1/100 the points per area.

Specifies the maximum allowed distance when searching for nearby points.

Specifies an upper limit on the number of nearby points that can be inspected. Lower numbers will improve performance, but run the risk that only points from the same piece will be detected rather than points on nearby pieces, causing connections to be missed.

Specifies an upper limit on the number of pieces that each seed point can be connected to. However, increasing this value will reduce performance.

When a guided piece has no neighbors within its guide cluster, it will inherit the nearest piece’s guide target.

When a piece has less than this number of neighbors, it will bind to the next nearest guide cluster and be guided by their guide piece.

Deletes constraints between pieces belonging to different guide clusters.

Constraint geometry primitives to consider when removing intra-guide constraints.