// Transition to stand when agent is close to goal point location.
if (f@goal_point_distance < 1) {i@trigger = 1;} else {i@trigger = 0;}

// Update each agent's distance to the target point.
string agent_path = "op:/obj/crowd_sim:crowdobject/Geometry";                                   // Path to our agent database of attributes.
int agent_count = npoints(agent_path);                                                          // Number of agents in the system.
string scatter_path = "op:/obj/geo_target/scatter1";                                            // Path to our scatter database of attributes.
int scatter_count = npoints(scatter_path);                                                      // Number of points in the scatter.
for (int i = 0; i < agent_count; i++) {                                                         // Begin looping through all agents. (scatter point count assumed to be equal).
    vector agent_location = point(agent_path,"P",i);                                            // Fetch the point location of the agent.
    vector scatter_location = point(scatter_path,"P",i);                                        // Fetch the point location in the scatter.
    float scatter_distance = length(scatter_location - agent_location);                         // Get distance of scatter point to my location.
    vector final_location = set(scatter_location[0],agent_location[1],scatter_location[2]);     // The final location uses only the XZ of the scatter and the Y of the agent.
    setpointattrib(geoself(), "goal_point_distance", i, scatter_distance, "set");               // Assign this location to an attribute on myself. 
    setpointattrib(geoself(), "goal_point_location", i, final_location, "set");                 // Assign this distance to an attribute on myself.
}