| Since | 18.0 |
int [] pcsegment_radius(<geometry>geometry, string PChannel, string RadChannel, float radscale, vector P0, vector P1, float max_distance, int maxpoints)
int [] pcsegment_radius(<geometry>geometry, string ptgroup, string PChannel, string RadChannel, float radscale, vector P0, vector P1, float max_distance, int maxpoints)
int [] pcsegment_radius(<geometry>geometry, string PChannel, string RadChannel, float radscale, vector P0, vector P1, float max_distance, int maxpoints, float &distances[])
int [] pcsegment_radius(<geometry>geometry, string ptgroup, string PChannel, string RadChannel, float radscale, vector P0, vector P1, float max_distance, int maxpoints, float &distances[])
<geometry>
When running in the context of a node (such as a wrangle SOP), this argument can be an integer representing the input number (starting at 0) to read the geometry from.
Alternatively, the argument can be a string specifying a geometry file (for example, a .bgeo) to read from. When running inside Houdini, this can be an op:/path/to/sop reference.
These functions open a geometry file and return a list of points (treated as spheres) within ‹max_distance› of the line segment passing from ‹P0› to ‹P1›. Each point is treated as a sphere with radius equal to its ‹RadChannel› attribute,
The ptgroup is a point group that limits the points to search. This is a SOP-style group pattern, so can be something like 0-10 or @Cd.x>0.5. A blank string is treated as matching all points.
The function also optionally takes a float array distances, which it modifies with the distances to each point.
| See also | |
| proximity | |
| ptcloud |
|