Space carving based on human physical data

A near-eye display (NED) system for three dimensional (3D) space carving of a user environment, comprising:

• a near-eye support structure;
• a NED supported by the near-eye support structure and having a field of view approximating a user field of view;
• a position indicating sensor supported by the near-eye support structure;
• and
• one or more processors communicatively coupled with the position indicating sensor, the one or more processors configured to:
• identify one or more user navigable paths respectively traversed by the NED in the user environment based on sensor data from the position indicating sensor;
• generate position and spatial dimensions of the one or more user navigable paths based on overlapping portions of the one or more user navigable paths;
• identify carved out space of the user environment based on the position and spatial dimensions;
• determine an object boundary based on the carved out space of the user environment;
• and
• generate a 3D space carved mapping of the user environment based on a position relationship between the carved out space and the object boundary.

A computer-readable medium storing computer executable code for a near-eye display (NED) system for three dimensional (3D) space carving of a user environment, comprising code to:

• identify one or more user navigable paths respectively traversed by a NED of the NED system in the user environment based on sensor data from a position indicating sensor of the NED system;
• generate position and spatial dimensions of the one or more user navigable paths based on overlapping portions of the one or more user navigable paths;
• identify carved out space of the user environment based on the position and spatial dimensions;
• determine an object boundary based on the carved out space of the user environment;
• and
• generate a 3D space carved mapping of the user environment based on a position relationship between the carved out space and the object boundary.