Predictive internal anatomy visualization

A method for internal anatomy visualization in augmented reality comprising:

• capturing, via an optical sensor, a plurality of body registration points on a body of an individual;
• receiving, by processing circuitry, a plurality of external anatomical measurements of the body;
• applying the plurality of external anatomical measurements to a body shape model;
• determining an organ placement prediction for the body of the individual based on application of the plurality of external anatomical measurements to the body shape model, the organ placement prediction comprising organ position information, organ size information, and organ shape information for a plurality of organs;
• aligning the organ placement prediction with the plurality of body registration points;
• and
• rendering, on a display, the organ placement prediction in alignment with the plurality of body registration points based on a position of a sensor field of view of the optical sensor relative to the plurality of body registration points, wherein the organ placement prediction is rendered as an augmented reality object that overlays a user's real-world view of the body of the individual or is integrated with an image of the body of the individual provided on the display.

A headset device comprising:

• a support element configured to be worn on a head of a user;
• a display coupled to the support element and positioned to provide visual information to the user within a field of view of the user;
• an optical sensor coupled to the support element such that the optical sensor and the display maintain a known relative position, the optical sensor having a sensor field of view that at least partially overlaps the field of view of the user beyond the display;
• and
• processing circuitry configured to:
• capture, via the optical sensor, a plurality of body registration points on a body of an individual;
• receive a plurality of external anatomical measurements of the body;
• apply the plurality of external anatomical measurements to a body shape model;
• determine an organ placement prediction for the body of the individual based on application of the plurality of external anatomical measurements to the body shape model, the organ placement prediction comprising organ position information, organ size information, and organ shape information for a plurality of organs;
• align the organ placement prediction with the plurality of body registration points;
• and
• render, on the display, the organ placement prediction in alignment with the plurality of body registration points based on a position of the sensor field of view relative to the plurality of body registration points, wherein the organ placement prediction is rendered as an augmented reality object that overlays a user's real-world view of the body of the individual or is integrated with an image of the body of the individual provided on the display.