A method for providing an augmented reality display of a subject on which a medical procedure is to be performed, the method comprising: obtaining an image of the subject from a camera (44, 204); detecting a location of the camera; identifying a field of view of the camera based on the location of the camera; generating one or more overlay features corresponding to the field of view; compositing the one or more overlay features with the image from the camera to form a composited image; and displaying the composited image on a display (16, 205), wherein detecting the location of the camera comprises: performing a pre-procedure registration to correlate a relative position and orientation of a location pad in comparison to a position and orientation of the subject; receiving one or more signals with a sensor of the location pad wherein the one or more signals are generated by one or more field generators coupled to the camera; and identifying the location of the camera based on the one or more signals, wherein the one or more overlay features comprises an overlay feature associated with anatomy of the subject, wherein generating the one or more overlay features comprises generating an overlay feature indicative of an anatomical feature of the subject, and wherein generating the overlay feature indicative of the anatomical feature comprises: determining a position of a marker within the field of view of the camera based on the relative position and orientation of the location pad and the position and orientation of the subject, and based on a relative location of the marker and a three-dimensional model of the subject, wherein the marker is a point in the three-dimensional model of the subject associated with the anatomical feature; and rendering a graphical representation corresponding to the marker based on the position of the marker within the field of view of the camera, wherein the graphical representation corresponding to the marker includes text and an arrow wherein the text labels the corresponding anatomical feature and the arrow indicates the position of the marker within the field of view of the camera. obtaining an image of the subject from a camera (44, 204); detecting a location of the camera; identifying a field of view of the camera based on the location of the camera; generating one or more overlay features corresponding to the field of view; compositing the one or more overlay features with the image from the camera to form a composited image; and displaying the composited image on a display (16, 205), wherein detecting the location of the camera comprises: performing a pre-procedure registration to correlate a relative position and orientation of a location pad in comparison to a position and orientation of the subject; receiving one or more signals with a sensor of the location pad wherein the one or more signals are generated by one or more field generators coupled to the camera; and identifying the location of the camera based on the one or more signals, performing a pre-procedure registration to correlate a relative position and orientation of a location pad in comparison to a position and orientation of the subject; receiving one or more signals with a sensor of the location pad wherein the one or more signals are generated by one or more field generators coupled to the camera; and identifying the location of the camera based on the one or more signals, wherein the one or more overlay features comprises an overlay feature associated with anatomy of the subject, wherein generating the one or more overlay features comprises generating an overlay feature indicative of an anatomical feature of the subject, and wherein generating the overlay feature indicative of the anatomical feature comprises: determining a position of a marker within the field of view of the camera based on the relative position and orientation of the location pad and the position and orientation of the subject, and based on a relative location of the marker and a three-dimensional model of the subject, wherein the marker is a point in the three-dimensional model of the subject associated with the anatomical feature; and rendering a graphical representation corresponding to the marker based on the position of the marker within the field of view of the camera, wherein the graphical representation corresponding to the marker includes text and an arrow wherein the text labels the corresponding anatomical feature and the arrow indicates the position of the marker within the field of view of the camera. determining a position of a marker within the field of view of the camera based on the relative position and orientation of the location pad and the position and orientation of the subject, and based on a relative location of the marker and a three-dimensional model of the subject, wherein the marker is a point in the three-dimensional model of the subject associated with the anatomical feature; and rendering a graphical representation corresponding to the marker based on the position of the marker within the field of view of the camera, wherein the graphical representation corresponding to the marker includes text and an arrow wherein the text labels the corresponding anatomical feature and the arrow indicates the position of the marker within the field of view of the camera.