A targeting system for use in a physical environment including a field element, the targeting system comprising: a personal display system configured to generate or enable a live view of the physical environment, the live view including the field element and having a field of view centered on a line of sight of the targeting system; an attitude determination unit configured to measure an attitude of the targeting system in an azimuth and elevation that describe the LOS of the targeting system, and in a tilt of the targeting system; and processing circuitry configured to receive the attitude from the attitude determination unit, and programmed to at least: determine a relative LOS from the targeting system to the field element based on the attitude and a geographic location of the targeting system, and a geographic location of the field element; determine a relative position in the live view from the center of the field of view to the field element therein based on the relative LOS; and cause the personal display system to display a primary view that overlays and thereby augments the live view, the primary view including an icon at the relative position that thereby overlays the field element in the live view, wherein the targeting system further comprises a rangefinder configured to measure a range from the targeting system to a landmark in the physical environment, and wherein the processing circuitry is further programmed to determine the geographic location of the targeting system based on the attitude of the targeting system, the range from the targeting system to the landmark, and a geographic location of the landmark. a personal display system configured to generate or enable a live view of the physical environment, the live view including the field element and having a field of view centered on a line of sight of the targeting system; an attitude determination unit configured to measure an attitude of the targeting system in an azimuth and elevation that describe the LOS of the targeting system, and in a tilt of the targeting system; and processing circuitry configured to receive the attitude from the attitude determination unit, and programmed to at least: determine a relative LOS from the targeting system to the field element based on the attitude and a geographic location of the targeting system, and a geographic location of the field element; determine a relative position in the live view from the center of the field of view to the field element therein based on the relative LOS; and cause the personal display system to display a primary view that overlays and thereby augments the live view, the primary view including an icon at the relative position that thereby overlays the field element in the live view, wherein the targeting system further comprises a rangefinder configured to measure a range from the targeting system to a landmark in the physical environment, and wherein the processing circuitry is further programmed to determine the geographic location of the targeting system based on the attitude of the targeting system, the range from the targeting system to the landmark, and a geographic location of the landmark. determine a relative LOS from the targeting system to the field element based on the attitude and a geographic location of the targeting system, and a geographic location of the field element; determine a relative position in the live view from the center of the field of view to the field element therein based on the relative LOS; and cause the personal display system to display a primary view that overlays and thereby augments the live view, the primary view including an icon at the relative position that thereby overlays the field element in the live view, wherein the targeting system further comprises a rangefinder configured to measure a range from the targeting system to a landmark in the physical environment, and wherein the processing circuitry is further programmed to determine the geographic location of the targeting system based on the attitude of the targeting system, the range from the targeting system to the landmark, and a geographic location of the landmark.