Placing large objects and objects separated by large distances in augmented reality

One or more computer storage media storing computer-usable instructions that, when executed by one or more computing devices, causes the one or more computing devices to perform operations, the operations comprising:

• determining a first user geolocation of a first user using an augmented reality device, based on a latitude of the first user geolocation, a longitude of the first user geolocation, an altitude of the first user geolocation, or a combination thereof;
• determining a distance measurement between the first user geolocation and a point from the first user geolocation that the first user is viewing within a field of view of the augmented reality device, wherein the point lies along a boundary within the field of view;
• accessing map information, based on the first user geolocation;
• determining an object geolocation at which a digital object is placed by the first user within the field of view, the determining based on the first user geolocation, the distance measurement, the map information, and landmark information associated with known geographical coordinates, wherein the determined object geolocation exceeds a distance threshold from the first user geolocation, and wherein a size of the digital object when placed at the determined object geolocation is proportioned based at least on the first user geolocation;
• displaying the digital object at the determined object geolocation;
• and
• transmitting information associated with the digital object and the determined object geolocation, to a second augmented reality device utilized by a second user located at a second user geolocation different from the first user geolocation, wherein the information is configured to be used by the second augmented reality device, to display the digital object at the determined object geolocation at which the digital object is placed by the first user, within a second field of view associated with the second augmented reality device.

An augmented reality system, comprising:

• an augmented reality device configured to:
• determine, by a processor communicatively coupled to the augmented reality device, a first user geolocation of a first user using the augmented reality device, based on a latitude of the first user geolocation, a longitude of the first user geolocation, an altitude of the first user geolocation, or a combination thereof;
• determine, by the processor, a distance measurement between the first user geolocation and a point from the first user geolocation that the first user is viewing within a field of view of the augmented reality device, wherein the point lies along a boundary within the field of view;
• access, by the processor, map information and terrain information, based on the first user geolocation;
• determine, by the processor, an object geolocation at which a digital object is placed by the first user within the field of view, the determining based on the first user geolocation, the distance measurement, the map information, and landmark information associated with known geographical coordinates, wherein the determined object geolocation exceeds a distance threshold from the first user geolocation, and wherein a size of the digital object when placed at the determined object geolocation is proportioned based at least on the first user geolocation;
• a display, communicatively coupled to the augmented reality device, configured to:
• display the digital object at the determined object geolocation;
• and
• a second augmented reality device utilized by a second user located at a second user geolocation different from the first user geolocation and in communication with the augmented reality device configured to:
• receive information, from the augmented reality device, associated with the digital object and the determined object geolocation;
• and utilizing the information associated with the digital object at the determined object geolocation received from the augmented reality device, display the digital object at determined object geolocation at which the digital object is placed by the first user, within a second field of view associated with the second augmented reality device.