18. The system of claim 14 , wherein the application is further configured for: scaling the map information to render corresponding map information in the at least one electronic graphics file, the scaling further comprising: determining the projection information and the datum information determining at least one size associated with the map information; rendering the map information to at least one format associated with the at least one electronic graphics file; determining at least one size associated with the rendered map information in the at least one electronic graphics file; and determining at least one angle between the map information and the rendered map information in the at least one electronic graphics file; determining at least one ratio between the size of the map information and the size of the rendered map information in the at least one electronic graphics file; and based in part on at least the projection information and the datum information, the at least one angle, and the at least one ratio, determining corresponding coordinates in the at least one format associated with the at least one electronic graphics file for at least one portion of the coordinates associated with the map information.
14. A system for incorporating in at least one electronic graphics file at least one first mapping system in at least one storage medium, comprising: at least one server coupled to at least one network; at least one user terminal coupled to the at least one network; at least one application coupled to the at least one server and/or the at least one user terminal, wherein the at least one application is configured for: storing, in the at least one storage medium, mapping system information in the at least one electronic graphics file, the mapping system information comprising projection information and datum information, wherein the projection information comprises mathematical information that transforms coordinates of features on the Earth's three-dimensional surface to coordinates on a two-dimensional surface, and wherein the datum information comprises parameters and control points used to accurately define a three-dimensional shape of the Earth; storing, in the at least one storage medium, geo-registration information in the at least one electronic graphics file, the geo-registration information comprising information used to accurately transform the coordinates from the two-dimensional surface to a coordinate system of the electronic graphics file; and storing, in the at least one storage medium, neatline information describing geographic boundary information of a region of the coordinate system of the electronic graphics file to which the geo-registration applies; wherein the mapping system information, the geo-registration information, and the neatline information enables graphics information to be self-contained in the at least one electronic graphics file and to be associated with map information in at least one second mapping system, the at least one second mapping system different from the at least one first mapping system.