Abstract: A method in a geostory system is disclosed for retrieving one or more geostory elements from one or more corresponding geostory databases, the one or more geostory elements defining, at least in part, a geostory program, each of the one or more geostory elements having an associated description. The method further includes a geosystem organization system assembling, with an organization, the retrieved one or more geostory elements into a geostory organizational schema, the geostory organizational schema defining a sequence and order of distinct types of potentially overlapping geostory elements and the sequence defining an order in which the one or more geostory elements are executed when playing the geostory. While assembling the retrieved one or more geostory elements into the geostory organizational schema, the assembled one or more geostory elements are automatically translated and the translated one or more geostory elements are added to a geostory description language to generate the geostory program.

Abstract: A method of geospatial mapping geospatial mapping of a map layer includes generating ‘N’ number of map tiles, ‘N’ being an integer value, where each of the map tiles is associated with a unique resolution and acuity. A group of map tiles defines a non-linear map layer and a group of non-linear map layers defines a map layer catalogue. Location (L) and region (R) information, defining a current location of the client device, are received from a client device. The combination of location L and region R defines an area of display presented to a user by the client device. Further, upon activation by the user, a portion of stored map tiles, of one or more groups of map tiles, is deployed to the client device to be assembled and displayed as a map layer in an area of the client device defined by L and R.

Abstract: A method in a geostory system is disclosed for retrieving one or more geostory elements from one or more corresponding geostory databases, the one or more geostory elements defining, at least in part, a geostory program, each of the one or more geostory elements having an associated description. The method further includes a geosystem organization system assembling, with an organization, the retrieved one or more geostory elements into a geostory organizational schema, the geostory organizational schema defining a sequence and order of distinct types of potentially overlapping geostory elements and the sequence defining an order in which the one or more geostory elements are executed when playing the geostory. While assembling the retrieved one or more geostory elements into the geostory organizational schema, the assembled one or more geostory elements are automatically translated and the translated one or more geostory elements are added to a geostory description language to generate the geostory program.