Abstract: Various software mapping aspects are provided. They include, but are not limited to, providing linear map to non-linear map conversion or transformation (and vice versa) in a symmetric fashion, so that data in one map upon conversion is symmetric in another map with respect to the former map. One way this is accomplished is by the use of dual-triangles that are mapped into the former and latter map, by having, in one exemplary aspect, the same vertices in both maps. Additional features, such as selection regions for regions to be converted or not converted are used. Furthermore, dual-triangle subdivision or aggregation techniques can be used to provide a desired mapping scenario. Finally, APIs are presented that allow developers and users of such mapping technology to implement the various aspects disclosed herein.

Abstract: A signposting and orientation technology is presented. This technology employs signposts superimposed on map images in order to convey otherwise undisplayable information on a map image. With signposting, zoomed-in maps can convey relationships between items on the map image, even though some of those item are not directly displayed on the map images. For example, a signpost can convey the distance between an anchoring object of reference and an item that is some distance and direction away from the object. Any relationships between objects and/or items can be dynamically maintained even though both the objects and item are moving about a map image. Additionally, orientation marks can be used in conjunction with signposts to orient users of the technology. Orientation marks may employ directional vectors, beginning at with the object of reference and ending with the orientation mark, whether the mark is celestial in nature or otherwise.

Abstract: A virtual scenario generator is provided that applies a virtual scenario to real-world data, such as health and fitness related data, adding a creative way to track the real-world data and/or enhancing the data by adding a competitive element. Thus, the activity related to the real-world data can be incentivized in this regard. A virtual scenario application component can receive data from an input device and apply the virtual scenario, which can be created using an interface, based on rules related to the scenario. The scenario data can subsequently be tracked, on a computer display for example. Additionally, a collaborative functionality can be employed to allow competition between remotely located users of the same virtual scenario, and advertisements can be sent to the users based on many factors including sponsorship and location.

Abstract: Methods and arrangements are provided for use in developing, testing and programming portable security tokens and other like devices. In accordance with certain implementations, a solution manager tool is configured to substantially simplify the design of smart cards. The solution manager tool essentially integrates various design considerations associated with portable security tokens into an interactive environment that includes a graphical user interface (GUI) that allows developers to interactively and iteratively modify design requirements/features during the development process. The solution manager tool is configurable to support a multitude of different design requirements/features.