A mobile device (104, 204) comprising - a communications interface for transferring data, - a digital camera for obtaining a camera view of the surroundings of the mobile device at a real world location, - a display for visualizing data such as the camera view at the real world location, and - an augmented reality entity configured to - transmit, via the communications interface, an indication of said location of the mobile device at a real world location to an external entity, - receive, by applying data transfer from said external entity via the communications interface, a representation of one or more virtual elements augmented within said camera view, each said virtual element defined by three dimensional model, the representation being determined on the basis of a number of 3D models of one or more virtual elements (102e, 206a) deemed as visually observable from the location of the mobile device at the real world location, said representation forming at least an approximation of spherical projection (108, 208, 210) of said 3D models on an inner surface area of the associated spherical surface or an approximation thereof, at an orientation with respect to an orientation of said mobile device corresponding to said real world location of the mobile device, wherein the associated spherical surface or an approximation of such, being approximated by said spherical projection, is configured to surround at least the location of the mobile device at the real world location, and - produce an AR view for visualization on the display of the mobile device on the basis of the camera view, such that at least one of said 3D models of the presentation, presents in two dimensions on said display. - a communications interface for transferring data, - a digital camera for obtaining a camera view of the surroundings of the mobile device at a real world location, - a display for visualizing data such as the camera view at the real world location, and - an augmented reality entity configured to - transmit, via the communications interface, an indication of said location of the mobile device at a real world location to an external entity, - receive, by applying data transfer from said external entity via the communications interface, a representation of one or more virtual elements augmented within said camera view, each said virtual element defined by three dimensional model, the representation being determined on the basis of a number of 3D models of one or more virtual elements (102e, 206a) deemed as visually observable from the location of the mobile device at the real world location, said representation forming at least an approximation of spherical projection (108, 208, 210) of said 3D models on an inner surface area of the associated spherical surface or an approximation thereof, at an orientation with respect to an orientation of said mobile device corresponding to said real world location of the mobile device, wherein the associated spherical surface or an approximation of such, being approximated by said spherical projection, is configured to surround at least the location of the mobile device at the real world location, and - produce an AR view for visualization on the display of the mobile device on the basis of the camera view, such that at least one of said 3D models of the presentation, presents in two dimensions on said display. - transmit, via the communications interface, an indication of said location of the mobile device at a real world location to an external entity, - receive, by applying data transfer from said external entity via the communications interface, a representation of one or more virtual elements augmented within said camera view, each said virtual element defined by three dimensional model, the representation being determined on the basis of a number of 3D models of one or more virtual elements (102e, 206a) deemed as visually observable from the location of the mobile device at the real world location, said representation forming at least an approximation of spherical projection (108, 208, 210) of said 3D models on an inner surface area of the associated spherical surface or an approximation thereof, at an orientation with respect to an orientation of said mobile device corresponding to said real world location of the mobile device, wherein the associated spherical surface or an approximation of such, being approximated by said spherical projection, is configured to surround at least the location of the mobile device at the real world location, and - produce an AR view for visualization on the display of the mobile device on the basis of the camera view, such that at least one of said 3D models of the presentation, presents in two dimensions on said display.