A method comprising: displaying at least a part of first visual information that is a first view from a first geographical location; generating a visualisation configured to visually link the display of the at least a part of the first visual information with a display of at least a part of second visual information that is a second view from a second geographical location, wherein generating the visualisation comprises: determining a direction of the second geographical location with respect to the first geographical location; defining a virtual object having: a virtual primary axis aligned in dependence on the direction, a virtual distal end surface, at least a part of which defines a first virtual display surface, and at least one virtual inner surface, at least a part of which defines at least a second virtual display surface; displaying on the first virtual display surface at least a part of the second visual information, wherein a scale of the displayed at least a part of the second visual information corresponds to a scale of the second view a user would perceive if the user were viewing the at least a part of the second visual information at the second geographical location; and displaying on the at least second virtual display surface, at least a part of third visual information, the method further comprising enabling a viewer to visually navigate through the virtual object, and wherein the display of the visualisation is in response to determining that a direction of a viewer's real world point of view is substantially aligned with the direction. displaying at least a part of first visual information that is a first view from a first geographical location; generating a visualisation configured to visually link the display of the at least a part of the first visual information with a display of at least a part of second visual information that is a second view from a second geographical location, wherein generating the visualisation comprises: determining a direction of the second geographical location with respect to the first geographical location; defining a virtual object having: a virtual primary axis aligned in dependence on the direction, a virtual distal end surface, at least a part of which defines a first virtual display surface, and at least one virtual inner surface, at least a part of which defines at least a second virtual display surface; displaying on the first virtual display surface at least a part of the second visual information, wherein a scale of the displayed at least a part of the second visual information corresponds to a scale of the second view a user would perceive if the user were viewing the at least a part of the second visual information at the second geographical location; and displaying on the at least second virtual display surface, at least a part of third visual information, determining a direction of the second geographical location with respect to the first geographical location; defining a virtual object having: a virtual primary axis aligned in dependence on the direction, a virtual distal end surface, at least a part of which defines a first virtual display surface, and at least one virtual inner surface, at least a part of which defines at least a second virtual display surface; a virtual primary axis aligned in dependence on the direction, a virtual distal end surface, at least a part of which defines a first virtual display surface, and at least one virtual inner surface, at least a part of which defines at least a second virtual display surface; displaying on the first virtual display surface at least a part of the second visual information, wherein a scale of the displayed at least a part of the second visual information corresponds to a scale of the second view a user would perceive if the user were viewing the at least a part of the second visual information at the second geographical location; and displaying on the at least second virtual display surface, at least a part of third visual information, the method further comprising enabling a viewer to visually navigate through the virtual object, and wherein the display of the visualisation is in response to determining that a direction of a viewer's real world point of view is substantially aligned with the direction.