A multi-view display controller (100, 200) operable to: receive video data of at least a first multi-view video channel and a second multi-view video channel; receive, from a positioning device, position information representing positions of a left eye and a right eye of a viewer relative to a multi-view display; generate, upon reception of an activation signal and based on said position information, view information defining, for at least a first pixel area of said multi-view display, i) a first view of said first multi-view video channel with a view angle projecting said first view of said first multi-view video channel onto said left eye of said viewer, ii) a second view of said first multi-view video channel with a view angle projecting said second view of said first multi-view video channel onto said right eye of said viewer, characterized in that the view information further defines iii) a first view of said second multi-view video channel with a view angle projecting said first view of said second multi-view video channel onto a point in a first direction relative to said left eye of said viewer, and iv) a second view of said second multi-view video channel with a view angle projecting said second view of said second multi-view video channel onto a point in said first direction relative to said right eye of said viewer thereby enabling said viewer to view said second multi-view video channel by moving their head to said first direction; output video data of said first multi-view video channel and said second multi-view video channel together with said view information to said multi-view display for simultaneous display of said first multi-view video channel and said second multi-view video channel; receive, from said positioning device and following reception of a channel selection signal, updated position information representing current positions of said left eye and said right eye of said viewer; select a multi-view video channel of said at least first multi-view video channel and second multi-view video channel based on said updated position information; and generate, upon on reception of said channel selection signal and based on said updated position information, updated view information defining, for said at least first pixel area, i) a first view of said selected multi-view video channel with a view angle projecting said first view of said selected multi-view video channel onto said left eye of said viewer, and ii) a second view of said selected multi-view video channel with a view angle projecting said second view of said selected multi-view video channel onto said right eye of said viewer; and output said video data of said selected multi-view channel together with said updated view information to said multi-view display for display of said selected multi-view video channel. receive video data of at least a first multi-view video channel and a second multi-view video channel; receive, from a positioning device, position information representing positions of a left eye and a right eye of a viewer relative to a multi-view display; generate, upon reception of an activation signal and based on said position information, view information defining, for at least a first pixel area of said multi-view display, i) a first view of said first multi-view video channel with a view angle projecting said first view of said first multi-view video channel onto said left eye of said viewer, ii) a second view of said first multi-view video channel with a view angle projecting said second view of said first multi-view video channel onto said right eye of said viewer, characterized in that the view information further defines iii) a first view of said second multi-view video channel with a view angle projecting said first view of said second multi-view video channel onto a point in a first direction relative to said left eye of said viewer, and iv) a second view of said second multi-view video channel with a view angle projecting said second view of said second multi-view video channel onto a point in said first direction relative to said right eye of said viewer thereby enabling said viewer to view said second multi-view video channel by moving their head to said first direction; output video data of said first multi-view video channel and said second multi-view video channel together with said view information to said multi-view display for simultaneous display of said first multi-view video channel and said second multi-view video channel; receive, from said positioning device and following reception of a channel selection signal, updated position information representing current positions of said left eye and said right eye of said viewer; select a multi-view video channel of said at least first multi-view video channel and second multi-view video channel based on said updated position information; and generate, upon on reception of said channel selection signal and based on said updated position information, updated view information defining, for said at least first pixel area, i) a first view of said selected multi-view video channel with a view angle projecting said first view of said selected multi-view video channel onto said left eye of said viewer, and ii) a second view of said selected multi-view video channel with a view angle projecting said second view of said selected multi-view video channel onto said right eye of said viewer; and output said video data of said selected multi-view channel together with said updated view information to said multi-view display for display of said selected multi-view video channel.