Abstract: A virtual reality or augmented reality experience may be presented for a viewer through the use of input including only three degrees of freedom. The input may include orientation data indicative of a viewer orientation at which a head of the viewer is oriented. The viewer orientation may be mapped to an estimated viewer location. Viewpoint video may be generated of a scene as viewed from a virtual viewpoint with a virtual location corresponding to the estimated viewer location, from along the viewer orientation. The viewpoint video may be displayed for the viewer. In some embodiments, mapping may be carried out by defining a ray at the viewer orientation, locating an intersection of the ray with a three-dimensional shape, and, based on a location of the intersection, generating the estimated viewer location. The shape may be generated via calibration with a device that receives input including six degrees of freedom.

Abstract: A virtual reality or augmented reality experience may be presented for a viewer through the use of input including only three degrees of freedom. The input may include orientation data indicative of a viewer orientation at which a head of the viewer is oriented. The viewer orientation may be mapped to an estimated viewer location. Viewpoint video may be generated of a scene as viewed from a virtual viewpoint with a virtual location corresponding to the estimated viewer location, from along the viewer orientation. The viewpoint video may be displayed for the viewer. In some embodiments, mapping may be carried out by defining a ray at the viewer orientation, locating an intersection of the ray with a three-dimensional shape, and, based on a location of the intersection, generating the estimated viewer location. The shape may be generated via calibration with a device that receives input including six degrees of freedom.

Abstract: A virtual view of a scene may be generated through the use of various systems and methods. In one exemplary method, from a tiled array of cameras, image data may be received. The image data may depict a capture volume comprising a scene volume in which a scene is located. A viewing volume may be defined. A virtual occluder may be positioned at least partially within the capture volume such that a virtual window of the virtual occluder is between the viewing volume and the scene. A virtual viewpoint within the viewing volume may be selected. A virtual view may be generated to depict the scene from the virtual viewpoint.

Abstract: A virtual view of a scene may be generated through the use of various systems and methods. In one exemplary method, from a tiled array of cameras, image data may be received. The image data may depict a capture volume comprising a scene volume in which a scene is located. A viewing volume may be defined. A virtual occluder may be positioned at least partially within the capture volume such that a virtual window of the virtual occluder is between the viewing volume and the scene. A virtual viewpoint within the viewing volume may be selected. A virtual view may be generated to depict the scene from the virtual viewpoint.