1. A method comprising: receiving a first camera view and a second camera view, each camera view representing an image captured by a camera and associated with a location from which the camera view was captured; identifying a synthetic view location for a synthetic view located between the location associated with the first camera view and the location associated with the second camera view; shifting the first camera view to a first synthetic view based on the synthetic view location relative to the location associated with the first camera view; shifting the second camera view to a second synthetic view based on the synthetic view location relative to the location associated with the second camera view; and blending the first synthetic view and the second synthetic view to form a synthetic view.