The present invention is related to an establishment for viewing an image where spectators can see an image having a deep and high realistic scenery and the like from a compartment which is provided therein or is provided upon a movable object.
A conventional image viewing establishment such as a theater, a planetarium, an institution for having an exhibition, or the like, projects or exhibits an image at its maximum. Also, in order to produce parallax, the establishment cannot hide an edge of the image and its circumference intentionally. In a movie theater and so on, though the image is partitioned by a black curtain, it is clear that the curtain is a circumference of the image only and is not the benefit which produces parallax. That is, since a close scenery component which produces natural parallax had been eliminated intentionally between a circumference of the image and the image, even though it may be a large image, the image projecting establishment could not give a highly realistic feeling and vividness to the image.
Moreover, when the spectators see the usual scenery from a window, the scope of the scenery that can be seen differs greatly by a distance from a window and their actual position. It is a big factor that this parallax makes a scenery of a window point of view relate to an actual object. But, in a conventional image display establishment, even though a point of view was moved therein, the scope of the image that can be seen did not change at all and did not give depth to the image at all.