Abstract: Based on an output signal outputted from an input device, a plurality of selection objects having at least a part thereof displayed on a display area of a display device are moved relative to the display area. Among the moved plurality of selection objects, when an end-located selection object reaches a predetermined position of the display area, at least one of the plurality of selection objects displayed on the display area are transformed and displayed.

Abstract: A storage medium has stored therein an image processing program that causes a computer of an image processing apparatus, which is connected to a real camera for taking an image of a real space and a display device that allows the real space to be viewed on a display area thereof, to operate as real space image obtaining means, specific object detection means, calculation means, setting means, identification means, event providing means, virtual space image generation means, and display control means.

Abstract: For generating a destination image (a left-eye image) from an original image and a height map thereof, the height of the height map of the original image is compared with the height of the height map of the destination image, and if a pixel of the original image is higher, the pixel of the original image is copied to a pixel of the destination image. After the pixel of the original image is copied to the pixel of the destination image, the height of the pixel of the original image is decremented. The pixel of the original image is copied in the rightward direction to pixels of the destination image until the height of the pixel of the original image becomes 0 or until a height of the pixel of the destination image becomes lower than that of the pixel of the original image. The same processes are performed on each pixel of the original image, and thereby the left-eye image is generated.

Abstract: First, a stereoscopic vision reference distances is individually determined for each virtual object disposed in a virtual space, based on a depth position of each of the virtual objects. Next, each of the virtual objects is rendered and combined based on one pair of virtual cameras such that a relative position, with respect to the screen of a stereoscopic display device, of a virtual object, viewed by a user through a screen of the stereoscopic display device, matches a relative position of the virtual object with respect to a stereoscopic vision reference surface for the virtual object in the virtual space.