Abstract: A semiconductor device includes a semiconductor chip, a circuit board, a heat releasing plate, an adhesive member, and a conductive member. The circuit board transmits a signal of the semiconductor chip. The heat releasing plate has the semiconductor chip disposed thereon, and has an opening in a region on the outer side of a semiconductor chip placement region that is a region in which the semiconductor chip is disposed. The adhesive member is disposed in a region on the outer side of the opening on a different surface of the heat releasing plate from the surface on which the semiconductor chip is disposed, and bonds the circuit board and the heat releasing plate to each other. The conductive member connects the semiconductor chip and the circuit board to each other via the opening.

Abstract: In order to generate, on a display screen, a natural-looking deformed image obtained by intentionally distorting an original image, a buffer 21 comprises an original image storage section 210 which stores an original image, and a model storage section 211 which stores a 3-D model, comprising a plurality of polygons, and having a shape in which at least a portion of a plane is distorted in 3-D space. A drawing processor 10 comprises an image pasting section 100, which reads an original image from the original image storage section 210, reads a 3-D model from the model storage section 211, and pastes the above original image, as a texture, onto the above 3-D model, and a deformed image drawing section 101, which, by writing to a frame buffer 213, draws on a monitor 22 a deformed image, which is an image of the above 3-D model onto which an original image has been pasted, as seen from a prescribed camera viewpoint.

Abstract: A video game device is provided with a recording medium 122 storing a first image data group including a plurality of frames of image data for displaying a running action and a second image data group including a plurality of frames of image data for displaying a goal finishing action which successively follows the running action; a character display control unit 201e for reading the first and second image data group from the recording medium 122 and displaying motions of a play character based on the read image data, and a switch control unit 201h for switching the first image data group to the second image data group such that the running action and the goal finishing action are successively displayed without any discontinuity when the play character reaches a predetermined position by repeatedly displaying the running action.

Abstract: A video game device is provided with a recording medium 122 storing a first image data group including a plurality of frames of image data for displaying a running action and a second image data group including a plurality of frames of image data for displaying a goal finishing action which successively follows the running action; a character display control unit 201e for reading the first and second image data group from the recording medium 122 and displaying motions of a play character based on the read image data, and a switch control unit 201h for switching the first image data group to the second image data group such that the running action and the goal finishing action are successively displayed without any discontinuity when the play character reaches a predetermined position by repeatedly displaying the running action.

Abstract: In order to generate, on a display screen, a natural-looking deformed image obtained by intentionally distorting an original image, a buffer 21 comprises an original image storage section 210 which stores an original image, and a model storage section 211 which stores a 3-D model, comprising a plurality of polygons, and having a shape in which at least a portion of a plane is distorted in 3-D space. A drawing processor 10 comprises an image pasting section 100, which reads an original image from the original image storage section 210, reads a 3-D model from the model storage section 211, and pastes the above original image, as a texture, onto the above 3-D model, and a deformed image drawing section 101, which, by writing to a frame buffer 213, draws on a monitor 22 a deformed image, which is an image of the above 3-D model onto which an original image has been pasted, as seen from a prescribed camera viewpoint.