Namco Bandai Games, Ltd.

Namco Limited

Satoru Ouchi

Shinichiro Aiki

Yuichiro Okamura

A game performing method realizable of finer and easier operational input with a joy stick. The game performing method for an apparatus comprising an input section having an operating handle capable of inputting an inclination of a desired angle in a desired direction, has: controlling a virtual handle of a player character according to operation inputted through the operating handle; detecting an inclined direction and an inclined angle of the operating handle; and changing a handle angle of the virtual handle in a direction according to change in the inclined direction when the change in the inclined direction is detected by detecting the inclined direction and the inclined angle of the operating handle.

Game performing method, storage medium, game apparatus, data signal and program

A parameter of a consumption item (fuel, life) consumed as a game progresses is calculated. When a setting of a game termination condition changes, a rate of change of the parameter of the consumption item is changed according to the change of the setting. The game termination condition is a condition relating to the number of laps on a course, a time limit of a game or a game quota. The rate of change of the parameter of the consumption item is increased as the number of laps on a course is reduced, as the time limit of a game is shortened, or as the game quota is reduced. When a value of the parameter of the consumption item becomes equal to zero as a game progresses, the movement or motion of an object is disabled. The parameter of the consumption item is changed from an initial value set by a player with the rate of change which has been specified based on the game termination condition set by the player.

Image generation system, program and information storage medium

A game apparatus, a storage medium, a transmission medium and a program correspond to a normal screen and a wide screen. An image generation unitcomprises a wide image data generation unit, an image data conversion unitand a rendering unit. At first, the wide image data generation unitgenerates image data viewed from a predetermined viewpoint in an object space, as image data corresponding to the wide screen. Then, the image data conversion unitperforms a processing of generating image data corresponding to the normal screen, on the basis of generated wide image data. The rendering unitperforms a rendering processing to the generated wide image data or the generated normal image data, and finally generates an image displayed on a display unit

Modifying game image from wide to normal screen using moving or eye direction of character

An image generation method includes: generating a two-dimensional image by perspectively transforming a virtual three-dimensional space relative to a predetermined viewpoint at a given instant; determining a corresponding position to a representative point of a waterdrop on the two-dimensional image depending on a position at which the waterdrop exists in the virtual three-dimensional space or a position at which the waterdrop is to be displayed in a display image; determining a reference position on the two-dimensional image corresponding to a vertex or a configuration point which forms the waterdrop, by using reference information relative to the corresponding position to the representative point on the two-dimensional image, the reference information being previously determined for the vertex or the configuration point forming the waterdrop; and linking the determined reference position with the vertex or the configuration point forming the waterdrop and mapping at least a portion of the two-dimensional image onto the waterdrop to generate an image of the waterdrop at a given instant or in a frame proximate to the instant.

Image generation method, program and information storage medium

A game system for providing players with a higher sense of presence, a virtual reality environment and real-life simulations. A forward lean position of a player is detected by a forward lean position detector to carry out game computation to control a moving object on a screen according to operation information supplied by the player, including information indicative of the detected forward lean position. A force to rotate the moving object, a speed of the moving object and a motion of a cartoon character on the screen are controlled according to the forward lean position information. An information storage medium applicable to such a game system is also provided.

Growing community of inventors

Yokohama, Japan

Satoru Ouchi