Abstract: A deterioration prediction system for a semiconductor manufacturing equipment or a semiconductor inspection equipment, including: an input device receiving, as an input, time series data indicating a state of the equipment; a deterioration prediction device having an estimation unit discriminating fluctuation in the time series data into fluctuation caused by changing setting of the equipment and fluctuation caused by deterioration of the equipment and estimating a time point when the setting is changed, a division unit dividing the time series data into the plurality of periods bounded by the time points, a discrimination unit discriminating at least a trend component from the fluctuation in the time series data in the period, and a prediction unit predicting the deterioration of the equipment based on at least the trend component; and an output device outputting a result of the prediction.

Abstract: Provided is a game device which determines the goal point pursuant to the game progress and not in advance. The game device 1 is a game for competing for game scores in accordance with the superiority of the state of arrival upon the taxi, which is the moving object, reaching a goal. This game device 1 is a game wherein a presentation unit for presenting a goal determining element (passenger), which becomes the objective upon a taxi moving in the game space 511 (S104, S105), and judgment unit for determining the game results by judging the superiority of the state of arrival in accordance with such selected goal determining element upon selecting one goal among a plurality of goals (S105; YES) provided by the presentation unit (S104, S105) are processed by the CPU and displayed on the display.

Abstract: A game device displays on a display monitor scenes of a vehicle moving in response to manipulations by the player. The display monitor further displays a plurality of goal determining elements. A goal point and a time limit to reach the goal point are set when one of the goal determining elements is picked up. Time is counted from when the goal point and the time limit are set. The game device determines an amount of time for the vehicle to reach the goal point and a score that the player has achieved.

Abstract: A game device displays on a display monitor scenes of a vehicle moving in response to manipulations by the player. The display monitor further displays a plurality of goal determining elements. A goal point and a time limit to reach the goal point are set when one of the goal determining elements is picked up. Time is counted from when the goal point and the time limit are set. The game device determines an amount of time for the vehicle to reach the goal point and a score that the player has achieved.

Abstract: An image processor for achieving an effective image processing when realizing a play simulating a reality such as a fighting game. A data processor comprises a display 3a, a control panel 4a, a speaker 11a and a speaker 11a and a game processing board 10a. Fighters C1 and C2 are displayed on the display 3a. When the joy sticks 41am and 41ah of the control panel 4a are operated, the operating data is input to the game processing board 10a. The game processing board 10a performs an image processing of the fighters C1 and C2 based on the operating signal, forms video signals based on the image processed result and displays them on the display 3a as the fighters C1 and C2. The game processing board 10a realizes a polygon forming means so that the head of the fighter C2 is constituted of a minimum number of polygons, and increases the number of polygons of the head when the part of a display member composed of a minimum number of polygons is transformed and displayed.

Abstract: An image processor for achieving an effective image processing when realizing a play simulating a reality such as a fighting game. A data processor comprises a display 3a, a control panel 4a, a speaker 11a and a speaker 11a and a game processing board 10a. Fighters C1 and C2 are displayed on the display 3a. When the joy sticks 41am and 41ah of the control panel 4a are operated, the operating data is input to the game processing board 10a. The game processing board 10a performs an image processing of the fighters C1 and C2 based on the operating signal, forms video signals based on the image processed result and displays them on the display 3a as the fighters C1 and C2. The game processing board 10a realizes a polygon forming means so that the head of the fighter C2 is constituted of a minimum number of polygons, and increases the number of polygons of the head when the part of a display member composed of a minimum number of polygons is transformed and displayed.

Abstract: An input device comprises a board 14B whereon a player stands with both feet, and supporting the board such that it can oscillate, and it supplies oscillatory information when the player causes the board to oscillate to the game machine. In the supporting mechanism, the central axis of oscillation is positioned on the lower portion of, or below the board. The center of rotation of swinging movement in the supporting mechanism is positioned below the board 14B. The object is to make the swinging movement of the board, when the player is standing on the board, such as skis, skateboard, or the like, and playing the game, as close as possible to a swinging movement in real life, thereby increasing realism and improving the player's interest in the game.

Abstract: An input device comprises a board 14B whereon a player stands with both feet, and supporting mechanisms 14S, 14R, 14P for supporting the board such that it can oscillate, and it supplies oscillatory information when the player causes the board to oscillate to the game machine. In the supporting mechanism, the central axis of oscillation is positioned on the lower portion of, or below, the board. The centre of rotation of swinging movement in the supporting mechanism is position below the board 14B.

Abstract: An input device includes a board whereon a player stands with both feet, and supporting mechanisms for supporting the board such that it can oscillate. The input device supplies oscillatory information when the player causes the board to oscillate with respect to the game machine. In the supporting mechanism, the central axis of oscillation is positioned on the lower portion of, or below, the board. The center of rotation of swinging movement in the supporting mechanism is positioned below the board.

Abstract: An input device comprises a board 14B whereon a player stands with both feet, and supporting mechanisms 14S, 14R, 14P for supporting the board such that it can oscillate, and it supplies oscillatory information when the player causes the board to oscillate to the game machine. In the supporting mechanism, the central axis of oscillation is positioned on the lower portion of, or below, the board. The centre of rotation of swinging movement in the supporting mechanism is positioned below the board 14B.