Sega Corporation

Kabushiki Kaisha Sega Doing Business as Sega Corporation

Yoshifumi Ishihata

Nobuyuki Yamashita

Nobukazu Naruke

A control program for an action game according to the present invention in which one of a plurality of characters moving in a game space is selected to be an attack target, in response to an operation of a game player, comprises: a selectable candidate object judging step of judging each of said plurality of characters as to whether or not it is a selectable candidate object which is qualified to be an attack target and which is in position relationship which could be selected as an attack target, a selection order deciding step of deciding an order of selecting those of said plurality of selectable candidate objects, which have been judged by the selectable candidate object judging step; and an attack target changing step of selecting, based on the selection order decided by the selection order deciding step, one of said plurality of characters as an attack target and sequentially changing the attack target in response to an attack target changing operation by the game player. The control program permits one of a plurality of characters contained in a game space to be efficiently selected as a game target.

Control program for action game

The following types of processing are provided in the present invention. 1) Projection processing in which a shadow projected onto the ground of a flying object flying through a virtual space is prevented from becoming too small. 2) Viewpoint moving processing in which a viewpoint is moved automatically so that a character to be displayed is accommodated within the field of vision of the viewpoint at all times. 3) Semi-transparentizing processing in which, when display objects overlap, the display object with the smaller surface area according to [a comparison of] the displayed surface area is made semi-transparent. 4) Relative strength judgment processing in which the relative strength of teams in a team competition is determined on the basis of the sum of the fighting abilities. 5) Leader setting processing in which a leader character is determined and the outcome of the game is judged according to whether or not the leader character is active. 6) Fighting strength balance adjusting processing for adjusting the balance of fighting strength between the teams. 7) Delay preventing processing for causing a communication data receiving side to return a processing result, whereby processing on a transmission side is advanced in response thereto. By means of this processing series, problems specified in conventional communication game systems regarding game screen display, judgments of the relative strength of teams, and game data communication delays can be amended, enabling an improvement in the game quality of a team competition.

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Tokyo, Japan

Yoshifumi Ishihata