JP4776004B2 - Information processing device - Google Patents

Description

  The present invention relates to an information processing apparatus having two screens, and more particularly to an information processing apparatus capable of performing a plurality of information processing even if only one information processing program is provided.

  A conventional game system will be described with reference to FIG. As shown in FIG. 11A, the game system 100 includes a game server 112 and a plurality of game terminals 116. The game server 112 and the game terminal 116 are connected to a communication network 114 including the Internet, and can exchange data with each other. Each game terminal 116 can display a common game space as shown in FIG. 11B on the display as a game screen.

  The game server 112 manages individual situation data and overall situation data for generating a common game space. Here, the individual situation data is the situation (position, posture, etc.) of each of the cars 126 to 130 (see FIG. 11B) moving in the game space according to the operation signal input by the operation signal input means included in the game terminal 116. Data to represent. The overall situation data refers to data representing at least one situation (position, posture, etc.) of the automobile moving in the game space in accordance with an operation signal input by the operation signal input means included in the game terminal 116.

  The game server 112 transmits the latest individual situation data and overall situation data to each game terminal 116. When each game terminal 116 receives the individual situation data and the overall situation data, each game terminal 116 displays the aforementioned game space on the display.

JP2004-81809

  The conventional game system has the following problems. In the conventional game system, each game terminal 116 has the same game program, and the game system as a whole executes one game. Therefore, in the conventional game system, when a plurality of games are executed as the entire game system, each game terminal 116 needs to have a plurality of game programs. For this reason, there is a problem that it is difficult to simultaneously execute a plurality of game programs on the game terminal 116 having a low processing capability.

  Accordingly, an object of the present invention is to provide an information processing apparatus capable of performing a plurality of information processing even if only one information processing program is provided.

  Means for solving the problems relating to the present invention and effects of the present invention will be described below.

  In the present invention, there is provided a game system having a plurality of game devices capable of transmitting / receiving game screen information to / from each other, wherein the game device performs a process related to a predetermined game using a predetermined parameter, and A first game processing unit that generates first game screen information, which is game screen information having first state information indicating a state in the predetermined game of the user of the game device, and the generated first game screen information A first game screen information display unit for displaying, a game screen information providing unit for providing the first screen information to another game device, and a game screen information acquiring unit for acquiring first game screen information of another game device A second game processing unit for generating second game screen information for displaying the first game screen information of the acquired other game device, and the second game screen information. A second game screen information display section for displaying the state analysis information obtained by analyzing the first state information included in the first game screen information of the acquired other game device. A game screen information analysis unit to generate, and a parameter change unit to change the parameter based on the state analysis information, and the first game processing unit uses the changed parameter to Processing related to one game is performed.

  Thereby, the game which the state in the predetermined game of the user in another game device influences is realizable only by acquiring game screen information from another game device.

  In the present invention, the information processing is performed using the processing auxiliary information used for performing the predetermined information processing, and the first screen information that is the screen information including the processing result information indicating the processing result of the information processing is generated. The generated first screen information is displayed, the first screen information is provided to another information processing apparatus, the first screen information of the other information processing apparatus is acquired, and the acquired other information processing apparatus The second screen information for displaying the first screen information is generated, the second screen information is displayed, and the processing result information included in the first screen information of the obtained other information processing apparatus is analyzed. Processing result analysis information is generated, the processing auxiliary information is changed based on the processing result analysis information, and the predetermined information processing is executed using the changed processing auxiliary information.

  As a result, information processing that is affected by the processing result of predetermined information processing in another information processing apparatus can be realized simply by acquiring screen information from the other information processing apparatus.

  In the present invention, when the processing auxiliary information is changed, a change table in which the processing result information is associated with the change contents of the processing auxiliary information is used.

  As a result, the processing auxiliary information can be easily changed.

  In the present invention, the processing result information is displayed on the first screen information display unit.

  Thereby, a processing result can be easily provided to other game devices.

  In the present invention, the processing result information indicates the result of the predetermined processing by color information.

  Thereby, while being able to provide a processing result easily with respect to another game device, analysis of processing result information can be performed easily.

  In the present invention, the processing result information is displayed at a lower portion of the first screen display unit in a state where the first screen information is displayed on the first screen information display unit.

  Thereby, the influence with respect to the image displayed on areas other than the area where the processing result information is displayed in the first screen information display unit can be reduced.

  In the present invention, the second screen information is the same image as the image obtained by displaying the first screen information of another acquired information processing apparatus on the first screen information display unit in the other information processing apparatus. To display.

  This eliminates the need for special processing when displaying the screen information acquired from another information processing apparatus on the second screen information display unit.

  In the present invention, provision of screen information in the screen information providing unit is performed using VNC, and acquisition of screen information in the screen information acquisition unit is performed using VNC.

  Thereby, provision and acquisition of screen information can be performed easily.

  In the present invention, the processing is related to a predetermined game, and the processing result information is the superiority / inferiority state of the user of the information processing apparatus in the predetermined game at that time.

  Thereby, the game in which the superiority or inferiority state in the user's game in another information processing apparatus affects can be easily realized.

  Here, the correspondence relationship between the elements described in the claims and the elements in the embodiment is shown. The game system corresponds to the game system 1, and the game device corresponds to the game terminal 21.

  The first game processing unit is in the CPU 211, the memory 212, the operation input button 213 and the input pen 214, the first game screen information display unit is in the upper liquid crystal screen 215, and the game screen information providing unit is in the CPU 211 and the communication circuit 218. The game screen information acquisition unit is in the CPU 211 and the communication circuit 218, the second game processing unit is in the CPU 211, the memory 212, the operation input button 213 and the input pen 214, and the second game screen information display unit is in the lower liquid crystal screen 217. The game screen information analysis unit corresponds to the CPU 211 and the memory 212, and the parameter change unit corresponds to the CPU 211 and the memory 212, respectively.

  Further, the information processing device provides the game terminal 21, the first information processing unit provides the CPU 211, the memory 212, the operation input button 213 and the input pen 214, the first screen information display unit provides the screen information to the upper liquid crystal screen 215. Are the CPU 211 and the communication circuit 218, the screen information acquisition unit is the CPU 211 and the communication circuit 218, the second information processing unit is the CPU 211, the memory 212, the operation input button 213, and the input pen 214, and the second screen information display unit. Corresponds to the lower liquid crystal screen 217, the screen information analysis unit corresponds to the CPU 211 and the memory 212, and the processing auxiliary information change unit corresponds to the CPU 211 and the memory 212, respectively.

  Furthermore, the status information is color information, the status analysis information is a value in the [Result] column in the correspondence table, the processing auxiliary information is a parameter relating to the main game, the processing result information is color information, and the processing result analysis information is in the response table. The change table corresponds to the value in the [Result] column, and the color information-operation correspondence table.

  The first game processing unit performs steps S701 to S709. A game screen information provision part performs the process of step S711.

The game screen information acquisition unit performs steps S801 and S901, the second game processing unit performs steps S903 to S905, the game screen information analysis unit performs steps S803 to S813, and the parameter change unit performs steps S815. The first information processing unit that executes the processes performs the processes of steps S701 to S709. The screen information providing unit performs the process of step S711.

The screen information acquisition unit performs steps S801 and S901, the second game processing unit performs steps S903 to S905, the screen information analysis unit performs steps S803 to S813, and the processing auxiliary information change unit performs steps S815. Each of the processes is executed. “The state of the user in the predetermined game” is a state in which a character operated by the user in the predetermined game is placed in the game, or a game such as a team to which the character operated by the user belongs. It is a concept that includes the state of being placed.

  “A user's superiority / infant state at that time” is a concept including a superiority / inferiority state in the game such as a character operated by the user in a predetermined game and a team to which the character belongs. Not only when there is a specific opponent but also when there is no opponent like RPG, the achievement level in the game scenario is included in the superiority / inferiority state.

  An embodiment of an information processing apparatus according to the present invention will be described below.

1. Outline An outline of a game system according to the present invention will be described with reference to a functional block diagram shown in FIG.

  The game system M1 includes a plurality of game apparatuses M3 that can transmit and receive game screen information to and from each other. The game apparatus M3 includes a first game processing unit m1, a first game screen information display unit m3, a game screen information providing unit m5, a game screen information acquisition unit m7, a second game processing unit m9, and a second game screen. An information display unit m11, a game screen information analysis unit m13, and a parameter change unit m15 are included.

  The first game processing unit m1 performs processing relating to a predetermined game using predetermined parameters, and first game screen information which is game screen information having state information indicating a state of the game device user in the game Is generated. In addition, the first game processing unit m1 performs processing related to the first game using the changed parameter.

  The first game screen information display unit m3 displays the generated first game screen information.

  The game screen information providing unit m5 provides the first game screen information to other game devices.

  The game screen information acquisition unit m7 acquires first game screen information of another game device.

  The second game processing unit m9 generates second game screen information for displaying the first game screen information of another acquired game device.

  The second game screen information display unit m11 displays the second game screen information.

  The game screen information analysis unit m13 generates state analysis information obtained by analyzing the state information included in the first game screen information of another acquired game device.

  The parameter changing unit m15 changes the parameter based on the state analysis information.

  Thereby, the game which the state in the predetermined game of the user in another game device influences is realizable only by acquiring game screen information from another game device.

2. Hardware configuration
2.1. Game System A game system according to the present invention will be described with reference to FIG. The game system 1 is composed of a plurality of game terminals 21.

  In addition, when showing the element which each user uses, suffix x is written together, such as the game terminal 21x (x corresponds to the small letters a, b, and c which show the users A, B, and C). That is, the game terminal 21a represents what is used by the user A. Similarly, the game terminal 21b is used by the user B, and the game terminal 21c is used by the user C, respectively.

  Further, hereinafter, the game screen information displayed on the upper liquid crystal screen 215 and the lower liquid crystal screen 217 is referred to as a game screen.

  Each user can enjoy a game related to a game screen displayed on the upper liquid crystal screen 215 of his / her game terminal 21 (hereinafter referred to as a main game). Moreover, the game screen regarding the main game of each game terminal 21 is transmitted with respect to the other game terminal 21 as game screen information. The game terminal 21 that has received the game screen information displays a game screen based on the received game screen information on the lower liquid crystal screen 217. That is, each game terminal 21 displays the game screen of the main game on the other game terminals 21 on the lower liquid crystal screen 217. That is, each user can enjoy a game related to the game screen displayed on the lower liquid crystal screen 217 of his / her game terminal 21 (hereinafter referred to as a sub game).

  For example, as shown in FIG. 2, user A enjoys a baseball game as a main game on the upper liquid crystal screen 215a of his game terminal 21a, and user B plays a car race as a main game on the upper liquid crystal screen 215b of the game terminal 21b. The user C can enjoy the game and can enjoy the soccer game as the main game on the upper liquid crystal screen 215c of the game terminal 21c. Moreover, the game terminal 21a receives the game screen information of the game screen regarding the car racing game which is the main game of the game terminal 21c, and displays the game screen regarding the car racing game on the lower liquid crystal screen 217a as a sub game. Similarly, the game terminal 21a transmits the game screen information of the game screen regarding the baseball game which is its main game to the game terminal 21b.

  Thereby, the user A can enjoy the baseball game as the main game on the upper liquid crystal screen 215a and the car racing game that is the main game of the game terminal 21c as the sub game on the lower liquid crystal screen 217a. The same applies to users B and C.

  In addition, the user of each game terminal 21 can perform an operation input to the main game and the sub game using the operation buttons 213 and the input pen 214 which each game terminal 21 has.

2.2. Game Terminal The hardware configuration of the game terminal 21 will be described with reference to FIG. The game terminal 21 includes a CPU 211, a memory 212, an operation input button 213, an input pen 214, an upper liquid crystal screen 215, a lower liquid crystal screen 217, and a communication circuit 218.

  The CPU 211 performs game processing using parameters stored in the memory 212 based on a game program of the main game stored in the memory 212 (hereinafter referred to as a main game program). In addition, the CPU 211 performs processing based on other applications.

  The CPU 211 displays a game screen of the main game on the upper liquid crystal screen 215. Further, the CPU 211 displays the game screen of the sub game on the lower liquid crystal screen 217. The game screen of the sub game is the same as the game screen of the main game displayed on the upper liquid crystal screen 215 of the other game terminal received via the communication circuit 218.

  The memory 212 provides a work area for the CPU 211. Further, the memory 212 stores and holds other application programs such as a game program of the main game. Further, the memory 212 stores and holds various data including parameters used in the game program. The data recorded in the memory 212 will be described later.

  The operation input button 213 includes a plurality of buttons. The input pen 214 can indicate the positions of the upper liquid crystal screen 215 and the lower liquid crystal screen 217. The user can perform character operations in the main game and sub game, select a scenario in the game, and the like by operating each operation input button 213 or by instructing the upper liquid crystal screen 215 and the lower liquid crystal screen 217 with the input pen 214. .

  The upper liquid crystal screen 215 and the lower liquid crystal screen 217 are configured by liquid crystal screens having the same size and the same resolution. The upper liquid crystal screen 215 and the lower liquid crystal screen 217 are configured by touch panels. Accordingly, it is possible to support predetermined positions on the upper liquid crystal screen 213 and the lower liquid crystal screen 217 using the input pen 214.

  The communication circuit 218 has a communication circuit that connects to a network between game terminals. The game terminal 21 can transmit and receive data between the game terminals via the communication circuit 218. Data communication between game terminals will be described later.

2.3. Data Communication Between Game Terminals The game terminal 21 can communicate between game terminals of game screen information displayed on the upper liquid crystal screen 215 by VNC (Virtual Network Computing) via the communication circuit 218. Here, VNC will be described. The VNC transmits a desktop screen related to a certain computer to another computer, and the other computer that receives the desktop screen can remotely control the desktop transmission source computer via the received desktop screen. .

  A VNC protocol is defined to realize transmission and reception of desktop screens between computers. In order to realize transmission / reception of the desktop screen by the VNC protocol, a VNC server for transmitting the desktop screen and a VNC client (viewer) for accessing the computer from the desktop screen via the network are required. Each game terminal 21 stores a VNC server program for functioning as a VNC server and a VNC client program for functioning as a VNC client in the memory 212 (see FIG. 3).

3. Game screen
3.1. Game Screen Information FIG. 4A shows a game screen on which the game screen information related to the main game is displayed on the upper liquid crystal screen 215. The game screen has a game area R1 and a color information area R3. The game area R1 is an area for actually playing a game, and an image of a character or the like is displayed.

  On the other hand, the color information area R3 is an area for displaying color information indicating the superiority or inferiority state in a game such as a character or team operated by the user, that is, the superiority or inferiority state in the user's game at that time. The color information region R3 is displayed at the lower part of the upper liquid crystal screen 215, and the height is composed of one dot of liquid crystal. Therefore, the color information area R3 does not hinder the operability of the game in the user game area R1.

  An enlarged view of the color information region R3 is shown in FIG. 4B. The color information area R3 has a self color information display area R31 and another color information display area R33. In the self-color information display area R31, self-color information that is color information indicating the superiority or inferiority state in the game such as a character that can be operated by the user in the game is displayed. On the other hand, in the other color information display area R33, other color information which is color information indicating the superiority or inferiority state in the game other than the character operated by the user in the game is displayed. For example, in the case of a competitive game, the current superiority or inferiority state of a character game that can be operated by a user using a certain game terminal 21 is displayed in the own color information display area R31, while the user can operate the game. The current superiority or inferiority state in the game of the character (the opponent) other than the characters that can be performed is displayed in the other color information display area R33.

  The game screen information related to the main game displayed on the upper liquid crystal screen 215 has been described so far, but the same applies to the game screen information related to the sub game displayed on the lower liquid crystal screen 217.

3.2. Color information The color information displayed in the color information area R3 will be described. The color information is composed of color information and brightness information of the displayed color. As the color information, any one of “black”, “red”, and “blue” is set. Here, “black” indicates that no information is set. “Red” indicates that the character or the like operated by the user in the game is inferior in the game. Further, “blue” indicates that the character or the like operated by the user is dominant.

  A value from 0 to 255 is set as the brightness information. It shows that the state which color information shows is so strong that the value of brightness information is high. For example, if the color information is “blue” and the brightness information is “255”, it indicates that the color information is very dominant.

  The color information may be generated using a general method such as quantifying the current situation using a parameter that determines the current situation of the corresponding character or the like in the game.

4. Data In the memory 212 of the game terminal 21, a color information-action correspondence table (hereinafter referred to as a correspondence table) in which color information of the sub game and the influence of the color information on the action of the main game are associated with each other. Is retained. Hereinafter, the correspondence table will be described.

4.1. Correspondence Table An example of the data structure of the correspondence table is shown in FIG. The correspondence table includes a [color information] column, an [in-game action] column, a [result 1] column, and a [result 2] column. Furthermore, the [color information] column includes a [self] column and a [partner] column.

  In the [self] column of the [color information] column, the value of the color information displayed in the other color information display area R33 of the lower liquid crystal screen 217 is described. The value of color information displayed in the own color information display region R31 of the lower liquid crystal screen 217 is described in the [Partner] column of the [Color Information] column.

  In the [Action in game] column, the action of the main game at that time is described. The [Result] column describes the influence on the action in the main game.

  Here, the user A is playing a baseball game (main game) at the game terminal 21a, and the user B is playing a car racing game (main game) at the game terminal 21b, and game screen information is transmitted from the game terminal 21b to the game terminal 21a. The correspondence table will be described by taking the case of being transmitted as an example (in this case, user A is playing a car racing game as a sub game). An example of the correspondence table used in this case is shown in FIG.

  In the [self] column of the [color information] column, the color information displayed in the other color information display area R33 of the game screen of the car racing game (sub game) displayed on the lower liquid crystal screen 217a of the game terminal 21a. A value is described. That is, the value of the color information regarding the other party of the user B in the game terminal 21b is described. This is because, when viewed from the user A who uses the game terminal 21a, the other party to the user B who uses the game terminal 21b is himself.

  In the [Partner] column of the [Color Information] column, the color information displayed in the own color information display area R31 of the game screen of the car racing game (sub game) displayed on the lower liquid crystal screen 217a of the game terminal 21a. A value is described. That is, the value of the color information related to the user B at the game terminal 21b is described. This is because the user B who uses the game terminal 21b becomes the other party as viewed from the user A who uses the game terminal 21a.

  In the [Operation in game] column, the processing and operation of the baseball game (main game) at that time are described.

  The [Result] column describes the effect of changing the parameters used in the baseball game (main game), that is, the processing and operation in the baseball game. The [Result] column further includes a [Result 1] column and a [Result 2] column. In the [Result 1] column, when the user A is in the defensive state in the baseball game, the influence on the processing or operation of the character or the like operated by the user A is described. In the [Result 2] column, when the user A is in an attack state in the baseball game, the influence on the processing and operation of the character or the like operated by the user A is described.

5. Operation of game terminal 21
5.1. Main Game Processing Main game processing, which is processing related to the main game performed by the CPU 211 of the game terminal 21, will be described with reference to the flowchart shown in FIG. The CPU 211 performs main game update processing for updating the state of the main game to the current state based on the game program of the main game (S701). In the main game update process, the CPU 211 executes the main game update process using operation inputs from the user via the operation buttons 213 and various parameters. Various data necessary for the main game such as parameters and tables are stored and held in the memory 212 together with the main game program.

  When the CPU 211 acquires an instruction with the input pen for the upper liquid crystal screen 215, the CPU 211 performs a main game update process based on the instruction. When operation input information (described later) based on the VNC protocol is acquired via the communication circuit 218, the content of the instruction is determined. When the CPU 211 acquires coordinates based on the instruction of the input pen 214 via the VNC protocol, the CPU 211 determines the content of the instruction from the image displayed at the acquired coordinates. For example, when a predetermined button is displayed at the acquired coordinate position, the CPU 211 executes a main game update process corresponding to the button. The CPU 211 temporarily stores the game image transmitted to the other game terminal 21 in the memory 212 together with the time when the game image is transmitted.

  Based on the main game update process, the CPU 211 generates game image information to be displayed in the game image area R1 (see FIG. 4A) of the upper liquid crystal screen 215 (S703).

  Further, based on the main game update process, the CPU 211 determines a superiority or inferiority state in the main game of the user such as a character or team operated by the user of the game terminal 21, and generates self-color information (S705). Further, the CPU 211 determines the superiority or inferiority state in the main game other than the user such as the user's opponent, and generates other color information (S707). In addition, the judgment of the superiority / inferiority status of the user or other than the user is determined for each factor that affects the superiority / inferiority status, such as the superiority / inferiority status in the game such as the character operated by the user and the team to which the character belongs, Thus, the weighting and the like may be added for calculation.

  The CPU 211 generates main game screen information by combining the game image information generated in step S703, the own color information generated in steps S705 and S707, and the other color information (S709). The CPU 211 displays the generated main game screen information on the upper liquid crystal screen 215 (S711). Further, the CPU 211 transmits the main game screen information generated in step S707 to another game terminal 21 via the communication circuit 218 (S713). The CPU 211 repeats the process between steps S701 to S711 (S715).

5.2. Parameter Change Process Next, various parameter change processes used by the CPU 211 in the main game update process will be described with reference to the flowchart shown in FIG. As shown in FIG. 8, when the CPU 211 of the game terminal 21 determines that the main game screen information has been acquired from the other game terminals 21 (S801), the CPU 211 acquires the own color information and other color information from the acquired main game screen information. (S807). Specifically, the CPU 211 obtains information on the color and brightness of the pixel corresponding to the color information area R3 in the upper liquid crystal screen 215 of the other game terminal from the game screen information of the other main game terminal 21 acquired in step S801. Is acquired as color information. Note that the game terminal 21 stores and holds information on which region corresponds to the color information region R3 on the upper liquid crystal screen 215 of another game terminal.

  The CPU 211 analyzes the acquired color information and determines the own color information and other color information (S809). Specifically, the CPU 211 acquires the color and brightness of the pixels corresponding to the self-color information display area R31 and the other color information display area R33.

  On the other hand, the CPU 211 determines the content of processing in the current main game (S811). In particular. For example, in the case of a baseball game, the CPU 211 determines a specific situation such as whether the user is currently attacking or defensive, whether the score is a batter hit, or if it hits, in which direction it flew. Determine the processing contents.

  Then, the CPU 211 responds from the correspondence table (see FIG. 5) stored and held in the memory 212 based on the self-color information and other color information acquired in step S809 and the contents of the main game process determined in step S811. The value of the [Result] column is acquired (S813).

  The CPU 211 performs a parameter change process based on the acquired value in the [Result] column (S815).

  The CPU 211 repeats the processes of steps S801 to S815 until the main game ends (S817).

5.3. Subgame Screen Generation Processing Next, the subgame screen generation for generating subgame screen information related to the game screen displayed on the lower liquid crystal screen 217 based on the main game screen information acquired by the CPU 211 from the other game terminals 21. The process will be described with reference to the flowchart shown in FIG.

  As shown in FIG. 9, when the CPU 211 of the game terminal 21 determines that the main game screen information has been acquired from the other game terminals 21 (S901), the lower liquid crystal screen 217 is displayed based on the acquired main game screen information. Sub-game screen information to be displayed is generated (S903). Specifically, the CPU 211 removes the header information regarding the VNC protocol from the acquired sub game screen information, and generates sub game screen information suitable for the lower liquid crystal screen 217.

  The CPU 211 displays the generated sub game screen information on the lower liquid crystal screen 217 (S905). In the present embodiment, since the upper liquid crystal screen 215 and the lower liquid crystal screen 217 have the same size and the same resolution, they are displayed on the upper liquid crystal screen 215 of the other game terminals 21. The same main game image is displayed as a sub game image on the lower liquid crystal screen 217 as it is.

  The CPU 211 repeats the processes of steps S801 to S815 until the main game ends (S907).

5.4. Subgame Processing Next, subgame processing, which is processing performed by the CPU 211 regarding the subgame displayed on the lower liquid crystal screen 217, will be described with reference to the flowchart shown in FIG.

  As shown in FIG. 10, when there is an operation input via the operation input button 213 or the input pen 214, the CPU 211 of the game terminal 21 determines whether the operation is an operation input to the subgame (S1001). ). Specifically, when the CPU 211 determines that the lower liquid crystal screen 217 having a touch panel function is operated by the input pen 214, the CPU 211 determines that the input is an operation input to the sub game. Further, when another operation input button 213 is operated in a state where a predetermined operation input button 213 is pressed, it is determined that the input is an operation input to the sub game.

  When the CPU 211 determines that the input is an operation input to the sub game, the CPU 211 generates operation input information for transmitting an instruction indicated by the operation input to the other game terminals 21 (S1003). Specifically, when the lower liquid crystal screen 217 is operated by the input pen 214, the CPU 211 generates operation input information including the coordinates of the position designated by the input pen 214 in the lower liquid crystal screen 217. . Further, when the operation input is performed by the operation input button 213, the CPU 211 generates operation input information including the type of the operated operation input button 213 and the operated order. The CPU 211 generates operation input information based on the VNC protocol.

  The CPU 211 transmits the generated operation input information to the other game terminal 21 via the communication circuit 218 (S1005).

The CPU 211 repeats the processes of steps S1001 to S1005 until communication with the other game terminal 21 is completed (S1007).

[Other Examples]
In the above-described first embodiment, the color information is exemplified as the processing result information. However, the present invention is not limited to this as long as the processing result can be expressed. For example, it may be a one-dimensional or two-dimensional barcode, a predetermined image, a numeric string, or the like.

  In the first embodiment, the baseball game, the car racing game, and the soccer game are illustrated, but other games may be used.

  In the first embodiment described above, the size of the color information region R3 is set to one dot at the lower portion of the upper liquid crystal screen 215 or the lower liquid crystal screen 217, but is not limited to this as long as the color information can be displayed. . For example, a rectangular area or a circular area having a predetermined size may be used.

  Furthermore, in the above-described first embodiment, the game terminal is exemplified as the information processing apparatus, but the present invention is not limited to this as long as screen information is transmitted / received to / from other information processing apparatuses and predetermined processing is performed.

  Furthermore, in the above-described first embodiment, VNC is used to transmit and receive game images between game terminals. However, the present invention is not limited to this as long as screen information such as game images can be transmitted and received. For example, it may be a Windows Terminal.

  Furthermore, in the first embodiment described above, the parameter change is processed using the correspondence table (see FIG. 5), but the present invention is not limited to this. For example, the parameter updating process may be performed based on a predetermined relational expression or equation. Furthermore, parameter update processing may be performed using contingency such as random numbers.

  Furthermore, in the first embodiment, the game process is performed based on the game program stored in the memory 212. However, the game program is stored on a recording medium such as a game cassette, CD-ROM, or DVD-ROM. It may be loaded into the memory 212 and stored.

  Furthermore, in the above-described first embodiment, the determination of the input operation for the main game / subgame can be determined by the combination of the operation input buttons 213 and the coordinates of the input pen 214. However, the present invention is not limited to this as long as the operation input for the main game and the sub game can be determined. For example, an operation input switching button may be provided, and the input operation for each of the main game and the sub game may be switched each time the switching button is operated.

Furthermore, in the above-described first embodiment, the game terminal 21 has two screens of the upper liquid crystal screen 215 and the lower liquid crystal screen 217. However, the game terminal 21 may have only one screen for displaying the main game. Thereby, although the user cannot know the status of the sub game, the user's confusion between the sub game and the main game can be prevented.

It is a functional block diagram of the game system in the present invention. It is the figure which showed the hardware constitutions of the game system in this invention. It is the figure which showed the hardware constitutions of the game terminal 21 in FIG. It is the figure which showed an example of the game screen, A shows the whole figure, B shows the enlarged view of color information area | region R3, respectively. It is the figure which showed an example of the data structure of a correspondence table. It is the figure which showed the specific example of the correspondence table. It is the flowchart which showed the main game process. It is the flowchart which showed the parameter change process. It is the flowchart which showed the sub game screen production | generation process. It is the flowchart which showed the sub game process. It is a figure for demonstrating the conventional game system.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 ... Game system 21 ... Game terminal 211 ... CPU
212 ... Memory 213 ... Operation input button 214 ... Input pen 215 ... Upper LCD screen 217 ... Lower LCD screen 218 ... Communication Circuit R1 ... Game area R3 ... Color information area R31 ... Self-color information area R33 ... Other color information area

Claims (11)

A game system having a plurality of game devices capable of transmitting / receiving game screen information to / from each other,
The game device includes:
First game processing that performs processing related to the first game using predetermined parameters and generates first game screen information that is game screen information having state information indicating a state of the game device user in the game. Part,
A first game screen information display unit for displaying the generated first game screen information;
A game screen information providing unit for providing the first game screen information to another game device;
A game screen information acquisition unit for acquiring first game screen information of another game device;
A second game processing unit for generating second game screen information for displaying the first game screen information of the acquired other game devices;
A second game screen information display unit for displaying the second game screen information;
Have
Furthermore, the game device includes:
A game screen information analysis unit that generates state analysis information obtained by analyzing state information included in the first game screen information of another acquired game device;
A parameter changing unit for changing the parameter based on the state analysis information;
Have
Furthermore, the first game processing unit includes:
Using the changed parameter to perform a process related to the first game;
A game system characterized by An information processing apparatus capable of transmitting and receiving screen information to and from each other ,
It performs information processing using a processing auxiliary information used for performing information processing of Jo Tokoro, first information to generate a first screen information is a screen information having processing result information indicating a processing result of the information processing Processing section,
A first screen information display unit for displaying the generated first screen information;
A screen information providing unit for providing the first screen information to another information processing apparatus;
A screen information acquisition unit for acquiring first screen information of another information processing apparatus;
A second screen information generating unit that generates second screen information for displaying the first screen information of the acquired other information processing apparatus;
A second screen information display unit for displaying the second screen information ;
Screen information analyzing unit that generates caught obtained by analyzing the processing result information that the first screen information has other information processing device processing result analysis information,
A processing auxiliary information changing unit that changes the processing auxiliary information based on the processing result analysis information;
Have
Furthermore, the first information processing unit includes:
In the information processing equipment which performs the predetermined processing using the changed processing auxiliary information,
The information processing is processing related to a predetermined game;
An information processing apparatus characterized by the above. An information processing program for transmitting / receiving screen information to / from each other,
Against the computer,
Performing the information processing using the processing auxiliary information used for performing the predetermined information processing, and generating first screen information which is screen information having processing result information indicating a processing result of the information processing;
Displaying the generated first screen information;
Providing the first screen information to another information processing apparatus;
Acquiring first screen information of another information processing apparatus;
Generating second screen information for displaying the first screen information of the acquired other information processing apparatus;
Displaying the second screen information;
Generating processing result analysis information obtained by analyzing processing result information included in the first screen information of another acquired information processing apparatus;
Changing the processing auxiliary information based on the processing result analysis information;
Executing the predetermined information processing using the changed processing auxiliary information;
An information processing program for execution,
The information processing is processing related to a predetermined game;
An information processing program characterized by In the information processing program according to claim 3 ,
When changing the processing auxiliary information, use a change table that associates the processing result information with the details of the processing auxiliary information change,
It is characterized by. Oite to the information processing program to claim 4,
The processing result information is
Display on the first screen information display section;
It is characterized by. Oite to the information processing program to claim 5,
The processing result information is
Results of the predetermined information processing, illustrates the color information,
It is characterized by. In the information processing program concerning Claim 5 or Claim 6 ,
The processing result information is
In the state where the first screen information is displayed on the first screen information display unit, the first screen information is displayed at a lower portion of the first screen information display unit,
It is characterized by. In any one of the information processing programs concerning Claims 5-7 ,
The second screen information is
The acquired first screen information of the other information processing apparatus is to display the same image as the image displayed on the first screen information display unit in the other information processing apparatus,
It is characterized by. In any one of the information processing programs concerning Claims 3-8 ,
The provision of the first screen information is as follows:
Performed using VNC,
The acquisition of the first screen information is as follows:
To do with VNC,
It is characterized by. In any one of the information processing programs concerning Claim 3-9
The processing result information is the superiority / inferiority state of the user of the information processing apparatus at the time of the predetermined game,
It is characterized by. In a game control method for transmitting and receiving game screen information to each other using a computer,
The computer performs processing related to the first game using predetermined parameters, and generates first game screen information which is game screen information including state information indicating a state of the game device user in the game,
The computer displays the generated first game screen information on the first game screen information display unit,
A computer provides the first game screen information to another game device;
A computer obtains first game screen information of another game device;
The computer generates second game screen information for displaying the first game screen information of the acquired other game device;
A game control method in which the computer displays the second game screen information on a second game screen information display unit,
further,
The computer generates state analysis information obtained by analyzing the state information included in the first game screen information of another acquired game device,
The computer changes the parameter based on the state analysis information,
A computer performs processing related to the first game using the changed parameter;
A game control method characterized by the above.

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