JP2011253453A - Information processor - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a technique to effectively notify a user of a message.SOLUTION: In an information processor 500, a message data acquisition unit 568 acquires message data including a message and a notification condition of the message; a storage device 590 stores the acquired message data; a status information acquisition unit 520 acquires status information of the information processor 500; a notification decision unit 562 decides whether the acquired status information meets the notification condition of the message data stored in the storage device 590. When it is decided that the status information meets the notification condition by the notification decision unit 562, a display information generation unit 566 notifies a user of the message.

Description

  The present invention relates to a technique for providing a message to a user.

  A typical system for transmitting and receiving messages between users is an electronic mail system. In the electronic mail system, an SMTP (Simple Mail Transfer Protocol) server transfers an electronic mail transmitted from a user to a POP (Post Office Protocol) server. The POP server accumulates the transferred e-mail, and the user who receives the e-mail acquires the e-mail by accessing the POP server. There is a chat system as a system for transmitting and receiving messages between user terminals in real time. In the chat system, when a user terminal connects to a chat server, a message input from a participant is displayed in real time, and a message can be transmitted from the user terminal to the participant.

US Pat. No. 6,563,999

  In the e-mail system, since the user gets access to the POP server as a trigger for message acquisition, the immediacy of information transmission is inferior to the chat system. On the other hand, the chat system is an excellent tool from the viewpoint of immediacy of information transmission, but it is not possible to receive a message unless it is online connected to the chat server via the Internet or the like. Therefore, it is desired to develop a system that can receive a message with immediacy according to the situation without being connected online.

  Accordingly, an object of the present invention is to provide a technique for effectively notifying a user of a message.

  In order to solve the above problems, an aspect of the present invention relates to an information processing apparatus. The information processing apparatus according to this aspect acquires a message data acquisition unit that acquires message data including a message and a message notification condition, a storage device that stores the acquired message data, and acquires status information of the information processing apparatus The status information acquisition unit, the notification determination unit that determines whether the acquired status information satisfies the notification condition of the message data stored in the storage device, and the notification determination unit, the status information satisfies the notification condition And a notification unit that notifies a message when it is determined.

  It should be noted that any combination of the above-described constituent elements and a conversion of the expression of the present invention between a method, an apparatus, a system, a recording medium, a computer program, etc. are also effective as an aspect of the present invention.

  According to the present invention, a technique for effectively notifying a user of a message can be realized.

It is a figure which shows the game system concerning Example 1 of this invention. It is a figure which shows the hardware block of a game device. It is a figure which shows the functional block of the game system which performs the management process of a message. It is a figure which shows the data format of message data. It is a figure which shows the detailed structure of a game device. It is a figure which shows an example of the event table which matched event ID and play conditions. It is a figure which shows an example of a game screen. It is a figure which shows the input area superimposed on a game screen. (A) is a figure which shows an example of an input format, (b) is a figure which shows an example of an event determination screen, (c) is a figure which shows an example of an attribute determination screen. It is a figure which shows the flowchart of a message production | generation process. It is a figure which shows the display area superimposed and displayed on a game screen. It is a figure which shows another example of the display area superimposed and displayed on a game screen. It is a figure which shows an example of the browsing screen of a message. It is a figure which shows the flowchart of a message output process. It is a figure which shows the information notification system concerning Example 2 of this invention. It is a figure which shows the structure of information processing apparatus. It is a figure which shows the corresponding | compatible table of condition ID and condition classification. It is a figure which shows the data format of message data. (A) is a figure which shows an example of an input format, (b) is a figure which shows an example of a condition setting screen. (A) is a figure which shows an example of a time condition setting screen, (b) is a figure which shows an example of a place condition setting screen. It is a figure which shows the flowchart of a message production | generation process. It is a figure which shows the flowchart of a message output process.

Example 1
First, the outline | summary of Example 1 of this invention is demonstrated. In the game system according to the first embodiment, when a user (user A) achieves a condition set in advance by game software during game play (hereinafter also referred to as “play condition” or “game play condition”). Of the messages stored in advance in a storage device such as a hard disk drive (HDD) or flash memory, a message corresponding to the cleared play condition is displayed on the game screen by the system software. The play conditions are appropriately set by the game software, for example, winning a special race in a racing game or defeating a specific enemy character in a fighting game. In addition, play conditions may be set for a result that is originally undesirable for the user, such as being defeated by a specific enemy character.

  The message stored in the storage device is generated when another user (user B) achieves the same game play conditions before the game play by the user A. For example, the user B generates an impression when a play condition is cleared, a support message, and the like. The game device of the user B transmits data in which the message is associated with the additional information specifying the cleared play condition, for example, when the user B finishes the game play, to the game device of the user A. In this way, the message created by the user B is stored in the storage device of the user A. A message created by another user may be stored in the storage device of user A. By notifying the user A of the message of the user B generated when the same play condition is achieved during the game play of the user A, a message that matches the play situation can be provided. Thereby, even if the game device of the user A is offline, it is possible to provide an environment as if the user B is playing a game together, and the immediacy of message transmission can be realized.

  Note that message data created by a game maker or the like may be provided to the user A. The message may be used as a manual such as a tutorial or a guidance.

  FIG. 1 shows a game system according to a first embodiment of the present invention. The game system 1 includes a game controller 40, a game device 10a that executes a game program, and a display device 12 that outputs an image of a processing result by the game device 10a. The game controller 40 is an input interface device that allows a user to input an operation to the game device 10a. The game controller 40 may transmit an operation input wirelessly, or may be connected to the game apparatus 10a with a cable. The display device 12 may be a television having a speaker. The display device 12 may be connected to the game apparatus 10a by a wired cable, or may be wirelessly connected by a wireless local area network (LAN) or the like. The game apparatus 10 is communicably connected to a message providing server 18 connected to the network 16 via the router 15 and can transmit / receive desired data.

  The message providing server 18 provides the game device 10a with a message generated by another game device 10b. Information specifying play conditions achieved by the game apparatus 10b is added to this message. In the game apparatus 10a, when the user clears the play conditions set in advance by the game software, a message corresponding to the conditions is extracted and displayed on the display device 12. Note that the provided message may be a voice, and in this case, the game apparatus 10a outputs the voice message from the speaker. Thereby, notification of a message with high immediacy in accordance with the game play situation is realized. Hereinafter, unless otherwise distinguished, the game device 10a and the game device 10b are expressed as “game device 10”. The game apparatus 10 may be a game-dedicated machine or a computer that installs an emulator and operates as a game apparatus.

  FIG. 2 shows a hardware block diagram of the game apparatus 10. The game apparatus 10 includes a power button 20, an LED 22, a system controller 24, a device controller 30, a media drive 32, a hard disk drive 34, a switch 36, a wireless interface 38, a main controller 100, a main memory 102, and an output processing unit 104. Composed.

  The power button 20 is an input unit where an operation input from the user is performed, and is operated to turn on or off the power supply to the game apparatus 10. The LED 22 illuminates and displays the power on / off state. When the system controller 24 detects the pressed state or the non-pressed state of the power button 20 and detects a state transition from the power-off state to the pressed state, the system controller 24 starts up the main controller 100 and starts up the operating system boot sequence. At the same time, the lighting of the LED 22 is controlled. When the power cable is inserted into the game apparatus 10, the system controller 24 maintains the standby mode even when the power is off and monitors the pressing of the power button 20.

  The device controller 30 is configured as an LSI (Large-Scale Integrated Circuit) that exchanges information between devices like a south bridge. As illustrated, devices such as a system controller 24, a media drive 32, a hard disk drive 34, a switch 36, and the main controller 100 are connected to the device controller 30. The device controller 30 absorbs the difference in electrical characteristics of each device and the difference in data transfer speed, and controls the timing of data transfer. The hard disk drive 34 drives an internal hard disk to write / read data. The built-in hard disk functions as a storage device that stores data. The media drive 32 is a drive device that drives and recognizes the recording medium 50 and reads out necessary data from the recording medium 50 when a read-only recording medium 50 in which game software is recorded is loaded. The recording medium 50 may be a medium such as an optical disk or a magneto-optical disk.

  The switch 36 is an Ethernet switch (Ethernet is a registered trademark), and is a device that transmits and receives data by connecting to an external device in a wired or wireless manner. The switch 36 transmits and receives message data to and from the message providing server 18 via the network 16. The switch 36 is connected to a wireless interface 38, and the wireless interface 38 is connected to a game controller 40 having a wireless communication function using a communication protocol such as Bluetooth (registered trademark) protocol or IEEE802.11 protocol. User operation information input to the game controller 40 is supplied to the main controller 100 through the wireless interface 38, the switch 36, and the device controller 30.

  The main controller 100 includes a multi-core CPU, and includes one general-purpose processor core and a plurality of simple processor cores in one CPU. The general-purpose processor core is called a PPU (Power Processing Unit), and the remaining processor cores are called a SPU (Synergistic-Processing Unit). The main controller 100 executes an operating system (hereinafter simply referred to as “OS (Operating System)”) that provides functions and an environment for efficiently using the game apparatus 10 and comprehensively controls the entire apparatus. . The OS hierarchy of the game apparatus 10 in the present embodiment has three layers from the top, the user layer, the kernel (Kernel) layer, and the hypervisor (Hypervisor) layer, and the software of the user layer, the kernel layer, and the hypervisor layer are integrated. Thus, it functions as the “OS” of the game apparatus 10.

  When power is turned on by the power button 20, the system controller 24 supplies power to the main controller 100 and the output processing unit 104 via the device controller 30. When power is supplied to the main controller 100, the PPU first executes the OS boot loader to start the hypervisor layer. Subsequently, the PPU activates the kernel layer of the OS, and further activates the user layer, and prepares to receive data supplied from the hard disk drive 34 or the recording medium 50. Thereby, the main controller 100 can execute a game program.

  The main controller 100 includes a memory controller connected to the main memory 102. The PPU has a register, has a main processor as an operation execution subject, and efficiently assigns a task as a basic processing unit in an application to be executed to each SPU. Note that the PPU itself may execute the task. The SPU has a register, and includes a sub-processor as an operation execution subject and a local memory as a local storage area. The main memory 102 and the local memory are configured as a RAM (random access memory). The SPU has a dedicated DMA (Direct Memory Access) controller as a control unit, and can transfer data at high speed by transferring data between the main memory 102 and the local memory, and is built in the output processing unit 104. High-speed data transfer can be realized between the frame memory and the local memory.

  The output processing unit 104 is connected to the display device 12 and outputs a video signal and an audio signal that are processing results of the application. The output processing unit 104 includes a GPU (Graphics Processing Unit) that realizes an image processing function. The GPU employs HDMI (High Definition Multimedia Interface) and can digitally output video signals.

  In the game system 1, the game apparatus 10 has an aspect as an information processing apparatus having a function of distributing a message and an aspect of an information processing apparatus having a function of outputting the distributed message to a user. In FIG. 1, the game apparatus 10 b distributes a message and the game apparatus 10 a notifies the user of the message. However, one game apparatus 10 is configured to have both sides. The functions of the game apparatus 10 are realized by game software, system software, and a message management utility.

  In this embodiment, the game system 1 is an example of an information notification system. That is, the processing function of the game apparatus 10 described in the present embodiment is applicable not only to a game but also to an information processing apparatus that executes another application. In the information processing apparatus, system software, application software, and a message management utility are executed. Hereinafter, as an example of the information processing apparatus, processing functions of the game apparatus 10 realized by system software, game software, and a message management utility will be described.

  An outline of the message delivery function of the game apparatus 10 will be described. When the game software detects the achievement of a preset game play condition in the progress of the game by the user, the game software calls a message management utility installed in the game apparatus 10 and sets condition specification information for specifying the achieved condition. Notify the message management utility. This process is hard-coded in the game program. The message management utility instructs the system software to generate a message input area. When receiving the instruction, the system software generates a message input area on the game screen. When a user enters a message, the system software passes the entered message to a message management utility, which generates message data including the message and additional information identifying the achieved game play conditions. And stored in the hard disk drive 34. The message management utility generates a transmission data by adding a header specifying the game device and / or the message providing server 18 as a destination to the message data, and transmits it to the message providing server 18 at a predetermined timing.

  Next, an outline of the message output function of the game apparatus 10 will be described. The message management utility downloads the message data addressed to itself from the message providing server 18 at a predetermined timing and stores it in the hard disk drive 34. When the game software detects the achievement of a preset game play condition in the progress of the game by the user, the game software calls a message management utility installed in the game apparatus 10 and sets condition specification information for specifying the achieved condition. Notify the message management utility. This process is hard-coded in the game program. When the message management utility acquires condition specifying information for specifying the achieved game play conditions, the message management utility reads a message of message data including additional information corresponding to the acquired condition specifying information from the hard disk drive 34, and sends the message to the system software. Is displayed. Upon receiving the instruction, the system software generates message display information on the game screen. By displaying a message created when another user achieves the same conditions on the game screen, it seems that the game is being executed at the same time as another user even when the game is being executed offline It is possible to provide a message with a realistic presence.

  FIG. 3 shows a functional block diagram of the game system 1 that executes message management processing. The game apparatus 10 executes system software 200, game software 300, and message management utility software (hereinafter “message management utility”) 400. The system software 200 is an operating system (OS), and has a display processing function using a GUI (graphical user interface). The message management utility 400 has a role of assisting a message distribution function and an output function in the game system 1.

<Message acquisition function>
The game software 300 calls a “message acquisition function” from the message management utility 400 when it is activated. The message acquisition function forms part of the message output function. As a result, the message management utility 400 transmits a message acquisition request to the message providing server 18 via the switch 36. If the message providing server 18 has message data addressed to the game device 10, the game device 10 Send message data to. The message management utility 400 stores the received message data 60a in the hard disk drive 34.

<Message input function>
The game software 300 calls a “message input function” from the message management utility 400 when the game play conditions are achieved. The message input function constitutes a part of the message delivery function. Thus, the message management utility 400 causes the system software 200 to generate a message input area, and message data 60b in which a message input to the input area and additional information for specifying the achieved condition are stored in a predetermined format. Is generated and stored in the hard disk drive 34.

<Message notification function>
The game software 300 calls a “message notification function” from the message management utility 400 when the game play conditions are achieved. The message notification function constitutes a part of the message output function. Thus, the message management utility 400 reads the message data 60a generated when the same condition is achieved from the hard disk drive 34, and causes the system software 200 to perform message notification.

  Note that the trigger for calling the message input function and the message notification function is that the game play conditions have been achieved. At this time, the game software 300 does not call the message input function and the message notification function at the same timing. For example, the game software 300 calls the message notification function first, and calls the message input function after the message notification processing is completed. Good.

<Message transmission function>
The game software 300 calls the “message transmission function” from the message management utility 400 at the end of the game play by the user, for example. The message transmission function constitutes a part of the message delivery function. Thereby, the message management utility 400 generates transmission data in which a header designating a game device as a transmission destination is added to the message data 60b generated during the game play, and transmits the transmission data to the message providing server 18.
Hereinafter, message data 60a and 60b are expressed as “message data 60” unless otherwise distinguished.

  FIG. 4 shows the data format of the message data 60. In the message data 60, fields of title ID 62, condition specifying information 64, attribute 66, and message 68 are provided. The title ID 62 field includes identification information for specifying the game title. The field for the condition specifying information 64 includes information for specifying a game play condition. For example, in the game software 300, when an identification number (ID) is assigned to each play condition and the identification number is expressed as an event ID (may be referred to as “condition ID”), the condition specifying information 64 is: It may be the event ID of the achieved game. The condition specifying information 64 may be the play condition itself, and in any case, it may be any additional information that allows the message management utility 400 to specify the play condition. The attribute 66 field contains the attribute information of the message 68. The attribute 66 is basically set by a message distributor, but may be set by another user. Details of the attribute 66 will be described later. The message 68 field contains the message entered by the user.

Details of the game apparatus 10 will be described below.
FIG. 5 shows a detailed configuration of the game apparatus 10 shown in FIG. Each function in the game apparatus 10 is realized using the system software 200, the game software 300, and the message management utility 400. When the message management utility 400 is called by the game software 300, it is notified of the title ID of the game.

  The system software 200 operates as an operating system (OS) and includes a display processing unit 210 and an input receiving unit 220. The display processing unit 210 includes a display information generation unit 212 and an input area generation unit 214. The game software 300 includes an application execution unit 302, a condition achievement detection unit 304, and an event ID notification unit 306.

  The message management utility 400 includes an event ID acquisition unit 410, an output processing unit 420, a distribution processing unit 440, and a communication unit 460. The output processing unit 420 includes a notification determination unit 422, a message reading unit 424, and a message data acquisition unit 426. The distribution processing unit 440 includes an instruction unit 442, a message data generation unit 444, and a transmission data generation unit 446.

  In FIG. 5, each element described as a functional block for performing various processes can be configured by a CPU (Central Processing Unit), a memory, and other LSIs in terms of hardware. This is realized by a program loaded on the computer. As described above, the main controller 100 is provided with one PPU and a plurality of SPUs, and each of the PPUs and SPUs can be configured individually or in cooperation with each other. Therefore, it is understood by those skilled in the art that these functional blocks can be realized in various forms by hardware only, software only, or a combination thereof, and is not limited to any one.

  1 shows a game system 1 in which the game device 10b performs message distribution processing, and the game device 10a performs message output processing. In accordance with this example, a game system 1 in which the message data distributed from the game device 10b of the user B is acquired and output by the game device 10a of the user A will be described below.

<Message delivery processing>
In the game software 300 of the game apparatus 10b, the application execution unit 302 receives the operation input of the game controller 40 from the user B and executes the game program. In the first embodiment, the game software 300 presets game play conditions and assigns event IDs to the conditions. The game software 300 is coded to output an event ID when an event occurs. The contents of the play condition to which the event ID is assigned may be disclosed to the user or may not be disclosed. The game software 300 has a table in which each event ID is associated with the content of the play condition.

  FIG. 6 shows an example of an event table in which event IDs are associated with play conditions. Achieving the play condition triggers the user to input a message and triggers the user to notify a message from another user. As shown in the figure, an event ID is assigned not only to a positive result of winning the final boss (event ID: 01000000) but also to a negative result of losing to the last boss (event ID: 01000001). May be. Also, a play condition “while in the dungeon” can be set as an event, such as a volcano dungeon (event ID: 00001000). The event table is created by the game maker and incorporated in the game software 300. In the event table, a title ID and a game title name are recorded in association with each other. The contents of the play conditions described in the event table are presented to the user when generating a message input screen or a message browsing screen, which will be described later.

  The condition achievement detection unit 304 detects from the progress of the game that an event has occurred, that is, that a pre-set game play condition has been achieved in the game. This detection process is hard-coded in the game program, and when an event occurs, a process for acquiring an event ID that identifies the event is written in the game program. Detection of the achievement of the condition is equivalent to acquiring an event ID. The event ID notification unit 306 notifies the message management utility 400 of the acquired event ID.

  FIG. 7 shows an example of a game screen that is executed by the application execution unit 302 and displayed on the display device 12. This game screen shows a scene in which a user character operated by the game controller 40 confronts an enemy's last boss and starts a battle. When the user character confronts the last boss, the condition achievement detection unit 304 obtains an event ID associated with the event “starts a battle with the last boss” shown in FIG. The event ID notification unit 306 notifies the message management utility 400 of an event ID “00111111” that specifies the achieved play condition.

  In the message management utility 400, the event ID acquisition unit 410 acquires the notified event ID and passes it to the instruction unit 442. The instruction unit 442 instructs the input area generation unit 214 of the system software 200 to generate a message input area. The input area generation unit 214 generates an input area for a message and displays it superimposed on the game screen. The message input area may be a window for a user to input a message.

  FIG. 8 shows an input area 70 displayed superimposed on the game screen. The input area generation unit 214 displays the message input area 70 at, for example, a position near the end of the game screen so as not to interfere with the progress of the game. The input area generation unit 214 may display the input area 70 at the lower end of the game screen.

  User B inputs a message in input area 70. For example, the message to be input may be an impression that “I will do my best” or a support that “I will do my best” in consideration of other users, and the user uses a user interface such as the game controller 40 or the keyboard. You may be able to enter text freely. Note that a plurality of fixed-form messages may be prepared in advance and displayed so as to be selectable in a pull-down format so that the user can select and input the messages with a simple operation.

  When inputting a message, the user B may press a predetermined button, for example, a PAUSE button for temporarily stopping the progress of the game, to stop the progress of the game. In this case, upon receiving an instruction from the instruction unit 442, the input area generation unit 214 does not immediately display the input area 70 on the game screen, but temporarily displays information indicating that a message can be input on the game screen. Superimposed display. When the user B sees this information and presses the PAUSE button, the application execution unit 302 pauses the progress of the game, and then the input region generation unit 214 displays the input region 70 on the screen. In a game that progresses relatively slowly, such as a shogi game or a chess game, the input area generation unit 214 may display the input area 70 superimposed on the ongoing game screen, but in a game that progresses quickly such as a fighting game. In response to the operation of the PAUSE button, the input area generator 214 is preferably set to display the input area 70. This display control function is set by the game software 300.

  The user does not input a message when the predetermined play condition is achieved, but continues the game play, and inputs a message for a plurality of play conditions that have been achieved at the best time. There are things I want to do. In such a case, the input area generation unit 214 notifies the user that the message can be input every time the play condition is achieved, and if no message is input (for example, if the PAUSE button is not pressed). , Events that can be entered are accumulated. Although the details will be described later, the input area generation unit 214 accumulates screen shots of the game screen when the play conditions are achieved so that the user can easily confirm the event later, and collectively inputs a message. In this case, it may be presented to the user.

  When the PAUSE button is operated, the input area generation unit 214 presents a list of events for which a message can be input to the user so that the user can input a message. Note that the input area generation unit 214 may present a predetermined input format to the user in the input area 70 so that the user can input other than the message.

  FIG. 9A shows an example of an input format generated in the input area 70. This input format includes a tab 71 for specifying an event, a tab 72 for setting a message attribute, a tab 73 for defining an attached item, and a tab 74 for opening a message body input screen. These tabs can be selected in order from the top. In the initial display, only the tab 71 can be selected by the user. The user operates the game controller 40 to select each tab and input necessary information.

  When the tab 71 is operated, an event determination screen 78 shown in FIG. 9B is displayed. When generating the event determination screen 78, the event ID acquisition unit 410 acquires an event table from the game software 300 and passes it to the display processing unit 210. The input area generation unit 214 accumulates the IDs of events for which messages can be input, that is, event IDs notified from the event ID notification unit 306 but no messages have been input yet. The input area generation unit 214 refers to the event table, extracts “contents of play conditions” from the event ID for which no message has been input, and displays the list on the event determination screen 78. As a result, the event determination screen 78 displays a list of the play conditions that have been achieved so far and for which no message input has been made.

  For example, when the user character loses to the last boss, the play condition “Lose to the last boss” is displayed on the event determination screen 78, and when the last win is not won, the play condition “to win the last boss” is not displayed. The event determination screen 78 is displayed so as not to overlap the input area 70. For example, when an event is selected on the event determination screen 78, a screen shot of the game screen at the time of occurrence (or generation) of the event is displayed in the thumbnail display area 75. The screen shot displayed in the thumbnail display area 75 has a role of reminding the user of past game play. The play condition 76 describes the contents of the event (the contents of the play condition shown in FIG. 6). When the user determines any of the events displayed in the list, the input format shown in FIG.

  When the user determines the event, tab 72 is selectable by the user. When the tab 72 is operated, an attribute determination screen 79 shown in FIG. 9C is displayed. The attribute determination screen 79 displays a list of attributes of messages to be input. The “impression” attribute is selected when the user inputs an impression message for the event, such as “Looks strong!” The “support” attribute is selected when the user inputs a message that is conscious of supporting other users, such as “Ganbare ~”. The “hint” attribute is selected when the user inputs a message that is conscious of advice to other users, such as “Boss character seems to be vulnerable to fire”. As will be described later, in order for a message to which the “hint” attribute is added to be displayed on the game device 10 of another user, it is necessary to obtain the approval of the user.

  When the user determines the attribute, the tab 73 is selectable by the user. When the tab 73 is operated, the user can include the item in the message data distributed to other users. When the user determines the attribute, the tab 74 is also selectable by the user, and when the item is not included in the message data, the user operates the tab 74. When the tab 74 is operated, the user inputs a text message.

  In the system software 200, the input receiving unit 220 receives an input message. When a message is input according to the input format shown in FIG. 9A, the input receiving unit 220 specifies information for specifying an event (play condition), information for specifying an attribute, information for specifying an item, and the like. The additional information is also received together with the message. The input reception unit 220 provides the received message and additional information to the message data generation unit 444 of the message management utility 400. The message data generation unit 444 generates message data in the data format shown in FIG. 4 using the message and the additional information. When an item is attached, an item field is added to the data format shown in FIG.

  The title ID is notified from the game software 300 when the message management utility 400 is called. The event ID acquisition unit 410 passes the notified title ID to the distribution processing unit 440. Note that each time the event ID notification unit 306 notifies the event ID, the event ID acquisition unit 410 may notify the event ID acquisition unit 410 of the title ID together, and the event ID acquisition unit 410 may pass it to the distribution processing unit 440. The message data generation unit 444 generates the message data in the data format shown in FIG. 4 by acquiring the title ID and providing the message and additional information. In the first embodiment, the message data generation unit 444 always includes the event ID (condition specifying information) among the additional information in the message data. The message data generation unit 444 stores the generated message data 60b in the hard disk drive 34.

  In the hard disk drive 34, information for specifying the game device 10a that is a destination to which the message data 60b is distributed is stored in advance. The transmission data generation unit 446 generates transmission data with destination information added to the message data 60 b stored in the hard disk drive 34 at a predetermined timing, and the communication unit 460 transmits the message data to the message providing server 18.

  FIG. 10 shows a flowchart of the message generation process. In the flowchart shown in FIG. 10, the processing procedure of each part is displayed by a combination of S (acronym for Step) meaning a step and a number. In addition, when a determination process is executed in the process displayed by the combination of S and a number, and the determination result is affirmative, Y (acronym for Yes) is added, for example (Y in S10) If the result of the determination is negative, N (acronym for No) is added and (N in S10) is displayed. The meaning of the display in the flowchart is the same in the flowcharts shown in other drawings.

  In the game software 300, the application execution unit 302 receives the operation input of the game controller 40 from the user and executes the game program (S10). The condition achievement detection unit 304 detects whether or not the game play conditions set in advance in the game have been achieved from the progress of the game (S12). When the condition achievement detection unit 304 detects that the play condition is achieved (Y in S12), the condition achievement detection unit 304 acquires an event ID that is hard-coded for the condition. The achievement of the play condition may be detected with the acquisition of the event ID. The event ID notification unit 306 notifies the acquired event ID to the message management utility 400 (S14). If the game play conditions are not achieved (N in S12), the event ID is not notified.

  In the message management utility 400, the event ID acquisition unit 410 acquires the notified event ID and passes it to the instruction unit 442. The instruction unit 442 instructs the input area generation unit 214 to generate the message input area 70 (S16). In the system software 200, the input area generation unit 214 generates a message input area 70 (S18) and displays the message on the display device 12. The input reception unit 220 receives a message input from the user (S20) and passes it to the message data generation unit 444. The message data generation unit 444 generates message data 60b in the format shown in FIG. 4 (S22). This message generation process is performed until the game ends (N in S24). When the game ends (Y in S24), the message generation process ends. The generated message data is transmitted to the game apparatus 10a by the communication unit 460 via the message providing server 18.

<Message output processing>
Next, message output processing in the game apparatus 10a will be described. The game software 300 of the game apparatus 10 a calls a “message acquisition function” from the message management utility 400 at the time of activation. In the message management utility 400, the communication unit 460 accesses the message providing server 18 and requests distribution of message data addressed to itself. The message providing server 18 transmits the message data to the communication unit 460 when holding the message data. At this time, regardless of the game title executed by the game software 300, message data of all game titles held in the message providing server 18 is transmitted to the communication unit 460. The message data acquisition unit 426 acquires the message data 60 a via the communication unit 460 and stores it in the hard disk drive 34. Thereby, the environment for showing the message according to play conditions to the user A is prepared.

  In the game software 300, the application execution unit 302 receives the operation input of the game controller 40 from the user A and executes the game program. As described above, the game program is hard-coded to obtain an event ID when an event occurs.

  The condition achievement detection unit 304 detects from the progress of the game that an event has occurred, that is, that a pre-set game play condition has been achieved in the game. The event ID notification unit 306 notifies the message management utility 400 of the acquired event ID.

  In the message management utility 400, the event ID acquisition unit 410 acquires the notified event ID and passes it to the notification determination unit 422. The event ID acquisition unit 410 passes the title ID to the output processing unit 420 when the message management utility 400 is called from the game software 300. The notification determination unit 422 determines whether message data 60 a having additional information corresponding to the event ID passed from the event ID acquisition unit 410 exists among the message data 60 a having the same title ID stored in the hard disk drive 34. judge. Here, the condition specifying information 64 included in the message data 60a is an event ID that specifies a play condition achieved in the other game apparatus 10b. In this case, the notification determination unit 422 compares the event ID acquired by the event ID acquisition unit 410 with the event ID included in the message data 60a, and if they match, the message corresponding to the acquired event ID. It is determined that the data 60a exists. The determination result is passed to the message reading unit 424, and the message reading unit 424 reads the corresponding message data 60a from the hard disk drive 34 and supplies it to the display information generating unit 212 in the system software 200.

  The display information generation unit 212 functions as a notification unit that notifies a message. Specifically, the display information generation unit 212 generates display information that superimposes and displays the message read from the message reading unit 424 on the game screen. If the message is a voice, the speaker functions as a notification unit, and the message is output as a voice from the speaker.

  FIG. 11 shows a display area 80 displayed superimposed on the game screen. The display information generation unit 212 displays the message display area 80 at, for example, a position near the end of the game screen so as not to interfere with the progress of the game. When there are a plurality of messages, the display area 80 may be arranged in the vertical direction of the screen. The display area 80 may include the user name and icon image of the user who created the message. In order to display the user name and icon image, the user name and icon image are included in the message data 60 distributed in advance. By notifying a message created by another user when the same play conditions are achieved, it is possible to give a feeling as if the game is being played together, and a play environment full of realism can be realized.

  The display information generation unit 212 ends the display of the display area 80 after a predetermined time has elapsed from the start of display. The display time may be set by the user, or the display may be terminated by the user's operation of the game controller 40.

  When displaying the message, the user A may stop the progress of the game by, for example, pressing a PAUSE button for temporarily stopping the progress of the game. In this case, the display information generation unit 212 receives the message read from the message reading unit 424 and does not immediately display the display area 80 on the game screen, but temporarily displays information indicating that the message can be notified. Superimposed on the game screen. When the user views the information and presses the PAUSE button, the display information generation unit 212 displays the display area 80 on the screen after the application execution unit 302 pauses the progress of the game. This display control function is set by the game software 300.

  FIG. 12 shows another example of the display area 80 displayed superimposed on the game screen. When the attribute is set in the message data 60a, the display information generation unit 212 may display a message for each attribute. For example, the user can view the message of the attribute by selecting the tabs 81, 82, and 83 representing the message attribute. For messages having the “impression” attribute and the “support” attribute, the message may be directly displayed in the display area 80 as illustrated in FIG. 11 without using the tabs 81 and 82. On the other hand, a message having a “hint” attribute includes clues for game capture, and in some cases, may reduce the interest of the user who is playing. May be. As described above, the display information generation unit 212 may change the display mode of the message according to the set attribute.

  The display information generation unit 212 may provide the user with a screen on which the acquired message data 60a can be viewed. For example, the game screen, the name of the user who transmitted the message data 60a, the user icon, and the content of the message are displayed on the browsing screen.

  FIG. 13 shows an example of a message browsing screen. When generating the browsing screen, the event ID acquisition unit 410 acquires an event table from the game software 300. The message reading unit 424 reads the message data 60 a stored in the hard disk drive 34 and acquires the event table from the event ID acquisition unit 410. Note that the event table read from the game software 300 may be stored in the hard disk drive 34 in advance, and in this case, the message reading unit 424 reads the event table from the hard disk drive 34. The message reading unit 424 provides the event table and the message data 60a to the display information generating unit 212.

  The display information generation unit 212 extracts the contents of the play conditions associated with the condition specifying information 64 of the message data 60a from the event table. Further, the display information generation unit 212 extracts the game title name from the event table. The display information generation unit 212 generates a message browsing screen using the game title name 84, the play condition contents 85, and the message 86. Thereby, the user A can browse the received messages collectively.

  Note that if the user A has not yet achieved the play condition of “losing to the last boss”, even if a message for the play condition has arrived from the user B, the message content is not displayed. For example, as the display information 87, only the user name (user B) is displayed. The display information generation unit 212 can only browse messages regarding play conditions achieved by the user A. By reading the message, the user A can remember the presence when playing. Even if you don't read a message during gameplay, you can read it again from the browsing screen. Moreover, about the message regarding the play conditions which are not achieved, the user A can recognize that the user B has already cleared the play conditions by displaying only the name of the user who delivered the message. Incentives to achieve that condition.

  In the above description, the game apparatus 10a downloads the message data 60a from another game apparatus 10b. However, the message data 60a prepared by the game maker may be downloaded. The game software 300 may include message data 60a. In this case, for example, when the game software 300 is activated for the first time, the message data 60a may be read from the game software 300 to the hard disk drive 34. The game maker creates, for example, message data 60a that can be used as a game manual. By using the message output function of the game apparatus 10 to notify the information by the system software 200, it is not necessary to create a manual display function in the game software 300, and the software development process can be saved. is there.

  FIG. 14 shows a flowchart of the message output process. In the game software 300, the application execution unit 302 receives the operation input of the game controller 40 from the user and executes the game program (S30). The condition achievement detection unit 304 detects whether or not a game play condition set in advance in the game has been achieved from the progress of the game (S32). When the condition achievement detection unit 304 detects that the play condition is achieved (Y in S32), the condition achievement detection unit 304 acquires an event ID that is hard-coded for the condition. The achievement of the play condition may be detected with the acquisition of the event ID. The event ID notification unit 306 notifies the acquired event ID to the message management utility 400 (S34). If the game play conditions are not achieved (N in S32), the event ID is not notified.

  In the message management utility 400, the event ID acquisition unit 410 acquires the notified event ID and passes it to the notification determination unit 422. The notification determination unit 422 searches for the event ID of the message data 60a stored in the hard disk drive 34 that matches the passed event ID (S36). When there is message data 60a having the same event ID (Y in S36), the message reading unit 424 reads the message data 60a having the event ID from the hard disk drive 34 and provides it to the display information generating unit 212 (S38). . If there is no message data 60a with the same event ID (N in S36), the message data 60a is not read. The display information generation unit 212 displays a message in the display area 80 (S40). This message output process is performed until the game ends (N in S42), and when the game ends (Y in S42), the message output process ends.

(Example 2)
An outline of the information notification system according to the second embodiment of the present invention will be described. Note that the configuration and functions of the game apparatus 10 described as an example of the information processing apparatus in the first embodiment may be similarly included in the information processing apparatus in the second embodiment, and the information processing apparatus described in the second embodiment. The configuration and function may be similarly included in the game apparatus 10 of the first embodiment.

  In the second embodiment, the information processing apparatus of the user (user A) holds message data distributed in advance from another user (user B). The message data includes a message and a notification condition of the message. When the environment where the information processing apparatus of the user A is placed satisfies (or achieves) the notification condition, the message is the user. Will be notified.

  In the message data, at least one condition of time (Time), place (Place), and case (Occasion) is set as a notification condition. In the following, the condition specified by time is called “time condition”, the condition specifying the place is called “location condition”, and the condition specifying the case is called “event condition”. These conditions may be used alone or in combination to define message notification conditions. The usage scene of each condition is shown below.

<Notification by time condition>
The user B transmits message data having a notification condition that it is midnight on January 1 to the information processing apparatus of the user A before the date and time. For example, the user B transmits a message “Happy New Year”. When the current date and time is midnight on January 1, the information processing apparatus of the user A determines that the notification condition is satisfied and notifies the user A of a message. There are various notification methods. For example, a message may be displayed on the display of the information processing apparatus, or the message may be output from a speaker.

<Notice by location conditions>
User B transmits message data that uses a notification condition to enter a certain restaurant C to the information processing apparatus of user A. For example, the user B transmits a message “This restaurant is delicious”. For example, if the current position is in the restaurant C, the information processing apparatus of the user A determines that the notification condition is satisfied and notifies the user A of a message based on position information from GPS (Global Positioning System).

<Notification by event condition>
User B sends message data to user A's information processing apparatus, which uses a notification condition of walking 10 km in one day. For example, the user B transmits a message “I am walking 10 km today”. The information processing apparatus of the user A obtains the moving distance of one day from the position information from the GPS, for example, and if it has moved 10 km, determines that the notification condition is satisfied and notifies the user A of a message. For example, the information processing apparatus may derive the distance traveled by walking by excluding the distance traveled by an automobile or the like by deriving the distance when moving at a predetermined speed or less.

<Notice by combination conditions>
User B sends message data to the user A's information processing apparatus with a notification condition of running 21 km in a marathon. For example, the user B transmits a message “You are half more. Good luck”. If the marathon start date is 10 o'clock on October 10th, set the time condition as “after 10 o'clock on 10th October” and set the event condition as “21 km moved” The notification condition is set to run 21km in the marathon starting at 10:00 on the 10th. The information processing apparatus of the user A obtains the moving distance after 10 o'clock from the position information from the GPS, and if moving 21 km, determines that the notification condition is satisfied and notifies the user A of a message.

  FIG. 15 shows an information notification system 2 according to the second embodiment of the present invention. The information notification system 2 includes an information processing device 500a held by a user A, an information processing device 500b held by a user B, and a message data distribution station 501. Here, the information processing apparatus 500b is shown as a message data transmitting terminal, and the information processing apparatus 500a is shown as a message data receiving terminal. 15 shows the information notification system 2 in which message data is transmitted and received by wireless communication, the message data may be transmitted and received by wired communication. Further, the information processing apparatus 500a may acquire message data from a removable memory device such as a USB memory, and in this case, the information processing apparatus 500a may not have a communication function. Hereinafter, the information processing apparatus 500a and the information processing apparatus 500b are expressed as “information processing apparatus 500” unless otherwise distinguished. Hereinafter, an information processing apparatus 500 having a message data transmission / reception function will be described.

  FIG. 16 shows the configuration of the information processing apparatus 500 in the information notification system. Each function in the information processing apparatus 500 is realized by using system software and a message management utility. The information processing apparatus 500 may be a portable terminal device such as a mobile phone, or may be a stationary terminal device. Note that, when the information processing apparatus 500 is used as a receiving terminal, the usage scene in the information notification system 2 increases particularly in the case of a portable type.

  The information processing apparatus 500 includes an input reception unit 510, a situation information acquisition unit 520, a situation information notification unit 530, a distribution processing unit 540, a display 550, an output processing unit 560, a communication unit 580, and a storage device 590. The situation information acquisition unit 520 includes a date information acquisition unit 522, a location information acquisition unit 524, and an event information acquisition unit 526. The distribution processing unit 540 includes an input area generation unit 542, a message data generation unit 544, and a transmission data generation unit 546. The output processing unit 560 includes a notification determination unit 562, a message reading unit 564, a display information generation unit 566, and a message data acquisition unit 568.

  In FIG. 16, each element described as a functional block for performing various processes can be configured by a CPU (Central Processing Unit), a memory, and other LSIs in terms of hardware. This is realized by a program loaded on the computer. Therefore, it is understood by those skilled in the art that these functional blocks can be realized in various forms by hardware only, software only, or a combination thereof, and is not limited to any one.

  The storage device 590 stores message data 600a and / or message data 600b. In the following description, data for distributing the message data 600b and data for notifying the user of the message data 600a will be described. However, when not particularly distinguished, the message data 600a and 600b are expressed as “message data 600”. . The message data 600 includes a condition ID that identifies the type of notification condition and condition identification information that identifies the notification condition.

  FIG. 17 shows a correspondence table between condition IDs and condition types. In the second embodiment, a time condition, a place condition, and an event condition are prepared as condition types, and a condition ID is assigned to each.

  FIG. 18 shows the data format of message data 600. The message data 600 includes condition IDs 602 a and 602 b (hereinafter also referred to as “condition ID 602”), condition specifying information 604 a and 604 b (hereinafter also referred to as “condition specifying information 604”), and a message 606. A field is provided. The condition ID 602 field includes identification information for specifying the condition type. The field of the condition specifying information 604 includes information for specifying the notification condition. For example, when a notification condition prepared in advance in the information notification system 2 exists, an identification number (ID) is assigned to each notification condition, and the notification condition ID may be used as the condition specifying information 604. .

  In the illustrated example, two notification conditions are included. The condition ID 602a and the condition ID 602b may be IDs that specify different conditions such as time conditions and event conditions, for example, but both may be IDs that specify the same type of conditions. Combinations of the condition ID 602 and the condition specifying information 604 are included in the message data 600 by the number of notification conditions.

  The message 606 field includes a message entered by the user. Information such as the attribute 66 shown in FIG. 4 may be included in the message data 600.

  15 shows the information notification system 2 in which the information processing apparatus 500b performs message distribution processing and the information processing apparatus 500a performs message output processing. In accordance with this example, the information notification system 2 in which the information processing apparatus 500a acquires and outputs message data distributed from the information processing apparatus 500b will be described below.

<Message delivery processing>
In the information processing apparatus 500b, the input receiving unit 510 receives an operation input from the input interface apparatus by the user B. When the input reception unit 510 receives a message input instruction, the input reception unit 510 instructs the distribution processing unit 540 to perform message input processing. In the distribution processing unit 540, the input region generation unit 542 generates a message input region and displays it on the display 550.

  FIG. 19A shows an example of an input format displayed on the display 550. This input format includes a tab 610 for specifying a notification condition, a tab 611 for defining an attached file, and a tab 612 for opening a message text input screen. User B operates the input interface device to select each tab and input necessary information.

  When the tab 610 is operated, a condition setting screen shown in FIG. 19B is displayed on the display 550. Information for setting a notification condition is displayed on the condition setting screen. In the condition setting screen, a time tab 620, an AND / OR selection area 621, a location tab 622, an AND / OR selection area 623, and an event tab 624 are set.

  When the time tab 620 is operated, a time condition setting screen shown in FIG. Options for setting the time condition are displayed on the time condition setting screen. Note that numbers, days of the week, etc. are input by the user to the locations represented by *.

  “* Month * Day: * Hour * Minute” is selected when specifying the notification date and time. “* Month * Day: * Hour * Minute to * Month * Day: * Hour * Minute” is selected when specifying the notification period. “Every * day of the week” is selected when specifying a notification day of the week. “Daily” is selected when the notification date is every day. “* Hour * minute” is selected to specify the notification time when “every day * day” or “every day” is selected.

  When the location tab 622 is operated, a location condition setting screen shown in FIG. 20B is displayed on the display 550. On the place condition setting screen, options for setting place conditions specified by latitude and longitude are displayed. In addition to “current location”, “registered location A”, “registered location B”, etc., an input area for inputting an address is also displayed. When “current location” is selected, in the information processing apparatus 500, the location information acquisition unit 524 acquires current location information specified by latitude and longitude from the GPS. Further, when an address is input, the latitude and longitude information of the address may be acquired by inquiring, for example, a map server.

  When the event tab 624 tab is operated, an input area for setting an event condition is displayed on the display 550. For example, a software keyboard is prepared on the display 550, and the user inputs an event condition in the input area using the software keyboard. The information processing apparatus 500a on the receiving side is configured to have an event condition decoding function, and the input event condition is converted into information that can be processed by the information processing apparatus 500a. Note that typical event conditions may be prepared in advance in the information notification system 2 and presented to the user as a template (condition list). At this time, an ID used in the information notification system 2 may be set for each condition in the condition list, and the condition may be specified by this ID.

  The AND / OR selection areas 621 and 623 are areas for setting logical operators indicating the relationship between the conditions. If a condition is not set, the logical operator above the condition may be ignored. For example, when the location condition is not set, the logical operator set in the AND / OR selection area 621 does not affect the determination of the notification condition. When the time condition and the event condition are set and the AND / OR selection area 623 is set to AND, the logical product of the time condition and the event condition is notified regardless of the setting of the AND / OR selection area 621. Set as a condition.

  Returning to FIG. 19A, when the tab 611 is operated, a content selection screen to be attached to the message is displayed. User B can select content that he / she wants to send to user A, such as photos and music.

  When the tab 612 is operated, a message input screen is displayed. User B freely inputs a message using a user interface device or, for example, a software keyboard. Note that a voice message may be input when the tab 612 is operated.

  Returning to FIG. 16, the input receiving unit 510 receives a message input from the user and additional information such as a notification condition, and passes them to the message data generating unit 544. The message data generation unit 544 generates message data in the data format shown in FIG. 18 using the message and the additional information. When content is attached, a content field is added to the data format shown in FIG. When including message attribute information, an attribute information field is added. The message data generation unit 544 stores the generated message data 600b in the storage device 590.

  The storage device 590 stores in advance information for specifying the information processing device 500a that is the destination to which the message data 600b is distributed. The transmission data generation unit 546 generates transmission data in which destination information is added to the message data 600b stored in the storage device 590 at a predetermined timing. The communication unit 580 transmits the generated transmission data to the distribution station 501, and the distribution station 501 transmits the information to the information processing apparatus 500a.

  FIG. 21 shows a flowchart of the message generation process. When the input reception unit 510 receives a message input instruction, the input region generation unit 542 generates a message input region and displays it on the display 550 (S60). The input receiving unit 510 receives the input notification condition (S62), and when receiving the input message (S64), passes it to the message data generating unit 544. The message data generation unit 544 generates message data 600b in the format shown in FIG. 18 (S66). The generated message data 600b is transmitted to the information processing apparatus 500a of the user A.

<Message output processing>
In the information processing apparatus 500a, the communication unit 580 accesses the distribution station 501 and requests distribution of message data addressed to itself. The distribution station 501 transmits the message data to the communication unit 580 when holding the message data. The distribution station 501 may transfer the message data addressed to the information processing apparatus 500a to the information processing apparatus 500a immediately after receiving the message data. The message data acquisition unit 568 acquires the message data 600a via the communication unit 580 and stores it in the storage device 590. Thereby, an environment for presenting a message to the user according to the status of the information processing apparatus 500a is prepared.

  The situation information acquisition unit 520 acquires the situation information of the information processing apparatus 500a. The situation information includes current environment information of the information processing apparatus 500a and surrounding environment information, and also includes state information and operation information of the information processing apparatus 500a.

  The date / time information acquisition unit 522 acquires current date / time information, that is, current date / time and time information from a clock function or the like. The location information acquisition unit 524 acquires the current location information using GPS or the like. The event information acquisition unit 526 acquires event information occurring in the information processing apparatus 500a. The event information acquisition unit 526 acquires a status set as an event in the information notification system 2 such as, for example, that the information processing apparatus 500a is moving or the remaining battery level is low. Hereinafter, date information, location information, and event information may be collectively referred to as status information. The date and time information acquisition unit 522, the location information acquisition unit 524, and the event information acquisition unit 526 pass the acquired information to the status information notification unit 530, respectively.

  The functions of the date / time information acquisition unit 522, the location information acquisition unit 524, and the event information acquisition unit 526 may be realized by application software, respectively. For example, the date and time information acquisition unit 522 may be an application in which a condition for passing date and time information to the status information notification unit 530 is set when the current time is 00 minutes and 30 minutes. The location information acquisition unit 524 may be an application in which conditions for passing location information to the status information notification unit 530 are set when it is determined from the GPS information that the location information acquisition unit 524 has moved to another city. The event information acquisition unit 526 is an application in which a condition for passing event information to the status information notification unit 530 is set when it is determined that an event has occurred, for example, the remaining battery level is less than a predetermined amount. Good. Note that the date / time information acquisition unit 522, the location information acquisition unit 524, and the event information acquisition unit 526 may be applications that periodically pass the acquired information to the status information notification unit 530, respectively.

  When the status information notification unit 530 receives information from the status information acquisition unit 520, the status information notification unit 530 notifies the notification determination unit 562 of the information. That is, the situation information notification unit 530 notifies the notification determination unit 562 of the situation information when the condition set in the situation information acquisition unit 520 is achieved. Since the status information notification unit 530 acquires information from the date / time information acquisition unit 522, the location information acquisition unit 524, and the event information acquisition unit 526 at different timings, the status information notification unit 530 collects them at a predetermined timing (for example, periodically) ) You may make it notify status information to the notification determination part 562. FIG.

  The notification determination unit 562 determines whether the acquired situation information satisfies the notification condition specified by the condition specifying information of the message data 600a stored in the storage device 590. For example, when message data 600 a having a notification condition of “midnight on January 1” is stored in storage device 590, notification determination unit 562 receives the date and time passed from status information notification unit 530. If the information is “midnight on January 1,” it is determined that the notification condition has been achieved. At this time, the notification determination unit 562 preferably refers to the condition ID 602 included in the message data 600a, identifies the type of notification condition set in the message data 600a, and compares it with the acquired situation information. For example, in the above example, only the time condition is set as the notification condition, and the notification determination unit 562 does not need to compare conditions other than the time condition. By effectively using the condition ID 602, the determination time can be shortened.

  When the message data 600a with the notification condition of entering the restaurant C of “latitude X, longitude Y” is stored in the storage device 590, the notification determination unit 562 indicates that the location information passed from the situation information notification unit 530 is “ If “latitude X, longitude Y”, it is determined that the notification condition has been achieved. Also, when message data 600a with a notification condition of walking 10 km is stored in the storage device 590, the notification determination unit 562 indicates that the event information passed from the situation information notification unit 530 has exceeded the travel distance of 10 km. If so, it is determined that the notification condition has been achieved.

  When the notification determination unit 562 determines that the notification condition of the message data 600a has been achieved, the message reading unit 564 reads the message data 600a for which the condition has been achieved from the storage device 590 and sends it to the display information generation unit 566. Supply. The display information generation unit 566 functions as a notification unit that notifies a message. Specifically, the display information generation unit 566 generates display information for displaying the message read from the message reading unit 564 on the display 550.

  FIG. 22 shows a flowchart of the message output process. The notification determination unit 562 acquires the situation information from the situation information notification unit 530 (S80). The notification determination unit 562 determines whether the acquired status information satisfies the notification condition of the message data 600a stored in the storage device 590 (S82). When the notification condition specified by the condition specifying information is satisfied by the situation information (Y in S82), the message reading unit 564 reads the corresponding message data 600a from the storage device 590 and provides it to the display information generating unit 566. (S84). If the notification condition is not satisfied by the status information (N in S82), the message data 600a is not read. The display information generation unit 566 displays a message on the display 550 (S86). When the message is a voice, the voice is notified from a voice output unit (not shown).

  Hereinafter, attribute information in the second embodiment will be described. The attribute information is included in the message data 600 and identifies the attribute of the message 606. This attribute information defines that the message data 600 read once is set to any of the opened, unopened, and deleted states. The attribute information is set by the message distribution user B.

  When deletion is determined by the attribute information, the message reading unit 564 deletes the read message data 600a from the storage device 590. This avoids a situation in which the same message data 600a is displayed every time the notification condition is satisfied.

  When it is determined by the attribute information that the file has been opened, the message reading unit 564 sets an opened flag in the read message data 600a. Even when the notification condition is satisfied next time, the message data 600a in which the opened flag is set is not read by the message reading unit 564 and is not notified to the user.

  On the other hand, when it is determined by the attribute information that it is not opened, the message reading unit 564 does not set the opened flag even for the read message data 600a. When the notification condition is satisfied next time, the message data 600a in which the opened flag is not set is read by the message reading unit 564 and notified to the user.

  When the information processing apparatus 500 has the message browsing function described in the first embodiment, a message with the opened flag set may be displayed to be viewable, and a message that is not set may be unviewable. .

  Note that the message data generation unit 544 may set attribute information according to message notification conditions. For example, in the time condition setting screen of FIG. 20 (a), when the time condition is set to “every day * day”, “daily”, etc., it is assumed that the message is notified multiple times. It is not preferable to delete the message data 600a, and it is not preferable that the message data 600a be opened. Therefore, the message data generation unit 544 automatically sets attribute information to be unopened after reading. On the other hand, if the time condition is set as “* month * day: * hour * minute”, “* month * day: * hour * minute to * month * day: * hour * minute”, the message Therefore, the message data generation unit 544 automatically sets the attribute information to be opened or deleted after reading. For example, if a time condition such as “* month * day: * hour * minute” or “* month * day: * hour * minute to * month * day: * hour * minute” is set, the user attribute Instead of accepting the information, the message data generation unit 544 may set attribute information forcibly opened or deleted.

  The present invention has been described based on a plurality of embodiments. These embodiments are exemplifications, and it is understood by those skilled in the art that various modifications can be made to the combination of each component and each processing process, and such modifications are within the scope of the present invention. is there. Although Embodiment 1 and Embodiment 2 have been described, more effective message notification control can be realized by combining the contents of the embodiments.

DESCRIPTION OF SYMBOLS 1 ... Game system, 2 ... Information notification system, 10 ... Game device, 12 ... Display apparatus, 18 ... Message provision server, 34 ... Hard disk drive, 40 ... Game controller , 60 ... Message data, 70 ... Input area, 80 ... Display area, 200 ... System software, 210 ... Display processing section, 212 ... Display information generation section, 214 ... Input region generation unit, 220 ... input reception unit, 300 ... game software, 302 ... application execution unit, 304 ... condition achievement detection unit, 306 ... event ID notification unit, 400 ... Message management utility 410 ... Event ID acquisition unit 420 ... Output processing unit 422 ... Notification determination unit 424 ... Message Output unit, 426 ... Message data acquisition unit, 440 ... Distribution processing unit, 442 ... Instruction unit, 444 ... Message data generation unit, 446 ... Transmission data generation unit, 460 ... Communication 500, information processing device, 501 ... distribution station, 510 ... input reception unit, 520 ... status information acquisition unit, 522 ... date information acquisition unit, 524 ... location information acquisition 526... Event information acquisition unit 530... Status information notification unit 540... Distribution processing unit 542... Input region generation unit 544. Transmission data generation unit, 550 ... display, 560 ... output processing unit, 562 ... notification determination unit, 564 ... message reading unit, 566 ... display information generation unit, 568 ... message data The resulting unit, 580 ... communication unit, 590 ... storage device, 600 ... message data.

Claims (7)

A message data acquisition unit that acquires message and message data including a message notification condition;
A storage device for storing the acquired message data;
A status information acquisition unit that acquires status information of the information processing apparatus;
A notification determination unit that determines whether the acquired status information satisfies a notification condition of message data stored in the storage device;
A notification unit for notifying a message when the notification determination unit determines that the status information satisfies the notification condition;
An information processing apparatus comprising:   The information processing apparatus according to claim 1, wherein the status information acquisition unit acquires at least one of time information, location information, and event information as status information.   The information according to claim 1, further comprising a reading unit that reads message data from the storage device when the notification determination unit determines that the status information satisfies a notification condition. Processing equipment.   The information processing apparatus according to claim 3, wherein the reading unit deletes the message data from the storage device when reading the message data. The message data contains attribute information that identifies the message attributes,
5. The information processing apparatus according to claim 3, wherein the reading unit sets the read message data in a state of opened, unopened, or deleted according to the attribute information. On the computer,
A function for acquiring message data including a message and a message notification condition;
A function of storing the acquired message data in a storage device;
The ability to get status information;
A function of determining whether the acquired status information satisfies a notification condition of message data stored in the storage device;
A function for notifying a message when it is determined that the status information satisfies the notification condition;
A program to realize   A computer-readable recording medium on which the program according to claim 6 is recorded.

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