Patent Application
20250010182
This nonprovisional application is based on Japanese Patent Application No. 2023-110297 filed with the Japan Patent Office on Jul. 4, 2023, the entire contents of which are hereby incorporated by reference.
The present disclosure relates to information processing of a game participated in by users of a plurality of user terminals.
Conventionally, there have been known games in which a user performs multiplay with other users (Japanese Patent Laid-Open Application No. 2019-000219). The invention described in this document allows for sending an invitation message to a smartphone, a tablet terminal, or the like so that a person on the other end can be invited to multiplay even when the person's game apparatus is not online.
Examples of a destination of such an invitation message cited in the document are a user whose real contact information is known, a friend user in a game, and a user with whom multiplay has been performed in the past.
As described in the above patent document, users in conventional games who have performed multiplay together in the past would sometimes have a certain relationship. Users who have performed multiplay together could also form a friend relationship or a follower relationship, and a relationship independent of a session concerned would be established in such a case.
A purpose of the disclosure is to provide a new relationship between users who plays a game together.
A non-transitory storage medium of Configuration 1 contains information processing instructions to be executed by a computer of a first terminal of a first user. When executed by the computer, the information processing instructions cause the computer to participate in a session and run a game via a network, and to perform operations of: updating game status based on an operation input from the first user; when positions of a first character controlled in a virtual space of the game by the first user and a second character controlled in the virtual space by a second user of a second terminal participating in the same session as the first terminal get closer than a predetermined criterion, establishing a predetermined relationship in the session between the first user and the second user; and during progress of the game, successively outputting information indicating game status of the second user updated based on an operation input from the second user whose predetermined relationship with the first user has been established.
As described above, the relationship established when the positions of the first character of the first user and the second character of the second user get closer than the predetermined criterion is a predetermined relationship in the session. This configuration allows a user to enjoy a moderate relationship with another user, since the first and second user can have the predetermined relationship and proceed the game in the session and the predetermined relationship does not continue after the session ends.
When executed by the computer, the information processing instructions stored in the non-transitory storage medium of Configuration 1 may cause the computer to output positional information indicating a position in the virtual space of the second character of the second user whose predetermined relationship with the first user has been established, as the information indicating the game status of the second user.
When executed by the computer, the information processing instructions stored in the non-transitory storage medium of Configuration 2 may cause the computer to transfer the first character with reference to the position of the second character of the second user whose predetermined relationship with the first user has been established, in response to a transfer operation done by the first user.
When executed by the computer, the information processing instructions stored in the non-transitory storage medium of any of Configurations 1 to 3 may cause the computer to output operation input information corresponding to an operation input for an environmental object placed in the virtual space given by the second user whose predetermined relationship with the first user has been established, as the information indicating the game status of the second user.
When executed by the computer, the information processing instructions stored in the non-transitory storage medium of Configuration 4 may cause the computer to add the operation input information of the second user output on the first terminal to a storage unit, and to output the operation input information stored in the storage unit as a candidate for operation input information that can be input, when accepting an operation input for an environmental object from the first user.
When executed by the computer, the information processing instructions stored in the non-transitory storage medium of any of Configurations 1 to 5 may cause the computer to output information indicating the establishment of the predetermined relationship when establishing the predetermined relationship between the first user and the second user.
The information processing instructions stored in the non-transitory storage medium of any of Configurations 1 to 6 may ensure that the predetermined relationship is not established between the user of the first terminal and the second user of the second terminal participating in the session when the first terminal joins the session.
When executed by the computer, the information processing instructions stored in the non-transitory storage medium of any of Configurations 1 to 7 may cause the computer not to establish the predetermined relationship between the first user and the second user even when the distance between the first character and the second character gets shorter than the predetermined criterion if a restriction is set for the first terminal.
The information processing instructions stored in the non-transitory storage medium of any of Configurations 1 to 8 may ensure that the session is discarded when a predetermined time has passed.
An information processing apparatus of Configuration 10 is an information processing apparatus of a first terminal of a first user for performing a process to participate in a session and run a game via a network, and the information processing apparatus comprises: a unit for updating game status based on an operation input from the first user; a unit for, when positions of a first character controlled in a virtual space of the game by the first user and a second character controlled in the virtual space by a second user of a second terminal participating in the same session as the first terminal get closer than a predetermined criterion, establishing a predetermined relationship in the session between the first user and the second user; and a unit for, during progress of the game, successively outputting information indicating game status of the second user updated based on an operation input from the second user whose predetermined relationship with the first user has been established.
An information processing method of Configuration 11 is for an information processing apparatus of a first terminal of a first user for performing a process to participate in a session and run a game via a network, and the information processing method comprises: updating game status based on an operation input from the first user; when positions of a first character controlled in a virtual space of the game by the first user and a second character controlled in the virtual space by a second user of a second terminal participating in the same session as the first terminal get closer than a predetermined criterion, establishing a predetermined relationship in the session between the first user and the second user; and during progress of the game, successively outputting information indicating game status of the second user updated based on an operation input from the second user whose predetermined relationship with the first user has been established.
In the information processing method of Configuration 11, the information processing apparatus may output positional information indicating a position in the virtual space of the second character of the second user whose predetermined relationship with the first user has been established, as the information indicating the game status of the second user.
In the information processing method of Configuration 12, the information processing apparatus may transfer the first character with reference to the position of the second character of the second user whose predetermined relationship with the first user has been established, in response to a transfer operation done by the first user.
In the information processing method of any of Configurations 11 to 13, the information processing apparatus may output operation input information corresponding to an operation input for an environmental object placed in the virtual space given by the second user whose predetermined relationship with the first user has been established, as the information indicating the game status of the second user.
In the information processing method of Configuration 14, the information processing apparatus may add the operation input information of the second user output on the first terminal to a storage unit, and may output the operation input information stored in the storage unit as a candidate for operation input information that can be input, when accepting an operation input for an environmental object from the first user.
An information processing system of Configuration 16 comprises: a server apparatus for performing processing of a game based on an operation input from a user of a user terminal participating in a session; a first terminal of a first user participating in the session; and a second terminal of a second user participating in the same session as the first terminal, where the first terminal updates game status based on an operation input from the first user and sends information indicating the game status of the first user to the server apparatus, where the second terminal updates game status based on an operation input from the second user and sends information indicating the game status of the second user to the server apparatus, where the server apparatus establishes a predetermined relationship in the session between the first user and the second user when positions of a first character controlled in a virtual space of the game by the first user and a second character controlled in the virtual space by the second user get closer than a predetermined criterion, based on the information indicating the game status of the first user sent from the first terminal and on the information indicating the game status of the second user sent from the second terminal, where the first terminal, during progress of the game, successively outputs the information indicating the game status of the second user updated based on an operation input from the second user whose predetermined relationship with the first user has been established, and where the second terminal, during progress of the game, successively outputs the information indicating the game status of the first user updated based on an operation input from the first user whose predetermined relationship with the second user has been established.
In the information processing system of Configuration 16, the first terminal may output positional information indicating a position in the virtual space of the second character of the second user whose predetermined relationship with the first user has been established, as the information indicating the game status of the second user.
In the information processing system of Configuration 17, the first terminal may transfer the first character with reference to the position of the second character of the second user whose predetermined relationship with the first user has been established, in response to a transfer operation done by the first user.
In the information processing system of any of Configurations 16 to 18, the first terminal may output operation input information corresponding to an operation input for an environmental object placed in the virtual space given by the second user whose predetermined relationship with the first user has been established, as the information indicating the game status of the second user.
In the information processing system of Configuration 19, the first terminal may add the operation input information of the second user output on the first terminal to a storage unit, and may output the operation input information stored in the storage unit as a candidate for operation input information that can be input, when accepting an operation input for an environmental object from the first user.
The foregoing and other objects, features, aspects and advantages of the exemplary embodiments will become more apparent from the following detailed description of the exemplary embodiments when taken in conjunction with the accompanying drawings.
Information processing systems of the embodiments will now be described with reference to the drawings. The following description is merely illustrative of preferred modes, and is not intended to limit the invention described in the claims.
The above-described user terminals 20 will be described next. Each user terminal 20 is, for example, a smartphone, a stationary or portable game apparatus, a tablet terminal, a portable phone, a personal computer, a wearable terminal, or the like. A stationary game apparatus is described in the embodiments as an example of the user terminals 20.
Each user terminal 20 has a wireless communications unit 23 for wirelessly communicates with the server apparatus 10 and other user terminals 20. Internet communications and short-range wireless communications, for example, are used as the wireless communications.
Each user terminal 20 has a controller communication unit 24 for performing wire or wireless communication with a controller 30.
Each user terminal 20 is connected with a display 26 (e.g., a television) via an image and audio output unit 25. The processor 21 outputs generated images and audio (e.g., generated by the above-mentioned information processing being performed) via the image and audio output unit 25 to the display 26.
The controller 30 will be described next. Though not shown, the controller 30 of the embodiments has a vertically long housing, and can be gripped in a portrait orientation. The housing has a shape and size that can be gripped with one hand when gripped in a portrait orientation.
The controller 30 has at least one analog stick 32, which is an example of a direction input device. The analog stick 32 can be used as a direction input unit that can input directions. Through tilting the analog stick 32, a user can input a direction according to the direction of tilt (and the intensity according to the angle of tilt). The controller 30 also has a button unit 33 including various operation buttons. For example, the controller 30 may have a plurality of operation buttons on a main surface of the housing described above. The operation buttons include, for example, an ABXY button, a plus button, a minus button, an L button, and an R button.
The controller 30 also has an inertial sensor 34. Specifically, the controller 30 has an acceleration sensor and an angular rate sensor as the inertial sensor 34. In the embodiments, the acceleration sensor measures the acceleration along three predetermined axes. The angular rate sensor detects the angular rate around the three predetermined axes.
The controller 30 also has a communication unit 31 for performing wire or wireless communication with the controller communication unit 24 described above. A direction input to the above-described analog stick 32, information indicating how the buttons of the button unit 33 are pressed, and various detection results obtained by the inertial sensor 34 are output to the communication unit 31 and sent to the user terminal 20 in a timely manner and repeatedly.
Game processing performed in the embodiments will be described next. First, a game imagined in the embodiments will be summarized. The game imagined in the embodiments is a multiplay game in which a plurality of users explore the ocean together. Various living things, geographical features, scenery, and the like are arranged in the ocean as environmental objects, and the users can enjoy finding uncommon creatures, geographical features, and the like.
Multiplay is a plurality of users' playing one game at the same time via a communications network. The communications network may use Internet-based communications or short-range wireless communications. A user who is to participate in multiplay in the embodiments joins a session and performs multiplay on a session-by-session basis.
The following description is given of session management performed by the information processing systems in first and second embodiments, and of how information is shared among users participating in a session in a game in a third embodiment. Though the first and second embodiments and the third embodiment will be described separately for convenience of description, the information processing systems manage a session through session management described in the first and second embodiments and, in the session, realizes the users' information sharing described in the third embodiment.
The first embodiment will be described with an example in which when a user of a user terminal 20 requests to join a session, the server apparatus 10 selects a session to be joined and causes the user to join the session. The number of users who can participate in one session (hereinafter referred to as the “participation capacity”) is determined in advance, and if there is no open slot in any session's participation capacity, the server apparatus 10 generates a new session and causes the user to join the session. Note that a sentence “there is an open slot in the participation capacity” means a state in which the number of participant users has not reached the number of people specified by the participation capacity. Conversely, a sentence “there is no open slot in the participation capacity” means a state in which the number of participant users has reached the number of people specified by the participation capacity and no user is allowed to newly participate in the participation capacity.
The generation module 50 realizes a function to, upon receiving a session joining request from a user terminal 20, determine whether a session generation condition is satisfied or not and generate a new session if the session generation condition is satisfied. The session generation condition is that there is no session being managed by the server apparatus 10, or that there is a session being managed by the server apparatus 10 but no session has an open slot in its participation capacity. Conversely, if there is a session in which a user can participate, the server apparatus 10 does not generate a new session since the session generation condition is not satisfied. Through determining whether to generate a session or not based on this session generation condition, the information processing system 1 of the embodiment prevents the generation of too many sessions.
The joining module 51 has a function to, upon acquiring a joining request from a user terminal 20 of a user, cause the user to join a session selected based on a predetermined condition. Specifically, the joining module 51 establishes communications between the server apparatus 10 and the user terminal 20, and thereby causes the user of the user terminal 20 to join the session. The “predetermined condition” here may be any condition as long as it is for selecting a session. For example, a session may be selected by means of a certain calculation formula using random numbers or, for example, a session with many open slots may be selected as a priority based on the number of open slots in the participation capacity.
The joining module 51 also causes a user to join a session if a joining request is acquired again from a user terminal 20 of the user after the user left the session and if the session that the user left is not yet discarded and there is an open slot in the session's participation capacity. That is, the joining module 51 returns the user to the session in which the user was participating before the withdrawal.
The withdrawal module 52 has a function to withdraw a user participating in a session from the session when a withdrawal condition concerning the user is satisfied. The withdrawal condition is that a signal indicating quitting the game or a signal indicating withdrawing from a session is received from a user terminal 20, or that communications with a user terminal 20 are disconnected. A user in the game imagined in the embodiment can leave a session through the user's own operation. Even if one user left a session, the session itself would continue. If another participant user remains in a session, the game of the session continues with the other user, and even if a session becomes empty of users, the session continues for a certain period of time as described later.
The first discarding module 53 has a function to discard a session when a first time has passed since the session was generated. Discarding a session is for the server apparatus 10 to stop holding a session. Specifically, the server apparatus 10 deletes data of the relevant Session ID from the session data 41 described later. The server apparatus 10 discards a session when the first time has passed since the generation of the session, regardless of whether there is any participant user in the session or not. That is, the game of the session ends. The first time is the maximum endurance of a session, can be set appropriately according to the game, and is, for example, 120 minutes.
The second discarding module 54 has a function to monitor the number of users participating in a session and discard the session when a second time has passed since the number of users became zero. The second discarding module 54 then discards the session regardless of whether the first time has passed since the session was generated or not. This configuration causes a session to be discarded if a state where the session is empty of participants continues even before the first time has passed, and therefore an inactive session does not have to be managed. The second time is shorter than the first time, can be set appropriately, and is, for example, ten minutes.
The progress updating module 55 has a function to update the progress of a game connected to a session based on data acquired from user terminals 20 of users participating in the session. The progress is, for example, the degree of achievement of a mission set for a game connected to a session. The progress updating module 55 may be provided on each user terminal 20.
The rewarding module 56 has a function to give a reward to users participating in a session when the progress of a game connected to the session satisfies a rewarding condition. The rewarding module 56 shall give the reward to users who were participating in the session at a time when the progress satisfied the rewarding condition. The rewarding module 56 does not reward, for example, users who were already withdrawn from the session at the time and users who joined the session after the time. The rewarding module 56 may be provided on each user terminal 20.
Participant user is a user ID of a user participating in a session. Number of open slots is information indicating how many more people can join a session. That is to say, Number of open slots=participation capacity−number of Participant users. The participation capacity of a session in the embodiment is 100, and if there is no participant like a session of Session ID S0002, Number of open slots is 100. If the number of users who can participate differs from session to session, data on a session's participation capacity may be included in the session data 41.
As for the session whose Session ID is S0001 in the example shown in
If there is no session in which the user can participate (NO at S12), the server apparatus 10 generates a new session (S13). After generating the new session, the server apparatus 10 adds Session ID of the generated session to the session data 41 (see
The server apparatus 10 establishes communications with the user terminal 20 of the user who joined the session, and sends and receives game status data (S15 and S16). An example of the sent and received game status data will be described here.
There is a virtual space to explore for each session in the embodiment, and game status data includes data on geographical features constituting the virtual space, a map of the virtual space, and data on environmental objects such as living things existing in the virtual space. Remaining time of a session and data on explored regions are also game status data. The server apparatus 10 sends such game status data to user terminals 20 participating in a session.
Game status data sent from each user terminal 20 to the server apparatus 10 includes data on the position of the user's character determined by an operation input accepted by each user terminal 20 and data on environmental objects found by the user. In this way, the server apparatus 10 exchanges game status data with user terminals 20 participating in a session, thereby synchronizes game statuses of a plurality of user terminals 20, and realizes multiplay.
The user terminal 20 performs game control such as displaying a game screen based on the received game status data, and updating a game screen upon accepting an operation input from the user (S17).
The server apparatus 10 compares Elapsed time T1, which is time elapsed since the start of the session, with the first time on a session-by-session basis, and determines whether the first time has passed or not (S18). If it is determined that the first time has not passed (NO at S18), the server apparatus 10 returns to the process of sending and receiving game status data (S15). That is, the server apparatus 10 determines whether the first time has passed or not while synchronizing game statuses of the user terminals 20 participating in the session and realizing multiplay.
If it is determined that the first time has passed (YES at S18), the server apparatus 10 discards the session for which the first time has passed (S19). The server apparatus 10 deletes Session ID of the discarded session from the session data 41 (see
If it is determined that the first time has not passed (NO at S31), the server apparatus 10 determines whether the session is empty of participant users or not (S32). If it is determined that the session is not empty of participant users (NO at S32), the server apparatus 10 returns to the process of determining whether the first time has passed or not (S31). If measurement of Elapsed time T2 for measuring the second time has started then, the server apparatus 10 resets the timer for Elapsed time T2 (S33).
If it is determined that the session is empty of participant users (YES at S32), the server apparatus 10 measures Elapsed time T2 that has elapsed since the session became empty of participant users, and determines whether the second time has passed or not (S34). If it is determined that the second time has passed (YES at S34), the server apparatus 10 discards the session (S35). If it is determined that the second time has not passed (NO at S34), the server apparatus 10 returns to the process of determining whether the first time has passed or not (S31).
When a user participating in a session operates to leave the session, the user's user terminal 20 sends a session withdrawal request to the server apparatus 10 (S40). Upon receiving the session withdrawal request (S41), the server apparatus 10 removes the user terminal 20 that sent the session withdrawal request from the session (S42). The server apparatus 10 deletes the user's user ID from the session data 41 (see
When the user uses the user terminal 20 to operate to join a session, the user terminal 20 sends a session joining request to the server apparatus 10 (S43). Upon receiving the session joining request sent from the user terminal 20 (S44), the server apparatus 10 determines whether the session that the user who sent the session joining request left has not been discarded and is continuing or not (S45).
There may be some methods for the determination, such as the following. In one method, the user terminal 20 sends Session ID of the session that the user left when the user terminal 20 sends the session joining request, and the server apparatus 10 determines whether the session of the Session ID is continuing or not. In another method, the server apparatus 10 manages the history of Session ID of the session in which the user of the user terminal 20 participated in association with the user terminal 20, and determines whether the session is continuing or not. While the two methods are cited as examples here, the method of determining whether the session that the user left is continuing or not is not limited to those mentioned here.
If the session that the user left is continuing (YES at S45), the server apparatus 10 determines whether there is an open slot in the participation capacity of the session that the user left or not (S46) and, if there is an open slot (YES at S46), causes the user of the user terminal 20 that sent the session joining request to join again the session that the user left (S47).
If the session that the user left is not continuing (NO at S45) or if the session that the user left is continuing but there is no open slot in the session's participation capacity (NO at S46), the server apparatus 10 causes the user of the user terminal 20 that sent the session joining request to join a new session (S48). The server apparatus 10 generates a new session if there is no session that can be participated in, and this operation is the same as that described with
The above is a description of the information processing system 1 and the session management method of the first embodiment. The information processing system 1 of the first embodiment discards a session when the first time has passed since the generation of the session and additionally discards a session when the session becomes empty of participant users even before the first time has passed, and therefore unused sessions can be discarded to reduce the cost of session management. The configuration of the embodiment is effective for games of the type that allows users to come in and out of a session like the game imagined in the embodiment since their session is assumed to become empty of participant users due to users voluntarily leaving the session.
When receiving a session joining request from a user who withdrew from a session, the information processing system 1 of the embodiment returns the user to the session in which the user participated before the withdrawal, and therefore it can restrain the generation of new sessions and reduce the cost of session management.
The information processing system 1 of the embodiment may be provided with an option that allows a user who withdrew from a session to participate in a session other than the session in which the user participated before the withdrawal. A session which a user participated in before the user's withdrawal and which is continuing is referred to as a “session-participated-in.”
In the variation, the joining module 51 receives, in addition to the joining request described in the above embodiment, a joining request for a session other than a session-participated-in. This joining request is an option useful for a case where, for example, a user thinks that the user has explored a session-participated-in to some degree and therefore wants to enter a new session without waiting for the session-participated-in to be discarded. If a button for a joining request for a new session is displayed on each user terminal 20 in addition to a button for a joining request, a user can choose which mode to make a joining request in. The joining module 51, however, basically restricts the participation in another session in order to prevent the generation of too many sessions.
The restriction lifting module 57 has a function to lift the restriction on the participation in another session. The restriction lifting module 57 has a function to lift the restriction on the participation in another session in exchange for performing subtraction on a predetermined parameter managed in association with the user. The restriction lifting module 57 does not lift the restriction when the predetermined parameter is small in value and the subtraction cannot be performed. The predetermined parameter is, for example, coin that a user saved in sessions that the user previously participated in. The time when the subtraction cannot be performed is when the subtraction processing would cause the parameter to become negative.
When a user participating in a session operates to leave the session, the user's user terminal 20 sends a session withdrawal request to the server apparatus 10 (S40). Upon receiving the session withdrawal request (S41), the server apparatus 10 removes the user terminal 20 that sent the session withdrawal request from the session (S42). The server apparatus 10 deletes the user's user ID from the session data 41 (see
When the user uses the user terminal 20 to operate to join a session other than the session that the user left, the user terminal 20 sends a session joining request for a session other than the previous session to the server apparatus 10 (S51). Upon receiving the session joining request sent from the user terminal 20 (S52), the server apparatus 10 determines whether the session that the user who sent the session joining request left has not been discarded, is continuing, and has an open slot or not (S53).
If the session that the user left is not continuing or if the session that the user left has no open slot (NO at S53), the server apparatus 10 causes the user of the user terminal 20 that sent the session joining request to join a new session (S57). This operation is the same as that described in the first embodiment (S45, S46, and S48 in
If the session that the user left is continuing and has an open slot (YES at S53), the server apparatus 10 determines whether it is possible to perform the subtraction on the predetermined parameter associated with the user of the user terminal 20 that sent the joining request or not (S54). If the subtraction cannot be performed on the predetermined parameter (NO at S54), the server apparatus 10 sends a reply to the user terminal 20 that it is impossible to join another session (S55).
If the subtraction can be performed on the parameter (YES at S54), the server apparatus 10 performs the subtraction on the parameter associated with the user (S56), and causes the user to join a new session (S57). The server apparatus 10 generates a new session if there is no session that can be participated in, and this operation is the same as that described with
The above configuration allows the user to have an option to move to a new session early. On the other hand, the requirement to perform the subtraction on the predetermined parameter allows for restraining participation in a new session to a certain degree and preventing the generation of too many sessions.
The information processing system 2 of the second embodiment will be described next. While in the information processing system 1 of the first embodiment a session has one kind of participation capacity, an example in which a session has two kinds of participation capacities will be described in the second embodiment. The two participation capacities handled by the information processing system 2 of the second embodiment are referred to as “the first participation capacity” and “the second participation capacity.” The first participation capacity is for unspecified users to participate in. The second participation capacity is for users who made joining requests for the session to participate in. For example, if a session's whole participation capacity is 100 people, the first participation capacity can be 10 people and the second participation capacity can be 90 people.
The hardware configuration of the information processing system 2 of the second embodiment is the same as the first embodiment (see
The first joining module 511 has a function to cause a user of a user terminal 20 to join a session when a first joining request is acquired from the user terminal 20. A “first joining request” just mentioned is a joining request for a session made by a user without specifying any desired session to join. The first joining module 511 has a function to, upon receiving the first joining request, select a session for the user to join based on a predetermined condition, and cause the user to join the session whose first participation capacity has an open slot after assigning the user to the first participation capacity. From a user point of view, the first joining request is a method for a user to join a session allocated by the server apparatus 10.
The second joining module 512 has a function to cause a user to join a session when a second joining request is acquired from a user terminal 20 of the user. A “second joining request” just mentioned is a joining request for a session made by a user specifying a specific session. For example, a second joining request is made when a user is invited by a friend to join a session or when an influential person (influencer) goes public with Session ID of a session being played by the person and a user joins the session.
When a second joining request for a specific session is acquired from the user terminal 20 and if the specific session's second participation capacity has an open slot, the second joining module 512 causes the user to join the specific session after assigning the user to the specific session's second participation capacity. If there is no open slot in the second participation capacity of the specific session specified by the second joining request, the second joining module 512 notifies the user terminal 20 that it is impossible to join the session.
As for the session whose Session ID is S0001 in the example shown in
As for the session whose Session ID is S0002, 50 minutes have passed since the start of the session (Elapsed time T1). This session is currently empty of participant users, and the state in which there is no participant user has continued for five minutes (Elapsed time T2). If a user joins the session whose Session ID is S0002, Elapsed time T2 is reset.
If there is no session whose first participation capacity has an open slot (NO at S62), the server apparatus 10 generates a new session (S63). If there is a session whose first participation capacity has an open slot (YES at S62), or after generating a session (S63), the server apparatus 10 causes the user who sent the first joining request to join the session with an open slot (S64).
The server apparatus 10 establishes communications with the user terminal 20 of the user who joined the session. The server apparatus 10 and the user terminal 20 send and receive game status data to and from each other (S65 and S66). The user terminal 20 performs game control such as displaying a game screen based on the received game status data, and updating a game screen upon accepting an operation input from the user (S67).
The server apparatus 10 compares Elapsed time T1, which is time elapsed since the start of the session, with the first time on a session-by-session basis, and determines whether the first time has passed or not (S68). If it is determined that the first time has passed (YES at S68), the server apparatus 10 discards the session for which the first time has passed (S69). The server apparatus 10 deletes Session ID of the discarded session from the session data 41 (see
If it is determined that there is no open slot in the second participation capacity (NO at S82) in this determination, the server apparatus 10 notifies the user terminal 20 that sent the second joining request that it is impossible to join the specified session (S83). The operation for when there is an open slot in the specified session's second participation capacity (S84 to S92) is the same as that for when the server apparatus 10 received a first joining request (S64 to S72 in
The information processing system 3 of the third embodiment will be described next. The configuration of the information processing system 3 of the third embodiment is basically the same as the information processing system 1 of the first embodiment (see
The game status data 61 includes data indicating the game status that is updated by operations of users participating in a session. Each user terminal 20 receives game status data updated by other users' operations from the server apparatus 10. Game statuses of the user terminals 20 of the users participating in a session are synchronized, which realizes multiplay. Examples of the game status data 61 include: geographical features and a map of a virtual space that the game takes place in; environmental objects existing in the virtual space; data on the positions and forms of characters controlled by other users; data on explored regions; and the progress of the game.
The game status data 61 also includes game status data specific to the user of each user terminal 20. Examples of those are data on places where the user went in the past, environmental objects found by the user, or the like. These data only have to be held by the user of each user terminal 20 and do not necessarily need to be output to other users' user terminals 20.
The sharer management data 62 specifies other participant users who are in sharer relationships.
The sharer management data 62 is valid as long as a session continues, and is deleted when the session is discarded. Therefore, no User ID is stored in the sharer management data 62 at the beginning of participation in a session. When a sharer user returns to a session after withdrawing once from the session, the sharer relationship remains continuous. The user terminal 20 causes the data indicating whether the other user, the sharer, is online or not to be marked with a cross, which indicates that the other user is offline, while the other user is away from the session, and updates it to a circle when the other user returns to the session. As a variation, User ID of a user who left a session may be deleted from the sharer management data 62.
As described above, a sharer relationship is for a session only. The strength of the relationship is moderate in that the relation with a user who has been a sharer disappears after the session ends. A user can be moderately connected with another user while participating in a session. There is no sharer user at the beginning when a user joins a session, and the user meets other users' characters and connects with them as a sharer during the session, which allows the user to enjoy.
The sharer management data 62 is stored in each user terminal 20 in the embodiment. A sharer relationship is established if the distance to another user satisfies a predetermined criterion as described later, and no permission is required from the other user. Each user terminal 20 individually makes the determination and registers a sharer, while the criterion for determining whether a sharer relationship is to be established or not is common to the user terminals 20, and therefore when characters get closer than the predetermined criterion, user terminals 20 of both characters will register as a sharer. For example, when a user A determines a user B to be a sharer, the user B also determines the user A to be a sharer. Accordingly, sharers can share information.
There may occur a case where a user A registers a user B as a sharer but the user B does not register the user A as a sharer due to user terminals 20 and the server apparatus 10 being out of synchronization, but such a situation is allowed in the embodiment. There may be a variation in which when the distance between a character of a user A and a character of a user B satisfies the predetermined criterion on a terminal of the user A and the distance between the character of the user A and the character of the user B satisfies the predetermined criterion on a terminal of the user B, the user A registers the user B as a sharer and the user B registers the user A as a sharer.
The terminal program 60 will be described next with reference to
The game status updating module 70 has a function to update the game status data 61 based on game status data sent from the server apparatus 10 as well as update the game status data 61 specific to the relevant user based on an operation input to the user's user terminal 20.
The sharer determination module 71 has a function to determine whether to establish a sharer relationship between a user of a user terminal 20 and another user participating in a session or not. The sharer determination module 71 determines to establish a sharer relationship between the user of the user terminal 20 and the user of the other user terminal 20 when a character controlled by the user of the user terminal 20 and a character controlled by the user of the other user terminal 20 get closer than the predetermined criterion in the virtual space.
In the embodiment, the predetermined criterion is a threshold of the distance in the virtual space, and a sharer relationship is established when the distance between characters gets shorter than the threshold. Note that the distance used as the predetermined criterion may be variable. For example, the determination of a sharer may be made on the basis of a first distance when a user's character's environment is brighter than a predetermined threshold, and on the basis of a second distance that is shorter than the first distance when the user's character's environment is darker than the predetermined threshold.
The relationship establishment notification module 72 has a function to notify a user of a user terminal 20 that a sharer relationship is established when a sharer relationship is established between the user of the user terminal 20 and a user of another user terminal 20. Various methods can be adopted for notifying of a sharer relationship. For example, an expression may be displayed in which a character controlled by a user and another character controlled by another user with whom a sharer relationship is established are connected with a line, a message indicating the establishment of a sharer relationship may be displayed, or the notification may be given with a sound.
A message saying “Has become a sharer with User B” is also displayed in the upper right of the screen shown in
While
Returning to
An example of shared information is information indicating the position of a character.
Another example of shared information is information on environmental objects found by a user of another user terminal 20. For example, when a second user finds a rare living thing or treasure, information on the position and degree of rarity of the living thing or treasure is displayed. This encourages competition, or provides a clue to exploration about where to explore in order to find a rare living thing or treasure. A further example of shared information is an emote icon given by a user of another user terminal 20 to an environmental object such as a living thing.
Some methods for the shared information output module 73 to realize the acquisition and outputting of shared information may be as follows. One method is that each user terminal 20 receives game status data of session participant users entirely from the server apparatus 10 in advance, and the shared information output module 73 extracts shared information from game status data specific to the participant users and outputs it. Another method is that the shared information output module 73 causes its user terminal 20 to send data indicating a sharer to the server apparatus 10, extracts shared information from the sharer's user-specific game status data sent from the server apparatus 10, and outputs it on the user terminal 20. While two methods are cited here, the method of outputting shared information is not limited to the methods describe above.
The user terminal 20 determines whether there is a character controlled by a user of another user terminal within a predetermined range of a character controlled in the virtual space of the game by the other user or not (S114). If there is no character of the other user within the predetermined range (NO at S114), the user terminal 20 returns to the process of updating game status (S110 and S111). That is, the user terminal 20 determines whether another character has entered the predetermined range or not while performing game control.
If there is a character within the predetermined range (YES at S114), the user terminal 20 registers the other user as a sharer (S115). After registering the sharer, the user terminal 20 outputs an image indicating the establishment of a sharer relationship with the second user (
The user terminal 20 outputs shared information of the other user with whom a sharer relationship is established, and this operation will be described with reference to
The above is a description of the information processing system 3 of the third embodiment. The information processing system 3 of the third embodiment establishes a sharer relationship when the distance between users' characters satisfies the predetermined criterion, and causes the sharers to share part of user-specific game status data as shared information. This allows a user to feel a connection as the user is playing the game together with a sharer. A user does not feel bothered since a sharer relationship is deleted when a session ends. The realization of such moderate connection with other users allows a user to keep an appropriate distance from other users.
While the embodiment has been described with the example in which shared information is displayed on each user terminal 20 and the information is shared between sharers, what can be done between sharers is not limited to sharing of user-specific game status data. For example, a character of a user may be transferred (caused to warp) to the position of a character of a sharer user through accepting operations for specifying the sharer positioned on a map and for transfer. This configuration allows a user to explore easily with the presence of a sharer as well as get a feeling that the user is playing together with the sharer.
While the embodiment has been described with the example in which an emote icon given by a sharer user to an environmental object such as a living thing is displayed when a sharer relationship is established, an icon used by a sharer may be added to a collection so that it can be used.
Emote icons will be described first. Emote icons that can be used by a user are stored in the storage 22. When a user of a user terminal 20 gives an emote icon to an environmental object such as a living thing and geographical features, the icons stored in the storage 22 are read and displayed as candidates. The user chooses a desired icon from the displayed candidate icons. The icons stored in the storage 22 can be increased by acquiring as rewards for events or the like, or by acquiring by purchase.
In a variation of the embodiment, if an emote icon is used by a sharer user and is displayed on a user terminal 20, the user terminal 20 acquires the icon and stores it in the storage 22. In other words, displaying an icon used by a sharer becomes one of channels for acquiring icons.
There may be a configuration in which a restriction can be set on a sharer relationship in the information processing system 3 of the embodiment. A sharer relationship is not established when a character of a user who has set the restriction gets closer than the predetermined criterion. A character of a user who has set the restriction may be displayed in a mode different from that for a character of a user who has not set the restriction so that the restriction being set is apparent. This configuration allows for meeting a request even from users who want to explore without help of other users.
| Number | Date | Country | Kind |
|---|---|---|---|
| 2023-110297 | Jul 2023 | JP | national |
