JP2020157038A - Communication game system, program, and the like - Google Patents

Abstract

To provide a creative communication game system based on a new concept.SOLUTION: A communication game system includes a server, and plural terminals communicably connected with the server via a network. The terminals have a function of displaying plural options on a game screen G5 in a display part of the terminals, and a function of notifying the server of selection information for identifying one option (a check mark d3, where a deer is selected) selected from among the plural options. The server requests the number of votes for each of the plural options on the basis of selection information sent each from the plural terminals, sets one who selects an option to be a winner when the option having one vote exists, and sets one who selects an option having the smallest number of votes to be a winner when the option having one vote does not exist. The result is displayed on a determination result screen G6.SELECTED DRAWING: Figure 4

Description

The present invention relates to a communication game system, a program, and the like.

For example, there are various communication systems such as "communication game system, recording medium and program" disclosed in Patent Document 1, in which an unspecified number of users participate in a common field through a network and play a game according to a predetermined rule. It is being developed.

Japanese Unexamined Patent Publication No. 2004-167172

Conventional communication game systems have been developed based on, for example, existing board games and games played on stand-alone home-use game machines. Therefore, it is desired to provide a new game that has never existed before and a creative game based on a new concept.

In addition, the users who play the game are specific people who gather in the real space where the home-use game machine is installed when playing an existing board game or a home-use game machine. On the other hand, when playing a communication game system, the users do not have to gather in one place, but are a plurality of people in remote areas, and may be an unspecified number of people. In this way, communication games are connected via a network, but it is difficult to experience this.

The above-mentioned problems are described as independent of each other, and the present invention does not necessarily have to be able to solve all of the described problems, as long as at least one problem can be solved. In addition, we have the intention to acquire the rights to the structure for solving this problem independently by divisional application, amendment, etc.

(1) In order to solve the above-mentioned problems, the communication game system according to the present invention includes a server and a plurality of terminals that are communicably connected to the server via a network, and the terminal is a display of the terminal. It has a function of displaying a plurality of options in a unit and a function of notifying the server of selection information for identifying one selected from the plurality of options, and the server is sent from each of the plurality of terminals. Based on the selection information that has been received, the number of votes selected for each of the plurality of options is obtained, and the winner is determined based on the obtained number of votes. The winner determination process based on the number of votes is performed. If there is an option with 1 vote, the winner is the one with the least number of votes, and if there is no option with 1 vote, the winner is the one with the least number of votes. ..

(2) The plurality of options are the plurality of images including a plurality of groups having a plurality of related images, and the server constitutes one group randomly determined from the plurality of groups. The terminal may have a function of displaying the plurality of images at designated appearance positions in accordance with instructions from the server.

(3) The plurality of images constituting the group may be three images, two of the three images may be similar images, and the remaining one may be a different image.

(4) The plurality of options are N (N <M) images randomly determined from M images having a relationship prepared in advance, and the terminal is described in accordance with an instruction from the server. It is preferable to have a function of displaying N images at a designated appearance position.

(5) The server has a function of randomly determining the appearance position, and the appearance positions of the plurality of images in the plurality of terminals may be the same.

(6) The process of selecting one of the plurality of options is performed so that the plurality of options are displayed for a certain period of time after the display, and the most selected of the plurality of options is selected in the middle of the fixed period. It is preferable to have a function to notify the options that are not available.

(7) The plurality of options are a combination of a plurality of numbers, and it is preferable to have a function of acquiring trend information of a predetermined number of games held in the past and notifying the display unit of the terminal.

(8) It is preferable to have a function of analyzing the tendency information of the game and displaying the analysis result, which is a judgment factor to be considered when selecting one option, on the display unit of the terminal.

(9) The program according to the present invention is a program for realizing a function used in the terminal constituting the communication game system according to any one of (1) to (8) above.

The present invention can construct a new game that has never existed before, and a creative game based on a new concept.

It is a figure which shows one preferable embodiment of the communication game system which concerns on this invention. It is a figure which shows an example of the display screen displayed on the display part of a terminal. It is a flowchart for carrying out an easy mode game. It is a screen transition diagram of the display screen displayed on the display part of the terminal with the execution of the game of the easy mode. It is a figure which shows an example of the display screen displayed on the display part of a terminal. It is a figure which shows an example of the display screen displayed on the display part of a terminal. It is a figure which shows an example of the display screen displayed on the display part of a terminal. It is a figure which shows an example of the display screen displayed on the display part of a terminal. It is a figure which shows an example of a plurality of groups belonging to an animal room. It is a figure which shows an example of a plurality of groups belonging to a cat's room. It is a figure which shows an example of the display screen displayed on the display part of a terminal. It is a figure which shows an example of a plurality of groups belonging to a room of the sea. It is a flowchart for carrying out a game of a hard mode. It is a screen transition diagram of the display screen displayed on the display part of the terminal with the execution of the game of the hard mode. It is a figure which shows an example of the display screen displayed on the display part of a terminal. It is a figure which shows an example of the display screen displayed on the display part of a terminal. It is a figure which shows an example of the display screen displayed on the display part of a terminal. It is a figure which shows an example of the display screen displayed on the display part of a terminal. It is a figure which shows an example of the display screen displayed on the display part of a terminal. It is a figure which shows an example of the display screen displayed on the display part of a terminal. It is a figure which shows an example of the display screen displayed on the display part of a terminal. It is a figure which shows an example of the display screen displayed on the display part of a terminal. It is a figure which shows an example of the display screen displayed on the display part of a terminal. It is a figure which shows an example of the display screen displayed on the display part of a terminal.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the drawings. The present invention is not construed as being limited to this, and various changes, modifications, and improvements can be made based on the knowledge of those skilled in the art without departing from the scope of the present invention.

As shown in FIG. 1, the communication game system 10 of the present embodiment is configured so that the terminal 11 operated by the user can access the server 13 via the network 12. The network 12 may use, for example, an Internet network, but may also use a public network or a dedicated line.

The terminal 11 includes a communication interface 15 that connects to and communicates with the network 12, a display unit 16 that displays predetermined information, an input unit 17, a control unit 18, a storage unit 19, and the like. The terminal 11 may be, for example, a smartphone, a tablet or other mobile terminal. When the mobile terminal is used, the communication interface 15, the display unit 16, the input unit 17, the control unit 18, and the storage unit 19 constituting the terminal 11 use the devices provided as standard equipment in the mobile terminal as they are. The input unit 17 is composed of, for example, a touch panel arranged on the display unit 16. And the function for participating in the game of this embodiment is realized as an application. Then, by installing the application on the terminal 11, the terminal 11 can execute the communication game system 10. When the application is installed, a program for executing a communication game, image data to be displayed as the game progresses, and the like are stored and held in the storage unit 19.

The server 13 is also a web server, for example, and is linked with a known web browsing function implemented in the terminal 11 connected via the network 12, displays a predetermined screen on the display unit 16 of the terminal 11, and plays a game. proceed. Further, in the present embodiment, since a large amount of image data and the like are stored and held in the storage unit 19 of the terminal 11 in which the application is installed in advance, the image is not necessarily used as a web server and is displayed from the server 13 side. Information for specifying a day or the like may be sent, and the terminal 11 receiving the information may generate and display a necessary screen. The server 13 of the present embodiment includes a communication interface 21 that connects to and communicates with the network 12, a control unit 22, a user database 23 that records user information, and the like. The user database 23 contains specific information such as an ID and a nickname that uniquely identifies a user, user information such as gender, age, and nationality, the number of coins held by the user, and a game play history (for example, to each game). Memorize the number of participants, the number of wins, etc.).

The game running on the communication game system 10 is called "Innovator's World". This Innovator's World is a game in which all the participants anticipate and guess the elements that are not selected from the displayed multiple elements, and it is a game that can be trained to become a person (innovator) who can think differently from others. is there. The winner of this game is that the player who participates in the game selects the element that only he or she chooses, the person who becomes only one wins, and if there is no player who becomes only one, the element with the least number of votes is selected. The selected player shall win. Therefore, for example, in a game in which one element is selected from three elements (a, b, c), there is one player who selects two elements (for example, a, b), and all other players. When the player selects the remaining elements (for example, c), the player who selects a and b becomes the winner. Also, for example, if there are 0 players who have selected one element (for example, a) and there are multiple players who have selected other elements (b, c), there is no player who will be the only one, and the number of votes is the highest. Since no player has selected an element with a small number (for example, a), all participants lose.

Hereinafter, the functions of the terminal 11 and the server 13 will be further described while explaining the specific processing performed by the user. Further, in the present embodiment, the terminal 11 is composed of a smartphone, and an application for executing the "innovator's world" is installed on the smartphone. The user taps the application icon displayed on the display unit 16 of the terminal 11 (not shown). When the control unit 18 of the terminal 11 detects the tap of the icon, the control unit 18 activates the "innovator's world". As will be described later, when participating in the game, first, predetermined information about the user is registered in the server 13. Then, in this embodiment, the user has an ID and a nickname that are uniquely identified from all the users who participate in the innovator's world. Therefore, the control unit 18 stores specific information that identifies the user, such as a nickname registered in the server, in the storage unit 19 of the terminal 11 at an appropriate timing at the time of initial registration, for example.

Therefore, when the application is started, the control unit 18 confirms whether or not specific information such as a nickname is stored in the storage unit 19, and determines whether or not the user has logged in for the first time. If the specific information is not stored, the control unit 18 determines that the login is the first time.

In the case of the first login, the control unit 18 of the terminal 11 displays the registration top screen G1 (see FIG. 2A) on the display unit 16. The registration top screen G1 and other elements constituting each screen described below are stored in the storage unit 19 when the application is installed. The registration top screen G1 includes a message about the game, a nickname registration box a1, a decision button a2, and the like. The user operates the input unit of the terminal 11, inputs the nickname desired to be used in the nickname registration box a1, and taps the enter button a2. When the control unit 18 of the terminal 11 detects the tap of the enter button a2, the control unit 18 transmits the nickname entered in the nickname registration box a1 to the server 13.

When the control unit 22 of the server 13 receives information such as a nickname, the control unit 22 registers the information about the user in the user database 23. That is, the control unit 22 of the server 13 communicates with the control unit 18 of the terminal 11, displays an input screen, an explanation screen, etc. necessary for registering user information on the display unit of the terminal 11, and acquires necessary information. And record. The initial value of the number of coins held by the user is 0. Further, although the description of the specific procedure will be omitted, the terminal 11 and the server 13 communicate with each other, and the user uses the initial registration screen displayed on the display unit 16 of the terminal 11 to provide necessary information for the initial registration. input. Then, the terminal 11 sends the input information to the server 13 and performs initial registration.

When the above initial registration is completed or when it is not the first login, the terminal 11 displays the title screen G2 (see FIG. 2B) on the display unit 16. The title screen G2 includes a start button a3. The control unit 18 of the terminal 11 that has detected that the start button a3 has been tapped displays the game mode selection screen (not shown) on the display unit 16 of the terminal 11. In the present embodiment, the game mode includes two modes, an easy mode and a hard mode.

The user operates the displayed game mode selection screen and selects a mode to play. The terminal 11 displays the top screen of the mode selected on the mode selection screen on the display unit 16 of the terminal 11.

Further, in the present embodiment, when the start button a3 of the title screen G2 shown in FIG. 2B is tapped, the game mode selection screen is displayed. For example, as will be described later, the top of each game mode is displayed. Since the screen is provided with a function for switching to another mode screen, it is preferable to display, for example, a preset game mode (for example, easy mode) as the screen transition destination when the start button a3 is tapped. In this way, for the user who PLAYs the set game mode, the number of operations until the game starts may be small, and the set game mode can be PLAYed by making it possible to switch to another mode on the top screen of the game mode. Even for users who do not, the number of operations is the same as when selecting a game mode via the game mode selection screen. Further, instead of the title screen G2 shown in FIG. 2B, it is preferable to display a screen provided with the mode selection button a4 as shown in FIG. 19, for example.

The easy mode is a mode in which a player predicts and plays the one that is not selected the most from a predetermined number (for example, 3 or 5) of options. As will be described later, the choices are images that represent elements that belong to a group of common categories. It is preferable that each image belonging to the same category has a different degree of ease of selection in the image itself depending on the impression of the image and the like. You can participate in the easy mode game for free (no coins consumed), and if you win, you will get 3 coins. Ket coins are used, for example, when playing hard mode games.

The hard mode is a mode in which one of the nine numbers that is not selected is predicted and played. The hard mode has more choices than the easy mode, and the variability in the ease of selection of the individual numbers themselves is smaller than the images that make up the choices in the easy mode, which makes prediction more difficult. In a hard mode game, 3 coins are consumed to play (vote) once, and the winner gets a predetermined coin. The user bets 3 coins to play.

The coins used at this time are, for example, the coins obtained when participating in the easy mode and winning. And, as described above, since coins are not required when playing the easy mode game, coins can be accumulated by repeatedly participating in the game for free. Further, the coin may be provided with a function of displaying a banner on the screen in, for example, in a communication game system, and obtaining coins by clicking the banner and displaying an advertisement linked to the banner. For example, the server may count the number of clicks and register it in the user database 23. For example, when the number of clicks reaches M times (M is an integer of 1 or more), it is preferable to have a function of exchanging 3 coins. This exchange may be performed automatically or based on an instruction from the user. Furthermore, it is preferable to have a function of getting coins by charging.

[Easy mode]
When the easy mode is selected, the terminal 11 and the server 13 send and receive data, execute the flowchart shown in FIG. 3, and proceed with the game. FIG. 4 is a state transition diagram of a screen displayed on the display unit 16 of the terminal 11 as the game progresses.

When the easy mode is selected, the terminal 11 displays the easy mode top screen G3 on the display unit 16. The easy mode top screen G3 has a layout in which the first game selection area b1, the second game selection area b2, and the third game selection area b3 are arranged in order from the top. In the illustrated example, the first game selection area b1 is assigned an icon for selecting "a game having three animal-category options", and the second game selection area b2 is assigned a "cat as a category". An icon for selecting "a game with five choices" is assigned, and no game is assigned to the third game selection area b3. Further, although the number of game selection areas is three in this embodiment, four or more may be arranged, and if they cannot be displayed simultaneously on one screen, the display may be switched by scrolling the screen, for example.

Further, the easy mode top screen G3 has a mode switching button b4 arranged near the upper end of the display screen. When the mode switching button b4 is tapped, the terminal 11 switches the game mode to be played, and displays the hard mode top screen G11 on the display unit 16 (see FIG. 14).

The user taps the desired game selection area displayed on the display unit 16 to select a game room (S1). The terminal 11 recognizes the tapped game selection area and notifies the server 13 of the selected game type together with, for example, a nickname. The server 13 acquires participant information including specific information that identifies the user who received the notification, and registers it as a participant in the room of the game that received the notification (S2). Participant information to be acquired includes the nationality, nickname, and battle record (number of games participated and number of wins) of the participants. The control unit 22 of the server 13 accesses the user database 23 using the acquired nickname as a key, and acquires nationality, battle record, and the like. The server 13 updates the participant list in the game room by executing the process of S2 and registering the participants. The control unit 22 of the server 13 starts the standby time (sometimes) when one participant enters. The standby time is, for example, 15 seconds. That is, in the present embodiment, when a player enters a game room of 0 people who are not waiting, a group of participants is formed, and matching is performed with the participants who come in after that during the waiting period. Further, as will be described later, when the voting period of the actual game starts between the matched participants after the waiting time elapses, the number of participants in the room of the game becomes 0. Therefore, if a participant enters the room of the same game while the actual game is starting, another group of participants is formed and waits for another participant.

The terminal 11 acquires the current participant list held by the server 13 when registered in the game room, and displays the participant information screen G4 to be displayed on the display unit 16 based on the acquired information (S3). The participant information screen G4 includes a first display area c1, a second display area c2, a third display area c3, and a fourth display area c4 in order from the top of the display screen. In the first display area c1, a title (“MATCHING” in the illustrated example) is displayed in the center thereof, and the number of coins held by the user (“20” in the illustrated example) is displayed at the right end. An image showing a participating game is displayed in the second display area c2. In the third display area c3, information on the remaining time of the waiting time (icon and time (“09 seconds” in the illustrated example)) is displayed on the left side, and information on the number of participants (icon and number of people (illustrated)) is displayed on the right side. In the example, "3 people") is displayed. In the fourth display area c4, the participant information (here, nationality and nickname) of each participant registered in the game room is displayed based on the acquired participant list. , Battle record) is displayed in a list.

In addition, the terminal 11 also acquires information on the remaining time of the waiting time when registering in a certain game room. Based on the acquired information, the remaining time of the waiting time is displayed as an appropriate numerical value on the left side of the third display area c3 of the participant information screen G4. The terminal 11 appropriately updates the display of the remaining time of the standby time based on the internal clock, the timer, and the like. For example, when an internal timer is provided, the remaining time of the acquired standby time is set in the timer and started. The numerical value of the timer decreases as it approaches 0 with the passage of time, and the control unit 18 of the terminal 11 displays the value of the timer at a predetermined position on the left side of the third display area c3.

Further, after registering in a certain game room, the terminal 11 periodically acquires a participant list or the like of the game room in which the terminal 11 participates from the server 13 and displays it on the display unit 16 based on the acquired information. Update the participant information screen G4. In addition, when a newly registered participant occurs in the room of the game in which the terminal 11 does not access regularly, the server 13 displays a list of participant information or a newly joined participant. By transmitting the participant information of the above to a predetermined terminal 11, the terminal 11 may acquire the participant information and display the participant information in a list.

As described above, since the terminal 11 periodically executes the process step S3, when the user selects the game room, the terminal 11 displays a list of participants who have already participated in the fourth display area c4. , When a new participant who has registered in the game room arrives during the subsequent waiting time, a list of participants including the new participant is displayed.

When the user registers in the game room and becomes a participant, the user waits for a predetermined number or more of participants to gather in the room (S4).

Further, the terminal 11 waits for the number of participants registered in the game room to satisfy the game start condition (S5). The game start condition may be, for example, when the minimum number of participants has been reached when the waiting time has elapsed. If the waiting time is, for example, 15 seconds and the minimum number of participants is 4, has each terminal 11 gathered participants based on the information (remaining time, number of participants) for displaying in the third display area c3, for example? Judge whether or not. The passage of the standby time may be determined, for example, by the internal timer becoming 0. In this way, it will wait until the waiting time elapses. Therefore, the person who registered first always waits for the waiting time (for example, 15 seconds), and the user who registered during the waiting period waits only for the remaining time at that time.

Instead of always waiting for the waiting time in this way, if the number of participants exceeds a predetermined reference value, it may be started before the waiting time elapses. The predetermined standard value shall be more than the minimum number of participants. By doing this, if many people participate at once, the game will start before the waiting time elapses, so it is good to be able to play with less waiting time. On the other hand, if the number of participants in the game is too small, the game will be uninteresting. Therefore, if the number of participants is less than the minimum number of participants even after waiting for the waiting time, the game should not be established. The game may be started when the waiting time elapses regardless of the number of participants.

When the participants gather, the terminal 11 shifts to the game screen (S6). The terminal displays a screen indicating that the transition is in progress before displaying the game screen G5 that finally selects an option. The mask indicating that the transition is in progress may be a display that counts down, for example, “3” → “2” → “1”, and prepares the user for the display of a predetermined number of options.

Next, the terminal 11 displays the game screen G5 in which a predetermined number (3 or 5) of options are arranged at a predetermined position (S7). The image group consisting of a predetermined number of options to be arranged is determined by the server 13 when the participant is first registered in the room of this game. The specific content of the determination process will be described later.

When each terminal 11 accesses the server 13 and registers for participation in the room of the game, the information of the determined image group is also acquired together with the list of participant information. Further, the server 13 also determines the background screen to be used for the game screen G5 together with the image group, and sends the information of the image group and the information for specifying the background screen to be used together to the terminal 11. The terminal 11 reads out the image of the option element and the background screen stored in the storage unit 19 of the terminal 11 based on the information of the image group initially acquired as the standby time increases, and combines them. The game screen is created and displayed on the display unit 16.

The game screen G5 displays a background screen on the entire screen, superimposes it on the background screen, displays a predetermined number of options d1 (three in the example shown in FIG. 3) at the positions of each vertex of the triangle, and displays the background screen on the background screen. The layout is such that the indicator d2 is displayed on the upper part. This game screen G5 is the same for all terminals 11 participating in the same game. That is, the background screen displayed on the game screen G5, each image constituting the image group, and the position where the image is arranged are the same for all terminals.

In the illustrated example, there are "three games with animal-categorized options", so the three elements that make up the animal as option d1 (in the illustrated example, "wild boar", "deer", and "butterfly"). Display the image of. Further, the indicator d2 is for displaying the remaining time of the sinking time at which the user can select an option. The sinking time may be as short as, for example, about 10 seconds. By setting a short time, you can train your intuition to intuitively judge factors that are unlikely to be selected by everyone. Moreover, since the time required for one game is short, the user can play many times. In particular, participation in Easy Mode does not require coins, so by playing repeatedly in a short time, you can improve your intuition, increase the number of times you become a winner, and save coins efficiently.

The user selects one from the three or five options d1 displayed on the displayed game screen G5 (S8). The selection of the option d1 is performed, for example, by tapping the image portion of the element of the displayed option d1.

The terminal 11 switches to the game screen, and during the sinking time, gradually switches the display mode of the indicator d2 with the passage of time, and when it detects that any of the displayed options d1 is tapped, the terminal 11 starts from the tap position. The element selected by the user is recognized, a check mark d3 is displayed in the vicinity of the selected option d1, and the selection information is retained (S10). When the sinking time ends (S10), the terminal 11 sends the retained selection information to the server 13 (S11).

The server 13 aggregates the selection information sent from each terminal 11 participating in the game (S12). The server 13 determines the number of selection information sent, that is, whether or not the number of votes satisfies the minimum number of votes (S13). If a participant who enters the game room does not make a selection without actually tapping, the terminal 11 transmits information that "they did not vote" because there is no selection information. Therefore, the number of people who actually voted may be less than the number of participants at the start of the game, and if the number of people who actually voted does not reach the minimum number of votes (No in S13), this game will be unsuccessful. Close the room for this game. Then, returning to the processing step S1, the terminal 11 displays the easy mode top screen G3, and the user selects the room again. The minimum number of votes may be, for example, the same as the minimum number of participants in processing step S5.

On the other hand, when the number of people who actually voted satisfies the minimum number of votes, the server 13 obtains the number of participants selected for each of the three or five options, and determines the winner (S14). That is, if there is only one user who has voted for an option, the server 13 makes that user the winner. In addition, when there are a plurality of options for one user who voted, each user who voted for the plurality of options is the winner. Then, if there are no users who voted, there is no winner. Then, when there are a plurality of voters for all the options, the user who selects the element of the option with the least number of votes is the winner.

Based on the result of the winner determination (including no winner), the control unit 22 of the server 13 distributes coins to the winner (S15). Specifically, the number of coins held by the winning user recorded in the user database 23 is added by 1 (S16).

Further, the server 13 sends the determination result to the terminal 11. The terminal 11 acquires the determination result from the server 13 and displays the determination result screen G6 (S17). The determination result screen G6 has a layout in which the winner reward display unit e1 is arranged above, the voting result display unit e2 is arranged in the center, and the operation button e3 is arranged below. In the case of the terminal 11 of the winning user, the winner reward display unit e1 notifies that one coin, which is a reward, has been obtained. In the case of the loser user's terminal 11, the winner reward display unit e1 remains blank.

The voting result display unit e2 arranges images of each option, displays the number of votes below each image, and displays a winner mark indicating victory above the winner's options. In the present embodiment, the winner mark is a diagram imitating a crown. In addition, a selection element notification unit that allows you to see the options you have selected is also displayed. In the present embodiment, the selection element notification unit uses a frame body made of a predetermined color (for example, red) surrounding the outer periphery of the image and a check mark, and the display color of the number of votes is also a different color (for example, red). By adopting a plurality of different notification modes in this way, the user can easily confirm the element selected by himself / herself and intuitively understand whether or not he / she has won. In the example shown, the number of votes for "deer" and "wild boar" is one each, and both are winners. Further, on the participant information screen G4, it can be seen that the number of participants is three, but one person does not vote and the final number of votes is two. For convenience of illustration, an example is shown in which the number of participants is 3 and the number of votes is 2, but in reality, the minimum number of participants and the minimum number of votes are set to larger numbers (for example, 4 or more in each case). It's a good idea to keep the game from starting with three people and not reaching the minimum number of votes with two people.

The operation button e3 includes three buttons in the present embodiment. The menu button on the left is a button for returning to the easy mode top screen G3, and enables different games to be played. The "PLAY AGAIN" button in the center is a button for playing the same game again, and when the terminal 11 detects a tap of the button, the participant information screen G4 is displayed.

Further, in the easy mode, it is preferable to configure the option d1 so as to allow reselection. One of the purposes of the easy mode is to make it relatively easy for beginners to play easily, and there are many cases where you can select it intuitively without thinking too much. Therefore, the user may change his mind after making a selection once. Therefore, as described above, it is preferable to provide a function capable of reselecting the option d1. As for the function for reselecting, for example, the last tapped one may be recognized as the final selected option and retained as selection information. For example, the selected item may be canceled once and then selected again to make the manifestation of intention to reselect firmly, but multiple selections (tap) are allowed and the last tap is made. It is good to make the element of the image the final choice because it makes the operation easier. In particular, since the sinking time is as short as 10 seconds, for example, if you perform the cancel operation, there is a risk that the time will be up in the canceled state and you will not be able to participate, but make sure to enable the option you tapped last. If it is configured as, it is good because such a problem does not occur.

As described above, when the user taps the option in which the processing step S9 is executed, the terminal 11 holds the selection information that identifies the element of the tapped option. Therefore, in the illustrated example, the terminal 11 displays a check mark d3 in the vicinity of the “deer” which is an element of one option. Since the terminal 11 holds the selection information, if the user does not tap the screen after that, the terminal 11 sends the "deer" as the selection information when the time is up. On the other hand, if you tap another element such as "butterfly" or "boar" with "deer" selected, the selection information will be rewritten to the newly tapped element ("butterfly" or "boar").

Further, the present embodiment has a function of providing the user with information for selecting an option during the sinking time. The information for selecting an option may, for example, inform the element of the least selected option so far.

As a method of notifying the element of the least selected option, for example, as shown in FIG. 5, it is preferable to display a predetermined chance mark d5 (for example, a star mark) in the vicinity of the image of the corresponding element. In the neighborhood, it is good to make a part of the star overlap the image. When notifying the element of the least selected option, it is performed at the same timing to the terminals of all users participating in the game.

In order to obtain the least selected option, the server 13 determines a predetermined number of options, obtains the number of votes for each element selected in the past by the participants from each terminal 11, and obtains them by totaling them. .. That is, for example, the terminal 11 stores the voting history information for each element of each option, and executes a process of adding 1 to the number of votes of the corresponding element each time the selection information of the processing step S11 is transmitted. Then, when the information of a predetermined number of optional elements used in this game is acquired from the server 13, the terminal transmits the number of votes of the corresponding optional elements.

The server 13 does not select the participant this time among the image elements of each option constituting the image group based on the information on the number of votes obtained from each terminal 11 when the waiting time ends. Ask for options (S18). Then, the server 13 transmits the information that identifies the requested option to the terminal 11.

Based on the received information that identifies the least selected option, the terminal 11 generates a screen with a chance mark d5 such as a star in the vicinity of the image of the corresponding option at a predetermined timing, and the display unit 16 Is displayed in (S19).

By notifying the element of the least selected option in this way, it becomes possible to make it stand out and make it easier to select, or to read the back and select another one, which is a simple intuition for the user. Not only that, you can also use reasoning, which makes the game more tasteful. When notifying the element of the least selected option, it is advisable to make the element stand out. If it is made prominent, the user's attention will be more focused, and it will be useful information when making a selection.

The timing of notifying the element of the least selected option may be periodically, for example, once every two times, or may be performed every time, but it is more preferable that the element is random. Further, even when notifying the element of the least selected option, it is preferable to notify (display the chance mark d5) in the middle of the time limit instead of notifying from the beginning of the sinking time. For example, the chance mark d5 may be displayed at the timing when 1/3 of the time limit has passed, and may be displayed until the end.

When the chance mark d5 is displayed in the middle in this way, when the first attempt is made to select without such information, new information is added, making it difficult to simply pass the previous ideas as they are. , It is good because it increases the unexpectedness and fun of the game. For example, a participant who has voted based on intuition at an early stage of the start of the game is more preferable because he / she is worried about whether to go as it is or reselect it because he / she finds out what is not popular in the middle of the game and approaches the correct answer. By notifying you on the way, you will be able to worry anew there.

As mentioned above, if the timing to notify the element of the least selected option is random, and if the notification is made in the middle of the sinking time, the element of the least selected option is not selected most in this game immediately after the start of the game. Since it is unclear whether or not the element of the option is notified, the option may be considered while considering whether or not the notification is performed, which is good because it increases the thrill and fun.

When trying to display the chance mark d5 such as a star, if multiple elements are the same number and the minimum among the three or five elements, it is possible to display each of the multiple elements, but do not display it. It is good to set it to. Especially when there are three choices and the number of selections of the two elements is the same, if the chance mark d5 such as a star is displayed on the two elements, one element that is not displayed will stand out, so do not display it. Then it is good. In addition, it is preferable to change the frequency and probability of displaying the chance mark d5 according to the number of experiences (number of plays) of the participants.

Further, in the above-described embodiment, the least selected option is notified, but the least selected place among the places where each image is displayed, such as the apex of a triangle, is notified. You may.

Further, when the second game selection area b2 is tapped on the easy mode top screen G3 (S1 in FIG. 3), the communication game system executes the processing flow shown in FIG. Then, as the processing progresses, the terminal 11 displays the participant information screen G4 on the display unit 16, and further displays the game screen G5 when the game is started. Since the game associated with the second game selection area b2 is "a game in which there are five options for cats as categories", the control unit 22 of the server 13 executes the processing step S6 and puts it in the cat category. The images of the five optional elements to which they belong are extracted, and the image group is determined. Then, the control unit 22 of the server 13 arranges the extracted images of each Western-style clothing at the appearance locations (lower right, lower left, middle right, middle left, upper) of the images on the background screen, for example, as shown in FIG. Create a screen. The terminal 11 displays the game screen G5 on the display unit 16. In the illustrated example, the chance mark d5 is also displayed.

If the number of participants is less than the minimum number of participants after registering in the game room and waiting for the participants, the game may not be established, but for the insufficient number of participants, the server will be the participant. It's a good idea to start the game next door. Participants on the server side randomly select options to execute the above-mentioned processing and determine the winner. By doing so, the number of participants is small and the game is not unsuccessful, and the user registered in the game room can always PLAY.

Next, the specific processing of the processing step S6 will be described. First, as described above, in the present embodiment, a three-choice game of "animal room" corresponding to the first game selection area b1 and a five-choice game of "cat room" corresponding to the second game selection area b2 are played. I have prepared. In the "animal room" three-choice game, three related images are fixed as one group, and the server 13 randomly determines from a plurality of prepared groups and selects the determined group. The placement positions of the three images to which they belong are randomly determined. The server 13 also determines the background image to be used. Then, the server 13 transmits the determined group number and the information of the arrangement position of the image of each element belonging to the group to the terminal 11, and creates the game screen G5 based on the information acquired by the terminal.

As a result, the image group of the displayed choices becomes a group unit. For example, as shown in FIG. 7, the communication game system selects and displays the "cow" group or displays the "lion" group. Select and display. Since the options are decided on a group basis, for example, "cow" and "lion" belonging to different groups are not selected coexisting in one image group. For example, if images belonging to different unrelated groups are placed, the voting results may vary depending on the participants' likes and dislikes about the groove, but since they are summarized in related images, the influence of preference can be eliminated. So good.

Further, even if the same group is selected, since the display position of each image is randomly set, the arrangement positions of the three images showing the cow may be different as shown in FIG. 8, and the participants participate many times. The user also confirms the position each time, so it is good because it is fresh and does not get tired. Furthermore, since the background image is also selected from multiple images, even if the images are in the same group, the mood of the image of each option changes as the background image changes, which is one of the factors when considering which one to select. good.

FIG. 9 shows an example of a plurality of groups belonging to the animal room. A horizontal row in the figure is fixed as one group and appears on the game screen. The element of each option is specified by, for example, a group number and an element number (1, 2, 3, etc.) within the group. As a result, the server 13 can easily notify the terminal 11 by, for example, the group number when sending the image group used in this game and the element number of the image to be arranged at the appearance place (right, left, top). can do. For example, when the element number is "2, 1, 3", the second element may be arranged on the right, the first element may be arranged on the left, and the third element may be arranged on the top.

In addition, as shown in FIG. 9, the three related images that make up the group are animals of the same species and race, such as "Pheasant", "Dog", "Zebra", and "Lion". , "Zebra", "Panda", "Vague" are animals with black and white patterns, and "Dog", "Monkey", "Pheasant" appear in the same story (for example, "Momotaro") There are animals and so on. In the case of animals of the same species and race, it is advisable to assume that the two have similar images and one is extremely different. For example, in the case of "giraffe", the two "giraffes" have an image in which the corners are slightly changed by raising the face, while the third "giraffe" shows the whole and is deformed as a comical image. There is. In the case of "dog" and "lion", the first and second show the whole picture, and the third shows the image with the face part up. In the case of "cow", the first and second are white and black mottled normal figures, while the third is a maze-like pattern fitted in the body.

For example, in the case of animals belonging to the same race, if all three have similar images or if all three have completely different concepts, the ease of selection will be the same, for example, choosing numbers. On the other hand, as in this form, the two are similar and one is made into a strange or unusual appearance, so that one stands out and makes you want to choose it. In such a situation, if everyone chooses it obediently, the votes will be concentrated and you will not be able to win, so you can read the back and try to choose another one, or you dare to predict that others will choose another one. It is good because the reasoning works and the game quality increases, such as selecting one. Furthermore, if you read the back and try to select another one, you will have two choices to select from two similar ones, and the vote will be broken there. For this reason, it is better to use 3 choices instead of 4 or 5 choices.

In the 5-choice game of "Cat's Room", the server 13 randomly selects 5 images from 24 related images (see FIG. 10), and randomly determines the appearance position of the selected 5 images. To do. The appearance location of the image is fixed at the lower right, lower left, middle right, middle left, and upper, and the five selected images are randomly distributed to the fixed positions. As a result, the displayed images themselves may be different as shown in FIG. 11, or the five selected images may be the same but the appearance positions may be different. Also, the five images selected have nothing to do with anything other than the category "cats". The server 13 also determines the background image to be used. Then, the server 13 transmits information such as a number that identifies the five determined images to the terminal 11 so that the arrangement position can be understood, and creates and displays the game screen G5 based on the information acquired by the terminal 11. FIG. 11 shows an example of the game screen G5 of the 5-choice game created and displayed in this way.

In the above-described embodiment, in the three-choice game, three related images such as "animal room" are fixed as one group, and the image group of choices is formed for each group. The categories that make up the group are not limited to animals, and it is advisable to prepare various categories such as using sea creatures as shown in FIG. 12 and using a game called "sea room". Further, for example, 24 images for the "cat's room" of the above-mentioned 5-choice game may be used, and 3 images may be randomly selected from the 24 images to form the 3-choice game. Similarly, in the 5-choice game as well, instead of randomly selecting 5 images from a predetermined number (for example, 24) as in the above-described embodiment, the 5 images are fixed as one group. You may prepare multiple groups of things and select the group. However, in the case of a three-choice game, it is better to combine two similar images and one different image, so select the set of three images displayed at the same time in groups so that they are the same. It is good to set it to. Also, in the case of a 5-choice game, since there are many choices, for example, even if two are similar, if the remaining three are not similar, a specific image cannot be made to stand out, while one image is made to stand out. If you resemble the remaining four, it will be uninteresting. Therefore, if a method of selecting five from a large number of images is adopted, a wide variety of combinations can be made, and the degree of ease of selection changes depending on the correlation with other images that appear at the same time.

[Hard mode]
When the hard mode is selected, the terminal 11 and the server 13 send and receive data, execute the flowchart shown in FIG. 11, and proceed with the game. FIG. 12 is a state transition diagram of a screen displayed on the display unit 16 of the terminal 11 as the game progresses.

This hard mode is a 9-taku game that predicts and plays the one that will not be selected the most from the 9 numbers. Unlike the easy mode, the nine numbers of the options are fixed by each number from 1 to 9, and the arrangement is also fixed so that each terminal has the same arrangement.

Unlike the easy mode game, the hard mode game (numbers game) does not wait for the participants, but is held regularly (for example, 1 minute) mainly by the server 13 and voted during the voting period. Win or lose is judged based on the number of votes. That is, in this number game, for example, when the one-minute voting period ends, the winning or losing is determined based on the votes cast during the voting period. Then, the next voting period starts after the aggregation / judgment processing is completed. Therefore, during the one-minute voting period, participants look at reference information about the game, for example, decide the number to vote, and vote, but when the time is up, they will vote in the next voting cycle. The server then aggregates the votes from the random participants who participated during the voting period every minute to determine the winner.

As in the easy mode, the winner is determined by obtaining the number of votes for each of the nine numbers, and if there is one person who has voted for the same number, that person is the winner. If a plurality of numbers with 1 votes occur at the same time, each of them becomes a winner. If there is no number of votes or one number, the participant who voted for the number with the least number of votes is the winner. Therefore, as in the easy mode, if there is no number of votes for 1 person and there is a number of 0 people, all the participants are losers. Then, when voting, for example, 3 coins are consumed from the number of coins held by the user, and when the winner is won, the coins bet are acquired in association with the voting at that time. If there are multiple winners, divide the total number of coins by winner. Then, in order to execute the hard mode game, the terminal and the server execute the following processes.

The user selects a hard mode (numbers game room) on the game mode selection screen (S21). When the terminal 11 detects that the hard mode has been selected, it accesses the server 13 and notifies that the hard mode has been selected together with the specific information of the user (viewer).

Further, the terminal 11 notifies the server 13 of the participation of the game, and displays the hard mode top screen G11 on the display unit 16. The hard mode top screen G11 includes a start button k1. When the start button k1 is tapped, the terminal 11 displays the game screen G12 in the hard mode. Further, the hard mode top screen G11 arranges a mode switching button k2 near the upper end of the display screen. When the mode switching button k2 is tapped, the terminal 11 switches the game mode to be played, and displays the easy mode top screen G3 on the display unit 16 (see FIG. 4).

As shown enlarged in FIG. 15, a coin number display unit f1 for displaying the number of coins held by the user is provided on the upper right side of the game screen G12. Below the coin number display unit f1, a time limit display unit f2 that displays information on the remaining voting time is arranged on the left side, and information on the number of people currently participating in the game currently being held is displayed on the right side. The number of participants display unit f3 is arranged. Then, the analysis result display unit f4 is arranged under the time limit display unit f2 and the number of participants display unit f3.

Further, below the analysis result display unit f4, a number selection screen and information display unit f5 is arranged in a wide area in the center of the game screen G12. The number selection screen and information display unit f5 is a screen for selecting and voting a number that the user predicts will not be selected first. The number selection screen and information display unit f5 arranges the numbers 1 to 9 in 3 × 3. The user then taps each number to vote for that number.

A button area for screen transition is arranged below the game screen G12. Here, the button f6 for returning to the left end, the tendency information display button f7 from the center to the right, and the bingo sheet button f8 at the right end are arranged. Tap the back button f6 to return to the easy mode or hard mode selection screen, tap the trend information display button f7 to display the predetermined trend information display screen G13, and tap the bingo sheet button f8 to display the bingo sheet display screen. Display G14. The details of the game trend information display function based on the trend information display screen G13 and the bingo function based on the bingo sheet display screen G14 will be described later.

When the server 13 receives the notification from the terminal 11 that the hard mode is selected, the server 13 saves the data of the viewer (S22). That is, it is registered in the list of users (viewers) who are viewing the game currently being held. Further, when the information sent from the terminal 11 is insufficient, the control unit 22 of the server 13 accesses the user database 23 based on the specific information, acquires the necessary data, and saves it in association with the registered viewer. ..

The terminal 11 outputs the attribute data of the viewer acquired from the server 13 by using, for example, the game screen G12 or the screen transitioning from the game screen G12 (S23). That is, for example, the terminal 11 displays the number of coins it owns on the coin number display unit f1, and displays the number of viewers participating in the game currently being held on the number of participants display unit f3. Further, the terminal 11 acquires the time limit (remaining time) of the game currently being held from the server 13 when notifying the participation in the game, and displays the acquired remaining time on the time limit display unit f2. Further, when the terminal 11 acquires the time limit at the time of participation, the terminal 11 subsequently obtains the remaining time using an internal clock, a counter, or the like, and updates the display of the time limit display unit f2. For example, when the regular time limit (remaining time) managed by the server 13 is updated, the terminal 11 detects the update and updates the time limit on the terminal 11 side to the latest one. However, if the number of terminals 11 increases, access will be concentrated from a large number of terminals 11, and the game cycle may be short every minute, so the time limit is managed by each terminal 11. Then it is good.

Further, the server 13 acquires the past tendency information of the game (S24), and transmits the acquired tendency information of the game to the terminal 11 (S25). The game trend information is useful information for determining the number to vote. For example, there are trend data such as voting of recent games and data on people (viewers) currently in the number game room. Details of these will be described later.

When the terminal 11 receives the game tendency information transmitted from the server 13, the terminal 11 records and holds the information in the storage unit 19 (S26). Then, the terminal 11 outputs the stored tendency information (S27). The output processing of this tendency information is performed by the user tapping a button provided on the terminal 11 and the terminal 11 changing the display content based on the tap (S28). A specific example of the actual output processing of the tendency information performed according to the instruction from the user will be described later.

Further, a more detailed analysis process of the game is performed, and the analysis information is displayed (S29). In this analysis, for example, a tendency analysis (tweet) that becomes an element that the user (viewer) thinks based on the latest data is performed, and for example, a frequently winning option or a consecutively appearing option is performed. It should be information. The terminal 11 displays the analysis result on the analysis result display unit f4. Further, for example, a plurality of analysis result display units f4 may be displayed vertically and a plurality of analysis results may be displayed at the same time, but when a large amount of information is displayed, the time limit may be short and all of them are accurate. Since there is a possibility that it cannot be grasped, it is preferable to use one as in this embodiment.

The specific method of trend analysis is as follows. For example, the results of past n games are aggregated and the least selected option is displayed. As a display example, "It seems that few people choose XX today." In addition, the results of past n games are totaled and the most selected option is displayed. As a display example, "It seems that many people choose XX today." Also, if the same option wins in a row, that option is displayed. As a display example, "○○ has won consecutively." In addition, the options with the largest coins earned are displayed. As a display example, "The person who chose XX today got the highest XX coin."

The terminal 11 is also designated when acquiring trend information from the server 13 regarding which data is used and what kind of analysis is performed. This designation is the same for all terminals 11. As a result, the analysis process is performed on each terminal 11, but the content displayed on the terminal 11 is the same for all users. Further, although the specific conditions of the tendency analysis are randomly determined, the content to be displayed on the analysis result display unit f4 is one in one game.

The processing of S27 and S28 is performed as follows, for example. For example, when the user taps the trend information display button f7 on the game screen G12, the terminal 11 that detects it displays the trend information display screen G13 as enlarged in FIG. The tendency information display screen G13 is based on the game screen G12, and the information displayed on the number selection screen / information display unit f5 is switched to the display of the latest game tendency data (Stats).

The information to be displayed on the number selection screen and information display unit f5 is a graph of the number of wins for each option from 1 to 9 in the first area g1 of the information on the left half, and the second on the left side of the right half. The history of winning choices is displayed in the area g2 (the upper side is the latest one), and the number of coins won by the winner is displayed in the third area g3 on the right side of the right half for each game (the upper side is the latest one). ). The graph data displayed in the first area g1 is for the latest N game, and is switched by tapping the first button g4, the second button g5, and the third button g6. In this embodiment, when the first button g4 is tapped, the terminal 11 changes the trend data of the latest 10 games to a graph display, and when the second button g5 is tapped, the terminal 11 displays the trend data of the latest 20 games. When the trend data is changed to the graph display and the third button g6 is tapped, the terminal 11 changes the trend data of the latest 30 games to the graph display. Further, the first button g4, the second button g5, and the third button g6 display the color of the last tapped button portion in a color different from the others. In the figure, the second button g5 is tapped, and only the second button g5 displays a predetermined color. As a result, it is good to know at a glance how many games the graph displayed in the first area g1 is from, depending on which button the color is displayed on.

In this way, by looking at the data of the most recently won numbers, it is possible to know the numbers that are easy for the currently participating players to select / difficult to select (easy to win). Players do not participate only once, but usually participate multiple times in a row, so it is good to see the tendency of the players who are currently participating by looking at the latest data.

Further, in the present embodiment, the data about the winning number and the least selected number such as the winning number of each number is displayed, but the present invention is not limited to this, for example, the server can browse. The number of votes for each number of the viewers who have acquired the number of votes for each number in the past (the latest N times or all periods) as the data of the person, and aggregated them to the number of votes for each number of the participating viewers. It is good to have a function to display the total number. By doing this, it is good to know the tendency of numbers that are easy for viewers of the game being held to vote.

Further, a button g7 for returning to the left end is arranged at the lower part of the screen, and a screen switching button g8 is arranged at the right end. When the back button g7 is tapped, the display returns to the game screen G12, which is one level higher. When the screen switching button g8 is tapped, the terminal 11 that detects the screen switching button g8 displays the viewer data display screen G16 shown in FIG. The viewer data display screen G16 is based on the game screen G12, and the information displayed on the number selection screen / information display unit f5 is switched to the viewer data (PLAYER).

As the information to be displayed on the number selection screen and information display unit f5, a pie chart h1 showing the ratio of the predetermined information of the viewer is displayed above, and a selection button for specifying the predetermined information is displayed below. The selection button includes a first selection button h2 for selecting nationality, a second selection button h3 for selecting age, and a third selection button h4 for selecting coins. When the first selection button h2 is tapped, the terminal 11 switches and displays the ratio data by nationality of the person currently in the game room. When the second selection button h3 is tapped, the terminal 11 switches and displays the age-specific ratio data of the person currently in the game room. When the third selection button h4 is tapped, the terminal 11 switches and displays the data for each coin possessed by the person currently in the game room.

Further, the first selection button h2, the second selection button h3, and the third selection button h4 display the color of the last tapped button portion in a color different from the others. In the figure, the first selection button h2 is tapped, and a predetermined color is displayed only on the first selection button h2. As a result, it is good to know at a glance what percentage of the pie chart is displayed depending on which button the color is displayed on.

Further, a button h5 for returning to the left end is arranged at the lower part of the screen, and a screen switching button h6 is arranged at the right end. When the back button h5 is tapped, the display returns to the game screen G12, which is one level higher. When the screen switching button h6 is tapped, the terminal 11 that detects the screen switching button h6 displays the tendency information display screen G13 shown in FIG.

In addition, the server updates the viewer data and trend information each time the user newly participates in the game, and the data displayed on the above-mentioned number selection screen and information display unit f5 is the latest in real time according to the fluctuation of the viewer. It switches to the information of.

By displaying the data of the viewer as described above, the following effects are obtained. For example, by displaying the nationality, you can imagine a number that is easy to choose or a number that is difficult to choose from the nationality, and based on that, you can decide the number to vote for. Also, by displaying the nationality, you can feel that you are connected to the world in the game room, which is good.

The more coins you have, the more likely you are to be strong in the game. Therefore, by displaying the number of coins, for example, if the ratio of viewers who have a large number of coins is high, it is possible to take a measure not to vote this time because people who are strong in the game are participating.

Furthermore, by displaying the age, if there are many ages that are the same as you, you can outsmart the feeling that you normally choose. Also, if you display the age and gender, you can see what kind of person is doing it, which makes you feel familiar and happy. Furthermore, for example, if the participants are young and there are many older viewers, it would be nice to win, which is good because it increases the motivation for voting. In this way, the data about the viewer can be used as a judgment material when deciding the number to vote, and also effectively functions as information for enjoying the game.

The user looks at and analyzes each data displayed while switching screens, and votes within the time limit (S30, S31). Voting is performed by tapping the number part displayed on the number selection screen and information display unit f5 of the game screen G12. When a number is displayed on the number selection screen / information display unit f5 and the inside of the number selection screen / information display unit f5 is tapped, the terminal 11 identifies the number selected from the tapped position and the server 13 Send to. In the number game in hard mode, you can vote once to confirm your options. In other words, it is not possible to re-vote like in Easy Mode.

The server 13 acquires the options sent from the terminal 11 and saves them (S32). At this time, a predetermined number (for example, 3 coins) of coins are consumed for PLAY of the game. The server 13 determines the number of options sent, that is, whether or not the number of votes satisfies the minimum number of votes (S33).

If the participant who entered the game room does not select without actually tapping, the terminal 11 does not transmit the selection information because there is no selection information. Therefore, the number of people who actually voted may be less than the number of viewers, and if the number of people who actually voted does not reach the minimum number of votes (No in S33), this game will not be established and the time limit will be set as it is. Extend. The extension time is the same as the time limit for one game. Therefore, for example, if the time limit is 1 minute, the time limit is extended by 1 minute if the number of votes is less than the minimum number of votes after 1 minute has passed. There is no limit to the number of extensions. In this way, once you vote, the game will always be settled. In this way, if the number of participants is less than the minimum number of participants, the voting period will be extended in 1-minute units, but if you have already voted, the content will be fixed and you will not be able to vote again at the time of extension.

On the other hand, when the number of people who actually voted satisfies the minimum number of votes, the server 13 determines the game based on the number of votes for each number (S34). Then, the result of the game is written in the user database (S35). That is, if there is only one user who has voted for a certain option (number), the server 13 makes that user the winner. In addition, when there are a plurality of options (numbers) for one user who voted, each user who voted for the plurality of options (numbers) is the winner. Then, if the user who voted has 0 options (numbers), there is no winner. Then, when there are a plurality of voters for all the options (numbers), the user who selects the element of the option (number) with the least number of votes is made the winner.

The server 13 writes the judgment result of the game in the database (S35), and distributes coins to the winner based on the result of the judgment of the winner (including no winner). Specifically, it is added to the number of coins held by the winning user recorded in the user database 23 (S36). For the coins acquired by the winner, the number of coins bet by the participants this time is divided equally by the number of winners. That is, the winner receives coins of the quotient (integer) obtained by dividing the total number of bet coins by the number of winners, and the server (administrator) acquires the remaining coins.

In addition, the server 13 sends the result of the game to the terminal 11. When the terminal 11 acquires the result of the game from the server 13, the terminal 11 displays the result screen G15 through a predetermined procedure (S38). The result screen G15 has a layout in which the winner reward display unit i1 is arranged above, the voting result display unit i2 is arranged in the center, and the operation button i3 is arranged below. The winner reward display unit i1 displays the number of coins obtained (51 in this case) in the case of the terminal 11 of the winning user. In the case of the terminal 11 of the loser user, the control unit displays on the winner reward display unit i1 that there is no reward to be acquired.

The voting result display unit i2 arranges the numbers of each option and displays the number of votes on each number (graph and numerical value in this example) so that the winner's option can be visually understood. In the display that can be visually recognized, for example, the colors of the graph are displayed in different colors.

The operation button i3 includes two buttons in this embodiment. Tap the "Close" button on the right to close the result screen G15 and return to the game screen G12. The "Close" button can be said to be a button for playing the same game again.

Further, in the present embodiment, since the number game in the hard mode is repeatedly played in one minute, the game of the next cycle is started while the result screen G15 is displayed, and the time limit is reduced every moment. I will do it. Therefore, there is a demand that a person who participates in the game continuously wants to effectively use the limited time of 1 minute to see various data and decide the number to vote.

Therefore, when the result is obtained, the result screen G15 may be forcibly displayed, but in this embodiment, the user who participated last time is notified to that effect at the timing when the aggregation is completed. For example, when participating in the next game and checking the stats etc. by looking at the game screen G12 and the screen for viewing other data, the notification message is displayed so that a part of it overlaps on the screen by interrupt. .. The user may confirm the result with the notification message, or may vote for the next game as it is without seeing the result. Therefore, if you continue the game without seeing the results, multiple results may be accumulated unopened.

You can check the result by tapping the notification message, for example. When the notification message portion is tapped, the terminal 11 displays the corresponding result screen. Then, in this embodiment, it is preferable not to reflect the coins held when winning unless the result notification is opened and the result screen G15 is viewed. In other words, when you vote, the number of coins you have will decrease due to the participating coins (3 coins), and even if you win, the coins will remain reduced unless you see the result notification. This is good because you will always see the results. That is, for example, a user who has a lot of coins may continue the game without seeing the result notification because the voting time of 1 minute is effectively used in the game that restarts repeatedly in 1 minute, but the winning coin is used. It is necessary to see the result in order to actually get it and reflect it in the number of coins possessed. In this way, in this embodiment, the number of coins increases or decreases at the timing of voting and the timing of seeing the result.

In order to increase or decrease the number of possessed coins, for example, the writing of the database performed in the processing step S36 is managed separately from the number of possessed coins such as provisionally acquired coins and planned acquisition coins, and a notification of seeing the result is received. It is advisable to perform processing to increase the number of coins possessed.

(Bingo function)
In addition to the basic functions described above, it is preferable to have a bingo function. The bingo function of this form pulls out the number of the bingo sheet corresponding to the selected number when each user holds the bingo sheet and wins the game with the number selected by himself / herself. Even if you win with the same number that has already been overtaken, the bingo sheet will not change and will not return to its original state. It has a bonus function that increases the number of coins obtained at the time of victory when the bingo sheet meets certain conditions.

First, the bingo sheet that you own can be confirmed by tapping the bingo sheet button f8 on the game screen G12. That is, when the user taps the bingo sheet button f8, the terminal 11 that detects it superimposes the bingo sheet display screen G14 as shown in the enlarged view of FIG. On the bingo sheet display screen G14, the squares of the numbers selected at the time of victory are painted in different colors (for example, red). In the figure, it is an image when the user selects 1 and wins. The arrangement of the bingo sheets does not necessarily have to be the same as the arrangement of the numbers displayed on the number selection screen and information display unit f5, but the arrangement is the same for all users. Further, an OK button j1 is arranged below the bingo sheet display screen G14. When the OK button j1 is tapped, the display of the bingo sheet display screen G14 is turned off and the game screen G12 appears.

Certain conditions that increase the number of coins that can be obtained at the time of victory are good because the gameplay will increase if multiple coins are provided. Here, a certain condition is that, for example, when any one row is aligned vertically, horizontally, or diagonally like a normal bingo, the coins earned at that time are n times. Then, when m rows are aligned at the same time, for example, it becomes m × n times, n ^ m times, or m ^ n times. In this way, the user can check the current status of his / her own bingo sheet and simultaneously make bingo in as many multiple rows as possible, because the number of coins that can be obtained at the time of victory increases (Condition 1).

As another condition (condition 2), for example, if the coins are won in order from 1, the coin will be multiplied by m when 2 ≦ n9th win. For example, you win 1, 2, 3, 4 in order, and when you win 5, you get 10 times more coins.

As yet another condition (condition 3), for example, when winning only even numbers or odd numbers, n times coins can be obtained.

The values of n and m described above can be changed, but the same conditions are applied to all users. The bingo sheet is common to all users, and the game is held under the same conditions. Certain conditions and rule sheets are changed on a regular basis, at which time bingo is reset and all previously painted areas are returned to a blank slate. Therefore, it is necessary to satisfy certain conditions during bingo, but since everyone has the same sheet, it is easy for the user to think about the options, which is a material for the user to think about the options.

For example, in the case of the rule of condition 1 above, if you win with 5 after aligning 1, 2, 3, 4, 6, 7, 8 and 9 other than 5, you will have 4 rows of vertical / horizontal and diagonal (2) at the same time. Bingo will occur, so if you win 5 at the end, you can get a lot of coins. On the other hand, in the game, the person who chooses the least selected one wins, so the more people who want to win with 5 at the end, the more difficult it may be to win with 5 at the end, and the bargaining is You will need it. Also, even if you win with the same number that has already been pulled out, there is no change in the bingo sheet, so if the user tries to select a number that is not missed while checking his own bingo sheet, the range of selection will be narrowed. It becomes difficult to win.

The bingo sheet should be updated at regular intervals (for example, one week on the calendar). In this case, it will be new even if it does not become a bingo. Also, if you become a bingo during the period, a new bingo card will be issued. The second bingo card has the same arrangement, but it is better to change the rule for doubling points.

Bingo sheets will be distributed free of charge (without coins) when you first participate in the game, for example, during the bingo period, and will disappear at the end of the bingo period. Then, in the above-described embodiment, all users hold one bingo card having the same content during the bingo, but a plurality of patterns of bingo sheets having different arrangements are prepared and one randomly arranged for each user. You may distribute them one by one. Randomization is good because there are users with different numbers in the central cell, so it is not necessary to concentrate on one number, and it is easy to obtain a high payout. However, since the number of factors to be considered is reduced, it is preferable that all users use the same arrangement of bingo sheets.

Further, when distributing bingo sheets having different arrangements, the user may be able to hold a plurality of bingo sheets. If you have more than one, one will be distributed free of charge, and additional sheets will be exchanged for the specified number of coins, or the specified conditions (9 squares will be vacated in the previous bingo period, etc., the number of coins obtained, the number of coins possessed It is good to distribute it for the price of (excellent person etc.). Even if a plurality of bingo sheets are held, only one bingo sheet can be used in one game. By limiting the number to one, it is possible to prevent the feeling of unfairness with the user who owns only one from becoming too large. In addition, a user who owns a plurality of sheets can expect a high payout at the time of victory by appropriately switching the bingo sheet according to the number that is likely to win.

The number of participants display unit f3 is designed to display the number of viewers in the game room, but it is preferable to display the number of people who actually voted in place of or together with this. If you know the number of people who actually voted, you can judge the ease of winning, you can predict the number of coins you can get when you win, and you can decide whether to vote or not.

Further, although the above-mentioned bingo function is implemented in the number game in the hard mode, this function is not always required. Moreover, when it is implemented, it may be implemented in the easy mode. When implementing in easy mode, for example, when selecting images that make up choices for each group, such as an animal room, record the selected image when winning and win with all images belonging to the same group. In that case, if you want to get coins (for example, 5 coins), or if you randomly select a predetermined number from multiple (for example, 24) images like a cat's room, the number of images selected at the time of victory will be a predetermined number (for example). It is advisable to get coins (for example, 5 coins) at the time of 5 coins, 10 coins, etc.).

(Modification example of common display items)
In the above-described embodiment, as common display items on each screen, a time limit display unit f2 arranged on the left side of the second row from the top, a number of participants display unit f3 arranged on the right side, and the like are provided. These display items serve as one of the reference information and judgment materials when determining the numbers, but it is preferable to display various information other than these. For example, as shown in FIG. 20, it is preferable to provide a total bet number display unit f10 that displays the total number of coins currently bet. By doing this, in addition to the current number of participants, the number of people who actually voted (total number of bets / 3) can be known, and the coins to be obtained when winning can be predicted, which motivates voting. It is good because it can be used as a basis for deciding whether or not to avoid voting.

(Mode switching function)
In the above-described embodiment, switching between the easy mode and the hard mode is performed by the tap-type mode switching buttons b4 and k2 provided on the easy mode top screen G3 and the hard mode top screen G11, respectively. As shown in 21, it is preferable to provide a slide type mode switching unit m1 and slide the slider m2 left and right to switch modes.

(Ranking display function)
As shown in FIG. 21, for example, as a common display item of each screen in each mode, a ranking button f9 may be provided on the upper left side of the display screen of the display unit. In FIG. 21, the easy mode top screen G3 in the easy mode and the game screen G12 in the hard mode are illustrated, but they are displayed in common on other screens. Then, when the ranking button f9 is tapped, the terminal 11 superimposes the currently displayed screen on the ranking list screen G7 as shown in FIG. 22. When the OK button n1 is tapped, the terminal 11 erases the ranking list screen G7. As a result, the original screen displayed on the lower side appears.
This ranking should be a ranking based on the number of coins held. The number of coins held is an index for those who are strong in this form of game, that is, those who can think differently from others (innovators). In addition to the total number of coins, the ranking should be determined based on the number of coins earned in a delimited range such as the day, the week, the month, and a certain time. By doing this, even people who participated in the game from the middle can be ranked high.

Also, regarding the number of coins held, it is good to distinguish between the coins for betting paid when participating in the game and the coins obtained when winning, and rank based on the number of coins held when winning. .. For example, betting coins (first coins) can be obtained by viewing advertisements or paying. As a result, in the above-described embodiment, the "coin" obtained by the winner becomes the "score". For example, in the case of acquiring 3 coins, 3 scores are acquired. This score is also managed in the user database 23, and each time the game is won and the score is acquired, the score is added to the existing score value and the possessed score value is updated.

For example, if coins can be obtained by billing, if there is only one type of coin, the number of coins held will be the sum of the number of coins obtained by winning the game and the number of coins obtained by billing, and simply the game. The strength is not reflected, and there is a risk that the player who has accumulated money will be strong. As in this form, by distinguishing coins and scores and displaying rankings based on scores, the problem is solved, and rankings that represent indicators of people who are strong in games, that is, people who can think differently from people (innovators). Can be displayed. Further, the score may be converted into coins at a predetermined rate, and the rate at the time of conversion is not transparent, and the value of the score may be lowered, for example, 50 coins at 100 scores.

(Modified example of statistical display function)
The display layout of the number selection screen and information display unit f5 shown in FIG. 15 displayed when the trend information display button f7 is tapped may be, for example, the statistical screen G8 as shown in FIG. 23. In the illustrated example, the layout is such that the numbers bet in the past are displayed in a bar graph in the upper area of the statistical screen G8, and the numbers (winners) who have become innovators (winners) are displayed in a bar graph in the lower area. The bar graph of the numbers bet in the past displayed in the upper area switches and displays the information of "previous", "past 5 games", and "past 10 games" based on the tap of the switching button provided at the right end. The innovator number bar graph displayed in the lower area switches and displays information on "past 10 games", "past 20 games", and "past 30 games" based on the tap of the switching button provided at the right end. When the OK button n1 is tapped, the terminal 11 erases the ranking list screen G7. As a result, the original screen displayed on the lower side appears.

(Modification example of game screen G12 in hard mode)
FIG. 24 shows a modified example of the hard mode game screen G12 for the user to bet a number. In this modification, the layout is such that the score number display unit f11 is provided below the coin number display unit f1. If a function is provided to convert the coin (second coin) obtained when the game is won into another unit (for example, "score") as in the above-mentioned modification, the number of currently held scores is as in this embodiment. By displaying the above at the same time, the current number of coins and the current number of scores can be easily confirmed, and the user can easily recognize whether or not the game can be measured by converting the score into coins.

In this modification, the CHARGE button f12 is arranged on the upper right of the number selection screen / information display unit f5 (above the number 3 in this example). The CHARGE button f12 is a button for a function for the user to acquire coins. When the control unit 18 detects that the CHARGE button f12 is tapped, the control unit 18 displays a video advertisement acquired via the Internet, for example, on the display unit 16. This video advertisement has, for example, an advertisement that can be skipped in a short time (for example, 5 seconds) and an advertisement that must be viewed for a long time (for example, 30 seconds) that cannot be skipped, and the control unit 18 may randomly display those advertisements. .. The user gets 3 coins by viewing the video once. That is, when the advertisement is played to the end (including the case where it is skipped), the control unit 18 notifies the server 13 to that effect and adds the number of coins held by the user. Further, when the server 13 receives the notification, the server 13 updates the user database 23. Then, when the control unit 18 finishes playing the video advertisement, the control unit 18 displays the game screen G12. As a result, the user (player) can play the game in the hard mode as it is.

Such a function may be particularly combined with a modified example in which a coin (second coin) obtained when winning the game described above is used as another unit (for example, "score"). Distinguishing between coins and scores will result in faster coin consumption. Therefore, when the coin becomes 0, the player cannot play the game, so it is necessary to end the play there, or to earn coins in the easy mode or advertisement before playing. By providing this CHARGE button f12, you can easily get coins and continue playing in hard mode.

The number of coins obtained from the video advertisement should be equal to or greater than the number of coins required to play the game in hard mode once, that is, to vote for numbers. In this way, the user whose number of coins held becomes 0 can play the game once by watching the video once.

The playback time of the moving image may be shorter than the one-time voting time even in the case of a long time, and in particular, it is preferable to secure the time for voting even after the long-time video playing is completed. In this way, for example, even a player whose coins are 0 can quickly see an advertisement and get 3 coins during the waiting time for betting to vote for a number (for example, up to about 50 seconds), and the game or at the latest the next You can bet on the game. Therefore, it is preferable to provide a means such as a button such as the CHARGE button f12 that allows immediate access to the advertisement because the player does not leave the game even if the coin is 0 and it is easy to continue playing.

Further, in this modified example, the player button f13 is arranged as a third button at the lower part of the screen. When the control unit 18 detects that the player button f13 is tapped, it accesses the server 13, acquires information on the currently bet player, and displays the player in a list. For example, in the easy mode, the nickname of the player who entered the room is displayed on the participant information screen G4, so that the user can confirm in advance which player is participating. The player button f13 and the list of bet players perform the same function in the hard mode. By knowing what kind of player is betting, the user can effectively determine whether to vote or select the number to vote.

The server may be composed of one device, or may be composed of a plurality of servers by appropriately distributing predetermined functions. Further, the coin may be used in the game, but for example, it may be exchanged for a virtual currency or may be a virtual currency itself.

In the above-described embodiment and the like, the hard mode game is configured to consume 3 coins to play (vote) once, and the winner gets a predetermined coin. The number of coins consumed for one play is not limited to 3 coins, and may be set as appropriate.

Further, in the above-described embodiment, the number of coins consumed for each play (voting) is the same for all users, but the number of coins bet by the user may be set. In this case, the number of coins and the number of scores obtained when the winner is won should be a value according to the number of coins bet. For example, when there are a plurality of winners and the total number of coins bet for voting is apportioned among a plurality of winners, the ratio of the coins bet is made different. Also, for example, if you set the minimum number of coins required for voting, vote with the number of coins exceeding the minimum number of coins and wait for the winner, the server will be separated from the coins bet by all users who participated in the game. It is good to give a predetermined number of coin scores as bonus points, and it is good to provide various other return methods.

Although various aspects of the present invention have been described above with reference to embodiments and modifications, these embodiments and descriptions are not intended to limit the scope of the present invention, and are intended for understanding the present invention. It should be added that it was provided to contribute. The scope of the present invention is not limited to the configurations and manufacturing methods explicitly described in the specification, but also includes combinations of various aspects of the present invention disclosed in the present specification. Of the present invention, the configuration for which a patent is sought is specified in the appended claims, but even if the configuration is not currently specified in the claims, it is disclosed in the present specification. I would like to mention that there is a possibility of claiming a patent for this configuration in the future.

10: Communication game system 11: Terminal 12: Network 13: Server 15: Communication interface 16: Display unit 17: Input unit 18: Control unit 19: Storage unit 21: Communication interface 22: Control unit 23: User database G1: Registration top Screen G2: Title screen G3: Easy mode top screen G4: Participant information screen G5: Game screen G6: Judgment result screen G11: Hard mode top screen G12: Game screen G13: Trend information display screen G14: Bingo sheet display screen G15: Result screen G16: Viewer data display screen

Claims (7)

It has a server and multiple terminals that connect to the server over a network so that it can communicate.
The terminal has a function of displaying a plurality of options on the display unit of the terminal and a function of notifying the server of selection information for identifying one selected from the plurality of options.
The server has a function of obtaining the number of votes selected for each of the plurality of options based on the selection information sent from each of the plurality of terminals and determining the winner based on the obtained number of votes. Prepare,
The plurality of options are a combination of a plurality of numbers.
In the process of determining the winner based on the number of votes, if there is an option with one vote, the one that selects that option is regarded as the winner, and if there is no option with one vote, the option with zero votes is selected. In some cases, there is no winner, and if there is no option with one vote, and there are voters for all options, the one with the least number of votes is selected as the winner. Communication game system. The communication game system according to claim 1, further comprising a function of displaying information about a participant participating in a game by operating the terminal on the terminal. The communication game system according to claim 1 or 2, wherein the plurality of numbers of the options are arranged in the same arrangement in the plurality of terminals. The server is characterized in that the process of accepting selections for the options is repeated for each voting period, and the number of votes is obtained for each voting period to determine the winner. The communication game system according to any one of claims 1 to 3. The communication game system according to claim 4, wherein when the process of accepting the selection to the option is repeatedly performed, the combination of the plurality of numbers of the plurality of options displayed on the terminal is the same each time. .. The terminal holds a bingo sheet in which the plurality of numbers are arranged.
The claim is characterized in that it has a function of opening a square of the bingo sheet corresponding to the number of the option selected when the winner is obtained, and obtaining a privilege at the time of victory when the bingo sheet satisfies a certain condition. The communication game system according to any one of 1 to 5. A program for realizing a function used in the communication game system according to any one of claims 1 to 6 on a computer.

Images