JP6704383B2 - Information processing device and game program - Google Patents

Description

The present invention relates to a technique for assisting the formation of a group of a plurality of characters in a battle game that handles a plurality of characters.

The use of smartphones not only as communication terminals but also as game terminals has become popular. Network games that are popular on smartphones are provided by accessing the platform built on the game server from the smartphone. Network games often focus on training characters, cooperating and competing with other players, and collecting cards and items.

Among network games, there is a game in which a player handles a plurality of characters. In a game in which a player handles a plurality of characters, the player often selects one or more player characters from a character (hereinafter, referred to as “player character”) possessed to organize a group. In such a game, when a player organizes a group, the player may be presented with a recommended group organization (hereinafter referred to as “recommended organization”) (see Patent Document 1).

JP, 2016-32545, A

The recommended formation presented by the game of Patent Document 1 is formed based on a comparison between the parameters of the enemy character and the parameters of the player characters in the group when the player fails to clear the stage a predetermined number of times. According to this specification, the recommended formation is presented only to the players who have failed to clear the stage, so that the players who can enjoy the benefits are limited. That is, in the game of Patent Document 1, first, the player organizes a group himself to enter the stage, and the recommended formation is presented to the player who fails to clear the stage. Therefore, even if the player feels annoyed about the work of organizing the group, the recommended organization is not presented until the player fails to clear the stage. Therefore, a player who succeeds in clearing the stage or a player who wants to release the trouble of forming a group before attempting the stage cannot enjoy the benefit of the invention of Patent Document 1.

The present invention has been completed based on the above-described problem recognition, and its main purpose is to take time and effort for a player in a game in which one or more player characters are selected from the player characters owned by the player to form a group. It is to provide games that make it easy to organize groups without having to.

An information processing apparatus according to an aspect of the present invention includes a group organization unit that organizes a character group including one or more player characters selected by a player among a plurality of player characters held by the player, and one or more included in the character group. Of the player character and a predetermined enemy character, and a parameter of one or more player characters included in the character group and a parameter of the predetermined enemy character are compared with each other, and the character group has a predetermined inferiority. Whether or not the condition is satisfied is determined before the competition, and the winning/losing prediction unit to be presented to the player and one or more player characters are reselected from the plurality of player characters held by the player, and the selection result is presented to the player as a new group. And a group presentation unit.

An information processing apparatus according to another aspect of the present invention includes a group formation unit that forms a character group including one or more player characters selected by a player from a plurality of player characters owned by the player, and a request from the first player. A team formation unit that forms a team including a plurality of players based on the above, and a battle execution unit that executes a battle between one or more player characters included in each character group formed by a plurality of players belonging to the team and an enemy character. And assuming that the second player is formed in the team, the parameters of one or more player characters included in each character group of the plurality of players including the character group of the second player and the enemy character And a winning/losing predicting unit which calculates the possibility that the team can win the enemy character by comparing the calculated parameter and the calculation result to the second player before the team is formed.

According to the present invention, a player can easily organize a group without trouble.

It is a hardware block diagram of a game system. It is a functional block diagram of a game system. It is a data structure diagram of a player data storage unit. It is a screen figure which shows the 1st organization screen at the time of organizing a character group. It is a screen figure of the 2nd organization screen at the time of evaluation display of a character group. It is a sequence of processing until the character group is determined. It is a screen figure of the 1st competition screen of the player during a turn. It is a screen diagram of a second battle screen showing the character character selection operation by the player during the turn. It is a data structure diagram of a character data storage unit. It is a data structure diagram of a word data storage unit. It is a data structure diagram of a damage data storage unit. It is an enlarged screen of a character character icon. It is a schematic diagram for demonstrating homogeneous synthesis. It is a schematic diagram for explaining heterogeneous synthesis. It is a schematic diagram for demonstrating heterogeneous composition at the time of back savings. It is a screen figure of the 3rd organization screen when a determination result is "barely." It is a screen figure of the 4th organization screen when presenting a recommended organization. It is a screen figure of a 5th organization screen, when a recommended organization is presented. It is a screen diagram of a sixth composition screen showing the display contents when there is a vacancy in the character group. It is a screen figure of the 7th composition screen which shows the display contents after the vacancy supplement of a character group. It is a screen figure of a 1st selection screen when an owner organizes a team. It is a screen diagram of a second selection screen when deciding to join the team.

In the network game (hereinafter, referred to as “game L”) according to the present embodiment, a player meets one after another or a “team” of 2 to 4 players to attack enemy characters that are attacking one after another. In the battle with the enemy character, the player selects one character associated with the character (hereinafter referred to as “character character”) and inserts it into the blank space of the character frame set on the screen. The other players also insert the character characters in order. When the players complete one of the words registered in the database, an attack on the enemy character is activated. In order to participate in the game L, it is necessary to register the player on the game server.

FIG. 1 is a hardware configuration diagram of the game system 100.
In the game system 100, a plurality of game terminals 104 a, 104 b, 104 c,..., 104 n (hereinafter, collectively referred to as “game terminal 104” when collectively referred to or not particularly distinguished) are provided to the game server 102 on the Internet 106. Connected via. The game terminal 104 in the present embodiment is assumed to be a smartphone. The game terminal 104 may be a portable game-dedicated machine or a general-purpose computer such as a laptop PC. The game terminal 104 and the Internet 106 are wirelessly connected, but may be connected by wire. A unique ID called a player ID is given to each player of the game in advance. The game server 102 provides a game to each game terminal 104.

FIG. 2 is a functional block diagram of the game system 100.
As described above, the game system 100 includes the game server 102 and the game terminal 104. Each component of the game terminal 104 and the game server 102 includes a computing unit such as a CPU (Central Processing Unit) and various coprocessors, a storage device such as a memory or a storage, and hardware including a wired or wireless communication line connecting them. , Which is realized by software which is stored in a storage device and supplies a processing instruction to an arithmetic unit. The computer program may be configured by a device driver, an operating system, various application programs located in their upper layers, and a library that provides common functions to these programs. Each block described below is not a hardware-based configuration but a function-based block.

The game server 102 may be configured to include a web server, and the game terminal 104 may be configured to include a portable communication terminal and a web browser installed therein.

(Game server 102)
The game server 102 includes a communication unit 110, a data processing unit 112, and a data storage unit 114.
The communication unit 110 is in charge of communication processing with the game terminal 104 via the Internet 106. The data storage unit 114 stores various data. The data processing unit 112 executes various processes based on the data acquired by the communication unit 110 and the data stored in the data storage unit 114. The data processing unit 112 also functions as an interface between the communication unit 110 and the data storage unit 114.

The data processing unit 112 includes a player management unit 146 and a game control unit 116.
The player management unit 146 includes a player registration unit 148 and a team formation unit 150.
The player management unit 146 manages player play information for each player. The player registration unit 148 receives player registration from the game terminal 104 via the communication unit 110. When the player registration is requested, the player registration unit 148 gives a player ID to the player and registers it in the data storage unit 114. When installing the game module of the game L on the game terminal 104, player registration is automatically requested. The team formation unit 150 forms a team of a plurality of players (details will be described later).

The game control unit 116 controls the progress of the game in cooperation with the game control unit 166 of the game terminal 104. The game control unit 116 determines whether to win or lose when competing with the enemy character according to the parameter of the character character. The character character parameters include corresponding characters, attributes, skills, and the like.

The game control unit 116 includes a turn control unit 128, a character reception unit 130, a character setting unit 132, an attack activation unit 134, a group formation unit 136, a battle execution unit 138, a win/loss prediction unit 140, a group presentation unit 142, and a lucky control unit 143. , A character management unit 145 and a group determination unit 144.
The turn control unit 128 sequentially gives each player an execution right (hereinafter, referred to as “turn”). The player who is given a turn is hereinafter referred to as a “turning player”. On the other hand, a player who is not given a turn is hereinafter referred to as a "player outside the turn".

The player possesses a plurality of character characters. The character accepting unit 130 accepts selection of a character character to be inserted into a character frame (described later) during a battle. The character setting unit 132 receives an operation of inserting a character character into a character frame. Further, the character setting unit 132 sets a character frame for each match. The attack activation unit 134 activates an attack on the enemy character as the character string is formed in the character frame.

The group organization unit 136 organizes a group including one or more character characters in response to a player request (details will be described later). The battle execution unit 138 executes a battle between the character character and the enemy character, and determines a win or loss. The victory/loss prediction unit 140 determines whether or not the organized group can clear the quest according to parameters such as attributes and skills of character characters, corresponding characters, and the like. A quest is a task given to a player in the course of a game. The group presentation unit 142 presents a recommended formation from the character characters held by the player. The group determination unit 144 determines whether or not there is a vacancy in the organized group. The fortune control unit 143 is in charge of processing regarding “fortune” described later. The details of "Fuku" will be described later. The character management unit 145 changes various parameters such as the level of character characters.

The data storage unit 114 includes a game data storage unit 118, a player data storage unit 120, a character data storage unit 122, a word data storage unit 124, and a damage data storage unit 126.
The game data storage unit 118 stores a game program. The player data storage unit 120 stores various data regarding the player (described later with reference to FIG. 3). The data regarding the player includes a player ID, a player name, and information regarding a character character possessed by the player. The character data storage unit 122 stores data relating to character characters (described later with reference to FIG. 6). The word data storage unit 124 stores data regarding words created by a player in cooperation with other players (described later with reference to FIG. 7). The damage data storage unit 126 stores data that defines the correlation between the length of a word and the damage given to the enemy character (described later with reference to FIG. 8).

(Game terminal 104)
The game terminal 104 includes a user interface unit 168, a communication unit 160, a data processing unit 162, and a data storage unit 164.
The user interface unit 168 receives operations from the player via the touch panel, and is in charge of processing related to the user interface such as image display and audio output. The communication unit 160 is in charge of communication processing with the game server 102 and another game terminal 104 via the Internet 106. The data storage unit 164 stores various data. The data processing unit 162 executes various processes based on the data acquired by the user interface unit 168 and the communication unit 160 and the data stored in the data storage unit 164. The data processing unit 162 also functions as an interface for the user interface unit 168, the communication unit 160, and the data storage unit 164.

The data processing unit 162 includes a game control unit 166.
The game control unit 166 controls the progress of the game in cooperation with the game server 102. The game control unit 166 of the game terminal 104 may be formed as a software module downloaded from the game server 102 as a part of the function of the game control unit 116.

The communication unit 160 acquires various game information from the game server 102, and the data processing unit 162 causes the user interface unit 168 to display a game screen. Further, the user interface unit 168 detects various inputs by the player, and the data processing unit 162 notifies the game server 102 of the input information via the communication unit 160. According to this input information, the game control unit 116 of the game server 102 cooperates with the game control unit 166 of the game terminal 104 to control the progress of the game.

The data storage unit 164 includes a game data storage unit 170. The game data storage unit 170 stores a game program.

The user interface unit 168 includes an input unit 172 that receives an input from the player and an output unit 174 that outputs various information such as images and sounds to the player. The input unit 172 mainly detects a player's touch operation on the screen as an input.

FIG. 3 is a data structure diagram of the player data storage unit 120.
The player data storage unit 120 manages a player ID, a player name, and a possessed character in association with each other. The player sends a player registration instruction for the game L to the game server 102 via the input unit 172 of the game terminal 104. The player can specify a player name of up to 4 characters. The player registration unit 148 gives the player ID to the player.

The player can have a plurality of character characters. At the time of player registration, 20 character characters are randomly assigned. The number of character characters will increase when you complete the quest described later. In FIG. 3, the player A possesses character characters with IDs of “C001” and “C010” (hereinafter referred to as “character character (C001)”). Player B also has a character character (C010).

The battle in the game L develops for each stage. This stage is called "Battle Stage". There are multiple battle stages in the quest, as a barrier that prevents the teams from reaching. When you wipe out the enemy characters that appear in the battle stage, you move to the next battle stage. The player cooperates with other players to create a word by combining character characters, and fights the enemy character with an attacking power according to the created word. Clearing multiple battle stages will clear the quest. The game L includes a plurality of quests. At the final battle stage of each quest, the strongest enemy character in the quest (hereinafter referred to as "boss character") appears. At the start of the quest, the player selects a maximum of 12 characters from all the character characters possessed and organizes a “character group”.

FIG. 4 is a screen view showing a first organization screen 300 when organizing a character group.
When organizing a character group, the player first selects a leader from the character characters. The first organization screen 300 shown in FIG. 4 is a screen displayed when the player A organizes the character group. In FIG. 4, the player A taps and selects the character character 210 “character X” corresponding to the character “O” from all the character characters 210 possessed, and inserts it into the group formation area 216. There is. By operating the scroll bar 222, it is possible to confirm all the character characters that are held. The group organization unit 136 adds the selected character character 210 to the character group. In FIG. 4, "character X" is determined to be the leader, and a message "Leader is character X" is displayed in the information window 212.

The player can obtain a reward with a predetermined probability (hereinafter, referred to as “reward acquisition rate”) by sweeping away the enemy character that appears in the battle stage (competition screen). The reward acquisition rate changes depending on the parameter “fortune” of the leader, and “fortune” will be described later. When the player A selects a maximum of 12 character characters 210 and then taps the selection button 226 displayed as “Next”, the second composition screen 320 shown in FIG. 5 is displayed. When “Next” of the selection button 226 is tapped, the game control unit 166 transmits a group evaluation instruction to the game server 102 via the communication unit 160. After transmitting the group evaluation instruction, it is determined whether the character group can clear the quest (details will be described later).

When the player A taps the selection button 226 when the number of character characters 210 in the group formation area 216 is less than 12, the sixth formation screen 460 shown in FIG. 19 is displayed on the screen of the player A. .. Also at this time, the group evaluation instruction is transmitted.

FIG. 5 is a screen view of the second composition screen 320 at the time of character group evaluation display.
After receiving the group evaluation instruction, the winning/losing predicting unit 140 of the game server 102 determines whether or not the character group can clear the quest (hereinafter, referred to as “clearability determination”). The determination result is displayed in the determination result display area 224 of the second composition screen 320. The clearability determination is based on the comparison between the parameter of the character 210 and the recommended value preset in the quest. In the present embodiment, the “actual value” based on the parameter value of the character character 210 and the actual value set in advance for the boss character appearing during the quest are the recommended values for the quest.

For the character character 210, various parameters such as combat power (attack power and defense power), attributes, skills, and evaluation values of corresponding characters are set. Attributes include "fire", "grass", "water", etc. (details will be described later). The character character 210 may have a skill such as “double damage” that doubles the damage given to the enemy character. An evaluation value is preset for the skill and the corresponding character by the game designer.

The win/loss prediction unit 140 first calculates the basic ability value of each of the character characters 210 in the character group. For example, when the character character 210 having a fighting power of 20 has the skill of the evaluation value 30, the actual value of the character character 210 is 50 (=20+30). The ability value is further corrected by the attribute. For example, when the boss character has a fire attribute, the ability value of the character character having a water attribute that is strong against the fire attribute is doubled. On the other hand, the ability value of the character character having the grass attribute weak to the fire attribute is halved. For example, when the basic ability value of the character character 210A (water attribute) is 70, the ability value is doubled to 140. On the other hand, when the basic ability value of the character character 210B (grass attribute) is 90, the ability value is corrected to half, which is 45. The ability value of the character group is the total value of the ability values of the character characters 210 included in the character group.

When the ability value of the character group is equal to or more than twice the ability value of the boss character, the winning/losing predicting unit 140 causes the determination result display area 224 to display “Like”. Hereinafter, such a determination result will be referred to as an “advantageous determination”.

When the ability value of the character group is 1 time or more and less than 2 times the ability value of the boss character, the winning/losing prediction unit 140 displays “barely” as the determination result. Hereinafter, such a determination result is referred to as "neutral determination".

When the ability value of the character group is less than 1 time the ability value of the boss character enemy character 204, the winning/losing predicting unit 140 displays “Murikamo”. Hereinafter, such a determination result is referred to as a "disadvantage determination". Based on the comparison result of the ability values of the character groups calculated based on the parameter value, the above-described three types of determination results are shown. The clearability determination in the present embodiment is performed in consideration of not only the fighting power (attacking power and defense power) of the character character 210 but also the unique skill of the character character 210 and compatibility with the boss character.

It is assumed that the ability value of the character group in the group organization area 216 of FIG. 5, that is, the total value of the ability values of the plurality of character characters 210 is 3100. It is assumed that the boss character has an ability value of 1500. Since it is twice or more, it is an advantage determination, and the victory/loss prediction unit 140 causes the determination result display area 224 to display "Ikeshi". When the selection button 226 displayed as "Yes" is tapped, the group formation unit 136 determines the formation of the character group.

FIG. 6 is a processing sequence until the character group is determined.
The organization of the character groups in FIGS. 4 and 5 is realized by the following processing. First, when 1 or more and 12 or less character characters 210 are selected (S10), the game control unit 166 transmits a group evaluation instruction (S12). The group evaluation instruction includes the IDs of the character characters included in the character group. The win/loss prediction unit 140 performs the above-mentioned parameter comparison and executes the clear possibility determination (S16). The group formation unit 136 notifies the game terminal 104 of the determination result (S18). Here, it is assumed that the player determines the character group without reorganization (S20). The game control unit 166 transmits a group confirmation instruction to the game server 102 (S22).

As described above, a character group including 12 player characters is organized. There is also a character group organization support function such as recommended organization, which will be described later. However, among the 12 character characters 210, 4 are actually fighting (hereinafter referred to as “battle character”). The battle execution unit 138 randomly selects four character characters 210 from the twelve character characters 210.

Therefore, when the character group includes the weak character character 210, only the weak character character 210 may be selected as the battle character. The difficulty level of the battle varies depending on 12 active selections and 4 passive selections. In other words, not only the skill of selecting 12 player characters but also the luck factor of selection by the battle executing unit 138 influences the possibility of clearing the quest.

The player makes full use of the character character 210 (battle character) to compete with the enemy character. The game L has a single-play mode in which the player plays alone, and a multi-play mode in which the player plays cooperative play with other players. In the multi-play mode, the players form a team of 2 to 4 players (hereinafter referred to as "allied team"). Moreover, in the multi-play mode, a character group is organized for each player in the team. For example, when each of the four persons organizes a character group including 12 character characters 210, 16 (=4×4) battle characters are selected from a total of 48 (=12×4) character characters 210. become. Hereinafter, description will be given assuming a multi-play mode by four players. In the multi-play mode, each of the four players organizes their own character group by the method described above.

A player who wants to play in the multi-play mode sends a command for team formation (hereinafter, referred to as “team formation instruction”) to the game server 102. Hereinafter, the player who has sent the team formation instruction is referred to as the “owner”. Upon receiving the team formation instruction, the team formation unit 150 posts the teams currently recruiting members in the team formation window. Another player who wants to join the team sees the recruitment notice and applies. The owner decides whether or not to adopt the player who has applied as a member of the team. The team formation unit 150 forms an ally team according to the owner's decision.

The posting during the recruitment of members ends when the number of players in the team is four or the owner sends an instruction to stop recruiting. Further, the player can also send a team formation instruction when the game is restarted.

FIG. 7 is a screen diagram of the first battle screen 200 of the player during the turn.
FIG. 7 is displayed on the game terminal 104 of the player A who is fighting with the enemy character 204 called “monster M”. The player A forms an ally team with three players B, C, and D. The names of the players in the team are displayed on tab 208. The name of the enemy character 204 is displayed in the information window 212 at the bottom of the second battle screen 220.

On the first battle screen 200, the tab 208 of the player A himself is opened. The four character characters 210 displayed in the tab correspond to the characters "o", "su", "u", and "sa", respectively. The player A selects one from the four character characters 210.

The character setting unit 132 sets the character frame 206 for each battle stage. The character frame 206 corresponds to 6 characters, of which 2 characters are initially set and 4 characters corresponding to the number of players are blank.

In FIG. 7, two characters “ka” and “me” are set in the character frame 206. The same four characters as the number of players in the team are blank. In the character frame 206, a 6-character theme word (hereinafter referred to as “theme word”) is set. The theme word is randomly determined from the 6-character words. For example, it is assumed that the theme word of the battle stage shown in the first battle screen 200 of FIG. 7 is "wakamegohan". However, the theme word is not disclosed to the player.

The player applies one of the four character characters to any blank space of the character frame 206. A character string is formed by each player filling the character frame 206 in order. When all the blanks in the character frame 206 are filled, the attack activation unit 134 calculates the attack power to the enemy character 204 according to the completed word. However, when the completed word matches the theme word, it is a blow. Searching for a theme word is one of the interests of the game L. The details of the calculation method of the attack power according to the word will be described later.

FIG. 8 is a screen view of the second battle screen 220 showing the selection operation of the character character 210 by the player during the turn.
During the turn, the player taps one of the four character characters 210 with his/her finger to select it, slides it, and inserts it into one of the blank spaces in the character frame 206. In the second battle screen 220 of FIG. 8, the player A selects the character character 210 corresponding to “O” (hereinafter referred to as “character character 210 (O)”), and the player selects the maximum character in the character frame 206. Inserted in the blank on the left. As a result, the three-letter word "okame" is completed.

The character setting unit 132 receives the operation content from the communication unit 110 and updates the display of the character frame 206. Further, the character setting unit 132 transmits the operation content to the game terminal 104 of each player, and the operation result of the player A is reflected on each game terminal 104.

The turn control unit 128 gives a time limit to the player during the turn. The gauge shown on the timer 202 decreases with time. On the second battle screen 220 of FIG. 8, 1/3 of the time limit has elapsed. The timer 202 is displayed only to the player during the turn.

When the character character 210 cannot be inserted within the time limit, the character setting unit 132 randomly selects one of the four character characters 210 that the player has during the turn and places it in any of the blank boxes in the character frame 206. insert. When the character character 210 is inserted, the turn control unit 128 gives a turn to the next player.

FIG. 9 is a data structure diagram of the character data storage unit 122.
A character name, a character, an attribute, a hit point, and a skill are set in the character character 210, respectively. In addition to this, other parameters such as attack power and defense power are set. As described above, the skill is associated with the evaluation value. The character character 210 also has parameters “level” and “fortune” (details will be described later). The level is a parameter indicating the degree of growth of the character character 210. “Fortune” is a parameter that determines the reward acquisition rate.

The character character 210 is a character character 210, which has a one-to-one correspondence with a single character such as “O”, “Su”, “U”, and “Sa” arranged on the player A in FIG. There is a character character 210 that can be changed into a semi-voiced sound or a voiced sound such as "ba", and a line character character 210 that includes all vowels that can be combined, such as "a line" and "ka line. The line character 210 changes to “A” “I” “U” “E” “O” every time the player taps the selected line character 210. The character character 210 that can be changed to a semi-voiced voice or a voiced voice is also changed by the same operation. The line character 210 can be changed to "ka", "ki", "ku", "ke", and "ko" for "ka line", for example, so that it can be easily used in various situations. The wider the range of application, the lower the attack power. On the other hand, the character character 210, which has a one-to-one correspondence with a single character, is set to have a high attack power because of its narrow application range. Among the character characters 210 that have a one-to-one correspondence with a single character, the attack power differs depending on the frequency of use. For example, the character character 210 corresponding to a character that is used infrequently such as "nu" is set to have a relatively high attack power.

There are five types of attributes: "fire", "grass", "water", "light", and "darkness". Of these, the three attributes of "fire", "grass", and "water" have a relationship of three freezing. That is, the fire attribute is strong against the grass attribute and weak against the water attribute. The grass attribute is strong against the water attribute and weak against the fire attribute. Water is strong against fire and weak against grass. In addition, the light attribute and the dark attribute have a conflicting relationship.

When the word completed by the ally team includes the character character 210 of fire attribute, the damage given to the enemy character 204 of grass attribute is doubled. On the other hand, even if the completed word includes the character character 210 having the fire attribute, if the enemy character 204 has the water attribute, the damage given is halved.

There is also a character character 210 having a skill such as “double damage” that doubles the damage to the enemy character 204 when the word is completed using the character character 210.

FIG. 10 is a data structure diagram of the word data storage unit 124.
Each word completed by the team is assigned an ID for each word and registered in the database in the word data storage unit 124. The database in the word data storage unit 124 is regularly updated by the game server 102.

Similar to the character 210, each word has an attribute set. For example, the word "Kitsune Udon" has a fire attribute, and the word "Okame" has a light attribute. When the team of friends completes the word of fire attribute, the damage to the enemy character 204 of grass attribute is doubled. Even if the teammate completes the word of fire attribute, if the enemy character 204 has the water attribute, the damage done is halved.

FIG. 11 is a data structure diagram of the damage data storage unit 126.
The basic damage to the enemy character 204 is set according to the number of characters in the word. In the game L, the square of the number of characters of the completed word is the basic damage given to the enemy character 204. The attack activation unit 134 activates the attack on the enemy character 204 when all the blanks in the character frame 206 are filled.

The damage given to the enemy character 204 is calculated based on various parameters of the used character character 210, the length and attribute of the word, the attribute of the enemy character 204, the theme word, and the like.

The attack power against the enemy character is calculated as an addition value of the attack power based on the word and the attack power based on the character character 210. The word-based attack power is calculated as follows. The attack power against the enemy character 204 having the fire attribute word "Kitsune Udon" of grass attribute is basically 36 which is the square of the number of characters. Since the fire attribute is stronger than the grass attribute, the attack power is further doubled to 72.

The attack power based on the character 210 is calculated as follows. For example, if the character character 210 (ki) has the fire attribute and the attack power is 31, the attack power of the character character 210 (ki) against the enemy character having the grass attribute is doubled to 62. If the character character 210 (one) has a water attribute weak to the grass attribute and its attack power is 80, the attack power of the character character 210 (one) becomes half that 20. It is assumed that the total attack power of the character characters 210 included in the word “Kitsune Udon” is 150.

As a result, the attack power of the word "Kitsune Udon" is 222 (=72+150). If any of the character characters 210 corresponding to the characters “ki”, “tsu”, “ne”, “u”, “do”, and “n” has the skill of “double damage”, the attack that character character 210 has Power doubles.

If the string contains multiple words, multiple attacks will be triggered. For example, the character string “Kitsune Udon” also includes three words “Kitsune”, “Udon”, and “Udo”. For this reason, when these four words are stored in the word data storage unit 124, the attack power is calculated for each of the four types of words “Kitsune Udon” “Kitsune” “Udon” “Udo”, and the enemy character is calculated. Four attacks are performed on 204.

The word may be in a language other than Japanese. For example, in English, when forming the character string “RANKING”, “RANKING” also includes a plurality of words such as “RAN”, “RANK”, “AN”, “KIN”, and “KING”.

When the hit points of the enemy character 204 become zero, the enemy character 204 is destroyed. When the enemy character 204 is destroyed, the game control unit 116 of the game server 102 executes the next battle stage. On the other hand, when the enemy character 204 receives an attack, the hit points of the teammate character decrease. If the ally character is completely destroyed before the enemy character 204 is defeated, the player team is defeated.

You can complete the quest by clearing multiple battle stages and defeating the boss character. After clearing the battle stage, a new character character 210 can be obtained at a reward acquisition rate based on the leader's "Fuku". "Fuku" is set in the range of 0 to 99. When "Fuku" is the minimum value of 0, the reward acquisition rate is 1%, and when "Fuku" is the maximum value of 99, the reward acquisition rate is 100%. There is a monotonically increasing relationship between "Fuku" and the reward acquisition rate.

The fortune controller 143 provides each player with a “fortune bonus” according to the “fortune” of the leader. The lucky bonus is determined by the number of “lucks” of the leader of the character group of each player in the team. For example, if the leader "Fuku" of player A is 99, the leader "Fuku" of player B is 80, the leader "Fuku" of player C is 30, and the leader "Fuku" of player D is 30, each player is The number of “fortune bonuses” is 0.99+0.8+0.3+0.3=2.39, which is 3 by rounding up. Alternatively, the content of the fortune bonus may be determined according to the total value of fortune.
The lucky bonus may be the character character 210 or an item that enhances the attack power or hit points of the character character 210 that is already held. In any case, the lucky bonus may be information or things useful for the player to advance the game.

FIG. 12 is an enlarged screen of the icon 240 of the character 210.
FIG. 12 is a screen view when the character character 210 shown in the player character display area 218 in the first knitting screen first knitting screen 300 shown in FIG. 4 is enlarged and displayed. The character character 210 in FIG. 12 corresponds to the “ya” line. The character management unit 145 increases the experience value of the character character 210 each time the battle stage is cleared. Each time the experience value exceeds a predetermined value, the character management unit 145 raises the level of the character character 210. The level of the character character 210 is displayed in the level display area 232.

The number of “fortunes” set in the character character 210 is displayed in the fortune display area 230. The line character 210 of FIG. 12 has a level of 27 and a “luck” of 99.

The level of the character character 210 is increased by combining it with another type of character character 210 (details will be described later). As the level of the character 210 increases, parameters such as hit points increase. The upper limit of the level of the character character 210 is 99. Further, the level of the character character 210 does not decrease. The number of “fortunes” is increased by composing character characters 210 of the same type (details will be described later).

The player can combine the character characters 210 held by each other. There are two types of composition: "homogeneous composition" in which the same character characters 210 are combined, and "heterogeneous composition" in which two types of character characters 210 are combined.

FIG. 13 is a schematic diagram for explaining homologous synthesis.
In the same kind of composition, two character characters 210 of the same kind are combined into one body, and “Fuku” is increased by one. In FIG. 13, two character characters 210 (ki) are combined in the same kind. Of the two, one (basic side) has a "luck" of 2, and the other (additional side) has a "luck" of 1. When these two bodies are combined, a new character character 210 (Ki) having three “fortunes” is generated. When the player designates the character character 210 on the basic side and the character character 210 on the addition side, the character management unit 145 executes the same kind of composition, and the fortune control unit 143 adjusts “fortune”.

In the same kind of composition, by combining the two character characters 210 into one, it is possible to add up the mutual luck. Instead of the number of character characters 210 decreasing, “Fuku” increases. The synthesizing method of the plurality of character characters 210 also greatly affects the easiness of proceeding with the game L.

FIG. 14 is a schematic diagram for explaining heterogeneous synthesis.
In heterogeneous composition, both the level and the “fortune” of the two character characters 210 change. FIG. 14 shows the heterogeneous composition after the character character 210 (F) is selected as the basic side and the character character 210 (K) is selected as the addition side. At this time, the fortune control unit 143 decrements the “fortune” of the basic character character 210 (fu) from 2 to 1, and does not change the fortune of the additional character character 210 (ki). On the other hand, the character management unit 145 does not change the level of the basic character character 210 (Fu) and increments the level of the additional character character 210 (Ki) from 17 to 18.

The lower limit value of “luck” of the character character 210 is 0. The character character 210 in which "Fuku" is 0 cannot be used for heterogeneous composition.

“Fuku” of the character character 210 on the basic side is reduced by heterogeneous composition. The leader's "luck" changes the reward acquisition rate. In order to increase the reward acquisition rate, it is only necessary to increase "luck" by homogenous synthesis. Although it is necessary to collect the character characters 210 for the same kind of composition, there is a trade-off relationship that the possibility of acquiring the character characters 210 is affected by "luck".

Therefore, in the game L, more "fortunes" than the upper limit 99 can be accumulated. Below, the 100th and subsequent "lucks" will be referred to as "back savings." When the number of “fortunes” is further increased while the number of “fortunes” of the character character 210 is 99, “fortunes” are accumulated on the back like 99+1 (=100), 99+2 (=101), and 99+3 (=102). Can be set. In other words, the displayed fortune is 99 or more, but internally it is possible to have 100 or more.

When the leader's "luck" is 0, the reward acquisition rate is 0%. When "Fuku" is 99, the reward acquisition rate is 100%. The player can recognize that the number of “lucks” is linked to the reward acquisition rate. Even if "Fuku" is 100 or more, the reward acquisition rate is maintained at 100%. Since you can store "Fuku" without being restricted by the maximum value of 99, if you increase "Fuku" to 100 or more in the same kind of synthesis, even if you decrease "Fuku" in heterogeneous composition, the reward acquisition rate will increase. It can be maintained at 100%.

FIG. 15 is a schematic diagram for explaining heterogeneous synthesis at the time of back savings.
When heterogeneous composition is performed with the character character 210 that is making a backside savings as the basic side, the level of the character character 210 on the additional side can be improved while maintaining the reward acquisition rate of 100%. FIG. 15 shows a heterogeneous composition of the character character 210 (I) and the character character 210 (KI). “Fuku” of the character character 210 (ki) on the basic side is 99 on the display, but is 100 (=99+1) because there is actually one back savings. The level of the character character 210 (ki) on the addition side is 17. When these two bodies are heterogeneously combined, the "fuku" of the character character 210 (Fu) is reduced from 100 to 99, and the level of the character character 210 (Ki) is increased from 17 to 18. Since the reward acquisition rate is 100% when "Fuku" is 99 or more, no direct disadvantage is generated for the player in such heterogeneous composition. The player can also recognize that the disadvantage of the character character 210 (i), “Fortune”, is maintained at 99 or higher. According to the back savings method, it is possible to implement a corresponding method of performing the same kind of composition of the same kind of character characters without hesitation and performing different kinds of composition as necessary.

(Recommended formation)
Next, the function “recommended organization” that supports the organization of character groups will be described.
The player can select a character group by himself/herself, or can make the group presentation unit 142 propose a “recommended formation”. For example, if the result of the clearability judgment is "disadvantageous judgment", if the "recommended formation" is followed, a reckless challenge may be avoided. Hereinafter, when the result of the clearability determination is the disadvantage determination or the neutral determination, at least the non-advantageous determination corresponds to the “inferiority condition”. When the inferiority condition is satisfied, it means that there is a high possibility that the character group cannot clear the quest, and when the inferiority condition is not satisfied (the inferiority condition is not satisfied), the character group is likely to be able to clear the quest. Means that. In the present embodiment, it will be described that the inferiority condition is satisfied below the neutrality determination.

FIG. 16 is a screen diagram of the third composition screen 400 when the determination result is “final”.
It is assumed that the ability value of the character group shown in FIG. 16 is 3100. It is assumed that the ability value of the boss character is 1800. Since the ability value of the character group is about 17.2 times the ability value of the boss character, the possibility of clearing is "barely (neutral determination)", and the inferiority condition is satisfied.

The player A may decide the character group as it is, or may reorganize the character group. If the selection button 226 displayed as "No" in FIG. 16 is tapped, the composition screen shown in FIG. 17 is displayed. The group presentation unit 142 may automatically present the recommended formation when the inferiority condition is satisfied.

FIG. 17 is a screen view of the fourth composition screen 420 when the recommended composition is presented.
When the player A selects “No” on the third composition screen 400 of FIG. 17, a message “Do you want to display recommended composition?” is displayed in the information window 212. When the player A taps the selection button 226 displayed as “Yes”, the group presentation unit 142 generates a recommended character group, that is, a recommended character group from the character characters 210 owned by the player A by the following algorithm.

The group presentation unit 142 first extracts the character character 210 having an attribute superior to the attribute of the boss character. Next, the group presentation unit 142 selects a character character 210 corresponding to a frequently appearing character such as “a” or “i”. In the present embodiment, the possibility of being used in various words, that is, the frequency of occurrence is narrowed down to a predetermined value or more, for example, 10% or more. When there are 12 or more corresponding character characters 210, 12 bodies are selected in descending order of frequency. When the number of corresponding character characters 210 is less than 12, the vacancy is supplemented from the character character 210 having the highest ability value among the remaining character characters 210. In this way, the group presentation unit 142 presents a group of 12 characters as a recommended organization.

The group presentation unit 142 may select the characters so that the character group of the recommended organization does not satisfy the inferiority condition, in other words, the character group is an advantage determination. For example, the group presentation unit 142 may randomly select the character character 210 many times and, when a character group that is an advantage determination is generated, present the character group as a recommended organization. Further, when the character group that is the advantage determination cannot be formed, the group presentation unit 142 may display "No recommendation".

FIG. 18 is a screen view of the fifth composition screen 440 when the recommended composition is presented.
The group presentation unit 142 sets the recommended organization character group in the group organization area 216. “This group is recommended. Would you like to organize this group?” is displayed in the information window 212. After the recommended formation, the victory/loss prediction unit 140 determines the possibility of clearing. The judgment result has changed from "barely (neutral judgment)" to "likely (advantageous judgment)". If "Yes" is selected, the character group based on the recommended organization is confirmed.

In the recommended composition, the skill of the character character 210 may be taken into consideration. For example, among enemy characters, there is one that strikes a character set in a character string. If you insert a character next to a character with a thorn, the whole team will be damaged. In the recommended formation for a quest in which such an enemy character 204 appears, one character character 210 having the "togenuki" skill may be included in the character group without fail.

When organizing a character group, it is necessary to consider not only the fighting power of each character character 210 but also the compatibility with the enemy character. In the recommended organization, character groups are organized in consideration of this compatibility, so that it is easy to propose an optimal character group for the player.

Before the start of the quest, the player may organize the character group while carefully considering it, or may leave the organization of the character group to the group presenting unit 142 from the beginning. Alternatively, 7 out of 12 bodies may be knitted by themselves, and the rest may be recommended by the group presentation unit 142. The group organization unit 136 may save the seven character characters 210 as regular members and supplement the vacancy by the recommended organization for the remaining five character characters 210 for each quest or each battle stage.

By presenting the recommended formation before the quest challenge, the player can form an appropriate character group without trouble. In addition, whether or not the organized character group can clear the quest is shown before attempting the quest. Therefore, the player can easily avoid a reckless challenge. On the other hand, the player can select the character group himself without depending on the recommended formation. Since the recommended formation is not necessarily the strongest formation, a player who wants to enjoy the formation may form a character group that is stronger than the recommended formation.

FIG. 19 is a screen view of the sixth composition screen 460 showing the display contents when there is a vacancy in the character group.
In FIG. 19, the player A selects nine character characters 210 and selects “Yes”. The winning/losing predicting unit 140 compares the character group including the nine character characters 210 with the boss character to execute the clearability determination. The determination result in FIG. 19 is “Murika (disadvantage determination)”.

Since the character group has three vacancies, the group organization unit 136 causes the information window 212 to display a message "There is space in the group. Do you want to fill it with the recommended organization?". When "Yes" is selected, the group organization unit 136 recommends the three character characters 210 by the above-described method to supplement the vacancy. As a result, a character group having a hybrid structure is formed by the nine character characters 210 selected by the player and the three character characters 210 proposed by the group presentation unit 142.

The player may fix a regular member (first character group) having less than the fixed number. For example, the player may select 9 character characters 210 out of the capacity of 12 and save them as the first character group. Then, for each quest, the deficient three bodies are supplemented by the "recommended formation", and a character group (second character group) in which the recommended three character characters 210 (replenishment members) are added to the regular members It may be formed. The group organization unit 136 stores regular members for each player.

For example, in a quest where there are many enemies with a fire attribute, the group presentation unit 142 makes it easy for the character character 210 with a water attribute that is strong against the fire attribute to select a supplement member. On the other hand, in a quest in which there are many enemies with a water attribute, the group presentation unit 142 easily selects the character character 210 having a tree attribute, which has a strong water attribute, as a supplementary member. According to such a control method, while setting the favorite regular member, the character character 210 adapted to the quest is set as the supplementary member, thereby reflecting the player's preference and improving the possibility of clearing the quest. Can be compatible.

FIG. 20 is a screen diagram of the seventh composition screen 480 showing the display contents after the vacancy supplement of the character group.
In FIG. 20, a character group including twelve character characters 210 is organized by supplementing three vacancies. The win/loss prediction unit 140 again executes the clear possibility determination. The determination result is improved from "Murimo (disadvantageous determination)" to "barely (neutral determination)". It should be noted that if "No" is selected in the situation of FIG. 20, the character group is cleared. If the disadvantage determination is used as an inferior condition, the recommended formation is incorporated to realize the formation of a character group in which the disadvantage determination is not established.

FIG. 21 is a screen view of the first selection screen 500 when the owner organizes a team.
The team formation of the ally team is performed by opening the team formation window (first selection screen 500). The first selection screen 500 is different when the owner is the owner and when the other player is the owner. Here, the contents displayed when the user is the owner will be described. The display contents when another player is the owner will be described later with reference to FIG.

The result of clearability determination is displayed for each character group organized by each player. In FIG. 21, the results of the clearability determinations of the player B, the player C, the player D, and the player E who have applied for the team of the owner A are also displayed.

The winning/losing prediction unit 140 determines that the player B is likely to be able to complete the quest even if he or she challenges the quest independently. This may be because player B, who is the applicant, has a strong character character 210, or may be because the organization of the character group is skillful.

The owner can select a player to be added to the team by referring to the result of clearability determination of each player who has applied. If a player who is forming a powerful character group is added to the team of friends, the possibility of completing the quest is increased.

The owner selects the player to be added to the ally team and taps the selection button 226 displayed as "Add". For example, if player B is selected and then the add button is selected, player B can be added to the team. On the other hand, when the player D is selected and the selection button 226 displayed as “reject” is tapped, the player D is deleted from the player name display area 234.

FIG. 22 is a screen view of the second selection screen 520 when deciding to join the team.
The player may become the owner himself and recruit members of the ally team, or may join the team being recruited. FIG. 22 shows a second selection screen 520 for the player A to select a participation destination from a plurality of teams who are recruiting members. In FIG. 22, “Team 1” of which the player C is the owner, “Team 2” of which the player E is the owner, and “Team 3” of which the player G is the owner are recruiting members. When there is a team formation request from the owner, the team formation unit 150 registers as a team recruiting members on the second selection screen 520, and shows this to the game terminals 104 of other players.

Since player D is participating in team 1, two more players can participate. Since player B and player F are participating in the team 2, only one player can participate.

In FIG. 22, the determination result display area 224 is provided for each team. The determination result display area 224 shows the result of the clearability determination when it is assumed that the player A has participated. For example, in the case of team 1, the winning/losing predicting unit 140 calculates the ability values of the character groups of the three players C, D and A, and compares the average value or the total value with the ability value of the boss character. To do. That is, if the player A has a strong character group, the determination result tends to be affirmative, and if the player A has a weak character group, the determination result tends to be negative.

The possibility of clearing when the player A participates in the team 1 is “final (neutral determination)”. This may be because the clearability determination is improved from the disadvantage determination to the neutral determination because the player A is leading a strong character group even though the team 1 is a small team. Alternatively, the team 1 may be a strong team, but the character group of the player A is weak, so the possibility of clearing may have deteriorated from the advantage determination to the neutral determination. The player A can select a team to participate in after judging which team to win to win, including his/her ability. You can also check in advance if you will be pulling the team's legs by participating. In this way, it is possible to judge the possibility of clearing before assuming that the player has actually joined the team.

The player selects the team to participate in and taps the selection button 226 displayed as "participation". The team formation unit 150 notifies the owner of the team of the participation application of the player A.

The game system 100 has been described above based on the embodiment.
In the present embodiment, the possibility of clearing the quest is determined by comparing the parameter (actual value) of the character character 210 in the character group with the parameter (actual value) of the boss character appearing during the quest. Before actually participating in the quest, it is possible to judge the quality of the formation of the character group, so that even a beginner is less likely to make a reckless challenge by reckless formation. In addition, overcoming conditions of inferiority such as "Murikamo" and "barely" to win is thought to further arouse a sense of accomplishment.

The group presentation unit 142 can propose a recommended organization of a character group to the player. The group presentation unit 142 can propose a recommended formation in consideration of not only the strength of each character character 210 (player character) but also the compatibility with the enemy. In the game L, the organization of character groups can be enjoyed and the complexity of organizing character groups can be omitted. Furthermore, since partial recommended formation by vacancy supplementation is possible, a hybrid of manual formation and automatic formation is also possible. Further, it is possible to determine how much of the 12 character characters 210 is to be manually organized by the group presentation unit 142.

It should be noted that the present invention is not limited to the above-described embodiments and modifications, and the constituent elements can be modified and embodied without departing from the scope of the invention. Various inventions may be formed by appropriately combining a plurality of constituent elements disclosed in the above-described embodiments and modifications. Further, some constituent elements may be deleted from all the constituent elements shown in the above-described embodiments and modifications.

Although the game system 100 has been described as including a plurality of game terminals 104 and one game server 102, some of the functions of the game terminal 104 may be realized by the game server 102, or some of the functions of the game server 102 may be realized. A part may be assigned to the game terminal 104. In addition, a third device other than the game server 102 and the game terminal 104 may take a part of the function.

The game system 100, which is a collection of the respective functions of the game terminal 104 and the game server 102 described in FIG. 2, can be generally understood as one “information processing device”. How to distribute the plurality of functions required to realize the present invention to one or more pieces of hardware is based on the processing capability of each piece of hardware and the specifications required for the game system 100. It may be decided.

In the present embodiment, the clearability determination is executed by comparing the ability value of the character group with the ability value of the boss character. The comparison target is not limited to the boss character, and the clearability determination may be performed by comparison with the total value or average value of the ability values of other enemy characters. Alternatively, the recommended value may be set in advance for the quest, and the clearability determination may be performed based on the superiority or inferiority of the ability value of the character group and the recommended value of the quest.

The formation of the character group may be executed for each battle stage, not only before the start of the quest, that is, before the start of the first battle stage.

Various factors can be considered in the clearability determination. For example, in the grass stage battle stage, the ability value of the character character having a strong fire attribute to the grass attribute may be increased and corrected. Similarly, the ability value of a character character having a water attribute weak to the grass attribute may be reduced and corrected. In addition to this, there may be enemy characters in which a skill works effectively and enemy characters that do not work. For example, the "spear assault" skill may be effective on a physical enemy character, but may be invalid on a ghostly enemy character. In a quest in which an enemy character having a characteristic of being strong against the dragon group appears, the ability value of the player character belonging to the dragon group may be reduced and corrected. The winning/losing prediction unit 140 may increase and correct the ability value of the character group when a boss character or a character character having an effective skill for the enemy character is included. When the character character 210 serving as a leader has the skill to strengthen the character character 210 having the water attribute, the ability value of the character character 210 having the water attribute included in the character group may be increased and corrected. When the theme word "Kintaro Ame" is set, the ability value of the character character 210 corresponding to "Ki" "N" "Ta" "Ro" "U" "A" "Me" is increased and corrected. Good. In any case, in the case of having a game property in which the outcome of the battle is determined by complicated winning/losing factors such as offensive power, attributes, skills, etc., the recommended formation by the group presenting unit 142 is considered to be more useful.

In the present embodiment, the possibility that the organized character group will clear the quest is displayed in three stages of "Ikemori", "barely" and "Murikamo". The method of displaying the determination result is not limited to this, and the designer can arbitrarily set it. For example, the winning/losing predicting unit 140 may display the determination result in five stages or may display it in a graph. The winning/losing predicting unit 140 may also indicate the probability of clearing the quest as a real number. In this case, since the determination result can be understood more finely and accurately, it is easy to grasp the superiority or inferiority of the organized deck and the player who wants to participate.

In the present embodiment, the team battle game has been described as an object, but the present invention can be similarly applied to not only the team battle game but also other types of games such as a shooting game and a rhythm game.

In the present embodiment, the game for smartphones has been described. However, the game system 100 may be realized by a home game machine, a personal computer, or the like. It may be an arcade game or a game linked with the arcade game.

100 game system, 102 game server, 104 game terminal, 106 internet, 110 communication unit, 112 data processing unit, 114 data storage unit, 116 game control unit, 118 game data storage unit, 120 player data storage unit, 122 character data storage Section, 124 word data storage section, 126 damage data storage section, 128 turn control section, 130 character reception section, 132 character setting section, 134 attack activation section, 136 group formation section, 138 match execution section, 140 win/loss prediction section, 142 Group presentation unit, 143 control unit, 144 group determination unit, 145 character management unit, 146 player management unit, 148 player registration unit, 150 team formation unit, 160 communication unit, 162 data processing unit, 164 data storage unit, 166 games Control unit, 168 user interface unit, 170 game data storage unit, 172 input unit, 174 output unit, 200 first battle screen, 202 timer, 204 enemy character, 206 character frame, 208 tab, 210 character character, 212 information window, 214 target selection frame, 216 group formation area, 218 player character display area, 220 second battle screen, 222 scroll bar, 224 judgment result display area, 226 selection button, 228 corresponding character display area, 230 lucky display area, 232 level display Area, 234 player name display area, 236 team name display area, 240 icon, 300 first formation screen, 320 second formation screen, 400 third formation screen, 420 fourth formation screen, 440 fifth formation screen, 460 sixth formation screen Composition screen, 480 7th composition screen, 500 1st selection screen, 520 2nd selection screen

Claims (5)

An information processing device for advancing a quest using characters organized on a player's deck,
Knitting means for knitting a deck including one or more characters selected by the player among the characters owned by the player,
Presentation means for presenting, before the player starts the quest, a character possessed by the player having an effective ability for the characteristics of the object appearing in the quest;
Equipped with
The presenting means has the ability effective for the characteristics of the object appearing in the quest for other characters to be added to the deck when the deck for organizing the character selected by the player has an empty space. Present the possessed character of
When there is a character selected by the player, the organizing unit organizes the selected character in the player's deck, and the owned character presented for the other character to be added to the deck to the player's deck. An information processing device characterized by being organized into. The information processing apparatus according to claim 1, wherein in the quest, a character organized in each deck of the player and the other player is used, and cooperative play is performed by the player and the other player. .. Turn control means for sequentially giving execution rights to each player in the quest,
3. The turn control means gives the execution right to the next player after the player to whom the execution right has been given in the quest operates a character included in his/her deck. Information processing device. The turn control means gives a time limit to the player who is given the execution right, and when the player does not operate a character included in his or her deck within the time limit, the turn control means executes the execution to the next player. The information processing apparatus according to claim 3, wherein a right is given. A function of advancing a quest based on a deck including one or more characters selected by the player among the characters owned by the player;
Before the player starts the quest, a function of presenting a possessed character of the player having an effective ability for the characteristics of the object appearing in the quest,
The computer to
The presenting function has an ability effective for the characteristics of the object appearing in the quest for other characters to be supplemented to the deck when the deck for organizing the character selected by the player has a space. Present the player's possession character,
Furthermore,
When a character selected by the player is present, a function of organizing the selected character on the deck of the player and organizing the possessed character presented for the other character to be added to the deck on the deck of the player is provided. A game program characterized by causing a computer to exhibit.

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