TWI702979B - Game control apparatus, game system, computer program product, and game control method - Google Patents

Abstract

A first setting unit (110) sets, for at least one option among a plurality of options, game data associated with the option. A first execution unit (150) executes a first game process when the game data associated with the selected option does not satisfy predetermined conditions. A second execution unit (160) executes a second game process that is more advantageous to the user than the first game process, when the game data associated with the selected option satisfies the predetermined conditions. A second setting unit (120) sets, for at least one option, game data associated with the option such that the predetermined conditions are satisfied, based on execution history information of a third game process which is disadvantageous for the user.

Description

Game control device, game system, computer program product and game control method

The invention relates to a game control device, a game system, a computer program product and a game control method.

There is known a game that is played by accepting selection from a plurality of options and executing game processing corresponding to the selected option. For example, as an example of this kind of game, it is known that one accepts a selection from a plurality of options regarding actions to be performed by a game character, and executes the update of the game character according to the selected option (action). The parameters of the game handle the game.

[Prior Technical Literature] [Patent Literature]

Patent Document 1: Japanese Patent Application Publication No. 2017-006279

In the past, in the above-mentioned games, when the game continues to be played, it becomes a repetitive and monotonous selection of options for the user, and the user may feel insufficient in terms of interest.

The present invention is developed in view of the above problems, and its purpose is to provide a game control device, game system, computer program product and game control method, which can enhance the fun of the game: accept selection from a plurality of options, and execute The game processing corresponding to the selected option.

In order to solve the above-mentioned problems, the game control device of one aspect of the present invention includes: a first setting means, for at least one option among a plurality of options, setting game data associated with the option; and the receiving means is from Accept the selection among the aforementioned plural options; the first execution means is to execute the first game process when the game data associated with the option selected from the aforementioned plural options does not meet the predetermined conditions; the second execution means , Is when the game data associated with the aforementioned selected option meets the aforementioned predetermined conditions, execute the second game process that is more advantageous to the user than the aforementioned first game process; the third execution means is to execute the aforementioned The third game process that is unfavorable to the user; the obtaining means is to obtain execution history information about the execution history of the aforementioned third game process; and the second setting means is to replace the aforementioned first setting means based on the aforementioned execution history information, and aim at At least one option among the aforementioned plural options sets the game data associated with the option to satisfy the aforementioned predetermined condition.

A game system of one aspect of the present invention includes: a first setting means for setting game data associated with the option for at least one option among a plurality of options; the receiving means is selected from the aforementioned plurality of options Accept the choice; the first execution means is to execute the first game process when the game data associated with the option selected from the aforementioned plural options does not meet the predetermined conditions; the second execution means is when the When the selected option establishes the associated game data that meets the aforementioned predetermined conditions, execute the second game process that is more advantageous to the user than the aforementioned first game process; the third execution means is to execute the third game that is unfavorable to the aforementioned user Processing; the obtaining means is to obtain the execution history information about the execution history of the aforementioned third game process; and the second setting means is to replace the aforementioned first setting means based on the aforementioned execution history information, aiming at selecting from among the aforementioned plural options For at least one option, the game data associated with the option is set to satisfy the aforementioned predetermined condition.

One aspect of the game control method of the present invention includes: a first setting step, for at least one option among a plurality of options, setting game data associated with the option; the accepting step is based on one of the aforementioned options The first execution step is to execute the first game process when the game data associated with the option selected from the aforementioned plural options does not meet the predetermined conditions; the second execution step is when the When the game data associated with the selected option satisfies the aforementioned predetermined conditions, the second game process that is more advantageous to the user than the aforementioned first game process is executed; the third execution step is to execute the third process that is disadvantageous to the aforementioned user Game processing; the obtaining step is to obtain execution history information about the execution history of the aforementioned third game processing; and the second setting step is based on the aforementioned execution history information instead of the aforementioned first setting step, for the selection from the aforementioned plural options At least one of the options, the game data associated with the option is set to meet the aforementioned predetermined conditions.

1‧‧‧Game System

10‧‧‧Game Terminal

11‧‧‧Control Department

12‧‧‧Memory Department

13‧‧‧Ministry of Communications

14‧‧‧Operation Department

15‧‧‧Display

16‧‧‧Sound output

30‧‧‧Server

31‧‧‧Control Department

32‧‧‧Memory Department

33‧‧‧Ministry of Communications

34‧‧‧Database

100‧‧‧Data Memory Department

110‧‧‧First Setting Section

120‧‧‧Second setting section

130‧‧‧Display Control

140‧‧‧Receiving Department

150‧‧‧First Executive Department

160‧‧‧Second Executive Department

170‧‧‧Change Department

171‧‧‧First Change

172‧‧‧Second Change

180‧‧‧The Third Executive Department

190‧‧‧Acquisition Department

D101‧‧‧Practice effect data

D102‧‧‧Unfavorable processing data

D103‧‧‧Game Character Information

D104‧‧‧Cultivation status data

G100‧‧‧Detailed image

G200‧‧‧Main command image

A250‧‧‧Command area

G300‧‧‧Practice command image

A310‧‧‧Command area

A330‧‧‧Game Character Area

G400‧‧‧Exercise result image

G500‧‧‧Capability improvement image

A510‧‧‧First area

A520‧‧‧Second area

P110, P130, P140, P210, P220, P230, P240, P251, P252, P253, P254, P255, P256, P260, P263, P264, P311, P312, P313, P314, P315, P316, P317, P318, P319, P319-1, P319-2, P319-3, P319-4, P319-5, P319-6, P320, P331-1, P332-1, P333-1, P331-2, P332-2, P333-2, P331-3, P332-3, P333-3, P331-4, P332-4, P333-4, P331-5, P332-5, P333-5, P331-6, P332-6, P333-6, P331- 7, P332-7, P333-7, P410, P411, P412, P413, P414, P415, P416, P417, P418, P523-1, P523-2, P523-3, P523-4, P523-5, P523- 6, P523-7, P524-1, P524-2, P524-3, P524-4, P524-5, P524-6‧‧‧Parts

P261‧‧‧Extension

P262‧‧‧initial position

P511‧‧‧Pitcher Ability Tab

P512‧‧‧Inner and Outfielder Ability Tab

P521‧‧‧Basic Ability Tab

P522‧‧‧Special Ability Tab

N‧‧‧Internet

Figure 1 is a diagram showing the overall configuration of a game system according to an embodiment of the present invention.

Figure 2 is a diagram showing an example of a detailed image.

Figure 3 is a diagram showing an example of a main command image.

Figure 4 is a diagram showing an example of an exercise order image.

Figure 5 shows an example of exercise effect data.

Figure 6 is a diagram showing an example of an exercise result image.

Figure 7 is a diagram showing an example of a practice command image in a state where practice can be performed in the special practice mode.

Figure 8 is a diagram showing an example of a practice command image in a state where practice can be performed in the special practice mode.

Figure 9 is a diagram showing another example of an exercise result image.

Figure 10 is a diagram showing an example of adverse treatment data.

Figure 11 is a diagram showing an example of a practice command image during a special event.

Figure 12 is a diagram showing an example of a capacity-enhancing image.

Figure 13 is a diagram showing an example of a capacity-enhancing image.

Figure 14 is a functional block diagram of the game system according to the embodiment of the present invention.

Figure 15 is a diagram showing an example of game character data.

Figure 16 is a diagram showing an example of cultivation status data.

Figure 17 is a diagram showing an example of processing executed in the game system.

Fig. 18 is a diagram showing another example of processing executed in the game system.

Figure 19 is a diagram showing another example of processing executed in the game system.

Fig. 20A is a diagram showing another example of processing executed in the game system.

FIG. 20B is a diagram showing an example of another process executed in the game system.

Hereinafter, examples of embodiments of the present invention will be described based on the drawings.

[1. The composition of the game system]

Fig. 1 shows the structure of the game system according to the embodiment of the present invention. As shown in FIG. 1, the game system 1 of this embodiment includes a game terminal 10 and a server 30. The gaming terminal 10 can communicate with the server 30 via a network N.

The game terminal 10 is a computer used by a user to play a game. For example, the game terminal 10 is a mobile phone (including a smart phone (smartphone)), a mobile information terminal (including a tablet computer), a desktop computer, a laptop computer, and a home game machine (Placement type game machine), portable game machine, or business game machine installed in a game facility.

As shown in FIG. 1, the gaming terminal 10 includes a control unit 11, a storage unit 12, a communication unit 13, an operation unit 14, a display unit 15, and a sound output unit 16. The control unit 11 includes at least one microprocessor (Micro Processor) (CPU), and performs processing according to a program stored in the memory unit 12. The memory unit 12 includes a main memory unit (such as RAM (Random Access Memory)) and auxiliary memory (such as non-volatile semiconductor memory, hard disk drive (Hard Disk Driver), or solid state drive). (Solid State Drive), used to memorize programs or data. The communication unit 13 is a data communication device with other devices via the network N.

The operation unit 14 is for the user to perform various operations. The display unit 15 is used to display various images, such as a liquid crystal display (display) or an organic EL (Electroluminescence) display. In FIG. 1, although the operation part 14 and the display part 15 are shown separately, the operation part 14 and the display part 15 may be integrally comprised as a touch panel. Or it is not necessary to integrate the operation part 14 and the display part 15 as a touch panel, and the operation part 14 may be, for example, a button (key), lever (stick), or touch panel. The method of touch pad (track pad) or mouse is set separately from the display part 15. The operating unit 14 may also be a user for the user to perform operations by voice or gesture. The sound output unit 16 is used to output sound data, such as a speaker or a headset. The operation unit 14, the display unit 15, and the sound output unit 16 may be provided in the gaming terminal 10 itself, or may be provided as external devices connected to the gaming terminal 10.

The server 30 is, for example, a server computer. As shown in FIG. 1, the server 30 includes a control unit 31, a storage unit 32, and a communication unit 33. The control unit 31, the storage unit 32, and the communication unit 33 are the same as the control unit 11, the storage unit 12, and the communication unit 13 of the game terminal 10. The server 30 can access a database 34. The database 34 can be constructed in the server 30, and can also be constructed in other server computers different from the server 30.

The program or data is remotely supplied to the gaming terminal 10 or the server 30 via the network N, and is stored in the storage unit 12 or the storage unit 32. In addition, components used to read programs or data stored in information storage media (such as optical discs or memory cards, etc.) (such as optical disk drives or memory card slots, etc.) are also It can be installed in the game terminal 10 or the server 30. Furthermore, the program or data can also be provided to the game terminal 10 or the server 30 via the information storage medium.

In addition, the following is a case where the virtual gaming terminal 10 is a smartphone or a tablet computer equipped with a touch panel.

[2. Overview of the game]

In the game system 1, the game is executed by executing a program on the game terminal 10. Various games can be executed in the game system 1. For example, such as sports games (games based on baseball, football, tennis, American football, basketball, volleyball, etc.), adventure games ( Adventure game), simulation game, role playing game, or nurturing game-like, regardless of the game format and type, various games can be executed. In addition, the game system can be executed by the game terminal 10 alone, or by data communication between the game terminal 10 and the server 30.

Hereinafter, the following baseball game is described as an example of the game to be executed in the game system 1. That is, the baseball game has: accept a selection from a plurality of options, and execute the game process corresponding to the selected option, by This is the game part.

The baseball game department described here has nurturing tasks and competition tasks. The cultivating task is a game task in which the user cultivates the game character so as to become a unique original game character. On the other hand, the competition task is a game task that uses a team composed of original game characters created by the user in the cultivation task to compete with the opponent team.

The cultivation task is explained in detail below. In the nurturing task, the user will make the game character (hereinafter referred to as the "protagonist character") practice while promoting the plot, so as to cultivate the protagonist character and create his own unique original character.

[2-1] Before explaining the flow of the cultivation task, let’s explain an example of the original character to be created by the cultivation task.

Figure 2 is an example of a detailed image showing detailed information of the original character (the main character). As shown in Fig. 2, the detailed image G100 includes parts P110 and P120. In addition, "parts" are elements that constitute images, such as text, images, or regions. The part P110 displays the image of the original character, and the part P120 displays the original character's name, defensive position (position), striking posture, and dominant arm.

In addition, the detailed image G100 includes the part P130. The component P130 shows the basic ability parameters of the original character. In the example shown in Figure 2, the ballistic, hit range (meet), explosive power (power), foot distance, arm strength, defense force, and catch parameters are displayed, and the values and letters ( alphabet). Numerical values show the values of basic ability parameters, and letters (such as S, A, B, C, D, E, F, G) show the level (stage) of basic ability. The "S" system shows very high basic ability, and the "G" system shows very low basic ability.

The ballistic parameter system shows the degree to which the original character's shot will climb. It shows that the higher the value of the ballistic parameter, the higher the shot. The hit range parameter shows the original character's hit range power (the ability to hit the ball thrown by the pitcher with a swing). It shows that the higher the value of the striking range parameter, the higher the striking range power. The explosive power parameter shows the explosive power of the original character (the ability to fly away by hitting the ball thrown by the pitcher with a swing). It shows that the higher the value of the explosive power parameter, the farther the original character swings the ball.

The footstep parameter is to display the speed of the original character's footstep. The higher the value of the displayed foot travel parameter, the faster the foot travel. The arm strength parameter shows the passing speed of the original character. It shows that the higher the value of the arm strength parameter, the faster the pass. The defense power parameter shows the defense skill of the original character. It shows that the higher the value of the defense power parameter, the more skillful the defense is. The catching parameters show how skillfully the original character catches the ball. It shows that the higher the value of the catch parameter, the more skillful the catch (less easy to make mistakes).

Furthermore, the detailed image G100 includes the part P140. Component P140 shows the special abilities learned by original characters. In the example shown in Figure 2, "chance ◎", "left pitcher ○", and "base steal ×" are displayed as special abilities. In addition, among special abilities, there are not only abilities that are better for users, but also negative abilities that are poor for users.

"Chance ◎" is a special ability that is extremely capable of grasping opportunities. When the original character learns "opportunity ◎", the basic ability of the original character will rise sharply when the opportunity comes. "To the left pitcher ○" is extremely capable of responding to the special ability of the left pitcher. When the original character learns "right pitcher ○", the basic abilities of the original character will become higher when the opponent's pitcher is a left pitcher. These special abilities are examples of special abilities that are better for users. In addition, "◎" and "○" indicate the level of special abilities, and "◎" indicates that the level of special abilities is higher than "○".

On the other hand, "theft ×" is a special ability that is not easy to succeed in theft (theft is easy to fail). When the original character learns "Stealing Base ×", it becomes difficult for the original character to successfully steal the base. This special ability is an example of a special ability that is bad for the user.

In addition, in the example shown in Figure 2, the original character is an infielder, so the basic or special ability of the infielder is displayed. When the original character is a pitcher, the department displays the basic or special abilities of the pitcher.

[2-2] In the cultivation task, the user department cultivates the protagonist while promoting the plot, thereby creating the original character as mentioned above. For example, in the training mission, the following scenario is executed: the protagonist belongs to the high school baseball club, while constantly practicing with teammates (teammate), participating in the baseball conference, and being selected as a professional baseball in the fall of the third grade in high school (scout) The player is the goal.

When starting the cultivation mission (story), the user sets an event deck (refer to Patent Document 1). In the plot, various events such as favorable or unfavorable events for the improvement of the protagonist's ability will occur. In this regard, in this embodiment, the events that occur in the plot are not fixed, and will vary according to one or more game characters grouped into the event deck. That is, in the plot, the game character grouped into the event deck appears as the character, and events related to the game character will occur. Therefore, the user can select the events that can occur in the plot by selecting the game characters grouped into the event deck. In addition, the game characters that are grouped into the event deck (that is, the game characters for event occurrence) are referred to as "event characters".

After setting the event deck, the plot begins. In the plot, the event character is grouped into the event deck, the teammate character of the protagonist character (a game character who can participate in practice or competition as a player), or the manager of the baseball team to which the protagonist character belongs (manager) Characters appear.

In addition, in the plot, predetermined game characters (such as team leader, scout, manager, teammate characters) are pre-set as characters on stage. These game characters will appear in the game even if they are not included in the event deck. In addition, there will be a total of more than 12 game characters including teammate characters belonging to the event characters and teammate characters preset in the story.

The storyline is performed by the user repeatedly selecting the action (exercise, rest, or recreation, etc.) to be performed by the protagonist. For example, the plot is composed of a plurality of turns. In each round, the user selects any one of a plurality of options regarding the action of the main character as the action to be performed by the main character. For example, a round corresponds to a week in the game. Every time a round is over, the virtual time in the game is carried out for a week to proceed with the plot. In addition, it can also be set that one round corresponds to a day in the game.

[2-3] Figure 3 shows an example of the main command image for selecting the action to be performed by the protagonist. As shown in Fig. 3, the main command image G200 includes parts P210, P220, and P230. The part P210 displays the time in the game.

The component P220 displays the vitality parameters of the main character. The vitality parameter is a parameter showing the vitality (status) of the protagonist. For example, the higher the value of its display vitality parameter, the higher the vitality of the protagonist. In this embodiment, the vitality of the protagonist is expressed in five stages: "excellent state", "good state", "normal", "bad", and "very bad". The value changes from "1" to "5". "5", "4", "3", "2", and "1" correspond to "excellent state", "good state", "normal", "bad", and "very bad" respectively.

The vitality parameter system changes, for example, when the protagonist performs a designated action in the plot, or when a designated event occurs in the plot. For example, when an event that is better for the protagonist character occurs in the plot, the vitality parameter of the protagonist character will rise. Conversely, when an event that is not good for the protagonist character occurs in the plot, the vitality parameter of the protagonist character will decrease.

In addition, in the example shown in FIG. 3, text such as "in good condition" is displayed as the part P220, but for example, an image (face image, etc.) showing the level of vitality may be displayed as the part P220. Specifically, when the vitality is high, an image representing a smiling face may be displayed as the part P220, and when the vitality is low, an image representing a depressed face may be displayed as the part P220.

The part P230 is a gauge image representing the physical strength parameters of the main character. For example, when the protagonist character performs exercises, the value of the physical strength parameter will decrease, and when the protagonist character stops practicing, the value of the physical strength parameter will increase (recover). In addition, when the value of the physical strength parameter decreases, the probability of the protagonist being injured in the exercise will increase.

In addition, the main command image G200 includes the part P240. Component P240 displays the name of the protagonist (from the center), defensive position (first baseman), dominant arm (left), basic ability parameters (ballistic, striking range, explosive power, foot distance, arm strength, and defense parameters).

Furthermore, the main command image G200 includes a command area A250. The command area A250 contains parts P251, P252, P253, P254, P255, and P256.

The part P251 is associated with the process for making the protagonist perform practice, and the user can select the part P251 to allow the protagonist to practice. Details will be described later (refer to Figure 4, etc.).

The part P252 is associated with the process of resting the main character, and the user can select the part P252 to rest the main character. When the main character is resting, the main character's physical parameters will increase (recover).

The component P253 is to associate the treatment of the protagonist's medical treatment, and the user can select the component P253 to make the protagonist's medical treatment. For example, when the protagonist is sick or injured, the illness or injury can be treated by asking the protagonist to seek medical treatment. In addition, there are also cases where the protagonist’s illness or injury cannot be cured during a medical visit. In this case, in order to treat the illness or injury of the protagonist, the protagonist must seek medical treatment multiple times.

The part P254 is associated with the processing to make the protagonist rest, and the user can select the part P254 to make the protagonist rest. When the protagonist is made to rest, the vitality parameter of the protagonist will rise.

The component P255 is associated with the process of making the protagonist to date, and the user can select the component P255 to make the protagonist to date. Depending on the result of the date, the vitality parameters of the protagonist may increase or decrease.

The component P255 is associated with the processing for improving the ability of the protagonist, and the user can select the component P255 to improve the ability of the protagonist. The details will be described later (refer to Figure 12 and Figure 13).

Furthermore, the main command image G200 includes the part P260. The details of the part P260 will be described later.

[2-4] The fourth figure shows an example of an exercise command image for the protagonist to practice. The practice command image G300 shown in FIG. 4 is displayed on the display unit 15 when the part P251 of the main command image G200 is selected. As shown in FIG. 4, the practice order image G300 includes the same components P210, P220, P230, and P260 as the main order image G200.

The practice command image G300 includes a command area A310. The command area A310 includes parts P311, P312, P313, P314, P315, and P316 corresponding to a plurality of exercise items, respectively. In this embodiment, a level is set for each practice item, and in each of the parts P311 to P316, the name and level of the linked practice item are displayed. The level of the practice item will increase when the number of times the practice has been performed reaches the predetermined number.

The component P311 is associated with the process of making the protagonist perform percussion practice. Component P312 is associated with the process of making the protagonist perform muscle training. Component P313 is related to the process of making the protagonist perform base running exercises. Component P314 is associated with the process of making the protagonist perform arm exercises. Component P315 is associated with a process that requires the protagonist to perform defense exercises. Component P316 is associated with processing that requires the protagonist to perform mental exercises.

For example, when the protagonist is to perform running exercises, first, the user selects the part P313 corresponding to the running exercises. At this time, the part P313 becomes temporarily selected. In this state, the part P313 is displayed differently from the other parts P311, P312, P314 to P316 to indicate that the part P313 has been temporarily selected. In the example shown in FIG. 5, the position of the part P313 in the vertical direction of the screen is different from the other parts P311, P312, P314 to P316, and the part P313 is associated with the part P317 corresponding to a cursor. In addition, in this state, the part P318 indicating the probability of injury during the exercise is displayed in association with the part P313. This probability is determined based on the value of the main character's physical parameters. The lower the value of the protagonist's physical strength parameter, the higher the probability of injury during practice.

In addition, the practice command image G300 includes the part P320. Component P320 displays the experience points of the protagonist (that is, the experience points currently possessed by the protagonist). In this embodiment, five types of experience points are set: muscle strength, agility, technique, change ball, and mental points. Figure 4 shows the protagonist’s muscle strength, agility, technique, change ball, and spirit scores of 17 points, 0 points, 40 points, 0 points, and 8 points, respectively.

In addition, in the example shown in Figure 4, "+4" and "+12" are displayed in association with muscle strength and agility scores. This department shows that when the temporarily selected exercise (base running exercise) is executed, the protagonist’s muscle strength score will increase by 4 points, and the agility score will increase by 12 points.

In this embodiment, the type or amount of experience points that will be increased due to the practice is specified for each practice item. Figure 5 shows an example of exercise effect data D101. The practice effect data D101 shows the effect information of each practice item. That is, the exercise effect data D101 shows the type of experience points or the amount of increase that will be increased due to each exercise performed according to each exercise item.

As shown in Figure 5, the practice effect data D101 includes "exercise ID", "name", and "effect" fields. The "Exercise ID" field is used to uniquely specify the identification information of each exercise item. The "Name" field displays the name of the exercise project.

The "Effect" field displays effect information. As shown in Figure 5, the "Effect" field contains "Lv.1", "Lv.2", "Lv.3", "Lv.4", and "Lv.5" fields as sub-fields (sub field). The "Lv.1" field displays the content of the effect that will be produced when level 1 practice is performed. In other words, the "Lv.1" column shows which experience point among muscle strength, agility, technique, change ball, and mental score will increase when level 1 exercises are performed. For example, "muscle strength + 2" means that the muscle strength score increases by 2 points. The "Lv.2", "Lv.3", "Lv.4", and "Lv.5" fields are also the same as the "Lv.1" fields.

As shown in Figure 5, when running a base exercise, muscle strength and agility scores will increase. In addition, for example, when percussion exercises are performed, muscle strength, technique, and mental scores increase. In addition, as shown in Figure 5, the higher the level of the exercise item, the more experience points will increase when the exercise is performed.

In addition, the practice command image G300 also includes a game character area A330. In this embodiment, game characters other than the protagonist character (teammate, manager, team leader, or scout character, etc.) are assigned to each practice item, and the game characters other than the protagonist character can also perform any kind of practice or observation. Way to perform. At this point, in the game character area A330, the game character assigned to the practice item that has been temporarily selected is displayed. In addition, the character system assigned to each practice item changes every round.

In the example shown in Fig. 4, since the running practice has been temporarily selected, the game characters assigned to the running practice are displayed in the game character area A330. In the example shown in FIG. 4, the parts P331-1 and P331-2 corresponding to the two teammate characters assigned to the running practice are displayed in the game character area A330.

The part P331-1 is a part corresponding to the game character (Yamada), and the part P331-1 displays the image and name of the teammate character. In addition, the part P331-1 includes a part P333-1 corresponding to a meter image, which displays the evaluation of the teammate character on the main character. The longer the extension (the diagonal line) in the display part P333-1, the higher the evaluation of the teammate character on the protagonist character. Furthermore, the part P331-1 includes the part P332-1 that displays the vitality parameters of the teammates. The vitality parameters of the teammates are the same as the vitality parameters of the protagonist. The part P331-2 is a part corresponding to the teammate character (Takahashi). The part P331-2 is the same as the part P331-1. The parts P332-2 and P333-2 contained in the part P331-2 are also the same as the parts P332-1 and P333-1. In the example shown in Figure 4, the vitality parameters of the teammates assigned to the base running practice are shown as "good condition (4)" and "normal (3)".

In addition, when a manager, team leader, or scout character is assigned to the practice item, the components corresponding to the manager, team leader, or scout character will be displayed in the game character area A330. However, since the manager, team leader, or scout has not set vitality parameters, the components at this time do not include components equivalent to components P332-1 and P332-2.

When the user selects any practice item in a state where the practice item has been temporarily selected, the practice item is determined as the execution target (the practice item to be performed by the main character), and the main character performs the exercise. For example, when the user selects the part P313 while the part P313 (base running exercise) has been temporarily selected, the base running exercise is determined as the execution target, and the main character performs the running exercise.

When any exercise item is determined as the execution target, an exercise result image representing the exercise result of the protagonist is displayed on the display unit 15. Figure 6 shows an example of an exercise result image. As shown in FIG. 6, the exercise result image G400 includes the same parts P210, P220, and P230 as the main command image G200. However, the physical parameters of the protagonist are reduced due to the practice. As a result, the length of the stretched part (the diagonal line) of the part P230 will be shorter than that in Fig. 4.

As shown in Fig. 6, the exercise result image G400 includes a part P410 displaying the exercise result of the main character. Component P410 contains text, which shows the changes in various parameters caused by the protagonist’s practice. In the example shown in FIG. 6, the parts P411, P412, P413, and P414 are included in the part P410 as the text.

Figure 6 shows the protagonist in the state shown in Figure 4 in the level 3 base running practice. Therefore, in the example shown in Figure 6, it shows the component P411 which indicates that because the protagonist performed base running exercises, the muscle strength score increased by 4 points, the agility score increased by 12 points, and the physical strength parameter decreased by 25 points.

In addition, in the present embodiment, when the protagonist has practiced, the vitality parameters of the protagonist and the teammates assigned to the practice item will increase by 1 point. Therefore, in the example shown in Figure 6, the part P412 is displayed. This part P412 displays the vitality parameters of the protagonist and the vitality parameters of the teammates (Yamada and Takahashi) assigned to the running practice, which have increased by 1 respectively. Minute. In addition, because the vitality parameter of the protagonist has increased by 1 point, the part P220 shows that the vitality parameter of the protagonist is "Excellent State (5)".

In addition, in this embodiment, when the protagonist is practicing, the vitality parameter of the teammate character selected based on probability information (random) from among the teammate characters assigned to practice items other than the practice item will decrease 1 point. In this regard, in the example shown in Figure 6, the part P413 is displayed. This part P413 displays: teammates selected based on probability information (random) from among the teammates assigned to practice items other than base running practice The vitality parameters of the characters (Yoshida and Nakamura) dropped by 1 point. In addition, the number of teammates selected as the target of reducing the vitality parameter can be different for each round or the same.

Furthermore, in the example shown in Figure 6, the part P414 is also displayed. This part P414 shows that the leader, scout, and teammate's evaluation of the protagonist is raised because the protagonist has practiced base runs.

After the exercise result image G400 is displayed, the display unit 15 displays the main command image G200 again. Also, at this time, when the part P251 (exercise) is selected, the display unit 15 displays the exercise command image G300 again.

[2-5] In the present embodiment, when the specified conditions are satisfied, it becomes a state where it can be practiced in a special practice mode that gives the protagonist more experience points than normal. Specifically, when the main character satisfies the following condition A and the teammate characters assigned to the practice item meets the following conditions B and C, the practice item can be executed in the special practice mode.

(A) The vitality parameter of the protagonist is "Excellent State (5)".

(B) The vitality parameters of the teammates assigned to the practice items are all "Excellent State (5)".

(C) Assign more than two teammates to the practice item.

In addition, the above three conditions A to C that should be met in order to perform practice in the special practice mode are described as "special practice mode conditions" below. In addition, in order to distinguish it from the special practice mode, the practice mode executed when the conditions of the special practice mode cannot be met is recorded as the "normal practice mode".

Fig. 7 shows an example of the practice command image G300 in the state where the practice can be performed in the special practice mode. In the example shown in Fig. 7, the tie part P312 (muscle strength exercise) has been temporarily selected. Therefore, in the game character area A330, there are displayed parts P331-1, P331-3, and P334-4 respectively corresponding to the three teammate characters (Yamada, Yoshida, and Nakamura) associated with muscle strength exercises. In addition, the parts P331-3 and P331-4 are the same as the part P331-1. The parts P332-3, P332-4, P333-3, and P333-4 contained in the parts P331-3 and P331-4 are also the same as the parts P332-1 and P333-1. In the example shown in Figure 7, the vitality parameters of the teammates assigned to the muscle strength training are "5 (excellent state)", "3 (normal)", and "bad (2)". .

In the example shown in Figure 7, the part P313 (base running exercise) and the part P319 that displays special effects like flames are associated. This department shows that the special practice mode conditions have been met for the base running practice, and it is a state where base running practice can be performed in the special practice mode.

Fig. 8 shows an example of the exercise command image G300 when the part P313 (base running exercise) is temporarily selected in the state shown in Fig. 7. In the example shown in Figure 8, there are three teammate characters assigned to the running practice, and in the game character area A330 are displayed: three parts P331-5, P331-6 corresponding to the three teammate characters , P331-7. In addition, the parts P331-5 to P331-7 are the same as the part P331-1. Parts P332-5, P332-6, P332-7, P333-5, P333-6, and P333-7 contained in parts P331-5 to P331-7 are also the same as parts P332-1 and P333-1.

In the example shown in Figure 8, the vitality parameters of the protagonist have become "Excellent State (5)", and the vitality parameters of the three teammates who are associated with the running practice have also become "Excellent State" (5)". Therefore, the special practice mode conditions are satisfied.

As mentioned earlier, when the practice is performed in the special practice mode, more experience points will be given to the protagonist than in normal. For example, the protagonist will be given 1.5 times the experience point of the normal time. When the level 3 base running practice is performed in the normal practice mode, the protagonist’s muscle strength score will increase by 4 points, and the agility score will increase by 12 points (refer to Figures 4 to 6), but when the level 3 base running practice is special When the practice mode is executed, in addition to the above scores, the protagonist’s muscle strength score will be increased by 2 points, and the agility score will be increased by 6 points as a bonus point. Therefore, in the example shown in Fig. 8, "+4+2" and "+12+6" are displayed in association with the muscle strength and agility scores in the part P320, respectively.

Figure 9 shows an example of the practice result image G400 when the protagonist performed the level 3 base running practice in the special practice mode. As shown in Figure 9, the part P410 at this time shows the part P415. The part P415 shows that because the protagonist has performed the level 3 base running exercise in the special practice mode, the muscle strength score has increased by 6 points, and the agility The score increased by 18 points and the physical parameters decreased by 25 points.

In addition, at this time, the vitality parameters of the protagonist and the teammates assigned to the practice item are reduced by 2 points respectively. That is, the vitality parameter changes from "best state (5)" back to "normal (3)". Therefore, in the example shown in Figure 9, the part P416 is displayed. This part P416 displays the vitality parameters of the protagonist and the vitality parameters of the teammates (Watanabe, Yamamoto, and Yamaguchi) assigned to the running practice. Reduced by 2 points. In addition, because the vitality parameter of the protagonist is reduced by 2 points, the P220 series shows that the vitality parameter of the protagonist is "Normal (3)".

In addition, as in the case of performing exercises in the normal practice mode, when performing exercises in the special practice mode, one of the teammates assigned to practice items other than the practice items to be performed is selected based on probability information (random) The vitality parameters of teammate characters will be reduced by 1 point. In this regard, in the example shown in Figure 9, the part P417 is displayed. This part P417 displays the teammate characters (Yoshida and Takahashi) selected from the teammate characters assigned to practice items other than base running practice. The vitality parameters are reduced by 1 point.

In addition, as in the normal practice mode, the part P418 is also displayed in the example shown in Figure 9. This part P418 shows that the evaluation of the leader, the scout, and the game character has increased.

To sum up, in this embodiment, when the vitality parameters of the protagonist character or the vitality parameters of the teammates assigned to the practice item are both in "best state (5)", they can be given more than normal Practice mode The special practice mode with more experience points executes the practice of the protagonist. Therefore, by selecting the practice items that meet the conditions of the special practice mode as the execution objects, it can provide users with more fun to gain experience points.

In addition, in this embodiment, although the experience points in the special practice mode are set to 1.5 times the experience points in the normal practice mode, the experience points in the special practice mode should be higher than those in the normal practice mode. More experience points can be specified arbitrarily. In addition, in the special practice mode, it can also be set to give more types of experience points than the types of experience points that will increase in the normal practice mode. For example, it can be set that muscle strength and agility scores will increase when running base exercises in the normal practice mode, and when running base exercises in the special practice mode, in addition to muscle strength and agility scores, other experience Points (such as mental score, etc.) will also increase.

In addition, in this embodiment, it is set to increase the vitality parameters of all teammate characters assigned to the practice items to be performed, and to reduce the vitality parameters of at least one teammate character assigned to practice items other than the practice items to be performed Therefore, the user can not only practice the protagonist, but also adjust the vitality parameters of the teammates by selecting the exercise items. That is, it is possible to provide the user with the fun of selecting the exercise items to be performed by the protagonist character and adjusting the vitality parameters of the teammate character in a way that meets the conditions of the special practice mode. In other words, the user can be provided to consider the type or amount of experience points that will be assigned to the protagonist character through the execution of the exercise, and the vitality parameters of the teammate character assigned to the exercise, and then select the fun of the exercise.

In addition, it can also be set not to increase the vitality parameters of all teammate characters assigned to the practice item to be executed, but only to increase the vitality parameters of the teammate characters selected from the teammate characters assigned to the practice item to be executed . In addition, it can be set not only to reduce the vitality parameters of at least one teammate character assigned to other practice items other than the practice item to be executed, but to reduce the vitality parameters of all teammate characters assigned to other practice items.

In addition, in this embodiment, the part P319 (special effect) is displayed in association with the practice items that satisfy the conditions of the special practice mode, so the user can easily grasp the existence of the practice items that satisfy the conditions of the special practice mode. For example, it is possible to avoid a situation where the user does not notice the existence of a practice item that satisfies the conditions of the special practice mode, but does not execute the practice item that satisfies the conditions of the special practice mode.

In addition, it can also be set to a teammate character assigned to the practice item (for example, parts P331-5, P331-6, P331-7 in Figure 8) when a practice item that meets the conditions of the special practice mode exists. Special effects are also applied.

In addition, the special practice mode conditions are not limited to the above conditions A to C. For example, it is also possible to set the condition that the vitality parameter of the teammate characters above a predetermined number among the teammate characters assigned to the practice item is "excellent state (5)", instead of the above condition B. In addition, for example, in the above-mentioned conditions A and B, it is also possible to set the condition that the vitality parameter is above a predetermined benchmark, instead of the condition that the vitality parameter is "excellent state (5)". Here, the "predetermined basis" can be "good condition (4)" or "normal (3)". In addition, for example, in the above condition B, conditions regarding other parameters of the teammate characters can also be set to replace the conditions regarding the vitality parameters of the teammate characters. Specifically, for example, in the above condition B, it is also possible to set a condition that the teammate character's evaluation of the protagonist character is more than a predetermined reference. In addition, for example, at least one of the aforementioned conditions A and C may be omitted.

[2-6] Here, the part P260 of the main command image G200 or the exercise command image G300 is explained. The part P260 is a meter image that displays the points of special events to be described below.

In the cultivation task, there may be situations where the user performs unfavorable (not ideal) processing on the cultivation of the protagonist. In this embodiment, when such processing is performed, the special event score will increase, and when the special event score reaches the threshold, a special event will occur. Hereinafter, for the sake of convenience, the processing that the user is disadvantageous (not ideal) in cultivating the protagonist is referred to as "unfavorable processing".

Fig. 10 shows an example of the disadvantageous treatment data D102. The disadvantageous treatment data D102 relates to the disadvantageous treatment of the situation that needs to be executed in the cultivation task. The unfavorable treatment data D102 is a list showing the types of unfavorable treatments that may be performed in the cultivation task, and the corresponding relationship between the unfavorable treatment and the increase in the special event score. As shown in Fig. 10, the adverse treatment data D102 includes "adverse treatment ID", "adverse treatment", and "increased amount" fields. The "Adverse Treatment ID" field displays the identification information that uniquely identifies the type of adverse treatment. The "Adverse Treatment" column displays the content of the adverse treatment. The "Increase Amount" column shows the increase amount of the special event score when performing adverse processing. In Figure 10, "XA" to "XH" in the "Increase" column show values above 1 respectively. In addition, the amounts of increase XA to XH may be different from each other or may have the same value. In addition, the increments XA to XH may be fixed values or variable values.

In the cultivation task, as a result of the occurrence of an event, there may be situations in which processing to reduce the physical parameters of the main character is performed. For example, in the plot of the cultivation task, there may be cases where the protagonist participates in school activities, the protagonist participates in school activities, and the protagonist’s physical parameters decrease. In addition, for example, in the plot, there may be cases in which the protagonist wants to resolve disputes between teammates, the protagonist cannot resolve the dispute and is futile, and the protagonist’s physical parameters are reduced. In addition, for example, in the plot, there will be cases where the protagonist will accompany his teammates to shop after class or on holidays. As a result of the protagonist’s accompany shopping, the protagonist’s physical parameters will decrease. As a result of the event, the process of reducing the physical parameters of the protagonist is equivalent to an example of unfavorable process (unfavorable process ID "1"). In the example shown in Figure 10, it is an increase in the special event score "XA" is associated with the adverse treatment. This series shows that when the above-mentioned adverse treatment is performed, the special event score will increase the XA score. In addition, the increase amount XA may be determined based on the decrease amount of the physical strength parameter. For example, it may be assumed that the greater the decrease in the physical strength parameter, the greater the increase XA. Specifically, a predetermined ratio of the decrease in the physical strength parameter may also be determined as the increase XA.

In addition, in the cultivation task, as described above, as a result of the exercise performed by the protagonist, the process of reducing the physical strength parameters of the protagonist is executed. Such processing is also equivalent to an example of adverse processing (adverse processing ID "2"). In the example shown in FIG. 10, "XB", which is an increase in the special event score, is associated with the adverse processing. In addition, the increase amount XB may be determined based on the decrease amount of the physical strength parameter. For example, it may be assumed that the greater the decrease in the physical strength parameter, the greater the increase XB. Specifically, a predetermined ratio of the decrease in the physical strength parameter may also be determined as the increase XB.

In addition, in the cultivation task, there may be situations in which it is necessary to reduce the evaluation of teammates, managers, team leaders, or scouts on the protagonist. For example, in the scenario of a nurturing task, there may be events in which the protagonist performs undesirable actions (such as practice absences, etc.) viewed from the teammates. As a result, the evaluation of the teammates for the protagonist declines. The process of lowering the evaluation of the protagonist is also equivalent to an example of adverse processing (adverse processing ID "3"). In the example shown in Figure 10, "XC" as the increase in the special event score is associated with the adverse processing . In addition, the amount of increase XC may be determined based on the degree of decline in the evaluation. For example, it may be assumed that the greater the decline in the evaluation, the greater the increase XC.

In addition, in the cultivation task, there may be situations in which the experience points of the protagonist are reduced. For example, in the plot, there may be cases where at least one of the protagonist's muscle strength, agility, technique, change ball, and mental score decreases as a result of an event. Specifically, for example, in the plot, there may be an event that requires a sudden academic test, and the protagonist cannot get a good result, and the mental score of the protagonist is reduced. The process of reducing the experience points of the protagonist is also equivalent to an example of disadvantage processing (unfavorable process ID "4"). In the example shown in Figure 10, "XD" as the increase in the special event score and the disadvantage Process the association. In addition, the amount of increase XD may also be determined based on the decrease in experience points. For example, the greater the decrease in experience points, the greater the increase XD.

In addition, in the training task, there may be situations in which the protagonist character learns a special ability that is not good for the user. For example, in the plot, there will be the result of a specified event, and the protagonist will learn negative special abilities (for example, theft is prone to failure, defense prone to mistakes, easy to be injured, etc.). The processing for the protagonist to learn negative special abilities is also equivalent to an example of adverse processing (adverse processing ID "5"). In the example shown in Figure 10, "XE" and "XE" as the increase in special event scores This adverse treatment establishes an association. In addition, the increase amount XE can also be determined based on the special abilities learned by the protagonist.

In addition, in the cultivation task, there may be situations in which the protagonist must be processed to be injured or ill. For example, there may be situations where the protagonist is injured when the protagonist performs exercises in a state where the physical parameters of the protagonist are low. In addition, for example, there may be cases in which the protagonist becomes ill (for example, catches a cold) as a result of executing a specified event. The treatment of making the protagonist into an injured state or a sick state is also equivalent to an example of adverse processing (adverse processing ID "6" and "7"). In the example shown in Figure 10, it is used as an increase in the special event score " "XF" or "XG" is associated with the adverse treatment. In addition, the increase amount XF and XG can also be determined according to the type of injury or illness of the protagonist.

In addition, in the cultivation task, when the protagonist wants to treat an injury or illness and seeks a doctor, a treatment determined not to completely cure the injury or illness is performed based on probability information (randomly). Such processing is also equivalent to an example of adverse processing (adverse processing ID "8"). In the example shown in FIG. 10, "XH", which is an increase in the special event score, is associated with the adverse processing.

In addition, the example of the disadvantageous treatment is not limited to the example shown in Fig. 10, and there are cases where the disadvantageous treatment other than the disadvantageous treatment shown in Fig. 10 must be performed in the cultivation task. In addition, it is also possible to increase the special event score only when the scheduled disadvantage treatment among all the disadvantage treatments that can be executed in the cultivation task is executed. Alternatively, when adverse processing is performed, it is determined whether to increase the special event score based on probability information (randomly), and the special event score is increased only when it is determined to increase the special event score.

As shown in FIG. 3, the component P260 has a circular shape, and the component P260 includes an extended portion (shaded portion) P261. The extension P261 extends from a predetermined initial position P262 (for example, the 12 o'clock position in the clock position) in a circular arc shape and extends in a predetermined direction (for example, counterclockwise). When the stretching part P261 reaches the initial position P262 after making a full circle, the stretching part P261 will stretch to the maximum. At this time, a circle drawn by the stretched portion P261 is formed.

The extension P261 is extended according to the increase of the special event score. For example, when the current value of the special event score is set to V and the predetermined threshold value is set to VTH, the length of the stretched portion P261 is set to a length corresponding to V/VTH. In other words, the length of the stretched portion P261 is set in such a way that when the special event score reaches the threshold, the stretched portion P261 reaches the initial position after making a circle (that is, the stretched state to the maximum). Therefore, the extension P261 indicates that the special event score is close to the threshold.

In addition, the component P260 also includes the component P263, which displays the value of the ratio (V/VTH) of the current value of the special event score to the threshold value. In the example shown in Figure 3, "60/100" is displayed as part P263. This system shows that the ratio of the current value of the special event score to the threshold is 60%. At this time, the length of the stretched portion P261 is set to a length equivalent to 60% of the length of the circumference.

When the special event score reaches the threshold (that is, when the stretch P261 reaches the maximum), a special event will occur. The special event is an event that is set to satisfy the conditions of the special practice mode so as to cover a predetermined number of rounds (five rounds in this embodiment).

Figure 11 shows an example of the practice command image G300 when a special event occurs. As shown in FIG. 11, in the exercise command image G300 at this time, the stretching part P261 has been stretched to the maximum state, and the stretching part P261 or the part P263 indicates that the special event score has reached the threshold. In addition, at this time, the part P264 that shows that the special event is occurring or the number of rounds remaining until the end of the special event is displayed in association with the part P260.

In the special event, the vitality parameters of the protagonist character and the vitality parameters of all teammates are set to "best state (5)". As a result, in the example shown in Fig. 11, the conditions of the special practice mode are satisfied for all the practice items. That is, the parts P319-1, P319-2, P319-3, P319-4, P319-5, and P319-6 that meet the conditions of the special practice mode are displayed and the parts P311, P312, and P313 corresponding to each practice item are displayed. , P314, P315, and P316 are associated. At this point, any practice can be performed in the special practice mode.

In addition, in special events, you can also control that for all practice items, two or more teammates must be assigned. If this kind of control is performed, in the round where a special event occurs, all the practice items must be in a state that satisfies the conditions of the special practice mode. On the other hand, even if the above-mentioned control is not carried out, there will be more teammate characters appearing in the training task than the number of practice items, so in the round where a special event occurs, at least one practice item will be targeted , The condition of the special practice mode is satisfied.

In this embodiment, when the special event score that increases with the execution of the disadvantageous processing to the user reaches the threshold, the special event occurs, and the conditions of the special practice mode are satisfied, and the special practice mode becomes available. The state of performing exercises in the mode. Therefore, by accumulating the execution of unfavorable treatments, it is possible to provide users with fun to enjoy the process of being able to perform exercises in the special exercise mode.

In addition, in this embodiment, the special event is continuously carried out covering a plurality of rounds (for example, five rounds). Therefore, the accumulation of the execution of unfavorable processing can provide the user with a special event covering a plurality of rounds and continue to carry out. Interesting.

In addition, it is also possible to set the special event to cover a predetermined time (for example, a few minutes, etc.) and continue to proceed instead of covering a plurality of rounds and continue to proceed. Alternatively, the special event may be continued until a predetermined period (for example, 24 hours a day, etc.) determined in advance regardless of the timing of the occurrence of the special event.

In addition, in this embodiment, the display unit 15 displays the component P260 that changes in response to the situation that the score of the special event increases toward the threshold. Therefore, the user can grasp the status of the special event by viewing the state of the component P260 The timing (the point in time when the special event score reaches the threshold) is close to this situation.

In addition, it is also possible to display a gauge image of a shape other than an arc shape instead of the part P260. For example, a linear meter image can also be displayed. In addition, for example, the area of a triangular shape, a quadrangular shape, or a circular shape that gradually expands as the special event score increases may also be displayed. Or, instead of the part P260, an image that gradually shrinks as the special event score increases can also be displayed. Alternatively, an image that gradually moves from the first position to the second position as the special event score increases may also be displayed instead of the part P260.

In addition, it can also be set to reduce the special event score under specified circumstances. For example, it is also possible to set the special event score to decrease with the execution of game processing that is beneficial to the user. Specifically, it can also be set that when a predetermined event occurs in an event that has a beneficial effect for the user, the special event score is reduced frequently or based on probability information (random), and the component P260 is subsequently reduced The extension P261 is reduced. Alternatively, it can also be set to decrease the special event score when the protagonist performs a designated action. Specifically, it can also be set to make special events frequently or based on probability information (random) when the protagonist has a recreation (when the part P254 is selected) or when the protagonist has a date (when the part P255 is selected) The score is reduced, and consequently the extension P261 of the part P260 is reduced.

In addition, instead of the stretched portion P261, the component P260 may include a contraction portion that is reduced with the execution of the disadvantageous treatment. In other words, the length of the constriction may be initially set to the maximum length, and the length of the constriction may be shortened every time a disadvantageous treatment is performed. If the length of the constriction becomes a predetermined length (for example, zero), a special event may occur. In addition, the special event score can also be set as a score that decreases with the execution of adverse processing. For example, it can also be set that a special event occurs when the special event score decreases from a predetermined initial value to a threshold value (for example, zero).

[2-7] The user can use (consumption) the experience points given by performing the exercises in the above-mentioned way to improve the protagonist's ability.

Figures 12 and 13 show an example of an ability-enhancing image used to improve the ability of the protagonist. The capability improvement images G500 shown in FIGS. 12 and 13 are displayed on the display unit 15 when the part P256 of the main command image G200 is selected.

As shown in Figures 12 and 13, the ability improvement image G500 includes a first area A510, and the first area A510 includes a pitcher ability tab P511, and an infielder ability tab P512. On the Pitcher Ability tab page P511 displays: the content of the changes to the basic ability parameters of the pitching ability. On the Fielder Ability tab P512 displays: the content of the changes to the basic ability parameters of the infielder ability. As shown in Figures 12 and 13, in the infielder ability tab page P512, it is for the trajectory, striking range, explosive power, foot distance, arm strength, defense, and catching of the basic ability parameters of infielder ability. For each parameter, the value before and after the change is displayed.

In addition, the ability improvement image G500 includes a second area A520, and the second area A520 includes a basic ability tab P521 and a special ability tab P522. As shown in Figure 12, the basic ability tab P521 displays: the experience points (muscle strength, agility, technique, change ball, and mental score) currently possessed by the protagonist. Figure 12 shows the current status of the protagonist’s muscle strength, agility, technique, change ball, and spirit scores of 27 points, 20 points, 24 points, 0 points, and 0 points.

In the basic ability tab P521, part or all of the experience points currently possessed by the protagonist can be exchanged to improve the protagonist’s basic ability parameters (ballistic, strike range, explosive power, foot distance, arm strength, defensive power, And catch parameters) value.

In the basic ability tab page P521, it is associated with each basic ability parameter, and the experience points required to increase the value of the basic ability parameter by 1 point from the current value are displayed. In the basic ability tab P521 shown in Figure 12, it is shown that, for example, in order to increase the value of the ballistic parameter by 1 point from the current value, 30 points are required for muscle strength, technique, and spirit scores.

Furthermore, in the basic ability tab page P521, the system is associated with each basic ability parameter, and the components P523-1, P523-2, P523-3, P523-4, P523-5, P523-6, P523- 7.

For example, the part P523-1 is associated with the ballistic parameter, and the part P523-1 is associated with the following process: a process used to increase the ballistic parameter by 1 point in exchange with a predetermined experience point. The user can select the part P523-1 to exchange for muscle strength score: 30 points, technical score: 30 points, and spirit score: 30 points, and the ballistic parameters will increase by 1 point from the current value. At this time, the ballistic parameter will increase by 1 point, and the result will be displayed in the first area A510, and the required experience points will be deducted from the "current experience points" in the second area A520.

Similar to the part P523-1, the other parts P523-2 to P523-7 are related to the striking range, explosive power, foot distance, arm strength, defense force, and catching parameters. The parts P523-2 to P523-7 It is associated with the following processing: the processing used to increase these parameters by 1 point according to the exchange with the predetermined experience points.

When the user selects the special ability tab P522 in the state shown in Figure 12, it will switch to the state shown in Figure 13. As shown in Figure 13, the special ability tab P522 also displays: the experience points (muscle strength, agility, technique, change ball, and mental score) currently possessed by the protagonist.

In the special ability tab P522, you can exchange part or all of the experience points currently possessed by the protagonist, so that the protagonist can learn special abilities. In the example shown in Figure 13, "Chance ○", "Left pitcher ○", "Stealing ○", "Running ○", "Pass ○", "Not easy to get injured ◎", "Average hitter" is a special ability that the protagonist can learn. "Opportunity ○" is a special ability that is extremely capable of grasping opportunities. "To the left pitcher ○" is extremely capable of responding to the special ability of the left pitcher. "Stealing base ○" is a special ability to improve stealing base. "Pass ○" is a special ability that is not easy to deviate from passing the ball. "Not easy to get hurt ◎" is a special ability that hardly gets hurt. "Average hitter" is a special ability prone to hitting the ball.

In the special ability tab page P522, the department is associated with each special ability, and it displays the experience points needed for the owner to learn the special ability. In the special ability tab P522 shown in Figure 13, for example, it is shown that in order for the protagonist to learn "opportunity ○", the agility, technique, and spirit scores require 15 points, 30 points, and 100 points, respectively. In addition, for example, it is displayed that in order for the protagonist to learn "passing ○", 48 points are required for muscle strength, agility, and technical scores. In addition, regarding the special ability of the protagonist who has completed the learning, the department displays the result of the completed learning.

Furthermore, in the special ability tab P522, the system is associated with each special ability, and the parts P524-1, P524-2, P524-3, P524-4, P524-5, and P524-6 are displayed.

For example, the part P524-1 is associated with "Chance ○", and the part P524-1 is associated with the following process: to exchange predetermined experience points so that the protagonist learns the process of "Chance ○". The user can select the part P524-1 to exchange for agility score: 15 points, technical score: 30 points, and spirit score: 105 points, so that the protagonist can learn "opportunity ○".

Similar to the part P524-1, the other parts P524-2 to P524-6 are related to "left pitcher ○", "base steal ○", "base running ○", "pass ○", and "average hitter" respectively. The association is established, and the components P524-2 to P524-6 are associated with the following processing: the processing used to exchange predetermined experience points to enable the protagonist to learn these special abilities. Since the protagonist has already learned the special ability of "Not easy to be injured ◎", the parts are not related to "Not easy to be injured ◎".

In addition, in the example shown in Fig. 13, "Lv.1" is displayed in association with "Running ○". Here, "Lv.1" shows the skill level of "Running ○".

The level of know-how: whether the protagonist has mastered the know-how to learn special abilities, and the degree of the know-how mastered by the protagonist. The so-called knack level of 1 or higher refers to the situation where the protagonist has mastered the knack for learning special abilities. The higher the knack level, the greater the degree of knack mastered by the protagonist. The higher the level of know-how, the less the experience points needed by the protagonist to learn special abilities. In the state shown in Figure 13, the protagonist needs fewer experience points to learn "Run ○" than usual.

At the beginning of the cultivation task, the skill level of each special ability is set to zero. For example, in the cultivation task, there may be an event in which a teammate character (event character) wants to teach the protagonist's special ability tricks. When such an event occurs, the skill level of the special ability will also increase.

To sum up, in the cultivation task, experience points are assigned to the protagonist according to the options (practice items, etc.) selected by the user. The user can use the experience points to improve the protagonist’s abilities (for example, the basic Ability improvement, or the protagonist can learn special abilities). When the plot goes to the end, the cultivation of the protagonist character is completed, for example, the protagonist character shown in Figure 2 is completed. The protagonist who has been cultivated is registered as an original character. After the cultivation task is over, start the cultivation task again from the beginning, so as to cultivate another original character.

[3. Function Blocks] Figure 14 is a functional block diagram showing the functional blocks related to the cultivation task among the functional blocks implemented by the game system 1.

As shown in Figure 14, the game system 1 includes: a data storage unit 100, a first setting unit 110, a second setting unit 120, a display control unit 130, a receiving unit 140, a first execution unit 150, and a second execution unit 160 , The change unit 170, the third execution unit 180, and the acquisition unit 190. The data storage unit 100 is implemented by at least one of the storage unit 12, the storage unit 32, and the database 34. In addition, the functional blocks other than the data storage unit 100 are realized by at least one of the control unit 11 and the control unit 31. That is, all the functional blocks other than the data storage unit 100 can be realized by the control unit 11, all these functional blocks can also be realized by the control unit 31, and some of these can also be realized by the control unit 11. The rest is implemented by the control unit 31.

[3-1. Data storage unit 100] The data storage unit 100 stores data required to execute the game. Here, the data required to perform the aforementioned training task of the baseball game is described as an example of the data stored in the data storage unit 100. For example, the data storage unit 100 stores data showing a list of users playing games using the game system 1, data showing a list of event characters owned by each user, and original characters owned by each user (by each user). List of original characters). In addition to these data, as shown in FIG. 14, the data storage unit 100 also memorizes: exercise effect data D101, disadvantage treatment data D102, game character data D103, and cultivation status data D104. The practice effect data D101 and the disadvantage treatment data D102 have already been explained (refer to Figs. 5 and 10), so the game character data D103 and the development status data D104 are explained here.

[3-1-1] Figure 15 shows an example of game character data D103. The game character data D103 displays information about the game characters appearing in the plot. The game character data D103 is registered with: game characters grouped into the event deck and information about the game characters preset in the scenario. In addition, the data of the game characters grouped into the event deck (that is, the event deck data) and the data of the game characters preset in the scenario can also be set as individual data.

As shown in Figure 15, the game character data D103 includes "game character ID", "name", "attribute", "evaluation", "defense position", "ability parameter", and "vitality parameter" fields.

The "Game Character ID" field displays the identification information that uniquely identifies each game character appearing in the story. The "Name" field displays the name of the game character. The "Attribute" column shows which of the game characters is a teammate, manager, team leader, or scout character. The "evaluation" field displays the current point of evaluation of the game character to the protagonist.

The "Defensive Position" column shows the defensive position of the game character (teammate character). The "Ability Parameters" column displays the ability parameters of the game character (teammate character). For example, when a competition event occurs in the cultivation task, the teammate character will participate in the competition together with the protagonist character. When such a match event is executed, the ability parameters of the teammate characters will be referenced. The "Vitality parameter" field displays the value of the vitality parameter of the game character (teammate character) at the current point in time. In addition, regarding managers, team leaders, and scouts, it is not necessary to log information in the "Defense Position", "Ability Parameters", and "Vitality Parameters" fields.

In the game character data D103, in addition to the above fields, there is also an "event" field that displays event information about the event associated with the event character. The "Event" field displays event information about events that will occur in the game when the event characters are grouped into the event deck. Event information is information that displays the name or content (effect) of the event. For example, the event information includes information about the type or amount of experience points or ability parameters assigned to the protagonist due to the occurrence of the event. In addition, information showing the probability or conditions of the occurrence of an event is also stored in the "Event" field.

[3-1-2] Figure 16 shows an example of the cultivation status data D104. The cultivation status data D104 shows the cultivation status of the protagonist in the cultivation. As shown in Fig. 16, the cultivation status data D104 includes the following fields.

The "Name" field displays the name of the protagonist. The "Defensive Position" column shows the defensive position of the baseball that the protagonist is good at. The "Posture" and "Dominant Arm" columns display the protagonist's posture (attack posture or pitching posture) and the dominant arm. The "Vitality Parameters" and "Physical Strength Parameters" fields display the vitality parameters and physical strength parameters of the main character at the current time. The "Injury/Illness" column displays the injury or illness status of the protagonist at the current point in time. The "knowledge" field displays the knack acquired by the protagonist up to the current time.

The "experience point" column shows the experience points (muscle strength, agility, technique, change ball, and mental score) of the protagonist at the current time. In addition, in the "experience point score" field, the accumulated experience points of the protagonist character up to the current time point can also be stored together with the experience points possessed by the protagonist at the current time point (that is, the remaining experience points at the current time point).

The "Basic Ability Parameters" field displays the basic ability parameters of the protagonist at the current point in time (ballistic, striking range, explosive power, foot distance, arm strength, defense power, and ball receiving parameters).

The "Special Ability Parameters" field displays the special ability parameters of the protagonist at the current point in time. The special ability parameter is a parameter showing whether the special ability has been learned and the level of the learned special ability. For example, when the protagonist has completed learning the special ability "chance ◎", "2" will be registered in the "opportunity" field in the "special ability parameter" field. In addition, for example, when the protagonist learns the special ability "right pitcher ○", "1" will be registered in the "left pitcher" field in the "special ability parameter" field. In addition, for example, when the protagonist has not learned the special ability "Pushing", "0" will be registered in the "Pushing" field in the "Special Ability Parameters" field.

The "Exercise Status" column displays the execution status of the exercise up to the current point in time. In the "Exercise Status" column, for each exercise item (strike, muscle strength, base running, arm strength, defense, mental exercise), the registration includes: the current level, the cumulative number of executions after the exercise, the In the current round, a list of game characters (teammates, managers, team leaders, or scout characters) assigned to practice items, and special practice mode flags (flag). The special practice mode flag shows whether it is a state that can be practiced in the special practice mode. For example, when it is not a state that can be practiced in the special practice mode (that is, when it is a state that can be practiced in the normal practice mode), set "0" for the special practice mode flag. In practice mode, set "1" to the special practice mode flag when performing practice.

The "Special Events" field displays information about special events. Registered in the "Special Event" field are: the special event score at the current point in time, the occurrence flag showing whether the current special event is happening, and the number of rounds remaining until the end of the current special event. For example, when a special event is not occurring, the flag is set to "0", and when a special event is occurring, the flag is set to "1".

The "Progress Status" field displays the current progress status. For example, register in the "Progress Status" field: current in-game time, etc.

[3-2. First setting unit 110] The first setting unit 110 sets game data associated with the option for at least one option among the plurality of options.

The so-called "option" refers to the object selected by the user who is playing the game. In other words, the so-called "option" is the object of the user's choice in the game.

The so-called "plural options" are candidates for options that can be selected by the user. For example, in the "plurality of options", there are two parties that include the option to which the game data is associated and the option to which the game data is not associated. In the "plural options", the system may only include the options associated with game data. In the example of the aforementioned baseball game, the options of the practice item correspond to an example of "plural options". That is, the parts P311 to P316 of the practice command image G300 correspond to an example of "plural options".

"Game Information" refers to game-related information. In other words, "game data" is the data that becomes the basis for performing game processing. In other words, "game data" is data that will affect the results of game processing.

For example, "game information" contains one or more game parameters. "Game parameters" are parameters related to the game. "Game parameters" can be numerical information or non-numerical information.

For example, one or more game objects are associated with "options". At this time, one or more game objects associated with the option are equivalent to an example of "game data associated with the option".

"Game Objects" are those that can be displayed on the game screen. For example, game characters, game cards, or game items (items) are examples of "game objects". In each "game object", one or more parameters are set. The parameters set in the game object are equivalent to an example of the above-mentioned "game parameters".

For example, the parameters described below are equivalent to an example of "parameters set in game objects".

(1) State parameters showing the state of game objects

(2) Performance parameters showing the performance of game objects

(3) Relationship parameters showing the relationship (intimacy, etc.) between game objects and users (or user objects)

(4) Relationship parameters showing the relationship between game objects and other game objects (intimacy, etc.)

In addition, for example, the parameters described below are equivalent to an example of "state parameters".

(1A) Mental state parameters showing the mental state (vitality, etc.) of the game object

(1B) Physical state parameters showing the physical state of the game object (physical strength or fatigue, etc.)

In addition, "user object" refers to the game object of the user's pointing object or operation object. In other words, "user objects" refer to game objects that belong to the user's clone. In other words, "user objects" are game objects that belong to the protagonist of the game. For example, in the case of a nurturing game that nurtures game characters, the game character system of the nurturing target corresponds to an example of "user object".

The parameters of the game object associated with the "option" can also be changed according to the selection result of the option.

For example, a first change (rising or falling) may also be given to the parameter of the game object that is associated with the option selected by the user. In addition, when a plurality of game objects are associated with the option selected by the user, the first change can be given to the parameters of all game objects that are associated with the option selected by the user, or only for the user selected. The selected option establishes a first change in the parameter of a part of the game object among the plurality of game objects associated with it.

In addition, for example, a second change (decrease or increase) that is opposite to the first change may be given to the parameter of the game object that is associated with the option not selected by the user. In addition, when a plurality of game objects are associated with an option that is not selected by the user, the second change can be given to the parameters of all game objects that are associated with the option that is not selected by the user, or only for the option selected by the user. The option establishes a second change in the parameter of a part of the game object among the plurality of game objects associated with it.

The so-called "setting of game data associated with options" refers to, for example, setting the content of game data associated with options.

For example, the setting of game data associated with options can be performed based on probability information. In other words, the setting of game data associated with the options can be set to be executed randomly based on random numbers.

According to each selection opportunity selected from the plurality of options, the setting of the game data associated with the option is executed (for example, the selection of the game object associated with the option). That is, the data associated with the options (such as game objects) will change according to the selection opportunity. Before selecting from a plurality of options, the setting of the game data associated with the option is performed (for example, the selection of the game object associated with the option).

For example, when the game data includes one or more game parameters, the so-called "setting the game data associated with the option" refers to setting one or more game parameters included in the game data associated with the option.

In addition, for example, when one or more game objects are associated with an option, the so-called "setting the game data associated with the option" refers to setting one or more game objects associated with the option. Or, the so-called "setting the game data associated with the option" also refers to the data (parameters, etc.) that determines one or more game objects associated with the option.

The so-called "setting one or more game objects associated with the option" refers to, for example, randomly selecting one or more game objects associated with the option from among the plurality of game objects according to random numbers. Here, the "plurality of game objects" refers to the game objects that become candidates for the game objects associated with the options. That is, the so-called "plural game objects" refer to game objects that can be associated with options.

In other words, the so-called "setting one or more game objects associated with options" refers to each of the plurality of game objects, based on probability information to determine whether to associate the game object with the options, and the selection is determined as The game object associated with the option is used as the game object associated with the option.

In addition, the upper or lower limit of the number of game objects associated with an option can also be set. In addition, it is also possible to prohibit game objects that have been associated with one option from being associated with other options. That is, it is also possible to prohibit a game object from being associated with a plurality of options.

In the previous example of the baseball game, the teammate character corresponds to an example of the aforementioned "game data" or "game object". In addition, the vitality parameter of the teammate character is equivalent to an example of the aforementioned "game parameter".

The first setting unit 110 sets the vitality parameters of the teammate characters. In addition, the first setting unit 110 determines the teammate characters assigned to each practice item (parts P311 to P316) based on rounds.

In addition, with the settings made by the first setting unit 110, there may be cases where teammates who do not meet the conditions of the special practice mode are assigned to the practice items, and teammates who meet the conditions of the special practice mode are assigned to the practice items. Situation. However, the probability (probability) of assigning a teammate character who meets the conditions of the special practice mode to the practice item is lower than the probability (probability) of assigning a teammate character who does not meet the conditions of the special practice mode to the practice item.

[3-3. Display Control Unit 130] The display control unit 130 performs control for displaying various images on the display unit 15.

For example, the display control unit 130 performs control for displaying a plurality of options on the display unit 15. The display control unit 130 performs control for distinguishing the options associated with game data that meets a predetermined condition, and options associated with game data that does not meet the predetermined condition, and displays them on the display unit 15.

The so-called "control to display a plurality of options on the display unit 15" is to generate an image displaying the plurality of options, and display the image on the display unit 15. Alternatively, the “control” can also be a situation in which data for displaying images representing a plurality of options is transmitted to another device, and the images displaying the multiple options are displayed on the display portion 15 of the other device. In addition, the so-called "data used to display the image" can be the data used to display the image itself or the data used to generate the image.

The so-called "predetermined conditions" refer to the conditions (game data conditions) related to the game data associated with the option. In other words, the so-called "predetermined condition" means that in order to execute the second game process described later, a condition required for the game data associated with the option must be satisfied as a game process corresponding to the option. The details of the "predetermined conditions" will be stated later.

For example, the display control unit 130 makes the display state of the options associated with game data that meet the predetermined condition different from the display state of the options associated with the game data that does not meet the predetermined condition. Here, the "display state of the option" refers to, for example, the display color, display size, display position, shape, font, presence or absence of special effects, or the presence or absence of display objects of the options.

In addition, for example, it can also be set that the display control unit 130 applies a predetermined special effect (such as making it glow, etc.) to an option that is associated with game data that meets a predetermined condition, and is associated with game data that does not meet the predetermined condition. The option to be associated without applying the special effect.

In addition, for example, it can also be set that the display control unit 130 associates the associated options of the game data that meets a predetermined condition and displays a predetermined display object (such as a star mark, etc.). The associated options of the game data are associated without displaying the display object.

In the aforementioned example of the baseball game, the special practice mode condition corresponds to an example of the aforementioned "predetermined condition". The display control unit 130 separates and displays the practice items that satisfy the conditions of the special practice mode and the practice items that do not satisfy the conditions of the special practice mode in the practice command image G300. Specifically, the display control unit 130 associates only the exercise items satisfying the conditions of the special exercise mode among the plurality of exercise items, and displays the part P319.

[3-4. Acceptance part 140] The acceptance part 140 accepts selection from a plurality of options.

The so-called "accepting a choice from among a plurality of options" refers to accepting a selection operation to select any one of the plurality of options. Alternatively, the so-called "accepting a selection from among a plurality of options" may also mean accepting selection data indicating that any one of the plurality of options has been selected. It is also possible to allow only any one of a plurality of options to be selected, or to allow a plurality of options to be selected from a plurality of options.

In the aforementioned example of the baseball game, the accepting unit 140 accepts selection from the parts P311 to P316 of the practice command image G300. That is, the accepting unit 140 accepts the selection of the practice items to be performed by the protagonist from among a plurality of practice items.

[3-5. The first execution unit 150 and the second execution unit 160] The first execution unit 150 executes the first execution when the game data associated with the option selected from a plurality of options does not meet the predetermined conditions Game processing. The second execution unit 160 executes the second game process that is more advantageous to the user than the first game process when the game data associated with the option selected from the plurality of options meets a predetermined condition.

For example, the first execution unit 150 executes the first game process when the parameter of the game object associated with the selected option does not meet the predetermined condition, and the second execution unit 160 executes the first game process when it is associated with the selected option. When the parameters of the game object meet the predetermined conditions, the second game process is executed.

[3-5-1] The so-called "game processing" refers to processing to be executed in the game. For example, the effect generation processing for generating effects on the game corresponds to an example of "game processing". The so-called "game effect" refers to the effect produced in the game. In terms of "game effects", the effects of various contents can be set according to the contents of the game.

For example, the following corresponds to an example of "the effect on the game".

(1) Change the game parameters.

(2) Give the game object to the user (associate the game object with user identification information), or confiscate the game object from the user (remove the establishment of the association between the game object and user identification information).

(3) Make the state of the game a designated state.

The so-called "make the state of the game a predetermined state" means, for example, making the state of the game a state favorable to the user or making the state of the game a state unfavorable to the user.

"Game processing" can be game processing that is beneficial to the user, or it can be game processing that is detrimental to the user.

The so-called "game processing that is beneficial to the user" refers to game processing that is beneficial to the user in terms of achieving the goal in the game through the execution of the game processing.

For example, in terms of "objectives", the content settings that match the game include: increase (or decrease) the specified game parameters, obtain the specified game items, obtain high scores, or knock down the enemy. . For example, in the case of a game where the user nurtures a game character, or a game where the user strengthens a game card or game item, improving the performance parameters of displaying the game character, game card, or game item is equivalent to the "target" . In addition, for example, when the user aims to increase the intimacy with the game character, increasing the intimacy parameter showing the intimacy with the game character is equivalent to the "target".

For example, the effect generation processing to produce an effect beneficial to the user is equivalent to an example of "game processing beneficial to the user". The so-called "beneficial effect to the user" refers to an effect that is beneficial to the user in terms of achieving the goal in the game. That is, it is easy to achieve the goal.

For example, when increasing the specified game parameter X is the "target", the game parameter X should be increased, the game object used to increase the game parameter X should be assigned, and the game parameter X should be set to be easy to rise (or not easy to fall). ) Status (for example, setting the rising rate of the game parameter X to be higher than usual, relaxing the conditions that should be met in order to increase the game parameter X, or increasing the probability of occurrence of game events that contribute to the increase of the game parameter X, etc.) This is equivalent to an example of "user-friendly effects".

For example, in the case of a game where a user competes with a rival, the situation of winning the competition is equivalent to the "objective", and the parameters (ability, etc.) of the user's game character or game character group (team, etc.) should be increased, The situation of reducing the parameters (ability, etc.) of the game character or the game character group (team) of the competition opponent is equivalent to an example of "a user-friendly effect". In addition, the situation of reducing the difficulty of the game is equivalent to an example of "a user-friendly effect".

The so-called "processing unfavorable to the user" refers to game processing that is unfavorable to the user in terms of achieving the goal in the game through the execution of the game processing.

For example, the processing to produce an effect that is unfavorable to the user is equivalent to an example of "game processing that is unfavorable to the user". The so-called "adverse effect to the user" refers to an effect that becomes disadvantageous to the user in terms of achieving the goal in the game. That is, it is difficult to achieve the desired effect.

For example, when the specified game parameter X is to be increased as the "target", the game parameter X should be decreased, and the game parameter X should be set to a state that is not easy to rise (or easy to fall) (for example, set the rising rate of the game parameter X to Lower than usual, the conditions that should be met to increase the game parameter X are more stringent, or increase the probability of occurrence of game events that will hinder the increase of the game parameter X, etc.) is equivalent to an example of ``unfavorable effects on the user'' .

For example, in the case of a game in which a user competes with an opponent, the situation of winning the competition is equivalent to the "objective", which reduces the parameters (ability, etc.) of the user's game character or game character group (team, etc.) , The situation of increasing the parameters (ability, etc.) of the game character or the game character group (team) of the opponent is equivalent to an example of "unfavorable effects on the user". In addition, the situation of increasing the difficulty of the game is equivalent to an example of "unfavorable effects on the user".

[3-5-2] The "first game process" refers to a game process that is normally executed as a game process corresponding to the selected option, for example, when an option is selected from among a plurality of options. The so-called "game processing corresponding to the selected option" refers to the game processing of the content corresponding to the selected option. In other words, the so-called "game processing corresponding to the selected option" refers to the game processing that should be executed according to the selection of the option. The "first game process" is, for example, a game process that is beneficial to the user. In addition, the "processing beneficial to the user" has already been described, so the description is omitted here.

The "second game process" refers to, for example, a game process executed as a game process corresponding to the selected option when an option is selected from among a plurality of options. The "second game process" is a game process that is more advantageous to the user than the "first game process".

For example, "second game processing" is a game processing that produces an effect that is more beneficial to the user than "first game processing". That is, for example, the effect that is beneficial to the user due to the execution of the "second game process" is greater than the effect that is beneficial to the user due to the execution of the "first game process".

In addition, for example, the "second game process" is a game process that produces a type of effect that is more advantageous to the user than the "first game process". That is, the effect produced by the execution of the "second game process" is a more advantageous type of effect for the user than the type of effect produced by the execution of the "first game process".

In addition, for example, the "second game process" is a game process that produces more types of beneficial effects for the user than the "first game process". That is, the number of types of effects produced by the execution of the "second game process" is greater than the number of types of effects produced by the execution of the "first game process".

In the aforementioned example of the baseball game, the practice processing system in the normal practice mode corresponds to an example of the "first game processing". That is, the processing system for increasing the experience points of the protagonist in the normal practice mode is equivalent to an example of the "first game processing".

In addition, the practice processing system of the special practice mode corresponds to an example of the "second game processing". That is, the processing system for increasing the experience points of the protagonist character in the special practice mode is equivalent to an example of "second game processing". In other words, adding more processing systems to the protagonist’s experience points than in the normal practice mode is equivalent to an example of "second game processing".

[3-5-3] The so-called "predetermined condition" refers to the condition (game data condition) related to the game data associated with the option. In other words, the so-called "predetermined condition" means that in order to execute the second game process, the condition required for the game data associated with the option must be satisfied as the game process corresponding to the option. In terms of "predetermined conditions", various conditions can be set in consideration of the content (type) of the game data associated with the option, or the content of the game.

For example, when the game data associated with the option includes one or more game parameters, the "predetermined condition" is set based on the condition of the one or more game parameters. Specifically, for example, whether all game parameters associated with the option are in a predetermined state, or whether game parameters above a predetermined number among the game parameters associated with the option are in a predetermined state. Set "predetermined conditions".

For example, when one or more game objects are associated with an option, the "predetermined condition" is set based on the conditions of the one or more game objects. Specifically, for example, based on whether all game objects associated with the option are in a predetermined state, or whether or not a predetermined number of game objects are in a predetermined state among the game objects associated with the option. Set "predetermined conditions".

In this case, the "predetermined state" refers to the following state, for example.

(1) The state of mental state parameters above the predetermined benchmark (state with the highest vitality, etc.)

(2) The state where the physical state parameter is above the predetermined standard (the state with the highest physical strength, etc.)

(3) The performance parameters are above the predetermined standard (high performance state, etc.)

(4) The state where the intimacy parameter is above the predetermined standard (the state with the highest intimacy, etc.)

In addition, the "predetermined state" may be, for example, the following state.

(1) The mental state parameter is below the predetermined standard

(2) The physical condition parameter is below the predetermined standard

(3) The performance parameters are below the predetermined benchmark

(4) The intimacy parameter is below the predetermined standard

In the aforementioned example of the baseball game, the special practice mode condition corresponds to an example of the aforementioned "predetermined condition". The state where the vitality parameter is "best state (5)" is equivalent to an example of the aforementioned "predetermined condition".

[3-5-4] In the example of the aforementioned baseball game, when the character assigned to the practice item selected as the execution target does not satisfy the special practice mode conditions (conditions B and C above), the first execution Department 150 performs practice processing in the normal practice mode. In addition, when the protagonist does not meet the special practice mode conditions (the above-mentioned condition A), the first execution unit 150 also executes the practice processing of the normal practice mode.

On the other hand, when the protagonist character and the teammate character assigned to the practice item selected as the execution target satisfy the special practice mode conditions, the second execution unit 160 executes the practice processing of the special practice mode.

[3-6. Changing part 170] When one or more game objects are associated with the options, the changing part 170 is based on the execution of the first game process or the second game process, and makes the selection from among the plural options At least one of the parameters of the game object associated with the option and the parameters of the game object associated with the options other than the selected option changes.

The so-called "parameters are changed according to the execution of the first game process or the second game process" means that the parameters are changed when the first game process or the second game process is executed. The so-called "change the parameters according to the execution of the first game process or the second game process" means that after the first game process or the second game process is executed, the parameter change process can be executed immediately, or after the first game process is executed. After the game process or the second game process, wait for the predetermined execution condition to be satisfied, and execute the parameter change process.

Or, the so-called "change the parameters according to the execution of the first game process or the second game process" can also be: when it is determined that the first game process or the second game process is to be executed (for example, if you select from a plurality of options Option), execute parameter change processing. That is, after it is determined that the first game process or the second game process is to be executed (for example, after an option is selected from among a plurality of options), it is actually executed before the first game process or the second game process is executed. Parameter change processing. Alternatively, after it is determined that the first game process or the second game process is to be executed, the execution parameter change process may be simultaneously performed during the execution of the first game process or the second game process.

The so-called "change at least one of the parameters of the game object associated with the selected option and the parameters of the game object associated with options other than the selected option" refers to, for example, the establishment of The parameter of the associated game object is given a first change, and for the parameter of the game object that is associated with an option other than the selected option, a second change of a type different from the first change is given (for example, the opposite of the first change) Variations in types). For example, "first change" is to change the parameter in a way that is easy to meet the predetermined condition, and "second change" is to change the parameter in a way that is not easy to meet the predetermined condition. The "predetermined condition" here is the same as the "predetermined condition" explained in the description of the first execution unit 150 and the second execution unit 160.

In addition, the so-called "change at least one of the parameters of the game object associated with the selected option and the parameters of the game object associated with the options other than the selected option" also includes only the selected option The option establishes the parameter change of the associated game object without changing the parameter of the game object associated with the option other than the selected option.

In addition, "change at least one of the parameters of the game object associated with the selected option and the parameters of the game object associated with the options other than the selected option", which also includes the option not to be associated with the selected option The parameter change of the game object that has established the association, only changes the parameter of the game object that is associated with the option other than the selected option.

When there are multiple game objects associated with the selected option, it can be set to change the parameters of all the game objects, or it can be set to only change the game objects selected from the game objects. Parameter changes. In addition, in the latter case, the selection of game objects can be performed either based on probability information (or randomly based on random numbers), or based on predetermined selection rules.

In addition, when there are multiple game objects that are associated with options other than the selected option, it can be set to change the parameters of all the game objects, or it can be set to only change the parameters of the game objects. The parameter changes of the selected game object. In addition, in the latter case, the selection of game objects can be performed either based on probability information (or randomly based on random numbers), or based on predetermined selection rules.

For example, for game objects that are associated with the selected option, it is set to change the parameters of all the game objects, and for game objects that are associated with options other than the selected option, it can also be set to only The parameters of the game object selected from the game objects are changed.

Or, for game objects that are associated with the selected option, it is set to only change the parameters of the game object selected from among the game objects, and for the associated options other than the selected option Game objects can also be set to change the parameters of all these game objects.

The changing part 170 includes at least one of the first changing part 171 and the second changing part 172. The first changing part 171 changes the parameters of the game object associated with the selected option in a way that easily meets the predetermined conditions. The second changing part 172 changes the parameters of the game object that is associated with options other than the selected option in a way that does not easily satisfy the predetermined condition. The "predetermined condition" here is the same as the "predetermined condition" explained in the description of the first execution unit 150 and the second execution unit 160.

The so-called "change the parameters of the game object in a way that easily meets the predetermined conditions" refers to increase or decrease the parameters of the game object in a way that easily meets the predetermined conditions. For example, in a situation where the parameters of a game object belong to a predetermined state, it is equivalent to "a situation that satisfies a predetermined condition", and the situation of updating the parameters of the game object in a manner close to the predetermined state is equivalent to "to easily meet the predetermined condition The way to change the parameters of the game object" this situation. Specifically, for example, in a situation where the mental state parameter of the game object is above a predetermined criterion is equivalent to "a situation that satisfies the predetermined condition", increasing the mental state parameter of the game object is equivalent to " Change the parameters of the game object in a way that is easy to meet the predetermined conditions". In the example of the aforementioned baseball game, the situation of increasing the vitality parameters of the teammate characters is equivalent to an example of "changing the parameters of the game object in a way that easily meets the predetermined conditions".

The so-called "change the parameters of the game object in a way that is not easy to meet the predetermined conditions" refers to increase or decrease the parameters of the game object in a way that is not easy to meet the predetermined conditions. For example, in a situation where the parameters of a game object belong to a predetermined condition, it is equivalent to "a situation where the predetermined condition is satisfied", and the parameter of the game object is updated in a way out of the predetermined state. The conditional method changes the parameters of the game object". Specifically, for example, in a situation where the mental state parameter of the game object is above a predetermined criterion is equivalent to "a situation where the predetermined condition is satisfied", reducing the mental state parameter of the game object is equivalent to " Change the parameters of the game object in a way that is not easy to meet the predetermined conditions". In the aforementioned example of the baseball game, reducing the vitality parameter of the teammate character is equivalent to an example of "changing the parameter of the game object in a way that does not easily satisfy the predetermined condition".

In the example of the aforementioned baseball game, the first changing unit 171 increases the vitality parameters of all teammate characters assigned to the practice items selected as the execution target by 1 point. The second changing part 172 reduces the vitality parameter of the teammate character selected based on the probability information (randomly) from among all teammate characters assigned to the practice items other than the practice item selected as the execution target.

[3-7. Third execution unit 180] The third execution unit 180 executes a third game process that is disadvantageous to the user. In addition, the "processing disadvantageous to the user" has already been described, so the description is omitted here.

For example, the third execution unit 180 executes the third game process based on the probability information. That is, the third execution unit 180 executes the third game process with a probability based on the probability information. For example, the third execution unit 180 determines whether to execute the third game process based on the probability information, and when it is determined to execute the third game process, executes the third game process.

In addition, for example, the third execution unit 180 may also execute the third game process according to the user's game operation. In this "game operation", it may also include a selection operation from a plurality of options. That is, the third execution unit 180 may also execute the third game process as the game process corresponding to the selected option. In other words, when the game data associated with the selected option does not satisfy the predetermined condition, the third execution unit 180 can execute the third game process as the game process corresponding to the selected option. At this time, both the first game process and the third game process may be executed as game processes corresponding to the selected option.

In the aforementioned example of the baseball game, the disadvantage processing of the example shown in FIG. 10 corresponds to an example of the "third game processing". That is, the third execution unit 180 executes the disadvantage processing of the example shown in FIG. 10.

[3-8. Acquisition unit 190 and display control unit 130] The acquisition unit 190 acquires execution history information about the execution history of the third game process. For example, when the execution history information includes numerical information that changes according to the execution of the third game process, the display control unit 130 performs control for displaying the display object that changes according to the change of the numerical information on the display unit 15. The display control unit 130 performs control for changing the state of the display object toward the predetermined state in response to the change of the numerical information toward the predetermined value.

[3-8-1] The so-called "execution history information" refers to information about the execution history of the third game process during the period from the given time point to the current time point. The "time of giving" refers to, for example, the time when the game is started, or the time when the user starts the game. In the case of a game such as a story, the time when the story starts is equivalent to an example of "the time of giving." In addition, in the case of a game consisting of multiple tasks, the starting time of the current task is equivalent to an example of "the time of giving". In addition, the distance from the current time point to the time point before the predetermined time may be equivalent to an example of "the time point of giving".

In addition, the so-called "execution history information" can also be information about the execution history of the specified game process in the game process that can be executed in the game that is detrimental to the user. In addition, the so-called "execution history information" can also be information about all execution history of game processing that is unfavorable to the user that can be executed in the game.

For example, the so-called "execution history information" is numerical information that changes according to the execution of the third game process. The so-called "execution history information" can also be information showing the number of executions or execution frequency of the third game process.

The so-called "value information that changes according to the execution of the third game process" refers to, for example, the value information that increases every time the third game process is executed. Specifically, the so-called “numerical information” refers to, for example, numerical information that is increased by a predetermined amount every time the third game process is executed. Alternatively, the so-called "numerical information" can also be every time the third game process is executed, that is, the amount of numerical information generated by the third game process that corresponds to the disadvantage to the user is added. In addition, at this time, the "value information" can also be reduced when the first game process that is beneficial to the user is executed. Specifically, the "numerical information" can also be reduced by a predetermined amount every time the first game process is executed. Alternatively, the "value information" can also be executed every time the first game process is executed, that is, the amount generated by the first game process is reduced to a level corresponding to the benefit to the user.

Alternatively, the so-called "value information that changes according to the execution of the third game process" may also be, for example, value information that decreases every time the third game process is executed. Specifically, the so-called "numerical information" is, for example, numerical information that decreases by a predetermined amount every time the third game process is executed. Alternatively, the so-called "numerical information" can also mean that every time the third game process is executed, the numerical value information generated by the third game process is reduced by an amount corresponding to the disadvantage to the user. In addition, at this time, the "value information" can also be added when the first game process that is beneficial to the user is executed. Specifically, the "numerical information" can be increased by a predetermined amount every time the first game process is executed. Alternatively, the "numerical information" can be performed every time the first game process is executed, that is, the amount generated by the first game process is increased to a level corresponding to the benefit to the user.

In addition, for example, the so-called "execution history information" can also be information showing whether the execution history of the third game process meets predetermined conditions. Specifically, the so-called "execution history information", for example, can also be information showing whether the number of executions or execution frequency of the third game process has been above a predetermined threshold. The "predetermined condition" here is a condition regarding the execution history of the third game process (execution history condition).

The so-called "acquisition of execution history information" can also be, for example, updating execution history information when the third game process is executed, thereby obtaining execution history information. Or, the so-called "acquisition of execution history information" may be to determine (monitor) whether the third game process has been executed, and to obtain (generate) execution history information based on the determination result, or to obtain ( Receive) the execution history information obtained (generated) from other devices.

In the aforementioned example of the baseball game, the special event score corresponds to an example of the aforementioned "execution history information" or "numerical information". The acquisition unit 190 increases the special event score corresponding to the increase in the amount of the disadvantageous processing to be executed when the disadvantageous processing of the example shown in FIG. 10 is executed.

[3-8-2] The "display object" refers to an object displayed on the display unit 15. The “display object” may also refer to elements included in the image displayed on the display unit 15. For example, an image or text is equivalent to an example of "display object".

The so-called "display object that changes according to changes in numerical information" is a display object whose status changes in response to changes in numerical information. The "state of the display object" refers to, for example, the display content, display position, length, size (area), shape, color, or degree of blur of the display object.

For example, "display objects that change in response to changes in numerical information" refers to display objects that change in response to the increase in numerical information, such as position or size. Or, "display objects that change in response to changes in numerical information", for example, can also be display objects that change in response to a decrease in numerical information such as position or size.

For example, a display object that uses the current value itself as the display content is equivalent to an example of "a display object that changes in response to changes in numerical information." In addition, for example, a meter that expands in response to an increase in numerical information (or a meter that is reduced in response to a decrease in numerical information) is equivalent to an example of "display objects that change in response to changes in numerical information." In addition, for example, an image enlarged in response to an increase in numerical information (or an image reduced in response to a decrease in numerical information) is equivalent to an example of "display objects that change in response to changes in numerical information." Specifically, for example, a circular image enlarged in response to an increase in numerical information (or a circular image reduced in response to a decrease in numerical information) is equivalent to an example of "display objects that change in response to changes in numerical information" .

In addition, "a display object whose state changes in response to changes in numerical information" can also be a display object whose state changes in stages in response to changes in numerical information. For example, a meter image that includes a plurality of regions that can be recognized by the user is also equivalent to an example of "a display object whose status changes in response to changes in numerical information." The meter image is, for example, when numerical information is included in the corresponding section. When the value range of a division, the meter extends to the first division. When the value information is included in the value range corresponding to the second division, the meter expands to the first division and the second division. When the value information is included in the corresponding When the value range of the nth division, the meter extends to the first to n divisions.

The so-called "control to display the display object on the display means" refers to generating an image including the display object and displaying the image on the display unit 15. Alternatively, the above-mentioned "control" may also be: transmitting data for displaying an image containing a display object to another device, and displaying the image containing the display object on the display portion of the other device. In addition, the so-called "data used to display the image containing the display object" can be data used to display the image itself containing the display object, or data used to generate the image containing the display object.

The so-called "control to change the state of the display object toward the predetermined state in response to the change of the numerical information toward the predetermined value" refers to, for example, as the numerical information gradually increases from the initial value to the predetermined value, the state of the display object changes from The initial state gradually changes to the predetermined state, and the state of the display object is controlled to become the predetermined state when the numerical information becomes the predetermined value.

Specifically, for example, the display control unit 130 gradually expands the length of the display object from the initial value (zero) toward the predetermined value as the numerical information gradually increases from the initial value to the predetermined value, and is used to make the length of the display object When the numerical information increases to a predetermined value, the control becomes the predetermined value. Alternatively, the display control unit 130 performs a process of gradually moving the position of the display object from the initial position to the predetermined position as the numerical information gradually increases from the initial value to the predetermined value, and to make the position of the display object become the predetermined value in the numerical information The time point becomes the control of the predetermined position.

In addition, the so-called "control to change the state of the display object toward a predetermined state in response to the change of the numerical information toward a predetermined value" can also be performed as the numerical information gradually decreases from the initial value to the predetermined value, so that the display object The state gradually changes from the initial state to the predetermined state, and is used to make the state of the display object become the predetermined state when the numerical information decreases to the predetermined value.

In the aforementioned example of the baseball game, the part P260 of the main command image G200 or the practice command image G300 corresponds to an example of the aforementioned "display object". The display control unit 130 performs control to display the main command image G200 or the practice command image G300 including the part P260 on the display unit 15. In addition, the display control unit 130 gradually expands the length of the stretched portion P261 of the component P260 from the initial value (zero) to the maximum length as the special event score gradually increases from the initial value (zero) to the threshold, and stretches The length of the part P261 becomes the maximum length control when the special event score increases to the threshold value.

[3-9. The second setting unit 120] The second setting unit 120 replaces the first setting unit 110 based on the execution history information obtained through the obtaining unit 190, and compares at least one option among a plurality of options with the The game data associated with the option is set to meet predetermined conditions. For example, the second setting unit 120 sets the game data associated with the option to satisfy the predetermined condition in a manner that covers a predetermined period according to the execution history information.

[3-9-1] The so-called "instead of the first setting means, setting the game data associated with at least one of a plurality of options" means that it is not performed by the first setting unit 110 but by the second The setting unit 120 performs setting of game data associated with at least one of the plurality of options.

The so-called "based on the execution history information, instead of the first setting unit 110, set the game data associated with at least one of the plurality of options", for example, when the execution history information does not meet a predetermined condition, the first The setting means sets the game data associated with at least one of the plurality of options. When the execution history information satisfies a predetermined condition, the first setting part 110 is replaced, and the second setting part 120 performs the above setting.

Here, for example, in the case where the information showing the execution count or execution frequency of the third game process is "execution history information", the situation where the execution count or execution frequency of the third game process is more than a predetermined value is equivalent to An example of "the situation where the execution history information satisfies the predetermined conditions".

In addition, for example, in a situation where the numerical information that changes in response to the execution of the third game process is "execution history information", the situation where the numerical information reaches a predetermined value is equivalent to an example of "the situation where the execution history information satisfies a predetermined condition". That is, in this aspect, the second setting unit 120 sets the game data associated with the option to satisfy the predetermined condition when the numerical information reaches a predetermined value. In addition, in the case of numerical information increased in response to the execution of the third game process, the so-called "case where numerical information reaches a predetermined value" means not only the case where numerical information increases to a predetermined value and becomes a predetermined value, but also a numerical value Information exceeds a predetermined value. On the other hand, in the case of numerical information reduced in response to the execution of the third game process, the so-called "case where numerical information reaches a predetermined value" means not only the case where numerical information is reduced to a predetermined value and becomes a predetermined value, but also Including cases where numerical information does not reach a predetermined value.

In addition, for example, in a situation where the information showing whether the execution history of the third game process meets the predetermined condition is "execution history information", the situation in which the execution history information shows that the predetermined condition has been satisfied is equivalent to "execution history Information meets predetermined conditions".

The so-called "set the game data associated with at least one of the multiple options to meet the predetermined conditions" refers to all the options to be associated with the game data, and set the game data associated with the options to meet the predetermined conditions .

Or, the so-called "set the game data associated with at least one of the plurality of options to meet a predetermined condition" can also refer to a part of the options selected from the options associated with the game data, which will be The game data associated with the option is set to meet predetermined conditions. At this time, the options other than some of the options can be set by the first setting unit 110. In addition, at this time, the options set as part of the object of the above settings can be selected either randomly or according to a predetermined rule.

The so-called "setting the game data associated with the option to meet the predetermined conditions" refers to setting the game data associated with the option in such a way that the game data associated with the option becomes a state that meets the predetermined conditions.

For example, when the data associated with the option includes one or more game parameters, and the conditions regarding the one or more game parameters are used to set the "predetermined conditions", the second setting unit 120 uses the one or more game parameters. The game parameter becomes a way to satisfy the predetermined condition, and the game data (game parameter) associated with the option is set. Specifically, for example, when the "predetermined condition" is set based on whether all game parameters associated with the option are in a predetermined state, the second setting unit 120 sets all the game parameters associated with the option into a predetermined state. In this way, set the game data (game parameters) associated with the options.

In addition, for example, when the "predetermined condition" is set based on whether a predetermined number or more of the game parameters associated with the option are in a predetermined state, the second setting unit 120 uses the game parameter associated with the option. To set the game data (game parameter) associated with the option in a way that the game parameters above a predetermined number become a predetermined state.

In addition, for example, when one or more game objects are associated with an option, and the "predetermined condition" is set for the condition of the one or more game objects, the second setting unit 120 will be the game object associated with the option, Set to the state where the object associated with the option has met the predetermined conditions.

Specifically, when the "predetermined condition" is set based on the conditions related to the parameters of the game object, the second setting unit 120 sets the game object associated with the option to that the parameter of the game object associated with the option satisfies the predetermined condition . For example, the second setting unit 120 sets the parameters of the game object associated with the option to satisfy predetermined conditions. In addition, for example, the second setting unit 120 selects a game object whose parameters satisfy a predetermined condition as the game object associated with the option.

Or, when the "predetermined condition" is set based on whether the game object associated with the option is in a predetermined state, the second setting unit 120 sets the option in such a way that all game objects associated with the option become the predetermined state. Create associated game objects.

Or, when the "predetermined condition" is set based on whether or not a predetermined number of game objects among the game objects associated with the option are in a predetermined state, the second setting unit 120 uses the game object associated with the option In the way that the game objects above a predetermined number are in a predetermined state, set the game objects associated with the options.

[3-9-2] The so-called "predetermined period" refers to the period until the end of the predetermined number of options when the selection opportunity to select from among a plurality of options is to be repeatedly provided to the user . Alternatively, the so-called "predetermined period" may be the period before the predetermined time elapses. Alternatively, the "predetermined period" may be a period until a predetermined time elapses after the setting by the second setting unit 120 starts (or after it becomes a state that can be set by the second setting unit 120). Alternatively, the so-called "scheduled period" may also be the period before the occurrence of a scheduled event. In the case of the aforementioned baseball game, the five-round system corresponds to an example of the "predetermined period".

[3-9-3] In the aforementioned example of the baseball game, the second setting unit 120 causes the special event to occur in five rounds when the special event score reaches a predetermined threshold.

In a special event, the second setting unit 120 replaces the first setting unit 110, and for at least one practice item, sets the teammates to be assigned to the practice item in a manner that satisfies the conditions of the special practice mode (conditions B and C above) character. Specifically, the second setting unit 120 sets the vitality parameters of all teammate characters to "excellent state (5)". In addition, the second setting unit 120 associates two or more teammate characters with the practice item for at least one practice item. In addition, the second setting unit 120 also sets the vitality parameter of the protagonist to "best state (5)". In this way, the second setting unit 120 sets at least one practice item to a state that satisfies the conditions of the special practice mode. In addition, the second setting unit 120 may also set all the practice items to a state that satisfies the conditions of the special practice mode.

"4. Processing" Next, processing to be executed in the game system 1 will be described.

[4-1] Figure 17 shows an example of the processing to be executed at the beginning of each round. For example, the control unit 11 of the game terminal 10 (an example of a game control device) executes the processing shown in Fig. 17 according to the program, thereby allowing the control unit 11 to function as the first setting unit 110, the second setting unit 120, and the display control The function of section 130. The processing of each step shown in FIG. 17 is executed based on the data stored in the data storage unit 100.

As shown in Fig. 17, the control unit 11 determines whether a special event is occurring (S100). That is, the control unit 11 refers to the cultivation status data D104 (occurrence flag field) to determine whether the occurrence flag of the special event is "1".

When it is determined that a special event is occurring (S100: Yes), the control unit 11 sets the vitality parameters of the protagonist character and all teammates to "excellent state" (S102). That is, the control unit 11 accesses the cultivation status data D104 (vitality parameter field), and sets the vitality parameter of the protagonist to "5". In addition, the control unit 11 accesses the game character data D103 (vitality parameter field), and sets the vitality parameters of all teammate characters to "5". On the other hand, when it is determined that a special event is not occurring (S100: No), the control unit 11 does not execute step S102, but executes step S104 described later.

When step S102 is executed, or when it is determined that a special event is not occurring in step S100 (S100: No), the control unit 11 determines the game character to be assigned to each practice item (S104). For example, the control unit 11 selects any one of six exercise items (strike, muscle strength, base running, arm strength, defense, mental exercise) based on probability information (random) for each game character registered in the game character data D103 , And the selected practice item is determined as the practice item to be assigned to the game character. In addition, the control unit 11 accesses the cultivation status data D104 (character field of the game) and registers the decision result. In addition, when it is determined that a special event is occurring, the control unit 11 determines the game character to be assigned to each practice item in a state where two or more teammate characters are assigned to each practice item.

After performing step S104, the control unit 11 determines whether there is a practice item that satisfies the conditions of the special practice mode among the six practice items (S106). In this determination, reference is made to the cultivation status data D104 (vitality parameter field or game character column) or the game character data D103 (vitality parameter field).

When it is judged that there is an item that satisfies the conditions of the special practice mode (S106: Yes), the control unit 11 accesses the cultivation status data D104 (special practice mode flag field), and is The special practice mode flag of the practice item in the state of the practice mode condition is set to "1", and the special practice mode flag of the practice item in the state that does not meet the special practice mode condition is set to "0" (S108).

On the other hand, when it is determined that there is no practice item that satisfies the conditions of the special practice mode (S106: No), the control unit 11 accesses the cultivation status data D104 (special practice mode flag field), And set "0" to the special practice mode flag of all practice items (S110).

After performing step S108 or S110, the control unit 11 displays the main command image G200 on the display unit 15 (S112). At this time, the control unit 11 refers to the cultivation status data D104, and displays the part P260 based on the information registered in the "special event" field.

[4-2] Fig. 18 shows an example of processing executed when the main command image G200 is displayed on the display unit 15. For example, the control unit 11 of the game terminal 10 (an example of a game control device) executes the processing shown in Fig. 18 according to a program, thereby causing the control unit 11 to function as the display control unit 130 and the third execution unit 180. The processing of each step shown in FIG. 18 is executed based on the data stored in the data storage unit 100.

As shown in Fig. 18, the control unit 11 monitors whether any command has been selected (S120). In addition, the parts P251 to P256 of the main command image G200 correspond to "commands".

When it is determined that any command has been selected (S120: Yes), the control unit 11 determines whether the selected command is an ability upgrade (up) command (S122). In addition, the part P256 is equivalent to the "capability upgrade command".

When the selected command is the ability upgrade command (S122: Yes), the control unit 11 displays the ability upgrade image G500 on the display unit 15 (S140). On the other hand, when the selected command is not an ability upgrade command (S122: No), the control unit 11 determines whether the selected command is a practice command (S124). In addition, the part P251 corresponds to the "practice command".

When the selected command is a practice command (S124: Yes), the control unit 11 displays the practice command image G300 on the display unit 15 (S142). On the other hand, when the selected command is not a practice command (S124: No), the control unit 11 executes a game process corresponding to the selected command (S126).

For example, when the selected command is a command to take a break (part P252), the control unit 11 executes a process of increasing the physical strength parameter of the main character. In addition, for example, when the selected command is a recreation command (part P254), the control unit 11 executes processing to increase the vitality parameter of the main character.

In addition, for example, when the selected command is an appointment command (part P255), the control unit 11 executes appointment processing. The dating processing system includes, for example, the processing of displaying an image showing the protagonist’s date on the display unit 15 and the processing of increasing (or lowering) the vitality parameter of the protagonist based on the result of the date.

In addition, for example, when the selected order is a medical treatment order (part P253), the control unit 11 executes medical treatment processing. The medical treatment system includes, for example, the treatment of deciding whether to completely cure the illness or injury of the protagonist based on probability information (random), and updating the cultivation status data D104 "Injury/ Handling of the "Disease Status" column.

In step S126, in addition to the above-described processing, the control unit 11 executes an event related to the character of the event or a process of causing an event set in the scenario to occur. For example, the control unit 11 determines whether an event should occur based on probability information (random). In addition, for example, the control unit 11 determines whether or not an event should occur based on whether the occurrence conditions set for the event are satisfied. In addition, when it is determined that an event is to occur, the control unit 11 causes the event to occur, and according to the result of the event, performs processing to update the physical strength parameters, vitality parameters, or experience points of the protagonist. At this time, there may be situations where the physical strength parameters of the main character are updated to be beneficial to the user, and there may also be situations where the physical strength parameters of the protagonist are updated to be unfavorable to the user.

After step S126 is executed, the control unit 11 displays the execution result image showing the execution result of step S126 on the display unit 15 (S128). For example, when the parameters of the protagonist and the like are changed due to the execution of step S126, an execution result image showing the contents of the change is displayed on the display unit 15.

After step S128 is executed, the control unit 11 determines whether a special event is occurring (S130). Step S130 is the same as step S100.

When it is determined that a special event is occurring (S130: Yes), the control unit 11 accesses the cultivation status data D104 (remaining rounds field), and reduces the remaining rounds of the special event by 1 (S132). Then, the control unit 11 determines whether the number of remaining rounds has become zero (S134). When it is determined that the number of remaining rounds has become zero (S134: Yes), the control unit 11 ends the special event (S136). That is, the control unit 11 accesses the cultivation status data D104 (occurrence flag field), and sets "0" for the occurrence flag of the special event.

When step S136 is executed, when it is determined that a special event is not occurring in step S130 (S130: No), or when it is determined that the number of remaining rounds has not become zero in step S134 (S134: No) , The control unit 11 executes the start processing of the next round (S138). That is, the control unit 11 executes the processing shown in Fig. 17.

[4-3] In step S126 in Fig. 18, there may be cases where the disadvantageous processing of the example shown in Fig. 10 is to be executed. Fig. 19 shows an example of processing performed in accordance with execution of adverse processing. The processing shown in Figure 19 can be executed after the adverse processing is executed, or simultaneously with the adverse processing. Alternatively, the processing shown in Fig. 19 can also be executed after the disadvantageous processing is determined to be executed before the disadvantageous processing is executed. For example, the control unit 11 of the game terminal 10 (an example of a game control device) executes the processing shown in FIG. 19 according to a program, thereby causing the control unit 11 to function as an acquisition unit 190. The processing of each step shown in FIG. 19 is executed based on the data stored in the data storage unit 100.

As shown in FIG. 19, the control unit 11 determines the increase amount of the special event score (S150). That is, the control unit 11 refers to the disadvantageous processing data D102 to obtain the increase amount corresponding to the executed disadvantageous processing. In addition, the control unit 11 increases the special event score (S152). That is, the control unit 11 accesses the cultivation status data D104 (the special event score column is), and adds the increase obtained in step S150 to the current value of the special event score.

After step S152 is executed, the control unit 11 determines whether the special event score has reached a predetermined threshold (S154). That is, the control unit 11 determines whether the ratio of the current value of the special event score to the threshold value has become 100%.

When it is determined that the special event score has reached the threshold value (S154: Yes), the control unit 11 causes a special event to occur (S156). That is, the control unit 11 accesses the cultivation status data D104 (occurrence flag or remaining rounds field), and sets the occurrence flag of the special event to "1" and the remaining rounds to "5". In addition, the control unit 11 displays an image showing that a special event has occurred on the display unit 15.

In addition, when adverse processing is performed during a special event, the processing shown in Fig. 19 is not performed.

[4-4] FIGS. 20A and 20B show an example of the processing executed when the practice item to be executed is determined in a state where the practice command image G300 is displayed on the display unit 15. For example, the control unit 11 of the game terminal 10 (an example of a game control device) executes the processing shown in Figs. 20A and 20B according to the program, thereby causing the control unit 11 to function as the receiving unit 140, the first execution unit 150, and the first The functions of the second execution unit 160, the change unit 170, and the third execution unit 180. The processing of each step shown in FIG. 20A and FIG. 20B is executed based on the data stored in the data storage unit 100.

As shown in FIG. 20A, when the exercise command image G300 is displayed on the display unit 15, the control unit 11 monitors whether any exercise item has been determined as an execution target (S160). For example, when any one of the parts P311 to P316 of the exercise command image G300 has been temporarily selected, the control unit 11 determines that the exercise item to be executed has been determined.

When any practice item has been determined as the execution target (S160: Yes), the control unit 11 determines whether the practice item of the execution target can be executed in the special practice mode (S162). That is, the control unit 11 refers to the cultivation status data D104 (exercise execution status field) to determine whether the special practice mode flag of the practice item of the execution target is "1".

When it is determined that the practice item of the execution target cannot be executed in the special practice mode (S162: No), the control unit 11 obtains the level of the practice item of the execution target based on the cultivation status data D104 (exercise execution status field) ( S164). In addition, the control unit 11 obtains the effect information corresponding to the exercise item of the execution target and the level obtained in step S164 based on the exercise effect data D101 (S166). That is, the control unit 11 designates the type and increase amount of the registered experience points that are associated with the combination of the practice item of the execution target and the level obtained in step S168.

In addition, the control unit 11 executes exercise processing in the normal exercise mode based on the effect information obtained in step S166 (S168). That is, the control unit 11 accesses the cultivation status data D104 (experience point field), and makes the five kinds of experience points (muscle strength, agility, technique, change ball, and spirit score) specified in step S166 For the type of experience points, the increase corresponds to the increase specified in step S166.

In addition to the above, the control unit 11 also accesses the cultivation status data D104 (exercise execution status field) to increase the number of executions of the practice items of the execution target by 1. As soon as the number of executions reaches the predetermined number of times, the exercise The level of the item is raised by one stage. In addition, the control unit 11 accesses the cultivation status data D104 (physical strength parameter field) in order to reduce the physical strength parameter of the protagonist according to the execution of the exercise, and reduces the value of the physical strength parameter. Furthermore, the control unit 11 accesses the game character data D103 (evaluation field), and updates the game character's evaluation of the protagonist character.

In addition, in step S168, the disadvantageous processing of the example shown in Fig. 10 may be executed. At this time, the processing shown in Figure 19 is executed in response to the execution of the adverse processing.

After step S168 is executed, the control unit 11 executes a vitality parameter update process (S170).

For example, the control unit 11 accesses the cultivation status data D104 (vitality parameter field), and increases the value of the vitality parameter of the protagonist by 1 point. In addition, when the value of the vitality parameter of the main character is "5", the vitality parameter of the main character is not updated.

In addition, for example, the control unit 11 specifies the game character assigned to the practice item of the execution target based on the cultivation status data D104 (exercise execution status field). In addition, the control unit 11 accesses the game character data D103 (vitality parameter field), and increases the value of the vitality parameter of the designated teammate character by 1 point. For teammate characters whose vitality parameter value is "5", the vitality parameter is not updated.

In addition, for example, the control unit 11 designates teammate characters assigned to practice items other than the practice items of the execution target based on the cultivation status data D104 (exercise execution status field). In addition, the control unit 11 determines whether to reduce the vitality parameter of the teammate character based on probability information (random) for each designated teammate character. In addition, the control unit 11 accesses the game character data D103 (vitality parameter field), and reduces the value of the vitality parameter of the teammate character that has been determined to reduce the vitality parameter by 1 point.

In addition, the control unit 11 executes other game processing (S172). For example, the control unit 11 executes an event related to an event character or a process of causing an event set in a scenario to occur. For example, the control unit 11 decides whether to cause an event to occur based on probability information (random). In addition, for example, the control unit 11 determines whether or not to cause an event to occur based on whether the occurrence condition set for the event is satisfied. In addition, when it is determined that an event should occur, the control unit 11 causes the event to occur, and based on the result of the event, performs processing to update the physical strength parameters, vitality parameters, or experience points of the protagonist. At this time, there may be situations where the physical strength parameters of the protagonist are updated to be beneficial to the user, and there may also be situations where the physical strength parameters of the protagonist are updated to be unfavorable to the user.

In addition, in step S172, the disadvantageous processing of the example shown in FIG. 10 may be executed. At this time, the processing shown in Figure 19 is executed in response to the execution of the unfavorable processing.

After executing steps S168 to S172, the control unit 11 displays the exercise result image G400 on the display unit 15 based on the execution results of the steps S168 to S172 (S174).

After step S174 is executed, the control unit 11 determines whether a special event is occurring (S176). When it is determined that a special event is occurring (S176: Yes), the control unit 11 accesses the cultivation status data D104 (special event field), and reduces the remaining rounds of the special event by 1 (S178). Then, the control unit 11 determines whether the number of remaining rounds has become zero (S180). When it is determined that the number of remaining rounds has become zero (S180: Yes), the control unit 11 ends the special event (S182). That is, the control unit 11 accesses the cultivation status data D104 (special event field), and sets "0" for the occurrence flag of the special event. In addition, steps S176 to S182 are the same as steps S130 to S136 in FIG. 18.

When step S182 is executed, when it is determined in step S176 that a special event is not occurring (S176: No), or when it is determined in step S180 that the number of remaining rounds is not zero (S180: No), control The section 11 executes the start processing of the next round (S184). That is, the control unit 11 executes the processing shown in Fig. 17.

On the other hand, in step S162, when it is determined that the exercise item to be executed can be executed in the special exercise mode (S162: Yes), as shown in FIG. 20B, the control unit 11 is based on the cultivation status data D104 (Practice execution status field), and obtain the level of the practice item of the execution target (S186). In addition, the control unit 11 obtains the effect information corresponding to the combination of the exercise item of the execution target and the level obtained in step S186 based on the exercise effect data D101 (S188). That is, the control unit 11 designates the type and increase amount of the registered experience points in correspondence with the combination of the practice item of the execution target and the level obtained in step S186.

In addition, the control unit 11 executes the practice processing of the special practice mode based on the effect information obtained in step S188 (S190). That is, the control unit 11 accesses the cultivation status data D104 (experience point field), and sets the five kinds of experience points (muscle strength, agility, technique, change ball, and spirit score) in step S188 The specified type of experience point is increased by an increase amount corresponding to 1.5 times the increase amount specified in step S188.

In addition to the above, the control unit 11 also accesses the training status data D104 (exercise execution status field) to increase the number of executions of the exercises performed by 1, and when the number of executions reaches the predetermined number of times, the exercise The level of the item is raised by one stage. In addition, in order to reduce the physical strength parameters of the protagonist in response to the execution of the exercises, the control unit 11 accesses the cultivation status data D104 (physical strength parameter field) to decrease the value of the physical strength parameters. In addition, the control unit 11 accesses the game character data D103 (evaluation field), and updates the game character's evaluation of the protagonist character.

In addition, in step S190, the disadvantageous processing of the example shown in FIG. 10 may be executed. At this time, the processing shown in Figure 19 is executed in response to the execution of the unfavorable processing.

After step S190 is executed, the control unit 11 executes a vitality parameter update process (S192).

For example, the control unit 11 accesses the cultivation status data D104 (vitality parameter field), and reduces the value of the vitality parameter of the main character by 2 points, and sets it to "normal (3)". In addition, for example, the control unit 11 specifies the teammate character assigned to the practice item of the execution target based on the cultivation status data D104 (practice execution status field). In addition, the control unit 11 accesses the game character data D103 (vitality parameter field), and reduces the value of the vitality parameter of the designated teammate character by 2 points, and sets it to "normal (3)".

In addition, for example, the control unit 11 designates teammate characters assigned to practice items other than the practice items of the execution target based on the cultivation status data D104 (exercise execution status field). In addition, the control unit 11 determines whether to reduce the vitality parameter of the teammate character based on the probability information (random) for each teammate character that has been designated. In addition, the control unit 11 accesses the game character data D103 (vitality parameter field), and reduces the value of the vitality parameter of the teammate character that has been determined to reduce the vitality parameter by 1 point.

In addition, the control unit 11 executes other game processing (S194). For example, the control unit 11 executes an event related to an event character or a process of causing an event set in a scenario to occur. For example, the control unit 11 decides whether to cause an event to occur based on probability information (random). In addition, for example, the control unit 11 determines whether to cause an event to occur based on whether or not the occurrence conditions set for the event have been satisfied. In addition, when it is determined that an event should occur, the control unit 11 causes the event to occur, and based on the result of the event, performs processing to update the physical strength parameters, vitality parameters, or experience points of the protagonist. At this time, there may be situations where the physical strength parameters of the protagonist are updated to be beneficial to the user, and there are also situations where the physical strength parameters of the protagonist are updated to be unfavorable to the user.

In addition, in step S194, the disadvantageous processing of the example shown in FIG. 10 may be executed. At this time, the processing shown in Figure 19 is executed in response to the execution of the unfavorable processing.

After executing steps S190 to S194, the control unit 11 executes steps S174 to S184 in FIG. 20A. At this time, in step S174, the control unit 11 displays the exercise result image G400 on the display unit 15 based on the execution results of steps S190 to S194.

[5. Summary] In the game system 1 described above, when the vitality parameters of the protagonist character and the vitality parameters of all the teammates assigned to the practice items determined as the practice items are "excellent state (5) ", the conditions of the special practice mode are satisfied, and it is determined that when the practice item is the target of execution, the practice process of the special practice mode that will give more experience points than the practice process of the normal practice mode will be executed. According to the game system 1, by selecting the practice items that satisfy the conditions of the special practice mode as the execution target, it can provide the user with more fun to gain experience points.

In addition, in the game system 1, the part P319 (special effect) is attached to the practice items that meet the conditions of the special practice mode. Therefore, the user can easily grasp the status of the practice items that meet the conditions of the special practice mode. exist.

In addition, in the game system 1, since the vitality parameters of the teammate characters assigned to the practice items of the execution target will be increased, and the vitality parameters of at least one teammate character assigned to the practice items other than the practice items of the execution target will be reduced, Therefore, it will be possible to provide users with the fun of choosing practice items to make the vitality parameters of the teammate characters "best state (5)". That is, in the game system 1, the user selects a practice item, whereby not only the protagonist character can perform the exercise, but also the vitality parameters of the teammate character can be adjusted. Therefore, according to the game system 1, it is possible to provide a way for the user to select the practice items to be executed, and to adjust the vitality parameters of the teammate characters while satisfying the conditions of the special practice mode. In other words, it is possible to provide the user with the fun of selecting the exercise item by considering the type or amount of experience points that the protagonist character will be given to the protagonist through the execution of the exercise, and the vitality parameters of the teammate character assigned to the exercise item.

In addition, in the game system 1, when the special event score increased due to the execution of the unfavorable processing for the user reaches the threshold, the special event occurs, and the vitality parameters of the teammate characters and the vitality parameters of the protagonist are set to "Excellent state (5)" becomes a state that can be practiced in the special practice mode. Therefore, according to the game system 1, it will be possible to provide the user with the accumulation of the execution of the disadvantageous processing and enjoy the fun of the process of forming a state that can be practiced in the special practice mode. As a result, it is possible to increase the fun of the game in which a selection is accepted from a plurality of options and the game processing corresponding to the selected option is executed.

In addition, in the game system 1, since the special event covers a plurality of rounds (for example, 5 rounds) and continues, according to the game system 1, it will be possible to provide the user with the accumulation of the execution of unfavorable processing, and cover 5 rounds to continue. The fun of the special event.

In addition, in the game system 1, the component P260 is set to be displayed on the display unit 15. The component P260 changes in response to the fact that the special event score increases toward the threshold. Therefore, the user can view the state of the component P260. , Know that the time point when the special event score reaches the threshold (the time point when the special event occurs) is close to this situation.

[6. Modifications] The present invention is not limited to the embodiments described above.

[6-1] For example, it is also possible to set the increase in experience points when performing practice in the normal practice mode as an increase in the basic increase based on the number of game characters assigned to the practice item, etc. . At this time, the increase in experience points when performing exercises in the special practice mode can be set to the increase in the normal practice mode multiplied by 1.5 times.

[6-2] In addition, for example, event decks are not necessary components. In the plot of the cultivation task, it can be assumed that only prepared game characters appear on the scene, and events related to these game characters occur.

[6-3] In addition, for example, all or part of the processing shown in FIGS. 17 to 20B can also be executed by the server 30 (an example of a game control device). At this time, it is assumed that the data (game operation data related to game operations performed on the game terminal 10, etc.) required to execute processing by the server 30 is sent from the game terminal 10 to the server 30. In addition, it is assumed that the data required for displaying various images on the display unit 15 (the data for displaying the image itself or the data for generating the image, etc.) is sent from the server 30 to the gaming terminal 10.

[6-4] In summary, although the present invention has mainly described examples of cultivation games suitable for cultivating game characters of baseball players, the present invention can also be applied to cultivation games for cultivating other game characters. In addition, the present invention can also be applied to games other than nurturing games. The present invention is applicable to various games performed by accepting selection from a plurality of options and executing game processing corresponding to the selected option.

[7. Note] From the above description, the present invention can be understood in the following manner, for example. In addition, in order to facilitate the understanding of the present invention, the symbols shown in the drawings are appropriately described in parentheses, but the present invention should not be limited to the illustrated aspects by these symbols.

(1) A game control device (10 or 30) of one aspect of the present invention includes: a first setting means (110) for setting and setting at least one of a plurality of options (for example, P311 to P316) This option is related to the game data (such as teammate characters); the acceptance means (140) is to accept the selection from the aforementioned plural options; the first execution means (150) is to be selected from the aforementioned plural options When the associated game data does not meet the predetermined conditions (such as special practice mode conditions), the first game process (such as the practice process in the normal practice mode) is executed; the second execution means (160) is the same as the previously selected When the associated game data meets the aforementioned predetermined conditions, the second game process that is more advantageous to the user than the aforementioned first game process (for example, the practice process in the special practice mode) is executed; the third execution means (180) , Is to execute the third game process that is unfavorable to the aforementioned user (such as unfavorable processing); the acquisition means (190) is to obtain execution history information (such as special event scores) about the execution history of the aforementioned third game process; and second The setting means (120) is based on the aforementioned execution history information, instead of the aforementioned first setting means (110), for at least one option among the aforementioned plural options, the game data associated with the option is set to satisfy the aforementioned predetermined condition.

(7) In addition, the game system (1) of one aspect of the present invention includes: a first setting means (110) for setting game data associated with at least one option among a plurality of options; The acceptance means (140) is to accept the selection from the aforementioned plural options; the first execution means (150) is when the game data associated with the option selected from the aforementioned plural options does not meet the predetermined conditions , Execute the first game process; the second execution means (160), when the game data associated with the aforementioned selected option meets the aforementioned predetermined conditions, execution is more beneficial to the user than the aforementioned first game process The second game process; the third execution means (180) is to execute the third game process that is unfavorable to the aforementioned user; the acquisition means (190) is to obtain execution history information about the execution history of the aforementioned third game process; and The second setting means (120) is based on the aforementioned execution history information instead of the aforementioned first setting means (110), and for at least one of the aforementioned plural options, the game data associated with the option is set to satisfy the aforementioned Reservation conditions.

(8) In addition, a program of one aspect of the present invention is to make a computer play as the game control device (10 or 30) described in any one of (1) to (6), or the game described in (7) The function of the system (1).

(9) In addition, the information storage medium of one aspect of the present invention is an information storage medium that can be read by a computer with the program described in (8).

(10) The game control method of one aspect of the present invention includes: for at least one option among a plurality of options, setting game data associated with the option (S104); and accepting the selection from the aforementioned plurality of options ( S160); when the game data associated with the option selected from the aforementioned plural options does not meet the predetermined condition, execute the first game process (S168); when the game data associated with the aforementioned selected option is established When the foregoing predetermined conditions are met, execute the second game process that is more advantageous to the user than the foregoing first game process (S190); execute the third game process that is disadvantageous to the foregoing user (S126, S168, S172, S190, S194) ; Obtain execution history information about the execution history of the aforementioned third game process (S152); and according to the aforementioned execution history information, for at least one of the aforementioned plural options, set the game data associated with the option To meet the aforementioned predetermined conditions (S102, S104).

According to the inventions described in (1), (7) to (10) above, when the predetermined condition has been satisfied with the game data associated with the option selected from a plurality of options, the execution is more appropriate for the user The first game process executed when the predetermined condition is not satisfied is the more advantageous second game process. At this point, in the present invention, based on the execution history of the third game process that is unfavorable to the user, the game data associated with the option is set to satisfy a predetermined condition, and the state of the option becomes a state where the second game process can be executed . Therefore, according to the present invention, it is possible to provide the user with the fun of the accumulation of the execution of the third game process that is unfavorable to the user, and the state of the option becomes the process of performing the state of the second game process that is beneficial to the user. As a result, it is possible to improve the fun of the game that accepts choices from a plurality of options and executes the game processing corresponding to the selected options.

(2) In one aspect of the present invention, the aforementioned second setting means (120) can set the game data associated with the aforementioned option to satisfy the aforementioned predetermined condition in a manner that covers a predetermined period based on the aforementioned execution history information .

According to the invention described in (2), the accumulation of the execution of the third game process that is unfavorable to the user can be provided for the user to cover a predetermined period, so that the option status can be executed for the second game process that is beneficial to the user. The state of interest.

(3) In one aspect of the present invention, the aforementioned execution history information includes numerical information (such as special event scores) that changes in response to the execution of the aforementioned third game process; the aforementioned second setting means (120) is the aforementioned numerical value When the information reaches a predetermined value, the game data associated with the aforementioned options is set to meet the aforementioned predetermined conditions; the aforementioned game control device (10 or 30) includes a display control means (130), which performs: The display object (P260) that changes in response to the change of the aforementioned numerical information is displayed on the control of the display means (15); the aforementioned display control means (130) is performed: in response to the situation that the numerical information changes toward the predetermined value, so The state of the aforementioned display object is controlled to change toward a predetermined state.

According to the invention described in (3), when the numerical information that changes in response to the execution of the third game process reaches a predetermined value, the game data associated with the option is set in a manner that satisfies the predetermined condition, and the option status becomes available A state where the second game process that is beneficial to the user is executed. In this way, according to the present invention, a display object that changes toward a predetermined state in response to a change in numerical information toward a predetermined value is displayed on the display means. Therefore, the user can view the state of the display object and grasp the state of the option. The point in time when the second game process beneficial to the user is executed is close to this situation.

(4) In one aspect of the present invention, among the aforementioned options, one or more game objects (such as teammate characters) can be associated with the aforementioned game data; the aforementioned first setting means (110) is set to the aforementioned Option to establish an associated one or more game objects; the aforementioned first execution means (150) is to execute the aforementioned first execution means (150) when the parameters (such as vitality parameters) of the game object associated with the aforementioned selected option do not meet the aforementioned predetermined conditions A game process; the aforementioned second execution means (160) is to execute the aforementioned second game process when the parameters of the game object associated with the aforementioned selected option meet the aforementioned predetermined conditions; the aforementioned second setting means (120) is According to the aforementioned execution history information, instead of the aforementioned first setting means, the game object associated with the aforementioned option is set to a state in which the aforementioned predetermined condition has been satisfied by the parameters of the aforementioned game object associated with the option; the aforementioned game control device includes Change means (170), which is based on the execution of the aforementioned first game process or the aforementioned second game process, which makes the parameters of the game object associated with the aforementioned selected option and other than the aforementioned selected option The option establishes a change in at least one of the parameters of the associated game object.

According to the invention described in (4), when the parameters of the game object associated with the selected option satisfy a predetermined condition, the second process that is more advantageous to the user than the first game process is executed. Thus, according to the present invention, in response to the execution of the first game process or the second game process, the parameters of the game object associated with the selected option are associated with options other than the selected option At least one of the parameters of the game object changes, so the user can choose options to make the parameters of the game object become interesting in a state that satisfies a predetermined condition. As a result, it is possible to enhance the fun of the game that accepts selection from a plurality of options and executes the game process corresponding to the selected option.

(5) In one aspect of the present invention, the aforementioned changing means (170) may include at least one of the first changing means (171) and the second changing means (172). The selected option establishes the parameters of the associated game object, and the change is easy to meet the aforementioned predetermined conditions, and the second change means makes it difficult to change the parameters of the game object associated with the options other than the aforementioned selected option Meet the aforementioned predetermined conditions.

According to the invention described in (5), when the parameters of the game object associated with the selected option satisfy a predetermined condition, the second game process that is more advantageous to the user than the first game process is executed. Thus, according to the present invention, it is set to change the parameter of the game object associated with the selected option to easily satisfy the predetermined condition, or to change the parameter of the game object associated with the option other than the selected option To make it difficult to meet the predetermined conditions, it will provide the user with fun thinking about which option (or which option should not be selected) to make the parameters of the game object meet the predetermined conditions. As a result, it is possible to increase the fun of the game in which a selection is accepted from a plurality of options and the game processing corresponding to the selected option is executed.

(6) In one aspect of the present invention, the system may include a control means (130), which is used to associate the options of game data that meet the aforementioned predetermined conditions (Figure 7: P313) , The options (Figure 7: P311, P312, P314 to P316) that are associated with game data that does not meet the aforementioned predetermined conditions are distinguished and displayed on the display means (15).

According to the invention described in (6), the options associated with game data that meet the predetermined conditions and the options associated with the game data that do not meet the predetermined conditions are distinguished and displayed. Therefore, it is easy for users to grasp An option that is associated with the game data of the predetermined condition. That is, it is easy to grasp the options that are associated with game data that meets predetermined conditions.

1‧‧‧Game System

100‧‧‧Data Memory Department

110‧‧‧First Setting Section

120‧‧‧Second setting section

130‧‧‧Display Control Unit

140‧‧‧Receiving Department

150‧‧‧First Executive Department

160‧‧‧Second Executive Department

170‧‧‧Change Department

171‧‧‧First Change

172‧‧‧Second Change

180‧‧‧The Third Executive Department

190‧‧‧Acquisition Department

D101‧‧‧Practice effect data

D102‧‧‧Unfavorable processing data

D103‧‧‧Game Character Information

D104‧‧‧Cultivation status data

Claims (9)

A game control device includes: a first setting means, for at least one option among a plurality of options, setting game data associated with the option; an acceptance means, for accepting selection from the aforementioned plurality of options; The first execution means is to execute the first game process when the game data associated with the selected option among the aforementioned plural options does not meet the predetermined conditions; the second execution means is to be established with the aforementioned selected option When the associated game data meets the aforementioned predetermined conditions, execute the second game process that is more advantageous to the user than the aforementioned first game process; the third execution means is to execute the third game process that is disadvantageous to the aforementioned user; , Is to obtain the execution history information about the execution history of the aforementioned third game process; and the second setting means is based on the aforementioned execution history information, instead of the aforementioned first setting means, for at least one option among the aforementioned plural options , Set the game data associated with the option to meet the aforementioned predetermined conditions. For the game control device described in claim 1, wherein the second setting means sets the game data associated with the aforementioned option to satisfy the aforementioned predetermined condition in a manner covering a predetermined period based on the aforementioned execution history information. For the game control device described in claim 1, wherein the execution history information includes numerical information that changes in response to the execution of the third game process; the second setting means is when the numerical information reaches a predetermined value , The game data associated with the aforementioned options is set to satisfy the aforementioned predetermined conditions; the aforementioned game control device includes a display control means, and the display control means is used to display a display object that changes in response to changes in the aforementioned numerical information on the display Means control; the display control means is to perform the control of changing the state of the display object toward the predetermined state in response to the situation that the numerical information changes toward the predetermined value. The game control device described in item 1 of the scope of patent application, wherein among the aforementioned options, one or more game objects are associated as the aforementioned game data; the aforementioned first setting means is to set one associated with the aforementioned options Or a plurality of game objects; the aforementioned first execution means is to execute the aforementioned first game process when the parameters of the game object associated with the aforementioned selected option do not meet the aforementioned predetermined conditions; the aforementioned second execution means should be the same as the aforementioned When the parameters of the game object associated with the selected option meet the aforementioned predetermined conditions, the aforementioned second game process is executed; the aforementioned second setting means replaces the aforementioned first setting means based on the aforementioned execution history information, and will be associated with the aforementioned option The game object of is set to a state where the aforementioned predetermined conditions have been satisfied by the parameters of the game object associated with the option; the aforementioned game control device includes a changing means, and the changing means corresponds to the aforementioned first game process or the aforementioned second game process Execute to change at least one of the parameters of the game object associated with the aforementioned selected option and the parameters of the game object associated with options other than the aforementioned selected option. The game control device described in item 4 of the scope of patent application, wherein the aforementioned changing means includes at least one of the first changing means and the second changing means, and the first changing means is associated with the aforementioned selected option The parameter change of the game object is easy to satisfy the aforementioned predetermined condition, and the second change means is to change the parameter of the game object that is associated with an option other than the aforementioned selected option to be difficult to satisfy the aforementioned predetermined condition. The game control device described in item 1 of the scope of patent application includes an option for distinguishing the association between game data that meets the aforementioned predetermined conditions and an option for association with game data that does not meet the aforementioned predetermined conditions. And it is shown in the control means of the display means. A game system includes: a first setting means, for at least one option among a plurality of options, setting game data associated with the option; an acceptance means, accepting selection from the aforementioned plural options; first The execution means is to execute the first game process when the game data associated with the option selected from the aforementioned plural options does not meet the predetermined conditions; the second execution means is when it is established with the aforementioned selected option When the associated game data meets the aforementioned predetermined conditions, the second game process that is more advantageous to the user than the aforementioned first game process is executed; the third execution means is to execute the third game process that is unfavorable to the aforementioned user; the acquisition means, Obtain the execution history information about the execution history of the aforementioned third game process; and the second setting means is based on the aforementioned execution history information instead of the aforementioned first setting means, for at least one option among the aforementioned plural options, The game data associated with the option is set to satisfy the aforementioned predetermined conditions. A computer program product that enables a computer to function as the game control device described in any one of the first to sixth items of the patent application or the game system described in the seventh patent application. A game control method includes: a first setting step, for at least one option among a plurality of options, setting game data associated with the option; an accepting step, for accepting the selection from the aforementioned plurality of options; The first execution step is to execute the first game process when the game data associated with the selected option among the aforementioned plural options does not meet the predetermined conditions; the second execution step is to execute the first game process when the aforementioned selected option is established When the associated game data meets the aforementioned predetermined conditions, execute the second game process that is more advantageous to the user than the aforementioned first game process; the third execution step is to execute the third game process that is disadvantageous to the aforementioned user; obtain step , Is to obtain the execution history information about the execution history of the aforementioned third game process; and the second setting step is to replace the aforementioned first setting means based on the aforementioned execution history information, for at least one option among the aforementioned plural options , Set the game data associated with the option to meet the aforementioned predetermined conditions.

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