TWI696483B - Game controlling apparatus, game system and computer program product - Google Patents

Abstract

The moving unit (120) moves the user position among the plurality of positions including the position to which the processing information is associated based on the game operation. The execution unit (140) executes game processing based on the processing information associated with the first position in accordance with the movement of the user position to the first position among the plurality of positions. The changing unit (160) changes the processing information associated with the second position on the passing route from the user position before the movement to the first position. In response to the movement of the user position to the second position after the processing information associated with the second position is changed, the execution unit (140) executes game processing based on the changed processing information associated with the second position.

Description

Game control devices, game systems, and computer program products

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

There is known a game that moves a mobile body (chess pieces, etc.) on a path where a plurality of grids are set according to a user's game operation, and executes a game process (a game parameter is set in advance in a grid where the mobile body stays) Changes or giving of game items, etc.). In general, in such games, the content of the game processing set in the grid is visually recognizable, and the user can grasp which grid the mobile body stays in, and what kind of game processing will be executed.

[Prior Art Literature] [Patent Literature]

Patent Document 1: Japanese Patent Laid-Open No. 2013-188268

In the past, in the above-mentioned game, the user only needs to pay attention to the grid where the mobile body stays, and only needs to simply use the grid with the desired game processing as the movement destination (movement target) to perform the game operation. Yes, so when the game continues, the game operation will be repeated monotonously, and there will be doubts that the user will be dissatisfied with the point of interest.

The present invention was developed in view of the above-mentioned problems, and an object of the present invention is to provide a game that can move a user's position according to a game operation between a plurality of positions including positions associated with processing information about game processing, and can improve the game Interested in game control devices, game systems, and computer program products.

In order to solve the above-mentioned problems, a game control device of one aspect of the present invention includes: moving means, which moves the user's position according to game operations between a plurality of positions containing positions associated with processing information about game processing; The execution means is to execute the game processing according to the movement of the user's position to the first position among the plurality of positions, and based on the processing information associated with the first position; The processing information associated with the second position on the passing path from the user position before the movement to the first position; wherein, the execution means is in response to changing the processing associated with the second position by the changing means After the information, the user position moves to the second position, and the game process is executed according to the processing information changed by the changing means associated with the second position.

A game system according to one aspect of the present invention includes: a moving means that moves a user's position according to a game operation between a plurality of positions including positions associated with processing information about game processing; and the execution means is based on the foregoing The user's position to one of the aforementioned multiple positions The movement of the first position, and the execution of the game process based on the processing information associated with the first position; and the changing means is to change and pass the path from the user position before the movement to the first position The processing information associated with the second position on the above; wherein, the execution means corresponds to the movement of the user position to the second position after the processing information associated with the second position is changed by the changing means, and The game processing is executed based on the processing information changed by the changing means associated with the second position.

1‧‧‧Game system

N‧‧‧ Internet

10‧‧‧Game terminal

11‧‧‧Control Department

12‧‧‧ Memory Department

13‧‧‧Ministry of Communications

14‧‧‧Operation Department

15‧‧‧Display

16‧‧‧Sound output section

30‧‧‧Server

31‧‧‧Control Department

32‧‧‧ Memory Department

33‧‧‧ Ministry of Communications

34‧‧‧ Database

100‧‧‧ Data Memory Department

110‧‧‧ Acceptance Department

120‧‧‧Mobile

130‧‧‧Judgment Department

140‧‧‧ Executive Department

150‧‧‧ First Change Department

160‧‧‧Second Change Department

D101‧‧‧Practice effect data

D102‧‧‧ lattice effect data

D103‧‧‧ lattice data

D104‧‧‧Event deck information

D105‧‧‧Cultivation status information

G100‧‧‧Detailed image

G200‧‧‧Set image

A230‧‧‧Event deck area

G300‧‧‧ main command image

A340‧‧‧ Command area

G400‧‧‧ Practice instruction image

A410‧‧‧ Command area

A430‧‧‧Game character area

G500‧‧‧Movement result image

G600‧‧‧Practice result video

G700‧‧‧ Ability to enhance images

A710‧‧‧The first area

A720‧‧‧Second area

P110, P120, P130, P140, P210, P220, P240, P250, P310, P320, P330, P341, P342, P343, P344, P345, P346, P411, P412, P413, P414, P415, P416, P417, P418, P420, P431-1, P431-2, P432-1, P432-2, P440, P450, P510, P510-1, P510-2, P510-3, P610, P723-1, P723-2, P723-3, P723-4, P723-5, P723-6, P723-7, P724-1, P724-2, P724-3, P724-4, P724-5, P724-6

P231-1, P231-2, P231-3, P231-4, P231-5, P232

P441‧‧‧frame

P460‧‧‧Disc

P461-1, P461-2, P461-3, P461-4, P461-5, P461-6, P461-7, P461-8, P461-9, P461-10, P461-11, P461-12‧‧‧ lattice

P462‧‧‧Cursor

P463‧‧‧Protrusion

P464‧‧‧ Center

P465‧‧‧frame

P711‧‧‧Pitcher ability column

P712‧‧‧Fielder Ability Column

P721‧‧‧Basic ability column

P722‧‧‧Special ability column

Fig. 1 shows an overall configuration diagram of a game system according to an embodiment of the present invention.

Figure 2 shows an example of a detailed image.

Figure 3 is a diagram showing an example of setting images.

Figure 4 is a diagram showing an example of the main command image.

Fig. 5 is a diagram showing an example of an exercise instruction image.

Fig. 6 is a diagram showing an example of an exercise instruction image.

FIG. 7 is a diagram showing an example of the display content of a part (disk) of the exercise instruction image.

FIG. 8 is a diagram showing an example of the display content of a part of the exercise instruction image.

Fig. 9 is a diagram showing an example of the moving result image.

Figure 10 is a diagram showing an example of an exercise result image.

FIG. 11 is a diagram showing an example of changes in the display contents of a part of the exercise instruction video.

Figure 12 is an example of a change in the display content of a part (disk) of the exercise instruction image Figure.

Fig. 13 is a diagram showing an example of the moving result image.

Fig. 14 is a diagram showing an example of an image with improved capability.

Fig. 15 is a diagram showing an example of an image with improved capability.

Fig. 16 is a functional block diagram of a game system according to an embodiment of the present invention.

Figure 17 is a diagram showing an example of practice effect data.

Figure 18 is a diagram showing an example of lattice effect data.

Figure 19 is a diagram showing an example of grid data.

Figure 20 is a diagram showing an example of event deck data.

Figure 21 is a diagram showing an example of cultivation status data.

Fig. 22A is a diagram showing an example of processing executed by the game system.

Fig. 22B is a diagram showing an example of processing executed by the game system.

Hereinafter, an example of an embodiment of the present invention will be described based on the drawings.

[1. Composition of game system]

Figure 1 shows the structure of a game system according to an 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 game terminal 10 is capable of data communication with the server 30 via the network N.

The gaming terminal 10 is a computer used by users to play games. For example, the game terminal 10 is a mobile phone (including a smartphone), a portable information terminal (including a tablet computer), a desktop computer, and a laptop Computer, home game machine (stationary game machine), portable game machine, or business game machine installed in a game facility.

As shown in FIG. 1, the game terminal 10 includes a control unit 11, a memory 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 (CPU (Central Processing Unit)), and executes processing according to a program stored in the memory unit 12. The memory section 12 includes a main memory section (eg, RAM (Random Access Memory)) and an auxiliary memory section (eg, non-volatile semiconductor memory, hard disk drive), or solid state drive (solid state drive)) and used to memorize programs or data. The communication unit 13 is used to communicate data with other devices via the network N.

The operation unit 14 allows the user to perform various operations. The display unit 15 is a device for displaying various images, such as a liquid crystal display (display) or an organic EL (Electro Luminescence) display. In FIG. 1, the operation unit 14 and the display unit 15 are individually displayed, but the operation unit 14 and the display unit 15 may be integrally configured as a touch panel. It is not necessary for the operation unit 14 and the display unit 15 to be integrally configured as a touch panel, and the operation unit 14 may be, for example, a button (key or key), a lever (lever or stick), or a touch panel ( TouchPad or TrackPad), mouse, etc. are provided independently of the display unit 15. The operation unit 14 can also be operated by the user by sound 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 game terminal 10 itself, or may be provided as an external device connected to the game terminal 10.

The server 30 is, for example, a server computer. As shown in Figure 1 As shown, the server 30 includes a control unit 31, a memory unit 32, and a communication unit 33. The control unit 31, the memory unit 32, and the communication unit 33 are the same as the control unit 11, the memory unit 12, and the communication unit 13 of the game terminal 10. The server 30 can access the database 34. The database 34 can also be constructed in the server 30 or can be constructed independently of the server 30 and in another server computer.

The program or data is supplied to the game terminal 10 or the server 30 from the remote via the network N, and is stored in the memory section 12 or the memory section 32. In addition, the components of programs or data (such as optical drives or memory card slots, etc.) used to read information stored on information storage media (such as optical discs or memory cards) can also be prepared For game terminal 10 or server 30. In addition, the program or data may be stored in the game terminal 10 or the server 30 via the information storage medium.

In the following, it is assumed that the game terminal 10 is a smartphone or a tablet computer equipped with a touch panel.

[2. Summary of the game]

In the game system 1, a game terminal 10 executes a program, thereby executing a game. The game may be executed by the game terminal 10 alone, or may be executed between the game terminal 10 and the server 30 by data communication.

In the game system 1, various games can be executed. For example, sports games (games with baseball, soccer, tennis, tennis, American football, basketball, volleyball, etc.), adventure games, simulation games (simulation game), role-playing game (role-playing game) or nurturing game, regardless of the form and type of the game (genre) can perform a variety of games. In the following, the game where the user's position moves according to the game operation is executed in the game system 1 An example of the game will be explained. Specifically, a baseball game having a game portion that moves a user's position according to a game operation between a plurality of positions will be described.

The baseball game system described here includes a cultivation part and a battle part. The cultivating part is the user cultivating the game character to create the game part of the original game character unique to the individual. On the other hand, the battle part is a game part in which the user uses a team composed of original characters created in the cultivation part to play against the opponent team.

Hereinafter, the cultivation part will be described in detail. In the cultivation part, the user advances the scenario (scenario) while instructing the game characters (hereinafter referred to as "protagonist characters") to practice, etc., thereby cultivating the protagonist characters to create their own unique original characters. For example, in the cultivation part, the department executes the following script: The protagonist belongs to a high school baseball club, accumulates practice with teammates while participating in a baseball tournament, and was discovered as a professional baseball player in the fall of high school third grade.

[2-1] Before explaining the flow of the cultivation part, an example of original characters created by the cultivation part will be explained in advance.

Figure 2 is an example showing detailed information of original characters (protagonist characters). As shown in FIG. 2, the detailed image G100 includes components P110 and P120. In addition, "components" constitute elements of images, such as text, images, or regions. Component P110 displays the image of the original character, and component P120 displays the original character's name, defensive position, strike posture, and dominant hand.

Furthermore, the detailed video G100 includes the component P130. Component P130 displays the basic ability parameters of original characters. In the example shown in Figure 2, it shows: trajectory, impact range, explosive force, running speed, arm strength, defense force, ball catching parameters, and each basic ability parameter displays values and letters. The value shows the value of the basic ability parameters, letters (for example: S, A, B, C, D, E, F, G) show the level of basic ability (level). "S" indicates that the basic ability is very high, and "G" indicates that the basic ability is very low.

The ballistic parameter shows the degree of climb of the original character's shot. The higher the value of the trajectory parameter, the higher the shot hits. The hit range parameter shows the original person's hit range force (the ability of the bat to hit the ball thrown by the pitcher). The higher the value of the attack range parameter, the higher the display attack range power. The explosive power parameter shows the explosive power of the original character (the ability of the bat to hit the ball thrown by the pitcher and fly far). The higher the value of the explosiveness parameter, the easier it is for the original character to hit the ball with the bat.

The running speed parameter shows the speed of the original character's footwork. The higher the value of the running speed parameter, the faster the displayed foot distance. The arm strength parameter shows the speed of the original character's pass. The higher the value of the arm strength parameter, the faster the display passes. The defensive power parameter shows the skill level of the original character's defensive power. The higher the value of the defense force parameter, the more skillful the defense is. The ball catching parameter shows the skill of catching the ball of the original character. The higher the value of the catching parameter, the more skillful it is (it is difficult to make mistakes).

Furthermore, the detailed image G100 includes the component P140. Component P140 displays special abilities acquired by original characters. In the example shown in Figure 2, the special abilities are displayed as: "Opportunity ◎", "Left-hander ○", "Pirate base ○". "◎" and "○" show the level of special ability, "◎" shows the level of special ability is higher than "○".

"Opportunity◎" is a special ability that has excellent performance in opportunities. When the original character obtains the "opportunity ◎", the basic ability of the original character will greatly increase at the opportunity. "To the left shooter ○" is a strong special ability to the left shooter. When the original character obtains the "left-handed pitcher ○", when the opponent's pitcher is the left-handed pitcher, the basic ability of the original character becomes higher. "Pirate base ○" is a special ability that makes piracy base easier to succeed. When the original character obtains "Pirate Base ○", the easier it is for the original character to steal the base.

In addition, the example shown in FIG. 2 shows the case where the original character is a fielder, and therefore represents the basic ability or special ability of the fielder. When the original character is a pitcher, it means the basic ability or special ability of the pitcher.

[2-2] The user plays the nurturing part and nurtures the main character, thereby creating the original character as described above. When the cultivation part (script) starts, the user sets an event deck (a group of game characters for event occurrence).

Here, the "event deck" will be explained first. In the script, various events, such as favorable or unfavorable events that enhance the protagonist's ability, will occur. In this regard, in this embodiment, the events that occur in the script are not fixed, but the events that occur in the script are changed according to one or more game characters that are included in the event deck. That is to say, in the script, the game characters ranked in the event deck will appear as team members of the protagonist character, etc., and events related to the game character will occur. Therefore, the user selects the game characters lined up in the event deck, thereby selecting the events that can occur in the script. In addition, in the following, game characters (in other words, game characters for event occurrence) that can be included in the event deck are referred to as "event characters".

Figure 3 shows an example of a setting image for a user to set an event deck. As shown in FIG. 3, the setting video G200 includes components P210 and P220. The component 210 displays the name of the event deck. In addition, the component P220 is associated with processing for displaying an image for changing the name of the event deck. When the user selects the component P220 (that is, performs a single touch operation on the component P220 (only a short-time touch operation)), an image for changing the name of the event deck is displayed on the display unit 15 and the user can change the event card The name of the group.

In addition, the setting image G200 includes the event deck area A230. In the event deck area A230, six devices for setting the event characters who are members of the event deck are provided Frame P231-1, P231-2, P231-3, P231-4, P231-5, P232.

In this embodiment, when the user plays this baseball game for the first time, the user is given a predetermined number of event characters. Moreover, the user can obtain the event character by lottery, get the event character by way of remuneration in the game, or obtain the event character from other users. At this point, in this embodiment, the user can arbitrarily arrange up to five event characters in the event deck from among the event characters possessed by the user himself. The setting frames P231-1 to P231-5 are frames for setting the event character possessed by the user himself as a member of the event deck.

Furthermore, in this embodiment, only one event character possessed by another user may be used as a helper and arranged in the event deck. The setting frame P232 is a frame for setting an event character owned by another user as a member of the event deck.

When the user performs a single touch on any frame of the setting frames P231-1, P231-2, P231-3, P231-4, P231-5, P232, a display on the display section 15 is used to select the setting of the setting frame The event person in the event, or change the event person to be set in the setting frame to another event person's image. In the setting frames P231-1, P231-2, P231-3, P231-4, P231-5, and P232, images of the event person set in the setting frame are displayed, and the level and rarity of the event person are displayed.

"Level" shows the level of the event character. The higher the level of the event character, the stronger the effect of the event occurred by the event character. In addition, "Rarity" indicates, for example, the difficulty of obtaining the character of the event. The higher the rarity of the event character, the more difficult it is to obtain the event character. For example, there are PSR (Powerful Super Rare), SR (Super Rare), PR (Powerful Rare), R (Rare), PN (Powerful Normal) )), N (Normal) in any of the rarities of the plural stages The degree system is associated with each event character. If arranged in the order of high to low: PSR, SR, PR, R, PN, N.

Furthermore, the set image G200 includes the component P240. The component P240 is associated with a process for automatically setting the event deck in accordance with the user's desire. If the user selects the component P240, the computer selects the appropriate event character and arranges it into the event deck.

Furthermore, it is assumed that the video G200 includes the component P250. The component P250 shows the good practice of the event characters lined up in the event deck. In this embodiment, the good practice settings for the characters of each event are: "strike", "muscle strength", "run base", "arm strength", "defense", "mind", "ball speed", "ball control" , "Endurance", "Change Ball" any of the ten types of exercises.

In the example shown in Figure 3, it is shown that among the ten types of exercises, "strike", "muscle strength", "run base", and "arm strength" that are not associated with crosses are included as event cards. Group of event characters are good at practicing. Furthermore, in the example shown in FIG. 3, the numerical value (2) is displayed in association with each of "muscle strength" and "arm strength". This is to show that among the event characters ranked in the event deck, the event character who set "muscle strength" as being good at practicing contains two people, and the event character who sets "arm strength" to be good at practicing contains two people.

[2-3] After setting the event deck, the script begins. As described above, for example, the following script is started: the protagonist is affiliated with a high school baseball club, accumulates exercises with his teammates and strives to start, and participates in tournaments (regional selection conferences and national conventions), with the goal of becoming a professional player.

In the script, there will be event characters sorted into the event deck. For example, the event characters lined up in the event deck are the teammates of the main character or the manager of the baseball club to which the main character belongs (manager) appears.

Furthermore, in the script, predetermined game characters (for example, one head coach, one scout, one manager, and 4 to 8 teammate players) are set as appearance characters. These game characters will appear in the game even if they are not included in the event deck. Therefore, the event characters ranked in the event deck can be added as game characters.

In the present embodiment, the script is performed by the user repeatedly selecting actions (exercise, recuperation, recreation, etc.) for the protagonist to perform. Specifically, the script is composed of multiple rounds. For example, a round corresponds to a week in the game. At the end of each round, the imaginary time in the game is carried out for a week to take the script. In addition, one round can also correspond to a day in the game.

In each round, the user selects any one of a plurality of options regarding the action of the protagonist character as the action to be performed by the protagonist character. FIG. 4 shows an example of the main command image for selecting the action of the main character.

As shown in FIG. 4, the main command image G300 includes a component P310 and a component P320. Component P310 displays the number of remaining rounds and the time within the game. Furthermore, the component P320 displays a meter image of the physical parameters of the main character. For example, when the protagonist is practicing, the value of the physical strength parameter decreases, while when the protagonist is on vacation and not practicing, the value of the physical strength parameter increases (replies). In addition, when the value of the physical strength parameter becomes lower, the probability of the protagonist being injured during the exercise becomes higher.

Furthermore, the main command video G300 includes the component P330. Component P330 shows: the character's name (Tanaka), defensive position (first baseman), dominant hand (left), basic ability parameters (ballistic, strike range, explosive force, running speed, arm strength and defense force parameters).

Furthermore, the main command image G300 includes a command area A340. The command area A340 contains components P341, P342, P343, P344, P345, and P346.

The component P341 is associated with a process for requiring the protagonist character to practice. By the user selecting the component P341, the protagonist character can be practiced. Please state it in detail (refer to Figures 5 to 13).

The component P342 is associated with a process for taking the protagonist's character on vacation. By the user selecting the component P342, the protagonist's character can be taken on vacation. When the protagonist is on vacation, the protagonist's physical parameters will be increased (recovered).

The component P343 is associated with a process for sending the protagonist character to medical treatment. By the user selecting the component P343, the protagonist character can be sent to medical treatment. For example, when the protagonist is sick or has sports injuries, the protagonist can be sent to the doctor to treat the disease or sports injuries.

The component P344 is associated with a process for allowing the protagonist character to relax, and the user selects the component P344 so that the protagonist character can relax. When the protagonist is relaxing, the protagonist's motivation parameters will increase. In addition, the motivation parameter is a parameter showing the motivation (status) of the main character. For example, the higher the value of the motivation parameter, the higher the motivation of the main character. As will be described later, in this embodiment, in each round, the protagonist character exercises to give the protagonist character experience points (see FIG. 10). At this time, the higher the motivation of the protagonist, the more experience points the protagonist is given.

The component P345 is associated with the process of making the protagonist character date. By selecting the component P345, the user can make the protagonist character date.

The component P346 is associated with a process for improving the protagonist's ability. By the user selecting the component P346, the protagonist's ability can be improved. Please give a detailed statement afterwards (refer to Figures 14 and 15).

Fig. 5 shows an example of a practice instruction image for the protagonist to practice. When the component P341 of the main command video G300 is selected, the exercise command video G400 shown in FIG. 5 is displayed on the display unit 15.

As shown in FIG. 5, the practice instruction image G400 includes the same components P310 and P320 as the main instruction image G300 and the instruction area A410.

The instruction area A410 includes components P411, P412, P413, P414, P415, and P416 corresponding to a plurality of exercise items, respectively. In this embodiment, a level is set for each exercise item, and each of the components P411 to P416 displays the name and level of the associated exercise item. When the number of times that the exercise is performed reaches a predetermined number, the level of the exercise item will increase.

The component P411 is associated with the process of asking the protagonist to perform percussion exercises. The component P412 is associated with the process of requiring the protagonist to perform muscle strength exercises. The component P413 is associated with the process of asking the protagonist to perform base practice. Component P414 is associated with the process of requiring the main character to perform arm exercises. Component P415 is associated with the process of requiring the protagonist to perform defense exercises. Component P416 is associated with the process of asking the protagonist to perform mental exercises.

For example, when the protagonist is required to perform base running exercises, first, the user selects the component P413 corresponding to the base running exercises. At this time, the component P414 is in an alternative state. In this state, the display of the component P413 is different from other components P411, P412, P414 to P416, and the display component P413 is an alternative. In the example shown in FIG. 5, the position of the component P413 in the longitudinal direction of the screen is different from other components P411, P412, P414 to P416, and the component P417 corresponding to the cursor is associated with the component P413. Furthermore, in this state, the component P418 showing the probability of injury during the exercise is displayed in association with the component P413. The probability is determined based on the value of the protagonist's physical parameters. The smaller the value of the protagonist's physical parameter, the higher the chance of injury during practice.

The practice instruction image G400 contains the component P420. The component P420 displays the experience points of the main character (that is, the current experience points of the main character). In this embodiment, five types of experience points are set: muscle strength, agility, technique, change ball, and mental score. Figure 5 shows the protagonist's muscle strength, agility, technique, change ball and mental score: 17 points, 0 points, 40 points, 0 points, and 8 points.

In the example shown in Figure 5, "+4" and "+12" are displayed in association with muscle strength and agility score, respectively. This shows that when the alternative practice item (baseball practice) is performed, 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 of experience points added by performing the exercise and the amount of increase are specified for each exercise item (see FIG. 17). As mentioned above, muscle strength and agility score will increase when performing base running exercises. Moreover, for example, when percussion exercises are performed, muscle strength, technique, and mental score will increase. In addition, the higher the level of the practice item, the greater the amount of increase in experience points when the practice is performed.

In addition, the practice instruction video G400 also includes a game character area A430. In this embodiment, game characters other than the protagonist characters (teammates, head coaches, scouts, etc.) are assigned to each practice item, and the game characters other than the protagonist characters also perform by participating in any one of the exercises or observations. At this point, in the game character area A430, the game character assigned to the alternative practice item is displayed. In addition, the game characters assigned to each practice item change every round.

In the example shown in FIG. 5, since the base running practice is a candidate, the game character area A430 displays the game character assigned to the base running practice. In the example shown in FIG. 5, in the game character area A430, the components P431-1 and P431-2 corresponding to the two game characters assigned to the base exercise are displayed, respectively.

The component P431-1 displays the image of the game character, name (Yabe), and good at practice (baseball practice). In addition, the component P431-1 has a component P432-1 equivalent to the meter image. The component P432-1 displays the character's evaluation of the main character. The longer the meter (the slashed part in the example shown in FIG. 5) in the component P432-1, the higher the evaluation of the protagonist character by the game character. The component P431-2 is also the same as the component P431-1, and the component P432-2 contained in the component P431-2 is also the same as the component P431-2. In addition, the proficiency practice system is displayed only for the event characters belonging to the event deck. Since the component P431-2 corresponds to a game character other than the event character, the component P431-2 does not show good practice.

When the protagonist is practicing, the game characters (teammates, managers, head coaches, and scouts) will slightly increase the evaluation of the protagonist. At this point, regarding the game characters associated with the practice performed by the protagonist, the evaluation of the protagonist will be significantly higher than usual.

In addition, in the example shown in FIG. 5, the good practice (run base practice) shown in the component P431-1 coincides with the optional exercise (run base practice). That is, game characters (event characters) who set the base running practice to be good at practice are assigned to the base running practice. In this state, when the protagonist performs base running exercises, the amount of experience points will increase more than usual.

In addition, when the main character performs base running exercises in the above-mentioned state, if the running character is set to be a game character (event character) who is good at practicing, the evaluation of the main character is higher than a predetermined benchmark, and a special event will occur (the following It is a special tag bonus event). When a special synergy bonus event occurs, the amount of experience points will increase more than usual.

In addition, in the example shown in FIG. 5, the same practice items as the game character (event character)’s own good practice are assigned, but it is not limited to assigning the same practice items to the game character as the self-excellent practice, there will also be assigned The situation is different from self-adept practice. As mentioned above, which practice item the game character should assign is determined based on probability information every round.

Furthermore, the exercise instruction video G400 includes components P440 and P450. In Fig. 5, the display content of the component P440 is omitted. The details of the module P440 are described later (see FIG. 8). The component P450 is associated with a process for switching the display content of the practice instruction image G400. Therefore, according to the selection of the component P450 by the user, the display content of the exercise instruction image G400 can be switched.

Fig. 6 shows an example of the practice instruction image G400 with the display content switched. As shown in FIG. 6, the practice instruction image G400 in this case includes a disk P460 that is one of the components, instead of the components P420 and P440. In Fig. 6, the display content of the disk P460 is omitted.

FIG. 7 shows an example of the display content of the disk P460. The disk P460 includes twelve lattices P461-1 to P461-12 arranged in a circle and a cursor P462. The lattices P461-1 to P461-12 are arranged along the outer circumference of the circular cursor P462, and the lattices P461-1 to P461-12 constitute a circular movement path. In addition, in the following, each of the lattices P461-1 to P461-12 will be collectively referred to as "lattice P461".

In this embodiment, the user position moves on the grids P461-1 to P461-12. For example, the initial position of the user position is set in the grid P461-1, and the user position moves on the grids P461-1 to P461-12 in a predetermined direction (clockwise direction). After the user position reaches the grid P461-12 (final position), it moves to the grid P461-1, and the user position is repeatedly moved on the grids P461-1 to P461-12.

Each grid P461 is associated with effect information about effects on the game. When the user's position stays on any grid P461, it will be based on the performance data associated with grid P461. The news comes to effect. Lattice P461 is associated with the effect information that is beneficial to the user, and is also associated with the effect information that is unfavorable to the user.

In the example shown in FIG. 7, the effect type and level are associated with each grid P461 as effect information, and the type and level of the effect associated with the grid P461 are displayed on each grid P461. Therefore, the user can grasp the type and level of the effect associated with each grid P461. In addition, the higher the level of the effect, the greater the degree of the effect.

For example, grids P461-1 and P461-8 are associated with the effect information of "Increase Spirit Score" and "Level 1". The grids P461-2 and P461-6 are related to the effect information of "Increase Muscle Strength Score" and "Level 1". The grids P461-4, P461-9, and P461-12 are associated with the effect information of "Increase Technical Score" and "Level 1". The grid P461-5 is associated with the effect information of "Restore (Increase) Physical Parameters" and "Level 1". Box P461-11 is associated with the effect information of "Increase Motivation Parameter" and "Level 1". Such effect information is effect information beneficial to users.

In addition, the grid P461-7 is associated with the effect information of "Obtaining Essentials" and "Level 1". The effect information is also effect information beneficial to users. "The essentials for acquiring special abilities" will be described later.

On the other hand, grid P461-3 is associated with the effect information of "reduced physical parameters" and "level 1." Box P461-10 is associated with the effect information of "Reducing Motivation Parameters" and "Level 1". Such effect information is effect information that is harmful to users.

The effect type associated with each grid P461 is selected from a plurality of effect types (refer to FIG. 18) based on probability information. The probability information is set according to the event characters sorted into the event deck. For example, the selection of the effect associated with the event character queued to the event deck Probability information is set higher than other effects. Specifically, the type of experience points with higher relevance is determined according to each good practice, and the selection probability of the effect of increasing the experience points related to the good practice of the event characters ranked in the event deck is higher than that of other The way of the effect (that is, the way in which the effect of increasing the experience points related to the good practice of the event characters ranked in the event deck is easier to select than other effects), sets the probability information.

For example, in the event deck shown in Figure 3, the event deck is lined with event characters with the settings "strike", "run base", "muscle strength", and "arm strength". ", "Running base", "Muscle strength", "arm strength" experience point increase effect selection probability will be set higher than other effects. Moreover, in the event deck shown in Figure 3, the event character set "muscular strength" as good at practicing contains two people, and the event character set "arm strength" is good for practicing contains two people, so it is the same as "muscular strength", The selection probability of the increase effect of experience points related to "arm strength" is set to be higher than the increase effect of experience points related to "strike" and "run base".

Cursor P462 displays the current user location. The cursor P462 includes a protrusion P463, and the protrusion P463 indicates the current user position. In the example shown in FIG. 7, the protrusion P463 indicates the grid P461-1, and the current user position is displayed as the grid P461-1. The cursor P462 rotates clockwise using a straight line extending in the normal direction of the center point P464 as a rotation axis. That is, the cursor P462 rotates clockwise in response to the movement of the user position, so that the protrusion P463 indicates the current user position. In addition, the display pattern (color, etc.) of the grid P461 where the user position stays may be different from other grids P461, thereby distinguishing the grid P461 where the user position stays.

In the present embodiment, the user's position moves by a grid corresponding to the number of levels of the exercise items performed by the main character. For example, the level of the exercises performed by the main character When it is "3", the user position advances by three squares. In this way, by the user selecting the practice item, the number of moving grids of the user's position can be specified, so the user can stay at the arbitrary grid P461. As mentioned above, the user can grasp the type and level of the effect associated with each grid P461, so select the practice item that reaches the level corresponding to the grid number of the grid P461 associated with the desired effect, thereby keeping the user's position at The grid P461 associated with the desired effect.

At this point, the disk P460 includes a frame P465 that displays the movement destination of the user's position when the alternative exercise item is executed. For example, in the examples shown in FIGS. 5 and 6, the base running exercise is an alternative, and the level of the base running exercise is "3", so the frame P465 is associated with the grid P461-4 that advances three times from the grid P461-1. Therefore, the user refers to the disc P460, whereby the user can grasp the movement destination of the user's position when performing the alternative exercise item, or the type and level of the effect associated with the movement destination. In addition, it may be displayed together with the frame P465 or the frame P465 may be replaced with: the display state (color, etc.) of the grid P461 of the movement destination of the user position when executing the alternative exercise item and other grids P461 Different, thereby distinguishing the grid P461 showing the movement destination. Alternatively, along the outer circumference (or inner circumference) of the disk P460, an effect (light, etc.) that flows from the position of the grid P461 corresponding to the current user position toward the grid P461 corresponding to the movement destination may be displayed. ), by which the user can intuitively grasp the grid P461 belonging to the current user position, the grid P461 belonging to the movement destination of the user position, or the grid P461 through which the user position passes. In this case, the special effects are displayed outside the grid P461, so it is easy to view the display content in the grid P461.

When the component P450 of the exercise instruction image G400 shown in FIG. 6 is selected, the exercise instruction image G400 returns to the state shown in FIG. 5. Here, the component P440 of the exercise command image G400 shown in FIG. 5 will be described. Component P440 displays bits from the current user Set up a grid P461 with a high possibility of movement. Specifically, the component P440 displays a grid P461 that advances one to six from the current user position among the grids P461-1 to P461-12.

FIG. 8 shows an example of the display content of the component P440. The example shown in FIG. 8 shows the case where the current user position is grid P461-1, similar to FIG. 7. Therefore, in the example shown in FIG. 8, the cells P461-2 to P461-7 that advance one to six from the cell P461-1 are displayed on the component P440. That is, the component P440 displays the types and levels of effects that are associated with the cells P461-2 to P461-7.

In addition, the component P440 includes a frame P441 that displays the movement destination of the user's position when the alternative exercise item is executed. For example, in the example shown in Figs. 5 and 6, the base running exercise is an alternative, and the level of the base running exercise is "3", so the frame P441 is associated with the grid P461-4 that advances three times from the grid P461-1 . Therefore, even if the user refers to the component P440, the user can grasp the movement destination of the user position when executing the alternative exercise item, or the type and level of the effect associated with the movement destination. In addition, it may be displayed together with P441, or the frame P441 may be replaced with: the display state (color, etc.) of the grid P461 of the movement destination of the user position when executing the alternative exercise item and other grids P461 Different, thereby distinguishing the grid P461 showing the movement destination. Alternatively, along the outer circumference of the disk P440 (upper or lower side in the example shown in FIG. 8), an effect (light, etc.) flowing toward the grid P461 corresponding to the movement destination may be displayed, With this, the user can intuitively grasp the grid P461 belonging to the movement destination of the user position or the grid P461 through which the user position passes. In this case, the special effects are displayed outside the grid P461, so it is easy to view the display content in the grid P461.

As described above, in this embodiment, the selection operation of the exercise item to be performed by the main character is also equivalent to the operation of specifying the movement destination of the user's position, so the user It is necessary to select both the effect of the exercise item and the effect of the grid P461 as the movement destination of the user position while viewing the disk P460 or the component P440.

In a state where any one of the exercise items is selected, when the user further selects the exercise item, it will be determined that the exercise item is an exercise item to be performed by the main character, and the main character performs the exercise. For example, in the state where the base running practice is selected (that is, the component P417 indicates the state of the component P413 corresponding to the base running practice), when the user further selects the component P413, it will be determined that the base running exercise is an exercise item to be performed by the main character , And the main character performs base running exercises.

In addition, when it is determined that any one of the exercise items is an exercise item to be performed by the main character, it will be determined that the grid P461 that advances by the grid number corresponding to the level of the practice item from the current user position grid is the movement of the user position destination. For example, when performing level 3 base running exercises, it is determined that the grid P461-4 that advances from the grid P461-1 of the current user position by three grids is the movement destination of the user position. In addition, when an injury occurs that shows the protagonist's character being injured in practice, the user's position will not be moved.

When the movement destination of the user's position is determined, the movement result image is displayed on the display unit 15, and the movement result image displays the movement result of the user position. Figure 9 shows an example of the moving result image. As shown in FIG. 9, the movement result image G500 includes the same components P310 and P320 as the main command image G300, and the same instruction area A410 (components P431 to P438) as the exercise command image G400.

The movement result image G500 also contains a disk P460. The disk P460 is the same as the disk P460 of the exercise instruction image G400, but the user position is updated in the disk P460 of the movement result image G500. The example shown in Figure 9 shows the level 3 running Situation. Therefore, in the example shown in FIG. 9, the user position moves from the grid P461-1 to the grid P461-4 that advances three times, and the cursor P462 indicates the grid P461-4.

As described above, when the user's position stays in any grid P461, the effect will occur according to the effect information associated with the grid P461. The movement result image G500 includes a component P510 which shows the occurrence of the effect as described above.

For example, when the user's position stays in the grid P461-4, the effect will occur according to the effect information associated with the grid P461-4. As shown in Figure 7, the grid P461-4 is associated with the "Increase Technical Score" and "Level 1" effect information, so the effect will occur based on the effect information, and as a result, the technical score will increase. Therefore, in the example shown in FIG. 9, the component P510 is displayed. The component P510 shows that the above effect occurs, and the technical score is increased by 5 points.

After the movement result image G500 is displayed, an exercise result image is displayed on the component P510. The exercise result image displays the exercise result of the main character. Figure 10 shows an example of an exercise result image. As shown in FIG. 10, the exercise result image G600 includes the same components P310 and P320 as the main command image G300. However, as a result of performing exercises to reduce the physical parameters of the protagonist, the gauge in the component P320 will be shorter than that in Figures 5 and 6.

As shown in FIG. 10, the practice result image G600 includes a component P610, which displays the practice result of the main character. The component P610 contains text, which displays the changes of various parameters caused by the protagonist's practice.

Figure 10, like Figure 9, shows the situation where the main character performs a level 3 base running exercise. Therefore, in the example shown in FIG. 10, in the component P610, there are displayed: (a) a text showing that the user's position is moved to the grid P461-4, thereby increasing the technical score by 5 points; (b) displaying the protagonist character running Base practice, by which the muscle strength score increases by 4 points, the agility score increases by 12 points, and the physical strength The text of the parameter is reduced by 25 points; (c) The text of the event character assigned to the running base practice (Yabe) is increased by 7 points; (d) The evaluation of the head coach and teammates is increased by 1 Divided text; (e) Display text that advances by 3 grids at the user position.

After displaying the practice result video G600, the main command video G300 is displayed on the display unit 15 again. At this time, when the component P341 (exercise) is to be selected, the exercise instruction video G400 is displayed on the display unit 15 again.

FIG. 11 shows an example of the component P440 to be displayed on the exercise instruction image G400 at this time. For example, as illustrated in Figures 5 to 10, when the user's position moves toward the grid P461-4, as shown in Figure 11, the component P440 displays the grid P461-5 from the grid P461-4 to one to six advances To P461-10. Furthermore, at this time, if it is the state of the practice item of the alternative level 3, the frame P441 is displayed in association with the grid P461-7 that has advanced three times from the grid P461-4.

In addition, FIG. 12 shows an example of the disk P460 displayed on the exercise instruction image G400 in the above-mentioned case. For example, in the example illustrated in FIGS. 5 to 10, when the user position moves from the grid P461-1 to the grid P461-4, as shown in FIG. 12, the cursor P462 (protrusion P463) becomes the indication grid P461 -4.

In this embodiment, when an effect occurs based on the effect information associated with the grid P461, the effect information associated with the grid P461 is reset. At this time, the effect type re-associated with the grid P461 is selected from the plurality of effect types according to the probability information, and the effect type associated with the grid P461 will be replaced with the selected effect type, and associated with the grid P461 The effect level is initialized to "1". That is, even if the effect level of grid P461 is "2" or "3" before resetting, the effect level of grid P461 is initialized Is "1". In addition, it can also be controlled to the effect type associated with the lattice P461 again, and it can be controlled to a different effect type and effect level if it is the same as the effect type originally associated with the lattice P461.

For example, when an effect occurs based on the effect information associated with lattice P461-4, the effect information associated with lattice P461-4 is reset. In the example shown in FIG. 7, the effect information of "increasing the technical score" and "level 1" is associated with the grid P461-4. In contrast, in the example shown in FIG. 12, it is related to the grid P461-4 The associated effect information is reset to "Increase Agility Score" and "Level 1."

In addition, in this embodiment, the effect level associated with the grid P461 through which the user position passes increases.

For example, in the example illustrated in FIGS. 5 to 10, when the user position moves from the grid P461-1 to the grid P461-4, the effect levels associated with the grids P461-2 and P461-3 through which the user position passes rise. Therefore, in the example shown in FIG. 7, the effect levels of the grids P461-2 and P461-3 are "1". On the other hand, in the example shown in FIG. 12, the grid P461- 2. P461-3, so that the effect level of grids P461-2 and P461-3 rises from "1" to "2". In this way, the user passes the user position through the grid P461, thereby increasing the effect level of the grid P461. However, the upper limit of the effect level is "3", so the effect level of the grid P461 will not rise above "3". That is, after the initial setting of the effect level of the grid P461 is "1" or after resetting, the effect level of the grid P461 is increased to "2" for the first pass, and the effect level of the grid P461 is increased to "for the second pass. 3”, but in the third and subsequent passages, the effect level of P461 will not increase.

Furthermore, in this embodiment, as described above, if the protagonist character and the protagonist character When a teammate (event character) who is highly rated by an object performs the teammate’s good practice together, a special cooperative bonus event belonging to a special event will occur. When a special cooperative bonus event occurs, not only the grid P461 that stays according to the user’s position The effect of the associated effect information also occurs according to the effect information associated with the grid P461 through which the user's position passes. In addition, in this case, if the grid P461 staying at the user's location or the grid P461 passing through the user's location is associated with the effect information that is unfavorable to the user, the occurrence of the effect based on the effect information will be suppressed and changed to The effect occurs according to the effect information beneficial to the user.

Figure 13 shows an example of the movement result image G500 when a special collaborative bonus event occurs. Fig. 13 shows an example of the movement result image G500 when the user's position moves from the grid P461-1 to the grid P461-4, and a special cooperative bonus event occurs as shown in the examples illustrated in Figs. 5 to 10.

When the user's position moves from the grid P461-1 to the grid P461-4, usually (in the case where no special synergy bonus event occurs), the effect of the effect information that is associated with the grid P461-4 will occur. However, when a special synergy bonus event occurs, not only the effects based on the effect information associated with the grid P461-4, but also the grids P461-2 and P461-3 associated with the user's location The effect of the effect information.

At this point, as shown in Figure 7, the grid P461-2 is associated with the effect information of "Increase Muscle Score" and "Level 1". The effect information is effect information that is beneficial to the user, so the situation will be based on The effect information will take effect and the muscle strength score will increase. Therefore, in the example shown in FIG. 13, the component P510-1 is displayed, and the component P510-1 displays the result of the effect occurring according to the effect information related to "increasing muscle strength score" and "level 1". The score will increase by 5 points.

On the other hand, as shown in Figure 7, the grid P461-3 is associated with the effect information of "reduction of physical parameters" and "level 1", but the effect information is harmful to the user, and at this time, it will be suppressed The effect based on the effect information occurs, and the effect occurs based on the effect information beneficial to the user. For example, the effect occurs based on the effect information related to "Increase All Experience Points" and "Level 1". Therefore, in the example shown in FIG. 13, the component P510-2 is displayed, and the component P510-2 displays the result of the effect occurring according to the effect information of "increasing all experience points" and "level 1". All experience points (Muscle strength, agility, technique, change ball and mental score) will increase by 5 points. In addition, effects can be generated based on the effect information that displays the effect opposite to the effect information associated with the grid P461-3, rather than based on the effect information of "Increase All Experience Points" and "Level 1." That is, it may also be a display component P510-2, which displays that the effect occurs according to the effect information of "increase physical parameter" and "level 1", and the physical parameter of the protagonist character is restored (increased). In addition, the adverse effect information associated with lattice P461-3 does not simply occur.

In addition, as shown in Figure 7, the grid P461-4 is associated with the effect information of "increasing the technical score" and "level 1". The effect information is effect information beneficial to the user, so in this case, according to the effect information To effect, the technical score will increase. Therefore, in the example shown in FIG. 13, the component P510-3 is displayed. The component P510-3 displays the result of the effect occurring according to the effect information of "increasing the technical score" and "level 1", and the technical score will increase. 5 points.

In addition, in the example shown in Figure 7, the effect information system that is beneficial to the user is associated with the grid P461-4 where the user stays, but there will also be an effect information system that is detrimental to the user associated with the grid P461-4. situation. Such a situation, generally speaking, according to the The related effect information will produce an unfavorable effect for the user, but when a special collaborative bonus event occurs, the effect based on the effect information associated with the grid P461-4 (unfavorable effect information for the user) will be suppressed and changed to The effect occurs according to the effect information beneficial to the user. For example, the effect occurs based on the effect information related to "Increase All Experience Points" and "Level 1". In addition, the effect occurs based on the effect information showing the effect opposite to the effect information associated with the grid P461-4. In addition, it may be that no adverse effect information associated with lattice P461-4 simply occurs.

[2-4] The user uses (consumes) the experience points given in the above manner, thereby improving the character's ability.

Figures 14 and 15 show an example of an ability-enhancing image for improving the ability of the main character. The capability enhancement image G700 shown in FIGS. 14 and 15 is displayed on the display unit 15 when the component P346 of the main command image G300 is selected.

As shown in FIGS. 14 and 15, the ability enhancement image G700 includes a first area A710, and the first area A710 includes a pitcher ability column P711 and a field player ability column P712. The pitcher ability column P711 displays the change content of the basic ability parameter related to the pitcher ability, and the field player ability column P712 displays the change content of the basic ability parameter related to the fielder ability. As shown in Figures 14 and 15, the field ability column P712 shows: before the change of the ballistic, attack range, explosive force, running speed, arm strength, defense force and ball catching parameters, which are the basic ability parameters related to the field ability And the changed value.

The ability-enhancing image G700 contains the second area A720, and the second area A720 contains the basic ability column P721 and the special ability column P722. As shown in Figure 14, the basic ability column P721 shows the current experience points (muscle strength, agility, technique, change ball and mental score) of the protagonist. Figure 14 shows the current strength, agility and skill of the protagonist Surgery, change ball and mental score were 27 points, 20 points, 24 points, 0 points, 0 points.

In the basic ability column P721, you can exchange part or all of the current experience points of the protagonist character, so that the protagonist character's basic ability parameters (ballistic, attack range, explosive power, running speed, arm strength, defense force and ball capture parameters ) Value increases.

The basic ability column P721 is associated with each basic ability parameter, and shows the ability value required to increase the value of the basic ability parameter by 1 point from the current value. The basic ability column P721 shown in Figure 13 shows that, for example, in order to increase the value of the ballistic parameter by 1 point from the current value, the muscle strength, skill, and mental score must be 30 points, respectively.

In addition, the basic capability column P721 is associated with each basic capability parameter, and the components P723-1, P723-2, P723-3, P723-4, P723-5, P723-6, and P723-7 are displayed.

For example, the component P723-1 is associated with a ballistic parameter, and the component P723-1 is associated with a process of redeeming a predetermined experience point and increasing the ballistic parameter by 1 point. By selecting the component P723-1, the user can exchange the muscle strength score: 30 points, the technical score: 30 points, and the mental score: 30 points to increase the ballistic parameter by 1 point from the current value. At this time, the ballistic parameter will increase by 1 point, and the result is displayed in the first area A710, and the required experience point is subtracted from the "current experience point" in the second area A720.

Similar to the component P723-1, the other components P723-2 to P723-7 are each related to the attack range, explosive force, running speed, arm strength, defense force, and ball catching parameters, and the components P723-2 to P723-7 are related to The process of redeeming the experience points of the booking and making these parameters increase by 1 point is associated.

In the state shown in FIG. 14, if the user selects the special ability column P722, it switches to the state shown in FIG. 15. As shown in Figure 15, the special ability column P722 is also displayed There are experience points currently maintained by the protagonist (muscle strength, agility, technique, change ball and mental score).

In the special ability column P722, part or all of the experience points currently maintained by the protagonist character can be exchanged to enable the protagonist character to acquire special abilities. In the example shown in Figure 15, the special abilities that the protagonist character can obtain are "opportunity ○", "left-hander ○", "stealing base ○", "running base ○", "passing ○", "Not easy to hurt ◎", "Average type hitter". "Opportunity ○" refers to the special ability of the opportunity to have better performance. "To the left shooter ○" is a special ability that will perform better when facing the left shooter. "Pirate base ○" is a special ability that steals base will become excellent. "Passing ○" is a special ability to pass the ball easily. "Not easy to hurt ◎" is a special ability that rarely hurts. The "average hitter" is a special ability that is prone to hitting hits.

The special ability column P722 is associated with each special ability, and displays the ability value required for the main character to acquire the special ability. In the special ability column P722 shown in FIG. 15, for example, in order to allow the protagonist character to obtain “opportunity ○”, the agility, skill, and mental score must be 15 points, 30 points, and 105 points, respectively. In addition, for example, in order for the protagonist to obtain "pass ○", the muscle strength, agility, and skill scores must be 48 points, respectively. In addition, regarding the special ability of the main character to complete the acquisition, the content that has been acquired is displayed.

Furthermore, the special ability column P722 is associated with each special ability and displays components P724-1, P724-2, P724-3, P724-4, P724-5, and P724-6.

For example, the component P724-1 is associated with "opportunity ○", and the component P724-1 is associated with a process for redeeming a predetermined experience point so that the protagonist character obtains "opportunity ○". By the user selecting the component P724-1, the agility score: 15 points, technical score: 30 points, and mental score: 105 points can be exchanged to enable the protagonist character to obtain "opportunity ○".

Similar to the component P724-1, each of the other components P724-2 to P724-6 It is associated with "left-handed shooter ○", "stealing base ○", "running base ○", "passing ○", "average hitter", and components P724-2 to P724-6 are related to the exchange experience Point to associate the protagonist’s ability to acquire these special abilities. The protagonist has completed the special ability to learn "Not easy to hurt ◎", so "Not easy to hurt ◎" is not associated with the component.

In addition, in the example shown in Fig. 15, "Lv.1" is displayed in association with "run base ○". Among them, "Lv.1" shows the essential level of "run base ○".

The essentials hierarchy shows whether the protagonist has the essentials for acquiring special abilities, and the degree to which the protagonist possesses the essentials. The case where the essential level is 1 or higher refers to the situation where the main character has mastered the essentials for obtaining special abilities. The higher the essential level, the greater the degree of mastering the essential character. The higher the level of essentials, the less the experience points required for the protagonist to acquire special abilities. In the state shown in Figure 15, the protagonist character needs less experience points to get "run base ○" than usual.

At the beginning of the cultivation part, the level of essential points of each special ability is set to zero. For example, in the cultivation part, the effect information showing the effect of the teaching method of the protagonist character may be associated with the grid P461 in the disk P460, and the effect will be generated according to the effect information, thereby allowing the protagonist character to grasp The case of living the essentials for obtaining special abilities. In the example shown in FIG. 7, the effect information showing the effect on the protagonist character teaching method is associated with the grid P461-7, so when the user's position stays in the grid P461-7, the effect is generated based on the effect information, The level of essentials of special abilities will rise. In addition, in the cultivation part, there may be an event where an event character teaches the main character the method of special ability. When such an event occurs, the level of the method of special ability will also increase.

As above, in the cultivation part, according to the options Learning items, etc.) to give experience points to the protagonist, the user can use the experience points to enhance the protagonist's ability (for example, can increase the protagonist's basic ability, or enable the protagonist to acquire special abilities). When the script proceeds to the end, the cultivation of the protagonist character ends, and, for example, the protagonist character shown in FIG. 2 is completed. The character series that has been cultivated is registered as an original character. After the cultivation part is finished, the cultivation part is started again from the beginning, so that another original character can be cultivated.

[2-5] In the above game, for example, not only responding to the movement from the grid P461-1 to the user position of the grid P461-4, the effect is generated according to the effect information of the grid P461-4, but also the grid through which the user position passes is changed Information on the effects of P461-2 and P461-3. As a result, the user not only needs to pay attention to the grid P461 where the user's position stays, but also needs to pay attention to the grid P461 through which the user's position passes, and accordingly performs game operations (operations for selecting practice items). Therefore, the user can be given the interest of "not only paying attention to the grid P461 where the user stays, but also the grid P461 passing through the user's position, and performing game operations accordingly", which can increase the interest of the game.

Moreover, in the above game, the effect information of the grid P461 passing through the user's position will be changed to effect information that is more beneficial to the user than the current effect information. Specifically, the effect level of the grid P461 passing through the user's position will increase by one stage. As a result, the user can be given the interest of "in order to change the effect information of the grid P461 into effect information more beneficial to the user, and deliberately perform game operations so that the user's position passes through the grid P461." That is, the user can be given interest in "even if the grid P461 is associated with the desired effect, and the user's position is intentionally passed through the grid P461 to increase the effect of the grid P461."

In addition, in the above game, each time the user position passes through the grid P461, the effect level of the grid P461 increases one stage at a time. As a result, the user system can increase the effect level of the lattice P461 by plural stages by repeatedly passing the user position through the lattice P461. As a result, you can give To the user's interest in "increasing the effect level of the lattice P461 by plural stages by repeatedly passing the user's position through the lattice P461".

Moreover, in the above game, the user position is moved by the number of grids corresponding to the number of levels of the practice item determined as the execution target. Therefore, the user must select both the exercise object to be executed while considering both the effect of the exercise item and the effect of the grid P46 set as the movement destination of the user's position. Therefore, it is possible to provide the user with the interest of "choosing both the effect of the practice item and the effect of the grid P461 set as the movement destination of the user's position while selecting the exercise item to be executed".

Moreover, in the above game, when the user's position moves from grid P461-1 to grid P461-4, if the conditions for the occurrence of the special cooperative bonus event are met, not only the effect based on the effect information of grid P461-4, but also The effect of the effect information of the grids P461-2 and P461-3 passing through the user's location. As a result, in the case where the conditions for the occurrence of the special cooperative bonus event are satisfied, more effects occur than in the normal case (when the conditions for the occurrence of the special cooperative bonus event are not satisfied). As a result, the user's willingness to meet the conditions for the occurrence of the special column addition event can be promoted.

Moreover, in the above game, in the case where the occurrence condition of the special cooperative bonus event is met, even if the moving destination grid P461-4 and the grid P461-2, P461-3 passing through the user's position are not good for the user The effect information is related, and the effect according to the effect information does not occur, and instead of the effect information, the effect occurs according to the effect information beneficial to the user. As a result, the user's willingness to meet the special cooperative bonus event can be enhanced. When the conditions for the occurrence of other collaborative bonus events are met, if an adverse effect occurs to the user, there will be doubts that users who meet the goal of the special collaborative bonus event will be dissatisfied. This, in the above game, can be reduced Dissatisfaction with such users.

In addition, in the example described above, the lattices P461-1 to P461-12 are arranged in a circular shape, but the lattices P461-1 to P461-12 do not have to be arranged in a circular shape, and may be arranged in a square or triangular shape, for example. In addition, for example, the lattices P461-1 to P461-12 may be arranged in a linear shape. In this case, the user position can also be moved back and forth (pendulum movement) on the lattices P461-1 to P461-12, thereby repeatedly moving the user position on the lattices P461-1 to P461-12. That is, when the user position moves from the grid P461-1 to the grid P461-12, the user position may be moved from the grid P461-12 toward the grid P461-1, and when the user position moves to the grid P461-1, it may be used again The home position moves from the grid P461-1 toward the grid P461-12. Alternatively, when the user position moves from the grid P461-1 to the grid P461-12, the user position may be returned to the grid P461-1, and the user position may be moved from the grid P461-1 toward the grid P461-12 again, thereby allowing the user The position repeatedly moves on the grids P461-1 to P461-12. In addition, the number of lattices P461 is not limited to 12, and the number of lattices P461 may be 13 or more, or 11 or less.

In addition, in the above description example, for example, when the user position moves from the grid P461-1 to the grid P461-4, the effect level is increased for all the grids P461-2 and P461-3 that the user's position passes, but only A part of grid P461 among the grids P461-2 and P461-3 through which the user position passes increases the effect level. Similarly, in the example described above, in the case where the user position moves from the grid P461-1 to the grid P461-4, when the conditions for the occurrence of the special cooperative bonus event are satisfied, all the grids P461 passing through the user position -2, P461-3, the effect based on the effect information will occur, but only a part of the grid P461 among the grids P461-2 and P461-3 passing through the user's position may generate the effect based on the effect information.

Furthermore, in the example described above, the grid passing through the user's position is raised The effect level associated with P461, but can also increase the number of effect types associated with the grid P461 through which the user's location passes. For example, as shown in Figure 7, in the state where the effect type of "Increase Technical Score" is associated with P461-2, when the user's position passes through P461-2, in addition to the effect type of "Increase Technical Score" It is also possible to associate another effect type such as "increasing the technical score" with the grid P461-2.

Furthermore, in the example shown above, although all the lattices P461 are associated with the effect information (see FIGS. 7 and 12), there may be a lattice P461 that is not associated with the effect information. For example, a specific grid P461 may not be associated with effect information. In addition, for example, when initially setting the effect information of each grid P461, at least one grid P461 may not be associated with the effect information according to the probability information (in other words, in a random manner). In addition, in this aspect, when the user's position stays in the grid P461 that is not associated with the effect information, the grid P461 can also be changed to a state associated with the effect information. Alternatively, when the user position passes through the grid P461 that is not associated with the effect information, the grid P461 can also be changed to a state where the effect information is associated. Moreover, for example, when the user's position stays in the grid P461 associated with the effect information, and after the effect according to the effect information occurs, when resetting the effect information of the grid P461, the grid P461 can also be changed to the unrelated effect The status associated with the news.

Moreover, in the above-mentioned example, the user's position is moved by a grid corresponding to the number of levels of the exercise items performed by the main character, but it is not limited to such a form. For example, it is also possible to set the mobile grid number information that displays the number of mobile grids for each exercise item independently of the level, and display the information in association with each exercise item, and move the user's position up to the character set by the protagonist. The grid shown in the above information of the practice item. In addition, in this aspect, the mobile grid of each exercise item can also be set according to the probability information (in other words, in a random manner) Sub-quantity information. Furthermore, in such an aspect, the number of moving grids set in each exercise item may be changed every predetermined timing. For example, the number of movement grids set for each exercise item may be changed every time a predetermined number of exercises (which may be one or a plurality of times) are performed, or every round of a predetermined number of times.

[3. Function block]

FIG. 16 is a functional block diagram showing the functional blocks related to the cultivation part among the functional blocks implemented in the game system 1.

As shown in FIG. 16, the game system 1 includes a data storage unit 100, a receiving unit 110, a moving unit 120, a determination unit 130, an execution unit 140, a first modification unit 150, and a second modification unit 160. The data memory unit 100 is implemented by at least one of the memory unit 12, the memory unit 32, and the database 34. In addition, functional blocks other than the data storage unit 100 are implemented by at least one of the control unit 11 and the control unit 31. That is, all the functional blocks except the data storage unit 100 can be realized by the control unit 11, all the functional blocks can also be realized by the control unit 31, or a part of the functional blocks can be realized by the control unit 11, the remaining functional blocks It is realized by the control unit 31.

[3-1. Data Memory Department]

The data memory section 100 memorizes the data necessary to execute the game. In this regard, as an example of the data stored in the data storage unit 100, the data required to execute the cultivation portion of the aforementioned baseball game will be described. For example, the data storage section 100 memorizes: displays data of a list of users who play games using the game system 1, displays data of a list of event characters possessed by each user, and displays original characters possessed by each user (by each A list of original characters created by users. In addition to these data, as shown in Figure 16, the data memory section 100 memory: practice effect Fruit data D101, lattice effect data D102, lattice data D103, event deck data D104 and cultivation status data D105.

[3-1-1] Figure 17 shows an example of practice effect data D101. The practice effect data D101 displays the effect information associated with each practice item. As shown in Figure 17, the practice effect data D101 contains: "Exercise ID", "Name" and "Effect" fields.

The "Exercise ID" field displays identification information for uniquely specifying each exercise item. The "Name" field displays the name of the exercise item. The "Effect" field displays the effect information. As shown in Figure 17, the sub-fields of the "Effect" field contain: "Lv.1", "Lv.2", "Lv.3", "Lv.4" and "Lv.5" fields . The "Lv.1" field displays the content of effects that occur when performing level 1 exercises. That is, when the "Lv.1" field shows which experience points of muscle strength, agility, technique, change ball, and mental score have increased when performing level 1 exercises. For example, "Muscle Strength + 2" shows that the muscle strength score is increased by 2 points. The "Lv.2", "Lv.3", "Lv.4" and "Lv.5" fields are also the same as the "Lv.1" fields.

In addition, the effect displayed in the practice effect data D101 is a basic effect, and the actual effect may increase (or decrease) according to the motivation parameters of the protagonist characters or the number or parameters of game characters associated with the practice items. For example, in the example shown in Figure 17, the effect of level 1 base running exercises is set to "muscle strength +2, agility +8", but when actually performing level 1 base running exercises, there will be a basis and a base Practice the type or number of game characters associated with the game, and make the muscle strength score more than 2 points (or less) according to the protagonist parameters of the protagonist characters or the number or parameters of game characters associated with the practice items, or A situation where the agility score is more than 8 points (or less).

[3-1-2] Figure 18 shows an example of lattice effect data D102. Lattice effect If the data D102 shows the effect information that there is a possibility of being associated with each grid P461. As shown in Figure 18, the grid effect data D102 contains: "Effect ID", "Name", "Category" and "Effect" fields.

The "Effect ID" field displays identification information used to uniquely specify each effect. The "Name" field displays the name of the effect. The "Category" field shows whether the effect is beneficial to the user or is unfavorable to the user. For example, a case that belongs to an effect that benefits the user is registered in the "category" field with a value of "1", and a case that belongs to an effect that is harmful to the user is registered in the "category" field with a value of "0".

The "Effect" field displays the effect information. As shown in Figure 18, the secondary field of the "Effect" field contains: "Lv.1", "Lv.2" and "Lv.3" fields. The "Lv.1" field displays the content of the effect that occurs when the effect level is "1". That is, the "Lv.1" field shows when the effect level is "1", which one of the muscle strength score, agility score, technical score, change ball score, mental score, physical parameters and motivation parameters will increase Still reduced. For example, "Muscle Strength +5" shows that the muscle strength score will increase by 5 points. In addition, regarding the effect "point GET", the "Lv.1" field displays a list of points that may give the protagonist character when the effect level is "1". The "Lv.2" and "Lv.3" fields are also the same as the "Lv.1" fields.

[3-1-3] Figure 19 shows an example of grid data D103. The grid data D103 displays information about each grid P461 in the disk P460. As shown in FIG. 19, the grid data D103 includes "Grid ID", "Effect ID", "Effect Level", and "User Position Rank (rank)".

The "Grid ID" field displays the identification information used to uniquely identify each grid P461. In addition, the ascending order of the grid ID corresponds to the order of the grid P461 where the user's position should move Sequence, the "Grid ID" column also shows the sequence of grid P461 where the user's position should move. In the example shown in FIG. 19, the lattice ID "1" corresponds to the lattice P461-1. Similarly, lattice IDs "2" to "12" correspond to lattices P461-2 to P461-12, respectively.

The "Effect ID" field displays the effect ID of the effect associated with P461. The "Effect Level" field displays the level of the effect associated with P461. The "User Location Flag" column shows the grid P461 where the user location currently stays. For example, the grid P461 where the user's location currently stays is registered in the "user location flag" field with a value of "1", and the grid P461 about the user's current location is not registered in the "user location flag" with the value "0" "Field.

[3-1-4] Figure 20 shows an example of event deck data D104. The event deck data D104 displays event characters lined up to the event deck. As shown in Figure 20, the event deck data D104 contains "Setting Frame", "Event Character ID", "Owner", "Name", "Rarity", "Attribute", "Defensive Position", "Good at "Exercise", "Experience", "Level", "Ability Parameter", "Event" fields, etc.

The information displayed in the "Setting Frame" field displays any of the setting frames P231-1, P231-2, P231-3, P231-4, P231-5, P232 in the event deck area A230 in the setting image G200 By. In the example shown in FIG. 20, the setting frames "1" to "5" correspond to the setting frames P231-1 to P231-5, respectively, and the setting frame "6" corresponds to the setting frame P232.

"Event Character ID", "Owner", "Name", "Rarity", "Defensive Position", "Excellent Practice", "Experience Value", "Level", "Ability Parameter", "Event" Field System Each displays the event character ID, owner, name, rarity, attribute, defensive position, good at practice, experience value, and level of the event character set in the setting frame. The "attribute" field shows whether the event character set in the setting frame belongs to "player" or "manager".

The "Ability Parameter" field displays the ability parameters of the event character set in the setting frame. For example, when a game event occurs in the cultivation part, the event characters lined up in the event deck participate in the game as the teammates of the main character. When performing such a match event, refer to the ability parameters of the event person.

The "Event" field displays event information about the event associated with the event person set in the setting frame. In other words, the "Event" field displays event information about events that can occur in the game when the event character is queued to the event deck. Event information is information showing the name or content (effect) of the event. For example, the event information contains: information about the type and number of experience points or ability parameters given to the protagonist due to the occurrence of the event. In addition, the "event" field also stores information showing the probability or condition of the event.

[3-1-5] Figure 21 shows an example of the cultivation status data D105. The cultivation status data D105 shows the cultivation status of the leading character in cultivation. As shown in Figure 21, the cultivation status data D105 contains the following fields.

The "Name" field displays the name of the main character. The "Defensive Position" column shows the defensive position of the baseball the protagonist is good at. The "posture" and "dominant hand" fields show the protagonist's posture (strike posture or pitching posture) and dominant hand. The "Energetic Parameters" and "Physical Strength Parameters" fields show the energy parameters and physical strength parameters of the main character at the present time. The "Evaluation" column shows the evaluation of the main character by other game characters (teammates, managers, head coaches, or scouts) at the current time. The "Essentials" field displays the essentials obtained by the main character up to the present 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 point. In addition, the "Experience Points Score" field There can also be stored: the experience points possessed by the main character at the current time point (that is, the experience points remaining at the current time point), and the accumulated experience points obtained by the main character at the current time point.

The "Basic Ability Parameters" column displays the basic ability parameters of the protagonist at the current time (ballistic, strike range, explosive power, running speed, arm strength, defense force, and ball capture parameters).

The "Special Ability Parameters" field displays the special ability parameters of the main character at the current time. The special ability parameters are displayed: the availability of the special ability and the level of the special ability acquired. For example, when the protagonist finishes acquiring the special ability "opportunity ◎", he will register "2" in the "opportunity" field in the "special ability parameter" field. In addition, for example, when the protagonist character acquires the special ability "Left pitcher ○", "1" is registered in the "Left pitcher" field in the "Special ability parameter" field. Moreover, for example, when the protagonist character does not acquire the special ability "push and hit", "0" is registered in the "push and hit" field in the "special ability parameter" field.

The "exercise execution status" field shows the execution status (execution history) of the exercise up to the present time. The "Exercise Execution Status" field is registered for each exercise item: the current time level, the cumulative number of execution exercises, and the game character (teammate, manager, head coach, or scout) associated with the exercise item in the current round . Furthermore, the "Progress Status" field displays the current progress status. For example, the "Progress Status" field displays the number of remaining rounds or the current in-game time.

[3-1-6] In addition, the data storage unit 100 stores the data as described above, and also stores: For example, game characters (other than the event characters arranged in the event deck) that are pre-set characters in the script Of game characters) etc.

[3-2. Reception Department and Mobile Department]

The accepting unit 110 accepts a selection from a plurality of options, the plurality of options including options associated with processing information (first type of processing information) regarding game processing.

Moreover, the moving unit 120 moves the user's position according to the game operation between a plurality of positions including positions associated with processing information (second type processing information) regarding game processing. For example, the moving unit 120 determines the moving destination of the user's location based on the option selected from the plurality of options, and then moves the user's location from the current location to the moving destination.

[3-2-1] "Plurality of options" refers to the objects selected by the user. "Multiple Options" may contain only options associated with processing information (first processing information), or options associated with processing information (first processing information) and non-processing information (first processing) Information) The two parties associated with the option.

For example, in the case of a game played by the user selecting one of a plurality of commands displayed on the screen, the plurality of commands corresponds to an example of "plural options". In the aforementioned baseball game example, the components P411 to P416 of the practice command image G400 correspond to an example of "plural options". That is, the options of the practice item correspond to an example of "plural options".

"Accepting a selection from a plurality of options" refers to accepting a selection operation to select one from a plurality of options. In addition, "accepting the selection from a plurality of options" can also be the selection data of one of the repeating options selected for the display of the acceptance. It is not only allowed to choose one of the options, but also allows you to choose a plurality of options from the plurality of options.

[3-2-2] "plural position" refers to the position where the user's position can move. change In other words, the location where the user's location can stay. Furthermore, it can also be said that "plural positions" refers to a plurality of positions set on a path for user position movement. The "plural number of locations" may also contain only the locations associated with the processing information, and may also contain both the locations associated with the processing information and the locations not associated with the processing information.

For example, the "plural positions" is configured such that the user's position will move (pass) a plurality of times at least a part of these plural positions. That is, the user position moves from the initial position among the plurality of positions toward the predetermined direction, and when the user position reaches the predetermined position among the plurality of positions, the user position returns to the initial position (or, the position on the way: between the initial position and the predetermined position Between another location). For example, a plurality of positions are set in a circular shape, and the user position returns to the initial position around the clockwise (counterclockwise) circle from the initial position. Moreover, for example, a plurality of positions are set to be linear, and when the user position moves from one end position (first end position) and the user position reaches the other end position (second end position), the user position returns to the first position End position (or any position between the first end position and the second end position). In addition, when the user position reaches the second end position, the user position may also move from the second end position toward the first end position.

Moreover, for example, "plural positions" are represented by plural grids. Moreover, a sequence such as "plural positions" can also be represented by plural nodes connected to each other. In the aforementioned baseball game example, the grids P461-1 to P461-12 in the disc P460 of the practice instruction video G400 correspond to an example of "plural positions".

[3-2-3] "User position" refers to a position that moves according to the user's operation. In other words, "user location" refers to the location currently associated with the user among the plurality of locations. In other words, "user location" refers to the location where the user currently stays among the plurality of locations.

For example, in the case of a game in which a mobile body (for example, a chess piece, a game character, or a cursor) is moved among a plurality of positions according to the user's operation, the current position of the mobile body corresponds to the "user position". That is, the position where the mobile body currently stays corresponds to the "user position".

In addition, in the case of a game where the position displayed differently among the plurality of positions changes according to the user's operation, the position displayed differently corresponds to the "user position". In addition, the "distinct display position" refers to, for example, a position set to a color different from other positions or a position set to blink.

Furthermore, an object indicating any one of the plurality of positions is displayed on the display unit, and according to the user's operation, the situation of the game in which the position indicated by the object is changed is determined by the position indicated by the object. Equivalent to "user location". For example, a plurality of positions (grids, etc.) set in a circle and an indicator that can rotate around the central axis of the circle are displayed on the display, and the indicator rotates around the central axis according to the user's operation. In the case of a game where the position indicated by the section changes, the position indicated by the indication section corresponds to the "user position". In the aforementioned baseball game example, the cursor P462 in the disk P460 corresponds to an example of the above-mentioned "object", and the protrusion P463 corresponds to an example of the above-mentioned "instruction", which is indicated by the cursor P462 (protrusion P463) The grid P461 corresponds to an example of "user position".

[3-2-4] "Game operation" refers to an operation related to the movement of the user's position. For example, "game operation" may also refer to the operation of specifying the destination of the user's location. In other words, "game operation" can also refer to an operation that specifies the distance to move the user's position. Also, for example, "game operation" may also refer to an operation that simply indicates the movement of the user's position (for example, an operation to roll an imaginary dice displayed on the display unit or an operation to rotate an imaginary roulette) Wait). At this time, the moving destination or moving distance of the user's position may also be randomly determined by the computer. In the aforementioned In the example of a baseball game, the operation of selecting any one of the components P411 to P416 of the practice instruction image G400 is equivalent to an example of "game operation".

[3-2-5] "Depending on the selected option, determine the destination of the user's location" refers to, for example, determining the distance traveled by the user's location based on the selected option, deciding to move from the current user's location The location of the distance is the moving destination. Furthermore, for example, the moving direction of the user position may be determined according to the selected option, and the position traveling from the current user position in the determined moving direction may be determined as the moving destination.

In the aforementioned baseball game example, the destination of the user's location is determined based on the level of the practice item corresponding to the component selected from the components P411 to P416 of the practice instruction image G400. Specifically, the moving unit 120 determines that the grid P461 moving from the grid P461 at the current user position by the number of grids corresponding to the above-mentioned rank is the destination of the movement.

[3-2-6] "Game processing" refers to processing executed in a game. For example, "game processing" includes effect generation processing that generates effects on the game. "In-game effects" refer to the effects that occur in the game. With regard to "effects in games", various effects can be set according to the content of the game.

For example, changing the game parameters corresponds to an example of "game effects". "Game parameters" refer to parameters related to the game. For example, the parameter system that changes according to the user's game operation corresponds to an example of "game parameter". In addition, the parameters used as the basis of game processing also correspond to an example of "game parameters". For example, the difficulty parameter that shows the difficulty of the game is also equivalent to an example of "game parameter". In the aforementioned baseball game example, the protagonist's experience points, physical strength parameters, motivation parameters, or ability parameters (basic ability parameters or special ability parameters) are examples of "game parameters." Also, increase the experience points of the main character, so that the main character An increase (or decrease) in the physical parameters of the horn character, or an increase (or decrease) in the motivation parameter of the protagonist, etc. is equivalent to an example of "an effect on the game".

Moreover, for example, giving a game object (or confiscation) corresponds to an example of "effect on game". "Game object" means an object used in a game. In other words, "game object" refers to an object given to the user in the game. For example, game scores, game items, game characters, or game cards are equivalent to an example of "game objects". In the aforementioned baseball game example, the experience points of the protagonist characters or the essentials for obtaining special abilities are equivalent to an example of "game objects". Furthermore, giving the protagonist character (user) experience points or essentials is equivalent to an example of "effect on the game".

Moreover, for example, setting the state of the game to a specific state, or changing the user's position corresponds to an example of "effect on the game". "Setting the state of the game to a specific state" means, for example, setting the state of the game to a state favorable to the user, or setting the state of the game to a state unfavorable to the user, etc. In addition, "changing the user's location" means that the user's location is forcibly changed from the current location to another location.

"Game processing" can be either a game processing that is good for users or a game processing that is bad for users.

"Game processing beneficial to the user" refers to the execution of the game processing, and in order to achieve the goal in the game, the game processing becomes beneficial to the user.

In the game, according to the content of the game, for example, a "goal" is set to increase (or decrease) game parameters, obtain a predetermined game item, obtain a high score, or eliminate an enemy. In the case of a game in which a user cultivates a game character, or a game in which a user enhances a game card or game item, the game parameters (performance parameters) that display the performance of the game character, game card, or game item are related Should be "target". In addition, in the case of a game for the purpose of improving the intimacy of the user and the game character, the game parameter (intimacy parameter) for increasing the display intimacy with the game character is equivalent to the "goal". In the example of the aforementioned baseball game (breeding part), the enhancement of the protagonist's ability parameters (basic ability parameters and special ability parameters) is equivalent to "target".

For example, the effect generation processing that generates effects that are beneficial to the user is equivalent to an example of "game processing that is beneficial to the user." "Effects that are beneficial to the user" refer to effects that are beneficial to the user for the purpose of achieving the goal in the game. That is, to make the goal easier to achieve.

The increase in game parameters is equivalent to the "target" situation. Increase the game parameters, give the game objects to increase the game parameters, and set the game parameters to a state that is easy to rise (or difficult to fall) (for example, the rate of increase of the game parameters is set to be higher than usual It is also high. Relaxing the conditions for improving the game parameters, or increasing the probability of game events that help to increase the game parameters, etc.) is an example of "a beneficial effect for the user." In the aforementioned baseball game example, increasing the protagonist’s experience points, increasing the protagonist’s physical parameters, increasing the protagonist’s motivation parameters, or giving the protagonist the ability to gain special abilities are equivalent to “for users An example of beneficial effects".

In addition, reducing the difficulty of the game is equivalent to an example of "advantageous effects for users."

On the other hand, "game processing unfavorable to the user" refers to the execution of the game processing, and in order to achieve the goal of the game, it becomes a game processing unfavorable to the user.

For example, an effect generation process that causes an effect that is unfavorable to the user is equivalent to an example of "game process unfavorable to the user." "Unfavorable effects for users" means The goal of the game is to make it unfavorable to users. That is, making the goal difficult to achieve.

In the case where increasing the game parameters is equivalent to the "goal", the game parameters are reduced and the game parameters are set to a state that is difficult to increase (or easy to decrease) (for example, the rate of increase of the game parameters is set to be lower than usual, use to increase the game parameters The conditions to be met become severe, or the occurrence probability of game events that hinder the rise of game parameters, etc.) is equivalent to an example of "unfavorable effects to users". In the aforementioned example of a baseball game, reducing the physical parameters of the protagonist or reducing the motivation parameters of the protagonist is equivalent to an example of "unfavorable effects to the user".

In addition, the increase in the difficulty of the game is equivalent to an example of "unfavorable effects for users."

[3-2-7] "Processing information" refers to the information used to perform game processing. For example, "processing information" refers to information that shows the content of game processing that should be performed. "Processing information" may also refer to information showing the presence or absence of game processing. That is, there may also be options or locations associated with displaying processing information that does not perform game processing. "Processing Information" can also be information showing the probability of performing game processing. That is, it is also possible to decide whether to execute game processing based on the probability. The probability of executing game processing can also vary according to each option or location.

Game processing includes situations where effects occur, and "processing information" contains effect information about effects on the game. "Effect Information" is the information used to generate the effect.

For example, "effect information" is information that shows the content of the effect that should occur. "Information showing the content of effects that should occur" refers to, for example, information showing the type and degree of effects that should occur. In addition, "information showing the content of the effect that should occur" may also refer to information showing one of the type and degree of the effect that should occur.

In addition, for example, "effect information" may also be information showing the presence or absence of effects. That is, there may also be a position associated with displaying effect information that does not cause the effect to occur. In addition, "effect information" can also be information that shows the probability of the effect occurring. That is, it is also possible to decide whether to make an effect occur based on the probability. The probability of the effect occurring can also vary according to each option or location.

"First Processing Information" refers to processing information associated with options. On the other hand, "second processing information" refers to processing information associated with a location. The "first processing information" and "second processing information" can be both processing information about the same type of game processing or processing information about different types of game processing.

For example, "First Processing Information" and "Second Processing Information" can both be used as processing information for processing to improve game parameters, and "First Processing Information" and "Second Processing Information" can also be a party As the processing information about the process of raising game parameters, and the other party as the processing information about the process of giving game items.

In addition, even if the "first processing information" and "second processing information" are processing information about the same type of game processing, the content of the game processing will still be in the "first processing information" and "second type "Processing information" is presented differently. For example, even if the "first type processing information" and "second type processing information" belong to the processing information about the processing of increasing game parameters, the target game parameters or the degree of increase will remain in the "first type "Processing information" is different from "second processing information". For example, "first-type processing information" is processing information about processing to increase the first game parameter, and "second-type processing information" is processing information about processing to increase the second game parameter. Or, for example, "the first processing information" is processing information about processing to increase the game parameters by the first amount, and the "second processing information" is processing information about the game The processing information for the processing that increases the number by the second amount.

In the aforementioned baseball game, the effect information (refer to FIG. 17) associated with the practice items corresponding to the respective components P411 to P416 of the practice instruction image G400 is equivalent to "first-type processing information". Moreover, the effect information (refer to FIGS. 18 and 19) associated with each grid P461 of the disk P460 in the exercise instruction image G400 is an example of "second processing information".

[3-2-8] In the example of the aforementioned baseball game, the accepting unit 110 accepts the selection of the components P411 to P416 of the practice instruction video G400. In addition, the moving unit 120 moves the user's position according to the game operation between the grids P461-1 to P461-12 of the disk P460 in the exercise instruction video G400. For example, the moving part 120 moves the position of the user according to the level of the exercise item corresponding to the component selected from the components P411 to P416. Specifically, the moving unit 120 determines that the grid P461 moving from the grid P461 belonging to the current user position by the number of grids corresponding to the above-mentioned rank is the moving destination, and moves the user position from the current position to the moving destination.

[3-3. Execution section] The execution section 140 executes game processing based on the processing information (second processing information) associated with the first position in response to the movement of the first position among the reciprocating positions of the user. In addition, the execution unit 140 may also execute game processing based on the first type of processing information associated with the option selected from the plurality of options and the second type of processing information associated with the first position.

[3-3-1] "First position" refers to a position among a plurality of positions and is associated with processing information. "First position" refers to a position that can be moved from the current user's position. For example, a plurality of positions are set on the moving path, and only In the case of moving in a certain direction, the "first position" is a position in a predetermined direction away from the current user position. Moreover, "movement to the user position of the first position" refers to a state where the user position stays at the first position.

[3-3-2] "The game process is executed in response to the movement of the user's position to the first position" refers to the execution of the game process using the movement of the user's position to the first position as a trigger.

For example, when the user's position moves to the first position, the execution unit 140 executes the drama process. The execution unit 140 can execute the game process immediately after the user position moves to the first position, or wait for the predetermined execution condition to be satisfied after the user position moves to the first position, and then execute the game process.

Moreover, for example, the execution unit 140 may execute the game process when it is determined that the user's position moves to the first position (when the first position is determined as the movement destination of the user's position). That is, the execution unit 140 may execute the game process after determining that the user's position has moved to the first position, and before the user's position actually starts moving to the first position. Alternatively, the execution unit 140 may also determine that after the user's position moves toward the first position, the game process is executed while the user's position moves toward the first position.

[3-3-3] "Perform game processing based on processing information associated with the first location" refers to executing game processing based on processing information associated with the first location. For example, "execution of game processing based on processing information associated with the first location" refers to execution of game processing of the content indicated by the processing information associated with the first location.

In addition, when the processing information associated with the first location shows the presence or probability of execution of the game processing, "based on the processing information associated with the first location, executing the game processing" may also refer to the association with the first location The processing information determines whether the game processing is executed, When the execution of the game process is decided, the game process is executed.

For example, when the processing information associated with the first location includes effect information, the execution unit 140 executes game processing based on the effect information associated with the first location. "Perform game processing based on processing information associated with the first location" refers to performing effect generation processing based on the effect information associated with the first location.

"Perform the effect generation processing based on the effect information associated with the first position" means that the effect according to the effect information associated with the first position occurs in the game. For example, "perform the effect generation processing based on the effect information associated with the first position" means that the effect indicated by the effect information associated with the first position occurs. That is, "perform the effect generation processing based on the effect information associated with the first position" means that the effect of the type or degree shown in the effect information associated with the first position occurs, or the effect associated with the first position Effects of the type and degree shown in the effect information occur.

In addition, when the effect information associated with the first location shows the presence or probability of the occurrence of the effect, "perform the effect generation processing based on the effect information associated with the first location" may also refer to the The effect information determines whether the effect generation process is executed, and when the effect generation process is determined to be executed, the effect generation process is executed.

[3-3-4] "Perform game processing based on the first processing information associated with the selected option and the second processing information associated with the first position" means, for example, based on the selected The first type of processing information associated with the option performs game processing (first game processing), and the game processing (second game processing) is performed based on the second type of processing information associated with the first position.

At this time, the first game processing and the second game processing can be executed in parallel, and can be After one party executes, the other party executes.

Furthermore, at this time, the first game process may be executed at a time before the destination of the user's location is determined. That is, the first game process may be executed, and then, the destination of the user's position is determined, and the second game process is executed in response to the movement of the user's position to the destination (first position).

In addition, at this time, the result of the first game process and the result of the second game process may be displayed on the display unit differently, and may be aggregated and displayed. For example, when the result of the first game processing is "game score X rises by 10 points" and the result of the second game processing is "game score X rises by 20 points", it may be displayed on the display unit after the game score X rises by 10 points. The display unit 15 displays that the game score X has risen by 20 points. In addition, the display order can also be reversed. In addition, it is also possible to simultaneously display that the game score X rises by 10 points and the game score X rises by 20 points in different display areas. Alternatively, the result of the first game process and the result of the second game process may be merged into one, and the game point X may be displayed on the display unit 15 to increase by 30 points.

[3-3-5] In the example of the aforementioned baseball game, for example, selecting the component P413 of the practice instruction image G400 in the state shown in FIGS. 5 to 8, when the user position moves to the grid P461-4 (the first position of In one example), the execution unit 140 executes the effect generation processing of the effect information associated with the grid P461-4. For example, in the state shown in FIG. 7, the execution unit 140 executes a process of increasing the technical score by 5 points (an example of the second game process) (see FIG. 10 ). Furthermore, the execution unit 140 executes the generation processing corresponding to the effect of the exercise item associated with the component P413. For example, the execution unit 140 executes processing (an example of the first game processing) to increase the muscle strength score by 4 points, increase the agility score by 12 points, and reduce the physical strength parameter by 25 points (see FIG. 10 ).

[3-4. First Change Department]

The first changing unit 150 changes the processing information (the second type of processing information) associated with the position according to the execution of the game processing of the processing information associated with the position (for example, the first position, etc.).

"Changing the processing information associated with a location" means re-determining the processing information associated with a location, associating the processing information with the location, thereby changing the processing information associated with the location to the re-determined processing News.

"Change the processing information associated with the location in response to the execution of the game processing associated with the processing information of the location" refers to the change of the processing information associated with the location triggered by the execution of the game processing based on the processing information associated with the location Processing information associated with the location.

For example, when the first changing unit 150 executes game processing based on the processing information associated with the location, it executes the change of the processing information associated with the location. The first change unit 150 can execute the change immediately after executing the game process based on the processing information associated with the location, or wait for the predetermined change condition after executing the game process based on the processing information associated with the first location Satisfy and execute the change.

In the aforementioned example of the baseball game, for example, when an effect according to the effect information associated with the grid P461-4 (an example of the first position) occurs, the first changing unit 150 resets the one associated with the grid P461-4 Performance information. For example, the first changing unit 150 is to select a new effect type associated with the grid P461-4, and select any one of the plurality of effect types (Figure 17) based on the probability information, so that the selected effect type is related to the grid P461-4. Associated. At this time, the first changing unit 150 initializes the effect level associated with the grid P461-4 to "1".

In the example shown in Figure 12, select "Increase Agility Score" as the new effect type to be associated with P461-4, and use "Increase Agility Score" and "Level 1" Associated with P461-4 for new effect information. As a result, the effect information associated with the grid P461 was changed from "increased technical score" and "level 1" to "increased agility score" and "level 1" (see Figures 7 and 12).

[3-5. Second Change Department]

The second changing unit 160 changes the processing information (second type of processing information) associated with the second position, which is located on the passing path from the user position before moving to the first position to the first position.

[3-5-1] "The second position on the passing path from the user position before the move to the first position" refers to the position between the user position before the move and the first position, and is located before the move Location other than the user's location and the first location. In other words, the "second position" refers to the position where the user's position will pass from the position before the movement to the first position.

In addition, when there are a plurality of positions between the user position before the movement and the first position, both the plurality of positions may be equivalent to the "second position", or only a part of the plurality of positions may be equivalent to the " Second position". That is, when there are a plurality of positions between the user position before the movement and the first position, the processing information can be changed for all of the plurality of positions, or only for a part of the plurality of positions Change the processing information.

[3-5-2] "Changing the processing information associated with the second location" refers to changing the processing information associated with the second location in response to the movement of the user's location to the first location. In other words, "change the processing information associated with the second location in response to the movement of the user's location to the first location" refers to changing the processing information associated with the second location with the user's location moving to the first location as a trigger .

For example, when the user's position moves to the first position, the second changing unit 160 changes the processing information associated with the second position. The second changing unit 160 may perform the change immediately after the user position moves to the first position, or may wait for a predetermined execution condition to be satisfied after the user position moves to the first position to execute the change.

Furthermore, for example, the second changing unit 160 may execute the change of the processing information associated with the second position when it is determined that the user position moves to the first position after the user position moves to the first position. That is, the second changing unit 160 may perform the change after determining that the user position moves to the first position and before the user position actually starts moving to the first position. Alternatively, the second changing unit 160 may perform the change while the user's position is moving toward the first position after determining that the user's position is moving to the first position. For example, the second changing unit 160 may perform the change immediately before, immediately after, or during the passing of the user's position.

In addition, the changes made by the second changing unit 160 (changes in the processing information associated with the second position) and the execution of the game processing performed by the execution unit 140 (the execution is based on the processing information associated with the first location) Game processing), it can be executed at the same timing or at different timings.

[3-5-3] "Changing the processing information associated with the second location" means, for example, changing the processing information associated with the second location to display the game processing that is different from the currently associated processing information. Processing information for game processing.

"Changing the processing information associated with the second location" may also refer to a state where the second location is not associated with processing information and changed to a state where the second location is associated with processing information. In addition, "changing the processing information associated with the second location" may also refer to the state associated with the processing information from the second location, changing to the state where the second location is not associated with the processing information.

Moreover, when the processing information associated with the second location indicates the presence or probability of execution of game processing, "changing the processing information associated with the second location" may also refer to changing the presence or execution of game processing Probability.

In the case where the processing information associated with the second location contains effect information, "changing the processing information associated with the second location" may also refer to changing the effect information associated with the second location. "Changing the effect information associated with the second location" refers to changing the effect information associated with the second location to display effect information that is different from the effect shown in the currently associated effect information.

For example, "changing the effect information associated with the second location" refers to changing the effect information associated with the second location in such a way that the effect increases. In addition, "change the effect information associated with the second location in such a way that the effect increases" refers to, for example, changing the effect information associated with the second location to display the type of effect information currently associated with the second location The effect information of the same type of effect, and an effect of a greater degree than that shown in the currently associated effect information of the second location.

Moreover, "changing the effect information associated with the second location" may also refer to changing the effect information associated with the second location in a manner that reduces the effect. In addition, "change the effect information associated with the second location in such a way that the effect is reduced" refers to, for example, changing the effect information associated with the second location to display the same type of effect information currently associated with the second location. The effect information of the type, and the effect of the effect is smaller than the degree shown by the effect information currently associated with the second position.

In addition, "changing the effect information associated with the second location" can also refer to the state where the second location is not associated with the effect information, and the change to the second location is associated with the effect information status. In addition, "changing the fruit information associated with the second location" may also refer to the state associated with the effect information from the second location, and changed to the state where the second location is not associated with the effect information.

For example, the second changing unit 160 changes the processing information associated with the second location to processing information related to game processing that is more beneficial to the user than the processing information currently associated with the second location. That is, the second changing unit 160 changes the processing information associated with the second location to processing information that is more beneficial to the user than the game processing indicated by the currently associated processing information.

When the processing information associated with the second location contains effect information, the second changing unit 160 changes the effect information associated with the second location to effect information that is more beneficial to the user than the currently associated effect information. For example, when the effect information about the effect beneficial to the user is associated with the second location, the second changing unit 160 changes the effect information associated with the second location in such a way that the effect increases. In addition, for example, when the effect information about the effect adverse to the user is associated with the second location, the second changing unit 160 may also change the effect information associated with the second location in a manner that reduces the effect. In addition, for example, the second changing unit 160 may also change the effect information associated with the second position to display effect information of a type that is more beneficial to the user than the type shown in the currently associated effect information.

In addition, for example, the second changing unit 160 may change the processing information associated with the second location to display processing information that is more unfavorable to the user than the game processing indicated by the currently associated processing information.

When the processing information associated with the second location contains effect information, the second changing unit 160 may also change the effect information associated with the second location to an effect that is more harmful to the user than the currently associated effect information News. For example, when it comes to If the effect information is related to the second position, the second changing unit 160 may also change the effect information related to the second position in such a way that the effect is increased. In addition, for example, when the effect information about the effect beneficial to the user is associated with the second location, the second changing unit 160 may also change the effect information associated with the second location in a manner that reduces the effect. In addition, for example, the second changing unit 160 may also change the effect information associated with the second position to display effect information of a type that is more unfavorable to the user than the type shown in the currently associated effect information.

[3-5-4] The second changing unit 160 changes the processing information associated with the second location to the processing information corresponding to the number of times the household location passes the second location.

For example, the second changing unit 160 changes the processing information associated with the position according to a predetermined change rule every time the user passes the position.

When the processing information contains effect information, the second changing unit 160 changes the effect information associated with the position in a manner that the effect increases each time the user position passes through the position. For example, the second changing unit 160 changes the effect information associated with the position in such a manner that the degree of the effect is increased every time the user passes the position (for example, the degree of the effect is increased by one stage). In addition, the second changing unit 160 may also change the effect information associated with the position every time the user position reduces the effect through the position.

In addition, the second changing unit 160 may also count the number of times that the user's position passes through the position, and specify the processing information corresponding to the number of times of passing, so as to associate the processing information with the position.

When the processing information contains effect information, the second changing unit 160 may also count the number of passes of the user's position passing position, specify the content (degree or type) of the effect corresponding to the number of passes, and cause the effect of displaying the content The information is associated with the location.

In addition, when the number of passes of a location exceeds the upper limit, the processing information associated with the location may not be changed from then on.

[3-5-5] In the example of the aforementioned baseball game, the second changing unit 160 passes the grid P461 every time at the user position, and increases the effect level associated with the grid P461 by one stage. In addition, since the upper limit of the effect level associated with the grid P461 is "3", even if the user position passes through the grid P461 associated with the effect level "3", the second changing unit 160 does not increase the effect level associated with the grid .

For example, as in the example illustrated in FIGS. 5 to 12, when the user position moves from the grid P461-1 to the grid P461-4 (an example of the first position), the second changing unit 160 passes the user position The effect level associated with grids P461-2 and P461-3 (an example of the second position) is increased by 1 level. That is, as shown in FIG. 12, the second changing unit 160 does not change the effect type (increasing muscle strength score) associated with the grid P461-2, but increases the effect level "1" by 1 stage to "2", Without changing the effect type associated with P461-3 (increasing muscle strength score), the effect level "1" is increased by 1 stage to "2".

In addition, at this time, the user position after changing the effect information (an example of processing information) associated with the grids P461-2 and P461-3 (an example of the second position) by the second changing unit 160 is shifted to the grid P461- 2 or the movement of P461-3, the execution unit 140 executes the effect generation process (an example of game processing) based on the changed effect information by the second change unit 160 associated with the grid P461-2 or P461-3 .

That is, when the effect and the like associated with the grid P461-2 are changed to "2" by the second changing unit 160, and the user's position stays in the grid P461-2, the execution unit 140 checks and compares the grid P461- 2 The related "Increase Muscle Score" and "Level 2" effect data The news comes to effect. Moreover, when the effect level associated with the grid P461-3 is changed to "2" by the second changing unit 160, and the user's position stays in the grid P461-3, the execution unit 140 checks and controls the grid P461-3 The effect is generated by the effect information of "Reduction of physical parameters" and "Level 2".

[3-6. Judgment Department and Execution Department]

The determination unit 130 determines whether the predetermined condition is satisfied in the game.

The execution unit 140 responds to the movement of the user's position to the first position when the predetermined condition is met, and according to the processing information (the second type of processing information) associated with the first position, and the position before the movement to the first position The processing information (the second type of processing information) associated with the position on the passing path from the user position to the first position performs game processing.

In addition, the execution unit 140 may also restrict execution of the game processing based on the processing information when the position on the above-mentioned passing path is associated with the processing information about the game processing unfavorable to the user when the predetermined condition is satisfied. For example, the execution unit 140 may also replace the processing information when the position on the above-mentioned passing path is associated with the processing information about the game processing unfavorable to the user when the predetermined condition is satisfied, and according to Game processing information to execute game processing.

In addition, the execution unit 140 may also limit the execution of game processing based on the processing information when the first position is associated with the processing information about the effect that is harmful to the user when the predetermined condition is satisfied. For example, the execution unit 140 may replace the processing information when the first position is associated with the processing information about the effect unfavorable to the user when the predetermined condition is satisfied, and according to the processing information about the game processing beneficial to the user To execute game processing.

[3-6-1] "Scheduled conditions" refer to the position based on Set the relevant processing information to perform the game processing and the conditions that should be met. In terms of "predetermined conditions", various conditions can be set according to the content of the game. For example, selecting an option in a special state from a plurality of options is equivalent to an example of "predetermined condition". In addition, the movement destination (first position) of the user's position belongs to a special position system and corresponds to an example of "predetermined condition". In the example of the aforementioned baseball game, the conditions for the occurrence of the special cooperative bonus event correspond to an example of "predetermined conditions".

[3-6-2] "Position on the passing path" means all positions on the passing path, or a part of the positions on the passing path.

[3-6-2-1] For example, when there are positions A and B on the passing path, the game processing may be executed based on the processing information associated with each of the positions A and B. At this time, the processing information associated with the positions A and B is changed by the first changing unit 150. That is, the re-selected processing information will be associated with the positions A and B.

When the game processing is executed based on the processing information associated with each of positions A and B, the game processing based on the processing information associated with position A and the game processing based on the processing information associated with position B can be executed in parallel or After one party executes, the other party executes.

In addition, when the game processing is executed based on the processing information associated with each of positions A and B, the result of the game processing based on the processing information associated with position A can be compared with the game based on the processing information associated with position B The results of the processing are separately displayed on the display unit 15, and the results may be aggregated and displayed on the display unit 15.

For example, the result of the game processing based on the processing information associated with position A is "game score X increased by 5 points", and the result of the game processing based on the processing information associated with position B is "game score X increased by 10 points." In this case, the game points can also be displayed on the display unit 15 After the number X increases by 5 points, the display portion 15 displays that the game score X increases by 10 points (the display order may also be reversed). In addition, the game score X can be increased by 5 points and the game score X can be increased by 10 points in different display areas. Alternatively, these results may be aggregated into one, and the game point X may be increased by 15 points on the display unit 15.

[3-6-2-2] In addition, for example, when there are positions A and B on the passing path, the game processing may be executed based only on the processing information associated with the position A. In this case, the processing information associated with the location A is changed by the first changing unit 150, and the processing information associated with the location B is changed by the second changing unit 160. That is, the re-selected processing information is associated with location A, and the processing information associated with location B is updated to processing information that is beneficial to the user (eg, updated in a manner that increases the effect).

[3-6-3] "According to the processing information associated with the first position and the processing information associated with the position on the passing path, the game processing is executed", which may be based on the Information processing game processing and game processing based on processing information associated with the position on the passing path may also be executed after one party executes the other party.

In this case, the results of the game processing based on the processing information associated with the first location and the results of the game processing based on the processing information associated with the location on the passing path may be displayed on the display unit 15 differently, or these The results are aggregated and displayed on the display unit 15.

For example, the result of the game processing based on the processing information associated with the first position is "increasing the game score X by 20 points", and the result of the game processing based on the processing information associated with the location on the passing path is "game score X "Increase by 15 points", you can also display the game score X increase by 20 points on the display 15 and then display the game score X increase on the display 15 Add 15 points (the display order can also be reversed). In addition, the game score X can be increased by 20 points and the game score X can be increased by 15 points at different display positions. Alternatively, these results may be aggregated into one, and the game point X may be increased by 35 points on the display unit 15.

[3-6-4] "Processing information about game processing unfavorable to the user" refers to the information that the display line should execute game processing unfavorable to the user.

[3-6-5] "Limit execution of game processing based on processing information" means, for example, that game processing based on processing information is not executed. In addition, the game processing may not be executed as shown in the processing information. It is also possible to reduce the degree of disadvantage to the user and execute game processing.

In addition, when the processing information contains effect information about effects that are detrimental to the user, the effect shown by the effect information does not directly occur according to the original effect, and reducing the degree of the effect to produce the effect is equivalent to "reducing the effect on the user." An example of performing game processing at an unfavorable level". For example, when the processing information includes effect information about the effect of reducing the game parameter X by N1 points, the effect of the game parameter X decreasing by N1 points does not directly occur according to the original effect, and the game parameter X decreases by more than N1 points. The effect of N2 points, which is still small, is equivalent to an example of "reducing the degree of disadvantage to users to execute game processing."

[3-6-6] "Processing information about game processing advantageous to the user" is information showing that game processing beneficial to the user should be executed.

"Instead of processing information about effects that are detrimental to the user, and performing game processing based on processing information about game processing that is beneficial to the user," "processing information about game processing that is beneficial to the user" in the case of "means In order to be related to "processing information about game processing unfavorable to users", it may not be related to "processing information about game processing unfavorable to users".

For example, when "processing information about game processing unfavorable to the user" shows a case where the game parameter X is lowered, the processing information showing that the game parameter X is increased can also be set to "processing information about the game processing beneficial to the user". In this way, instead of "processing information about game processing beneficial to the user", "processing information about game processing beneficial to the user" related to the "processing information about game processing disadvantageous to the user" may be set.

In addition, for example, when "processing information about game processing unfavorable to the user" indicates that the game parameter X is lowered, processing information to increase the game parameter Y that is different from the game parameter X may also be displayed or displayed to the user for game props The processing information is set to "processing information about game processing beneficial to users". In this way, instead of "processing information about game processing advantageous to the user", "processing information about game processing harmful to the user" that is not related to the "processing information about game processing harmful to the user" can be set.

[3-6-7] "Instead of processing information about game processing that is unfavorable to users, and performing game processing based on processing information about game processing that is beneficial to users" means not performing processing based on game processing that is harmful to users Game processing (game processing that is unfavorable to the user) of the processing information, instead of performing game processing (game processing favorable to the user) according to the processing information on the game processing favorable to the user.

[3-6-8] In the aforementioned baseball game example, the user position moves from grid P461-1 to grid P461-4, and when a special cooperative bonus event occurs, the execution unit 140 performs the following actions .

Under normal circumstances (when no special synergy bonus event occurs), the execution unit 140 only performs effect generation processing based on the effect information associated with the grid P461-4, but when a special synergy bonus event occurs, the execution unit 140 Not only does it execute according to the The effect generation processing of the effect information also executes the effect generation processing based on the effect information associated with each of the grids P461-2 and P461-3 through which the user's position passes.

In addition, under normal circumstances, if the grid P461 is associated with the effect information that is unfavorable to the user, the execution unit 140 will execute the generation process of the effect that is unfavorable to the user according to the effect information, but when a special cooperative bonus event occurs, the execution The unit 140 does not execute the occurrence processing of the effect that is unfavorable to the user based on the effect information associated with the grid P461, but instead performs the generation processing of the effect that is advantageous to the user based on the effect information beneficial to the user.

In the example shown in Figure 7, the grid P461-2 is associated with the "Increase Muscle Score" and "Level 1" effect information, which is information that is beneficial to the user, so when a special synergy bonus occurs In the event of an event, the execution unit 140 executes an effect generation process based on the effect information. In other words, the execution unit 140 executes the increase process of the muscle strength score.

On the other hand, lattice P461-3 is associated with the effect information of "reduction of physical parameters" and "level 1", but the effect information is effect information that is unfavorable to the user, so when a special cooperative bonus event occurs, execute The unit 140 does not execute the generation process of the effect based on the effect information, but instead executes the generation process of the effect beneficial to the user. For example, the execution unit 140 executes all experience point addition processing. In addition, the execution unit 140 may also execute the generation process of the effect opposite to the effect indicated by the effect information associated with the grid P461-3. In other words, the execution unit 140 may also perform an increase (recovery) process of the physical parameter.

In addition, the lattice P461-4 is associated with the effect information of "increasing the technical score" and "level 1", and the effect information is effect information advantageous to the user, so the execution unit 140 executes the generation process of the effect based on the effect information. In other words, the execution unit 140 performs the process of increasing the technical score. In addition, if the grid P461-4 and the "physical parameters (or motivation parameters) "Reduction" is related to the effect information that is unfavorable to the user, and the execution unit 140 does not execute the generation process of the effect based on the effect information, but instead executes the generation process of the effect beneficial to the user.

[4. Processing]

Next, the processing executed in the game system 1 will be described. FIGS. 22A and 22B show an example of processing to be executed when an exercise item to be executed is specified in the state where the exercise instruction image G400 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 processes shown in FIGS. 22A and 22B according to the program, so that the control unit 11 functions as a functional block shown in FIG. 16 (data memory (Except for section 100) and function. The processing of each step shown in FIGS. 22A and 22B is performed based on the data stored in the data storage unit 100.

As shown in FIG. 22A, when the exercise instruction video G400 is displayed on the display unit 15, the control unit 11 monitors whether any of the exercise items is specified as the execution target (S100). For example, when any one of the components P411 to P416 of the exercise instruction video G400 is an alternative and the component is selected, the control unit 11 determines that the exercise item of the execution target has been determined.

When it is determined that any one of the exercise items is the execution target (S100: Yes), the control unit 11 determines whether or not the occurrence condition of the special cooperative bonus event is satisfied (S102). That is, the control unit 11 determines whether the exercise item determined as the execution target is associated with the event person who is set to be good at practice based on the cultivation status data D105 (execution execution status field). In addition, the control unit 11 determines whether the evaluation of the protagonist character by the event character is greater than or equal to a predetermined criterion based on the cultivation status data D105 (evaluation field). And, when the exercise item determined as the execution target is associated with the event person who set the exercise item as good at practice, When the evaluation of the character of the event by the protagonist is greater than or equal to a predetermined criterion, the control unit 11 determines that the conditions for the occurrence of the special cooperative bonus event are satisfied.

When it is determined that the occurrence conditions of the special cooperative bonus event are not satisfied (S102: No), the control unit 11 obtains the exercise items identified as the execution target based on the cultivation status data D105 (execution execution status field) Level (S104). Then, the control unit 11 obtains the effect information corresponding to the exercise item specified as the execution target based on the exercise effect data D101 (S106).

In addition, the control unit 11 specifies the destination grid of the user position based on the level acquired in step S104 (S108). For example, the control unit 11 specifies the grid P461 belonging to the current user position (hereinafter referred to as "current grid") based on the grid data D103. In addition, the control unit 11 designates the grid P461 moving from the current grid by the number of grids corresponding to the level acquired in step S104 as the destination grid. For example, when the level acquired in step S104 is "2", the control unit 11 designates the grid P461 that advances two from the current grid as the movement destination grid.

After the execution of step S108, the control unit 11 increases the effect level of the grid P461 (hereinafter referred to as "passing grid") between the current grid and the movement destination grid (S110). The control unit 11 accesses the lattice data D103 and increases the effect level through the lattice by one stage. However, when the effect level of the passing grid is already "3", the control unit 11 does not increase the effect level of the passing grid by one stage.

In addition, the control unit 11 obtains the effect information associated with the moving destination grid based on the grid data D103 (S112). That is, the control unit 11 acquires the effect information corresponding to the effect ID and effect level associated with the destination grid.

In addition, the control unit 11 moves the user's position from the current grid to the mobile destination grid (S114). For example, the control unit 11 accesses the grid data D103, updates the user position flag of the current grid to "0", and updates the user position flag of the destination grid to "1".

After the execution of step S114, the control unit 11 displays the movement result image G500 (see FIG. 9) on the display unit 15 (S116). In this case, the movement result image G500 is displayed based on the grid data D103. Moreover, the component P510 is displayed based on the effect information obtained in step S112.

In addition, the control unit 11 executes effect generation processing and the like based on the effect information acquired in steps S106 and S112 (S118). That is, the control unit 11 increases at least one of the muscle strength, agility, technique, change ball, and mental score registered in the cultivation status data D105 (experience point field) based on the effect information obtained in step S106 value. In addition, the control unit 11 increases or decreases the muscle strength score, agility score, technical score, and change registered in the cultivation status data D105 (experience points, physical parameters, and motivation parameter fields) based on the effect information obtained in step S112. The value of any of the ball score, the mental score, the physical parameter, or the motivation parameter, or an additional registration method is added to the cultivation status data D105 (the method field).

In addition to the above processing, the control unit 11 executes other processing as described below. For example, the control unit 11 accesses the cultivation status data D105 (exercise execution status field) to increase the number of executions of the executed exercise item by one, and when the number of executions reaches a predetermined number, increases the level of the exercise item by one stage. In addition, the control unit 11 accesses the cultivation status data D105 (physical parameter field) to reduce the value of the physical parameter in order to reduce the physical parameter of the main character in accordance with the execution of the exercise. Furthermore, the control unit 11 accesses the cultivation status data D105 (evaluation field), and updates the evaluation of the protagonist character by the game character associated with the execution of the exercise item. In addition, control The unit 11 also accesses the cultivation status data D105 (evaluation field), and updates other game characters' evaluations of the main character.

After the execution of step S118, the control unit 11 displays the exercise result image G600 on the display unit 15 according to the execution result of step S118 (S120).

Furthermore, the control unit 11 resets the effect information associated with the movement destination grid (current grid after movement) specified in step S108 (S122). For example, the control unit 11 selects any one of a plurality of effect types registered in the lattice effect data D102 based on the probability information. Then, the control unit 11 accesses the lattice data D103, and registers the effect ID and level 1 of the selected effect type with respect to the effect ID and effect level of the destination grid (the current grid after movement).

After the execution of step S122, the control unit 11 displays the main command video G300 on the display unit 15 (S124). The main command image G300 is displayed based on the cultivation status data D105.

On the other hand, in step S102, when it is determined that the occurrence conditions of the special cooperative bonus event are satisfied (S102: Yes). As shown in FIG. 22B, the control unit 11 obtains the level of the exercise item identified as the execution target based on the cultivation status data D105 (exercise execution status field) (S126). In addition, the control unit 11 obtains the effect information corresponding to the exercise item specified as the execution target based on the exercise effect data D101 (S128). In addition, the control unit 11 specifies the destination grid of the user's position based on the level acquired in step S126 (S130). Steps S126 to S130 are the same as steps S104 to S108.

After the execution of step S130, the control unit 11 determines whether the effect information associated with the passing grid belongs to the effect information that is unfavorable to the user based on the grid data D103 and the grid effect data D102 (category field) (S132).

When it is determined that the effect information associated with the passing grid is not harmful information to the user (S132: No (No)), the control unit 11 obtains the association with the passing grid based on the lattice data D103 and the lattice effect data D102 Effect information (S134).

On the other hand, when it is determined that the effect information associated with the passing grid belongs to the effect information unfavorable to the user (S132: Yes (Yes)), the control unit 11 replaces the effect information and obtains the effect information beneficial to the user, ( S136). For example, the control unit 11 acquires as a piece of effect information a predetermined effect type (for example, adding all experience points) and an effect associated with passing through a grid. In addition, for example, the control unit 11 may obtain the effect information that displays the effect opposite to the effect information associated with the grid based on the grid data D103 and the grid effect data D102. For example, when the effect type and effect level are "decrease in physical parameters (or motivation parameters)" and "level 2" are associated with passing through the grid, the control unit 11 may also obtain "increased physical parameters (or motivation parameters)" and " Level 2" is the effect information.

After the execution of steps S134 or S136, the control unit 11 determines whether the effect information associated with the mobile destination grid belongs to the effect information unfavorable to the user based on the grid data D103 and the grid effect data D102 (category field) (S138) .

When it is determined that the effect information associated with the movement destination grid does not belong to the effect information unfavorable to the user (S138: No (No)), the control unit 11 obtains the movement purpose based on the grid data D103 and the grid effect data D102 The effect information related to the grid (S140). On the other hand, when it is determined that the effect information associated with the movement destination grid belongs to the effect information beneficial to the user (S138: Yes), the control unit 11 replaces the effect information and obtains the effect information advantageous to the user (S142). Step S142 is the same as step S136.

After the execution of steps S140 or S142, the control unit 11 moves the user position forward The destination grid moves (S144). This step S144 is the same as step S114.

After the execution of step S144, the control unit 11 displays the movement result image G500 (see FIG. 13) on the display unit 15 (S146). At this time, the movement result image G500 is displayed based on the grid data D103. The components P510-1 and P510-2 are displayed based on the effect information obtained in step S134 or S136, and the component P510-3 is displayed based on the effect information obtained in step S140 or S142.

In addition, the control unit 11 executes effect generation processing and the like based on the effect information acquired in step S128, step S134 or S136, step S140 or S142 (S148). Step S148 is similar to step S118.

For example, the control unit 11 increases the value of at least one of muscle strength, agility, technique, change ball, and mental score registered in the cultivation status data D105 (experience point field) based on the effect information obtained in step S128 .

In addition, the control unit 11 increases the muscle strength score, agility score, technical score, and change registered in the cultivation status data D105 (experience points, physical parameter, and motivation parameter fields) based on the effect information obtained in step S134 or S136 The value of any one of the ball score, the mental score, the physical parameter, or the motivation parameter, or an additional registration method is added to the cultivation status data D105 (key field).

Similarly, based on the effect information obtained in step S140 or S142, the control unit 11 increases the muscle strength score, agility score, and technical score registered in the cultivation status data D105 (experience points, physical parameters, and motivation parameter fields). Change the value of any one of the ball score, mental score, physical parameter or motivation parameter, or add the registration method to the cultivation status data D105 (key field).

In addition to the above processing, the control unit 11 executes other processing described in step S118.

After the execution of step S148, the control unit 11 displays the exercise result video G600 on the display unit 15 based on the execution result of step S148 (S150).

In addition, the control unit 11 resets the movement destination grid (the current grid after the movement) and the effect information associated with the grid (S152). For example, the control unit 11 selects any one of a plurality of effect types registered in the lattice effect data D102 based on the probability information. Then, the control unit 11 accesses the lattice data D103, and registers the effect ID and level 1 of the selected effect type with respect to the effect ID and effect level of the destination grid (the current grid after movement). The control unit 11 performs the same processing for the passing grid.

After the execution of step S152, the control unit 11 displays the main command video G300 on the display unit 15 (S154). The main command image G300 is displayed based on the cultivation status data D105.

In addition, although the processing shown in FIGS. 22A and 22B is omitted, in step S100, when it is determined that any one of the training items is the execution target, the control unit 11 may also determine the display protagonist according to the probability of injury Whether the injury happened to the character during the practice. In addition, when it is determined that the injury event occurs, the control unit 11 may not perform the processing after step S102 and instead display the occurrence of the injury event on the display unit 15 and then display the main command image G300 on the display unit 15.

[5. Summary]

In the game system 1 described above, for example, in response to the movement from the grid P461-1 to the user position of the grid P461-4, not only the effect is generated based on the effect information of the grid P461-4, but also the grid through which the user position passes Change of effect information of P461-2 and P461-3. As a result, Giving users the interest of "not only paying attention to the grid P461 where the user's location stays, but also paying attention to the grid P461 through which the user's location passes to perform game operations" can increase the interest of the game.

Moreover, in the game system 1, the effect information of the grid P461 through which the user's position passes is changed to effect information that is more beneficial to the user than the current effect information. Specifically, the effect level of the grid P461 through which the user position passes is increased by one stage. As a result, the user's interest in "changing the effect information of the grid P461 to be more beneficial to the user, and deliberately performing game operations so that the user's position will pass the grid P461" can be provided. That is, the user can be given interest in "even if it is a grid P461 associated with a desired effect, the user's position is intentionally passed through the grid P461 to increase the effect of the grid P461."

In addition, in the game system, each time the grid P461 passes through the user's position, the effect level of the grid P461 is gradually increased by one stage. As a result, the user can be given interest in "passing the user's position repeatedly through the grid P461, thereby increasing the effect level of the grid P461 in plural stages".

In addition, in the game system 1, the user position is moved by the number of grids corresponding to the level of the exercise item determined as the execution target. As a result, it is possible to provide the user with the interest of "choosing both the effect information of the exercise item and the effect information of the grid as the movement destination of the user's position, while selecting the exercise item to be executed".

In addition, in the game system 1, in the case where the user's position moves from the grid P461-1 to the grid P461-4, when the conditions for the occurrence of the special cooperative bonus event are satisfied, not only the occurrence of information based on the effect information of the grid P461-4 The effect also occurs according to the effect information of the grids P461-2 and P461-3 through which the user's position passes, and more effects than usual will occur. As a result, the user's willingness to meet the conditions for the occurrence of the special cooperative bonus event can be enhanced.

In addition, in the game system 1, in the case where the occurrence conditions of the special cooperation bonus event are satisfied, even if the grid P461-1 of the movement destination and the grids P461-2 and P461-3 through which the user's position passes are not beneficial to the user The correlation of the effect information will also limit the occurrence of the effect based on the effect information, and replace the effect information, and the effect based on the effect information beneficial to the user may occur. As a result, the user's willingness to meet the special cooperative bonus event can be increased. When the conditions for the occurrence of the special cooperative bonus event are satisfied, the situation where the adverse effect to the user is still executed is processed, there may be doubts that the user who meets the special cooperative bonus event is dissatisfied, but the game system 1 can alleviate this Dissatisfaction of the user.

[6. Modification]

The invention is not limited to the embodiments described above.

[6-1] For example, the effect type that can be associated with each grid P461 is not limited to the effect type shown in FIG. 18. For example, other effect types can be set to increase places where the main character can go.

[6-2] Moreover, for example, in the above-described embodiment, when the conditions for the occurrence of the special collaborative bonus event are satisfied, the effect information of the grid P461 passing through the user's position occurs, or an effect that is detrimental to the user The information is changed to effect information beneficial to the user, but conditions other than the conditions for the occurrence of special cooperative bonus events can also be used. That is, the above-mentioned processing may be executed when a condition different from the occurrence condition of the special cooperative bonus event is satisfied.

[6-3] In addition, for example, event characters that are sorted into the event deck may be associated with the grid P461. The effect of the character according to the event associated with the grid P461 where the user's position stays may also occur. For example, the event associated with the event person associated with grid P461 can be caused, or the experience corresponding to the event person associated with grid P461 can be practiced Points increase.

[6-4] In addition, for example, depending on the orientation of the user position in the disk P460, an advantageous (or unfavorable) effect for the user may occur. The orientations of "North", "East", "South", and "West" are allocated to grids P461-1, P461-4, P461-7, and P461-10, respectively, and the effect corresponding to the current user's position occur.

For example, in the cultivation part, when a match event occurs between the team to which the protagonist character belongs and other teams, the position of the user's position at this time point will be affected by the match. For example, according to the position of the user's position at that time point, the protagonist's ability in the game is increased or decreased.

[6-5] In addition, for example, the event deck may be composed of game objects other than game characters (event characters). For example, it is also possible to arrange game items useful in the event deck to make the event happen in the cultivation part.

一例)執行第22A圖、第22B圖所示的處理的全部或一部分。此時，只需從遊戲終端機10對伺服器30傳送用以在伺服器3執行處理所需的資料(關於在遊戲終端機10所進行之遊戲操作的遊戲操作資料等)即可。而且，只需從伺服器30對遊戲終端機10傳送用以於顯示部15顯示各種影像所需的資料(顯示影像本身的資料或用以產生影像的資料等)即可。 [6-6] In addition, for example, the server 30 (game control device

One example) All or part of the processes shown in FIGS. 22A and 22B are executed. At this time, it is only necessary to transmit the data necessary for the processing performed on the server 3 from the game terminal 10 to the server 30 (game operation data regarding game operations performed on the game terminal 10, etc.). Moreover, it is only necessary to transmit data required for displaying various images on the display unit 15 (data for displaying the image itself or data for generating images, etc.) from the server 30 to the game terminal 10.

[6-7] In the above, the present invention has been mainly described as an example of a cultivation game suitable for cultivating game characters of baseball players, but the invention can also be applied to a cultivation game for cultivating other game characters. In addition, the present invention can also be applied to games other than nurturing games. The present invention can be applied to move a user's position between a plurality of positions containing positions associated with processing information, and according to The game information associated with the location where the user stays to execute various games of game processing.

[7. Additional notes]

According to the description above, the present invention can be grasped as follows, for example. In addition, in order to facilitate understanding of the present invention, although the symbols described in the drawings are appropriately enclosed in parentheses, the present invention is not limited to the illustrated state.

1) A game control device (10 or 30) according to an aspect of the present invention includes: a moving means (120), which is associated with processing information (such as effect information) related to game processing (such as effect generation processing) Between the plurality of positions (P426-1 to P426-12), the user position is moved according to the game operation; the execution means (140) is in response to the user position to the first position among the plurality of positions (for example, P426- 4) move, and execute the game processing according to the processing information associated with the first position; and the changing means (160) is to change the position of the user (for example, P426-1) before the movement to The aforementioned processing information associated with the second position (eg P426-2, P426-3) on the passing path in the aforementioned first position; wherein, the aforementioned execution means (140) is changed due to the aforementioned modification means (160) The movement of the user position to the second position after the processing information associated with the second position, and the execution of the game based on the processing information associated with the second position changed by the changing means (160) deal with.

10) A game system (1) of one aspect of the present invention includes: a moving means (120) that moves a user's position according to a game operation between a plurality of positions containing positions associated with processing information about game processing Execution means (140), in response to the movement of the user's position to the first position among the plurality of positions, and according to the processing information associated with the first position, execute the game processing; and change means (160) , The change and the aforementioned move The processing information associated with the second location on the passing path from the previous user location to the first location; wherein the execution means (140) is related to the second location by the change means (160) The position of the user after the associated processing information moves to the second position, and the game processing is executed based on the processing information changed by the changing means (160) associated with the second position.

11) The program of one aspect of the present invention is used to make the computer as the game control device (10 or 30) described in any one of 1) to 9), or the game system (1) described in 10) and Function.

12) An information storage medium according to one aspect of the present invention is a computer-readable information storage medium in which the program described in 11) is recorded.

13) A game control method according to one aspect of the present invention includes: between a plurality of positions including positions associated with processing information regarding game processing, the user's position is moved according to the game operation (S114 or S144); The user's position is moved to the first position among the plurality of positions, and the game processing (S112 and S118, or S140 and S148) is executed according to the processing information associated with the first position; the change is before the movement The processing information associated with the second location on the passing path from the user location to the first location (S110); and the user location after the processing information associated with the second location is changed to the first location The movement of the two positions, and the aforementioned game processing (S112 and S118, or S140 and S148) are executed according to the changed processing information associated with the second position.

According to the inventions described in 1), 10) to 13) above, in response to the movement of the user's position to the first position, the game processing is executed according to the processing information associated with the first position, and the position of the user before the movement is changed to Associated with the second position on the passing path from the first position Processing information. As a result, the user not only needs to pay attention to the position where the user's position stays, but also needs to pay attention to the position through which the user's position passes to perform the game operation. That is, users can be given the interest of "not only paying attention to the location where the user's location stays, but also paying attention to the location through which the user's location passes to perform the game operation", which can increase the interest of the game.

2) In one aspect of the invention, the changing means (160) may also change the processing information associated with the second location to be more relevant to the user than the processing information currently associated with the second location The aforementioned processing information of favorable game processing.

According to the invention described in 2), the processing information associated with the second location is changed to processing information regarding game processing that is more beneficial to the user than the processing information currently associated with the second location. As a result, it is possible to provide the user's interest in "in order to change the processing information associated with the location into processing information regarding game processing beneficial to the user, and deliberately perform game operations so that the user's location passes the location."

3) In one aspect of the present invention, the game processing includes effect generation processing that generates an effect on the game, and the processing information includes effect information about the effect, and the execution means (140) is based on the The aforementioned effect information associated with a location performs the aforementioned effect generation processing, and the changing means (160) changes the aforementioned effect information associated with the second location into the aforementioned effect information currently associated with the second location The same type of effect is shown, and the effect information that displays an effect that is greater than the degree shown by the effect information currently associated with the second position, the execution means (140) can also respond to the aforementioned The changing means (160) moves the user position to the second position after changing the effect information associated with the second position, based on the change made by the changing means (160) associated with the second position The aforementioned effect information executes the aforementioned effect generation processing.

According to the invention described in 3), the effect information associated with the second location is changed to the same type of effect as shown in the effect information currently associated with the second location, and the display ratio is currently associated with the second location The effect information of the degree that the effect information shows is still greater. As a result, the user can be given interest in "even if it is a location associated with the desired effect information, the user's location is intentionally passed through the location to increase the effect associated with the location."

4) In one aspect of the present invention, the changing means (160) may also change the processing information associated with the second location to processing information corresponding to the number of times the user location passes the second location.

According to the invention described in 4), the processing information associated with the second location is changed to processing information corresponding to the number of times the user's location passes through the second location. As a result, the user can repeatedly move the user's location through the second location, thereby changing the processing information associated with the second location. According to the present invention, the user can be given an interest in "passing the user's location repeatedly through the second location, thereby changing the processing information associated with the second location".

5) In one aspect of the present invention, it further includes an accepting means (110), which accepts a selection from a plurality of options (P411 to P416) containing options associated with the first type of processing information (D101); Wherein, the plurality of positions include positions associated with the second type of processing information (D102, D103), and the movement means (120) may also determine the movement purpose of the user position according to the options selected from the plurality of options And move the user's location from the current location to the mobile destination, and the execution means (140) is based on the first type of processing information associated with the selected option and the first location The aforementioned second processing information is used to execute the aforementioned game processing.

According to the invention described in 5), according to the selected option, the position of the user is determined Move the destination, and execute game processing according to the processing information (the first type of processing information) associated with the selected option and the processing information (the second type of processing information) associated with the moving destination (the first position) . Therefore, the user must select the option while comparing the processing information associated with the option and the processing information associated with the movement destination determined by the option. That is, according to the present invention, it is possible to provide the user with an interest in "choosing both options while considering the processing information associated with the option and the processing information associated with the movement destination determined according to the option."

6) In one aspect of the present invention, a determination means (130) is further included, which determines whether a predetermined condition (such as the occurrence condition of a special cooperative bonus event) in the game is satisfied; the execution means (140) may also include the following Said means: when the predetermined condition is met, in response to the movement of the user's position to the first position, and according to the processing information associated with the first position and the processing associated with the position on the passage path Information, to execute the aforementioned game processing means.

According to the invention described in 6), when the predetermined condition is satisfied, not only the processing information associated with the first position, but also the processing information associated with the position on the passing path, the game processing is executed, and as a result, when the predetermined condition is satisfied In the case of conditions, more game processing will be executed than in the normal case (the case where the predetermined condition is not satisfied). As a result, according to the present invention, it is possible to give the user the interest of "for the purpose of satisfying the predetermined condition (or expecting and waiting for the predetermined condition)".

7) In one aspect of the present invention, the execution means (140) may also be associated with processing information regarding game processing unfavorable to the user when the position on the passage path is satisfied when the predetermined condition is satisfied At this time, the execution of the game process based on the process information is restricted (S132: No).

According to the invention described in 7), in a case where a predetermined condition is satisfied, when the position on the passing path is associated with processing information about game processing that is not favorable to the user, the execution of the game processing based on the processing information is restricted. When the position on the passing path is associated with the processing information about the game processing unfavorable to the user, if the game processing based on the processing information is executed, even if the predetermined condition is satisfied, the game processing unfavorable to the user will be executed, and There may be doubts that users who intend to satisfy the predetermined condition (or users who expect and wait for the predetermined condition) are dissatisfied. According to the present invention, the user's dissatisfaction as described above can be reduced.

8) In one aspect of the present invention, the execution means (140) may also be associated with processing information regarding game processing that is detrimental to the user when the position on the passage path is satisfied when the predetermined condition is satisfied At this time, instead of the processing information, the aforementioned game processing is executed based on the processing information regarding the game processing beneficial to the user (S132: No (S136), S136).

According to the invention described in 8), when the predetermined condition is satisfied, even if the position on the passing path is associated with the processing information about the game processing unfavorable to the user, the processing information is replaced, and according to the game about the user's advantage Processing processing information to execute game processing. Therefore, it is possible to increase the willingness of the user who aims to satisfy the predetermined condition (or the expectation of the user waiting to satisfy the predetermined condition).

9) In one aspect of the present invention, the execution means (140) may also limit the basis of when the first position is associated with processing information about an effect that is detrimental to the user when the predetermined condition is satisfied. Execution of game processing of this processing information (S138: No (No)).

According to the invention described in 9), in the case where a predetermined condition is satisfied, when the first position is associated with processing information about an effect that is harmful to the user, the travel based on the processing information is restricted The execution of drama processing. When the first position is associated with processing information on game processing that is unfavorable to the user, if game processing based on the processing information is executed, even if a predetermined condition is satisfied, game processing that is unfavorable to the user will be executed, and there will be A user who intends to satisfy a predetermined condition (or a user who expects and waits for a predetermined condition) feels dissatisfied. In this regard, according to the present invention, the dissatisfaction of such users as described above can be reduced.

10) In one aspect of the present invention, the execution means (140) may also replace the processing when the first position is associated with the processing information about the adverse effect on the user when the predetermined condition is satisfied Information, and the aforementioned game processing is executed based on the processing information regarding the game processing advantageous to the aforementioned user (S138: No (S142)).

According to the invention described in 10), when the predetermined condition is satisfied, even if the first position is associated with processing information about game processing unfavorable to the user, the above processing information is replaced, and according to the processing information about game processing favorable to the user To execute game processing. Therefore, the willingness of the user who meets the predetermined condition (or, the expectation of the user waiting for the predetermined condition to be satisfied) can be improved.

Exceptionally, in one aspect of the present invention, the following means (150) may be further included: according to the execution of the game processing based on the processing information associated with the first location, the association with the first location may be changed Of the aforementioned processing information.

100‧‧‧ Data Memory Department

D101‧‧‧Practice effect data

D102‧‧‧ lattice effect data

D103‧‧‧ lattice data

D104‧‧‧Event deck information

D105‧‧‧Cultivation status information

110‧‧‧ Acceptance Department

120‧‧‧Mobile

130‧‧‧Judgment Department

140‧‧‧ Executive Department

150‧‧‧ First Change Department

160‧‧‧Second Change Department

Claims (12)

A game control device includes: a moving means for moving a user's position according to a game operation in a plurality of positions including positions associated with processing information about game processing; and an execution means for moving to the aforementioned position in response to the user's position The movement of the first position among the plurality of positions, and executing the game processing according to the processing information associated with the first position; and changing means to change and locate the user position before the movement to the first position The processing information associated with the second position on the path so far; the execution means is in response to the movement of the user position to the second position after the processing information associated with the second position is changed by the changing means , And executes the game processing based on the processing information associated with the second position and changed by the changing means; the changing means changes the processing information associated with the second position to a ratio The aforementioned processing information currently associated with the second position is also the aforementioned processing information of the game processing that is beneficial to the user. The game control device according to item 1 of the scope of the patent application, wherein the game processing includes effect generation processing for generating effects on the game, the processing information includes effect information about the effects, and the execution means is based on The effect information associated with the first location performs the effect generation processing, and the changing means changes the effect information associated with the second location to the previous The effect of the same type shown in the aforementioned effect information currently associated with the second position, and displaying the aforementioned effect of a greater degree of effect than the degree indicated by the aforementioned effect information currently associated with the aforementioned second position Information, the execution means is in response to the movement of the user position to the second position after changing the effect information associated with the second position by the changing means, and according to the change from the second position associated with the second position The aforementioned effect information after the means is changed is to execute the aforementioned effect generation processing. A game control device includes: a moving means for moving a user's position according to a game operation in a plurality of positions including positions associated with processing information about game processing; and an execution means for moving to the aforementioned position in response to the user's position The movement of the first position among the plurality of positions, and executing the game processing according to the processing information associated with the first position; and changing means to change and locate the user position before the movement to the first position The processing information associated with the second position on the path so far; the execution means is in response to the movement of the user position to the second position after the processing information associated with the second position is changed by the changing means And execute the game process based on the processing information changed by the changing means associated with the second position; the changing means changes the processing information associated with the second position to the user position The processing information corresponding to the number of times of the aforementioned second position. A game control device, including: Receiving means accepts the selection from a plurality of options containing options associated with the first type of processing information, and moving means refers to the aforementioned plurality of locations containing positions associated with the second type of processing information, based on The game operation moves the user's position, and determines the movement destination of the user's position according to the options selected from the plurality of options, so as to move the user's position from the current position to the movement destination; the execution means is in response to the user The position is moved to the first position among the plurality of positions, and the foregoing is performed according to the first processing information associated with the selected option and the second processing information associated with the first position. Game processing; and changing means to change the second processing information associated with the second position on the passing path from the user position before the movement to the first position; the execution means is due to The changing means changes the movement of the user position to the second position after the second processing information associated with the second position, and according to the first processing information associated with the selected option, and The second processing information changed by the changing means associated with the second position executes the game processing. A game control device includes: a moving means for moving a user's position according to a game operation in a plurality of positions including positions associated with processing information about game processing; and an execution means for moving to the aforementioned position in response to the user's position The movement of the first position among the plurality of positions, and performing the aforementioned game processing based on the aforementioned processing information associated with the aforementioned first position; and Changing means, changing the processing information associated with the second position on the passing path from the user position before the movement to the first position; the execution means is due to the change and the second Movement of the user's position to the second position after the processing information associated with the position, and execution of the game processing based on the processing information associated with the second position changed by the changing means; the game device It also includes determination means to determine whether the predetermined condition is satisfied in the game; the execution means includes the following means; in the case where the predetermined condition is met, in response to the movement of the user position to the first position, and according to the first The aforementioned processing information associated with the location and the aforementioned processing information associated with the location on the passage path, and means for executing the game processing; the execution means is when the predetermined condition is satisfied, when the When the aforementioned position is associated with processing information regarding game processing that is unfavorable to the user, the execution of game processing based on the processing information is restricted. A game control device includes: a moving means for moving a user's position according to a game operation in a plurality of positions including positions associated with processing information about game processing; and an execution means for moving to the aforementioned position in response to the user's position The movement of the first position among the plurality of positions, and executing the game processing according to the processing information associated with the first position; and changing means to change and locate the user position before the movement to the first position The aforementioned processing information associated with the second position on the path so far; The execution means corresponds to the movement of the user's position to the second position after the processing information associated with the second position is changed by the change means, and is based on the change means associated with the second position The changed processing information executes the aforementioned game processing; the aforementioned game device further includes a judging means for judging whether the predetermined condition in the game is satisfied; the aforementioned executing means includes the following means: in the case where the predetermined condition is satisfied, the user The position moves to the first position, and based on the processing information associated with the first position and the processing information associated with the position on the passage path, the means for executing the game processing; the execution means is In the case where the aforementioned predetermined condition is satisfied, when the aforementioned first position has a situation associated with processing information regarding an effect adverse to the user, the execution of the game processing based on the processing information is restricted. A game system includes: a moving means, which moves a user's position according to a game operation between a plurality of positions containing positions associated with processing information about game processing; an execution means, which moves in response to the user's position The movement of the first position among the positions is to execute the game processing according to the processing information associated with the first position; and the changing means is to change the position of the user before the movement to the first position The processing information associated with the second position on the path; the execution means is in response to the movement of the user position to the second position after the processing information associated with the second position is changed by the changing means, and According to the aforementioned The processing information changed by the changing means associated with the two positions executes the game processing; the changing means changes the processing information associated with the second position to a ratio that is currently associated with the second position The aforementioned processing information is more advantageous to the user's aforementioned processing information of game processing. A game system includes: a moving means, which moves a user's position according to a game operation between a plurality of positions containing positions associated with processing information about game processing; an execution means, which moves in response to the user's position The movement of the first position among the positions is to execute the game processing according to the processing information associated with the first position; and the changing means is to change the position of the user before the movement to the first position The processing information associated with the second position on the path; the execution means is in response to the movement of the user position to the second position after the processing information associated with the second position is changed by the changing means, and The game processing is executed based on the processing information changed by the changing means associated with the second position; the changing means changes the processing information associated with the second position to the user position through the aforementioned Processing information corresponding to the number of times of the second position. A game system containing: acceptance means for accepting a selection from a plurality of options containing options associated with the first type of processing information, The moving means is to move the user's position according to the game operation in the plurality of positions including the position associated with the second type of processing information, and determine the movement purpose of the user's position according to the options selected from the plurality of options Ground, to move the user's location from the current location to the mobile destination; the execution means is in response to the user's location moving to the first of the plurality of locations, and according to the aforementioned associated with the selected option The first type of processing information and the second type of processing information associated with the first position are used to execute the game processing; and the changing means is to change the passage between the user position before the movement and the first position The processing information associated with the second position on the path; the execution means is in response to the movement of the user position to the second position after the second processing information associated with the second position is changed by the changing means And execute the game processing according to the first type of processing information associated with the selected option and the second type of processing information after being changed by the changing means associated with the second position. A game system includes: a moving means, which moves a user's position according to a game operation between a plurality of positions containing positions associated with processing information about game processing; an execution means, which moves in response to the user's position The movement of the first position among the positions is to execute the game processing according to the processing information associated with the first position; and the changing means is to change the position of the user before the movement to the first position The aforementioned processing information associated with the second position on the path; The execution means corresponds to the movement of the user's position to the second position after the processing information associated with the second position is changed by the change means, and is based on the change means associated with the second position The changed processing information executes the aforementioned game processing; the aforementioned game device further includes a judging means for judging whether a predetermined condition is satisfied in the game; the aforementioned executing means includes the following means: in the case of satisfying the aforementioned predetermined condition, in response to the aforementioned user The position moves to the first position, and based on the processing information associated with the first position and the processing information associated with the position on the passage path, the means for executing the game processing; the execution means is In the case where the aforementioned predetermined condition is satisfied, when the aforementioned position located on the aforementioned passing path is associated with processing information regarding game processing that is unfavorable to the user, the execution of the game processing based on the processing information is restricted. A game system, including; a moving means, between a plurality of positions containing positions associated with processing information about game processing, to move a user's position according to game operations; an execution means, in response to the user's position The movement of the first position among the positions is to execute the game processing according to the processing information associated with the first position; and the changing means is to change the position of the user before the movement to the first position The processing information associated with the second position on the path; the execution means is in response to the movement of the user position to the second position after the processing information associated with the second position is changed by the changing means, and According to the aforementioned The aforementioned processing information changed by the aforementioned changing means associated with the two positions executes the aforementioned game processing; the aforementioned game device further includes a judging means for judging whether a predetermined condition in the game is satisfied; the aforementioned executing means includes the following means: When the predetermined condition is satisfied, the user's position is moved to the first position, and the processing is performed based on the processing information associated with the first position and the processing information associated with the position on the passage path. The aforementioned game processing means; the aforementioned execution means is in the case where the aforementioned predetermined condition is satisfied, and when the aforementioned first position is associated with processing information about an effect that is harmful to the user, the execution of the game processing based on the processing information is restricted. A computer program product used to make a computer as a game control device as described in any of items 1 to 6 of the patent application or as a game system as described in any of items 7 to 11 of the patent application Function.

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