JP6915882B2 - Game controls, game systems, and programs - Google Patents

Description

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

A moving body (piece, etc.) moves on a route in which a plurality of squares are set based on a user's game operation, and a game process (change in game parameters or a game item) preset in the square in which the moving body has stopped. There are known games in which grants, etc.) are executed. Generally, in such a game, the content of the game processing set in the square can be visually recognized, and the user can see what kind of game processing is executed when the moving body stops in which square. Can be grasped.

Japanese Unexamined Patent Publication No. 2013-188268

Conventionally, in a game as described above, the user only has to pay attention to the square in which the moving body stops, and simply operates the game with the square in which the desired game processing is set as the movement destination (movement target). , If the game is continued, the monotonous game operation is repeated, and there is a risk that the user may feel unsatisfactory in terms of interest.

The present invention has been made in view of the above problems, and an object of the present invention is to create a game in which a user position is moved based on a game operation among a plurality of positions including a position associated with processing information related to game processing. It is an object of the present invention to provide a game control device, a game system, and a program capable of improving the above.

In order to solve the above problems, the game control device according to one aspect of the present invention is a moving means for moving a user position among a plurality of positions including a position associated with processing information related to game processing based on a game operation. An execution means for executing the game process based on the processing information associated with the first position according to the movement of the user position to the first position among the plurality of positions, and before the movement. The execution means is associated with the second position by the changing means, including a changing means for changing the processing information associated with the second position on the passage path from the user position to the first position. The game process is based on the changed processing information by the changing means associated with the second position in response to the movement of the user position to the second position after the processing information is changed. To execute.

The game system according to one aspect of the present invention includes a moving means for moving a user position based on a game operation among a plurality of positions including a position associated with processing information related to game processing, and the plurality of positions. An execution means for executing the game process based on the processing information associated with the first position according to the movement of the user position to the first position, and the first position from the user position before the movement. The execution means includes after the processing information associated with the second position is changed by the changing means, including a changing means for changing the processing information associated with the second position on the passage path to. In response to the movement of the user position to the second position in the above, the game processing is executed based on the processing information after the change by the changing means associated with the second position.

It is a figure which shows the whole structure of the game system which concerns on embodiment of this invention. It is a figure which shows an example of a detailed image. It is a figure which shows an example of the setting image. It is a figure which shows an example of the main command image. It is a figure which shows an example of the practice command image. It is a figure which shows an example of the practice command image. It is a figure which shows an example of the display content of a part (disk) of a practice command image. It is a figure which shows an example of the display content of a part of a practice command image. It is a figure which shows an example of the movement result image. It is a figure which shows an example of the practice result image. It is a figure which shows an example of the change of the display content of a part of a practice command image. It is a figure which shows an example of the change of the display content of a part (disk) of a practice command image. It is a figure which shows an example of the movement result image. It is a figure which shows an example of the ability improvement image. It is a figure which shows an example of the ability improvement image. It is a functional block diagram of the game system which concerns on embodiment of this invention. It is a figure which shows an example of practice effect data. It is a figure which shows an example of mass effect data. It is a figure which shows an example of mass data. It is a figure which shows an example of the event deck data. It is a figure which shows an example of the breeding situation data. It is a figure which shows an example of the process executed in a game system. It is a figure which shows an example of the process executed in a game system.

Hereinafter, examples of embodiments of the present invention will be described with reference to the drawings.

[1. Configuration of Game System] FIG. 1 shows a configuration of a game system according to an embodiment of the present invention. As shown in FIG. 1, the game system 1 according to the present embodiment includes a game terminal 10 and a server 30. The game terminal 10 can perform data communication with each other via the server 30 and the network N.

The game terminal 10 is a computer used by a user to play a game. For example, the game terminal 10 includes a mobile phone (including a smartphone), a mobile information terminal (including a tablet computer), a desktop computer, a laptop computer, a home-use game machine (stationary game machine), and a portable game machine. Or, it is a commercial game machine installed in a game facility or the like.

As shown in FIG. 1, the game terminal 10 includes a control unit 11, a storage unit 12, a communication unit 13, an operation unit 14, a display unit 15, and a voice output unit 16. The control unit 11 includes at least one microprocessor (CPU) and executes processing according to a program stored in the storage unit 12. The storage unit 12 includes a main storage unit (for example, RAM) and an auxiliary storage unit (for example, a non-volatile semiconductor memory, a hard disk drive, or a solid state drive), and stores programs and data. The communication unit 13 is for data communication with another device via the network N.

The operation unit 14 is for the user to perform various operations. The display unit 15 is for displaying various images, such as a liquid crystal display or an organic EL display. Although the operation unit 14 and the display unit 15 are shown separately in FIG. 1, the operation unit 14 and the display unit 15 may be integrally configured as a touch panel. It is not essential that the operation unit 14 and the display unit 15 are integrally configured as a touch panel, and the operation unit 14 is, for example, a button (key), a lever (stick), a touch pad (track pad), a mouse, or the like. May be provided separately from the display unit 15. The operation unit 14 may be for the user to operate by voice or gesture. The audio output unit 16 is for outputting audio data, and is, for example, a speaker or headphones. The operation unit 14, the display unit 15, and the audio output unit 16 may be provided on 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 FIG. 1, the server 30 includes a control unit 31, a storage unit 32, and a communication unit 33. The control unit 31, the storage unit 32, and the communication unit 33 are the same as the control unit 11, the storage unit 12, and the communication unit 13 of the game terminal 10. The server 30 can access the database 34. The database 34 may be built in the server 30, or may be built in a server computer different from the server 30.

The program or data is supplied to the game terminal 10 or the server 30 from a remote location via the network N, and is stored in the storage unit 12 or the storage unit 32. The game terminal 10 or the server 30 may be provided with a component (for example, an optical disk drive or a memory card slot) for reading a program or data stored in an information storage medium (for example, an optical disk or a memory card). .. Then, the program or data may be supplied to 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 tablet computer provided with a touch panel.

[2. Outline of the game] In the game system 1, the game is executed by executing the program on the game terminal 10. The game may be executed by the game terminal 10 alone, or may be executed by data communication between the game terminal 10 and the server 30.

The game system 1 can execute various games. For example, sports games (games based on baseball, soccer, tennis, American football, basketball, volleyball, etc.), adventure games, simulation games, role-playing games, or training games, regardless of game format or genre. It is possible to play various games. Hereinafter, as an example of the game executed by the game system 1, a game in which the user position moves based on the game operation among a plurality of positions will be described. Specifically, a baseball game having a game part in which the user position moves based on the game operation among a plurality of positions will be described.

The baseball game described here has a training part and a competition part. The training part is a game part in which the user trains a game character and creates his or her own original game character. On the other hand, the battle part is a game part in which a team formed by using the original character created by the user in the training part is used to play against the opponent team.

The training part will be described in detail below. In the training part, the user trains the hero character by having the game character (hereinafter referred to as "hero character") practice while advancing the scenario, and creates his own original character. For example, in the training part, the main character belongs to the high school baseball club, participates in baseball tournaments while practicing with teammates, and aims to be scouted as a professional baseball player in the fall of the third year of high school. The scenario is executed.

[2-1] Before explaining the flow of the training part, an example of the original character created by the training part will be described.

FIG. 2 shows an example of a detailed image showing detailed information of the original character (hero character). As shown in FIG. 2, the detailed image G100 includes parts P110 and P120. The "part" is an element that constitutes an image, and is, for example, a text, an image, an area, or the like. Part P110 shows an image of the original character, and part P120 shows the name, position, striking form, and dominant arm of the original character.

Further, the detailed image G100 includes the part P130. Part P130 shows the basic ability parameters of the original character. In the example shown in FIG. 2, ballistics, meet, power, running power, shoulder strength, defensive power, and catching parameters are shown, and numerical values and alphabets are shown for each basic ability parameter. The numerical value indicates the value of the basic ability parameter, and the alphabet (for example, S, A, B, C, D, E, F, G) indicates the level (step) of the basic ability. "S" indicates that the basic ability is very high, and "G" indicates that the basic ability is very low.

The ballistic parameter indicates how high the hit ball of the original character rises. The higher the value of the ballistic parameter, the higher the hit ball. The meat parameter indicates the meet power of the original character (the ability of the pitcher to hit the ball thrown by the bat). The higher the value of the meat parameter, the higher the meat force. The power parameter indicates the power of the original character (the ability of a pitcher to hit a ball thrown with a bat to fly it far away). The higher the value of the power parameter, the easier it is for the ball hit by the original character with the bat to fly far away.

The running force parameter indicates the foot speed of the original character. The higher the value of the running force parameter, the faster the foot. The shoulder force parameter indicates the throwing speed of the original character. The higher the value of the shoulder strength parameter, the faster the ball is thrown. The defensive strength parameter indicates the defensive skill of the original character. The higher the value of the defensive strength parameter, the better the defensive. The catching parameter indicates the skill of catching the original character. The higher the value of the catching parameter, the better the catching (less likely to make an error).

Further, the detailed image G100 includes a part P140. Part P140 shows the special abilities acquired by the original character. In the example shown in FIG. 2, "chance ◎", "left-handed pitcher ○", and "stolen base ○" are shown as special abilities. “◎” and “○” indicate the degree of special ability, and “◎” indicates that the degree of special ability is higher than that of “○”.

"Chance ◎" is a special ability that is extremely strong against chances. If the original character has acquired "Chance ◎", the basic ability of the original character will greatly increase at the time of chance. "Counter-left pitcher ○" is a special ability that is strong against left-handed pitchers. If the original character has acquired "Counter-left pitcher ○", the basic ability of the original character becomes higher when the opponent's pitcher is a left-handed pitcher. "Stolen base ○" is a special ability that makes it easier to succeed in stealing a base. If the original character has acquired "Stolen base ○", the original character can easily succeed in stealing.

Since the example shown in FIG. 2 shows the case where the original character is a fielder, the basic abilities and special abilities related to the fielder are displayed. If the original character is a pitcher, the basic and special abilities related to the pitcher are displayed.

[2-2] The user creates the original character as described above by playing the training part and training the main character. At the start of the training part (scenario), the user sets an event deck (game character group for event generation).

Here, the "event deck" will be described. In the scenario, various events such as events that are advantageous or disadvantageous for improving the ability of the main character occur. In this respect, in the present embodiment, the events that occur in the scenario are not fixed, and the events that occur in the scenario change according to one or more game characters incorporated in the event deck. That is, in the scenario, the game character incorporated in the event deck appears as a teammate of the main character, and an event related to the game character occurs. Therefore, the user can select an event that can occur in the scenario by selecting a game character to be incorporated in the event deck. In the following, a game character that can be incorporated into an event deck (in other words, a game character for generating an event) is referred to as an "event character".

FIG. 3 shows an example of a setting image for the user to set the event deck. As shown in FIG. 3, the setting image G200 includes parts P210 and P220. Part P210 indicates the name of the event deck. Further, the part P220 is associated with a process for displaying an image for changing the name of the event deck. When the user selects the part P220 (that is, when the part P220 is tapped (touched for a short time)), an image for changing the name of the event deck is displayed on the display unit 15, and the user can use the part P220. You can change the name of the event deck.

Further, the setting image G200 includes the event deck area A230. The event deck area A230 is provided with six setting frames P231-1, P231-2, P231-3, P231-4, P231-5, P232 for setting event characters that are members of the event deck. ..

In the present embodiment, a predetermined number of event characters are given to the user when the user plays the baseball game for the first time. In addition, the user can obtain the event character by lottery, obtain the event character as a reward in the game, or obtain the event character from another user. In this respect, in the present embodiment, the user can arbitrarily incorporate up to five event characters from the event characters owned by the user into the event deck. The setting frames P231 to P231-5 are frames for setting the event character owned by the user as a member of the event deck.

Further, in the present embodiment, only one event character owned by another user can be incorporated into the event deck as a helper. 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 taps any of the setting frames P231-1, P231-2, P231-3, P231-4, P231-5, P232, the event character to be set in the setting frame is selected or the event character is selected. An image for changing the event character set in the setting frame to another event character is displayed on the display unit 15. In the setting frame P231-1, P231-2, P231-3, P231-4, P231-5, P232, the level and rarity of the event character are displayed together with the image of the event character set in the setting frame. ..

"Level" indicates the level of the event character. The higher the level of the event character, the stronger the effect of the event generated by the event character. Further, "rareity" indicates, for example, the difficulty of obtaining an event character. The higher the rarity of the event character, the more difficult it is to obtain the event character. For example, any of a plurality of levels of rarity of PSR (powerful super rare), SR (super rare), PR (powerful rare), R (rare), PN (powerful normal), and N (normal) is associated with each event character. When these are arranged in descending order, they are PSR, SR, PR, R, PN, and N.

Further, the setting image G200 includes the part P240. The part P240 is associated with a process for automatically setting the event deck according to the user's request. When the user selects part P240, the appropriate event character is selected by the computer and incorporated into the event deck.

Further, the setting image G200 includes the part P250. Part P250 shows the good practice of the event character incorporated in the event deck. In this embodiment, there are 10 types of "batting", "muscle strength", "running base", "shoulder strength", "defense", "mental", "ball speed", "control", "stamina", and "changing ball". One of the exercises of is set as a good practice of each event character.

In the example shown in FIG. 3, of the 10 types of exercises, "hit", "muscle strength", "running base", and "shoulder strength", which are not associated with the cross mark, are the event characters incorporated in the event deck. It shows that it is set as a good practice. Further, in the example shown in FIG. 3, the numerical value (2) is displayed in association with each of "muscle strength" and "shoulder strength". This is because, among the event characters built into the event deck, two event characters with "muscle strength" set as good practice are included, and two event characters with "shoulder strength" set as good practice are included. Indicates that people are included.

[2-3] After setting the event deck, the scenario is started. As mentioned earlier, for example, the main character belongs to a high school baseball club, wins regulars while practicing with teammates, participates in games (local qualifying tournaments and national tournaments), and becomes a professional baseball player. The scenario of aiming for is started.

In the scenario, the event character incorporated in the event deck appears. For example, an event character incorporated in an event deck appears as a teammate of the main character or a manager of the baseball club to which the main character belongs.

Further, in the scenario, predetermined game characters (for example, one manager, one scout, one manager, and four to eight teammate players) are set as characters in advance. These game characters appear in the game even if they are not built into the event deck. Therefore, the event character incorporated in the event deck can be said to be a game character added as a character.

In the present embodiment, the scenario progresses by repeatedly selecting the action (practice, rest, play, etc.) to be performed by the user to the main character. Specifically, the scenario consists of multiple turns. For example, one turn corresponds to a week in the game. The scenario progresses as the virtual time in the game progresses for a week at the end of each turn. In addition, one turn may correspond to one day in the game or the like.

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

As shown in FIG. 4, the main command image G300 includes a part P310 and a part P320. Part P310 indicates the number of remaining turns and the time point in the game. Further, the part P320 is a gauge image showing a physical strength parameter of the main character. For example, when the main character practices, the value of the physical strength parameter decreases, and when the main character takes a break from practice, the value of the physical strength parameter increases (recovers). The lower the value of the physical fitness parameter, the higher the probability that the main character will be injured during practice.

Further, the main command image G300 includes the part P330. Part P330 indicates the name (Tanaka), position (first baseman), dominant arm (left), and basic ability parameters (ballistic, meet, power, running power, shoulder strength, and defensive power parameters) of the main character.

Further, the main command image G300 includes a command area A340. The command area A340 includes parts P341, P342, P343, P344, P345, P346.

The part P341 is associated with a process for causing the main character to practice, and the user can make the main character practice by selecting the part P341. Details will be described later (see FIGS. 5 to 13).

The part P342 is associated with a process of resting the main character, and the user can rest the main character by selecting the part P342. When the main character is rested, the physical strength parameter of the main character increases (recovers).

The part P343 is associated with a process of sending the main character to the hospital, and the user can send the main character to the hospital by selecting the part P343. For example, if the hero character becomes ill or has a breakdown, the illness or breakdown can be cured by sending the hero character to the hospital.

The part P344 is associated with a process of letting the hero character play, and the user can play the hero character by selecting the part P344. Playing the hero character increases the motivation parameter of the hero character. The motivation parameter is a parameter indicating the motivation (condition) 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 the present embodiment, the hero character is given experience points by practicing each turn (see FIG. 10). At this time, the higher the motivation of the main character, the more experience points are given to the main character.

The part P345 is associated with a process of causing the main character to date, and the user can cause the main character to date by selecting the part P345.

A process for improving the ability of the main character is associated with the part P346, and the user can improve the ability of the main character by selecting the part P346. Details will be described later (see FIGS. 14 and 15).

FIG. 5 shows an example of a practice command image for causing the main character to practice. The practice command image G400 shown in FIG. 5 is displayed on the display unit 15 when the part P341 of the main command image G300 is selected.

As shown in FIG. 5, the practice command image G400 includes parts P310 and P320 similar to the main command image G300, and a command area A410.

The command area A410 includes parts P411, P421, P413, P414, P415, and P416 corresponding to a plurality of practice items, respectively. In the present embodiment, a level is set for each practice item, and the name and level of the associated practice item are displayed on each of the parts P411 to P416. The level of practice items increases when the number of times the practice has been performed reaches a predetermined number of times.

The part P411 is associated with a process of causing the main character to practice striking. The part P412 is associated with a process of causing the main character to practice strength. The part P413 is associated with a process of causing the main character to practice running base. The part P414 is associated with a process of causing the main character to practice shoulder strength. The part P415 is associated with a process of causing the main character to practice defensively. The part P416 is associated with a process of causing the main character to perform mental practice.

For example, when the main character wants to practice running base, the user first selects the part P413 corresponding to the running base practice. In this case, the part P413 is temporarily selected. In this state, the part P413 is displayed separately from the other parts P411, P421, P414 to P416, indicating that the part P413 is tentatively selected. In the example shown in FIG. 5, the position of the part P413 in the vertical direction of the screen is different from that of the other parts P411, P421, P414 to P416, and the part P417 corresponding to the cursor is associated with the part P413. Further, in this state, the part P418 indicating the probability of injury during practice is displayed in association with the part P413. This probability is determined based on the value of the physical strength parameter of the main character. The smaller the value of the physical strength parameter of the main character, the higher the probability of injury during practice.

Further, the practice command image G400 includes the part P420. Part P420 shows the experience points of the main character (that is, the experience points currently possessed by the main character). In this embodiment, five types of experience points are set: muscle strength, agility, skill, change ball, and mental points. FIG. 5 shows the case where the hero character's strength, agility, skill, changing ball, and mental point are 17 points, 0 points, 40 points, 0 points, and 8 points, respectively.

Further, in the example shown in FIG. 5, "+4" and "+12" are displayed in association with the muscle strength and the agility point, respectively. This indicates that when the tentatively selected practice item (running base practice) is executed, the hero character's strength points increase by 4 points and the agility points increase by 12 points.

In the present embodiment, the types of experience points that increase as the exercise is performed and the amount of increase thereof are defined for each exercise item (see FIG. 17). As mentioned above, muscle strength and agility points increase when running base practice is performed. Also, for example, when batting practice is performed, muscle strength, skill, and mental points increase. The higher the level of the practice item, the greater the amount of increase in experience points when the practice is performed.

The practice command image G400 also includes the game character area A430. In the present embodiment, a game character (teammate, director, scout, etc.) other than the main character is assigned to each practice item, and a game character other than the main character is also practicing or watching over any of them. Is directed to. In this regard, the game character assigned to the tentatively selected practice item is displayed in the game character area A430. The game character assigned to each practice item changes from turn to turn.

In the example shown in FIG. 5, since the running base practice is tentatively selected, the game character assigned to the running base practice is displayed in the game character area A430. In the example shown in FIG. 5, parts P431-1 and P431-2 corresponding to the two game characters assigned to the base running practice are displayed in the game character area A430.

Part P431-1 shows an image of the game character, a name (Yabe), and a good practice (running base practice). Further, the part P431-1 includes a part P432-1 corresponding to a gauge image. Part P432-1 shows the evaluation of the game character with respect to the main character. The longer the gauge (hatched portion in the example shown in FIG. 5) in the part P432-1, the higher the evaluation of the game character with respect to the main character. The part P431-2 is the same as the part P431-1, and the part P432-2 included in the part P431-2 is also the same as the part P431-2. Note that the good practice is displayed only when the event character is incorporated in the event deck. Since the part P431-2 corresponds to a game character other than the event character, the good practice is not displayed on the part P431-2.

When the main character practices, the evaluation of the game characters (teammates, managers, managers, and scouts) for the main character rises a little. In this respect, with respect to the game character associated with the practice performed by the hero character, the evaluation of the hero character is greatly increased than usual.

Further, in the example shown in FIG. 5, the good practice (running base practice) shown in the part P431-1 and the tentatively selected practice (running base practice) match. That is, a game character (event character) set as a good practice for running base practice is assigned to the running base practice. When the main character practices running base in such a state, the amount of increase in experience points increases as compared with the normal case.

In addition, when the main character practices running base in the above state, if the evaluation of the main character of the game character (event character) set as the good practice of running base practice is higher than the predetermined standard, a special event (Hereinafter referred to as "Special Tag Bonus Event".) Occurs. When a special tag bonus event occurs, the amount of experience points increased will be larger than in the normal case.

In the example shown in FIG. 5, the game character (event character) is assigned to the same practice item as his / her favorite practice, but the game character is not always assigned to the same practice item as his / her favorite practice. It may be assigned to a practice item that is different from your favorite practice. As described above, which practice item the game character is assigned to is determined for each turn based on the probability information.

Further, the practice command image G400 includes parts P440 and P450. In FIG. 5, the display content of the part P440 is omitted. Details of the part P440 will be described later (see FIG. 8). The part P450 is associated with a process for switching the display content of the practice command image G400. Therefore, the user can switch the display content of the practice command image G400 by selecting the part P450.

FIG. 6 shows an example of the practice command image G400 whose display contents have been switched. As shown in FIG. 6, the practice command image G400 in this case includes a disk P460 which is one of the parts instead of the parts P420 and P440. In FIG. 6, the display content of the disk P460 is omitted.

FIG. 7 shows an example of the display contents of the disk P460. The disk P460 includes twelve squares P461-1 to P461-12 arranged side by side in a circle and a cursor P462. The masses P461-1 to P461-12 are arranged along the outer circumference of the circular cursor P462, and these masses P4611-1 to P461-12 form a circular movement path. In the following, the individual squares P4611 to P461-12 may be collectively referred to as "mass P461".

In this embodiment, the user position moves on the squares P461-1 to P461-12. For example, the initial position of the user position is set to the mass P461-1, and the user position moves in a predetermined direction (clockwise direction) on the masses P461-1 to P461-12. After reaching the mass P461-12 (final position), the user position moves to the mass P461-1, and the user position repeatedly moves on the masses P461-1 to P461-12.

Each square P461 is associated with effect information regarding the effect on the game. When the user position stops at any of the squares P461, the effect is generated based on the effect information associated with the square P461. The mass P461 may be associated with advantageous effect information by the user, or may be associated with disadvantageous effect information by the user.

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

For example, "increase in mental points" and "level 1" are associated with the masses P461-1 and P461-8 as effect information. "Increase in muscle strength points" and "level 1" are associated with the masses P461-2 and P461-6 as effect information. "Increased technical points" and "level 1" are associated with the masses P461-4, P461-9, and P461-12 as effect information. "Recovery (increase) of physical strength parameter" and "level 1" are associated with the mass P461-5 as effect information. "Increased motivation parameter" and "level 1" are associated with the mass P461-11 as effect information. These effect information are advantageous effect information for the user.

In addition, "acquisition of tips for acquiring special abilities" and "level 1" are associated with the mass P461-7 as effect information. This effect information is also advantageous effect information for the user. "Tips for acquiring special abilities" will be described later.

On the other hand, "decrease in physical strength parameter" and "level 1" are associated with the mass P461-3 as effect information. "Reduction of motivation parameter" and "level 1" are associated with the mass P461-10 as effect information. These effect information are disadvantageous effect information for the user.

The effect type associated with each square P461 is selected from a plurality of effect types (see FIG. 18) based on probability information. This probability information is set based on the event character incorporated in the event deck. For example, the probability information is set so that the selection probability of the effect related to the event character incorporated in the event deck is higher than that of other effects. Specifically, the types of experience points that are highly relevant are determined for each good practice, and the selection probability of the effect of increasing the experience points related to the good practice of the event character incorporated in the event deck is another effect. Probability information is set so that it is higher than (that is, the effect of increasing experience points related to the good practice of the event character incorporated in the event deck is easier to be selected than other effects). NS.

For example, in the event deck shown in FIG. 3, since the event character in which "batting", "running base", "muscle strength", and "shoulder strength" are set as good exercises is incorporated in the event deck, "batting" , The selection probability of the effect of increasing experience points related to "running base", "muscle strength", and "shoulder strength" is set higher than other effects. Further, in the event deck shown in FIG. 3, two event characters whose "muscle strength" is set as a good practice are included, and two event characters whose "shoulder strength" is set as a good practice are included. Therefore, the selection probability of the effect of increasing the experience points related to "muscle strength" and "shoulder strength" is set higher than the effect of increasing the experience points related to "batting" and "running base".

The cursor P462 indicates the current user position. The cursor P462 includes a protrusion P463, which points to the current user position. In the example shown in FIG. 7, the protrusion P463 shows the mass P461-1, and the current user position is shown to be the mass P461-1. The cursor P462 rotates clockwise about a straight line extending in the normal direction of the center point P464 as a rotation axis. That is, the protrusion P463 points to the current user position by rotating the cursor P462 clockwise in response to the movement of the user position. By making the display mode (color, etc.) of the square P461 in which the user position is stopped different from that of the other squares P461, the square P461 in which the user position is stopped may be displayed separately.

In the present embodiment, the user position moves by the number of squares corresponding to the level of the practice item executed by the main character. For example, when the level of the practice item executed by the main character is "3", the user position advances by 3 squares. In this way, since the user can specify the number of moving squares of the user position by selecting the practice item, the user can stop the user position at any square P461. As described above, since the user can grasp the type and level of the effect associated with each cell P461, it is desired by selecting the practice item of the level corresponding to the number of cells up to the cell P461 associated with the desired effect. The user position can be stopped at the mass P461 associated with the effect of.

In this respect, the disk P460 includes a frame P465 indicating a destination of the user position when the tentatively selected practice item is executed. For example, in the examples shown in FIGS. 5 and 6, the running base practice is tentatively selected, and the level of the running base practice is “3”. Associated. Therefore, by referring to the disk P460, the user can grasp the movement destination of the user position when the tentatively selected practice item is executed and the type and level of the effect associated with the movement destination. By displaying the frame P465 or instead of displaying the frame P465, the display mode (color, etc.) of the cell P461 to which the user position is moved when the tentatively selected practice item is executed is different from that of the other cells P461. , The destination mass P461 may be displayed separately. Alternatively, an effect (light, etc.) is displayed along the outer circumference (or inner circumference) of the disk P460 so as to flow from the position corresponding to the mass P461 at the current user position to the position corresponding to the mass P461 at the destination. Thereby, the user may intuitively grasp the mass P461 which is the current user position, the mass P461 which is the destination of the user position, and the mass P461 through which the user position passes. In this case, since the effect is displayed outside the mass P461, it becomes easy to see the displayed content inside the mass P461.

When the part P450 of the practice command image G400 shown in FIG. 6 is selected, the practice command image G400 returns to the state shown in FIG. Here, the part P440 of the practice command image G400 shown in FIG. 5 will be described. Part P440 indicates a mass P461 that is likely to move from the current user position. Specifically, the part P440 indicates a mass P461 among the masses P4611-1 to P461-12, which is 1 to 6 ahead of the current user position.

FIG. 8 shows an example of the display contents of the part P440. The example shown in FIG. 8 shows the case where the current user position is the mass P461-1 as in FIG. 7. Therefore, in the example shown in FIG. 8, the masses P4611-2 to P461-7, which are 1 to 6 ahead of the masses P461-1, are shown on the part P440. That is, the type and level of effect associated with each of the squares P461-2 to P461-7 is shown in part P440.

Further, the part P440 includes a frame P441 indicating a destination of the user position when the tentatively selected practice item is executed. For example, in the examples shown in FIGS. 5 and 6, the running base practice is tentatively selected, and the level of the running base practice is “3”. Associated. Therefore, the user can also grasp the movement destination of the user position when the tentatively selected practice item is executed and the type and level of the effect associated with the movement destination by referring to the part P440. By displaying the frame P441 or instead, by making the display mode (color, etc.) of the destination cell P461 of the user position different from that of the other cells P461 when the tentatively selected practice item is executed. , The destination mass P461 may be displayed separately. Alternatively, the user position is displayed by displaying an effect (light or the like) that flows toward the position corresponding to the destination mass P461 along the outside of the part P440 (upper side or lower side in the example shown in FIG. 8). The user may intuitively grasp the mass P461 which is the destination of the movement and the mass P461 through which the user position passes. In this case, since the effect is displayed outside the mass P461, it becomes easy to see the displayed content inside the mass P461.

As described above, in the present embodiment, the operation of selecting the practice item to be executed by the main character also corresponds to the operation of specifying the movement destination of the user position. Therefore, the user looks at the disk P460 or the part P440 while looking at the disk P460 or the part P440. It is necessary to select the practice item in consideration of both the effect of the practice item and the effect of the mass P461 to which the user position is moved.

When the user further selects the practice item while any of the practice items is provisionally selected, the practice item is determined as the practice item to be executed by the main character, and the main character executes the practice. For example, when the user further selects the part P413 in the state where the running base practice is temporarily selected (that is, the part P417 points to the part P413 corresponding to the running base practice), the main character runs as a practice item to be executed. The base practice is confirmed, and the main character performs the running practice.

If any of the practice items is confirmed as a practice item that can be executed by the main character, the square P461 advanced by the number of squares corresponding to the level of the practice item from the current user position, the square P461, moves the user position. It is confirmed as the destination. For example, when the level 3 running practice is executed, the square P461-4, which is 3 squares ahead of the current user position, the square P461-1, is determined as the destination of the user position. Note that the user position does not move when an injury event occurs that indicates that the main character was injured during practice.

When the movement destination of the user position is determined, a movement result image showing the movement result of the user position is displayed on the display unit 15. FIG. 9 shows an example of the movement result image. As shown in FIG. 9, the movement result image G500 includes parts P310 and P320 similar to the main command image G300 and command areas A410 (parts P431 to P438) similar to the practice command image G400.

The movement result image G500 also includes a disk P460. The disk P460 is the same as the disk P460 of the practice command image G400, but the user position is updated in the disk P460 of the movement result image G500. The example shown in FIG. 9 shows the case where the level 3 base running practice is executed. Therefore, in the example shown in FIG. 9, the user position moves from the mass P461-1 to the mass P461-4, which is three steps ahead, and the cursor P462 points to the mass P461-4.

As described above, when the user position stops at any of the squares P461, the effect is generated based on the effect information associated with the square P461. The movement result image G500 includes a part P510 showing the occurrence of such an effect.

For example, when the user position stops at the square P461-4, the effect is generated based on the effect information associated with the square P461-4. As shown in FIG. 7, since “increase in technical points” and “level 1” are associated with the effect information in the mass P461-4, the effect is generated based on the effect information, and as a result, the effect is generated. Technical points will be increased. Therefore, in the example shown in FIG. 9, the part P510 indicating that the above effect occurs and the technical points are increased by 5 points is displayed.

After the movement result image G500 is displayed, a practice result image showing the practice result of the main character is displayed on the display unit 15. FIG. 10 shows an example of the practice result image. As shown in FIG. 10, the practice result image G600 includes parts P310 and P320 similar to the main command image G300. However, as a result of the physical strength parameter of the main character being reduced by the practice being executed, the gauge in the parts P320 is shorter than that in FIGS. 5 and 6.

As shown in FIG. 10, the practice result image G600 includes a part P610 showing the practice result of the main character. The part P610 includes a text showing the contents of changes in various parameters due to the practice of the main character.

FIG. 10 shows a case where the main character performs a level 3 running practice as in FIG. 9. Therefore, in the example shown in FIG. 10, (a) a text indicating that the technical points have increased by 5 points due to the movement of the user position to the mass P461-4, and (b) the main character character has practiced running base. As a result, the text indicating that the strength points increased by 4 points, the agility points increased by 12 points, and the physical strength parameters decreased by 25 points, and (c) the main character of the event character (Yabe) assigned to the base running practice. Text indicating that the evaluation of the character has increased by 7 points, (d) text indicating that the evaluation of the main character of the director and teammate has increased by 1 point, and (e) indicating that the user position has advanced by 3 squares. The text is displayed in the part P610.

After the practice result image G600 is displayed, the main command image G300 is displayed on the display unit 15 again. Further, in this case, when the part P341 (practice) is selected, the practice command image G400 is displayed on the display unit 15 again.

FIG. 11 shows an example of the part P440 displayed on the practice command image G400 in this case. For example, when the user position moves to the mass P461-4 as in the example described in FIGS. 5 to 10, the part P440 is the mass P461 one to six ahead of the mass P461-4 as shown in FIG. It shows -5 to P461-10. Further, in this case, if the practice item of level 3 is tentatively selected, the frame P441 is displayed in association with the square P461-7, which is three steps ahead of the square P461-4.

Further, FIG. 12 shows an example of the disk P460 displayed on the practice command image G400 in the above case. For example, when the user position moves from the mass P461-1 to the mass P461-4 as in the example described in FIGS. 5 to 10, the cursor P462 (protrusion P463) moves to the mass P461-as shown in FIG. It comes to point to 4.

In the present embodiment, when an effect is generated based on the effect information associated with the mass P461, the effect information associated with the mass P461 is reset. In this case, the effect type newly associated with the square P461 is selected from a plurality of effect types based on the probability information, the effect type associated with the square P461 is replaced with the selected effect type, and the square P461 is replaced. The effect level associated with is initialized to "1". That is, even if the effect level of the mass P461 is "2" or "3" before the reset, the effect level of the mass P461 is initialized to "1". The effect type newly associated with the mass P461 may be the same as the effect type originally associated with the mass P461, or may be controlled so as not to be the same.

For example, when an effect occurs based on the effect information associated with the mass P461-4, the effect information associated with the mass P461-4 is reset. In the example shown in FIG. 7, “increase in technical points” and “level 1” were associated with the mass P461-4 as effect information, whereas in the example shown in FIG. 12, the effect associated with the mass P461-4. The information has been reset to "Increased agility points" and "Level 1".

Further, in the present embodiment, the effect level associated with the mass P461 through which the user position has passed increases.

For example, when the user position moves from the mass P461-1 to the mass P461-4 as in the example described with reference to FIGS. 5 to 10, the user position is associated with the passed masses P461-2 and P461-3. Increases the level of effect being applied. Therefore, in the example shown in FIG. 7, the effect level of the squares P461-2 and P461-3 is "1", whereas in the example shown in FIG. 12, the user position is the squares P461-2 and P461-3. By passing, the effect level of the squares P461-2 and P461-3 has increased from "1" to "2". In this way, the user can raise the effect level of the mass P461 by allowing the user position to pass through the mass P461. However, since the upper limit of the effect level is "3", the effect level of the mass P461 does not increase beyond "3". That is, after the effect level of the mass P461 is initially set or reset to "1", the effect level of the mass P461 rises to "2" by the first passage, and the effect level of the mass P461 becomes "2" by the second passage. Although it rises to "3", the effect level of the square P461 does not rise after the third passage.

Further, in the present embodiment, as described above, when the main character performs a special practice of the teammate (event character) who highly evaluates the main character, a special tag bonus which is a special event is performed. When an event occurs and a special tag bonus event occurs, not only the effect based on the effect information associated with the square P461 where the user position has stopped, but also the effect information associated with the square P461 where the user position has passed. There is also an effect based on. Further, in this case, when the effect information disadvantageous to the user is associated with the mass P461 in which the user position is stopped or the mass P461 in which the user position is passed, the occurrence of the effect based on the effect information is suppressed. Instead, the effect is generated based on the effect information that is advantageous to the user.

FIG. 13 shows an example of the movement result image G500 when a special tag bonus event occurs. FIG. 13 shows a movement result image G500 when the user position moves from the mass P461-1 to the mass P461-4 and a special tag bonus event occurs as in the example described in FIGS. 5 to 10. There is.

When the user position moves from the mass P461-1 to the mass P461-4, an effect based on the effect information associated with the mass P461-4 usually occurs (when the special tag bonus event has not occurred). However, when a special tag bonus event occurs, not only the effect based on the effect information associated with the square P461-4, but also the effect associated with each of the squares P461-2 and P461-3 through which the user position has passed. Information-based effects also occur.

In this regard, as shown in FIG. 7, “increase in muscle strength points” and “level 1” are associated with the mass P461-2 as effect information, and the effect information is advantageous effect information for the user. , In this case, the effect is generated based on the effect information, and the muscle strength point is increased. Therefore, in the example shown in FIG. 13, the part P510-1 showing that the muscle strength points are increased by 5 points as a result of the effect being generated based on the effect information of "increase in muscle strength points" and "level 1". Is displayed.

On the other hand, as shown in FIG. 7, "decrease in physical strength parameter" and "level 1" are associated with the mass P461-3 as effect information, but the effect information is disadvantageous to the user. In this case, the occurrence of the effect based on the effect information is suppressed, and instead, the effect is generated based on the effect information advantageous to the user. For example, an effect is generated based on the effect information of "increase in all experience points" and "level 1". Therefore, in the example shown in FIG. 13, as a result of the effect being generated based on the effect information of "increase in all experience points" and "level 1", all experience points (muscle strength, agility, technique, change ball, and change ball, and Part P510-2 indicating that each mental point) is increased by 5 points is displayed. It should be noted that the effect is generated based on the effect information showing the opposite effect to the effect information associated with the mass P461-3, instead of the effect information of "increase in all experience points" and "level 1". You may. That is, the part P510-2 indicating that the physical strength parameter of the main character is recovered (increased) by generating the effect based on the effect information of "increase of physical strength parameter" and "level 1" is displayed. May be good. It should be noted that the disadvantageous effect information associated with the mass P461-3 may simply not be generated.

Further, as shown in FIG. 7, “increase in technical points” and “level 1” are associated with the mass P461-4 as effect information, and the effect information is advantageous effect information for the user. In this case, the effect is generated based on the effect information, and the technical points are increased. Therefore, in the example shown in FIG. 13, the part P510-3 showing that the technical points are increased by 5 points as a result of the effect being generated based on the effect information of "increase of technical points" and "level 1". Is displayed.

In the example shown in FIG. 7, the effect information advantageous to the user is associated with the mass P461-4 at which the user position is stopped, but the effect information disadvantageous to the user is associated with the mass P461-4. There is also. In such a case, an effect that is disadvantageous to the user usually occurs based on the effect information associated with the mass P461-4, but when a special tag bonus event occurs, it is associated with the mass P461-4. The occurrence of the effect based on the effect information (effect information disadvantageous to the user) is suppressed, and instead, the effect is generated based on the effect information advantageous to the user. For example, an effect is generated based on the effect information of "increase in all experience points" and "level 1". Alternatively, the effect is generated based on the effect information showing the opposite effect to the effect information associated with the mass P461-4. It should be noted that the disadvantageous effect information associated with the mass P461-4 may simply not be generated.

[2-4] The user can improve the ability of the main character by using (consuming) the experience points given as described above.

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

As shown in FIGS. 14 and 15, the ability improvement image G700 includes a first region A710, and the first region A710 includes a pitcher ability tab P711 and a fielder ability tab P712. The pitcher ability tab P711 displays the changes in the basic ability parameters related to the pitcher ability, and the fielder ability tab P712 displays the changes in the basic ability parameters related to the fielder ability. As shown in FIGS. 14 and 15, the fielder ability tab P712 changes each of the basic ability parameters related to the fielder ability, such as ballistic, meet, power, running ability, shoulder strength, defensive ability, and catching parameter. The previous value and the changed value are displayed.

Further, the ability improvement image G700 includes a second area A720, and the second area A720 includes a basic ability tab P721 and a special ability tab P722. As shown in FIG. 14, the experience points (muscle strength, agility, skill, change ball, and mental points) currently possessed by the main character are displayed on the basic ability tab P721. FIG. 14 shows a state in which the hero character currently possesses strength, agility, skill, changing ball, and mental points of 27 points, 20 points, 24 points, 0 points, and 0 points, respectively.

In the basic ability tab P721, in exchange for some or all of the experience points currently possessed by the main character, the basic ability parameters of the main character (ballistic, meet, power, running ability, shoulder strength, defensive ability, and catching ability) The value of the sphere parameter) can be increased.

On the basic ability tab P721, the ability value required to increase the value of the basic ability parameter by 1 point from the current value is displayed in association with each basic ability parameter. The basic ability tab P721 shown in FIG. 13 shows that, for example, 30 points each of muscle strength, skill, and mental points are required to increase the value of the ballistic parameter by 1 point from the current value.

Further, on the basic ability tab P721, parts P723-1, P723-2, P723-3, P723-4, P723-5, P723-6, P723-7 are displayed in association with each basic ability parameter.

For example, the part P723-1 is associated with a ballistic parameter, and the part P723-1 is associated with a process for increasing the ballistic parameter by 1 point in exchange for a predetermined experience point. By selecting the part P723-1, the user can raise the ballistic parameter by 1 point from the current value in exchange for the strength point: 30 points, the technical point: 30 points, and the mental point: 30 points. In this case, the ballistic parameter is increased by 1 point, which is displayed in the first area A710, and the necessary experience points are subtracted from the "current experience points" in the second area A720.

Like part P723-1, the other parts P723-2 to P723-7 are associated with meet, power, running, shoulder strength, defensive, and catching parameters, respectively, and parts P723-2 to P723. -7 is associated with a process for increasing these parameters by 1 point in exchange for a given experience point.

When the user selects the special ability tab P722 in the state shown in FIG. 14, the state is switched to the state shown in FIG. As shown in FIG. 15, the experience points (muscle strength, agility, skill, change ball, and mental points) currently possessed by the main character are also displayed on the special ability tab P722.

In the special ability tab P722, the hero character can acquire a special ability in exchange for a part or all of the experience points currently possessed by the hero character. In the example shown in FIG. 15, the special abilities that the main character can acquire are "chance ○", "left-handed pitcher ○", "stolen base ○", "running base ○", "throwing ○", and "difficulty in injury". ◎ ”and“ Average hitter ”are displayed. "Chance ○" is a special ability that is strong against chances. "Counter-left pitcher ○" is a special ability that is strong against left-handed pitchers. "Stolen base ○" is a special ability to improve stolen base. "Throwing ball ○" is a special ability that makes it difficult to throw a ball. "Difficult to get injured ◎" is a special ability that rarely gets injured. "Average hitter" is a special ability that makes it easier to hit a hit ball.

On the special ability tab P722, the ability value required for the main character to acquire the special ability is displayed in association with each special ability. In the special ability tab P722 shown in FIG. 15, for example, it is shown that agility, skill, and mental points are required to be 15 points, 30 points, and 105 points, respectively, in order for the main character to acquire "chance ○". There is. Also, for example, it is shown that 48 points each of muscular strength, agility, and technical points are required to make the main character acquire "throwing ○". For special abilities that the main character has already acquired, it is displayed that they have already acquired them.

Further, on the special ability tab P722, parts P724-1, P724-2, P724-3, P724-4, P724-5, P724-6 are displayed in association with each special ability.

For example, part P724-1 is associated with "chance ○", and part P724-1 is associated with a process for making the main character acquire "chance ○" in exchange for a predetermined experience point. .. By selecting the part P724-1, the user can have the main character acquire "chance ○" in exchange for agility points: 15 points, technical points: 30 points, and mental points: 105 points.

Like the part P724-1, the other parts P7242 to P724-6 are associated with "left pitcher ○", "stolen base ○", "running base ○", "throwing ○", and "average hitter", respectively. The parts P7242 to P724-6 are associated with a process for causing the main character to acquire these special abilities in exchange for a predetermined experience point. Since the main character has already acquired the special ability of "Injury Difficulty ◎", no parts are associated with "Injury Difficulty ◎".

In the example shown in FIG. 15, "Lv.1" is displayed in association with "running base ○". Here, "Lv.1" indicates the knack level of "running base ○".

The knack level indicates whether or not the hero character has the knack for acquiring special abilities, and the degree of the knack that the hero character has grasped. The case where the knack level is 1 or more means that the hero character has grasped the knack for acquiring a special ability, and the higher the knack level, the greater the degree of the knack that the hero character has grasped. The higher the knack level, the less experience points required to acquire special abilities for the main character. In the state shown in FIG. 15, the experience points required for the main character to acquire "running base ○" are less than usual.

At the beginning of the training part, the knack level of each special ability is set to zero. For example, in the training part, effect information indicating the effect of teaching the hero character the knack may be associated with the square P461 in the disk P460, and the effect is generated based on the effect information, so that the hero character has a special ability. You may get the knack for learning. In the example shown in FIG. 7, since the effect information indicating the effect of teaching the knack to the main character is associated with the square P461-7, when the user position stops at the square P461-7, the effect is produced based on the effect information. Occurs and raises the knack level of special abilities. In the training part, an event may occur in which the event character teaches the hero character the knack of special abilities, and even if such an event occurs, the knack level of the special ability rises.

As described above, in the training part, experience points are given to the main character based on the options (practice items, etc.) selected by the user, and the user can improve the ability of the main character by using the experience points (for example, the main character). You can increase the basic abilities of the character, or let the main character acquire special abilities). When the scenario progresses to the end, the training of the main character is completed, and for example, the main character as shown in FIG. 2 is completed. The main character whose training has been completed is registered as an original character. After the training part is completed, another original character can be trained by starting the training part from the beginning again.

[2-5] In the above game, for example, in response to the movement of the user position from the mass P461-1 to the mass P461-4, not only the effect is generated based on the effect information of the mass P461-4, but also the user position is generated. The effect information of the squares P461-2 and P461-3 that passed through is changed. As a result, the user needs to perform the game operation (operation of selecting a practice item) after paying attention not only to the square P461 where the user position stops but also to the square P461 through which the user position passes. For this reason, it is possible to give the user the interest of "performing the game operation after paying attention not only to the mass P461 where the user position stops but also to the mass P461 where the user position passes", which improves the interest of the game. be able to.

Further, in the above game, the effect information of the square P461 through which the user position has passed is changed to the effect information that is more advantageous to the user than the current effect information. Specifically, the effect level of the mass P461 that the user position has passed through is increased by one step. As a result, it is possible to give the user the interest of "in order to change the effect information of the mass P461 to the effect information more advantageous to the user, the game operation is intentionally performed so that the user position passes through the mass P461". That is, it is possible to give the user an interest that "even if the mass P461 has a desired effect associated with it, the user position dares to pass through the mass P461 to increase the effect of the mass P461". ..

Further, in the above game, each time the user position passes through the square P461, the effect level of the square P461 is increased by one step. As a result, the user can raise the effect level of the mass P461 by a plurality of steps by repeatedly passing the user position through the mass P461. As a result, it is possible to give the user the interest of "raising the effect level of the square P461 by a plurality of steps by making the user position repeatedly pass through the square P461".

Further, in the above game, the user position is moved by the number of squares corresponding to the level of the practice item determined as the execution target. Therefore, the user needs to select the practice item to be executed while considering both the effect of the practice item and the effect set in the square P461 to which the user position is moved. Therefore, it is possible to provide the user with the interest of "selecting the practice item to be executed while considering both the effect of the practice item and the effect set in the square P461 to which the user position is moved".

Further, in the above game, when the user position moves from the mass P461-1 to the mass P461-4, if the conditions for generating the special tag bonus event are satisfied, only the effect based on the effect information of the mass P461-4 is satisfied. However, an effect based on the effect information of the squares P461-2 and P461-3 through which the user position has passed is also generated. As a result, when the conditions for generating the special tag bonus event are satisfied, more effects are generated than in the normal case (when the conditions for generating the special tag bonus event are not satisfied). As a result, it is possible to motivate the user to satisfy the conditions for generating the special tag bonus event.

Further, in the above game, when the conditions for generating the special tag bonus event are satisfied, the effect information disadvantageous to the user is associated with the destination square P461-4 and the squares P461-2 and P461-3 through which the user position has passed. Even if it is, the effect based on the effect information is not generated, and the effect is generated based on the effect information advantageous to the user instead of the effect information. As a result, users can be motivated to be satisfied with the special tag bonus event. Even if the conditions for generating the special tag bonus event are satisfied, if a disadvantageous effect occurs for the user, the user who was aiming to satisfy the conditions for generating the special tag bonus event will feel dissatisfied. There is a risk. In this respect, in the above game, such user dissatisfaction can be reduced.

In the example described above, the squares P461-1 to P461-12 are arranged in a circular shape, but it is not essential to arrange the squares P461-1 to P461-12 in a circular shape, for example, in a rectangular shape. Alternatively, it may be arranged in a triangular shape. Further, for example, the masses P461-1 to P461-12 may be arranged linearly. In this case, the user position may be repeatedly moved on the squares P461-1 to P461-12 by reciprocating (pendulum movement) the masses P4611 to P461-12. That is, when the user position moves from the mass P461-1 to the mass P461-12, the user position is moved from the mass P461-12 toward the mass P461-1, and when the user position moves to the mass P461-1, again. , The user position may be moved from the mass P461-1 toward the mass P461-12. Alternatively, when the user position moves from the mass P461-1 to the mass P461-12, the user position is returned to the mass P461-1 and the user position is moved again from the mass P461-1 to the mass P461-12. The user position may be repeatedly moved on the squares P461-1 to P461-12. Further, the number of squares P461 is not limited to 12, and the number of squares P461 may be 13 or more, or 11 or less.

Further, in the example described above, for example, when the user position moves from the mass P461-1 to the mass P461-4, the effect level is increased for all the cells P461-2 and P461-3 through which the user position passes. However, the effect level may be increased only for a part of the squares P4612 and P461-3 through which the user position passes. Similarly, in the example described above, when the user position moves from the mass P461-1 to the mass P461-4, all the user positions pass when the conditions for generating the special tag bonus event are satisfied. Although the effect based on the effect information is generated for the squares P461-2 and P461-3 of the above, the effect information is only for a part of the squares P4612 and P461-3 through which the user position passes. The effect based on may be generated.

Further, in the example described above, the effect level associated with the square P461 through which the user position has passed is increased, but the number of effect types associated with the square P461 through which the user position has passed is increased. May be good. For example, as shown in FIG. 7, when the user position passes through the mass P461-2 in a state where the effect type "increase in technical points" is associated with the mass P461-2, "increase in technical points". In addition to the effect type, for example, another effect type such as "increase in mental points" may be associated with the mass P461-2.

Further, in the example shown above, the effect information is associated with all the cells P461 (see FIGS. 7 and 12), but there may be a cell P461 to which the effect information is not associated. For example, the effect information may not be associated with a specific mass P461. Further, for example, when initializing the effect information of each cell P461, the effect information may not be associated with at least one cell P461 based on the probability information (in other words, randomly). In this aspect, when the user position stops at the mass P461 to which the effect information is not associated, the mass P461 may be changed to the state in which the effect information is associated. Alternatively, when the user position passes through the mass P461 to which the effect information is not associated, the mass P461 may be changed to the state in which the effect information is associated. Further, for example, when the user position stops at the mass P461 to which the effect information is associated and the effect information based on the effect information is generated and then the effect information of the mass P461 is reset, the effect information associates the mass P461. It may be changed to the state where it is not.

Further, in the above-mentioned example, the user position is moved by the number of squares corresponding to the level of the practice item executed by the main character, but the present invention is not limited to this mode. For example, separately from the level, the number of moving squares information indicating the number of moving squares is set for each practice item, the information is displayed in association with each practice item, and the practice item is set to be executed by the main character. The user position may be moved by the square indicated by the above information. In this embodiment, the information on the number of moving cells of each practice item may be set based on the probability information (in other words, randomly). Further, in this aspect, the number of moving squares set for each practice item may be changed at predetermined timings. For example, the number of moving squares set for each practice item may be changed each time a predetermined number of exercises (which may be once or a plurality of times) are executed, or every turn a predetermined number of times.

[3. Functional block] FIG. 16 is a functional block diagram showing a functional block related to a training part among the functional blocks realized by the game system 1.

As shown in FIG. 16, the game system 1 includes a data storage unit 100, a reception unit 110, a moving unit 120, a determination unit 130, an execution unit 140, a first change unit 150, and a second change unit 160. And include. The data storage unit 100 is realized by at least one of the storage unit 12, the storage unit 32, and the database 34. Further, the functional blocks other than the data storage unit 100 are realized by at least one of the control unit 11 and the control unit 31. That is, all the functional blocks other than the data storage unit 100 may be realized by the control unit 11, all of them may be realized by the control unit 31, or some of them may be realized by the control unit 11. , The rest may be realized by the control unit 31.

[3-1. Data storage unit] The data storage unit 100 stores data necessary for executing a game. Here, as an example of the data stored in the data storage unit 100, the data necessary for executing the above-mentioned baseball game training part will be described. For example, the data storage unit 100 includes data indicating a list of users who play a game in the game system 1, data indicating a list of event characters owned by each user, and original characters owned by each user (each). Stores data showing a list of (original characters) created by the user. In addition to these data, as shown in FIG. 16, the data storage unit 100 stores the practice effect data D101, the mass effect data D102, the mass data D103, the event deck data D104, and the training status data D105.

[3-1-1] FIG. 17 shows an example of the practice effect data D101. The practice effect data D101 shows the effect information associated with each practice item. As shown in FIG. 17, the practice effect data D101 includes "practice ID", "name", and "effect" fields.

The "practice ID" field indicates identification information for uniquely identifying each practice item. The "Name" field indicates the name of the practice item. The "Effect" field indicates effect information. As shown in FIG. 17, the "effect" field includes "Lv.1", "Lv.2", "Lv.3", "Lv.4", and "Lv.5" fields as subfields. .. The "Lv.1" field indicates the content of the effect that occurs when the level 1 practice is performed. That is, the "Lv.1" field indicates how much of the experience points of strength, agility, skill, change ball, and mental points are increased when the level 1 exercise is performed. For example, "strength +2" indicates that strength points are increased by 2 points. The "Lv.2", "Lv.3", "Lv.4", and "Lv.5" fields are the same as the "Lv.1" fields.

The effect shown in the practice effect data D101 is a basic effect, and the effect that actually occurs increases based on the motivation parameter of the main character, the number and parameters of the game characters associated with the practice item, and the like ( Or it may be reduced). For example, in the example shown in FIG. 17, "muscle strength +2, agility +8" is set as the effect of the level 1 running base practice, but when the level 1 running base practice is actually executed, the running base is set. Based on the type or number of game characters associated with the practice, the motivation parameters of the main character, and the number and parameters of the game characters associated with the practice items, the strength points are more than 2 points (or). It may be less) or more (or less) agility points than 8 points.

[3-1-2] FIG. 18 shows an example of mass effect data D102. The mass effect data D102 indicates effect information that may be associated with each mass P461. As shown in FIG. 18, the mass effect data D102 includes "effect ID", "name", "type", and "effect" fields.

The "effect ID" field indicates identification information for uniquely identifying each effect. The Name field indicates the name of the effect. The "Type" field indicates whether the effect is favorable to the user or disadvantageous to the user. For example, if the effect is favorable to the user, the value "1" is registered in the "type" field, and if the effect is unfavorable to the user, the value "0" is registered in the "type" field.

The "Effect" field indicates effect information. As shown in FIG. 18, the "effect" field includes "Lv.1", "Lv.2", and "Lv.3" fields as subfields. The "Lv.1" field indicates the content of the effect that occurs when the effect level is "1". That is, in the "Lv.1" field, when the effect level is "1", which of the strength point, the agility point, the skill point, the changing ball point, the mental point, the physical strength parameter, and the motivation parameter is how much. Indicates whether to increase or decrease. For example, "strength +5" indicates that strength points are increased by 5 points. Regarding the effect "Tips GET", the "Lv.1" field shows a list of tips that may be given to the main character when the effect level is "1". The "Lv.2" and "Lv.3" fields are the same as the "Lv.1" fields.

[3-1-3] FIG. 19 shows an example of mass data D103. The mass data D103 shows information about each mass P461 in the disk P460. As shown in FIG. 19, the mass data D103 includes a “mass ID”, an “effect ID”, an “effect level”, and a “user position flag”.

The “mass ID” field indicates identification information that uniquely identifies each mass P461. The ascending order of the mass IDs corresponds to the order of the masses P461 to which the user position should move, and the "mass ID" field also indicates the order of the masses P461 to which the user position should move. In the example shown in FIG. 19, the mass ID “1” corresponds to the mass P461-1. Similarly, the mass IDs "2" to "12" correspond to the masses P4611-2 to P461-12, respectively.

The “Effect ID” field indicates the effect ID of the effect associated with the mass P461. The "Effect Level" field indicates the level of effect associated with mass P461. The "user position flag" field indicates the mass P461 in which the user position is currently stopped. For example, for the square P461 where the user position is currently stopped, the value "1" is registered in the "user position flag" field, and for the square P461 where the user position is not currently stopped, the value "0" is the "user position flag". Is registered in the field.

[3-1-4] FIG. 20 shows an example of the event deck data D104. The event deck data D104 indicates an event character incorporated in the event deck. As shown in FIG. 20, the event deck data D104 has "setting frame", "event character ID", "owner", "name", "rareity", "attribute", "position", "special practice", and "special practice". Includes "Experience", "Level", "Ability Parameters", "Event" fields, etc.

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

"Event character ID", "Owner", "Name", "Rarity", "Position", "Good practice", "Experience value", "Level", "Ability parameter", "Event" field is a setting frame Indicates the event character ID, owner, name, rarity, attribute, position, good practice, experience value, and level of the event character set in. The "attribute" field indicates whether the event character set in the setting frame is "player", "manager", or the like.

The "ability parameter" field indicates the ability parameter of the event character set in the setting frame. For example, when a match event occurs in the training part, the event character incorporated in the event deck participates in the match as a teammate of the main character. When such a match event is executed, the ability parameters of the event character are referred to.

The "Event" field indicates event information about the event associated with the event character set in the setting frame. In other words, the "event" field indicates event information about the events that can occur in the game if the event character is incorporated into the event deck. Event information is information indicating the name and content (effect) of an event. For example, the event information includes information regarding the type and amount of experience points or ability parameters given to the main character by the occurrence of the event. Information indicating the probability and conditions for an event to occur is also stored in the "event" field.

[3-1-5] FIG. 21 shows an example of breeding status data D105. The training status data D105 shows the training status of the main character being trained. As shown in FIG. 21, the breeding status data D105 includes the following fields.

The "Name" field indicates the name of the main character. The "Position" field indicates the baseball position that the main character is good at. The "form" and "dominant arm" fields indicate the main character's form (batting form or throwing form) and dominant arm. The "motivation parameter" and "physical strength parameter" fields indicate the motivation parameter and physical strength parameter of the main character at the present time. The "Rating" field indicates the current rating of the other game character (teammate, manager, manager, or scout) for the main character. The "Tips" field shows the tips that the main character has acquired so far.

The "experience point" field indicates the experience points (muscle strength, agility, skill, change ball, and mental points) currently possessed by the main character. The "experience point points" field stores the experience points that the hero character has at the present time (that is, the experience points that remain at the present time) and the cumulative total of the experience points that the hero character has acquired so far. You may be.

The "Basic Ability Parameters" field indicates the current basic ability parameters of the main character (ballistic, meet, power, running ability, shoulder strength, defensive ability, and catching parameter).

The "Special Ability Parameter" field indicates the special ability parameter of the main character at the present time. The special ability parameter is a parameter indicating whether or not the special ability has been acquired and the level of the acquired special ability. For example, if the main character has acquired the special ability "Chance ◎", "2" is registered in the "Chance" field in the "Special ability parameter" field. Further, for example, when the main character has acquired the special ability "anti-left pitcher ○", "1" is registered in the "anti-left pitcher" field in the "special ability parameter" field. Further, for example, when the main character has not acquired the special ability "opposite field", "0" is registered in the "opposite field" field in the "special ability parameter" field.

The "Practice execution status" field indicates the execution status (execution history) of the practice up to the present time. In the Practice Execution Status field, for each practice item, the current level, the cumulative number of times the practice has been performed, and the game characters associated with the practice item in the current turn (teammates, managers, managers, etc.) Or a scout) is registered. Also, the Progress field indicates the current progress. For example, the "Progress" field shows the number of remaining turns, the current in-game time, and so on.

[3-1-6] In addition to the data described above, the data storage unit 100 may include, for example, a game character (other than the event character incorporated in the event deck) preset as a character in the scenario. Data related to the game character) is also stored.

[3-2. Reception unit and moving unit] The reception unit 110 accepts a selection from a plurality of options including an option associated with processing information (type 1 processing information) related to game processing.

Further, the moving unit 120 moves the user position based on the game operation among a plurality of positions including the position associated with the processing information (type 2 processing information) related to the game processing. For example, the moving unit 120 determines the moving destination of the user position based on the option selected from the plurality of options, and moves the user position from the current position to the moving destination.

[3-2-1] The "plurality of options" is a target selected by the user. The "plurality of options" may include only the options associated with the processing information (type 1 processing information), or the options associated with the processing information (type 1 processing information) and the processing. Both may be included with options to which information (first-class processing information) is not associated.

For example, in the case of a game in which the user selects one of a plurality of commands displayed on the screen, the plurality of commands correspond to an example of "plurality of choices". In the above-mentioned baseball game example, parts P411 to P416 of the practice command image G400 correspond to an example of "plurality of options". That is, the choices of practice items correspond to an example of "plurality of choices".

"Accepting a selection from a plurality of options" means accepting a selection operation for selecting one from a plurality of options. Alternatively, "accepting a selection from a plurality of options" may mean receiving selection data indicating that any one of the plurality of options has been selected. Only one of a plurality of options may be allowed to be selected, or a plurality of options may be allowed to be selected from a plurality of options.

[3-2-2] The "plurality of positions" is a position where the user position can be moved. In other words, it is a position where the user position can stop. In other words, the "plurality of positions" is a plurality of positions set in the route for the user position to move. The "plurality of positions" may include only the positions to which the processing information is associated, or may include both the positions to which the processing information is associated and the positions to which the processing information is not associated. ..

For example, the "plurality of positions" is configured such that the user position moves (passes) a plurality of times at least a part of the plurality of positions. That is, the user position moves in a predetermined direction from the initial position among the plurality of positions, and when the user position reaches the predetermined position among the plurality of positions, the user position becomes the initial position (or intermediate position: initial position and predetermined position). It is designed to return to the other position between and. For example, a plurality of positions are set in a circular shape, and the user position goes around clockwise (counterclockwise) from the initial position and returns to the initial position. Further, for example, when a plurality of positions are set in a straight line, 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 The position returns to the first end position (or any position between the first end position and the second end position). When the user position reaches the second end position, the user position may move from the second end position to the first end position.

Further, for example, "plurality of positions" is represented as a plurality of cells. Further, for example, "plurality of positions" may be represented as a plurality of nodes connected to each other. In the above-mentioned example of the baseball game, the squares P461-1 to P461-12 in the disk P460 of the practice command image G400 correspond to an example of "plurality of positions".

[3-2-3] The "user position" is a position to move based on a user's operation. In other words, the "user position" is the position of the plurality of positions to which the user is currently associated. In other words, the "user position" is a position among a plurality of positions where the user is currently stopped.

For example, in the case of a game in which a moving body (for example, a piece, a game character, or a cursor) moves among a plurality of positions based on a user's operation, the current position of the moving body corresponds to the "user position". That is, the position where the moving body is currently stopped corresponds to the "user position".

Further, in the case of a game in which the position to be distinguished and displayed changes among a plurality of positions based on the operation of the user, the position to be distinguished and displayed corresponds to the "user position". The "position to be distinguished and displayed" is, for example, a position set to a color different from other positions, a position set to blink, or the like.

Further, in the case of a game in which an object pointing to any of a plurality of positions is displayed on the display unit and the position pointed to by the object changes based on the user's operation, the object is pointed to. The position corresponds to the "user position". For example, a plurality of positions (mass, etc.) set in a circle and an instruction unit that can rotate around the central axis of the circle are displayed on the display unit, and the instruction unit moves around the central axis based on the user's operation. In the case of a game in which the position indicated by the indicator changes, the position indicated by the indicator corresponds to the "user position". In the above-mentioned example of the baseball game, the cursor P462 in the disk P460 corresponds to an example of the above-mentioned "object", the protrusion P463 corresponds to an example of the above-mentioned "instruction part", and is pointed by the cursor P462 (protrusion P463). The square P461 corresponds to an example of the “user position”.

[3-2-4] The "game operation" is an operation related to the movement of the user position. For example, the "game operation" may be an operation for designating the destination of the user's position. In other words, the "game operation" may be an operation of designating a distance for moving the user position. Further, for example, the "game operation" is simply an operation for instructing the movement of the user position (for example, an operation for rolling a virtual dice displayed on the display unit, an operation for turning a virtual roulette wheel, etc.). It may be. In this case, the destination or distance of the user position may be randomly determined by the computer. In the above-mentioned baseball game example, the operation of selecting any of the parts P411 to P416 of the practice command image G400 corresponds to an example of "game operation".

[3-2-5] “Determining the destination of the user position based on the selected option” means, for example, determining the moving distance of the user position based on the selected option and determining the current user. The moving distance determined from the position is determined as the moving destination. Further, for example, the moving direction of the user position may be determined based on the selected option, and the position advanced from the current user position in the determined moving direction may be determined as the moving destination.

In the above-mentioned baseball game example, the destination of the user position is determined based on the level of the practice item corresponding to the part selected from the parts P411 to P416 of the practice command image G400. Specifically, in the moving unit 120, the square P461 that has moved by the number of squares corresponding to the above level from the square P461 that is the current user position is determined as the moving destination.

[3-2-6] “Game processing” is processing executed in a game. For example, the "game process" includes an effect generation process that generates an effect on the game. The "game effect" is an effect that occurs in the game. As the "effect on the game", the effect of various contents can be set according to the contents of the game.

For example, changing the game parameters corresponds to an example of "game effect". The "game parameter" is a parameter related to the game. For example, a parameter that changes based on a user's game operation corresponds to an example of a "game parameter". In addition, the parameters used as the basis of game processing also correspond to an example of "game parameters". For example, a difficulty parameter indicating the difficulty level of a game also corresponds to an example of a “game parameter”. In the above-mentioned example of the baseball game, the experience points, physical strength parameters, motivation parameters, ability parameters (basic ability parameters or special ability parameters), etc. of the main character correspond to an example of "game parameters". Then, increasing (or decreasing) the experience points of the main character, increasing (or decreasing) the physical strength parameter of the main character, or increasing (or decreasing) the motivation parameter of the main character is the "effect on the game". Corresponds to one example.

Also, for example, giving (or confiscating) a game object corresponds to an example of a "game effect". A "game object" is an object used in a game. In other words, the "game object" is an object to be given to a user or the like in a game. For example, game points, game items, game characters, game cards, etc. correspond to an example of a "game object". In the above-mentioned example of a baseball game, the experience points of the main character or the tips for acquiring special abilities correspond to an example of a "game object". Then, giving experience points or tips to the main character (user) corresponds to an example of "game effect".

Further, for example, changing the state of the game to a specific state, changing the user position, or the like corresponds to an example of "effect on the game". "Making the state of the game a specific state" means, for example, making the state of the game advantageous to the user, or making the state of the game disadvantageous to the user, and the like. Further, "changing the user position" means forcibly changing the user position from the current position to another position.

The "game process" may be a game process that is advantageous to the user or a game process that is disadvantageous to the user.

The "game process advantageous to the user" is a game process that is advantageous to the user in aiming to achieve a goal in the game by executing the game process.

In the game, for example, "goals" such as raising (or lowering) game parameters, obtaining predetermined game items, obtaining high scores, or defeating enemies are set according to the content of the game. NS. In the case of a game in which the user develops a game character or a game in which the user enhances a game card or a game item, the "goal" is to increase the game parameter (performance parameter) indicating the performance of the game character, the game card, or the game item. Corresponds to. Further, in the case of a game in which the user aims to increase the intimacy with the game character, increasing the game parameter (intimacy parameter) indicating the intimacy with the game character corresponds to the "target". In the above-mentioned example of the baseball game (training part), increasing the ability parameters (basic ability parameters and special ability parameters) of the main character corresponds to the "goal".

For example, an effect generation process that generates an effect that is advantageous to the user corresponds to an example of "game process that is advantageous to the user". The "favorable effect for the user" is an effect that is advantageous for the user in aiming at achieving the goal in the game. That is, it is an effect that makes it easier to achieve the goal.

When raising the game parameter corresponds to the "goal", raising the game parameter, adding a game object for raising the game parameter, and making the game parameter easy to raise (or difficult to fall) (for example, difficult to lower). Setting the rate of increase in game parameters higher than usual, relaxing the conditions that should be satisfied in order to increase the game parameters, or increasing the probability of occurrence of game events that help increase the game parameters, etc.) It corresponds to an example of "advantageous effect for the user". In the above-mentioned baseball game example, increasing the experience points of the main character, increasing the physical strength parameter of the main character, increasing the motivation parameter of the main character,
Alternatively, giving the main character a knack for acquiring special abilities corresponds to an example of "advantageous effect for the user".

In addition, lowering the difficulty level of the game is also an example of "effects that are advantageous to the user".

On the other hand, the "game process disadvantageous to the user" is a game process that is disadvantageous to the user in aiming to achieve a goal in the game by executing the game process.

For example, an effect generation process that causes an effect that is disadvantageous to the user corresponds to an example of "game process that is disadvantageous to the user". The "disadvantageous effect for the user" is an effect that is disadvantageous for the user in aiming at achieving the goal in the game. That is, it is an effect that makes it difficult to achieve the target.

When raising the game parameter corresponds to the "goal", lower the game parameter, make it difficult (or easy to lower) the game parameter (for example, set the rate of increase of the game parameter lower than usual). , Tightening the conditions that should be satisfied in order to raise the game parameters, or increasing the probability of occurrence of a game event that hinders the rise of the game parameters, etc.) corresponds to an example of "disadvantageous effect for the user". In the above-mentioned example of the baseball game, reducing the physical strength parameter of the main character, or reducing the motivation parameter of the main character corresponds to an example of "disadvantageous effect for the user".

In addition, increasing the difficulty level of the game corresponds to an example of "disadvantageous effect depending on the user".

[3-2-7] “Processing information” is information used for executing game processing. For example, "processing information" is information indicating the content of game processing to be executed. The "processing information" may be information indicating whether or not the game processing is executed. That is, there may be options or positions associated with processing information indicating that the game processing is not executed. The "processing information" may be information indicating the probability of executing the game processing. That is, it may be decided whether or not to execute the game process based on the probability. The probability of executing the game process may be different for each option or position.

When the game processing includes the effect generation processing, the "processing information" includes the effect information regarding the effect in the game. "Effect information" is information used to generate an effect.

For example, "effect information" is information indicating the content of the effect to be generated. The "information indicating the content of the effect to be generated" is, for example, information indicating the type and degree of the effect to be generated. The "information indicating the content of the effect to be generated" may be information indicating one of the type and degree of the effect to be generated.

Further, for example, the "effect information" may be information indicating whether or not an effect has occurred. That is, there may be a position associated with effect information indicating that the effect is not generated. Alternatively, the "effect information" may be information indicating the probability of occurrence of the effect. That is, it may be determined whether or not to generate the effect based on the probability. The probability of occurrence of an effect may differ for each option or position.

“Type 1 processing information” is processing information associated with options. On the other hand, the "second type processing information" is the processing information associated with the position. The "first-class processing information" and the "second-class processing information" may be processing information related to the same type of game processing, or may be processing information related to different types of game processing.

For example, both "type 1 processing information" and "type 2 processing information" may be processing information related to processing for raising game parameters, or "type 1 processing information" and "type 2 processing information". One of the processing information of the game may be the processing information related to the process of raising the game parameter, and the other may be the processing information related to the process of giving the game item.

Even if the "first-class processing information" and the "second-class processing information" are processing information related to the same type of game processing, the content of the game processing is "first-class processing information". And "type 2 processing information" are different. For example, even if both "type 1 processing information" and "type 2 processing information" are processing information related to processing for increasing game parameters, the target game parameters or the degree of increase, etc. Is different between "type 1 processing information" and "type 2 processing information". For example, "type 1 processing information" is processing information related to processing for raising the first game parameter, and "type 2 processing information" is processing information related to processing for raising the second game parameter. Or, for example, "type 1 processing information" is processing information related to the process of increasing the game parameter by the first amount, and "type 2 processing information" is processing information related to the process of increasing the game parameter by the second amount. ..

In the above-mentioned baseball game, the effect information (see FIG. 17) associated with the practice items corresponding to each of the parts P411 to P416 of the practice command image G400 corresponds to an example of "first-class processing information". Further, the effect information (see FIGS. 18 and 19) associated with each cell P461 of the disk P460 of the practice command image G400 corresponds to an example of "type 2 processing information".

[3-2-8] In the above-mentioned example of the baseball game, the reception unit 110 accepts a selection from the parts P411 to P416 of the practice command image G400. Further, the moving unit 120 moves the user position in the squares P461-1 to P461-12 of the disk P460 of the practice command image G400 based on the game operation. For example, the moving unit 120 moves the user position based on the level of the practice item corresponding to the part selected from the parts P411 to P416. Specifically, the moving unit 120 determines as the moving destination the square P461 that has moved by the number of squares corresponding to the above level from the square P461 that is the current user position, and moves the user position from the current position to the moving destination. ..

[3-3. Execution unit] The execution unit 140 performs game processing based on the processing information (type 2 processing information) associated with the first position according to the movement of the user position to the first position among the plurality of positions. Execute. The execution unit 140 performs game processing based on the first-class processing information associated with the option selected from the plurality of options and the second-class processing information associated with the first position. You may do it.

[3-3-1] The “first position” is any of a plurality of positions and is a position to which processing information is associated. The "first position" is a position that can be moved from the current user position. For example, when a plurality of positions are set on the movement path and the movement path can be moved only in a predetermined direction, the "first position" is a position in a predetermined direction from the current user position. Further, "moving the user position to the first position" means that the user position is stopped at the first position.

[3-3-2] "Execute the game process according to the movement of the user position to the first position" means that the game process is executed by using the movement of the user position to the first position as a trigger. be.

For example, the execution unit 140 executes the game process when the user position moves to the first position. The execution unit 140 may execute the game process immediately after the user position moves to the first position, or the predetermined execution condition is satisfied after the user position moves to the first position. You may wait for and execute the game process.

Further, for example, the execution unit 140 may execute the game process when it is determined that the user position moves to the first position (when the first position is determined as the movement destination of the user position). That is, the execution unit 140 may execute the game process after it is determined that the user position moves to the first position and before the user position actually starts moving to the first position. Alternatively, the execution unit 140 may execute the game process while the user position is moving toward the first position after the user position is determined to move to the first position.

[3-3-3] “Execute the game process based on the process information associated with the first position” means to execute the game process based on the process information associated with the first position. For example, "execution of the game process based on the process information associated with the first position" means executing the game process of the content indicated by the process information associated with the first position.

When the processing information associated with the first position indicates whether or not the game processing is executed or the execution probability, "execution of the game processing based on the processing information associated with the first position" means the first position. Based on the processing information associated with, it may be decided whether or not to execute the game processing, and when it is decided to execute the game processing, the game processing may be executed.

For example, when the processing information associated with the first position includes the effect information, the execution unit 140 executes the game processing based on the effect information associated with the first position. "Execute the game process based on the process information associated with the first position" means to execute the effect generation process based on the effect information associated with the first position.

"Execute the effect generation process based on the effect information associated with the first position" means to generate an effect based on the effect information associated with the first position in the game. For example, "execution of the effect generation process based on the effect information associated with the first position" means to generate the effect indicated by the effect information associated with the first position. That is, "execution of the effect generation process based on the effect information associated with the first position" means to generate an effect of the type and / or degree indicated by the effect information associated with the first position.

When the effect information associated with the first position indicates the presence / absence or probability of occurrence of the effect, "execute the effect generation process based on the effect information associated with the first position" means the first position. Based on the effect information associated with, it may be determined whether or not to execute the effect generation process, and when it is determined to execute the effect generation process, the effect generation process may be executed.

[3-3-4] What is "execution of game processing based on the first-class processing information associated with the selected option and the second-class processing information associated with the first position"? For example, game processing (first game processing) is executed based on the first type processing information associated with the selected option, and game processing is performed based on the second type processing information associated with the first position. (Second game processing) is executed.

In this case, the first game process and the second game process may be executed in parallel, or one may be executed and then the other may be executed.

Further, in this case, the first game process may be executed before the destination of the user position is determined. That is, the first game process may be executed, then the destination of the user position may be determined, and the second game process may be executed according to the movement of the user position to the move destination (first position).

Further, in this case, the result of the first game processing and the result of the second game processing may be displayed separately on the display unit, or may be displayed together. For example, when the result of the first game processing is "10 points increase of game points X" and the result of the second game processing is "20 points increase of game points X", the game points X have increased by 10 points. May be displayed on the display unit, and then the display unit 15 may further indicate that the game point X has increased by 20 points. The display order may be reversed. Alternatively, the fact that the game point X has increased by 10 points and the fact that the game point X has increased by 20 points may be displayed in different display areas at the same time. Alternatively, the result of the first game processing and the result of the second game processing may be combined into one, and the display unit 15 may display that the game point X has increased by 30 points.

[3-3-5] In the above-mentioned example of the baseball game, for example, the part P413 of the practice command image G400 is selected in the state shown in FIGS. 5 to 8, and the user position is the mass P461-4 (an example of the first position). When moved to, the execution unit 140 executes an effect generation process based on the effect information associated with the mass P461-4. For example, in the state shown in FIG. 7, the execution unit 140 executes a process of increasing the technical points by 5 points (an example of the second game process) (see FIG. 10). Further, the execution unit 140 executes an effect generation process corresponding to the practice item associated with the part P413. For example, the execution unit 140 executes a process (an example of the first game process) of increasing the muscle strength point by 4 points, increasing the agility point by 12 points, and lowering the physical strength parameter by 25 points (see FIG. 10).

[3-4. First change unit] The first change unit 150 is the processing information (type 2 processing information) associated with the position according to the execution of the game processing based on the processing information associated with the position (for example, the first position). ) Is changed.

"Changing the processing information associated with a position" means that the processing information associated with the position is newly determined, and the processing information associated with the position is newly determined by associating the processing information with the position. It is to change to processing information.

"Changing the processing information associated with the position according to the execution of the game processing based on the processing information associated with the position" means that the execution of the game processing based on the processing information associated with the position is used as a trigger. Change the processing information associated with the location.

For example, the first change unit 150 changes the processing information associated with the position when the game processing is executed based on the processing information associated with the position. The first change unit 150 may execute the change immediately after the game process is executed based on the process information associated with the position, or the game process may be performed based on the process information associated with the first position. May be executed, and then the change may be executed after waiting for the predetermined change conditions to be satisfied.

In the above-mentioned baseball game example, for example, when an effect based on the effect information associated with the mass P461-4 (an example of the first position) occurs, the first change unit 150 is associated with the mass P461-4. Reset the effect information. For example, the first change unit 150 selects one of a plurality of effect types (FIG. 17) as a new effect type associated with the mass P461-4 based on the probability information, and selects the selected effect type as the mass P461. Associate with -4. At this time, the first change unit 150 initializes the effect level associated with the mass P461-4 to "1".

In the example shown in FIG. 12, "increase in agility points" is selected as a new effect type associated with mass P461-4, and "increase in agility points" and "level 1" are mass P461- as new effect information. Associated with 4. As a result, the effect information associated with the mass P461-4 has been changed from "increase in technical points" and "level 1" to "increase in agility points" and "level 1" (see FIGS. 7 and 12).

[3-5. Second change unit] The second change unit 160 transmits the processing information (type 2 processing information) associated with the second position on the passage path from the user position before moving to the first position to the first position. change.

[3-5-1] The "second position on the passage path from the user position before the movement to the first position" is a position between the user position before the movement and the first position. It is a position other than the user position and the first position before the movement. In other words, the "second position" is a position through which the user position passes while moving from the user position before the movement to the first position.

When a plurality of positions exist between the user position before the movement and the first position, all of the plurality of positions may correspond to the "second position", or the plurality of positions may correspond to the "second position". Only a part of them may correspond to the "second position". That is, when a plurality of positions exist between the user position before the movement and the first position, the processing information may be changed for all of the plurality of positions, or one of the plurality of positions. The processing information may be changed only for the position of the part.

[3-5-2] "Changing the processing information associated with the second position" means changing the processing information associated with the second position according to the movement of the user position to the first position. .. In other words, "changing the processing information associated with the second position according to the movement of the user position to the first position" is associated with the second position by using the movement of the user position to the first position as a trigger. It is to change the processing information to be processed.

For example, the second change unit 160 changes the processing information associated with the second position when the user position moves to the first position. The second change unit 160 may execute the change immediately after the user position is moved to the first position, or the predetermined execution condition is satisfied after the user position is moved to the first position. You may wait for the change to be made.

Further, for example, the second change unit 160 changes 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. You may do it. That is, the second change unit 160 may execute the change after it is determined that the user position moves to the first position and before the user position actually starts moving to the first position. Alternatively, the second change unit 160 may execute the change while the user position is moving toward the first position after the user position is determined to move to the first position. For example, the second change unit 160 may execute the change immediately before, immediately after, or during the passage of the user position through the second position.

The change by the second change unit 160 (change of the processing information associated with the second position) and the execution of the game processing by the execution unit 140 (execution of the game processing based on the processing information associated with the first position) , It may be executed at the same timing, or it may be executed at different timings.

[3-5-3] “Changing the processing information associated with the second position” means, for example, a game in which the processing information associated with the second position is different from the game processing indicated by the currently associated processing information. It is to change to the processing information indicating the processing.

"Changing the processing information associated with the second position" means changing from a state in which the processing information is not associated with the second position to a state in which the processing information is associated with the second position. good. Alternatively, "changing the processing information associated with the second position" means changing from a state in which the processing information is associated with the second position to a state in which the processing information is not associated with the second position. There may be.

Further, when the processing information associated with the second position indicates whether or not the game processing is executed or the execution probability, "changing the processing information associated with the second position" means whether or not the game processing is executed or the execution probability. It may be to change.

When the processing information associated with the second position includes the effect information, "changing the processing information associated with the second position" may mean changing the effect information associated with the second position. "Changing the effect information associated with the second position" means changing the effect information associated with the second position to the effect information showing an effect different from the effect indicated by the currently associated effect information. ..

For example, "changing the effect information associated with the second position" means changing the effect information associated with the second position so that the effect is increased. In addition, "changing the effect information associated with the second position so as to increase the effect" means, for example, that the effect information associated with the second position is indicated by the effect information currently associated with the second position. The effect is changed to the effect information of the same type as the type and showing an effect larger than the effect information currently associated with the second position.

Alternatively, "changing the effect information associated with the second position" may mean changing the effect information associated with the second position so that the effect is reduced. Note that "changing the effect information associated with the second position so that the effect is reduced" means, for example, that the effect information associated with the second position is indicated by the effect information currently associated with the second position. It is to change the effect information to show the same kind of effect as the kind, and the effect information is smaller than the effect information currently associated with the second position.

Note that "changing the effect information associated with the second position" means changing from a state in which the effect information is not associated with the second position to a state in which the effect information is associated with the second position. You may. Alternatively, "changing the effect information associated with the second position" means changing from a state in which the effect information is associated with the second position to a state in which the effect information is not associated with the second position. There may be.

For example, the second change unit 160 changes the processing information associated with the second position to processing information related to game processing that is more advantageous to the user than the processing information currently associated with the second position. That is, the second change unit 160 changes the processing information associated with the second position to processing information indicating game processing that is more advantageous to the user than the game processing indicated by the currently associated processing information.

When the processing information associated with the second position includes the effect information, the second change unit 160 changes the effect information associated with the second position to the effect information more advantageous to the user than the currently associated effect information. .. For example, when the effect information regarding the effect advantageous to the user is associated with the second position, the second change unit 160 changes the effect information associated with the second position so that the effect is increased. Further, for example, when the effect information regarding the effect unfavorable to the user is associated with the second position, the second change unit 160 may change the effect information associated with the second position so that the effect is reduced. good. Further, for example, the second change unit 160 may change the effect information associated with the second position to the effect information showing a type of effect that is more advantageous to the user than the type indicated by the currently associated effect information.

Further, for example, the second change unit 160 may change the processing information associated with the second position to processing information indicating game processing that is more disadvantageous to the user than the game processing indicated by the currently associated processing information.

When the processing information associated with the second position includes the effect information, the second change unit 160 changes the effect information associated with the second position to the effect information that is more disadvantageous to the user than the currently associated effect information. You may. For example, when the effect information about the effect unfavorable to the user is associated with the second position, the second change unit 160 may change the effect information associated with the second position so that the effect is increased. .. Further, for example, when the effect information regarding the effect advantageous to the user is associated with the second position, the second change unit 160 may change the effect information associated with the second position so that the effect is reduced. good. Further, for example, the second change unit 160 may change the effect information associated with the second position to the effect information showing a type of effect that is more disadvantageous to the user than the type indicated by the currently associated effect information.

[3-5-4] The second change unit 160 changes the processing information associated with the second position to the processing information corresponding to the number of times the user position has passed the second position.

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

When the processing information includes effect information, the second change unit 160 changes the effect information associated with the position so that the effect increases each time the user position passes the position. For example, the second change unit 160 changes the effect information associated with the position so that the degree of the effect increases (for example, the degree of the effect increases by one step) each time the user position passes the position. .. The second change unit 160 may change the effect information associated with the position so that the effect decreases each time the user position passes the position.

Alternatively, the second change unit 160 may count the number of times the user position has passed the position, specify the processing information corresponding to the number of times of passing, and associate the processing information with the position.

When the processing information includes effect information, the second change unit 160 counts the number of times the user position has passed the position, specifies the content (degree or type) of the effect corresponding to the number of times of passage, and determines the content. The indicated effect information may be associated with the position.

When the number of times the position has passed exceeds the upper limit, the processing information associated with the position may not be changed any more.

[3-5-5] In the above-mentioned example of the baseball game, the second change unit 160 raises the effect level associated with the square P461 by one level each time the user position passes through the square P461. Since the upper limit of the effect level associated with the square P461 is "3", even if the user position passes through the square P461 associated with the effect level "3", the second change unit 160 is associated with the square. Does not increase the level of effect given.

For example, as in the example described with reference to FIGS. 5 to 12, when the user position moves from the mass P461-1 to the mass P461-4 (an example of the first position), the second change unit 160 passes the user position. Increases the effect level associated with squares P461-2 and P461-3 (an example of the second position) by one level. That is, as in the example shown in FIG. 12, the second change unit 160 changes the effect level from "1" to "2" without changing the effect type (increase in muscle strength points) associated with the mass P461-2. Raise the effect level by one step from "1" to "2" without changing the effect type (increase in muscle strength points) associated with the mass P461-3.

In this case, the mass P461-2 or P461- after the effect information (example of processing information) associated with the mass P461-2, P461-3 (an example of the second position) is changed by the second change unit 160. In response to the movement of the user position to 3, the execution unit 140 performs the effect generation process (of the game process) based on the effect information after the change by the second change unit 160 associated with the mass P461-2 or P461-3. Example) is executed.

That is, when the user position stops at the mass P461-2 after the effect level associated with the mass P461-2 is changed by the second change unit 160 to the mass P461-2, the execution unit 140 changes the mass P461-2. The effect is generated based on the effect information of "increase of muscle strength points" and "level 2" associated with 2. Further, when the user position stops at the mass P461-3 after the effect level associated with the mass P461-3 is changed to "2" by the second change unit 160, the execution unit 140 changes the mass P461-. The effect is generated based on the effect information of "reduction of physical strength parameter" and "level 2" associated with 3.

[3-6. Judgment unit and execution unit] The determination unit 130 determines whether or not a predetermined condition is satisfied in the game.

When the predetermined condition is satisfied, the execution unit 140 moves the processing information (type 2 processing information) associated with the first position and the first position according to the movement of the user position to the first position. The game processing is executed based on the processing information (type 2 processing information) associated with the position on the passage path from the user position before the movement to the first position.

Further, when the predetermined condition is satisfied, the execution unit 140 performs game processing based on the processing information when the processing information related to the game processing disadvantageous to the user is associated with the position on the passage path. Execution may be restricted. For example, when the execution unit 140 satisfies the predetermined condition and the processing information related to the game processing which is disadvantageous to the user is associated with the position on the passage path, the execution unit 140 replaces the processing information with the user. The game processing may be executed based on the processing information regarding the game processing that is advantageous to the user.

Further, the execution unit 140 limits the execution of the game process based on the process information when the process information regarding the effect disadvantageous to the user is associated with the first position when the predetermined condition is satisfied. You may. For example, when a predetermined condition is satisfied, the execution unit 140 relates to a game process that is advantageous to the user instead of the process information when the process information regarding the effect that is disadvantageous to the user is associated with the first position. The game process may be executed based on the process information.

[3-6-1] The “predetermined condition” is a condition that should be satisfied in order to execute the game processing based on the processing information associated with the position on the passage path. As the "predetermined condition", 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 corresponds to an example of a "predetermined condition". Alternatively, the fact that the destination (first position) of the user position is a special position corresponds to an example of the "predetermined condition". In the above-mentioned example of the baseball game, the condition for generating the special tag bonus event corresponds to an example of the "predetermined condition".

[3-6-2] The "position on the passing path" may be all positions on the passing path or a part of the positions on the passing path.

[3-6-2-1] For example, when the positions A and B exist on the passage path, the game processing may be executed based on the processing information associated with each of the positions A and B. In this case, the processing information associated with the positions A and B is changed by the first change unit 150. That is, the newly selected processing information is associated with the positions A and B.

When executing the game processing based on the processing information associated with each of the positions A and B, the game processing based on the processing information associated with the position A and the game processing based on the processing information associated with the position B are It may be executed in parallel, or one may be executed and then the other.

Further, when the game processing is executed based on the processing information associated with each of the positions A and B, the result of the game processing based on the processing information associated with the position A and the processing information associated with the position B are used. The result of the game processing may be displayed on the display unit 15 separately from the result of the game processing, or these results may be collectively displayed on the display unit 15.

For example, the result of the game processing based on the processing information associated with the position A is "5 points increase of the game point X", and the result of the game processing based on the processing information associated with the position B is "10 of the game point X". In the case of "point increase", after displaying that the game point X has been increased by 5 points on the display unit 15, the display unit 15 may further display that the game point X has been increased by 10 points (display). The order may be reversed). Alternatively, the game point X increased by 5 points and the game point X increased by 10 points may be displayed in different display areas at the same time. Alternatively, these results may be combined into one, and the display unit 15 may display that the game points X have been increased by 15 points.

[3-6-2-2] Further, for example, when the positions A and B exist 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 position A is changed by the first change unit 150, and the processing information associated with the position B is changed by the second change unit 160. That is, the newly selected processing information is associated with the position A, and the processing information associated with the position B is updated to the processing information more advantageous to the user (for example, updated so as to increase the effect). Become.

[3-6-3] "The game processing is executed based on the processing information associated with the first position and the processing information associated with the position on the passage path" is associated with the first position. The game processing based on the processing information and the game processing based on the processing information associated with the position on the passage path may be executed in parallel, or one is executed and then the other is executed. It may be that.

In this case, even if the result of the game processing based on the processing information associated with the first position and the result of the game processing based on the processing information associated with the position on the passage path are displayed separately on the display unit 15. Alternatively, these results may be combined 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 "20 points increase of the game point X", and the result of the game processing based on the processing information associated with the position on the passage path is ". In the case of "15 points increase of game point X", after displaying that the game point X has been increased by 20 points on the display unit 15, the display unit 15 further displays that the game point X has been increased by 15 points. It may be (the display order may be reversed). Alternatively, the game point X increased by 20 points and the game point X increased by 15 points may be displayed at different display positions at the same time. Alternatively, these results may be combined into one, and the display unit 15 may display that the game points X have been increased by 35 points.

[3-6-4] “Processing information regarding game processing that is disadvantageous to the user” is information indicating that game processing that is disadvantageous to the user should be executed.

[3-6-5] “Restricting the execution of game processing based on processing information” means, for example, not executing game processing based on processing information. Alternatively, the game processing may not be executed as indicated by the processing information. The game processing may be executed with the degree of disadvantage to the user reduced.

When the processing information includes effect information related to an effect that is disadvantageous to the user, it is "disadvantageous for the user" to reduce the degree of the effect and generate the effect instead of generating the effect indicated by the effect information as it is. It corresponds to an example of "execution of game processing with a reduced degree". For example, when the processing information includes effect information regarding the effect of lowering the game parameter X by N1 points, the effect of lowering the game parameter X by N1 points is not generated as it is, but the game parameter X is lowered by N2 points, which is less than N1 points. Generating an effect corresponds to an example of "execution of game processing with a reduced degree of disadvantage for the user".

[3-6-6] “Processing information regarding game processing that is advantageous to the user” is information indicating that game processing that is advantageous to the user should be executed.

"Processing information on game processing that is advantageous to the user" in the case of "execution of game processing based on processing information on game processing that is advantageous to the user instead of processing information on effects that are disadvantageous to the user" means "user. It may be related to "processing information related to game processing that is disadvantageous to the user", or may be not related to "processing information related to game processing that is disadvantageous to the user".

For example, when "processing information related to game processing that is disadvantageous to the user" indicates that the game parameter X is lowered, processing information indicating that the game parameter X is raised is set as "processing information related to game processing that is advantageous to the user". May be good. In this way, instead of "processing information related to game processing that is disadvantageous to the user", "processing information related to game processing that is advantageous to the user" related to the "processing information related to game processing that is disadvantageous to the user" may be set. good.

Further, for example, when "processing information regarding game processing disadvantageous to the user" indicates that the game parameter X is lowered, processing information or a game item indicating that the game parameter Y different from the game parameter X is raised is given to the user. The processing information indicating that the game is to be performed may be set as "processing information related to game processing that is advantageous to the user". In this way, instead of "processing information related to game processing that is disadvantageous to the user", "processing information related to game processing that is disadvantageous to the user" that is not related to the "processing information related to game processing that is disadvantageous to the user" may be set. good.

[3-6-7] "The game processing is executed based on the processing information on the game processing that is advantageous to the user instead of the processing information on the game processing that is disadvantageous to the user" is related to the game processing that is disadvantageous to the user. By not executing game processing based on processing information (game processing disadvantageous to the user), but instead executing game processing based on processing information on game processing advantageous to the user (game processing advantageous to the user). be.

[3-6-8] In the above-mentioned example of the baseball game, when the user position moves from the square P461-1 to the square P461-4 and a special tag bonus event occurs, the execution unit 140 is as follows. Perform various operations.

In the normal case (when the special tag bonus event has not occurred), the execution unit 140 executes only the effect generation process based on the effect information associated with the mass P461-4, but when the special tag bonus event occurs. The execution unit 140 is based not only on the effect generation process based on the effect information associated with the mass P461-4, but also on the effect information associated with each of the masses P461-2 and P461-3 through which the user position has passed. The effect generation process is also executed.

Further, in a normal case, if the effect information disadvantageous to the user is associated with the mass P461, the execution unit 140 executes the generation processing of the effect disadvantageous to the user based on the effect information, but the special tag bonus event When the occurrence occurs, the execution unit 140 does not execute the generation processing of the effect unfavorable to the user based on the effect information associated with the mass P461, but instead, based on the effect information advantageous to the user. Execute the process of generating an effect that is advantageous to the user.

In the example shown in FIG. 7, the mass P461-2 is associated with the effect information of "increase in muscle strength points" and "level 1", and the effect information is advantageous effect information for the user, so that the special tag bonus When an event occurs, the execution unit 140 executes an effect generation process based on the effect information. That is, the execution unit 140 executes the process of increasing the muscle strength points.

On the other hand, the effect information of "decrease in physical strength parameter" and "level 1" is associated with the mass P461-3, but since the effect information is disadvantageous to the user, a special tag bonus event has occurred. In this case, the execution unit 140 does not execute the effect generation process based on the effect information, but instead executes the effect generation process that is advantageous to the user. For example, the execution unit 140 executes all the experience point increase processing. Alternatively, the execution unit 140 may execute an effect generation process opposite to the effect indicated by the effect information associated with the mass P461-3. That is, the execution unit 140 may execute the process of increasing (recovering) the physical strength parameter.

Further, since the effect information of "increase in technical points" and "level 1" is associated with the mass P461-4, and the effect information is advantageous effect information for the user, the execution unit 140 adds the effect information to the effect information. Executes the process of generating the effect based on. That is, the execution unit 140 executes the processing for increasing the technical points. If the mass P461-4 is associated with the effect information that is disadvantageous to the user, such as "decrease in physical strength parameter (or motivation parameter)", the execution unit 140 can execute the effect generation process based on the effect information. Instead, it performs a process that produces an effect that is beneficial to the user.

[4. Processing] Next, the processing executed by the game system 1 will be described. 22A and 22B show an example of processing executed when the practice item to be executed is determined while the practice command image G400 is displayed on the display unit 15. For example, when the control unit 11 of the game terminal 10 (an example of the game control device) executes the processing shown in FIGS. 22A and 22B according to the program, the control unit 11 performs the functional block shown in FIG. 16 (excluding the data storage unit 100). Functions as. The processing of each step shown in FIGS. 22A and 22B is executed based on the data stored in the data storage unit 100.

As shown in FIG. 22A, when the practice command image G400 is displayed on the display unit 15, the control unit 11 monitors whether or not any of the practice items has been determined as the execution target (S100). For example, when any of the parts P411 to P416 of the practice command image G400 is temporarily selected and the part is further selected, the control unit 11 determines that the practice item to be executed has been determined.

When any of the practice items is determined as the execution target (S100: Yes), the control unit 11 determines whether or not the conditions for generating the special tag bonus event are satisfied (S102). That is, based on the training status data D105 (practice execution status field), the control unit 11 determines whether or not the event character for which the practice item is set as a good practice is associated with the practice item determined as the execution target. judge. Further, the control unit 11 determines whether or not the evaluation of the event character with respect to the main character is equal to or higher than a predetermined standard based on the training status data D105 (evaluation field). Then, when the practice item determined as the execution target is associated with the event character for which the practice item is set as a good practice, and the evaluation of the event character with respect to the main character is equal to or higher than a predetermined standard. The control unit 11 determines that the conditions for generating the special tag bonus event are satisfied.

When it is determined that the conditions for generating the special tag bonus event are not satisfied (S102: No), the control unit 11 determines the practice item to be executed based on the training status data D105 (practice execution status field). Acquire the level (S104). Further, the control unit 11 acquires the effect information corresponding to the practice item determined as the execution target based on the practice effect data D101 (S106).

Further, the control unit 11 identifies the destination cell of the user position based on the level acquired in step S104 (S108). For example, the control unit 11 identifies the mass P461 (hereinafter, referred to as “current mass”), which is the current user position, based on the mass data D103. Then, the control unit 11 specifies the mass P461 that has moved from the current cell by the number of cells corresponding to the level acquired in step S104 as the destination cell. For example, when the level acquired in step S104 is "2", the control unit 11 specifies the square P461, which is two squares ahead of the current square, as the destination square.

After executing step S108, the control unit 11 raises the effect level of the mass P461 (hereinafter referred to as “passing mass”) between the current mass and the destination cell by one level (S110). The control unit 11 accesses the mass data D103 and raises the effect level of the passing mass by one level. However, if the effect level of the passing mass is already "3", the control unit 11 does not raise the effect level of the passing mass by one level.

Further, the control unit 11 acquires the effect information associated with the destination mass based on the mass data D103 (S112). That is, the control unit 11 acquires the effect ID and the effect information corresponding to the effect level associated with the destination mass.

Further, the control unit 11 moves the user position from the current square to the destination square (S114). For example, the control unit 11 accesses the mass data D103, updates the user position flag of the current mass to "0", and updates the user position flag of the destination mass to "1".

After executing 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 mass data D103. Further, the part P510 is displayed based on the effect information acquired in step S112.

Further, the control unit 11 executes an effect generation process or the like based on the effect information acquired in steps S106 and S112 (S118). That is, the control unit 11 has the value of at least one of the muscle strength, agility, technique, changing ball, and mental point registered in the training status data D105 (experience point field) based on the effect information acquired in step S106. To increase. Further, the control unit 11 has muscle strength points, agility points, technical points, and changing ball points registered in the training status data D105 (experience points, physical strength parameters, and motivation parameter fields) based on the effect information acquired in step S112. , Mental points, physical fitness parameters, or motivation parameters are increased or decreased, and tips are additionally registered in the training status data D105 (knack field).

In addition to the above processing, the control unit 11 also executes other processing as described below. For example, the control unit 11 accesses the training status data D105 (practice execution status field), increases the number of executions of the executed practice item by 1, and when the number of executions reaches a predetermined number, sets the level of the practice item to 1. Step up. Further, the control unit 11 accesses the training status data D105 (physical strength parameter field) in order to reduce the physical strength parameter of the main character according to the execution of the practice, and reduces the value of the physical strength parameter. Further, the control unit 11 accesses the training status data D105 (evaluation field) and updates the evaluation of the main character of the game character associated with the executed practice item. In addition, the control unit 11 accesses the training status data D105 (evaluation field) and updates the evaluation of the main character of another game character.

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

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

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

On the other hand, when it is determined in step S102 that the conditions for generating the special tag bonus event are satisfied (S102: Yes), the control unit 11 has the training status data D105 (practice execution status field) as shown in FIG. 22B. Based on, the level of the practice item determined as the execution target is acquired (S126). Further, the control unit 11 acquires the effect information corresponding to the practice item determined as the execution target based on the practice effect data D101 (S128). Further, the control unit 11 identifies the destination cell of the user position based on the level acquired in step S126 (S130). Steps S126 to S130 are the same as steps S104 to S108.

After executing step S130, the control unit 11 determines whether or not the effect information associated with the passing mass is disadvantageous effect information for the user based on the mass data D103 and the mass effect data D102 (type field). (S132).

When it is determined that the effect information associated with the passing mass is not disadvantageous effect information for the user (S132: No), the control unit 11 is associated with the passing mass based on the mass data D103 and the mass effect data D102. Acquire the effect information (S134).

On the other hand, when it is determined that the effect information associated with the passing mass is disadvantageous effect information for the user (S132: Yes), the control unit 11 uses the effect information advantageous for the user instead of the effect information. Acquire (S136). For example, the control unit 11 acquires a predetermined effect type (for example, an increase in all experience points) and an effect level associated with the passing mass as effect information. Further, for example, the control unit 11 may acquire effect information showing an effect opposite to the effect information associated with the passing mass based on the mass data D103 and the mass effect data D102. For example, when the effect type and effect level are "decrease in physical strength parameter (or motivation parameter)" and "level 2" is associated with the passing mass, the control unit 11 "increases physical strength parameter (or motivation parameter)". And "level 2" may be acquired as effect information.

After executing step S134 or S136, the control unit 11 determines whether or not the effect information associated with the destination mass is disadvantageous effect information for the user based on the mass data D103 and the mass effect data D102 (type field). Is determined (S138).

When it is determined that the effect information associated with the destination mass is not disadvantageous effect information for the user (S138: No), the control unit 11 associates with the destination mass based on the mass data D103 and the mass effect data D102. Acquire the effect information (S140). On the other hand, when it is determined that the effect information associated with the destination mass is disadvantageous effect information for the user (S138: Yes), the control unit 11 replaces the effect information with the effect information disadvantageous for the user. (S142). Step S142 is the same as step S136.

After executing step S140 or S142, the control unit 11 moves the user position to the destination cell (S144). This step S144 is the same as step S114.

After executing step S144, the control unit 11 displays the movement result image G500 (see FIG. 13) on the display unit 15 (S146). In this case, the movement result image G500 is displayed based on the mass data D103. Parts P510-1 and P510-2 are displayed based on the effect information acquired in step S134 or S136, and parts P510-3 are displayed based on the effect information acquired in step S140 or S142.

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

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

Further, the control unit 11 has muscle strength points, agility points, technical points, and muscle strength points, agility points, and technical points registered in the training status data D105 (experience points, physical strength parameters, and motivation parameter fields) based on the effect information acquired in steps S134 or S136. The value of any of the changing ball point, the mental point, the physical strength parameter, and the motivation parameter is increased, and the knack is additionally registered in the training status data D105 (knack field).

Similarly, the control unit 11 has muscle strength points, agility points, and technical points registered in the training status data D105 (experience points, physical strength parameters, and motivation parameter fields) based on the effect information acquired in steps S140 or S142. , The value of any of the changing ball point, the mental point, the physical strength parameter, or the motivation parameter is increased, and the knack is additionally registered in the training status data D105 (knack field).

In addition to the above processing, the control unit 11 also executes other processing as described with respect to step S118.

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

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

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

Although omitted in the processes shown in FIGS. 22A and 22B, when it is determined in step S100 that any of the practice items has been determined as the execution target, the control unit 11 is based on the injury probability. , You may decide whether to generate an injury event indicating that the main character was injured during practice. Further, when it is determined to generate an injury event, the control unit 11 does not execute the processing after step S102, and instead displays an image showing the occurrence of the injury event on the display unit 15, and then the main unit. The command image G300 may be displayed on the display unit 15.

[5. Summary] In the game system 1 described above, for example, in response to the movement of the user position from the mass P461-1 to the mass P461-4, not only the effect is generated based on the effect information of the mass P461-4, but also the effect is generated. The effect information of the squares P461-2 and P461-3 that the user position has passed through is also changed. As a result, it is possible to give the user the interest of "performing the game operation after paying attention not only to the mass P461 where the user position stops but also to the mass P461 where the user position passes", and the interest of the game is improved. Can be made to.

Further, in the game system 1, the effect information of the mass P461 that the user position has passed through is changed to the effect information that is more advantageous to the user than the current effect information. Specifically, the effect level of the square P461 that the user position has passed is raised by one level. As a result, it is possible to give the user the interest of "in order to change the effect information of the mass P461 to the effect information more advantageous to the user, the game operation is intentionally performed so that the user position passes through the mass P461". That is, it is possible to give the user an interest that "even if the mass P461 has a desired effect associated with it, the user position dares to pass through the mass P461 to increase the effect of the mass P461". can.

Further, in the game system 1, the effect level of the square P461 is increased by one step each time the user position passes through the square P461. As a result, it is possible to give the user the interest of "raising the effect level of the square P461 by a plurality of steps by making the user position repeatedly pass through the square P461".

Further, in the game system 1, the user position is moved by the number of squares corresponding to the level of the practice item determined as the execution target. As a result, it is possible to provide the user with the interest of "selecting the practice item to be executed while considering both the effect information of the practice item and the effect information of the mass to which the user position is moved".

Further, in the game system 1, when the user position moves from the mass P461-1 to the mass P461-4 and the conditions for generating the special tag bonus event are satisfied, the effect information of the mass P461-4 is used. Not only the effect but also the effect based on the effect information of the squares P461-2 and P461-3 through which the user position has passed is generated, and more effects than usual are generated. As a result, it is possible to motivate the user to satisfy the conditions for generating the special tag bonus event.

Further, in the game system 1, when the conditions for generating the special tag bonus event are satisfied, the effect information disadvantageous to the user is associated with the destination cell P461-1 or the cell P461-2, P461-3 through which the user position has passed. Even if this is done, the generation of the effect based on the effect information is restricted, and the effect based on the effect information advantageous to the user is generated instead of the effect information. As a result, users can be motivated to be satisfied with the special tag bonus event. Even if the conditions for generating the special tag bonus event are satisfied, if the effect generation process that is disadvantageous to the user is executed, the user who was aiming to satisfy the conditions for generating the special tag bonus event feels dissatisfied. However, such user dissatisfaction can be alleviated.

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

[6-1] For example, the effect types that can be associated with each square P461 are not limited to the effect types shown in FIG. For example, other effect types may be provided, such as increasing the places where the main character can go.

[6-2] For example, in the embodiment described above, when the conditions for generating the special tag bonus event are satisfied, an effect based on the effect information of the mass P461 through which the user position has passed may be generated, or the user may use the effect. Although the disadvantageous effect information is changed to the effect information that is advantageous to the user, conditions other than the conditions for generating the special tag bonus event may be used. That is, when a condition different from the condition for generating the special tag bonus event is satisfied, the above processing may be executed.

[6-3] Further, for example, the event character incorporated in the event deck may be associated with the mass P461. An effect based on the event character associated with the square P461 where the user position has stopped may be generated. For example, an event related to the event character associated with the mass P461 may be generated, or the experience points corresponding to the good practice of the event character associated with the mass P461 may be increased.

[6-4] Further, for example, an advantageous (or disadvantageous) effect may be generated by the user based on the direction of the user position on the disk P460. The directions of "north", "east", "south", and "west" are assigned to the squares P461-1, P461-4, P461-7, and P461-10, respectively, and the effect is generated according to the direction of the current user position. You may let it.

For example, when a match event occurs between the team to which the main character belongs and another team during the training part, the direction of the user position at that time may affect the match. For example, the ability of the main character in the game may be increased or decreased based on the direction of the user position at that time.

[6-5] Further, for example, the event deck may be composed of game objects other than the game character (event character). For example, a game item for generating an event in the training part may be incorporated in the event deck.

[6-6] Further, for example, all or part of the processing shown in FIGS. 22A and 22B may be executed by the server 30 (an example of the game control device). In this case, the data necessary for executing the process on the server 30 (game operation data related to the game operation performed on the game terminal 10 and the like) may be transmitted from the game terminal 10 to the server 30. Further, the data necessary for displaying various images on the display unit 15 (data indicating the image itself, data for generating the image, etc.) may be transmitted from the server 30 to the game terminal 10.

[6-7] In the above, an example in which the present invention is applied to a training game for training a baseball player's game character has been mainly described, but the present invention can also be applied to a training game for training other game characters. .. Further, the present invention can be applied to games other than the training game. INDUSTRIAL APPLICABILITY The present invention provides various games in which a user position moves among a plurality of positions including a position associated with processing information, and game processing is executed based on the processing information associated with the position where the user position stops. Can be applied to.

[7. Supplementary note] From the above description, the present invention can be grasped as follows, for example. In addition, in order to facilitate the understanding of the present invention, the reference numerals described in the drawings are appropriately described in parentheses, but the present invention is not limited to the illustrated mode.

1) The game control device (10 or 30) according to one aspect of the present invention has a plurality of positions (P426-1 to P426-1) including a position to which processing information (for example, effect information) related to game processing (for example, effect generation processing) is associated. In response to the moving means (120) for moving the user position based on the game operation in P426-12) and the movement of the user position to the first position (for example, P426-4) among the plurality of positions. , An execution means (140) that executes the game process based on the process information associated with the first position, and a passage route from the user position (for example, P426-1) before the movement to the first position. The executing means (140) includes the changing means (160) for changing the processing information associated with the second position (eg, P426-2, P426-3) above, and the executing means (140) is provided by the changing means (160). After the change by the change means (160) associated with the second position in response to the movement of the user position to the second position after the process information associated with the second position has been changed. The game process is executed based on the process information.

10) Further, the game system (1) according to one aspect of the present invention is a moving means (120) for moving a user position among a plurality of positions including a position associated with processing information related to game processing based on a game operation. ), And the execution means (140) that executes the game process based on the process information associated with the first position in response to the movement of the user position to the first position among the plurality of positions. The executing means (140) includes a changing means (160) for changing the processing information associated with the second position on the passage path from the user position before the movement to the first position. The changing means associated with the second position in response to the movement of the user position to the second position after the processing information associated with the second position has been changed by the changing means (160). The game process is executed based on the process information after the change according to (160).

11) Further, the program according to one aspect of the present invention functions as the game control device (10 or 30) according to any one of 1) to 9) or the game system (1) according to 10). It is a program to make you.

12) Further, the 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) The game control method according to one aspect of the present invention is to move the user position based on the game operation among a plurality of positions including the position to which the processing information related to the game processing is associated (S114 or S144). In response to the movement of the user position to the first position among the plurality of positions, the game processing is executed based on the processing information associated with the first position (S112 and S118, or S140 and S. S148), changing the processing information associated with the second position on the passage path from the user position before the movement to the first position (S110), and the processing associated with the second position. In response to the movement of the user position to the second position after the information has been changed, the game process is executed based on the changed processing information associated with the second position (S112 and). S118, or S140 and S148), and the like.

According to the inventions described in 1), 10) to 13) above, the game process is executed based on the processing information associated with the first position according to the movement of the user position to the first position, and before the movement. The processing information associated with the second position on the passage path from the user position to the first position is changed. As a result, the user needs to perform the game operation after paying attention not only to the position where the user position stops but also to the position where the user position passes. That is, it is possible to give the user the interest of "performing the game operation after paying attention not only to the position where the user position stops but also to the position where the user position passes", and it is possible to improve the interest of the game. ..

2) In one aspect of the present invention, the changing means (160) makes the processing information associated with the second position more advantageous to the user than the processing information currently associated with the second position. It may be changed to the said processing information about.

According to the invention described in 2), the processing information associated with the second position is changed to processing information related to game processing that is more advantageous to the user than the processing information currently associated with the second position. As a result, it is possible to give the user the interest of "in order to change the processing information associated with the position to the processing information related to the game processing that is advantageous to the user, the game operation is intentionally performed so that the user position passes through the position". can.

3) In one aspect of the present invention, the game process includes an effect generation process that generates an effect on the game, the process information includes effect information related to the effect, and the execution means (140) is the first. The effect generation process is executed based on the effect information associated with the one position, and the changing means (160) currently associates the effect information associated with the second position with the second position. The effect information is changed to the effect information of the same type as the effect information indicates, and the effect is greater than the effect indicated by the effect information currently associated with the second position, and the execution is performed. The means (140) is associated with the second position in response to the movement of the user position to the second position after the effect information associated with the second position has been changed by the changing means (160). The effect generation process may be executed based on the effect information after the change by the change means (160).

According to the invention described in 3), the effect information associated with the second position is of the same type as the effect information currently associated with the second position, and is currently at the second position. The effect information is changed to show an effect larger than the associated effect information shows. As a result, the user is given the interest that "even if the desired effect information is associated with the position, the user position is intentionally passed through the position to increase the effect associated with the position". be able to.

4) In one aspect of the present invention, the changing means (160) changes the processing information associated with the second position to processing information corresponding to the number of times the user position has passed the second position. It may be.

According to the invention described in 4), the processing information associated with the second position is changed to the processing information corresponding to the number of times the user position has passed the second position. As a result, the user can change the processing information associated with the second position by causing the user position to repeatedly pass through the second position. According to the present invention, it is possible to give the user the interest of "changing the processing information associated with the second position by making the user position repeatedly pass through the second position".

5) In one aspect of the present invention, the plurality of reception means (110) for accepting a selection from a plurality of options (P411 to P416) including the options associated with the processing information (D101) of the first type are further included. The position includes a position to which the second type processing information (D102, D103) is associated, and the moving means (120) of the user position is based on an option selected from the plurality of options. The move destination is determined, the user position is moved from the current position to the move destination, and the execution means (140) uses the first type of processing information associated with the selected option and the first position. The game processing may be executed based on the processing information of the second type associated with the above.

According to the invention described in 5), the movement destination of the user position is determined based on the selected option, and the processing information (type 1 processing information) associated with the selected option and the moving destination (the first type of processing information) and the moving destination ( The game process is executed based on the process information (type 2 process information) associated with the first position). Therefore, the user needs to select the option while weighing both the processing information associated with the option and the processing information associated with the destination determined based on the option. That is, according to the present invention, there is an interest of "selecting an option while weighing both the processing information associated with the option and the processing information associated with the destination determined based on the option". Can be provided to users.

6) In one aspect of the present invention, the execution means (140) further includes a determination means (130) for determining whether or not a predetermined condition (for example, a condition for generating a special tag bonus event) is satisfied in the game. When the predetermined condition is satisfied, the processing information associated with the first position and the processing associated with the position on the passage path are made according to the movement of the user position to the first position. A means for executing the game process may be included based on the information.

According to the invention described in 6), when a 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 passage path is used. The game processing is executed, and as a result, when the predetermined condition is satisfied, the game processing is executed more than in the normal case (when the predetermined condition is not satisfied). As a result, according to the present invention, it is possible to give the user the interest of "aiming to satisfy the predetermined conditions (or waiting in the expectation that the predetermined conditions are satisfied)".

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

According to the invention described in 7), when the predetermined conditions are satisfied and the processing information related to the game processing which is disadvantageous to the user is associated with the position on the passage path, the game processing based on the processing information. Execution is restricted. When processing information related to game processing that is disadvantageous to the user is associated with a position on the passage path, if the game processing based on the processing information is executed, even if the predetermined conditions are satisfied, even if the predetermined conditions are satisfied. The game processing that is disadvantageous to the user will be executed, and the user who was aiming to satisfy the predetermined condition (or the user who was waiting for the predetermined condition to be satisfied) feels dissatisfied. There is a risk that it will end up. In this respect, according to the present invention, the above-mentioned user dissatisfaction can be alleviated.

8) In one aspect of the present invention, in the execution means (140), when the predetermined condition is satisfied, the processing information regarding the game processing disadvantageous to the user is associated with the position on the passage path. If so, the game processing may be executed based on the processing information related to the game processing that is advantageous to the user instead of the processing information (S132: No, S136).

According to the invention described in 8), when a predetermined condition is satisfied, even if processing information related to game processing that is disadvantageous to the user is associated with a position on the passage path, instead of the processing information. , The game processing is executed based on the processing information regarding the game processing that is advantageous to the user. Therefore, it is possible to increase the motivation of the user (or the expectation of the user who waits for the predetermined condition to be satisfied) to satisfy the predetermined condition.

9) In one aspect of the present invention, the execution means (140) is the case where the processing information regarding the effect disadvantageous to the user is associated with the first position when the predetermined condition is satisfied. The execution of the game process based on the process information may be restricted (S138: No).

According to the invention described in 9), when a predetermined condition is satisfied, when processing information regarding an effect disadvantageous to the user is associated with the first position, execution of game processing based on the processing information is restricted. Will be done. If the processing information related to the game processing that is disadvantageous to the user is associated with the first position and the game processing based on the processing information is executed, it is disadvantageous to the user even if the predetermined conditions are satisfied. Game processing will be executed, and there is a risk that the user who was aiming to satisfy the predetermined conditions (or the user who was waiting for the predetermined conditions to be satisfied) will feel dissatisfied. be. In this respect, according to the present invention, the above-mentioned user dissatisfaction can be alleviated.

10) In one aspect of the present invention, the execution means (140) is the case where the processing information regarding the effect disadvantageous to the user is associated with the first position when the predetermined condition is satisfied. Instead of the processing information, the game processing may be executed based on the processing information related to the game processing that is advantageous to the user (S138: No, S142).

According to the invention described in 10), when a predetermined condition is satisfied, even if the processing information related to the game processing which is disadvantageous to the user is associated with the first position, it is advantageous to the user instead of the processing information. The game process is executed based on the process information related to the game process. Therefore, it is possible to increase the motivation of the user (or the expectation of the user who waits for the predetermined condition to be satisfied) to satisfy the predetermined condition.

In one aspect of the present invention, the means (150) for changing the processing information associated with the first position is further provided according to the execution of the game processing based on the processing information associated with the first position. It may be included.

1 game system, N network, 10 game terminals, 11 control unit, 12 storage unit, 13 communication unit, 14 operation unit, 15 display unit, 16 audio output unit, 30 server, 31 control unit, 32 storage unit, 33 communication unit , 34 database, 100 data storage unit, 110 reception unit, 120 movement unit, 130 judgment unit, 140 execution unit, 150 first change unit, 160 second change unit, D101 practice effect data, D102 mass effect data, D103 mass data , D104 event deck data, D105 training status data, G100 detailed image, G200 setting image, A230 event deck area, G300 main command image, A340 command area, G400 practice command image, A410
Command area, A430 game character area, G500 movement result image, G600
Exercise result image, G700 ability improvement image, A710 1st area, A720 2nd area, P110, P120, P130, P140, P210, P220, P240, P250, P310, P320, P330, P341, P342, P343, P344, P345 , P346, P411, P421, 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 Parts, P231-1, P231-2, P231-3, P231-4, P231-5, P232 Setting Frame, P441 Frame, P460 Disk, P461-1, P461-2, P461 3, P461-4, P461-5, P461-6, P461-7, P461-8, P461-9, P461-10, P461-11, P461-12 mass, P462 cursor, P463 protrusion, P464 center, P465 Frame, P711 pitcher ability tab, P712 fielder ability tab, P721 basic ability tab, P722 special ability tab.

Claims (14)

A moving means for moving the user position based on a game operation among a plurality of positions set on a path on which the user position moves, including a position associated with processing information related to game processing. ,
Judgment means for determining whether or not a predetermined condition is satisfied in the game,
When the predetermined condition is satisfied, the processing information associated with the first position and the user position before the movement are obtained according to the movement of the user position to the first position among the plurality of positions. An execution means for executing the game process based on the process information associated with the second position on the path between the first position and the first position.
Only including,
When the predetermined condition is not satisfied, the execution means executes a process different from the game process according to the movement of the user position to the first position.
Game control device. A plurality of position where the user position is set on the path to move, the user positions of the plurality of positions including a position processing information about der Ru game process to generate the effect on the game is associated As a means of transportation to move the game based on the game operation,
In response to the movement of the user position to the first position among the plurality of positions, the processing information associated with the first position and the processing information between the user position before the movement and the first position. An execution means for executing the game process based on the process information associated with the second position on the route, and
Including
The execution means has an effect generated by the one processing information in the case where the one processing information is associated with the first position and the case where the one processing information is associated with the second position. Make it different
Game control device. The above-mentioned one processing information shows a predetermined effect.
The execution means, on the basis of the predetermined effect shown on one of the processing information, before varying the climate fruit,
The game control device according to claim 2. A moving means for moving the user position based on a game operation among a plurality of positions set on a path on which the user position moves, including a position associated with processing information related to game processing. ,
In response to the movement of the user position to the first position among the plurality of positions, the processing information associated with the first position and the processing information between the user position before the movement and the first position. An execution means for executing the game process based on the process information associated with the second position on the route, and
Including
When the second position is associated with processing information related to a game process that is disadvantageous to the user, the execution means limits the execution of the game process based on the process information.
Gate-time control device. When the second position is associated with processing information related to game processing that is disadvantageous to the user, the execution means is based on processing information related to game processing that is advantageous to the user instead of the processing information. Execute the game process,
The game control device according to claim 4. A moving means for moving the user position based on a game operation among a plurality of positions set on a path on which the user position moves, including a position associated with processing information related to game processing. ,
In response to the movement of the user position to the first position among the plurality of positions, the processing information associated with the first position and the processing information between the user position before the movement and the first position. An execution means for executing the game process based on the process information associated with the second position on the route, and
Including
The execution means limits the execution of game processing based on the processing information when the processing information regarding an effect disadvantageous to the user is associated with the first position.
Gate-time control device. When the processing information regarding the effect disadvantageous to the user is associated with the first position, the execution means is based on the processing information regarding the game processing advantageous to the user instead of the processing information. Execute the process,
The game control device according to claim 6. The plurality of positions are configured so that the user position can move at least a part of the positions a plurality of times.
The game control device according to any one of claims 1 to 7. The game control device further includes a presenting means for presenting to the user the content of the processing information associated with each of the plurality of positions and a plurality of options associated with the amount of movement of the user position.
The game operation is an operation of selecting one of the plurality of options.
The moving means moves the user position based on the amount of movement associated with the options selected by the game operation.
The game control device according to any one of claims 1 to 8. A moving means for moving the user position based on a game operation among a plurality of positions set on a path on which the user position moves, including a position associated with processing information related to game processing. ,
Judgment means for determining whether or not a predetermined condition is satisfied in the game,
When the predetermined condition is satisfied, the processing information associated with the first position and the user position before the movement are obtained according to the movement of the user position to the first position among the plurality of positions. An execution means for executing the game process based on the process information associated with the second position on the path between the first position and the first position.
Only including,
When the predetermined condition is not satisfied, the execution means executes a process different from the game process according to the movement of the user position to the first position.
Game system. Among a plurality of positions set on the path on which the user position moves, the user position is selected among a plurality of positions including a position associated with processing information related to game processing that causes an effect on the game. The means of transportation to move based on the game operation,
In response to the movement of the user position to the first position among the plurality of positions, the processing information associated with the first position and the processing information between the user position before the movement and the first position. An execution means for executing the game process based on the process information associated with the second position on the route, and
Including
The execution means has an effect generated by the one processing information in the case where the one processing information is associated with the first position and the case where the one processing information is associated with the second position. Make it different
Game system. A moving means for moving the user position based on a game operation among a plurality of positions set on a path on which the user position moves, including a position associated with processing information related to game processing. ,
In response to the movement of the user position to the first position among the plurality of positions, the processing information associated with the first position and the processing information between the user position before the movement and the first position. An execution means for executing the game process based on the process information associated with the second position on the route, and
Including
When the second position is associated with processing information related to a game process that is disadvantageous to the user, the execution means limits the execution of the game process based on the process information.
Game system. A moving means for moving the user position based on a game operation among a plurality of positions set on a path on which the user position moves, including a position associated with processing information related to game processing. ,
In response to the movement of the user position to the first position among the plurality of positions, the processing information associated with the first position and the processing information between the user position before the movement and the first position. An execution means for executing the game process based on the process information associated with the second position on the route, and
Including
The execution means limits the execution of game processing based on the processing information when the processing information regarding an effect disadvantageous to the user is associated with the first position.
Game system. A program for operating a computer as the game control device according to any one of claims 1 to 9 or the game system according to any one of claims 10 to 13.

Images