JP2009082507A - Game machine and computer program - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a game machine which puts the growing contents of a growing game for growing the ability of a character and features relating to the ability of the plurality of characters owned by a player together to influence the growing contents. <P>SOLUTION: The game machine is provided with: a feature parameter setting means 17b for setting one ability parameter to each of the plurality of characters as a feature parameter; an important parameter setting means 17c for summing up the number of the feature parameters of the respective characters and setting the largest number of the feature parameter as an important parameter; and a parameter value control means 17d for changing a change amount by the reference change amount information of the value of the ability parameter as the important parameter and changing the respective ability parameter values by the growing game. <P>COPYRIGHT: (C)2009,JPO&INPIT

Description

  The present invention relates to a game machine and a computer program that provide a breeding game that develops the ability of a game character.

  A breeding game in which a plurality of ability parameters associated with a character are changed according to a predetermined standard is known as a technique for raising the ability of a character appearing in the game (see, for example, Patent Document 1). There is also known a game in which a turn-off training that affects the ability of a specific horse character on the ability of a breeding horse character can be performed (see, for example, Patent Document 2).

JP 2000-288246 A JP 2006-198231 A

  However, even if the player possesses a plurality of characters, the characteristics relating to the abilities of each of the plurality of characters cannot be comprehensively influenced on the contents of character development.

  Accordingly, an object of the present invention is to provide a game machine and a computer program in which characteristics relating to the abilities of a plurality of characters possessed by a player are combined with the contents of the nurturing game for cultivating the abilities of the characters to influence the nurturing contents. And

  The present invention solves the above-described problems by the following means. In order to facilitate understanding of the present invention, reference numerals in the accompanying drawings are appended in parentheses, but the present invention is not limited to the illustrated embodiments.

  The game machine (10) of the present invention includes character information storage means (18) for storing character information (42) in which a plurality of ability parameters are associated with each of a plurality of characters owned by a player, and the plurality of characters. And a game control means (17) for controlling a breeding game for nurturing the ability of the character by changing each value of the ability parameter according to predetermined reference change amount information, The game control means is characterized in that, based on the values of the plurality of ability parameters associated with each of the plurality of characters, one ability parameter among the plurality of ability parameters is set as a feature parameter of each character. Parameter setting means (17c) and the previous setting by the characteristic parameter setting means The number of feature parameters of each character is aggregated, and an important parameter setting means (17d) for setting the largest number of the characteristic parameters as the important parameter, and at least a change in the ability parameter as the important parameter according to the predetermined reference change amount information The above-mentioned problem is solved by having parameter value control means (17e) that changes the value of each ability parameter of at least one of the plurality of characters by changing the amount.

  According to the present invention, each ability parameter value is changed by the parameter value control means so that at least the change amount of the value of the priority parameter is different from the change amount based on the reference change amount information. For example, when the reference change amount information indicates an increase rate of each ability parameter value, if the control parameter is controlled so that the increase rate of the emphasis parameter is larger than the increase rate of the reference change amount information, the value of the emphasis parameter is determined by the breeding game. It can be increased more than the standard. The emphasis parameter is set by the feature parameter setting means based on the values of a plurality of ability parameters for each character, and is set by the emphasis parameter setting means based on the feature parameters of all the characters. Therefore, the emphasis parameter is determined based on the value of each ability parameter of the plurality of characters. That is, the ability of each of the plurality of characters can be influenced on the training content.

  The reference change amount information is information indicating a change amount for changing the value of each ability parameter in a conventionally known breeding game, and may be information for increasing the value or information for decreasing the value. Also good. Further, it may be an absolute amount or a change rate. The ability parameter whose change amount based on the reference change amount information is changed by the parameter value control means may be only the emphasis parameter or may include an ability parameter other than the emphasis parameter. For example, the influence of the training game on the ability parameters other than the priority parameter can be made smaller than the change amount based on the reference change amount information.

  The “nurturing game for cultivating abilities” means a game for changing the ability parameter value of a character, and includes a training game for training a character, a training game for training, and the like. The change in the value of the ability parameter in the training game includes a case where the value of the ability parameter increases and a case where the value of the ability parameter decreases. The “nurturing game” may be a single game, or may be a game played as part of a game in which each character achieves a predetermined purpose using a plurality of ability parameters. The character whose ability parameter is changed by the breeding game may be one character or all characters as long as it is any character among the plurality of characters.

  “Based on the values of a plurality of ability parameters” in the characteristic parameter setting means means that only the values of a plurality of ability parameters are used, and the values of the plurality of ability parameters and other information (for example, weight, priority, etc.) ) Is used. For example, the feature parameter setting means may set a maximum ability parameter among the plurality of ability parameters associated with each character as the feature parameter.

  In the game machine according to the present invention, for each of the plurality of training environments for training the plurality of characters, the reference change information by environment for changing the values of the plurality of ability parameters according to the respective training environments (61) is further provided with an environment-specific information storage means (60), and the game control means selects one breeding environment from the plurality of breeding environments, and selects the selected breeding environment. You may further have the reference | standard change amount information selection means (17a) which sets the reference | standard change amount information according to environment matched as said predetermined | prescribed reference change amount information.

  Thereby, the raising result which changes with raising environments can be obtained. For example, in the case of horse training, there are pool training, forest bath training, etc., and if the standard variation information by environment is set so that the breeding result varies depending on each environment, it is selected by the standard variation information selection means The reference change information for each environment is used as “predetermined reference change information” of the present invention. The selection of the breeding environment includes a case where it is selected by the player and a case where it is selected by the game control means when a predetermined condition is satisfied.

  For each capability parameter, when each capability parameter is set as a priority parameter, change level information indicating the level of change by the parameter value control means according to each priority level indicating the level of priority Is further provided with a change degree information storage means (80) associated with each other, wherein the emphasis parameter setting means sets the emphasis parameter and sets the emphasis parameter on the basis of the total result of the feature parameters of each character. The degree of importance of the priority parameter is determined, and the game control means refers to the change degree information storage means, thereby changing the degree of change information setting means for setting the change degree information based on the priority parameter and the priority degree ( 17f), and the parameter value control means sets the change level indicated by the set change level information. It, by changing the change amount by the reference change amount information, the may change at least the value of the emphasis parameters.

  Thereby, the change degree of the change amount in the reference change amount information by the parameter value control means can be changed according to the priority. For example, it can be set so that the degree of change of the amount of change increases as the priority degree increases. “Based on the aggregation result” includes a case where only the aggregation result is used and a case where the aggregation result and other information (for example, weight, priority, etc.) are used. For example, the emphasis parameter setting means may use the aggregation result of the characteristic parameters set as the emphasis parameter as the emphasis degree.

  A training target setting means (17b) for setting a plurality of breeding characters as characters to be trained by an operation of the player is further provided. Based on the value of the ability parameter, it is set as a characteristic parameter of each breeding character, and the parameter value control means may change each ability parameter of each breeding character.

  Thereby, the player can designate a predetermined number of characters as the breeding target characters, and only the abilities of the plurality of characters designated as the breeding characters can affect the contents of the breeding for each breeding character.

  The breeding target setting means causes the player to designate a game card corresponding to each character in the card designation unit (122), and from each game card designated in the card designation unit, a character corresponding to each game card. The breeding character may be set by acquiring the character identification information. Thereby, the present invention can be applied to a card game.

  The card designating unit has a predetermined number of card arrangement units (122a ... 122e) on which the game cards are arranged, and the card arrangement unit has a tendency parameter indicating the strength of a predetermined tendency of the character in the card arrangement. The tendency parameter value is determined so as to determine the value of the tendency parameter of the character set as the breeding character according to the position of the card placement part where the game cards are placed, which are associated with each other in accordance with the position of the part Means (17g), the parameter value control means for each of the breeding characters changing based on the reference variation information for each breeding character based on the tendency parameter value corresponding to each breeding character The capability parameter value may be further changed.

  Accordingly, the player can set the strength of a predetermined tendency for each character for each breeding game, and influence real-time information other than a plurality of ability parameters set as the ability of each character on the breeding content. Can do.

  The computer program of the present invention comprises a character information storage means (18) for storing character information (42) in which a plurality of ability parameters are associated with each of a plurality of characters owned by a player, and the plurality of ability parameters. Is a computer program for operating a game machine provided with game control means (17) for controlling a breeding game for nurturing the character's ability by changing each of the values according to predetermined reference change amount information. Then, the game control means sets one ability parameter among the plurality of ability parameters as a characteristic parameter of each character based on the value of the plurality of ability parameters associated with each of the plurality of characters. Characteristic parameter setting means (17c), The number of feature parameters of each character set by the parameter setting means is totaled, and the priority parameter setting means (17d) for setting the largest number of feature parameters as the priority parameter, and at least the ability parameter as the priority parameter By changing the amount of change based on predetermined reference change amount information and functioning as parameter value control means (17e) for changing the value of each ability parameter of at least one character among the plurality of characters, To solve. The computer program of the present invention functions as a computer program for realizing the game machine of the present invention.

  As described above, according to the present invention, one ability parameter is set as a feature parameter for each of a plurality of characters by the feature parameter setting means, and the number of feature parameters for each character is set by the priority parameter setting means. Totaling, setting the most characteristic parameters as priority parameters, and cultivating a breeding game that nurtures the ability of the character by changing the amount of change based on the standard change amount information of the ability parameter as the priority parameter by the parameter value control means It is possible to provide a game machine or the like that influences the contents of the contents by integrating the characteristics related to the abilities of a plurality of characters possessed by the player.

  A game machine 10 according to the present invention will be described with reference to FIGS. As shown in FIG. 1, the game machine 10 is a commercial game machine provided in the store T, and transmits and receives data to and from the server 20 via the network N. The server 20 manages player information of all players and provides player information in response to a request from the game machine 10. The game machine 10 provides a horse racing game using a game card 30 (hereinafter referred to as “card 30”) corresponding to each of a plurality of horses possessed by the player, a training game for training horse capabilities, and the like. Hereinafter, horse racing games, training game machines, and the like provided by the game machine 10 are collectively referred to as “games”.

  The game machine 10 includes a monitor 11 on which a game screen is displayed, and an operation unit 12 that receives an operation of a player. As shown in FIG. 2, the operation unit 12 includes a card operation area 121 for operating a card 30 corresponding to a horse to be run in a horse racing game, five card arrangement units 122a... 122e, and a whip operation on the horse. And buttons 123 used for various designation operations. The structure of each card arrangement part 122a ... 122e is the same. Hereinafter, when it is not necessary to distinguish the card placement units 122a to 122e, they are referred to as “card placement unit 122”.

  The configuration of the card placement unit 122 will be described. The length X in the width direction of the card placement unit 122 is approximately the width W of one card 30 and is configured so that one card is placed in each card placement unit 122. Therefore, the game machine 10 can arrange up to five cards. The vertical length Y of the card placement unit 122 is configured to be longer than the vertical length V of the card 30. As a result, the card 30 can be slid in the vertical direction within the card placement unit 122. In the training game, the horse ID that is the horse identification information is read from the card 30 placed in the card placement unit 122 into the game machine 10, so that the horse corresponding to the card 30 becomes a training target in the training game.

  In the present embodiment, the condition value indicating the condition of the horse is associated with the position of the card placement unit 122 so as to gradually increase from the lower end in the vertical direction of the card placement unit 122 toward the upper end. The horse condition value is set to a condition value corresponding to the position where the card 30 is placed. Hereinafter, a card group placed in the card placement unit 122 is referred to as a “deck”, a horse group corresponding to the deck is referred to as a “training group”, and a card group is formed by placing cards in the card placement unit 122. Sometimes called “create a deck”.

  As shown in FIG. 3, the game machine 10 is provided with a control unit 13 that controls the operation of the game machine 10, and the control unit 13 includes an input control unit 14 that receives an operation in the operation unit 12, a monitor 11, and a speaker. An output control unit 15 that performs processing related to images and sound output in (not shown), a communication control unit 16 that performs processing related to data communication with the network N, and a game control unit 17 that controls various processing related to the game. It is comprised with the game information storage part 18 in which the information regarding a game was memorize | stored.

  The control unit 13 includes a CPU and storage areas such as RAM and ROM necessary for its operation, and is configured as a computer. For example, a computer program for carrying out the present invention is stored in the ROM of the control unit 13. The game control unit 17 is mainly based on a computer program stored in the control unit 13, and includes a reference change amount information selection unit 17a, a training target setting unit 17b, a characteristic parameter setting unit 17c, an emphasis parameter setting unit 17d, and a parameter value control. It functions as the means 17e.

  Hereinafter, a case where a player who holds the seven cards 30a... 30g shown in FIG. Each card 30a... 30g corresponds to each horse 1. Therefore, the player has seven horses 1... Each card 30a... 30g displays, for example, the appearance of the corresponding horse, and stores a horse ID that is identification information of the corresponding horse.

  The player information 40 of the player provided by the server 20 will be described with reference to FIG. The player information 40 includes a player ID 41 that is identification information of the player, horse information 42 that is information relating to a horse possessed by the player, and results information 43 that indicates a player's play history and game results. The horse information 42 as the character information is composed of horse information 50a... 50g indicating information about the horses 1. Hereinafter, when it is not necessary to distinguish the horse information 50a. The horse information 50 includes form information 51 that is information related to the form of the horse such as appearance and age, and ability information 52 that indicates the ability related to the horse race.

  The capability information 52 is associated with a plurality of capability parameters. In this embodiment, speed SP, stamina ST, instantaneous force IF, game root GU, compromise RL, and performance RS are prepared as a plurality of ability parameters. The value of each ability parameter is a value indicating the degree of each ability of the horse, and is a value of 0 to 1000. Hereinafter, the ability corresponding to the ability parameter is referred to as “ability”.

  The value of each ability parameter of the horse can be changed by a training game. Hereinafter, changing the ability parameter by the training game is referred to as “training” or “training”. Changes in ability parameters in the training game of the game machine 10 will be described with reference to FIGS. In the training game, as shown in FIG. 6, training is performed based on a reference change amount information table 60 as environment-specific information storage means stored in the game information storage means 18 and an ability table 80 as change degree information storage means. Is done.

  In the reference change amount information table 60, a plurality of environment-specific training reference information 61 a to 61 d is set as environment-specific reference change amount information. The per-environment training standard information 61a... 61d is information in which a reference increase rate is set as reference change amount information for increasing each ability parameter value by playing a training game. In this embodiment, forest baths, pools, turf, and dirt are prepared as training environments for training horses. Therefore, the reference increase rate for increasing each ability parameter value according to each training environment is K1a ... K6a, K1b ... K6b, K1c,... K6c, K1d,... K1d are set in the training standard information 61a, 61d for each environment. Hereinafter, when it is not necessary to distinguish the training environment, it is referred to as environment-specific training standard information 61, and the standard increase rate is indicated by K1. The reference increase rates K1... K6 corresponding to each training environment are positive numbers of 0 or more, and are set to be different depending on the training environment.

  The ability table 80 is a table in which abilities are associated with priority parameters and priority levels of the priority parameters. The priority parameter is an ability parameter that is particularly improved among a plurality of ability parameters, and is set by a method that will be described later based on the ability of the training group that constitutes the deck. Accordingly, the increase rate of the ability parameter set as the priority parameter by the training game is changed to be larger than the reference increase rate.

  The ability is information that functions as change degree information and is associated with an ability value indicating the degree of change in which the reference increase rate of the priority parameter is changed. In the present embodiment, the ability value is an increment for increasing the reference increase rate, and is set so as to increase as the importance degree increases. For example, the ability value of ability 1 is set to 1%, the ability value of ability 10 is set to 10%, and the ability value of ability 23 is set to 23%. The priority is set by a method to be described later based on the configuration of the training group constituting the deck.

  The change of the ability parameter due to the training game will be specifically described with reference to FIG. For example, when the speed SP is an important parameter, the increase rate of the speed SP is set to K1 + ability value with respect to the reference increase rate K1. When the priority is 3, the ability is 8, and when the ability is 8%, the increase rate after training of the priority parameter is set to the reference increase rate + 8%. Accordingly, the reference increase rate of the speed SP is K1, but eventually becomes K1 + 8%, and an increase rate larger than the reference increase rate K1 is obtained.

  In this way, it is possible to perform training in which the reference increase rate indicated by the environment-specific training standard information 61 is changed according to the priority parameter and the priority level. The emphasis parameters and emphasis levels are determined by the horse abilities included in the training group. Therefore, the ability of the horse of the training group can be comprehensively reflected. The increase rate after training is an increase rate common to the training group. Therefore, the increase rate after training is sometimes referred to as “group increase rate”. In this embodiment, the increase rate after training of ability parameters other than the priority parameter is the reference increase rate.

  Next, the flow of processing related to the game provided by the game machine 10 will be described with reference to the flowchart of FIG. Each process is controlled by the game control means 17 of the game machine 10. First, a play start process is performed in step S10. In the play start process, for example, a player ID is input as a play start operation by the player, and player information 40 corresponding to the player ID is acquired from the server 20. The acquired player information 40 is stored in the game information storage means 18. Thereby, the game information storage means 18 functions as a character information storage means.

  Subsequently, in step S12, a play mode selection process is performed. The play mode includes a nationwide battle mode in which a battle race is performed with a game machine outside the store via the network N, an in-store battle mode in which a battle race is performed with other game devices 10 in the store, and the game control unit 17 of the game machine 10. Stand-alone mode is available to play a battle race against the opponent.

  In this embodiment, a case where the in-store battle mode is selected will be described. If play mode is selected, it will progress to step S14 and a training group creation process will be performed. In the training group creation process, each of the plurality of horse cards 30... 30 to be trained by the player is placed on the card placement unit 122. The horse ID is read from the card arranged in each card arrangement unit 122, and a plurality of horses corresponding to the plurality of cards 30 ... 30 arranged in the card arrangement unit 122 are set as a training group. Thereby, the game control part 17 functions as the cultivation object setting means 17b. Horse information 50 corresponding to each card 30 arranged in the card arrangement unit 122 is displayed on the monitor 11 as shown in FIG. 9 as a horse information image 50 ′. Thereby, the player can create a training group while confirming the horse information of the horse.

  FIG. 9 shows that each horse 1... 3 is obtained by arranging the cards 30a, 30b, and 30c of the horse 1, horse 2, and horse 3 in the card placement unit 122a, the card placement unit 122b, and the card placement unit 122c. The information image 50 ′ is shown being displayed on the monitor 11. The horse information image 50 'is composed of an image showing the form of the horse, a graph showing the value of each ability parameter, and the like. If the training group is not created within a predetermined time, the game control unit 17 may create the training group based on the horse information 42.

  After the training group is created, the process proceeds to step S16, and a running horse selection process is performed. In the starting horse selection process, one of the horses constituting the training group is designated as a horse to start in a horse racing game described later. For example, a list of horses constituting the training group may be displayed on the monitor 11, and a running horse may be designated from the list by the button 123.

  After designating the starting horse, the process proceeds to step S18 where the training game process is performed. As described above, the ability parameter of each horse to be trained can be changed by the training game. In the training game process, all horses included in the created training group are trained as training targets. The content of the training is affected by the ability of each horse making up the training group. Details of the training game process will be described later. After the training game is completed, the process proceeds to step S20, and a follow-up training game process is performed. In the follow-up training game, one horse other than the running horse is selected from the training group, and a process of affecting the ability parameter of the selected horse to the ability parameter of the running horse is performed. The processing in the follow-up training game may be performed by a conventionally known method.

  After the end-of-run training game ends, the process proceeds to step S22, and a horse racing game process is performed. In the horse racing game process, the running horse participates in the horse racing game, and a competition race with the running horses of other game machines 10 in the store is executed. The horse racing game process may be performed by a conventionally known method. For example, the racehorse card 30 is moved on the card operation area 121 during the race, whereby the racehorse can be moved in a direction corresponding to the direction in which the racehorse card 30 is moved on the game screen. Also, the ability parameter of the running horse is updated according to the situation of the running horse in the horse racing game.

  When the horse racing game ends, the process proceeds to step S24, where the battle result is displayed on the monitor 11, and it is determined whether the game is continued in the subsequent step S26. It is determined whether or not to continue by allowing the player to continue the operation within a predetermined time. When continuing, it returns to step S12, and when not continuing, a game is complete | finished with respect to a player.

  The training game process performed in the training game of this form is demonstrated. A training game process in the case where the training group is composed of four horses 1... Horse 4 having the ability shown in FIG. 10 will be described with reference to the flowchart of FIG. First, in step S30, a training environment selection process is performed. In the training environment selection process, the player selects one training environment from the forest bath, pool, dirt, and turf as the horse training environment, and specifies the reference training information 61 according to the environment according to the selected training environment. Thereby, the game control part 17 functions as the reference | standard change amount information selection means 17a. Next, in step S31, a condition setting process is performed. In the condition setting process, a condition value indicating the condition of each horse to be trained is set. Thereby, the game control part 17 functions as the tendency parameter value determination means 17g.

  For example, the condition value is a value in the range of 0.5 to 1.0, and is associated with the position of the card placement unit 122 so as to gradually increase from the lower end to the upper end of the card placement unit 122. What is necessary is just to arrange | position to the position corresponding to a desired condition value by sliding the card | curd 30 arrange | positioned at the card arrangement | positioning part 122 to a vertical direction. Thereby, the condition of the horse can be set in real time. When the arrangement position of each card 30 is determined and the condition value is set, the set condition value is associated with the corresponding horse.

  After the condition setting process is completed, the process proceeds to step S32 where the characteristic parameter setting process is performed. In the characteristic parameter specifying process, characteristic parameters that are characteristic among the ability parameters of each horse are set. Thereby, the game control part 17 functions as the characteristic parameter setting means 17c. In this embodiment, an ability parameter indicating the maximum value is set as a characteristic parameter for each horse. In the case of the deck shown in FIG. 10, the characteristic parameter of horse 1... Horse 3 is set to speed SP, and the characteristic parameter of horse 4 is set to instantaneous force IF.

  After the characteristic parameters are set, the process proceeds to step S34, and the emphasis parameter setting process is performed. In the priority parameter setting process, the number of feature parameters of each horse set in step S32 is totaled as the number of cards 30, and the maximum number of feature parameters is set as the priority parameter. Thereby, the game control part 17 functions as the priority parameter setting means 17d. In this embodiment, since the speed SP is three and the instantaneous force IF is one, the speed SP is set as the priority parameter. Thus, the training with the speed SP as the priority parameter, that is, the training mainly for the purpose of improving the speed capability is performed for all the horses 1 to 4 constituting the training group. For example, “speed capability UP” is displayed on the monitor 11 as the training content determined for the horses constituting the training group.

  In the emphasis parameter setting process, a degree of emphasis indicating how much the emphasis parameter is improved by training is set. In this embodiment, the total result of the characteristic parameters set as the priority parameter is set as the priority. Therefore, the priority parameter count result of this embodiment is three, so the priority is set to “3”.

  When the priority parameter setting process ends, the process proceeds to step S36, where the ability setting process is performed. In the ability setting process, the ability is determined by referring to the ability table 80. Thereby, the game control unit functions as the change degree information setting unit 17f. The ability of this embodiment is set to ability 8 because the priority parameter is “speed SP” and the importance is “3”. When the ability is set, the reference increase rate (K1... K6) is specified by referring to the reference change amount information table 60 in step S38. For example, when forest bath is selected as the training environment, the reference increase rate of each ability parameter is set to K1a... K6a.

  Next, proceeding to step S40, the group increase rate of each capability parameter is set based on the reference increase rate (K1a... K6a) and the ability value corresponding to ability 8. In the present embodiment, only the group increase rate of the speed SP is set to K1a + 8%, and the group increase rates of other capability parameters are set with the reference increase rate as they are. Then, it progresses to step S42, and the increase rate according to each horse corresponding to each horse 1 ... 4 is set by multiplying the group increase rate of each ability parameter by the condition value of each horse 1 ... 4. Finally, in step S44, the value of each ability parameter of each horse is updated based on the value of each ability parameter of each horse 1... Thereby, the game control part 17 functions as a parameter value control means. This is the end of the training game process.

  The present invention is not limited to the above form, and can be implemented in various forms. For example, when there is one horse to be trained, the characteristic parameter of the horse to be trained may be set as the priority parameter as it is. Only a specific horse included in the training group may change the ability parameter depending on the training game. In addition, when there are a plurality of aggregated results of feature parameters that are the largest in the priority parameter setting process, the priority order is associated with the ability parameter, and the feature parameter with the higher priority order is set as the priority parameter. May be. In the training game, the increase rate of ability parameters other than the priority parameter may be configured to decrease according to, for example, the ability value.

The figure which shows one form of the game machine of this invention. The enlarged view of the operation part of the game machine shown in FIG. The function block diagram of the control unit of the game machine shown in FIG. The figure which shows one form of the some card | curd used in a game. The figure which shows one form of player information. The figure which shows the information used in a training game. The figure which shows an example of the reference | standard increase rate and the increase rate after training regarding each ability parameter. The slow chart which shows the whole flow of the process in a game machine. The figure which shows how horse information is displayed on a monitor. The figure which shows an example of the horse information of the horse which comprises a training group. The flowchart which shows the flow of the process in a training game process.

Explanation of symbols

DESCRIPTION OF SYMBOLS 10 Game machine 17 Game control part 17a Reference | standard change amount information selection means 17b Raising object setting means 17c Feature parameter setting means 17d Priority parameter setting means 17e Parameter value control means 17f Trend parameter value determination means 20 Server 30 Card 40 Player information 60 Reference change Quantity information table (environment-specific information storage means)
80 Ability table (change degree information storage means)
42 Character information (owned horse information)
122a ... 122e Card placement part SP, ST, IF, GU, RL, RE Capability parameter

Claims (9)

Character information storage means for storing character information in which a plurality of ability parameters are associated with each of a plurality of characters owned by a player;
A game machine comprising game control means for controlling a breeding game for nurturing the character's ability by changing each value of the plurality of ability parameters according to predetermined reference change amount information,
The game control means includes
Feature parameter setting means for setting one ability parameter of the plurality of ability parameters as a feature parameter of each character based on the values of the plurality of ability parameters associated with each of the plurality of characters;
The number of feature parameters of each character set by the feature parameter setting means is totaled, and the priority parameter setting means for setting the most characteristic parameters as the priority parameters;
Parameter value control means for changing a value of each ability parameter of at least one of the plurality of characters by changing a change amount of at least the ability parameter as the priority parameter according to the predetermined reference change amount information; A game machine comprising: For each of the plurality of breeding environments for raising the plurality of characters, the reference change amount information for each environment for changing the values of the plurality of ability parameters according to the respective breeding environments is stored in association with each other. An environment-specific information storage means is further provided,
The game control means includes
Reference change amount information selecting means for selecting one of the plurality of growth environments and setting the reference change information for each environment associated with the selected growth environment as the predetermined reference change information. The game machine according to claim 1, further comprising: For each capability parameter, when each capability parameter is set as a priority parameter, change level information indicating the level of change by the parameter value control means according to each priority level indicating the level of priority Is further provided with a change degree information storage means associated with
The emphasis parameter setting means sets the emphasis parameter and determines the emphasis level of the set emphasis parameter based on the total result of the characteristic parameters of each character.
The game control means further includes a change degree information setting means for setting the change degree information based on the priority parameter and the priority degree by referring to the change degree information storage means,
The parameter value control means is configured to change a value of the at least the priority parameter by changing a change amount based on the reference change amount information according to a change degree indicated by the set change degree information. Item 3. A game machine according to item 1 or 2.   The game machine according to claim 3, wherein the priority parameter setting means uses the total result of the characteristic parameters set as the priority parameter as the priority. A training target setting means for setting a plurality of training characters as training target characters by the operation of the player is further provided,
The characteristic parameter setting means sets the characteristic parameters of each breeding character based on the values of the plurality of ability parameters associated with each of the plurality of breeding characters,
The game machine according to any one of claims 1 to 4, wherein the parameter value control means changes each ability parameter of each breeding character.   The training target setting means causes the player to specify a game card corresponding to each character in the card specifying unit, and character identification of the character corresponding to each game card from each game card specified in the card specifying unit The game machine according to claim 5, wherein the breeding character is set by acquiring information. The card designating unit has a predetermined number of card arrangement units on which the game cards are arranged, and the card arrangement unit has a tendency parameter indicating the strength of the predetermined tendency of the character according to the position of the card arrangement unit. A tendency parameter value determining means for determining a value of the tendency parameter of the character set as the breeding character according to the position where each game card is placed,
The parameter value control means further changes each ability parameter value of each breeding character that changes based on the reference change amount information for each breeding character based on a tendency parameter value corresponding to each breeding character. The game machine according to claim 6.   The game control means performs the training game before a game in which each character achieves a predetermined purpose using the plurality of ability parameters. The game machine described in the item. Character information storage means for storing character information in which a plurality of ability parameters are associated with each of a plurality of characters owned by a player;
A computer program for operating a game machine provided with game control means for controlling a breeding game for nurturing the ability of the character by changing each value of the plurality of ability parameters according to predetermined reference change amount information Because
The game control means;
Feature parameter setting means for setting one ability parameter of the plurality of ability parameters as a feature parameter of each character based on the values of the plurality of ability parameters associated with each of the plurality of characters;
The number of feature parameters of each character set by the feature parameter setting means is totaled, and the priority parameter setting means for setting the most characteristic parameters as the priority parameters;
Function as parameter value control means for changing the value of each ability parameter of at least one character among the plurality of characters by changing the amount of change based on the predetermined reference change amount information of at least the ability parameter as the priority parameter A computer program characterized by causing

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