JP5965991B2 - GAME SYSTEM, ITS CONTROL METHOD, GAME DEVICE, AND COMPUTER PROGRAM - Google Patents

Description

  The present invention relates to a game system that executes a second game in association with the first game.

  As one of the techniques for eliminating the monotony of the game, the user is allowed to play the predetermined first game, and the second game is executed in association with the game content (e.g., progress of play, results, results). A game system that gives a user a privilege such as a payout according to the game result of the second game is well known. As an example, there is a game system that executes a bingo game when certain conditions are satisfied in a symbol matching game by a slot machine (see, for example, Patent Document 1).

JP 2006-326144 A

  In the conventional game system, the second game is positioned as an additional game or a special game for giving the user motivation to repeatedly play the first game. Therefore, in the second game, a lottery game such as a bingo game where the rules and progress are relatively easy to understand is often adopted. As an association between both games, for example, as a result of playing the first game, one game medium is selected from a large number of game media (eg, a ball) with an attribute such as a number, and the attribute of the selected game medium is selected. A simple relationship is set such that the corresponding bingo card square is activated. However, by simply associating both games through a simple attribute such as the number of a ball, it is difficult to adjust items that affect the interests of the game, such as the degree of difficulty and the diversity of game progression.

  Therefore, the present invention increases the degree of freedom in setting the association between the first game and the second game, thereby giving a variety to the game or adjusting the game settings such as difficulty relatively easily. It is an object to provide a game system or the like that can be played.

  The game system of the present invention includes a first game control means (21; 51) for executing a first game (for example, a card game), and a second game (for example, a bingo game, a card) in association with the first game. Second game control means (22; 52) for executing (battle game), and the second game control means includes a predetermined item in the first game (for example, a rising card 100S of a card game, Evaluation means (24, 25; 54, 55) for evaluating each of a plurality of evaluation elements (for example, mark and number, arrangement of the card 201 and established combination), and the evaluation Progress control for controlling the progress of the second game based on the selected evaluation result while selectively using the evaluation result for each evaluation element by means according to a predetermined condition Stage; and (26 56), those having a.

  The game control method of the present invention includes a first game process for executing a first game (for example, a card game) and a second game (for example, a bingo game, a card battle game) in association with the first game. And a second game process that executes a predetermined game item in the first game (for example, a rising card 100S of a card game, a combination determination) An evaluation step (S4, S5; S43, S45) for evaluating each of a plurality of evaluation elements (for example, a mark and a number, an arrangement of the cards 201 and a winning combination), and the evaluation means A progress controller that controls the progress of the second game based on the selected evaluation result while selectively using the evaluation result for each evaluation element selectively according to a predetermined condition. (S6; S44, S46~S53) are those having a, a.

  Furthermore, the game device of the present invention includes a first game control means (21; 51) for executing a first game (for example, a card game) and a second game (for example, a bingo game) in association with the first game. And a second game control means (22; 52) for executing a card battle game, wherein the second game control means is a predetermined item in the first game (for example, a rising card of a card game) 100S, an evaluation means (24, 25; 54, 55) for evaluating each of a plurality of evaluation elements (for example, a mark and a number, an arrangement of the card 201 and a winning combination); Progress for controlling the progress of the second game based on the selected evaluation result while selectively using the evaluation result for each evaluation element by the evaluation means selectively according to a predetermined condition Control means; and (26 56), those having a.

  The computer program according to the present invention includes a first game control means (21; 51) for executing a first game (for example, a card game) on a computer (10) provided in a game system (1), and A computer program for a game system (31) configured to function as second game control means (22; 52) for executing a second game (for example, a bingo game or a card battle game) in association with the first game. 61), wherein the second game control means determines a predetermined item in the first game (for example, a card 100S for a card game, a group of cards 201 to be determined for a combination) as a plurality of evaluation elements. Evaluation means (24, 25; 54, 55) for each evaluation (for example, mark and number, arrangement of the card 201 and established combination) And progress control means (26; 56) for controlling the progress of the second game based on the selected evaluation result while selectively using the evaluation results for each evaluation element by the evaluation means selectively according to a predetermined condition. Further, it is configured to function. The computer program of the present invention may be provided by being recorded in various storage media such as a semiconductor memory, a magnetic storage medium, and an optical storage medium.

  According to the present invention, a predetermined item in the first game is evaluated for each of a plurality of evaluation elements, and the second game is based on the selected evaluation result while properly using the evaluation results according to conditions. Progress is controlled. Therefore, in one aspect of the second game, the evaluation result of the specific evaluation element is selected, the progress of the game is controlled in association with the evaluation result, and in the other aspect, instead of the evaluation result of the specific evaluation element, Or, in addition, the relationship between the matter to be evaluated in the first game and the progress of the second game, such as selecting another evaluation result and controlling the progress of the game in association with the evaluation result. Sex can be changed flexibly or in various ways. Thereby, the degree of freedom in setting the relationship between the first game and the second game can be increased, the game can be given diversity, or the game settings such as difficulty can be adjusted relatively easily.

  In the present invention, an appropriate game can be executed as the first game. A game that proceeds with user operations as a subject may be executed as the first game, or a game that proceeds without reference to user operations may be executed as the first game. Good. The “predetermined items” in the first game are items to be evaluated in the evaluation means or the evaluation process, items appearing as a result of the game, items appearing in the middle of the game, users and computers in the game Various items such as items that appear due to the selection behavior are included in the category. Further, the “predetermined matter” can be evaluated by being divided into a plurality of evaluation elements. The evaluation factor can be set from various viewpoints. For example, when the card of the playing card game is “predetermined matter”, the card of the playing card is classified by paying attention to the mark and the number, and by associating those classifications with the evaluation elements, the card of the rising card is marked and numbered. It can be divided and evaluated. The same applies when paying attention to the patterns and figures of the rising frogs (hits) in mahjong. When a game such as a playing card, mahjong, or slot machine game is executed as the first game, from the viewpoint of symbols and combinations included in the role that the user has raised, and the rank of the role, A rising combination as a “predetermined item” in one game can be evaluated by being divided into a plurality of evaluation elements. If the first game is a competitive game, there are a plurality of evaluation elements from the viewpoints of evaluation regarding the result of the battle (separation or ranking of wins and losses) and evaluation regarding the action on the game (for example, the determined technique) that determined the battle result. Each evaluation can be obtained. When considering the progress of the game, for example, the items on the game can be evaluated by dividing them into a plurality of evaluation elements from the viewpoints of length of play time and the number of times of selecting an effective action. When a game based on a group sport such as baseball or soccer is executed as the first game, a predetermined item on the game is divided into a plurality of evaluation elements and evaluated from the viewpoint of a winning team and a player who has contributed to the victory. can do. If it is a quiz game, it can be divided into a plurality of evaluation elements and evaluated from the viewpoint of problem genre and the number of correct answers. In a race game such as a horse racing game, evaluation can be performed by dividing into a plurality of evaluation elements from the viewpoints of the number of times the trained horse has started, the race results, and the winning prize amount. Furthermore, it is possible to evaluate the superiority or inferiority of the user's operation during the game play according to a predetermined standard. For example, when a music game is executed as the first game, a plurality of evaluations of predetermined items in the first game are performed from a plurality of viewpoints such as the difficulty level of the game played by the user, the stage cleared by the user, and the number of songs. What is necessary is to divide into elements and evaluate.

  In the present invention, the term “evaluation” is sufficient if it is a process that can identify “predetermined matters” that are targeted for evaluation in relation to the progress control in the second game. To that extent, processing expressed in various terms such as analysis, analysis, scoring, discrimination, identification, and identification is included in the category of the meaning of “evaluation”. The “predetermined condition” for properly using the evaluation result for each evaluation element can be set appropriately. For example, conditions may be set so that each evaluation result can be selectively used while the second game is in progress, or the evaluation result to be used every time the second game ends. Conditions may be set so as to be switched. The evaluation results for each evaluation element may be used alone or in appropriate combination. The first game may be repeatedly executed while the second game is progressing, or may be repeatedly evaluated during the progress of the first game and the second game is repeated. Good. Of course, when the first game is executed once, the second game may be executed once. The evaluation for the predetermined matters in the first game may be executed only when a specific situation occurs in the first game (for example, when the user wins the first game) Evaluation may be performed whenever one game is executed.

  In one form of the present invention, the first game control means has a plurality of game elements (for example, a card 100 of playing cards) having attributes that can be classified according to a plurality of classifications (for example, classification by marks and classification by numbers) that are different in density. ), And the effect of the selected game element attribute (for example, mark and number) on the progress or result of the game is differentiated according to the attribute. The second game control means controls the achievement status (for example, validity / invalidity) of each of the plurality of task elements (for example, the square 111 of the bingo card 110) for which the correspondence relationship with the attributes of the plurality of game elements is set. The second game is controlled so that whether or not a predetermined task (for example, completion of a predetermined number of lines) can be achieved is determined based on A game element that has a predetermined influence in the game (for example, the card 100S that has resulted in a rise as “predetermined influence” in the card game) is set as an evaluation target by the evaluation means, and the evaluation means A result obtained by dividing the attribute of the game element to be evaluated for each classification is identified as an evaluation for each evaluation element, and the progress control means determines the evaluation result for each classification identified by the evaluation means. And selectively using each of the plurality of task elements and the attribute as the evaluation result to determine whether or not there is a corresponding relationship, and control the achievement status of the task element based on the presence or absence of the corresponding relationship It is good also as what to do.

  In the above form, the attributes of the game elements in the first game can be classified by a plurality of classifications, and the classifications are dense. Therefore, there is a difference in the number of sets of game elements for each category between when the attribute of the game element is classified according to one classification and when the attribute of the game element is classified according to another classification. For example, if the cards are classified by the attribute of the mark (52 cards excluding the joker), four sets are generated, and if the cards are classified by the number attribute, 13 sets are generated. Therefore, when the attribute of the game element is determined for each classification, and the presence or absence of the correspondence between the attribute and the task element of the second game is determined, the probability that the correspondence exists exists depends on the density of the classification. Change. That is, when an attribute is evaluated according to a rough classification, the probability that a correspondence relationship exists is relatively high, and when an attribute is evaluated according to a fine classification, the probability that a correspondence relationship exists is relatively low. As described above, the probability that a correspondence relationship exists between the attribute of the specific game element in the first game and the task element in the second game depends on which evaluation element is used to evaluate the attribute of the game element. Therefore, if the presence or absence of the correspondence relationship is determined while properly using the evaluation results, the probability that each task element is achieved also changes according to the probability that the correspondence relationship exists. By utilizing such a difference in probability, the progress of the second game can be given a swiftness. Thereby, the difficulty level of the second game can be adjusted. Therefore, a relatively easy operation of changing the game difficulty level or changing the relevance between the first game and the second game using different evaluation elements according to conditions, It can be realized by adjustment.

  For the plurality of task elements, a plurality of types (for example, differentiated from the viewpoint of which evaluation result based on which classification should be used from the evaluation result for each classification in determining the correspondence relationship with the attribute (for example, 2 are set, and the progress control means changes the selection of the evaluation result used for the determination of the correspondence relationship according to the type of the task elements. It may be determined whether or not there is a correspondence between each attribute and the attribute as the evaluation result. According to this, the probability that a correspondence relationship exists changes according to the type of task element. Therefore, the above-described operation and effect can be obtained by a relatively simple process of selecting an evaluation result according to the type of task element.

  Also, a plurality of sets of task elements (for example, a plurality of bingo cards 110 in stages 1 to 5 in FIG. 3) having different combinations of types of task elements are prepared, and the second game control means includes the plurality of task elements. From the set of task elements, a set of task elements to be used in the second game is selected, and whether or not there is a correspondence between the task elements included in the selected set of task elements and the attribute as the evaluation result It may be determined. In determining correspondence, the probability that a correspondence exists depends on the type of task element, so if you change the combination of task element types, the probability that the entire set of task elements will be achieved as a task Also changes depending on the combination of types. Therefore, if a set of a plurality of task elements having different combinations is prepared and any one of the sets is selected in the second game, the difficulty level of the second game can be changed according to the selection situation.

  Further, the second game control means displays a game image including each of the plurality of task elements (for example, an image of the bingo card 110) and a correspondence relationship (for example, a mark) between each task element and the attribute of the game element. And a correspondence relationship with at least one of the attributes of the number) and the achievement status of each task element (for example, whether each cell 111 on the bingo card 110 is valid or invalid) is displayed in a manner that can be identified by the user ( 13) It may be displayed above. This makes it possible for the user to easily and reliably grasp the progress of the second game.

  In addition, the second game control means displays a plurality of squares (1119 in a predetermined arrangement) as a plurality of task elements (for example, an image of a bingo card 110), and the squares and the game elements. Correspondence with attributes (for example, correspondence with at least one of marks and numbers) and achievement status of each square (for example, whether each square on the bingo card is valid / invalid) in a manner that can be identified by the user Displayed on the display device (13), the progress control means determines whether or not the predetermined task has been achieved based on whether or not the squares of the completed task elements have formed a predetermined array on the game object. According to this, as in a bingo game, each of a plurality of squares is used as a task element, and the completion of a predetermined arrangement is achieved while sequentially achieving those task elements. It is possible to provide the user with a game that progresses as a general problem as the second game, and by adjusting the settings of the second game difficulty level and the like according to the present invention, the game is easy to understand and diverse. This makes it possible to provide a user with an interesting game.

  In one form of the present invention, the first game control means causes the user to select the game element as the user's action in the first game, and according to the attribute of the game element selected by the user. The first game is controlled to reflect the influence (for example, the influence given by the mark or number of the card 100 selected by the user in the card game), and the evaluation means selects the user The game element may be set as an evaluation target when the game element gives the predetermined influence (for example, an increase in a card game) in the first game. According to this, the game element to be evaluated is specified based on the influence of the action of the user in the first game on the first game. Therefore, even if the user selects the action of the first game in consideration of the progress of the second game, and adopts relatively simple games as the first and second games, The interest of the entire game can be enhanced by the synergistic effect, and the user's motivation for playing the game can be improved.

  Further, the first game control means causes the user and the opponent to select the game element as the action of the user and the opponent in the first game, and the user and the opponent select respectively. The game progresses by reflecting the influence according to the attribute of the game element (for example, the influence of the card mark or number selected by the user and the opponent in the card game), and the game element having a predetermined influence is selected. The first game is controlled so that a person who has won the game wins, and when the user wins, the evaluation means uses the game element that has had the predetermined influence by the user's selection as an evaluation target. It may be set. According to this, it is a requirement for the user to advance the second game that the user wins the opponent in the first game. In addition, the game element that determines the victory in the first game becomes an evaluation target for progressing the second game. As a result, it becomes necessary for the user to strategically select the action of the first game while being aware of the progress of the second game. Therefore, even if a relatively simple game is set as the first and second games, the interest of the whole game can be enhanced by the synergistic effect of both games, and the user's motivation for playing the game can be improved.

  In said form, selection of the said game element by the said user may be selected from the several game element which the said user possesses. For example, the user selects a game element to be used in the game from game elements such as a deck, a piece, and a character possessed by the user. Furthermore, the execution of the first game may be repeatable until the predetermined task is achieved in the second game. According to this, it is possible to give the user motivation to repeatedly play the first game until the task of the second game is achieved. The second game control means further includes privilege control means (27, S9) for generating a privilege that can be used in the first game when the predetermined task is achieved in the second game. You may prepare. According to this, since the privilege granted in the second game can be used in the first game, it is possible to enhance the relevance of both games and increase the synergistic effect of both games.

  In one embodiment of the present invention, the first game control means executes the first game according to a user's selection, and the evaluation means uses the user's selection contents as the predetermined matter. The evaluation may be performed for each of the plurality of evaluation elements. According to this, the selection contents of the user in the first game are classified into evaluation elements from a plurality of viewpoints and evaluated, and the second game is advanced while properly using those evaluation results. The relationship between the items to be evaluated and the progress of the second game can be changed flexibly or in various ways.

  In the above aspect, the first game control means executes the first game in response to a user's selection regarding a plurality of game elements, and the evaluation means affects the result of the first game. It is good also as what evaluates the selection regarding the said game element of a user for every said some evaluation element. According to this, not only the selection of the user in the first game affects the result of the first game but also the evaluation result for each evaluation element related to the selection also affects the progress of the second game. It becomes like this.

  Further, the plurality of evaluation elements by the evaluation means include an evaluation element relating to how the user has selected the game element, and how the selection of the game element affects the result of the first game. It is good also as what contains at least any one of the evaluation element regarding what was given. As a result, it is evaluated how the user has selected a game element in the first game, or what effect the selection of the game element has on the first game, and the evaluation result is given as the first result. This can be reflected in the progress of the second game.

  Alternatively, in the first game, a plurality of cards (201) are prepared as the plurality of game elements, and the evaluation means includes an evaluation element regarding how the user has selected the card, and the user's Evaluation elements relating to how the selection of the game element has an influence on the result of the first game may be evaluated. According to this, it is evaluated how the user has selected a card in the first game and how the selection of the card has affected the first game, and the evaluation result is obtained. This can be reflected in the progress of the second game.

  In a form in which a card is prepared as a game element, the first game control means causes the user to select one of the determination lines from a group of cards arranged so that a plurality of determination lines are generated, and to the determination line. Further, a card is arranged, and it is determined whether or not any of a plurality of winning combinations (for example, a poker winning combination) is realized by a plurality of cards including the card arranged by the user on the determination line selected by the user. The first game is executed as described above, and the evaluation means evaluates which determination line the user has selected and arranged the card as an evaluation factor regarding how the card has been selected. At the same time, the combination on the determination line selected by the user is evaluated as an evaluation factor regarding how the result of the first game was affected. It may be used as the. According to this, in the first game, when a combination is established by selecting a determination line and placing a card in the first game, depending on which determination line the card is placed on and the placement of the user's card Each winning combination is evaluated, and the progress of the second game is controlled based on the evaluation results.

  Furthermore, the second game control means is arranged such that each of the user and the opponent arranges an attack element (202) in association with the plurality of determination lines, and the user and the opponent arranged in correspondence with the same determination line. Among the attack elements of the opponent, either one of the attack elements attacks the other attack element, and the second game is controlled so that the second game proceeds based on the effect of the attack. The progress control means, when any combination is established on the determination line selected by the user in the first game, the attack element of the user arranged corresponding to the determination line selected by the user However, the evaluation result regarding the selection of the determination line and the selection of the attack element are associated with each other so that the attack element of the opponent is attacked, and the effect of the attack is achieved on the determination line. The progress of the second game may be controlled based on the evaluation result of the evaluation means so that the evaluation result of the combination and the effect of the attack are associated with each other so as to change in accordance with the played combination. . According to this, in the first game, when a combination is established by selecting a determination line and placing a card in the first game, depending on which determination line the card is placed on and the placement of the user's card Each role is evaluated and the attack element of the user corresponding to the determination line on which the card is placed attacks the opponent's attack element on the same determination line, and The progress of the second game is controlled so that the attack effect changes accordingly.

  In each embodiment described above, the execution of the first game may be repeatable until the predetermined result is obtained in the second game.

  In the above description, in order to facilitate understanding of the present invention, the corresponding matters of the embodiments described below or the reference numerals of the attached drawings are added in parentheses, whereby the present invention is described below. It is not limited to.

  As described above, according to the present invention, the predetermined item in the first game is divided into a plurality of evaluation elements and evaluated for each evaluation item, and the evaluation result is selected while being used properly according to the conditions. Since the progress of the second game is controlled based on the evaluation result, the relevance between the matter to be evaluated in the first game and the progress control of the second game is flexible, or Various changes can be made. Thereby, it is possible to increase the degree of freedom of setting the association between the first game and the second game, to give diversity to the game, or to adjust the settings on the game such as the difficulty level relatively easily.

The figure which shows the whole structure of the game system which concerns on one form of this invention. The figure which shows the concept of the whole game performed with the game device of the game system which concerns on a 1st form. The figure which shows an example of the concept of the difficulty setting of the game in the bingo game of FIG. The functional block diagram of the game device contained in the game system which concerns on a 1st form. The flowchart which shows the procedure of the bingo card control process which the game device of FIG. 4 performs. The figure which shows the concept of the whole game performed with the game device of the game system which concerns on a 2nd form. The functional block diagram of the game device for performing the game of FIG. The flowchart which shows the procedure of the card game control process which the game device of FIG. 6 performs. The flowchart which shows the procedure of the card battle game control process which the game device of FIG. 6 performs.

(First form)
Hereinafter, a schematic configuration of a game system according to an embodiment of the present invention is shown. The game system 1 of this embodiment is a server-client type game system including a center server 2 as a server device and a game device 3 as a client device connectable to the center server 2 via a network 4. It is configured as. The center server 2 is configured as a single logical server device by combining a plurality of server units 2A, 2B. However, the center server 2 may be configured by a single server unit. Alternatively, the center server 2 may be logically configured using cloud computing.

  On the other hand, the game device 3 is a kind of network terminal device having a function of allowing a user to play a game. In FIG. 1, a mobile phone (including a smartphone) is illustrated as an example of the game apparatus 3. Various network terminal devices that can be connected to the network and are used for personal use by the user, such as personal computers (hereinafter referred to as PCs), portable game machines, and portable tablet terminal devices, are used as the game device 3. It's okay. As an example, the network 4 is configured to realize network communication using a TCP / IP protocol. Typically, the network 4 is configured by combining the Internet as a WAN and an intranet as a LAN. In the example of FIG. 1, the game apparatus 3 is connected to the network 4 via an access point 4a as a part of the network 4, and the center server 2 is connected to the network via a router 4b.

  Similar to the well-known game system, the center server 2 distributes game application software to the game device 3, registers or authenticates users, and uses free or paid contents such as items used in the game, background images, and music. Various services such as distribution of information and mediation of information exchange between users. In this type of game system, software necessary for game execution is installed on the client device, and the client device is installed in the server only when the server processing such as software update or addition or online battle is necessary. The client device is connected to the server at the time of game execution, and calculation processing for advancing the game is executed on the server side. In the client device, input of user operation information, game screen, music There are various methods of using the server, such as a method of handling only the interface part such as output. In the following, description will be continued by taking as an example a case where game software is already installed in the game apparatus 3 and the game apparatus 3 executes the game independently without depending on the center server 2.

  Next, the outline of the game executed on the game apparatus 3 will be described with reference to FIGS. As shown in FIG. 2, the game apparatus 3 executes a card game as the first game and a bingo game as the second game. In the card game, a user and a character as a virtual opponent controlled by the computer of the game apparatus 3 become players, and a battle is performed between these players based on a predetermined rule. In the battle, a predetermined number of cards 100 are equally distributed to the user and the character. The card 100 corresponds to a game element of the first game in the present invention, and a mark and a number are set as attributes on the card 100, and the attribute can be classified by two types of classification, that is, classification by mark and classification by number. It is.

  The card 100 is set with strength according to the number. As an example, the weakest card is “3”, the next weakest card is “4”, and similarly, the card becomes stronger as the number increases. After “K”, the card returns to “1” and the card of “2”. Is the strongest. For simplicity, the joker is not included. After the card 100 is dealt, one of the players becomes a parent, and the parent puts the first card 100 on the field 101. The next player puts out a card 100 stronger than the card 100 put out on the field 101, and the next player puts out a card 100 stronger than the card 100 put out on the field immediately before. A player who does not have a strong card 100 in his hand passes his turn. After one player issues the card 100, if the other player passes and the turn returns to the original player, the card 100 put out on the field 101 is played, and the player removes the favorite card 100 from his hand. put out. In this way, the game progresses and the player who has lost his hand first wins. Such a game is a kind of card game that is widely played under the names “Millionaire” or “Great Poor”. There are various local rules in this type of game, but if the basic rules are as described above, the details of the rules may be set appropriately.

When the user of the game apparatus 3 wins the card game, the card 100 that the user last put into play goes up to become the card 100S. The bingo game is controlled in association with the attribute of the rising card 100S of the card game. In the bingo game, one bingo card 110 is assigned to the user. As an example, the bingo card 110 has a total of 16 squares 111, four vertically and four horizontally. Each square 111 has four types of marks (spades, hearts, clubs, diamonds) as attributes set in the playing card 100.
) And numbers (1 to K), or both. Thereby, each cell 111 functions as a task element in the second game of the present invention. Each square 111 is set with an attribute of the playing card 100 and a corresponding relationship. However, the correspondence relationship is classified into three types in association with the attribute classification of the playing card 100. That is, the cell 111 is divided into three types: type A associated with only the mark attribute, type B associated with only the number attribute, and type C associated with both the mark and number attributes.
Furthermore, each square 111 is set with a mark or a number, or both, according to the correspondence with the attribute of the playing card 100. One bingo card 110 is configured by appropriately arranging any one of these types A to C or a plurality of types. The card example 1 shown in FIG. 2 is configured by appropriately combining type A and type B cells 111, and the card example 2 is configured only by type C cells 111.

  In a general bingo game, one number is randomly drawn from a group of numbers to be assigned to bingo cells, and the same cell as the winning number is activated. When all the cells arranged in the vertical, horizontal, or diagonal direction of the bingo card are activated, bingo (line completion) is obtained, and the bingo game is increased. In this embodiment, instead of the lottery of that number, the card game is positioned as a lottery in the bingo game, and when the user wins the card game, the rising card is acquired as the lottery result, and each square of the bingo card is valid Invalid is determined. The determination procedure is as follows. First, the rising card 100S is divided into two types of attributes (evaluation elements) of marks and numbers and evaluated. In the example of FIG. 2, since the attribute of the user's rising card 100S is 9 for the club, “club” is obtained as the mark evaluation result, and “9” is obtained as the number evaluation result. Next, the validity / invalidity of each square 111 is determined according to the correspondence between the attribute of the playing card 100 and the type of each square 111 of the bingo card 110. The type A cell 111 is activated if its mark matches the mark of the rising card 100S, and the type B cell 111 is enabled if its number matches the number of the rising card 100S. Is done. For the type C cell 111, the mark and the number are validated only when they match the mark and the number of the rising card 100S, respectively. By enabling the mass 111, the task element in the second game is achieved.

  When the validity / invalidity of each cell 111 for the rising card 100S is determined, it is determined whether or not the line is completed by the next activated cell 111. If the line is not completed, the card game is repeated again until the next user wins with the same bingo card 110 assigned to the user. When the user wins the card game, the mark and number of the rising card 100S are evaluated again, and the validity / invalidity of each cell 111 of the bingo card 110 is determined based on the evaluation. When a predetermined number of lines are completed on the bingo card 110 as a result of repeating the card game and the bingo game as described above, the user can obtain a privilege. As a privilege, items that can be used by the user in a card game are prepared. For example, character image data, voice data, and the like set as opponents in the card game are given to the user as privilege items. After the completion of the line, the bingo game using the same bingo card 110 is continued with the aim of completing a further line, or the bingo game is started using another bingo card 110.

  As described above, the attribute of the card 100S of the card game 100S, “mark” and “number” are distinguished and evaluated separately, and the evaluation results for each category are singly or in combination, and the mass 111 in the bingo game When used for determination of validity / invalidity, the probability that each cell 111 is activated is differentiated between types A to C. That is, with respect to the evaluation result of one rising card 100S, the probability that the type A cell 111 is activated is 1/4, that of the type B cell 111 is 1/13, and that of the type C cell 111 is 1. / 52. Therefore, the probability that the line is completed in the bingo game changes appropriately according to the combination of the types of the cells 111. The more type A cells 111, the higher the probability that the line will be completed. The more types C cells 111, the lower the probability that the line will be completed. In FIG. 2, only the type A or type B cell 111 exists in the card example 1, and only the type C cell 111 exists in the card example 2. Therefore, the card example 1 has a relatively high probability of line completion, and the card example 2 has a relatively low probability of line completion. The difficulty level of the bingo game can be manipulated using such properties. An example is shown in FIG.

In FIG. 3, difficulty levels from stage 1 to stage 5 are prepared in the bingo game.
Only bins of type A are arranged on the bingo card 110 used in stage 1, and bingo cards used in stage 2 are arranged with a mixture of type A and type B cells, and bingo used in stage 3 Only the type B cell is arranged on the card, the type B and type C cells are mixed and arranged on the bingo card 110 used in the stage 4, and the type C cell is used on the bingo card 110 used in the stage 5. Only squares are placed. Therefore, the probability that a line is completed is in the order of stages 1, 2, 3, 4, and 5 if they are arranged in descending order. Speaking of the difficulty level, stage 1 is the lowest, and the difficulty level increases sequentially according to the stage number, and the difficulty level becomes the highest in stage 5. Note that only one bingo card is prepared for each of the stages 1 to 5. However, as long as the settings of the cell types A to C in the bingo card 110 are differentiated as described above according to the stage, a plurality of bingo cards 110 are prepared for each stage. A single bingo card 110 may be assigned randomly or in response to a user selection.

  In each stage, three missions from mission 1 to mission 3 are prepared for the same bingo card 110. Mission 1 is accomplished by completing one line, Mission 2 is accomplished by completing three lines, and Mission 3 is accomplished by completing all lines. The above-described privilege is given to the user every time the mission is achieved. Even with the same bingo card 110, the difficulty level of achievement increases as the number of lines to be completed increases. That is, in the bingo game, two means of changing the difficulty level are used in combination: a change in difficulty level according to the configuration of the bingo card 110 and a change in difficulty level according to the number of lines to be completed. . In FIG. 3, the positions of the completed lines in missions 1 and 2 are drawn at the same position between the missions. However, this is for convenience only, and the position of the line may be anywhere as long as the number of lines is satisfied. .

  When a game is newly started, mission 1 of stage 1 is imposed. When this is achieved, it is possible to select whether to proceed to the mission 1 of the stage 1 or the mission 1 of the stage 2 according to the user's intention. You can play up to mission 2 on stage 1 and go to mission 1 on stage 2, or you can play up to mission 3 on stage 1 and go to mission 1 on stage 2. The relationship between stages 2 and 3 is the same. If you advance to the next stage while leaving an unachieved mission in one stage, you can select and play that unachieved mission later. The relationship between the stage and the mission is not limited to the above example, and if all the missions in the same stage are achieved, the next stage may be permitted. In addition, the stage configuration can be changed as appropriate, for example, only one mission is imposed on one stage. In short, the feature of this embodiment is that the difficulty level is changed by appropriately changing the combination of the square types A to C constituting the bingo card, and the difficulty level change using the number of lines is optional in the present invention. It is an important matter.

  Next, with reference to FIG.4 and FIG.5, the specific structure and process of the game device 3 for implement | achieving the card game and bingo game mentioned above are demonstrated. FIG. 4 is a functional block diagram in the control system of the game apparatus 3. The game apparatus 3 is provided with a control unit 10 and a storage device 11. The control unit 10 is configured as a computer unit that combines a microprocessor and peripheral devices such as an internal storage device necessary for the operation of the microprocessor. The storage device 11 is a storage device capable of storing data without supplying power, such as a nonvolatile semiconductor memory or a magnetic storage device, and functions as an external storage device for the control unit 10. Connected to the control unit 10 are an input device 32 that outputs a signal corresponding to a user's operation, a display device 13 that displays and outputs a game screen and the like, and an audio output device 34 that reproduces and outputs game music and the like.

  The storage device 11 stores a game program 31 for executing the above-described game on the game device 3. As a logical device realized by a combination of the computer hardware of the control unit 10 and the game program 31, the control unit 10 is provided with a card game control unit 21 and a bingo game control unit 22. The card game control unit 21 controls the card game, and the bingo game control unit 22 controls the bingo game. The bingo game control unit 22 is further provided with a card selection unit 23, a mark determination unit 24, a number determination unit 25, a game determination unit 26, and a privilege management unit 27. The card selection unit 23 selects the user's bingo card 110 used in the bingo game. The mark determination unit 24 determines the mark of the rising card 100S, and the number determination unit 25 determines the number of the rising card 100S. The game determination unit 26 determines the validity of each square 111 of the bingo card 110 selected by the card selection unit 23 based on the determination results (corresponding to the evaluation results) of the mark determination unit 24 and the number determination unit 25. In addition, it is determined whether the mission has been achieved based on the determination result. The privilege management unit 27 determines a privilege to be granted to the user in response to the mission achievement.

  In addition, game data 32 and user data 35 are recorded in the storage device 11. The game data 32 is data necessary for executing the game. For example, the game data 32 is necessary for the reproduction of various image data necessary for drawing the background of the game screen, characters, playing cards, bingo cards, etc., and BGM of the game. It includes various data such as voice data, text data necessary for displaying character lines, and the like. Data of items given as a bonus for the bingo game is also included in the game data 32. Further, the game data 32 includes bingo card data 33 necessary for specifying a bingo card 110 to be used in each stage of the bingo game. The bingo card data 33 is data for designating marks and / or numbers to be placed on each square 111 of the bingo card 110, or both. The bingo card data 33 is created for each bingo card 110 and recorded in the game data 32 with predetermined management information (for example, information indicating a unique bingo card ID and a corresponding stage for each card). Note that it is sufficient that at least one bingo card 110 is prepared for each stage.

  On the other hand, the user data 35 is data that is created and saved in order for the user to resume the game from the previous continuation. The user data 35 includes game history data 36 in which game results of past playing card games and bingo games are recorded, and acquisition history data 37 in which information specifying items acquired by the user in the bingo game is recorded. The game history data 36 includes data for determining validity / invalidity of each square 111 of all bingo cards 110 selected by the user in the past. For example, when a bingo card ID is attached to the bingo card data 33, the bingo card ID is associated with information indicating the position of the cell 111 that is activated on the bingo card 110 corresponding to the ID. The recorded data is stored in the game history data 36. By referring to the game history data 36, the card selection unit 23 can distinguish the validity of each square 111 for each bingo card 110 played in the past. Refer to the contents (marks and / or numbers) of the cells 111 of each bingo card 110 described in the bingo card data 33 and the validity / invalidity of each cell 111 recorded in the game history data 36. Thus, the state of each square 111 on the bingo card 110 in the middle of the game (that is, after mission 1 of each stage is started) is specified, and an image of the bingo card 110 in the middle of the game is attached to each square 111 The mark, number, or mark and number, and validity / invalidity of each cell 111 can be displayed on the display device 13 in a manner that can be identified by the user. When the game determination unit 26 determines the validity / invalidity of the bingo card 110 and the achievement status of the mission, the game determination unit 26 updates the information related to the bingo game in the game history data 36 so that the determination results are reflected.

  In the acquisition history data 37, information for determining whether or not the user has been acquired is recorded for each item prepared as a privilege. For example, when an item that can be used in the game data 32 is managed with a unique item ID for each item, the item ID and information for determining whether or not the item corresponding to the ID has been acquired. Are recorded in the acquisition history data 37 in association with each other. When the mission achievement is transmitted from the game determination unit 26, the privilege management unit 27 refers to the acquisition history data 37 to determine items that the user has not yet acquired, and determines items to be given as privileges from those item groups. Granting is performed according to a predetermined rule, and the acquisition history data 37 is updated so that the assigned item is recognized as acquired.

  The card game control unit 21 refers to the acquisition history data 37 to determine items that the user has acquired, and uses them in the card game from a group of items acquired in the card game, that is, from character images and voice groups. The item to be played is selected and reflected in the character image and voice in the card game. In addition, as an example, the rules regarding the acquisition of items are given items having higher value (the higher or lower value may be evaluated based on the degree of rarity) as the degree of difficulty of the mission achieved by the user is higher. Can be set to As a result, the higher the value of the item, the more difficult the acquisition becomes, and the acquisition of the item can be linked to the maintenance and improvement of the motivation to continue the game.

  Next, a procedure for controlling the bingo game by the control unit 10 of the game apparatus 3 will be described. Note that the card game can be started by the user as appropriate, and the progress is made by distributing the cards using random numbers and changing the turn between the user and the character, while the user's turn is against the rules. Unless otherwise specified, the user's action (card is put into play or pass) is selected by the user, and the character's turn is selected according to a predetermined thinking algorithm in the character turn. Description of the control procedure is omitted. In short, in the card game, the game may be progressed in the same manner as the actual card game.

  When the user wins in the card game, the bingo game is started, and the bingo game control unit 22 of the control unit 10 controls the bingo game according to the procedure of FIG. When control of the bingo game is started, the card selection unit 23 first causes the user to select one bingo card 110. That is, the card selection unit 23 determines the mission achievement status of each stage with reference to the game history data 36, and determines the stage that the user can play based on the determination result. For example, when the missions 1 and 2 of the stage 1 and the mission 1 of the stage 2 have been achieved and the other missions have not been achieved, the stages that can be played are the stages 1 to 3. Furthermore, the card selection unit 23 determines the contents of each square 111 of the bingo card 110 corresponding to the playable stage based on the bingo card data 33, and the validity / invalid state of each square 111 of those bingo cards 110 Are determined on the basis of the game history data 36, and the bingo cards 110 that can be selected by the user according to the determination results are displayed on the display device 13 in such a manner that the contents of all the cells 111 and the validity of each cell 111 can be identified. And select one bingo card 110 according to the user's instruction. The bingo card 110 selected here may be referred to as a play target bingo card below. Next, the bingo game control unit 22 displays an image of the bingo card 110 selected by the user on the display device 13 (step S2). The image is based on the form of the bingo card 110 illustrated in FIG. 2, and is displayed in a manner in which the activated cell 111 and the invalid cell 111 can be distinguished.

  After the bingo card 110 is displayed, the mark discriminating unit 24 and the number discriminating unit 25 fetch the information of the rising card 100S from the card game control unit 21 (step S3), and then the mark discriminating unit 24 discriminates the number of the rising card mark. The unit 25 goes up and discriminates each card number (steps S4 and S5). Information of the bingo card to be played selected by the card selection unit 23 and the mark and number of the rising card 100S determined by the mark determination unit 24 and the number determination unit 25 are provided to the game determination unit 26. The game determination unit 26 checks whether each invalid square on the bingo card to be played should be validated by at least one of the mark and number of the current rising card based on the captured information. The mass that satisfies the condition is validated (step S6). Next, the game determination unit 26 displays the determination result of the mark and number on the bingo card 110 of the display device 13 (step S7). For example, the game determination unit 26 causes the display device 13 to display an animation indicating that the cell 111 is activated. If there is no square 111 that satisfies the condition in step S6, the activation is not performed, and in step S7, it is displayed that the game is out of the current game.

  Subsequently, the game determination unit 26 determines whether or not a mission has been achieved on the bingo card 110 to be played (step S8). If mission 1 is currently being played, whether or not the first line has been completed in this process, and if mission 2 has been played, the third line has been completed in this process If the mission 3 is being played, it is determined whether or not all lines have been completed in the current process.

  If it is determined in step S8 that the mission has been achieved, the achievement management unit 27 is notified of the achievement, and the privilege management unit 27 refers to the acquisition history data 37 to select a privilege to be given to the user (step S9). . Next, the privilege management part 27 displays on the display device 13 that the mission has been achieved for the user (step S10). At this time, the privilege management unit 27 also displays the privilege acquired by the user on the display device 13. Subsequently, the bingo game control unit 22 records the play result of the current bingo game in the user data 35 (step S11). In this case, information for distinguishing validity / invalidity of each square in the bingo card to be played is recorded in the game history data 36, and information indicating acquisition of items as benefits given to the user is recorded in the acquisition history data 37. The If it is determined in step S8 that the mission has not been achieved, the processes in steps S9 and S10 are skipped and the process in step S11 is performed. In this case, information for distinguishing validity / invalidity of each square in the bingo card to be played is recorded in the game history data 36. After the play result is recorded in step S11, the bingo game control unit 22 ends the process of FIG.

  In the above embodiment, the playing card game control unit 21 corresponds to the first game control unit, the bingo game control unit 22 corresponds to the second game control unit, and the combination of the mark determination unit 24 and the number determination unit 25 is the second. The game determination unit 26 corresponds to the progress control means in the second game control means. Also, the process of executing the card game corresponds to the first game process, the process of executing the bingo game corresponds to the second game process, and steps S4 and S5 in FIG. 5 are the evaluation processes in the second game process. Step S6 corresponds to the progress control step in the second game step.

(Second form)
Next, a second embodiment of the present invention will be described. In this embodiment, the contents of the first game and the second game are changed, and the hardware configuration of the system is the same as that of the first embodiment. Therefore, the following description will focus on differences from the first embodiment, and the same reference numerals as those in FIG. 1 or FIG.

  FIG. 6 shows an outline of a game executed on the game apparatus 3 in the second embodiment. In this embodiment, the game apparatus 3 executes a card game as a first game and a card battle game as a second game. In the card game, the user of the game apparatus 3 and the opponent are players, and the game is advanced in turn based on a predetermined rule applying poker between these players. In the card battle game, each player who plays in the card game plays a predetermined number of battle cards (for example, four battle cards) from his / her own battle cards (corresponding to attack elements) as a deck, and turns In this way, the game proceeds in a procedure in which the attack subject card of each player attacks the opponent's attack target card. The battle card is a card different from the playing card, and is configured as a card illustrating a character appearing in a game, for example. Various ability values such as attack power, defense power, and hit points (HP) are set in the battle card. The opponent may be a real user, that is, a user of another game device 3 connected via the network 5, or may be a virtual character controlled by a computer of the game device 3. When a virtual character is used as an opponent, the parameters and the like are character data associated with other real users, that is, user-specific character data updated in accordance with the game play status of other users. It may be based on. In the following, the description will be continued assuming that the actual user of the other game apparatus 3 is selected as the opponent.

  In the battle in the card game, the field 200 is displayed on the game screen. The field 200 includes cells 200a arranged in a matrix of 5 rows and 4 columns. Hereinafter, the cells 200a arranged in the left-right direction may be referred to as cell rows, and the cells 200a arranged in the up-down direction may be referred to as cell columns. In each cell 200a of the center cell row and the cell rows above and below it, a playing card 201 randomly selected by the computer of the game apparatus 3 is arranged. Further, four cards 201 are displayed as cards (hands) dealt to the user of the game apparatus 3 further below the lowermost cell row. On the other hand, above the top cell row, four cards 201 are displayed as cards dealt to the opponent. In FIG. 6, all the contents of the four cards 201 dealt to the opponent are displayed in the game screen displayed to the user, but a part of the opponent's card 201 or All may be hidden from the user. Further, in FIG. 6, the cells 200a are indicated by broken lines, but these broken lines may or may not be displayed on the game screen. In short, it is sufficient that the cell 200a is logically present in the field 200, and whether or not to display the cell 200a in a manner that can be grasped by the user may be appropriately set.

  In the user's turn, the user selects one cell row from the field 200, and selects and arranges two cards 201 from the own card 201 in the upper and lower cells 200a of the selected cell row. When the cards 201 are arranged, the five cards 201 in the cell row selected by the user, that is, the two cards 201 arranged by the user and the three cards 201 arranged on the cell row It is determined whether or not any combination of poker is established. That is, in the card game in the second form, three cards 201 are arranged in each of the four cell rows as determination lines, and the user selects one of the determination lines, and two cards are on the determination line. The cards 201 are arranged from the deck, and it is determined whether or not the poker combination is established among the five cards 201 including the cards 201 arranged by the user. If the combination is not established, it becomes the opponent's turn, and the opponent selects the cell row in the same manner, and places the card 201 in the upper and lower cells 200a. When a combination is established at any turn of the user or his / her opponent, a new card 201 is placed on the field 200 and a new hand card 201 is dealt to the user and the opponent. In this way, the card game is advanced with the aim of establishing a poker role while the user and the opponent change turns. In the card game, the game may be advanced on the condition that any one of the poker roles must be established in any one cell row in one turn. Select multiple cell rows, place cards 201, choose different cell rows in the next turn, place cards 201, and combine the turns with multiple rows of cards 201, etc. The progress of the card game may be controlled so that the combination can be established.

  On the other hand, in the card battle game, in place 200 described above, instead of the card 201 for the card game, the four battle cards 202 selected by the user of the game apparatus 3 are arranged in the left-right direction of the field 200. The four battle cards 202 selected by the opponent are also arranged on the side of the opponent in a state where they are arranged in the left-right direction. The arrangement of the cards 202 in the field 200 is associated with each determination line (that is, cell row) in the card game. That is, the leftmost card 202 corresponds to the leftmost determination line, and similarly, the position of the card 202 in the left-right direction corresponds to the position of each determination line. In FIG. 6, the determination line is indicated by an imaginary line, but the determination line may or may not be displayed on the game screen. The order in which the cards 202 are arranged in the cell 200a may be appropriately selected by the user and the opponent, or automatically arranged from the cards 202 possessed by the user and the opponent, respectively. Also good. The determination line setting and the correspondence between the determination line, the attack subject, and the attack target card 202 are merely examples, and various other settings are possible. This point will be described later.

  In the upper and lower ends of the game screen in the card battle game, HP display sections 203 indicating the HPs of the user and the opponent are displayed. The HP includes an individual HP set for each card 202 and a total HP obtained by adding the individual HPs of the four cards 202 arranged in the cell row. The individual HP of each card 202 is reduced by a predetermined amount when attacked by the opponent's card 202, and the total HP also decreases with the reduction. In the HP display unit 203, the ratio between the total HP (initial value) of the four cards 202 at the time of starting the card battle game and the total HP (current value) after the reduction is expressed in numerical values and gauges. Is displayed. In the illustrated example, since the initial value of the total HP is 498 and the current value is 293 for the user of the game apparatus 3, “293/498” is displayed as the numerical ratio, and the gauge amount is the current value relative to the initial value 498. The ratio of 293 is displayed with the gauge length replaced. Regarding the opponent, the initial value of the total HP is 525, and the current value is 121.

  Attacks in card battle games are done on a turn basis. In the user's turn, one of the four cards 202 arranged by the user is selected as an attack subject. The opponent's card 202 arranged at the same position in the left-right direction as the attacking subject (that is, the position facing the up-down direction) is selected as the attack target. When an attack is performed, the individual HP of the attack target card 202 is reduced according to a certain calculation formula, and the current value of the total HP is also reduced accordingly. When the current value of the total HP of either the user or the opponent decreases to 0 or less, the card battle game ends at that time, and the side whose current value of the total HP is 0 or less becomes the loser. Note that the number of cards 202 that can be used by the user may be increased or decreased according to the play history of the card battle game, or the user may newly acquire the card 202 through a paid or free lottery process, Processing such as acquiring the right to use may be performed.

  The progress of the card battle game is controlled based on the evaluation result of each turn in the card game. In the illustrated example, the determination of the attack subject and attack target in the card battle game and the effect of the attack (calculation of the HP reduction amount) are controlled in association with the selection of the card 201 of the user or the opponent in each turn of the card game. Is done. Specifically, the progress of the card battle game is controlled in association with the cell row in which the cards 201 are arranged in the card game and the result (contents of the combination) in which those cards 201 are arranged. The association will be described based on a specific example.

  Now, in the card game, it is assumed that the user of the game apparatus 3 places the cards 201 in the leftmost cell row, and as a result, a two-pair role is established in the five cards 201 on the cell row. In this case, the selection of the user's card 201 that affects the result of the card game, that is, the five cards 201 selected by the user placing two cards 201 in one cell row are referred to as “predetermined matters. ”Is evaluated for each of two evaluation elements, that is, the position in the left-right direction of the cell column in which the card 201 is arranged (cell column arrangement) and the content of the combination in the cell column. When the poker combination is established, the attacking subject, the attack target, and the HP reduction amount of the card battle game are determined based on the evaluation result for the selection in the turn. In the illustrated example, since the card 201 is arranged on the determination line (cell column) in the first column from the left end, it is evaluated as “first column from the left end”. Corresponding to the evaluation result, in the card battle game, the position corresponding to the determination line in the first column from the left end, that is, the card 202 arranged at the left end is determined as the attack subject and the attack target, respectively.

  On the other hand, the evaluation result regarding the combination is used for calculating the HP reduction amount that is the effect of the attack. As shown in the figure, the reduction amount of HP in one attack is obtained by subtracting the defense power set for the attack target card 202 from the attack power set for the attack subject card 202. It is obtained by multiplying the coefficient corresponding to the established combination. The coefficient is set according to the strength of the poker hand. That is, the stronger the combination, the larger the coefficient is set. Therefore, the HP reduction amount increases if a strong combination is established, and the HP reduction amount decreases if a weak combination is established. As described above, in the game system 1 of the present embodiment, the selection content of each turn of the card game, more specifically, the user's selection regarding the card 201 (that is, any card 201 is placed in any cell row and placed 5 Selecting a combination of cards 201) is set as “predetermined matter”, how the card 201 is selected (how the card 201 is arranged), and what is selected in the card game It is evaluated for each of the two evaluation elements, such as what kind of influence has been given (what kind of role has been established). Then, while associating the arrangement of the cards 201 with the attack subject and the attack target, while using the evaluation result according to the condition that the content (strength) of the role is associated with the coefficient in the calculation of the HP reduction amount that is the effect of the attack The progress of the card battle game is controlled based on the evaluation result. In the above description, it is assumed that the stronger the role of poker is, the more the coefficient increases and the attack effect (HP reduction amount) also increases. However, the correspondence between the role and the attack effect is not limited to the above example. For example, a random element may be included between the combination and the attack effect. In this case, by adding a process for determining the effect of the attack by lottery and setting a relationship such that the probability that a relatively large effect can be assigned in the lottery process is changed according to the strength of the role, The effect of the attack can be controlled according to the situation. In addition, the relationship between the combination and the effect can be appropriately modified, which will be described later.

  Next, with reference to FIGS. 7-9, the specific structure and process of the game device 3 for implement | achieving the card game and card battle game which were mentioned above are demonstrated. FIG. 7 is a functional block diagram in the control system of the game apparatus 3. The control system of the game apparatus 3 in this embodiment is different in the following points from the configuration in the first embodiment shown in FIG. First, as the first game control means, a card game control unit 51 for executing the card game having the above-described contents is provided. Further, as a second game control means, a card battle game control unit 52 for executing the card battle game having the above-described contents is provided instead of the bingo card control unit 22 of FIG. The card battle game control unit 52 includes a deck selection unit 53 that selects the arrangement of the cards 202 in the field 200 according to an instruction from the user, an arrangement determination unit 54 that determines the arrangement of the cards 201 in each turn of the card game, and a playing card. A card battle game based on information acquired from the combination determining unit 55 that determines the content of the combination in each turn of the game (including cases where the combination is not established), the deck selecting unit 53, the arrangement determining unit 54, and the combination determining unit 55. And a game progress control unit 56 for controlling the progress of the game.

  The storage device 11 stores a game program 61 and game data 62 for executing the above-described card game and card battle game, and user data for allowing the user to resume the card battle game from the previous time. 63 is recorded. In the user data 63, for example, the types of cards 202 that can be acquired or used by the user, and various ability values such as attack power, defense power, and HP set in the cards 202 are recorded. The ability value of the card 202 may be changed according to the progress of the game or the like, or may be fixed to a constant value.

  FIG. 8 shows a card game control process executed by the card game control unit 51 to control the card game. FIG. 9 shows a card battle executed by the card battle control unit 52 in association with the control of the card game. The procedure of the game control process is shown. When the user instructs the game apparatus 3 to start a game, the card game control unit 51 starts the process of FIG. In connection with this processing, when a real user is set as an opponent, matching by the center server 2 is performed, but the procedure may be the same as a known matching method, and the description is omitted. In addition, when the actual users play against each other, the game device 3 of one of the users becomes a master device to control the progress of the game, and the other game device 3 acquires the user's operation and the game of the master device It is provided to the device 3 and functions as a slave device that acquires the result of the arithmetic control of the game from the game device 3 and displays a game screen or the like. The processing in FIGS. 8 and 9 shows processing in the game device 3 of the master machine. However, it is good also as what a battle progresses via the center server 2, and the center server 2 may perform the arithmetic processing relevant to progress of a game in that case.

  When the card game control process of FIG. 8 is started, the card game control unit 51 first determines the first and second attacks of the user and the opponent (step S21), and then arranges 12 cards 201 in the field 200 ( Step S22). Thereafter, the card game control unit 51 places the card 201 on the user and the opponent (step S23), and then determines whether or not it is the user's own turn (step S24). If it is the user's turn, the card game control unit 51 proceeds to step S25, and determines the cell row in which the cards 201 should be placed and the cards 201 to be placed in the cells 200a at the upper and lower ends of the cell row according to the user's instructions. . Thereafter, the card game control unit 51 uses the cell row in which the cards 201 are arranged as a determination line, determines the role of poker in the five cards 201 on the determination line (step S26), and determines the determination result as a card. It is provided to the battle game control unit 52 and used for the processing of FIG. 9 (step S27). Thereafter, the card game control unit 51 determines whether or not the card battle game end is notified from the card battle game control unit 52 (step S28). If the end is notified, the process in FIG. 8 ends.

  On the other hand, if the end is not notified in step S28, the card game control unit 51 determines whether or not the turn has been completed between the user and the opponent (step S29). If not, the process returns to step S24. When it is determined in step S24 that it is not the turn of the user of the own device, the card game control unit 51 proceeds to step S30, and the placement (cell) of the card 201 designated by the opponent is selected from the opponent game device 3. Column) and the cards 201 arranged in the cells 200a at the upper and lower ends of the cell row are obtained, and then the process proceeds to step S26. In addition, by the process of step S29, it is assumed that the card 201 arranged in the field 200 and the card 201 arranged in the user and the opponent are updated every time the turn completes. It may be performed every time a combination is established. In the above description, the deck card 201 is arranged at the same time for the user and his opponent. However, the card 201 is arranged only for the user on the user's turn, and only the opponent's card on the opponent's turn. 201 may be arranged.

  When the card game control process of FIG. 8 is started, the card battle game control unit 52 starts the card battle game control of FIG. 9 in parallel. The process in FIG. 9 is executed by the game progress control unit 56 except for step S43 and step S45. In the card battle game control process, the card battle game control unit 52 first causes the user and the opponent to select a card 202 to be placed as a deck on the field 200 (step S41). This process is executed, for example, by displaying a card battle game screen prior to the start of the card game and acquiring instructions from the user and the opponent. However, as described above, the selection of the deck may be automatically performed without considering the instructions of the user and the opponent. When the card 202 is arranged, the display is switched from the card battle game screen to the card game screen. After the deck arrangement is determined, the card battle control unit 52 determines whether or not the poker combination is established in the playing card game control unit 51 (step S42), and repeats the determination if it is not established. When the poker combination is established, the card battle game control unit 52 displays a card battle game screen, and proceeds to the processing of step S43 and subsequent steps.

  In step S43, the card battle game control unit 52 determines the cell row in which the cards 201 are arranged by the arrangement determination unit 54, and determines the attack subject card 202 and the attack target card 202 according to the determination result ( Step S44). In this case, if it is the user's turn, the user's card 202 arranged at the position corresponding to the cell row determined in step S43 becomes the attack subject, and is arranged so as to face the attack target card 202 in the vertical direction. The opponent's card 202 becomes an attack target. The reverse is true if it is not the user's turn. However, as described above, the determination of the attack subject and the attack target card 202 is not limited to such a method. Subsequently, the card battle game control unit 52 determines the winning combination formed on the cell row in which the cards 201 are arranged by the winning combination determination unit 55 (step S45), and calculates the HP reduction amount according to the determination result (step S46). ). The calculation of the HP reduction amount is as described with reference to FIG.

  After calculating the HP reduction amount, the card battle game control unit 52 proceeds to step S47, and determines whether or not it is currently the user's turn in the card game (step S47). If it is the user's turn, the card battle game control unit 52 reduces the HP reduction amount calculated in step S46 from the current value of the opponent's total HP (step S48), and the opponent's total HP after the reduction is calculated. It is determined whether or not the current value is 0 or less (step S49). On the other hand, if it is the opponent's turn in step S47, the card battle game control unit 52 reduces the HP reduction amount calculated in step S46 from the current value of the total HP of the user of the own device (step S50), It is determined whether or not the current value of the total HP of the users after the reduction is 0 or less (step S51). When a negative determination is made in step S49 or S51, the card battle game control unit 52 switches the game screen to the card game screen again and returns to step S42.

  If an affirmative determination is made in step S49, the card battle game control unit 52 proceeds to step S52, and executes a predetermined process for ending the card game battle, assuming that the user of the own device has won the card battle game. To do. On the other hand, if an affirmative determination is made in step S51, the card battle game control unit 52 proceeds to step S53, and a predetermined process for ending the card game battle, assuming that the user of the own device has lost the card battle game. Execute. The processing content of step S52 or S53 may be set as appropriate. As an example, processing such as generating a certain privilege for the winner or imposing a certain penalty on the loser can be performed. The privilege can be set to a content such as increasing the ability value of the card 202 or acquiring a new card 202. On the other hand, the penalty can be set such that the ability value of the card 202 is decreased or the card 202 is confiscated. When the process of step S52 or S53 is completed, the card battle game control unit 52 notifies the card game control unit 51 of the end of the game (step S54), and thereafter ends the card battle game process. The notification in step S54 is reflected in step S28 in FIG. That is, in the card battle game as the second game, the card game as the first game is repeated until winning or losing as a predetermined result is decided.

  In the above processing, the game is repeated until the total HP of the user or the opponent becomes 0 or less. Then, the current value of the total HP is compared in magnitude, and the game control may be changed so that the larger side becomes the winner and the smaller side becomes the loser.

  In the above embodiment, the card game control unit 51 corresponds to the first game control unit, the card battle game control unit 52 corresponds to the second game control unit, and the combination of the arrangement determination unit 54 and the combination determination unit 55 is the second. The game progress control unit 56 corresponds to the progress control means. Further, the process of executing the card game corresponds to the first game process, the process of executing the card battle game corresponds to the second game process, and steps S43 and S45 of FIG. 9 are the evaluation processes in the second game process. Steps S44 and S46 to S53 correspond to the progress control process in the second game process, respectively.

  The present invention is not limited to the above-described embodiment, and can be implemented in an appropriately modified form. For example, in the above embodiment, in the server-client type game system, the arithmetic control for realizing the first game and the second game is executed by the game device as the client device. A game system in which arithmetic control of the first game is executed by the client device, and the server device executes arithmetic control of the second game, and the server device executes arithmetic control of both the first game and the second game The present invention can also be applied to a game system. Alternatively, the present invention can also be applied to a game system in which calculation control of at least one of the first game and the second game is executed in cooperation between the server device and the client device. That is, the first game control means and the second game control means of the present invention can be realized by an appropriate computer included in a server-client type game system. Furthermore, the present invention is not limited to a server-client type game system, and can also be applied to a so-called stand-alone game device that is not connected to a network. In this case, the game apparatus itself functions alone as the game system of the present invention.

  In the present invention, the first game is not limited to the above-described example, but various playing card games such as poker and blackjack, board games such as shogi and chess, action games, fighting games, racing games, puzzle games, and adventures. A game, a sports game, a music game, a simulation game, a role playing game, and other various games can be adopted as the first game. The object to be evaluated in the first game is not limited to the above-mentioned card game rising card or the user's selection contents in the card game, and various items appearing in the first game are set as evaluation objects, The evaluation object may be divided into a plurality of evaluation elements for evaluation. The first game is not limited to an example in which the user selects an action on the game. For example, a predetermined lottery process is repeatedly executed such as a slot machine picture matching game, a bingo ball drawing game, or a roulette game. You may do it. Even in such a case, it is possible to divide and evaluate the lottery role and medium attributes into a plurality of evaluation elements and relate them to the progress control of the second game. The evaluation element can be selected from various viewpoints that can occur in the first game, and is not limited to an example in which a game result is divided into a plurality of evaluation elements and evaluated.

  In addition, when the selection contents of the user in the first game are set as predetermined items and evaluated for each evaluation element, various items given as options to the user in the first game are evaluated for each of a plurality of evaluation elements. can do. In the second form, when the user establishes the role of poker, five cards 201 including the card 201 arranged by the user are set as predetermined matters, and the selection is made by placing the card 201 in any cell row. Evaluating from the viewpoint of how the five cards 201 have been placed and selected, and what role has been established as the effect of the selection, When evaluating for each evaluation element, various settings are possible. For example, it is not limited to the user's selection when the user reaches a predetermined state such as going up to the game or winning with the playing card as the first game, but until the state is reached (or at a stage before reaching) In other words, at least some or all of the plurality of cards selected by the user before the predetermined state is obtained may be set as the predetermined item. For example, when executing “Millionaire” or “Great Poor” in the first form as a card game, all or some of the cards selected by the user before the user wins or loses These may be set as predetermined items and evaluated. Options for the user to use the card, for example, a time-related option regarding the use of the card, a location-related option regarding the use of the card (the above-described options for the arrangement of the card 201 are examples thereof) The user's selection may be divided into appropriate evaluation elements according to the options for evaluation. Furthermore, in the above embodiment, not only the selection of the user in the first game but also the selection of the opponent (which is also an example of the user) in the first game is incorporated into a part of the predetermined matters and evaluated. Then, the evaluation result may be reflected in the progress control of the second game.

  The second game is not limited to the bingo game or the card battle game, and various games can be adopted as long as the progress can be controlled while properly using the evaluation results for each evaluation element in the first game. The items to be evaluated in the first game, their evaluation elements, and the respective associations between the evaluation results and the progress control in the second game can also be set in various ways. For example, in the first embodiment, marks and numbers that are attributes attached to the playing cards as game elements of the first game are directly adopted as evaluation elements, and those attributes and task elements in the second game are used. Although the same mark and number as those attributes are also attached to the square of the bingo card, the correlation between them is only an example. For example, even when a playing card is assumed as a game element of the first game, there are various evaluation elements such as a mark, a number, a color of the mark, and a type of rising role. Both games can be related so that their progress is controlled. If the first game is a game that operates a character as a game element, the task element of the second game is associated with the attribute of the character, and a plurality of evaluations of the predetermined action and state of the character in the first game are performed. It is also possible to make an evaluation by dividing it into elements, and changing the achievement status of a specific task element of the second game (that is, a task element having a correspondence relationship with the character to be evaluated) while using the evaluation results separately. is there.

  In the second mode, the determination line in the first game is set as a vertical cell row, the cell row as the determination line selected by the user, and the attack element (attack subject and attack target) in the second game The card 202 is associated with the left and right positions in the field 200 by matching. However, the determination line is not limited to an example that is set to a straight line. As with the winning determination line of the slot game, a broken line or other appropriate determination line may be set, and the arrangement of the attack elements in the second game can be determined as long as the correspondence relationship with the determination line in the first game can be grasped. Can be set as appropriate. That is, the cell string (determination line) selected by the user in the card game in the second mode and the determination of the attack subject and the attack target card 202 in the card battle game need only have some correspondence. For example, when the user selects the leftmost cell row and establishes a poker role, the leftmost card 202 in the user's deck is set as the attack subject, while the rightmost card 202 in the opponent's deck is set as the attack target. A correspondence relationship such as setting may be set. Alternatively, the user's card 202 arranged at a position corresponding to the cell column selected by the user is set as an attack subject, and the opponent's card 202 to be attacked is determined by the computer at random or according to a predetermined condition. Processing may be performed. In short, it is only necessary to set the correspondence so that the attacking subject card 202 is determined from the user's card 202 in association with the selection of the user's cell row in the card game. Further, the attack subject and the attack target are not limited to a one-to-one relationship, but are selected in a many-to-one, one-to-one, or many-to-many state according to the evaluation result in a predetermined item of the first game. It may be assumed.

  Further, in the second embodiment, the correspondence relationship between the cell string as the determination line selected by the user, the attack subject, and the attack target may be controlled in consideration of further factors. For example, the correspondence may be set in consideration of at least one of the user data 63 of the user and the opponent. In this case, when the level of the user recorded in the user data 63 of the user is absolutely low, or the level recorded in the user data 63 of the user is relatively higher than the level recorded in the user data 63 of the opponent If it is low, the user data 63 may be considered in determining the attack opponent, such that two or more cards 202 of the opponent are set as attack targets. Considering the difficulty level of at least one of the card game and the card battle game, control may be performed such that the higher the difficulty level is, the more the number of attack target cards 202 is. Further, as a condition for the user's card 202 to attack the opponent's card 202, the above-described mode is set on the condition that the user has established one of the poker roles in one cell row in the card game. However, the conditions under which the attack is performed (that is, the conditions under which some progress control is performed in the second game based on the evaluation result for the selection of the first game) are not limited thereto. It is possible to change that an attack is performed on condition that a poker role is established in two or more cell rows. In the card game, an attack may be performed only when a combination having a predetermined strength or more is established.

  Also, the correspondence between the role of the card game in the second embodiment and the effect of the attack in the card battle game is also controlled in consideration of additional factors other than the strength of the role (in other words, the probability that the role will be established). May be. For example, the correspondence may be set in consideration of at least one of the user data 63 of the user and the opponent. In this case, when the level of the user recorded in the user data 63 of the user is absolutely low, or the level recorded in the user data 63 of the user is relatively higher than the level recorded in the user data 63 of the opponent If it is low, the coefficient increase / decrease may be controlled in consideration of the user data 63 such that the coefficient associated with the strong hand is set larger or the coefficient associated with the weak hand increases. . Considering the difficulty level of at least one of the card game and card battle game, the higher the difficulty level, the larger the coefficient associated with a strong hand or the coefficient associated with a weak hand increases. May be performed. Thus, according to the user level and the degree of difficulty, the relationship between the first game and the second game (correspondence between the determination line and the attack element, selection of the attack element, etc.) is changed, so that In this card game, there are cases where the roles to be aligned are limited, but the roles to be aligned are changed for each battle depending on the level of the opponent. In other words, the user can enjoy the diversity of the game by changing the user level and difficulty level of the opponent according to arbitrary conditions, user selection, and the like. Note that a configuration may be further added in which the user can select another user of the opponent or the parameters (level, etc.) of the other user, or the user can select the difficulty level of the battle.

  In the above form, the first game is repeatedly played until the second game task is achieved, or the first game is repeatedly played until a predetermined result is obtained in the second game. The first game and the second game are associated with each other, but the present invention is not limited to such an example, and the problem of the second game is associated with one play result of the first game. Variations such as controlling whether it has been achieved or determining the result of the second game in association with the result of one play of the first game are possible.

DESCRIPTION OF SYMBOLS 1 Game system 2 Center server 3 Game device 4 Network 10 Control unit 11 Memory | storage device 21 Playing card game control part (1st game control means)
22 bingo game control unit (second game control means)
23 Card selection part 24 Mark judgment part (evaluation means)
25 Number discrimination part (evaluation means)
26 Game determination unit (progress control means)
27 privilege management department (privilege control means)
31 game program 51 playing card game control unit (first game control means)
52 card battle game control unit (second game control means)
54 Arrangement determination unit (evaluation means)
55 Role discrimination part (evaluation means)
56 Game progress control unit (Progress control means)
61 game program 100 playing card (game elements of the first game)
100S rising card (predetermined items in the first game)
110 bingo card 111 square (task element of the second game)
201 playing card (game element of the first game)
202 Battle cards (second game attack element)

Claims (17)

First game control means for executing a first game;
Second game control means for executing a second game in association with the first game, and the second game control means,
Evaluation means for evaluating predetermined items in the first game for each of a plurality of evaluation elements;
Progress control means for controlling the progress of the second game based on the selected evaluation results while selectively using the evaluation results for each evaluation element by the evaluation means selectively according to a predetermined condition;
With
The first game control means selects any game element from a plurality of game elements having attributes that can be classified according to a plurality of classifications having different densities, and the attribute of the selected game element depends on the progress or result of the game. Controlling the first game so that the influence is differentiated according to the attribute;
The second game control means is configured to determine whether or not a predetermined task can be achieved based on the achievement status of each of the plurality of task elements for which a correspondence relationship with the attributes of the plurality of game elements is set. Control the second game,
A game element having a predetermined influence in the first game is set as an evaluation target by the evaluation means,
The evaluation means specifies the result of determining the attribute of the game element to be evaluated for each classification as an evaluation for each evaluation element,
The progress control means selectively uses the evaluation result for each classification specified by the evaluation means according to the predetermined condition, and whether or not there is a correspondence relationship between each of the plurality of task elements and the attribute as the evaluation result And controlling the achievement status of the task element based on the presence or absence of the correspondence.   The plurality of task elements are set with a plurality of types that are differentiated from the viewpoint of which evaluation result based on which classification should be used from the evaluation result for each classification regarding the determination of the correspondence relationship with the attribute. The progress control means changes the selection of the evaluation result used to determine the correspondence relationship according to the type of the task element, and each of the plurality of task elements and the attribute as the evaluation result The game system according to claim 1, wherein presence or absence of a correspondence relationship is determined.   A set of a plurality of task elements having different combinations of the types of task elements is prepared, and the second game control means determines a task element to be used in the second game from the set of the plurality of task elements. The game system according to claim 2, wherein a pair is selected and whether or not there is a correspondence relationship between a task element included in the selected pair of task elements and an attribute as the evaluation result is determined.   The second game control means identifies a game image including each of the plurality of task elements, and the correspondence between each task element and the attribute of the game element and the achievement status of each task element are identified by the user The game system according to claim 2 or 3, wherein the game system is displayed on the display device in a possible manner. The second game control means includes a game image in which a plurality of cells as the plurality of task elements are arranged in a predetermined arrangement, a correspondence relationship between each cell and the attribute of the game element, and achievement of each cell. The situation is displayed on the display device in a manner that can be identified by the user,
The progress control means determines whether or not the predetermined task has been achieved based on whether or not the squares of the completed task elements have formed a predetermined array on the game image. The game system as described in. The first game control means causes the user to select the game element as the user's action in the first game, and the game progresses reflecting the influence according to the attribute of the game element selected by the user. Controlling the first game to
The said evaluation means sets the said game element as evaluation object, when the said game element selected by the said user exerts the said predetermined influence in the said 1st game. The game system as described in. The first game control means causes the user and the opponent to select the game element as the action of the user and the opponent in the first game, and the game element selected by the user and the opponent, respectively. The first game is controlled so that a person who selects a game element having a predetermined influence is a winner of the game, reflecting the influence according to the attribute of the game,
The game system according to any one of claims 1 to 5, wherein, when the user wins, the evaluation unit sets a game element having the predetermined influence by the user's selection as an evaluation target.   The game system according to claim 6 or 7, wherein selection of the game element by the user is selected from a plurality of game elements possessed by the user.   The game system according to any one of claims 1 to 8, wherein execution of the first game is repeatable until the predetermined task is achieved in the second game.   The said 2nd game control means is further provided with the privilege control means which generate | occur | produces the privilege which can be used in a said 1st game, when the said predetermined | prescribed subject is achieved in the said 2nd game. The game system according to any one of 1 to 9. First game control means for executing a first game;
Second game control means for executing a second game in association with the first game, and the second game control means,
Evaluation means for evaluating predetermined items in the first game for each of a plurality of evaluation elements;
Progress control means for controlling the progress of the second game based on the selected evaluation results while selectively using the evaluation results for each evaluation element by the evaluation means selectively according to a predetermined condition;
With
The first game control means executes the first game according to a user's selection,
The evaluation means evaluates the selection content of the user for each of the plurality of evaluation elements as the predetermined matter,
The first game control means executes the first game in response to a user's selection regarding a plurality of game elements,
The evaluation means evaluates a selection related to the game element of the user that affects the result of the first game for each of the plurality of evaluation elements,
The plurality of evaluation elements by the evaluation means include an evaluation element regarding how the user has selected the game element, and how the selection of the game element has an influence on the result of the first game Are included as separate evaluation elements,
In the first game, a plurality of cards are prepared as the plurality of game elements,
The evaluation means includes an evaluation element regarding how the user has selected the card, and an evaluation element regarding how the selection of the game element by the user has an influence on the result of the first game, respectively. Evaluate and
The first game control means causes the user to select one of the determination lines from a group of cards arranged so as to generate a plurality of determination lines, further disposes a card on the determination line, and the determination selected by the user On the line, the first game is executed such that it is determined whether or not any of a plurality of winning combinations has been established by a plurality of cards including the cards arranged by the user,
The evaluation means evaluates which judgment line the user has selected and arranged the card as an evaluation factor regarding how the card has been selected, and plays a role on the judgment line selected by the user. A game system that evaluates as an evaluation element relating to how the result of the first game is affected . First game control means for executing a first game;
Second game control means for executing a second game in association with the first game, and the second game control means,
Evaluation means for evaluating predetermined items in the first game for each of a plurality of evaluation elements;
Progress control means for controlling the progress of the second game based on the selected evaluation results while selectively using the evaluation results for each evaluation element by the evaluation means selectively according to a predetermined condition;
With
The first game control means executes the first game according to a user's selection,
The evaluation means evaluates the selection content of the user for each of the plurality of evaluation elements as the predetermined matter,
The first game control means executes the first game in response to a user's selection regarding a plurality of game elements,
The evaluation means evaluates a selection related to the game element of the user that affects the result of the first game for each of the plurality of evaluation elements,
The plurality of evaluation elements by the evaluation means include an evaluation element regarding how the user has selected the game element, and how the selection of the game element has an influence on the result of the first game Contains at least one of the evaluation elements
In the first game, a plurality of cards are prepared as the plurality of game elements,
The evaluation means includes an evaluation element regarding how the user has selected the card, and an evaluation element regarding how the selection of the game element by the user has an influence on the result of the first game, respectively. Evaluate and
The first game control means causes the user to select one of the determination lines from a group of cards arranged so as to generate a plurality of determination lines, further disposes a card on the determination line, and the determination selected by the user On the line, the first game is executed such that it is determined whether or not any of a plurality of winning combinations has been established by a plurality of cards including the cards arranged by the user,
The evaluation means evaluates which judgment line the user has selected and arranged the card as an evaluation factor regarding how the card has been selected, and plays a role on the judgment line selected by the user. A game system that evaluates as an evaluation element regarding how the result of the first game has been affected. In the second game control means, each of the user and the opponent arranges an attack element in association with the plurality of determination lines, and each of the user and the opponent arranged in correspondence with the same determination line. Of the attack elements, one of the attack elements attacks the other attack element, and controls the second game so that the second game progresses based on the effect of the attack,
The progress control means, when any combination is established on the determination line selected by the user in the first game, the attack element of the user arranged corresponding to the determination line selected by the user is The evaluation result of selection of the determination line and the selection of the attack element are associated with each other so as to attack the opponent's attack element, and the effect of the attack is determined according to the role established on the determination line The game according to claim 11 or 12 , wherein the progress of the second game is controlled based on the evaluation result of the evaluation means so that the evaluation result of the combination and the effect of the attack are associated with each other so as to change. system. The game system according to any one of claims 11 to 13 , wherein execution of the first game can be repeated until a predetermined result is obtained in the second game. A first game step of executing the first game;
A game control method comprising: a second game step of executing a second game in association with the first game,
The second game process includes:
An evaluation process in which a predetermined item in the first game is divided into a plurality of evaluation elements and an evaluation result for each evaluation element in the evaluation process is selectively used according to a predetermined condition, and the selected evaluation result is obtained. A progress control step for controlling the progress of the second game based on;
With
In the first game process, any game element is selected from a plurality of game elements having attributes that can be classified according to a plurality of classifications having different densities, and the attribute of the selected game element is given to the progress or result of the game. The first game is controlled such that the impact is differentiated according to the attribute;
In the second game step, whether or not a predetermined task can be achieved is determined based on the achievement status of each of the plurality of task elements for which the correspondence relationship with the attributes of the plurality of game elements is set. 2 games are controlled,
A game element having a predetermined influence in the first game is set as an evaluation target by the evaluation step,
In the evaluation step, the result of determining the attribute of the game element to be evaluated for each classification is identified as an evaluation for each evaluation element,
In the progress control step, the evaluation result for each classification specified in the evaluation step is selectively used according to the predetermined condition, and the correspondence relationship between each of the plurality of task elements and the attribute as the evaluation result A game control method in which the presence / absence of the task element is determined and the achievement status of the task element is controlled based on the presence / absence of the correspondence. First game control means for executing a first game;
Second game control means for executing a second game in association with the first game, and the second game control means,
Evaluation means for evaluating predetermined items in the first game for each of a plurality of evaluation elements;
Progress control means for controlling the progress of the second game based on the selected evaluation results while selectively using the evaluation results for each evaluation element by the evaluation means selectively according to a predetermined condition;
With
The first game control means selects any game element from a plurality of game elements having attributes that can be classified according to a plurality of classifications having different densities, and the attribute of the selected game element depends on the progress or result of the game. Controlling the first game so that the influence is differentiated according to the attribute;
The second game control means is configured to determine whether or not a predetermined task can be achieved based on the achievement status of each of the plurality of task elements for which a correspondence relationship with the attributes of the plurality of game elements is set. Control the second game,
A game element having a predetermined influence in the first game is set as an evaluation target by the evaluation means,
The evaluation means specifies the result of determining the attribute of the game element to be evaluated for each classification as an evaluation for each evaluation element,
The progress control means selectively uses the evaluation result for each classification specified by the evaluation means according to the predetermined condition, and whether or not there is a correspondence relationship between each of the plurality of task elements and the attribute as the evaluation result And determining the achievement status of the task element based on the presence or absence of the correspondence. A computer provided in the game system is caused to function as first game control means for executing a first game and second game control means for executing a second game in association with the first game. A computer program for a configured game system,
The second game control means;
An evaluation unit that evaluates a predetermined item in the first game for each of a plurality of evaluation elements, and based on the selected evaluation result while selectively using the evaluation result for each evaluation element by the evaluation unit according to a predetermined condition And further function as a progress control means for controlling the progress of the second game,
The first game control means selects any game element from a plurality of game elements having attributes that can be classified according to a plurality of classifications having different densities, and the attribute of the selected game element depends on the progress or result of the game. Controlling the first game so that the influence is differentiated according to the attribute;
The second game control means is configured to determine whether or not a predetermined task can be achieved based on the achievement status of each of the plurality of task elements for which a correspondence relationship with the attributes of the plurality of game elements is set. Control the second game,
A game element having a predetermined influence in the first game is set as an evaluation target by the evaluation means,
The evaluation means specifies the result of determining the attribute of the game element to be evaluated for each classification as an evaluation for each evaluation element,
The progress control means selectively uses the evaluation result for each classification specified by the evaluation means according to the predetermined condition, and whether or not there is a correspondence relationship between each of the plurality of task elements and the attribute as the evaluation result And a computer program for the game system configured to control the achievement status of the task element based on the presence or absence of the correspondence.

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