JP6218584B2 - GAME PROGRAM AND GAME DEVICE - Google Patents

Description

  The present invention relates to a game program and a game apparatus for controlling a battle between players.

  In general, a game is known in which a virtual card is assigned to a plurality of players and played against each other (see, for example, Patent Document 1). In the game described in Patent Document 1, each card displays an attack power and a defense power and is associated with an effect in the battle. Since it becomes necessary for the player to consider at what timing the card effect is to be generated, the game described in Patent Document 1 can have an unexpected development in the game and can increase interest in the game.

JP 2004-41523 A

  However, in the game described in Patent Document 1, although the development of one turn can be surprising, it tends to be a simple repetition of a turn within one battle. Therefore, it is considered that there is a problem that such a game cannot provide high entertainment.

  Accordingly, an object of the present invention is to provide a game program and a game apparatus that can further enhance entertainment properties.

  In order to solve the above-described problem, a game program according to a feature of the present invention includes a first player and a second player based on values associated with objects selected by the first player and the second player, respectively. The present invention relates to a game program for controlling a battle with other players. A game program according to a feature of the present invention associates a computer with an object group holding means for holding a plurality of objects associated with each player and a player responsible for defense for the first player and the second player. A value associated with the object selected by the player responsible for the defense among the plurality of unselected objects displayed is displayed as a defense value on the display device, and the player responsible for the attack is responsible for the attack. One or more objects are selected from the unselected objects among a plurality of objects associated with the player, and a value based on a value associated with the one or more objects selected by the player responsible for the attack is selected. The attack value is greater than the defense value by comparing the attack value with the defense value. Then, the selection support means for prompting the selection of the object by the player responsible for the attack, and when the attack value becomes larger than the defense value, the attacks or defenses carried by the first player and the second player are switched. Then, the selection support means performs processing, and when either of the first player and the second player runs out of selectable objects, the player who does not have selectable objects is determined to be the loser and the battle is ended. It functions as a control means.

  ADVANTAGE OF THE INVENTION According to this invention, the game program and game device which can improve entertainment property more can be provided.

FIG. 1 is a diagram illustrating a system configuration of a game system according to an embodiment of the present invention, and a hardware configuration and functional blocks of a game device. FIG. 2 is a diagram illustrating a hardware configuration of the game device according to the embodiment of the present invention. FIG. 3 is a diagram illustrating a card that is an example of an object according to the embodiment of the present invention. FIG. 4 is a diagram illustrating an example of a screen displayed by the game according to the embodiment of the present invention. FIG. 5 is a diagram for explaining an example of a screen on which an object is selected in the game according to the embodiment of the present invention. FIG. 6 is a diagram illustrating an example of a screen that displays object information on the game screen according to the embodiment of the present invention. FIG. 7 is a diagram illustrating an example of the data structure and data of card group data referred to by the game according to the embodiment of the present invention. FIG. 8 is a sequence diagram illustrating an example of an initial process performed by the game device according to the embodiment of the present invention. FIG. 9 is a sequence diagram illustrating an example of the selection support process by the game device according to the embodiment of the present invention. FIG. 10 is a sequence diagram illustrating an example of a turn switching process performed by the game device according to the embodiment of the present invention.

  Next, embodiments of the present invention will be described with reference to the drawings. In the following description of the drawings, the same or similar parts are denoted by the same or similar reference numerals.

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

<Game system>
With reference to FIG. 1, the system configuration of a game system 5 according to an embodiment of the present invention will be described. The game system 5 includes a game device 2 and a plurality of game terminals 3a and 3b. The game apparatus 2 controls the battle between the A player and the B player based on values associated with the objects selected by the two players, the A player and the B player, respectively. Game device 2 is connected to game terminals 3a and 3b via a communication network so as to be able to communicate with each other. The game apparatus 2 is a general computer that includes a CPU 10, a storage 20, a communication control apparatus 25, and the like. The game terminals 3a and 3b are, for example, smartphones, computers, game machines, and the like. The game terminals 3a and 3b are respectively operated by an A player and a B player who compete in a game provided by the game apparatus 2.

  With reference to FIG. 2, the hardware configuration of game terminal 3a according to the embodiment of the present invention will be described. The game terminal 3 a connects the CPU 31, RAM 32, ROM 33, storage 34, image processing unit 35, input interface 36, sound processing unit 37, and wireless communication unit 38 to the bus 30. A touch panel 40 is connected to the image processing unit 35 and the input interface 36. The touch panel 40 realizes a display device that displays a game screen generated by the image processing unit 35, and also realizes an input device that inputs contact coordinates with which the player touches the touch panel 40 and passes it to the input interface 36. A speaker 41 is connected to the sound processing unit 37. The speaker 41 outputs sound such as sound effects and BGM that are converted into analog signals by the sound processing unit 37 and amplified.

  The game terminal 3 a is connected to the game apparatus 2 via the wireless communication unit 38. The game terminal 3 a transmits the operation information of the player on the touch panel 40 to the game apparatus 2 or displays the game situation on the touch panel 40 based on the display information received from the game apparatus 2.

  In the embodiment of the present invention, the case where the game terminal 3a realizes the function of the user interface of the game apparatus 2 via the communication network will be described, but the present invention is not limited thereto. The game terminal 3a may be connected to the game apparatus 2 with a wired cable or the like, or may be configured as a part of the game apparatus 2. FIG. 1 shows an implementation example of the functions realized by the game system 5. For example, the game terminal 3 a may realize some functions of the game apparatus 2. The game terminal 3b is the same as the game terminal 3a. In the embodiment of the present invention, a case is described in which the game apparatus 2 is connected to a plurality of game terminals operated by a plurality of players, but is not limited thereto. A plurality of players may operate one game apparatus 2.

<Game>
Next, a game provided by the game program 1 in the present embodiment will be described.

  In the game according to the embodiment of the present invention, the A player and the B player play against each other in a virtual game space based on values associated with the objects selected by the A player and the B player, respectively. Here, at least one of the A player and the B player is a player who operates the game terminal. The other player may be a player who operates a game terminal, or may be a virtual player whose operation content is determined by a computer.

  One of the A player and the B player is responsible for the attack, and the other is responsible for the defense. The A player who plays the defense selects one object from the deck that the A player is composed of a plurality of objects in advance. The B player responsible for the attack selects one or more objects from the deck that the B player is composed of a plurality of objects in advance so as to be larger than the value associated with the object selected by the B player. The object selected once by each player is controlled so that it cannot be selected again in principle in the subsequent battles. Here, when the player A who is responsible for the attack selects an object so that the value of the object selected by the player B who is responsible for the defense is selected, one turn ends, and the attack and defense are switched, and a new turn Is started. The turn is repeated until there is no object that can be selected by any player, the player who has no selectable object loses, and the battle ends.

  Here, in the embodiment of the present invention, the value associated with the object is produced as “physical strength value”, and the battle progresses by comparing the physical strength values. The physical strength value of the object (defense object) that the player responsible for defense puts out in the field is shaved by the physical strength value of the object (attack object) that the player responsible for attack puts out in the field, and the physical strength value of the player responsible for defense is “0” Until the player who takes charge of the attack continues to select the object.

  When the player responsible for defense puts a defense object in the field, the defense object and the value of this defense object are displayed in the field. On the other hand, the player responsible for the attack places an attack object on the field. The player responsible for the attack may select attack objects one by one and put them on the field, or may select a plurality of attack objects and put them on the field.

  When the value of the attack object is smaller than the value of the defense object, the value of the attack object is updated to the value obtained by subtracting the value of the attack object from the defense object value and displayed. When multiple attack objects are selected and the total attack object value is smaller than the defense object value, the defense object value is updated to the value obtained by subtracting the total attack object value from the defense object value and displayed. . On the other hand, when the value of the attack object is larger than the value of the defense object, the value of the defense object is updated to “0” and displayed, and the turn is changed.

  When switching the turn, the defense object is erased from the field, and the attack object that was put out most recently is displayed in the field as the defense object of the new turn. Subtracts the value (remaining health value) displayed on the defense object at the time it was deleted from the field on the previous turn from the last attack object value on the previous turn to the defense object on the new turn The obtained value is displayed as a new physical strength value. After that, in a new turn, the battle progresses with the offense and defense switched. Similarly, after the offense and defense are switched, the physical strength value of the defense object that the player responsible for defense puts out in the field is reduced by the physical strength value of the attack object that the player responsible for attack puts out in the field, and the physical strength value of the player responsible for defense Until the player becomes “0”, the player responsible for the attack continues to select the attack object.

  In addition, in the game according to the embodiment of the present invention, a value used in a battle, skill information indicating an effect in the battle, and a cost are associated with an object in advance. The value associated with the object is changed as appropriate according to the field attribute and skill information used as a virtual battle field with the opponent player. Further, conditions for producing an effect may be set in advance in the skill information. Each player configures the deck so that the total cost of the plurality of objects falls within a predetermined range.

  The field attributes are changed in a predetermined order when the player responsible for the attack selects an object and displays it in the field. The effect of changing the predetermined order in which the field attributes change may be associated as the skill information of the card.

  In the game according to the embodiment of the present invention, it is necessary to select an object in order to win in a turn, while it is necessary to leave a selectable object in order to win in a battle. In the game, by providing conflicting conditions in one battle, the player can be requested to have an advanced strategy for winning the battle, thereby further enhancing entertainment.

  Further, in the game according to the embodiment of the present invention, the value used for the battle changes according to the field attribute to be changed as appropriate. In addition, when the skill information that changes the attribute of the field, the change order of the field, or the like is associated with the object and this object is selected, the effect of the skill information occurs. As described above, in the game according to the embodiment of the present invention, the battle situation can be changed according to the timing at which the player selects an object, so that the player is requested to have an advanced strategy for winning the battle. Make it possible.

  Hereinafter, in the embodiment of the present invention, a case where the object is a card will be described. The card is drawn as a part of a virtual game space formed on the display device. In the embodiment of the present invention, any of 12 attributes is set in the field. In the embodiment of the present invention, each of the twelve attributes is drawn as a symbol of the full moon from the new moon to the new moon, but the present invention is not limited to this.

  As shown in FIG. 3, the card includes a value display unit C1, an optimum attribute display unit C2, a skill type display unit C3, and a skill activation condition display unit C4. An illustration that can identify the card may be drawn on the card. The value display unit C1 displays a value associated with the card. The optimum attribute display unit C2 displays the attribute of the field having the maximum value associated with the card. In the example shown in FIG. 3, the attribute of the field is displayed in an identifiable manner with the ground color of the value display section C1. The skill type display unit C3 displays the type of effect in the battle associated with the card as a symbol that the player can identify. The skill activation condition display unit C4 displays the field attributes that are the conditions for producing the effect with symbols that the player can identify.

  Here, the value associated with the card may be different depending on the attribute of the field. For example, if the attribute of the field is “full moon”, the value is “1200”, if it is “new moon”, the value is “300”, and for other attributes, the value is “500”. . The defense value or the attack value is calculated according to the value corresponding to the attribute of the field of the timing when the card is selected. When the card is drawn, a value corresponding to the field attribute at that time may be displayed.

  In the embodiment of the present invention, each player determines a plurality of cards to be included in the deck in advance. The game apparatus 2 holds information on cards constituting each player's deck, and distributes the randomly selected four cards from each player's deck to each player as a hand. Here, the case where the number of cards in the hand is four will be described, but the present invention is not limited to this.

  Each player selects a card for attack or defense from the cards distributed as a hand, and the game apparatus 2 advances each turn of the game based on the value of the selected card. In the embodiment of the present invention, putting a card into the field for attack or defense is called “selection” of the card. The game apparatus 2 may be controlled so as to select a card for attack or defense from the deck without providing a hand.

  With reference to FIG. 4, an example of a screen displayed on game terminal 3a by game device 2 is shown. The screen shown in FIG. 4 is a screen that the A player browses when the A player responsible for the attack battles with the B player responsible for the defense via the communication network. The game terminal 3a is provided with an A player information display section Da for displaying information about the A player on the lower side of the screen shown in FIG. 4, displaying information about the B player on the upper side, and a field information display section near the center. Df is provided.

  The A player information display section Da includes a hand display section D1, a deck card number display section D2, and a time keeping display section D3. A player's hand display unit D1 displays card data such as value and skill information for each hand of the four cards associated with the A player. The A player deck card number display section D2 displays the number of cards remaining in the A player deck. The number of cards in the deck is a number obtained by subtracting the number of cards already displayed on the hand display unit D1 as a hand from the number of cards included in the deck by the player A at the start of the game. The possession time display part D3 is displayed when the A player takes an attack and is a time given for the A player to select a card to be displayed in the field from the hand.

  The B player information display unit Db includes a hand display unit D1 and a time display unit D3. The B player's hand display unit D1 displays four cards associated with the B player. The B player's hand display unit D1 displays card data such as value and skill information for three cards in each hand. The remaining one hand (closed card) is drawn with the card face down, and the data associated with this hand is not displayed. The B player deck card number display section D2 displays the number of cards remaining in the B player deck. When the A player takes an attack, the B player takes the defense, so that the time display unit may not be provided as information regarding the B player.

  Note that FIG. 4 shows a screen that the A player browses, so that all the hand data of the A player are displayed, and some of the cards in the B player's hand are drawn face down. On the other hand, the screen viewed by the B player at the same timing as in FIG. 4 displays the data of all the hands of the B player, and a part of the cards in the hand of the A player are drawn face down.

  The field information display unit Df displays information regarding the battle field in the virtual game space by the player. The field information display unit Df includes a defense card display unit D4, a field attribute display unit D5, an attribute change rule display unit D6, a generated skill effect display unit D7, and a field attribute list display unit D8.

  The defense card display unit D4 displays one card (defense card) selected from the hand by the player responsible for defense. When the player responsible for defense selects a defense card, the defense card display unit D4 displays the value originally associated with this defense card. Thereafter, when the player responsible for the attack selects one or more cards from the hand so as to be larger than the value of the defense card, the defense card display unit D4 selects the card selected by the player responsible for the attack from the displayed value. The value obtained by subtracting the value is sequentially displayed. In other words, the value of the defense card selected by the player responsible for defense becomes a physical strength value for defense, and the value of the card selected by the player responsible for attack becomes a damage point for reducing the physical strength value. The defense card display unit D4 sequentially displays the remaining amount of the physical strength value on the defense side, and realizes the effect of reducing the physical strength value of the defense every time the player who takes charge of the attack issues a card.

  The field attribute display unit D5 displays the field attributes using symbols such as the moon phases. The field attribute display unit D5 updates and displays the field attributes every time the player responsible for the attack selects a card or according to the skill information of the selected card. The attribute change rule display unit D6 displays a rule whose attribute is changed. In the initial state, the attribute of the field is changed one by one in the forward direction. Depending on the effect of the skill, the attribute change rule display unit D6 displays the current change attribute as the change is changed in the reverse direction or the change pitch is changed. Displays the symbol of the attribute change rule. The generated skill effect display unit D7 displays information on skills generated by the selected card. The generated skill effect display unit D7 displays a symbol of the skill while the effect of the skill is generated, and erases the symbol when the effect is completed. The field attribute list display section D8 indicates the order in which the field attributes change. In the example shown in FIG. 4, the field attribute list display unit D8 displays field attribute symbols on the outer circumference of the defense card display unit D4 in the order of change. The current field attribute may be indicated by drawing a needle on the current field attribute on the attribute change rule display section.

  As shown in FIG. 4, when the defense card is displayed on the defense card display unit D4, the A player who takes charge of the attack starts from the hand of the A player's hand display unit D1 to the card (the leftmost of the A player's hand display unit D1). Card). Thereafter, the game terminals 3a and 3b are rendered such that the card selected by the player A moves to the defense card display unit D4. As shown in FIG. 5, the card selected by the player A is erased from the hand display unit D1. Is done. At this time, the defense card display unit D4 displays the card selected by the player A on the defense card.

  Here, since the value of the card selected by the player A is “300”, the value of the defense cannot be completely cut by the card selected by the player who takes charge of the attack. In this case, the defense card display unit D4 updates and displays the value of the card selected by the player A from “300” to “0”, and then deletes the card selected by the player responsible for the attack from the field. Further, the defense card display unit D4 displays “900” obtained by subtracting “300” from the value “1200” of the original defense card. Thereby, the A player can grasp that it is necessary to select the card so as to cut the remaining value “900”.

  Thereafter, the A player selects a card from the hand until the value (“900”) displayed on the defense card display unit D4 is set to “0”. In other words, the player A selects a plurality of cards, and from the hand until the sum of the values associated with the selected plurality of cards becomes larger than the value associated with the defense card (“1200”). Select.

  On the other hand, as another example, a case will be described in which the value associated with the card selected by the player A who is responsible for the attack is “2000”. The defense card display unit D4 displays “1200” associated with the defense card. Since the value of the card selected by the player A is “2000”, the defense card display unit D4 displays the remaining physical strength value. After displaying “0”, the defense card is deleted. Thereafter, when a new turn is started, the defense card display unit D4 displays the card selected by the player A who is responsible for the attack and also displays a new physical strength value. The new physical strength value is the remaining physical strength value before the player A selects a card in the immediately preceding turn from the value “2000” associated with the card selected by the player A who takes the attack, specifically, the defense card display It is “800” obtained by subtracting the value “1200” displayed in the part D4.

In the new turn, the player who plays the defense in the new turn, in other words, the card selected immediately before by the player who took the attack in the previous turn (the card selected last in the previous turn) is the new defense card. Is displayed on the defense card display unit D4. At this time, the defense card display unit D4 displays a value based on the value associated with the new defense card. In the above example, this “value based on the value associated with the new defense card” is displayed when the new defense card is selected from the value associated with the new defense card. Although the description has been made as a value obtained by subtracting the remaining physical strength value displayed by the part D4, a value such as a value associated with a new defense card may be used.

  When all the cards in the A player's hand display unit D1 are selected, four new cards are extracted as cards from the cards constituting the A player's deck and displayed on the hand display unit D1. At this time, the number of deck cards in the A player's time display portion D3 is decremented by four and updated. Each time the player selects a card, the card may be extracted from the deck as a hand.

  In this way, each card constituting the deck is displayed on the hand display unit D1 as a hand and then selected by play in order to put it into the field. Once the card information displayed on the hand display unit D1 as a hand is deleted from the information on the cards constituting the deck, it is controlled so as not to be displayed again as a hand. Further, the information on the card selected from the hand display unit D1 is deleted from the hand display unit D1, and thereafter, it is controlled so that it is not displayed again as a card or hand constituting the deck.

  Here, each card is associated with a value and skill information, and this value is also changed according to a field attribute or the like. Therefore, as shown in FIG. 6, when the player A determines the display target card Cx by, for example, pressing and holding the card displayed on the game terminal 3a, the display target card Cx is displayed large. Further, a card detail display section Cs for displaying information associated with the display target card Cx is displayed as a pop-up. The A player may use the card in the hand display unit D1 of the B player as a display target card. However, the value of the close card and skill information of the B player are controlled so that the A player cannot browse.

  The above process is repeated, and when there is no card that any player can select from the hand and the deck, this series of games is finished. At this time, the defense card display unit D4 may display the defense card at this time, or may display the card selected by the player responsible for the attack.

  In the embodiment of the present invention, the game apparatus 2 updates the data with the player who has no selectable cards from the hand and the deck as the loser and the player with the selectable cards remaining from the hand and the deck as the winner. To do.

  Here, the winner is given a privilege such as an experience value. For example, the winner may take the card owned by the loser and use it as his own card. The card to be taken away may be determined arbitrarily by the winner, or may be determined by a predetermined logic such as a card last selected by the loser.

  In the stealing of this card, the information of the stolen card may be deleted from the possession card information of the loser and added to the possession card information of the winner. The information on the card taken away may be changed as appropriate, for example, the value or skill information changes. Also, in the possessor card information of the loser, control is made so that the stolen card is not used for a predetermined period or a predetermined number of times, and the card information that has been stolen is added to the winner's possession card information so that the card is used only for a predetermined period or a predetermined number of times You may control to. The game apparatus 2 is controlled so as to hold information on the latest possessed card of each player.

<Game device>
With reference to FIG. 1, a game apparatus 2 for realizing a game according to an embodiment of the present invention will be described. The configuration shown in FIG. 1 is an example, and various systems for executing the game program according to the embodiment of the present invention can be considered. The storage 20 of the game device 2 is a program storage unit that stores the game program 1 according to the embodiment of the present invention. When the CPU 10 executes the game program 1, the game program 1 causes the CPU 10 of the computer to function as the control unit 11, the selection support unit 12, and the input / output control unit 13.

  The storage 20 holds the identifiers of the game terminals 3a and 3b, the identifiers of the A player and the B player, the charging information of each player, the possessed card information, the winning / losing result, and the like. The possession card is a card acquired by each player through a past game or billing, and each player configures the deck so that the total cost is within a predetermined value from each card of the possession card.

  The storage 20 stores card group data 21. The card group data 21 is an object group holding unit that holds information of a plurality of cards associated with each player for the A player and the B player. Specifically, the card group data 21 holds information on the cards that each player forms a deck and the usage status of each card at the start of the game. The card group data 21 is appropriately updated by the control unit 11 and the selection support unit 12 described later according to the progress of the battle. The card group data 21 is generated, for example, by the control unit 11 to be described later and stored in the storage 20 at the start of the battle.

  The card group data 21 has, for example, a data configuration as shown in FIG. The card group data 21 associates the player identifiers of the players to be played with the identifiers of the cards included in the decks of each player, and retains data of each flag such as a hand flag, a close flag, and a selection flag. The hand flag indicates whether or not the card is displayed as a hand. The close flag indicates whether the card displayed as a hand is a close flag. Further, the selection flag indicates whether or not it has been selected. Specifically, it indicates whether or not it has been displayed as a hand and then put into the field as a defense or attack for a battle.

  In the card group data 21, “null value” is set in the hand flag and the close flag, and “unselected” is set in the selection flag at the start of the battle. Thereafter, the hand flag is set to “hand” for the card selected as the hand from the deck, and “null” is set for the card selected for taking out from the hand to the field. Among the cards whose hand flag is set to “hand”, the close flag is set to “close” for the closed card, and “open” is set for the other cards. Further, the selection flag is set to “selected” for the card selected to be taken out of the hand to the field. The configuration of the card group data 21 may be any configuration as long as the attributes of the card can be appropriately retained according to the progress of the game.

  The storage 20 also stores card master data (not shown) that is referred to as appropriate at the time of a battle. The card master data associates an identifier of a card used in a battle with various data such as a value associated with the card, skill information, and an illustration used for drawing.

  The control unit 11 controls information related to the progress of the game. The control unit 11 performs processing based on the player operation information input from the input / output control unit 13, and outputs display information generated as a result to the input / output control unit 13. The control unit 11 includes an initial processing unit 11a, a turn switching processing unit 11b, and an end processing unit 11c in order to advance the battle.

  The initial processing unit 11a performs processing necessary for starting the game. Specifically, each player who competes acquires information on cards configured in the deck, generates card group data 21, and stores it in the storage 20. Further, the initial processing unit 11a performs control for determining a player who takes an attack in the first turn. The initial processing unit 11a displays a defense card, selects a hand from each player's deck so that each player has a maximum of four cards, and controls each player to select a close card. .

  When the turn switching processing unit 11b determines that the attack value is larger than the defense value in the battle between the players, the turn switching processing unit 11b replaces the attack or defense performed by the A player and the B player respectively, and newly selects the selection support unit 12. Execute the process to process the turn. In a turn in which the B player takes a defense and the A player takes an attack, when the A player selects a card that is larger than the value of the defense card selected by the B player, the turn switching processing unit 11b takes a new turn. Take control to start. In a new turn, the A player takes the defense and the B player takes the attack. The turn switching processing unit 11b displays a defense card in a new turn, selects a hand from each player's deck so that each player's hand has a maximum of four cards, and makes a player responsible for an attack in a new turn. Control to select the close card.

  Here, the turn switching processing unit 11b displays the object (card) selected immediately before by the player A who took the attack, and uses the value based on the value of the object selected immediately before as a new defense value. The attack or defense that the player and the B player have each played is replaced. The “value based on the value of the object selected immediately before” is, for example, a value associated with the card selected immediately before by the A player. Alternatively, a value obtained by subtracting the remaining physical strength value displayed on the defense card display unit D4 from the value associated with the card selected by the player A immediately before this card is selected may be used.

  After the selection support unit 12 displays the object selected as the attack object by the player who took the attack, when the turn switching processing unit 11b switches the turn, the object displayed as the attack object is displayed as a defense object. Switch.

  In the battle between the players, the end processing unit 11c performs control so that either the A player or the B player ends the battle with a player having no selectable object as a loser when there are no selectable cards. . The end processing unit 11c refers to the card group data 21, determines whether or not there is a player whose selection flags are all updated to “selected”, and all the selection flags of a certain player are updated to “selected”. At this point, control is made to end the match. Specifically, the end processing unit 11c determines the victory of the player responsible for the defense when the player responsible for the attack can no longer place the card in the field against the defense card. Alternatively, the end processing unit 11c determines that the player responsible for the attack wins when the player responsible for the defense cannot issue a card to the field. The end processing unit 11c may give a privilege such as provision of virtual points or experience points to the winning player.

  Based on an instruction from the control unit 11, the selection support unit 12 urges a player responsible for defense and a player responsible for an attack to select a card in order to advance one turn in the battle. The selection support unit 12 performs processing based on the player operation information input from the input / output control unit 13, and outputs display information generated as a result to the input / output control unit 13.

  The selection support unit 12 uses, as a defense value, a value associated with the card selected by the player responsible for the defense among the plurality of unselected cards associated with the player responsible for the defense. And 3b on the display device. The selection support unit 12 causes the player responsible for the attack to select one or more cards from the unselected cards among the plurality of cards associated with the player responsible for the attack. Here, a value based on a value associated with one or more cards selected by the player responsible for the attack is set as an attack value. The selection support unit 12 compares the attack value and the defense value, and prompts the player responsible for the attack to select a card until the attack value becomes larger than the defense value. In this way, the selection support unit 12 performs control so that the player responsible for the attack continues to select the card until the value becomes larger than the defense value.

  Here, the selection support unit 12 may produce a situation in which the value displayed on the defense card display unit D4 is changed each time, and the defense value is cut by the attack value. Specifically, when the value obtained by subtracting the value associated with the object selected by the player responsible for the attack is not a negative value from the defense value at the start of the turn, the selection support unit 12 performs the subtraction process. Is displayed on the display device. Thereafter, each time the player responsible for the attack selects an object, the selection support unit 12 updates and displays the value displayed on the defense card display unit D4 while reducing it to zero. If the value associated with the object selected by the player responsible for the attack is greater than the value displayed on the defense card display unit D4, the selection support unit 12 displays “0” on the defense card display unit D4. At the same time, the control unit 11 is caused to perform a process of switching the offense and defense and switching the turn.

  The selection support unit 12 changes and holds the field attributes in a predetermined order each time a card is selected. The field attribute is a parameter for changing the value of the object. The selection support unit 12 determines an attack value or a defense value based on the attribute of the field of the timing when the card is selected.

  For example, when the field attribute is “full moon” by the player responsible for the attack, the value is “1200”, and when “new moon”, the value is “300”. For other attributes, the value is Suppose that a card “500” is selected. The selection support unit 12 subtracts “1200” from the value of the defense card when the attribute of the field when this card is selected is full moon, subtracts “300” when the card is “new moon”, and the other In the case of an attribute, “500” is subtracted. Further, the value of the defense card issued by the player responsible for defense may be changed according to the field attribute. For example, when the attribute of the field at the start of the turn is “full moon”, the defense value is “1200”, when it is “new moon”, it is “300”, and when it is other attributes, it is “500”.

  Here, the skill information that changes the order of changing the field attributes may be associated with the card selected by the player. In this case, the selection support unit 12 changes and holds the attribute of the field based on the skill information associated with the selected card. The skill information is, for example, the direction in which the field attribute is changed, the change pitch, and the like, and the selection support unit 12 holds the change order of the field attributes after the change. These data held by the selection support unit 12 are displayed on the field information display unit Df in FIG. When the time condition for changing the field attribute is associated as the skill information, the selection support unit 12 monitors whether the time condition for changing the field attribute is satisfied. Change field attributes according to skill effects.

  For example, it is assumed that a card associated with skill information “change twice in the opposite direction during this turn” is selected by the player responsible for the attack. Each time a card is selected, the attribute has been changed one by one in the clockwise direction. When this card is selected, the selection support unit 12 is in the same turn after this card is selected. Each time one card is selected, the attribute is changed and held by two counterclockwise.

  In addition, the skill information may include a condition including a target card and time that cause a skill effect and a skill effect that changes a value associated with the target card. In this case, when the condition is satisfied, the selection support unit 12 changes the value associated with the target object based on the skill effect, and determines the attack value or the defense value. The selection support unit 12 monitors whether or not a condition for generating a skill effect is satisfied. If the condition is satisfied, the selection support unit 12 generates a skill effect for a target card that generates the skill effect.

  For example, it is assumed that a card associated with skill information “+500 the value of the card selected by the player responsible for the attack during this turn” is selected by the player responsible for the attack. In this case, the time for generating the skill effect is “during this turn”, and the target card is “the card selected by the player responsible for the attack”. The skill effect is “+500”. When such a card is selected, the selection support unit 12 determines whether or not this turn is continued, and changes the value of the card selected by the player responsible for the attack to +500 while continuing. To calculate the attack value.

  The input / output control unit 13 controls input / output of the game terminals 3 a and 3 b based on instructions from the control unit 11 and the selection support unit 12. The input / output control unit 13 inputs the operation information of the player received from the game terminals 3a and 3b to the control unit 11 and the selection support unit 12, and displays the display information of the screen output from the control unit 11 and the selection support unit 12 as follows. Output to the game terminals 3a and 3b.

  Next, processing of the game apparatus 2 according to the embodiment of the present invention will be described with reference to FIGS. The processing shown in FIGS. 8 to 10 is an example, and the present invention is not limited to this.

  With reference to FIG. 8, the process of the initial process part 11a in the control part 11 is demonstrated. When the card group included in the deck is designated by the A player in step S101 and the card group included in the deck is designated by the B player in step S102, the game apparatus 2 generates the card group data 21 in step S103. Specifically, the game device 2 associates the identifier of each player with the identifier of the card to be included in the deck specified by each player. Furthermore, the game apparatus 2 sets “null value” to the hand flag and close flag of the identifier of each card, and sets “unselected” to the selection flag. Furthermore, in step S104, the game apparatus 2 determines a field attribute at the start of the game randomly or based on predetermined logic.

  In step S105, the game apparatus 2 determines, for each player, four cards to be displayed on the hand display unit D1 from each player's deck. In step S106, the game apparatus 2 displays the four cards selected for the A player on the game terminal 3a, and in step S107, acquires the identifier of the card designated as a closed card from the game terminal 3a. In step S108 and step S109, the game apparatus 2 performs the same process for player B.

  In step S110, the game apparatus 2 updates the card group holding data. Specifically, the game apparatus 2 updates the deck flag associated with the identifier of the card selected as the hand to “hand”. In addition, the game apparatus 2 changes the close flag associated with the identifier of the close card to “closed”, and changes the others to “open”.

  In step S111, the game apparatus 2 transmits data related to the hand of the A player and data related to the hand other than the closed card of the B player to the game terminal 3a used by the A player, and displays a screen as shown in FIG. . In step S112, the game apparatus 2 similarly displays a screen as shown in FIG. 4 on the game terminal 3b used by the B player.

  Thereafter, the game apparatus 2 executes a process for determining the first attack and the second attack. In step S113 and step S114, each player is made to select one card from the hand. Here, it is assumed that the value of the card selected by the player A is Va11 and the value of the card selected by the player B is Vb11. In step S115, the game apparatus 2 returns to step S105 when Va11 and Vb11 are the same. At this time, it may be controlled to return the card selected in step S113 and step S114 to the deck.

  On the other hand, if Va11 and Vb11 are different, the process proceeds to step S116. Here, since Va11 is larger than Vb11, a case will be described in which player B is first. In step S116, the game apparatus 2 uses the card selected by the player A as a defense card, and calculates the value Va12 of this drawing card. Here, Va12 is calculated from Va11-Vb11. After that, the game device 2 displays the defense card set with the value Va12 on the defense card display unit D4 of the game terminal 3a in step S117, and displays it on the defense card display unit D4 of the game terminal 3b in step S118.

  Further, in step S119, the game apparatus 2 determines a hand from each player's deck so that each player has a maximum of four cards. For example, if all the cards included in the deck are not used as the hand, the game apparatus 2 sets all the cards included in the deck as the hand. In steps S120 to S123, one closed card is specified for the hand determined in step S119 as described in steps S106 to S109, and the card group data 21 is updated in step S124.

  In step S124, the game apparatus 2 updates the card group holding data. The game device 2 changes the hand flag and the open flag associated with the identifier of each card to the default for the card selected by each player in step S113 and step S114, and sets the selection flag to “selected”. change. In addition, the game device 2 updates the hand flag and the open flag of the hand and close card identifiers in steps S119 to S123.

  With reference to FIG. 9, the turn after the process shown in FIG. 8 where the A player takes the defense and the B player takes the attack will be described. The process illustrated in FIG. 9 corresponds to the process of the selection support unit 12.

  In step S201, the game apparatus 2 determines the hand so that the player B has a maximum of four cards. For example, if all the cards included in the deck are not used as the hand, the game apparatus 2 sets all the cards included in the deck as the hand. In steps S202 and S203, as in steps S108 and S109 of FIG. 9, the hand selected for the B player is displayed on the game terminal 3b, and information on the card designated as a closed card is acquired from the game terminal 3b.

  Further, in step S204, the game apparatus 2 updates the card group data 21. Specifically, the game apparatus 2 updates the deck flag associated with the identifier of the card selected as the hand to “hand”. In addition, the game apparatus 2 changes the close flag associated with the identifier of the close card to “closed”, and changes the others to “open”.

  In step S205, the game apparatus 2 causes the game terminal 3a to display information about cards in the hand of the A player and information about cards other than the closed card of the B player. Similarly, in step S206, the game apparatus 2 causes the game terminal 3b to display information on cards in the hand of the B player and information on cards other than the close card of the A player.

  In step S207, the game device 2 changes the field attribute. Specifically, in the first turn, game device 2 shifts the field attribute determined in step S104 of FIG. 8 by one in the forward direction. In the second and subsequent turns, the game apparatus 2 is generated when the skill effect related to the change of the field attribute is generated by shifting the attribute of the previous turn, in principle, the field attribute by one in the forward direction. Change according to the skill effect.

  Thereafter, the game device 2 determines whether there is a card that can be selected from the hand of the B player in step S208. When there is no selectable card, that is, when there is no card in the deck and hand of the B player, the end processing unit 11c of the control unit 11 ends the game with the B player as the loser and the A player as the winner.

  On the other hand, if there is a card that can be selected in step S208, in step S209, the game apparatus 2 prompts the player B who is responsible for the attack to select a hand. Specifically, the game apparatus 2 sets a waiting time for card selection, and displays a guidance screen to select a hand within that time. Here, when the B player selects a hand associated with the value Vb12, the game apparatus 2 acquires information on the hand selected by the B player in step S210. If the hand is not selected by the B player even after the waiting time has elapsed, the game apparatus 2 may select the hand at random or with a predetermined logic.

  In step S <b> 211, the game device 2 updates the card group data 21. That is, for the card acquired in step S210, “null value” is set in the hand flag and close flag, and “selected” is set in the selection flag.

  In step S212, the game apparatus 2 reflects the value of the selected hand and skill information. Specifically, based on the skill information associated with the selected card and the field attribute, the defense value is updated to calculate Va12 ′, and the hand value selected by the B player is updated. To calculate Vb12 ′. In step S213, the game device 2 compares the defense value and the defense value after reflecting the skill information and the field attribute. When the attack value (Vb12 ') is large, the turn switching processing unit 11b of the control unit 11 switches to a new turn that causes the B player to play a defense and causes the A player to take an attack. On the other hand, if the defense value (Va12 ') is large, the defense card value Va13 displayed by the defense card display unit D4 is calculated in step S214. Here, Va13 is calculated from Va12'-Vb12 '. Thereafter, the game device 2 displays the defense card to which Va13 is set on the defense card display unit D4 of the game terminal 3a in step S215, and displays it on the defense card display unit D4 of the game terminal 3b in step S216.

  Further, the game apparatus 2 continues to cause the B player to take an attack. Specifically, in step S217, the game apparatus 2 determines whether there is a selectable card in the hand display unit D1 for the B player. If there is a card that can be selected, the process proceeds to step S207 to change the attribute of the field and prompt the user to select a new card. On the other hand, if there is no selectable card in the hand display unit D1 for the B player, the process proceeds to step S218. If the remaining number of cards in the deck is not zero, the game apparatus 2 proceeds to step S201, and determines a hand from the B player deck so that the maximum number of B player hands is four. On the other hand, when the remaining number of deck cards is zero, the end processing unit 11c of the control unit 11 ends the game with the B player as the loser and the A player as the winner.

  With reference to FIG. 10, the process which switches a turn in step S213 after the process described in FIG. 9 is demonstrated. The process illustrated in FIG. 10 corresponds to the process of the turn switching processing unit 11b of the control unit 11. The turn switching processing unit 11b causes the player who took the attack to newly take defense, and displays the value set for the card last selected by the player who took this attack as the defense value. Thereafter, the control is performed so that the player responsible for the defense is newly attacked and one or more cards are selected from the unselected cards among the plurality of cards associated with the player newly responsible for the attack.

  First, in step S301, the game apparatus 2 sets the card most recently selected by the B player as a defense card. Also, the value Vb13 of the defense card is calculated. Here, Vb13 is calculated from Vb12'-Vb12 '. After that, the game device 2 displays the defense card set with Vb13 on the defense card display unit D4 of the game terminal 3a in step S302, and displays it on the defense card display unit D4 of the game terminal 3b in step S303.

  In step S304, the game apparatus 2 determines the hand so that the player A has a maximum of four cards. For example, if all the cards included in the deck are not used as the hand, the game apparatus 2 sets all the cards included in the deck as the hand. In steps S305 and S306, as in steps S106 and S107 of FIG. 8, the hand selected for the A player is displayed on the game terminal 3a, and information on the card designated as the closed card is acquired from the game terminal 3a.

  Furthermore, in step S307, the game apparatus 2 updates the card group data 21. In step S308, the game apparatus 2 causes the game terminal 3a to display information on cards in the hand of the A player and information on cards other than the close card of the B player. Similarly, in step S309, the game apparatus 2 causes the game terminal 3b to display information on cards in the hand of the B player and information on cards other than the closed card of the A player. After that, after changing the field attributes in step S310, the player A is attacked and the player B is defended, the process shown in FIG. 9 is executed, and a new turn is started.

(Skill information)
In the embodiment of the present invention, an example of skill information will be described. The skill information may be associated with all cards or may be associated with a specific card. In the skill information, a condition for generating the effect is associated with the effect. The conditions for the effect to occur are, for example, "Timing when the card is removed", "After this, three cards are issued", "During this turn", "Up to two turns after this turn", etc. Including the time condition to do. In addition, the targets that are effective are “cards of your own hand”, “cards of your own deck”, “cards of your opponent's hand”, “cards of your opponent's deck”, “field attributes”, etc. Includes target conditions that occur. In addition to this, it may be appropriately set as a condition for generating the effect. Hereinafter, an example of skill effectiveness will be described.

  An example of the effectiveness of a skill is a skill that interferes with field attributes. Specifically, it has the effect of changing the change order, such as changing the speed of changing the attribute of the field or changing it in the reverse direction. It also has the effect of changing to specific field attributes.

  As an example of the effectiveness of the skill, a skill that changes the value of the hand can be considered. Specifically, there is an effect that the value of each card displayed on the hand display unit D1 is changed by a predetermined logic, such as adding a predetermined number, setting a predetermined multiple, or setting a predetermined numerical value. In addition, there is an effect that a predetermined number is reduced from the value of the opponent's hand, a predetermined rate is reduced, or a predetermined numerical value is set.

  As an example of the effectiveness of a skill, the effect of drawing a card from a deck can be considered. In the example shown in FIGS. 8 to 10, when there is no card displayed on the hand display unit D1, or when the turn is completed, the card is drawn from the deck to the hand. However, when the player puts out a card having this skill effect on the field, there is an effect that the hand is drawn from the deck at this timing and the battle situation is changed.

  As an example of the effectiveness of the skill, it is possible to confuse the field by extending the time condition of the effect of the skill currently occurring. In addition, the effect of switching the turn immediately can be considered regardless of the value of the defense card displayed in the field. Furthermore, the effect of removing the opponent's speculation, such as swapping the card of the opponent's hand or deck with the card of his hand or deck, or replacing the opponent's close card with one of the decks, can be considered. It is also possible to open the opponent's close card and leak the opponent's strategy. Another effect is that the player's strategy can be re-established by totally replacing his hand with the deck hand. Another possible effect is that the opponent decides the next card to be issued and destroys the opponent's strategy. In addition, you can copy the opponent's card or take the opponent's card as your own card to strengthen your deck. In addition, various effects can be considered as skill effects.

  The game system 5 shown in FIG. 1 is an example and is not limited to this, and various forms are conceivable. For example, the game apparatus 2 holds an identifier of a game terminal, an identifier of a player, billing information of each player, possession card information, a winning / losing result, etc., and the game terminal obtains necessary information from the game apparatus 2. Conceivable. During the game, one game terminal functions as a host and the other game terminals function as guests.

  Specifically, each game terminal 3a and 3b stores a game program for proceeding with the game according to the embodiment of the present invention, or is loaded with a storage medium storing the game program. Each game terminal 3a and 3b is appropriately connected to the game apparatus 2 to refer to or update the possessed card information, or to refer to or update the billing information.

  When the game is started, the host game terminal realizes each function of the game device shown in FIG. 1 and controls input / output of each of the host and guest game terminals. In addition, the host game terminal controls the progress of the game in synchronization with the guest game terminal, and at the end of the game, sends information such as changes in the game results and possession card information of the host and the guest to the game device 2 for updating. Let

  As yet another example, a mode in which the host game terminal implements all the functions of the game apparatus 2 and provides a battle game with the guest game terminal is also conceivable.

  In the battle game, when one is a player and the other is a virtual player controlled by a computer, a result of a battle with the virtual player at a game terminal used by the player is also transmitted to the game apparatus 2. The game apparatus 2 also collects and manages the results of each player playing against the virtual player at each game terminal.

  As described above, various systems for executing the game program according to the embodiment of the present invention are conceivable.

(Other embodiments)
As described above, the embodiments of the present invention have been described. However, it should not be understood that the descriptions and drawings constituting a part of this disclosure limit the present invention. From this disclosure, various alternative embodiments, examples, and operational techniques will be apparent to those skilled in the art.

  It goes without saying that the present invention includes various embodiments not described herein. Therefore, the technical scope of the present invention is defined only by the invention specifying matters according to the scope of claims reasonable from the above description.

DESCRIPTION OF SYMBOLS 1 Game program 2 Game device 3 Game terminal 5 Game system 10 CPU
DESCRIPTION OF SYMBOLS 11 Control part 11a Initial process part 11b Turn switching process part 11c End process part 12 Selection support part 13 Input / output control part 20 Storage 21 Card group data

Claims (5)

A game program for controlling a battle between the first player and the second player based on values associated with objects respectively selected by a first player and a second player,
Computer
An object group holding means for holding a plurality of objects associated with each player for the first player and the second player;
Of the plurality of unselected objects associated with the player responsible for defense, the value associated with the object selected by the player responsible for defense is displayed as a defense value on the display device,
The player responsible for the attack is caused to select one or more objects from among the unselected objects among the plurality of objects associated with the player responsible for the attack, and is associated with one or more objects selected by the player responsible for the attack. The value based on the obtained value is used as an attack value, and the attack value and the defense value are compared. A selection support means for prompting selection,
When the value of the attack is greater than the value of the defense, the first player and the second player exchange the attacks or defenses assigned to the first player and the second player, respectively, and cause the selection support means to process the first player. And any one of the second players, when there are no selectable objects, function as control means for controlling the player without a selectable object as a loser to end the battle. Game program. The said selection assistance means displays the value which carried out the subtraction process of the value matched with the object selected by the player who bears the said attack from the said defense value on the said display apparatus. The described game program. The selection support means displays an object selected as an attack object by the player who took the attack,
When it is determined that the attack value is greater than the defense value, the control means sets a value based on the value of the object selected immediately before as a new defense value, and the first player and the first The game program according to claim 1 or 2, characterized in that the attack or defense carried by each of the two players is switched, and the object displayed as the attack object is switched to display as a defense object. The selection support means changes and holds the attribute of the field that changes the value of the object in a predetermined order each time the object is selected,
The game program according to any one of claims 1 to 3, wherein the attack value or the defense value is determined based on an attribute of the field at a timing when the object is selected.   A game apparatus comprising: a program storage unit that stores the game program according to claim 1; and a computer that executes the game program stored in the program storage unit.

Images