WO2010073868A1 - Game device - Google Patents

Abstract

Disclosed is a game device that, based on a signal from an input means that is operated by a player, determines a plurality of a first option, sets a plurality of a second option, displays, upon a display screen, a third option that is chosen from the first option and the second option, selects, from the third option that is displayed upon the display screen, a fourth option based on the signal from the input means that is operated by the player, and controls a progress of a game in accordance with the fourth option that is selected by the player. It is possible for the game to be controlled at will by the operation of the player.

Description

Game device

The present invention relates to a game device that controls a game by a player's operation.

There is a game device in which the player inputs an arbitrary character string as an operation of the player for controlling the game. The input character string is decomposed into words set in the dictionary in advance, and the game effect associated with each word is set according to the combination (see Patent Document 1).

In another game device, the data storage unit on which the barcode of the game machine storage medium is printed is a main barcode for specifying the character and a sub-barcode representing a parameter related to the character. Consists of data parts. The replacement data part is configured to be replaced by a player's operation (see Patent Document 2).

Japanese Patent No. 3158043 JP 2008-246149 A

An object of the present invention is to provide a game device that can freely control a game by a player's operation.

A game program according to an aspect of the present invention sets a plurality of second options and a determination unit that determines a plurality of first options based on a signal from an input unit operated by a player. From the setting means, display means for displaying a third option selected from the first option and the second option on a display screen, and the third option displayed on the display screen, the game Selection means for selecting a fourth option based on a signal from the input means operated by a player, and control means for controlling the progress of the game based on the fourth option selected by the player It is a game program that functions as a game device.

A game program according to an aspect of the present invention includes a determination unit that determines a plurality of first options based on a signal from a first input unit operated by a player, and a plurality of second options. A setting means for setting the display, a third option selected from the first option and the second option, a display means for displaying on the display screen, and a third option displayed on the display screen. The selection means for selecting the fourth option based on the signal from the second input means operated by the player, and the progress of the game is controlled based on the fourth option selected by the player. A game program that functions as a game device having control means.

In the above-described game program, the determination unit may determine the plurality of first options based on a signal from the input unit to which an option input medium including options is input.

In the game program described above, as the option input medium, a first option input medium including the first option and a second option input medium for changing a part of the first option are prepared. The determining means changes some of the options of the first option based on a signal from the input means to which the first option input medium and the second input medium are input. May be.

In the above-described game program, the option input medium may be a card on which the option is displayed.

In the above-described game program, the determination unit may determine the plurality of first options based on a signal from the input unit that recognizes a card bundle obtained by superimposing a plurality of cards.

In the above-described game program, the determining unit determines the plurality of first options based on a signal from the input unit that recognizes an overlapping order of the plurality of cards constituting the card bundle. It may be.

In the above-described game program, the display unit randomly determines the order in which the first option and the second option are displayed, and displays the third option on the display screen in the randomly determined order. You may do it.

In the game program described above, an attribute may be given to the option, and selection of the fourth option by the selection unit may be limited by a predetermined rule based on the attribute of the option.

In the above-described game program, the attribute of the option may be a number, and the predetermined rule in the selection unit may be a rule based on a number assigned to the option.

According to one aspect of the present invention, there is provided a game device having an input unit and a display screen, a determination unit that determines a plurality of first options based on a signal from the input unit operated by a player, Setting means for setting the second option, display means for displaying a third option selected from the first option and the second option on a display screen, and the display displayed on the display screen Selection means for selecting a fourth option based on a signal from the input means operated by the player from the third option, and progress of the game based on the fourth option selected by the player And control means for controlling.

According to one aspect of the present invention, there is provided a control method for a game apparatus, wherein the first selection is determined based on a signal from the input means operated by a player in the control method for a game apparatus having an input means and a display screen. A step of setting a plurality of second options, a step of displaying on the display screen a third option selected from the first option and the second option, and displaying on the display screen A step of selecting a fourth option based on a signal from the input means operated by the player, and a game based on the fourth option selected by the player. And a step of controlling the progress.

According to the present invention, based on a signal from an input means operated by a player, a plurality of first options are determined, a plurality of second options are set, and the first option and the second option The third option selected from the above is displayed on the display screen, the fourth option is selected from the third option displayed on the display screen based on the signal from the input means operated by the player, Since the progress of the game is controlled based on the fourth option selected by the player, the game can be freely controlled by the operation of the player.

It is a perspective view which shows the outline of the external appearance structure of the game device by one Embodiment of this invention. It is a block diagram which shows the outline of the hardware constitutions of the game device by one Embodiment of this invention. It is a figure which shows the structure of the card | curd used in the game in the game device of one Embodiment of this invention. It is a figure which shows the structure of the card reader of the game device by one Embodiment of this invention. It is a figure showing the state where the card was inserted in the card slot of the game device by one embodiment of the present invention. It is a block diagram which shows the hardware constitutions of the card reader of the game device by one Embodiment of this invention. It is a figure explaining the positional relationship of the camera and the card bundle inserted in the card insertion slot in the card reader of the game device according to one embodiment of the present invention. It is a figure which shows the warrior card | curd used in the game of one Embodiment of this invention. It is a figure which shows the weapon card | curd used in the game of one Embodiment of this invention. It is a figure which shows the armor card | curd used in the game of one Embodiment of this invention. It is a figure which shows the card | curd data table of the warrior card | curd used in the game of one Embodiment of this invention. It is a figure which shows the card data table of the weapon card | curd used in the game of one Embodiment of this invention. It is a figure which shows the card | curd data table of the armor card | curd used in the game of one Embodiment of this invention. It is explanatory drawing (the 1) of the production | generation of the game character in the game of one Embodiment of this invention. It is explanatory drawing (the 2) of the production | generation of the game character in the game of one Embodiment of this invention. It is explanatory drawing (the 3) of the production | generation of the game character in the game of one Embodiment of this invention. It is explanatory drawing (the 4) of the production | generation of the game character in the game of one Embodiment of this invention. It is explanatory drawing (the 5) of the production | generation of the game character in the game of one Embodiment of this invention. It is a figure (the 1) which shows the player data table in the game of one Embodiment of this invention. It is a figure (the 2) which shows the player data table in the game of one Embodiment of this invention. It is FIG. (3) which shows the player data table in the game of one Embodiment of this invention. It is explanatory drawing (the 1) of the card | curd battle game in the game of one Embodiment of this invention. It is explanatory drawing (the 2) of the card | curd battle game in the game of one Embodiment of this invention. It is a figure which shows the game screen of the one-on-one battle of the card | curd battle game in the game of one Embodiment of this invention. It is a figure which shows the game screen of 2 on 1 battle | competition of the card | curd battle game in the game of one Embodiment of this invention. It is a flowchart (the 1) which shows the operation | movement sequence of the whole game of one Embodiment of this invention. It is a flowchart (the 2) which shows the operation | movement sequence of the whole game of one Embodiment of this invention. It is a flowchart (the 3) which shows the operation | movement sequence of the whole game of one Embodiment of this invention. It is a flowchart (the 1) of the main routine of the one-on-one battle of the game of one Embodiment of this invention. It is a flowchart (the 2) of the main routine of the one-on-one battle of the game of one Embodiment of this invention. It is a flowchart (the 3) of the main routine of the one-on-one battle of the game of one Embodiment of this invention. It is a flowchart of the battle check sequence of the one-on-one battle of the game of one Embodiment of this invention. It is a flowchart of the action control sequence of the one-on-one battle of the game of one Embodiment of this invention. It is a flowchart of the attack sequence of the one-on-one battle of the game of one Embodiment of this invention. It is a flowchart (the 1) of the card | curd determination process of the one-on-one battle of the game of one Embodiment of this invention. It is a flowchart (the 2) of the card | curd determination process of the one-on-one battle of the game of one Embodiment of this invention. It is a flowchart of the rush sequence of the one-on-one battle of the game of one Embodiment of this invention. It is a flowchart (the 1) of the main routine of 2: 1 battle | competition of the game of one Embodiment of this invention. It is a flowchart (the 2) of the main routine of 2 to 1 battle | competition of the game of one Embodiment of this invention. It is a flowchart (the 3) of the main routine of 2 to 1 battle | competition of the game of one Embodiment of this invention. It is a flowchart of the battle check sequence of 2 to 1 battle | competition of the game of one Embodiment of this invention. It is a flowchart of the action control sequence of 2 to 1 battle | competition of the game of one Embodiment of this invention. It is a flowchart of the attack sequence of 2: 1 battle | competition of the game of one Embodiment of this invention. It is a flowchart (the 1) of the rush sequence of 2 to 1 battle | competition of the game of one Embodiment of this invention. It is a flowchart (the 2) of the rush sequence of 2 to 1 battle | competition of the game of one Embodiment of this invention. It is a figure which shows the various flags and counter which are used in the card | curd battle game in the game of one Embodiment of this invention.

[One Embodiment]
A game device according to an embodiment of the present invention will be described with reference to the drawings. In the present embodiment, the game device shown in FIGS. 1 to 7 is loaded with the game cards shown in FIGS. 8 to 10 to play.

(Game device)
FIG. 1 is a perspective view illustrating an outline of an external configuration of the game apparatus 1 according to the present embodiment. FIG. 2 is a diagram showing an outline of the hardware configuration of the game apparatus 1.

The game apparatus 1 includes a game management apparatus 2, a display 3 for displaying an image, a speaker 4 for outputting sound, and an input apparatus 5 for inputting data in accordance with a player's operation, in the housing 1 a shown in FIG. 1. It has. A card reader 6 is connected to the game apparatus 1 via an interface 24.

Further, each device connected to the above-described casing, for example, an input device or a card reader, is not limited to the number shown in FIG. 1 as long as the present invention can be implemented.

The card reader 6 is loaded with a card (game card) 11 to be described later. The progress of the game is controlled based on the data read from the loaded card 11. Data input according to the player's operation is also performed by the action of mounting the card bundle 10 on the card reader 6 in order to read the code pattern of the card 11.

The game management device 2 stores a CPU 21 that executes information processing such as execution control of a computer program, a program memory (ROM) 22 that stores various control programs in advance, and various data used for processing by the control program. A data memory (RAM, FlashROM) 23, an interface 24 for transmitting / receiving data to / from a terminal such as the card reader 6 or the input device 5, a display circuit unit 25 for controlling the drive of the display 3, and a speaker 4 is configured to include a sound circuit unit 26 that controls the driving of No. 4, a communication interface circuit 27 that transmits and receives data to and from the outside via a network such as the Internet, and a card payout device 28 that pays out game cards.

The application program (game program) may be stored in the ROM 22 in advance as a part of the control program in a device designed for a specific game such as a business game device.

Although not shown, a game program and various data used for executing the game program are stored in advance in a hard disk drive connected via a drive drive interface, and the program and data required for game execution are stored on the hard disk. It is also possible to adopt a configuration in which the data is read out from the work memory 23 and executed.

Although not shown, a game such as a CD-ROM or DVDROM storing a game program and various data used for executing the game program is mounted on a disk drive connected via a drive drive interface to A program and data required at the time of execution may be read from the hard disk and loaded into the work memory 23 and executed.

A semiconductor integrated circuit (CPU 21, ROM 22, data memory 23, display circuit unit 25, sound circuit unit 26, interfaces 24, 27), etc., and other necessary circuit components constituting the game management device 2 are one or a plurality of circuit boards. It is incorporated in the inside of the case 1a of the game apparatus 1. As the game management device 2, the input device 5, the display 3, and the speaker 4, it is basically possible to use the techniques employed in conventional business game devices and home game devices.

Note that the term “game execution means” in the present application specification may vary depending on the context, but is generally used for the function realized by the execution of the game program under the control of the CPU and the execution of the function. Collectively refers to hardware air resources and software resources.

For details of the game device, refer to International Publication No. WO2008 / 123428 by the same applicant.

(Play card)
3A and 3B are diagrams showing an example of the configuration of the card 11 used in the game in the game apparatus 1, wherein FIG. 3A is a plan view and FIG. 3B is a cross-sectional view taken along line AA in FIG.

The size of the card 11 is 88 × 63 mm in length and width, and thickness is 0.3 to 0.4 mm. In FIG. 3B, the card 11 has a base 12 as a transparent member formed from a resin having transparency to visible light and infrared rays, such as polypropylene, polyethylene terephthalate (PET), polyvinyl chloride and the like. For example, a white printing layer 13 formed by applying a white paint, a color printing layer 14 formed by applying a color paint, and a varnish formed by applying a varnish on the front and back surfaces of the substrate. The coating layer 15 is laminated in this order. The configuration of the card 11 is not limited to the above.

The color print layer 14 formed on the front side of the card 11 is used for game characters and items used by the game characters in the game (including items that have special effects in the game, such as magic and special moves). A special background design (for example, snow falls) that is different from the background design originally set in the virtual space in which the game character moves in response to the player's input operation. A print layer formed by printing the game information visible under visible light, such as a special light effect on the stage where the game character appears, or the stage where the game character appears becomes gorgeous. It is.

Further, a code printing layer 16 is provided between the surface of the substrate 12 and the white printing layer 13.

In FIG. 3, the white print layer 13 and the color print layer 14 are provided on the entire surface, but are for illustrating the printing order. These prints are appropriately performed on the base 12 according to the print mode of the game information. You may select and print only a part. The color print layer 14 includes white or black. Further, the front surface and the back surface of the card 11 may be subjected to hologram processing that shines when the angle is changed.

When these prints are applied to a part of the front or back surface of the transparent substrate 12 even under visible light, the game information is transmitted through the transparent substrate 12 and visible to the player even if a plurality of cards 11 are stacked. (For example, weapons, armor, characters) can be arranged. By doing so, the player can align the front and back surfaces of the card without any particular consciousness.

The code print layer 16 is a print layer formed by printing the code pattern 16a. The code pattern 16a constituting the code print layer 16 is configured to include data related to the game information represented by the printing constituting the color print layer 14.

In the present embodiment, the code pattern 16a may employ visible ink, but for the purpose of preventing counterfeiting, a paint such as stealth ink having infrared absorptivity is printed in the same color as the code color. Is formed by a latent image pattern formed by coating the surface of the card 11 so that the code cannot be seen under visible light by printing on a portion where the code is not printed (a concealment process). ing.

As schematically shown in FIG. 3A, the code pattern 16a is composed of a combination of codes arranged in a line along the front edge of the card 11. In the present embodiment, the respective codes constituting the code pattern 16a extend 3 mm from the front end of the card 11 toward the rear side. The thickness of the printing surface is approximately 0.01 mm for infrared absorbing ink, 0.01 mm for the white printing layer and color printing, and 0.015 mm for the varnish applied to the surface. Depending on the type of ink, the thickness can be changed by adjustment at any time.

For details of the card, refer to International Publication No. WO2008 / 123428 by the same applicant.

(Card reader)
Next, the card reader 6 that reads the code pattern 16a represented on the card 11 will be described. FIG. 4 is a diagram illustrating an example of the configuration of the card reader 6.

As shown in FIG. 4, the card reader 6 includes a card insertion slot 61 that opens in the housing 1 a of the game apparatus 1, a card bundle recognition sensor 62, a light emitting element 63, a camera 64 that is an imaging unit, and a camera. And card data identification means 65 that performs image processing of the image captured at 64 and analyzes and identifies the data represented by the code pattern 16a.

The card bundle recognition sensor 62 is a photoelectric sensor composed of a light emitting unit and a light receiving unit, and the card bundle 10 is inserted when the card bundle 10 is inserted into the card insertion slot 61 to prevent light reception by the light receiving unit. Detection is performed. The card bundle recognition sensor 62 is not limited to a photoelectric sensor, and for example, a limit switch may be used.

The light emitting element 63 is an infrared lamp, and emits infrared light when it is lit. The camera 64 has a built-in CCD image sensor 643 that is sensitive to infrared light, and picks up an image when the infrared light enters the light receiving surface of the CCD image sensor 643 through the camera lens 641.

Note that the camera 64 may be provided with, for example, a CMOS image sensor as long as it has sensitivity to infrared rays. The light emitting element 63 is a light source that emits light toward the plurality of card bundles 10 attached to the card insertion slot 61. The light emitting element 63 can be moved as long as the camera 64 can capture the code pattern 16a. In other words, the position and the number of the light emitting elements 63 can be changed at any time in order to obtain an appropriate light emission amount for reading the code pattern 16a in the camera 64.

The resolution of the CCD image sensor 643 provided in the camera 64 is required to be a resolution that allows code reading, such as 672 × 512 pixels or 512 × 480 pixels. The distance between the camera 64 and the front edge of the card bundle 10 is determined by the focal length of the camera lens 641 provided in the camera 64.

FIG. 5 is a view showing a state in which the card 11 is inserted into the card insertion slot 61. The card 11 to be read by the card reader 6 can be inserted into the card insertion slot 61 as a bundle of cards 10 bundled by the number of sheets read at a time as shown in FIG. Each card 11 constituting the card bundle 10 is mounted with its left and right side surfaces regulated by the left and right wall surfaces of the card insertion slot 61.

A pressing plate (not shown) is provided on the rear wall of the card insertion slot 61 via a spring member. The pressing plate (not shown) is biased toward the front wall of the card insertion slot 61 by a spring member, and is biased by the spring member by the pressing force applied from the card 11 inserted into the card insertion slot 61. Move against the front wall.

The end of the pressing plate located on the open end side of the card insertion slot 61 is bent toward the front wall side, and the card 11 is guided into the card insertion slot 61 by this bent portion. The card 11 inserted into the card insertion slot 61 is pressed from the rear wall side to the front wall side by the pressing plate, and movement in the card insertion slot 61 is restricted. The card insertion slot 61 constitutes a card mounting means for mounting a plurality of cards 11 together with the pressing plate.

FIG. 6 is a diagram showing a hardware configuration of the card reader 6 (card data identification means 65).

As shown in FIG. 6, the card reader 6 includes a CPU 651 that executes processing such as control of game progress, a RAM 652 that is used by the control program for data processing, and various control programs that control read operations. A program ROM 653 that stores information in advance, a BOOTROM 654 that stores a startup program for starting the control program in advance, and a communication I / F 655 for performing transmission and reception of signals between the interface 24 provided in the game management device 2; The light emitting element driving circuit 656 for driving the light emitting element 63 described above, the camera driving circuit 657 for driving the camera 64 described above, a bus arbiter 658 for controlling transmission / reception of signals between the circuits, and a clock pulse are not shown. And a timer circuit. The communication I / F 655 is connected to the interface 24 included in the game management device 2 via a cable, and the card reader 6 can be detached from the game management device 2 by attaching or detaching the cable or the like.

The bus arbiter 658 is a DMA controller. Transmission of image data from the camera 64 to the RAM 652 is performed by the control of the bus arbiter 658 without going through the CPU 651. The bus arbiter 658 is connected to each circuit provided in the card reader 6 via a bus, and controls transmission / reception of signals between the circuits via the bus. That is, a signal output from each circuit provided in the card reader 6 is transmitted to the bus arbiter 658 as a request signal including information indicating a transmission destination circuit. The bus arbiter 658 analyzes the input request signal and transfers the signal to the destination circuit. When there are a plurality of signals to be transferred using the same bus, the bus arbiter 658 preferentially transfers an input signal from a circuit having a high priority.

FIG. 7 is a diagram for explaining the positional relationship between the camera 64 constituting the card reader 6 and the card bundle 10 inserted into the card insertion slot 61.

The front side of the card bundle 10 inserted into the card insertion slot 61 is regulated by the bottom wall of the card insertion slot 61 so that the front side of each card 11 is aligned. The camera 64 is a position that is a predetermined distance away from the front surface of each card 11 that constitutes the card bundle 10 with respect to the card bundle 10 that is inserted into the card insertion slot 61 and is a position in which the side of the card bundle is viewed in front. To the back surface direction of each card 11 (downward direction in FIG. 6), and the light receiving surface of the CCD image sensor 643 is positioned parallel to the side surface of the card bundle 10 inserted into the card insertion slot 61. I am letting.

In addition, the camera 641 is positioned at the center of the card bundle 10 in the height direction between the camera lens 641 provided in the camera 64 and the side surface of the card bundle 10 inserted into the card insertion slot 61 to take an image. In this case, the imaging angle shift between the card 11 located on the front side and the back side (upper lower side in FIG. 6) of the card bundle 10 and the card 11 located in the center, and the front surface of each card 11 and the CCD A correction optical system 642 is provided for correcting a deviation of an angle with the light receiving surface of the image sensor 643 (an incident angle of light incident on the camera 641 when the light from the card bundle 10 is captured from the front by the camera 641). It has been.

The correction optical system 642 selects parallel light from among the bending optical system 644 that bends incident light from the side surface of the card bundle 10 in the direction of the light receiving surface of the CCD image sensor 643 and the light that is bent by the bending optical system 644. And a telecentric optical system 645 that leads to the light receiving surface of the CCD image sensor 643. In the correction optical system 642 of this embodiment, a prism is used as the bending optical system 644 and a Fresnel lens is used as the telecentric optical system 645, and the light is condensed on the light receiving surface of the CCD image sensor 643 by the Fresnel lens.

In this way, as shown in FIG. 7A, by imaging the bottom surface of the card bundle 10 from a predetermined angle (θ), each card constituting the card bundle 10 as shown in FIG. 7B. 11 is a captured image obtained by bundling the code print layers 16 at the bottom of the image forming apparatus. From this captured image, the order in which the cards 11 constituting the card bundle 11 are bundled and the code pattern of each card 11 are read.

For details of the card reader, see International Publication No. WO2008 / 123428 by the same applicant.

Further, the present invention is not limited to the above-described method as long as the device includes means necessary for carrying out the present invention.

(Outline of the game)
An outline of a game executed in the game device of the present embodiment will be described.

The game according to this embodiment is basically a battle game in which two players battle each other. The player includes a computer. Two players each generate their own game characters on the game, and these game characters compete in a virtual space on the game. One or more game characters may be generated at this time.

At the start of the game, the player generates his own game character using a play card. At that time, a plurality of cards used for the battle game are set for each player. The game device reads information for identifying each game card described on the game card by a reading device constituting the game device, and executes the game based on the information.

The game characters of each player play in a virtual space on the game. At the time of a battle, each player selects a card to attack from a plurality of set cards, and attacks the opponent's game character with the card. The attack is performed alternately by two players. Winning or losing is determined based on the hit points by the attack, the life of each player, the time limit, and the like.

Develop a game full of fun by devising the types and functions of game cards to generate game characters and devising the types and functions of cards used for attacks. In addition, by preparing an attractive game card, the player is given another enjoyment of collecting the game card.

In the game of the present embodiment, rush points that are generated based on the operation input of the player who is playing the game are introduced. A rush point is a point that is generated based on an evaluation of an operation input or the like of a player who is playing a game based on a predetermined standard. Rush points are accumulated for each player. When the accumulated rush point exceeds a predetermined threshold, a particularly powerful attack or a particularly strong defense is executed as a rush.

Conditions for generating rush points include the following.
(A) Select a card in hand.
(B) Select a card quickly.
(C) Decide on a fire (magic) for your opponent.
(D) The opponent's fire (magic) is repelled by the shield.
(E) Break the opponent's shield.
(F) A definitive attack or defense that is more effective than a normal attack that occurs at a specific rate succeeds.
(G) Use an item that adds the accumulation of rush points.
(H) Use a Special Move card that adds the accumulation of Rush Points.
(I) Select a secret type card type determined for each character. (J) Select an attack card such as “Kengo”, “Magic”, or “Shield”.
(K) Take damage.
(L) Time elapses.
(M) Replace the avant-garde and rear-guard.
(N) The turn gauge is full.
(O) When the opponent activates rush.
(P) When an opponent activates mystery.
(Q) The battle starts with the character having the individual ability to add the accumulation of rush points.

The predetermined threshold at which the rush is executed is set as a quota for each game character. A stronger game character has a higher quota, and in the case of rush, a stronger attack or defense is executed.

Note that the conditions for generating the rush point and the predetermined threshold value for executing the rush are not limited to the above specific example, and other conditions and threshold values may be set.

(Play card)
The game card 11 used in the game of the present embodiment will be described with reference to FIGS.

The game card 11 of the present embodiment is printed on a part of the front or back surface of a transparent base body 12 having a length of 88 mm and a width of 63 mm called a playing card size. Even if a plurality of game cards 11 are stacked, game information (for example, warriors, weapons, armor, etc.) can be arranged so as to be visible to the player through the transparent base 12.

As the game card 11, a warrior card 100 (FIG. 8) for setting a game character and an additional card for adding a function to the game character are prepared. As an additional card, for example, there are a weapon card 110 (FIG. 9) for adding a weapon to the game character, and a protective equipment card 120 (FIG. 10) for adding a protective equipment to the game character.

(Warrior card)
The warrior card 100 will be described with reference to FIG. FIG. 8A shows the “warrior card 01”, FIG. 8B shows the “warrior card 02”, and FIG. 8C shows the “warrior card 03”.

The structure of the warrior card 100 will be described. In the upper part of the warrior card 100, a character display field 101 is provided on which a warrior character and a character name are drawn.

At the center of the warrior card 100, at the bottom of the character display column 101, there is provided an attribute display column 102 for displaying character attributes such as character attributes, mysterious names, and norms.

At the bottom of the warrior card 100, a card display field 103 for displaying a plurality of cards for attack owned by the warrior is provided. Each of the attack cards is assigned a “number” and a “type”. The positions of these columns can be changed without departing from the spirit of the invention.

The “number” of the attack card is a key when selecting the attack card. In the present embodiment, numbers “1” to “6” are used. In the game in the present embodiment, when a plurality of attack cards are selected in succession, the “numbers” of the cards must be continuous according to a predetermined rule described later. In this embodiment, “numbers” are displayed, but “kana”, “kana”, “alphabet”, or “symbols” set in advance in a specific order as long as continuous associations are displayed. May be used.

The “type” of attack card determines the content of the attack. In this embodiment, “attack”, “fist solid”, “magic”, “shield”, and the like are used. These may be described in characters, or as shown in FIG. 8, may be displayed by a diagram or a symbol expressing their characteristics. Alternatively, as shown in FIG. 8, it is possible to omit the description in the case of “attack”, which means a normal attack described later, and display only “numbers” associated with “attack”.

“Attack” performs a standard strength attack. When “attack” is selected in succession, it is possible to perform attacks for the selected number of times. “Kengo” is an attack with a high attack power and destroys the shield described later, but is preferentially burned by “magic”. “Magic” is an attack that burns the enemy's hand and is repelled by the shield described below, but by burning the “Kengo” card with the highest priority from the displayed enemy hand, the opponent ’s strategy It becomes possible to disturb. The “Shield” can reduce damage by putting a shield around it, and is destroyed by the above-mentioned “Kengo”, but is invalidated by repelling the above-mentioned magic attack.

Cards of “Kengo”, “Magic” and “Shield” have a correlation, “Kengo” card destroys “Shield”, “Shield” repels “Magic”, “Magic” By burning the “Kengo” card with the highest priority, it becomes possible to have a strategy in each game.

Also, the attack cards are not limited to these, and there may be “speed” that expects the character's attack turn to come early and “item” cards that recover a specific HP. .

In this embodiment, “mystery” and “special move” are different concepts.

“Mystery” is a character's own special technique set in the warrior card 01, and when the rush point described later is accumulated, the character's unique quota in the rush sequence is achieved. This technique is activated.

“A Special Move” is activated when, for example, there is a special technique associated with the number “6” in a normal battle, the player simply selects the number “6”.

At the lower edge of the warrior card 100, there is provided a bar code field 104 on which a bar code for identifying a game card is drawn. The bar code column 104 is displayed so as to be visible in the present embodiment, but is printed with ink (for example, stealth ink) that is not visible under normal light, and has a specific wavelength in the reading unit. It may be made visible by applying the light.

The “warrior card 01” in FIG. 8 (a) is a play card of a warrior character called “knob”.

In the character display column 101, the character design is displayed, and the name of the warrior character “knob” is displayed.

In the attribute display field 102, “Fubu” is the name of the mystery that each character has, and “Kengo” is the attribute, “100” is the norm, “1250” is the physical strength (HP), A guideline of attack power when the mystery is actually activated is displayed in a simplified form with a star shape.

In the card display field 103, eight attacking cards are displayed. In the upper row, four cards of “1: Kengo”, “2: Attack”, “3: Attack”, “4: Attack” are displayed, and in the lower row, “1: Kengo”, “2 : Attack, “3: Attack”, and “4: Attack” are displayed.

In the barcode column 104, a barcode is drawn to identify the “warrior card 01”.

[Warrior card 02] in FIG. 8 (b) is a play card of a warrior character “Kuki”.

In the character display column 101, the character design is displayed, and the name of the warrior character “Kuki” is displayed.

In the attribute display column 102, “Wave”, “Magic” as an attribute, “40” as a norm, and “1200” as a physical strength (HP) are displayed as the mysterious name each character has. Has been.

In the card display field 103, eight attacking cards are displayed. The top row displays four cards: “1: Kengo”, “2: Magic”, “3: Attack”, “4: Attack”, and “1: Kengo”, “2” on the bottom row. : Attack, “3: Attack”, and “4: Attack” are displayed.

In the barcode column 104, a barcode is drawn to identify the “warrior card 02”.

[Warrior card 03] in FIG. 8 (c) is a play card of a warrior character called “Katsu”.

In the character display column 101, the character design and the name of the warrior character “Katsu” are displayed.

In the attribute display field 102, “Ikatsu” is the name of the mystery that is the unique killing technique possessed by each character, “Kengo” is the attribute, “70” is the norm, and “1200” is the physical strength (HP). It is displayed.

In the card display field 103, eight attacking cards are displayed. The top row displays four cards: “1: Kengo”, “2: Magic”, “3: Attack”, and “4: Kengo”, and the bottom row shows “1: Attack”, “2 : Attack, “3: Attack”, and “4: Attack” are displayed.

In the barcode column 104, a barcode is drawn to identify the “warrior card 03”.

(Weapon card)
The weapon card 110 will be described with reference to FIG. 9A shows a “weapon card 01”, FIG. 9B shows a “weapon card 02”, and FIG. 9C shows a “weapon card 03”.

The structure of the weapon card 110 will be described. At the top of the weapon card 110, a weapon display field 111 on which weapons are drawn is provided.

On the right side of the weapon card 110 and the right side of the weapon display column 111, an attribute display column 112 for displaying weapon attributes such as a weapon name and additional attack power is provided.

At the bottom of the weapon card 110, there is provided a card display field 113 for displaying an attack card to be added by this weapon card and an attack card to be changed.

The attack card to be added is displayed in the lower part of the area on the right side of the eight cards in the card display field 103 of the warrior card 100. This is because when the weapon card 110 is stacked on the warrior card 100, the attacking card to be added can be seen. Therefore, the non-printed portion of the weapon card 110 is preferably made of a transparent / opaque material so that it can be visually observed.

“Number” and “Type” are also assigned to the attack card to be added. “1” to “6” are used as the “number” of the attack card to be added. The “type” of the attacking card to be added is usually a special technique, and is displayed as a character on the right side of the card. This special technique is a special technique that is used in conjunction with “numbers” separately from the mystery that is unique to the character possessed by a warrior card. This “number” is selected in the battle scene described later. As a result, the character can execute the special technique.

The attack card to be changed is displayed at the position of the card to be changed among the cards in the lower row of the eight cards in the card display field 103 of the warrior card 100. This is because when the weapon card 110 is stacked on the warrior card 100, the attacking card to be changed can be seen.

A bar code field 114 on which a bar code for identifying a game card is drawn is provided at the lower edge of the weapon card 110. The bar code 104 is displayed so as to be visible in the present embodiment, but is printed with ink (for example, stealth ink) that is not visible under normal light, and has a specific wavelength in the reading unit. It may be made visible by applying light.

9 “A weapon card 01” in FIG. 9A is an additional card for the weapon “Gun”.

In the weapon display column 111, a figure of a weapon (gun) “gun” is displayed.

In the attribute display column 112, “Gun” is displayed as the weapon name and “950” is displayed as the additional attack power.

In the card display column 113, one card with the number “6” is displayed in the lower row as the attacking card to be added, and “Survey” is displayed on the right side. Further, as the attacking card to be changed, a card “3: Magic” is displayed at the position of the third card from the left in the lower row.

In the bar code column 114, a bar code is drawn to identify the “weapon card 01”.

“Weapon card 02” in FIG. 9B is an additional card for the weapon “Katana”.

In the weapon display column 111, a figure of a weapon (sword) “KATANA” is displayed.

In the attribute display column 112, “KATANA” is displayed as the weapon name, and “850” is displayed as the additional attack power.

In the card display column 113, one card of the number “5” is displayed in the lower row as an attacking card to be added, and “Skills” is displayed on the right side thereof. Further, as the attacking cards to be changed, the cards “1: Kengo” and “2: Magic” are displayed at the positions of the first and second cards from the left in the lower row.

In the bar code column 114, a bar code is drawn to identify the “weapon card 02”.

“Weapon card 03” in FIG. 9C is an additional card for the weapon “bow and arrow”.

In the weapon display column 111, a figure of a weapon (bow and arrow) “bow and arrow” is displayed.

In the attribute display field 112, “bow and arrow” is displayed as the weapon name, and “950” is displayed as the additional attack power.

In the card display column 113, one card with the number “1” is displayed in the lower row as an attacking card to be added, and “Successful technique” is displayed on the right side thereof. Furthermore, a card “1: Shield” is displayed at the position of the first card from the lower left as the attacking card to be changed.

In the bar code column 114, a bar code is drawn to identify “weapon card 03”.

(Armor card)
The armor card 120 will be described with reference to FIG. 10A shows the “protector card 01”, FIG. 10B shows the “protector card 02”, and FIG. 10C shows the “protector card 03”.

The structure of the armor card 120 will be described. In the upper part of the armor card 120, an armor display field 121 on which the armor is drawn is provided.

On the left side of the armor card 120 and on the left side of the armor display field 121, an attribute display field 122 for displaying armor attributes such as armor name and additional defense power is provided. The attribute display column 122 is provided at a position where the contents of the attribute display column 122 can be visually observed when the armor card 120 is further stacked on the warrior card 100 and the weapon card 110.

At the bottom of the armor card 120, a card display field 123 is provided for displaying an attack card to be added by the armor card and an attack card to be changed.

The attack card to be added is displayed in the upper part of the area on the right side of the eight cards in the card display field 103 of the warrior card 100. This is because when the armor card 120 is further stacked on the warrior card 100 and the armor card 120 is further stacked, the added attack card can be seen. Therefore, the non-printed portion of the weapon card 110 is preferably made of a transparent / opaque material so that it can be visually observed.

“Number” and “Type” are also assigned to the attack card to be added. “1” to “6” are used as the “number” of the attack card to be added. The “type” of the attacking card to be added is usually a special technique (a powerful armor) and is displayed as a character on the right side of the card. This special technique is a special technique that is used in conjunction with “numbers” separately from the mystery that is unique to the character possessed by a warrior card. This “number” is selected in the battle scene described later. As a result, the character can execute the special technique.

The attack card to be changed is displayed at the position of the card to be changed among the lower cards of the eight cards in the card display field 103 of the warrior card 100. This is because when the armor card 110 is further stacked on the warrior card 100 and the armor card 120 is further stacked, the attacking card to be changed can be seen.

A bar code field 124 in which a bar code for identifying a game card is drawn is provided at the lower edge of the armor card 120. The bar code column 124 is displayed so as to be visible in the present embodiment, but is printed with ink (for example, stealth ink) that is not visible under normal light, and has a specific wavelength in the reading unit. It may be made visible by applying the light.

“Armor card 01” in FIG. 10A is an additional armor card called “armor”.

In the armor display column 121, a diagram of armor “armor” is displayed.

In the attribute display field 122, “armor” is displayed as the armor name, and “350” is displayed as the additional defense power.

In the card display field 123, as a card for attack to be added, a single card with the number “5” is displayed in the upper row, and “Skills A” is displayed on the right side thereof. Further, as the attack cards to be changed, the cards “3: magic” and “4: shield” are displayed at the positions of the third and fourth cards from the left in the upper row.

In the bar code column 124, a bar code is drawn to identify the “armor card 01”.

“Armor card 02” in FIG. 10 (b) is an additional card for the armor “Military”.

In the armor display field 121, a diagram of armor (military) “army” is displayed.

In the attribute display field 122, “Army” as the armor name and “350” as the additional defense power are displayed.

In the card display field 123, as an attack card to be added, a single card with a number “2” is displayed in the upper row, and “deadly skill a” is displayed on the right side thereof. Further, as the attack cards to be changed, the cards “2: Shield” and “3: Shield” are displayed at the positions of the second and third cards from the lower left.

In the barcode field 124, a barcode is drawn to identify the “armor card 02”.

“Armor card 03” in FIG. 10 (c) is an additional card for the armor “Amulet”.

In the armor display column 121, a figure of a “talisman” armor (amulet) is displayed.

In the attribute display field 122, “Amulet” as the armor name and “400” as the additional defense power are displayed.

In the card display field 123, as an attack card to be added, one card “5” is displayed in the upper row, and “Survey” is displayed on the right side. Further, as the attacking card to be changed, a card “3: Shield” is displayed at the position of the third card from the left in the upper row.

In the barcode field 124, a barcode is drawn to identify the “armor card 03”.

(Card data table)
In the game apparatus 1 of the present embodiment, a card data table for storing original data of each game card is prepared in order to execute a game.

The card data table includes three card data tables 150, 160, and 170 as shown in FIGS. 11 to 13 depending on the type of game card 11 (warrior card 100, weapon card 110, armor card 120). Yes.

The card data tables 150, 160, and 170 are stored in the program memory (ROM) 22 of the game management device 2, and are loaded into the data memory (RAM, Flash ROM) 23 when the game program is executed.

FIG. 11 is a card data table 150 of the warrior card 100.

In the card data table 150 of the warrior card 100, as shown in FIG. 11, a card ID field, a military commander (character) field, an attribute field, a quota field, a physical strength field, an attack power field, a defense power field, an attack card field (10 Sheet), a mystery column, and a mysterious attack power column. Each of the ten attack card fields has a number field and a type field. In the present embodiment, 10 sheets are described, but the number is not limited to 10.

For example, a warrior card 01 with a card ID “warrior 01” has “knob” written in the warrior (character) column, “kengo” in the attribute column, “100” in the quota column, and physical strength “1250” is written in the column, and “1: Kengo”, “2: Attack”, “3: Attack”, “4: Attack”, “1: Attack”, “2: Attack”, “3: Attack”, “4: Kengo”, “/: /”, “/: /”, “Hub” in the mystery column, “ 800 ".

In this figure, “/” means that there is no setting in the card table. Further, this mysterious attack power column is displayed in a simplified manner in the warrior card 100 in terms of the number of stars. In the case of “Warrior 01”, since the mysterious attack power is “800”, “8” is displayed as the number of black stars, and after achieving the “norma” imposed by the character, If a mystery “Hub” is activated, a powerful technique will be activated.

In addition, the warrior card 02 with the card ID “warrior 02” is written “Kuki” in the warrior (character) column, “magic” in the attribute column, “40” in the quota column, and the physical strength column. Is marked with "1200", and "1: Shield", "2: Magic", "3: Attack", "4: Attack", "1: Attack", "2" : Attack, “3: Attack”, “4: Magic”, “/: /”, “/: /”, “Wave” in the mystery column, “400” in the mystery attack power column It is written.

Also, the warrior card 03 with the card ID “warrior 03” has “Katsu” written in the warrior (character) column, “Kengo” in the attribute column, “70” in the quota column, and physical strength “1200” is written in the column, “1: Kengo”, “2: Kengo”, “3: Attack”, “4: Attack”, “1: Attack” in the attack card column (for 10 cards). , “2: Attack”, “3: Attack”, “4: Kengo”, “/: /”, “/: /”, “Ikatsu” in the mystery column, and “Mystery” in the mystery attack power column “600” is written.

Thereafter, the predetermined data is stored in the same manner for the warrior cards whose card ID is “warrior 04” or later.

Note that the warrior card 07 with the card ID “warrior 07” is a warrior card given as a standard to a player who does not have the warrior card 100. It is the weakest warrior card in both attack and defense.

The warrior card 07 whose card ID is “warrior 07” is marked with “Ashigal” in the warrior (character) column, “Kengo” in the attribute column, “15” in the quota column, and in the physical strength column. “900” is written, and “1: Attack”, “2: Magic”, “3: Attack”, “4: Attack”, “1: Attack”, “2: “Kengo”, “3: Attack”, “4: Attack”, “/: /”, “/: /”, “Tetsugeki” in the mystery column, “350” in the mystery attack power column It is written.

FIG. 12 is a card data table 160 of the weapon card 110.

In the card data table 160 of the weapon card 110, as shown in FIG. 12, a card ID field, a weapon type field, an attribute field, an additional normal field, an additional physical strength field, an additional attack power field, an additional defense power field, an attack card. A column (for 10 sheets) is provided. Each of the ten attack card fields has a number field and a type field. In the present embodiment, 10 sheets are described, but the number is not limited to 10.

For example, a weapon card 01 with a card ID of “weapon 01” has “gun” written in the weapon type column, “950” in the additional attack column, and “/” in the attack card column (for 10 cards). : /, “/: /”, “/: /”, “/: /”, “1: /”, “2: /”, “3: Magic”, “4: /”, “/: / "," 6: Special Move ". As can be seen from the fact that there is no setting to display “5” on this card, depending on the combination of cards in this game, the numbers may not necessarily be consecutive from “1” to “6”.

Also, the weapon card 02 with the card ID “weapon 02” has “katana” written in the weapon type column, “850” written in the additional attack column, and “/” in the attack card column (for 10 cards). : / ”,“ /: / ”,“ /: / ”,“ /: / ”,“ 1: Fenggo ”,“ 2: Magic ”,“ 3: / ”,“ 4: / ”,“ /: / "," 5: Special Moves ".

Also, the weapon card 02 with the card ID “weapon 03” is marked with “bow and arrow” in the weapon type column, “950” in the additional attack column, and “/” in the attack card column (for 10 cards). : /, “/: /”, “/: /”, “/: /”, “1: Shield”, “2: /”, “3: /”, “4: /”, “/: / "," 1: Special Moves ".

Thereafter, predetermined data is also stored in the same manner for weapon cards whose card ID is “weapon 04” or later.

The weapon card 07 with the card ID “weapon 07” is a weapon card that is given as a standard to a player who does not have the weapon card 110. It is the weakest weapon card for both attack and defense.

A weapon card 07 with a card ID of “weapon 07” is marked with “Combo” in the weapon type field, “800” in the additional attack field, and “/: /” in the attack card field (for 10 cards). ”,“ /: / ”,“ /: / ”,“ /: / ”,“ 1: / ”,“ 2: / ”,“ 3: Kengo ”,“ 4: / ”,“ /: / ” , "1: Special move" is written.

FIG. 13 is a card data table 170 of the armor card 120.

In the card data table 170 of the armor card 120, as shown in FIG. 13, a card ID field, an armor type field, an attribute field, an additional normal field, an additional physical strength field, an additional attack power field, an additional defense power field, an attack card A column (for 10 sheets) is provided. Each of the ten attack card fields has a number field and a type field. In the present embodiment, 10 sheets are described, but the number is not limited to 10.

For example, the armor card 01 with the card ID “armor 01” is described as “armor” in the armor type field, “350” in the additional defense field, and “10” in the attack card field (for 10 cards). 1: / ”,“ 2: / ”,“ 3: Magic ”,“ 4: Shield ”,“ /: / ”,“ /: / ”,“ /: / ”,“ /: / ”,“ 5: Special Moves A "and" /: / "are written. As can be seen from the fact that there is no setting for displaying “6” on this card, the number may not always be consecutive from “1” to “6” depending on the combination of cards in this game.

In addition, the armor card 02 with the card ID “armor 02” has “Army” in the armor type field, “350” in the additional defense field, and “10” in the attack card field. 1: / ”,“ 2: Shield ”,“ 3: Shield ”,“ 4: / ”,“ /: / ”,“ /: / ”,“ /: / ”,“ /: / ”,“ 5: "Death technique" and "/: /" are written.

Also, the armor card 03 with the card ID “armor 03” has “Amulet” written in the armor type field, “400” in the additional defense field, and “10” in the attack card field. 1: / ”,“ 2: / ”,“ 3: Shield ”,“ 4: / ”,“ /: / ”,“ /: / ”,“ /: / ”,“ /: / ”,“ 1: Special Moves "and" /: / "are written.

Thereafter, the predetermined data is similarly stored for the armor cards whose card ID is “armor 04” or later.

In addition, the armor card 07 with the card ID “armor 07” is a armor card given as a standard to a player who does not have the armor card 120. It is the weakest armor card for both attack and defense.

The armor card 07 with the card ID “Armor 07” has “Nabe no lid” in the armor type field, “300” in the additional attack field, and “1” in the attack card field (for 10 cards). : /, “2: Shield”, “3: /”, “4: /”, “/: /”, “/: /”, “/: /”, “/: /”, “/: / "6: Special Move".

(Generation of game characters with play cards)
As described above, the game apparatus 1 according to the present embodiment can recognize the card bundle 10 in which a plurality of game cards 11 are bundled. It is possible to recognize the card ID of each game card 11 constituting the card bundle 10 and the order in which the game cards 11 are stacked.

In the game according to the present embodiment, using the function of the game apparatus 1, the warrior card 100, the weapon card 110, and the armor card 120 are bundled, and a game character is created by the bundle 10 of the play cards.

The generation of the game character by the play card bundle 10 will be described with reference to FIGS.

(Warrior card 01 + weapon card 01 + armor card 01)
A case where the player uses the “warrior card 01”, the “weapon card 01”, and the “armor card 01” to recognize these three game cards 11 in a bundle will be described with reference to FIGS.

FIG. 14 shows the appearance of a bundle 10 of game cards in which “warrior card 01”, “weapon card 01”, and “armor card 01” are superimposed, and FIG. 15 shows game character data by the bundle 10 of game cards. Show.

As shown in FIG. 14, when “warrior card 01” (FIG. 14A), “weapon card 01” (FIG. 14B) and “armor card 01” (FIG. 14C) are overlapped. Since each game card 11 is printed on a part of the transparent substrate 12, as shown in FIG. 14 (d), the game card 11 is a game card having an appearance in which these game cards 11 are superimposed. Therefore, normally, by placing the “warrior card” at the bottom and overlaying the “weapon card” and “armor card” on top of each other, the player can instantly install the weapons and armor that each character equips. In addition to being able to understand, not only HP, defense power, and attack power but also the data necessary for the battle in this game such as mystery can be viewed at a time.

At the top of the bundle 10 of play cards, the warrior character of “warrior card 01” can be seen as a game character with the weapon of “weapon card 01” and the armor of “armor card 01”.

In the central portion of the bundle 10 of game cards, “knob” which is the name of the warrior (character) described in “warrior card 01” is described, and the attribute display column 102 has a unique character that each character has. “Hub” is displayed as the name of the mystery that is a special technique, “Kengo” is the attribute, “100” is the norm, and “1250” is the physical strength (HP).

In the right side and the center of the bundle 10 of play cards, an attribute display column 112 of “weapon card 01” (“Gun” as the weapon name and “950” as the additional attack power) is displayed.

On the left side and the center of the bundle 10 of play cards, an attribute display column 122 (“Armor” as the armor name and “350” as the additional defense power) is displayed.

At the bottom of the bundle 10 of play cards, a card display column 103 of “warrior card 01”, a card display column 113 of “weapon card 01” and a card display column 123 of “armor card 01” are superimposed. The attack card is displayed. On the top row, five cards are displayed: “1: Kengo”, “2: Attack”, “3: Magic”, “4: Shield”, and “5: Special Move”. Five cards of “1: Attack”, “2: Attack”, “3: Magic”, “4: Kengo”, and “6: Special Move” are displayed.

The game character data by the “warrior card 01”, “weapon card 01” and “armor card 01” is as shown in the card data table shown in FIG.

In other words, “warrior 01 + weapon addition 01 + armor addition 01” is written in the card ID column, “knob” is written in the warrior (character) column, “kengo” is written in the attribute column, and “100” is written in the quota column. ”,“ 1250 ”in the physical strength column,“ 950 ”in the attack strength column,“ 350 ”in the defense strength column, and“ 1: ”in the attack card column (for 10 cards). “Kengo”, “2: Attack”, “3: Magic”, “4: Shield”, “1: Attack”, “2: Attack”, “3: Magic”, “4: Kengo”, “5: Special Move A "and" 6: Special Move A "are written," Fubu "is written in the mystery column, and" 800 "is written in the Mystery Attack Power column.

(Warrior card 02 + weapon card 02)
A case where the player does not own an armor card and uses the “warrior card 02” and the “weapon card 02” to recognize these two game cards 11 in a bundle will be described with reference to FIG.

FIG. 16 (a) shows game character data combining the “warrior card 02” and the “weapon card 02”. Based on the data in the card data tables 150 and 160 shown in FIGS.

“Warrior 02 + Weapon addition 02” is written in the card ID column, “Kuki” is written in the warrior (character) column, “Magic” is written in the attribute column, “40” is written in the quota column, and physical strength “1200” is written in the column, “850” is written in the attack power column, nothing is written in the defense power column, “1: Shield”, “2: Magic” is written in the attack card column (for 10 cards). ”,“ 3: Attack ”,“ 4: Attack ”,“ 1: Kengo ”,“ 2: Magic ”,“ 3: Attack ”,“ 4: Magic ”,“ /: / ”,“ 5: Special move ”,“ Wave ”in the mystery column, and“ 400 ”in the mystery attack power column.

In the present embodiment, a “protector card 07” is given to a player who does not have an armor card as a standard, and the game character data is completed as shown in FIG. Based on the data of the card data table 170 shown in FIG. Therefore, in this embodiment, when there are missing cards, a standard play card is equipped so that there is not much difference in a battle with a player having all kinds of play cards. However, even if there are insufficient play cards, the game can be continued as it is.

“Warrior 02 + Weapon addition 02 + Armor 07” is written in the card ID column, “Kuki” is written in the warrior (character) column, “Magic” is written in the attribute column, and “40” is written in the quota column. , “1200” is written in the physical strength column, “850” is written in the attack strength column, “300” is written in the defense strength column, “1: Shield”, “ 2: “Shield”, “3: Attack”, “4: Attack”, “1: Kengo”, “2: Magic”, “3: Attack”, “4: Magic”, “6: Special Move”, “5: Special Move” is written, “Wave” is written in the mystery column, and “400” is written in the Mystery attack power column. Among the numbers 1 to 10 that indicate the number of numbers, “2: Magic” described in the number 2 has been changed to “2: Shield” because the number of cards 2 is the position of the number 2 This means that the attribute associated with the number “2” in FIG. Therefore, by superimposing cards, the character is not simply reinforced, but the attribute associated with the “number” changes depending on the combination method of overlapping cards, making it possible to attack with more strategy Become.

(Warrior card 03)
With reference to FIG. 17, a case will be described in which the player has no weapon card or armor card and uses only the “warrior card 03” to recognize the game card 11.

FIG. 17A shows the game character data of “warrior card 03”. Based on the data of the card data table 150 shown in FIG.

“Warrior 03” is written in the card ID column, “Katsu” is written in the warrior (character) column, “Kengo” is written in the attribute column, “70” is written in the quota column, and “Health” column is written. “1200” is written, nothing is written in the attack power column, nothing is written in the defense strength column, “1: Kengo”, “2: Kengo” is shown in the attack card column (for 10 cards). , “3: Attack”, “4: Attack”, “1: Attack”, “2: Attack”, “3: Attack”, “4: Kengo”, “/: /”, “/: /” Written in the mystery column and "600" in the mystery attack power column.

In the present embodiment, a “weapon card 07” is given to a player who does not have a weapon card as a standard, and a “protector card 07” is given as a standard to a player who does not have a protective card, as shown in FIG. As shown in b), the game character data is completed. Based on the data in the card data tables 160 and 170 shown in FIGS.

The card ID field is marked “Warrior 03 + Additional 07 + Armor 07”, the warrior (character) field is marked “Katsu”, the attribute field is marked “Kengo”, and the quota field is marked “70”. , “1200” is written in the physical strength column, “800” is written in the attack strength column, “300” is written in the defense strength column, “1: fistula” in the attack card column (for 10 cards), “2: Shield”, “3: Attack”, “4: Attack”, “1: Attack”, “2: Attack”, “3: Kengo”, “4: Kengo”, “6: Special Move” ”,“ 1: Special Move ”,“ Ikatsu ”in the mystery column, and“ 600 ”in the mystery attack power column.

(Weapon card 01)
Referring to FIG. 18, a case where the player does not own a warrior card or an armor card and uses only “weapon card 01” to recognize the game card 11 will be described.

FIG. 18A shows game character data of “weapon card 01”. Based on the data of the card data table 160 shown in FIG.

“Weapon addition 01” is written in the card ID column, nothing is written in the military commander (character) column, nothing is written in the attribute column, nothing is written in the quota column, and nothing is written in the physical strength column “950” is written in the attack power column, nothing is written in the defense power column, and “1: Attack”, “2: Attack”, “3: Attack” is written in the attack card column (10 cards). , “4: Attack”, “1: Attack”, “2: Attack”, “3: Magic”, “4: Attack”, “/: /”, “6: Special Move”, mysterious column Nothing is written in, and nothing is written in the mysterious attack power column.

In this embodiment, a “warrior card 07” is given to a player who does not have a warrior card as a standard, and a “protector card 07” is given to a player who does not have a guard card as a standard. As shown in b), the game character data is completed. Based on the data in the card data tables 150 and 170 shown in FIGS.

“Weapon addition 01 + warrior 07 + protector 07” is written in the card ID column, “Ashigal” is written in the warrior (character) column, “Kengo” is written in the attribute column, and “15” is written in the quota column. “900” is written in the physical strength column, “950” is written in the attack strength column, “300” is written in the defense strength column, “1: Attack” is written in the attack card column (for 10 cards), “2: Shield”, “3: Attack”, “4: Attack”, “1: Attack”, “2: Kengo”, “3: Magic”, “4: Attack”, “6: Special Move” , “6: Special Move”, “Tatsugeki” in the mystery column, and “300” in the mystery attack power column.

(Player data table)
In the game apparatus 1 of the present embodiment, a player data table for storing data of each player is prepared in order to execute the game.

As the player data table, player data tables 200, 210, and 220 as shown in FIGS. 19, 20, and 21 are prepared for the 1P player, the 2P player, and the COM player. The battle game by the game apparatus 1 of the present embodiment is executed based on these player data tables 200, 210, and 220.

The 1P player is a player who operates the input device 5 and the card reading device 6 on the right side of the game apparatus 1 shown in FIG. The 2P player is a player who operates the input device 5 and the card reading device 6 on the left side of the game apparatus 1. The COM player is a computer-controlled virtual player set in the game apparatus 1.

(1P player data table)
FIG. 19 shows a 1P player data table 200.

The 1P player data table 200 includes a character field, an attribute field, a quota field, a physical strength (HP: hit point) field, an additional physical strength field, an attack power field, a mystery field, a mysterious attack power field, and a random value to be added to the mysterious attack power. Field, defense field, character speed field, character speed addition field, card data field that can be changed by the player (for 10 cards), and card data field that the player cannot change (for 9 cards). . The card data column is limited to 19 cards, but this number can be changed depending on the type of game.

The 1P player bundles three game cards 11 of “warrior card 01”, “weapon card 01”, and “armor card 01” and recognizes them by the card reader 6 on the right side of the game apparatus 1 shown in FIG. To do. The game character data is as shown in the card data table shown in FIG. 15, and accordingly, data as shown in FIG. 19 is stored in the 1P player data table 200.

“Knob” is stored in the character column, “Kengo” is stored in the attribute column, “100” is stored in the normal column, “1250” is stored in the physical strength (HP) column, and the attack power “950” is stored in the column, “Fubu” is stored in the mystery column, “800” is stored in the mysterious attack strength column, and “± 50” is stored in the random value column to be added to the mysterious attack strength. “350” is stored in the defense level column, and “3” is stored in the character speed column. In the card data column (for 10 cards) that can be changed by the player, “1: Fenggo”, “2: Attack”, “3: Magic”, “4: Shield”, “1: Attack”, “2: “Attack”, “3: Magic”, “4: Kengo”, “5: Special Move”, “6: Special Move” are stored in the card data column (9 cards) that cannot be changed by the player. Are “1: Attack”, “2: Attack”, “3: Attack”, “1: Attack”, “2: Attack”, “3: Attack”, “1: Attack”, “2: Attack”, “3: Attack” is stored. The additional physical strength column and speed addition are blank at the present time, but are used when additional physical strength and speed addition are required due to game development.

(2P player data table)
FIG. 20 shows a 1P player data table 210.

Similarly to the 1P player data table 200, the 2P player data table 210 includes a character field, an attribute field, a quota field, a physical strength (HP: hit point) field, an additional physical strength field, an attack power field, a mystery field, and a mysterious attack power field. , Random value field to be added to the mysterious attack power, defense power field, character speed field, character speed addition field, card data field that can be changed by the player (for 10 cards), card data field that the player cannot change ( 9 sheets) are provided.

The 2P player bundles three game cards 11 of “warrior card 02”, “weapon card 02”, and “armor card 02” and recognizes them by the card reader 6 on the left side of the game apparatus 1 shown in FIG. To do. Based on the card data tables 150, 160, and 170 shown in FIGS. 11 to 13, data as shown in FIG. 20 is stored in the 2P player data table 210.

“Kuki” is stored in the character field, “magic” is stored in the attribute field, “40” is stored in the quota field, “1200” is stored in the physical strength (HP) field, and the attack power field “850” is stored, “Wave” is stored in the mystery column, “500” is stored in the mystery attack strength column, and “± 50” is stored in the random value column to be added to the mysterious attack strength. Then, “350” is stored in the defense field, and “3” is stored in the character speed field. In the card data column (for 10 cards) that can be changed by the player, “1: Shield”, “2: Shield”, “3: Shield”, “4: Attack”, “1: Fistula”, “2: “Magic”, “3: Attack”, “4: Magic”, “2: Special Moves”, “5: Special Moves” are stored in the card data column (9 cards) that the player cannot change. , “1: Attack”, “2: Attack”, “3: Attack”, “1: Attack”, “2: Attack”, “3: Attack”, “1: Attack”, “2: Attack”, “ 3: Attack "is stored. The additional physical strength column and speed addition are blank at the present time, but are used when additional physical strength and speed addition are required due to game development.

(COM player data table)
FIG. 21 shows the COM player data table 220.

Similar to the 1P player data table 200 and the 2P player data table 210, the COM player data table 220 includes a character field, an attribute field, a quota field, a physical strength (HP: hit point) field, an additional physical strength field, an attack power field, and a mystery. Field, mysterious attack power field, random value field to be added to the mysterious attack power, defense power field, character speed field, character speed addition field, card data field that can be changed by the player (for 10 cards), player unchangeable Possible card data columns (for 9 cards) are provided.

It is assumed that the virtual COM player selects three game cards 11 of “warrior card 04”, “weapon card 04” and “armor card 04” under the control of the game management device 2 of the game device 1. . Data shown in FIG. 21 is stored in the COM player data table 220 based on the card data tables 150, 160, and 170 shown in FIGS.

“Malo” is stored in the character field, “shield” is stored in the attribute field, “25” is stored in the normal field, “1150” is stored in the physical strength (HP) field, and the attack power field “900” is stored in the secret column, “Attack Special” is stored in the secret column, “300” is stored in the secret attack strength column, and “± 50” is stored in the random value column to be added to the secret attack strength. “350” is stored in the defense level column, and “3” is stored in the character speed column. In the card data column (for 10 cards) that can be changed by the player, “1: Kengo”, “2: Attack”, “3: Kengo”, “4: Shield”, “1: Attack”, “2” : “Kengo”, “3: Kengo”, “4: Shield”, “5: Special Moves”, “6: Special Moves”, and the card data column (9 cards) that cannot be changed by the player ) Includes "1: Attack", "2: Attack", "3: Attack", "1: Attack", "2: Attack", "3: Attack", "1: Attack", "2: Attack" "3: Attack" is stored. The additional physical strength column and speed addition are blank at the present time, but are used when additional physical strength and speed addition are required due to game development.

(Card game)
A card battle game method will be described with reference to FIGS.

When a player generates his / her game character using a play card, a plurality of card sets (card decks) used for the battle game are set for each player at the same time.

The game characters of each player play in a virtual space on the game. At the time of the battle, each player selects a card to be used for the attack from the four cards that are selected by the device from the set card deck and sequentially displayed, and selects the opponent's game character by selecting the card. Attack. The attack is performed alternately by two players. Winning or losing is determined based on the hit points by the attack, the life of each player, the time limit, and the like.

(Card deck)
As shown in FIG. 22, a set of a plurality of cards (card decks) used by each player in the battle game is a card data column (for 10 cards) that can be changed by the player in the player data tables 200, 210, and 220. A total of 19 cards stored in a card data column (for 9 cards) that cannot be changed by the player.

For example, in the case of the 1P player data table 200 shown in FIG. 19, ten cards described in the card data column that can be changed by the player (see FIG. 22 (a): “1: Kengyo”, “2: "Attack", "3: Magic", "4: Shield", "1: Attack", "2: Attack", "3: Magic", "4: Kengo", "5: Special Move", "6 : Special Move ") and nine cards described in the card data column that cannot be changed by the player (see FIG. 22B:" 1: Attack "," 2: Attack "," 3: Attack ") , “1: Attack”, “2: Attack”, “3: Attack”, “1: Attack”, “2: Attack”, “3: Attack”) are combined as shown in FIG. This card is a card deck used by the 1P player.

(Select attack card)
When the 19 attack cards constituting each player's card deck are determined, the cards in the card deck are then shuffled to determine the order in which the attack cards are distributed.

As shown in FIG. 23A, the shuffled card deck is displayed as if it were placed at a predetermined position in the game screen, and four attack cards are put into play in order from the top of the card deck. Distributed. The next attack card to be distributed is displayed on the top of the card deck.

Each player selects an attack card to be used for the attack from the four cards distributed to the field using the instruction button of the input device 5. If the selected attack card is a card that can be selected based on a predetermined rule described later, it is registered as the current attack card. Then, the top card of the card deck is automatically distributed to the place where the selected attack card was found.

There are predetermined rules for the player to select an attack card. Only when the attack card's “number” increases by one, it can be selected continuously.

In the card deck, as shown in FIG. 22, attack cards with numbers “1” “2” “3” “4” “5” “6” are included, but numbers “1” “2” “ There are 5 attack cards of 3 ”, 2 attack cards of number“ 4 ”, and 1 attack card of numbers“ 5 ”and“ 6 ”, respectively.

In the specific example of FIG. 23B, registration is performed by selecting four attack cards of the numbers “1”, “2”, “3”, and “4” and pressing the enter button. Thus, four consecutive attacks are performed on the opponent game character for the number of times registered.

In the specific example of FIG. 23C, six attack cards of numbers “1” “2” “3” “4” “5” “6” are selected and registered. As a result, six consecutive attacks are performed on the opponent game character. If the next card that sequentially enters the selected number is not displayed in succession, the attack cards with the numbers “5” and “6” cannot be selected, and “5” and “6” are each 1 in the card deck. Because there is only one piece, if you are not lucky, you can't make six consecutive attacks like this.

In the specific example of FIG. 23D, four attack cards of numbers “3”, “4”, “5”, and “6” are selected and registered. It is not necessary to select the card with the number “1” first, and the selection may be started from a card with a number other than “1”.

In the specific example of FIG. 23 (e), three attack cards with numbers “1”, “2”, and “3” are selected and registered. Naturally, the attack card with the number “4” is not on the battlefield, but even if the attack card with the number “4” is on the battlefield, the card selection may be terminated halfway.

The attack cards with the same numbers “2”, “2” and “2” as shown in FIG.

When the attack button is pressed by the player, the own game character attacks the opponent game character based on the registered attack card.

The attack card used for the attack moves to a place called a graveyard as a used card. Cards in the graveyard are not distributed. On the other hand, when there are no cards in the card deck, the cards in the graveyard are shuffled and used again as cards in the card deck.

The predetermined rule for selecting an attack card is not limited to the above rule. For example, when the “number” of the attack card decreases by one, it may be determined so that it can be selected continuously. Further, it may be determined that the attack cards can be selected continuously when the “numbers” are the same. Furthermore, when the “number” of the attack card is discontinuous, it may be determined so that it can be selected continuously.

(1 vs 1 match 2 vs 1 match)
The card battle game of the present embodiment includes a one-on-one battle in which one player and one player battle each other, and a two-on-one battle in which two players and one player battle each other.

FIG. 24 shows a game screen for a one-on-one match. On the lower left side of the game screen, the attack card selection state, physical strength, and time limit of one player (here, 1P player) are displayed. On the lower right side of the game screen, the other player (here, the COM player) is displayed. The attack card selection status, strength, and time limit are displayed.

In the center of the game screen, a state in which a game character of one player (1P player) and a game character of the other player (COM player) are fighting is displayed.

FIG. 25 is a game screen for a 2: 1 match. On the lower left side of the game screen, the attack card selection state, physical strength, and time limit of one of the two players (here, 1P player) are displayed, and on the lower right side of the game screen, the other of the two players ( The attack card selection state, physical strength, and time limit of the 2P player here are displayed, and the attack card selection state, physical strength, time limit of one player (here, the COM player) are displayed on the upper right side of the game screen. It is displayed small. In addition, a lash gauge is displayed that serves as a guideline for generating a rush sequence for determining whether or not a mystery, which is a character's own special technique described later, can be activated.

In the center of the game screen, two game characters of two players (1P player and 2P player) and a game character of one player (COM player) fighting are displayed. Of the two game characters, the fighting game character is positioned as a front guard, and the non-fighting game character is positioned as a rear guard. A display is made so that the game character of the fighting avant-garde shines and it can be easily grasped which game character is fighting. In addition, a lash gauge is displayed that serves as a guideline for generating a rush sequence for determining whether or not a mystery, which is a character's own special technique described later, can be activated.

(Game details)
Details of the game executed in the game device of the present embodiment will be described with reference to FIGS.

FIG. 26 to FIG. 28 are flowcharts showing the entire operation sequence of the game, FIG. 29 to FIG. 37 are flowcharts showing the operation sequence of the one-on-one battle, and FIG. 38 to FIG. It is a flowchart which shows the operation | movement sequence.

(Operation sequence of the entire game)
The overall operation sequence of the game is shown in FIGS.

First, while the game apparatus 1 is on standby, a title is displayed on the display 3 and an advertisement for displaying a demonstration of the game is performed (step S10). This advertisement is repeated until 100 yen, which is a game fee, is inserted by the player.

When 100 yen is inserted by the player, a menu screen (not shown) is displayed on the display 3 (step S11). Menus such as “play with one person”, “play with two people”, and “training” are displayed on the menu screen.

When the player selects “play with one person” or “play with two persons” from the menu screen, one play card is paid out from the card payout device 28 of the game apparatus 1 (step S12).

Next, the player selects the game card 11 to be used in the current game from the owned game cards in order to create his game character. The player sets the card bundle 10 in which the game cards 11 are bundled and causes the card reading device 6 of the game apparatus 1 to recognize them (step S13).

When the card reader 6 scans the card bundle 10 and succeeds in recognition, a screen for confirming card scanning is displayed on the display 3 (step S14).

Next, a Japanese map is displayed on the display 3 together with the characters “Fengun! Lexiden” as an effect screen (step S15), followed by a stage move and a game effect drama (step S16). Then, an effect event for starting the first battle game is displayed (step S17).

Next, the first battle of the battle game is executed (step S18). Details of the battle game will be described later.

Next, it is determined whether or not the first game of the battle game has been won (step S19).

When the first game of the battle game is won, a map of Japan is displayed on the display 3 with the characters “Fengyun! Lexi Den” on the display screen (step S20), and subsequently, a spelling event is executed (step S21).

Details of the spelling event will be explained.

First, a game screen including two treasure chests is displayed on the display 3. In the two treasure chests, a highly effective item A and a low effective item B are stored. For example, item A is an item to which physical strength (hit point: HP) is added by 300 in the next battle, and item A is an item to which physical strength (hit point: HP) is added by 100 in the next battle.

Next, when the player presses one of the input buttons, one of the two treasure chests is selected, and the player acquires item A or item B. Thereby, the player data table is updated according to the acquired item.

In the above description, the contents of the treasure chest are used as items for adding physical strength (hit points: HP), but items having other functions may be used. For example, you may add to attack power and defense power. Moreover, the item which starts a battle | competition in the state where the turn gauge has already accumulated from the beginning at the time of the next battle | competition may be sufficient. Moreover, the item which starts a battle | competition in the state equipped with the shield which reduces the attack from the other party from the beginning at the time of the next battle | competition may be sufficient.

Next, a drama for game production is displayed on the display 3 (step S22), and then an event for production for starting the second battle game is displayed (step S23).

Subsequently, the second game of the battle game is executed (step S24).

In step S19, if it is determined that the game is defeated or tied in the first game of the competitive game, a continue screen is displayed on the display 3 to encourage the player to continue to play the game by adding 100 yen (step S26). .

Next, it is determined whether or not the player has continued the game (step S27).

If the game is continued, one game card is paid out from the card payout device 28 of the game apparatus 1 (step S28), and the process moves to the battle effect screen display processing step in step S17.

If the game is not continued, a game over screen is displayed on the display 3 (step S29), and then it is determined whether or not there is a remaining credit (step S30).

If there are remaining credits, the process moves to the menu screen display processing step in step S11. If there are no remaining credits, the process proceeds to the advertisement screen display processing step in step S10.

Next, it is determined whether or not the second game of the battle game in step S24 has been won (step S31).

When the second game of the battle game is won, a map of Japan is displayed on the display 3 together with the characters “Fengyun! Lexiden” as a production screen (step S32), and subsequently, a spelling event is executed (step S33). Subsequently, a drama for game production is displayed (step S34), and then an event for production for starting the third battle game is displayed (step S35).

Subsequently, the third battle of the battle game is executed (step S36).

In step S31, if it is determined that the game is defeated or tied in the second game of the battle game, a continue screen is displayed on the display 3 to encourage the player to add 100 yen and continue the game (step S37). .

Next, it is determined whether or not the player has continued the game (step S38).

When the game is continued, one game card is paid out from the card payout device 28 of the game apparatus 1 (step S39), and the process moves to the battle effect screen display processing step in step S23.

If the game is not continued, a game over screen is displayed on the display 3 (step S40), and then it is determined whether or not there is a remaining credit (step S41).

If there are remaining credits, the process moves to the menu screen display processing step in step S11. If there are no remaining credits, the process proceeds to the advertisement screen display processing step in step S10.

Next, it is determined whether or not the third game of the battle game in step S36 has been won (step S42).

When the third game of the battle game is won, a map of Japan is displayed on the display 3 with the characters “Fengyun! Lexi Den” on the display screen (step S43), followed by a drama for game production (step S43). S44) Subsequently, an effect event for starting the fourth battle game is displayed (step S45).

Subsequently, the fourth game of the battle game is executed (step S46).

In step S42, if it is determined that the game is defeated or drawn in the third game of the battle game, a continue screen is displayed on the display 3 to encourage the player to continue to play the game by adding 100 yen (step S47). .

Next, it is determined whether or not the player has continued the game (step S48).

When the game is continued, one play card is paid out from the card payout device 28 of the game apparatus 1 (step S49), and the process moves to the battle effect screen display processing step in step S35.

If the game is not continued, a game over screen is displayed on the display 3 (step S50), and then it is determined whether or not there is a remaining credit (step S51).

If there are remaining credits, the process moves to the menu screen display processing step in step S11. If there are no remaining credits, the process proceeds to the advertisement screen display processing step in step S10.

Next, it is determined whether or not the fourth battle of the battle game in step S46 has been won (step S52).

When winning the fourth game of the battle game, a map of Japan is displayed on the display 3 together with the characters “Fengyun! Lexiden” as a production screen (step S53), and subsequently, a spelling event is executed (step S54). Subsequently, a game effect drama is displayed (step S55), and then an effect event for starting the fifth battle game is displayed (step S56).

Subsequently, the fifth battle of the battle game is executed (step S57).

In step S52, if it is determined that the game has been defeated or tied in the fourth game of the competitive game, a continue screen is displayed on the display 3 to encourage the player to add 100 yen and continue the game (step S58). .

Next, it is determined whether or not the player has continued the game (step S59).

When the game is continued, one play card is paid out from the card payout device 28 of the game apparatus 1 (step S60), and the process proceeds to the display process step of the battle effect screen in step S45.

If the game is not continued, a game over screen is displayed on the display 3 (step S50), and then it is determined whether or not there is a remaining credit (step S51).

If there are remaining credits, the process moves to the menu screen display processing step in step S11. If there are no remaining credits, the process proceeds to the advertisement screen display processing step in step S10.

Next, it is determined whether or not the fifth game of the battle game in step S57 has been won (step S63).

If the fifth game of the battle game is won, a map of Japan is displayed on the display 3 together with the characters “Fengyun! Lexiden” on the display screen (step S64), and then a drama for game performance is displayed (step S64). S65) Subsequently, an effect event for starting the sixth battle game is displayed (step S66).

Subsequently, the sixth game of the battle game is executed (step S67).

In step S63, if it is determined that the game is defeated or tied in the fifth game of the competitive game, a continue screen is displayed on the display 3 to prompt the player to add 100 yen to continue the game (step S68). .

Next, it is determined whether or not the player has continued the game (step S69).

When the game is continued, one game card is paid out from the card payout device 28 of the game apparatus 1 (step S70), and the process moves to the battle effect screen display processing step in step S56.

If the game is not continued, a game over screen is displayed on the display 3 (step S71), and then it is determined whether or not there is a remaining credit (step S72).

If there are remaining credits, the process moves to the menu screen display processing step in step S11. If there are no remaining credits, the process proceeds to the advertisement screen display processing step in step S10.

Next, it is determined whether or not the sixth game of the battle game in step S67 has been won (step S73).

When winning the 6th game of the battle game, a map of Japan is displayed on the display 3 together with the characters “Fengyun! Lexiden” as a production screen (step S74), and then a drama for producing the ending of the game is displayed. (Step S75).

Subsequently, a game over screen is displayed (step S76), and then it is determined whether or not there is a remaining credit (step S77).

If there are remaining credits, the process moves to the menu screen display processing step in step S11. If there are no remaining credits, the process proceeds to the advertisement screen display processing step in step S10.

In step S73, if it is determined that the game is defeated or tied in the sixth game of the competitive game, a continue screen is displayed on the display 3 to prompt the player to add 100 yen and continue the game (step S78). .

Next, it is determined whether or not the player has continued the game (step S79).

When the game is continued, one game card is paid out from the card payout device 28 of the game apparatus 1 (step S80), and the process moves to the battle effect screen display processing step in step S66.

If the game is not continued, a game over screen is displayed on the display 3 (step S81), and then it is determined whether or not there is a remaining credit (step S82).

If there are remaining credits, the process moves to the menu screen display processing step in step S11. If there are no remaining credits, the process proceeds to the advertisement screen display processing step in step S10.

(Flags and counters used in competitive games)
Before describing the operation sequence of a one-on-one battle or a two-to-one battle, various flags, counters, and the like used in the battle game of this embodiment will be described with reference to FIG.

FIG. 46 (a) shows the turn gauge counter 300. FIG. It is provided for each of the 1P player, 2P player, and COM player.

In the battle game of the present embodiment, the players that play against each other play an attacking role alternately. When one player is attacking, the other player only defends and does not attack. When a player is attacking, it is called the “turn” of the player.

On the other hand, the speed of operation and the skill of operation differ depending on the skill level of the game for each player. In order to make it difficult for such a difference to be reflected in the game result, the same predetermined time is given to each player when an attack in the battle game is started. As a result, a certain margin is secured for game operations even for inexperienced players.

In order to give each player the same predetermined time, a turn gauge counter 300 is provided for each player so that an attack cannot be started unless a predetermined time has passed.
FIG. 46B shows a card selection time counter 310. It is provided for each of the 1P player, 2P player, and COM player. In the competitive game of this embodiment, the time when each player selects a card is evaluated. For example, if the card selection time is short, many rush points are generated. The card selection time counter 310 is for measuring the card selection time of each player.

FIG. 47 (c) shows the attack frequency counter 320. It is provided for each of the 1P player, 2P player, and COM player. In the battle game of this embodiment, the number of attack cards selected by each player is the number of attacks. The attack number counter 320 is for indicating the number of attacks based on the card selected by the player.

FIG. 46 (d) shows the card confirmation flag 330. It is provided for each of the 1P player, 2P player, and COM player. The card confirmation flag 330 is a flag for indicating whether or not each player has finished selecting the attack card and confirmed it. If the card confirmation flag 330 is “1”, it indicates that it has been confirmed, and if it is “0”, it indicates that it has not been confirmed.

FIG. 46 (e) shows the rush point counter 340. It is provided for 1P player, 2P player, 1P player and 2P player, and COM player, respectively. In the competitive game of this embodiment, as described above, rush points are provided, but the rush point counter 340 counts the rush points acquired by each player. When the rush point exceeds a predetermined value and enters the rush sequence, and the rush sequence exceeds the quota set for the game character, for example, a special technique that is unique to the character set for each character. Mystery that is an attack is activated.

FIG. 47 (f) shows the rush point rising flag 350. It is provided for 1P player, 2P player, 1P player and 2P player, and COM player, respectively. The rush increase flag is a flag for indicating whether or not the rush point is increased. If the rush increase flag is “1”, the rush point increases, and if it is “0”, the rush point does not increase.

FIG. 46 (g) shows the battle end flag 360. FIG. The battle end flag 360 is a flag for indicating whether or not the player character is in a battle. If the battle end flag 360 is “1”, it indicates that the battle is in progress, and if it is “0”, it indicates that the battle is not in progress.

FIG. 46 (h) shows the victory flag 370. It is provided for each of the 1P player, 2P player, and COM player. The victory flag 370 is a flag for indicating whether or not the player has won the battle. If the victory flag 370 is “1”, it indicates that it has won, and if it is “0”, it indicates that it has not won.

(One-on-one action sequence)
The operation sequence of the one-on-one battle is shown in FIGS.

Here, a one-on-one battle in which one player is a 1P player and the other player is a COM player will be described as an example, but the other player may be a 2P player.

29 to 31, the flowcharts on the left side (FIGS. 29A to 31A) show the operation sequence of the 1P player, and the flowcharts on the right side (FIGS. 29B to 31B) are COM. The operation sequence of the player is shown.

When the 1P player makes an attack, the flowchart on the left (1P flow) proceeds, and the action control sequence in the flowchart (COM flow) on the right (Step B15, B20, B26, B38, B43) I will wait.

Conversely, when the COM player makes an attack, the flowchart on the right side (COM flow) proceeds, and the steps of the action control sequence (steps A15, A20, A26, A38, A43) in the flowchart on the left side (1P flow) are performed. You will wait on either.

The left-side flowchart (1P flow) and the right-side flowchart (COM flow) have the same operation sequence except for whether the player is a 1P player or a COM player, and therefore only the left-side flowchart (1P flow). The description of the flowchart on the right side (COM flow) is omitted.

In the description of the flowchart (1P flow) on the left side, if “1P” is read as “COM” and “step Ann” is read as “step Bnn”, the flowchart on the right side (COM flow) is explained.

(Main routine)
The flowchart (1P flow) on the left side in FIGS. 29 to 31 will be described.

First, as an initialization process at the start of the game, the battle end flag 360 of the 1P player is reset to “0” (step A10), and the turn gauge counter 300 of the 1P player is reset to “0” (step A11).

First, the 1P player's turn gauge counter 300 starts to rise (step A12).

Next, the card determination flag of the 1P player is reset to “0”, and then the rising speed of the turn gauge counter 300 of all the players (1P player and COM player) is set to a specified value (step A13).

Next, a battle check sequence is executed (step A14). The battle check sequence is a subroutine for checking the victory or defeat of the battle game.

Next, an action control sequence is executed (step A15). As described above, the flowchart on the left side (1P flow) and the flowchart on the right side (COM flow) basically proceed at the same time, but the flowchart of the player who is not his turn (attack order) is not allowed to proceed. There is a need. The action control sequence is a subroutine for stopping the progress of the step when it is not its turn (attack order), that is, when the opponent presses the confirm button to start the attack action.

Next, it is determined whether or not the battle end flag 360 of the 1P player is “0” (step A16). If the 1P player's battle end flag 360 is “1”, the battle is immediately ended.

By these Step A14, Step A15 and Step A16, the winning or losing of the battle is not determined and the battle is in progress (Step A14), and the turn (attack order) of the 1P player (Step A15), and the battle Is not completed (step A16).

If the 1P player's battle end flag 360 is “0”, it is next determined whether or not the 1P player's turn gauge counter 300 is “100” (step A 17). If the turn gauge counter 300 of the 1P player is not “100”, the process returns to step A14.

If the turn gauge counter 300 of the 1P player is “100”, measurement of the guard selection time of the 1P player is started (step A18).

Next, a battle check sequence is executed (step A19), then an action control sequence is executed (step A20), and then it is determined whether or not the 1P player's battle end flag 360 is “0”. (Step A21). If the 1P player's battle end flag 360 is “1”, the battle is immediately ended.

If the 1P player's battle end flag 360 is “0”, then it waits for the 1P player to select one attack card (step A22).

When the 1P player selects one attack card, the attack count counter 320 of the 1P player is increased by “1” (step A23), and the rush point counter 340 of the 1P player is increased by a predetermined value (step A24).

Next, a battle check sequence is executed (step A25), then an action control sequence is executed (step A26), and then it is determined whether or not the 1P player's battle end flag 360 is “0”. (Step A27). If the 1P player's battle end flag 360 is “1”, the battle is immediately ended.

Next, it is determined whether or not the 1P player has pressed the card confirmation button (step A28).

If the 1P player has not pressed the card confirmation button, the process returns to step A19, and the process when the 1P player selects the next attack card is executed in steps A19 to A28.

When the 1P player presses the card determination button, “1” is set to the card determination flag 330 of the 1P player (step A29), the card selection time counter 310 of the 1P player is stopped, and the card selection time is measured. End (step A30).

Next, it is determined whether or not the card selection time of the 1P player is shorter than the standard selection time determined in accordance with the number of attacks (number of attack cards selected) (step A31). When the card selection time of the 1P player is shorter than the standard selection time, the rush point counter 340 of the 1P player is increased by a predetermined value (step A32).

Next, the card selection time counter 310 of the 1P player is reset to “0” (step A33), and the turn gauge counter 300 of the 1P player is reset to “0” (step A35).

Subsequently, the rising speed of the turn gauge counter 300 of all players (1P player and COM player) is changed (step A35).

Next, an attack sequence based on the attack card selected by the 1P player is executed (step A36).

When the attack sequence ends, a battle check sequence is executed (step A37), followed by an action control sequence (step A38), and then whether or not the 1P player's battle end flag 360 is “0”. Is determined (step A39). If the 1P player's battle end flag 360 is “1”, the battle is immediately ended.

Next, it is determined whether or not the rush point of the 1P player is equal to or greater than the player character's normal value (for example, 100) (step A40). If the rush point of the 1P player has not reached the norm value, the process returns to step A13 and the subsequent processing is repeated.

When the rush point of the 1P player has reached a value of 100, a rush sequence in which the player character of the 1P player makes a special attack is executed (step A41).

Next, a battle check sequence is executed (step A42), followed by an action control sequence (step A43). Subsequently, it is determined whether or not the 1P player's battle end flag 360 is “0”. (Step A44). If the 1P player's battle end flag 360 is “1”, the battle is immediately ended.

Next, the rush point counter 340 of the 1P player is reset to “0” (step A45), then the attack number counter 320 of the 1P player is reset to “0” (step A46), and then the process returns to step A13. Return and repeat the subsequent processing.

(Subroutine: Battle check sequence)
The battle check sequence is a subroutine for checking the victory or defeat of the battle game. This is executed in steps A14 and B14 of the main routine. FIG. 32 shows a flowchart of the battle check sequence.

First, it is determined whether or not there is a remaining game time (step C10).

If it is determined that there is a game remaining time, it is subsequently determined whether or not there is physical strength (HP) of the 1P player (step C11). If it is determined that there is physical strength (HP) of the 1P player, it is then determined whether there is physical strength (HP) of the COM player (step C12). If it is determined that there is physical strength (HP) of the COM player, this subroutine is terminated and the process returns to the main routine.

When it is determined that the remaining game time has run out, the 1P player's physical strength (HP) is exhausted, or the COM player's physical strength (HP) is exhausted, the battle ends, so the battle ends. The flag 360 is set to “1”.

Subsequently, the physical strength (HP) of the 1P player is compared with the physical strength (HP) of the COM player (step C14).

When it is determined that the physical strength (HP) of the 1P player is greater than the physical strength (HP) of the COM player, “1” is set to the victory flag 370 of the 1P player as a victory of the 1P player (step C15).

If it is determined that the physical strength (HP) of the COM player is greater than the physical strength (HP) of the 1P player, “1” is set to the victory flag 370 of the COM player as a victory of the COM player (step C16).

(Subroutine: Behavior control sequence)
The action control sequence is a subroutine for stopping the progress of the step when it is not its turn (attack order), that is, when the opponent presses the confirm button to start the attack action. This is executed in steps A15 and B15 of the main routine. FIG. 33 shows a flowchart of the behavior control sequence.

First, it is determined whether or not the main routine player is a 1P player (step D10).

If the player of the main routine is a 1P player, it is determined whether or not the card determination flag 330 of the COM player is “0” (step D11). If the card determination flag of the COM player is “0”, the process returns to the main routine as it is, but if the card determination flag of the COM player is “1”, an infinite loop is repeated that repeats Step D11.

If the main routine player is a COM player, it is determined whether or not the card determination flag 330 of the 1P player is “0” (step D12). If the card determination flag of the 1P player is “0”, the process returns to the main routine as it is, but if the card determination flag of the 1P player is “1”, an infinite loop is repeated that repeats step D12.

Thus, when called from the main routine of the player who is not his turn (attack order), the progress of the main routine step is stopped by this action control routine.

(Subroutine: Attack sequence)
The attack sequence is a subroutine for performing an attack with the attack card selected by the player. This is executed in steps A36 and B36 of the main routine. FIG. 34 shows a flowchart of the attack sequence.

First, it is determined whether or not the main routine player is a 1P player (step E10). If the main routine player is a 1P player, the 1P player is set as the player A (step E11). If the main routine player is not the 1P player, the COM player is set as the player A (step E12).

Next, a card determination process for determining an attack card to be used and performing an attack is performed (step E13).

When the card determination process ends, it is determined whether or not the rush point increase flag 350 of the player A (1P player or COM player) is “1” (step E14).

When it is determined that the rush point increase flag 350 of the player A is “1”, the rush point counter 340 of the player A (1P player or COM player) is increased (step E15).

When it is determined that the rush point increase flag 350 of the player A is not “1”, it is determined whether or not the rush point increase flag 350 of the opponent (COM player or 1P player) is “1” (step E16).

If it is determined that the rush point increase flag 350 of the opponent is “1”, the rush point counter 340 of the opponent (COM player or 1P player) is increased (step E17).

Subsequently, the rush point increase flag 350 of the 1P player and the COM player is reset to “0” (step E18), and then the value of the attack number counter 320 of the player A is decremented by 1 (step E19).

Next, it is determined whether or not the value of the attack number counter 320 of the player A is “0” (step E20). If the value of the attack number counter 320 of the player A is not “0”, the process returns to step E13 to perform an attack with the remaining attack card.

If the value of the attack count counter 320 of the player A is “0”, the attack sequence subroutine is terminated and the process returns to the main routine.

(Subroutine: card determination process)
The card determination process is a subroutine for performing an attack by determining the type of attack card used by the player. This is executed in step E13 of the attack sequence. 35 and 36 show a flowchart of the card determination process.

First, it is determined whether or not the attack card to be used is a special move card (step F10). If it is a special move card, an attack by the special move is executed (step F11).

Subsequently, it is determined whether or not the special technique is a technique that causes damage (step F12). If it is a technique that causes damage, it is then determined whether or not the opponent has a shield (step F13).

If the opponent puts a shield, the opponent will be given “deadly damage” according to the damage cut rate (step F14), and the opponent's shield HP (hit point) is reduced by 1 (step F15).

(Shield HP)
Here, the shield HP will be described.

If you use a shield card, the shield will be deployed. The shield has “HP” and “Level”. The “HP” of the shield is the number of times that the shield can withstand a normal attack or a special attack technique, and the “level” of the shield is a damage cut rate at which the shield cuts the damage. In the battle scene, the state of the shield is permanent, so the state of the shield is inherited after the next turn. If a shield is used during deployment of the shield, not only will the HP of the shield being deployed be restored, but the level will be increased by one level. However, even if a shield is used at the maximum shield level, there is no effect.

Also, even if a magical (fire) attack is received while the shield is deployed, the character is not damaged or effected, and the shield HP is reduced by one.

Also, if you receive a power attack while deploying the shield, the shield will be destroyed regardless of the shield's remaining HP. However, the damage cut effect also works for power attacks received while the shield is deployed.

For example, it is expanded as follows.

If two shield cards are selected when the card can be selected, the shield HP will be the maximum value of “3” by the first shield card, the damage cut rate will be 50%, and two shield cards. According to the eyes, the damage cut rate increases while the shield HP remains at the maximum value “3”, and the damage cut rate increases to 75%. In this state, when an attack is received from the opponent, the shield HP decreases by 1 and the shield HP becomes “2”, but the damage cut rate is maintained at 75%. Furthermore, if two shield cards are used in this state, the shield HP increases to “3” due to this shield card, and the damage cut rate increases from 75% to 99%, which is the maximum value of the damage cut rate. Since the damage cut rate of the second card is already the maximum value of both the shield HP and the damage cut rate, no change occurs. To destroy this shield, the opponent must select a card with the “Kengo” attribute, or attack with a card with the “Attack” and “Magic” attributes three times. Cannot be erased. In this case, in the case of an attack by “Attack”, damage is given to the opponent character as much as the shield guard is given. In the case of “Magic” attack, the enemy character is not damaged, One is subtracted from the shield HP.

Next, it is determined whether or not the opponent's shield HP is “0” (step F16). If the opponent's shield HP is “0”, “1” is set to the rush point increase flag 350 of the player A (step F17), and this card determination process is terminated.

If it is determined in Step F12 that the Special Move is not a technique that causes damage, if it is determined in Step F13 that the opponent does not have a shield, it is determined in Step F16 that the opponent's shield HP is not “0”. If it is determined, the card determination process is immediately terminated.

If it is determined in step F10 that the attack card used is not a special technique card, it is next determined whether or not the attack card used is a magic card (fire) (step F18). If it is a magic card, an attack based on the magic card is started.

First, it is determined whether or not the opponent is putting a shield (step F19). If the opponent has a shield, the fire is bounced back to the opponent (step F20), the opponent's rush point increase flag 350 is set to "1" (step F21), and this card determination process is terminated.

On the other hand, if the opponent does not have a shield, it is determined whether or not the opponent's hand (fist card) is present (step F22).

If there is no opponent's fist hand, a magic attack is performed on the opponent (step F23). Subsequently, the rush point increase flag 350 of the player A is set to “1” (step F24), and this card determination process is ended.

If there is an opponent's hand, an attack is performed by burning the opponent's fist-hard hand and reducing the attack card by one (step F25). Subsequently, the rush point increase flag 350 of the player A is set to “1” (step F24), and this card determination process is ended.

If it is determined in step F18 that the attack card to be used is not a magic card, it is next determined whether or not the attack card to be used is a shield card (shield) (step F27). If it is a shield card, the defense based on the shield card is executed.

First, it is determined whether or not the shield card is the first one (step F28). If it is the first sheet, the shield HP is set to “3”, the damage cut rate is set to “50%” (step F29), and this card determination process is terminated.

If there is no first shield card, it is next determined whether or not the damage cut rate is 50% (step F30). If the damage cut rate is 50%, the shield HP is set to “3”, the damage cut rate is set to “75%” (step F31), and this card determination process is terminated.

If the damage cut rate is not 50%, it is next determined whether or not the damage cut rate is 75% (step F32). If the damage cut rate is 75%, the shield HP is set to “3”, the damage cut rate is set to “99%” (step F33), and this card determination process is terminated.

If the damage cut rate is not 75%, the shield HP is set to “3” (step F34), and this card determination process is terminated.

If it is determined in step F27 that the attack card to be used is not a shield card, it is next determined whether or not the attack card to be used is a power card (fence) (step F35). If it is a power card, an attack based on the power card is executed.

First, it is determined whether or not the opponent has a shield (step F36). If the opponent has a shield, the shield is extinguished regardless of the shield's HP (step F37), and subsequently, “power-up attack damage” corresponding to the damage cut rate is given to the opponent (step F38). Subsequently, the rush point increase flag 350 of the player A is set to “1” (step F39), and this card determination process is ended.

If the opponent does not have a shield, a power-up attack is performed on the opponent (step F40), and this card determination process is terminated.

If it is determined in step F35 that the attack card used is not a power card, the attack card used is a normal attack card (attack), and therefore an attack based on the attack card is executed.

First, it is determined whether or not the opponent has a shield (step F41). If the opponent puts a shield, damage is given to the opponent according to the damage cut rate (step F42), and then “1” is subtracted from his shield HP (step F43).

Subsequently, it is determined whether or not the opponent's shield HP is “0” (step F44). If the opponent's shield HP is "0", the player A's rush point increase flag 350 is set to "1" (step F45), and this card determination process is terminated.

If the opponent does not have a shield, an attack that causes normal damage to the opponent is performed (step F46), and this card determination process is terminated.

(Subroutine: Rush sequence)
The rush sequence is a subroutine for determining whether or not to perform a particularly powerful rush attack when the player's rush point reaches a predetermined value. This is executed in steps A41 and B41 of the main routine. FIG. 37 shows a flowchart of the rush sequence.

First, all the turn gauge rising speeds are reset to “0” (step G10), and then a target rush number determined for each player character, that is, a normal value determined for each player character is set. (Step G11) Subsequently, a secret type card type determined for each player character is set (Step G12), and then a time limit for rush attack is set (Step G13).

When the initial setting of the rush attack is completed, the countdown of the time limit for the rush attack is started (step G14).

Next, it is determined whether or not there is a time limit for the rush attack (step G15). If the rush attack time limit remains, it is determined whether there is a selectable card in the hand (step G16).

If there is a selectable card in the hand, the card is selected (step G17), and the rush number (rush point) is incremented by 1 (step G18).

Next, it is determined whether or not the same card as the mystery type has been selected (step G19). If the same card as the mystery type is selected, the type bonus value is added to the number of rushes (step G20).

Next, it is determined whether or not the number of rushes is less than the target number of rushes (the player character's normal value) (step G21). If the number of rushes is less than the target number of rushes, it is determined whether or not the confirm button has been pressed (step G22).

If the confirm button has been pressed, it is next determined whether or not the attack has been connected more than a certain combo (step G23). If the attack is connected more than a certain combo, the bonus rush number is added to the rush number (step G24).

Next, it is determined whether or not the rush number is smaller than the target rush number (step G21). When the number of rushes is smaller than the target number of rushes, the process returns to step G15 and the subsequent processing is repeated.

If it is determined in step G15 that the rush time limit has been reached, it is determined whether or not the rush number has reached the target rush number (step G26).

If the number of rushes has reached the target number of rushes, the mysterious damage is regarded as mysterious total damage (step G27), and an attack that gives the mysterious total damage to the opponent is performed (step G28).

Even if it is determined in steps G21 and G25 that the number of rushes has reached the target number of rushes, the mysterious damage is regarded as mysterious total damage (step G27), and an attack that gives the mysterious total damage to the opponent is performed (step S27). G28).

If it is determined in step G26 that the number of rushes has not reached the target number of rushes, damage corresponding to the number of rushes is given to the opponent (step G29).

At the end of the rush sequence, it is determined whether or not the player is a 1P player (step G30). If the player is a 1P player, the process returns to the main routine of the 1P player. If the player is a COM player, the main routine of the COM player is returned. Return to.

(2-to-1 match sequence)
The operation sequence of the two-on-one battle is shown in FIGS.

Here, a two-to-one battle in which one player is a 1P player and a 2P player and the other player is a COM player will be described as an example, but other combinations may be used.

38 to 40, the left flowcharts (FIGS. 38A to 40A) show the operation sequence of the 1P player, and the central flowcharts (FIGS. 38B to 40B) show the 2P. The operation sequence of the player is shown, and the flowcharts on the right side (FIG. 38 (c) to FIG. 40 (c)) show the operation sequence of the COM player.

When the 1P player makes an attack, the left flowchart (1P flow) proceeds, waiting at one of the steps of the behavior control sequence in the central flowchart (2P flow) and the right flowchart (COM flow); Become.

When the 2P player makes an attack, the central flowchart (2P flow) proceeds, and the process waits at one of the steps of the action control sequence in the left flowchart (1P flow) and the right flowchart (COM flow). It will be.

Further, when the COM player makes an attack, the left flowchart (COM flow) proceeds and waits at one of the steps of the behavior control sequence in the left flowchart (1P flow) and the central flowchart (2P flow). It will be.

The left flowchart (1P flow), the middle flowchart (2P flow), and the right flowchart (COM flow) are operation sequences other than whether the player is a 1P player, a 2P player, or a COM player. Therefore, only the left flowchart (1P flow) will be described, and the description of the central flowchart (2P flow) and the right flowchart (COM flow) will be omitted.

In the description of the flowchart (1P flow) on the left side, if “1P” is read as “2P” and “step Hnn” is read as “step Inn”, the flowchart in the center (2P flow) is explained.

Also, in the description of the flowchart (1P flow) on the left side, if “1P” is read as “COM” and “Step Hnn” is read as “Step Jnn”, the flowchart on the right side (COM flow) is explained.

(Main routine)
The left-side flowchart (1P flow) in FIGS. 38 to 40 will be described.

First, as an initialization process at the start of the game, the battle end flag 360 of the 1P player is reset to “0” (step H10), and the turn gauge counter 300 of the 1P player is reset to “0” (step H11).

First, the 1P player's turn gauge counter 300 starts to rise (step H12).

Next, the card determination flag of the 1P player is reset to “0”, and then the rising speed of the turn gauge counter 300 of all the players (1P player and COM player) is set to a specified value (step H13).

Next, a battle check sequence is executed (step H14), followed by an action control sequence (step H15). Subsequently, it is determined whether or not the 1P player's battle end flag 360 is “0”. (Step H16). If the 1P player's battle end flag 360 is “1”, the battle is immediately ended.

In step H14, step H15, and step H16, the winning or losing of the battle is not determined and the battle is in progress (step H14), the turn of the 1P player (attack order) (step H15), and the battle Is not completed (step H16).

If the 1P player's battle end flag 360 is “0”, it is next determined whether or not the 1P player's turn gauge counter 300 is “100” (step H17). If the turn gauge counter 300 of the 1P player is not “100”, the process returns to step H14.

If the turn gauge counter 300 of the 1P player is “100”, measurement of the guard selection time of the 1P player is started (step H18).

Next, a battle check sequence is executed (step H19), then an action control sequence is executed (step H20), and then it is determined whether or not the battle end flag 360 of the 1P player is “0”. (Step H21). If the 1P player's battle end flag 360 is “1”, the battle is immediately ended.

If the 1P player's battle end flag 360 is “0”, then it waits for the 1P player to select one attack card (step H22).

When the 1P player selects one attack card, the attack count counter 320 of the 1P player is increased by “1” (step H23), and the rush point counter 340 of the 1P player is increased by a predetermined value (step H24).

Next, a battle check sequence is executed (step H25), then an action control sequence is executed (step H26), and then it is determined whether or not the battle end flag 360 of the 1P player is “0”. (Step H27). If the 1P player's battle end flag 360 is “1”, the battle is immediately ended.

Next, it is determined whether or not the 1P player has pressed the card confirmation button (step H28).

If the 1P player has not pressed the card confirmation button, the process returns to step H19, and the processing when the 1P player selects the next attack card is executed in steps H19 to H28.

When the 1P player presses the card determination button, “1” is set to the card determination flag 330 of the 1P player (step H29), the card selection time counter 310 of the 1P player is stopped, and the card selection time is measured. End (step H30).

Next, it is determined whether or not the card selection time of the 1P player is shorter than the standard selection time determined according to the number of attacks (selected number of attack cards) (step H31). When the card selection time of the 1P player is shorter than the standard selection time, the rush point counter 340 shared by the 1P player and the 2P player is increased by a predetermined value (step H32).

Next, the card selection time counter 310 of the 1P player is reset to “0” (step H33), and the turn gauge counter 300 of the 1P player is reset to “0” (step H35).

Subsequently, the rising speed of the turn gauge counter 300 of all players (1P player and COM player) is changed (step H35).

Next, an attack sequence based on the attack card selected by the 1P player is executed (step H36).

When the attack sequence ends, a battle check sequence is executed (step H37), followed by an action control sequence (step H38). Subsequently, whether or not the battle end flag 360 of the 1P player is “0”. Is determined (step H39). If the 1P player's battle end flag 360 is “1”, the battle is immediately ended.

Next, it is determined whether or not the rush point shared by the 1P player and the 2P player is equal to or greater than the player character's normal value (for example, 100) (step H40). If the rush point of the 1P player has not reached the predetermined value, the process returns to step H13 and the subsequent processing is repeated.

When the rush point of the 1P player has reached a predetermined value, the turn gauge counter 300 of the 2P player is reset to “0” (step H41), and the 1P player player character and the 2P player player character make a special attack. The rush sequence to be performed is executed (step H42).

Next, a battle check sequence is executed (step H43), followed by an action control sequence (step H44). Subsequently, it is determined whether or not the 1P player's battle end flag 360 is “0”. (Step H45). If the 1P player's battle end flag 360 is “1”, the battle is immediately ended.

Next, the rush point counter 340 shared by the 1P player and the 2P player is reset to “0” (step H46), and then the attack number counter 320 of the 1P player is reset to “0” (step H47). Returning to Step H13, the subsequent processing is repeated.

(Subroutine: Battle check sequence)
The battle check sequence is a subroutine for checking the victory or defeat of the battle game. It is executed in steps H14, I14, J14, etc. of the main routine. FIG. 41 shows a flowchart of a battle check sequence in a 2: 1 match.

First, it is determined whether or not there is a remaining game time (step K10).

If it is determined that there is a game remaining time, it is subsequently determined whether or not there is physical strength (HP) of the 1P player (step K11). If it is determined that there is no physical strength (HP) of the 1P player, it is then determined whether there is physical strength (HP) of the 2P player (step K12).

If it is determined that either the physical strength (HP) of the 1P player or the physical strength (HP) of the 2P player is present, it is then determined whether or not the physical strength (HP) of the COM player is present (step K13). If it is determined that there is physical strength (HP) of the COM player, this subroutine is terminated and the process returns to the main routine.

When it is determined that the remaining time of the game has been exhausted, it is determined that the physical strength (HP) of the 1P player and the physical strength (HP) of the 2P player have been exhausted, or the physical strength (HP) of the COM player has been exhausted, Since the battle ends, the battle end flag 360 is set to “1” (step K14).

Subsequently, the total value of the physical strength (HP) of the 1P player and the physical strength (HP) of the 2P player is compared with the physical strength (HP) of the COM player (step K15).

When it is determined that the total value of the physical strength (HP) of the 1P player and the physical strength (HP) of the 2P player is greater than the physical strength (HP) of the COM player, the victory flag 370 of the 1P player is determined as the victory of the 1P player and the 2P player. And 2P player victory flag 370 is set to “1” (step K16).

When it is determined that the physical strength (HP) of the COM player is greater than the total value of the physical strength (HP) of the 1P player and the physical strength (HP) of the 2P player, “1” is set in the victory flag 370 of the COM player as a victory of the COM player. Is set (step K16).

(Subroutine: Behavior control sequence)
The action control sequence is a subroutine for stopping the progress of a step when it is not its turn (attack order). It is executed in steps H15, I15, J15, etc. of the main routine. FIG. 42 shows a flowchart of an action control sequence in a 2: 1 match.

First, it is determined whether or not the main routine player is a 1P player (step L10).

If the player of the main routine is a 1P player, it is first determined whether or not the card determination flag 330 of the COM player is “0” (step L11), and then the card determination flag 330 of the 2P player is “ It is determined whether or not “0” (step L12).

When the card determination flag 330 of the 2P player is not “0”, it is determined whether or not the turn gauge counter 300 of the 1P player is “100” (step L13), and the turn gauge counter 300 of the 1P player is “100”. Otherwise, the process returns to step L12.

If it is determined in step L10 that the main routine player is not a 1P player, it is determined whether or not the main routine player is a 2P player (step L14).

If the player of the main routine is a 2P player, it is first determined whether or not the card determination flag 330 of the COM player is “0” (step L15), and then the card determination flag 330 of the 1P player is “ It is determined whether or not “0” (step L16).

If the card determination flag 330 of the 1P player is not “0”, it is determined whether or not the turn gauge counter 300 of the 2P player is “100” (step L17), and the turn gauge counter 300 of the 2P player is “100”. Otherwise, the process returns to step L16.

If the main routine player is not the 2P player in step L14, it is first determined whether or not the card determination flag 330 of the 1P player is “0” (step L18), and then the card determination flag of the 2P player. It is determined whether or not 330 is “0” (step L19). If the card determination flag 330 of the 2P player is not “0”, the process returns to step L18.

Thus, when called from the main routine of the player who is not his turn (attack order), the progress of the main routine step is stopped by this action control routine.

(Subroutine: Attack sequence)
The attack sequence is a subroutine for performing an attack with the attack card selected by the player. This is executed in steps H36, I36 and J36 of the main routine. FIG. 43 shows a flowchart of an attack sequence in a 2: 1 match.

First, it is determined whether or not the main routine player is a 1P player (step M10). If the main routine player is not a 1P player, it is then determined whether or not the main routine player is a 2P player (step M11).

If the main routine player is a 1P player, the 1P player is set as the player A (step M11), and if the main routine player is the 2P player, the 2P player is set as the player A. Then, the avant-garde and the avant-garde of the 1P player and the 2P player are determined so that the player A becomes a vanguard.

If the player of the main routine is neither a 1P player nor a 2P player, the COM player is set as the player A (step M15). The opponent player's avant-garde and avant-garde are discriminated and the avant-garde is regarded as the opponent (step M16).

Next, card determination processing for determining an attack card to be used and performing an attack is performed (step M17).

When the card determination process ends, it is determined whether or not the rush point increase flag 350 of the player A is “1” (step M18).

When it is determined that the rush point increase flag 350 of the player A is “1”, the rush point counter 340 of the player A is increased (step M19).

When it is determined that the rush point increase flag 350 of the player A is not “1”, it is determined whether or not the rush point increase flag 350 of the opponent is “1” (step M20).

When it is determined that the opponent's rush point increase flag 350 is “1”, the opponent's rush point counter 340 is increased (step M21).

Subsequently, the rush point increase flag 350 of the 1P player, 2P player, and COM player is reset to “0” (step M22), and then the value of the attack number counter 320 of the player A is decremented by 1 (step M23). .

Next, it is determined whether or not the value of the attack number counter 320 of the player A is “0” (step M24). If the value of the attack number counter 320 of the player A is not “0”, the process returns to step M17 and an attack with the remaining attack card is performed.

If the value of the attack count counter 320 of the player A is “0”, the attack sequence subroutine is terminated and the process returns to the main routine.

(Subroutine: card determination process)
The card determination process is a subroutine for performing an attack by determining the type of attack card used by the player. Since the card determination process in the two-on-one battle is the same as the card determination process in the one-on-one battle, the description thereof is omitted.

(Subroutine: Rush sequence)
The rush sequence is a subroutine for determining whether or not to perform a particularly powerful rush attack when the player's rush point reaches a predetermined value. This is executed in steps H42, I42 and J42 of the main routine. 44 and 45 show flowcharts of the rush sequence.

First, the turn gauge rising speed of all the members is reset to “0” (step N10), and then a target rush number determined for each player character, that is, a normal value determined for each player character is set. (Step N11).

Next, it is determined whether or not the main routine player is a COM player (step N12). If it is a COM player, the target rush number of the COM player is set to the final target rush number (step N13).

If the main routine player is not a COM player, it is determined whether or not the target rush number of the 1P player is larger than the target rush number of the 2P player (step M14).

When the target rush number of the 1P player is larger than the target rush number of the 2P player, the target rush number of the 1P player is set as the final target rush number (step N15).

Conversely, when the target rush number of the 2P player is larger than the target rush number of the 1P player, the target rush number of the 2P player is set as the final target rush number (step N16).

Subsequently, a secret type card type determined for each player character is set (step N17), and then a time limit for a rush attack is set (step N18).

When the initial setting of the rush attack is completed, the countdown of the time limit for the rush attack is started (step N19).

Next, it is determined whether or not the time limit for the rush attack remains (step N20). If the rush attack time limit remains, it is determined whether there is a selectable card in the hand (step N21).

If there is a selectable card in the hand, the card is selected (step N22), and the rush number (rush point) is incremented by 1 (step N23).

Next, it is determined whether or not the same card as the mystery type has been selected (step N24). If the same card as the mystery type is selected, the type bonus value is added to the number of rushes (step N25).

Next, it is determined whether or not the number of rushes is smaller than the final target rush number (step N40). If the number of rushes is less than the target number of rushes, it is determined whether or not the confirm button has been pressed (step N41).

If the confirm button has been pressed, it is next determined whether or not the attack is connected to a certain combo or more (step N42). If the attack is connected more than a certain combo, the bonus rush number is added to the rush number (step N43).

Next, it is determined whether or not the number of rushes is smaller than the target number of rushes (step N44). If the number of rushes is less than the target number of rushes, the process returns to step N20 and the subsequent processing is repeated.

If the number of rushes is smaller than the final target rush number in Step N40, it is determined whether or not the main routine player is a COM player (Step N45). When the player of the main routine is a COM player, an attack that causes all the opponents of the COM player's secret total damage is performed (step N46).

When the main routine player is not a COM player, the sum of the 1P player's mysterious damage and the 2P player's mysterious damage is defined as mysterious turtle damage (step N47), and a process of giving mysterious total damage to all opponents is performed (step N4).
8).

At the end of the rush sequence, it is determined whether or not the player is a 1P player (step N49). If the player is a 1P player, the process returns to the main routine of the 1P player, and if the player is not a 1P player, the main routine of the 2P player. Return to.

If it is determined in step N20 that the rush time limit has been reached, it is determined whether or not the main routine player is a COM player (step N26). If the player is a COM player, damage according to the number of rushes is given to the opponent (step N27), and the routine returns to the main routine of the COM player.

If it is determined in step N26 that the main routine player is not a COM player, it is determined whether or not the rush number has reached the target rush number of the 1P player (step N28). If the rush number has reached the target rush number, it is determined whether or not the rush number has reached the target rush number of the 2P player (step N29).

When the number of rushes reaches both the target rush number of the 1P player and the target rush number of the 2P player, the total value of the mysterious damage of the 1P player and the mysterious damage of the 2P player is set as the mysterious total damage (step N30). ).

If it is determined in step N29 that the number of rushes has not reached the target rush number of the 2P player, the mysterious damage of the 1P player is set as mysterious total damage (step N31).

If it is determined in step N28 that the number of rushes has not reached the target rush number of the 1P player, the target rush number of the 2P player is compared with the target rush number of the 1P player (step M32).

When the target rush number of the 2P player is larger than the target rush number of the 1P player, the mysterious damage of the 2P player is set as the mysterious total damage (step N33).

Execute an attack that gives the mysterious total damage determined in Steps N30, N31, and N32 to the opponent (Step N50).

If it is determined in step N32 that the target rush number of the 2P player is less than the target rush number of the 1P player, damage corresponding to the rush number is given to the opponent (step N52).

At the end of the rush sequence, it is determined whether or not the player is a 1P player (step N51). If the player is a 1P player, the process returns to the main routine of the 1P player. Return to.

[Modified Embodiment]
As mentioned above, although preferable embodiment of this invention was described, this invention is not restricted to the said embodiment, A various deformation | transformation is possible.

For example, in the above embodiment, a game card with a barcode is used, but the code may be given to the card by other means as long as the code can be read. Further, the code is not limited to a barcode, and a two-dimensional code such as a QR code or an SP code or other methods may be used as long as individual information can be identified.

For example, a card written with OCR characters, a magnetic card, an IC card, or the like may be used. Furthermore, the external information storage medium of another form may be sufficient as long as it can memorize | store not only a game card but information. Therefore, as long as it is possible to read each game medium by an identifiable reading method using an optical, electrical, electronic method or other method as a game medium for identifying each, the game described in the present application. It is not limited to cards. For example, a medal-shaped thing, a figure shape shaped like a person, an animal, a plant, or a fantasy creature may be used as a play medium.

Further, the player may freely combine a plurality of data similar to the game medium on the game program. When combining data on a game program, a reading device is not essential, and it is possible for a computer to read data stored in a storage medium storing a game program and use them as an alternative to a game medium. .

In the above embodiment, an attack card is determined using a game card, but a game card of another mode may be used. The medium is not limited to a card, and may be any medium. Furthermore, even if it does not exist as a physical medium, it may be a virtual medium displayed on the display screen.

In the above embodiment, the player or the game character of the player has struggled, but it may be possible to play against other types of games.

In the above embodiment, a so-called arcade game device installed in a game center has been described as an example, but the present invention can also be applied to a game using a home game device, a personal computer, a mobile phone, or the like. .

Further, in the above embodiment, the data has not been changed according to the order in which the cards are arranged. However, if the weapon card is in front of the player due to the order of the cards, the data is read into the control device and then on the program. The weapon ability may have an additional effect, and if the armor card is in front of the player side, the weapon ability may have an additional effect as described above.

In the above embodiment, three game cards are used. However, the number of game cards is not limited to three, and any number of game cards can be used as long as they can be read by a reading device. good. However, when a transparent game card is combined, the number of game cards that can be visually confirmed before being read into the control device when the player executes the game, or such a game card that is designed to be visually recognized as such. preferable.

In the above embodiment, the present invention is applied to a warrior fighting game, but the present invention is not limited to this. For example, the present invention may be applied to the following fashion games for girls.

¡Transparent cards with fashion symbols are stacked on top of each other to visually enjoy the combined symbols, and the card bundle is read by a reader.

For example, in this embodiment, a person card is placed at the back, and a weapon card and an armor card or an item card are superimposed on the person card. A person card can be placed on top of it.

In this embodiment, the additional cards are weapon cards, armor cards, and item cards. These cards are, for example, tops cards (those that are worn on the upper body of shirts, T-shirts, etc.) as cards indicating clothing parts. ), Bottoms card (things to be worn on the lower body such as skirts and pants), shoe cards, accessory cards, hair cards, dress-up cards, one-piece cards, outer cards (tops and bottoms to wear, coats to wear in addition to one-piece Parker) or the like. In addition, a situation card or a special card that produces a special effect in the display on the display device may be used as a card for producing a special scene added to the background card.

In the case of such a game, it may be determined whether or not the combination is a good combination according to the type of the read card, and the result may be reflected in the game. In addition, based on the result, a game program generally called a music game is executed. For example, the player performs input by the input device to the operation signal in time with an instruction signal to be displayed on the display device. May be displayed.

In the above embodiment, when the cards are combined, the result of the combination is visually displayed so that only the combination of the cards shows the effect on the attack power and defense power. In the case of such a fashion game, data such as attack power and defense power may not be provided.

In addition to the fashion game, the present invention may be applied to any type of game as long as it displays a combination of transparent cards. For example, the present invention can be applied to a game in which candy decorations are combined according to the player's preference, a game in which hats, accessories, and the like are combined.

The cards used in the above embodiment are all game cards printed on a substrate that is transparent to visible light. However, as long as the present invention can be implemented, the card is limited to only a substrate that is transparent to visible light. The material is not limited, and the material is not limited. For example, in the above embodiment, it is also possible to adopt a non-transparent substrate including paper only for the game cards arranged at the bottom of the card bundle.

Further, in the above embodiment, the card deck displays a predetermined number of cards shuffled in advance, the cards determined by the player are sequentially stored in the “graveyard”, and the display for the predetermined number of cards is finished. Shuffle is displayed again at each stage, but each time the player confirms the card selection without setting the “graveyard”, the card to be displayed next may be displayed at random. .

The game device according to the present invention is useful for providing a game that can be freely controlled by a player's operation.

DESCRIPTION OF SYMBOLS 1 ... Game device 1a ... Case 2 ... Game management device 3 ... Display 4 ... Speaker 5 ... Input device 6 ... Card reader 10 ... Card bundle 11 ... Card (game card)
DESCRIPTION OF SYMBOLS 12 ... Base | substrate 13 ... White printing layer 14 ... Color printing layer 15 ... Varnish application layer 16 ... Code printing layer 16a ... Code pattern 21 ... CPU
22 ... Program memory (ROM)
23 ... Data memory (RAM, FlashROM)
24 ... interface 25 ... display circuit unit 26 ... sound circuit unit 27 ... communication interface circuit 28 ... card dispensing device 61 ... card insertion slot 62 ... card bundle recognition sensor 63 ... light emitting element 64 ... camera 643 ... CCD image sensor 641 ... camera lens 642 ... Correction optical system 643 ... CCD image sensor 65 ... Card data identification means 651 ... CPU
652 ... RAM
653 ... Program ROM
654 ... BOOTROM
655 ... Communication I / F
656... Light emitting element drive circuit 657... Camera drive circuit 658... Bus arbiter 100. Display field 113 ... Card display field 114 ... Barcode field 120 ... Armor card 121 ... Armor display field 122 ... Attribute display field 123 ... Card display field 124 ... Barcode field 150 ... Card data table 160 of warrior card ... Weapon card card Data table 170 ... Armor card data table 200 ... 1P player data table 210 ... 2P player data table 220 ... COM player data table 300 ... Turn gauge counter 310 ... Card selection time counter 320 ... Attack count counter 330 Card determination flag 340 ... rush point counter 350 ... rush point rise flag 360 ... Battle end flag 370 ... victory flag

Claims (13)

1. Computer
   A determining means for determining a plurality of first options based on a signal from an input means operated by a player;
   Setting means for setting a plurality of second options;
   Display means for displaying a third option selected from the first option and the second option on a display screen;
   Selecting means for selecting a fourth option from the third option displayed on the display screen based on a signal from the input means operated by the player;
   A game program that functions as a game device having control means for controlling the progress of a game based on the fourth option selected by a player.
2. Computer
   Determining means for determining a plurality of first options based on a signal from the first input means operated by the player;
   Setting means for setting a plurality of second options;
   Display means for displaying a third option selected from the first option and the second option on a display screen;
   Selecting means for selecting a fourth option from the third option displayed on the display screen based on a signal from a second input means operated by the player;
   A game program that functions as a game device having control means for controlling the progress of a game based on the fourth option selected by a player.
3. In the game program according to claim 1 or 2,
   The determining means includes
   A game program, wherein the plurality of first options are determined based on a signal from the input means to which an option input medium including options is input.
4. In the game program according to claim 3,
   As the option input medium, a first option input medium including the first option and a second option input medium for changing a part of the first option are prepared,
   The determining means includes
   A game program that changes some of the options of the first option based on a signal from the input means to which the first option input medium and the second input medium are input.
5. The game program according to claim 3 or 4,
   The game program, wherein the option input medium is a card on which the option is displayed.
6. The game program according to claim 5,
   The determining means includes
   A game program, wherein the plurality of first options are determined based on a signal from the input means for recognizing a card bundle in which a plurality of cards are superimposed.
7. The game program according to claim 6,
   The determining means includes
   The game program, wherein the plurality of first options are determined based on a signal from the input means for recognizing an overlapping order of the plurality of cards constituting the card bundle.
8. The game program according to any one of claims 1 to 7,
   The display means includes
   An order for displaying the first option and the second option is determined at random, and the third option is displayed on the display screen in the randomly determined order.
9. The game program according to any one of claims 1 to 8,
   The option is given an attribute,
   The game program, wherein selection of the fourth option by the selection means is restricted by a predetermined rule based on an attribute of the option.
10. The game program according to claim 9, wherein
    The option attribute is a number,
    The said predetermined rule in the said selection means is a rule based on the number provided to the said option. The game program characterized by the above-mentioned.
11. Computer
    A determining means for determining a plurality of first options based on a signal from an input means operated by a player;
    Setting means for setting a plurality of second options;
    Display means for displaying a third option selected from the first option and the second option on a display screen;
    Selecting means for selecting a fourth option from the third option displayed on the display screen based on a signal from the input means operated by the player;
    A computer-readable recording medium recording a game program that functions as a game device having control means for controlling the progress of the game based on the fourth option selected by the player.
12. In a game device having an input means and a display screen,
    A determining means for determining a plurality of first options based on a signal from an input means operated by a player;
    Setting means for setting a plurality of second options;
    Display means for displaying a third option selected from the first option and the second option on a display screen;
    Selecting means for selecting a fourth option from the third option displayed on the display screen based on a signal from the input means operated by the player;
    And a control means for controlling the progress of the game based on the fourth option selected by the player.
13. In a control method of a game device having an input means and a display screen,
    Determining a plurality of first options based on a signal from an input means operated by a player;
    Setting a plurality of second options;
    Displaying a third option selected from the first option and the second option on a display screen;
    Selecting a fourth option from the third option displayed on the display screen based on a signal from the input means operated by the player;
    And a step of controlling the progress of the game based on the fourth option selected by the player.

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