KR101624859B1 - Method of providing a doctor monto game - Google Patents

Abstract

The present invention relates to a method and apparatus for providing a game, and more particularly, to a Monster game in which a monster attacks a character and attacks the monster using an attack weapon generated in the process of arranging blocks formed in a puzzle And to provide a method and an apparatus. To this end, a method of providing a Dr. Monto game according to the present invention comprises: outputting a puzzle, a monster and a first character composed of a plurality of blocks for at least two or more chapters; The monster attacking the first character to reduce power of the first character; And attacking the monster by converting the aligned blocks into attack weapons when the blocks are moved in the horizontal direction of the puzzle and the blocks of the same kind are aligned by a predetermined number in the horizontal or vertical direction of the puzzle .

Description

{METHOD OF PROVIDING A DOCTOR MONTO GAME}

The present invention relates to a game providing method.

As the development of personal computers (PC), tablet PCs, smart phones, and wired / wireless network services have developed, various kinds of games have been developed and used.

Some of the games currently available include simple rules such as Anifang, and others require complex menus and skills.

Of these, games requiring simple rules can easily be spread because they can be easily used by users of various ages. However, a game requiring a simple rule has a problem that it is difficult to be continuously used for a long period of time because the game may be boring to the users.

Disclosure of Invention Technical Problem [8] The present invention has been proposed in order to solve the above-mentioned problems, and it is an object of the present invention to provide a Doctor Monto game in which a monster attacks a character and attacks the monster by using an attack weapon generated in the process of arranging blocks formed in a puzzle And to provide a method and an apparatus.

According to an aspect of the present invention, there is provided a method of providing a Dr. Monto game, comprising: outputting a puzzle, a monster, and a first character having a plurality of blocks for each of at least two chapters; The monster attacking the first character to reduce power of the first character; And attacking the monster by converting the aligned blocks into attack weapons when the blocks are moved in the horizontal direction of the puzzle and the blocks of the same kind are aligned by a predetermined number in the horizontal or vertical direction of the puzzle .

According to an aspect of the present invention, there is provided an apparatus for providing a Dr. Monto game, comprising: a puzzle, a monster, and a first character composed of a plurality of blocks for each of at least two chapters; When a block is moved in the lateral direction of the puzzle and blocks of the same kind are aligned in a horizontal direction or a vertical direction of the puzzle by a predetermined number by attacking the character to reduce the power of the first character, A storage unit for storing a Dr. Monto game that converts blocks into attacking weapons and attacks the monster; An interface for communicating with a user terminal via a network; And a controller for providing the Dr.Montro game to the user terminal via the interface when the Dr.Montro game is requested from the user terminal.

According to the present invention, the user can enjoy the game more happily through a variety of game methods.

In the conventional block elimination game, any one of a plurality of blocks having various shapes formed in a limited time is moved in the horizontal and vertical directions, and a game method in which blocks are eliminated when block combinations of the same shape are adjacent are used . Thus, the conventional block elimination game causes the user to perform one pattern of action from the beginning to the end of the game. However, there is a problem that the game method of performing such a single pattern behavior is somewhat monotonous and the user can not make the situation various. Therefore, since the conventional single pattern block elimination game method can not satisfy the desire of the current game users, development of a new type of block elimination game method is urgently required.

The present invention is based on a method for moving blocks horizontally or vertically to remove blocks when three or more blocks of the same color are adjacent to each other and to allow the user to cope with various behavior patterns of the monsters more effectively You can change the character. Depending on the character of the character, you can change the method of removing the block (puzzle type) in real time.

That is, according to the present invention, it is possible to move away from the simplicity of conventional block elimination games in which the block is quickly removed in a single pattern as the character is changed, and the user can change the block elimination addition method in real time according to the changed situation can do. Accordingly, the present invention can produce a variety of situations according to the user's preference or the character possessed by the user, and the user can enjoy the game more interestingly.

In other words, when the user clicks the character change button during the game, the first character displayed on the screen is replaced with the second character selected by the user before starting the game.

At the same time, the logic of the block elimination addition method (puzzle type) held by the first character is removed while the puzzle remains intact, and the block elimination addition method of the second character is newly activated.

In addition, the present invention can provide a variety of puzzle styles for each character, so that the user can feel a thrilling taste.

Further, the present invention provides a strategic play method in which a more powerful attack weapon exerted according to a special ability (puzzle type, special weapon) possessed by each character is provided, thereby more effectively targeting a monster having various attack patterns .

1 is a block diagram of a game system to which a method of providing a Dr. Monto game according to the present invention is applied.
FIG. 2 is a block diagram of an embodiment of the Dr. Monto game providing apparatus shown in FIG. 1. FIG.
3 is a flowchart of an embodiment of a method of providing a Dr. Monto game according to the present invention.
4 is a diagram illustrating a state in which various kinds of apps including game apps are displayed on a display of a user terminal on which a method of providing a Dr. Monto game according to the present invention is executed.
FIG. 5 is an exemplary view of a main screen displayed on a display of a user terminal according to a method of providing a Dr. Monto game according to the present invention; FIG.
FIG. 6 is a diagram illustrating a state in which a block removed from the main screen output by the method of providing a Dr. Monto game according to the present invention is converted into an attack weapon; FIG.
FIG. 7 is an exemplary view of a setting screen displayed by the method of providing a Dr. Monto game according to the present invention; FIG.
FIG. 8 is an exemplary view of another setting screen displayed by the method of providing a Dr. Monto game according to the present invention; FIG.
9 is a view illustrating a process of manufacturing a bomb according to the method of providing a Dr. Monto game according to the present invention.
10 is an exemplary view showing a main screen on which a game is executed by the method of providing a Dr. Monto game according to the present invention;
11 is a diagram illustrating various characters applied to the method of providing a Dr. Monto game according to the present invention.
FIG. 12 is a view showing various boss monsters applied to the method of providing the Dr. Monto game according to the present invention. FIG.
13 is a diagram illustrating various sub-monsters applied to the method of providing a Dr. Monto game according to the present invention.
FIG. 14 is an exemplary view showing a state in which a block is being moved in a puzzle displayed by the method of providing a Dr. Monto game according to the present invention; FIG.
15 is an exemplary view showing a state in which a block removed from a puzzle displayed by the method of providing a Dr. Monto game according to the present invention is converted into an attack weapon;
16 is another example of a state in which a block is moved in a puzzle displayed by the method of providing a Dr. Monto game according to the present invention.
FIG. 17 is another example of a state in which a block removed from a puzzle displayed by the method of providing a Dr. Monto game according to the present invention is converted into an attack weapon; FIG.
18 is an exemplary view showing a state in which a bomb block is displayed on a puzzle displayed by the method of providing a Dr. Monto game according to the present invention.
19 is an exemplary view showing a state in which a bomber is attacking a monster on the main screen displayed by the method of providing a Dr. Monto game according to the present invention;
20 is an exemplary diagram for explaining a hot booster mode executed by the method of providing a Dr. Monto game according to the present invention;

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

FIG. 1 is a block diagram of a game system to which a method of providing a Dr. Monto game according to the present invention is applied, and FIG. 2 is a block diagram of an embodiment of a Dr. Monto game providing apparatus shown in FIG.

As shown in FIG. 1, the game system to which the method of providing a Dr. Monto game according to the present invention is applied includes a Dr. Monto game providing apparatus (hereinafter, simply referred to as a 'game server' And a user terminal 20 for downloading and executing the Dr.Montro game from the game server 10 via a wired network or a wireless network.

First, the game server (Dr. Monto game providing apparatus) 10 can be applied to a currently used server and transmits the Dr.Monto game to the user terminal 20 connected through various kinds of networks .

The game server includes an interface 11 for communicating with the user terminal 20 via a network, an input unit 13 for receiving various control signals from an administrator, various information for monitoring the administrator, A controller 15 for controlling the functions of the interface, the input unit, the output unit, and the storage unit 14, a storage unit 15 for storing information of the doctor mont game and the user terminal 20, ).

In particular, the control unit 12 outputs a puzzle, a monster, and a first character composed of a plurality of blocks for each of at least two chapters, and the monster attacks the first character, When the blocks are moved in the horizontal direction of the puzzle and the blocks of the same kind are aligned by a predetermined number in the horizontal direction or the vertical direction of the puzzle, And transmits the Dr.Montro game for attacking the monster to the user terminal 20 via the interface 11. Here, blocks of the same kind may mean blocks of the same color or blocks of the same type.

Second, the user terminal 20 accesses the game server 10 through a network to download and execute the Dr.Monto game.

The user terminal 20 may be a wireless terminal such as a smart phone or a tablet PC capable of performing communication with the game server 10 through a wireless network and capable of executing various kinds of application programs .

The user terminal 20 may be a wired terminal capable of performing communication with the game server 10 through a wired network such as a personal computer (PC) or a notebook computer, It is possible.

That is, the user terminal 20 can be applied to various types of terminals capable of communication through a network and capable of executing various kinds of application programs.

The user terminal 20 includes an interface, a memory, a central processor, an input device, and a display. The interface connects with the game server 10 via a network and downloads the Monto game from the game server 10. [ The memory stores the Dr. Monto game to be downloaded via the interface. The central processor executes the Dr.Montro game stored in the memory. The input device may be a keypad, a keyboard, a touch screen, a mouse, or the like. A display device such as a liquid crystal display (LCD) or an organic light emitting diode (OLED) may be used as the display. The configuration of the user terminal 20 is the same as that of a currently used user terminal, and a detailed description thereof will be omitted.

The central processor executes the Dr. Monto game through a game progress module, a cursor movement module, a block movement module, a block basic comparison module, a block addition comparison module, a block addition comparative replacement module, a block elimination module and an attack block control module .

When the user operates the input unit to request the execution of the Doctor Monto game stored in the memory, the game progress module transmits a plurality of blocks formed in various shapes in response to the request to the user terminal 20 Through the display. The game progress module controls the cursor movement module, the block movement module, the block basic comparison module, the block addition comparison module, the block addition comparative replacement module, the block elimination module, and the attack block control module .

FIG. 3 is a flowchart of an embodiment of a method of providing a Dr. Monto game according to the present invention. FIG. 4 is a flowchart illustrating a method of providing a Dr. Monto game according to an embodiment of the present invention. Fig. 5 is a view illustrating an example of a main screen displayed on a display of a user terminal according to a method of providing a Dr. Monto game according to the present invention. The first block (yellow block) 111a on the fourth horizontal line from the top of the puzzle 110 And the first three blocks (yellow blocks) in the vertical direction are moved to the sixth vertical line from the left side. FIG. 6 is a diagram illustrating a state in which blocks removed from the main screen output by the method of providing a Dr. Monto game according to the present invention are converted into attack weapons. In FIG. 6, the three first blocks 111a shown in FIG. And it is converted into a weapon.

As shown in FIG. 3, the method for providing a Dr. Monto game according to the present invention comprises: (302) setting various information necessary for a game; (302) for each of at least two chapters a puzzle composed of a plurality of blocks, (306) of moving the block in the horizontal direction of the puzzle, so that the same type of block is moved in the horizontal direction of the puzzle (308) the attacked monsters by converting the aligned blocks into attacking weapons, if the predetermined number of the blocks are aligned in the horizontal or vertical direction of the puzzle.

≪ 1. Game execution and setting process (S302) >

As described above, the method for providing the Dr. Monto game according to the present invention is executed in the user terminal 20, and the user terminal 20 can be a wired terminal such as a personal computer or a wireless terminal such as a smart phone . Hereinafter, for convenience of description, the present invention will be described by way of an example in which the user terminal 20 is a wireless terminal such as a smart phone. Accordingly, the following description can be applied to various user terminals other than a smart phone. Here, the smartphone refers to an intelligent terminal that adds computer support functions such as internet communication and information search to a mobile phone, and various apps desired by the user can be installed.

In order to execute the method of providing a Dr. Monto game according to the present invention in a user terminal 20 such as a smart phone, the following procedures must be preceded.

The user accesses the game server (Doctor Monto game providing apparatus) 10 by using the user terminal 20 and downloads the Dr. Monto game to the user terminal 20. [ More specifically, the Dr.Montro game in the form of a game app is downloaded to the user terminal 20 through an application store.

Here, the app store is a place where the game app can be downloaded. The app store stores various kinds of apps including game apps transmitted from the game server 10, and when receiving a download request from the user terminal 20, (20).

That is, the app store is a term used in the abbreviation of 'Application Store', and is a term used for a mobile application (such as a calendar management, address book, alarm, calculator, game, video, internet access, music reproduction, Refers to an online 'mobile content (software) marketplace' that allows a user to freely buy and sell a content application program (hereinafter, simply referred to as an 'app') such as a word or an accelerator. However, the application store may be the game server 10.

The user who uses the user terminal 20 downloads the game application and installs the game application in the user terminal 20. FIG. 4 shows a state in which the game app 21 is installed in the user terminal 20.

When the user installed the game app 21 in the user terminal 20 executes the game app 21 and the central processor of the user terminal 20 executes the game app 21 , And outputs various setting screens through the display.

The user sets various information required in the Dr. Monto game through the setting screen. For example, the user can select at least two of the various characters provided by the Dr. Monto game, set the size and type of the sound, and change the login information and the like.

In other words, the user downloads the game app from the Google Play, the App Store, the game server 10, or the like, and installs (installs) the game app in the user terminal 20.

The user installing the game app in the user terminal 20 executes the Google Plus or game center login authentication or the KakaoTalk login authentication to execute the Dr.Montro game provided from the game server 10. In this case, the Facebook interface is possible.

The user may purchase a character to be used as a user's own personal intention through the setting screen, and may enhance the performance of the character. In this case, the user can select at least two characters to be used.

In addition, the user can purchase various kinds of consumable items provided through the setting screen.

2. Puzzle, Monster and First Character Output Process (S304)

When the user who has performed the setting process S302 as described above requests the game start, the central processor of the user terminal 20 outputs the main screen as shown in FIG. 5 through the display.

5, the puzzle 110, the monster 120, and the first character 131, which are composed of a plurality of blocks 111 of various colors, are displayed on the display Lt; / RTI >

The Dr. Monto game consists of two or more chapters, and the puzzle 110, the monster 120, and the first character 131 are output for each chapter.

In this case, the type of the monster 120 may be changed for each chapter, the attack method of the monster 120 may be changed, or the power of the monster 120 may be changed.

Also, for each of the chapters, at least one boss monster and at least one sub-monster may be output. The power of the boss monster attacking the first character 131 is greater than the power of the first monster attacking the first character 131.

That is, the monster 120 output for each chapter may be at least one of the boss monster and the sub monster. In this case, the boss monster and the sub monster may be outputted simultaneously in one chapter or sequentially. The monster 120 shown in FIG. 5 is the above-mentioned sub-monster.

If the character change request signal is received during the course of the doctor mont game, the first character 131 may be replaced with the second character 132 previously set by the user. In this case, the method of converting the blocks into an attack weapon to attack the monster may be converted into an attack method (any one of transition type, linkage type, and charge type) matched with the second character 132 . 5, the second character 132 is displayed on the main screen. When the user selects the second character 132, the first character 131 is displayed on the main screen, The second character 132 is displayed at a position where the second character 132 is displayed, and the first character 131 is displayed at a position where the second character 132 is displayed in FIG.

As described above, the first character 131 and the second character 132 displayed on the main screen are selected by the user through the game setting process S302. That is, the user can select the first character and the second character among the plurality of characters provided in the Dr. Monto game, and the two characters selected by the user are displayed on the main screen.

≪ 3. Process in which a monster attacks a character (S306)

The monster 120 attacks the first character 131 to reduce the power of the first character 131.

For this purpose, the monster 120 moves slightly toward the first character 131, and then may collide with the first character 131. That is, the monster 120 may approach the first character 131 and attack the first character 131.

In addition, the monster 120 may insert a bacterial block into the puzzle 110, and the bacteria block may attack the first character 131.

With the attack of the monster as described above, as the game progresses, the fitness of the first character 131 gradually decreases.

<4. Process of attacking monster with attack weapon (S308)>

When blocks of the same kind, for example, of the same color, are aligned in the horizontal direction or the vertical direction of the puzzle 110 by a predetermined number, the blocks are moved in the horizontal direction of the puzzle 110, Are converted into attacking weapons and attack the monster 120. In this case, when the user selects one of the blocks 111a, the left and right movement regions 112 are created around the block 111, and the user drags the block 111a in the horizontal direction, And the position can be exchanged.

That is, in order to create an attack weapon for attacking the monster 120, the user moves the blocks 111 only in the horizontal direction and arranges them in a predetermined form. When the blocks 111 are aligned in a predetermined form, the aligned blocks 111a are converted into attack weapons to attack the monster 120. [

In other words, the aligned blocks 111a are removed from the puzzle 110, and the removed blocks are converted into attack weapons to attack the monster 120 approaching the first character 131 .

In this case, as a first example (transfer type), at least one or more adjacent blocks adjacent to the aligned blocks may be converted into attack weapons to attack the monster.

In addition, as a second example (linked type), it is also possible to use, in a predetermined period after the aligned blocks are removed, an addition of the same kind as the blocks removed to the position where the removed blocks are located, When the block is moved, the additional block may be converted into an attack weapon having a stronger power than that of the converted attack weapon to attack the monster 120.

Also, as a third example (filled type), blocks arranged in the horizontal direction can be converted into filling blocks, and if the filling blocks generated by the method are aligned in a predetermined number in the longitudinal direction, Removed from the puzzle, and the removed charging blocks may be converted into attacking weapons to attack the monster.

Further, the energy of the hot booster charger can be increased each time the above-mentioned process in which aligned blocks are converted into attack weapons occurs. When the energy of the hot booster charger exceeds a predetermined value, another attacking weapon having a stronger power than the attack weapon and changing the aiming direction by the user may attack the monster.

Further, the energy of the bomb charger can be increased each time the above-mentioned process in which aligned blocks are converted into attack weapons occurs. When the energy of the bomb charger exceeds a preset value, a bomb block is output to the puzzle 110. When the bomb block is selected by the user, another attack is generated between the monster and the first character A weapon may attack the monster.

The basic operation method of the Dr. Monto game according to the present invention will be described as follows, taking each of the above-described processes together.

First, when a user clicks any one block 111a of the blocks 111 formed in various colors and shapes, as shown in FIG. 5, a rectangular shape Quot; movable area 112 &quot;

Secondly, when the user moves the one of the blocks 111a in the lateral direction by a desired amount in the movable area 112, the position of any one of the blocks 111a in the moving direction is exchanged do.

Third, if the user desires to cancel the click of any one of the blocks 111a, the central processor determines that the block of the same color in the horizontal or vertical direction has three or more neighboring blocks 111a, Or not.

Fourth, when three or more blocks of the same color are adjacent in the horizontal or vertical direction on the basis of any one of the blocks 111a, neighboring blocks are removed. FIG. 5 shows a state in which three blocks of the same kind are adjacent to each other in the longitudinal direction with respect to any one of the blocks 111a. In this case, the neighboring three blocks are removed as shown in FIG.

Fifth, as shown in FIG. 6, the removed blocks are converted into attack weapons by being pushed out from the puzzle 110, and the monster 120 pursuing toward the place where the first character 131 is located Attack.

Sixth, in the determining process, if there are three or more neighboring blocks of the same color in the horizontal or vertical direction on the basis of any one of the blocks 111a, the central processor may select one of the blocks 111a, It is determined whether three or more blocks of the same color or the same shape in the horizontal or vertical direction are adjacent to each other based on the block whose position has been exchanged.

Seventh, if three or more blocks of the same color are neighboring in the determination process, neighboring blocks are removed, and the removed blocks are converted into the attack weapon to attack the monster 120.

Hereinafter, with reference to the accompanying drawings, each of the four processes described above will be described in detail.

&Lt; 1. Game execution and setting process (S302) >

7 is an exemplary diagram of a setting screen displayed by the method of providing a Dr. Monto game according to the present invention. 8 is an exemplary view of another setting screen displayed by the method of providing a Dr. Monto game according to the present invention. When the game ready button shown in FIG. 7 is selected, a screen as shown in FIG. 8 is displayed do. 9 is a view illustrating a process of manufacturing a bomb according to the method of providing a Dr. Monto game according to the present invention.

First, in the setting screen shown in Fig. 7, a setting screen including a money information section 201, a user information section 202, a friend list mailbox 203, a ranking information section 204, a character information section 205, a game preparation button 206, A button 207 and a battery information section 208 are displayed.

The cash information unit 201 displays cash money, game money, friendship point information, purchase buttons, and the like held by the user.

The user information section 202 displays the current level, user name, highest score information, and the like.

The ranking information section 204 displays rank (position) information of itself and friends.

The character information section 205 displays two currently set characters (1st, 2nd), a character setting button, and the like.

When the game preparation button 206 is selected, the screen is moved to another setting screen as shown in FIG.

When the environment setting button 207 is selected, the user can change the sound setting and login information.

In the battery information unit 208, the number of batteries and the purchase button for starting the Dr.Montro game are displayed. That is, the user can use the Dr. Monto game a number of times corresponding to the number of the batteries. If the battery is exhausted, the user can use the Dr. Monto game again after a predetermined period has elapsed or an additional battery has been purchased.

Next, when the game preparation button 206 shown in FIG. 7 is selected, another setting screen as shown in FIG. 8 may be output. The setting screen shown in Fig. 8 displays a consumable item shop 211, a held bomb list information unit 212, a bomb manufacturing menu 213, a detailed information unit 214, and a game start button 215 .

In the consumable item shop 211, a consumable item that can be used in the Doctor Monto game is sold. For example, in the consumable item shop 211, various settings such as increase in character HP, increase in capsule damage, increase in combo holding time, increase in experience value 2, elimination of puzzle color, and random effect drawing can be made.

In the consumable item shop 211, the held bomb list information unit 212 is displayed. The retained bomber list information unit 211 displays the level and reinforcement information of the held bombs. A user who selects the bomb creation menu 213 displayed in the consumable item shop 211 can obtain a better bomb through the bomb producing process as shown in Fig. In this case, as shown in Fig. 9, the user can select the advanced bomb and the general bomb. The bomb is one of the attack weapons that the user can use to attack the monster 120 when the doctor mont game is executed through the main screen as shown in Fig. 5 or Fig. That is, when the predetermined energy is charged during the execution of the Dr.Montro game, at least one of the bombs displayed in the held bomb list information unit 212 is output to the main screen, Attack. The user may obtain the bomb by paying the cost, or may convert the captured monster 120 into the bomb during execution of the doctor mont game. For example, during execution of the Dr. Monto game, a user can capture a monster 120 desired by him using an attack weapon such as a capture net or the like, and convert the captured monster into the bomb through a bomb manufacturing process It is possible.

The detailed information unit 214 displays detailed information of a selected item such as a bomb and a item selected by the user.

When the game start button 215 is selected, the doctor mont game is started and a main screen as shown in FIG. 5 is outputted. At this time, one holding battery is consumed.

2. Puzzle, Monster and First Character Output Process (S304)

10 is an exemplary view showing a main screen on which a game is executed by the method of providing a Dr. Monto game according to the present invention. 11 is a diagram illustrating various characters applied to the method of providing a Dr. Monto game according to the present invention. FIG. 12 is a diagram illustrating various boss monsters applied to the method of providing a Dr. Monto game according to the present invention. 13 is a diagram illustrating various sub-monsters applied to the method of providing a Dr. Monto game according to the present invention.

10, the main screen includes a chapter progress information section 221, a boss monster 121, a bacteria block 115, a hot booster 116, a first character 131, a bombocharger 117, A character replacement button 222, a character life information unit 223, an acquisition score unit 224, a money information unit 225 and a bomb block 114 may be displayed.

The chapter progress information section 221 is mini-map information showing a game progress state up to the present time. Referring to the chapter progress information 221, it can be seen that the Dr. Monto game consists of a total of five chapters (represented by circles). In other words, the user can check which stage of the chapter he / she is proceeding by using the chapter progress information 221 shown in FIG.

As described above, the boss monster 121 and the sub monster 122 may be included in the monster 120 applied to the present invention. At the top or bottom of the boss monster 121, the health information of the boss monster 121 may be displayed in the form of a bar.

The health information of the sub-monster 122 may also be displayed on the top or bottom of the sub-monster 122 in the form of a bar. As described above, the power of the boss monster 121 attacking the first character 131 or the life force of the boss monster is determined by the power of the first monster 122 attacking the first character 131 Is greater than the vitality of the above-mentioned sub-monster.

If the boss monster 121 attacks the puzzle 110 and the user does not touch the bacteria block 115 quickly, the bacteria block 115 attacks the first character 131. When the user touches the bacteria block 115, the bacteria block 115 is restored to a normal block again.

Each time the user continuously aligns the block 111 in a predetermined alignment manner, the hot booster charger 116 advances slowly. For example, on the screen as shown in FIG. 10, the hot booster charger 116 advances in the left direction. If the block 111 is not continuously aligned, the advanced hot booster charger 116 may be backward in the right direction again. When the hot booster charger 116 advances and reaches a predetermined position, a 'hot booster mode' is activated. When the hot booster mode is activated, another attack weapon (hot booster) whose aiming direction is changed by the user is displayed on the screen. The user can attack the monsters by changing the aiming direction of the hot booster to the directions of the monsters 121 and 122. [

The first character 131 currently being operated is displayed on the main screen.

The bomb charger 117 is charged every time the user aligns the block 111 according to the predetermined alignment method. When the charging of the bomb charger 117 is completed, the bomb recalling puzzle bomb 114 And displayed on the puzzle 110. That is, whenever the process of converting the sorted blocks into the attack weapon occurs, the energy of the bomb charger 117 is increased, and when the energy of the bomb charger 117 exceeds the preset value, The Bombardment Block 114 is output. When the bomb block 114 is selected by the user, another attack weapon (a bomb) is displayed between the monsters 121 and 122 and the first character 131, The monsters 121 and 122 are attacked.

The character change button 222 represents character change cooldown time information and health information. When the character change button 222 is selected, the second character displayed on the character change button 222 is displayed at a position where the first character 131 is displayed. In this case, the first character 131 is displayed on the character replacement button 222.

In the main screen, the life information section 223 of the character currently being operated is displayed. When the Dr.Montro game is started, the life of the character gradually decreases, and when the monster is attacked by the monster 120 or the bacterium block 115, it rapidly decreases.

In the main screen, an acquisition score unit 224 that hits the monster or kills the monster may be displayed. Also, the main information screen 225 may be displayed on the main screen to display coin information obtained after the monster is dispensed.

Fig. 11 shows a list of characters of various kinds (Dr. Monto (a), Siff Doble (b), Guard Dilo (c), Spy Lamus (d) Painter Viobi (f), etc.) are displayed. Each of the characters has different attack types, puzzle types, and special weapons.

The Dr. Monto (a) attack type is magical, the puzzle type is transfer type, and the special weapon is a germ killer. That is, the Dr. Monto (a) performs the function of defending the attack of the monster in addition to attacking the monster, and when the Dr. Monto (a) is displayed at the position of the first character 131 The type of the puzzle 110 is a transitional type, and Dr. Monto (a) can defend against the bacterial attack of the monster by using a germ killer.

The attack type of the Sif dopley (b) is an offensive type, the puzzle type is a linkage type, and the weapon is a sawtooth. That is, the thief Doppler (b) performs a function of attacking the monster rather than defending the attack of the monster, and when the Thief Dopper (b) is displayed at the position of the first character 131 The type of the puzzle 110 of the sip dribble b is tied, and the sip dribble b can attack more and more powerful each time the tie is continued.

The attack type of the guard duel (c) is a defense type, the puzzle type is a charging type, and the special weapon is an invincible shield. That is, the guard dill (c) performs a function of defending the attack of the monster in addition to attacking the monster, and when the guard delay (c) is displayed at the position of the first character 131 The type of the puzzle 110 is of the charging type, and the guard dillo (c) can defend the attack of the monster by using an invincible shield.

The attack type of Spy Lamus (d) is offensive, the puzzle type is charge type, and the special weapon is poison drill. That is, the spy ramus d performs a function of attacking the monster rather than defending the attack of the monster, and when the spy ramus (a) is displayed at the position of the first character 131 The type of the puzzle 110 is a charging type, and the spy ramus d periodically attacks the monster using a poisonous tortoise gun.

The attack type of the Anguria bermie (e) is magical, the puzzle type is tied, and the special weapon is rapid charging. That is, the engineer bum e performs a function of assisting the charging of the bomber in addition to attacking the monster, and when the engineer bumy e is displayed at the position of the first character 131 110 are of the interfaced type, and the engineer bumper e can quickly charge the bomb using rapid charging.

The attack type of the painter Viobi (f) is magic type, the puzzle type is transfer type, and the special weapon is snow blossom. In other words, the painter's oboe (f) performs a function of obstructing the monster's approach in addition to attacking the monster, and when the painter's oboe (f) is displayed at the position of the first character 131 The type of the puzzle 110 of the monster is a transfer type, and the painter can use the snow blossom to freeze the monster.

As described above, each of the characters has different attack types, puzzle types, and special weapons. Accordingly, the user can select at least two characters having the attack type, the puzzle type, and the special weapon he / she desires through the setting process (S302). At least two characters selected through the setting process (S302) may be displayed by the first character 131 and the second character 132, or the like.

FIG. 12 shows a case in which various kinds of boss monsters (brewer monkey (a), miner golem (b), illusionist catbird (c), nuclear puncher d, e), infected Medusa (f), and King Viking (g)) 121 are displayed.

At least one boss monster of the boss monsters 121 may be output for each chapter to attack the first character 131.

The user can cope with an attack by the boss monsters and the boss monster generated by the boss monster using the attacking weapons such as the bombs and the characters 131 and 132.

Fourth, in FIG. 13, various types of sub-monsters (Germans (a), Pushman (b), Bomber (c), Guard (d), Summoner & Wizard f), etc.) 122 are displayed.

The bacteria (a) rush to the first character 131 and attack the first character 131 in a melee periodically.

The pushman b rushes to the first character 131 to attack the first character 131 in a close-up manner, and the capsule missile is repelled when the shield is activated.

The bomber (c) rushes to the first character (131) and attacks himself. The bombardment c is not threatening before the explosion but is fatal to the first character 131 if the first character 131 is damaged by the explosion of the bombardment c.

The guard d does not attack the first character 131, but has a strong life force and is not easily pushed.

The summoner and the wizard e do not directly attack the first character 131, but they periodically bombard or perform a function of rapidly pushing the nearby bacteria (a).

The healer f does not directly attack the first character 131, but regains vitality periodically. Therefore, the healer f can be treated only when the damage is instantaneously caused.

The user can strategically attack the sub monsters 122 using the characteristics of the characters 131 and 132 and the characteristics of the respective sub monsters 122. [

&Lt; 3. Process in which a monster attacks a character (S306)

The process in which the monster attacks the character (S306) will be described in detail with reference to FIG.

First, each of the subscribers 122 attacks the first character 131 using the above-described features. Further, each of the subscribers 122 defends the attack of the first character 131 or the attack weapons in various ways.

For example, the bacterium (a) periodically emerges to attack the first character 131 in a melee, the pushman (b) activates a protective film to repel missiles generated by the attack weapon, The bomber (c) performs a self-destruct attack, the guard (d) has a strong life force and is not easily pushed out, and the summonser and the wizard (e) periodically bomb the bomb, , And the healer (f) regenerates vitality periodically.

Second, each of the boss monsters 122 attacks the first character 131 using its own unique method, and defends the attack of the first character 131 or the attack weapons.

For example, the brewer monkey (a) uses contaminated liquor, the miner's golem (b) summons miner bomber, the illiterate catbie (c) uses illusion liquor, (f) uses petrification, and the king viking (g) uses a storm surge, wherein the infested Medusa (f) uses petrification and the king viking (g) The first character 131 is attacked.

Third, the boss monsters 121 may insert the bacteria block 115 into the puzzle 110, and the bacteria block may attack the first character 131.

In this case, each boss monster 121 may insert different types of the bacterial block 115 into the puzzle 110.

For example, the brewer's monkey (a) is a general bacterial block, the miner's golem (b) is a general bacterial block, the illiterate catfish (c) is a deformed bacterial block, (B) a bomb bacterium block; (b) a bomb bacterium block; (c) a bacterium bacterium block; have.

The bacteria blocks can be converted into weapons of different kinds and attack the first character 131. That is, if the user does not touch the bacteria block 115 quickly, the bacteria block 115 is converted into various types of weapons and attacks the first character 131. When the user touches the bacteria block 115, the bacteria block 115 is restored to the block 111 again.

<4. Process of attacking monster with attack weapon (S308)>

FIG. 14 is a diagram illustrating a state where a block is moved in a puzzle displayed by the method of providing a Dr. Monto game according to the present invention. A second block (pink block) in the third horizontal line from the top is a sixth vertical line from the left And the five second blocks (pink blocks) in the vertical direction are moved. FIG. 15 is a view showing a state where a block removed from a puzzle displayed by the method of providing a Dr. Monto game according to the present invention is converted into an attack weapon. FIG. 15 is a view showing a state where five blocks (pink blocks) Is converted into an attack weapon. FIG. 16 is a view showing another example of a block being moved in a puzzle displayed by the method of providing a Dr. Monto game according to the present invention. In FIG. 16, a second block (pink block) And the three second blocks (pink blocks) in the vertical direction are moved in the vertical direction. 17 is a view showing another example of a state in which a block removed from a puzzle displayed by the method of providing a Dr. Monto game according to the present invention is converted into an attack weapon. The three second blocks shown in FIG. 16 ) Are converted into attack weapons. 18 is an exemplary view showing a state in which a bomb block is displayed on a puzzle displayed by the method of providing a Dr. Monto game according to the present invention. FIG. 19 is an exemplary view showing a state in which a bomber is attacking a monster in a main screen displayed by the method of providing a Dr. Monto game according to the present invention. 20 is an exemplary diagram for explaining a hot booster mode executed by the method of providing a Dr. Monto game according to the present invention.

First, a basic monster attack method provided in the Dr.Monto game provided according to the present invention will be described as follows.

The present invention is based on the seven logics described in the process of attacking a monster with an attack weapon described with reference to Figs. 5 and 6 (S308). That is, in the present invention, when the block is moved in the horizontal direction by the user and the blocks of the same color or type are aligned by a predetermined number, the aligned blocks are removed from the puzzle 110, And is attacked by the monster 120.

In addition, in the present invention, more blocks can be removed in a single motion by utilizing different additional block removal methods of each of the characters, and each character can utilize a unique special attack weapon, (120).

The method of removing blocks from the puzzle 110 by moving the blocks and converting the removed blocks into weapons to attack the monster 120, i.e., the puzzle type, can be divided into three.

As a first example, the transfer type will be described as follows.

When the selected block 111a is moved horizontally so that three blocks of the same color in the vertical direction are adjacent to each other as shown in Fig. 5, three neighboring blocks are removed. The three removed blocks are converted into an attack weapon that attacks the monster 120, for example, a missile.

In addition, the selected block 111a is moved laterally so that four neighboring blocks and one block in the left direction of each of the four blocks are additionally removed when four blocks are adjacent to each other. Thus, a total of 4X2 = 8 is removed. However, the four blocks added at this time can be converted into special attack weapons unique to each character.

When the selected block 111a is moved laterally and the five blocks 111b are adjacent to each other as shown in FIG. 14, as shown in FIG. 15, the neighboring five blocks 111b and , Two blocks in the left direction of each of the five blocks are additionally removed, and a total of 5X3 = 15 blocks are removed. However, ten (5X2) blocks 111c added at this time can be converted into special attack weapons 111e unique to each character.

In addition, the selected block is moved horizontally, and three neighboring blocks in the horizontal direction are removed. The four removed blocks are converted into an attacking weapon that attacks the monster 120, for example, a missile.

In addition, the selected block is moved horizontally so that, when four blocks are adjacent to each other, four neighboring blocks and all the blocks in the left direction are additionally removed, thereby removing a maximum of six blocks. However, the blocks added at this time are converted into special attack weapons unique to each character.

Among the various kinds of characters as described above, the character having the puzzle type of the transfer type is Monto (a) or Viobi (f).

In other words, when four or more blocks of the same kind are aligned horizontally or vertically, the aligned blocks are converted into more powerful attack weapons.

For example, if three blocks are aligned vertically, a total of three attack weapons (normal missiles) are fired, and four blocks vertically aligned, a total of eight attack weapons (four normal missiles + four special missiles When five blocks are aligned vertically, a total of 15 attack weapons (5 missiles 111d and 5x2 special missiles 111e) may be fired.

As a second example, the connection type will be described as follows.

When the selected block 111a is moved so that three or more blocks of the same color are adjacent to each other in the longitudinal direction as shown in Fig. 16, three neighboring blocks are removed as shown in Fig. The removed blocks are converted into attack weapons 111f and attack the monster 120. [

At the position 111g where the removed block was located, an 'additional attack area' is generated. The additional attack area 111g may be destroyed after being held for one second, for example.

If a block of the same type as the removed block is moved to the additional attack area before the additional attack area 111g is destroyed, an additional attack weapon is generated to attack the monster 120. In this case, the holding time of the additional attack area 111g is initialized, and the range of the additional attack area 111g is increased by the area of the added block. However, at this time, the attack weapon generated by the added block has a specific function unique to each character.

Among the various kinds of characters as described above, the characters having the puzzle type of the linkage type include Sifdobly (b) and Engineer bismillae (e).

As described above, in the linkage type puzzle type, within a predetermined period after the aligned blocks are removed, the same type of addition as the removed blocks to the location where the removed blocks were located (the additional attack area 111g) When the block is moved, the additional block may be converted into an attack weapon having a stronger power than the power of the attack weapon in which the aligned blocks are converted, and attack the monster 120.

In other words, when three or more blocks of the same type are aligned horizontally or vertically, an attack weapon (missile) 111f is fired, and at the same time, a coupled magnetic field is generated in the additional attack area 111g. In this case, a stronger attack weapon is fired each time a block of the same kind is moved to the coupling magnetic field. For example, if four blocks are aligned vertically, four normal missiles are fired, and four cooperative magnetic fields are generated for 1.5 seconds at a position (111 g) where four normal missiles are fired. Each time a block of the same type is moved to one of the four associated magnetic fields while the four associated magnetic fields are being held, a special missile with four normal missiles may be fired.

As a third example, the charging type will be described as follows.

When the selected block is moved so that three blocks of the same kind are adjacent in the horizontal direction, the neighboring blocks are merged into one block and converted into a filling block. Each time a block of the same kind as the charging block is laterally neighbored, the neighboring block is added to the filling block.

When three or more charge blocks of the same kind accumulated in the above manner are adjacent to each other in the longitudinal direction, the charge blocks are removed, and the removed charge blocks are converted into attack weapons to attack the monster.

Among the various kinds of characters as described above, the character having the puzzle type of the charging type is a guard diller (c) or a spy lame (d).

As described above, in the filling type puzzle type, when three or more blocks of the same kind are aligned horizontally, three or more blocks are gathered into one block and converted into a filling block. When three or more of the same type of charging blocks are aligned vertically, including the charging block, more powerful missiles (attack weapons) are fired.

In other words, the blocks arranged in the horizontal direction are converted into filling blocks, and when the filling blocks generated by the above method are aligned in a predetermined number in the longitudinal direction, the aligned filling blocks are removed from the puzzle, The charging blocks are converted into attacking weapons to attack the monster.

As described above, the method of converting the sorted blocks into an attack weapon and attacking the monster 120 may be converted according to the first character.

For example, when the character change button 222 is selected and a character change request signal is received, the central processor of the user terminal 20 transmits the second character set 132 previously set by the user The first character 131 may be displayed at a position where the first character 131 is displayed, and the method of converting the aligned blocks into an attack weapon to attack the monster may be converted into an attack method matched with the second character.

Second, a monster attack method using a bomb, which is another monster attack method provided in the Dr.Monto game provided according to the present invention, will be described as follows.

The energy of the bomb charger 117 as shown in Fig. 18 can be increased each time the above-mentioned process in which aligned blocks are converted into attack weapons occurs. That is, whenever the sorted blocks are converted into attacking weapons and attack the monster 120, the bomb charger 117 is charged with energy.

When the energy of the bomb charger exceeds a preset value, the bomb block 114 is output to the puzzle 110.

When the user selects the bomb block 114, another attack weapon (tentatively called a bomb) 117a is displayed between the monster 120 and the first character as shown in FIG. 19 , The bomber (117a) attacks the monster (120). Although the first character 131 is not shown in FIG. 19, the first character 131 may be displayed on the main screen together with the Bombot 117a.

In this case, the bomb 117a may be preset by the user as described in the setting process S302.

The manner in which the bomb 117a attacks the monster 120 can be variously set according to the type of the bomb 117a.

For example, a bomb (tentatively called a circus pandabot) as shown in FIG. 19 has a weak attack power but has a high life and a fast charging speed, and a monster 120 ) More often and for a longer period of time.

Another bomber has a slow charging speed and a weak vitality, but once activated it may have a powerful firepower that converts all nearby capsules into attacking weapons and sends them to the monster 120.

That is, the bomb may be divided into various types according to an attack method, such as an assault type, an explosion type, a capsule control type, a support type, and the like. Therefore, the user can set at least one bomb according to his / her taste.

To be more specific, each time the block 111 is removed, the central processor of the user terminal 20 records the number of times, and charges the bomb charger 117 according to the number of times. When the number of times or the energy of the bomb charger 117 reaches a predetermined value, the bomb block 114 capable of using the bomb is generated in the puzzle 110, as shown in Fig.

The bomb block 114 may accumulate a maximum number of blocks that can enter the puzzle 110. That is, after the bomb block 114 is generated, the bomb charger 117 is continuously charged. When the charging is completed, another bomb block can be further generated in the puzzle.

When the user selects the bomb block 114, the bomb set by the user in the setting process attacks the monster 120.

In addition, the user may use the monster in his / her own hand as the bomb 117a during the course of the doctor mont game. For this purpose, the user can strategically attack the monster 120 having various powerful attack patterns output during the course of the Dr. Monto game, and if there is a favorite monster 120, a capture net (not shown) The monster 120 may be captured and used as the bomb 117a. The monster 120 may be changed to the bomber 117a automatically during the course of the doctor mont game or may be changed to the bomb 117a through the setting procedure S302, It may be applied to a game.

Third, a monster attack method using a hot booster, which is another monster attack method provided in the Dr.Monto game provided according to the present invention, will be described as follows.

Every time the process of converting the aligned blocks into an attack weapon occurs, the energy of the hot booster charger 116 as shown in FIG. 10 is increased. When the energy of the hot booster charger 116 exceeds a predetermined value, another attack weapon having a stronger power than the attack weapons described above and whose aiming direction is changed by the user (tentatively called a hot booster ) 118 is displayed, as shown in Fig. The user can attack the monster 120 using the hot booster 118. The hot booster 118 will be described in detail as follows.

Every time the user continuously aligns the block 111 in a predetermined alignment manner, the hot booster charger 116 as shown in FIG. 10 advances slowly. That is, the hot booster 118 can be generated if the action of removing the blocks is accumulated continuously without being delayed for a certain period of time.

For example, on the screen as shown in FIG. 10, the hot booster charger 116 advances in the left direction. If the block 111 is not continuously aligned, the advanced hot booster charger 116 may be backward in the right direction again.

When the hot booster charger 116 advances and reaches a predetermined position, a 'hot booster mode' is activated. When the hot booster mode is activated, another attack weapon (hot booster) 118 whose aiming direction is changed by the user is displayed on the screen.

The user can attack the monsters by changing the direction of sight of the hot booster to the direction of the monsters 120, 121, 122.

Since the hot booster has stronger power than the attack weapons described above, a user who has been in a crisis by the monster 120 can turn over the premises of the game at once using the hot booster 118.

When the hot booster mode is activated, a hot booster 118 in the form of a leverage is added to the puzzle 110 as shown in FIG. 20, and when the user moves the lever while clicking the lever, The attack direction of the hot booster 118 can be changed. The missile object is fired periodically in the direction and angle of the changed lever to attack the monster 120.

After the hot booster mode is maintained for a certain period of time, the hot booster 118 is again removed. Once the hot booster mode is over, the user may attack the monster 120 using the basic methods described above.

Fourth, another monster attack methods provided in the Dr.Monto game provided according to the present invention will be described as follows.

In addition to the attack methods described above, the present invention can provide various attack methods.

For example, the user may rescue a first character of a friend who has been escaped due to a failure to escape, and the rescued first character may attack the monster 120 with the first character 131 of the user . The attack method will be described in detail as follows.

When the friend of the user registered in the user terminal 20 uses the doctor mont game, the game server 10 matches the information of the user and the friend.

The friend and the user do not have to be using the Dr. Monto game at the same time. If the friend loses the monster while playing the game at a specific position of the chapter 3 among various chapters provided by the Dr.Montro game, for example, the user proceeds the game at the specific position of the chapter 3 A transmission line to which the first character used by the friend is forwarded may be output to the main screen.

The user may attack the delivery line using any one of the attack weapons described above to rescue the first character of the friend.

In this case, the extracted first character of the friend can attack the monster 120 for a preset period together with the first character 131 of the user.

Also, the user can receive points (star candy) as many as the number of rescued friends, and purchase the items provided in the Dr.Monto game using the points.

<Other details>

If the physical strength of at least one character among the first character 131 or the second character 132 is exhausted over time or exhausted by the attack of the monster 120, Dr. Monto ends the game.

The user obtains the sum of the number of monsters treated and the number of blocks removed, etc. during the course of the Dr.Montro game. The user compares the highest score of his / her scores obtained for one week with the highest score of the friends who are using the Dr.Monto game together, and obtains a reward corresponding to the ranking once a week. The functions described above may be performed by the game server 10.

The present invention as described above is not a monotonous puzzle game in which a single pattern is quickly adjusted. The present invention can provide two characters alternately selected according to the user's taste, and can change the puzzle method in real time according to the character. Through this, the present invention provides more strategic fun to address and address various attack patterns of monsters.

The user can click on the character change button in a crisis situation during the game and replace with the second character he selected before starting the game.

For example, when you change an attack pattern to respond to a monster's attack, it is useful to replace the character, and it is useful to replace the character even when you escape the crisis because of the high energy consumption.

In addition, the user can utilize the special ability (puzzle type, special weapon) possessed by the character to cope with the crisis situation and strike the monster more effectively. For example, a user can use a character with strong power when fighting a monster with persistent vitality, or a character that performs a stable attack when using against a monster that attacks an explosive germ.

It will be understood by those skilled in the art that the present invention may be embodied in other specific forms without departing from the spirit or essential characteristics thereof. It is therefore to be understood that the above-described embodiments are illustrative in all aspects and not restrictive. The scope of the present invention is defined by the appended claims rather than the detailed description and all changes or modifications derived from the meaning and scope of the claims and their equivalents are to be construed as being included within the scope of the present invention do.

110: Puzzle 111: Blocks
120: Monster 121: Boss Monster
122: Sub Monster 131: First character
132: Second character

Claims (11)

Outputting a puzzle composed of a plurality of blocks, a monster and a first character for each of at least two chapters;
The monster attacking the first character to reduce power of the first character; And
If the blocks are moved in the horizontal direction of the puzzle and the blocks of the same kind are aligned by a predetermined number in the horizontal direction or the vertical direction of the puzzle, attacking the monster by converting the aligned blocks into attack weapons Including,
The monster and the first character are disposed with the puzzle therebetween,
The step of the monster attacking the first character to reduce the power of the first character comprises:
Attacking the first character as the monster moves in the first character direction;
Inserting a bacterium block into the puzzle;
Attacking the first character if the bacterial block is not touched within a predetermined period of time; And
And restoring the bacterial block to a normal block if the bacterial block is touched within a predetermined period of time. The method according to claim 1,
Wherein the step of outputting the puzzle, the monster and the first character composed of a plurality of blocks for at least two or more chapters,
At least one boss monster and at least one sub-monster for each of the chapters,
Wherein the power of the boss monster attacking the first character is greater than the power of the second monster attacking the first character. delete The method according to claim 1,
The attacking of the monster by converting the sorted blocks into an attack weapon,
Removing the sorted blocks from the puzzle, converting the removed blocks into attacking weapons, and attacking the monsters approaching the first character. 5. The method of claim 4,
Attacking the monster by converting at least one adjacent block adjacent to the aligned blocks into an attack weapon, or
If additional blocks of the same type as the removed blocks are moved to a position where the removed blocks are located within a predetermined period after the aligned blocks are removed, And attacking the monster with an attack weapon having a power greater than that of the power. The method according to claim 1,
The attacking of the monster by converting the sorted blocks into an attack weapon,
If the charged blocks generated by the method are aligned by a predetermined number in the longitudinal direction, the aligned charging blocks are removed from the puzzle, and then the removed charging blocks And attacking the monster by converting it into an attack weapon. The method according to claim 1,
A method for replacing the first character with a second character preset by the user when the character change request signal is received and converting the aligned blocks into an attack weapon to attack the monster, To a matching attack method. &Lt; RTI ID = 0.0 &gt;&lt; / RTI &gt; 8. The method of claim 7,
Wherein the first character and the second characters are selected by a user through a game setting process. The method according to claim 1,
The energy of the hot booster charger is increased every time the process of converting the sorted blocks into the attack weapon occurs, and when the energy of the hot booster charger exceeds the predetermined value, Attacking the monster with another attacking weapon whose aiming direction is changed by the user. The method according to claim 1,
Each time a process of converting the sorted blocks into an attack weapon occurs, the energy of the bomb charger is increased, and when the energy of the bomb charger exceeds a predetermined value, the bomb block is outputted to the puzzle, Attacking the monster with another attack weapon output between the monster and the first character when the bomb block is selected. A monster and a first character composed of a plurality of blocks for each of at least two or more chapters, the monster attacking the first character to reduce the power of the first character, , And when a predetermined number of blocks of the same kind are aligned in the horizontal direction or the vertical direction of the puzzle, the converted blocks are converted into attacking weapons to store the Doctor Monto game to attack the monster part;
An interface for communicating with a user terminal via a network; And
And a controller for providing the Dr.Montro game to the user terminal through the interface when the Dr.Montro game is requested from the user terminal,
Wherein the monster and the first character are disposed with the puzzle therebetween, and the monster attacks the first character while moving in the direction of the first character, and the monster attacks the puzzle with a germ block And the bacteria block is attacked by the first character if the bacteria block is not touched within a preset period and the bacteria block is restored to a normal block if the bacteria block is touched within a predetermined period Device.

Images