KR20100056995A - The processing method of dynamic event and the application system thereof in on line game - Google Patents

Abstract

PURPOSE: An event implementation issue for diversifying an attribute of an object consisting of the items or a character in an online game and an online game system for implementing the same are provided to diversify attribute value of a character by performing the game on a board zone. CONSTITUTION: It confirms whether an interrupted block exists(S1). The client inputs n combos if the suspended block exists(S2). The validity check about the space in which the object moves operates(S3). A server receives the combo input signal(S4). The server enforces the second validity check(S5). The combo value is instituted.

Description

How to implement dynamic event in online game and online game system that performs it {THE PROCESSING METHOD OF DYNAMIC EVENT AND THE APPLICATION SYSTEM THEREOF IN ON LINE GAME}

The present invention relates to a method of implementing a dynamic event applied to an online game including a simulation, and an online game system through the same. The present invention changes an attribute of an object composed of an item or a character, and causes a level change and interest according to a step-by-step weight. The present invention relates to a dynamic event implementation method and an online game system using the same.

The traditional online game market lists rooms where events occur in the form of text, so that players can cope with them to gain experience and to level up. MUG (Multi User Graphical game) type of game is the mainstream. However, with the development of computer graphics and dissemination of excellent specifications, the online game market has been continuously developed, and various forms and types are provided for each genre and size.

In general, when online games are classified by genre, they can be classified into arcade games, MMORPGs, strategy simulations, and adventure games. The genre, such as adventure games, is maximized by one person's characteristics, and has been reduced in the online market. Playing Game is a large-scale online game based on a large number of client / server, using a message code system for minimizing packet traffic between the main server and the user server. have.

In addition, online games are classified into stat-based online games, skill-based online games, and mixed online games in the form of distribution according to level up.

First of all, stat-driven online games allow stat points such as strength, stamina, magic, and luck to rise with each level up, and the probability that each stat will go up depends on the type of character, the attack type is strength, the defense type is health, The magic type provides the magic power, and the search type provides the ability to raise luck.

In addition, the skill-based online game is to provide a skill to the weapons used in the game differentially, the skill is mastered if the appropriate level and conditions are met, and such skills can be learned if the character type, level, conditions are met.

In such online games, action events are provided through manipulation of input devices and the use of special keys, and the most representative of such events may be combo events.

This can be interesting because it provides the sophistication of stylish action and demands the gamer's strategic conception, breaking the framework of one action that satisfies one input condition, or triggering an action that continuously operates under a specific condition. Although various types of combo events are added to online games, such combo events have a problem of being implemented as monotonous actions in a continuous form.

In order to solve this problem, the present invention implements and provides a new dynamic event of a different form from the previously proposed combo event.

In order to solve the above technical problem, the dynamic event implementation method in the online game of the present invention,

A method for implementing a block event occurring in a server as a block is moved by a character in an online game; The block is moved by the character, and when the block is stopped, a process of generating a block event according to whether the match is performed by checking whether the attribute is matched between the stop block and the adjacent adjacent block is performed.

In addition, the dynamic event implementation method in another online game of the present invention,

A method of implementing a block event occurring in a server as an explosion occurs between adjacent blocks by moving a block by a character in an online game; When the character state is given to the character that caused the explosion between blocks by moving the block, and the collision with another character occurs while the property is maintained, the process of inferring the superiority of the property between the characters and damaging the recessive character. It is characterized in that the execution.

In addition, the dynamic event implementation method in another online game of the present invention,

A method of implementing a block event occurring in a server as an explosion occurs between adjacent blocks by moving a block by a character in an online game; An explosion occurs between adjacent blocks to create an explosion object having a predetermined property and life time, and when a character collides in an explosion area formed around the explosion object, a superior character is determined by determining the superiority of the property between the explosion object and the character. It is characterized by being executed as a process that causes damage.

In addition, the dynamic event implementation method in another online game of the present invention,

What is claimed is: 1. A method of implementing a combo event, in which a block movement is continuously performed through a single event in a server of an online game; The combo event signal for continuous movement of the block is input, and if the continuous movement of the block is possible according to the input signal, and the continuous movement is possible, the moving object block is found and the combo value is set according to the input signal. It is characterized in that the block is carried out in the process of moving according to the value.

In addition, the online game system for implementing a dynamic event of the present invention,

A system in which a server and at least one client are connected through a communication network, wherein at least one of the above-described dynamic event implementation methods is performed in the server.

In addition, the dynamic event implementation method in another online game of the present invention,

What is claimed is: 1. A method of implementing a combo event, in which a block movement is continuously performed through a single event in a server of an online game; A start signal input step of inputting a combo event start signal for continuous movement of the block; A combo input availability checking step of checking whether a combo event signal for continuous movement of the block can be input; A combo input step of inputting the combo event signal; And a validity checking step of checking whether the block is movable according to the input combo event signal.

In addition, the online game system for implementing a dynamic event of the present invention,

A system in which a server and at least one client are connected through a communication network, wherein the above-described dynamic event implementation method is performed at the client.

The present invention is merely named as a combo event, and this application is limited to the online game, but this is not limited to the above-described purpose or the literature meaning of the game configuration of the specific content for the implementation of the invention described below The purpose can be extended to the extent that it does not add any difficulty.

According to the present invention, it is possible to provide a new type of dynamic event implementation method different from existing online games.

In addition, after creating a character and entering the game, proceed to play the game on the board zone with themes to acquire skills and experience, thereby growing the character, and it is possible to change the parts and character-specific attribute values that can be attached to the character. have.

In addition, by configuring a channel for each level, it is possible to induce competition with users of the same level corresponding to the same level, to provide user ranking, various rankings for each character, and induce motivation of competition elements.

In addition, it is possible to provide a service such as activation of users in the same region by introducing the same regional match system for activation of the regional community.

With reference to the accompanying drawings, a specific embodiment and configuration of a dynamic event implementation method and an online game system using the same in an online game according to the present invention for achieving the above objects and effects will be described.

FIG. 1 is a flowchart illustrating a block event configuration that is a dynamic event in a server of an online game. The embodiment of the present invention may be applied to a game using blocks.

When the connection is made to the game through the start step (A0) in which the character provided by the server is selected and generated by the user's selection and enters the game, the parts that can be attached to the character in consideration of their points and levels The game is played on the BOARD ZONE, which allows you to change the number of attributes and attributes, and provide various themes.

In order to move the block through the character operated by the user control, a block moving step A1 in system programming in the server is performed in accordance with keyboard input value information recognition.

The block moved through the movement step A1 determines whether the movement is stopped by an obstacle or a set value through the block stop inspection step A2. If the stop condition is not satisfied, the process moves to the block move step A1 to continue the block move step A1, and if the block move is stopped by satisfying the stop condition set in the system, an attribute combination check process execution step (AP ) And the event is terminated (A3).

The attribute combination checking process (AP) performs the same process as in FIG. 5, and when the attribute of the block which stops the current movement is matched with at least one attribute of another block touching north, south, east and west, the attribute explosion is performed. Happens. An attribute explosion can cause a series of explosions of the same attribute block in contact with an exploding block within a certain area. The above properties may be used, for example, scissors, rocks, beams, etc., which are regularly ordered superiority between each property, in one embodiment of the present invention, water, fire, ice (water> fire> ice> Water) property. Each block is set to include any one of the above attributes in advance.

Implementing the process as a system step is as follows.

The start step AP0 of the attribute combination checking process is performed. Next, through the step AP1 of checking the stop block property in which the movement is stopped in the block event, the property of the stop block is confirmed. Next, the same attribute checking step AP2 is performed to check whether at least one of the same attributes as the stop block exists among blocks adjacent to each other in east, west, north and south.

If none of the same attributes exist through the same attribute checking step (AP2), the process is terminated (AP7). If one or more of the same attributes as the stop block exist among adjacent blocks, the adjacent block and the stop block are exploded. AP3 is performed.

In addition, the exploded adjacent block is subjected to an explosion block equality property checking step AP4 for checking the same property with another adjacent block (adjacent block adjacent to the remaining three directions except the exploded stop block). If there is the same property, a step (AP5) of serially exploding the adjacent block is performed.

Thereafter, branching to the explosion block equality property inspection step AP4 to check the same property between the last exploded explosion block and the remaining three bearings in the adjacent block is performed to check whether the chain explosion is performed again. Such a chain explosion may occur only within a predetermined area, and in this case, the step of determining the explosion area may be performed before the explosion block homogeneous property checking step.

Finally, if there is no more explosive block equivalence of adjacent blocks, the step of assigning sequential or complex character attributes to the character that moved the block according to the history of the chain-exploded block (AP6) is applied. The process terminates (AP7).

The step AP6 of assigning an attribute to the character is a weight assigned to the character inducing an explosion between blocks, and assigns a value of an attribute (water, fire, ice, etc.) to the character by limiting a predetermined time. In this case, when an explosion occurs in series and has attributes in sequence, it is possible to sequentially assign attribute values for a predetermined time according to the sequence of explosions. In this case, an attribute having different characteristics may be given to the character.

This attribute is assigned to damage the character according to the priority of the attribute upon contact with other characters during game play, or to be given by the system as the winning rate increases. It is implemented to have an effect such as reducing the overall meaning of a tool for purchasing a separate part that a character can use.

2 is a flowchart showing the configuration of event processing between characters according to attribute assignment in a server of an online game. This is performed through the attribute combination checking process execution step (AP) according to the block movement in FIG. 1, between the character granted the attribute in the character attribute granting step AP6 and the attributeless character or the heterogeneous attribute granting character as shown in FIG. 5. It shows the processing flow for determining the outcome. In other words, as the characters of different users move in the game space, the contact between the characters is made.

The start step B0 proceeds to step B1 in which the attribute state is given to the character for n seconds. Then, if the attribute retention time expires (status value: F) through the attribute retention time expiration check step B2 repeatedly performed until the condition is satisfied, the flow branches to the attribute acquisition release step B6 to terminate the flow ( B7), a collision check step B3 is performed to see if a collision between characters has occurred if the attribute retention remaining time remains (status value: T).

In the collision checking step B3, if there is no collision (status value: N), the process branches to the attribute holding time expiration checking step B2 again and the attribute holding time expiration checking step B2 and the collision checking step B3 are cycled. If the collision (adjacent) occurs between characters (state value: Y), the attribute superiority determination process execution step BP is performed.

Thereafter, the attribute acquisition release step B6 is performed through the damage calculation step B4 and the damage application step B5, and then the flow ends (B7).

The damage calculation method of the damage calculation step (B4) is a time difference calculation method for setting the damage to the damage over time by counting the elapsed time in the step (B1) in which the attribute state is given to the character for n seconds (B1), and the assigned property A setpoint calculation method may be included in which the damage intensity according to this type (composite attribute) is calculated as a predetermined setpoint. In one embodiment of the present invention, the damage is performed by calculating the difference between the basic property attack damage and the victim shield value. (Damage = basic property damage-the victim's shield value)

In addition, the damage applying step (B5) is the damage of the damage character is applied, reducing the shield value (may include points or levels in some cases), the client applies the animation and effects on the display Visualize. If the set value given for survival (e.g., HP) becomes zero, it is considered a situation in which the game can no longer be sustained, killed and lost.

In addition, when the damage relationship between the two contacted characters is applied as described above, an attribute acquisition releasing step B6 is performed in which all of the assigned attributes are released.

The attribute advantage determination process (BP) is to perform the same process as shown in Figure 6, it is a process for determining the superiority between the characters for the damage calculation that proceeds later.

This is done through the start step BP0, and the remaining property check step BP1 is performed. This is to check whether there is an attribute assigned to the character, and if there is a collision between characters having no attributes, a separate damage calculation is performed. Since this is impossible, the process branches to the step BP6 which terminates the process.

If there is an attribute (residual attribute) assigned (status value: Yes), a step BP2 is performed in which attributes of the characters having the residual attribute are input (and stored) to the server (attribute priority determination operation unit). If the attribute of the character pre-inputted through the higher attribute checking step BP3 is higher than the attribute of the character subsequently inputted (status value: T), the input (and save) step is given to the pre-input character by giving an increasing flag. (BP4), on the contrary, if the attribute of the pre-input character is lower than the attribute of the later-input character (status value: F), an increase flag is assigned to the later-input upper character or the decrease is made to the pre-input character. After the input (and save) step BP5 is performed by giving a flag, the process is terminated (BP6).

The increase or decrease flag is used for the operator fee for the damage calculation in FIG. 2 after the process is completed, and the flag preferably includes information of the character and numerical information of the increase or decrease.

3 is a flowchart showing the configuration of event processing with a character according to block attributes in a server of an online game. This is because when the same attribute explosion between blocks through the block movement and attribute combination checking process (AP) execution in FIG. 1 occurs, the explosion is maintained for a certain time, which has the following flow.

That is, an explosion between adjacent identical blocks is started C0 and an explosion object generation step C1 having a life time of n seconds is performed. Thereafter, an explosion area is formed over a predetermined area around the explosion, and an object life inspection step C2 is performed to check whether a predetermined time corresponding to n seconds has elapsed. If the life of the object has expired (status value: F), the process is terminated (C7) after performing the attribute expiration object life expiration step (C6) to retrieve or destroy the created object. If the life of the object remains (status value: T), the collision checking step C3 between the explosion area and the character is performed by the character approaching (entry) around the explosion area. If there is no collision, the object life inspection step C2 and the collision inspection step C3 between the explosion area and the character are repeatedly executed to check whether a predetermined time corresponding to n seconds has elapsed.

In the collision checking step C3, when a character collision in the explosion area according to the character's approach is detected (status value: Yes), this is the damage calculation step C4 and the damage after the attribute superiority determination process execution step CP is performed. After the attribute acquisition release step C6 is performed via the apply step C5, the flow ends (C7).

The damage calculation method of the damage calculation step (C4) is a time difference calculation method and a property set to count the elapsed time in the explosion object generation step (C1) having a life time of n seconds to reduce the damage over time The setpoint calculation method may include a setpoint calculation method in which the damage intensity according to the type (composite attribute) is calculated as a predetermined setpoint. In one embodiment of the present invention, the damage may be applied by calculating a difference between the attack force (explosion force) of the object generated by the explosion and the victim shield value. (Damage = explosion object attack force-shield value of the victim)

The attribute attribute advantage determination process (CP) is to perform the same process as in FIG. 7, and is a process for determining the superiority between the explosion object and the character for the damage calculation to be performed later.

The remaining attribute check stage CP1 is performed through the start stage CP0, which checks the existence of the attribute given to the block. Branch to CP6). If the attribute (residual attribute) assigned to the block is an explosion object (status value: Yes), the input (and storage) step (CP2) and the upper attribute in which the attributes of the characters adjacent thereto are input to the server (attribute to determine the attribute priority). Perform the inspection step CP3. If the property of the explosion object is higher than the property of the character entered afterwards (status value: T), the flag information of the character adjacent to the explosion object is displayed after giving the decrease flag to the character entered later or increasing flag to the explosion object. A step of inputting (and storing) the increment flag input (CP4) is performed. On the contrary, if the attribute of the pre-exploded explosion object is lower than the attribute of the later-input character (status value: F), the increase is applied to the later-input upper character or the decrease flag is given to the explosion-input object. After performing the flag input (and storage) step CP5, the process is terminated (CP6).

The increase or decrease flag is to be used in the operator fee for the damage calculation in FIG. 2 after the process is completed, and the flag includes information of the explosion object and character and numerical information of the increase or decrease. desirable.

According to an embodiment of the present invention, in the attribute superiority determination process BP, an attribute type may be divided into water, fire, and ice, and a water> fire> ice> water superiority relationship may be formed.

4 is a flowchart illustrating a combo event configuration that is a dynamic event according to the present invention. The block used in the combo event is used not only to refer to a box in the form of a cube, but to be used as a comprehensive concept for a moving object, but is merely illustrated as a block.

The combo event by the user is a tactic that causes a cascading attribute explosion between adjacent blocks by transmitting a keyboard input value for moving a block through a character and performing a block moving and attribute combination checking process execution step (AP). It can be applied to one block event or the like.

In the combo event, combo data for redirection is input by the user at the client, and the combo event is received by the server to perform the combo event.

A start step S0 of preparing a combo input by the user at the client is performed. The start step S0 may be in a state of pressing a specific key (eg, SpaceBar-Key) promised for the start of the combo input. Thereafter, the process of checking whether the combo input is possible proceeds to step S1, and the checking whether the combo input is possible (S1) performs a check on whether there is a stationary block within a predetermined distance in the direction viewed from the stop state.

In the combo input availability checking step (S1), if a block does not exist within a certain distance (status value: No), the execution is branched to the end (wait) (S12) state without affecting the combo event at all, If the block exists within a certain distance (status value: Yes), the client performs a step (S2) of collecting (and storing) n combo inputs consisting of a combination of input values for the north, south, east and west directions.

Thereafter, a validity checking step (S3) is performed to determine whether there is a space in which the object to be moved can move and the input direction key.

In the above-described combo input method on the client side, for example, while pressing a specific key of the keyboard (for example, SpaceBar-Key) (usually), pressing different direction changing keys for a predetermined number of times (usually within 5 times) continuously Can be implemented.

If the client side passes the validation check, the server performs the second combo check (S5) after performing the combo input receiving step (S4) for receiving the combo input signal.

The combo input receiving step (S4) is a client (user) having information about a combo list having a unique ObjectID having a 32-bit integer value for a target block and information on a moving direction. Input and received from the server.

The secondary validation check by the server checks whether ① blocks exist in the direction of the character, ② checks whether the distance from the character is combo input possible distance, and ③ checks whether the state of the block is movable. Presence checks may be included.

If the combo values entered in the first validation step (S3) by the client and the second validation step (S5) by the server are invalid, they all branch to the block stop step (S11) to have no effect on the block. The combo event ends (S12) without giving. In the block stop step S11, the client side sets the speed of the block to 0 and removes the moving sound or the effect.

In addition, when the above condition is satisfied through the second validity check (status value: Yes), a combo value setting step (S6) is performed to find the block in order to perform the movement by the combo event for the block.

As a method of setting the combo value, a combo value is assigned to a block corresponding to the object ID by querying an object store containing information about the block and calling SetComboList, which is a kind of setting method. Can be set.

When the combo value is set as described above, the block moving step S7 is performed, and then the block stop condition checking step S8 is performed. In the block stop condition check step (S8), if the stop condition is not satisfied by checking whether the block is stopped (status value: F), the process moves to the block move step (S7) again, and the block moving process is repeated. If the block stop condition is satisfied (status value: T), the combo queue value consumption check step (S9) is performed.

As an example of the above block stopping condition, ① reaches the outer area of NPC (user character can not access, only the system character is accessible), ② collides with other blocks (contacts), ③ collides with other obstacles (contacts). Can be

The combo cue value stores information on the number of combos input in the combo value setting step S6 in the form of a cue, and has a first-in first-out structure (FIFO). Therefore, since the stored information of the queue corresponding to one direction value is sequentially destroyed by the block movement, when the queue value remains (status value: Q> 0), the combo direction change step (S10) is performed and the second input is performed. After the movement of the block is switched in the direction, the block movement step S7 is performed again. After the block stop condition check step (S8) to check whether the block is stopped, if the stop condition is not satisfied (status value: F), branches to the block move step (S7) again and the block moving process is repeated. If the block stop condition is satisfied (status value: T), the combo queue value consumption check step S9 is performed.

If the queue value is '0' in the step of checking whether the combo queue value is consumed by repeating the above process (status value: Q = 0, in some cases, Q <0 condition is prevented to prevent dead lock). Since there is no more movement through the combo event, the block stop step S11 is performed and the combo event ends (S12).

8 to 16 show an online game image shot made by applying a dynamic event in an online game according to the present invention to an online game system, and describes an embodiment of an online game implemented by the present invention through the above drawings. Is as follows.

Players control their characters by pushing blocks in the game to inflict damage to them or by combining two or more blocks with the same attributes to damage nearby opponents. There are three attributes of fire, water, and ice in the game, and when the same attribute block is combined, it explodes, and the character who exploded acquires the attribute for a certain period of time. Water> Fire) will be damaged when contacted with each other and can be applied to the game that finally destroys the opponent character.

8 is an image shot showing a state in which the character located at the upper right is faced with the risk of dropping out of the game by flocking to the NPC region, which is the outermost region where the character can reach by using a block of another character, and FIG. 9 is a block This image shot shows the fire attribute (top left) and water attribute (bottom left) assigned to the character who did this by movement and explosion.

In addition, FIG. 10 shows that three characters (bottom center) are provided by the block and the terrain by driving the opponent into a corner using a block. In this way, through the dynamic event consisting of a combo event and a block event according to the present invention, it is possible to lead the game by combining and hindering the explosion of attributes between blocks and inflicting more damage to the opponent using superior attributes.

FIG. 11 shows a simple push of a block by a character, and FIG. 12 shows a five-stage combo event that continuously performs movement and redirection of the block. Such a combo event according to the present invention is shown in FIG. While pressing the space bar may be included to be able to enter the combo with the arrow keys.

FIG. 13 is an image shot implemented to assemble some of various types of characters selected by a user and parts used for each character, and FIGS. 14 and 15 are maps and teleports configured to be directly designed by a player. With moving tiles and randomly generated blocks every time, we're showing an image shot that provides an online game so you can play with a new look all the time.

The present invention can be applied to apply a combo event or an action event among online games, and can be applied to games for desktop or mobile devices in addition to online games.

1 is a flowchart showing a block event configuration which is a dynamic event according to the present invention.

2 is a flowchart showing a configuration of event processing between characters according to attribute assignment.

3 is a flowchart showing the configuration of inter-character event processing according to a block attribute;

4 is a flow chart showing a combo event configuration that is a dynamic event according to the present invention.

5 is a flow chart showing the configuration of the combination checking process according to the present invention.

6 is a flowchart showing the configuration of an attribute advantage determination process according to the present invention;

7 is a flowchart showing the configuration of an attribute advantage determination process according to the present invention;

8 is an online game image shot to which the dynamic event according to the present invention is applied.

9 is an online game image shot to which the dynamic event according to the present invention is applied.

10 is an online game image shot to which the dynamic event according to the present invention is applied.

11 is an online game image shot to which the dynamic event according to the present invention is applied.

12 is an online game image shot to which the dynamic event according to the present invention is applied.

13 is an online game image shot to which the dynamic event according to the present invention is applied.

14 is an online game image shot to which the dynamic event according to the present invention is applied.

15 is an online game image shot to which the dynamic event according to the present invention is applied.

16 is an online game image shot to which the dynamic event according to the present invention is applied.

Claims (1)

In the method of implementing a block event that occurs when a block is moved by a character in an online game, Move the block by the character, And if the block is stopped, a process of generating a block event according to the match by executing a process of checking whether a property is matched between a stop block and an adjacent adjacent block.

Images