KR101154631B1 - METHOD, APPARATUS, AND RECORDED MEDIUM FOR controlling casting skill in lure fishing game - Google Patents

Abstract

The present disclosure relates to a method, an apparatus, and a recording medium for controlling casting in a lure fishing game.
In the lure fishing game according to an embodiment of the present disclosure, the method for controlling casting includes transmitting external casting environment information and casting skill information to a client, casting selection information selected from the external casting environment information or casting skill information from the client. And receiving the performance information of the selected casting from the client, and transmitting the casting result information to the client by comparing the casting performance information and the received casting selection information.

Description

METHOD, APPARATUS, AND RECORDED MEDIUM FOR controlling casting skill in lure fishing game

The present specification relates to a system for playing a fishing game using an external input device, and in particular, a method for providing a more realistic game by allowing a user to control casting so that the casting method and the characteristics of the game are applied in reality. An apparatus and a recording medium are provided.

Conventional Internet services have developed from the level of providing simple information to the level of realizing many economic and cultural life on the Internet. As a result, social and social information has been exchanged through the Internet. In addition, the Internet service has provided games that combine sports of the real world.

In particular, a fishing game can provide a sense of reality when graphics control and various controls of the game are possible. Therefore, in implementing a fishing game, it is necessary to process detailed control and realistic graphics and control signals. Conventionally, the interface for executing or performing a fishing game omits various control methods necessary for fishing, and considers only the timing of throwing bait. Therefore, it is necessary to provide detailed control of fishing rods and other equipment and to implement them graphically to provide a user with a realistic fishing experience.

One embodiment of the present specification allows various skills required for performing a lure fishing game to be variously applied in the game. To this end, a method, apparatus, and a recording medium for various casting control are provided by providing various control methods of an external input device that can be controlled to implement each skill.

In addition, by storing the information of the casting proceeds by the user separately, so that the casting results can be provided to the user customized.

In the lure fishing game according to an embodiment of the present disclosure, the method for controlling casting includes transmitting external casting environment information and casting skill information to a client, casting selection information selected from the external casting environment information or casting skill information from the client. And receiving the performance information of the selected casting from the client, and transmitting the casting result information to the client by comparing the casting performance information and the received casting selection information.

In another embodiment of the present disclosure, a method of controlling casting in a lure fishing game may include receiving external casting environment information and casting skill information from a server, and casting selection information selected from the external casting environment information or casting skill information at the server. Transmitting a control signal from an external input device and converting the selected casting to performance information of the selected casting; transmitting the performance information of the converted casting to the server; and receiving casting result information from the server. Outputting the casting result information to a display.

Lure fishing game server device according to another embodiment of the present disclosure is a transmission and reception unit for transmitting and receiving information with the client, a skill information database for storing casting skill information, external casting environment information for storing external environment information affecting the casting skill And a controller for controlling the transceiver, the skill information database, and an external casting environment information database, wherein the controller transmits external casting environment information and casting skill information to the client and transmits the external casting environment information or the client from the client. Controlling the transceiver to receive casting selection information selected from casting skill information and performance information of the selected casting, and information stored in the skill information database and an external casting environment information database and the casting; Compared to the line information, the received selection information generation casting the casting result information, further characterized in that the transmitting and receiving portion for controlling to transmit the casting result information to the client.

Client device according to another embodiment of the present specification is a transceiver for transmitting and receiving information with the server, a storage unit for storing the external casting environment information and casting skill information received from the server, input a control signal for controlling the game from the outside And an external output device for receiving a graphic output of a received external input device, a game progress process, or a result of the game as a graphic information, and a controller for controlling the transmission / reception unit, the storage unit, the external input device, and an external output device. Control the transceiver to receive casting environment information and casting skill information, and to transmit the casting selection information selected from the external casting environment information or casting skill information to the server, and converts the control signal received from the external input device into the selected casting. Convert to performance information, the converted cas And controlling the transceiver to transmit casting performance information to the server, and when the transceiver receives casting result information from the server, the controller outputs the casting result information to the external output device.

The recording medium according to another embodiment of the present specification is a computer-readable recording medium that records a program for implementing a method of controlling casting in a lure fishing game.

1 is an embodiment of a structure of the Internet to which embodiments of the present specification are applied.
2 illustrates a process of exchanging information at a server and a client and controlling a casting at each device in order to perform casting in a fishing game according to an embodiment of the present specification.
3 is a view showing a process of the casting skill according to an embodiment of the present specification.
4 is a diagram illustrating a process of performing a casting skill according to an embodiment of the present specification.
FIG. 5 is a view showing an interface for presenting castings that can be used in a fishing game according to an embodiment of the present specification and allowing a user to select it.
6 is a diagram illustrating a process of performing a first casting skill according to an embodiment of the present specification.
7 is a view showing a process of performing a second casting skill according to an embodiment of the present specification.
8 is a view illustrating a process of performing a third casting skill according to an embodiment of the present specification.
9 is a view showing the configuration of a server for controlling the casting of lure fishing according to an embodiment of the present disclosure.
10 is a view showing the configuration of a client for controlling the casting of lure fishing according to an embodiment of the present disclosure.

Hereinafter, some embodiments of the present invention will be described in detail through exemplary drawings. In adding reference numerals to the components of each drawing, it should be noted that the same reference numerals are assigned to the same components as much as possible even though they are shown in different drawings. In the following description of the present invention, a detailed description of known functions and configurations incorporated herein will be omitted when it may make the subject matter of the present invention rather unclear.

In addition, in describing the component of this invention, terms, such as 1st, 2nd, A, B, (a), (b), can be used. These terms are intended to distinguish the constituent elements from other constituent elements, and the terms do not limit the nature, order or order of the constituent elements. If a component is described as being "connected", "coupled" or "connected" to another component, that component may be directly connected to or connected to that other component, but there may be another configuration between each component. It is to be understood that the elements may be "connected", "coupled" or "connected".

1 is an embodiment of a structure of the Internet to which embodiments of the present specification are applied. As shown in FIG. 1, the Internet accesses the Internet 100 and transmits and receives information in various ways. For example, devices such as mobile phone 10 and PDA (Personal Digital Assistant) / smartphone (20) can access the Internet (100) via a base station (50), and the computer or notebook (30) You can connect to the Internet using a wired or wireless LAN (Wireless Local Area Network). Of course, the recent smart phone can also be connected using a wireless LAN or the like using the Internet. These devices are all connected to external servers 111 and 112 on the Internet to receive or transmit predetermined information. Such devices are commonly referred to as clients. In addition, a device that allows a plurality of clients to access and receive information is referred to as servers 111 and 112. Web, which is one of the most active services of the Internet 100, transmits and receives predetermined information using the Hyper Text Transfer Protocol (HTTP). Of course, in addition to the HTTP protocol, various protocols such as Transmission Control Protocol / Internet Protocol (TCP / IP) and File Transfer Protocol (FTP) may be used. The servers 111 and 112 may provide various functions or specific functions.

Among various services combined with Internet services, game services play games by controlling the behavior of avatars on client devices by using external input devices such as a mouse, touchpad, and keyboard in a virtual world provided to Internet service users. Do it. In order to provide a realistic game, it is necessary that the control of the avatar through an external input device, the part expressing it on the display, and the result of proper game execution through the controlled action match. Hereinafter, the present disclosure will provide a device, a method, and a recording medium through which a realistic control is possible in relation to a control of casting a lure of fishing during a fishing game.

Hereinafter, the terms used in the present specification will be briefly described.

One embodiment of the lure in the present specification includes an item that is coupled to a fishing line, such as bobber, bait in the fishing game to control the avatar in the game, or to control the fishing rod to cast. Lures can have a variety of item characteristics, and weight, material, and size can be various variables or attributes in casting a lure in the game.

One embodiment of casting herein includes throwing a lure, wherein controlling the casting in the game may include external input such as a speed and device movement detector including a mouse, keyboard, touchpad, or geomagnetic sensor. It is possible using the device.

One embodiment of the display herein includes a screen and graphics processing device showing the progress of the game.

In the present specification, the fishing game includes a process for controlling a user to cast a lure using the above-described external input device on a screen on which an avatar or a fishing rod is displayed, and is implemented through a recording medium.

Looking at the terms used in the present specification are as follows. First, the 'external casting environment information' refers to external environment information affecting the casting skill, and may be, for example, fishing ground information, fish information, information on air and water flow, and the like. The external casting environment information may change from time to time during the game. 'User skill information' refers to information of each user that affects the casting skill. For example, the user skill information may include a kind of a skill selected by the corresponding user, a passive skill, a character skill, and the like. In addition, when the user sets the accuracy, power, etc. to perform the casting, the setting information for this may also be 'user skill information'.

Hereinafter, a process of exchanging information between a server and a client and controlling a casting in each device to perform casting in a fishing game will be described. There are two main ways to implement casting in a fishing game. First there is a server-oriented approach. The server-oriented method means that the server controls the casting of the fishing game, and the server performs the process of producing the information or information necessary for the user to perform the casting and display the result. Second, there is a client-oriented approach. The client-oriented approach receives the basic information necessary for casting from the server, or the information is stored in advance in the client, so that the client can control the casting of the fishing game and display the process and the result of the casting by the user. The process of calculating information or information is performed by the client. You can also mix server-oriented and client-oriented approaches.

A character means a total of personalized information such as an avatar representing a user, a nickname, and a previously played game. The user can control a number of characters.

That is, the skill of the fishing game provided herein provides the user's convenience in the game and provides the ability to fish easier than other characters. In other words, the skills are divided into casting skills, action skills, and character skills. In casting skills, casting is used to throw farther than the general casting and catch various large fish. The casting skill may vary depending on the click casting or drag casting method.

One embodiment of the character skill is a skill that raises the ability of the character, the passive (passive) attribute is mainstream and can be implemented to be used when the character is worn in the shortcut or skill equipment slot.

The attribute of a skill is divided into an active skill and a passive skill. In the case of an active skill, a skill that directly selects (clicks) a skill and uses the skill is used. The limiting factor in using the skill can be checked on the server or client.

Passive skills, on the other hand, do not use the skill but hold it, meaning that it affects or is affected by other skills.

2 illustrates a process of exchanging information at a server and a client and controlling a casting at each device in order to perform casting in a fishing game according to an embodiment of the present specification. The casting process in the server-oriented case is presented.

First, when a user logs in at the client 202 (S210), the client transmits user information to the server (S212). One embodiment of the user information may be an ID or password for identifying the user. The server checks the user's login and transmits external casting environment information for proceeding the fishing game (S214). As mentioned earlier, the external casting environment information includes all external factors that affect casting. After that, the user skill information for the fishing game is transmitted (S216). It may also be provided with character information. The external casting environment information and the user skill information transmitted in S214 and S216 may include various selectable information. The client 202 may output such information and receive a selection from the user. The casting environment information or the user skill information corresponding to the selected information may be transmitted by selecting which position to cast or what skill to use (S218). The server 201 reflects the received information, that is, the selection of the client 202 (S220). After that, the client 202 performs the casting according to the reflected option.

The client 202 receives a control signal from an input device such as a mouse, a tablet, a keyboard, a touch screen, and converts it into information suitable for casting (S222). For example, if you click on a specific location with the mouse or touch the touch screen, you can convert that location to coordinate information within the game screen, or provide information about the game components displayed at that location. Can be. In addition, in the case of dragging, the information may be converted into information such as a trajectory where the drag occurred and a position where the drag ends.

The client 202 transmits the converted information to the server 201 (S224). The server determines whether casting is possible using the transmitted information (S230). This can determine if the clicked or dragged location is a castable area. After the casting is possible, the server 201 transmits the result of executing the casting to the client 202 (S232). On the other hand, if the server 201 is not possible to cast to the client 202, and transmits the result of the casting fails (S234). The client 202 displays the received result and proceeds to the subsequent step (S236). As an example of the subsequent step, if casting is possible as shown in S232, the casting result screen may be displayed. If casting is not possible as in S234, the screen may be set to allow casting again.

On the other hand, the server can optionally store the information that the casting is executed (S240). It stores the casting execution information accumulated in the process of casting the user in the server separately, and when the avatar controlled by the user executes the casting, the casting execution information reflecting the existing casting execution information is performed. Do it. Although FIG. 2 is implemented in a server-oriented manner, when a game is downloaded and executed on a client, all processes performed in the server and the client may be performed in one client. Also, depending on the computing power of the client and the area distribution between the server and the client, some processes may be performed on the server and some other processes on the client.

3 is a view illustrating a process of a casting skill according to an embodiment of the present specification. 3 shows the implementation of click casting. Skill information is provided based on the external casting environment information and the user skill information (S310). Using the information provided, you can select a location to cast or select a skill to use. The used skills may be presented in detail, and similar skills may be grouped and provided. This will be described later. The client selects the skill after receiving the information about the skill. A skill can be reserved by selecting a skill, and a skill can be selected and used. That is, the previously selected or reserved skill icon may blink and be displayed on the shortcut icon. Characteristic of the selected skill, for example, the distance of the skill, backlash, and the probability of casting is calculated (S320). The client may attempt to click (contact) with a mouse, touch screen, or the like. In the case of a click, the mouse pointer moves to an area to be cast by moving the mouse, and according to the moving area, it may be determined whether or not the casting is possible in consideration of characteristics of the selected skill (S325). As a result, in the case where the casting is possible, click casting through the input device is performed (S340). In one embodiment, this includes left-clicking a mouse or contacting the touch screen. On the other hand, in the case where the casting is not possible, by providing an interface so that it can not be clicked (S330), it is possible to proceed to the process of selecting the region to be cast again.

When the casting is made, it is checked whether the skill backlash has occurred (S350). As a result, when the skill backlash occurs, the counter gauge is reduced (S375) and ends. On the other hand, if it is not a skill backlash (S350), according to the feature of the previously selected skills, in one embodiment, the direction error according to the accuracy of the skill is calculated (S355). Thereafter, the skill casting (S355) is processed. In this case, an animation motion for skill casting may be provided. Check whether the casting is possible (S360). If the casting is possible, after calculating the casting score (S365), increase the counter gauge (S370). Of course, in the case where the casting is not possible, reduce the counter gauge (S375). And exit.

According to one embodiment of the present specification, attributes of the skill may be added to the character in S320 and S350.

Through the click skill casting of FIG. 3, the user reserves a 'casting skill' for use in the game and selects a position to cast with a mouse pointer. Of course, as another implementation of click casting, the contact may be touch screen.

When using 'Casting Skill', the Encounter value of the 'Skill' is added to the Encounter Gauge, and additional values such as flying distance, accuracy, and backlash according to the skill DB are added to the character attribute.

4 is a view illustrating a process of a casting skill according to an embodiment of the present specification. 4 shows an implementation of drag casting. A skill is selected based on the external casting environment information and the user skill information (S410). You can choose where to cast or choose the skill to use. The used skills may be presented in detail, and similar skills may be grouped and provided. This will be described later.

The client selects the skill after receiving the information about the skill. A skill can be reserved by selecting a skill, and a skill can be selected and used. That is, the previously selected or reserved skill icon may blink and be displayed on the shortcut icon. A characteristic of the selected skill, for example, a distance, a backlash, and a cast probability of the corresponding skill is calculated (S420). The client may attempt to click (contact) with a mouse, touch screen, or the like. The mouse pointer moves to a region to be drag cast by moving the mouse. According to the region to be moved, it may be determined whether or not the casting is possible in consideration of characteristics of the selected skill (S425). As a result, if the cast is possible, drag casting is performed. On the other hand, in the case where the casting is not possible, by providing an interface so that it can not be clicked (S430), the process of selecting the region to be cast again can proceed. Looking at the casting process in more detail as follows.

First, a point mouse left click signal is input (S440). Or contact on a touch screen. In the casting mode (S442), when the user controls the mouse to generate a drag control signal (S444) and releases the left mouse click (S446), the mouse measures the intensity, that is, the speed and the distance (S448). . As a result, the drag casting is made, so it is checked whether the skill backlash has occurred (S450). As a result, when the skill backlash occurs, the counter gauge is reduced (S475) and ends. On the other hand, if it is not a skill backlash (S450), the distance is calculated according to the characteristics and drag strength of the previously selected and used skills (S452), the direction error according to the accuracy of the skill is calculated (S454). Thereafter, the skill casting (S455) is processed. In this case, an animation motion for skill casting may be provided. After proceeding with the skill casting, it is checked whether the casting is possible (S460). If the casting is possible, after calculating the casting score (S465), the counter gauge is increased (S470). Of course, in the case where the casting is not possible, reduce the counter gauge (S475). And exit.

According to one embodiment of the present specification, attributes of the skill may be added to the character in S420 and S450.

Through the drag skill casting of FIG. 4, the user reserves a 'casting skill' to be used in the game, selects a casting position, and drags directly to a mouse pointer. Of course, as another implementation of click casting, the contact may be touch screen.

When using 'Casting Skill', the Encounter value of the 'Skill' is added to the Encounter Gauge, and additional values such as flying distance, accuracy, and backlash according to the skill DB are added to the character attribute.

Hereinafter, a detailed process performed in the casting skill process described with reference to FIGS. 2, 3, and 4 will be described. First, let's look at the part that applies the attribute of the skill.

FIG. 5 is a view showing an interface for presenting castings that can be used in a fishing game according to an embodiment of the present specification and allowing a user to select it. It may be applied to the process of selecting user skill information of FIG. 2 (S218), or the process of selecting skills (S315, S415) of FIGS. 3 and 4.

510 shows the types of casting skills the user can select. According to one embodiment of the present specification, depending on a level, a grade, or a paid item possessed by a user's character, a limitation may be applied to a skill that can be used. For example, if the character purchases a specific casting skill with a proper LV (level) or a paid item, the purchased casting skill may also be displayed in 510.

An embodiment for acquiring the skills may be implemented by purchasing game money or purchasing a paid skill. That is, the skill can be implemented to be purchased with the game money collected as the character level increases, in this case, the level of the character may be imposed on the purchase condition of the skill. On the other hand, all skills are relatively independent and can be implemented to have no advantage.

Purchasing a monetization skill refers to the process of allowing one to directly purchase a good skill regardless of the character's level.

In addition, depending on the external environment to perform the casting can be limited to the available skills. As a result, the skills shown in bold (side casting, overhead casting, backhand casting, flipping, pitching, skipping, power casting, lucky casting, and speed casting), as in 510, represent the selectable skills. . Meanwhile, the grayed out skills (bow and arrow casting, squirrel casting, swing casting, point casting and silent casting) indicate that the skill cannot be selected according to the characteristics of the current character or the external environment. According to another embodiment of the present specification, such a selectable skill may be implemented so as not to be displayed separately.

In one embodiment of the present specification, before selecting a skill, content that shows basic characteristics of the skill may be provided. For example, when the mouse pointer 590 is placed in an area for selecting a backhand casting skill, a description of the backhand casting (flip casting) may be provided through an image, a video, or a text 522 as shown in 520.

When a skill is selected, the selected part is inverted to confirm that the skill is selected. The selected screen is 530. When the backhand casting is selected, the screen is inverted as shown in 540. This can be done by clicking on the mouse to make a selection, touching the corresponding icon on the touch pad directly by hand, or clicking again to cancel the selection, or by pressing a key on a particular keyboard, such as ESC.

In one embodiment of implementing the skill, the attribute of the skill may be applied to the character. Skills can be implemented to have their own attributes that are added to the character. Passive skills can be implemented to be added to the character only when the skill is used, but the casting skill is only added to the character when used. Reflecting and removing the reflection of the attribute may be made through the setting of FIG. 5. In order to lighten the application of the attribute of the skill, the attribute of the skill may be provided in the concept of BUFF (Keepup). BUFF (buff) means that the increase in ability only applies for a certain time.

The casting skills shown in FIG. 5 may be characterized by flying distance, accuracy, and the like.

In addition, the timing of the application of the attribute reflected in the numerical value related to the type and size of the fish such as a fishing point and a lucky point can be set separately.

According to an embodiment of the time point reflecting the casting skill property through the process described with reference to FIG. 5, it may be implemented to be reflected in the property of the character from when the use of skill casting is started. That is, it can be implemented to be reflected in the character's property as soon as the shortcut icon (skill UI) displayed on 510 is clicked to use the casting skill. In addition, the reflected property can be canceled. There are various processes in the game that can be applied. For example, if a skill cast fails, that is, a backlash or a lure fails to start successfully and you need to cast again, you can cancel the attribute reflection and select another type of casting skill. Moreover, it is applicable also when recovering lure. You can force the casting of attributes to be canceled if the user rolls up the cast lure or retrieves it immediately.

On the other hand, in one embodiment related to the reflection of skills, fish casting, hooking, linebreak, landing, etc. may occur after skill casting. It can be implemented to continue to reflect on the character.

Finally, when the game ends, you can initialize the skill casting set for the user's character. In another embodiment of the present disclosure, if the user has a preferred skill casting, the user may continue to maintain the preferred skill casting.

The user may use the skill using the interface of FIG. 5. The use of the skill can only use the active skill, and the passive skill affects the casting with a predetermined setting value. In addition, in the casting process, the casting skill may be input by being divided into drag casting and click casting, and the user may select a casting method from an option part using a predetermined interface. The use of a skill according to an embodiment of the present specification provides a method of reserving a skill such as 510 and 530 and then using the skill.

Hereinafter, a configuration of a database storing casting skill information will be described. Casting skill information is stored in the server or client, and when a user selects a specific casting skill, casting is performed according to the skill.

The following items can be stored as elements of a casting skill.

i) Information to identify skill casting includes skill index (identifier), Korean or English name, additional description, and skill usage characteristics (active and passive).

ii) Preliminary information required to perform a skill may include information on skill preparation time, skill execution time, recast time required to reexecute the skill, and skill use conditions. In addition, level information and rank information (avatar rank) necessary for using the skill can also be set.

iii) Information required in the process of performing skills, and may include casting scores and backlash probabilities added during casting.

iv) Information necessary for calculating a score or calculating a result in relation to the use of a skill may also be stored. If you have a specific active casting or passive casting skill, you can set the casting value, distance value, backlash value, fish point, lucky point, fatigue, fish flag, lucky flag, etc.

v) In addition, if the skill is a paid item, it may provide information on price required for purchase, available period, or an icon image of the skill, skill effects that may be included in the skill, and the like.

The information presented in i) ~ v) can be applied in the process of selecting or setting a casting skill or performing a casting skill.

The animations in Figures 6, 7, and 8 can animate the lure falling into the water, and the avatar wielding the fishing rod or throwing the lure. Information about each animation can be provided to the client in addition to the casting skill information to the client, it is downloaded to the client can be displayed by performing the animation on the client.

6 is a diagram illustrating a process of performing a first casting skill according to an embodiment of the present specification. The process of FIG. 6 may be combined with the processes of FIGS. 2, 3 and 4 described above, and may be added to implement the processes of FIGS. 2, 3 and 4 in more detail.

Casting skills vary as discussed in FIG. Among these, there may be various castings such as casting using both hands, casting using one hand, or casting a rod (rod). FIG. 6 shows a process applied when the casting skill of the lure is thrown using the recoil of the fishing rod after shaking the fishing rod back and forth or left and right. The process of Figure 6 can be applied to both click and drag casting. In addition, the casting process of FIG. 6 may be applied to side casting, overhead casting, back hand casting, skipping, and squirrel casting. The process of FIG. 6 will be described with an emphasis on the process performed in the client.

One embodiment for implementing the first casting is divided into one click, two clicks, and a click and drag.

The process of receiving the external casting environment information and the user skill information (S610) is the same as the processes described above. After that, the position of the avatar is selected (S620). The position of the avatar is to select at which position the avatar is to be cast from the external casting environment information. Then select the skill (S630). In FIG. 6, one of the first casting skills may be selected. The selected skill information is transmitted to the server (S640). After that, input is done through the mouse, tablet, and touch screen. If the input method is a 1-click method, the point to be cast is clicked in the simplest method (S652). Thereafter, an animation representing casting is performed (S660).

In the case of the 2-click method, a point to cast and a point for controlling a fishing rod are clicked (S654). The fishing rod control point is a point selected to control the swinging or shaking of the tip of the fishing rod. The fishing rod control point can be clicked to the point where the fishing rod can be moved or swinged to the maximum. Other features such as side casting, overhead casting, back hand casting, skipping and squirrel casting can be implemented in two clicks. A casting animation is performed according to the characteristics of each casting (S660).

Meanwhile, in the click-drag method, the fishing rod is clicked (S656), dragged to control the clicked fishing rod (S658), and the dragged mouse is released. Then, the casting animation is performed according to the characteristics of each casting (S660).

The client collects information on which a click is made or a drag is performed according to each click / drag method, a drag speed, a direction, and the like, and transmits the information to the server as skill-related information (S670). After that, the result of the skill execution is received from the server (S680). The result of performing the skill is information on whether the casting skill is properly performed, and may include checking of the castable region or the skill backlash in FIGS. 3 and 4. The skill performance result may be calculated in consideration of a flying distance, accuracy, etc. of each skill.

Looking at the skills that can be implemented through 6 as follows.

Side casting is the most commonly used method of lure casting, looking straight ahead (12 o'clock), where the fishing rod is horizontal, the elbow is about 30-45 degrees, then the fishing rod is rapidly cast forward. Cast from the front about 10-20 degrees while releasing the fishing line on your fingers. As if you are pushing the fishing rod forward as a whole, swing and stretch your arms to allow the lure to fly naturally, and swing your wrists and shoulders naturally. You can think of it as throwing sideways, and the casting method is easy, and it is a casting method that can be thrown away. Small distance, accuracy of casting skills.

Overhead casts are a way of throwing the lure tip over your head. It doesn't play like a side cast, but it throws the lure accurately at the target point, and when the head is seen at 12 o'clock, the rod (ROD) tip is passed behind the head (10 o'clock). Cast to stop in the direction. At this time, the line can be implemented to be released at about 1 o'clock. The casting skill of the accuracy of the flying distance.

Back-hand cast is used when there is no normal casting in the place where there are many obstacles, and it is possible to cast away from the obstacle, but it is difficult to throw away. When playing tennis, it is similar to hitting the ball with the backhand, but if you are right-handed, the casting starts from the left, and the backhand casting should be cast as if it was scattered using the reaction of the road action. The timing of the fishing line is quite important compared to other castings. It is a casting that can be used effectively in places where there are many obstacles as well as where the points are close or in the depth of water. It can be used effectively in rapids because there is not a lot of extra fishing lines after casting.

Skipping (water casting) can be used to place lures under heavy cover areas where heavy cover, weeds, trees, or lotus fields are intertwined. Use a gesture that seems to turn slightly. The flying distance is short and the accuracy is slightly lower.

Squirrel casting should be thrown at an angle of about 45 degrees if it is 90 degrees that passes the fishing rod overhead. The flying distance is good, but the accuracy is low.

7 is a view showing a process of performing a second casting skill according to an embodiment of the present specification. In FIG. 7, the luer is held by one hand and then the luer is placed again, and thus may be applied to flipping, pitching, bow and arrow casting, and the like.

S710, S720, S730, and S740 are the same as S610, S620, S630, and S640 of FIG. 6, and will be replaced by the description of FIG. 6.

The casting to be performed in FIG. 7 is a second casting skill, by holding the lure with one hand and placing the lure again. Therefore, the process of pulling lure with one hand can be implemented as an input method. It can be implemented by two-click method and click-drag method.

Thereafter, an animation is performed on the second casting skill (S760).

The client collects information on which a click is made or a drag is performed according to each click / drag method, a drag speed, a direction, and the like, and transmits the information to the server as skill related information (S770). After that, the skill execution result is received from the server (S780). The result of performing the skill is information on whether the casting skill is properly performed, and may include checking of the castable region or the skill backlash in FIGS. 3 and 4. The skill performance result may be calculated in consideration of a flying distance, accuracy, etc. of each skill.

Looking at the skills that can be implemented through Figure 7 is as follows.

Flipping can be applied to heavy obstacles that are difficult to submerge the lure because of the lines over the obstacles, which are often entangled with a combination of plants, trees or lotuses. In other words, if the surface is covered with various floating plants such as lotus leaves and the narrow surface is exposed, it should be performed close to the casting point. Therefore, with a rod in one hand and a line that is stretched out with one hand in advance, Shake Luer like a pendulum and put it into the myelin sheath hole. Pull out the line between the reel and the first guide of the rod while hanging the lure, and hold it in one hand and shake it like a watch weight with the weight of the loose lure, and throw it lightly while minimizing the landing sound. . In case of 2 click method, it can be controlled by releasing luer.

Pitching is a casting used when you want to throw a lure relatively precisely where there is a short distance, similar to flipping, but by holding the lure and using the recoil of the ROD to throw the lure. If the click-drag method is applied, recoil can be controlled. Minimum flying distance, accuracy vs. casting skills.

Bow & Arrow casting is a casting that uses the elasticity of the fishing rod to hold the lure with the other hand of the ROD and unwind the string while flying the lure.

8 is a view illustrating a process of performing a third casting skill according to an embodiment of the present specification. In FIG. 8, after loosening the luer to a predetermined length, the luer may be applied to a casting method of shaking and throwing the lure. For this purpose, the process of solving luer can be included in the casting process. The process of Figure 8 can be applied to swing casting.

Swing casting is a casting method that uses a relatively heavy lure to throw away, and loosens the lure about half of the rod, shakes it like a pendulum from the back, and uses a recoil to throw it strongly through the entire rod. low. In order to implement this, it is necessary to loosen the lure and control the rocking rod.

S810, S820, S830, and S840 are the same as S610, S620, S630, and S640 of FIG. 6, and will be replaced by the description of FIG. 6.

Click and drag the luer to perform the third casting (S850). As a result, the lure is released by dragging. Of course, with a two-click method, you can click on a lure and then click on the distance to release the lure. In order to shake and cast the loose luer, the fishing rod is dragged and controlled to shake (S855).

Thereafter, an animation is performed on the third casting skill (S860).

The client collects information on which a click is made or dragged according to each click / drag method, a drag speed, a direction, and the like, and transmits the information to the server as skill-related information (S870). Thereafter, the skill execution result is received from the server (S880). The result of performing the skill is information on whether the casting skill is properly performed, and may include checking of the castable region or the skill backlash in FIGS. 3 and 4. The skill performance result may be calculated in consideration of a flying distance, accuracy, etc. of each skill.

6, 7, and 8 illustrate a process in which casting performance information is generated and transmitted to a server by receiving three inputs according to the casting type. In FIGS. 6, 7, 8, the detailed casting skill may be directly selected, or only what type of casting may be selected without additional setting. That is, the server may be determined as the most similar casting skill through the number of mouse clicks, drags, or clicks, and may be interpreted as performance information about the corresponding casting skill. For example, overhead casting and powercasting can be implemented in a similar manner, where the user does not select overhead casting or powercasting separately, but instead checks the user's mouse drag speed and is within a certain range of drag speed. In the case of the overhead casting, and in the case of more than a certain speed it can be determined by the power casting can provide the result of performing the casting skill for this. In the case of pitching or bow and arrow casting, the speed and distance of pulling the lure may be calculated to determine whether the pitch is a casting or the bow and arrow casting, and thus the casting skill may be provided. This can be implemented by selecting the grouped casting described above.

6, 7, 8 looked at the detailed implementation process according to the casting skill. Looking at the skills that can be used similar to or combined with the skills described in Figures 6, 7, 8 as follows.

Power casting, lucky casting, speed casting, point casting, silent casting and the like can be combined with an independent casting skill or a conventional casting skill.

Powercasting is a casting that only thinks of distance. The rate of accuracy drops. It is similar to the operation of overhead casting but provides more powerful operation and increased distance.

Lucky casting is a casting method that has the ability to increase a character's lucky point for a certain period of time without worrying about distance and accuracy. The increase in Lucky Points increases the chance of catching a bigger fish and can be sold as an item.

Speed casting is a casting skill that doesn't have high range and accuracy, but speeds up casting and lure launches.

Point casting is a casting method that cares more about accuracy than flying distance, and can be used by applying flip casting operation. You can control it by clicking or dragging.

Silent casting is a casting method that makes Luer's start sound and start speed faster than flying distance and accuracy. Large fish are sensitive to small sounds, so using silent casting increases your chances of catching large fish, and is a casting technique that can be used depending on the external environment.

9 is a view showing the configuration of a server for controlling the casting of lure fishing according to an embodiment of the present disclosure. The configuration of the server of FIG. 9 may control not only the casting but also the whole game progression of lure fishing through the casting.

The overall configuration may include a transceiver 910, a controller 920, a skill information database 930, an external casting environment information database 940, an encoder database 950, a casting score database 960, and the like.

Each of them is as follows. The transceiver 910 transmits and receives information with the client, and the skill information database 930 stores the casting skill. The skill information to be stored includes information about the first casting skill, the second casting skill, or the third casting skill, or various casting skills that can be used alone or in combination with the casting skill, as described above. It includes the casting distance of the casting skill, information about accuracy, name, and information necessary to perform (click position, drag information, etc.).

On the other hand, the external casting environment information database 940 stores the external environment information that affects the casting skill, and directly in performing the casting, such as the fishing ground, the type of fish, the strength of the wind, the presence of other gamers to play the game Or store information that might affect indirectly.

Next, the user information database 970 may optionally include information on avatars used by the users, identification information of the user, and the like. It also includes information such as levels, items, etc. that are produced as a result of performing a fishing game for each user.

The casting score database 960 stores the score generated after performing the casting. It may be stored together with identification information for each user or for each avatar.

The encoder database 950 also stores an encoder that is generated after casting. It may be stored together with identification information for each user or for each avatar.

The controller 920 controls the transceiver 910, the skill information database 930, the external casting environment information database 940, the counter database 950, and the casting score database 960. The control unit 920 may transmit external casting environment information and skill information to the client, and receive casting selection information selected from the external casting environment information or skill information and performance information of the selected casting from the client. 910, and compares the information stored in the skill information database 930 and the external casting environment information database 940, the casting performance information, and the received casting selection information to generate casting result information, thereby transmitting and receiving the transmission result. The control unit 910 transmits the casting result information to the client.

In more detail, the performance information may include information on clicking a specific region in the external casting environment or information on any one or more of time, direction, and distance. In addition, the controller 920 may determine the success or failure information of the casting by comparing the distance or accuracy of the received casting selection information and the casting performance information in order to transmit the casting result information.

In addition, to check the castable area, the controller 920 may control to transmit information about the castable area to the client according to the selected casting skill. That is, depending on the characteristics of the casting skill, it can be divided into castable area and non-castable area.If the client moves or clicks the mouse to the area that the user cannot cast, it cannot be cast. To be displayed. In addition, since the client has information about a region that cannot be cast and a region that can be cast, unnecessary casting performance information does not need to be transmitted and received between the server and the client.

Meanwhile, the controller 920 may include in the casting result information whether the skill backlash occurs in the casting so as to check the skill backlash.

Depending on the results of the casting, you can change the encoder gauge and casting score. The encoder gauge and the casting score are information set for each avatar or user in casting, and may be information for increasing accuracy, distance, or success rate in casting. Accordingly, the controller 920 may newly calculate or change an encoder gauge or a casting score stored in the encoder database 950 and the casting score database 960 according to the casting result.

Casting performance information, which is casting information, may vary according to casting skills. For example, in the case of FIGS. 3, 4, and 6 described above, the casting performance information may include information about a position at which a lure is to be cast or at least one of time, direction, and distance required to control a fishing rod to cast the lure. It may include. In addition, in the case of Figure 7, the casting performance information may include information on one or more of the time, direction, distance for controlling the lure for casting after pulling the lure or information on the final position to pull the lure. . Meanwhile, in the case of FIG. 8, the casting performance information may include location information for releasing the lure or information on any one or more of time, direction, and distance required to control the fishing rod to cast the loose luer.

In the case of a drag, important performance information may be a time, a direction, a distance, etc. when the drag is performed. In other words, if you drag the same distance within a short time, you can increase the speed or power required for casting. Direction information may also be direction information generated during casting.

10 is a view showing the configuration of a client for controlling the casting of lure fishing according to an embodiment of the present disclosure. The configuration of the client of FIG. 10 can control not only the casting but also the entire game progression of lure fishing through casting.

The client includes a transceiver 1010, a controller 1020, a storage 1030, an external input device 1040, and an external output device 1050. In the case of a touch screen or a tablet, the external input device 1040 and the external output device 1050 may be combined in one device.

The transceiver 1010 transmits and receives information with the server. The storage unit 1030 stores external casting environment information and skill information received from the server. It can be stored temporarily or stored for a certain period of time. The storage unit 1030 may be a volatile storage device such as a random access memory (RAM) or a nonvolatile storage device such as a hard disk or a flash memory.

The external input device 1040 receives a control signal for controlling a game from the outside. For example, the external input device 1040 may be a mouse, a tablet, a touch screen, a keyboard, or the like. On the other hand, the external output device 1050 outputs the game progress or progress results as graphic information. A graphic processing device may be included to process the game progress or the result of the game as the graphic information.

The client also includes a controller 1020 that controls the components. The characteristics of the controller are as follows. The controller 1020 controls the transceiver 1010 to receive external casting environment information and skill information from the server, and to transmit the casting selection information selected from the external casting environment information or skill information to the server, and the external input. The transmission and reception unit 1010 may be controlled to convert the control signal received from the device 1040 into performance information of the selected casting, and to transmit the converted casting performance information to the server. In addition, when the transceiver 1010 receives the casting result information from the server, the controller 1020 may output the casting result information to the external output device 1050. Information generated during the casting process of lure fishing may be temporarily or continuously stored in the storage unit 1030.

Looking in more detail as follows.

The control signal generated by the external input device 1040 in the course of playing a game may be a movement of a mouse, a click, information on a touch of a touch screen, or a signal for maintaining a touch such as a drag. The controller 1020 receives a control signal for clicking, dragging or selecting a specific region of the external casting environment information from the external input device 1040, and converts the received control signal into a specific region in the external casting environment. Performance information may be generated by converting the clicked information or drag information including any one or more of time, direction, and distance.

Meanwhile, the received casting result information received from the server by the controller 1020 may be calculated from a distance or accuracy of the transmitted casting selection information and the casting performance information, and may include success or failure information of the casting. As a result, the result of the successful or failed casting may be displayed on the external output device 1050.

In addition, after the transmission and reception unit 1010 transmits the casting selection information to the server, it may receive information on the castable region according to the selected casting skill from the server. In this case, depending on the characteristics of the casting skills can be divided into casting and non-casting area, the user can move or click the mouse to the area that the user can not cast through the external input device (1040). In this case, it may indicate that casting is not possible. Also, since the client has information about the region that cannot be cast and the region that can be cast, there is no need to send unnecessary casting performance information to the server.

Meanwhile, the server may determine the skill backlash, and may include the skill backlash in the casting result information and transmit the same. In this case, the controller 1020 may display that the skill backlash has occurred through the external output device 1050.

Casting result information may include newly calculated or changed encoder gauge or casting score.

Casting performance information, which is casting information, may vary according to casting skills. For example, in the case of FIGS. 3, 4, and 6 described above, the casting performance information may include information about a position at which a lure is to be cast or at least one of time, direction, and distance required to control a fishing rod to cast the lure. It may include. In addition, in the case of Figure 7, the casting performance information may include information on one or more of the time, direction, distance for controlling the lure for casting after pulling the lure or information on the final position to pull the lure. . Meanwhile, in the case of FIG. 8, the casting performance information may include location information for releasing the lure or information on any one or more of time, direction, and distance required to control the fishing rod to cast the loose luer.

In the case of a drag, important performance information may be a time, a direction, a distance, etc. when the drag is performed. In other words, if you drag the same distance within a short time, you can increase the speed or power required for casting. Direction information may also be direction information generated during casting.

The method and apparatus for controlling casting in a lure game according to one embodiment of the present specification may selectively determine whether casting is possible by selectively receiving an input according to characteristics of the casting in performing the casting. Allows you to perform various castings.

In addition, by storing the casting performance information accumulated in the process of casting the user separately in the server, when the avatar controlled by the user performs the casting, reflecting the existing casting performance information cast casting more suitable for the user To do this.

In the above description, all elements constituting the embodiments of the present invention are described as being combined or operating in combination, but the present invention is not necessarily limited to the embodiments. In other words, within the scope of the present invention, all of the components may be selectively operated in combination with one or more. In addition, although all of the components may be implemented in one independent hardware, each or all of the components may be selectively combined to perform some or all functions combined in one or a plurality of hardware. It may be implemented as a computer program having a. Codes and code segments constituting the computer program may be easily inferred by those skilled in the art. Such a computer program may be stored in a computer readable storage medium and read and executed by a computer, thereby implementing embodiments of the present invention. The storage medium of the computer program may include a magnetic recording medium, an optical recording medium, a carrier wave medium, and the like.

It is also to be understood that the terms such as " comprises, "" comprising," or "having ", as used herein, mean that a component can be implanted unless specifically stated to the contrary. But should be construed as including other elements. All terms, including technical and scientific terms, have the same meanings as commonly understood by one of ordinary skill in the art unless otherwise defined. Terms commonly used, such as terms defined in a dictionary, should be interpreted to coincide with the contextual meaning of the related art, and shall not be construed in an ideal or excessively formal sense unless explicitly defined in the present invention.

The foregoing description is merely illustrative of the technical idea of the present invention, and various changes and modifications may be made by those skilled in the art without departing from the essential characteristics of the present invention. Therefore, the embodiments disclosed in the present invention are not intended to limit the technical idea of the present invention but to describe the present invention, and the scope of the technical idea of the present invention is not limited by these embodiments. The protection scope of the present invention should be interpreted by the following claims, and all technical ideas within the equivalent scope should be interpreted as being included in the scope of the present invention.

Claims (16)

Transmitting and receiving the external casting environment information and the casting skill information to the client by the transceiver of the game server device, and receiving the casting selection information selected from the external casting environment information or the casting skill information from the client;
Transmitting, by the transceiver, information indicating the castable region and the castable region according to the feature of the skill of the casting selection information to the client;
Receiving, by the transceiver, the first performance information of any one or more of the number of times of clicking by the mouse to perform the selected casting, the dragging speed and distance, direction information, or contact on the touch screen;
Determining, by the controller of the game server, whether or not the skill casting has failed by comparing a distance or accuracy of the first performance information and the casting selection information;
The control unit of the game server device compares the first performance information of the casting and the received casting selection information, and decreases the counter gauge when the skill casting fails in the first performance information, and selects the casting when the skill casting is successful. The distance of skill of the information is calculated from the first performance information, the direction error according to the accuracy rate of the casting selection information is calculated to generate the first result information of the casting, and the transmitting and receiving unit transmits the first result of the casting to the client. Transmitting the information;
Calculating or changing an encoder gauge or a casting score according to the first result of the casting;
Receiving, by the transceiver, second or more information of at least one of a number of times of clicking by the mouse, dragging speed and distance, direction information, or contact on the touch screen to perform casting from the client;
The controller compares the first performance information of the casting with the second performance information of the casting so that the controller compares the distance or accuracy of the second performance information with the casting selection information to determine whether the skill casting has failed. If the first performance information and the second performance information is the same casting to determine whether the same casting, using the distance and the accuracy of the skill of the casting selection information in the second performance information, the skill in the second performance information If the casting fails, the counter gauge is reduced, and if the skill casting is successful, the distance of the skill of the casting selection information is calculated from the second performance information, and the direction error according to the accuracy rate of the casting selection information is calculated to determine the casting of the casting. 2 generate second result information of casting for performance information, and The method comprising the bride transmit a second result information of the casting to the client; And
And the control unit calculates or changes an encoder gauge or a casting score according to the second result of the casting.
The method of claim 1,
The first or second performance information includes a casting information in the lure fishing game, characterized in that the information on clicking a specific area in the external casting environment or drag information including any one or more of time, direction, distance. How to control.
The method of claim 1,
The first or second result information of the casting
And casting success or failure information determined by comparing the flying distance information or accuracy information corresponding to the received casting selection information with the casting performance information.
delete The method of claim 1,
Wherein the first or second result information of the casting includes whether or not a skill backlash of the casting occurs.
delete The method of claim 1,
The first or second performance information of the casting
A method for controlling casting in a lure fishing game, characterized in that it includes information about the location at which the lure is to be cast or any one or more of time, direction, and distance required to control the fishing rod to cast the lure.
The method of claim 1,
The first or second performance information of the casting
Controlling the casting in a lure fishing game, characterized in that it includes information about the final position at which the lure is pulled or information of any one of time, direction, and distance for controlling the lure to cast after pulling the lure. Way.
The method of claim 1,
The first or second performance information of the casting
And position information for releasing the lure or information of any one or more of a time, a direction, and a distance required to control the fishing rod to cast the lure.
The transceiver of the client device receives external casting environment information and casting skill information from the server,
Transmitting casting selection information selected from the external casting environment information or casting skill information to the server;
Receiving, by the transceiver, information from the server indicating an area that can be cast and an area that cannot be cast according to a feature of the skill of the casting selection information;
The first performance information of any one or more of the number of times of clicking by the mouse, dragging speed and distance, direction information, or contact on the touch screen by the controller of the client device to receive a control signal from an external input device to perform the selected casting. Converting to;
Transmitting, by the transceiver, the first performance information of the converted casting to the server;
The server compares the distance or accuracy of the first performance information with the casting selection information to determine whether the skill casting has failed, compares the first performance information of the casting and the casting selection information, and compares the first performance information. In the case where the skill casting fails, the encoder gauge is reduced, and if the skill casting is successful, the distance of the skill of the casting selection information is calculated from the first performance information, and the direction error according to the accuracy rate of the casting selection information is calculated. After generating the first result information of the casting,
Receiving, by the transceiver, the first result information of the casting from the server, and outputting the first result information of the casting to a display by an external output device of the client device;
The control unit receives a control signal from an external input device and converts it into second performance information of at least one of the number of clicks by the mouse, dragging speed and distance, direction information, or contact on the touch screen to perform casting. step;
The transmission and reception unit transmits the second performance information of the casting to the server,
The server compares the first performance information of the casting with the second performance information of the casting so as to determine whether a skill casting has failed by comparing the distance or accuracy of the second performance information with the casting selection information. In the case of the same casting by determining whether the first performance information and the second performance information are the same casting, the skill casting fails in the second performance information by using the distance and the accuracy of the skill of the casting selection information in the second performance information. A second result of the casting generated by reducing an encoder gauge, calculating a skill distance of the casting selection information from the second performance information, and calculating a direction error according to the accuracy rate of the casting selection information if the casting of the skill succeeds. After generating the information,
And receiving, by the transceiver, the second result information of the casting from the server and outputting the second result information of the casting to a display by the external output device.
The second result information of the casting is generated by the server using the first performance information of the casting, the second performance information of the casting, and the casting selection information,
The transmitting and receiving unit further comprises the step of receiving an encoder gauge or casting score calculated or changed in accordance with the first or second results of the casting from the server, the casting control method in a lure fishing game.
The method of claim 10,
Converting the first performance information or the second performance information of the casting
Receiving, by the controller, a control signal for clicking, dragging or selecting a specific region of the external casting environment information from the external input device; And
And generating, by the controller, performance information by converting the received control signal into drag information including information of clicking on a specific region in the external casting environment or one or more of time, direction, and distance. How to control casting in a fishing game.
delete delete Transmitting and receiving unit for transmitting and receiving information with the client;
A skill information database for storing casting skill information;
An external casting environment information database that stores external environment information affecting the casting skill; And
And a controller for controlling the transceiver, the skill information database, and the external casting environment information database.
The control unit transmits external casting environment information and casting skill information to the client, receives casting selection information selected from the external casting environment information or casting skill information from the client, and casts according to a feature of the casting selection information. Control the transmitting and receiving unit to transmit the information indicating the possible region and the non-castable region to the client,
The control unit controls the transceiver to receive the first performance information of any one or more of a number of clicks with a mouse, a dragging speed and distance, direction information, or contact on a touch screen to perform the selected casting. Comparing the casting distance or accuracy of the performance information with the casting selection information to determine whether the skill casting fails,
The controller compares the information stored in the skill information database and the external casting environment information database, the casting first performance information with the received casting selection information, and decreases an encoder gauge when a skill casting fails in the first performance information. , When the skill casting is successful, calculates a distance of the skill of the casting selection information from the first performance information, calculates a direction error according to the accuracy rate of the casting selection information, and generates first result information of the casting; Control to send the first result information of the casting to the client,
The control unit calculates or changes an encoder gauge or a casting score according to the first result of the casting, and the number of times that the transceiving unit clicks with the mouse to perform casting from the client, the speed and distance dragged, the direction information or the When receiving the second performance information of any one or more of the contacts on the touch screen,
The controller compares the first performance information of the casting with the second performance information of the casting to compare the second performance information with the casting selection information to determine whether the skill casting has failed. In the case of the same casting by determining whether the first performance information and the second performance information are the same casting, the skill casting fails in the second performance information by using the distance and the accuracy of the skill of the casting selection information in the second performance information. In the case where the counter gauge is reduced, and the skill casting is successful, the distance of skill of the casting selection information is calculated from the second performance information, and the direction error according to the accuracy rate of the casting selection information is calculated to calculate the second performance information of the casting. Generating second result information of the casting for the transmitting and receiving unit; Client to control to transmit a second result information of the casting and characterized in that for calculating the encounter gauge or cast or to change the game in accordance with a second result of the casting, lure fishing game server.
Transmitting and receiving unit for transmitting and receiving information with the server;
A storage unit for storing external casting environment information and casting skill information received from the server;
An external input device for receiving a control signal for controlling a game from the outside;
An external output device for outputting a game progress or progress result as graphic information;
And a controller for controlling the transceiver, the storage, an external input device, and an external output device.
The controller controls the transceiver to receive external casting environment information and casting skill information from the server and to transmit the casting selection information selected from the external casting environment information or skill information to the server.
The control unit receives the control signal received from the external input device when the transceiver receives information indicating an area that can be cast and an area that cannot be cast according to a feature of the skill of the casting selection information. Converts the first performance information of any one or more of the number of clicks with the mouse, dragging speed and distance, direction information, or contact on the touch screen to perform casting, and transmits the converted first performance information to the server. To control the transceiver to
The server compares the distance or accuracy of the first performance information with the casting selection information to determine whether the skill casting has failed, compares the first performance information of the casting and the casting selection information, and compares the first performance information. In the case where the skill casting fails, the encoder gauge is reduced, and if the skill casting is successful, the distance of the skill of the casting selection information is calculated from the first performance information, and the direction error according to the accuracy rate of the casting selection information is calculated. After generating the first result information of the casting,
When the transceiver receives the first result information of the casting from the server, the control unit outputs the first result information of the casting to the external output device,
After the control unit transmits the first performance information to the server,
Converts the control signal received from the external input device into second performance information of any one or more of the number of clicks with the mouse, dragging speed and distance, direction information, or contact on the touch screen to perform casting; A transceiver to transmit the second performance information of the converted casting to the server,
The server compares the first performance information of the casting with the second performance information of the casting so as to determine whether a skill casting has failed by comparing the distance or accuracy of the second performance information with the casting selection information. In the case of the same casting by determining whether the first performance information and the second performance information are the same casting, the skill casting fails in the second performance information by using the distance and the accuracy of the skill of the casting selection information in the second performance information. A second result of the casting generated by reducing an encoder gauge, calculating a skill distance of the casting selection information from the second performance information, and calculating a direction error according to the accuracy rate of the casting selection information if the casting of the skill succeeds. After generating the information,
The control unit controls the transceiver to receive the second result information of the casting from the server,
Control the external output device of the client to output the second result information of the casting to a display, wherein the second result information of the casting is determined by the server, the first performance information of the casting, the second performance information of the casting, and Characterized by using the casting selection information,
And the transmitting and receiving unit receives an encoder gauge or a casting score calculated or changed according to the first result or the second result of the casting from the server.
12. A computer readable recording medium having recorded thereon a program for implementing a method for controlling casting in a lure fishing game according to any one of claims 1 to 3 and 5 and 7 to 11.

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