KR102611203B1 - Simulation service method for trolling fishing - Google Patents

Abstract

The present invention relates to a trolling fishing simulation service method, which uses a trolling fishing system comprised of a program driver, a trolling driver, a foot button plate, a reel system, and a display device, comprising: (a) an operation signal of the foot button plate; Accordingly, the program driving unit starts a trolling fishing program; (b) a program driving unit transmitting virtual fish motion data that changes the tension of the fishing line according to a simulation program to the trolling driving unit; (c) the trolling driving unit moves the fishing line connected to the reel system according to the virtual fish motion data, and transmits the corresponding user's play information and tension data measured in real time to the program driving unit through the reel system; and (d) a program driver determines the transmitted tension and play information, generates motion data and fishing line tension change information according to virtual fish condition conditions changed according to preset conditions, and the trolling driver of step (c) It includes the step of passing it to .

Description

Trolling fishing simulation service method {SIMULATION SERVICE METHOD FOR TROLLING FISHING}

The present invention relates to a fishing simulation service method, and more specifically, to a virtual trolling fishing simulation service method that can realistically and easily provide a virtual experience service of trolling fishing through a virtual reality (VR) simulation service method.

Virtual reality is an interface between humans and computers that creates a specific environment or situation with a computer so that the person using it perceives it as if they are interacting with the actual surrounding environment.

The purpose of using this virtual reality technology is to allow people to display and manipulate environments that are difficult to experience on a daily basis as if they were in the environment without directly experiencing it. For example, there are a variety of fields where virtual reality technology is applied, such as training to operate special equipment such as tanks, aircraft, and spacecraft, layout design of furniture, surgical practice, and games.

In a virtual reality system, human participants and the actual virtual workspace are interconnected by hardware, and participants are primarily able to feel what is happening in the virtual environment through their eyes, and additionally use hearing and touch.

Recently, the launch of products incorporating virtual reality technology into various sports and games has been active. Screen golf and screen horseback riding are also forms of enjoyment by applying virtual reality technology to sports, and efforts to apply virtual reality technology to other sports are continuing.

Among them, there are attempts to introduce virtual reality technology into fishing. The fun of fishing is the process in which the angler feels the weight, resistance, and vibration that occur in the process of catching a fish when a fish bites the bait.

In particular, in the case of trolling fishing, unlike general fishing, it targets large fish species and requires considerable stamina and endurance, but it is difficult to find a virtual reality system and program or simulation program that effectively represents the realism of trolling fishing.

The tasks of the present invention to solve the above-mentioned problems are as follows.

First, we aim to provide a virtual experience service of trolling fishing using a virtual reality (VR) simulation service method.

Second, the aim is to provide a service method that helps improve health through the virtual experience of the trolling fishing simulation of the present invention.

Third, the trolling fishing simulation service method of the present invention aims to provide a highly realistic trolling fishing experience service for anyone, regardless of gender or age, easily and easily.

The first feature of the present invention for solving the above-described problem is a service method using a trolling fishing system comprised of a program drive unit, a trolling drive unit, a foot button plate, a reel system, and a display device, (a) a foot button plate A program driver starting a trolling fishing program according to an operation signal; (b) a program driving unit transmitting virtual fish motion data that changes the tension of the fishing line according to a simulation program to the trolling driving unit; (c) the trolling driving unit moves the fishing line connected to the reel system according to the virtual fish motion data, and transmits the corresponding user's play information and tension data measured in real time to the program driving unit through the reel system; and (d) a program driver determines the transmitted tension and play information, generates motion data and fishing line tension change information according to virtual fish condition conditions changed according to preset conditions, and the trolling driver of step (c) It includes the step of passing it to .

Here, it is preferable that the display device displays a simulation program driven by being connected to the program driver, and in step (a), the foot button plate selects the difficulty mode and stage mode of the trolling fishing simulation program. It is desirable to include it.

In addition, preferably, in step (b), the virtual fish motion data may include state data of the virtual fish running away, jumping, and waiting, and in step (b), the user's play information may include information on the direction of rotation of the fishing rod of the reel system and the speed of winding or unwinding the reel.

And, in step (d), when the state of the virtual fish is in the jumping state, the rate of increase in tension generated by the corresponding user's play exceeds the preset speed and tension value, and the virtual fish is caught on the fishing hook (strike). It is preferable to include a step of determining whether the fishing line is recognized, and a gauge in the form of a fishing rod indicating the tension value of the fishing line measured in real time is displayed on the display screen, and if the tension value is outside a preset range, it is displayed in color and text. It is desirable to display a warning.

In addition, step (d) preferably includes terminating the trolling fishing simulation game when the tension value transmitted by the program driver is outside the preset end condition range, and step (d) includes terminating the virtual fishing simulation game. It is desirable to include a step of changing the physical strength (HP) of the preset virtual fish according to the user play information of the reel system corresponding to the fish's movement direction.

In addition, preferably, after the game ends on the screen displayed on the display device, user health-related information including total calories burned, maximum muscle strength usage, and health information statistics is displayed and provided based on game data. You can.

In addition, the second feature is a computer program stored in a computer-readable medium for executing the trolling fishing simulation service method of the present invention in combination with hardware.

The effects of the present invention are as follows.

First, the virtual reality (VR) simulation service method provides a realistic virtual experience of the powerful touch of trolling fishing and detailed fishing play techniques.

Second, through a virtual experience of the trolling fishing simulation service method of the present invention, a service that can help improve health, such as calorie consumption, strengthening core muscles, and improving endurance and physical strength, is provided.

Third, by setting the difficulty level of the trolling fishing simulation service method of the present invention, a virtual trolling fishing experience is possible according to taste and purpose, and a highly realistic trolling fishing experience service is provided easily and easily for anyone of any age or gender.

Figure 1 is a diagram showing the flow of a trolling fishing simulation service method according to an embodiment of the present invention.
Figure 2 is an exemplary diagram showing the configuration of a trolling fishing system applied to the trolling fishing service method according to an embodiment of the present invention.
Figure 3 is a diagram showing the play selection mode UI applied to the trolling fishing simulation service method according to an embodiment of the present invention.
Figure 4 is a diagram showing a play UI applied to the trolling fishing service method according to an embodiment of the present invention.
Figure 5 is a schematic diagram showing the gameplay flow of the trolling fishing simulation service method according to an embodiment of the present invention.
Figure 6 is a diagram illustrating a screen showing successful hooking (strike) of a virtual fish applied to the trolling fishing simulation service method according to an embodiment of the present invention.
Figure 7 is a flow diagram of game play applied to the trolling fishing simulation service method according to an embodiment of the present invention.
Figure 8 is a graphic image showing the rotation of a fishing rod displayed on a display device applied to the trolling fishing service method according to an embodiment of the present invention.

Hereinafter, with reference to the attached drawings, embodiments of the present invention will be described so that those skilled in the art can easily implement the present invention. As can be easily understood by those skilled in the art to which the present invention pertains, the embodiments described below may be modified into various forms without departing from the concept and scope of the present invention. As much as possible, identical or similar parts are indicated using the same reference numerals in the drawings.

The terminology used herein is only intended to refer to specific embodiments and is not intended to limit the invention. As used herein, singular forms include plural forms unless phrases clearly indicate the contrary.

As used herein, the meaning of "comprising" is to specify a specific characteristic, area, integer, step, operation, element, and/or component, and to specify other specific characteristic, area, integer, step, operation, element, component, and/or It does not exclude the existence or addition of the military.

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

Figure 1 is a diagram showing the flow of a trolling fishing simulation service method according to an embodiment of the present invention. As shown in Figure 1, the trolling fishing simulation service method according to an embodiment of the present invention includes a program driver 100, a trolling driver 200, a foot button plate 400, a reel system 300, and a display device 500. ) In the service method using a trolling fishing system configured including: (a) starting a trolling fishing program by the program driver 100 according to an operation signal of the foot button plate 400; (b) the program driver 100 transmitting virtual fish motion data that changes the tension of the fishing line according to the simulation program to the trolling driver 200; (c) The trolling drive unit 200 moves the fishing line connected to the reel system 300 according to the virtual fish motion data, and sends the corresponding user play information and tension data measured in real time through the reel system 300. Transferring the program to the driver 100; and (d) the program driver 100 determines the transmitted tension and play information, generates motion data and fishing line tension change information according to the virtual fish state condition changed according to the preset condition, and steps (c) It is configured to include the step of transmitting to the trolling drive unit 200.

Figure 2 is an exemplary diagram showing the configuration of a trolling fishing system applied to the trolling fishing service method according to an embodiment of the present invention. As shown in FIG. 2, when the trolling fishing program driven by the program driver 100 is displayed on the display device 500 (screen), the user executes the trolling fishing program while looking at the display device 500. Step on the button on the button plate 400 to start the program.

In addition, through the reel system 300 connected to the fishing line from the trolling drive unit 200, a system is provided that allows users to have a realistic virtual experience of trolling fishing while viewing the display device 500 as if they are trolling fishing in the sea. I do it. That is, the trolling fishing simulation service method according to an embodiment of the present invention provides a service method that can provide a highly realistic and immersive trolling fishing experience using such a trolling fishing simulation system.

Looking at the configuration of the trolling fishing simulation system in more detail, the program driver 100 can be any device that can run the trolling fishing virtual simulation program with a computing device such as a general PC, laptop, tablet PC, and mobile device. The display device 500 is a device that displays a program driven by the program driver 100, and may be a monitor or a projector-type device such as a screen or a beam projector that projects on the screen.

In the case of the trolling drive unit 200, a motor drive unit that rotates to wind or unwind the fishing line to drive the trolling fishing simulation program and move the fishing line according to the user's play through the user's reel system 300; It consists of a motor control unit that controls the speed and direction of motor drive and a tension sensor that measures the tension of the fishing line. Here, the program driver 100 and the trolling driver 200 can be connected wired or wirelessly.

The foot button plate 400 is connected to the trolling drive unit 200 with a connector, and is an input for operating a button on the user UI that appears while the user runs the virtual trolling fishing simulation program on the program drive unit 100. As a device, by stepping on the button UI of the foot button plate 400 placed on the floor with your foot, you can conveniently enter inputs such as starting a program, selecting a difficulty level, or selecting a stage mode.

The reason for using the foot button plate 400 like this is because the user plays while holding the fishing rod in both hands, so it is much easier and faster to input buttons through the foot.

The reel system 300 includes a fishing rod and a reel module, and is connected to the trolling drive unit 200 and a fishing line from the reel module to the fishing rod, allowing the user to lift the fishing rod, reel, reel, etc. You will be able to play fishing games in a realistic way. In addition, the fishing rod is equipped with a fishing rod guide so that the user can stably place it on the body, and the fishing rod guide is equipped with a tilt sensor or rotation sensor to measure the up, down, left, and right movements of the fishing rod. Through this sensor, the user's trolling fishing play information is transmitted to the program driver, making it possible to process a simulation fishing program that responds to virtual fish motion.

In addition, the user's fishing play changes the tension of the fishing line, and the user plays fishing while watching and responding to the movement of the virtual fish through the trolling fishing simulation program that appears on the screen. At this time, the tension of the fishing line changes from time to time, and this is controlled by the trolling drive unit. A user experience service that allows you to experience trolling fishing with an actual big fish by measuring in real time at 200 and transmitting user play information including the user's fishing rod use information (fishing rod rotation information, etc.) to the program driver 100. will be provided.

Hereinafter, the flow of the trolling fishing simulation service method according to an embodiment of the present invention using such a trolling fishing system will be described in detail with reference to the flow chart of FIG. 1.

First, (a) the step of the program driver 100 starting the trolling fishing program according to the operation signal of the foot button plate 400, when the user steps on the button UI of the foot button plate 400 to start the program or start the virtual simulation program This refers to the step of entering the play mode for the trolling fishing you want to play by entering the selection button through the UI such as start, difficulty selection, and stage selection mode that appears through the operation of .

When entering the play mode here, the fishing location, weather, and other environments may vary depending on the difficulty and stage and appear on the screen or display device 500.

(b) The step of the program driver 100 transmitting virtual fish motion data that changes the tension of the fishing line according to the simulation program to the trolling driver 200, where the trolling driver 200 represents the state in which the virtual fish bites the fishing hook. This refers to the step of transmitting virtual fish motion information representing information for driving a change in tension of the fishing line of 200 to the trolling driving unit 200. Here, the motion information of the virtual fish can of course change the timing and intensity of tension change according to information such as the species and size of the virtual fish that are preset according to the level of difficulty and stage.

In step (c), the trolling drive unit 200 moves the fishing line connected to the reel system 300 according to the virtual fish motion data, and uses the corresponding user play information and tension measured in real time through the reel system 300. This is the step of transferring data to the program driver 100. That is, as shown in Figure 1, in step (c), when the virtual fish bites the fishing hook and the trolling drive unit 200 changes the pulling tension of the fishing line, the user pulls the fishing line of the reel system 300. And changes are sensed through the fishing rod, and in response to this, the fishing rod is lifted or reeled in. This user play information and the resulting fishing line tension information are transmitted to the program driver 100 so that the virtual fish is caught on the fishing hook. This refers to the stage where it is possible to determine whether something has been hit.

In step (d), the program driver 100 determines the transmitted tension and play information, generates motion data and fishing line tension change information according to the virtual fish state condition changed according to the preset condition, and (c) ) refers to the step of transmitting to the trolling drive unit 200 in the step. More specifically, in step (c), the program driver 100 receives the user play information and real-time tension information from the trolling driver 200, and the virtual fish is successfully bitten by the fishing hook (Hit) and hooked (Hooking). It is determined whether or not the fish has struck, and if the fishing line tension value rises above a certain value within a preset time based on fishing line tension information measured in real time, it is judged as a successful strike and the fish's physical strength (HP) value is reduced. . Then, the virtual fish's behavior pattern switches to a 'standby' state for a certain period of time, so that the fish easily follows the user's reel play, and the player and the virtual fish begin to fight in earnest.

In addition, as shown in FIG. 1, in step (d), the program driver 100 checks whether the virtual fish is in a state of being bitten by fishing (Hit) or successfully catching the fish (Strike) according to the user play information. , In case of failure, the process returns to step (c) and receives virtual fish motion information, user play information, and real-time tension information from the trolling drive unit 200.

After repeating this process, when the play state switches to a fight state, the motion data information of the virtual fish set in advance or through an AI agent program, the user's play information corresponding to it, and real-time tension information are used in the trolling drive unit. Received from (200), it is determined whether the player wins by lowering the stamina of the virtual fish in a fight state, raising the fish above sea level and landing it. If you win, the simulation game for the current stage ends and switches to stage selection mode.

Figure 3 is a diagram showing the play selection mode UI applied to the trolling fishing simulation service method according to an embodiment of the present invention. As shown in FIG. 3, before starting the trolling fishing simulation program and entering the play mode according to an embodiment of the present invention, the user selects play difficulty, stage, single and multi mode, etc. through the screen or display device 500. You can select the play type, and when you step on the button UI of the foot button plate 400 connected to the trolling drive unit 200, the corresponding UI is selected.

As illustrated in Figure 3, the user can have a single play mode in which the user plays alone, and can select a multiplayer mode in which multiple people can play together or with multiple people through a network. In addition, it is possible to provide a service that satisfies the user's taste and increases the sense of accomplishment by presenting a gradual and step-by-step stage mode including the environment and difficulty level of trolling fishing.

Here, the multi-mode, in which multiple users can play a virtual trolling fishing simulation game in real time using a network, adds a server and is connected to each user's program driver 100 through a network centered on the server, and each user can play the virtual trolling fishing simulation game in real time at the same time. A game service in a competition mode that determines rankings can be provided by providing a trolling fishing competition service by communicating the user's play information or signals.

Figure 4 is a diagram showing a play UI applied to the trolling fishing service method according to an embodiment of the present invention. As shown in Figure 4, the embodiment of the present invention uses the user's play corresponding to the behavior of the virtual fish preset in the program driver 100, that is, the trolling driver 200 and the reel system 300 connected with a fishing line. A trolling fishing simulation program is run by measuring the tension of the fishing line in real time according to the actions of lifting the fishing rod or winding or unwinding the reel. In order to effectively provide users with play information and increase the realism of simulation fishing, a fishing rod-shaped tension gauge bar is displayed at the top of the play screen, and in the center is a dynamic graphic that moves according to play information according to the rotation of the fishing rod. can be provided.

As shown in FIG. 4, the tension gauge bar receives the values measured by the trolling driver 200 in real time from the program driver 100 and displays them as a gauge, thereby increasing the user's immersion in play. In other words, when the tension rises above the preset value, the gauge fills up and is displayed as a red gauge to display a warning, and the warning text 'Fishing line is too tight' can be displayed, and when the tension value falls below the set value, the warning message can be displayed. You can display a graphic showing that the ground gauge is not full at all, as well as a warning message saying, 'The fishing line is too loose.'

Figure 5 is a schematic diagram showing the gameplay flow of the trolling fishing simulation service method according to an embodiment of the present invention, and Figure 6 is a diagram showing successful hooking of a virtual fish applied to the trolling fishing simulation service method according to an embodiment of the present invention. This is a diagram illustrating a (Strike) screen.

As shown in Figures 5 and 6, the program driver 100 starts the game (Game Start), and after the user selects and enters the play mode, a motion of swinging the fishing rod and throwing the fish hook into the sea (Real Casting) is performed. The action is taken, and after about 10 seconds, the program driver 100 performs a simulation action of a virtual fish biting the fish hook (Hit), and the user's fishing rod increases the tension above a certain value within a certain period of time and catches the fish. This illustrates the flow of progressing to the fight play state by succeeding in hooking. In Figure 6, a screen for processing effects and sounds that can increase the sense of accomplishment and immersion at the moment when a virtual fish bites the fishing hook (Hit) or when the user succeeds in hooking the fishing rod (Strike) By providing this, the fun of the simulation game can be doubled.

And, as shown in Figure 5, when the play mode is in a state of a full-scale fight between the virtual fish and the player, the player reels the reel using the reel module along with actions such as lowering and raising the fishing rod and rotating left and right. The opening or unwinding operation is performed in response to the motion of the virtual fish. Based on the tension value measured in real time by the trolling drive unit 200, the status of the virtual fish and player movement (motion of the fishing rod) is displayed on the screen of the display device 500. By displaying it, you can increase the sense of realism.

In addition, the program driver 100 causes a decrease in physical strength (Hook HP damage) inflicted on the virtual fish when the tension value falls below the minimum value (Min) due to the user's play based on the preset minimum value (Min) and maximum value (Max) of tension. ) becomes 0% and the virtual fish becomes Fishing Hook missing, and if the tension value increases above the maximum value (Max), the fishing line is damaged and the line HP value decreases. When it reaches 0%, the fishing line is broken, the battle is lost, and the game ends. Here, the end of the game does not mean that the trolling simulation program is completely terminated, but rather, it provides an opportunity to retry the stage without leaving the stage.

In this way, the trolling fishing service method provided in the embodiment of the present invention includes real-time tension of the fishing line along with user play information such as swinging and reeling movements of the user's fishing rod in response to the movement of the virtual fish displayed on the display device 500. By running a program based on values, not only can the realism of actual trolling fishing be increased, but there is also the advantage of maximizing exercise effects such as muscle exercise as well as calorie consumption through the user's movements.

Figure 7 is a schematic diagram of the flow of game play applied to the trolling fishing simulation service method according to an embodiment of the present invention, and Figure 8 is a diagram showing the rotation of a fishing rod displayed on a display device applied to the trolling fishing service method according to an embodiment of the present invention. It is a graphic image representing .

As shown in FIG. 7, when a virtual fish catches a fish in the program driver 100 (Hit) and the user lifts the fishing rod through hooking in the reel system 300, the program driver 100 The degree of damage to the physical strength of the virtual fish varies depending on whether it is perfect hooking, excessive hooking, or under hooking within the set range.

If striking is successful, the next step is a fight or fight state between the virtual fish and the user of the reel system 300, and the virtual fish has a certain amount of physical strength (HP) damaged, and the AI agent, etc. It moves according to a pre-programmed motion sequence, and this motion data is transmitted to the trolling drive unit 200 to change the tension of the fishing line.

The user performs fighting fishing play by seeing the change in tension of the fishing line and the movement of the virtual fish displayed on the display device 500. The user's fishing play can be largely divided into the rotation of the fishing rod and the use of the reel. The rotation of the fishing rod is rod up, rod down, rod left, and rod right. ), and the use of the reel may include reel winding and unwinding.

Figure 7 is a diagram illustrating the most appropriate user's use of a fishing rod and reel according to the movement of a virtual fish, and Figure 8 is a schematic diagram of the rotation of a fishing rod applied to an embodiment of the present invention implemented in the display device 500. As shown in Figures 7 and 8, when the virtual fish moves forward (front) (away from the user), the reel lifts the fishing rod in a drag (Reel Drag Control) state (Unwind & Rod up), and the virtual fish If the virtual fish moves back (back) (closer to the user), the reel is wound and the fishing rod is lowered (Fast wind & Rod down). If the virtual fish moves to the left (Left), the reel is slowly wound and the fishing rod is turned to the left ( Slow wind & Rod Right), if the virtual fish moves to the right (Right), slowly wind the reel and turn the fishing rod to the right (Slow wind & Rod Left).

Here, the rotation information of the fishing rod is transmitted wirelessly to the program driver 100 through a tilt sensor or rotation sensor installed in the fishing rod guide of the reel system 300, so that the actual rotation of the fishing rod can be displayed on the display device 500 in real time. There will be.

As such, the example of the user's use of the fishing rod and reel illustrated in FIG. 7 is the most appropriate fishing play according to the virtual fish motion sequence, effectively lowering the virtual fish's stamina and eventually causing the virtual fish to run out of stamina and easily float to the surface. This is an example of how to raise and land, and by providing a simulation service very similar to actual fishing play, it increases the realism of the trolling fishing experience, improves actual fishing skills, and is an exercise that improves calorie consumption and muscle strength. It has the great advantage of being effective.

All terms, including technical and scientific terms, used in this specification have the same meaning as those generally understood by those skilled in the art in the technical field to which the present invention pertains. Terms defined in the dictionary are further interpreted as having meanings consistent with the related technical literature and currently disclosed content, and are not interpreted in ideal or very formal meanings unless defined.

100: Program driving unit, 200: Trolling driving unit
300: reel system, 400: foot button plate
500: display device

Claims (11)

In a service method using a trolling fishing system comprised of a program drive unit, a trolling drive unit, a foot button plate, a reel system, and a display device,
(a) starting the trolling fishing program by the program drive unit according to the operation signal of the foot button plate;
(b) a program driving unit transmitting virtual fish motion data that changes the tension of the fishing line according to a simulation program to the trolling driving unit;
(c) the trolling driving unit moves the fishing line connected to the reel system according to the virtual fish motion data, and transmits the corresponding user's play information and tension data measured in real time to the program driving unit through the reel system; and
(d) The program driver determines the transmitted tension and play information, generates motion data and fishing line tension change information according to the virtual fish state condition changed according to preset conditions, and sends it to the trolling driver in step (c). Including the step of delivering,
In step (a) above,
When you enter play mode, the fishing location and weather environment are displayed on the screen or display device depending on the difficulty level and stage.
In step (b) above,
The virtual fish motion data changes the intensity at which the tension changes according to the information on the species and size of the virtual fish preset according to the level of difficulty and stage,
In step (b) above,
The virtual fish motion data includes the state data of the virtual fish running away, jumping and waiting,
In step (d),
When the state of the virtual fish is in the jumping state, the rate of increase in tension generated by the corresponding user's play exceeds the preset speed and tension value and determines whether the virtual fish is caught on the fishing hook (strike); ,
In step (d),
When determining whether the virtual fish is bitten by the fishing hook and hooking is successful, if the fishing line tension value rises above the specified value within a preset time through real-time measured fishing line tension information, it is successful. The fish's health value (HP) is reduced, the virtual fish's behavior pattern is switched to a designated time standby state, and the fish follows the user's reel play, and the player and the virtual fish are in a fight state. Trolling fishing simulation service method characterized by switching to . In claim 1,
A trolling fishing simulation service method, wherein the display device displays a simulation program driven by being connected to the program driver. In claim 1,
In step (a),
A trolling fishing simulation service method, wherein the foot button plate selects a difficulty mode and a stage mode of the trolling fishing simulation program. delete In claim 1,
In step (b) above,
The user's play information is a trolling fishing simulation service method, characterized in that it includes the rotation direction of the fishing rod of the reel system and the speed of winding or unwinding the reel. delete In claim 2,
A trolling fishing simulation service method, characterized in that a fishing rod-shaped gauge indicating the tension value of the fishing line measured in real time is displayed on the display screen, and a warning is displayed in color and text when the tension value is outside a preset range. In claim 2,
In step (d),
A trolling fishing simulation service method comprising: terminating the trolling fishing simulation game when the tension value transmitted by the program driving unit is outside a preset termination condition range. In claim 5,
In step (d),
A trolling fishing simulation service method comprising changing the physical strength (HP) of a preset virtual fish according to user play information of a reel system corresponding to the movement direction of the virtual fish. In claim 2,
A trolling fishing simulation that displays and provides user health-related information, including total calories burned , maximum muscle strength usage, and health information statistics, based on game data after the game ends on the screen displayed on the display device. Service method. A computer program stored in a computer-readable medium combined with hardware to execute the trolling fishing simulation service method of claim 1.