KR20230053013A - Electronic terminal device for providing realistic fishing game, and the operating method thereof - Google Patents

Abstract

Disclosed are an electronic terminal apparatus for providing a realistic fishing game and an operation method thereof. The electronic terminal apparatus for providing the realistic fishing game of the present invention is linked to a fishing reel apparatus equipped with a rotary haptic actuator which applies rotational resistance to a handle. Therefore, a user can feel greater satisfaction and fun through the realistic fishing game. The electronic terminal apparatus for providing the realistic fishing game comprises: a reference vector storage unit; a screen display unit; a game provision unit; a confirmation unit; a status vector generation unit; a standard size value confirmation unit; and a control command transmission unit.

Description

Electronic terminal device for providing immersive fishing game and operation method thereof

The present invention relates to an electronic terminal device for providing a realistic fishing game and an operating method thereof.

Recently, as electronic terminals such as smart phones and tablet PCs are widely spread, various types of game services using these electronic terminals are appearing.

Among these games, the fishing game supports the user to fish in a virtual fishing environment, so that the user can go to a place where he can actually fish or use his electronic terminal without expensive fishing equipment. Support for enjoying fishing without physical limitations.

However, unlike actual fishing, existing fishing games using electronic terminals cannot provide the user with a taste that varies in various ways depending on the size of the fish, the strength of the wind, the strength of the current, etc. If it can provide a similar hand taste, through this fishing game, the user will be able to feel greater satisfaction and fun.

In this regard, introduction of a system capable of providing a fishing game service in conjunction with a fishing reel device equipped with a rotary haptic actuator for applying rotational resistance to the handle may be introduced.

If such a system is introduced, when a user manipulates a fishing reel device to play a fishing game, by applying a rotation resistance force that varies in various ways depending on the size of the fish, the strength of the wind, the strength of the current, etc. to the handle of the fishing reel device, It will be possible to support the user to feel a more vivid hand taste through the fishing game.

Therefore, it is necessary to study a system technology for providing a fishing game service in conjunction with a fishing reel device equipped with a rotary haptic actuator that applies rotational resistance to the handle.

The present invention provides an electronic terminal device for providing a realistic fishing game in conjunction with a fishing reel device equipped with a rotary haptic actuator for applying rotational resistance to a handle, and an operating method thereof, so that a user can Through realistic fishing games, we want to support you to feel greater satisfaction and fun.

An electronic terminal device for providing a realistic fishing game in conjunction with a fishing reel device equipped with a rotary haptic actuator for applying rotation resistance to the handle according to an embodiment of the present invention is applied to the handle. A plurality of preset reference magnitude values for rotational resistance and a three-dimensional reference vector preset to correspond to each of the plurality of reference magnitude values - a reference vector corresponding to each of the plurality of reference magnitude values, each of which is attached to the handle Corresponding to the case where the rotational resistance force according to the reference size value is applied, and is a vector having preset fish size values, wind strength values, and current strength values as components - a reference vector storage unit in which is stored, the realization by the user GUI (Graphical User Interface) a screen display unit that configures a game screen and displays it on the screen, and after the GUI game screen is displayed on the screen, as the user manipulates the fishing reel device, from the fishing reel device to the fishing reel device When a motion sensing value of the fishing reel device generated through the mounted motion sensor is received, the motion of the fishing rod in the virtual fishing environment is manipulated according to the motion sensing value, so that the user can fish in the virtual fishing environment. When it is confirmed that a first fish, which is one of the plurality of fishes, has been caught in the virtual fishing environment due to the user's manipulation of the fishing reel device, , a confirmation unit for checking a first size value of the first fish, and checking a first wind strength value and a first water current strength value set in the virtual fishing environment at the current point in time at which the first fish was caught; When the first magnitude value, the first wind strength value, and the first water current strength value are confirmed, a 3D vector having the first magnitude value, the first wind strength value, and the first water current strength value as components. A vector similarity between the state vector and the reference vector corresponding to each of the plurality of reference magnitude values is calculated with reference to the reference vector storage unit when the state vector is generated and the state vector generator to generate the state vector. After that, among the plurality of reference magnitude values, a reference magnitude value checking unit that checks a first reference magnitude value corresponding to the reference vector having the maximum vector similarity, and when the first reference magnitude value is confirmed, the first reference magnitude value and a control command transmission unit for generating a control command instructing to apply a rotation resistance force according to a size value to the handle and transmitting the generated control command to the fishing reel device.

In addition, an operating method of an electronic terminal device for providing a realistic fishing game in conjunction with a fishing reel device equipped with a rotary haptic actuator for applying rotation resistance to a handle according to an embodiment of the present invention is A plurality of preset reference magnitude values for the rotation resistance force to be applied to the handle and a three-dimensional reference vector preset to correspond to each of the plurality of reference magnitude values - a reference vector corresponding to each of the plurality of reference magnitude values , which is a vector corresponding to the case where a rotational resistance force according to each reference size value is applied to the handle and has a preset size value of the fish, a wind strength value, and a current strength value as components - maintaining a reference vector storage unit in which is stored When a command for providing a virtual fishing environment for playing the realistic fishing game is applied by the user, the strength of the wind and the strength of the current are randomly changed while a plurality of fish of random size exist in the water. Configuring and displaying a GUI (Graphical User Interface) game screen having a virtual fishing environment on the screen, as the user manipulates the fishing reel device after the GUI game screen is displayed on the screen, the fishing reel device When a motion sensing value of the fishing reel device generated through a motion sensor mounted in the fishing reel device is received, the motion of the fishing rod in the virtual fishing environment is manipulated according to the motion sensing value, so that the user can Providing a user experience for fishing in a virtual fishing environment, a first fish that is any one of the plurality of fishes in the virtual fishing environment due to the user's manipulation of the fishing reel device When it is confirmed that is caught, a first size value of the first fish is checked, and a first wind strength value and a first water current strength value set in the virtual fishing environment at the current point in time at which the first fish is caught are determined. Checking, when the first size value, the first wind strength value, and the first water flow strength value are confirmed, having the first size value, the first wind strength value, and the first water flow strength value as components Generating a state vector by constructing a 3-dimensional vector, when the state vector is generated, with reference to the reference vector storage unit, a vector similarity between the reference vector corresponding to each of the plurality of reference magnitude values and the state vector is determined. After the operation, checking a first reference magnitude value corresponding to a reference vector having the maximum vector similarity among the plurality of reference magnitude values, and if the first reference magnitude value is confirmed, the first reference magnitude value and generating a control command instructing application of a rotation resistance according to the rotational resistance force to the handle, and transmitting the control command to the fishing reel device.

The present invention provides an electronic terminal device for providing a realistic fishing game in conjunction with a fishing reel device equipped with a rotary haptic actuator for applying rotational resistance to a handle, and an operating method thereof, so that a user can Through realistic fishing games, you can support them to feel greater satisfaction and fun.

1 is a diagram showing the structure of an electronic terminal device for providing a realistic fishing game according to an embodiment of the present invention.
2 and 3 are diagrams for explaining the operation of an electronic terminal device for providing a realistic fishing game according to an embodiment of the present invention.
4 is a flowchart illustrating an operating method of an electronic terminal device for providing a realistic fishing game according to an embodiment of the present invention.

Hereinafter, embodiments according to the present invention will be described in detail with reference to the accompanying drawings. This description is not intended to limit the present invention to specific embodiments, but should be understood to include all modifications, equivalents, and substitutes included in the spirit and scope of the present invention. While describing each drawing, similar reference numerals have been used for similar components, and unless otherwise defined, all terms used in this specification, including technical or scientific terms, are common knowledge in the art to which the present invention belongs. has the same meaning as commonly understood by the person who has it.

In this document, when a certain component is said to "include", it means that it may further include other components without excluding other components unless otherwise stated. In addition, in various embodiments of the present invention, each component, functional block, or means may be composed of one or more sub-components, and the electrical, electronic, and mechanical functions performed by each component are electronic It may be implemented with various known elements or mechanical elements such as circuits, integrated circuits, ASICs (Application Specific Integrated Circuits), and may be implemented separately or two or more may be integrated into one.

On the other hand, the blocks of the accompanying block diagram or the steps of the flowchart are computer program instructions that perform designated functions by being loaded into a processor or memory of a device capable of data processing, such as a general-purpose computer, a special purpose computer, a portable notebook computer, and a network computer. can be interpreted as meaning Since these computer program instructions may be stored in a memory included in a computer device or in a computer readable memory, the functions described in blocks of a block diagram or steps of a flowchart are produced as a product containing instruction means for performing them. It could be. Further, each block or each step may represent a module, segment or portion of code that includes one or more executable instructions for executing specified logical function(s). Also, it should be noted that in some alternative embodiments, functions mentioned in blocks or steps may be executed out of a predetermined order. For example, two blocks or steps shown in succession may be performed substantially simultaneously or in reverse order, and in some cases, some blocks or steps may be omitted.

1 is a structure of an electronic terminal device for providing a realistic fishing game in conjunction with a fishing reel device equipped with a rotary haptic actuator for applying rotation resistance to a handle according to an embodiment of the present invention. It is an illustrated drawing.

An electronic terminal device 110 according to an embodiment of the present invention is an electronic device for providing a realistic fishing game by interlocking with a fishing reel device 100 equipped with a rotary haptic actuator that applies rotation resistance to a handle 101. As a terminal device, it includes a reference vector storage unit 111, a screen display unit 112, a game providing unit 113, a checking unit 114, a state vector generating unit 115, and a reference size value checking unit 116. .

First, the fishing reel device 100 is equipped with a rotary haptic actuator that applies a rotational resistance force to the handle 101, and the rotary haptic actuator generates a resistance force against the rotational motion of the handle 101 so that the user 130 ) is a device for providing a predetermined sense of force when the handle 101 rotates.

In addition, the user 130 can play the realistic fishing game by operating the fishing reel device 100 by mounting the electronic terminal device 110 on the fishing reel device 100 as shown in FIG. 2 . can

In this situation, the reference vector storage unit 111 includes a plurality of preset reference size values for the rotation resistance force to be applied to the handle 101, and a three-dimensional standard preset to correspond to each of the plurality of reference size values. vectors are stored.

Here, the reference vector corresponding to each of the plurality of reference size values corresponds to the case where the rotational resistance force according to each reference size value is applied to the handle 101, and the preset size value of the fish, the wind strength value, and the current It means a vector having intensity values as components.

In this regard, the developer measures the magnitude value of the rotation resistance force applied to the handle 101 according to the size value, wind strength value, and current strength value of different fish in order to build the reference vector storage unit 111. By performing an experiment, based on the result of the experiment, it is possible to directly set the size value, wind strength value, and current strength value of the fish constituting the reference vector corresponding to each of the plurality of reference size values.

For example, in the reference vector storage unit 111, as shown in Table 1 below, a plurality of preset reference magnitude values for the rotational resisting force to be applied to the handle 101 and a preset value corresponding to each of the plurality of reference magnitude values are preset. A set 3-dimensional reference vector may be stored.

Multiple reference size values (N m) 3-dimensional basis vector 0.15 [a ₁ , b ₁ , c ₁ ] 0.25 [a ₂ , b ₂ , c ₂ ] 0.35 [a ₃ , b ₃ , c ₃ ] 0.45 [a ₄ , b ₄ , c ₄ ]

When a command to provide a virtual fishing environment for playing the realistic fishing game is applied by the user 130 from the user 130, the screen display unit 112 displays a plurality of fish of a random size in the water, and the wind strength and current A GUI (Graphical User Interface) game screen having a virtual fishing environment in which the intensity is randomly changed is constructed.

After the GUI game screen is displayed on the screen by the screen display unit 112, the game provider 113 controls the fishing reel device 100 as the user 130 manipulates the fishing reel device 100. When a motion sensing value of the fishing reel device 100 generated by a motion sensor mounted in the reel device 100 is received, the user 130 controls the movement of the fishing rod in the virtual fishing environment according to the motion sensing value. ) provides a user experience that allows fishing in the virtual fishing environment.

The confirmation unit 114 determines that the first fish, which is any one of the plurality of fishes, has been caught in the virtual fishing environment due to the manipulation of the fishing reel device 100 by the user 130, A first size value is checked, and a first wind strength value and a first water current strength value set in the virtual fishing environment at the current point in time at which the first fish is caught are checked.

When the first size value, the first wind strength value, and the first water current strength value are confirmed by the checking unit 114, the state vector generator 115 determines the first size value and the first wind strength value. and constructing a three-dimensional vector having the first wave intensity value as a component, thereby generating a state vector.

When the state vector is generated by the state vector generator 115, the reference magnitude value checking unit 116 refers to the reference vector storage unit 111, and determines the reference vector corresponding to each of the plurality of reference magnitude values and the After calculating the vector similarity between state vectors, a first reference magnitude value corresponding to the reference vector having the maximum vector similarity among the plurality of reference magnitude values is checked.

The control command transmission unit 117 instructs to apply a rotation resistance according to the first standard size value to the handle 101 when the first standard size value is confirmed by the standard size value checking unit 116. A control command is generated and transmitted to the fishing reel device 100 .

Hereinafter, operations of the screen display unit 112, the game providing unit 113, the checking unit 114, the state vector generating unit 115, and the reference size value checking unit 116 will be described in detail by way of example. .

First, when it is assumed that the command to provide the virtual fishing environment is applied to the electronic terminal device 110 by the user 130, the screen display unit 112 has a random size in the water, as shown in FIG. A GUI game screen 300 having a virtual fishing environment in which the strength of wind and current is randomly changed while the plurality of fish 'fish 1, fish 2, fish 3, fish 4, and fish 5' exist. so that it can be displayed on the screen.

After that, as the user 130 manipulates the fishing reel device 100, the electronic terminal device 110 receives a fishing signal generated from the fishing reel device 100 through a motion sensor mounted in the fishing reel device 100. When it is assumed that the motion sensing value of the reel device 100 is received, the game providing unit 113 manipulates the movement of the fishing rod 310 in the virtual fishing environment according to the motion sensing value, so that the user 130 can A user experience for fishing in a virtual fishing environment may be provided.

At this time, when it is confirmed that 'fish 3' among the plurality of fishes has been caught in the virtual fishing environment due to manipulation of the fishing reel device 100 by the user 130, the confirmation unit 114 displays 'fish 3'. ', and a first wind strength value and a first current strength value set in the virtual fishing environment at the current point in time at which 'fish 3' is caught can be checked. In this regard, it is assumed that the first size value of 'fish 3' is 'a ₅ ', and the first wind strength value set in the virtual fishing environment at the current point in time at which 'fish 3' is caught is 'b _5' . ', let's assume that the first water current intensity value is 'c ₅ '.

Then, the state vector generator 115 generates a three-dimensional vector having components of 'a ₅ ', the first wind strength value 'b ₅ ', and 'c ₅ ', the first water current strength value. By generating, a state vector such as '[a _5, b _5, c ₅ ]' can be generated.

Then, the reference magnitude value checking unit 116 refers to the reference vector storage unit 111 as shown in Table 1, and reference vectors corresponding to the plurality of reference magnitude values, '[a ₁ , b ₁ , c ₁ ], [a ₂ , b ₂ , c ₂ ], [a ₃ , b ₃ , c ₃ ], [a ₄ , b ₄ , c ₄ ]’ and the state vectors ‘[a _5, b _5, c ₅ ]' vector similarity can be calculated.

In this case, among '[a ₁ , b ₁ , c ₁ ], [a ₂ , b ₂ , c ₂ ], [a ₃ , b ₃ , c ₃ ], [a ₄ , b ₄ , c ₄ ]', When the reference vector for which the vector similarity is maximally calculated is '[a ₂ , b ₂ , c ₂ ]', the reference magnitude value checking unit 116 selects '[a ₂ , b ₂ , It can be confirmed that the first reference size value corresponding to 'c ₂ ]' is '0.25 (N·m)'.

Then, the control command transmission unit 117 may generate a control command instructing to apply a rotation resistance according to '0.25 (N·m)' to the handle 101 and transmit it to the fishing reel device 100. .

In this way, when the fishing reel device 100 receives the control command, the fishing reel device 100 controls the operation of the rotary haptic actuator according to the control command, so that '0.25 (N·m)' is applied to the handle 101. It is possible to apply as much rotation resistance as possible, and at this time, the user 130 can enjoy a user experience as if actually catching 'fish 3' by performing an act of winding the handle 101 . If the user 130 winds the handle 101 with a force that exceeds the resistance to rotation applied to the handle 101, the fishing reel device 100 transmits data according to the rotation of the handle 101 electronically. Feedback can be provided to the terminal device 110, and at this time, the electronic terminal device 110 displays a screen for actually catching 'fish 3' on the GUI game screen 300 based on the rotation data of the handle 101 By doing so, it is possible to provide the user 130 with a user experience related to a realistic fishing game.

On the other hand, in actual fishing, even if fish of the same size are caught, since the pulling force of the fishing rod may be different depending on the species of fish, the magnitude of the rotation resistance applied to the handle of the fishing rod varies according to the species of fish. In this regard, according to an embodiment of the present invention, the electronic terminal device 110 supports the user 130 to feel a more real-like hand taste through the realistic fishing game, the user 130 Depending on the species of the first fish caught, the magnitude of the rotation resistance force applied to the handle 101 may be corrected.

In this regard, according to one embodiment of the present invention, when a command to provide the virtual fishing environment is applied to the electronic terminal device 110 by the user 130, the screen display unit 112 displays a random size in the water. While the plurality of fish exist, the GUI game screen having a virtual fishing environment in which wind strength and current strength are randomly changed is configured and displayed on the screen, and the plurality of fish appear in the virtual fishing environment. It may be composed of fish corresponding to a fish species randomly selected from among a plurality of fish species designated in advance as possible.

At this time, the state vector generator 115 identifies the first fish species of the first fish when the first size value, the first wind strength value, and the first current strength value are confirmed by the verification unit 114. and referring to a size correction table in which different size correction values preset to correspond to each of the plurality of fish species (the size correction value corresponding to each of the plurality of fish species is a rational number greater than 0 and less than 2) are recorded , After correcting the first size value by multiplying the first size value by a first size correction value corresponding to the first fish species, the corrected first size value, the first wind strength value, and the The state vector may be generated by constructing a three-dimensional vector having the first water current intensity value as a component.

For example, a plurality of fish species previously designated as possible to appear in the virtual fishing environment are referred to as 'fish species 1, fish species 2, fish species 3, fish species 4, and fish species 5', and a randomly selected fish among the plurality of fish species is 'fish species 2'. , fish species 4, fish species 5'.

In addition, the size correction table in which different size correction values preset to correspond to each of the plurality of fish species (the size correction value corresponding to each of the plurality of fish species is a rational number greater than 0 and less than 2) is recorded in the table below. Let's assume it's equal to 2.

multiple fish species size correction value fish species 1 0.3 fish species 2 0.5 fish species 3 One fish species 4 1.5 fish species 5 1.8

At this time, as in the above example, when it is assumed that the command to provide the virtual fishing environment is applied to the electronic terminal device 110 by the user 130, the screen display unit 112 displays as shown in FIG. 3, A GUI game having a virtual fishing environment in which the strength of the wind and the current of the current are randomly changed while the plurality of fish 'Fish 1, Fish 2, Fish 3, Fish 4, and Fish 5' of random sizes exist in the water. The screen 300 is configured and displayed on the screen, but 'fish 1, fish 2, fish 3, fish 4, and fish 5' can be composed of fish corresponding to 'fish species 2, fish species 4, and fish species 5'. .

After that, as it is confirmed that 'fish 3', which is one of the plurality of fishes, has been caught in the virtual fishing environment due to the manipulation of the fishing reel device 100 by the user 130, the confirmation unit 114 Assume that the first magnitude value 'a ₅ ', the first wind strength value 'b ₅ ', and the first water current strength value 'c ₅ ' are confirmed.

Then, the state vector generation unit 115 may identify the first fish species of 'fish 3'.

As a result, when it is determined that the first fish species is 'fish species 5', the state vector generator 115 refers to the size correction table as shown in Table 2, and performs first size correction corresponding to 'fish species 5'. By multiplying the value '1.8' by the first size value 'a ₅ ', the first size value can be corrected to be '1.8a ₅ '.

Then, the state vector generator 115 generates a 3 component having the corrected first magnitude value '1.8a ₅ ', the first wind strength value 'b ₅ ', and the first water current strength value 'c ₅ '. By creating a vector of dimensions, a state vector such as '[1.8a _5, b _5, c ₅ ]' can be created.

Thereafter, the electronic terminal device 110 applies a rotation resistance force having a size value corrected according to the fish species of 'fish 3' based on a state vector such as '[1.8a _5, b _5, c ₅ ]' to the handle. A control command instructing to be applied to 101 may be generated and transmitted to the fishing reel device 100 .

In addition, according to an embodiment of the present invention, the electronic terminal device 110 determines the magnitude of the rotational resistance force applied to the handle 101 according to the cumulative play time during which the user 130 played the realistic fishing game. can be adjusted

In this regard, according to one embodiment of the present invention, the control command transmission unit 117 may include a table maintenance unit 118, a standard size value correction unit 119, and a control command transmission processing unit 120.

The table maintenance unit 118 sets preset range values for the play time of the realistic fishing game and preset handicap correction values corresponding to each of the range values (the handicap correction value corresponding to each of the range values exceeds 0). As a rational number less than 2, a handicap correction value of a larger value is designated as the size of the range values increases) is stored and maintained.

For example, the table maintenance unit 118 includes preset range values for the play time of the realistic fishing game as shown in Table 3 below, and a handicap correction table in which preset handicap correction values corresponding to each of the range values are recorded. can be stored and maintained.

About the play time of the realistic fishing game
preset range values handicap correction value More than 1 hour and less than 3 hours 0.5 More than 3 hours and less than 5 hours 0.7 More than 5 hours and less than 10 hours One More than 10 hours and less than 20 hours 1.2 20+ hours 1.5

When the first reference size value is confirmed by the reference size value checker 116, the reference size value correction unit 119 first cumulative play in which the user 130 has played the realistic fishing game up to the present time. After checking the time, checking the first range value to which the first cumulative play time belongs among the range values with reference to the handicap correction table, and then checking the first handicap correction value corresponding to the first range value, The first standard size value is corrected by multiplying the first standard size value by the first handicap correction value.

When the first standard size value is corrected by the standard size value correction unit 119, the control command transmission processing unit 120 applies a rotational resistance force according to the corrected first standard size value to the handle 101. The control command for instructing is generated and transmitted to the fishing reel device 100 .

Hereinafter, operations of the reference size value correction unit 119 and the control command transmission processing unit 120 will be described in detail, for example.

First, as in the above example, it is assumed that the first reference size value is confirmed to be '0.25 (N·m)' by the reference size value checker 116 .

Then, the reference size value correction unit 119 may check the first cumulative play time of the user 130 playing the realistic fishing game up to the current point in time.

As a result, when it is confirmed that the first cumulative play time is '11 hours', the reference size value correction unit 119 refers to the handicap correction table as shown in Table 3, and selects '11 hours' among the range values. After confirming that the first range value to which ' belongs is '10 hours or more and less than 20 hours', the first handicap correction value corresponding to '10 hours or more and less than 20 hours' is confirmed to be '1.2', and the first criterion By multiplying the size value '0.25 (N·m)' by the first handicap correction value '1.2', the first standard size value can be corrected to be '0.3 (N·m)'.

Then, the control command transmission processing unit 120 generates the control command instructing to apply the rotation resistance force according to '0.3 (N·m)' to the handle 101 and transmits it to the fishing reel device 100 there is.

In addition, in actual fishing, when a certain time elapses after the fish is caught, the force by which the fish pulls the fishing rod may decrease, and accordingly, the magnitude of the rotation resistance applied to the handle of the fishing rod decreases. In this regard, according to one embodiment of the present invention, the electronic terminal device 110 supports the user 130 to feel a more real-like hand taste through the realistic fishing game, the fishing reel device After the control command is transmitted, the rotation resistance force applied to the handle 101 may be controlled to decrease at a random rate whenever a preset adjustment time elapses.

In this regard, according to an embodiment of the present invention, the electronic terminal device 110 may further include an adjustment control command transmission unit 121 .

The adjustment control command transmission unit 121 applies the control command to the handle 101 whenever a preset adjustment time elapses after the control command is transmitted to the fishing reel device 100 by the control command transmission unit 117. An adjustment event for adjusting the rotational resistance to be generated, and when the adjustment event occurs, by multiplying the first reference magnitude value by an adjustment ratio having a random value greater than 0 and less than 1 to generate an adjustment magnitude value Then, an adjustment control command instructing to apply the reduced rotation resistance according to the adjustment value to the handle 101 is generated and transmitted to the fishing reel device 100 .

For example, if the preset adjustment time is set to '5 seconds' and, as in the above example, the first standard size value is set to '0.25 (N·m)', the fishing reel device by the control command transmitter 117 Assume that the control command is transmitted to (100).

Then, the adjustment control command transmission unit 121 transmits the control command to the fishing reel device 100 by the control command transmission unit 117, whenever '5 seconds' elapses, the handle 101 An adjustment event for adjusting the rotation resistance force applied to may be generated.

In this way, when the adjustment event occurs, the adjustment control command transmitter 121 multiplies '0.25 (N·m)', which is the first reference size value, by an adjustment ratio having a random value greater than 0 and less than 1, thereby adjusting After generating the size value, an adjustment control command instructing to apply the reduced rotational resistance according to the size value to the handle 101 may be generated and transmitted to the fishing reel device 100 .

In this regard, when the adjustment ratio is set to '0.8', the adjustment control command transmission unit 121 multiplies '0.25 (N m)', which is the first reference size value, by '0.8' to set the adjustment size value to '0.8'. After generating '0.2 (N m)', an adjustment control command instructing to apply a reduced rotation resistance force according to '0.2 (N m)' to the handle 101 is generated to fishing reel device 100 ) can be transmitted.

In addition, according to an embodiment of the present invention, the electronic terminal device 110 may further include an identification code storage unit 122, an inversion code generator 123, a broadcasting unit 124, and an interlocking processing unit 125. can

The identification code storage unit 122 stores an identification code having a size of n (n is a natural number equal to or greater than 3) bits for interworking with the fishing reel device 100 .

Here, the identification code is pre-stored in the fishing reel device 100 as well.

For example, when n is '6' and the identification code is '101011', the identification code '101011' may be stored in the identification code storage unit 122 .

When a pairing command for interworking with the fishing reel device 100 is applied by the user 130 while the reversal code generator 123 is not interoperating with the fishing reel device 100, An inversion code is generated by inverting k (k is a natural number greater than or equal to 2 and less than n) bit values randomly designated in the identification code.

When the inversion code is generated by the inversion code generator 123, the broadcasting unit 124 performs an exclusive OR (XOR) on the identification code and the inversion code to generate an operation code, and broadcasts the operation code At the same time as (broadcasting), a feedback command requesting feedback of a feedback code based on the operation code is broadcast.

The interlocking processing unit 125 pre-stores the operation code and the feedback command in the fishing reel device 100 from the fishing reel device 100 within a preset waiting time from the time when the broadcasting unit 124 broadcasts the operation code and the feedback command. When the first feedback code generated by the exclusive OR of the identification code and the operation code is received, it is determined whether the first feedback code matches the inversion code, and the first feedback code matches the inversion code. If confirmed, a communication link for interworking with the fishing reel device 100 is established.

Hereinafter, operations of the inversion code generation unit 123, the broadcasting unit 124, and the interlocking processing unit 125 will be described in detail, for example.

First, when n is '6' and k is '3', and the fishing reel device 100 and the fishing reel device 100 are not mutually interlocked, the electronic terminal device 110 is provided with the fishing reel device by the user 130 ( Assume that a pairing command for interworking with 100) is applied.

Then, the inversion code generating unit 123 may invert the randomly designated '3' bit values in the identification code '101011' to generate the inversion code.

As a result, when it is assumed that the inversion code such as '110111' is generated, the broadcasting unit 124 performs an exclusive OR of the identification code '101011' and the inversion code '110111' to obtain an operation code '011100' After generating together, the operation code '110111' may be broadcast and a feedback command requesting feedback of a feedback code based on the operation code may be broadcast.

At this time, according to one embodiment of the present invention, the fishing reel device 100 may pre-store the identification code '101011' and broadcast it to the fishing reel device 100 by the broadcasting unit 124. When the casting operation code '011100' and the feedback command are received, the fishing reel device 100 performs an exclusive OR of the identification code '101011' and the operation code '011100' to obtain a first output code such as '110111'. After generating the feedback code, '110111', which is the first feedback code, may be fed back to the electronic terminal device 110 .

Accordingly, when the electronic terminal device 110 receives the first feedback code '110111' from the fishing reel device 100, the interlocking processing unit 125 determines that the first feedback code '110111' is the reversal code. , '110111', it can be confirmed that the first feedback code and the inversion code match.

At this time, the coincidence of the first feedback code and the inversion code means that the identification code stored in the fishing reel device 100 coincides with the identification code stored in the electronic terminal device 110, When it is confirmed that the first feedback code matches the inversion code, the interworking processing unit 125 may establish a communication link for mutual interworking with the fishing reel device 100 .

In this way, when the communication link between the electronic terminal device 110 and the fishing reel device 100 is established, the electronic terminal device 110 transmits a predetermined control command to the fishing reel device 100 through the communication link, or Predetermined data such as a motion sensing value may be received from the reel device 100 .

4 is a flow chart illustrating an operating method of an electronic terminal device for providing a realistic fishing game in conjunction with a fishing reel device equipped with a rotary haptic actuator for applying rotational resistance to a handle according to an embodiment of the present invention. .

In step S410, a plurality of preset reference magnitude values for the rotation resistance to be applied to the handle and a three-dimensional reference vector preset to correspond to each of the plurality of reference magnitude values (each of the plurality of reference magnitude values) The corresponding reference vector corresponds to the case where the rotational resistance force according to each reference size value is applied to the handle, and is a vector having preset fish size values, wind strength values, and current strength values as components) is stored Maintains a reference vector store.

In step S420, when a command to provide a virtual fishing environment for playing the realistic fishing game is applied by the user, while a plurality of fish of random size exist in the water, the strength of wind and current is random. A GUI game screen having a changing virtual fishing environment is configured and displayed on the screen.

In step S430, as the user manipulates the fishing reel device after the GUI game screen is displayed on the screen, the fishing reel generated from the fishing reel device through a motion sensor mounted in the fishing reel device When a motion sensing value of the device is received, a user experience allowing the user to fish in the virtual fishing environment is provided by manipulating a movement of a fishing rod in the virtual fishing environment according to the motion sensing value.

In step S440, when it is confirmed that a first fish, which is any one of the plurality of fish, has been caught in the virtual fishing environment due to the user's manipulation of the fishing reel device, a first size value of the first fish is determined. and a first wind strength value and a first water current strength value set in the virtual fishing environment at the current point in time at which the first fish is caught.

In step S450, if the first size value, the first wind strength value, and the first water current strength value are confirmed, the first size value, the first wind strength value, and the first water current strength value are used as components. A state vector is created by constructing a three-dimensional vector having

In step S460, when the state vector is generated, a vector similarity between the state vector and the reference vector corresponding to each of the plurality of reference magnitude values is calculated with reference to the reference vector storage unit, and then the plurality of reference magnitude values are calculated. Among them, a first reference magnitude value corresponding to the reference vector having the maximum vector similarity is identified.

In step S470, when the first reference size value is confirmed, a control command instructing to apply a rotational resisting force according to the first reference size value to the handle is generated and transmitted to the fishing reel device.

At this time, according to one embodiment of the present invention, in step S420, when the command to provide the virtual fishing environment is applied by the user, while the plurality of fish of random size exist in the water, the wind strength and current The GUI game screen having a virtual fishing environment in which the intensity of is randomly changed is configured and displayed on the screen, and the plurality of fishes are randomly selected from among a plurality of fish species previously designated as possible to appear in the virtual fishing environment. It may consist of fish corresponding to the fish species, and in step S450, when the first size value, the first wind strength value, and the first water current strength value are confirmed, the first fish species of the first fish is identified. and referring to a size correction table in which different size correction values preset to correspond to each of the plurality of fish species (the size correction value corresponding to each of the plurality of fish species is a rational number greater than 0 and less than 2) are recorded , After correcting the first size value by multiplying the first size value by a first size correction value corresponding to the first fish species, the corrected first size value, the first wind strength value, and the The state vector may be generated by constructing a three-dimensional vector having the first water current intensity value as a component.

In addition, according to one embodiment of the present invention, in step S470, preset range values for the play time of the realistic fishing game and handicap correction values preset to correspond to each of the range values (each of the range values The handicap correction value corresponding to is a rational number greater than 0 and less than 2, and the larger the size of the range values, the larger the handicap correction value is designated) storing and maintaining a handicap correction table recorded, the first criterion When the size value is confirmed, the first cumulative play time during which the user played the realistic fishing game up to the present time is checked, and the first cumulative play time among the range values belongs to by referring to the handicap correction table After checking the first range value, checking the first handicap correction value corresponding to the first range value and multiplying the first standard size value by the first handicap correction value, thereby correcting the first standard size value and when the first reference size value is corrected, generating the control command instructing to apply a rotational resistance force according to the corrected first reference size value to the handle, and transmitting the control command to the fishing reel device. can include

In addition, according to one embodiment of the present invention, the operating method of the electronic terminal apparatus is to reduce the resistance to rotation applied to the handle whenever a preset adjustment time elapses after the control command is transmitted to the fishing reel device. An adjustment event for adjustment is generated, and when the adjustment event occurs, an adjustment size value is generated by multiplying the first reference size value by an adjustment ratio having a random value greater than 0 and less than 1, and then the adjustment size value is generated. The method may further include generating an adjustment control command instructing to apply a reduced rotational resistance force according to the size value to the handle, and transmitting the adjustment control command to the fishing reel device.

In addition, according to one embodiment of the present invention, the operating method of the electronic terminal device is an identification code having a size of n (n is a natural number equal to or greater than 3) bits for interworking with the fishing reel device. Maintaining a stored identification code storage unit (the identification code is also pre-stored in the fishing reel device), in a state in which the fishing reel device is not interoperable, When a pairing command for mutual interworking is applied, generating an inversion code by inverting k (k is a natural number greater than or equal to 2 and less than n) bit values randomly designated in the identification code. When the inversion code is generated, After generating an operation code by XORing the identification code and the inversion code, broadcasting the operation code and simultaneously broadcasting a feedback command requesting feedback of a feedback code based on the operation code and a second operation code generated from the fishing reel device by exclusive ORing the identification code pre-stored in the fishing reel device and the operation code within a preset waiting time from a time point at which the operation code and the feedback command are broadcasted. 1 When a feedback code is received, it is checked whether the first feedback code matches the inversion code, and if it is confirmed that the first feedback code matches the inversion code, a communication link for interworking with the fishing reel device is established. A setting step may be further included.

In the above, the operating method of the electronic terminal device for providing a realistic fishing game according to an embodiment of the present invention has been described with reference to FIG. 4 . Here, the operating method of the electronic terminal device for providing a realistic fishing game according to an embodiment of the present invention may correspond to the configuration of the operation of the electronic terminal device 110 described with reference to FIGS. 1 to 3 , a detailed description thereof will be omitted.

An operating method of an electronic terminal device for providing a realistic fishing game according to an embodiment of the present invention may be implemented as a computer program stored in a storage medium for execution through combination with a computer.

In addition, the operating method of the electronic terminal device for providing a realistic fishing game according to an embodiment of the present invention may be implemented in the form of program instructions that can be executed through various computer means and recorded in a computer readable medium. The computer readable medium may include program instructions, data files, data structures, etc. alone or in combination. Program instructions recorded on the medium may be those specially designed and configured for the present invention or those known and usable to those skilled in computer software. Examples of computer-readable recording media include magnetic media such as hard disks, floppy disks and magnetic tapes, optical media such as CD-ROMs and DVDs, and magnetic media such as floptical disks. - includes hardware devices specially configured to store and execute program instructions, such as magneto-optical media, and ROM, RAM, flash memory, and the like. Examples of program instructions include high-level language codes that can be executed by a computer using an interpreter, as well as machine language codes such as those produced by a compiler.

As described above, the present invention has been described by specific details such as specific components and limited embodiments and drawings, but these are provided to help a more general understanding of the present invention, and the present invention is not limited to the above embodiments. , Those skilled in the art in the field to which the present invention belongs can make various modifications and variations from these descriptions.

Therefore, the spirit of the present invention should not be limited to the described embodiments, and it will be said that not only the claims to be described later, but also all modifications equivalent or equivalent to these claims belong to the scope of the present invention. .

110: Electronic terminal device for providing a realistic fishing game
111: reference vector storage unit 112: screen display unit
113: game provision unit 114: confirmation unit
115: state vector generation unit 116: reference size value confirmation unit
117: control command transmission unit 118: table holding unit
119: reference size value correction unit 120: control command transmission processing unit
121: reduction control command transmission unit 122: identification code storage unit
123: inversion code generation unit 124: broadcasting unit
125: interlocking processing unit
100: fishing reel device
101: handle
130: user

Claims (12)

An electronic terminal device for providing a realistic fishing game in conjunction with a fishing reel device equipped with a rotary haptic actuator for applying rotational resistance to a handle, comprising:
A plurality of preset reference magnitude values for the rotation resistance force to be applied to the handle and a three-dimensional reference vector preset to correspond to each of the plurality of reference magnitude values - a reference vector corresponding to each of the plurality of reference magnitude values , a vector corresponding to the case where rotational resistance according to each standard size value is applied to the handle and having preset fish size values, wind strength values, and water current strength values as components - a reference vector storage unit storing;
When a command to provide a virtual fishing environment for playing the realistic fishing game is applied by a user, a virtual fishing environment in which a plurality of fishes of random sizes exist in the water and the strength of wind and current are randomly changed. A GUI (Graphical User Interface) screen display unit configured to display a game screen on the screen;
a motion sensing value of the fishing reel device generated from the fishing reel device through a motion sensor mounted in the fishing reel device as the user manipulates the fishing reel device after the GUI game screen is displayed on the screen; a game providing unit that provides a user experience allowing the user to fish in the virtual fishing environment by manipulating the motion of the fishing rod in the virtual fishing environment according to the motion sensing value;
When it is confirmed that a first fish, which is any one of the plurality of fish, has been caught in the virtual fishing environment due to the user's manipulation of the fishing reel device, a first size value of the first fish is checked, and the first fish is caught. a confirmation unit confirming a first wind strength value and a first water current strength value set in the virtual fishing environment at a current point in time when one fish is caught;
When the first magnitude value, the first wind strength value, and the first water current strength value are confirmed, a 3D vector having the first magnitude value, the first wind strength value, and the first water current strength value as components. a state vector generator for generating a state vector by constructing ;
When the state vector is generated, after calculating the vector similarity between the state vector and the reference vector corresponding to each of the plurality of reference magnitude values with reference to the reference vector storage unit, the vector similarity among the plurality of reference magnitude values a reference magnitude value checking unit that checks a first reference magnitude value corresponding to a reference vector for which is the maximum; and
When the first reference magnitude value is confirmed, a control command transmission unit for generating a control command instructing to apply a rotation resistance according to the first reference magnitude value to the handle and transmitting the control command to the fishing reel device
Electronic terminal device comprising a. According to claim 1,
the screen display
When a command to provide the virtual fishing environment is applied by the user, the GUI game screen having a virtual fishing environment in which the strength of the wind and the strength of the current are randomly changed while the plurality of fish of a random size exist in the water. is configured and displayed on the screen, and the plurality of fishes are composed of fish corresponding to a fish species randomly selected from among a plurality of fish species pre-designated to appear in the virtual fishing environment,
The state vector generator
When the first size value, the first wind strength value, and the first water current strength value are confirmed, a first fish species of the first fish is identified, and different sizes preset to correspond to each of the plurality of fish species are determined. The correction value - the size correction value corresponding to each of the plurality of fish species is a rational number greater than 0 and less than 2 - referring to the recorded size correction table, the first size correction value corresponding to the first fish species, After correcting the first magnitude value by multiplying the magnitude value by 1, constructing a three-dimensional vector having the corrected first magnitude value, the first wind intensity value, and the first water current intensity value as components, An electronic terminal device characterized in that for generating the state vector. According to claim 1,
The control command transmission unit
Preset range values for the play time of the realistic fishing game, and preset handicap correction values corresponding to each of the range values - The handicap correction value corresponding to each of the range values is a rational number greater than 0 and less than 2, wherein the A handicap correction value of a larger value is designated as the size of the range values increases - a table holding unit storing and maintaining the recorded handicap correction table;
When the first reference size value is confirmed, the first cumulative play time of the user playing the realistic fishing game up to the current point in time is checked, and the first accumulated play time among the range values is determined by referring to the handicap correction table. After checking the first range value to which the play time belongs, checking the first handicap correction value corresponding to the first range value and multiplying the first standard size value by the first handicap correction value, a reference size value correction unit that corrects the size value; and
When the first standard size value is corrected, a control command transmission processing unit for generating the control command instructing to apply the rotation resistance according to the corrected first standard size value to the handle and transmitting the control command to the fishing reel device
Electronic terminal device comprising a. According to claim 1,
After the control command is transmitted to the fishing reel device, whenever a preset adjustment time elapses, an adjustment event for adjusting the rotation resistance applied to the handle is generated, and when the adjustment event occurs, the first An adjustment control instructing to apply a reduced rotation resistance force according to the adjustment value to the handle after generating an adjustment value by multiplying the reference magnitude value by an adjustment ratio having a random value greater than 0 and less than 1. an adjustment control command transmission unit for generating and transmitting a command to the fishing reel device;
Electronic terminal device further comprising a. According to claim 1,
An identification code storage unit storing an identification code having a size of n (n is a natural number equal to or greater than 3) bits for interworking with the fishing reel device - the identification code is also pre-stored in the fishing reel device - ;
When a pairing command for interworking with the fishing reel device is applied by the user in a state in which interworking with the fishing reel device is not interworking, k (k is 2 or more) randomly designated in the identification code a reverse code generation unit configured to generate an inversion code by inverting bit values (which is a natural number less than n);
When the inversion code is generated, an operation code is generated by XORing the identification code and the inversion code, and then the operation code is broadcasted and a feedback code based on the operation code is fed back. a broadcasting unit for broadcasting a feedback command requesting to do so; and
First feedback generated by exclusive ORing of the identification code pre-stored in the fishing reel device and the operation code, from the fishing reel device, within a preset waiting time from when the operation code and the feedback command are broadcasted. When the code is received, checking whether the first feedback code matches the inversion code and if it is confirmed that the first feedback code matches the inversion code, establishing a communication link for interworking with the fishing reel device interlocking processing unit
Electronic terminal device further comprising a. A method of operating an electronic terminal device for providing a realistic fishing game in conjunction with a fishing reel device equipped with a rotary haptic actuator for applying rotational resistance to a handle, the method comprising:
A plurality of preset reference magnitude values for the rotation resistance force to be applied to the handle and a three-dimensional reference vector preset to correspond to each of the plurality of reference magnitude values - a reference vector corresponding to each of the plurality of reference magnitude values , which is a vector corresponding to the case where a rotational resistance force according to each reference size value is applied to the handle and has a preset size value of the fish, a wind strength value, and a current strength value as components - maintaining a reference vector storage unit in which is stored doing;
When a command to provide a virtual fishing environment for playing the realistic fishing game is applied by a user, a virtual fishing environment in which a plurality of fishes of random sizes exist in the water and the strength of wind and current are randomly changed. Configuring a GUI (Graphical User Interface) game screen having a and displaying it on the screen;
a motion sensing value of the fishing reel device generated from the fishing reel device through a motion sensor mounted in the fishing reel device as the user manipulates the fishing reel device after the GUI game screen is displayed on the screen; providing a user experience allowing the user to fish in the virtual fishing environment by manipulating a movement of a fishing rod in the virtual fishing environment according to the motion sensing value;
When it is confirmed that a first fish, which is any one of the plurality of fish, has been caught in the virtual fishing environment due to the user's manipulation of the fishing reel device, a first size value of the first fish is checked, and the first fish is caught. checking a first wind strength value and a first water current strength value set in the virtual fishing environment at a current point in time when one fish is caught;
If the first magnitude value, the first wind strength value, and the first water current strength value are confirmed, a three-dimensional vector having the first magnitude value, the first wind strength value, and the first water current strength value as components. generating a state vector by constructing ;
When the state vector is generated, after calculating the vector similarity between the state vector and the reference vector corresponding to each of the plurality of reference magnitude values with reference to the reference vector storage unit, the vector similarity among the plurality of reference magnitude values verifying a first reference magnitude value corresponding to a reference vector in which is maximal; and
When the first reference magnitude value is confirmed, generating a control command instructing to apply a rotation resistance force according to the first reference magnitude value to the handle, and transmitting the control command to the fishing reel device.
A method of operating an electronic terminal device comprising a. According to claim 6,
The step of constructing the GUI game screen and displaying it on the screen
When a command to provide the virtual fishing environment is applied by the user, the GUI game screen having a virtual fishing environment in which the strength of the wind and the strength of the current are randomly changed while the plurality of fish of a random size exist in the water. is configured and displayed on the screen, and the plurality of fishes are composed of fish corresponding to a fish species randomly selected from among a plurality of fish species pre-designated to appear in the virtual fishing environment,
The step of generating the state vector is
When the first size value, the first wind strength value, and the first water current strength value are confirmed, a first fish species of the first fish is identified, and different sizes preset to correspond to each of the plurality of fish species are determined. The correction value - the size correction value corresponding to each of the plurality of fish species is a rational number greater than 0 and less than 2 - referring to the recorded size correction table, the first size correction value corresponding to the first fish species, After correcting the first magnitude value by multiplying the magnitude value by 1, constructing a three-dimensional vector having the corrected first magnitude value, the first wind intensity value, and the first water current intensity value as components, An operating method of an electronic terminal device, characterized in that for generating the state vector. According to claim 6,
Generating and transmitting the control command to the fishing reel device
Preset range values for the play time of the realistic fishing game, and preset handicap correction values corresponding to each of the range values - The handicap correction value corresponding to each of the range values is a rational number greater than 0 and less than 2, wherein the As the size of the range values increases, a larger handicap correction value is designated - storing and maintaining the recorded handicap correction table;
When the first reference size value is confirmed, the first cumulative play time of the user playing the realistic fishing game up to the current point in time is checked, and the first accumulated play time among the range values is determined by referring to the handicap correction table. After checking the first range value to which the play time belongs, checking the first handicap correction value corresponding to the first range value and multiplying the first standard size value by the first handicap correction value, correcting the size value; and
When the first reference size value is corrected, generating the control command instructing to apply the rotational resistance force according to the corrected first reference size value to the handle, and transmitting the control command to the fishing reel device.
A method of operating an electronic terminal device comprising a. According to claim 6,
After the control command is transmitted to the fishing reel device, whenever a preset adjustment time elapses, an adjustment event for adjusting the rotation resistance applied to the handle is generated, and when the adjustment event occurs, the first An adjustment control instructing to apply a reduced rotation resistance force according to the adjustment value to the handle after generating an adjustment value by multiplying the reference magnitude value by an adjustment ratio having a random value greater than 0 and less than 1. Generating and sending a command to the fishing reel device.
Method of operating an electronic terminal device further comprising a. According to claim 6,
maintaining an identification code storage unit storing an identification code having a size of n (n is a natural number equal to or greater than 3) bits for interworking with the fishing reel device - the identification code is the fishing reel device - It is also pre-stored in ;
When a pairing command for interworking with the fishing reel device is applied by the user in a state in which interworking with the fishing reel device is not interworking, k (k is 2 or more) randomly designated in the identification code generating an inversion code by inverting the bit values (which is a natural number less than n);
When the inversion code is generated, an operation code is generated by XORing the identification code and the inversion code, and then the operation code is broadcasted and a feedback code based on the operation code is fed back. broadcasting a feedback command requesting action; and
First feedback generated by exclusive ORing of the identification code pre-stored in the fishing reel device and the operation code, from the fishing reel device, within a preset waiting time from when the operation code and the feedback command are broadcasted. When the code is received, checking whether the first feedback code matches the inversion code and if it is confirmed that the first feedback code matches the inversion code, establishing a communication link for interworking with the fishing reel device step
A method of operating an electronic terminal device further comprising a. A computer-readable recording medium recording a computer program for executing the method of any one of claims 6 to 10 through a combination with a computer. A computer program stored in a storage medium for executing the method of any one of claims 6 to 10 through a combination with a computer.
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