KR101470329B1 - Method of haptic game implementation, and computer-readable recording medium for th same - Google Patents

Abstract

TECHNICAL FIELD The present invention relates to a technique for implementing vibration haptic in a haptic game device interlocked with a game reproducing device in a mobile environment, in which amplitude data obtained from digital audio data extracted by a game reproducing device is selected, The present invention relates to a technique for generating vibration haptic data by applying weighting values and transmitting the generated vibration haptic data to a haptic game device via Bluetooth wireless communication. According to the present invention, the haptic device is selectively weighted according to the characteristics of the game program to implement the vibration haptic device, thereby dramatically improving the existing haptic game device having a single vibration pattern.

Description

[0001] The present invention relates to a haptic game and a computer-readable recording medium for the same,

TECHNICAL FIELD The present invention relates to a technique for implementing vibration haptics in a haptic game device interlocked with a game player in a mobile environment.

More particularly, the present invention relates to a technology for selecting amplitude data obtained from digital audio data and generating vibration haptic data by assigning a selective weight to the selected amplitude data to improve the detailed haptic function felt by the haptic game device And a technique for setting the vibration haptic data to various patterns so that the vibration mode can be selected in the haptic game device.

In recent years, the use of desktop PCs, notebook PCs, smart phones, tablet PCs. The use of mobile devices such as smart TVs is becoming more and more popular. Desktop PCs and notebook PCs that have to be used with a mouse and a keyboard in a certain space are limited in space, so smart phones and tablet PCs can be used as games for personal play. Smart TV, etc., the number of users enjoying the space is increasing.

However, even in a mobile device such as a smart phone and a tablet PC, it is difficult to perform a complicated shooting game or an online game on a touch screen of the device. Accordingly, a game input device capable of easily operating a shooting game or an online game in cooperation with a mobile device is required. To this end, a formatted vibration pattern is previously set for an audio signal output from a mobile device, A technique has been disclosed in which a haptic function is implemented such that the game input device vibrates with a predetermined pattern set.

In addition, a technique has been disclosed in which a haptic function that implements uniform haptic intensity by correcting different audio signals output from a mobile device to a predetermined reference level has been disclosed.

However, the above-described conventional techniques having haptic functions are techniques for implementing vibration haptics in a uniform pattern irrespective of the type of game played in a mobile device, and are not limited to the detailed vibration There is a drawback that the haptic is dropped.

[Related Technical Literature]

1. Game accessories for mobile devices (Patent application 10-2009-0132661)

2. Vibration control device and method of portable terminal (Patent application 10-2007-0084427)

It is an object of the present invention to provide a method of implementing a haptic game in which a user realizes a sense of haptic feeling through a haptic game device gripped by a user in a mobile environment.

In order to achieve the above object, a method of implementing a haptic game according to an embodiment of the present invention is to implement a vibration haptic in a haptic game device interlocked with a game player, the method comprising: (a) Extracting generated digital audio data; (b) analyzing the extracted digital audio data to obtain amplitude data for each frequency band; (c) selecting a portion to be applied to the vibration haptic of the haptic game device among the acquired amplitude data for each frequency band; (d) selectively generating vibration haptic data having predetermined vibration pattern information by weighting the selected amplitude data for each frequency band; Analyzing vibration pattern information of the vibration haptic data to filter by frequency and setting a plurality of selectable vibration modes corresponding to information filtered by frequency; (e) transmitting the generated vibration haptic data to the haptic game device through wireless communication; (f) receiving the vibration haptic data in the haptic game device and vibrating according to the vibration pattern information.

A method for implementing a haptic game according to another embodiment of the present invention is to implement a vibration haptic in a haptic game device interlocked with a game player, the method comprising: (a) Predetermining patterns; (b) extracting digital audio data generated when a game program is executed in the game player; (c) analyzing the extracted digital audio data to obtain amplitude data for each frequency band; (d) selecting a portion to be applied to the vibration haptic of the haptic game device among the acquired amplitude data for each frequency band; (e) generating vibration haptic data having predetermined vibration pattern information by weighting selectively the amplitude data for each frequency band selected based on preset user manipulation patterns; Analyzing vibration pattern information of the vibration haptic data to filter by frequency and setting a plurality of selectable vibration modes corresponding to information filtered by frequency; (f) transmitting the generated vibration haptic data to the haptic game device through wireless communication; (g) receiving the vibration haptic data from the haptic game device and vibrating according to the vibration pattern information.

A method of implementing a haptic game according to another embodiment of the present invention is to implement a vibration haptic in a haptic game device interlocked with a game player, the method comprising the steps of: (a) Acquiring information; (b) extracting digital audio data generated when a game program is executed in the game player; (c) analyzing the extracted digital audio data to obtain amplitude data for each frequency band; (d) selecting a portion to be applied to the vibration haptic of the haptic game device among the acquired amplitude data for each frequency band; (e) generating vibrational haptic data having predetermined vibration pattern information by weighting selectively the amplitude data for each frequency band selected based on the image information; Analyzing vibration pattern information of the vibration haptic data to filter by frequency and setting a plurality of selectable vibration modes corresponding to information filtered by frequency; (f) transmitting the generated vibration haptic data to the haptic game device through wireless communication; (g) receiving the vibration haptic data from the haptic game device and vibrating according to the vibration pattern information.

According to the haptic game implementing method of the present invention,

(1) The amplitude data obtained from the digital audio data is selected and the vibration haptic data is generated by assigning a selective weight to the selected amplitude data, so that the haptic felt by the user in the haptic game device can be improved to a detail.

(2) Since weights can be selectively assigned according to the characteristics of the game program, the existing haptic game devices with a single vibration pattern are dramatically improved.

(3) In the vibration haptic data, the vibration mode of various patterns is set so that the user can select the desired vibration mode through the haptic game device, so that it is possible to experience various haptics according to the user's taste.

(4) Since a game player and a haptic game device can communicate with each other through Bluetooth wireless communication, a game can be enjoyed with a single haptic game device for various types of game players such as a smart phone and a tablet PC.

1 is an exemplary view showing a game playing device and a haptic game device for implementing a haptic game according to the present invention;
FIG. 2 is a block diagram of a game player and a haptic game device for implementing the haptic game according to the present invention. FIG.
3 is a flowchart illustrating a process of implementing a haptic game according to the first embodiment of the present invention.
FIG. 4 and FIG. 5 are flowcharts illustrating a process of implementing a haptic game according to a second embodiment of the present invention;
FIG. 6 and FIG. 7 are flowcharts illustrating a process of implementing a haptic game according to the third embodiment of the present invention. FIG.

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

FIG. 1 illustrates an example of a game player and a haptic game device for implementing a haptic game according to the present invention.

1, the present invention implements vibration haptics in a haptic game device 200 interlocked with a game play device 100 that executes a game program in a mobile environment. When a user moves the haptic game device 200, The haptic game device 200 is controlled by the wireless communication so that the haptic game device 200 gripped by the user vibrates in response to the operation of the game player 100 executing the game program. Here, the wireless communication between the game reproducing apparatus 100 and the haptic game apparatus 200 can be adopted as Bluetooth communication.

2 shows a block diagram of a game player and a haptic game device for implementing the haptic game according to the present invention.

The game player 100 according to the present invention may include a game program 110, an operating system 120, a haptic application 130, and a Bluetooth module 140. [

The game program 110 may include a shooting game, an online game, and the like that can be downloaded and executed in the game player 100. [

The operating system 120 executes a game program 110 or other application programs including the haptic application 130 installed in the game player 100 and executes a program for executing a window for executing a PC, Android (android) can be adopted.

The haptic application 130 is a functional program recorded on a computer-readable recording medium, and is installed in the game player 100 to execute a method for implementing a haptic game. The computer-readable recording medium on which the haptic application 130 is recorded includes any type of recording device that stores data that can be read by a computer system. Examples of the recording device include a ROM, a RAM, a CD-ROM, Disks, optical data storage devices, and the like, and may be implemented in the form of carrier waves (e.g., transmission over the Internet).

In addition, the computer-readable recording medium may be a computer-readable code stored and executed in a distributed manner in a network-connected computer system. The haptic application 130 for implementing the present invention, And can be easily deduced by programmers skilled in the art.

The Bluetooth module 140 includes a frequency converter for switching to a wireless signal so that wireless data can be transmitted and received at a transmission rate of 1M / bit at a short distance of about 10M at a frequency of 2.4 GHz band, an amplifier for amplifying a signal, Antenna.

Here, the Bluetooth module 140 preferably has two channels for transmitting and receiving wireless data. That is, as a profile, a human interface device (HID) profile transmits and receives wireless data according to a user operation of the haptic game device 200 to and from the operating system 120 of the game device 100, port profile transmits the vibration haptic data generated through the haptic application 130 to the haptic game device 200 via wireless communication.

As described above, according to the present invention, since the profile for transmitting and receiving wireless data is provided in two channels, even when the haptic application 130 is not loaded in the game player 100, So that the device 100 can be controlled.

The haptic game device 200 according to the present invention may include a Bluetooth module 210, a main controller 220, an actuator driver 230, an actuator 240, an input button 250, and a joystick 260 have.

The Bluetooth module 210 switches to a wireless signal so that wireless data can be transmitted and received at a transmission rate of 1M / bit at a short distance of about 10M at a frequency of 2.4 GHz band as in the Bluetooth module 140 of the game player 100 A frequency converter for amplifying the signal, an amplifier for amplifying the signal, and an antenna for Bluetooth.

The Bluetooth module 210 preferably has two channels, such as the Bluetooth module 140 of the game player 100, for transmitting and receiving wireless data. That is, as one profile, the HID profile transmits wireless data according to a user operation of the haptic game device 200 to the operating system of the game player 100 through the HID profile provided in the Bluetooth module 140 of the game player 100 And the SPP profile as another profile receives the vibration haptic data generated through the haptic application 130 via the SPP profile of the game player 100 via wireless communication.

The main controller 220 controls to transmit a signal inputted by the user through the input button 250 and the joystick 260 to the game playing device 100 through the HID profile of the Bluetooth module 210, 210 based on the vibration pattern information of the vibration haptic data received through the SPP profile of the actuator driving unit 230.

The actuator driving unit 230 controls the actual driving of the actuator 240 according to a control signal of the main controller 220. The actuator 240 vibrates according to the control of the actuator driving unit 230, thereby providing a vibration tactile sense to the user who grips the haptic game apparatus 200. In addition, a plurality of actuators 240 may be mounted inside the haptic game device 200.

The input button 250 and the joystick 260 are provided outside the case of the haptic game device 200 and transmit an operation command input by the user to the main controller 220. It is possible to control the game program being executed in the game player 100, which is interlocked with the haptic game device 200 through wireless communication, through a user operation inputted through the input button 250 and the joystick 260. [ The user operation command inputted through the input button 250 and the joystick 260 is transmitted to the Bluetooth module 140 of the game player 100 and the HID profile of the Bluetooth module 210 of the haptic game device 200 And is carried out by wireless communication between the provided HID profiles.

On the other hand, the input button 250 includes a power on / off button, a vibration haptic on / off button, a vibration intensity control button, a vibration mode selection button, and a game player operation button.

The power on / off button turns on / off the power for driving the haptic game device 200, and the vibration haptic on / off button is used to select whether the haptic game device 200 vibrates in conjunction with the game program executed in the game player 100 .

The vibration intensity control button can adjust an average size of vibration of the haptic game device 200 in conjunction with a game program executed by the game player 100. [ Here, the vibration intensity can be adjusted by varying the power source supplied to the haptic game device 200.

The vibration mode selection button selects a pattern that vibrates according to a plurality of preset vibration modes in the haptic application 130 of the game reproducing apparatus 100. [

The game playback device operation button inputs a command for controlling a game program (e.g., bullet shooting in a shooting game) for each game program menu command during execution of a game program or a game program in the game player 100. [

FIG. 3 is a flowchart illustrating a process of implementing a haptic game according to the first embodiment of the present invention. 3, the haptic game according to the first embodiment of the present invention will be described.

S100 and S110: First, the game player 100 and the haptic game device 200 linked to the Bluetooth wireless communication are driven. Then, the game player 100 selects a desired game and transmits the game program 110 . At this time, the game program 110 can be executed by operating the game reproducing apparatus 100 itself, and can be executed by wireless communication by operating the haptic game apparatus 200. [

S120 and S130: When the game program 110 is executed, the haptic application 130 installed in the game player 100 operates to extract digital audio data, analyze the extracted digital audio data, . At this time, the audio data may include at least one of a game effect sound, a game background sound, a game beat sound, and a game vocal sound provided in the game program 110 in advance.

Here, when the operating system 120 installed in the game player 100 is Android-based, the "Visualizer ()" function can be executed to obtain the amplitude data for each frequency band according to the algorithm of the "Visualizer ()" function. If the operating system 120 installed in the game player 100 is Windows based, the digital audio data may be directly analyzed and filtered to calculate amplitude data for each frequency band.

S140: Amplitude data is selected in consideration of characteristics of the game program 110 (for example, barrel vibration when shooting a bullet in a shooting game) in which pattern of vibration haptic is to be implemented. At this time, the selection of the amplitude data is preferably performed by intervals (x-axis on the xy plane) along the magnitude of the amplitude data (y-axis on the xy plane). According to the vibration haptic data generated by selecting the amplitude data, the user's haptic felt by the haptic game device 200 can be made more detailed than the vibration haptic data generated using the acquired amplitude data as it is.

S150: Then, the selected vibrational haptic data having the predetermined vibration pattern information is selectively weighted with respect to the amplitude data for each frequency band, so that the user who plays the game realizes a real and impactful feeling from the haptic game device 200 You can enjoy it.

In more detail, the audio data of the game program 110 includes the sound data of the game itself and the background music data. Accordingly, in the process of selectively weighting the amplitude data of the selected frequency bands, the weight data of the game sound data of the game is set to a large weight and the weight of the background music data is not weighted or lowered, Example: In a shooting game, the gun barrel is bigger when you shoot a bullet, and background music gets smaller when you engage.)

S160: This selective weighting may also be set for each of a plurality of vibration modes, and the vibration mode can be selected according to the taste of the user who operates the haptic game device 200. [ In more detail, in the process of generating vibrational haptic data by weighting selectively, the vibration pattern information of the vibration haptic data is analyzed and further filtered by frequencies. Based on the information filtered by frequency, And the vibration haptic data are set in a plurality of patterns in consideration of the preference of the vibration haptic to be felt by the user.

S170, S180, and S190: When the vibration haptic data set in a plurality of selectable patterns is transmitted to the haptic game device 200 through the Bluetooth wireless communication, the haptic game device 200 vibrates according to the vibration haptic data received by the haptic game device 200, A user of the haptic game device 200 can select one vibration mode among a plurality of vibration modes by pressing a vibration mode selection button provided on the input button. When a vibration mode is selected, the user of the haptic game device 200 vibrates according to the vibration mode. Also, it is possible to adjust the average size of vibration in the corresponding vibration mode by pressing the vibration intensity adjusting button provided on the input button.

4 and 5 are flowcharts illustrating a process of implementing the haptic game according to the second embodiment of the present invention. Referring to FIGS. 4 and 5, a haptic game according to a second embodiment of the present invention will be described.

S300: The haptic application 130 sets in advance user manipulation patterns that can be input to the haptic game device 200 when the game program 110 is executed in the game device 100. [ When the game program 110 of the game player 100 is executed, the user controls the operation of the game program 110 by operating the haptic game device 200 by wireless communication. At this time, the input of the haptic game device 200 Set the input pattern that can be operated through the button or joystick in advance.

For example, in a case where the game program 110 is a shooting game, a pattern in which a "character" with a gun operates an input button when a gun is fired, a "character" Patterns to be input through the input buttons or the joystick are set in advance for the patterns in which the "character"

S310 and S320: First, the game player 100 and the haptic game device 200 linked to the Bluetooth wireless communication are driven. Then, the game player 100 selects a desired game and transmits the game program 110 . At this time, the game program 110 can be executed by operating the game reproducing apparatus 100 itself, and can be executed by wireless communication by operating the haptic game apparatus 200. [

S330 and S340: When the game program 110 is executed, the haptic application 130 installed in the game player 100 operates to extract digital audio data, analyze the extracted digital audio data, . At this time, the audio data may include at least one of a game effect sound, a game background sound, a game beat sound, and a game vocal sound provided in the game program 110 in advance.

Also in this case, when the operating system 120 installed in the game player 100 is Android-based, the "Visualizer ()" function can be executed to obtain the amplitude data for each frequency band according to the algorithm of the "Visualizer ()" function. If the operating system 120 installed in the game player 100 is Windows based, the digital audio data may be directly analyzed and filtered to calculate amplitude data for each frequency band.

S350: The obtained amplitude data is selected in consideration of the characteristics of the game program 110 (for example, the gun-barrel vibration when shooting a bullet in the shooting game) in which pattern of the vibration haptic is to be implemented. At this time, the selection of the amplitude data is preferably performed by intervals (x-axis on the xy plane) along the magnitude of the amplitude data (y-axis on the xy plane). According to the vibration haptic data generated by selecting the amplitude data, the user's haptic felt by the haptic game device 200 can be made more detailed than the vibration haptic data generated using the acquired amplitude data as it is.

S360: Then, the selected vibrational haptic data having the predetermined vibration pattern information is selectively weighted with respect to the amplitude data for each frequency band, so that the user who plays the game obtains a real and impactful feeling from the haptic game device 200 You can enjoy it.

In more detail, the audio data of the game program 110 includes the sound data of the game itself and the background music data. Accordingly, in the process of selectively weighting the amplitude data of the selected frequency bands, the weight data of the game sound data of the game is set to a large weight and the weight of the background music data is not weighted or lowered, Example: In a shooting game, the gun barrel is bigger when you shoot a bullet, and background music gets smaller when you engage.)

Here, the sound effect data of the game itself may coincide with a manipulation pattern of the user through the haptic game device 200, such as a "character" of the game program 110 moving or shooting a gun when the shooting game is a shooting game. At this time, regarding the specific situation of the game program 110 or the specific operation of the "character " (e.g., shooting or jump operation of the" character "), the selected amplitude data corresponding to the pattern previously set through the step S300 A larger weight can be given. When a relatively large weight is applied to the haptic game device 200, the vibration of the haptic game device 200 is also relatively large.

S370: These selective weights may also be set for each of a plurality of vibration modes, so that the vibration mode can be selected according to the taste of the user who operates the haptic game device 200. [ In more detail, in the process of generating vibrational haptic data by weighting selectively, the vibration pattern information of the vibration haptic data is analyzed and further filtered by frequencies. Based on the information filtered by frequency, And the vibration haptic data are set in a plurality of patterns in consideration of the preference of the vibration haptic to be felt by the user.

S380, S390, and S400: When vibration haptic data set in a plurality of such selectable patterns is transmitted to the haptic game device 200 via Bluetooth wireless communication, the haptic game device 200 vibrates according to the vibration haptic data received by the haptic game device 200, A user of the haptic game device 200 can select one vibration mode among a plurality of vibration modes by pressing a vibration mode selection button provided on the input button. When a vibration mode is selected, the user of the haptic game device 200 vibrates according to the vibration mode. Also, it is possible to adjust the average size of vibration in the corresponding vibration mode by pressing the vibration intensity adjusting button provided on the input button.

S410, S420 and S430: On the other hand, when the user manipulation command input to the haptic game device 200 during the vibration of the haptic game device 200 in the vibration mode selected by the user matches the preset user manipulation pattern of step S300 , The haptic game apparatus 200 vibrates at a relatively large weight value in step S360 corresponding to the matched user operation pattern.

6 and 7 are flowcharts illustrating a process of implementing a haptic game according to the third embodiment of the present invention. A process of implementing the haptic game according to the third embodiment of the present invention will be described with reference to FIGS. 6 and 7. FIG.

S500 and S510: First, the game player 100 and the haptic game device 200 linked to the Bluetooth wireless communication are driven. Then, the game player 100 selects a desired game and transmits the game program 110 . At this time, the game program 110 can be executed by operating the game reproducing apparatus 100 itself, and can be executed by wireless communication by operating the haptic game apparatus 200. [

S520: The game device 110 acquires image information of the game program 110 set in advance when the game program 110 is executed. The game program 110 decodes the compressed video data and the audio data, and at this time, acquires and analyzes the video data as the video information. On the other hand, the video data, which is video information, can be acquired from a decoder module mounted on the game reproducing apparatus 100.

S530 and S540: When the game program 110 is executed, the haptic application 130 installed in the game player 100 operates to extract digital audio data, analyze the extracted digital audio data, . At this time, the audio data may include at least one of a game effect sound, a game background sound, a game beat sound, and a game vocal sound provided in the game program 110 in advance.

Also in this case, when the operating system 120 installed in the game player 100 is Android-based, the "Visualizer ()" function can be executed to obtain the amplitude data for each frequency band according to the algorithm of the "Visualizer ()" function. If the operating system 120 installed in the game player 100 is Windows based, the digital audio data may be directly analyzed and filtered to calculate amplitude data for each frequency band.

S550: The obtained amplitude data is selected in consideration of the pattern of the vibration haptic to be implemented in consideration of the characteristics of the game program 110 (for example, a barrel vibration when shooting a bullet in a shooting game). At this time, the selection of the amplitude data is preferably performed by intervals (x-axis on the xy plane) along the magnitude of the amplitude data (y-axis on the xy plane). According to the vibration haptic data generated by selecting the amplitude data, the user's haptic felt by the haptic game device 200 can be made more detailed than the vibration haptic data generated using the acquired amplitude data as it is.

S560: Then, the selected vibrational haptic data having the predetermined vibration pattern information is selectively weighted with respect to the amplitude data for each frequency band, so that the user who plays the game realizes a real and impactful feeling from the haptic game device 200 You can enjoy it.

In more detail, the audio data of the game program 110 includes the sound effect data of the game itself and the background music data. Accordingly, in the process of selectively weighting the amplitude data of the selected frequency bands, the weight data of the game sound data of the game is set to a large weight and the weight of the background music data is not weighted or lowered, Example: In a shooting game, the gun barrel is bigger when you shoot a bullet, and background music gets smaller when you engage.)

Here, the video data, which is the image information acquired in step S520, is analyzed and the selected amplitude data corresponding to the specific situation of the game program 110 or the specific operation of the "character " (e.g., Can be given a relatively larger weight. When a relatively large weight is applied to the haptic game device 200, the vibration of the haptic game device 200 is also relatively large.

On the other hand, the determination of the specific situation of the game program 110 or the specific operation of the " character " is made by analysis of the video data, and it is possible to detect and detect the amount of change of the video stream during the decoding process of the video data.

S570: This selective weighting may also be set for each of a plurality of vibration modes to select the vibration mode according to the taste of the user who operates the haptic game device 200. [ In more detail, in the process of generating vibrational haptic data by weighting selectively, the vibration pattern information of the vibration haptic data is analyzed and further filtered by frequencies. Based on the information filtered by frequency, And the vibration haptic data are set in a plurality of patterns in consideration of the preference of the vibration haptic to be felt by the user.

S580, S590, and S600: When the vibration haptic data set in a plurality of such selectable patterns is transmitted to the haptic game device 200 through the Bluetooth wireless communication, the haptic game device 200 vibrates according to the vibration haptic data received by the haptic game device 200, A user of the haptic game device 200 can select one vibration mode among a plurality of vibration modes by pressing a vibration mode selection button provided on the input button. When a vibration mode is selected, the user of the haptic game device 200 vibrates according to the vibration mode. Also, it is possible to adjust the average size of vibration in the corresponding vibration mode by pressing the vibration intensity adjusting button provided on the input button.

S610, S620 and S630: On the other hand, if the scene of the current game program 110 in the course of vibration of the haptic game device 200 in the vibration mode selected by the user is a scene giving a weight in S560, The haptic game device 200 vibrates.

As described above, the embodiments of the present invention have been disclosed in the present specification and drawings, and although specific terms have been used, they have been used only in a general sense to easily describe the technical contents of the present invention and to facilitate understanding of the invention. And is not intended to limit the scope of the invention. It will be apparent to those skilled in the art that other modifications based on the technical idea of the present invention are possible in addition to the embodiments disclosed herein.

100: Game play devices
200: Haptic game device
110: Game program
120: Operating system
130: Haptic application
140, 210: Bluetooth module
220: Main controller
230:
240: Actuator
250: Input Button
260: Joystick

Claims (7)

A haptic game implementing method for implementing a vibration haptic in a haptic game device interlocked with a game player,
(a) acquiring digital audio data generated when a haptic application installed in a game player plays a game program in the game player;
(b) frequency analysis of the digital audio data by the haptic application to obtain amplitude data for each frequency band;
(c) selecting a part of the amplitude data for each frequency band to be applied to the vibration haptic among the frequency band-specific amplitude data corresponding to an action characteristic of the game program;
(d) The haptic application has a vibration pattern matching the action characteristic of the game program by applying a relatively larger weight to the sound effect generated by the game program with respect to the selected amplitude data of the frequency bands Generating vibration haptic data;
(e) the game player transmits the vibration haptic data to the haptic game device;
(f) driving the actuator according to the vibration pattern included in the vibration haptic data to implement vibration by the haptic game device;
The method comprising the steps of:
The method according to claim 1,
Wherein the step (d) comprises: generating vibration haptic data having a plurality of vibration patterns classified according to vibration modes by applying weights of different patterns to a plurality of vibration modes of the haptic application;
Wherein the haptic game device selects one vibration pattern from the vibration haptic data according to the vibration mode selected by the user and drives the actuator according to the selected vibration pattern to implement the vibration How to implement a haptic game.
A haptic game implementing method for implementing a vibration haptic in a haptic game device interlocked with a game player,
(a) presetting at least one user operation pattern that can be input to the haptic game device for a game program by a haptic application installed in the game player;
(b) obtaining digital audio data generated when the haptic application executes a game program in the game player;
(c) the haptic application frequency-analyzes the digital audio data to obtain amplitude data for each frequency band;
(d) selecting a portion of the amplitude data for each frequency band to be applied to the vibration haptic among the frequency band-specific amplitude data corresponding to an action characteristic of the game program, by the haptic application;
(e) The haptic application has a vibration pattern matching the action characteristic of the game program by applying a relatively larger weight to the selected sound frequency band-specific amplitude data for the sound effect generated by the game program Generating vibrational haptic data, if the predetermined user manipulation pattern is identified, further increasing the weight by a predetermined amount;
(f) the game player transmits the vibration haptic data to the haptic game device;
(g) the haptic game device driving the actuator according to the vibration pattern included in the vibration haptic data to implement the vibration;
The method comprising the steps of:
The method of claim 3,
Wherein the step (e) includes: generating vibration haptic data having a plurality of vibration patterns classified by vibration modes by applying weights of different patterns to a plurality of vibration modes of the haptic application,
Wherein the haptic game device selects one vibration pattern from the vibration haptic data according to the vibration mode selected by the user and drives the actuator according to the selected vibration pattern to implement the vibration How to implement a haptic game.
A haptic game implementing method for implementing a vibration haptic in a haptic game device interlocked with a game player,
(a) setting a specific image pattern of a game program in advance by a haptic application installed in a game player;
(b) acquiring digital audio data and image data generated when the haptic application executes a game program in the game player;
(c) the haptic application frequency-analyzes the digital audio data to obtain amplitude data for each frequency band;
(d) selecting a part of the amplitude data for each frequency band to be applied to the vibration haptic among the frequency band-specific amplitude data corresponding to an action characteristic of the game program, by the haptic application;
(e) The haptic application has a vibration pattern matching the action characteristic of the game program by applying a relatively larger weight to the selected sound frequency band-specific amplitude data for the sound effect generated by the game program Generating vibration haptic data by increasing the weight by a predetermined amount when the predetermined image pattern is identified in the image data;
(f) the game player transmits the vibration haptic data to the haptic game device;
(g) the haptic game device driving the actuator according to the vibration pattern included in the vibration haptic data to implement the vibration;
The method comprising the steps of:
The method of claim 5,
Wherein the step (e) comprises: generating vibration haptic data having a plurality of vibration patterns classified by vibration modes by applying different pattern weights to a plurality of vibration modes of the haptic application;
Wherein the haptic game device selects one vibration pattern from the vibration haptic data according to the vibration mode selected by the user and drives the actuator according to the selected vibration pattern to implement the vibration How to implement a haptic game.
A computer-readable recording medium storing a program for causing a computer to execute a method for implementing a haptic game according to any one of claims 1 to 6.

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