TWI438024B - Apparatus and method for producing user-defined golf course, server for producing user-defined golf course and virtual golf simulation method using the golf course - Google Patents

Description

Method and apparatus for producing a user-defined golf course, creating a server for a user-defined golf course, and a virtual golf simulation method using the golf course

The present invention relates to a method and apparatus for making a user-defined golf course used in virtual golf simulation, a server for creating a golf course for a user, and a virtual golf simulation method using a user-defined golf course. The virtual golf course is defined and produced, and a virtual golf simulation of the golf track that the simulated user taps is given.

Due to the recent interest in golf, the so-called screen golf system has gained popularity, providing a realistic virtual golf simulation to enable golf users to experience golf and enjoy virtual golf activities.

The screen golf system senses the speed and direction of the golfer tapping to the golf ball placed on the screen for displaying the virtual golf range, and displays the trajectory of the swing on the screen.

A screen golf system implemented using a virtual golf simulation device typically provides that when a golfer taps a ball in the same manner as in a golf practice range, the golfer will behave as if in a real golf course The same sense of realism.

The screen golf system implemented using the virtual golf simulation device needs to provide a variety of content that cannot be provided by the real golf course or golf practice range. In addition to the realism, different high-tech devices and systems are used to cause the golf user. interest.

The screen golf system needs to establish an independent cultural or electronic range of sports, separated from the playing in the real golf course, and provide a variety of content in an independent cultural or electronic range of sports to allow golfers to fully enjoy the independent culture. .

Accordingly, the present invention has been made in view of the above problems, and an object of the present invention is to provide a method and apparatus for creating a user-defined golf course for use in a virtual golf simulation, to create a server for a user to define a golf course, and Using the virtual golf simulation method of the user-defined golf course, a virtual golf simulation using a user-defined golf course created by the user to directly design a hole in the virtual space for golfing can be performed, that is, in the screen golf The golf course in the virtual golf simulation process of the system is used to induce the user's interest, so that the user enjoys the virtual golf game in the unique golf course.

In accordance with features of the present invention, the above and other objects are accomplished by providing a device for making a user-defined golf course for use in a virtual golf simulation, comprising: a database configured to store preset data for making a golf course a court adjuster configured to be set by the user for a plurality of specific conditions for making the golf course; and a stadium maker configured to extract and store in the database according to the conditions set by the stadium adjuster The data in the field automatically generates one or more holes and creates a user-defined golf course that includes automatically created holes.

According to another feature of the present invention, a server for creating a user-defined golf course for use in a virtual golf simulation is provided, comprising: a database configured to store data for making a golf course; a stadium adjuster, configured Setting a plurality of specific conditions for the golf course to be set by the user; and a course maker configured to extract the data stored in the database according to the conditions set by the course adjuster, automatically generating a Or multiple holes and create a user-defined golf course that includes automatically created holes.

In accordance with another feature of the present invention, a method for making a user-defined golf course for use in a virtual golf simulation is provided, comprising: setting a plurality of specific conditions by a user for designing a user-defined hole in a golf course; Extracting data stored in the database according to the set conditions; automatically generating one or more holes using the extracted data according to the set conditions; and making the user-defined golf ball including the automatically generated hole court.

According to another feature of the present invention, the use of the use of the golf course, the automatic creation of the hole, and the inclusion of the automatically generated material of the course in accordance with the specific conditions set by the user-defined golf course in the golf course is provided. Defining a virtual golf simulation method for a golf course, including: enabling a user to log in; displaying a list of user-defined golf courses owned by the logged-in user; defining a user definition from the user-defined golf course list The golf course data is transmitted from the server to the virtual golf simulation device; and the user-defined golf course transmitted in the virtual golf simulation device is executed to perform virtual golf simulation.

According to another feature of the present invention, the use of the use of the golf course, the automatic creation of the hole, and the inclusion of the automatically generated material of the course in accordance with the specific conditions set by the user-defined golf course in the golf course is provided. Defining a virtual golf simulation method for a golf course, including: enabling a user to log in; displaying a list of user-defined golf courses owned by the logged-in user; user-defined golf selected from the user-defined golf course list The design information of the golf course is transmitted from the server to the virtual golf simulation device; the golf course data is generated to the golf simulation used in the virtual golf simulation device according to the designed information of the user-defined golf course; and the execution is performed according to the virtual In the golf simulation device, the user defines the information generated by the design information of the golf course, thereby performing virtual golf simulation.

The apparatus and method for creating a user-defined golf course used in virtual golf simulation according to the present invention, creating a server for a user to define a golf course, and a virtual golf simulation method using a user-defined golf course can be used. The virtual golf simulation of the golf course is defined by the user directly designing the hole in the virtual space of the golfing golf course, that is, the golf course in the virtual golf simulation process of the screen golf system, thereby inducing the user Interests, allowing users to enjoy virtual golf tournaments in unique golf courses.

The articles, such as the detailed construction and the specific elements, as defined in the specification, are intended to provide an understanding of the embodiments of the invention. Therefore, it will be apparent to those skilled in the art that various changes and modifications of the embodiments described herein are possible without departing from the scope of the invention.

An apparatus and method for making a user-defined golf course used in a virtual golf simulation in accordance with an exemplary embodiment of the present invention, and a virtual golf simulation method using a user-defined golf course, will be described in detail with reference to the accompanying drawings.

A device for making a user-defined golf course in accordance with an embodiment of the present invention can be implemented in different ways. That is, the device for creating a user-defined golf course can be implemented by the user directly creating a user-defined golf course in the virtual golf simulation device, as shown in FIG. 1, or using a user terminal (such as a personal computer, knee). A server, a personal digital assistant (PDA), a smart phone, etc., accesses the server to create a user-defined golf course on the server, as shown in Figure 3, so that when the virtual golf simulator is used later At the time of golf, the user-defined golf course-related material is received and executed on the network.

First, a system including a virtual golf simulation device will be described with reference to FIGS. 1 to 3 in a schematic manner.

As shown in FIGS. 1 and 2, the virtual golf simulation device includes a swing tablet 100, a sensing device 10, and a simulator GS, wherein the simulator GS includes an image output device 60 for outputting a preset image to the front. The screen 70, as well as all the materials needed to store and process the virtual golf simulation. The component number W of Fig. 1 indicates the side wall of the screen golf booth.

The virtual golf simulation device shown in FIGS. 1 and 2 includes a simulator GS, a sensing device 10, an operation unit 30, a storage unit 40, an image processing unit 50, a video output device 60, and a controller M.

The image output device 60 may include a beam projector for outputting an image onto the screen 70 as shown in Fig. 1, or a device for directly displaying an image to include a large screen.

The storage unit 40 stores various information related to the virtual golf simulation device and stores image data for displaying the golf course image.

The simulator GS includes a data transfer unit for communicating with a server over a network, such as a (wired or wireless) internet.

The image processing unit 50 processes the data stored in the storage unit 40 and all virtual golf simulation images, such as virtual golf course images, golf swing video, and menu selection images.

The controller M performs different operations for virtual golf simulation and controls the components.

When the golf user is standing on the swing tablet 100 and tapping the golf ball 1 onto the screen 70, the sensing device 10 senses the swing and outputs a sensing signal to the controller M. The controller M provides the received sensing signal to the image processing unit 50. The image processing unit 50 extracts and processes golf simulation image information, such as golf ball video information, from the storage unit 40 according to the characteristics of the golf ball 1 , and projects the processed golf simulation image information to the screen 70 through the image output device 60 . Play virtual golf in this way.

Although not clearly shown in FIG. 1, the sensing device 10 may include an infrared receiving and emitting sensor disposed on a side of the swing plate 100, a photo sensor 20 disposed on a ceiling or a wall, and the like. .

Figure 2 shows an example of a virtual golf simulation system in accordance with an embodiment of the present invention. As shown in FIG. 2, the virtual golf simulation system includes a plurality of golf simulators GS and a server S connected to the network, such as the Internet.

Different user terminals can receive preset information from the server S on the network.

As shown in FIG. 3, the server S may include a plurality of preset components that enable a user to create a user-defined golf course. The user can access the server S via the user terminal, execute tools for creating a user-defined golf course, and create a user-defined golf course.

Although the apparatus for making a user-defined golf course in accordance with an embodiment of the present invention is implemented herein in the server S, the present invention is not limited thereto, and the apparatus for making a user-defined golf course may be in the golf simulator GS or Implemented in the user terminal.

As shown in FIG. 3, the server S includes a central processing unit (CPU) 100, a database 200, a stadium adjuster 350, and a stadium maker.

The database 200 stores data relating to receiving various information from the user terminal and stores all data related to receiving various information from the simulator GS. In addition, database 200 stores a variety of materials related to user-defined golf course products.

That is, the database 200 may include a system information storage unit 210 for storing various materials related to system operations, a user information storage unit 220 for storing user information registered in the system, and a golf simulation. The golf course data storage unit 230, the design golf course data storage unit 240 for storing information on the golf course designed by the user, the course drawing data storage unit 250, and the course automatic generation data storage unit 260.

The system information storage unit 210 to the stadium automatic generation data storage unit 260 can be implemented as a part of the physical space of the independent storage device or the storage device.

The stadium automatic generation data storage unit 260 is a storage device or a storage space for storing the hole design automatically according to a preset condition for designing a hole of the golf course (conditions set by the golf course adjuster 350) (by The automatic court generator 310 automatically generates the data.

The course drawing data storage unit 250 is a storage device or a storage space for storing information necessary for the drawing operation in the virtual golf simulation to make the golf course design by the user.

That is, an operation system for converting a golf course designed by a user into a program executed by the virtual golf simulation device is defined as a drawing operation.

Such drawing operations may include operations for performing predetermined image processing to allow a user to view a three-dimensional image of a golf course designed in a virtual golf simulation device, or for performing an entity processing with respect to a golf course image. In addition, the drawing operation may further include an operation for inserting a sound effect, such as a flowing sound or a bird's beep or a specific image or video.

The drawing operation will be explained in more detail below.

The design golf course data storage unit 240 is a storage device or storage space for storing information prior to performing a course drawing operation with respect to a golf course designed by the user.

Golf courses generally include 9 holes or 18 holes or more. When the user finishes designing the golf course but also performs a drawing operation, the information related to the designed golf course is stored in the design golf course data storage unit 240. In addition, the golf course-related material, the unfinished design, may also be stored in the design golf course data storage portion 240 so that the user can complete the golf course design later.

As shown in FIG. 3, the server S may include an automatic court generator 310, a court editor 330, and a court plotter 340. The server S further includes a court adjuster 350 for designing a golf course.

When the user designs and configures a hole in the golf course, the court adjuster 350 sets a plurality of conditions for configuring different units of the hole.

The course adjuster 350 can use different methods to set conditions. Preferably, the user uses the user terminal or the golf simulator GS to access the server S, and uses the interface device to directly select the required conditions, thereby setting conditions for designing and configuring the hole of the user-defined golf course. .

That is, when the server S is accessed using the user terminal or the golf simulator GS, the server S provides the interface device to the connected user terminal or the golf simulator GS, so that the user can select the design configuration. The user defines the conditions of the hole in the golf course.

The user can use the interface device executed in the user terminal or golf simulator GS to select specific conditions. The selected condition is set by the court adjuster 350 to be used to design a condition for configuring a hole in one of the user-defined golf courses. The automatic court generator 310 automatically generates a hole in accordance with the set conditions.

Although the server S only provides the interface device to the user terminal or the golf simulator GS, the server S can provide a course maker for creating a user-defined golf course, for the connected user terminal or the golf simulator GS. The user terminal or golf simulator GS executes a court maker for making a user-defined golf course to create a user-defined golf course.

Here, whether the conditions set for the court adjuster 350 include, for example, whether the hole is set to a par 4 hole (PAR 4 HOLE) or a par 5 hole (PAR 5 HOLE), is the hole? The shape is straight or curved, whether the hole has a dog-leg hole shape, whether the green is set to the left green and/or the right green where the flagpole is located, the turf state, or whether it is inserted around the green.

The automatic course generator 310 loads the data stored in the course automatic generation data storage unit 260 of the database 200, and executes a preset program according to the conditions set by the course adjuster 350, thereby automatically generating one or more holes. To suit the conditions set.

The automatic court generator 310 can generate a hole design, in which case the conditions in which all of the units of the golf course hole are configured are set by the course adjuster 350, or the user can set only certain conditions and automatically set the rest. Conditions are based on the conditions set by the user to generate a hole design using a preset program.

The automatic court generator 310 can supply different hole designs and includes a selected hole design in the user defined golf course if the user selects at least one of the different hole designs provided.

The stadium maker may further include means for loading data stored in the golf course data storage unit 230 with respect to the existing golf course, for golf simulation of the database 200, and including a selected hole in the user-defined golf course. If the user selects at least one of a plurality of holes in the golf course to design a user-defined golf course.

The course editor 330 edits the user-defined golf course including the hole automatically generated by the automatic course generator 310, and the course plotter 340 performs a drawing operation such that the golf course or course editing including the hole automatically generated by the automatic course generator 310 The golf course edited by the device 330 is used in the virtual golf simulation.

An example of designing a user-defined golf course processing will be described with reference to Figures 4 through 11.

4 through 11 are schematic diagrams showing an example of an interface screen when a user accesses a server to execute a golf course maker.

If the interface device is executed in the user terminal or golf simulator GS, the interface screen 320 shown in FIG. 4 can be output.

As shown in FIGS. 4 to 8, a condition setting screen 325 for setting a specific condition for the design user to define a plurality of units for the golf course can be outputted to one side of the interface screen 320, and used. The golf display display screen 321 for displaying the hole automatically generated by the automatic course generator 310 can be output to the other side of the screen according to the set conditions.

The condition setting screen 325 can display the unit setting sections 325-1 to 325-3 for setting different conditions for configuring different units of the hole. In Figs. 4 to 7, an example of the hole setting portion 325-1, the green setting portion 325-2, and the ball path setting portion 325-3 is shown.

That is, if the "hole condition selection 1" of the display hole setting portion 325-1 is selected in the screen state shown in Fig. 4, the menu display for setting the first condition of the hole to be designed is displayed. As shown in Figure 5. If "PAR 5 HOLE-500 yards" is selected as "hole condition selection 1", the hole system to be designed is set to par 5-pole hole (PAR 5 HOLE) with a length set to 500 yards.

As shown in Fig. 6, when "hole condition selection 2" is selected, a menu for setting the second condition of the hole to be designed is displayed. If the "straight hole-simple linear type" is set, the shape of the hole to be designed is set to a simple straight line.

At this time, it is not necessary to select a specific condition, and "random" can be selected so that the condition can be arbitrarily set.

If the OK key 326a is selected after the condition of the item of the green setting portion 325-2 is set as shown in Fig. 7, the condition of the item of the setting portion is set in this manner, and the bunk setting portion 325 The conditions of the items of -9 and the obstacle setting portion 325-10 are set as shown in Fig. 8, and the automatic generated hole design 510 and 520 are displayed on the course display screen 321 .

At this point, the automatically created hole design is displayed separately. In the example of Figure 8, the design is shown individually in the suggested windows 322a and 322b.

If the second suggested design 520 is selected from the two suggested designs shown in FIG. 8, as shown in FIG. 9, the user-defined golf course window 327 is displayed such that the selected design is defined as a user-defined golf. The hole in the court (in Figure 9, the user defines the fifth hole in the golf course).

The user defined golf course window 327 includes a primary screen 327a and a hole display window 327c for displaying a hole in the primary screen 327a. A menu unit 327b for performing the different functions necessary for editing the golf ball venue can be displayed on one side of the main screen 327a.

The ball hole design 520 of the course display menu unit 327b on the screen 321 is selected as shown in FIG. 8, and the selected design is displayed in the fifth hole window 327c of the user-defined golf course window 327, as described in Figure 9 shows the selection of the hole 605.

The hole in which the user-defined golf course is configured is designed using the above method to create a user-defined golf course.

The user does not necessarily need to use the method for setting conditions to configure all the holes of the user-defined golf course. As shown in Figures 10 and 11, a plurality of holes can be selected from the holes in the existing golf course, and the selected holes can be included as a hole in the user-defined golf course.

That is, as shown in Figs. 10 and 11, if a specific item is selected from the Country Club (CC) menu 329 located on the side of the screen, the hole selection sub-menu 329a is displayed. If at least one of the holes 700 of the hole selection sub-menu 329a is selected, the selected hole may include a hole as a user-defined golf course.

For example, as shown in FIGS. 10 and 11, if "KAYA CC sixth hole" is selected, the hole 606 is stored in the window 327c for displaying an image of a hole in the user-defined golf course. A user-defined golf course is created, which includes first to fifth holes designed by adjustment settings and a sixth hole from the existing golf course.

The hole can be designed in such a way that certain conditions are set in order to create a user-defined golf course, or can include a particular hole in an existing golf course, thereby designing a user-defined golf course. At this time, it is preferable to design a golf course including 18 holes. However, there is no need to design all 18 holes.

Some of the 18 holes can be designed by setting conditions, and the remaining holes can be configured from randomly selected holes in the existing golf course to design a user-defined golf course.

The user-defined golf course designed as described above can be edited by the course editor 330 (see Figure 3).

For example, the order in which the user defines the hole in the golf course can be changed, the specific hole can be replaced by another hole, the background or green state of the particular hole, the position of the hole cup, the shape of the fairway, and the length of the grass. The type of turf or obstacle can be changed, or specific audio, video or images can be inserted into a particular hole.

Hereinafter, a method for creating a user-defined golf course and a virtual golf simulation method using the same according to an embodiment of the present invention will be described with reference to FIGS. 12 to 15.

As shown in Figures 12 and 13, the user accesses and logs in to the server (S10).

At this time, the CPU 100 (see FIG. 3) extracts and confirms information related to the user from the user information storage unit 220.

It is determined whether the user who logged in executes the course maker (S20). If the course maker is executed, the method proceeds to the next step, and if not, another operation is performed (S30).

If the course maker is executed, the interface device for the course design is executed (S40), and the course production material is extracted and loaded from the database (S50).

The user sets a specific condition for setting the course, that is, a condition for the user to define a different unit of the hole of the golf course (S60).

If the condition setting is completed (S70), the automatically generated data of the course is extracted from the database according to the setting bar, and the hole design is automatically generated (S80).

The number of hole designs can be one or more (in the example shown in Figure 8). The CPU decides whether or not the number of automatically generated designs is plural (S90). If the number of generated designs is one, it is decided whether or not the design is selected (S100). If the number of generated designs is plural, it is determined whether one or more of the designs are selected (S110).

When the hole design is generated as described above, the user does not necessarily have to use the resulting design. If the resulting design is not used, multiple conditions can be reset to generate multiple designs.

If the generated design is completed (S120), it is determined whether the user-defined golf course design is completed (S130), and then subsequent processing is performed. Figure 13 shows a flow chart showing the subsequent processing.

After the course design is completed, the user can edit the course. When the course editing process is completed, the designed golf course is finally stored (S140).

The CPU determines whether or not the course drawing processing of the designed golf course is necessary (S150). If it is determined that the course drawing process is necessary, the image data of the golf course for golf simulation is generated according to the designed golf course (S160), and an operation such as physical processing of the golf course (170) is performed, thereby completing the use for the virtual golf. The simulated user defines the golf course.

The process of inserting a particular entity, such as a particular video, image or audio, can be done with respect to the user defining the golf course (S180).

If all the steps are completed, the user-defined golf course is stored in the database (S190).

The user can execute a user defined golf course (UDC) in the virtual golf simulation device and use the UDC for virtual golf simulation.

Figure 14 shows a method of performing a user-defined high pitch in a virtual golf simulation in accordance with an embodiment of the present invention. As shown in Fig. 14, first, a user login step is performed to perform virtual golf simulation (S100).

If the logged in user wishes to confirm his UDC list (S200), the UDC list is read. At this time, the simulator receives information related to the user's UDC list from the server, and displays the user's UDC list (S210).

If a specific UDC is selected from the UDC list (S220), the material about the UDC list is received from the server (S230), and the information about the UDC is received (S240).

Then, virtual golf simulation is performed in the UDC selected by the user (S280).

As described above, in the virtual golf simulation method shown in FIG. 14, the user's UDC, that is, the information about the user-defined golf course, is not stored in the storage unit of the simulation device, but is stored in the server. . Therefore, the user's UDC is received from the server and then executed.

Figure 15 shows a virtual golf simulation method in accordance with another embodiment of the present invention. Since steps S100 to S220 of Fig. 15 are equal to steps S100 to S220 of Fig. 14, only the subsequent steps will be explained.

As shown in FIG. 15, the virtual golf simulation device receives the design information of the UDC selected by the user (S250), that is, those conditions are included in the UDC, and the configuration information of the hole to be automatically generated is based on the user. The selected conditions, or those existing golf course holes, are included in the design information.

That is, the virtual golf simulation device does not receive all the information about the UDC, but only receives the condition setting information of the UDC and the brief information automatically generated according to the setting conditions, thereby directly generating all the information about the UDC according to the received information ( S260).

The generated information about the UDC is loaded (S270), and the virtual golf simulation is performed in the UDC (S280).

Different embodiments have been described in terms of the best mode for carrying out the invention.

Although the preferred embodiment of the present invention has been disclosed for the purposes of illustration, it will be apparent to those skilled in the art that various modifications and changes may be made without departing from the scope and spirit of the invention as disclosed in the appended claims. And replacement is possible.

1. . . golf

10. . . Sensing device

20. . . Photo sensor

30. . . Operating unit

40. . . Storage unit

60. . . Image output device

50. . . Image processing unit

70. . . Screen

100. . . Swing tablet, central processing unit (CPU)

200. . . database

210. . . System information storage

220. . . User information storage

230. . . Golf course data storage department

240. . . Design golf course data storage department

250. . . Course drawing data storage department

260. . . Automatic data storage department

310. . . Automatic stadium generator

320. . . Interface screen

321. . . The stadium produces a display screen

322, 322a, 322b. . . Windows

325. . . Condition setting screen

325-1. . . Hole setting section

325-2. . . Green setting section

325-3. . . Fairway setting section

325-9. . . Bunker setting section

325-10. . . Obstacle setting section

326a. . . OK button

327. . . User defined golf course window

327a. . . Main screen

327b. . . Menu unit

327c. . . Hole display window

329. . . Country Club (CC) menu

329a. . . Sub-menu

330. . . Course editor

340. . . Course plotter

350. . . Course regulator

510, 520. . . Hole design

605, 606, 700. . . Hole

GS. . . Simulator

M. . . Controller

S. . . server

W. . . Side wall

S10~S130. . . step

S140~S190. . . step

S200~S300. . . step

The above and other objects, features and other advantages of the present invention will become more apparent from

1 is a schematic diagram of an example of applying a virtual golf simulation device using a virtual golf simulation method to a screen golf system according to an exemplary embodiment of the present invention;

2 is a block diagram showing a configuration of a system including the virtual golf simulation device shown in FIG. 1;

3 is a block diagram showing a server for implementing a user-defined golf course and a system including a server in accordance with an exemplary embodiment of the present invention;

4 through 11 are schematic views showing an example of an interface implemented by a device for making a user-defined golf course in accordance with an exemplary embodiment of the present invention;

12 and 13 are flowcharts showing an example of a method for making a user-defined golf course in accordance with an exemplary embodiment of the present invention;

14 and 15 are flowcharts showing a virtual golf simulation method according to an exemplary embodiment of the present invention.

1. . . golf

20. . . Photo sensor

60. . . Image output device

70. . . Screen

100. . . Swing tablet

GS. . . Simulator

Claims (14)

A device for creating a user-defined golf course for virtual golf simulation, comprising: a database configured to store preset data for creating the golf course, wherein the database includes a stadium automatic generation data storage unit; a regulator configured to be set by a user for making a plurality of specific conditions for the golf course; an automatic course maker configured to extract the stored in the course automatically according to the conditions set by the course adjuster Generating data in the data storage portion to generate a plurality of suggested hole designs for the user to select a suggested hole design; an interface device configured to display conditions set by the automatic course maker based on the settings Automatically generated suggested spherical designs whereby the user can select a suggested hole design in the suggested hole design; and a stadium maker configured to The hole design selected by the interface device creates the user defined golf course to include a hole. The apparatus of claim 1, wherein the stadium maker includes a court editor configured to edit a hole automatically generated in accordance with the set conditions. The apparatus of claim 1, wherein the course maker includes a course map plotter configured to perform a drawing process such that a golf course containing a hole automatically generated according to the set conditions is available for The virtual golf simulation. The device of claim 1, wherein the database includes a golf course data portion for golf simulation, storing information about an existing golf course used in the virtual golf simulation; and the stadium maker The production includes the user-defined golf course based on the conditions selected from the proposed hole design in the hole design and the hole selected in the existing golf course. The device according to claim 1, wherein the database and the stadium adjuster are And the stadium maker is implemented by at least one of a user terminal and a golf simulator. A server for creating a user-defined golf course for virtual golf simulation, comprising: a database configured to store data for creating a golf course and for automatically generating a course; a course adjuster configured to Setting a plurality of specific conditions for creating a golf course by a user; an automatic course maker configured to extract the conditions stored in the automatic data generating portion of the course according to the conditions set by the course adjuster Data to generate a plurality of suggested hole designs for the user to select a suggested hole design; a course maker configured to create the user defined golf course, wherein the server is linked to a network a user terminal and at least one of a golf simulator, and providing an interface device to at least one of the user terminal connected to the server and the golf simulator, and operating the court via the interface device a regulator, the automatic court maker, and the stadium maker to make the user set The golf course, and wherein the interface device displays the plurality of suggested hole designs automatically generated by the automatic course maker based on the set conditions, allowing the user to select among the suggested hole designs displayed A suggested hole design is provided and the course maker is configured to make the user defined golf course to include a hole in accordance with the hole design selected via the interface device. A method of making a user-defined golf course for use in a virtual golf game on a server via at least one of a user terminal connected to the server and a golf simulator Simulation, the method comprising: setting, by a user, a plurality of specific conditions for designing one or more holes in the user-defined golf course included in at least one of the user terminal and the golf simulator And extracting data stored in a database of the server according to the set conditions; and automatically generating a plurality of suggested hole designs for use according to the set conditions; Selecting a suggested hole design; displaying the suggested balls on at least one of the user terminal and the golf simulator Hole design; allowing the user to select a suggested hole design from the proposed hole design; and making the user defined golf course containing the hole made according to the selected hole design. The method of claim 7, wherein the setting the specific conditions comprises: displaying a classification condition of a plurality of units configuring the hole, thereby designing the hole; and allowing the user to select the specific condition or These particular conditions are randomly selected from the conditions shown. The method of claim 7, wherein the setting the specific conditions comprises displaying the classification according to at least one of a hole, a green, a fairway, a long grass area, a bunker, an obstacle area, and a background. An image of at least one of the conditions; and the setting of the particular condition includes causing the user to select the particular condition or randomly select the particular condition from the displayed conditions. The method of claim 7, wherein the making the user-defined golf course comprises: selecting one or more holes of an existing golf course used in the virtual golf simulation; and setting conditions by the conditions and The holes from the existing golf courses are selected to create the user-defined golf course containing the holes made in accordance with the hole design selected from the proposed hole design. The method of claim 7, wherein the making the user-defined golf course further comprises editing at least one of the generated holes. The method of claim 7, wherein the making the user-defined golf course further comprises performing a mapping process such that the golf course including the generated holes is available for use in the virtual golf simulation. A virtual golf simulation method using a user-defined golf course produced by the method of any one of claims 7 to 12, including: enabling a user to log in; displaying the used login a user-defined golf course list; information about a user-defined golf course selected from the user-defined golf course list, transmitted from the server to the golf simulator; and execution of the golf simulator The transmitted user-defined golf course is used to perform the virtual golf simulation. A virtual golf simulation method using a user-defined golf course produced by the method of any one of claims 7 to 12, including: enabling a user to log in; displaying the used login a user-defined golf course list; a design information of a user-defined golf course selected from the user-defined golf course list is transmitted from the server to the golf simulator; the golf course is defined according to the user The transmitted design information, the golf course material is generated for the virtual golf simulation used in the golf simulator; and the information generated by the design information of the user-defined golf course in the golf simulator is executed, thereby performing the Virtual golf simulation.