KR20140147907A - Simulation system of park creation - Google Patents

Abstract

The present invention relates to a system for simulating creation of a park, which enables a user to select, on a screen, park bottom paving materials, sport outfits, outdoor installations, comforts, and landscape plants, and to create a virtual park, calculates and outputs expenses used to create the virtual park when the virtual park is completed, thereby easily collecting needs and opinions of residents when various types of parks are planned. The present invention provides a method for operating a system for simulating creation of a park, which devises a basic concept of a virtual park or creates a virtual park and calculates expenses for the creation of the virtual park, on a screen of a user terminal. The method comprises: a flooring material setting step of allowing the user terminal to display a library list including flooring materials and sport outfits, to display objects indicating detailed types of a selected library item when one library item included in the library list is selected by a user, and to output a video that the bottom of a virtual park is paved with a selected flooring material by reading, from the user terminal, that the user drags and drops an object corresponding to the selected flooring material to be positioned on the bottom of the virtual park; and an object setting step of allowing the user to set a library item included in the library list, and allowing the user terminal to read that the user sets one among objects according to the set library item and arranges the set one in the virtual park, outputting a video that the set object is arranged in the virtual park.

Description

Simulation system of park creation

The present invention relates to a park composition simulation system for simulating the composition of a park on a screen, and more particularly, a user creates a virtual park by selecting park floor packing materials, exercise equipment, outdoor fixtures, , And when the composition is completed, the expense used in the virtual park construction is calculated and outputted, thereby making it possible to easily collect the needs and opinions of the residents in planning various types of parks.

Conventionally, there was a program to build a virtual city in SimCity, which is a city construction game program. In SimCity, there is a park creation simulation system that can arrange the landscape plants of a park at a specific location, .

 In addition, in recent years, there is a case where a park is individually planned and a simulation is performed. However, a park creation simulation system that enables various people to participate and create a park is not commercially available.

Therefore, it is possible to provide a database of various environmental conditions such as a fitness equipment, an outdoor fixture, a convenience facility, a landscape plant, and the like, so that the environmental condition can be installed in a virtual park, A simulation system is desired.

In addition, the database of various environmental conditions can be updated. Everything installed in the virtual park can be rotated 360 degrees, and a zoom-in, zoom-out function, and a first person sighting function are provided. There is a need for a park composition simulation system that can be easily performed.

A problem to be solved by the present invention is to provide a database of various environmental conditions such as exercise equipment, outdoor fixtures, convenience facilities and landscape plants, A virtual park is created, and when the composition is completed, the cost used for virtual park construction is calculated and output.

Another object to be solved by the present invention is to provide a park floor packing material database, a fitness equipment database, an outdoor fixture database, a convenience facility database, and a landscape plant database, which are made of kinds, prices and images, And to provide a simulation system for the park composition.

Another problem to be solved by the present invention is to provide a park floor packing material, a fitness equipment, an outdoor fixture, a convenience facility, and an editing window for selecting a specific image of a landscape plant, A park composition simulation system configured to create a virtual park on a screen by dragging a predetermined image of a park floor packing material, a sports equipment, an outdoor fixture, a convenience facility, and a landscape plant in a window to a predetermined position of the virtual park, .

Another object to be solved by the present invention is to provide a virtual park which can rotate 360 degrees in a clockwise or counterclockwise direction, zoom in or zoom out a specific area, And to provide a park simulation system having a navigation function.

In order to solve the above problem, the virtual park composition system of the present invention is installed by downloading a park composition simulation program from a main server, executes a park composition simulation program to create a virtual park, A user terminal for outputting; A main server for providing a floor packaging material database, a fitness equipment database, a landscape plant database, an outdoor fixture database, and a convenience facility database as a user terminal for executing a park composition simulation program; An administrator terminal connected to the main server for managing update, addition, and deletion of a floor packing material database, a fitness equipment database, a landscape plant database, an outdoor fixture database, and a convenience facility database; And a control unit.

The bottom packing material database is composed of images and per unit area price of each type. The bottom packing material includes at least one of urethane, marathon, wood, and grass. The database of the exercise apparatus is composed of image and price per type, Includes at least one of a cylinder roll, a cross country, a waist roll, a leg massage machine, a handle wheel, a cycle, a full weight, a chair pool, a sky walk, and a tilting machine. The outdoor installation database consists of images and prices of each type, and the types of outdoor fixtures are composed of membrane structures, such as oak trees, pine trees, maple trees, magnolia trees, cherry trees, apricot trees, A building, a furniture-like building, and the amenities data Device is made up of images by type and unit price, and type of amenities including benches, pagora, one or more of the usual.

The user terminal is any one of a user's computer, a mobile phone, a smart phone, and a PDA.

The present invention also provides a driving method of a park composition simulation system for calculating a cost based on a virtual park composition by performing a basic design of a virtual park on a screen of a user terminal or creating a virtual park, A park size setting step of displaying a virtual park on the screen of the user terminal according to the park size set by the user at the user terminal; After the park size setting step, in the user terminal, the space types are displayed, pictograms of the basic space items dependent on the selected one of the space types are displayed, and a space type setting step ; And a basic space setting step of displaying a pictogram of the basic space item set by the user on the virtual park of the user terminal after displaying the space type setting step, wherein the pictorial space is displayed in a size set by the user at a position set by the user.

The basic idea of the virtual park is that when the current space type is not terminated as one of the pictograms in the space type set in the space type setting step is set after the basic space setting step, ; Determining whether or not a new space type is set if the current space type is terminated in the step of determining whether or not the current space type ends; setting, if the new space type is set, returning to the space type setting step; And a judgment step.

A ground image insertion step of reading one of image information of a cadastral map, a cadastral map of a park site, a map, and a satellite image between the park size setting step and the space type setting step and inserting the image information into the background; .

In the park size setting phase, the park size is either a small park of 165㎡, a medium sized park of 495㎡, or a large park of 1487㎡, and the type of space is communal garden, walkway, water space, ecological hunting space, , And exercise equipment.

In the basic space setting step, the size of the pictogram is changed so as to change the size of the pictogram by dragging left and right with the right mouse button clicked. The pictogram can be moved by moving left, right, To move the pictogram.

According to another aspect of the present invention, there is provided a driving method of a park composition simulation system for calculating a cost based on a virtual park composition by performing a basic design of a virtual park on a screen of a user terminal or by creating a virtual park, A user terminal displays a library list including a floor material and a fitness instrument, and when one library item of the library list is selected by a user, an object representing a detailed type of the selected library item is displayed, A floor material setting step of loading an object of the selected floor material by dragging and dropping the object selected at the bottom of the virtual park, thereby outputting an image of the floor of the virtual park packed with the floor material; The user sets one library item in the library list in the user terminal, and one of the objects according to the library item is set by the user and placed in the virtual park, And outputting an image in which the object is arranged.

The virtual park composition includes a park size setting step of displaying a virtual park on the screen of the user terminal according to the park size set by the user at the user terminal in front of the floor setting step; And a ground image image inserting step of reading one of image information of a cadastral map, a cadastral map of a park site, a map, and a satellite image between a park size setting step and a floor material setting step.

Determining whether or not the object installation is completed if the current library item has not been terminated due to the setting of one of the objects of the library item set in the object setting step after the object setting step; Determining whether or not the current library item has been terminated in the step of determining whether the object installation is completed; determining whether the park composition termination button is input; And a cost calculation step of reading the prices from the respective databases for the used objects when the price calculation button for the virtual park creation expense is selected to calculate the expenses required for the composition of the park and outputting the results to the screen .

An object basic editor for moving and rotating an object and an object scale editor for adjusting the size of the object in the X axis, the Z axis, and the Y axis at the time of editing the object in the object setting step.

If you click the right mouse button on the object, the object basic editor activates the object basic editor, which is the basic editing function icon at the top of the object. When you drag and drop the object at the desired position by clicking the center of the basic editor, Clicking the left part of the object basic editor rotates the object clockwise, pressing the right part of the object basic editor rotates the object counterclockwise, and clicking the upper part of the object basic editor And deletes the object. When the lower part of the object basic editor is clicked, the editing of the object is completed.

In the object scale editor, when the right mouse button is clicked on the object, the icon of the object scale editor is activated with the object basic editor, the object scale editor is located at the bottom of the object, and the object scale editor is dragged and dropped Dragging and dropping on the Y axis increases the scale as you drag and drop on the X axis. Dragging and dropping on the Y axis increases the scale as you drag and drop on the Y axis. When dragging and dropping on the Z axis, If you drag and drop the origin, the scale becomes bigger by X-axis, Z-axis and Y-axis by dragging and dropping.

When the tour button is selected, the virtual park is viewed at the height of the person's eyes.

Further, the present invention is characterized by a recording medium on which a program of a driving method of a park composition simulation system of the present invention is recorded.

According to the park composition simulation system of the present invention, a database of various environmental conditions such as a fitness equipment, an outdoor fixture, a convenience facility, and a landscape gardening plant is provided so that a user can enjoy a park floor packaging material, a fitness equipment, The virtual parks are selected by selecting the plants, and when the composition is completed, the expenses used in the virtual park construction are calculated and outputted. Thus, it is possible for the user to observe the composition of the various parks and the expenses thereof.

The present invention also provides a park floor packing material database, a fitness equipment database, an outdoor fixture database, a convenience facility database, and a landscape plant database, which are made of kind, price and image, , The user can set a realistic price or the like, or add a database of more environmental conditions to obtain a more realistic result.

Further, according to the present invention, there is provided an editing window for selecting a specific image of a park floor packing material, a fitness equipment, an outdoor fixture, a convenience facility, and a landscape plant. In accordance with a virtual park to be created on the screen, A virtual park is formed on a screen by dragging a predetermined image of a floor packaging material, a fitness equipment, an outdoor fixture, a convenience facility, and a landscape plant to a predetermined position of the virtual park, .

In the present invention, all the objects installed in the virtual park can be rotated clockwise or counterclockwise 360 degrees. Also, it is possible to zoom in or zoom out a specific area, It is possible to freely change the position of various environmental conditions and to position the virtual park, thereby making it possible to create a virtual park closer to reality.

1 is a block diagram illustrating the configuration of a park composition simulation system of the present invention.
FIG. 2 is a flowchart for explaining a method of designing a park in a park simulation system according to the present invention.
3 is a screen for setting the park size displayed on the user terminal in the park size setting step of FIG.
FIG. 4 is a screen for setting the space type displayed on the user terminal 100 in the space type setting step of FIG.
FIG. 5 is a screen for setting a pictogram displayed on the user terminal 100 in the basic space setting step of FIG.
FIG. 6 is a screen for explaining a method of operating the pictogram in the basic space setting step of FIG.
7 is a flowchart schematically illustrating a method of simulating a park composition in a park composition simulation system of the present invention.

BEST MODE FOR CARRYING OUT THE INVENTION Hereinafter, a park simulation system according to the present invention will be described in detail with reference to the accompanying drawings.

1 is a block diagram illustrating a configuration of a park simulation system according to the present invention. The main server 200 includes a user terminal 100, a main server 200, and an administrator terminal 300. The main server 200 includes a user database (DB) A flooring material database 220, a fitness equipment database 230, a landscape plant database 240, an outdoor fixture database 250, and a convenience facility database 260.

The user terminal 100 is a terminal used by a user, such as a mobile phone, a smart phone, a PDA or the like, and a user connects to the main server 200 through the Internet to download and install a park simulation program. Executes a park simulation program, performs user registration, creates a virtual park, and calculates and stores the expenses accordingly. In some cases, the park simulation may be installed in the user terminal 100 from a stored medium (CD). And has a plurality of user terminals 100.

The main server 200 provides a park composition simulation program to the user terminal 100 according to a predetermined user authentication and provides the databases 210 to 260 when executing a park simulation program. Also, an administrator can manage the update, addition, deletion, etc. of the databases 210 to 260 by connecting the administrator terminal 300 with the main server 200 via the Internet.

The databases 210 to 260 include a user database 210, a flooring packing material database 220, a fitness equipment database 230, a landscape plant database 240, an outdoor fixture database 250, .

The user database 210 is a database for storing user's ID, personal information (name, age, sex, address, etc.).

The floor packing material database 220 stores images of various types of flooring materials, prices per unit area, and the like. For example, data such as image, price per unit area, and the like for color-dependent urethane (for example, red urethane, cyan-colored urethane), masato, color wood (for example, brown wood, brown wood)

The exercise apparatus database 230 stores images, prices, and the like of various types of exercise apparatuses. For example, there may be a rolling mill, a cross country, a waist rotation, a leg massage, a steering wheel, a cycle, a full weight, a chair pool, a sky walk,

The landscape plant database 240 stores images, prices, and the like of landscape plants of various kinds. For example, as a landscape plant, there may be oak, pine, maple, magnolia, cherry, apricot, boxwood, azalea and the like.

The outdoor fixture database 250 stores images, prices, and the like of various types of outdoor fixtures. For example, as an outdoor installation, there may be a membrane structure, a building structure, and a furniture structure.

The convenience store database 260 stores images, prices, and the like for various kinds of convenience facilities. For example, there may be a flat bench, a general bench (no-back bench), a back bench (a bench with a back), a pagoda,

The administrator terminal 300 accesses the main server 200 via the Internet and manages updating, addition, deletion, etc. of the databases 210 to 260. A plurality of administrator terminals 300 may be provided.

The main server 200 further includes a community storage unit (not shown). The user can store images and text (description) according to the memory capacity allocated to each user terminal 100, The manager terminal 300 can review and manage the user's opinion.

Although not shown, the main server 200 includes a database of various spatial types and corresponding basic configuration pictograms.

FIG. 3 is a screen for setting the park size displayed on the user terminal 100 in the park size setting step of FIG. 2, and FIG. 4 is a screen for setting a space type displayed on the user terminal 100 in the space type setting step of FIG. 2, FIG. 5 is a screen for setting a pictogram displayed on the user terminal 100 in the basic space setting step of FIG. Screen.

The user connects to the main server 200 through the user terminal 100 to download and install the park composition simulation program.

In the user information input step, when the program of the park composition simulation system is executed, information on the user of the program is currently input, and the user inputs information such as name, date of birth, S110), which is temporarily stored in the user terminal 100. [

As shown in FIG. 3, a park size setting screen is displayed on the user terminal 100, and the user sets the size of the composition park, and according to the setting, (S130).

For example, the size of Composition Park can be selected from small parks, midsize parks, and large parks. Here, small parks have 165 square meters of parks, ie, 50-pyeong (12.6m × 12.8m) The medium-sized park is a 495m2 park, a 150-pyeong (12.2m × 22.2m) park with community gardens and playgrounds. The large-scale park is a 1487m2 park with a 450-pyeong (38.5m × 38.5m) It is a park of a square, a neighborhood park.

In the land image insertion step, it is determined whether the land image insertion mode or the terrain image retrieval selection button is selected (S140). If it is set in the land image insertion mode, The image information of the cadastral map of the park site, the map, and the satellite image are read and inserted into the background (S150). The ground image inserting step may be omitted in some cases.

In this case, the width of the image is equal to the width and height ratio. In the case of a small park, 10m = 128 pixels, 10m = 15 pixels for a medium sized park, and 10m = 165 pixels for a large park.

4, a space type selection screen is displayed on the user terminal 100. When the user sets a space type suitable for a park purpose in the space type selection screen, A display window indicating pictograms representing the dependent basic space items according to the display area is displayed (S160).

5, pictograms according to a predetermined space type are displayed on the user terminal 100. The user selects a predetermined pictogram on the display window and performs drag and drop at a predetermined position on the screen of the screen, And a basic space pictogram of a predetermined size is positioned at a predetermined position of the park on the screen (S170).

Here, the type of space may include a community garden, a walkway, a water space, an ecological habitat, a resting space, an outdoor yard, and a fitness equipment. For example, a basic space pictogram of a fitness equipment may be an image representing a gate ball, a basketball, a soccer, etc., and a basic space pictogram of the community garden may be an image representing a flower field, a fence, a flowerpot, a flower garden, ≪ / RTI >

In step S180, a determination is made as to whether or not the current space type has been terminated. If the current space type is not terminated, the default space setting step is returned to step S180 where a new pictogram is set and displayed on the display window. That is, if the user has newly set the pictogram in the currently used space type, the basic space setting step is returned to, and a new pictogram is set and displayed on the display window.

Determining whether or not a new space type is set; determining whether a new space type is set if the currently used space type is terminated in the step of determining whether or not the current space type is terminated; and if a new space type is set, , And sets the basic space according to the new space type (S190).

If it is determined that the space type is not set any more in the step of determining whether or not the new space type is set, the user waits for the setting to store the image or automatically stores the image (S195).

FIG. 6 is a screen for explaining a method of operating the pictogram in the basic space setting step of FIG.

The size of the pictogram is changed by right-clicking and dragging left and right to change the pictogram size.

The movement of the pictogram is performed by moving the pictogram by dragging in the direction to be shifted in the up, down, left, and right directions while the left mouse button is clicked.

The deletion of the pictogram is made by deleting a predetermined pictogram by pressing a delete key of the keyboard while a predetermined pictogram is selected.

Enlarging or reducing the segment image is performed by positioning the mouse segment on a predetermined segment and dragging the mouse wheel (or by pressing the mouse wheel) to enlarge or reduce the segment segment image.

The movement of the segment image viewpoint is performed by moving the mouse cursor to a predetermined segment and dragging the mouse wheel up and down and left and right to move the segment image.

The segment image initialization is performed by initializing the segment image point by pressing the esc key of the keyboard while the segment image has been moved.

FIG. 7 is a flowchart schematically illustrating a method of simulating the composition of a park in the park simulation system of the present invention, FIG. 8 is an example of a park composition basic screen displayed on the user terminal in the initialization step of FIG. 7, 7 is an example of a screen for setting and adding a floor material in the floor material setting step of FIG. 7; FIG. 10 is an example of a screen for setting and adding objects in the object setting step of FIG. Fig. 12 is an explanatory view for explaining the object basic editor of Fig. 11, Fig. 13 is an explanatory view for explaining the object scale editor of Fig. 11, and Fig. 14 is an explanatory view FIG. 15 is an example of a detailed item result of the exercise machine out of the expense price results of FIG. 11; FIG.

In the initialization step, when the park composition simulation is performed in the present invention, the basic image file that is basically formed in the park is read as shown in FIG. 2, or the user information input step (S130) To read the image and display it on the user terminal 100 (S210). The screen that is read in and displayed in this manner is shown in FIG.

If the user clicks a menu button to select a floor material from the library list window and pops up a predetermined position of the virtual park by dragging and dropping (S220), the user can select a desired location (S230). Optionally, an image of the virtual park is stored or an image of the virtual park is automatically stored (S240). 9, when a menu button is clicked to select a floor material tab, a library list window is displayed while a grid is displayed at the bottom of a virtual park, a desired floor material is selected in the library list window, a mouse is moved to a grid, Click and drag the selected flooring in the desired grid to fill the selected flooring.

Here, the library list may include flooring, athletic equipment, children's play equipment, landscape, garden, fence, water space, convenience facilities, facilities, sculptures, and surrounding buildings. If you select one library from the library list, the library list window becomes a window with multiple objects.

When a predetermined library is selected (clicked) in the library list window (S250), the objects of the predetermined library are displayed in the library list window. The user selects an object to be placed and drags and drops the object (S260), the image of the virtual park is selectively stored, or the image of the virtual park is automatically stored in the virtual park (S270).

That is, as shown in FIG. 10, object selection is performed by clicking an object button to select an object to be placed, placing the selected object on the floor and placing it on the floor, To complete the batch.

In the present invention, when editing an object, an object basic editor and an object scale editor can be used as shown in FIG.

In the object basic editor, when the right button of the mouse is clicked on the object, as shown in FIG. 12, a basic editing function icon 'Basic Object Editor' is activated at the upper part of the object. When the drop is performed, the position of the object can be moved. If the left part of the object basic editor is pressed, the object is rotated clockwise. If the right part of the object basic editor is pressed, the object is rotated counterclockwise. Clicking on the upper part of the editor will delete the object, and clicking on the lower part of the object basic editor will allow you to finish editing the object (that is, the selection completion function).

The object basic editor consists of a circle model made up of left and right arrows and a cross model placed in the circle model, the ends of the cross model being made up of arrows.

13, when the right mouse button is clicked on the object, the icon of the object scale editor is activated together with the object basic editor, and the object scale editor is located at the bottom of the object, Can be adjusted. In other words, you can change the size by clicking the icon of the object scale editor and dragging it left or right.

The object scale editor is made up of the X axis, the Z axis, and the Y axis, representing the Y axis perpendicular to the plane consisting of the X axis and the Z axis. Dragging and dropping on the X axis increases the scale by dragging and dropping on the X axis. Dragging and dropping on the Y axis increases the scale by dragging and dropping on the Y axis, and dragging and dropping on the Z axis When you drag and drop the origin, the scale becomes larger as you drag and drop it along the X, Z, and Y axes.

Here, when a floor material is selected from the library list, an object such as urethane (for example, red urethane, cyan urethane), masato, colored wood (for example, brown wood, brown wood) It appears in the library list window.

When a fitness instrument is selected from the library list, the fitness calculator 230 calculates the weight of the fitness calculator from the exercise instrument database 230, such as the cylinder rolling, the cross country, the waist rotation, the upper leg massage, the steering wheel turning, The object appears in the library list window.

When a landscape plant is selected from the library list, objects such as oak tree, pine tree, maple tree, magnolia tree, cherry tree, apricot tree, boxwood, and azalea read from the landscape plant database 240 are displayed in the library list window.

When an outdoor installation is selected from the library list, objects such as a membrane structure, a building structure, and the like read from the outdoor installation database 250 are displayed in the library list window.

When a convenience facility is selected from the library list, objects such as a flatbed bench, a general-purpose bench (backrest bench), a backrest bench (bench with a backrest), a pagora, Appears in the window.

If it is determined that the installation of the object of the current selected library has been terminated, the process returns to the object setting step S250, and if the object has not been terminated And a new object is installed on the virtual park (S280).

It is judged whether or not the park composition termination button has been inputted or whether or not a new library has been set. If the park composition termination button is not inputted or a new library is set, The process returns to the floor material setting step, and the virtual park composition is continued (S290).

If it is determined in the step of determining whether or not the cost price is calculated, in the step of determining whether or not the park construction is completed, if the park composition termination button is input or if a new library is not set any more, (S300) whether or not the expense price is calculated according to whether or not the price is calculated.

In the expense price calculation step, if it is determined that the expense price calculation is set by clicking on the price calculation button in the expense price determination step, the cost required for the composition of the park is calculated by reading the price from each database for the used objects (S310), and outputs the result to the screen and stores the result in the memory (S320).

That is, as shown in FIG. 14, it is possible to derive the expense price result necessary for the formation of the park, and as shown in FIG.

16 is an example of using a tour function in the park composition simulation system of the present invention.

The park simulation system of the present invention is capable of viewing at a position similar to a human eye height. You can use the mouse and keyboard to move or change your gaze.

In other words, the park simulation system of the present invention can navigate the park created by the user in a first-person viewpoint, and can move forward, backward, leftward and rightward using the keyboard arrow buttons or W, S, A and D keys Do. You can also change the line of sight by clicking and dragging the left mouse button.

In the foregoing, the present invention has been shown and described with reference to certain preferred embodiments. It will be apparent to those skilled in the art that various modifications and variations can be made in the present invention without departing from the spirit and scope of the invention as defined in the appended claims. .

100: user terminal 200: main server
210: user database 220: floor packing material database
230: fitness equipment database 240: landscape plant database
250: Outdoor fixture database 260: Convenience database
300: administrator terminal

Claims (21)

A user terminal for downloading a park composition simulation program from a main server, executing a park simulation program to create a virtual park, and calculating an expense according to virtual park composition;
A main server for providing a floor packaging material database, a fitness equipment database, a landscape plant database, an outdoor fixture database, and a convenience facility database as a user terminal for executing a park composition simulation program;
An administrator terminal connected to the main server for managing update, addition, and deletion of a floor packing material database, a fitness equipment database, a landscape plant database, an outdoor fixture database, and a convenience facility database;
And a virtual parking system. The method according to claim 1,
The bottom packing material database is composed of images and unit price per type, and the type of bottom packing material includes at least one of urethane, masato, wood, and grass,
The exercise equipment database consists of images and prices for each type and includes one or more of the following types of exercise equipment: cylinder rolling, cross country, waist rotation, upper limb massage, steering wheel, cycle, full weight, chair pool, In addition,
The database of landscape plants is composed of images and prices of each type and the types of landscape plants include at least one of oak tree, pine tree, maple tree, magnolia tree, cherry tree, apricot tree, system. The method according to claim 1,
The database of outdoor fixtures consists of images and prices of each type, and outdoor fixtures include one or more of membrane structures,
Wherein the convenience database is composed of images and prices of each type, and the types of convenience facilities include at least one of a bench, a pagoda, and a pavilion. The method according to claim 1,
Wherein the user terminal is any one of a user's computer, a mobile phone, a smart phone, and a PDA. The method according to claim 1,
A user database including at least one of a user's ID, name, age, sex, and address. A driving method of a park simulation system for generating a virtual park by constructing a virtual park based on a screen of a user terminal,
The basic idea of virtual park,
A park size setting step of displaying a virtual park on the screen of the user terminal according to the park size set by the user in the user terminal;
After the park size setting step, in the user terminal, the space types are displayed, pictograms of the basic space items dependent on the selected one of the space types are displayed, and a space type setting step ;
A basic space setting step of displaying a pictogram of the basic space item set by the user on the virtual park of the user terminal after displaying the space type setting step, at a position set by the user, at a size set by the user;
And a controller for controlling the operation of the simulation system. The method according to claim 6,
Determining whether or not the current space type is to be terminated if the current space type is not terminated as one of the pictograms in the space type set in the space type setting step is set after the basic space setting step;
Determining whether or not a new space type is set if the current space type is terminated in the step of determining whether or not the current space type ends; setting, if the new space type is set, returning to the space type setting step; Determining;
And a controller for controlling the operation of the simulation system. The method according to claim 6,
And a ground image inserting step of inserting one of image information of a cadastral map, a cadastral map of a park site, a map and a satellite image into a background between a park size setting step and a space type setting step A method of driving a simulation system of a park. The method according to claim 6,
Wherein the size of the park in the park size setting step is any one of a small-sized park of 165 m 2, a medium-sized park of 495 m 2, and a large-scale park of 1487 m 2. The method of claim 6, wherein
Wherein the type of space comprises a community garden, a promenade, a water space, an ecological recreational space, a resting space, an outdoor yard, and exercise equipment. 7. The method according to claim 6, wherein in the basic space setting step
To change the size of the pictogram, right-click the mouse and drag it left and right to change the pictogram size.
Wherein the movement of the pictogram is performed by dragging the pictogram in a direction to be shifted in the up, down, left, and right directions while moving the left mouse button, and moving the pictogram. A driving method of a park simulation system for generating a virtual park by constructing a virtual park based on a screen of a user terminal,
Virtual Park Composition
A user terminal displays a library list including a floor material and a fitness instrument, and when one library item of the library list is selected by a user, an object representing a detailed type of the selected library item is displayed, A floor material setting step of loading an object of the selected floor material by dragging and dropping the object selected at the bottom of the virtual park, thereby outputting an image of the floor of the virtual park packed with the floor material;
The user sets one library item in the library list in the user terminal, and one of the objects according to the library item is set by the user and placed in the virtual park, An object setting step of outputting an image in which objects are arranged;
And a controller for controlling the operation of the simulation system. 13. The method of claim 12,
A park size setting step of displaying a virtual park on the screen of the user terminal according to the park size set by the user at the user terminal in front of the floor setting step; Further comprising the steps of: 14. The method of claim 13,
And a ground image inserting step of inserting one of the image information of the cadastral map, the cadastral map of the park site, the map and the satellite image into the background between the park size setting step and the floor material setting step A method of driving a park simulation system. 13. The method of claim 12,
Determining whether the object installation is completed if the current library item is not terminated according to one of the objects of the library item set in the object setting step after the object setting step;
Determining whether or not the current library item has been terminated in the step of determining whether the object installation is completed; determining whether the park composition termination button is input;
Further comprising the step of: 16. The method of claim 15,
An expense calculating step of reading the prices from the respective databases for the used objects when the price calculation button for virtual park expenses is selected and calculating the expenses required for the composition of the park and outputting the results to the screen;
Further comprising the step of: 13. The method of claim 12,
An object basic editor for moving and rotating an object at the time of editing the object in the object setting step and an object scale editor for adjusting the size of the object in the X axis, A method of driving a simulation system of a park. 18. The method of claim 17,
If you right-click on an object, the object basic editor activates the object basic editor, which is the default editing function icon at the top of the object,
If the user clicks the center of the object basic editor and performs drag and drop at a desired position, the position of the object can be moved,
Clicking the left part of the object basic editor clockwise rotates the object, pressing the right part of the object basic editor rotates the object counterclockwise,
Wherein when the upper part of the object basic editor is clicked, the corresponding object is deleted, and when the lower part of the object basic editor is clicked, editing of the object is completed. 18. The method of claim 17,
The Object Scale Editor, when you right-click an object, activates the object scale editor's icon, along with the Object Default Editor,
The object scale editor is located at the bottom of the object,
Dragging and dropping the object scale editor on the X axis increases the scale by dragging and dropping on the X axis. Dragging and dropping on the Y axis increases the scale by dragging and dropping on the Y axis. Z Dragging and dropping on the axis increases the scale by dragging and dropping in the Z axis. When dragging and dropping the origin, the scale becomes larger on the X axis, Z axis, and Y axis by dragging and dropping A method of driving a simulation system of a park. 13. The method of claim 12,
And when the tour button is selected, the virtual park is viewed from the height of the person's eyes. A recording medium on which a program for a driving method of a park simulation system according to any one of claims 6 to 21 is recorded.

Images