KR100938208B1 - Moving cartoon producing method and record media storing program for executing the same - Google Patents

Abstract

The present invention relates to a moving cartoon manufacturing method and a recording medium having recorded thereon a program for performing the same. The moving cartoon manufacturing method according to the present invention includes the steps of: (a) activating a graphical user interface screen having a page display area for displaying a work page currently being worked on; (b) setting at least one layout for determining a work area in which a multimedia resource is to be displayed on the work page; (c) registering and displaying multimedia resources in each of the working areas; (d) setting at least one camera cut area in which a play time and a play order are set on the work page; and (e) encoding moving pictures so that the multimedia resources displayed in the camera cut regions are reproduced during the respective playing times according to the playing order. Accordingly, the user can more easily produce a moving cartoon.

Description

MOVING CARTOON PRODUCING METHOD AND RECORD MEDIA STORING PROGRAM FOR EXECUTING THE SAME}

The present invention relates to a method of producing a moving cartoon and a recording medium on which a program for performing the same is recorded, wherein a user can easily produce a moving cartoon by using multimedia resources such as an image file or a video, thereby ensuring a standardized quality. The present invention relates to a method of manufacturing a moving cartoon and a recording medium on which a program for performing the same is recorded.

In general, moving cartoon is used as a general term for an intermediate type media produced by moving pictures such as animation by utilizing the production structure and resources of existing cartoons.

The composition of the cuts, speech bubbles, and effects of the cartoons are reproduced by combining the sound information in the video, and the cuts in the movies are replaced by the movement between the spaces of the cartoons, which makes the content relatively cheaper than the existing animation production. There is an advantage that can be produced is being used for the web (Wep) or mobile content production.

The existing method of producing moving cartoons is to scan a cartoon drawn on paper to make an original image cut into a file, and to output the original image cut after an operator such as an animator performs an additional processing such as a specific effect or a speech bubble. The camera was used to produce moving cartoons in the form of moving pictures.

The existing moving cartoon production method as described above undergoes a process such as an animator giving a specific effect to the original image cut, and the quality of the moving cartoon depends on the skill of the operator.

In addition, in order to give a specific effect to the original image cut, it is common to use a professional program such as Photoshop, which may be an area that is not easily accessible to a general user who is not good at the program.

In addition, in the case of the existing moving cartoon production method, the production process is difficult to be easily accessed by the general user, such as taking a process of photographing the output again with a camera.

Recently, when the production of UCC (User Created Content) is becoming more common, if a general user can easily create a moving cartoon, it will be desirable because it can be the basis for extending the web or mobile based UCC environment.

Accordingly, an object of the present invention is to record a moving cartoon production method and a program for performing the same to ensure a standardized quality while making the moving cartoon more easily by using a multimedia resource such as an image file or a video. To provide the medium.

According to the present invention, there is provided a moving cartoon production method comprising the steps of: (a) activating a graphical user interface screen having a page display area on which a work page currently being worked is provided; (b) setting at least one layout for determining a work area in which a multimedia resource is to be displayed on the work page; (c) registering and displaying multimedia resources in each of the working areas; (d) setting at least one camera cut area in which a play time and a play order are set on the work page; (e) producing a moving cartoon by encoding a moving picture so that the multimedia resources displayed in each camera cut area are played during the respective playing time according to the playing order. Is achieved by

Here, the graphical user interface screen is further provided with a toolbox area provided with a layout button; Step (b) may include: (b1) displaying a basic layout having at least one shape in the toolbox area when the layout button is clicked; (b2) selecting one of the basic layouts; (b3) displaying the selected basic layout on the work page to set the work area.

In addition, in steps (b2) and (b3), any one of the basic layouts displayed in the toolbox area may be moved on the work page by drag and drop to display the basic layout on the work page. Can be.

The graphical user interface screen further includes a toolbox area provided with a library button; Step (c) may include: (c1) activating a resource display window for displaying a multimedia resource in the toolbox area when the library button is clicked; (c2) registering at least one multimedia resource in the resource display window; and (c3) registering and displaying any one of the multimedia resources registered in the resource display window in any one of the working areas determined by the layout according to a drag and drop method.

Here, the graphical user interface screen is further provided with a toolbox area provided with a page camera button; Step (d) may include: (d1) activating an add button in the toolbox area when the page camera button is clicked; (d2) When the add button is clicked, the camera cut area is visually recognizably displayed on the work page, and a first time bar having a length corresponding to the playing time for the displayed camera cut area is displayed. Displaying a first timeline window on the graphical user interface screen; When the step (d2) is performed a plurality of times, the reproduction order for the camera cut area may be determined according to the execution order of the step (d2).

Further, a cut camera button is further provided in the toolbox area; The step (d) may include: (d5) displaying a move add button in the toolbox area when the cut camera button is selected when any one of the camera cut areas is selected; (d6) When the cut camera button is selected while any one of the camera cut regions is selected, a second timeline window displaying a second time bar for adjusting a playback time for the selected camera cut region is displayed in the graphical user interface. Displaying on the screen; (d7) when the move add button is clicked, displaying the third time bar on which the reproduction time can be adjusted in the second timeline window; (d8) When any one of the second time bar, the third time bar, and the time interval between the second time bar and the third time bar is adjusted, the playback time of the selected camera cut area is determined by the second time. And a bar set by the sum of the third time bar and the time corresponding to the time interval.

Here, when one of the second time bar and the third time bar is selected, any one of the size and position of the camera cut area displayed on the work page is changed. The changed camera cut region may be set to be generated as a moving image during a reproduction time corresponding to any one selected from three time bars.

In addition, the camera cut area is provided to adjust the size and position on the work page while the cut camera button is clicked.

In addition, in the step (d5), the shake addition button is further displayed in the toolbox area; In the step (d9), when the add shake button is clicked, a shake time bar having a length corresponding to a shake time to which a shake effect is added to the second timeline window is displayed and the shake time bar is adjustable. Becoming a step; (d10) if the shake time bar is selected, further comprising displaying a shake control window for adjusting at least one of the intensity, direction, and speed of the shake effect in the toolbox area; The moving picture encoded in the step (e) may be provided with a shake effect adjusted by the image shake control window during the shake time.

The graphical user interface screen further includes a toolbox area provided with effect buttons; (f) when the effect button is selected, displaying at least one effect image attachable to the multimedia resource displayed on the work area; and (g) dragging and dropping any one of the effect images onto the work area to overlap the effect image on the multimedia resource displayed on the work area.

Here, the graphical user interface screen is further provided with a toolbox area provided with a speech bubble button; (h) when the speech bubble button is clicked, displaying at least one speech bubble image in the toolbox area; (i) dragging and dropping one of the speech bubble images into the work area to overlap the speech bubble image with the multimedia resource displayed in the work area; (j) The method may further include inputting text into the speech bubble image.

On the other hand, according to another embodiment of the present invention, the object can also be achieved by a computer-determinable recording medium on which a program for performing the moving cartoon manufacturing method is recorded.

According to the present invention, a moving cartoon production method in which a user can easily produce a moving cartoon using a multimedia resource such as an image file or a video, and a standardized quality is guaranteed, and a recording medium in which a program for performing the same is recorded. Is provided.

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

FIG. 1 is a diagram illustrating a configuration of a computer in which a program (hereinafter, referred to as a 'moving cartoon program 17') for performing a moving cartoon manufacturing method according to the present invention is installed.

Referring to FIG. 1, a computer may include a central processing unit (CPU) 11, a chipset 12, a main memory 15, a display unit 13, a user input unit 14, and a hard disk drive. (HDD) 16 may be included.

The main memory 15 temporarily stores a program or other data in a form of random access memory (RAM), which is a nonvolatile memory. The display unit 13 displays an image, such as a liquid crystal display (LCD), and the user input unit 14 is provided in the form of a keyboard or a mouse.

The chipset 12 manages the main memory 15 and the display unit 13, and manages data moving between the CPU 11, the main memory 15, the display unit 13, and the hard disk drive 16. .

The hard disk drive 16 stores an operating system such as Windows, and a moving cartoon program 17 according to the present invention.

The moving cartoon program 17 operates based on an operating system of a computer. When the moving cartoon program 17 is executed, data required for execution is temporarily stored in the main memory to operate in conjunction with the CPU 11 and the operating system. do.

Hereinafter, a process of manufacturing a moving cartoon through the moving cartoon program 17 according to the present invention will be described with reference to FIGS. 2 to 14.

First, when the moving cartoon program 17 is installed and stored in a computer and the moving cartoon program 17 is executed, a graphic user interface screen as shown in FIG. 2 is displayed on the screen of the display unit 13. .

The graphical user interface screen is provided with a page display area 10, a toolbox area 20, and a page summary window 30. In addition, the graphical user interface screen is provided with a menu bar 40 at an upper portion thereof, and an icon window 50 having icon buttons for executing main functions of the moving cartoon program 17 at the lower portion of the menu bar 40. ) Is prepared.

Here, the user may click the 'file' button on the menu bar 40 to produce a moving cartoon to generate a file for producing a new moving cartoon, or load a file stored in an existing work state.

FIG. 3 is a diagram illustrating a project generation window 60 displayed when a new job (hereinafter, referred to as a 'project') is generated by using a 'file' button to produce a new moving cartoon. The project generation window 60 may include a name of a newly created project, a folder in which the generated project will be stored, a rendering size when the completed project is produced as a movie, a frame per second (FPS), and It is provided so that the size of the work page 11 can be input.

When a new project is generated through the above-described method, as shown in FIG. 4, the work page corresponding to the size input through the project generation window 60 is displayed in the page display area 10 of the graphical user interface screen. 11) is generated. Here, the work page 11 currently being worked on is displayed in the page display area 10, and when the plurality of work pages 11 are generated, the pages are displayed in the page summary window 30 in the order in which they are generated. In this case, the user may select one of the job pages 11 displayed on the page summary window 30 so that the selected job page 11 is displayed on the page display area 10.

The layout button 21, the library button 22, and the camera buttons 23 and 24 may be provided in the toolbox area 20 of the graphic user interface screen. In addition, an effect button 25 and a speech bubble button 26 may be provided in the toolbox area 20.

When the user clicks the layout button 21 of the toolbox area 20, as shown in FIG. 4, a layout having at least one shape is displayed in the toolbox area 20. In FIG. 4, the rectangular and circular layouts are shown as an example. Here, the shape selection button displayed in the rectangular layout may be provided so that the user can select the shape of the polygon such as a triangular shape, a tetragon shape, a pentagon shape, or the like.

When the user selects any one of the basic layouts 21a displayed in the toolbox area 20, the selected basic layout 21a is displayed on the work page 11 on the page display area 10. The layout displayed on the work page 11 provides a boundary for determining the work area 12 in which the multimedia resource will be displayed.

Here, in the moving cartoon program 17 according to the present invention, the basic layout 21a is registered as a layout for determining the work area 12 on the work page 11, as shown in FIG. Moving one of the basic layouts 21a on the work page 11 by a drag and drop method so that the basic layout 21a determines the work area 12 on the work page 11. For example, the method may be used as a method for displaying a layout.

In addition, when the layout button 21 of the toolbox area 20 is clicked, the thickness of the layout (Line Thick), the color of the layout line (Line Color), and the style of the layout line (Line Style) to be displayed on the work page 11 are displayed. ), A layout control window 71 for adjusting the color (Bg color) of the work page 11 and the brightness (Alpha) of the line may be displayed on the graphical user interface screen. In FIG. 4, for example, the layout adjustment window 71 is displayed at the bottom of the page display area 10.

In a state in which the layout for determining the work area 12 is set in the work page 11 as described above, the multimedia resource is registered and displayed in each work area 12. Hereinafter, a process of registering a multimedia resource in the work area 12 will be described in detail with reference to FIGS. 6 and 7.

When the library button 22 provided in the toolbox area 20 is clicked, the resource display window 22b for displaying the multimedia resource in the toolbox area 20 is activated. Here, the add folder button 22a and the register button 22c may be provided in the resource display window 22b.

The add folder button 22a is used for grouping and registering multimedia resources in registering multimedia resources to be used in the current working project. That is, each time a folder add button 22a is clicked, a new folder is created, and the registration button 22c is clicked to register a multimedia resource to the folder as shown in FIG. 6.

FIG. 7 is a diagram illustrating a state in which a multimedia resource to be used in a project currently being worked is registered through the above method, and the registered multimedia resource is displayed on the resource display window 22b. Here, the user selects any one of the multimedia resources displayed on the resource display window 22b, and registers and displays any one of the work areas 12 determined by the layout through a drag and drop method.

At this time, when the multimedia resource displayed on the work area 12 is clicked, control points are displayed on the boundary of the multimedia resource, and the size of the multimedia resource can be adjusted by dragging the control point using a mouse. In addition, the position of the multimedia resource in the work area 12 may be adjusted by moving the mouse while clicking a button (for example, a left button) of the mouse.

In addition, when the multimedia resource displayed in the work area 12 is clicked on, a display attribute control window 72 for adjusting the display attribute of the multimedia resource is displayed on the graphical user interface screen. In FIG. 7, the display attribute control window 72 is displayed at the bottom of the page display area 10, and the display control window 71 is replaced with the layout control window 71 in the area displayed on the layout control window 71. . In the exemplary embodiment of the present invention, an adjustment bar for adjusting a multimedia resource, for example, an brightness of an image, is provided in the display property control window 72.

Hereinafter, a process of setting the camera cut area 13 on the work page 11 will be described in detail with reference to FIGS. 8 through 11. Here, the camera buttons 23 and 24 provided in the toolbox area 20 according to the present invention may include a page camera button 23 and a cut camera button 24.

When the page camera button 23 provided in the toolbox area 20 is clicked, the toolbox area 20 has an add button 23a, a remove button 23b and a link button 23c as shown in FIG. Is activated.

When the add button 23a is clicked on, the camera cut region 13 is visually recognized on the work page 11. As a method of visually recognizing the camera cut region 13, a method of darkening brightness of an area other than the camera cut region 13 may be applied.

In addition, when the add button 23a is clicked, a time bar having a length corresponding to the playback time for the camera cut area 13 displayed on the work page 11 (hereinafter referred to as 'first time bar 73a') Is displayed on the graphical user interface screen.

Here, the first time bar 73a is displayed as many as the number corresponding to each camera cut area 13 added to the work page 11 according to the click of the add button 23a. In FIG. 8, two cameras are displayed. As an example, two first time bars 73a for the cut region 13 are displayed on the first timeline window 73.

Here, the first time bar 73a is a playback time of the camera cut area 13 when the length of the first timeline window 73 in the time axis direction is produced as a video, and the start point and the end point of the first time bar 73a are the corresponding cameras. Corresponds to the playback start and end times in the video of the cut region 13.

In addition, the interval in the time axis direction between each of the first time bars 73a corresponds to the movement time between the two camera cut areas 13, so that the camera cut area 13 corresponding to the first time bar 73a that precedes the time axis is formed. The first time bar 73a is displayed as a video for a time, and during the interval time between the two first time bars 73a, the camera cut is moved to the camera cut area 13 corresponding to the first time bar 73a. do.

Here, the first time bar 73a displayed in the first timeline window 73 may be moved in the direction of the time axis by using a mouse to adjust the temporal playback position of each camera cut area 13 in the video. As a result, the moving speed and the time of the camera cut area 13 may be adjusted by adjusting the interval between the first time bars 73a. In addition, the reproduction order of each camera cut area | region 13 is determined according to the generation order of the camera cut area | region 13 produced | generated according to the click of the add button 23a.

Meanwhile, when one of the first time bars 73a, that is, one of the camera cut areas 13 is selected, the link button 21c is clicked, the work area 12 to be linked to the camera cut area 13 ) Can be selected. The link relationship between the work area 12 and the camera cut area 13 according to the click of the link button 23c will be described later.

When the camera cut area 13 is displayed in the page display area 10 and the cut camera button 24 is clicked while any one of the camera cut areas 13 is selected through the above-described method, it is shown in FIG. 9. As shown, an add move button 24a (ADD Move) is displayed in the toolbox area 20.

In addition, when the cut camera button 24 is clicked, the second timeline window 74 displaying a second time bar 74a capable of adjusting the playback time for the selected camera cut area 13 is displayed in the graphical user interface screen. Is displayed. In FIG. 9, the second timeline window 74 is displayed at the bottom of the page display area 10 as an example, and the first timeline window 73 is displayed at the position where the first timeline window 73 is displayed as an example. have.

In the second timeline window 74, the second time bar 74a is used to adjust the playback time for the corresponding camera cut area 13, and the end of the second time bar 74a is moved with the mouse. The length of time of the second time bar 74a is adjusted by dragging in the clicked state to adjust the playback time of the corresponding camera cut area 13. Here, the change of the reproduction time according to the adjustment of the second time bar 74a is reflected in the length of the first time bar 73a shown in FIG. 8.

In addition, when the second time bar 74a is selected, an adjustment point is displayed in the camera cut area 13 corresponding to the third time bar 74b, and the size and position of the camera cut area 13 are adjusted using a mouse. By adjusting, the area to be displayed during playback time when the actual video is produced is determined.

On the other hand, when the move add button 24a is clicked, the third time bar 74b capable of adjusting the reproduction time is displayed on the second timeline window 74. Here, the sum of the second time bar 74a, the third time bar 74b, and the time interval between the second time bar 74a and the third time bar 74b is the total for the camera cut area 13. This is a reproduction time, which is reflected in the first time bar 73a shown in FIG.

Here, the second time bar 74a and the third time bar 74b are used to give effects such as the movement of the camera in one camera cut area 13, for example, a change in position and a change in size. .

For example, in the state where the second time bar 74a is selected, the camera cut area 13 is reduced to a smaller size than the work area 12, and the position thereof is positioned at the center of the inside of the work area 12. When the size and position of the camera cut area 13 are adjusted to cover the entire work area 12 with the selection of 74b, when the image is generated as a video, it corresponds to the second time bar 74a. During the playback time, an image of the camera cut area 13 corresponding to the second time bar 74a is displayed. During the interval between the second time bar and the third time bar 74b, the camera cut area 13 is displayed in the third time bar. The size and position of the camera cut area 13 set in the state where 74b is selected are gradually changed to the start time of the reproduction time corresponding to the third time bar 74b.

As described above, various effects, such as a camera moving effect, a zoom-in or a zoom-out function, may be added in one camera cut area 13.

Meanwhile, when the cut camera button 24 is clicked, the shake add button 24b may be displayed in the toolbox area 20. In this case, any one of the second time bar 74a and the third time bar 74b displayed on the second timeline window 74 is selected, for example, the third time bar 74b is selected. When the add button is clicked, the shake time bar 74c is displayed on the top of the third time bar 74b as shown in FIG. 10.

Here, during the shake time bar 74c, the camera cut area 13 moves left and right or up and down so that the camera shakes, and the length of the shake time bar 74c on the time axis is added to the shake effect. Corresponds to shake time.

In addition, when the shake time bar 74c is selected, as shown in FIG. 10, a shake adjustment window for adjusting the strength, direction, and speed of the shake effect is displayed in the toolbox area 20. Here, the direction of the shake effect is provided to select any one of the up and down or left and right directions, the intensity of the shake effect is to adjust the degree of shaking in the vertical or horizontal direction, the speed of the shake effect is the speed of the camera shaking in the vertical or horizontal direction Will be adjusted.

11 illustrates an example of a graphic user interface screen when the cut camera button 24 is selected in a state in which the cut camera area and the work area 12 are linked by clicking the link button 23c shown in FIG. 9. Figure is shown.

When the camera cut area 13 and the work area 12 are linked, the effect according to the selection of the above-described move add button 24a and the shake add button 24b with respect to the camera cut area 13 is applied to the work area 12. It can also be added to Shape and multimedia resources IMAGE.

For example, when the add movement button 24a is selected while the time axis ('SHAPE' in FIG. 11) for the work area 12 is selected in the second timeline window 74, the work area 12 is selected for the work area 12. A time bar is created on the time axis, and when the time bar is clicked, an adjustment point is created on a layout that determines the work area 12, and thus the position and size can be adjusted. The effect according to the production of the video is given a motion in the layout that determines the work area 12 in the same way as the effect for the cut camera area.

As described above, by linking one camera cut area 13 and the work area 12, various visual effects may be added to each of the work area 12 and the multimedia resources linked in one camera cut area 13. Will be.

Meanwhile, when the effect button 25 provided in the toolbox area 20 is clicked, at least one effect image 25a may be displayed in the toolbox area 20 as illustrated in FIG. 12. Here, the effect image 25a is an image that can be added to the multimedia resource displayed on the work area 12 and may overlap the effect image 25a on the multimedia resource by dragging and dropping the work area 12.

In this case, when the overlapped effect image 25a is clicked on the work area 12, an adjustment point for adjusting the size of the effect image 25a is displayed, and the size of the effect image 25a is manipulated by operating a mouse. Etc. can be adjusted.

In addition, when the overlapped effect image 25a is clicked on the work area 12, the image control window 76 for adjusting the effect image 25a is displayed on the graphic user interface screen. In FIG. 12, the image adjustment window 76 is displayed at the bottom of the page display area 10 as an example. The line thickness of the effect image 25a and the color of the line of the effect image 25a are illustrated in FIG. An example of adjusting the line color, the line count and the brightness of the effect image 25a is provided.

Meanwhile, when the speech bubble button 26 provided in the toolbox area 20 is clicked, at least one speech bubble image 26a may be displayed in the toolbox area 20. Here, one of the speech bubble images 26a may be dragged and dropped onto the work area 12 to overlap the speech bubble image 26a with the multimedia resource displayed on the work area 12.

In addition, when the overlapped speech bubble image 26a is clicked in the work area 12, an adjustment point for adjusting the size of the speech bubble image 26a, a word tag, and the like may be displayed. In addition, when the speech bubble image 26a is selected in a manner such as double-clicking, the text can be input into the speech bubble image 26a, so that the text can be input.

In addition, when the overlapping speech bubble image 26a is clicked on the work area 12, the speech bubble control window 77 for adjusting the speech bubble image 26a and / or text is displayed on the graphical user interface screen. In FIG. 13, a line balloon of a balloon, a line color of a balloon, a line style of a balloon, a brightness of an entire balloon, and the like are provided in the balloon control window 77. To be an example. In addition, in FIG. 13, a font style, for example, a font, a size, and the like of the text recorded in the speech bubble may be adjusted, and the alignment method may be adjusted in the speech bubble.

When the button for execution of the rendering is clicked among the icon buttons in a state in which preparation for the production of the moving cartoon is completed through the above-described method, as shown in FIG. 14, the rendering setting window 80 for setting the rendering condition is displayed. Is displayed.

The render setting window 80 includes a folder save area for setting a storage location and a file name of a file to be rendered as a movie, a codec selection area for selecting a compression format, a rendering size, and frames per second ( A page selection area is provided for selecting a page to be rendered as a video from among a render option and a prepared work page 11 for setting a frame per second (FPS).

Then, when the start button (Start) provided in the rendering setting window 80 is clicked, a moving cartoon is rendered to produce a moving cartoon.

Although the preferred embodiments of the present invention have been described in detail above, the scope of the present invention is not limited thereto, and various modifications and improvements of those skilled in the art using the basic concepts of the present invention defined in the following claims are also provided. It belongs to the scope of rights.

1 is a diagram showing the configuration of a computer installed with a moving cartoon program according to the present invention,

2 to 14 illustrate graphical user interface screens provided by a moving cartoon program according to the present invention.

Claims (12)

In the moving cartoon manufacturing method performed by a computer-readable program, The program, (a) activating a page display area displaying a work page currently being worked on and a graphic user interface screen provided with a toolbox area provided with a page camera button; (b) setting at least one layout that determines a work area in which a multimedia resource is to be displayed on the work page; (c) registering and displaying multimedia resources in each of the working areas; (d) setting at least one camera cut area in which a play time and a play order are set on the work page; (e) encoding moving pictures so that the multimedia resources displayed in the camera cut regions are reproduced during the respective playing times according to the playing order to produce moving cartoons; In step (d), (d1) when the page camera button is clicked, an add button is activated in the toolbox area; (d2) When the add button is clicked, the camera cut area is visually recognizably displayed on the work page, and a first time bar having a length corresponding to the playing time for the displayed camera cut area is displayed. Displaying a first timeline window on the graphical user interface screen; When the step (d2) is performed a plurality of times, the reproduction order for the camera cut region is determined according to the execution order of the step (d2). The method of claim 1, A toolbox area provided with a layout button is further provided on the graphic user interface screen; In step (b), (b1) displaying a basic layout having at least one shape in the toolbox area when the layout button is clicked; (b2) selecting one of the basic layouts; and (b3) displaying the selected basic layout on the work page to set the work area. The method of claim 2, In the step (b2) and the step (b3), any one of the basic layouts displayed in the toolbox area is moved on the work page by drag and drop so that the basic layout is displayed on the work page. How to make a moving cartoon. The method of claim 1, The graphical user interface screen is further provided with a toolbox area provided with a library button; In step (c), (c1) when the library button is clicked, activating a resource display window for displaying multimedia resources in the toolbox area; (c2) registering at least one multimedia resource in the resource display window; and (c3) registering and displaying any one of the multimedia resources registered in the resource display window in any one of the working areas determined by the layout according to a drag and drop method. How to make. delete The method of claim 1, A cut camera button is further provided in the toolbox area; In step (d), (d5) if the cut camera button is selected while any one of the camera cut areas is selected, displaying a move add button in the toolbox area; (d6) When the cut camera button is selected while any one of the camera cut regions is selected, a second timeline window displaying a second time bar for adjusting a playback time for the selected camera cut region is displayed in the graphical user interface. Displaying on the screen; (d7) when the move add button is clicked, displaying a third time bar on which the reproduction time can be adjusted in the second timeline window; (d8) When any one of the second time bar, the third time bar, and the time interval between the second time bar and the third time bar is adjusted, the playback time of the selected camera cut area is determined by the second time. And a bar set by the sum of time corresponding to the third time bar and the time interval. The method of claim 6, When one of the second time bar and the third time bar is selected, the second time bar and the third time are changed when one of the size and position of the camera cut area displayed on the work page is changed. The moving cartoon production method of claim 1, wherein the changed camera cut region is set to be generated as a video during a playback time corresponding to any one of the bars. The method of claim 6, And the camera cut area in which the cut camera button is clicked is capable of adjusting a size and a position on the work page. The method of claim 6, In the (d5) step, the shake addition button is further displayed in the toolbox area; In step (d), (d9) when the shake addition button is clicked, displaying a shake time bar having a length corresponding to a shake time to which a shake effect is added to the second timeline window and allowing the shake time to be adjusted; (d10) if the shake time bar is selected, further comprising displaying a shake control window for adjusting at least one of the intensity, direction, and speed of the shake effect in the toolbox area; The moving cartoon of the moving picture is encoded in the step (e) during the shaking time characterized in that the shaking effect controlled by the image shake control window is added. The method of claim 1, A toolbox area provided with effect buttons is further provided on the graphical user interface screen; The program, (f) when the effect button is selected, displaying at least one effect image attachable to the multimedia resource displayed on the work area; and (g) dragging and dropping any one of the effect images to the work area to overlap the effect image on the multimedia resource displayed on the work area. The method of claim 1, The graphical user interface screen is further provided with a toolbox area provided with a speech bubble button; The program, (h) when the speech bubble button is clicked, displaying at least one speech bubble image in the toolbox area; (i) dragging and dropping one of the speech bubble images into the work area to overlap the speech bubble image with the multimedia resource displayed in the work area; (j) Moving cartoon production method, characterized in that for performing the step of further inputting text in the speech bubble image. A computer-readable recording medium having recorded thereon a program for performing a method of manufacturing a moving cartoon according to any one of claims 1 to 4 or 6 to 11.

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