KR101850285B1 - Device and method for generating video script, and video producing system and method based on video script, computer program media - Google Patents

Abstract

The present invention relates to a device and method to generate a video script, allowing a user to easily and freely produce, edit, and convert video without a specified video producing or editing tool, and a system and method to produce video based on a video script. According to the present invention, the device comprises: a user interface (UI) outputted to a user terminal to allow a user to input data to make a video script; a unit script generation module receiving the data inputted to the UI to generate at least one unit script; a script group generation module including at least one lower script belonging to the at least one unit script in the unit script based on the at least one unit script generated from the unit script generation module and the data inputted in the UI to generate each group; and a video script generation module assigning a scene switching effect between script groups based on the data inputted in the UI to switch a scene among the script groups generated from the script group generation module to generate the video script.

Description

TECHNICAL FIELD [0001] The present invention relates to a video script generation apparatus and method, a video script-based video production system and method, a computer program storage medium,

The present invention relates to an apparatus and method for generating a video script, and a video production system and method using the same. More particularly, the present invention relates to an apparatus and a method for enabling a user to directly create and create a script for creating a moving picture, a system and a method for producing a moving picture using the apparatus and method, and a computer program storage medium.

It is not easy for a non-professional user to produce a desired video. Therefore, a variety of video production tools have been developed and serviced so that users can easily produce videos. However, such a moving image producing tool has a structure in which, when a user inserts an image into a template that has already been set, such as a preset frame image size, an already set image or a text input size, the moving image generating tool generates a moving image of a predetermined type. That is, the conventional moving picture production tool is very dependent on the program because it has to use the moving picture production tool used when editing or converting the moving picture generated by the moving picture production tool. Also, in order to use the moving picture production tool, It takes a lot of time and effort. Therefore, there is a problem that it is inconvenient to easily produce various moving pictures desired by the user and to edit and convert the produced images.

Apparatus and method for providing a video frame sequence of Korean Patent Laid-Open No. 10-2008-0114725 (published December 31, 2008), apparatus and method for providing a scene model, scene model, apparatus for generating menu structure And methods and computer program inventions are disclosed.

An apparatus for providing a sequence of video frames based on a scene model defining a scene of the present invention includes a video frame generator for providing a plurality of sequences of video frames based on a scene model, Identifying a scene model object having a name or predefined object attributes in a scene model to obtain an identified scene model object and further wherein the video frame generator is further configured to display on the surface of the identified scene model object Wherein the apparatus for generating a video frame sequence as an alternative to the identified scene model object and generating a menu structure of the video medium comprises an apparatus for providing a sequence of video frames, the apparatus for providing a sequence of video frames comprises a scene model, And menu structure related A configuration for generating a sequence of video frames that is part of a menu structure of a video medium based on a characteristic, said concept being an invention enabling easy generation of video transitions and menu structures.

The present invention is an invention for generating a frame sequence by acquiring user contents in a structure of a video frame already set and inserting user contents into a set position, and it is an object of the present invention to provide a video frame generator, A program-dependent problem at the time of work, and various videos desired by the user can not be easily produced.

Therefore, it is not necessary to use a given video production tool for editing and converting the produced video without using a given video production tool that is typical for the video production, There is a need for an apparatus and method for generating a video script capable of producing a script for producing a desired movie and editing and converting the created script into various editor programs.

Korean Patent Publication No. 10-2008-0114725 (Disclosure Date: December 31, 2008)

SUMMARY OF THE INVENTION The present invention has been made to solve the problems of the prior art described above, and it is an object of the present invention to provide a video production apparatus and a video production method, which do not use a given video production tool, And to provide a method and apparatus for generating a script capable of editing and converting a created script into various editor programs.

Another object of the present invention is to provide a video script-based moving image creation system and method for creating a moving image using a script created by the user.

It is another object of the present invention to provide a medium in which a computer-readable computer program is recorded, the method comprising: generating the video script;

As a technical solution for achieving the object of the present invention, as a first aspect of the present invention, there is provided a program for causing a computer to execute the steps of: determining a size of a script of a moving picture, a total number of unit scripts, A number of input objects that can be registered in the input unit; A motion object information setting unit for setting a name of a motion object, a motion time, a motion type, a timing group, and the like; A multimedia object information setting unit for setting multimedia information such as a motion object to be inserted into a script, a sound object, and motion of a motion object; An animation information setting unit for setting animation information to be executed in the script; A user interface including a switching information setting unit for setting a switching effect between the script and the script,

A unit script generation module for generating a unit script based on the information set by the user interface unit, a script group generation module for generating a script group belonging to the generated at least one unit script, And a video script generation module for generating a video script by applying a transition effect between the script groups.

According to a second aspect of the present invention, there is provided a method of generating a video script using a video script generating means output to a user terminal,

Receiving the script generation information input to the user interface by the user terminal; Generating at least one unit script based on the script generation information received by the unit script generation module of the user terminal; Generating a script group including a sub-script for each of the at least one unit script; Generating a video script by applying a transition effect between each script group generated based on the script generation information by the scene group generation module of the user terminal.

According to a third aspect of the present invention, there is provided an information processing apparatus comprising: a video script generation means for generating a video script based on video script generation information output from a user terminal and input by a user;

A script parsing module for receiving a video script from the user terminal, interpreting a syntax included in the script, generating an internal data structure, and preparing a video for creation; A frame image generation module for writing the motion object for each frame into a frame and extracting coordinate information of the object corresponding to each frame to generate an animation image; And a moving picture composing module including a sound composition and a moving picture merging module for merging the generated moving picture file and another moving picture and synthesizing the sound, Are presented.

According to a fourth aspect of the present invention, there is provided a moving picture production method comprising: a video script generation means output to a user terminal; and a moving picture generation means for generating a moving picture by receiving script information from the video script generation means,

The moving image generating means receives the image script information including the image, moving image, text, and sound set by the user from the image script generating means, and generates an internal data structure for moving image generation through analysis of data and multimedia extraction A script parsing step for;

A frame image generating step in which the moving image generating means generates a frame image for each script;

Generating a moving image file using each of the generated frame images;

And the moving picture generating means synthesizes the moving picture file and the sound generated by the moving picture generating means.

According to the present invention, a script for producing a desired movie can be produced by a user directly without using a predetermined frame or template provided in the video production tool in advance, and a movie can be produced using the produced script, It is possible to freely and easily create, edit and convert a desired video without using a specific video production tool or an editing tool.

1 is a schematic configuration diagram of an embodiment of a video script generating apparatus according to the present invention.
2 is a schematic block diagram of an embodiment of a user interface, which is a main part of an embodiment of a video script generating apparatus according to the present invention.
FIG. 3 is a schematic block diagram of an embodiment of a script information setting unit which is a main part of an embodiment of the user interface of the present invention.
4 is a schematic block diagram of an embodiment of a motion object information setting unit, which is a main part of an embodiment of the user interface of the present invention.
FIG. 5 is a schematic block diagram of an embodiment of a multimedia object information setting unit, which is a main part of an embodiment of a user interface of the present invention.
FIG. 6 is a schematic configuration diagram of an embodiment of an animation information setting unit, which is a main part of an embodiment of the user interface of the present invention.
FIG. 7 is a schematic block diagram of an embodiment of a moving image generating system using the apparatus for generating a video script of the present invention.
FIG. 8 is a schematic block diagram of an embodiment of a script parsing module, which is a principal part of an embodiment of a moving picture generating system using a video script generating apparatus according to the present invention.
FIG. 9 is a schematic configuration diagram of an embodiment of a frame image generation module, which is a main part of an embodiment of a moving image generation system using a video script generation apparatus according to the present invention.
FIG. 10 is a schematic block diagram of an embodiment of a moving image file generation module which is a main part of an embodiment of a moving image generation system using the image script generation apparatus of the present invention.
11 is a schematic block diagram of an embodiment of a sound synthesis and moving picture merging module which is a main part of an embodiment of a moving picture generating system using a video script generating apparatus according to the present invention.
12 is a flowchart for explaining an embodiment of a video script generation method of the present invention.
13 is a flowchart for explaining an embodiment of a moving picture generating system using the video scripting apparatus of the present invention.

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

With regard to the terms used in the present invention, for example, terms such as "user interface, unit script generation module, and script information setting unit" may denote a web program or an application program that is driven by utilizing computer hardware resources, It may also mean the hardware itself.

1 is a schematic configuration diagram of an embodiment of a video script generating apparatus according to the present invention. As shown in FIG. 1, the apparatus for generating a video script of the present invention includes a user interface 100 for inputting data to a user terminal 10 so that a user can create a video script; A unit script generation module 210 for receiving data input to the user interface 100 and generating at least one unit script; At least one sub script belonging to the at least one unit script is included in the unit script based on at least one unit script generated by the unit script generation module 210 and data input to the user interface 100 A script group generation module 220 for generating a script group for each group; A scene change effect between the script groups based on the data input to the user interface 100 for scene change between the script groups generated by the script group creation module 220, And a script generation module 230.

The user terminal 10 is a terminal having a wired or wireless communication means such as the Internet, which can be implemented by outputting and executing a web program, a computer application program, and the like. The terminal is a mobile communication terminal such as a user computer, And a tablet computer.

2 is a schematic block diagram of an embodiment of a user interface, which is a main part of an embodiment of a video script generating apparatus according to the present invention.

As shown in FIG. 2, the user interface 100 of the present invention includes a script information setting unit 110 for setting script information by inputting various necessary data necessary for a user to produce a desired moving picture; A motion object information input unit 120 for setting information of motion objects inserted into the script and having motion; A multimedia object information setting unit 130 for setting multimedia object information to be inserted into a script such as an image, a moving image, and a sound; An animation information setting unit 140 for setting motion information of the motion objects; And a switching information setting unit 150 for setting a switching effect between at least one script.

FIG. 3 is a schematic block diagram of an embodiment of a script information setting unit which is a main part of an embodiment of the user interface of the present invention.

As shown in FIG. 3, the script information setting unit 110 of the present invention includes a script size setting unit 111 for setting a size of a moving image to be produced; A unit script setting unit 112 for setting the number of scenes of the moving picture; A unit script time setting unit 113 for setting a playback time of each of at least one unit script; A total script time setting unit 114 for setting a total playback time of a moving picture as a sum of playback times of the unit scripts; And an input object setting unit 115 for setting the total number of objects to be displayed in a moving image to be produced.

4 is a schematic block diagram of an embodiment of a motion object information setting unit, which is a main part of an embodiment of the user interface of the present invention.

As shown in FIG. 4, the motion object information setting unit 120 of the present invention includes a motion object name setting unit 121 for setting a title of each motion object; A motion object motion time setting unit 122 for setting a motion time of each motion object in the unit script; A motion object motion setting unit 123 for setting motion information of the motion objects in the unit script; And a motion object timing group setting unit 124 for setting information such as an execution order between motion objects, a delay time before starting, and whether or not to execute simultaneously, in a script-specific group.

FIG. 5 is a schematic block diagram of an embodiment of a multimedia object information setting unit, which is a main part of an embodiment of a user interface of the present invention.

5, the multimedia object information setting unit 130 of the present invention includes a moving image object information setting unit 131 for setting information such as a playback range, a start time, and an ending time of a moving image to be inserted into a script, ; And a sound object information setting unit 132 for setting information such as the playback range, start time, and end time of the sound to be inserted into the script.

FIG. 6 is a schematic configuration diagram of an embodiment of an animation information setting unit, which is a main part of an embodiment of the user interface of the present invention.

As shown in FIG. 6, the animation information setting unit 140 of the present invention includes an animation object setting unit for setting objects and objects such as images, texts, color boxes, sounds, 141); An animation selection setting unit (142) for selecting and setting an animation from a preset animation or a user animation registered in advance; An animation motion information setting unit 143 for setting a motion such as a reproduction period of the animation, the number of times of reproduction and the repetition of the animation; And a multimedia object setting unit 144 for setting object information such as moving images and sounds included in the animation.

1 to 6, an embodiment of a video script generating apparatus according to the present invention will be described in more detail.

For reference, if you compare a movie with a play, you can see that various actors perform each scene with various scenes setting each stage device and background respectively. In a movie, a stage is a script, a setting is a background image, an actor is a motion object, and a motion object is an animation. Also, the transition of each scene and scene can be expressed by the page transition effect.

In the present invention, each scene is represented by a script, and one unit script is composed of objects such as a background image, an image, a text, a moving image, and a sound, and each object is moved, enlarged, rotated, An animation effect such as disappearance is set, and a script group including a unit script and at least one sub-script is created.

A user executes a user interface 100 composed of a web program or an application program included in the video script generating apparatus of the present invention. The script size can be set by designating the width and height of the script as the type of the movie to be produced by using the script size setting unit 111 of the script information setting unit 110 of the user interface 100. [ Then, the number of unit scripts constituting one scene can be set using the unit script setting unit 112 of the script information setting unit 110 to set the total number of scenes. Then, the unit script time setting unit 113 of the script information setting unit 110 can set the playback time of each unit script. Then, the entire script time corresponding to the entire video playing time can be set using the entire script time setting unit 114 of the script information setting unit 110. [ In addition, the number of objects such as images to be displayed in the script can be set using the input object setting unit 115 of the script information setting unit 110. [

In addition, the user can set information on the motion time and the like of the motion object using the motion object information setting unit 120 of the user interface 100. The title of the motion object can be written using the motion object name setting unit 121 of the motion object information setting unit 120. In addition, motion time information of the motion object can be set using the motion object motion time setting unit 122 of the motion object information setting unit 120. [ In addition, the motion object setting unit 123 of the motion object information setting unit 120 may be used to set motion related to movement, rotation, and enlargement of the motion object. In addition, the motion object timing group setting unit 124 of the motion object information setting unit 120 may set information on the execution order, delay time before starting, and simultaneous execution of motion objects as separate timing groups have.

The timing groups may be set for each script, and the timing groups may be set to be executed in the order of the numbers. Also, a motion object belonging to the same timing group can start to be executed simultaneously, but a motion object having a start delay time can be set to run with the passage of a delay time.

In addition, the user can set the moving picture and sound object information appearing in the script using the multimedia object information setting unit 130 of the user interface 100. It is possible to set whether the moving picture is fully reproduced or partially reproduced by using the moving object information setting unit 131 of the multimedia object information setting unit 130. If it is set to reproduce a part of the moving image, Time information can be set. The sound object information setting unit 132 of the multimedia object information setting unit 130 may be used to set whether the sound is entirely reproduced or partially reproduced. When the partial sound is reproduced, And end time information can be set, and information such as silence without sound, gradually increasing and decreasing can be set.

In addition, the user can set animation information of objects appearing in the script using the animation information setting unit 140 of the user interface 100. [ The animation target setting unit 141 of the animation information setting unit 140 can be used to set an animation for each object such as an image, a text box, a color box, a sound, and a moving image constituting a script. Can be set. In addition, it is possible to select and set whether to set the preset animation registered in advance or the animation specified by the user using the animation selection setting unit 142 of the animation information setting unit 140. In addition, the animation motion information setting unit 143 of the animation information setting unit 140 may be used to set the animation duration of the animation, the number of plays, the repeatability, whether the object is initially hidden, whether it is hidden after the animation is executed, Information for expressing coordinate movement, transparency information per script, rotation information of an object per script, and size information of an object per script can be set.

In order to specify the object information in the animation, coordinate information, size information, tag name, object name, and rotation information may be provided. In the case of an image, coordinate information, image size, An image file name and image rotation information may be provided. In the case of moving images and sounds, which are multimedia objects to be animated, by using the multimedia object setting unit 144 of the animation information setting unit 140, the object information can be expressed as a thumbnail. In this case, So that the same information as the image object can be exposed, and the file name of the movie or sound is specified in the image source.

In addition, the user can set the page transition effect between the script groups using the switching information setting unit 150 of the user interface 100. [ The transition effect means the transition effect between script groups containing one unit script and at least one sub script. The transition effect can be set using the lowest script of the previous script group and the first script of the next script group.

When the information for generating a video script as described above is inputted, registered and set in the user interface 100, the unit script generation module 210 executed by the user terminal 10 sets a unit corresponding to each scene of the video Create a script. The unit script generates a unit script corresponding to the set number based on the size of the script set by the user in the user interface 100, the number of unit scripts, the playback time, the motion object, the multimedia object, and the animation information.

The script group module 220 generates at least one sub script corresponding to each unit script based on the at least one unit script generated by the unit script generation module 210, And generates a script group as many as the number of unit scripts set in the list.

The video script generation module 230 applies switching information between scripts set in the user interface 100 between script groups generated in the script group module 220 to generate video scripts.

As described above, by using the video script generating apparatus of the present invention, a user can freely, easily, and quickly generate a video script for producing a desired video without using a conventional fixed video generating tool in order to produce a desired video have.

FIG. 7 is a schematic block diagram of an embodiment of a moving image generating system using the apparatus for generating a video script of the present invention.

7, the moving picture generating system using the video script generating apparatus of the present invention receives the video script generated by the user in the video script generating apparatus of the user terminal 10, A script parsing module 310 for performing an operation necessary for producing a moving picture through the browser; A frame image generation module 320 for generating an animation image for each frame on the basis of script information and motion object information extracted by the script parsing module 310; A moving image file generation module 330 for generating a moving image file using the frame images generated by the frame image generation module 320; And a sound synthesis and moving image merging module 340 for synthesizing the sound file and sound generated by the sound file creation module 330, and merging the sound file and the sound file to be merged with each other, to be.

FIG. 8 is a schematic block diagram of an embodiment of a script parsing module, which is a principal part of an embodiment of a moving picture generating system using a video script generating apparatus according to the present invention.

As shown in FIG. 8, the script parsing module 310 of the present invention includes a script syntax analyzing unit 311 for generating a syntax analysis and an internal data structure of a video script; A multimedia object extraction unit (312) for extracting image and sound information from a moving image included in the image script; And an object playback time calculation unit 313 for analyzing the playback time of the timing group and the motion object in the video script and calculating the individual playback time of each motion object.

FIG. 9 is a schematic configuration diagram of an embodiment of a frame image generation module, which is a main part of an embodiment of a moving image generation system using a video script generation apparatus according to the present invention.

As shown in FIG. 9, the frame image generation module 320 of the present invention includes a motion object frame synthesis unit 321 for synthesizing motion objects for each frame by calculating the reproduction time of the video script as the number of frames; And an animation image sampling unit 322 for extracting coordinate information of an object corresponding to each frame to generate an animation image.

FIG. 10 is a schematic block diagram of an embodiment of a moving image file generation module which is a main part of an embodiment of a moving image generation system using the image script generation apparatus of the present invention.

10, the moving image file generation module 330 of the present invention includes a stream generation unit 331 for generating an array structure of each frame generated by the frame image generation unit 320 and generating the stream as a stream, Wow; And a moving picture file generating unit 332 for generating a moving picture file from the stream generated by the stream generating unit 331. [

11 is a schematic block diagram of an embodiment of a sound synthesis and moving picture merging module which is a main part of an embodiment of a moving picture generating system using a video script generating apparatus according to the present invention.

11, the sound synthesizing and moving picture merging module 340 of the present invention includes a sound synthesizing unit 341 for synthesizing sounds included in a video script in the moving picture file; And a moving image merging unit 342 for merging the provided moving image and the moving image file.

The moving picture file and the sound composition may be synchronized using the time information defined in the video script, and may include a structure to cut the designated area from the sound if the reproduction time of the moving picture is different from the reproduction time of the sound.

12 is a flowchart for explaining an embodiment of a video script generation method of the present invention.

As shown in FIG. 12, the method for generating a video script of the present invention is a method for generating a video script using a video script generating means output to a user terminal,

(S100) receiving the script generation information input to the user interface by the user terminal; (S101) generating at least one unit script based on the script generation information received by the unit script generation module of the user terminal; (S102) a script group generation module of the user terminal generates a script group including a sub script for each of the at least one unit script; And a step (S103) of generating a video script by applying a transition effect between each script group generated based on the script generation information by the video script generation module of the user terminal.

13 is a flowchart for explaining an embodiment of a moving picture generating system using the video scripting apparatus of the present invention.

As shown in FIG. 13, the moving picture generating system using the video script generating apparatus of the present invention includes: receiving (S200) script generation information input by a user terminal into a user interface; (S201) of generating at least one unit script based on the script generation information received by the unit script generation module of the user terminal; Generating a script group including a sub-script for each of the at least one unit script (S202); A step S203 of generating a video script by applying a transition effect between each script group generated based on the script generation information, and transmitting the generated script to a server; A script parsing step (S204) for the server to receive an image script transmitted from the user terminal and generate an internal data structure for generating a moving image through analysis of data and multimedia extraction; (S205) of calculating a playback time of each script based on a data structure interpreted in each script parsing step, and applying a motion object to each frame as a frame number; The server extracting coordinate information of an object corresponding to each frame to generate a frame image (S206); (S207) of generating a moving picture file using each frame image generated by the server; And synthesizing the sound file and the sound file generated by the server (S208).

The server may further include a step of merging the video with the sound and the other video if the other video is provided.

In addition, the step of generating the frame image and the step of generating the moving image file may be performed simultaneously.

The embodiments of the present invention described above are only a few of the various embodiments of the present invention. TECHNICAL FIELD [0001] The present invention relates to a technical idea of a video script generating apparatus and method for generating a video script such that a user can freely and easily produce a desired video form in a user-led manner, and a video generating system and method using the same Various embodiments included in the idea are included in the protection scope of the present invention.

100: User interface
200: Video script generation module section
210: Unit script generation module
220: Script group creation module
230: Video script generation module
300: Moving picture generating module
310: Script parsing module
320: frame image generation module
330: Video file creation module
340: Sound synthesis and video merge module

Claims (10)

A script size setting means for setting a size of a moving picture to be produced, a unit script number setting means for setting the number of scenes of a moving picture, a unit script time setting means A total script time setting means for setting a total playback time of the moving picture as a sum of the playback time of the at least one unit script; an input object number setting means for setting a total number of objects to appear in the moving picture; A user interface including motion object timing group setting means for setting information such as an execution order between motion objects in a unit script, a delay time before starting, and whether or not to execute simultaneously, into a group per unit script; A unit script generation module for receiving data input to the user interface and generating at least one unit script; And at least one sub-script belonging to the at least one unit script on the basis of at least one unit script generated by the unit script generation module and data input to the user interface, A script group creation module; And a video script generation module for generating a video script by giving a scene transition effect between the script groups on the basis of data input to the user interface for scene transition between the script groups generated by the script group generation module ;
The video script is composed of a group of the unit scripts, and the unit script constituting one scene can set an object constituting a scene, an attribute of the object, and an animation for each object, and an animation can be set for each group by grouping objects The function is processed as a single visual script;
Wherein attributes and motion effects of an object for generating a video file by one video script are specified in the video script. The method according to claim 1,
Wherein the video script is defined and generated on a text basis. delete The method according to claim 1,
The user interface includes: a motion object name setting unit for setting a title of each motion object; A motion object motion time setting unit for setting a motion time of each motion object in a unit script; And a motion object motion setting unit for setting motion information of the motion objects in the unit script. The method according to claim 1,
The user interface includes a moving picture object information setting unit for setting information such as a playback range, a start time, and an ending time of a moving picture to be inserted into a script; And a sound object information setting unit for setting information such as a playback range, a start time, and an end time of a sound to be inserted into the script. The method according to claim 1,
The user interface includes an animation object setting unit for setting objects and objects such as an image, a text, a color box, a sound, and a moving image constituting a script into a group of bundles; An animation selection setting unit for selecting and setting an animation from a preset animation or a user animation registered in advance; An animation motion information setting unit for setting a motion such as a reproduction period of the animation, the number of times of reproduction, and whether or not the animation is repeated; And a multimedia object setting unit for setting object information such as moving pictures and sounds included in the animation. A script syntax analyzing unit for receiving the image script generated by the user in the image script generating means of the user terminal and generating a syntax analysis and an internal data structure of the image script; A script parsing module for analyzing a reproduction time of a timing group and a motion object in the video script to calculate an individual reproduction time of each motion object;
A motion object frame synthesizer for synthesizing motion objects for each frame by calculating the number of frames of the playback time of the video script based on script information and motion object information extracted from the script parsing module, A frame image generation module including an animation image generation unit for extracting coordinate information and generating an animation image;
A moving image file generating module for generating a moving image file using the frame images generated by the frame image generating module; And a sound synthesis and moving image merging module for synthesizing the moving picture file and the sound generated by the moving picture file generating module, and merging the moving picture to be merged with the other moving picture to generate one moving picture;
The video script is composed of a group of unit scripts. A unit script constituting one scene can set an object constituting a scene, an attribute of the object, an animation for each object, a function for grouping objects and setting an animation for each group This is handled as one visual script;
Wherein attributes and motion effects of an object for generating a video file by one video script are specified in the video script. delete A method for generating a video script using a video script generating means output to a user terminal,
Receiving, by the user terminal, size information of a moving image set by the video script generating means; Receiving, by the user terminal, information on the number of scenes of a moving picture set by the video script generating means; Receiving the playback time information of at least one unit script to be used in production of the moving image set by the video script generation unit; Receiving the total reproduction time information of the moving picture as a sum of reproduction times of the at least one unit script set by the video script generation means; Receiving information on the total number of objects to be displayed in the moving picture set by the video script generating means; The user terminal receives information for setting information such as an execution order among motion objects in each unit script set by the video script generating means, a delay time before starting and a simultaneous execution of each motion script in a unit script group ; Receiving the data set by the video script generating means and generating at least one unit script; The user terminal includes at least one sub-script belonging to the at least one unit script in the unit script based on at least one unit script generated by the video script generation unit and data input to the video script generation unit Respectively; The user terminal generates a video script by giving a scene transition effect between the script groups on the basis of data input to the video script generation means for scene transition between each script group generated by the video script generation means A method of generating a video script. Comprising: receiving, by a user terminal, size information of a moving image to be produced set by a video script generating means; Receiving, by the user terminal, information on the number of scenes of a moving picture set by the video script generating means; Receiving the playback time information of at least one unit script to be used in production of the moving image set by the video script generation unit; Receiving the total reproduction time information of the moving picture as a sum of reproduction times of the at least one unit script set by the video script generation means; Receiving information on the total number of objects to be displayed in the moving picture set by the video script generating means; The user terminal receives information for setting information such as an execution order among motion objects in each unit script set by the video script generating means, a delay time before starting and a simultaneous execution of each motion script in a unit script group ; Receiving the data set by the video script generating means and generating at least one unit script; The user terminal includes at least one sub-script belonging to the at least one unit script in the unit script based on at least one unit script generated by the video script generation unit and data input to the video script generation unit Respectively; Generating a video script by giving a scene transition effect between the script groups based on data input to the video script generation means for the scene change between each script group generated by the video script generation means; Transmitting the generated image script to the server; A script parsing step for the server receiving an image script transmitted from the user terminal and generating an internal data structure for generating a moving image through data analysis and multimedia extraction; Calculating a playback time of each script as a frame number based on a data structure interpreted in each script parsing step by the server and applying a motion object to each frame; The server extracting coordinate information of an object corresponding to each frame to generate a frame image; Generating a moving picture file using each frame image generated by the server; And combining the sound file and the sound file generated by the server.

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