KR102026994B1 - Video motion object markup language - Google Patents

Abstract

The present invention relates to a markup language system for defining a video motion object, which facilitates video producing and editing operations. The markup language system of the present invention comprises: a spread definition unit (100) for defining a statement of a video to be reproduced; a background image definition unit (200) for defining a background of the video; a motion object definition unit (300) for defining a motion of an object; a timing group definition unit (400) for grouping objects defined by the motion object definition unit (300); and a page switching definition unit (500).

Description

Markup language system for defining video motion objects {Video motion object markup language}

The present invention relates to a markup language system for defining a video motion object, and more particularly, by using a motion object markup language to textize a text when making and editing a video, a user can easily make or edit a video. The present invention relates to a markup language system that defines a video motion object that enables the development of a user interface (UI) tool.

Unless you are a media expert or programmer, it is very difficult for users to create and edit videos.

Therefore, a video production tool that allows a user to easily create and edit a video has been developed and is being serviced.

However, such a conventional video production tool is provided when a user inserts a picture and an image into an already set template such as an already set frame image size, an already set image, or a text input size. It has a configuration to generate a video of a predetermined form.

That is, the conventional video tool is very programmatically dependent on the video production tool used when editing or converting a video generated using the video production tool. Also, in order to use the video production tool, it takes a lot of time and effort to learn how to use it.

In addition, since a video is produced using a template already set, there is a problem in that a part of the video cannot be edited or converted by the user partially.

Accordingly, there is a need for a video production system that can easily produce and edit various videos that a user wants to produce and edit.

Accordingly, the present invention is to provide a system that can easily create and edit a video with various effects by describing the video as text using a motion object markup language that can define a video, the video motion object As a prior art related to a markup language system to be defined, as shown in FIG. 3, an apparatus and method for generating an image script, an image script system and method for producing an image script, and a computer program storage medium of Korean Patent Application Publication No. 10-1850285. (Hereinafter referred to as 'advanced technology'),

A user interface for inputting data to be output to a user terminal so that a user can create an image script, a unit script generation module for receiving data input to the user interface and generating at least one unit script, and the unit script Generating a script group for generating at least one subscript belonging to the at least one unit script based on at least one unit script produced by the generation module and the data input to the user interface, and including each of the unit scripts into groups. When a video script is generated by applying a scene change effect between the script groups based on the data input to the user interface to change scenes between the module and each script group generated by the script group generation module. An apparatus and method for generating an image script including an image script generation module for increasing, and a system and method for generating a video using the same.

As described above, the prior art is a technology filed by the applicant on April 13, 2017 in order to solve the conventional problems, the image script generation module generates a script of the video received from the user interface in the user It is characterized by making it easy to create and edit videos.

On the other hand, the present invention is characterized in that a video is produced by defining and describing a video in a motion object markup language based on the prior art.

Therefore, since the means for solving the problem to be solved from the prior art is different, and the effect thereof is different, the technical characteristics are different.

Republic of Korea Patent Publication No. 10-1850285 (2018.04.13.)

Accordingly, the present invention has been made to solve the above-mentioned conventional problems,

The object of the present invention is to provide a system for creating a text using a motion object markup language and allowing a video to be produced and edited by the written text.

Still another object of the present invention is to provide a system for facilitating the production and editing of moving images by textualization of the moving images, thereby enhancing the stability and convenience of management of the moving images.

It is also an object of the present invention to provide a system for easily developing a tool of a user interface (UI) for producing and editing a video.

The present invention for achieving the above object is devised to achieve the problem to be solved,

In a markup language system that defines a video motion object,

A spread definition unit defining a state of a video to be played;

A background image definition unit defining a background of the video within the state of the video defined by the spread definition unit;

A motion object definition unit that defines a motion of an object to be represented in a video to be played;

A timing group definition unit for grouping objects defined from the motion object definition unit;

One scene defined and produced by the spread definition unit, the background image definition unit, the motion object definition unit, and the timing group definition unit is generated from another spread definition unit, the background image definition unit, the motion object definition unit, and the timing group definition unit. Consists of a page transition definition unit that defines the effect when the transition to a defined and produced scene;

The motion object definition unit

A motion object motion definition module defining motion of the object;

Motion object environment definition module for defining the execution environment of the object;

Define the various animation effects of the object, the environment in which the animation of the defined object is executed,

Based on this, when the video is produced and edited, the user texts the video to be played by the spread definition unit, the background image definition unit, the motion object definition unit, the timing group definition unit, and the page transition definition unit in the motion object markup language. It is characterized in that the production and editing of the video is made easy.

On the other hand, before the present specification, the terms or words used in the claims should not be construed as being limited to the ordinary or dictionary meanings, the inventors of the concept of the term in order to explain his invention in the best way On the basis of the principle that can be appropriately defined should be interpreted as meanings and concepts corresponding to the technical spirit of the present invention.

Therefore, the embodiments described in the present specification and the configuration shown in the drawings are only the most preferred embodiments of the present invention, and do not represent all of the technical idea of the present invention. It should be understood that there may be equivalents and variations.

According to the present invention as described above in the above configuration and operation,

You can create and edit video in text using the motion object markup language.

That is, the video may be defined by text.

In addition, since the video is textized, the structure of the video can be easily confirmed and organized.

In addition, it is easy to create and edit a video, and easily develop a tool for a user interface (UI).

In addition, the video becomes textual, making it easy to maintain, archive, and edit the video.

Ultimately, it is a very effective invention that allows users to easily create and edit their own videos using the motion object markup language.

1 is a block diagram of a markup language system for defining a video motion object according to the present invention.
2 illustrates an embodiment of a markup language system for defining a video motion object according to the present invention.
Figure 3 shows a representative view of the prior art for the markup language system that defines the video motion object of the present invention.

Hereinafter, with reference to the accompanying drawings will be described in detail the function, configuration and operation of the markup language system for defining a video motion object of the present invention.

1 is a block diagram of a markup language system for defining a video motion object according to the present invention, and FIG. 2 is a diagram illustrating an embodiment of a markup language system for defining a video motion object according to the present invention.

As shown in Figure 1 to 2, the present invention,

In the markup language system 1 that defines a video motion object,

A spread definition unit 100 defining a state of a video to be played;

A background image definition unit 200 defining a background of the video within the state of the video defined by the spread definition unit 100;

A motion object definition unit 300 defining a motion of an object to be represented in a video to be played;

A timing group definition unit 400 for grouping the objects defined by the motion object definition unit 300;

One scene defined by the spread definition unit 100, the background image definition unit 200, the motion object definition unit 300, and the timing group definition unit 400 is created by another spread definition unit 100, A page transition definition unit 500 defining an effect when a scene is defined and produced by the background image definition unit 200, the motion object definition unit 300, and the timing group definition unit 400. But

Motion object definition unit 300,

A motion object motion definition module 310 for defining the motion of the object;

Consists of a motion object environment definition module 320 for defining the execution environment of the object,

Define the various animation effects of the object, the environment in which the animation of the defined object is executed,

Based on this, during the production and editing of the video, the user defines the spread definition unit 100, the background image definition unit 200, the motion object definition unit 300, the timing group definition unit 400, and the page switching definition unit 500. The text to be reproduced by the text in a motion object markup language, thereby facilitating the production and editing of the video.

In more detail the components of the present invention,

Spread definition unit 100, the status of the video to be produced, such as the size, image quality, extension, playback time of the video to be produced,

Background image defining unit 200, the image to be the background of the video to be produced,

The motion object definition unit 300 executes animation motions such as movement, rotation, and enlargement of an object (◀ motion object motion definition module 310), such as execution order of animation motions, delay time before starting, simultaneous execution or not. Play environment for motion (◀ motion object motion definition module 310) ,

The timing group definition unit 400 groups the motion object definition unit 300,

The page switching definition unit 500 defines the effect of switching the scene using the last frame of one scene and the first frame of another scene in a motion object markup language.

On the other hand, if the markup language system 1 defining the video motion object of the present invention is expressed by SYNTAX, for example,

WEPNP_MOVIE: = '{' MOVIE_INFO, SPREADLIST '}' '{'

MOVIE_INFO: = “movieInfo”: MOVIE_INFO_STATEMENT;

MOVIE_INFO_STATEMENT: = '{'

“Width”: INTEGER, “height”: INTEGER,

“PodType”: STRING,

“Title”: STRING,

“Author”: STRING, “createDate”: STRING,

“DurationTime”: INTEGER, // Sum of time for each spread (SEC)

“PictureCount”: INTEGER, // number of pictures to enter, even if not a motion object

“FrameRate“: INTEGER

'}'

SPREADLIST: = “spreadList”: '[' SpreadList_statement ']';

SpreadList_statement: = SpreadList_statement, Spread_statement;

Spread_statement: = '{'

“SpreadId”: INTEGER,

“Duration”: FLOAT, // spread frame time (sec)

“Background”: background_statement,

“PageTransition”: pageTransition_statement,

“Timinging”: TIMING_STATEMENT,

“ObjectList”: '[' OBJECT_LIST ']' // This is a list of rootMovieObjects. In case of group, only the best object list is displayed.

'}';

pageTransition_statement: = “pageTransition” '{'

“Name”: PAGE_TRANSITION_NAME,

“Direction”: INTEGER,

“Duration”: FLOAT // page change time

'}';

PAGE_TRANSITION_NAME: = “kBlindsPageTransition” | //0

“KBoxPageTransition” | //One

“KCombPageTransition” | //2

“KCoverPageTransition” | // 3

“KDissolvePageTransition” | //4

“KFadePageTransition” | // 5

“KPageTurnPageTransition” | // 6

“KPushPageTransition” | // 7

“KSplitPageTransition” | //8

“KUncoverPageTransition” | // 9

“KWipePageTransition” | // 10

“KZoomInPageTransition” | // 11

“KZoomOutPageTransition” | // 12

;

// timing group

TIMING_STATEMENT: = '{' “eventType”: ”OnPageLoad”,

“TimingGroup”: '[' timing_group_list ']'

'}'

TIMIMG_GROUP_LIST: = TIMIMG_GROUP_LIST, TIMING_GROUP | NULL;

TIMING_GROUP: = '{' “which”: INTEGER,

“Name”: STRING,

“MotionItem”: '[' MOTION_ITEM_LIST ']'

'}'

MOTION_ITEM_LIST: = MOTION_ITEM_LIST, MOTION_ITEM | NULL;

MOTION_ITEM: = '{' “uid”: HEX_STRING,

“Which”: INTEGER,

“Delay”: FLOAT,

'}';

OBJECT_LIST: = OBJECT_LIST, OBJECT_STATEMENT;

OBJECT_STATEMENT: = TEXTBOX_STATEMENT |

COLORBOX_STATEMENT |

GROUP_STATEMENT |

VIDEO_STATEMENT |

SOUND_STATEMENT |

NULL;

OBJECT_BASE_STATEMENT: = "uid": STRING,

“Name”: STRING,

“Tag”: STRING, // add and use as field name of variable field

"X": FLOAT,

“Y”: FLOAT,

“Width”: FLOAT,

“Height”: FLOAT,

“Rotation”: INTEGER,

“EXEStart”: FLOAT,

"EXEEnd": FLOAT;

IMAGE_ATTR_STATEMENT: “deltax”: FLOAT,

“Deltay”: FLOAT,

“Imgwidth”: FLOAT,

“Imgheight”: FLOAT,

“ImgRotate”: FLOAT,

"ImageSource": URL;

TEXTBOX_STATEMENT: = “type”: “TEXTBOX”, OBJECT_BASE_STATEMENT,

“BackgroundColor”: STRING;

SOUND_STATEMENT: = “type”: “SOUND”, OBJECT_BASE_STATEMENT, IMAGE_ATTR_STATEMENT,

ANIMATION_SENTENCE,

MEDIAINFO_SENTENCE;

VIDEO_STATEMENT: = “type”: “VIDEO”, OBJECT_BASE_STATEMENT, IMAGE_ATTR_STATEMENT,

“BackgroundColor”: STRING,

ANIMATION_SENTENCE,

MEDIAINFO_SENTENCE;

COLORBOX_STATEMENT: = “type”: “COLORBOX”, OBJECT_BASE_STATEMENT;

GROUP_STATEMENT: = “type”: “GROUP”,

GROUP_STATEMENT,

CHILDLIST,

ANIMATION_SENTENCE;

GROUP_STATEMENT: “uid”: HEX_STRING,

“ChildPlaytime”: '{'

“Delay”: FLOAT, “duration”: FLOAT,

'}';

CHILDLIST: = “objectList”: '{' OBJECT_LIST '}';

ANIMATION _SENTENCE: = “animation”: '{' ANIMATION_SENTENCE '}';

ANIMATION_SENTENCE: = "animationOption": ANIMATION_OPTION,

“Preset”: ANIMATION_PRESET,

“Duration”: FLOAT // playback time (SEC)

“NumPlays”: INTEGER,

“Loop”: BOOLEAN,

“FrameRate”: INTEGER,

“HideInitially”: BOOLEAN,

“HideAfter”: BOOLEAN,

TRANSFORM_OFFSETPOINT_STATEMENT,

“KeyFramePath”: '[' KEY_FRAME_PATH_LIST ']' // has path information including keyFrame value

“PathPoint”: '[' PATH_POINT_LIST ']' // has path information not including keyFrame value

“EasingPath”: '[' KEY_FRAME_PATH_LIST ']' // Displays the values of x and y for every frame.

// Coordinate 0,0 recognizes OFFSET_POINT as 0,0 so screen can be output as the sum of OFFSET_POINT and x, y, unit is point.

“OpacityKeyFrame”: '[' OPACITY_KEY_FRAME_LIST ']'

“RotationKeyFrame”: '[' ROTATION_KEY_FRAME_LIST ']'

“ScaleXKeyFrame”: '[' SCALE_XKEY_FRAME ']'

“ScaleYKeyFrame”: '[' SCALE_YKEY_FRAME ']';

TRANSFORM_OFFSETPOINT_STATEMENT: = "transformOffsetPoint": '{' OFFSET_POINT '}';

OFFSET_POINT: = “x”: FLOAT, “y”: FLOAT; // The center point is x = 0.5, y = 0.5 and has a value between 0 and 1.0.

ANIMATION_OPTION: = “kAnimationFrom” | // in current shape

“KAnimationTo” | // in current shape

“KAnimationOffset”; // to current location

ANIMATION_PRESET: = “fade-in” | “fade-out” | “appear” | “disappear” | “move-right” | “move-left” | “fly-in-left”

MEDIAINFO_SENTENCE: = “mediaInfo”: '{' MEDIAINFO_DETAIL_SENTENCE '}';

MEDIAINFO_DETAIL_SENTENCE: = “playtime”: INTEGER, “ext”: STRING, “filename”: PATH,

“PlayRange”: '{' “start”: FLOAT, “end”: FLOAT '}',

“StopPlayOnPageTurn”: BOOLEAN, // audio only

“LoopForever”: BOOLEAN, // audio only

“SoundOption”: “mute” | “fade-out” | “fade-in”; // fade-out: getting smaller, fade-in: getting bigger

// If end is 0, it means to the end

STRING: = “string”;

INTEGER: = “integer”;

BOOLEAN: = “true” | “false”;

COLOR: = BLUE | RED | WHITE | GREEN | CYAN | BLACK | YELLOW |

INTEGER;

HEX_STRING: = 0x...

Can be written as

That is, since the video is made into text using the motion object markup language, and the video is made into text, it is easy to edit and manage.

FIG. 2 is a sample of a video that is defined as a motion object markup language and textized, and has a JSON structure. It can be an object markup language.

In the present invention, the "motion object" refers to an object constituting a video, and mainly refers to text, an image, a sound, and a video, and defines an animation in which such an object is created, moved, enlarged, rotated, shown, and disappeared over time. The description of the method is the markup language system 1 that defines the video motion object of the present invention.

As described above, the present invention is not limited to the described embodiments, and it is apparent to those skilled in the art that various modifications and variations can be made without departing from the spirit and scope of the present invention.

Therefore, the present invention may be implemented in various forms without departing from the technical idea or the main features, and thus, the embodiments of the present invention are merely examples in all respects and should not be construed as limited and may be variously modified.

The present invention relates to a markup language system that defines a video motion object. The present invention relates to a software-related industry that creates, builds, and provides a stabilized program, and an IT-related service industry that produces and edits a video to which the present invention is applied. It can be applied to contribute to the promotion of various industries such as related media industry.

1: Markup language system for defining video motion objects
100: spread definition unit 200: background image definition unit
300: motion object definition unit 310: motion object motion definition module
320: motion object environment definition module 400: timing group definition unit
500: page conversion definition

Claims (1)

In the markup language system 1 that defines a video motion object,
A spread definition unit 100 defining a state of a video to be played;
A background image definition unit 200 defining a background of the video within the state of the video defined by the spread definition unit 100;
A motion object definition unit 300 defining a motion of an object to be represented in a video to be played;
A timing group definition unit 400 for grouping the objects defined by the motion object definition unit 300;
One scene defined by the spread definition unit 100, the background image definition unit 200, the motion object definition unit 300, and the timing group definition unit 400 is created by another spread definition unit 100, A page transition definition unit 500 defining an effect when a scene is defined and produced by the background image definition unit 200, the motion object definition unit 300, and the timing group definition unit 400. But
Motion object definition unit 300,
A motion object motion definition module 310 for defining the motion of the object;
Consists of a motion object environment definition module 320 for defining the execution environment of the object,
Define the various animation effects of the object, the environment in which the animation of the defined object is executed,
Based on this, during the production and editing of the video, the user defines the spread definition unit 100, the background image definition unit 200, the motion object definition unit 300, the timing group definition unit 400, and the page switching definition unit 500. Markup language system for defining a video motion object, characterized in that the video to be played by the text to the motion object markup language to facilitate the production and editing of the video.

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