KR101743874B1 - System and Method for Creating Video Contents Using Collaboration of Performing Objects - Google Patents

Abstract

The present invention relates to a moving picture content generation system and a generating method using collaboration of a plurality of performance objects, and a method of controlling an operation based studio equipment according to the present invention is a method of generating moving picture contents using collaboration of a plurality of performance objects, The apparatus control system generating the first individual section moving picture clip using the first individual studio equipment control data and generating the first combined section moving picture clip using the synchronous studio equipment control data; Generating a second composite motion picture clip using the synchronous studio equipment control data for performing a performance of a second performance object; And generating the first final individual moving picture clip using the first individual moving picture clip and the second concert object of the first combined section moving picture clip and the second concerted object of the second combined section moving picture clip Generating a final composite moving picture clip of the composite moving picture section by synthesizing the combined moving picture clip to be displayed on a single moving picture frame, and generating the entire moving picture contents including the first final individualized moving picture clip and the final combined section moving picture clip; And a control unit.

Description

BACKGROUND OF THE INVENTION 1. Field of the Invention [0001] The present invention relates to a system and a method for generating a moving image content using collaborations of a plurality of performance objects,

The present invention relates to a moving picture content creation system and method using collaborations of a plurality of performance objects, and more particularly, to a moving picture content creation system and a moving picture content creation system that can automatically generate moving picture contents, And methods.

Communication technology, and collaborative software technology, collaborations in various fields are being made over time and space.

Collaboration is also taking place through communication technology and collaborative editing technology in the field of professional video content creation such as movies, dramas, and music videos. Even distant actors and singers shoot the part with the help of experts in their respective studios, and general supervisory and editing professionals collaborate to create professional video content.

On the other hand, the development of communication technology has enabled the general public to maintain and expand social relationships with those who are far away. In addition, the general public has a desire to produce contents expressing their own talents, while touching UGC, which is mostly UGC. By the way, not only UGC where it appears alone but also the desire to produce collaborative contents that show talent of each other with distant acquaintances naturally comes naturally.

The public can create their own parts to produce collaborative contents, and edit and create collaborative contents through communication using communication technology. However, in order to shoot scenes that appear together, it is necessary to meet each other at the appointed time and place There is still an inconvenience. In addition, even if the meeting time is set and the photographing place is taken out, the public can not produce professional-quality collaborative contents without expert assistance at the shooting site. For example, in order for general people to implement high-quality video contents by implementing professional shooting and editing technologies, it is necessary to use specialized equipment at the broadcasting station level, such as various lights, several professional cameras, moving cameras for dynamic camera work Systems are required. However, this is not only costly but also difficult to handle by ordinary users. In addition, professional editing equipment that can edit video contents as well as professional shooting equipment is difficult to use by the general public, and there are not many experts.

A mobile video editing app has been developed that helps users create video content on mobile using video clips provided by users without the help of experts. These apps artificially synthesize several video clips provided by the user and apply the editing effect to create the video contents. These apps can cause multiple users to appear on the same screen at the same time, but they can provide the same effect as if they were shot in the same space. However, there is a problem that only the coarse quality synthetic content that is not natural due to inconsistent camera angle, have.

In order to create video content that is composited posteriorly as if it is in the same space, motion recognition technology and synthesis technique using computer graphics processing are used for movies and advertisements. However, it is difficult for the general public to produce video contents using these technologies there is a problem. Therefore, there is still a need for a technique that can easily generate video content that has been synthesized at the level of the general public.

On the other hand, even if the synthesized moving picture contents are synthesized as if they are in the same space, if the entire moving picture contents include a small number of subjects and do not include moving picture clips at various shooting angles, it may be difficult for spectators to attract interest . Therefore, there is still a need for a moving picture content creation technology that includes both moving picture clips having effects of cross-editing videos of various angles and naturally synthesized moving picture clips.

US Patent Application Publication No. 2016-0155475 to CrowdFlik, Inc., entitled " Method and system for capturing video from a plurality of devices and organizing them for editing, viewing, and dissemination based on one or more criteria " And generating a synthesized moving picture according to a temporal order of events using time information at the time of shooting. According to this method, it is possible to generate variously edited moving images by using a plurality of cameras. However, according to the related art, first, since the subject of the moving picture contents photographed by various users is an event which is not the user's own, the user's talent can not be expressed through the corresponding moving picture content. Secondly, There is a problem in that it is impossible to combine users of a spaced space, for example, on a screen merely by performing connection editing according to time order.

US Patent Application Publication No. 2013-0300832 entitled " System and method for automatic video filming and broadcasting of sports events "of SSTATZZ OY has a plurality of automated cameras for photographing sports activities, Discloses an automated editing system in which a camera captures and edits the movement of a player. According to this conventional art, it is possible to reduce the cost of relaying sports games through automated editing. However, since this conventional technology can not be used as a subject of video shooting by a general user and many automated cameras are installed at different positions and angles as in the above-described conventional technique, a movie clip photographed by each camera There is a problem that a natural composite image can not be obtained even when synthesized on one screen.

U.S. Patent No. 8,957,942 to Studio one entertainment, Inc., discloses a method for shooting music video from a mobile karaoke to a chroma key background in a "studio booth configured to produce illusion that customer is photographed in different locale". According to the related art, a user is extracted from a performance image of a user in the form of an object and synthesized with a virtual background, thereby providing the user with the same experience as in a real scene without going to the actual site. However, this conventional technique merely combines a single captured user image with a virtual background, and thus has a problem in that, for example, images of users in a spaced space can not be synthesized on one screen.

U.S. Published Patent Application No. 2016-0155475 U.S. Published Patent Application No. 2013-0300832 United States Patent No. 8,957,942

According to an aspect of the present invention, there is provided a system and method for generating moving picture contents using collaborations of a plurality of performance objects, including a first camera for photographing different subjects in different studios or different times, The second camera is controlled by the synchronous studio equipment control data to generate high quality synthetic moving picture contents in which the camera angle, illumination, background, etc. naturally coincide with each other, and the studio equipment such as a camera is controlled according to the standardized studio equipment control data Thereby reducing the production cost of the synthesized moving picture contents.

The system and method for generating a moving picture content using collaboration of a plurality of performance objects according to the present invention includes a first individual section moving picture clip of a first concert object, a second individual section moving picture clip of a second concert object, The second moving object and the second moving object are combined to generate the combined moving picture contents including the moving picture clip of the second performance object, It is another object of the present invention to improve the quality of the synthesized moving picture contents by giving the effect of cross-editing the images of various angles.

The system and method for generating a moving image content using collaboration of a plurality of performance objects according to an embodiment of the present invention extract contours of a first moving image object and contours of a second moving object from a photographed movie clip, Another object of the present invention is to improve the quality of synthesized moving picture contents through a virtual background rather than a narrow real studio background and to reduce the cost of producing contents.

The moving picture content generation system and method using the collaboration of a plurality of performance objects according to the embodiment of the present invention can be realized by rendering a single background screen constructed in 3D form according to the studio equipment control data and changing the movement, Another object is to improve the quality of the synthesized moving picture contents and to reduce the cost of contents production by providing a single background picture that changes naturally.

The system and method for generating a moving image content using collaborations of a plurality of performance objects according to the present invention may include displaying a moving image of a first performance object temporally preceding the second performance object on a second performance object, So as to produce more natural synthesized moving picture contents.

Finally, according to the present invention, a moving picture content generation system and method using collaboration of a plurality of performance objects is characterized in that a second performance object enters at a pre-occupancy position of a first performance object temporally preceding a second performance object Another object is to prevent the performance objects from overlapping in the composite video by issuing warnings to transmit visual, audible, or tactile warnings if desired.

SUMMARY OF THE INVENTION The present invention has been made to solve the above problems, and an object of the present invention is to provide a moving picture content creation system using collaborations of a plurality of concert objects according to the present invention, in which a first concert object is displayed on a moving picture frame A time duration defining module for defining a first individual moving picture section in which the second performance object is not displayed on the moving picture frame and a moving picture section for displaying the first performance object and the second performance object simultaneously on the moving picture frame; At least one first camera; At least one second camera; First individual studio equipment control data for controlling the first camera in correspondence with the performance of the first performance object in the first individual moving picture section and first individual studio equipment control data for controlling the first camera in accordance with the performance of the first performance object A first full studio equipment control data including synchronous studio equipment control data for controlling the camera and the synchronous studio equipment control data for controlling the second camera in correspondence with the performance of the second performance object in the synthesizing moving picture interval A non-volatile data storage module for storing a second full studio equipment control data; A first individual section moving picture clip in which the first performance object is photographed is generated by controlling the first camera using the first individual studio equipment control data among the first entire studio equipment control data in the first individual moving picture section And controlling the first camera using the synchronous studio equipment control data among the first entire studio equipment control data in the synthesized moving picture section to generate a first synthesized section moving picture clip photographed by the first performance object 1 studio equipment control module; A second studio that controls the second camera using the synchronous studio equipment control data among the second entire studio equipment control data in the synthesized moving picture section to generate a second synthesized section moving picture clip photographed by the second performance object, Equipment control module; And generating a first final individual section moving picture clip of the first individual moving picture section using the first individual section moving picture clip and generating a first last individual section moving picture clip of the first individual moving picture section by using the first concurrent moving picture clip and the second concurrent moving picture clip The second concatenated moving image clip is synthesized so that the second concert object of the first concatenated moving image clip is displayed on a single moving image frame to generate a final concatenated moving image clip of the combined moving image interval, And a moving picture content generation module for generating moving picture contents.

The time duration definition module of the moving picture content generation system using the collaboration of a plurality of performance objects according to the present invention displays the second performance object in the moving picture frame from among the entire moving picture sections of the entire moving picture content to be generated, Wherein the second non-temporal data storage module further defines a second individual moving picture section that does not display the first performance object on the moving picture frame, and the non-temporal data storing module defines, in the second individual moving picture section, Wherein the second studio equipment control module stores the second entire studio equipment control data further comprising second individual studio equipment control data for controlling the camera, Using the second individual studio equipment control data among the control data, And the moving picture content generation module further generates the second final individual section moving picture clip of the second individual moving picture section using the second individual section moving picture clip, The second final individual section moving picture clip, and the final combined section moving picture clip.

The moving picture content generation module of the moving picture content generation system using collaboration of a plurality of performance objects according to an embodiment of the present invention may further include a contour of the first concert object from the first concatenated moving picture clip generated or generated, And a moving image object extracting unit for extracting a second moving image object defined along the contour of the second performance object from the generated second composition moving image clip during the generation or completion of the generation of the moving image object The first moving picture object and the second moving picture object are displayed on a single background screen on a single moving picture frame to generate the final combined section moving picture clip of the combined moving picture section.

The moving picture content generation module of the moving picture content generation system using the collaboration of the plurality of performance objects according to the embodiment of the present invention may be configured to construct the single background screen in 3D form and to adaptively correspond to the synchronous studio equipment control data And a 3D background image rendering unit for rendering a single background image.

The moving picture content generation module of the moving picture content generation system using collaboration of a plurality of performance objects according to another exemplary embodiment of the present invention may further include a second moving picture content generation module And a moving picture object extracting unit for extracting a second moving picture object to be defined, wherein the extracted second moving picture object is synthesized so that the extracted second moving picture object is displayed on a single moving picture frame in the background of the first synthesis moving picture clip, And the final synthesis section moving picture clip is generated.

The moving picture content generation system using the collaboration of a plurality of performance objects according to the present invention further comprises a display module for displaying the first composite motion picture clip to the second performance object during the performance of the second performance object .

The non-temporal data storage module of the moving picture content generation system using collaboration of a plurality of performance objects according to the present invention may further store the occupancy position information of the first performance object at the time of generating the first composition moving picture clip, Wherein the moving picture content generation system includes a warning sending module for sending a visual, audible or tactile warning when the second performance object enters the area corresponding to the occupied position information at the time of generating the second combined moving picture clip, ; And further comprising:

The first studio equipment control module and the first camera of the moving picture content generation system using collaboration of a plurality of performance objects according to the present invention are installed apart from the second studio equipment control module and the second camera do.

The moving picture content generation module of the moving picture content generation system using collaboration of a plurality of performance objects according to the present invention further includes an additional moving picture clip that does not display the first performance object and the second performance object on a moving picture frame And generating the entire moving picture contents.

A method of generating a moving picture content using collaboration of a plurality of performance objects according to the present invention is characterized in that a studio equipment control system displays a first performance object in a moving picture frame among all moving picture sections of all moving picture contents to be generated, A first moving picture segment in which the first performance object and the second performance object are not displayed on the moving picture frame, and a synthetic moving picture section in which the first performance object and the second performance object are simultaneously displayed on the moving picture frame; Wherein the studio equipment control system comprises first individual studio equipment control data for controlling at least one first camera corresponding to a performance of the first performance object in the first individual moving picture section, A second step of storing first entire studio equipment control data including synchronous studio equipment control data for controlling at least one first camera corresponding to a performance of a first performance object in a non-temporary data storage module; Wherein the studio equipment control system further comprises a second overall studio equipment control data including the synchronous studio equipment control data for controlling at least one second camera in correspondence to the performance of the second performance object, A third step of storing the data in the non-temporary data storage module; Wherein the studio equipment control system generates a first individual section moving picture clip using the first individual studio equipment control data among the first entire studio equipment control data using the performance of the first performance object, A fourth step of generating a first composite moving picture clip in which the first performance object is displayed on a moving picture frame using the synchronous studio equipment control data among the equipment control data; Wherein the studio equipment control system is operable to control the second concert moving object to play a second concert moving picture in which the second concert object is displayed on a moving picture frame using the synchronous studio equipment control data among the second entire studio equipment control data, A fifth step of generating a clip; And the studio equipment control system generates a first final individual section moving picture clip of the first individual moving picture section using the first individual section moving picture clip and generates a first final individual section moving picture clip of the first concurrent moving picture clip, The second concatenated moving picture clip of the second combined moving picture clip is displayed on a single moving picture frame to generate a final combined moving picture clip of the combined moving picture section, And a sixth step of generating the entire moving image content including the moving image clip.

The first step of the moving picture content generation method using collaboration of a plurality of performance objects according to the present invention is characterized in that the studio equipment control system controls the moving picture of the second performance object among the entire moving picture sections of the entire moving picture content to be created, Wherein the second device is further configured to define a second individual moving picture section that displays the first performance object on the frame and does not display the first performance object on the moving picture frame, Storing the second entire studio equipment control data further including second individual studio equipment control data for controlling at least one second camera corresponding to a performance of a second performance object in the non-temporary data storage module, In the fifth step, the studio equipment control system performs a performance of the second performance object Wherein the second individual section video clip further generates a second individual section moving picture clip using the second individual studio equipment control data among the second entire studio equipment control data, The first final individual section moving picture clip, the second final individual section moving picture clip, and the final combined section moving picture clip are included in the second individual moving picture section, The entire moving picture contents are generated.

The fourth step of the moving picture content generation method using the collaboration of a plurality of performance objects according to the embodiment of the present invention may be such that the studio equipment control system generates the moving picture content from the first concert moving picture clip, Extracting a first moving image object defined along a contour of an object from the first composite moving image clip and generating a first moving image object based on a contour of the second concurrent object, Wherein the first moving picture object and the second moving picture object are combined to be displayed on a single moving picture frame on a single background screen, And a final synthesis section moving picture clip is generated.

The sixth step of the moving picture content generation method using collaboration of a plurality of performance objects according to the embodiment of the present invention may be configured such that the studio equipment control system forms the single background screen in 3D form, The single background screen is rendered adaptively corresponding to the background screen.

The fifth step of the moving picture content generation method using collaboration of a plurality of performance objects according to another embodiment of the present invention is characterized in that the studio equipment control system further includes a second synthesized section moving picture clip generation / Extracting a second moving image object defined according to the contour of the performance object, and the sixth step of synthesizing the extracted second moving image object so that the extracted second moving image object is displayed on the background of the first combined moving image clip, And the final composite section moving picture clip of the combined moving picture section is generated.

The fifth step of the moving picture content generation method using collaboration of a plurality of performance objects according to the present invention is characterized in that the studio equipment control system controls the first concatenated moving picture clip during the performance of the second concert object, And displays it on the object.

The fourth step of the moving picture content generation method using collaboration of a plurality of performance objects according to the present invention is characterized in that when the studio apparatus control system generates the first composite moving picture clip, In the non-temporary data storage module, and in the fifth step, the studio equipment control system stores the second performance object in an area corresponding to the base occupation position information when generating the second composition moving picture clip And a visual, audible, or tactile warning is sent when the user intends to enter.

The studio equipment control system and the second camera in the third and fifth steps of the moving picture content generation method using collaboration of a plurality of performance objects according to the present invention may be implemented in the studio of the second and the fourth steps An equipment control system, and the first camera.

The sixth step of the moving picture content creation method using the collaboration of a plurality of performance objects according to the present invention is characterized in that the studio equipment control system includes a step of not displaying the first performance object and the second performance object on a moving picture frame And further includes a moving picture clip to generate the entire moving picture contents.

According to the above-described configuration of the present invention, a moving picture content generation system and method using collaboration of a plurality of performance objects according to the present invention, The camera and the second camera are controlled by the synchronous studio device control data to generate high quality synthetic video contents in which the camera angle, illumination, and background match each other naturally, and the studio equipment such as a camera Thereby providing an effect of reducing the cost of producing the synthesized moving picture contents.

The system and method for generating a moving picture content using collaboration of a plurality of performance objects according to the present invention includes a first individual section moving picture clip of a first concert object, a second individual section moving picture clip of a second concert object, The second moving object and the second moving object are combined to generate the combined moving picture contents including the moving picture clip of the second performance object, It is possible to improve the quality of the synthesized moving picture contents by providing the effect of cross-editing the images of a greater variety of angles.

The system and method for generating a moving image content using collaboration of a plurality of performance objects according to an embodiment of the present invention extract contours of a first moving image object and contours of a second moving object from a photographed movie clip, The quality of synthesized moving picture contents is improved through a virtual background rather than a narrow real studio background, and the effect of reducing content production cost is provided.

The moving picture content generation system and method using the collaboration of a plurality of performance objects according to the embodiment of the present invention can be realized by rendering a single background screen constructed in 3D form according to the studio equipment control data and changing the movement, By providing a single background screen that changes naturally, it provides the effect of improving the quality of the synthesized moving picture contents and reducing the cost of producing the contents.

The system and method for generating a moving image content using collaborations of a plurality of performance objects according to the present invention may include displaying a moving image of a first performance object temporally preceding the second performance object on a second performance object, Thereby providing a more natural synthesis of moving picture contents.

Finally, according to the present invention, a moving picture content generation system and method using collaboration of a plurality of performance objects is characterized in that a second performance object enters at a pre-occupancy position of a first performance object temporally preceding a second performance object A warning to send a visual, audible, or tactile warning is provided to prevent the performance objects from overlapping each other in the composite video.

Brief Description of the Drawings Fig. 1 is a block diagram showing a moving picture content generation system using collaboration of a plurality of performance objects according to the present invention. Fig.
BACKGROUND OF THE INVENTION 1. Field of the Invention [0002]
FIG. 3 is a block diagram showing a moving picture content generation system using collaboration of a plurality of performance objects according to the first and second embodiments of the present invention; FIG.
FIG. 4 is a diagram illustrating a second individual moving picture section and second individual studio equipment control data of a moving picture content generation system using collaboration of a plurality of performance objects according to the present invention. FIG.
FIG. 5 is an exemplary diagram illustrating a first composite video clip according to the present invention; FIG.
6 is a diagram illustrating an example of a second composite moving picture clip according to the present invention.
FIG. 7 is an exemplary diagram illustrating a first moving image object, a second moving image object, and a final combining section moving image clip according to the first embodiment of the present invention; FIG.
FIG. 8 is a diagram illustrating an example of a first composite moving picture clip, a second moving object, and a final composite moving picture clip according to a second embodiment of the present invention; FIG.
FIG. 9 is an exemplary diagram showing a first individual moving picture section and a combined moving picture section according to the present invention, the first and second embodiments of the present invention; FIG.
10 is an exemplary diagram showing a first individual moving picture section, a second individual moving picture section, and a combined moving picture section according to the present invention.
FIG. 11 is an exemplary diagram showing a first individual section moving picture clip and a final composed section moving picture clip according to the present invention, the first embodiment and the second embodiment of the present invention; FIG.
12 is an exemplary view showing a first individual section moving picture clip, a second individual section moving picture clip, and a final combining section moving picture clip according to the present invention;
FIG. 13 is an exemplary view showing a first individual section moving image clip, an additional moving image clip, and a final combining section moving image clip according to the present invention; FIG.
FIG. 14 is a flowchart illustrating a method of generating moving image contents using collaborations of a plurality of performance objects according to the present invention. FIG.
FIG. 15 is a flowchart illustrating warning transmission of a performance object according to the present invention when the occupancy area enters. FIG.
FIG. 16 is a flowchart illustrating a method of generating moving picture contents using collaborations of a plurality of performance objects according to the first embodiment of the present invention. FIG.
FIG. 17 is a flowchart illustrating a method of generating moving picture contents using collaborations of a plurality of performance objects according to a second embodiment of the present invention; FIG.
18 is a flow chart illustrating generation of a second final individual section moving picture clip in accordance with the present invention;

The terms and words used in the present specification and claims should not be construed in a conventional or dictionary sense, and the inventor may, on the basis of principles that define terms and concepts in order to best describe his invention And should be construed in accordance with the meaning and concept consistent with the technical idea of the present invention.

Therefore, the embodiments described in the present specification and the configurations shown in the drawings correspond to the preferred embodiments of the present invention and do not represent all the technical ideas of the present invention, so that the configurations can be replaced at the time of filing of the present invention Various equivalents and variations may be present.

The specification that "comprises" any element in any specification throughout the specification does not exclude other elements, but may also include other elements, unless the context clearly indicates otherwise. The terms " module, "" part," " system, "and the like, which are described in the specification, mean a unit for processing at least one function or operation, And may be included in one device or in another device.

Hereinafter, a moving picture content generation system 100 using collaboration of a plurality of performance objects according to the present invention will be described with reference to the drawings. FIG. 1 is a block diagram illustrating a moving picture content generation system 100 using collaboration of a plurality of performance objects according to the present invention.

As shown in FIG. 1, a moving picture content generation system 100 using a collaboration of a plurality of performance objects according to the present invention includes a time interval definition module 110, a first camera 121, a second camera 122, A non-transitory data storage module 130, a first studio equipment control module 141, a second studio equipment control module 142, and a moving image content generation module 150.

The components are functionally distinguished to clarify the operation of the moving picture content generation system 100 according to the embodiment of the present invention. Accordingly, each module is not necessarily divided into physically distinct single components, but may be implemented in the form of, for example, a set of computer instructions constituting a part of a program, The function of the corresponding module can be expressed.

In addition, all components of the moving picture content generation system 100 according to the present invention may be implemented as a program / application executed by a single information processing terminal, for example, a smart phone or a user computer, A client terminal, and some other components may be implemented as a server-client service implemented in a server computer connected to a client terminal through a communication network, and components may be distributed to each server of the distributed server system . Or a set of logic circuits that constitute a semiconductor processor.

9, the time interval defining module 110 displays the first performance object of the entire video section (time_video_full) of all the video contents (contents_video_full) to be generated on the moving picture frame and the second performance object A first video segment (time_video_separate_1) not to be displayed on the video frame, and a composite video segment (time_video_composite) for simultaneously displaying the first performance object and the second performance object on the video frame.

The first performance object and the second performance object may be, for example, different performers, and in some embodiments may be the same performer that is temporally spaced to perform a particular performance. A performance object is not necessarily a person, but means an object that is distinguished on a photographed background and an image. One performance object is not necessarily limited to a single object. For example, a performance group of two persons performing a performance in a shooting session may be a performance object of a trio performing a performance in a different shooting session, and a performance group of a trio performing a performance in a shooting session may be a second performance object. In this case, if two performances are photographed simultaneously in two studios spaced apart from each other, a shooting session can be formed for each studio, and if two performances are sequentially captured in a single studio, And a case in which two performances are photographed in two studios spaced apart from each other in terms of time, is also defined as constituting a shooting session, respectively.

In the case where the first movie clip and the second movie clip are respectively generated in the two shooting sessions, the first individual movie section (time_video_separate_1) does not use all or part of the second movie clip, And the composite video section (time_video_composite) is a section for generating a part of the video content (contents_video_full) based on all or part of the first movie clip and all or part of the second movie clip . ≪ / RTI >

The studio devices may include at least one first camera 121 and at least one second camera 122, and may be configured to include, for example, an illumination and an audio device. The first camera 121 and the second camera 122 can be configured to be able to remotely control a shooting function such as a focus, an angle of view, a shutter speed, and the like. The first camera and the second camera are not limited to a professional camera, and may be a camera module installed in an information terminal such as a smart phone, a tablet computer, or a notebook computer carried by ordinary users.

Also, the first camera 121 and the second camera 122 may be mounted on a remotely controlled moving system, and may be configured to implement professional imaging techniques without field experts in the studio. In this case, a moving system that moves the camera may be included in the studio equipment. The moving system can be, for example, a camera arm or a camera rack designed to have a fixed locus, and can be equipped with its own moving means such as a drones, a remote controlled car, etc. designed to photograph any point.

 The illumination includes a plurality of luminous bodies, and may be configured as a system capable of remotely controlling the brightness, color, lighting time, and position of the luminous body. On the other hand, the illumination can be mounted on the moving system and remotely controllable. The audio device includes various audio recording devices, a mixer, an effector, a fader, and the like, and may include a communication module for remote control.

The first camera 121 and the second camera 122 may be installed at positions spaced apart from each other or may be constituted by a multi camera system for photographing the same subject in a spatially adjacent place, Or may be multi-camera systems that are installed in the respective places. Here, the studio is not limited to a closed space specifically designed for high-quality shooting, and may also include an open space formed for shooting.

The non-temporal data storage module 130 stores the first individual studio equipment control data (data_control_separate_1) for controlling the first camera 121 corresponding to the performance of the first performance object in the first individual video section (time_video_separate_1) (data_control_full_1) including synchronous studio equipment control data (data_control_sync) for controlling the first camera 121 in response to the performance of the first performance object in the time_video_composite. In addition, the non-temporal data storage module 130 may include a second overall (not shown) including synchronous studio equipment control data (data_control_sync) for controlling the second camera 122 in response to the performance of the second performance object in the composite moving picture time_video_composite And stores the studio equipment control data (data_control_full_2).

The above-described studio equipment control data may be control data generated in advance corresponding to performances of respective performance objects, and may be a set of control commands for comprehensively controlling studio equipment such as cameras, lights, audio equipment, etc. according to a control protocol have. The studio equipment control data may be preset according to the performance order or may be adaptively selected and set among the preset control data after recognizing the actual performance of the performance object.

Meanwhile, the non-temporary data storage module 130 may be a data storage medium for storing non-temporary data that can be reused such as a hard drive, a flash memory, and an SSD, or may store data for a predetermined period such as a RAM (Random Access Memory) Or the like. The non-temporary data storage module 130 may be implemented as a local storage unit in the moving picture content generation system of the present invention, or may be implemented as a server-client storage system in a remote area through a communication network, And may be implemented as a distributed distributed storage system.

The first studio equipment control module 141 uses the first individual studio equipment control data (data_control_separate_1) of the first entire studio equipment control data (data_control_full_1) in the first individual moving picture section (time_video_separate_1) And generates a first individual section moving picture clip (clip_time_separate_1) in which the first performance object is photographed. Also, the first studio equipment control module 141 controls the first camera 121 using the synchronous studio equipment control data (data_control_sync) of the first entire studio equipment control data (data_control_full_1) in the combined moving picture time (video_composite) (Clip_time_composite_1) in which the first performance object is photographed.

The second studio equipment control module 142 controls the second camera 122 using the synchronous studio equipment control data data_control_sync among the second entire studio equipment control data data_control_full_2 in the combined moving picture time_video_composite, (Clip_time_composite_2) in which the performance object is photographed.

2, the moving picture content generation system 100 according to the present invention includes a display module 160 for displaying a first composite duration movie clip (clip_time_composite_1) to a second performance object during a performance of a second performance object . Displaying the moving pictures of the first performance objects temporally preceding or simultaneously in time of shooting of the second performance object to the second performance object, thereby achieving a harmony of performances between performance objects that distribute the same performance at different times or in different spaces So that more natural synthesized moving picture contents can be generated.

The first camera 121 and the second camera 122 are controlled by the same synchronous studio equipment control data (data_control_sync) in the combined video section (time_video_composite). Accordingly, when synthesizing the first video object (object_video_1) of the first composite video clip (clip_time_composite_1) and the second video object (object_video_2) of the second composite video clip (clip_time_composite_2) , The shooting angle, and the like can be eliminated.

A control protocol between the first camera 121 and the first studio equipment control module 141 and a control protocol between the second camera 122 and the second studio equipment control module 142 may be used in the industry.

The second studio equipment control module 142 and the second camera 122 may be installed apart from the first studio equipment control module 141 and the first camera 121. For example, the first camera 121 and the first studio equipment control module 141, the second camera 122, and the second studio equipment control module 142 may be installed in different studios, respectively.

The number of cameras controlled by the first studio equipment control module 141 and the second studio equipment control module 142 is not limited to one, and two or more cameras may be used for more dynamic shooting and editing .

Meanwhile, the non-temporal data storage module 130 further stores the occupancy position information (data_positional_1) of the first performance object when generating the first composite section moving picture clip (clip_time_composite_1). When the second performance object is to be entered into an area corresponding to the base occupancy position information (data_positional_1) at the time of generating the second composite moving picture clip (clip_time_composite_2), the moving picture content generation system 100 generates a visual, audible, or tactile warning And a warning sending module for sending out the warning message. These warnings can prevent performance objects from overlapping in the composite video. A depth camera may be used to obtain position information of the performance object, e.g., three-dimensional information. Examples of simple depth cameras include, but are not limited to, a stereo camera, a Realsense camera from Intel, and a Kinect from Microsoft. Depending on the level of the location information, a simple 2D camera or an infrared sensor may be used to sense the location of the performance object.

11, the moving picture content generation module 150 may generate a first final individual section moving picture clip (clip_time_separate_final_1) of the first individual moving picture section (time_video_separate_1) using the first individual section moving picture clip (clip_time_separate_1) have. 5 and 6, the moving image content generation module 150 generates the moving object of the first composite section of the first composite moving picture clip (clip_time_composite_1) and the second performance object of the second composite moving picture clip (clip_time_composite_2) To be displayed on a single moving picture frame to generate a final composite moving picture clip (clip_time_composite_final) of the composite moving picture time_video_composite. In addition, the moving picture content generation module 150 may generate all the moving picture contents (contents_video_full) including the first final individual section moving picture clip (clip_time_separate_final_1) and the final combined section moving picture clip (clip_time_composite_final).

Since the first and second synthesized section moving picture clips clip_time_composite_1 and clip_time_composite_2 are photographed by the first camera 121 and the second camera 122 controlled by the synchronous studio equipment control data data_control_sync, It is possible to generate a high-quality final synthesis section movie clip (clip_time_composite_final) in which angles, lights, backgrounds, and the like coincide naturally.

Also, since the entire video content contents_video_full includes the first final individual section movie clip clip_time_separate_final_1 and the final composite section movie clip clip_time_composite_final, images in which various subjects of various shooting angles appear are cross-edited.

≪ Embodiment 1 >

Hereinafter, a first embodiment of the present invention will be described with reference to FIGS. 3 and 7. FIG. The first embodiment is an example of generating a final composite video clip (clip_time_composite_final) through object extraction. In order to avoid repetitive explanations, a detailed description of the same components as those of FIG. 1 will be omitted. 3 is a block diagram illustrating an operation-based studio equipment control system 100 according to a first embodiment of the present invention.

The moving picture content generation module 150 extracts a first moving picture object (object_video_1) defined along the contour of the first performance object from the first composited section moving picture clip (clip_time_composite_1) being generated or generated, And a moving picture object extraction unit 151 for extracting a second moving object object_video_2 defined along the contour of the second performance object from the generated second composite moving picture clip clip_time_composite_2. Contour extraction can use conventional computer graphics techniques. 7, the moving image content generation module 150 synthesizes the first moving image object (object_video_1) and the second moving image object (object_video_2) to be displayed on a single moving image frame on a single background image, and outputs the combined moving image interval (time_video_composite) (Clip_time_composite_final).

According to the first embodiment, it is possible to improve the quality of the synthesized moving picture contents and reduce the cost through the virtual background rather than the narrow real studio background.

The moving picture content generation module 150 may further include a 3D background rendering unit 152 for rendering a single background screen in 3D form and rendering a single background screen adaptively corresponding to the synchronous studio equipment control data (data_control_sync) . Thus, the virtual background can be more smoothly integrated with the first video object (object_video_1) and the second video object (object_video_2).

≪ Embodiment 2 >

Hereinafter, a second embodiment of the present invention will be described with reference to FIGS. 3 and 8. FIG. The second embodiment is another example of generating a final composite video clip (clip_time_composite_final) through object extraction. In order to avoid repetitive explanations, a detailed description of the same components as those of FIG. 1 will be omitted. 3 is a block diagram illustrating an operation-based studio equipment control system 100 according to a second embodiment of the present invention.

The moving picture content generation module 150 includes a moving picture object extraction unit 151 for extracting a second moving picture object (object_video_2) defined along the contour of the second performance object from the generated or generated second composite moving picture clip (clip_time_composite_2) . ≪ / RTI > In addition, the moving image content generation module 150 synthesizes the second moving image object (object_video_2) extracted in the background of the first combined moving image clip (clip_time_composite_1) to be displayed on a single moving image frame, Quot; clip_time_composite_final ".

According to the second embodiment, the background of the first composite video clip (clip_time_composite_1) in which the second video object (object_video_2) and the first video object (object_video_1) appear can be naturally merged.

Meanwhile, according to the moving picture content creation system 100 using the collaboration of a plurality of performance objects according to the present invention, as shown in FIG. 13, when the entire contents of the moving picture contents (contents_video_full) are cross- In order to have an effect, the moving picture content generation module 150 may further include an additional moving picture clip (clip_additional) that does not display the first performance object and the second performance object on the moving picture frame, thereby generating the entire moving picture contents (contents_video_full) .

4 and 10, the time interval definition module 110 determines whether or not the contents_video_full () of the video content to be generated (contents_video_full (Time_video_separate_2) in which the second performance object is displayed on the moving picture frame and the first performance object is not displayed on the moving picture frame, among the entire moving picture sections (time_video_full) of the moving picture frame.

The non-temporal data storage module 130 further includes second individual studio equipment control data (data_control_separate_2) for controlling the second camera 122 corresponding to the performance of the second performance object in the second individual moving picture section (time_video_separate_2) And can store the second entire studio equipment control data (data_control_full_2).

As shown in FIG. 12, the second studio equipment control module 142 uses the second individual studio equipment control data (data_control_separate_2) of the second entire studio equipment control data (data_control_full_2) It is possible to further generate the individual section moving picture clip (clip_time_separate_2).

The moving picture content generation module 150 may further generate a second final individual section moving picture clip (clip_time_separate_final_2) of the second individual moving picture section (time_video_separate_2) by using the second individual section moving picture clip (clip_time_separate_2). Also, the moving picture content generation module 150 generates all the moving picture contents (contents_video_full) including the first final individual section moving picture clip (clip_time_separate_final_1), the second final individual section moving picture clip (clip_time_separate_final_2) and the final combining section moving picture clip (clip_time_composite_final) Can be generated.

According to the present invention, the entire video content contents_video_full includes a first final individual section moving picture clip (clip_time_separate_final_1), a second final individual section moving picture clip (clip_time_separate_final_2), and a final combining section moving picture clip (clip_time_composite_final) The images in which the subjects of various angles appear are cross-edited.

≪ Method of generating moving picture contents using collaborations of plural performance objects >

Hereinafter, a method of generating moving image contents using collaborations of a plurality of performance objects according to the present invention will be described with reference to FIGS.

FIG. 14 is a flowchart illustrating a method of generating moving image contents using collaboration of a plurality of performance objects according to the present invention. First, as shown in FIG. 14, the studio equipment control system 100 displays the first performance object in the moving picture frame among the entire moving picture sections (time_video_full) of the entire moving picture contents (contents_video_full) A first step (S110) of defining a first individual moving picture section (time_video_separate_1) not to be displayed on the moving picture frame and a combined moving picture section (time_video_composite) displaying the first performance object and the second performance object simultaneously on the moving picture frame do. In the entire video segment (time_video_full), the order of the first individual video segment (time_video_separate_1) and the composite video segment (time_video_composite) may be changed, and a plurality of them may exist.

Next, the studio equipment control system 100 generates the first individual studio equipment control data (data_control_separate_1) for controlling at least one first camera 121 in response to the performance of the first performance object in the first individual video section (time_video_separate_1) ) And a first full studio equipment control data (data_control_full_1) including synchronous studio equipment control data (data_control_sync) controlling at least one first camera in response to a performance of a first performance object, To the non-volatile data storage module 130 (S120).

Next, the second device control system 100 controls the at least one second camera in response to the performance of the second performance object in the composite video section (time_video_composite). The second overall control device 100 includes synchronous studio equipment control data (data_control_sync) And a third step (S130) of storing the studio equipment control data (data_control_full_2) in the non-temporary data storage module (130). The second and third steps may be performed in the same order and may be performed simultaneously.

Next, the studio equipment control system 100 transmits the performance of the first performance object to the first individual section moving picture clip (clip_time_separate_1) using the first individual studio equipment control data (data_control_separate_1) of the first whole studio equipment control data (data_control_full_1) (S141), and using the synchronous studio equipment control data (data_control_sync) of the first entire studio equipment control data (data_control_full_1), as shown in Fig. 5, the first performance object is displayed on the moving picture frame And a fourth step of creating one composite section moving picture clip (clip_time_composite_1) (s142).

Next, the studio equipment control system 100 uses the synchronous studio equipment control data (data_control_sync) among the second entire studio equipment control data (data_control_full_2) to perform the performance of the second performance object, And a fifth step (s152) of generating a second composite moving picture clip (clip_time_composite_2) in which the performance object is displayed on the moving picture frame. The fourth and fifth steps may be reversed in order, for example, may be performed simultaneously in different studios.

Meanwhile, in order to generate more natural synthesized moving picture contents by harmonizing performances between the first performance objects and the second performance objects that perform the same performances at different times or in different spaces, the studio equipment control system 100 During the performance of the second performance object, the first composite duration movie clip (clip_time_composite_1) can be displayed to the second performance object.

The studio equipment control system 100 and the second camera 122 in the third and fifth steps are spaced apart from the studio equipment control system 100 and the first camera 121 in the second and fourth steps For example, in different studios.

On the other hand, in order to prevent the first concert object and the second concert object from overlapping each other when synthesized, the studio equipment control system 100, as shown in Fig. 15, clip_time_composite_1) may be stored in the non-temporary data storage module 130 (s142-2). When the studio equipment control system 100 generates the second composite moving picture clip clip_time_composite_2, the studio equipment control system 100 determines whether the second performance object enters the area corresponding to the base occupancy position information data_positional_1 (s152-2) , Sight, hearing, or tactile warning (s152-3).

Finally, the studio equipment control system 100 uses the first individual section moving picture clip (clip_time_separate_1) to create a first final individual section moving picture clip (clip_time_separate_final_1) of the first individual moving picture section (time_video_separate_1) (S161), synthesizes the second performance objects of the first performance object of the first composite motion picture clip (clip_time_composite_1) and the second performance objects of the second composite motion picture clip (clip_time_composite_2) to be displayed on a single moving picture frame, time_video_complete_time_video_composite) is generated (s162), and the entire video content (contents_video_full) including the first final individual section moving picture clip (clip_time_separate_final_1) and the final composite moving picture clip (clip_time_composite_final) is generated s163) Step 6 is performed. In step s163, the order of the first final individual section moving picture clip (clip_time_separate_final_1) and the final composed section moving picture clip (clip_time_composite_final) of the entire moving picture contents (contents_video_full) may be changed. In addition, the entire video content contents_video_full may include a first final individual section moving picture clip (clip_time_separate_final_1) and a final combined section moving picture clip (clip_time_composite_final) in a duplicate manner. Accordingly, the generated entire video contents (contents_video_full) have high quality by cross-editing images in which various subjects of various shooting angles appear.

FIG. 16 is a flowchart illustrating a method of generating moving image contents using collaboration of a plurality of performance objects according to the first embodiment of the present invention. First, as shown in FIG. 16, in the fourth step, the studio equipment control system 100 defines the contour of the first performance object from the first composite duration movie clip (clip_time_composite_1) being created or created, The first video object (object_video_1) can be extracted (s142-1). In the fifth step, the studio equipment control system 100 extracts a second video object (object_video_2) defined along the contour of the second performance object from the generated second composite video clip (clip_time_composite_2) (152-1).

Next, in the sixth step, the studio equipment control system 100 determines whether the first video object (object_video_1) and the second video object (object_video_2) are displayed on a single background screen on a single moving picture frame So that the final composite video clip (clip_time_composite_final) of the composite video stream (time_video_composite) can be generated (s162).

The moving picture content generation method according to the first embodiment of the present invention can improve the quality of the synthesized moving picture contents and reduce the cost through the virtual background rather than the narrow real studio background.

Meanwhile, the studio equipment control system 100 may configure a single background screen in 3D form and render a single background screen adaptively corresponding to the synchronous studio equipment control data (data_control_sync). Thus, the virtual background can be more smoothly integrated with the first video object (object_video_1) and the second video object (object_video_2).

FIG. 17 is a flowchart illustrating a method of generating moving picture contents using collaborations of a plurality of performance objects according to a second embodiment of the present invention. First, as shown in FIG. 17, in the fifth step, the studio equipment control system 100 acquires a second performance object (second object) from a second composite section moving picture clip (clip_time_composite_2) (Object_video_2) defined along the contour of the first moving object (object_video_2).

Finally, in the sixth step, the studio equipment control system 100 determines whether or not the second video object (object_video_2) extracted in the background of the first composite video clip (clip_time_composite_1) (S162) so that the final composite section moving picture clip (clip_time_composite_final) of the composite moving picture section (time_video_composite) is generated. As shown in FIG. 8, the final composite section movie clip (clip_time_composite_final) may include a cheering animation of the audience that is not displayed in the first composite section movie clip (clip_time_composite_1).

The moving picture content generation method according to the second embodiment of the present invention can naturally integrate the second moving object object_video_2 into the background of the first composite moving picture clip clip_time_composite_1 in which the first moving object object_video_1 appears.

13, in order that the studio equipment control system 100 according to the present invention has the effect of cross-editing images of various subjects having different shooting angles, the first and second performance objects An additional moving picture clip (clip_additional) which is not displayed on the frame to generate the entire moving picture contents (contents_video_full).

18 is a flowchart illustrating generation of a second final individual section moving picture clip (clip_time_separate_final_2) according to the present invention. First, as shown in FIG. 18, in the first step, the studio equipment control system 100 displays the second performance object in the moving picture frame from among the entire moving picture sections (time_video_full) of the entire moving picture contents (contents_video_full) to be generated The second individual moving picture section (time_video_separate_2) shown in Fig. 10 in which the first performance object is not displayed on the moving picture frame can be further defined (s110-1). In the third step, the studio equipment control system 100 controls the second individual studio equipment control data (the second individual studio equipment control data) for controlling at least one camera in correspondence with the performance of the second performer object in the second individual moving picture interval time_video_separate_2 the second entire studio equipment control data (data_control_full_2) including the data_control_separate_2 may be stored in the non-temporary data storage module 130 (130-1).

Next, the studio equipment control system 100 controls the performance of the second performance object in the fifth step using the second individual studio equipment control data (data_control_separate_2) of the second entire studio equipment control data (data_control_full_2) An individual section moving picture clip (clip_time_separate_2) can be further generated (s151).

Finally, in the sixth step, the studio equipment control system 100 further transmits the second final individual section moving picture clip clip_time_separate_final_2 of the second individual moving picture section (time_video_separate_2) by using the second individual section moving picture clip (clip_time_separate_2) (S161-1), and generates all the moving picture contents (contents_video_full) including the first final individual section moving picture clip (clip_time_separate_final_1), the second final individual section moving picture clip (clip_time_separate_final_2) and the final combining section moving picture clip (clip_time_composite_final) .

The entire video content (contents_video_full) according to the video content generation method according to the present invention includes a first final individual section moving picture clip (clip_time_separate_final_1), a second final individual section moving picture clip (clip_time_separate_final_2), and a final combining section moving picture clip (clip_time_composite_final) Therefore, the images in which a variety of subjects with different shooting angles appear are cross-edited.

The description of the invention in this specification is for illustrative purposes only, and the invention is not limited to these embodiments. It will be understood by those skilled in the art that various changes in form and details may be made therein without departing from the spirit and scope of the invention as defined by the appended claims. .

100: Video content creation system
110: Time interval defining module 121:
122: second camera 130: non-temporary data storage module
141: First studio equipment control module
142: Second studio equipment control module
150: Video content creation module

Claims (18)

A first individual moving picture section in which a first performance object is displayed on a moving picture frame and a second performance object is not displayed on a moving picture frame in all moving picture sections of all moving picture contents to be generated, A time interval definition module for defining a composite moving picture section in which objects are simultaneously displayed on a moving picture frame;
At least one first camera;
At least one second camera;
First individual studio equipment control data for controlling the first camera in correspondence with the performance of the first performance object in the first individual moving picture section and first individual studio equipment control data for controlling the first camera in accordance with the performance of the first performance object A first full studio equipment control data including synchronous studio equipment control data for controlling the camera and the synchronous studio equipment control data for controlling the second camera in correspondence with the performance of the second performance object in the synthesizing moving picture interval A non-volatile data storage module for storing a second full studio equipment control data;
A first individual section moving picture clip in which the first performance object is photographed is generated by controlling the first camera using the first individual studio equipment control data among the first entire studio equipment control data in the first individual moving picture section And controlling the first camera using the synchronous studio equipment control data among the first entire studio equipment control data in the synthesized moving picture section to generate a first synthesized section moving picture clip photographed by the first performance object 1 studio equipment control module;
A second studio that controls the second camera using the synchronous studio equipment control data among the second entire studio equipment control data in the synthesized moving picture section to generate a second synthesized section moving picture clip photographed by the second performance object, Equipment control module; And
A first final individual section moving picture clip of the first individual moving picture section is generated using the first individual section moving picture clip, and the first concurrent moving picture clip of the first concurrent moving picture clip and the second concurrent moving picture clip The second concatenated moving picture clip is synthesized so that the second concert object is displayed on a single moving picture frame to generate a final concatenated moving picture clip of the synthesized moving picture section, And a moving image content creation module for creating content based on the collaboration information.
The method according to claim 1,
Wherein the time duration definition module is configured to display the second performance object on the moving picture frame from among the entire moving picture sections of the entire moving picture content to be generated and to display the first performance object on the moving picture frame, Lt; / RTI >
Wherein the non-temporal data storage module further comprises second individual studio equipment control data for controlling the second camera in response to the performance of the second performance object in the second individual moving picture section, Storing the data,
Wherein the second studio equipment control module further generates a second individual section moving picture clip using the second individual studio equipment control data of the second entire studio equipment control data by performing the performance of the second performance object,
Wherein the moving picture content generation module further generates a second final individual section moving picture clip of the second individual moving picture section using the second individual section moving picture clip, The moving picture clips, the moving picture clips, and the moving picture clips of the final result section are generated.
The apparatus of claim 1, wherein the moving picture content generation module comprises:
Extracting a first moving picture object defined along a contour of the first concert object from the first concurrent moving picture clip during or during the creation of the first concatenated moving picture clip, And a moving picture object extracting unit for extracting a second moving picture object defined according to a contour of the second performance object, wherein the first moving picture object and the second moving picture object are synthesized so as to be displayed on a single moving picture frame on a single background screen And the final composite section moving picture clip of the combined moving picture section is generated.
The method of claim 3, wherein the moving picture content generation module comprises:
And a 3D background rendering unit configured to form the single background screen in a 3D form and to render the single background screen adaptively corresponding to the synchronous studio equipment control data. Video Contents Generation System Using.
The apparatus of claim 1, wherein the moving picture content generation module comprises:
And a moving image object extraction unit that extracts a second moving image object defined along a contour of the second performance object from the generated or generated second composite moving image clip, And generating the final composite moving picture clip of the composite moving picture section by combining the extracted second moving picture object to be displayed on a single moving picture frame.
The system according to claim 1,
And a display module for displaying the first composite moving picture clip during the performance of the second performance object on the second performance object.
The method according to claim 1,
Wherein the non-temporal data storage module further stores the occupancy position information of the first performance object when generating the first composition moving picture clip,
Wherein the moving picture content generation system includes a warning sending module for sending a visual, audible or tactile warning when the second performance object enters the area corresponding to the occupied position information at the time of generating the second combined moving picture clip, The method of claim 1, further comprising the steps of:
The method according to claim 1,
Wherein the first studio equipment control module and the first camera are installed apart from the second studio equipment control module and the second camera. The apparatus of claim 1, wherein the moving picture content generation module comprises:
Wherein the first moving object and the second performing object are displayed on the moving picture frame, and the additional moving picture clip is not displayed on the moving picture frame, thereby generating the entire moving picture content.
A method for generating moving picture contents using collaborations of a plurality of performance objects,
The studio equipment control system includes a first individual moving picture section in which a first performance object is displayed on a moving picture frame and a second performance object is not displayed on a moving picture frame in a whole moving picture section of all moving picture contents to be generated, A first step of defining a composite moving picture section for displaying the object and the second performance object simultaneously on a moving picture frame;
Wherein the studio equipment control system comprises first individual studio equipment control data for controlling at least one first camera corresponding to a performance of the first performance object in the first individual moving picture section, A second step of storing first entire studio equipment control data including synchronous studio equipment control data for controlling at least one first camera corresponding to a performance of a first performance object in a non-temporary data storage module;
Wherein the studio equipment control system further comprises a second overall studio equipment control data including the synchronous studio equipment control data for controlling at least one second camera in correspondence to the performance of the second performance object, A third step of storing the data in the non-temporary data storage module;
Wherein the studio equipment control system generates a first individual section moving picture clip using the first individual studio equipment control data among the first entire studio equipment control data using the performance of the first performance object, A fourth step of generating a first composite moving picture clip in which the first performance object is displayed on a moving picture frame using the synchronous studio equipment control data among the equipment control data;
Wherein the studio equipment control system is operable to control the second concert moving object to play a second concert moving picture in which the second concert object is displayed on a moving picture frame using the synchronous studio equipment control data among the second entire studio equipment control data, A fifth step of generating a clip; And
Wherein the studio equipment control system generates the first final individual section moving picture clip of the first individual moving picture section using the first individual section moving picture clip and the first concurrent moving picture clip of the first concurrent moving picture clip, The second concatenated moving picture clip is synthesized so that the second concert moving object of the second concatenated moving picture clip is displayed on a single moving picture frame to generate a final composed section moving picture clip of the combined moving picture section, And generating the entire moving image content including the clip.
11. The method of claim 10,
Wherein the first step is a step in which the studio equipment control system displays the second performance object on the moving picture frame from among the entire moving picture sections of the entire moving picture content to be generated and displays the first performance object on the moving picture frame A second individual moving picture section is defined,
Wherein the third step is a step in which the studio equipment control system further includes second individual studio equipment control data for controlling at least one second camera in correspondence with the performance of the second performance object in the second individual moving picture section Storing the second entire studio equipment control data including the first full studio equipment control data in the non-temporary data storage module,
The fifth step is for the studio equipment control system to further generate a second individual section moving picture clip by using the second individual studio equipment control data of the second entire studio equipment control data as the performance of the second performance object and,
Wherein the studio equipment control system further generates a second final individual section moving picture clip of the second individual moving picture section using the second individual section moving picture clip and the first final individual section moving picture clip , The second final individual section moving image clip, and the final combining section moving image clip.
11. The method of claim 10,
The fourth step is a step in which the studio equipment control system extracts a first moving image object defined along a contour of the first performance object from the first composite interval moving image clip generated or generated,
The fifth step is a step in which the studio equipment control system extracts a second moving image object defined along the contour of the second performance object from the generated second composition moving image clip during the generation or completion,
And the sixth step is to synthesize the first moving image object and the second moving object so that they are displayed on a single background screen on a single moving picture frame to generate the final combined section moving picture clip of the combined moving picture section How to create content.
13. The method as claimed in claim 12,
Wherein the studio equipment control system configures the single background screen in 3D form and renders the single background screen adaptively corresponding to the synchronous studio equipment control data.
11. The method of claim 10,
The fifth step is a step in which the studio equipment control system extracts a second moving image object defined along the contour of the second performance object from the generated second composition moving image clip during the generation or completion,
The sixth step may include combining the extracted second moving object to be displayed on a single moving picture frame in the background of the first combined moving picture clip to generate the final combined section moving picture clip of the combined moving picture interval, A method for generating moving picture contents.
11. The method according to claim 10,
Wherein the studio equipment control system displays the first composite moving picture clip on the second performance object during the performance of the second performance object.
11. The method of claim 10,
Wherein the studio equipment control system stores the occupancy position information of the first performance object in the non-temporal data storage module when the first composition moving picture clip is generated,
In the fifth step, when the second performance object is to be entered into an area corresponding to the pre-occupied position information, the studio equipment control system generates a time, audible or tactile warning And transmitting the moving picture content.
11. The method of claim 10,
Wherein the studio equipment control system in the third step and the fifth step and the second camera are installed apart from the studio equipment control system in the second step and the fourth step and the first camera. How to create content.
11. The method as claimed in claim 10,
Wherein the studio equipment control system further comprises an additional moving picture clip that does not display the first performance object and the second performance object on a moving picture frame, thereby generating the entire moving picture content.

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