KR101800192B1 - Method and System for Motion-based Control of Studio Equipment - Google Patents

Abstract

The present invention relates to a motion-based studio equipment control method and a device thereof. According to the present invention, the method includes a first step in which a studio equipment control system defines a fixed time section and a selective time section; a second step in which the studio equipment control system stores designated performance motion data, corresponding to a designated performance motion, and designated control data, used for controlling studio equipment in accordance with the designated performance motion, in a data storage module; a third step in which the studio equipment control system stores option performance motion data, corresponding to an option performance motion, and option control data, distinguished from the designated control data and used for controlling the studio equipment in accordance with the option performance motion, in the data storage module; a fourth step in which the studio equipment control system begins to control the studio equipment; a fifth step in which the studio equipment control system controls a motion recognition module to generate motion recognition data; and a sixth step in which the studio equipment control system controls the studio equipment by using the designated control data if the motion recognition data and the designated performance motion data are actually matched with each other after a comparison, and controls the studio equipment by using the option control data if the motion recognition data and the option performance motion data are actually matched after a comparison.

Description

TECHNICAL FIELD The present invention relates to a motion-based studio equipment control method and system,

The present invention relates to an operation-based studio equipment control method and system, and more particularly, to a studio equipment control method and system capable of automatically generating video contents adaptively optimized for a performance operation by recognizing a performance operation.

As the number of video sharing sites such as Youtube increases, the number of UGC (User Generated Contents) is rapidly increasing. However, because UGC is a simple video shot by a general user using a mobile phone camera, there is a problem that the quality of the video contents is poor even if the contents are good because the professional shooting technique and editing technology can not be implemented.

Thus, the public is increasingly interested in professional-level photographic and editing techniques, such as various field of view implementations and dynamic scene editing. However, in order to produce high-quality video contents by implementing professional-level shooting and editing techniques, it is necessary for the general public to use specialized equipment at the broadcasting station level, for example, various lights, several professional cameras, 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. So, there are simple editing apps, various video filters and effect application apps that help people to create high quality UGC. However, these apps only contribute to the improvement of the partial video content quality, for example, because they are easy to edit or improve the mood of the screen, and most of the high-quality video contents are still produced by professional studios .

On the other hand, editing technologies such as subtitles and special effects as well as various broadcasting devices such as a lighting and a camera are increasingly being automated, and a system for integrating them is also emerging. In other words, a system that automatically controls multiple cameras according to a promised sequence, a system that automatically controls multiple lights according to a promised sequence, and a system that automatically adds editing effects promised to a movie created by a camera Have been developed separately.

However, the automatic control system of the studio equipment has a problem that the automatic control system does not recognize it and provides a blank screen when the user moves out of the promised camera angle of view improperly. In addition, There is a problem in that it can not be adaptively changed by illumination or camera work which can highlight it.

U.S. Patent No. 8,957,942 to Studio one entertainment, Inc., entitled " Studio booth configured to produce illusion that customer is photographed in different locale ", discloses a system for creating a user's performance as video content within a studio booth. According to such a system, there is an advantage that the video contents can be easily generated without expert assistance, but there is a problem that it is difficult to expect a remarkable improvement in the video quality because the fixed camera and the fixed light are used.

U.S. Patent Publication No. 2012/0236160 to " Remote studio management and control "of Rezek et al. Discloses a method for remote studio management and control. According to this method, since the studio equipment is operated by a specialist at a remote place in real time, it is advantageous to produce video contents conforming to the contents of the user's performance. However, shooting experts and editing specialists controlling the studio equipment at remote places are required, The UGC of the user is not suitable for the user.

U.S. Patent No. 8,562,403 to Harmonix music systems, Inc., entitled " Prompting a player a dance game, " discloses a method of guiding a dance game sequence and comparing the dance operation and the guided dance operation to calculate the accuracy of the dance operation. According to this method, the motion comparison result obtained by comparing the dance motion of the user who is recognized as the motion and the predetermined dance motion is used only as a score in the game, and for example, the user performing the dance motion is adaptively used There is nothing to disclose or suggest.

United States Patent No. 8,957,942 U.S. Published Patent Application No. 2012/0236160 U.S. Patent No. 8,562,403

SUMMARY OF THE INVENTION The present invention has been made to solve the above problems and it is an object of the present invention to provide an operation-based studio equipment control system and a control method of the present invention for recognizing an operation of a performance object in a selected time interval, The present invention aims to easily generate moving picture contents optimized for a performance operation of a performance object without manipulation of a studio worker by automatically controlling studio equipment such as a camera, a lighting device, and an audio device adaptively to the operation of the performance object.

The operation-based studio equipment control system and method according to an embodiment of the present invention stores a plurality of option performance data and a plurality of option control data in advance at the same selection time, and stores the operation of the performance object in a plurality of pre- It is another object of the present invention to increase the probability of producing the most optimized moving picture contents despite the improvised motion of the performance object by comparing with the motion data.

The operation-based studio equipment control system and control method according to another embodiment of the present invention changes the type of the studio equipment control data in the following trailing time interval according to the operation of the performance object in the preceding time interval, The other purpose is to produce video contents optimized for various series of motion changes.

 The operation-based studio equipment control system and control method according to another embodiment of the present invention visualizes and displays a designated performance operation and an optional performance operation that a performance object can take in a selected time period through an operation guide module such as a display, The object of the present invention is to improve the quality of moving picture contents by guiding the object to take any one of the actions promised in the middle of the performance in a timely manner.

Lastly, the operation-based studio equipment control system and control method according to another embodiment of the present invention is a system for controlling the operation of a studio equipment according to a designated performance operation or an optional performance operation that a performance object can take in a selected time interval, It is another object of the present invention to simulate the object and provide it through the motion guide module so that the performance object can confirm the result of the production of the moving image according to the motion in advance.

In order to achieve the above object, a method of controlling an operation-based studio equipment according to the present invention is characterized in that a studio equipment control system defines a fixed time interval of a total time interval in which a performance object performs, A first step of defining a selection time period during which a performance object can selectively perform an optional performance operation distinguished from a designated performance operation and the designated performance operation; Wherein said studio equipment control system is operable to transmit designated performance operation data corresponding to said specified performance operation that can be performed by said performance object in said selected time interval and designated control data for controlling said studio equipment in accordance with said designated performance operation A second step of storing the data in a storage module; Wherein the studio equipment control system is further operable to distinguish the option performance operation data corresponding to the option performance operation and the designation control data that can be performed by the performance object during the selected time interval and to control the studio equipments Storing the option control data in the data storage module; A fourth step of the studio equipment control system starting control of the studio equipment at the start of the performance; A fifth step of controlling the operation recognition module so that the studio equipment control system recognizes the operation of the performance object during the selected time interval and generates motion recognition data; And the studio equipment control system compares the operation recognition data recognized during the selection time interval with the designated performance operation data assigned to the selection time interval and if it is determined that they substantially coincide with each other, Studio equipment, and compares the motion recognition data recognized during the selection time interval with the optional performance motion data allocated to the selection time interval, and if it is determined that the option performance data is substantially identical, And a sixth step of controlling the display device.

In the operation-based studio equipment control method according to an embodiment of the present invention, in the sixth step, the studio equipment control system determines whether the operation recognition data recognized during the selection time interval and the designation performance assigned to the selected time interval The control unit controls the studio equipments by using the designated control data if it is determined that both the operation data and the optional performance operation data are different.

In the operation-based studio equipment control method according to an exemplary embodiment of the present invention, the third step may include: performing a first optional performance operation to an n < th > N < th > option performance operation data to n < th > option performance operation data corresponding to the optional performance operation and first to n < Wherein the studio equipment control system stores the operation recognition data recognized during the selection time interval and the first option performance performance data to the nth The operation data of the option performance data, And controls the studio equipments by using any one of the first option control data and the n-th option control data.

In the operation-based studio equipment control method according to the embodiment of the present invention, the first step defines the preceding selection time interval and the following selection time interval, The apparatus control system according to any one of claims 1 to 3, wherein the equipment control system is further operable to control the equipment control system so that the equipment control system is operable to determine whether or not the preceding designation performance data, the designation control data in the preceding selection time period, The first trailing designation performance data and the second trailing designation performance data as the performance operation data, the first trailing designation control performance data and the second trailing designation performance data as the designation control data in the trailing selection time period, Module, and the third step is a step in which the studio- The option performance data being the optional performance performance data in the preceding selection time interval, the option option control data in the preceding selection time interval, the option performance data in the preceding selection time interval, 1 trailing option performance operation data and second trailing option performance operation data, the first trailing option control data and the second trailing option control data, which are the option control data in the trailing selection time period, in the data storage module, The fifth step is for the studio equipment control system to control the motion recognition module so as to generate the preceding motion recognition data during the preceding selection time interval. In the sixth step, the studio equipment control system controls the motion recognition module And the preceding designation control data or the preceding option Wherein the control unit controls the operation unit based on any one of the control data and the control data, and the control unit controls the operation recognition module to generate the following operation recognition data during the trailing selection time period Step 7; When the studio equipment control system controls the studio equipments using the preceding designation control data in the preceding selection time interval, the first designation control data or the first designation control data An eighth step of controlling the studio devices using data; And when the studio equipment control system controls the studio equipments by using the preceding option control data in the preceding selection time interval, the second following designation control data or the second after- And controlling the studio devices using the control data.

In the second step, the studio equipment control system controls the operation of the operation unit based on the fixed control data for controlling the studio equipments in the fixed time interval to the data storage module Save more; The operation-based studio equipment control method may further include a fourth step of controlling the studio equipment using the fixed control data during the fixed time interval after the fourth step .

The operation-based studio equipment control method according to the embodiment of the present invention may further include the step of controlling the studio equipment control system to deactivate the motion recognition module during the fixed time interval after the fourth step .

The operation-based studio equipment control method according to an embodiment of the present invention is characterized in that after the fourth step, the studio equipment control system stores the designated performance operation data and the optional performance operation data during the selected performance time, And controlling the operation guide module to visualize and display the operation result and the optional performance operation.

In the operation-based studio equipment control method according to the embodiment of the present invention, in the eleventh step, the studio equipment control system may simulate the results of controlling the studio equipment by the designated control data and the selection control data And the operation guide module is controlled to reflect the designated performance operation and visualization of the optional performance operation.

An operation-based studio equipment control method according to the present invention includes: a plurality of studio equipments; A studio equipment control module for controlling the studio equipment; An operation recognition module for recognizing an operation of a performance object and generating motion recognition data; A fixed time interval is defined in the entire time interval in which the performance object is performed and an optional performance operation in which the performance object is distinguished from the designated performance operation and the specified performance operation during a time interval not corresponding to the fixed time interval is selectively performed A time interval definition module for defining a selection time interval that can be selected; Storing designated performance operation data corresponding to the designated performance operation that can be performed by the performance object in the selected time interval and designated control data for controlling the studio devices according to the designated performance operation, A data storage module for storing optional performance operation data corresponding to the optional performance operation that can be performed by the performance object and option control data for controlling the studio devices in accordance with the optional performance operation and being distinguished from the designated control data; An operation data comparison module for comparing the operation recognition data recognized during the selection time period with the designated performance operation data and the optional performance operation data assigned to the selected time interval; And when the operation data comparison module determines that the operation recognition data recognized during the selection time period and the designated performance operation data are substantially the same, the studio equipment control module controls the studio equipment using the designated control data And when the operation data comparison module determines that the operation recognition data recognized during the selection time period and the optional performance operation data are substantially the same, the studio equipment control module transmits the option equipment data to the studio equipment And a control data selection module for controlling the control data.

In the operation-based studio equipment control system according to the embodiment of the present invention, the control data selection module may be configured to compare the operation recognition data, the designated performance operation data, and the optional performance operation data with each other And controls the studio equipment control module to control the studio equipment using the designated control data.

In the operation-based studio equipment control system according to the embodiment of the present invention, the data storage module may be configured to perform a first option performance operation to an n-th option performance operation, The first option performance operation data to the n-th option performance operation data, and the first option control data to the n-th option control data corresponding to the first optional performance operation to the n-th option performance operation, respectively, The module compares the operation recognition data recognized during the selection time period with the first optional performance operation data to the n-th option performance operation data allocated to the selected time interval to the option performance operation data substantially matched The first option control data to the n-th option control data Is the studio equipment control module using the optional control data, characterized in that the control to control the studio equipment.

In the operation-based studio equipment control system according to the embodiment of the present invention, the time interval definition module defines a pre-selection time interval and a following selection time interval, and the data storage module stores the pre- The first designated performance performance data being the specified performance performance data in the preceding selected time interval, the preceding performance performance data being the specified performance performance data, the preceding designated control data being the specified control data in the preceding selected time interval, 2 designation control performance data and second lagging designation control data which are the designation control data in the trailing selection time interval and the second designation control data in the preceding designation time period, Option performance operation data, the option operation performance data in the preceding selection time period Wherein said first option performance data and said second preference performance performance data are said option performance data in said trailing selection time period, 1 trailing-option control data and second trailing-option control data, the operation recognition module generates preceding-operation recognition data during the preceding-selection time interval, generates trailing-motion recognition data during the trailing selection time interval, Wherein the control data selection module controls the studio equipment control module to control the studio equipment according to any one of the preceding designation control data or the preceding option control data in accordance with the preceding operation recognition data, Using the preceding designation control data Controls the studio equipment control module to control the studio equipment using the first trailing designation control data or the first trailing option control data according to the trailing operation recognition data when the studio equipment is controlled, When the studio equipment is controlled by using the preceding option control data in the selected time interval, the second equipment control unit transmits the second following designation control data or the second following option data to the studio equipment control module To control the studio equipments.

In the operation-based studio equipment control system according to the embodiment of the present invention, the data storage module further stores fixed control data for controlling the studio devices in the fixed time interval, And controls the studio equipment control module to control the studio equipment using the fixed control data during a fixed time period.

In the operation-based studio equipment control system according to the embodiment of the present invention, the motion recognition module is deactivated during the fixed time interval.

The operation-based studio equipment control system according to the embodiment of the present invention may include an operation guide module for visualizing the designated performance operation data and the optional performance operation data in the designated performance operation and the optional performance operation during the selected performance time, ; And further comprising:

In the operation-based studio equipment control system according to the embodiment of the present invention, the operation guide module may simulate a result of controlling the studio equipments by the specified control data and the selection control data, And is reflected in the visualization of the performance operation.

An operation-based studio equipment control system according to another embodiment of the present invention includes a plurality of studio devices; A studio equipment control module for controlling the studio equipment; An operation recognition module for recognizing an operation of a performance object and generating motion recognition data; A fixed time interval is defined in the entire time interval in which the performance object is performed and an optional performance operation in which the performance object is distinguished from the designated performance operation and the specified performance operation during a time interval not corresponding to the fixed time interval is selectively performed A time interval definition module for defining a selection time interval that can be selected; Storing designation control data for controlling the studio equipments in the selection time interval, distinguishing the option performance performance data corresponding to the option performance performance that can be performed by the performance object and the designation control data in the selection time interval A data storage module for storing optional control data for controlling the studio devices according to the optional performance operation; An operation data comparison module for comparing the operation recognition data recognized during the selection time section with the optional performance operation data assigned to the selection time section; And when the operation data comparison module determines that the operation recognition data recognized during the selection time interval and the optional performance operation data are substantially different, the studio equipment control module controls the studio equipment using the designated control data And when the operation data comparison module determines that the operation recognition data recognized during the selection time period and the optional performance operation data are substantially the same, the studio equipment control module transmits the option equipment data to the studio equipment And a control data selection module for controlling the control data.

According to the above-described structure of the present invention, the operation-based studio equipment control system and control method according to the present invention recognizes an operation of a performance object in a selected time interval and distinguishes between a designated performance operation and an optional performance operation, The present invention provides an effect of easily generating moving picture contents optimized for a performance operation of a performance object without manipulation of a studio worker by automatically controlling studio equipment such as illumination, camera, and sound adaptively.

The operation-based studio equipment control system and method according to an embodiment of the present invention stores a plurality of option performance data and a plurality of option control data in advance at the same selection time, and stores the operation of the performance object in a plurality of pre- The present invention provides an effect of increasing the probability of producing the most optimized moving picture contents despite the improvised action of the performance object.

The operation-based studio equipment control system and control method according to another embodiment of the present invention changes the type of the studio equipment control data in the following trailing time interval according to the operation of the performance object in the preceding time interval, It provides the effect of producing more diverse and optimized video contents in various series of motion changes.

 The operation-based studio equipment control system and control method according to another embodiment of the present invention visualizes and displays a designated performance operation and an optional performance operation that a performance object can take in a selected time period through an operation guide module such as a display, The object is guided so that any one of the actions promised in the middle of the performance can be taken in a timely manner, thereby improving the quality of the moving picture contents.

Lastly, the operation-based studio equipment control system and control method according to another embodiment of the present invention is a system for controlling the operation of a studio equipment according to a designated performance operation or an optional performance operation that a performance object can take in a selected time interval, The present invention provides an effect of allowing a performance object to confirm the production result of the moving picture contents according to the motion by providing it through the motion guide module by simulating the object.

1 is a block diagram showing an operation-based studio equipment control system according to the present invention;
2 is a block diagram illustrating an operation-based studio equipment control system according to a first embodiment of the present invention;
3 is a block diagram of a data storage module of an operation-based studio equipment control system according to a second embodiment of the present invention.
Figure 4 is an illustration of an action guide module illustrating an example of guiding the performance action of a performance object according to an illustrative embodiment of the present invention;
5 is an illustration of an example of an action guide module illustrating an example of simulating and guiding performances of performance objects according to an illustrative embodiment of the present invention;
FIG. 6 is a block diagram illustrating an operation-based studio equipment control system according to a third embodiment of the present invention; FIG.
7 is a flowchart illustrating a method of controlling an operation-based studio equipment according to an embodiment of the present invention.
8 is a flowchart illustrating a method of controlling an operation-based studio equipment according to the first embodiment of the present invention.
9 and 10 are flowcharts illustrating a method of controlling an operation-based studio equipment according to a second embodiment of the present invention.
FIG. 11 is a diagram illustrating a fixed time interval and a selected time interval according to an operation-based studio equipment control system and method according to the present invention; FIG.
FIG. 12 is a diagram illustrating an example of a fixed time interval, a preceding selection time interval, and a following selection interval according to an operation-based studio equipment control system and method according to the present invention; FIG.

The terms and words used in the present specification and claims should not be construed in an ordinary or dictionary sense, and the inventor shall, in order to best explain his invention in the best way, And should be construed as meaning and concept consistent with the technical idea of the 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, an operation-based studio equipment control system 100 according to the present invention will be described with reference to the drawings. 1 is a block diagram illustrating an operation-based studio equipment control system 100 according to the present invention.

1, an operation-based studio equipment control system 100 according to the present invention includes a studio equipment 110, a studio equipment control module 120, an operation recognition module 130, a time interval definition module 140, A data storage module 150, an operation data comparison module 160, and a control data selection module 170.

Each of the components is functionally separated to clarify the operation of the operation-based studio equipment control system 100 according to an 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.

Further, all components of the motion-based studio equipment control system 100 according to the present invention may be implemented as a program / application executed by a single information processing terminal, such as, for example, a smart phone or a user computer, May be implemented in the form of a server-client service implemented in a client terminal and a server computer in which some other components are connected to a client terminal through a communication network, and components may be distributed and implemented in each server of the distributed server system have. Or a set of logic circuits that constitute a semiconductor processor.

The studio devices 110 may include a first camera 111, a second camera 112, an illumination 113, and an audio device 114. The first camera 111 and the second camera 112 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. In addition, the first camera 111 and the second camera 112 can be mounted on a moving system that is controlled remotely, and can be configured to implement a professional shooting technique without a field expert in a studio. In this case, a moving system for moving the camera may be included in the studio equipments 110. The number of cameras is not limited to two, and three or more cameras can be used for more dynamic shooting. 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. 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 studio equipment control module 120 controls the studio equipment 110. The control protocol between the studio devices 110 and the studio device control module 120 may be a protocol that is common in the industry.

The motion recognition module 130 recognizes the motion of the performance object and generates motion recognition data (data_motion_recognized). The motion recognition module 130 may be configured in the form of a depth camera for acquiring three-dimensional information of an object. 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 motion recognition, the motion recognition module 130 may be implemented with a simple 2D camera.

The motion recognition module 130 may be controlled to be activated during a selected time interval (time_optional) and deactivated during a fixed time interval (time_fixed) according to an embodiment, and may be controlled to be activated in all intervals.

The time interval definition module 140 defines a fixed time interval (time_fixed) of the entire time interval (time_total) in which the performance object performs, as shown in FIG. In addition, the time interval defining module 140 may include a selection time interval (e.g., a time interval) in which a performance object can selectively perform an optional performance operation distinguished from a designated performance operation and a specified performance operation during a time interval that does not correspond to a fixed time interval time_optional). The defined fixed time interval (time_fixed) and the optional time interval (time_optional) are stored in the data storage module 150. The designated performance operation may be a predetermined performance operation previously designated in the selected time period (time_optional) and taken by the performance object. The selection performance operation is an operation that is distinguished from the designated performance operation, and is a performance operation that the performance object can be selected according to the taste of the user, thereby allowing the performance object to experience the generation of a variety of moving picture contents.

The data storage module 150 may store the designated performance operation data (data_motion_default) corresponding to the designated performance operation that the performance object can perform in the selected time period (time_optional) Save the specified control data (data_control_default). In addition, the data storage module 150 is distinguished from the optional performance operation data (data_motion_optional) and designated control data (data_control_default) corresponding to the optional performance operation that can be performed by the performance object in the selected time period (time_optional) And stores option control data (data_control_optional) for controlling the studio equipments 110 accordingly.

The data storage module 150 may be a data storage medium for reusably storing data such as a hard drive, a flash memory, and an SSD, or may be a buffer memory for temporarily storing data such as RAM (Random Access Memory) have.

The performance operation may be a gesture or a series of actions that express the performance object through the body during performance, for example, a person. The performance motion data may be, for example, a series of data sets representing the relative positions of body parts by vectorizing the body parts of the person. The designated control data (data_control_default) may be a set of control commands which comprehensively controls the studio equipment such as a camera, a lighting device, an audio device, etc. according to a control protocol, for example.

The operation data comparison module 160 compares the operation recognition data (data_motion_recognized) recognized by the operation recognition module 130 during the selected time period (time_optional), the designated performance operation data (data_motion_default) allocated to the selected time interval (time_optional) And compares the performance operation data (data_motion_optional).

The control data selection module 170 determines whether the operation data comparison module 160 determines that the operation recognition data (data_motion_recognized) and the designated performance operation data (data_motion_default) recognized by the operation recognition module 130 during the selected time interval (time_optional) If it is determined that they are the same, the studio device control module 120 controls the studio devices 110 to be controlled using the designated control data (data_control_default). The control data selection module 170 determines whether or not the operation data comparison module 160 recognizes the operation recognition data (data_motion_recognized) and optional performance operation data (data_motion_optional) recognized by the operation recognition module 130 during the selected time period The studio device control module 120 controls the studio devices 110 to use the option control data (data_control_optional).

If the control data selection module 170 determines that the comparison result of the operation data comparison module 160 is different from the operation recognition data (data_motion_recognized), the designated performance operation data (data_motion_default) and the optional performance operation data (data_motion_optional) The equipment control module 120 can control the studio devices 110 to be controlled using the designated control data (data_control_default).

Meanwhile, when the operation recognition module 130 is deactivated during the fixed time interval (time_fixed), the control data selection module 170 selects the fixed control data (data_control_fixed) stored in advance in the data storage module 150 during the fixed time interval ) To control the studio equipment control module 120 to control the studio equipment 110. [

≪ Embodiment 1 >

Hereinafter, a first embodiment of the present invention will be described with reference to FIG. The first embodiment is an embodiment that includes n option performance operation data and can adaptively correspond to various operations of a performance object including n option control data. In order to avoid repetitive explanations, a detailed description of the same components as those of FIG. 1 will be omitted. 2 is a block diagram illustrating an operation-based studio equipment control system 100 according to a first embodiment of the present invention.

The data storage module 150 stores the first option performance operation data (data_motion_optional_1) through the n-th option performance (n) corresponding to the first optional performance operation to the n-th option performance operation that the performance object can perform at the selected time interval And stores operation data (data_motion_optional_n). Also, the data storage module 150 stores first option control data (data_control_optional_1) to nth option control data (data_control_optional_n) corresponding to the first optional performance operation to the n-th option performance operation, respectively.

The operation data comparison module 160 compares the motion recognition data (data_motion_recognized) recognized by the motion recognition module 130 and the first optional performance motion data (data_motion_optional_1) allocated to the selected time interval (time_optional) during the selected time interval (time_optional) (N) of the first option control data (data_control_optional_1) to the nth option control data (data_control_optional_n) corresponding to the option performance performance data (data_control_optional) substantially matching with the nth option performance performance data (data_motion_optional) And controls the studio equipment control module 120 to control the studio equipment 110 using data (data_control_optional).

According to the first embodiment, since the motion-based studio equipment control system adaptively corresponds to at least n operations, the video contents can be produced by integrally controlling the studio equipments, thereby providing the effect of producing higher quality video contents do.

≪ Embodiment 2 >

Hereinafter, a second embodiment of the present invention will be described with reference to FIG. The second embodiment allows the control data for controlling the studio equipments 110 to be applied in a more varied manner in the trailing selection time interval (time_optional_follow) according to the selection of the performance operation data in the preceding selection time interval (time_optional_precedent) It is possible to adaptively cope with various operations of the performance object. 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 data storage module 150 stores a pre-selection time interval (time_optional_precedent) and a post-selection time interval (time_optional_follow), which are defined by the time interval definition module 140, as shown in FIG. At this time, the trailing selection time interval does not necessarily have to be one, but may be composed of a plurality of numbers such as a first trailing selection time interval (time_optional_follow_1) to an nth trailing selection time interval (time_optional_follow_n) (n is an integer of 2 or more).

Also, the data storage module 150 may store the designated performance data (data_motion_default_precedent), the designated control performance data (data_control_default) in the preceding selection time period (time_optional_precedent) (Data_motion_default_follow_1) and the second trailing designation performance data (data_motion_default_follow_2), which are designated performance operation data (data_motion_default) in the trailing selection time interval (time_optional_follow) The first trailing designation control data (data_control_defalut_follow_1) and the second trailing designation control data (data_control_defalut_follow_2) which are the designated control data (data_control_default) in the time interval (time_optional_follow).

Also, the data storage module 150 may store the option control performance data (data_motion_optional_precedent), the option control data (data_control_optional) at the preceding selection time interval (time_optional_precedent), the optional performance performance data (data_motion_optional_precedent) First follow-through performance performance data (data_motion_optional_follow_1) and second follow-up performance performance data (data_motion_optional_follow_2) which are optional performance performance data (data_motion_optional) in the preceding selection option control data (data_control_optional_precedent) The first trailing option control data (data_control_optional_follow_1) and the second trailing option control data (data_control_optional_follow_2) which are the option control data (data_control_optional) in the time interval (time_optional_follow).

The motion recognition module 130 of the operation-based studio equipment control system 100 according to the second exemplary embodiment of the present invention generates the preceding motion recognition data (data_motion_recognized_precedent) during the preceding selection time interval (time_optional_precedent) (data_motion_recognized_follow) during the time_optional_follow.

The control data selection module 170 of the operation-based studio equipment control system 100 according to the second embodiment of the present invention generates the preceding designation control data (data_control_default_precedent) or the preceding option control data (data_control_optional_precedent) according to the preceding motion recognition data (data_motion_recognized_precedent) The control unit 120 controls the studio equipments 110 according to any one of the first to third embodiments. When the studio equipment 110 is controlled using the preceding designation control data (data_control_default_precedent) in the preceding selection time period (time_optional_precedent), the control data selection module 170 selects the first operation data (data_motion_recognized) The studio equipment control module 120 controls the studio equipment 110 to be controlled by using the trailing designation control data (data_control_defalut_follow_1) or the first trailing option control data (data_control_optional_follow_1).

The control data selection module 170 of the operation-based studio equipment control system 100 according to the second embodiment of the present invention uses the preceding option control data (data_motion_optional_precedent) in the preceding selection time period (time_optional_precedent) The control unit 120 controls the studio equipment control module 120 using the second trailing designation control data data_control_default_follow_2 or the second trailing option control data data_control_optional_follow_2 according to the trailing operation recognition data data_motion_recognized_follow (110).

By varying the type of studio equipment control data in the following trailing selection time interval (time_optional_follow) according to the performance of the performance object in the preceding selection time period (time_optional_precedent), it is possible to adaptively vary according to the variation of various series of performance objects And produces optimized video content.

FIG. 4 is an exemplary diagram illustrating an operation guide module 180, which is an example of guiding an operation to perform a performance object in an operation-based studio equipment control system 100 according to the above-described embodiment of the present invention.

4, the operation guide module 180 visualizes and displays the designated performance operation data (data_motion_default) and optional performance operation data (data_motion_optional) in the designated performance operation and the optional performance operation during the selected performance time (time_optional) .

Although not shown in FIG. 4, it is also possible to simultaneously perform a performance operation guidance corresponding to a previous time section and a later time section with respect to the current selection time section in a time series, and in this case, .

FIG. 5 is an exemplary diagram illustrating an operation guide module 180, which is an example of simulating and guiding an action to be performed by a performance object in the operation-based studio equipment control system 100 according to the above-described embodiment of the present invention.

5, the operation guide module 180 simulates the result of controlling the studio equipments 110 by the designated control data (data_control_default) and the selection control data (data_control_optional) Reflect in visualization. The simulated designated performance operation (data_motion_default_simulated) shown on the left side of FIG. 5 reflects camera information such as wide angle of view information, zoon-in information and camera rotation information among the designated control data (data_control_default) in the visualization. The simulated selection performance operation (data_motion_optional_simulated) shown on the right side of FIG. 5 includes camera information such as wide angle of view information, zoon-out information, The stage information is reflected in the visualization. The camera information and the virtual stage information reflected in FIG. 5 are merely examples, and various editing effects and special effects can be reflected in the visualization.

≪ Third Embodiment >

Hereinafter, a third embodiment of the present invention will be described with reference to FIG. 3 is a block diagram illustrating an operation-based studio equipment control system 100 according to a third embodiment of the present invention. The difference from the operation-based studio equipment control system 100 according to the present invention shown in FIG. 1 is that the data storage module 150 stores a designated performance corresponding to a designated performance operation that a performance object can perform in a selected time period (time_optional) And does not store operation data (data_motion_default). Also, the designated control data (data_control_default) may be preset control data that does not correspond to the designated performance operation data (data_motion_default).

The data storage module 150 stores designated control data (data_control_default) for controlling the studio equipments 110 in a selected time interval (time_optional). In addition, the data storage module 150 is distinguished from the optional performance operation data (data_motion_optional) and designated control data (data_control_default) corresponding to the optional performance operation that can be performed by the performance object in the selected time period (time_optional) And stores option control data (data_control_optional) for controlling the studio equipments 110 accordingly.

The operation data comparison module 160 compares the operation recognition data (data_motion_recognized) recognized by the operation recognition module 130 and the optional performance operation data (data_motion_optional) assigned to the selected time interval (time_optional) during the selected time interval do.

The control data selection module 170 determines whether the operation data comparison module 160 determines that the operation recognition data (data_motion_recognized) and the selection performance operation data (data_motion_optional) recognized by the operation recognition module 130 during the selected time interval (time_optional) If it is determined that they are different, the studio equipment control module 120 controls to control the studio equipment 110 using the designated control data (data_control_default). The control data selection module 170 determines whether or not the operation data comparison module 160 recognizes the operation recognition data (data_motion_recognized) and optional performance operation data (data_motion_optional) recognized by the operation recognition module 130 during the selected time period The studio device control module 120 controls the studio devices 110 to use the option control data (data_control_optional).

<Control method of motion-based studio equipment>

Hereinafter, an operation-based studio equipment control method according to the present invention will be described with reference to FIGS.

7 is a flowchart illustrating an operation-based studio equipment control method according to the present invention. First, as shown in FIG. 7, the studio equipment control system 100 defines a fixed time interval (time_fixed) of the entire time interval (time_total) in which the performance object performs, A first step (S110) of defining a selection time interval (time_optional) in which a performance object in a section can selectively perform an optional performance operation distinguished from a designated performance operation and a designated performance operation is performed. In FIG. 11, one fixed time section (time_fixed) and one selected time section (time_optional) are shown in the entire time section (time_total), but a plurality of fixed time sections may exist.

Next, the studio equipment control system 100 controls the studio devices 110 according to the designated performance operation data (data_motion_default) corresponding to the designated performance operation (data_motion_default) that can be performed by the performance object in the selected time period (time_optional) (S120) of storing the designated control data (data_control_default) for controlling the data storage module 150 in the data storage module 150.

In addition, the studio equipment control system 100 is distinguished from the optional performance operation data (data_motion_optional) and designated control data (data_control_default) corresponding to the optional performance operation that the performance object can perform in the selected time interval (time_optional) (S130) of storing the option control data (data_control_optional) for controlling the studio equipments 110 in the data storage module 150 according to the option control data (data_control_optional).

Next, the studio equipment control system 100 determines the start of the performance (s141), and if it is determined that the start of the performance is started, the fourth step of starting the control of the studio equipments 110 (s142) is performed.

Next, a fifth step (S150) of controlling the operation recognition module 130 so that the studio equipment control system 100 recognizes the operation of the performance object during the selected time interval (time_optional) and generates the motion recognition data (data_motion_recognized) .

Lastly, the studio equipment control system 100 compares the motion recognition data (data_motion_recognized) recognized during the selected time interval (time_optional) with the designated performance motion data (data_motion_default) allocated to the selected time interval (time_optional) (s161) If it is determined that they are substantially identical, the studio equipment 110 is controlled using the designated control data (data_control_default) (s162). Also, the operation recognition data (data_motion_recognized) recognized during the selection time interval (time_optional) is compared with the optional performance operation data (data_motion_optional) assigned to the selection time interval (time_optional) (s163) And performs the sixth step of controlling the studio equipments 110 using the data_control_optional (s164).

The present invention recognizes the performance of a performance object at a selected time interval (time_optional) to distinguish between a designated performance operation and an optional performance operation, and adaptively controls the operations of the first camera 111, 2 camera device 112 such as the camera 112, the lighting device 113 and the audio device 114 so as to easily generate the moving picture content optimized for the performance operation of the performance object without the operation of the studio personnel Effect.

On the other hand, when the studio equipment control system 100 receives the motion recognition data (data_motion_recognized) recognized during the selection time interval (time_optional), the designated performance motion data (data_motion_default) assigned to the selection time interval (time_optional) The control unit 110 controls the studio equipments 110 using the designated control data (data_control_default) (s165). Accordingly, even if the performance object does not perform the performance operation appropriate to the selection time period (time_optional), it is possible to easily generate the moving picture content using at least the designated control data (data_control_default).

8 is a flowchart illustrating an operation-based studio equipment control method according to the first embodiment of the present invention. First, as shown in FIG. 8, when the studio equipment control system 100 selects the first option performance corresponding to the first optional performance operation to the n-th option performance operation that can be performed by the performance object in the selected time interval (time_optional) N option control data (data_control_optional_n) corresponding to the operation data (data_motion_optional_1) through n-th option performance operation data (data_motion_optional_n) and the first optional performance operation to the n-th option performance operation, And stores it in the storage module 150 (s131). Also, the studio equipment control system 100 may be configured to perform the first option performance operation data (data_motion_optional_1) through the n-th option performance operation (data_motion_optional_1) assigned to the motion recognition data (data_motion_recognized) recognized during the selection time interval (time_optional) (Option_control_optional_1) to nth option control data (data_control_optional_n) corresponding to the option performance performance data (data_motion_optional) substantially matching with the data (data_motion_optional_n) (s166) data_control_optional) to control the studio equipments 110 (s167).

According to the above method, in accordance with the above-described method, a plurality of option performance data (data_motion_optional) and a plurality of option control data (data_control_optional) are previously stored in the same selection time interval (time_optional) And the performance data (data_motion_optional), thereby providing the effect of increasing the probability of producing the most optimized moving picture contents despite the improvised motion of the performance object.

9 and 10 are flowcharts illustrating an operation-based studio equipment control method according to a second embodiment of the present invention. First, as shown in FIG. 9, the studio equipment control system 100 defines a preceding selection time interval (time_optional_precedent) and a following selection time interval (time_optional_follow) (s111).

Next, the studio equipment control system 100 transmits the designated performance data (data_motion_defaul_precedent), which is the designated performance operation data (data_motion_defaut_precedent) in the preceding selection time period (time_optional), the designated control data (data_control_default_precedent), which is data_control_default, which is data_control_default, and stores the first posterior designation performance data (data_motion_default_follow_1) and the second posterior designation performance data (data_control_default_precedent) which are designation performance data (data_motion_default) The first trailing designation control data (data_control_default_follow_1) and the second trailing designation performance operation data (data_motion_default_follow_2), which are the designated control data (data_control_default) in the data (data_motion_default_follow_2), the trailing selection time interval (time_optional_follow) do (s121).

Next, the studio equipment control system 100 sets the option control performance data (data_motion_optional_precedent), which is optional performance operation data (data_motion_optional) in the preceding selection time period (time_optional_precedent), the option control data data_control_optional_precedent), which is the first performance option (data_control_optional_frequency_data_control_optional), and also stores the first follow-through option performance data (data_motion_optional_follow_1) and the second follow-up option performance operation The first trailing option control data data_control_optional_follow_1 and the second trailing option control data data_control_optional_follow_2 which are the option control data data_control_optional in the data_motion_optional_follow_2 and the trailing select time interval time_optional_follow are stored in the data storage module 150 The.

Next, the studio equipment control system 100 controls the motion recognition module 130 to generate the preceding motion recognition data (data_motion_recognized_precedent) during the pre-selection time interval (time_optional_precedent) (s151).

Next, the studio equipment control system 100 controls the studio equipments 110 according to either the preceding designation control data (data_control_default_precedent) or the preceding option control data (data_control_optional_precedent) according to the preceding motion recognition data (data_motion_recognized_precedent) s162-1, s164-1, s165-1).

Next, the studio equipment control system 100 controls the motion recognition module 130 to generate the following motion recognition data (data_motion_recognized_follow) during the trailing selection time interval (time_optional_follow) (s170).

Next, when the studio equipment control system 100 controls the studio equipments 110 using the preceding designation control data (data_control_default_precedent) in the preceding selection time period (time_optional_precedent), the studio equipment control system 100 controls the studio equipments 110 according to the backward motion recognition data (data_motion_recognized_follow) The control unit 110 controls the studio equipments 110 by using the trailing designation control data (data_control_default_follow_1) or the first trailing option control data (data_control_optional_follow_1) (s181, s182).

Up to this point, the operation-based studio equipment control method in the pre-selection time interval (time_optional_precedent) is not much different from the above-described embodiment.

However, when the studio equipment control system 100 controls the studio equipments 110 by using the preceding option control data (data_control_optional_precedent) in the preceding selection time interval (time_optional_precedent), the second device 2 is controlled according to the backward motion recognition data (data_motion_recognized_follow) The studio equipment 110 is controlled using the trailing designation control data (data_control_default_follow_2) or the second trailing option control data (data_control_optional_follow_2) (s191, s192).

According to the above-described method, by changing the type of the studio equipment control data in the following trailing selection time interval (time_optional_follow) according to the operation of the performance object in the preceding selection time period (time_optional_precedent), various series To provide a more diverse and optimized effect on the video content.

Although not shown, the studio equipment control system 100 further stores in the data storage module 150 fixed control data (data_control_fixed) for controlling the studio equipments 110 in a fixed time period (time_fixed). At this time, the studio equipment control system 100 controls the studio equipments 110 using fixed control data (data_control_fixed) during a fixed time period (time_fixed). Also, the studio equipment control system 100 may deactivate the motion recognition module 130 during a fixed time period (time_fixed). Thus, it is possible to reduce the burden of selecting and performing the performance object each time, and to provide time for preparing the next performance if the performance operation is the selection performance operation. Also in this case, the moving picture contents can be continuously generated using the fixed control data (data_control_fixed) irrelevant to the performance operation of the performance object.

4 and 5, an operation-based studio equipment control method according to an exemplary embodiment of the present invention can visually guide a performance operation that a performance object can take at a selection time (time_optional).

For example, when the studio equipment control system 100 visualizes and displays the designated performance operation data (data_motion_default) and the optional performance operation data (data_motion_optional) in the designated performance operation and the optional performance operation during the selected performance time (time_optional) 180).

The studio equipment control system 100 controls the studio equipments 110 by the designated control data (data_control_default) and the selection control data (data_control_optional) in order to allow the studio equipment control system 100 to confirm the result to be produced through the studio control, And to control the motion guide module 180 to reflect the results of the simulation to the visualization of the designated performance operation and the optional performance operation.

According to the above-described method, the designated performance operation and the optional performance operation that the performance object can take in the selected time period (time_optional) are visualized and displayed through the operation guide module 180 such as a display, So that the quality of the moving picture contents can be improved.

In addition, the control unit 150 simulates the performance results of the studio equipment 110 according to the designated performance operation or the optional performance operation that the performance object can take in the selected time period (time_optional) to the performance object during the performance and provides the result through the operation guide module 180 Thereby providing the effect that the performance object can confirm the production result of the moving image content according to the performance operation in advance.

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: Motion-based studio equipment control system
110: Studio equipment 120: Studio equipment control module
130: motion recognition module 140: time interval definition module
150: Data storage module 160: Operation data comparison module
170: Control data selection module 180: Operation guide module

Claims (17)

Wherein the studio equipment control system defines a fixed time period of the entire time interval in which the performance object is performed and sets a first time interval in which the performance object is distinguished from the designated performance operation and the specified performance operation in a time interval not corresponding to the fixed time interval A first step of defining a selection time period in which an optional performance operation to an n-th option performance operation can be selectively performed;
Wherein said studio equipment control system is operable to transmit designated performance operation data corresponding to said specified performance operation that can be performed by said performance object in said selected time interval and designated control data for controlling said studio equipment in accordance with said designated performance operation A second step of storing the data in a storage module;
Wherein the studio equipment control system is operable to control the first option performance operation data to the n-th option performance performance data to correspond to the first option performance operation to the n &lt; th &gt; optional performance operation, And first control data to n-th option control data for controlling the studio devices in accordance with each of the first optional performance operation and the n-th option performance operation, which is distinguished from the designated control data, is stored in the data storage module A third step;
A fourth step of the studio equipment control system starting control of the studio equipment at the start of the performance;
A fifth step of controlling the operation recognition module so that the studio equipment control system recognizes the operation of the performance object during the selected time interval and generates motion recognition data; And
Wherein the studio equipment control system compares the operation recognition data recognized during the selection time interval with the designated performance operation data assigned to the selection time interval and if it is determined that they match, And compares the operation recognition data recognized during the selection time period with the first option performance operation data to the nth option performance operation operation data assigned to the selection time interval, And a sixth step of controlling the studio equipments using any one of the first option control data to the n-th option control data corresponding to the matching option performance operation data Motion-based studio equipment Control method.
The method according to claim 1,
Wherein said studio equipment control system is further operable to determine whether or not said operation recognition data recognized during said selection time interval and said specified performance operation data assigned to said selection time interval and said first optional performance operation data to said And controlling the studio equipments using the designated control data.
delete The method according to claim 1,
Wherein the first step comprises: the studio equipment control system defines a preceding selection time interval and a following selection time interval,
Wherein the second step is a step in which the studio equipment control system is configured to control the studio equipment control system to record the preceding designation performance data, the designation control data in the preceding selection time period, the preceding designation control data in the preceding selection time period, The first trailing designation performance data and the second trailing designation performance data that are the designated performance operation data in the trailing selection time period, the first trailing designation control data in the trailing selection time period and the first trailing designation control data in the trailing selection time period, Storing the designated control data in the data storage module,
Wherein said third step is a step in which said studio equipment control system is operable to control said studio equipment control system so that said first equipment performance control data to said first optional performance performance data to said nth option performance performance data, Data, the first option control data to the n-th option control data in the preceding selection time interval, the preceding first option control data to the preceding n-th option control data, the first option performance data in the following selection time interval Data from the first trailing first optional performance performance data to the first trailing n-th option performance performance data and the second trailing n-th optional performance performance data to the second trailing n-th option performance performance data, The first option control data to the n-th option control data in the trailing selection time interval, The first trailing first option control data to the first trailing control option data, and the second trailing first option control data to the second trailing control option control data to the data storage module,
The fifth step is a step in which the studio equipment control system controls the motion recognition module to generate preceding motion recognition data during the preceding selection time interval,
The sixth step is a step in which the studio equipment control system controls the studio equipment according to any one of the preceding designation control data or the preceding first option control data to the preceding n-th option control data, Control,
The operation-based studio equipment control method includes:
A seventh step of controlling the operation recognition module so that the studio equipment control system generates trailing motion recognition data during the trailing selection time period;
Wherein when the studio equipment control system controls the studio equipments using the preceding designation control data in the preceding selection time period, the first equipment designation control data or the first following designation control data An eighth step of controlling the studio devices using any one of the option control data and the first trailing n option control data; And
When the studio equipment control system controls the studio equipments using any one of the preceding first option control data and the preceding n option control data in the preceding selection time interval, And controlling the studio equipment using any one of the second trailing control option data, the second trailing control option data, and the second trailing control option data. Wherein the control unit controls the operation of the at least one of the at least two control units.
The method according to claim 1,
The second step may further include storing the fixed control data for controlling the studio devices in the fixed time interval in the data storage module;
The operation-based studio equipment control method may further include a fourth step of controlling the studio equipment using the fixed control data during the fixed time interval after the fourth step A method of controlling a motion-based studio equipment.
6. The method of claim 5, wherein the operation-
Further comprising the step of controlling the studio equipment control system to deactivate the motion recognition module during the fixed time period after the fourth step.
6. The method of claim 1, 2, 4, or 5, wherein the operation-
The method according to claim 1, wherein, after the fourth step, the studio equipment control system transmits the designated performance operation data and the first optional performance operation data to the n-th option performance operation data to the designated performance operation and the first Further comprising: (12) controlling the operation guide module to visualize and display the optional performance operation or the n-th option performance operation.
8. The method of claim 7,
Wherein the studio equipment control system simulates the result of controlling the studio equipment by the specified control data and the first option control data to the n-th option control data to perform the designated performance operation and the first optional performance operation, Wherein the operation guide module is controlled to reflect the visualization of the n-th option performance operation.
Multiple studio equipment;
A studio equipment control module for controlling the studio equipment;
An operation recognition module for recognizing an operation of a performance object and generating motion recognition data;
Wherein a fixed time period is defined among a total time interval in which the performance object is performed and a first optional performance operation to a first optional performance operation in which the performance object is distinguished from a designated performance operation and a specified performance operation during a time interval not corresponding to the fixed time interval a time interval defining module for defining a selection time interval in which the n optional performance operation can be selectively performed;
Storing designated performance operation data corresponding to the designated performance operation that can be performed by the performance object in the selected time interval and designated control data for controlling the studio devices according to the designated performance operation, N &lt; th &gt; option performance performance data and the n &lt; th &gt; optional performance performance data corresponding to the first to n &lt; th &gt; optional performance performances that the performance object can perform, A data storage module for storing first to n-th option control data for controlling the studio devices in accordance with each of the performance operation and the n-th option performance operation;
An operation data comparison module for comparing the operation recognition data recognized during the selection time period with the designated performance operation data and the first optional performance operation data to the nth option performance operation operation data allocated to the selected time interval; And
Wherein the operation data comparison module controls the studio equipment control module to control the studio equipment using the designated control data when it is determined that the operation recognition data recognized during the selection time period and the designated performance operation data are the same, Wherein the operation data comparison module compares the operation recognition data recognized during the selection time interval with the first option performance operation data to the n &lt; th &gt; optional performance operation data to determine that there is matching option performance operation data, Wherein the equipment control module controls to control the studio equipments using any one of the first option control data to the n-th option control data corresponding to the matching option performance operation data Operation based studio equipment control system, characterized in that it comprises;
10. The apparatus of claim 9, wherein the control data selection module comprises:
Wherein when it is determined that the operation recognition data, the designated performance operation data, and the first option performance operation data to the n-th option performance performance operation data are different from each other as a result of the comparison of the operation data comparison module, Wherein the controller controls to control the studio equipments using data.
delete 10. The method of claim 9,
The time interval definition module defines a preceding selection time interval and a following selection time interval,
Wherein the data storage module is configured to store the data of the predetermined performance operation in the preceding selection time interval, the preceding designated performance data in the preceding selection time interval, the preceding designation control data in the preceding selection time interval, The first delayed performance data and the second delayed designation control data, which are the designated performance data, and the second delayed designation performance data, and the second delayed designation control data, The first option performance performance data to the n-th option performance performance data to the first option performance performance data to the n-th option performance performance data in the preceding selection time interval, the first option performance performance data to the n-th option performance performance data, Control data to the preceding first option control data Th to n-th option performance data to the first optional performance performance data to the n-th option performance performance data in the trailing selection time interval, Data and the second trailing first option performance operation data to the second trailing n-th option performance operation data, the first trailing first option control which is the first option control data to the n-th option control data in the trailing selection time interval Data to first trailing control option control data and second trailing first option control data to second trailing control option control data,
Wherein the motion recognition module generates the preceding motion recognition data during the preceding selection time interval and generates the following motion recognition data during the subsequent selection time interval,
Wherein the control data selection module selects one of the pre-set control data, the preceding first option control data, and the preceding n-th option control data according to the preceding motion recognition data, And controls the studio equipment by using the preceding designation control data in the preceding selection time interval, the control unit controls the first designation control data or the first posterior first option control Data from the first option control data to the first equipment control data, and controls the studio equipment control module to control the studio equipment by using any one of the first option control data and the first option control data, Which of the optional control data When the studio equipment is controlled by using one of the second trailing designation control data or the second trailing first option control data to the second trailing n control option data in accordance with the trailing motion recognition data Wherein the control unit controls the studio equipment control module to control the studio equipment.
10. The method of claim 9,
Wherein the data storage module further stores fixed control data for controlling the studio devices in the fixed time interval,
Wherein the control data selection module controls the studio equipment control module to control the studio equipment using the fixed control data during the fixed time period.
14. The apparatus of claim 13, wherein the motion recognition module comprises:
Wherein the controller is deactivated during the fixed time period.
14. The operation-based studio equipment control system according to any one of claims 9, 10, 12, and 13,
Wherein the specified performance operation data and the first optional performance operation data to the n-th option performance performance operation data are visualized by the specified performance operation and the first optional performance operation to the n-th optional performance operation during the selection time period And an operation guide module for operating the operation-based studio equipment.
[16] The apparatus of claim 15,
N) option operation data and the n &lt; th &gt; option control data to simulate the result of controlling the studio equipments by the specified control data and the first option control data to the n &lt; Based on the motion-based studio equipment control system.
Multiple studio equipment;
A studio equipment control module for controlling the studio equipment;
An operation recognition module for recognizing an operation of a performance object and generating motion recognition data;
Wherein a fixed time period is defined among a total time interval in which the performance object is performed and a first optional performance operation to a first optional performance operation in which the performance object is distinguished from a designated performance operation and a specified performance operation during a time interval not corresponding to the fixed time interval a time interval defining module for defining a selection time interval in which the n optional performance operation can be selectively performed;
Storing the designated control data for controlling the studio equipments in the selected time period, and storing the designated control data for controlling the first equipment performance operation performed by the performance object The first option control data to the n-th option for distinguishing from the optional performance operation data to the n-th option performance operation data and the specified control data and for controlling the studio devices in accordance with the first optional performance operation to the n-th option performance operation A data storage module for storing control data;
An operation data comparison module for comparing the operation recognition data recognized during the selection time interval with the first option performance operation data to the nth option performance operation data assigned to the selection time interval; And
When the operation data comparison module determines that the operation recognition data recognized during the selection time interval is different from the first option performance operation data to the nth option performance performance operation data, the studio equipment control module uses the designated control data Wherein the operation data comparison module compares the operation recognition data recognized during the selection time period with the first option performance operation data to the nth option performance performance operation data, When it is determined that there is the performance operation data, the studio equipment control module uses the option control data of the first option control data to the n-th option control data corresponding to the matching option performance operation data, They And a control data selection module for controlling the operation of the operation-based studio equipment.

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