KR20050067109A - A method for manufacuturing and displaying a real type 2d video information program including a video, a audio, a caption and a message information, and a memory devices recorded a program for displaying thereof - Google Patents

Abstract

The present invention relates to a method for producing and reproducing a real 2D video information including video, audio, subtitles, messages, and the like, and a medium on which a program for reproducing the generated video information is recorded. Method for producing a step of extracting the image information from the captured video; Producing at least one of audio information, message information, and subtitle information according to the image information; And including at least one or more information of video information, audio information, message information, or subtitle information, or producing independent video information, wherein the video information, audio information, A method of producing a meta file including information necessary for producing and executing caption information or message information, and the method for reproducing a moving picture information produced in a computer may include: storing the moving picture information in a computer; Reading a meta file for reproducing moving picture information; Linking the video information, the music information, and the subtitle data according to the information of the meta file, or playing the video information on the computer.

Description

A method for manufacturing and reproducing a real two-dimensional video information including images, audio, subtitles and messages, and a medium in which a program for reproducing the produced video information is recorded. information program including a video, a audio, a caption and a message information, and a memory devices recorded a program for displaying approximately}

The present invention relates to a method for producing and reproducing a real 2D video information including video, audio, subtitles and messages, and a medium on which a program for reproducing the produced video information is recorded. Motion of various video information including motion video information, reminder video information, and plug-in video information with real 2D motion video information and MP3 music, subtitles, etc. The motion and music and subtitle playback method and system of various video information on the computer desktop that can be played on the desktop of the user's PC through the motion player in synchronization with motion and music and caption. It is about.

In general, the video information character (cartoon style 2D or 3D avatar, video information chat, animated GIF (animation GIF), artificial video information such as dinosaurs, dogs with artificial intelligence, emotional video information) Game that raises pets with emotion of water, motion capture service, 3D real-time video information animation engine R & D, 3D video information, background production, animation and game The technology is being actively developed for general motion capture service by producing motion several times faster.

The iDance / MySprite (http://www.idance.co.kr) service provided in Korea can learn dance with 3D video information and provides dance services of MP3 sound and video information. Eyedance technology is a 3D movie information playback and zoom function using DirectX technology and its own engine. Various options are provided by the 3D engine, such as camera view movement.

Starmai or My Star Friend service live in my computer. 2D picture of Star movie information acts as a cyber helper and provides mail notification and schedule management. Stamaito technology, based on MicroSoft Agent technology, plays real video information by Bitmap Masking technology and provides low file quality and low image quality due to 8-bit (256) colors and a small number of frames.

MS Agent (http://www.microsoft.com/msagent/default.asp) provides the next-generation OS interface. It executes conversations and commands through commands such as voice and text of users, and artificial intelligence through database accumulation. Equipped with the element.

MS PLUS Dancer (http://www.microsoft.com/windows/plus/dme/music.asp) service is an accessory concept of music listening on Windows, and the choreography of professional dancers is performed when music is played on PC. It is based on MicroSoft Windows Media Video technology and applies anti-alising by alpha channel method and provides high compression rate and quality by Microsoft's video technology.

The VirtualGirl (V2) (http://www.virtual2.com/int/index.php) service is an adult strip girl that represents strip dances of strip girls on the desktop, plays live video material using Bitmap Masking technology, It provides zoom function up to 2 times of video information file, and provides small file size and image quality by 8 bit (256) color.

However, despite the various video information application services, there was no new type of emotional video information service that users can easily integrate with their computers. Emotional video information through visual, audio, and text was not provided with communication technology between character video users and messaging users.

SUMMARY OF THE INVENTION The present invention has been proposed to solve the problems of the prior art, and an object of the present invention relates to a method for producing and displaying a new type of emotional image, which is a real 2D video information material that transmits a specific area of a captured moving image. To provide a method for producing a video information that can be implemented on a general computer including a motion clip, MP3 audio information, messages, and captions, and a method for implementing the produced video information on a general computer will be.

More specifically, an object of the present invention is to shoot a video of a real person, and extracts dynamic information from the captured video by extracting a dynamic object by an edge anti-aliasing processing technique using a bitmap mask method and an alpha channel method. The present invention provides a method of producing MP3 audio information, a message, and a subtitle information that can be associated with the video information, and producing these information individually or integrally.

In addition, a more specific object of the present invention is a method for implementing the produced video information on a computer motion image information (motion character), message arrival, message reception, program start to execute the video information on a computer screen On the desktop of the user's desktop, multimedia digital contents including a reminder video information indicating the end of a program, an e-mail arrival, a video information linked to various messengers, and a plug-in video information output when playing WinAmp. The present invention provides a motion, music, and subtitle playback method of various video information items on a computer desktop where motion, music, and subtitles of real video information are synchronized and viewed simultaneously.

In order to achieve the object of the present invention, the present invention provides a method for producing a physical type 2D video information including at least one of the motion information, music information, subtitle information or message information of the real being reproduced on a personal computer, 2D video recording of a real person or a real subject, a bitmap masking method, an alpha channel method, or a combination of the two types of real 2D video from the photographed real 2D video. Extracting motion information including picture information and alpha channel information, audio information of a MP3 method synchronized with the motion information, message information, subtitle information including a hyperlink function and a screen link of the motion information, and a message; Producing each information, wherein the motion information and the audio information, the message information, and the subtitle information Producing at least one information together or each independent real 2D video information, and the motion information, music information, subtitle information, or message information of the real information included in the real 2D video information. It provides a method for producing a life-size 2D video information comprising the step of producing a meta-file containing information necessary for the production and execution of.

In order to achieve the another object of the present invention, the present invention provides a method for playing a real 2D video information on a personal computer, storing the real 2D video information on the personal computer, the physical 2D Reading the meta file for playing the moving picture information, linking the motion information, the music information, and the subtitle data according to the information of the meta file, or reproducing the actual 2D moving picture information item on the personal computer; It provides a method of playing the real 2D video information including the step.

The present invention also provides a recording medium that records a program including the functions of the method for producing and reproducing the real 2D video information.

(Example)

Hereinafter, with reference to the accompanying drawings, preferred embodiments of the present invention will be described in detail the configuration and operation. This embodiment is not intended to limit the scope of the invention, but is presented by way of example only.

As described above, the present invention relates to a method of producing the real 2D video information object or video information character and playing it on a computer, and a method for producing and playing the video information object will be described.

Referring to FIG. 1A, the method for producing a moving picture information object reproduced by a computer according to the present invention first takes a real 2D moving picture (step S1). Here, the real video is a video suitable for producing a real 2D video information according to the present invention, which photographs the movement of a real person or an object, for example, a video in which a singer sings and dances. It refers to. Of course, it is also possible to create a real-life 2D video information according to the present invention using the existing photographed video. In addition, by actually shooting a video of a professional dancer other than the singer or a variety of entertainers, pets may produce and reproduce the actual character-type video information according to the present invention.

The unnecessary part, ie, the background part, is transmitted from the captured video, and only the actual human shape is extracted to extract video information in the form of a character (step S2). Here, the video information may be produced by a bitmap masking method or an alpha channel method, or may be produced by combining the two methods. The video information of the photographed video may include picture information. And alpha channel information. A method of extracting video information in a character form will be described later with reference to FIGS. 4B to 4B.

At least one of audio information, message information, and subtitle information corresponding to the video information is produced (step S3). Here, the audio information is an MP3 scheme synchronized with the video information, but it should be recognized that other forms of audio scheme may be used. The caption information may be synchronized with a screen frame of the video information and include a hyperlink function.

The video information, the audio information, the message information, and at least one of the caption information are included together or each independent real character video information is produced (step S4).

A meta file including information necessary for producing and executing the video information, the audio information, the caption information, or the message information included in the real character video information is produced (step S5).

The meta file includes clip information, synchronization information, and user information of the video information, and the real character video information is produced to be executable only by the video information.

The image information may be produced by a bitmap masking method or an alpha channel method, or may be produced by combining these two methods. The image information of the captured video may include picture information and alpha. And channel information, wherein the audio information is an MP3 scheme synchronized with the video information, and the caption information is synchronized with a screen frame of the video information and may include a hyper link function. It includes clip information, synchronization information and user information of the video information, the video information is produced to be executable only by the video information.

Referring to FIG. 1B, a method of reproducing moving picture information including motion, music, and subtitles on a computer desktop according to the present invention is a method of reproducing the produced moving picture information on a general computer. Storing the moving image information including the image on the computer (step S7); Reading the meta file for reproduction of the moving image information (step S8); The image information, the music information, and the subtitle data are linked to each other according to the information of the meta file (inf) to determine a frame per second as a meta file in which user information and image information are defined, or the image or the video information object. Is reproduced on the desktop of the computer (step S9).

The motion clip includes video information, synchronization information, region information indicating a specific position and size of a computer desktop for playing the motion clip, music link information for linking music such as MP3 to the motion clip, and the motion. Includes caption link information for linking a caption in a clip, and the motion clip can be played alone, and a video is played even if the music data and the caption data are not included.

The caption includes subtitle information and subtitle sync information, and the music includes MP3 and other music data files.

The video information character is a reminder video information representing the start of the program, the end of the program, the reception of an email, the reception of a message, and the like, a program such as a messenger video information linked to various messengers, a winamp, and the like. Plug-in video information expressed at the time of execution, and motion video information material of a theme clip or show clip produced for the purpose of playback without interworking with other programs.

The moving image information includes at least one of the image information, the audio information, the message information, or the subtitle information on the desktop of the computer.

In order to check the received information such as the e-mail or a message includes a function for continuously checking at a predetermined time interval.

It provides a function to continuously access the database or server that holds the video information at regular intervals over a wired or wireless Internet or to download and play new video information while maintaining the connection in real time. The video information includes picture information, alpha channel region information, audio information, subtitle information and subtitle link information, a metafile, and the like, and the video information may be reproduced by itself, and the audio information and the subtitle information may be The moving picture information is reproduced even if it is not included.

As described above, the present invention relates to various methods of producing moving picture information using image information, audio information, subtitle information, and the like from a captured video, and playing the same on a computer. Hereinafter, the projection information described in the present invention will be described. Specific embodiments of the present invention will be described with reference to the embodiment of the software related to the water production method and the software for reproducing the water.

As described above, the present invention is to produce a real character video information using image information, audio information or caption information, etc. from the actual video, and to reproduce it in a portable terminal such as a computer, a mobile phone, a PDA A method of the present invention will be described with reference to FIG. 3 with reference to the embodiments related to the software related to the production of the image information and the software for reproducing the same.

3 is a block diagram showing the configuration of the software for producing a real character video information and the software for reproducing the produced video information according to the present invention.

As shown in FIG. 2, the present invention is largely composed of a real character video information 70 and a video information player 80 for playing the same. The real character video information 70 may be reproduced in a portable computer such as a personal computer, a mobile phone, and a PDA by the video information player 80 to be described later. In this case, when played on a personal computer, since it can be played independently on the desktop of the computer, the user can watch the real character video still life according to the present invention without interrupting the work while doing other work.

In addition, a plurality of real-character video information 70 and the video information player 80 may be stored in a recording medium such as a CD or DVD, and the recording medium may be stored in a CD player or a DVD player. Can be executed automatically.

2, a software system according to the present invention includes software of a composer 10, a subtitle generator 20, and a moving picture information player (hereinafter referred to as a motion player) 12, and image information (hereinafter referred to as a video player). motion clip), audio information (hereinafter referred to as music), and caption information data file.

The system which is a motion and music and subtitle playback system of various video information characters on the computer desktop according to the present invention extracts motion from the captured video and stores MP3 music data and caption information together. Composer 10, the subtitle generator 20 for generating captions for each frame, a motion player 80 to combine the three data files of motion clips, MP3 music, and subtitles to play do.

Motion Player (80) according to the present invention is a new type of emotional video information service as shown in Table 1 motion clip (motion clip), music, such as MP3, pop-up caption (caption) at the same time user's PC By playing on the desktop, you can simultaneously watch the motion of various video characters, music and captions while working on your computer.

The clip information setting of the composer extracts a motion clip from a captured video file and generates a VMC file including contents necessary for the VMC file of Table 1.

TABLE 1

The clip according to the present invention is composed of five.

* Meta file (inf)-Contains clip information, sync information, user information (content security), and is a meta file in which user information and image information are defined.

* Vmc (motion clip)-visual picture information

** Vma (alpha clip)-Alpha channel region information

mp3-Audio information (playing sound information based on time information)

* Play caption by frame by Vsc (script file) meta information, and link to specific website when clicked with caption caption information xml (exists only if necessary) and hyper link function.

The vmc (motion clip) and vma (alpha clip) reproduce the frames per second based on meta information by differentiating (16 bits and 24 bits) the background transparency, the edge processing, and the play according to the display environment of the user. Run the Vplayer timer and check it at a predetermined time interval (1 second interval).

The motion player according to the present invention first plays with reference to a meta file (inf) in executing a specific character clip. The meta file inf is a meta file in which user information and image information are defined, and determines frames per second. First, it is determined whether the clip is executed by checking user information, and the time is converted based on the playback frame per second and the total number of frames of the video file of the clip. Based on the converted time unit, the motion player plays back a 24-bit image file, an 8-bit alpha image, and a sound clip. At this time, in spreading the 24-bit image on the screen, it has transmission information according to the gray scale information of the 8-bit image. In this way, a 32-bit image is produced, and the subtitle file also includes an output text according to a frame, so that the subtitle is displayed in the form of a speech bubble at the time when a specific frame is played.

FIG. 3A illustrates a screen showing that three data files of a motion software, caption, and MP3 music of core software according to the present invention are played in synchronization with a music time line in real time.

3B shows an initial screen of a motion player, and FIG. 3C shows a function setting screen of a motion player. The motion player may arbitrarily set a position, a period, and other information for various play effects.

3D shows the downloaded video information of the motion player and the player information display screen. As shown in FIG. 3D, it is possible to add new video information characters or set video information information to be played continuously, and to view downloaded video information information.

A caption file produced in XML (eXtendible Markup Language) may specify a text color along with sync information of video information.

TABLE 2

The motion and music is generated through the composer 10, the subtitles are generated through the subtitle generator 20, and stored in a wired / wireless CP (Contents Provider) or an SP (Service Provider) information providing server. / SP provides motion, music, and subtitle data to users via wired / wireless internet to authorized members, and the motion player can be downloaded on the internet to authenticated members. It provides a database that can store multimedia contents to download music, subtitle data, and to serve various kinds of motion, music, and subtitle contents of various video information.

The motion player according to the present invention downloads a new clip to the user's computer through the download component (ActiveX control) and adds the clip to the user's hard disk. At this time, if the user information of the motion player and the information of the user (user) to download is different, it is not downloaded. The download component implements content delivery management (CDM) by inserting the user's information into the meta information of the file in the process of downloading and installing the clip on the web. At this time, the downloaded Zip file is temporarily stored on the web, decompressed, and a clip is added to the user player. ActiveX control authentication uses an annotation.

Referring to FIG. 4A, the motion player based on a bitmap masking method using a desktop live character player according to an embodiment of the present invention may dynamically generate image data from masked image data. It includes a function of extracting an object, a data of the actual area of the dynamic object for each frame, a VMP format data production function that can contain the region data and video data, and a VMP window rendering function, as shown in Figure 4a Extract the masking area by the index color from the image and data the area to be actually expressed by each frame (Frame 001, Frame 002, Frame 003, Frame 004), and calculate the area data information and the image information by the motion player. Information files are scattered on the desktop.

The motion player using a bitmap masking method extracts and transparents the area data of the moving image information image by using Windows Bitmao Masking, and improves the transparency of the image by bitmap blending. Adjust

FIG. 4B is a screen image of the actual area of the dynamic object data for each frame. The video data file is scattered on the PC desktop by calculating the area data information and the video information in order to convert the motion file into a video file format that can reproduce the motion player. Lose.

FIG. 4C illustrates a case of implementing an alpha channel type motion player, and is a data synthesis screen of a 24-bit RGB image and an 8-bit alpha image. -Aliasing processing screen, showing the masking technique by the real-time calculation of the color and alpha channel of the desktop.

The Alpha Channel type motion player can store data synthesis technology of the first 24-bit RGB image and the 8-bit Alpha image, second data into the actual region of each dynamic object, and third region data and video data. VMP format data production technology, fourth 32-bit video window rendering technology, fifth image anti-aliasing processing technology.

The alpha channel type motion player can be upgraded to replace the bitmap masking technique, and is provided with a 32-bit image play technique including an alpha channel, and an image anti-aliasing processing technique.

Character Certification provides secure downloads via Download Session Control (DSC) and, along with the motion player database, secures video information security (DRM: Digital Rights Management), and metadata data by a purchaser can be inserted when downloading video information.

In addition, it provides a video related messaging service (Character Related Messaging Service), the messaging technology of the specific video information through the communication with the server expresses the speech information of the video information. The MP3 based audio output and the XML based speech bubble are output to the moving picture information according to the present invention.

FIG. 5A is a screen illustrating a basic configuration of a video information clip including a motion video information, a reminder video information, and a plug-in video information according to an embodiment of the present invention.

The system according to an embodiment of the present invention is a multimedia digital including motion video information, reminder video information, plug-in video information, including motion clip and MP3 music, real-time messages, and captions. Motion data, audio data, and text messages are provided to provide synchronization of the three main data files: motion, music, and captions, which express content on the desktop of the user's PC according to specific rules. The system synchronizes data in real time according to a music time line (Realtime Data Sync) and simultaneously plays and enjoys multimedia digital contents of the various moving image information through the motion player 80.

As shown in FIG. 5A, the moving picture information includes a motion moving picture information including a theme clip and a show clip, and an email such as a message arrival, a message reception, a program start, a program end, and an email arrival indication. Email) multimedia digital contents including reminder video information for checking and receiving messages, video information linked with various messengers, and plug-in video information output when playing WinAmp on the desktop of the user's PC. Motion, music, and captions of various video information items are synchronized and can be played and viewed through the motion player 80 at the same time.

The motion video information is provided with a show clip having a concept of a performance that shows a particular personality or sight.

The reminder video information may include a message arrival video information indicating that a message has arrived, a message reception video information outputting a video information corresponding to the message when the contents of the arrived message are viewed, and a program that is output at the same time as the computer starts up. A start video information, a program end video information output at the end, and an e-mail video information indicating that an e-mail has arrived.

The plug-in video information includes a messenger video information linked to a messenger that replaces a messenger function of the messenger, and a winamp video information outputted when playing WinAmp.

5b is a basic form of a video information character, FIG. 5c is a motion video information, FIG. 5d is a message arrival video information, FIG. 5e is a message video information, FIG. 5f is a program start video information, and FIG. The program end video information, FIG. 5H is an email video information, and FIG. 5I is a screen showing the messenger alert video information.

Referring to Figure 5b, the basic form of the video information is a video information output on the task bar of the desktop of the computer and can be dragged anywhere on the desktop, creating a tray icon of the task bar and double When clicked, the video information stops / plays toggle. When the user right-clicks the icon or video information on the task bar, a menu is generated. The video information area size is 320x240 pixels and the video information size is 130 ~ 180. It is formed in pixel size.

Referring to FIG. 5C, the motion video information character is a video information information following the start video information when the motion player 12 is executed. As motion picture information to be executed, the selected motion video information items are output in order according to the setting (position and period), and the video information items can be multi-selected.

Referring to FIG. 5D, the message arrival video information character is a video information indicating the arrival of a message when the motion video information is not running, and an arrival message is output together with the message arrival video information, for 10 seconds. The video information of the selected message is output as the video information which is operated together with the sound (sound source) during the time of the internal and external time and only one video information can be set. At this time, when the motion video information is running, only an icon blinks and the message arrival video information is output when the icon is clicked.

Referring to Figure 5e, the message video information (character) is a video information that the operation is performed when the message content is checked for a time of about 10 seconds, in the case of entertainment information outputs the basic message video information, in the case of star information The video information corresponding to the selected message is output by outputting the corresponding star message video information. In addition, save, delete, and detail view functions are included, a storage function for storing the message archive, a deletion function not stored in the message archive, and a detailed view function for linking to a corresponding page of a website are provided.

Referring to FIG. 5F, the program start video information character is video information output when the motion player is executed, and motion and sound (voice) are executed together for about 10 seconds and at the same time as the computer is booted. Starting the motion player, the selected motion video information is output and only one video information can be set.

Referring to FIG. 5G, the program end video information is a video information output when the motion player is terminated, and motion and sound (voice) are executed together for about 10 seconds and the selected motion video information. Is output and only one video information can be set.

Referring to FIG. 5H, the e-mail video information character is a video information output when an e-mail arrives and the motion and sound are executed together for about 10 seconds and the selected motion video information is output. Only video information of can be set.

Referring to FIG. 5I, the messenger alert video information character is video information that replaces a notification box of a messenger with video information executed with a messenger for about 10 seconds. Water is output and only one video information can be set.

The various video information items provide transparency control, appearance position adjustment, appearance period setting, messaging based on communication with a server, content security, email check, and fade in / out functions.

Referring to FIG. 6, the menu of the motion player 60, which is a video information player, includes a program and member information including a program update, a help linking to a program help web page, member information about a member login, and a web site. Subtitles include video information linking, video information addition / selection / option including video information selection / option setting window, subtitle hiding / exit toggle, sound hiding / exit toggle, video information hiding / exit toggle / Hide / hide video info, previous video info / next video info, and exit menu.

Figure 7a is the initial screen of the implemented motion player according to an embodiment of the present invention, Figure 7b is a video information selection screen of the implemented motion player, Figure 7c is a player option screen of the implemented motion player, Figure 7d is implemented The player information screen of the motion player, and FIG. 7E shows the member information and POP3 server list screen of the implemented motion player.

Referring to FIG. 7A, the video information group is divided into three groups: a motion video information clip, a reminder clip, and a plug-in clip. Available.

The video information list on the right is a list of video information currently owned by the user. The left side is a playlist. To select and release video information, double-click on the video information name to add or delete the video information list.

The video information selection screen of the motion player 80 allows the user to select one of the motion video information, the notifier video information, and the plug-in video information, and to display the video information group in the list of video information. Select and register video information from the list of video information on the right, sorted by category, and display the video information list linked with the left category, and set the video information, the video information and the e-mail video information when the program starts. Can be. In the example, "Hyo-ri Lee" interview video information is set to the video information at the start of the program in the reminder video information.

The video information option screen of the motion player 80 includes a period including a continuous play and a time setting when the icon is clicked, a position including a left, right, and a movable combo box selection, a notification when the email arrives, and a translucency. Other items, including combo box selection of Hide Sounds, Hide Subtitles. At this time, it includes a list of POP3 servers that can add and delete mail accounts including a server, a port number, an account, and a password.

The player information screen of the motion player 80 includes player information, player update, and user information.

FIG. 8A is a user table for user information required for authentication in the database structure of the motion player, FIG. 8B is a group table for a group of video information units, and FIG. 8C is a user. Group_Relay table for the group and the authority to belong to, FIG. 8D is a database including a message table for a message (Message) of the database required for the motion player is constructed.

Referring to FIG. 8A, the user table includes an attribute such as an ID (User_id), which is a primary key, and a password.

Referring to FIG. 8B, the group table includes group ID (Group_id), which is a primary key, attributes such as group name (Group_name), group creation date (Create_date), and the like.

Referring to FIG. 8C, the Group_Relay table includes attributes such as a user ID (User_id), a group ID (Group_id), and a right for a group.

Referring to FIG. 8D, the message table includes a message ID (Message_id), which is a primary key, a user ID (User_id), a group ID (Group_id), a creation date (Create_date), an expiration date (Expire_date), and a subject (Subject). , Attributes, such as Message (attributes).

In order to download the video information, the user checks the user ID (User_id) and password (Password) stored in the user table to log in and check the member authentication. When the member is authenticated, the user selects the video information according to the user ID (User_id). , The group ID (Group_id), and the corresponding information about the group (Grade) including the information stored in the Group_Relay table and the client downloads the selected video information.

In the case of sending the message, a group_Relay table is checked to check whether the user has authority to send a message when the user is authenticated by checking the user ID (User_id) and password (Password) stored in the user table to log in and check membership authentication. The authority is checked by the user ID (User_id) stored in the user ID and the group ID (Group_id) of the group belonging to the user.

9 shows a player execution screen when installing a motion player according to the present invention. Launching the player gives you full control of the motion player from the menu that appears when you right-click the V player tray icon on the bottom right of the desktop.

The player execution option first selects the play cycle of the video information play through the cycle setting, sets the location of the video information on the second desktop, and sets the mail alert and (Vstar) own messaging service through the pop3 mail setup. And other options to play your way.

Therefore, by playing on the user's PC desktop, the motion, music, and subtitles of various video information characters such as motion video information, reminder video information, and plug-in video information are synchronized while watching the computer. can do.

As described above, although described with reference to a preferred embodiment of the present invention, those skilled in the art various modifications of the present invention without departing from the spirit and scope of the invention described in the claims below. Or it may be modified.

As described above, a method and system for playing various motion picture information and music and subtitles on a computer desktop according to the present invention are a new type of emotional motion picture information service through a motion player. clip), music, and pop-up captions can be played on the user's desktop at the same time, so that motion, music, and subtitles of various video information such as motion video information, reminder video information, and plug-in video information can be There is an effect that can be synchronized and enjoyed at the same time.

In addition, a real 2D video information transmitted through a specific area of the moving picture and motion video information including MP3 music, real time messages, and subtitles, message arrival, message reception, program start, program end, and e-mail arrival are displayed. Multimedia digital contents including notifier video information, video information linked with various messengers, and plug-in video information output at the time of one-amp play can simultaneously enjoy motion, music and subtitles of various video information during computer operation.

In addition, the motion clip generated by the composer stores subtitle information and music information together, and can be easily played, and thus can be applied to various fields such as education, adult, entertainment, and software plug-ins. It will become a new concept of star marketing channel that expands the channel of star marketing to the next level. Also, it can be used for leisure and entertainment contents and educational contents, mainly with 2D video information service of star video information, sound service such as voice or song, text service such as song lyrics and news, and various advertising and cultural information. It can be used as medical contents.

Figure 1a is a flow chart illustrating a method for producing moving picture information reproduced on a computer according to the present invention.

FIG. 1B is a flowchart illustrating a method of reproducing moving picture information including motion, music, and subtitles on a computer desktop according to the present invention; FIG.

2 is a software system diagram including a composer, a subtitle generator, and a motion player according to the present invention.

3A is a screen showing that three data files of motion, subtitles and MP3 music of the core software of the technology are played in real time in synchronization.

3B is an initial screen of a motion player according to an embodiment of the present invention.

3C is a function setting screen of the motion player.

3D is a screen for displaying information and player information of downloaded video information of a motion player.

4A is a screen of mask area extraction and data for extracting a dynamic object from masked image data using a desktop live video information player (bitmap mask type virtual motion player) method, and FIG. 4B illustrates an actual area of a dynamic object. Screen that data is made by each frame.

4C is a data synthesis screen of a 24-bit RGB image and an 8-bit alpha image using an alpha channel virtual motion player method, and FIG. 4D is an anti-aliasing processing screen using 32-bit window rendering.

5A is a screen showing a basic configuration of a video information clip including a motion video information, a reminder video information, and a plug-in video information according to an embodiment of the present invention.

5B is a basic form of video information.

FIG. 5C is a motion video information, FIG. 5D is a message arrival video information, FIG. 5E is a message video information, FIG. 5F is a program start video information, FIG. 5G is a program end video information, FIG. 5H is an email video information 5i is a screen showing a messenger alert video information.

6 is a menu screen of a motion player.

7A is an initial screen of a motion player implemented according to an embodiment of the present invention.

7B is a video information selection screen of a motion player implemented according to an embodiment of the present invention.

7C is a player option screen of a motion player implemented according to one embodiment of the present invention.

7D is a player information screen of a motion player implemented according to one embodiment of the present invention.

Figure 7e is a member information and POP3 server list screen of the implemented motion player according to an embodiment of the present invention.

8A is a User table of a database required for a motion player.

8B is a Group table of a database required for a motion player.

8C is a Group_Relay table of a database required for a motion player.

8D is a Message table of a database required for a motion player.

9 is a player running screen when installing the motion player of the present invention.

〈Explanation of the Signs of Main Parts〉

10: Composer 20: Subtitle Composer

30: video information 40: audio information

50: subtitle information 60: meta files

70: video information 80: video information player

Claims (4)

2D video recording of a real person or a real subject, a bitmap masking method, an alpha channel method, or a combination of the two types of real 2D video from the photographed real 2D video. Extracting motion information including picture information and alpha channel information, audio information of a MP3 method synchronized with the motion information, message information, subtitle information including a hyperlink function and a screen link of the motion information, and a message; Producing each information, including at least one or more of the motion information, the audio information, the message information, and the caption information, or producing each independent real character video information, and the real Motion information, music information, and subtitle information of the real object included in the character video information Or a real 2D video information produced by the step of producing a meta file containing information necessary for producing and executing the message information, the real 2D video information, and And a reproducing software for reproducing this real 2D moving image information object. The recording medium of claim 1, wherein the recording medium is a portable terminal including a web server, a CD, a DVD, an HDD, or a mobile phone or a PDA. The method of claim 1, wherein the 2D video information Alert mock-up 2D video information representing the beginning of a program, the end of a program, the receipt of an email, the receipt of a message, etc. Messenger real 2D video information linked to various messengers, plug-in real 2D video information represented when a program such as Winamp is executed, and A recording medium comprising a motion-like 2D video information of a theme clip or show clip produced for playback without interlocking with other programs. The method for reproducing the real 2D video information from a recording medium of claim 1 on a personal computer, Storing the real 2D video information in the personal computer; Reading the meta file for reproduction of the real 2D video information; Playing the real 2D video information including linking the motion information, the music information and the subtitle data or playing the real 2D video information on the personal computer according to the information of the meta file. How to.