KR100441343B1 - Tool for editing a multimedia data and method for editing a multimedia data using the same - Google Patents

Abstract

The present invention relates to a multimedia editing tool and a multimedia editing method using the same. In the present invention, a control module, a video acceleration module, a comprehensive connection information storage module, a detailed connection information storage module, a connection video data storage module, a connection audio data storage module, By closely linking the linking URL data storage module and the like in a given order, some cells of an arbitrarily given original video can be linked in real time with other data, for example, other video data, other audio data, other URL data, etc. according to the editor's choice. Provide the foundation technology to ensure that

When the present invention is achieved, the editor can easily facilitate the interactive use of the original video file based on the "effect that some cells of the original video can be linked to other data", and thus, the overall video use efficiency can be flexibly improved. To maximize.

Of course, the editor can enjoy the above-described effects equally not only when the original multimedia file is the aforementioned original video file but also when the multimedia file is another kind of multimedia file, for example, the original audio file.

Description

Tool for editing a multimedia data and method for editing a multimedia data using the same}

The present invention relates to a multimedia editing tool, and more particularly, by closely linking a series of editing modules, an arbitrary given original multimedia object, for example, some cells of the original video, may be changed according to the editor's choice. A multimedia editing tool is provided that enables real-time linkage of data such as other video data, other audio data, other URL data, and the like. Moreover, the present invention relates to a multimedia editing method using such a multimedia editing tool.

Recently, as the demand for multimedia information increases, various technologies related to multimedia objects, for example, moving images, have been widely developed.

For example, Korean Patent Laid-Open Publication No. 2000-14421, "Method for Creating and Updating Video Data Linked Playback Information of Rewritable Recording Media", Korean Patent Laid-Open Publication No. 2000-17815, "Network-based video generation system and its generation Method ", Korean Patent Publication No. 2000-49833," Method of Making Digital Video Album through Internet ", Korean Patent Publication No. 2000-58241" Video Editing System and Object Information Service Method Using the Same ", Korean Patent Publication 2000-58970, "Video information providing and retrieval method", etc. disclose various technologies related to such a conventional video in detail.

However, such conventional video using techniques generally remain at the level of using arbitrarily given video information in a fragmentary manner. Therefore, in order to give an interactive function to the video information only by using the conventional technology, There are still many limitations.

Accordingly, it is an object of the present invention that some cells of an arbitrarily given video are in real time according to the editor's choice, other data such as video data, audio data, Uniform Resource Locator (URL) data, etc., in real time. It provides a foundation technology that can be connected, and through this, it promotes the interactive use of a video file.

Another object of the present invention is to maximize the overall use efficiency of the video by inducing the interactive use of the video file to be possible.

Still other objects of the present invention will become more apparent from the following detailed description and the accompanying drawings.

1 is a conceptual diagram conceptually illustrating a multimedia editing tool according to the present invention;

2 is a flowchart sequentially illustrating a multimedia editing method according to the present invention.

3 to 6 are conceptual diagrams conceptually showing a menu publishing state of the edit window according to an embodiment of the present invention.

7 is an exemplary view conceptually showing the information storage state of the comprehensive connection information storage module according to the present invention.

8 is an exemplary diagram conceptually illustrating a menu posting status of an edit window according to another embodiment of the present invention.

9 is an exemplary view conceptually showing the information storage state of the detailed connection information storage module according to the present invention.

In order to achieve the above object, the present invention provides a combination of a control module, a video acceleration module, a comprehensive connection information storage module, a detailed connection information storage module, a connection video data storage module, a connection audio data storage module, and a connection URL data storage module. Disclosed is a multimedia editing tool. In this case, each of the above components is mounted in a computer system having, for example, an input / output device and any original moving picture file.

At this time, the control module displays a series of editing windows in which the checkerboard-shaped partition cells are defined on the output device, and sets a series of connection target cells to a part of the original video image of the original video file based on the editing window. Play a role.

In addition, when a series of playback events for playing the above-described original video file occurs, the video acceleration module accelerates and outputs the original video held by the corresponding original video file to the edit window under the control of the control module. Perform.

In addition, the previous comprehensive connection information storage module has a series of comprehensive connection information setting events for defining the comprehensive data connection information, and when the process is completed, according to the instruction of the control module, when the process is completed, It stores the relevant connection information, and the detailed connection information storage module proceeds by using the aforementioned connection target cells as a target for a series of detailed connection information setting events for defining detailed data connection information. When complete, according to the instructions of the control module, and stores the corresponding detailed connection information.

At this time, the connection video data storage module, the connection audio data storage module, the connection URL data storage module, etc. indicate the actual connection video data, the connection audio data, the connection URL data, etc., which reflect the comprehensive connection information and the detailed connection information described above, from the control module. According to the role to store.

Hereinafter, a multimedia editing tool and a multimedia editing method using the same according to the present invention will be described in detail with reference to the accompanying drawings.

As shown in Figure 1, the multimedia editing tool 100 according to the present invention is largely, the control module 10, video acceleration module 20, comprehensive connection information storage module 40, detailed connection information storage module 30 ) And the like. In this case, the control module 10, the video acceleration module 20, the comprehensive connection information storage module 40, the detailed connection information storage module 30, and the like may be, for example, a mouse 4, a keyboard 5, or the like. It is mounted on a computer system 1 that has an input device and an output device such as, for example, a monitor 3.

At this time, as shown in the figure, an arbitrary original multimedia file, for example, an original video file 2, is stored in the data storage area of the computer system 1, and this original video file 2 is then controlled by a control module. (10) through the systematic linkage action of the video acceleration module 20, the comprehensive connection information storage module 40, the detailed connection information storage module 30, etc., the editing process unique to the present invention is smoothly performed.

Of course, such an original multimedia file may be replaced with a multimedia file other than the above-described original video file 2, for example, an original audio file. If the original multimedia file is an original audio file, the original audio file may be replaced. Similar to the original video file, the file can be smoothly processed through the unique editing process of the present invention through a systematic linking action such as a control module, a comprehensive connection information storage module, and a detailed connection information storage module. In this case, the video acceleration module described above is replaced with an audio acceleration module.

As such, the editing process of the original audio file can be sufficiently inferred by the editing process of the original moving image file, which will be described later, and a detailed description thereof will be omitted.

Here, the above-described control module 10 displays, for example, a series of edit windows in which the checkerboard-shaped partition cells are defined on an output device, for example, a monitor, mounted on a computer system, and based on the edit window, the original moving image. It performs a role of selectively setting a series of connection target cells to a part of the original video file held by the file 2.

In this case, the control module 10 selectively controls the edit window output module 80 in a state of forming a close signal connection relationship with the edit window output module 80 that is responsible for the actual generation of the edit window. This allows the editing window output process to proceed smoothly without any problems.

In this case, the control module 10 forms a close signal connection relationship not only with the edit window output module 80 but also with the interface module 90 and the operation information storage module 60, in this case, the interface module 90. Serves to quickly transmit an editor input signal transmitted from an input device installed in the computer system 1, for example, a mouse 4, a keyboard 5, etc., to the control module 10, and an operation information storage module ( 60) by providing a set of operating information owned by the control module 10 promptly, providing a foundation environment to guide the smooth process of editing the original video by the control module 10 do.

On the other hand, as shown in the figure, the control module 10, along with the edit window output module 80, the interface module 90, the operation information storage module 60 and the like, video acceleration module 20, comprehensive connection The information storage module 40 and the detailed connection information storage module 30 also form a close signal connection relationship.

At this time, the video acceleration module 20 is directed to the control module 10 when a series of playback events for playing the original video file 2 occurs from an input device such as a mouse 4 or a keyboard 5. Therefore, after accelerating the original video held by the original video file (2), and serves to output the original video to the edit window being displayed on the monitor (3).

In addition, the comprehensive connection information storage module 40 generates a series of comprehensive connection information setting events for defining comprehensive data connection information from an input device such as a mouse 4, a keyboard 5, and the comprehensive connection information setting. When the event is completed, targeting the previous original video file (2), according to the instruction of the control module 10, and serves to store the comprehensive connection information.

In addition, the detailed connection information storage module 30 generates a series of detailed connection information setting events for defining detailed data connection information from an input device such as a mouse 4 and a keyboard 5, and the detailed connection information. When the setting event is completed by using the preceding connection target cells as the object, the control module 10 serves to store the detailed connection information according to the instruction of the control module 10.

In this case, the comprehensive linking information includes the project name information, the project path information, the overall linking video information, the linking audio information, the linking URL information, etc. associated with the original video file (2). The detailed connection information is integrated with frame information, location information, and target video information, target audio information, and target URL information associated with the connection target cells.

In this case, the control module 10 has a close signal connection relationship with the scenario data storage block 50 together with the video acceleration module 20, the comprehensive connection information storage module 40, the detailed connection information storage module 30, and the like. Form. In this case, as shown in the figure, the scenario data storage block 50 is provided with a connection video data storage module 51, a connection audio data storage module 52, a connection URL data storage module 53 and the like.

In this case, when the connection video data storage module 51 receives substantial connection video data reflecting the comprehensive connection information and the detailed connection information described above from the control module 10, the connection video data storage module 51 transmits the connection video data to the instruction of the control module 10. According to the present invention, the connection audio data storage module 52 controls the connection audio data when the actual connection audio data reflecting the comprehensive connection information and the detailed connection information is transmitted from the control module 10. In accordance with the instruction of (10) performs a role to stably store, the connection URL data storage module 53, when the actual connection URL data is reflected from the control module 10 reflecting the comprehensive connection information and the detailed connection information, It performs a role of stably storing the connection URL data in accordance with the instructions of the control module 10.

Here, the control module 10 further forms a close signal connection relationship with the compression module 91, the authentication information extraction module 70, and the like together with the scenario data storage block 50 described above.

At this time, the compression module 91 is interposed between, for example, the "connected video data storage module 51, the connected audio data storage module 52, the connected URL data storage module 53" and the "control module 10". In addition, the process of compressing the "connection video data, the connection audio data, the connection URL data", etc., transmitted from the control module 10 to a predetermined size, and through this, the corresponding video data storage module 51 By inducing the audio data storage module 52 and the connection URL data storage module 53 to be quickly reduced in size to the original size, the unnecessary burden on the corresponding storage modules is greatly increased. Serves as a mitigation.

In addition, the authentication information extraction module 70, when a series of editing window execution events occur from the above-described input device such as the mouse 4, the keyboard 5, the authentication card according to the instruction of the control module 10, By performing a smooth authentication signal exchange process with the 101, it plays a role of transmitting to the control module 10 whether the edit window is executed.

At this time, if the authentication card 101 installed in the computer system 1 is not a predetermined variety, or the authentication card 101 is not installed in the computer system 101 at all. Then, the authentication information extraction module 70 transmits a message to the control module 10 such as, for example, "blocking the execution of the edit window" so that any editor can access the multimedia editing tool 100 of the present invention. Defend yourself from doing so.

Of course, if the authentication card 101 is normally mounted in the computer system 1, and the authentication card 101 is confirmed to be a predetermined variety, the authentication information extraction module 70 is a control module 10, for example. , By delivering a message such as "launch the edit window", so that the editor can easily enjoy a series of video editing processes according to the present invention.

Hereinafter, a multimedia editing method using the multimedia editing tool 100 of the present invention having the above-described configuration will be described in detail.

First, by using the present invention, any editor who wishes to proceed to edit the original video file utilizes an input device such as a mouse 4, a keyboard 5, or the like, and the multimedia of the present invention mounted on the computer system 1 Access to editing tool 100.

In this state, as shown in FIG. 2, the control module 10 continuously checks the interface module 90 so that a series of editing window execution events are generated from input devices such as the mouse 4 and the keyboard 5. It is judged whether or not it has occurred (step S1).

At this time, if it is determined that a separate edit window execution event does not occur from an input device such as the mouse 4 or the keyboard 5, the control module 10 proceeds to the step S2 to maintain a series of standby states. do.

However, if it is determined that a separate edit window execution event has occurred from an input device such as a mouse 4, a keyboard 5, or the like, the control module 10 uses the authentication information extraction module 70 as a medium, and the computer system 1 In step S3, a process of searching for the authentication card 101 mounted is performed.

In this case, the control module 10 instructs the authentication information extraction module 70 to search for the authentication card 101, and the authentication information extraction module 70 immediately sends such an instruction message, the authentication card 101. By outputting a series of authentication signals, the system generates various authentication information, such as "A computer system has an authentication card installed?", "Is the authentication card a predetermined variety?" Quickly extract authentication information such as

In this state, the control module 10 continuously checks the return message transmitted from the authentication information extraction module 70 and authenticates whether or not to execute the edit window (step S4).

In this case, for example, even if the authentication card 101 is not mounted at all in the computer system 1 or the authentication card 101 is mounted in the computer system 1, the corresponding authentication card 101 is predetermined. Or the like, "and a message is sent from the authentication information extraction module 70 to block execution of the edit window, the control module 10 determines that the editor's authentication process has failed. The process of outputting a series of error messages to the monitor 3 is performed (step S5).

In this case, the control module 10 utilizes the operation information stored in the operation information storage module 60, for example, "No authentication card is currently installed in the system. Please try again after installing the authentication card." By generating the same series of error messages and outputting the generated error messages to the monitor 3, any editor is blocked from accessing the multimedia editing tool 100 of the present invention.

However, it is confirmed that the authentication card 101 is normally installed in the computer system 1, and this authentication card 101 is confirmed to be a predetermined variety, and the authentication information extraction module 70 prompts the user to execute an edit window. If the message is delivered, the control module 10 determines that the editor's authentication process is successful, and proceeds to output a series of editing windows to the monitor 3 (step S6).

In this case, the control module 10 instructs the output of the edit window to the edit window output module 80 that is responsible for the actual creation of the edit window, and the edit window output module 80 immediately transmits such an instruction message, A series of edit windows 201 in which tiled partition cells 202a, a toolbar 204, a menu bar 205, and the like are defined is transferred to the monitor 3 of the computer system 1, as shown in FIG. By displaying, the editor can be provided with a stable infrastructure environment for smoothly proceeding a series of original video editing process utilizing the present invention.

At this time, the editor, for example, clicks one button of the mouse 4 to bring up a series of pop-up menus 211, and then clicks or edits a schedule item posted on the pop-up menu 211 or edits. By clicking the schedule item posted on the function menu (203) of the window 201, various computer tasks desired by the user can be smoothly performed.

Here, if the editor clicks one side button of the mouse 4, for example, the right button, and calls the pop-up menu 211 above, the control module 10 outputs the edit window output module 80. The pop-up menu 211 is instructed to output an output, and the edit window output module 80 immediately transmits such an instruction message, for example, items such as "set comprehensive connection information, ..., detailed connection information setting. This posted pop-up menu 211 is displayed on the edit window 201, as shown in the figure.

In this state, the control module 10 continuously checks the interface module 90 to determine whether a series of comprehensive connection information setting events have occurred from an input device such as a mouse 4, a keyboard 5, or the like. (Step S7).

At this time, if the editor has not yet performed a separate computing operation, it is determined that a separate comprehensive connection information setting event has not occurred from the input device such as the mouse 4, the keyboard 5, the control module 10 flows Proceed to step S12 described later.

However, when the editor clicks on the comprehensive connection information setting item 212 posted on the pop-up menu 211, for example, a separate comprehensive connection information setting event has occurred from an input device such as the mouse 4 or the keyboard 5. If it is determined, the control module 10 proceeds to display a series of comprehensive connection information menu on the edit window 201 (step S8).

In this case, the control module 10 instructs the output of the comprehensive connection information setting menu to the edit window output module 80, and the edit window output module 80 immediately transmits such an instruction message, for example, "project name". 4 shows a comprehensive connection information setting menu 213 in which items 213b, 213a, 213c, 213d, 213e, and 213f are posted, such as ", project directory, video data, audio data, URL data, and number of cell divisions". As shown, on the edit window 202.

Here, as shown in the figure, the cell division number item 213f is divided into two items, for example, "a horizontal cell number setting item and a vertical cell number cell setting item".

At this time, the editor can input the "project name information for the original video file 2" by using the project name item 213b, for example, and the "original" by using the project directory item 213a. Project path information for the video file 2 can be input.

In addition, the editor can use the video data item 213c to input, for example, "whole linked video information associated with the original video file 2", and the audio data item 213d to enter, for example, "Total linked audio information associated with the original video file 2" can be input, and utilizing the URL data item 213e, for example, "Overall linked URL data information associated with the original video file 2". Can be inputted, and by clicking the cell division number item 213f, the number of horizontal / vertical divisions of the partition cells 202a can be adjusted.

In this state, the control module 10 continuously checks the interface module 90 to determine whether the editor has completed the input of the comprehensive connection information (step S9).

At this time, the editor does not yet display the project name item 213b, the project directory item 213a, the video data item 213c, the audio data item 213d, the URL data item 213e, the cell division number item 213f, and the like. If it is not selected, and it is determined that input of comprehensive connection information is not completed, the control module 10 advances a flow to step S10, and maintains a series of standby states.

However, the editor sequentially orders the project name item 213b, the project directory item 213a, the video data item 213c, the audio data item 213d, the URL data item 213e, the cell division number item 213f, and the like. If it is determined that the input of the comprehensive connection information is completed, the control module 10 immediately proceeds to store the comprehensive connection information (step S11).

In this case, the control module 10 instructs the comprehensive connection information storage module 40 to store the corresponding comprehensive connection information, and the comprehensive connection information storage module 40 immediately transmits such an instruction message, for example, "original". Project name information for the movie file (2), project path information for the original movie file (2), overall linked video information associated with the original movie file (2), overall linked audio information associated with the original movie file (2) And comprehensive link information, such as the overall link URL information associated with the original video file 2, are quickly stored in its own data area.

Through the above process, in a state where a series of comprehensive connection information setting process is completed, the control module 10 continuously checks the interface module 90, from an input device such as a mouse 4, a keyboard 5, or the like. It is determined whether or not a series of original video file reproduction events have occurred (step S12).

At this time, if the editor has not yet performed a separate computing operation, it is determined that a separate original video file playback event has not occurred from the input device such as the mouse (4), the keyboard (5), the control module 10 flows Proceed to step S13 to maintain a series of standby states.

However, if the editor clicks on the video playback button 206, for example, and it is determined that a series of video file playback events has occurred from an input device such as the mouse 4, the keyboard 5, or the like, then the control module 10 determines the original video. A process of reproducing the series of original moving images held by the file 2 on the main screen 202 of the editing window 201 is performed (step S14).

In this case, the control module 10 instructs the output of the original video to the video acceleration module 20, the video acceleration module 20 as soon as this instruction message is delivered, the original possessed by the original video file (2) After accelerating the moving image, the original moving image is displayed on the main screen 202 of the editing window 201, as shown in FIG.

At this time, as shown in the figure, in the original video file path display item 208 of the edit window 201, the path of the original video file currently being played is displayed in detail, for example, "C: \ mov \ a.avi". In the frame display item 209, the frame change state of the original video according to the reproduction of the original video file 2 is displayed in detail.

In this state, the control module 10 continuously checks the interface module 90 to determine whether a series of original video reproduction stop events have occurred from an input device such as a mouse 4, a keyboard 5, or the like. (Step S15).

At this time, if the editor has not yet performed a separate computing operation, it is determined that a separate original video playback stop event has not occurred from the input device such as the mouse (4), keyboard (5), the control module 10 flows Proceed to step S16 to maintain a series of standby states.

However, if the editor clicks on the video pause button 207, for example, and it is determined that a series of original video reproduction stop events have occurred from an input device such as a mouse 4, keyboard 5, or the like, the control module 10 The process of stopping the original video being played on the main screen 202 of the editing window 201 is performed (step S17).

In this case, the control module 10 instructs the video acceleration module 20 to stop playing the original video, and the video acceleration module 20 temporarily neutralizes a series of acceleration processes as soon as the instruction message is delivered. The original video being played on the main screen 202 of the edit window 201 can be displayed in a stopped state.

In this state, the control module 10 continuously checks the interface module 90 to determine whether a series of connection target cell selection events have occurred from an input device such as a mouse 4, a keyboard 5, or the like. (Step S18).

In this case, when the editor has not yet performed a separate computing operation, and it is determined that a separate connection target cell selection event has not occurred from an input device such as a mouse 4 or a keyboard 5, the control module 10 flows the flow. Proceed to step S19 to maintain a series of standby states.

However, the editor, for example, uses the mouse point 215 to designate the partition cells 202a corresponding to the area A among the entire partition cells 202a as the connection target cells, thereby inputting an input device such as a mouse or a keyboard. If it is determined that a series of connection target cell selection events has occurred, the control module 10 proceeds to display the connection target cells selected by the editor on the edit window 201 (step 20).

In this case, the control module 10 transmits a message to the edit window output module 80, for example, "Display the selected cells to be connected by the editor on the edit window", and the edit window output module 80 transmits such a message. As soon as the indication message is delivered, the shade, color, etc. of the connection target cells corresponding to the area A are changed to be distinguished from other partition cells 202a, so that the editor can easily visually check the connection target cells selected by the editor.

In this state, the editor similarly to the previous case, for example, clicks one button of the mouse 4 to bring up the pop-up menu 211, and then click on a schedule item posted on the pop-up menu 211, or Alternatively, by clicking on a schedule item posted on the function menu 203 of the edit window 201, various computer tasks desired by the user can be smoothly performed.

Here, if the editor clicks the right button of the mouse 4 to call the pop-up menu 211 described above, the control module 10 outputs the pop-up menu 211 to the edit window output module 80. As soon as the instruction message is delivered, the edit window output module 80 displays an item such as "Comprehensive connection information setting, ‥‥, detailed connection information setting ‥‥" and the like. As shown in FIG. 6, the pop-up menu 211 is displayed on the edit window 201.

In this state, the control module 10 continuously checks the interface module 90, and sets a series of detailed connection information setting events that target the cells to be connected from input devices such as the mouse 4 and the keyboard 5 as target objects. It is determined whether or not (step S21) has occurred.

At this time, if the editor has not yet performed a separate computing operation, it is determined that a separate detailed connection information setting event has not occurred from the input device, such as the mouse (4), the keyboard (5), the control module 10 flows Proceed to step S22 to maintain a series of standby states.

However, when the editor clicks on the detailed connection information setting item 216 posted to the pop-up menu 211, for example, a separate detailed connection information setting event has occurred from an input device such as the mouse 4 or the keyboard 5. If it is determined, the control module 10 searches the comprehensive connection information storage module 40 to determine whether there is comprehensive connection information related to the corresponding original video file, for example, “‥ ＼ ‥ ＼a.avi”. (Step S23).

At this time, if the editor does not proceed to the previous step S7 ~ S11, it is determined that the comprehensive connection information associated with the original video file does not exist in the comprehensive connection information storage module 40, the control module 10 is "normal details It is determined that the base environment in which the "connection information setting process" can be performed is not yet prepared, and a process of outputting a series of induction messages to the monitor 3 is performed (step S24).

In this case, the control module 10 utilizes the operation information stored in the operation information storage module 60 and, for example, "the comprehensive connection information for the video currently being played is not set. First, the comprehensive connection information has been set. Please try again later "and the like to generate a series of induction message, and outputs the generated induction message to the monitor (3), so that the editor can promptly proceed to the set of comprehensive connection information setting process.

However, the editor normally proceeds to the previous steps S7 to S11, and as shown in Fig. 7, the comprehensive connection information storage module 40 is, for example, a project for " original video file < Names of <Korean Movie> "," Project path for the original movie file <‥ ＼ ‥ ＼a.avi> is <‥ 는 ‥ ＼bx ‥ .xx> "," Original movie file <‥ ＼ ‥ ＼a.avi <B.avi, c.mpeg, ‥ d.mpeg. ‥> ", and the associated videos associated with the original video file <‥ ＼ ‥ ＼a.avi> are <e.mp3, f .midi, ‥ g.mp3, ‥ m.mp3 ‥> "," The connection URLs associated with the original video file <‥ ＼ ‥ ＼a.avi> are <http: //www.b‥/‥/d.hwp , http://www.q././r.jpeg> "," the number of cell divisions of the partition cells 202a is <64 × 64> ", etc., the control module 10 It is determined that the basic environment for the "normal detailed connection information setting process" can be carried out and edited. A process of displaying a series of detailed connection information menus is performed on the window 201 (step S25).

In this case, the control module 10 instructs the output of the detailed connection information setting menu to the edit window output module 80, and the edit window output module 80 immediately transmits such an instruction message, for example, "selection frame". , A detailed connection information setting menu 217 in which items 217a, 217b, 217c, 217d, and 217e, such as a selected position, a target video, a target audio, and a target URL "are posted, is shown in FIG. 201).

In this case, the editor may input the “frame information on the connection target cells corresponding to the area A” by using the selection frame item 217a, and may select, for example, “by using the selection position item 217b. Location information regarding the connection target cells corresponding to the area A "

In addition, the editor may input the "target video information associated with the connection target cells corresponding to the area A" using the target video item 217c, and the target audio item 217d, for example. , "Target audio information associated with connection target cells corresponding to area A" can be input, and using the target URL item 217e, "target URL information associated with connection target cells corresponding to area A" can be input. You can enter. Among these various items, for example, the selection frame item 217a, the selection position item 217b, and the like may be automatically input as soon as the editor calls the detailed connection information setting menu 217.

In this state, the control module 10 continuously checks the interface module 90 to determine whether the editor has completed the input of the detailed connection information (step S26).

At this time, the editor has not yet selected the selection frame item 217a, the selection position item 217b, the target video item 217c, the target audio item 217d, the target URL item 217e, and the like. If it is determined that the input process is not completed, the control module 10 advances the flow to step S27 to maintain a series of standby states.

However, the editor sequentially fills in the selection frame item 217a, the selection position item 217b, the target video item 217c, the target audio item 217d, the target URL item 217e, and the confirmation item 218. If it is determined that the input process of the comprehensive information is all completed, the control module 10 immediately proceeds to store the corresponding detailed connection information (step S28).

In this case, the control module 10 instructs the detailed connection information storage module 30 to store the corresponding detailed connection information, and the detailed connection information storage module 30 immediately transmits such an instruction message, for example, "connection". Frame information about target cells, location information about connection target cells, target video information associated with connection target cells, target audio information associated with connection target cells, and target URL information associated with connection target cells. Quickly save detailed connection information in your data area.

As an example, as shown in FIG. 9, during the playback of an arbitrarily selected original moving picture, the editor selects the frame "FB" belonging to this moving picture, and also selects the connection target cells "B", for example, ". In the case where a series of detailed connection information setting events are performed with the target video as the target video, the detailed connection information storage module 30 is, for example, " FB &gt; , And the target video associated with B quickly stores a series of detailed connection information reflecting contents such as <... > b.avi> &quot;

In addition, the editor selects the frame "FC" belonging to the original moving picture, selects the cells "C" to be linked, and connects a series of detailed links, for example, "‥ ＼ ‥ ＼b.avi" as the target video. When the information setting event is performed, the detailed connection information storage module 30 may, for example, " frame < FC >, position C < 1010 >, target video associated with C < Quickly save a series of detailed connection information reflecting contents such as> "in your own data area.

In the above case, the position <0100 ...> of B, the position <1011 ...> of C, etc. represent two-dimensional coordinates of the connection target cells B and the connection target cells C.

When all of the detailed connection information storing process is completed, for example, the connection target cells "B" belonging to the frame "FB", the connection target cells "C" belonging to the frame "FC", etc. are converted into the target video "‥ ＼ ‥ ＼b". .avi ", and then, any editor who clicks on his or her own can provide an interactive effect in which the target video " b " b.avi " is executed simultaneously with &quot; clicking &quot;.

As another example, as shown in the figure, the editor selects the frame "FD" belonging to the video during playback of the original video, and also selects the cells "D" to be connected, for example, When a series of detailed connection information setting events having m.mp3 "as the target audio are performed, the detailed connection information storage module 30 is, for example, " FD &gt; The associated target audio quickly stores a series of detailed connection information reflecting the contents such as <... ＼ ‥ ＼m.mp3> "in its own data area.

In addition, the editor selects the frame "FE" belonging to the original video, selects the cells "E" to be linked, and connects a series of detailed links, for example, "‥ ＼ ‥ ＼m.mp3" as the target audio. In the case where the information setting event is advanced, the detailed connection information storage module 30 is, for example, " frame is < FD >, C is < 0011 >, target audio associated with D < Quickly save a series of detailed connection information reflecting contents such as> "in your own data area.

When all of the detailed connection information storing process is completed, for example, the connection target cells "D" belonging to the frame "FD", the connection target cells "E" belonging to the frame "FE", etc. are used as the target audio "‥ ＼ ‥ ＼m". .mp3 ", and then, any editor who clicks on his or her own can provide an interactive effect in which the target audio" ... ＼ ‥ ＼m.mp3 "is executed at the same time as" click ".

As another example, as shown in the figure, the editor selects the frame "FF" belonging to the video during playback of the original video, and also selects the target cells "F", for example, "http: / /www.b././d.hwp ", when a series of detailed connection information setting events are performed, the detailed connection information storage module is configured to, for example," frame is <FF> and F is <00101 ". Target URL associated with ..., F quickly stores a series of detailed connection information reflecting contents such as <http://www.b././d.hwp> "in its own data area.

When all of the detailed connection information storing process is completed, for example, the connection target cells "F" belonging to the frame "FF" have an attribute associated with the target URL "http://www.b././d.hwp". It is then possible to provide any editor who clicks on the interactive effect of executing the target URL "http://www.b././d.hwp" simultaneously with "click".

In addition, the editor selects the frame "FG" belonging to the original video, selects the target cells "G", and sets a series of detailed connection information, for example, "FC to FE" as the target video. In the event of proceeding with the event, the detailed connection information storage module 30 has contents such as, for example, "frame is <FG>, G is <00101 ...>, and target video associated with G is <FC ~ FE>". Quickly save the reflected set of detailed information in your data area. Of course, "FC to FE" are frames belonging to "FG" and "same original moving picture file" as described above.

When all of the detailed connection information storing process is completed, for example, the connection target cells "G" belonging to the frame "FG" have an attribute associated with the target video "FC ~ FE", and then click on any one of them. It is possible to give the editor an interactive effect in which the target video "FC to FE" is executed simultaneously with "click".

Of course, as mentioned above, the connection target cells "C" belonging to the frame "FC" have an attribute associated with the target video "... ＼ ‥ ＼b.avi", and are assigned to the frames "FD", "FE". The associated connection cells "D" and "E" have attributes associated with the target audio "‥ ＼ ‥ ＼m.mp3", so that the editors can make the corresponding connection when the target video "FC to FE" is being executed. When any one of the target cells is clicked, the editor interactively executes one of the target video " b " b.avi " and the target audio " " " m.mp3 &quot; You can enjoy the.

On the other hand, through the above-described process, when the step S28 is all finished, the control module 10 is the actual "connection scenario data", that is, the actual "connection video data", "connection audio data" reflecting the above detailed connection information Process of compressing and storing the "connection URL data" and the like (step S29).

In this case, the control module 10 closely searches the previous comprehensive connection information storage module 40, the detailed connection information storage module 30, and the like, and the actual "connection video data", "connection audio data", and "connection URL". After confirming the path such as "data", the corresponding "connection video data", "connection audio data", "connection URL data", for example, "b.avi", "m.mp3", "http" http://www.b./?/d.hwp ", and transmits the data to the compression module 91.

At this time, the compression module 91 is interposed between, for example, the "connected video data storage module 51, the connected audio data storage module 52, the connected URL data storage module 53" and the "control module 10". In the state, "connection video data, connection audio data, connection URL data" from the control module 10, for example, "b.avi", "m.mp3", "http://www.b./.../d After receiving any one of ".hwp", the data is compressed to a certain size, and as soon as the compression process is completed, the data is transferred to the appropriate data storage module, thereby saving a series of connection scenario data. Finish the process.

By the action of the compression module, the above-described connection video data, connection audio data, connection URL data, etc. can be quickly stored in a size significantly reduced than the original size, based on this, the connection video data storage module 51 ), The connection audio data storage module 52, the connection URL data storage module 53, and the like, can be greatly reduced unnecessary burden that can be applied by the storage of the data.

On the other hand, through the above-described step S29, when a series of connection scenario data compression storage process is completed, the control module 10 continuously checks the interface module 90, input of the mouse 4, keyboard 5, etc. It is determined whether or not a series of edit completion events have occurred from the device (step S30).

At this time, if the editor has not yet performed a separate computing operation, it is determined that a separate editing completion event has not occurred from the input device such as the mouse 4, the keyboard 5, the control module 10 advances the flow Proceeding to step S12 mentioned above, it is determined again whether or not a series of original video reproduction events has occurred.

However, if the editor clicks on the end item posted in the edit window 201, and it is determined that a separate edit completion event has occurred from an input device such as the mouse 4 or the keyboard 5, the control module 10 monitors. The process of displaying a series of end messages on (3) is carried out (step S31).

In this case, the control module 10 utilizes the operation information stored in the operation information storage module 60 to generate a series of end messages such as, for example, "end the editing process. By outputting the end message to the monitor 3, the editor can visually confirm that a series of editing processes have been completed.

Then, the control module 10 of the present invention, whenever a series of editing events generated by any editor, the above-described video acceleration module 20, comprehensive connection information storage module 40, detailed connection information storage module ( 30), by using the connection video data storage module 51, the connection audio data storage module 52, the connection URL data storage module 53, a series of original video editing process quickly proceeds, so that the corresponding editor more easily Induces interactive effects to the original video.

As described in detail above, in the present invention, a control module, a video acceleration module, a comprehensive connection information storage module, a detailed connection information storage module, a connection video data storage module, a connection audio data storage module, a connection URL data storage module, and the like are given in a given order. By providing a close linkage, it provides a foundation technology that allows some cells of a given original video to be linked in real time to other data, such as other video data, other audio data, other URL data, etc. according to the editor's choice.

When the present invention is achieved, the editor can easily facilitate the interactive use of the original video file based on the "effect that some cells of the original video can be linked to other data", and thus, the overall video use efficiency can be flexibly improved. To maximize.

Claims (6)

It is mounted on computer systems with input and output devices and arbitrary original video files. Displaying a series of editing windows in which the grid-shaped partition cells are defined by the communication with the input device on the output device, and based on the editing window, a series of connection to a part of the original video image held by the original video file A control module for setting target cells; A video acceleration module controlled by the control module and configured to accelerate and output an original video held by the original video file to the edit window when a series of playback events for playing the original video file occur; When the series of comprehensive connection information setting events, which are controlled by the control module and are targeted to the original video file, are completed, to define comprehensive data connection information, according to the instruction of the control module, the comprehensive connection A comprehensive connection information storage module for storing information; When the series of detailed connection information setting events, which are controlled by the control module and are set as the target object, to define detailed data connection information, are completed, according to the instruction of the control module, the detail A detailed connection information storage module for storing connection information; In the case where the actual connection video data, the connection audio data and the connection Uniform Resource Locator (URL) data controlled by the control module and reflecting the comprehensive connection information and the detailed connection information are transmitted from the control module, And a connection video data storage module, a connection audio data storage module, and a connection URL data storage module for storing the connection video data, the connection audio data, and the connection wire data, respectively. The method of claim 1, wherein the comprehensive connection information includes project name information, project path information, and overall connection video information, connection audio information, and connection URL information associated with the original video file. Multimedia editing tools. The multimedia of claim 1, wherein the detailed connection information includes frame information, location information, target video information, target audio information, and target URL information associated with the connection target cells. Editing tool. The multimedia editing tool of claim 1, wherein the control module further forms a series of control relationships with a compression module for compressing and storing the connected video data, the connected audio data, and the connected UAL data. The multimedia editing tool of claim 1, wherein the control module further forms a series of control relationships with an authentication information extraction module for selectively authenticating whether the editing window is executed. Determining whether a series of edit window execution events have occurred from an input device mounted to any computer system; When the edit window execution event occurs, verifying whether the edit window is executed by searching for an authentication card installed in the computer system; If the execution of the edit window is verified, displaying the edit window on an output device of the computer system; Determining whether a series of comprehensive connection information setting events has occurred based on the editing window; Displaying a comprehensive connection information setting menu for receiving a series of comprehensive connection information when the comprehensive connection information setting event occurs; Determining whether setting of the comprehensive connection information is completed; Storing the comprehensive connection information when setting of the comprehensive connection information is completed; Determining whether a series of original video file playback events has occurred from the input device; If a series of original video file play events occur from the input device, displaying the original video held by the original video file on the editing window; Determining whether a series of connection target cell selection events have occurred from the input device; Displaying connection target cells in a portion of the original video when a series of connection target cell selection events occur from the input device; Determining whether a series of detailed connection information setting events have occurred using the connection target cells as an object; Displaying a detailed connection information setting menu for receiving a series of detailed connection information when the detailed connection information setting event occurs; Determining whether the setting of the detailed connection information is completed; And when the setting of the detailed connection information is completed, storing the detailed connection information and compressing and storing the actual connection video data, the connection audio data, and the connection UAL data reflecting the detailed connection information. How to edit multimedia.