JP2003046935A - Data editing method, information processor, server, data editing program and recording medium - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a data editing method wherein an ordinary user can progress smoothly editing work, and form desired edit data simply and in a short time when a plurality of dynamic picture data are edited, and to provide an information processor, a server, a data editing program and recording medium. SOLUTION: Edit indicating data showing a file name, edition positions and edition multiplying factors of a background image which a user indicates are made to correspond to each of the file names of data for edit, and stored in an edit indicating table 100 of a musical score type information processor. After all edit indications are received, the processor converts contents of the table 100 into data in a prescribed file format, and sends the data together with the data for edit to the server, who edits the data for edit on the basis of the converted data and transmits edited data to the information processor.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a data editing method, an information processing apparatus, a server, a data editing program and a recording medium for editing a plurality of moving image data to create a promotion video.

[0002]

2. Description of the Related Art In recent years, personal computers (hereinafter,
It is called "PC". ), The software for editing image data and audio data is provided. Therefore, by using this kind of software, even a general user can extract and connect only desired scenes of moving images, synthesize background images and character images, insert background music, etc. The editing process of can be performed by itself.

[0003]

However, in a PC owned by a general user, due to the limitation of processing capacity, it is possible to perform advanced editing processing such as editing a plurality of moving images into one moving image or using a moving image as a background image. In some cases, the performance was still insufficient to perform. Further, even if the editing process can be performed by the editing software, the process is time-consuming, especially in the case of moving image editing, and the editing work cannot be smoothly performed.

On the other hand, in recent years, there is a service for creating a promotional video of an amateur band using a professional editing device. However, since the edit requestor does not perform the editing work himself, the promotion video intended by himself was not always created.

The present invention has been made in view of the above-mentioned circumstances, and even a general user can smoothly perform editing work, and even when editing a plurality of moving image data, An object of the present invention is to provide a data editing method, an information processing device, a server, a data editing program, and a recording medium that can create desired editing data easily and in a short time.

[0006]

In order to solve the above-mentioned problems, the present invention provides, in a data editing method, an information processing terminal for streaming data to be edited selected from streaming data recorded in a recording means. An editing instruction input step of inputting an editing instruction, and each time the information processing terminal inputs the editing instruction, the corresponding editing instruction data is recorded in the editing instruction data recording means in association with the streaming data to be edited. And a recording step, the information processing terminal reads out the edit instruction data group recorded in the edit instruction data recording means,
A transmitting step of transmitting to the server together with the editing target streaming data; a receiving step of the server receiving the editing instruction data group and the editing target streaming data; and a server based on the editing instruction data group. It is characterized by comprising: an editing step of editing the streaming data to be edited and creating editing data; and an editing data transmitting step of the server transmitting the editing data to the information processing terminal.

According to this structure, the information processing terminal records the edit instruction data corresponding to the input edit instruction in the edit instruction data recording means in association with the streaming data to be edited, and edits the edit instruction data group. When transmitted to the server together with the target streaming data, the server edits the streaming data to be edited based on the edit instruction data group, so the operator of the information processing terminal may give all editing instructions in advance, The actual editing process can be collectively performed by a server having high processing capability.
Therefore, not only can the operator create desired edit data, but also edit data can be created in a short time.

According to the present invention, in a data editing method of an information processing apparatus, an editing instruction input step of inputting an editing instruction for streaming data to be edited selected from the streaming data recorded in the recording means, Each time an editing instruction is input, a recording step of recording the corresponding editing instruction data in the editing instruction data recording means in association with the editing target streaming data, and the editing instruction recorded in the editing instruction data recording means And an editing step of editing the streaming data to be edited based on a data group.

According to this structure, the editing instruction data corresponding to the input editing instruction is recorded in the editing instruction data recording means in association with the streaming data to be edited, and the editing instruction data is recorded on the basis of this editing instruction data group. Since the streaming data is edited, the operator can collectively perform these editing processes if all the editing instructions are given in advance.

The present invention also provides an information processing apparatus,
Recording means for recording streaming data, editing instruction input means for inputting an editing instruction for streaming data to be edited selected from the streaming data recorded in the recording means, and editing instruction data corresponding to the editing instruction Editing instruction data recording means for recording in correspondence with the streaming data to be edited and a group of editing instruction data recorded in the editing instruction data recording means, and transmitting to the outside together with the streaming data to be edited And means.

According to this structure, the information processing apparatus reads the editing instruction data group associated with the streaming data to be edited from the editing instruction data recording means,
By transmitting the editing target streaming data to the outside, all the editing instructions corresponding to the editing target streaming data can be notified to the outside.

The present invention also provides an information processing apparatus,
Recording means for recording streaming data, editing instruction input means for inputting an editing instruction for streaming data to be edited selected from the streaming data recorded in the recording means, and editing instruction data corresponding to the editing instruction Editing instruction data recording means for recording in correspondence with the streaming data to be edited, and editing means for editing the streaming data to be edited based on the editing instruction data group recorded in the editing instruction data recording means. It is characterized by having and.

According to this structure, the information processing apparatus reads out the editing instruction data group associated with the streaming data to be edited from the editing instruction data recording means,
Since the streaming data to be edited is edited, the operator can collectively perform these editing processes by giving all editing instructions in advance.

Further, according to the present invention, in the server, the receiving means for receiving the editing instruction data group and the streaming data to be edited transmitted from the information processing apparatus, and the editing based on the editing instruction data group. It is characterized by comprising: an editing means for editing the target streaming data and creating the editing data; and an editing data transmitting means for transmitting the editing data to the information processing apparatus.

With this configuration, the server can collectively perform the editing process of the streaming data to be edited based on the editing instruction data group transmitted from the information processing device.

According to the present invention, in a data editing program, an editing instruction input procedure for inputting to a computer an editing instruction for streaming data to be edited selected from the streaming data recorded in the recording means, and the editing. Each time an instruction is input, the corresponding editing instruction data is recorded in the editing instruction data recording means in association with the editing target streaming data, and the editing instruction data recorded in the editing instruction data recording means. The group is read out, and a transmission procedure of transmitting the group to the server together with the streaming data to be edited is executed.

According to this structure, when the data editing program is installed in the computer, the computer associates the editing instruction data corresponding to the input editing instruction with the streaming data to be edited and causes the editing instruction data recording unit to record the editing instruction data. Since the data is recorded and this edit instruction data group is transmitted to the server together with the streaming data to be edited, the server can edit the streaming data to be edited based on the edit instruction data group.

According to the present invention, in a data editing program, an editing instruction input procedure for inputting to a computer an editing instruction for streaming data to be edited selected from the streaming data recorded in the recording means, and the editing. Each time an instruction is input, the corresponding editing instruction data is recorded in the editing instruction data recording means in association with the editing target streaming data, and the editing instruction data recorded in the editing instruction data recording means. And an editing procedure for editing the streaming data to be edited based on the group.

According to this structure, when this data editing program is installed in the computer, the computer associates the editing instruction data corresponding to the input editing instruction with the streaming data to be edited and stores it in the editing instruction data recording means. Since the recorded data is recorded and the streaming data to be edited is edited based on this editing instruction data group, if the operator gives all editing instructions in advance, these editing processes can be performed collectively. it can.

Further, the present invention is characterized in that the data editing program is recorded on a computer-readable recording medium. According to this configuration, if this data editing program is read from the recording medium and executed by the computer, if the operator of the computer issues all the editing instructions in advance, then these editing processes can be performed by the server or the computer. It can be done collectively.

[0021]

BEST MODE FOR CARRYING OUT THE INVENTION Embodiments of the present invention will be described in detail below with reference to the drawings. The embodiments described below show one aspect of the present invention, and do not limit the present invention, and can be arbitrarily modified within the scope of the present invention.

(1) Configuration of the Embodiment FIG. 1 is a diagram showing the overall configuration of a moving image editing system according to the embodiment of the present invention. In the moving image editing system 1, reference numeral 10 denotes a server configured by a general computer system, which performs a moving image or audio editing process based on an editing instruction transmitted from the musical score information processing apparatus 20 via the Internet. Provide services.

Musical score type information processing device (information processing terminal) 20
Is a computer having a function of displaying a musical score, photographing a performer who is playing the musical score, and connecting to the Internet via the router 21. Further, the musical score type information processing apparatus 20 has a function of transmitting captured video and audio data (streaming data) and an instruction to edit the data to the server 10, and displaying the edited data transmitted from the server 10. have. Here, since stream data of moving images and audio is transmitted and received between the server 10 and the musical score information processing apparatus 20, the router 21
ADSL (Asymmetric Digital Subscriber Line), C
It is desirable to be connected to the Internet via a high speed communication line such as ATV or optical fiber.

(2) Server Configuration Next, the configuration of the server 10 will be described. In the server 10, the control unit 11 controls the entire server 10 by reading and executing a program group stored in the storage unit 12. Needless to say, the processing capacity of the server 10 (control unit 11) is higher than that of a general personal computer.

The storage unit 12 has a program database (hereinafter, referred to as "DB") 13 for storing a program group such as an editing program for performing various editing processes including image processing and voice processing, and the edited image. It has a background image DB 14 for storing background image data of a still image or a moving image used for the background of the, and a moving image / sound DB 15 for storing moving image and sound data transmitted from the musical score information processing apparatus 20. .

Further, the communication section 16 is connected to the musical score type information processing apparatus 20 and the like connected via the Internet under the control of the control section 11 and TCP / IP (Transmission Control P).
rotocol / Internet Protocol) for data communication using a protocol.

(3) Configuration of musical score type information processing apparatus (3.1) External configuration of musical score type information processing apparatus Next, the configuration of the musical score type information processing apparatus 20 will be described. Figure 2
FIG. 3 is a diagram showing an appearance of the score information processing apparatus 20. The musical score type information processing apparatus 20 is formed to have a size substantially the same as a paper-based musical score, and is placed on a music stand or the like when playing.
It is a device that a performer can use instead of a paper-based score.

As shown in FIG. 2, the musical score type information processing apparatus 20 is composed of a thin body having a substantially rectangular shape, and has display screens 22 and 23 on the left and right for displaying a musical score or the like. As shown in FIG. 3, the display screens 22 and 23 have a transparent touch panel 22 on the upper surfaces of the liquid crystal display panels 22A and 23A.
The touch panels 22B and 23B can detect the pressing operation and the pressing position of the display screens 22 and 23 with a finger or a stylus pen. Further, in FIG. 2, reference numeral 24 denotes an operation switch group including a power switch and the like. That is, the musical score type information processing apparatus 20 is configured to input an instruction from the player through the operation of the operation switch group 24 or the pressing operation of the display screens 22 and 23.

The left side casing 25 and the right side casing 26 of the musical score type information processing apparatus 20 are rotatably connected by a hinge mechanism S, and can be opened and closed in the same manner as a notebook or a musical score (musical score book). It is configured to be possible. This allows
As shown in FIG. 4, the musical score type information processing apparatus 20 can be easily carried by closing the left and right casings 25 and 26 to reduce the overall shape.
Further, in the closed state, the display screens 22 and 23 are not exposed to the outside, so that it is possible to prevent the display screens from being damaged.

Further, the musical score type information processing apparatus 20 includes a camera 27, a microphone 28, a speaker 29 and an MI.
It has a DI (musical instrument digital interface) interface IF. The camera 27 is provided in front of the musical score type information processing apparatus 20 in the open state (see FIG. 2), that is, for photographing a performer who plays the musical score while viewing the displayed musical score. MIDI interface I
F connects the musical score information processing apparatus 20 to another device (a musical instrument, an electronic musical instrument, a PC, another musical score type information processing apparatus 20, etc.) having a MIDI interface wirelessly or by wire to communicate and transmit / receive MIDI data. It is provided to do. A microphone having directivity is applied to the microphone 28, and is provided for inputting a voice from the front surface of the musical score type information processing apparatus 20, that is, a performance sound or voice of a performer in an open state. The speaker 29 emits sound generated from performance data or sound data such as MIDI data recorded in the musical score information processing apparatus 20 or received from another device through the MIDI interface IF. belongs to.

(3.2) Electrical Configuration of Musical Score Type Information Processing Device FIG. 5 is a block diagram showing an electrical configuration of the musical score type information processing device 20. In the figure, a CPU (Central Proc
The essing unit 30 controls the operation of each unit connected via a bus (BUS) 31 to control the score-type information processing apparatus 20 as a whole. In addition, RAM (Random Acces
s Memory) 32 is used as a work memory or video memory of the CPU 30, and is a memory for temporarily storing program data, image data to be displayed on the liquid crystal display panels 22A and 23A, and the like. The RAM 32 also stores an editing instruction table described later.

The control program memory 33, the musical score data memory 34, and the moving image / audio data memory 35 are, for example, a magnetic disk or an EEP-ROM (Electrically Erasa).
bleProgrammable Read Only Memory) and the like, and records various program groups and data. Specifically, the control program memory 33 is a CPU
It is a memory for recording a control program group showing a processing procedure for causing the 30 to perform various processing (musical score display processing, shooting processing, recording processing, communication processing, edit instruction processing, etc.). The musical score data memory 34 is a memory for recording musical score data for displaying a musical score on the display screens 22 and 23. The video / audio data memory 35 is used by the camera 27.
Video data input via the microphone 28, audio data input via the microphone 28, video / audio data (including edited data) received from the server 10 or the like via the wireless communication unit 36, and the MIDI interface IF.
It is a memory for recording MIDI performance data and the like received via.

The wireless communication section 36 wirelessly performs data communication with the router 21, other musical score type information processing apparatus 20, a PC or the like via an antenna under the control of the CPU 30, and the control program memory 33 described above. The data read from the musical score data memory 34 and the moving image / audio data memory 35, the data to be written in these memories, and the like are transmitted / received to / from an external device. A wireless module such as bluetooth (registered trademark) is applied to the wireless communication unit 36. The sound source 37 is C
Under the control of the PU 30, a voice signal is generated from voice data or performance data and output to the speaker 29 via a digital-analog conversion circuit (not shown).

(3.3) Processing Content of Musical Score Type Information Processing Device Next, various processes performed by the musical score type information processing device 20 will be described. The musical score type information processing apparatus 20 has a plurality of operation modes, and by switching the operation modes, a musical score is displayed, images are taken or recorded, and moving images taken or recorded by the server 10 are recorded. Alternatively, it is possible to give an instruction to edit voice data. Specifically, the musical score type information processing apparatus 20 of the present embodiment includes a musical score display mode, a shooting mode, a recording mode, a communication mode, and an editing instruction mode.

A. Music score display mode The music score display mode is a mode for displaying only the music score,
When this mode is selected, the CPU 30 reads out the score data specified by the performer from the score data memory 34, first displays the first page of the score on the display screen 22, and displays the second page of the score on the display screen. 23 is displayed. As shown in the display example of the score display mode in FIG. 6, a group of operation buttons (software button group) 4 for instructing processing such as page turning, page returning, returning to the beginning of the page, and displaying another score.
0 is displayed on the display screen 22, and when any operation button is pressed, the CPU 30 performs a process of changing the page of the score displayed on the display screens 22 and 23. For example, when the page feed button is pressed, the CPU 30 changes the score displayed on the display screens 22 and 23 to the score of the page two pages after.

As a result, in this score display mode, not only can successive pages of the score be displayed at the same time as in the paper-based score, but the pages of the score that are displayed in the same way as when the pages are actually turned are displayed. Can be updated. Therefore, when the musical score type information processing apparatus 20 is set to the musical score display mode, the performer looks at the musical score displayed on the musical score type information processing apparatus 20 and plays a musical instrument like a general paper-based musical score. It can be carried out. Further, the musical score type information processing apparatus 20 can perform page turning and the like by merely pressing the operation button group 40 displayed on the display screen 22 once by the performer. It is possible to avoid a mistake in page turning or a case where the page is turned up by the wind, and it is possible to perform page operation easily and surely compared to paper-based sheet music.

In FIG. 6, the operation button group 50
Is a software button group that is always displayed regardless of the operation mode. The operation mode of the musical score type information processing apparatus 20 is set to any one of the score display mode, the shooting mode, the recording mode, the communication mode, and the editing instruction mode. There are a plurality of operation buttons for switching, and when any one of the operation buttons is pressed, the operation mode is switched.

B. Shooting Mode The shooting mode is a mode for shooting the performer, and when this mode is selected, the CPU 30 displays the shot image 60 of the camera 27 on the display screen 23. As shown in the display example of the shooting mode in FIG. 7, on the display screen 23, in addition to the shot image 60, an operation button group 70 for instructing processing such as recording start, recording stop, and reproduction is displayed. The display screen 22 displays either the score displayed before the switching to the shooting mode or the score corresponding to the score data specified by the performer.

When any one of the operation button group 70 is pressed, the CPU 30 causes the camera 2 to operate.
The moving image data corresponding to the captured image 60 input via 7 and the audio data input via the microphone 28
A recording process of recording in the audio data memory 35 in synchronization with each other, a recording stop process, a reproduction process of moving image and audio data previously recorded in the moving image / audio data memory 35, and the like are performed. In this recording process, the moving image data is MPEG (Moving Picture Exper).
ts Group) 2 or Motion JPEG (Joint Photog
raphic ExpertsGroup) and other video coding algorithms perform compression coding, while audio data is MPEG1
The compression encoding process may be performed by a voice encoding algorithm such as (Layer 2) and recorded. Further, only moving image data may be recorded.

Also in this mode, the operation button group 40 is displayed to accept the page operation of the score, but when the page forward button or the page return button is pressed, the display is different from the case of the score display mode. A process of changing the score page displayed on the screen 22 in units of one page is performed. The photographed image 60 may be displayed on the display screen 22 and the score may be displayed on the display screen 23, or it may be selectable on which display screen the photographed image 60 is displayed.

As a result, in this photographing mode,
Since the score and the photographed image 60 can be displayed at the positions adjacent to each other, the performer plays the musical instrument while watching the score displayed on the one display screen 22, and at the same time, displays it on the other display screen 23. You can easily take a picture while monitoring your own performance.

C. Recording mode The recording mode is a mode for recording performance sounds and singing voices.
When this mode is selected, the CPU 30 starts recording,
An operation button group (not shown) for instructing processing such as recording stop and reproduction is displayed on the display screen 23, and voice data input via the microphone 28 in response to a pressing operation of these operation buttons or a MIDI interface IF.
The MIDI performance data received via the video / audio data memory 35 can be recorded in the video / audio data memory 35.
The audio data and MIDI performance data recorded in 5 are reproduced. The audio data and MIDI performance data received via the wireless communication unit 36 can also be recorded in the moving image / audio data memory 35.

Also in this mode, similar to the shooting mode, the display screen 22 displays the score displayed before switching to the recording mode or the score corresponding to the score data specified by the performer. It has become so. As a result, the performer plays the musical instrument while looking at the score displayed on the display screen 22 on one side, and at the same time, operates the operation buttons displayed on the display screen 23 on the other side to produce his / her performance sound and singing voice. You can record easily.

D. Communication mode The communication mode is the video mode in the shooting mode and recording mode above.
This is a mode in which moving image data, audio data, performance data, etc. recorded in the audio data memory 35 are transmitted to an external device, and various data are received from the external device. When this mode is selected, the CPU 30 performs communication. An operation button group (not shown) is displayed on either or both of the display screens 22 and 23. In this case, the score may be displayed on one of the display screens 22 and 23, or may not be displayed, as in the above mode. Then, data communication is performed with the destination PC specified by the performer or another musical score information processing apparatus 20 in response to the pressing operation of these operation button groups.

E. Editing instruction mode The editing instruction mode is a mode for instructing the server 10 to edit the moving image or audio data recorded in the moving image / audio data memory 35. When this mode is selected, C
The PU 30 first displays an operation screen for selecting data to be edited on the display screen 22. As shown in FIG. 8 as a display example at this time, on the display screen 22, data to be edited (hereinafter referred to as “editing data”) is selected from the file names of the video data and the audio data stored in the video / audio data memory 35. "Data"), a screen frame 80 for displaying the contents of the moving image data selected in the screen frame 80, and a screen frame 82 for displaying the moving image data to be edited.
And are displayed.

On the other hand, on the display screen 23, either the score displayed before switching to the edit instruction mode or the score corresponding to the score data designated by the performer is displayed.

Then, in this operation screen, the CPU
When one of the file names in the screen frame 80 is selected by the pressing operation, the 30 reads the first image data of the corresponding moving image data and displays it in the screen frame 81. When the audio data is selected in the screen frame 80, the content may be notified by automatically reproducing the first part.

By dragging the image displayed on the screen frame 81 to the screen frame 82, the moving image data can be selected as the editing data.
In this case, a thumbnail is displayed on the screen frame 82 when the editing data is moving image data. In this way, the operator (player, etc.) can select desired editing data while confirming the contents of the editing data.

In this editing instruction mode, C
The PU 30 stores the edit instruction table 100 on the RAM 32.
Is created. Editing instruction table 10
0 is the file name of the editing data selected by the operator,
9 is a table that stores various types of editing instruction data corresponding to editing instructions in association with each other. As shown in FIG. 9, when editing data is selected, the CPU 30 selects the file name of the data (“Saikovsky” “ Magner "and" Mametana "
"Chopen") is stored in the "Edit target file name" field. Further, in the present embodiment, fields of "file name of background image", "editing position" and "editing magnification" are created. In this editing instruction mode, both moving image data and audio data can be edited, but in order to make the features of the present invention easy to understand, the case of editing moving image data will be described.

Next, when the operator selects the moving image data to be edited and then presses the "Next" operation button 83 (see FIG. 8), the CPU 30 causes the background image (background I).
The operation screen for selecting (mage) is displayed on the display screen 22. As shown in FIG. 10 as a display example at this time, the background image candidates are displayed in units of nine, and the numbers (“1”, “2” ... “9”) at the bottom of the screen are pressed, When the operation button (“<<”, “>>>”) is pressed,
The CPU 30 changes the background image candidates displayed on the display screen 22.

When the background image is selected by the operator, the CPU 30 sets the file name of the background image selected by the operator to the corresponding field ("background image file name" shown in FIG. 9) of the edit instruction table 100. Field)
When the "Next" operation button 85 is pressed by the operator, an operation screen for designating the editing position and the editing magnification of the editing data is displayed on the display screen 22. As shown in FIG. 11, a display example in this case, on the display screen 22, a screen frame 91 for designating the editing position of the moving image corresponding to the editing data, and a screen frame 92 for displaying the editing data as a thumbnail. , And an operation button group 93 for designating the editing magnification of each moving image are displayed. In this figure, the operator can specify the editing position by dragging the thumbnail of each editing data to the screen frame 91.

Further, the CPU 30 changes the display magnification of each moving image in the screen frame 91 according to the pressing operation of one of the operation buttons in the operation button group 93, whereby the operator actually confirms it visually. However, the editing magnification of the moving image of each editing data can be specified.

In this way, when the operator specifies the edit position and the edit magnification of each edit data, the CPU 3
0 stores data indicating the editing position and the editing magnification in predetermined fields (fields of “editing position” and “editing magnification” shown in FIG. 9) of the editing instruction table 100. As a result, as shown in FIG. 12, the editing instruction table 100 stores the file name of the background image, the data indicating the editing position, and the editing magnification in association with the file name of each editing data. It has become.

After the operator finishes all editing instructions, he presses the operation button 94 for "start editing process" (see FIG. 11), and the CPU 30 first causes the wireless communication unit 36 via the router 21. Connect to the Internet to access the server 10 and establish a connection with the server 10. When the connection with the server 10 is established, C
The PU 30 reads the editing data from the moving image / audio data memory 35, converts the contents of the editing instruction table 100 into data in a predetermined file format (hereinafter referred to as “editing instruction data group 101”), The editing data and the editing instruction data group 101 are transmitted to the server 10.

In the server 10, when the control unit 11 receives the editing data and the editing instruction data group 101 transmitted from the musical score type information processing apparatus 20 by the communication unit 16, the control unit 11 stores them in the moving image / sound DB 15 of the storage unit 12. The editing process of the editing data is started by recording and reading and executing the editing program recorded in the program DB 13. In this case, the control unit 11 first performs image processing for cutting out the background image of the moving image corresponding to the received editing data. In the image processing in this case, a background image is cut out by applying a technique such as chroma key processing or contour extraction processing.

Next, the control section 11 controls the edit instruction data group 1
By referring to 01, the specified background image data is read from the background image DB 14, the moving image data after the background image is cut out is converted into the specified edit magnification, and the converted moving image data is converted into the background image. Edit processing is performed to combine data at the specified editing position. in this case,
Since the data corresponding to each editing instruction and the file name of each editing data are described in the editing instruction data group 101 in association with each other, the control unit 11 controls the editing position and the editing position of each editing data. The magnification can be easily obtained.

When the editing data is edited in this manner to create the editing data, the control unit 11 records the editing data in the moving image / sound DB 15 and reads the first image data of the editing data. Music score type information processing device 2
It is designed to send to 0.

In this case, in the musical score type information processing apparatus 20, when the image data is received from the server 10, the image corresponding to the image data is displayed on the display screen 22.
As shown in FIG. 13, a display example at this time is displayed on the display screen 22.
Includes a corresponding image 95, an operation button group 96 for instructing processing such as reproduction, rewinding, fast-forwarding, stopping, and downloading of edited data, and an input field 97 for inputting a title name at the time of downloading. Is displayed. Then, in the musical score information processing apparatus 20, when these operation button groups 96 are pressed, the CPU 30 transmits an edit data reproduction instruction, a download instruction, or the like to the server 10, and thereby the edit data is transmitted from the server 10. It can be received and played in real time or downloaded. The characters can be input to the input field 97 by the CPU 30 recognizing the locus entered in the input field 97 with a stylus pen or the like.

As a result, the operator confirms whether or not the desired edited image has been obtained, then downloads the created edited data and stores it in the moving picture / sound data memory 35 of the musical score type information processing apparatus 20. It can be done. Further, when the desired editing result is not obtained, the editing of the moving image data can be redone by performing the above-mentioned operation again. In addition, by using the moving image data created in this way, the server 10 performs an editing process for inserting voice data, and an editing process for synthesizing and inserting a plurality of voice data, whereby moving image data with voice Of course, it is possible to create.

Therefore, in this editing instruction mode,
Video data shot with this musical score type information processing device 20,
Since moving image data and the like taken by another score-type information processing device 20 can be edited based on the instruction of the operator of the device 20, the operator can easily create his own promotion video or the like. .

In this case, the musical score type information processing apparatus 20 associates the data indicating the file name of the background image, the editing position and the editing magnification specified by the operator with the file name of each editing data, and edits the editing instruction table 100. Since the editing instruction data group 101 is transmitted to the server 10 after all the editing instructions have been completed, the operator can perform all the editing instructions in advance.
Various editing processes can be efficiently performed in the server 10 in a short time.

Furthermore, since all editing processing is performed on the side of the server 10 having high processing capability, it is possible to perform advanced editing processing such as processing for cutting out the background of moving image data, processing for combining a plurality of moving images, and use of moving images for background images. Even if there is, it can be done in a short time. Therefore, since it is not necessary to edit the moving image in the musical score type information processing apparatus 20, a general-purpose CPU having a low processing capability can be widely applied to the CPU 30.

Since the background image data used at the time of editing is the data stored in advance in the server 10, the background image data displayed by the musical score information processing apparatus 20 at the time of selecting the background image has a low resolution. Image data may be used. Further, even when the actual background image is a moving image, it is not always necessary to record moving image data in the musical score information processing apparatus 20.

As described above, in the moving image editing system 1 according to the present embodiment, the musical score type information processing apparatus 20 side collectively receives the editing instruction of the operator, and the server 10 side transmits the musical score type information processing apparatus 20 from the musical score type information processing apparatus 20. Since the editing data is edited based on the editing instruction of the operator to create the editing data, the operator can smoothly perform the editing work, and the editing desired by the operator can be performed easily and in a short time. Data can be created.

(4) Modifications The present invention is not limited to the above-described embodiment and can be implemented in various modes. For example, the following modifications are possible.

(4.1) In the above-described embodiment, the case of the editing process of changing the editing position and the editing magnification of each moving image and synthesizing the background images has been described, but the present invention is not limited to this. You may make it perform the edit process which adds various effects, such as converting into a monochrome image and a sepia image. Also, these effects may be added from the middle. To add an effect from the middle,
You can do the following:

That is, as shown in the display example in FIG.
On the display screen 22, an operation button group 110 for instructing processing such as reproduction, stop, rewind, and fast forward of any editing data is displayed, and this operation button group 110 is displayed.
Reproduced image 11 of the editing data designated by the operation of
1 is displayed. On the other hand, the display screen 23 displays an operation screen 112 for instructing various effects. Here, on the operation screen 112, an operation button group 113 for specifying a moving image effect and an operation button group 114 for specifying a sound effect are displayed. In the operation button group 114, “volume level”, “Lo (equalizer for low frequency sound)”, “Middle (equalizer for middle frequency sound)”,
The operation buttons indicated by "Hi (equalizer for treble sound)" and "balance (left / right balance)" are software buttons that imitate faders. Further, “←” and “→” are operation button groups 113 and 1 displayed on the operation screen 112.
14 is an operation button for instructing to change the effect that can be instructed by 14.

Here, the operation button group 113 may be an operation button group for instructing the effect of only the moving image of the editing data corresponding to the reproduced image 111, or of all the editing data including this editing data. It may be a group of operation buttons for instructing an effect to be added to the moving image. Also,
The operation button group 114 may be an operation button group for instructing an audio effect of editing data (including a moving image and a sound) corresponding to the reproduced image 111, or of all editing data including this editing data. A group of operation buttons for instructing an effect to be added to the sound may be used.

Then, when one of the operation buttons 113 and 114 displayed on the display screen 23 is operated while the image displayed on the display screen 22 is being reproduced, the CPU 30 reproduces at that time. The time information (playback position) of the image 111 is fetched, and the fetched time information is stored as an edit point in the edit instruction table 100 as shown in FIG. 15, and data indicating the content of the operation button is associated with the edit point. It is designed to be attached and stored.

In this way, the musical score type information processing apparatus 20
In the above, by creating a table for the operator to instruct a desired effect at a desired timing and transmitting it to the server 10 as the edit instruction data group 101,
In the server 10, each effect process is performed at a designated timing (editing point) so that the operator can create desired editing data. Although the server 10 performs the effect process when the edited data is actually created, the score-type information processing device 20 may add the effect to the reproduced image 111 being displayed on the display screen 22.
By doing so, the operator can proceed with the editing work while confirming the effect actually added to the reproduced image 111. It should be noted that, instead of the reproduced image 111, the reproduced sound of the audio data in the editing data is emitted from the speaker 29, and the operation button groups 113 and 114 are generated as described above.
The time information at the time of the operation may be acquired as an edit point.

(4.2) Further, in the above-mentioned embodiment, the case where the musical score type information processing apparatus 20 has the musical score display mode, the photographing mode, the recording mode, the communication mode and the editing instruction mode has been described. Not all the modes may be provided, for example, only the score display mode and the edit instruction mode may be provided, and the moving image data may be input from the outside. In addition, the musical score type information processing device 20 includes a semiconductor recording medium such as a memory card and an FD (Floppy
A magnetic recording medium such as k) or an optical disc recording medium such as a CD-ROM drive may be provided so that various data such as moving image data and audio data can be exchanged with the outside through these media. .

(4.3) In the above embodiment, the case where the editing instruction operation and the like in the musical score type information processing apparatus 20 is performed by the software key has been described. However, hardware keys for performing these operations are provided. May be.

(4.4) Furthermore, in the above embodiment,
On the side of the musical score information processing apparatus 20, the editing instruction data group 101 is created by associating all the editing instructions from the operator with each editing data, and the server 20 edits based on this editing instruction data group 101. The case of performing all the editing processing of the editing data has been described. However, instead of the server 20, the musical score type information processing apparatus 20 performs all the editing processing of the editing data based on the editing instruction data group 101. Good. In this case, if the operator gives an editing start instruction after giving all the editing instructions in advance, the musical score information processing apparatus 20 can automatically perform all the editing processing to create edited data. Therefore, the operator does not have to wait until the corresponding editing process ends each time an editing instruction is issued. That is, the operator can start the actual editing process at an arbitrary time if all the editing instructions are given in advance. For example, in the daytime, the musical score type information processing apparatus can be used to perform musical instrument performances and editing instructions, and to perform editing processing during non-operating time periods such as sleeping. Further, the operator may be allowed to select whether the editing process is performed by the server 10 or the musical score information processing apparatus 20 as desired.

(4.5) Further, in the above-mentioned embodiment, the case where the editing work is performed by using the musical score type information processing apparatus has been described.
It can be widely applied when performing editing work using various information processing devices such as (Personal Digital Assistants).

(4.6) In the above-described embodiment, a control program for editing moving image and audio stream data (hereinafter referred to as "data editing program") is stored in advance in the musical score type information processing apparatus 20. As described above, the data editing program is recorded in a computer-readable recording medium 120 such as a magnetic recording medium, an optical recording medium, or a semiconductor recording medium, as shown in FIG.
The computer 130 may read and execute this program. In addition, as shown in FIG. 17, the data editing program is stored in the server 140, and the information processing apparatus such as the musical score type information processing apparatus 20 or the computer (PC) 150, which has been requested to be transmitted by the server 140 via the network. The data editing program may be transmitted to the.

[0076]

As described above, according to the present invention, an information processing apparatus receives an editing instruction from an operator, stores it in association with streaming data to be edited, and then stores a data group corresponding to the editing instruction. Since the editing processing of the streaming data is performed based on, the operator can smoothly perform the editing work, and can easily and easily create desired editing data in a short time.

[Brief description of drawings]

FIG. 1 is a diagram showing an overall configuration of a moving image editing system according to an embodiment of the present invention.

FIG. 2 is an external view of a musical score type information processing apparatus of a moving image editing system.

FIG. 3 is a diagram showing a configuration of a display screen of the musical score type information processing apparatus.

FIG. 4 is an external view showing a state in which the housing of the musical score information processing apparatus is closed.

FIG. 5 is a block diagram showing an electrical configuration of the musical score type information processing apparatus.

FIG. 6 is a diagram for explaining a score display mode of the score type information processing apparatus.

FIG. 7 is a diagram for explaining a shooting mode of the musical score type information processing apparatus.

FIG. 8 is a diagram for explaining an editing instruction mode of the musical score information processing apparatus.

FIG. 9 is a diagram showing an editing instruction table.

FIG. 10 is a diagram for explaining an editing instruction mode of the musical score information processing apparatus.

FIG. 11 is a diagram for explaining an edit instruction mode of the musical score information processing apparatus.

FIG. 12 is a diagram showing an editing instruction table.

FIG. 13 is a diagram for explaining an editing instruction mode of the musical score information processing apparatus.

FIG. 14 is a diagram for explaining an edit instruction mode of a musical score type information processing apparatus according to a modified example.

FIG. 15 is a diagram showing an editing instruction table according to a modified example.

FIG. 16 is a diagram provided for explaining a usage mode of a data editing program according to a modification.

FIG. 17 is a diagram for explaining a usage mode of a data editing program according to a modification.

[Explanation of symbols]

1 ... video editing system, 10 ... server, 11 ... control unit, 12 ... storage unit, 13 ... program DB, 14
…… Background image DB, 15 …… Video / audio DB, 16 ……
Communication unit, 20 ... Music information processing device, 21 ... Router, 22, 23 ... Display screen, 22A, 23A ... Liquid crystal display panel, 22B, 23B ... Touch panel, 24 ...
... Operation switch group, 40, 50, 70, 93, 96, 1
10, 113, 114 ... Operation button group, 25, 26 ...
… Case, 27 …… Camera, 28 …… Microphone, 29
...... Speaker, 30 ...... CPU, 31 ...... Bass, 32 ...
... RAM, 33 ... control program memory, 34 ... score data memory, 35 ... video / audio data memory, 3
6 ... Wireless communication section, 37 ... Sound source, 60 ... Shot image,
80, 81, 82, 91, 92 ... Screen frame, 100 ...
Editing instruction table, 101 ... Editing instruction data group.

Claims (15)

[Claims] 1. An editing instruction input step in which an information processing terminal inputs an editing instruction for streaming data to be edited selected from streaming data recorded in a recording means; and the information processing terminal, the editing instruction. Recording step of recording corresponding edit instruction data in the edit instruction data recording means in association with the streaming data to be edited each time the input is input, and the information processing terminal records in the edit instruction data recording means. A read step of reading the edited edit instruction data group and sending the edited edit data group to the server together with the edit target streaming data; a receiving step in which the server receives the edit instruction data group and the edit target streaming data; The server edits the story to be edited based on the edit instruction data group. Edit the ring data, and editing step of creating the edit data, the server, the data editing method characterized by comprising the edited data transmitting step of transmitting the edited data to the information processing terminal. 2. The edit instruction data group includes data designating background image data of a still image or a moving image, and in the editing step, the server determines a predetermined value based on the data designating the background image data. A step of reading the background image data from the background image recording means, the server cutting out the background image of the moving image corresponding to the moving image data included in the streaming data to be edited, based on the editing instruction data group, The data editing method according to claim 1, further comprising: a step of editing the moving image data obtained by cutting out the background image and the background image data. 3. The instruction input step includes a step in which the information processing terminal reproduces the streaming data to be edited, and in the recording step, the streaming data at the time of inputting the editing instruction is recorded. 3. The data editing method according to claim 1, wherein the reproduction position is acquired as an edit point, and the data of the edit point is included in the edit instruction data corresponding to the edit instruction and recorded. 4. A data editing method for an information processing apparatus, comprising: an edit instruction input step of inputting an edit instruction for streaming data to be edited selected from streaming data recorded in a recording means; and inputting the edit instruction. Recording step of recording corresponding editing instruction data in the editing instruction data recording means in association with the editing target streaming data each time, and based on the editing instruction data group recorded in the editing instruction data recording means. And an editing step of editing the streaming data to be edited. 5. The editing instruction data group includes data designating background image data of a still image or a moving image, and in the editing step, a predetermined background image recording is performed based on the data designating the background image data. Reading background image data from the means, cutting out a background image of a moving image corresponding to moving image data included in the streaming data to be edited, and moving image data obtained by cutting out the background image based on the editing instruction data group. And a step of editing the background image data, the data editing method according to claim 4. 6. The instruction input step has a step of reproducing the streaming data to be edited, and the recording step has the reproduction position of the streaming data at the time of inputting the editing instruction as an edit point. 6. The data editing method according to claim 4, wherein the data of the editing point is acquired and included in the editing instruction data corresponding to the editing instruction and recorded. 7. The data editing method according to claim 1, wherein the streaming data to be edited is at least one data of moving image data and audio data. 8. Recording means for recording streaming data, editing instruction input means for inputting an editing instruction for streaming data to be edited selected from the streaming data recorded in the recording means, and the editing instruction Editing instruction data recording means for recording corresponding editing instruction data in association with the editing target streaming data, and reading the editing instruction data group recorded in the editing instruction data recording means, together with the editing target streaming data. An information processing apparatus, comprising: a transmitting unit for transmitting to the outside. 9. Recording means for recording streaming data, editing instruction input means for inputting an editing instruction for streaming data to be edited selected from the streaming data recorded in the recording means, and the editing instruction Based on the edit instruction data recording means for recording the corresponding edit instruction data in association with the streaming data to be edited, and the edit instruction data group recorded in the edit instruction data recording means, of the streaming data to be edited An information processing apparatus comprising: an editing unit that performs editing. 10. The instruction input means includes a reproducing means for reproducing the streaming data to be edited, and the editing instruction data recording means edits a reproduction position of the streaming data at the time of inputting the editing instruction. The information processing apparatus according to claim 8 or 9, characterized in that the data of the editing point is acquired and included in the editing instruction data corresponding to the editing instruction and recorded. 11. The information processing apparatus according to claim 8, wherein the streaming data to be edited is at least one of moving image data and audio data. 12. A receiving unit that receives the edit instruction data group and the streaming data to be edited transmitted from the information processing apparatus according to claim 8, and a target of the edit target data based on the edit instruction data group. A server comprising: editing means for editing streaming data and creating edited data; and edit data transmitting means for transmitting the edited data to the information processing apparatus. 13. An editing instruction input procedure for inputting to a computer an editing instruction for streaming data to be edited selected from the streaming data recorded in the recording means, and corresponding each time the editing instruction is input. A recording procedure of recording the editing instruction data in the editing instruction data recording means in association with the editing target streaming data, and reading the editing instruction data group recorded in the editing instruction data recording means, A data editing program for executing a transmission procedure of transmitting to the server together with streaming data. 14. An editing instruction input procedure for inputting to a computer an editing instruction for streaming data to be edited selected from the streaming data recorded in the recording means, and corresponding every time the editing instruction is input. Based on a recording procedure of recording the edit instruction data in the edit instruction data recording means in association with the edit target streaming data, and the edit instruction data group recorded in the edit instruction data recording means, A data editing program for executing an editing procedure for editing streaming data. 15. A computer-readable recording medium in which the data editing program according to claim 13 or 14 is recorded.