TWI595440B - Digital video cloud editing method - Google Patents

Description

Cloud editing method for digital image

The invention relates to a cloud editing method, in particular to a cloud editing method for digital images.

For example, in the case of the "Cooperative Editing" of the Republic of China Public Publication No. 201003425, a document for coauthoring to be organized into a plurality of sections, such as a WORD file, includes a server. The server can set permissions for each region of the document and process an update request from any user to update the document, thereby presenting the updated document for different users.

In the foregoing publication, although the same document can be edited together, only the same text data can be used, and the same processing software must be installed between the user terminals that communicate with each other, and the processing software must be built in or additionally installed. Organizational documents form several areas, set permissions, and process update requests, so that they can be edited together. Obviously, the commonality of the aforementioned publications is not only limited by the document format, but also with the processing software, and the proofreading significance is far greater than the meaning of teaching, and does not conform to the practicality.

Therefore, an object of the present invention is to provide a cloud editing method for digital images that can improve commonality and ease of use and coordinate editing with a user.

Therefore, the cloud editing method of the digital image of the present invention is performed by a server unit through a network connected to the Internet and attached to a webpage of at least two electronic devices. Executing, the cloud editing method includes the following steps: Step 1: The server unit embeds an image editing area with image editing function through the webpage. Step 2: The servo unit assigns the editing right of the object to the electronic device that first generates the editing action according to the priority order of any object editing operation in the image editing area. Step 3: The servo unit records the markup language of each editing action in the image editing area. Step 4: The servo unit updates the electronic device having the editing right to update the same object displayed by the other electronic device in the image editing area according to the markup language.

The invention has the beneficial effects of: embedding the editing function by opening the webpage, and the manner of being able to edit together, improving the commonality and the convenience of use, solving the problem that a single user does not edit, and improving the accuracy of the proofing. Sex.

The above and other technical contents, features and advantages of the present invention will be apparent from the following detailed description of the preferred embodiments.

Referring to FIG. 1 , FIG. 2 , FIG. 3 , and FIG. 4 , a preferred embodiment of the cloud editing method for digital images of the present invention is transmitted from a servo unit 1 through a network and attached to two electronic devices 21 and 22 . Web page 3 is executed. The electronic devices 21, 22 can be computers, personal digital assistants, smart phones, and the like. The following is a description of the steps in conjunction with the examples:

Step 41: The SERVOPACK 1 is connected to the electronic devices 21, 22 via the Internet. In the preferred embodiment, the servo unit 1 uses the web socket technology in an extensible markup language (eXtensible Markup). Language, XML) interacts with the electronic devices 21, 22.

Step 42: The SERVOPACK 1 embeds a web application through the webpage 3 of the electronic devices 21, 22, respectively, so that the webpage 3 presents an image editing area 31 having an image editing function. In the preferred embodiment, the image editing area 31 presents a book-like state, capable of rendering a page turning effect of the 3D animation, and constructing a background 311, and a number frame 312 formed on the background 311 and stackable. The image editing function described above includes editing, inserting, scaling, rotating, and moving an object C. It is worth mentioning that the object C contains images, texts, animations, audio and video, and the like.

Step 43: The servo unit 1 assigns the editing right of the object C to the electronic device 21 that first generates the editing operation according to the priority order of the editing operation of any object C in the image editing area 31.

At this time, the electronic device 21, 22 can be as shown in FIG. 2, and a reminder box 313 of the image editing area 31 knows whether other users are viewing the same page, and the electronic device 22 is as shown in FIG. The reminder box 313 of the image editing area 31 knows that the editing right of the object C has been attributed to the electronic device 21 that first generated the editing operation, and cannot edit the same object C, but can edit the other objects C. After the right, edit it.

Step 44: After the object C is selected by the electronic device 21 having the editing right, the servo unit 1 records the markup language of each editing action in the image editing area 31, and generates a temporary storage in the process of the editing operation. A temporary archive of a storage medium.

As shown in Annex 1, the aforementioned markup language corresponds to each object C. a plurality of node segments, and the servo unit 1 locks the node segment corresponding to the object after the object C is selected, and only allows the electronic device 21 having the editing right to perform an editing operation, and only corresponds to the node segment of the selected object C. Write a markup language for each edit action.

Step 45: The SERVOPACK 1 updates the same object C displayed by the other electronic device 22 in the image editing area 31 by the electronic device 21 having the editing right according to the markup language recorded by the temporary archive of the SERVOPACK 1 according to the markup language.

Step 46: The servo unit 1 determines whether an object C is selected, and if so, returns to step 43, and if not, proceeds to step 47.

Step 47: The servo unit 1 receives the request for storing the file by any of the electronic devices 21, 22, determines whether the object C is provided by the servo unit 1, and if so, proceeds to step 49, and if not, proceeds to step 48.

Step 48: The servo unit 1 receives the object C uploaded by the electronic device 21 or the electronic device 22.

Step 49: The servo unit 1 clears the temporary archive and generates a page file stored in the storage medium.

It is worth mentioning that with the advancement and breakthrough of digital technology, the production process of printed materials has also undergone major changes, not only digitalizing the traditional manual finishing, color separation and pre-press operations, but also more ready to be printed. The digital data is transmitted to a digital printer in various media (such as magnetic disk, optical disk, network transmission...) to output high-quality printed matter. However, for users who do not operate the computer, how to install and use the image editing software is obviously difficult, and the cloud editing method provided by the present invention can Using the method of opening the webpage, automatically embedding the image editing software, and achieving the purpose of teaching and assisting in solving the problem by the above-mentioned co-editing method. Finally, the servo unit 1 only needs to transmit the aforementioned page file to the digital printing machine. Output high quality prints.

According to the above description, the cloud editing method of the digital image of the present invention has the following advantages and effects:

The invention can utilize the embedded editing function described above to simplify the program that the user needs to install the operating software by himself, not only can unify the format problem, but also improve the commonality and convenience in use, and can be unified in a common editing manner. The problem that the user does not edit will make the screens displayed between the electronic devices 21 and 22 coincide, and the accuracy of the proofing is improved.

The above is only the preferred embodiment of the present invention, and the scope of the invention is not limited thereto, that is, the simple equivalent changes and modifications made by the scope of the invention and the description of the invention are All remain within the scope of the invention patent.

1‧‧‧Servo unit

21‧‧‧Electronic devices

22‧‧‧Electronic devices

3‧‧‧Webpage

31‧‧‧Image editing area

311‧‧‧Background

312‧‧‧ frame

313‧‧‧Reminder box

C‧‧‧ objects

1 is a schematic diagram showing a preferred embodiment of a cloud editing method for a digital image of the present invention; FIG. 2 is a schematic diagram showing a web page displayed by the two electronic devices in the preferred embodiment; FIG. It is to be noted that the editing rights of an object in the preferred embodiment have been attributed to the electronic device that first generated the editing action; and FIG. 4 is a flow chart of the preferred embodiment.

Attachment 1: Describe the extensible markup language used.

3‧‧‧Webpage

31‧‧‧Image editing area

311‧‧‧Background

312‧‧‧ frame

313‧‧‧Reminder box

C‧‧‧ objects

Claims (9)

A cloud editing method for a digital image is executed by a server unit through a network connected to a webpage of at least two electronic devices. The cloud editing method includes the following steps: Step 1: the server unit embeds the image through the webpage. An image editing area of the editing function; Step 2: The servo unit assigns the editing right of the object to the electronic device that first generates the editing action according to the priority order of any object editing operation in the image editing area; Step 3: The servo unit records the markup language of each edit action in the image editing area; and step 4: the servo unit causes the electronic device having the editing right to update other electronic devices in the image editing through the markup language recorded by the servo unit according to the markup language The same object displayed in the area. The cloud editing method for digital images according to claim 1, wherein the editing operation includes inserting, rotating, moving, changing colors, adding shadows, and one of the electronic device insertion objects. combination. The cloud editing method for digital images according to claim 2, wherein the object includes at least one of a character and a graphic, and a combination thereof. The cloud editing method for digital images according to claim 2, wherein the markup language is an extensible markup language. The cloud editing method for digital images according to claim 4, wherein the markup language distinguishes a plurality of node segments according to an editing action of each object, and the server unit is selected by any electronic device having an editing right. After that, the node segment corresponding to the object is locked, and the markup language corresponding to each editing action is written corresponding to the node segment of the aforementioned object. The cloud editing method for digital images according to claim 1, wherein the servo unit generates a temporary archive temporarily stored in a storage medium during the editing operation. The cloud editing method of the digital image according to claim 6 further includes a step 5: the servo unit receives a request for storing an electronic device, clears the temporary archive, and generates a stored in the storage medium. Figure page file. The cloud editing method of the digital image according to claim 7, wherein the object of step 2 is from at least one of an electronic device and a servo unit. According to the cloud editing method of the digital image according to claim 8, wherein the servo unit of step 5 receives the request for storing the file by any electronic device, and further receives the object uploaded by the electronic device.