KR20190092697A - Web­based template image production system - Google Patents

Abstract

The present invention relates to a web-based template image producing system, more specifically, a web-based template image producing system in which a user selects an image template among a plurality of sample image templates stored and managed on the web and uploads an image and video, an original source for producing a template image, to fit in the selected image template, and an editor edits the image and video uploaded after adjusted to the selected image template on the web and then, performs rendering immediately, thereby saving time, effort, and cost for producing the template image, and preventing the original source from being leaked to enhance protection of information of users. According to the present invention, a web-based template image producing system includes: a user terminal which accesses a web server to select a desired image template and upload original source of images and videos fitting in the selected image template; a web server which performs automatic editing for the original source, performs manual editing according to operation of an editor who accessed and then, produces a template image through rendering; and an editor terminal which accesses the web server to operate manual editing for an automatic editing source produced through automatic editing for the original source, and operates rendering for producing a template image using a final editing source which is completed with manual editing.

Description

Web based template image production system

The present invention relates to a web-based template image production system, and in particular, a user selects any one image template among a plurality of sample image templates stored and managed on the web, and then displays images and videos which are original sources for producing template images. Uploading according to the selected video template, and the editor can edit the uploaded image and video according to the selected video template on the web, and then perform rendering immediately, thereby creating a template video, The present invention relates to a web-based template image production system that can save money and prevent the leakage of the original source to enhance the information protection of users.

After Effects is digital motion graphics and compositing software developed by Adobe Systems, an essential production tool and compositing tool for the film and advertising industry. It is used for non-linear video editing, advertising production, TV, games, animation, web and other contents. Used for production

These after effects consume a lot of system RAM because the program itself is memory-based rendering. As a result, low-RAM PCs frequently crash or have a preview problem. These after effects are slow and time consuming because they are very computationally expensive programs, which makes them very inadequate for editing.

It is reasonable to use the program as the post-processing effect (post-production). Another drawback is that the rendering speed is very slow, similar to that of 3D programs.

On the other hand, the after effect has a problem that can be used efficiently only by those skilled in the art because the functions are various and the use tool is complicated. In order to solve such a problem, the Republic of Korea Patent No. 10-1814981 (hereinafter referred to as "prior art document") is to make it easy to obtain a video, such as corporate promotional video or animation, even without expertise in the production tool We propose a web-based interactive video production system.

However, the prior art document is not considered to be entirely edited on the web even if the template is used, the user simply uploads only the relevant content to the template, the web server renders without any editing process by a separate editor Since the quality of the template image cannot be guaranteed, and furthermore, since the automatic editing process corresponding to the uniform processing or editing of the entire original source is not performed separately from the manual editing process by the editor or the user, the overall editing It takes a lot of time, effort, and expense for the quality of the template image has a disadvantage that is bad.

Republic of Korea Patent No. 10-1814981 (Announcement date: January 04, 2018, Title of the invention: Web-based interactive image production system)

The present invention was devised to solve the above problems of the prior art, and the user selects one image template from among a plurality of sample image templates stored and managed on the web, and is an original source for producing a template image. Upload images and videos in accordance with the selected video template, and edit the uploaded images and videos according to the selected video template on the web so that the editor can immediately perform rendering, thereby creating a template image. It is an object of the present invention to provide a web-based template image production system that can save time, effort, and cost, and prevent the leakage of the original source to enhance the information protection of users.

In addition, the present invention is configured so that when the upload of the original source is completed in accordance with the image template selected by the user, automatic editing corresponding to uniform resizing and format conversion are performed on the images and videos constituting the original source, respectively. It is an object of the present invention to provide a web-based template image production system that can save time, effort and cost required for manual editing by an editor, thereby improving the production efficiency of template images.

In addition, the present invention, in the process of automatic editing of the image and video constituting the original source, if there is an object matching the scene, the size adjustment and format conversion for the image uploaded to the scene, Web-based templates that allow automatic editing of objects to be combined to save time, effort, and cost for manual editing by editors, thereby further improving the production efficiency of template images. Its purpose is to provide a video production system.

In addition, the present invention is to automatically edit the object directly on the scene when you want to perform a manual editing of the scene created by the auto-editing process, the object combined with the image or video constituting the auto-editing source By configuring to edit separately from the image or video corresponding to the source, the editor can simply edit the object without affecting the image or video, thereby allowing the editor to edit the scene containing the object. Its purpose is to provide a web-based template video production system that can easily be edited and further expand the range of editors because it does not require a high level of editing expertise for editors.

In addition, when the manual editing by the editor is completed and the final editing source is generated, the present invention generates and stores attribute values for the final editing source, and the rendering of the final editing source is distributed based on the generated attribute values. By performing the processing method, the time required for rendering can be greatly reduced to improve the productivity of template image production, and the edited and changed properties of the final editing source can be modified using the stored and managed attribute values. It is an object of the present invention to provide a web-based template image production system that facilitates the modification.

In order to solve the above technical problem, the constituent means of the web-based template image production system of the present invention are connected to a web server in the image production system, select a desired image template, and then select an image suitable for the selected image template. A user terminal uploading the original source of the moving images, an automatic editing of the original source, a manual editing according to the operation of the connected editor, and a web server generating a template image through rendering, and the web server. And an editor terminal for manipulating manual editing on an auto-editing source generated through auto-editing on the original source, and manipulating rendering for template image generation using the final editing source where manual editing is completed. It features.

Here, when the original source upload is completed, the web server automatically edits an image and a video constituting the original source, and stores the auto-edited source generated by the automatic edit, and configures the original source. The image is adjusted to a set size, and the moving image is automatically edited so as to be converted into the set format.

Here, the web server is characterized in that the automatic editing to combine the object set in advance to the original source.

Here, the object included in the auto-editing source generated according to the auto-editing is edited separately from the image or video corresponding to the auto-editing source in the manual editing process by the editor, and the object is edited in the auto-editing source. An object selected by the editor may be edited for position, orientation, size, and color, and the selected object may be transformed. It may be edited to be rotated in the 360-degree direction through the manipulation, and when the object is a subtitle, it may be directly edited in an edit window by an editor.

The web server may generate a template image by generating an attribute value of the final editing source, storing the file as a file, and performing a rendering based on the generated attribute value.

According to the web-based template image production system of the present invention having the technical problem and the solution as described above, the user selects any one image template among a plurality of sample image templates stored and managed on the web for producing a template image Template images are uploaded according to the selected video template, and the editor can edit the uploaded images and videos according to the selected video template on the web and perform rendering immediately. The effect is to save time, effort and cost for the production, and to protect the information protection of users by preventing the leakage of the original source.

In addition, according to the present invention, when the upload of the original source is completed in accordance with the image template selected by the user, automatic editing corresponding to uniform size adjustment and format conversion is performed on the images and videos constituting the original source, respectively. Because of the configuration, the time, effort and cost required for manual editing by the editor can be saved, thereby generating an advantage of improving the production efficiency of the template image.

In addition, according to the present invention, in the process of automatic editing of the image and video constituting the original source, if there is an object matching the scene, resizing and formatting of the image and video uploaded to the scene Since the automatic editing that the object is combined with the conversion is configured to be performed, the time, effort, and cost of manual editing by the editor can be further saved, thereby further improving the production efficiency of the template image. The advantage arises.

According to the present invention, when the manual editing is to be performed on a scene in which an object is combined with an image and a video constituting an auto-editing source among scenes generated by the auto-editing process, the object is directly placed on the scene. Since it is configured to be edited separately from an image or a video, the editor can easily edit only the object without affecting the image or the video, thereby allowing the editor to edit the scene including the object. It's easy to do, and furthermore, it doesn't require a high level of editing expertise for editors, so the effect is to expand the range of editors.

According to the present invention, when the manual editing by the editor is completed and the final editing source is generated, the attribute value for the final editing source is generated and stored and managed, and the rendering of the final editing source is performed based on the generated attribute value. Since it is configured to be performed by this distributed processing method, the time required for rendering can be greatly reduced to improve productivity of template image production, and modification and change of the final editing source can be made by using stored and managed attribute values. The effect of facilitating the modification of the template image occurs.

1 is a block diagram of a web-based template image production system according to an embodiment of the present invention.
2 is a detailed block diagram of a web-based template image production system according to an embodiment of the present invention.
3 and 4 are exemplary diagrams for explaining original source upload through a web-based template image production system according to an embodiment of the present invention.
5 to 8 are exemplary views for explaining a manual editing procedure through a web-based template image production system according to an embodiment of the present invention.
9 to 11 are exemplary views for explaining a specific manual editing method through a web-based template image production system according to an embodiment of the present invention.

Hereinafter, with reference to the accompanying drawings will be described in detail a preferred embodiment of the present invention web-based template image production system having the above problems, solutions and effects.

In this process, the size or shape of the components shown in the drawings may be exaggerated for clarity and convenience of description. In addition, terms that are specifically defined in consideration of the configuration and operation of the present invention may vary depending on the intention or custom of the user or operator.

1 is a block diagram of a web-based template image production system according to an embodiment of the present invention, Figure 2 is a detailed block diagram of a web-based template image production system according to an embodiment of the present invention.

1 and 2, the web-based template image production system 100 according to an embodiment of the present invention is a space and resources for uploading the original source consisting of the image and video and performing the editing process using them A web server 50 providing a user, a user terminal 10 accessing the web server 50 to upload an original source, and accessing and editing the web server 30 using an original source uploaded by the user terminal. And an editor terminal 30 for manipulating the rendering.

The user terminal 10 is a terminal used for ordering or requesting template image production or using any desired user through the web-based template image production system of the present invention. The user terminal 10 connects to the web server 50 and has its own user terminal 10. If the image and / or video stored in the web server 50 can be uploaded to any terminal may be applicable.

Specifically, the user terminal 10 accesses the web server 50 and selects a desired video template, and then uploads an original source of an image and a video corresponding to the selected video template. In this way, the user terminal 10 accesses the web server 50 and uploads an original source corresponding to the basic material for producing the final template image, but uploads it in accordance with the selected image template.

The web server 50 stores and manages image templates corresponding to samples having various forms and contents in advance in order to broaden a user's selection range and improve editing efficiency. Accordingly, after the user accesses the web server 50 using the user terminal 10, the user may select a specific image template having a desired form and content after the plurality of samples have confirmed the image template. .

The selected image template is composed of a plurality of scenes, and for each scene, a description of an original source (image or video) to be uploaded is displayed, and a sample image or video for illustrating the original source to be uploaded is included. It is preferable. Accordingly, the user uploads images and videos stored and managed in the user terminal 10 to the web server 50 using the user terminal 10, but the original source corresponding to the selected image template, specifically, the Upload the original source of images and videos requested or described in each scene of the selected video template.

When the original source is uploaded to the web server 50 by the user terminal 10, the entire editing of the original source consisting of the image and video is performed on the web server 50, and the editing is completed and generated. Rendering for the final edited source is also performed on the web server 50.

That is, in the present invention, the editor installs a program such as an after-effect, which is an image editing tool, on the editor terminal 30 operated by the editor, and performs the editing or rendering in the editor terminal 30 using the after-effect. Rather, after the editor accesses the web server 50 through the editor terminal 30, the editor may edit the uploaded images and videos on the web server, and the rendering of the final edit source may be performed on the web server. To operate.

As a result, the web server 50 edits the image and the video according to the operation of the editor connected using the editor terminal 30, and when the final editing source is completed, the editor The rendering operation is performed to generate a template image. To this end, the web server 50 includes an editing tool having various functions for editing images and videos, and further includes tools and resources for rendering.

However, in order to reduce the time, effort and cost for producing the template image, the editor needs to complete the editing easily and quickly after accessing the web server 50 using the editor terminal 30. . To this end, the web server 50 performs the automatic editing of the original source so that the editor can complete the editing quickly and easily before the manual editing by the editor. That is, when the upload of the original source is completed, the web server 50 automatically edits basic edits so that manual editing by the editor can be easily and quickly performed.

In this way, the web server 50 performs the automatic editing of the original source uploaded by the user terminal 10, and performs manual editing according to the operation of the editor connected using the editor terminal 30. Afterwards, an operation of generating a template image through rendering according to the editor's operation is performed.

More specifically, when the upload of the original source consisting of the image and the video is completed, the web server 50 performs auto-editing on the image and the video according to a preset auto-editing policy, and then stores it. do. Thereafter, an editor connected using the editor terminal 30 manipulates manual editing means corresponding to the editing tool built on the web server 50 to perform manual editing secondarily. As described above, the final editing source is generated through manual editing, and the template image is generated by rendering the final editing source according to the editor's manipulation. Detailed description of the configuration and operation of the web server 50 will be described later.

The editor terminal 30 allows the editor to access the web server 50 to manipulate full-scale editing and rendering using the final editing source for the uploaded image and video. Specifically, the editor terminal 30 accesses the web server 50, manipulates manual editing on an auto-editing source generated through auto-editing on the original source, and controls the final editing source on which manual editing is completed. A rendering operation is performed to generate a template image.

That is, the editor terminal 30 is operated by an editor by accessing the web server 50, and the web server 50 performs automatic editing corresponding to the first editing process by using the uploaded original source. Manipulate the auto-edited source that is created by using manual editing, which is the second editing process, and perform rendering using the final editing source created by manual editing, and generate template images through this rendering. To perform the operation.

According to the web-based template image production system 100 of the present invention described above, the user selects any one image template among a plurality of sample image templates stored and managed on the web, and then an image which is an original source for producing the template image. And upload the video according to the selected video template, and edit the uploaded image and video according to the selected video template on the web so that rendering can be performed immediately. The effect is to save time, effort and money, and to protect the information protection of users by preventing the leakage of the original source.

In order to describe additional configuration features and effects of the web-based template image production system of the present invention, a detailed configuration and detailed operation of the web server 50 will be described below.

As shown in FIG. 2, the web server 50 according to the present invention uploads an original source by an image template storage means 51 and a user terminal 10 that store and manage a plurality of image templates corresponding to a sample. The original source uploading means 53 which operates, the automatic editing means 55 which performs automatic editing on an uploaded original source primarily, and produces an automatic editing source, and the editor uses the editing tool built with respect to an automatic editing source. Manual editing means (57) for second-hand manual editing to create a final editing source, and for generating and storing numerical values (property values) used for editing images, movies, and objects as separate property value files. Value generating / storing means 58 and rendering means 59 for performing rendering based on the attribute values.

The image template storage means 51 performs an operation of storing and managing a plurality of image templates corresponding to a sample, a new image template may be added and updated, or may be updated by modifying or changing each image template itself. It may be. The template image storage, management, and update of the image template storage means 51 is performed by an operator or an administrator by the web server 50.

Since the image template storing means 51 stores and manages and updates the image templates corresponding to the plurality of samples in this way, the user who requests or requests the creation of the template image through the web server 50 may Since the user can select an image template that suits his taste and produce a final template image based on the image template, the time, effort, and cost required for producing the image can be reduced.

After the user connects to the web server 50 using the genetic terminal 10, the user selects any one of the image templates corresponding to the plurality of samples stored and managed by the image template storage means 51. . In this way, when a specific video template is selected, the user uploads an original source of an image and a video corresponding to the selected video template.

To this end, the web server 50 comprises the original source upload means 53. When the user selects a specific image template through the user terminal 10, the original source upload means 53 may upload an original source of an image and a video corresponding to the selected image template. It works.

The image template is composed of a plurality of scenes, and the user uploads an image or a video corresponding to each scene by using the user terminal 10. That is, the user performs an operation of uploading an image and a video stored in the user terminal 10 in accordance with an example or requested content in each scene according to the operation of the original source uploading means 53.

3 and 4 show a schematic screen configuration for explaining the configuration and operation of the original source upload means 53. Specifically, as shown in FIGS. 3 and 4, the original source uploading means 53 is the name of the image template selected by the user using the user terminal 10 (“My Little” in FIGS. 3 and 4). Baby ”) and the names of the scenes constituting the selected video template.

In addition, the original source upload means 53 is provided with an upload window 1 through which a user can upload an image or video corresponding to the original source. In addition, the original source upload means 53 is provided with an example window 2 for displaying the example sample content 21a for easily recognizing and guiding which image or video the user should upload. Or an upload content description display field 3 that displays an explanatory text explaining that the video should be uploaded ("Please upload a cute smiling baby girl" in FIGS. 3 and 4).

When the user briefly explains the procedure of uploading an image and a video corresponding to the video template selected by the user through the original source uploading means 53 configured as described above, the user first selects a scene to be uploaded. That is, the user selects a scene name to upload. 3 and 4 illustrate that a scene of “[46] dica or studio picture” is selected among the plurality of scenes.

Then, as shown in FIG. 3, the example sample content 2a corresponding to the selected scene is displayed in the example window 2, and the upload window 1 is displayed adjacent thereto, and the content to upload, that is, upload Descriptive text describing the image or video to be played is displayed in the upload content description display field 3.

In this state, as shown in FIG. 4, the user selects an image or video stored and managed in the user terminal 10 according to the guided attachment method and completes uploading to the upload window 1. The user can easily identify and upload an image or video corresponding to the original source to be uploaded by referring to the example sample content 2a displayed in the example window 2 and the description text displayed in the upload content description display field 3. Can be.

In this manner, the user uploads an image and a video corresponding to the original source for all the scenes included in the selected image template, and then selects the final upload completion to upload the original source to the web server 50. You can finish it. In this manner, the image template is stored and managed by matching the example sample content corresponding to each scene with the description text, and the example sample content 2a corresponding to each scene according to the operation of the original source uploading means 53. Is displayed in the example window 2 and the above description text is displayed in the upload content description display field 3, so that the user is directed to the original source requested and guided by the original source upload means 53 of the web server 50. You can easily upload corresponding images and videos.

When the upload of the original source is completed according to the original source uploading means 53, the web server 50 facilitates manual editing by the editor as described above, and simplifies the overall editing procedure. In order to reduce the cost, time and effort required for template image production, a basic editing process is performed automatically.

That is, when the original source upload is completed, the web server 50 stores and manages the auto-editing source generated by auto-editing each of the images and videos constituting the original source. The automatic editing is a basic editing to increase the efficiency of manual editing rather than specific editing. The images are collectively adjusted to a preset standard size, and the videos are collectively converted into a preset standard format. It is preferable.

In summary, when the original source upload is completed according to the operation of the original source uploading means 53, the web server 50 automatically edits an image and a video constituting the original source, and performs the automatic editing. Save the auto-editing source generated by the, wherein the image constituting the original source is adjusted to the set size, and the video is automatically edited to be converted into the set format.

Such automatic editing is performed by the automatic editing means 55 of the web server 50. The automatic editing means 55, upon completion of the original source, performs auto-editing according to a preset auto-editing policy for images and videos corresponding to the original source to generate an auto-editing source, and this auto-edited Save and manage the resulting auto-edited source for later manual editing.

The preset auto-editing policy may be variously determined. In the present invention, the simplest editing policy is possible, but the time and effort required by the editor during the manual editing process can be greatly reduced, and the editing quality can be maintained. Apply editing policies to improve overall editing efficiency.

Specifically, the auto-editing policy is adopted to adjust the batch size to the preset size for images and to convert the batch format to the preset format for the videos. According to the auto-editing policy, images included in the original source are adjusted to the same size set in advance and stored and managed according to each scene, and videos are converted to the same format set in advance and matched and stored in each scene. do.

As described above, the automatic editing means 51 adjusts the images to the same size among the original sources stored and managed according to the scenes of the image templates, and then corresponds to the scenes of the image templates as the automatic editing sources. The video files are converted to the same format for the moving pictures, and the moving pictures are stored and managed as the auto-editing source corresponding to each scene of each video template. As a result, the auto-editing means 51 automatically edits images and videos that are stored and managed according to each scene of the image template according to a preset auto-editing policy, and then automatically corresponds to each scene of the image template. Match and save images and videos corresponding to the automatic editing source that is the edited result.

According to the operation of the automatic editing means 51, the images corresponding to each scene of the image template are adjusted to the same size and then stored and managed, and the videos are converted to the same format and then stored and managed. In the process, the editing procedure for equalizing the size of the images of the auto-editing source stored and managed in correspondence with each scene of the image template may be omitted, and the auto-editing and managing corresponding to each scene of the image template may be omitted. The editing procedure for making the format the same for the videos of the source can be omitted.

As described above, when the upload of the original source is completed in accordance with the selected image template by the user, the present invention configures automatic editing corresponding to uniform resizing and format conversion for the images and videos constituting the original source, respectively. Therefore, the time, effort, and cost required for manual editing by the editor can be saved, thereby generating an advantage of improving the production efficiency of the template image.

On the other hand, in the manual editing process by the editor, the editor may perform editing to synthesize an object, such as a separate image or subtitle to each image and video. Through the object composition, the editing quality of each image and video can be improved and the user's satisfaction can be increased. However, if the entire synthesis and editing process of such an object is performed in the manual editing process, manual editing by the editor may be difficult, and more time and effort may be required.

In order to solve such a problem, the web server 50 according to the present invention performs an operation of additionally performing an automatic editing so that a predetermined object is combined with the original source. To this end, the automatic editing means 55 of the web server 50 according to the present invention simultaneously or separately from the above-described resizing and format conversion for each image and video corresponding to the original source. And if there is a preset object matching the video, automatic editing is performed so that the preset object is combined with the corresponding image and video.

In more detail, as described above, the image template is not only stored and managed by matching the example sample content 2a and the description text to each scene, but also stored and managed by matching an object to the scene. That is, the image template stores and manages an object corresponding to a dictionary for a scene in which object synthesis is requested among a plurality of scenes.

Therefore, the auto-editing means 55 performs the auto-editing by combining the object with an image or a video uploaded to the scene for the scene of the image template where the object is matched and managed in the auto-editing process. To be possible. As a result, images and videos constituting the auto-editing source generated according to the operation of the auto-editing means 55 are stored and managed according to each scene of the image template, and any image or video is resized and reformatted. In addition to the added state, additional objects are automatically edited and stored in the combined state.

As described above, according to the present invention, in the process of automatic editing of the image and video constituting the original source, if there is an object matching the scene, resizing and formatting the image and video uploaded to the scene Since the automatic editing that the object is combined with the conversion is configured to be performed, the time, effort, and cost of manual editing by the editor can be further saved, thereby further improving the production efficiency of the template image. The advantage arises.

When the automatic editing in the web server 50 itself described above is completed, the editor can access the web server 50 through the editing terminal 30 to operate the manual editing on the automatic editing source, Accordingly, the web server 50 manually edits the auto-editing source according to the operation of the connected editor.

To this end, the web server 50 is provided with manual editing means 57 corresponding to a manual editing tool so that the manual editing can be operated by the editor. The manual editing means 57 is built in the web server 50 so that the editor can access the editing terminal 30 to perform manual editing on the web.

The manual editing means 57, after the editor accesses the web server 50 by using the editor terminal 30, executes manual editing on the auto-editing source. Displays a manual edit list that collectively displays scenes of the image template. FIG. 5 shows a manual edit list screen 4 in which the manual editing means 57 displays scenes of an image template corresponding to a manual editing target on a screen.

According to the operation of the auto-editing means 55, the manual editing means 57 stores example sample content, images and videos corresponding to an auto-editing source, which are stored and managed according to each scene of the image template. , Some images and videos are combined with objects as described above), and extracts only the example sample content 2a corresponding to each scene and displays it on the manual edit list screen 4.

In each scene displayed on the manual edit list screen 4 displayed by the manual edit means 57, an image or video corresponding to the scene, that is, example sample content 2a is displayed. When the manual editing means 57 displays the manual edit list screen 4 as described above, the editor exemplifies that the scene to be manually edited (the scene indicated by the red circle in Fig. 6) is selected as shown in FIG. Select).

Then, the manual editing means 57 brings up the manual editing window 5 in which an image or video corresponding to the auto editing source 5a to be manually edited is displayed, as shown in FIG. That is, when the editor selects a specific scene, the manual editing means 57 displays the image or video corresponding to the auto-editing source 5a which is stored and managed according to the scene selected by the editor. (5) is displayed. An image or a video corresponding to the auto-editing source 5a displayed on the manual-editing window 5 by the manual-editing means 57 is separately included in accordance with the operation of the auto-editing means 55 as described above. Can be combined with an object 7 such as an image or phrase or subtitle. In FIG. 7, the image corresponding to the auto-editing source 5a in which the object 7 corresponding to the separate image that doubles the cuteness of the baby is synthesized is illustrated.

As described above, when the manual editing window 5 in which the automatic editing source 5a is inserted is displayed by the manual editing means 57, the editor uses various editing functions provided in the manual editing window 5. The image corresponding to the automatic editing source 5a and the object 7 coupled thereto can be edited. Specifically, the editor adjusts the gradient of the image corresponding to the automatic editing source 5a or adjusts the position or direction of the object 7 using various editing functions provided in the manual editing window 5. You can do manual editing.

In particular, the image corresponding to the auto-editing source 5a generated by the auto-editing means 55 and the object 7 coupled thereto do not have a proper correlation with each other, as shown in FIG. 7. Occurs. For example, in FIG. 7, the object 7 for displaying the cuteness of the baby is not disposed at an appropriate position of the baby face corresponding to the image. Thus, the object 7 is preferably edited to move to a suitable position of the agar face and further reorient and resize.

As such, the object 7 is displayed in the manual edit window 5 in a state of being coupled to the image corresponding to the auto edit source 5a, and thus corresponds to the auto edit source 5a in the manual editing process. There is an advantage that it is not necessary to perform an editing process for composing the object to the image. However, the editor easily edits only the position, orientation, size, color, etc. so that the object 7 can have a proper correlation with the image corresponding to the automatic editing source 5a.

However, if the editing of the object 7 coupled to the image corresponding to the auto-editing source 5a is dependent, influenced or complicated by the image corresponding to the auto-editing source 5a, Only editors with expertise can perform manual editing, resulting in an increase in time and effort for manual editing.

To this end, the manual editing means 57 of the web server 50 according to the present invention applies to the image or video corresponding to the auto-editing source 5a generated by the auto-editing means of the auto-editing means 55. The object 7 included in combination can be edited separately by an editor separately from the image or video corresponding to the auto-editing source 5a. That is, in the present invention, the object 7 included in the auto-editing source 5a generated by performing the auto-editing is separate from the image or video corresponding to the auto-editing source 5a in the manual editing process by the editor. It is desirable to edit separately.

As a result, the editor can edit only the object 7 without affecting or being affected by the image or video corresponding to the auto-editing source 5a. For example, the editor may perform an edit to adjust the position, direction, size, color, etc. of the object 7 displaying cuteness on the baby's face in FIG. 7, and edit the object 7. When the editing is completed and the editing is completed, as shown in FIG. 8, the image corresponding to the last edited source 6 manually edited is alternately displayed on the scene of the manual edit list screen 4. As shown in Fig. 8, it can be seen that the position of the object 7 coupled to the image corresponding to the final edited source 6, which is displayed alternately, is appropriately arranged through editing located on the cheek of the baby face. .

When manual editing is performed on all scenes displayed on the manual edit list screen 4 according to the manual editing means 57 which performs the configuration and operation described above, all final editing sources 6 for rendering are generated. Storage can be managed.

Specifically, the manual editing means 57 enables manual editing of an image and an object coupled thereto through the image manual editing window 5-1 shown in FIG. 9. For example, as shown in FIG. 9, the manual image editing window 5-1 shows a combined object list, and when one of the objects is selected, the characteristics of the selected object are displayed and the caption object is displayed. Is displayed. In particular, when an object to be edited is selected, a transform corresponding to the area including the selected object is formed, and the transform can be manipulated to rotate the selected object in a 360 degree direction, furthermore, to position, size, and color. Editing can be performed.

In addition, the manual editing means 57 specifically enables manual editing of the video and the object coupled thereto through the first video manual editing window 5-2 shown in FIG. 10. The editing feature, in particular the editing of an object, is similar to that described with reference to FIG. However, the video displayed on the first video manual edit window 5-2 should be edited so that the entire time is not used, but only for a preset time.

To this end, the editor selects a video editing button in the first video manual editing window 5-2 shown in FIG. Then, the second video manual edit window 5-3 shown in FIG. 11 is displayed. When the editor sets the time interval to be actually used while previewing the video to be edited in the second video manual edit window 5-3, and adjusts the volume and the like, only the video corresponding to the edited time section is finalized. It is saved and managed as a video corresponding to the editing source and used for later rendering.

In summary, the object is composed of at least one of an image, a phrase, and a subtitle which can be edited separately from an image or a video corresponding to the auto-editing source 5a, and the object selected by the editor is a position, a direction, a size. And a color, and the selected object may be edited to be rotated in a 360 degree direction through a transform operation. When the object is a caption, the object may be directly edited by an editor. As described above, since the object according to the present invention is provided in various forms, it is possible to improve the quality of the template image, and to simply edit by applying various functions directly in the edit window, and the editing of the direction of the object is 90 degrees. It is not limited to the preset setting direction such as, 180 degrees, 270 degrees, but can be edited to be rotated at various desired angles through the transform, and the subtitle object can be easily changed to the desired subtitle directly in the edit window. Since the editing can be performed, manual editing can be performed by easily applying various functions, and thus, there is an advantage of producing a template image having improved quality.

When the object to be edited is selected, a transform corresponding to the area including the selected object is formed, and the transform can be manipulated to rotate the selected object in a 360 degree direction.

As described above, according to the present invention, when a manual editing is to be performed on a scene in which an object is combined with an image and a video constituting an auto-editing source among the scenes generated by the auto-editing process, the object is directly placed on the scene. Since it is configured to be edited separately from an image or a video, the editor can easily edit only the object without affecting the image or the video, thereby allowing the editor to edit the scene including the object. It's easy to do, and furthermore, it doesn't require a high level of editing expertise for editors, so the effect is to expand the range of editors.

When the manual editing is completed through the above process and the final editing source is generated, the web server 50 generates and manages attribute values for the image, video, and object corresponding to the final editing source, and stores them as a file. When rendering is manipulated by the editor or administrator or operator of the web server 50, the template image is generated by rendering based on the generated attribute value. That is, the web server 50 generates an attribute value for the final editing source 6 and stores it as a file, and performs a rendering on the basis of the generated attribute value to generate a template image.

To this end, the web server 50 according to the present invention comprises the attribute value generating / storing means 58. The attribute value generating / storing means 58 generates an attribute value corresponding to each numerical value used for editing an image, a video, and an object corresponding to the final editing source 6, and saves it as a separate attribute value file. When all manual editing is completed, the attribute value file is transmitted to the rendering means 59 so that rendering can be performed based on this.

The rendering means 59 receives the attribute value file generated by the attribute value generating / storing means 58, and when a rendering command is manipulated by the editor or the like, the rendering tool (e.g., after effects) Load and parse the value file to enable rendering.

The rendering means 59 is configured not to perform rendering using a single rendering computer device, but to render rendering of attribute values related to the final editing source, specifically, the final editing source in a distributed manner. It is desirable to improve the productivity of template image production by minimizing time for rendering. To this end, the rendering means 59 is preferably configured as a render farm so that rendering can be performed in a distributed processing manner.

As described above, according to the present invention, when the manual editing by the editor is completed and the final editing source is generated, the attribute value for the final editing source is generated and stored and managed based on the generated attribute value. Since the rendering is configured to be performed in a distributed processing manner, the time required for rendering can be greatly reduced to improve the productivity of template image production, and the edited and changed properties of the final editing source can be modified using the stored and managed attribute values. As a result, an effect of facilitating the modification of the template image occurs.

Although embodiments according to the present invention have been described above, these are merely exemplary, and it will be understood by those skilled in the art that various modifications and equivalent embodiments of the present invention are possible therefrom. Therefore, the true technical protection scope of the present invention will be defined by the following claims.

1: Upload window 1a: Original source uploaded
2: Example window 2a: Example sample content
3: Upload content description display column 4: Manual edit list screen
5: Manual Edit Window 5-1: Manual Image Edit Window
5-2: Manual edit window of first video 5-3: Manual edit window of second video
5a: Auto Edit Source 6: Final Edit Source
7: object
10: user terminal 30: editor terminal
50: Web Server 51: Image Template Storage Means
53: means of uploading the original source 55: means of automatic editing
57: manual editing means 58: attribute value generation / storage means
59: rendering means
100: Web based template image production system

Claims (5)

In the video production system,
A user terminal accessing a web server to select a desired image template and then uploading original sources of images and videos corresponding to the selected image template;
A web server for performing automatic editing on the original source, performing manual editing according to a connected editor's operation, and generating a template image through rendering;
An editor terminal for accessing the web server, manipulating manual editing of an auto-editing source generated through auto-editing of the original source, and manipulating rendering to generate a template image using the final editing source where manual editing is completed; Web-based template image production system comprising a.
The method according to claim 1,
When the original source upload is completed, the web server automatically edits an image and a video constituting the original source, and stores the auto-edited source generated by the automatic edit, but the image constituting the original source. Is adjusted to a set size, and the video is automatically edited to be converted into the set format.
The method according to claim 2,
The web server is a web-based template image production system characterized in that for performing the automatic editing to combine the object set in advance with the original source.
The method according to claim 3,
The object included in the auto-editing source generated according to the auto-editing is edited separately from the image or video corresponding to the auto-editing source in the manual editing process by an editor, and the object corresponds to the auto-editing source. An object selected by the editor may be edited for position, orientation, size, and color, and the selected object may be used for transform operation. It can be edited to rotate in a 360-degree direction through the web-based template image production system, characterized in that the object can be directly edited in the edit window by the editor if the subtitle.
The method according to any one of claims 1 to 4,
The web server generates a template image by generating a property value for the final edit source, and saves it as a file, and performs a rendering based on the generated property value to generate a template image.

Images