KR100867897B1 - Media making method and storage medium - Google Patents

Abstract

The present invention relates to a media production method and a recording medium. According to an aspect of the present invention, there is provided a method of producing a media, the method comprising: generating a real picture image by photographing a scene played by at least one character; And adding text to the live images so as to form a predetermined plot, and arranging and editing the images continuously. Accordingly, realistic media can be provided by editing and providing live-action and text with a predetermined plot.

Description

MEDIA MAKING METHOD AND STORAGE MEDIUM

1 is a flowchart illustrating a media production method according to the present invention;

2 is a view showing a live-action image before and after the retouching work to impart kinetic energy in the media production method according to the present invention,

3 is a view showing a live-action image before and after the retouching operation to give a sense of principal,

4 is a view showing the change of the photo-realistic image before and after the retouching operation to modify the shape of the image through computer graphics,

5 and 6 are diagrams showing an example of the photorealistic image and the image frame produced by the media production method according to the present invention.

The present invention relates to a media production method and a recording medium. More particularly, the present invention relates to a media production method and a recording medium for editing and providing live action and text to have a predetermined plot.

In general, as a method of producing a novel with a plot, a method of recording an entire page as a letter like a novel or using a picture and a letter together as a comic book is widely used.

In addition, as computers become widespread, novels and cartoons are being distributed to readers in the form of computer-readable text files or picture files, instead of being distributed as printed books.

However, these conventional novels cause boredom for some readers in that they are only texts, even if illustrations are sometimes inserted. In addition, for young readers, it is considered somewhat unreasonable to read long novels in text form from an early age.

On the other hand, in the case of manga, the story is formed by adding text to a picture drawn by the artist, but the reality is that the manga is less realistic than its own property, that is, real picture. In addition, in the case of a cartoon, when the artist describes the character, there is a limit in describing all of the expression changes according to the emotions of the characters, that is, the various expression changes of the characters.

In addition, in the case of a movie, the scene changes at the same speed, so even though the scene is desired by the viewer, the viewer cannot see more than a predetermined time.

Accordingly, an object of the present invention is to provide a media production method and a recording medium in which the reader can enjoy the literature more realistically by providing a real story and text edited to have a predetermined plot.

According to the present invention, the object of the present invention comprises the steps of: photographing a scene played by at least one character to generate a live-action image; Adding text to the live-action images and arranging and editing them so that a predetermined story line is formed; And adding the text and arranging them continuously to print the edited photorealistic images on paper, or storing them in any one selected from CD, DVD, web hard, beta film and video tape, or selected from cable broadcasting, air broadcasting and satellite broadcasting. It is achieved by a media production method comprising the step of transmitting through any one.

According to the present invention, the object of the present invention comprises the steps of: photographing a scene played by at least one character to generate a live-action image; Adding text to the live-action images and arranging and editing them so that a predetermined story line is formed; And adding the text and arranging them continuously to print the edited photorealistic images on paper, or storing them in any one selected from CD, DVD, web hard, beta film and video tape, or selected from cable broadcasting, air broadcasting and satellite broadcasting. It is achieved by a media production method comprising the step of transmitting through any one.

The media production method may further include retouching the live image.

The retouching may include applying kinetic energy to at least one region of the live image; Imparting perspective to the live-action image; Adjusting brightness and / or color of the live image; And varying the resolution of the live-action image.

The imparting kinetic energy to the live image may include: performing trajectory tracking on at least one region of the live image; Applying a glare effect to at least one region of the live image; Blurring at least one area of the live image; Combing at least one area of the live image; Subjecting the subject to at least one region of the live image; And subjecting at least one area of the live image to a dynamic subject increase / decrease process; It may include at least one of.

The editing may include arranging at least one of the live-action images in a predetermined order to generate an image frame for each page; And arranging and editing the image frames to fit the plot.

The text may include at least one of dialogue of the character, description of the situation of the live-action image, description of the mental state of the character, onomatopoeia, and pseudonymology.

The editing may include setting a text layout block capable of modifying text in the live image and / or the image frame; And recording the text in the text layout block.

Here, the method may further include adding predetermined sound data corresponding to the live image and / or the image frame and reproduced by a computer.

The method may include outputting the live image and / or the image frame on a predetermined sheet of paper.

Here, the file image and the image frame are digital RGB, GIF, JPEG, JPG. Has either format selected from TIFF and BMP; The digital RGB, GIF, JPEG, JPG in the output step. Any of the formats selected from TIFF and BMP is digital RGB, GIF, JPEG, JPG. Any of the formats selected from TIFF, BMP, and CMYK can be converted and output on paper.

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Hereinafter, with reference to the accompanying drawings will be described in detail the present invention.

In the media production method according to the present invention, as illustrated in FIG. 1, a step of generating a photo-realistic image by photographing a scene played by at least one character (S10) and a step of retouching the photo-realistic image (S20) ), Adding text to the live image so as to form a predetermined plot (S30), and sequentially arranging and editing (S40); printing the edited live image on a paper or CD, DVD, web hard, beta It may be stored in a recording medium such as film and video tape, or transmitted through any one selected from cable broadcasting, over-the-air broadcasting and satellite broadcasting (S50).

Photorealistic images are obtained by photographing scenes played by characters such as humans or animals. Here, the live-action image is photographed that the character acts in a continuous motion to obtain an image of the still image. In addition, the live action image may be obtained by capturing a process in which the character acts in a continuous motion, and capturing one frame suitable for delivering a story or content.

Here, when photographing a photorealistic image through an analog camera, it is preferable to convert the photographed analog format photorealistic image into a photorealistic image having a file format of a digital format to facilitate retouching or text editing described below. Do. In addition, the photo-realistic image may be photographed through a digital camera to directly obtain the photo-realistic image having a file format in digital format.

The live image of the media according to the present invention may be obtained by selectively extracting from an already completed video source without directly photographing.

If the video source is a digital video file composed of tens of thousands of video images, the digital video file is divided into video images for each cut, a desired video image is selected, and the selected video images are retouched as still images. After that, the still images are used to produce the media according to the present invention through the process described later like the actual images.

If the video source is an analog film, the analog film is converted into a digital video file using a computer for convenience of work. The still image is extracted from the converted digital image file by the above-described process and used in the media production according to the present invention.

The advantage of the real image obtained in this way is that a movie that dynamically depicts the movement of an object over time can clearly show the user a scene where the user passes by too quickly. That is, the media according to the present invention are composed of photorealistic images capturing moments that are too fast for the viewer to visually capture, so that the user can better understand the plot or situation.

The media providing method according to the present invention includes a process of retouching using a computer to give various graphic effects to the live image. The retouching process according to the present invention includes imparting kinetic energy to the non-moving photorealistic image through computer work to increase realism. This kinetic energy imparting is accomplished by, for example, giving a flash effect to at least one region of the live image. 2 is a photorealistic image before and after imparting a flash effect. As shown in FIG. 2, in the case of a live-action image depicting a situation in which an actor hits an object, the stationary live-action image is dynamic and vivid by giving a flash effect as if energy is ejected to the hitting part or an adjacent part thereof. It turns into an image that gives a feeling. The upper image of FIG. 2 is the original image and the lower image is the image after applying the flash effect.

In addition, as another example of the kinetic energy applying operation, the process of performing orbital tracking may be included in at least one region of the actual image through a computer operation. For example, when a single photorealistic image expresses the movement of a character or an object, a realistic depiction is possible by performing trajectory tracking processing on the moving part. For example, if the actor wields a fist, the track may be tracked along the path of the fist movement. From FIG. 2, the difference between the actual image before and after the trajectory tracking process can be seen. The upper image of FIG. 2 is an image before the trajectory tracking process and the lower image is an image after the trajectory tracking process.

In addition to the scintillation effect and orbital tracking process, the kinetic energy imparting effect can be obtained through various retouching operations such as blurring process, comb process, subject vibration process, or dynamic subject increase / decrease process through computer graphic work.

The blurring process blurs an edge of a moving subject in an image without sharpening, and has an effect of showing an afterimage caused by movement. The combing process is to graphically display the comb teeth around the moving subject in the image to show the direction of movement and the speed of the movement. Subject vibration is a way to indicate when a subject is physically impacted, for example, to show that the edge of a tree or vehicle is shaken to some extent to indicate the impact the tree or vehicle has had when the vehicle has hit a tree. This is an afterimage process of the edge. Dynamic subject increase / decrease processing is intended to enlarge the movement of the subject and to enlarge the size of a part of the subject and to reduce the size of the rest of the subject relatively, for example, in a scene where a person makes a fist in front. The fist that is coming up is greatly enlarged and the body of the person except the fist is reduced to indirectly express the kinetic energy of the fist.

In addition, the retouching process according to the present invention may include a task of providing perspective to the live-action image through computer work. The upper figure of FIG. 3 shows the actual position where the characters stand, and the lower figure of FIG. 3 shows that the distance between the rightmost person and the remaining two persons is modified as if it is farther than the actual person. That is, by modifying the size of the object larger or smaller it can be adjusted to move closer or closer to the distance between the objects.

This perspective is adjusted to have a distance that is different from the distance seen by the real person's eyes by using a computer program or a photographing technique of a camera equipped with a fisheye lens. When the fisheye lens is mounted on the camera, the object positioned in front of the camera may be larger than the actual object, and the object positioned in the rear may be smaller than the actual object.

As another method of adjusting the perspective, for example, the resolution of the actual image may be selectively adjusted so that the resolution of the character or the object is higher and the resolution of the surrounding background is lowered so that the character or the object located in the near distance has a closer feel. As a result, three-dimensional description becomes possible.

In addition, the retouching process may include adjusting the brightness and / or color of the live image. That is, the retouching process of adjusting the brightness and / or coloration when the brightness or the color of the photographed photorealistic image is not appropriate to describe the situation or when the color or brightness of the photorealistic image needs to be adjusted to induce a specific atmosphere according to the situation. It may include. Also, because the monitor shoots light from the rear to display the screen, the image seen through the monitor is brighter than the printed image. Therefore, when the brightness of the printed image is specified, it is necessary to adjust the brightness and / or color of the image to a slightly brighter state on the monitor.

The resolution of the live image may be changed through the retouching process. Therefore, in the case of depicting a particular situation or depicting a scene in memory during the development of the plot, it is possible to appropriately describe this by lowering the resolution of the live image.

The retouching process may also include a process of correcting a subject of the live-action image. For example, it is possible to remove unnecessary scars on the skin of the character in the subject, to make the actor's appearance slim or fat. In addition, even in the case of dressing, it is inevitable to shoot after the actor is dressed when shooting a movie, etc., in the media production method according to the invention it is possible to dress up the actor in the live-action image through retouching after shooting. In other words, it is possible to make post-production post-production which was not possible in a movie.

In addition to correcting the photo-realistic image of the subject, a method of synthesizing a plurality of photo-realistic images may be used in the process of correcting the background of the photorealistic image.

FIG. 4 is a simplified sketch diagram to show changes in the live-action image before and after the retouching operation to modify the shape of the image through computer graphics. As shown in FIG. 4, the upper image is a live-action image in its original state and the lower image is an image after retouching the shape of the image through computer graphics. When a person expresses what he saw in a confused state, the situation can be effectively communicated by changing the original state image.

In addition to the correction of the image using computer graphics, by taking a photorealistic image using a fisheye lens or the like, the image of a specific part of the entire photorealistic image can be greatly enlarged and the peripheral part thereof can be relatively reduced to obtain a realistic image suitable for the situation. .

This retouching process is convenient because it can be done after shooting the live-action image, and because it is done through computer work, a small number of people is sufficient, and there is an advantage that can be repeated without limitation.

Through the above process, a single photorealistic image may be produced in a frame of one page or a plurality of photorealistic images may be edited in a frame of one page. 5 is a diagram illustrating an example in which a single photorealistic image forms a frame of one page, and FIG. 6 is a diagram illustrating an example in which a plurality of photorealistic images form a frame of one page.

That is, when editing a plurality of photorealistic images into frames of one page, first, at least one photorealistic image is arranged in a predetermined order to generate image frames one page at a time. Then, by arranging and editing the image frames to fit the plot, a plurality of image frames having the entire plot are produced.

The live-action images may be reduced or enlarged to fit the size of the page, and the shape of the image may be variously modified to suit the shape of the arrangement.

On the other hand, with reference to Figure 6 will be described for adding text to the live-action image. Here, the text added to the live-action image according to the present invention may include at least one of the dialogue of the character, the situation description of the live-action image, the psychological state description of the character, the onomatopia, and the synonym. In addition, the text may include text having various purposes necessary for the development of the plot of the media according to the present invention, and may include symbols, figures, and the like.

Here, the text imposing process of the media production method according to the present invention may include setting a text layout block capable of correcting text in the photorealistic image and / or image frame, and recording the text in the text layout block. have.

That is, by setting a text layout block for inputting text in the live image and / or image frame, and inputting necessary text in the text layout block, it is possible to easily modify later recorded text. Accordingly, in the film, it is inconvenient to retake the film to correct the dialogue, but in the media production method according to the present invention, the producer can modify the dialogue, etc. as necessary without re-shooting.

Here, the media production method according to the present invention may add predetermined sound data corresponding to the live image and / or image frame to the live image and / or the image frame. Accordingly, when playing the media produced by the media production method according to the present invention through a computer, the corresponding photorealistic image and / or image frame and the appropriate background sound are provided together, thereby providing a media with increased stereoscopic and realistic feeling. You will be provided.

On the other hand, the media production method according to the present invention may further comprise the step of outputting a live image and / or image frame on a predetermined sheet. Through this, the media produced by the media production method according to the present invention can be published as a book.

In this case, the file image and / or image frame according to the present invention may have a digital RGB format. Since the basic colors of light and the basic colors of printing are different from each other, the digital RGB format may be converted into a digital CMYK format. It can be converted and output on paper. In addition, even when printing using an image made in CMYK format or the like, the color or contrast that is shown to a person is different depending on the printing paper, so correction may be necessary to indicate an intended color. For example, printed on normal office paper and printed on coated paper, color and contrast appear differently to people, so that the CMYK format can be corrected to have the desired color through a computer.

In addition to the file image and the image frame is digital RGB, GIF, JPEG, JPG. It can have one of the formats selected from TIFF and BMP, and digital RGB, GIF, JPEG, JPG. Any of the formats selected from TIFF and BMP is digital RGB, GIF, JPEG, JPG. Of course, it is also possible to convert to any of the formats selected from TIFF, BMP, and CMYK to output on paper.

Since the file size of the live-action image is very large in the printing process on the paper, the image can be compressed to prevent a failure or error in the printing process.

On the other hand, due diligence images and / or image frames produced by the media production method according to the invention may be provided stored in a computer-readable recording medium, such as CD, DVD, Web hard, other memory cards. Accordingly, the user can view the live image and / or the image frame stored in the CD, DVD or the web hard through a computer.

In addition, the photorealistic image and / or image frame produced through the media production method according to the present invention may be recorded in a medium having an analog method such as beta film, image tape, or the like. In this case, as described above, the photorealistic image and / or image frame having the digital format is preferably converted into the analog format. When the media according to the present invention are stored in a medium continuously providing images continuously for a predetermined time such as the image tape or the like, the live image of one page and / or the image frame may be a live image of one page and / or Alternatively, the image frame may be duplicated and stored in a plurality of frames corresponding to a time to be sustained, thereby continuing for the corresponding time.

In addition, the live action image and / or image frame produced through the media production method according to the present invention may be provided to the user through cable broadcasting, satellite broadcasting, and over-the-air broadcasting. In this case, the analog broadcast method may be transmitted through a method recorded in the above-described analog recording medium, and the digital broadcast method may be transmitted as a broadcast signal in a digital format. As described above, when transmitting a broadcast signal, the live image and / or image frame of one page may be copied and stored in frames corresponding to a predetermined time so as to be maintained for the corresponding time.

Although some embodiments of the invention have been shown and described, it will be apparent to those skilled in the art that modifications may be made to the embodiment without departing from the spirit or spirit of the invention. . It is intended that the scope of the invention be defined by the claims appended hereto and their equivalents.

According to the present invention, there is provided a media production method and a recording medium for editing and providing live action and text to have a predetermined plot.

Claims (11)

Photographing a scene played by at least one character to generate a photorealistic image; Retouching the live image; Adding text to the live-action images and arranging and editing them so that a predetermined plot is formed; Add the text and arrange them continuously to print the edited photorealistic images on paper, or store them in any one selected from CD, DVD, web hard, beta film, and videotape, or any one selected from cable broadcasting, air broadcasting and satellite broadcasting. Sending through one, Retouching may include applying kinetic energy to at least one region of the live image, Imparting kinetic energy to the live-action image, Orbit tracking the at least one region of the live image; Applying a glare effect to at least one region of the live image; Blurring at least one area of the live image; Combing at least one area of the live image; Subjecting the subject to at least one region of the live image; And Dynamic subject increase and decrease processing on at least one region of the live image; Media production method comprising at least any one of. delete The method of claim 1, Retouching step, Imparting perspective to the live-action image; Adjusting any one of brightness and color of the live image; And And at least one of changing the resolution of the live-action image. delete The method of claim 1, The editing step, Arranging at least one live-action image in a predetermined order to generate an image frame for each page; And arranging and editing the image frames to fit the plot. The method of claim 1, And the text includes at least one of dialogue of the character, description of the situation of the live-action image, explanation of the psychological state of the character, onomatopoeia, and pseudonymology. The method of claim 5, wherein The editing step, Setting a text layout block capable of modifying text in one of the live image and the image frame; And recording the text in the text layout block. The method of claim 5, wherein And adding a predetermined sound data corresponding to any one of the live image and the image frame, which can be reproduced by a computer. The method of claim 5, wherein And outputting any one of the live image and the image frame to a predetermined sheet. 10. The method of claim 9, wherein the live-action image and the image frame are digital RGB, GIF, JPEG, JPG. Has either format selected from TIFF and BMP; The digital RGB, GIF, JPEG, JPG in the output step. Any of the formats selected from TIFF and BMP is digital RGB, GIF, JPEG, JPG. A media production method, characterized in that converted to any one of the formats selected from TIFF, BMP and CMYK and output to the paper. delete

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