KR20130107895A - The manufacturing method for ani comic by applying effects for 2 dimensional comic contents, computer-readable recording medium having ani comic program manufacturing ani comic by applying effects for 2 dimensional comic contents, and readable recording medium having the ani comic manufactured by the method - Google Patents

Abstract

PURPOSE: A manufacturing method for ani-comic and a computer-readable recording medium can apply various effects on an ani-comic image that manufactured two-dimensional comic contents to produce an ani-comic video, allowing enjoying two dimensional comic contents. CONSTITUTION: A computer performs image scanning on an original image of two dimensional comic contents. The computer stores an ani-comic image scanned (S10). The computer analyzes a coma-cut line classifying at least one scene and background on the ani-comic image. The computer performs first cropping along the coma-cut line (S20). The computer stores a first cropped scene for each a scene image. The computer reads a story board stored in advance (S30). The computer performs second cropping an area in which a basic scene image, imitative word, mimetic word, and effect based on the story board for each first cropped scene image (S40). The computer produces an ani-comic by an editing which gives an imitative word, mimetic word, and effect to a basic scene image based on a story board. [Reference numerals] (AA) Start; (BB) End; (S10) Store multiple video images constituting an image scanned animation; (S20) Perform a first cropping process (coma cut); (S30) Read out a story board; (S40) Perform a second cropping process (coma cut); (S50) Edit the images; (S60) Perform a dubbing process, a ME inserting, and a comprehensive editing process; (S70) Perform an encoding process regarding the type of a device

Description

A method for producing an anicomic by applying an effect of a two-dimensional comic content, a computer-readable recording medium recording an anicomic production program by applying an effect of a two-dimensional comic content, and a readable record for recording an anicomic produced by the producing method. The manufacturing method for Ani Comic by applying effects for 2 dimensional comic contents, computer-readable recording medium having Ani comic program manufacturing Ani comic by applying effects for 2 dimensional comic contents, and readable recording medium having the Ani comic manufactured by the method}

The present invention relates to an anime-comic production method by applying an effect of a two-dimensional comic content, a computer-readable recording medium recording an anicomic production program by applying an effect of a two-dimensional comic content, And more specifically, to an anchor comic image by applying various effects to an anime comic image obtained by processing a two-dimensional comic content, thereby providing a variety of comic contents such as a comic book in various types So that you can enjoy it more realistically.

In general, animation is a technique of photographing a plurality of pictures that slightly change the position or shape of an image, such as a cartoon movie, and displaying a continuous motion when projected. Quot; In order to allow viewers to watch anime for about an hour, many animators are required to work for a long time because they have to draw many pictures compared to a general cartoon.

The animation work members mentioned above include a scenario writer providing an animation scenario, a plurality of animators participating in one animation work, a director supervising and supervising animators, a voice actor providing voice according to the situation of an animation work, It is completed by a sound effect production team that provides sound effects, and the completed animation is circulated by an ordinary agency.

The animation production process can be roughly divided into three stages. The steps of determining animation planning, scenarios, conti, etc., which are supervised by the preproduction company, and the production of animation, animation, and coloring Stage production, music production, animation production, and post production.

The pre-production agency selects an animation production company in consideration of the production cost in the course of the work, and generally sets the work scope by coloring in the Korean painting and shooting in the fairy tale, and subcontracting it. Such representative subcontracting work is fairy tale, coloring. For example, in Japan, the 25-minute screening time sheet / 450 sheets, the Korean won / 2000 sheets, the fairy tale / 5000 sheets, the coloring / 5000 sheets, Fairy tale / 10,000 sheets, color / 10000 sheets.

However, in the case of producing such a dynamic animation, since a considerable manpower must be input as described above, expensive manufacturing costs have been incurred.

In recent years, attempts have been made to produce existing comic books by animation as described above. However, as described above, there is a problem that a complicated production process is required to produce one animation, and an enormous cost is incurred. Only some comics are selected and produced by animation.

Accordingly, existing uncommitted animations are still being serviced in a two-dimensional content state through booklets or a comic viewer.

Accordingly, in the related art, by processing a two-dimensional comic content into a more realistic comic-animated video even if the content is not completely dynamic, it is possible for the reader to realize the comic content more realistically through various portable devices It is required to develop a technique for enjoyment.

[Related Technical Literature]

1. System and method for synthesizing a video image with a panoramic image as a background (Patent Application No. 10-2002-0036450)

SUMMARY OF THE INVENTION The present invention has been made to solve the above-mentioned problems, and it is an object of the present invention to provide an animated comic image by applying various effects to an animated comic image obtained by processing a two- So that it can be enjoyed much more realistically.

However, the objects of the present invention are not limited to the above-mentioned objects, and other objects not mentioned can be clearly understood by those skilled in the art from the following description.

In order to accomplish the above object, there is provided an animic comic production method of effect application of a two-dimensional comic content according to an exemplary embodiment of the present invention, which comprises performing image scanning on an original image of a two-dimensional comic content, A first step of storing a comic image; The method comprising: analyzing a comma cut line separating at least one scene and a background for the ani-comic image, performing first-order cropping in accordance with the coma cut line, A second step of storing each image; A third step of reading previously prepared storyboards; A second scene-cropping section for subjecting the basic scene image, monologues, stereotypes, and effects to the first-cropped scene image based on the storyboard, and storing the second-cropped area for each scene image Step 4; And a fifth step of generating an anecomic by editing the basic scene image based on the storyboard for each of the secondary-cropped area images, wherein the stereotypical words, the expressions, and the effects are given.

Preferably, the method further comprises: a sixth step of performing dubbing on the generated ani-comic image and inserting a ME (Mixing Effect); and an encoding step of performing encoding according to a device for driving the generated an- And a seventh step of providing the second image data.

At this time, it is preferable that the pre-stored storyboard can be accessed by the user and can be modified.

The first step may include reading out the pre-stored coloring model, then overlapping the color extracted from the coloring model with each of the scanned black-and-white ani-comic images, and reading the previously stored lettering model, Localizing the subtitles of the first language included in each of the comic images into the subtitles of the second language.

In addition, the fifth step may include: a layout process of performing screen layout using each of the area images; A camera work process for giving motion to the scene based on the scenes in which the screen layout is performed and the dialogue included in the scenes; An animation process of directing the scene in which the camera work process is performed according to a sequential flow of original contents; An effect application process of inserting the region where the above-mentioned whitish language, language, and effects are applied in accordance with moving; And a rendering process of generating an anicomic video using the effect-applied data.

 According to another aspect of the present invention, there is provided a computer-readable recording medium on which an animic comic production program by effect application of a two-dimensional comic content according to another embodiment of the present invention is recorded. ) And then stores the scanned ani-comic image; The method comprising: analyzing a comma cut line separating at least one scene and a background for the ani-comic image, performing first-order cropping in accordance with the coma cut line, Primary cropping function that stores images by image; Storyboard reading function that reads previously created storyboard; A second scene-cropping section for subjecting the basic scene image, monologues, stereotypes, and effects to the first-cropped scene image based on the storyboard, and storing the second-cropped area for each scene image Secondary cropping function; An aniComic editing function for generating an ancicom for each of the secondary-cropped area images by editing the basic sound image based on the storyboard, wherein the basic sound image is given an algebraic word, an adjective word, and an effect; A post production function module for performing dubbing on the generated ani-comic image and inserting a ME (Mixing Effect); And an encoding function step for performing encoding according to a device to be driven by the generated anicomic, wherein the image scanning function unit reads the pre-stored coloring model, and then, for each of the scanned monochrome ani-comic images, Localizing the subtitles of the first language included in each of the ani-comic images into the subtitles of the second language after overlapping the colors extracted from the coloring model, reading the pre-stored lettering model, , Performing screen layout using each of the area images, moving the scene based on the scenes in which the screen layout is performed and the dialogue included in the scenes, An animation is performed in accordance with a sequential flow, and the region to which the above-mentioned proper word, phrase and effect are applied is inserted into the moving image, With an effect applied data is characterized in that to render the Annie comical video.

Most preferably, the present invention features a readable recording medium on which an anicomic video material produced by the above-described production method is recorded.

According to the present invention, by creating an anecomic video by applying various effects to an anime image processed with a two-dimensional comic content, it is possible to enjoy a two-dimensional comic content such as a comic book through a variety of devices in a more realistic way And the cost of producing such a video can be greatly reduced compared to the cost of producing an animation.

BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a diagram showing a main configuration of a terminal for an anime-comic production by applying effects of two-dimensional comic contents according to an embodiment of the present invention; Fig.
2 is a flowchart showing an anime-comic production method by applying effects of two-dimensional comic contents according to an embodiment of the present invention;
FIG. 3 is a flow chart illustrating the detailed steps performed by the anicomic editing function section of FIG. 1;
Figs. 4 to 13 are diagrams showing an image produced sequentially by an anime-comic production method by applying effects of the two-dimensional comic contents of Fig. 2; Fig.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, a detailed description of preferred embodiments of the present invention will be given with reference to the accompanying drawings. In the following description of the present invention, detailed description of known functions and configurations incorporated herein will be omitted when it may make the subject matter of the present invention rather unclear.

1 is a diagram showing a main configuration of a terminal 10 for anicomic production by applying effects of two-dimensional comic contents according to an embodiment of the present invention. Referring to FIG. 1, the terminal 10 includes an I / O interface 11, an aniocomic creation module 12, and a storage unit 13. The storage unit 13 may be implemented as various types of storage devices. Generally, the storage unit 13 may include a non-volatile memory (NVM), a flash memory, a magnetic random access memory (MRAM) -change random access memory (FRAM), and ferroelectric RAM (FRAM).

The aniocomic production module 12 includes an image scanning function module 12a, a primary cropping module 12b, a storyboard reading module 12c, a secondary cropping module 12d, A functional stage 12e, a post-production functional stage 12f, and an encoding functional stage 12g.

Hereinafter, a method of producing an anime comic by application of an effect of a two-dimensional comic content will be described focusing on the configuration of the ani-comic production module 12.

In the present specification, the module may mean a functional and structural combination of hardware for performing the technical idea of the present invention and software for driving the hardware. For example, the module may mean a logical unit of a predetermined code and a hardware resource for executing the predetermined code, and it does not necessarily mean a physically connected code or a kind of hardware. Can be easily deduced to the average expert in the field of < / RTI >

2 is a flowchart illustrating an anime-comic production method by applying effects of a two-dimensional comic content according to an embodiment of the present invention. 3 is a flow chart illustrating the detailed steps performed by the aniComic editing function stage of FIG. A method of producing an anime comic will be described with reference to Figs. 1 to 3. Fig.

First, the image scanning function unit 12a performs image scanning on a two-dimensional comic content original image received via the I / O interface 11, and then transmits the scanned ani- (S10). In this case, the preset page You can create and save multiple animated images by converting to size. The stored state is as shown in FIG.

More specifically, the image scanning function unit 12a sequentially scans a two-dimensional comic content original image such as a comic book, converts each scanned original image to a preset page size, and then stores the image as an ani-comic image .

Here, when the page size is the HD standard, it is preferable to set 1080 * 720 (16: 9) as the aspect ratio, 1300 pixels or more as the horizontal pixel, and 300 DPI or more as the resolution.

On the other hand, when the page size is the SD standard, it is desirable to set 720 * 486 (4: 3) as the aspect ratio, 1100 pixels or more as the horizontal pixel, and 300 DPI or more as the resolution.

The image scanning function module 12a reads the coloring model and the lettering model from the storage unit 13 as an additional function and performs a function of overlapping and / or converting each of the respective ancillic images and restoring the same in the storage unit 13 .

Here, the coloring model means performing a task of coloring a black-and-white image by overlapping a color with an ani-comic image in black and white, and the lettering model is a method in which a language conversion is performed by localizing a subtitle of a first language into a subtitle of a second language .

After step S10, the first cropping function stage 12b performs a first cropping operation in which each of the plurality of image-scanned ani-comic images is trimmed by a coma-cut in step S10. (step S20). The primary cropping process may be as shown in FIG.

More specifically, the first cropping function unit 12b analyzes a comma cut line that distinguishes a background and a scene from each other in each of the image-scanned ani-comic images, and then, in accordance with the coma cut line, Perform the ping.

Accordingly, each of the first-cropped scene images is separately stored in the storage unit 13 as a file extension PNG or JPEG.

After step S20, the storyboard reading function section 12c reads out the previously prepared storyboard from the storage section 13 (S30). The stored storyboard may be the same as the example of Fig.

Here, the storyboard includes scenes, story progression, effect information, and the like of an animated comic created according to the story flow of the two-dimensional comic contents.

The storyboard stored in the storage unit 13 can be accessed and can be modified by the user as the case may be.

After step S30, the secondary cropping function section 12d performs a secondary cropping operation on the scene image to be applied to the basic scene image, monaural, monaural, and effect based on the storyboard for each of the primary cropped scene images (S40). The process of performing the second cropping may be as shown in FIG.

More specifically, in each scene image that has been firstly cropped based on the storyboard, a region to be subjected to a morpheme, a morpheme or an effect is separated and stored in the storage unit 13, and if necessary, Coloring is performed.

After the step S40, the anicomic editing function unit 12e performs rendering and editing for each of a plurality of scene images primarily cropped and / or a plurality of secondarily cropped animage images at step S40 (S50).

3, the layout process (Layout) S51, the camera work process S52, the animation process S53, the effect application process S54, Then, a rendering process (S55) is sequentially performed.

The details of the process are described below.

The layout process (Layout) (S51) is a process of arranging a plurality of ani-comic images generated by cropping according to the content of the scene and the position of the character included in the scene. In this process, care is taken to avoid confusion, especially in the movement of the character.

First, in the case of a scene within a boundary set to a small size, since the resolution of the character and the picture is low, it is arranged in consideration of the layout direction and the direction in which the situation is presented.

Secondly, in the case of a scene within a boundary set to a medium size, it is positioned in the center and motion is given, but it is arranged in consideration of the layout direction and the direction in which it appears.

Third, when layers are superimposed, the lower layers are arranged in a blurred manner.

Fourth, in the case of a scene within a boundary set to a large size, arranging is performed in consideration of layout direction and direction in accordance with the order of metabolism.

The camera work process in step S52 is set so as to give movement to the scene based on the progress of the dialogue included in the scene, in particular to give motion that does not overlap with the next scene, and to prevent crossing of the character's line.

In addition, the camera work process gives enough time to read the dialogue contained in each scene, and places the contents of the scene sufficiently in view.

In addition, the camera work process ensures that there is no still image from start to finish, and that the motion is set to be between 1 micro-minute (micro-min) per second on average.

In addition, the camera work process is set so as to give a vibration effect corresponding to a scene having a strong motion wavelength. For example, a vibration effect can be given to a blasting, a shooting shot, a scene in which a 'bang' falls.

In addition, the camera work process sets the default transitions and allows for additional other transitions.

Finally, the camera work process is edited based on the storyboard, but it is possible to arbitrarily modify it by the user.

Meanwhile, the basic scene telephone and other scene transition will be described in more detail with reference to FIG.

First, the basic scene transition can be performed using a pan right / left technique, a tilt up / down technique, and a zoom in / out technique.

The fan light / left technique is used in the case of a horizontal type scene, in which the direction of the metabolism and the next scene is considered.

The tilt-up / down technique is used for vertical scenes, which considers the direction of the dialogue and the direction of the next scene.

The zoom in / out technique is a way to take into account the areas you want to highlight in the scene.

Next, the other scenes can be used as a slide technique, a vibration effect technique, a vibration effect technique, a wave effect technique, a vibration effect technique, and a rotation / twist technique.

The Slide technique is a method of constructing the scene so that it grows as the scene slides at the corner.

The vibration effect (up / down / left / right) technique gives a vibration effect to upper, lower, left, and right regions to apply the equirector extracted by the second cropping function stage (12d).

The vibration effect (left and right) technique is a method in which the vibration effect is applied to the area to be applied with the right-sighted word extracted by the second-cropping function section (12d).

The wave effect technique is a wave effect effect according to the movement of objects.

The vibration effect (upper and lower) technique is a method of giving a vibration effect up and down to the region to which the equirector extracted by the second cropping function stage (12d) is applied.

The rotation / twist technique is used to switch scenes between scenes, and the scene is rotated or twisted.

The animation process in step S53 sequentially animates the animation before and after the camera walking process based on the camera walking process when the camera work process S52 is completed. The animation process does not distort or damage the original image as much as possible Performs to display both characters and pictures on the original image.

In addition, the animation process is centered on the area to be applied with the explicit word and the urn, extracted by the second cropping function unit 12d, and edited based on the storyboard, allowing arbitrary modification by the user. Hereinafter, the animation process will be described in detail with reference to FIGS. 10 to 12. FIG.

An example of the first method of the animation process is to sequentially display the letters of consonant in accordance with the sound when the object is hit or shaken by hand on the scene, and to express the sensation with the camera vibration effect together.

An example of the second method of the animation process is that a moving object in a monotonous scene changes its position and size to give a feeling of liveliness and can be used when expressing a flying butterfly.

As an example of the third method of the animation process, the layer may be separated based on the layout arranged by the layout process of step S51, and the wing may be moved, or a shining effect may be applied using the character mask.

As an example of the fourth method of the animation process, when there is a surprising indication in a scene, a twinkling effect can be applied using a character's mask.

As an example of the fifth method of the animation process, emphasis characters included in the scene appear one by one, and the effect of emphasizing by changing the size and the timing can be applied.

As an example of the sixth scheme of the animation process, it is possible to express all the regions outside of the scene where the monophonic and monotonic terms extracted by the second cropping function unit 12d are to be applied, You can apply expressions that can be distinguished from backgrounds.

An example of the seventh scheme of the animation process is that a character in a scene can apply an eye blinking effect or a pupil moving effect when thinking, listening, or being surprised.

As an example of the eighth method of the animation process, direct expression can be applied to the character layer in accordance with the intention of the vernacular on the region to which the vernacular extracted by the second cropping function stage 12d is to be applied. That is, it indicates the animation effect with the exposure timing or magnitude between characters.

As an example of the ninth method of the animation process, when a scene call is made between scenes, an appropriate transition suitable for scene transition can be applied. For example, it is possible to apply a wipe transition, which is a known scene change technique.

As an example of the tenth method of the animation process, a glitter effect can be applied to a point portion using a mask of a character in a scene.

As an example of the eleventh method of the animation process, in the case of a monotonous scene, a single animation effect can be applied by separating the layers in the scene.

As an example of the twelfth method of the animation process, the wired effect layer representing the speed feeling in the scene can be divided into two patterns and sequentially output and applied.

As an example of the thirteenth method of the animation process, an animation effect can be applied to an object included in the scene and classified as an important object.

An example of the 14th method of the animation process is that, when the scene is shot, the mask can be used to apply a flashing effect to the muzzle, and can be used with the light effect described below.

The effect applying process (Effect) (S54) is an effect work after the animation process (S53), and is inserted in accordance with the animated comic motion.

Hereinafter, the effect application process will be described in detail with reference to FIGS. 12 and 13. FIG.

An example of a first way of applying an effect is to apply a Color light effect to the scene when the scene is illuminated.

An example of a second way of applying an effect is to apply a Light / Slide effect to the anycoric title logo. These title effects are applied in accordance with the characteristics of the works and put into the base, but they can be omitted in some cases.

An example of a third way of applying an effect is to use a light / rotation effect to highlight objects in the context of the scene when there is a shiny shape around the object in the scene .

An example of a fourth way of effect application process is to use a light effect to apply a match fire effect when a scene pair includes a match, or to show the effect of a match fire effect. In this case, the known wipe transition effect is used simultaneously so as to brighten the surroundings from the match.

As an example of the fifth method of application of the effect, a light effect is applied in order to produce a directing and greatness in the scene.

An example of the sixth way of application of the effect application is to apply the fog light effect to the scene to express mysterious production, transformational production, and stimulating production in the scene.

As an example of the seventh method of application of the effect, a light effect is applied in order to include a magic rendering, a gathering of a flag, and a presentation in which a light is drawn in a scene.

As an example of the eighth method of application of the effect, a light effect is applied to a region to be applied to the stereotype extracted by the second cropping function stage (12d) and a light shape contained in the scene, and in this case, Additional effects can be applied.

An example of the ninth method of applying an effect is to apply a foglite effect for post-explosion or smoky presentation in a scene. In this case, it is preferable to apply fade-in / out to the fog light effect itself and gradually disappear.

An example of a tenth method of application of an effect is to apply a lightening effect to an object to be strongly expressed in the scene, and in this case, includes a function of automatically adjusting the color of lightening to the background color.

An example of the 11th method of applying an effect is to apply a light effect to make the shot in the scene flash in the muzzle when directing the shot or shooting the artillery. In this case, it is preferable to express the smoke effect together.

As an example of the twelfth method of effect application process, a lens flare effect is applied to a part which is a key part in the scene.

The rendering process (R55) is a process of generating an anecomic video using the effect-applied data.

In this case, the video uses the file extension MOV as the output format, and the codec applies Apple ProRes 422 (HQ).

On the other hand, 48,000KHz, 16Bit, 2ch Stereo are applied as audio output format.

In a step after step S50 including steps S51 to S55, the post production function section 12f performs dubbing on the rendered animation and performs comprehensive editing by ME insertion (S60).

Here, ME insertion refers to an additional mix effect.

After step S60, the encoding function section 12g performs encoding according to the device for driving the anycicopic video, stores the encoded anicomic material in the storage section 13, and provides a service (S70).

Here, the device is a broad concept including a wireless terminal such as a smart phone and a tablet PC, as well as a wired terminal such as a smart TV.

The present invention can also be embodied as computer-readable codes on a computer-readable recording medium. A computer-readable recording medium includes all kinds of recording apparatuses in which data that can be read by a computer system is stored.

Examples of the computer-readable recording medium include a ROM, a RAM, a CD-ROM, a magnetic tape, a floppy disk, an optical data storage device and the like, and also implemented in the form of a carrier wave (for example, transmission over the Internet) .

The computer readable recording medium may also be distributed over a networked computer system so that computer readable code can be stored and executed in a distributed manner. And functional programs, codes, and code segments for implementing the present invention can be easily inferred by programmers skilled in the art to which the present invention pertains.

As described above, preferred embodiments of the present invention have been disclosed in the present specification and drawings, and although specific terms have been used, they have been used only in a general sense to easily describe the technical contents of the present invention and to facilitate understanding of the invention , And are not intended to limit the scope of the present invention. It will be apparent to those skilled in the art that other modifications based on the technical idea of the present invention can be carried out in addition to the embodiments disclosed herein.

10: Terminal 11: I / O interface
12: animation production module 12a: image scanning function module
12b: Primary Cropping function 12c: Storyboard reading function module
12d: 2nd cropping function only 12e: image editing function unit
12f: post-production function only 12g: and encoding function stage
13:

Claims (6)

A method of producing an animic comic by applying an effect of a two-dimensional comic content,
A first step of performing image scanning on the original image of the two-dimensional comic content, and then storing the scanned ani-comic image;
Analyzing the coma cut line that distinguishes at least one scene from the background with respect to the animated image, performing a first cropping according to the coma cut line, and applying the first cropped scene to each scene. A second step of storing for each image;
A third step of reading previously prepared storyboards;
Secondly cropping the region to which the basic scene image, onomatopoeia, synonyms, and effects are to be applied to each of the first cropped scene images, and storing the second cropped region for each region image. Fourth step;
A fifth step of generating an anecomic by editing the basic scene image based on the storyboard for each of the secondary-cropped area images, wherein the anomic word, the stereotype, and the effect are given;
Dimensional comic contents by applying an effect of the two-dimensional comic contents. The method according to claim 1, further comprising, after the fifth step,
A sixth step of dubbing the generated ani-comic image and inserting a ME (Mixing Effect);
And an encoding step of encoding the generated animated comic in accordance with a device to be driven, and then providing an encoded animated comic. [5] The method of claim 1, 2. The method according to claim 1,
Reading the pre-stored coloring model and then overlapping each of the scanned black and white ani-comic images with the color extracted from the coloring model; and
Localizing the caption of the first language included in each of the ani-comic images into a caption of a second language after reading the previously stored lettering model;
The method according to claim 1, further comprising the step of applying an effect to the two-dimensional comic contents. The method as claimed in claim 1,
A layout process of performing screen layout using the respective area images;
A camera walk process of moving a scene on the basis of the scene on which the screen arrangement is performed and the progression of dialogue included in the scene;
An animation process of directing the scene on which the camera walk process is performed according to a sequential flow of original content;
An effect application process of inserting the onomatopoeia, the onomatopoeia, and the region to which the effect is applied according to the moving; And
A rendering process of generating an animated video using the effected data;
An animation production method by applying the effect of the two-dimensional comic content, characterized in that it comprises a. In a computer-readable recording medium recording an animation production program by applying the effect of the two-dimensional comic content,
An image scanning function unit configured to perform image scanning on the original 2D comic content image, and then store the scanned animated image;
Analyzing the coma cut line that distinguishes at least one scene from the background with respect to the animated image, performing a first cropping according to the coma cut line, and applying the first cropped scene to each scene. A first cropping function for storing images for each image;
A storyboard reading function unit that reads previously written storyboards;
Secondly cropping the region to which the basic scene image, onomatopoeia, synonyms, and effects are to be applied to each of the first cropped scene images, and storing the second cropped region for each region image. Secondary cropping function;
An animation editing function stage for generating an anicomic by editing the on-scene scene based on the storyboard for each of the secondary cropped region images;
A post-production function stage for inserting a mixed effect (ME) after performing dubbing on the generated any comic image; And
And an encoding function stage configured to perform encoding according to a device to drive the generated any comic.
The image scanning function stage,
After reading the pre-stored coloring model, overlapping the color extracted from the coloring model on each of the scanned black and white animated image, reading the pre-stored lettering model, and then a first language included in each of the animated image. Localize subtitles in to a second language subtitle,
The animated editing function stage,
Performs screen layout using the image of each area, moves the scene based on the scene where the screen layout is performed and the dialogue included in the scene, and sequentially performs the scene where the camera walk process is performed. Animation according to the flow, insert the area where the onomatopoeia, pseudonymology and effects are applied according to the moving, and renders an animated video using the effected data to produce the animation by applying the effects of the two-dimensional comic content A computer-readable recording medium that records a program. The readable recording medium which recorded the animated video material produced by the manufacturing method of any one of Claims 1-4.

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