KR20240077307A - Method for sketching employing funtion to contents of famous painting - Google Patents

Abstract

The embodiment relates to a sketch method with a famous painting content function.
Specifically, this method includes a first step of creating a background screen for a distant view using an original image (including a famous painting) and a second step for creating a background screen for a mid-range view. And, it includes the third step of designing the scanner paper to match this background screen.
Specifically, the first step is,
Among the registered original images, the user selects one he or she wants to sketch, reinterprets and resizes the selected original image, and moves the background elements in the original image using the setting editing tool for each type of background element to create a distant view. make it In this case, for example, the background element type is classified as background and natural object or specific object.
And, the second step is,
A background screen of the middle and far views is created by giving a sense of space to the 2D images of the middle and near views in the registered original image, respectively, using a first setting format that arranges layers corresponding to different middle and near views.
The third step is,
Accordingly, a character suitable for the perspective or mid-near view background screen is planned and produced, a marker dedicated for scanning the background screen is created, a character outline is designed, and paper for scanning is designed. Then, the user coloring information is applied to these characters, sent to the registration main screen, and created on the screen through animation processing to design the scanner paper.
Therefore, when sketching a work of art through a kiosk, the original image from a specific tool is reinterpreted and resized according to the user's sketch, and movement is customized for each different background (i.e., far, medium, and near), thereby creating a sense of space. Create a variety of works.

Description

Sketching method with famous painting content function {Method for sketching employing funtion to contents of famous painting}

The content disclosed in this specification relates to a sketching method using a kiosk. More specifically, when creating a specific work of art by sketching through a kiosk, the kiosk displays the work in various ways according to the sketch information input by the user, allowing the creation of various works of art easily and conveniently.

Unless otherwise indicated herein, the material described in this section is not prior art to the claims of this application, and is not admitted to be prior art by inclusion in this section.

In general, art is a cultural heritage that represents human life that is transformed and continues continuity in human lifestyles through paintings, etc.

These works of art are the product of human creative activity that continuously changes according to the times, historical or social situations, and at the same time, they enrich human life. In addition, it has long been developed around the collection and preservation of collections, and continues to be an important human cultural and artistic activity to this day.

Finally, it was possible to visit an art museum online and enjoy works of art while sitting in the room. Meanwhile, in relation to this, virtual reality is generally used in the gaming market, and its use in the art field is not yet in use.

Meanwhile, sketching for these works of art can be done through a kiosk using a specific tool. This can be done by simply sketching using a tool on the kiosk, or changing the brightness and color through editing using a simple image editing tool. You can.

In addition, the prior art in this background is the extent to which the following documents appear. For reference, these matters are related to viewing a work of art, and there are quite a few details regarding the sketches of the above-mentioned works of art.

(Patent Document 0001) KR101317047 B1

(Patent Document 0002) KR101893431 B1

For reference, Document 1 is about an emotion recognition method using facial expressions when appreciating a work of art, and Document 2 is about operating an experiential art museum using a user terminal.

The disclosed content is that when sketching with a kiosk, the original image is reinterpreted and resized from a specific tool according to the user's sketch, and movement is customized for each different background, so a sketching method with famous content function to create various works is provided. We would like to provide

The sketch method with famous painting content function according to the embodiment is,

First, it largely includes the first step of creating a background screen for a distant view using an original image (including famous paintings) and the second step of creating a background screen for a mid-range view. And, it includes the third step of designing the scanner paper to match this background screen.

Specifically, the first step is,

Among the original images, the user selects which one he or she wants to sketch, reinterprets and resizes the selected original image, and moves the background elements in the original image using the editing tools set for each type of background element to create a distant view. In this case, for example, the background element type is classified as background and natural object or specific object.

And, the second step is,

A background screen for the middle and far views is created by giving a sense of space to the 2D images of the middle and near views in the original image using a first setting format that arranges layers corresponding to different middle and near views.

The third step is,

Plan and create a character that matches the perspective or mid-near view background screen, create a marker specifically for scanning the background screen, design the character outline, and design paper specifically for scanning. Then, the scanner paper is designed by applying user coloring information to these characters, sending them to the registration main screen, and creating them on the screen through animation processing.

According to embodiments, when sketching a work of art through a kiosk, the original image is reinterpreted and resized from a specific tool according to the user's sketch, and the movement is tailored to different backgrounds (i.e., far, medium, and near). As a result, various works with a sense of space are created.

1 and 2 are diagrams for conceptually explaining a sketching method with a famous painting content function according to an embodiment.
Figure 3 is a diagram illustrating the entire system applied to the sketch method with famous painting content function according to an embodiment.
Figure 4 is a block diagram showing the configuration of a kiosk applied to the sketch method with famous picture content function according to an embodiment.
Figure 5 is a flow chart sequentially showing a sketching method with a famous painting content function according to an embodiment.

1 and 2 are diagrams for conceptually explaining a sketching method with a famous painting content function according to an embodiment.

Specifically, Figure 1 is a conceptual diagram explaining this sketching method, and Figure 2 is a drawing explaining the scanner paper applied to this sketching method.

As shown in Figures 1 and 2, the sketching method with famous painting content function according to one embodiment first largely creates a background screen of a distant view using the original image (including famous paintings) used on the kiosk, and also creates a background screen of a distant view. Create a background wallpaper of the background. Then, design the scanner paper to match this background screen.

Specifically, first, the original image is selected for the background screen of the distant view, and the image is reinterpreted and resized using the setup image tool, for example, in Photoshop. Then, create it by giving movement to the background, natural objects, or specific objects. For example, the background is done with After Effects, and the specific object is done with Spine or Unity. Additionally, After Effects is a technical element for outputting video, Spine is used to specialize in 2D animation, and Unity is used to specialize in particles and effects.

And, for example, this movement is done in bright, blue colors in the background where the mountains are spread out in various directions and rise tall. Also, in the case of a specific object, a butterfly, it flutters lightly by flapping its wings, and in the case of a flower, it flutters to and fro in the wind.

Next, the mid- and near-ground background screen provides movement by giving a sense of space to the 2D image through layer arrangement. In these cases, the granting program uses Unity, for example.

As another example, when using masterpiece content, a specific point is set at a location designated by the user in the image, and when the user touches, curation is performed by mixing voice, text, and video. For reference, this operation applies equally when using general information.

Meanwhile, in the famous painting reinterpreted in this way, a three-dimensional sense of space is given by dividing the background into the middle and far background, and movement is given to some elements (people, animals, natural environment, etc.) to create a more lively screen. In addition, when you touch an icon specialized for each element of a famous painting, the related curation explains the episodes in the famous painting and the author's story through text, audio, and video screening. Additionally, reinterpreted famous paintings are completed only by adding the user's drawings, and the user directly participates and creates a reinterpretation of the famous painting.

After creating the background screen and curation, design the scanner paper. Specifically, first, plan and create a character that matches the background screen. Then, design a scan-specific paper for scanning. In these cases, dedicated marker creation and character outline design are performed. Next, the character colored by the user is sent to the main screen, and the character animated by Spine is created on the screen.

In this case, the image of the original painting and the picture sketched by the user are transmitted to the screen to complete a new masterpiece, and there are two ways to transmit the picture colored by the user to the screen.

First, method 1 is a method in which the user scans a picture drawn on scanner paper with a scanner, and the digitized picture information is transmitted to the screen.

And, secondly, Method 2 is a method in which digitized picture information drawn by the user on a kiosk equipped with a touch screen is transmitted to the screen, and all methods are possible.

Accordingly, in one embodiment, when sketching a work of art through a programmed kiosk, the original image is reinterpreted and resized according to the user's sketch on scanner paper provided from a specific tool. In addition, by customizing movement for different backgrounds (i.e., far, medium, and near), various works with a sense of space are created.

Figure 3 is a diagram showing the overall system applied to the sketch method with famous picture content function according to one embodiment.

As shown in FIG. 3, the system applied to the sketch method with famous picture content function according to one embodiment largely includes, for example, a kiosk 100 and a management information processing device 200 connected through a private network.

And, this configuration further includes, for example, an artist terminal 300 as an external connection point.

When sketching a work of art, the kiosk 100 reinterprets and resizes various original images (including original famous paintings) on scanner paper provided through a specific tool according to what the user sketches, as described above. In addition, by giving different movements for each distance, mid-range, and near-view, it is possible to create a variety of works with a sense of space. Additionally, the famous painting reinterpreted in this way is given a three-dimensional sense of space by distinguishing the background from the middle and far background, and movement is given to some elements (people, animals, natural environment, etc.) to create a more lively screen. In addition, when you touch an icon specialized for each element of a famous painting, the related curation explains the episodes in the famous painting and the author's story through text, audio, and video screening. Additionally, reinterpreted famous paintings are completed only by adding the user's drawings, and are created by reinterpreting famous paintings through the user's direct participation. Also, for example, in the kiosk 100, as described above, the image of the original painting and the picture sketched by the user are transmitted to the screen to complete a new masterpiece creation, and the picture colored by the user is transmitted to the screen. The above two methods are used.

The management information processing device 200 also provides original images, etc. to the kiosk 100 so that the background original can be smoothly divided and used by the artist and the user.

The artist terminal 300 directly produces various original images that artists (or writers) can use as backgrounds and distributes them to users.

Figure 4 is a block diagram showing the configuration of a kiosk applied to the sketch method with famous picture content function according to an embodiment.

As shown in FIG. 4, the kiosk 100 according to one embodiment largely includes a key signal input unit 101, a communication unit 102, a storage unit 103, a display unit 104, and a control unit 105. .

Additionally, the management information processing device 200 is connected to the kiosk 100, and includes a key signal input unit 201, an I/F unit 202, a storage medium 203, a display unit 204, and a main processing unit 205. ) may also be included.

The key signal input unit 101 receives various user setting information for the sketching method of the above-described embodiment. For example, information on selection of the original image, movement of background elements, layer placement, etc. is input.

The communication unit 102 connects to the external registration management information processing device 200 to receive the corresponding app or deliver work information. Alternatively, the work information is transmitted to a nearby display device for display through a separate information input/output unit (not shown).

The storage unit 103 stores various setting information and registration information by the sketch method according to the embodiment, and categorizes and stores the original image, created background screen, curation information, and designed scanner paper information.

When the background screen, that is, sketch information, is created by the control unit 105, the display unit 104 displays it on the screen and provides it to the user.

The control unit 105 controls each part, and when sketching, according to one embodiment, various original images are reinterpreted and resized according to the user's sketch using a specific tool, and are divided into different distances, mid-range, and near-distances. It is processed to create a sense of space by providing appropriate movement.

Figure 5 is a flow chart sequentially showing a sketching method with a famous painting content function according to an embodiment.

As shown in FIG. 5, in the method of one embodiment, when a work of art is sketched through a kiosk, the control unit of the kiosk uses the registered original image in the kiosk and processes it differently according to the sketch information input according to the user's key operation. do. So, users create various works depending on what they want to draw.

In this state, the method according to one embodiment creates a perspective background screen (S501), as described above.

That is, first, one of the registered original images is selected according to user setting information. Then, the selected original image is reinterpreted and resized using the setup image tool. Therefore, a perspective background screen is created by moving the background elements in the original image using the setting editing tool for each type of background element.

For example, background element types are divided into background, natural objects, and specific object types. Additionally, the background is set as an After Effects tool type, and the natural objects are set as After Effects or Unity tool types, respectively. Additionally, the target is edited by setting it to Spine or Unity Tool Type.

Next, create a mid-range background screen (S502).

First, a mid- and near-field background screen is created by giving a sense of space to the 2D images of the mid- and near-field in the original registered image for the sketch using a first setting format that arranges layers corresponding to different mid- and near-fields.

This first setting format, for example, makes the layer relatively thin and dark at the back in the case of middle ground, and makes the layer relatively thick and bright in the case of near ground. In addition, this information is created according to the type of original image, for example, according to the resolution and quality or processing format of the image from which the original image was created.

Next, perform scanner paper design (S603).

For this purpose, characters suitable for the far-end or mid-near view background screen are extracted from the registered characters for each different original image. Then, create a dedicated marker for scanning of the background screen, design the character outline, and design the scanning-only paper. Therefore, user coloring information is applied to these characters, sent to the registration main screen, and created on the screen through setup animation processing.

So, in one embodiment, when creating a work of art by sketching through a kiosk, a sketch with a sense of space is performed by assigning movement to each of the distant, middle, and near views in various original images for sketching.

Additionally, after creating the background screen as described above, curation may be performed separately.

In other words, the reinterpreted famous painting is given a three-dimensional sense of space by distinguishing between the background, middle and far background, and movement is given to some elements (people, animals, natural environment, etc.) to create a more lively screen. In addition, when you touch an icon specialized for each element of a famous painting, the related curation explains the episodes in the famous painting and the author's story through text, audio, and video screening. Additionally, reinterpreted famous paintings are completed only by adding the user's drawings, and the user directly participates and creates a reinterpretation of the famous painting.

For example, a point is set at a user-specified location including a background element in the registered original image. Next, when the user touches the point, registration curation is performed for each different original image. In this case, curation takes the form of a mixture of voice, text, and video.

In particular, this curation was created for famous paintings, and when a new image is created by resizing and reinterpreting the original famous painting, movement is given to specific background elements and specific points are set in the image to proceed according to the user's touch. .

Meanwhile, curation according to the above-described second setting format may be as follows, for example (different settings of movement, sound effects, and particles according to user behavior analysis, and curation progress accordingly).

That is, in the second setting format, first, for example, three types of behavioral analysis, such as inquiry and comparison of each wallpaper work for a plurality of different wallpaper works, selection of a preferred work for the wallpaper work, and selection of the work for the background screen. They are collected separately and given different weights.

In this case, the behavior analysis divides multiple different individuals into categories of wallpaper works, classification of wallpaper works, satisfaction and price, or trend information.

Next, according to the information obtained through this behavior analysis, the movements, sound effects, and particles of the characters in the wallpaper work are registered in different settings for each individual to proceed with curation.

As described above, in one embodiment, when sketching a work of art through a kiosk, the original image is reinterpreted and resized from a specific tool according to the user's sketch, and moves according to different backgrounds (i.e., by far, medium, and near). Because it is customized, it creates a variety of works with a sense of space.

Meanwhile, in another embodiment, in this case, an app is provided for classifying and registering and viewing a plurality of different sketched information by identification code at a kiosk, etc., and receives user app request information and provides the app. Additionally, when an identification code is entered through the app, information on the work is provided.

In this case, when the user views the work information, he or she requests and receives the app provided by the kiosk. Additionally, information on the work is provided by obtaining and entering identification code information located around the work being viewed through the app.

Additionally, when work information based on this identification code is provided, background elements in the work information are curated in various ways according to user touch point information, that is, according to what the user wants to appreciate.

On the other hand, in the method according to this other embodiment, when receiving the original image from artists, the information is safely provided in a distributed encryption method from the method below, so that the administrator or user can safely and smoothly receive the original image. .

In other words, in this configuration, when information is first provided, for example, n pieces of information are generated using the corresponding secret key and exclusive OR characteristics for each number obtained by adding the number of artists delivering the information and the number of originals.

Then, n partial secret keys are generated using this information, and encryption is performed by storing the encrypted information and partial secret key in each of the n numbers. In these cases, information is divided into artists and originals.

To briefly explain this background, as terminals become more high-performance and high-capacity, the importance of protecting and managing important information inside the terminal is emerging.

In order to protect and manage such important information, a conventional method is used to back up important information in a terminal by encrypting it and storing it in an external storage device.

However, if important information is stored in an external storage device, a problem may arise where important information is easily leaked if the storage device is hacked.

Therefore, when storing important information in an external storage device, a more secure method is required.

On the other hand, and especially in this case, the method of entering arbitrary initial values and secret keys is blocked by using scrambling, thereby storing information more effectively.

To this end, first, when encrypted in this way, the information is encrypted from the configuration below and provided separately.

And also, the configuration is as follows.

a) In other words, when original information is input, a different secret key is selected according to the shape or length of the plaintext based on the AES encryption method.

Also, according to the size of the secret key, one of a number of different rounds is selected and executed repeatedly to obtain the ciphertext.

In addition, the function for each round applies the ARIA (Academy Research Institute Agency) cipher format, which includes round key addition, substitution layer, and spreading layer.

b) Therefore, before performing the round key addition operation, the plaintext and the secret key are modulated by first performing exclusive OR with n-1 scramblers (n is the number of each).

c) Then, set this modulation information into n partial secret keys, and provide one different partial secret key to each of the n targets.

d) So, when the modulation is performed in this way, the ciphertext is obtained by repeatedly executing it as a function for each round including one round of round key addition operations according to the secret key size.

And, whenever the ciphertext (format) is obtained, the scrambler systematically destroys the round key addition operation and the operation result is obtained in the same format as the commercial AES (Advanced Encryption Standard).

Meanwhile, in addition to this, the above information storage method, when encrypted in this way, stores the information using the following configuration using conventional technology as another example, thereby enabling effective storage in another aspect.

For example, this configuration first constructs a secret key equal to n-1 scrambles, that is, the number of objects minus one, and uses this secret key to generate n pieces of information.

To explain more specifically, a t-1st order random polynomial (f(x)) with a constant term as secret information is selected, and values from 1 to n are assigned to x of the t-1st order random polynomial (f(x)). N pieces of information can be generated by substitution. At this time, t represents the number of information required to recover secret information.

Then, configure a specific secret key.

Next, n-1 random keys, that is, n-1 scrambles, are generated, and both the secret key and the n-1 random keys are bitwise XORed.

Then, this information can be set into n partial secret keys, and a different partial secret key can be sent to each of the n destinations.

Then, each n piece of information is encrypted with a secret key to generate n pieces of encrypted information.

Then, n pieces of encrypted information are transmitted to each corresponding n destinations and stored. For reference, this method is also used in the same way as the above method.

Therefore, before transmitting this encrypted information, a process of authenticating whether n targets are legitimate users can be performed.

100: Kiosk
200: Management information processing device

Claims (3)

When sketching a work of art through a kiosk, the control unit of the kiosk uses the registered original image within the kiosk and processes it differently according to the sketch information entered according to the user's key operation. In the sketching method of creating a work of art,
A first process of selecting one of the registered original images according to user setting information, a second process of reinterpreting and resizing the selected original image using a setting image tool, and dividing the background elements in the original image into different background element types. A first step of creating a perspective background screen by including a third process of assigning movement to each using a setting editing tool;

A second step of creating a mid- and near-field background screen by giving a sense of space to the 2D images of the mid- and near-field in the registered original image using a first setting format that arranges layers corresponding to different mid- and near-fields;

A first process of setting a point at a user-specified location including the background element in the registered original image, and registering registration curation information that mixes music, text, and video for each different original image when the point is touched by the user. Curation is performed by including a second process of performing a second process and a third process of operating the background character of the registered original image for sketching through a second setting format that generates movement and sound effects or particles in response to different detected user movements. The third step is to do; and

A first process of extracting a character suitable for the perspective or medium-near-view background screen from the registered characters for each different original image, creating a marker dedicated for scanning the background screen, designing a character outline, and designing a paper for scanning only. A fourth step of designing the scanner paper by including a second step and a third step of applying user coloring information to the character, sending it to the registration main screen, and creating it on the screen through setup animation processing;
A sketch method with a famous painting content function comprising: In claim 1,
The third process according to the first step is,
The background element types are categorized into background, natural object, and object (or object) type,
The setting editing tool for each background element type is set as an After Effect tool type for the background type, an After Effects or Unity tool type for the natural object type, and the target is Spine or Unity. Setting the tool type to ;
A sketch method with famous painting content features. In claim 2,
After the fourth step above,
An app is provided for classifying and registering and appreciating information on multiple different sketched works by identification code. The app is provided upon receiving user request information, and the relevant work information is provided when an identification code is entered through the app. Step 5 provides; and
When receiving work information according to the identification code, a sixth step of curating background elements in the work information according to user touch point information;
A sketch method with a famous painting content function comprising: