KR20180077980A - System for providing wild grass imagefor painting - Google Patents

System for providing wild grass imagefor painting Download PDF

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KR20180077980A
KR20180077980A KR1020160182904A KR20160182904A KR20180077980A KR 20180077980 A KR20180077980 A KR 20180077980A KR 1020160182904 A KR1020160182904 A KR 1020160182904A KR 20160182904 A KR20160182904 A KR 20160182904A KR 20180077980 A KR20180077980 A KR 20180077980A
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image
wild
grass
wild grass
folk
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하재옥
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주식회사 계수나무
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    • G06F16/40—Information retrieval; Database structures therefor; File system structures therefor of multimedia data, e.g. slideshows comprising image and additional audio data
    • G06F16/43—Querying
    • G06F16/432—Query formulation
    • G06F16/434—Query formulation using image data, e.g. images, photos, pictures taken by a user
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    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06T—IMAGE DATA PROCESSING OR GENERATION, IN GENERAL
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    • G06T11/60—Editing figures and text; Combining figures or text
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    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06T—IMAGE DATA PROCESSING OR GENERATION, IN GENERAL
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    • G06T13/80—2D [Two Dimensional] animation, e.g. using sprites
    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06T—IMAGE DATA PROCESSING OR GENERATION, IN GENERAL
    • G06T2207/00—Indexing scheme for image analysis or image enhancement
    • G06T2207/20—Special algorithmic details
    • G06T2207/20212—Image combination
    • G06T2207/20221—Image fusion; Image merging

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Abstract

The present invention relates to a system for providing an image and, more specifically, to a system for providing a wild plant image to produce a folk painting which stores wild plants to be used as materials of folk paintings in a form of images, stores image patterns incorporating various individual expression techniques of folk painting artists, and then converts a wild plant image selected by a user intending to produce a folk painting in accordance with an image pattern selected by the user to provide a converted image to allow production of folk paintings using drawings of wild plants incorporating individual techniques of folk painting artists as materials based on real images of wild plants instead of photographs to increase folk painting production convenience for artists or ordinary users.

Description

{SYSTEM FOR PROVIDING WILD GRASS IMAGEFOR PAINTING}

[0001] The present invention relates to an image providing system, and more particularly, to an image providing system for storing wild grasses to be used as a material of folk painting in the form of images and reflecting various expressive techniques After the pattern is saved, the wild grass image selected by the user who wants to make the folk painting is transformed to fit the image pattern selected by the user, thereby providing a picture of wild grass reflected on the actual image of wild grass, The present invention relates to a system for providing wild grass images for producing folk paintings, which enables the production of folk paintings by artists or general users to be improved.

In general, folk painting refers to practical use made for decoration of living space or according to folk customs. In the past, it was mainly drawn by anonymous people. Recently, as interest in decorative folk painting has increased, many folk painting artists have.

In the case of these folk paintings, there are some areas which overlap with the orthodox paintings, but there still exist a difference between the sentimental paintings and the folk paintings with the traditional symbolism and the practical symbolism. Unlike orthodox paintings, Minhwa only has a considerable number of objects, which are used in a wider and richer area than any other painting.

In addition, these folk paintings can easily be seen in folk paintings of religious system and decorative folk paintings. Decorative folk paintings include landscape paintings such as landscapes, reconciliation, paintings, and paintings.

In order to produce these folk paintings, the folk artist who has seen the objects such as wild plants and life style had to draw everything from the beginning to the end according to his preferred expression pattern. In addition to slowing down the work speed, It is not easy to transfer or train the technique to implement the method.

Therefore, not only is it possible to improve the speed of the work of making a folk painting by a folk artist, but also the interest of a new means to contribute to improving his or her folk art production ability by imitating the expression patterns of his favorite folk artist Is increasing.

Korean Patent No. 10-1593317

The wild grass image providing system for making a folk painting disclosed in the present specification stores wild grasses to be used as folk art materials in the form of images, stores image patterns reflecting various expressive techniques of folk artists, , Which is based on the actual image of the wild grass, but it is possible to make a folk painting based on the picture of the wild grass reflecting the technique full of personality of the folk artists rather than the photographs And to provide a system for providing wild grass image for making a folk painting which can improve the convenience of author or general user.

In order to solve the above-described problems,

A client terminal for accessing an image registration server and an image registration server for storing an image of the photographed wild grass and selecting a wild grass image and generating a selected wild grass image; and a wild-type image converted into an image pattern, And transmits the image data to a client terminal.

The wild-type image registration server includes a method of measuring chlorophyll content of a wild plant to be used as a source of flesh, measuring the chlorophyll content of each part, and matching the chlorophyll content of each part of the wild plant with the image obtained by photographing the wild grass.

The wild-color image registration server records the chlorophyll content of the wild grass to be used as the material of the folly using the chlorophyll-measuring instrument, and records the chlorophyll content storage part storing the chlorophyll content in the database and the wild chop with the measured chlorophyll content. A wild grass image storing part for storing an image or a whole image of each part of a wild grass and storing the wild grass image in a database and the wild grass image acquired by the wild grass image storing part according to the growing stage of wild grass, And a wild-eye image matching unit for storing the wild-eye image in a database.

The wild-type image matching unit classifies the growth state of the wild grass according to the chlorophyll content into growth, flowering, full-grown state, and the like.

The folk image conversion server includes a folk image pattern registration unit for storing image patterns reflecting techniques of folk artists in a database.

Wherein the folk painting image conversion server comprises: a wild-type image extracting unit for extracting a wild-type image selected as a material of folk painting from the wild-type image registration server and extracting the wild-type image from the wild-type image registration server; A wild grass image combining unit for generating an image of the entire wild grass by combining images of the plurality of wild grasses and synthesizing a plurality of wild grass images when a plurality of wild grass images are required to generate an image for producing one folktale; A wild-type image generated by the wild-color image combining unit is converted into a wild-type converted image according to an image pattern selected from the image patterns registered in the database, Further it includes a wound.

The wild grass image extracted by the wild grass image extracting unit includes a site image or a whole image related to various kinds of wild plants.

The present invention generates and provides a wild-type transformation image transformed into various forms in accordance with expression patterns of folk artists, so that it is not a photograph that can be expressed only as a photographed image based on actual images of wild grasses, It is possible to produce folk paintings with a pattern, and it is more effective for the ordinary users as well as the folk artists to approach the production of folk paintings using the technique of the folk artist preferred by them.

The foregoing provides only a selective concept in a simplified form as to what is described in more detail hereinafter. The present disclosure is not intended to limit the scope of the claims or limit the scope of essential features or essential features of the claims.

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a block diagram of a wild-color image providing system for making folk painting disclosed in this specification. FIG.
BACKGROUND OF THE INVENTION Field of the Invention [0001] The present invention relates to a method of providing wild grass images for the production of folk paintings.

Hereinafter, embodiments disclosed in this specification will be described in detail with reference to the drawings. Like reference numerals in the drawings denote like elements, unless the context clearly indicates otherwise. The exemplary embodiments described above in the detailed description, the drawings, and the claims are not intended to be limiting, and other embodiments may be utilized, and other variations are possible without departing from the spirit or scope of the disclosed technology. Those skilled in the art will appreciate that the components of the present disclosure, that is, the components generally described herein and illustrated in the figures, may be arranged, arranged, combined, or arranged in a variety of different configurations, all of which are expressly contemplated, It can be easily understood that a part is formed. In the drawings, the width, length, thickness or shape of an element, etc. may be exaggerated in order to clearly illustrate the various layers (or films), regions and shapes.

When a component is referred to as being "positioned" to another component, it may include a case where the component is directly disposed on the other component as well as a case where an additional component is interposed therebetween.

When one component is referred to as being "connected" to another component, it may include a case where the one component is directly connected to the other component as well as a case where additional components are interposed therebetween.

When one element is referred to as being "formed" to another element, it may include the case where the one element is formed directly on the other element, as well as the case where additional elements are interposed therebetween.

When one element is referred to as being "coupled" to another element, it may include the case where the one element is directly coupled to the other element as well as the case where additional elements are interposed therebetween.

The description of the disclosed technique is merely an example for structural or functional explanation and the scope of the disclosed technology should not be construed as being limited by the embodiments described in the text. That is, the embodiments are to be construed as being variously embodied and having various forms, so that the scope of the rights of the disclosed technology should be understood to include equivalents capable of realizing the technical ideas.

It is to be understood that the singular " include " or " have ", if any, Or combinations thereof, and does not preclude the presence or addition of one or more other features, integers, steps, operations, elements, components, or combinations thereof.

Unless defined otherwise, all terms used herein have the same meaning as commonly understood by one of ordinary skill in the art to which the disclosed technology belongs. Commonly used dictionary defined terms should be interpreted to be consistent with the meanings in the context of the related art and can not be interpreted as having ideal or overly formal meaning unless explicitly defined in the present application.

The wild grass described in the present specification is intended to easily describe an embodiment of the wild grass image providing system for making the folk painting disclosed in the present specification, and can be applied to all ordinary plant groups.

BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a block diagram of a system for providing a wild-plant image for the production of folk painting disclosed in this specification; Fig.

Referring to FIG. 1, the system for providing wild grass images for the production of folklore disclosed in the present invention comprises an image obtained by measuring the content of chlorophyll in the wild grass to be used as a material of folk plants, And a wild-plant image registration server 100 for matching the chlorophyll content and storing it in a database.

In addition, the wild-grass image providing system for making a folk painting disclosed in the present specification can access a wild-type image registration server on a wired / wireless communication network, select a wild-type image stored in a database, select an image pattern reflecting a desired artist's technique, And a client terminal 200 for generating a folktale by requesting a pattern conversion and adopting a wild-type conversion image converted into the pattern.

In addition, the wild-grass image providing system for making a folk painting disclosed in the present invention converts wild grass images selected at the client terminal into image patterns of the artist selected by the user, generates a wild-type converted image to be applied to folk painting, And an image conversion server 300 for folks.

The wild-type image registration server 100 includes a chlorophyll content storage unit 110 that receives values of chlorophyll content of wild grasses to be used as a material of fol- lowing by using chlorophyll-measuring equipment, and stores the data in a database.

The image registration server 100 includes a wild-type image storing unit 120 for storing an image or a whole image of each part of the wild-type plant obtained by photographing the wild grass with the measured chlorophyll content and storing the same in a database.

And a wild-type image matching unit 130 for classifying wild grass images obtained in the wild-type image storage unit according to growth stages of wild grasses and matching the contents with chlorophyll content for each site and storing the same in a database.

The chlorophyll content storage unit 110 stores chlorophyll content of each part including leaves, stems, and flowers of wild grasses to be used as a material of folk plants, And stored in a database.

For this purpose, various equipment such as IMAGING-PAM M-Series of Heinz Walz GmbH of Germany can be used as a chlorophyll-measuring device for measuring the chlorophyll content of each part of wild grass, and the values obtained from such chlorophyll measuring equipment The wild-chestnut image registration server 100 may be provided with the wild-chestnut image registration server 100, and the administrator of the wild chestnut image registration server may provide the wild chestnut name and the unique number to specify the wild chestnut, Or the like.

At this time, the chlorophyll content of the wild grass stored in the database is stored together with the name and unique number (ex: Dandelion 0001) that can specify wild grass and the chlorophyll content of each leaf, stem, and flower together (ex: Dandelion 0001-12, 20, and 30). Therefore, when searching for wild grass images using the client terminal, it is possible to conveniently search by using the name and unique number of wild grass, and also to easily select the chlorophyll content by site It is desirable to be able to carry out the present invention.

The wild-type image storing unit 120 photographs the wild grass with the chlorophyll content measured by a camera to obtain an image of a part made up of leaves, stems, and flowers of the wild grass, or a whole image. Then, And receives the star image and stores it in the database.

At this time, the image of the wild grass can be composed of the entire image including all the leaves, stems, and flowers, and also, in consideration of the characteristic of folk painting which can add an exaggerated expression to each region rather than a still- Such as leaves, stems, flowers, etc., in order to make it easy to apply a change to each part of the plant.

In addition, since the image of each part of the wild grass stored in the database by the wild-type image storing unit 120 is composed of the fluorescent image realized by the fluorescence image system, the difference of the color tone according to the difference in chlorophyll content can be more easily It is desirable to be able to grasp it. It is needless to say that a camera for acquiring an image of a part of a wild plant may be a device equipped with a fluorescence image system.

The wild-chest image matching unit 130 matches the chlorophyll content of each part of the wild grass, which is input from the chlorophyll content storage unit 110, to an image or a whole image of each part of the wild grass that is input from the wild-chest image storage unit 120 And stored in the database.

Accordingly, when searching for a wild grass image in the future, the client terminal user can confirm the chlorophyll content contained in the wild grass by numerical values. Therefore, the image of the wild grass that is visually confirmed and the value of the chlorophyll actually contained in the wild grass, , It is possible to select the image of each part of the wild grass to be adopted in the present invention, thereby contributing to the reflection of the subtle hue difference caused by the difference in the chlorophyll content.

In addition, the wild-type image matching unit 130 may classify the growth state of the wild grass according to the chlorophyll content into growth, flowering, full-grown state, etc., and store the classified growth state together. As a result, as a user who wants to use wild grass image as a material of folk painting, it is possible to select the wild grass name and growth condition first, and then to select desired wild grass image by viewing the image and chlorophyll content of each part, You will be able to search all of the vinegar images and lessen the inconvenience of having to check everything.

For this, the wild-type image matching unit 130 adopts the chlorophyll content measured at at least one of the leaves, stems, and flower parts of the wild grass as a reference, and calculates a chlorophyll reference value (Ex, dandelion 0001 - full) after determining the growth state.

The client terminal 200 accesses the wild-type image registration server 100 on a wired / wireless communication network to select a wild-type image to be used as a material of a folklore to be produced while confirming wild grass images according to various growth conditions, A user who is connected to the folk painting image conversion server 300 and selects an image pattern to be applied to his / her folk painting among image patterns reflecting various folk artist techniques, .

Accordingly, the client terminal 200 is a terminal managed by a user such as a folk artist or a general public who wants to produce folk art using a wild-type converted image adapted to an appropriate image pattern, 100, and a folk image conversion server 300 to send and receive data, a personal computer or a smart terminal equipped with an input means and a display means for selecting and confirming wild grass image or wild grass converted image, ≪ / RTI > In this case, the smart terminal may be composed of a smart phone or a tablet PC which is excellent in portability and is capable of data transmission / reception and data processing on a wireless communication network.

The user who has received the wild grass image selected by the client terminal 200 and converts the selected wild grass image into an image pattern selected by the client terminal 200 and supplied from the image conversion server 300 for folk painting, It is possible to produce folk paintings. In other words, it is possible to output the wild grass conversion image itself which transformed the wild grass image according to the image pattern of the desired folk artist, as well as to output the final result of the folk painting, as well as add or paint additional images based on the wild grass conversion image So that his or her own folklore can be produced easily.

The folktale image conversion server 300 includes a folktale image pattern registration unit 310 for registering an image pattern reflecting techniques of folktales and storing the image pattern together with the name of the folktale writer in a database.

The folktale image conversion server 300 includes a wild-type image extraction unit 320 for receiving a wild-type image selected from the wild-type image registration server and extracting the wild-type image selected from the wild-type image registration server.

When the wild-type image extracted by the wild-color image extracting unit is a region-specific image, the folk-painting image conversion server 300 generates an image of the entire wild-type plant by synthesizing the images of each region, and synthesizes a plurality of wild- And a wild-eye image synthesis unit 330 for generating an image for producing one folktale.

Then, the folk painting image conversion server 300 generates a wild-type converted image by converting the wild grass image generated by the wild grass image extracting unit or the wild grass image combining unit to an image pattern selected from the image patterns registered in the database, And a wild-type image pattern converting unit 340 for transmitting the wild-type image pattern.

The folktale image pattern registration unit 310 is configured to register the expression patterns that the folktales favorite in the works of the folks in the image with the image pattern for converting the image of the wild-type to store in the database. At this time, the folktale image pattern registration unit 310 stores the names of the folktales by matching the names of the folktales with respect to each image pattern, thereby searching for the image pattern of the folktale that the user prefers It is desirable to make it possible to more easily perform the operation.

As described above, the image pattern registered and stored in the database by the folk painting image pattern registration unit 310 may be a pattern in which any particular part of the leaf, stem, or flower of the wild grass is exaggerated in accordance with the tendency of the folk artist, It can be made of a pattern that expresses darkly the outline of the leaf, stem or flower of the wild grass, and adopts the blurred gradation effect toward the inside. In addition, a pattern adopting various gradation effects such as blurring toward the left from the right side of the leaf, stem or flower of the wild grass, blurring from left to right, blurring from the lower side to the upper side or from the upper side to the lower side . In addition, it may be a pattern adopting a gradation effect in which the leaves, stems or flowers of the wild plants are externally expanded and intensified from the inside of the flower, or may be a pattern in which leaves, stems, or flowers of the flowers are left only bold or soft It becomes possible.

The various image patterns can be variously registered according to the preference of folktales, and it is possible to add new image patterns or delete existing image patterns later.

The wild-grass image extracting unit 320 is connected to the wild-type image registration server at the client terminal, and is configured to receive the wild-type image selected by the user and to extract the wild-type image. For this purpose, the wild-type image registration server 100 and the folk-painting image conversion server 300 are preferably connected to each other to facilitate transmission and reception of wild grass images selected by the user.

At this time, the wild grass image extracted by the wild grass image extracting unit 320 may be composed of one wild grass image or one whole wild grass image, and if it is desired to represent various kinds of wild grass in one flesh It may be configured to select and extract a site-specific image or an entire image related to various kinds of wild plants.

In this specification, the wild-type image registration server 100 and the folk-painting image conversion server 300 have been described as separate servers. However, this is due to differences in functions performed by each server, The server 100 and the folk image conversion server 300 may be constituted by one web server that the client terminal 200 can access and the wild-type image and the image pattern may be stored together in one database to be.

The wild-brand image combining unit 330 combines the wild-brand image extracted by the wild-brand image extracting unit and the wild-brand image extracted by the wild-brand image extracting unit to form an image of the wild- A flower, a stem, and a flower are synthesized to generate an image of the entire wild grass, and when a plurality of wild grasses are to be represented in folks, the whole images of various wild grasses are synthesized to generate a wild grass image composed of herds. Accordingly, the wild-grass image combining unit 330 can generate a basic framework of the wild-grass image to be implemented in folk painting based on the wild grass image selected by the user.

The wild-type image pattern converting unit 340 converts the wild-type image pattern extracted by the wild-type image extracting unit 320 or the wild-type image combining unit 330 into a wild-type image pattern corresponding to an image pattern selected by the user, To generate a wild-type converted image.

For this, the wild-type image pattern converting unit 340 should provide the user of the client terminal connected on the wire / wireless communication network to search for the image pattern composed of the expression patterns of the folktale artists. And is adapted to be adopted as a pattern for conversion.

The wild-type image pattern converting unit 340 may generate a wild-type transformed image of a wild-chested image selected by a user in an exaggerated manner, such as a leaf, stem, or flower of a wild plant, It is possible to generate a wild-type transformed image in which the outline of a leaf, stem, or flower of a flower is dense and the gradation effect is blurred or blurred in one direction toward the inside. In addition, a wild-type converted image having various transformed shapes is generated according to an image pattern selected by the user, such as generating a wild-type converted image in which only an outer boundary line of the wild grass is expressed.

As described above, the wild-type converted image generated by the wild-type image pattern converting unit 340 can be transmitted to the user's client terminal 200 via the wired / wireless communication network and downloaded, thereby allowing the user to use the wild- It is possible to produce folk paintings.

As described above, the wild-type image pattern converting unit 340 generates and provides the wild-type converted image that is converted into various forms according to the expression patterns of the folktales, so that the wild-type image is not a photograph that is based on the actual image of the wild- , It is possible to produce folk paintings reflecting the expressive patterns of various folk artists. Therefore, folk artists as well as general users can easily access to the production of folk paintings using their favorite folk artist techniques.

Hereinafter, a method for providing wild grass images for producing folk paintings according to the wild grass image providing system for producing the folk paintings will be described.

2 is a block diagram of a method for providing a wild-plant image for making a folk painting disclosed in the present specification. Referring to FIG. 2, the method of providing wild grass images for the production of flesh flowers disclosed in the present specification includes a chlorophyll content measuring step of measuring the chlorophyll content of wild grasses to be used as a foliation material, S10).

The method for providing wild grass images for the production of folklore disclosed in this specification includes a step of storing wild grass images in which the chlorophyll content of each part of the wild grass is matched with the wild grass image obtained by photographing the wild grass, S20).

The method of providing wild grass images for making a folk painting disclosed in this specification includes a step of registering image patterns for folk paintings in which image patterns reflecting techniques of folk artists are registered and stored in a database together with names of the folk artists.

The wild-type image providing method for making a folk painting disclosed in this specification includes a wild-type image extracting step (S40) for extracting a wild-type image selected by a user connected to a client terminal from an image of wild plants stored in a database, When wild grass image is a part-by-part image of wild grass, it generates a whole image of wild grass by synthesizing images of each part, and when a plurality of wild grass images are required for foliation production, synthesis of wild grass image by synthesizing whole images of wild grass, (S50).

The method for providing a wild-type image for making a folk painting disclosed in the present invention is a method for generating a wild-type converted image by converting the wild-type image generated in the wild-color image combining step (S50) according to an image pattern of a folk artist selected by the user, And a wild-type image pattern conversion step (S60) of transmitting the wild-type image pattern to the terminal.

The chlorophyll content measuring step (S10) is a chlorophyll measuring device that measures the chlorophyll content of each part including leaves, stems, and flowers of the wild grass, receives the chlorophyll value obtained from the wired / wireless communication network, And store it in the database.

The chlorophyll value of the wild grass stored in the chlorophyll content measuring step (S10) may be adjusted to the name of the wild grass and the number of the flower, (Ex, dandelion 0001-12, 20, 30) together with the chlorophyll content. In this example, "dandelion 0001-12, 20, 30" represents the name of wild grass, "0001" represents the first number of the dandelion, "12" represents the chlorophyll content of the leaf, 20 'represents the chlorophyll content of the stem, and' 30 'represents the chlorophyll content of the flower.

The wild-chestnut image storing step S20 includes a wild chestnut image capturing process S22 of capturing a wild chestnut where chlorophyll content is measured and obtaining a wild chestnut image and storing the wild chestnut image in a database, And a wild grass image matching process (S24) in which the chlorophyll content of each region is matched and stored in a database.

At this time, the wild grass image capturing process (S22) may be configured to acquire an image of each part of the wild grass by photographing the wild grass that has been measured for chlorophyll content by leaf, stem, and flower part, As shown in FIG. In this way, the site-specific image or the entire image of the wild plant obtained by photographing the wild grass or the entire region is stored in the database.

At this time, it is preferable that the wild grass image to be obtained in the step S22 of capturing the wild grass image is composed of a fluorescent image so that the difference of color shade according to the difference of chlorophyll content can be more easily grasped.

The wild grass image matching step S24 is configured to match the chlorophyll values indicating the chlorophyll content measured for each site to the wild grass image obtained in the wild grass photographing step S22 and store them together in the database. Accordingly, when the wild grass image is searched, it is possible to easily check the chlorophyll content measured in the wild grass, so that it is possible to refer to the difference of color shade according to the chlorophyll difference to reflect in the foliation production.

In addition, it is preferable that the wild-type image storing step (S20) further comprises a growth classifying step (S26) of classifying the growth state of the wild grass according to the chlorophyll content into the growth, flowering, Do.

At this time, in the growth classification process (S26), the manager may be configured to classify the wild plants by the growth state arbitrarily judged by the image, but in this case, it is not appropriate to adopt objective and uniform criteria for the growth state of the wild plants, And comparing the chlorophyll content measured at each site of the plant with the reference value of the chlorophyll content according to the growth state of the wild grass pre-stored in the database.

By storing the growth state in the wild grass image together in the growth classification process (S26), as a user who wishes to use wild grass as a material of folk painting, only the wild grass image in a desired growth state can be selectively searched It is possible to improve the convenience of the apparatus.

The registration step S30 of the folk painting image is configured to register the expression patterns that the folktale writers enjoy in the works of the folks in the image pattern for converting the images of the wild plants and store them in the database together with the names of the folktales.

At this time, in step S30 of registering the image pattern for folk painting, the outline thickness of the wild-type image may be variously registered according to the technique of each folk artist, or a position to give a gradation effect indicating a change in color of the wild- And various techniques of various folk artists can be registered in the form of image patterns.

The wild-grass image extraction step S40 is configured to activate wild-selection images selected by a user who wishes to produce folks after connecting to the client terminal using a wild-colored image as a material in a database and extract the wild-type images as objects to be converted.

At this time, in the wild grass image extracting step (S40), the user can select an image of a leaf, a stem, or a flower part or a whole image of a specific wild plant, and extract the selected image as a conversion object. Alternatively, the entire image can be extracted together as a conversion target.

The wild-grass image combining step S50 may be configured to combine an image of a part of the wild grass selected by the user in the wild-grass image extracting step, or a whole image of the wild grass, to implement a wild-type image to be implemented in the painting.

For this, in the wild-grass image synthesis step S50, if the image extracted in the wild-grass image extraction step S40 is an image of a part made up of leaf, stem, flower, etc. of wild grass, To generate an image.

In addition, when the user wishes to express a plurality of wild plants in the flesh, the wild grass image combining step S50 is configured to synthesize all the wild grass images of various wild grasses to generate a wild grass image composed of herds. At this time, it is needless to say that the user is preferably configured to freely set the arrangement position of the wild-type images.

The wild-type image pattern conversion step S60 may be performed in the wild-color image combining step S50, which is an image pattern reflecting the technique of the folktale artist selected by the user among the image patterns stored in the database, And convert the wild-type image to generate a wild-type converted image.

Accordingly, the wild-type image generated in the wild-color image combining step (S50) may be modified in various ways such as changing the thickness of the outline on the wild-type image or imparting a gradation effect to the color of the wild- To generate a wild-type transformed image.

The wild-type converted image generated in the wild-color image pattern converting step S60 is transmitted to the client terminal of the user who has selected the wild-type image and the image pattern through the wired / wireless communication network so that the user can use the wild-

By converting wild grass images obtained by directly photographing wild grasses in the wild grass image pattern conversion step S60 by image patterns reflecting various techniques for realizing the style of folktale artists, .

From the foregoing it will be appreciated that various embodiments of the present disclosure have been described for purposes of illustration and that there are many possible variations without departing from the scope and spirit of this disclosure. And that the various embodiments disclosed are not to be construed as limiting the scope of the disclosed subject matter, but true ideas and scope will be set forth in the following claims.

100: wild grass image registration server
110: Chlorophyll content storage unit
120: wild grass image storage part
130: Wild chest image matching unit
200: Client terminal
300: Image conversion server for folk painting
310: Image pattern registration section for folk painting
320: wild grass image extracting unit
330: wild grass image synthesis part
340: wild flower image pattern converting section

Claims (8)

An image registration server for storing an image of the photographed wild grass;
A client terminal connected to the image registration server to select a wild-type image and to produce a selected wild-type image as a folklore; And
And a folk image conversion server for generating wild grass converted images converted into image patterns and transmitting the selected wild grass images to the client terminal. The method according to claim 1,
The wild grass image registration server measures the chlorophyll content of the wild grass to be used as a material of folk plants and records the chlorophyll content of each part of the wild grass to the database, Wild plant image providing system for production. 3. The method of claim 2,
The wild-type image registration server comprises:
A chlorophyll content storage unit for storing a chlorophyll content of a wild grass to be used as a foliation material by using a chlorophyll measuring instrument and storing the chlorophyll content in a database;
A wild grass image storing unit for storing an image or a whole image of each part of the wild grass obtained by photographing the wild grass with the chlorophyll content measured and storing the same in a database; And
And a wild grass image matching unit for classifying the wild grass image obtained in the wild grass image storing unit according to the growing stage of the wild grass, and matching the chlorophyll content with each content of the wild grass image and storing the same in a database. The method of claim 3,
The wild-eye image matching unit,
The present invention relates to a system for providing wild grass images for the production of folklore in which growth conditions of wild grasses are classified into growth, flowering, full bloom, etc. according to the chlorophyll content. 5. The method of claim 4,
Wherein the folk painting image conversion server comprises:
And an image pattern registration unit for storing the image pattern reflecting the techniques of the folktale artists in a database. 5. The method of claim 4,
Wherein the folk painting image conversion server comprises:
A wild grass image extracting unit for receiving a wild grass image selected as a material of flesh in the client terminal from the wild grass image registration server and extracting the wild grass image as a conversion object;
When the wild grass image extracted by the wild grass image extracting unit is a site-specific image, images of the entire wild grass are synthesized by combining images of the site, and when a plurality of wild grass images are required, a plurality of wild grass images are synthesized, Wild grass image to produce a composite; And
A wild-type image pattern converting unit for converting the wild-type image generated by the wild-type image extracting unit or the wild-color image combining unit into an image pattern selected from image patterns registered in the database to generate a wild-type converted image, ≪ / RTI >; The method according to claim 6,
Wherein the wild grass image extracted by the wild grass image extracting unit is composed of a site image or a whole image related to various kinds of wild grasses. 8. The method of claim 7,
After measuring chlorophyll content of wild grass to be used as folk material. A chlorophyll content measuring step of storing the measured chlorophyll content in a database;
A wild grass image storing step of matching the chlorophyll content of the wild grass with the wild grass image obtained by photographing the wild grass with the chlorophyll content measured and storing the same in a database;
A step of registering an image pattern for folk painting in which image patterns reflecting a technique of a folk artist are stored in a database;
A wild grass image extracting step of extracting a wild grass image selected by a user connected to the client terminal from an image of a wild grass stored in a database;
If the extracted wild grass image is a part-by-part image of a wild plant, the whole image of the wild grass is synthesized by synthesizing the images of the part, and when a large number of wild grass image is required for the folk painting, An image synthesizing step; And
A wild-type image pattern conversion step of converting the wild-type image generated in the wild-type image synthesis step into a wild-type converted image according to an image pattern selected by the user, and then transmitting the wild-type converted image to the client terminal; Wild grass image providing system.
KR1020160182904A 2016-12-29 2016-12-29 System for providing wild grass imagefor painting KR20180077980A (en)

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