KR102040509B1 - Apparatus and method for character image generation using genetic information, and recording medium for the programming method - Google Patents

Abstract

The present invention relates to an apparatus and method for character image generation using genetic information and a recording medium in which a program of the method is stored. More particularly, the present invention relates to an apparatus and method for character image generation using genetic information to obtain the genetic information of the parent of a character such as an animal, and automatically generate multiple descendant character images with genetic traits which can be inherited in response to the acquired genetic information of the parent character, and a recording medium in which a program of the method is stored. The apparatus includes a storage part and a control part.

Description

Apparatus and method for character image generation using genetic information, and recording medium for the programming method}

The present invention relates to a character image generating apparatus, a method and a recording medium in which the program of the method is stored, and more particularly, to obtain genetic information of a parent of a character such as an animal, and to obtain the genetic information corresponding to the acquired genetic information of the parent character. The present invention relates to a character image generating apparatus using a genetic information for automatically generating a plurality of descendant character images having possible genetic traits, and to a recording medium storing a program of the method.

In general, characters such as people, animals, etc. have been in the growth engine along with the development of the fancy industry.

The influence of computers is so great that it is now called the multimedia era, and the world is undergoing a surprisingly rapid change with the development of computer technology, communication technology and mobile terminal technology. Characters have also changed a lot.

In addition, the development of computer technology, communication technology, and mobile terminal technology has brought rapid development of not only computer games but also mobile games, and demands more diverse and colorful character images in such rapid game technology and high display environment. .

In particular, a character is often an animal rather than a human, and in the case of an animal, there are various types of characters due to various colors and patterns.

In addition, in the case of generating a child character through the crossing of such animal characters, various characters according to genetic information having a genetic pattern such as different patterns according to different positions such as colors, patterns, and dots of various forms of the parent character are generated. shall.

Animal character work with these various colors and patterns is performed through a handmap texture that is completed by painting by hand.

As described above, since the work of the animal character having a pattern of various colors, patterns, dots, and the like is made through manual labor, a lot of time and a lot of manpower are required, which causes a large cost.

In addition, since some characters are generated with a color, pattern, etc., which is likely to be popular when the character is previously created through the handmap texture, that is, the character cannot be generated because many characters are genetically possible. There was a problem that could not provide a variety of.

Republic of Korea Patent Publication No. 10-2019-0003147 (published Jan. 20, 2019) Republic of Korea Patent No. 10-0534061 (August 7, 2005)

Accordingly, an object of the present invention is to obtain genetic information for obtaining the genetic information of a parent of a character such as an animal and automatically generating a plurality of descendant character images having genetic traits that can be inherited in response to the acquired parental character. The present invention provides an apparatus and method for generating a character image, and a recording medium storing the program of the method.

Character image generating apparatus using the genetic information according to the present invention for achieving the above object comprises: a storage unit including a gene DB for storing a genetic image corresponding to each genotype; And acquiring the genetic information of the parent including the genetic genotype of the parent with reference to the gene DB at the occurrence of the progeny character image generation event, and determining the genotype of the progeny that can be expressed with respect to the acquired genetic information of the parent. Generating a plurality of progeny genetic information having a genotype, determining the phenotype information for the genotype of each progeny information, converts the determined phenotype information into genetic image information with reference to the gene DB, and converts the genetic image information And a control unit for generating the reflected child character image.

The controller may include an event monitoring unit configured to monitor whether a child character image generation event occurs; A parent genetic information obtaining unit obtaining genetic information of a parent when the child character image generation event occurs; Progeny genetic information generation unit for determining the genotype of the progeny that can be expressed with respect to the acquired genetic information of the parent with reference to the gene expression information of the gene DB and generating a plurality of progeny genetic information having one or more of the determined genotypes ; A phenotype determination unit for determining at least one phenotype information determined by at least one or more genotypes of the progeny genetic information with reference to the gene DB; A genetic expression unit configured to load genetic image information corresponding to the phenotype information from the gene DB; And a child character image generation unit generating a child character image to which the loaded genetic image information is applied.

The parent genetic information acquisition unit may acquire a parent character image for each of the parent and the parent, analyze the obtained parent character images, and extract parent genetic information from each of the parent character images.

The apparatus includes a display unit; And an input unit capable of receiving a character, wherein the parent genetic information acquisition unit receives and acquires genetic trait information of each of the parent and the mother as text through the display unit and the input unit.

The genetic expression unit may include: a color determiner configured to extract color phenotype information among the phenotype information with reference to the gene DB, and load color genetic image information corresponding to the extracted color phenotype information; A pattern determination unit configured to extract pattern phenotype information from the phenotype information and to load pattern genetic image information corresponding to the extracted pattern phenotype information; And a pattern position determiner configured to determine a position of a body part of 3D modeling to which the loaded pattern genetic image information is applied and output pattern position genetic image information.

The genetic expression unit may further include a texture generation unit configured to generate a texture in which the loaded color genetic image information, the pattern genetic image information, and the pattern position genetic image information are reflected.

The apparatus further includes a communication unit for communicating with a game server for providing a game for generating a child character according to the cross of the parent character and the parent character, wherein the control unit is to cross the parent character and the parent character from the game server When the child character image generation request signal is received, it is determined that the child character image generation event has occurred.

Character image generation method using the genetic information according to the present invention for achieving the above object comprises: an event generation monitoring process of the control unit to check whether the child character image generation event occurs; Obtaining, by the controller, genetic information of a parent including genetic characteristics of a parent when the child character image generation event occurs; Generating, by the controller, genetic information of the progeny that can be expressed with respect to the acquired genetic information of the parent and generating a plurality of progeny genetic information having the determined genetic traits; And after the controller determines phenotypic information on the genetic traits of the generated progeny genetic information, converts the determined phenotype information into genetic image information by referring to a gene DB, and generates a child character image reflecting the genetic image information. Characterized by the child character image generation process.

The progeny character image generation process may include: a phenotyping step of determining, by the controller, at least one or more phenotype information determined by at least one or more genotypes of the progeny genetic information by referring to the gene DB through a phenotypic determination unit; A genetic expression step of the controller loading genetic image information of each generated phenotype information from a gene DB through a genetic expression unit; And a descendant character image generation step of generating, by the control unit, a descendant character image reflecting genetic image information of descendants loaded through the descendant character image generation unit.

The genetic expression step may include: a color determination step of extracting color phenotype information among the phenotype information with reference to the gene DB, and loading color genetic image information corresponding to the extracted color phenotype information; A pattern determination step of extracting pattern phenotype information from the phenotype information and loading pattern genetic image information corresponding to the extracted pattern phenotype information; And determining a position of a body part of 3D modeling to which the loaded pattern genetic image information is applied and outputting pattern position genetic image information.

The genetic expression step may further include a texture generation step of generating a texture in which the loaded color genetic image information, the pattern genetic image information, and the pattern position genetic image information are reflected, wherein the generation of the child character image comprises: Characterized by generating a child character image by applying a texture.

The obtaining of the parent genetic information may include: obtaining an image of a parent character for each of the parent and the parent; And extracting genetic information by analyzing each obtained parent character image and extracting parent genetic information from each parent character image.

In order to achieve the above object, a recording medium in which a character image generation program using a genetic information according to the present invention is stored includes: an event generation monitoring process of checking, by a controller, whether a child character image generation event is generated; Obtaining, by the controller, genetic information of a parent including genetic characteristics of a parent when the child character image generation event occurs; Generating, by the controller, genetic information of the progeny that can be expressed with respect to the acquired genetic information of the parent and generating a plurality of progeny genetic information having the determined genetic traits; And after the controller determines phenotypic information on the genetic traits of the generated progeny genetic information, converts the determined phenotype information into genetic image information by referring to a gene DB, and generates a child character image reflecting the genetic image information. Characterized by the child character image generation process.

According to the present invention, when only the genetic information of a parent to be generated is obtained, the character is automatically generated based on the acquired genetic information, thereby providing a variety of characters.

In addition, when the genetic information of the parent to be generated is obtained only, since the character automatically reflects all possible genetic traits based on the acquired genetic information, the character production time can be significantly shortened.

In addition, the present invention does not produce a descendant character for all the genetic traits that can be expressed based on the genetic information of the parent as a hand map texture, and only the genetic information image information corresponding to the genetic information need to be registered in advance so that the minimum manpower Since only a character can be generated, the cost of producing a character can be reduced.

1 is a view showing the configuration of a character image generating apparatus using genetic information according to the present invention.
2 is a view for explaining an example of genetic information that can be applied according to an embodiment of the present invention.
3 is a view showing a pattern image of the genetic information determined the tabby and the tabby color can be applied according to an embodiment of the present invention.
4 is a view showing spot pattern images that can be applied according to an embodiment of the present invention.
5 is a view showing a child cat character automatically generated based on genetic information according to an embodiment of the present invention.
6 is a flowchart illustrating a method of generating a character image using genetic information according to the present invention.
7 is a flowchart illustrating a method of expressing genetic information in a method of generating a character image using genetic information according to the present invention.

Hereinafter, a configuration and operation of a character image generating apparatus using genetic information according to the present invention will be described in detail with reference to the accompanying drawings, and a character image generating method using genetic information in the apparatus will be described.

1 is a view showing the configuration of a character image generating apparatus using the genetic information according to the present invention, Figure 2 is a view for explaining an example of genetic information that can be applied according to an embodiment of the present invention, Figure 3 is According to an embodiment of the present invention is a diagram showing a tabby and the pattern image of the genetic information determined the color of the tabby, Figure 4 is a view showing a spot pattern image that can be applied according to an embodiment of the present invention, 5 is a view showing a child cat character automatically generated based on genetic information according to an embodiment of the present invention. A description with reference to FIGS. 1 to 5 is as follows. In the present invention, the character may be an animal or a person such as a cat, a dog, a fox, a wolf, a tiger, a bird, etc., but it may be preferable that the animal is an animal. In the following description, a case where the character is a cat is described as an example.

Character image generating apparatus using the genetic information according to the present invention includes a storage unit 100, the display unit 200 and the control unit 400, according to an embodiment input unit 300, communication unit 500 and image acquisition unit It may further include (600).

The storage unit 100 is a program area for storing a control program for controlling the operation of the character image generating apparatus using the genetic information according to the present invention, a temporary area for temporarily storing data generated during the execution of the control program, the control program It includes a data area that semi-permanently stores data necessary for or generated during the execution of a control program. In the data area, the gene DB 110 and the child character image storage unit 120 according to the present invention may be configured.

The gene DB 110 corresponds to each of the phenotype information, a plurality of phenotype information determined by the combination of gene expression information and genotypes that can be expressed to the offspring according to the genotype of the parent and at least one genotype. Store genetic image information. The phenotypic information may be color information, pattern information such as mackerel tabby or classic tabby, pattern information such as dots, and the like. The genetic image information represents the phenotype information as information related to an image. Code, general text information such as coordinate code (location information) of 3D modeling, and the like. In addition, if the genotype includes an eye shape, an eye shape, and the like, the phenotype information about the eye shape and the eye shape and each image may be further included.

For example, the gene expression information of the gene DB 110 as information affecting the appearance, it may be defined as follows.

1. Gene expression information affecting hair color

1) Genotypes affecting black color: B (dominant), b (recessive)-> Genetic image: BB-> Black, Bb-> Chocolate, bb-> Cinnamon

2) Genotypes affecting red hair color: R (dominant), r (recessive)-> Genetic image: RR, Rr-> red (even if B genotype is present), rr-> B genotype Black, if present (black, chocolate, cinnamon)

3) Genotypes affecting white hair color: W (dominant), w (recessive)-> Genetic image: determined by the presence of WW, Ww-> white, ww-> B genotype and R genotype

2. Gene expression information affecting pattern

1) Genotypes affecting mackerel tabby: G (dominant), g (recessive)-> genetic image: GG, Gg-> 501 of Figure 3, gg-> not expressed

2) genotypes affecting spotting: S (dominant), s (recessive)-> genetic image: SS, Ss-> 502 of FIG.

3. Gene expression information affecting position: None-> Random position

When the gene expression information is defined as above, if the sub-> B, the mother-> B progeny genetic information is BB will be expressed as a black cat as shown in 401 of FIG.

In the case of sub-> B and the mother-> b, the progeny genetic information becomes Bb, so it will be expressed as a chocolate cat as shown in 402 of FIG.

In the case of sub-> b and parent-> b, the progeny genetic information becomes bb, so that it may be expressed in cinnamon color as shown in 403 of FIG.

Patterns such as mackerel tabby, spotted, etc. may also be expressed according to the superiority, and the position of the expressed pattern may be determined by the position of the random number, or may be determined by giving a weight to the pattern position of the parent.

In the above example, one-to-one conversion of genotypes to phenotype information has been described, but two or more genotypes may be combined and converted to phenotype information.

The child character image storage unit 120 stores the generated child character image.

The display unit 200 displays various information generated according to the operation of the character image generating apparatus and information generated according to a control program as one or more of text, icons, graphics, still images, videos, and the like. In particular, the display unit 200 according to the present invention displays a parent character image, a child character image, and the like according to the present invention.

The input unit 300 is configured integrally with a screen of a key input device such as a keyboard having a plurality of keys for inputting various commands and information, a screen of the display unit 200, and outputs a position signal corresponding to a touched position. The touch pad may include any one or more of a mouse for displaying a cursor on the display unit 200, moving the cursor, and generating position information corresponding to the position of the cursor.

The communication unit 500 may be a wired or wireless network, including a wide area network (WAN), a third generation (3G), 4G, including a Wi-Fi network and a local area network (LAN). At least one of a mobile communication network such as 5G, a WiBro network, and the like are connected to a wired / wireless data communication network coupled to perform data communication with other devices connected to the wired / wireless data communication network.

The image acquisition unit 600 may include any one or more of a camera and a scanner. The image acquisition unit 600 obtains a negative and simulated character image through any one of the camera and the scanner and outputs the image to the controller 400.

The controller 400 may include an event monitoring unit 410, a parent genetic information acquisition unit 420, a descendant genetic information generation unit 430, a phenotype determination unit 435, a genetic expression unit 440, and a descendant character image generation unit ( 450, to control the overall operation of the character image generating apparatus according to the present invention.

In detail, the event monitoring unit 410 monitors whether a child character image generation event occurs. The child character image generation event may be generated by an administrator through the input unit 300 or may be generated when a child character image generation request signal is received from any game server (not shown) in communication through the communication unit 500. There will be. It is preferable that the descendant character image generation request signal includes genetic information of a parent.

The parent genetic information acquiring unit 420 includes a subgenetic information acquiring unit 421 for acquiring genetic information of a sub character, for example, a father cat, and a parent genetic acquiring genetic information of a parent character, for example, a mother cat. An information acquisition unit 421 is included.

The parent genetic information acquisition unit 420 may be obtained by directly receiving the parent genetic information from the administrator through the input unit 300, analyzes the parent character image obtained through the image acquisition unit 600, and to analyze the image Genetic information may be obtained by analyzing hair color, eye color, eye shape, pattern, spot pattern, pattern position, and the like, and may be obtained by receiving the child character image generation request signal from a game server through the communication unit 500. There will be.

The offspring genetic information generation unit 430 may appear to the offspring according to the genotype of the parent genetic information with reference to the gene expression information of the gene DB 110 when the parent genetic information is obtained from the parent genetic information acquisition unit 420. Generates progeny genetic information for multiple offspring that can be born by any genotype.

When the phenotype determination unit 435 receives the progeny genetic information from the progeny genetic information generation unit 430, the phenotypic determining unit 435 refers to the gene DB 110 to each of a plurality of genotypes of the progeny genetic information or to a combination of two or more genotypes. Determine and output the phenotype information.

When the phenotypic information is input from the phenotypic determiner 435, the genetic representation unit 440 converts phenotypic information to be imaged among the phenotypic information into genetic image information and outputs the phenotypic information. For example, the color information of the phenotypic information may be general text information, and the pattern information may be an image.

Specifically, referring to FIGS. 2 and 3, when only the pattern of hair color, pattern, spotting, etc. is applied as the genetic information of the cat, the genetic expression unit 440 may include the color determiner 441 and the pattern determiner ( 442 and a pattern position determiner 443, and may further include a texture generator 444 according to an embodiment.

The color determiner 441 determines genetic image information for color information, which is phenotype information corresponding to hair color trait information of the offspring genetic information, with reference to the gene DB 110.

The pattern determination unit 442 refers to the gene DB 110 and the genetic image (pattern genetic image) for phenotypic information (mackerel tabby, classic tabby, white spot, etc.) for the genotype for determining the pattern of progeny genetic information. Determine the information.

The pattern position determiner 443 includes pattern trait information in the descendant genetic information, and determines the position where the pattern genetic image information is to be applied through the pattern determiner 442. The position may be determined randomly, or may be determined to be weighted to the pattern position of the parent having the pattern so that it can be expressed at a higher probability at a position corresponding to the pattern position of the parent.

The genetic image information may be general text information (eg, color information, location information), or may be an image (eg, a stripe pattern, a mackerel tabby pattern, or the spotted pattern of 601 to 605 of FIG. 4).

The genetic expression unit 440 may be configured to further output image information about various genotypes such as eye shape, pupil shape, pupil color, size, hair shape, etc. according to the genetic traits implemented in the gene DB 110. There will be.

Genetic image information output from the color determiner 441, the pattern determiner 442, and the pattern position determiner 443 may be directly input to the child character image generator 450, or may be generated by a texture. It may also be entered into the portion 444.

The texture generator 444 is configured according to an embodiment to generate a texture reflecting the genetic image information output from the color determiner 441, the pattern determiner 442, and the pattern position determiner 443 to generate the child character image. Output to the generation unit 450. 501 of FIG. 3 shows a dielectric image in which color is reflected in a stripe pattern, and 502 shows a spotted pattern genetic image.

The child character image generator 450 receives genetic image information from the color determiner 441, the pattern determiner 442, and the pattern position determiner 443, according to an exemplary embodiment, to generate a child frame image (or “3D”). Modeling) or by applying the texture generated by the texture generator 444 to the 3D modeling according to another embodiment, as shown in FIG. It generates and stores in the child character image storage unit 120 and displayed on the display unit 200. In FIG. 5, although it is expressed as a two-dimensional descendant character image, the descendant character image is a three-dimensional descendant character image.

6 is a flowchart illustrating a method of generating a character image using genetic information according to the present invention.

Referring to FIG. 6, first, the controller 400 checks whether a child character image generation event occurs (S111).

When the child character image generation event occurs, the controller 400 monitors whether sub-genetic information and mother genetic information are acquired (S113. S115).

If the sub-genetic information is not obtained, the controller 400 requests the sub-genetic information to a target, for example, an administrator or a game server, which generated the child character image generation event (S114).

In addition, even if the mother genetic information is not obtained, the controller 400 requests the mother genetic information from a target, for example, an administrator or a game server, which has generated a child character image generation event (S116).

If any of the secondary genetic information and the mother genetic information is not obtained within a certain time or even after a request for more than a predetermined number of genetic information, the control unit 400 may terminate the process after notifying the error, failure mating, and the like. .

When the parent genetic information is obtained, the controller 400 generates progeny genetic information having a genetic trait that can be expressed from the parent genetic information with reference to the gene expression information of the gene DB 110 of the storage unit 100 (S117). .

When the child genetic information is generated, the controller 400 converts all the generated child genetic information into a genetic image, generates a child character image applying the genetic images converted for each child genetic information (S119), and then stores the child character image. The data is stored in the display unit 120 and displayed on the display unit 200 (S121).

A method of generating a child character image using the child genetic information will be described with reference to FIG. 7.

7 is a flowchart illustrating a method of expressing genetic information in a method of generating a character image using genetic information according to the present invention, which is a flowchart performed on each child genetic information, and includes genetic patterns for patterns such as hair color, pattern, and spotting. Only flow chart shown.

Referring to FIG. 7, the controller 400 extracts progeny color genotypes from progeny genetic information (S211).

When the progeny color genotype is extracted, the controller 400 determines color information, which is the phenotype information determined according to the at least one progeny color genotype extracted with reference to the gene DB 110, and the color inheritance corresponding to the determined color information. Image information is determined (S213).

When the color genetic image information is determined, the controller 400 checks whether there is a genetic trait related to the pattern in the progeny genetic information (S215), and if there is a genetic trait related to the pattern, extracts the progeny pattern genetic trait from the progeny genetic information (S215). S217), pattern genetic image information which is phenotype information according to the extracted progeny pattern genotype is determined, and the determined pattern genetic image information is determined (S219).

When the pattern genetic image information is determined, the controller 400 determines the position information on the position of 3D modeling to which the pattern genetic image information is to be applied as the pattern position genetic image information (S221). As described above, the position may be randomly applied, or may be applied to the same position as the pattern position of the parent. The position may be randomly applied and weighted on the pattern position of the parent. May be determined to come out.

When the pattern position genetic image information is determined, the controller 400 generates a 3D child character image by applying hair color, pattern, and pattern position genetic image information to 3D modeling according to an embodiment (S225), or according to another embodiment, the hair color After generating the texture to which the pattern and the pattern position genetic image information are applied (S223), the 3D descendant character image to which the texture is applied may be generated (S225).

On the other hand, if there is no pattern in the descendant genetic information, the controller 400 will generate a texture applying only the color information, which is the color representation type information (S223), and generate the child character image (S225).

In FIG. 7 described above, only the hair color and the pattern are applied as the dielectric traits, but as described above, more genotypes such as size, eye shape, pupil shape, pupil color, beard shape, beard color, and the like may also be applied to the present invention. There will be.

On the other hand, the present invention is not limited to the above-described typical preferred embodiment, but can be carried out in various ways without departing from the gist of the present invention, various modifications, alterations, substitutions or additions in the art Anyone who has this can easily understand it. If the implementation by such improvement, change, replacement or addition falls within the scope of the appended claims, the technical idea should also be regarded as belonging to the present invention.

100: storage 110: gene DB
120: child character image storage unit
200: display unit
300: input unit 400: control unit
410: event monitoring unit 420: parent genetic information acquisition unit
421: secondary genetic information acquisition unit 422: mother genetic information acquisition unit
430: genetic information generation unit 440: genetic expression unit
441: color determination unit 442: pattern determination unit
443: pattern positioning unit 444: texture generation unit
450: descendant character image generation unit
500: communication unit
600: image acquisition unit

Claims (17)

A storage unit including a gene DB storing a genetic image corresponding to each genotype; And
When the occurrence of the progeny character image generation event occurs, the genetic information of the parent including the genetic genotype of the parent is obtained by referring to the gene DB, the genotype of the progeny that can be expressed with respect to the acquired genetic information of the parent is determined, and the determined genetic Generating a plurality of progeny genetic information having a trait, determining the phenotype information for the genotype of each progeny genetic information, converting the determined phenotype information into genetic image information with reference to the gene DB, and reflects the genetic image information Includes a control for generating a child character image,
The control unit,
An event monitoring unit configured to monitor whether a child character image generation event occurs;
A parent genetic information obtaining unit obtaining genetic information of a parent when the child character image generation event occurs;
Progeny genetic information generation unit for determining the genotype of the progeny that can be expressed with respect to the acquired genetic information of the parent with reference to the gene expression information of the gene DB and generating a plurality of progeny genetic information having one or more of the determined genotypes ;
A phenotype determination unit for determining at least one phenotype information determined by at least one or more genotypes of the progeny genetic information with reference to the gene DB;
A genetic expression unit configured to load genetic image information corresponding to the phenotype information from the gene DB; And
A child character image generation unit generating a child character image to which the loaded genetic image information is applied,
The parent genetic information acquisition unit,
Obtaining the parent character image for each of the parent and the parent, character image generation device using the genetic information, characterized in that to obtain and obtain the parent genetic information from each parent character image obtained by analyzing each obtained parent character image .
delete delete The method of claim 1,
A display unit; And
Further including an input unit for receiving a character,
The parent genetic information acquisition unit,
Character image generation apparatus using the genetic information, characterized in that to obtain and receive the genetic trait information for each of the parent and the parent through the display and input unit as a text.
A storage unit including a gene DB storing a genetic image corresponding to each genotype; And
When the occurrence of the progeny character image generation event occurs, the genetic information of the parent including the genetic genotype of the parent is obtained by referring to the gene DB, the genotype of the progeny that can be expressed with respect to the acquired genetic information of the parent is determined, and the determined genetic Generating a plurality of progeny genetic information having a trait, determining the phenotype information for the genotype of each progeny genetic information, converting the determined phenotype information into genetic image information with reference to the gene DB, and reflects the genetic image information Includes a control for generating a child character image,
The control unit,
An event monitoring unit configured to monitor whether a child character image generation event occurs;
A parent genetic information obtaining unit obtaining genetic information of a parent when the child character image generation event occurs;
Progeny genetic information generation unit for determining the genotype of the progeny that can be expressed with respect to the acquired genetic information of the parent with reference to the gene expression information of the gene DB and generating a plurality of progeny genetic information having one or more of the determined genotypes ;
A phenotype determination unit for determining at least one phenotype information determined by at least one or more genotypes of the progeny genetic information with reference to the gene DB;
A genetic expression unit configured to load genetic image information corresponding to the phenotype information from the gene DB; And
A child character image generation unit generating a child character image to which the loaded genetic image information is applied,
The genetic expression unit,
A color determination unit configured to extract color phenotype information from the phenotype information with reference to the gene DB, and load color genetic image information corresponding to the extracted color phenotype information;
A pattern determination unit configured to extract pattern phenotype information from the phenotype information and to load pattern genetic image information corresponding to the extracted pattern phenotype information; And
And a pattern position determiner for determining a position of a body part of 3D modeling to which the loaded pattern genetic image information is to be applied and outputting pattern position genetic image information.
The method of claim 5,
The genetic expression unit,
And a texture generator configured to generate a texture in which the loaded color genetic image information, pattern genetic image information, and pattern position genetic image information are reflected.
A storage unit including a gene DB storing a genetic image corresponding to each genotype;
When the occurrence of the progeny character image generation event occurs, the genetic information of the parent including the genetic genotype of the parent is obtained by referring to the gene DB, the genotype of the progeny that can be expressed with respect to the acquired genetic information of the parent is determined, and the determined genetic Generating a plurality of progeny genetic information having a trait, determining the phenotype information for the genotype of each progeny genetic information, converting the determined phenotype information into genetic image information with reference to the gene DB, and reflects the genetic image information A control unit for generating child character images; And
Including a communication unit for communicating with a game server for providing a game for generating a child character according to the cross of the parent character and the parent character,
The control unit,
And a descendant character image generation request signal based on a crossing of a sub-character and a parent character from the game server, and determines that the descendant character image generation event has occurred.
An event occurrence monitoring step of checking, by the controller, whether a child character image generation event is generated;
Obtaining, by the controller, genetic information of a parent including genetic characteristics of a parent when the child character image generation event occurs;
Generating, by the controller, genetic information of the progeny that can be expressed with respect to the acquired genetic information of the parent and generating a plurality of progeny genetic information having the determined genetic traits; And
After the control unit determines the phenotype information for the genotype of the generated child genetic information, the descendant for converting the determined phenotype information into genetic image information with reference to the genetic DB, and generates a child character image reflecting the genetic image information Include character image generation,
The child character image generation process,
A phenotyping step of determining, by the control unit, at least one or more phenotypic information determined by at least one or more genotypes of the progeny genetic information with reference to the gene DB through a phenotypic determination unit;
A genetic expression step of the controller loading genetic image information of each generated phenotype information from a gene DB through a genetic expression unit; And
And a child character image generation step of generating, by the control unit, a child character image reflecting genetic image information of the child loaded through the child character image generation unit.
The genetic expression step,
A color determination step of extracting color phenotype information from the phenotype information with reference to the gene DB, and loading color genetic image information corresponding to the extracted color phenotype information;
A pattern determination step of extracting pattern phenotype information from the phenotype information and loading pattern genetic image information corresponding to the extracted pattern phenotype information; And
And determining a position of a body part of 3D modeling to which the loaded pattern genetic image information is applied and outputting pattern position genetic image information.
delete delete The method of claim 8,
The genetic expression step,
The method may further include a texture generation step of generating a texture in which the loaded color genetic image information, the pattern genetic image information, and the pattern position genetic image information are reflected.
The child character image generation step,
Character image generation method using the genetic information, characterized in that for generating the child character image by applying the generated texture.
An event occurrence monitoring step of checking, by the controller, whether a child character image generation event is generated;
Obtaining, by the controller, genetic information of a parent including genetic characteristics of a parent when the child character image generation event occurs;
Generating, by the controller, genetic information of the progeny that can be expressed with respect to the acquired genetic information of the parent and generating a plurality of progeny genetic information having the determined genetic traits; And
After the control unit determines the phenotype information for the genotype of the generated child genetic information, the descendant for converting the determined phenotype information into genetic image information with reference to the genetic DB, and generates a child character image reflecting the genetic image information Include character image generation,
The parent genetic information acquisition process,
An image obtaining step of obtaining a parent character image for each of the parent and the parent; And
And extracting genetic information by analyzing each obtained parent character image and extracting parent genetic information from each parent character image.
An event occurrence monitoring step of checking, by the controller, whether a child character image generation event is generated;
Obtaining, by the controller, genetic information of a parent including genetic characteristics of a parent when the child character image generation event occurs;
Generating, by the controller, genetic information of the progeny that can be expressed with respect to the acquired genetic information of the parent and generating a plurality of progeny genetic information having the determined genetic traits; And
After the control unit determines the phenotype information for the genotype of the generated child genetic information, the descendant for converting the determined phenotype information into genetic image information with reference to the genetic DB, and generates a child character image reflecting the genetic image information Include character image generation,
The child character image generation process,
A phenotyping step of determining, by the control unit, at least one or more phenotypic information determined by at least one or more genotypes of the progeny genetic information with reference to the gene DB through a phenotypic determination unit;
A genetic expression step of the controller loading genetic image information of each generated phenotype information from a gene DB through a genetic expression unit; And
And a child character image generation step of generating, by the control unit, a child character image reflecting genetic image information of the child loaded through the child character image generation unit.
The genetic expression step,
A color determination step of extracting color phenotype information from the phenotype information with reference to the gene DB, and loading color genetic image information corresponding to the extracted color phenotype information;
A pattern determination step of extracting pattern phenotype information from the phenotype information and loading pattern genetic image information corresponding to the extracted pattern phenotype information; And
And a pattern position determining step of outputting pattern position genetic image information by determining a position of a body part of 3D modeling to which the loaded pattern genetic image information is to be applied. Recorded media.
delete delete The method of claim 13,
The genetic expression step,
The method may further include a texture generation step of generating a texture in which the loaded color genetic image information, the pattern genetic image information, and the pattern position genetic image information are reflected.
The child character image generation step,
Recording medium in which a program of a character image generation method using genetic information is generated by applying the generated texture to generate a child character image.
An event occurrence monitoring step of checking, by the controller, whether a child character image generation event is generated;
Obtaining, by the controller, genetic information of a parent including genetic characteristics of a parent when the child character image generation event occurs;
Generating, by the controller, genetic information of the progeny that can be expressed with respect to the acquired genetic information of the parent and generating a plurality of progeny genetic information having the determined genetic traits; And
After the control unit determines the phenotype information for the genotype of the generated child genetic information, the descendant for converting the determined phenotype information into genetic image information with reference to the genetic DB, and generates a child character image reflecting the genetic image information Include character image generation,
The parent genetic information acquisition process,
An image obtaining step of obtaining a parent character image for each of the parent and the parent; And
And a genetic information extracting step of extracting and obtaining parental genetic information from each parental character image by analyzing each obtained parental character image. .

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