WO2019194345A1

WO2019194345A1 - Image-based sheet music generation apparatus and sheet music-based image generation apparatus

Info

Publication number: WO2019194345A1
Application number: PCT/KR2018/005081
Authority: WO
Inventors: 심재훈
Original assignee: 심재훈
Priority date: 2018-04-06
Filing date: 2018-05-02
Publication date: 2019-10-10
Also published as: KR20190117307A

Abstract

The present invention relates to: an image-based sheet music generation apparatus for scanning an image so as to assign a corresponding color number to each pixel, comparing the assigned color number with a pre-stored color number-specific scale so as to configure a corresponding scale for each pixel, generating a basic note corresponding to each scale, and assigning a time according to a pre-configured time configuration rule and then generating a sheet music corresponding to the image by using staff notation; and a sheet music-based image generation apparatus for comparing a scale constituting a sheet music with a pre-configured scale-specific color number so as to assign a corresponding color number to a note of the relevant sheet music, and generating a corresponding pixel and then generating an image corresponding to the sheet music, according to an image pixel configuration rule.

Description

Image-based sheet music generator and sheet music-based image generator

According to the present invention, for example, an image-based sheet music generating apparatus and a sheet music-based image generating apparatus generating a sheet music corresponding to the image based on an image such as a picture, a picture, a video, or the like, or generating a corresponding image based on the sheet music. It is about.

Recently, with the rapid development of electric / electronic / program related technologies, various types of automatic composition systems have been widely developed / distributed.

For example, the Republic of Korea Patent No. 10-875 (name: music composition system using a mobile terminal) (published December 14, 2010), the Republic of Korea Patent No. 10-1807754 (name: self-producing server and method) (December 13, 2017), Korean Patent Publication No. 10-2017-137526 (name: composition method using a composition program) (published December 13, 2017) and the like, examples of such automatic composition systems according to the prior art Is disclosed in more detail.

Meanwhile, as the spread of electronic devices (eg, smart phones, tablet PCs, etc.) equipped with various types of cameras capable of capturing photographs, images, and the like rapidly expands, images distributed among users (eg, Distribution volume of photographs, videos, pictures, etc. is also growing rapidly.

Therefore, for example, by linking the music notation constituting the music with the image, the user desire to further maximize the additional utilization of the music score is also increasing.

However, under the conventional system, the field of automatic composition system and the field of graphic photographing / distribution system have grown independently, forming a separate technology market. Therefore, in spite of the situation in which the user's desire is increased, the user's desire to further maximize the additional utilization of the image cannot be satisfied by linking the image with the composition.

On the other hand, in recent years, as the spread of electronic devices capable of listening to music (eg, smart phones, tablet PCs, etc.) is rapidly expanding, the distribution of music distributed among users is also showing rapid growth.

As described above, as the distribution scale of music distributed among users grows rapidly, for example, the user desire to further maximize the utilization of the sheet music by linking the sheet music constituting the music with an image also increases. have.

However, the music scores and images have been distributed as mutually independent creations with completely different fields of application under the conventional system. Therefore, the user's desire could not be satisfied at all.

Accordingly, an object of the present invention is to scan a pixel constituting an image according to a preset image scan rule, read the color of each pixel, and then read the read color in an electronic device having an operating system or the like. Computational module that can assign the color number corresponding to the pixel for each pixel by comparing with the stored color number for each color "," Read each color number after reading the color number corresponding to each pixel. " Computational module that can set the scale corresponding to the corresponding pixel for each pixel by comparing with the stored scale for each color number "," Reads the scale corresponding to each pixel, and creates the basic note corresponding to each scale. Then, according to the time signature set in advance, a time signature is given to the basic note to generate a notation note, and each generated notation note is arranged on the stave in accordance with the scanning order of each pixel. Computer module capable of generating a musical score corresponding to the image. In addition, on the user's side, only a very simple procedure of simply manipulating the electronic device can induce the automatic generation / acquisition of a sheet music corresponding to a self-retaining image (eg, a picture, an image, a picture, etc.) Without any difficulty, it is to guide the image to compose the composition to maximize the additional utilization of the image.

In addition, another object of the present invention is to compare the musical scale of each musical score constituting the musical score with a preset color number for each musical score in an electronic device having an operating system or the like. Computer module for assigning color numbers to " ", " Reading color numbers corresponding to respective music scores, and comparing the read color numbers with the color information for each color number previously stored, for each musical score side color number. A computing module capable of generating pixels having a color corresponding to the " " " " " preset image pixel composition rule, and then generating or arranging pixels according to the read image pixel composition rule, Computer module that can generate images. " In addition, by inducing the user to automatically generate / acquire an image corresponding to the self-retained sheet music only by a simple procedure of simply manipulating the electronic device, the music sheet is linked to the image without any difficulty. Therefore, the guide is intended to maximize the additional use of the score.

Still other objects of the present invention will become more apparent from the following detailed description and the accompanying drawings.

In order to achieve the above object, the present invention is installed in an electronic device having an operating system, and outputs a guide frame for operating an image-based sheet music generating service through the electronic device to operate a sheet music generating service. In the generating apparatus, "each pixel constituting the image is scanned according to a preset image scanning rule, and the color of each pixel is read, and then the read color is compared with the stored color number for each color. A color number processing module for each image pixel for assigning a color number corresponding to the corresponding pixel; After reading the color number corresponding to each pixel, the color processing module for each image pixel for setting the scale corresponding to the corresponding pixel for each pixel by comparing the read color numbers with the previously stored scale for each color number. "and; "Read the scale corresponding to each pixel, generate a basic note corresponding to each scale, and give a beat to the basic note according to a preset time setting rule to generate a musical score, And an image correspondence notation processing module for arranging notation notation in the stave notation according to the scanning order of each pixel to generate the notation corresponding to the image.

In addition, in another aspect of the present invention is installed in an electronic device having an operating system, and outputs a guide frame for operating a sheet music-based image generation service through the electronic device to the sheet music-based image generating device operating a sheet music generation service In. "Color number processing module for sheet music notes, which compares the musical scale of each sheet music notes constituting the sheet music with color numbers for each scale, and assigns the color numbers corresponding to the sheet music notes to each sheet music note"; "Reading the color number corresponding to each sheet music score, and compares the read color number with the stored color information for each color number to create a pixel having a color corresponding to the color number of each sheet music note An image pixel processing module "; And a music score correspondence image processing module configured to read a preset image pixel composition rule, and to generate or arrange pixels according to the read image pixel composition rule to generate an image corresponding to the sheet music. Sheet music based image generating device "is disclosed.

According to the present invention, in an electronic device having an operating system or the like, " scan each pixel constituting the image according to a preset image scanning rule, read the color of each pixel, and then read the color previously stored. Computational module that can assign a color number corresponding to the corresponding pixel for each pixel compared with the star color number "," Read the color number corresponding to each pixel, and store each color number read in advance. Computational module that can set the scale corresponding to the corresponding pixel for each pixel compared with the scale for each color number "," Read the scale corresponding to each pixel, generate the basic note corresponding to each scale, In accordance with the set time setting rule, a time signature is given to the basic note to generate a sheet music note, and each generated sheet music note is arranged in a stave in the scanning order of each pixel. Corresponding computing module that can produce a score for a "can be provided and the like disposed systematically. Therefore, under the implementation environment of the present invention, the user side can automatically generate / acquire the score corresponding to the self-retaining image (eg, a picture, an image, a picture, etc.) by a very simple procedure of simply operating the electronic device. . As a result, it is possible to maximize the additional utilization of the image by linking the image with the composition without any difficulty.

In addition, in the present invention, in the electronic device provided with the operating system or the like, " the color number corresponding to the musical score note is compared to the musical score for each musical score by comparing the musical scale of each musical score constituting the musical score with the preset color numbers. Computer module that can be assigned to "," Read the color number corresponding to each sheet music note, and compares the read color number with the color information for each stored color number, corresponding to the color number of each sheet music note Computation module capable of generating pixels having a color "," Read image pixel composition rules that have been set, and then generate or arrange pixels according to the read image pixel composition rules to generate an image corresponding to the score. Can be provided in a systematic manner. Therefore, under the implementation environment of the present invention, the user side can automatically generate / acquire an image corresponding to the self-retaining music score by a very simple procedure of simply operating the electronic device. Eventually, without any difficulty, by linking the sheet music with the image, it is possible to further maximize the additional utilization of the sheet music.

1 is an exemplary diagram conceptually showing a detailed configuration of an image-based sheet music generating apparatus according to the present invention.

2 is an exemplary view conceptually showing a posting pattern of a guide frame according to the present invention.

3 to 5 are exemplary diagrams conceptually showing a detailed functional procedure of the image-based sheet music generating apparatus according to the present invention.

6 is an exemplary diagram conceptually showing a detailed configuration of a music score-based image generating apparatus according to another embodiment of the present invention.

7 is an exemplary view conceptually illustrating a posting pattern of a guide frame according to another exemplary embodiment of the present invention.

8 to 10 are exemplary diagrams conceptually showing a detailed functional procedure of the music score-based image generating apparatus according to another embodiment of the present invention.

Hereinafter, an image-based sheet music generating apparatus and a sheet music-based image generating apparatus according to each embodiment of the present invention will be described in detail with reference to the accompanying drawings.

As shown in FIG. 1, the image-based music score generating apparatus 100 according to the present invention is an operation information processing installed in an electronic device 10 (eg, a smartphone, a tablet PC, etc.) having an operating system 11. Module 102, guide frame operation module 103, color number processing module 104 for each image pixel, scale processing module 105 for each image pixel, image corresponding sheet music processing module 106, sheet music genre processing module 107 , A color number storage module 108 for each color, an image scan rule storage module 109, a scale storage module 110 for color numbers, a time setting rule storage module 111, and the like.

The operation information processing module 102 stores and manages various operation information required for the image-based music score generation service. Here, the various operation information is, for example, the registration information of the operating system 11, the registration information of the function support server 30, the program / source information for the formation / maintenance of the communication session, the program for the process of each computer module / Source information, text / image / image / program information for generating / publishing / operating the guide frame 112, and the like. In addition, communication with the function support server 30 through the communication network 20, and receives the function support information including the update information of each computer module. The operation information processing module 102 side serves to reflect the function support information to the functions of each computer module side, thereby assisting a series of image-based sheet music generation service procedures according to the present invention to proceed normally without any difficulty.

In the guide frame operation module 103, the user performs a computational operation based on the operating system 11 at the user side who wants to perform the image-based music score generation service according to the present invention. For example, when a series of device call-up events occur, the guide frame 112 as shown in FIG. 2 is generated by utilizing the operation information previously stored in the operation information processing module 102. . Then, by outputting / posting the generated guide frame 112 through the electronic device 10, a series of image-based sheet music generation service operation procedure according to the present invention assists to proceed normally without any difficulty.

Under such a situation that the infrastructure is prepared, as shown in FIG. 3, the pixel number processing module 104 for each image pixel stores each pixel P constituting the image I in the image scan rule storage module 109. Scanning is performed according to a preset image scan rule, and the procedure of reading the color of each pixel P is performed.

In this case, the image scanning rule is a scan rule that says "scan the image from the pixel arranged at the top to the pixel arranged at the bottom", "Scan the image from the pixel arranged at the bottom to the pixel arranged at the top". A scanning rule called "scan an image from a pixel arranged on the left to a pixel arranged on the right", and a scan rule called "scan an image from a pixel arranged on the right to a pixel arranged on the left". At least one of the scan rule "scan the image while forming a parabolic scan line", and the scan rule "scan the image while forming a circular spring-shaped scan line".

Through the above-described procedure, when the color of each pixel P has been read, the color number processing module 104 for each image pixel assigns a color number corresponding to the pixel P to each pixel P. (See FIG. 3). The color number is assigned to each pixel P by comparing the color of each read-out pixel P with the color number for each color previously stored in the color number storage module 108 for each color. In this case, the color number may be any one of a hex (HEX) color code or a three primary color value.

In this way, when a color number corresponding to the pixel P is assigned to each pixel P, as shown in FIG. 4, the scale processing module 105 for each image pixel corresponds to each pixel P. As shown in FIG. Read the color number. Thereafter, each read color number is compared with the color number scale previously stored in the color storage scale 110 for each color number, and sets a scale corresponding to the pixel P for each pixel P. It will play a role.

Through the above-described procedure, when the scale corresponding to the pixel P is set for each pixel P, as shown in FIG. 5, the image correspondence notation processing module 106 side is assigned to each pixel P. As shown in FIG. By reading the corresponding scale, a procedure of generating the basic note 1 corresponding to each scale is performed.

In this way, when the basic note 1 corresponding to each scale is generated, the image correspondence notation processing module 106 side is assigned to the basic note 1 according to the time setting rule previously set in the time setting rule storage module. By giving a beat, the procedure for generating the music score 2 is carried out (see Fig. 5).

Under this procedure, the image correspondence notation processing module 106 side according to the time signature setting rule "to give a beat to the basic note 1 according to the continuous arrangement state of the basic note 1 which has the same scale," By giving a beat to the basic note 1, the sheet music note 2 is generated (see Fig. 5).

Thus, for example, when six basic notes (1) having the same scale called "two octaves" are arranged in succession, the six basic notes (1) have a time signature of four beats (i.e., It is subjected to a procedure of converting / generating to one sheet music note (2) having a whole note format.

As another example, when three basic notes (1) having the same scale called "three-octave me" are arranged in succession, the three basic notes (1) have a length of one and a half beats (that is, Undergoes a procedure of converting / creating to a single note (2).

As another example, when one basic note (1) having a musical scale called "one octave" is arranged without continuity, one of the basic notes (1) has a half-note half length (that is, a thirty-second note). Undergoes a procedure of converting / creating to a single note (2).

On the other hand, the image correspondence notation processing module 106 side, in addition to the time signature setting rule described above, it is also possible to give the beat to the basic note (1) in accordance with another time setting rule, to generate the sheet music note (2) (See Figure 5). Here, another time setting rule is, "When the pixels P filled with the same color are not arranged in succession, and thus the scan time of the pixel P is shortened, the basic note corresponding to the pixel P (1) ) Gives a fast beat, and the pixels P filled with the same color are arranged in succession, so that when the scanning time of the pixels P becomes long, the basic note 1 corresponding to the corresponding pixels P is long. Give it a slow beat. " Accordingly, for example, in the pixel P scanning operation of the color number processing module 104 for each image pixel described above, the pixels P filled with the same color are not arranged in succession, When the scan time is short, a fast time signature is given to the basic note 1 corresponding to the pixel P. As a result, the basic note 1 undergoes a procedure of being converted / generated into one sheet music note 2 having a short length (e.g., half beat, half beat, etc.).

As another example, when the pixels P filled with the same color are arranged in succession, when the scan time of the pixels P is long, a plurality of basic notes 1 corresponding to the pixels P have a slow beat. Is given. As a result, the plurality of basic notes 1 undergo a procedure of being converted / generated into one sheet music note 2 having a long length (for example, two beats, three beats, four beats, etc.).

Through the above-described procedure, a time signature is given to the basic note 1, and the sheet music note 2 is generated. Then, the image correspondence notation processing module 106 side arranges the generated notation notation 2 in the stave report 3 according to the scanning order (up-down, left-right, etc.) of each pixel P described above. The procedure for generating the music score M corresponding to the image I is performed (see FIG. 5).

In the generation of such sheet music, the sheet music genre processing module 107 communicates with the image corresponding sheet music processing module 106. In the music score genre processing module 107, when a user message for determining the genre of music score is input through the guide frame 112, the user message may be transmitted to the image corresponding music score processing module 106. As a result, the sheet music M generated by the image corresponding sheet music processing module 106 is induced to have a genre characteristic (eg, jazz, ballad, shake, trot, lock, etc.) corresponding to the user message. .

As described above, in the present invention, in the electronic device 10 having the operating system 11 or the like, " each pixel P constituting the image I is scanned in accordance with a preset image scanning rule, A computer module that can assign a color number corresponding to the pixel P for each pixel P by comparing the read color with the color number for each color previously stored. After reading the color number corresponding to each pixel P, comparing the read color numbers with the previously stored scales for each color number and setting the scale corresponding to the corresponding pixel for each pixel P. Computer module ", " read the scale corresponding to each pixel P, generate a basic note 1 corresponding to each scale, and then, according to a preset time setting rule, the basic note 1 ) To create a musical score (2), and scan each generated musical score for each pixel (P) Arranged on the stave report 3 in order, the computer module which can generate the music score M corresponding to the said image I ", etc. can be systematically arranged and provided. Therefore, under the implementation environment of the present invention, on the user side, only a very simple procedure of simply operating the electronic device 10 can automatically generate a very colorful sheet music corresponding to an image (eg, a picture, an image, a picture, etc.) owned by the user. Can be created / obtained. As a result, it is possible to maximize the additional utilization of the image (I) by linking the image (I) with the composition without any difficulty.

Meanwhile, as shown in FIG. 6, the music score-based image generating apparatus 200 according to another embodiment of the present invention is located in an electronic device 40 (eg, a smartphone, a tablet PC, etc.) having an operating system 41. Installed operation information processing module 202, guide frame operation module 203, color number processing module 204 for music scores, image pixel processing module 205 for music scores, image processing module 206 corresponding to the score, image The genre processing module 207, the color number storage module 208 for each scale, the image pixel configuration rule storage module 209, and the color information storage module 210 for each color number may take a close combination.

In this case, the operation information processing module 202 may play a role of storing / managing various operation information required for the music score-based image generation service. Here, the various operation information, for example, the registration information of the operating system 11, the registration information of the function support server 30, the program / source information for the formation / maintenance of the communication session, for the progress of the process of each computer module It includes program / source information and text / image / image / program information for generating / posting / operating the guide frame 211. In addition, by communicating with the function support server 60 via the communication network 50, it is possible to receive the function support information including the update information of each computer module. In addition, by performing the role of reflecting this to the function of each computer module side, a series of sheet music based image generation service procedure according to the present invention assists to proceed normally without any difficulty.

In addition, when the user's side attempting to perform the music score-based image generation service according to the present invention proceeds with the operation based on the operating system 41, and a series of device call-up events occurs, the guide frame operation module 203 side immediately, By using the operation information previously stored in the operation information processing module 202, generates a guide frame 211 as shown in Figure 7, and outputs the generated guide frame 211 through the electronic device 40 Can publish For this reason, the guide frame operation module 203 side assists the operation procedure of a series of sheet music-based image generation services according to the present invention to be normally performed without any difficulty.

8, the color number processing module 204 for the sheet music note stores the scale of each sheet music note 2 constituting the music score M on the color number storage module for each scale. It is compared with the color number for each scale previously set in (208). Thereafter, each sheet music note 2 serves to give a color number corresponding to the sheet music note 2.

When the color numbers corresponding to the sheet music notes 2 have been assigned to each sheet music note 2, as shown in FIG. 9, the image pixel processing module 205 for each sheet music note has been assigned to each sheet music note 2 as shown in FIG. Read the corresponding color number. Thereafter, the read-out color number is compared with the color information for each color number previously stored in the color information storage module 210 for each color number, and through this, "the color corresponding to the color number for each music note 2 side is obtained. Branch serves to generate the pixel P ".

Through the above-described procedure, when the " pixel P having the color corresponding to the color number of each sheet music note 2 " is completed, as shown in FIG. 10, the sheet music correspondence image processing module 206 has an image. The image pixel composition rule previously set in the pixel composition rule storage module 209 is read. Thereafter, according to the read image pixel configuration rule, each pixel P is generated or arranged to generate an image I corresponding to the score.

Under this procedure, the sheet music correspondence image processing module 206 side of the present invention has a rule of "increase the number of pixels P corresponding to the sheet music note 2 of a slow beat, and increase the pixel section to image". According to the included image pixel composition rule, pixels are generated or arranged (see FIG. 10).

Under this situation, for example, the number of pixels P corresponding to the sheet music note 2, which is in the form of a triple beat point half note (i.e. in the form of a slow beat), is further increased in number. Increasingly, the pixel section being imaged increases.

As another example, the pixel P corresponding to the sheet music note 2, which is in the form of a thirty-second note of the half beater of the half-halves (ie, in the form of a fast beat), has a pixel section to be imaged without increasing its number. You are in a short situation.

In the generation phase of such an image, the image genre processing module 207 communicates with the music score corresponding image processing module 206. When a user message for determining the genre of an image is input through the guide frame 211, the image genre processing module 207 may transmit the corresponding user message to the score corresponding image processing module 206. Thus, the image I generated by the sheet music correspondence image processing module 206 may have a genre characteristic corresponding to the user message (eg cartoon, landscape, watercolor, portrait, pencil image, etc.). do.

As described above, according to another embodiment of the present invention, in the electronic device 40 including the operating system 41 or the like, " the color scale for each musical scale which has previously been set to the musical scale of each musical score 2 constituting the musical score M, In comparison, a computer module capable of assigning each sheet music note 2 a color number corresponding to the sheet music note 2 ", " a color number corresponding to each sheet music note 2 " Computer module that can generate the pixel P having the color corresponding to the color number of each sheet music note 2 by comparing the color number with the color information for each color number previously stored, "" Preset image After reading the pixel composition rule, according to the read image pixel composition rule, a computer module capable of generating or arranging pixels P to generate an image I corresponding to the score M, etc. systematically. Can provide batch. Therefore, under the implementation environment of the present invention, on the user side, only a very simple procedure of simply operating the electronic device 40 can automatically generate / acquire a variety of images corresponding to the self-retaining score M. FIG. After all, without any difficulty, by linking the sheet music (M) with the image (I), it is possible to further maximize the additional utilization of the sheet music (M).

The present invention is not limited to a specific field, and exhibits useful effects generally in various fields requiring effective operation of various multimedia contents.

And, in the foregoing, specific embodiments of the present invention have been described and illustrated, but it is obvious that the present invention may be variously modified and implemented by those skilled in the art.

Such modified embodiments should not be individually understood from the technical spirit or viewpoint of the present invention, and such modified embodiments should fall within the scope of the appended claims of the present invention.

[Description of the code]

I: image

M: Sheet music

10,40: Information equipment

11,41: operating system

20,50: network

30,60: Function Support Server

100: image-based sheet music generating device

101,201: interface module

102, 202: operation information processing module

103,203: guide frame operation module

104: color number processing module for each image pixel

105: scale processing module for each image pixel

106: image matching score processing module

107: music score genre processing module

108: color number storage module for each color

109: image scan rule storage module

110: scale storage module by color number

111: Beat setting rule storage module

200: sheet music based image generating device

204: color number processing module for each sheet music note

205: image pixel processing module for each sheet music note

206: music score corresponding image processing module

207: Image genre processing module

208: color number storage module for each scale

209: image pixel composition rule storage module

210: color information storage module for each color number

Claims

An image-based sheet music generating apparatus installed in an electronic device having an operating system and operating a sheet music generating service by outputting a guide frame for operating an image-based sheet music generating service through the electronic device.

Each pixel constituting the image is scanned according to the preset image scanning rules, and the color of each pixel is read, and the read color is compared with the stored color number of each color to correspond to the corresponding pixel. A color number processing module for each image pixel assigning a color number to the color number;

An image pixel scale processing module configured to read a color number corresponding to each pixel and compare the read color numbers with previously stored scales for each color number, and set a scale corresponding to the corresponding pixel for each pixel; And

After reading the scale corresponding to each pixel, generating a basic note corresponding to each scale, according to the preset time setting rule, giving a beat to the basic note to generate a musical score, and generating each score And an image correspondence notation processing module for generating musical notes corresponding to the image by arranging musical notes in a stair notch according to the scanning order of each pixel.
The apparatus of claim 1, wherein the color number is one of a hex color code or a three primary color value.
According to claim 1, wherein the image-correspondence sheet processing module side to give the beat to the base note according to the first time setting rule, or the second time setting rule, to generate the sheet music note, the first time setting rule is According to the continuous arrangement of the basic notes having the same scale, a time signature is given to the basic note, and the second time setting rule indicates that when pixels filled with the same color are not arranged in succession, the corresponding basic pixels An image-based notation generating apparatus of claim 1, wherein the note is provided with a fast beat, and when pixels filled with the same color are arranged in succession, a slow beat is given to a basic note corresponding to the continuous pixel.
The method of claim 1, wherein the image scan rule includes at least one of a first scan rule, a second scan rule, a third scan rule, a fourth scan rule, a fifth scan rule, and a sixth scan rule.

The first scan rule indicates scanning an image from the pixels arranged above and the pixels arranged below, and the second scan rule indicates scanning the image from the pixels arranged below and the pixels arranged above. The third scan rule indicates scanning an image from the pixels arranged on the left side to the pixel arranged on the right side, and the fourth scan rule indicates scanning the image from the pixels arranged on the right side to the pixel arranged on the left side, The fifth scan rule indicates scanning an image while forming a parabolic scan line, and the sixth scan rule indicates scanning an image while forming a circular spring shape scan line. Generating device.
The music score processing module of claim 1, further comprising a music genre processing module in communication with the image corresponding music processing module,

When the user message for determining the genre of sheet music is input through the guide frame, the sheet music genre processing module transmits the corresponding user message to the image corresponding sheet music processing module to display the sheet music generated by the image corresponding sheet music processing module. And generating a genre feature corresponding to the user message.
A music score-based image generating device installed in an electronic device having an operating system and operating a image generating service by outputting a guide frame for operating a music score-based image generating service through the electronic device.

A color number processing module for each sheet music note, which compares the scale of each sheet music note constituting the sheet music with a preset color number for each score, and gives each sheet music note a color number corresponding to the sheet music note;

After reading the color number corresponding to each sheet music score, comparing the read color number with the previously stored color information for each color number, and for each sheet music score to generate a pixel having a color corresponding to the color number of each sheet music score An image pixel processing module; And

And a music score correspondence image processing module configured to read the preset image pixel composition rule and to generate or arrange pixels according to the read image pixel composition rule to generate an image corresponding to the sheet music. Sheet music based image generator.
The pixel according to the image pixel composition rule of claim 6, wherein, on the sheet music correspondence image processing module side, a pixel corresponding to a sheet music note of a slow beat increases its number to increase a pixel section to be imaged. Music score-based image generating device, characterized in that for generating or arranging.
The image genre processing module of claim 6, further comprising an image genre processing module communicating with the sheet music correspondence image processing module, wherein the image genre processing module is configured to input a user message for determining a genre of an image through the guide frame. The sheet music-based image generating device is configured to transmit a user message to the sheet music correspondence image processing module so that an image generated by the sheet music correspondence image processing module may have a genre characteristic corresponding to the user message. .