KR20190080086A - The apparatus which manages a composition service process based on the graphic contents - Google Patents

Abstract

The present invention relates to an operating apparatus for composition service based on graphic content (GC). The operating apparatus comprises: a GC receipt processing module; a GC corresponding image level processing module; a GC-based scale formation processing module; a GC-based beat processing module; a GC-based code processing module; and a composition content playing processing module. Accordingly, GC may be linked to composition without any difficulty, and the operating apparatus may guide to maximize the additional utilization of the GC.

Description

TECHNICAL FIELD [0001] The present invention relates to a graphic content-based composition service operating apparatus,

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an apparatus capable of operating / providing a corresponding composition service based on graphical contents (GC) such as photographs and images, and more particularly, It is possible to automatically generate / secure the composition contents corresponding to the GC (for example, photographs, images, etc.) by photographing or illuminating the GC (e.g., photographs, Based on a GC-based composition service management system that can guide GCs to maximize the supplemental utilization of GCs by linking the GCs with compositions without any difficulty.

Background Art [0002] In recent years, with the rapid development of electric / electronic / program related technologies, various types of automatic composition systems have been widely developed / distributed.

For example, Korean Patent Registration No. 10-875 (name: music composition system using a mobile terminal) (issued Dec. 14, 2010), Korean Patent No. 10-1807754 (name: Korean Patent Laid-Open No. 10-2017-137526 entitled " Method of Composing Using a Composition Program ", Dec. 13, 2017) discloses an example of such automatic composition systems Is disclosed in more detail.

Meanwhile, in recent years, various types of camera-equipped electronic devices (for example, smart phones, tablet PCs, and the like) capable of photographing pictures and videos have been rapidly spreading, , Video, etc.) are also growing rapidly.

Of course, as described above, the distribution scale of GC (for example, photographs, images, etc.) distributed among users is rapidly growing, for example, by linking GC with an automatic composition system, The user desire to do so is also increasing.

However, despite this situation, under the conventional system, since the field of automatic composition system and the system of graphic shooting / distribution related system have been growing independently in the form of separate technology markets, unless another measure is taken, On the user side, despite the desire to link GC with composition and to maximize the additional utilization of GC, it could not be satisfied at all.

Korean Patent No. 10-875 (Title: Music Composition System Using Portable Terminal) (Dec. 14, 2010) Korean Registered Patent No. 10-1807754 (titled: a server for creating an own song and a method thereof) (published on December 13, 2017) Korean Patent Laid-Open No. 10-2017-137526 (titled: composition method using composition program) (Dec. 13, 2017)

Accordingly, it is an object of the present invention to provide an electronic device having a camera module, a microphone module, an information output module, a communication module, an operating system, and the like in communication with a GC (Graphic Contents) A computer module capable of outputting and operating a guide frame for operating a composition service through an information output module, receiving a GC for a color or monochrome composition service photographed or illuminated through a camera module, A computer module capable of generating an image level graph composed of a curved waveform in which a flat part and a protruding part are combined based on a light or dark hue represented by the GC, After reading the image level graph, of the bending waveforms constituting the image level graph, a specific oyster Assuming that the interval between the X-axis of the curved waveform side planar part is a negative height and the spacing between the Y-axis of the curved waveform side protruding part is assumed as a negative length, a scale corresponding to the image level graph is formed, A computer-generated module capable of automatically generating a musical score; < image-level graph >, wherein each of the bending waveforms constituting the image-level graph is divided into a plurality of blocks each having a block matrix A computer-readable recording medium having recorded thereon a computer readable medium having computer-executable instructions for causing a computer to execute: a computer-readable medium having computer-executable instructions for generating a musical note corresponding to an image level graph, The user can determine the time signature according to the degree of inclination of the bending waveform constituting the level graph, After determining the beat according to the message and reading the image level graph and musical score, the code is set according to the user code setting message input through the guide frame. A computation module that can automatically apply the determined code to the generated score, < &lt; a composition content that is composed of a scale, a beat, and a code that is automatically generated, and then reads the read composition content through the information output module (GC) (for example, photographs, images, etc.) is photographed or illuminated on the user side only through the electronic device through the GC , Photographs, videos, etc.) by automatically generating / securing the contents of the corresponding music content, so that, without any difficulty, By association, it is to guide so as to further maximize the use of additional GC.

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

According to an aspect of the present invention, there is provided an electronic device including a camera module, a microphone module, an information output module, a communication module, and an operating system, Based composition service operating apparatus for communicating with a base composition service operating server and outputting and operating a guide frame for operating a GC-based composition service through the information output module, the apparatus comprising: A GC reception processing module for receiving a composition target GC for monochrome composition and for posting the received GC through the guide frame; A GC-compliant image level processing module for generating an image level graph comprising a curved waveform in which a flat part and a protruding part are combined based on a light or dark color tone represented by the GC; Assuming that the X-axis interval of a specific bending waveform side plane part which is in line with a virtual piano keyboard among the bending waveforms constituting the image level graph is a negative height after reading the image level graph, A GC based musical scale formation processing module for assuming a Y axis interval of the protruding part as a negative length to form a musical scale corresponding to the image level graph and automatically generating musical score composed of formed musical scale; Determining the beats according to the degree of inclination of the bending waveform constituting the image level graph or determining the beats according to the user beats setting message input through the guide frame after reading the image level graph, A GC-based beat processing module for automatically applying the score generated by the GC-based musical scale formation processing module; A GC for automatically determining a code according to a user code setting message inputted through the guide frame and automatically applying the determined code to the score generated by the GC-based scale formation processing module after reading the image level graph and score, Based code processing module; The GC-based musical tone formation processing module, the GC-based beats processing module, and the GC-based code processing module, and then reproduces the read composition content through the information output module And outputting the music composition contents to the GC-based composition service management module.

According to another aspect of the present invention, there is provided a computer-readable storage medium for storing a program for providing a graphical content (GC) -based composition service through a communication module, the program module being installed in an electronic device having a camera module, a microphone module, A GC-based composition service operating apparatus communicating with an operation server and outputting a guide frame for operating a GC-based composition service through the information output module, the apparatus comprising: A GC reception processing module for receiving a composition service target GC and posting the received GC through the guide frame; A GC-compliant image level processing module for generating an image level graph comprising a curved waveform in which a flat part and a protruding part are combined based on a light or dark color tone represented by the GC; Wherein each of the bending waveforms constituting the image level graph is defined as a command for each bending waveform at each point where a virtual block matrix in which block-based command definition is defined, A GC-based musical scale formation processing module for forming a musical scale corresponding to a level graph and automatically generating musical score composed of formed musical scale; Determining the beats according to the degree of inclination of the bending waveform constituting the image level graph or determining the beats according to the user beats setting message input through the guide frame after reading the image level graph, A GC-based beat processing module for automatically applying the score generated by the GC-based musical scale formation processing module; A GC for automatically determining a code according to a user code setting message inputted through the guide frame and automatically applying the determined code to the score generated by the GC-based scale formation processing module after reading the image level graph and score, Based code processing module; The GC-based musical tone formation processing module, the GC-based beats processing module, and the GC-based code processing module, and then reproduces the read composition content through the information output module And outputting the music composition contents to the GC-based composition service management module.

In the present invention, an electronic device having a camera module, a microphone module, an information output module, a communication module, an operating system, etc., communicates with a GC (Graphic Contents) A computer module capable of outputting a guide frame for outputting through the information output module, < &lt; a color module for a color or monochrome composition service photographed or imaged through a camera module, and receiving the GC through the guide frame A computation module capable of generating image level graphs composed of curved waveforms in which flat parts and protruding parts are combined based on light or dark hues represented by GC, After reading out, of the bending waveforms constituting the image level graph, a specific bending waveform side which is in line with the virtual piano keyboard Assuming that the X-axis interval of the flat part is a negative height, assuming that the Y-axis interval of the protruding part on the curved waveform side is a negative length, a musical scale corresponding to the image level graph is formed, The computation module that can automatically generate the image level graph, and the image level graph, the respective waveforms constituting the image level graph correspond to the virtual block matrix where the block-by-block interactions are defined, A computation module for generating a musical score corresponding to the image level graph and specifying a musical note formed by the formed musical scale and specifying an instruction of a bending waveform to generate an image level graph; The time signature may be determined in accordance with the degree of inclination of the constituting bending waveform, Determines a beat, determines a code according to the user code setting message input through the guide frame after reading the image level graph and musical score, a computation module capable of automatically applying the determined beat to the generated score, , A computation module capable of automatically applying the determined code to the generated music score, < a music content composed of automatically generated musical scale, beat, and code is read, and the read composition content is reproduced through the information output module and output (GC) (for example, photographs, images, etc.) through an electronic device can be photographed or illuminated only by a user in the implementation environment of the present invention, (For example, photographs, images, and the like) can be automatically generated / secured. As a result, without any difficulty, the GC By association with the song, it is possible to further maximize the use of additional GC.

1 is a conceptual diagram illustrating a detailed configuration of a GC-based composition service operating apparatus according to the present invention.
FIG. 2 and FIG. 3 are conceptual diagrams showing a posting pattern of a guide frame according to the present invention; FIG.
Figs. 4 and 5 are diagrams showing image level graphs corresponding to color GC and monochrome GC; Fig.
FIG. 6 and FIG. 7 are conceptual diagrams illustrating a detailed function execution procedure of the GC-based composition service operating apparatus according to the present invention.

Hereinafter, a GC-based composition service management apparatus according to the present invention will be described in detail with reference to the accompanying drawings.

1, an apparatus 100 for operating a GC-based composition service according to the present invention includes a camera module 13, a microphone module 14, information output modules 15 and 16, a communication module 12, Wireless online network 20, interface module 101, and the like, while being installed in the electronic device 10 (e.g., smart phone, tablet PC, etc.) An operation information storage module 102, a guide frame processing module 103, a GC reception processing module 104, a GC-compliant image level processing module 105, The GC-based musical scale formation processing module 106, the GC-based beat processing module 107, the GC-based code processing module 108, the GC-based music genre processing module 109, A lyric processing module 111, a composition target video segment processing module 112, a user voice / composition content association processing module 113, a background sound / (114), GC-based music genre like the processing module 115, a content reproduction processing composition module 116, of compositions based on GC content generation module 117 and the like to take the configuration tightly combined.

At this time, the operation information storage module 102 may store various operation information necessary for operating the GC-based composition service, for example, registration information of the operating system 11, registration information of the communication module 12, , Registration information of the microphone module 14, registration information of the information output modules 15 and 16, registration information of the GC-based composition service operating server 200, program / source information for forming / maintaining a communication session, Program / source information for process progress of the modules, and text / image / image / program information for generation / publication / operation of the guide frames 300 and 304, So that the procedure can proceed normally without difficulty.

In addition, on the side of the guide frame operating module 103, a user who wishes to perform a GC-based composition service according to the present invention performs computation based on the operating system 11, and when a series of device call-up events occurs, 2 and 3 by using the operation information previously stored in the operation information storage module 102 and outputs the generated guide frames 300 and 304 to the information output module 15, 16), thereby assisting a series of GC-based composition service operating procedures according to the present invention to proceed normally without difficulty.

In this case, on the user side, even if an extremely simple operation of viewing various menu icons (301, 302, 303, 306, 307) included in the guide profiles 300 and 304 or performing computational operations is performed, for example, a procedure of photographing or illuminating an object, A procedure for automatically producing composition contents corresponding to each GC 400 (e.g., photographs, images, etc.), a procedure for adjusting the brightness of the screen, a process for adjusting the image level corresponding to the GC 400 The procedures for publishing the graph (G), the procedure for recording the voice of the user, the procedure for setting the beats of the composition contents, the procedure for setting the code of the composition contents, and the music genre for the composition contents , A procedure for setting up the musical instrument of the composition contents, a procedure for returning / creating the composition contents to the GC 400 and a procedure for recording the background sound around the electronic instrument 10 It was possible to proceed smoothly. .

Under such a situation, the GC reception processing module 104 receives the color or monochrome composition service target GC 400 photographed or imaged via the camera module 13, and transmits the received GC 400 And proceeds through the guide frame 300 (see FIG. 2). In this case, the GC 400 received at the GC reception processing module 104 side may be a plurality of photographs.

The GC-compliant image level processing module 105 advances a series of information generation routines so as to generate the flat part G1 as shown in Figs. 6 and 7 on the basis of the bright or dark tones represented by the GC 400. [ And the protruding part G2 are combined with each other (refer to FIG. 2).

In this case, a low image level graph G means that the dark portion is very small in the GC 400, and a high image level graph G means that there are many bright portions in the GC 400 .

Of course, under this circumstance, on the user side, by varying the brightness or color tone of the GC 400 (or selecting a color / monochrome of the GC 400 in various ways) The characteristics of the generated composition contents can be freely controlled in various types. 4 and 5 show an image level graph G when the GC 400 is in color and an image level graph G when the GC 400 is black and white. In this case, each image level graph G shows a large difference from each other depending on whether the GC 400 is a color image or a black and white image, although each GC 400 is a photograph containing the same scene.

On the side of the GC-based scale formation processing module 106, after reading the image level graph G as shown in Fig. 6, a virtual extension line R of the bending waveforms constituting the image level graph G Assuming that the X-axis interval L of the specific bending waveform side planar part G1 that is in line with the virtual piano keyboard OR is a negative height and the Y-axis interval G2 of the bending wave side protruding part G2 (H) is assumed to be a negative length, a scale corresponding to the image level graph (G) is formed, and a process of automatically generating a score composed of the formed scale is performed.

In this case, on the side of the GC-based scale forming processing module 106 of the present invention, as another embodiment, after reading the image level graph G as shown in Fig. 7, Each of the bending waveforms specifies each of a plurality of states at a point where the bending waveform meets a virtual block matrix (B, B1, B2? And a process of automatically generating a musical note composed of a formed scale can be performed.

On the other hand, the GC-based beat processing module 107 reads the image level graph G and determines the beat according to the degree of inclination of the bending waveform constituting the image level graph G, ), And proceeds to a procedure of automatically applying the determined beats to the music score generated by the GC-based musical scale formation processing module 106.

In this case, on the GC-based beat processing module 107 side, for example, when the bending waveform constituting the image level graph G has a gentle slope, the beat is determined to be slow and the image level graph G is configured If the bending waveform that makes a steep slope determines the beat quickly.

The GC-based code processing module 108 reads the image level graph G and the score and then determines a code according to the user code setting message input through the guide frames 300 and 304 and outputs the determined code , Minor code, deminished code, organd code, etc.) to the score generated by the GC-based scale formation processing module 106 automatically.

Based on the musical composition reproduction processing module 116, a musical composition composed of scales, beats and codes automatically generated by the GC-based musical scale formation processing module 106, the GC-based beats processing module 107, the GC-based code processing module 108, After the contents are read, the readout composition contents are reproduced through the information output modules 15 and 16 and outputted.

On the song composition processing module 118 side, musical composition data including musical pieces, beats and codes automatically generated by the GC-based musical scale formation processing module 106, the GC-based beats processing module 107, the GC-based code processing module 108, And a user's voice corresponding to the composition content is input through the microphone module 14 in a phase where the generated composition content is reproduced / outputted by the composition-content reproduction processing module 116, a series of information The synthesizing routine is advanced to synthesize the composition contents and the user's voice, and a procedure for generating the song contents is performed. Of course, under this circumstance, the user side can easily acquire the composition contents corresponding to the GC 400, as well as the song contents in which the composing contents and the synthesized voices of his / her own voice are synthesized. As a result, GC-based composition services will be more enjoyable.

On the side of the GC-based music genre processing module 109, after reading the image level graph G in the phase in which the music score is generated by the GC-based scale formation processing module 106, Determines the music genre according to the type of the bending waveform to be performed or determines the music genre according to the user genre setting message input through the guide frame and determines the determined music genre (for example, shake, song, pop song, jazz, tango, A music, a country, a classical, a hip, a casanova, a rock, a swing, a slouch, etc.) automatically to the score generated by the GC-based scale formation processing module 106.

In this case, on the side of the GC-based music genre processing module 109, for example, when the bending waveform constituting the image level graph G has a gentle slope, trot or pop song is determined as a music genre, In the case where the bending wave forming the graph G has a steep slope, the tango, rock, and the like are determined as musical genres.

The GC-based music genre recommendation processing module 115 determines that the image level graph G corresponding to the GC 400 is formed by the GC-corresponding image level processing module 105, To the music genre recommendation processing unit 201 installed in the GC-based composition service operating server 200, the music genre recommendation processing unit 201 transmits to the music genre recommendation processing unit 201 the recommendation music corresponding to the image level graph G Genre information &quot; and &quot; recommended recording technique information for each music genre &quot;, and receives the recommended music genre information corresponding to the image level graph G and the recommended recording technique information for each music genre, (15, 16) or guide frames (300, 304).

In this case, in the music genre recommendation processing unit 201 installed in the GC-based composition service operating server 200, in the self database 202, the GCs produced by the respective users in advance music and the corresponding image level graphs are classified by genre Based music genre recommendation processing module 115 transmits a genre recommendation request message immediately after the GC-based music genre recommendation processing module 115 receives the recommendation music genre information corresponding to the image level graph G, The photographing technique is a good technique for composing a song. &Lt; BB photographed angle > is a photographing technique for photographing a photograph, It is easy to acquire information such as "It is a good shooting technique for composing jazz", "Can shoot music of XX genre by shooting in the background of a lake" .

On the side of the GC-based performance musical instrument processing module 110, after reading the image level graph G in the phase in which the music score is generated by the GC-based musical scale formation processing module 106, It is possible to determine an individual player musical instrument or an ensemble playing musical instrument or determine an individual player musical instrument or an ensemble musical instrument in accordance with a user instrument setting message input through the guide frames 300 and 304, (For example, a piano, a guitar, a violin, a clarinet, an organ, a saxophone, a trumpet, a fingerstyle, or a guitar) by determining an individual player musical instrument or an ensemble playing musical instrument according to the player instrument initial setting data, A triangle, etc.) is reproduced by the composition-content reproduction processing module 116, The player can proceed to the procedure of playing by the playing means.

In this case, on the side of the GC-based performance musical instrument processing module 110, for example, when the bending waveform constituting the image level graph G has a gentle slope, the piano or organ is determined to be an individual / In the case where the bending waveform constituting the image level graph G has a steep slope, a sex phoneme, a trumpet, or the like is determined as an individual / collective performance musical instrument.

A user-defined lyric character is input through the guide frames 300 and 304 in the phase where the score is generated by the GC-based scale formation processing module 106 on the side of the composition content lyrics processing module 111, , A process is performed in which the lyrics or the voice of a lyric is written in accordance with the notes described in the notation and the score including the written words is outputted through the guide frames 300 and 304 do. Of course, under this circumstance, the user can more enjoy the GC-based composition service according to the present invention while visually confirming the input or recorded lyrics of the user.

The user voice / composition contents link processing module 113 records and records the voice of the user's voice to be inputted through the microphone module 14 while communicating with the microphone module 14, In the phase in which a scale is formed by the scale formation processing module 106, a process of transforming the scale to be formed is performed in accordance with the recorded voice on the user side. Of course, under this circumstance, it is possible to enjoy the GC-based composition service according to the present invention more interestingly while controlling the scales composing GC-based on the user's side in a flexible manner according to the user's own transliteration.

The background sound / GC synthesis processing module 114 records and records the background sound around the electronic device 10 at a time before the GC 400 is photographed by the camera module 14, When the GC 400 is photographed by the module 14, a background sound around the electronic device 10 that has been recorded is synthesized with the GC 400 to generate a background sound synthesis type GC, The compositing type GC is transmitted to the operating system 11 or the GC-based composition service operating server 200 side.

Of course, under this circumstance, the background sound synthesis type GC side undergoes a process of stably storing / managing in the electronic device 10 or the GC-based composition service operation server 200 with a unique file name, It is possible to flexibly output / utilize the background sound synthesis type GC according to its own needs (for example, listening to a background sound while watching a picture, etc.).

In the case where the GC 400 for color or black-and-white composition is received on the side of the composition subject video segment processing module 112, when the corresponding GC 400 is an image having motion, In accordance with the processing reference information, a composition target video section corresponding to a composition object among all the frame sections constituting the video is specified, or a user composition target video section setting message input through the guide frames 300 and 304 follow. Specifies a composition target video section corresponding to a composition target among all the frame sections constituting the video and transmits the specified composition target video section to the GC corresponding image level processing module 105, So that the image level graph G corresponding to the section can be stably generated.

When the composition contents-GC conversion request message for converting the composition contents to the GC 400 is transmitted through the guide frames 300 and 304 from the composition content-based GC generation module 117, The GC 400 corresponding to the composition contents is generated by reducing the graph G to the color tone information corresponding to the GC 400 and supplies the generated GC 400 to the information output module 15, The process of outputting through the guide frames 300 and 304 is performed. Of course, under this circumstance, on the user side, it is possible not only to acquire the composition contents based on the GC 400, but also to generate the GC 400 based on the composition contents according to the situation. As a result, The GC-based composition service can be enjoyed more interestingly.

As described above, in the present invention, in the electronic device 10 having the camera module 13, the microphone module 14, the information output modules 15 and 16, the communication module 12, and the operating system 11, A guide frame 300 or 304 for operating a GC-based composition service can be outputted through the information output modules 15 and 16 and operated by communicating with a GC (Graphic Contents) based composition service operating server 200 The computer 400 can receive a color or monochrome composition service target GC 400 photographed or imaged via the computer module 14 and camera module 14 and can publish the received GC 400 through the guide frames 300 and 304 Which can generate an image level graph G composed of a curved waveform in which the flat part G1 and the protruding part G2 are combined on the basis of the bright or dark color tone represented by the computer module & Module>, <image level graph (G), then read the image level graph (G) Assuming that the X-axis interval L of the specific bending waveform side planar part G1 which meets the imaginary piano keyboard RO in a straight line is a negative height among the bending waveforms of the bending wave side protruding part G2 A computer-generated module capable of automatically generating a musical score formed of a formed musical scale, assuming the Y-axis interval H to be a negative length, forming a musical scale corresponding to the image level graph G, G) are read out and then each of the bending waveforms constituting the image level graph G is divided into respective bends (B, B1, B2, etc.) where the blocks meet the virtual block matrix A computation module for generating a score corresponding to the image level graph G by specifying the waveform of the waveform and automatically generating a score composed of the formed score; The image level graph (G) Which can determine the rhythm according to the degree of inclination of the bending waveform or determine the rhythm according to the user rhythm setting message inputted through the guide frames 300 and 304 and automatically apply the determined rhythm to the finished musical score , The image level graph (G) and the musical score, determines a code according to the user code setting message input through the guide frames 300 and 304, and automatically assigns the determined code to the generated musical score A module capable of reading the composed contents composed of musical pieces, rhythms and chords that have been automatically generated, and reproducing the read composition contents through the information output modules 15 and 16, and the like in a systematic manner It is only necessary to photograph the GC 400 (e.g., photographs, images, etc.) via the electronic device 10, It is possible to automatically generate / secure composition contents corresponding to the GC 400 (for example, photographs, images, and the like) by using only the procedure. As a result, the GC 400 can be linked to the composition, 400 can be further maximized.

The present invention is not limited to a specific field, and has a generally useful effect in various fields where effective operation of graphic contents is required.

Although specific embodiments of the present invention have been described and illustrated above, it is to be understood that the present invention may be embodied in many other specific forms without departing from the spirit or essential characteristics thereof.

Such modified embodiments should not be understood individually from the technical idea and viewpoint of the present invention, and such modified embodiments should be included in the appended claims of the present invention.

10: Information equipment
11: Operating system
12: Communication module
13: Camera module
14: Microphone module
15, 16: Information output module
20: wired / wireless online network
100: GC-based composition service operating device
101: Interface module
102: Operational information storage module
103: guide frame processing module
104: GC reception processing module
105: GC-compliant image level processing module
106: GC-based scale formation processing module
107: GC-based beat processing module
108: GC-based code processing module
109: GC-based music genre processing module
110: GC based musical instrument processing module
111: Song content Lyrics processing module
112: composition target video segment processing module
113: user voice / composition content link processing module
114: background sound / GC synthesis processing module
115: GC-based music genre recommendation processing module
116: Composition content reproduction processing module
117: Composition content based GC generation module
118: Song synthesis processing module
200: GC based composition service operation server
201: Music genre recommendation processing unit
300, 304: guide frame
G: Image level graph
400: GC

Claims (11)

(GC) -based composition service operating server via the communication module, and is provided with a GC-based (Graphic Content) based content service server, which is installed in an electronic device having a camera module, a microphone module, an information output module, And outputting and operating a guide frame for operating a composition service of the GC-based composition service through the information output module,
A GC acceptance processing module for accepting a color or monochrome composition service target GC photographed or illuminated through the camera module and posting the accepted GC through the guide frame;
A GC-compliant image level processing module for generating an image level graph comprising a curved waveform in which a flat part and a protruding part are combined based on a light or dark color tone represented by the GC;
Assuming that the X-axis interval of a specific bending waveform side plane part which is in line with a virtual piano keyboard among the bending waveforms constituting the image level graph is a negative height after reading the image level graph, A GC based musical scale formation processing module for assuming a Y axis interval of the protruding part as a negative length to form a musical scale corresponding to the image level graph and automatically generating musical score composed of formed musical scale;
Determining the beats according to the degree of inclination of the bending waveform constituting the image level graph or determining the beats according to the user beats setting message input through the guide frame after reading the image level graph, A GC-based beat processing module for automatically applying the score generated by the GC-based musical scale formation processing module;
A GC for automatically determining a code according to a user code setting message inputted through the guide frame and automatically applying the determined code to the score generated by the GC-based scale formation processing module after reading the image level graph and score, Based code processing module;
The GC-based musical tone formation processing module, the GC-based beats processing module, and the GC-based code processing module, and then reproduces the read composition content through the information output module And outputting the generated music contents to the GC-based composition service processing module. (GC) -based composition service operating server via the communication module, and is provided with a GC-based (Graphic Content) based content service server, which is installed in an electronic device having a camera module, a microphone module, an information output module, And outputting and operating a guide frame for operating a composition service of the GC-based composition service through the information output module,
A GC acceptance processing module for accepting a color or monochrome composition service target GC photographed or illuminated through the camera module and posting the accepted GC through the guide frame;
A GC-compliant image level processing module for generating an image level graph comprising a curved waveform in which a flat part and a protruding part are combined based on a light or dark color tone represented by the GC;
Wherein each of the bending waveforms constituting the image level graph is defined as a command for each bending waveform at each point where a virtual block matrix in which block-based command definition is defined, A GC-based musical scale formation processing module for forming a musical scale corresponding to a level graph and automatically generating musical score composed of formed musical scale;
Determining the beats according to the degree of inclination of the bending waveform constituting the image level graph or determining the beats according to the user beats setting message input through the guide frame after reading the image level graph, A GC-based beat processing module for automatically applying the score generated by the GC-based musical scale formation processing module;
A GC for automatically determining a code according to a user code setting message inputted through the guide frame and automatically applying the determined code to the score generated by the GC-based scale formation processing module after reading the image level graph and score, Based code processing module;
The GC-based musical tone formation processing module, the GC-based beats processing module, and the GC-based code processing module, and then reproduces the read composition content through the information output module And outputting the generated music contents to the GC-based composition service processing module. The method according to claim 1 or 2, wherein, after reading the image level graph in a phase in which the score is generated by the GC-based scale formation processing module, the image level graph is read according to the type of a bending waveform constituting the image level graph A GC-based music file that determines a music genre according to a user genre setting message input through the guide frame, and automatically applies the determined music genre to the music score generated by the GC-based musical scale formation processing module, And a genre processing module. The method of claim 1 or 2, wherein, in a phase in which an image level graph corresponding to the GC is formed by the GC-corresponding image level processing module, <Recommended music genre information corresponding to the image level graph> and <recommendation photographing technique information for each music genre> are received from the music genre recommendation processing unit side after transmitting to the processing unit side, And a GC-based music genre recommendation processing module for outputting, via the information output module or the guide frame, a corresponding recommended music genre information &gt; and &lt; recommended shooting technique information for each music genre & . 3. The method according to claim 1 or 2, wherein, in the phase in which the score is generated by the GC-based scale formation processing module, after reading the image level graph, depending on the type of the bending waveform constituting the image level graph, It is possible to determine an individual player musical instrument or an ensemble playing musical instrument or to determine an individual player musical instrument or an ensemble playing musical instrument according to a user instrument setting message inputted through the guide frame, And a GC-based performance musical instrument processing module for determining the concordant playing musical instrument and playing the determined individual musical instrument or concordant musical instrument as the musical composition playing means when the musical composition content is reproduced by the musical composition reproduction processing module Wherein the GC-based composition service management apparatus comprises: 3. The method according to claim 1 or 2, wherein, in the phase in which the score is generated by the GC-based scale formation processing module, a user-set lyric character is input through the guide frame, Further comprising a composition content lyric processing module which, when input, writes the corresponding lyric character or lyric voice in accordance with the notes described in the notation, and outputs a score including the characterized lyric through the guide frame Based composition service operating device. The apparatus as claimed in claim 1 or 2, further comprising: a microphone for communicating with the microphone module, and recording and storing a voice of the user's utterance input through the microphone module, And a user voice / music content association processing module for transforming the scales to be formed in accordance with the recorded voice of the user on the basis of the voice of the user. The method according to claim 1 or 2, further comprising recording and storing a background sound around the electronic device at a time before the GC is photographed by the camera module, and when the GC is photographed by the camera module, A background sound / GC synthesis processing module for synthesizing a background sound around the electronic device, which is present, with the GC to generate a background sound synthesis type GC and deliver the generated background sound synthesis type GC to the operating system or the GC- Further comprising: a controller for controlling the GC-based composition service. The method according to claim 1 or 2, wherein, in the phase when the GC for the color or monochrome composition service is received, when the corresponding GC is an image, The user can specify a composition target video section corresponding to the composition target among the entire frame sections constituting the user's composition target video section, or according to the user composition target video section setting message input through the guide frame. A composition target video section corresponding to a composition object among all the frame sections constituting the video is specified and the specified composition target video section is transmitted to the GC corresponding image level processing module, And a composition target image segment processing module for generating an image level graph based on the generated image level graph. 3. The method according to claim 1 or 2, wherein, when a composition-GC conversion request message for converting the composition contents into the GC is transmitted through the guide frame, an image level graph included in the composition contents corresponds to the GC Based GC composition module for generating a GC corresponding to the composition content and outputting the generated GC through the information output module or the guide frame, Service operating device. 3. The method according to claim 1 or 2, wherein the musical composition including musical scale, beat and code automatically generated by the GC-based musical scale formation processing module, the GC-based beats processing module, and the GC- Further comprising a song synthesis processing module for synthesizing the composition contents and the user's voice to generate song contents when a user's voice corresponding to the composition contents is inputted through the microphone module Based composition service operating apparatus.

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