KR101999373B1 - An Event Providing System Based On Chef’s Dish - Google Patents

Abstract

The event providing system utilizing the cooking of a chef according to the present invention includes:
A database for uploading and storing a cooking image from the chef; and a database for storing the cooking image stored in the database in the event area An event generation module including an image arrangement unit;
An event area setting unit for generating an event area in which the event area is divided, a quest generating unit for generating a plurality of quests to be provided to the user, and an event processing unit for processing one event corresponding to one event area An event setting module including a counterpart;
An event progress module for visually activating the event area corresponding to the quest at the end of the quest by the user;
A completeness determining unit for determining completeness in which the cooked image displayed in the event area is completed with a complete visual image according to a quest of the user; and a product providing unit for providing a product to the user, And a result grasp module including a grasp part.

Description

An event providing system based on Chef's Dish

The present invention relates to a cooking-based event providing system of a chef. More specifically, the present invention provides quests such as questionnaires, image contrasts, and culinary imitations based on a dish made by a chef, The present invention relates to a chef's culinary-based event providing system that allows a chef to provide a product such as a culinary tasting to a user upon completion of the culinary image.

Generally, companies conduct various promotions and advertisements to promote sales of goods or services to be handled, and to promote new products. However, these promotional events and advertisements are unilaterally provided to consumers so that consumers are placed in a passive position, and consumers' interest in promotional events and advertisements is reduced.

Accordingly, a variety of services have been developed that can facilitate promotional events and advertisements, and act as promotional events and advertisements in order to generate additional revenue through these activities. For example, recent video streaming companies have developed a feature that allows users to listen to a requested video only after watching the advertisement for a certain period of time before providing the requested video, and furthermore, And technologies to encourage participation in events such as events have been developed, but it has been difficult to induce participation because it is not attractive to users.

As a method for solving this problem, Korean Registered Patent No. 1188179 entitled " treasure hunting game advertisement / promotion method utilizing location information and augmented reality technology " And the management server stops providing the augmented reality image if the augmented reality image is found through the mobile terminal, and a treasure hunt game utilizing such a system / RTI > advertisement / advertisement method.

In addition to promoting these new methods, among companies, food-related and restaurant-related companies have recently become chef marketing. Chef marketing refers to a famous chef, that is, a chef who invites a chef to visit a restaurant operated by a chef, or a dinner ticket for a restaurant operated by a chef, so that the chef's image, It is a way to actively use it for publicity. It can be said that it is a publicity marketing that shows high performance thanks to the recent chef marketing boom.

Therefore, we provide quests such as questionnaires, image contrasts, and imitation of dishes based on the dishes made by the chefs. We finish the cooking image of the chef according to the completion of each quest, and according to the completion of the cooking image, , It is necessary to develop an event providing system that utilizes the chef's cuisine, which promotes the advertising effect on the company, the business, and the specific service based on the chef's marketing.

The present invention has been devised to overcome the problems of the above-described technology. The present invention provides a variety of quests based on the dishes made by the chef to complete the cooking image of the chef according to the completion of each quest. And to provide a chef's culinary tasting system and other products such as a chef's culinary tasting system.

Another object of the present invention is to provide a user with the ability to imitate an image of a dish provided by a chef, input an image of the imitated dish, and provide a quest to compare the dish between the dish of the chef and the dish of the user .

It is a further object of the present invention to introduce image analysis in comparing chef dishes and user dishes to provide more objective comparative analysis.

It is a further object of the present invention to provide a cooking method and a cooking method which allow a general user to produce an imitation dish by watching a dish of a chef and then perform a questionnaire on the imitation dish from another user, So that it can be performed.

It is a further object of the present invention to enable a general user to produce imitation dishes by viewing a chef's dish and then to evaluate the imitation dishes from the chef so that the chef's evaluation score can be reflected in the quest.

It is a further object of the present invention to provide a method and apparatus for setting an area division ratio in which a product image provided through each quest based on a plating comparison, a questionnaire between users, a score of a chef, .

In order to achieve the above object, an event providing system using cooking of a chef according to the present invention includes an event area generating unit for generating an event area output to a display of a user terminal owned by a user, An event generation module including a database for uploading and storing images and an image arrangement unit for arranging the cooking images stored in the database in the event area; An event area setting unit for generating an event area in which the event area is divided, a quest generating unit for generating a plurality of quests to be provided to the user, and an event processing unit for processing one event corresponding to one event area An event setting module including a counterpart; An event progress module for visually activating the event area corresponding to the quest at the end of the quest by the user; A degree-of-completion determining unit for determining a degree of completeness in which the cooking image displayed in the event area is completed with a complete visual image according to a quest of the user; and a determination unit for determining a result of informing the user of product provision to the user, And a module.

Further, the event setting module may further include an event zone setting unit for setting a plurality of event zones by dividing the event zone, and a blind unit for blind processing each of the event zones, The blinds of the event area corresponding to the quest are released at the end of the quest by the player.

In addition, the quest generating unit may further include an image quest generating unit that generates a plating quest in which one of the cooking images corresponding to each of the plurality of quests is processed as a quest image, and the quest providing unit transmits, to the user, Wherein the event progress module includes an imitation image input unit for inputting an imitation image of a dish based on the quest image from the user, and an imitation image input unit for inputting the imitation image, Wherein the activity processing unit further activates the event area corresponding to the plating quest in accordance with the calculated degree of similarity.

The event providing system utilizing the cooking of a chef according to the present invention includes:

1) Provide various quests based on the chef's dishes to complete the image of the chef's cooking according to the completion of each quest. Provide users with chef's cooking and other products according to completion of the cooking image Provides a chef's culinary-based event delivery system,

2) The user can imitate the image of the dish provided by the chef, input the image of the imitated dish, and provide a quest to compare the dish between the dish of the chef and the dish of the user,

3) By introducing image analysis to compare the chef 's dish with the user' s dish,

4) It is possible to allow the general user to produce the imitation dish by watching the chef's dish, and then to conduct the questionnaire on the imitation dish from another user so that the user can further carry out the quest based on the questionnaire However,

5) After seeing the chef's dish, the general user made the imitation dish, then evaluated the imitation dish from the chef so that the chef's score could be reflected in the quest,

6) It is made possible to set the area division ratio in which the image of the product provided through the respective quests based on the plating comparison, the inter-user questionnaire, and the evaluation score of the chef, that is, the cooking image of the chef is visualized for each quest.

1 is a conceptual diagram showing a schematic configuration of a system of the present invention;
2 is a block diagram showing a basic configuration of a system according to the present invention;
3 is a conceptual diagram showing an event area and an event area of the present invention;
4 is a block diagram showing a detailed configuration of a system of the present invention;

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings. The accompanying drawings are not drawn to scale and wherein like reference numerals in the various drawings refer to like elements.

1 is a conceptual diagram showing a schematic configuration of a system 10 of the present invention.

1, an event providing system 10 using cooking of a chef 30 of the present invention is provided with a chef 30, a user 20, and a chef 30 and a user 20 And a main server 40 for mediating an event of the event.

The chef 30 means a chef or a chef of a restaurant. In the present invention, various quests based on the title of a dish made by the chef 30, a production image thereof, So that the user 20 performs the event and provides the event. In addition, when the user 20 completely performs such a quest, there is an opportunity to directly taste the dish of the chef 30 or a cooking class in which the chef 30 proceeds, It is possible to increase the participation of the user 20 in the event and to enhance the publicity in the case of promoting a specific company or service by participating in the event.

In this case, the user 20 generally refers to an object participating in an event. When the cuisine-based event of the chef 30 of the present invention is used for publicity or marketing for a particular service or company, It can be said that it is the object of marketing. The user 20 can perform various quests provided through the system 10, visually activate the events according to the quests, and receive the above-mentioned commodities when performing all the quests.

The main server 40 is a main body for proceeding the system 10 according to the present invention. The main server 40 is provided with a production image, a cooking image, and the like from the chef 30 and provides it to the user 20, And provides it to the user 20. Therefore, even if the user 20 and the chef 30 are not located at one place, the event can proceed through intermediation of the main server 40, so that the event of the present invention can be implemented not only offline but also online.

Here, the system 10 performs the above-mentioned quest through an application driven by a terminal held by the user 20. Here, in the case of an application, a takeout order function (order reservation for the same day or previous day), a real time The user can perform functions such as a seat reservation, a catering service and the like, and the above-mentioned quest may be utilized to proceed with a subscription event in which the user 20 can induce membership through an application. Further, , It can be said that it is possible to publicize the menu or publicity through the visual event effect.

In addition, an event providing a discount coupon when promoting through a customer in connection with an event or SNS giving a benefit (discount, free provision, etc.) to the user 20 downloaded the application, and a part of the downloaded user 20 It is also possible to invite invitations (cooking class, free meal invitation, etc.).

Further, the present invention can be utilized as a substitute for an ordering method in which the user 20 directly orders an application through the application through the application. (For this purpose, the user 20 can access the membership information of the user 20 and the user 20, The function of recognizing the seat or the table in which the store is located, and the function of interlocking with the POS in the store may be provided.) In particular, in the case of deepening the function of the store interlocking function, As a possible channel, it is possible to utilize it for various applications of such an application.

Further, the basic configuration that can be included in the event providing system 10 utilizing the cooking of the chef 30 of the present invention will be described in more detail with reference to the drawings.

FIG. 2 is a block diagram showing a basic configuration of the system 10 of the present invention. FIG. 3 is a conceptual diagram showing an event area 50 and an event area 51 of the present invention.

2 and 3, the event providing system 10 utilizing the cooking of the chef 30 of the present invention basically includes an event generating module 100, an event setting module 200, A module 300, and a result recognition module 400.

The event generation module 100 generates an event area 50 that is displayed on a display of a user terminal such as a smart phone owned by the user 20 so that the user 20 can visually recognize the event progression as the user 20 actually performs the event ), And receives a cooking image, which is a photograph of a dish made by the chef (30), from the chef (30) and arranges it in the event area (50) A database 110, a database 120, and an image arrangement unit 130.

The event area generating unit 110 generates an event area 50 such as a smart phone that is displayed on the display of a terminal held by the user 20. The event area 50 may be a specific application or a web page And can be output to the display of the user terminal. There is no limitation on the shape of the event area 50. In the present invention, the event area 50 may also mean a kind of coupon. Thus, forming the event area 50 is equivalent to creating a coupon area to be output on the display of the user terminal.

The database 120 functions to upload and store a cooking image of a dish made by the chef 30 directly from the chef 30, and the cooking image refers to the image of the food made by the chef 30 It is based on the image that plating can be seen well. That is to say, it is based on a plate that has been plated, and a photograph that shows the fullness of the dishes on the plate. This can be confirmed by way of example of the event area 50 of FIG. The chef 30 uploads such a cooking image to at least one database 120 and uploads a plurality of cooking images to the database 120 as various products can be provided and various quests can be provided Of course it is possible.

The image arrangement unit 130 arranges any one of the cooking images stored in the database 120 in the event area 50 and arranges the cooking image so as to fill the event area 50 as shown in FIG. . That is, one cooking image is arranged in one event area 50. As will be described later, the user 20 visually activates one cooking image and completes the cooking image according to the execution of the quest.

The event setting module 200 divides the event area 50 into a plurality of event areas 51 and assigns a quest to each event area 51. For this purpose, ), A quest generator 220, and an event counter 230.

The event area setting unit 210 divides the event area 50 to generate a plurality of event areas 51. An example of the event area is shown in FIG. 3, The area to be divided into the event area 51 is not limited. Therefore, as shown in FIG. 3, one event area 50 may be divided into event areas 51 having the same area, or may have different areas, that is, areas of the event areas 51 are all different, So that a single event area 50 can be formed.

The quest generating unit 220 generates a quest, which is an actual event to be provided to the user 20, and the quest is performed by following the playing of the chef 30 as mentioned in the above description. The user can view the cooking image of the chef 30 and follow the cooking of the chef 30 to evaluate the user 20 or check the cooking image of the chef 30 and follow the cooking of the chef 30 Various kinds of quests can be performed such as directly receiving the evaluation of the dish from the chef 30 and learning the dish directly to the chef 30. Therefore, in the present invention, various activities that can be performed on-line or off-line by using the cooking image and the cooking image provided by the chef 30 can be generated as a quest.

The event counter 230 processes each of the quests in the event area 51. At this time, one quest is processed in one event area 51. [ In other words, it can be said that the quest and the one-to-one zone correspond to one-to-one correspondence. Therefore, if a specific event area 51 is selected, a specific quest can be displayed, or if a specific quest is performed, the corresponding specific event area 51 can be activated.

The event progress module 300 actually provides the user with the quest and executes the quest, and visually activates the event area 51 corresponding to the quest in accordance with the execution of the quest. For this purpose, (310) and an activation processing unit (320). Accordingly, as the user 20 performs a plurality of quests, the event area 51 is visually and gradually activated to complete a cooking image disposed in the event area 50. [

The quest providing unit 310 functions to actually guide and provide the user 20 with the quest generated through the above-described quest generating unit 220. This allows the user to perform the quest execution through the offline activity to the user 20 Or may guide the user 20 to perform the quest in cooperation with the user terminal through an online web site or an application. Or allowing the user 20 to select one of the event areas 51 via the user terminal and then guiding the user 20 to a quest corresponding to the selected event area 51, .

The activation processing unit 320 visually activates the event area 51 corresponding to the quest according to the end time of the quest by the user 20, that is, completion of the quest, which can also be confirmed in the example of FIG. At this time, the termination time of the quest is a point of time when the user 20 is notified that the user 20 has completed the quest. In this case, a specific result (image, video) Or to determine when the quest ends. In this case, the event area 51 corresponding to the quest is actively processed. In this case, as shown in the example of FIG. 3, the active process is a process of displaying the cooking image portion of the event area 51 corresponding to the quest A method of highlighting the event area 51, or the like.

The result grasping module 400 grasps the quest completion level of the user 20 and provides the product to the user 20 according to the perfection level. (420).

The completeness determination unit 410 determines the completeness of the cooked image displayed in the event area 50 according to the quest execution of the user 20. The completion of the cooked image means that the cooked image is a complete visual image It is to grasp whether it is completed. 3, since only one event area 51 (upper left) of the event area 51 divided into four is active, the cooked image completeness of the event area 50 is 25% It can be said that.

The product supplier 420 guides the user 20 to provide products according to the degree of completion of the product. Generally, the user completes the complete cooking image, that is, However, it is not necessary that the degree of completeness is 100% in terms of the standard of providing goods, and this may be changed according to the settings of the system 10, the manager, the chef 30, and the like. The commodity provided at this time may preferably be the actual commodity ticket for the cooking image arranged in the corresponding event area 50. [ That is, it is possible to provide meal coupons and the like for the same dish as the corresponding cooking image as a product so as to taste the dish of the actual chef 30.

4 is a block diagram illustrating a detailed configuration of the system 10 of the present invention.

The detailed configuration and the additional configuration that can be included in the event providing system 10 utilizing the cooking of the chef 30 will be described with reference to FIG. 4 together with the above-described FIG. 2 and FIG.

First, the event setting module 200 generates an event area 51, and processes the event area 51 and the quest one-to-one correspondence. The activity processing part 320 visualizes the corresponding event area 51 as a visual And the detailed configuration thereof will be described.

For this purpose, the event setting module 200 may further include a blind part 240. [ The blind part 240 blinds the generated event area 51 so that each event area 51 is blind processed so that the user 20 can view the cooking image .

In this case, however, when the user 20 gradually performs the quest, when it is determined that the end of the quest is finished, the active processing unit 320 releases the blind processing of the event area 51 corresponding to the quest, Is visually activated. Therefore, in this case, the user 20 can visually confirm a part of the cooking image disposed in the corresponding event area 51. As the user proceeds the quest several times, the cooking image disposed in the event area 50 is gradually It is possible to complete it.

Next, embodiments of a quest that can be generated through the quest creator 220 of the present invention will be described one by one.

First, as described in the above description, the user can check the cooking image and actually create a playing quest that allows the user 20 to follow the chef 30's plating, thereby allowing the user 20 to perform .

For this, the quest generating unit 220 may include an image quest generating part 221. The image quest generating part 221 may process one image of a cooking image as a quest image in one quest, . That is, one quest in this embodiment is one plating quest. In the plating quest, any one of cooking images stored in the database 120 is processed as a quest image. At this time, the plating quest is processed in correspondence with any one of the event areas 51.

In this case, the offerer 310 provides a playing quest to the user 20 through the image quest performing part 311. Providing the playing quest means that the quest image corresponding to the playing quest is eventually sent to the user 20 (20). At this time, since there is no limitation in the method of providing the quest image, it is possible to provide the quest through the method of notifying the user 20 of the execution of the quest, informing that it is the plating quest, and then outputting the quest image to the user terminal .

When such a plating quest is provided to the user 20, the user 20 grasps the quest image and follows the cooking image or follows a batting with a similar material to prepare a dish according to the quest image .

Accordingly, the event progress module 300 confirms whether the user 20 has actually produced a dish based on the image of the quest image. For this purpose, the user of the event progress module 300 photographs the dish prepared in accordance with the quest image including the imitation image input unit 330 The imitation image is input. This allows the user 20 to take a picture of a dish actually produced by the user 20 through a user terminal, which is a smart phone, and input it as a mimic image. At this time, the imitation image must have the same composition as the quest image, and the imitation image input unit 330 can grasp the composition of the quest image and request repeated imitation of the imitation image until the same composition is obtained.

In addition, the event progress module 300 may further include a similarity calculating unit 340, and the similarity may be calculated by comparing the query image and the imitation image. For example, 90% similarity. The degree of similarity is 70%, and the like, to evaluate how the user 20 has followed the plating of the chef 30. However, in this case, if the similarity is 100%, it may be requested to re-input the imitation image, assuming that the quest image is input as it is. (In reality, it is assumed that imitating 100% similar plating is impossible.)

Accordingly, when the similarity is calculated as described above, it can be determined that the user 20 has actually performed the plating quest, and accordingly, the activity processing unit 320 determines whether or not the playing query provided based on the calculated degree of similarity, (51) can be visually activated. In this case, if the degree of similarity is 10%, even if the degree of similarity of 10% or more is satisfied, the event area 51 corresponding to the plating quest is actively processed. If the degree of similarity is 70% The imitation image may be input so that the event area 51 corresponding to the plating quest is activated.

At this time, the key in the above-described configuration is the similarity calculating unit 340. The similarity calculating unit 340 preferably includes an outline detecting unit 341 and a similarity calculating unit 340. The similarity calculating unit 340 calculates a degree of similarity between the quest image and the imitation image input by the user 20, An object recognition part 342, a basic comparison part 343, a closed curve detection part 344, a color detection part, an additional comparison part 345 and a final comparison part 346.

The outline detection part 341 detects an edge from each of the quest image and the imitation image, and acquires an outline from the detected edge. Where the outline includes a list of points representing the curves in each quest image and imitation image. In general, an image is an image of a specific object. Therefore, the object includes various outlines such as an object or a shadow. By repeatedly detecting the outline to acquire the outline, the efficiency of object recognition can be improved.

The object recognizing part 342 recognizes the reference object from the quest image based on the detected outline and recognizes the imitation object from the imitation image. To this end, the object recognizing part 342 recognizes an area including the detected outline If the outline is too large or too small in the area after setting it as a number, it may be regarded as an object and excluded. After that, a closed curve of the outline is regarded as a completed specific object, and it can be recognized as an object by recognition processing. At this time, the object recognized from the quest image becomes the reference object which is the reference of comparison, and the object recognized from the imitation image becomes the imitation object to be compared.

The basic comparison part 343 compares the reference object with the imitation object to calculate the numerical basic similarity. The comparison processing of the reference object and the imitation object at this time is to compare the shape of the recognized object from the outline . That is, the basic similarity is calculated by comparing the position of the object in the image with the size of the object, rather than the colors included in the outline, and the basic similarity may be expressed in units of% as described above.

The closed curve detection part 344 detects a closed curve further included in the recognized reference object and the imitation object. If the recognition of the reference object and the imitation object is only recognition of a large outline, To identify the fine detail objects contained within. This is based on the fact that the general appearance and shape are composed of closed curves.

The color detection part detects and recognizes hues for each closed curve detected, and designates the detected hue as a detected color, and detects a color for each closed curve area to designate it as a detection color. Therefore, the color distribution in each closed curve can be determined through this.

The additional comparison part 345 compares the detection colors distributed in the closed curve and the closed curve detected from the reference object and the imitation object to calculate the detailed similarity, The shape of the detailed closed curve and the detected color detected in each closed curve shape are compared with each other to compare the detail object distribution within the large object with the color of each detailed object. Therefore, the degree of similarity is calculated by calculating the degree of similarity according to the detailed object distribution and the detailed object color comparison, and the degree of similarity can also be derived in units of 70%, 80%, and so on.

The final comparison part 346 calculates a numerical final similarity value of the quest image and the imitation image based on the basic similarity and the detailed similarity, The final similarity which is the final similarity is calculated by reflecting the similarity degree obtained by comparing the colors included in the object. At this time, the final similarity can also be calculated in units of%.

Through the similarity calculation method, it is possible to perform a comparison process between the quest image and the imitation image in a more precise plating quest, and to calculate the similarity calculated numerically through the comparison process. Further, based on the calculated similarity, So that the user 20 can complete the event area 50.

A second example of a quest that can be explained is now described. The second quest embodiment is a question quest in which the user 20 is provided with a cooking image provided from the chef 30, a title and a production image of the cooking image, and then the user 20 imitates the cooking . This is not merely mimicking the plate, but actually assessing whether or not it can produce a similar taste according to the overall cooking, in which case the subject of evaluation can be another user 20. In other words, a questionnaire about a plurality of other users 20 allows the user to evaluate whether the dish is actually delicious, whether the dish is good to look at. Therefore, the quest at this time is a question quest.

In order to do this, the database 120 first acquires not only a cooking image but also a production image of the cooking image, that is, a captured cooking image from the chef 30, that is, Of course, you need to enter and save more titles.

In addition, the quest creator 220 can designate one cook title and a corresponding production image as one question quest through the question quest creation part 222. That is, one question quest may be a specific cooking title and a production image for producing the question, and the question quest is also processed in correspondence with the specific event area 51.

The quest provider 310 provides a questionnaire query to the user 20 through a question quest execution part 312 that may be further included. In this case, the provision of the question quest query includes providing a cook title and a production image for the dish To the user 20. Therefore, the user 20 actually produces dishes based on the cooking title and the produced images, and the imitation dishes are evaluated based on the questionnaires by a number of other users 20.

Accordingly, in order to perform the evaluation, the event progress module 300 may include a questionnaire execution unit for performing a questionnaire from another user 20 on the imitation food produced by the user 20 according to the production image, And the result extracting unit 360 for extracting a result value of the input questionnaire value from the plurality of other users 20, and the activation processing unit 320 can receive the evaluation value The event area 51 corresponding to the questionnaire quest is activated according to the result of the comparison.

At this time, the contents of the questionnaire can be composed of questions such as "How is the plate of this imitation dish", "How is the taste of this imitation dish", etc. At this time, since plating and taste are subjective values, So that the other users 20 can evaluate the imitation dishes through questionnaires.

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As described above, the configuration and operation of the event providing system 10 utilizing the cooking of the chef 30 according to the present invention are described in the above description and drawings, but the description of the present invention is not limited thereto. The present invention is not limited to the above description and drawings, and various changes and modifications may be made without departing from the technical idea of the present invention.

10: System 20: User
30: Chef 40: Main server
50: Event area 51: Event area
100: Event generation module 110: Event area generation unit
120: database 130: image arrangement unit
200: Event setting module 210: Event area setting part
220: Quest Generation Unit 221: Image Quest Generation Part
222: Create question quests Part 223: Create imitation quests
230: Event counterpart 240: Blind part
300: Event progress module 310:
311: Performing an image quest part 312: Performing a question quest part
313: Executing the imitation quest part 320:
330: imitation image input unit 340:
341: Outline detection part 342: Object recognition part
343: Basic comparison part 344: closed curve detection part
345: Additional comparison part 346: Final comparison part
350: Survey performing part 360: Result deriving part
370: score input unit 400: result recognition module
410: Completion determination section 420:
500: Split control module 510: past evaluation score determination unit
520: past result value determination unit 530: assignment ratio adjustment unit
540: past similarity determination unit

Claims (13)

As an event providing system utilizing chef's cooking,
A database for uploading and storing a cooking image from the chef; and a database for storing the cooking image stored in the database in the event area An event generation module including an image arrangement unit;
An event area setting unit for generating an event area in which the event area is divided, a quest generating unit for generating a plurality of quests to be provided to the user, and an event processing unit for processing one event corresponding to one event area An event setting module including a counterpart;
An event progress module for visually activating the event area corresponding to the quest at the end of the quest by the user;
A completeness determining unit for determining completeness in which the cooking image displayed in the event area is completed with a complete visual image according to a quest of the user; and a product providing unit for guiding product provision to the user according to the level of completion A result acquisition module,
The database includes:
Receiving a production image and a cooking title for the cooking image from the chef,
The above-
And a question quest creation part for designating one cook title and a corresponding production image as one question quest,
The quest provider,
And a question execution part for providing the questionnaire quest to the user,
The event progress module includes:
And a result derivation unit for deriving a result value of the inputted questionnaire value, wherein the questionnaire result is obtained by performing a questionnaire from another user on the imitation food produced by the user in accordance with the production image,
The active processing unit includes:
Wherein the event processing unit activates the event area corresponding to the questionnaire quest according to the result of the comparison. The method according to claim 1,
Wherein the event setting module comprises:
Further comprising a blind part for blind processing each of said event areas,
The active processing unit includes:
Wherein the event area is visually activated by releasing the blinds of the event area corresponding to the quest at the end of the quest by the user. The method according to claim 1,
The above-
Further comprising an image quest generating part for generating a plating quest corresponding to one of the cooking images as a quest image for each of the quests,
The quest provider,
Further comprising an image quest performing part for providing the player with a plating quest,
The event progress module includes:
An imitation image input unit for inputting an imitation image of a dish prepared based on the quest image from the user,
Further comprising a similarity calculating unit for comparing the quest image with the imitation image to calculate a numerical similarity,
The active processing unit includes:
And activating the event area corresponding to the plating quest according to the calculated degree of similarity. The method of claim 3,
Wherein the similarity-
An outline detection part for detecting an edge from each of the quest image and the imitation image and acquiring an outline from the detected edge,
An object recognition part for recognizing a reference object from the quest image based on the detected outline and recognizing an imitation object from the imitation image,
Further comprising a basic comparison part for comparing the reference object with the imitation object and calculating a basic similarity. 5. The method of claim 4,
Wherein the similarity-
A closed curve detection part for detecting a closed curve included in the reference object and the imitation object,
A color detection part for detecting a color in the closed curve and designating the color as a detection color,
An additional comparison part for comparing the closed curve detected from each of the reference object and the imitation object and the detected color to calculate a detailed similarity,
Further comprising a final comparison part for calculating a numerical final similarity of the quest image and the imitation image based on the basic similarity and the detailed similarity. delete delete delete delete delete delete delete delete

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