KR102541986B1 - Ballet performance simulator, and a recording media recorded with a program for the same - Google Patents

Abstract

The present invention relates to a technology for simulating a virtual work by combining data such as background, music, actors, and choreography necessary for a ballet performance in a virtual space. Specifically, in a ballet performance simulation method, the storage space of the server 110 A storage step (S100) of storing a plurality of elements 200 required for a ballet performance in (120); After the storage step, a setting step (S200) in which the director 310 sets necessary elements among a plurality of elements and activation of the necessary elements; After the setting step, an output step (S300) of outputting the work data 510 made up of active elements to the display 130;

Description

Ballet performance simulator and a recording medium recording a program for it {Ballet performance simulator, and a recording media recorded with a program for the same}

The present invention relates to a technology for simulating a virtual work by combining data such as background, music, actors, and choreography necessary for a ballet performance in a virtual space.

Patent inventions 001 to 004 have technical relevance to the present invention, patent invention 001 is an invention for a platform system and method for providing performance planning using artificial intelligence, and patent invention 002 is a busking performance matching and It is an invention for a planning method, patent invention 003 is an invention for a method for providing on-line services for performance and event planning agency, and patent invention 004 is an invention for a performer selection management system.
The present invention and patent inventions 001 to 004 are similar in that they are method inventions for performance. However, Patent Inventions 001 to 004 do not describe or inherent the same or similar technology for storing and setting elements presented in the present invention.

delete

delete

KR 10-2022-0116880 A (Public date August 23, 2022) KR 10-2019-0007660 A (Public date January 23, 2019) KR 10-2018-0122111 A (Public date November 12, 2018) KR 10-2019-0001072 A (Public date January 04, 2019)

An object of the present invention is to simulate a virtual work by combining data such as background, music, actors, and choreography necessary for a ballet performance in a virtual space.

The present invention is an invention for a ballet performance simulation method, and specifically, a storage step of storing a plurality of elements 200 necessary for a ballet performance in the storage space 120 of the server 110 (S100); After the storage step, a setting step (S200) in which the director 310 sets necessary elements among a plurality of elements and activation of the necessary elements; After the setting step, the output step (S300) of outputting the work data 510 composed of active elements to the display 130; is composed of time-sequential steps including.

The present invention is an invention for a ballet performance simulation method, and in the invention presented above, the elements are spatial data 211, sound source data 212, background data 213, effect data 214, prop data 215 ) A first storage step (S110) of storing the first element 210 formed of the selected one; The element is composed of time-sequential steps including a second storage step (S120) of storing the second element 220 formed of the actor data 221 and/or the choreography data 222.

The present invention is an invention for a ballet performance simulation method, and in the above-described invention, the setting step includes a stage selection step (S210) in which the director selects any one of a plurality of stage data; After the stage selection step, a time selection step (S220) of determining a production time (410); After the time setting step, a first element selection step (S230) of selecting a target among a plurality of elements; After the first element selection step, a second element selection step (S240) of selecting an actor; After the second element selection step, a choreography selection step (S250) of selecting an actor's choreography;

The present invention is an invention for a ballet performance simulation method, and in the above-described invention, the output step is a time-sequential step including a target selection step (S310) of selecting an output target element 230 from among a plurality of elements. It consists of

The present invention relates to a ballet performance simulation method, and in the above-described invention, among the storage steps, a dancer information input step of inputting information about a plurality of dancers 320 (S130); After the output step, a competency calculation step (S410) of analyzing the competency value 520 of the actor data; After the competency calculation step, a dancer matching step (S420) of selecting an optimal dancer according to the competency level;

delete

Since the present invention plans a ballet performance in a virtual space, it has an effect of reducing the time and cost of developing a work. The present invention has an effect of confirming the degree of completion of the performance from the viewer's point of view by viewing the virtually completed ballet performance from various angles.

The present invention calculates the capabilities required of a tangible actor using data of a virtually completed ballet performance, and has an effect on selecting a tangible actor.

Figure 1 Figure 2 is a ballet simulator operation flow chart of the present invention.
Figure 3 is a conceptual diagram of the ballet simulator program presented on the display of the present invention.
4 is a table conceptual diagram for coding the ballet simulator of the present invention.
5 and 6 are conceptual diagrams of element selection for the ballet simulator nose of the present invention.
7 is a conceptual diagram for selecting a movement line of actor data for coding a ballet simulator of the present invention.

Hereinafter, the most preferred embodiment of the present invention will be described in detail in order to explain the present invention in detail to the extent that those skilled in the art can easily practice the present invention. Reference numbers in the examples are not limited to designated numbers, and all numbers can be recognized. The configurations presented in the embodiments can be extended to objects exhibiting the same purpose and effect. Sub-concepts of the configuration presented in the embodiments can be regarded as inherent without being directly described.

delete

delete

delete

delete

delete

delete

delete

delete

[Embodiment 1-1] The present invention is an invention for a ballet performance simulation method, and specifically, a storage step of storing a plurality of elements 200 required for a ballet performance in the storage space 120 of the server 110 (S100) ; After the storage step, a setting step (S200) in which the director 310 sets necessary elements among a plurality of elements and activation of the necessary elements; After the setting step, the output step (S300) of outputting the work data 510 composed of active elements to the display 130; is composed of time-sequential steps including.
The present invention (Example 1-1) relates to ballet performance planning, combines and modifies various elements provided by computer in a virtual space as necessary, quickly completes a ballet performance desired by a planner, and can be demonstrated in advance by computer. aims to In order to implement this, the ballet simulation method forms a time-sequential procedure of a storage step, a setting step, and an output step as main steps. In the storage step, various elements (sound source, video, etc.) necessary for a ballet performance are stored as data in the storage space of the server. In the setting step, the stored data is activated for a predetermined time. The output step outputs the set work data to the display. The setting step is modified or changed according to the needs of the director, and various ballet works can be created. The work data completed in the setting stage can be viewed through a display such as a monitor. The above elements are supplied as 3D data, and the output stage can also observe the work data in various spaces. Alternatively, work data may be output using a 3D hologram. Although the present invention is limited to ballet, the same purpose and effect are exhibited in musicals, operas, dances, and the like.

[Embodiment 2-1] The present invention relates to a ballet performance simulation method, and in Embodiment 1-1, the elements include space data 211, sound source data 212, background data 213, and effect data. (214), a first storage step (S110) of storing the first element 210 formed of the selected one of the prop data 215; The element is composed of a step including a second storage step (S120) of storing the second element 220 formed of the actor data 221 and/or the choreography data 222.
[Embodiment 2-2] The present invention relates to a ballet performance simulation method, and in Embodiment 2-1, the background data is formed of picture data 213a, photo data 213b, or video data 213c. to be; includes
[Example 2-3] The present invention relates to a ballet performance simulation method, and in Example 2-1, the effect data is lighting data 214a, sound data 214b, smoke data 214c or wind It includes; being formed of data 214d.
[Embodiment 2-4] The present invention relates to a ballet performance simulation method, and in Embodiment 2-1, the prop data is formed of fixed data 215a or moving data 215b; includes .
[Embodiment 2-5] The present invention relates to a ballet performance simulation method, and in Embodiment 2-1, the actor data is gender data 221a, size data 221b, costume data 221c, or makeup data 221c. It includes; being formed of data 221d. [Embodiment 2-6] The present invention relates to a ballet performance simulation method. ) or formed of the head motion data 222d;

The present invention (Examples 2-1 to 2-6) embodies the elements of the storage step. The storage step is divided into a first storage step and a second storage step. The first stored data is about space, sound source, background, and effect props, and the second stored data is about actors and choreography. For a ballet performance, a stage of a certain size is required, a selectively played sound source is required, a background plate that is the background of the stage is required, and effects such as lighting, light, haze, sound, and wind expressed on the stage are required. , various types of props placed on the stage are primarily required. In such a stage space, actors and their choreography are required. Actors and choreography are stored on the server as various data. For example, the actor's gender, actor's size, actor's color, and actor's costume are variously requested.

[Embodiment 3-1] The present invention relates to a ballet performance simulation method, and in Embodiment 2-1, the setting step includes a stage selection step (S210) in which a director selects one of a plurality of stage data; After the stage selection step, a time selection step (S220) of determining a production time (410); After the time setting step, a first element selection step (S230) of selecting a target among a plurality of elements; After the first element selection step, a second element selection step (S240) of selecting an actor; After the second element selection step, a choreography selection step (S250) of selecting an actor's choreography;
[Embodiment 3-2] The present invention relates to a ballet performance simulation method. In Embodiment 3-1, the second element selection step includes a gender determination step of selecting an actor's gender (S241); Size determination step of selecting the size of the actor (S242); A color selection step (S243) of selecting a color for an actor; It includes a costume setting step (S244) of selecting an actor's costume.
[Embodiment 3-3] The present invention relates to a method for simulating a ballet performance. In Embodiment 3-1, the choreography selection step includes a movement selection step (S251) of selecting movement routes of actors on stage; an activity selection step (S252) of setting the movements of the actor's arms and legs; It includes a facial expression setting step (S253) of setting the facial expression of the actor.

The present invention (Examples 3-1 to 3-3) embodies the setting step. In the storage step, you can select and set elements related to the stage among the saved data. First of all, the step of determining the plane of the stage, which determines the shape of the stage, is required. The stage plane consists of a rectangle, a circle and a semicircle. Second, the step of determining the plane size of the stage is required. For example, in the case of a rectangular stage, you can set the horizontal and vertical dimensions. You can also set the height of the stage additionally. The time setting step determines the work time. In other words, work time can be divided into unit work time and total work time. For example, the total time of a ballet piece to be performed is determined to be 300 minutes, and is further divided into a first half performance time of 150 minutes and a second half performance time of 150 minutes, and the first half performance time and the second half performance time are again divided into multiple chapters. can be subdivided. Accordingly, the director can separately plan the performances of chapters, front and rear sections, and the entire performance. In the first element selection step, background and music may be selected as a basis, and lighting, laser beam, edge, wind, sound, etc. may be additionally selected. For example, background music may be provided by activating selected music among a plurality of pieces of music, and a stage background may be selected to present conditions such as indoor or outdoor. The background may be provided with a printout or video consisting of a photograph or picture. Alternatively, weather conditions such as rain and snow may be provided, and explosion sounds, animal sounds, and machine sounds may be provided. It can also provide flame, mist, and the like. These first elements are made by selection of data stored in the server, and may be provided by selecting active or inactive according to time. In addition, as another embodiment, it is applicable by selecting the size of the background picture and the image, and as another embodiment, the strength can be selected separately by selecting the size of the music and the target of the instrument, and as another embodiment, the size of the prop And color can be selected, and as another embodiment, the color and illuminance of lighting can be selected. The second element selection step is about actors. In the second element selection step, gender divided into female and male, size divided into children and adults, colors classified according to the actor's race, and costume steps classified according to the actor's role are provided in time series. Alternatively, data about the mask worn by the actor may be provided. If necessary, variables can be expressed as various animals, objects, and the like. The choreography selection stage is about the movements of the actors. For choreography selection, it is embodied in the movement selection step of selecting the moving line of the actor, the activity selection step of setting the movement of the actor's arms and legs, and the expression setting step of setting the actor's expression.

[Embodiment 4-1] The present invention relates to a ballet performance simulation method, and in Embodiment 1-1, the output step is a target selection step of selecting an output target element 230 from among a plurality of elements (S310) It consists of steps including;
[Embodiment 4-2] The present invention relates to a ballet performance simulation method, and in Embodiment 4-1, the output step includes a viewpoint selection step (S320) of selecting a seat position 240.

The present invention (Examples 4-1 and 4-2) is a step of implementing a simulation for a completed performance piece. It is possible to continuously output the output steps from the beginning to the end for the entire performance piece. Alternatively, only a part of the performance work may be output separately. As another embodiment, all or only a portion of a plurality of elements may be selected and output. As another embodiment, the position and height of the spectator seat may be output in a two-dimensional form. As another example, output can be made in terms of coordination. That is, the output of data made in the 3D space enables output by selecting various objects, sizes and positions. The output can be output in a 2-dimensional plane, 3-dimensional output using VR, and output using a 3-dimensional hologram.

[Embodiment 5-1] The present invention relates to a method for simulating a ballet performance. In Embodiment 2-1, in the storing step, the dancer information input step of inputting information on a plurality of dancers 320 (S130) ); After the output step, a competency calculation step (S410) of analyzing the competency value 520 of the actor data; After the competency calculation step, a dancer matching step (S420) of selecting an optimal dancer according to the competency level;
[Embodiment 5-2] The present invention relates to a ballet performance simulation method, and in Embodiment 5-1, the dancer matching step is a unit execution step in which an actor practices according to the actor data 530 corresponding to himself/herself. (S421); Among the unit execution steps, a unit comparison step (S422) of comparing the dancer's action data 540 and the actor data; After the unit comparison step, a practice amount calculation step (S423) of calculating the dancer's practice target and practice amount; includes.

The present invention is to select an optimal role by comparing the performance record of a real actor (dancer) and the activity of a virtual actor after the simulation is completed. In order to implement this, it is necessary to input the information of the actual actor in advance. Substantial actor information includes basic data consisting of the actual actor's gender, race, size, and age, choreography implementation competency in the past participation work of the actual actor, and physical strength of the actual actor as computerized data. The virtual actor outputs gender, race, size, age, choreography type, choreography time, etc. as actor data. That is, by comparing a plurality of entity actor information and actor data, scores for each entity actor are allocated, and scores for the entity actors are confirmed. Training information may be provided when a difference between the score of the real actor and the actor data occurs. Depending on the training information, the actual actor's amount of practice can be calculated, and a training target can be presented. When a corresponding role is assigned to a tangible actor, the server automatically provides a training schedule for securing choreography and physical strength necessary for the tangible actor. Substantial actors train according to the provided schedule, and the training records are stored on the server in real time. The server converts the performance potential of the real actor into a score with artificial intelligence. The artificial intelligence recognizes learning data of various conditions in the form of deep learning, and specifically checks the training records presented according to the actual actor's physical condition and competency conditions as learning data to determine the possibility.

[Embodiment 6-1] The present invention relates to a computer program that implements a method for simulating a ballet performance, and proposes a recording medium recording a computer readable program characterized in performing any one of the above-described embodiments. .

110: server 120: storage space
130: display
200: element 210: first element
211: spatial data 212: sound source data
213: background data 213a: picture data
213b: photo data 213c: image data
214: effect data 214a: lighting data
214b: sound data 214c: haze data
214d: wind data
215: small data 215a: fixed data
215b: movement data
220: second element 221: actor data
221a: gender data 221b: size data
221c: costume data 221d: makeup data
222: choreography data 222a: arm movement data
222b: Leg motion data 222c: Torso motion data
222d: head motion data
230: output target element 240: seat location
310: Director 320: Dancer
410: work time
510: work data 520: capability level
540: action data

Claims (6)

In the ballet performance simulation method,
A storage step of storing a plurality of elements 200 required for a ballet performance in the storage space 120 of the server 110 (S100);
After the storage step, a setting step (S200) in which the director 310 sets necessary elements among a plurality of elements and activation of the necessary elements;
After the setting step, an output step (S300) of outputting the work data 510 composed of active elements to the display 130;
The element is a first storage step of storing a first element 210 formed of a selected one of spatial data 211, sound source data 212, background data 213, effect data 214, and prop data 215 ( S110);
A second storage step (S120) of storing the second element 220 formed of the actor data 221 and/or the choreography data 222;
The output step includes a target selection step of selecting an output target element 230 from among a plurality of elements (S310);
Among the storage steps, a dancer information input step (S130) of inputting information on a plurality of dancers 320;
After the output step, a competency calculation step (S410) of analyzing the competency value 520 of the actor data;
After the competency calculation step, a dancer matching step (S420) of selecting an optimal dancer according to the competency level;
The actor data is formed of gender data 221a, size data 221b, costume data 221c or make-up data 221d;
The choreography data is formed of arm motion data 222a, leg motion data 222b, torso motion data 222c, or head motion data 222d;
Ballet performance simulation method comprising a.
delete The method of claim 1,
The setting step is
A stage selection step in which the director selects one of a plurality of stage data (S210);
After the stage selection step, a time selection step (S220) of determining a production time (410);
After the time selection step, a first element selection step (S230) of selecting a target among a plurality of elements;
After the first element selection step, a second element selection step (S240) of selecting an actor;
After the second element selection step, a choreography selection step (S250) of selecting an actor's choreography;
Ballet performance simulation method comprising a.
delete delete A recording medium recording a computer readable program, characterized in that performing claim 1 or claim 3.

Images