JP2005296337A - System and method for supporting attraction - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To solve a problem wherein it takes too much cost to introduce an IT system if the IT system is introduced for compensating the lack of experience as an actor without recognizing the minimum necessary function. <P>SOLUTION: Performance content information especially on the arrangements and timing, in which the lack of experience is easily exposed, is transmitted to an actor terminal 6 owned by each staff 2 in charge of an actor for supporting the staff 2 in charge of the actor who demonstrates the attraction, and further, performance start command information is transmitted according to the progress of the attraction. In this way, the system for supporting the performance of the actor by compensating the lack of experience of the staff 2 in charge of the actor can be inexpensively organized with the minimum cost of introducing the system. <P>COPYRIGHT: (C)2006,JPO&NCIPI

Description

  The present invention relates to an attraction support system and method for supporting attraction, in particular, an attraction in which a visitor can experience the performance of an actor.

  Japanese Utility Model Publication No. 5-62524 is cited as a prior utility model document that gives an instruction to an actor. This prior utility model document discloses a technique for transmitting an instruction from an attendant at the stage sleeve to an actor through a speaker provided in the wig of the actor who is appearing on the stage. However, this is merely a wireless connection between the microphone of the attendant and the speaker provided to the wig of the actor.

  As a prior patent document that displays a scenario of a presentation on a presenter terminal, a performance performed by an actor is regarded as a presentation of a presenter (presenter) and a user of an attraction experiencing the performance is regarded as a viewer of the presentation. Specification. In this prior patent document, a technique for referencing a scenario flow as needed by presenting a scenario structure to a presenter in a visualized form is disclosed. However, this is because one presenter confirms the flow of his / her own presentation, and even for multiple presenters to collaborate, it is necessary for the presenter to make a presentation linked to the movement of the viewer. Not a thing.

  Japanese Patent Application Laid-Open No. Hei 6-110417 is a prior patent document for detecting the reaction of a viewer if the performance performed by the actor is regarded as the presentation of the presenter and the user of the attraction experiencing the performance is regarded as the viewer of the presentation. No. gazette. This prior patent document discloses a technique for detecting a customer's reaction corresponding to a viewer by volume and alerting a salesperson corresponding to a presenter when the detected volume change rate exceeds a threshold value. ing. However, this is merely a transmission of a change in the sound produced by the viewer to the presenter, and it cannot be said that the presenter's presentation is started by the reaction of the viewer.

  If the performance performed by the actor is regarded as the work of the worker, JP-A-2003-241821 is cited as a prior patent document that instructs the worker to perform the work. This prior patent document discloses a technique in which an instruction for an operator is transmitted to an operator terminal in response to detection of the passage of a production target. However, this is merely an instruction for causing a plurality of workers having different roles to execute each work.

Japanese Utility Model Publication No. 5-62524 Japanese Patent No. 2914244 JP-A-6-110417 JP 2003-241821 A

  There is a historical drama theme park on the theme of historical drama in Kyoto Dazai. Originally established in this area in the early Showa era, there is still a photo studio that shoots TV programs and movies, and the open set part of this photo studio is open to general visitors as a historical drama theme park. Opened in 50 years. At the beginning of the opening, many people rushed to this historical drama theme park due to the lack of entertainment facilities and rare things, and after that, it was gathering stable visitors from all over Japan due to its foresight, Kyoto with many tourist attractions Among them, I have built up a unique position that makes me want to go once in Kyoto.

  However, when Japan's largest theme park opens in Chiba Urayasu, and the theme parks are prosperous in the bubble period, the theme parks that deal with historical drama open one after another in Nikko, Ise Shima, Kanazawa, etc. Began to fade. As the Japanese economy fell after the burst of the bubble, the number of visitors to theme parks nationwide dropped dramatically, and the historical drama theme park in Kyoto Dazai was no exception. Although the number of visitors at the end of the year has finally bottomed out in recent years, it has been unable to regain its vitality at its peak. There is another reason why the vitality of the heyday cannot be regained. It is a departure from Japanese historical drama, and although the goodness of historical drama has been reviewed in recent years, the number of regular programs that everyone sees has decreased, and the opportunity to see historical drama itself has decreased. It is said that. And with this method of showing the open set that this historical drama theme park has continued from the beginning, it is difficult for people who don't know how to enjoy historical drama to convey its goodness.

  Therefore, in such a historical drama theme park, visitors can experience the historical drama so that people who are not familiar with historical drama until now can think that “the historical drama was so interesting”. We have an attraction that you can get in the open space on the premises. There is a reason why historical drama theme parks are particular about showing live performances to visitors in the open space on the premises. In other words, if you can show the actors' performances taken at the photo studio to the visitors with images, the replay will be effective and the burden on the actors will be reduced, but it will not be much different from the historical drama that can always be seen on home TV Therefore, it is not necessary to come to the historical drama theme park.

  However, the actors perform in accordance with the script, and a certain level of skill is required to perform in the atmosphere of a one-game match that cannot be redone. Further, when there are a plurality of actors, skill is required for the cooperation. And it is said at this historical theme park that at least 8 to 10 years of experience is necessary to become such an actor. In other words, it is a fact that attraction using traditional actors must rely on the individual skills of actors, and lack of experience as an actor has become a serious problem in the industry.

  Explaining in more detail, it is not a simple shortage of human resources that few people want to be actors. Even if there are many people who want to be actors, the problem is that they cannot be brought up before they can be used for such attractions. Of course, the quality of human resources has not deteriorated compared to the past, and there is still some enthusiasm for those who want to be actors. However, the number of television programs and movies filmed at the photo studios has greatly decreased compared to the past, and the opportunity to improve the personal skills of actors has been lost.

  In other words, in order to provide opportunities for those who want to become actors, a mechanism is needed to help the actors with less experience at the historical drama theme park. In particular, it is said that it is the setup arrangement that easily exposes the lack of experience, and when a plurality of actors cooperate, it is also necessary to adjust the setup timing. There is IT (information technology) as a convenient mechanism that compensates for the lack of personal skills caused by such lack of experience.

  However, it is often said that IT cannot be used at a high price. This means that people in the world feel that IT is hard to get the effect of investment. This is even more so if the economy goes down and there is no room for cash flow. A tall and elaborate system is not always a usable system. It is important to use the minimum necessary system accurately.

  IT costs more than expected to introduce it. And if IT is introduced, not everything will be solved. In other words, no matter how advanced the technology is, IT does not solve the problem, but it depends on how people use IT as a tool. Therefore, if you use wisdom before spending money and use it after clarifying where money should be used, IT is an effective tool as a tool to support people, but you can afford it. It is also a potential problem that it can only be used by people.

  In other words, technology to make full use of technology with limited funds will become important. To put it differently, future IT will focus on how to support people, and even those who cannot afford the funds with the minimum necessary functions to support the lack of people properly. It can be said that it has become a big issue how to make it available. Even in an IT system that compensates for the lack of experience as an actor, if it is introduced without ascertaining the minimum necessary functions, the introduction cost is too high.

  The essence of the present invention is that in order to support the actors who demonstrate the attraction, the stage contents and the timing adjustments that are particularly likely to expose the lack of experience, respectively, to the actor terminals possessed by the respective actors the performance content information and the performance start instruction Information is transmitted in accordance with the progress of the attraction.

  The present invention is to support a bodily attraction in which an actor appears in front of the user in response to the attraction user entering the attraction providing area, and the user feels the actor's performance. In addition, the attraction support system server stores in advance in the performance content database performance content information to be transmitted to the actor terminal possessed by the actor, and reads and reads the performance content information from the performance content database in response to the start of the attraction. The performance content information is transmitted to the first actor terminal, the second actor terminal, and the third actor terminal possessed by the first actor, the second actor, and the third actor, respectively, and the use An entry / exit detection means for detecting entry or exit of the user or the actor into the attraction providing area is provided by the user. When the input is detected, the first notification information for notifying the start of the performance indicated in the performance content information is transmitted to the first actor terminal, and the first actor terminal receives the first notification from the attraction support system server. When the notification information is received, an instruction to start acting is output to the first actor, and the attraction support system server causes the first actor to enter the attraction providing area according to the instruction to start acting. When the entry / exit detection means detects, second notification information for notifying the start of the performance indicated in the performance content information is transmitted to the second actor terminal, and the second actor terminal is sent from the attraction support system server. When the second notification information is received, an instruction to start acting is output to the second actor, and the attraction support system server detects the entry / exit When the stage detects the first actor leaving the attraction providing area, the third actor sends third notification information notifying the start of the performance indicated in the performance content information to the third actor terminal. When the actor terminal receives the third notification information from the attraction support system server, the actor terminal outputs an instruction to start acting to the third actor.

  First, for the arrangement, performance content information transmitted from the attraction support system server to the actor terminal (owned by the actor who plays the role constituting the attraction) in accordance with the start of the attraction desired by the user is used. What is important here is to “inform each actor in advance of the role played by each actor as an attraction and the arrangement of the performance in that role”, and the performance content information corresponds to that.

  For timing adjustment, notification information (performance start instruction information for instructing start of performance) to be transmitted to the actor terminal as the attraction progresses is used. The first actor's performance start is notified to the first actor via the first actor terminal in response to detection of the user's entry into the attraction providing area. The start of the performance of the second actor is notified to the second actor via the second actor terminal in response to detection of the first actor entering the attraction providing area. The start of the performance of the third actor is notified to the third actor via the third actor terminal in response to detection of the first actor leaving the attraction providing area. The actor who is notified of the performance start appears in the attraction providing area according to the performance content information transmitted earlier, and performs the performance instructed by the performance content information.

  The attraction support system server supports each actor with the notification information (acting start instruction information) for notifying the start of the performance is to make the actors appear in the attraction providing area that provides the attractions in a timely manner. If the timing of appearance is too early, there will be more deception in ad lib, and one ad lib will require a new ad lib. If an actor who can succeed in ad lib can be appointed, such worries are useless, but in order to gain experience for inexperienced actors, it is difficult to use inexperienced actors due to human resources difficulties Many ad-libs may fail to attract attractions. Also, if the timing of appearance becomes late, it will no longer be held, and this can not be handled by inexperienced actors. In this way, the actor's performance burden caused by the timing of appearance can be reduced as much as possible.

  According to the present invention described above, it is possible to construct at low cost a system that compensates for the lack of experience of actors and supports their performance with a minimum burden upon introduction.

  Hereinafter, specific embodiments of an attraction support system according to the present invention will be described in detail with reference to the drawings.

  FIG. 1 is an explanatory diagram illustrating an overview of attractions supported by the attraction support system according to the embodiment of the present invention.

  In the figure, the staff member 2-1 in charge of the fraudulent role suddenly surrounds the user 1 of the attraction while saying, “Oops, I wo n’t go beyond here” (first scene in the explanatory diagram). Actor staff member 2-1 of the role of a disgusting person suddenly, if user 1 thinks “Now, what!”, Etc. Actor staff member 2-2 of justice ally as if it appeared out of nowhere Appears from the back of the user 1 while shouting “Wait, wait, wait, wait” etc. (second scene in the explanatory diagram). Since the user 1 is concerned about the officer staff member 2-1 who is in front of the disgusting person, if the officer staff member 2-2 of the justice ally runs from the rear of the user 1, the user 1 1 appears as if the staff member 2-2 in charge of the righteous ally appeared out of nowhere. The officer staff member 2-2 who is running from the back of the user 1 splits between the user 1 and the staff member staff member 2-1 of the fraudulent role. In front of him, he begins to make a big turn with the staff member 2-1 who plays the role of the dismayer. At the end of a big turn, the staff member 2-1 of the role of the disappointment (defeated by the staff member 2-2 of the role of the righteous friend) left abandoned lines like "Oh, remember" on the spot Escape the (Explanation 3rd scene). When User 1 thinks, “What was the current (big turnaround)?”, The supervisor staff member 2-3 from the side said, “Yes, cut ぉ! The user 1 knows that what happened suddenly in front of him was acting by the actor, saying “What is it?” 4 scene).

  If the staff member 2-1 who plays the role of the disguise and the staff member 2-2 who plays the role of the righteous friend are jealous of the appearance of the samurai, ronin and townmen appearing in the historical drama, in front of the user 1 The big turn around begins with so-called “chanbara” (an act performed by an actor with a sword), which is an attraction where you can experience “chanbara” that you have only seen in TV and movies. Such attractions can only be experienced by visiting the historical drama theme park, and can be used as a place for fostering actors who can improve the ability to attract customers at the historical drama theme park and step on the number of actors. The appearance of the staff member 2-3 in charge of the supervisory director has no direct explanation that the big turn between the staff member 2-1 in the role of the disillusioned person and the staff member 2-2 in the role of justice is actually acting. This has the effect of letting User 1 know that “acting as an attraction”. If the officer staff 2 bothered to explain that it was “acting” after the big turn was over, it would be irritating, but if there was no explanation, the user 1 would be confused (for example, the situation could not be grasped) Because there is, it can be supplemented with an indirect explanation that is not neat.

  FIG. 2 is an explanatory diagram illustrating information used for attraction support by the attraction support system according to the embodiment of the present invention.

  In order to establish the attraction described in FIG. 1, at least three roles of officer staff 2 must be linked. In the figure, the staff member 2-1 responsible for the role of the fraud is the first actor, the staff member 2-2 for the righteous role is the second actor, and the staff member 2-3 for the supervisor is the first. 3 actors. Even if the performance content information for transmitting the performance content in the attraction to the actor staff 2 is composed of performance content information common to all actors, the performance content information for the first actor and the performance content for the second actor It may be composed of performance content information for each actor, such as information and performance content information for the third actor. The action content information indicates the flow of attraction and the action contents for each actor, and the performance start instruction signal is associated with the action content information.

  The performance content information common to all actors is specifically: “(1) The disguise actor (first actor) surrounds the customer (user 1) when instructed to start acting. (2) Justice. When the teammate (second actor) is instructed to start acting, the teammate (second actor) divides between the fraudulent role (first actor) surrounding the customer (user 1) and the customer (user 1). ) The right-handed role of the justice and the role of the fraudster (the first actor) who broke up play a turn around. (4) After the turn, the role of the fraud (the first actor) runs away leaving a serif. 5) When the supervisor (third actor) is instructed to start acting, he calls out “Cut!” And calls on the teammate of justice (second actor). ” The flow and performance contents for each actor are shown. As the instructions to the actors in the performance content information, "Oops, let's not go further", "Wait, wait, wait, wait", "Oh, remember", "Yes, cut It may also contain specific lines such as "That's good performance now!" Further, the performance content information may include, as map information, designation of a place where the officer staff 2 waits until an instruction to start acting is given.

  The performance content information for each actor is, for example, the performance content information for the first actor: “The role of a disapproved role that surrounds the customer (user 1) and is defeated at the end of a round with a righteous ally” First of all, “(1) You (first actor) surrounds the customer (user 1) when instructed to start acting. (2) The righteous friend (second actor) starts acting. When instructed, divide between you (first actor) and customer (user 1) surrounding the customer (user 1) and (3) justice ally and you (first) (4) After the turn, you (the first actor) will run away leaving a line (5) When the supervisor (third actor) is instructed to start acting “Cut!” And voice of labor to the righteous friend (second actor). Acting content for attraction flow and the first actor is indicated by the second person. Detailed instructions such as performance guidance and points to be noted in performance may be given to the performance content information.

  FIG. 3 is an explanatory diagram illustrating the mechanism of the attraction support system according to the embodiment of the present invention.

  In FIG. 5, when the user terminal 5 or the reception terminal 7 receives an attraction participation request from the user 1, the user terminal 5 or the reception terminal 7 transmits the received participation request information to the attraction support system server 3. When the attraction support system server 3 receives the attraction participation request information from the user terminal 5 or the receiving terminal 7, the attraction content information corresponding to the received attraction participation request information is read from the attraction information DB 4 and the attraction read from the attraction information DB 4 The content information is transmitted to the actor terminal 6 possessed by the officer staff 2.

  When the attraction support system server 3 executes a series of processes, a control table as shown in FIG. 25 may be used. The actor terminal 6 that has received the performance content information from the attraction support system server 3 outputs the performance content indicated by the performance content information to the information display unit as visual information, or outputs the audio content as audio information from the audio output unit. As for the method of outputting the performance content information, any means may be used as long as the content of the performance is transmitted to the officer staff 2.

  FIG. 4 is an explanatory diagram illustrating the mechanism of the attraction support system according to the embodiment of the present invention.

  In the figure, when the attraction support system server 3 receives the entry detection information for detecting the entry of the user 1 to the attraction providing area, the first actor terminal 6-possessed by the first officer staff member 2-1. 1 to transmit the performance start instruction information (first notification information). The first actor terminal 6-1 that has received the performance start instruction information (first notification information) performs the first actor responsible staff 2-1 based on the performance start instruction information (first notification information). To instruct. The instruction to start acting from the first actor terminal 6-1 to the first actor staff 2-1 is output to the information display unit as visual information, or output from the voice output unit as audio information, Although the vibrator is vibrated, the means is not particularly limited as long as the start of acting is transmitted to the first actor staff 2-1.

  FIG. 5 is an explanatory diagram illustrating the mechanism of the attraction support system according to the embodiment of the present invention.

  In the figure, when the attraction support system server 3 receives the entry detection information that detects the entry of the first officer staff member 2-1 into the attraction providing area, the attraction support system server 3 holds the second officer staff member 2-2. Acting start instruction information (second notification information) is transmitted to the second actor terminal 6-2. The second actor terminal 6-2 that has received the performance start instruction information (second notification information) performs the performance start based on the performance start instruction information (second notification information) 2-2. To instruct. Similarly, an instruction to start acting from the second actor terminal 6-2 to the second actor staff 2-2 is output to the information display unit as visual information, or output from the audio output unit as auditory information, for example. However, the means is not particularly limited as long as the start of acting is transmitted to the second actor staff 2-2.

  FIG. 6 is an explanatory diagram illustrating the mechanism of the attraction support system according to the embodiment of the present invention.

  In the figure, when the attraction support system server 3 receives the exit detection information that detects the exit of the first actor staff 2-1 from the attraction providing area, the attraction support system server 3 possesses the third actor staff 2-3. Acting start instruction information (third notification information) is transmitted to the third actor terminal 6-3. The third actor terminal 6-3 that has received the performance start instruction information (third notification information) performs the third actor responsible staff 2-3 based on the performance start instruction information (third notification information). To instruct. Similarly, an instruction to start acting from the third actor terminal 6-3 to the third actor staff 2-3 is output to the information display unit as visual information, or output from the audio output unit as auditory information, for example. However, the means is not particularly limited as long as the start of acting is transmitted to the third actor staff 2-3.

  FIG. 7 is a hardware block diagram of the attraction support system server in the embodiment of the present invention.

  In the figure, an information input / output unit 9 is a part having an input / output function for the attraction support system server 3 to perform various exchanges with the server operator 8, and is roughly connected to the information input unit 9-1 and the information output. Part 9-2. The input device in the information input unit 9-1 includes, for example, a keyboard, a numeric keypad, a mouse, a barcode reader, a voice input, and the like, and if the input from the server operator 8 conveys information to the system, the type thereof Does not matter. As the output device in the information output unit 9-2, for example, a display, a printer, an audio output device, and the like are applicable, and any type can be used as long as information can be transmitted from the system to the server operator 8. The calculation unit 10 is a part having a calculation function for driving and processing each function by executing a program, and is generally configured by a CPU (Central Processing Unit). The memory unit 11 is a part of an execution area of a program executed by the calculation unit 10. The communication unit 12 is a part that controls communication with the user terminal 5, the actor terminal 6, the reception terminal 7, the entry / exit detection unit 33 (not shown), and the like via the network 13. The DB management unit 14 is a part having a function of managing various data structures and data entities.

  The processing program 15 managed by the DB management unit 14 is a program necessary for achieving the purpose of use of the attraction support system server 3, and includes an OS (operating system). Similarly, the attraction information DB 4 is a database that stores a control table, performance content information, performance start information, and the like necessary for a program related to attraction support. The attraction information DB 4 may store software or the like for the server operator 8 to execute processes such as newly creating, adding, and correcting acting content information and acting start information. Similarly, the identification information DB 16 refers to identification information issued to each user 1 for identifying the user 1 and identification information assigned in advance to each officer-in-charge staff 2 to identify the officer-in-charge staff 2. It is a database that stores The map information DB 17 stores map information on the theme park site where the attraction is executed. The map information DB 17 is used for guidance information for guiding the user 1 to the attraction providing area or acting on the officer staff 2. Map information is used to indicate a waiting place for waiting until the start or an attraction area.

  FIG. 8 is a hardware block diagram of the user terminal in the embodiment of the present invention.

In the figure, an information input / output unit 18 is a part having an input / output function for the user terminal 5 to perform various exchanges with the user 1, and is roughly divided into an information input unit 18-1 and an information output unit 18. -2. As an input device in the information input unit 18-1, for example, a numeric keypad, a kana key, a touch switch, a voice input, and the like correspond, and if the input of the user 1 transmits information to the user terminal 5, the type thereof is It doesn't matter. Moreover, as an output device in the information output unit 18-2, for example, a display, an audio output device, and the like are applicable, and any type can be used as long as information can be transmitted from the user terminal 5 to the user 1. The location information acquisition unit 19 is a part that acquires a location where the user terminal 5 exists (the current location where the user terminal 5 is present), and includes a location information tag that stores location information and GPS (global positioning). The location is identified based on information acquired from the system), and information indicating the identified location is output as location information.
The calculation unit 20 is a part having a calculation function for driving and processing each function by the user terminal 5 executing a program, and is generally configured by a CPU (Central Processing Unit). The memory unit 21 is a part of a storage area that stores programs and data necessary for achieving the purpose of the user terminal 5 and an execution area of a program executed by the arithmetic unit 20. The communication unit 22 is a part that controls communication with various systems and devices such as the attraction support system server 3 and the entry / exit detection unit 33 (not shown). If the location information received in real time from the user terminal 5 is used, the attraction support system server 3 can enter / exit the user 1 into the attraction providing area without using the entry / exit detection unit 33 (not shown). Exit can be detected.

  FIG. 9 is a hardware block diagram of the actor terminal in the embodiment of the present invention.

  In the figure, an information input / output unit 23 is a part having an input / output function for the actor terminal 6 to perform various exchanges with the officer staff 2, and roughly includes an information input unit 23-1 and an information output unit 23. -2. As an input device in the information input unit 23-1, for example, a numeric keypad, a kana key, a touch switch, a voice input, and the like correspond, and if the input of the officer staff 2 transmits information to the actor terminal 6, the type is It doesn't matter. Moreover, as an output device in the information output unit 23-2, for example, a display, an audio output device, and the like are applicable, and any type can be used as long as information can be transmitted from the officer terminal 6 to the officer staff member 2. The place information acquisition unit 24 is a part for acquiring a place where the actor terminal 6 is present (current place where the actor terminal 6 is present), and a place information tag or GPS (global positioning system) that stores the place information. The location is identified based on the information obtained from the information, and information indicating the identified location is output as the location information. The calculation unit 25 is a part having a calculation function for driving and processing each function when the actor terminal 6 executes a program, and is generally configured by a CPU (Central Processing Unit). The memory unit 26 is a part of a storage area for storing programs and data necessary for achieving the purpose of the actor terminal 6 and a program execution area executed by the calculation unit 25. The communication unit 27 is a part that controls communication with various systems and devices such as the attraction support system server 3 and the entry / exit detection unit 33 (not shown). If the location information received in real time from the actor terminal 6 is used, the attraction support system server 3 can enter / exit the actor staff 2 into the attraction providing area without using the entry / exit detection unit 33 (not shown). Exit can be detected.

  FIG. 10 is a hardware block diagram of the receiving terminal in the embodiment of the present invention.

  In the figure, an information input / output unit 28 is a part having an input / output function for the receiving terminal 7 to perform various exchanges with the user 1, and roughly includes an information input unit 28-1 and an information output unit 28-. It consists of two. As an input device in the information input unit 28-1, for example, a keyboard, a numeric keypad, a mouse, a barcode reader, a voice input, and the like are applicable, and if the input of the user 1 conveys information to the system, the type is It doesn't matter. The output device in the information output unit 28-2 includes, for example, a display, a printer, an audio output device, and the like, and any type can be used as long as information can be transmitted from the system to the user 1. The information storage medium issuing unit 29 is a part that issues an information storage medium that stores user identification information received from the attraction support system server 3. In some cases, an information recording medium issuing unit for issuing an information recording medium for recording guidance information for guiding the user 1 to the attraction providing area may be provided. The calculation unit 30 is a part having a calculation function for driving and processing each function by the reception terminal 7 executing a program, and is generally constituted by a CPU (Central Processing Unit). The memory unit 31 is a part of a storage area for storing programs and data necessary to achieve the purpose of the receiving terminal 7 and an execution area for programs executed by the arithmetic unit 30. The communication unit 32 is a part that controls communication with various systems and devices such as the attraction support system server 3.

  FIG. 11 is a functional block diagram of the attraction support system server in the embodiment of the present invention.

  In the figure, the attraction support system server 3 receives the attraction participation request information from the user terminal 5 or the receiving terminal 7 (and generates a control table for executing the program), and the received attraction participation request information. A function for reading the action content information corresponding to the action information and the guide information (for guiding the user 1 to the attraction providing area) from the attraction information DB 4, and a function for transmitting the action content information read from the attraction information DB 4 to the actor terminal 6. The user terminal 5 that receives the user identification information corresponding to the received attraction participation request information and receives guidance information read from the attraction information DB 4 (transmits the attraction participation request information to the attraction support system server 3) or accepts Terminal The user identity issued a reply to function and a function of storing the identification information DB 16.

  FIG. 12 is a functional block diagram of the user terminal in the embodiment of the present invention.

  In the figure, the user terminal 5 has received a function of receiving guidance information from the attraction support system server 3 together with the user identification information, a function of storing the received user identification information and guidance information in the memory unit 21, and It has the function to output guidance information to information output part 18-2 among information. The user 1 can go to the attraction providing area according to the guidance information output to the information output unit 18-2. The user identification information stored in the memory unit 21 is used by the entry / exit detection unit 33 (not shown) installed in the attraction providing area to detect the user 1 entering the attraction providing area.

  FIG. 13 is a functional block diagram of the receiving terminal in the embodiment of the present invention.

  In the figure, the receiving terminal 7 sends a function for receiving guidance information from the attraction support system server 3 together with user identification information, and issuance of an information storage medium for storing the received user identification information to the information storage medium issuing unit 29. A function of instructing, and a function of outputting the guidance information of the received information to the information output unit 28-2. The user 1 can go to the attraction providing area in accordance with the guidance information output to the information output unit 28-2. The user identification information stored in the information storage medium by the information storage medium issuing unit 29 is used to detect the entrance of the user 1 to the attraction providing area by an entry / exit detection unit 33 (not shown) installed in the attraction providing area. Used. The information storage medium for storing the user identification information mentioned here is specifically a non-contact ID (Identity) tag or the like. Non-contact type ID tags include a label type, a card type, a coin type, and a stick type. Similarly, when an information storage medium for storing the officer-in-charge staff identification information is issued and previously given to the officer-in-charge staff 2, the entry / exit detection unit 33 (the information storage medium for storing the user identification information is used by the user). The entry / exit of the officer staff 2 can be detected by this information storage medium (so that entry / exit of 1 can be detected).

  One type of non-contact ID tag is an RF-ID (Radio Frequency Identification) tag. The RF-ID tag is composed of an IC (integrated circuit) chip and a coiled antenna connected to the IC chip, and the IC chip is composed of an information storage unit, a power supply rectification unit, an information transmission unit, and an information reception unit. . The RF-ID tag stores information in the information storage unit of the IC chip, and communicates with the antenna unit of the entry / exit detection unit 33 by radio waves or electromagnetic waves via the coiled antenna. In recent years, power is supplied to the RF-ID tag from the antenna portion side of the entry / exit detection unit 33 by non-contact power transmission technology, and the entry / exit detection unit 33 and the RF-ID tag are only supplied while power is being supplied. Can also communicate. The principle is as follows. (1) A coiled antenna built in the RF-ID tag receives radio waves and electromagnetic waves from the antenna part of the entry / exit detection part 33. (2) An electromotive force is generated in the RF-ID tag due to the resonance effect of the received radio waves and electromagnetic waves. (3) The electromotive force generated in the RF-ID tag is supplied to the IC chip, and the information reception unit receives an output request signal of identification information (stored in the information storage unit of the IC chip) from the entry / exit detection unit 33. To do. (4) In response to the output request signal received by the information receiving unit, the RF-ID tag reads the identification information stored in the information storage unit and transmits it to the entry / exit detection unit 33 via the coiled antenna by the information transmission unit. To do. (5) The entry / exit detection unit 33 receives the identification information transmitted from the RF-ID tag.

  The receiving terminal 7 may have a function of instructing the information recording medium issuing unit to issue an information recording medium for recording the received guidance information. The user 1 receives the guidance information stored in the information recording medium. You can go to the attraction area by referring. The information recording medium referred to here is a printed matter printed on paper or film.

  FIG. 14 is a flowchart in the calculation unit of the attraction support system server and the calculation unit of the user terminal corresponding to the functional block diagrams shown in FIGS. 11 and 12.

  In the figure, when the user terminal 5 receives an attraction participation request from the user 1 via the information input unit 18-1 (ST1401), the user terminal 5 transmits the received participation request information to the attraction support system server 3 (ST1402). . Upon receiving the attraction participation request information from the user terminal 5, the attraction support system server 3 (generates a control table for executing the program) and the performance content information corresponding to the received attraction participation request information (the user) Guide information (for guiding 1 to the attraction providing area) is read from the attraction information DB 4 (ST1403), the action content information read from the attraction information DB4 is transmitted to the actor terminal 6 (ST1404), and the received attraction participation request information is sent. The corresponding user identification information is issued and returned to the user terminal 5 together with the guidance information read from the attraction information DB 4 (ST1405), the issued user identification information is stored in the identification information DB 16 (ST1406), and the process is performed. finish. Upon receiving the performance content information from the attraction support system server 3, the actor terminal 6 stores the received performance content information in the memory unit 26 (ST1407), and the performance content information stored in the memory unit 26 is stored in the information output unit 23-2. Output (ST1408), and the process ends. Upon receiving the user identification information and the guidance information from the attraction support system server 3, the user terminal 5 stores the received user identification information and the guidance information in the memory unit 21 (ST1409), and the guidance stored in the memory unit 21. Information is output to the information output unit 18-2 (ST1410), and the process ends.

  FIG. 15 is a flowchart of the calculation unit of the attraction support system server and the calculation unit of the receiving terminal corresponding to the functional block diagrams shown in FIGS. 11 and 13.

  In the figure, upon receiving an attraction participation request from the user 1 via the information input unit 28-1 (ST1501), the receiving terminal 7 transmits the received participation request information to the attraction support system server 3 (ST1502). When the attraction support system server 3 receives the attraction participation request information from the receiving terminal 7 (generates a control table for executing the program), the attraction content information corresponding to the received attraction participation request information and the (user 1) Guidance information for guiding to the attraction providing area is read from the attraction information DB4 (ST1503), and the performance content information read from the attraction information DB4 is transmitted to the actor terminal 6 (ST1504), corresponding to the received attraction participation request information. User identification information is issued and returned to the receiving terminal 7 together with the guidance information read from the attraction information DB 4 (ST1505), the issued user identification information is stored in the identification information DB 16 (ST1506), and the process is terminated. Upon receiving the performance content information from the attraction support system server 3, the actor terminal 6 stores the received performance content information in the memory unit 26 (ST1507), and stores the performance content information stored in the memory unit 26 in the information output unit 23-2. Output (ST1508), and the process ends. Upon receiving the user identification information and the guidance information from the attraction support system server 3, the receiving terminal 5 instructs the information storage medium issuing unit 29 to issue an information storage medium for storing the received user identification information (ST1509). The received guidance information is output to the information output unit 28-2 (ST1510), and when an instruction to issue an information recording medium for recording the guidance information is received from the user 1 via the information input unit 28-1 (ST1511), the guidance is performed. The information recording medium issuing unit is instructed to issue a recording medium for recording information (ST1512), and the process ends.

  FIG. 16 is a functional block diagram of the attraction support system server in the embodiment of the present invention.

  In the figure, the attraction support system server 3 has a function of receiving the identification information detected by the entry / exit detection unit 33 installed in the attraction providing area, and the identification (for collating with the received identification information). A function for reading information from the identification information DB 16 and collating the read identification information with the received identification information, a function for referring to the state information of the control table based on the collation result, and a performance start based on the referenced control table A function for determining the actor terminal 6 to transmit information, a function for transmitting the performance start information associated with the performance content information to the actor terminal 6 (determined to transmit the performance start information), and a performance to the actor terminal 6 A function of updating the state information of the control table (based on transmission of the start information).

  FIG. 17 is a flowchart in the calculation unit of the attraction support system server corresponding to the functional block diagram shown in FIG.

  In this figure, when the entry / exit detection unit 33 detects the identification information entering / exiting the attraction providing area (ST1701), it transmits the detected identification information (together with a flag indicating entry / exit) to the attraction support system server 3. (ST1702), and the process ends. When the attraction support system server 3 receives the identification information that the entry / exit detection unit 33 installed in the attraction providing area detects the entry / exit, the identification information (for collation with the received identification information) is received from the identification information DB 16. The read identification information and the received identification information are collated (ST1703), the state information of the control table is referred to based on the collation result (ST1704), and the performance start information is transmitted based on the referenced control table. The actor terminal 6 is determined (ST1705), and the performance start information associated with the performance content information is transmitted to the actor terminal 6 (determined to transmit the performance start information) (ST1706), (the performance start information to the actor terminal 6) The state information in the control table is updated (ST1707), and the process is terminated. Upon receiving the performance start information from the attraction support system server 3, the actor terminal 6 outputs the performance start to the information output unit (or vibrates the vibrator) and notifies the actor staff 2 of the performance start (ST1708). ), The process is terminated.

  FIG. 18 is an explanatory diagram illustrating the mechanism of the attraction support system in the embodiment of the present invention.

  In the figure, if the location information tag 35 is installed indoors and outdoors in the theme park site so as to cover all the attraction providing areas that are the targets of the attraction, the user terminal 5 (the actor terminal 6) is The location information can be acquired from the location information tag 35. Here, the location information tag 35 stores location information indicating a place where it is installed in a storage area in advance, and continuously outputs the location information to be stored to surrounding devices or exists in the surroundings. Is output in response to a request from the device to be operated.

  Further, the user terminal 5 (the actor terminal 6) may acquire the position information that is the source of the location information from the location information providing system 34 that provides the location information. The position information providing system 34 is, for example, an artificial satellite that emits radio waves in GPS (Global Positioning System), and the latitude and longitude on the earth is calculated as absolute geographical coordinates using the radio waves emitted by the artificial satellite as original information. The location on the map can also be determined by comparing the calculated latitude and longitude with the map information. The user terminal 5 (the actor terminal 6) thus receives information from the position information providing system 34 or the location information tag 35, acquires the current location of the terminal by processing the received information, and acquires the acquired information. Is transmitted to the attraction support system server 3 as current location information where the user terminal 5 (the actor terminal 6) is currently located. Since the user terminal 5 (the actor terminal 6) is possessed by the user 1 (the officer staff member 2), the location where the terminal is present indicates the location where the user 1 (the officer staff member 2) is located.

  FIG. 19 is a functional block diagram of a user terminal (an actor terminal) in the embodiment of the present invention.

  In the figure, the function of the position information / location information acquisition unit 19 (24) is a function of acquiring original information from which the absolute coordinates of the geographical information are calculated from the position information providing system 34, or the location information for outputting the location information. It consists of a function that acquires location information from the tag 35. The function of updating the location information indicating the current location of the user terminal 5 (the actor terminal 6) from the location information / location information acquisition unit 19 (24) is the source acquired from the location information / location information acquisition unit 19 (24). The user terminal 5 (the actor terminal 6) uses the function of calculating the geographical absolute coordinates from the information, the function of determining the location on the map from the calculated absolute coordinates, and the determination result of the location on the map (that is, the usage terminal 6) The location information acquired from the location information / location information acquisition unit 19 (24) may be configured with the function of storing in the memory unit 21 (26) of the terminal as the current location. And the function that stores the current location of the user terminal 5 (the actor terminal 6) (that is, the user 1 or the staff in charge 2) in the memory unit 21 (26) of the terminal. Composed of both It may be.

  The user terminal 5 (the actor terminal 6) further determines whether or not the location information has been updated, and if the location information has been updated, reads the updated location information from the memory unit 21 (26). And a function of transmitting to the attraction support system server 3.

  FIG. 20 is a functional block diagram of the attraction support system server in the embodiment of the present invention.

  This figure is a functional block diagram following the processing of the functional block diagram shown in FIG. In the figure, the attraction support system server 3 has a function of receiving updated location information from the user terminal 5 or the actor terminal 6, a function of determining whether the received location information is within the attraction providing area, The function of referring to the state information of the control table based on the result, the function of determining the actor terminal 6 that transmits the performance start information based on the referenced control table, and the performance start information associated with the performance content information (the performance A function of transmitting to the actor terminal 6 (determined to transmit start information) and a function of updating the state information of the control table (based on the transmission of the performance start information to the actor terminal 6).

  FIG. 21 is a flowchart in the calculation unit of the user terminal (an actor terminal) corresponding to the functional block diagram shown in FIG.

    In the figure, upon receiving a location information update request (ST2101), the user terminal 5 (the actor terminal 6) obtains original information from which the absolute coordinates of the geography are calculated from the position information providing system 34 (ST2102). ) Calculates absolute geographical coordinates from the acquired original information (ST2103), determines the location on the map from the calculated absolute coordinates (ST2104), and determines the determination result of the location on the map as the user terminal 5 (the actor terminal) 6) is stored in the memory unit 21 (26) as the current location (that is, the user 1 or the officer staff 2) (ST2105), and the process is terminated.

  FIG. 22 is a flowchart in the calculation unit of the user terminal (an actor terminal) corresponding to the functional block diagram shown in FIG.

  In the figure, upon receiving a location information update request (ST2201), the user terminal 5 (the actor terminal 6) acquires the location information from the nearest location information tag 35 that outputs the location information (ST2202). The location information is stored in the memory unit 21 (26) as the current location of the user terminal 5 (the actor terminal 6) (that is, the user 1 or the staff in charge 2) (ST2203), and the processing is terminated.

  FIG. 23 is a flowchart in the calculation unit of the attraction support system server corresponding to the functional block diagram shown in FIG.

  In the figure, when the user terminal 5 (the actor terminal 6) determines that the location information stored in the memory unit 21 (26) has been updated (ST2301), the updated location information is read from the memory unit 21 (26). The data is read and transmitted to the attraction support system server 3 (ST2302), and the process is terminated. When the attraction support system server 3 receives the updated location information from the user terminal 5 or the actor terminal 6, the received location information enters or exits from the attraction providing area (either one). (ST2303), and when it is determined that it indicates entry into or exit from the attraction providing area (one of them), the control table The state information is referred to (ST2304), the actor terminal 6 that transmits the performance start information is determined based on the referred control table (ST2305), and the performance start information associated with the performance content information is transmitted (the performance start information is transmitted). (Determined) is transmitted to the actor terminal 6 (ST2306), and the acting on the actor terminal 6 is started. Update state information corresponding to) the control table in the transmission of information (ST2307), the process ends. Upon receiving the performance start information from the attraction support system server 3, the actor terminal 6 outputs the performance start to the information output unit (or vibrates the vibrator) and notifies the actor staff 2 of the performance start (ST2308). ), The process is terminated.

  FIG. 24 is a flowchart for explaining a part of the flowcharts shown in FIGS. 17 and 23 in more detail.

  This figure corresponds to ST1704 to ST1707 in FIG. 17 and ST2304 to ST2307 in FIG. In the figure, the attraction support system server 3 determines whether or not the state information in the control table is “user not entered” (ST2401), and if the state information is “user not entered”, It is determined whether or not the collation result of the identification information received from the entry / exit detector 33 indicates the entry of the user 1 (ST2402). If the entry of the user 1 is not indicated, the process is terminated as it is, and the entry is entered. Is determined to be the first actor terminal 6-1 as the transmission destination of the performance start information (ST2403), and the performance start information associated with the performance content information (for the first actor staff 2-1) Is transmitted to the first actor terminal 6-1 (ST2404), the state information in the control table is updated to "first actor terminal entry" (ST2405), and the process is terminated. If the state information is not “user not entered” in ST2401, it is determined whether or not the state information in the control table is “first actor not entered” (ST2406). In the case of “no actor entered”, it is determined whether or not the collation result of the identification information received from the entry / exit detector 33 indicates the entry of the first actor 2-1 (ST2407). If the entry of the staff member 2-1 is not indicated, the process is terminated, and if the entry is indicated, the transmission destination of the performance start information is determined as the second actor terminal 6-2 (ST2408), and the content of the performance The performance start information (for the second actor staff member 2-2) associated with the information is transmitted to the second actor terminal 6-2 (ST2409), and the state information of the control table is set to “leaving the first actor terminal” (ST2 10), and the process ends. If the state information is not “first actor not entered” in ST2406, it is determined whether or not the state information in the control table is “first actor not entered” (ST2411). In the case of “1 actor not leaving”, it is determined whether or not the collation result of the identification information received from the entry / exit detection unit 33 indicates that the first actor 2-1 has left (ST2412). If the exit is not indicated, the processing is terminated as it is, and if the exit is indicated, the transmission destination of the performance start information is determined to be the third actor terminal 6-3 (ST2413), and is associated with the performance content information (third Is sent to the third actor terminal 6-3 (ST2414), the state information in the control table is updated to "completed" (ST2415), and the process is terminated. . If the state information does not indicate “exit of the first actor 2-1” in ST 2411, it is confirmed that the state information is “complete” (ST 2416), and the process is terminated.

  FIG. 25 is a specific example of a control table in the embodiment of the present invention.

  In the figure, the user terminal identifier / information storage medium identifier is user identification information issued by the attraction support system server 3 in the functional block diagram shown in FIG. If user identification information is stored in the user terminal 5, it functions as a user terminal identifier, and if user identification information is stored in an information storage medium (issued by the receiving terminal 7), an information storage medium identifier Function as. The control table stores an attraction identifier assigned when issuing a user terminal identifier / information storage medium identifier and an actor terminal identifier / information storage medium identifier as a set. The state information is attraction state information that is updated as the attraction progresses.

  FIG. 26 is an explanatory diagram illustrating, in principle, a specific example of the entry / exit detection unit according to the embodiment of this invention.

  The figure shows the radio wave intensity distribution when the antenna unit (antenna 1 and antenna 2) of the entry / exit detection unit 33 is arranged. In the figure, if the attraction providing area is surrounded by a pair of antenna 1 and antenna 2, when the user 1 crosses over the antenna, the terminal (user terminal 5) possessed by the user 1 or ( Communication between the entry / exit detection unit 33 and the terminal or the information storage medium is established when the information storage medium (which stores user identification information) passes through the hatched portion in the figure, and the (entrance / exit detection unit 33). Can read the identification information (from a terminal or an information storage medium). Similarly, when the officer staff 2 exceeds the antenna, the terminal (the actor terminal 6) possessed by the officer staff 2 or the information storage medium (which stores the staff staff identification information) is a hatched portion in the figure. By passing through, communication between the entry / exit detection unit 33 and the terminal or the information storage medium is established, and the identification information can be read (from the terminal or the information storage medium).

  FIG. 27 is an explanatory diagram illustrating, in principle, a specific example of the entry / exit detection unit in the embodiment of the present invention.

  In the figure, the entry / exit detection unit 33 includes, for example, a pair of antenna 1 and antenna 2 and is installed at intervals of multiples of 1 / 2λ (lambda, radio wave wavelength). In the vertical direction, there is no deviation between the radio wave (electric power) of the antenna 1 and the radio wave of the antenna 2, and the combined wave becomes strong. Similarly, in the horizontal direction, a phase shift of 1 / 2λ occurs in the radio waves of the antenna 1 and the antenna 2, so that the combined wave is canceled, and in the diagonal direction, the radio wave of the antenna 1 and the antenna 2 is shifted by √2 / 2λ. As a result, the composite wave becomes weak.

Explanatory drawing explaining the outline | summary of the attraction supported by the attraction support system in embodiment of this invention Explanatory drawing explaining the information which the attraction support system in embodiment of this invention uses for attraction support Explanatory drawing explaining the mechanism of the attraction support system in embodiment of this invention Explanatory drawing explaining the mechanism of the attraction support system in embodiment of this invention Explanatory drawing explaining the mechanism of the attraction support system in embodiment of this invention Explanatory drawing explaining the mechanism of the attraction support system in embodiment of this invention The hardware block diagram of the attraction support system server in embodiment of this invention Hardware block diagram of a user terminal in an embodiment of the present invention Hardware block diagram of the actor terminal in the embodiment of the present invention The hardware block diagram of the reception terminal in embodiment of this invention Functional block diagram of an attraction support system server in an embodiment of the present invention Functional block diagram of a user terminal in an embodiment of the present invention Functional block diagram of the receiving terminal in the embodiment of the present invention The flowchart in the calculating part of the attraction support system server and the calculating part of a user terminal corresponding to the functional block diagram shown to FIG. 11 and FIG. The flowchart in the calculating part of the attraction support system server corresponding to the functional block diagram shown in FIG. 11 and FIG. Functional block diagram of an attraction support system server in an embodiment of the present invention The flowchart in the calculating part of the attraction support system server corresponding to the functional block diagram shown in FIG. Explanatory drawing explaining the mechanism of the attraction support system in embodiment of this invention Functional block diagram of a user terminal (an actor terminal) in an embodiment of the present invention Functional block diagram of an attraction support system server in an embodiment of the present invention The flowchart in the calculating part of the user terminal (an actor terminal) corresponding to the functional block diagram shown in FIG. The flowchart in the calculating part of the user terminal (an actor terminal) corresponding to the functional block diagram shown in FIG. The flowchart in the calculating part of the attraction support system server corresponding to the functional block diagram shown in FIG. A flowchart for explaining a part of the flowchart shown in FIGS. 17 and 23 in more detail Specific example of control table in the embodiment of the present invention Explanatory drawing explaining the example of the approach / exit detection part in embodiment of this invention in principle Explanatory drawing explaining the example of the approach / exit detection part in embodiment of this invention in principle

Explanation of symbols

1 User 2 Actor Staff 2-1 First Actor Staff 2-2 Second Actor Staff 2-3 Third Actor Staff 3 Attraction Support System Server 4 Attraction Information DB (Database)
5 User terminal 6 Actor terminal 6-1 1st actor terminal 6-2 2nd actor terminal 6-3 3rd actor terminal 7 Receiving terminal 8 Server operator 16 Identification information DB (database)
17 Map information DB (database)
29 Information storage medium issuing unit 33 Entry / exit detection unit 34 Location information providing system 35 Location information tag

Claims (2)

This is an attraction support system that supports a bodily attraction in which an actor appears in front of the user in response to the attraction user entering the attraction providing area and the user can experience the actor's performance. And
The attraction support system server is a performance content database that stores in advance performance content information to be transmitted to the actor terminal possessed by the actor;
In response to the start of the attraction, the performance content information is read from the performance content database, and the first actor, the second actor, and the third actor possess the read performance content information. Information transmitting means for transmitting to the actor terminal, the second actor terminal and the third actor terminal;
Entry / exit detection means for detecting entry or exit of the user or the actor into the attraction providing area,
When the entry / exit detection means detects the entry of the user, the information transmission means transmits first notification information notifying the start of the performance shown in the performance content information to the first actor terminal,
When the first actor terminal receives the first notification information from the attraction support system server, the first actor terminal outputs an instruction to start acting to the first actor,
When the entry / exit detection means detects that the first actor has entered the attraction providing area according to an instruction to start a performance, the information transmission means notifies the start of the performance indicated in the performance content information. Sending notification information to the second actor terminal;
When the second actor terminal receives the second notification information from the attraction support system server, the second actor terminal outputs an instruction to start acting to the second actor,
When the entry / exit detection means detects exit of the first actor from the attraction providing area, the information transmission means sends third notification information for notifying the start of the performance indicated in the performance content information to the third To the actor terminal,
The said 3rd actor terminal outputs the instruction | indication of a performance start with respect to the said 3rd actor, if the said 3rd notification information is received from the said attraction support system server, The attraction support system characterized by the above-mentioned. An attraction support system is used to support a bodily attraction in which an actor appears in front of the user in response to the attraction user entering the attraction providing area and the user can experience the actor's performance. An attraction support method,
The attraction support system server stores performance content information to be transmitted to the actor terminal possessed by the actor in advance in the performance content database,
In response to the start of the attraction, the performance content information is read from the performance content database, and the first actor, the second actor, and the third actor possess the read performance content information. Send to the actor terminal, second actor terminal and third actor terminal,
When the entry / exit detection means for detecting entry or exit of the user or the actor into the attraction providing area detects entry of the user, first notification information for notifying start of performance indicated in the performance content information To the first actor terminal,
When the first actor terminal receives the first notification information from the attraction support system server, the first actor terminal outputs an instruction to start acting to the first actor,
The attraction support system server notifies the start of the performance indicated in the performance content information when the entry / exit detection means detects the entry of the first actor in response to the instruction to start the performance into the attraction providing area. Sending notification information to the second actor terminal;
When the second actor terminal receives the second notification information from the attraction support system server, the second actor terminal outputs an instruction to start acting to the second actor,
When the entry / exit detection means detects the first actor leaving the attraction providing area, the attraction support system server sends third notification information for notifying the start of the performance indicated in the performance content information. To the actor terminal,
When the third actor terminal receives the third notification information from the attraction support system server, the attraction support method outputs an instruction to start acting to the third actor.

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