JP2021158009A - Event production system, event production control device, event production method, and event production program - Google Patents

Abstract

To provide an event production system that allows spectators to use their smartphones each as a substitute for a penlight at an event.SOLUTION: A storage unit of a control device stores seat position data of an event venue, and production control data that controls screens of smartphones for the respective seat positions of the event venue in a chronological order of event progress time in association with each other. When an event is held, a control unit of the control device reads smartphone control data, in which the seat position data and the production control data are associated with each other, from the storage unit, and transmits the data from a communication unit. Seat position data indicating a seat position in which a user is seated is stored in the storage unit of the user's smartphone in which a production application is stored, a control unit of the smartphone performs collation processing between the seat position data in the smartphone control data received from the control device and the seat position data stored in the storage unit of the smartphone, and a display control process of the screen of the smartphone is performed according to the production control data in the smartphone control data when both of the seat position data are determined to match each other.SELECTED DRAWING: Figure 5

Description

Embodiments of the present invention relate to an event production system, an event production control device, an event production method, and an event production program.

In recent years, various devices have been developed and proposed as penlight devices owned by spectators at events such as concerts held in facilities that accommodate a large number of spectators, such as halls (theaters) and arenas. For example, the penlights held by the audience can be wirelessly controlled, and the color, lighting, and extinguishing of the penlights can be changed according to the song or the image to deepen the sense of unity of the place. It has been.

In the conventional penlight system, the spectator needs to purchase a penlight capable of wireless communication, or the management side needs to lend the penlight capable of wireless communication to the spectator at the time of the event. In this case, there is a problem that it is necessary to take measures such as failure, loss, and theft.

JP-A-2019-53861

The embodiment was made in consideration of these circumstances, and is a pen that allows spectators to wirelessly communicate at an event such as a concert held at a facility that accommodates a large number of spectators, such as a hall (theater) or an arena. It is not necessary for the management side to purchase a light or rent it to the audience, so that the smartphone owned by the audience can be used as a substitute for the penlight, and this smartphone can be wirelessly controlled and used as an event production tool. The purpose of the present invention is to provide an event production system, an event production control device, an event production method, and an event production program.

The event production system of the embodiment is an event production system using a control device managed by the organizer that generates control data and transmits it to a smartphone, and a smartphone controlled by the control data transmitted from the control device. The control device is a storage unit in which the seat position data of the event venue and the effect control data for controlling the display of the smartphone screen for each seat position of the event venue are linked and stored in chronological order for each seat position of the event venue. When an event is held, smartphone control that reads the smartphone control data in which the seat position data and the effect control data are linked from the storage unit and controls the smartphone in which the seat position data and the effect control data are linked. The smartphone has a control unit that generates data and a communication unit that transmits the generated smartphone control data, and the smartphone has a storage unit that stores a production application and stores seat position data in which the user is seated. The seat position data in the smartphone control data received from the control device is collated with the seat position data stored in the storage unit of the smartphone, and if it is determined that they match, the effect control data in the smartphone control data is performed. According to this, it has a control unit that performs display control processing of the screen of the smartphone.

The event production system, event production control device, event production method, and event production program of the embodiment are events such as concerts held in facilities that accommodate a large number of spectators, such as halls (theaters) and arenas. There is no need to purchase a penlight capable of wireless communication or rent it out to the audience, use the smartphone owned by the audience as a substitute for the penlight, and wirelessly control this smartphone to use it as an event production tool. be able to.

It is explanatory drawing which shows an example of the event production system of embodiment. It is a block diagram which shows the control device used for the event production system of embodiment. It is a block diagram which shows the smartphone used for the event production system of embodiment. It is a flowchart which shows the processing flow of the control device of the event production system of embodiment. It is a flowchart which shows the processing flow of the smartphone of the event production system of embodiment. It is explanatory drawing which shows the event production system of another embodiment.

The event production system according to the embodiment described below is an event using a control device managed by the organizer that generates control data and transmits it to a smartphone, and a smartphone controlled by the control data transmitted from the control device. In the production system, the control device links the seat position data of the event venue with the production control data that controls the display of the smartphone screen for each seat position of the event venue in chronological order of the event progress time. A smartphone that reads out the stored storage unit and the smartphone control data in which the seat position data and the effect control data are linked at the time of holding the event from the storage unit and links the seat position data and the effect control data. The smartphone has a control unit that generates smartphone control data that controls the data, and a communication unit that transmits the generated smartphone control data. The smartphone stores a production application and stores seat position data in which the user is seated. The storage unit is collated with the seat position data in the smartphone control data received from the control device and the seat position data stored in the storage unit of the smartphone, and if it is determined that they match, the smartphone control data is used. It has a control unit that performs display control processing on the screen of the smartphone according to the effect control data in the data.

The event effect system according to the embodiment is forcibly set to the manner mode for notifying the smartphone by vibration when the effect application is started or when the smartphone control data is received from the control device.
The event effect system according to the embodiment forcibly stops and controls the camera function of the smartphone when the effect application is started or when the smartphone control data is received from the control device.

The event production control device according to the embodiment is an event production control device that generates control data and transmits the control data to the smartphone to control the smartphone. The storage unit that is stored in association with the effect control data that controls the display of the smartphone screen for each seat position, and the smartphone control data that is associated with the seat position data and the effect control data at the time of the event. From the storage unit, a control unit that generates smartphone control data that controls a smartphone associated with the seat position data and the effect control data, and a communication unit that transmits the generated smartphone control data. I have.

The event production method according to the embodiment is to display the seat position data of the event venue and the screen of the smartphone for each seat position of the event venue in chronological order of the progress time of the event in the storage unit of the control device managed by the organizer. The effect control data for controlling the effect is linked and stored, and when the event is held, the control unit reads out the smartphone control data in which the seat position data and the effect control data are linked from the storage unit and reads the seat position data and the effect. Smartphone control data that controls the smartphone linked with the control data is generated and transmitted from the communication unit, and the seat position data in which the user is seated is stored in the storage unit of the user's smartphone in which the production application is stored. Control unit performs collation processing between the seat position data in the smartphone control data received from the control device and the seat position data stored in the storage unit of the smartphone, and if it is determined that they match, the smartphone control data is used. The display control process of the screen of the smartphone is performed according to the effect control data of.

The event production program according to the embodiment includes a step of storing the acquired seat position data in the storage unit, seat position data of the event venue received from the control device, and each seat position of the event venue in hourly sequence of the event progress time. The seat position data in the smartphone control data associated with the effect control data that controls the screen of each smartphone is collated with the seat position data stored in the storage unit, and when both seat position data match, an event is generated. The computer of the smartphone is made to execute a step of determining that the smartphone control data to be produced has been received and a step of producing and controlling the smartphone according to the effect control content received from the control device.

The event production program according to the embodiment further includes a step of displaying a reminder for acquisition of seat position data of the event venue on the screen of the smartphone.

The event effect program according to the embodiment further includes a step of analyzing the smartphone effect control content received from the control device.

The event production program according to the embodiment deletes the step of determining whether or not the event end data has been received from the control device and the seat position data stored in the storage unit when it is determined that the event end instruction has been received. And further have steps to do.

Hereinafter, embodiments will be described with reference to the drawings.

In the event production system and event production method of this embodiment, a smartphone possessed by each spectator user (hereinafter referred to as a user) is controlled by a wireless signal from a control device managed by the organizer, and the smartphone is penned. It can be used instead of a light. Specifically, the smartphone production control data that directs the event as control data from the control device managed by the event organizer and the seat position data of the event venue where each smartphone exists are linked to each seat of the event venue. By wirelessly transmitting to each smartphone of the existing user and controlling the light emitting state of the screen of each smartphone and the vibration state as needed, the light emitting state of the screen of the smartphone owned by the user in response to the progress of an event such as a music ( It is possible to control the light emission state according to the production pattern such as color, light emission time, cycle, brightness) and vibration state as necessary, and let each user participate in the event to create a sense of unity and presence at the event venue. It is made possible.

The event production system and production method of the embodiment are such that the production control data for each seat in chronological order from the control device, for example, the light emission color, brightness, light emission and extinguishing production control data of the smartphone screen, and the seat position of the event venue. The smartphone control data associated with the data can be collectively transmitted to all smartphones at each seat position at the event venue, for example, by using a wireless LAN (local area network) broadcast, for example. Note that the control data in which the smartphone effect control data for producing the event and the seat position data of the event venue where each smartphone exists may be transmitted from the control device to each smartphone using a repeater.

In this way, the event production system and production method of the embodiment link the smartphone production control data that directs the event as control data from the control device managed by the organizer and the seat position data of the event venue where each smartphone exists. Therefore, it is configured to send to each smartphone of the user in each seat of the event venue and control each smartphone individually. Therefore, it is not necessary to register a unique ID such as an identification number of each smartphone controlled by the control device in advance.

The event production system and production method of this embodiment show an example of using wireless LAN, for example, broadcast. As shown in FIG. 1, the control device 1 managed by the event organizer needs the smartphone effect control data (for each seat, the light emission state of the smartphone screen, for example, color, light emission time, cycle, brightness, etc.) to produce the event. (Controlling the vibration state according to) and the control data that links the seat position data of the event venue where each smartphone 2 ... exists are read from the storage unit to generate smartphone control data, and each seat of the event venue It is configured to be transmitted as smartphone control data to each smartphone 2 of the existing user. As the effect control of the smartphone, the light emitting state (color, light emitting time, cycle, brightness, etc.) of the smartphone screen possessed by the user in chronological order in response to an event, for example, the progress of a musical piece, and a vibration state as necessary. It controls.

The event production system and production method of this embodiment are controlled because the smartphone production control data for each seat that produces the event and the seat position data of the event venue where each smartphone exists are linked as described above. The device transmits smartphone control data for each seat, for example, control data for emission colors such as red, blue, and yellow, brightness, emission, and extinguishing of the smartphone screen to all smartphones at each seat position in the event venue. Smartphones can be controlled individually. Therefore, for example, all the seats in the event venue can be dyed in the same color according to the progress of the music in a concert, the color can be changed for each row, the brightness can be changed, and the color, brightness, etc. can be changed for each area. It can be changed arbitrarily, and various shapes can be created in the event venue by the movement of light like waves, colors and lights, and it is possible to improve the sense of unity and presence of the event venue. ing.

FIG. 2 is a configuration diagram showing a control device managed by the event organizer in the production system of the embodiment. The control device 1 includes a storage unit 3, a timer 4, an operation input unit 5, a communication unit 6, a control unit 7, and a display unit 8.

The storage unit 3 can store the seat position data of the event venue and the control schedule (directing schedule) for each seat in association with each other. The effect control data for controlling the emission color, brightness, emission and extinguishing of the smartphone screen is stored for each seat position. That is, the effect control data for controlling the emission color, brightness, emission and extinguishing of the screen of the smartphone and the seat position data of each event venue are linked and stored. Here, the smartphone effect control data includes, in addition to the above, vibration control (including strength) of each smartphone according to an event, for example, the rhythm of a musical piece, if necessary.

The timer 4 controls and manages the time in each unit such as the storage unit and the data generation unit. The operation input unit 5 can input, correct, and delete various data. The operation input unit 5 is also used by the event organizer to input various data. The display unit displays data such as when inputting by the operation input unit, or, for example, an event in progress, for example, red, blue, yellow, etc. of the smartphone screen of the event venue in chronological order of the progress time of the music. The emission color, brightness, emission and extinguishing may be displayed. The communication unit 6 communicates with the smartphone 2 ... In this embodiment, communication using a wireless LAN broadcast is performed. In addition, this communication unit may be configured to receive data from each smartphone as well as transmission.

The control unit 7 constitutes a part of the computer including the CPU, ROM, and RAM, and stores the data in which the seat position data and the effect control data are associated with the storage unit 3 in the storage unit 3, and these data. The reading process, the smartphone control data generation processing for controlling the smartphone in which the seat position data and the effect control data are linked based on the read data, and the control processing of each part such as the display unit 8 are performed. The smartphone control data generation process of the control unit 7 is performed on the data stored in the storage unit 3, that is, the emission color of the smartphone screen for each seat position of the event venue, for example, in the progress time of each music. 3 Read from and generate.

FIG. 3 is a configuration diagram of a smartphone used in the embodiment. The smartphone 2 includes a communication unit 9, a storage unit 10, a display unit 11, a light unit 12, an operation input unit 13, a vibration generating unit 14, a camera unit 15, and a control unit 16.

The communication unit 9 receives from the control device control data in which the smartphone effect control data for producing the event and the seat position data of the event venue where each smartphone exists are linked. The communication unit 9 may be configured to transmit smartphone data to the control device in addition to receiving data.

The storage unit 10 stores the event production application of the present embodiment, and also stores the seat position data in which the user is seated at the event. As the storage unit 10, the event production application storage unit and the seat data storage unit may be configured as separate storage units. Even if the seat data is input by the operation input unit 13, for example, the camera unit 15 reads a bar code having a seat position (number) or seat position data, and the input or read seat position data is read. It may be stored in the storage unit. Further, as the seat position data, when the ticket data of the event is stored in the storage unit of the smartphone, the seat number data in the ticket data is used.

The event effect application has a collation function between the seat position data stored in the storage unit 10 and the seat position data in the smartphone control data received from the control device 1, and the smartphone effect control content when both seat position data match. This is a program that causes a smartphone, which is a computer, to execute a function of analyzing data and a function of directing and controlling a smartphone according to this analysis.

The display unit 11 is a portion for displaying various information, but in the present embodiment, the display unit 11 is provided as a light emitting unit capable of emitting light of each color such as red, blue, and yellow, and is used as the main configuration of the effect means. The light unit 12 is a light for lighting, and in the present embodiment, it is used as an effect means by controlling the lighting and extinguishing of the light unit 12. The operation input unit 13 inputs or selects each information to control the smartphone. The seat position data of the event venue may be input by the operation input unit and stored in the storage unit. The vibration control generator 14 is for vibrating the smartphone, and is used, for example, to vibrate the smartphone to receive an incoming call. In the present embodiment, the smartphone is matched with the melody of a musical piece, for example. It is used as an effect means to vibrate. The camera unit 15 is a portion for photographing a subject.

The control unit 16 constitutes a part of the computer including the CPU, ROM, and RAM, and performs control processing of each unit such as the communication unit 9, the storage unit 10, and the display unit 11. Specifically, for example, the smartphone control data received from the control device 1 is processed, and the seat position data in the control data is collated with the seat position data stored in the storage unit of the smartphone. If it is determined that they match, the display control process of the screen of the smartphone is performed according to the effect control data in the control data. With this configuration, the control device 1 does not need to be managed by registering a unique ID such as an identification number of each smartphone 2 to be controlled in advance. Further, since the control unit 16 links the control device 1 and the smartphone 2 when the event is started, the smartphone 2 (possessed by each user) cannot be controlled by the operation of each user. It may be controlled as follows. Further, the control unit 16 controls to forcibly set each user's smartphone to the manner mode of notifying by vibration when there is an incoming call by starting the production application or the like, and to set the shooting function to be stopped. ..

Control device processing

In step S1, for example, the effect control data for controlling the emission color of the smartphone screen and the turning off of the screen for each seat position of the event venue and the seat position data of the event venue are displayed in chronological order of the progress time of each song. Read the associated data from the storage unit. In step S2, the transmission timing is determined, and when it is determined that the transmission timing is determined, the process proceeds to the next step S3, and the smartphone effect control data (light emission state of the smartphone screen, if necessary, vibration state) for producing the event is controlled. ) And the seat position data of the event venue where each smartphone exists are linked to generate control data. The generated smartphone control data is broadcast-transmitted from the communication unit 6 to all smartphones 2 ... At the event venue in step S4. Then, in the next step S5, it is determined whether or not all the planned (programmed) events such as the performance of the music have ended, and when it is determined that the event has ended, all the event end instructions are given in step S6. It is sent to the smartphone 2 ... and the process ends.

Smartphone processing

In step S7, the event production application is started.

By starting this application, the shooting prohibition mode and the manner mode are forcibly set on the smartphone 2 (provided that the manner mode is not set). As a means for forcibly setting the shooting prohibition mode and the manner mode on the smartphone 2, the smartphone 2 receives a smartphone control signal for producing an event associated with the seat position data of the event venue from the control device 1. You may do it from time to time.

By launching this application, control of the emission color (for example, red, blue, yellow, etc.) of the screen of the smartphone 2 and control of turning on and off the screen (which may also include control of turning on and off the light) of the control signal. It is possible by receiving. As the smartphone effect control, the smartphone itself may be vibration-controlled in response to a rhythm such as a musical piece, if necessary. Controls such as a change in the emission color of the screen of the smartphone and lighting and extinguishing of the screen are controlled by smartphone control data linked to each seat position data of the event venue transmitted in chronological order of time.

When the event production application is started in step S7, a reminder to acquire seat position data of the event venue is displayed on the screen of the smartphone in step 8.
The seat position data of the event venue is input by the operation input unit 13 of the smartphone 2, and the seat position data of the ticket information of the event stored in the smartphone 2 is used, or is provided in each seat of the event venue. The bar code or seat number is obtained by reading the camera unit 15 of the smartphone 2 and acquiring the seat position data. When the seat data is acquired by the camera unit 15, the shooting prohibition mode is not set when the event production application is started. In step S9, it is determined whether or not the seat position data of the event venue has been acquired, and the display of the acquisition notification is continued until it is acquired. When the seat position data is acquired, the process proceeds to step S10. Then, in step S11, the seat position data is stored in the storage unit 10.

In the next step S12, it is determined whether or not the smartphone control data for producing the event associated with the seat position data of the event venue from the control device 1 has been received. In this step S12, the seat position data of the received data and the seat position data stored in the storage unit are read out and collated, and when the seat position data match, it is determined that the smartphone control data for producing the event has been received. do.

When the seat position data matches the data stored in the storage unit, the process proceeds to the next step S13, and the smartphone effect control content is analyzed. Then, in the next step S14, the smartphone 2 is produced and controlled according to the analysis. As the production content of the smartphone 2, for example, the screen display is displayed in red, blue, yellow, or the like according to the progress of the music, or is turned off. It also controls turning on and off the lights of the smartphone. Furthermore, the smartphone itself is vibrated and controlled according to the rhythm of the music as needed.

The production of the smartphone 2 is performed by individually controlling each smartphone at each seat position of the event venue. Therefore, it is possible to change or turn off the light emission color of the smartphone screen for each row of seats, each area, etc. For example, all the seats in the event venue have the same color as the music progresses at a concert or the like. Dyeing, changing the color for each row, changing the brightness, changing the color, brightness, etc. for each area can be set arbitrarily, and the movement of light like waves, color and light You can make various shapes in the event venue. Also, if necessary, the smartphone itself is vibration-controlled according to the rhythm of the music.

Step S15 determines whether or not the event end instruction has been received. When all the planned (programmed) events, such as the performance of music, are completed, the event end instruction is transmitted from the control device, and when the smartphone 1 receives this event end instruction, the event end instruction is received. Is determined, and the process proceeds to the next step S16. In the next step S16, the seat position data stored in the storage unit 10 of the smartphone 2 is deleted.

Then exit the application. By terminating this application, the shooting prohibition mode and manner mode that were forcibly set at startup are canceled. The forcibly set shooting prohibition mode and manner mode may be canceled when the event end instruction is received.

In this way, the event production system, production method, and event production program of the embodiment are events such as concerts held in facilities that accommodate a large number of spectators, such as halls (theaters) and arenas, where the spectators are wireless. There is no need for the management side to purchase a penlight that can communicate or lend it to the audience, use the smartphone owned by the audience as a substitute for the penlight, and wirelessly control this smartphone to use it as an event production tool. Can be done.

In addition, the event production system of the embodiment links the smartphone production control data that directs the event as control data from the control device managed by the organizer with the seat position data of the event venue where each smartphone exists, and links the event venue. It is configured to send to each smartphone of the user in each seat of the above and control each smartphone individually. Therefore, it is not necessary to manage by registering a unique ID such as an identification number of each smartphone controlled by the control device in advance.

The event production system of the embodiment shown in FIG. 1 shows an example of batch transmission by broadcast from a control device managed by the event organizer to each smartphone of a user in each seat of the event venue. However, the event production system of this embodiment is not limited to this broadcast, and control data may be individually transmitted to each smartphone. In addition, it is equipped with a repeater that wirelessly transmits the control signal from the control device to the smartphones of the users in each seat of the event venue, and through this repeater, the smartphone control signal is sent to each smartphone of the user in each seat of the event venue. It may be configured to transmit. In this case, each smartphone, control device, and repeater can exchange data using a predetermined communication standard.

When the repeater is set, the production system of the present embodiment can be implemented even when the radio wave condition in the event venue is bad or when communicating with a large number of smartphones in a wide event venue.
Further, the event production system of the embodiment may use, for example, power-saving Bluetooth LE (Bluetooth is a registered trademark) to communicate from the control device to the smartphones of each seat at the event venue. In this case, a plurality of beacons will be installed as repeaters.

FIG. 6 is an explanatory diagram showing an event production system and an production method of another embodiment.
In the event production system and production method of the embodiment shown in FIG. 6, the control device 1 managed by the event organizer is the same as the event production system and production method shown in FIG. 1, and the smartphone production control data (each) for producing the event. For each seat, the light emission state of the smartphone screen, for example, the vibration state is controlled as needed, such as color, light emission time, cycle, brightness, etc.) and the seat position data of the event venue where each smartphone 2 ... exists. It is configured to read the associated control data from the storage unit, generate smartphone control data, and transmit it as smartphone control data to each smartphone 2 ... Of the user in each seat of the event venue.
Further, each smartphone 2 ... Is the same as the event production system and production method shown in FIG. 1, and the production application is stored to store the seat position data in which the user is seated and individually according to the smartphone control data for each seat. It is made controllable.

The difference is that the smartphone 2 ... And the penlight 17 ... possessed by the user are wirelessly connected using, for example, a power-saving Bluetooth LE (Bluetooth is a registered trademark), and the penlight 17 ... -Is controlled to the same state as the production control of the smartphone that is the wireless connection source. That is, the penlight 17 ... Includes a communication unit, a storage unit, a control unit, and a light emitting unit (seat position data storage, and seat position data in the seat position data and control data), similarly to the smartphone. It does not have control functions such as matching with), events such as the light emission state (color, light emission time, cycle, brightness, etc.) of the smartphone screen owned by the user in chronological order according to the progress of the music, if necessary Correspondingly, each penlight 17 ... Is controlled in the same state as the vibration state.

Further, as another embodiment, the smartphone 2 does not activate the effect function such as the light emitting state of the screen as described above, or does not store the effect function in the storage unit, and the smartphone effect control data is transmitted from the control device 1. And the control data associated with the seat position data of the event venue where each smartphone 2 ... Exists, and the seat position data of the received data and the seat position data stored in the storage unit of the smartphone are stored. When the seat position data matches as a result of reading and collating, it is determined that the effect control data for producing the event has been received, and this effect control data is used, for example, the power-saving Bluetooth LE (Bluetooth is a registered trademark). May be used to transmit to the wirelessly connected penlights 17 ... To control the effect of only the penlights 17 ....
This embodiment is an example in which a smartphone can be used as a repeater between a control device and a penlight possessed by a user at each seat position without using the smartphone as a production tool.

The control device may not only instruct the smartphone to control the color and lighting according to the music, but may also control, for example, to display the display of the large screen installed at the venue on the screen of the smartphone. Further, the announcement information before the music starts, the CM or the like may be displayed between the music, or the lyrics may be displayed according to the music.
As for the control of the smartphone, the smartphone may be set to be able to switch between a usage mode instead of a penlight and a mode in which the contents of the screen are displayed on the screen of the smartphone. It is also possible to transmit various guidance and advertisement data from the control device to all smartphones and display them on the screen of each smartphone before the start of the event or during the rest time of the event. In addition to the above, information related to the production of an event or the like may be linked with a service such as displaying on the screen of a smartphone.
The present invention is not limited to the above-described embodiment, and can be appropriately modified within the scope of claims and the entire specification, and within the scope not contrary to the gist or idea of the invention read from the drawings.

1 Control device 2 Smartphone 3 Storage unit 4 Timer 5 Operation input unit 6 Communication unit 7 Control unit 8 Display unit 9 Communication unit 10 Storage unit 11 Display unit 12 Light unit 13 Operation input unit 14 Vibration generation unit 15 Camera unit 16 Control unit 17 Penlight

Claims (9)

An event production system that uses a control device managed by the organizer that generates control data and sends it to a smartphone, and a smartphone that is controlled by the control data transmitted from the control device.
The control device is a storage unit in which the seat position data of the event venue and the effect control data for controlling the display of the screen of the smartphone for each seat position of the event venue are linked and stored in chronological order for each seat position of the event venue. ;
At the time of holding the event, the smartphone control data in which the seat position data and the effect control data are linked is read out from the storage unit, and the smartphone control data for controlling the smartphone in which the seat position data and the effect control data are linked is used. With the control unit to generate;
With the communication unit that transmits the generated smartphone control data;
Have,
The smartphone has a storage unit in which a production application is stored and stores seat position data in which the user is seated;
The seat position data in the smartphone control data received from the control device is collated with the seat position data stored in the storage unit of the smartphone, and if it is determined that they match, the effect control data in the smartphone control data is performed. With a control unit that performs display control processing on the screen of the smartphone in accordance with
An event production system characterized by having. The event production system according to claim 1, wherein when the production application is activated or when smartphone control data is received from the control device, the smartphone is forcibly set to a manner mode for notifying by vibration. The event production system according to claim 1 or 2, wherein the camera function of the smartphone is forcibly stopped and controlled when the production application is started or when smartphone control data is received from the control device. An event production control device that generates control data and sends it to a smartphone to control the smartphone.
A storage unit that stores the seat position data of the event venue and the production control data that controls the display of the smartphone screen for each seat position of the event venue in chronological order of the event progress time;
At the time of holding the event, the smartphone control data in which the seat position data and the effect control data are linked is read out from the storage unit, and the smartphone control data for controlling the smartphone in which the seat position data and the effect control data are linked is used. With the control unit to generate;
With the communication unit that transmits the generated smartphone control data;
An event production control device characterized by being equipped with. In the storage unit of the control device managed by the organizer, the seat position data of the event venue and the production control data that controls the display of the smartphone screen for each seat position of the event venue in chronological order of the event progress time are linked. When the event is held, the control unit reads out the smartphone control data in which the seat position data and the effect control data are linked from the storage unit, and the seat position data and the effect control data are associated with each other. Generate smartphone control data that controls the smartphone and send it from the communication unit.
The seat position data in which the user is seated is stored in the storage unit of the user's smartphone in which the effect application is stored, and the control unit of the smartphone stores the seat position data in the smartphone control data received from the control device and the storage unit of the smartphone. An event production method characterized in that collation processing with the stored seat position data is performed, and if it is determined that they match, display control processing of the screen of the smartphone is performed according to the production control data in the smartphone control data. With the step of storing the acquired seat position data in the storage unit;
The seat position in the smartphone control data linked with the seat position data of the event venue and the effect control data that controls the screen of the smartphone for each seat position of the event venue in chronological order of the event progress time received from the control device. A step of collating the data with the seat position data stored in the storage unit and determining that the smartphone control data for producing an event has been received when both seat position data match;
With the step of directing and controlling the smartphone according to the effect control content received from the control device;
An event production program characterized by having a smartphone computer execute. The event production program according to claim 6, further comprising a step of displaying a reminder for acquisition of seat position data of the event venue on the screen of a smartphone. The event production program according to claim 7, further comprising a step of analyzing a smartphone effect control content received from the control device. A step to determine whether or not an event end instruction has been received from the control device;
When it is determined that the event end instruction has been received, the step of deleting the seat position data stored in the storage unit;
The event production program according to claim 8, wherein the event production program is characterized by having.

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