KR100488469B1 - System and Method for controling the lighting and sound and computer readable media which storing program for its method - Google Patents

Abstract

The present invention can minimize the time it takes to program the ceremonial lighting and sound control information, and also increase the efficiency of the work, and furthermore, the ceremonial ceremony that can produce a new stage atmosphere by editing the previously made ceremonial lighting control information A lighting control system, a method of controlling a lighting and a recording medium having stored thereon a program for realizing the method, the lighting lighting and sound control apparatus for controlling a lighting device and an acoustic device in accordance with the proceeding or management information. A touch screen module for displaying a manipulation screen for inputting a manipulation signal of the user, and a guide screen for selecting ceremony progress or management information by a user's touch, and displaying a guide screen corresponding to the ceremony progress or management information selected on the guide screen; And a channel selection signal from the operation unit and the touch screen module. A host computer that receives a channel variable value, a luminaire selection signal, and a production scene number into a selected channel to generate and store a plurality of production scene data in a memory; and receives and outputs lighting scene information and the production scene information from the host computer. And a manual control module for outputting a control signal for controlling the mechanisms, and an interface module for interfacing the host computer with the manual control module.

Description

Ceremonial lighting and sound control apparatus and a ceremonial lighting and sound control method performed in the ceremonial lighting and sound control apparatus, and a recording medium storing a program for realizing the method readable media which storing program for its method}

The present invention relates to a ceremonial lighting and sound control system.

Recently, the ceremonial hall is equipped with the production equipments to produce a unique direction at every order of the ceremony in order to provide a fantastic and beautiful ceremony. The production equipment used in the wedding hall includes lighting equipment, dry ice generators, soap generators, wedding cars, and sound equipment including microphones, amplifiers and speakers. The plurality of production equipment is controlled through a dedicated control console device for the wedding ceremony chairman can change the lighting, generate dry ice, generate soap bubbles or drive the wedding car according to the wedding ceremony using the dedicated control console device there was.

However, in general, the production equipment can be used as long as it is properly connected to the control console device for the ceremony, but the lighting fixtures need to be properly connected as well as to control the lighting according to the wedding procedure and the wedding environment.

However, in the related art, there was an inconvenience in that a lighting director needs a lot of time and work to control a lighting device through the ceremonial control console device to produce a desired stage atmosphere. The reason is that there are dozens of lighting fixtures used in one stage, because the lighting director has to enter the ritual lighting control information to control each lighting fixture.

In addition, conventionally, there was a disadvantage in that it is not possible to recycle, or edit, existing stage lighting control information, which is made previously, to create a new stage parting machine.

The present invention is to solve the above problems, can minimize the time it takes to program the lighting and sound control information for the ceremonial lighting and sound control device and the lighting for the ceremonial and the efficiency of the work and It is an object of the present invention to provide a recording medium in which a sound control method and a program for realizing the method are stored.

Furthermore, the present invention provides a lighting and sound control device for the ceremony and a lighting and sound control method for the ceremony and a program for realizing the above method by reusing, editing, and producing new stage atmosphere information. Its purpose is to provide a stored recording medium.

In the ceremonial lighting and sound control apparatus according to an aspect of the present invention for achieving the above object in the ceremonial lighting and sound control apparatus for controlling the lighting fixture and the sound device according to the proceeding or management information,

An operation unit for inputting a user's operation signal;

A touch screen module for displaying a guide screen for selecting a wedding progress or management information by a user's touch and displaying a guide screen corresponding to the wedding progress or management information selected on the guide screen;

Generates and stores a plurality of lighting scene data in a memory by receiving a channel selection signal and a channel variable value according to a user manipulation input, and receives a plurality of production scenes by receiving one of the lighting scene data selected from a lighting fixture selection signal and the lighting scene data. A host computer generating data and storing the data in a memory;

A manual control module for receiving illumination scene information and direction scene information from the host computer and outputting the scene information to a luminaire;

An interface module for interfacing the host computer with a manual control module;

Characterized in that it comprises a.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings so that those skilled in the art can easily understand and reproduce the present invention.

1 is a schematic block diagram of a ceremonial lighting and sound control system according to the present invention.

As shown in FIG. 1, the ceremonial lighting and sound control system includes a remote controller 1, a host computer 10, a touch screen module 20, an operation unit 30, an interface module 40, and a manual control module 50. And a lighting device 60, a sound device 70, a dry ice generator, a soap bubble generator, other special directing equipment 80 including a wedding car, and an electric signboard 90 displaying ceremonial progress information.

The remote controller 1 is for entering the wireless control command to the ceremonial lighting and sound control apparatus while the ceremonial operator or the administrator (hereinafter referred to as the "user") moves freely regardless of the place. In the present invention, the remote controller 1 can be manufactured in a small size including a key button unit, a control unit, a wireless signal transmission unit, and an antenna so that only a predetermined ceremony progress command signal is output each time the user presses the key button. It is possible to produce a large-scale further comprising a liquid crystal display to output a wedding progress command signal selected by the user among the wedding progress information displayed on the liquid crystal display.

The host computer 10 is for controlling the lighting device 60 and the sound device 70 according to a user's operation input. The user makes the lighting control information and the sound control information through the host computer 10 and stores the memory. It is possible to save to and reproduce and edit later. In addition, in the present invention, the host computer 10 may control a special rendering device 80 such as a dry ice generator, a soap bubble generator, and a wedding car.

The touch screen module 20 is to input the pressure or the strength of the sensor when the user touches a part of the body or the pen on the screen to obtain the desired information. In general, the touch screen module 20 includes a controller for converting a touch on the screen into coordinates and an RS-232C driver for communicating with the controller and the host computer 10. In the present invention, since the hardware configuring the touch screen module 20 can be easily implemented by those skilled in the art, a detailed description thereof will be omitted.

The manipulation unit 30 is a device for inputting a user manipulation signal. In the present invention, a keypad and a pointing device such as a mouse are used, but the present invention is not limited thereto. In the present invention, the operation unit 30 is mainly used for inputting password and text information when programming lighting and sound for the ceremonial atmosphere.

The interface module 40 is for interfacing data communication between the host computer and the manual control module 50. In addition, in the present invention, the interface module 40 receives a radio command signal from the remote controller 1 and transmits the received radio command signal to the host computer 10.

The manual control module 50 receives the output data from the interface module 40 to control the lighting device 60, the sound device 70 and other special production equipment (80). In addition, the manual control module 50 is for the user to directly control the lighting fixtures, sound devices and other special production equipment 80 when the remote controller 1 is lost / failed, a failure or malfunction of the host computer 10 occurs. It is used as a reserve. Since the manual control module 50 is implemented in the conventional control console device for the ceremony, the hardware constituting the manual control module 50 can be easily implemented by those skilled in the art, and thus detailed description thereof will be omitted.

The lighting device 60 includes a lighting component such as a mirror, a shutter, a prism, a color plate, a gobo plate, and a light source. The lighting device 60 is already known and a detailed description thereof will be omitted. The ceremonial lighting and sound apparatus according to the present invention recognizes the lighting parts as a single channel to generate and store the scene scene data according to the channel variable value input to the channel, and then the luminaire 60 by a user manipulation input. )

The sound device 70 is a device for outputting sound according to the sound output signal output from the controller 14, and includes an amplifier, a microphone, a speaker, and the like.

2 is a block diagram of a host computer in which a ceremonial lighting and sound control program is stored according to a preferred embodiment of the present invention.

The host computer 10 includes a memory 11 and a control unit 12. The memory 11 is a relatively large memory such as a hard disk, a flash memory, and the control unit 12 includes a ROM, a RAM, and an input / output device. It is desirable that the up / down counter and other peripherals be implemented with an integrated microprocessor.

The memory 11 includes a ritual proceeding and management program 11a, a directing scene program 11b for controlling a luminaire, a directing scene execution program 11c, a directing scene information 11d and a directing scene execution information 11e. And a sound program 11f for controlling the sound device, sound information 11g, and channel information 11h of the lighting device.

The control unit 12 includes a ceremony progress and management processor 12a, a director scene data processor 12b, a director scene execution data processor 12c, a director scene data output unit 12d, an acoustic data processor 12e, and a sound output. 14f is included.

The ceremonial progress and management processor 12a receives an operation input from the touch screen module 20 and outputs a guide screen for selecting the ceremonial progress or management information of the user to the touch screen module 20, and the touch screen module ( Receiving the ceremonial progress and management information selection signal from 20) and outputs the ceremonial progress or management information corresponding to the selection signal to the touch screen module (20).

The directing scene data processing unit 12b receives the directing scene control signal from the ceremony proceeding and management processing unit, outputs a guide screen related to the directing scene program to the touch screen module 20, and outputs from the touch screen module 20. According to the manipulation input, the scene scene data is generated and stored in the scene scene information.

The directing scene execution data processing unit 12c receives the directing scene control signal from the ceremony proceeding and management processing unit 12a and outputs a guide screen about the directing scene program to the touch screen module 20, and the touch screen module 20. The scene scene data is generated according to the manipulation input from the) and stored in the scene scene information.

The directed scene data output unit 12d outputs the directed scene data corresponding to the wedding progress button from the directed scene execution information to the lighting device 60 when the wedding progress button signal is input.

The sound data processing unit 12e receives a sound control signal from the wedding proceeding and management processing unit 12a, outputs a guide screen about the sound program to the touch screen module 20, and operates from the touch screen module 20. Sound data is generated according to an input and stored in the sound information.

The sound output unit 14f reads out sound information corresponding to the ceremony progress information received from the ceremony progress and management processor 12a from the memory and outputs the sound information to the sound apparatus 70.

3 is a block diagram illustrating a configuration of an interface module according to a preferred embodiment of the present invention.

As shown in the drawing, the interface module 40 includes an RS-232C driver 41, a CPU 42, a memory 43, a DMX-512 driver 44, and a wireless signal receiver 45.

The RS-232C driver 41 transmits the output data of the RS-232C interface format from the host computer 10 to the CPU 42.

The CPU 42 converts data in the RS-232C interface format into data in the DMX-512 serial interface format.

The memory 43 includes a ROM and a RAM and stores a format conversion program and data.

The DMX-512 driver 44 transmits the data output from the CPU 42 to the manual control module 50.

The radio signal receiver 45 receives a radio command signal from the remote controller 1, converts the radio command signal into an electric signal, and transmits the signal to the CPU 42. At this time, the CPU 42 outputs data to the host computer 10 through the RS-232C driver 41.

4 is an exemplary view showing a guide screen on the ceremony progress or management information according to the present invention.

As shown, the guide screen for selecting the wedding proceeding or management information includes 24 wedding progress buttons (waiting ceremony, 10 minutes, opening guide, ...) and a plurality of function buttons and display unit. The function button includes a dry ice and soap bubble, a hall, a photo program, a program (PROG) button connected to a new scene, a play scene, a play (PLAY) button connected to a show scene, and a music (MUSIC) button connected to a sound program, and each ceremony. It includes a display unit for displaying the message according to the progress.

According to the present invention, when a user presses a desired wedding progress button, for example, a wedding wait on a guide screen for selecting a wedding progress or management information, it is possible to output a corresponding lighting and sound from a lighting device and a sound device.

5A is a diagram illustrating an example of a guide screen related to a scene for directing scene program according to the present invention, and FIG. 5B is a screen diagram for screening scene information generated according to the present invention and stored in a memory.

As shown, the scene creation program 200 according to the present invention is to select the ritual lighting and special lighting selection unit 211 and a plurality of menu bars (1 to 24) and lighting equipment corresponding to the channel of each lighting equipment A plurality of number buttons 212 and the X-axis position value and Y-axis position value input window 213 of the luminaire and a Program Load button for editing the programmed direction scene and a program for storing the programmed direction scene It includes a Program Save button, a System Setup button, and a Program Quit button to end a new program and return to the Ritual or Management Information screen.

Hereinafter, the production scene program as described above will be described from the user's point of view.

The user first selects the program to be programmed by the ritual lighting and the special lighting selection unit 211. In other words, if you want to program the scene for ceremonial lighting, select SCAN. If you want to program the scene for special lighting, select DIMMER. In the present embodiment, the scene scene for the ceremonial lighting will be described.

When the user adjusts the up / down button 214 of the menu bar screen corresponding to an arbitrary channel among the plurality of menu bars 1 to 24 up and down, the user indicates a corresponding value and a channel variable value is input. In this way, a channel variable value corresponding to another arbitrary channel can be input. In addition, the user may input the X-axis and Y-axis position values in the X-axis position value and the Y-axis position value input window 213 of the luminaire to adjust the lighting position of the luminaire. After completing the production scene through the above process, if you click the Program Save button, a screen window for storing the production scene as shown in Figure 5b is displayed. In this case, when the user inputs the scene scene number in the file name field and clicks save, the scene scene data together with one scene scene is stored in the scene scene information in the memory. In the same manner as described above, it is possible to generate and store the directed scene data along with other directed scene numbers.

On the other hand, when the user wants to edit the generated scene scene data, when the program load button is pressed, the stored scene scene information screen window is displayed as shown in FIG. 5B. At this time, if you click the directed scene number to be edited and press Open, the guide screen as shown in Figure 5 is displayed can edit the scene scene. Since the method of editing the scene is identical to the method of creating the scene, the description of the process of editing the scene is omitted.

In the same way as above, it is also possible to program scene scene data for special lighting. Description thereof will be omitted.

6 is an exemplary view of a screen related to the production scene execution program according to the present invention.

The guide screen for the production scene execution program according to the present invention appears when the user presses the PLAY button on the guide screen for the ceremony progress or management information selection shown in FIG.

As shown in FIG. 6, the production scene execution program 300 according to the present invention includes a button name input window 310, a music selection button unit 320, a production scene execution information generation unit 330, and a production scene execution information. And a sound information input window 340 and a plurality of function buttons for inputting sound information output together with the sound information input window 340.

The button name input window 310 receives a name of a button that commands to output the scene scene execution information stored in the memory to the luminaire. That is, the user inputs one button name among 24 wedding progress buttons (wedding waiting, ceremony 10 minutes, opening guide, ...) in the guide screen for selecting the wedding progress or management information shown in FIG.

The music selection button unit 320 includes a guide music button and a button music button. Here, the button music means music output in correspondence with the proceeding button.

The directing scene execution information generation unit 330 includes a directing scene number input window 331, a slope (SLP) menu bar, a speed (SPD) menu bar, a special lighting scene number input window 332, and a special lighting running time input window 333. And the LOOP OFF check box.

Many of the function buttons include RUN, STOP, EDIT, SAVE & QUIT and QUIT.

Hereinafter, the production scene execution program as described above will be described from the user's point of view.

The user inputs a button name in the button name input window 310 and selects button music, and then inputs music information in the sound information input window 340. Thereafter, a desired scene scene execution program may be generated by inputting a desired scene scene number in the production scene number input window 331 of the production scene information generation unit 330. The user must enter the scene number and operate the SLP menu bar and the SPD menu bar. The slope (SLP) value is a value representing the degree of smooth movement of the luminaire when it moves left and right and up and down. If the slope (SLP) value is not given, the luminaire becomes very difficult to rotate left and right. If the user does not select the LOOP OFF, the scene signal is repeatedly output. That is, in Fig. 6, 1 → 2 → 3 → 4 → 1 → 2 →. As shown in the drawing, the scene data is repeatedly output.

When the user inputs the special lighting scene number and the running time into the special lighting scene number input window 332 and the special lighting running time input window 333, the special lighting also operates with the ritual lighting.

 After that, the user can confirm that the lighting device and the sound device operate according to the currently programmed direction scene information by pressing the RUN button. After confirming that the created scene execution data was created correctly, press the STOP button if you do not like it, press the EDIT button, and then select the scene number or slope (SLP) value and speed (SPD). You can adjust the value.

After the user presses the (QUIT) button to return to the wedding progress or management information guide screen.

7 is an exemplary view of a screen related to a sound program according to the present invention.

The guide screen for the sound program according to the present invention appears when the user presses the MUSIC button on the guide screen for the ceremony progress or management information selection shown in FIG.

As shown in FIG. 7, the sound program 400 according to the present invention includes a music name input window 410, a music progress count input unit 420, a button number input unit 430, a count display unit 440, and a plurality of functions. It includes a button.

The music name input window 410 receives a name of music to be used for the ceremony. The music is stored in a music file or an audio CD, and when a corresponding button command signal is input from the ritual progress buttons, the music is output through the sound device together with illumination.

The music progress count input unit 420 receives a count indicating the portion for directing the lighting fixture of the music. For example, when playing music called Beethoven Sonata No. 5, the count is displayed on the count display unit 440, and the music proceeds. In this case, the user inputs a count of a part of the music corresponding to the lighting for the ceremony.

The button number input unit 430 receives the number of the proceeding ceremony button to use the music input to the music progress count input unit 420. For example, when the button number 1 is called ritual waiting, when the user presses ritual waiting on the ritual progress program screen, the music is produced through each device with the corresponding lighting.

Hereinafter, the control flow performed in the ceremonial lighting and sound control apparatus according to the present invention.

8 is a flowchart illustrating a processing procedure for inputting scene signal data in the ceremonial lighting and sound control apparatus according to the present invention.

First, when receiving the program driving signal of the user, the controller 14 drives the ceremony progress and management program and outputs a guide screen for selecting the ceremony progress or management information according to the program driving to the display unit (S81, S82). Thereafter, the controller 14 checks whether a selection signal is input (S83).

As a result of the check, the control unit 14 outputs a guide screen about the directed scene program as shown in FIG. 5 to the display unit when receiving the directed scene program signal on the guide screen, for example, a PROG button signal (S84, S85). ). Thereafter, the controller 14 receives a channel selection signal and a channel variable value input to the selected channel from the operation unit, generates lighting control data, selects a lighting device to input the lighting control data, and receives a production scene number. Generate / store one piece of scene data (S86).

According to the present invention, a plurality of scene scene data can be generated and stored and used in the above-described manner to more easily control the lighting.

On the other hand, when the check result control unit 14 receives a PRAY button signal on the guide screen for the ceremony progress or management information selection (S87) from the operation unit (S87) guide screen for the directed scene execution program as shown in FIG. Output to the display unit (S88). Thereafter, the control unit 14 receives a button name for a wedding ceremony such as a bride's entrance or a wedding car from the operation unit, receives a scene number and sound information, and processes the same to generate / save one direction scene execution data ( S89).

On the other hand, when the confirmation result control unit 14 receives a music (MUSIC) button on the guide screen for the ceremony progress or management information selection from the operation unit outputs a guide screen about the sound program to the display unit (S90, S91). Thereafter, the controller 14 receives a music file name, a button number, and music progress count information to generate / store sound data (S92).

On the other hand, when the confirmation result control unit 14 receives a button signal, such as, for example, the bride's entrance to the wedding proceeding button signal on the guide screen for selecting the wedding proceeding or management information, it reads the corresponding lighting and sound information from the memory And output to the lighting fixtures and sound devices (S93, S94).

As described above, according to the present invention, there is a useful effect of minimizing the time taken to program the ceremony lighting control information and increasing the efficiency of the work.

In addition, according to the present invention, there is a useful effect that can produce a new stage atmosphere by recycling, that is, edit the previously created lighting control program.

In addition, according to the present invention, the conventional ceremonial lighting and sound control device is a heavy and bulky hardware device that is difficult to manage and inconvenient to move, but the present invention can be carried out in a general computer system, which has the advantage of easy management and movement.

Although the present invention has been described with reference to the accompanying drawings, it will be apparent to those skilled in the art that many various obvious modifications are possible without departing from the scope of the invention from this description. Therefore, it should be interpreted by the claims described to include many such variations.

1 is a schematic block diagram of a ceremonial lighting and sound control system according to the present invention.

2 is a block diagram of a host computer in which a ceremonial lighting and sound control program is stored according to a preferred embodiment of the present invention.

3 is a block diagram illustrating a configuration of an interface module according to a preferred embodiment of the present invention.

4 is an exemplary view showing a guide screen on the ceremony progress or management information according to the present invention.

Figure 5a is an exemplary view of the guide screen for the production scene program according to the present invention.

5B is an exemplary view of a screen for directing scene information produced according to the present invention and stored in a memory.

6 is an exemplary view of a screen related to the production scene execution program according to the present invention.

7 is an exemplary view of a screen related to a sound program according to the present invention.

8 is a flowchart illustrating a processing procedure for inputting scene signal data in the ceremonial lighting and sound control apparatus according to the present invention.

Claims (15)

delete delete delete delete delete In the ceremonial lighting and sound control device for controlling the lighting fixtures and sound equipment in accordance with the proceedings or management information, An operation unit which receives a user's operation signal; A touch screen module for displaying a guide screen for selecting a wedding progress or management information by a user's touch and displaying a guide screen corresponding to the wedding progress or management information selected on the guide screen; Ceremony progress and management program, directed scene program and directed scene execution program for controlling the lighting fixture, channel information of the fixture and directed scene information and directed scene execution information, including sound program and sound information for controlling the sound device Memory; Receiving a user operation input from the operation unit, and outputs a guide screen about the ceremony progress and management information to the touch screen module, and receives the ceremony progress or management information selection signal of the user and the ceremony progress or management information corresponding to the selection signal Ceremony and management processing unit for outputting the touch screen module; Receiving a directing scene control signal from the ceremony proceeding and management processing unit and outputs the guidance screen for the directed scene program on the touch screen, the channel selection signal from the operation unit and the touch screen module and the channel variable value and illumination on the selected channel Generates a plurality of scene scene data in the memory by receiving the instrument selection signal and the scene scene number, and retrieves, edits and stores the scene scene data stored in the memory by a user's operation input from the operation unit and the touch screen module. Directing scene data processing unit; Receiving the direction of the scene execution control signal from the ceremony proceeding and management processing unit outputs the guidance screen for the direction of the execution scene execution program on the touch screen, and generates the direction scene execution data according to the user operation input from the operation unit A production scene execution data processing unit for storing information; A sound data processor which receives a sound control signal from the wedding ceremony and management processor, outputs a guide screen about a sound program on a touch screen, generates sound data according to a user manipulation input from the manipulation unit, and stores the sound data in the sound information; ; A host computer including a control unit including a sound data output unit configured to read sound information corresponding to the ceremony progress information received from the ceremony progress and management processing unit from the memory and output the sound information to the sound apparatus; A manual control module for receiving illumination scene information and direction scene information from the host computer and outputting a control signal for controlling luminaires; A first interface unit for receiving parallel data output from the host computer; A control unit for converting the data format of the host computer received from the first interface unit into a serial data format and outputting the serial data format; An interface module including a second interface unit configured to output output data from the controller to the outside; Wedding lighting and sound control device comprising a. The method according to claim 6, wherein the rendering scene execution data processing unit: A ceremony lighting and sound control device, characterized in that for receiving the execution progress button information and the production scene number and sound information according to the user operation input to generate the production scene execution data and store in the memory. The method according to claim 7, wherein the rendering scene execution data processing unit: Ceremonial lighting and sound control device, characterized in that for retrieving, editing and storing the production scene execution data stored in the memory by the user's operation input. The method of claim 7, wherein the sound data processing unit: A lighting and sound control apparatus for a ceremony, characterized in that for receiving the music count information and the proceeding button information according to the user operation input to generate sound information and to store in the memory. delete In the ceremonial lighting and sound control method for controlling the lighting fixtures and sound devices in accordance with the proceedings or management information, Driving a ceremony progress and management program according to a user's operation input; Outputting a guide screen for performing a ceremony or selecting management information according to the program driving to a display unit; Receiving a directing scene control signal on the guide screen and outputting a guide screen related to the directing scene program to a display unit; Generating a plurality of production scene data by receiving a channel selection signal, a channel variable value, a luminaire selection signal, and a production scene number according to a user's manipulation input, and storing the production scene data in a memory; Receiving a directing scene execution control signal on the guide screen and outputting a guide screen related to the directing scene program to a display unit; Generating / storing scene scene execution data according to a user's operation input; Receiving a sound control signal on the guide screen and outputting a guide screen relating to a sound program to a display unit; Generating / storing sound data according to a user's operation input; Receiving a wedding progress button signal from the operation unit and reading out lighting and sound information corresponding to the wedding progress button signal from the memory and outputting the lighting and sound information to the luminaire and the sound apparatus; Ceremonial lighting and sound control method comprising a. The method of claim 11, wherein generating / saving the rendering scene data comprises: And editing and storing the production scene data stored in the memory by an operation input from an operation unit. The method of claim 10, wherein generating / saving the rendering scene execution data comprises: Receiving wedding progress button information; Receiving a directing scene number; Receiving sound information; Generating the production scene execution data by processing the ceremony progress button information, the production scene number, and the sound information; Ceremonial lighting and sound control method comprising a. The method of claim 13, wherein generating / saving the rendering scene execution data comprises: And editing and storing the production scene data stored in the memory by an operation input from an operation unit. A computer-readable recording medium storing program data for realizing a lighting control method according to any one of claims 9, 10, 11, and 12.