JP2019115408A - Hall display system and event execution method using the same - Google Patents

Abstract

To provide a hall display system capable of further enhancing presence feeling and an event execution method using the same.SOLUTION: The invention comprises an actual luminaire 4 for illuminating inside of a hall by actual illuminance light and a virtual luminaire for generating virtual illuminance light in a computer and displaying the same on a screen. A shadow is associated with a character and illuminance light radiated to the character by both luminaires by the computer and generated. A computer combines a video of an audience AU imaged by a camera 11 and a sub character video MSI generated as a video of a camera in directional vision, and displays the same on a sub screen 3. As the video of the audience displayed on the sub screen, a video of a past time (T0-Δt) obtained by delaying by a slight time Δt from an actual time T0 which is a reference of displaying a main character video on a main screen 2, is used, and as the sub character video, the video at the past time (T0-Δt) obtained by delaying by a slight time Δt from an actual time T0, is used.SELECTED DRAWING: Figure 1

Description

  The present invention relates to a display system for holes and an implementation method of an event performed using the same. More specifically, the main screen for displaying the animation character operating in the hall as a shaded image in basic direction (hereinafter referred to as "main character picture") and the main screen separately from the main screen are disposed in the hall and the It has a sub-screen capable of displaying a character with a shadow and displaying as a direction-viewing video (hereinafter referred to as "sub-character video") different from the basic direction view, and a computer generating the character and a shadow video of the character. The present invention relates to a display system for holes and an implementation method of an event performed using the same.

  As a hall | hole display system which displays a 3D image, and the implementation method of the event performed using this, a thing like following patent document 1 exists. In this theater system, the main screen aims to provide a sense of reality by combining the front screen and the rear screen of the hologram. On the other hand, in recent years, an attempt has been made to improve the sense of reality by seeking a further sense of presence, providing a sub screen next to the main screen, and displaying characters at different angles, for example.

JP-A-2017-509027

  In view of such conventional circumstances, it is an object of the present invention to provide a display system for holes which further increases the sense of reality and an implementation method of an event performed using the same.

  In order to achieve the above object, the hall display system according to the present invention is characterized by the main screen displaying the animation character operating in the hall as a video with a basic direction view (hereinafter referred to as "main character video") with shading. A sub-screen disposed in the hole separately from the main screen and capable of displaying the video as a video with a different direction of vision (hereinafter referred to as "sub-character video") with shading and with a different character than the basic direction of vision; And a computer for generating an image of the shadow of the character, wherein a real lighting fixture illuminates the inside of the hall with real lighting light, and a virtual lighting fixture generating virtual lighting within the computer and displaying the virtual lighting on the screen And the shadow is the character and It is generated by being associated with the illumination light irradiated to the character by both lighting fixtures and the computer, and provided with a camera capable of photographing an audience seat, and the computer is an image of the photographed audience seat and the camera The above-mentioned spectator seat displayed on the sub-screen is displayed on the sub-screen by combining the sub-character image (hereinafter referred to as "spectator seat direction-view sub-character image") generated as a direction-view image. Image of the past time (T0-Δt) delayed by a minute time Δt from the actual time T0, which is the reference for displaying the main character image, as the image of the main character image. The image of the past time (T0−Δt) delayed by the time Δt is used.

  According to the feature, since the main character image and the sub character image are displayed with shading in addition to angles of different direction views, a sense of reality is given. Then, as shown in FIGS. 4 and 5, since the “spectator seat direction view sub character image” uses the image of the past time (T0−Δt) delayed by a minute time Δt from the actual time T0, the spectator is at the real time T0. The main character image and the audience seat direction view sub character image of the past time (T0−Δt) will be viewed simultaneously. By simultaneously seeing real time and past time and displaying a delayed image on the sub screen, people's attention shifts from the center to the sub, and the effect spreads the space and makes you feel more realistically become.

  On the other hand, since the image of the audience seat displayed on the sub screen also uses the image of the past time (T0-Δt) delayed by the minute time Δt, the spectator will confirm his past operation by the image, and this point However, it will spread more and feel more realistic.

  Moreover, since both the audience seat image and the audience seat direction view sub character image displayed on the sub screen use the one at the past time (T0−Δt), there is no contradiction in both the illumination and the shadow. Therefore, the audience accepts the sub-screen image with a very natural feeling, and does not disturb the sense of reality. Preferably, the minute time Δt is preferably 0.1 seconds to 0.5 seconds.

  In addition to the above-mentioned features, in the computer, the illumination light of either or both of the lighting fixtures is directly irradiated at least in the direction of the subscreen so that the subscreen and the main screen or parts other than these two screens. Alternatively, the image of the light reflected on the main screen and portions other than the two screens may be synchronized to the actual time T0. In the above feature, the spectator simultaneously sees the main character image at real time T0 and the audience seat direction view sub character image at past time (T0-Δt). According to the same feature, according to the same feature, as shown in FIG. The illumination at time T0 can, for example, span part of both screens or holes. Crossing with light of different time can add depth to the realism. In this case, the illumination light of both the lighting fixtures can include light which is not imaged or an image which is imaged.

  In each of the above features, the main screen is provided with a hologram reproduction screen which is disposed on the stage at a tilt and displays a hologram image, and a rear screen arranged on the back of the stage, and a composite image of these both screens is displayed to the spectator It is also good.

  In implementing the present system, the computer further comprises a space where the actor operates and a motion capture device that captures the operation of the actor in a place not seen from the customer seat, and the computer is a character interlocking with the captured actor's operation It may be equipped with a rendering function that generates an image in real time.

  On the other hand, the images of the main screen and the sub screen may display the images displayed on the screens in synchronization with the actual illumination light.

  The sub-screens can be made to have left-right spread by being disposed at least on the left and right of the main screen.

  A feature of the method of performing the event using the hall display system is that the main screen displays characters of animations operating in the hall as shaded images (hereinafter referred to as “main character images”) with shading, and the main screen. A sub-screen disposed in the hole separately from the screen and capable of displaying the video as a video with a different direction of sight (hereinafter referred to as a "sub-character video") with shading and with a different direction from the basic direction; A real lighting device for illuminating the inside of the hall with real lighting light, and a virtual lighting device for generating virtual lighting light in the computer and displaying the virtual lighting light on the screen; The shadow is generated by the computer by the computer. The camera is generated by being associated with illumination light irradiated to the character by the rector and the lighting devices, and the camera includes a camera capable of photographing an audience seat, and the computer is an image of the photographed audience seat and the camera The above-mentioned spectator seat displayed on the sub-screen is displayed on the sub-screen by combining the sub-character image (hereinafter referred to as "spectator seat direction-view sub-character image") generated as a direction-view image. The image of the past time T0-.DELTA.t delayed by the minute time .DELTA.t from the actual time T0, which is the reference for displaying the main character picture, is used as the picture of the main character picture. Using the image of the past time T0-.DELTA.t delayed by only.

  According to the hall display system according to the present invention and the implementation method of the event performed using the same, it is possible to provide a hall display system for enhancing the sense of reality and an implementation method of the event performed using the hall display system. The

  Other objects, configurations, and effects of the present invention will be apparent from the following section of the embodiments of the present invention.

It is a perspective view which shows the structure in the hole of this invention. It is a side view showing a schematic structure around a stage. It is a figure showing the system configuration of the present invention. It is a figure which shows the image of a main screen and a sub screen. It is a figure which shows the relationship of the attitude | position and time of character A, B in each of a main and a subscreen. It is a figure which shows the relationship between illumination, a main, and a subscreen, Comprising: It is a case of FIG. It is a figure which shows the relationship between illumination, a main, and a subscreen, Comprising: It is a case where a sub background image continues with a main background image by the same direction as a main screen. It is a schematic front view of a pachinko machine in another embodiment of the present invention.

  Next, the present invention will be described in more detail, referring to the attached drawings as appropriate. As shown in FIGS. 1 to 3, the hall display system 1 according to the present invention includes a main screen 2, a pair of left and right sub screens 3, a real lighting fixture 4, a virtual lighting fixture 5 (virtual lighting fixture light source 5 a), and a speaker 6. , The first camera 11 for capturing an image of the audience seat AU, and the computer 50 are provided at or near the hall H.

  The hall display system 1 further includes a second camera 12 and a microphone 13 in a separate room from the hall H. The second camera 12 is installed in the isolated space S, captures the action of the actor AC, and sends it to the motion capture module MC51. The microphone 13 records voice of voice actor or vocalist and sends it to the lip sync module LS54.

  The main screen 2 installed in the hole H includes a hologram reproducing screen 2a installed obliquely on the stage ST, a rear screen 2b installed on the back of the stage ST, a hologram projector 2c projecting an image on the hologram reproducing screen 2a, and a rear screen It has a rear projector 2d that transfers the image to 2b. The image of the rear screen 2b passes through the hologram reproducing screen 2a, is combined with the image of the hologram reproducing screen 2a, and can be seen from the audience seat AU.

  On the other hand, each sub-screen 3 is a first sub-screen projector 3b1 and a second sub-screen projector that project an image on the left and right first horizontal screen 3a1 and the second horizontal screen 3a2 (horizontal screen 3a) and these both horizontal screens 3a. (The latter is not shown; both are combined with a sub screen projector 3b).

  The computer 50 includes a motion capture module MC51, a real time rendering module RR52, a video synthesis module IM53, a lip sync module LS54, a back stage image generation module BI55, a virtual light image generation module VL56, a real light controller RC58, a music generation module SG59, It has a time management controller TM60, which serves as a reference for time alignment.

  The motion capture module MC51 analyzes the motion of the actor AC captured by the second camera 12, and generates a 3D image of a character operating in the real time rendering module RR52. A plurality of second cameras 12 are provided to capture an actor AC from different angles and perform motion capture. Usually, the shooting direction of the front second camera 12 is the basic direction view D1 when generating the main character.

  The virtual light image generation module VL56 generates an image of the illumination in the virtual space, and sends information of light to the backstage image generation module BI55 and the real time rendering module RR52 together with the real light controller RC58, and generates a shadow consistent with the state of the illumination Generate a video with The actual illumination light control unit RL 61 is controlled by the real light controller RC 58 to operate the actual illumination fixture 4 to perform actual illumination in the hole H.

  The video of the spectator seat AU taken by the first camera 11 is combined with the previous video of the real time rendering module RR52 by the video combining module IM53 and projected on the horizontal screen 3a by the sub screen projector 3b. On the other hand, on the hologram reproducing screen 2a and the rear screen 2b, the image of the real-time rendering module RR 52 is projected as a main character image by the hologram projector 2c and the rear projector 2d, respectively.

  The lip sync module LS 54 delays the voice such as voice actor recorded by the microphone 13 in accordance with the main character image. Further, the music generation module SG 59 generates BGM and sound effects, and these BGM and the like are flowed to the hall H by the speaker 6 through the sound system 62 together with the sound of the microphone 13.

  As shown in FIGS. 1, 4 and 5, two characters, character A (CH-A) and character B (CH-B), are displayed on the main screen 2 as the character CH. On the other hand, only the character B (CH-B) is displayed on the pair of left and right sub-screens 3.

  The main character image MI (MIa, MIb) is composed of a main character main image MI1 (MI1a, MI1b) and a shadow MI2 (MI2a, MI2b) of the main character. Furthermore, the main background image BMI is added to this, and the main composite image MMI can be made.

  On the other hand, in the pair of left and right sub-screens 3, the sub character image SI (the audience seat direction viewing sub character image AI) is made up of the sub character main image SI1 and the shadow SI2 of the sub character. Then, by adding the sub background image (image of the audience seat) BSI, a sub composite image MSI can be generated.

  The main composite image MMI on the main screen 2 uses the character rendered in the basic direction view D1. This basic direction view D1 may or may not coincide with the direction view of the second camera 12. On the other hand, for the direction view D2 different from the basic direction view, for example, the direction view D3 of the audience seat camera of the first camera 11 can be used. Thus, the character B (CH-B) is backward facing on the main screen but forward on the sub screen.

  In FIG. 1, the real lighting fixture 4 is included in the field of view D3 of the camera for the audience seat of the first camera 11, and from this real lighting fixture 4, the real lighting light L1 is for the audience seating AU, stage ST and character A (CH-A) and character B (CH-B) are irradiated.

  In FIG. 4, the image 4 'of the light source of the actual lighting fixture 4 and the actual illumination light L1 emitted to the spectator seat are reflected together with the character B (CH-B). Since the actual illumination light L2 directed to the character B is not actually irradiated to the character, the position of the image 4 'of the light source is captured as the light source of the virtual illumination fixture 5 and is displayed as the virtual illumination light L2.

  As shown in FIGS. 1, 3 to 5, on the main screen 2, two persons, a character A (CH-A) at a real time T 0 and a character B (CH-B), are shown. On the other hand, on the subscreen, an image of the character B (CH-B) at a past time (T0-.DELTA.t) which is traced back by the minute time .DELTA.t is shown. A shadow and a background of the image of each screen are generated based on information of the actual illumination light L1 and the virtual illumination light L2 of the virtual illumination fixture 5 and the actual illumination fixture 4 adjusted to each time.

  Further, as the sub background image (image of the audience seat) BSI, the image of the past time (T0−Δt) which is traced back by the minute time Δt is used. Since the sub character image SI uses the one at the past time (T0−Δt), contradictions such as different illumination light colors do not occur, and the sense of reality is naturally recognized.

  By the way, the sub-background image (image of the audience seat) BSI may cause a delay of a minute time Δt in terms of hardware performance. In this case, the sub character image SI may also use a past image traced back by the minute time Δt in accordance with the hardware performance, and the minute time Δt is a software delay of the video synthesis module IM53 of the hardware delay and You may adjust by. The minute time Δt is preferably 0.1 seconds to 0.5 seconds. This is because if the time is 0.1 seconds or more, the difference in the image can be recognized, and if it exceeds 0.5 seconds, it is unnatural.

  On the main screen 2, the main character body image MI1 (MI1a, MI1b), the main character shadow MI2 (MI2a, MI2b) and the main background image BMI are combined and displayed. These elements can be displayed on the hologram reproduction screen 2a and the rear screen 2b in the following combination.

  Case 1) Hologram reproduction screen 2a; main character body picture MI1 (MI1a, MI1b), back screen 2b; main character shadow MI2 (MI2a, MI2b) and main background picture BMI

  Case 2) Hologram reproduction screen 2a; main character body image MI1 (MI1a, MI1b) and shadow of main character MI2 (MI2a, MI2b), rear screen 2b; main background image BMI

  Case 3) Hologram reproduction screen 2a; main character body image MI1 (MI1a, MI1b), main character shadow MI2 (MI2a, MI2b) and a part of main background image BMI (BMI 1), back screen 2b; main background image BMI Remaining (BMI2)

  The screen assignment of these images is adopted as needed.

  In the above, a space for motion of an actor and a motion capture device are provided. However, as shown in FIG. 3, the event such as video, sound, lighting, etc. of the implementation of the above event may all be recorded in the recording module RS 57, and the event may be implemented by reproducing the same.

  Next, another embodiment of the present invention will be described. The same members as those in the first embodiment are given the same reference numerals. Moreover, what is paraphrasing of the member of the same meaning may be applied to all the said elements except mentioning below.

  In the above embodiment, the times of the actual illumination light L1 and the virtual illumination light L2 of the actual lighting fixture 4 and the virtual lighting fixture 5 are different between the main screen and the sub screen. However, in the second embodiment shown in FIG. 6A, the illumination lights L1 and L2 of either or both of the lighting devices 4 and 5 are directly directed to the main screen 2 and the sub screen 3 in the second embodiment. The images of the lights (Sakura Fuuki F) reflected on the two screens 2 and 3 by irradiating are synchronized with the actual time T0 in the computer 50. In the second embodiment, the cherry snowstorm F3 (F) is also reflected on the screen space H1 and the screen periphery H2 which are a part of the hole H. The cherry blossoms snowfalls F1 and F2 (F) reflected on these two screens 2 and 3 are caused by the virtual illumination light L2 of the virtual lighting fixture 5, the cherry blossoms snowfall F3 reflected on the interscreen H1 which is a part of the hole H ) Is due to the actual illumination light L1 of the actual illumination fixture 4.

  According to this embodiment, the cherry blossoms snowfall F is also reflected in the inter-screen H1 and the screen periphery H2 which are a part of the hall H, but may also be reflected in the spectator seat AU. It is also possible to project the cherry blossoms F1 and F2 only on the 2 and the sub screen 3. The light of different time from the past time (T0- [Delta] t) of the subscreen crosses the subscreen 4 and other parts, so that the depth can be further enhanced. The cherry blossoms Fuki is a formed image, but illumination light L which is not formed like a spotlight may be used. In addition, when it is unnatural that it is unnatural that it is unnatural to see in the main screen 2 and the sub screen 3 from which a direction of a cherry blossoms snowf F is different, the sub background image of the sub screen 3 in the same direction as the main screen 2 as shown in FIG. The MSI may be continued with the main background image BMI.

  In the above embodiment, the main composite video MMI displayed on the main screen 2 uses the one at the actual time T0, and the sub composite video MSI displayed on the left and right sub screens uses the one at the past time (T0-Δt). In two stages. However, the time between three screens may be changed to three stages. For example, an actual time may be used for the main screen 2, a future time for one sub screen 3, and a past time for the sub screen 3 of another method, or a plurality of times such as present, past, and further past may be used. Switching between the number of screens and the time may be three or more.

  In the said embodiment, this invention was implemented as a display system for hall | hole utilized by a hall | hole, and the implementation method of the event performed using this. However, the present invention can also be practiced in gaming machines such as pachinko or pachislot machines. In this case, the motion capture of the actor does not have to be performed, and all the controls of the implemented image, sound, illumination, etc. as described above may be recorded in the recording module RS 57 and reproduced.

  That is, according to the present invention, the main screen for displaying the animated character in motion as a video with a basic direction view (hereinafter referred to as "main character video") with shading, and the basic screen with the character shaded in addition to the main screen. A game machine such as a pachinko or pachislot machine equipped with a sub screen that can be displayed as a video of a direction view different from the direction view (hereinafter referred to as "sub character image") and a computer for generating the image of the character and the shadow of the character And a virtual lighting device for generating virtual lighting light in the computer and displaying the virtual lighting light on the screen, wherein the shadow is the character and both lighting devices. Illumination light emitted to the character and the light The camera includes a camera capable of photographing outside the gaming machine, and the computer includes the photographed image outside the gaming machine and the sub character image generated as a video of the camera in a direction view The main character image is displayed on the sub screen by combining (hereinafter referred to as “outside view sub character image of the gaming machine”), and the main character image is displayed as the image outside the gaming machine displayed on the sub screen. Using the image of the past time (T0-.DELTA.t) delayed by the minute time .DELTA.t from the actual time T0, which is the reference, and the past time (T0) delayed by a minute time .DELTA.t from the actual time T0. It may be used as a game machine that uses an image of -Δt).

  As shown in FIG. 7, a pachinko machine 100, which is an example of a gaming machine, includes a gaming machine main body 101, a pachinko ball flying portion 102, a drive handle 103 for controlling the firing of balls, and a ball receiver 104. A liquid crystal panel is incorporated as the main screen 2 at the center of the pachinko ball flight possible portion 102 and a pair of sub screens 3 at the right and left thereof. In addition, the image of the illumination light of the actual lighting fixture 4 can be reproduced by the LED 4x or another liquid crystal panel 4y similarly provided in a wide range.

  Of course, the actual lighting fixture 4 may be separately provided and the illumination light may be emitted to the pachinko ball flight enable unit 102. Although the first camera 11 is provided at the center of the gaming machine main body 10 in the present embodiment, it may be provided on the ceiling or other part of the pachinko hall. In addition, the above other elements may be combined and implemented without providing the first camera 11 or the video combining module IM53. The invention is equally applicable to pachislot machines and other gaming machines.

  The characters in the present invention include not only human beings and animals but also still life such as plants, furniture and vases. This is because the illumination changes, and if the viewpoint is switched, the shadow changes, and the above effect is produced.

  The present invention can be used as a pachinko or pachislot game machine as well as a hall display system that can be used for a virtual character concert or event and the like, and an implementation method of an event performed using the hall display system. The hall also includes the outdoors, and it is sufficient if a screen can be installed on the stage.

AU: Audience seat, CH, CH-A (A), CH-B (B): Character, F: Cherry blossoms blowing, F1 to 3: Video of lighting, H: Hall, H1: Between screens, H2: Around the screen, ST: Stage, AC: Actor, S: isolated space, D1: basic direction, D2: direction different from the basic direction, D3: camera for the audience seat, MI, MIa, MIb: main character image, MI1, MI1a, MI1b: Main character body image, MI2, MI2a, MI2b: Shading of main character, BMI: Main background image, MMI: Main composite image, SI: Sub character image, AI: Spectator seating direction sub character image, SI1: Sub-character body image, SI2: Sub-character shadow, BSI: Sub-background image (image of audience seat), MS : Sub composite image, L: illumination light, L1: real illumination light, L2: virtual illumination light, T0: real time, Δt: minute time, T0-Δt: past time, 1: display system for holes, 2: main screen , 2a: hologram reproduction screen, 2b: rear screen, 2c: hologram projector, 2d: rear projector, 3: subscreen, 3a: horizontal screen, 3a1: horizontal first screen, 3a2: horizontal second screen, 3b: sub screen Projector, 3b1: first sub-screen projector, 4: real lighting fixture, 4x: LED, 4y: other liquid crystal panel, 5: virtual lighting fixture, 5a: virtual lighting fixture light source, 6: speaker, 11: first camera, 12: Second camera, 13: Microphone, 50: Computer, MC 51: Motion capture module, RR 52 IM 53: Video synthesis module, LS 54: Lip sync module, BI 55: Back stage image generation module, VL 56: Virtual light image generation module, RS 57: Recording module, RC 58: Real light controller, SG 59: Music generation module, TM60 : Time management controller, RL 61: real illumination light control unit, 62: sound system, 100: pachinko machine (game machine), 101: game machine main body, 102: pachinko ball flight possible part, 103: drive handle, 104: ball reception

Claims (9)

A main screen for displaying animation characters operating in a hall as shaded images (hereinafter referred to as "main character image") and a main screen separately from the main screen and shading the characters arranged in the hall And a display system for a hall provided with a subscreen capable of being displayed as an image of a direction view different from the basic direction view (hereinafter referred to as "sub character image"), and a computer for generating the image of the character and the shadow of the character. And
The lighting system further comprises: a real lighting device for lighting the inside of the hall with real lighting light; and a virtual lighting device for generating virtual lighting light in the computer and displaying the virtual lighting light on the screen.
The shadow is generated by being associated with the character and illumination light irradiated to the character by both the lighting devices by the computer.
The camera includes a camera capable of photographing the audience seat, and the computer includes the photographed footage of the audience seat and the sub character image (hereinafter referred to as the “spectator seating direction sub character image”) generated as the direction image of the camera To be displayed on the sub screen,
As an image of the audience seat displayed on the sub screen, an image of a past time (T0−Δt) delayed by a minute time Δt from an actual time T0 serving as a reference for displaying the main character image is used.
The hall display system, wherein the audience seat direction view sub character image uses an image of a past time (T0−Δt) delayed by a minute time Δt from an actual time T0. The display system for holes according to claim 1, wherein the minute time Δt is 0.1 seconds to 0.5 seconds. In the computer, the illumination light of either or both of the lighting fixtures is directly irradiated at least in the direction of the subscreen so that the subscreen and the main screen or portions other than the both screens or the main screen and The display system for halls according to claim 1 or 2, wherein an image of illumination to be reflected in a portion other than the both screens is synchronized to the actual time T0. 4. The hall display system according to claim 3, wherein the illumination light of the two luminaires includes non-imaging light or an imaging image. 5. The main screen according to claim 1, further comprising: a hologram reproduction screen disposed obliquely on the stage to display a hologram image, and a back screen disposed on the back of the stage, and displaying a composite image of both screens to the audience. Display system for halls according to any one. It also has space where the actor operates in a place not visible to the audience and a motion capture device that captures the actor's movement.
The hall display system according to any one of claims 1 to 5, wherein the computer is provided with a rendering function for generating in real time a character image interlocked with the motion of the captured actor. The hall display according to any one of claims 1 to 5, wherein the images of the main screen and the sub screen are displayed by synchronizing the images recorded on the respective screens with the actual illumination light. system. The hall display system according to any one of claims 1 to 7, wherein the subscreens are disposed at least on the left and right of the main screen. A main screen for displaying animation characters operating in a hall as shaded images (hereinafter referred to as "main character image") and a main screen separately from the main screen and shading the characters arranged in the hall And a display system for a hall provided with a subscreen capable of being displayed as an image of a direction view different from the basic direction view (hereinafter referred to as "sub character image"), and a computer for generating the image of the character and the shadow of the character. How to implement an event using
The lighting system further comprises: a real lighting device for lighting the inside of the hall with real lighting light; and a virtual lighting device for generating virtual lighting light in the computer and displaying the virtual lighting light on the screen.
The shadow is generated by the computer in association with the character and illumination light irradiated to the character by the lighting devices.
The camera includes a camera capable of photographing the audience seat, and the computer includes the photographed footage of the audience seat and the sub character image (hereinafter referred to as the “spectator seating direction sub character image”) generated as the direction image of the camera To be displayed on the sub screen,
As an image of the audience seat displayed on the sub screen, an image of a past time T0-Δt delayed by a minute time Δt from an actual time T0 as a reference for displaying the main character image is used.
The event implementation method using an image of a past time T0-.DELTA.t delayed by a minute time .DELTA.t from the actual time T0 in the audience seat direction view sub character image.

Images