System and method for creating custom atmospheric theater experience

Abstract

A system and method for customizing an atmospheric theater experience is described. An embodiment includes creating a theater experience that is immersive and engages multiple senses. In particular, an atmospheric theater experience is described that uses various technologies in combination with live performances, sets, props, specific venue designs, and special effects to engage patrons using multiple senses. Atmospheric Musical Theater uses technology and data to enhance a patron's experience. Data related to the show, venue, and patron may be used to create an inclusive experience. In some instances, an atmospheric theater system and / or method may utilize specific data relating to the show, patrons, and / or the venue to customize the theater experience.

Description

SYSTEM AND METHOD FOR CREATING CUSTOM ATMOSPHERIC THEATER EXPERIENCERELATED APPLICATIONS AND INCORPORATION BY REFERENCE

[0001] This application claims benefit of U.S. provisional patent application Serial No. 63 / 663,798 filed June 25, 2024.

[0002] The foregoing application and all documents cited therein or during their prosecution (“appln cited documents”) and all documents cited or referenced in the appln cited documents, and all documents cited or referenced herein (“herein cited documents”), and all documents cited or referenced in herein cited documents, together with any manufacturer’s instructions, descriptions, product specifications, and product sheets for any products mentioned herein or in any document incorporated by reference herein, are hereby incorporated herein by reference, and may be employed in the practice of the invention. More specifically, all referenced documents are incorporated by reference to the same extent as if each individual document was specifically and individually indicated to be incorporated by reference.FIELD OF THE INVENTION

[0003] A system for and method of providing a multisensoiy theater experience.BACKGROUND OF THE INVENTION

[0004] Theater, in some form or another, has likely been part of the human experience for over 2000 years. Special effects of various types have been used throughout the years to enhance the experience of patrons.

[0005] While theater has evolved, the action has remained mostly on the stage. Utilizing technology to encompass more of the theater will allow for a more immersive experience.

[0006] Further, special effects in standard theater practice are geared more to the audience as a whole. This creates a different experience depending on the location of the patron. Providing special effects proximate the patron allows for a more individualized experience. Further, providing special effects proximate a patron may allow for customization of the theater experience such that the needs of some patrons who may have preferences and / or needs may considered.SUMMARY OF THE INVENTION

[0007] A system for and method of providing a multisensory theater experience. In particular, an atmospheric theater experience is described.

[0008] An embodiment includes creating a theater experience that is immersive and engages multiple senses. In particular, an atmospheric theater experience is described that uses various technologies in combination with live performances, sets, props, specific venue designs, and special effects to engage patrons using multiple senses.

[0009] Atmospheric theater uses technology and data to enhance a patron’s experience. Data related to the show, venue, and patron may be used to create an inclusive experience. In some instances, an atmospheric theater system and / or method may utilize specific data relating to the show, patrons, and / or the venue to customize the theater experience. For example, patron preferences and / or requirements may be used to create a custom theater experience.

[0010] A major component in atmospheric theater is the integration of technologies surrounding the seats that will be unique. For example, the use of sensory -based theater seats may provide a full-sensory experience. Using theater seats incorporating movement, touch, smell, sight, and surround sound in combination with a computer directed system that coordinates special effects, music, lighting, projections, and action creates a unique theater environment for a patron. In some instances, theater seats may include built-in surround sound that can be programmed in various ways, including speakers with their own channel and output that can be controlled individually. Thus, an immersive experience throughout the show is created using sound delivered at the seat of a patron. In some productions, a taste element can also be introduced to each guest upon entry to the venue or as they are seated. Seats may be equipped and / or controlled to make each patron feel like they are a part of the performance. Software controlling seat software may be designed to respond in a multitude of ways, from subtle movements, tilts, and mild aromas, for quiet moments in the show, to a more intense experience that could include a brush of the leg while a whisper sounds in your ear, during a thrilling moment.

[0011] A system and method for customizing an entertainment experience is described. For example, show requirements, patron preferences and / or requirements, and / or venue configurations may be used to customize an entertainment experience.

[0012] Patron preferences and / or requirements may be used to tell a story in a more inclusive manner. Multiple sensory routes may be used to communicate a story to an audience that may benefit from a more inclusive storytelling.

[0013] Conditions in a theater may be controlled such that a patron can indicate preferences and / or sensitivities. In some instances, some aspects of the performance may be controlled toaccommodate these preferences. For example, a patron may indicate a sensitivity to a particular type of stimulation and thus select which senses should be stimulated and to what extent during the performance. Preferences and / or requirements for the various senses, including but not limited to sight, hearing, smell, taste, and / or touch (e.g., haptic and / or movement) may be used to adjust settings to provide a custom experience for a patron.

[0014] Systems for creating custom theater experiences may include elements such as processors, transducers (e.g., devices), memory storage devices, transmitters, receivers, wired connections, wireless connections, and / or devices including but not limited to lights, projectors, screens, robots, sound equipment, for example, surround sound, augmented audio, mixing consoles, displays, screens, video walls, video lighting, seats such as interactive seats, wearables, light boards, virtual reality devices, augmented reality devices, mixed reality devices, extended reality devices, etc.

[0015] A system for creating a custom theater experience may include integrating data from one or more sources. Data of interest may include patron specific data, venue specific data, and / or show specific data. A theater experience may be customized based on venue characteristics, show requirements, and / or needs and / or preferences of the patron. For example, shows may be customized to a venue using specific data regarding the venue’s layout, seating arrangement, equipment available, stage elements, sound systems, lighting systems, etc. Further, the system may incorporate patron specific data to customize a theater experience for an individual. For example, patron preferences and / or requirements may be used to create a custom theater experience at an individual’s seat.

[0016] Sources of data used to modulate a theater experience may be retrieved from memory storage elements and / or input devices connected to the system. Processors may be used to retrieve data from memory storage elements and / or input devices to control and / or instruct elements of the system.

[0017] Memory storage elements for use in the system and / or method may include at least one database. Databases of interest may include data including, but not limited to patron specific data, venue specific data, and / or show specific data.

[0018] In some embodiments, memory storage elements may include data and / or instructions. A processor may be used to access at least one database. A processor may execute the instructions.For example, a processor may access a memory storage element and then execute instructions on the memory storage element.

[0019] Accessing a database may include retrieving predetermined or desired data from the database. This predetermined data may be used to execute instructions on a memory storage element.

[0020] In some embodiments, a method of customizing an entertainment experience may include retrieving predetermined data from a database and using the predetermined data to execute instructions on a memory storage element. For example, data associated with a specific patron may be used to control a patron station assigned to the patron during use.

[0021] One or more processors may be used to control one or more devices. For example, a processor may be used to control devices that include, but are not limited to welcoming devices, video devices, broadcast devices, patron stations, atmospheric devices, lighting, projectors, audio elements, robotic devices, augmented reality devices, mixed reality devices, or extended reality devices, stage elements, secondary processors, or controllers.

[0022] In some embodiments, processors coupled to the system may provide directions to one or more of patrons, staff, actors, musicians, and operators of the devices.

[0023] Elements of the system may access other elements of the system to access instructions. In particular, a processor of the system may access a memory storage element for instructions and then execute instructions located on a memory storage element.

[0024] In some embodiments, memory storage elements may store data in one or more databases. For example, data related to patrons, the show, and / or the venue may be stored in one or more databases. Patron specific data may include, but is not limited to, personal information such as birthdays, address, special occasions, hearing requirements, visual requirements, sensitivities to light, noises, smells, movement, motion sickness, and / or allergies. Show specific data may include devices required, settings for devices, desired effects for example atmospheric devices including but not limited to lights, projectors, sound elements such as speakers, for example, speakers capable of emitting from multiple audio channels, such as surround sound, environmental effect devices capable of emitting water, fog, scent, snow, wind, etc., timelines, specific instructions, etc. Venue specific data may include attributes of avenue, including but not limited to layouts and dimensions of areas of the theater such as the orchestra, balcony, boxes, stage, a numbers of seats, an arrangement of the seats, type of seats, capability of the seats, lights,sound equipment, stage, lifts, moving sections of stage, props, set elements, types and locations of equipment available, lights, projectors, sound elements such as speakers, devices capable of creating environmental effects, robots, etc.

[0025] In some instances, patron specific data may be used by one or more devices to control conditions at seats to address preferences of a specific patron. Devices, such as processors, may retrieve data from one or more of the databases to execute instructions such that a patron experiences a custom experience based on the patron’s disclosed preferences.

[0026] A processor may execute instructions from the one or more memory storage elements and provide data to control at least one function of a device. Devices which may receive instructions include, but are not limited to patron stations, broadcast devices, atmospheric devices, augmented reality elements, extended reality devices, mixed reality devices, stage elements, and special effects elements. In some embodiments, a processor may execute instructions in a manner that allows the processor to instruct staff, actors, and / or guests.

[0027] In a particular embodiment, a processor may execute instructions from one or more memory storage elements to provide data to control functions at one or more patron stations. Patron stations may include a welcome area, a seat, and an information area. For example, a system may control special effects proximate a least one seat.

[0028] Patron stations such as a patron seat may be controlled by the system, a processor, and / or a controller. Control of conditions at the seat may include one or more of the following actions including controlling movement of a seat, controlling haptics of the seat, controlling air flow, controlling temperature proximate the seat, controlling light proximate the seat, controlling environmental conditions proximate the seat, controlling special effects proximate the seat, providing accessibility data to the seat, providing enhanced audio to the seat, providing enhanced closed captioning to the seat, providing enhanced visual information to the seat, and reducing background noise at the seat during use. For example, a combination of projections, atmospherics, sound, and lighting proximate a seat may all be individually programmed. A combination of effects may be used to create the desired atmosphere proximate a seat that aligns with the timeline of the show.

[0029] Seats for use in an atmospheric theater may include sensory based theater seats that incorporate movement, touch, smell, and sight. In an embodiment, seats for use in an atmospheric theater include built-in surround sound at each individual seat. Each seat may include speakers.Speakers on a seat may operate on their own channel. In some instances, output at the speakers may be controlled individually. Seats used in the system may include various functionalities including moving in various directions such as rolling, swaying, twisting, pitching, movement of the seat base, shaking elements of the seats, massage, air flow, scents, heated air, wind, precipitation such as water, rain, snow, fog, lighting, bubbles, etc.

[0030] Seats may be equipped such that patron feels like they are a part of the performance. Seats may be controlled to responds to commands and / or feedback in a multitude of ways, from subtle movements, tilts, and mild aromas, for quiet moments in the show, to a more intense experience that could include a brush of the leg while a whisper sounds in your ear, during a thrilling moment.

[0031] Seats may have software that will communicate with a board, programmed to operate its unique sensory elements. In some instances, seats may interact with a processor. Seats may interact with the processor either individually and / or as part of a group of seats.

[0032] Functions at the patron stations may be controlled using the data from the one or more databases such that settings at the patron station are customized for an assigned patron during use.

[0033] A processor may execute instructions after receiving data to control a function at a patron station. For example, a first memory device may include instructions and one or more additional memory storage elements may include data used to execute the instructions and control one or more functions at a patron station. In some instances, the processor and storage devices may be used to execute instructions at multiple patron stations simultaneously.

[0034] A system for customizing a theater experience for a specific patron may include one or more memory storage elements having instructions and at least one database that includes patron specific data, venue specific data, and / or show specific data. One or more processors may be coupled to storage devices. Further, a processor may be coupled to devices. The processor may be used to control elements of the devices. Devices controlled by the processors may include welcoming devices, broadcast devices, patron stations, atmospheric devices, lighting, projectors, audio elements, robotic devices, augmented reality devices, mixed reality devices, extended reality devices, stage elements, secondary processors, or controllers. Secondary processors may include processors that are used to control devices following commands. For example, atmospheric processors such as video processors, light processors, and / or sound processors may be used. Forexample, in an embodiment the processor executing the instructions may be coupled to one or more atmospheric processors.

[0035] In particular, device elements that may be controlled include lights, speakers, special effects, transmissions, Wi-Fi, microphones, keyboards, sensors, seats settings such as atmospheric effects (e.g., sound, light, temperature, air flow, scent, vibration, effects like fog, precipitation, sprays of water) at a seat, movement of a seat or the like. For example, a seat may be controlled to mimic conditions on board a ship, car, rocket, etc.

[0036] In the system described one or more processors may be used to control devices.

[0037] A processor of the system may be configured to access a database and predetermined data needed to execute instructions on a memory storage element.

[0038] In a specific system, a processor may be configured to access a database to retrieve predetermined data as required in the instructions. The predetermined data may be used to execute instructions stored on a memory storage element. In an embodiment, specific patron data may be retrieved from a memory storage element to execute instructions to control a patron station assigned to that patron during use.

[0039] For example, visual stimulation may be customized at a seat, for example, reducing and / or inhibiting flashing or flickering lights for photosensitive individuals, providing enhanced visuals to accommodate needs of a patron, utilizing 360 degree projections, adjusting color profiles of visuals to accommodate patrons with visual issues such as color blindness or the like, etc.

[0040] Sound may be adjusted at a patron station based on needs and / or requirement of a patron. In some instances, a dialog soundtrack may be adjusted and / or used to describe the action as it is occurring that connects to a visually impaired individual’s seat so that the action can be described if desired. This can be done in a manner such that it minimizes interference with actors’ dialog.

[0041] Surround sound settings may be individually controlled at a seat to provide a custom experience for the patron. In some instances, it may be desirable to reduce background noise at a seat. Sound produced at a seat may be adjusted to coincide with a patron’s hearing range.

[0042] In some embodiments, providing a direct connection to a hearing device may allow a patron to hear a version of the dialog, songs, and sound effects that minimizes background noise. Direct connections to hearing devices such as headphones, hearing aids, and / or cochlear implants may be provided by a wireless connection (e.g., a Bluetooth connection, Wi-Fi) or a wiredconnection. Devices providing the connection may include a transmitter, a seat having a transmitter, connector, and / or port (e.g., USB-C port, USB port).

[0043] In an embodiment, closed captioning may be provided at a patron station such as a seat. Closed captioning may also be provided via handheld devices using a connection, such as a connector, port, and / or wireless connection such as Wi-Fi, Bluetooth, or the like.

[0044] Devices in a theater may be configured to release an odor or a scent. For example, a seat, a scentography device, diffuser, or the like may be used to deliver a scent to a seat and / or proximate a patron.

[0045] In some embodiments, a personalized treat may be provided to patrons based on patron preferences stored in a database. For example, based on patron data a birthday cupcake may be provided at the patron’s seat.

[0046] Patron stations may include haptic feedback. For example, a chair may provide haptic feedback based on show specific data. For example, a seat may change a body position of a user to reflect the circumstances in the action.

[0047] In some theater systems, devices may provide directions to one of more of patrons, staff, actors, musicians, stage managers, designers, programmers, and operators of the devices.

[0048] A theater system may be configured such that a processor controls elements of a seat such that the processor controls special effects proximate the seat. Special effects proximate a seat that are controlled may include movement of a seat, haptics of the seat, air flow, temperature proximate the seat, light proximate the seat, environmental conditions proximate the seat, special effects proximate the seat, etc. In addition, the system may be configured such that a process provides accessibility data to the seat, enhanced audio to the seat, enhanced closed captioning to the seat, enhanced visual information to the seat, and reduces background noise at the seat during use.

[0049] In an embodiment a live theater experience may be customized for an individual participant. The system may include processors and transducers that are coupled to the processors. The transducers may be configured to affect the individual participant. For example, the transducers may affect the individual participant by controlling one or more devices that the participant encounters. In particular, the transducers may provide instructions to the devices. Further, the system may include memory which is coupled to the processor. The memory may include instructions. Instructions may be executed by the processor. The instructions may instructthe system to retrieve an experience instruction, an individual participant instruction, and / or a venue specific instruction.

[0050] An experience instruction when executed may configure a transducer to perform an experience action. For example, a transducer may be used to direct devices to execute specific actions that provide a particular experience to a participant.

[0051] An individual participant instruction that is associated with an individual participant. An individual participant instruction may reflect preferences and / or requirements of the participant. In some embodiments, an individual participant instruction may reflect a default value.

[0052] In some embodiments, the experience instruction, the individual participant instruction, and / or the venue specific instruction may be reconciled with each other to produce an individual participant experience instruction and / or an specific seat instruction.

[0053] In a particular embodiment, an experience instruction may be reconciled with an individual participant instruction to produce an individual participant experience instruction, perform, via the transducer, the individual participant experience instruction.

[0054] Instructions may be sent to one or more transducers. The transducers may execute the instructions that direct one or more devices to perform specific actions. For example, an individual participant experience instruction may be used to create an experience for a specific participant. A specific seat instruction may be used to create an experience or specific seat location.

[0055] In some embodiments, an individual participant experience instruction may configure the transducer to provide a command to the participant. For example, the transducer may cause one or more devices proximate a participant to interact with the participant.

[0056] A system may include executing instructions from the memory. A processor executing instructions may perform one or more functions. Functions may include providing a staff cue to a staff input interface. Cued instructions may be retrieved. The cued instructions may be reconciled with an experience instruction to produce a cued experience instruction. Transducers may perform the cued experience instructions. The cued experience instructions may control one or more devices of interest.

[0057] A cued instruction may be associated with a cue signifier and produce a cue pairing. A subsequent cued instruction may be associated with a subsequent cue signifier and produce a subsequent cue pairing. The instructions in the memory, when executed by the processor, mayconfigure the system to perform one or more functions. Functions may include, but are not limited to presenting a cue signifier and / or subsequent cue signifiers at the staff input interface, retrieving cued instruction (e.g., subsequent cued instructions), reconcile a cued instruction with an experience instruction to producing a subsequent cued experience instruction, and performing, via the transducer, the subsequent cued experience instruction. Multiple cue pairings may be generated during an interaction. Cue pairings may differ. For example, a cue pairing may differ from a subsequent cue pairing. Thus, not all cue pairings are equal (i.e., the same). Cue signifiers may be equal to the subsequent cue signifier. In particular, a cued instruction may be equal to a subsequent cued instruction.

[0058] In a theater system, transducers may include an interactive seat, an audio system, a patron station, a transmitter, a receiver, a patron welcome device, a broadcast device, an atmospheric device, a stage element, a light, a projector, a display, a robot, a sound equipment device, a speaker, a mixing console, a screen, a video wall, a wearable device, a virtual reality device, an augmented reality device, a mixed reality device, and / or an extended reality device.

[0059] In some embodiments, a transducer may be coupled to a seat in the live theater experience. In particular, a transducer may be coupled to a seat is associated with an individual participant.

[0060] In an embodiment of a theater system, instructions may be stored in memory. The instructions may be executed by a processor. The instructions may configure the system to perform specific functions. For example, functions may include retrieving a seat instruction that is associated with a seat, reconciling an experience instruction with a seat instruction, producing a seat experience instruction, and performing a seat experience instruction. The seat experience instruction may be performed by one or more transducers.

[0061] Instructions may allow a processor to control various devices and / or functions experienced by a user. Transducers may execute instructions. For example, a seat experience instruction, when executed, may allow a processor to control, via the transducer, devices or elements thereof. In particular, a seat experience instruction, when executed, may allow a processor to control, via the transducer, at least one of a movement component of the seat, a haptics component of the seat, an air flow component of the seat, a proximate temperature component of the seat, a proximate light component of the seat, an environmental conditions component of theseat, a special effects component of the seat, and / or a background noise reduction component of the seat.

[0062] In some embodiments, an experience instruction, when executed, may configure a processor to provide a transducer at least one of accessibility data relevant to the seat, enhanced audio data relevant to the seat, enhanced closed caption data relevant to the seat, and / or enhanced visual information relevant to the seat.

[0063] A theater system provides a live theater experience within a venue. The instructions in the memory, when executed by the processor, may configure the system to retrieve a venue instruction that is associated with the venue. The processor may reconcile the experience instruction with the venue instruction such that a venue experience instruction is produced. The venue experience instruction may be performed by a transducer.

[0064] The theater system may include an alternative transducer, coupled to the processor and configured to affect an alternative participant of the plurality of participants. The instructions in the memory, when executed by the processor, further configure the system to perform the following functions: retrieve an alternative participant instruction, the alternative participant instruction associated with the alternative participant of the plurality of participants, reconcile the experience instruction with the alternative participant instruction, producing an alternative participant experience instruction, and / or perform, via the alternative transducer, the alternative participant experience instruction. An alternative participant instruction may not equal the individual participant instruction. An alternative participant experience instruction may not equal the individual participant experience instruction.

[0065] In an embodiment, a first phenomenon resulting from the transducer executing the individual participant experience instruction is different from a second phenomenon resulting from the alternative transducer executing the alternative participant experience instruction.

[0066] A theater system may include an alternative transducer. The alternative transducer may be coupled to the processor. The alternative transducer may be configured to affect an alternative participant of the plurality of participants. The instructions in the memory, when executed by the processor, further configure the system to perform the following functions: including retrieve an alternative participant instruction, the alternative participant instruction associated with the alternative participant of the plurality of participants; reconcile the experience instruction with the alternative participant instruction, producing an alternative participant experience instruction; andperform, via the alternative transducer, the alternative participant experience instruction. The alternative participant instruction may be equal to the individual participant instruction. The alternative participant experience instruction may be equal to the individual participant experience instruction.

[0067] In an embodiment, a first phenomenon resulting from the transducer executing the individual participant experience instruction is congruent with a second phenomenon resulting from the alternative transducer executing the alternative participant experience instruction.

[0068] Embodiments may include an individual participant experience instruction that does not equal the experience instruction.

[0069] A theater embodiment may include an individual participant device. Instructions in the memory, when executed by the processor, configure the system to perform specific functions. For example, instructions in the memory, when executed by the processor, configure the system to receive the individual participant instruction from the individual participant device.

[0070] An embodiment of a theater system may be a live theater experience within a venue. An individual participant instruction may be received from the individual participant device while the individual participant device is outside the venue. That is, data regarding an individual participant may be supplied in advance of an event and / or outside of the venue.

[0071] An embodiment of a system used to customize a live theater experience for a plurality of participants may include a processor, a transducer, coupled to the processor and configured to affect the individual participant, a memory, coupled to the processor, and instructions in the memory. Instructions, which when executed by the processor, may configure the system to perform one or more functions. Functions may include retrieving an experience instruction, the experience instruction when executed configuring the transducer to perform an experience action, retrieving a venue instruction, the venue instruction associated with seat locations in the venue for the plurality of participants, reconciling the experience instruction with the venue instruction, producing a seat specific experience instruction for each seat location, and performing, via the transducer, the seat specific experience instruction.

[0072] A method for customizing a theater program may include providing one or more memory storage elements that include instructions and at least one database. Data in one or more databases may include patron specific data, venue specific data, and / or show specific data. A processor may be coupled to a memory storage device. For example, at least one processor maybe coupled to one or more memory storage elements. The method may include accessing the database and the instructions using the processor. The instructions may be modified using data in the databases. The modified instructions may be executed such that devices in the system are controlled.

[0073] Commands may be provided to an actor, a stage manager, a musician, a staff member, an individual patron, and / or an audience.

[0074] Devices and / or elements thereof that may be instructed may include seats (e.g., seats that incorporate haptic feedback, lights, displays and / or surround sound), welcoming devices, broadcast devices, patron stations, atmospheric devices, lighting, projectors, audio elements, robotic devices, augmented reality devices, mixed reality devices, or extended reality devices, stage elements, secondary processors, or controllers.

[0075] A method for a customized live theater experience may include executing modified instructions including providing data from the processor to control at least one or more functions of an interactive seat and / or devices positioned proximate the interactive seat.

[0076] A method for a customized live theater experience may include modifying instructions stored in a database. For example, an experience instruction, an individual participant instruction, and / or a venue instruction may be retrieved from a database. The experience instruction may configure the transducer to perform an experience action when executed. A venue instruction may be associated with a specific seat location. An individual participant instruction may be associated with the individual participant of the plurality of participants. At least two instructions may be reconciled to produce an individual participant experience instruction. For example, an experience instruction may be reconciled with the venue instruction to produce a participant experience instruction for each seat location.

[0077] A transducer may be used to perform the individual participant experience instruction. The individual participant experience instruction may include at least one of controlling movement of the individual patron’s the interactive seat, controlling haptics of the individual patron’s interactive seat, controlling air flow proximate the individual patron’s seat, controlling temperature proximate the individual patron’s interactive seat, controlling light proximate the individual patron’s interactive seat, controlling environmental conditions proximate the individual patron’s interactive seat, controlling special effects proximate the individual patron’s interactive seat, providing accessibility data to the individual patron’s interactive seat, providing enhanced audioto the individual patron’s interactive seat, providing enhanced closed captioning to the individual patron’s interactive seat, providing enhanced visual information to the individual patron’s interactive seat, and / or reducing background noise at the individual patron’s interactive seat during use.

[0078] Functions at the patron stations may be controlled using the data from the one or more databases such that settings at the patron station are customized for an assigned patron during use.

[0079] It is noted that in this disclosure and particularly in the claims and / or paragraphs, terms such as "comprises", "comprised", "comprising" and the like can have the meaning attributed to it in U.S. Patent law; e.g., they can mean "includes", "included", "including", and the like; and that terms such as "consisting essentially of' and "consists essentially of' have the meaning ascribed to them in U. S. Patent law, e.g., they allow for elements not explicitly recited, but exclude elements that are found in the prior art or that affect a basic or novel characteristic of the invention.

[0080] These and other embodiments are disclosed or are obvious from and encompassed by, the following Detailed Description.BRIEF DESCRIPTION OF THE DRAWINGS

[0081] For a more complete understanding of the disclosure, reference should be made to the following detailed description and accompanying drawing figures, in which like reference numerals identify like elements in the figures.

[0082] FIG. 1 depicts a schematic of a portion of a system used to create a customized theater experience using show specific data and a set of instructions.

[0083] FIG. 2 depicts a schematic of a portion of a system used to create a customized theater experience using show specific data and a set of instructions.

[0084] FIG. 3 depicts a schematic of a portion of a system used to create a customized theater experience.

[0085] FIG. 4 depicts a schematic of a portion of a system used to create a customized theater experience.

[0086] FIG. 5 depicts a schematic of customer specific data stored in a database and used in a system used to create a customized theater experience.

[0087] FIG. 6 depicts a schematic of a portion of a system used to create a customized theater experience.

[0088] FIG. 7 depicts a schematic of a portion of a system used to create a customized theater experience.

[0089] FIG. 8 depicts a schematic of a portion of a system used to create a customized theater experience.

[0090] FIG. 9 depicts a schematic of a portion of a system used to create a customized theater experience.

[0091] FIG. 10 depicts a schematic of a portion of a system used to create a customized theater experience.

[0092] FIG. 11 depicts a schematic of a portion of a system used to create a customized theater experience.

[0093] FIG. 12 depicts a schematic of a portion of a system used to create a customized theater experience.

[0094] FIG. 13 depicts examples of actions taken in the system to enhance a patron’s engagement in a customized theater experience by providing alternative ways to communicate parts of the storyline, special effects, dialog, etc. to a patron who has difficulty hearing.

[0095] FIG. 14 depicts a schematic of computer system used to create a customized theater experience.

[0096] The following detailed description, given by way of example, but not intended to limit the invention solely to the specific embodiments described, may best be understood in conjunction with the accompanying drawings.DETAILED DESCRIPTION OF THE INVENTION

[0097] A system and method for customizing an entertainment experience is described. An embodiment includes creating a theater experience that is multisensory. In particular, a theater experience that engages patrons using one or more senses.

[0098] A system for an atmospheric theater may include engaging a combination of senses such as vision, hearing, touch, taste, smell, and / or any combination thereof. In some embodiments, vision, hearing, touch, taste, smell, movement and / or body position may be utilized to create a more immersive experience in an atmospheric theater.

[0099] A system for an atmospheric theater may be deployed in various venue types including but not limited to a theater in the round, an arena stage, a central stage, an island stage, a traditionaltheater, an outdoor theater, a non-traditional venue, stages with various configurations such as rectangular, circular, diamond, triangular and / or combinations thereof.

[0100] In an embodiment, an atmospheric theater experience may be deployed in a theater in the round setting. In particular, a 360 degree theater venue may provide an ideal setting for deploying an atmospheric theater experience. For example, a 360 degree theater venue may allow for use of 360 projection during a production in manner that enhances the visuals.

[0101] FIG. 1 depicts a system 10 for creating an atmospheric theater experience that includes accessing data regarding show specific data 12 stored on one or more memory storage element. Processor 14 is used to access show specific data 12 and instructions 16. Processor 14 executes instructions 16 using at least some of the show specific data 12 to provide commands to elements 18 as shown in FIG. 2. Elements 18 that receive commands from a processor may include devices, staff, and / or actors. Elements 18 execute commands issued by processor 14 to create an atmospheric theater experience specific to the show in question.

[0102] Sources of the data, such as show specific data, may be memory storage elements and / or input devices connected to the system. Memory storage elements for use in the method may include at least one database. Databases of interest may include data including, but not limited to patron specific data, venue specific data, and / or show specific data. As shown in FIGs. 1-2, processor 14 accesses show specific data 12.

[0103] Show specific data may include devices required, settings for devices, desired effects for example atmospheric devices including but not limited to lights, projectors, sound elements, environmental effect devices capable of emitting water, fog, scent, snow, wind, etc., timelines, specific instructions, etc.

[0104] In some embodiments, more than one processor may be used retrieve data from memory storage elements to control and / or instruct devices, actors and / or staff using commands. Accessing a database may include retrieving predetermined or desired data from the database. This predetermined data may be used to execute instructions on a memory storage element.

[0105] An embodiment may include retrieving data from a memory storage elements and / or input devices connected to the system. Processors may be used retrieve data from the source (e.g., memory storage element and / or input device) to control and / or instruct devices.

[0106] Memory storage elements and / or input devices for use in the method may include at least one database. Databases of interest may include data including, but not limited to patron specific data, venue specific data, and / or show specific data.

[0107] Memory storage elements may include data and / or instructions. In some instances, a processor may be used to access at least one database. The processor may use data from the database to execute a portion of the instructions. For example, a processor may access a memory storage element to process instructions, retrieve data, and then execute additional instructions on the memory storage element such that commands are generated by the processor for the various elements of the system.

[0108] Accessing a database may include retrieving predetermined or desired data from the database. This predetermined data may be used to execute instructions on a memory storage element.

[0109] Instructions and / or show data may be developed for each show by a design team which may include designers, a director, a stage manager, and a choreographer. While a show is being developed, the design team may develop portions of the instructions, programming for specific devices, and / or show data specific to show being developed. For example, a Director and / or choreographer will collaborate with designers to create a seamless and impactful experience for the audience. A design team member, for example, a stage manager may create cues for each aspect of the production to be incorporated in the instructions and / or database data for the show that encompasses settings of the various devices with respect to timelines of the show. In particular, settings for seats, projections, atmospherics, sound elements, stage operations, lighting, etc. may be in the show database and / or integrated into the instructions during use. For example, during each performance, the Stage Manager use cues and the show specific data, instructions, and commands of the system to bring all elements together in perfect synchronization.

[0110] Various members of a design team may be tasked with creating the database of show variables and / or instructions used by processors to control various elements of the system. For example, a design team may create and / or program software that controls the show’ s special effects using elements in the system such as devices and / or commands to staff, actors, musicians, directions, patrons, etc. For example, special effects may be executed at a seat and use the seat’s software to operate the seat’s unique sensory elements. In some instances, the special effects willinclude projections, atmospherics, sound, and lighting proximate the seat or at another location in the theater.

[0111] Devices may include but are not limited to processors, memory storage elements, transmitters, receivers, wired connections, wireless connections, and / or devices including but not limited to lights, projectors, displays, robots, sound equipment, for example, speakers, speaker configurations capable of surround sound, augmented audio, mixing consoles, displays, screens, video walls, seats such as interactive seats, hydraulic seats, pneumatic seats, electromechnical seats, wearables, light boards, sound boards, virtual reality devices, augmented reality devices, mixed reality devices, extended reality devices, etc.

[0112] Examples of devices that may be used in this system and method include, but are not limited to a control system including, for example, processors, memory storage elements, computers, networks, repeaters, wireless controllers (e.g., ERDMX-512), DMX scene controllers (e g., Echoflex ERDMX -EU-LV, Unison®Aero™ Power Series), DMX interfaces, receivers such as DMX fixtures (e.g., light fixtures, dimmers, blinds etc.), switches, repeaters, lightboards (e.g., ION lightboard), soundboards, and / or mixing consoles (e.g., DiGiCo), a sound system that utilizes one or more sound boards (e.g., DiGiCo Quantum series boards such as a Quantum 7), patron stations, that is, locations where a patron may interact with the show, such as, entrances, stairways, seats (e.g., Technifex, FuninVR, 4DX), seats with integrated sound elements such as speakers, surround sound, and / or elements of augmented audio systems, platform technologies (e.g., 6 axis hexapod robot “6DOF” platform technologies, 3-DOF electric platforms, or 2-DOF electric platforms, for example, those developed by FuninVR) for use in conjunction with stage elements, patron stations such as seats, entrances, walkways, lighting systems including, but not limited to lighting fixtures, projectors such as 360 projector systems, UHD projectors, 4K projectors (e.g., Sharp 8200 Lumen Projector), 4K-UHD projectors (e.g., Christie HS Series projectors such as 4K13-HS, 4K13-HS (TAA), 4K22-HS, 4K22-HS (TAA), 4K22-HS 1DLP), displays including, but are not limited to LED displays, OLED displays, display tiles such as LED tiles (e.g., Christie MicroTiles®), atmospheric devices including but not limited to lights, projectors, tiles, sound elements, environmental effect devices capable of emitting water, fog, scent, snow, wind, timelines, specific instructions, location in the theater (e.g., patron stations such as concierge desks, bar, registration) that have connected sound (e.g., speakers, augmented audio systems, lighting elements), and / or wearables (e.g., augmented reality wearables, such as headsets, headphones,and / or glasses). Wearables may allow for a personalized incorporation of smell, sound, haptic feedback, text (e.g., captioning), and / or images. Wearables may be coupled to one or more control systems during use of a theater system using wireless technology (e.g., bluetooth or wireless network). In some instances, seats may include elements that can effectuate integrated atmospheric effects.

[0113] These system, devices, and / or elements may be combined in any configuration depending on the requirements of the show, the theater, the stage manager, the crew, the actors, and / or the patron. For example, seats providing sound, atmospheric effects, light, displays, and / or haptic feedback may be positioned on platforms that are also configured to move during the course of a performance. These seats may be positioned in view of displays for use in the system that include LED displays, OLED displays, display tiles, microtiles, LED tiles, etc.

[0114] Use of projections for atmospheric theater may include, but is not limited to the use of projection mapping, such as two-dimensional (“2D”) projection mapping, three-dimensional (“3D”) projection mapping, 360 projection mapping, theatrical projection mapping, static projection mapping, interactive projection mapping, video projection mapping, video jockeying, real time projection tracking, holographic projection, video mapping, spatial augmented reality, virtual reality, projectors such as high performance laser projectors, and combinations thereof. Show specific projections may be projected on various surfaces in a theater.

[0115] Various technologies may be integrated into patron stations, such as seats and / or areas proximate seats. Seats may incorporate movement, touch, smell, sound, and sight. Seats used in the system may include various functionalities including moving in various directions such as rolling, swaying, twisting, pitching, movement of the seat base, shaking elements of the seats, massage, air flow, scents, heated air, wind, precipitation such as water, rain, snow, fog, lighting, bubbles, etc.

[0116] Seats may include surround sound. For example, seats may include integrated surround sound. Surround sound capability may be programmed in various ways, including speakers with their own channel and output that can be controlled individually. Utilizing surround sound by positioning speakers capable of using multiple audio channels at or proximate a seat may create a more immersive experience throughout the show for a patron.

[0117] Further, seats may be equipped to make each patron feel like they are a part of the performance by incorporating special effects that correspond to the action in the show.

[0118] Special effects that a seat or elements thereof may be able to conduct include movement of the seat, providing air flow from a portion of the seat, providing light from a part of the seat, adjusting environmental conditions at the seat, for example, creating fog, mist, or emitting a scent. Software in the seats may enable seats to respond in a multitude of ways, from subtle movements, tilts, and mild aromas, for quiet moments in the show, to more intense experiences that for example, may include a brush of the leg and a whisper sound near a patron’s ear, during a thrilling moment.

[0119] A system may be configured such that accessibility data available in the datasets is used to control one or more features of the seat. For example, in some embodiments, enhanced audio may be provided to the seat. This may include a clearer version of the actor’ s dialog or a reduction in the background sounds. In some embodiments, enhanced closed captioning may be available and / or enhanced visual information to the seat may be available at a seat. For example, a display at the seat may show closed captioning and / or enlarged images of action on stage.

[0120] Special effects may be performed by devices proximate a seat such that conditions at the seat are controlled. For example, air flow, temperature, light, sounds, and / or environmental conditions proximate the seat may be controlled to enhance a patron’s experience.

[0121] As shown in FIG. 3, processor 14 is used to access databases 12, 20 with show specific data and patron specific data, respectively. Processor 14 integrates the patron specific data and show specific data into the instructions to execute the instructions and generate commands for elements 48 as shown in FIG. 4.

[0122] As shown in FIG. 4, processor 14 provides commands to elements 18 in system 40 including instructions for human staff / actors and devices. Devices that receive commands from a processor may include processors, memory storage devices, transmitters, receivers, wired connections, wireless connections, and / or devices including but not limited to lights, projectors, robots, sound equipment, for example, augmented audio, mixing consoles, displays, screens, video walls, seats such as interactive seats, wearables, light boards, virtual reality devices, augmented reality devices, mixed reality devices, extended reality devices, etc.

[0123] In some instances, patron preferences and / or requirements may be used to create a more inclusive theater experience. Patron preferences and / or requirements may be used to tell a story in a more inclusive manner. Multiple sensory routes may be used to communicate a story to allow for more inclusive storytelling. FIG. 5 depicts an array of data 50 that constitutes the patronspecific data 52. Patron specific data includes special occasion data 54, data regarding preferences of a theatergoer 56, patron details 60 such as age, background, and location 58 for example patron address, location of show, etc. Patron specific data may include, but is not limited to, personal information such as birthdays, address, special occasion, hearing requirements, visual requirements, sensitivities to light, noises, smells, movement, motion sickness, and / or allergies.

[0124] In some instances, patron specific data may be used by one or more devices to control conditions at seats to address preferences of a specific patron. Devices, such as processors, may retrieve data from one or more of the databases to execute instructions such that a patron experiences a custom experience based on the patron’s disclosed preferences.

[0125] Conditions in a theater may be controlled such that a patron, such as a theatergoer, can select which senses should be stimulated and to what extent during the performance. Preferences and / or requirements for the various senses, including but not limited to sight, hearing, smell, taste, and / or touch may be used to adjust settings to provide a custom experience for a patron.

[0126] In some embodiments, a method of customizing an entertainment experience may include retrieving predetermined data from a database and using the predetermined data to execute instructions on a memory storage element. For example, data associated with a specific patron may be used to control a patron station assigned to the patron during use.

[0127] One or more processors may be used to control one or more devices. For example, a processor may be used to control devices that include, but are not limited to welcoming devices, broadcast devices, patron stations, atmospheric devices, lighting, projectors, audio elements, robotic devices, augmented reality devices, mixed reality devices, or extended reality devices, stage elements, secondary processors, or processors.

[0128] In some embodiments, devices coupled to the system may provide directions to one of more of patrons, staff, actors, musicians, and operators of the devices.

[0129] Elements of the system may access other elements of the system to access instructions. In particular, a processor of the system may access a memory storage element for instructions and then execute instructions located on a memory storage element.

[0130] In some embodiments, memory storage elements may store data in one or more databases. For example, data related to patrons, the show, and / or the venue may be stored in one or more databases. Patron specific data may include, but is not limited to, personal information such as birthdays, address, special occasion, hearing requirements, visual requirements,sensitivities to light, noises, smells, movement, motion sickness, and / or allergies. Show specific data may include devices required, settings for devices, desired effects for example atmospheric devices including but not limited to lights, projectors, sound elements, environmental effect devices capable of emitting water, fog, scent, snow, wind, etc., timelines, specific instructions, etc.

[0131] Venue specific data may include elements specific to the venue including layouts including areas of theater such orchestra, balcony, boxes, stage, dimensions, numbers of, and positioning of the seats, type of seats, capability of the seats, lights, sound equipment, stage, lifts, moving sections of state, props, set elements, types and locations of equipment available, lights, projectors, sound elements such as speakers, devices capable of creating environmental effects, robots, etc.

[0132] In some instances, patron specific data may be used by one or more devices to control conditions at seats to address preferences of a specific patron. Devices, such as processors, may retrieve data from one or more of the databases to execute instructions such that a patron experiences a custom experience based on the patron’s disclosed preferences.

[0133] As shown in FIG. 6, system 61 for creating an atmospheric theater experience includes accessing data regarding show specific data 62 and venue specific data 64 stored on memory storage elements. Processor 66 is used to access show specific data 62, venue specific data 64, and instructions 68. Processor 76 executes instructions 78 using show specific data 74 and venue specific 72 to provide commands to elements 75 as shown in FIG. 7. Elements receiving commands may be devices, staff, actors, and / or any combination thereof. For example, staff may include an orchestra, one or more musicians, technicians, ushers, etc.

[0134] Utilizing the data inputs from the show specific data as well as venue specific data may allow for a configuration that improves a patron experience by adjusting conditions in the theater based on venue using specific data. For example, a venue’s layout, seating arrangement, equipment, stage elements, sound systems, lighting systems, etc. may be taken into account when controlling the conditions in the theater to optimize an experience for a theatergoer.

[0135] FIG. 8 depicts a system 80 for creating a custom theater experience that includes integrating patron specific data 81, show specific data 82, and / or venue specific data 84. In such an embodiment, a theater experience may be customized based on venue characteristics, show requirements, and / or needs of the patron. For example, shows may be customized using venue using specific data as well as patron specific data to customize a theater experience for anindividual. For example, patron preferences and / or requirements may be used to create a custom theater experience at an individual’s seat.

[0136] In some embodiments, memory storage elements may include data and / or instructions. As shown in FIG. 8, a processor 84 is used to access databases including patron specific database 81, show specific database 82, and venue specific database 83. Processor 84 integrates the patron specific data, show specific data, and venue specific data into the instructions to execute the instructions and generate commands for elements 86 as shown in FIG. 9.

[0137] As shown in FIG. 10, processor 91 provides commands to one or more elements 92 in system 90 including instructions for human staff / actors 93, patron welcome stations 94, broadcast devices 95, customer stations 96 such as seats, atmospheric devices 97, stage elements 98, etc. Commands may be generated based on data found in databases and instructions provided on memory storage elements. Further, elements that receive commands from a processor may include processors, memory storage devices, transmitters, receivers, wired connections, wireless connections, and / or devices including but not limited to lights, projectors, robots, sound equipment, for example, augmented audio, mixing consoles, displays, screens, video walls, seats such as interactive seats, wearables, light boards, virtual reality devices, augmented reality devices, mixed reality devices, extended reality devices, etc.

[0138] FIG. 11 depicts an embodiment of a system 100 in which the processor 102 provides commands to multiple elements including instructions for human staff / actors, welcome stations, broadcast devices, for example, devices which communicate with patron devices such as phones and / or wearables including hearing aids, cochlear implants, watches, seats, atmospheric devices including projectors, sound systems, special effects devices, stage elements, augmented reality devices, extended reality devices and / or mixed reality devices.

[0139] In some instances, patron preferences and / or requirements may be used to create a more inclusive theater experience. Patron preferences and / or requirements may be used to tell a story in a more inclusive manner. Multiple sensory routes may be used to communicate a story to allow for more inclusive storytelling. FIG. 11 depicts an array of data that constitutes the patron specific data 104. Patron specific data 104 includes special occasion data, for example, data regarding preferences of a theatergoer, age, and address. Patron specific data may include, but is not limited to, personal information such as birthdays, address, special occasion, hearing requirements, visual requirements, sensitivities to light, noises, smells, movement, motion sickness, and / or allergies.Show specific data may include devices required, settings for devices, desired effects for example atmospheric devices including but not limited to lights, projectors, sound elements, environmental effect devices capable of emitting water, fog, scent, snow, wind, etc., timelines, specific instructions, etc. Venue specific data may include elements specific to the venue including layouts including areas of theater such orchestra, balcony, boxes, stage, dimensions, numbers of, and positioning of the seats, type of seats, capability of the seats, lights, sound equipment, stage, lifts, moving sections of state, props, set elements, types and locations of equipment available, lights, projectors, sound elements such as speakers, devices capable of creating environmental effects, robots, etc.

[0140] In some instances, patron specific data may be used by one or more devices to control conditions at seats to address preferences of a specific patron. Devices, such as processors, may retrieve data from one or more of the databases to execute instructions such that a patron experiences a custom experience based on the patron’s disclosed preferences.

[0141] Conditions in a theater may be controlled such that a patron, such as a theatergoer, can select which senses should be stimulated and to what extent during the performance. Preferences and / or requirements for the various senses, including but not limited to sight, hearing, smell, taste, and / or touch may be used to adjust settings to provide a custom experience for a patron.

[0142] In some embodiments, a method of customizing an entertainment experience may include retrieving predetermined data from a database and using the predetermined data to execute instructions on a memory storage element. For example, data associated with a specific patron may be used to control a patron station assigned to the patron during use.

[0143] One or more processors may be used to control one or more devices. For example, a processor may be used to control devices that include, but are not limited to welcoming devices, broadcast devices, patron stations, atmospheric devices, lighting, projectors, audio elements, robotic devices, augmented reality devices, mixed reality devices, or extended reality devices, stage elements, secondary processors, or processors.

[0144] In some embodiments, devices coupled to the system may provide directions to one of more of patrons, staff, actors, musicians, and operators of the devices.

[0145] Elements of the system may access other elements of the system to access instructions. In particular, a processor of the system may access a memory storage element for instructions and then execute instructions located on a memory storage element.

[0146] As shown in FIG. 12, a processor may use data 124 associated with a patron through tickets that includes preference, show related data 126 related to a showtimeline and details of the show, and venue details 128 to generate commands for various elements of the system.

[0147] Processor 122 communicates with elements of system 120 using commands and / or instructions. In particular, a processor 122 may provide commands and / or instructions to a guest device 130, welcome areas 132, seats 134, atmospheric devices 136, stage elements 138, and humans 140. In some instances, the instructions or commands may be provided to an individual element or device. For example, a single seat may be provided with a particular command based on the data used to execute the instructions 142. Instructions may be used by the processor in conjunction with data provide in the one or more databases to provide commands to the elements of the system such that one element, a subset of elements, or multiple elements are controlled by the processor.

[0148] Atmospheric devices may include lights, projections, projectors, sound, light, environmental devices that generate fog, rain, snow, wind, thunder, lightning, etc. In a particular embodiment, a limited number of the atmospheric devices may be activated to generate an environment for patrons that matches the conditions and / or action of the show being performed.

[0149] As described herein various options exist to augment the theater experience for patrons. In some embodiments, visual stimulation for a particular patron or a group of patrons may be customized, for example, by reducing and / or inhibiting flashing or flickering lights for photosensitive individuals. In some instances, enhanced visuals to accommodate needs of a patron may be provided. For example, enhanced visuals may include utilizing 360 degree projections and / or adjusting visuals to accommodate patrons with visual issues. For example, it may be possible to adjust color profdes of visuals such as projections in a production geared toward patrons with color blindness.

[0150] Sound may be adjusted at a patron station based on needs and / or requirement of a patron or a group of patrons. In some instances, a soundtrack may be adjusted and / or used to describe the action as it is occurring that connects to a visually impaired individual’s seat so that the action can be described. This can be done in a manner such that it minimizes interference with actor’s dialog.

[0151] Surround sound settings may be individually controlled at a patron station such as a seat to provide a custom experience for the patron. In some instances, it may be desirable to reducebackground noise at a patron station. In some instances, this control may be conducted by a processor that is accessing the patron’s data. In this manner, sound produced at a seat may be adjusted to coincide with a patron’s hearing range.

[0152] In some embodiments, providing a direct connection to a hearing device may allow a patron to hear a version of the dialog, songs, and sound effects that minimizes background noise. Direct connections to hearing devices such as headphones, hearing aids, and / or cochlear implants may be provided by a wireless connection (e.g., a Bluetooth connection, Wi-Fi) or a wired connection. Devices providing the connection may include a transmitter, a seat having a transmitter, connector, and / or port (e.g., USB-C port, USB port).

[0153] In an embodiment, closed captioning may be provided at a patron station such as a seat. Closed captioning may also be provided via handheld devices using a connection, such as a connector, port, and / or wireless connection such as Wi-Fi, Bluetooth, or the like.

[0154] As shown in FIG. 13 various options exist to augment the theater experience for patrons with respect to sound. In some instances, connectivity to patron’s devices 152 is used to provide a more customized experience for patrons utilizing hearing aids, cochlear implants, or closed captions. Alternatively, closed captions 154 are provided at a patron seat. A processor (shown in FIG. 12) provides commands such that only dialog or a subset of the audio for a patron that is hearing impaired or is sensitive to certain sounds is provide to the patron’s seat 156.

[0155] Devices in a theater may be configured to release an odor or a scent. For example, a seat, a scentography device, diffuser, or the like may be used to deliver a scent to a seat and / or proximate a patron.

[0156] In some embodiments, a personalized treat may be provided to patrons based on patron preferences stored in a database.

[0157] Patron stations may include haptic feedback. For example, a chair may provide haptic feedback based on show specific data. For example, a seat may change a body position of a user to reflect the circumstances in the action.

[0158] In some theater systems, devices may be configured to provide directions to one of more of patrons, staff, actors, musicians, and operators of the devices.

[0159] FIG. 14 illustrates an exemplary computer system 1400 which may be used to control aspects of the system. The system and method may use computer-readable code to create an experience for a patron. For example, aspects of the methods discussed herein may be implementedin computer system 1400 using hardware, software, firmware, tangible computer readable media having instructions stored thereon, or a combination thereof and may be implemented in one or more computer systems or other processing systems.

[0160] If programmable logic is used, such logic may execute on a commercially available processing platform or a special purpose device. One of ordinary skill in the art may appreciate that embodiments of the disclosed subject matter can be practiced with various computer system configurations, including multi-core multiprocessor systems, minicomputers, and mainframe computers, computer linked or clustered with distributed functions, as well as pervasive or miniature computers that may be embedded into virtually any device.

[0161] For instance, at least one processor device and a memory storage element may be used to implement the above-described embodiments.

[0162] A processor device may be a single processor, a plurality of processors, or combinations thereof. Processor devices may have one or more processor "cores." Various embodiments described herein may be implemented in terms of this example computer system 1400 shown in FIG. 14.

[0163] After reading this description, it will become apparent to a person skilled in the relevant art how to implement one or more of the embodiments using other computer systems and / or computer architectures. Although operations may be described as a sequential process, some of the operations may in fact be performed in parallel, concurrently, and / or in a distributed environment, and with program code stored locally or remotely for access by single or multiprocessor machines. In addition, in some embodiments the order of actions may be rearranged without departing from the spirit of the disclosed subject matter.

[0164] Processor device 1404 may be a special purpose or a general-purpose processor device. As will be appreciated by persons skilled in the relevant art, processor device 1404 may also be a single processor in a multi-core / multiprocessor system, such system operating alone, or in a cluster of computing devices operating in a cluster or server farm.

[0165] Processor device 1404 is connected to a communication infrastructure 1406, for example, a bus, message queue, network, or multi-core message-passing scheme.

[0166] Computer system 1400 also includes a main memory 1408, for example, random access memory (RAM), and may also include a secondary memory 1410. Secondary memory 1410 may include, for example, a hard disk drive 1412, or removable storage drive 1414. Removable storagedrive 1414 may include a floppy disk drive, a magnetic tape drive, an optical disk drive, a flash memory, a Universal Serial Bus (USB) drive, or the like. The removable storage drive 1414 reads from and / or writes to a removable storage unit 1418 in a well-known manner. Removable storage unit 1418 may include a floppy disk, magnetic tape, optical disk, etc. which is read by and written to by removable storage drive 1414.

[0167] As will be appreciated by persons skilled in the relevant art, removable storage unit 1418 includes a computer usable storage medium having stored therein computer software and / or data.

[0168] Computer system 1400 (optionally) includes a display interface 1402 (which can include input and output devices such as keyboards, mice, etc.) that forwards graphics, text, and other data from communication infrastructure 1406 (or from a frame buffer not shown) for display on display unit 1430.

[0169] In additional and / or alternative implementations, secondary memory 1410 may include other similar means for allowing computer programs or other instructions to be loaded into computer system 1400. Such means may include, for example, a removable storage unit 1422 and an interface 1420. Examples of such means may include a program cartridge and cartridge interface (such as that found in video game devices), a removable memory chip (such as an EPROM, or PROM) and associated socket, and other removable storage units 1422 and interfaces 1420 which allow software and data to be transferred from the removable storage unit 1422 to computer system 1400.

[0170] Computer system 1400 may also include a communication interface 1424. Communication interface 1424 allows software and data to be transferred between computer system 1400 and external devices. Communication interface 1424 may include a modem, a network interface (such as an Ethernet card), a communication port, a PCMCIA slot and card, or the like. Software and data transferred via communication interface 1424 may be in the form of signals, which may be electronic, electromagnetic, optical, or other signals capable of being received by communication interface 1424.

[0171] These signals may be provided to communication interface 1424 via a communication path 1426. Communication path 1426 carries signals and may be implemented using wire or cable, fiber optics, a phone line, a cellular phone link, an RF (i.e., radio frequency) link or other communication channels.

[0172] In this document, the terms "computer program medium" and "computer usable medium" are used to generally refer to media such as removable storage unit 1418, removable storage unit 1422, and a hard disk installed in hard disk drive 1412. Computer program medium and computer usable medium may also refer to memories, such as main memory 1408 and secondary memory 1410, which may be memory semiconductors (for example, DRAMs, etc.).

[0173] Computer programs (also called computer control logic) are stored in main memory 1408 and / or secondary memory 1410. Computer programs may also be received via communication interface 1424. Such computer programs, when executed, enable computer system 1400 to implement the embodiments as discussed herein. In particular, the computer programs, when executed, enable processor device 1404 to implement the processes of the embodiments discussed here. Accordingly, such computer programs represent controllers of the computer system 1400. Where the embodiments are implemented using software, the software may be stored in a computer program product and loaded into computer system 1400 using removable storage drive 1414, interface 1420, and hard disk drive 1412, or communication interface 1424.

[0174] Embodiments described herein also may be directed to computer program products comprising software stored on any computer useable medium. Such software, when executed in one or more data processing devices, causes a data processing device(s) to operate as described herein.

[0175] Embodiments described herein may employ any computer useable or readable medium. Examples of computer useable mediums include, but are not limited to, primary storage devices (for example, any type of random access memory), secondary storage devices (for example, hard drives, floppy disks, CD ROMS, ZIP disks, tapes, magnetic storage devices, and optical storage devices, MEMS, nanotechnological storage device, etc.).

[0176] An embodiment of a system includes creating show-specific commands for a live show based on the requirements for the show. These show specific commands may be derived from instructions and show specific data stored on memory storage elements. The show specific commands may include a timeline that incorporates cues, direction, and / or commands for multiple devices of the system and / or elements of the devices.

[0177] Depending on the requirements for the show the devices receiving direction based on the instructions may include screens, interactive seats, projectors, light boards, sound boards,transmitters, receivers, repeaters, switches, robotic elements, lights, and / or participants in the live show including actors, staff members, musicians, and / or patrons.

[0178] In some embodiments, the processor may access patron specific data stored on a memory storage element such that the commands further consider patron specific data when controlling a device or an element on a device.

[0179] In a particular example, a processor may utilize show specific data and patron specific data to develop commands for a device such as a patron station, specifically, a seat that is capable of providing images, haptic feedback, sounds, movement, smells, and / or text (e.g., captioning). Thus, the processor can compare values for a specific device that are set in the instructions and / or show specific data with requirements in the data for the patron and thus, generate a command for that patron’s seat and / or elements associated with the patron’s seat. For example, a patron may have a sensitivity to a specific type of stimulation that could be taken into account using this system. For example, if the patron specific data indicated that a patron had a preference for utilizing closed captioning, closed captioning may appear on at least one of the elements of the integrated seat such as a screen, display, and / or projection visible from the patron’s seat.

[0180] An example of embodiment of a system for customizing a live theater experience for an individual patron may include memory storage elements that house instructions and one or more databases. The databases may include data regarding the show to be performed, the venue, and patron specific data regarding preferences, seat locations, and / or identity. The information in the databases may be used to modify instructions that may be show specific, venue specific, or a combination of both. A processor modifies the instructions as needed and then communicates the modified instructions to elements of the system such as devices, actors, stage managers, staff members, musicians, and / or patrons. In addition, the modified instructions may be amended to meet specific requirements or preferences of a patron. The instructions may also be used to control individual elements on devices. For example, the instructions may be used to control one or more functions of an interactive seat.

[0181] Controllers, such as computers with software (e.g, Q-Labs, DMX, or specific to an element) may be used to control sound, video, light, projections, chairs, and / or provide cues (e.g., sound cues, projection cues, show control cues) based on a timeline specific to a show that is incorporated in the show specific instructions. For example, a controller can cue actions of either an actor, musician, and / or staff member based on the show specific instructions.

[0182] The controller sends instructions to a soundboard (i.e., DiGiCo soundboard), a lightboard (i.e., ION lightboard), a projector (e.g., a UHD projector such as a Christie HS series, Sharp 8200 lumen projector), screens (e.g., microtiles), and additional controllers, as needed. For example, a controller is used to control the seats (e.g., Technifex, FuninVR, 4DX) based on the show specific instructions. As needed, DMX controllers are used to control elements such as lighting fixtures.

[0183] In turn the lightboard (i.e., ION lightboard) uses the instructions provided to send sends signals to wireless or hardwired DMX controllers that change the light's color, focus, and position, as needed.

[0184] Examples types of devices that may be used in this system and method include, but are not limited to a control system including, for example, processors, memory storage elements, computers, networks, repeaters, wireless controllers (e.g., ERDMX-512), DMX scene controllers (e.g., Echoflex ERDMX -EU-LV, Unison®Aero™ Power Series), DMX interfaces, receivers such as DMX fixtures (e.g., light fixtures, dimmers, blinds etc.), switches, repeaters, lightboards (e.g., ION lightboard), soundboards, and / or mixing consoles (e.g., DiGiCo), a sound system that utilizes one or more sound boards (e.g., DiGiCo Quantum series boards such as a Quantum 7), patron stations, that is, locations where a patron may interact with the show, such as, entrances, stairways, seats (e.g., Technifex, FuninVR, 4DX), seats with integrated sound elements such as speakers, surround sound, and / or elements of augmented audio systems, platform technologies (e.g., 6 axis hexapod robot “6DOF” platform technologies, 3-DOF electric platforms, or 2-DOF electric platforms, for example, those developed by FuninVR) for use in conjunction with stage elements, patron stations such as seats, entrances, walkways, lighting systems including, but not limited to lighting fixtures, projectors such as 360 projector systems, UHD projectors, 4K projectors (e.g., Sharp 8200 Lumen Projector), 4K-UHD projectors (e.g., Christie HS Series projectors such as 4K13-HS, 4K13-HS (TAA), 4K22-HS, 4K22-HS (TAA), 4K22-HS 1DLP), displays including, but are not limited to LED displays, OLED displays, display tiles such as LED tiles (e.g., Christie MicroTiles®), atmospheric devices including but not limited to lights, projectors, tiles, sound elements, environmental effect devices capable of emitting water, fog, scent, snow, wind, timelines, specific instructions, location in the theater (e.g., patron stations such as concierge desks, bar, registration) that have connected sound (e.g., speakers, augmented audio systems, lighting elements), and / or wearables (e.g., augmented reality wearables, such as headsets, headphones,and / or glasses). Wearables may allow for a personalized incorporation of smell, sound, haptic feedback, text (e.g., captioning), and / or images. Wearables may be coupled to one or more control systems during use of a theater system using wireless technology (e.g., bluetooth or wireless network). In some instances, seats may include elements that can effectuate integrated atmospheric effects.

[0185] In a particular embodiment of an atmospheric theater, the theater venue is divided into sections. For example, devices may be grouped together in sections to receive instructions from the system based on location. In a specific embodiment, groups of seats may be in instructed during a performance using an instruction that is communicated to members of the group of seats and / or the group of seats. Instructions to groups of seats may vary depending on the location and a number of seats in a grouping of seats may be in a range from two (2) to twenty (20) seats. In particular, groups of seats in a range from about two (2) to five (5) may receive at least some common instructions.

[0186] These system, devices, and / or elements may be combined in any configuration depending on the requirements of the show, the theater, the stage manager, the crew, the actors, and / or the patron. For example, seats providing sound, atmospheric effects, light, displays, and / or haptic feedback may be positioned on platforms that are also configured to move during the course of a performance. These seats may be positioned in view of multiple devices that receive instructions from the system. Devices may include, but are not limited to special effects devices, displays, lights, sound systems, actors, robotic elements, stage elements, etc.ExamplesExample 1

[0187] As patrons enter the venue with an electronic ticket information from the eticket is collected and used by a processor to project information associated with the ticket on displays, digital walls, screens surrounding the entrance. Guests celebrating Birthdays, Anniversaries, and other special occasions will be recognized by a personal message displayed on digital screens / walls surrounding the entrance.Example 2

[0188] In an example, return patrons are identified by their tickets. Once identified patrons are welcomed based on their stored data with images, statements of gratitude for their support, personalized announcements, scents (e.g., birthday cake), and / or messages for special occasionssuch as birthdays or anniversaries, memories that they shared are displayed and / or announced at the entrance, near the patron’s seat, or at the patron’s seat.Example 3

[0189] In an example, patrons are identified by their tickets. A personalized gift is placed in a patron's designated seat to commemorate their occasion.Example 4

[0190] In an example of an atmospheric theater production, an actor takes flight through a projected sky during the performance. At the same time, individual guests simultaneously experience wind blowing through their hair, sounds / sensations of the live orchestra surrounding them, and gentle reclined movements of their seats as the wind blows.Example 5

[0191] In a particular example of an atmospheric theater, the theater venue is a theater in the round. Seats used in the theater are interactive seats with integrated surround sound capabilities. In addition, 360 projection technology is deployed to provide an immersive experience. Memory storage elements include both show and client data as well as instructions and are accessed by a processor. The processor uses the instructions and data to generate commands for system elements such as devices. In particular, the system includes interactive seats having multiple functionalities including surround sound, projectors, a light board, a sound board, transmitters, and lights.Example 6

[0192] In a further example an atmospheric theater show, the stage lights dim as actor raises her arms, illuminating the projection screen with a dazzling display of swirling white snow. The audience is transported into a wintry snowscape, with snow falling around them, creating a magical atmosphere. As the snow falls, a faint scent of crisp winter air and pine trees fills the theater, adding to the immersive experience. The sound of the howling wind and crackling snow from the surround sound adds to the realism of the scene, transporting the audience into the heart of a snowstorm. The wind from the snowstorm blows through the theater, gently brushing against the audience's skin and creating a sense of movement.Example 7

[0193] In a further example of an atmospheric show, the air around the audience will be filled with the salty, briny scent of the ocean, mixed with the heavy, earthy aroma of wet wood and metal. The faint smell of rain will linger, adding to the immersive experience. The salty ocean airmay leave a slight tang on the audience's tastebuds, adding to the realistic feel of being on a ship at sea. As the ship crashes against the waves, the audience will feel the vibrations and gentle sway of the theater floor, simulating the feeling of being on a ship at sea. The rain may also splash onto the audience, adding a sense of wetness to the experience. The audience sees the powerful waves rising and crashing against a ship's hull, the endless expanse of ocean stretching out before them through the 360 projection system. The rain gently sprinkles from the crash onto the audience, evoking an uncertain atmosphere. Further, the movement of the ship is reflected in the movement of the seats throughout the show. At times the theater seats will tilt downward to create an immersive experience.Example 8

[0194] In a particular example, instructions for a specific show are created based on the requirements for the show. These instructions include a timeline that incorporates cues, direction, and commands for multiple elements of the system. Depending on the requirements for the show the elements includes screens, actors, staff, interactive seats, projectors, a light board, a sound board, transmitters, and lights.

[0195] A controller, specifically, a computer with software (e.g, Q-Labs, DMX) is used to control sound, video, light, projections, chairs, cues (e.g., sound cues, projection cues, show control cues) based on a timeline specific to a show that is incorporated in the show specific instructions. Further, the controller can cue actions of either an actor or staff based on the show specific instructions.

[0196] The controller sends instructions to a soundboard (i.e., Digico soundboard), a lightboard (i.e., ION lightboard), a projector (e.g., a UHD projector such as a Christie HS series, Sharp 8200 lumen projector), screens (e.g., microtiles), and additional controllers, as needed. For example, a DMX controller is used to control the seats (e.g., Technifex, FuninVR, 4DX) based on the show specific instructions. As needed, DMX controllers are used to control elements such as lighting fixtures.

[0197] In turn the lightboard (i.e., ION lightboard) uses the instructions provided to send sends signals to wireless or hardwired DMX controllers that change the light's color, focus, and position, as needed.

[0198] Software may be used in the system may include software specific to devices, for example, Q-lab, DMX software. In addition, controllers and / or boards used may utilize specificsoftware and / or commands for use in the system. Processors and / or devices used in the system may include any known in the art. For example, in a particular embodiment, a system may include one or more MAC studio devices and / or Mac Studio displays used to house software such as Q- lab and / or DMX software.Example 9

[0199] In a particular embodiment of the system, dedicated processors (e.g., computers) may be needed for specific devices that interact with a processor generating instructions for the system using both show and client data. Further, input devices may be used to provide input from an actor, a stage manager, a staff member, a patron, or the audience to the processor generating the instructions. The processor may use the instructions, data, and / or input from live participants to generate commands for system elements such as devices, actors, and / or staff members.Example 10

[0200] A live theater venue is a theater in the round. Seats used in the theater are interactive seats with integrated surround sound capabilities. In addition, the interactive seats provide a number of special effects that are cued to the action on the stage. Devices proximate the interactive seats also provide special effects that are cued by the action on the stage.

[0201] Processors access both patron specific data and show specific data to control the specific effects at the interactive seat or proximate to the interactive seat. Patron specific data is used to control the interactive seat settings as well as special effects. Preferences of an individual patron are used to amend the instructions such that the seat settings and / or special effects are modified for patron’s needs. In particular, the system includes interactive seats having multiple functionalities including surround sound, projectors, a light board, a sound board, transmitters, and lights.

[0202] 360 projection technology is used to provide an immersive experience proximate the interactive seats.Example 11

[0203] In a particular example of an atmospheric theater, the theater venue is divided into sections. For example, seats may be grouped together in sections to receive instructions from the system based on location. In particular, groups of seats may be in instructed during a performance. Groups of seats may vary depending on the location but may be in a range from two (2) to twenty (20). In particular, groups of seats in a range from about two (2) to five (5) may receive at leastsome common instructions. Seats may be grouped such that three (3) or four (4) seats in a may receive at least some common instructions. In addition, seats that are grouped may still receive individual instructions. For example, a group of four (4) seats may receive instructions based on their location relative to the stage. In addition, these same four (4) seats may receive individualized instructions for specific element. In particular, these individualized instructions may be based on data in the patron specific database, such as preferences of the patrons.

[0204] The invention is further described by the following numbered paragraphs:1. A method for customizing a theater program comprising: providing one or more memory storage elements comprising: instructions; and at least one database comprising one or more of patron specific data, venue specific data, and show specific data; providing at least one processor coupled to the one or more memory storage elements; accessing the at least one database and the instructions using the at least one processor; and executing the instructions of the one or more memory storage elements.2. The method of paragraph 1 wherein accessing the at least one database comprises retrieving predetermined data from the at least one database and using the predetermined data to execute the instructions of the one or more memory storage elements.3. The method of paragraph 1 wherein accessing the at least one database comprises retrieving predetermined data from the at least one database and using the predetermined data to execute the instructions of the one or more memory storage elements for a specific patron at a patron station assigned to that patron during use.4. The method of paragraph 1 wherein the processor is used to control one or more elements of the system.5. The method of paragraph 1 wherein the one or more devices comprise at least one of welcoming devices, broadcast devices, patron stations, atmospheric devices, lighting, projectors, audio elements, robotic devices, augmented reality devices, mixed reality devices, or extended reality devices, stage elements, secondary processors, or controllers.6. The method of paragraph 1 wherein the processor is configured to provide directions to one of more of patrons, staff, actors, musicians, and operators of the devices.7. The method of paragraph 1 wherein executing the instructions of the one or more memory storage elements further comprises providing data from the processor to control at least one or more functions at the one or more elements of the system.8. The method of paragraph 1 wherein executing the instructions of the one or more memory storage elements further comprises providing data from the processor to control at least one or more functions at one or more patron stations.9. The method of paragraph 7 wherein the one or more functions comprises controlling special effects proximate a least one seat.10. The method of paragraph 7 wherein the one or more functions comprises at least one of controlling movement of a seat, controlling haptics of the seat, controlling air flow, controlling temperature proximate the seat, controlling light proximate the seat, controlling environmental conditions proximate the seat, controlling special effects proximate the seat, providing accessibility data to the seat, providing enhanced audio to the seat, providing enhanced closed captioning to the seat, providing enhanced visual information to the seat, and reducing background noise at the seat during use.11. The method of paragraph 7 wherein the one or more functions comprises using the data from the one or more databases such that settings at a patron station are customized for an assigned patron during use.12. The method of paragraph 1 wherein executing the instructions of the one or more memory storage elements further comprises receiving data from the processor to control at least one or more functions at one or more patron stations.13. The method of paragraph 1 wherein executing the instructions of the one or more memory storage elements further comprises receiving data from the processor to control at least one or more functions at one or more patron stations.14. A system for customizing a theater experience for a specific patron, comprising: one or more memory storage elements comprising: instructions and at least one database comprising one or more of patron specific data, venue specific data, and show specific data; at least one processor connected to at least one of the one or more storage devices; andone or more devices coupled to the at least one processor such that the processor controls one or more elements of the one or more devices.15. The system of paragraph 14 wherein the one or more devices comprise at least one of welcoming devices, broadcast devices, patron stations, atmospheric devices, lighting, projectors, audio elements, robotic devices, augmented reality devices, mixed reality devices, extended reality devices, stage elements, secondary processors, or controllers.16. The system of paragraph 14 wherein the one or more elements of the one or more devices comprise at least one of lights, speakers, transmissions, Wi-Fi, microphones, keyboards, sensors, .17. The system of paragraph 14 wherein the processor is used to control the one or more devices.18. The system of paragraph 14 wherein the at least once processor is configured to access the at least one database and the predetermined data to execute the instructions of the one or more memory storage elements.19. The system of paragraph 14 wherein the at least once processor is configured to access the at least one database to retrieve predetermined data from the at least one database and use the predetermined data to execute the instructions of the one or more memory storage elements for a specific patron at a patron station assigned to that patron during use.20. The system of paragraph 14 wherein the one or more devices are configured to provide directions to one of more of patrons, staff, actors, musicians, and operators of the devices.21. The system of paragraph 14 wherein the at least one processor controls one or elements of a seat such that the processor controls special effects proximate the seat.22. The system of paragraph 14 wherein the at least one processor controls one or elements of a seat such that the at least one processor controls at least one of movement of a seat, controls haptics of the seat, controls air flow, controls temperature proximate the seat, controls light proximate the seat, controls environmental conditions proximate the seat, controls special effects proximate the seat, provides accessibility data to the seat, provides enhanced audio to the seat, provides enhanced closed captioning to the seat, provides enhanced visual information to the seat, and reduces background noise at the seat during use.23. The system of paragraph 14 further comprising one or more additional elements coupled to the at least one processor such that the processor provides a command to at least one of the one or more additional elements during use.24. The system of paragraph 23 wherein the one or more additional elements comprise at least one of an actor, a musician, a stage manager, a staff member, a wearable device, a transmitter, a receiver, a patron welcome device, a broadcast device, an atmospheric device, a stage element, a light, a projector, a display, a robot, sound equipment, a speaker, a mixing console, a screen, a video wall, a wearable device, a virtual reality device, an augmented reality device, a mixed reality device, or an extended reality device.25. A system for creating a custom theater experience comprising: a plurality of interactive seats; one or more projection devices; one or more memory storage elements; one or more processors; a light board; a sound board; wherein the one or more processors send commands to at least one of the plurality of interactive seats, the one or more projection devices, the light board, and the sound board during use.26. The system of paragraph 25 wherein at least one of the one or more memory storage elements comprises instructions.27. The system of paragraph 25 wherein at least one of the one or more memory storage elements comprises at least one database comprising one or more of patron specific data, venue specific data, and show specific data.28. The system of paragraph 2525 wherein further comprising one or more additional elements coupled to the at least one processor such that the processor controls the one or more additional elements during use.29. The system of paragraph 28 wherein the one or more additional elements comprise at least one of a transmitter, a receiver, a patron welcome device, a broadcast device, an atmospheric device, a stage element, a light, a projector, a display, a robot, sound equipment, a speaker, a mixingconsole, a screen, a video wall, a wearable device, a virtual reality device, an augmented reality device, a mixed reality device, or an extended reality device.30. The system of paragraph 25 wherein further comprising one or more additional elements coupled to the at least one processor such that the processor provides a command to at least one of the one or more additional elements during use.31. The system of paragraph 25 wherein the one or more additional elements comprise at least one of an actor, a musician, a stage manager, a staff member, a wearable device, a transmitter, a receiver, a patron welcome device, a broadcast device, an atmospheric device, a stage element, a light, a projector, a display, a robot, sound equipment, a speaker, a mixing console, a screen, a video wall, a wearable device, a virtual reality device, an augmented reality device, a mixed reality device, or an extended reality device.32. A system for creating a custom theater experience comprising: a plurality of interactive seats wherein each of the interactive seats comprises: one or more speakers positioned proximate the seat; one or more projection devices; one or more memory storage elements; one or more processors; wherein the one or more processors send commands to at least one of the plurality of interactive seats, the one or more projection devices, the light board, and the sound board during use.33. A system for creating a custom theater experience comprising: a plurality of interactive seats wherein each of the interactive seats comprises: one or more speakers capable of producing sound over three or more channels; one or more projection devices; one or more memory storage elements; one or more processors; wherein the one or more processors send commands to at least one of the plurality of interactive seats, the one or more speakers, and the one or more projection devices during use.34. A system for creating a custom theater experience comprising: one or more processors;a plurality of interactive seats wherein each of the interactive seats comprises: one or more speakers capable of producing sound over three or more channels; one or more projection devices; and one or more actors or musicians; wherein the one or more processors send command to at least one of the plurality of interactive seats, at least one of the one or more speakers, at least one of the one or more projection devices, and at least one of the one or more actors or musicians during use.35. A system for customizing a live theater experience for an individual patron, comprising: one or more memory storage elements comprising: instructions; and at least one database comprising one or more of patron specific data, venue specific data, and show specific data; at least one processor connected to: at least one of the one or more memory storage elements; and one or more devices coupled to the at least one processor; wherein the at least one processor modifies the instructions using at least one of the one more of patron specific data, venue specific data, and show specific data and the modified instructions are used to control the one or more devices.36. The system of paragraph 35 wherein the at least one processor modifies the instructions using at least one of the one more of patron specific data, venue specific data, and show specific data and the modified instructions are used to provide commands to one or more of a staff member, an actor, or a musician.37. The system of paragraph 35 further comprising an input provided to the processor from at least one of an actor, a staff member, a patron, or a musician wherein the processor uses the input to amend the modified instructions provided to the one or more devices.38. The system of paragraph 35 wherein the at least one database comprises an individual patron’s seat location in the patron specific data and wherein the at least one processor amends the modified instructions to control the one or more devices proximate the patron’s seat location.39. The system of paragraph 35 wherein the one or more devices comprises a specific patron’s location and wherein the specific patron’s data is used to amend the modified instructions used to control the specific patron’s interactive seat.40. The system of paragraph 35 wherein at least one processor modifies the instructions using at least one of the one more of patron specific data, venue specific data, and show specific data and the modified instructions are used to control the one or more devices comprising: an interactive seat; and a special effects device proximate the interactive seat.41. The system of paragraph 35 further comprising at least one input device that receives a real-time input from at least one of an actor, a staff member, a musician, or an operator and is connected to the processor such that the modified instructions are amended for at least one of the one more devices.42. The system of paragraph 35 further comprising a input provided from at least one of an actor, a staff member, a patron, or a musician to the at least one processor wherein the processor uses the input to amend the modified instructions provided to the one or more devices, an actor, a staff member, a musician, or an operator.43. The system of paragraph 35 wherein in the one or more devices comprise at least one of: an interactive seat, a patron station, a transmitter, a receiver, a patron welcome device, a broadcast device, an atmospheric device, a stage element, a light, a projector, a display, a robot, sound equipment, a speaker, a mixing console, a screen, a video wall, a wearable device, a virtual reality device, an augmented reality device, a mixed reality device, or an extended reality device.44. The system of paragraph 35 wherein the database comprises patron specific data and show specific data and wherein the modified instructions provide at least one command to one of more of a patron, a staff member, an actor, a musician, an operator of the devices, or at least one of the one or more devices.45. The system of paragraph 35 wherein the one or more devices comprise a seat and wherein the processor provides commands one or more seat elements such that the at least one processor controls at least one of movement of a seat, controls haptics of the seat, controls air flow, controls temperature proximate the seat, controls light proximate the seat, controls environmental conditions proximate the seat, controls special effects proximate the seat, provides accessibility data to the seat, provides enhanced audio to the seat, provides enhanced closed captioning to the seat,provides enhanced visual information to the seat, and reduces background noise at the seat during use.46. A system for creating a custom theater experience comprising: a plurality of interactive seats wherein each of the interactive seats comprises: one or more elements positioned proximate the seat to communicate with a user; one or more memory storage elements comprising: instructions specific to the plurality of interactive seats; and at least one database comprising one or more of patron specific data, venue specific data, and show specific data; at least one processor connected to the plurality of interactive seats and at least one of the one or more memory storage elements comprising the instructions and the at least one database; and wherein at least one processor modifies the instructions using at least one of the one more of patron specific data, venue specific data, and show specific data uses the modified instructions to control the one or more elements of the plurality of the interactive seats.47. The system of paragraph 46 further comprising an input provided to the processor from at least one of an actor, a staff member, a patron, or a musician wherein the processor uses the input to amend the modified instructions provided to the one or more elements of the plurality of the interactive seats.48. The system of paragraph 46 wherein one or more of the at least one processor uses the amended modified instructions to control at least one of one or more projection devices, a light board, a sound board, a transmitter, a receiver, a patron welcome device, a broadcast device, an atmospheric device, a stage element, a light, a display, a robot, sound equipment, a speaker, a mixing console, a screen, a video wall, a wearable device, a virtual reality device, an augmented reality device, a mixed reality device, an extended reality device, an actor, a musician, a stage manager, or a staff member.

[0205] Having thus described in detail preferred embodiments of the present invention, it is to be understood that the invention defined by the above paragraphs is not to be limited to particular details set forth in the above description as many apparent variations thereof are possible without departing from the spirit or scope of the present invention.

Claims

WHAT IS CLAIMED IS:

1. A system for customizing a live theater experience for an individual participant of a plurality of participants of the experience, the system comprising: a processor; a transducer, coupled to the processor and configured to affect the individual participant; a memory, coupled to the processor; and instructions in the memory, which when executed by the processor, configure the system to perform the following functions: retrieve an experience instruction, the experience instruction when executed configuring the transducer to perform an experience action; retrieve an individual participant instruction, the individual participant instruction associated with the individual participant of the plurality of participants; reconcile the experience instruction with the individual participant instruction, producing an individual participant experience instruction; perform, via the transducer, the individual participant experience instruction.

2. The system of claim 1, wherein the individual participant experience instruction configures the transducer to provide a command to the participant.

3. The system of claim 1, wherein the instructions in the memory, when executed by the processor, further configure the system to perform the following functions: receive, at a staff input interface, a staff cue; retrieve a cued instruction; reconcile the cued instruction with the experience instruction, producing a cued experience instruction; perform, via the transducer, the cued experience instruction.

4. The system of claim 3, wherein: the cued instruction is associated with a cue signifier, producing a cue pairing;a subsequent cued instruction is associated with a subsequent cue signifier, producing a subsequent cue pairing; and the instructions in the memory, when executed by the processor, further configure the system to perform the following functions: present, at the staff input interface, the cue signifier, present, at the staff input interface, the subsequent cue signifier, retrieve the subsequent cued instruction, reconcile the subsequent cued instruction with the experience instruction, producing a subsequent cued experience instruction, and perform, via the transducer, the subsequent cued experience instruction; the cue pairing is not equal to the subsequent cue pairing; and the cue signifier is equal to the subsequent cue signifier, or the cued instruction is equal to the subsequent cued instruction.

5. The system of claim 1, wherein the transducer comprises at least one of: an interactive seat, a patron station, a transmitter, a receiver, a patron welcome device, a broadcast device, an atmospheric device, a stage element, a light, a projector, a display, a robot, a sound equipment device, a speaker, a mixing console, a screen, a video wall, a wearable device, a virtual reality device, an augmented reality device, a mixed reality device, or an extended reality device.

6. The system of claim 1, wherein: the transducer is coupled to a seat in the live theater experience; and the seat is associated with the individual participant.

7. The system of claim 6, wherein the instructions in the memory, when executed by the processor, further configure the system to perform the following functions: retrieve a seat instruction, the seat instruction associated with the seat; reconcile the experience instruction with the seat instruction, producing a seat experience instruction; perform, via the transducer, the seat experience instruction.

8. The system of claim 6, wherein the experience instruction, when executed, configures the processor to control, via the transducer, at least one of: a movement component of the seat, a haptics component of the seat, an air flow component of the seat, a proximate temperature component of the seat, a proximate light component of the seat, an environmental conditions component of the seat, a special effects component of the seat, or a background noise reduction component of the seat; or configures the processor to provide to the transducer at least one of: accessibility data relevant to the seat, enhanced audio data relevant to the seat, enhanced closed caption data relevant to the seat, or enhanced visual information relevant to the seat.

9. The system of claim 1, wherein: the live theater experience is within a venue; and the instructions in the memory, when executed by the processor, further configure the system to perform the following functions: retrieve a venue instruction, the venue instruction associated with the venue, reconcile the experience instruction with the venue instruction, producing a venue experience instruction, and perform, via the transducer, the venue experience instruction.

10. The system of claim 1, further comprising: an alternative transducer, coupled to the processor and configured to affect an alternative participant of the plurality of participants; and wherein: the instructions in the memory, when executed by the processor, further configure the system to perform the following functions:retrieve an alternative participant instruction, the alternative participant instruction associated with the alternative participant of the plurality of participants, reconcile the experience instruction with the alternative participant instruction, producing an alternative participant experience instruction, and perform, via the alternative transducer, the alternative participant experience instruction; the alternative participant instruction does not equal the individual participant instruction; the alternative participant experience instruction does not equal the individual participant experience instruction; and a first phenomenon resulting from the transducer executing the individual participant experience instruction is different from a second phenomenon resulting from the alternative transducer executing the alternative participant experience instruction.

11. The system of claim 1, further comprising: an alternative transducer, coupled to the processor and configured to affect an alternative participant of the plurality of participants; and wherein: the instructions in the memory, when executed by the processor, further configure the system to perform the following functions: retrieve an alternative participant instruction, the alternative participant instruction associated with the alternative participant of the plurality of participants; reconcile the experience instruction with the alternative participant instruction, producing an alternative participant experience instruction; and perform, via the alternative transducer, the alternative participant experience instruction; the alternative participant instruction equals the individual participant instruction; the alternative participant experience instruction equals the individual participant experience instruction; and a first phenomenon resulting from the transducer executing the individual participant experience instruction is congruent with a second phenomenon resulting from the alternative transducer executing the alternative participant experience instruction.

12. The system of claim 1, wherein the individual participant experience instruction does not equal the experience instruction.

13. The system of claim 1, further comprising an individual participant device; and wherein the instructions in the memory, when executed by the processor, further configure the system to perform the following functions: receive the individual participant instruction from the individual participant device.

14. The system of claim 13, wherein: the live theater experience is within a venue; and the individual participant instruction is received from the individual participant device while the individual participant device is outside the venue.

15. A system for customizing a live theater experience for a plurality of participants of the experience, the system comprising: a processor; a transducer, coupled to the processor and configured to affect the individual participant; a memory, coupled to the processor; and instructions in the memory, which when executed by the processor, configure the system to perform the following functions: retrieve an experience instruction, the experience instruction when executed configuring the transducer to perform an experience action; retrieve a venue instruction, the venue instruction associated with seat locations in the venue for the plurality of participants; reconcile the experience instruction with the venue instruction, producing a seat specific experience instruction for each seat location; perform, via the transducer, the seat specific experience instruction.

16. A method for customizing a theater program comprising: providing one or more memory storage elements comprising:instructions; and at least one database comprising one or more of patron specific data, venue specific data, and show specific data; providing at least one processor coupled to the one or more memory storage elements; accessing the at least one database and the instructions using the at least one processor; and modifying the instructions using the at least one database; executing the modified instructions; and controlling one or more devices using the modified instructions.

17. The method of claim 16 further comprising providing commands to at least one of an actor, a stage manager, a musician, a staff member, an individual patron, or an audience.

18. The method of claim 16 wherein the one or more devices comprise at least one of seats, seat with integrated sound, surround sound, welcoming devices, broadcast devices, patron stations, atmospheric devices, lighting, projectors, audio elements, robotic devices, augmented reality devices, mixed reality devices, or extended reality devices, stage elements, secondary processors, or controllers.

19. The method of claim 16 wherein executing the modified instructions further comprises providing data from the processor to control one or more functions of an interactive seat and the one or more devices positioned proximate the interactive seat.

20. The method of claim 16 wherein modifying the instructions using the at least one database comprises: performing at least two instructions comprising: retrieving an experience instruction, the experience instruction when executed configuring the transducer to perform an experience action; retrieving a venue instruction, the venue instruction associated with seat locations in the venue for the plurality of participants; retrieve an individual participant instruction, the individual participant instruction associated with the individual participant of the plurality of participants;reconciling the at least two instructions; producing an individual participant experience instruction; performing, via the transducer, the individual participant experience instruction reconciling the experience instruction with the venue instruction, producing a participant experience instruction for each seat location; performing, via the transducer, the individual participant experience instruction comprising at least one of: controlling movement of the individual patron’s the interactive seat; controlling haptics of the individual patron’s interactive seat; controlling air flow proximate the individual patron’s seat; controlling temperature proximate the individual patron’s interactive seat; controlling light proximate the individual patron’s interactive seat; controlling environmental conditions proximate the individual patron’s interactive seat; controlling special effects proximate the individual patron’s interactive seat; providing accessibility data to the individual patron’s interactive seat; providing enhanced audio to the individual patron’ s interactive seat; providing enhanced closed captioning to the individual patron’s interactive seat; providing enhanced visual information to the individual patron’s interactive seat; or reducing background noise at the individual patron’s interactive seat during use.

21. The method of claim 19 wherein the one or more functions at the interactive seat are controlled using the data from the one or more databases such that settings at the interactive seat are customized for an assigned patron during use.

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