Composition production with audience participation
11232679 · 2022-01-25
Inventors
Cpc classification
G10H2240/175
PHYSICS
G10H2240/181
PHYSICS
G10H1/0058
PHYSICS
G10H2220/121
PHYSICS
International classification
Abstract
Methods are provided for enabling audience members at a live or substantially live performance to interact with performers and participate in the performance.
Claims
1. A cooperative production of composition system (CPCS), comprising: a GPS receiver; a display; a speaker; a telecommunication device coupled to the speaker, display and the GPS receiver, where the display displays a primary performance component based upon a location determined from the GPS receiver of the telecommunication device with the primary performance; a secondary performance component combined with the primary performance in the display; and an input sensor coupled to the telecommunication device and the secondary performance that when activated results in human perceptible activity from the telecommunication device, wherein the secondary performance is part of the primary performance.
2. The cooperative production of composition system (CPCS) of claim 1, comprising: a sound being played by the speaker in response to the activation of the input sensor.
3. The cooperative production of composition system (CPCS) of claim 2, wherein the sound being played by the speaker in response to the activation of the input sensor is a musical instrument sound.
4. The cooperative production of composition system (CPCS) of claim 3, comprising: a selection of the musical instrument sound is made remotely from the telecommunication device.
5. The cooperative production of composition system (CPCS) of claim 1, comprising: an image being displayed by the display in response to the activation of the input sensor.
6. The cooperative production of composition system (CPCS) of claim 5, comprising: a selection of the image is made remotely from the telecommunication device.
7. The cooperative production of composition system (CPCS) of claim 1, comprising: another device in communication with the telecommunication device coupled to the secondary performance.
8. The cooperative production of composition system (CPCS) of claim 7, wherein the other device in communication with the telecommunication device is a mask.
9. The cooperative production of composition system (CPCS) of claim 7, wherein the other device in communication with the telecommunication device is a fingernail controller.
10. The cooperative production of composition system (CPCS) of claim 7, wherein the other device in communication with the telecommunication device is a drone.
11. The cooperative production of composition system (CPCS) of claim 1, where the secondary performance depicts lyrics in sync with the primary performance.
12. The cooperative production of composition system (CPCS) of claim 1, comprises: a camera that is part of the telecommunication device where the secondary performance transmits an image to the primary performance.
Description
BRIEF DESCRIPTION OF THE DRAWINGS
(1) The invention can be better understood by referring to the following figures. The components in the figures are not necessarily to scale, emphasis instead being placed upon illustrating the principles of the invention. In the figures, like reference numerals designate corresponding parts throughout the different views.
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DETAILED DESCRIPTION
(9) Methods according to the invention afford audience members the opportunity to add to live performances or presentations they witness or attend, thus creating unique compositions, such as live versions of songs, that have added value as compared to conventionally produced compositions. More generally, methods according to the invention facilitate live interaction between one or more performers and an audience of one or more viewers of a performance by the performer(s), thus allowing the audience member(s) to participate in the live performance or experience the performance in part through the use of a telecommunications device.
(10) As used herein, a “composition” includes any creative expression, in any medium, whether audio, visual or other, including without limitation musical works with or without accompanying lyrics, visual works such as paintings, photographs, videos, films, digital or other computer-generated images, written works such as stories, books, plays, scripts, performances such as dances, etc. A “primary producer” is any person or group of persons who initiate the production of the composition. The production so initiated generates the “primary component” of the composition. A “secondary producer” is any person or plurality of persons who generate(s) an element that is submitted according to the methods described herein for combination with the primary component to produce the composition.
(11) In some embodiments, however, the resulting composition is available only to the audience member (such as where the combination is combined with the primary part and/or recorded on the audience member's telecommunication device) and is not submitted to the producer for combination and/or recording with the primary part. The element so generated by one or more audience members is a “secondary component.” Compositions produced according to various embodiments of the inventive method can include one secondary component or a plurality of secondary components, and the production processes can involve one secondary producer or a plurality of secondary producers, each of whom can contribute one or more secondary components for combination with the primary component to produce a finished composition. A “menu” can be any listing of components available to a secondary producer for selection as a secondary component of the composition to be produced according to a method of the invention, whether generated by means of a computer application, such as when one or more menus is(are) displayed on the audience participant's telecommunication device display, displayed on one or more venue displays, or produced by any other means, such as by printing on a hard copy that is distributed to and read by a secondary producer. In some embodiments a menu can include multiple menus.
(12) In some embodiments, a menu can include certain permissions, authorizations or denials of authorization for the CSPS or the producer through the use of the CSPS to control certain functions of the telecommunication device. Some examples of such functions are, location determination and transmission of location data features, phone ring/not ring, call receive/not receive (send to voicemail), device display functions, device camera functions, video capture functions, device sound producing functions (such as device headphone or speaker activation and/or play of content through internal speakers and/or headphones, transmission to external amplifiers and/or speakers, etc.), acquisition of data on the device, such as access to contacts, access to purchase data, previous location information, etc., texting functions, web browsing functions, near-field communication functions, blue tooth functions, etc. The components so listed can be pre-specified, or alternatively can be newly created by a secondary producer using an appropriate application such as music-writing computer software. The menus can also be interactive with the performance, meaning that as the performance progresses, certain menu options can dynamically be presented to audience participants, or selected parts thereof.
(13) Referring now to
(14) In some preferred embodiments, where the telecommunication devices of one or more audience members are in communication with the CSPS so that the microphone and/or video inputting functions on the telecommunications device can be used in conjunction with the device's wireless communications with the CSPS (e.g., via a local network connection or via the Internet) to allow an audience member to render a performance that can be captured by the telecommunications device and transmitted to the CSPS. For example, in this way a telecommunication device able to capture the audio of an audience member singing (i.e., using the device as a microphone and signal transmitter of the digitized sound information to the CSPS) and transmit such singing to CSPS enabling a sound engineer, producer or performer, etc., to monitor the audience member's performance. In this way, the monitoring party can determine if such audience performer should be highlighted or spotlighted to the entire audience. Such monitoring can be in real time, through headphones, device speaker, external ⋅ speaker(s), such as house sound system or the audience members telecommunication device sound generation means (e.g., via their speakers). In some embodiments, if such person is selected by the engineer, producer, performer, etc., or by an automated feature of the CSPS that might, for example randomly select audience members performing (singing, etc.), such performance by the audience member may then be merged by the CSPS with the primary component and played to the entire audience.
(15) In some preferred embodiments, the CSPS incorporates an audience member location/tracking and spotlighting system that can move one or more spotlights to a position that will shine the spotlight's light beam on a particular location corresponding to the location of one or more specific telecommunication devices possessed by one or more audience members or to the known location of a seat or other attendance location that is associated in the CSPS with a ticket that is associated with a specific telecommunication device. This tracking function uses, for example, the location of the subject telecommunication device(s') (determined by any of the means previously discussed) to move the spotlight to specified location. Systems that move equipment to point to a specified location are well known in the art, and include telescope pointing systems such as those used by Meade Instruments Corp. (See e.g. LX 90, www.meade.com/lx90}, artillery targeting systems, etc. In some preferred embodiments, a spotlight is coupled with a mechanical pointing system that allows for computer control of the mechanical movement of spotlight so coupled to the mechanical pointing system where such control controls the pointing of the spotlight along at least the two axis of up/down and right/left in response to locational information provided to the computer control system that corresponds to the location of the subject telecommunications device in the possession of the subject “spotlighted” audience member or members.
(16) In some preferred embodiments, the CSPS configured with the aforesaid audience member location/tracking and spotlighting system enables a user of the CSPS (e.g., a sound engineer, producer, non-audience performer, etc.) to train a spotlight on an audience member or group of audience members that are rendering a second component of interest. For example, if through the use of the aforementioned monitoring feature of the CSPS whereby an audience member is singing into the audience member's telecommunication device's microphone and such telecommunication device in communication with the CSPS is providing such audio performance to the CSPS, if a sound engineer, producer, non-audience performer, etc., monitoring the audience desires to spotlight the audience member's performance, the locational information regarding the location of the telecommunication device is provided to the CSPS by any of the means previously discussed, and such information is used by the audience member location/tracking and spotlighting system to move the spotlight to the location at which the telecommunication device is located, thereby “spotlighting” the audience member. In some preferred embodiments, the audience member's performance is also merged with the primary component and played through the venue sound system. In some preferred embodiments, the aforementioned merged performances are digitally and wirelessly sent to one or more audience members' telecommunication devices and played through the sound generation means of such devices.
(17) It is to be understood that the telecommunication device capturing the audience member's performance need not be the telecommunication device possessed by the particular audience member of interest, if there is another nearby telecommunication device with similar functionality in communication with the CSPS. For example, a friend or other person proximate to the audience member of interest could hold up his or her telecommunication device to the subject audience member to sing into, and that device could be the one that is tracked for highlighting or spotlighting, etc.
(18) In some preferred embodiments, similar to the aforementioned method and system of capturing an audio performance of an audience member of interest, the CSPS can capture a video performance of an audience member of interest by using the audience member's telecommunication device or another proximate to the subject audience member that is in communication with the CSPS. Thus the audience member of interest could be visually highlighted and such visual information could be used by the CSPS to broadcast the image and/or live captured video performance on one or more monitors in the venue. In some embodiments, using a combination of the aforementioned methods and systems, both audio and video components regarding an audience member's performance of a secondary component can be merged with the primary component and provided to other audience members' telecommunication devices (e.g., via such devices' visual display and sound generation functionalities).
(19) In step 30, the selected secondary component 26 is transmitted, via telecommunication device 18 and telecommunication network 32, to central site 34 (for example, a server on a wide-area network such as the Internet, a local-area network, a computer maintained at the site of the performance by primary producer 12, etc.), to which primary component 14 is also provided via a telecommunication network, a hard line or any other desired modality.
(20) In step 30, the selected secondary component 26 is transmitted, via telecommunication device 18 and telecommunication network 32, to central site 34 (for example, a server on a wide-area network such as the Internet, a local-area network, a computer maintained at the site of the performance by primary producer 12, etc.), to which primary component 14 is also provided via a telecommunication network, a hard line or any other desired modality.
(21) In step 40, primary component 14 and secondary component 26 are combined, for example, using an appropriate application maintained at central site 34 or by any other desired combining method, to produce the performance 42. The performance 42 may be streamed in real-time or reproduced in step 50, for example as CD 52 or a downloadable data file, which can then be provided to secondary producer 16 or others, either free of charge or upon the payment of a premium.
(22) Composition 42 can also be provided to secondary producer 16 and/or other potential consumers prior to production or distribution of a recording of the performance 42, for example via Wi-Fi, blue-tooth transmission, near field communication means or another communication modality. This affords the recipient an opportunity to listen to the performance live in real-time or in substantially real time as it is being created. It also affords the recipient an opportunity to listen to the composition 42 and decide whether or not he wishes to acquire a recorded copy of the composition.
(23) If desired, compilations of two or more compositions 42 produced according to the foregoing method or other methods described herein can be produced and distributed in similar manner. Such compilations can also include one or more such compositions and one or more recordings of primary components without further secondary components.
(24) Additional features such as lyric or other text files, digital autographs, video or photographic files, additional audio files or the like, can also be combined with composition 42 in various ways. For example, additional instrumental, percussion, vocal or other audio parts or tracks can be added to composition 42 and recorded as a bonus recording, such as a “special dance mix” or other derivative work. Alternatively, a multimedia compilation can be produced including composition 42, together with one or more additional audio tracks, together with text, video or other files, and the compilation can then be recorded on an appropriate storage medium.
(25) It is to be understood that the primary and secondary components may also be synchronously combined with the primary and/or secondary components and presented to audience members live via their telecommunication devices. For example, lyrics, music notation, and/or audience participation instructions can be streamed to audience members' telecommunication devices and displayed thereon in synchronicity with the ‘musi9 being played by a live music act (e.g., with the primary component), such as by scrolling the lyrics to coincide with a vocal part being performed by the live act. For example, where such lyrics display is alone or in combination with displayed applications, such as, for example, with the display of virtual instruments that the audience member can play along with the music act's performance. In some embodiments the lyrics comprise one or more parts that are meant to be performed by one or more audience members. In some preferred embodiments the producer, live act, sound engineer, etc., can use the CSPS to send to specified telecommunications devices in specified locations in the venue (or to other locations) certain lyrics and/or other instructions. In this way, for example, audience members on side of the venue can be provided with lyrics specified for that side of the audience to sing while other lyrics are provided to the other side of the audience to sing.
(26) In some embodiments lyrics, music and other information is provided in sync with the primary component performance or in sync with another component of the performance by means of a person controlling the transmission and/or scrolling of such lyrics or music notation, or the providing of such synchronized instructions for display on audience members telecommunication devices. In some embodiments, such lyrics, music and/or instructions are synchronized via a synchronization track or a data instruction track synchronized with such a synchronization track. For example, it is common for live performances of music, pyrotechnic displays, show lighting effects, etc. to be synchronized to a sync track or other synchronization clocking means to which recorded artistic performances, such as music performance text, light effects, etc. may be synchronized. Numerous means of providing synchronization of displayed information, instructions, and/or mechanical or electronic events, etc., are well known in the art. In some embodiments any number of such means may be employed to synchronize the scrolling of lyrics and/or the presentation of other content on the audience members' telecommunication devices. Similarly, in some embodiments, control of any of the functions of such telecommunication devices previously discussed may also be synchronized with such a sync track or other means of synchronizing the effectuation of functionality(ies) on one or more audience members' telecommunication devices.
(27) In
(28) In step 130, the selected secondary components 122 and 124 are transmitted, via telecommunication device 18 and telecommunication network 32, to central site 34, to which primary component 14 is also provided. Next, in step 140, a plurality of compositions are produced by combining primary component 14 and one or more of secondary components 122 and 124. Thus, composition 142 is produced by combining primary component 14 with secondary component 124, while composition 144 is similarly produced by combining primary component 14 with secondary components 122 and 124. Compositions 142 and 144 can then be transmitted live or reproduced for later transmission, downloading, etc . . . .
(29) When a plurality of different compositions is produced, each composition can be made available to a different secondary producer. For example, if secondary producer 118 desires to obtain a copy of a composition including only primary component 14 and the secondary component he personally selected (e.g., secondary component 124), then a copy 142 (e.g., CD 152 or by downloading the file) can be made available to him, free of charge or upon payment of a premium. Alternatively, if secondary producer 116 desires to obtain a copy of a composition including the primary component 14 and both secondary components 122 and 124, then a copy of composition 144 (e.g., CD 154 or file) can be made available to him. It is to be understood that in some embodiments a copy of one or more compositions containing one or more secondary components generated by the user using one or more virtual instruments can be made available to the secondary producer.
(30) In order to ensure that secondary producers, such as participating audience members, are afforded an opportunity to obtain a copy of the composition of his choice, in some embodiments, each secondary component can be associated with the secondary producer who selected it in particular embodiments. This can be accomplished, for example, by one or more appropriate software applications to provide to the secondary producer as part of the application used for selection of the secondary component, a local means of combining the primary and secondary components into a composition that is stored on the secondary producer's telecommunication device.
(31) In some embodiments, a tracking code that is associated with the audience member's telecommunication device is associated with the secondary component and/or the resultant composition including one or more secondary components the secondary producer has selected or produced, or by any other desired tracking procedure. In some embodiments the CSPS can access such code to uniquely associate such secondary components with a particular telecommunications device for further use in association with various embodiments of the CSPS.
(32) As shown in
(33) Secondary components are not limited to percussion, instrumental or vocal tracks, but can include any sequence of sounds in any desired combination. Sounds effects such as explosions, mechanical or industrial sounds, samples, audio loops, or the like can also be employed as secondary components. As illustrated, the secondary components made available to the secondary producers are pre-recorded tracks that the secondary producer need only specify for combination with the primary component. Alternatively, an appropriate application, such as Garage Band™ or the like, including without limitation applications for virtual instruments playable on a touch screen, such as a virtual piano, virtual drums, virtual guitars, etc. can be employed by a secondary producer, enabling him to actually compose an original secondary component for combination with the primary component. In such embodiments, telecommunication device 18 includes or is in communication with a keyboard, touchscreen or other input device that enables the secondary producer to play or otherwise compose a part or track including one or more instrumental, percussion and/or other elements, which can be repeating or non-repeating as desired and/or as enabled by the particular application provided to the secondary producer.
(34) The application, such as a virtual piano, etc., can be provided to the secondary producer via the telecommunication device 18, or can be provided by the secondary producer himself, such as when such application is resident on the user's device. In some embodiments, the CSPS detects which, if any, applications are on the secondary producer's (e.g. the audience member's) telecommunications device to provide appropriate options enabling the audience member to play along with the primary component. For example, an audience member X's telecommunication device in communication with the CSPS might provide information to the CSPS after appropriate digital query of the telecommunication device's applications complement, that the device has a virtual conga drum application installed on the telecommunications device. If the show producer intends that one or more songs planned to be played at a concert are to include the possibility of audience participation by the playing of a virtual conga drum on the audience members' telecommunications devices, and the CSPS is configured to effectuate such integration of such playing of such virtual conga drum secondary components into the performance, then, in some embodiments, the CSPS will cause the telecommunications device to activate and display the virtual conga drum for use at the appropriate time during the concert. In some embodiments, for example, where a virtual instrument application, like a virtual conga drum application, that the show producer wants an audience member to be able to play to provide the secondary component in a song to be performed during the concert is not resident on the secondary producer's telecommunication device, an advisory notice to the telecommunication device's possessor is displayed to the effect of asking the possessor if the party would like to download the virtual instrument, such as virtual conga drum of use by the audience member in the concert to play along with the concert music performer(s).
(35) Various means of remote activation of applications on telecommunication devices is well known in the art, such as the activation of an application displaying Wi-Fi connection options when a telecommunications device has received a Wi-Fi signal. When a plurality of secondary producers participates in the production of a composition, a large number of them may select the same secondary component for combination with the primary component. It may be desirable to limit the number of times a particular secondary component can be selected among the population of audience members, in order to prevent an artistically excessive number of persons providing the secondary repetition. For example, a primary producer may wish to limit the number of tambourine tracks, tambourine virtual instruments, or tambourine loops that are combined with the primary component to produce a composition. Thus, in certain particular embodiments of the inventive method (“dynamic menu” embodiments), the CSPS limits the number of times a particular secondary component can be selected, and modifies the menu of choices provided to ⋅ secondary producers when a particular secondary component is selected a specified number of times.
(36) When a secondary producer selects a secondary component to which a counter has been associated (step 230), the associated counter is advanced (step 240). It is then determined whether the current value of the_counter equals the assigned maximum value (step 250). If the current value is less than the maximum value, then the secondary component remains on the menu. If the current value equals the maximum value, then the associated secondary component (the “maximized secondary component”) is removed from the menu (step 260).
(37) In particular embodiments of the inventive method, subsequent choices of secondary component are made from the original menu from which the maximized secondary component has been removed. In other particular embodiments (step 270) replacement of the maximized secondary component with a new secondary component is authorized. A new counter is then associated with the new secondary component (step 280). A maximum value is specified for the new counter, and the new counter is zeroed (step 290). The revised menu is then made available to subsequent secondary producers for selection of additional secondary components.
(38) In some embodiments the CSPS can limit menu options based on the location of the audience members instead of or in addition to limitations based on the number of the particular option selected. In this way, for example, a concert producer using the CSPS can effectuate a desired number or balance of numbers of audience virtual instrument players at particular locations in the audience. It is to be understood that an audience member's participation in the performance by creating a secondary component input by playing a tambourine part by tapping on a virtual tambourine instantiated on the audience members' telecommunication device, for example, can be monitored by the user in real time through headphones (such as might be attached to the telecommunication device) with or without the primary component mixed in, or via the telecommunication device's speakers, or an external speaker connected to the device by wired or wireless means.
(39) In some preferred embodiments the speakers of all or part of the audience are used to monitor one audience member performing. Thus, for example, a producer, sound engineer, performer, etc., who is monitoring audience members' participation (i.e., monitoring the generation of the secondary components produced by audience members), might detect an audience member playing a virtual instrument well or in an interesting way that might be appropriate to make a part of the show. Using the locational means described above to find the subject audience member's telecommunication device's location in audience, and the audience member location/tracking and spotlighting system described above, the producer, sound engineer, performer, etc., could spotlight the person. Also as previously discussed, in some embodiments, the person's performance could also be broadcast on the venue sound system, and/or on some or all of the audience member's devices.
(40) In some preferred embodiments, the primary component, or just the performer's independent component, is broadcast to the audience device speakers. In this way special effects like a sonic wave (similar to the audience “wave”) could be achieved as audience device speakers are engaged/disengaged for monitoring in a circular pattern around the room (perhaps you could explain it in a more enabled way). Similarly, audience location-based sound generation using the sound generation means of audience telecommunication devices can be effectuated by performers interacting with the CSPS, which, in turn is in communication with the subject audience members' telecommunications devices and is enabled to use such telecommunication devices sound generation means to produce the sound desired by the performer (e.g., by using the subject telecommunication devices speakers, etc.). For example the audio signal from a guitar player on stage could be routed to such selected telecommunications devices for reproduction at and by such devices.
(41) Many novel aesthetic effects can be accomplished by means of selectively using remotely located audience member's sound generating devices, particularly if such devices can receive a signal through the CSPS corresponding to a desired sound, which then can be played through the selected telecommunication devices in the audience. For example an interesting “call and response” motif can be established by a guitar player who plays a musical phrase or riff that is routed (e.g., by a sound engineer or the musician his or herself) to the stage sound system, f:!nd then the guitar player plays the same riff but this time the signal is routed (e.g., by a sound engineer or the musician his or herself) via the CSPS to 100 audience members' telecommunication devices at the extreme far end of the venue away from the stage. Similarly, a visual image captured by a video camera of a performer can be made (e.g., by a director, producer or the performer his or herself) to appear on monitors next to the stage, then the image can be made to “jump” to the screens of one or more audience members' telecommunication devices through the CSPS.
(42) In some embodiments where the performer is first visible on stage to the audience directly, and then obscured from the audience from direct on-stage viewing by an obscuring means, but is nevertheless captured by video means behind or otherwise despite such obscuring means and such video capture means transmits the image of such performer to the displays of one or more audience members' telecommunication devices, the performer could produce the effect of appearing to “jump” from the stage to one or more individual audience members' telecommunication devices' display screens.
(43) In some preferred embodiments, this feature of the CSPS enabling a performer to appear on the display or displays of one or more specified telecommunication devices in the possession of one or more participating audience members can provide to a performer the ability to personalize a performance to a single selected audience member or group of selected audience members.
(44) In some embodiments the audience device speaker usage may be coordinated with the audience phone “pixel” feature previously discussed to produce a large audience-generated display of the performer with associated sound.
(45) In some embodiments, the producer can provide devices, such as powered speaker units for the audience to wear, for example, that might provide a more powerful sound generation means than the audience members' telecommunication devices' can provide.
(46) In some embodiments, CSPS interfaces and communicates with clothing comprising or incorporating wearable computing devices, such as ponchos, or body suits on which are disposed one or more flexible displays, whereby such display(s) is(are) in communication with one or more processors and such processors are in wireless communication with the CSPS so that display information associated with the primary component, the secondary component or both can be displayed via such display(s). It is to be understood that such devices should be considered to be “telecommunication devices” as that term is used in this disclosure. Similarly, such types of garments, or persons wearing such garments, may, in some embodiments, also be configured with sound generation means in communication with the CSPS, and such garments and sound generation means can be used in coordinated association with the CSPS to generate visual and audio content comprising primary and/or secondary components. In some embodiments, such visual and/or audio content can be selectively displayed and/or played via such devices in communication with the CSPS on the basis of the location of such telecommunication devices.
(47) A number of the preceding embodiments have been directed to musical or other audio compositions. It is to be understood that such embodiments should not be viewed as limiting. Alternative embodiments, for example, afford viewers the opportunity to participate in the creation of graphic or other visual compositions, such as paintings, drawings, films, videos, photographs, computer-generated graphic works, and the like. Turning to
(48) In step 230, the selected secondary component 226 is transmitted, via telecommunication device 18 and telecommunication network 32, to central site 34. An image of the primary component 214 is also provided to central site 34 via a telecommunication network, a hard line or any other desired modality.
(49) In step 240, the image of primary component 214 and the selected secondary component 226 are combined to produce composition 242, as shown a painting with a planet added to its background. Composition 242 is then reproduced in step 250, for example as a DVD 252, which can then be provided to secondary producer 216 or others as above.
(50) Additional features can also be combined with the primary and secondary components to produce a finished composition, such as the painter's autograph. Additional features such as text files, audio files, additional video or photographic files, and the like, can also be added to DVD 252 as desired by the primary producer, as requested by the secondary producer, etc., in a manner similar to the preceding embodiments.
(51) In additional very specific embodiments, secondary producer 216 is enabled to actually generate his or her own secondary component(s) 226 for combination with primary component 214 to produce composition 242. In such embodiments, secondary producer 216 is equipped with a telecommunication device 18 having a touch-screen or other similar input device, and is provided with an application that enables secondary producer 216 to produce graphical images by touching the touch-screen. For example, a typical application enables secondary producer 216 to produce “finger paintings” by touching the touch-screen of his or her telecommunication device. These finger paintings are then transmitted in a manner similar to the preceding embodiment to central site 34 and combined as described above.
(52) In some embodiments, for example a participant can add his or her graphical, photographical or vidographical creation to one or more of the display screens used at the venue. In some embodiments, the screens may be above the audience and people can create moving images, such as virtual “comets” or other ephemeral images, in real time such as by swiping a finger across a touch screen on a telecommunication device with a drawing or painting application instantiated that is in communication with the CSPS whereby such motion produces a graphical paint brush stroke or the like. In some embodiments the number of users allowed to participate in such graphical, photographical or videographical collaborations via the CSPS, and/or the duration of such allowed participation, may also be controlled by the CSPS.
(53) In addition to enabling the production of live, recorded or otherwise reproduced images, alternative embodiments of the inventive method enable primary producer, such as the foregoing painter, to select among secondary components submitted by secondary producers, and to incorporate the selected components into the composition. Thus, the painter would be
(54) provided with a list of secondary components, such as background elements, selected by one or more audience member, and could then select one or more of the elements and paint the element into the painting directly, rather than waiting for images of the painting and the element to be digitally or otherwise combined.
(55) Compositions including both audio and video elements can also be produced according to further alternative embodiments of methods according to the invention. Appropriate menus are provided to one or more secondary producers as described herein, enabling selection of one or more secondary components in the desired media for combination with primary components as described above.
(56) In addition to enabling production of participatory compositions including primary and secondary components contributed by performers and their audiences, the invention also enables viewers of a performance to participate in the process of creating the visual environment in which a performance is perceived. Thus, instead of specifying a secondary component of a performance that is combined with a primary component to produce a finished composition that can be created or performed live and which in some embodiments can be recorded, a viewer (corresponding to the secondary producer) views a performance by a primary producer such as a musical group, but selects between viewing the performance as it is actually performed in physical space, and viewing an image of the performance combined with a secondary performance component, such as a background still or moving image, a textual element or other alphanumeric sequence, or one or more other components. In some embodiments, the performance is combined with Virtual World components.
(57) Thus, referring to
(58) In step 330, the various viewer selections from step 320 are transmitted, via telecommunication device 18 and telecommunication network 32, to central site 34, to which the image of primary component 314 captured by camera 315 is also provided. Next, in step 340, viewers 316 and 318 are enabled to view the performance, either as performed without further modification, or in combination with a selected secondary performance component. Thus, viewer 316 views the primary performance component 314 using visor 319 (or, alternatively, with his naked eyes). Viewer 318 views the primary performance component 314 combined, by use of an appropriate computer application or other means, with the secondary performance component 326, using visor 319. Thus, as illustrated, viewer 318 views the band's performance against a background display of rockets flying through space.
(59) In some embodiments representations of one or more the primary component performers (such as non-audience performers) and/or representations of one or more audience members are avatars in a Virtual World environment, and such avatars and such Virtual World environment can be merged with one or more the primary components and/or one or more secondary components for display on one or more audience members' telecommunication devices. For example, in some embodiments, where a live performer's movements are tracked to control the movements of an avatar in a Virtual World environment, such avatar movements and the Virtual World environment are, in turn, provided via the CSPS in communication with the application(s) generating such Virtual World environment and avatar movements to audience members' telecommunication devices for display thereupon in some embodiments, the use of Virtual World technology in association with the CSPS can be used to provide to an augmented reality experience to audience members.
(60) In some such embodiments, audience members' telecommunication devices can provide and/or combine one or more perceptible Virtual World environment components of a performance that are not in the live performance with a live (e.g., on stage) performance. For example, such Virtual World environment components can be viewed by audience members using a telecommunications device that employs a head's up display ⋅ that would allow the audience to see, and in some embodiments, also hear, both the live performers (e.g., on stage) and virtual performers at the same time. In some embodiments, the CSPS combines an audiovisual data stream corresponding to the live performance and an audiovisual data stream corresponding to a performance in a Virtual World can be provided to the audience members' telecommunication devices to create the augmented reality experience. Methods of combining two or more audiovisual data streams are well known in the art. In some other embodiments, where the audience members' telecommunication device allows for normal direct visual and auditory sensing of the live (e.g.; onstage) portion of the performance directly (e.g., outside or through a telecommunications device, such as) and perception of one or more audiovisual data stream corresponding to one or more Virtual World environment audiovisual information streams on one or more displays and, in some embodiments, via incorporated sound generation means, the combination of the live performance and the Virtual World environment audiovisual stream being provided on the telecommunication device is accomplished directly by the audience member his or herself.
(61) In some preferred embodiments, the use of avatars by performers in association with the CSPS can provide performers with the ability to appear to the audience as the avatar that the performer desires. For example, in some preferred embodiments, where a performer's motions are tracked by a motion tracking application in association with the CSPS, and information generated by such motions tracked by the motion tracking application is used to animate an avatar, the resulting data regarding the animated movements of the avatar is provided to the CSPS and can be displayed on telecommunication devices in the possession of participating audience members, display monitors on stage, on other venue display monitors, and/or on other displays, such as those associated with telecommunication devices or other computers not physically in the venue. The performances transmitted to telecommunication devices configured with a “heads-up” display, such as visors 319 can further (step 350) be recorded, for example as DVD's 352 and 354 or as other digital files, and made available to viewers 316, 318 and/or other potential purchasers.
(62) Primary performance component 314, according to the foregoing embodiment, is viewable and/or recorded from a single viewpoint, camera 3.15. Alternatively, primary performance component 314 can be viewable and/or recorded from a plurality of different viewpoints, and by appropriate software the various viewpoints can be integrated into a single recording. Audience members have been known to spontaneously demonstrate approval of, for example, a performance by holding aloft lit cigarette lighters. Further embodiments of the invention make use of this sentiment and enable audience members at a performance to create a visual display in conjunction with the performance of the musical composition, which can then be recorded for downloading, purchase, etc. In such embodiments, audience members, functioning as secondary producers in a manner similar to that described above, employ their telecommunication devices to receive instructions directing them to elevate their activated devices, for example, at particular times during a performance of the song, when specific lyrics are performed, or specific instructions appear on the audience members' telecommunication devices. When the secondary producers do so, a pattern of pixels is produced, with an activated and illuminated viewing screen of each activated telecommunication device functioning as a pixel. The pattern of pixels so produced can form an image or series of images. The image(s) so produced can then be recorded as part of a recording of the performance, and the recording so produced can be accessed, downloaded, and sold as described herein. Secondary producers (e.g., audience members) can be provided with content, computer applications, code, and instructions, such as instructions to use their activated telecommunication devices during a performance, in any number of ways.
(63) Turning now to
(64) In some embodiments, the ticket taker then offers the ticket holder an opportunity to participate as a secondary producer (step 430), for example, to receive instructions on the ticket holder's telecommunication device in his or her possession pertaining to when and in what manner to activate his or her telecommunication device to participate in the performance, such as by becoming a part of one or more audience-generated displays during the performance (e.g., to effectuate the use of the ticket holder's telecommunication device as a “pixel” in such an audience-generated display. Thus, for example, in some embodiments, such as, for example, where the ticket taker is an automated system (which in some embodiments is part of the CSPS) in communication with the ticket holder's telecommunication device, the ticket holder is offered, via a notice displayed on the ticket holder's telecommunication device, an opportunity to participate in the performance, e.g., in audience generated displays or otherwise as a secondary producer, etc.
(65) In some embodiments, if the ticket holder accepts the offer to become a participating secondary producer, the ticket holder and/or the ticket holder's telecommunication device in communication with the CSPS registers with a CSPS application that tracks the ticket holder and/or the ticket holder's telecommunication device so registering, to enable such ticket holder to act as a participating secondary producer (step 440) in the production of the one or more compositions or other performances, such as, for example the production of an audience-generated display. Registration can include, for example, provision of an identifier for the audience member's telecommunication device having an activatable viewing screen, together with the ticket holder's seat number or other venue location where such audience member is likely to be during the performance (e.g., in a designated seat or in an area designated for general seating). Once the ticket holder and/or the ticket holder's telecommunication device has registered with the CSPS, the ticket holder becomes a potential secondary producer.
(66) In some embodiments, after the ticket holder's telecommunication device has registered with the CSPS, content, programs, applications, and/or other information are downloaded or otherwise wirelessly made available to the ticket holder's telecommunication device by the CSPS. Such information, in some embodiments, may include, without limitation, virtual instruments, lyrics, Virtual World environments, gaming software, and software enabling CSPS control over the telecommunications device's functionality, etc., for the purpose of enabling the telecommunication device and its possessor to send and/or receive content, instructions, applications, control data etc., in communication with the CSPS, and thereby enable the possessor to become a secondary producer in a performance or other composition.
(67) In some embodiments, where the telecommunication device is in communication with the CSPS, and the telecommunication device is thereby enabled to act as a “pixel” in an audience display, at a desired time during the performance, an appropriate participation instruction is then provided to the ticket holder in possession of the telecommunication device so enabled. For example, such instruction may be provided via an appropriate software application in the CSPS, instructing the telecommunication device possessor to activate and display (e.g., elevate) the viewing screen of his or her telecommunication device at his or her ticketed location (step 450), or to refrain from doing so.
(68) In some embodiments, the signal generated by the telecommunication device instructing the ticket holder/possessor of the telecommunication device to raise the telecommunication device can be visual, sonic or haptic. In some embodiments, the ticket holder's telecommunication device has been previously provided, by the CSPS, with appropriate display information for the telecommunication device's display to act as a pixel in the audience-generated display at the location at which the ticket holder is expected to be based on the seat or other attendance location specified in the ticket holder's ticket. Specifically the assumed location of the telecommunication device (i.e., at a particular seat or other location corresponding to that identified in the ticket holder's ticket) is used by the CSPS to provide appropriate content to that telecommunication device for its assumed location in the audience-generated display. In some embodiments, the display information enabling the telecommunication device to act as a pixel in an audience-generated display is provided to the telecommunications device based on information regarding the location of the telecommunication device that is communicated by the device to the CSPS, using GPS, radio signal triangulation or other telecommunication device location means known in the art. An activated and elevated viewing screen produces a pixel (step 460) of an image in an audience-generated display or other multi-person generated composite display. Thus, for example, each audience member so activating and elevating the audience member's telecommunication device (or simply elevating the display of a telecommunications device automatically activated by the CSPS) configured to display information, such as an image, color, a video, etc., corresponding to a audience- or other multiperson-generated display pixel acts as a participant (i.e., secondary producer) of a performance, specifically, a participant in the production of a pattern comprising an audience-generated, or multi-person-generated, display. The pattern so produced can be varied by providing further instructions to each such secondary producer in the described manner. A sequence of patterns can thus be produced, simulating, for example, a moving image, or producing a plurality of different images. Such coordinated audience-generated displays can be particularly useful in performance situations where multi-person performance coordination is desired. For example, in halftime shows, parades, theatrical performances, dance routines, religious services, etc.
(69) Registration information can also be provided automatically by use of the ticket holder's ticket itself. Thus, in
(70) As previously indicated, in some embodiments, such registration may be associated with the presentation of CSPS authorization choices and the providing of, or denying of, such authorizations, which in turn, will determine what content, applications, instructions, etc., will be provided to the telecommunication device and what functions of the telecommunication device will be controllable by the CSPS, before, during, and/or after the performance.
(71) Many of the foregoing embodiments make use of physical tickets in the possession of a ticket holder. Some embodiments make use of “virtual tickets” which are provided to a ticket holder's telecommunication device and displayed or scanned at an entrance to the performance venue via such viewing screen. For example, a virtual ticket including a barcode, such as a UPC or QR Code, is provided to the ticket holder's telecommunication device. In some embodiments, the barcode associates the ticket with a seat location and ticket holder information, as mentioned above. In some embodiments the barcode contains information that associates the seat or other venue attendance location authorization (e.g., festival seating, dancefloor, etc.) with the telecommunication device, either directly such as by using one or ⋅ more of the telecommunication's device identification numbers, codes, etc., or indirectly through the device's owner's account number, etc.
(72) Referring to
(73) Either before or after such scanning of the virtual ticket, the CSPS establishes communication with the telecommunication device and the ticket holder is offered, via information displayed on the ticket holder's telecommunication device, an opportunity to participate in a performance as a secondary producer (step 650) via the CSPS. If the ticket holder accepts the offer, the information associated with the ticket holder's ticket, as scanned in step 640, is provided to the CSPS and the telecommunication device and/or its user (e.g., the ticket holder) is registered in the CSPS. In some embodiments, the CSPS includes an application that tracks each participating ticket holder as with preceding embodiments, and the ticket holder is registered as a participating secondary producer (step 660). Once the ticket holder has registered, he or she becomes a potential secondary producer, and information, such as content, applications, instructions, telecommunication device functionality control programs, etc., are then provided to the ticket holder's telecommunication device as discussed above.
(74) Variant embodiments of the foregoing virtual-ticket method can also be carried out with by providing an automatic invitation to the ticket holder to participate as a secondary producer, the invitation issuing subsequently to the ticket holder upon the telecommunication device in the possession of the ticket entering the performance venue or upon its location within a predetermined zone. In such variant embodiments, after the identifying indicia of the virtual ticket displayed on the viewing screen of the telecommunication device are scanned (
(75) In some embodiments, after the time the telecommunication device in the possession of the ticket holder has established communication with the CSPS, when the ticket holder enters into the performance venue or into a predetermined zone, the CSPS generates a wireless message, such as a text message, an, e-mail, a phone call, or the like, that is received by and reproduced on the ticket holder's telecommunication device in the ticket holder possession (step 720). The ticket holder is next invited to participate as a secondary producer and to provide an appropriate response mechanism, such as the engagement of “a affirmation link, button or other graphic (e.g., such as by clicking an “Agree” button) via the telecommunication device's touch screen. If the ticket holder accepts the offer, by, for example, providing a positive response to the wireless message (step 730), the ticket holder and the telecommunication device is registered with the CSPS and the ticket holder becomes a participating secondary producer (step 740). Instructions, content, applications, software, code, etc. are then provided to the ticket holder as described above.
(76) Automatic invitations to participate are also provided, in additional variant embodiments, to ticket holders upon entry into the performance venue independently of whether a physical ticket or a virtual ticket is provided to the ticket taker. In addition to the methods for locating ticket holders described above, additional methods can be included in further specific embodiments of methods of the invention. Such location methods include, without limitation, location of audience members' telecommunication devices by GPS means, such as those provided, e.g., in U.S. patent application Ser. No. 09/812,296, filed Mar. 20, 2001, AGPS means, Wi-Fi means, local short-range location systems, or the like. As mentioned, song lyrics can be provided to the secondary producers in order to prompt them to elevate their telecommunication devices at specific points during the performance. Song lyrics and the like can also be provided for reading purposes only, or to help the audience member sing along, if desired.
(77) In addition to the methods described above, additional particular embodiments of methods of the invention make use of the video and audio capturing capacity of cellular telephones and other telecommunication devices that include video cameras or other audiovideo capturing ability. In such embodiments, applications, which may be denoted “videographer applications,” which in some embodiments are provided to audience members, to enable the audience members' telecommunication devices to establish communication with the CSPS, and to provide, via their telecommunication devices' audio-visual capturing means, live feeds of the performance, primary performance component(s), the audience members themselves, other audience members, such as those in adjacent or nearby seats, or other live activities of interest, as such audience members view and participate in the performance from their seats or other locations. These feeds are then, in very specific embodiments, provided to one or more appropriate audio-visual feed signal inputting devices associated with the CSPS that enable one or more the producer(s), engineers, etc., to select one or more such feeds provided from one or more such audience member's telecommunication devices, including audio and/or video content, for live display to the audience during the performance. In some embodiments such selected feed(s) from audience members' telecommunication devices are then displayed on the venue's monitors. In some embodiments such feeds are sent to, and displayed on, one or more of the audience members' telecommunication devices. In some embodiments, such feeds are sent to both the venue audiovisual display system and to one or more telecommunication devices in the possession of one or more audience members.
(78) Such “videographer applications” are provided, in specific embodiments, at the time of ticket purchase, at the time of entry into the performance venue, when the audience member occupies the seat corresponding to the ticket purchased while in possession of a telecommunication device adapted to receive the application, or at any other desired time. In some embodiments, one or more applications or part thereof that is(are) already on the audience member's device (e.g., previously provided to or acquired by the audience member for his or her device) are detected and used by the CSPS to provide one or more videographer applications. Such applications can be provided, in various particular embodiments, as part of a package of applications and additional content, or alone. Delivery of specific videographer applications to specific ticket-holders can be accomplished, for example, by GPS means. In more specific embodiments, individualized applications are provided to specific ticket-holders based on their location within the performance venue.
(79) Further particular embodiments provide additional opportunities for audience interaction with one or more performers during a live performance. In certain very particular embodiments, audio and/or video messages from one or more specific performers can be provided to specific audience members during a live performance. Such individualized messages can be provided, in various specific embodiments, to target individuals who request receiving such messages at, e.g., time of ticket purchase, time of entry into the performance venue, or other desired times. Such messages can be provided to telecommunication devices of one or more target individuals based on specific cell phone numbers provided at time of purchase, time of entry into the performance venue, etc., or alternatively, can be provided to locations corresponding to specific ticket numbers by various locational means known to skilled artisans, such as those discussed herein. Various individual audience members can, in certain particular embodiments, select one or more performers from whom messages are desired to be received; alternatively, messages from one or more performers, chosen randomly or non-randomly, can be provided to individual audience members who have expressed no performer preference.
(80) In some preferred embodiments one audience member can transmit live video or live audio and video of the performer(s) from that audience member's location to another audience member or to one or more persons that are not audience members, such as to persons physically outside of the performance venue. In some embodiments, some audience members can provide such views, etc., to others for a fee. In some embodiments, accounting and payment of the fee is provided by the CSPS to the audience member (e.g., by crediting their bank account, providing credit or a proportional discount for a later ticketed event, etc., providing a backstage pass if the audience member did a good job of providing the view, etc.)
(81) In some embodiments, such audiovisual signal feeds generated by telecommunication devices possessed by secondary producer audience members can be aggregated by the CSPS and made available via a wide area network, such as the Internet to other audience members and/or to persons outside of the performance venue. In some embodiments a website is configured to aggregate such secondary producer audiovisual signal feeds (“Secondary Producer Audiovisual Feed Aggregation Website”).
(82) In some embodiments, some of the feeds available via such a Secondary Producer Audiovisual Feed Aggregation Website might be available to users of the website in exchange for the payment of a fee or a premium fee. In some embodiments, revenues from such fee payments are shared with the audience member that provided the audiovisual feed.
(83) In addition to directing messages to individual audience members, additional very specific embodiments provide for directing lighting or other effects to individual audience members in order further to enhance audience participation in the live performance. For example, an individual audience member, having a known location determined by seat number, cell phone location or other known location means, provides a live feed of himself or herself singing along with a song being performed by one or more live performers, as discussed above. A producer receiving and monitoring the live feed determines that the audience member's vocal rendition of the song is of interest. The producer ascertains the location of the individual audience member providing the live feed, then instructs one or more crew members to direct lighting toward the individual audience member.
(84) In some embodiments the CSPS employs an audience member location/tracking and spotlighting system as described above. The individual audience member's illuminated image now becomes part of the live feed that audience member provides, and can then be further utilized, e.g., displayed on a large screen to the full audience. Other effects, such as confetti drops, balloon drops, etc., can also be directed toward the individual audience member in a similar way, such as by, but not limited to, the directing of wire suspended or other aerial vehicles such as hovering crafts configured with lights, cameras, and/or effects (such as balloons, etc.) to a particular audience member based on the presumed location of the audience member (e.g., by seat association) or by the location acquired by GPS or any other known telecommunication device locating means
(85) In addition to providing applications and/or instructions to audience members, additional specific embodiments provide for control of certain aspects of the function of audience members' telecommunication devices in order to ensure a desired quality of the live performance experienced by audience members. Thus, in certain very specific embodiments, audience members who arrive at a performance venue and agree to participate in the live performance are requested to agree to allow the CSPS operator (e.g., a producer or other person associated with the performance) to assume control of some or all of the functions of their individual telecommunication devices. For example, a particular performance venue may require that a producer assume control of a telecommunication device's camera function such that the camera only operates when the CSPS enables it to operate. Similarly, the venue may require that outgoing and/or incoming calls be disabled during the live performance. Exceptions can be made, in various embodiments, to permit functions such as placing or receiving emergency calls. Such requirements and exceptions can be provided to individual audience members, in certain embodiments, in the form of menus accessed on the audience members telecommunication devices.
(86) In other embodiments, the CSPS and/or venue personnel track the agreement of those individual audience members who agree to comply with the request(s). Audience members who do not agree to comply with the request(s) are not enabled to participate in the live performance using the content, applications, functionalities, etc., with which such requests are associated. Various embodiments described herein have made use of telecommunication devices. Alternate embodiments make use of devices that are adapted to receive instructions transmitted via radio waves or other forms of electromagnetic radiation, without having the capability to transmit information from an individual audience member to a receiving device. Such devices, upon receipt of transmitted instructions, then activate one or more functions such as light displays, sound generators, etc. Such devices can be incorporated into a wide variety of items, including, without limitation, items of clothing, such as shirts, pants, skirts, or shoes; wristbands, headbands, or hats; accessories such as pins, brooches, necklaces, pendants, watches or eyeglasses; purses or backpacks; or any other item capable of being provided with a device that receives radio or other remotely-transmitted instructions. In very particular embodiments, the devices further include location identification means, such as GPS receivers, and are adapted to transmit location identification information in response to instructions received.
(87) In particular embodiments making use of such items and devices, some or all of the devices can be selectively activated to produce displays of lights, sounds, etc. Thus, very specific embodiments produce patterns of pixels, each pixel produced by a light-emitting element included in devices as described above which are activated in response to instructions transmitted to them, in a manner similar to the above-described embodiments employing activated screens of telecommunication devices to produce such patterns of pixels.
(88) In some embodiments, the CSPS provides users thereof with the ability to generate and conduct games involving audience members. For example, the CSPS can be configured to provide to participating audience members' telecommunication devices a game application in which audience members may virtually move a virtual ball or other game object among the members of the audience. you can get a representation of gaming space. For example, a participating audience member's telecommunication device would generate and display a game space, corresponding to the venue, and a virtually movable game object, such as a virtual ball that could be virtually “tossed” by the participating audience member by appropriate control configuration, such as by moving a telecommunications device configured with gesture control in a predetermined manner. In some embodiments such a toss would cause the virtual ball to assume a virtual trajectory tracked and displayed on all the participating audience members' telecommunications devices. If the virtual ball is shown by the game to arrive at a particular audience member's location (seat location, or location determined by any of the means described above), the audience member's telecommunication device is provided with the means to enable the audience member in possession of the telecommunication device to re-launch the virtual ball, with succeeding rounds of similar play to follow.
(89) In some embodiments, the game is played just for fun. In some other embodiments, a monetary or other reward may be provided to a participating audience member associated with a specified location at which such a virtual ball in such a game lands. For example, if the game engine randomly selects a particular location corresponding with a seat number, say 8103 as the winning location, the virtual ball play would continue until a “toss” to that particular location is effectuated. In some embodiments, the player that initiated such a winning “toss” of the virtual ball would win the reward. In some embodiments, the audience member located at the winning location at which the virtual ball land is the winner.
(90) In some embodiments where the location of the landing of the virtual ball determines the winning or not winning result, to incentivize a player to keep the game going by tossing the virtual ball even though the audience participant was not at the winning location, the game can be configured to provide a part of the reward. In some embodiments, the launch of the virtual ball or other gaming object can use any number of applications or control means, such a Wii controller technology, that are well known in the art.
(91) In some embodiments the aforementioned virtual ball game is effectuated as an augmented reality application whereby participating audience members use a head's up display, such as Google Glass, to be able to both see the actual venue (i.e., the game space) and the virtual ball projected on the heads-up display device.
(92) In some embodiments, where the audio playing and/or visual display functionality of one or more secondary producer/audience member telecommunication devices is appropriately under the control of the CSPS, when a winner is determined an appropriate graphic or video associated with appropriate sound generation can be produced on all or a subset of all of the telecommunication devices in the possession of participating audience members.
(93) In some embodiments, where a participating audience member's telecommunication device will provide the means for the CSPS to track the participating audience member's location in association with the location of the telecommunication device in the audience member's possession, the CSPS can also provide to advertisers, promoters, etc., useful information about the participating audience member in association with the audience members attendance at, and/or participation in, the subject performance. For example, if the ticket holder registered the ticket holder's telecommunication device at the time of an online purchase prior to the ticket holder's travelling to the performance venue, and if the CSPS was configured to receive location information from the telecommunication device, the CSPS could obtain valuable data regarding the route that the ticket holder takes to the performance venue. Similarly, information about the movements of the participating audience member determined from the gps-tracking of the participating audience member's telecommunication device by the CSPS can similarly be obtained.
(94) In some embodiments, such locational information can be used to send advertisements, coupons, etc., to the participating audience member based on the actual location of the audience member's telecommunication device, predicted location(s), such as when a participating audience member is assumed to use the same route leaving the performance venue as the participating audience member used coming to the venue.
(95) In some preferred embodiments, such as where the CSPS interfaces or is otherwise in communication with social media technology, such as FACEBOOK®, TWITTER®, LINKEDIN®, and/or where the CSPS has its own database of participating audience member information, the CSPS can, among other things, be used to provide to participating audience members disclosure of any friends or other persons of interest that are in attendance, provide a means of locating such persons, provide a means of contacting such persons, inviting such persons to a subsequent event, provide one or more such persons with an audio, visual or audiovisual feed of the performance or other views from the audience participant's location, etc.
(96) In some embodiments, such personal and locational information available in the CSPS regarding participating audience members can be used by performers, advertisers and other providers of products or services. For example, an advertiser, such as Starbucks might contract with the CSPS operator to provide an advertisement that will appear on a selected participating audience member's telecommunication device display that communicates a targeted advertising message such as, “Hello, Greg, we at Starbucks hope you enjoyed the Springsteen concert. Guess what? Your friends, Anna, Michael and Alexa are all here too! Since you and Anna, Michael and Alexa are all close to the Starbucks at 123 First St, we would like to invite you and your friends to meet up at the Starbucks at 123 First St where we will give you each a $10 coupon.”
(97) It will be understood, and is appreciated by persons skilled in the art, that one or more processes, sub-processes, or process steps described in connection with the figures may be performed by hardware and/or software (machine readable instructions). If the approach is performed by software, the software may reside in software memory in a suitable electronic processing component or system such as one or more of the functional components or modules schematically depicted in the figures.
(98) The software in software memory may include an ordered listing of executable instructions for implementing logical functions (that is, “logic” that may be implemented either in digital form such as digital circuitry or source code or in analog form such as analog circuitry or an analog source such an analog electrical, sound or video signal), and may selectively be embodied in any computer-readable medium for use by or in connection with an instruction execution system, apparatus, or device, such as a computer-based system, processor-containing system, or other system that may selectively fetch the instructions from the instruction execution system, apparatus, or device and execute the instructions. In the context of this disclosure, a “computer-readable medium” is any tangible means that may contain or store the program for use by or in connection with the instruction execution system, apparatus, or device. The tangible computer readable medium may selectively be, for example, but is not limited to, an electronic, magnetic, optical, electromagnetic, or semiconductor system, apparatus or device. More specific examples, but nonetheless a non-exhaustive list, of tangible computer-readable media would include the following: a portable computer diskette (magnetic), a RAM (electronic), a read-only memory “ROM” (electronic), an erasable programmable read-only memory (EPROM or Flash memory) (electronic) and a portable compact disc read-only memory “CDROM” (optical). Note that the tangible computer-readable medium may even be paper (punch cards or punch tape) or another suitable medium upon which the instructions may be electronically captured, then compiled, interpreted or otherwise processed in a suitable manner if necessary, and stored in a computer memory.
(99) The foregoing detailed description of one or more embodiments of the approach for middleware service for integrated building server that communicates directly with equipment, panels, and points has been presented herein by way of example only and not limitation. It will be recognized that there are advantages to certain individual features and functions described herein that may be obtained without incorporating other features and functions described herein. Moreover, it will be recognized that various alternatives, modifications, variations, or improvements of the above-disclosed embodiments and other features and functions, or alternatives thereof, may be desirably combined into many other different embodiments, systems or applications. Presently unforeseen or unanticipated alternatives, modifications, variations, or improvements therein may be subsequently made by those skilled in the art which are also intended to be encompassed by the appended claims. Therefore, the spirit and scope of any appended claims should not be limited to the description of the embodiments contained herein.