Patent Application
20180061381
The music media world and visual media world have a communication gap. The information provided for audio and music in visual editing software, audio player software, and music track libraries states a specific length of time for the music but it is typically inaccurate; the accurate measurement has been rounded off. This is important because the “rounding off” error introduces a gap in timing between the music and its correlated visual media such that an average human can hear a “hiccup”. There can also be a hiccup where two different pieces of audio abut each other. To many listeners or users, it is annoying at the least. This can also occur when adding a second audio track to a pre-existing audio track.
This gap has created headaches for an editor user, i.e., a person attempting to apply new music/audio to fit pre-existing film, video or other visual media, such as such as film/visual editors or other video, radio, film, animation, motion graphic and virtual reality editors, who must match an audio track purchased from a music library with a second media track such as an audio or visual track. It's very difficult to do.
Thus, there has gone unmet a need for improved methods of providing highly synchronized audio and visual tracks in digital media, and/or for providing customizable audio tracks for such digital media. The present systems and methods, etc., provide these and/or other advantages.
The present systems, devices, digital audio tracks, and methods, etc., provide digital audio toolboxes, music kits, etc., that, among other advantages, fill the gap between very cheap but poorly created and synchronized music for commercials and very expensive but narrow and difficult to create music (and other audio) for shows such as commercials, movies, tv, etc. The kits are convenient and easy to use, while raising the quality level of the production.
Many problems can happen, sometimes all at once, when it comes to syncing music and other audio to visual productions, as well as for music/audio to other audio tracks such as radio broadcasts, pod casts and other audio-only. For a visual arts example, frame rates are not easy to match to music. In one aspect, this is because television started on black and white sets at 30/frames per second. When color sets were invented, to retain compatibility with black and white sets, the frame/field rate for the color sets was shifted slightly to 29.97/59.94 to avoid interference artifacts amongst the TV signals' internal components (e.g., line scan rate, vertical refresh rate, color carrier). This is close enough to 30/60 for black and white sets to work while avoiding the interference issues. Thus, the current toolboxes, kits, systems, etc., recognize that properly oriented music and other audio has very precise time measurements, such as timecodes, when syncing to visuals and other pre-determined tracks.
Another factor relating to the current toolboxes, kits, systems, etc., is that generally audio has a window of two milliseconds to synchronize “realistically” with visual media for purposes of human perception. In other words, the visual event in a show should synchronize within 2 milliseconds (msec) with an associated musical/audio event for the human brain to perceive the two events as happening simultaneously. However, current film and audio numbers based in traditional timecode systems, such as SMPTE (Society of Motion Picture and Television Engineers, https://en.wikipedia.org/wiki/SMPTE_timecode) and TEMPO (MIDI, https://en.wikipedia.org/wiki/MIDI_timecode), are incompatible with how the human brain perceives things. Humans hear faster than they see, and as mentioned above, the “rounding off” error in such traditional systems introduces a gap in timing between the music and its correlated visual media such that an average human can hear a “hiccup” or “clip”.
Another problem is that often when music is recorded, it has its own signature/unique ambience. Even if one were to match the time and pitch, the ambience can be different between different studios or even different recordings from a studio.
The current toolboxes, kits, systems, methods, etc., herein resolve one or more of these issues. For example, the different components of the music (audio, etc.) in the toolboxes, kits, etc., herein are created to fit and match and combine with each other seamlessly, i.e., without apparent or undesired change in timing (correlation to visuals), theme, pitch, etc., to an average human observer. The music within a given toolbox, kit, digital audio track, etc., is internally coordinated and internally consistent. For example, such music/audio within a toolbox, kit, digital audio track, etc. is in-tune, has the same tempo and has coherent themes. In some embodiments, “themes” may be referred to as “songs”. However, “themes” includes other audio pieces that may or may not include vocals. The tempos, etc., are then digitally, precision to fit to visual media such as commercials, audio media such as radio broadcasts, or other media as desired.
Thus, provided herein are digital audio toolboxes, digital audio tracks, etc., comprising a plurality of precisely timed audio components comprising a unified theme. In some embodiments, a plurality of unified themes can be provided if desired. The precisely timed audio components can be Broadcast Way Quality unless a user desired a different quality of audio or compressed audio. The precisely timed audio components and associated visual editing software can be set at 48 kHz or 44.1 kHz and 24 bit to avoid artifacts when the film or other visual media is rendered.
The precisely timed audio components typically comprise a first section identified as an audio beginning section, a second section identified as an audio interlude section, and a third section an audio ending section, wherein each of the audio beginning section, the audio interlude section and the audio ending section is identified with a time code accurate within 2 msecs to the length of such section. Of course, the specific words used above, such as “audio beginning section” are not critical; any identifiers conveying that the toolbox comprises at least two or at least three, or more, distinct sections of precisely timed audio/music comprising a coherent theme is suitable and is contained within the exemplary wording herein. In some embodiments, the toolboxes provide, and the user has, a choice of several first, middle(s) or ending components of different lengths. For an example where the choice of different middle sections, the toolkits, etc., also provide changes in time code locations for the middle sections.
The different first, second, third, etc., sections can be configured to work together once beginning and endings are chosen. In other words, in some embodiments, initially the first and third sections are chosen then the second or middle section(s). A chosen beginning can be “snapped” into place at to “00” time, then a chosen ending can then be snapped in place in front of the ultimate ending time (e.g., snapped into place to end at a total of 15 sec, 20 sec, 30 sec, 60 sec, etc.). A directory or “white sheet” can be provided to explain which middle section(s) will work with the chosen combination of beginning and ending in terms of total elapsed time; the white sheet may also comprise hit points, exemplary tempo or rhythm combinations, etc.
The toolboxes, kits, digital audio track, etc., herein provide choices to users. One user may have one opinion as to what would work best and another user a different opinion. A given user may only choose to use part of the toolbox. A single component of music can also be provided, particularly where that single component further comprises a precise identification of hit points, as discussed elsewhere herein. In certain embodiments, forms are provided for the user to submit royalty payments or other consideration in exchange for using a given song, whether in whole or in part.
When the toolboxes, kits, systems, methods, etc., herein, one or more for the following expenditures are no longer needed:
These and other aspects, features and embodiments are set forth within this application, including the following Detailed Description and attached drawings. Unless expressly stated otherwise, all embodiments, aspects, features, etc., can be mixed and matched, combined and permuted in any desired manner. In addition, various references are set forth herein; all such references are incorporated herein by reference in their entirety and for all their teachings and disclosures, regardless of where the references may appear in this application.
The present toolboxes, digital audio track, kits, systems, methods, etc., herein supply digital audio tracks such as music for combination with and synchronization with digital pre-existing media tracks. “Digital pre-existing media tracks” indicates a premade visual or audio track or section including for example existing visual media, specific timed sections of broadcast media and film, and radio medium genres in need of music synchronization; such can also be thought of as pre-existing visual and/or radio medium genres in need of music or sound design synchronization. Such digital pre-existing media tracks also include visual media tracks of any type for advertising production houses or other users. The toolkits, etc., herein provide a solution for editor users seeking to create, provide and/or synchronize audio tracks with visual tracks in media, to create, provide and/or synchronize precisely timed tracks used in audio media productions, or otherwise to provide multiple, precisely timed and synced tracks where a music/sound design track from the toolkits is added to a pre-made media track such as a visual footage. Exemplary uses include 15 second, 30 second, 45 second, 60 second and 120 second commercial productions, such as for product advertisements of such lengths, as well as for tv shows, podcasts, movies, etc.
In some embodiments, the systems, kits, methods, etc., comprise at least one music track sufficient for the entire length of a commercial advertisement or other media presentation along with a “white sheet”/directory of “hit points”; “hit points” are locations within the music track that work well with certain film/video edit cuts. If desired, when all of the hit points have an edited cut, or in addition to the original hit points even if not all used for edited cuts, more hit points and editing can be added; such can also be added to the white sheet/directory if desired. Providing such hit points connected to edited cuts, customizes the audio track/commercial such that the audio track appears to be custom made for the commercial.
In some embodiments, the toolboxes, systems, kits and methods, etc., comprise “bookends” of music/audio for use with visuals, i.e., beginning and ending music configured to bookend shows. Such embodiments may be particularly useful for users who have web/internet programs.
The music/audio is provided in high-precision lengths, e.g., ±5 milliseconds, 4 milliseconds, 3 milliseconds, 2 milliseconds, 1 millisecond, 0.5 millisecond, or even more precise if desired. The user, such as an editor of a show, can be provided with a white sheet or directory exactly explaining/identifying durations for titles, end credits, etc. Such directories, and other features and aspects of the kits as appropriate, can be written in industry recognized codes such as SMPTE (Society of Motion Picture and Television Engineers) format, e.g., SMPTE time codes, https://en.wikipedia.org/wiki/SMPTE_timecode, as well as other recognized time codes such as Manchester code, Linear timecode, Vertical interval timecode, Burnt-in timecode, MIDI timecode, or AEC-EBU timecode, all of which are discussed at the same cited above as well as other locations.
In some embodiments, the toolboxes, systems, digital audio tracks, kits and methods, etc., comprise combinable, precisely timed audio components that are labeled and numbered such that they can be combined in a variety of permutations and combinations at the desire of a user but that, because of their labeling and numbering, retain the essence of the musical theme (or other coherence feature) within the given piece of music. Thus, variations of the music are possible by using different components. Blank sections for voice over or other non-music space can also be provided. Thus, for example, the user can create a piece of coherent, precisely timed continuous music; music that gains or loses energy or complexities; or music with both high-volume and low-volume sections, or even music with high-volume, low-volume and extended length, precisely timed silent sections (silent sections in music are typically called “rests”, and such are included in the toolkit components herein; also included are silent sections comprising no information other than the temporal (time) length of the silence).
As a loose analogy, in some embodiments, using the toolboxes, kits, methods, etc., can be similar to coordinating wardrobe of clothing, with mixing and matching different elements of the wardrobe with each other to provide an ultimate, coordinated ensemble. Thus, mixing and matching the music components is possible, and if desired a white sheet, discussed above, can provide information about the component and instructions for how to do make the ultimate coordinated ensemble.
In some embodiments, a plurality of toolboxes, digital audio tracks, kits, etc., are provided, where each toolbox or kit has variations and sections from the same theme. In further embodiments, a plurality of toolboxes, kits, etc., are provided, where each toolbox or kit (or groupings of such toolboxes/kits) each of different variations and sections for different themes.
In some embodiments, the toolboxes, systems, kits and methods, etc., comprise music kits consisting of a single theme, i.e., the music as a whole in such kit, etc., consists essentially of a single coherent there. Such theme, and therefore the toolbox or kit in turn, comprises, or even consists essentially of, sections of music specifically created at exact tempos and lengths, typically measured and identified within 1 msec or 2 msec, so that the sections can be used together to create the theme. The sections can be placed in different locations to meet specific needs of a visual portion of the media presentation that is being created.
For example, most visual media has a beginning, middle and end. The musical sections can be put in different orders and still sound coherent within the single theme (or multiple themes can be provided and organized if desired, either within a single kit properly identified and coordinated as such, or in multiple kits each providing a single theme). The musical (or other audio) sections labeled to be a “beginning” or “ending” or “middle”. The musical sections are provided in different length options, for example so that the production, such as a commercial, can have a blank (silent) spot having no music, for example so that a voice over (VO) and/or other theme can be added. Such as silent musical section block can be labeled so that the editor/user knows it is a “VO” section within the kit.
In some embodiments, the white sheet/instructions comprise information or instructions advising the editor/user whether some musical sections work better together than others: the white sheet/instructions can advise how the musical building blocks can fit together and still sound good. The white sheet/instructions can also comprise recommendations for first establishing an ending musical section(s), then providing the beginning musical section, and then sorting amongst multiple possible middle sections to provide the user with his/her desired audio components in the middle.
As an example, the toolboxes, kits, methods, etc., herein enhance the ability of a user to create end-product music for visual media where the music is both thematically consistent and digitally accurate. Certain fractional tempos provided in the toolboxes, kits, methods, etc., help this happen. In normal music making a typical tempo (speed of beats) is 120 beats per minute. However, for music to synchronize accurately for visual media within the constraints of the frame rates that are commonly used, the tempos are often needed to be fractional so that the accuracy is within two milliseconds, or other desired accuracy as discussed herein, to coordinate with how fast the human brain processes audio (discussed above). Thus, a tempo may have a speed such as “159.69”, which is an example of an excellent tempo for synchronization for a 15-second commercial. The toolboxes, kits, methods, etc., herein provide musical sections that “snap” together into the commercial and into a film editing software.
In some embodiments, the toolboxes, systems, kits and methods, etc., further comprise a version of the music that isn't cut into sections or blocks, but instead are full lengths for desired purposes, such as full lengths of 15, 30 and 60 seconds. For such toolbox, kit, etc., a white sheet/directions is provided that tells the editor or other user exactly where in the full-length version the musical “hits” (places of interests, or a sort of musical punctuation) are located. Such “hits” can be identified using SMPTE or other suitable time code. In such embodiments, if the film editor wants to “cut to the music”, he or she can mark the points in SMPTE timecode within the film editing software and have the sections of film line up with the musical hits. The timecode hits can be given in several versions of timecode options.
In further embodiments, the toolboxes, systems, kits and methods, etc., can comprise “decision trees” or other step-by-step instructions or options. For example, where the toolboxes, kits, methods, etc., herein are provided via a website, the website provides a music player (or provides code that can be played in a client-located music player, etc.) that provides a full version example of the music. Such version can allow a user to determine if he/she likes it that particular theme or would prefer a different theme from the multiple themes that are provided. Thus, for example, a client/user can hear a 15, 30 or 60 second theme that has been made specifically for commercials to determine its suitability for a particular visual media presentation—or choose a different one. This avoids the problem in some music libraries where only much longer tracks are provided, which takes a significantly longer time to review and curate. The user/editor can then use the audio kits herein to make precision audio for the visuals, for example to fill the space of audio completely or partially at the client's choice.
The present application is further directed to methods of making the various elements of the toolboxes, digital audio tracks, systems, etc., herein, including making the toolboxes, systems, etc., themselves from various elements. The toolboxes, systems, etc., also apply to methods of using the same, including for example applying the toolboxes, systems, etc., to make commercials, films, videos, video blogs, podcasts, etc., or otherwise as desired.
The digital audio toolbox can also comprise a cue sheet comprising information to be provided to a Performance Rights Organization (PRO).
Things are Gonna be Much Betta
“Things are Gonna be Much Betta” (TAGBMB) is a happy go lucky type of tune. A user can identify it from its acronym at the end of its track name if desired. TAGBMB is designed to have room for a branding Voice Over (VO) after the final chord. The coordinating mix and match pieces can build up to make the song more complicated or pare down. If only version ‘A’ is used from each section it becomes an Acoustic Bass feature. Another option is to simply choose a Version, for example: “V.1_A”, and use each piece named down the alphabet (A, B, C, etc.). This exemplary song has many ways it can be applied.
Things Gonna_V.5_Full. Example of a Full Version; may be used, for example, to cut/edit a film to match a 15 second commercial or can be used as an ending for a longer commercial.
The Thing Are Gonna Be Much Betta (TGBMB) V.1 are all 12 seconds long.
TGBMB V.2 Tracks have a different ending than V1 tracks and are all 12 seconds long
TGBMB V.3 Tracks have a different ending than V1 tracks and are slightly longer at 15 seconds long
TGBMB V.4 Tracks are very short measuring 5 seconds long
T TGBMB V.5 Are created to be used at the end of your production measuring 15 seconds long with room for a branding VO after the final note
TGBMB V.6 Track is an extra of just solo Bass. It is 15 seconds long and can be used to fill in a longer commercial.
Example 2 refers to
Some general information for the frame rate map:
Some general discussion of the frame rate map in
A “measure” or a “bar” in music normally has 3 or 4 beats within them. In this demonstration in
Most music library music tracks do not include any film composer beat disguises or techniques, since it is impossible for the song maker to guess the digital details of a film without studying the film/video or animation with the proper software to successfully use film composer trained disguises or techniques.
In the example provided in
In the example provided in
The example provided in
Theme: Caribbean Beauty
Tracks for 15 Second Ads have the number 15 after its name Tracks created for 30 second Ads have the number 30 after the name and tracks created for 60 second ads have the number 60 after the name. The names can be abbreviated. Example: Caribbean Beauty's name has been abbreviated to “Carib”. Every track with a name that begins with “Carib_15” has been designed to fit precisely in a 15 second Commercial. In many of the toolboxes, kits, methods, etc., the ending pieces of the 15 Second, 30 Second and 60 second version is the same. The toolboxes, kits, methods, etc., herein make it easy for a user to find everything a user wants grouped by commercial length.
There are also alternate endings with room for Voice Over in the most common locations of audio for commercials. A user can identify the tracks that are made this way by the “VO” in the track name. The track name that has VO will often include an approximation of where the VO is designed to serve best.
Some tracks have the letters “EX”. This means “Extended”. These tracks play a little bit longer.
Some kits have music that gives the user several choices; for example the melody can allow for instruments to be introduced one at a time. If this is an option with a kit, a user will see “V.1_A” for “Instrument 1” and “V.1_B” for “Instrument(s) two” so that a user is able to add his/her tracks in a proper sequence.
Some tracks may be called “Interlude”. These tracks add a slight change in the feel of the music.
If a track has a “P”, that indicates there is a “Pick-up” at the beginning of the track. A “pick-up” is music that begins before the downbeat. For example, it can be a bit of drums that kicks in the melody.
The track (section) names can be identified with an “A”, “B”, etc. Such identifiers indicate a good working order for the tracks best when placed in the indicated order.
Musical Hits.
Certain of the melodies have points, or hits, in them that are designed to give significance to the visual when properly synced. There are natural hits in melodies and the music in the toolboxes, kits, methods, etc., herein identify such hits, as well as artificial hits if desired, so that the user can use them as desired. These hits are identified precisely, preferably to within 2 msec, 1 msec, etc. In some embodiments, such hits are identified with an “H”. If desired, many hits can be lined up at an exact frame where a user would like emphasis for the visual. Some melodies work better if a user cuts to the hit. So, a user can have the option of cutting/editing the visual to the audio, or vice-versa.
Example for a 15 Second Ad Using Caribbean Beauty
Example for a 30 Second Ad Using Caribbean Beauty
Example 4 refers to
This Example and
“Rumba and Coke” is designed so that the user can cut a commercial to fit the music.
The user has the choice to cut the film wherever he/she would like. Here are some SMPTE numbers that are suitable for many situations within the Rumba and Coke full song:
These numbers are examples for editing that, when cut to, will provide a production with extra polish. A user can make multiple extra cuts in between these numbers, but in many instances the most dramatic cuts should be made at the numbers given.
A musical toolkit made to meet ATSC A/85 Broadcast specification. The toolkit comprises \a general description/instructions for the type of story each song “tells”, and two choices for how to use a music kit, identified as “Algebra People” and “Geometry People”.
For a “whole song technique”, there's a full version of a song in each kit. A user can cut/edit his/her footage to the music as desired. The instructions provide a list of great spots to cut/edit, called ‘hit points’. If the user cuts to at least about 7 of the suggested hit points it can make the music appear to be synchronized throughout the advertisement or other visual media being synced.
For “kit pieces technique”, the pieces from the musical toolkit can be selected piecemeal for a chosen song. The instructions explain how to assemble music segments to get a custom sounding piece that matches the advertisement or other visual media being synced.
If desired, each toolkit has as an example track that can also double as a full track that can be used to edit a user's footage (the instructions can provide exact numbers and science if desired), or a user may build a version from the corresponding music kit that can make an impact for the viewer. The whole song technique and the kit pieces technique can be provided with a corresponding PDF that suggests places to make edits within a user's visual product.
All terms used herein are used in accordance with their ordinary meanings unless the context or definition clearly indicates otherwise. Also unless expressly indicated otherwise, in the specification the use of “or” includes “and” and vice-versa. Non-limiting terms are not to be construed as limiting unless expressly stated, or the context clearly indicates, otherwise (for example, “including,” “having,” and “comprising” typically indicate “including without limitation”). Singular forms, including in the claims, such as “a,” “an,” and “the” include the plural reference unless expressly stated, or the context clearly indicates, otherwise.
The scope of the present devices, systems and methods, etc., includes both means plus function and step plus function concepts. However, the claims are not to be interpreted as indicating a “means plus function” relationship unless the word “means” is specifically recited in a claim, and are to be interpreted as indicating a “means plus function” relationship where the word “means” is specifically recited in a claim. Similarly, the claims are not to be interpreted as indicating a “step plus function” relationship unless the word “step” is specifically recited in a claim, and are to be interpreted as indicating a “step plus function” relationship where the word “step” is specifically recited in a claim.
From the foregoing, it will be appreciated that, although specific embodiments have been discussed herein for purposes of illustration, various modifications may be made without deviating from the spirit and scope of the discussion herein. Accordingly, the systems and methods, etc., include such modifications as well as all permutations and combinations of the subject matter set forth herein and are not limited except as by the appended claims or other claim having adequate support in the discussion and figures herein.
| Number | Date | Country | |
|---|---|---|---|
| 62379154 | Aug 2016 | US |
