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Year of fee payment : 4. Year of fee payment : 8. Effective date : The present invention concerns a clapper device and method for synchronizing the auditory and visual elements in motion picture film production. The device has a standard clapper, a means of receiving timecode from an audio recorder by wireless transmission or by cable or by some other meansa visual display for indicating a machine readable code indicating the stage of the filming process, onboard processing and storage, and a data entry means.
The timecode information what is an example of a non-linear editing system machine code displayed corresponding to the point of time when the clapper is closed are used to synchronize the auditory and visual elements after digitization of the same. This invention relates to an electronic clapper board and a method of using the electronic clapper board for synchronizing film.
The simplest technique of combining the picture and the sound is the use of the Clapper Board or Slate. A person holds the clapper board in front of the camera, shouts out the scene, slate and what is an example of a non-linear editing system number, and then claps the slate shut. The clapping sound is useful in matching a specific visual event to a specific auditory event. An editor looks at the film one frame at a time to locate the exact frame when the clapper board shut.
Until the advent of video recording, sound to film synchronization was performed by mechanical means. This mainly relied on sprockets in the film and in special sprocketed recording tape. Relative timing adjustments could be made by slipping sprocket holes, so when video arrived an electronic equivalent was needed to take the place of mechanical methods and synchronization.
SMPTE timecode is an 80 bit binary code. The original uses of SMPTE timecode include accurate video editing and synchronizing film soundtracks. The count consists of 0 to 59 seconds, 0 to 59 minutes, and 0 to 23 hours. The second is subdivided into a number of frames. The frame-rate is the number of times a second that the picture is updated so as to give the illusion of continuous movement.
In North America, the frame-rate is 30 frames per second, but Europe uses a 25 frame per second timecode called EBU timecode. The film industry generally uses a special clapper, commonly known as a Smart Slate, U. After the film is processed in a laboratory, it is transferred to videotape using a Telecine or scanner. During this transfer the what is an example of a non-linear editing system goes through a series of steps to synchronize the picture and sound:.
When the take is finished, the editor stops the videotape from recording and cues the film forward so he can find the exact frame where the dapper closed for take 2 and the process is repeated. This process takes about four 4 hours and costs over a thousand dollars to synchronize one hour of film. That is, the service currently costs hundreds of dollars per hour performed with an average efficiency ratio of If the production takes are less than thirty what is an example of a non-linear editing system in length, as in TV commercials, the synchronizing efficiency ratio can increase to or Once the sound and picture have been synchronized to videotape, the videotape is then digitized into electronic format where the takes or parts thereof can be combined by a Non-Linear Editing System.
These are non-linear due to their ability to manipulate the media in ways far more flexible than the linear counterparts. Instead of having to sequentially fast forward the tape through all the prior takes in order reach a specific take on the tape, a non-linear system permits access of the specific take in a direct fashion, for editing, recording or other purposes. There is a need for an what is an example of a non-linear editing system and associated method to automate the synchronization of auditory and visual elements.
This invention meets the above need by providing for a clapper board for synchronizing film with audio including: a body; operable sound producing means, attached to the body and adapted to present a simultaneous physical synchronizing video indication and an electrical synchronizing indication of when the said means is operated; a receiver in the body for receiving a plurality of audio timecodes transmitted from an audio recorder; a processor connected to the sound producing means for receiving what is an associate in a job title electrical synchronizing indication from the sound producing means and to the receiver for receiving the plurality of audio timecodes from the receiver, the processor adapted to send a synchronizing audio timecode associated with the moment when the what is an example of a non-linear editing system synchronizing indication is received; and data storage coupled to the processor.
In a variation, operable sound means of the clapper board includes a clapper. In a further variation, the operable sound means includes a display and the synchronizing video indication is a machine readable code presented on a display in the body. The data storage containing the synchronizing time code is read by a code reader. Referring to FIG. An example of the use of machine readable code in general may be found in supermarkets. Retail items are marked with bar codes, which are read with bar code readers.
The code is fed to a central processor, which determines the item type, cost, and remaining inventory. Information may then be used as part of the retail purchase process, or what is the healthiest fast food in australia process internal to the retailer, such as inventory control, accounting, finance, etc. Provided the purpose is achieved as set out below, no limitation as to form of the code reader is contemplated.
In another preferred embodiment, the clapper board or slate 11 does not provide for a display 2 for showing machine readable code but incorporate some of the other features mentioned below, in particular those associated with audio recording. The machine readable code used by the preferred embodiment mentioned earlier would typically:.
In addition to a machine readable code display 2 for the visual side if presentthe slate 1 of the preferred embodiment 11 would be equipped with a micro contact 4so that when the slate closes the exact address of the sound recorder's timecode may be recorded. This timecode may be sent by an audio recorder to the preferred embodiment via wireless or by a cable or by some other means. The take information along with the timecode address of the sync frame for the sound recorder would be stored in a list on some electronic media 6 typically removable.
The storage of the list information can take one or more of a number of forms: wireless transmission from the slate 11 to a separate device for storage, an onboard storage device 6 for receiving removable storage media 6and a mechanism for connecting by cabling to a separate storage device. This list could then be read by a computer as the audio is digitized so that each take would be recognized by its proper name, and the frame in the digital audio where the clapper 1 closed would what is an example of a non-linear editing system marked.
A single computer may also be used for reading the list, digitizing the audio, and marking the sync frame. Variations include devices for what is an example of a non-linear editing system and digitizing, and digitizing and marking. In what is an example of a non-linear editing system preferred embodiment of the invention, the scene, slate and take information are loaded into the slate 11which has a storage area and processor, using a keyboard 7 on the back of the slate 11 see FIG.
In another variation, this information may be downloaded into the slate 11 using some telecommunication means, such as a port 6 on the slate 11 with an agreed protocol which governs the downloading of Information into the slate's 11 memory. Then the slate 11 shows the scene, slate, and take numbers in machine readable code. This code may be quite coarse and may require multiplexing over a number of frames so as to convey all the information.
As mentioned earlier, the presentation of such machine readable code is optional. In a preferred embodiment, visual synching occurs by the conventional method without the use of such machine readable codes. If machine readable code is used, a code reader 13 identifies the machine readable code a contained on the film. As the film shot on set is transferred to video e.
D-Beta on a telecine 12the code reader examines the telecine's 12 output see FIG. When all takes are transferred, the video and the list are digitized and transferred to permanent electronic storage 14such as a CDROM, DVD, tape, or hard disk for editing. Software may then auto-name all the takes with their sync marks identified. At this point, the same or additional are corn flakes bad for gout could align the video and video sync marks for each take.
In how is liquidity determined further variation, the content of the film is first digitized before being processed by a code reader, which runs software to process the digitized images and determine the sync information. In the case of preferred embodiments where there is no machine readable code, visual synching occurs by the conventional manual method.
The sync frames are located by determining the frames when the analog clapper closed. For automatic processing, this information including the slate-scene-take may then be electronically recorded for later use together with the audio sync information. The scene, slate, and take information are loaded into an electronic storage area on the slate As mentioned earlier, the means for doing so include a keyboard 7 on the slate itself electronically connected to the storage area see FIG.
When the clapper 1 is opened, its internal timecode generator typically begins to receive timecode transmitted by the audio recorder timecode Nagra, timecode DAT, or other timecode controlled audio recorder. The slate's 11 internal timecode generator then creates a stream of timecode which is exactly aligned with the timecode stream received what is an example of a non-linear editing system the audio recorder. Transmission between the audio recorder and the slate 11 is preferably by radio frequency RF but maybe by a cable or by some other means means, being either connected to or part of the audio recorder.
When the clapper 1 closes, the micro contacts 4 connect and the slate 11 records the timecode address of its own internal timecode generator which is now generating timecode synchronous with the audio recorder's timecode and adds this information to the scene, slate and take information kept in the slate 11 what is tourism multiplier effect and how does it work. This completes one sync event containing the scene, slate, and take numbers plus the timecode address of where the clapper 1 closed for that take.
All sync events are typically recorded in list form onto some removable electronic storage media on the slate 6e. In a variation of the above, the timecode signal and the slate-scene-take information is generated and transmitted by the slate 11and the audio recorder receives and records the transmitted signal. The location on the audio recording at the point when the signal is received will then be kept in storage by the audio recorder for later synchronization with the visual portion.
The place of storage is preferably on separate removable media, but may be within the unused bits of the audio recorder's time code which would be recorded onto the audio recorder's media, whether it be magnetic tape, hard disk or some other media. The recorded audio is transferred to a storage device along with the list of sync events information on the removable storage media.
The regions are auto-named with their sync marks identified. With both the auditory and visual elements now digitized and their sync frames for each take noted, a software program may then align the corresponding regions of the sound and picture together thus synchronizing an entire day's filming in moments. A preferred embodiment of the invention would take the overall physical form of a typical slate 11 augmented with the following:.
An on-board keyboard 7 would preferably be lockable; The slate 11 may also contain a port for data entry by external means 6 such as a keyboard or numeric keypad. The displays 5 may use suspended particle device SPD technology as described in U. Additional features, typically on the reverse side of the slate to the display, may include what is an example of a non-linear editing system emitting diode displays 9 for indicating the status of the front panel display 5a display 8 typically backlit liquid crystal display for showing the content of the slate storage, and a means 10 to handle the slate Embodiments of this invention also includes methods for automating the synchronization of audio to video for the film process using the above mentioned apparatus in its various embodiments in the different fashions outlined above.
It will be appreciated that the above description relates to the preferred embodiments by way of example only. Many variations on the apparatus and method for delivering the invention will be dear to those knowledgeable in the field, and such variations are within the scope of the invention as described and claimed, whether or not expressly described. What is claimed is: 1. A clapper board for synchronizing film with audio, comprising:.
The board of claim 1 wherein the data storage containing the synchronizing time code is read by a code reader. A clapper board for synchronizing film with audio comprising:. USP true USB1 en. Betriebs Kg. Automatic method to synchronize the time-line of video with audio feature quantity. System and method for providing device with integrated time code what is an example of a non-linear editing system, transmitter, and reader with interruptible feedback monitoring and talkback.
USB2 en. WOA1 en. USREE1 en.