Together we have produced the most powerful, capable and precise color correction environment on the planet. Pablo couldn’t have happened without real-world input from some of the world’s top colorists. There are three Pablo models – HD, 2K and 4K, so whatever your business, there’s a Pablo that’s perfect for you It's quite simply the ultimate color correction solution for HD, 2K, 4K and Stereoscopic 3D - proven on thousands of movies, commercials and programs in the hands of leading colorists around the world. The system is operable in a calibration mode in which a generator 15 is connected to input the colour point data to an external keyer.Model DetailsPablo is taking the color correction business by storm - ushering in the next generation of non-linear color correction. A combiner 4 combines the foreground image data and the background image data on a pixel-by-pixel basis in response to the keying data to produce the composite image data. An interpolator 9 is also provided for interpolating the range data depending on the least significant bits (LSBs) of the foreground image data and outputting keying data. A programmable look up table 8 is provided for receiving on a pixel-by-pixel basis the most significant bits (MSBs) of the foreground image data and outputting in response thereto range data representing limits of a keying range. The invention also provides a method for operating such a system.Ībstract: A chroma keying system 1 processes foreground image data representing a foreground subject in front of a matte, together with background data representing a background image, to produce composite image data representing the foreground subject and the background in place of the matte. In a preferred system, the video material is time-stamped to permit conflicts in the content of multiple tags relating to the same video material to be resolved by making the most recent prevail. Only tags associated with video information currently stored in any zone are retained in that zone, but all tags associated with information copied from a first zone to a second zone are supplied to the second zone. In order to ensure that cautionary or advisory information contained in signs or signals (“tags”) associated with certain video material is retained during transfer between servers in different zones, the invention provides that new tags associated with video material in any zone are broadcast generally to all other zones. Abstract: The invention provides a network-based video editing system, in which video clips are made available on demand to servers located in a plurality of spatially separated zones linked only via the network.
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