Film colorization or film colourisation (see spelling differences) is any process that adds color to black-and-white, sepia, or other monochrome moving-picture images. It may be done as a special effect, or to modernize black-and-white films, or to restore color films. Examples date from the early 20th century, but colorization has become common with the advent of digital image processing.
- 1 Early techniques
- 2 Uses of colorization
- 3 Colorization examples, criticism, and controversies
- 4 See also
- 5 References
- 6 Further reading
- 7 External links
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The first film colorization methods were employed before effective color film processes were developed: each projected copy was individually colorized. The process was done by hand, sometimes using a stencil cut from a second print of the film. As late as the 1920s, hand coloring processes were used for individual shots in Greed (1924) and The Phantom of the Opera (1925) (both utilizing the Handschiegl color process); and rarely, an entire feature-length movie such as Cyrano de Bergerac (1925) and The Last Days of Pompeii (1926).
During the late 1960s and the early 1970s, black-and-white Betty Boop, Mickey Mouse, and Looney Tunes cartoons were redistributed in color—the colorization process was done by tracing the original black-and-white frames onto new animation cels, and then adding color to the new cels. With computer technology, studios were able to add color to black-and-white films by digitally tinting single objects in each frame of the film until it was fully colorized (the first authorized computer-colorizations of B&W cartoons were commissioned by Warner Bros. in 1990). The initial process was invented by Canadians Wilson Markle and Christian Portilla and was first used in 1970 to add color to monochrome footage of the moon from the Apollo program missions.
Computerized colorization began in the 1970s with a process developed by Wilson Markle. Movies colorized using early techniques have soft contrast and fairly pale, flat, washed out color; however, the technology has improved since the 1980s.
To perform digital colorization, a digitized copy of the best monochrome film print available is needed. Technicians, with the aid of computer software, associate a range of gray levels to each object, and indicate to the computer any movement of the objects within a shot. The software also is capable of sensing variations in the light level from frame to frame and correcting it if necessary. The technician selects a color for each object based on (1) common "memory" colors such as blue sky, white clouds, flesh tones and green grass, and (2) based on any known information about the movie. For example, if there are color publicity photos or props from the movie available to examine, authentic colors may be applied. (3) In the absence of any better information, the technician chooses a color that fits the gray level and that the technician feels is consistent with what a director might have chosen for the scene. The computer software then associates a variation of the basic color with each gray level in the object, while keeping intensity levels the same as in the monochrome original. The software then follows each object from frame to frame, applying the same color until the object leaves the frame. As new objects come into the frame, the technician must associate colors to each new object in the same way as described above. This technique was patented in 1991.
A major difficulty with this process is its labor-intensity. For example, in order to colorize a still image an artist typically begins by dividing the image into regions, and then assigning a color to each region. This approach, also known as the segmentation method, is time consuming, as the process of dividing the picture into correct segments is painstaking. This problem occurs mainly because there have been no fully automatic algorithms to identify fuzzy or complex region boundaries, such as between a subject’s hair and face. Colorization of moving images also requires tracking regions as movement occurs from one frame to the next (motion compensation). There are several companies which claim to have produced automatic region-tracking algorithms.
Legend Films describes their core technology as pattern recognition and background compositing which moves and morphs foreground and background masks from frame to frame. In the process, backgrounds are colorized separately in a single composite frame which functions as a visual database of a cut, and includes all offset data on each camera movement. Once the foregrounds are colorized the background masks are applied frame to frame in a utility process.[clarification needed]
Timebrush describes a process based on neural net technology which produces saturated and crisp colors with clear lines and no apparent spill-over. It is claimed that the process is cost effective and equally suitable for low-budget colorization, as well as for prime time broadcast-quality or theatrical projection.
A team at the Hebrew University of Jerusalem's Benin School of Computer Science and Engineering describe their method as an interactive process which does not require precise, manual, region detection, nor accurate tracking and is based on the simple premise that nearby pixels in space and time that have similar gray levels should also have similar colors. At the University of Minnesota, a color propagation method was developed that uses geodesic distance.
A highly labor-intensive process, employed by the UK-based film and video colorization artist Stuart Humphryes in conjunction with video restoration company SVS Resources, was employed by the BBC in 2013 for the commercial release of two Doctor Who serials - episode one of The Mind of Evil and newly discovered monochrome footage in the Director's Cut of Terror of the Zygons. For these ventures approximately 7000 key-frames (approximately every 5th PAL video frame) were fully colorized by hand, without the use of masks, layers or the segmentation method. These were then utilised by SVS Resources to interpolate the colour across the intervening surrounding frames using a part computerized/part manual process.
Uses of colorization
The earliest form of colorization introduced limited color into a black-and-white film using dyes, as a visual effect. The earliest Edison films, most notably the Anabelle Butterfly Dance series were also the earliest examples of colorization, done by painting aniline dyes onto the emulsion.
In 1916, the Handschiegl Color Process was invented for Cecil B. DeMille's film Joan the Woman (1917). Another early example of the Handschiegl process can be found in Phantom of the Opera (1925), in which Lon Chaney's character can be seen wearing a bright-red cape while the rest of the scene remained monochrome. The scene was toned sepia, and then the cape was painted red, either by stencil or by matrix. Then, a sulfur solution was applied to everything but the dyed parts, turning the sepia into blue tone. The process was named after its inventor, Max Handschiegl. This effect, as well as a missing color sequence, were recreated in 1996 for a Photoplay Productions restoration by computer colorization (see below).
Partial colorization has also been utilized on footage shot in color to enhance commercials and broadcast television to further facilitate the director's artistic vision. As an example, Cerulean Fx provided partial colorization for Dave Matthews Band's music video The Space Between as well as Outkast's music videos "Bombs Over Baghdad" and "Roses."
A number of British television shows which were made in color in the early 1970s were wiped supposedly for economic reasons, but in some cases black-and-white telerecordings were made for export to countries that did not yet have color television. A notable example is the BBC's five-part Doctor Who story The Dæmons. Only one episode survived in color; the rest existed only as black-and-white film recordings. The only known color recording was a poor-quality over-the-air recording of an abridged USA broadcast. In the 1990s the BBC colorized the black-and-white copies by adding the color signal from the over-the-air recordings. The result was judged a success by both technicians and fans. In March 2008, it was announced that new technology, which involves detecting color artifacts ("dot crawl") in high-resolution scans of black-and-white films, will be used to restore other Who episodes as well as shows like Steptoe and Son where some episodes only exist in black-and-white. However, there are no plans to use colorization on BBC programmes originally made in black-and-white, such as the 1960s Who episodes since they have no color information contained and so cannot be recovered using the method of other Who stories which have been colorized.
The full-color feature film Sky Captain and the World of Tomorrow (2004), which already made heavy use of digitally generated sets and objects, integrated black-and-white 1940s footage of Sir Laurence Olivier into scenes by colorizing him.
In his feature film, The Aviator (2005), Martin Scorsese seamlessly blended colorized stock footage of the Hell's Angels movie premiere with footage of the premiere's re-enactment. The colorization by Legend Films was designed to look like normal three-strip film but was then color corrected to match the two-strip look of the premiere's re-enactment. Also in The Aviator, Scorsese used colorized footage of Jane Russell from the original black-and-white film, The Outlaw and dog fight scenes from Hell's Angels.
Colorization examples, criticism, and controversies
In 1983, Hal Roach Studios became one of the first studios to venture into the business of computerized film colorization. Buying a fifty percent interest in Wilson Markle's Colorization Inc, it began creating digitally colored versions of some of its films. Roach's Topper and Way Out West (both 1937) became the first black-and-white films to be redistributed in color using the digital colorization process, leading to controversy over the colorization process. Defenders of the process noted that it would allow black-and-white films to have new audiences of people who were not used to the format. Detractors complained (among other reasons) that the process was crude and claimed that even if it were refined, it would not take into account lighting compositions chosen for black-and-white photography which would not necessarily be as effective in color. Figures opposed to the process included Roger Ebert, James Stewart, John Huston, George Lucas and Woody Allen.
Cary Grant was reportedly "very gung-ho with the outcome" of the colorization of Topper. Director Frank Capra met with Wilson Markle about colorizing the perennial holiday classic It's a Wonderful Life, Meet John Doe and Lady for a Day based on Grant's enthusiasm. Colorization, Inc.'s art director Brian Holmes screened ten minutes of colorized footage from It's a Wonderful Life to Capra, which led Capra to sign a contract with Colorization, Inc. However, the film was believed to be in the public domain at the time, and as a result Markle and Holmes responded by returning Capra's initial investment, eliminating his financial participation, and refusing outright to allow the director to exercise artistic control over the colorization of his films, leading Capra to join in the campaign against the process.
In 1986, Film critics Gene Siskel and Roger Ebert did a special episode of Siskel & Ebert addressing colorization as "Hollywood's New Vandalism." "It's about money" Siskel explained how networks were unable to show classic black-and-white films in prime-time unless they offer it in color. "They arrest people who spray subway cars, they lock up people who attack paintings and sculptures in museums, and adding color to black and white films, even if its only to the tape shown on TV or shown in stores, is vandalism nonetheless." Roger Ebert added, "What was so wrong about black and white movies in the first place? By filming in black and white, movies can sometimes be more dreamlike and elegant and stylized and mysterious. They can add a whole additional dimension to reality, while color sometimes just supplies additional unnecessary information."
Media mogul Ted Turner was once an aggressive proponent of this process, by employing the San Diego firm American Film Technologies. When he told members of the press in July 1988 that he was considering colorizing Citizen Kane, Turner's comments led to an immediate public outcry. In January 1989 the Associated Press reported that two companies were producing color tests of Citizen Kane for Turner Entertainment. Criticism increased with the AP's report that filmmaker Henry Jaglom remembered that shortly before his death Orson Welles had implored him to protect Kane from being colorized.
On February 14, 1989, Turner Entertainment president Roger Mayer announced that work to colorize Citizen Kane had been stopped:
Our attorneys looked at the contract between RKO Pictures Inc. and Orson Welles and his production company, Mercury Productions Inc., and, on the basis of their review, we have decided not to proceed with colorization of the movie. … While a court test might uphold our legal right to colorize the film, provisions of the contract could be read to prohibit colorization without permission of the Welles estate.
John Huston's opposition to the colorization of his work led to a landmark three-year French legal case after his death, sparked by a colorized version of The Asphalt Jungle. His daughter Anjelica Huston successfully used French copyright law to set a binding precedent in 1991 that prevents the distribution or broadcasting in France of any colorized version of a film against the wishes of the original creator or their heirs. Major legislative reaction in the United States was the National Film Preservation Act of 1988 (Public Law 100-446), which prohibits any person from knowingly distributing or exhibiting to the public a film that has been materially altered, or a black and white film that has been colorized and is included in the Registry, unless such films are labeled disclosing specified information. This law also created the National Film Registry.
Because of the high cost of the process, Turner Entertainment stopped colorizing titles. With the coming of DVD technology, the notion of colorization was once again gaining press. Because the DVD format was more versatile, studios could offer viewers the option to choose between both versions without switching discs, and thus, the release of colorized titles once again seemed profitable. Some companies re-released the older colorized versions from the 1980s—an example of this is the Laurel and Hardy box set being released in the UK.
Other studios, such as Sony Entertainment, commissioned West Wing Studios to colorize several Three Stooges films for DVD release. The studio was given access to the original Columbia Studios props and sets to lend authenticity to the colorized versions.
Both film and television restoration and colorization is produced by the company Legend Films. Their patented automated process was used to colorize around 100 films between 2003 and 2009. Shirley Temple, Jane Russell, Terry Moore and Ray Harryhausen have worked with the company to colorize either their own films or their personal favorites. Two movies that Legend Films are noted for is the colorization of the exploitation film Reefer Madness, for which certain color schemes were used to create a psychedelic effect in its viewers, and Plan 9 from Outer Space. Recently (2007), Legend Films colorized It's a Wonderful Life for Paramount Pictures (whose subsidiary, Republic Pictures, had regained control of the copyright in the 1990s) and Holiday Inn in 2008 for Universal Pictures.
In 2004, a classic Indian film, Mughal-e-Azam, was colored for theatrical release all over the world by a company called Indian Academy of Arts and Animation (IAAA) in association with Sankranti Creations. Founder of IAAA and Owner of [Sankranti creations], Rajeev Dwivedi used this technology for the first time in India.
In 2005, Sony Pictures Home Entertainment released the first season of Bewitched on DVD. Because the first season was produced in black-and-white, Sony released two versions of the set: one with the episodes as originally broadcast and a second with the episodes colorized. A year later, the second season of Bewitched and the first season of I Dream of Jeannie, another show owned by Sony, were released the same way. These releases were colorized by Dynacs Digital Studios, a Florida-based company with film colorization and animation studios in Patna, India.
Colorization is sometimes used on documentary programmes. The Beatles Anthology TV show colorizes some footage of the band, most notably the performance of "All You Need Is Love" from the TV special Our World (1967). In the documentary this scene begins in its original black-and-white before dissolving into seemingly realistic, psychedelic color. The color design was based on color photographs taken at the same time as the special was shot.
The documentary series World War I in Color (2003) was broadcast on television and released on DVD in 2005. There had previously been full-color documentaries about World War II using genuine color footage, but since true color film was not practical for moving pictures at the time of World War I, the series consists of colorized contemporary footage (and photographs). Several documentaries on the Military Channel feature colorized war footage from the Second World War and the Korean War.
The 1960 Masters Tournament, originally broadcast in black-and-white and recorded on kinescope, was colorized by Legend Films for the documentary Jim Nantz Remembers. This was the first time a major sports event had been re-broadcast using colorization.
- TNT (TV channel)
- Turner Classic Movies / History
- Metro-Goldwyn-Mayer / MGM/UA, Turner, and Parretti
- National Film Preservation Act
- 2D to 3D conversion - many of the issues involved in colorization, such as object edge identification/recognition, are also encountered in 3-D conversion
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