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Univisium (macaronic Latin for "unity of images") is a proposed universal film format created by cinematographer Vittorio Storaro, ASC, AIC and his son, Fabrizio, to unify all future theatrical and television films into one respective aspect ratio of 2:1.
The 2:1 aspect ratio was first used in the 1950s (April 1, 1953) for one of the two flat formats that Universal Pictures developed (alongside 1.85:1), [1] the RKO Superscope format, [2] [3] and as an option in several other cinematographic formats. [4] Another predecessor is Toho's Toho Pan Scope, used in the 1958 kaiju film Varan the Unbelievable and the 1957 Japanese re-release of Godzilla, King of the Monsters! (which in turn was the American localization of 1954's Godzilla), using an anamorphic process similar to Superscope with film shot in flat monochrome being cropped to 2:1 during editing.
In 1998, cinematographer Vittorio Storaro announced his plans for a new film format, originally to be called Univision, [5] in an interview with International Photographer magazine. [6] As Storaro stated in his written proposal, "Recently, any movie – no matter how big or small, successful or not – will, after a very short life on the big screen, have a much longer life on an electronic screen. Today the answer print is made for both of these two different media. ...Having these two different media, with essentially two different aspect ratios, each of us (directors, production designers, cinematographers, camera Operators, etc.) shares the nightmare of compromising the composition of the Image. Looking through a viewfinder, a camera, or a monitor, we are always faced with at least two images of the same subject." [7]
Storaro feels in the future of cinema, films will be photographed in either high-definition video for small, intimate digital projection theaters, or in 65 mm for "big audience... large screen" films. [7] In the cinematographer's opinion, as all films will be one of the two formats, he suggests that a common aspect ratio compromise of 2.00:1 (mathematical average of 65 mm 2.20:1 and HD 1.78:1) be adopted for all films, 65 mm theatrical, HD theatrical and television.
As he told American Cinematographer writer Bob Fisher, "I believe it is very important for audiences to see films exactly the way they were composed by the director and cinematographer. This is a solution." [8]
Storaro recognized that ubiquitous HD origination was not yet viable and therefore proposed an alteration to standard 35 mm photography to create a 2.00:1 aspect ratio and economize on film.
By using a negative area similar to that of the Super 35 frame (which utilizes the full width of a 35 mm film frame "perf-to-perf" as opposed to traditional 35 mm which utilizes a smaller area of the 35 mm frame offset to the right to accommodate space for an optical soundtrack) combined with 3-perf frame size (as opposed to standard 35 mm photography which uses four perforations per frame). The Univisium camera would use an aperture opening of 24mm × 12mm (.945" × .472") and three perforations per frame, [7] which would eliminate the waste associated with 2.40:1 Super 35 mm photography (wherein nearly 50% of the frame is discarded)[ citation needed ] by creating a natural 2.00:1 aspect ratio utilizing the whole film area.
In addition to using the full film area, using three perforations per frame as opposed to four equates to using 25% less film for the same shooting time. With the traditional four perforations per frame, 35 mm film (at 24 frames per second) runs at 90 feet per minute (4 minutes 26 seconds per 400 feet of film), three perforations per frame runs at 67.5 feet per minute (5 minutes 56 seconds per 400 feet of film). [9] This would mean each magazine of film would have 33% more shooting time and a production that shot the same overall length of time as a four-perforation film would use 25% less film.
The proposal also points out that the 2.00:1 aspect ratio can be achieved using standard spherical lenses, which, compared to their anamorphic counterparts, are cheaper, faster (require less light), and have more photographic depth of field and less visual imperfections. There is also a greater selection of spherical prime and zoom lenses than there are anamorphic lenses.
3-perf also results in a quieter camera than 4-perf as there is less intermittent movement per frame.
The format also calls for shooting 25 frames per second, which eliminates problems associated with transferring film to video in the PAL and SECAM system and is still fairly simple to transfer to the NTSC video format.
Storaro suggests a renovation to standard film projectors to present a 3-perf frame and eliminate the need for an anamorphic print to be made (to optically squeeze the 2:1 3-perf aspect ratio into a 1.33:1 4-perf frame). As the image will fill the full film area (perf-to-perf) there is no room for a traditional optical soundtrack and Univisium requires two digital soundtracks, one for backup (which resides outside of the perforations on the edge of the film; DTS, Sony Dynamic Digital Sound, Dolby Digital). The projectors would run at 25 frames per second, just as the cameras do. [7]
As a compromise to standard technology (for the time being), Storaro says an anamorphic print can be made and presented in 24 frames per second with a digital and/or optical soundtrack.
However, with the rise of the DCP (Digital Cinema Package), the 2:1 image can be projected from a flat (1.85:1) container in either 2K (1998 × 999) or 4K (3996 × 1998), with mild letterboxing.
Although no film has utilized the full aspects of the proposal, particularly with regard to the projection standards, Storaro has since used Univisium for nearly all of his films.
Technovision [10] and Clairmont Cameras have altered Arriflex 435 and 535B cameras for use on Storaro films that use Univisium and 3-perf pull-down. Technicolor laboratories in Rome, London, and Los Angeles also have the means to support the Univisium format. [8]
 | This article needs to be updated. The reason given is: Technicolor no longer processes film in Los Angeles..(August 2023) |
Additionally, Storaro has reframed many of his earlier widescreen releases for the 2.00:1 ratio upon DVD release, including Apocalypse Now , Reds , and The Last Emperor . [13] This has proved controversial with many film enthusiasts, who believe that regardless of Storaro's attempt to unify all aspect ratios, films should be viewed in the ratio they were filmed in, without any cropping. Due to this backlash, Apocalypse Now and Reds use their original aspect ratios for Blu-ray release, and The Last Emperor uses its original aspect ratio for its 4k UHD edition.
Other films that were reframed in open matte to the Univisium aspect ratio on DVD include the 1998 DVD release of Top Gun (1986), the 1999 & 2004 DVDs of Star Trek VI: The Undiscovered Country (1991), and the original DVD release of Austin Powers: International Man of Mystery (1997).
The HDTV version of Halloween (1978) is cropped to the Univisium aspect ratio.
Some earlier digital TV broadcasts of Star Wars, The Empire Strikes Back , and Return of the Jedi were cropped to the Univisium aspect ratio.
The VHS version of Kung Pow! Enter the Fist (2002) is cropped to the Univisium aspect ratio.
Some later LaserDisc prints and earlier DVD prints of select Studio Ghibli films such as My Neighbor Totoro and Spirited Away may be cropped to the Univisium aspect ratio from their original 1.85:1 presentation. Later remastered releases on Blu-ray and on streaming services are presented in the proper 1.85:1 aspect ratio.
Many trailers of upcoming films from 20th Century Studios that are shot in the 2.39:1 aspect ratio are cropped to this format when they play ahead of any movies that were shot in 1.85:1.
According to IMDB technical specification statistics, there are over 700 titles with 2:1 aspect ratios, and the number has been growing in recent years. [14] Most films and TV shows that originate on streaming platforms are shot this way, although a small number of theatrical feature films use it.
Netflix production and post-production requirements state that they prefer content up to 2:1 aspect ratio; anything wider must be evaluated and discussed. [15]
Some mobile devices, such as the Huawei Mate 10 Pro, LG G6, LG V30, Google Pixel 2 XL, OnePlus 5T, Sony Xperia XZ2 Compact and Xiaomi Mi Max 3, use the 2:1 format (marketed as 18:9), although the aspect ratio had been used previously in 2000s devices such as the Nokia 7710.
The 1998 game Metal Gear Solid used the Univisium aspect ratio for its cutscenes, while the game itself is in a 1.43:1 aspect ratio slightly letterboxed in a 4:3 screen. The 2017 game Sonic Forces used the Univisium aspect ratio for its cutscenes, both in-game and pre-rendered while the game itself is in 16:9. The 2013 game Ni no Kuni: Wrath of the White Witch also used the Univisium aspect ratio for select in-game cutscenes, though most of the in-game cutscenes were in 16:9, while the full motion video traditional animation cutscenes were in 1.85:1; the gameplay is in 16:9.
Pan and scan is a method of adjusting widescreen film images so that they can be shown in fullscreen proportions of a standard-definition 4:3 (1.33:1) aspect ratio television screen, often cropping off the sides of the original widescreen image to focus on the composition's most important aspects.
Widescreen images are displayed within a set of aspect ratios used in film, television and computer screens. In film, a widescreen film is any film image with a width-to-height aspect ratio greater than 4:3 (1.33:1).
35 mm film is a film gauge used in filmmaking, and the film standard. In motion pictures that record on film, 35 mm is the most commonly used gauge. The name of the gauge is not a direct measurement, and refers to the nominal width of the 35 mm format photographic film, which consists of strips 1.377 ± 0.001 inches (34.976 ± 0.025 mm) wide. The standard image exposure length on 35 mm for movies is four perforations per frame along both edges, which results in 16 frames per foot of film.
VistaVision is a higher resolution, widescreen variant of the 35 mm motion picture film format that was created by engineers at Paramount Pictures in 1954.
70 mm film is a wide high-resolution film gauge for motion picture photography, with a negative area nearly 3.5 times as large as the standard 35 mm motion picture film format. As used in cameras, the film is 65 mm (2.6 in) wide. For projection, the original 65 mm film is printed on 70 mm (2.8 in) film. The additional 5 mm contains the four magnetic stripes, holding six tracks of stereophonic sound. Although later 70 mm prints use digital sound encoding, the vast majority of existing and surviving 70 mm prints pre-date this technology.
16 mm film is a historically popular and economical gauge of film. 16 mm refers to the width of the film ; other common film gauges include 8 mm and 35 mm. It is generally used for non-theatrical film-making, or for low-budget motion pictures. It also existed as a popular amateur or home movie-making format for several decades, alongside 8 mm film and later Super 8 film. Eastman Kodak released the first 16 mm "outfit" in 1923, consisting of a camera, projector, tripod, screen and splicer, for US$335. RCA-Victor introduced a 16 mm sound movie projector in 1932, and developed an optical sound-on-film 16 mm camera, released in 1935.
CinemaScope is an anamorphic lens series used, from 1953 to 1967, and less often later, for shooting widescreen films that, crucially, could be screened in theatres using existing equipment, albeit with a lens adapter.
Anamorphic widescreen is a process by which a widescreen image is horizontally compressed to fit into a storage medium with a narrower aspect ratio, reducing the horizontal resolution of the image while keeping its full original vertical resolution. Compatible play-back equipment can then expand the horizontal dimension to show the original widescreen image. This is typically used to allow one to store widescreen images on a medium that was originally intended for a narrower ratio, while using as much of the frame – and therefore recording as much detail – as possible.
Negative pulldown is the manner in which an image is exposed on a film stock, described by the number of film perforations spanned by an individual frame. It can also describe whether the image captured on the negative is oriented horizontally or vertically. Changing the number of exposed perforations allows a cinematographer to change both the aspect ratio of the image and the size of the area on the film stock that the image occupies.
Vittorio Storaro, A.S.C., A.I.C., is an Italian cinematographer widely recognized as one of the best and most influential in cinema history, for his work on numerous classic films including The Conformist (1970), Apocalypse Now (1979), and The Last Emperor (1987). In the course of over fifty years, he has collaborated with directors such as Bernardo Bertolucci, Francis Ford Coppola, Warren Beatty, Woody Allen and Carlos Saura.
Techniscope or 2-perf is a 35 mm motion picture camera film format introduced by Technicolor Italia in 1960. The Techniscope format uses a two film-perforation negative pulldown per frame, instead of the standard four-perforation frame usually exposed in 35 mm film photography. Techniscope's 2.33:1 aspect ratio is easily enlarged to the 2.39:1 widescreen ratio, because it uses half the amount of 35 mm film stock and standard spherical lenses. Thus, Techniscope release prints are made by anamorphosing, enlarging each frame vertically by a factor of two.
Super 35 is a motion picture film format that uses exactly the same film stock as standard 35 mm film, but puts a larger image frame on that stock by using the space normally reserved for the optical analog sound track.
Technirama is a screen process that has been used by some film production houses as an alternative to CinemaScope. It was first used in 1957 but fell into disuse in the mid-1960s. The process was invented by Technicolor and is an anamorphic process with a screen ratio the same as revised CinemaScope (2.35:1), but it is actually 2.25:1 on the negative.
The Academy ratio of 1.375:1 is an aspect ratio of a frame of 35 mm film when used with 4-perf pulldown. It was standardized by the Academy of Motion Picture Arts and Sciences as the standard film aspect ratio in 1932, although similar-sized ratios were used as early as 1928.
Super Panavision 70 is the marketing brand name used to identify movies photographed with Panavision 70 mm spherical optics between 1959 and 1983. It has since been replaced by Panavision System 65.
Ultra Panavision 70 and MGM Camera 65 were, from 1957 to 1966, the marketing brands that identified motion pictures photographed with Panavision's anamorphic movie camera lenses on 65 mm film. Ultra Panavision 70 and MGM Camera 65 were shot at 24 frames per second (fps) using anamorphic camera lenses. Ultra Panavision 70 and MGM Camera 65's anamorphic lenses compressed the image 1.25 times, yielding an extremely wide aspect ratio of 2.76:1.
Anamorphic format is the cinematography technique of shooting a widescreen picture on standard 35 mm film or other visual recording media with a non-widescreen native aspect ratio. It also refers to the projection format in which a distorted image is "stretched" by an anamorphic projection lens to recreate the original aspect ratio on the viewing screen.
The aspect ratio of an image is the ratio of its width to its height. It is expressed as two numbers separated by a colon, width:height. Common aspect ratios are 1.85:1 and 2.40:1 in cinematography, 4:3 and 16:9 in television, and 3:2 in still photography.
Ultrawide formats refers to photos, videos, and displays with aspect ratios greater than 2. There were multiple moves in history towards wider formats, including one by Disney, with some of them being more successful than others.
