A History of Three-Dimensional Cinema chronicles 3-D cinema as a single, continuous and coherent medium, proceeding from 19th-century experiments in stereoscopic photography and lantern projection (1839–1892) to stereoscopic cinema’s “long novelty period” (1893–1952). It proceeds to examine the first Hollywood boom in anaglyphic stereo (1953–1955), when the mainstream industry produced 69 features in 3-D, mostly action films that could exploit the depth illusion, but also a handful of big-budget films—for example, Kiss Me Kate (George Sidney, 1953) and Dial M for Murder (Alfred Hitchcock, 1954)—until audiences tired of the process; the anaglyphic revival of 1970–1985, when 3-D was sustained as a novelty feature in sensational genres like soft-core pornography and horror; the age of IMAX 3-D (1986–2008); the current era of digital 3-D cinema, which began in 2009 when James Cameron’s Avatar became the highest-grossing feature of all time and the studios once again stampeded into 3-D production; and finally the future promise of Virtual Reality.

In 2009, Avatar, a 3-D movie directed by James Cameron, became the most successful motion picture of all time, a technological breakthrough that has grossed more than $2.5 billion worldwide. Its seamless computer-generated imagery and live action stereo photography effectively defined the importance of 3-D to the future of cinema, as well as all other currently evolving digital displays. Though stereoscopic cinema began in the early nineteenth century and exploded in the 1950s in Hollywood, its present status as an enduring genre was confirmed by Avatar's success. 3-D Revolution: The History of Modern Stereoscopic Cinema traces the rise of modern 3-D technology from Arch Oboler's Bwana Devil (1952), which launched the 50s 3-D boom in Hollywood, to the rapidly-modernizing 3-D industry today. Ray Zone takes a comprehensive approach that not only examines the technology of the films, but also investigates the business, culture, and art of their production. Influencing new generations of filmmakers for decades, the evolution of 3-D cinema technology continues to fill our theaters with summer blockbusters and holiday megahits.

Includes credits and details of over 200 films from the early part of the 20th c. to the present. Full technical specifications are included, sometimes with patent drawings and equipment photos. Annotation copyrighted by Book News, Inc., Portland, OR

From stereoview cards to large-format IMAX films, 3-D technology's heightened realism and powerful visual allure have held audiences captive for over a century and a half. The technology, known as stereoscopy, creates an illusion of depth by presenting two slightly different images to the eye in print or on-screen. The advent of stereoscopic film technology excited both filmmakers and audiences, as a means of replicating all of the sounds, colors, movement, and dimensionality of life and nature for the first time. The origins of 3-D film are often linked with a proliferation of stereoscopic films in the 1950s. By the time films like Man in the Dark and House of Wax was attracting large crowds, however, the technology behind this form of filmmaking was already over a century old. Stereoscopic Cinema and the Origins of 3-D Film, 1838--1952, examines this "novelty period" of stereoscopic film, charting its progression from Charles Wheatstone's 1938 discovery of 3-D to the 1952 release of Arch Oboler's innovative film, Bwana Devil. Stereoscopic specialist Ray Zone argues that the development of stereoscopic film can best be understood through a historical analysis of the technology rather than of its inventors. Zone examines the products used to create stereoscopic images, noting such milestones as David Brewster's and Oliver Wendell Holmes's work with stereoscopes, the use of polarizing image selection, and the success of twin-strip 3-D films, among others. In addition, Zone looks at the films produced up to 1952, discussing public reception of early 3-D short films as well as longer features such as Power of Love in single-strip anaglyphic projection in 1922 and Semyon Ivanov's 1941 autostereoscope Robinson Crusoe. He integrates his examination of the evolution of 3-D film with other cinematic developments, demonstrating the connection between stereoscopic motion pictures and modern film production. Stereoscopic Cinema and the Origins of 3-D Film, 1838--1952, is an exhaustive study of not only the evolution of 3-D technology and the subsequent filmmaking achievements but also the public response to and cultural impact of 3-D movies. Zone takes the reader on a voyage of discovery into the rich history of a field that predates photography and that continues to influence television and computer animation today.

Hollywood is going 3D, readers learn how to adapt their production skills to this hot new medium so they can be part of the movement.

3D Cinema: Optical Illusions and Tactile Experiences questions the common frameworks used for discussing 3D cinema, realism and spectacle, in order to fully understand the embodied and sensory dimensions of 3D cinema's unique visuality.

A visual book for the visual artist, 3D Filmmaking: Techniques and Best Practices for Stereoscopic Filmmakers provides a comprehensive overview of the theory, language, and methods behind stereoscopic 3D filmmaking, all in one package. Celebrated 3D filmmaker Celine Tricart explores every facet of the art, from the technical to the practical, including: 3D vision History of 3D cinema Stereoscopic basics and techniques How to shoot in 3D 3D VFXs, animation in 3D, and 2D to 3D conversion Live broadcast in 3D 3D viewing and projection 3D as a storytelling tool Screenwriting for 3D Working with a stereographer 3D storyboarding and previz 3D postproduction Sound design in-depth A must-read for any 3D filmmaker, producer, writer, or technician interested in the third dimension, 3D Filmmaking covers the history of the form, defines key 3D terms and places them into context, and offers lessons on using the medium as a visual storytelling tool, creating a perfect blend of concepts, practice, and history. Full color throughout, the book also includes a pair of 3D glasses for you to view the 3D images within, and each chapter features detailed color diagrams and examples in anaglyph 3D, as well as interviews with 3D visionaries like Jean Pierre Jeunet (Director, Amélie, Alien 4), Chris Sanders (Director, How to Train Your Dragon, The Croods), Demetri Portelli (Stereographer, Hugo), Phil McNally (Stereoscopic Supervisor, How to Train Your Dragon, Madagascar 4), Tim Webber (VFX supervisor, Gravity), Scott Farrar (VFX supervisor, the Transformers franchise), and Victoria Alonso (Stereoscopic Supervisor, Marvel Studios). A companion website (www.routledge.com/cw/tricart) features links to useful resources and footage from 3D films.