
Looker is a 1981 American science fiction thriller film written and directed by Michael Crichton, starring Albert Finney, James Coburn, Susan Dey, and Leigh Taylor-Young. It follows a series of mysterious deaths plaguing female models who have had cosmetic surgery done by a renowned Los Angeles physician. The film explores media, advertising and television's impact on the public in creating a ridiculous standard of beauty.
Plastic surgeon Larry Roberts performs a series of minor alterations on a group of models who are seeking perfection. The operations are a resounding success. But when someone starts killing his beautiful patients, Dr. Roberts becomes suspicious and starts investigating. What he uncovers are the mysterious - and perhaps murderous - activities of a high-tech computer company called Digital Matrix.
Cast
This product uses the TMDB API but is not endorsed or certified by TMDB.
via Wikidata · CC0
Looker is a 1981 American science fiction thriller film written and directed by Michael Crichton, starring Albert Finney, James Coburn, Susan Dey, and Leigh Taylor-Young. It follows a series of mysterious deaths plaguing female models who have had cosmetic surgery done by a renowned Los Angeles physician. The film explores media, advertising and television's impact on the public in creating a ridiculous standard of beauty.
Though sparse in visual effects, it is the first commercial film to attempt to use a computer-generated, three-dimensional, solid-looking model of a whole human body. However, as with its predecessors Futureworld, Star Wars, and Alien, this was an example of "CGI representing CGI", and only depicted on CRT screens in the film, rather than being used as a special effect. The model had no skeletal or facial movements and was not a character. Looker was also the first film to create three-dimensional (3D) shading with a computer, months before the release of the better-known Tron.
via Wikipedia infobox
via Wikidata · CC0
Discovered by embedding cosine similarity (sentence-transformers MiniLM, 384-dim).