分类名称剧情片分类名称

视频名称Lateral视频名称

视频别名视频别名

视频副标题视频副标题

视频图片视频图片

视频地区英国视频地区

视频语言英语视频语言

视频年代2023视频年代

视频总集数视频总集数

视频播放名字符串视频播放名字符串

豆瓣ID36613015豆瓣ID

影视简介IDFA DocLab Competition for Digital Storytelling 　　In 3D film, the illusion of depth is created by using two cameras. When we view the resulting two layers, our brain resolves the two shots into a single image. Charlie Shackleton experiments with a way of achieving the same effect, but using just one camera—by duplicating the shot and layering it over the first with a very slight... (展开全部) 　　IDFA DocLab Competition for Digital Storytelling 　　In 3D film, the illusion of depth is created by using two cameras. When we view the resulting two layers, our brain resolves the two shots into a single image. Charlie Shackleton experiments with a way of achieving the same effect, but using just one camera—by duplicating the shot and layering it over the first with a very slight delay. 　　While scenes shot with a static camera shown with this method look slightly blurred, tracking shots—for which the camera moves from one side to the other—suddenly gain depth: one eye sees everything a fraction of a second later than the other, creating a stereoscopic effect. And the faster the camera moves, the stronger the illusion of depth. 　　In his VR lecture Lateral, Shackleton draws on feature films by Chantal Akerman, Andrej Tarkovski and others to examine the physical reality of seeing, and reveal a hidden layer in the medium. Physics has rarely been so thrilling. 　　源自：https://festival.idfa.nl/en/film/21685136-b2f8-4a6f-bb69-cd3cb1d132c7/lateral/影视简介