Production method of eye three-dimensional film

Abstract

The invention discloses a production method of an eye three-dimensional (E3D) film, which comprises the following steps that 9-24 cameras are arranged right ahead of a shot object; the cameras are turned on to shoot and save as audio video files; the audio video files are imported into mixture software to be converted to DIVX coded AVI (Audio Video Interactive) files; the AVI files are synthesized to an MP4 (Mobile Pentium 4) file through the mixture software; the MP4 file is played through the mixture software; a 3D shooting effect of the MP4 file is previewed; if the 3D shooting effect of the MP4 file meets an observation requirement of human eyes, the MP4 file is converted to an E3D file through the mixture software, and the E3D file is a final 3D audio video file played in an eye television; if not, Step 2 to Step 5 are repeated until the 3D shooting effect of the shot MP4 file meets the observation requirement of the human eyes; and Step 6 is repeated. The 3D film produced by the production method can be played in a general display screen, the play site is extensive, and eye viewing has a true experience sense.

Description

technical field [0001] The invention relates to a film shooting and production method, in particular to a naked-eye three-dimensional film production method. Background technique [0002] Since 1936, people have been using twin-lens cameras and polarizers to make stereoscopic films, but the films produced by this technique have always been unsatisfactory. After that, with the development of technologies such as RealD three-dimensional, three-dimensional movies were widely promoted. [0003] The existing three-dimensional film presentation methods are mainly as follows: people see the same object with the left and right eyes, and the angles seen by the two eyes are different, and the images formed on the retina are not completely the same. After the two images are synthesized by the brain, the front and back of the object can be distinguished , near and far, resulting in stereoscopic vision. The principle of 3D film is: to imitate the perspective of human eyes with two came...

AI Technical Summary

Problems solved by technology

[0005] First, there are restrictions on viewing equipment: special glasses must be worn to watch 3D movies. Wearing the glasses for a long time will easily cause visual fatigue, and for some special groups, such as children, it is not suitable to wear the glasses;

[0006] Second, there are restrictions on viewing venues: because the stereoscopic display principle of 3D films is polarization technology, the requirements for the ambient lighting of the broadcasting venue are relatively high, which can only be realized in professional theaters or science and technology museums, and the audience is relatively narrow;

[0007] Third, lack of sense of experience: Since most sources of stereoscopic films are synthesized by 3D software, they lack the sense of reality of life details, making it difficult to give people a sense of real experience

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