Pseudo stereo GIF animation automatic synthesis system and image processing method thereof
An automatic synthesis and image processing technology, which is applied in the field of image processing, can solve problems such as flawed effects, time-consuming and labor-intensive pseudo-stereoscopic GIF animation, etc., and achieve fast processing speed, high processing accuracy, visual effects, and good visual effects
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Embodiment 1
[0046] refer to figure 1 As shown, a kind of pseudo-stereoscopic GIF animation automatic synthesis system is disclosed in Embodiment 1, which includes: stereoscopic video acquisition and processing module, depth of field acquisition module, system parameter setting module, white bar addition module, GIF animation synthesis module.
[0047] The working principle of the above synthesis system is as follows: the stereoscopic video acquisition and processing module reads the 3D video material and performs processing and calculation to obtain relevant information and images, and the stereoscopic video acquisition and processing module transmits the acquired relevant information to the system parameter A module is set, the stereoscopic video acquisition and processing module transmits the obtained relevant images to the depth map acquisition module and the white bar adding module, and the relevant images include the left view and the right view of each frame of stereoscopic images. ...
Embodiment 2
[0054] A kind of image processing method is disclosed in embodiment 2, as figure 2 , including the following steps:
[0055] S1 input stereoscopic video, enter step S2;
[0056] S2 obtains the total frame number N, the horizontal resolution h, and the vertical resolution v of the video, and enters step S3;
[0057] S3 reads the i-th stereoscopic image sequentially from 1 to N, and performs image cutting and interpolation stretching to obtain a left view and a right view with a resolution of h*v, and proceeds to step S4;
[0058] S4 selects one monocular view as the reference view, and the other as the reference view, performs stereo matching on the obtained left view and right view, obtains a depth map corresponding to the reference view, and proceeds to step S5;
[0059] S5 is set to add the parameter of white bar, and wherein, parameter comprises number n, the plane position x of each white bar, width w, depth position p, enter step S6;
[0060] S6, within the area defin...
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