A two-dimensional stereoscopic animation production method

Abstract

A two-dimensional animation production method, the steps include: A. Make two-dimensional animation; B. Layering: layering the original storyboard images suitable for 2D-to-3D animation according to the distance from the person's perspective, and separating the materials located in different animation layers into different layers; C. Displacement: Displace each layer to form the displaced layers; D. Synthesis: Merge the displaced layers into the same layer, according to the imaging of objects observed by human eyes at different angles Also different from this principle, the original two-dimensional animation frame and the layer formed by the displacement are used as the frames for the left eye and the right eye respectively. The present invention only needs to increase the plane synthesis step of the stereoscopic animation on the basis of the original 2D animation, and can convert the 2D animation into a 2D stereoscopic animation, without the need for such cumbersome and complicated procedures as the stereoscopic animation, thus shortening the animation production time , also reduces the production cost, and also increases the new expressiveness of 2D animation, and also allows traditional 2D animation to better adapt to the future stereoscopic playback market.

Description

technical field [0001] The invention relates to the technical field of animation, in particular to a two-dimensional animation production method. Background technique [0002] The traditional two-dimensional animation is a traditional planar animation produced frame by frame. The animation has the characteristics of strong flexibility, rich colors, and low cost. The broadcast carrier is the network, TV and various video carriers. The production process is very mature. Production process such as figure 1 shown. Two-dimensional animation is widely accepted and its production is relatively simple. It does not require the large-scale human and financial investment of three-dimensional animation. On the contrary, 2D animation is also widely available in the market due to the feature of easy development. Apart from domestic production and the United States, Japan's 2D animation is enough to put pressure on the world. If you can't catch up with the Japanese level in various aspe...

AI Technical Summary

Problems solved by technology

[0003] At present, 3D animation (also known as paperless animation) is gradually becoming popular. It has a strong sense of three-dimensionality and can give the audience better visual enjoyment. However, the development process, complexity and production cost of 3D animation far exceed that of 2D animation. Production process such as figure 2 As shown, the time, manpower and cost are greatly increased

If 3D animation is to develop high-quality works, it needs a lot of cost and high-tech application, and it will take a long time (usually two to three years). Only works that can be invested and developed at a large cost can be accepted, otherwise A little unsatisfactory will be eliminated, because the current domestic 3D animation or film production is relatively immature compared with foreign countries, and will be subject to many restrictions such as development funds and insufficient experience of technical personnel.

[0004] With the continuous upgrading of playback devices, devices that can finally play stereoscopic images have appeared around people. All stereoscopic devices have the ability to project two different images into the left eye and the right eye respectively to simulate the difference between the images observed by the two eyes. It will produce a three-dimensional effect, so that the audience can achieve a "immersive" feeling. There are more and more three-dimensional works on the market, but because the two-dimensional animation is a flat animation, there is a problem that it cannot adapt to the future three-dimensional player. requirements, so this method can make 2D animation better adapt to the needs of future stereo playback equipment.

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