|System Flowchart Sample Point Allocation Results Single-Object Deformation Results Multiple-Object Deformation Results (I) Multiple-Object Deformation Results (II)||
Nowadays many Chinese-antique museums make famous Chinese paintings into animations to allow visitors to have feelings of actually being immersed in paintings. However, creating animations is not an easy work. First, it is laborious and time-consuming to construct each motion of animated characters. Second, Chinese paintings are drawn with ink on “Xuan” paper, which cause irregular dispersions, and these dispersions would lead to ragged borders of character, and strokes of Chinese painting character would be torn which lose the stroke line connectivity while implementing deformation. Therefore, we present an animating system to overcome these problems.
In this thesis, we focus on two technical issues: sample point processing and animation generation. In sample point processing section, we put emphasis on sample point distribution and allocation which are the preprocessing of object deformation. We propose a point distribution method to preserve connectivity of stroke line of object and implement a weight scheme to decide control bone of individual sample points. Then our animation generation method includes two parts. First, we use skeleton-based deformation which is designed according to characteristics of Chinese paintings, to generate key frames through user-provided skeleton. Second, we use interpolation method to create smooth animations. Our system could apply to multiple-character and multiple-skeleton animations.
PROJECT MATERIAL: (picture gallery, video, software demo,talk slides, etc.)
Single-Object Animation Result (I) - single I
Single-Object Animation Result (II) - single II
Multiple-Object Animation Result (I) - multiple I
Multiple-Object Animation Result (II) - multiple II
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