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Highly Stylised Drawn Animation

机译:高度风格化的绘制动画

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In this paper we argue for our NPAR system as an effective 2D alternative to most of NPR research which is focused on frame coherent stylised rendering of 3D models. Our approach gives a highly stylised look to images without the support of 3D models, and yet they still behave as though animated by drawing, which they are.First, a stylised brush tool is used to freely draw extreme poses of characters. Each character is built up of 2D drawn brush strokes which are manually grouped into layers. Each layer is assigned its place in a drawing hierarchy called a Hierarchical Display Model (HDM). Next, multiple HDMs are created for the same character, each corresponding to a specific view. A collection of HDMs essentially reintroduces some correspondence information to the 2D drawings needed for in-betweening and, in effect, eliminates the need for a true 3D model.Once the models are composed the animator starts by defining keyframes from extreme poses in time. Next, brush stroke trajectories defined by the keyframe HDMs are in-betweened automatically across intermediate frames. Finally, each HDM of each generated in-between frame is traversed and all elements are drawn one on another from back to front.Our techniques support highly rendered styles which are particularly difficult to animate by traditional means including the ‘airbrushed’, scraperboard, watercolour, Gouache, ‘ink-wash’, and the ‘crayon’ styles.We believe our system offers a new fresh perspective on computer aided animation production and associated tools.
机译:在本文中,我们认为我们的NPR系统是NPR研究大多数研究的有效2D替代方案,其专注于3D模型的框架相干程式化渲染。我们的方法为没有3D模型的支持提供了高度风格化的图像,但它们仍然表现得像绘图的动画一样。首先,使用风格化刷工具来自由地绘制极端的字符姿势。每个字符都是由2D绘制的刷笔划建立,该画笔笔划是手动分组成层。在称为分层显示模型(HDM)的绘图层次结构中为每个层分配其位置。接下来,为相同的字符创建多个HDM,每个字符对应于特定视图。 HDMS的集合基本上将一些对应信息重新引入到间之间所需的2D附图,实际上消除了对真正的3D模型的需求。可以通过在时间extreme姿势定义关键帧来开始模型。接下来,由关键帧HDMS定义的刷子行程轨迹在中间帧中自动介入。最后,遍历每个生成的帧中产生的每个HDM,并且所有元素都将从返回到前面绘制一个。然后技术支持高度渲染的风格,这些风格非常难以通过传统手段动画,包括“喷枪”,斯科勒板,水彩画,水粉,'墨水洗'和'蜡笔'样式。我们相信我们的系统在计算机辅助动画制作和相关工具中提供了一种新的新鲜视角。

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