使用WebGL为智能化身动画体重进化进行图像扭曲

G. Bardis, Y. Koumpouros, N. Sideris, A. Voulodimos, N. Doulamis
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摘要

肥胖是导致许多疾病风险增加的一个共同因素。该领域的研究表明,相当大比例的肥胖人群认为他们的身材比实际更接近健康身材。目前的工作尝试使用图像扭曲技术,结合实际用户的图像,通过一个或多个替代饮食/运动计划的过程或没有这样的计划,提供一个有形的视图,以显示身材的未来或过去阶段的范围。此功能作为包含在基于web的响应式应用程序中的模块提供,该应用程序根据输入提供转换的动画视图。选择纯WebGL/JavaScript作为平台是为了最小化占用空间和保持可移植性,由于大多数现代浏览器对WebGL的固有支持,因此不需要额外的可视化插件。
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Image Warping Using WebGL for a Smart Avatar Animating Body Weight Evolution
Obesity comprises a common factor contributing to increased risk for a number of diseases. Research in the field has shown that a considerable percentage of obese population perceives their body figure to be significantly closer to a healthy body figure than it actually is. The current work attempts to employ image warping techniques, in combination with actual users' images, to offer a tangible view of the range of future or past stages of a body figure through the course of one or more alternative dietary/exercise plan(s) or the absence of such a plan. This functionality is offered as a module included in a web-based responsive application offering an animated view of the transformation according to input. Pure WebGL/JavaScript has been chosen as the platform to minimize footprint and maintain portability, eliminating the need for additional plugins for the visualization due to the inherent support of WebGL by most modern-day browsers.
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Towards Robust 3D Skeleton Tracking Using Data Fusion from Multiple Depth Sensors Effectivity of Affine Transformation Knowledge Training Using Game Mechanics Dynamic Systems Theory in Human Movement Exploring Coordination Patterns by Angle-Angle Diagrams Using Kinect Image Warping Using WebGL for a Smart Avatar Animating Body Weight Evolution [Title page]
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