英语翻译Automatic,Body Measurements Based Generation of Individual Avatars Using Highly Adjustable Linear Transformation 自动生成基于人体测量的 个人形象秀利用高度可调线性 转化Abstract.In this paper part of the work of th

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英语翻译Automatic,Body Measurements Based Generation of Individual Avatars Using Highly Adjustable Linear Transformation 自动生成基于人体测量的 个人形象秀利用高度可调线性 转化Abstract.In this paper part of the work of th

英语翻译Automatic,Body Measurements Based Generation of Individual Avatars Using Highly Adjustable Linear Transformation 自动生成基于人体测量的 个人形象秀利用高度可调线性 转化Abstract.In this paper part of the work of th
英语翻译
Automatic,Body Measurements Based Generation of Individual Avatars Using Highly Adjustable Linear Transformation
自动生成基于人体测量的 个人形象秀利用高度可调线性 转化
Abstract.In this paper part of the work of the research project ‘IntExMa’ is Presented,that aims at the development of an interactive,in-store sales support System focusing on the virtual ‘try-on’ of clothing.Customers are provided with highly realistic,individualized,three-dimensional virtual counterparts,derived from a small number of body measurements.The paper describes in detail the approach followed for the required automatic generation of avatars.It is based on a sophistication of the well-known concept of parametric deformation.The solution presented here is characterized by a range of means that provide highly flexible,fine-grained adjustments of the linear transformation process leading to precisely controllable results.
Keywords:body measurements,parametric deformation,individualized avatars.
摘要.本文工作的一部分,该研究项目' IntExMa ' ,提出了旨在建立互动,店内销售支持系统侧重于虚拟'尝试对'的衣服.客户提供高度逼真,个性化,三维虚拟对口,来自少量的人体测量.该文件详细阐述了所采取的做法的需要自动生成的化身.它是基于一个复杂的众所周知的概念参数变形.这里提出的解决方案的特点是一系列手段,提供高度灵活的,细粒度调整的线性变换过程精确控制的结果.
关键词:人体测量,参数变形,个性化头像.

英语翻译Automatic,Body Measurements Based Generation of Individual Avatars Using Highly Adjustable Linear Transformation 自动生成基于人体测量的 个人形象秀利用高度可调线性 转化Abstract.In this paper part of the work of th
摘要.本文关于’IntExMa '研究项目的工作部分,介绍了旨在开发一个针对虚拟‘试’衣的交互式、存储式销售支持系统 .基于少量的人体测量,提供给客户高度逼真、个性化、三维的虚拟化身.本文详细阐述了按照需求自动生成的化身的方法.它是基于一个复杂的众所周知的概念参数变形.文章通过一系列方法介绍该项目解决方案,即如何提供高度灵活的、细粒度调整的、线性变换过程获得精确控制的结果.关键词:人体测量,参数变形,个性化化身