Semi-automatic Extraction of Parametric Characteristic Features from Images

Baojun Li, Xiuping Liu, Qingbao Li, Chong Liu, Mingzeng Liu, Ping Hu
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引用次数: 0

Abstract

In order to extract exact characteristic features for industrial design, this paper proposed a novel semi-automatic approach for abstracting high quality parametric contours from images. Using prior knowledge and parameterized feature template for given objects, our method combines global matching/ morphing with hierarchical part-based approximation. The method starts from construction of parametric templates associated target object. Through contour detection preprocessing and template retrieval, we obtain the exact morphable feature template. Combining edge-oriented contour detection, corner detection and local prior template, the exact endpoints and curve segments are obtained. Finally, the segmented parametric feature lines are automatically fitted using cubic B¡äezier curves. Taking car body design as numerical examples, we establish the corresponding database. Numerical results show that our method is effective to abstract the design features with high precision for car styling.
图像参数特征的半自动提取
为了准确提取工业设计中的特征特征,提出了一种从图像中提取高质量参数化轮廓的半自动方法。该方法利用给定对象的先验知识和参数化特征模板,将全局匹配/变形与基于部分的分层逼近相结合。该方法从构造与目标对象相关联的参数模板入手。通过轮廓检测预处理和模板检索,得到精确的可变形特征模板。结合面向边缘的轮廓检测、角点检测和局部先验模板,得到精确的端点和曲线段。最后,利用三次B′äezier曲线自动拟合分割后的参数特征线。以车身设计为例,建立了相应的数据库。数值结果表明,该方法能有效地提取出高精度的汽车造型设计特征。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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