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A feature-based shape blending technique for industrial design

机译:用于工业设计的基于特征的形状融合技术

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Blending or averaging of two-dimensional shapes usually operates on sets of discrete points orpolygons approximating the objects. This relies on a series of evenly distributed or properly positionedpoints on the boundary of the objects. Features or characteristics of the objects are not wellconsidered. This paper presents a simple but effective technique for blending 2D shapes composed ofcurve segments. Features that are essential for shape blending are extracted. Correspondencebetween features of the objects are then established. The correspondence between points on a pair ofcorresponding features are finally established for the interpolation process. This allows characteristicfeatures of the objects to be retained in the blending operation which is essential in industrial design.An experimental system was developed for blending 2D contours with curved boundary. Test resultsshowed that the proposed approach produces results suitable for industrial design.
机译:二维形状的混合或平均通常在逼近对象的离散点或多边形集上进行。这依赖于对象边界上的一系列均匀分布或正确定位的点。没有充分考虑对象的特征或特性。本文提出了一种简单而有效的技术来融合由曲线段组成的2D形状。提取了形状融合必不可少的特征。然后建立对象的特征之间的对应关系。最终在一对相应特征上的点之间建立对应关系以进行插值处理。这样就可以在融合操作中保留对象的特征,这对于工业设计是必不可少的。开发了一个实验系统,用于融合具有弯曲边界的2D轮廓。测试结果表明,所提出的方法产生了适合工业设计的结果。

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