By making use of the distance map and introducing a volume spline interpolation algorithm, a set of control points were selected and therefore the conflict areas were adjusted with good effect.
进一步利用得到的距离图，并引入体样条插值算法，选择合适的控制顶点，完成对标准冠牙合面与对颌牙牙合面的冲突区域的调整。
Finally, we introduce the analyzing tool of radar map, use radar map to reach efficient supply chain control, on the basis of performance evaluation results.
最后，本文引入雷达图分析工具，在绩效评价结果的基础上，采用雷达图实现供应链的有效控制。
Finally, we introduce the analyzing tool of radar map, use radar map to reach efficient supply chain control, on the basis of performance evaluation results.
最后，本文引入雷达图分析工具，在绩效评价结果的基础上，采用雷达图实现供应链的有效控制。
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