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A Rectifying and Refining Algorithm of Vascular Mesh in 3D Model

机译:3D模型中血管网格的精炼算法。

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摘要

To simulate the benign tumor growth in complex vascular environment accurately,the shape of blood vessels should be coordinated with the truth and,therefore,the mesh of geometric model constructed from the pictures of cut corpse should be rectified and refined.A strategy of rectifying vascular mesh is presented in this paper.In the method,some vertices will move along diameter direction of vessel while a certain condition prevails for the vertices,and the shape of corresponding blood vessel section will be more close to the cylinder.This paper also presents a simplified mesh refining method in an adaptive way.A system of benign tumor growth simulation in blood vessel circumstance is implemented for evaluation purposes,and the result shows that the proposed approach is efficient and accurate in simulating vascular deformation.
机译:为了准确地模拟复杂血管环境中良性肿瘤的生长,应使血管的形状与真实情况相协调,因此,应纠正和完善由切开的尸体图片构造的几何模型的网格。纠正血管的策略本文提出了一种网格化方法,该方法中,某些顶点会沿着血管的直径方向移动,而顶点处于一定条件下,相应的血管截面的形状会更接近圆柱体。为了评估目的,建立了一个针对血管良性肿瘤生长模拟的系统,以进行评估,结果表明,该方法在模拟血管变形方面是有效而准确的。

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