This paper presents a fast tessellation approach for implicit surfaces.
该文提出了一个隐式曲面快速多边形化算法。
This paper gives section curves based polygonization for implicit surfaces.
提出了基于截面线的隐式曲面多边形化方法。
We present a new high quality tessellation method for implicit surfaces in this paper.
提出了一种新的隐式曲面高质量三角化方法。
In this paper, a new montage mesh fusion method based on variational interpolating implicit surfaces is proposed.
提出一种基于变分隐式曲面的网格融合新方法。
Implicit surfaces are different from parametric surfaces in creation, modification and visualization, and have different properties and applications.
隐式曲面与参数曲面相比在创建、修改、可视化方面需要不同的技术，并且具有不同的性质及应用领域。
These two strategies can be further divided according to whether they operate by reconstructing parametric surfaces or by reconstructing implicit surfaces.
这些二个策略可能是更进一步依照他们是否借由重建参数的表面或借由重建暗示的表面操作分开。
This paper presents a pixel level algorithm for drawing implicit surfaces, which accomplishes hidden line removal according to the feather of implicit surface.
文章提出了一个隐式曲面的象素级生成算法，并针对隐式曲面的特点实现了隐藏线消隐。
Studed the blending of implicit algebraic surfaces with the intersections on planes by using algebraic geometry.
利用计算代数几何工具，研究了平面截口的隐式代数曲面的光滑拼接问题。
Numerical examples give evidence that these conditions can effectively control form of surface in smooth approximation for implicit algebraic surfaces.
数值例说明这些保凸条件在隐式曲面光滑逼近中能有效地控制曲面。
However, due to the advantages of implicit curves and surfaces which the parametric curves and surfaces don't have, sometime we need to use the implicit form of a rational curves and surfaces.
然而由于曲线曲面的隐式形式具有参数形式所不具有的优点，有时我们还需要求参数曲线曲面的隐式表达式。
However, due to the advantages of implicit curves and surfaces which the parametric curves and surfaces don't have, sometime we need to use the implicit form of a rational curves and surfaces.
然而由于曲线曲面的隐式形式具有参数形式所不具有的优点，有时我们还需要求参数曲线曲面的隐式表达式。
应用推荐