它不影响几何细节。
镶嵌动态增加基于一些参数的几何细节(通常相机的距离)。
Tessellation dynamically increases geometric detail based on some parameters (often camera distance).
随着三维激光扫描技术的日益成熟，人们可以方便地获取具有丰富几何细节的三维模型。
Recently, following the rapid development of 3D data acquisition techniques, it is convenient to obtain 3D models with fine details.
本文我们将讨论表面的细节结构建模技术和几何细节在局部和全局光照下的实时渲染技术。
In this paper we present an approach for realistic modeling of surface mesostructure and efficient rendering of the associated visual effects under both local and global illumination.
镶嵌是用来改变的几何细节的网格中动态生成更多的三角形来实现更高的表面细节和平滑的结果。
Tessellation is used to alter the geometric detail in a mesh by dynamically generating more triangles to achieve a higher surface detail and a smoother result.
三角网格模型的变形除应实现用户指定的形状变化外，还应尽量保持模型原有的几何细节，防止不合理的体积变化。
The challenging problems in shape deformation are preserving geometric details and preventing unnatural volume changes as much as possible while satisfying the user constraints.
手绘笔刷建模用刷位移就可以平滑，压缩，膨胀几何形状并添加细节。
It features freehand brush modeling with displacement brushes that can smooth, pinch, inflate geometry and add details.
服装在几何服装栏杆上呈现。其他细节包括扇形扶手，铝吊灯，定制家具元素和大镜子。
Clothing is presented on geometric clothing rails. Other details include fan-shaped handrails, aluminium chandeliers, be spoke furniture elements and large mirrors.
技术说明书有一点不同之处，还应包括有关工厂几何条件的图纸，说明工厂的外型、大小和相关细节。
Now the technical spec. is slightly different It should include the drawings defining the geometry of the plant, which show the form, dimensions and details.
凸形切割：在细分下在几何形状中创建尖锐，凸形细节的提示和技术。
Convex Cuts: Tips and techniques for creating sharp, convex details in geometry under subdivision.
提出了一种基于几何特征的细节层次模型生成算法。
A level of detail model generation algorithm based on geometrical feature is presented.
该算法的一个特点是结合了几何和纹理细节层次的思想。
Concepts of level of details are applied to geometry and texture jointly.
将细节添加到网格的特定部分，而不影响其他几何。
Uprezing a mesh: Adding detail into a specific part of a mesh without affecting other geometry.
为了减少相邻帧画面在地形不同层次细节之间变化所引起的几何跳跃，采用了滞后合并的方法来实现动态构网过程的几何过渡。
To mitigate the visual "popping" during the detail level transit, we introduce a deferred merging method to realize the geomorphing in terrain mesh refinement.
约束求解是将特征间的相互依赖关系映射为几何或工程约束描述，通过求解约束实现设计对象的细节。
Constraint solver is the conversion from dependence relationship of features to geometry or engineering expression, then achieve the design by solving the constraint.
这是因为CAD系统需要准确的规格和精确地尺寸来建立几何图形，尽管这些细节可能是不必要的，而且这些在概念设计阶段往往是不清楚的。
This is because CAD systems require exact sharp specification and dimensions for geometry creation even though these details are probably unnecessary and often unknown at the concept design stage.
通过对几何模型层次细节技术和可见性裁剪技术的分析提出了一种实现实时绘制的有效算法。
After analyzing the level of details and culling technique, we bring up a valid algorithm for realizing real-time display.
提出了一种新的基于模糊几何特征和纹理特征的细节点验证方法。
A new minutiae verification method based on the fuzzy geometry features and texture features is proposed.
几何形式、材料与细节的变化定义了这些不同的特色。
Variations in geometry, materials and details define these differing characters.
方法的细节略加变化，可用于其它几何形状复杂的机械产品的效果图绘制和计算机辅助设计。
The method can be used in the graphics drawing and computer aid design of other mechanical products with c…
方法的细节略加变化，可用于其它几何形状复杂的机械产品的效果图绘制和计算机辅助设计。
The method can be used in the graphics drawing and computer aid design of other mechanical products with c…
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