这个网格文件系统不仅需要存储区块，还要存储元数据信息，像目录、文件名、文件大小、最后修改时间等。
The grid file system needs to not only store chunks, but also metadata information, such as directories, files, file sizes, last modification times and so on.
修改Persistsettings的影响将反映用户web网格布局丢失方面的结果。
The impact of modifying Persist settings will reflect result in the loss of the users web grid layout.
如果将所扩展的模型信息保留在实际的网格模型之外，那么在网格模型内修改的行放到网格之外的数据中时很可能不会如预期的那样。
If you keep your extended model information outside the actual grid's model, the row you modified in the grid model may not be the row you think it is in your data outside the grid.
由于对网格配置文件进行任何修改都需要重启网格，因此本文描述的技巧提供了一种简单、直观的方法来管理包含数百个JVM的大型网格。
Since any change in the grid configuration file requires a grid restart, the technique described here provides a simple and straightforward way to manage a large grid containing hundreds of JVMs.
在多边形建模，通常从一个多边形网格对象，然后修改它，例如，加入边，焊接点，细分多边形，等等。
In polygonal modeling, you generally start with a polygon mesh object and then modify it, for example, by adding edges, welding points, subdividing polygons, and so on.
你可以的位置，规模和修改提供的网格自己的独特飞溅或调整完全操纵议会以得出一个确切形状的需要。
You can position, scale and modify your own unique splashes from the supplied meshes or adjust one of the fully rigged assemblies to derive the exact shape you need.
本文提出的方法通过修改控制网格的拓扑结构来实现尖锐特征造型。
The approach described in this thesis is based on topology modification of control meshes.
在精心定义的网格系统下进行设计，可以方便地扩展和修改，从而帮助开发者在各种候选方案中选择出具有最合适布局的方案。
A well-defined and communicated grid system results in designs that can be modified and extended, allowing developers to make appropriate layout decisions should alterations prove necessary.
可以通过编辑该网格单元格中的值对数据库进行修改，而且可以添加或删除行。
You can modify the database by editing values in the cells of the grid, and you can add or delete rows.
建议只使用这个函数来读网格数据而不是来写，因为那有可能修改导入的资源及所有使用此网格的对象都将受到影响。
It is recommended to use this function only for reading mesh data and not for writing, since you might modify imported assets and all objects that use this mesh will be affected.
根据过渡曲面的曲率特性，提出了一种有限元网格的圆角过渡特征提取及网格局部修改算法。
According to curvature characteristics of blending surface, a method was presented to extract and modify rounding feature on finite element mesh models.
在此过程中，我们' ll包括Mudbox 2014年工具，使我们能够修改我们雕刻的网格的拓扑结构。
In this course, we'll cover the tools in Mudbox 2014 that enable us to modify the topology of our sculpted meshes.
这样的建模方式简单，修改方便，变换容易，为接下来是网格划分，内力计算提供便利。
This model is simple, easy to amend, easy to transform, followed by mesh, to facilitate the calculation of internal forces.
该算法通过对原始网格进行一系列自适应的局部修改操作，改进网格中三角形的质量和顶点位置分布。
It improves triangle quality and vertex position distribution by performing a series of adaptive local modification operations on the mesh.
这一方法特别适合反问题的求解，当修改裂隙(或断层)的位置时，不需要修改剖分网格。
The method is very suitable for back analysis. When location of a fracture or fault is changed, it is not necessary to modify the grid.
这一方法特别适合反问题的求解，当修改裂隙(或断层)的位置时，不需要修改剖分网格。
The method is very suitable for back analysis. When location of a fracture or fault is changed, it is not necessary to modify the grid.
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