针对边界部分有重叠的图象，提出了一种基于网格匹配的快速对准算法，并通过平滑因子对图象实现了无缝拼接。
In this paper, we present a fast stitching algorithm for the overlapping images based on grid matching, which makes images matching correctly, stitching images seamless and smooth.
分析讨论了影响材料体积变化的三个主要因素：有限元网格变形及网格重划、增量步长、惩罚因子，并给出了相应的控制方法。
Three main factors are discussed in detail: deformation of finite element mesh and remeshing, incremental step length, penalty coefficient. Moreover the control ways are provided.
通过一个因子永久的改变网格的尺寸。
您可以更改放大因子以及显示或隐藏像素网格。
You can change the magnification factor and display or hide the pixel grid.
对于所有放大因子为4或者更大的图像编辑器窗格，可以显示确定图像中单个像素的界限的网格。
For all image Editor panes with a magnification factor of 4 or greater, you can display a grid that delimits the individual pixels in the image.
基于齐次重心坐标，定义了新的网格顶点几何变量——锐度因子。
Based on homogeneous barycentric coordinates, a new geometric variable, sharpness factor, is defined for measuring sharpness of independent vertexes.
因此DEM网格尺寸对地形因子精度的影响以及选择适宜的网格尺寸在实际应用中就至关重要了。
Therefore, the influences from DEM girds size on the precision of topographical factors and choosing suitable grids size are of great importance in practical application.
在有限元分析中，采用不同密度的网格进行计算分析，验证了应力强度因子的数值结果的收敛性。
In the finite element analysis, the mesh of different densities has been used to do computation, and the convergence of the numerical results has been verified.
由于网格法没有考虑水土保持措施因子，调查得到的土壤侵蚀量结果比采用抽样调查法得到的结果偏大。
Because the soil and water conservation factor was not concluded in net method, the soil erosion modulus calculated with net method was higher than that calculated with sampling survey method.
基于网格单元的多因子评价法和基于均质单元的市场交易价格法是城镇土地定级中的两种常用的方法。
The implemented process of this method is particular introduced using decide-grade and appraisement of town land as an example.
基于网格单元的多因子评价法和基于均质单元的市场交易价格法是城镇土地定级中的两种常用的方法。
The implemented process of this method is particular introduced using decide-grade and appraisement of town land as an example.
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