SRC and dest are 2d grids of pixels.
src和dest是2d像素网格。
In the code, this is read into the dest variable.
在上述代码中，这些信息被读入dest变量。
When implementing this method, you can build up dest from src any way you want.
实现此方法时，您可以按任意方式从src构建dest。
The usual approach is to iterate through the pixels in SRC and create the corresponding pixels in dest according to some rule.
普遍做法是在src中迭代像素，并按照一定规则在dest中创建相应的像素。
The magic lies in --link-dest=$PATHTOBACKUP/current, which specifies that if a file has not changed, do not copy it to the new backup.
关键之处是 --link-dest=$PATHTOBACKUP/current，它指定如果文件没有修改过，就不把它复制到新的备份。
Run the command /opt/ibm/director/vm/im/suse_inst.py --dest=/shared/vm_master.img --src=/shared/tmp --net=local on the host blade2 to create the master image.
在主机blade2 上运行 /opt/ibm/director/vm/im/suse_inst.py --dest=/shared/vm_master.img --src=/shared/tmp --net=local命令以创建主映像。
For each pixel in SRC, I'll combine that pixel's RGB values with the state of the corresponding cell in a CA according to some rule to create new RGB values for the corresponding pixel in dest.
对于src中的每个像素，我会根据一定规则将该像素的rgb值与ca中相应细胞的状态组合起来，创建dest中相应像素的新rgb值。
source.tar.gz.file - The tar.gz file that was originally used to prepare the development environment with DEST (for example, c:\\install\\MIH900_WAS_AIX.tar.gz)
file —最初用于通过DEST准备开发环境的 tar.gz文件（例如，c:\\install\\MIH900_WAS_AIX.tar.gz）
The goal of this research is to develop suitable simulation tool for dynamic distributive simulation of atrium thermal environment. The development is based on the dynamic simulation tool DeST.
论文的研究目的即是实现中庭热环境的分布参数动态模拟，开发满足工程需要的中庭热环境动态模拟分析工具。
Gives some case studies to illustrate how to solve the problems in designing building ventilation systems by DeST and indicates the significance of using simulation tools for ventilation design.
通过介绍几个利用通风模拟来分析解决设计中问题的实例，指出了建筑通风模拟的应用范围和实际意义。
Gives some case studies to illustrate how to solve the problems in designing building ventilation systems by DeST and indicates the significance of using simulation tools for ventilation design.
通过介绍几个利用通风模拟来分析解决设计中问题的实例，指出了建筑通风模拟的应用范围和实际意义。
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