打开路径查找器面板，点击”分割“按钮。
Bring up the Pathfinder palette and click the Divide button.
现在闭合中间的空白区域，选择所有的形状，按路径查找器中的合并按钮。
Now fill the empty space in the middle, select all the shapes and merge them with the Pathfinder.
用不同的面来绘制是很聪明的，这会让绘制更快更准确，最后你可以用路径查找器把这些面合并。
It's smart to build your art using individual shapes. This makes the building go faster and it's more precise. You'll use the PathFinder palette to fuse them together later in the process.
加载器首先在 LD_LIBRARY_PATH环境变量所记录的路径中查找库，然后再 /etc/ld.so.conf 记录的标准路径中查找。
The loader first looks for libraries in the path mentioned in the LD_LIBRARY_PATH environment variable and then turns to the standard paths mentioned in /etc/ld.so.conf.
通过编辑源代码的查找路径，您可以将调试器指向更多位置处丢失的源代码处。
You can direct the debugger to search for the missing source in more locations by editing the source lookup path.
用源路径指定编译器应该到哪些目录查找源文件的层次结构。
This specifies the directories where the compiler looks for the hierarchy of source files.
查找分发器对象的两种常见方法是使用预定义的ID值或将对象储存在ObjectStore 内部的预定义路径中。
The two popular techniques for locating the dispenser object are to use a predefined ID value or to store the object in a predefined path within the ObjectStore.
编译器将会在预定义的位置集查找该头文件，这些预定义的位置可以通过设置查找路径环境变量或者通过命令行选项来修改。
The compiler will look for it in a predefined set of locations, which can be modified by setting a search path environment variable or through a command line option.
提出了一种基于边界路由器的远程路由计算和查找方法，以边界路由器为核心计算远程路由信息，查找时通过路径长度比较实现最短路径的选择。
A new method which computes remote routing based on the border routers, was presented and finds the appropriate route by comparing the length of routing.
链接器在指定的路径中查找文件名，如果没有指定路径，则在LIB环境变量中指定的目录中查找。
The linker looks for filename in either the specified path or, if no path is specified, in directories specified in the LIB environment variable.
链接器在指定的路径中查找文件名，如果没有指定路径，则在LIB环境变量中指定的目录中查找。
The linker looks for filename in either the specified path or, if no path is specified, in directories specified in the LIB environment variable.
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