The tool will assume the target path exists and will create all child folders automatically.
这个工具将假定目标路径存在并自动创建所有子文件夹。
For the surface, pick the Pen Tool and draw a path around the side panel as shown in the image below.
在表面上，使用钢笔工具绘制一个如下图一样包围侧板的路径。
Tool Path: Path to the Managed Resource Compiler Tool.
工具路径：托管资源编译器工具的路径。
Tool Path: Specifies the command line name of the linker tool.
工具路径：指定链接器工具的命令行名称。
Back to Illustrator. Using the Pen Tool to create a path along the sketch lines.
返回Illustrator，用钢笔工具沿着线稿周围创建路径。
Jigs physically limit and control the path of the cutting tool.
钻模有形地限制和控制钻削刀具的路径。
Make sure the pen tool is set to Create New Work Path. See below.
确认钢笔工具被设置成“创建新工作路径”。见下图。
Compensations are then automatically made in the computed tool path.
通过补偿，然后自动计算刀具路径。
Tool Path: Path to the Managed Wrapper Generator Tool.
工具路径：托管包装生成器工具的路径。
Select the bottom path point with the Direct Selection Tool and lengthen the pin.
选择底部的路径点，与直接选择工具和延长针。
Use the Pen Tool, (p), and draw a path like the one shown.
使用钢笔工具P，像下图一样描绘路径。
This measured value is then used to correct the programmed tool path.
然后用此测量值纠正编程路径。
The "path dependence" is an important analyzing tool of the system economics.
“路径依赖”是制度经济学的一个重要分析工具。
Set up the path for processing cutting tool.
设置加工刀具路径。
Select the pen tool and make a path like the image below.
选择钢笔工具，并像下面的图片路径。
The tool path calculated by CAM system will affect machining quality and time directly.
数控加工过程中，CAM系统生成的刀具轨迹会直接影响加工的质量、时间等多个方面。
Now create a path with the Pen Tool (p) as you see in the image below, then apply the custom brush.
现在使用钢笔工具(P)绘制一条路径，如下图所示，然后应用自定义笔刷。
The tool path mode and the feed mode in numerical control milling are introduced.
介绍了三轴数控铣削加工的走刀方式和进刀方式。
Transfer path analysis is an important tool to analyze the vehicle's interior noise.
传递路径分析是分析车辆噪声的重要手段。
Draw a path with the Pen Tool (p) and fill it with black.
使用钢笔工具(P)，绘制一个路径，然后填充黑色。
The interference-free tool path planning is given.
给出了平头铣刀的无干涉路径规划。
The interference-free tool path planning is given.
给出了平头铣刀的无干涉路径规划。
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