数控编程是一个将CAPP生成的刀位文件翻译成具体加工设备的数控程序的过程。
Numeric Control Programming(NCP) can be defined as the process that translate the cutter-tools-path file created in CAPP into numeric control program for manufacture device.
以6-TPS型并联机床为结构模型，阐述了数控代码生成原理及无干涉刀位文件的生成方法。
The principles for obtaining numerical control (NC) data and for generating collision free cutter location data were developed for a 6TPS tool.
作为数控编程技术的重要内容，后置处理的作用是将通用的刀位文件转换成适合于数控机床加工的NC程序。
As an important part in the nc programming, the function of post-processing is to transfer the cutter location file into the nc program suitable to nc machine tools.
最后，对刀位文件进行后置处理，将课题研究中提出的理论和算法应用到了叶轮的加工中，通过在五坐标数控机床上对实际工件的加工，验证理论分析的正确性。
Finally, CL data transformed to NC code through post-process. Then the theory and algorithms are proved to be validity through putting the the results into the practical 5-axis NC machining.
后处理技术是UGCAM中一个重要环节，其主要任务是把CAM软件生成的加工刀位源文件转换成机床可接受的数控代码文件。
The postprocessing technique is an important field in the UG CAM, the main mission is to make the cutter location source file that is created by CAM the acceptable numeric control document.
后处理技术是UGCAM中一个重要环节，其主要任务是把CAM软件生成的加工刀位源文件转换成机床可接受的数控代码文件。
The postprocessing technique is an important field in the UG CAM, the main mission is to make the cutter location source file that is created by CAM the acceptable numeric control document.
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