结果开发出来的处理这种情形的工具本身形成了一种完全不同的编程风格，非常丰富：sax管道。
As it turns out, the tools developed to deal with these conditions lend themselves to an entirely different style of programming, one that turns out to be very rich: the SAX pipeline.
处理和数据传输的并发本质使两阶段的管道连接很适合SPU编程。
The concurrent nature of the processing and data transfer is what gives two-stage pipelining its edge in SPE programming.
管件类相贯线数控切割编程一直是管道工程的难题之一。
It have been one of difficult problem that pipe intersecting line NC cutting programming in pipe project.
综合运用力学知识，运用有限元的思想，将整个管道离散化，使用迭代法编程求解出了每一部分的变形，并绘制出多种情况下的变形曲线。
This article use the mechanics and limited finite element idea to disperse the whole pipe. The distortion curve is drawn in various circumstance by the iteration programming.
“数据管道”是并发编程中的常见模式。
Data pipelining is a common pattern in concurrent programming.
所有的通灵管道都受到植入编程，而他们的通讯连结也受到严重的干扰。
All channelers were implanted and most their channeling connections were severely disrupted.
编程这些函数来处理管线和非管道方案可能会比较棘手。
Programming these functions to handle both pipeline and non-pipeline scenarios can be tricky.
利用可编程序控制器（PLC）控制步进电机和电焊机，实现T型管道接头焊接的自动化控制。
The PLC controlled system which is used to control step-motor and electric welding machine is introduced in this paper, and automatic control of T-type channel Joints is realized.
利用可编程序控制器（PLC）控制步进电机和电焊机，实现T型管道接头焊接的自动化控制。
The PLC controlled system which is used to control step-motor and electric welding machine is introduced in this paper, and automatic control of T-type channel Joints is realized.
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