A function terminal requiring an input is unwired. You cannot leave unwired functions on the diagram while you run a VI to try out different algorithms.

必需连接的函数接线端没有连线。不能再程序框图中放置未连线的函数，若运行VI会造错误的算法。

It is a difficult thing for our student to draw a block digram according to a principle digram,the difficulties are analysed and some good methods are also given in this article.

以道题，绘制框图时的几难点进行了较深入的分析，给出了克服困难的方法.

A function terminal requiring an input is unwired. You cannot leave unwired functions on the diagram while you run a VI to try out different algorithms.

一个必需连的函数没有连。不能再程序框图中放置一个未连的函数，若运行VI会造成一个错误的算法。

It is a difficult thing for our student to draw a block digram according to a principle digram,the difficulties are analysed and some good methods are also given in this article.

以一道题为例，对绘制框图时的几个难点进行了较深入的分析，给出了克服困难的法.

A function terminal requiring an input is unwired. You cannot leave unwired functions on the diagram while you run a VI to try out different algorithms.

一个必需连接的函数接线端没有连线。不能再程序中放置一个未连线的函数，若VI造成一个错误的算法。

It is a difficult thing for our student to draw a block digram according to a principle digram,the difficulties are analysed and some good methods are also given in this article.

以一道题为例，对绘时的几个难点进了较深入的分析，给出了克服困难的方法.

A function terminal requiring an input is unwired. You cannot leave unwired functions on the diagram while you run a VI to try out different algorithms.

一必需接的函数接线端没有线。不能再程序框图中放置一线的函数，若运VI会造成一错误的算法。

It is a difficult thing for our student to draw a block digram according to a principle digram,the difficulties are analysed and some good methods are also given in this article.

以一道题为例，对绘制框图时的几难了较深入的分析，给出了克服困难的方法.

A function terminal requiring an input is unwired. You cannot leave unwired functions on the diagram while you run a VI to try out different algorithms.

一个必需连接的函数接线端没有连线。不能再程序中放置一个未连线的函数，VI会造成一个错误的算法。

It is a difficult thing for our student to draw a block digram according to a principle digram,the difficulties are analysed and some good methods are also given in this article.

以一道题为例，对绘制的几个难点进了较深入的分析，给出了克服困难的方法.

A function terminal requiring an input is unwired. You cannot leave unwired functions on the diagram while you run a VI to try out different algorithms.

个必需连接函数接线端没有连线。不能再程序框图中放置个未连线函数，若运行VI会造成个错法。

It is a difficult thing for our student to draw a block digram according to a principle digram,the difficulties are analysed and some good methods are also given in this article.

题为例，对绘制框图时几个难点进行了较深入分析，给出了克服困难方法.

A function terminal requiring an input is unwired. You cannot leave unwired functions on the diagram while you run a VI to try out different algorithms.

一个必需连接的函数接端没有连。再程序框图中放置一个未连的函数，若运行VI会造成一个错误的算法。

It is a difficult thing for our student to draw a block digram according to a principle digram,the difficulties are analysed and some good methods are also given in this article.

以一道题为例，对绘制框图时的几个难点进行较深入的分析，给出困难的方法.

A function terminal requiring an input is unwired. You cannot leave unwired functions on the diagram while you run a VI to try out different algorithms.

一个必需连接的函数接线端没有连线。不能再程序框图中放置一个未连线的函数，若运行VI会造一个错误的算法。

It is a difficult thing for our student to draw a block digram according to a principle digram,the difficulties are analysed and some good methods are also given in this article.

以一道题为例，对绘制框图时的几个难点进行了较深入的分析，给出了克服困难的方法.

A function terminal requiring an input is unwired. You cannot leave unwired functions on the diagram while you run a VI to try out different algorithms.

必需连接的函数接线端没有连线。不能再程序框图中放置未连线的函数，若运行VI会造成误的算法。

It is a difficult thing for our student to draw a block digram according to a principle digram,the difficulties are analysed and some good methods are also given in this article.

以道，对绘制框图时的几难点进行了较深入的分析，给出了克服困难的方法.