Learn C language first. At first, I studied C language. Net, JAVE, etc. In a training school, I later transferred to an automation company. Labview hasn't touched it. It will take a week.

In essence, Labview is no different from other languages, except that the coding mode is changed to graphic mode, so Labview is also called G language, that is, graphical programming language. Non-professionals can also use Labview to program, but if they want to reach a higher level, they must have the foundation of C language.

C language mainly focuses on variables, operators, loops, functions and recursion, as long as you understand.

Then learn Labview. If you are a beginner, you should first understand the concept that a function is input, processing and then output. You don't have to deal with it, just understand what it can do. The controls on the front panel are the input or output terminals of this function, and each control corresponds to a different data type. The basic types are number, floating point, Boolean, array and cluster (equivalent to the structure of C language). The functions in the program block diagram only need to know programming-just add, subtract, multiply and divide numbers, and then drag the controls on the front panel to play. Don't play when you are tired. You don't understand anyway.

Then look directly at the example in NI, where there are many very basic functional applications, all of which are input, processing (realizing some functions) and then output (or display), and then open an example casually to get to know him according to the input-output principle and see how he realizes it. Although the example is complicated. After you understand it, you can just make a similar one yourself. After this step, you have basically mastered the basics of Labview, and the rest is practice.

Key steps in learning:

C language foundation->; Understand what the functions in the controls and program boxes on the front panel of Labview are->; Understanding examples-> Do it yourself-> upland ...