My ability to reach Chinese is much worse than yours -- at least you know Tooyoo Kanji (whereas I am not as good as a student in the sixth grade).
There are three "problem areas" you need to consider. One is Hardware, one is Software, and one is "understanding the Problem and the Physics".
Hardware -- You are using a myRIO, which has three sets of connectors (MXP A and B, and MSP C). The (Chinese) manual shows how to wire the myBOT to these three connectors, but you should also think about what the connectors mean (for example, an A/D input reads voltage, while a D/A output delivers a voltage).
Software -- You are running LabVIEW 2018. For working with the myRIO, you should also have the myRIO Software Toolkit 2018. It is often important that the Software Toolkit "match" the version of LabVIEW you are running, particularly for equipment running LabVIEW Real-Time Operating Systems (and hosting the LabVIEW Real-Time Module). You also need to make sure that you have installed the 32-bit version of LabVIEW 2018.
The Hardware + Software + myBOT can work together, but now you need to consider what you want the system to do. This is where the really interesting part comes in -- figuring out "what you want to do". I'm guessing that you have a two-wheeled Robot that you want to program to do two basic tasks -- "balance" and stay upright, and once that is accomplished, be able to move on various surfaces and follow various routes (which involves being able to turn and follow a specified heading). This is an interesting application of physics and mechanical engineering (I'm not an engineer, mechanical or otherwise, but I do know some math). It is also an interesting problem trying to figure out what sensors you have available, and how to use them to make your Robot stay upright. Does your Robot come with a "guidance chip" (I forget what they are called, but they include a 3-axis accelerometer, which the myRIO also has, a 3-axis Gyro, and a 3-axis magnetometer (so you know "which way is North"). Now all you have to do is code the "Stay Upright" algorithm in LabVIEW, and master the intricacies of LabVIEW Real-Time. I hope you have really good teachers and mentors to guide you with this -- I would estimate it will take 6 months of hard work, but you'll learn a lot!
Bob Schor
