Q: Why does the name of the software system "Total Station Arbitrary Network Survey" not include the word "adjustment"?
Answer: The adjustment calculation in the software system of Total Station Random Network Survey only accounts for 8% of the functions of this software%Left and right, and 90%The above functions mainly include a large number of measurement methods and schemes（Including original and new）And help users automatically complete a lot of work. However, these measurement methods and schemes are automatically implemented and transparent to users, which means that users do not need to know these things and do not affect the use of the software. Users only need to master not less than two observations for each unknown plane point（Of course, the principle is also applicable to known points），Users don't need to care more. A large number of work contents are automatically completed by the background robot function of the software system. For details, please refer to the software user manual or the "Total Station Random Network Measurement v1" published by the website.0》"Work that users do not need to care about" in the software system introduction.
Q: What can any network software system do?
A: It can be completed and realized from low level to high level, from simple to complex, from fragmented steps to control, covering almost all fixed-point work. Therefore, the software system of Total Station Random Network Survey can be used as the unified fixed-point software of total station.
Q: Can this software system be used for adjustment of survey control network according to current national specifications?
A: Absolutely. Because this is the most basic function realization of the software system, and it is also a function subset of any network. The final result of this software system is to meet and exceed the requirements specified in the specification.
Q: The so-called "this software system can observe and locate distant targets". How far can we observe and locate targets?
Answer: As long as the target can be seen by the angle measuring and telescopic equipment, it can be observed and positioned. For example, the distance between the observation stars and the earth is measured. This software system can be used to observe the distance from the visible stars billions of kilometers away from the earth to the earth. Of course, the closer the distance is, the higher the accuracy is. In order to improve the observation accuracy, some supporting research work may be required, such as the correction of observation time difference, the transformation and improvement of direction observation equipment, etc. Theoretically, stars farther from the earth can be observed.
Q: In addition to the software system Total Station Random Network Survey, will the network develop other software?
A: Yes, and we will persist. We are currently developing some professional software, and the development team is working hard.
Q: What are the main features of your software?
A: We develop professional work software, which is characterized by its ease of use, robustness, professionalism and high intelligence, and minimizes the user's labor burden. We have a set of methods and theories to guide us. Everything that a computer can do will be handed over to the computer to do, which will achieve the goal well.
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