Do I have to learn programming to learn GIS? What should you focus on when learning to code? 10

Geographic information in the process of learning is mainly to process a variety of spatial data, through the collection of data, processing and processing to analyze spatial data, only this major is written, in order to do the relevant programming, system operation, so the last to write programming must be a very powerful boss. Geographic information in the process of learning is mainly to process a variety of spatial data, through the collection of data, processing and processing to analyze spatial data, only this major is written, in order to do the relevant programming, system operation, so the last to write programming must be a very powerful boss. Geographic information in the process of learning is mainly to process a variety of spatial data, through the collection of data, processing and processing to analyze spatial data, only this major is written, in order to do the relevant programming, system operation, so the last to write programming must be a very powerful boss.

It's also great to be able to write good programming.

Geographic information in the process of learning is mainly to process a variety of spatial data, through the collection of data, processing and processing to analyze spatial data, only this major is written, in order to do the relevant programming, system operation, so the last to write programming must be a very powerful boss.

ArcGIS is more popular now, but it is more difficult than supermap.

If you want to engage in GIS applications, then you still use ArcGIS Desktop, which has mapping, map browsing, query, analysis, geoprocessing, etc., ArcGIS has a wealth of help and example documents, but most of them are in English, if the effect is Chinese, it will be better. In addition, GIS applications require professional knowledge in industries (such as land, planning, environment, disasters, water conservancy, forestry, agriculture, digital cities, etc.), and you need to have an in-depth understanding of certain aspects in order to better prepare yourself for the job.

If you want to engage in GIS development, then it is best to learn a development language, and now the most development in GIS is to engage in secondary development, with a low threshold, and you are familiar with Yinliang. .NET's C is better because a lot of companies use C for their stuff. It is recommended that you still use ArcGIS to learn AO development, and if you are interested in WebGIS, you can learn Arcims or ArcGIS Server

If you can't, you can use it, if you can, it's definitely good, you won't feel his power!

Learning GIS requires some programming knowledge, but it doesn't have to be proficient in programming. If you don't like programming, you can still develop your career in the GIS field, but you need a proper programming foundation to better grasp the relevant techniques and tools.

In the field of GIS, in addition to programming skills, it is necessary to master relevant knowledge such as geographic informatics, spatial data analysis, cartography, and geographic Shisen spatial database. If you are interested in these areas and have the relevant skills and experience, you can consider the GIS Career Path. For example, occupations such as GIS analysts, GIS specialists, cartographers, geographic information database administrators, etc., require relevant skills and knowledge.

If you're completely uninterested in programming and you're having trouble learning, consider pursuing an alternative career path. However, for many GIS-related professions, programming is a basic skill, and if you can master a certain amount of programming basics, it will help to improve your competitiveness in the GIS field.

Not necessarily, learning GIS doesn't necessarily require you to enjoy programming. There are many parts of the GIS system, such as data acquisition, software application, geographic information analysis, etc., which do not require programming. You can focus on specific parts of GIS based on your interests without worrying about whether or not there will be a programming tool.

If you have a programming foundation, you can actually consider testing other positions, such as test development.

After graduating from junior college, I switched to test development from scratch, and my current job and income are not bad. I learned it through a sedan car training institution, and I need to learn **, but it's much simpler than the programmer's, and I can learn it in three and a half months. If you have a foundation like you, you will definitely learn faster and more solidly.

Don't force yourself to do a job you don't like, because in the long run, it will be a matter of time before you leave your job, and it will discourage you from working. If you feel that one road is impassable, you will change the road, and all roads will lead to Rome, and there is no need to go all the way to the dark.

GIS = = Geographic Information System.

In the simplest terms, GIS is a global spatial analysis technology based on surveying and mapping, with a database as a data source for data storage and use, and computer programming as a platform. This is the essence and core of GIS. GIS stands for Geographic Information System, after 40 years of development, it has gradually become a fairly mature technology and has been widely used.

Especially in recent years, GIS has played an increasingly important role in GPS and path optimization with its powerful geographic information spatial analysis function. GIS is a technical system based on geospatial database, with the support of computer software and hardware, using the theory of system engineering and Pisanzhi information science, scientific management and comprehensive analysis of geographic data with spatial connotation, so as to provide information required for management and decision-making. To put it simply, a geographic information system (GIS) is a technical system that comprehensively processes and analyzes geospatial data.

Software mainly includes the following categories: operating system software, database management software, system development software, GIS software, and so on. GIS commonly used software AutoCADMAP3D, ArcGIS (including ArcGIS, Mapobjects, Arcims, ArcSDE, ArcEngine, ArcServer, etc.), MapInfo, MapGIS (MapGISK9 basic platform, data center integration and development platform, etc., the software series with the largest market share in China), SuperMap, etc.

It's mainly a matter of your own attitude, but if you are serious and interested, it will definitely be fine. However, it is not easy to learn, there is too much content, too much software, and there is more time to learn by yourself.

The key is interest, if you like it, you can learn.

It's good to do GIS sales, just professional and counterpart, and flexible, not so rigid, hehe!!

Could it be that it is the South Division?

Programming is still good, how can it be rigid?

You can try to do sales, or go back to graduate school to continue on the academic path...

It's also great to be able to write good programming.

Geographic information in the process of learning is mainly to process a variety of spatial data, through the collection of data, processing and processing to analyze spatial data, only this major is written, in order to do the relevant programming, system operation, so the last to write programming must be a very powerful boss.

Because GIS is a comprehensive professional discipline. You can choose your future career path according to what you are good at.

As we all know, the Internet industry is very hot at the moment. If you learn programming well, you can do research and development in the field of GIS.

Of course, R&D work is also difficult, and GIS must be solid and good in order to be competent in R&D work. R&D work is inseparable from programming and writing, so people who learn GIS well will finally do R&D work, that is, programming and writing.

If you continue to do GIS after graduation, no matter whether you are good or not, you can't do without a computer, either to process data, or to write programs to process data;

Either hand animation diagram to display data, or write a program to display data;

Either use the mature software of another company to let others see the map data they process;

Either write your own program to let others on the Internet (usually the internal area network) see the map data you process;

Either use commercial software modules to analyze the data processed by themselves, and then show the results to others, or write their own programs to analyze the data they process, and then use their own programs to publish them to others;

Either write the software yourself, or do secondary development on the basis of other people's software;

Either use someone else's software, or let someone else use their own software.

In fact, it's not powerful, it's all programming. What you see is only powerful, and there are many more that are not powerful.

GIS technology has a wide range of applications, and also involves certain programming knowledge, and its learning also includes data, hardware, software, and various databases, drawing, statistics, image processing and other programs.

And in today's university study, it doesn't mean that you have to find a job if you learn anything, the so-called 360 lines, the line is the champion. With a certain solid foundation, different jobs will also be bypassed.

GIS has a wide range of applications, and not necessarily all of them are information systems.

In fact, when I was in college, teachers and principals all said such a sentence. Your current major may have nothing to do with your future job.

It's like studying finance, some people start their own companies, some people do **, some people do sales, and some people do accounting and so on. Therefore, when you see someone writing **, you don't have to think too much, it's someone else's own choice.

In fact, except for some liberal arts majors, basically all science and engineering majors now require programming. Processing data involves programming, and drawing various spatial distribution maps also requires programming.

Moreover, programming can achieve some functions more efficiently, and those who learn GIS are generally related to geographic resources, and they also need to draw maps and data processing, so they naturally go to programming and writing.

The application fields of GIS include: urban and rural planning, disaster monitoring, resource inventory, land survey, environmental management, urban pipe network, operational command, macro decision-making, urban public services, transportation, navigation, and e-government. It can be applied to almost all aspects of life you can think of, so the employment prospects are very good, and it is best to engage in secondary development, which will be more profitable.

Who can't write two lines of science or engineering now?

Just like our major, because a large amount of data needs to be processed, so everyone has to learn some software for data processing, and it is impossible to manually process tens of thousands of data, so it must be realized by computer programming, so it will naturally go to learn programming.

Therefore, generally those of us who are more professional must also play more skillfully in computers, and maybe in the end they may change careers to become computers, because computers are more profitable

GIS is an interdisciplinary discipline that involves geography, cartography, and computer science.

When you take the college entrance examination, you don't know what this major is, so many science students apply for GIS majors.

You may know that some of them belong to the liberal arts, so I am more interested in the science major of computer science.

Thus changing the career pursuit.

Because GIS technology has a wide range of applications, involving all aspects of many industries, data acquisition, data analysis and presentation are important applications.

Writing programming ** is also a better employment direction, and the major is not unrelated, any position after employment needs to start from scratch, even if there are professional skills, but also in practice to slowly hone in order to have a certain ability.

And in today's environment of high employment pressure, any choice will be a good bird to perch on.