Are macros widely used and what are the uses of macros?

Macro programs are mainly used in non-circular curves, to put it bluntly, learning macro programs is mainly to learn parametric equations, as long as you understand the parametric equations of non-circular curves, then simple macro programs are not difficult. As for the scope of application, it's not easy to say, now some small manufacturers buy generally economical CNC machine tools, simply can't run macro programs, I don't know your specific situation, it is difficult to give you an accurate conclusion, but I can tell you for sure that macro programs are mastered by technician-level talents, and technicians are very popular, so learning macro programs will be of great help to your future development.

Now you have to learn macro programs, I don't know what the foundation of your cultural course is, if you have learned parameter equations, then simple macro programs are not difficult, easy to learn, but complex ones may take a while to learn.

As for the textbooks, there are too many, I don't know what level you said, I can't recommend them.

Look at the ability of personal understanding, I personally think it is not difficult, the macro program has the ability to calculate and make decisions, such as using the macro program to compile the program of processing ellipses, you can directly use the ellipse equation programming to let the system through the defined variable values, calculation results and the path of the tool, and then automatically judge whether the data after the pass reaches the required size, if the size is met, the program will be ended, if not satisfied, return to continue processing!

Textbooks, in line with the instructions of your machine tools, are the best books for you to learn!

In numerical control programming, sometimes the expected processing effect can not be obtained with constant programming, which can be achieved with macro programs, using the computing power of the computer, artificially expressing some values that are not easy to calculate as variables, which is both macro programs. The application of macro programs in lathe is mainly reflected in the non-circular curve of lathe and the trapezoidal thread of large pitch, while the macro program is more used in milling and machining centers because of the multi-dimensional space coordinate system they process.

Brother Hail! Hello, I'm glad to answer for you. We've found the answer here.

Pro, a macro program is a computer program that is used to automate processing tasks. It can be written by writing a series of instructions and logic to achieve a specific function. The main uses of macros include the following:

Automate repetitive tasks: Macros can be used to automate a series of repetitive tasks, such as auto-filling data in electronic software, auto-replacing text in a texter, etc. By writing macros, you can save a lot of time and effort.

Improve work efficiency: Macro programs can simplify complex operation processes, and Zen lead improves work efficiency. For example, in graphic design software, macros can be written to automate a series of graphics processing operations, speeding up design.

Customized functions: Macros can be customized to implement specific functions according to the needs of individuals or organizations. For example, in an e-mail client, you can write macros to automatically classify and process messages, improving the efficiency of mail management.

Data processing and analysis: Macros can be used to process and analyze large amounts of data. For example, in data analysis software, macros can be written to automate data cleansing, calculation, and visualization to obtain more accurate and comprehensive analysis results.

Hello, dear. Macros can be used for the following things:1

Automated actions: Macros can record and automate a series of operational steps, which can be used for auto-filling**, automated testing, automated data processing, and more. 2.

Automated report generation: Macros can generate customized reports based on specified rules and data, which can reduce repetitive work and human error. 3.

Data cleansing and processing: Macros can quickly process large amounts of data in batches, such as splitting, merging, filtering, formatting, and converting data. 4.

Quick calculations: Macros can perform complex calculations with input data, such as statistical analysis, models, regression analysis, and more. 5.

Form filling: The macro program can automatically generate a form and fill in the data entered by the user, and can automatically verify and proofread according to certain rules. 6.

Custom function extensions: Macros can extend the functionality of the software and customize it according to user needs, such as writing custom functions, tools, menus, etc. Overall, macros can help users improve productivity, reduce repetitive work, streamline operational processes, and can be customized and expanded according to specific needs.

A macro program is a computer program that is used to automate the execution of a series of tasks. It can be created and used in specific software applications for the following purposes:1

Automate repetitive tasks: Macros can record and replay a series of actions that can be used to automate repetitive tasks such as data entry, formatting, filtering, sorting, and more. 2.

Increase productivity: With macros, multiple actions can be combined into a simple command or button, which increases productivity and reduces the time and errors of manual operations. 3.

Customize features and tools: Macros can customize features and tools to meet specific workflows and needs according to the user's needs. For example, custom report generation, data analysis, charting, etc.

4.Automated data processing: Macros can be used to automate data processing, including data import, cleaning, transformation, calculation, analysis, etc., to improve the speed and accuracy of processing.

5.Batch signal processing and batch processing: Macros can be used for batch processing and batch processing of base and backup operations, such as batch renaming of files, batch conversion of file formats, batch export of data, etc.

6.Automated testing and debugging: Macros can be used to automate testing and debugging software applications to automate the execution of test rolls and check the correctness of programs by simulating user actions and inputs.

Overall, macros are very versatile and can be customized and used according to specific needs and application scenarios.

Writing down instructions and formats is similar to a subroutine. Instructions (eq is =, ne is not equal to, gt is greater than, lt is small and, ge is greater than or equal to, le is less than or equal to) wh do end is an operation instruction and an English abbreviation.

Example: Assignment 2 equals 5. After running 2+1 once, the value of 2 is 6, and after running n times, the value of 2 is 5+n.

A macro program is programmed using variables;

1. Conditional statement 1 if [conditional expression] goto n n?When the condition is satisfied, the program jumps to the statement marked n in the same program to continue execution, and when the condition is not met, the program executes the next statement.

2. Conditional statement 2while [conditional expression] do m....end m When the conditions are met, the program is repeated from do m to endm; When the conditions are not met, the program executes the next endm statement.

3. Analytic equations for ellipses:

4. Parametric equation of the ellipse: conditional statement 2.

5. Elliptical machining program N010 1=1 Angle step N020 2=-90 (270) Initial angle N030 3=90 Termination angle N040 4=10 Tool radius N050 5=30 Semi-major N060 6=20 Minor semi-axis N070 G90G00X0Y [ 4] The tool runs to the position of (0,-30,) N080 S1000M03 N090 G01Z-3F100 The tool goes down to -3mm N100. while[ 2le 3]do1 Start angle less than or equal to end angle n110 5*cos[ 2] Calculate x coordinate value (elliptic parametric equation) n120 6*sin[ 2] Calculate y coordinate value (elliptic parametric equation) n130 g1x 7y 8f300 Straight line interpolation one step n14 0 1 Variable 2 Add an angle step n150 end1 n160 Quickly raise the tool.