Matlab From Beginner to Professional

Matlab From Beginner to Professional

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1. Basic Syntax And Coding With A Text Editor

Gain practical experience with Matlab by mastering its core syntax and learning to write professional-grade programs. Dive into efficient coding techniques, explore essential functions, and unlock the potential of Matlab as a powerful tool for data analysis, modeling, and engineering tasks. Transform your coding skills and accelerate your learning journey with hands-on exercises and real-world applications.

Matlab's Place + Dark Mode

The Command Window

Installing a Text Editor + Its Packages

Finishing Off the Text Editor

Creating Snippets + Writing Programs

2. Coding Foundations

This section will teach you the foundations of manipulating data in Matlab, how to import data, and the bread and butter of all programming languages: for loops and if statements. Then at the end you’ll learn how to code more efficiently by modulizing your programs.

Messin with Matrices

Importing and Exporting Data to and from Excel

Modular Programming

3. Learning Through Applications

You'll apply everything you've learned to three real world situations and learn a whole bunch of syntax and details that come up in practice so that you can pull out concrete results from your Matlab programs.

Application: Nuclear Plant Data Analysis

Application: Medical Data Analysis

Generating Combinations

Application: Logistics Problem

The Sortrows and Find Functions

4. Visualizations

You'll start by getting your hands dirty exploring Matlab's top-tier visualization and graphing capabilities. After that, you'll learn how to automate graphing and combine the skills you already have to create custom visualizations. And on the way, you'll learn another fundamental aspect of programming: while loops.

Graphing Basics

Automating Graph Creation

Application: Calculating 3D Trajectories While Loops

5. Recursion + Matrix Multiplication

To close out, this section will begin by teaching you about recursive programming and how it can help you automate analyses and graphing on a whole new level. After that, you'll dive into the world of matrix multiplication, where you can take advantage of Matlab's state-of-the-art algorithms to open a huge diversity of doors for your programming future.

Conteúdo do Curso

Matlab From Beginner to Professional

Matlab From Beginner to Professional

1. Basic Syntax And Coding With A Text Editor

Matlab's Place + Dark Mode The Command Window Installing a Text Editor + Its Packages Finishing Off the Text Editor Creating Snippets + Writing Programs

2. Coding Foundations

Messin with Matrices Importing and Exporting Data to and from Excel For Loops If Statements Modular Programming

3. Learning Through Applications

Application: Nuclear Plant Data Analysis Application: Medical Data Analysis Generating Combinations Application: Logistics Problem The Sortrows and Find Functions

4. Visualizations

Graphing Basics Automating Graph Creation Application: Calculating 3D Trajectories While Loops

5. Recursion + Matrix Multiplication

The Command Window

The Command Window in Matlab is a versatile interface for executing commands, testing code, and learning new concepts. To use it, simply type a command or expression, press Enter, and Matlab will display the result immediately. This real-time interaction allows users to experiment with different functions and concepts effectively.

The Command Window serves as a powerful debugging tool. By testing individual lines of code or inspecting variables directly, you can identify and resolve issues quickly. This makes the Command Window an essential feature for both beginners and experienced users.

Task

Use the Command Window to complete these operations:
- Add the numbers: 12 + 8;
- Subtract the numbers: 20 - 7;
- Multiply the numbers: 6 * 9;
- Divide the numbers: 48 / 6.
Try logical operations:
- Check if 10 > 5 (returns True or False);
- Check if 15 == 20 (returns True or False).
Experiment and explore!
Combine different numbers and operations. Use parentheses to adjust the order of operations, like (5 + 3) * 2.

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Seção 1. Capítulo 2

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