MATLAB Programming for Engineers 6th Edition by Stephen Chapman ISBN 0357030397 978-0357030394

MATLAB Programming for Engineers 6th Edition by Stephen Chapman – Ebook PDF Instant Download/Delivery: 0357030397, 978-0357030394
Full download MATLAB Programming for Engineers 6th edition after payment

Product details:

ISBN 10: 0357030397
ISBN 13: 978-0357030394
Author: Stephen Chapman

Master today’s MATLAB technical programming language while strengthening problem-solving skills with the help of Chapman’s successful MATLAB PROGRAMMING FOR ENGINEERS, 6th Edition. You learn how to write clean, efficient and well-documented programs as you simultaneously gain an understanding of the many practical functions of MATLAB. You study the latest version of MATLAB R2018a and work with new MATLAB GUI (Graphical User Interface) Apps. The first nine chapters provide a basic introduction to programming and problem solving, while the remaining chapters address more advanced topics, such as I/O, object-oriented programming, and Graphical User Interfaces. With this comprehensive coverage, MATLAB PROGRAMMING FOR ENGINEERS, 6th Edition serves as a trusted reference tool throughout your studies and into your professional career as you work with MATLAB.

MATLAB Programming for Engineers 6th Table of contents:

Chapter 1. Introduction to MATLAB

1.1. The Advantages of MATLAB

1.2. Disadvantages of MATLAB

1.3. The MATLAB Environment

1.3.1. The MATLAB Desktop

1.3.2. The Command Window

1.3.3. The Toolstrip

1.3.4. The Command History Window

1.3.5. The Document Window

1.3.6. Figure Windows

1.3.7. Docking and Undocking Windows

1.3.8. The MATLAB Workspace

1.3.9. The Workspace Browser

1.3.10. The Current Folder Browser

1.3.11. Getting Help

1.3.12. A Few Important Commands

1.3.13. The MATLAB Search Path

1.4. Using MATLAB as a Calculator

1.5. MATLAB Script Files

1.5.1. Setting Up a Problem to Solve

1.5.2. Creating a Simple MATLAB Script File

1.6. Summary

1.7. Exercises

Chapter 2. MATLAB Basics

2.1. Variables and Arrays

2.2. Creating and Initializing Variables in MATLAB

2.2.1. Initializing Variables in Assignment Statements

2.2.2. Initializing with Shortcut Expressions

2.2.3. Initializing with Built-In Functions

2.2.4. Initializing Variables with Keyboard Input

2.3. Multidimensional Arrays

2.3.1. Storing Multidimensional Arrays in Memory

2.3.2. Accessing Multidimensional Arrays with One Dimension

2.4. Subarrays

2.4.1. The end Function

2.4.2. Using Subarrays on the Left-Hand Side of an Assignment Statement

2.4.3. Assigning a Scalar to a Subarray

2.5. Special Values

2.6. Displaying Output Data

2.6.1. Changing the Default Format

2.6.2. The disp Function

2.6.3. Formatted Output with the fprintf Function

2.7. Data Files

2.8. Scalar and Array Operations

2.8.1. Scalar Operations

2.8.2. Array and Matrix Operations

2.9. Hierarchy of Operations

2.10. Built-in MATLAB Functions

2.10.1. Optional Results

2.10.2. Using MATLAB Functions with Array Inputs

2.10.3. Common MATLAB Functions

2.11. Introduction to Plotting

2.11.1. Using Simple xy Plots

2.11.2. Printing a Plot

2.11.3. Multiple Plots

2.11.4. Line Color, Line Style, Marker Style, and Legends

2.12. Examples

2.13. MATLAB Applications: Vector Mathematics

2.13.1. Vector Addition and Subtraction

2.13.2. Vector Multiplication

2.14. MATLAB Applications: Matrix Operations and Simultaneous Equations

2.14.1. The Matrix Inverse

2.15. Debugging MATLAB Programs

2.16. Summary

2.17. Exercises

Chapter 3. Two-Dimensional Plots

3.1. Additional Plotting Features for Two-Dimensional Plots

3.1.1. Logarithmic Scales

3.1.2. Controlling x- and y-axis Plotting Limits

3.1.3. Plotting Multiple Plots on the Same Axes

3.1.4. Creating Multiple Figures

3.1.5. Subplots

3.1.6. Controlling the Spacing between Points on a Plot

3.1.7. Enhanced Control of Plotted Lines

3.1.8. Enhanced Control of Text Strings

3.2. Polar Plots

3.3. Annotating and Saving Plots

3.4. Additional Types of Two-Dimensional Plots

3.5. Using the plot Function with Two-Dimensional Arrays

3.6. Plots with Two y Axes

3.7. Summary

3.8. Exercises

Chapter 4. Branching Statements and Program Design

4.1. Introduction to Top-Down Design Techniques

4.2. Use of Pseudocode

4.3. The logical Data Type

4.3.1. Relational and Logic Operators

4.3.2. Relational Operators

4.3.3. A Caution About the == and ~= Operators

4.3.4. Logic Operators

4.3.5. Logical Functions

4.4. Branches

4.4.1. The if Construct

4.4.2. Examples Using if Constructs

4.4.3. Notes Concerning the Use of if Constructs

4.4.4. The switch Construct

4.4.5. The try/catch Construct

4.5. More on Debugging MATLAB Programs

4.6. Code Sections

4.7. MATLAB Applications: Roots of Polynomials

4.8. Summary

4.9. Exercises

Chapter 5. Loops and Vectorization

5.1. The while Loop

5.2. The for Loop

5.2.1. Details of Operation

5.2.2. Vectorization: A Faster Alternative to Loops

5.2.3. The MATLAB Just-In-Time (JIT) Compiler

5.2.4. The break and continue Statements

5.2.5. Nesting Loops

5.3. Logical Arrays and Vectorization

5.3.1. Creating the Equivalent of if/else Constructs with Logical Arrays

5.4. The MATLAB Profiler

5.5. Additional Examples

5.6. The textread Function

5.7. MATLAB Applications: Statistical Functions

5.8. MATLAB Applications: Curve Fitting and Interpolation

5.8.1. General Least-Squares Fits

5.8.2. Cubic Spline Interpolation

5.8.3. Interactive Curve-Fitting Tools

5.9. Summary

5.10. Exercises

Chapter 6. Basic User-Defined Functions

6.1. Introduction to MATLAB Functions

6.2. Variable Passing in MATLAB: The Pass-by-Value Scheme

6.3. Optional Arguments

6.4. Sharing Data Using Global Memory

6.5. Preserving Data between Calls to a Function

6.6. Built-In MATLAB Functions: Sorting Functions

6.7. Built-In MATLAB Functions: Random Number Functions

6.8. Summary

6.9. Exercises

Chapter 7. Advanced Features of User-Defined Functions

7.1. Function Functions

7.2. Function Handles

7.3. Functions eval and feval

7.4. Local Functions, Private Functions, and Nested Functions

7.4.1. Local Functions

7.4.2. Private Functions

7.4.3. Nested Functions

7.4.4. Order of Function Evaluation

7.4.5. Function Handles and Nested Functions

7.4.6. The Significance of Function Handles

7.5. An Example Application: Solving Ordinary Differential Equations

7.6. Anonymous Functions

7.7. Recursive Functions

7.8. Plotting Functions

7.9. Histograms

7.10. An Example Application: Numerical Integration

7.11. Summary

7.12. Exercises

Chapter 8. Complex Numbers and Additional Plots

8.1. Complex Data

8.1.1. Complex Variables

8.1.2. Using Complex Numbers with Relational Operators

8.1.3. Complex Functions

8.1.4. Plotting Complex Data

8.2. Multidimensional Arrays

8.3. Gallery of MATLAB Plots

8.4. Line Plots

8.4.1. The plot3 Function

8.4.2. Changing the Viewpoint of Three-dimensional Plots

8.4.3. The fplot3 Function

8.4.4. The fimplicit Function

8.5. Discrete Data Plots

8.5.1. The stem3 Function

8.5.2. The scatter Function

8.5.3. The scatter3 Function

8.6. Polar Plots

8.6.1. The compass Function

8.6.2. The ezpolar Function

8.7. Contour Plots

8.7.1. Function contour

8.7.2. Function contourf

8.7.3. Function contour3

8.7.4. Function fcontour

8.8. Surface and Mesh Plots

8.8.1. Creating Surface and Mesh Plots

8.8.2. Creating Three-Dimensional Objects Using Surface and Mesh Plots

8.8.3. Ribbon Plots

8.8.4. Function pcolor

8.8.5. Functions fsurf and fmesh

8.8.6. Function fimplicit3

8.9. Pie Charts, Bar Plots, and Histograms

8.9.1. The area Function

8.9.2. Bar Plots

8.9.3. Two-Dimensional Histograms

8.10. Color Order, Color Maps, and Color Bars

8.10.1. Plot Color Order

8.10.2. Color Maps

8.10.3. Color Bars

8.11. Summary

8.12. Exercises

Chapter 9. Additional Data Types

9.1. Character Arrays versus Strings

9.1.1. Character Arrays

9.1.2. Strings

9.2. Character Arrays and Character Functions

9.2.1. Character Array Conversion Functions

9.2.2. Creating Two-Dimensional Character Arrays

9.2.3. Concatenating Character Arrays

9.2.4. Comparing Character Arrays

9.2.5. Searching/Replacing Characters within a Character Array

9.2.6. Uppercase and Lowercase Conversion

9.2.7. Trimming Whitespace from Strings

9.2.8. Numerical-to-Character Array Conversions

9.2.9. String-to-Numerical Conversions

9.3. The string Data Type

9.3.1. Creating Strings

9.3.2. Converting Data into Strings

9.3.3. Converting Strings to Other Data Types

9.3.4. Concatenating Strings

9.3.5. Comparing Strings

9.3.6. Searching for Substrings within a String

9.3.7. Extracting Substrings from a String

9.3.8. Inserting Strings into a String

9.3.9. Replacing Characters within a String

9.3.10. Erasing Characters in a String

9.3.11. Uppercase and Lowercase Conversion

9.3.12. Trimming Whitespace from Strings

9.4. Summary of Character Array and String Functions

9.5. The single Data Type

9.6. Integer Data Types

9.7. Limitations of the single and Integer Data Types

9.8. The datetime and duration Data Types

9.8.1. The datetime Data Type

9.8.2. The duration Data Type

9.8.3. calendarDuration Arrays

9.8.4. Time Calculations

9.8.5. Using Time Data in MATLAB

9.9. Summary

9.10. Exercises

Chapter 10. Sparse Arrays, Cell Arrays, Structures, and Tables

10.1. Sparse Arrays

10.1.1. The sparse Attribute

10.2. Cell Arrays

10.2.1. Creating Cell Arrays

10.2.2. Using Braces {} as Cell Constructors

10.2.3. Viewing the Contents of Cell Arrays

10.2.4. Extending Cell Arrays

10.2.5. Deleting Cells in Arrays

10.2.6. Using Data in Cell Arrays

10.2.7. Cell Arrays of Strings

10.2.8. The Significance of Cell Arrays

10.2.9. Summary of cell Functions

10.3. Structure Arrays

10.3.1. Creating Structure Arrays

10.3.2. Adding Fields to Structures

10.3.3. Removing Fields from Structures

10.3.4. Using Data in Structure Arrays

10.3.5. The getfield and setfield Functions

10.3.6. Dynamic Field Names

10.3.7. Using the size Function with Structure Arrays

10.3.8. Nesting Structure Arrays

10.3.9. Summary of structure Functions

10.4. Table Arrays

10.4.1. Creating Table Arrays

10.4.2. Accessing Data in a Table

10.4.3. Table Metadata (Properties)

10.4.4. Examining the Contents and Properties of a Table

10.4.5. Table Summary

10.5. Summary

10.6. Exercises

Chapter 11. Input-Output Functions

11.1. The textread Function

11.2. More about the load and save Commands

11.3. An Introduction to MATLAB File Processing

11.4. File Opening and Closing

11.4.1. The fopen Function

11.4.2. The fclose Function

11.5. Binary I/O Functions

11.5.1. The fwrite Function

11.5.2. The fread Function

11.6. Formatted I/O Functions

11.6.1. The fprintf Function

11.6.2. Understanding Format Conversion Specifiers

11.6.3. How Format Strings Are Used

11.6.4. The sprintf Function

11.6.5. The fscanf Function

11.6.6. The fgetl Function

11.6.7. The fgets Function

11.7. Comparing Formatted and Binary I/O Functions

11.8. File Positioning and Status Functions

11.8.1. The exist Function

11.8.2. The ferror Function

11.8.3. The feof Function

11.8.4. The ftell Function

11.8.5. The frewind Function

11.8.6. The fseek Function

11.9. The textscan Function

11.10. Function uiimport

11.11. Summary

11.12. Exercises

Chapter 12. User-Defined Classes and Object-Oriented Programming

12.1. An Introduction to Object-Oriented Programming

12.1.1. Objects

12.1.2. Messages

12.1.3. Classes

12.1.4. Static Methods

12.1.5. Class Hierarchy and Inheritance

12.1.6. Object-Oriented Programming

12.2. The Structure of a MATLAB Class

12.2.1. Creating a Class

12.2.2. Adding Methods to a Class

12.2.3. Listing Class Types, Properties, and Methods

12.2.4. Attributes

12.3. Value Classes versus Handle Classes

12.3.1. Value Classes

12.3.2. Handle Classes

12.4. Destructors: The delete Method

12.5. Access Methods and Access Controls

12.5.1. Access Methods

12.5.2. Access Controls

12.5.3. Example: Creating a Timer Class

12.5.4. Notes on the MyTimer Class

12.6. Static Methods

12.7. Defining Class Methods in Separate Files

12.8. Overriding Operators

12.9. Events and Listeners

12.9.1. Property Events and Listeners

12.10. Exceptions

12.10.1. Creating Exceptions in Your Own Programs

12.10.2. Catching and Fixing Exceptions

12.11. Superclasses and Subclasses

12.11.1. Defining Superclasses and Subclasses

12.11.2. Example Using Superclasses and Subclasses

12.12. Summary

12.13. Exercises

Chapter 13. Handle Graphics and Animation

13.1. Handle Graphics

13.2. The MATLAB Graphics System

13.3. Object Handles

13.4. Examining and Changing Object Properties

13.4.1. Changing Object Properties at Creation Time

13.4.2. Changing Object Properties after Creation Time

13.4.3. Examining and Changing Properties Using Object Notation

13.4.4. Examining and Changing Properties Using get/set Functions

13.4.5. Examining and Changing Properties Using the Property Editor

13.5. Using set to List Possible Property Values

13.6. User-Defined Data

13.7. Finding Objects

13.8. Selecting Objects with the Mouse

13.9. Position and Units

13.9.1. Positions of figure Objects

13.9.2. Positions of axes and polaraxes Objects

13.9.3. Positions of text Objects

13.10. Printer Positions

13.11. Default and Factory Properties

13.12. Restoring Default Properties

13.13. Graphics Object Properties

13.14. Animations and Movies

13.14.1. Erasing and Redrawing

13.14.2. Creating a Movie

13.15. Summary

13.16. Exercises

Chapter 14. MATLAB Apps and Graphical User Interfaces

14.1. How a Graphical User Interface Works

14.2. Creating and Displaying a Graphical User Interface

14.2.1. The Structure of a Callback Function (Method)

14.2.2. Adding Application Data to a Figure

14.3. Object Properties

14.3.1. Key Properties of Numerical Components

14.3.2. Key Properties of Text Components

14.4. Additional Containers: Panels, Tab Groups, and Button Groups

14.4.1. Panels

14.4.2. Tab Groups

14.4.3. Button Groups

14.5. Dialog Boxes

14.5.1. Alert Dialog Boxes

14.5.2. Confirmation Dialog Boxes

14.5.3. Input Dialog Boxes

14.5.4. The uigetfile, uisetfile, and uigetdir Dialog Boxes

14.5.5. The uisetcolor and uisetfont Dialog Boxes

14.6. Menus

14.6.1. Creating Your Own Menus

14.6.2. Accelerator Keys and Keyboard Mnemonics

14.7. Summary

14.8. Exercises

People also search for MATLAB Programming for Engineers 6th :

introduction to matlab programming for engineers 1st edition

introduction to numerical methods and matlab programming for engineers

borrow matlab programming for engineers

matlab programming for engineers 7th edition

coursera matlab programming for engineers and scientists specialization

Tags: Stephen Chapman, MATLAB Programming