Edition:

7

Publisher:

Chapman & Hall/CRC

Number of Pages:

215

Price:

17.96

ISBN:

1-58488-523-8

*MATLAB Primer* (7th edition) is a pocket-sized quick reference guide to the popular software package MATLAB, updated to be used with the 7th version of the software. The little book is divided in two parts. The first part consists of 21 chapters where the authors go over different topics (the basics about MATLAB and the desktop; operations with numbers and matrices; functions; control statements; M-files; graphics; polynomials; solving equations; differential equations; calling other programming languages: C, Fortran, Java). The second part of the book is a comprehensive list of commands, followed by a one-line description (the list includes over 1250 commands). Also, the book contains a helpful table of contents and index.

In the first part of the book, the different features and commands present in MATLAB v7.0 are explained in a brief and concise way, and mostly through examples, so the users/readers can try some spelled-out exercises before trying some examples of their own.

I believe that the beginners and casual users of MATLAB will find the little book very helpful as a companion when trying to run the software. However the "Primer" will probably not be useful to the expert MATLAB user, because each topic is treated quite briefly. The convenient size makes it a nice book to have around, for quick help on usage of a command or a little intro on some new topic. The long (and nicely organized) list of commands in the second part of the book is useful to the reader to find the appropriate command.

Álvaro Lozano-Robledo is H. C. Wang Assistant Professor at Cornell University.

Date Received:

Friday, April 1, 2005

Reviewable:

Yes

Publication Date:

2005

Format:

Paperback

Audience:

Category:

Handbook

Álvaro Lozano-Robledo

06/26/2005

ACCESSING MATLAB

THE MATLAB DESKTOP

Help Window

Start Button

Command Window

Workspace Window

Command History Window

Array Editor Window

Current Directory Window

MATRICES AND MATRIX OPERATIONS

Referencing Individual Entries

Matrix Operators

Matrix Division (Slash and Backslash)

Entry-Wise Operators

Relational Operators

Complex Numbers

Strings

Other Data Types

SUBMATRICES AND COLON NOTATION

Generating Vectors

Accessing Submatrices

MATLAB FUNCTIONS

Constructing Matrices

Scalar Functions

Vector Functions and Data Analysis

Matrix Functions

The linsolve Function

The find Function

CONTROL FLOW STATEMENTS

The for Loop

The while Loop

The switch Statement

The try/catch Statement

Matrix Expressions (if and while)

Infinite Loops

M-FILES

M-File Editor/Debugger Window

Script Files

Function Files

Multiple Inputs and Outputs

Variable Arguments

Comments and Documentation

MATLAB's Path

ADVANCED M-FILE FEATURES

Function Handles and Anonymous Functions

Name Resolution

Error and Warning Messages

User Input

Performance Measures

Efficient Code

CALLING C FROM MATLAB

A Simple Example

C Versus MATLAB Arrays

A Matrix Computation in C

MATLAB mx and mex Routines

Online Help for MEX Routines

Larger Examples on the Web

CALLING FORTRAN FROM MATLAB

Solving a Transposed System

A Fortran mexFunction with %val

If You Cannot Use %val

CALLING JAVA FROM MATLAB

A Simple Example

Encryption/Decryption

MATLAB's Java Class Path

Calling Your Own Java Methods

Loading a URL as a Matrix

TWO-DIMENSIONAL GRAPHICS

Planar Plots

Multiple Figures

Graph of a Function

Parametrically Defined Curves

Titles, Labels, and Text in a Graph

Control of Axes and Scaling

Multiple Plots

Line Types, Marker Types, Colors

Subplots and Specialized Plots

Graphics Hard Copy

THREE-DIMENSIONAL GRAPHS

Curve Plots

Mesh and Surface Plots

Parametrically Defined Surfaces

Volume and Vector Visualization

Color Shading and Color Profile

Perspective of View

ADVANCED GRAPHICS

Handle Graphics

Graphical User Interface

Images

SPARSE MATRIX COMPUTATIONS

Storage Modes

Generating Sparse Matrices

Computation with Sparse Matrices

Ordering Methods

Visualizing Matrices

THE SYMBOLIC MATH TOOLBOX

Symbolic Variables

Calculus

Variable Precision Arithmetic

Numeric and Symbolic Substitution

Algebraic Simplification

Two-Dimensional Graphs

Three Dimensional Surface Graphs

Three-Dimensional Curves

Symbolic Matrix Operations

Symbolic Linear Algebraic Functions

Solving Algebraic Equations

Solving Differential Equations

Further Maple Access

POLYNOMIALS, INTERPOLATION, AND INTEGRATION

Representing Polynomials

Evaluating Polynomials

Polynomial Interpolation

Numeric Integration (Quadrature)

SOLVING EQUATIONS

Symbolic Equations

Linear Systems of Equations

Polynomial Roots

Nonlinear Equations

Ordinary Differential Equations

Other Differential Equations

DISPLAYING RESULTS

CELL PUBLISHING

CODE DEVELOPMENT TOOLS

M-Lint Code Check Report

TODO/FIXME Report

Help Report

Report

Dependency Report

File Comparison Report

Profile and Coverage Report

HELP TOPICS

General Purpose Commands

Operators and Special Characters

Programming Language Constructs

Elementary Matrices and Matrix Manipulation

Elementary Math Functions

Specialized Math Functions

Matrix Functions-Numerical Linear Algebra

Data Analysis, Fourier Transforms

Interpolation and Polynomials

Function Functions and ODEs

Sparse Matrices

Annotation and Plot Editing

Two-Dimensional Graphs

Three-Dimensional Graphs

Specialized Graphs

Handle Graphics

Graphical User Interface Tools

Character Strings

Image and Scientific Data

File Input/Output

Audio and Video Support

Time and Dates

Data Types and Structures

Version Control

Creating and Debugging Code

Help Commands

Microsoft Windows Functions

Examples and Demonstrations

Preferences

Symbolic Math Toolbox

ADDITIONAL RESOURCES

INDEX

THE MATLAB DESKTOP

Help Window

Start Button

Command Window

Workspace Window

Command History Window

Array Editor Window

Current Directory Window

MATRICES AND MATRIX OPERATIONS

Referencing Individual Entries

Matrix Operators

Matrix Division (Slash and Backslash)

Entry-Wise Operators

Relational Operators

Complex Numbers

Strings

Other Data Types

SUBMATRICES AND COLON NOTATION

Generating Vectors

Accessing Submatrices

MATLAB FUNCTIONS

Constructing Matrices

Scalar Functions

Vector Functions and Data Analysis

Matrix Functions

The linsolve Function

The find Function

CONTROL FLOW STATEMENTS

The for Loop

The while Loop

The switch Statement

The try/catch Statement

Matrix Expressions (if and while)

Infinite Loops

M-FILES

M-File Editor/Debugger Window

Script Files

Function Files

Multiple Inputs and Outputs

Variable Arguments

Comments and Documentation

MATLAB's Path

ADVANCED M-FILE FEATURES

Function Handles and Anonymous Functions

Name Resolution

Error and Warning Messages

User Input

Performance Measures

Efficient Code

CALLING C FROM MATLAB

A Simple Example

C Versus MATLAB Arrays

A Matrix Computation in C

MATLAB mx and mex Routines

Online Help for MEX Routines

Larger Examples on the Web

CALLING FORTRAN FROM MATLAB

Solving a Transposed System

A Fortran mexFunction with %val

If You Cannot Use %val

CALLING JAVA FROM MATLAB

A Simple Example

Encryption/Decryption

MATLAB's Java Class Path

Calling Your Own Java Methods

Loading a URL as a Matrix

TWO-DIMENSIONAL GRAPHICS

Planar Plots

Multiple Figures

Graph of a Function

Parametrically Defined Curves

Titles, Labels, and Text in a Graph

Control of Axes and Scaling

Multiple Plots

Line Types, Marker Types, Colors

Subplots and Specialized Plots

Graphics Hard Copy

THREE-DIMENSIONAL GRAPHS

Curve Plots

Mesh and Surface Plots

Parametrically Defined Surfaces

Volume and Vector Visualization

Color Shading and Color Profile

Perspective of View

ADVANCED GRAPHICS

Handle Graphics

Graphical User Interface

Images

SPARSE MATRIX COMPUTATIONS

Storage Modes

Generating Sparse Matrices

Computation with Sparse Matrices

Ordering Methods

Visualizing Matrices

THE SYMBOLIC MATH TOOLBOX

Symbolic Variables

Calculus

Variable Precision Arithmetic

Numeric and Symbolic Substitution

Algebraic Simplification

Two-Dimensional Graphs

Three Dimensional Surface Graphs

Three-Dimensional Curves

Symbolic Matrix Operations

Symbolic Linear Algebraic Functions

Solving Algebraic Equations

Solving Differential Equations

Further Maple Access

POLYNOMIALS, INTERPOLATION, AND INTEGRATION

Representing Polynomials

Evaluating Polynomials

Polynomial Interpolation

Numeric Integration (Quadrature)

SOLVING EQUATIONS

Symbolic Equations

Linear Systems of Equations

Polynomial Roots

Nonlinear Equations

Ordinary Differential Equations

Other Differential Equations

DISPLAYING RESULTS

CELL PUBLISHING

CODE DEVELOPMENT TOOLS

M-Lint Code Check Report

TODO/FIXME Report

Help Report

Report

Dependency Report

File Comparison Report

Profile and Coverage Report

HELP TOPICS

General Purpose Commands

Operators and Special Characters

Programming Language Constructs

Elementary Matrices and Matrix Manipulation

Elementary Math Functions

Specialized Math Functions

Matrix Functions-Numerical Linear Algebra

Data Analysis, Fourier Transforms

Interpolation and Polynomials

Function Functions and ODEs

Sparse Matrices

Annotation and Plot Editing

Two-Dimensional Graphs

Three-Dimensional Graphs

Specialized Graphs

Handle Graphics

Graphical User Interface Tools

Character Strings

Image and Scientific Data

File Input/Output

Audio and Video Support

Time and Dates

Data Types and Structures

Version Control

Creating and Debugging Code

Help Commands

Microsoft Windows Functions

Examples and Demonstrations

Preferences

Symbolic Math Toolbox

ADDITIONAL RESOURCES

INDEX

Publish Book:

Modify Date:

Saturday, October 29, 2005

- Log in to post comments