1. 1 Understanding MATLAB

The history of1.1.1MATLAB

The main functions of 1. 1.2MATLAB

1.1.3 new functions of MATLAB 7.0

MATLAB environment under 1.2 window

1. 2. 1 Desktop Introduction

1. 2. 2 command window operation introduction

1. 2. 3 Introduction to Command Window

The easiest way to use a calculator

1.2.5 Values, variables and expressions

1.2.6 Diagram of calculation results

Operation points of 1.3 command window

1.4 Business History Window

1.4. 1 Introduction to Command History Window

1.4.2 Rerun the history command line.

1.5 Current directory, path setter and file management

1.5. 1 Introduction to the current directory browser

1. 5. 2 Search path of atlas

1. 5. 3 MATLAB MATLAB Search Path Extension and Modification

1.6 Workspace Browser and Array Editor

1.6. 1 Introduction to Workspace Browser

The 1.6.2 field menu is used to access and delete memory variables.

1.6.3ArrayEditor Array Editor and Input of Large Arrays

1.7LaunchPad interactive interface directory window

1.8 Editor/Debugger and Scripting

1.8. 1 Introduction to Editor/Debugger

Preliminary writing of 1.8.2M script file

1.9 help system

1.9. 1 help mode overview

1.9.2 Help Navigator/Browser Introduction

Chapter II Matrix and Its Basic Operations

2. 1 boot

2.2 Create a new matrix

Create a new matrix

2.2.2 Generation of Vector and Sub-matrix

2.2.3 special matrix in MATLAB

2.2.4 high-dimensional matrix

2.2.5 Overview of high-dimensional matrix construction and operation functions

2.2.6 "non-numeric" and "empty" matrices

2.3 Matrix construction technology synthesis

2.4 matrix operation

2.4. 1 addition and subtraction

multiplication

2.4.3 Division

2.4.4 Transposition and combination

2.4.5 element operation arithmetic operation

2.4.6 Component operation function

2.4.7 Functions of Matrix

Chapter 3 Introduction to Basic Operation

3. 1 common mathematical functions

3. 1. 1 common mathematical functions

3. 1.2 trigonometric functions and hyperbolic functions

3. 1.3 complex variable function

3. 1.4 Maximum and minimum values

3. 1.5 Sum, product and difference

3. 1.6 Simple Statistics Command

3. 1.7 sorting

3.2 Relationship and Logical Operation and Polynomial Operation

3.2. 1 relational operator

logical operator

3.2.3 Relationship and Logical Function

3.3 string

3.3. 1 string introduction

3.3.2 Assignment of String (Attribute and Identification)

Display and input

String evaluation

3.3.5 Creation of Complex Strings

3.3.6 Character string conversion function

3.3.7 String operation function

Chapter 4 Preliminary M Document

4. 1 Getting Started

4.2M file classification and operation

4.2. 1 function file

Non-functional file

4.2.3M file operation

4.3M file structure

4.3. 1 Basic structure of function file

Function call

4.3.3 Adjustable functional parameters

4.3.4 Global variables and local variables

4.3.5 actual combat: m function file operation practice

Chapter V Basic Cartography

5. 1 2D graphics

5. 1. 1 basic plane graphics command

5. 1.2 plane graphics command

5. 1.3 2D graphics annotation command

5.2 Three-dimensional graphics

5.2. 1 3D curve and surface color filling command

5.2.2 Outline of 3D graphics

Surface and Grid Diagram commands

5.2.4 Other expressions of 3D data command

Chapter VI Advanced Matrix Operation

6. 1 matrix decomposition

6. 1. 1 Coleski decomposition

6. 1.2LU decomposition

6. 1.3QR decomposition

6. 1.4 Schur decomposition

6. 1.5 Real Schur decomposition into complex Schur decomposition.

6. 1.6 eigenvalue decomposition

6. 1.7 singular value decomposition

6. 1.8 Generalized Singular Value Decomposition

QZ decomposition of 6. 1.9 eigenvalue problem

6. Decomposition of1.10 Heisenberg Form

6.2 the solution of linear equations

6.2. 1 Find the unique or special solution of linear equations (the first kind of problems)

6.2.2 Find the general solution of linear homogeneous equations.

6.2.3 Finding the General Solution of Non-homogeneous Linear Equations

6.2.4 LQ solutions of linear equations

6.2.5 Solving equations by double conjugate gradient method

6.2.6 Stable Biconjugate Gradient Method for Solving Equations

6.2.7 Complex conjugate gradient method for solving equations

LSQR method of conjugate gradient

6.2.9 Generalized Minimum Residual Method

6.2. 10 Minimum residual method for solving equations

6.2. 1 1 preconditioned conjugate gradient method

6.2. 12 Quasi-minimum residual method for solving equations

6.3 eigenvalue and quadratic form

6.3. 1 solutions of eigenvalues and eigenvectors

6.3.2 Improve the calculation accuracy of eigenvalues

6.3.3 Transformation from Complex Diagonal Matrix to Real Diagonal Matrix

Orthogonal foundation

quadratic form

6.4 Grade and linear correlation

6.4. 1 Rank of matrix and vector group and linear correlation of vector group

6.4.2 Find the basis of row ladder matrix and vector group

6.5 Sparse Matrix Technology

Creation of sparse matrix

6.5.2 Transform sparse matrix into full matrix.

6.5.3 Non-zero Element Index of Sparse Matrix

6.5.4 Transform external data into sparse matrix.

Basic sparse matrix

Operation of sparse matrix

6.5.7 Draw the distribution map of non-zero elements of sparse matrix.

matrix transformation

6.5.9 Approximate Euclidean Norm and Condition Number of Sparse Matrix

6.5. 10 sparse matrix decomposition

6.5. Eigenvalue decomposition of11sparse matrix

Chapter VII Numerical Calculation

7. 1 Introduction

7.2 Extreme Point of Function

7.2. 1 Minimum point of unary function

7.2.2 Minimum point of multivariate function

7.3 Find the zero point

7.4 integral

Numerical integration of unary function

Multiple numerical integration

7.5 differences

7.6 differential equation

7.7 curve fitting

7.8 interpolation

7.8. 1 one-dimensional interpolation

Two-dimensional interpolation

7.8.3 actual combat: interpolation m file application exercise

Chapter VIII Professional Numerical Operation

8. 1 cubic spline

8. Basic characteristics of1.1

8. 1.2 piecewise polynomial

8. 1.3 integral

8. 1.4 difference

8.2 Polynomials and Their Operations

8.2. 1 Polynomial Expression and Its Creation

Root of polynomial

multiplication

8.2.4 Add

8.2.5 Department

derivative product

8.2.7 Valuation

Rational polynomial

8.3 Fourier analysis

8.3. 1 Fast Fourier Transform

Fourier series

Chapter IX Symbolic Calculation

9. 1 symbolic expression

9.2 Symbolic expression operation

9.2. 1 Extract numerator and denominator

Standard algebraic operation

Advanced operation

mental set shifting

Variable substitution

Differential and integral

9.3 Symbolic Expression Diagram

9.4 Simplification and formatting of symbolic expressions

9.5 Variable precision arithmetic operation

9.6 equation solving

9.6. 1 Solving an algebraic equation

Solve algebraic equations

Single differential equation

differential equation

9.7 Linear Algebra and Matrix

9.7. 1 symbol matrix

algebraic operation

Linear algebraic operation

Other features

9.8 Symbol Toolbox Function Summary

Chapter 10 MATLAB programming

10. 1 sequence structure statement

10. 1. 1 expression statement

10. 1.2 assignment statement

10. 1.3 empty statement

10. 1.4 input statement

10. 1.5 output statement

10. 1.6 Saving and restoring variable values

10.2 selection structure

10.2. 1If statement

10. 2. 2 switch statement

10.2.3try statement

10.2.4 nesting of selection statements

10.3 circular structure statement

10. 3. 1 has a ring structure.

10.3.2 circular nesting

10.3.3While loop

10. 3. 4 interrupt statement

10.4 map control flow function overview

10.5 file reading and writing function

10.6 local workspace and basic workspace

10.7 rules and attributes

10.7. 1M file function

10.7.2 variable

10.7.3 function call

Practical application of 10.8MATLAB programming skills

Chapter 1 1 Graphics Processing

1 1. 1 general graphics function command

11.1.1graphic object handle command

1 1. 1.2 Axis Generation and Control Command

1 1. 1.3 graphic handle operation command

1 1. 1.4 Control command of the graphic window

1 1.2 color and lighting mode commands

1 1.2. 1 color control command

1 1.2.2 color chart control command

Chapter 12 Processing Graphics

12. 1 Who needs a handle graphic?

What is a handle graphic object?

12.3 processing objects

12.4 general function acquisition and setting

12.5 looking for an object

12.6 Select an object with the mouse.

12.7 location and unit

12.8 graphic printing

12.9 default attribute

12. 10 is a non-file attribute.

12. 1 1 actual combat of handle graphics

12.11.1homemade cursor shape

12. 1 1.2 Arbitrarily arrange subgraphs and off-axis comments.

12. 1.3 making personalized dual coordinate system

12. 1 1.4 continuous zoom and flight graphics

12. 1 1.5 animation example

12. 1 1.6 surface command to export different surfaces.

12. 1 1.7 texture mapping and surface painting

12. 1 1.8 3D block modeling and coloring

12. 1 1.9 Drag the word object with the mouse.

12. 12 utility function

12. 13 Attribute name and attribute value

12. 14 summary

12. 15 keyword index

Chapter 13 Production of GUI Graphical User Interface

13. 1 reason for creating GUIr

13.2GUI object hierarchy

13.3 menu

13.3. 1 menu layout

13.3.2 Create menus and submenus

13.3.3 menu example

13.3.4 menu properties

13.3.5 menu shortcut keys

13.3.6 menu appearance

13.3.7 color control

13.3.8 menu item disabled

13.3.9 callback property

13.3. 10 actual combat: an example of file m.

13.4 control box

13.4. 1 Create different types of control frames.

13.4.2 control box properties

13.4.3 consideration of control framework layout

13.4.4 actual combat: an example of file m.

13.5 Programming and callback considerations

Chapter 14 Simulink interactive simulation integrated environment

14. 1 boot

14.1.1Simulink startup and interface description

14. 1.2 Composition of the simulation link model window

14.2 model creation

14.2. 1 simulation module

14.2.2 signal line operation

14.2.3 common source library source

14.2.4 public water tank library information water tank

14.3 oscilloscope

14.3. 1 Brief Introduction of Oscilloscope Interface

14.3.2 Manual setting of oscilloscope ordinate range

Application of 14.4Simulink in control system simulation

14.4. 1 control system toolbox

14. 4. 2 Simulink submodule library related to control system simulation.

14.5Simulink instruction set

Chapter 15 MATLAB application development

15. 1 Convert a C or Fortran source program into an M file.

15.2 calling MATLAB in other languages

15.3 the use of MATLAB application interface development tools

15.4 using MATLAB compiler to generate independent external applications.

15.5 calling MATLAB from c or Fortran

Appendix a toolbox function summary

A. 1 statistical toolbox function

A.2 optimizing toolbox functions

A.3 spline toolbox function

A.4 toolbox function for numerical solution of partial differential equations

A.5 writing skills of MATLAB toolbox

Appendix BMATLAB common commands daquan

refer to

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