MATLAB Programming

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12 Programming Tips • Load spreadsheet, scientific, image, or audio data with appropriate function. • Load from a file using low-level file I/O functions (fread, fscanf, ...). For more information: SeeLoadingaSavedWorkspaceandImporting Data in the MATLAB Development Environment documentation, and “Using Low-Level File I/O Functions” on page 6-103. Viewing Variables in a MAT-File To see what variables are saved in a MAT-file, use who or whos as shown here (the .mat extension is not required). who returns a cell array and whos returns a structure array. mydataVariables = who('-file', 'mydata.mat'); Appending to a MAT-File To save additional variables to an existing MAT-file, use save matfilename -append AnyvariablesyousavethatdonotyetexistintheMAT-fileareaddedto the file. Any variables you save that already exist in the MAT-file overwrite the old values. Note Saving with the -append switch does not append additional elements to an array that is already saved in a MAT-file. See the example below. In this example, the second save operation does not concatenate new elements to vector A, (makingA equal to [1 2 3 4 5 6 7 8]) in the MAT-file. Instead, it replaces the 5 element vector, A, with a 3 element vector, also retaining all other variables that were stored on the first save operation. A = [1 2 3 4 5]; B = 12.5; C = rand(4); save savefile; A = [6 7 8]; save savefile A -append; 12-44
Save and Load SaveandLoadonStartup or Quit You can automatically save your variables at the end of each MATLAB session by creating a finish.m file to save the contents of your base workspace every time you quit MATLAB. Load these variables back into your workspace at the beginning of each session by creating a startup.m file that uses the load function to load variables from your MAT-file. For more information: See the startup and finish function reference pages. Saving to an ASCII File When you save matrix data to an ASCII file using save -ascii, MATLAB combines the individual matrices into one collection of numbers. Variable names are not saved. If this is not acceptable for your application, use fprintf to store your data instead. For more information: See “Exporting Delimited ASCII Data Files” on page 6-85. 12-45
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MATLAB ® 7 Programming
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Revision History June 2004 First pr
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Operating on Diagonal Matrices ....
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Creating a Cell Array .............
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Comma — , .......................
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Examples of Anonymous Functions ...
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Microsoft Excel Spreadsheets ......
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Features of Object-Oriented Program
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12 Programming Tips Command and Fun
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Converting Between Strings and Cell
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A External Interfaces Finding the D
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1 Data Structures Empty Matrices, S
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1 Data Structures (shown as E below
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1 Data Structures A = 3:0.2:3.8 A =
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1 Data Structures class(x) ans = si
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1 Data Structures Matrix Indexing T
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1 Data Structures Getting Informati
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1 Data Structures rp = rp + blocksi
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1 Data Structures A = [1:8; 11:18;
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1 Data Structures rand('state', 0);
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1 Data Structures Empty Matrices, S
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1 Data Structures These operations
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1 Data Structures Use the isscalar
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1 Data Structures Full and Sparse M
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1 Data Structures Multidimensional
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1 Data Structures As you add dimens
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1 Data Structures Generating Arrays
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1 Data Structures • size — Retu
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1 Data Structures Avoiding Ambiguit
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1 Data Structures Permuting Array D
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1 Data Structures • As multivaria
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1 Data Structures A{2,2} = 7; B{1,1
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1 Data Structures Summary of Matrix
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1 Data Structures Functions to Dete
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1 Data Structures 1-76
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2 Data Types Cell Arrays (p. 2-94)
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2 Data Types Data Type Summary The
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2 Data Types Numeric Types Numeric
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2 Data Types the two equally nearby
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2 Data Types x = x = 127 -128 Also,
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2 Data Types Set the warning state
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2 Data Types Floating-Point Numbers
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2 Data Types isfloat(x) ans = 1 You
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2 Data Types In this example, 7.5 d
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2 Data Types 8.881784197001252e-016
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2 Data Types Note that the order of
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2 Data Types Complex Numbers Comple
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2 Data Types NaN MATLAB represents
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2 Data Types All available formats
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2 Data Types Integer Functions Func
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2 Data Types Infinity and NaN Funct
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2 Data Types 1 0 0 1 0 1 1 0 The MA
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2 Data Types A(B) ans = 5 15 30 35
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2 Data Types Characters and Strings
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2 Data Types name = ['Thomas R. Lee
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2 Data Types operator, specifying t
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2 Data Types Valid Syntax Invalid S
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2 Data Types A = 'fate'; B = 'cake'
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2 Data Types while (any(remainder))
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2 Data Types Converting from String
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2 Data Types Function Summary MATLA
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2 Data Types Functions to Determine
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2 Data Types Date Strings There are
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2 Data Types • The day field is a
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2 Data Types datestr(d) ans = 01-Ma
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2 Data Types Utility Functions (Con
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2 Data Types You can access subarra
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2 Data Types Dynamic Field Names Ex
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2 Data Types Deleting Fields from S
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2 Data Types plot(mercury, 'b') plo
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2 Data Types There are at least two
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2 Data Types Cell Arrays A cell arr
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2 Data Types Operation Syntax Descr
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2 Data Types 3-by-3 Cell Array Note
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2 Data Types C5 = 'Jan' 'Feb' 'Mar'
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2 Data Types ans = 7 ans = 2 ans =
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2 Data Types 3 4 B = reshape(A, 6,
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2 Data Types A{1,1} = [1 2; 3 4]; A
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2 Data Types [5x5 double] {2x2 cell
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2 Data Types G = cell(1,16); for m
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2 Data Types Function Handles A fun
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2 Data Types MATLAB Classes All MAT
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2 Data Types 2-120
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3 Basic Program Components Symbol R
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3 Basic Program Components Function
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3 Basic Program Components Program
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3 Basic Program Components MATLAB F
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4 M-File Programming Function Argum
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4 M-File Programming Saving the Pro
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4 M-File Programming Improving Perf
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4 M-File Programming Working with M
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4 M-File Programming Function Defin
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4 M-File Programming This is the fi
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4 M-File Programming The process lo
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4 M-File Programming Providing Help
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4 M-File Programming M-File Scripts
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4 M-File Programming Simple Functio
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4 M-File Programming 3 Type inmem t
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4 M-File Programming sqr = @(x) x.^
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4 M-File Programming Create two equ
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4 M-File Programming axis([xmin fix
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4 M-File Programming Determining Wh
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4 M-File Programming 7 Function els
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4 M-File Programming While the comm
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4 M-File Programming strcmp str1 st
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4 M-File Programming On the other h
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4 M-File Programming City Temp. Hea
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5 Types of Functions Overview of MA
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5 Types of Functions Note Function
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5 Types of Functions Arrays of Anon
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5 Types of Functions Display the da
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5 Types of Functions If you change
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5 Types of Functions • “Example
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5 Types of Functions Nested Functio
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5 Types of Functions • From a fun
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5 Types of Functions not shared bet
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5 Types of Functions You can now us
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5 Types of Functions Using a Subfun
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5 Types of Functions count = 125 22
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5 Types of Functions shape. The mak
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5 Types of Functions % FILTFCN. Eac
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5 Types of Functions 0.6667 filt2(1
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5 Types of Functions unless you dec
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5 Types of Functions Accessing Help
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5 Types of Functions 5-38
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6 Data Import and Export Working wi
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6 Data Import and Export • “Dat
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6 Data Import and Export file that
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6 Data Import and Export Function r
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6 Data Import and Export Importing
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6 Data Import and Export • rowhea
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6 Data Import and Export File to im
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6 Data Import and Export Example of
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6 Data Import and Export was select
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6 Data Import and Export Import fro
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6 Data Import and Export File Forma
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6 Data Import and Export or save ju
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6 Data Import and Export Data Compr
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6 Data Import and Export Preference
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6 Data Import and Export Saving fro
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6 Data Import and Export Loading Bi
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6 Data Import and Export Accessing
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6 Data Import and Export Sharing Me
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6 Data Import and Export • For sm
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6 Data Import and Export Note Prope
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6 Data Import and Export Writable:
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6 Data Import and Export Ifthefilet
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6 Data Import and Export For exampl
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6 Data Import and Export m = memmap
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6 Data Import and Export Mapping of
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6 Data Import and Export Repeating
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6 Data Import and Export Note To su
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6 Data Import and Export d = m.Data
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6 Data Import and Export ans = 166x
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6 Data Import and Export If you hav
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6 Data Import and Export m.Data(60)
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6 Data Import and Export m = memmap
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6 Data Import and Export d = m.Data
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6 Data Import and Export Data: 1658
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6 Data Import and Export One MATLAB
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6 Data Import and Export disp('ANSW
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6 Data Import and Export Terminatin
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6 Data Import and Export character.
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6 Data Import and Export Table6-2 A
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6 Data Import and Export urlread('h
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6 Data Import and Export For exampl
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6 Data Import and Export 6-124
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7 Working with Scientific Data Form
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8 Error Handling Checking for Error
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8 Error Handling Handling and Recov
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8 Error Handling X = A * B catch di
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8 Error Handling matrixMultiply(A,
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8 Error Handling Message Identifier
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8 Error Handling error('msg_id', 'e
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8 Error Handling Warnings Like erro
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8 Error Handling Warning Control Th
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8 Error Handling warnings by issuin
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8 Error Handling You must type the
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8 Error Handling s(2) ans = identif
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8 Error Handling end function f2(x)
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8 Error Handling Debugging Errors a
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9 Classes and Objects Classes and O
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9 Classes and Objects The diagram s
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9 Classes and Objects functions do
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9 Classes and Objects A(1,2).name(3
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9 Classes and Objects Converter Met
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9 Classes and Objects Example — A
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9 Classes and Objects to the .c fie
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9 Classes and Objects end if d >= 2
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9 Classes and Objects % SUBSREF swi
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9 Classes and Objects q = polynom(q
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9 Classes and Objects % POLYNOM/DIF
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9 Classes and Objects Example — T
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9 Classes and Objects Object Preced
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9 Classes and Objects How MATLAB De
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9 Classes and Objects 9-76
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10 Scheduling Program Execution wit
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11 Improving Performance and Memory
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Page 838 and 839: 12 Programming Tips Finding the MAT
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Page 842 and 843: A External Interfaces A-2
Page 844 and 845: Index arithmetic operators 3-17 ove
Page 846 and 847: Index debugging 9-6 designing 9-9 j
Page 848 and 849: Index string, vector of input 2-70
Page 850 and 851: Index internet 6-116 downloading fr
Page 852 and 853: Index overloaded 5-37 function work
Page 854 and 855: Index I if and empty arrays 3-89 ex
Page 856 and 857: Index scalar 1-47 See also matrices
Page 858 and 859: Index inheritance multiple 9-40 sim
Page 860 and 861: Index reading HDF4 data 7-52 from t
Page 862 and 863: Index rotating matrices 1-34 S save
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MATLAB Programming

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