MATLAB Programming

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How to Contact The MathWorks www.mathworks.com Web comp.soft-sys.matlab Newsgroup www.mathworks.com/contact_TS.html Technical Support suggest@mathworks.com bugs@mathworks.com doc@mathworks.com service@mathworks.com info@mathworks.com 508-647-7000 (Phone) 508-647-7001 (Fax) The MathWorks, Inc. 3 Apple Hill Drive Natick, MA 01760-2098 Product enhancement suggestions Bug reports Documentation error reports Order status, license renewals, passcodes Sales, pricing, and general information For contact information about worldwide offices, see the MathWorks Web site. MATLAB Programming © COPYRIGHT 1984–2007 by The MathWorks, Inc. The software described in this document is furnished under a license agreement. The software may be used or copied only under the terms of the license agreement. No part of this manual may be photocopied or reproduced in any form without prior written consent from The MathWorks, Inc. FEDERAL ACQUISITION: This provision applies to all acquisitions of the Program and Documentation by, for, or through the federal government of the United States. By accepting delivery of the Program or Documentation, the government hereby agrees that this software or documentation qualifies as commercial computer software or commercial computer software documentation as such terms are used or defined in FAR 12.212, DFARS Part 227.72, and DFARS 252.227-7014. Accordingly, the terms and conditions of this Agreement and only those rights specified in this Agreement, shall pertain to and govern the use, modification, reproduction, release, performance, display, and disclosure of the Program and Documentation by the federal government (or other entity acquiring for or through the federal government) and shall supersede any conflicting contractual terms or conditions. If this License fails to meet the government’s needs or is inconsistent in any respect with federal procurement law, the government agrees to return the Program and Documentation, unused, to The MathWorks, Inc. Trademarks MATLAB, Simulink, Stateflow, Handle Graphics, Real-Time Workshop, and xPC TargetBox are registered trademarks, and SimBiology, SimEvents, and SimHydraulics are trademarks of The MathWorks, Inc. Other product or brand names are trademarks or registered trademarks of their respective holders. Patents The MathWorks products are protected by one or more U.S. patents. Please see www.mathworks.com/patents for more information.
Revision History June 2004 First printing New for MATLAB 7.0 (Release 14) October 2004 Online only Revised for MATLAB 7.0.1 (Release 14SP1) March 2005 Online only Revised for MATLAB 7.0.4 (Release 14SP2) June 2005 Second printing Minor revision for MATLAB 7.0.4 September 2005 Online only Revised for MATLAB 7.1 (Release 14SP3) March 2006 Online only Revised for MATLAB 7.2 (Release R2006a) September 2006 Online only Revised for MATLAB 7.3 (Release R2006b) March 2007 Online only Revised for MATLAB 7.4 (Release R2007a)
Page 1: MATLAB ® 7 Programming
Page 6 and 7: Operating on Diagonal Matrices ....
Page 8 and 9: Creating a Cell Array .............
Page 10 and 11: Comma — , .......................
Page 12 and 13: Examples of Anonymous Functions ...
Page 14 and 15: Microsoft Excel Spreadsheets ......
Page 16 and 17: Features of Object-Oriented Program
Page 18 and 19: Object Precedence .................
Page 20 and 21: 12 Programming Tips Command and Fun
Page 22 and 23: Converting Between Strings and Cell
Page 24 and 25: A External Interfaces Finding the D
Page 26 and 27: 1 Data Structures Empty Matrices, S
Page 28 and 29: 1 Data Structures (shown as E below
Page 30 and 31: 1 Data Structures 0 0 0 0 0 0 0 0 0
Page 32 and 33: 1 Data Structures 0.6068 0.7621 0.8
Page 34 and 35: 1 Data Structures 3 5 7 3 5 7 3 5 7
Page 36 and 37: 1 Data Structures A = 3:0.2:3.8 A =
Page 38 and 39: 1 Data Structures 5000 50 B = [int8
Page 40 and 41: 1 Data Structures class(x) ans = si
Page 42 and 43: 1 Data Structures Matrix Indexing T
Page 44 and 45: 1 Data Structures A used in the pre
Page 46 and 47: 1 Data Structures 16 5 9 4 . . . 12
Page 48 and 49: 1 Data Structures Getting Informati
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1 Data Structures This example runs
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1 Data Structures A = 10 20 30 40 5
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1 Data Structures This changes matr
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1 Data Structures A = [1+9i 2-8i 3+
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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 OperatingonDiagon
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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 For example, cons
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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 Computing with Mu
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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 Phoenix length(strings
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2 Data Types • “Setting Field W
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2 Data Types Ordered Sequentially s
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2 Data Types An alternate syntax, t
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2 Data Types Precision is not usual
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2 Data Types Note You can specify m
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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 • “Applying Functi
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2 Data Types where the arguments ar
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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 Element-by-element org
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2 Data Types Nesting Structures A s
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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 of an array without re
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2 Data Types Createa1-by-2arraywith
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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 Note If
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3 Basic Program Components Another
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3 Basic Program Components Verifyin
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3 Basic Program Components function
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3 Basic Program Components Evaluati
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3 Basic Program Components Keywords
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3 Basic Program Components Hereares
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3 Basic Program Components Operator
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3 Basic Program Components To test
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3 Basic Program Components Function
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3 Basic Program Components 5 11 10
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3 Basic Program Components Advantag
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3 Basic Program Components MATLAB E
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3 Basic Program Components This M-f
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3 Basic Program Components • “S
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3 Basic Program Components Word and
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3 Basic Program Components There ar
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3 Basic Program Components regexp(p
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3 Basic Program Components s = e =
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3 Basic Program Components ¥ dolla
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3 Basic Program Components Exact, M
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3 Basic Program Components As a sim
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3 Basic Program Components ans = De
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3 Basic Program Components Conditio
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3 Basic Program Components ans = g1
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3 Basic Program Components The dyna
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3 Basic Program Components at each
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3 Basic Program Components function
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3 Basic Program Components Find con
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3 Basic Program Components statemen
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3 Basic Program Components Characte
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3 Basic Program Components Quantifi
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3 Basic Program Components Named To
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3 Basic Program Components Comma-Se
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3 Basic Program Components 40 Thisi
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3 Basic Program Components ans = 10
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3 Basic Program Components X = -pi:
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3 Basic Program Components Program
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3 Basic Program Components if A S1
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3 Basic Program Components end disp
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3 Basic Program Components while St
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3 Basic Program Components Program
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3 Basic Program Components Asterisk
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3 Basic Program Components Numeric
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3 Basic Program Components Cell Arr
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3 Basic Program Components Dynamic
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3 Basic Program Components The purp
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3 Basic Program Components Function
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3 Basic Program Components MATLAB F
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3 Basic Program Components Forcing
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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 Call plotFhand
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4 M-File Programming This false res
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4 M-File Programming Create two equ
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4 M-File Programming • Overloadin
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4 M-File Programming Here is a more
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4 M-File Programming axis([xmin fix
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4 M-File Programming This section c
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4 M-File Programming addOptional(na
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4 M-File Programming % Display the
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4 M-File Programming Arguments That
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4 M-File Programming Enabling Case-
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4 M-File Programming Property Funct
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4 M-File Programming Using nargin a
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4 M-File Programming 4-52
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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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4 M-File Programming function [vout
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4 M-File Programming Running Extern
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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 Supply the val
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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 A = dlmrea
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6 Data Import and Export number of
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6 Data Import and Export Exporting
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6 Data Import and Export A = [ 1 2
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6 Data Import and Export diary off
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6 Data Import and Export Importing
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6 Data Import and Export Working wi
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6 Data Import and Export Exporting
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6 Data Import and Export 3 Close th
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6 Data Import and Export type = Mic
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6 Data Import and Export ndata = xl
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6 Data Import and Export 41 42 43 4
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6 Data Import and Export Note While
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6 Data Import and Export Use these
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6 Data Import and Export Writing Bi
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6 Data Import and Export The act of
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6 Data Import and Export Conversion
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6 Data Import and Export • Two sp
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6 Data Import and Export Exchanging
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6 Data Import and Export urlread('h
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6 Data Import and Export Once you 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 visible only
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9 Classes and Objects Class Method
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9 Classes and Objects Examples of C
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9 Classes and Objects not support p
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9 Classes and Objects overloaded me
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9 Classes and Objects A(1,2).name(3
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9 Classes and Objects Object Indexi
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9 Classes and Objects Converter Met
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9 Classes and Objects Operation M-F
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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 Building on O
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9 Classes and Objects Multiple Inhe
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9 Classes and Objects Inheritance M
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9 Classes and Objects a.currentValu
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9 Classes and Objects error('Asset
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9 Classes and Objects case 'date' a
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9 Classes and Objects Note that the
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9 Classes and Objects For example,
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9 Classes and Objects The Stock sub
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9 Classes and Objects case '.' swit
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9 Classes and Objects Example — T
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9 Classes and Objects if isa(name,'
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9 Classes and Objects end if saving
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9 Classes and Objects Saving and Lo
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9 Classes and Objects • subsref
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9 Classes and Objects function n =
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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 Private funct
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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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12 Programming Tips MATLAB Path (p.
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12 Programming Tips numberOfLines)
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12 Programming Tips Help This secti
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12 Programming Tips Topic Name arit
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12 Programming Tips Youcangethelpon
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12 Programming Tips Commenting Out
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12 Programming Tips For M-file func
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12 Programming Tips Function Argume
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12 Programming Tips Passing Argumen
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12 Programming Tips For more inform
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12 Programming Tips Debugging This
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12 Programming Tips Setting Breakpo
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12 Programming Tips Variables This
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12 Programming Tips AvoidUsingiandj
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12 Programming Tips Strings This se
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12 Programming Tips Function regexp
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12 Programming Tips are useful when
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12 Programming Tips File Precedence
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12 Programming Tips Making Nontoolb
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12 Programming Tips Using switch Ve
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12 Programming Tips try X = A * B c
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12 Programming Tips • Load spread
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12 Programming Tips Files and Filen
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12 Programming Tips -- METHOD #1 --
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12 Programming Tips Readable File F
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12 Programming Tips Starting MATLAB
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12 Programming Tips Finding the MAT
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12 Programming Tips For More Inform
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A External Interfaces A-2
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Index arithmetic operators 3-17 ove
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Index debugging 9-6 designing 9-9 j
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Index string, vector of input 2-70
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Index internet 6-116 downloading fr
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Index overloaded 5-37 function work
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Index I if and empty arrays 3-89 ex
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Index scalar 1-47 See also matrices
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Index inheritance multiple 9-40 sim
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Index reading HDF4 data 7-52 from t
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Index rotating matrices 1-34 S save
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Index T semicolon ; 3-106 single qu
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