MATLAB Programming

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Index internet 6-116 downloading from web 6-116 FTP operations 6-121 sending e-mail 6-119 ZIP files 6-118 low-level functions 6-103 ASCII files:exporting 6-113 ASCII files:importing 6-111 binary files:exporting 6-108 binary files:importing 6-106 MAT-files 6-23 exporting 6-23 importing 6-30 <strong>MATLAB</strong> HDF4 utility API 7-70 memory mapping. Seememory mapping overview 6-3 Import Wizard 6-5 large data sets 6-6 low-level functions 6-6 toolboxes for importing data 6-7 scientific formats 7-1 CDF files 7-2 FITS files 7-8 HDF4 and HDF-DOS files 7-52 HDF4 files 7-35 7-56 HDF5 files 7-11 spreadsheet files 6-5 6-97 Lotus 123 6-100 Microsoft Excel 6-97 supported file formats 6-21 supported file types 6-3 system clipboard 6-5 text files exporting 6-84 importing 6-75 text files 6-4 using Import Wizard 6-9 file identifiers clearing 6-115 defined 6-104 file import and export overview 6-3 supported file types 6-3 file operations FTP 6-121 file types audio, video 6-4 binary 6-4 graphics 6-4 spreadsheets 6-5 supported by <strong>MATLAB</strong> 6-3 text 6-4 filenames wildcards 3-98 files ASCII reading 6-110 reading formatted text 6-111 writing 6-113 beginning of 6-109 binary controlling data type values read 6-107 data types 6-107 reading 6-106 writing to 6-108 closing 6-114 current position 6-109 end of 6-109 failing to open 6-105 file identifiers (FID) 6-104 MAT 6-32 opening 6-104 permissions 6-104 position 6-108 specifying delimiter used in ASCII files 6-79 temporary 6-106 find function and subscripting 3-23 finding substring within a string 2-59 Index-8
Index FITS. SeeFlexible Image Transport System Flexible Image Transport System (FITS) reading 7-8 reading data 7-9 reading metadata 7-8 flipping matrices 1-34 float 6-107 floating point 2-14 floating point, double-precision 2-14 converting to 2-16 creating 2-15 maximum and minimum values 2-18 floating point, single-precision 2-15 converting to 2-16 creating 2-16 maximum and minimum values 2-18 floating-point functions 2-30 floating-point numbers largest 3-15 smallest 3-15 floating-point precision 6-107 floating-point relative accuracy 3-15 flow control break 3-94 case 3-90 catch 3-95 conditional control 3-88 continue 3-94 else 3-88 elseif 3-88 error control 3-95 for 3-92 if 3-88 loop control 3-92 otherwise 3-90 program termination 3-96 return 3-96 switch 3-90 try 3-95 while 3-93 fopen 6-104 failing 6-105 for 2-113 example 3-92 indexing 3-93 nested 3-92 syntax 3-92 format for numeric values 2-27 formatting strings 2-43 field width 2-50 flags 2-51 format operator 2-46 precision 2-49 setting field width 2-52 to 2-53 setting precision 2-52 to 2-53 subtype 2-49 using identifiers 2-54 value identifiers 2-52 fprintf formatting strings 2-43 fread 6-106 frewind 6-108 fseek 6-108 ftell 6-108 FTP file operations 6-121 function calls memory requirements 11-15 function definition line for subfunction 5-33 in an M-file 4-9 syntax 4-10 function handles example 4-25 for nested functions 5-21 maximum name length 4-31 naming 4-31 operations on 4-26 overview 2-116 overview of 4-23 function types Index-9
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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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Object Precedence .................
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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 0 0 0 0 0 0 0 0 0
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1 Data Structures 0.6068 0.7621 0.8
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1 Data Structures 3 5 7 3 5 7 3 5 7
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1 Data Structures A = 3:0.2:3.8 A =
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1 Data Structures 5000 50 B = [int8
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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 A used in the pre
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1 Data Structures 16 5 9 4 . . . 12
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1 Data Structures Getting Informati
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1 Data Structures Function islogica
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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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Page 804 and 805: 12 Programming Tips For more inform
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Page 808 and 809: 12 Programming Tips Setting Breakpo
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Page 812 and 813: 12 Programming Tips AvoidUsingiandj
Page 814 and 815: 12 Programming Tips Strings This se
Page 816 and 817: 12 Programming Tips Function regexp
Page 818 and 819: 12 Programming Tips are useful when
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Page 822 and 823: 12 Programming Tips Making Nontoolb
Page 824 and 825: 12 Programming Tips Using switch Ve
Page 826 and 827: 12 Programming Tips try X = A * B c
Page 828 and 829: 12 Programming Tips • Load spread
Page 830 and 831: 12 Programming Tips Files and Filen
Page 832 and 833: 12 Programming Tips -- METHOD #1 --
Page 834 and 835: 12 Programming Tips Readable File F
Page 836 and 837: 12 Programming Tips Starting MATLAB
Page 838 and 839: 12 Programming Tips Finding the MAT
Page 840 and 841: 12 Programming Tips For More Inform
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 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
Page 864 and 865: Index T semicolon ; 3-106 single qu
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MATLAB Programming

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