Index

array output arguments

basic information functions <1> <2>

array return values

and mlfReturnValue()

arrays

bound

bound vs. temporary <1> <2> <3>

column-major storage

common programming tasks

concatenating

converting numeric to character

converting sparse to full format

converting to sparse matrix

creating cell arrays

creating multidimensional arrays

creating structures

deleting

deleting elements from

determining dimensions

determining number of nonzero elements

full

initializing with C array

initializing with data

input arguments

input via mlfLoad() <1> <2>

manipulation functions <1> <2>

memory allocation

multidimensional

multidimensional character arrays

numeric arrays

of characters

output arguments

output via mlfSave() <1> <2>

pointer to data

preparing function arguments for a new context

restoring function arguments to previous context

as return values <1> <2>

returned by arithmetic routines

scalar

sparse matrices

string <1> <2> <3>

temporary <1> <2> <3>

two-dimensional

assigning values to arrays

array already has a value

under automated memory management

assignment

automated memory management <1> <2> <3> <4>

B

base number conversion

basic array information functions <1> <2>

binary file I/O

blank character

used as padding

bound arrays <1> <2> <3> <4>

behavior of

build script

location

array and initialization of MATLAB array

UNIX

building applications

on Microsoft Windows

on UNIX

other methods

troubleshooting mbuild

C

ANSI compiler

function calling conventions

indexing

subscripts

calling library functions

mapping rules

overview

summary

calling operators

cell array functions <1> <2>

cell array indexing

nested cell arrays

referencing a cell

referencing the contents of a cell

cell arrays

concatenating

converting numeric arrays

converting to structures

string operations <1> <2>

creating by assignment

displaying contents of

character arrays

using mxCreateString()

character string functions

base number conversion

general <1> <2>

string tests

string to number conversion <1> <2>

closing files

coding to automated memory management interface

coding to explicit memory management interface

column vector

compatibility between explicit and automated memory management

compiler

changing default on PC

changing default on UNIX

choosing on UNIX

complex functions <1> <2>

complex scalar arrays

compopts.bat

concatenation

creating arrays

creating cell arrays

creating multidimensional arrays

constants, special

contexts

for array memory management

contexts, for array memory management

conventions

array access routine names

calling

math functions

conversion

base number

string to number <1> <2>

coordinate system transforms

creating

ctranspose()

D

data

in arrays

reading with mlfLoad()

writing with mlfSave()

data analysis and Fourier transform functions

basic operations <1> <2>

correlation

filtering and convolution <1> <2>

finite differences

Fourier transforms <1> <2>

sound and audio

data analysis, basic operations <1> <2>

data interpolation

data type functions

data types

object functions

date and time functions

basic

current date and time <1> <2>

date

timing

dates

basic functions <1> <2>

current <1> <2>

.def files, Microsoft Windows

default handlers

DefaultPrintHandler()

deletion

directory organization

UNIX

displaying arrays

distributing applications

packaging

DLLs

basic array information <1> <2>

E

efficiency

eigenvalues <1> <2>

elementary matrix and matrix manipulation functions

elementary matrices <1> <2>

matrix manipulation <1> <2>

special constants

specialized matrices <1> <2>

elementary sparse matrices

embedding calls to functions <1> <2>

environment variable

library path

error handling

mlfSetErrorHandler()

warnings

error handling functions

error messages

printing to GUI

errors

list of

example

building the examples

integrating a function

managing array memory

mlfLoad() and mlfSave()

optional arguments

passing functions as arguments

print handling

template for managing array memory

X Window system

saving and loading data

source code location

UNIX <1> <2>

templates for managing array memory

using explicit memory management

writing a function

examples

creating arrays

ex1.c

explicit memory management <1> <2>

exponential functions <1> <2>

expression

function call

F

factorization utilities <1> <2>

file I/O functions

binary

file positioning <1> <2>

formatted I/O <1> <2>

import and export

opening and closing

string conversion

file opening and closing

files

binary file I/O

formatted I/O <1> <2>

import and export functions

positioning <1> <2>

string conversion

filtering and convolution <1> <2>

finite differences

formatted I/O <1> <2>

Fourier transforms <1> <2>

free()

freeing array memory

full to sparse conversion <1> <2>

function

optimization and root finding

integrating

naming conventions

passing as argument

return values, multiple

function-functions

how they are called

mlfFmin()

mlfFmins()

mlfFunm()

mlfFzeros()

mlfOde functions

passing function name

function-functions and ODE solvers

numerical integration

ODE option handling

ODE solvers

functions

compatibility between memory management styles

documented in online reference

embedding calls to <1> <2>

nesting calls to <1> <2>

order of arguments

preparing function arguments for a new context

restoring function arguments to a previous context

steps for coding

template for managing array memory

using a single return statement

writing your own under automated memory management

writing your own under explicit memory management

G

geometric analysis

graphical user interface, output to

graphics applications

trouble starting

GUI, output to

H

Handle Graphics

header files

libmatlb.h location

dimensions and subscripts

UNIX

libmmfile.h location

matlab.h location

matrix.h location

I

indexing

and assignment <1> <2>

and deletion <1> <2> <3>

array storage

assumptions for examples

base

C vs. MATLAB

logical

N-dimensional <1> <2> <3> <4>

one-dimensional

similar to for-loop <1> <2>

with mlfCreateColonIndex() <1> <2> <3> <4>

with mlfEnd() <1> <2>

indexing functions <1> <2>

mlfIndexAssign()

mlfIndexRef() <1> <2> <3>

nesting indexing operations

specifying source array

specifying target array

specifying values for indices

use of index string

indices

how MATLAB calculates

logical

initializing

array output arguments <1> <2>

local array variables <1> <2>

X Window system

initializing arrays

input

arguments

optional <1> <2>

mlfLoad() <1> <2>

input arguments

stand-alone graphics applications

installing the library

L

LD_LIBRARY_PATH

run-time libraries

libmat.dll

libmat.ext

libmatlb.dll

libmatlb.ext

libmatlb.h <1> <2>

libmi.dll

libmi.ext

libmmfile.dll

libmmfile.ext

libmmfile.h <1> <2>

libmx.dll

libmx.ext

LIBPATH

run-time libraries

libraries

libmat location

libmatlb location

libmatlb location

libmi location

libmmfile location

libmx location

libut location

libut.dll

libut.ext

licensing

stand-alone applications

linear algebra <1> <2>

linear equations <1> <2> <3>

link

library order

local array variables

paradigm for using

logical flag

logical functions <1> <2>

logical indexing

logical operator functions <1> <2>

M

main routine

template for managing array memory

makefile

malloc()

managing array memory

created by mlfLoad()

created by mlfSave()

import and export functions

read by mlfLoad()

written to with mlfSave()

math functions, elementary

complex <1> <2>

exponential <1> <2>

rounding and remainder <1> <2>

trigonometric <1> <2>

math functions, specialized

coordinate system transforms

number theoretic

MATLAB

as a programming language functions <1> <2>

function calling conventions

MATLAB Built-In Library

MATLAB Math and Graphics Run-Time Library Installer

mlfColon()

mlfCreateColonIndex()

mlfEnd()

mlfFevalTableSetup()

mlfPrintf()

mlfScalar()

mlfSetErrorHandler()

mlfSetLibraryAllocFcns()

mlfSetPrintHandler()

MATLAB C Math Library

installing

MATLAB M-File Math Library

functions

link order

matlab.h <1> <2> <3>

matrices

matrices, elementary functions <1> <2>

matrices, specialized functions <1> <2>

matrix

analysis functions <1> <2>

creation

functions <1> <2>

initialization with C array

output of

printing

singular value decomposition

sparse

matrix manipulation functions <1> <2>

matrix.h <1> <2>

mbuild

memory allocation functions

-setup option

-setup option on PC

-setup option on UNIX

syntax and options

verbose option on UNIX

memory

management

memory allocation

writing own routines

memory leakage

avoiding

memory management

automated

automated, benefits of

choosing automated or explicit

coding to automated memory management interface

coding to explicit memory management interface

example <1> <2>

explicit

mlfSetLibraryAllocFcns()

prior to Version 2.0

setting up your own

message display

MessageDialog, Motif widget

MFC42.dll

mglinstaller

mglinstaller.exe

Microsoft Windows

building stand-alone applications

directory organization

DLLs

location

.def files

build script

header files

libraries <1> <2>

MessageBox

PopupMessageBox() C code

print handling

mlf prefix

mlfAssign() <1> <2> <3> <4>

mlfCat

mlfCelldisp()

mlfCellhcat()

mlfColon()

mlfCreateColonIndex() <1> <2> <3> <4>

mlfEnd() <1> <2>

mlfEnterNewContext() <1> <2> <3>

arguments to

called from main() <1> <2>

mlfFeval() <1> <2>

mlfFeval() function table

built-in table, extending

mlfFevalTableSetup() <1> <2>

mlfFuncTabEnt type

setting up <1> <2>

mlfFeval() function table

mlfFevalTableSetup() <1> <2> <3>

mlfFprintf

mlfFuncp function pointer type <1> <2> <3>

mlfIndexAssign()

mlfIndexRef()

for N-dimensional indexing

for one-dimensional indexing

mlfIndexVarargout function

constructing

mlfLoad() <1> <2> <3>

mlfLogical()

mlfNnz()

mlfOde23() <1> <2>

mlfPrintf

mlfPrintf()

mlfPrintMatrix()

mlfRestorePreviousContext() <1> <2> <3>

arguments to <1> <2> <3>

called from main() <1> <2>

mlfReturnValue() <1> <2>

argument to

making an array temporary

mlfSave() <1> <2> <3>

mlfScalar() <1> <2>

mlfSetErrorHandler() <1> <2>

mlfSetLibraryAllocFcns()

mlfSetPrintHandler() <1> <2>

calling first

mlfSvd()

mlfTobool()

mlfVarargoutList

Motif

MessageDialog widget

print handler

multidimensional array functions <1> <2>

multidimensional arrays

concatenating

as input and output arguments

of characters

mxArray

array access routines

initialization of pointers to

deleting elements from

indexing

with mlfCreateColonIndex() <1> <2> <3> <4>

paradigm for using as local variables

pointer to data in

reading from disk <1> <2>

saving to disk <1> <2>

string <1> <2>

mxCreateDoubleMatrix()

mxCreateString

mxCreateString()

mxDestroyArray() <1> <2> <3> <4>

in example <1> <2> <3> <4>

no reinitialization of pointer

passing NULL to

under automated memory management

under explicit memory management

mxMalloc()

N

naming conventions

array access routines

math functions

N-dimensional indexing <1> <2> <3> <4>

selecting a matrix of elements

selecting a single element

selecting a vector of elements

nesting calls to functions <1> <2>

nonzero elements

determining number of

NULL

initializing output arguments to <1> <2>

passing to mxDestroyArray()

number theoretic functions

numeric arrays

converting to cell arrays

converting to character arrays

eigenvalues and singular values <1> <2>

numerical integration

numerical linear algebra

factorization utilities <1> <2>

linear equations <1> <2>

matrix analysis <1> <2>

matrix functions <1> <2>

O

offsets

one-dimensional indexing

range for index

selecting a matrix

selecting a single element

operators

operators and special functions

arithmetic operator functions <1> <2>

logical functions <1> <2>

logical operator functions <1> <2>

MATLAB as a programming language <1> <2>

message display

relational operator functions

set operator functions <1> <2>

special operator functions

optimization and root finding

optional input arguments <1> <2>

optional output arguments <1> <2>

options file

combining customized on PC

locating on PC

locating on UNIX

location on UNIX

making changes persist on

making changes persist on PC

making changes persist on UNIX

modifying on PC

modifying on UNIX

purpose

temporarily changing on PC

temporarily changing on UNIX

options files

options, mbuild

order

of call to mlfSetPrintHandler()

ordinary differential equations

option handling

solvers

output

and graphical user interface

arguments

output arguments

initializing before function call

P

packaging stand-alone applications

PATH

run-time libraries

performance

polynomial and interpolation functions

PopupMessageBox()

Microsoft Windows C code

X Window system C code

print handler

default

C code

Microsoft Windows example

mlfSetPrintHandler()

providing your own

X Window system example

print handling functions

printing arrays

pure varargin functions

pure varargout functions

Q

quadrature

R

registering functions with mlfFeval()

relational operator functions

release notes <1> <2>

remainder functions <1> <2>

reordering algorithms

response file

restrictions

on calling functions <1> <2>

return values

and mlfReturnValue() <1> <2>

return values, multiple

returning an array from a function

rounding functions <1> <2>

row-major C array storage

Runge-Kutta

run-time libraries

distributing

S

saving and loading data

example

scalar array creation functions <1> <2>

scalar arrays

set operator functions <1> <2>

scanf()

settings

SHLIB_PATH

singular values <1> <2>

sound and audio

sparse matrix

converting numeric array

converting to full matrix format

elementary sparse matrices

creating from data

sparse matrix functions

full to sparse conversion <1> <2>

linear algebra <1> <2>

linear equations

miscellaneous

reordering algorithms

working with nonzero entries <1> <2>

special constants

special operator functions

specialized math functions

specialized matrix functions <1> <2>

spline interpolation

stand-alone applications

building on Microsoft Windows

stand-alone graphics applications

licensing

storage layout

column-major vs. row-major

string operations <1> <2>

string tests

string to number conversion <1> <2>

strings

structure functions <1> <2>

extracting from array

structure indexing

accessing a field

accessing the contents of a field

assigning values to a field

assigning values to field elements

referencing a single structure

referencing nested structures

within cells

structures

converting cell arrays

converting to cell arrays