Topic Index
Click on one of the letters below to jump immediately to that section of the index.
A | B | C | D | E | F | G | H | I | L | M | O | P | R | S | T | U | V | W | X
adding new numeric types [in 2.2.2 Adding New Numeric Types]
aliasing [in 3.6 Construction Versus Assignment]
[in 3.8 Vector Copies]
defined [in 3.3 Data and Views]
architecture
data-view model [in 3.3 Data and Views]
arrays
defined [in 3.2 Some Simple Examples]
example [in 3.2.3 An Array Example]
high dimension [in 3.13 High Dimension Arrays]
of signed and unsigned chars [in 3.11 Arrays of Signed and Unsigned Chars]
assignment and construction operators, distinction [in 3.6 Construction Versus Assignment]
assignment operators [in 3.5 Assignment]
assignment, defined [in 3.6 Construction Versus Assignment]
asynchronous errors [in 8.1.3 Asynchronous Errors]
basic linear algebra package [in 8.3 Basic Linear Algebra Package]
BLAS [in 8.3 Basic Linear Algebra Package]
column major order, defined [in 3.12 Data Storage Schemes]
COLUMN_MAJOR [in 3.12 Data Storage Schemes]
condition numbers
defined [in 5.3 Condition Number]
condition()
for accessing the condition number [in 5.3 Condition Number]
construction, defined [in 3.6 Construction Versus Assignment]
copy constructor
defined [in 3.4 Copy Constructor]
copy() [in 3.8 Vector Copies]
data-view model [in 3.3 Data and Views]
DComplexFFT2DServer [in 4.1 Overview]
DComplexFFTServer [in 4.1 Overview]
DComplexFFTServer and DoubleFFTServer
distinction [in 4.2 Transforms of Real Sequences]
defining a new numeric type [in 2.2.1 Defining a New Numeric Type]
DoubleCosineServer [in 4.3 Transforms of Even and Odd Sequences]
[in 4.1 Overview]
DoubleFFTServer [in 4.1 Overview]
error model
asynchronous errors [in 8.1.3 Asynchronous Errors]
invalid input errors [in 8.1.2 Invalid Input]
three categories of errors [in 8.1 Errors]
error numbers and messages [in 8.1.6 Error Numbers and Messages]
Essential Math Module
definition [in 1.1 Welcome]
features [in 1.2 Product Features]
even sequences [in 4.3 Transforms of Even and Odd Sequences]
example program
class derivation [in 9.7 Class Derivation Example]
random number generators [in 9.10 Random Number Generator Example]
type conversion [in 9.5 Type Conversion Example]
using a user-defined type [in 9.11 User-Defined Type Example]
using multiple inheritance to do runtime binding [in 9.9 Example with Multiple Inheritance and Runtime Binding]
using RWGenFact<T> for linear algebra with double precision matrices [in 9.8 Linear Algebra Example]
using saveOn() and restoreFrom() [in 9.6 Example with saveOn()and restoreFrom()]
using the complex FFT server class [in 9.4 Example Using the FFT Server Class]
using the matrix classes [in 9.3 Example Using the Matrix Classes]
using vector classes [in 9.2 Example Using the Vector Classes]
example
2-dimensional Fourier transform of a graphical image [in 3.11 Arrays of Signed and Unsigned Chars]
array class [in 3.2.3 An Array Example]
assignment operators [in 3.5 Assignment]
class Histogram [in 6.2 Class Histogram]
code to invert a matrix [in 5.1 Overview]
comparing efficiency of the Essential Math Module to Fortran [in 8.2.2 Overall Efficiency]
constructing a four-dimensional array [in 3.13 High Dimension Arrays]
constructing a three-dimensional array [in 3.13 High Dimension Arrays]
constructing arrays under three dimension [in 3.13 High Dimension Arrays]
constructing high-dimension arrays [in 3.13 High Dimension Arrays]
copy constructor [in 3.4 Copy Constructor]
creating three views [in 3.9.2 Advanced Subscripting]
distinction between initialization and assignment [in 3.6 Construction Versus Assignment]
dynamically configuring server from vector length [in 4.1 Overview]
how RWGenFact<T> tests validity of objects [in 8.1.2 Invalid Input]
inverting a matrix [in 5.2 LU Factorization]
iostreams [in 7.2 A Simple Example Using Streams]
LeastSqFit [in 6.3 Class LeastSqFit]
making a unique copy of data [in 3.8 Vector Copies]
matrix class [in 3.2.2 Matrix Example]
overloaded solve() [in 5.2 LU Factorization]
overloading inverse() [in 5.2 LU Factorization]
passing a matrix to a C function [in 3.12 Data Storage Schemes]
picks as lvalues [in 3.10 Picks]
printing a vector of 10 uniformly distributed random deviates [in 6.1 Random Number Generators]
random number generator function call operator [in 6.1 Random Number Generators]
re-initializing to view other data [in 3.7 Function reference()]
reusing an LU factorization [in 5.2 LU Factorization]
ROW_MAJOR parameter [in 3.12 Data Storage Schemes]
solving a set of linear equations [in 5.1 Overview]
subscripting [in 3.9 Subscripting]
subscripting in a 3-D array [in 3.9.2 Advanced Subscripting]
subscripting with an RWIntVec [in 3.10 Picks]
subscripting with character strings [in 3.9.1 Subscripting with Character Strings]
subscripting with explicitly constructed objects [in 3.9.2 Advanced Subscripting]
the function reference() [in 3.7 Function reference()]
transforming a real even sequence [in 4.3 Transforms of Even and Odd Sequences]
two approaches to transforming a real sequence [in 4.2 Transforms of Real Sequences]
user-defined error handler, no exception support [in 8.1.5 Error Handlers]
using an integer vector as subscript [in 3.13 High Dimension Arrays]
using uniform random number generator as a source of random deviates [in 6.2 Class Histogram]
vector class [in 3.2.1 Vectors]
exception hierarchy [in 8.1.4 Exception Hierarchy]
expandConjugateEven() [in 4.2 Transforms of Real Sequences]
expandEven() [in 4.3 Transforms of Even and Odd Sequences]
fast Fourier transform servers, listed [in 4.1 Overview]
fast sine/cosine transform server [in 4.1 Overview]
figure
data-view model architecture [in 3.3 Data and Views]
function object
defined [in 6.1 Random Number Generators]
in random number generator classes [in 6.1 Random Number Generators]
global functions, nontemplatized
adding [in 2.2.2.2 Adding Global and Specialized Functions]
global functions, templatized
adding [in 2.2.2.2 Adding Global and Specialized Functions]
helper class
for implementing picks [in 3.10 Picks]
rw_numeric_traits [in 2.1.2 Template Specializations]
Histogram [in 6.2 Class Histogram]
ill-conditioned matrix, defined [in 5.3 Condition Number]
initialization, defined [in 3.6 Construction Versus Assignment]
invalid input errors [in 8.1.2 Invalid Input]
inverse() [in 5.2 LU Factorization]
iterator and const_iterator, distinction [in 2.3 Iterators]
iterator
defined [in 2.3 Iterators]
table of iterator classes [in 2.3 Iterators]
uses of [in 2.3.1 Uses of Iterators]
LeastSqFit [in 6.3 Class LeastSqFit]
linear equations
solving sets of [in 5.1 Overview]
LU factorization [in 5.1 Overview]
defined [in 5.2 LU Factorization]
matrix class
example [in 3.2.2 Matrix Example]
odd sequences [in 4.3 Transforms of Even and Odd Sequences]
overloaded shift operators
for moving objects [in 7.1 Overview]
prototypes [in 7.1 Overview]
performance
and data storage schemes [in 3.12 Data Storage Schemes]
and random number generators [in 6.1 Random Number Generators]
and Rogue Wave BLAS [in 8.3 Basic Linear Algebra Package]
and slices [in 8.2.1 Slices]
persistence facility [in 7.1 Overview]
pick(const RWIntVec&) [in 3.10 Picks]
picks
defined [in 3.10 Picks]
less efficient than subscripting [in 3.10 Picks]
PRECONDITION and POSTCONDITION clauses [in 8.1.1 Violated Preconditions]
random number generator classes
table [in 6.1 Random Number Generators]
random number generators
how they work in the Essential Math Module [in 6.1 Random Number Generators]
reference() [in 3.7 Function reference()]
requirements
for a numeric type [in 2.2.1 Defining a New Numeric Type]
restrictions
by compilers on datatypes [in 2.2 Nonstandard Numeric Types]
by compilers on global functions [in 2.2.2.2 Adding Global and Specialized Functions]
on length of vector to be transformed [in 4.1 Overview]
on portability with RWFile [in 7.1 Overview]
on string manipulation with vectors [in 3.11 Arrays of Signed and Unsigned Chars]
row major order, defined [in 3.12 Data Storage Schemes]
ROW_MAJOR [in 3.12 Data Storage Schemes]
rw_numeric_traits [in 2.2.2.2 Adding Global and Specialized Functions]
[in 2.1.2 Template Specializations]
for specializations [in 2.2.2.1 Modifying the Numeric Trait Information]
RWAll
in subscripting [in 3.9.2 Advanced Subscripting]
RWCString [in 3.11 Arrays of Signed and Unsigned Chars]
RWDataView::Storage
enum [in 3.12 Data Storage Schemes]
RWDEBUG [in 8.1.1 Violated Preconditions]
RWFile
defined [in 7.1 Overview]
RWGenFact<T>:LU factorization class [in 5.2 LU Factorization]
RWpistream [in 7.1 Overview]
RWpostream [in 7.1 Overview]
RWRandGenerator [in 6.1 Random Number Generators]
RWRange
used in subscripting [in 3.9.2 Advanced Subscripting]
RWSlice
in subscripting [in 3.9.2 Advanced Subscripting]
RWTHROW
macro for throwing exceptions [in 8.1.5 Error Handlers]
RWToEnd
in subscripting [in 3.9.2 Advanced Subscripting]
RWTRand<Generator> [in 6.1 Random Number Generators]
RWvistream [in 7.1 Overview]
RWvostream [in 7.1 Overview]
RWxalloc [in 8.1.4 Exception Hierarchy]
RWxmsg [in 8.1.4 Exception Hierarchy]
server
configuring for vector length [in 4.1 Overview]
slices
and efficiency [in 8.2.1 Slices]
defined [in 8.2.1 Slices]
solve() [in 5.2 LU Factorization]
storage schemes
organization methods [in 3.12 Data Storage Schemes]
when knowing scheme is useful [in 3.12 Data Storage Schemes]
store and restore functions, listed [in 7.1 Overview]
strings
manipulating with RWCString [in 3.11 Arrays of Signed and Unsigned Chars]
subscripting
accessing a single element [in 3.9 Subscripting]
accessing groups of elements [in 3.9 Subscripting]
defined [in 3.9 Subscripting]
five types for [in 3.9.2 Advanced Subscripting]
using picks instead [in 3.10 Picks]
with character strings [in 3.9.1 Subscripting with Character Strings]
with explicitly constructed objects [in 3.9.2 Advanced Subscripting]
table
random number generator classes [in 6.1 Random Number Generators]
templates
adding new numeric types [in 2.2.2 Adding New Numeric Types]
compiler limitations on types [in 2.2 Nonstandard Numeric Types]
defined [in 2.1 Templates Defined]
defining new types [in 2.2.1 Defining a New Numeric Type]
pros and cons [in 2.1.1 Pros and Cons of Templates]
specializations [in 2.1.2 Template Specializations]
using nonstandard types [in 2.2 Nonstandard Numeric Types]
throw operand hierarchy [in 8.1.4 Exception Hierarchy]
transforms
even and odd sequences [in 4.3 Transforms of Even and Odd Sequences]
of real sequences [in 4.2 Transforms of Real Sequences]
types
adding new [in 2.2.2 Adding New Numeric Types]
defining a new numeric [in 2.2.1 Defining a New Numeric Type]
nonstandard numeric [in 2.2 Nonstandard Numeric Types]
uniform deviates, defined [in 6.1 Random Number Generators]
vector class
defined [in 3.2 Some Simple Examples]
example [in 3.2.1 Vectors]
views
defined [in 3.3 Data and Views]
violated precondition errors [in 8.1.1 Violated Preconditions]
well-conditioned matrix, defined [in 5.3 Condition Number]
xmsg [in 8.1.4 Exception Hierarchy]
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