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Concept Index: B -- M

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Index Entry Section

B
backward differences4.4.3 Backward differences
Bessel functionsIEEE/System V math functions
Beta RNG9.7.4 `random/beta.h'
bitshift operators11.2 Questions about Blitz++ functionality
`blitz' header files1.5.1 Header files
blitz namespace2.1.1 Template parameters
blitz-devel list1.7.3 blitz-devel
blitz-support list1.7.4 blitz-support
bounds checking2.5 Debug mode

C
castsManual casts
central differences4.4.1 Central differences
ChiSquare RNG9.7.5 `random/chisquare.h'
column major2.1.4 Storage orders
Compaq cxx compiler1.2.9 Compaq Alpha
complete reductions3.12 Array reductions
complex arrays2.1.2 Array types
complex arrays5.1.2 Special support for complex arrays
complex math functionsANSI C++ math functions
complex math functionsANSI C++ math functions
Configuration/Install errors under Mac OS X11.1 Questions about installation
configure script1.4.1 Installation
constness problems11.2 Questions about Blitz++ functionality
contraction3.11 Tensor notation
contributing to Blitz++1.7.3 blitz-devel
convolution, 1-D2.7 Global functions
correlation2.7 Global functions
count() reduction3.13 Complete reductions
Cray CC compiler1.2.13 Cray T3E/Cray T90/Cray C90/Cray J90
CRC error in .tar.gz11.1 Questions about installation
curl operator4.4.8 Curl (nabla times) operators

D
debugging mode2.5 Debug mode
denormalization loss10.2 Function descriptions
denormalized values10.2 Function descriptions
dimension parameters2.6.1 A note about dimension parameters
DiscreteUniform RNG9.7.8 `random/discrete-uniform.h'
divergence operator4.4.9 Divergence (nabla cdot) operators

E
eigenvector decomposition11.2 Questions about Blitz++ functionality
eleven, end of the universe at2.6.1 A note about dimension parameters
explicit instantiation1.5.4 Explicit instantiation
Exponential RNG9.7.3 `random/exponential.h'
ExponentialUnit RNG9.7.3 `random/exponential.h'
expression evaluation order3.1 Expression evaluation order
expression templates3. Array Expressions
external symbol relocation, Solaris11.1 Questions about installation
extracting components5.1.1 Extracting components

F
F distribution RNG9.7.7 `random/F.h'
FAQ11.1 Questions about installation
Fortran compiler requirement11.1 Questions about installation
forward differences4.4.2 Forward differences
Fujitsu1.2.14 Fujitsu
functional if (where)3.15 where statements

G
g++ compiler1.2.4 gcc for Linux/Unix/Darwin
Gamma functionIEEE/System V math functions
Gamma RNG9.7.6 `random/gamma.h'
gcc memory hog11.1 Questions about installation
Grad-squared operators4.4.7 Grad-squared operators
gradient operators4.4.5 Gradient (nabla) operators

H
handling out of memory11.2 Questions about Blitz++ functionality
header files, convention1.5.1 Header files
help, obtaining1.7.1 How to get help
HSV24 example5.1.1 Extracting components

I
i (index placeholder)3.6 Index placeholders
IBM xlC compiler1.2.10 IBM RS6000/IBM PowerPC
IEC 55910.2 Function descriptions
IEEE math functionsIEEE/System V math functions
if (where)3.15 where statements
image processing11.2 Questions about Blitz++ functionality
index placeholders3.6 Index placeholders
index placeholders multiple3.6 Index placeholders
index placeholders used for tensor notation3.11 Tensor notation
indexing an array2.4.1 Indexing
indirection6. Indirection
indirection Cartesian-product6.2 Cartesian-product indirection
indirection list of positions6.1 Indirection using lists of array positions
indirection list of strips6.3 Indirection with lists of strips
infinity -- has_infinity()10.2 Function descriptions
inputting arrays from an input stream2.8.2 Inputting arrays
installation1.4.1 Installation
Integer RNGs9.4 Detailed description of RNGs
Intel C++ compiler1.2.2 Intel C++ for x86
interlacing2.7 Global functions
invalid compressed data11.1 Questions about installation
IRNGs9.4 Detailed description of RNGs
iterators for arrays2.6.2 Member function descriptions

J
j (index placeholder)3.6 Index placeholders
Jacobian operators4.4.6 Jacobian operators

K
k (index placeholder)3.6 Index placeholders
KCC compiler1.2.1 KAI C++ for Linux/Unix
kronecker product3.11 Tensor notation

L
l (index placeholder)3.6 Index placeholders
Laplacian operators4.4.4 Laplacian (nabla ^2) operators
library (`libblitz.a')1.5.2 Linking to the Blitz++ library
linear algebra11.2 Questions about Blitz++ functionality
locking (thread safety)8.1 Blitz++ and thread safety

M
m (index placeholder)3.6 Index placeholders
mailing lists1.7.2 How to subscribe to a mailing list
makefile, example1.5.3 An example Makefile
makefiles1.4.1 Installation
math functionsANSI C++ math functions
math functionsANSI C++ math functions
math functions declaring your own3.10 Declaring your own math functions on arrays
matrix inversion11.2 Questions about Blitz++ functionality
matrix multiply11.2 Questions about Blitz++ functionality
max() reduction3.13 Complete reductions
maximally negative value -- neghuge()10.2 Function descriptions
maximum value of a type10.2 Function descriptions
maxIndex() reduction3.13 Complete reductions
mean() reduction3.13 Complete reductions
memory hog, gcc11.1 Questions about installation
Metrowerks compiler1.2.8 Metrowerks for Mac
Microsoft VS.NET 2003 C++ compiler1.2.3 Microsoft VS.NET 2003 for Windows
min() reduction3.13 Complete reductions
minimum finite value -- tiny()10.2 Function descriptions
minIndex() reduction3.13 Complete reductions
mixed partial operators4.4.10 Mixed partial derivatives
modulo, floating point fmod()IEEE/System V math functions
multicomponent arrays5.1 Multicomponent and complex arrays

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