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Concept Index: B – M

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A   B   C   D   E   F   G   H   I   J   K   L   M   N   O   P   R   S   T   U   V   W   Z  
Index Entry  Section

B
backward differences 4.4.3 Backward differences
Bessel functions IEEE/System V math functions
Beta RNG 9.7.4 ‘random/beta.h
bitshift operators 11.2 Questions about Blitz++ functionality
blitz’ header files 1.5.1 Header files
blitz namespace 2.1.1 Template parameters
blitz-devel list 1.7.3 blitz-devel
blitz-support list 1.7.4 blitz-support
bounds checking 2.5 Debug mode

C
casts Manual casts
central differences 4.4.1 Central differences
ChiSquare RNG 9.7.5 ‘random/chisquare.h
column major 2.1.4 Storage orders
Compaq cxx compiler 1.2.9 Compaq Alpha
complete reductions 3.12 Array reductions
complex arrays 2.1.2 Array types
complex arrays 5.1.2 Special support for complex arrays
complex math functions ANSI C++ math functions
complex math functions ANSI C++ math functions
Configuration/Install errors under Mac OS X 11.1 Questions about installation
configure script 1.4.1 Installation
constness problems 11.2 Questions about Blitz++ functionality
contraction 3.11 Tensor notation
contributing to Blitz++ 1.7.3 blitz-devel
convolution, 1-D 2.7 Global functions
correlation 2.7 Global functions
count() reduction 3.13 Complete reductions
Cray CC compiler 1.2.13 Cray T3E/Cray T90/Cray C90/Cray J90
CRC error in .tar.gz 11.1 Questions about installation
curl operator 4.4.8 Curl (\nabla \times) operators

D
debugging mode 2.5 Debug mode
denormalization loss 10.2 Function descriptions
denormalized values 10.2 Function descriptions
dimension parameters 2.6.1 A note about dimension parameters
DiscreteUniform RNG 9.7.8 ‘random/discrete-uniform.h
divergence operator 4.4.9 Divergence (\nabla \cdot) operators

E
eigenvector decomposition 11.2 Questions about Blitz++ functionality
eleven, end of the universe at 2.6.1 A note about dimension parameters
explicit instantiation 1.5.4 Explicit instantiation
Exponential RNG 9.7.3 ‘random/exponential.h
ExponentialUnit RNG 9.7.3 ‘random/exponential.h
expression evaluation order 3.1 Expression evaluation order
expression templates 3 Array Expressions
external symbol relocation, Solaris 11.1 Questions about installation
extracting components 5.1.1 Extracting components

F
F distribution RNG 9.7.7 ‘random/F.h
FAQ 11.1 Questions about installation
Fortran compiler requirement 11.1 Questions about installation
forward differences 4.4.2 Forward differences
Fujitsu 1.2.14 Fujitsu
functional if (where) 3.15 where statements

G
g++ compiler 1.2.4 gcc for Linux/Unix/Darwin
Gamma function IEEE/System V math functions
Gamma RNG 9.7.6 ‘random/gamma.h
gcc memory hog 11.1 Questions about installation
Grad-squared operators 4.4.7 Grad-squared operators
gradient operators 4.4.5 Gradient (\nabla) operators

H
handling out of memory 11.2 Questions about Blitz++ functionality
header files, convention 1.5.1 Header files
help, obtaining 1.7.1 How to get help
HSV24 example 5.1.1 Extracting components

I
i (index placeholder) 3.6 Index placeholders
IBM xlC compiler 1.2.10 IBM RS6000/IBM PowerPC
IEC 559 10.2 Function descriptions
IEEE math functions IEEE/System V math functions
if (where) 3.15 where statements
image processing 11.2 Questions about Blitz++ functionality
index placeholders 3.6 Index placeholders
index placeholders multiple 3.6 Index placeholders
index placeholders used for tensor notation 3.11 Tensor notation
indexing an array 2.4.1 Indexing
indirection 6 Indirection
indirection Cartesian-product 6.2 Cartesian-product indirection
indirection list of positions 6.1 Indirection using lists of array positions
indirection list of strips 6.3 Indirection with lists of strips
infinity – has_infinity() 10.2 Function descriptions
inputting arrays from an input stream 2.8.2 Inputting arrays
installation 1.4.1 Installation
Integer RNGs 9.4 Detailed description of RNGs
Intel C++ compiler 1.2.2 Intel C++ for x86
interlacing 2.7 Global functions
invalid compressed data 11.1 Questions about installation
IRNGs 9.4 Detailed description of RNGs
iterators for arrays 2.6.2 Member function descriptions

J
j (index placeholder) 3.6 Index placeholders
Jacobian operators 4.4.6 Jacobian operators

K
k (index placeholder) 3.6 Index placeholders
KCC compiler 1.2.1 KAI C++ for Linux/Unix
kronecker product 3.11 Tensor notation

L
l (index placeholder) 3.6 Index placeholders
Laplacian operators 4.4.4 Laplacian (\nabla ^2) operators
library (‘libblitz.a’) 1.5.2 Linking to the Blitz++ library
linear algebra 11.2 Questions about Blitz++ functionality
locking (thread safety) 8.1 Blitz++ and thread safety

M
m (index placeholder) 3.6 Index placeholders
mailing lists 1.7.2 How to subscribe to a mailing list
makefile, example 1.5.3 An example Makefile
makefiles 1.4.1 Installation
math functions ANSI C++ math functions
math functions ANSI C++ math functions
math functions declaring your own 3.10 Declaring your own math functions on arrays
matrix inversion 11.2 Questions about Blitz++ functionality
matrix multiply 11.2 Questions about Blitz++ functionality
max() reduction 3.13 Complete reductions
maximally negative value – neghuge() 10.2 Function descriptions
maximum value of a type 10.2 Function descriptions
maxIndex() reduction 3.13 Complete reductions
mean() reduction 3.13 Complete reductions
memory hog, gcc 11.1 Questions about installation
MersenneTwister due to Matsumoto and 9.4 Detailed description of RNGs
Metrowerks compiler 1.2.8 Metrowerks for Mac
Microsoft VS.NET 2003 C++ compiler 1.2.3 Microsoft VS.NET 2003 for Windows
min() reduction 3.13 Complete reductions
minimum finite value – tiny() 10.2 Function descriptions
minIndex() reduction 3.13 Complete reductions
mixed partial operators 4.4.10 Mixed partial derivatives
modulo, floating point fmod() IEEE/System V math functions
multicomponent arrays 5.1 Multicomponent and complex arrays

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