## Index

3D plots
Simple Plots
diff
Dumping rasters
diff
insertion
Dumping rasters
diff
replacement
Dumping rasters
fitting
Fitting in Maxima
fitting
summary
A Summary of
fitting
goodness of fit
A Summary of
arithmetic
Simple Arithmetic
arrays
Fitting in Maxima
artificial reasoning systems
Fitting in Mathematica
B673
The Syllabus
basis forms
Vectors, Forms, and Tensors
basis vectors
Vectors, Forms, and Tensors
BLACS
BLAS
Calc
xfit
Calc, the King of
integ
A Diffusion Problem
algebraic formulae
Calc, the King of
algebraic notation
Simple Calc Operations
arrays
Arrays and Matrices in
column extraction
Variables in Calc
column norm
Vector and Matrix Arithmetic
concatenation
Arrays and Matrices in
conjugate transpose
Vector and Matrix Arithmetic
cross products
Vector and Matrix Arithmetic
determinant
Vector and Matrix Arithmetic
diagonal matrices
Arrays and Matrices in
element extraction
Variables in Calc
Frobenius norm
Vector and Matrix Arithmetic
identity matrix
Arrays and Matrices in
input
Arrays and Matrices in
inverse
Vector and Matrix Arithmetic
list operations
Arrays and Matrices in
LU decomposition
Vector and Matrix Arithmetic
matrix rank
Arrays and Matrices in
matrix transpose
Variables in Calc
norms
Vector and Matrix Arithmetic
row extraction
Variables in Calc
row norm
Vector and Matrix Arithmetic
scalar products
Vector and Matrix Arithmetic
trace
Vector and Matrix Arithmetic
transpose
Vector and Matrix Arithmetic
A brief review of
Bernoulli numbers
Simple Calc Operations
Bernoulli polynomial
Simple Calc Operations
Bessel functions
Simple Calc Operations
beta functions
Simple Calc Operations
calling from Elisp programs
Calc, the King of
compex numbers
Simple Calc Operations
complex numbers
polar mode
Simple Calc Operations
delayed evaluation
Simple Calc Operations
forcing
Simple Calc Operations
Documentation
Calc Documentation
entering arrays
Calc, the King of
equation solver
Vector and Matrix Arithmetic
Euler numbers
Simple Calc Operations
Euler polynomial
Simple Calc Operations
Euler totient function
Simple Calc Operations
expand
A Diffusion Problem
factorial
Simple Calc Operations
fitting models
Calc, the King of
gamma functions
Simple Calc Operations
graphics
Calc, the King of
Gravitational constant
A brief review of
greatest common divider
extended
Simple Calc Operations
greatest common divisor
Simple Calc Operations
HP-28/48
hyperbolic functions
Simple Calc Operations
infinite mode
Simple Calc Operations
inverse functions
Simple Calc Operations
least common multiple
Simple Calc Operations
logarithms
Simple Calc Operations
Moebius function
Simple Calc Operations
negative numbers, input
Simple Calc Operations
Newton symbol
Simple Calc Operations
operations on units
A brief review of
Planck constant
A brief review of
prime numbers
Simple Calc Operations
probability distributions
Simple Calc Operations
F
Simple Calc Operations
Simple Calc Operations
binomial
Simple Calc Operations
Gaussian
Simple Calc Operations
Poisson
Simple Calc Operations
Student's t
Simple Calc Operations
random numbers
Simple Calc Operations
Reference card
Calc Documentation
reverse Polish
Simple Calc Operations
rewrite rules
A Diffusion Problem
scrolling
Calc, the King of
simple operations
Simple Calc Operations
stack editing
Vector and Matrix Arithmetic
replication
Vector and Matrix Arithmetic
stack window
Simple Calc Operations
starting
Starting Calc
Stirling numbers
Simple Calc Operations
storing data
Variables in Calc
subscripting formulas
Variables in Calc
substitutions
A Diffusion Problem
switching to degrees mode
Simple Calc Operations
Simple Calc Operations
trail window
Simple Calc Operations
undirected infinity
Simple Calc Operations
variables
Variables in Calc
editing
Variables in Calc
Cartesian coordinates
A brief review of
Collage
Collage | Fields and Rasters
animations
Fields and Rasters
command line mode
Becoming Familiar with Maxima,
getting out of
Becoming Familiar with Maxima,
complex numbers
Complex Numbers
polar form
Complex Numbers
real and imaginary parts
Complex Numbers
rectangular form
Complex Numbers
computer architecture
The Syllabus
computer arithmetic
The Syllabus
contact details
Contact Details
coordinates
Vectors, Forms, and Tensors
Courant-Lewy stability condition
Solving the Time Dependent
Courant-Lewy statiliby condition
Jacobi iteration
Solving the Time Dependent
course audience
Introduction
covered material
Introduction
CWEB
Annotating Codes with FWEB
data mining
Classification of Field Equations
data sets
The Syllabus
delayed evaluation
Sums and Products | Sums and Products | Sums and Products | Sums and Products | Defining a Function | Differentiating a Function | Differentiating a Function
differential equations
elliptic
The Syllabus
hyperbolic
The Syllabus
ordinary
The Syllabus
parabolic
The Syllabus
diffusion coefficient
units
A Diffusion Problem
diffusion equation
Classification of Field Equations
analytical extension
A Diffusion Problem
boundary conditions
A Diffusion Problem
decomposition into harmonics
A Diffusion Problem
discretisation
Solving the Time Dependent
equations in the Fourier space
A Diffusion Problem
collapsing index
A Diffusion Problem
eigenvalue problem
The Eigenvalue Problem | The Eigensolution and its
explicit integration scheme
Solving the Time Dependent
Jacobi iteration
Fourier transform
Solving the Time Dependent
implicit integration scheme
Solving the Time Dependent
sparce matrices
Solving the Time Dependent
stability
Solving the Time Dependent
initial conditions
A Diffusion Problem
spectral decomposition
A Diffusion Problem
scaling
A Diffusion Problem
successive over-relaxation method
discretisation
The Syllabus
Dongarra, Jack
Earth magnetic field reversal
Spectral Methods
Eigenproblem
Vector and Matrix Arithmetic
eigenvalue problem
The Eigenvalue Problem
eigenvectors
normal operator
The Eigenvalue Problem
Einstein summation convention
Vector and Matrix Arithmetic | Vectors, Forms, and Tensors | Vectors, Forms, and Tensors
Einstein, Albert
Variables in Calc
Electromagnetic potentials
Electromagnetic Potentials
elliptic equations
Classification of Field Equations | Classification of Field Equations
Emacs
Expected Level of Skills | The Book Mode
book mode
The Book Mode | When to Stay Away
executing marked commands
The Book Mode
marking commands
The Book Mode
Common Lisp
The Book Mode
random numbers
Simple Calc Operations
Version 20.2
The Book Mode
Engineering and Scientific Subroutine Library
error propagation
Fitting in Maxima
ESSL
Euclidean space
Vectors, Forms, and Tensors | Vectors, Forms, and Tensors
Euler gamma function
A Summary of | More Mathematical Background
incomplete
More Mathematical Background
Euler-Maclaurin Summation Formula
Simple Calc Operations
expand
Becoming Familiar with Maxima, | Becoming Familiar with Maxima, | Simple Arithmetic
factorial
Simple Arithmetic
factoring an integer
Simple Arithmetic
Fermions
Vector and Matrix Arithmetic
FFT
sizing
Special Hints
fibre bundle
Fields
forcing floating point evaluation
Forcing Floating Point Evaluation
forms
Vectors, Forms, and Tensors | Vectors, Forms, and Tensors
Fortran
The Syllabus
NAMELIST
Discussion of diffusion.f
PRIVATE
Discussion of diffusion.f
PUBLIC
Discussion of diffusion.f
EXIT
Subroutine minpower2
end
Fortran
Fortran IO
write
Fortran IO
use
open
continue
stop
close
contains
Defining a Module and
intent
Defining a Module and
interface
The Euler Gamma Function:
double precision
The Euler Gamma Function:
character
Creating a Scientific Data
allocatable
Dynamic Memory Allocation in
allocate
Dynamic Memory Allocation in
deallocate
Dynamic Memory Allocation in
len_trim
eoshift
Fortran Shifts
ubound
Fortran Shifts
where
Fortran Shifts
size
Fortran Shifts
char
Fields and Rasters
ichar
Fields and Rasters
A Yet Another Shot
ANSI standard
Fortran
array constructors
A Yet Another Shot
arrays
Fortran
compiling
Fortran
divisions, cost of
Fortran
dynamic memory allocation
Dynamic Memory Allocation in
formatting output
HPF
PROCESSORS
Data Distributions
ALIGN
Data Distributions
DISTRIBUTE
Data Distributions
BLOCK
Data Distributions
CYCLIC
Data Distributions
TEMPLATE
Data Distributions
INHERIT
Data Distributions
PROCESSORS_SHAPE
Data Distributions
NUMBER_OF_PROCESSORS
Data Distributions
SIZE
Data Distributions
EXTRINSIC(hpf_serial)
Special Hints
NUMBER_OF_PROCESSORS
Subroutine factor_nodes
array distributions
Data Distributions
cost of communication
descriptive distributions
Data Distributions
distribution of allocatables
Data Distributions
Special Hints
prescriptive distributions
Data Distributions
HPF directives
Fortran Shifts
implicit typing
Interactive Fortran: Octave and
implied DO
A Yet Another Shot
IO error handlers
iterations
Fortran IO
labels
Subroutine minpower2
line continuation
Fortran
modules
More about Fortran | Defining a Module and
parallel execution
Fortran | Parallel Execution
precision request
Fortran
Fortran-66
Fortran
Fortran-77
Fortran | Annotating Codes with FWEB
Fortran-8x
Fortran
Fortran-90
Fortran | Annotating Codes with FWEB
Fortran-95
Fortran
Fortran-IV
Fortran
Fourier analysis
The Syllabus
Fourier transform method
Spectral Methods
aliasing
Subroutine expand_temp_profile
functions
Functions
defining
Defining a Function
derivatives
Differentiating a Function
FWEB
Annotating Codes with FWEB | Annotating Codes with FWEB
commands
FWEB commands
documentation
Annotating Codes with FWEB
example
A simple FWEB example
macros
FWEB preprocessor
modules
About FWEB sections and | FWEB sections and modules
preprocessor
Annotating Codes with FWEB | FWEB preprocessor
processing
Processing an FWEB file
sections
The structure of an | FWEB sections and modules
Gillespie, Dave
Calc
p2c
Quickstrokes
Glatzmaier, Gary A.
Spectral Methods
GNU
The Book Mode
Gnuplot
Simple Plots | Fortran IO
encapsulated PostScript output
Simple Plots
greatest common divider
Fractions
Haible, Bruno
The Book Mode
Hamilton, Rowan
Variables in Calc
HDF
sfstart
Creating a Scientific Data
DFACC_CREATE
Creating a Scientific Data
sfcreate
Creating a Scientific Data
DFNT_INT32
Creating a Scientific Data
sfendacc
Creating a Scientific Data
sfend
Creating a Scientific Data
hdfls
Viewing an HDF File
hdfed
Viewing an HDF File
DFNT_INT16
Viewing an HDF File
DFACC_WRITE
Writing onto a Scientific
sfselect
Writing onto a Scientific
sfwdata
Writing onto a Scientific
sfrdata
MAXVDIMS
Making Enquiries Against a
MAXNCNAM
Making Enquiries Against a
sffinfo
Making Enquiries Against a
SUCCEED and FAIL
Making Enquiries Against a
sfginfo
Making Enquiries Against a
sfscatt
Annotating an HDF File
sfgainfo
sfrcatt
sfrnatt
d8pimg
Fields and Rasters
d8aimg
Fields and Rasters
comp_rle
Fields and Rasters
Creating a Scientific Data
documentation
Special Hints
exit status
Writing onto a Scientific
images
Fields and Rasters
raster images
scaling data for
Special Hints
special colours
Special Hints
samples
Collage
heat transfer
Classification of Field Equations
Hermitian matrices
Vector and Matrix Arithmetic
Higgs field
A More Complicated Field
HOL
Fitting in Mathematica
Hong, Xin
Special Hints
Hubble, E. P.
A Lawyer's View of
hyperbolic equations
Classification of Field Equations | Classification of Field Equations
imaginary unit
Complex Numbers
infinity
Sums and Products
integer overflow
Subroutine minpower2
integrate
When to Stay Away
Isabelle
Fitting in Mathematica
isomorphism of forms and vectors
Vectors, Forms, and Tensors
Jacobi iteration
Diffusion Equation | Solving the Time Dependent
John Baez
A brief review of
Kamiokande experiment
A More Complicated Field
Knuth, Donald
Annotating Codes with FWEB
Krommes, John
Annotating Codes with FWEB
Kronecker delta
Vectors, Forms, and Tensors
Lanczos formula
A Yet Another Shot
Laplace equation
Electromagnetic Potentials | Classification of Field Equations
Laplace operator
A brief review of
last result
Simple Arithmetic
Lazzaro, John
lecture notes
Levy, Silvio
Annotating Codes with FWEB
Lie group
Fields
limit
Becoming Familiar with Maxima,
Linux
Expected Level of Skills | The Book Mode
Red Hat
The Book Mode
Lisp
array constructors
A Yet Another Shot
clisp
The Book Mode
Lorentz Gauge
Electromagnetic Potentials
Lorentz group
Variables in Calc
Los Alamos National Laboratory
Spectral Methods
LU decomposition
Vector and Matrix Arithmetic
Makefile
automatic variables
Automatic Compilation with Make
defining rules
Automatic Compilation with Make
documentation
GNU Make Documentation
explicit
Automatic Compilation with Make
portability
Automatic Compilation with Make
manifold
Fields
Maple
defining arrays
Fitting in Maple
extracting sides from equations
Fitting in Maple
graphics environment
Simple Plots
picking apart rational expressions
Fitting in Maple
picking expressions apart
Fitting in Maple | Fitting, the Lessons
rotating graphics
Simple Plots
Mathematica
psrender
Simple Plots
defining arrays
Fitting in Mathematica
distributing an operator over expression
Fitting in Mathematica
dummy arguments
Defining a Function
graphics environment
Simple Plots
notation
Becoming Familiar with Maxima,
picking expressions apart
Fitting in Mathematica
PostScript graphics
Simple Plots
reassembling expressions manually
Fitting in Mathematica
storing expressions
Fitting in Mathematica
terminating commands with semicolon
Fitting in Mathematica
Matlab
Interactive Fortran: Octave and
gammainc
Matlab
plot
Matlab
errorbar
Matlab
help
Using help in Octave
gammainc
Using help in Octave
incomplete gamma function
Matlab
Matlab
PostScript output
Matlab
price
Interactive Fortran: Octave and
similarity to Octave, or is it the other way round?
Matlab
Maxima
ratnumer
Definition of
ratdenom
Definition of
ratsubst
Definition of
clisp port
The Book Mode
defining arrays
Fitting in Maxima
graphics environment
Simple Plots
lists
Fractions
picking expressions apart
Fitting in Maxima
punimax
The Book Mode | Simple Plots | Simple Plots
terminating an expression with a dollar
Fitting in Maxima
Maxwell equations
A brief review of
metric
Vectors, Forms, and Tensors
microprocessors
The Syllabus
Minkowski metric
Variables in Calc
Muniain, Javier P.
A brief review of
Nabla operator
A brief review of
NCSA
Working with Scientific Data
Netlib
NetPBM
neural networks
Classification of Field Equations
neutrino mass
A More Complicated Field
nonlinear effects
A brief review of
NT
Expected Level of Skills | A Yet Another Shot
numerical methods
The Syllabus
Octave
A Yet Another Shot | Interactive Fortran: Octave and
gset
Octave
replot
Octave
gammai
Matlab
help
Using help in Octave
gammainc
Using help in Octave
array arithmetic
Octave
element by element operations
Octave
entering row vectors
Octave
freeware
Interactive Fortran: Octave and
Gnuplot
Octave
incomplete gamma function
Octave
matrix transpose
Octave
PostScript output
Octave
semicolon
Octave
Optometry Building
Time and Venue
orthonormal system of coordinates
Vectors, Forms, and Tensors
parabolic equations
Classification of Field Equations | Classification of Field Equations
Parallel Engineering and Scientific Subroutine Library
parallel programming
The Syllabus
parallel transport
Fields
particle methods
The Syllabus
particle simulations
Classification of Field Equations
Pauli matrices
Variables in Calc
performance analysis
The Syllabus
PESSL
compilation
documentation
example
plasma frequency
A brief review of
Poisson equation
Electromagnetic Potentials
polynomial fractions
Fractions
factoring
Fractions
normalisation
Fractions
polynomials
Polynomials
factoring
Polynomials
PostScript
Simple Plots
Princeton Plasma Physics Laboratory
Annotating Codes with FWEB
products
Sums and Products
programming languages
The Syllabus
Qualifying Exam
The Syllabus
quaternions
Variables in Calc
Ramsey and Brigg
Annotating Codes with FWEB
Ratfor-77
Annotating Codes with FWEB
Ratfor-90
Annotating Codes with FWEB
RCS
Code Maintenance with Revision
$Id$
Code Maintenance with Revision
$Log$
Code Maintenance with Revision
ci
Code Maintenance with Revision
co
Code Maintenance with Revision
earlier code revisions
Code Maintenance with Revision
ident
Code Maintenance with Revision
interaction with make
Code Maintenance with Revision
locking
Code Maintenance with Revision
rcsclean
Code Maintenance with Revision
rcsdiff
Code Maintenance with Revision
required skills
Expected Level of Skills
Ricci tensor
Vectors, Forms, and Tensors
Riemann tensor
Vectors, Forms, and Tensors
Riemannian space
Vectors, Forms, and Tensors
Roberts, P. H.
Spectral Methods
Salam-Weinberg-Glashow theory of Electro-Weak interactions
A More Complicated Field
Schelter, Bill
The Book Mode
Schrödinger equation
Classification of Field Equations
section boxes
Becoming Familiar with Maxima,
secure shell
Singapore
Fortran
SL(2,C)
Variables in Calc
SO(3)
Variables in Calc
solitons
A brief review of
solve
Becoming Familiar with Maxima, | Becoming Familiar with Maxima,
SP
AFS environment
compilers
Fortran
Fortran
documentation
Special Hints
General Parallel File System
GPFS
High Performance Fortran
Parallel Execution
HPF
documentation
Special Hints
job description
Parallel Execution
job submission
Parallel Execution
PESSL
SYEVX
Discussion of main.f
GEMM
Discussion of main.f
FFT
Discussion of fourier.f
documentation
Special Hints
example
The Code
bug
Special Hints
POE
AFS
infolevel
Parallel Execution
interactive execution
using NFS and AFS
sparse matrices
The Syllabus
Special Relativity
Variables in Calc
Spectral method
Spectral Methods
speed of light
A brief review of
Spider-WEB
Annotating Codes with FWEB
spin
Vector and Matrix Arithmetic
spontaneous symmetry breaking
A More Complicated Field
ssh
Steele, Guy L., Jr
Annotating Codes with FWEB
Student Building
Time and Venue
SU(2)
Variables in Calc
substitutions
Substitutions
sums
Sums and Products
supercomputers
The Syllabus
syllabus
The Syllabus
TEX
tensor field
Fields
tensors
Vectors, Forms, and Tensors | Vectors, Forms, and Tensors
terminating expressions
Becoming Familiar with Maxima,
the Earth dynamo problem
Spectral Methods
time and venue
Time and Venue
timing
The Syllabus
total space
Fields
trigonometry
Trigonometry
canonical form
Trigonometry
expanding and simplifying expressions
Trigonometry
uname
University of Tennessee
UNIX
vector field
Fields
vector space
rotation of the basis
Rotating the Basis of
vectorisation
The Syllabus
vectors
Vectors, Forms, and Tensors
contravariant
Rotating the Basis of
covariant
Rotating the Basis of
venue and time
Time and Venue
virtual reality
Classification of Field Equations
wave equation
A brief review of | A brief review of
waves in conductors
A brief review of
waves in dialectrics
A brief review of
waves in semiconductors
A brief review of
WEB
Annotating Codes with FWEB
Whaley, R. Clint
X11R6.4

Zdzislaw Meglicki
2001-02-26