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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
- About PESSL
- BLAS
- About PESSL
- 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
- Avogadro constant
- 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
- More about Calc
- 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
- switching to radians mode
- 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
- More about the Explicit
- 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
- More about the Explicit
- discretisation
- The Syllabus
- Dongarra, Jack
- About PESSL
- Earth magnetic field reversal
- Spectral Methods
- Eigenproblem
- Vector and Matrix Arithmetic
- eigenvalue problem
- The Eigenvalue Problem
- eigenvectors
- A Comment about the
- 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
- About PESSL
- error propagation
-
Fitting in Maxima
- ESSL
- About PESSL
- 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
- read
- Fortran IO
- write
- Fortran IO
- use
- More about Fortran
- open
- More about Fortran
- continue
- More about Fortran
- stop
- More about Fortran
- close
- More about Fortran
- 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
- Reading File and Data
- 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
- More about Fortran
- 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
- More about Parallel execution
- descriptive distributions
- Data Distributions
- distribution of allocatables
- Data Distributions
- linking with HDF libraries
- 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
- More about Fortran
- 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
- comments
- FWEB comments
- 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
- More about Calc
- p2c
- More about Calc
- Quickstrokes
- More about Calc
- Glatzmaier, Gary A.
- Spectral Methods
- GNU
- Some General Comments about
- GNU Copyright
- 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
- Working with Scientific Data
| Some General Comments about
- 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
- DFACC_READ
- Reading Data from a
- sfrdata
- Reading Data from a
- 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
- Reading File and Data
- sfrcatt
- Reading File and Data
- sfrnatt
- Reading File and Data
- d8pimg
- Fields and Rasters
- d8aimg
- Fields and Rasters
- comp_rle
- Fields and Rasters
- compile and link
- 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
- More about Calc
- lecture notes
- Recommended Reading
- 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
- Load Leveler
- About PESSL
- 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
- overloaded + and -
- 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
- About PESSL
- NetPBM
- Some General Comments about
- 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
- About PESSL
- 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
- About PESSL
- compilation
- About PESSL
- documentation
- About PESSL
- example
- About PESSL
- linking
- About PESSL
- 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
- reading list
- Recommended Reading
- 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
- About 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
- Parallel Execution
| About PESSL
| About PESSL
| Some General Comments about
- compilers
- Some General Comments about
- Fortran
- Some General Comments about
- Fortran
- documentation
- Special Hints
- General Parallel File System
- Some General Comments about
- GPFS
- Some General Comments about
- High Performance Fortran
- Parallel Execution
- HPF
- documentation
- Special Hints
- Load Leveler
- 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
- Parallel Execution
| About PESSL
- AFS
- Some General Comments about
| Special Hints
- infolevel
- Parallel Execution
- interactive execution
- Parallel Execution
| About PESSL
- using NFS and AFS
- Some General Comments about
- 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
- About Secure Shell
- 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
- Some General Comments about
- 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
- Additional Comments about Make
- University of Tennessee
- About PESSL
- UNIX
- passwords
- About Secure Shell
- 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
- About PESSL
- X11R6.4
- Some General Comments about
Zdzislaw Meglicki
2001-02-26