Simon Jeffery's Software Store

1. Setting up your folders
2. Obtaining the software
3. Building subroutine libraries
4. Building spectrum
5. Building sterne
6. Subroutine library index

6. Subroutine Library Index

Library	Language	Package	Description
at	f77		atomic data manipulation
bb	f77	sterne	bb opacity sampling
chr	f77		Starlink's character handling library
dp	f77	spectrum	SPECTRUM subroutines
gx	f77		A personal GraphiX library
math	f77		General mathematical operations
mx	f77		Matrix operators
nr_d	f77		numerical subroutines - double precision
nr	f77		numerical subroutines - single precision
opk	f77	sterne/spectrum	Kiel/Atlas/Peach bf opacities
op	f77	sterne/spectrum	Opacity Project bf opacities
phot	f95	ffit	photometry from models
phys	f77	starmaker	stellar physics (equation of state, nuclear reactions, opacity, convection
prof	f77	profile	spectroscopy reduction and analysis
qub	f77	spectrum	QUB/Atlas bf opacities
rot	f77	rotprof	rotating stars
rtf	f77	spectrum/sterne	radiative transfer
sdb	f77		spectroscopy data base tools
stn	f77	sterne	STERNE subroutines
str	f77		I/O, String and Command Handling
tap	f77		Theoretical AstroPhysics Library
tap_f90	f90		Theoretical AstroPhysics Library
util	f77	profile	old version of str
xfit	f77	ffit/sfit	flux and spectrum fitting
			Programs in libraries nr and nr_d are based on code from Numerical Recipes (Press et al., 1989, Cambridge). They have been expressed in my own distinct implementation. Only subroutines required by my own applications programs are available.

Detailed reports describing bugs in the download/installation procedure or in the software itself will be welcome and should be addressed to Simon Jeffery at the address below.

This page is maintained by: Simon Jeffery (csj@star.arm.ac.uk) Last modified: August 13, 2002

Simon's home page