1. Setting up your folders
Simon Jeffery's Software Store
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