OK everyone, Thanks to your comments, DE-V0.01 has now been released! There's not yet any real documentation on the program modules themselves, but what I've done is documentation on how to manage the whole package.
Compiling different routines and linking them together is generally done with a makefile, but different versions of linux/unix use different syntax or levels of generality, so I've followed the pgplot solution which is to have a shellscript file makemake which makes the makefile depending on what system you're on.
Well, if you download the new package (either with or without the data files; "nodat" means without the data files) from:
http://www.astro.uni.torun.pl/~boud/DE_tar/
and then read through the web pages:
http://www.astro.uni.torun.pl/~boud/DE/
you should be able to make the library (libDE.a) and compile a program like antipode and see at what redshift the antipodes are. In fact, if you just type
make antipode
after you've made the makefile, then libDE.a should be made for you automatically...
Next on my list: - documentation within each of the more important routines - cosmological routines - routines for reading data - main programs which do the work
Cze�� Boud
Cze�� wszystkim, I've written some documentation on DE, and found out how to make clickable flow charts. It's not finished, but it should be enough that you can understand more about what is in the package without having to spend much time on it right at the moment when you're busy with preparing for exams. But remember that the package is GPL protected. You'll be able to play with it later on whenever you feel like it.
But the more feedback (positive and negative!) you give me and whoever has time to work on it, the better the package will be and the sooner we will be able to measure quintessence...
See you on Friday at 14:00! (I might release another version by then, especially if I get some comments...)
download DE-V0.02 http://www.astro.uni.torun.pl/~boud/DE_tar/
web pages on DE-V0.02 http://www.astro.uni.torun.pl/~boud/DE/
You should now be able to run DEplates to calculate a few correlation functions and plot at least one correlation function :) - if the web documentation is clear enough...
Task list:
- documentation within each of the more important routines
- cosmological routines
done (the ones that are called by DEplates).
- routines for reading data
half-done
- main programs which do the work
not done (yet)
pozdrawiam boud
-
Boud Roukema