This is the first free release. There has been some structural
changes reflecting the intended open source development model,
and installation is now even more straight-forward:
- Download the file HighEnergyPhysics-4.1.0.3b.tar.gz
or HighEnergyPhysics-4.1.0.3b.zip
(if you're using using Windows you'll probably want the zip file).
- Place the file in the directory mathhome/AddOns/Applications,
where mathhome is the directory containing your Mathematica
installation. If you're on a Unix system, mathhome can also
be ~/.Mathematica/4.0
(if ~/.Mathematica/4.0/AddOns/Applications does not exist,
you can safely create it).
- Make shure there is not already a directory 'HighEnergyPhysics'
(and move it out of the way if there is).
- Unpack the file: Under UNIX, type tar -xvzf HighEnergyPhysics-4.1.0.tar.gz;
under MacOS and Windows, use some utility like StuffIt Expander
or WinZip.
- Start Mathematica, type
<<HighEnergyPhysics`fc`
and try out one of the examples.
- You can get the latest development version from the CVS
repository:
-
- Under UNIX with ssh and cvs installed, do the following:
- ssh -l fc -L 2401:x3.cabocomm.dk:2401 x3.cabocomm.dk
- Open a new shell
- cvs -d :pserver:fc@localhost:/home/cvs/HIGHENERGYPHYSICS login
- Type in the password 'fc'
- cvs -d :pserver:fc@localhost:/home/cvs/HIGHENERGYPHYSICS get
HighEnergyPhysics
- Under Mac OS and Windows with an ssh client capable
of port forwarding (like F-secure)
and a cvs client (like WinCVS
or MacCVS) installed, do the following:
- Start the ssh client and configure a connection to x3.cabocomm.dk,
enable forwarding the local port 2401 to port 2401 on x3.cabocomm.dk.
- Connect to x3.cabocomm.dk with user name 'fc'.
- Start the cvs client and checkout the module HighEnergyPhysics
from localhost with CVSROOT '/home/cvs/HIGHENERGYPHYSICS', user
name 'fc' and password 'fc'.
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