Commit 6e98d4c2 authored by timo's avatar timo
Browse files

Message for Release 1.0.7

parent fc96265a
Notes about the prerelease Version of "MOCAIC"
==============================================
1. Installation procedure
2. Comments to the directory structure
3. Comments to the Input date files
4. Using Amegic
5. Using Mocaic
6. FAQ
1. Installation procedures
==========================
On most systems installation is as simple as doing unpacking
and installation as follows.
1. Unpacking
unpack all distribution files one by one
ATOOLS-2.0.tar.gz
EXTRA_XS-1.0.tar.gz
PDF-1.0.tar.gz
PHASIC++-1.0.tar.gz
AMEGIC++-2.0.tar.gz
APACIC++-2.0.tar.gz
MOCAIC++-0.0.tar.gz
via
"tar -xzf ....tar.gz"
2. Installation
in every directory of (in that order)
ATOOLS-2.0
PDF-1.0
EXTRA_XS-1.0
PHASIC++-1.0
AMEGIC++-2.0
APACIC++-2.0
MOCAIC++-0.0"
do
./configure
make install "CXXFLAGS=-g"
2. Comments on the directory structure
a) General
ATOOLS-2.0 Collection of basic classes used all over the
Program, e.g. four-momentum, Parameter-Input, etc.
PDF-1.0 Parton Distribution Functions; in the moment
the Proton PDF MRST99, and an Electron Structure
Function are provided therein.
EXTRA_XS-1.0 Collection of analytic cross sections, used mainly
for comparison reasons.
PHASIC++-1.0 Phase space integraton module. Provides basic integration
routines as Rambo as well as a sufisticated
AMEGIC++-2.0 Module for the generation and calculation of Matrix
Elements. Further a (multi) process integration and
an event generation on Parton level can be used.
APACIC++-2.0 Parton Shower Module
MOCAIC++-0.0 preliminary Event Generator frame work, i.e. steering
of integration of hard processes and generation of events
including Parton-Shower and Hadronisation
b) The ATOOLS-2.0 module
c) The PDF-1.0 module
d) The EXTRA_XS-1.0 module
e) The PHASIC++-1.0 module
f) AMEGIC++-2.0
g) The APACIC++-2.0 module
h) MOCAIC++-0.0
----------- SHERPA 1.0 ----------
Homepage: www.sherpa-mc.de
Contact : info@sherpa-mc.de
---------------------------------
The SHERPA-package is the steering unit of the
SHERPA-framework. Also, it is responsible for
the merging of the parton shower with the matrix
element which is done according to the CKKW-
algorithm. A description of this algorithm can be
found at JHEP 0111 (2001) 063 and JHEP 0208 (2002) 015.
\ No newline at end of file
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