IAP GITLAB

Commit 5dc814b9 authored by Tanguy Pierog's avatar Tanguy Pierog

correct typos. Ready for release v1.0


git-svn-id: https://devel-ik.fzk.de/svn/mc/crmc/trunk@3724 c7a5e08c-de06-0410-9364-b41cf42a0b17
parent ca81e8bc
......@@ -30,7 +30,7 @@ Reference : C. Baus, T. Pierog and R. Ulrich. To be published (2013)
(please ask to colin.baus@kit.edu when needed)
-- Hadronic interacton models :
-- Hadronic interaction models :
* Post LHC :
......@@ -145,7 +145,7 @@ In this file the 3 first commented options are valid for EPOS 1.99 and EPOS LHC
- By defaults EPOS models use a simplified treatment of QGP in events where the energy density is high enough (including in pp). If you
uncomment the line "!switch fusion off" this will be disable and running time will be shorter (but data description will be worth since
the pysics model will be incomplete). In that mode EPOS is comparable to PYTHIA model (no final state interaction).
the physics model will be incomplete). In that mode EPOS is comparable to PYTHIA model (no final state interaction).
- By default only the final particles are recorded in the output file like for other cosmic ray models.
Uncommenting "!set istmax 1" allows the user to have the full chain of mother/daughter from the beam to the final particles with EPOS models.
......@@ -158,7 +158,7 @@ the real particles which allow the user to know where the particles were generat
93 : remnant. Mother of particles coming from the beam remnants.
Each primary particle has a mother with id 9x. For technical reasons all particles with the same id and same momentum are in fact the same
initial object (cluster, string or remnant) which was splitted in different local pieces to keep the correct production vertexes of the final
initial object (cluster, string or remnant) which was split in different local pieces to keep the correct production vertexes of the final
particles. If a set of particles with the same id (91 or 92) and the same momentum has 2 different mothers (one from the projectile and one
from the target) it means that the string was produced by the interaction of this pair of nucleons or for a cluster that it was the closest
pair of nucleon which participate at the formation of the cluster (a cluster is formed by string pieces of different pairs but hepmc format
......@@ -182,10 +182,10 @@ used to interpret QGP related observables (flow, jet quenching, etc ...) since t
this distribution.
* For detailed simulations of HI collisions within EPOS 2, please contact K. Werner (werner@subatech.in2p3.fr).*
Concerning the cross-section calculation in EPOS, to avoid unecessary long time calculation needed
Concerning the cross-section calculation in EPOS, to avoid unnecessary long time calculation needed
for HI interactions, the default type of cross-section calculation is fast and good for hA but not reliable for
AB collisions (OK for p-Pb, pi-C but not for C-C or Pb-Pb for instance). So if you really need to have
a correct cross-section for PbPb scattering for exemple, you should uncomment the line "set isigma 2" in the
a correct cross-section for PbPb scattering for example, you should uncomment the line "set isigma 2" in the
crmc.param file but it will take several minutes to compute the cross-section each time you start CRMC.
The current IO library of HepMC (2.06) has a limitation of the number of produced particles.
......
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