Introduction In the last 30 years we have made great progress both ...

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File structure of micrOMEGAs package.Makefilemanual24.texdescription of micrOMEGAs routinesCalcHEP_src/ generator of matrx elements for micrOMEGAssources/micrOMEGAs codemodel directories:MSSM/Makefilemain.c main.F file with main program to call other oneslib/directory for routines specific to this modelMakefile....... source codeswork/CalcHEP working directory for matrix element generationMakefilework_aux.a information about particles and parameters extracted frommodel filesmodels/ model specificationvars1.mdl func1.mdl prtcls1.mdl lgrng1.mdl extlib1.mdltmp/results/so_generated/ directory to store generated matrix elementscalchep/for interactive CalcHEP sessionsNMSSM/CPVMSSM/IDM/LHM/RHNM/etc/Next-to-Minimal Susy ModelMSSM with complex parametersInert doublet modelLittle Higgs ModelRight-handed Neutrino modelfor testing10
Compilation of CalcHEP and micromegas routines.CalcHEP and micrOMEGAs are compiled by gmake. Go to micromegas directoryand launchgmakeIf gmake is absent, then make should work like gmake.micrOMEGAs should define automatically names of C and Fortran compilers and flagsof compilation. In case of problem open file with compiler options generated bymicrOMEGAs CalcHEP_src/FlagsForSh and try to improve it and launch [g]makeagain. The file looks like# C compilerCC="gcc"# Flags for C compilerCFLAGS="-g -fsigned-char"# Disposition of header files for X11HX11=# Disposition of lX11LX11="-lX11"# Fortran compilerFC="gfortran"FFLAGS="-fno-automatic"........[g]make clean deletes all generated files, but asks permission to delete FlagsForSh[g]make flags only generates FlagsForShIf micrOMEGAs has success in definition of compilers and their flags it rewritesFlagsForSh into FlagsForMake which is substituted in all Makefiles of micrOMEGAspackage.11
Page 1 and 2: MicrOMEGAs - a package for calculat
Page 3 and 4: Massive Stable ParticleTo describe
Page 5 and 6: In the framework of a given model o
Page 7 and 8: C) Solar neutrinos. In some sense t
Page 9: To Downloadhttp://lapth.in2p3.fr/mi
Page 13 and 14: Module structure of main programs.m
Page 15 and 16: Parameters of main programs.Default
Page 17 and 18: ==== Physical Constraints: =====del
Page 19 and 20: Free parameters of the model.Free m
Page 21 and 22: Constrained parameter of the model.
Page 23 and 24: err = sortOddParticles( stext)This
Page 25 and 26: Shared libraries of matrix elements
Page 27 and 28: Calculation of particle widths in m
Page 29 and 30: Coannihilation and Beps parameterAs
Page 31 and 32: We define abundance Y=N/s to remove
Page 33 and 34: Ω = M cdm [GeV] * Y * (2.889 10 9
Page 36 and 37: vSigma[pb] & Yeqfor MSUGRA modelM0

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