MUSE: a MUltiscale Spectrum Evaluator
2. MUSE
2.3. Running
Before running MUSE, one needs to set the following files
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`nume.dat' describes
the switches selecting different level of accuracy
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`filename.dat'
describes the files containing Standard Model data and mSUGRA assumptions
`filename.dat'
`nume.dat'
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number of parameters
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number of equations
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ODE relative size of initial step
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ODE integration required accuracy
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ODE smallest step allowed as fraction of initial step
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NLE TOLF=
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NLE TOLMIN=
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NLE TOLX=
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NLE STPMX=
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ODE method : 1=CK, 2=SD, 3=BS, 4=PC, 5=PCS
The methods allowed in this version are 4 & 5 only, because the
Numerical Recipes method cannot be released.
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polynomial extrapolation in BS method
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uses MinPack routines ?
Only MinPack routines can be used, because the
Numerical Recipes method cannot be released..
loop(s) for gauge couplings RGE
loop(s) for yukawa couplings RGE
loop(s) for soft breaking RGE
uses thresholds in RGE
computed threshold ?
mSUGRA ?
unification at Lambda
gauge trinification
convert alpha strong from MSbar to DRbar
EW breaking enforcement
one-loop potential minimisation
Higgs correction by Carena et al.
All corrections to top mass in Carena et al.
Scale Lambda
SUSY common threshold
scaling for conditioning
loud report
scan mode (store to BANK)
print flag for score
print flag for LSODE
print format