Here are the classes, structs, unions and interfaces with brief descriptions:
[detail level 12]
▼NBGLmodels | |
CBGL | Implementation of the BGL model |
CBoson | Gauge boson |
CcalcuBmumu | Calculus of the constraints coming from the B->mu mu decay |
Ccalcubtosgamma2 | Calculus of the constraints coming from the b->s gamma decay |
CcalcuOblique | Calculus of the constraints coming from the oblique parameters |
CFermion | Fermion properties |
CMatrixx | Class to represent the mixing matrices VCKM and VPMNS |
CMeson | Meson properties |
CMixes | Definition of the couplings for the different BGL models |
▼Nstd | |
CMatrix | |
Cmultivector | A vector of vectors of vectors of... (N times) of class T objects |
Cmultivector< T, 1 > | Specialization template class of multivector<T,N> for N=1 |
CBGL2 | A second implementation of the BGL model, for testing purposes |
Ccalcu | Base class to do the calculus of a constraint to the model |
Ccalcuba | Class to do the calculus of a constraint based on a GiNaC compiled expression |
Ccalcuex | Class to do the calculus of a constraint based on a GiNaC symbolic expression |
Cdiscreteparameter | A parameter which will be fitted in the simulation |
Cfreeparameter | A parameter which will be fitted in the simulation |
Cgauss2obs | Same as gaussobs but with a different initializer, such that the uncertainty sigma is absolute |
Cgaussobs | An experimental measure of a parameter which is a mean value and a standard deviation |
CJuca | |
Climitedobs | An experimental measure which is an upper limit on a parameter with a given Confidence Level |
Cmeasure | A class containing the value and uncertainty of an experimental measure |
CModel | Abstract class for a model |
Cobservable | A base class representing an experimental measure |
Cparameters | Vector of parameters |
CPeak | A class containing the parameters of a maximum of the likelihood function |
Cpoints | |
Cprediction | Theoretical expression for an experimental measure |
CProposal | A class containing the parameters of a proposal for the next step in the Markov Chain |
Cwidthcalc | This class calculates decay widths of one lepton to 3 leptons |