epdf eEF eEmp emix euni MPF< BM_T >::mpfepdf libBM.h RV RV epdf::rv rv Identified of the random variable. _rv egamma::evalpdflog egiw::evalpdflog egamma::lognc eEmp::mean emix::mean euni::sample egamma::sample sampleN emix::set_parameters epdf::epdf () epdf default constructor epdf::epdf (const RV &rv0) epdf const RV & rv0 default constructor vec virtual vec epdf::sample () const =0 sample sample sample sample sample sample sample sample sample sample Returns the required moment of the epdf. Returns a sample, $x$ from density $epdf(rv)$ mpdf::samplecond PF::set_est eEmp::set_parameters mat mat epdf::sampleN (int N) const sampleN int N Returns N samples from density $epdf(rv)$. RV::count rv double virtual double epdf::eval (const vec &val) const eval eval eval eval eval eval const vec & val Compute probability of argument val. evalpdflog mpdf::evalcond double virtual double epdf::evalpdflog (const vec &val) const =0 evalpdflog evalpdflog evalpdflog evalpdflog evalpdflog evalpdflog evalpdflog evalpdflog evalpdflog evalpdflog const vec & val Compute log-probability of argument val. eval mpdf::samplecond vec virtual vec epdf::mean () const =0 mean mean mean mean mean mean mean mean mean mean return expected value main virtual epdf::~epdf () ~epdf Destructor for future use;. RV & RV& epdf::_rv () _rv access function, possibly dangerous! rv emix::set_parameters Probability density function with numerical statistics, e.g. posterior density. enorm< sq_T > epdf enorm< fsqmat > < fsqmat > eEmp emix enorm< chmat > < chmat > euni enorm< ldmat > < ldmat > egamma eEF MPF< BM_T >::mpfepdf egiw epdf rv RV epdf_rv epdfepdf epdfepdf epdfeval epdfevalpdflog epdfmean epdfrv epdfsample epdfsampleN epdf~epdf