Index _ | A | C | D | E | F | G | H | I | L | M | N | O | P | R | S | T | U | Z _ __str__() (zfit_physics.compwa.pdf.ComPWAPDF method) (zfit_physics.pdf.Argus method) (zfit_physics.pdf.CMSShape method) (zfit_physics.pdf.Cruijff method) (zfit_physics.pdf.ErfExp method) (zfit_physics.pdf.Novosibirsk method) (zfit_physics.pdf.RelativisticBreitWigner method) (zfit_physics.pdf.Tsallis method) A add_cache_deps() (zfit_physics.compwa.pdf.ComPWAPDF method) (zfit_physics.pdf.Argus method) (zfit_physics.pdf.CMSShape method) (zfit_physics.pdf.Cruijff method) (zfit_physics.pdf.ErfExp method) (zfit_physics.pdf.Novosibirsk method) (zfit_physics.pdf.RelativisticBreitWigner method) (zfit_physics.pdf.Tsallis method) analytic_integrate() (zfit_physics.compwa.pdf.ComPWAPDF method) (zfit_physics.pdf.Argus method) (zfit_physics.pdf.CMSShape method) (zfit_physics.pdf.Cruijff method) (zfit_physics.pdf.ErfExp method) (zfit_physics.pdf.Novosibirsk method) (zfit_physics.pdf.RelativisticBreitWigner method) (zfit_physics.pdf.Tsallis method) Argus (class in zfit_physics.pdf) as_func() (zfit_physics.compwa.pdf.ComPWAPDF method) (zfit_physics.pdf.Argus method) (zfit_physics.pdf.CMSShape method) (zfit_physics.pdf.Cruijff method) (zfit_physics.pdf.ErfExp method) (zfit_physics.pdf.Novosibirsk method) (zfit_physics.pdf.RelativisticBreitWigner method) (zfit_physics.pdf.Tsallis method) axes (zfit_physics.compwa.pdf.ComPWAPDF property) (zfit_physics.pdf.Argus property) (zfit_physics.pdf.CMSShape property) (zfit_physics.pdf.Cruijff property) (zfit_physics.pdf.ErfExp property) (zfit_physics.pdf.Novosibirsk property) (zfit_physics.pdf.RelativisticBreitWigner property) (zfit_physics.pdf.Tsallis property) C CMSShape (class in zfit_physics.pdf) ComPWAPDF (class in zfit_physics.compwa.pdf) copy() (zfit_physics.compwa.pdf.ComPWAPDF method) (zfit_physics.pdf.Argus method) (zfit_physics.pdf.CMSShape method) (zfit_physics.pdf.Cruijff method) (zfit_physics.pdf.ErfExp method) (zfit_physics.pdf.Novosibirsk method) (zfit_physics.pdf.RelativisticBreitWigner method) (zfit_physics.pdf.Tsallis method) create_extended() (zfit_physics.compwa.pdf.ComPWAPDF method) (zfit_physics.pdf.Argus method) (zfit_physics.pdf.CMSShape method) (zfit_physics.pdf.Cruijff method) (zfit_physics.pdf.ErfExp method) (zfit_physics.pdf.Novosibirsk method) (zfit_physics.pdf.RelativisticBreitWigner method) (zfit_physics.pdf.Tsallis method) create_projection_pdf() (zfit_physics.compwa.pdf.ComPWAPDF method) (zfit_physics.pdf.Argus method) (zfit_physics.pdf.CMSShape method) (zfit_physics.pdf.Cruijff method) (zfit_physics.pdf.ErfExp method) (zfit_physics.pdf.Novosibirsk method) (zfit_physics.pdf.RelativisticBreitWigner method) (zfit_physics.pdf.Tsallis method) create_sampler() (zfit_physics.compwa.pdf.ComPWAPDF method) (zfit_physics.pdf.Argus method) (zfit_physics.pdf.CMSShape method) (zfit_physics.pdf.Cruijff method) (zfit_physics.pdf.ErfExp method) (zfit_physics.pdf.Novosibirsk method) (zfit_physics.pdf.RelativisticBreitWigner method) (zfit_physics.pdf.Tsallis method) Cruijff (class in zfit_physics.pdf) D DEFAULTS_integration (zfit_physics.compwa.pdf.ComPWAPDF attribute) (zfit_physics.pdf.Argus attribute) (zfit_physics.pdf.CMSShape attribute) (zfit_physics.pdf.Cruijff attribute) (zfit_physics.pdf.ErfExp attribute) (zfit_physics.pdf.Novosibirsk attribute) (zfit_physics.pdf.RelativisticBreitWigner attribute) (zfit_physics.pdf.Tsallis attribute) dtype (zfit_physics.compwa.pdf.ComPWAPDF property) (zfit_physics.pdf.Argus property) (zfit_physics.pdf.CMSShape property) (zfit_physics.pdf.Cruijff property) (zfit_physics.pdf.ErfExp property) (zfit_physics.pdf.Novosibirsk property) (zfit_physics.pdf.RelativisticBreitWigner property) (zfit_physics.pdf.Tsallis property) E ErfExp (class in zfit_physics.pdf) ext_integrate() (zfit_physics.compwa.pdf.ComPWAPDF method) (zfit_physics.pdf.Argus method) (zfit_physics.pdf.CMSShape method) (zfit_physics.pdf.Cruijff method) (zfit_physics.pdf.ErfExp method) (zfit_physics.pdf.Novosibirsk method) (zfit_physics.pdf.RelativisticBreitWigner method) (zfit_physics.pdf.Tsallis method) ext_log_pdf() (zfit_physics.compwa.pdf.ComPWAPDF method) (zfit_physics.pdf.Argus method) (zfit_physics.pdf.CMSShape method) (zfit_physics.pdf.Cruijff method) (zfit_physics.pdf.ErfExp method) (zfit_physics.pdf.Novosibirsk method) (zfit_physics.pdf.RelativisticBreitWigner method) (zfit_physics.pdf.Tsallis method) ext_pdf() (zfit_physics.compwa.pdf.ComPWAPDF method) (zfit_physics.pdf.Argus method) (zfit_physics.pdf.CMSShape method) (zfit_physics.pdf.Cruijff method) (zfit_physics.pdf.ErfExp method) (zfit_physics.pdf.Novosibirsk method) (zfit_physics.pdf.RelativisticBreitWigner method) (zfit_physics.pdf.Tsallis method) extended (zfit_physics.compwa.pdf.ComPWAPDF property) (zfit_physics.pdf.Argus property) (zfit_physics.pdf.CMSShape property) (zfit_physics.pdf.Cruijff property) (zfit_physics.pdf.ErfExp property) (zfit_physics.pdf.Novosibirsk property) (zfit_physics.pdf.RelativisticBreitWigner property) (zfit_physics.pdf.Tsallis property) F from_asdf() (zfit_physics.pdf.Argus class method) (zfit_physics.pdf.CMSShape class method) (zfit_physics.pdf.Cruijff class method) (zfit_physics.pdf.ErfExp class method) (zfit_physics.pdf.Novosibirsk class method) (zfit_physics.pdf.RelativisticBreitWigner class method) (zfit_physics.pdf.Tsallis class method) from_dict() (zfit_physics.pdf.Argus class method) (zfit_physics.pdf.CMSShape class method) (zfit_physics.pdf.Cruijff class method) (zfit_physics.pdf.ErfExp class method) (zfit_physics.pdf.Novosibirsk class method) (zfit_physics.pdf.RelativisticBreitWigner class method) (zfit_physics.pdf.Tsallis class method) from_json() (zfit_physics.pdf.Argus class method) (zfit_physics.pdf.CMSShape class method) (zfit_physics.pdf.Cruijff class method) (zfit_physics.pdf.ErfExp class method) (zfit_physics.pdf.Novosibirsk class method) (zfit_physics.pdf.RelativisticBreitWigner class method) (zfit_physics.pdf.Tsallis class method) G get_params() (zfit_physics.compwa.pdf.ComPWAPDF method) (zfit_physics.pdf.Argus method) (zfit_physics.pdf.CMSShape method) (zfit_physics.pdf.Cruijff method) (zfit_physics.pdf.ErfExp method) (zfit_physics.pdf.Novosibirsk method) (zfit_physics.pdf.RelativisticBreitWigner method) (zfit_physics.pdf.Tsallis method) get_repr() (zfit_physics.pdf.Argus class method) (zfit_physics.pdf.CMSShape class method) (zfit_physics.pdf.Cruijff class method) (zfit_physics.pdf.ErfExp class method) (zfit_physics.pdf.Novosibirsk class method) (zfit_physics.pdf.RelativisticBreitWigner class method) (zfit_physics.pdf.Tsallis class method) get_yield() (zfit_physics.compwa.pdf.ComPWAPDF method) (zfit_physics.pdf.Argus method) (zfit_physics.pdf.CMSShape method) (zfit_physics.pdf.Cruijff method) (zfit_physics.pdf.ErfExp method) (zfit_physics.pdf.Novosibirsk method) (zfit_physics.pdf.RelativisticBreitWigner method) (zfit_physics.pdf.Tsallis method) graph_caching_methods (zfit_physics.compwa.pdf.ComPWAPDF attribute) (zfit_physics.pdf.Argus attribute) (zfit_physics.pdf.CMSShape attribute) (zfit_physics.pdf.Cruijff attribute) (zfit_physics.pdf.ErfExp attribute) (zfit_physics.pdf.Novosibirsk attribute) (zfit_physics.pdf.RelativisticBreitWigner attribute) (zfit_physics.pdf.Tsallis attribute) H has_analytic_integral (zfit_physics.compwa.pdf.ComPWAPDF property) (zfit_physics.pdf.Argus property) (zfit_physics.pdf.CMSShape property) (zfit_physics.pdf.Cruijff property) (zfit_physics.pdf.ErfExp property) (zfit_physics.pdf.Novosibirsk property) (zfit_physics.pdf.RelativisticBreitWigner property) (zfit_physics.pdf.Tsallis property) hs3 (zfit_physics.pdf.Argus attribute) (zfit_physics.pdf.CMSShape attribute) (zfit_physics.pdf.Cruijff attribute) (zfit_physics.pdf.ErfExp attribute) (zfit_physics.pdf.Novosibirsk attribute) (zfit_physics.pdf.RelativisticBreitWigner attribute) (zfit_physics.pdf.Tsallis attribute) hs3_type (zfit_physics.pdf.Argus attribute) (zfit_physics.pdf.CMSShape attribute) (zfit_physics.pdf.Cruijff attribute) (zfit_physics.pdf.ErfExp attribute) (zfit_physics.pdf.Novosibirsk attribute) (zfit_physics.pdf.RelativisticBreitWigner attribute) (zfit_physics.pdf.Tsallis attribute) I instances (zfit_physics.compwa.pdf.ComPWAPDF attribute) (zfit_physics.pdf.Argus attribute) (zfit_physics.pdf.CMSShape attribute) (zfit_physics.pdf.Cruijff attribute) (zfit_physics.pdf.ErfExp attribute) (zfit_physics.pdf.Novosibirsk attribute) (zfit_physics.pdf.RelativisticBreitWigner attribute) (zfit_physics.pdf.Tsallis attribute) integrate() (zfit_physics.compwa.pdf.ComPWAPDF method) (zfit_physics.pdf.Argus method) (zfit_physics.pdf.CMSShape method) (zfit_physics.pdf.Cruijff method) (zfit_physics.pdf.ErfExp method) (zfit_physics.pdf.Novosibirsk method) (zfit_physics.pdf.RelativisticBreitWigner method) (zfit_physics.pdf.Tsallis method) is_extended (zfit_physics.compwa.pdf.ComPWAPDF property) (zfit_physics.pdf.Argus property) (zfit_physics.pdf.CMSShape property) (zfit_physics.pdf.Cruijff property) (zfit_physics.pdf.ErfExp property) (zfit_physics.pdf.Novosibirsk property) (zfit_physics.pdf.RelativisticBreitWigner property) (zfit_physics.pdf.Tsallis property) L label (zfit_physics.compwa.pdf.ComPWAPDF property) (zfit_physics.pdf.Argus property) (zfit_physics.pdf.CMSShape property) (zfit_physics.pdf.Cruijff property) (zfit_physics.pdf.ErfExp property) (zfit_physics.pdf.Novosibirsk property) (zfit_physics.pdf.RelativisticBreitWigner property) (zfit_physics.pdf.Tsallis property) log_normalization() (zfit_physics.compwa.pdf.ComPWAPDF method) (zfit_physics.pdf.Argus method) (zfit_physics.pdf.CMSShape method) (zfit_physics.pdf.Cruijff method) (zfit_physics.pdf.ErfExp method) (zfit_physics.pdf.Novosibirsk method) (zfit_physics.pdf.RelativisticBreitWigner method) (zfit_physics.pdf.Tsallis method) log_pdf() (zfit_physics.compwa.pdf.ComPWAPDF method) (zfit_physics.pdf.Argus method) (zfit_physics.pdf.CMSShape method) (zfit_physics.pdf.Cruijff method) (zfit_physics.pdf.ErfExp method) (zfit_physics.pdf.Novosibirsk method) (zfit_physics.pdf.RelativisticBreitWigner method) (zfit_physics.pdf.Tsallis method) M module zfit_physics.compwa.loss zfit_physics.compwa.pdf zfit_physics.compwa.variables zfit_physics.pdf zfit_physics.pyhf.loss zfit_physics.roofit.loss zfit_physics.roofit.variables zfit_physics.tfpwa.loss zfit_physics.tfpwa.variables N n_obs (zfit_physics.compwa.pdf.ComPWAPDF property) (zfit_physics.pdf.Argus property) (zfit_physics.pdf.CMSShape property) (zfit_physics.pdf.Cruijff property) (zfit_physics.pdf.ErfExp property) (zfit_physics.pdf.Novosibirsk property) (zfit_physics.pdf.RelativisticBreitWigner property) (zfit_physics.pdf.Tsallis property) name (zfit_physics.compwa.pdf.ComPWAPDF property) (zfit_physics.pdf.Argus property) (zfit_physics.pdf.CMSShape property) (zfit_physics.pdf.Cruijff property) (zfit_physics.pdf.ErfExp property) (zfit_physics.pdf.Novosibirsk property) (zfit_physics.pdf.RelativisticBreitWigner property) (zfit_physics.pdf.Tsallis property) nll_from_estimator() (in module zfit_physics.compwa.loss) nll_from_fcn() (in module zfit_physics.tfpwa.loss) nll_from_pyhf() (in module zfit_physics.pyhf.loss) nll_from_roofit() (in module zfit_physics.roofit.loss) norm (zfit_physics.compwa.pdf.ComPWAPDF property) (zfit_physics.pdf.Argus property) (zfit_physics.pdf.CMSShape property) (zfit_physics.pdf.Cruijff property) (zfit_physics.pdf.ErfExp property) (zfit_physics.pdf.Novosibirsk property) (zfit_physics.pdf.RelativisticBreitWigner property) (zfit_physics.pdf.Tsallis property) norm_range (zfit_physics.compwa.pdf.ComPWAPDF property) (zfit_physics.pdf.Argus property) (zfit_physics.pdf.CMSShape property) (zfit_physics.pdf.Cruijff property) (zfit_physics.pdf.ErfExp property) (zfit_physics.pdf.Novosibirsk property) (zfit_physics.pdf.RelativisticBreitWigner property) (zfit_physics.pdf.Tsallis property) normalization() (zfit_physics.compwa.pdf.ComPWAPDF method) (zfit_physics.pdf.Argus method) (zfit_physics.pdf.CMSShape method) (zfit_physics.pdf.Cruijff method) (zfit_physics.pdf.ErfExp method) (zfit_physics.pdf.Novosibirsk method) (zfit_physics.pdf.RelativisticBreitWigner method) (zfit_physics.pdf.Tsallis method) Novosibirsk (class in zfit_physics.pdf) numeric_integrate() (zfit_physics.compwa.pdf.ComPWAPDF method) (zfit_physics.pdf.Argus method) (zfit_physics.pdf.CMSShape method) (zfit_physics.pdf.Cruijff method) (zfit_physics.pdf.ErfExp method) (zfit_physics.pdf.Novosibirsk method) (zfit_physics.pdf.RelativisticBreitWigner method) (zfit_physics.pdf.Tsallis method) O obs (zfit_physics.compwa.pdf.ComPWAPDF property) (zfit_physics.pdf.Argus property) (zfit_physics.pdf.CMSShape property) (zfit_physics.pdf.Cruijff property) (zfit_physics.pdf.ErfExp property) (zfit_physics.pdf.Novosibirsk property) (zfit_physics.pdf.RelativisticBreitWigner property) (zfit_physics.pdf.Tsallis property) obs_from_frame() (in module zfit_physics.compwa.variables) P params (zfit_physics.compwa.pdf.ComPWAPDF property) (zfit_physics.pdf.Argus property) (zfit_physics.pdf.CMSShape property) (zfit_physics.pdf.Cruijff property) (zfit_physics.pdf.ErfExp property) (zfit_physics.pdf.Novosibirsk property) (zfit_physics.pdf.RelativisticBreitWigner property) (zfit_physics.pdf.Tsallis property) params_from_fcn() (in module zfit_physics.tfpwa.variables) params_from_intensity() (in module zfit_physics.compwa.variables) partial_analytic_integrate() (zfit_physics.compwa.pdf.ComPWAPDF method) (zfit_physics.pdf.Argus method) (zfit_physics.pdf.CMSShape method) (zfit_physics.pdf.Cruijff method) (zfit_physics.pdf.ErfExp method) (zfit_physics.pdf.Novosibirsk method) (zfit_physics.pdf.RelativisticBreitWigner method) (zfit_physics.pdf.Tsallis method) partial_integrate() (zfit_physics.compwa.pdf.ComPWAPDF method) (zfit_physics.pdf.Argus method) (zfit_physics.pdf.CMSShape method) (zfit_physics.pdf.Cruijff method) (zfit_physics.pdf.ErfExp method) (zfit_physics.pdf.Novosibirsk method) (zfit_physics.pdf.RelativisticBreitWigner method) (zfit_physics.pdf.Tsallis method) partial_numeric_integrate() (zfit_physics.compwa.pdf.ComPWAPDF method) (zfit_physics.pdf.Argus method) (zfit_physics.pdf.CMSShape method) (zfit_physics.pdf.Cruijff method) (zfit_physics.pdf.ErfExp method) (zfit_physics.pdf.Novosibirsk method) (zfit_physics.pdf.RelativisticBreitWigner method) (zfit_physics.pdf.Tsallis method) pdf() (zfit_physics.compwa.pdf.ComPWAPDF method) (zfit_physics.pdf.Argus method) (zfit_physics.pdf.CMSShape method) (zfit_physics.pdf.Cruijff method) (zfit_physics.pdf.ErfExp method) (zfit_physics.pdf.Novosibirsk method) (zfit_physics.pdf.RelativisticBreitWigner method) (zfit_physics.pdf.Tsallis method) plot (zfit_physics.compwa.pdf.ComPWAPDF property) (zfit_physics.pdf.Argus property) (zfit_physics.pdf.CMSShape property) (zfit_physics.pdf.Cruijff property) (zfit_physics.pdf.ErfExp property) (zfit_physics.pdf.Novosibirsk property) (zfit_physics.pdf.RelativisticBreitWigner property) (zfit_physics.pdf.Tsallis property) R register_analytic_integral() (zfit_physics.compwa.pdf.ComPWAPDF class method) (zfit_physics.pdf.Argus class method) (zfit_physics.pdf.CMSShape class method) (zfit_physics.pdf.Cruijff class method) (zfit_physics.pdf.ErfExp class method) (zfit_physics.pdf.Novosibirsk class method) (zfit_physics.pdf.RelativisticBreitWigner class method) (zfit_physics.pdf.Tsallis class method) register_cacher() (zfit_physics.compwa.pdf.ComPWAPDF method) (zfit_physics.pdf.Argus method) (zfit_physics.pdf.CMSShape method) (zfit_physics.pdf.Cruijff method) (zfit_physics.pdf.ErfExp method) (zfit_physics.pdf.Novosibirsk method) (zfit_physics.pdf.RelativisticBreitWigner method) (zfit_physics.pdf.Tsallis method) register_inverse_analytic_integral() (zfit_physics.compwa.pdf.ComPWAPDF class method) (zfit_physics.pdf.Argus class method) (zfit_physics.pdf.CMSShape class method) (zfit_physics.pdf.Cruijff class method) (zfit_physics.pdf.ErfExp class method) (zfit_physics.pdf.Novosibirsk class method) (zfit_physics.pdf.RelativisticBreitWigner class method) (zfit_physics.pdf.Tsallis class method) RelativisticBreitWigner (class in zfit_physics.pdf) reset_cache() (zfit_physics.compwa.pdf.ComPWAPDF method) (zfit_physics.pdf.Argus method) (zfit_physics.pdf.CMSShape method) (zfit_physics.pdf.Cruijff method) (zfit_physics.pdf.ErfExp method) (zfit_physics.pdf.Novosibirsk method) (zfit_physics.pdf.RelativisticBreitWigner method) (zfit_physics.pdf.Tsallis method) reset_cache_self() (zfit_physics.compwa.pdf.ComPWAPDF method) (zfit_physics.pdf.Argus method) (zfit_physics.pdf.CMSShape method) (zfit_physics.pdf.Cruijff method) (zfit_physics.pdf.ErfExp method) (zfit_physics.pdf.Novosibirsk method) (zfit_physics.pdf.RelativisticBreitWigner method) (zfit_physics.pdf.Tsallis method) roo2z_param() (in module zfit_physics.roofit.variables) S sample() (zfit_physics.compwa.pdf.ComPWAPDF method) (zfit_physics.pdf.Argus method) (zfit_physics.pdf.CMSShape method) (zfit_physics.pdf.Cruijff method) (zfit_physics.pdf.ErfExp method) (zfit_physics.pdf.Novosibirsk method) (zfit_physics.pdf.RelativisticBreitWigner method) (zfit_physics.pdf.Tsallis method) set_norm_range() (zfit_physics.compwa.pdf.ComPWAPDF method) (zfit_physics.pdf.Argus method) (zfit_physics.pdf.CMSShape method) (zfit_physics.pdf.Cruijff method) (zfit_physics.pdf.ErfExp method) (zfit_physics.pdf.Novosibirsk method) (zfit_physics.pdf.RelativisticBreitWigner method) (zfit_physics.pdf.Tsallis method) set_yield() (zfit_physics.compwa.pdf.ComPWAPDF method) (zfit_physics.pdf.Argus method) (zfit_physics.pdf.CMSShape method) (zfit_physics.pdf.Cruijff method) (zfit_physics.pdf.ErfExp method) (zfit_physics.pdf.Novosibirsk method) (zfit_physics.pdf.RelativisticBreitWigner method) (zfit_physics.pdf.Tsallis method) space (zfit_physics.compwa.pdf.ComPWAPDF property) (zfit_physics.pdf.Argus property) (zfit_physics.pdf.CMSShape property) (zfit_physics.pdf.Cruijff property) (zfit_physics.pdf.ErfExp property) (zfit_physics.pdf.Novosibirsk property) (zfit_physics.pdf.RelativisticBreitWigner property) (zfit_physics.pdf.Tsallis property) T to_asdf() (zfit_physics.pdf.Argus method) (zfit_physics.pdf.CMSShape method) (zfit_physics.pdf.Cruijff method) (zfit_physics.pdf.ErfExp method) (zfit_physics.pdf.Novosibirsk method) (zfit_physics.pdf.RelativisticBreitWigner method) (zfit_physics.pdf.Tsallis method) to_binned() (zfit_physics.compwa.pdf.ComPWAPDF method) (zfit_physics.pdf.Argus method) (zfit_physics.pdf.CMSShape method) (zfit_physics.pdf.Cruijff method) (zfit_physics.pdf.ErfExp method) (zfit_physics.pdf.Novosibirsk method) (zfit_physics.pdf.RelativisticBreitWigner method) (zfit_physics.pdf.Tsallis method) to_cached() (zfit_physics.compwa.pdf.ComPWAPDF method) (zfit_physics.pdf.Argus method) (zfit_physics.pdf.CMSShape method) (zfit_physics.pdf.Cruijff method) (zfit_physics.pdf.ErfExp method) (zfit_physics.pdf.Novosibirsk method) (zfit_physics.pdf.RelativisticBreitWigner method) (zfit_physics.pdf.Tsallis method) to_dict() (zfit_physics.pdf.Argus method) (zfit_physics.pdf.CMSShape method) (zfit_physics.pdf.Cruijff method) (zfit_physics.pdf.ErfExp method) (zfit_physics.pdf.Novosibirsk method) (zfit_physics.pdf.RelativisticBreitWigner method) (zfit_physics.pdf.Tsallis method) to_json() (zfit_physics.pdf.Argus method) (zfit_physics.pdf.CMSShape method) (zfit_physics.pdf.Cruijff method) (zfit_physics.pdf.ErfExp method) (zfit_physics.pdf.Novosibirsk method) (zfit_physics.pdf.RelativisticBreitWigner method) (zfit_physics.pdf.Tsallis method) to_orm() (zfit_physics.pdf.Argus method) (zfit_physics.pdf.CMSShape method) (zfit_physics.pdf.Cruijff method) (zfit_physics.pdf.ErfExp method) (zfit_physics.pdf.Novosibirsk method) (zfit_physics.pdf.RelativisticBreitWigner method) (zfit_physics.pdf.Tsallis method) to_positive() (zfit_physics.compwa.pdf.ComPWAPDF method) (zfit_physics.pdf.Argus method) (zfit_physics.pdf.CMSShape method) (zfit_physics.pdf.Cruijff method) (zfit_physics.pdf.ErfExp method) (zfit_physics.pdf.Novosibirsk method) (zfit_physics.pdf.RelativisticBreitWigner method) (zfit_physics.pdf.Tsallis method) to_truncated() (zfit_physics.compwa.pdf.ComPWAPDF method) (zfit_physics.pdf.Argus method) (zfit_physics.pdf.CMSShape method) (zfit_physics.pdf.Cruijff method) (zfit_physics.pdf.ErfExp method) (zfit_physics.pdf.Novosibirsk method) (zfit_physics.pdf.RelativisticBreitWigner method) (zfit_physics.pdf.Tsallis method) to_unbinned() (zfit_physics.compwa.pdf.ComPWAPDF method) (zfit_physics.pdf.Argus method) (zfit_physics.pdf.CMSShape method) (zfit_physics.pdf.Cruijff method) (zfit_physics.pdf.ErfExp method) (zfit_physics.pdf.Novosibirsk method) (zfit_physics.pdf.RelativisticBreitWigner method) (zfit_physics.pdf.Tsallis method) to_yaml() (zfit_physics.pdf.Argus method) (zfit_physics.pdf.CMSShape method) (zfit_physics.pdf.Cruijff method) (zfit_physics.pdf.ErfExp method) (zfit_physics.pdf.Novosibirsk method) (zfit_physics.pdf.RelativisticBreitWigner method) (zfit_physics.pdf.Tsallis method) Tsallis (class in zfit_physics.pdf) U unnormalized_pdf() (zfit_physics.compwa.pdf.ComPWAPDF method) (zfit_physics.pdf.Argus method) (zfit_physics.pdf.CMSShape method) (zfit_physics.pdf.Cruijff method) (zfit_physics.pdf.ErfExp method) (zfit_physics.pdf.Novosibirsk method) (zfit_physics.pdf.RelativisticBreitWigner method) (zfit_physics.pdf.Tsallis method) update_integration_options() (zfit_physics.compwa.pdf.ComPWAPDF method) (zfit_physics.pdf.Argus method) (zfit_physics.pdf.CMSShape method) (zfit_physics.pdf.Cruijff method) (zfit_physics.pdf.ErfExp method) (zfit_physics.pdf.Novosibirsk method) (zfit_physics.pdf.RelativisticBreitWigner method) (zfit_physics.pdf.Tsallis method) Z zfit_physics.compwa.loss module zfit_physics.compwa.pdf module zfit_physics.compwa.variables module zfit_physics.pdf module zfit_physics.pyhf.loss module zfit_physics.roofit.loss module zfit_physics.roofit.variables module zfit_physics.tfpwa.loss module zfit_physics.tfpwa.variables module
