def bias_model(self, val): if not isinstance(val, str) and not issubclass_(val, bias.Bias): raise ValueError("bias_model must be a subclass of bias.Bias") elif isinstance(val, str): return get_model_(val, "halomod.bias") else: return val
def halo_concentration_model(self, val): """A halo_concentration-mass relation""" if not isinstance(val, str) and not issubclass_(val, CMRelation): raise ValueError("halo_concentration_model must be a subclass of halo_concentration.CMRelation") elif isinstance(val, str): return get_model_(val, "halomod.concentration") else: return val
def hod_model(self, val): """:class:`~hod.HOD` class""" if not isinstance(val, str) and not issubclass_(val, hod.HOD): raise ValueError("hod_model must be a subclass of hod.HOD") elif isinstance(val, str): return get_model_(val, "halomod.hod") else: return val
def halo_profile_model(self, val): """The halo density halo_profile model""" if not isinstance(val, str) and not issubclass_(val, profiles.Profile): raise ValueError("halo_profile_model must be a subclass of profiles.Profile") elif isinstance(val, str): return get_model_(val, "halomod.profiles") else: return val
def cross_hod_model(self, val): if not isinstance(val, str) and not np.issubclass_(val, HODCross): raise ValueError( "cross_hod_model must be a subclass of cross_correlations.HODCross" ) elif isinstance(val, str): return get_model_(val, "") else: return val
def exclusion_model(self, val): """A string identifier for the type of halo exclusion used (or None)""" if val is None: val = "NoExclusion" if issubclass_(val, Exclusion): return val else: return get_model_(val, "halomod.halo_exclusion")
def sd_bias_model(self, val): if not isinstance(val, str) and not issubclass_(val, bias.ScaleDepBias) and val is not None: raise ValueError("scale_dependenent_bias must be a subclass of bias.ScaleDepBias") elif isinstance(val, str): model = get_model_(val, "halomod.bias") if not issubclass_(model, bias.ScaleDepBias): raise ValueError("scale_dependenent_bias must be a subclass of bias.ScaleDepBias") return model return val
def exclusion_model(self, val): """A string identifier for the type of halo exclusion used (or None)""" if val is None: val = "NoExclusion" if issubclass_(val, Exclusion): return val else: return get_model_(val, "halomod.halo_exclusion")
def profile_model(self, val): """The halo density profile model""" if not isinstance(val, basestring) and not issubclass_(val, profiles.Profile): raise ValueError("profile_model must be a subclass of profiles.Profile") if isinstance(val, basestring): return get_model_(val, "halomod.profiles") else: return val