spelling_exceptions=['pdb']
show_exceptions=['DistBase', 'FloatDistribution', 'Profile', 'SolventAccessibleSurface', 'VectorDistribution', 'ChiScore', 'ChiScoreLog']
value_object_exceptions=['DeltaDistributionFunction', 'DerivativeCalculator', 'DistBase', 'FitParameters', 'FloatDistribution', 'FormFactorTable', 'Profile', 'RadialDistributionFunction', 'RadiusOfGyrationRestraint', 'Restraint', 'SolventAccessibleSurface', 'VectorDistribution','ChiScore', 'ChiScoreLog', 'ProfileFitterChi', 'ProfileFitterChiLog' ]
function_name_exceptions=['DeltaDistributionFunction.append', 'DeltaDistributionFunction.assign', 'DeltaDistributionFunction.back', 'DeltaDistributionFunction.begin', 'DeltaDistributionFunction.capacity', 'DeltaDistributionFunction.empty', 'DeltaDistributionFunction.end', 'DeltaDistributionFunction.erase', 'DeltaDistributionFunction.front', 'DeltaDistributionFunction.insert', 'DeltaDistributionFunction.iterator', 'DeltaDistributionFunction.rbegin', 'DeltaDistributionFunction.rend', 'DeltaDistributionFunction.resize', 'DeltaDistributionFunction.size', 'DerivativeCalculator.compute_gaussian_effect_size', 'DistBase.append', 'DistBase.assign', 'DistBase.back', 'DistBase.begin', 'DistBase.capacity', 'DistBase.empty', 'DistBase.end', 'DistBase.erase', 'DistBase.front', 'DistBase.insert', 'DistBase.iterator', 'DistBase.rbegin', 'DistBase.rend', 'DistBase.resize', 'DistBase.size', 'FloatDistribution.append', 'FloatDistribution.assign', 'FloatDistribution.back', 'FloatDistribution.begin', 'FloatDistribution.capacity', 'FloatDistribution.empty', 'FloatDistribution.end', 'FloatDistribution.erase', 'FloatDistribution.front', 'FloatDistribution.insert', 'FloatDistribution.iterator', 'FloatDistribution.rbegin', 'FloatDistribution.rend', 'FloatDistribution.resize', 'FloatDistribution.size', 'Profile.calculate_I0', 'Profile.background_adjust', 'Profile.distribution_2_profile', 'Profile.is_uniform_sampling', 'Profile.offset', 'Profile.profile_2_distribution', 'Profile.radius_of_gyration', 'Profile.read_SAXS_file', 'Profile.scale', 'Profile.size', 'Profile.sum_partial_profiles', 'Profile.write_SAXS_file', 'RadialDistributionFunction.R_factor_score', 'RadialDistributionFunction.append', 'RadialDistributionFunction.assign', 'RadialDistributionFunction.back', 'RadialDistributionFunction.begin', 'RadialDistributionFunction.capacity', 'RadialDistributionFunction.empty', 'RadialDistributionFunction.end', 'RadialDistributionFunction.erase', 'RadialDistributionFunction.fit', 'RadialDistributionFunction.front', 'RadialDistributionFunction.insert', 'RadialDistributionFunction.iterator', 'RadialDistributionFunction.normalize', 'RadialDistributionFunction.rbegin', 'RadialDistributionFunction.rend', 'RadialDistributionFunction.resize', 'RadialDistributionFunction.scale', 'RadialDistributionFunction.size', 'ProfileFitter.fit_profile', 'ProfileFitterChi.fit_profile', 'ProfileFitterChi.resample', 'ProfileFitterChiLog.fit_profile', 'ProfileFitterChiLog.resample', 'VectorDistribution.append', 'VectorDistribution.assign', 'VectorDistribution.back', 'VectorDistribution.begin', 'VectorDistribution.capacity', 'VectorDistribution.empty', 'VectorDistribution.end', 'VectorDistribution.erase', 'VectorDistribution.front', 'VectorDistribution.insert', 'VectorDistribution.iterator', 'VectorDistribution.rbegin', 'VectorDistribution.rend', 'VectorDistribution.resize', 'VectorDistribution.size',
                                            'DeltaDistributionFunction.calculate_derivative_distribution',
                                            'Profile.calculate_profile',
                                            'Profile.calculate_profile_constant_form_factor',
                                            'Profile.calculate_profile_partial',
                                            'Profile.calculate_profile_reciprocal_partial',
                                            'Profile.calculate_profile_symmetric']