Index _ | A | B | C | D | E | F | G | H | I | L | M | N | O | P | R | S | T | U | V | W _ __init__() (cuqipy_fenics.geometry.FEniCSContinuous method), [1] (cuqipy_fenics.geometry.FEniCSMappedGeometry method), [1] (cuqipy_fenics.geometry.FEniCSStepExpansion method), [1] (cuqipy_fenics.geometry.MaternKLExpansion method), [1] (cuqipy_fenics.pde.FEniCSPDE method), [1] (cuqipy_fenics.pde.SteadyStateLinearFEniCSPDE method), [1] (cuqipy_fenics.testproblem.FEniCSDiffusion1D method), [1] (cuqipy_fenics.testproblem.FEniCSPoisson2D method), [1] (cuqipy_fenics.utilities.ExpressionFromCallable method), [1] (cuqipy_fenics.utilities.Number method), [1] (cuqipy_fenics.utilities.Samples method), [1] A assemble() (cuqipy_fenics.pde.FEniCSPDE method) (cuqipy_fenics.pde.SteadyStateLinearFEniCSPDE method) axis_labels (cuqipy_fenics.geometry.FEniCSMappedGeometry property) (cuqipy_fenics.geometry.FEniCSStepExpansion property) (cuqipy_fenics.geometry.MaternKLExpansion property) B boundary_conditions (cuqipy_fenics.geometry.MaternKLExpansion property) burnthin() (cuqipy_fenics.utilities.Samples method) C ci_width() (cuqipy_fenics.utilities.Samples method) compute_ci() (cuqipy_fenics.utilities.Samples method) compute_ess() (cuqipy_fenics.utilities.Samples method) compute_rhat() (cuqipy_fenics.utilities.Samples method) compute_vertex_values() (cuqipy_fenics.utilities.ExpressionFromCallable method) count() (cuqipy_fenics.utilities.ExpressionFromCallable method) cpp_object() (cuqipy_fenics.utilities.ExpressionFromCallable method) cuqipy_fenics module cuqipy_fenics.config module cuqipy_fenics.geometry module cuqipy_fenics.pde module cuqipy_fenics.testproblem module cuqipy_fenics.utilities module D data (cuqipy_fenics.testproblem.FEniCSDiffusion1D attribute) (cuqipy_fenics.testproblem.FEniCSDiffusion1D property) (cuqipy_fenics.testproblem.FEniCSPoisson2D property) diagnostics() (cuqipy_fenics.utilities.Samples method) dx() (cuqipy_fenics.utilities.ExpressionFromCallable method) E eig_val (cuqipy_fenics.geometry.MaternKLExpansion property) eig_vec (cuqipy_fenics.geometry.MaternKLExpansion property) eval() (cuqipy_fenics.utilities.ExpressionFromCallable method) evaluate() (cuqipy_fenics.utilities.ExpressionFromCallable method) exactData (cuqipy_fenics.testproblem.FEniCSDiffusion1D attribute) exactSolution (cuqipy_fenics.testproblem.FEniCSDiffusion1D attribute) ExpressionFromCallable (class in cuqipy_fenics.utilities) F FEniCSContinuous (class in cuqipy_fenics.geometry) FEniCSDiffusion1D (class in cuqipy_fenics.testproblem) FEniCSMappedGeometry (class in cuqipy_fenics.geometry) FEniCSPDE (class in cuqipy_fenics.pde) FEniCSPoisson2D (class in cuqipy_fenics.testproblem) FEniCSStepExpansion (class in cuqipy_fenics.geometry) forward_solution (cuqipy_fenics.pde.FEniCSPDE property) (cuqipy_fenics.pde.SteadyStateLinearFEniCSPDE property) fun2par() (cuqipy_fenics.geometry.FEniCSContinuous method) (cuqipy_fenics.geometry.FEniCSMappedGeometry method) (cuqipy_fenics.geometry.FEniCSStepExpansion method) (cuqipy_fenics.geometry.MaternKLExpansion method) fun2vec() (cuqipy_fenics.geometry.FEniCSContinuous method) (cuqipy_fenics.geometry.FEniCSMappedGeometry method) (cuqipy_fenics.geometry.FEniCSStepExpansion method) (cuqipy_fenics.geometry.MaternKLExpansion method) fun_dim (cuqipy_fenics.geometry.FEniCSContinuous property) (cuqipy_fenics.geometry.FEniCSMappedGeometry property) (cuqipy_fenics.geometry.FEniCSStepExpansion property) (cuqipy_fenics.geometry.MaternKLExpansion property) fun_is_array (cuqipy_fenics.geometry.FEniCSContinuous property) (cuqipy_fenics.geometry.FEniCSMappedGeometry property) (cuqipy_fenics.geometry.FEniCSStepExpansion property) (cuqipy_fenics.geometry.MaternKLExpansion property) fun_shape (cuqipy_fenics.geometry.FEniCSContinuous property) (cuqipy_fenics.geometry.FEniCSMappedGeometry property) (cuqipy_fenics.geometry.FEniCSStepExpansion property) (cuqipy_fenics.geometry.MaternKLExpansion property) function_space (cuqipy_fenics.geometry.FEniCSMappedGeometry property) (cuqipy_fenics.geometry.FEniCSStepExpansion property) (cuqipy_fenics.geometry.MaternKLExpansion property) funvals (cuqipy_fenics.utilities.Samples property) funvec_dim (cuqipy_fenics.geometry.FEniCSContinuous property) (cuqipy_fenics.geometry.FEniCSMappedGeometry property) (cuqipy_fenics.geometry.FEniCSStepExpansion property) (cuqipy_fenics.geometry.MaternKLExpansion property) funvec_shape (cuqipy_fenics.geometry.FEniCSContinuous property) (cuqipy_fenics.geometry.FEniCSMappedGeometry property) (cuqipy_fenics.geometry.FEniCSStepExpansion property) (cuqipy_fenics.geometry.MaternKLExpansion property) G geometric_dimension() (cuqipy_fenics.utilities.ExpressionFromCallable method) geometry (cuqipy_fenics.geometry.FEniCSStepExpansion property) (cuqipy_fenics.utilities.Samples property) get_components() (cuqipy_fenics.testproblem.FEniCSDiffusion1D method) (cuqipy_fenics.testproblem.FEniCSPoisson2D method) gradient() (cuqipy_fenics.geometry.FEniCSContinuous method) (cuqipy_fenics.geometry.FEniCSStepExpansion method) (cuqipy_fenics.geometry.MaternKLExpansion method) gradient_wrt_parameter() (cuqipy_fenics.pde.FEniCSPDE method) (cuqipy_fenics.pde.SteadyStateLinearFEniCSPDE method) grid (cuqipy_fenics.geometry.FEniCSMappedGeometry property) (cuqipy_fenics.geometry.FEniCSStepExpansion property) (cuqipy_fenics.geometry.MaternKLExpansion property) grid_obs (cuqipy_fenics.pde.FEniCSPDE property) (cuqipy_fenics.pde.SteadyStateLinearFEniCSPDE property) grid_sol (cuqipy_fenics.pde.FEniCSPDE property) (cuqipy_fenics.pde.SteadyStateLinearFEniCSPDE property) grids_equal (cuqipy_fenics.pde.FEniCSPDE property) (cuqipy_fenics.pde.SteadyStateLinearFEniCSPDE property) H hist_chain() (cuqipy_fenics.utilities.Samples method) I id() (cuqipy_fenics.utilities.ExpressionFromCallable method) infoSring (cuqipy_fenics.testproblem.FEniCSDiffusion1D attribute) is_cellwise_constant() (cuqipy_fenics.utilities.ExpressionFromCallable method) is_vec (cuqipy_fenics.utilities.Samples property) L label() (cuqipy_fenics.utilities.ExpressionFromCallable method) length_scale (cuqipy_fenics.geometry.MaternKLExpansion property) lhs_form (cuqipy_fenics.pde.FEniCSPDE property) (cuqipy_fenics.pde.SteadyStateLinearFEniCSPDE property) likelihood (cuqipy_fenics.testproblem.FEniCSDiffusion1D attribute) (cuqipy_fenics.testproblem.FEniCSDiffusion1D property) (cuqipy_fenics.testproblem.FEniCSPoisson2D property) M MAP() (cuqipy_fenics.testproblem.FEniCSDiffusion1D method), [1] (cuqipy_fenics.testproblem.FEniCSPoisson2D method) MaternKLExpansion (class in cuqipy_fenics.geometry) mean() (cuqipy_fenics.utilities.Samples method) median() (cuqipy_fenics.utilities.Samples method) mesh (cuqipy_fenics.geometry.FEniCSContinuous property) (cuqipy_fenics.geometry.FEniCSMappedGeometry property) (cuqipy_fenics.geometry.FEniCSStepExpansion property) (cuqipy_fenics.geometry.MaternKLExpansion property) ML() (cuqipy_fenics.testproblem.FEniCSDiffusion1D method) (cuqipy_fenics.testproblem.FEniCSPoisson2D method) model (cuqipy_fenics.testproblem.FEniCSDiffusion1D attribute) (cuqipy_fenics.testproblem.FEniCSDiffusion1D property) (cuqipy_fenics.testproblem.FEniCSPoisson2D property) module cuqipy_fenics cuqipy_fenics.config cuqipy_fenics.geometry cuqipy_fenics.pde cuqipy_fenics.testproblem cuqipy_fenics.utilities N name() (cuqipy_fenics.utilities.ExpressionFromCallable method) normalize (cuqipy_fenics.geometry.MaternKLExpansion property) Ns (cuqipy_fenics.utilities.Samples property) nu (cuqipy_fenics.geometry.MaternKLExpansion property) num_steps_x (cuqipy_fenics.geometry.FEniCSStepExpansion property) num_steps_y (cuqipy_fenics.geometry.FEniCSStepExpansion property) num_terms (cuqipy_fenics.geometry.MaternKLExpansion property) Number (class in cuqipy_fenics.utilities) O observation_operator (cuqipy_fenics.pde.FEniCSPDE property) (cuqipy_fenics.pde.SteadyStateLinearFEniCSPDE property) observe() (cuqipy_fenics.pde.FEniCSPDE method) (cuqipy_fenics.pde.SteadyStateLinearFEniCSPDE method) P par2field() (cuqipy_fenics.geometry.FEniCSStepExpansion method) (cuqipy_fenics.geometry.MaternKLExpansion method) par2fun() (cuqipy_fenics.geometry.FEniCSContinuous method) (cuqipy_fenics.geometry.FEniCSMappedGeometry method) (cuqipy_fenics.geometry.FEniCSStepExpansion method) (cuqipy_fenics.geometry.MaternKLExpansion method) par_dim (cuqipy_fenics.geometry.FEniCSContinuous property) (cuqipy_fenics.geometry.FEniCSMappedGeometry property) (cuqipy_fenics.geometry.FEniCSStepExpansion property) (cuqipy_fenics.geometry.MaternKLExpansion property) par_shape (cuqipy_fenics.geometry.FEniCSContinuous property) (cuqipy_fenics.geometry.FEniCSMappedGeometry property) (cuqipy_fenics.geometry.FEniCSStepExpansion property) (cuqipy_fenics.geometry.MaternKLExpansion property) parameter (cuqipy_fenics.pde.FEniCSPDE property) (cuqipy_fenics.pde.SteadyStateLinearFEniCSPDE property) parameters (cuqipy_fenics.utilities.Samples property) PDE_form (cuqipy_fenics.pde.FEniCSPDE property) (cuqipy_fenics.pde.SteadyStateLinearFEniCSPDE property) physical_dim (cuqipy_fenics.geometry.FEniCSContinuous property) (cuqipy_fenics.geometry.FEniCSStepExpansion property) (cuqipy_fenics.geometry.MaternKLExpansion property) plot() (cuqipy_fenics.geometry.FEniCSContinuous method) (cuqipy_fenics.geometry.FEniCSMappedGeometry method) (cuqipy_fenics.geometry.FEniCSStepExpansion method) (cuqipy_fenics.geometry.MaternKLExpansion method) (cuqipy_fenics.utilities.Samples method) plot_autocorrelation() (cuqipy_fenics.utilities.Samples method) plot_chain() (cuqipy_fenics.utilities.Samples method) plot_ci() (cuqipy_fenics.utilities.Samples method) plot_ci_width() (cuqipy_fenics.utilities.Samples method) plot_envelope() (cuqipy_fenics.geometry.FEniCSContinuous method) (cuqipy_fenics.geometry.FEniCSMappedGeometry method) (cuqipy_fenics.geometry.FEniCSStepExpansion method) (cuqipy_fenics.geometry.MaternKLExpansion method) plot_mean() (cuqipy_fenics.utilities.Samples method) plot_median() (cuqipy_fenics.utilities.Samples method) plot_pair() (cuqipy_fenics.utilities.Samples method) plot_std() (cuqipy_fenics.utilities.Samples method) plot_trace() (cuqipy_fenics.utilities.Samples method) plot_variance() (cuqipy_fenics.utilities.Samples method) plot_violin() (cuqipy_fenics.utilities.Samples method) posterior (cuqipy_fenics.testproblem.FEniCSDiffusion1D property) (cuqipy_fenics.testproblem.FEniCSPoisson2D property) prior (cuqipy_fenics.testproblem.FEniCSDiffusion1D attribute) (cuqipy_fenics.testproblem.FEniCSDiffusion1D property) (cuqipy_fenics.testproblem.FEniCSPoisson2D property) R rename() (cuqipy_fenics.utilities.ExpressionFromCallable method) restrict() (cuqipy_fenics.utilities.ExpressionFromCallable method) reuse_assembled (cuqipy_fenics.pde.FEniCSPDE property) (cuqipy_fenics.pde.SteadyStateLinearFEniCSPDE property) rhs_form (cuqipy_fenics.pde.FEniCSPDE property) (cuqipy_fenics.pde.SteadyStateLinearFEniCSPDE property) S sample_posterior() (cuqipy_fenics.testproblem.FEniCSDiffusion1D method), [1] (cuqipy_fenics.testproblem.FEniCSPoisson2D method) sample_prior() (cuqipy_fenics.testproblem.FEniCSDiffusion1D method) (cuqipy_fenics.testproblem.FEniCSPoisson2D method) Samples (class in cuqipy_fenics.utilities) set_data() (cuqipy_fenics.testproblem.FEniCSDiffusion1D method) (cuqipy_fenics.testproblem.FEniCSPoisson2D method) shape (cuqipy_fenics.utilities.Samples property) solve() (cuqipy_fenics.pde.FEniCSPDE method) (cuqipy_fenics.pde.SteadyStateLinearFEniCSPDE method) std() (cuqipy_fenics.utilities.Samples method) SteadyStateLinearFEniCSPDE (class in cuqipy_fenics.pde) step_basis (cuqipy_fenics.geometry.FEniCSStepExpansion property) T T (cuqipy_fenics.utilities.ExpressionFromCallable property) to_arviz_inferencedata() (cuqipy_fenics.utilities.Samples method) to_dolfin_expression() (in module cuqipy_fenics.utilities) U ufl_disable_profiling() (cuqipy_fenics.utilities.ExpressionFromCallable static method) ufl_domain() (cuqipy_fenics.utilities.ExpressionFromCallable method) ufl_domains() (cuqipy_fenics.utilities.ExpressionFromCallable method) ufl_element() (cuqipy_fenics.utilities.ExpressionFromCallable method) ufl_enable_profiling() (cuqipy_fenics.utilities.ExpressionFromCallable static method) ufl_evaluate() (cuqipy_fenics.utilities.ExpressionFromCallable method) ufl_free_indices (cuqipy_fenics.utilities.ExpressionFromCallable attribute) ufl_function_space() (cuqipy_fenics.utilities.ExpressionFromCallable method) ufl_index_dimensions (cuqipy_fenics.utilities.ExpressionFromCallable attribute) ufl_operands (cuqipy_fenics.utilities.ExpressionFromCallable attribute) ufl_shape (cuqipy_fenics.utilities.ExpressionFromCallable property) UQ() (cuqipy_fenics.testproblem.FEniCSDiffusion1D method) (cuqipy_fenics.testproblem.FEniCSPoisson2D method) V value_dimension() (cuqipy_fenics.utilities.ExpressionFromCallable method) value_rank() (cuqipy_fenics.utilities.ExpressionFromCallable method) variables (cuqipy_fenics.geometry.FEniCSContinuous property) (cuqipy_fenics.geometry.FEniCSMappedGeometry property) (cuqipy_fenics.geometry.FEniCSStepExpansion property) (cuqipy_fenics.geometry.MaternKLExpansion property) variance() (cuqipy_fenics.utilities.Samples method) vec2fun() (cuqipy_fenics.geometry.FEniCSContinuous method) (cuqipy_fenics.geometry.FEniCSMappedGeometry method) (cuqipy_fenics.geometry.FEniCSStepExpansion method) (cuqipy_fenics.geometry.MaternKLExpansion method) vector (cuqipy_fenics.utilities.Samples property) W with_updated_rhs() (cuqipy_fenics.pde.SteadyStateLinearFEniCSPDE method)
