Index A | B | C | D | E | F | G | H | I | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z A a (pycalphad.plot.binary.compsets.CompsetPair attribute) acentric_factor (pycalphad.io.cs_dat.EndmemberRealGas attribute) add_compsets() (pycalphad.plot.binary.zpf_boundary_sets.TwoPhaseRegion method) (pycalphad.plot.binary.zpf_boundary_sets.ZPFBoundarySets method) add_nearly_stable() (in module pycalphad.core.eqsolver) add_parameter() (pycalphad.io.database.Database method) add_phase() (pycalphad.io.database.Database method) add_phase_constituents() (pycalphad.io.database.Database method) add_phase_symmetry_ordering_parameters() (in module pycalphad.io.tdb) add_structure_entry() (pycalphad.io.database.Database method) add_variable() (pycalphad.core.light_dataset.LightDataset method) additional_anion_mixing_const (pycalphad.io.cs_dat.SUBQExcessQuadruplet attribute) additional_cation_mixing_const (pycalphad.io.cs_dat.SUBQExcessQuadruplet attribute) additional_coeff_pairs (pycalphad.io.cs_dat.IntervalCP attribute) (pycalphad.io.cs_dat.IntervalG attribute) AdditionalCoefficientPair (class in pycalphad.io.cs_dat) advance_state() (in module pycalphad.core.minimizer) all_compsets (pycalphad.plot.binary.zpf_boundary_sets.ZPFBoundarySets attribute) ast (pycalphad.model.Model property) (pycalphad.models.model_mqmqa.ModelMQMQA property) atomic_ordering_energy() (pycalphad.model.Model method) attrs (pycalphad.core.light_dataset.LightDataset attribute) B b (pycalphad.plot.binary.compsets.CompsetPair attribute) beta (pycalphad.model.Model attribute) (pycalphad.models.model_mqmqa.ModelMQMQA attribute) BinaryCompset (class in pycalphad.plot.binary.compsets) binplot() (in module pycalphad.plot.binary.plot) BMAG (pycalphad.model.Model attribute) (pycalphad.models.model_mqmqa.ModelMQMQA attribute) build_callables() (in module pycalphad.codegen.callables) build_constraint_functions() (in module pycalphad.codegen.sympydiff_utils) build_constraints() (in module pycalphad.core.constraints) build_functions() (in module pycalphad.codegen.sympydiff_utils) build_phase() (pycalphad.model.Model method) (pycalphad.models.model_mqmqa.ModelMQMQA method) build_phase_records() (in module pycalphad.codegen.callables) BuildFunctionsResult (class in pycalphad.codegen.sympydiff_utils) C cacheit() (in module pycalphad.core.cache) calculate() (in module pycalphad.core.calculate) CalculateError can_zoom() (pycalphad.plot.triangular.TriangularAxes method) canonical_sort_key() (in module pycalphad.core.utils) cartesian() (in module pycalphad.core.cartesian) charge (pycalphad.io.cs_dat.EndmemberAqueous attribute) (pycalphad.variables.Species attribute) check_convergence() (pycalphad.core.minimizer.SystemSpecification method) chemical_group (pycalphad.io.cs_dat.EndmemberQKTO attribute) chemical_group_overrides (pycalphad.io.cs_dat.Phase_SUBQ attribute) chemical_potentials (pycalphad.core.minimizer.SystemState attribute) (pycalphad.core.solver.SolverResult attribute) ChemicalPotential (class in pycalphad.variables) cla() (pycalphad.plot.triangular.TriangularAxes method) classproperty (class in pycalphad.model) coefficient (pycalphad.io.cs_dat.AdditionalCoefficientPair attribute) coefficients (pycalphad.io.cs_dat.ExcessQKTO attribute) (pycalphad.io.cs_dat.ExcessRKM attribute) (pycalphad.io.cs_dat.IntervalG attribute) components (pycalphad.core.phase_rec.PhaseRecord attribute) (pycalphad.plot.binary.zpf_boundary_sets.ZPFBoundarySets attribute) compositions (pycalphad.plot.binary.compsets.CompsetPair attribute) CompositionSet (class in pycalphad.core.composition_set) CompsetPair (class in pycalphad.plot.binary.compsets) compsets (pycalphad.plot.binary.compsets.CompsetPair attribute) (pycalphad.plot.binary.zpf_boundary_sets.TwoPhaseRegion attribute) compsets_belong_in_region() (pycalphad.plot.binary.zpf_boundary_sets.TwoPhaseRegion method) CompsetState (class in pycalphad.core.minimizer) cond() (pycalphad.io.cs_dat.IntervalBase method) ConditionError cons_func (pycalphad.codegen.sympydiff_utils.ConstraintFunctions attribute) cons_hess (pycalphad.codegen.sympydiff_utils.ConstraintFunctions attribute) cons_jac (pycalphad.codegen.sympydiff_utils.ConstraintFunctions attribute) constituent_array (pycalphad.io.cs_dat.Phase_CEF attribute) constituent_array() (pycalphad.io.cs_dat.Endmember method) (pycalphad.io.cs_dat.ExcessBase method) constituents (pycalphad.io.database.Phase attribute) (pycalphad.model.Model attribute) (pycalphad.variables.Species attribute) constituents() (pycalphad.io.cs_dat.Endmember method) ConstraintFunctions (class in pycalphad.codegen.sympydiff_utils) ConstraintTuple (class in pycalphad.core.constraints) construct_equilibrium_system() (in module pycalphad.core.minimizer) contributions (pycalphad.model.Model attribute) (pycalphad.models.model_mqmqa.ModelMQMQA attribute) converged (pycalphad.core.solver.SolverResult attribute) coords (pycalphad.core.light_dataset.LightDataset attribute) CP_coefficients (pycalphad.io.cs_dat.IntervalCP attribute) CPM (pycalphad.model.Model property) (pycalphad.models.model_mqmqa.ModelMQMQA property) CPM_MIX (pycalphad.model.Model property) (pycalphad.models.model_mqmqa.ModelMQMQA property) curie_temperature (pycalphad.io.cs_dat.EndmemberMagnetic attribute) (pycalphad.io.cs_dat.ExcessRKMMagnetic attribute) (pycalphad.model.Model attribute) (pycalphad.models.model_mqmqa.ModelMQMQA attribute) D data_vars (pycalphad.core.light_dataset.LightDataset attribute) Database (class in pycalphad.io.database) DatabaseExportError DatabaseFormat (class in pycalphad.io.database) degree_of_ordering (pycalphad.model.Model property) (pycalphad.models.model_mqmqa.ModelMQMQA attribute) dipole_moment (pycalphad.io.cs_dat.EndmemberRealGas attribute) dof (pycalphad.core.composition_set.CompositionSet attribute) DofError DOO (pycalphad.model.Model property) (pycalphad.models.model_mqmqa.ModelMQMQA attribute) doprint() (pycalphad.io.tdb.TCPrinter method) drag_pan() (pycalphad.plot.triangular.TriangularAxes method) E einstein_energy() (pycalphad.model.Model method) elements (pycalphad.io.database.Database attribute) end_pan() (pycalphad.plot.triangular.TriangularAxes method) Endmember (class in pycalphad.io.cs_dat) endmember_constituent_idxs (pycalphad.io.cs_dat.Phase_CEF attribute) endmember_matrix() (in module pycalphad.core.utils) endmember_reference_model (pycalphad.model.Model property) EndmemberAqueous (class in pycalphad.io.cs_dat) EndmemberMagnetic (class in pycalphad.io.cs_dat) EndmemberQKTO (class in pycalphad.io.cs_dat) EndmemberRealGas (class in pycalphad.io.cs_dat) endmembers (pycalphad.io.cs_dat.Phase_Aqueous attribute) (pycalphad.io.cs_dat.Phase_RealGas attribute) (pycalphad.io.cs_dat.PhaseBase attribute) energy (pycalphad.core.composition_set.CompositionSet attribute) (pycalphad.model.Model property) (pycalphad.models.model_mqmqa.ModelMQMQA property) enthalpy (pycalphad.model.Model property) (pycalphad.models.model_mqmqa.ModelMQMQA property) entropy (pycalphad.model.Model property) (pycalphad.models.model_mqmqa.ModelMQMQA property) eqplot() (in module pycalphad.plot.eqplot) equilibrium() (in module pycalphad.core.equilibrium) EquilibriumError escaped_name (pycalphad.variables.Species property) excess_coefficient_idxs (pycalphad.io.cs_dat.Header attribute) excess_coeffs (pycalphad.io.cs_dat.SUBQExcessQuadruplet attribute) excess_mixing_energy() (pycalphad.model.Model method) (pycalphad.models.model_mqmqa.ModelMQMQA method) excess_parameters (pycalphad.io.cs_dat.Phase_CEF attribute) (pycalphad.io.cs_dat.Phase_SUBQ attribute) ExcessBase (class in pycalphad.io.cs_dat) ExcessQKTO (class in pycalphad.io.cs_dat) ExcessRKM (class in pycalphad.io.cs_dat) ExcessRKMMagnetic (class in pycalphad.io.cs_dat) expand_keyword() (in module pycalphad.io.tdb_keywords) exponent (pycalphad.io.cs_dat.AdditionalCoefficientPair attribute) exponents (pycalphad.io.cs_dat.ExcessQKTO attribute) expr() (pycalphad.io.cs_dat.AdditionalCoefficientPair method) (pycalphad.io.cs_dat.Endmember method) (pycalphad.io.cs_dat.ExcessQKTO method) (pycalphad.io.cs_dat.ExcessRKM method) (pycalphad.io.cs_dat.IntervalBase method) (pycalphad.io.cs_dat.IntervalCP method) (pycalphad.io.cs_dat.IntervalG method) (pycalphad.io.cs_dat.SUBQExcessQuadruplet method) expr_cond_pair() (pycalphad.io.cs_dat.IntervalBase method) extract_parameters() (in module pycalphad.core.utils) extrapolate_temperature_bounds (pycalphad.model.Model attribute) F FastFunction (class in pycalphad.core.phase_rec) fhash() (in module pycalphad.core.cache) filter_phases() (in module pycalphad.core.utils) find_two_phase_region_compsets() (in module pycalphad.plot.binary.compsets) fixed (pycalphad.core.composition_set.CompositionSet attribute) fixed_statevars (pycalphad.model.ReferenceState attribute) formulaenergy (pycalphad.model.Model property) formulagfunc_ (pycalphad.core.phase_rec.PhaseRecord attribute) formulagrad() (pycalphad.core.phase_rec.PhaseRecord method) formulahess() (pycalphad.core.phase_rec.PhaseRecord method) formulahfunc_ (pycalphad.core.phase_rec.PhaseRecord attribute) formulamole_grad() (pycalphad.core.phase_rec.PhaseRecord method) formulamole_hess() (pycalphad.core.phase_rec.PhaseRecord method) formulamole_obj() (pycalphad.core.phase_rec.PhaseRecord method) formulamolefuncs_ (pycalphad.core.phase_rec.PhaseRecord attribute) formulamolegradfuncs_ (pycalphad.core.phase_rec.PhaseRecord attribute) formulamolehessianfuncs_ (pycalphad.core.phase_rec.PhaseRecord attribute) formulaobj() (pycalphad.core.phase_rec.PhaseRecord method) formulaofunc_ (pycalphad.core.phase_rec.PhaseRecord attribute) from_dataset_vertices() (pycalphad.plot.binary.compsets.BinaryCompset class method) from_file() (pycalphad.io.database.Database static method) from_string() (pycalphad.io.database.Database class method) func (pycalphad.codegen.sympydiff_utils.BuildFunctionsResult attribute) G G (pycalphad.model.Model property) (pycalphad.models.model_mqmqa.ModelMQMQA property) generate_dof() (in module pycalphad.core.utils) generate_symmetric_group() (in module pycalphad.core.utils) get_compsets() (in module pycalphad.plot.binary.compsets) get_dataset() (pycalphad.core.light_dataset.LightDataset method) get_internal_constraints() (pycalphad.model.Model method) (pycalphad.models.model_mqmqa.ModelMQMQA method) get_line_plot_boundaries() (pycalphad.plot.binary.zpf_boundary_sets.ZPFBoundarySets method) get_mass_fractions() (in module pycalphad.variables) get_mole_fractions() (in module pycalphad.variables) get_new_state() (pycalphad.core.minimizer.SystemSpecification method) get_phases() (pycalphad.plot.binary.zpf_boundary_sets.ZPFBoundarySets method) get_pure_elements() (in module pycalphad.core.utils) get_scatter_plot_boundaries() (pycalphad.plot.binary.zpf_boundary_sets.ZPFBoundarySets method) get_state_variables() (in module pycalphad.core.utils) get_system_spec() (pycalphad.core.solver.Solver method) get_xaxis_text1_transform() (pycalphad.plot.triangular.TriangularAxes method) get_xaxis_text2_transform() (pycalphad.plot.triangular.TriangularAxes method) get_xaxis_transform() (pycalphad.plot.triangular.TriangularAxes method) get_yaxis_text1_transform() (pycalphad.plot.triangular.TriangularAxes method) get_yaxis_text2_transform() (pycalphad.plot.triangular.TriangularAxes method) get_yaxis_transform() (pycalphad.plot.triangular.TriangularAxes method) gibbs_coefficient_idxs (pycalphad.io.cs_dat.Header attribute) gibbs_eq_type (pycalphad.io.cs_dat.Endmember attribute) global_min_is_possible() (in module pycalphad.core.starting_point) GM (pycalphad.model.Model property) (pycalphad.models.model_mqmqa.ModelMQMQA property) GM_MIX (pycalphad.model.Model property) (pycalphad.models.model_mqmqa.ModelMQMQA property) grad (pycalphad.codegen.sympydiff_utils.BuildFunctionsResult attribute) gradient (pycalphad.model.Model attribute) H H298 (pycalphad.io.cs_dat.IntervalCP attribute) H_trans (pycalphad.io.cs_dat.IntervalCP attribute) halton() (in module pycalphad.core.halton) Header (class in pycalphad.io.cs_dat) heat_capacity (pycalphad.model.Model property) (pycalphad.models.model_mqmqa.ModelMQMQA property) hess (pycalphad.codegen.sympydiff_utils.BuildFunctionsResult attribute) HM (pycalphad.model.Model property) (pycalphad.models.model_mqmqa.ModelMQMQA property) HM_MIX (pycalphad.model.Model property) (pycalphad.models.model_mqmqa.ModelMQMQA property) hr_point_sample() (in module pycalphad.core.calculate) hyperplane() (in module pycalphad.core.hyperplane) I ideal_mixing_energy() (pycalphad.model.Model method) (pycalphad.models.model_mqmqa.ModelMQMQA method) ignore_convergence (pycalphad.core.solver.SolverBase attribute) indep_comp_cond (pycalphad.plot.binary.zpf_boundary_sets.ZPFBoundarySets attribute) insert() (pycalphad.io.cs_dat.Endmember method) (pycalphad.io.cs_dat.EndmemberAqueous method) (pycalphad.io.cs_dat.EndmemberMagnetic method) (pycalphad.io.cs_dat.EndmemberQKTO method) (pycalphad.io.cs_dat.EndmemberRealGas method) (pycalphad.io.cs_dat.ExcessBase method) (pycalphad.io.cs_dat.ExcessQKTO method) (pycalphad.io.cs_dat.ExcessRKM method) (pycalphad.io.cs_dat.ExcessRKMMagnetic method) (pycalphad.io.cs_dat.Phase_CEF method) (pycalphad.io.cs_dat.Phase_Stoichiometric method) (pycalphad.io.cs_dat.Phase_SUBQ method) (pycalphad.io.cs_dat.PhaseBase method) (pycalphad.io.cs_dat.SUBQExcessQuadruplet method) (pycalphad.io.cs_dat.SUBQPair method) (pycalphad.io.cs_dat.SUBQQuadrupletCoordinations method) instantiate_models() (in module pycalphad.core.utils) interacting_species_idxs (pycalphad.io.cs_dat.ExcessBase attribute) internal_cons_func (pycalphad.core.constraints.ConstraintTuple attribute) internal_cons_func() (pycalphad.core.phase_rec.PhaseRecord method) internal_cons_func_ (pycalphad.core.phase_rec.PhaseRecord attribute) internal_cons_hess (pycalphad.core.constraints.ConstraintTuple attribute) internal_cons_hess() (pycalphad.core.phase_rec.PhaseRecord method) internal_cons_hess_ (pycalphad.core.phase_rec.PhaseRecord attribute) internal_cons_jac (pycalphad.core.constraints.ConstraintTuple attribute) internal_cons_jac() (pycalphad.core.phase_rec.PhaseRecord method) internal_cons_jac_ (pycalphad.core.phase_rec.PhaseRecord attribute) IntervalBase (class in pycalphad.io.cs_dat) IntervalCP (class in pycalphad.io.cs_dat) IntervalG (class in pycalphad.io.cs_dat) intervals (pycalphad.io.cs_dat.Endmember attribute) K kohler_toop_excess_sum() (pycalphad.model.Model method) L LightDataset (class in pycalphad.core.light_dataset) list_soln_species_count (pycalphad.io.cs_dat.Header attribute) lower_convex_hull() (in module pycalphad.core.lower_convex_hull) lru_cache() (in module pycalphad.core.cache) M magnetic_afm_factor (pycalphad.io.cs_dat.Phase_CEF attribute) (pycalphad.io.cs_dat.Phase_Stoichiometric attribute) magnetic_energy() (pycalphad.model.Model method) magnetic_moment (pycalphad.io.cs_dat.EndmemberMagnetic attribute) (pycalphad.io.cs_dat.ExcessRKMMagnetic attribute) magnetic_structure_factor (pycalphad.io.cs_dat.Phase_CEF attribute) (pycalphad.io.cs_dat.Phase_Stoichiometric attribute) map_binary() (in module pycalphad.plot.binary.map) mass_obj() (pycalphad.core.phase_rec.PhaseRecord method) mass_obj_2d() (pycalphad.core.phase_rec.PhaseRecord method) MassFraction (class in pycalphad.variables) massfuncs_ (pycalphad.core.phase_rec.PhaseRecord attribute) max_composition (pycalphad.plot.binary.compsets.CompsetPair attribute) mean_composition (pycalphad.plot.binary.compsets.CompsetPair attribute) merge() (pycalphad.core.light_dataset.LightDataset method) metadata (pycalphad.io.cs_dat.SUBQExcessQuadruplet attribute) min_composition (pycalphad.plot.binary.compsets.CompsetPair attribute) mixing_code (pycalphad.io.cs_dat.SUBQExcessQuadruplet attribute) mixing_const (pycalphad.io.cs_dat.SUBQExcessQuadruplet attribute) mixing_energy (pycalphad.model.Model property) (pycalphad.models.model_mqmqa.ModelMQMQA property) mixing_enthalpy (pycalphad.model.Model property) (pycalphad.models.model_mqmqa.ModelMQMQA property) mixing_entropy (pycalphad.model.Model property) (pycalphad.models.model_mqmqa.ModelMQMQA property) mixing_exponents (pycalphad.io.cs_dat.SUBQExcessQuadruplet attribute) mixing_heat_capacity (pycalphad.model.Model property) (pycalphad.models.model_mqmqa.ModelMQMQA property) mixing_type (pycalphad.io.cs_dat.SUBQExcessQuadruplet attribute) Model (class in pycalphad.model) model_hints (pycalphad.io.database.Phase attribute) ModelMQMQA (class in pycalphad.models.model_mqmqa) module pycalphad pycalphad.codegen pycalphad.codegen.callables pycalphad.codegen.sympydiff_utils pycalphad.core pycalphad.core.cache pycalphad.core.calculate pycalphad.core.cartesian pycalphad.core.composition_set pycalphad.core.constants pycalphad.core.constraints pycalphad.core.eqsolver pycalphad.core.equilibrium pycalphad.core.errors pycalphad.core.halton pycalphad.core.hyperplane pycalphad.core.light_dataset pycalphad.core.lower_convex_hull pycalphad.core.minimizer pycalphad.core.phase_rec pycalphad.core.solver pycalphad.core.starting_point pycalphad.core.utils pycalphad.io pycalphad.io.cs_dat pycalphad.io.database pycalphad.io.grammar pycalphad.io.tdb pycalphad.io.tdb_keywords pycalphad.model pycalphad.models pycalphad.models.model_mqmqa pycalphad.plot pycalphad.plot.binary pycalphad.plot.binary.compsets pycalphad.plot.binary.map pycalphad.plot.binary.plot pycalphad.plot.binary.zpf_boundary_sets pycalphad.plot.eqplot pycalphad.plot.ternary pycalphad.plot.triangular pycalphad.plot.utils pycalphad.variables MoleFraction (class in pycalphad.variables) moles() (pycalphad.model.Model method) (pycalphad.models.model_mqmqa.ModelMQMQA method) MU (in module pycalphad.variables) N name (pycalphad.io.database.Phase attribute) (pycalphad.plot.triangular.TriangularAxes attribute) (pycalphad.variables.Species attribute) neel_temperature (pycalphad.model.Model attribute) (pycalphad.models.model_mqmqa.ModelMQMQA attribute) nonvacant_elements (pycalphad.core.phase_rec.PhaseRecord attribute) normalization (pycalphad.models.model_mqmqa.ModelMQMQA property) NP (in module pycalphad.variables) (pycalphad.core.composition_set.CompositionSet attribute) NT (pycalphad.model.Model attribute) (pycalphad.models.model_mqmqa.ModelMQMQA attribute) num_internal_cons (pycalphad.core.constraints.ConstraintTuple attribute) (pycalphad.core.phase_rec.PhaseRecord attribute) num_pairs (pycalphad.io.cs_dat.Phase_SUBQ attribute) num_quadruplets (pycalphad.io.cs_dat.Phase_SUBQ attribute) num_statevars (pycalphad.core.phase_rec.PhaseRecord attribute) num_stoich_phases (pycalphad.io.cs_dat.Header attribute) num_subl_1_const (pycalphad.io.cs_dat.Phase_SUBQ attribute) num_subl_2_const (pycalphad.io.cs_dat.Phase_SUBQ attribute) number_of_atoms (pycalphad.variables.Species property) O obj() (pycalphad.core.phase_rec.PhaseRecord method) obj_2d() (pycalphad.core.phase_rec.PhaseRecord method) obj_parameters_2d() (pycalphad.core.phase_rec.PhaseRecord method) ofunc_ (pycalphad.core.phase_rec.PhaseRecord attribute) P pairwise_xdiscrepancy() (pycalphad.plot.binary.compsets.CompsetPair method) parameter_order (pycalphad.io.cs_dat.ExcessRKM attribute) (pycalphad.io.cs_dat.ExcessRKMMagnetic attribute) parameters (pycalphad.core.phase_rec.PhaseRecord attribute) parse() (pycalphad.io.cs_dat.TokenParser method) parse_additional_terms() (in module pycalphad.io.cs_dat) parse_chemical_formula() (in module pycalphad.io.grammar) parse_cs_dat() (in module pycalphad.io.cs_dat) parse_endmember() (in module pycalphad.io.cs_dat) parse_endmember_aqueous() (in module pycalphad.io.cs_dat) parse_endmember_qkto() (in module pycalphad.io.cs_dat) parse_endmember_subq() (in module pycalphad.io.cs_dat) parse_excess_magnetic_parameters() (in module pycalphad.io.cs_dat) parse_excess_parameters() (in module pycalphad.io.cs_dat) parse_excess_parameters_pitz() (in module pycalphad.io.cs_dat) parse_excess_qkto() (in module pycalphad.io.cs_dat) parse_header() (in module pycalphad.io.cs_dat) parse_interval_Gibbs() (in module pycalphad.io.cs_dat) parse_interval_heat_capacity() (in module pycalphad.io.cs_dat) parse_phase() (in module pycalphad.io.cs_dat) parse_phase_aqueous() (in module pycalphad.io.cs_dat) parse_phase_cef() (in module pycalphad.io.cs_dat) parse_phase_real_gas() (in module pycalphad.io.cs_dat) parse_phase_subq() (in module pycalphad.io.cs_dat) parse_PTVm_terms() (in module pycalphad.io.cs_dat) parse_quadruplet() (in module pycalphad.io.cs_dat) parse_stoich_phase() (in module pycalphad.io.cs_dat) parse_subq_excess() (in module pycalphad.io.cs_dat) parseImpl() (pycalphad.io.tdb.TCCommand method) parseN() (pycalphad.io.cs_dat.TokenParser method) Pc (pycalphad.io.cs_dat.EndmemberRealGas attribute) Phase (class in pycalphad.io.database) Phase_Aqueous (class in pycalphad.io.cs_dat) Phase_CEF (class in pycalphad.io.cs_dat) phase_dof (pycalphad.core.phase_rec.PhaseRecord attribute) phase_legend() (in module pycalphad.plot.utils) phase_name (pycalphad.core.phase_rec.PhaseRecord attribute) (pycalphad.io.cs_dat.PhaseBase attribute) (pycalphad.model.ReferenceState attribute) Phase_RealGas (class in pycalphad.io.cs_dat) phase_record (pycalphad.core.composition_set.CompositionSet attribute) Phase_Stoichiometric (class in pycalphad.io.cs_dat) Phase_SUBQ (class in pycalphad.io.cs_dat) phase_type (pycalphad.io.cs_dat.PhaseBase attribute) PhaseBase (class in pycalphad.io.cs_dat) PhaseFraction (class in pycalphad.variables) PhaseRecord (class in pycalphad.core.phase_rec) phases (pycalphad.io.database.Database attribute) (pycalphad.plot.binary.compsets.CompsetPair attribute) (pycalphad.plot.binary.zpf_boundary_sets.TwoPhaseRegion attribute) plot_boundaries() (in module pycalphad.plot.binary.plot) point_sample() (in module pycalphad.core.utils) post_solve_hook() (pycalphad.core.minimizer.SystemSpecification method) pre_solve_hook() (pycalphad.core.minimizer.SystemSpecification method) process_parameter_queue() (pycalphad.io.database.Database method) PTVm_terms (pycalphad.io.cs_dat.IntervalCP attribute) (pycalphad.io.cs_dat.IntervalG attribute) PTVmTerms (class in pycalphad.io.cs_dat) pure_elements (pycalphad.core.phase_rec.PhaseRecord attribute) (pycalphad.io.cs_dat.Header attribute) pure_elements_mass (pycalphad.io.cs_dat.Header attribute) pycalphad module pycalphad.codegen module pycalphad.codegen.callables module pycalphad.codegen.sympydiff_utils module pycalphad.core module pycalphad.core.cache module pycalphad.core.calculate module pycalphad.core.cartesian module pycalphad.core.composition_set module pycalphad.core.constants module pycalphad.core.constraints module pycalphad.core.eqsolver module pycalphad.core.equilibrium module pycalphad.core.errors module pycalphad.core.halton module pycalphad.core.hyperplane module pycalphad.core.light_dataset module pycalphad.core.lower_convex_hull module pycalphad.core.minimizer module pycalphad.core.phase_rec module pycalphad.core.solver module pycalphad.core.starting_point module pycalphad.core.utils module pycalphad.io module pycalphad.io.cs_dat module pycalphad.io.database module pycalphad.io.grammar module pycalphad.io.tdb module pycalphad.io.tdb_keywords module pycalphad.model module pycalphad.models module pycalphad.models.model_mqmqa module pycalphad.plot module pycalphad.plot.binary module pycalphad.plot.binary.compsets module pycalphad.plot.binary.map module pycalphad.plot.binary.plot module pycalphad.plot.binary.zpf_boundary_sets module pycalphad.plot.eqplot module pycalphad.plot.ternary module pycalphad.plot.triangular module pycalphad.plot.utils module pycalphad.variables module Q quadruplet_coordinations (pycalphad.io.cs_dat.SUBQQuadrupletCoordinations attribute) quadruplet_idxs (pycalphad.io.cs_dat.SUBQQuadrupletCoordinations attribute) quadruplets (pycalphad.io.cs_dat.Phase_SUBQ attribute) R read (pycalphad.io.database.DatabaseFormat attribute) read_cs_dat() (in module pycalphad.io.cs_dat) read_tdb() (in module pycalphad.io.tdb) rebuild_two_phase_regions() (pycalphad.plot.binary.zpf_boundary_sets.ZPFBoundarySets method) recursive_tuplify() (in module pycalphad.core.utils) redlich_kister_sum() (pycalphad.model.Model method) reference_energy() (pycalphad.model.Model method) (pycalphad.models.model_mqmqa.ModelMQMQA method) reference_model (pycalphad.models.model_mqmqa.ModelMQMQA property) references (pycalphad.io.database.Database attribute) ReferenceState (class in pycalphad.model) reflow_text() (in module pycalphad.io.tdb) register_format() (pycalphad.io.database.Database static method) remove() (pycalphad.core.light_dataset.LightDataset method) rename_element_charge() (in module pycalphad.io.cs_dat) run_loop() (pycalphad.core.minimizer.SystemSpecification method) S S298 (pycalphad.io.cs_dat.IntervalCP attribute) same_phase (pycalphad.plot.binary.compsets.CompsetPair attribute) search() (pycalphad.io.database.Database method) set() (pycalphad.plot.triangular.TriangularAxes method) set_ylabel() (pycalphad.plot.triangular.TriangularAxes method) shift_reference_state() (pycalphad.model.Model method) (pycalphad.models.model_mqmqa.ModelMQMQA method) SITE_FRAC_ATOL (pycalphad.plot.binary.compsets.BinaryCompset attribute) site_fraction (in module pycalphad.variables) site_fractions (pycalphad.models.model_mqmqa.ModelMQMQA property) SiteFraction (class in pycalphad.variables) sizeof_fmt() (in module pycalphad.core.utils) SM (pycalphad.model.Model property) (pycalphad.models.model_mqmqa.ModelMQMQA property) SM_MIX (pycalphad.model.Model property) (pycalphad.models.model_mqmqa.ModelMQMQA property) solve() (pycalphad.core.solver.Solver method) (pycalphad.core.solver.SolverBase method) solve_state() (in module pycalphad.core.minimizer) Solver (class in pycalphad.core.solver) SolverBase (class in pycalphad.core.solver) SolverResult (class in pycalphad.core.solver) Species (class in pycalphad.variables) species (pycalphad.io.database.Database attribute) (pycalphad.model.ReferenceState attribute) species() (pycalphad.io.cs_dat.Endmember method) species_name (pycalphad.io.cs_dat.Endmember attribute) start_pan() (pycalphad.plot.triangular.TriangularAxes method) starting_point() (in module pycalphad.core.starting_point) state_variables (pycalphad.core.phase_rec.PhaseRecord attribute) (pycalphad.models.model_mqmqa.ModelMQMQA property) StateVariable (class in pycalphad.variables) stoichiometric_factor (pycalphad.io.cs_dat.EndmemberQKTO attribute) stoichiometry_pure_elements (pycalphad.io.cs_dat.Endmember attribute) stoichiometry_quadruplet (pycalphad.io.cs_dat.SUBQPair attribute) subl_1_charges (pycalphad.io.cs_dat.Phase_SUBQ attribute) subl_1_chemical_groups (pycalphad.io.cs_dat.Phase_SUBQ attribute) subl_1_const (pycalphad.io.cs_dat.Phase_SUBQ attribute) subl_2_charges (pycalphad.io.cs_dat.Phase_SUBQ attribute) subl_2_chemical_groups (pycalphad.io.cs_dat.Phase_SUBQ attribute) subl_2_const (pycalphad.io.cs_dat.Phase_SUBQ attribute) subl_const_idx_pairs (pycalphad.io.cs_dat.Phase_SUBQ attribute) subl_ratios (pycalphad.io.cs_dat.Phase_CEF attribute) sublattices (pycalphad.io.database.Phase attribute) SUBQExcessQuadruplet (class in pycalphad.io.cs_dat) SUBQPair (class in pycalphad.io.cs_dat) SUBQQuadrupletCoordinations (class in pycalphad.io.cs_dat) symbol_replace() (pycalphad.model.Model class method) (pycalphad.models.model_mqmqa.ModelMQMQA static method) symbols (pycalphad.io.database.Database attribute) SystemSpecification (class in pycalphad.core.minimizer) SystemState (class in pycalphad.core.minimizer) T T_max (pycalphad.io.cs_dat.IntervalBase attribute) Tc (pycalphad.io.cs_dat.EndmemberRealGas attribute) TC (pycalphad.model.Model attribute) (pycalphad.models.model_mqmqa.ModelMQMQA attribute) TCCommand (class in pycalphad.io.tdb) TCPrinter (class in pycalphad.io.tdb) Tdiscrepancy() (pycalphad.plot.binary.compsets.CompsetPair method) temperature (pycalphad.plot.binary.compsets.CompsetPair attribute) TEMPERATURE_ATOL (pycalphad.plot.binary.compsets.BinaryCompset attribute) terms (pycalphad.io.cs_dat.PTVmTerms attribute) ternplot() (in module pycalphad.plot.ternary) TestModel (class in pycalphad.model) to_file() (pycalphad.io.database.Database method) to_interval() (in module pycalphad.io.tdb) to_string() (pycalphad.io.database.Database method) tokenize() (in module pycalphad.io.cs_dat) TokenParser (class in pycalphad.io.cs_dat) TokenParserError TriangularAxes (class in pycalphad.plot.triangular) two_phase_regions (pycalphad.plot.binary.zpf_boundary_sets.ZPFBoundarySets attribute) TwoPhaseRegion (class in pycalphad.plot.binary.zpf_boundary_sets) twostate_energy() (pycalphad.model.Model method) U unique_phases (pycalphad.plot.binary.compsets.CompsetPair attribute) unpack_components() (in module pycalphad.core.utils) unpack_condition() (in module pycalphad.core.utils) unpack_kwarg() (in module pycalphad.core.utils) unpack_phases() (in module pycalphad.core.utils) unwrap_piecewise() (pycalphad.model.Model class method) update() (pycalphad.core.composition_set.CompositionSet method) V variables (pycalphad.core.phase_rec.PhaseRecord attribute) (pycalphad.model.Model property) Vc (pycalphad.io.cs_dat.EndmemberRealGas attribute) volume_energy() (pycalphad.model.Model method) W W (in module pycalphad.variables) weight (pycalphad.variables.Species property) wrap_symbol() (in module pycalphad.core.utils) write (pycalphad.io.database.DatabaseFormat attribute) write_tdb() (in module pycalphad.io.tdb) X X (in module pycalphad.variables) (pycalphad.core.composition_set.CompositionSet attribute) x (pycalphad.core.solver.SolverResult attribute) xdiscrepancy() (pycalphad.plot.binary.compsets.CompsetPair method) xiong_magnetic_energy() (pycalphad.model.Model method) Y Y (in module pycalphad.variables) ydiscrepancy() (pycalphad.plot.binary.compsets.CompsetPair method) ydiscrepancy_max() (pycalphad.plot.binary.compsets.CompsetPair method) Z Z() (pycalphad.models.model_mqmqa.ModelMQMQA method) zeta (pycalphad.io.cs_dat.SUBQPair attribute) ZPFBoundarySets (class in pycalphad.plot.binary.zpf_boundary_sets)